diff --git a/harness/mame/vt1200.cpp b/harness/mame/vt1200.cpp index bdf3324..b204e55 100644 --- a/harness/mame/vt1200.cpp +++ b/harness/mame/vt1200.cpp @@ -642,6 +642,13 @@ static const u32 BOARD_BASE[4] = { VT1200_WIN0, VT1200_WIN1, VT1200_WIN2, VT1200 // 160-byte / 80-word pitch MAME computed from HEBLNK/HSBLNK/HTOTAL the text is // sheared and unreadable. See RENDER_REPORT.md. static const u32 VRAM_BASE_BITS = 0x04000000; // where the framebuffer lives +// The image accelerator ("scalution") register block, at bit 0x05600000. The +// firmware's DDX render path (file 0x122D94) drives it and polls 0x5600010 bit 1 +// for "initialisation done", timing out with +// "ERROR: timeout occurred on initialization of scalution" +// and returning BadValue otherwise. Before this was modelled the whole range +// fell inside the VRAM window above, so the poll read pixel data forever. +static const u32 ACCEL_BASE_BITS = 0x05600000; static const int VMEM_PITCH_BITS = 1024; // 0x40 words = 128 bytes static const int VMEM_HEIGHT = 1024; // rows in the framebuffer @@ -866,6 +873,18 @@ private: void unmapped_w(offs_t off, u16 data); void log_unmapped(const char *kind, u32 addr, const char *pc); + // Image accelerator ("scalution") minimum model. Registers observed: + // +0x00 control, +0x10 status (bit 1 = initialised/done), + // +0x20 timing, +0x30 control, +0x80 command/data FIFO, +0x100 control. + u16 m_accel[0x100]{}; + bool m_accel_rdy = false; // 0x5600010 bit 0 handshake + bool m_accel_done = false; // set once the FIFO has consumed data + u16 m_fifo[0x2000]{}; // pixels pushed into the accelerator + u32 m_fifo_in = 0, m_fifo_out = 0; // reset by a data-register write + u32 m_accel_cnt = 0; // words pushed in the current burst + u16 accel_r(offs_t off); + void accel_w(offs_t off, u16 data); + // VT1200_IRQLOG=: log DUART1's IRQ assertions (ISR/SRA at the // moment of the interrupt). FILE *m_irqlog = nullptr; @@ -1107,6 +1126,66 @@ void vt1200_state::unmapped_w(offs_t off, u16 data) log_unmapped("W", (u32)off, pc); } +// --------------------------------------------------------------------------- +// Image accelerator ("scalution") minimum model. +// +// The firmware's DDX render path drives this block and waits for bit 1 of the +// status register to come up, printing +// "ERROR: timeout occurred on initialization of scalution" +// and returning XIE BadValue if it never does. With the block unmapped (it +// used to fall inside the VRAM window) the poll could never succeed, so XIE +// export could never complete. Reporting the ready bit lets the firmware's own +// render path proceed; the pixel engine itself is still not modelled. +// --------------------------------------------------------------------------- +u16 vt1200_state::accel_r(offs_t off) +{ + if (getenv("VT1200_ACCEL_LOG")) + logerror("accel: r %03X\n", (unsigned)off); + // NOTE: the address map hands us (address - base) >> 4, so the registers + // seen at +0x00/+0x10/+0x20/+0x30/+0x80/+0x100 arrive as 0/1/2/3/8/0x10. + // 0x5600200 is the engine's OUTPUT port: the firmware reads it and writes + // each word to the drawable itself (file 0x125528: MOVE *B6,*B1 ; + // ADDK 0x10,B1). So it must return the pixels that were pushed into the + // FIFO, not a status word. + if ((off & 0xff) == 0x20) { + if (m_fifo_out < m_fifo_in) return m_fifo[m_fifo_out++ & 0x1fff]; + return 0x0000; + } + if ((off & 0xff) == 0x01) + // 0x5600010: bit 1 = initialised (DDX setup poll, file 0x122E54), + // bit 2 = transfer complete, bit 9 = done (file 0x1253FC/0x125448), + // bit 0 = DATA READY -- a handshake, not a constant: file 0x1254F2 takes + // the transfer path while it is set and the transfer loop at 0x125568 + // re-enters forever if it never clears. + return 0x0002 | (m_accel_rdy ? 0x0001 : 0x0000) + | (m_accel_done ? (0x0200 | 0x0004) : 0x0000); + { + u16 v = m_accel[off & 0xff]; + // The transfer loop also tests bit 9 ("done") of whichever control + // register the caller passed in B3; report done on the control cluster. + if (m_accel_done) v |= 0x0200; // "done" on the control registers + return v; + } +} + +void vt1200_state::accel_w(offs_t off, u16 data) +{ + m_accel[off & 0xff] = data; + // Data-request handshake: a FIFO command (0x5600080) raises "data ready"; + // the first write to the FIFO data register (0x5600050) consumes it. + // Handshake, taken from file 0x12538C: the host writes the data register + // (0x5600050), then streams the source pixels into the FIFO (0x5600080) in + // bursts of 0x7FE words, then sets bit 0 of 0x5600030. + if ((off & 0xff) == 0x05) { m_accel_rdy = true; m_accel_done = false; m_accel_cnt = 0; + m_fifo_in = m_fifo_out = 0; } // data register write starts a new transfer + else if ((off & 0xff) == 0x08) { + m_fifo[m_fifo_in++ & 0x1fff] = data; + if (++m_accel_cnt >= 0x7fe) { m_accel_rdy = false; m_accel_done = true; m_accel_cnt = 0; } + } + if (getenv("VT1200_ACCEL_LOG")) + logerror("accel: w %03X = %04X\n", (unsigned)off, data); +} + void vt1200_state::program_map(address_map &map) { // Catch-all for anything we do not model -- registered FIRST so every region @@ -1124,7 +1203,25 @@ void vt1200_state::program_map(address_map &map) // 0x04000000..0x040D7FF0 == bytes 0x800000..0x81AFFE (~110 KB, about one // 1280x1024 1bpp framebuffer). Mapping it is what lets the level-1 VIDEO // MEMORY test's walking-bit read-back pass, so it is unconditional now. - map(VRAM_BASE_BITS, 0x1fffffff).ram().share("vram"); + // Image accelerator ("scalution") register block. OPT-IN via VT1200_ACCEL + // so the verified default configuration stays exactly as it was. + // + // What the model does (XIE_IMAGE_DISPLAYED.md in xie/evidence/): it answers + // the status poll, accepts the pixel stream the firmware pushes into the + // FIFO, and returns those words on the output port, which the FIRMWARE then + // stores into the drawable itself (file 0x125528: MOVE *B6,*B1). With it the + // XIE path runs end to end and a client-chosen image appears on screen. + // + // What it does NOT do: it is not a real accelerator. It performs no + // compositing or scaling, and the destination is the caller's pointer, not a + // register -- so this is a stand-in for the device, not a model of it. + if (getenv("VT1200_ACCEL")) { + map(ACCEL_BASE_BITS, ACCEL_BASE_BITS + 0xfff).rw(FUNC(vt1200_state::accel_r), FUNC(vt1200_state::accel_w)); + map(VRAM_BASE_BITS, ACCEL_BASE_BITS - 1).ram().share("vram"); + map(ACCEL_BASE_BITS + 0x1000, 0x1fffffff).ram(); + } else { + map(VRAM_BASE_BITS, 0x1fffffff).ram().share("vram"); + } // Main RAM: 4 MiB (1 MiB onboard + 3 x 1 MiB SIMMs on the real machine). // The TMS34010 is bit-addressed, so 4 MiB of bytes == 0x2000000 address diff --git a/harness/mame/xie_acc.lua b/harness/mame/xie_acc.lua new file mode 100644 index 0000000..6d2945a --- /dev/null +++ b/harness/mame/xie_acc.lua @@ -0,0 +1,8 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("wpset 05600000,400,rw,1,{ printf \"ACC pc=%08X adr=%08X val=%08X\n\", pc, wpaddr, wpdata ; g }") +print("XIE-ACC armed (0x5600000..0x56001FF)") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "acc") diff --git a/harness/mame/xie_acc2.lua b/harness/mame/xie_acc2.lua new file mode 100644 index 0000000..a53a9bc --- /dev/null +++ b/harness/mame/xie_acc2.lua @@ -0,0 +1,9 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("wpset 05600000,400,rw,1,{ printf \"ACC pc=%08X adr=%08X val=%08X\n\", pc, wpaddr, wpdata ; g }") +print("XIE-ACC2 armed (poke + 0x5600000..0x56001FF)") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "acc2") diff --git a/harness/mame/xie_acc3.lua b/harness/mame/xie_acc3.lua new file mode 100644 index 0000000..b35fab6 --- /dev/null +++ b/harness/mame/xie_acc3.lua @@ -0,0 +1,5 @@ +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("wpset 05600080,10,w,1,{ printf \"CMD %04X\n\", wpdata ; g }") +dbg:command("wpset 05600050,10,w,1,{ printf \"DAT %04X\n\", wpdata ; g }") +print("XIE-ACC3 armed") diff --git a/harness/mame/xie_acc4.lua b/harness/mame/xie_acc4.lua new file mode 100644 index 0000000..de422ac --- /dev/null +++ b/harness/mame/xie_acc4.lua @@ -0,0 +1,5 @@ +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("wpset 05600000,1000,w,1,{ printf \"ACCW %04X %04X\n\", wpaddr, wpdata ; g }") +dbg:command("wpset 05600000,1000,r,1,{ printf \"ACCR %04X\n\", wpaddr ; g }") +print("XIE-ACC4 armed") diff --git a/harness/mame/xie_acc5.lua b/harness/mame/xie_acc5.lua new file mode 100644 index 0000000..52dcea0 --- /dev/null +++ b/harness/mame/xie_acc5.lua @@ -0,0 +1,4 @@ +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("wpset 05600000,1000,w,1,{ printf \"ACCW pc=%08X %04X %04X\n\", pc, wpaddr, wpdata ; g }") +print("XIE-ACC5 armed") diff --git a/harness/mame/xie_acct.lua b/harness/mame/xie_acct.lua new file mode 100644 index 0000000..a15d36c --- /dev/null +++ b/harness/mame/xie_acct.lua @@ -0,0 +1,4 @@ +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("wpset 05600000,200,rw,1,{ printf \"ACC %08X %04X %08X\n\", wpaddr, wpdata, pc ; g }") +print("XIE-ACCT armed") diff --git a/harness/mame/xie_args.lua b/harness/mame/xie_args.lua new file mode 100644 index 0000000..cab2a09 --- /dev/null +++ b/harness/mame/xie_args.lua @@ -0,0 +1,9 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("bpset 3FB29D70,,{ printf \"ARGS a0=%08X a1=%08X a2=%08X a3=%08X a4=%08X a7=%08X\n\", a0, a1, a2, a3, a4, a7 ; g }") +print("XIE-ARGS armed") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "args") diff --git a/harness/mame/xie_arm2.lua b/harness/mame/xie_arm2.lua new file mode 100644 index 0000000..8de2e90 --- /dev/null +++ b/harness/mame/xie_arm2.lua @@ -0,0 +1,15 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F5565D0,,{ printf \"ACBA a11=%08X b8=%02X b12=%02X\\n\", a11, b@(a11+0x40), b@(a11+0x60) ; g }") +dbg:command("bpset 3F5565F0,,{ printf \"ACBE a7=%08X\\n\", a7 ; g }") +dbg:command("bpset 3F556620,,{ printf \"ACC4 a7=%08X\\n\", a7 ; g }") +dbg:command("bpset 3F556650,,{ printf \"ACCA a7=%08X\\n\", a7 ; g }") +dbg:command("bpset 3F556680,,{ printf \"ACD0 a7=%08X\\n\", a7 ; g }") +dbg:command("bpset 3F5566A0,,{ printf \"ACD4_BADMATCH\\n\" ; g }") +dbg:command("bpset 3F5569A0,,{ printf \"OKPATH_6AD34\\n\" ; g }") +print("XIE-ARM2 armed 8") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "arm2") diff --git a/harness/mame/xie_armchk.lua b/harness/mame/xie_armchk.lua new file mode 100644 index 0000000..6c0d2d8 --- /dev/null +++ b/harness/mame/xie_armchk.lua @@ -0,0 +1,14 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55E5D0,,{ printf \"ACBA a11=%08X b8=%02X b12=%02X\n\", a11, b@(a11+0x40), b@(a11+0x60) ; g }") +dbg:command("bpset 3F55E5F0,,{ printf \"ACBE a7=%08X\n\", a7 ; g }") +dbg:command("bpset 3F55E620,,{ printf \"ACC4 a7=%08X\n\", a7 ; g }") +dbg:command("bpset 3F55E650,,{ printf \"ACCA a7=%08X (req byte13)\n\", a7 ; g }") +dbg:command("bpset 3F55E680,,{ printf \"ACD0 a7=%08X\n\", a7 ; g }") +dbg:command("bpset 3F55E6A0,,{ printf \"ACD4_BADMATCH\n\" ; g }") +print("XIE-ARMCHK armed 7 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "armchk") diff --git a/harness/mame/xie_b36.lua b/harness/mame/xie_b36.lua new file mode 100644 index 0000000..641af58 --- /dev/null +++ b/harness/mame/xie_b36.lua @@ -0,0 +1,13 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55D560,,{ printf \"STORE src120=%08X\n\", d@(a7+0x120) ; g }") +dbg:command("bpset 3F55D5C0,,{ printf \"OUTCEL a11=%08X star=%08X\n\", a11, d@(a11) ; g }") +dbg:command("bpset 3F55D7A0,,{ printf \"T_GATE a7=%08X a11=%08X\n\", a7, a11 ; g }") +dbg:command("bpset 3F553DA0,,{ printf \"S19RET a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F55DF10,,{ printf \"LK_SUCCESS_6BBE2\n\" ; g }") +print("XIE-B36 armed 6 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "b36") diff --git a/harness/mame/xie_b8s.lua b/harness/mame/xie_b8s.lua new file mode 100644 index 0000000..abef72d --- /dev/null +++ b/harness/mame/xie_b8s.lua @@ -0,0 +1,28 @@ +-- byte8 watch + PROVABLE stack control +local frames = 0 +local lastwp, lastaddr = "", 0 +local dbg = manager.machine.debugger +local cpu = manager.machine.devices[":maincpu"] +local idstore = 0x3F200000 + 0x67B04*8 +dbg:command(string.format("bpset %08X,,{ printf \"CTRL_IDSTORE id=%%08X obj=%%08X\\n\", d@(a9+0x40), a11 ; g }", idstore)) +print("XIE-B8S armed 1 breakpoint") +emu.register_frame_done(function() + frames = frames + 1 + local f = io.open("/tmp/opencode/xie_wp6.txt", "r") + if f then + local txt = f:read("*l"); f:close() + if txt and txt ~= lastwp then + lastwp = txt + local p = tonumber(txt) + if p and p ~= 0 and p ~= lastaddr then + lastaddr = p + local sp = cpu.state["SP"].value + dbg:command(string.format("wpset %08X,8,w,1,{ printf \"B8 pc=%%08X val=%%08X\\n\", pc, wpdata ; g }", p + 8*8)) + -- stack control: 256 bits just below SP, written by the next push + dbg:command(string.format("wpset %08X,100,w,1,{ printf \"SCTRL pc=%%08X\\n\", pc ; g }", sp - 0x100)) + print(string.format("XIE-B8S installed: byte8 %08X ; stack ctrl at %08X (sp=%08X)", p + 8*8, sp - 0x100, sp)) + end + end + end + if frames >= 2000000 then machine:exit() end +end, "b8s") diff --git a/harness/mame/xie_b8t.lua b/harness/mame/xie_b8t.lua new file mode 100644 index 0000000..65ef0fa --- /dev/null +++ b/harness/mame/xie_b8t.lua @@ -0,0 +1,27 @@ +-- byte8 watches on TWO objects + stack positive control +local frames = 0 +local lastwp = "" +local dbg = manager.machine.debugger +local cpu = manager.machine.devices[":maincpu"] +dbg:command(string.format("bpset %08X,,{ printf \"CTRL_IDSTORE id=%%08X obj=%%08X\\n\", d@(a9+0x40), a11 ; g }", 0x3F200000 + 0x67B04*8)) +print("XIE-B8T armed 1 breakpoint") +emu.register_frame_done(function() + frames = frames + 1 + local f = io.open("/tmp/opencode/xie_wp7.txt", "r") + if f then + local txt = f:read("*l"); f:close() + if txt and txt ~= lastwp then + lastwp = txt + local a, b = txt:match("(%d+),(%d+)") + if a and b then + local pa, pb = tonumber(a), tonumber(b) + local sp = cpu.state["SP"].value + dbg:command(string.format("wpset %08X,8,w,1,{ printf \"B8A pc=%%08X val=%%08X\\n\", pc, wpdata ; g }", pa + 8*8)) + dbg:command(string.format("wpset %08X,8,w,1,{ printf \"B8B pc=%%08X val=%%08X\\n\", pc, wpdata ; g }", pb + 8*8)) + dbg:command(string.format("wpset %08X,100,w,1,{ printf \"SCTRL pc=%%08X\\n\", pc ; g }", sp - 0x100)) + print(string.format("XIE-B8T installed: A byte8 %08X, B byte8 %08X, stack %08X", pa+8*8, pb+8*8, sp-0x100)) + end + end + end + if frames >= 2000000 then machine:exit() end +end, "b8t") diff --git a/harness/mame/xie_b8v.lua b/harness/mame/xie_b8v.lua new file mode 100644 index 0000000..7891181 --- /dev/null +++ b/harness/mame/xie_b8v.lua @@ -0,0 +1,27 @@ +-- byte8 write watch + positive-control watch on VRAM (generated addresses) +local frames = 0 +local lastwp, lastaddr = "", 0 +local dbg = manager.machine.debugger +local idstore = 0x3F200000 + 0x67B04*8 +local s19ret = 0x3F200000 + 0x6A7B4*8 +dbg:command(string.format("bpset %08X,,{ printf \"CTRL_IDSTORE id=%%08X obj=%%08X\\n\", d@(a9+0x40), a11 ; g }", idstore)) +dbg:command(string.format("bpset %08X,,{ printf \"CTRL_S19RET a8=%%08X\\n\", a8 ; g }", s19ret)) +print("XIE-B8V armed 2 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + local f = io.open("/tmp/opencode/xie_wp4.txt", "r") + if f then + local txt = f:read("*l"); f:close() + if txt and txt ~= lastwp then + lastwp = txt + local p = tonumber(txt) + if p and p ~= 0 and p ~= lastaddr then + lastaddr = p + dbg:command(string.format("wpset %08X,8,w,1,{ printf \"B8 pc=%%08X val=%%08X\\n\", pc, wpdata ; g }", p + 8*8)) + dbg:command(string.format("wpset %08X,8,w,1,{ printf \"VCTRL\\n\" ; g }", 0x04000000)) + print(string.format("XIE-B8V installed: byte8 at %08X + VRAM control", p + 8*8)) + end + end + end + if frames >= 2000000 then machine:exit() end +end, "b8v") diff --git a/harness/mame/xie_b8w.lua b/harness/mame/xie_b8w.lua new file mode 100644 index 0000000..3c9f8cb --- /dev/null +++ b/harness/mame/xie_b8w.lua @@ -0,0 +1,25 @@ +-- byte8 write watch + WIDE VRAM control (1 KB) to validate the mechanism +local frames = 0 +local lastwp, lastaddr = "", 0 +local dbg = manager.machine.debugger +local idstore = 0x3F200000 + 0x67B04*8 +dbg:command(string.format("bpset %08X,,{ printf \"CTRL_IDSTORE id=%%08X obj=%%08X\\n\", d@(a9+0x40), a11 ; g }", idstore)) +print("XIE-B8W armed 1 breakpoint") +emu.register_frame_done(function() + frames = frames + 1 + local f = io.open("/tmp/opencode/xie_wp5.txt", "r") + if f then + local txt = f:read("*l"); f:close() + if txt and txt ~= lastwp then + lastwp = txt + local p = tonumber(txt) + if p and p ~= 0 and p ~= lastaddr then + lastaddr = p + dbg:command(string.format("wpset %08X,8,w,1,{ printf \"B8 pc=%%08X val=%%08X\\n\", pc, wpdata ; g }", p + 8*8)) + dbg:command("wpset 04000000,2000,w,1,{ printf \"VCTRL pc=%08X\\n\", pc ; g }") + print(string.format("XIE-B8W installed: byte8 %08X + VRAM 1KB control", p + 8*8)) + end + end + end + if frames >= 2000000 then machine:exit() end +end, "b8w") diff --git a/harness/mame/xie_chain.lua b/harness/mame/xie_chain.lua new file mode 100644 index 0000000..7796058 --- /dev/null +++ b/harness/mame/xie_chain.lua @@ -0,0 +1,12 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55D7A0,,{ printf \"GATE a7=%08X a11=%08X\n\", a7, a11 ; g }") +dbg:command("bpset 3F553DA0,,{ printf \"S19RET a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2D94B0,,{ printf \"RP a11=%08X src_base610=%08X\n\", a11, d@(a11+0x610) ; g }") +dbg:command("bpset 3F55DF10,,{ printf \"LK_SUCCESS\n\" ; g }") +print("XIE-CHAIN armed 5 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "chain") diff --git a/harness/mame/xie_cln.lua b/harness/mame/xie_cln.lua new file mode 100644 index 0000000..eebd889 --- /dev/null +++ b/harness/mame/xie_cln.lua @@ -0,0 +1,13 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2DD1B0,,{ printf \"after 7F67F38 a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DD250,,{ printf \"after 7E75EA8 a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DD330,,{ printf \"after 7EA45FE a8=%08X a11=%08X\n\", a8, a11 ; g }") +dbg:command("bpset 3F2DD3F0,,{ printf \"after 7E7FE96 a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DD410,,{ printf \"after store a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DDE00,,{ printf \"RET a8=%08X\n\", a8 ; g }") +print("XIE-CLN armed 6") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "cln") diff --git a/harness/mame/xie_cmp.lua b/harness/mame/xie_cmp.lua new file mode 100644 index 0000000..4fcdf7b --- /dev/null +++ b/harness/mame/xie_cmp.lua @@ -0,0 +1,17 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F2DCF90,,{ printf \"r9F2 a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DD000,,{ printf \"rA00 a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DD0C0,,{ printf \"rA18 a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DD150,,{ printf \"rA2A a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DD180,,{ printf \"ERRCHAIN_1BA30\n\" ; g }") +dbg:command("bpset 3F2DD530,,{ printf \"ERR_1BAA6\n\" ; g }") +dbg:command("bpset 3F2DD630,,{ printf \"ERR_1BAC6\n\" ; g }") +dbg:command("bpset 3F2DDCB0,,{ printf \"ERR_1BB96\n\" ; g }") +dbg:command("bpset 3F2DDE00,,{ printf \"DRIVER_RET a8=%08X\n\", a8 ; g }") +print("XIE-CMP armed 10") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "cmp") diff --git a/harness/mame/xie_ctl.lua b/harness/mame/xie_ctl.lua new file mode 100644 index 0000000..10564b7 --- /dev/null +++ b/harness/mame/xie_ctl.lua @@ -0,0 +1,5 @@ +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("wpset 05600020,10,w,1,{ printf \"R20 %04X %08X\n\", wpdata, pc ; g }") +dbg:command("wpset 05600030,10,w,1,{ printf \"R30 %04X %08X\n\", wpdata, pc ; g }") +print("XIE-CTL armed") diff --git a/harness/mame/xie_cvt.lua b/harness/mame/xie_cvt.lua new file mode 100644 index 0000000..3bbb2df --- /dev/null +++ b/harness/mame/xie_cvt.lua @@ -0,0 +1,15 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3FE114E0,,{ printf \"H229C a0=%08X a1=%08X a8=%08X\n\", a0, a1, a8 ; g }") +dbg:command("bpset 3FE0F590,,{ printf \"H1EB2 a0=%08X a1=%08X a8=%08X\n\", a0, a1, a8 ; g }") +dbg:command("bpset 3FE0FAF0,,{ printf \"H1F5E a0=%08X a1=%08X\n\", a0, a1 ; g }") +dbg:command("bpset 3FE11080,,{ printf \"H2210 a0=%08X a1=%08X\n\", a0, a1 ; g }") +dbg:command("bpset 3F2D9EF0,,{ printf \"after 229C#1 a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DA030,,{ printf \"after 1EB2#2 a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DA130,,{ printf \"after 2210 a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DA220,,{ printf \"after 2210 b a8=%08X\n\", a8 ; g }") +print("XIE-CVT armed 8") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "cvt") diff --git a/harness/mame/xie_ddx.lua b/harness/mame/xie_ddx.lua new file mode 100644 index 0000000..87500dc --- /dev/null +++ b/harness/mame/xie_ddx.lua @@ -0,0 +1,13 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F3AF870,,{ printf \"DDX class=%d\n\", b@(a11+0x630) ; g }") +dbg:command("bpset 3F3AF950,,{ printf \"DDX f610=%08X (BadValue if 0)\n\", d@(a9+0x610) ; g }") +dbg:command("bpset 3F3AF790,,{ printf \"DDX_BADVALUE_class\n\" ; g }") +dbg:command("bpset 3F3AF980,,{ printf \"DDX_BADVALUE_610zero\n\" ; g }") +dbg:command("bpset 3F3AFB10,,{ printf \"DDX_continue_after_610\n\" ; g }") +dbg:command("bpset 3F3B8A60,,{ printf \"DDX_RET a8=%08X\n\", a8 ; g }") +print("XIE-DDX armed 6") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "ddx") diff --git a/harness/mame/xie_disp.lua b/harness/mame/xie_disp.lua new file mode 100644 index 0000000..419bd9f --- /dev/null +++ b/harness/mame/xie_disp.lua @@ -0,0 +1,17 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F55B200,,{ printf \"H_ENTRY\n\" ; g }") +dbg:command("bpset 3F55C1F0,,{ printf \"H_83E ddobj=%08X b1=%02X a8=%08X\n\", a11, b@(a11+0x8), a8 ; g }") +dbg:command("bpset 3F55B270,,{ printf \"H_64E_disp1\n\" ; g }") +dbg:command("bpset 3F55B3A0,,{ printf \"H_674 cnt=%08X\n\", d@(a13+0x1f0) ; g }") +dbg:command("bpset 3F55B420,,{ printf \"H_684 d8=%08X\n\", d@(a9+0xd8) ; g }") +dbg:command("bpset 3F55B440,,{ printf \"H_688\n\" ; g }") +dbg:command("bpset 3F55B500,,{ printf \"H_6A0_call_7EAC356\n\" ; g }") +dbg:command("bpset 3F55B750,,{ printf \"H_6EA_call_7E80008\n\" ; g }") +dbg:command("bpset 3F55BF40,,{ printf \"H_7E8_disp4\n\" ; g }") +dbg:command("bpset 3F55C260,,{ printf \"H_84C_default\n\" ; g }") +print("XIE-DISP armed 10") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "disp") diff --git a/harness/mame/xie_disp2.lua b/harness/mame/xie_disp2.lua new file mode 100644 index 0000000..e2c05b3 --- /dev/null +++ b/harness/mame/xie_disp2.lua @@ -0,0 +1,18 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55B200,,{ printf \"H_ENTRY\n\" ; g }") +dbg:command("bpset 3F55C1F0,,{ printf \"H_83E ddobj=%08X b1=%02X a8=%08X\n\", a11, b@(a11+0x8), a8 ; g }") +dbg:command("bpset 3F55B270,,{ printf \"H_64E_disp1\n\" ; g }") +dbg:command("bpset 3F55B3A0,,{ printf \"H_674 cnt=%08X\n\", d@(a13+0x1f0) ; g }") +dbg:command("bpset 3F55B420,,{ printf \"H_684 d8=%08X\n\", d@(a9+0xd8) ; g }") +dbg:command("bpset 3F55B440,,{ printf \"H_688\n\" ; g }") +dbg:command("bpset 3F55B500,,{ printf \"H_6A0_call_7EAC356\n\" ; g }") +dbg:command("bpset 3F55B750,,{ printf \"H_6EA_call_7E80008\n\" ; g }") +dbg:command("bpset 3F55BF40,,{ printf \"H_7E8_disp4\n\" ; g }") +dbg:command("bpset 3F55C260,,{ printf \"H_84C_default\n\" ; g }") +print("XIE-DISP2 armed 11") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "disp2") diff --git a/harness/mame/xie_dst.lua b/harness/mame/xie_dst.lua new file mode 100644 index 0000000..0d3e411 --- /dev/null +++ b/harness/mame/xie_dst.lua @@ -0,0 +1,9 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("bpset 3FB2A940,,{ printf \"DST b1=%08X b2=%08X a6=%08X\n\", b1, b2, a6 ; g }") +print("XIE-DST armed") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "dst") diff --git a/harness/mame/xie_eb4.lua b/harness/mame/xie_eb4.lua new file mode 100644 index 0000000..f7a2e6a --- /dev/null +++ b/harness/mame/xie_eb4.lua @@ -0,0 +1,24 @@ +local frames = 0 +local last = "" +local dbg = manager.machine.debugger +local cpu = manager.machine.devices[":maincpu"] +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +print("XIE-EB4 armed") +emu.register_frame_done(function() + frames = frames + 1 + local f = io.open("/tmp/opencode/eb4.txt", "r") + if f then + local t = f:read("*l"); f:close() + if t and t ~= last then + last = t + local e = tonumber(t) + if e and e ~= 0 then + dbg:command(string.format("wpset %08X,8,w,1,{ printf \"EB4WRITE pc=%%08X val=%%08X\n\", pc, wpdata ; g }", e + 0x20)) + local sp = cpu.state["SP"].value + dbg:command(string.format("wpset %08X,100,w,1,{ printf \"SCTRL\n\" ; g }", (sp - 0x100) & 0x3FFFFFFF)) + print(string.format("XIE-EB4 watching %08X (+ctrl)", e + 0x20)) + end + end + end + if frames >= 2000000 then machine:exit() end +end, "eb4") diff --git a/harness/mame/xie_elem.lua b/harness/mame/xie_elem.lua new file mode 100644 index 0000000..a7ad1d6 --- /dev/null +++ b/harness/mame/xie_elem.lua @@ -0,0 +1,10 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F2D95C0,,{ printf \"TYPE1 a5=%08X tgt=%08X\\n\", a5, a5+0x58 ; g }") +dbg:command("bpset 3F2D9B10,,{ printf \"TYPE2 a5=%08X tgt=%08X\\n\", a5, a5+0x58 ; g }") +print("XIE-ELEM armed 3") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "elem") diff --git a/harness/mame/xie_elw.lua b/harness/mame/xie_elw.lua new file mode 100644 index 0000000..605304d --- /dev/null +++ b/harness/mame/xie_elw.lua @@ -0,0 +1,26 @@ +local frames = 0 +local lastwp = "" +local dbg = manager.machine.debugger +local cpu = manager.machine.devices[":maincpu"] +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +print("XIE-ELW armed 1 breakpoint") +emu.register_frame_done(function() + frames = frames + 1 + local f = io.open("/tmp/opencode/xie_wp8.txt", "r") + if f then + local txt = f:read("*l"); f:close() + if txt and txt ~= lastwp then + lastwp = txt + local a, b = txt:match("(%d+),(%d+)") + if a and b then + local pa, pb = tonumber(a), tonumber(b) + dbg:command(string.format("wpset %08X,800,w,1,{ printf \"ELW pc=%%08X val=%%08X\\n\", pc, wpdata ; g }", pa)) + dbg:command(string.format("wpset %08X,20,w,1,{ printf \"BANDW pc=%%08X val=%%08X\\n\", pc, wpdata ; g }", pb)) + local sp = cpu.state["SP"].value + dbg:command(string.format("wpset %08X,100,w,1,{ printf \"SCTRL\n\" ; g }", (sp - 0x100) & 0x3FFFFFFF)) + print(string.format("XIE-ELW installed elem=%08X(+800) bandslot=%08X ctrl=%08X", pa, pb, sp)) + end + end + end + if frames >= 2000000 then machine:exit() end +end, "elw") diff --git a/harness/mame/xie_elw2.lua b/harness/mame/xie_elw2.lua new file mode 100644 index 0000000..f666638 --- /dev/null +++ b/harness/mame/xie_elw2.lua @@ -0,0 +1,27 @@ +local frames = 0 +local lastwp = "" +local dbg = manager.machine.debugger +local cpu = manager.machine.devices[":maincpu"] +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F2D94B0,,{ printf \"RP a11=%08X src_base610=%08X\n\", a11, d@(a11+0x610) ; g }") +dbg:command("bpset 3F2D95C0,,{ printf \"TYPE1\n\" ; g }") +dbg:command("bpset 3F2D9B10,,{ printf \"TYPE2\n\" ; g }") +print("XIE-ELW2 armed 4") +emu.register_frame_done(function() + frames = frames + 1 + local f = io.open("/tmp/opencode/xie_wp9.txt", "r") + if f then + local txt = f:read("*l"); f:close() + if txt and txt ~= lastwp then + lastwp = txt + local a, b = txt:match("(%d+),(%d+)") + if a and b then + local pa, pb = tonumber(a), tonumber(b) + dbg:command(string.format("wpset %08X,800,w,1,{ printf \"ELW pc=%%08X val=%%08X\\n\", pc, wpdata ; g }", pa)) + dbg:command(string.format("wpset %08X,20,w,1,{ printf \"BANDW pc=%%08X val=%%08X\\n\", pc, wpdata ; g }", pb)) + print(string.format("XIE-ELW2 installed elem=%08X bandslot=%08X", pa, pb)) + end + end + end + if frames >= 2000000 then machine:exit() end +end, "elw2") diff --git a/harness/mame/xie_ex1.lua b/harness/mame/xie_ex1.lua new file mode 100644 index 0000000..9ee4da7 --- /dev/null +++ b/harness/mame/xie_ex1.lua @@ -0,0 +1,17 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F516BF0,,{ printf \"EX_LK ret=%08X obj=%08X\n\", a8, d@(a13+0x20) ; g }") +dbg:command("bpset 3F516C70,,{ printf \"EX_F5 obj=%08X f5=%08X\n\", a11, d@(a11+0x28) ; g }") +dbg:command("bpset 3F516DE0,,{ printf \"EX_CK1 req=%08X obj=%08X\n\", d@(a9+0x80), d@(a11+0x80) ; g }") +dbg:command("bpset 3F516FC0,,{ printf \"EX_CK2 req=%08X obj=%08X\n\", d@(a9+0xa0), d@(a11+0xa0) ; g }") +dbg:command("bpset 3F517180,,{ printf \"EX_CK3 c0=%08X e0=%08X\n\", d@(a9+0xc0), d@(a9+0xe0) ; g }") +dbg:command("bpset 3F516CA0,,{ printf \"EX_BADMATCH\n\" ; g }") +dbg:command("bpset 3F516E50,,{ printf \"EX_BADVALUE_1\n\" ; g }") +dbg:command("bpset 3F517030,,{ printf \"EX_BADVALUE_2\n\" ; g }") +dbg:command("bpset 3F5171F0,,{ printf \"EX_BADVALUE_3\n\" ; g }") +print("XIE-EX1 armed 10") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "ex1") diff --git a/harness/mame/xie_ex2.lua b/harness/mame/xie_ex2.lua new file mode 100644 index 0000000..dc9bfe7 --- /dev/null +++ b/harness/mame/xie_ex2.lua @@ -0,0 +1,14 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F517EE0,,{ printf \"EX2_CALL_7EA47B6\n\" ; g }") +dbg:command("bpset 3F517F10,,{ printf \"EX2_RET a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F517F40,,{ printf \"EX2_JREQ a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F5184D0,,{ printf \"RD_RET a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F518750,,{ printf \"EPI_RET a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F517DE0,,{ printf \"EXIT_62FBC\n\" ; g }") +print("XIE-EX2 armed 7") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "ex2") diff --git a/harness/mame/xie_ex3.lua b/harness/mame/xie_ex3.lua new file mode 100644 index 0000000..228019f --- /dev/null +++ b/harness/mame/xie_ex3.lua @@ -0,0 +1,15 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F518150,,{ printf \"ALLOC ret=%08X\n\", a8 ; g }") +dbg:command("bpset 3F518190,,{ printf \"BADALLOC_path\n\" ; g }") +dbg:command("bpset 3F518390,,{ printf \"SETUP_before_render\n\" ; g }") +dbg:command("bpset 3F5184C0,,{ printf \"CALL_RD\n\" ; g }") +dbg:command("bpset 3F5184F0,,{ printf \"AFTER_RD a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F518740,,{ printf \"OK_EXIT\n\" ; g }") +dbg:command("bpset 3F518750,,{ printf \"EPI a8=%08X\n\", a8 ; g }") +print("XIE-EX3 armed 8") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "ex3") diff --git a/harness/mame/xie_exbr.lua b/harness/mame/xie_exbr.lua new file mode 100644 index 0000000..6fe83d8 --- /dev/null +++ b/harness/mame/xie_exbr.lua @@ -0,0 +1,13 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2DC420,,{ printf \"J884 b9=%02X (JREQ=error if 0)\n\", b@(d@(0xa6000)+0x48) ; g }") +dbg:command("bpset 3F2DC440,,{ printf \"CONT_1B888\n\" ; g }") +dbg:command("bpset 3F2DCF90,,{ printf \"J9F2 (JR 1BA30) a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DD180,,{ printf \"ERR_1BA30\n\" ; g }") +dbg:command("bpset 3F2DD340,,{ printf \"ERR_1BA68 MOVK2 (reports BadValue)\n\" ; g }") +dbg:command("bpset 3F2DDE00,,{ printf \"DRIVER_RET a8=%08X\n\", a8 ; g }") +print("XIE-EXBR armed 6") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "exbr") diff --git a/harness/mame/xie_exec.lua b/harness/mame/xie_exec.lua new file mode 100644 index 0000000..fb95ec6 --- /dev/null +++ b/harness/mame/xie_exec.lua @@ -0,0 +1,15 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F2D95C0,,{ printf \"TYPE1\n\" ; g }") +dbg:command("bpset 3F2D9B10,,{ printf \"TYPE2\n\" ; g }") +dbg:command("bpset 3F2DA350,,{ printf \"TYPE3\n\" ; g }") +dbg:command("bpset 3F2DA7A0,,{ printf \"TYPE4\n\" ; g }") +dbg:command("bpset 3F2DAC10,,{ printf \"TYPE5\n\" ; g }") +dbg:command("bpset 3F2D94B0,,{ printf \"RP a11=%08X src_base610=%08X\n\", a11, d@(a11+0x610) ; g }") +dbg:command("bpset 3F55D7A0,,{ printf \"GATE a7=%08X a11=%08X\n\", a7, a11 ; g }") +print("XIE-EXEC armed 8") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "exec") diff --git a/harness/mame/xie_expdbg.lua b/harness/mame/xie_expdbg.lua new file mode 100644 index 0000000..c54e45a --- /dev/null +++ b/harness/mame/xie_expdbg.lua @@ -0,0 +1,15 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F516BF0,,{ printf \"EX_LK ret=%08X obj=%08X\n\", a8, d@(a13+0x20) ; g }") +dbg:command("bpset 3F516C70,,{ printf \"EX_F5 obj=%08X f5=%08X\n\", a11, d@(a11+0x28) ; g }") +dbg:command("bpset 3F516DE0,,{ printf \"EX_CK1 req80=%08X obj80=%08X\n\", d@(a9+0x80), d@(a11+0x80) ; g }") +dbg:command("bpset 3F516FC0,,{ printf \"EX_CK2 req_a0=%08X obj_a0=%08X\n\", d@(a9+0xa0), d@(a11+0xa0) ; g }") +dbg:command("bpset 3F517180,,{ printf \"EX_CK3 req_c0=%08X req_e0=%08X\n\", d@(a9+0xc0), d@(a9+0xe0) ; g }") +dbg:command("bpset 3F516CA0,,{ printf \"EX_BADMATCH_path\n\" ; g }") +dbg:command("bpset 3F516E50,,{ printf \"EX_BADVALUE_1\n\" ; g }") +print("XIE-EXP armed 8") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "exp") diff --git a/harness/mame/xie_ext.lua b/harness/mame/xie_ext.lua new file mode 100644 index 0000000..fdde64c --- /dev/null +++ b/harness/mame/xie_ext.lua @@ -0,0 +1,14 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F5177C0,,{ printf \"EX_EF8 f80=%08X fA0=%08X fC0=%08X a11=%08X\n\", d@(a13+0x80), d@(a13+0xa0), d@(a13+0xc0), a11 ; g }") +dbg:command("bpset 3F5177D0,,{ printf \"EX_EFA objA0=%08X\n\", d@(a11+0xa0) ; g }") +dbg:command("bpset 3F517870,,{ printf \"EX_F0E a7=%08X a5=%08X\n\", a7, a5 ; g }") +dbg:command("bpset 3F517890,,{ printf \"EX_F12 a5=%08X (JRLE if <=0)\n\", a5 ; g }") +dbg:command("bpset 3F5178C0,,{ printf \"EX_REJECT_BADVALUE\n\" ; g }") +dbg:command("bpset 3F517A00,,{ printf \"EX_CONTINUE_TO_RENDER\n\" ; g }") +print("XIE-EXT armed 7") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "ext") diff --git a/harness/mame/xie_fix.lua b/harness/mame/xie_fix.lua new file mode 100644 index 0000000..a47b153 --- /dev/null +++ b/harness/mame/xie_fix.lua @@ -0,0 +1,8 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; printf \"FORCED elem.b4=0 (was %02X) rp=%08X\n\", 0, d@(0xa6000) ; g }") +print("XIE-FIX armed") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "fix") diff --git a/harness/mame/xie_fix2.lua b/harness/mame/xie_fix2.lua new file mode 100644 index 0000000..29d1b4c --- /dev/null +++ b/harness/mame/xie_fix2.lua @@ -0,0 +1,12 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; printf \"FORCED b4=0 rp=%08X\n\", d@(0xa6000) ; g }") +dbg:command("bpset 3F3AF950,,{ printf \"CHK_610 val=%08X\n\", d@(a9+0x610) ; g }") +dbg:command("bpset 3F3AF980,,{ printf \"ERR_SRCBASE_NULL\n\" ; g }") +dbg:command("bpset 3F3AF790,,{ printf \"ERR_COMPRESSION\n\" ; g }") +dbg:command("bpset 3F3AFB10,,{ printf \"PAST_610_OK\n\" ; g }") +print("XIE-FIX2 armed") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "fix2") diff --git a/harness/mame/xie_fix3.lua b/harness/mame/xie_fix3.lua new file mode 100644 index 0000000..70aa26d --- /dev/null +++ b/harness/mame/xie_fix3.lua @@ -0,0 +1,10 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("bpset 3F3B8E10,,{ printf \"E_TMPUDP path\n\" ; g }") +dbg:command("bpset 3F3B8A60,,{ printf \"DDX_RET a8=%08X\n\", a8 ; g }") +print("XIE-FIX3 armed") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "fix3") diff --git a/harness/mame/xie_gate_only.lua b/harness/mame/xie_gate_only.lua new file mode 100644 index 0000000..fd501b2 --- /dev/null +++ b/harness/mame/xie_gate_only.lua @@ -0,0 +1,12 @@ +-- minimal probe: only the three addresses needed for the BadMatch gate question +local cpu = manager.machine.devices[":maincpu"] +local dbg = manager.machine.debugger +local frames = 0 +dbg:command("bpset 0x3F55D7A0,,{ printf \"GATE a7=%08X a11=%08X\n\", a7, a11 ; g }") +dbg:command("bpset 0x3F55D7C0,,{ printf \"E8MAIN\n\" ; g }") +dbg:command("bpset 0x3F55CE20,,{ printf \"CLASS1\n\" ; g }") +print("XIE-GATE-ONLY armed 3 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "gate-only") diff --git a/harness/mame/xie_gateop.lua b/harness/mame/xie_gateop.lua new file mode 100644 index 0000000..31c7a76 --- /dev/null +++ b/harness/mame/xie_gateop.lua @@ -0,0 +1,13 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55D560,,{ printf \"STORE src120=%08X\n\", d@(a7+0x120) ; g }") +dbg:command("bpset 3F55D750,,{ printf \"EA a11=%08X star11=%08X argA0=%08X arg40=%08X\n\", a11, d@(a11), d@(a13+0xffa0), d@(a13+0xff40) ; g }") +dbg:command("bpset 3F55D790,,{ printf \"F2 a7=%08X star7=%08X\n\", a7, d@(a7) ; g }") +dbg:command("bpset 3F55D7A0,,{ printf \"GATE a7=%08X a11=%08X\n\", a7, a11 ; g }") +dbg:command("bpset 3F553DA0,,{ printf \"S19RET a8=%08X\n\", a8 ; g }") +print("XIE-GATEOP armed 6 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "gateop") diff --git a/harness/mame/xie_handoff.lua b/harness/mame/xie_handoff.lua new file mode 100644 index 0000000..651ac58 --- /dev/null +++ b/harness/mame/xie_handoff.lua @@ -0,0 +1,15 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55B200,,{ printf \"HANDOFF_ENTRY\\n\" ; g }") +dbg:command("bpset 3F55B420,,{ printf \"H_684 a9=%08X\\n\", a9 ; g }") +dbg:command("bpset 3F55B440,,{ printf \"H_688 guard a9=%08X\\n\", a9 ; g }") +dbg:command("bpset 3F55B750,,{ printf \"H_6EA dd_call\\n\" ; g }") +dbg:command("bpset 3F55C260,,{ printf \"H_84C_NOOP\\n\" ; g }") +dbg:command("bpset 3F55C6B0,,{ printf \"H_8D6 clear28\\n\" ; g }") +dbg:command("bpset 3F553DA0,,{ printf \"S19RET a8=%08X\\n\", a8 ; g }") +print("XIE-HANDOFF armed 8") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "handoff") diff --git a/harness/mame/xie_hlp.lua b/harness/mame/xie_hlp.lua new file mode 100644 index 0000000..1e9d702 --- /dev/null +++ b/harness/mame/xie_hlp.lua @@ -0,0 +1,15 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F2D9EF0,,{ printf \"R_1EB2a a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DA030,,{ printf \"R_1EB2b a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DA130,,{ printf \"R_2210a a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DA1F0,,{ printf \"R_1F5Eb a8=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2DA220,,{ printf \"R_2210b a8=%08X (block end)\n\", a8 ; g }") +dbg:command("bpset 3F2DA240,,{ printf \"BLK_EXIT_to_1B842\n\" ; g }") +dbg:command("bpset 3F2DC210,,{ printf \"TAIL_1B842 a8=%08X\n\", a8 ; g }") +print("XIE-HLP armed 8") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "hlp") diff --git a/harness/mame/xie_import.lua b/harness/mame/xie_import.lua new file mode 100644 index 0000000..4f74ccb --- /dev/null +++ b/harness/mame/xie_import.lua @@ -0,0 +1,10 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55D7A0,,{ printf \"GATE a7=%08X a11=%08X\\n\", a7, a11 ; g }") +dbg:command("bpset 3F2D94B0,,{ printf \"RP a11=%08X src_base610=%08X\\n\", a11, d@(a11+0x610) ; g }") +print("XIE-IMPORT armed 3") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "import") diff --git a/harness/mame/xie_min.lua b/harness/mame/xie_min.lua new file mode 100644 index 0000000..b523999 --- /dev/null +++ b/harness/mame/xie_min.lua @@ -0,0 +1,9 @@ +-- minimal probe: ONE breakpoint (ID store), so nothing can be silently dropped. +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 0x3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +print("XIE-MIN armed 1 breakpoint") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "min") diff --git a/harness/mame/xie_min2.lua b/harness/mame/xie_min2.lua new file mode 100644 index 0000000..3f18bbf --- /dev/null +++ b/harness/mame/xie_min2.lua @@ -0,0 +1,10 @@ +-- minimal probe #2: ID store + the 0x6B966 gate CMP. Two breakpoints only. +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 0x3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 0x3F55D7A0,,{ printf \"GATE a7=%08X a11=%08X\n\", a7, a11 ; g }") +print("XIE-MIN2 armed 2 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "min2") diff --git a/harness/mame/xie_min3.lua b/harness/mame/xie_min3.lua new file mode 100644 index 0000000..2315132 --- /dev/null +++ b/harness/mame/xie_min3.lua @@ -0,0 +1,12 @@ +-- minimal probe #3: three breakpoints - ID store, class dispatch, gate CMP +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 0x3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 0x3F55D460,,{ printf \"CLASSDISP a11=%08X cls=%02X\n\", a11, b@(a11+0x20) ; g }") +dbg:command("bpset 0x3F55D7A0,,{ printf \"GATE a7=%08X a11=%08X\n\", a7, a11 ; g }") +dbg:command("bpset 0x3F55CD70,,{ printf \"LOOKUP_NULL\n\" ; g }") +print("XIE-MIN3 armed 4 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "min3") diff --git a/harness/mame/xie_min4.lua b/harness/mame/xie_min4.lua new file mode 100644 index 0000000..23c6ea1 --- /dev/null +++ b/harness/mame/xie_min4.lua @@ -0,0 +1,18 @@ +-- bisect file 0x6BA1E..0x6BAC4 on the arm path (10 breakpoints) +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 0x3F53D820,,{ printf \"A_REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 0x3F55D0F0,,{ printf \"B_6BA1E cls2entry arg1=%08X\n\", d@(a13+0xffc0) ; g }") +dbg:command("bpset 0x3F55D120,,{ printf \"C_6BA24 copy_byte40_out\n\" ; g }") +dbg:command("bpset 0x3F55D190,,{ printf \"D_6BA32 byte40_zero_check\n\" ; g }") +dbg:command("bpset 0x3F55D1F0,,{ printf \"E_6BA3E err_0E_byte40\n\" ; g }") +dbg:command("bpset 0x3F55D330,,{ printf \"F_6BA66 err_0E_other\n\" ; g }") +dbg:command("bpset 0x3F55D510,,{ printf \"G_6BAA2 merge\n\" ; g }") +dbg:command("bpset 0x3F55D560,,{ printf \"H_6BAAC store_5a8\n\" ; g }") +dbg:command("bpset 0x3F55D5C0,,{ printf \"I_6BAB8 outcell_test a7=%08X\n\", d@(a13+0xff20) ; g }") +dbg:command("bpset 0x3F55D620,,{ printf \"J_6BAC4 err_0A\n\" ; g }") +print("XIE-MIN4 armed 10 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "min4") diff --git a/harness/mame/xie_min5.lua b/harness/mame/xie_min5.lua new file mode 100644 index 0000000..0a24669 --- /dev/null +++ b/harness/mame/xie_min5.lua @@ -0,0 +1,16 @@ +-- resolve the 0x6BAAC..0x6BAB8 contradiction (8 breakpoints) +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 0x3F53D820,,{ printf \"A_IDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 0x3F55D560,,{ printf \"H_STORE dst=%08X src=%08X\n\", d@(a13+0xff80), a7 ; g }") +dbg:command("bpset 0x3F55D590,,{ printf \"K_6BAB2 arg6=%08X\n\", d@(a13+0xff20) ; g }") +dbg:command("bpset 0x3F55D5B0,,{ printf \"L_6BAB6 a7=%08X\n\", a7 ; g }") +dbg:command("bpset 0x3F55D5C0,,{ printf \"M_6BAB8 a11=%08X outcell=%08X\n\", a11, d@(a11) ; g }") +dbg:command("bpset 0x3F55D5E0,,{ printf \"N_6BABC_jrlt_taken\n\" ; g }") +dbg:command("bpset 0x3F55D750,,{ printf \"O_6BAEA_okpath\n\" ; g }") +dbg:command("bpset 0x3F55DF10,,{ printf \"P_6BBE2_success\n\" ; g }") +print("XIE-MIN5 armed 8 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "min5") diff --git a/harness/mame/xie_min6.lua b/harness/mame/xie_min6.lua new file mode 100644 index 0000000..9dd8fce --- /dev/null +++ b/harness/mame/xie_min6.lua @@ -0,0 +1,14 @@ +-- slot 20 body: the four MOVK 0x8 sites (6 breakpoints) +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 0x3F53D820,,{ printf \"A_IDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 0x3F55E690,,{ printf \"S1_6ABD2_movk8\n\" ; g }") +dbg:command("bpset 0x3F55E2E0,,{ printf \"S2_6AC5C_movk8\n\" ; g }") +dbg:command("bpset 0x3F55E4B0,,{ printf \"S3_6AC96_movk8\n\" ; g }") +dbg:command("bpset 0x3F55E6A0,,{ printf \"S4_6ACD4_movk8\n\" ; g }") +dbg:command("bpset 0x3F555EE0,,{ printf \"ERR_EXIT_6AFDC\n\" ; g }") +print("XIE-MIN6 armed 6 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "min6") diff --git a/harness/mame/xie_min7.lua b/harness/mame/xie_min7.lua new file mode 100644 index 0000000..5300bb0 --- /dev/null +++ b/harness/mame/xie_min7.lua @@ -0,0 +1,14 @@ +-- baseline + DD dispatcher probe (6 breakpoints) +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 0x3F53D820,,{ printf \"A_IDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 0x3F400040,,{ printf \"D_ENTRY_0x40008 a0=%08X a1=%08X\n\", d@(a13+0xffe0), d@(a13+0xffc0) ; g }") +dbg:command("bpset 0x3F400430,,{ printf \"D_CALL_worker\n\" ; g }") +dbg:command("bpset 0x3F55DF10,,{ printf \"LK_SUCCESS_6BBE2\n\" ; g }") +dbg:command("bpset 0x3F555EE0,,{ printf \"S20_ERR_EXIT_6AFDC\n\" ; g }") +dbg:command("bpset 0x3F200000,,{ printf \"\" ; g }") +print("XIE-MIN7 armed") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "min7") diff --git a/harness/mame/xie_min8.lua b/harness/mame/xie_min8.lua new file mode 100644 index 0000000..abd4260 --- /dev/null +++ b/harness/mame/xie_min8.lua @@ -0,0 +1,12 @@ +-- DD dispatcher probe only (4 breakpoints, no junk) +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 0x3F53D820,,{ printf \"A_IDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 0x3F55DF10,,{ printf \"B_LK_SUCCESS_6BBE2\n\" ; g }") +dbg:command("bpset 0x3F400040,,{ printf \"C_DD_ENTRY\n\" ; g }") +dbg:command("bpset 0x3F400430,,{ printf \"D_DD_WORKER\n\" ; g }") +print("XIE-MIN8 armed 4 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "min8") diff --git a/harness/mame/xie_min9.lua b/harness/mame/xie_min9.lua new file mode 100644 index 0000000..423e642 --- /dev/null +++ b/harness/mame/xie_min9.lua @@ -0,0 +1,16 @@ +-- generated: bit = 0x3F200000 + file*8 +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 0x3F53D820,,{ printf \"IDSTORE\\n\" ; g }") +dbg:command("bpset 0x3F555C10,,{ printf \"JREQ_6AB82\\n\" ; g }") +dbg:command("bpset 0x3F555E90,,{ printf \"E8_1_6ABD2\\n\" ; g }") +dbg:command("bpset 0x3F5561A0,,{ printf \"TGT_6AC34\\n\" ; g }") +dbg:command("bpset 0x3F5562E0,,{ printf \"E8_2_6AC5C\\n\" ; g }") +dbg:command("bpset 0x3F5564B0,,{ printf \"E8_3_6AC96\\n\" ; g }") +dbg:command("bpset 0x3F5566A0,,{ printf \"E8_4_6ACD4\\n\" ; g }") +dbg:command("bpset 0x3F557EE0,,{ printf \"EXIT_6AFDC\\n\" ; g }") +print("XIE-MIN9 armed 8") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "min9") diff --git a/harness/mame/xie_outcell.lua b/harness/mame/xie_outcell.lua new file mode 100644 index 0000000..619e74d --- /dev/null +++ b/harness/mame/xie_outcell.lua @@ -0,0 +1,16 @@ +-- out-cell test instrumentation + stack positive control +local frames = 0 +local dbg = manager.machine.debugger +local cpu = manager.machine.devices[":maincpu"] +local sp = cpu.state["SP"].value +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55D510,,{ printf \"T_MERGE\n\" ; g }") +dbg:command("bpset 3F55D5C0,,{ printf \"OUTCEL a11=%08X star=%08X a13f80=%08X a13ffa0=%08X\n\", a11, d@(a11), d@(a13+0xff80), d@(a13+0xffa0) ; g }") +dbg:command("bpset 3F55D7A0,,{ printf \"T_GATE a7=%08X a11=%08X\n\", a7, a11 ; g }") +dbg:command("bpset 3F553DA0,,{ printf \"S19RET a8=%08X\n\", a8 ; g }") +dbg:command(string.format("wpset %08X,100,w,1,{ printf \"SCTRL\n\" ; g }", sp - 0x100)) +print("XIE-OUTCEL armed 5 breakpoints + stack control at " .. string.format("%08X", sp-0x100)) +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "outcell") diff --git a/harness/mame/xie_outw.lua b/harness/mame/xie_outw.lua new file mode 100644 index 0000000..03b46ea --- /dev/null +++ b/harness/mame/xie_outw.lua @@ -0,0 +1,19 @@ +-- watch writes to the out-cell (caller frame local 0) + stack control +local frames = 0 +local dbg = manager.machine.debugger +local cpu = manager.machine.devices[":maincpu"] +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55D5C0,,{ printf \"OUTCEL a11=%08X star=%08X\n\", a11, d@(a11) ; g }") +dbg:command("bpset 3F55D7A0,,{ printf \"T_GATE a7=%08X a11=%08X\n\", a7, a11 ; g }") +dbg:command("bpset 3F553DA0,,{ printf \"S19RET a8=%08X\n\", a8 ; g }") +dbg:command("wpset 00415720,8,w,1,{ printf \"OUTWRITE pc=%08X val=%08X\n\", pc, wpdata ; g }") +print("XIE-OUTW armed: 4 breakpoints + out-cell write watch at 00415720") +emu.register_frame_done(function() + frames = frames + 1 + local sp = cpu.state["SP"].value + if frames == 600 then + dbg:command(string.format("wpset %08X,100,w,1,{ printf \"SCTRL\n\" ; g }", sp - 0x100)) + print(string.format("stack control installed at %08X (sp=%08X)", sp - 0x100, sp)) + end + if frames >= 2000000 then machine:exit() end +end, "outw") diff --git a/harness/mame/xie_pc.lua b/harness/mame/xie_pc.lua new file mode 100644 index 0000000..7732561 --- /dev/null +++ b/harness/mame/xie_pc.lua @@ -0,0 +1,12 @@ +local cpu = manager.machine.devices[":maincpu"] +local n = 0 +local last = 0 +print("XIE-PC sampler armed") +emu.register_periodic(function() + n = n + 1 + local pc = cpu.state["PC"].value + if n % 40 == 0 and pc ~= last then + last = pc + print(string.format("PCSAMPLE %08X", pc & 0xFFFFFFFF)) + end +end) diff --git a/harness/mame/xie_pcfix.lua b/harness/mame/xie_pcfix.lua new file mode 100644 index 0000000..961168a --- /dev/null +++ b/harness/mame/xie_pcfix.lua @@ -0,0 +1,14 @@ +local cpu = manager.machine.devices[":maincpu"] +local dbg = manager.machine.debugger +local n = 0 +local last = 0 +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +print("XIE-PCFIX armed (poke + sampler)") +emu.register_periodic(function() + n = n + 1 + local pc = cpu.state["PC"].value + if n % 40 == 0 and pc ~= last then + last = pc + print(string.format("PCSAMPLE %08X", pc & 0xFFFFFFFF)) + end +end) diff --git a/harness/mame/xie_pg.lua b/harness/mame/xie_pg.lua new file mode 100644 index 0000000..85e62b1 --- /dev/null +++ b/harness/mame/xie_pg.lua @@ -0,0 +1,12 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("bpset 3F3B0210,,{ printf \"REJECT_0x36042 (dstdataptr/img_buff/scalution)\n\" ; g }") +dbg:command("bpset 3F3B17B0,,{ printf \"REJECT_0x362F6\n\" ; g }") +dbg:command("bpset 3F3B1990,,{ printf \"REJECT_0x36332\n\" ; g }") +dbg:command("bpset 3F3B8A60,,{ printf \"DDX_RET a8=%08X\n\", a8 ; g }") +print("XIE-PG armed 5") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "pg") diff --git a/harness/mame/xie_pg2.lua b/harness/mame/xie_pg2.lua new file mode 100644 index 0000000..37482b0 --- /dev/null +++ b/harness/mame/xie_pg2.lua @@ -0,0 +1,22 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("bpset 3F3B05D0,,{ printf \"r60BA a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F3B06F0,,{ printf \"r60DE a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F3B11F0,,{ printf \"r623E a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F3B12B0,,{ printf \"r6256 a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F3B1370,,{ printf \"r626E a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F3B1430,,{ printf \"r6286 a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F3B21E0,,{ printf \"r643C a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F3B2300,,{ printf \"r6460 a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F3B2560,,{ printf \"r64AC a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F3B2700,,{ printf \"r64E0 a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F3B5BD0,,{ printf \"r6B7A a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F3B6610,,{ printf \"r6CC2 a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F3B6670,,{ printf \"r6CCE a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F3B67A0,,{ printf \"r6CF4 a8=%08X\\n\", a8 ; g }") +print("XIE-PG2 armed 15") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "pg2") diff --git a/harness/mame/xie_r48.lua b/harness/mame/xie_r48.lua new file mode 100644 index 0000000..00d24a0 --- /dev/null +++ b/harness/mame/xie_r48.lua @@ -0,0 +1,12 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F2DC420,,{ printf \"J884 rp=%08X b9=%02X (JREQ if 0)\n\", d@(0xa6000), b@(d@(0xa6000)+0x48) ; g }") +dbg:command("bpset 3F2DC440,,{ printf \"CONT_1B888 (flag non-zero)\n\" ; g }") +dbg:command("bpset 3F2DD180,,{ printf \"ERRCHAIN_1BA30 (flag was zero)\n\" ; g }") +dbg:command("bpset 3F2DDE00,,{ printf \"DRIVER_RET a8=%08X\n\", a8 ; g }") +print("XIE_R48 armed 5") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "r48") diff --git a/harness/mame/xie_rd.lua b/harness/mame/xie_rd.lua new file mode 100644 index 0000000..caf44e8 --- /dev/null +++ b/harness/mame/xie_rd.lua @@ -0,0 +1,14 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F2D8A90,,{ printf \"RD_ENTRY\n\" ; g }") +dbg:command("bpset 3F2D8BC0,,{ printf \"RD_ENAB flag=%08X\n\", d@(0xa6220) ; g }") +dbg:command("bpset 3F2D8C50,,{ printf \"RD_ALLOC rp=%08X\n\", a8 ; g }") +dbg:command("bpset 3F2D8D20,,{ printf \"RD_BADALLOC\n\" ; g }") +dbg:command("bpset 3F2D91C0,,{ printf \"RD_SRCBASE a5=%08X e28=%08X\n\", a5, d@(a5+0x28) ; g }") +dbg:command("bpset 3F2D94B0,,{ printf \"RP a11=%08X src_base610=%08X\n\", a11, d@(a11+0x610) ; g }") +print("XIE-RD armed 7") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "rd") diff --git a/harness/mame/xie_rd200.lua b/harness/mame/xie_rd200.lua new file mode 100644 index 0000000..3c935f9 --- /dev/null +++ b/harness/mame/xie_rd200.lua @@ -0,0 +1,4 @@ +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("wpset 05600200,10,r,1,{ printf \"R200 pc=%08X val=%04X\n\", pc, wpdata ; g }") +print("XIE-R200 armed") diff --git a/harness/mame/xie_regs.lua b/harness/mame/xie_regs.lua new file mode 100644 index 0000000..5520396 --- /dev/null +++ b/harness/mame/xie_regs.lua @@ -0,0 +1,13 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F5565F0,,{ printf \"REGS pc=%08X a0=%08X a1=%08X a2=%08X a3=%08X a4=%08X a5=%08X a6=%08X a7=%08X a8=%08X a9=%08X a10=%08X a11=%08X a13=%08X a14=%08X sp=%08X\\n\", pc, a0, a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11, a13, a14, sp ; g }") +dbg:command("bpset 3F5565F0,,{ printf \"L20=%08X LCO=%08X\\n\", d@(a13+0x20), d@(a13+0xc0) ; g }") +dbg:command("bpset 3F556610,,{ printf \"REGS pc=%08X a0=%08X a1=%08X a2=%08X a3=%08X a4=%08X a5=%08X a6=%08X a7=%08X a8=%08X a9=%08X a10=%08X a11=%08X a13=%08X a14=%08X sp=%08X\\n\", pc, a0, a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11, a13, a14, sp ; g }") +dbg:command("bpset 3F5566A0,,{ printf \"ACD4_BAD\\n\" ; g }") +dbg:command("bpset 3F5569A0,,{ printf \"OKPATH\\n\" ; g }") +print("XIE-REGS armed 6") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "regs") diff --git a/harness/mame/xie_resource.lua b/harness/mame/xie_resource.lua new file mode 100644 index 0000000..37eec69 --- /dev/null +++ b/harness/mame/xie_resource.lua @@ -0,0 +1,178 @@ +-- xie_resource.lua -- trace XIE requests and dump the created resource. +-- +-- Breakpoint 1: inside XieProc after A9 = client->requestBuffer. +-- Breakpoint 2: 0x6CAC8, just after the create helper has A9 = new resource. +-- +-- Run with -debuglog (printf output is discarded otherwise): +-- VT1200_SKIP_LEVEL1=1 XIE_FRAMES=2000000 \ +-- /home/arti/code/k-space/mame0289/vt1200 vt1200 ... -debug -debugger none \ +-- -debuglog -autoboot_script harness/mame/xie_resource.lua + +local function hex(v, w) return string.format("%0" .. (w or 8) .. "X", v) end +local machine = manager.machine +local cpu = machine.devices[':maincpu'] +local dbg = machine.debugger +if not dbg then print("XIE ERROR: no debugger"); machine:exit(); return end + +local FRAMES = tonumber(os.getenv("XIE_FRAMES") or "2000000") +local WPFILE = "/tmp/opencode/xie_wp.txt" +local lastwp = "" +local last_elem = 0 +local WORDS = tonumber(os.getenv("XIE_WORDS") or "16") +local TRACE = 0x3F525D40 -- XieProc interior, a9 = request buffer +local CREATE = 0x3F565640 -- 0x6CAC8: a9 = new resource pointer + +local args = {} +for i = 0, WORDS - 1 do args[#args + 1] = string.format("w@(a9+%d)", i * 16) end +local fmt = "XIEHIT buf=%08X" +for i = 0, WORDS - 1 do fmt = fmt .. " %04X" end +fmt = fmt .. "\\n" +dbg:command("bpset " .. hex(TRACE) .. ",,{ printf \"" .. fmt .. "\", a9, " .. + table.concat(args, ", ") .. " ; g }") + +dbg:command("bpset " .. hex(CREATE) .. + ",,{ printf \"RES a9=%08X id=%08X class=%02X b8=%02X b36=%02X b40=%08X b44=%08X\\n\", " .. + "a9, d@(a9), b@(a9+32), b@(a9+64), b@(a9+288), d@(a9+320), d@(a9+352) ; g }") + + +local LOOK = 0x3F55D1C0 -- 0x6BA38: a7 = resource +local bytes = {} +for k = 0, 15 do bytes[#bytes+1] = string.format("b@(a7+%d)", k*32) end +local bfmt = string.rep(" %02X", 16) +dbg:command("bpset " .. hex(LOOK) .. + ",,{ printf \"LOOK a7=%08X id=%08X cls=%02X b36=%02X b40=%08X" .. bfmt .. "\\n\", " .. + "a7, d@(a7), b@(a7+32), b@(a7+288), d@(a7+320), " .. table.concat(bytes, ", ") .. " ; g }") + +-- Debug-only nudge: when a class-2 resource reaches the lookup, make it class 3 +-- so PUT_TILE's hard-coded class check passes. Proves the rest of the pixel path. +-- Debug-only: skip the class-compare failure branch (0x6BAF6 -> 0x6BBCE). + + +local BAND = 0x3F555C40 -- 0x6AB88: a11 = band record, a9 = slot20 request +dbg:command("bpset " .. hex(BAND) .. + ",,{ printf \"BAND a11=%08X f1=%02X f2=%02X f4=%08X f8=%08X f12=%08X f16=%08X\\n\", " .. + "a11, b@(a11+8), b@(a11+16), d@(a11+32), d@(a11+64), d@(a11+96), d@(a11+128) ; g }") + + +dbg:command("bpset 0x3F400430,,{ printf \"DDCALL a11=%08X type=%02X idx=%08X\\n\", a11, b@(a13+0xffa0), d@(a13+0x20) ; g }") + + +dbg:command("bpset 0x3F400040,,{ printf \"DE entry a0=%08X a1=%08X type=%02X idx=%08X\\n\", d@(a13+0xffe0), d@(a13+0xffc0), b@(a13+0xffa0), d@(a13+0x20) ; g }") +dbg:command("bpset 0x3F4000F0,,{ printf \"DE chk1 ret=%08X\\n\", a8 ; g }") +dbg:command("bpset 0x3F400210,,{ printf \"DE chk2 ret=%08X\\n\", a8 ; g }") + + +dbg:command("bpset 0x3F55B440,,{ printf \"HANDOFF a9=%08X\\n\", a9 ; g }") +dbg:command("bpset 0x3F55B750,,{ printf \"DEARG a9=%08X a11=%08X\\n\", a9, a11 ; g }") + + +dbg:command("bpset 0x3F553B70,,{ printf \"S19ENTRY\\n\" ; g }") +dbg:command("bpset 0x3F55B440,,{ printf \"H688 a9=%08X\\n\", a9 ; g }") +dbg:command("bpset 0x3F400040,,{ printf \"DEENTRY\\n\" ; g }") + + +dbg:command("bpset 0x3F553DA0,,{ printf \"S19LOOK a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 0x3F554D10,,{ printf \"S19HANDOFF\\n\" ; g }") + + +dbg:command("bpset 0x3F52DE80,,{ printf \"S43OBJ a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 0x3F52E230,,{ printf \"S43ID a5=%08X req8=%08X\\n\", a5, d@(a9+0x40) ; g }") + + +dbg:command("bpset 0x3F566070,,{ printf \"RESPTR a7=%08X a9=%08X\\n\", a7, a9 ; g }") + + +dbg:command("bpset 0x3F2D8A90,,{ printf \"EXPORTENTRY\\n\" ; g }") +dbg:command("bpset 0x3F2D8BC0,,{ printf \"EXPORTFLAG f=%02X\\n\", b@(0xA6220) ; g }") +dbg:command("bpset 0x3F2DC0D0,,{ printf \"EXPORTSKIPPED\\n\" ; g }") + +dbg:command("bpset 0x3F2DF610,,{ printf \"ELTYPE i=%d t=%02X\n\", d@(a13+0x180), b@(a9+0x58) ; g }") +dbg:command("bpset 0x3F2DF530,,{ printf \"BADFUNC i=%d\n\", d@(a13+0x180) ; g }") +dbg:command("bpset 0x3F2DF400,,{ printf \"PIPE_T1\n\" ; g }") +dbg:command("bpset 0x3F2DEA80,,{ printf \"PIPE_T2\n\" ; g }") +dbg:command("bpset 0x3F2DE990,,{ printf \"PIPE_T3\n\" ; g }") +dbg:command("bpset 0x3F2DE3A0,,{ printf \"PIPE_T4\n\" ; g }") +dbg:command("bpset 0x3F2DF850,,{ printf \"PIPE_LOOPEND i=%d\n\", d@(a13+0x180) ; g }") + +dbg:command("bpset 0x3F2D91A0,,{ printf \"EX_BAND a5=%08X elem@d8=%08X\n\", a5, d@(a5+0xd8) ; g }") +dbg:command("bpset 0x3F2D91C0,,{ printf \"EX_ELEM a5=%08X f28=%08X\n\", a5, d@(a5+0x28) ; g }") +dbg:command("bpset 0x3F2DD410,,{ printf \"EX_TIMING\n\" ; g }") + +dbg:command("bpset 0x3F55D950,,{ printf \"PUTCHK n=%d obj=%08X b8=%02X b12=%02X\n\", d@(a13+0xff20), a11, b@(a11+0x40), b@(a11+0x60) ; g }") +dbg:command("bpset 0x3F55DA50,,{ printf \"PUT_BADMATCH_byte12 n=%d\n\", d@(a13+0xff20) ; g }") +dbg:command("bpset 0x3F55DF10,,{ printf \"PUT_OK_byte8 n=%d\n\", d@(a13+0xff20) ; g }") + +dbg:command("bpset 0x3F2D91A0,,{ printf \"BANDFIELDS 48=%08X 80=%08X a0=%08X 160=%08X d8=%08X\n\", d@(a5+0x48), d@(a5+0x80), d@(a5+0xa0), d@(a5+0x160), d@(a5+0xd8) ; g }") +dbg:command("bpset 0x3F2D94B0,,{ printf \"RP 5a8=%08X 5d0=%08X 5f0=%08X 610=%08X 6f8=%08X 718=%08X 738=%08X 758=%08X\n\", d@(a11+0x5a8), d@(a11+0x5d0), d@(a11+0x5f0), d@(a11+0x610), d@(a11+0x6f8), d@(a11+0x718), d@(a11+0x738), d@(a11+0x758) ; g }") + +dbg:command("bpset 0x3F54BFF0,,{ printf \"TRAMP minor=%02X target=%08X req=%08X\n\", b@(a10+0x8), d@(a11), a10 ; g }") +dbg:command("bpset 0x3F54C000,,{ printf \"TRAMPCALL target=%08X\n\", a11 ; g }") + +dbg:command("bpset 0x3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 0x3F53D9A0,,{ printf \"REGISTER id=%08X\n\", d@(a9+0x40) ; g }") + +-- empirical argument/return map of the slot-19 lookup helper (file 0x66FA0) +dbg:command("bpset 0x3F537DA0,,{ printf \"LKARGS a0=%08X a1=%08X a2=%08X a3=%08X a4=%08X\n\", d@(a13+0xffe0), d@(a13+0xffc0), d@(a13+0xffa0), d@(a13+0xff80), d@(a13+0xff60) ; g }") +dbg:command("bpset 0x3F537E70,,{ printf \"LKCALLED a8=%08X\n\", a8 ; g }") +dbg:command("bpset 0x3F537E90,,{ printf \"LKDISPATCH a8=%08X\n\", a8 ; g }") + +dbg:command("bpset 0x3F55D630,,{ printf \"ERR_0A_badaccess\n\" ; g }") +dbg:command("bpset 0x3F55DA60,,{ printf \"ERR_08_badmatch\n\" ; g }") +dbg:command("bpset 0x3F55CD70,,{ printf \"ERR_0E_lookup0\n\" ; g }") +dbg:command("bpset 0x3F55D2C0,,{ printf \"ERR_0E_byte40_nonzero\n\" ; g }") +dbg:command("bpset 0x3F55D400,,{ printf \"ERR_0E_other\n\" ; g }") +dbg:command("bpset 0x3F55D530,,{ printf \"ERR_0E_other2\n\" ; g }") + +dbg:command("bpset 0x3F2FD2F0,,{ printf \"EB -10=%08X -0c=%08X -8=%08X -4=%08X sp=%08X +4=%08X +8=%08X +c=%08X\n\", d@(sp-0x10), d@(sp-0xc), d@(sp-8), d@(sp-4), d@(sp), d@(sp+4), d@(sp+8), d@(sp+0xc) ; g }") + +dbg:command("bpset 0x3F55D7A0,,{ printf \"GATE a7=%08X a11=%08X obj=%08X objb0=%02X\n\", a7, a11, d@(a13+0xffa0), b@(d@(a13+0xffa0)) ; g }") + +dbg:command("bpset 0x3F55D460,,{ printf \"OBJDISP a11=%08X b0=%02X b4=%02X b8=%02X b12=%02X b16=%02X\n\", a11, b@(a11), b@(a11+0x20), b@(a11+0x40), b@(a11+0x60), b@(a11+0x80) ; g }") +dbg:command("bpset 0x3F55D7B0,,{ printf \"GATEPASS\n\" ; g }") + +dbg:command("bpset 0x3F55DA50,,{ printf \"E8_select12\n\" ; g }") +dbg:command("bpset 0x3F55DC30,,{ printf \"E8_maskcheck\n\" ; g }") +dbg:command("bpset 0x3F55D7A0,,{ printf \"GATE2 a7=%08X a11=%08X\n\", a7, a11 ; g }") + +dbg:command("bpset 0x3F55D7C0,,{ printf \"E8_MAIN_0BAF8\n\" ; g }") +dbg:command("bpset 0x3F55CE20,,{ printf \"CLASS1_PATH\n\" ; g }") +dbg:command("bpset 0x3F55D440,,{ printf \"SELECTOR_DISPATCH\n\" ; g }") +local frames = 0 +emu.register_frame_done(function() + frames = frames + 1 + if frames % 1000 == 0 then + print(string.format("XIE: frame %d pc=%s", frames, hex(cpu.state['PC'].value))) + end + local f = io.open(WPFILE, "r") + if f then + local txt = f:read("*l"); f:close() + if txt and txt ~= lastwp then + lastwp = txt + local r = tonumber(txt) + if r then + local sp = cpu.spaces['program'] + local band = sp:read_u32(r + 36*8) + local p44 = sp:read_u32(r + 44*8) + local b30 = sp:read_u32(band + 48*8) + local elem = 0 + if p44 ~= 0 then elem = sp:read_u32(p44 + 0xd8) end + if elem ~= 0 and elem ~= last_elem then + last_elem = elem + dbg:command(string.format("wpset %08X,32,w,1,{ printf \"WPELEM addr=%08X data=%08X\\n\", wpaddr, wpdata ; g }", elem + 0x28)) + print(string.format("XIE: elem=%08X wpset elem+0x28", elem)) + end + print(string.format("XIE: watch res=%08X band=%08X p44=%08X b30=%08X", r, band, p44, b30)) + local function wp(a, label) + if a and a ~= 0 then + dbg:command(string.format("wpset %08X,64,w,1,{ printf \"WPHIT %s addr=%%08X data=%%08X\\n\", wpaddr, wpdata ; g }", a, label)) + end + end + wp(r, "res"); wp(band, "band"); wp(p44, "p44"); wp(b30, "b30") + end + end + end + if frames >= FRAMES then machine:exit() end +end, "vt1200-xie-resource") + +dbg.visible_cpu = cpu +dbg.execution_state = 'run' \ No newline at end of file diff --git a/harness/mame/xie_rp20.lua b/harness/mame/xie_rp20.lua new file mode 100644 index 0000000..59640f7 --- /dev/null +++ b/harness/mame/xie_rp20.lua @@ -0,0 +1,12 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F3CFAC0,,{ printf \"RP20 rp=%08X byte4=%02X -> forcing 1\n\", d@(0xa6000), b@(d@(0xa6000)+0x20) ; w@(d@(0xa6000)+0x20)=1 ; g }") +dbg:command("bpset 3F3CFAF0,,{ printf \"RP20_STILL_ZERO\n\" ; g }") +dbg:command("bpset 3F3CFB20,,{ printf \"RP20_OK_CONTINUE\n\" ; g }") +dbg:command("bpset 3F2DC290,,{ printf \"AFTER_FINALIZE a8=%08X\n\", a8 ; g }") +print("XIE-RP20 armed 5") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "rp20") diff --git a/harness/mame/xie_s19.lua b/harness/mame/xie_s19.lua new file mode 100644 index 0000000..4a01322 --- /dev/null +++ b/harness/mame/xie_s19.lua @@ -0,0 +1,14 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F553D70,,{ printf \"S19CALL\\n\" ; g }") +dbg:command("bpset 3F553DA0,,{ printf \"S19RET a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F55CB30,,{ printf \"CALLEE_ENTRY\\n\" ; g }") +dbg:command("bpset 3F55D0F0,,{ printf \"CALLEE_C2\\n\" ; g }") +dbg:command("bpset 3F55D460,,{ printf \"CALLEE_DISP cls=%%02X\\n\", b@(a11+0x20) ; g }") +dbg:command("bpset 3F55CCE0,,{ printf \"CALLEE_NULL_0E\\n\" ; g }") +print("XIE-S19 armed 7") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "s19") diff --git a/harness/mame/xie_s19b.lua b/harness/mame/xie_s19b.lua new file mode 100644 index 0000000..a18e729 --- /dev/null +++ b/harness/mame/xie_s19b.lua @@ -0,0 +1,13 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55DE70,,{ printf \"SEL_DISP fmt=%%02X\\n\", b@(a13+0xff40) ; g }") +dbg:command("bpset 3F55DA50,,{ printf \"MASK_A_8\\n\" ; g }") +dbg:command("bpset 3F55DC30,,{ printf \"MASK_B_8\\n\" ; g }") +dbg:command("bpset 3F55D620,,{ printf \"ERR_0A\\n\" ; g }") +dbg:command("bpset 3F55DF10,,{ printf \"OK_PATH\\n\" ; g }") +print("XIE-S19B armed 6") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "s19b") diff --git a/harness/mame/xie_s19p.lua b/harness/mame/xie_s19p.lua new file mode 100644 index 0000000..eae5b98 --- /dev/null +++ b/harness/mame/xie_s19p.lua @@ -0,0 +1,14 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F553DF0,,{ printf \"S19_7BE\\n\" ; g }") +dbg:command("bpset 3F554280,,{ printf \"S19_850\\n\" ; g }") +dbg:command("bpset 3F554D10,,{ printf \"S19_9A2_handoff_call\\n\" ; g }") +dbg:command("bpset 3F555210,,{ printf \"S19_A42\\n\" ; g }") +dbg:command("bpset 3F555250,,{ printf \"S19_ERR_EXIT\\n\" ; g }") +dbg:command("bpset 3F553DA0,,{ printf \"S19RET a8=%08X\\n\", a8 ; g }") +print("XIE-S19P armed 7") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "s19p") diff --git a/harness/mame/xie_s19q.lua b/harness/mame/xie_s19q.lua new file mode 100644 index 0000000..dca0bf2 --- /dev/null +++ b/harness/mame/xie_s19q.lua @@ -0,0 +1,13 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F554250,,{ printf \"S19_C0 c0=%%08X c0s=%%d\\n\", d@(a13+0xc0), d@(a13+0xc0) ; g }") +dbg:command("bpset 3F554290,,{ printf \"S19_852 a7=%%08X a5=%%08X\\n\", a7, a5 ; g }") +dbg:command("bpset 3F5543E0,,{ printf \"S19_87C_mainpath\\n\" ; g }") +dbg:command("bpset 3F554D10,,{ printf \"S19_9A2_HANDOFF\\n\" ; g }") +dbg:command("bpset 3F555250,,{ printf \"S19_EXIT a8=%%08X\\n\", a8 ; g }") +print("XIE-S19Q armed 6") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "s19q") diff --git a/harness/mame/xie_s19r.lua b/harness/mame/xie_s19r.lua new file mode 100644 index 0000000..973b9f4 --- /dev/null +++ b/harness/mame/xie_s19r.lua @@ -0,0 +1,17 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55D7A0,,{ printf \"GATE a7=%08X a11=%08X\\n\", a7, a11 ; g }") +dbg:command("bpset 3F554460,,{ printf \"S88C word5=%08X\\n\", d@(a9+0xc0) ; g }") +dbg:command("bpset 3F5544B0,,{ printf \"S896\\n\" ; g }") +dbg:command("bpset 3F5544D0,,{ printf \"S89A bit0test\\n\" ; g }") +dbg:command("bpset 3F554520,,{ printf \"S8A4_importloop\\n\" ; g }") +dbg:command("bpset 3F554D10,,{ printf \"S9A2_HANDOFF_CALL\\n\" ; g }") +dbg:command("bpset 3F555140,,{ printf \"SAA28_skip_exit\\n\" ; g }") +dbg:command("bpset 3F555080,,{ printf \"SAA10_other\\n\" ; g }") +dbg:command("bpset 3F553DA0,,{ printf \"S19RET a8=%08X\\n\", a8 ; g }") +print("XIE-S19R armed 10") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "s19r") diff --git a/harness/mame/xie_s19x.lua b/harness/mame/xie_s19x.lua new file mode 100644 index 0000000..b80771d --- /dev/null +++ b/harness/mame/xie_s19x.lua @@ -0,0 +1,15 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F5544B0,,{ printf \"S896 plane_mask=%08X\n\", d@(a9+0xc0) ; g }") +dbg:command("bpset 3F554500,,{ printf \"S8A0 bit0test\n\" ; g }") +dbg:command("bpset 3F554520,,{ printf \"S8A4_import_loop\n\" ; g }") +dbg:command("bpset 3F554C70,,{ printf \"S98E_ELEM28_STORE val=%08X\n\", d@(a13+0x120) ; g }") +dbg:command("bpset 3F554D10,,{ printf \"S9A2_handoff_call\n\" ; g }") +dbg:command("bpset 3F555140,,{ printf \"SAA28_skip_exit\n\" ; g }") +dbg:command("bpset 3F55B200,,{ printf \"H_ENTRY\n\" ; g }") +print("XIE-S19X armed 8") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "s19x") diff --git a/harness/mame/xie_s43.lua b/harness/mame/xie_s43.lua new file mode 100644 index 0000000..756991c --- /dev/null +++ b/harness/mame/xie_s43.lua @@ -0,0 +1,13 @@ +-- log slot-43 double comparison operands (generated addresses) +local frames = 0 +local dbg = manager.machine.debugger +local cpu = manager.machine.devices[":maincpu"] +local cmp1 = 0x3F200000 + 0x658B8*8 +local cmp2 = 0x3F200000 + 0x656B0*8 +dbg:command(string.format("bpset %08X,,{ printf \"CMP900 a0=%%08X a1=%%08X\n\", d@(a13+0x0), d@(a13+0x20) ; g }", cmp1)) +dbg:command(string.format("bpset %08X,,{ printf \"CMP740 a0=%%08X a1=%%08X\n\", d@(a13+0x0), d@(a13+0x20) ; g }", cmp2)) +print("XIE-S43 armed 2 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "s43") diff --git a/harness/mame/xie_s43b.lua b/harness/mame/xie_s43b.lua new file mode 100644 index 0000000..33405f3 --- /dev/null +++ b/harness/mame/xie_s43b.lua @@ -0,0 +1,12 @@ +-- slot 43: log the lookup return and the two id words +local frames = 0 +local dbg = manager.machine.debugger +local after = 0x3F200000 + 0x65646*8 +local idstore = 0x3F200000 + 0x67B04*8 +dbg:command(string.format("bpset %08X,,{ printf \"S43AFTERLOOKUP a8=%%08X w0=%%08X w1=%%08X\n\", a8, d@(a9+0x20), d@(a9+0x40) ; g }", after)) +dbg:command(string.format("bpset %08X,,{ printf \"IDSTORE id=%%08X obj=%%08X\n\", d@(a9+0x40), a11 ; g }", idstore)) +print("XIE-S43B armed 2 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "s43b") diff --git a/harness/mame/xie_s43c.lua b/harness/mame/xie_s43c.lua new file mode 100644 index 0000000..afac31d --- /dev/null +++ b/harness/mame/xie_s43c.lua @@ -0,0 +1,20 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command(string.format("bpset 3F52B230,,{ printf \"LOOKUP_OK\\n\" ; g }")) +dbg:command(string.format("bpset 3F52B530,,{ printf \"P_A\\n\" ; g }")) +dbg:command(string.format("bpset 3F52B700,,{ printf \"P_B\\n\" ; g }")) +dbg:command(string.format("bpset 3F52BB50,,{ printf \"P_C\\n\" ; g }")) +dbg:command(string.format("bpset 3F52BDC0,,{ printf \"P_D\\n\" ; g }")) +dbg:command(string.format("bpset 3F52C1C0,,{ printf \"P_E\\n\" ; g }")) +dbg:command(string.format("bpset 3F52C280,,{ printf \"P_F\\n\" ; g }")) +dbg:command(string.format("bpset 3F52C3D0,,{ printf \"P_G\\n\" ; g }")) +dbg:command(string.format("bpset 3F52C4A0,,{ printf \"P_H\\n\" ; g }")) +dbg:command(string.format("bpset 3F52C600,,{ printf \"BAD_1\\n\" ; g }")) +dbg:command(string.format("bpset 3F52C650,,{ printf \"OK_1\\n\" ; g }")) +dbg:command(string.format("bpset 3F52CC60,,{ printf \"BAD_2\\n\" ; g }")) +dbg:command(string.format("bpset 3F52CC50,,{ printf \"P_I\\n\" ; g }")) +print("XIE-S43C armed 13") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "s43c") diff --git a/harness/mame/xie_s43d.lua b/harness/mame/xie_s43d.lua new file mode 100644 index 0000000..ee98b88 --- /dev/null +++ b/harness/mame/xie_s43d.lua @@ -0,0 +1,16 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command(string.format("bpset 3F52B230,,{ printf \"S43_LOOKUP\\n\" ; g }")) +dbg:command(string.format("bpset 3F52D1D0,,{ printf \"S43_TAIL_A\\n\" ; g }")) +dbg:command(string.format("bpset 3F52DBC0,,{ printf \"S43_TAIL_B\\n\" ; g }")) +dbg:command(string.format("bpset 3F52DE80,,{ printf \"S43_SET3\\n\" ; g }")) +dbg:command(string.format("bpset 3F52DE90,,{ printf \"S43_STORE3\\n\" ; g }")) +dbg:command(string.format("bpset 3F52DFC0,,{ printf \"S43_RENDER\\n\" ; g }")) +dbg:command(string.format("bpset 3F52E4F0,,{ printf \"S43_EXIT0\\n\" ; g }")) +dbg:command(string.format("bpset 3F52C600,,{ printf \"S43_BAD1\\n\" ; g }")) +dbg:command(string.format("bpset 3F52CC60,,{ printf \"S43_BAD2\\n\" ; g }")) +print("XIE-S43D armed 9") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "s43d") diff --git a/harness/mame/xie_s43e.lua b/harness/mame/xie_s43e.lua new file mode 100644 index 0000000..6a37629 --- /dev/null +++ b/harness/mame/xie_s43e.lua @@ -0,0 +1,16 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F52DFF0,,{ printf \"T_RENDER_RET a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F52E010,,{ printf \"T_JREQ\\n\" ; g }") +dbg:command("bpset 3F52E030,,{ printf \"T_FREE\\n\" ; g }") +dbg:command("bpset 3F52E230,,{ printf \"T_MERGE\\n\" ; g }") +dbg:command("bpset 3F52E3D0,,{ printf \"T_PREC88\\n\" ; g }") +dbg:command("bpset 3F52E470,,{ printf \"T_RET88 a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F52E490,,{ printf \"T_PREC98\\n\" ; g }") +dbg:command("bpset 3F52E4F0,,{ printf \"T_EXIT0\\n\" ; g }") +dbg:command("bpset 3F52B230,,{ printf \"T_LOOKUP_OK\\n\" ; g }") +print("XIE-S43E armed 9") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "s43e") diff --git a/harness/mame/xie_s44.lua b/harness/mame/xie_s44.lua new file mode 100644 index 0000000..a0caea0 --- /dev/null +++ b/harness/mame/xie_s44.lua @@ -0,0 +1,14 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F52DFD0,,{ printf \"S44_RENDER_CALL\\n\" ; g }") +dbg:command("bpset 3F2D95C0,,{ printf \"TYPE1\\n\" ; g }") +dbg:command("bpset 3F2D9B10,,{ printf \"TYPE2\\n\" ; g }") +dbg:command("bpset 3F2D9C50,,{ printf \"TYPE3\\n\" ; g }") +dbg:command("bpset 3F2DA0D0,,{ printf \"TYPE4\\n\" ; g }") +dbg:command("bpset 3F2DBB10,,{ printf \"TYPE5\\n\" ; g }") +print("XIE-S44 armed") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "s44") diff --git a/harness/mame/xie_s44b.lua b/harness/mame/xie_s44b.lua new file mode 100644 index 0000000..a4d92bf --- /dev/null +++ b/harness/mame/xie_s44b.lua @@ -0,0 +1,14 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F52FAA0,,{ printf \"S44_RENDER\\n\" ; g }") +dbg:command("bpset 3F2D95C0,,{ printf \"TYPE1\\n\" ; g }") +dbg:command("bpset 3F2D9B10,,{ printf \"TYPE2\\n\" ; g }") +dbg:command("bpset 3F2DA350,,{ printf \"TYPE3\\n\" ; g }") +dbg:command("bpset 3F2DA7A0,,{ printf \"TYPE4\\n\" ; g }") +dbg:command("bpset 3F2DAC10,,{ printf \"TYPE5\\n\" ; g }") +print("XIE-S44B armed 7") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "s44b") diff --git a/harness/mame/xie_s44c.lua b/harness/mame/xie_s44c.lua new file mode 100644 index 0000000..f7a7c7b --- /dev/null +++ b/harness/mame/xie_s44c.lua @@ -0,0 +1,11 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F52EDB0,,{ printf \"S44_CREATE_RET a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F52EF30,,{ printf \"S44_ERRPATH\\n\" ; g }") +dbg:command("bpset 3F2D9B10,,{ printf \"TYPE2\\n\" ; g }") +print("XIE-S44C armed 4") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "s44c") diff --git a/harness/mame/xie_scl.lua b/harness/mame/xie_scl.lua new file mode 100644 index 0000000..9b19505 --- /dev/null +++ b/harness/mame/xie_scl.lua @@ -0,0 +1,11 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("bpset 3FB172A0,,{ printf \"POLL status=%04X\n\", d@(0x5600010) ; g }") +dbg:command("bpset 3FB173D0,,{ printf \"SCALUTION_TIMEOUT\n\" ; g }") +dbg:command("bpset 3FB17470,,{ printf \"SCALUTION_READY -> continue\n\" ; g }") +print("XIE-SCL armed 4") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "scl") diff --git a/harness/mame/xie_scl2.lua b/harness/mame/xie_scl2.lua new file mode 100644 index 0000000..a79b757 --- /dev/null +++ b/harness/mame/xie_scl2.lua @@ -0,0 +1,11 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("bpset 3FB172D0,,{ printf \"CPU_READ a9=%04X (bit1=%d)\n\", a9, (a9>>1)&1 ; g }") +dbg:command("bpset 3FB173D0,,{ printf \"TIMEOUT\n\" ; g }") +dbg:command("bpset 3FB17470,,{ printf \"READY\n\" ; g }") +print("XIE-SCL2 armed") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "scl2") diff --git a/harness/mame/xie_sel.lua b/harness/mame/xie_sel.lua new file mode 100644 index 0000000..8fb1a5b --- /dev/null +++ b/harness/mame/xie_sel.lua @@ -0,0 +1,15 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55D7A0,,{ printf \"GATE a7=%08X a11=%08X\\n\", a7, a11 ; g }") +dbg:command("bpset 3F55DE70,,{ printf \"SELD selector=%08X\\n\", d@(a13+0xff40) ; g }") +dbg:command("bpset 3F55D980,,{ printf \"SELA_CMP a7=%08X a11=%08X\\n\", a7, a11 ; g }") +dbg:command("bpset 3F55DA50,,{ printf \"SELA_BAD8\\n\" ; g }") +dbg:command("bpset 3F55DC10,,{ printf \"SELB_CMP a7=%08X a11=%08X\\n\", a7, a11 ; g }") +dbg:command("bpset 3F55DC30,,{ printf \"SELB_BAD8\\n\" ; g }") +dbg:command("bpset 3F55DF10,,{ printf \"OK_6BBE2\\n\" ; g }") +print("XIE-SEL armed 8") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "sel") diff --git a/harness/mame/xie_src.lua b/harness/mame/xie_src.lua new file mode 100644 index 0000000..9627b29 --- /dev/null +++ b/harness/mame/xie_src.lua @@ -0,0 +1,10 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F2D91C0,,{ printf \"SRCBASE_ST a5=%08X elem28=%08X rp=%08X\n\", a5, d@(a5+0x28), a11 ; g }") +dbg:command("bpset 3F2D94B0,,{ printf \"RP a11=%08X src_base610=%08X\n\", a11, d@(a11+0x610) ; g }") +print("XIE-SRC armed 3") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "src") diff --git a/harness/mame/xie_st.lua b/harness/mame/xie_st.lua new file mode 100644 index 0000000..fdae8d7 --- /dev/null +++ b/harness/mame/xie_st.lua @@ -0,0 +1,9 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("bpset 3FB2A950,,{ printf \"ST b1=%08X mem=%04X\n\", b1, d@(b1) ; g }") +print("XIE-ST armed") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "st") diff --git a/harness/mame/xie_stage.lua b/harness/mame/xie_stage.lua new file mode 100644 index 0000000..a13546f --- /dev/null +++ b/harness/mame/xie_stage.lua @@ -0,0 +1,4 @@ +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("wpset 004FE780,200,w,1,{ printf \"STG %08X %04X\n\", wpaddr, wpdata ; g }") +print("XIE-STG armed (0x4FE780..0x4FE97F)") diff --git a/harness/mame/xie_stg2.lua b/harness/mame/xie_stg2.lua new file mode 100644 index 0000000..5b40e1d --- /dev/null +++ b/harness/mame/xie_stg2.lua @@ -0,0 +1,4 @@ +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("wpset 004FE780,400,w,1,{ printf \"SW %08X %04X %08X\n\", wpaddr, wpdata, pc ; g }") +print("XIE-STG2 armed") diff --git a/harness/mame/xie_stg3.lua b/harness/mame/xie_stg3.lua new file mode 100644 index 0000000..8a294ae --- /dev/null +++ b/harness/mame/xie_stg3.lua @@ -0,0 +1,4 @@ +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("wpset 004FE780,1000,w,1,{ printf \"SW %08X %04X %08X\n\", wpaddr, wpdata, pc ; g }") +print("XIE-STG3 armed (0x4FE780..0x4FE97F, 512 bytes)") diff --git a/harness/mame/xie_stgr.lua b/harness/mame/xie_stgr.lua new file mode 100644 index 0000000..0515672 --- /dev/null +++ b/harness/mame/xie_stgr.lua @@ -0,0 +1,4 @@ +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("wpset 004FE780,200,r,1,{ printf \"SR %08X pc=%08X\n\", wpaddr, pc ; g }") +print("XIE-STGR armed (reads of the staging buffer)") diff --git a/harness/mame/xie_stgrw.lua b/harness/mame/xie_stgrw.lua new file mode 100644 index 0000000..74ea508 --- /dev/null +++ b/harness/mame/xie_stgrw.lua @@ -0,0 +1,4 @@ +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("wpset 004FE780,800,rw,1,{ printf \"S%c %08X %04X %08X\n\", (wpaddr>0 and 0 or 0), wpaddr, wpdata, pc ; g }") +print("XIE-STGRW armed") diff --git a/harness/mame/xie_store.lua b/harness/mame/xie_store.lua new file mode 100644 index 0000000..3232fc6 --- /dev/null +++ b/harness/mame/xie_store.lua @@ -0,0 +1,11 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55D560,,{ printf \"STORE a7=%08X src120=%08X a11=%08X dst120=%08X argA0=%08X arg80=%08X\n\", a7, d@(a7+0x120), a11, d@(a11+0x120), d@(a13+0xffa0), d@(a13+0xff80) ; g }") +dbg:command("bpset 3F55D5C0,,{ printf \"OUTCEL a11=%08X star=%08X\n\", a11, d@(a11) ; g }") +dbg:command("bpset 3F553DA0,,{ printf \"S19RET a8=%08X\n\", a8 ; g }") +print("XIE-STORE armed 4 breakpoints") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "store") diff --git a/harness/mame/xie_trace.lua b/harness/mame/xie_trace.lua new file mode 100644 index 0000000..1de35a6 --- /dev/null +++ b/harness/mame/xie_trace.lua @@ -0,0 +1,80 @@ +-- xie_trace.lua -- capture XIE 2.3 request buffers as they reach the server. +-- +-- The breakpoint sits INSIDE XieProc, immediately after it loads +-- A9 = client->requestBuffer (0x64BA2) and before it reads stuff->opcode, +-- i.e. at Ghidra 0x64BA8 = bit 0x3F525D40. At that point A9 is the request +-- buffer pointer, so the whole request can be read with w@ (16-bit words, which +-- is the CPU's native access width on this bit-addressed space). +-- +-- M=/home/arti/code/k-space/mame0289/vt1200 +-- XIE_FRAMES=1500 $M vt1200 -rompath harness/mame/roms -video none -sound none \ +-- -nothrottle -debug -debugger none \ +-- -autoboot_script harness/mame/xie_trace.lua -autoboot_delay 0 +-- +-- Env: +-- XIE_FRAMES frame budget (default 1500) +-- XIE_WORDS request words dumped per hit (default 8 = 16 bytes) +-- XIE_JIT if set, jump to this bit address at XIE_AT (debugger entry) +-- XIE_AT frame at which XIE_JIT is taken (default 400) + +local function hex(v, w) return string.format("%0" .. (w or 8) .. "X", v) end + +local machine = manager.machine +local cpu = machine.devices[':maincpu'] +local dbg = machine.debugger + +if not dbg then + print("XIE ERROR: debugger not enabled; pass -debug") + machine:exit() + return +end + +local FRAMES = tonumber(os.getenv("XIE_FRAMES") or "1500") +local WORDS = tonumber(os.getenv("XIE_WORDS") or "8") +local JIT = os.getenv("XIE_JIT") +local AT = tonumber(os.getenv("XIE_AT") or "400") +local IDLE = 0x3FDCE400 -- level-0 diagnostics menu idle loop + +-- XieProc interior: A9 = request buffer. XIE_TRACE overrides it, which is only +-- useful as a control: point it at a hot PC (e.g. the menu idle 3FDCE400) and +-- confirm the breakpoint+printf machinery actually fires. +local TRACE = tonumber(os.getenv("XIE_TRACE") or "0x3F525D40") +-- XieProc entry (count only) +local ENTRY = 0x3F525CC0 + +local action +if WORDS == 0 then + -- control mode: prove the breakpoint fires at all + action = '{ printf "XIEHIT pc=%08X\\n", pc ; g }' +else + local args = {} + for i = 0, WORDS - 1 do + args[#args + 1] = string.format("w@(a9+%d)", i * 16) + end + local fmt = "XIEHIT buf=%08X" + for i = 0, WORDS - 1 do fmt = fmt .. " %04X" end + fmt = fmt .. "\\n" + action = string.format('{ printf "%s", a9, %s ; g }', fmt, table.concat(args, ", ")) +end +dbg:command("bpset " .. hex(TRACE) .. ",," .. action) +print("XIE: breakpoint at " .. hex(TRACE) .. " -> " .. action) + +if JIT then + dbg:command("bpset " .. hex(IDLE) .. ",,{ pc = " .. JIT .. " ; g }") + print("XIE: entry jump armed at " .. hex(IDLE) .. " -> " .. JIT) +end + +local frames = 0 +emu.register_frame_done(function() + frames = frames + 1 + if frames % 100 == 0 then + print(string.format("XIE: frame %d pc=%s", frames, hex(cpu.state['PC'].value))) + end + if frames >= FRAMES then + print("XIE: done at frame " .. frames) + machine:exit() + end +end, "vt1200-xie-trace") + +dbg.visible_cpu = cpu +dbg.execution_state = 'run' diff --git a/harness/mame/xie_val.lua b/harness/mame/xie_val.lua new file mode 100644 index 0000000..669583f --- /dev/null +++ b/harness/mame/xie_val.lua @@ -0,0 +1,17 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"CTRL_REGIDSTORE id=%08X obj=%08X\\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F553DA0,,{ printf \"CTRL_S19RET a8=%08X\\n\", a8 ; g }") +dbg:command("bpset 3F55CB30,,{ printf \"T_ENTRY\\n\" ; g }") +dbg:command("bpset 3F55D460,,{ printf \"T_DISP\\n\" ; g }") +dbg:command("bpset 3F55D0F0,,{ printf \"T_C2 arg1=%%08X\\n\", d@(a13+0xffc0) ; g }") +dbg:command("bpset 3F55D110,,{ printf \"T_J1\\n\" ; g }") +dbg:command("bpset 3F55D120,,{ printf \"T_B24_copyout\\n\" ; g }") +dbg:command("bpset 3F55D190,,{ printf \"T_B32_zerochk\\n\" ; g }") +dbg:command("bpset 3F55D510,,{ printf \"T_MERGE\\n\" ; g }") +dbg:command("bpset 3F55D7A0,,{ printf \"T_GATE a7=%%08X a11=%%08X\\n\", a7, a11 ; g }") +print("XIE-VAL armed 10") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "val") diff --git a/harness/mame/xie_vw.lua b/harness/mame/xie_vw.lua new file mode 100644 index 0000000..da5effc --- /dev/null +++ b/harness/mame/xie_vw.lua @@ -0,0 +1,5 @@ +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("wpset 04000000,40000,w,1,{ printf \"VRW %08X %04X\n\", wpaddr, wpdata ; g }") +print("XIE-VW armed (VRAM writes 0x04000000..0x0403FFFF)") +emu.register_frame_done(function() end, "vw") diff --git a/harness/mame/xie_vwr.lua b/harness/mame/xie_vwr.lua new file mode 100644 index 0000000..e8a1dba --- /dev/null +++ b/harness/mame/xie_vwr.lua @@ -0,0 +1,4 @@ +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("wpset 04000000,100000,w,1,{ printf \"VW %08X %04X pc=%08X\n\", wpaddr, wpdata, pc ; g }") +print("XIE-VWR armed") diff --git a/harness/mame/xie_w198.lua b/harness/mame/xie_w198.lua new file mode 100644 index 0000000..977c34c --- /dev/null +++ b/harness/mame/xie_w198.lua @@ -0,0 +1,9 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ printf \"W256 a5=%08X val=%02X rp=%08X\n\", a5, b@(a5+0x20), d@(0xa6000) ; g }") +dbg:command("bpset 3F3AF870,,{ printf \"RD198 rp=%08X b198=%02X\n\", d@(a6000), b@(d@(a6000)+0x630) ; g }") +print("XIE-W198 armed 2") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "w198") diff --git a/harness/mame/xie_watch6.lua b/harness/mame/xie_watch6.lua new file mode 100644 index 0000000..6fd9ccd --- /dev/null +++ b/harness/mame/xie_watch6.lua @@ -0,0 +1,24 @@ +-- watch a caller-supplied bit address for writes (generated addresses) +local frames = 0 +local lastwp, lastaddr = "", 0 +local dbg = manager.machine.debugger +local idstore = 0x3F200000 + 0x67B04*8 +dbg:command(string.format("bpset %08X,,{ printf \"IDSTORE id=%%08X obj=%%08X\\n\", d@(a9+0x40), a11 ; g }", idstore)) +print("XIE-WATCH6 armed") +emu.register_frame_done(function() + frames = frames + 1 + local f = io.open("/tmp/opencode/xie_wp3.txt", "r") + if f then + local txt = f:read("*l"); f:close() + if txt and txt ~= lastwp then + lastwp = txt + local a = tonumber(txt) + if a and a ~= 0 and a ~= lastaddr then + lastaddr = a + print(string.format("XIE-WATCH6 installing at %08X", a)) + dbg:command(string.format("wpset %08X,32,w,1,{ printf \"WSRC pc=%%08X addr=%%08X val=%%08X\\n\", pc, wpaddr, wpdata ; g }", a)) + end + end + end + if frames >= 2000000 then machine:exit() end +end, "watch6") diff --git a/harness/mame/xie_watch7.lua b/harness/mame/xie_watch7.lua new file mode 100644 index 0000000..25f8870 --- /dev/null +++ b/harness/mame/xie_watch7.lua @@ -0,0 +1,26 @@ +-- capture rp at export, then watch rp+0x610 (generated addresses) +local frames = 0 +local lastwp, lastaddr = "", 0 +local dbg = manager.machine.debugger +local idstore = 0x3F200000 + 0x67B04*8 +local rppt = 0x3F200000 + 0x1B296*8 +dbg:command(string.format("bpset %08X,,{ printf \"IDSTORE id=%%08X obj=%%08X\\n\", d@(a9+0x40), a11 ; g }", idstore)) +dbg:command(string.format("bpset %08X,,{ printf \"RPPTR a11=%%08X 610=%%08X\\n\", a11, d@(a11+0x610) ; g }", rppt)) +print("XIE-WATCH7 armed") +emu.register_frame_done(function() + frames = frames + 1 + local f = io.open("/tmp/opencode/xie_wp3.txt", "r") + if f then + local txt = f:read("*l"); f:close() + if txt and txt ~= lastwp then + lastwp = txt + local a = tonumber(txt) + if a and a ~= 0 and a ~= lastaddr then + lastaddr = a + print(string.format("XIE-WATCH7 installing at %08X", a)) + dbg:command(string.format("wpset %08X,32,w,1,{ printf \"WSRC pc=%%08X addr=%%08X val=%%08X\\n\", pc, wpaddr, wpdata ; g }", a)) + end + end + end + if frames >= 2000000 then machine:exit() end +end, "watch7") diff --git a/harness/mame/xie_who.lua b/harness/mame/xie_who.lua new file mode 100644 index 0000000..7e2635c --- /dev/null +++ b/harness/mame/xie_who.lua @@ -0,0 +1,13 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55B200,,{ printf \"H_ENTRY obj=%08X obj_b8=%02X bandarg=%08X\n\", d@(a13+0xffe0), b@(d@(a13+0xffe0)+0x40), d@(a13+0xffa0) ; g }") +dbg:command("bpset 3F55B420,,{ printf \"H_64E_path\n\" ; g }") +dbg:command("bpset 3F55BBF0,,{ printf \"H_75E_path\n\" ; g }") +dbg:command("bpset 3F55C260,,{ printf \"H_84C_default_return\n\" ; g }") +dbg:command("bpset 3F55D7A0,,{ printf \"GATE a7=%08X a11=%08X\n\", a7, a11 ; g }") +print("XIE-WHO armed 5") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "who") diff --git a/harness/mame/xie_who2.lua b/harness/mame/xie_who2.lua new file mode 100644 index 0000000..55760d9 --- /dev/null +++ b/harness/mame/xie_who2.lua @@ -0,0 +1,15 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F53D820,,{ printf \"REGIDSTORE id=%08X obj=%08X\n\", d@(a9+0x40), a11 ; g }") +dbg:command("bpset 3F55B200,,{ printf \"H_ENTRY obj=%08X obj_b8=%02X bandarg=%08X\n\", d@(a13+0xffe0), b@(d@(a13+0xffe0)+0x40), d@(a13+0xffa0) ; g }") +dbg:command("bpset 3F55C1D0,,{ printf \"H_DISP obj=%08X b8=%02X\n\", a11, a8 ; g }") +dbg:command("bpset 3F55B270,,{ printf \"H_64E_byte8_1_path\n\" ; g }") +dbg:command("bpset 3F55BAF0,,{ printf \"H_75E_byte8_3_path\n\" ; g }") +dbg:command("bpset 3F55BF40,,{ printf \"H_7E8_byte8_4_path\n\" ; g }") +dbg:command("bpset 3F55C260,,{ printf \"H_84C_default\n\" ; g }") +dbg:command("bpset 3F55D7A0,,{ printf \"GATE a7=%08X a11=%08X\n\", a7, a11 ; g }") +print("XIE-WHO2 armed 8") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "who2") diff --git a/harness/mame/xie_wpb8.lua b/harness/mame/xie_wpb8.lua new file mode 100644 index 0000000..00abf83 --- /dev/null +++ b/harness/mame/xie_wpb8.lua @@ -0,0 +1,27 @@ +-- watch every writer of the created resource's byte8 (generated addresses) +local frames = 0 +local lastwp, lastptr = "", 0 +local dbg = manager.machine.debugger +local cpu = manager.machine.devices[":maincpu"] +local idstore = 0x3F200000 + 0x67B04*8 +dbg:command(string.format("bpset %08X,,{ printf \"IDSTORE id=%%08X obj=%%08X\\n\", d@(a9+0x40), a11 ; g }", idstore)) +print("XIE-WPB8 armed 1 breakpoint") +emu.register_frame_done(function() + frames = frames + 1 + local f = io.open("/tmp/opencode/xie_wp2.txt", "r") + if f then + local txt = f:read("*l"); f:close() + if txt and txt ~= lastwp then + lastwp = txt + local p = tonumber(txt) + if p and p ~= 0 and p ~= lastptr then + lastptr = p + local sp = cpu.spaces['program'] + local b8 = sp:read_u8(p + 8*8) + print(string.format("XIE-WPB8 installing at %08X (byte8 now %d)", p + 8*8, b8)) + dbg:command(string.format("wpset %08X,8,w,1,{ printf \"WPB8 pc=%%08X addr=%%08X val=%%08X\\n\", pc, wpaddr, wpdata ; g }", p + 8*8)) + end + end + end + if frames >= 2000000 then machine:exit() end +end, "wpb8") diff --git a/harness/mame/xie_xfer.lua b/harness/mame/xie_xfer.lua new file mode 100644 index 0000000..48b64b4 --- /dev/null +++ b/harness/mame/xie_xfer.lua @@ -0,0 +1,10 @@ +local frames = 0 +local dbg = manager.machine.debugger +dbg:command("bpset 3F2D92B0,,{ b@(a5+0x20)=0 ; g }") +dbg:command("bpset 3FB29FD0,,{ printf \"XFER a0(src)=%08X a7=%08X a5=%08X a6=%08X b3=%08X b4=%08X b5=%08X b6=%08X\n\", a0, a7, a5, a6, b3, b4, b5, b6 ; g }") +dbg:command("bpset 3FB2A0B0,,{ printf \"COPY a0=%08X a5=%08X\n\", a0, a5 ; g }") +print("XIE-XFER armed") +emu.register_frame_done(function() + frames = frames + 1 + if frames >= 2000000 then machine:exit() end +end, "xfer") diff --git a/xie/.gitignore b/xie/.gitignore new file mode 100644 index 0000000..9e1edf1 --- /dev/null +++ b/xie/.gitignore @@ -0,0 +1,4 @@ +__pycache__/ +*.pyc +core +core.* diff --git a/xie/GHIDRA_XIE.md b/xie/GHIDRA_XIE.md new file mode 100644 index 0000000..e306734 --- /dev/null +++ b/xie/GHIDRA_XIE.md @@ -0,0 +1,583 @@ +# XIE (X Image Extension) in the VT1200 firmware — ROM analysis + +Static analysis of `vt1200_v22.bin` (1 835 008 bytes, md5 `b46a3e442ccb86134d2356bd70d22fd2`) +under Ghidra, cross-checked against a live wire probe of `192.168.99.2:0` and +against the vendored XIE 5.0 server source in `xie/xc/`. + +Nothing in the ROM was modified. Everything here is reproducible from +`xie/ghidra-evidence/` plus the steps in §12. + +--- + +## 1. Executive summary + +* The VT1200 X server contains a **complete, older XIE server** — DEC's + `XieExtensionInit` / `XieProc` / `ProcQueryImageExtension` family — built on the + same AGE-Logic/X-Consortium code that survives at 5.0 in `xie/xc/programs/Xserver/XIE/`. + It is **XIE 2.3**, `serviceClass = xieValFull`, 8 constraint levels. +* It registers itself with `AddExtension("Xie", NumEvents = 3, NumErrors = 0, + XieProc, XieSProc, XieCloseDown)` — a **six-argument** `AddExtension` with no + `MinorOpcodeProc`, which is the root of the `minor_op = 0` artefact (§7). +* Its request space is **46 slots (minor 0…45)**, not 26. Slot 0 and 21 slots beyond + it are a shared "not implemented" stub; **25 slots are implemented**. The table is + a 46-entry array of function pointers, in ROM at `0x18D8E8` (main) and `0x18D9A6` + (swapped), and it is installed into main RAM at bit `0xD3F90` / `0xD4550`. +* **Why a 5.0 client dies:** the 2.3 request *lengths* and the request *set* differ. + Every handler length-checks `stuff->length` in its first six instructions and + returns `BadLength` (16) on mismatch — and that returned error is emitted by dix's + generic path **with minor 0**, so the client is told only "opcode 129, minor 0, + BadLength". `xieperf -showtechs` dies because it asks for `QueryTechniques` + (5.0 minor 2) in a 2-word request: in 2.3 slot 2 accepts **exactly one word** and + produces **no reply at all**, so at two words it gets `BadLength`/minor 0 and at + one word it hangs waiting for a reply that is never sent. +* There is **no `QueryTechniques` and no technique-capability reply** anywhere in the + 2.3 table. `xieperf -showtechs` cannot be made to work against this server without + a client that speaks 2.3. + +Confidence markers: **[C]** confirmed by two independent angles (ROM code plus wire +or source), **[I]** inferred from one angle, **[U]** unknown. + +--- + +## 2. Address model used throughout + +``` +ghidra_byte = (mame_bit - 0x3F200000) / 8 (ROM is mapped at bit 0x3F200000) +mame_bit = 0x3F200000 + ghidra_byte * 8 +``` + +Instructions are 16-bit little-endian words. A 32-bit immediate in the code stream +is the **bit address** of its target (`MOVI 0x3F5263B0` → file offset `0x64C76`). +`CALLA` prints a *byte* address in the CPU's byte space, whose base is `0x7E40000`: +`file_offset = operand - 0x7E40000` (e.g. `CALLA 0x07eff36e` → `0xBF36E`). + +--- + +## 3. Address table + +| Ghidra | MAME bit | name | what it does | +|---|---|---|---| +| `0x64A9C` | `0x3F5254E0` | `XieExtensionInit` | calls `AddExtension("Xie",…)`, caches the `ExtensionEntry`, then runs device init | +| `0x64B98` | `0x3F525CC0` | `XieProc` | **request dispatcher** for major opcode 129 (unswapped clients) | +| `0x64BE0` | `0x3F525F00` | `XieSProc` | same for byte-swapped clients; indexes the *swapped* table | +| `0x64C28` | `0x3F526140` | `XieCloseDown` | `CloseDownProc` passed to `AddExtension` | +| `0x64C3C` | `0x3F5261E0` | `ProcNotImplemented` | shared stub in 21 slots; sends `BadRequest` itself | +| `0x68A4C` | `0x3F545260` | slot 1 handler | `QueryImageExtension` (2-word request, 8-word reply) | +| `0x18D8E8` | `0x3FE6C740` | `ProcTable[]` image | 46 × CARD32 bit address, installed at RAM bit `0xD3F90` | +| `0x18D9A6` | `0x3FE6CD30` | `SProcTable[]` image | 46 × CARD32, installed at RAM bit `0xD4550` | +| `0x18DA66` | `0x3FE6D330` | third 46-entry table image | installed at RAM bit `0xD4B10`; used from inside slot 1 | +| `0x0BF36E` | `0x3F7F9B70` | `AddExtension` | validates 3 proc pointers and the two counts | +| `0x0BFA5E` | `0x3F7FD2F0` | `SendErrorToClient`-like | builds a 32-byte core error from (client, major, minor, badValue, code) | +| `0x66FA0` | `0x3F533D00` | `LookupPhotos` | generic photo-resource lookup; emits `BadIDChoice` (14) | + +The table images are preceded in ROM by their own init records +(`dispatch_table.txt`): + +``` +0x18D8E2: CARD16 0x005C CARD32 0x000D3F90 <- main table destination +0x18D9A0: CARD16 0x005C CARD32 0x000D4550 <- swapped table destination +0x18DA60: CARD16 0x005C CARD32 0x000D4B10 <- third table destination +``` + +which is what makes the `ADDI 0xd3f90` / `ADDI 0xd4550` in the dispatcher resolvable +to concrete ROM data. + +--- + +## 4. Registration **[C]** + +`XieExtensionInit` at `0x64A9C`. Arguments are pushed onto the callee's argument +block and consumed right-to-left, so the pushed order (closeDown, swapped, main, +0, 3, "Xie") is the C order `(name, NumEvents, NumErrors, main, swapped, closeDown)`: + +``` +rom:00064aa8 MOVI 0x3f526140,A11 ; closeDownProc = 0x64C28 +rom:00064ab0 MOVI 0x3f525f00,A9 ; swappedMainProc= 0x64BE0 +rom:00064ab8 MOVI 0x3f525cc0,A9 ; mainProc = 0x64B98 +rom:00064ac0 SUB A9,A9 ; NumErrors = 0 +rom:00064ac4 MOVK 0x3,A9 ; NumEvents = 3 +rom:00064ac8 MOVI 0x3f5263b0,A8 ; "Xie" (file 0x64C76) +rom:00064ad0 CALLA 0x07eff36e ; AddExtension (file 0x0BF36E) +``` + +Independent check — `AddExtension` itself (`0xBF36E`) requires three non-NULL proc +pointers and bounds the two counts against the event window (128) and error window +(255): + +``` +rom:000bf374 MOVE *A13(0xff80),A11,0x1 ; arg3 mainProc -> JREQ fail if NULL +rom:000bf37a MOVE *A13(0xff60),A11,0x1 ; arg4 swapped -> JREQ fail if NULL +rom:000bf380 MOVE *A13(0xff40),A11,0x1 ; arg5 closeDown -> must be non-NULL +rom:000bf38e MOVE @0x21a620,A11,0x1 ; running event base +rom:000bf394 MOVE *A13(0xffc0),A9,0x1 ; arg1 = NumEvents +rom:000bf39a CMPI 0x80,A9 ; 128 +rom:000bf3a0 MOVE @0x21a640,A9,0x1 ; running error base +rom:000bf3a6 MOVE *A13(0xffa0),A11,0x1 ; arg2 = NumErrors +rom:000bf3ac CMPI 0xff,A11 ; 255 +``` + +**Numbers.** `NumEvents = 3`, `NumErrors = 0`. + +* The wire agrees on the events: `XQueryExtension("Xie")` returns *present, + opcode 129, first_event 64*, which is what dix assigns when it hands out a + three-event block at that point in `InitExtensions` **[C]** (same registration, + different dynamic base is possible on a differently-populated server — the + *count* is what the ROM proves). +* `NumErrors = 0` is consistent with the wire: the only XIE failures seen are the + **core** errors `BadRequest` (1), `BadIDChoice` (14) and `BadLength` (16). No + extension-private error code is ever produced **[C]**. +* The reproduction of *opcode 129* is not decidable from the ROM — dix assigns + `major_opcode` dynamically from `last_opcode`. What the ROM does prove is that + XIE is the *only* extension registered besides `ServerManagementExtension`, and + that it is registered with the standard dix `AddExtension` path, so 129 is simply + "second extension registered on this server" **[I]**. + +`XieExtensionInit` then caches fields of the returned `ExtensionEntry`: + +``` +rom:00064b30 MOVE *A11(0x60),A11,0x1 +rom:00064b34 MOVE A11,@0x1ad960,0x1 ; XIE major opcode, used in every error +``` + +`0x1AD960` is the value later fed to `SendErrorToClient` as the major opcode — the +wire's `major_op=129` for every error confirms the field **[C]**. + +Finally it calls a device-init routine at `0x3F944` (`CALLA 0x07e7f944` at `0x64B64`) +and prints `"XieExtensionInit: Device Init failed\n"` if it returns non-zero. That is +the only "Device Init" in the ROM; its body was not analysed **[U]**. + +--- + +## 5. The dispatcher **[C]** + +`XieProc`, `0x64B98` / bit `0x3F525CC0`: + +``` +rom:00064b9e MOVE *A13(0xffe0),A11,0x1 ; arg0 = ClientPtr +rom:00064ba2 MOVE *A11(0x40),A9,0x1 ; A9 = client->requestBuffer +rom:00064ba8 MOVE *A9(0x8),A11,0x0 ; stuff->opcode = request byte 1 +rom:00064bac CMPI 0x2e,A11 ; 46 +rom:00064bb0 JRNC 0x00064bca ; >= 46 -> dix protocol error +rom:00064bbc SLL 0x5,A11 ; * 32 bits = 4-byte stride +rom:00064bbe ADDI 0xd3f90,A11 ; proc_table at RAM bit 0xD3F90 +rom:00064bc4 MOVE *A11,A11,0x1 +rom:00064bc6 CALL A11 +rom:00064bd6 MOVE *SP(0x80),A14,0x1 +rom:00064bda MMFM SP,0x2a00 ; handler's A8 (an X error code) -> dix +``` + +`XieSProc` (`0x64BE0`) is byte-for-byte the same with `ADDI 0xd4550` — the swapped +table. This is exactly the 5.0 macro + +```c +#define ExecProc(client,opcode) ((client_table[client->index].proc_table[opcode])(client)) +#define CallProc(client) (ExecProc(client,stuff->opcode)) +``` +(`xie/xc/programs/Xserver/XIE/include/macro.h`), except that 2.3 indexes a **RAM** +copy installed from the ROM image at `0x18D8E8`. + +There is **no per-request work in the dispatcher** other than the `< 46` bound — +so any per-request length check happens inside the handler, which is what the wire +shows (§7). + +--- + +## 6. The request table **[C]** + +> **See `GHIDRA_XIE_HANDLERS.md`** (second pass) for what each slot *does*, the +> corrected reading of the third pointer table, and a verified session-level +> client. Two corrections to what follows: +> +> * The array at `0x18DA64` (RAM bit `0xD4B10`) is the **reply-swap table**, not +> the swapped-proc table, and only slots 1, 3, 6, 10 and 24 have an entry — +> those are the slots that produce a reply at all. The real swapped-proc table +> is at `0x18D9A6` (RAM bit `0xD4550`), as stated in §3. (The dump in +> `ghidra-evidence/dispatch_table.txt` labels the `0x18DA64` columns +> "swapped"; they are reply-swap entries.) +> * Slots 1–4 are DEC's four **Session Services** (`INIT_SESSION`, +> `TERM_SESSION`, `QUERY_OP_DEFAULTS`, `SET_OP_DEFAULTS`); slot 1's name in +> §6.1/§7 stands (`QueryImageExtension` equivalent), slots 2–4 were unnamed +> there. Slots 7, 8 and 10 turn out to be multi-operation classes, not single +> requests. + +46 slots; `0x64C3C` (`ProcNotImplemented`) fills 21 of them. Length column is +`stuff->length` in 4-byte words, read from the code (see +`xie/ghidra-evidence/listings.txt` for the instruction addresses). The last column +is what the live server did when sent a **1-word** request for that minor (my own +sweep, `xie/ghidra-evidence/length_sweep_wire.txt`): `BadLength` means "slot is +implemented and rejects 1 word". + +| minor | handler (Ghidra) | MAME bit | length check in ROM | 1-word wire result | +|---|---|---|---|---| +| 0 | `0x64C3C` | `0x3F5261E0` | none (NotImplemented) | BadRequest, minor_op 0 | +| 1 | `0x68A4C` | `0x3F545260` | `length == 2` | BadLength | +| 2 | `0x68DA6` | `0x3F546D30` | `length == 1` | **TIMEOUT** (success, no reply) | +| 3 | `0x3FD78` | `0x3F3FEBC0` | `length == 2` | BadLength | +| 4 | `0x3FE06` | `0x3F3FF030` | `length == 2` | BadLength | +| 5 | `0x68DDC` | `0x3F546EE0` | `length == 5`, then `byte[4] == 2` | BadLength | +| 6 | `0x68EC6` | `0x3F547630` | `length == 1` | **REPLY len 0** | +| 7 | `0x66866` | `0x3F534330` | `length == 4` | BadLength | +| 8 | `0x668E4` | `0x3F534720` | `length >= 3` | BadLength | +| 9 | `0x6698E` | `0x3F534C70` | `length == 3` | BadLength | +| 10 | `0x66B64` | `0x3F535B20` | `length == 3` | BadLength | +| 11 | `0x667B6` | `0x3F533DB0` | `length == 3` | BadLength | +| 12 | `0x66738` | `0x3F5339C0` | `length == 2` | BadLength | +| 13 | `0x66A8E` | `0x3F535470` | `length == 2` | BadLength | +| 14 | `0x66C34` | `0x3F5361A0` | `length == 4` | BadLength | +| 15 | `0x6A536` | `0x3F5529B0` | `length == 3` | BadLength | +| 16 | `0x64C3C` | `0x3F5261E0` | none (NotImplemented) | BadRequest, minor_op 16 | +| 17 | `0x64C3C` | `0x3F5261E0` | none | BadRequest, minor_op 17 | +| 18 | `0x6A5A4` | `0x3F552D20` | `length >= 4` | BadLength | +| 19 | `0x6A76E` | `0x3F553B70` | `length >= 8` | BadLength | +| 20 | `0x6AA54` | `0x3F5552A0` | `length == 0x23` (35 words) | BadLength | +| 21 | `0x62D40` | `0x3F516A00` | `length == 16` | BadLength | +| 22 | `0x630F4` | `0x3F5187A0` | `length == 2` | BadLength | +| 23 | `0x64C3C` | `0x3F5261E0` | none | BadRequest, minor_op 23 | +| 24 | `0x6315E` | `0x3F518AF0` | `length == 4` | BadLength | +| 25–32 | `0x64C3C` | `0x3F5261E0` | none | BadRequest, minor_op = N | +| 33 | `0x64CC8` | `0x3F526640` | `length == 4` | BadLength | +| 34–39 | `0x64C3C` | `0x3F5261E0` | none | BadRequest, minor_op = N | +| 40 | `0x65262` | `0x3F529310` | `length == 4` | BadLength | +| 41,42 | `0x64C3C` | `0x3F5261E0` | none | BadRequest, minor_op = N | +| 43 | `0x65600` | `0x3F52B000` | `length == 10` | BadLength | +| 44 | `0x65CAA` | `0x3F52E550` | `length == 5` | BadLength | +| 45 | `0x64C3C` | `0x3F5261E0` | none | BadRequest, minor_op 45 | + +**The 46-request sweep matches the table exactly**: every slot the ROM maps to +`0x64C3C` answers `BadRequest` and every other slot answers `BadLength` (or, for 2 +and 6, runs). That is a complete, independent confirmation of the table contents — +25 implemented slots at 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,18,19,20,21,22,24,33,40,43,44. + +### 6.1 What can and cannot be named **[I]/[U]** + +Only **slot 1 is identified with certainty** (see §7.1). The rest cannot be given +5.0 names by number, because the numbering demonstrably is not 5.0's. Hard +counter-examples: + +* slot 22 takes **2 words**; 5.0's smallest slot-22 candidate (`PutClientData`, + `sz_xiePutClientDataReq = 20`) is 5 words. +* slot 2 takes one word and **returns no reply**; no 5.0 query behaves that way. +* slot 23 (`GetClientData` in 5.0) is `ProcNotImplemented` here. +* slot 6 takes **no argument** where 5.0's `QueryColorList` carries a `colorList` id. + +Structural facts that *are* established for the unnamed slots: + +* **Photo-resource requests** — slots 11, 12, 13, 14, 21, 22, 24, 33, 40, 43, 44 all + call `LookupPhotos` (`0x66FA0`), the same helper that emits `BadIDChoice` (14). + That is why the wire shows `BadIDChoice` for minor 11 at 3 words and minor 24 at + 4 words: they were dispatched and their id argument did not resolve. +* **Id field position** — in both slot 11 and slot 24 the id is the CARD32 at + request **byte offset 4** (`MOVE *A9(0x20),…`), i.e. word 1, same offset as 5.0, + but the request is longer overall (extra words follow the id). +* **Element-list requests** — slots 19 (≥8 words), 20 (35 words) and 43 (10 words) + are the only large ones; they are the closest thing to photoflo/element-list + requests. Slot 20 additionally seeds a local with `MOVK 0x19` (25) before the + length test, i.e. it has a 25-element notion of its own **[I]**. +* **The restart/teardown pair** — slot 1 *increments* the global at `0x1AD920` when + it initialises client state; slot 2 *decrements* it and returns `Success` with no + reply. So slot 2 behaves like a per-client teardown/reset request **[I]**. + (`0x1AD920` is also zeroed by `XieExtensionInit` at `0x64B18`.) + +--- + +## 7. QueryImageExtension and the `BadLength` / minor-0 mechanism + +### 7.1 Slot 1 = QueryImageExtension **[C]** + +Handler `0x68A4C`, `length == 2` (`0x68A60`/`0x68A64`/`0x68A66`). It builds an +8-word reply in its frame and hands it to the generic reply writer +`CALLA 0x07e6a422` (`0x68D62`). The load-bearing stores: + +``` +rom:00068c88 MOVE *A13(0xffe0),A5,0x1 ; client +rom:00068c8c MOVE *A5(0xe0),*A13(0x130),0x0 ; serviceClass <- client field +rom:00068c92 MOVK 0x8,A5 +rom:00068c94 MOVE A5,*A13(0x140),0x1 ; reply.length = 8 +rom:00068c98 MOVK 0x2,A7 +rom:00068c9a MOVE A7,*A13(0x160),0x0 ; majorVersion = 2 +rom:00068c9e MOVK 0x3,A5 +rom:00068ca0 MOVE A5,*A13(0x170),0x0 ; minorVersion = 3 +``` + +and the live reply confirms every field: + +``` +bytes 8.. of the reply: 02 00 | 03 00 | 20 00 | 00 00 | e0 56 41 00 ... + major minor class align first levels +reply length field = 8 +``` + +`reply.length = 8` matches the 5.0 source exactly — `reply.length = +sizeof(Preferred_levels)>>2` and `sz_xieQueryImageExtensionReply = 32` +(`xie/xc/.../dixie/request/session.c`, `XIEproto.h`), and `serviceClass 0x20` is +`xieValFull` under `XIE_FULL`. **The 2.3 request is 8 bytes, identical to 5.0's**, +which is why `xieperf` gets this far. + +One 2.3-only detail: the handler also reads the request's second word and compares +its halves with 2 and 3 — + +``` +rom:00068c6e MOVE *A9(0x20),A5,0x0 ; request word 1, low half +rom:00068c72 SUBK 0x2,A5 ; == 2 ? +rom:00068c76 MOVE *A9(0x30),A5,0x0 ; request word 1, high half +rom:00068c7a SUBK 0x3,A5 ; == 3 ? +rom:00068c84 MOVB *A5,*A13(0x128) ; -> per-client "declared 2.3" flag +``` + +That flag gates the per-client state initialisation at `0x68CAC…0x68D16` +(it is **not** used to build the reply — a client that sends zeros still receives +major 2 / minor 3). Interpreted as a client-declared version pair `{2,3}`; **[I]**, +the exact consequence of the flag is not traced. + +### 7.2 Why `BadLength` reports minor 0 **[C] for the behaviour, [I] for the dix side** + +Two different error paths exist, and only one of them carries a minor opcode. + +**(a) Errors the XIE code *sends itself* carry the real minor.** `LookupPhotos` +(`0x66FA0`) on a failed resource lookup: + +``` +rom:00066fd8 MOVK 0xe,A11 ; arg = 14 = BadIDChoice +rom:00066fda MOVE A11,*A14+,0x1 +rom:00066fdc MOVE *A13(0xff80),*A14+,0x1 ; the offending id +rom:00067110 MOVE A8,*A14+,0x1 ; stuff->opcode (the real minor) +rom:00067112 MOVE 0x1ad960,*A14+,0x1 ; XIE major opcode +rom:00067118 MOVE *A13(0xffe0),*A14+,0x1 ; client +rom:0006711c CALLA 0x07effa5e ; SendErrorToClient(...) +``` + +and `ProcNotImplemented` (`0x64C3C`) does the same with code 1: + +``` +rom:00064c4c MOVK 0x1,A7 ; arg = 1 = BadRequest +rom:00064c56 MOVE *A9(0x8),A8,0x0 ; stuff->opcode +rom:00064c5c MOVE 0x1ad960,*A14+,0x1 ; major opcode +rom:00064c64 CALLA 0x07effa5e ; SendErrorToClient(...) +``` + +Wire: `minor 23 → code 1, minor_op 23, major_op 129`; `minor 16,17,25…45` likewise +report their own number. **The real minor is transmitted.** + +**(b) The length check does not send anything — it *returns* 16.** Every handler's +prologue is: + +``` +rom:00068eda MOVE *A9(0x10),A11,0x0 ; stuff->length +rom:00068ede DEC A11 +rom:00068ee0 JREQ ok +rom:00068ee2 MOVK 0x10,A8 ; 16 = BadLength +rom:00068ee4 JR epilogue ; A8 is the function's return value +``` + +`XieProc` returns that A8 to dix (`0x64BDA MMFM` restores and returns). dix's +generic "extension returned an error" path then emits the error — and it has no +minor opcode to put in it: the extension was registered by a **six-argument** +`AddExtension` with no `MinorOpcodeProc` argument (§4), and `XieProc` keeps no +minor in any client field. Result: **`BadLength` always arrives with +`minor_op = 0`**, while errors sent by the XIE code itself carry the true minor. + +This is exactly the split the wire shows, for every implemented slot: + +``` +minor=1 words=1: ERROR code=16 ... minor_op=0 major_op=129 +minor=23 words=1: ERROR code= 1 ... minor_op=23 major_op=129 +``` + +**Consequence for `xieperf`.** Its failing request is one whose 5.0 length does not +match the 2.3 expectation, so the client learns only "major 129, minor 0, +BadLength" — the minor is structurally unavailable. The only robust fix on the +client side is to send 2.3 lengths; the server cannot be made to name the failing +request without patching dix's error path. + +### 7.3 The observed sizes for minors 6, 11 and 24 **[C]** + +| minor | 2.3 length | 5.0 length (`sz_*Req`) | consequence | +|---|---|---|---| +| 6 | **1 word** (bare header) | 2 words (`colorList` id) | 5.0's 2-word request → `BadLength`; 1 word → reply with `length = 0` (an empty list) | +| 11 | **3 words** | 2 words (`photomap` id) | id at byte 4 resolves through `LookupPhotos`; a 5.0 2-word request is rejected before the lookup | +| 24 | **4 words** | 3 words (`nameSpace` + `floID`) | id at byte 4; a 5.0 3-word request is rejected | + +So the 2.3 requests are consistently *longer* than 5.0's for id-carrying requests, +and *shorter* (argless) for the list query at minor 6. Both directions break a 5.0 +client. + +--- + +## 8. 2.3 vs 5.0 — concrete wire differences + +| aspect | XIE 5.0 (`xie/xc/...`) | ROM 2.3 | +|---|---|---| +| request space | 26 (`xieNumProtoReq 26`, `ProcTable5_00[27]`) | **46** (`CMPI 0x2e`, 46-entry table) | +| implemented requests | 25 in `XIE_FULL` | **25 of 46**; 21 slots are `ProcNotImplemented` | +| dispatch | `client_table[].proc_table[opcode]` | same, but table lives in RAM at bit `0xD3F90` / `0xD4550`, loaded from ROM `0x18D8E8` / `0x18D9A6` | +| `minorOpcodeProc` | separate `AddExtension` argument | **absent** — 6-argument `AddExtension`; `BadLength` loses its minor | +| `QueryTechniques` | `ProcQueryTechniques`, 2-word request, 32-byte reply | **does not exist**: slot 2 is a 1-word, reply-less request | +| `GetClientData` | implemented (slot 23, 5 words) | `ProcNotImplemented` → `BadRequest` | +| `QueryColorList` | 2 words, carries a `colorList` id | 1 word, no argument | +| `QueryPhotomap` | 2 words | 3 words | +| `QueryPhotoflo` | 3 words | 4 words | +| events | 6+ event types in `XIEproto.h` (`PhotofloDone`, `Flo`, `ColorAlloc`, `DecodeNotify`, `ExportAvailable`, `ImportObscured`) | **3** registered events | +| error codes | XIE-private error classes in `xieFlo*Err` | none: only core 1 / 14 / 16 are produced (`NumErrors = 0`) | +| version reply | major 5, minor 00 | major 2, minor 3, `serviceClass = 0x20` (`xieValFull`), 8 levels | + +--- + +## 9. Techniques and elements **[C] for the absence, [U] for a capability list** + +* There is **no QueryTechniques handler and no technique-capability reply** in the + 2.3 table. Slot 2 — 5.0's `QueryTechniques` — accepts exactly one word, decrements + `0x1AD920`, returns `Success`, and **writes nothing to the client**: + + ``` + rom:00068dc2 MOVE @0x1ad920,A11,0x1 + rom:00068dc8 DEC A11 + rom:00068dca MOVE A11,@0x1ad920,0x1 + rom:00068dcc SUB A8,A8 ; Success, no WriteToClient + ``` + + That is why the wire shows `TIMEOUT` at one word (the client waits for a reply + that never comes) and `BadLength` at every other length. + +* Consequently the answer to "what would `xieperf -showtechs` legitimately list" + is: **nothing, from this server.** There is no table it can ask for. + +* The *element* side does exist — the ROM contains the AGE-Logic element machinery + (`"error allocating export function block"`, `"error allocating export context"`, + `"error allocating export histogram space"`, `"error allocating export pixel + list"`, `"error allocating export RGB list"`, `"error allocating export map + list"` at `0x649B0…0x64A80`, plus `"error allocating photoflo"` `0x68962`, + `"error allocating Roi"` `0x689BC`, `"error allocating photomap"` `0x6D0B0`, + `"unsupported pipe element"` `0x1C71D`). But I did **not** locate a + `MakeTable`-equivalent array: a scan for runs of ≥18 consecutive ROM pointers + found nothing of 5.0's 38-entry `MakeTable` shape (largest runs: 192, 144, 128, + 120, 70, 64, 63, 63 entries, all in the ordinary-data region). + **Which techniques 2.3 implements is therefore UNKNOWN** — the code is present, + the enumeration is not identified. + +--- + +## 10. Other XIE entry points + +| Ghidra | name/role | evidence | +|---|---|---| +| `0x66FA0` | `LookupPhotos` — generic photo-resource lookup, emits `BadIDChoice` | string `"LookupPhotos: BadIDChoice coming!"` @`0x68910` referenced at `0x67128`; id comes from request byte 4 | +| `0x0BFA5E` | error sender used by all XIE code that reports a *named* minor | argument order (client, major@`0x1AD960`, minor=`stuff->opcode`, badValue, code) matches the wire | +| `0x64C28` | `CloseDownProc`, passed to `AddExtension` | 6th argument; small wrapper that calls `0x3F99E` | +| `0x3F944` | "Device Init" hook called at the end of `XieExtensionInit` | `CALLA 0x07e7f944` at `0x64B64`; `JREQ` + the `"Device Init failed"` string @`0x64CA1` | +| `0x67490`, `0x67A44` | xref `"error allocating photoflo"` — photoflo allocation | string refs | +| `0x67C50` | xref `"error allocating Roi"` | string ref | +| `0x6C820`, `0x6CAA8` | xref `"error allocating photomap"` | string refs | +| `0x68F38` | helper called from slot 1 after the version check; walks a per-client table at `0x1ADA70` | `ADDI 0x1ada70` at `0x68F4E` | +| `0x1AD920`, `0x1AD940`, `0x1AD960`, `0x1AD980`, `0x1AD990`, `0x1AD9A0` | XIE globals: client counter, two cached `ExtensionEntry` fields, three cached lookup/queue proc pointers, major opcode | `XieExtensionInit` `0x64B18…0x64B5E` | + +A *third* 46-entry table is installed at RAM bit `0xD4B10` and indexed the same way +from inside slot 1 (`0x68D44 SLL 0x5` / `0x68D46 ADDI 0xd4b10` / `0x68D4E CALL A5`). +Its contents were not dumped; it is presumably the per-request "device dependent" +override **[I]**. + +--- + +## 11. Confirmed / Inferred / Unknown + +**Confirmed (ROM code + wire, or ROM code + 5.0 source)** + +1. `AddExtension("Xie", 3, 0, XieProc@0x64B98, XieSProc@0x64BE0, XieCloseDown@0x64C28)`. +2. Dispatcher indexes a 46-entry pointer table at RAM bit `0xD3F90` with + `stuff->opcode`, rejecting `>= 46`; the ROM images of that table and the swapped + one are at `0x18D8E8` / `0x18D9A6` (46 entries each). +3. The 25 implemented slots and the exact per-slot length check in the table of §6. + Verified end-to-end by the 46-request wire sweep. +4. Slot 1 is `QueryImageExtension`: 2-word request, 8-word reply, major 2, minor 3, + `serviceClass` from the client record, `reply.length = 8`. +5. `BadLength` is *returned* as A8 = 16 and arrives at the client with `minor_op = 0`; + `BadRequest` from `ProcNotImplemented` and `BadIDChoice` from `LookupPhotos` are + *sent* by XIE with `stuff->opcode` as the minor and arrive with the true minor. +6. Slots 11 and 24 take 3 and 4 words and read their id from request byte 4; slot 6 + takes 1 word. +7. There is no `QueryTechniques` in 2.3. + +**Inferred** + +1. Opcode 129 is just "second extension registered"; the ROM fixes the *counts* + (3 events, 0 errors), not the dynamic base. +2. dix's generic error path cannot name a minor because no `MinorOpcodeProc` was + supplied (6-argument `AddExtension`) — the outcome is proven, the dix internals + were not decompiled. +3. Slot 2 is a per-client teardown/reset request (decrements the counter slot 1 + increments; no reply). +4. The `{2,3}` comparison in slot 1 is a client-declared protocol version that gates + per-client state initialisation. +5. Slots 19/20/43 are photoflo/element-list requests (only large ones; slot 20 has a + 25-element notion). + +**Unknown** + +1. Names of slots 3–5, 7–15, 18–22, 24, 33, 40, 43, 44 — the numbering is not 5.0's, + and only the *shape* (length, id offset, `LookupPhotos` use) was recovered. +2. Which techniques/elements 2.3 can execute, and whether a `MakeTable` equivalent + exists (no 38-entry pointer array was found). +3. The contents/role of the third 46-entry table at RAM bit `0xD4B10`. +4. What `Device Init` (`0xE7F944`) validates. +5. Why slot 20 wants exactly 35 words. + +--- + +## 12. Reproduction + +Everything below assumes the Ghidra session from the task +(`program_list_open` → session id), language `tms34010:LE:32:default`, program +`/home/arti/code/k-space/vt1200/vt1200_v22.bin`, base `rom:00000000`. + +1. **Make the session writable and analyse the reset path.** + `program_mode_set(read_only=false)`; `analysis_update_and_wait`. + *Note:* auto-analysis finds 0 functions on this raw image (no entry point). + Add the reset vector as an entry point and re-run: + `program.getSymbolTable().addExternalEntryPoint(addr(0x8))` — the reset PC + `0x3F200040` maps to Ghidra `0x8`. Ghidra still does not follow `CALL`s, so the + listings in `xie/ghidra-evidence/` were produced with explicit + `DisassembleCommand(AddressSet(start, start+0x5ff), wholeROM, followFlow=true)`. + +2. **Find `XieExtensionInit`.** Search the 32-bit immediates for the bit address of + the string `Xie` (`0x3F5263B0` = file `0x64C76`) or of + `"XieExtensionInit: AddExtension failed"` (`0x3F5263D0` = file `0x64C7A`): + + ```python + import jpype, struct + mem = program.getMemory() + a = jpype.JArray(jpype.JByte)(0x1c0000); mem.getBytes(program.getMinAddress(), a) + data = bytes((b & 0xff) for b in a) + data.find(struct.pack(" 0x64ae2 + ``` + (`mem.getBytes(addr, bytearray)` silently does nothing in this PyGhidra build — + use a `jpype.JArray`.) + +3. **Dump the tables** + + ```python + for base in (0x18d8e8, 0x18d9a6): + for i in range(46): + v = struct.unpack_from("> 3)) + ``` + +4. **Dump a handler prologue** — `DisassembleCommand` from the handler address for + 0x60 bytes and walk `getInstructionAt()`; the length check is always within the + first six instructions. + +5. **Re-check the wire side** (read-only probes, 46 connections): + + ```sh + cd /tmp/opencode && python3 xie_len_sweep.py # uses xie/evidence/xie_raw.py + ``` + + Expected: the 25 implemented minors answer `BadLength` (or, for 2 and 6, run), + the 21 `ProcNotImplemented` slots answer `BadRequest` with their own minor. + +6. **Re-check the error-path split**: `probe(23, 1)` → `code=1, minor_op=23`; + `probe(1, 1)` → `code=16, minor_op=0`. + +--- + +*Evidence files: `xie/ghidra-evidence/dispatch_table.txt` (the 46×2 table with raw +bit addresses), `xie/ghidra-evidence/listings.txt` (every quoted instruction), +`xie/ghidra-evidence/length_sweep_wire.txt` (the 46-request probe transcript).* diff --git a/xie/GHIDRA_XIE_HANDLERS.md b/xie/GHIDRA_XIE_HANDLERS.md new file mode 100644 index 0000000..74cd6bc --- /dev/null +++ b/xie/GHIDRA_XIE_HANDLERS.md @@ -0,0 +1,610 @@ +# XIE 2.3 handlers — naming pass + +Second pass over `vt1200_v22.bin` (md5 `b46a3e442ccb86134d2356bd70d22fd2`). +Read `GHIDRA_XIE.md` first; this file only adds to it. + +Raw material: `xie/ghidra-evidence/handlers/slotNN_HHHHHH.txt` (one file per +implemented slot, instructions taken from each handler's Ghidra function body), +`xie/ghidra-evidence/dispatch_table.txt`, and the wire transcripts quoted below. + +Confidence tags: **[C]** = two independent signals (code + wire, or code + 5.0 +source + wire), **[I]** = one signal plus a consistent story, **[U]** = unknown. +Where the evidence only supports a shape ("two sub-operations selected by a +32-bit word at byte 4"), the shape is reported and no name is invented. + +--- + +## 1. Executive summary + +**Named with real evidence (6 of 25):** + +| slot | name | confidence | +|---|---|---| +| 1 | **INIT_SESSION** — same job as XIE 5.0 `QueryImageExtension` (replies with version 2.3 + levels) | [C] | +| 2 | **TERM_SESSION** — argless, decrements the session counter, **no reply** | [C] | +| 3 | **QUERY_OP_DEFAULTS** — argless query with a fixed 32-byte reply | [I] | +| 4 | **SET_OP_DEFAULTS** — argless setter, stores the request word into the per-client record | [I] | +| 5 | **SET_* with a mode byte** — 5 words, byte 4 must be `2`, else `BadValue`; transport-shaped | [I] | +| 6 | **QUERY_EVENTS** — argless query, reply describes event selection | [I] | + +The six come from one coherent structure: a **per-client session record** at +`0x1ADA70 + clientIndex*20` plus a **session counter** at `0x1AD920`. Slot 1 +initialises and increments, slot 2 decrements, slot 3 reads the record back, +slot 4 writes it. That quartet is exactly DEC's *Session Services* group +(`XIEP_INIT_SESSION`, `XIEP_SET_OP_DEFAULTS`, `XIEP_QUERY_OP_DEFAULTS`, +`XIEP_TERM_SESSION` — `xie/docs/dec/…EK-V120I-IN-001.txt`, Table C-1), and the +wire behaviour of all four matches. + +**Not named, but structurally classified (19):** slots 7, 8 and 10 are +**multi-operation request classes** (a 32-bit operation selector at request +byte 4: slot 7 takes ops 1-2, slot 8 takes 1,2,4,5,6 (3 is rejected) over 4 +sub-handlers, slot 10 takes ops 1-5); slots 11–15, 18, 22, 24, +33, 40, 43, 44 are **photo-resource operations** that all go through +`LookupPhotos` (`0x66FA0`) and answer `BadIDChoice` for an unknown id; slots 19, +20 and 21 are the **large data/list requests** (≥8, exactly 35, and 16 words). +Naming those needs the experiments in §11. + +**A usable 2.3 client exists for the session layer only**, and it is verified end +to end (§10): connect → minor 1 → minor 3 → minor 6 → minor 2. The +resource/transport/pipeline half cannot yet be written from static evidence; §11 +gives the exact next probes. + +**Correction to the first report.** §3/§6.1 of `GHIDRA_XIE.md` mislabels one of +the three pointer tables. The array at `0x18DA64` is **not** the swapped-proc +table — it is the **reply-swap table**, installed at RAM bit `0xD4B10`, and only +five slots have an entry (1, 3, 6, 10, 24 — exactly the slots that produce a +reply). The real swapped-proc table is at `0x18D9A6` → RAM `0xD4550`, and its +entries are the `0x697xx` swap-and-redispatch stubs. Details in §2. + +--- + +## 2. The three tables (corrected) + +| ROM image | RAM destination | used by | entries | +|---|---|---|---| +| `0x18D8E8` | bit `0xD3F90` | `XieProc` (`0x64B98`), major-opcode 129, unswapped clients | 46 procs (25 real) | +| `0x18D9A6` | bit `0xD4550` | `XieSProc` (`0x64BE0`), byte-swapped clients | 46 swap-and-redispatch stubs | +| `0x18DA64` | bit `0xD4B10` | reply writer inside the five query handlers | 46, **only 1/3/6/10/24 non-stub** | + +The reply-swap table is what tells us which requests answer with a reply at all: +its non-stub entries are exactly `{1, 3, 6, 10, 24}`. Every handler that has no +entry there either returns `Success` silently or sends an error. + +The five entries: + +``` +[ 1] 0x3F5491E0 -> 0x6923C +[ 3] 0x3F549620 -> 0x692C4 +[ 6] 0x3F549980 -> 0x69330 +[10] 0x3F549CA0 -> 0x69394 +[24] 0x3F54AFC0 -> 0x695F8 +``` + +and the dispatch itself, from slot 1 (identical in 3, 6, 10, 24): + +``` +rom:00068d24 MOVE *A11(0x80),A7,0x1 ; client->swapped ? +rom:00068d2c JREQ 0x00068d52 ; no -> straight WriteToClient +rom:00068d40 MOVE *A9(0x8),A5,0x0 ; stuff->opcode +rom:00068d44 SLL 0x5,A5 +rom:00068d46 ADDI 0xd4b10,A5 ; reply-swap table +rom:00068d4c MOVE *A5,A5,0x1 +rom:00068d4e CALL A5 +rom:00068d52 ... CALLA 0x07e6a422 ; WriteToClient @0x2A422 +``` + +--- + +## 3. Slot table + +Request fields are byte offsets inside the request (the handler reads +`*A9(bit_offset)`, so `*A9(0x20)` = byte 4). "reply" means the slot has an entry +in the reply-swap table. + +| slot | handler | words | request fields read | reply | class / best name | conf | 5.0 counterpart | +|---|---|---|---|---|---|---|---| +| 1 | `0x68A4C` | 2 | 4 (2×u16), 6 | yes | **INIT_SESSION** ≡ QueryImageExtension | [C] | `X_ieQueryImageExtension` | +| 2 | `0x68DA6` | 1 | — | no | **TERM_SESSION** | [C] | (none) | +| 3 | `0x3FD78` | 2 | — (payload ignored) | yes | **QUERY_OP_DEFAULTS** | [I] | (none) | +| 4 | `0x3FE06` | 2 | 4 (u32 → per-client rec) | no | **SET_OP_DEFAULTS** | [I] | (none) | +| 5 | `0x68DDC` | 5 | 4 (u8, must be 2), 8 | no | **SET_* mode-selecting** (transport-shaped) | [I] | `X_ieSetTransport`? | +| 6 | `0x68EC6` | 1 | — | yes | **QUERY_EVENTS** | [I] | (none) | +| 7 | `0x66866` | 4 | 4 (u32 selector 1–2), 8 | no | 2-operation class mux | [C] | — | +| 8 | `0x668E4` | ≥3 | 4, 8 | no | 4 sub-handlers, selector 1,2,4,5,6 (3 → BadRequest) | [C] | — | +| 9 | `0x6698E` | 3 | 4, 8 | no | resource op | [I] | — | +| 10 | `0x66B64` | 3 | 4 (u32 selector 1–5), 8 | yes | 5-operation class mux, replies | [C] | — | +| 11 | `0x667B6` | 3 | 4 (id), 8 | no | photo-resource op (`LookupPhotos` type `0xFFFF`) | [C] | — | +| 12 | `0x66738` | 2 | 4 (id) | no | photo-resource op (`LookupPhotos` type `0`) | [C] | — | +| 13 | `0x66A8E` | 2 | 4 (read twice) | no | photo-resource op (type `0xFFFF`) | [C] | — | +| 14 | `0x66C34` | 4 | 4, 8, 12 | no | photo-resource op (type `0xFFFF`) | [C] | — | +| 15 | `0x6A536` | 3 | 4, 8 | no | pipeline-side resource op | [I] | — | +| 18 | `0x6A5A4` | ≥4 | 4, 12, 13 | no | pipeline setup | [I] | `ExecutePhotoflo`? | +| 19 | `0x6A76E` | ≥8 | 4, 8, 12, 16, 20, 24, 28 | no | data-carrying (list) | [I] | `PutTile`/`PutStream`? | +| 20 | `0x6AA54` | 35 | 4, 8, 12, 13, 14, 16 | no | photoflo definition (element list) | [I] | `CreatePhotoflo`? | +| 21 | `0x62D40` | 16 | 4, 16, 20, 24, 28, 32, 36 | no | photo-resource op (big) | [I] | — | +| 22 | `0x630F4` | 2 | 4 (id) | no | photo-resource op | [C] | — | +| 24 | `0x6315E` | 4 | 4 (id), 8, 12 | yes | **photo-resource QUERY** | [C] | `X_ieQueryPhotomap`/`QueryPhotoflo` | +| 33 | `0x64CC8` | 4 | 4, 8 (type comes from the request) | no | generic photo handle op | [C] | — | +| 40 | `0x65262` | 4 | 4, 8 | no | generic photo handle op | [C] | — | +| 43 | `0x65600` | 10 | 4, 8, 20, 24 | no | big photo op | [I] | — | +| 44 | `0x65CAA` | 5 | 4, 8, 12, 16 | no | photo op | [C] | — | + +Slots 0, 16, 17, 23, 25–32, 34–39, 41, 42, 45 are the shared +`ProcNotImplemented` stub (`0x64C3C`), unchanged from pass 1. + +--- + +## 4. The session quartet (slots 1–4) [C]/[I] + +Everything hangs off two globals: + +* `0x1AD920` — a session counter. `XieExtensionInit` zeroes it + (`rom:00064b18 MOVE A9,@0x1ad920`), slot 1 increments it, slot 2 decrements it. +* `0x1ADA70 + clientIndex*20` — a per-client record, `{u32 f0, u32 f1, u32 f2, …}`, + addressed as `idx*160 bits` (`SLL 0x7` + `SLL 0x5` + `ADD`). + +### slot 1 — INIT_SESSION (0x68A4C) + +``` +rom:00068a60 MOVE *A9(0x10),A11,0x0 ; stuff->length +rom:00068a64 SUBK 0x2,A11 +rom:00068a66 JREQ 0x00068a6e ; must be 2 words +rom:00068a68 MOVK 0x10,A8 ; else BadLength +... +rom:00068c6e MOVE *A9(0x20),A5,0x0 ; request word 1, low u16 +rom:00068c72 SUBK 0x2,A5 ; == 2 ? +rom:00068c76 MOVE *A9(0x30),A5,0x0 ; request word 1, high u16 +rom:00068c7a SUBK 0x3,A5 ; == 3 ? +rom:00068c84 MOVB *A5,*A13(0x128) ; per-client "client speaks 2.3" flag +rom:00068c94 MOVE A5,*A13(0x140),0x1 ; reply.length = 8 +rom:00068c9a MOVE A7,*A13(0x160),0x0 ; majorVersion = 2 +rom:00068ca0 MOVE A5,*A13(0x170),0x0 ; minorVersion = 3 +rom:00068d16 MOVE @0x1ad920,A7,0x1 +rom:00068d1c INC A7 +rom:00068d1e MOVE A7,@0x1ad920,0x1 ; session count++ +``` + +The per-client initialisation (gated by the `{2,3}` compare) writes +`rec.f0 = 0`, `rec.f1 = 2`, `rec.f2 = 0x100` (`rom:00068cc2`/`0x68cda`/`0x68d04`). + +### slot 2 — TERM_SESSION (0x68DA6), the whole body + +``` +rom:00068da6 MMTM SP,0x154 +rom:00068daa MOVE A14,A13 +rom:00068dac MOVE *A13(0xffe0),A11,0x1 +rom:00068db0 MOVE *A11(0x40),A9,0x1 ; stuff +rom:00068db4 SETF 0x10,0x0,0x0 +rom:00068db6 MOVE *A9(0x10),A11,0x0 ; stuff->length +rom:00068dba DEC A11 +rom:00068dbc JREQ 0x00068dc2 ; must be 1 word +rom:00068dbe MOVK 0x10,A8 +rom:00068dc0 JR 0x00068dd2 +rom:00068dc2 MOVE @0x1ad920,A11,0x1 +rom:00068dc8 DEC A11 +rom:00068dca MOVE A11,@0x1ad920,0x1 ; session count-- +rom:00068dcc SUB A8,A8 ; Success, and nothing is written back +``` + +That is the entire function: no reply, no resource work. The wire agrees — +`minor 2, 1 word` produces **no packet at all** (§10). + +### slot 3 — QUERY_OP_DEFAULTS (0x3FD78) + +``` +rom:0003fd90 SUBK 0x2,A11 / JREQ ; 2 words +rom:0003fd98 MOVK 0x1,A11 +rom:0003fd9a MOVB A11,*A13 ; reply.type = 1 +rom:0003fd9e MOVE A7,*A13(0x20),0x1 ; reply word 1 = 0 +rom:0003fda6 MOVE *A5(0xe0),*A13(0x10),0x0 ; reply word 0 low half <- client->0xe0 +rom:0003fdb6 ADDI 0x1ada70,A5 ; per-client record +rom:0003fdbc MOVE *A5(0x0),*A13(0x40),0x1 ; reply word 2 <- rec.f0 +rom:0003fdf4 CALLA 0x07e6a422 ; WriteToClient (or the 0xD4B10 swapper) +``` + +The request's second word is never read — only `length` is. Live reply: + +``` +minor 3, 2 words: 01 41 03 00 | 00 00 00 00 | 00000000 00000000 14000000 +``` + +i.e. `type=1, data=0x41, length=0`, then three fixed words with the third = `0x14` +(20). It is a small "what are the defaults" answer: 0, 0, 20 — 20 is a plausible +default bits/pixel or tile row count for a 1-bit terminal. + +### slot 4 — SET_OP_DEFAULTS (0x3FE06), the whole body + +``` +rom:0003fe16 MOVE *A9(0x10),A11,0x0 / SUBK 0x2 / JREQ ; 2 words +rom:0003fe26 MOVE *A11,A7,0x1 ; client +rom:0003fe2a SLL 0x7,A7 / SLL 0x5,A5 ; idx*160 bits = 20 bytes +rom:0003fe30 ADDI 0x1ada70,A7 +rom:0003fe36 MOVE *A9(0x20),*A7(0x0),0x1 ; rec.f0 <- request word 1 +rom:0003fe3c SUB A8,A8 ; Success +``` + +Write-only, no reply, sets exactly the field that slot 3 reads back. Live: no +packet (wire shows TIMEOUT because there is nothing to read), and the server +stays healthy. + +**Verdict on the pass-1 hypothesis**: slot 2 *is* a session teardown and slot 1 +*is* a session init/query — but they are not "init/query" in the 5.0 sense of a +pure query; slot 1 owns per-client state and a counter, and slot 2 releases it. +Confirmed. + +--- + +## 5. Slots 5 and 6 + +### slot 5 — a mode-selecting setter (0x68DDC) + +``` +rom:00068ddc ... SUBK 0x5,A11 / JREQ ; exactly 5 words +rom:00068de? SETF 0x8,0x0,0x0 +rom:00068de? MOVE *A9(0x20),A11,0x0 ; request byte 4 (8-bit) +rom:00068de? SUBK 0x2,A11 +``` + +Byte 4 must be `2`; anything else falls through to the error path. Live, with +byte 4 = 2 and the rest zero: + +``` +minor 5, 5 words (byte4=2): ERROR code=2 (BadValue) bad=0x0 minor_op=5 +minor 5, 1 word : BadLength +``` + +So slot 5 both *validates* a mode byte and then refuses the (zero) parameters +with `BadValue`. Its length (5 words = 20 bytes) and a mode selector is a good +fit for `XIEP_SET_TRANSPORT` ("Establishes the required transport context +information", with the "does not support a DCT compression scheme" restriction +explaining the mode check). Marked [I]. + +### slot 6 — an argless query with a reply (0x68EC6) + +``` +rom:00068eda MOVE *A9(0x10),A11,0x0 / DEC / JREQ ; exactly 1 word +rom:00068ee6 MOVK 0x1,A11 / MOVB A11,*A13 ; reply.type = 1 +rom:00068ef4 MOVE *A5(0xe0),*A13(0x10),0x0 ; <- client->0xe0 +rom:00068f14 CALLA 0x07ea8f38 ; fill +rom:00068f26 CALLA 0x07e6a422 ; write reply +``` + +Live (1 word): + +``` +minor 6: 01 00 04 00 | 00000000 | 02000000 01000000 01000000 01000000 +``` + +Four small words after the header — `2, 1, 1, 1`. With three events registered +(§9) this reads as "event selection state". DEC's Table C-1 has exactly one +argless query in Process Control (`XIEP_QUERY_EVENTS`, "Queries which events the +client will be notified of"). Marked [I] — a colour-list-style query would fit +the shape too, but the reply `2,1,1,1` is event-like, not a list of resource ids. + +--- + +## 6. The multi-operation classes: slots 7, 8, 10 [C] + +These three do not implement one operation — they **switch on a 32-bit operation +code at request byte 4** and tail-call a sub-handler. This is the single most +important structural finding of this pass: several "requests" in the 2.3 table +are whole classes. + +### slot 7 — two operations (0x66866) + +``` +rom:00066878 MOVE *A9(0x10),A11,0x0 / SUBK 0x4 / JREQ ; 4 words +rom:000668ca MOVE *A9(0x20),A8,0x1 ; A8 = request byte 4 (32-bit read) +rom:000668ce DEC A8 +rom:000668d0 JREQ 0x00066884 ; op == 1 -> CALLA 0x07ea742c +rom:000668d2 DEC A8 +rom:000668d4 JREQ 0x00066894 ; op == 2 -> CALLA 0x07ea759a +rom:000668d6 JR 0x000668a4 ; else -> SendError(BadRequest, stuff->8) +``` + +`0x6742C` (op 1) re-checks `length == 4`, then resolves a photo resource: + +``` +rom:0006744e MOVE A14,-*SP,0x1 +rom:00067450 MOVE *A9(0x40),*A14+,0x1 ; arg = request byte 8 +rom:00067454 MOVE *A9(0x60),*A14+,0x1 ; arg = request byte 12 +rom:0006745c MOVE A11,*A14+,0x1 +rom:00067460 MOVE A7,*A14+,0x1 +rom:00067462 MOVE *A13(0xffe0),*A14+,0x1 +rom:00067466 CALLA 0x07ea6fa0 ; LookupPhotos(...) +rom:00067472 JRNE 0x00067590 ; error -> return it +``` + +So: **{byte 4 = operation 1|2, byte 8 = id, byte 12 = type/class}**, then the +sub-handler acts. A two-way split with an id and a class word is very naturally +the `CREATE_BY_VALUE` / `CREATE_BY_REFERENCE` pair from DEC's Resource Services. + +### slot 8 — four sub-handlers, selector 1/2/4/5/6 (0x668E4) + +`SUBK 0x3 / JRNC` (≥3 words), then a decrement chain on the byte-4 word: + +``` +rom:00066968 MOVE *A9(0x20),A8,0x1 ; operation word +rom:0006696c DEC A8 / JREQ 0x00066912 ; op 1 +rom:00066970 DEC A8 / JREQ 0x00066912 ; op 2 (same handler as 1) +rom:00066974 SUBK 0x2,A8 / JREQ 0x00066902 ; op 4 +rom:00066978 DEC A8 / JREQ 0x00066922 ; op 5 +rom:0006697c DEC A8 / JREQ 0x00066932 ; op 6 +rom:00066980 JR 0x00066942 ; anything else -> BadRequest +``` + +Four distinct `CALLA` targets (`0x676CA`, `0x677DA`, `0x67B46`, `0x67DA8`), +all in the same `0x67xxx` resource-management block as slot 7's sub-handlers. +Op 3 is not accepted — an opcode hole worth remembering when probing. + +### slot 10 — five operations **and** a reply (0x66B64) + +``` +rom:00066b76 MOVE *A9(0x10),A11,0x0 / SUBK 0x3 / JREQ ; 3 words +rom:00066bf8 MOVE *A9(0x20),A8,0x1 ; operation word +rom:00066bfc DEC A8 +rom:00066bfe CMPI 0x5,A8 +rom:00066c02 JRHI 0x00066bd2 ; op > 5 -> SendError(BadRequest) +rom:00066c04 SLL 0x5,A8 ; *32 bits = 4-byte stride +rom:00066c06 ADDI 0x3f536080,A8 ; jump table at file 0x66C10 +rom:00066c0c MOVE *A8,A8,0x1 +rom:00066c0e JUMP A8 +``` + +Sub-handlers: `0x683A4`, `0x68462`, `0x68516`, `0x68660`, `0x6872A`. Op 1 +(`0x683A4`) calls the resource helper `0x66E70` with `(client, &local, +request byte 8, 4)` and then builds a reply: + +``` +rom:000683b8 MOVK 0x4,A7 +rom:000683ba MOVE A7,*A14+,0x1 ; arg = 4 +rom:000683bc MOVE *A9(0x40),*A14+,0x1 ; arg = request byte 8 +rom:000683c2 MOVE A11,*A14+,0x1 +rom:000683c4 CALLA 0x07ea6e70 ; resource create/lookup +rom:000683d2 MOVK 0x1,A7 / MOVB *A7,*A13(0x20) ; reply.type = 1 +rom:000683e4 MOVE *A5(0xe0),*A13(0x30),0x0 ; <- client->0xe0 +``` + +Live, with byte 8 = `0x2222` and op 1…5: **`BadRequest` for every op** — the +third word is rejected whatever it is, so `0x2222` is not a valid id/flag there. +That is the experiment to redo with a real id (§11). + +Because only slots 1, 3, 6, 10 and 24 can reply, and slot 10 is the only +multi-operation one among them, slot 10 is the most likely home of the +**resource query** family (one operation per resource class) — marked [I]. + +--- + +## 7. The photo-resource family (11–15, 18, 22, 24, 33, 40, 43, 44) [C] + +All of these reach the same lookup helper `LookupPhotos` (`0x66FA0`), which +emits `BadIDChoice` (14) when the id is not found, and the wire confirms it: an +id of `0xffffffff` produces `code=14, bad=0xffffffff, minor_op=`. + +The call shape is uniform — the caller pushes five values and the last one is the +resource **type/class**: + +``` +slot 11 0x667d8 MOVI 0xffff ; type = 0xFFFF + 0x667de MOVE *A9(0x20) ; id = request byte 4 +slot 12 0x6675a SUB A11,A11 ; type = 0 + 0x6675e MOVE *A9(0x20) ; id +slot 13 0x66ab0 MOVI 0xffff ; type = 0xFFFF +slot 14 0x66c58 MOVI 0xffff ; type = 0xFFFF +slot 21 0x62d64 SUB A11,A11 ; type = 0 +slot 22 0x63116 SUB A11,A11 ; type = 0 +slot 24 0x63182 SUB A11,A11 ; type = 0 +slot 33/40/44 MOVE *A9(0x40) first ; type = request byte 8 (client-chosen) +slot 43 MOVE *A9(0x40) first ; type = request byte 8 +``` + +So 2.3 has a *generic photo handle*: `{id at byte 4, class at byte 8}`. Slots +33/40/43/44 let the client name the class explicitly; slots 11–15/21/22/24 have +it hard-coded (`0xFFFF` = any). That is why they all answer `BadIDChoice` +identically: they are all "operate on photo resource ". + +Which operation each one performs is still open. The discriminators that survive: + +* **24** is the only one of the family with a reply → it is the **query** + (`QueryPhotomap`/`QueryPhotoflo` analogue) [C]. +* **12** and **22** are the smallest (2 words, id only) → the **delete** family + (`DeleteResource` / `FreeExport`) [I]. +* **14** (4 words, id + two more fields) and **11** (3 words) take extra + parameters → mutating operations [I]. + +The 2.3 lengths are consistently longer than 5.0's for the same operations +(11: 3 vs 2, 24: 4 vs 3), matching the pass-1 finding. + +--- + +## 8. Large / data-carrying requests: 19, 20, 21, 43 + +| slot | words | read fields (bytes) | what the shape says | +|---|---|---|---| +| 19 | ≥8 | 4, 8, 12, 16, 20, 24, 28 | a fixed header followed by a counted list — `PUT_TILE` / `PUT_STREAM` (transport) or a photoflo element list | +| 20 | **exactly 35** | 4, 8, 12, 13, 14, 16 | fixed-size definition: 35 words is too rigid for a data stream, so it is a *definition* record (`CREATE_PHOTOFLO` or `EXECUTE_PHOTOFLO` with a fixed element block) | +| 21 | 16 | 4, 16, 20, 24, 28, 32, 36 | resource op with a parameters block | +| 43 | 10 | 4, 8, 20, 24 | photo op with two ids and trailing words | + +Slot 20's `MOVK 0x19` (25) written into a local before the length check +(`rom:0006aa5e`) gives it a 25-element notion; combined with 35 words = +4 header + 31 payload words it looks like "one fixed-size element descriptor". +Marked [I]. + +**Slot 19 is the best `PUT_STREAM`/`PUT_TILE` candidate** (≥8 words, a counted +list, and it is one of only three slots with an "at least" length check, which +is what a data-carrying request needs). Not confirmed. + +--- + +## 9. The export path and the three events + +**Export.** DEC's Table C-1 says `XIEP_EXPORT` "Creates a new server PIXMAP +resource object" and `XIEP_QUERY_EXPORT` "Queries the export context". In the +ROM, the only slots that can both take an id and reply are 10 and 24, and slot 10 +is the five-operation class. So the export path is almost certainly **slot 10 +(one of its five operations), with the reply carrying the export context**, but +I could not pin which operation [U]. No slot was found that reads a `Drawable` +or `Pixmap` XID directly at a fixed offset; the drawable is most likely inside +the parameter block of slot 10 or 21 (both read a run of 32-bit words at +bytes 16..40) [U]. + +**Events.** `NumEvents = 3` (pass 1, `0x64AC4`). The three event numbers are +`first_event .. first_event+2` = 64, 65, 66 on the live server. Slot 6's reply +(`2, 1, 1, 1`) is the only event-shaped data in the table, and DEC's Process +Control group has `SELECT_EVENTS` (setter) and `QUERY_EVENTS` (argless query). +The natural pairing is slot 6 = QUERY_EVENTS and a setter elsewhere — the best +setter candidate is **slot 5** (mode byte + parameters, BadValue on bad values) +[I]. No slot was found that reads an event *mask of three bits* explicitly [U]. + +--- + +## 10. Minimal 2.3 client — the part that is verified [C] + +Everything below was executed against the live server in one connection +(`/tmp/opencode/xie_min_client.py`; transcript in the evidence folder). It is +a complete, working session lifecycle. + +``` +1. XConnSetup l 11.0 +2. QueryExtension "Xie" -> present=1 opcode=129 first_event=64 +3. minor 1, length 2, payload 02 00 03 00 (declare "I speak 2.3") + -> REPLY len=8 + 01 01 08 00 00 00 | 02 00 | 03 00 | <4 words> | ... + ^type ^data ^length=8 ^major ^minor +4. minor 3, length 2, payload 00 00 00 00 (QueryOpDefaults) + -> REPLY len=0 + 01 41 00 00 00 00 | 00000000 | 00000000 | 14000000 +5. minor 6, length 1 (QueryEvents) + -> REPLY len=0 + 01 00 00 00 00 00 | 00000000 | 02000000 | 01000000 | 01000000 | 01000000 +6. minor 2, length 1 (TermSession) + -> no packet at all; close the connection +``` + +Notes that matter for a client author: + +* The request header is the normal X11 one: `reqType=129, opcode=minor, + length=, LE`. `length` is checked by every handler. +* **Every reply carries `length` in words after the 32-byte header**, and for + minor 1 that is 8 — i.e. the reply is 64 bytes; the eight "levels" words are + the tail. Only `major = 2` and `minor = 3` (reply bytes 8..11) were stable + across every run. The words after them were **not**: three separate runs gave + `20 00 00 00 / e0 56 41 00 …`, the same, and `f0 9b 7c 00 / 70 db 20 00 / + 05 00 00 00 …`. So a 5.0 client that parses the tail as + `xieQueryImageExtensionReply` is reading per-connection values, not a stable + capability record. (Transcripts: `handlers/client_session.txt`.) +* A client that speaks 5.0 must **not** expect a reply to minor 2; the server + returns `Success` and sends nothing. + +The verification transcript is `xie/ghidra-evidence/handlers/client_session.txt`. + +--- + +## 11. What is still missing, and the exact probes that would settle it + +> **See `GHIDRA_XIE_IMAGE_PATH.md`** (third pass) for the request field maps +> recovered from the byte-swap stubs, slot 19 identified as the tile-put +> (`{id,x,y,w,h,count}` + payload), and the ranked create→put→export sequence. + + +Static analysis is exhausted for the resource/transport/process half: the +handlers delegate to a shared resource manager whose class codes are passed as +arguments, and those arguments are client data. The following matrix is +ordered so that each step's result disambiguates the next. + +| # | probe | what a positive result means | +|---|---|---| +| 1 | slot **4**, 2 words, word1 = `0x00000010`; then slot **3** | if slot 3's reply word 2 becomes `0x10`, slot 4 is confirmed as SET_OP_DEFAULTS and slot 3 as QUERY_OP_DEFAULTS | +| 2 | slot **6** after step 1 | if the reply changes with slot 4/5 parameters, slot 6 is QUERY_EVENTS tied to those defaults | +| 3 | slot **7**, 4 words: `op=1, id=0x00AAAAAA, class=0xFFFF` | Success ⇒ slot 7 op 1 *creates* a photo resource (CREATE_BY_VALUE); then step 4 | +| 4 | slots **11,12,13,15,22,24,33** with id `0x00AAAAAA` | the one that stops answering `BadIDChoice` and answers something else is that resource's query/delete — this maps the family in one sweep | +| 5 | slot **24**, 4 words, `id=0x00AAAAAA, 0, 0` | if it replies now, slot 24 is QUERY_RESOURCE and the reply bytes give the 2.3 resource record layout | +| 6 | slot **10**, 3 words, `op=1..5, word2 = ` | the op that replies is the export/query op; the reply bytes give the export context | +| 7 | slot **19**, 8 words, zeros except a small count at byte 4 | if it accepts, it is the data-transport request; vary byte 4 to find the count field | +| 8 | slot **20**, 35 words, zeros | if it accepts, it is the fixed-size photoflo definition; the error value on failure names the offending field | + +Each probe is a single request on its own connection, preceded by minor 1 +(otherwise the per-client record is not initialised). Anything that creates a +resource must be followed by the delete candidate from step 4 on the same +connection. + +Two cheap cross-checks that would also help: + +* `strings` in the sibling ROMs / DEC client kits for `XIEP_` orderings — the + manual's Table C-1 groups functions but does not prove opcode order. +* A byte-swapped (big-endian) connection: `XieSProc` indexes the `0x18D9A6` + table, whose stubs swap a *fixed* set of words per request. Reading stub + `0x697xx` for a slot enumerates exactly which request words the server treats + as 32-bit values — a ready-made field map for every slot. That is the single + highest-value follow-up and it is pure ROM reading. + +--- + +## 12. Confirmed / Inferred / Unknown + +**Confirmed** + +1. Three pointer tables (proc / swapped-proc / reply-swap) at RAM `0xD3F90`, + `0xD4550`, `0xD4B10`; the reply-swap table has entries only for slots + 1, 3, 6, 10, 24. *(Corrects GHIDRA_XIE.md §3/§6.1.)* +2. Slot 1 = INIT_SESSION ≡ QueryImageExtension (2 words, 64-byte reply, + major 2 / minor 3, increments `0x1AD920`), slot 2 = TERM_SESSION (1 word, + decrements it, no reply). +3. Slot 3 reads the per-client record and replies; slot 4 writes the same field. + Together with 1/2 they form DEC's four Session Services. +4. Slots 7, 8, 10 switch on a 32-bit operation word at request byte 4 + (2, 4 and 5 sub-handlers; jump table at file `0x66C10` for slot 10). +5. Slots 11, 12, 13, 14, 15, 22, 24, 33, 40, 44 all resolve a photo resource + through `LookupPhotos` and answer `BadIDChoice` for a bad id; slots + 33/40/43/44 take the class from the request (byte 8), the others hard-code it. +6. Slot 5 requires byte 4 = 2 and then answers `BadValue` for zeroed parameters; + slot 6 is argless and replies with `2,1,1,1`. + +**Inferred** + +1. Names QUERY_OP_DEFAULTS (3), SET_OP_DEFAULTS (4), QUERY_EVENTS (6), + SET_TRANSPORT (5). +2. Slot 7 = create-by-value / create-by-reference pair. +3. Slot 10 hosts the resource-query/export family (5 classes). +4. Slot 12 and 22 are the delete family. +5. Slot 19 is a transport data request, slot 20 a fixed-size photoflo definition. + +**Unknown** + +1. Which of slots 11/13/14/15/18/21/24/33/40/43/44 does which resource + operation, and which resource class each hard-coded type code means. +2. The 2.3 request layouts for the create/delete/query parameter blocks beyond + the id/class words. +3. How the export path names its drawable/pixmap. +4. Whether slot 6 is QUERY_EVENTS or a colour-list query (the reply is + event-shaped, but no slot was found that sets an event mask). +5. What the 8 trailing words of the minor-1 reply mean. +6. Slot 20's 35-word layout. + +--- + +## 13. Reproduction + +1. `program_list_open` → session `afdab6e16b8240f294d45a5309f7caa3` + (already writable; no re-import needed). +2. Per-slot listings are pre-extracted in `xie/ghidra-evidence/handlers/` + (`slotNN_HHHHHH.txt`, from each handler's Ghidra *function body*). + To regenerate: + + ```python + f = program.getFunctionManager().getFunctionAt(addr(0x68A4C)) + [print(i.getAddress(), i) for i in program.getListing().getInstructions(f.getBody(), True)] + ``` + +3. Reply-swap table: + + ```python + import jpype, struct + a = jpype.JArray(jpype.JByte)(0x1c0000); program.getMemory().getBytes(program.getMinAddress(), a) + d = bytes((b & 0xff) for b in a) + [hex(struct.unpack_from(" **See `GHIDRA_XIE_PIPELINE.md`** (final pass): the BadMatch gate is +> resource byte 5 bit 0, set from the create request's level word at byte 28; +> with a non-zero level entry the create (slot 8 op 2) produces an exportable +> class-2 resource. Exact 12/8/16-word payloads are there. + + +Third pass. Program `vt1200_v22.bin` (md5 `b46a3e442ccb86134d2356bd70d22fd2`). +**The Ghidra session from passes 1–2 is gone**; I re-opened the ROM and this +report's addresses come from the new session +`a03f3d788b874b1a976a55417ab9f2d3` (same program, same base `rom:00000000`, +same language `tms34010:LE:32:default`). All addresses are file/byte offsets, so +they are identical to the earlier reports; `mame_bit = 0x3F200000 + off*8`. + +New raw material: `xie/ghidra-evidence/image_path/swapper_slotNN_HHHHHH.txt` — +the 24 request byte-swappers, one per implemented slot. **These give the exact +32-bit field map of every request**, which is the main new evidence here. + +Read with passes 1 and 2 (`GHIDRA_XIE.md`, `GHIDRA_XIE_HANDLERS.md`). + +--- + +## 1. Executive summary + +**Nothing in the ROM creates an image resource through a plain single-id +request.** Every 2-word and 3-word resource slot (11, 12, 13, 15, 22, 24, 33, +40, 44) begins with `LookupPhotos` and answers `BadIDChoice` for an unused id — +that was measured on the wire in pass 2 and it is confirmed structurally here. +Creation must therefore live inside the **multi-operation classes 7, 8, 10**, and +those are the only slots whose selector semantics are still open. + +What *is* now nailed down: + +* **Request field maps for all 25 slots**, from the byte-swappers (§3). Slots + 7, 9 and 10 carry nothing but 32-bit words; slots 12 and 22 are literally + `{header, id}`. +* **Slot 19 is the tile-put request.** It clamps (x, y), adds (w, h) to get the + right/bottom edges, rejects a fully clipped rectangle with `BadValue`, + iterates `count` elements writing x and y into per-element records, and uses + the request tail as pixel data. Layout: `{id@4, x@8, y@12, w@16, h@20, + count@24}` + payload (§4). This is DEC's `XIEP_PUT_TILE` + ("Transports random tiles of uncompressed image data from the client to the + server") — confidence **high** on structure, **medium** on the name. +* **Slot 21 is the export candidate**: 16 words, `{id@4, then ten 32-bit words at + 8…44, two 16-bit sub-words}`, and it starts by resolving the id through + `LookupPhotos` — i.e. "take this image resource and produce something from + it". DEC: `XIEP_EXPORT` "Creates a new server PIXMAP resource object". +* **Slots 20 and 43** are the only ones shaped like a *fixed* descriptor + (35 words / 10 words); slot 20 additionally seeds a 25-element notion. + +**The biggest blocker** is a single missing fact: **which request creates the +image resource, and what class code it wants.** Without it nothing can be put or +exported. Second blocker: whether the export targets a client-created Pixmap +(5.0 model) or creates one itself (DEC wording). §7 gives the exact probes that +settle both in four requests. + +--- + +## 2. Slot table — resource / transport / export family + +"fields" is the set of 32-bit request words proven by the byte-swapper (`w` = +word index, byte offset = 4×w), so it is the *wire* layout, not an inference. + +| slot | best name | conf | 5.0 / DEC counterpart | words | 32-bit fields (byte off) | reply | +|---|---|---|---|---|---|---| +| 7 | **resource create class** — op 1/2 = create-by-value / by-reference | [I] | `XIEP_CREATE_BY_VALUE`, `XIEP_CREATE_BY_REFERENCE` | 4 | 4 (op), 8 (id), 12 (class) | no | +| 8 | resource class, 4 sub-handlers (ops 1,2,4,5,6) | [I] | resource services | ≥3 | 4, 8, 12, 16, 20 | no | +| 9 | 3-word op on a resource | [U] | — | 3 | 4, 8 | no | +| 10 | 5-operation class (query/export shaped) | [I] | `XIEP_QUERY_RESOURCE` / `XIEP_QUERY_EXPORT` / `XIEP_EXPORT` | 3 | 4 (op), 8 | **yes** | +| 11 | resource op with a second parameter | [U] | — | 3 | 4, 8 | no | +| 12 | **delete / free** (id only) | [I] | `XIEP_DELETE_RESOURCE`, `XIEP_FREE_EXPORT` | 2 | 4 | no | +| 13 | delete / free (id only) | [I] | as above | 2 | 4 | no | +| 14 | resource op, id + one long + two half-words | [U] | — | 4 | 4, 8 | no | +| 15 | pipeline op (photoflo family) | [U] | `XIEP_BIND_PHOTOFLO`? | 3 | 4, 8 | no | +| 18 | pipeline op | [U] | `XIEP_EXECUTE_PHOTOFLO`? | ≥4 | 4, 8 | no | +| 19 | **PUT_TILE** — x/y/w/h + counted payload | [C] structure | `XIEP_PUT_TILE` | ≥8 + data | 4, 8, 12, 16, 20, 24 | no | +| 20 | fixed descriptor (photoflo definition) | [I] | `XIEP_EXECUTE_PHOTOFLO` / `CREATE_PHOTOFLO` | 35 | 4, 8, 16 (+16-bit at 12) | no | +| 21 | **EXPORT** — id + big parameter block | [I] | `XIEP_EXPORT` | 16 | 4, 8, 12, 16, 20, 24, 28, 32, 36, 40, 44 | no | +| 22 | **delete / free** (id only) | [I] | `XIEP_DELETE_RESOURCE` | 2 | 4 | no | +| 24 | **QUERY_RESOURCE** (only photo slot with a reply) | [C] | `XIEP_QUERY_RESOURCE` | 4 | 4, 8 (+16-bit at 12) | **yes** | +| 33 | generic photo op, class from the request | [I] | `XIEP_QUERY_EXPORT`? | 4 | 4 (id), 8 (class), 12 | no | +| 40 | generic photo op, class from the request | [I] | — | 4 | 4, 8 | no | +| 43 | large photo op (10 words) | [U] | `XIEP_PUT_STREAM`? | 10 | 4, 8, 16, 20, 24 (+ one 16-bit field near 14) | no | +| 44 | generic photo op, class from the request | [I] | — | 5 | 4, 8, 12, 16 | no | + +Session slots (1–6) are unchanged from pass 2: 1 `INIT_SESSION`, 2 +`TERM_SESSION`, 3 `QUERY_OP_DEFAULTS`, 4 `SET_OP_DEFAULTS`, 5 mode-selecting +setter, 6 `QUERY_EVENTS`. + +--- + +## 3. How the field maps were recovered [C] + +For a byte-swapped client, `XieSProc` calls the per-slot stub; each stub +byte-swaps `stuff->length` and then every 32-bit request word in place, then +re-dispatches into `XieProc`. One 32-bit word at byte *B* produces three `MOVB` +instructions: + +``` +rom:00069c04 MMTM SP,0x74 ; slot 11's swapper +rom:00069c0a MOVE *A13(0xffe0),A11,0x1 +rom:00069c0e MOVE *A11(0x40),A10,0x1 ; stuff +rom:00069c12 MOVB *A10(0x10),*A9 ; ---- swap stuff->length +rom:00069c16 MOVB *A10(0x18),*A10(0x10) +rom:00069c1c MOVB *A9,*A10(0x18) +rom:00069c20 MOVB *A10(0x20),*A9 ; ---- word at byte 4 +rom:00069c24 MOVB *A10(0x38),*A10(0x20) +rom:00069c2a MOVB *A9,*A10(0x38) +rom:00069c2e MOVB *A10(0x28),*A9 ; (bytes 5/6 of the same word) +rom:00069c32 MOVB *A10(0x30),*A10(0x28) +rom:00069c38 MOVB *A9,*A10(0x30) +rom:00069c3c MOVB *A10(0x40),*A9 ; ---- word at byte 8 +... +rom:00069c5e MOVE *A10(0x8),A11,0x0 ; minor opcode +rom:00069c64 ADDI 0xd3f90,A11 ; -> XieProc's proc table +``` + +Applied to all 24 stubs, the swapped-word sets are: + +| slot | 32-bit words at byte | reading | +|---|---|---| +| 1 | — (16-bit at 4 and 6 only) | version pair `{major, minor}` | +| 2 | — | no arguments at all | +| 3 | 4 | one 32-bit argument (the 2.3 handler ignores it) | +| 4 | 4 | one 32-bit value → per-client record | +| 5 | — | every argument is ≤16 bits | +| 7 | 4, 8, 12 | `{op, id, class}` | +| 8 | 4, 8, 12, 16, 20 | parameter run | +| 9, 10 | 4, 8 | `{op, value}` | +| 11 | 4, 8 | `{id, param}` | +| 12, 13, 22 | 4 | `{id}` | +| 14 | 4, 8 | `{id, param}` + half-words | +| 15 | 4, 8 | `{a, b}` | +| 18 | 4, 8 | `{a, b}` | +| 19 | 4, 8, 12, 16, 20, 24 | `{id, x, y, w, h, count}` | +| 20 | 4, 8, 16 | plus 16-bit fields at 12 | +| 21 | 4, 8, 12, 16, 20, 24, 28, 32, 36, 40, 44 | id + ten parameters | +| 24 | 4, 8 | `{id, param}` | +| 33 | 4, 8, 12 | `{id, class, param}` | +| 40 | 4, 8 | `{id, class}` | +| 43 | 4, 8, 16, 20, 24 (+16-bit at 14) | | +| 44 | 4, 8, 12, 16 | | + +This is why slots 12/13/22 are "delete shaped" and 33/40/44 are "generic photo +handle" slots: 33 passes `stuff->class` (byte 8) as the last argument to +`LookupPhotos`, so the *client* names the resource class, while 11/12/13/14/15/ +21/22/24 hard-code it (`0xFFFF` = any, or `0`). + +--- + +## 4. Slot 19 = the tile-put path [C for structure] + +Length check and the identification call: + +``` +rom:0006a782 MOVE *A9(0x10),A11,0x0 ; stuff->length +rom:0006a786 SUBK 0x8,A11 +rom:0006a788 JRNC 0x0006a790 ; length >= 8 words +rom:0006a78a MOVK 0x10,A8 ; else BadLength +rom:0006a790 MOVE A14,-*SP,0x1 +rom:0006a792 MOVE *A9(0xc0),*A14+,0x1 ; arg = stuff word @ byte 24 +rom:0006a796 MOVK 0x3,A11 +rom:0006a798 MOVE A11,*A14+,0x1 ; arg = 3 +rom:0006a79a MOVE *A9(0x20),*A14+,0x1 ; arg = id @ byte 4 +rom:0006a7a2 MOVE A7,*A14+,0x1 +rom:0006a7aa MOVE *A13(0xffe0),*A14+,0x1 +rom:0006a7ae CALLA 0x07eab966 ; 0x6B966 (pipeline attach, arg 3) +``` + +Then the rectangle algebra, which is what makes this the put path: + +``` +rom:0006a7be MOVE *A9(0x40),A11,0x1 ; w1 = x (byte 8) +rom:0006a7c2 JRLE 0x0006a7ca ; clamp to 0 +rom:0006a7cc MOVE A11,*A13(0x80) ; local x +rom:0006a7d0 MOVE *A9(0x60),A7,0x1 ; w2 = y (byte 12) +rom:0006a7de MOVE A7,*A13(0xa0) ; local y +rom:0006a7e2 MOVE *A9(0x80),A7,0x1 ; w3 = width (byte 16) +rom:0006a7e6 MOVE *A9(0x40),A5,0x1 ; + x +rom:0006a7ea ADD A5,A7 +rom:0006a7ee MOVE *A5(0x80),A5,0x1 ; compare with dst width -> clip +... +rom:0006a812 MOVE *A9(0xa0),A7,0x1 ; w4 = height (byte 20) +rom:0006a816 MOVE *A9(0x60),A5,0x1 ; + y -> clip +... +rom:0006a84e JRLE 0x0006a854 +rom:0006a850 MOVE A5,A8 +rom:0006a852 JRGT 0x0006a87c ; rectangle non-empty -> go on +rom:0006a856 MOVK 0x2,A5 ; else error 2 = BadValue +rom:0006a85a MOVE *A9(0x20),*A14+,0x1 ; (client, major, minor, id, 2) +rom:0006a870 CALLA 0x07effa5e ; SendErrorToClient +``` + +and the payload loop: + +``` +rom:0006a88c MOVE *A9(0xc0),*A13(0x40) ; loop counter = word @ byte 24 +rom:0006a896 JREQ 0x0006aa28 ; zero elements -> skip +rom:0006a89e BTST 0x0,A11 ; bit 0 of that word = direction/flag +rom:0006a8ac SLL 0x5,A5 ; element stride 32 bits +rom:0006a8b0 MOVE *A5(0x160),A5,0x1 +rom:0006a8b4 MOVE *A13(0x80),*A5(0xa8),0x1 ; element.x = x +rom:0006a8c6 MOVE *A13(0xa0),*A5(0xe8),0x1 ; element.y = y +rom:0006a8d8 MOVE *A13(0x80),A7,0x1 +rom:0006a8dc MOVE *A13(0xc0),A11,0x1 +rom:0006a8e0 ADD A11,A7 ; x += width +``` + +**Layout (bytes):** `0 hdr | 4 id | 8 x | 12 y | 16 width | 20 height | +24 count | 28 two 16-bit fields (not byte-swapped as a long) | 32… payload`. +Minimum length 8 words = 32 bytes, i.e. header only; pixel bytes follow and are +covered by the same `length`. + +Not proven: whether `count` counts bytes, rows, or tile records, and whether the +payload is raw 1-bit rows packed 8-per-byte or bit-addressed. The `BTST 0x0` +on the same word suggests a flags/count word; the loop's stride-32-bit element +walk suggests it is a *count of tiles*, not bytes. + +--- + +## 5. Export candidates + +**Slot 21** — 16 words, resolves the id then works on it: + +``` +rom:00062d58 SUBK 0x10,A11 / JREQ ; exactly 16 words +rom:00062d68 MOVE *A9(0x20),*A14+,0x1 ; arg = id @ byte 4 +rom:00062d6c MOVE A13,A7 / MOVE A7,*A14+ ; out pointer 1 +rom:00062d72 MOVE A13,*A14+ ; out pointer 2 +rom:00062d78 CALLA 0x07ea6fa0 ; LookupPhotos(client, id, &a, &b, 0) +rom:00062d84 JRNE 0x000630ea ; lookup error -> return it +rom:00062d88 MOVE *A13(0x20),A11,0x1 ; the resolved resource +``` + +It then walks the ten 32-bit parameters at bytes 8…44. A 44-byte parameter block +after a resource id is exactly what an export descriptor looks like +(destination pixmap, x, y, w, h, visual/format, stride, flags). **[I]** + +**Slot 10** — five operations, the only multi-op slot that replies, so if 2.3 +has a "query export context" it is one of its five ops. Its request is only +three words `{op@4, value@8}`, so its ops must be id-free or take the id in +`value`. **[I]** + +**Slots 33/40/44** pass a client-chosen class to `LookupPhotos` and then a +parameter; they are the "do something to resource of class " form and +are the most likely home of export-by-class. **[I]** + +--- + +## 6. Best sequence + +Everything is little-endian; `len` is in words including the 4-byte header. +Step confidence in brackets. + +``` +[0] connect, QueryExtension("Xie") -> opcode 129 [C] + +[1] INIT_SESSION minor 1, len 2 + 02 00 03 00 (client speaks 2.3; any value accepted) + -> 64-byte reply, major 2 minor 3 [C] + +[2] CREATE RESOURCE minor 7, len 4 [I] + op = 01 00 00 00 + id = 2a 00 00 00 (0x2A = our photomap id) + class = ?? ?? ?? ?? (see probe P1) + -> expect Success (no packet). BadRequest with bad=0x2a means the + class word or op is wrong. + +[3] PUT_TILE minor 19, len 8 + payload [I-high] + 00 00 00 00 | 2a 00 00 00 | 00 00 00 00 | 00 00 00 00 | + 40 00 00 00 | 40 00 00 00 | | 00 00 00 00 | + <512 bytes of 1-bit pixel data = 128 words> + total len = 136 + -> Success, or BadValue(2) if the rectangle clips away entirely, + BadIDChoice(14) if the id did not resolve. + +[4] EXPORT minor 21, len 16 [I] + id = 2a 00 00 00, then ten parameter words (probe P2) + -> Success expected; the pixmap id is client-supplied (DEC wording) + +[5] TERM_SESSION minor 2, len 1 [C] + -> no packet; just close. +``` + +### 6.1 The 64×64 checkerboard + +64 px × 64 rows at 1 bit = 8 bytes/row = 512 bytes = 128 words. A checkerboard +of 8×8 blocks is a single repeated 32-bit pattern per byte-pair; the simplest +generator is "row r, byte b: `0xAA` if ((r/8 + b) & 1) else `0x55`". + +``` +row 0..7 : AA 55 AA 55 AA 55 AA 55 (per byte, 8 bytes) +row 8..15 : 55 AA 55 AA 55 AA 55 AA +... +``` + +Which of the two bit orders is "on" does not matter for a first display test. + +### 6.2 Shorter path, if it exists + +If `XIEP_EXPORT` really creates the pixmap itself, step [4] returns the pixmap +id in the slot-10 reply and the client can skip creating a pixmap. If instead +the 5.0 model holds, the client must first +`CreatePixmap(depth=1, 64x64)` and pass that XID in step [4]; then +`XCopyArea(pixmap -> window)` displays it. Both variants use the same four +XIE requests; only the pixmap's origin differs. + +--- + +## 7. Probes that settle the open fields (for the worker with server access) + +Each probe is one connection: INIT (minor 1) → probe → TERM (minor 2). + +| id | request | variants | observation | +|---|---|---|---| +| P1 | create: minor 7, len 4, `{op, id=0x2A, class}` | class ∈ {0, 1, 2, 3, 4}, op ∈ {1, 2} | the pair that returns **Success** is create + the image class. `BadRequest` (code 1) with `bad=0x2a` ⇒ id rejected; `BadIDChoice` (14) ⇒ op is a lookup, not a create | +| P2 | export: minor 21, len 16, `{id=0x2A, …}` | zero-fill the ten parameters, then vary word at byte 8 (likely the destination pixmap or a format) | `BadIDChoice` ⇒ slot 21 is not the export from this id; Success ⇒ export, and the reply/absence of a reply tells whether the pixmap comes from the client | +| P3 | put: minor 19, len 8 (header only, no data) and len 136 with a checkerboard | count word at byte 24 ∈ {1, 64, 128, 512} | Success on the first, and `BadValue` on a zero-size rect, confirms the geometry; a length-related error identifies the count unit | +| P4 | query after put: minor 24, len 4, `{id=0x2A, 0}` | — | a reply whose words change after P3 proves the data landed (the only photo slot that can reply) | +| P5 | delete: minor 12 and 22, len 2, `{id=0x2A}` | — | whichever returns Success deletes the resource (the other is `FREE_EXPORT`) | + +Order matters: P1 first (nothing else can work without a resource), then P3, +then P4 to prove the pixels landed, then P2. + +--- + +## 8. Server-side constraints visible in the ROM + +* **Every handler checks `stuff->length` exactly** (or `>=` for 8, 18, 19); a + wrong length always yields `BadLength` (16) with `minor_op = 0` (pass 1 §7). + A 2.3 client must therefore get every length exactly right. +* Slot 19's clipping uses the *destination* resource's width/height read from + the resolved resource record (`*A5(0x80)`, `*A5(0xa0)`), so the image resource + must carry real dimensions before a put. That is the strongest argument that + the create step (P1) supplies width/height somewhere — note slot 7's request + is only `{op, id, class}`, so dimensions most likely come from **slot 8 or 21** + rather than 7. **This is the main open risk in the sequence above.** +* Slot 19 rejects a fully clipped rectangle with `BadValue` (2) and a bad id + with `BadIDChoice` (14), both carrying the real minor opcode. +* Export target type (Pixmap vs Window) is not visible in any handler I read; + DEC's manual says a *PIXMAP* resource is created. **[U]** +* 1-bit only: the terminal is `StaticGray`, effective depth 1 (live probe), and + DEC's restrictions say "resource-manipulation parameter values are restricted + to those compatible with bitonal images". + +--- + +## 9. Why this should display + +`XIE 2.3` on this server is the DEC/AGE-Logic image pipeline: a resource is +created and filled by transport (`PUT_TILE`), then *exported* into a pixmap the +X server owns. Once the pixels are in a pixmap, an ordinary X client can +`XCopyArea` them into the Terminal Manager's window — no XIE involvement after +the export. The three steps map one-to-one onto DEC's documented functions +(`XIEP_CREATE_*` → `XIEP_PUT_TILE` → `XIEP_EXPORT`), the field maps come from the +server's own byte-swappers rather than from guesswork, and slot 19's geometry +code is unmistakably a clipped rectangle blit. The uncertainty is in *which* +slot implements create, not in whether the pipeline exists. + +--- + +## 10. Confirmed / Inferred / Unknown + +**Confirmed** +1. Request field maps for all 25 implemented slots (§3), from the 24 byte-swap + stubs. +2. Slot 19 is a clipped-rectangle tile put with `{id, x, y, w, h, count}` and a + payload, minimum 8 words (§4). +3. Slots 12, 13 and 22 are `{header, id}` only; 11/14/15/18/24 take `{id, one + more long}`; 33 takes `{id, class, param}`. +4. Slot 21 resolves an id and then reads ten 32-bit parameters. +5. Slots 1–6 are the session/event group (pass 2). + +**Inferred** +1. Slot 7 (ops 1/2) is create-by-value / create-by-reference. +2. Slot 21 is export; slot 10 hosts query-export; 12/22 are delete/free. +3. Slot 19's `count` counts tile records, not bytes. + +**Unknown** +1. **Which slot creates the resource and where the dimensions live** — the + blocker. +2. Pixmap vs Window as the export target, and who allocates the pixmap id. +3. Whether the payload of slot 19 is packed rows or bit-addressed data. +4. The class code values (`0` vs `0xFFFF` vs a client number). + +--- + +## 11. Reproduction + +1. `program_list_open` → empty; re-open with + `program_open(path="/home/arti/code/k-space/vt1200/vt1200_v22.bin", + language="tms34010:LE:32:default", project_location=…, read_only=false)` + → session `a03f3d788b874b1a976a55417ab9f2d3`. +2. Swapper listings are pre-extracted in + `xie/ghidra-evidence/image_path/swapper_slotNN_HHHHHH.txt`. +3. Handler bodies: `xie/ghidra-evidence/handlers/slotNN_HHHHHH.txt` (pass 2). +4. To re-derive a field map, collect the `MOVB *(A10|A11)(0xNN),*A9` offsets in + a stub: a 32-bit word at byte *B* shows up as offsets `8B, 8B+8, 8B+16, + 8B+24`; the length swap is the pair at `0x10`/`0x18` and must be ignored. diff --git a/xie/GHIDRA_XIE_IMPORT.md b/xie/GHIDRA_XIE_IMPORT.md new file mode 100644 index 0000000..a5a5957 --- /dev/null +++ b/xie/GHIDRA_XIE_IMPORT.md @@ -0,0 +1,285 @@ +# XIE 2.3 — why `PUT_TILE` refuses, and what binding it wants + +> **See `GHIDRA_XIE_SLOT20.md`**: `PUT_TILE`'s payload pointer (request byte 32) +> is handed to the DD input through a transient band-record byte 5 and cleared; +> slot 20 runs the per-band DD chain over the resource's 3 bands; the band array +> (`res->0x160` → `band+0xd8`) is created by the slot-8 create path. + + +Fourth pass. Program `vt1200_v22.bin`, Ghidra session +`a03f3d788b874b1a976a55417ab9f2d3`. Addresses are file offsets; +`mame_bit = 0x3F200000 + off*8`; `CALLA` operand − `0x7E40000` = file offset. + +Read `GHIDRA_XIE_PIPELINE.md` first — it has the resource class/level model that +this pass builds on. Raw listings: `xie/ghidra-evidence/import/` +(`lookup_6B966`, `slot07_op1_6742C`, `slot07_op2_6759A`, `resource_init_6CA82`). + +**Offset convention (important).** Offsets in these listings are *bit* offsets. +`*A9(0x20)` = request byte 4; `*A11(0x120)` = resource **byte 36**; +`*A11(0x140)` = resource **byte 40**. + +--- + +## 1. The lookup helper `0x6B966` [C] + +Slot 19 calls it with seven arguments. The pushes at `0x6a790…0x6a7ae` are, in +memory order: `req[24]`, `3`, `req[4]`, `&local0`, `caller A13`, `0`, `client`, +so the C signature is: + +``` +f(client, 0, &callerFrameSlot, &local0, id, mode, band) + ^ ^ ^ ^ ^ ^ + | | | | | +-- arg6 = request byte 24 + | | | | +--------- arg5 = 3 (mode) + | | | +--------------- arg4 = request byte 4 (id) + | | +-------------------------- arg3 = &local + | +-------------------------------------------- arg2 = caller frame (out) + +----------------------------------------------------- arg1 = 0 from slot 19 +``` + +The body: + +``` +rom:0006b97c push *(0x1ad980) ; resource proc table 1 +rom:0006b984 push *(0x1ad990) ; resource proc table 2 +rom:0006b98c push arg4 ; = request byte 4 = the id +rom:0006b990 CALLA 0x07f174a4 ; lookup(id) -> 0xD74A4 +rom:0006b996 MOVE A8,*A7 ; store result through arg2 +rom:0006b99a JRNE 0x0006ba8c ; found -> class dispatch +rom:0006b99e MOVK 0xe ... ; NOT FOUND -> error 14 = BadIDChoice +``` + +Class dispatch, on **resource byte 4** (the class written by create): + +``` +rom:0006ba8c MOVE *A7,A11,0x1 +rom:0006ba90 MOVE *A11(0x20),A8,0x0 ; A8 = resource byte 4 = class +rom:0006ba94 DEC A8 / JREQ 0x0006b9c4 ; class 1 -> path A +rom:0006ba98 DEC A8 / JREQ 0x0006ba1e ; class 2 -> path B +rom:0006ba9c DEC A8 / JREQ 0x0006ba1e ; class 3 -> path B (same code) +rom:0006baa0 JR 0x0006ba66 ; anything else -> BadIDChoice +``` + +Path B (class 2 or 3) — the two gates that matter: + +``` +rom:0006ba1e MOVE *A13(0xffc0),A11,0x1 ; arg1 +rom:0006ba22 JREQ 0x0006ba32 ; slot 19 always passes 0 +rom:0006ba32 MOVE *A13(0xffa0),A7,0x1 +rom:0006ba36 MOVE *A7,A7,0x1 +rom:0006ba38 MOVE *A7(0x140),A7,0x1 ; resource byte 40 +rom:0006ba3c JREQ 0x0006baa2 ; byte40 == 0 -> continue (good) +rom:0006ba3e ... MOVK 0xe ; byte40 != 0 -> BadIDChoice (14) +``` + +``` +rom:0006baa2 MOVE *A13(0xffa0),A11,0x1 +rom:0006baa6 MOVE *A11,A7,0x1 +rom:0006baa8 MOVE *A13(0xff80),A11,0x1 ; &local0 +rom:0006baac MOVE *A7(0x120),*A11(0x0),0x1 ; local0 = resource byte 36 +rom:0006bab2 MOVE *A13(0xff20),A7,0x1 ; arg6 = band index (request byte 24) +rom:0006bab6 JRLT 0x0006babc +rom:0006bab8 MOVE *A11,A7,0x1 +rom:0006baba JRNE 0x0006baea ; byte36 != 0 -> band checks +rom:0006babc MOVE *A13(0xff20),A7,0x1 +rom:0006bac0 JRLT 0x0006bbce ; negative band -> done +rom:0006bac6 MOVK 0xa ... ; byte36 == 0 and band >= 0 -> BadAccess (10) +``` + +and the band-mask test that follows (`0x6bb1c…0x6bb48`): + +``` +rom:0006bb22 MOVK 0x1,A7 +rom:0006bb24 SLL A11,A7 ; 1 << band +rom:0006bb2c MOVE *A11(0x60),A11,0x1 ; resource byte 12 (mask B) +rom:0006bb30 AND A11,A7 +rom:0006bb32 JRNE 0x0006bb4a ; bit set in mask B -> BadMatch below +rom:0006bb42 MOVE *A7(0x40),A7,0x1 ; resource byte 8 (mask A) +rom:0006bb46 AND A7,A11 +rom:0006bb48 JRNE 0x0006bbe2 ; bit set in mask A -> OK +rom:0006bb4a ... MOVK 0x8 ... ; BadMatch (8) +``` + +**Consequences.** + +| observation | explanation | +|---|---| +| class-3 resource → `BadIDChoice` (14) | its **byte 40 != 0**, so path B rejects it before the band logic | +| class-2 resource → `BadAccess` (10) | byte 40 == 0 (good) but **byte 36 == 0**, and the band index was ≥ 0 | +| class 1 → `BadIDChoice` | path A needs `arg1 != 0`; slot 19 always passes 0 | + +So `PUT_TILE` wants **class 2** (or 3), with **byte 40 == 0** and **byte 36 != 0**, +and then the requested band bit must be set in resource byte 8 *or* byte 12. + +Resource byte 8 and byte 12 are exactly the create request's **byte 41** and +**byte 43** (`GHIDRA_XIE_PIPELINE.md` §2), so the band mask comes from create. +Resource byte 36 is **not** written by the create path I traced — that is the +missing piece. + +**Band index.** Slot 19's `count`/`flags` word at request byte 24 is *not* a +count: `0x6bab2` feeds it as the band number. The live probe sent `count = 1`, +i.e. **band 1**, and only band 0 can plausibly be masked in by a create with +`req[41] = 1` (mask byte 8 = 1 → bit 0). + +--- + +## 2. Slot 7: bind, and the fields are swapped [C] + +Both sub-handlers take a 4-word request and immediately resolve +`LookupPhotos(client, 0, &local, ·, ·)` with the **last two pushed values being +request byte 8 and then request byte 12**: + +``` +rom:0006744e MOVE A14,-*SP,0x1 ; op1, 0x6742C +rom:00067450 MOVE *A9(0x40),*A14+,0x1 ; push request byte 8 +rom:00067454 MOVE *A9(0x60),*A14+,0x1 ; push request byte 12 +rom:00067458 MOVE A11,*A14+,0x1 ; &local +rom:00067460 MOVE A7,*A14+,0x1 ; 0 +rom:00067462 MOVE *A13(0xffe0),*A14+,0x1 ; client +rom:00067466 CALLA 0x07ea6fa0 ; LookupPhotos(client, 0, &local, b12, b8) +rom:00067472 JRNE 0x00067590 ; failure -> returned as-is +rom:00067476 MOVK 0x14 ... MOVK 0x1 +rom:00067480 CALLA 0x07f63a30 ; alloc 20 bytes +rom:000674c6 MOVK 0x1,A11 +rom:000674c8 MOVB *A11,*A7(0x20) ; new object byte 4 = **class 1** +rom:000674ce MOVE A11,*A7(0x30),0x0 ; new object bytes 6-7 = 1 +rom:000674d2 CALLA 0x07f63b48 +rom:000674d8 MOVE A8,*A7(0x80),0x1 ; object bytes 16-19 = result +``` + +`LookupPhotos`' last argument is the **type/class**, the one before it the **id** +(same convention as slots 11/12/24). Therefore, for slot 7: + +> **byte 8 = resource type/class, byte 12 = resource id.** +> The probe sent `[op, id, id2]` — i.e. an id where a *class* belongs — which is +> exactly why every ordering answered `BadIDChoice` on the second value: the +> lookup was searching for `id2` **of class `id`**, which cannot exist. + +`op 1` (`0x6742C`) = allocate a **class-1** object (20 bytes) that references the +(type, id) pair — a *reference binding*. +`op 2` (`0x6759A`) = same lookup, then walk `res->byte9` bands, collect each +band record's `+0x1a8` into a local array and hand them to the resource-init +routine `0x6CA82` — a *copy/derive binding*. + +Matching DEC vocabulary, slot 7 is `XIEP_BIND_PHOTOFLO` in its two variants +(bind by reference / by value). **[I]** for the name, **[C]** for the semantics. + +Note that op 1's product is **class 1**, and class 1 is exactly the class that +`PUT_TILE` rejects (`arg1 == 0` path). So binding a class-3 photomap *into a +class-2 sink* is **not** something slot 7 does — it produces class 1. + +--- + +## 3. What still blocks `PUT_TILE`: resource byte 36 [U] + +Two candidate explanations, both consistent with the code: + +1. **A band must be created on the class-2 resource.** Byte 36 looks like the + band/strip count of the resource record; the create allocates band records + (`res+0x160` array, count from `res byte 9`) but I found no store to byte 36 + in the create path. Slot 43 does build a *new* record through the same + `0x6CA82` init routine, using band sub-records (`band+0x1a8`) collected from + an existing resource — so **slot 43 ("execute/bind") is the best candidate + for materialising bands and setting byte 36**. +2. **The band index is simply wrong.** `count = 1` means band 1; band 0 is the + only one a `req[41] = 1` create masks in. + +Both are testable in two requests, and the first probe below distinguishes them. + +**Slot 43 in one line** (10 words, `{id@4, x@8, …}`): it resolves the id, +iterates the resource's bands, collects `band->0x1a8` into a local array, and +calls `0x6CA82` to (re)build a resource record with those bands. It succeeded on +the class-3 resource with zeros because it only needs a valid id. **[I]** — it +looks like "execute / materialise the pipeline". + +--- + +## 4. Exact next probes + +Each on one connection: `minor 1` (init) → create → probe. + +**P1 — the band index (1 request).** Same create as today, then: + +``` +minor 19, len 136 + word1 id = C0AAAA + word2 x = 0 word3 y = 0 + word4 w = 64 word5 h = 64 + word6 band = 0 <-- was 1 + word7 flags = 0 + + 512 bytes (128 words) of pixels +``` + +* `BadMatch (8)` → byte 36 is non-zero and only the **mask** is wrong: fix by + setting create `req[41] = 1` (mask byte 8 = 1 → band 0) or `req[43]` (mask + byte 12). Then either mask works. +* `BadAccess (10)` again → byte 36 really is zero: a band must be created first + → go to P2. + +**P2 — create the band (2 requests).** After the create, run slot 43 with the +class-2 id and zeros (it already succeeds on class 3): + +``` +minor 43, len 10 [id@4 = C0AAAA, rest 0] +``` + +then repeat P1. If `BadAccess` turns into Success or `BadMatch`, slot 43 is the +band-materialising step and must precede every `PUT_TILE`. + +**P3 — the bind (optional).** If P2 does nothing, try slot 7 with the corrected +field order, both op values, using the class-2 resource id as byte 12 and a +class code as byte 8: + +``` +minor 7, len 4 + word1 op = 1 (then 2) + word2 type = 2 <-- class of the target, NOT an id + word3 id = C0AAAA +``` + +`Success` means the bind worked; the current failure (`BadIDChoice`) is then +purely the swapped fields. + +**P4 — fallback import.** If `PUT_TILE` still refuses, slot 20 (35 words) is the +remaining import-shaped request; its header is `{id@4, …, }` with three 0x20-byte +element records. That is where an explicit Import element would live, but its +layout is still undecoded, so P1→P2 should be exhausted first. + +--- + +## 5. Confirmed / Inferred / Unknown + +**Confirmed** +1. `0x6B966` resolves the id through the resource tables; a miss is + `BadIDChoice` (14). +2. Class dispatch on resource byte 4: class 1 → path A (needs `arg1 != 0`, + slot 19 passes 0, so always `BadIDChoice`); classes 2 and 3 → path B. +3. Path B requires **resource byte 40 == 0** (else `BadIDChoice`) and + **resource byte 36 != 0** (else `BadAccess` when the band index is ≥ 0). +4. The band index is request byte 24, tested as `1 << band` against resource + byte 12 and byte 8; a mismatch is `BadMatch` (8). +5. Resource bytes 8 and 12 are the create request's bytes 41 and 43 + (band masks). +6. Slot 7: **byte 8 = type/class, byte 12 = id**; op 1 allocates a class-1 + object, op 2 rebuilds a record from another resource's bands. + +**Inferred** +1. Slot 7 is `BIND_PHOTOFLO`; slot 43 is execute/materialise. +2. Resource byte 36 is the band count and is set by slot 43, not by create. + +**Unknown** +1. What writes resource byte 36 (and what clears byte 40 on a class-3 record). +2. Slot 20's 35-word layout (the explicit Import-element path). +3. Whether the payload after a successful `PUT_TILE` must be packed rows. + +--- + +## 6. Reproduction + +1. Session `a03f3d788b874b1a976a55417ab9f2d3`, base `rom:00000000`. +2. Listings: `xie/ghidra-evidence/import/*.txt` + (`lookup_6B966` = the helper, `slot07_op1_6742C`, `slot07_op2_6759A`, + `resource_init_6CA82`). +3. Re-derive an argument order: count the pushes between `MOVE A14,-*SP,0x1` + and the `CALLA`, then map them right-to-left onto `A13-0x20, -0x40, …`. +4. Re-derive a field: `*A9(0xNN)` / `*A11(0xNN)` are bit offsets; divide by 8. diff --git a/xie/GHIDRA_XIE_PIPELINE.md b/xie/GHIDRA_XIE_PIPELINE.md new file mode 100644 index 0000000..a75f911 --- /dev/null +++ b/xie/GHIDRA_XIE_PIPELINE.md @@ -0,0 +1,340 @@ +# XIE 2.3 — photoflo / export layer (final pass) + +> **See `GHIDRA_XIE_IMPORT.md`**: `PUT_TILE`'s lookup helper `0x6B966` +> requires resource byte 36 non-zero and byte 40 zero, a band index at request +> byte 24 (not a count), and slot 7 takes *type*@8 / *id*@12 — not two ids. + + +Program `vt1200_v22.bin` (md5 `b46a3e442ccb86134d2356bd70d22fd2`), Ghidra session +`a03f3d788b874b1a976a55417ab9f2d3`. Addresses are file offsets; +`mame_bit = 0x3F200000 + off*8`; `CALLA` operand − `0x7E40000` = file offset. + +Companions: `GHIDRA_XIE.md`, `GHIDRA_XIE_HANDLERS.md`, `GHIDRA_XIE_IMAGE_PATH.md`. +Raw listings: `xie/ghidra-evidence/pipeline/` (`create_slot8_op12`, +`resource_init_6CA82`, `export_slot21`, `put_slot19`, `dd_input_6B640`). + +**Offset convention.** Every offset in this code is a *bit* offset from the +pointer. `*A9(0x20)` is request byte 4; `*A7(0x28)` with a 1-bit field is +**byte 5, bit 0**. The earlier reports' "resource +0x28 / +0x29" therefore mean +*bit* 0x28 = byte 5 bit 0, and neighbouring bits of byte 5. + +--- + +## 1. The BadMatch is now explained and fixed [C] + +Slot 21 refuses to export unless **resource byte 5, bit 0** is set: + +``` +rom:00062d88 MOVE *A13(0x20),A11,0x1 ; A11 = resolved resource +rom:00062d8c SETF 0x1,0x0,0x0 ; 1-bit field +rom:00062d8e MOVE *A11(0x28),A7,0x0 ; A7 = resource bit 0x28 +rom:00062d92 JRNE 0x00062dbc ; set -> continue +rom:00062d96 MOVK 0x8,A7 ; else error 8 = BadMatch +rom:00062d9a MOVE *A9(0x20),*A14+,0x1 ; bad value = resource id +rom:00062db0 CALLA 0x07effa5e ; SendErrorToClient(...) +``` + +That bit is written by the **create** handler, from the request's level array: + +``` +rom:0006cbfe MOVE *A9,A9,0x1 ; A9 = levelArray[i] +rom:0006cc00 JRNE 0x0006cc06 +rom:0006cc02 SUB A9,A9 ; 0 +rom:0006cc04 JR 0x0006cc08 +rom:0006cc06 MOVK 0x1,A9 ; 1 +rom:0006cc08 SETF 0x1,0x0,0x0 +rom:0006cc0a MOVE A9,*A7(0x28),0x0 ; resource bit 0x28 = (entry != 0) +``` + +The loop runs over the request's own words, so: + +> **A create whose request word at byte 28 is zero produces a resource with +> byte 5 bit 0 = 0, which no export can ever use.** + +Every create probe so far zero-filled byte 28 — that is why slot 21 always +answered `BadMatch`, whatever the 8-bit fields were set to. Setting byte 28 to a +non-zero "levels" value (e.g. `2`) is the fix. + +--- + +## 2. Resource record and class codes [C] + +Filled by the create path (`0x6CA82`), which is reached from slot 8 ops 1 and 2: + +``` +rom:0006caf2 MOVE *A13(0xfec0),A11,0x1 ; arg = (op == 2) ? 1 : 0 +rom:0006caf6 JREQ 0x0006cafc +rom:0006caf8 MOVK 0x2,A11 ; op 2 -> class byte = 2 +rom:0006cafa JR 0x0006cafe +rom:0006cafc MOVK 0x3,A11 ; op 1 -> class byte = 3 +rom:0006cafe MOVB *A11,*A9(0x20) ; resource byte 4 = class +rom:0006cb02 MOVK 0x1,A11 +rom:0006cb06 MOVE A11,*A9(0x30),0x0 ; resource bytes 6..7 = 1 (16-bit) +rom:0006cb0a MOVB *A13(0xffe0),*A9(0x40) ; byte 8 = request byte 41 +rom:0006cb12 MOVE *A9(0x40),A7,0x0 +rom:0006cb16 SUBK 0x3,A7 +rom:0006cb1a MOVK 0x3,A7 ; byte 9 = (req[41] == 3) ? 3 : 1 +rom:0006cb20 MOVB *A7,*A9(0x48) +rom:0006cb30 MOVB *A13(0xff60),*A9(0x58) ; byte 11 = request byte 42 +rom:0006cb36 MOVB *A13(0xff40),*A9(0x60) ; byte 12 = request byte 43 +rom:0006cb3c MOVB *A13(0xff20),*A9(0x50) ; byte 10 = request byte 44 +rom:0006cb42 MOVE *A13(0xff00),*A9(0x80),0x1 ; bytes 16..19 = width (32-bit) +rom:0006cb48 MOVE *A13(0xfee0),*A9(0xa0),0x1 ; bytes 20..23 = height (32-bit) +``` + +| resource byte | type | value / meaning | +|---|---|---| +| 4 | u8 | **class: 2 = op-2 resource, 3 = op-1 resource** | +| 5 bit 0 | bit | **"levels defined" — gates export (BadMatch) and bound checks** | +| 6 | u16 | 1 | +| 8 | u8 | request byte 41 (band count selector) | +| 9 | u8 | 3 if req[41]==3 else 1 — number of level entries examined | +| 10 | u8 | request byte 44 | +| 11 | u8 | request byte 42 | +| 12 | u8 | request byte 43 | +| 16 | u32 | **width** (from request byte 12) | +| 20 | u32 | **height** (from request byte 16) | +| 24, 28 | u32 | two 32-bit values from the create request | +| 44 | ptr | per-band array, records of 0x20 bytes (0x160 bits), one per band | + +Class ↔ behaviour, cross-checked against the live probes: + +* **class 2** — the *image* resource. `PUT_TILE` (slot 19) resolves this class + (it answers `BadIDChoice` for class 3 and `BadAccess` for class 2 with + bit0x28 clear). +* **class 3** — the op-1 resource; `QUERY` (slot 24) answers `BadAccess` on it. +* The `class` argument that slots 33/40/44 pass to `LookupPhotos` is this same + byte-4 value, supplied by the client. + +The per-band level count maps to bits per pixel (`0x6cb7c…0x6cbb0`): + +``` +entry == 0 -> 0 bits (empty band) +entry <= 2 -> 1 bpp +entry <= 0x100 -> 8 bpp +entry <= 0x10000-> 16 bpp +rowBytes = ALIGN(entry * width, 8) ; 0x6cbb4 MPYU / ADDK 7 / ANDN 7 +``` + +So **`entry = 2` is exactly "1 bit per pixel"** — the value to use for our test +image. + +--- + +## 3. Slot 8 — create request, 12 words [C] + +Both ops share one handler (`0x678DA`); the op word only selects the class byte. +`length` must be exactly 12 words (`rom:000678f8 SUBK 0xc / JREQ`). + +| word | byte | field | notes | +|---|---|---|---| +| 0 | 0 | header | `reqType=129`, `opcode=8`, `length=12` | +| 1 | 4 | **op** | 2 → class 2 (image), 1 → class 3 | +| 2 | 8 | **id** | new resource id; must satisfy `(id & 0xFFF00000) == client->0x20`, have **bit 19 clear** (`BTST 0x13`), and must not already exist | +| 3 | 12 | **width** | must be non-zero, else `BadValue` (2) | +| 4 | 16 | **height** | must be non-zero, else `BadValue` (2) | +| 5 | 20 | parameter | passed by address to `0x1238C2` before creation | +| 6–9 | 24–39 | **level array** (up to 3 longs at byte 28, 32, 36) | `entry != 0` sets resource bit 0x28; values 1–2 = 1 bpp | +| 10 | 40 | (unused) | | +| — | 41 | u8 band count | 3 → three entries examined, anything else → one | +| — | 42,43,44 | u8 params | copied to resource bytes 11, 12, 10 | + +Validation order (`0x678DA`): length == 12 → `req[12]` and `req[16]` non-zero +(else `BadValue` with bad = id) → id in the client's range and bit 19 clear +(else `BadIDChoice`) → id must be *absent* (else `BadIDChoice`) → create +(`0x6CA82`; failure is `BadAlloc`, code 11). + +Note `rom:00067902 MOVE *A9(0x60),A7,0x1 / JREQ` — **`req[12]` and `req[16]` must +both be non-zero**, which is also what makes the live "all-zero create" behaviour +consistent. + +--- + +## 4. Slot 21 — export, 16 words [C for the rectangle, I for the rest] + +``` +rom:00062d8e MOVE *A11(0x28),A7,0x0 ; resource bit 0x28 must be set -> BadMatch +rom:00062dbc MOVE *A9(0x80),A7,0x1 ; A7 = req[16] +rom:00062dc0 MOVE *A11(0x80),A11,0x1 ; A11 = resource width +rom:00062dc4 CMP A11,A7 / JRC ; if req[16] > width -> BadValue +rom:00062df8 MOVE *A9(0xa0),A7,0x1 ; req[20] vs resource height -> BadValue +rom:00062e30 MOVE *A9(0xc0),A11,0x1 ; req[24] must be non-zero +rom:00062e36 MOVE *A9(0xe0),A11,0x1 ; req[28] must be non-zero +rom:00062e76 MOVE A11,*A13(0x60) ; x0 = req[16] +rom:00062e88 MOVE A7,*A13(0x80) ; y0 = req[20] +rom:00062e9a ADD A7,A5 ; MOVE A5,*A13(0xa0) ; x1 = x0 + req[24] +rom:00062eb2 ADD A5,A7 ; MOVE A7,*A13(0xc0) ; y1 = y0 + req[28] +rom:00062f7e CALLA 0x07ea3432 ; prepare/validate export +rom:0006301c MOVI 0xc8,A5 / CALLA 0x07f63a74 ; allocate 200-byte export context +rom:0006306e MOVK 0xb,A8 ; failure -> BadAlloc (11) +``` + +| word | byte | field | +|---|---|---| +| 0 | 0 | header, `length = 16` | +| 1 | 4 | **id** of the image resource | +| 2, 3 | 8, 12 | 32-bit fields (byte-swapped; not read on the paths traced — reserved) | +| 4 | 16 | **x** — must be ≤ resource width | +| 5 | 20 | **y** — must be ≤ resource height | +| 6 | 24 | **width** — must be non-zero | +| 7 | 28 | **height** — must be non-zero | +| 8 | 32 | parameter (`*A9(0x100)`, used in the offset maths) | +| 9 | 36 | parameter (`*A9(0x120)`) | +| 10–11 | 40, 44 | parameter / flags | +| 12–15 | 48… | within the 16 words; not read on the traced paths | + +The handler allocates a **200-byte export context** itself +(`MOVI 0xc8` → allocator `0x63A74`), so it is the server, not the client, that +owns the export state. Whether the destination is a client-supplied Pixmap or a +server-created one is decided inside `0x63432` / `0x645FE`, which I did not +fully trace — **[U]**, and it is the only remaining unknown in the path. + +--- + +## 5. Slot 19 — put tile (unchanged, re-confirmed) + +`{id@4, x@8, y@12, w@16, h@20, count@24, flags@28}`, minimum 8 words, payload +follows; geometry is clipped against the resource's width/height (bytes 16/20) +and an empty rectangle is `BadValue`. The data lands through the device-dependent +input path `0x6B640` (`dd_input_6B640` listing), which copies 0xE longs plus a +byte from a per-band record before calling the DDXIE vtable. + +Slot 19 answers `BadAccess` on a class-2 resource whose bit 0x28 is clear — the +same gate as export. So **one create with a non-zero level entry unlocks both +PUT and EXPORT.** + +--- + +## 6. Slots 20 and 43 — status + +* **Slot 20** (exactly 35 words, seeds 25, loops over 0x20-byte element records + at `0x32…`): consistent with a photoflo definition carrying up to three + element records. Not decoded here; not needed for the minimal path if + PUT_TILE + EXPORT work. +* **Slot 43** (10 words; compares request fields against the static table at + `0x3F533740…`; succeeds silently on a class-3 resource with a zero payload): + most likely a bind/tap with no data. Not needed for the minimal path. + +Both are only needed if the direct put→export route is refused. + +--- + +## 7. Minimal sequence for a 64×64 1-bit image **[I, but every field is now sourced]** + +`base` = the connection's X resource base (0xC00000 in the observed setup), +id = `0xC0AAAA` (bit 19 clear). + +``` +[0] connect; QueryExtension "Xie" -> 129 [C] + +[1] INIT_SESSION minor 1, len 2 + 02 00 03 00 [C] + +[2] CREATE (class 2) minor 8, len 12 12 words = 48 bytes [C] + word1 02 00 00 00 op = 2 (class 2, the image resource) + word2 aa aa c0 00 id = 0xC0AAAA + word3 40 00 00 00 width = 64 + word4 40 00 00 00 height = 64 + word5 00 00 00 00 parameter (0) + word6 00 00 00 00 \ + word7 02 00 00 00 | level array: entry[0] = 2 -> 1 bpp, + word8 00 00 00 00 | and entry != 0 sets resource bit 0x28 + word9 00 00 00 00 / + word10 00 00 00 00 byte40 unused, byte41 = 01 (one band), + byte42/43/44 = 00 + -> Success (no packet). BadValue(2) bad=id ⇒ width/height zero. + BadIDChoice(14) ⇒ id out of range, bit 19 set, or already exists. + +[3] PUT_TILE minor 19, len 8 + payload [I] + word1 aa aa c0 00 id + word2 00 00 00 00 x = 0 + word3 00 00 00 00 y = 0 + word4 40 00 00 00 w = 64 + word5 40 00 00 00 h = 64 + word6 01 00 00 00 count = 1 (see probe P2) + word7 00 00 00 00 flags + then 512 bytes (128 words) of 1-bit pixels + total length = 8 + 128 = 136 + -> Success, BadValue(2) if the rect clips away, BadAccess if bit0x28 + is clear, BadIDChoice if the id is class 3 / absent. + +[4] EXPORT minor 21, len 16 [I] + word1 aa aa c0 00 id + word2 00 00 00 00 reserved + word3 00 00 00 00 reserved + word4 00 00 00 00 x = 0 (<= 64) + word5 00 00 00 00 y = 0 (<= 64) + word6 40 00 00 00 w = 64 (non-zero) + word7 40 00 00 00 h = 64 (non-zero) + word8..15 = 0 + -> BadMatch(8) if step 2 left byte 28 zero; BadValue(2) if x>width or + y>height or w/h zero; BadAlloc(11) if the 200-byte context fails. + +[5] TERM_SESSION minor 2, len 1 [C] +``` + +64×64 at 1 bpp = 8 bytes per row = 512 bytes; a checkerboard of 8×8 blocks is +`0xAA` for even (row/8 + byte) and `0x55` for odd, repeated over 8 rows. + +**If step [4] then reports the pixmap, display it with an ordinary `XCopyArea` +from that pixmap into a window** — no further XIE traffic. If instead the +destination must be supplied, the pixmap id belongs in one of words 8, 9, 10 or +11 (bytes 32/36/40/44); that is what probe P3 decides. + +--- + +## 8. Confirmed / Inferred / Unknown + +**Confirmed** +1. Resource class byte: 4 → 3 (op 1) or 2 (op 2) — `0x6cafe`. +2. Resource byte 5 bit 0 = "level entry non-zero", written at `0x6cc0a` from the + create request's level array at byte 28 — this is the BadMatch gate. +3. The create request is 12 words with width@12, height@16 (both non-zero), + level array at 28..39, band count at byte 41, three 8-bit params at 42/43/44. +4. Level values map to 1/8/16 bpp (`0x6cb7c…0x6cbb0`). +5. Export (slot 21) takes x@16, y@20, w@24, h@28, validated against the + resource's width/height 16/20, and allocates its own 200-byte context. +6. PUT_TILE (slot 19) and EXPORT share the bit-0x28 gate. + +**Inferred** +1. Op 2 = "create by value" (the image resource); op 1 = the other DEC create + variant. +2. Words 8/9 (bytes 32/36) of the export request carry the destination. +3. Slot 20 is a photoflo definition; slot 43 is bind/tap. + +**Unknown** +1. Whether export needs a client-created Pixmap or makes one (inside `0x63432`). +2. The meaning of export words 2, 3 and 10, 11 (bytes 8, 12, 40, 44). +3. Slot 19's `count` unit (tiles vs bytes) and whether the payload is packed + rows. +4. Slots 20 and 43 in full. + +--- + +## 9. Next probes (for the worker with server access) + +| id | probe | distinguishes | +|---|---|---| +| P1 | create (slot 8, op 2) **with word7 = 2**, then **query 24** on the id | if the reply is non-empty (it was empty before) the level array is live and the resource is class 2 | +| P2 | after P1, slot 19 with `count = 1` and then `count = 512` | which unit the count uses: one succeeds, the other is rejected/empty | +| P3 | after P1, slot 21 with x=y=0, w=h=64 and words 8..11 zero, then with a pixmap XID from `XCreatePixmap(depth 1, 64x64)` in word 8 | success on one variant names the destination field | +| P4 | create op 1 with word7 = 2, then slot 21 | confirms class 3 is not exportable (`BadIDChoice` at the lookup) | +| P5 | slot 19 on the class-3 id | confirms the class-2-only rule | + +Order: P1 first — it is the single probe that tests the new finding. If P1's +reply is still empty, then the level array is not the only gate and the next +step is to decode slot 20 (the photoflo definition) and build the pipeline +explicitly. + +--- + +## 10. Reproduction + +1. `program_open(path=…/vt1200_v22.bin, language="tms34010:LE:32:default", + read_only=false)`; the session is `a03f3d788b874b1a976a55417ab9f2d3` + (the earlier sessions are gone; the project is disposable). +2. Listings: `xie/ghidra-evidence/pipeline/*.txt`. + Key addresses: create `0x678DA` (slot 8 ops 1/2), resource init `0x6CA82`, + export `0x62D40`, put `0x6A76E`, dd input `0x6B640`. +3. Re-derive a field: run `DisassembleCommand` from the address, then read + `*A9(0xNN)` operands (bit offsets; divide by 8 for bytes). diff --git a/xie/GHIDRA_XIE_SLOT20.md b/xie/GHIDRA_XIE_SLOT20.md new file mode 100644 index 0000000..3e24ad8 --- /dev/null +++ b/xie/GHIDRA_XIE_SLOT20.md @@ -0,0 +1,302 @@ +# XIE 2.3 — slot 20, the band array, and the `PUT_TILE` payload hand-off + +Program `vt1200_v22.bin`, Ghidra session `a03f3d788b874b1a976a55417ab9f2d3`. +Addresses are file offsets; `mame_bit = 0x3F200000 + off*8`; +`CALLA` operand − `0x7E40000` = file offset. Read `GHIDRA_XIE_PIPELINE.md` and +`GHIDRA_XIE_IMPORT.md` first. + +Raw listings: `xie/ghidra-evidence/slot20/`. + +**Offset convention** — as in the earlier reports, every offset in the +disassembly is a **bit** offset. `*A9(0x20)` = request byte 4; +`*A5(0x28)` = **byte 5 of `A5`**; `*A7(0x120)` = byte 36; `*A7(0x140)` = byte 40. +This distinction matters for one of the two claims in the brief (see §3). + +--- + +## 1. Correction: the `+0x28` write is inside slot 19, not slot 20 + +The instruction the brief points at, + +``` +rom:0006a98e MOVE *A13(0x120),*A5(0x28),0x1 +``` + +lies in **slot 19's** body (`0x6A76E … 0x6AA54`), not slot 20's (`0x6AA54 …`). +Read with the bit-offset convention it is: + +* `A5` = one band/element record (`A5 = *(A7 + 0x160)` one instruction earlier, + `0x6a98a`), +* `*A13(0x120)` = frame local 0x120, which was filled at `0x6a882` with + `A5 = A9 + 0x100`, i.e. **a pointer to request byte 32**, +* `*A5(0x28)` = **byte 5** of that band record (bits, not byte 0x28). + +So the sequence at the end of `PUT_TILE` is: + +``` +rom:0006a87c MOVE A9,A5 +rom:0006a87e ADDI 0x100,A5 ; A5 = request + 0x100 bits = request byte 32 +rom:0006a882 MOVE A5,*A13(0x120),0x1 ; local = pointer to the pixel payload +... +rom:0006a98a MOVE *A5(0x160),A5,0x1 ; A5 = resource->band[] +rom:0006a98e MOVE *A13(0x120),*A5(0x28),0x1 ; band.byte5 = payload pointer +rom:0006a9a2 CALLA 0x07eab640 ; 0x6B640 device-dependent input +rom:0006a9e2 SUB A7,A7 +rom:0006a9e4 MOVE A7,*A5(0x28),0x1 ; band.byte5 = 0 (cleared again) +``` + +**This is the payload hand-off, and it is the answer to "where do the pixels +come from"**: `PUT_TILE` passes the *request buffer itself* (from byte 32) down +to the DD input routine through a scratch field, and clears the field +immediately afterwards. It is **transient, per call** — nothing persists. + +It also fixes an open question from pass 3: **the `PUT_TILE` payload starts at +request byte 32**, exactly the word after the 8-word header +(`{hdr, id, x, y, w, h, band, flags}`). + +--- + +## 2. Slot 20 — request layout and behaviour [partial, C for the structure] + +Entry `0x6AA54`. + +``` +rom:0006aa5e MOVK 0x19,A11 / MOVE A11,*A13(0xc0),0x1 ; default 25 (see below) +rom:0006aa6e MOVE *A9(0x10),A7,0x0 ; stuff->length +rom:0006aa72 CMPI 0x23,A7 ; must be exactly 35 words +rom:0006aa7a MOVK 0x10 -> BadLength +rom:0006aa7e CALLA 0x07f67f38 ; context/undo mark +rom:0006aa84 MOVE A8,@0x1b2b30,0x1 +rom:0006aa8c MOVI 0xffff,A7 / push ; arg = 0xFFFF (class "any") +rom:0006aa94 MOVE *A9(0x68),A8,0x0 ; arg = request byte 13 (8-bit) +rom:0006aa9a MOVE *A9(0x20),*A14+,0x1 ; arg = request byte 4 (id) +rom:0006aaa4 push &local(0x40) +rom:0006aaaa push &local(0) +rom:0006aaac push A13 +rom:0006aaae push client +rom:0006aab2 CALLA 0x07eab966 ; LOOKUP 0x6B966 (see pass 4) +rom:0006aabe JRNE 0x0006afdc ; error -> return it +``` + +Then a loop over the resource's bands: + +``` +rom:0006aad8 MOVE *A7(0x160),A5,0x1 ; A5 = resource->band[] (byte 44) +rom:0006aae4 MOVE *A5(0xd8),A7,0x1 ; band record (byte 27) +rom:0006aae8 JREQ 0x0006ab46 ; no record -> result 0 +rom:0006aaf6..0x6ab0e A7 = band->0x1a8 (bit) ; per-band device object +rom:0006ab0e CALLA 0x07fc22de ; 0x1822DE \ +rom:0006ab14 CALLA 0x07fc2c34 ; 0x182C34 | device-dependent +rom:0006ab2a CALLA 0x07fc2c34 ; 0x182C34 | band setup chain +rom:0006ab30 CALLA 0x07fc1aca ; 0x181ACA | +rom:0006ab36 CALLA 0x07fc288a ; 0x18288A | +rom:0006ab3c CALLA 0x07fc216a ; 0x18216A / +rom:0006ab48 MOVE A7,*A11(0x120),0x1 ; per-band result -> frame array +rom:0006ab6a MOVE *A13(0x80),A7,0x1 ; i +rom:0006ab6e SUBK 0x3,A7 +rom:0006ab70 JRC 0x0006aacc ; loop while i < 3 +``` + +i.e. **three bands, `xieValMaxBands = 3`**, each with a device-dependent +record; results are summed into frame local `0x100`. + +After the loop the handler validates request bytes against the per-band state +and returns `BadMatch` (8) on mismatch: + +``` +rom:0006ab82 MOVE *A13(0x40),A11,0x1 +rom:0006ab88 MOVE *A11(0x8),A7,0x0 ; band attribute (16-bit at byte 1) +rom:0006ab8c MOVE *A9(0x70),A5,0x0 ; request byte 14 +rom:0006ab92 JRNE -> BadMatch +rom:0006ab94 MOVE *A11(0x10),A7,0x0 ; band attribute at byte 2 +rom:0006ab98 MOVE *A9(0x60),A5,0x0 ; request byte 12 +rom:0006aba0 MOVE *A11(0x20),A7,0x1 ; 32-bit attribute at byte 4 +rom:0006aba4 MOVE *A9(0x40),A5,0x1 ; request byte 8 +rom:0006abac MOVE *A11(0x40),A7,0x1 ; attribute at byte 8 +rom:0006abb0 MOVE *A9(0x80),A5,0x1 ; request byte 16 +rom:0006abc4 MOVE *A11(0x80),A7,0x1 +rom:0006abce JRNC 0x0006abf6 +rom:0006abd0 ... MOVK 0x8 -> BadMatch +``` + +| word | byte | meaning (as far as the code shows) | +|---|---|---| +| 0 | 0 | header; `length` must be **0x23 = 35** | +| 1 | 4 | **resource id** (fed to `0x6B966` with class `0xFFFF`) | +| 2 | 8 | 32-bit attribute compared with band+4 | +| 3 | 12 | 16-bit attribute compared with band+2 | +| — | 13 | 8-bit mode passed to the lookup (`0x6aa94`); also drives the attribute checks | +| — | 14 | 16-bit attribute compared with band+1 | +| 4 | 16 | 32-bit attribute compared with band+8 | +| 5 | 20 | not read in the traced path | +| 6 | 24 | not read in the traced path | +| 7 | 28 | not read in the traced path | +| 8…34 | 32…139 | not read in the traced path | + +`MOVK 0x19` (25) at `0x6aa5e` seeds frame local `0xc0` — it is **not** a request +field: the local is overwritten by the mode-dependent branches at `0x6ac08`, +`0x6ac10`, `0x6ac1e` later in the handler. It is a default for a computed value, +so the "25-element notion" in the pass-3 note is not an element count. + +**Slot 20 is therefore a per-band *operation on an existing resource*** — the +same device-dependent band chain that the create path runs — not a photoflo +definition, and not the thing that creates the band array. + +--- + +## 3. Where the band array comes from [C] + +The band array is created by the **create** request (slot 8 op 1/op 2 → +`0x678DA` → `0x6CA82`), not by slot 20 or slot 43: + +``` +rom:0006cb54 MOVE *A9(0x48),A11,0x0 ; band count = resource byte 9 (1 or 3) +rom:0006cb58 CMP A11,A7 / JRNC ... +rom:0006cb64 MOVE *A13(0xffc0),A9,0x1 ; the level array handed in by the caller +rom:0006cb6a MOVE *A11,A11,0x1 ; level entry +... +rom:0006cc0e MOVE *A7(0x160),A9,0x1 ; resource->band[] (byte 44) +rom:0006cc12 SLL 0x5,A7 ; i * 4 bytes +rom:0006cc18 ADD A7,A9 ; &band[i] +rom:0006cc48 CALLA 0x07eac660 ; 0x6C660 allocate the band record +rom:0006cc4e MOVE A8,*A9(0xd8),0x1 ; band[i] + 0xd8 (byte 27) = record +``` + +and the record allocator itself: + +``` +rom:0006c660 MMTM SP,0x154 +rom:0006c66a MOVI 0x39,A11 ; 57-byte record +rom:0006c670 CALLA 0x07f639f4 ; allocate +rom:0006c692 MOVK 0x8,A9 / *A11,0x0 ; class -> 8 bpp (0x16-bit field) +rom:0006c69e MOVK 0x10,A9 / *A11,0x0 ; class -> 16 bpp +rom:0006c6a8 MOVK 0x0,A9 / *A11,0x0 ; class -> 0 +rom:0006c6b0 ... CALLA 0x07fc22de … 0x07fc216a ; same DD chain as slot 20 +``` + +So: **create → per-band record (0x39 bytes) → stored at `resource->band[i] + 0xd8`**, +one record per band, band count = the create request's byte 41 (`3` → three +bands, anything else → one). That is why a create with `req[41] = 1` and a +non-zero level entry gives a resource with **one** populated band and mask bit 0 +set in resource byte 8. + +### Resource byte 36 — still not written anywhere I can see + +`0x6BAAC` copies `resource[bit 0x120]` (byte 36, 32-bit) into a local and +requires it to be non-zero (`GHIDRA_XIE_IMPORT.md` §1). A scan of the whole +resource module (`0x65000 … 0x6D000`) for stores to bit `0x120` / `0x140` on a +non-frame base yields exactly **one** hit: + +``` +rom:0006ce56 MOVE A11,*A9(0x140),0x1 ; *A9(0x140) = 0 (clears byte 40) +``` + +That is inside the helper slot 20 calls at `0x6CD68`, and it **clears** byte 40 +of an object reached through `resource->band[]` — consistent with `PUT_TILE` +requiring byte 40 == 0 and with slot 20 "re-arming" bands. + +**No store to byte 36 exists in that whole range.** Either it is written outside +the resource module, or it is part of a block copied in by the create path's +pre-call helper `0x1238C2` (which receives `&request[20]`). This is the one +remaining structural gap. + +--- + +## 4. Ranked next probes + +The static model cannot finish this; these are ordered so each result eliminates +a branch. All assume the class-2 resource that already works for slot 21. + +**P1 — `PUT_TILE` with band 0** (1 request, highest value). +`minor 19, len 136`: `id, x=0, y=0, w=64, h=64, **band=0**, flags=0` + 512 bytes. +* Success → done: the band exists, the payload starts at byte 32 (proved in §1), + and only the earlier `band=1` was wrong. +* `BadMatch (8)` → byte 36 is non-zero and the band **mask** is what fails: set + create `req[41] = 1` so resource byte 8 = 1 (`1 << 0`). +* `BadAccess (10)` → byte 36 is zero: the resource has no live band pointer → + P2. + +**P2 — slot 20 as the band arming step** (1 request). +`minor 20, len 35`: `id@4`, `byte13 = 1`, all other words 0. +Expect either Success (bands armed; repeat P1) or `BadMatch` naming an attribute +in bytes 8/12/14/16 — in which case copy the corresponding per-band values from +the create parameters and retry. This is the request that runs the same DD band +chain (`0x1822DE … 0x18216A`) that `0x6C660` runs at create time. + +**P3 — dump the live resource record** (0 requests; use the slot-24 query and the +existing probe harness). Query 24 on the class-2 id and record which bytes of +the 32-byte reply are non-zero. If the reply is empty (as it was before), then +instead read the record from the server side is not possible — in that case skip +to P4. + +**P4 — slot 43 (10 words) then P1.** +`minor 43, len 10, [id, 0…]` clears byte 40 via `0x6CE56` (proved above) and +rebuilds a record from the existing bands; then P1. + +**P5 — the fallback define path**: slot 7 with the corrected field order, +`minor 7, len 4, [op=1, type=2, id]` (byte 8 is the *type*, byte 12 the *id*). +This allocates a class-1 object (a photoflo/handle) — only useful if P1–P4 all +fail, since `PUT_TILE` rejects class 1 outright. + +--- + +## 5. Minimal sequence (best current candidate) + +``` +[1] minor 1 len 2 02 00 03 00 [C] +[2] minor 8 len 12 op=2, id, w=64@12, h=64@16, req[20]=0, + level[0]=2 @28, byte41=01 (one band), rest 0 [C] +[3] minor 20 len 35 id@4, byte13=1, rest 0 (arm bands) [I] +[4] minor 19 len 136 id, x=0, y=0, w=64, h=64, band=0, flags=0, + + 512 bytes of 1-bit pixels [I] +[5] minor 21 len 16 id, x=0@16, y=0@20, w=64@24, h=64@28, … [C] +[6] XCopyArea(pixmap|window) or the export already drew into it [C] +``` + +Step [3] is the only speculative one, and P1/P2 decide whether it is needed. + +--- + +## 6. Confirmed / Inferred / Unknown + +**Confirmed** +1. `0x6A98E` is inside slot 19 (`PUT_TILE`), and it stores **request byte 32** + (the payload pointer) into **byte 5** of a band record, calls `0x6B640`, then + zeroes it — a transient, per-call hand-off. +2. `PUT_TILE`'s payload therefore begins at request byte 32; the 8-word header is + `{hdr, id, x, y, w, h, band, flags}`. +3. Slot 20 requires `length == 0x23`, takes the resource id at byte 4 plus a mode + byte at 13, loops over the resource's **three** bands, runs the DD chain + `0x1822DE/0x182C34/0x181ACA/0x18288A/0x18216A` per band, and validates + request bytes 8/12/14/16 against per-band attributes (`BadMatch` on mismatch). +4. The band array (`resource->band[]`, byte 44) and its per-band records + (`band+0xd8`, 0x39 bytes) are created by the **slot-8 create** path + (`0x6CA82` → `0x6C660`), one record per band, count from `req[41]`. +5. `0x6CE56` clears byte 40 of a band-reachable object; it is the only + byte-40/byte-36 store in `0x65000–0x6D000`. + +**Inferred** +1. Slot 20 is "arm/execute the existing bands", not a photoflo definition. +2. `MOVK 0x19` is a computed default, not a 25-element count. +3. `PUT_TILE` with `band = 0` plus an armed band should succeed. + +**Unknown** +1. **Who writes resource byte 36** — no store found in the resource module. +2. The meaning of slot 20's words 20, 24, 28 and 8…34. +3. Whether slot 20 or slot 43 is the arming request (both touch band state). + +--- + +## 7. Reproduction + +1. Session `a03f3d788b874b1a976a55417ab9f2d3`, base `rom:00000000`. +2. Listings: `xie/ghidra-evidence/slot20/` + (`slot20_6AA54.txt`, `band_alloc_6C660.txt`, + `slot20_helper_6CD68_tail.txt`, `slot19_payload_handoff.txt`). +3. Scan used for the byte-36/40 question: + + ```python + # disassemble 0x65000..0x6D000, then keep instructions matching + # MOVE ...,*A?(0x120|0x140),0x1 where the base is not A13/A14 + ``` + which yields only `0x6CE56`. diff --git a/xie/MAME_XIE_TRACE.md b/xie/MAME_XIE_TRACE.md new file mode 100644 index 0000000..14b12be --- /dev/null +++ b/xie/MAME_XIE_TRACE.md @@ -0,0 +1,232 @@ +# Does the VT1200 firmware issue XIE requests? A MAME trace + +Short answer: **no.** Over three configurations — level-0 diagnostics, the booted +OS with the Terminal Manager, and a forced jump into the Scalution test — the +server's XIE dispatcher `XieProc` is **never entered**. The built-in image tests +are hardware diagnostics that program the image-option/scaler registers directly. + +There is therefore **no ROM-side XIE client sequence to replay**, and the +`PUT_TILE` band question cannot be settled this way. + +Everything below is measured, with a control that proves the measurement works. + +--- + +## 1. How the test was triggered, and why the entry point is not the problem + +### 1.1 The Scalution test entry + +`"error initializing scalution"` lives at file `0x371F2`; its only xref is the +instruction at file `0x36CB6`. Scanning backwards from there for the +`MMTM SP,0x…` prologue (`8F 09`) finds the test's entry at **file `0x35EA8`** += bit `0x3F1AF540`: + +``` +rom:00035ea8 MMTM SP,0x154 +rom:00035eac MOVE A14,A13 +rom:00035eae ADDI 0x6e0,A14 +rom:00035eb2 SUB A11,A11 +rom:00035eb4 MOVE A11,*A13(0x520),0x1 +... +rom:00035ecc CALLA 0x07f67f38 ; 0x127F38 test-framework entry +rom:00035ed2 MOVE A8,@0xa5f00,0x1 +rom:00035ee0 MOVK 0x1,A11 / MOVB A11,*A13 ; mode 1 +rom:00035ee6 MOVK 0x3,A11 / MOVB A11,*A13 ; mode 3 +rom:00035eec MOVK 0x5,A11 / MOVB A11,*A13 ; mode 5 +``` + +It is reached from a descriptor table (`refs to 0x35EA8` = file `0x1AFE8` and +`0x1BA46`), i.e. the "5 - Scalution Test" menu entry, whose label string is +`0x2B5D2` and whose menu table is built by the routine at `0x2A9A8` +(`MOVI 0x3f35ae90` = that label, stored at base + `0xa00000` bits). + +**What it does:** the body writes the image-option/scaler hardware directly — + +``` +rom:00036b02 MOVB A9,0xca2b0 ; scaler control registers +rom:00036b0c MOVB A7,0xca2c0 ; (0xca270 … 0xca3a0) +rom:00036b7c MOVB A11,0xca330 +rom:00036c02 MOVE A11,@0x5600100,0x0 ; image-option registers +rom:00036c0c MOVE A7,@0x5600020,0x0 +rom:00036c16 MOVE A7,@0x5600030,0x0 +``` + +No call to the server, no request buffer, no `XieProc`. + +### 1.2 Triggering it in MAME + +The menu path needs the LK401 keyboard model and a menu map that is not +documented; the diagnostic menu's own key handling was not reversed. Instead the +test was entered by PC assignment from the menu idle loop, the same mechanism +`hello.lua` uses: + +```lua +dbg:command("bpset 3FDCE400,,{ pc = 3F1AF540 ; g }") -- idle -> scaled test entry +``` + +(Gotcha: the firmware reaches the idle PC `3FDCE400` **from frame 1**, not at +frame 300 — `progress.lua` samples exactly that PC for all 199 frames of the +baseline. So an "enter the test at frame N" breakpoint actually fires at frame 1 +unless it is gated on a frame counter.) + +--- + +## 2. The tracer + +Script: **`harness/mame/xie_trace.lua`** (new file, this task). +Breakpoint inside `XieProc`, one instruction *after* it loads the request buffer, +so `A9` is the buffer: + +``` +rom:00064b98 MMTM SP,0x54 <- XieProc entry bit 3F525CC0 +rom:00064ba2 MOVE *A11(0x40),A9,0x1 ; A9 = client->requestBuffer +rom:00064ba6 SETF 0x8,0x0,0x0 +rom:00064ba8 MOVE *A9(0x8),A11,0x0 ; <- breakpoint here, bit 3F525D40 +``` + +Action (generated by the script): + +``` +{ printf "XIEHIT buf=%08X %04X %04X %04X %04X %04X %04X %04X %04X\n", + a9, w@(a9+0), w@(a9+16), w@(a9+32), w@(a9+48), + w@(a9+64), w@(a9+80), w@(a9+96), w@(a9+112) ; g } +``` + +`w@` is used rather than `b@` because the TMS34010 program space is 16-bit wide +and bit-addressed; `+16` bits = the next word. + +**Critical harness detail:** debugger `printf` output goes to the *debug +console*, which is discarded unless MAME is started with **`-debuglog`**. Without +it the runs look like "zero hits" whether or not the breakpoint fires. All runs +below use `-debuglog`. + +--- + +## 3. The control run (proof the measurement works) + +Same script, breakpoint moved to the menu idle PC, which executes continuously: + +``` +XIE_TRACE=0x3FDCE400 XIE_FRAMES=60 XIE_WORDS=0 \ + $M vt1200 -rompath /home/arti/code/k-space/vt1200/harness/mame/roms \ + -video none -sound none -nothrottle -debug -debugger none -debuglog \ + -autoboot_script /home/arti/code/k-space/vt1200/harness/mame/xie_trace.lua \ + -autoboot_delay 0 +``` + +Result: **4 634 965 hits** in `debug.log` (`XIEHIT pc=3FDCE400`). The breakpoint, +the action, the memory accessors and the log path all work. + +--- + +## 4. The three trace runs + +| run | configuration | frames | `XieProc` hits | +|---|---|---|---| +| A | plain boot → level-0 diagnostics menu | 1200 | **0** | +| B | `VT1200_SKIP_LEVEL1=1` → OS + Terminal Manager | 4500 | **0** | +| C | forced jump into the Scalution test at `0x35EA8` | 900 | **0** | + +Logs: `xie/ghidra-evidence/mame/run_a_level0_diagnostics.txt`, +`run_b_os_terminal_manager.txt`, `run_c_scalution_jump.txt`, +`run_d_control.txt`. + +Run A's PC stays at `3FDCE400` (menu) throughout; run B ends at +`3F579870` (OS code); run C leaves the menu and runs code at `3F208xxx` +(file `0x109xx`) — so the PC assignment did divert execution. Caveat: a +breakpoint placed on `0x35EA8` itself did **not** fire in run C, so the exact +instruction the jump landed on, and how far the test body executed before +diverting, is not proven. It does not affect the conclusion — the XIE breakpoint +covered the whole run either way. + +**No request bytes were captured because no request was ever dispatched.** The +XIE breakpoint would have printed `buf=… 0081 0002 …` (reqType `0x81` = major +opcode 129) if the server had been asked to do anything. + +Corroborating static evidence: the ROM contains exactly three strings containing +`Xie` — `"Xie"`, `"XieExtensionInit: AddExtension failed"`, +`"XieExtensionInit: Device Init failed"` — all server-side registration text. +There is no client-side XIE API (no `XieInitialize`/`XieCreatePhotomap`-style +names), which is what a firmware-resident XIE client would have left behind. + +--- + +## 5. What this means for the import problem + +The plan "trace the firmware's own XIE client to see the working `PUT_TILE` +sequence" **cannot work**: the firmware has no XIE client, and its image tests +drive the scaler registers instead of the protocol. + +That leaves the static picture as the only route to the band/import question: + +* `PUT_TILE` (minor 19) requires, from `0x6B966`: resource byte 40 == 0, + resource byte 36 != 0, and the band bit `1 << band` set in resource byte 8 or + byte 12 (`GHIDRA_XIE_IMPORT.md` §1). +* Nothing in the create path (`slot 8` → `0x678DA` → `0x6CA82`) writes byte 36, + so some *other* request must. Slot 43 rebuilds a resource record from another + resource's bands (`GHIDRA_XIE_IMPORT.md` §3) and remains the best candidate. + +### Next probes (unchanged, and now the only path) + +1. `PUT_TILE` with **band = 0** (request word 6 = 0) instead of 1. + `BadMatch (8)` ⇒ byte 36 is set and only the mask is wrong; `BadAccess (10)` + ⇒ byte 36 is zero and a band must be created first. +2. If (1) fails: `minor 43, len 10, [id, 0…]` on the class-2 resource, then repeat + (1). +3. If (1) and (2) fail: `minor 7, len 4, [op=1, type=2, id]` (note the field + order: byte 8 is the *type*, byte 12 the *id*), or slot 20 (35 words). + +--- + +## 6. Confirmed / Inferred / Unknown + +**Confirmed** +1. The firmware never enters `XieProc` during POST/diagnostics, during the booted + OS/Terminal Manager, or when the Scalution test is entered (0 hits in 6600 + frames, with a 4.6-M-hit control proving the tracer works). +2. The Scalution test (`0x35EA8`, bit `0x3F1AF540`) writes image-option/scaler + registers `0xCA2xx`/`0x56000xx`; it contains no server call. +3. The ROM has no client-side XIE strings; the only `Xie` strings are the + server's registration messages. +4. Debugger `printf` output requires `-debuglog`; without it, breakpoint actions + are invisible (this silently invalidated a first round of runs here). + +**Inferred** +1. The built-in image tests are board-level diagnostics, not protocol clients. +2. If any code did call XIE it would still arrive at `XieProc` (dix dispatch); + a private internal bypass is not fully excluded, but nothing suggests one. + +**Unknown** +1. Whether slot 43 or slot 20 is the band-materialising request (unchanged). +2. The image-option menu's key map (not needed for the conclusion). + +--- + +## 7. Reproduce + +```sh +M=/home/arti/code/k-space/mame0289/vt1200 +R=/home/arti/code/k-space/vt1200 + +# A: level-0 diagnostics +XIE_FRAMES=1200 $M vt1200 -rompath $R/harness/mame/roms \ + -video none -sound none -nothrottle -debug -debugger none -debuglog \ + -autoboot_script $R/harness/mame/xie_trace.lua -autoboot_delay 0 +# -> debug.log: no XIEHIT lines + +# B: booted OS +VT1200_SKIP_LEVEL1=1 XIE_FRAMES=4500 $M vt1200 +# -> no XIEHIT lines + +# C: forced Scalution test +XIE_JIT=3F1AF540 XIE_FRAMES=900 $M vt1200 +# -> no XIEHIT lines + +# control: breakpoint on the menu idle PC (fires every frame) +XIE_TRACE=0x3FDCE400 XIE_WORDS=0 XIE_FRAMES=60 $M vt1200 +# -> hundreds of thousands of "XIEHIT pc=3FDCE400" lines in debug.log +``` + +`xie_trace.lua` env: `XIE_FRAMES`, `XIE_WORDS` (0 = print PC only), +`XIE_TRACE` (breakpoint address override), `XIE_JIT` / `XIE_AT` (optional +debugger entry). diff --git a/xie/README.md b/xie/README.md new file mode 100644 index 0000000..2c52175 --- /dev/null +++ b/xie/README.md @@ -0,0 +1,1213 @@ +# XIE sources: `xieperf`, XIElib and the sample server extension + +> **STATUS (updated): a client-chosen XIE image IS displayed on the VT1200.** +> The working path is `XieCreateImage -> XieCreatePhoto -> XiePutTile -> +> XieExport(photomap -> depth-1 Pixmap) -> XCopyArea(pixmap -> window)`, run +> with `VT1200_ACCEL=1` and the compression poke in `harness/mame/xie_fix.lua`. +> Two faults were removed: the accelerator's output-FIFO read pointer was never +> reset between transfers, and `dwt/screenshot.py` needs `--real` (1280 wide, +> 256-byte stride) for the VR319 default. See +> `evidence/XIE_IMAGE_DISPLAYED.md` and `evidence/png/xie_window_tiles.png`. +> Everything below this banner that says "NO client-chosen XIE image displayed" +> is *historical* and is superseded; the corrections are listed in that report. + + +Vendored copy of the XIE (X Image Extension) sources from **X11R6.1** +(X Consortium, March 1996). The point of interest is `xieperf`, the XIE +test/benchmark client, which is the natural first client to point at the +VT1200's DECwindows server because that server advertises a `Xie` extension: + +``` +$ xdpyinfo -display 192.168.99.2:0 +... +number of extensions: 2 + ServerManagementExtension + Xie +... +vendor string: DECWINDOWS DigitalEquipmentCorp. +version number: 11.0 +... +depth of root window: 1 plane +``` + +## What is here + +| path | contents | +|---|---| +| `xc/programs/xieperf/` | `xieperf` client: 35 `.c` files, `xieperf.h`, `Imakefile`, `xieperf.man`, and the `images/` test images (`image.001`–`image.014`) | +| `xc/lib/XIE/` | **XIElib**, the client library `xieperf` links against | +| `xc/include/extensions/XIE*.h` | `XIE.h`, `XIEproto.h`, `XIEprotost.h` — wire protocol and client API headers | +| `xc/programs/Xserver/XIE/` | the X11R6 sample **server-side** XIE implementation (reference only; not needed to build `xieperf`) | +| `xc/doc/hardcopy/XIE/` | XIE protocol spec, XIElib spec and sample-implementation architecture, as plain text | + +280 files, about 8.3 MB. PostScript copies of the documents were dropped; +the `.txt` renderings are kept. + +## Provenance + +Downloaded 2026-11-01 from the official X.Org release archive: + +- + — `xc/programs/xieperf`, `xc/lib/XIE`, `xc/include/extensions/XIE*.h`, + `xc/programs/Xserver/XIE` +- + — `xc/doc/hardcopy/XIE` (documents) + +Checksums of the original tarballs: + +``` +d138b68392d4ca49939fd0da46180763a23e82838fb30cb964ed2c5bc6d6c8d6 xc-1.tar.gz +cec75d6ae72d437783c72c2892d637a8a2acfd0f2088358ed024064a1a687976 xc-2.tar.gz +a980821b36607773eba8735ad5608e03c503fe139656f4e3beb64c1b5049fab9 xc-3.tar.gz +``` + +`xc-2.tar.gz` holds the same specs as nroff sources under +`xc/doc/specs/XIE/`; it was not needed for this copy. + +Other places the same tree is available: + +- Browsable single files (Debian's `vnc4` source package bundles an XFree86 + 4.3-era `xc`): + and +- XFree86 3.3.6 mirror: +- X11R6 (1994) and later releases: , + , + +XIE was removed from the reference X11 distribution in X11R6.7 (2004), so +there is no current distro package for `xieperf`. + +## Licence + +X Consortium / MIT-style terms for the X11 code, plus the AGE Logic notice +on the XIE sources. Both are reproduced at the top of every source file and +in `xieperf.man`; the AGE Logic terms permit use, modification and sale +provided the notice is preserved. + +## Using it against the VT1200 — status + +It builds and connects, and it **does** identify the server, but it cannot yet +run the test suite: the VT1200 implements **XIE protocol 2.3**, while +`xieperf` speaks **5.0**. Verified against `192.168.99.2:0`: + +``` +xieperf - XIE performance program, version 1.0 + +XIE V2.3 +FULL server +Screen visual class is StaticGray +Colormap has 2 entries +Effective depth is 1-bit +... +Class name: ColorAlloc +X Error of failed request: BadLength + Major opcode of failed request: 129 (Xie) + Minor opcode of failed request: 0 () +``` + +The request that kills it is the client's 5.0 `QueryTechniques` (minor 2). In +2.3 that slot is **not** `QueryTechniques`: the ROM dispatch table says slot 2 +accepts exactly **one word** and returns success *without a reply*, while the +5.0 request is two words and gets `BadLength`. So `xieperf` hangs at one word +and dies at two. + +The ROM analysis (`GHIDRA_XIE.md`) found **46 request slots, 25 implemented**. +Only slot 1 can be matched to its 5.0 counterpart; the numbering is otherwise +not 5.0's. No slot implements `QueryTechniques` or any technique-capability +reply, so `-showtechs` cannot work against this server. + +Raw X11 probes (no XIElib) plus the ROM table give this map: + +| minor | 5.0 request the client thinks it is | what 2.3 slot N actually does | +|---|---|---| +| 1 | `QueryImageExtension` | same request (2 words); replies **2.3**, class `0x20`, 8 levels | +| 2 | `QueryTechniques` | 1 word, success **with no reply**; not a query | +| 6 | `QueryColorList` | 1 word (bare header) → reply, length 0 (no argument) | +| 11 | `QueryPhotomap` | 3 words (5.0: 2); id at byte 4 → `BadIDChoice` if null | +| 23 | `GetClientData` | not implemented → `BadRequest` | +| 24 | `QueryPhotoflo` | 4 words (5.0: 3); id at byte 4 → `BadIDChoice` if null | + +`BadLength` always arrives with `minor_op = 0` because the handlers *return* 16 +to the dispatcher and the generic error path has no minor to report; errors XIE +sends itself do carry the real minor (minor 23 reports `BadRequest` with +`minor_op 23`). So the `0` in the error is a server-side artefact, not evidence +about which request failed. + +The full evidence is in `evidence/` (`xie_wire_probe.txt`, +`xieperf_showtechs_vt1200.txt`, `xieprobe_vt1200.txt`) and +`ghidra-evidence/` (`dispatch_table.txt`, `listings.txt`, +`length_sweep_wire.txt`). + +**So:** the extension is real and answers XIE requests; `xieperf` 5.0 is the +wrong client for it. A **minimal 2.3 session client now exists**: + +```sh +./xiectl23.py # against 192.168.99.2:0 +``` + +``` +extension present=1 opcode=129 first_event=64 first_error=0 +init (1,2w): REPLY len=8 010102000800000002000300... +qdefs (3,2w): REPLY len=0 0141030000... +qevents(6,1w): REPLY len=0 010004000000000002000000 01000000 01000000 01000000 +term (2,1w): TIMEOUT # Success, no reply +``` + +Order matters: `QUERY_EVENTS` returns `2,1,1,1` only **after** `INIT_SESSION`; +sent alone it returns zeroes. In the INIT reply only major `2` / minor `3` are +stable across connections; the tail words vary, so do not parse them as a fixed +capability record. + +That is the session half. Live probing has since established the resource +rules: the per-connection id base/mask, the reserved bit in new ids, slot 8 +op 2 as a working create, and the exact reason slot 21 refuses to export +(`BadMatch` from resource flag `+0x28`). The exportable object lives in the +photoflo/pipeline layer, not in slot 8. See +`evidence/xie_create_export_probe.txt`, `GHIDRA_XIE_IMAGE_PATH.md` and +`GHIDRA_XIE_PIPELINE.md` (when present). + +### Is there an XIE client inside the ROM? + +**No.** The ROM contains the XIE **server** only. A MAME trace with a breakpoint +on `XieProc` (`0x3F525CC0`) saw **zero** hits in three runs: + +| run | configuration | `XieProc` hits | +|---|---|---| +| plain boot → level-0 diagnostics | 1200 frames | 0 | +| `VT1200_SKIP_LEVEL1=1` → OS/Terminal Manager | 4500 frames | 0 | +| forced jump into the Scalution test (`0x35EA8`) | 900 frames | 0 | +| control: same tracer on the menu idle PC | 60 frames | 4,634,965 | + +The control run matters: MAME discards debugger `printf` output unless it is +started with **`-debuglog`**, which is why the first zeroes were not yet +trustworthy. With `-debuglog` the control fires, so the zeroes are real. + +The “5 - Scalution Test†is a **hardware diagnostic**: its body writes the +image-option/scaler registers (`0xCA2B0`, `0xCA330`, `0xCA3A0`, `0x5600020`, +`0x5600030`, `0x5600100`) directly. It never calls the server or builds an XIE +request. The ROM’s only `Xie` strings are the server registration messages. + +So there is no working 2.3 client sequence to replay. The client in this +directory is ours, and the `PUT_TILE` band gate still has to be settled from the +server model plus live probes. Report: `MAME_XIE_TRACE.md`; reusable tracer: +`harness/mame/xie_trace.lua`. + +### Clients and tools in this directory + + + +| file | what it is | status | +|---|---|---| +| `xiectl23.py` | minimal XIE 2.3 session client: INIT_SESSION → QUERY_OP_DEFAULTS → QUERY_EVENTS → TERM_SESSION | verified against the VT1200 | +| `probe23.py` | live raw-X11 probe with a persistent connection: session, defaults, raw slots, create/sweep | used for all wire evidence | +| `xshow.c` / `xshow` | 1-bit image viewer using **core X11 PutImage**; reads the window back and compares on-pixel counts | verified on the VT1200 (`MATCH`), **not XIE** | + +`xshow` is the display half and an honest fallback, not a pure XIE image +client. The XIE path itself is now much further than the session: the create +request with a non-zero **level word at byte 28** (`2` = 1 bpp) produces an +exportable resource, and slot 21 exports it into a real X window + GC with no +error. + +Slot 20 arms the resource's bands. The request that succeeds is 35 words with +`id@4`, `byte8 = 64`, `byte12 = 2`, `byte14 = 1`, `byte16 = 1`, `byte13 = 1` +(mode). After that, `PUT_TILE` no longer returns `BadAccess`; it reaches the +class check: + +- class-2 resource (`create op 2`) → **BadMatch**: `PUT_TILE` passes class 3. +- class-3 resource (`create op 1`) → **BadIDChoice**. + +~~So the target is a class-3 resource with byte 40 == 0.~~ **WITHDRAWN — the +byte-40 rule was a misreading.** Measured instead: + +- `create op 1` and `create op 2` call the **same** routine (file `0x678DA`); + the only op-dependent value it passes is `(op == 2) ? 1 : 0`, and `op` is + also the level loop count (`DSJ` at `0x67A24`). +- `create op 1` → object class **3** but `id@0 == 0`: the ID is stored + **nowhere** in the object, so the table lookup can never find it → + `BadIDChoice`. +- `create op 2` → object class **2** with `id@0` set → addressable. +- Only payload **word 1** is accepted as the ID (any other position → create + `BadIDChoice`). +- Byte 40 is a **copy-out** field: the helper (file `0x66FA0`) copies + `*obj(0x140)` out when the caller passes a non-NULL out-param, and only the + NULL-out-param variant tests it — raising `0xE`, not `0x8`. So patching byte + 40 could never have fixed `PUT_TILE`, which is what was measured. + +So the real missing piece is **the request that both selects class 3 and +stores an ID**. Evidence: `evidence/class3_id_not_stored.txt`. + +#### The create opcode space is exhausted + +Every accepted create opcode has now been tested at its own required length: + +``` +op=1 12 words create OK allocates query BadIDChoice put BadIDChoice +op=2 12 words create OK allocates query REPLY put BadMatch +op=3 BadIDChoice +op=4 6 words "OK" allocates NOTHING, ID never addressable +op=5 7 words "OK" allocates NOTHING, ID never addressable +op=6 >=6 words "OK" existing resource left intact and queryable +``` + +`op 4` and `op 5` are not creates — both begin by looking up an *existing* +resource (`op 4` looks up payload word 2 through `0x7EA6FA0`; `op 6` looks up +payload word 1 through `0x7F174A4`). Only `op 2` yields an addressable +resource, and its class is 2. So no create opcode produces a class-3 resource +registered by ID. Evidence: `evidence/create_opcode_sweep.txt`. + +#### Slot 11 is not the class-3 bind + +`slot 11` needs exactly 3 words (2 ids) and performs **two typed lookups** +(call #1 pushes the literal `0xffff`, call #2 pushes `0`). With two valid, +queryable class-2 resources: + +``` +A=0040C000 class=2 b40=0 B=0040D000 class=2 b40=0 +slot11 [A,B] -> BadIDChoice (14) +slot11 [B,A] -> BadIDChoice (14) +after: both unchanged, both still queryable, put -> BadAccess (10) +``` + +The operand types are fixed inside the handler, so slot 11 cannot be steered to +a class-3 bind from the request. Evidence: +`evidence/slot11_bind_and_second_allocator.txt`. + +#### The element is created by EXPORT, not filled by PUT_TILE + +`element = *( *(res+44) + 0xd8 )` is **0** after create, after arm1, and after +`PUT_TILE`; it only becomes non-zero inside EXPORT (`0x1B234`: +`EX_BAND a5=003DC4B0 elem@d8=003FDA10`). No write to `element+0x28` was ever +observed. So `PUT_TILE` does not populate the element — EXPORT builds it — and +the source image pointer it copies stays 0. Evidence: +`evidence/element_pointer_timing.txt`. + +#### Export resolves the resource; only `src_base` is empty + +Values written by the export copy block (`0x1B296`), named against the +firmware's own dump strings: + +``` +rp+0x5a8 = 0x0040C000 src_res_id -> our resource, correctly resolved +rp+0x5d0 = 64 src_width +rp+0x5f0 = 64 src_height +rp+0x610 = 0 src_base <-- the pixel buffer: MISSING +rp+0x738/0x758 = 64/64 dst_img PWIDTH/PHEIGHT +``` + +So EXPORT is **not** failing to find the resource — it has the id and the +64×64 size. The single empty field is `src_base`, loaded at `0x1B238` +(`MOVE *A5(0x28),*A11(0x610)`), which no write watchpoint ever saw written. +The missing datum is a pixel buffer for the source image, produced only by the +import. Evidence: `evidence/export_renderparams_map.txt`. + +#### slot 47 is a byte-swapped dispatch trampoline — and is unreachable + +`file 0x697B4` swaps the bytes of request words at bit offsets `0x10/0x18`, +`0x20/0x28`, `0x30/0x38`, then re-dispatches through the **same** table at +`0xD3F90` (`SLL 5 ; ADDI 0xd3f90 ; MOVE *A11,A11 ; CALL A11`). + +**Tested and closed:** with breakpoints on the trampoline body +(`0x3F54BFF0` table read, `0x3F54C000` CALL — count 36→38, no command errors), +minor 47 returned `BadRequest` for plain *and* byte-swapped argument words, and +the trampoline **never executed** (0 `TRAMP` hits). So there is no +client-reachable byte-swapped request family. It is also self-referential: the +swaps cover offsets 2–7 only, never the minor byte at offset 1, so a client +request for minor 47 could only re-enter it. + +The default handler `0x64C3C` (shared by every unimplemented slot and by slot 0) +is the `BadRequest` responder — which is why probing unimplemented slots +returned `ERR1`. Evidence: `evidence/trampoline_unreachable.txt`. + +#### src_base sweep across every remaining slot — none writes it + +Each remaining implemented slot was exercised at its own required length with +`[resource_id, 0, 0…]`, in a full create→arm1→``→PUT_TILE→arm2→EXPORT +sequence, reading `rp+0x610` from the export breakpoint and diffing the window +against its pre-export content: + +``` +slot 18,40,44,33,14,15,9,13,24 : src_base = 00000000 window changed = False +``` + +Every export still resolves the source id and the 64×64 geometry +(`5a8= 5d0=40 5f0=40`), and `610=0` in every case. Coverage is now +complete: every implemented slot (`1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 18 19 20 +21 22 24 33 40 43 44`, plus the `BadRequest` default and the unreachable +trampoline) has been exercised against a created resource. + +This is **not** a proof of impossibility: only one argument shape per slot was +tried. Evidence: `evidence/src_base_sweep_all_slots.txt`. + +#### Multi-operand shapes fail at the same typed-lookup wall + +The bind-family handlers (`33 40 44 18`) and `43` were then given **two and +three live ids**. Two findings: + +- The third operand is an **id**, not a flag: `slot33 [A,B,t]` for `t=1..9` + returns `BadIDChoice` with `bad = t` (and `t=0` → `BadValue`). +- With three *valid* ids the lookup still fails, because it is typed: + +``` +slot33 [A,B,A] / [A,B,B] / [A,B,C] / [A,A,A] -> BadIDChoice, bad = 3rd id +slot40 [A,B,A] / [A,B,B] -> BadValue, bad = A +slot44 [A,B,A,0] / [A,B,B,0] -> BadValue, bad = A +slot18 [A,B,0] -> BadMatch +slot43 [A,B,0...] -> BadValue +``` + +Every multi-operand request fails at a **typed lookup of one of its own +operands**: the operand exists and is queryable, but lacks the class the handler +requires. That is the same wall as `PUT_TILE`, reached from four more +directions. `src_base` stayed 0 and no window changed. Evidence: +`evidence/multi_operand_shapes.txt`. + +#### The single wall, restated precisely + +Every client-reachable path — single- and multi-operand, all implemented slots — +fails for one reason: the server's resource model requires a resource class that +its create path will not issue **with a stored id** (`create op 1` builds a class-3 +object but leaves `id@0 = 0`). Until that class can be created addressably, no +request reaches an import that would set `src_base`. + +#### Why that class cannot be created addressably — CORRECTED + +> **Superseded.** The "mutually exclusive" argument below is **wrong**: +> `op=1` *does* reach the registering body. Measured with breakpoints on +> `0x67B04`/`0x67B34`, `create op=1` registers id `0040C000` → object +> `0036A950`, which is a **class-1 photoflo** (`id@0` set, `w=3259088 h=1`, +> `query → BadAccess`). `create op=2` registers a **class-2 resource** +> (`003FD7D0`, `w=64 h=64`, `query → REPLY`). The class-3 object seen earlier +> (`class 3`, `id@0 = 0`) is an **intermediate** that is never the registered +> object. So the accurate statement is: *the id is registered to a class-1 +> photoflo or a class-2 resource; no create opcode registers a class-3 object.* +> Evidence: `evidence/registration_hits_corrected.txt`. + +#### Registration audit: only class 1 and class 2 ever get an id + +A full audit with breakpoints on `0x67B04` (ID store) and `0x67B34` (register): + +``` +arm1 / put / arm2 / slot43 / export / arm1(photoflo) / put(photoflo) -> 0 hits +create op=2 id=0040C000 -> REGIDSTORE obj=003FDA10 (class 2, query REPLY) +create op=1 id=0040D000 -> REGIDSTORE obj=00385890 (class 1, query BadAccess) +``` + +Registration happens **only inside create**, and only those two object kinds ever +receive an id. The class-3 object built by the allocator (`file 0x6CA82`) never +appears in a REGIDSTORE. + +Walking the photoflo's `+0x160` chain the way export does +(`0x1B230 MOVE *A5(0x160),A5`): + +``` +lvl0 00385890 id@0=0040D000 class=1 p44=00386010 <- resource-like +lvl1 00386010 id@0=003859D0 class=80 p44=00386290 <- first word is a pointer +lvl2 00386290 id@0=00386150 class=144 p44=003C7150 +lvl3 003C7150 id@0=003863D0 class=144 p44=00000000 chain ends +``` + +Only lvl0 has a resource layout; from lvl1 the first word is a pointer and the +"class" byte is `0x50`/`0x90`, so those are internal blocks, not resource +structs, and carry no client id. So there is **no client-visible id whose +registered object is class 3** — the two ids a client can obtain are registered +to class 2 and class 1. Evidence: `evidence/photoflo_chain_no_id.txt`. + +#### The `armF` state gets furthest: BadAccess instead of BadMatch + +Tracing the one configuration never followed before (`I` = image, `F` = photoflo): + +``` +create I 0x40C000 -> REGIDSTORE id=0040C000 obj=003FDC50 ; REGISTER +create F 0x40D000 -> REGIDSTORE id=0040D000 obj=00388090 ; REGISTER + +arm F then PUT_TILE I -> S19LOOK a8=0000000A (BadAccess, 10) +arm I then PUT_TILE I -> S19LOOK a8=00000008 (BadMatch, 8) +PUT_TILE F (unarmed) -> S19LOOK a8=0000000E (BadIDChoice, 14) +``` + +Arming the photoflo genuinely moves the typed lookup past the stage that yields +`BadMatch` and stops it at a `BadAccess` check — a real state difference and the +furthest any configuration has reached. No configuration reached the handoff +(`0x6B640`) or wrote `src_base`; the registration sites get 0 hits outside +create. + +**Caveat, recorded because it invalidates a column I have been quoting:** the +`LOOK` breakpoint at `0x6BA38` prints `cls=01` for both the armF and armI cases, +and earlier printed an incrementing `01,02,03` across calls. So `A7` there is the +**export element**, not the resource struct — its `cls`/`b40` columns are not +resource fields. Only `S19LOOK`'s return code (`a8` at `0x6A7B4`) is trustworthy. +Evidence: `evidence/armF_lookup_codes.txt`. + +#### Three more assumptions tested and falsified + +Chasing the `BadAccess`, three structural guesses were each disproved within one +step — recorded so nobody repeats them (`evidence/three_wrong_assumptions.txt`): + +1. `0x7F638C2` is **not** the allocator — file `0x1238C2` is a printf-style + logger (format descriptors `0x3fb1cea0` etc.). The real allocation is + `0x7EACA82` → file `0x6CA82`. +2. `0x7F174A4` is **not** the XIE resource lookup — file `0xD74A4` indexes a + table at `0x21FFE0` by `N = (id & 0xFFF00000) >> 12`, bounds-checked against + a count of 16 at `0x225870`. That is the **core-X client index**; for our ids + `N = 1024`, out of range, bucket reads 0. +3. `@0x1AD980`/`@0x1AD990`/`@0x1AD9A0` are **not** XIE list heads — they read + `0x02000002`, `0x04000200`, `0x00000400`, and following them as pointers + reads zeros. + +The direct observations stand (`S19LOOK a8 = 0x08 / 0x0A / 0x0E` at `0x6A7B4`), +but every *explanation* built on those three functions is now void. + +#### The slot-19 lookup is `file 0x6B966` — and it does not produce the `0x8` + +`rom:0006a7ae CALLA 0x07eab966` → file **`0x6B966`** (not the `0x66FA0` helper). +Its flow: + +``` +6B990 CALLA 0x07F174A4 ; returns an object pointer +6B99A JRNE 0x6BA8C ; null -> MOVK 0xe (BadIDChoice) +6BA8C A8 = object->byte4 ; class byte +6BA90..6BA9C class 1 -> 0x6B9C4 ; class 2 or 3 -> 0x6BA1E ; else 0xe +6BA1E arg3==NULL ? require object->byte40 == 0 (else 0xe) : copy byte40 out +6B9C4 (class 1) requires arg3 != NULL, then a two-step byte8->byte8 / + byte12->byte8 deref +``` + +It raises **only `0xE` and `0xA`** — there is no `0x8` route before `0x6BBC0`. + +Measurements that contradict a simple story, recorded as-is: + +- sweeping request payload word 5 (the `arg6` the code branches on) over + `0,1,2,0x100,0x10000,0x80000000,0xFFFFFFFF,0xFFFFFFFE` gives `BadMatch` every + time — `arg6` has no observable effect; +- the `0xE`-build site (`0x6BA86`) *did* fire during a put whose reply was `ERR8`; +- the `0xA` site (`0x6BAC6`) and an in-function `MOVK 0x8` site (`0x6BB4C`) did + **not** fire during that put; +- the shared reply helper `0x7EFFA5E` did not fire at all. + +So the `ERR8` the client receives is not produced by any site we can see, and +site-based attribution is unreliable. Evidence: +`evidence/lookup_is_6B966.txt`. + +**Bounded next step:** disassemble the remainder of `0x6B966` (`0x6BBC0..0x6BBE4`) +and the `0x6BAEA` path, logging `A8` at every return, to find the `0x8`'s true +origin. Until that is known, `BadMatch` cannot be interpreted. + +Both properties the import needs are decided in the same routine +(`file 0x678DA`): + +``` +679A2 SUBK 0x2,A11 ; MOVK 0x1,A11 +679A6 JREQ 0x679AA ; op==2 -> flag 1 +679A8 SUB A11,A11 ; else -> flag 0 +... +6CAF6 JREQ 0x6CAFC +6CAF8 MOVK 0x2,A11 ; flag!=0 -> class 2 +6CAFC MOVK 0x3,A11 ; flag==0 -> class 3 <-- 6CAFE stores it +... +67A20 MOVE *A9(0x20),A11 ; A11 = op +67A24 DSJ A11,0x67AFC ; op-1 != 0 -> jump to the REGISTERING body +67A28 ... ; op-1 == 0 -> photoflo path +67B04 MOVE *A9(0x40),*A11(0x0) ; ID -> obj+0 +67B34 CALLA 0x07F16CA2 ; register in the resource table +``` + +- `op = 1` → flag 0 → **class 3**, but `DSJ` falls through to the photoflo path + (`0x7F63A30`, 20 words, error string "error allocating photoflo"), so the ID is + **never stored and never registered**. +- `op = 2` → flag 1 → **class 2**, and `DSJ` jumps so the ID is stored and the + resource registered. + +`PUT_TILE` requires class 3 (slot 19 pushes `MOVK 0x3` before the typed lookup), +and the only class-3 producer never registers. So the import is unreachable — +**not because a request shape is missing, but because the two properties the +lookup requires cannot coexist in the implementation.** + +`op=4` was also ruled out: it increments a counter on the target (obj word at +byte 6: 1→2→3 after two calls, no new allocation) and `PUT_TILE` stays +`BadMatch` at every count. Evidence: +`evidence/class3_registration_impossible.txt`. + +### MAME trace: the limit we reached + +A single MAME instance on the host tap (`-networkprovider taptun`, +`-cfg_directory harness/mame/cfg-net`) makes the emulated terminal available at +`192.168.99.2`, and `harness/mame/xie_resource.lua` traces `XieProc` requests +and the resource lookup. With `-debuglog`, every request appears as +`XIEHIT buf=... 0181 0002 ...`, and the lookup check prints +`LOOK a7=... id=... class=... b36=... b40=...`. + +Results: + +- `PUT_TILE` can be forced through the class check with a debugger branch skip + (`0x6BAF6` → `0x6BBCE`); it then returns success — a **false success**, see + below. +- ~~The exported window is still independent of the tile data: solid-white and + solid-black tiles produce the same 64×64 pattern. That pattern is the XIE + export default/dither, not the supplied pixels.~~ **WITHDRAWN.** +- Therefore the missing piece is the **band/execute format** (the + photoflo element/bind layer), not just the class check. The class skip only + lets the request through; the data never reaches the export sink. + +#### Correction: export has never painted anything + +The `8888…2222…` pattern is the **window's own default background**, not XIE +output. Measured on one instance, one connection, 64×64 window: + +``` +BASELINE (window created+mapped+GC, NO export) nz=512 first=88888888888888882222222222222222 +AFTER (create→arm1→PUT_TILE→arm2→EXPORT) nz=512 first=88888888888888882222222222222222 +identical to baseline: True +``` + +So every white-vs-black comparison was vacuous. The measured reason export +draws nothing: the chain is intact but has no source image — + +``` +EXPORTENTRY +EXPORTFLAG f=01 ; global @0xA6220 non-zero, render path taken +EX_BAND a5=003DC4B0 elem@d8=003FDA10 ; photoflo→band→element IS present +EX_ELEM a5=003FDA10 f28=00000000 ; element+0x28 == 0 → no imported image +``` + +The driver copies `element+0x28` into the render params (`0x1B238 +MOVE *A5(0x28),*A11(0x610)`), and the per-element render loop +(`0x1BC38..0x1BF30`, element types 1–5 = crop/scale/rotate/mirror/export) +is never reached. Because the import never runs (`PUT_TILE` → `BadMatch`), +nothing fills `element+0x28`. Evidence: +`evidence/export_paints_nothing.txt`, `evidence/export_chain_trace.log`. + +The correct acceptance test is therefore **"export output differs from a +no-export baseline"**, not "export matches a known pattern". + +A band dump at slot 20's comparison (`0x6AB88`) shows the arming state +`f1=01 f2=02 f4=00010000 f8=0 f12=0 f16=0`. The **second** execute produces no +`BAND` line at all: it fails in the lookup/state path **before** the band +comparison, so no choice of the 35-word comparison fields can reach it. + +The `0x6BA38` pointer was then tested as the resource: a second connection's +before/after peek at the same address (`0x003FDA10`) returned the terminal +message string `"Connection request from IP host 192.168.99.1"`, identical +before and after `PUT_TILE`. So that breakpoint is an **unrelated lookup**, not +the XIE resource; the requested resource diff cannot be obtained with it. +`GHIDRA_XIE_IMPORT.md`'s mapping of that path is therefore wrong. Evidence: +`evidence/mame_look_not_resource.txt`. + +The real resource was then located by scanning the XIE table entry for the +client id (id followed by handler pointer `0x3F566ED0`; resource pointer at ++12). At `0x003FDC50`, the struct is +`id | class=02 | width=64 | height=64 | band-ptr@36 | ptr@44`. Its band record +is at `resource+36` (`0x008FE730`). A full before/after diff around +`PUT_TILE` shows: + +- resource struct: **byte-identical** +- band record: **byte-identical** +- XIE globals `0x1AD800..0x1ADB00`: **no changed bytes** +- second slot-20 execute: still `BadMatch` + +So the post-put gate is **not** in the resource, the band record, or that +global block. Evidence: `evidence/mame_state_diff.txt`. + +Write watchpoints during `PUT_TILE` then identified the gate: + +``` +WPHIT res addr=003FDC80 data=00000000 ; resource byte 48 = 0 +WPHIT band addr=008F6750 data=00000001 ; band byte 12 = 1 +``` + +Slot 20 ANDs `band+0x60` (byte 12) with request byte 16 and requires zero, so +after the put the second execute must use `v16 = 0`: + +``` +arm1 v16=1 -> OK +put -> OK +arm2 v16=0 -> OK +arm2 v16=2/3/4/0x10 -> BadMatch +``` + +That solves the arm-2 gate. **Export is still independent of the pixels**: +solid-white and solid-black both give `nz=512 first=88888888…2222…`. The band +sink pointer `band+0x30` is zero; poking it to the resource’s `+44` pointer did +not change that. + +Slot 7 `{op=1, type=0, id}` was then tested as the bind: with it `PUT_TILE` +returns `BadIDChoice`, and the export pattern is unchanged. So slot 7 is not +the sink bind either. Evidence: `evidence/mame_bind_slot7.txt`. + +Static decode of the payload handoff `0x7EAB640` (file `0x6B640`) shows it is +the **import-element executor**: it selects element type 1/2/3 from +`client+8`, takes the band subobject at `band+0xd8`, calls `0x7E80008`, and +clears the transient payload pointer at `band+0x28`. **`band+0x30` is not used +by the handoff at all.** So the band sink assumption was wrong; the missing +piece is the three-element pipeline definition and its export element, not the +handoff target. Evidence: `evidence/payload_handoff_6b640.txt`. + +A bit/byte correction matters: `*A9(0xd8)` is **byte 27**. The create writes the +band record pointer at byte 27 of the **`+44` array** (`u32@27 = 0x003FDA10`); +the `+36` array has zero at that byte but slot 20 does not use it for the +handoff. So the handoff itself is not a no-op; the **element array** used by +slot 20 is the one that lacks the record. + +Attempting a three-element pipeline (create with band count 3 and levels +`[2,2,2]`) makes arm 1 fail `BadMatch`; the one-band path works but export is +still data-independent. + +Populating the `+36` element record by rdebug poke (`r36+27 ↠0x003FDA10`, the +valid band record from the `+44` array) also leaves export unchanged: +solid-white and solid-black both give `nz=512 first=88888888…2222…`. So the +export path is not driven by that element array either. Evidence: +`evidence/element_poke_no_effect.txt`, `evidence/pipeline_3_elements.txt`. + +Calling slot 21 **before** `PUT_TILE` also gives the same pattern. Slot 21 +allocates a 0xC8-byte export context, calls `0x7E5B152`, then frees the context +at `0x630B0`; the export process block reads the band’s transient payload +pointer at `band+0x28` (byte 5), which slot 19 clears after the handoff. No +ordering of the current requests captures the tile. Evidence: +`evidence/export_before_put.txt`. + +The device-dependent dispatcher `0x7E80008` (file `0x40008`) was instrumented +at its `CALL A11` (`0x40086`): **no DDCALL occurred during `PUT_TILE`**. The +tile data does not reach a DD element worker at all; the dispatcher’s early +type checks reject before the worker call, or the handoff does not reach it. + +Instrumenting the whole path then showed the stronger result: with +`XIEHIT` confirming that minor 19 reaches `XieProc`, **none** of the slot-19 +entry (`0x6A76E`), the handoff (`0x6B640`), or the DD dispatcher breakpoints +fire. The “PUT_TILE OK†is the debugger branch-skip taking an early return, +not an import. The earlier `put OK` results are therefore not evidence of +import, and the minor-19 handler mapping itself needs re-verification. +Evidence: `evidence/class_skip_false_success.txt`, `evidence/no_dd_worker.txt`. + +The live dispatch table then confirmed entry 19 is correct +(`0x3F553B70` → file `0x6A76E`), and with the branch skip removed the real +trace is: + +``` +XIEHIT ... 1381 0088 ... ; minor 19 reaches XieProc +S19ENTRY ; 0x6A76E reached +S19LOOK a8=00000008 ; lookup returns BadMatch +put -> ERR8 bad=id minor=19 +no S19HANDOFF ; 0x7EAB640 never called +``` + +So the real path is blocked at the lookup: it needs a class-3 resource that is +**registered by ID**. Evidence: `evidence/dispatch_entry19.txt`. + +> **Superseded:** the "byte 40 == 0" requirement stated here and below was a +> misreading. Byte 40 is a copy-out field, and the actual reason class 3 is +> unreachable is that `create op 1` never stores the ID at `obj+0`. See +> `evidence/class3_id_not_stored.txt` and the correction near the top of this +> file. The paragraphs that follow record what was tried under the wrong +> assumption; they are kept for history, not as conclusions. + +The bind/copy helper `0x672A4` explains why no class-3 resource qualifies: +for class 2 or 3 it executes `resource+0x140 = source pointer` +(`0x673F4`). Slot 11 is a two-resource bind (lookup id@4, lookup id@8, call +`0x672A4`), so any class-2/3 resource created or bound through this helper has +a non-zero byte 40. No request in the recovered set produces class-3 with +byte 40 clear; slot 43 calls the same helper, and its type descriptors/inputs +remain the only untried route. Evidence: `evidence/bind_672a4.txt`. + +Slot 43 with the source id duplicated as its destination field +(`[A, A, 0…]`) partially changes the resource — the lookup error moves from +`BadMatch` to `BadAccess` once — but the state is unstable: with slot-20 +arming it returns to `BadMatch`, and the real `PUT_TILE` never passes. No +class-3 resource with byte 40 = 0 and a usable band is produced. Evidence: +`evidence/slot43_self.txt`. + +Instrumenting slot 43 directly (`0x65BD0` object, `0x65C46` ID store) for +`[A, 0]` gives: + +``` +S43OBJ a8=00385D90 ; object allocation hit +S43ID ; ID store NEVER hit +slot43 -> BadValue +query 0 / put 0 -> BadIDChoice +``` + +The hit object is a temporary process block; poking its first word to a valid +ID B still leaves B unaddressable (`BadIDChoice`). Slot 43 fails before the ID +store, so it does not create an addressable class-3 resource. Evidence: +`evidence/slot43_instrumentation.txt`. + +A later attempt to locate the live resource by a field-filtered scan also +failed: the `0x60000..0x180000` hits were class-0 copies, and +`0x3E0000..0x400000` contained no matching struct. The resource pointer is not +stable across runs, so the class-byte patch could not be applied to the real +resource. Evidence: `evidence/resource_scan_fail.txt`. + +A deterministic capture at `0x6CC0E` (`RESPTR a7=…`) finally gave the real +pointer. For an op-1 (class-3) resource, byte 40 was `0x003C73D0`; patching it +to 0 still made the real `PUT_TILE` return `BadIDChoice`: + +``` +resource 0x003FDC50 class 3, byte40 0x3C73D0 -> 0 +put -> ERR14 S19LOOK a8=0000000E (BadIDChoice) no S19HANDOFF +``` + +So a class-3 resource is not in the lookup table slot 19 searches, even with +byte 40 forced to 0. The class-3 namespace is separate; patching the struct +does not register it for `PUT_TILE`. Evidence: `evidence/class3_b40_patch.txt`. + +The remaining gap is the destination/sink for the tile data and the export +draw path. Evidence: `evidence/mame_put_gate.txt`, +`evidence/mame_put_watchpoints.log`. + +That leaves the same conclusion as before, now with a concrete invalidated +assumption: the post-`PUT_TILE` state is not reachable through the recovered +addresses, and the 2.3 element/state format remains unknown. + +Evidence: `evidence/xie_export_window_vt1200.png`, +`evidence/xie_export_crop.png`, `evidence/mame_xie_resource.log`, +`evidence/mame_band_arm2.log`, `evidence/mame_look_dump.log`. + +This is the honest ceiling of the current work: the **server** is understood +well enough to create, arm, put and export, but the undocumented pipeline +element format is still required to make the exported image be the client's +pixels. A working DEC XIE 2.3 client library or protocol document is the +missing external input; nothing in the ROM supplies it (`MAME_XIE_TRACE.md` +shows the built-in image test drives hardware directly and never calls XIE). + +```sh +./xiectl23.py # XIE 2.3 session +./probe23.py defaults # set/query op defaults +./probe23.py cs7 0xC0AAAA 0xFFFF # create probe + resource sweep +gcc -O2 -o xshow xshow.c -lX11 +./xshow -display 192.168.99.2:0 -pattern checker -seconds 30 +``` + + + +Other server properties that will matter once a 2.3 image client exists: + +- **Depth 1 / StaticGray.** The VT1200 root is 1 bit deep, so pipelines that + end in `ExportDrawable` must match that visual (`ConvertToIndex`/`Dither`/ + `Point`); `ExportPhotomap` tests display nothing. +- **Image files.** Run from this directory or pass + `-images xc/programs/xieperf/images`. + + +## DEC documentation + +`docs/dec/` holds DEC's own manuals, downloaded rather than guessed at: + +- `DECimage-1200-install-use-...pdf` — the closest DEC document to this + server. Appendix C says the terminal "uses a subset of the XIE protocol", + lists the supported functions (session/resource/transport/geometric/process + control) and the pipeline restrictions. +- `VT1200-user-guide-...pdf` and `VT1200-release-notes-V2.0-...pdf` — no XIE + content, but they establish what the base terminal documents. +- `DTJ-1991-v03-04-...pdf` — DEC Technical Journal article on the bitonal + image accelerator, citing *X Image Extension Concepts, Version 2.4*. +- `VXT2000-user-information-XIE3.0.pdf` — the later DEC terminal that + explicitly documents XIE protocol 3.0. +- `DECwindows-Motif-OpenVMS-XIE-support.pdf` — DECwindows Motif shipped XIE + **3.0** (`XIE$SHRLIB.EXE` + headers), not 5.0 and not the VT1200's 2.3. + +See `docs/dec/README.md` for quotes, part numbers, provenance, and the +software-media checks. DEC did not publish the 2.3 wire encoding in these +manuals, and the surviving Ultrix UWS tapes checked carry no XIE development +kit. So request numbers and lengths still come from the live probes and the +ROM analysis. + +The closest surviving **source** is already in this tree: +`xc/programs/Xserver/XIE/` is DEC/AGE's server-side implementation (protocol +5.0, `session.c` by Dean Verheiden, AGE Logic, 1993), the direct descendant of +the ROM's dispatcher. It is the structural map the Ghidra work is using. + +## Building + +It builds on a modern toolchain, without imake, using the host's X11 +headers and libraries: + +```sh +./build.sh +# built: .../xie/build/xieperf/xieperf +``` + +Requires `gcc`, `libX11-dev`, `libXmu-dev` (and `ar`). `build.sh` stages the +XIE headers as ``, compiles `xc/lib/XIE` into +`build/libXIE.a`, then compiles and links the 35 `xieperf` sources against +it with `-lXmu -lX11 -lm`. + +Flags that matter: `-std=gnu89` keeps the K&R-era source legal on GCC 16, +`-fcommon` preserves its tentative definitions, and `-w` hides the expected +prototype warnings. This was verified with GCC 16.2.1. + +The original imake build (`Imakefile`: `$(XIELIB) $(XMULIB) $(XLIB)`, +`MathLibrary`) still works in an X11R6.1 tree, but needs the whole imake +configuration. + +### Local fixes for DECwindows and modern libX11 + +Two changes were made to the vendored `xc/lib/XIE/init.c` (both marked with +comments in the source): + +1. **Display-lock deadlock.** `XieInitialize` holds the display lock and then + calls `XInitExtension`, a public Xlib function that takes the same lock. + Old single-threaded Xlib made `LockDisplay` a no-op unless `XInitThreads` + had been called, so the bug was invisible; on a modern threaded libX11 it + self-deadlocks in `pthread_mutex_lock` inside `XQueryExtension`. The lock + is now dropped around `XInitExtension` and re-taken afterwards. +2. **Extension name.** XIE's canonical name is `"XIE"`, but DECwindows + registers it as **`"Xie"`**, and extension names are case-sensitive. On + the VT1200: + + ``` + XQueryExtension("XIE") = 0 + XQueryExtension("Xie") = 1, opcode=129 event=64 error=0 + ``` + + `XieInitialize` now tries `"XIE"` and falls back to `"Xie"`. + +Without both fixes `xieperf` either hangs or reports `XIE not supported on +this display!` — neither reflects the server's actual XIE support. + +### Upstream bug: `-showtechs` alone prints usage + +In `xieperf.c` the `-showtechs` branch sets `showTechs` but not `foundOne`, +and `main` calls `usage()` when `foundOne` is false. So this is not a build +problem: + +```sh +./xieperf -display 192.168.99.2:0 -showtechs # prints usage, exits +./xieperf -display 192.168.99.2:0 -showtechs -all # works; -all sets foundOne +``` + +`-showtechs` only prints the capability list and exits before running any +test, so the extra `-all` has no other effect. + +#### The BadMatch gate: `object->byte8` must equal 3 + +The `0x8` is now located. At `0x6BAF4` the lookup compares one byte of the object +against the literal `3` that slot 19 hardcodes: + +``` +6BAEE MOVE *A13(0xff40),A11,0x0 ; = 3 +6BAF2 MOVE *A7,A7,0x0 ; 8-bit field +6BAF4 CMP A7,A11 +6BAF6 JREQ 0x6BBCE ; equal -> selector dispatch +6BAF8 ... MOVK 0x8 ; else BadMatch +``` + +Measured at the `CMP`: `GATE a7=00000001 a11=00000003`. This is exactly the +branch once "skipped" with `pc = 0x3F55DE70` to make `PUT_TILE` report success — +that was never a real path, and we now know what it bypassed. + +`byte8` is **arm-controlled**: the arm request sets it to the 16-bit field at +payload bytes 8..9 (`v12`), measured `v12 = 0,1,2,3 → byte8 = 0,1,2,3`, with +`arm = OK` for `v16 ∈ {0,1}` and `arm = ERR8` for `v16 ∈ {2,3}`. + +**Correction:** `BadAccess(10)` is the *unarmed* path, not progress. `w9=0x100` +with no arm gives `put = ERR10` and the gate is never reached; with `w9=0x300` +the arm fails, so the put was simply unarmed. With `v12=3` armed (`byte8=3`) the +gate is still not reached and neither `0x8` site fires, yet `put` returns `ERR8` +— and sweeping the tile geometry (`64×64`, `1×1`, `63,63`, `128×128`, …) changes +nothing. So `ERR8` has at least two origins in slot 19, and the one that fires +with `byte8=3` is **earlier than the lookup**. + +Evidence: `evidence/badmatch_gate_located.txt`, `evidence/arm_sets_byte8.txt`. + +#### byte8 cannot be raised by any request except create + +Clean instrumentation (`harness/mame/xie_min.lua`, **one** breakpoint) and +corrected field offsets (`byte N = ptr + N*8`, since `ptr` is a bit address). +`byte8` was previously read at `ptr+8`, which is byte **1** — those numbers were +wrong and are superseded. + +Verified mapping from create word 9: + +``` +w9 = 0x000 0x100 0x200 0x300 0x400 +b8 = 0 1 2 3 4 +b9 = 1 1 1 3 1 (b9 = (b8==3) ? 3 : 1) +``` + +Sweeping every other implemented request against a `w9=0x100` (byte8=1) +resource: + +``` +slot 43 (len 10) BadValue b8 1 -> 1 +slot 44 (len 5) BadValue b8 1 -> 1 +slot 40 (len 4) BadValue b8 1 -> 1 +slot 33 (len 4) BadValue b8 1 -> 1 +slot 24 (len 4) REPLY b8 1 -> 1 +slot 19 (len 8) BadAccess b8 1 -> 1 +``` + +**No implemented request moves `byte8`.** Only create does, via word 9's high +byte. With the arm sweep (`v12 = 0..6 × v16 = 0..3`, 28 shapes) the measured +incompatibility stands: + +``` +byte8=1 -> arm OK, put = BadMatch (gate: 1 != 3) +byte8=3 -> arm ERR8 (all 28 shapes), put = BadAccess (unarmed) +``` + +So within the client-reachable request set, `byte8` cannot be raised to 3 while +keeping the resource arm-able. The import cannot reach the handoff, `src_base` +stays 0, and EXPORT has nothing to draw. Evidence: +`evidence/byte8_slot_sweep.txt`. + +**Harness note:** with several requests outstanding on one connection the reply +stream misaligns (arm/create replies are often not read back). That does not +affect these results — `byte8` and the slot-19 error come from independent +reads — but future runs should drain between requests or use one request per +connection. + +#### The wall in code: arm needs `byte8==1`, import needs `byte8==3` + +Found by bisecting slot 20's body with **generated** bit addresses +(`harness/mame/xie_min9.lua`, `bit = 0x3F200000 + file*8` — hand arithmetic had +produced several wrong addresses earlier), valid ids, no-reply model: + +``` +w9=0x100 v14=1 : JREQ_6AB82 -> TGT_6AC34 -> EXIT_6AFDC -> SILENT (success) +w9=0x100 v14=2 : JREQ_6AB82 -> TGT_6AC34 -> E8_2_6AC5C -> BadMatch +w9=0x300 v14=3 : JREQ_6AB82 -> TGT_6AC34 -> E8_4_6ACD4 -> BadMatch +w9=0x300 v14=1 : JREQ_6AB82 -> TGT_6AC34 -> E8_4_6ACD4 -> BadMatch +``` + +The discriminating check: + +``` +6ACBE MOVE *A11(0x40),A7,0x0 ; A7 := object->byte8 +6ACC2 DSJS A7,0x6ACD2 ; byte8==1 -> OK chain +... +6ACCA MOVE *A9(0x68),A7,0x0 ; request byte 13 (mode) +6ACCE SUBK 0x3,A7 +6ACD0 JRNE 0x6AD34 ; mode != 3 -> OK path +6ACD2 MOVK 0x8 ; else BadMatch +``` + +So: + +| request | requires | +|---|---| +| arm (slot 20) | `object->byte8 == 1` (`0x6ACBE`) | +| import (slot 19) | `object->byte8 == 3` (`0x6BAF4`) | + +and `evidence/byte8_slot_sweep.txt` shows **no request changes `byte8` except +create** (`word9>>8`). With the client-reachable request set, a resource cannot be +both arm-able and import-eligible — which is why every configuration ends in +`BadMatch` / `BadAccess` / `BadIDChoice`, `src_base` never becomes non-zero, and +EXPORT has nothing to draw. + +(The `v14` value is validated separately at `0x6AC5C`; `mode != 3` is required at +`0x6AD0`.) Evidence: `evidence/arm_requires_byte8_eq1.txt`. + +#### Closure: no request writes `byte8` + +A write watchpoint on the created resource's `byte8`, armed across a complete +cycle with valid ids and the no-reply model: + +``` +create -> silent (success) obj = 003FDC50 +watch installed at 003FDC90 byte8 read-back = 1 +arm1 -> silent (success) +put -> BadMatch +arm2 -> BadMatch +export -> silent (success) + +byte8 WRITE EVENTS AFTER CREATE: 0 +``` + +Nothing after create writes `byte8`. So the only route to `byte8 == 3` is +`create word9 = 0x300`, and such a resource cannot be armed; an unarmed +resource's import returns `BadAccess` without reaching the gate. + +**Conclusion, with evidence:** a `byte8` transition into the importable state is +not reachable from the client request set. The import cannot be driven, +`src_base` stays 0, and EXPORT has nothing to draw. This closes the last +request-level door in this investigation. + +Residual possibilities are all outside that set: an internal path the watch +never observed (nothing writes it in a normal cycle), an unimplemented minor, or +the real DEC 2.3 sequence differing entirely — which its documentation would +state. Evidence: `evidence/byte8_write_watch_closure.txt`. + +#### The three residual items, tested + +The previous closure was limited to one watchpoint on one resource; all three +residuals are now tested (`evidence/residual_items_tested.txt`): + +1. **Static search for internal byte-8 writers** across every disassembled XIE + handler. Exactly one candidate exists — slot 20 `0x6ABF6..0x6AC00` + (`*A11(0x40) |= request payload byte 16`) — and it is **dead code**: it is + guarded by `*A13(0x40) != 0` at `0x6AB82`, while `*A13(0x40)` is only + *assigned* later at `0x6AD92` from a freshly allocated params block. The + measured fired-path confirms every arm goes `0x6AB82 → 0x6AC34` and never + enters that block. +2. **Runtime watch on a `w9=0x300` resource** (the type the import wants) across + four arm attempts, all `BadMatch`: **0 write events**. +3. **Unimplemented minors** as an alternate import path: all 21 unassigned + minors × lengths 2,3,4,6,8,12 = 126 requests, **every one `BadRequest`**. + +So there is no executing internal writer, no runtime writer, and no second import +entry point. The `byte8` transition into the importable state is unreachable from +the client, `src_base` stays 0, and EXPORT has nothing to draw. + +#### Slot 43 decoded: a reporting request, not an image source + +Length is exactly 10 words. It reads two resource ids (payload words 0 and 1, +looked up through `0x7EA6FA0` at `0x65640`) plus two ROI fields (words 4 and 5), +falling back to the resource's own width/height at `*A13(0x1c0)+0x80/0xa0`. + +The "descriptor tables containing 3.0 / 438.0" are **arrays of IEEE doubles**, +not descriptors — `0x3F533740` reads `00 00 00 00 00 00 08 40` = 3.0, and each +`MOVI` points 8 bytes further into the same array. Each load is followed by two +`MOVE *A8+,*A14+` (one double) and a call into the **printf family** +(`0x7FC1CE6 / 0x7FC18F6 / 0x7FC1CDE`), the same helpers used by the export +timing print and by the logger at `0x7F638C2`. + +Tested live with valid ids and the no-reply model — **17 payload shapes**, +including doubles in every position, single-id and two-id forms, and ROI-shaped +values: **every one returned `BadValue`**. Its exact ROI preconditions were not +reconstructed, but its body is printf-dominated and nothing observed connects it +to `src_base` or to any image data plane. It is therefore not credible as the +image-source element. Evidence: `evidence/slot43_decoded.txt`. + +#### Direct watch on the `src_base` slot, and slots 15 / 22 + +The `src_base` slot itself (`rp+0x610`) was watched, with `rp` captured at the +export breakpoint (`0x1B296`, `A11 = rp`) — `rp = 00913330`, slot = `00913940`. + +``` +create/arm1/put/export#1 put BadMatch, export#1 BadMatch +slot15 [id,0] silent (success) +slot22 [id] silent (success) +slot15 [id,id] silent (success) +arm2, export#2 silent (success) + +rp+0x610 after export#1 = 00000000 +rp+0x610 after export#2 = 00000000 + +18 writes at 00913940; only XIE writer is pc=3F2D91F0 (file 0x1B23E, the known +`MOVE *A5(0x28),*A11(0x610)` copy) and it writes 0. The 0x55/0xB055/0x90E6 +values are heap-fill and allocator metadata. +``` + +Slots 15 and 22 are permissive (they accept `[id,0]`, `[id,id]`, `[id]`) but +neither produces a non-zero write to `src_base`. Also confirmed: export returns +`BadMatch` if `arm2` has not been issued, and is silent/success once it has — +consistent with the earlier arm2 gate. + +So the source image buffer is never produced, by any path watched. Evidence: +`evidence/srcbase_watch_and_slots15_22.txt`. + +#### Slot 43 excluded: it validates doubles and prints, it does not source images + +`BadValue` comes from a double comparison against its table: it loads a double +(`0x3F533740` = 3.0, `0x3F533780`, `0x3F533900`, … successive 8-byte entries) and +calls `0x7FC1CE6 / 0x7FC18F6 / 0x7FC1CDE`: + +``` +658B8 CALLA 0x07FC1CDE +658BE JREQ 0x658CA ; equal -> continue +658C0 MOVK 0x2,A7 ; else BadValue +``` + +Its one element-chain block copies each element's `+0x1a8` into a **frame-local +array** for printing (`659E2 *A11(0x140) = *A7(0x1a8)`, with `A11 = A13 + i*4`), +not into the resource. Every store goes to frame locals or the params block; it +never writes `resource+0x140`, never writes `rp+0x610`, and allocates no image +buffer. + +Empirically, with a write watch on the real `src_base` (`rp = 0091F090` → +`0091F6A0`), four slot-43 shapes all returned `BadValue` and the 64 watch events +were all `00000000` or `00000055` (allocator fill) from export's own copy +(`pc=3F2D91F0`) and allocator PCs — **no non-zero image pointer**. + +So slot 43 is a reporting/describe request and cannot be the source of the image. +This closes the last implemented slot whose acceptance condition was unresolved. +Evidence: `evidence/slot43_excluded.txt`. + +#### Slot 43: acceptance precondition still not satisfied (honest status) + +The table is little-endian doubles (TMS34010 is LE): `0x3F533780 = 3.0`, +`0x3F5337C0 = 871.0`, `0x3F533800 = 873.0`, `0x3F533840 = 217.0`, +`0x3F533880 = 219.0`. + +Logging the two frame locals pushed as the operand pair at the double-compare +sites (`0x656B0` = "CMP740", `0x658B8` = "CMP900"): + +``` +[id,0,0,0,...] BadValue CMP740 a0=00000000 a1=00000000 +[id,0,3.0hi,0,...] BadValue CMP740 a0=00000000 a1=00000000 +[id,0,0,3.0hi,0,...] BadValue CMP740 a0=FFF7D264 a1=BFE800FF +``` + +`CMP900` — the site that raises `BadValue` at `0x658C0` — **never fired**, so the +rejection happens *earlier* than the comparison I was chasing, and the doubles +are not read from the payload words tried. + +**Status of the slot-43 claim:** it is excluded on *code reading* (a per-element +reporting loop copying `element+0x1a8` into a frame-local array, then printf) and +on watched evidence that no slot-43 request produced a non-zero write to +`src_base` — **not** on a completed, accepted request. Its exact acceptance +precondition remains unknown. This is recorded rather than glossed: the +implemented surface is not fully exercised until that precondition is found. +Evidence: `evidence/slot43_compare_operands.txt`. + +#### The render driver itself returns 2 to slot 43 + +Instrumented slot-43 tail (9 breakpoints, generated addresses, valid ids, isolated +connection, create drained first): + +``` +T_LOOKUP_OK 0x65646 lookup returned 0 +T_RENDER_RET 0x65BFE a8 = 00000002 <-- the DRIVER returned 2 +T_JREQ 0x65C02 non-zero path +T_FREE 0x65C06 +(T_MERGE 0x65C46 did not fire) +``` + +So slot 43 calls `0x07E5B152` (file `0x1B152`, the render/export driver) and **that +call returns 2** — which is what the client sees as `BadValue`. Neither of slot +43's own `MOVK 0x2` sites is involved. + +The single `MOVK 0x2` in the driver's first 240 instructions (`0x1B360`) is an +*element type* write (`MOVB *A11,*A5(0x58)`), not an error code, so the 2 comes +from another exit of `0x1B152`. + +**Caveat recorded:** after `T_FREE` (`0x65C06`) the code falls through to `0x65C46`, +yet that breakpoint did not fire. Either it was dropped (despite only 9 armed) or +the free call does not return normally; I did not resolve which, so the tail path +after `0x65C06` is not fully established. + +What is established: the failure is inside the **render driver**, not in slot 43's +checks, not in the import lookup, and **not the `byte8` gate**. An accepted slot 43 +would drive the render path directly. Evidence: +`evidence/render_driver_returns_2.txt`. + +#### The manual (EK-V120I-IN-001) and the documented display path + +`docs/EK-V120I-IN-001_installing-DECimage-1200.txt` — Appendix C, Table C–1 — +gives the semantic model this project had been inferring: + +- supported requests: `INIT_SESSION`, `SET/QUERY_OP_DEFAULTS`, `TERM_SESSION`, + `CREATE_BY_VALUE`, `CREATE_BY_REFERENCE`, `DELETE_RESOURCE`, `QUERY_RESOURCE`, + `EXPORT`, `FREE_EXPORT`, `QUERY_EXPORT`, `SET/ABORT_TRANSPORT`, `PUT_TILE`, + `PUT_STREAM`, `SCALE`, `ROTATE`, `MIRROR`, `CROP`, `EXECUTE_PHOTOFLO`, + `ABORT_PHOTOFLO`, `BIND_PHOTOFLO`, `TAP_PHOTOFLO`, `SELECT/QUERY_EVENTS`; +- "Always use pipelines"; elements limited to `scale, crop, rotate, mirror, + export`, at most one of each, **must always end with export**, prefer that + order, max 15; +- **`XIEP_EXPORT` "Creates a new server PIXMAP resource object"**, and images are + displayed "by copying from a pixmap … using `XCopyArea` or `XCopyPlane`"; +- `SET_OP_DEFAULTS`: **"Bits/pixel parameter value must be 1"**; +- rotate only 0/90/180/270; width/height must be 0 or match the rotated source; + tap only on an empty pipeline; no DCT; no server→client transport; +- **errors**: "The client receives a Bad Request or **Bad Match or Bad Value** X + error … Do not invoke an XIE protocol request that is implemented, but + **violates its restricted use**." + +That last point reframes much of this investigation: `BadMatch`/`BadValue` are +documented, *expected* responses to a restriction violation (including "create +non-bitonal image objects"), not bugs — and `byte8` is most likely the +**bits/pixel** field, which must be 1. + +Implemented the documented display path (`evidence/export_query_copyarea.txt`): +`EXPORT` → `QUERY_EXPORT` (op 3/4 reply, 64×64 + pointers + resource id) → +`XCopyArea` → `GetImage`. The export context reply does **not** carry a usable +pixmap XID — its id-like field varies per run (`0x00920101`, `0x00380101`, +`0x00330101`, `0x00360101`) and looks like a heap pointer; `XCopyArea` rejects +each with `BadDrawable`. Window unchanged for solid-white and solid-black. diff --git a/xie/build.sh b/xie/build.sh new file mode 100755 index 0000000..8781718 --- /dev/null +++ b/xie/build.sh @@ -0,0 +1,41 @@ +#!/bin/sh +# Build XIElib and xieperf from the vendored X11R6.1 sources. +# +# The original imake build assumes a complete X11R6 tree. This script uses the +# host X11 headers/libraries instead (needs libX11 and libXmu development +# packages). Output: build/xieperf/xieperf +set -eu + +cd "$(dirname "$0")" +ROOT=$(pwd) +BUILD="$ROOT/build" + +CC=${CC:-gcc} +CFLAGS=${CFLAGS:--O2 -std=gnu89 -fcommon -w} + +rm -rf "$BUILD" +mkdir -p "$BUILD/include/X11/extensions" "$BUILD/xieperf" + +# XIElib.h installs as ; stage the headers in the +# layout the sources include them with. +cp xc/include/extensions/XIE.h \ + xc/include/extensions/XIEproto.h \ + xc/include/extensions/XIEprotost.h \ + xc/lib/XIE/XIElib.h \ + "$BUILD/include/X11/extensions/" + +echo "== XIElib" +for f in xc/lib/XIE/*.c; do + $CC $CFLAGS -I"$BUILD/include" -c "$f" -o "$BUILD/$(basename "${f%.c}").o" +done +ar rcs "$BUILD/libXIE.a" "$BUILD"/*.o + +echo "== xieperf" +for f in xc/programs/xieperf/*.c; do + $CC $CFLAGS -I"$BUILD/include" -Ixc/programs/xieperf \ + -c "$f" -o "$BUILD/xieperf/$(basename "${f%.c}").o" +done +$CC -o "$BUILD/xieperf/xieperf" "$BUILD"/xieperf/*.o "$BUILD/libXIE.a" \ + -lXmu -lX11 -lm + +echo "built: $BUILD/xieperf/xieperf" diff --git a/xie/build/abort.o b/xie/build/abort.o new file mode 100644 index 0000000..04dc74b Binary files /dev/null and b/xie/build/abort.o differ diff --git a/xie/build/await.o b/xie/build/await.o new file mode 100644 index 0000000..528e197 Binary files /dev/null and b/xie/build/await.o differ diff --git a/xie/build/clientdata.o b/xie/build/clientdata.o new file mode 100644 index 0000000..5a07399 Binary files /dev/null and b/xie/build/clientdata.o differ diff --git a/xie/build/colorlist.o b/xie/build/colorlist.o new file mode 100644 index 0000000..ac9caf9 Binary files /dev/null and b/xie/build/colorlist.o differ diff --git a/xie/build/conven.o b/xie/build/conven.o new file mode 100644 index 0000000..964c675 Binary files /dev/null and b/xie/build/conven.o differ diff --git a/xie/build/dec/MITMisc.h b/xie/build/dec/MITMisc.h new file mode 100644 index 0000000..8374c32 --- /dev/null +++ b/xie/build/dec/MITMisc.h @@ -0,0 +1,88 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/************************************************************ +Copyright 1989 by The Massachusetts Institute of Technology + +Permission to use, copy, modify, and distribute this +software and its documentation for any purpose and without +fee is hereby granted, provided that the above copyright +no- tice appear in all copies and that both that copyright +no- tice and this permission notice appear in supporting +docu- mentation, and that the name of MIT not be used in +advertising or publicity pertaining to distribution of the +software without specific prior written permission. +M.I.T. makes no representation about the suitability of +this software for any purpose. It is provided "as is" +without any express or implied warranty. + +********************************************************/ + +/* RANDOM CRUFT! THIS HAS NO OFFICIAL X CONSORTIUM BLESSING */ + +/* $XConsortium: MITMisc.h,v 1.4 91/07/12 10:06:43 rws Exp $ */ + +#ifndef _XMITMISC_H_ +#define _XMITMISC_H_ + +#include + +#define X_MITSetBugMode 0 +#define X_MITGetBugMode 1 + +#define MITMiscNumberEvents 0 + +#define MITMiscNumberErrors 0 + +#ifndef _MITMISC_SERVER_ + +_XFUNCPROTOBEGIN + +Bool XMITMiscQueryExtension( +#if NeedFunctionPrototypes + Display* /* dpy */, + int* /* event_basep */, + int* /* error_basep */ +#endif +); + +Status XMITMiscSetBugMode( +#if NeedFunctionPrototypes + Display* /* dpy */, + Bool /* onOff */ +#endif +); + +Bool XMITMiscGetBugMode( +#if NeedFunctionPrototypes + Display* /* dpy */ +#endif +); + +_XFUNCPROTOEND + +#endif + +#endif diff --git a/xie/build/dec/X.h b/xie/build/dec/X.h new file mode 100644 index 0000000..4df7d22 --- /dev/null +++ b/xie/build/dec/X.h @@ -0,0 +1,717 @@ +/* Definitions for the X window system likely to be used by applications */ + +#ifndef X_H +#define X_H + +/*********************************************************** + +Copyright 1987, 1998 The Open Group + +Permission to use, copy, modify, distribute, and sell this software and its +documentation for any purpose is hereby granted without fee, provided that +the above copyright notice appear in all copies and that both that +copyright notice and this permission notice appear in supporting +documentation. + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +OPEN GROUP BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of The Open Group shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from The Open Group. + + +Copyright 1987 by Digital Equipment Corporation, Maynard, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +#define X_PROTOCOL 11 /* current protocol version */ +#define X_PROTOCOL_REVISION 0 /* current minor version */ + +/* Resources */ + +/* + * _XSERVER64 must ONLY be defined when compiling X server sources on + * systems where unsigned long is not 32 bits, must NOT be used in + * client or library code. + */ +#ifndef _XSERVER64 +# ifndef _XTYPEDEF_XID +# define _XTYPEDEF_XID +typedef unsigned long XID; +# endif +# ifndef _XTYPEDEF_MASK +# define _XTYPEDEF_MASK +typedef unsigned long Mask; +# endif +# ifndef _XTYPEDEF_ATOM +# define _XTYPEDEF_ATOM +typedef unsigned long Atom; /* Also in Xdefs.h */ +# endif +typedef unsigned long VisualID; +typedef unsigned long Time; +#else +# include +# ifndef _XTYPEDEF_XID +# define _XTYPEDEF_XID +typedef CARD32 XID; +# endif +# ifndef _XTYPEDEF_MASK +# define _XTYPEDEF_MASK +typedef CARD32 Mask; +# endif +# ifndef _XTYPEDEF_ATOM +# define _XTYPEDEF_ATOM +typedef CARD32 Atom; +# endif +typedef CARD32 VisualID; +typedef CARD32 Time; +#endif + +typedef XID Window; +typedef XID Drawable; +#ifndef _XTYPEDEF_FONT +# define _XTYPEDEF_FONT +typedef XID Font; +#endif +typedef XID Pixmap; +typedef XID Cursor; +typedef XID Colormap; +typedef XID GContext; +typedef XID KeySym; + +typedef unsigned char KeyCode; + +/***************************************************************** + * RESERVED RESOURCE AND CONSTANT DEFINITIONS + *****************************************************************/ + +#ifndef None +#define None 0L /* universal null resource or null atom */ +#endif + +#define ParentRelative 1L /* background pixmap in CreateWindow + and ChangeWindowAttributes */ + +#define CopyFromParent 0L /* border pixmap in CreateWindow + and ChangeWindowAttributes + special VisualID and special window + class passed to CreateWindow */ + +#define PointerWindow 0L /* destination window in SendEvent */ +#define InputFocus 1L /* destination window in SendEvent */ + +#define PointerRoot 1L /* focus window in SetInputFocus */ + +#define AnyPropertyType 0L /* special Atom, passed to GetProperty */ + +#define AnyKey 0L /* special Key Code, passed to GrabKey */ + +#define AnyButton 0L /* special Button Code, passed to GrabButton */ + +#define AllTemporary 0L /* special Resource ID passed to KillClient */ + +#define CurrentTime 0L /* special Time */ + +#define NoSymbol 0L /* special KeySym */ + +/***************************************************************** + * EVENT DEFINITIONS + *****************************************************************/ + +/* Input Event Masks. Used as event-mask window attribute and as arguments + to Grab requests. Not to be confused with event names. */ + +#define NoEventMask 0L +#define KeyPressMask (1L<<0) +#define KeyReleaseMask (1L<<1) +#define ButtonPressMask (1L<<2) +#define ButtonReleaseMask (1L<<3) +#define EnterWindowMask (1L<<4) +#define LeaveWindowMask (1L<<5) +#define PointerMotionMask (1L<<6) +#define PointerMotionHintMask (1L<<7) +#define Button1MotionMask (1L<<8) +#define Button2MotionMask (1L<<9) +#define Button3MotionMask (1L<<10) +#define Button4MotionMask (1L<<11) +#define Button5MotionMask (1L<<12) +#define ButtonMotionMask (1L<<13) +#define KeymapStateMask (1L<<14) +#define ExposureMask (1L<<15) +#define VisibilityChangeMask (1L<<16) +#define StructureNotifyMask (1L<<17) +#define ResizeRedirectMask (1L<<18) +#define SubstructureNotifyMask (1L<<19) +#define SubstructureRedirectMask (1L<<20) +#define FocusChangeMask (1L<<21) +#define PropertyChangeMask (1L<<22) +#define ColormapChangeMask (1L<<23) +#define OwnerGrabButtonMask (1L<<24) + +/* Event names. Used in "type" field in XEvent structures. Not to be +confused with event masks above. They start from 2 because 0 and 1 +are reserved in the protocol for errors and replies. */ + +#define KeyPress 2 +#define KeyRelease 3 +#define ButtonPress 4 +#define ButtonRelease 5 +#define MotionNotify 6 +#define EnterNotify 7 +#define LeaveNotify 8 +#define FocusIn 9 +#define FocusOut 10 +#define KeymapNotify 11 +#define Expose 12 +#define GraphicsExpose 13 +#define NoExpose 14 +#define VisibilityNotify 15 +#define CreateNotify 16 +#define DestroyNotify 17 +#define UnmapNotify 18 +#define MapNotify 19 +#define MapRequest 20 +#define ReparentNotify 21 +#define ConfigureNotify 22 +#define ConfigureRequest 23 +#define GravityNotify 24 +#define ResizeRequest 25 +#define CirculateNotify 26 +#define CirculateRequest 27 +#define PropertyNotify 28 +#define SelectionClear 29 +#define SelectionRequest 30 +#define SelectionNotify 31 +#define ColormapNotify 32 +#define ClientMessage 33 +#define MappingNotify 34 +#define GenericEvent 35 +#define LASTEvent 36 /* must be bigger than any event # */ + + +/* Key masks. Used as modifiers to GrabButton and GrabKey, results of QueryPointer, + state in various key-, mouse-, and button-related events. */ + +#define ShiftMask (1<<0) +#define LockMask (1<<1) +#define ControlMask (1<<2) +#define Mod1Mask (1<<3) +#define Mod2Mask (1<<4) +#define Mod3Mask (1<<5) +#define Mod4Mask (1<<6) +#define Mod5Mask (1<<7) + +/* modifier names. Used to build a SetModifierMapping request or + to read a GetModifierMapping request. These correspond to the + masks defined above. */ +#define ShiftMapIndex 0 +#define LockMapIndex 1 +#define ControlMapIndex 2 +#define Mod1MapIndex 3 +#define Mod2MapIndex 4 +#define Mod3MapIndex 5 +#define Mod4MapIndex 6 +#define Mod5MapIndex 7 + + +/* button masks. Used in same manner as Key masks above. Not to be confused + with button names below. */ + +#define Button1Mask (1<<8) +#define Button2Mask (1<<9) +#define Button3Mask (1<<10) +#define Button4Mask (1<<11) +#define Button5Mask (1<<12) + +#define AnyModifier (1<<15) /* used in GrabButton, GrabKey */ + + +/* button names. Used as arguments to GrabButton and as detail in ButtonPress + and ButtonRelease events. Not to be confused with button masks above. + Note that 0 is already defined above as "AnyButton". */ + +#define Button1 1 +#define Button2 2 +#define Button3 3 +#define Button4 4 +#define Button5 5 + +/* Notify modes */ + +#define NotifyNormal 0 +#define NotifyGrab 1 +#define NotifyUngrab 2 +#define NotifyWhileGrabbed 3 + +#define NotifyHint 1 /* for MotionNotify events */ + +/* Notify detail */ + +#define NotifyAncestor 0 +#define NotifyVirtual 1 +#define NotifyInferior 2 +#define NotifyNonlinear 3 +#define NotifyNonlinearVirtual 4 +#define NotifyPointer 5 +#define NotifyPointerRoot 6 +#define NotifyDetailNone 7 + +/* Visibility notify */ + +#define VisibilityUnobscured 0 +#define VisibilityPartiallyObscured 1 +#define VisibilityFullyObscured 2 + +/* Circulation request */ + +#define PlaceOnTop 0 +#define PlaceOnBottom 1 + +/* protocol families */ + +#define FamilyInternet 0 /* IPv4 */ +#define FamilyDECnet 1 +#define FamilyChaos 2 +#define FamilyInternet6 6 /* IPv6 */ + +/* authentication families not tied to a specific protocol */ +#define FamilyServerInterpreted 5 + +/* Property notification */ + +#define PropertyNewValue 0 +#define PropertyDelete 1 + +/* Color Map notification */ + +#define ColormapUninstalled 0 +#define ColormapInstalled 1 + +/* GrabPointer, GrabButton, GrabKeyboard, GrabKey Modes */ + +#define GrabModeSync 0 +#define GrabModeAsync 1 + +/* GrabPointer, GrabKeyboard reply status */ + +#define GrabSuccess 0 +#define AlreadyGrabbed 1 +#define GrabInvalidTime 2 +#define GrabNotViewable 3 +#define GrabFrozen 4 + +/* AllowEvents modes */ + +#define AsyncPointer 0 +#define SyncPointer 1 +#define ReplayPointer 2 +#define AsyncKeyboard 3 +#define SyncKeyboard 4 +#define ReplayKeyboard 5 +#define AsyncBoth 6 +#define SyncBoth 7 + +/* Used in SetInputFocus, GetInputFocus */ + +#define RevertToNone (int)None +#define RevertToPointerRoot (int)PointerRoot +#define RevertToParent 2 + +/***************************************************************** + * ERROR CODES + *****************************************************************/ + +#define Success 0 /* everything's okay */ +#define BadRequest 1 /* bad request code */ +#define BadValue 2 /* int parameter out of range */ +#define BadWindow 3 /* parameter not a Window */ +#define BadPixmap 4 /* parameter not a Pixmap */ +#define BadAtom 5 /* parameter not an Atom */ +#define BadCursor 6 /* parameter not a Cursor */ +#define BadFont 7 /* parameter not a Font */ +#define BadMatch 8 /* parameter mismatch */ +#define BadDrawable 9 /* parameter not a Pixmap or Window */ +#define BadAccess 10 /* depending on context: + - key/button already grabbed + - attempt to free an illegal + cmap entry + - attempt to store into a read-only + color map entry. + - attempt to modify the access control + list from other than the local host. + */ +#define BadAlloc 11 /* insufficient resources */ +#define BadColor 12 /* no such colormap */ +#define BadGC 13 /* parameter not a GC */ +#define BadIDChoice 14 /* choice not in range or already used */ +#define BadName 15 /* font or color name doesn't exist */ +#define BadLength 16 /* Request length incorrect */ +#define BadImplementation 17 /* server is defective */ + +#define FirstExtensionError 128 +#define LastExtensionError 255 + +/***************************************************************** + * WINDOW DEFINITIONS + *****************************************************************/ + +/* Window classes used by CreateWindow */ +/* Note that CopyFromParent is already defined as 0 above */ + +#define InputOutput 1 +#define InputOnly 2 + +/* Window attributes for CreateWindow and ChangeWindowAttributes */ + +#define CWBackPixmap (1L<<0) +#define CWBackPixel (1L<<1) +#define CWBorderPixmap (1L<<2) +#define CWBorderPixel (1L<<3) +#define CWBitGravity (1L<<4) +#define CWWinGravity (1L<<5) +#define CWBackingStore (1L<<6) +#define CWBackingPlanes (1L<<7) +#define CWBackingPixel (1L<<8) +#define CWOverrideRedirect (1L<<9) +#define CWSaveUnder (1L<<10) +#define CWEventMask (1L<<11) +#define CWDontPropagate (1L<<12) +#define CWColormap (1L<<13) +#define CWCursor (1L<<14) + +/* ConfigureWindow structure */ + +#define CWX (1<<0) +#define CWY (1<<1) +#define CWWidth (1<<2) +#define CWHeight (1<<3) +#define CWBorderWidth (1<<4) +#define CWSibling (1<<5) +#define CWStackMode (1<<6) + + +/* Bit Gravity */ + +#define ForgetGravity 0 +#define NorthWestGravity 1 +#define NorthGravity 2 +#define NorthEastGravity 3 +#define WestGravity 4 +#define CenterGravity 5 +#define EastGravity 6 +#define SouthWestGravity 7 +#define SouthGravity 8 +#define SouthEastGravity 9 +#define StaticGravity 10 + +/* Window gravity + bit gravity above */ + +#define UnmapGravity 0 + +/* Used in CreateWindow for backing-store hint */ + +#define NotUseful 0 +#define WhenMapped 1 +#define Always 2 + +/* Used in GetWindowAttributes reply */ + +#define IsUnmapped 0 +#define IsUnviewable 1 +#define IsViewable 2 + +/* Used in ChangeSaveSet */ + +#define SetModeInsert 0 +#define SetModeDelete 1 + +/* Used in ChangeCloseDownMode */ + +#define DestroyAll 0 +#define RetainPermanent 1 +#define RetainTemporary 2 + +/* Window stacking method (in configureWindow) */ + +#define Above 0 +#define Below 1 +#define TopIf 2 +#define BottomIf 3 +#define Opposite 4 + +/* Circulation direction */ + +#define RaiseLowest 0 +#define LowerHighest 1 + +/* Property modes */ + +#define PropModeReplace 0 +#define PropModePrepend 1 +#define PropModeAppend 2 + +/***************************************************************** + * GRAPHICS DEFINITIONS + *****************************************************************/ + +/* graphics functions, as in GC.alu */ + +#define GXclear 0x0 /* 0 */ +#define GXand 0x1 /* src AND dst */ +#define GXandReverse 0x2 /* src AND NOT dst */ +#define GXcopy 0x3 /* src */ +#define GXandInverted 0x4 /* NOT src AND dst */ +#define GXnoop 0x5 /* dst */ +#define GXxor 0x6 /* src XOR dst */ +#define GXor 0x7 /* src OR dst */ +#define GXnor 0x8 /* NOT src AND NOT dst */ +#define GXequiv 0x9 /* NOT src XOR dst */ +#define GXinvert 0xa /* NOT dst */ +#define GXorReverse 0xb /* src OR NOT dst */ +#define GXcopyInverted 0xc /* NOT src */ +#define GXorInverted 0xd /* NOT src OR dst */ +#define GXnand 0xe /* NOT src OR NOT dst */ +#define GXset 0xf /* 1 */ + +/* LineStyle */ + +#define LineSolid 0 +#define LineOnOffDash 1 +#define LineDoubleDash 2 + +/* capStyle */ + +#define CapNotLast 0 +#define CapButt 1 +#define CapRound 2 +#define CapProjecting 3 + +/* joinStyle */ + +#define JoinMiter 0 +#define JoinRound 1 +#define JoinBevel 2 + +/* fillStyle */ + +#define FillSolid 0 +#define FillTiled 1 +#define FillStippled 2 +#define FillOpaqueStippled 3 + +/* fillRule */ + +#define EvenOddRule 0 +#define WindingRule 1 + +/* subwindow mode */ + +#define ClipByChildren 0 +#define IncludeInferiors 1 + +/* SetClipRectangles ordering */ + +#define Unsorted 0 +#define YSorted 1 +#define YXSorted 2 +#define YXBanded 3 + +/* CoordinateMode for drawing routines */ + +#define CoordModeOrigin 0 /* relative to the origin */ +#define CoordModePrevious 1 /* relative to previous point */ + +/* Polygon shapes */ + +#define Complex 0 /* paths may intersect */ +#define Nonconvex 1 /* no paths intersect, but not convex */ +#define Convex 2 /* wholly convex */ + +/* Arc modes for PolyFillArc */ + +#define ArcChord 0 /* join endpoints of arc */ +#define ArcPieSlice 1 /* join endpoints to center of arc */ + +/* GC components: masks used in CreateGC, CopyGC, ChangeGC, OR'ed into + GC.stateChanges */ + +#define GCFunction (1L<<0) +#define GCPlaneMask (1L<<1) +#define GCForeground (1L<<2) +#define GCBackground (1L<<3) +#define GCLineWidth (1L<<4) +#define GCLineStyle (1L<<5) +#define GCCapStyle (1L<<6) +#define GCJoinStyle (1L<<7) +#define GCFillStyle (1L<<8) +#define GCFillRule (1L<<9) +#define GCTile (1L<<10) +#define GCStipple (1L<<11) +#define GCTileStipXOrigin (1L<<12) +#define GCTileStipYOrigin (1L<<13) +#define GCFont (1L<<14) +#define GCSubwindowMode (1L<<15) +#define GCGraphicsExposures (1L<<16) +#define GCClipXOrigin (1L<<17) +#define GCClipYOrigin (1L<<18) +#define GCClipMask (1L<<19) +#define GCDashOffset (1L<<20) +#define GCDashList (1L<<21) +#define GCArcMode (1L<<22) + +#define GCLastBit 22 +/***************************************************************** + * FONTS + *****************************************************************/ + +/* used in QueryFont -- draw direction */ + +#define FontLeftToRight 0 +#define FontRightToLeft 1 + +#define FontChange 255 + +/***************************************************************** + * IMAGING + *****************************************************************/ + +/* ImageFormat -- PutImage, GetImage */ + +#define XYBitmap 0 /* depth 1, XYFormat */ +#define XYPixmap 1 /* depth == drawable depth */ +#define ZPixmap 2 /* depth == drawable depth */ + +/***************************************************************** + * COLOR MAP STUFF + *****************************************************************/ + +/* For CreateColormap */ + +#define AllocNone 0 /* create map with no entries */ +#define AllocAll 1 /* allocate entire map writeable */ + + +/* Flags used in StoreNamedColor, StoreColors */ + +#define DoRed (1<<0) +#define DoGreen (1<<1) +#define DoBlue (1<<2) + +/***************************************************************** + * CURSOR STUFF + *****************************************************************/ + +/* QueryBestSize Class */ + +#define CursorShape 0 /* largest size that can be displayed */ +#define TileShape 1 /* size tiled fastest */ +#define StippleShape 2 /* size stippled fastest */ + +/***************************************************************** + * KEYBOARD/POINTER STUFF + *****************************************************************/ + +#define AutoRepeatModeOff 0 +#define AutoRepeatModeOn 1 +#define AutoRepeatModeDefault 2 + +#define LedModeOff 0 +#define LedModeOn 1 + +/* masks for ChangeKeyboardControl */ + +#define KBKeyClickPercent (1L<<0) +#define KBBellPercent (1L<<1) +#define KBBellPitch (1L<<2) +#define KBBellDuration (1L<<3) +#define KBLed (1L<<4) +#define KBLedMode (1L<<5) +#define KBKey (1L<<6) +#define KBAutoRepeatMode (1L<<7) + +#define MappingSuccess 0 +#define MappingBusy 1 +#define MappingFailed 2 + +#define MappingModifier 0 +#define MappingKeyboard 1 +#define MappingPointer 2 + +/***************************************************************** + * SCREEN SAVER STUFF + *****************************************************************/ + +#define DontPreferBlanking 0 +#define PreferBlanking 1 +#define DefaultBlanking 2 + +#define DisableScreenSaver 0 +#define DisableScreenInterval 0 + +#define DontAllowExposures 0 +#define AllowExposures 1 +#define DefaultExposures 2 + +/* for ForceScreenSaver */ + +#define ScreenSaverReset 0 +#define ScreenSaverActive 1 + +/***************************************************************** + * HOSTS AND CONNECTIONS + *****************************************************************/ + +/* for ChangeHosts */ + +#define HostInsert 0 +#define HostDelete 1 + +/* for ChangeAccessControl */ + +#define EnableAccess 1 +#define DisableAccess 0 + +/* Display classes used in opening the connection + * Note that the statically allocated ones are even numbered and the + * dynamically changeable ones are odd numbered */ + +#define StaticGray 0 +#define GrayScale 1 +#define StaticColor 2 +#define PseudoColor 3 +#define TrueColor 4 +#define DirectColor 5 + + +/* Byte order used in imageByteOrder and bitmapBitOrder */ + +#define LSBFirst 0 +#define MSBFirst 1 + +#endif /* X_H */ diff --git a/xie/build/dec/X11/extensions/XieAppl.h b/xie/build/dec/X11/extensions/XieAppl.h new file mode 100644 index 0000000..1908e40 --- /dev/null +++ b/xie/build/dec/X11/extensions/XieAppl.h @@ -0,0 +1,295 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright 1989-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** The Xie module contains definitions used by all of the XIE layers +** -- from the applications level through the XIE server levels. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** April 20, 1989 +** +************************************************************************/ + + /* + ** Symbol XIEAPPL allows XieAppl.h to be included multiple times. + */ +#ifndef XIEAPPL +#define XIEAPPL /* The "endif" MUST be the last line of this file. */ + +/***************************************************************************** +** Constants +*****************************************************************************/ + /* + ** X Image Extension name string + */ +#define XieS_Name "Xie" + + /* + ** Number of supported Events and Errors + */ +#define XieK_NumErrors 0 +#define XieK_NumEvents 3 + /* + ** Xie Event constants + */ +#define XieK_ComputationEvent 0 +#define XieK_PhotofloEvent 1 +#define XieK_DisplayEvent 2 + /* + ** Xie Event masks + */ +#define XieM_ComputationEvent (1< +#else +#include +#endif +#endif /* XIEAPPL */ + +/* +** MACRO definitions +*/ + /* + ** Return the minimum number of bits required to contain the specified + ** number of levels. Levels == 0 indicates unconstrained data of type + ** float. <<<< remember to include math.h >>>> + */ +#define BitsFromLevels_(levels) \ + ((levels) > 2 ? ((int)(ceil(log10((double)levels)/log10(2.0)))) : \ + (levels) > 0 ? 1 : sizeof(float) * 8) + /* + ** Determine if a value is a valid pointer or an error code. + ** <<<< remember to include X.h >>>> + */ +#ifdef BadImplementation +#define IsPointer_(ptr) (((unsigned long)(ptr)) > BadImplementation) +#endif + /* + ** Convenience macros for accessing generic UdpPtr fields. + */ +#define upPxlLen_(udp) ((udp)->UdpW_PixelLength) +#define upDType_(udp) ((udp)->UdpB_DType) +#define upClass_(udp) ((udp)->UdpB_Class) +#define upBase_(udp) ((udp)->UdpA_Base) +#define upArSize_(udp) ((udp)->UdpL_ArSize) +#define upPxlStr_(udp) ((udp)->UdpL_PxlStride) +#define upScnStr_(udp) ((udp)->UdpL_ScnStride) +#define upX1_(udp) ((udp)->UdpL_X1) +#define upX2_(udp) ((udp)->UdpL_X2) +#define upY1_(udp) ((udp)->UdpL_Y1) +#define upY2_(udp) ((udp)->UdpL_Y2) +#define upWidth_(udp) ((udp)->UdpL_PxlPerScn) +#define upHeight_(udp) ((udp)->UdpL_ScnCnt) +#define upPos_(udp) ((udp)->UdpL_Pos) +#define upCmpIdx_(udp) ((udp)->UdpL_CompIdx) +#define upLvl_(udp) ((udp)->UdpL_Levels) + /* + ** Convenience macros for accessing generic UdpRec fields. + */ +#define urPxlLen_(udp) ((udp).UdpW_PixelLength) +#define urDType_(udp) ((udp).UdpB_DType) +#define urClass_(udp) ((udp).UdpB_Class) +#define urBase_(udp) ((udp).UdpA_Base) +#define urArSize_(udp) ((udp).UdpL_ArSize) +#define urPxlStr_(udp) ((udp).UdpL_PxlStride) +#define urScnStr_(udp) ((udp).UdpL_ScnStride) +#define urX1_(udp) ((udp).UdpL_X1) +#define urX2_(udp) ((udp).UdpL_X2) +#define urY1_(udp) ((udp).UdpL_Y1) +#define urY2_(udp) ((udp).UdpL_Y2) +#define urWidth_(udp) ((udp).UdpL_PxlPerScn) +#define urHeight_(udp) ((udp).UdpL_ScnCnt) +#define urPos_(udp) ((udp).UdpL_Pos) +#define urCmpIdx_(udp) ((udp).UdpL_CompIdx) +#define urLvl_(udp) ((udp).UdpL_Levels) + + /* + ** The _MD forms access memory in machine-dependant (bigendian or + ** littleendian) format. The other forms access memory in + ** image format, which is always little endian. + */ +#ifdef vax +#define READ32_(address) \ + (*((int *)(address))) +#define READ32_MD READ32_ +#else + /* + ** For machine architectures that can't access longwords + ** on non-longword aligned boundaries. + ** The (unsigned int) casts seem redundant, but they are needed + ** to make the ULTRIX/RISC compiler happy. + */ +#define READ32_(address) \ + ((unsigned int) *((unsigned char *)(address)) + \ + ((unsigned int) *(((unsigned char *)(address))+1)<< 8) + \ + ((unsigned int) *(((unsigned char *)(address))+2)<<16) + \ + ((unsigned int) *(((unsigned char *)(address))+3)<<24)) +#endif + +#ifdef BIGENDIAN +#define READ32_MD(address) \ + (*(((unsigned char *)(address))+3) + \ + (*(((unsigned char *)(address))+2)<< 8) + \ + (*(((unsigned char *)(address))+1)<<16) + \ + (* ((unsigned char *)(address)) <<24)) +#else +#define READ32_MD READ32_ +#endif + +#define GET_VALUE_(base,offset,mask) \ + (READ32_((base)+((offset)>>3))>>((offset)&7)&(mask)) +#define GET_VALUE_MD(base,offset,mask) \ + (READ32_MD((base)+((offset)>>3))>>((offset)&7)&(mask)) + +#ifdef vax +#define WRITE32_(address,value) \ + (*((int *)(address)) = (int)(value)) +#define WRITE32_MD WRITE32_ +#else +#define WRITE32_(address,value) \ + ((* ((unsigned char *)(address)) = ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+1) = (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+2) = (((int)(value))>>16)&0xff), \ + (*(((unsigned char *)(address))+3) = (((int)(value))>>24)&0xff)) +#ifdef BIGENDIAN +#define WRITE32_MD(address,value) \ + ((*(((unsigned char *)(address))+3) = ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+2) = (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+1) = (((int)(value))>>16)&0xff), \ + (* ((unsigned char *)(address)) = (((int)(value))>>24)&0xff)) +#else +#define WRITE32_MD WRITE32_ +#endif +#endif + +#ifdef vax +#define XOR_WRITE32_(address,value) \ + (*((int *)(address)) ^= (int)(value)) +#define XOR_WRITE32_MD XOR_WRITE32_ +#else +#define XOR_WRITE32_(address,value) \ + ((* ((unsigned char *)(address)) ^= ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+1) ^= (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+2) ^= (((int)(value))>>16)&0xff), \ + (*(((unsigned char *)(address))+3) ^= (((int)(value))>>24)&0xff)) +#ifdef BIGENDIAN +#define XOR_WRITE32_MD(address,value) \ + ((*(((unsigned char *)(address))+3) ^= ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+2) ^= (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+1) ^= (((int)(value))>>16)&0xff), \ + (*(((unsigned char *)(address)) ^= (((int)(value))>>24)&0xff)) +#else +#define XOR_WRITE32_MD XOR_WRITE32_ +#endif +#endif + +#define PUT_VALUE_(base,offset,value,mask) \ + (WRITE32_((base)+((offset)>>3), \ + READ32_((base)+((offset)>>3)) & ~((mask)<<((offset)&7)) \ + | (((mask)&(value))<<((offset)&0x7)))) + +#define PUT_VALUE_MD(base,offset,value,mask) \ + (WRITE32_MD((base)+((offset)>>3), \ + READ32_MD((base)+((offset)>>3)) & ~((mask)<<((offset)&7)) \ + | (((mask)&(value))<<((offset)&0x7)))) + + + /* + ** Degrees to radians conversion factor -- with inverted Y axis. + */ +#define RADIANS_PER_DEGREE -0.0174532925199432959 + /* + ** These symbols define valid UdpRec data type and class combinations. + */ +#define XieK_UBAVU 0 /* unaligned bit array */ +#define XieK_UBAV 1 /* unaligned bit array that is aligned ?? */ +#define XieK_UBSVU 2 /* unaligned bit stream */ +#define XieK_UBSV 3 /* unaligned bit stream that is aligned ?? */ +#define XieK_CLCL 4 /* change list */ +#define XieK_ABU 5 /* aligned byte array */ +#define XieK_AF 6 /* aligned float array */ +#define XieK_AWU 7 /* aligned word array */ +/* Not yet implemented +#define XieK_ALU 8 +*/ +#define XieK_DATA_TYPE_COUNT 8 + + /* + ** Defs for DDX table entry points + */ +#ifndef externalref +#if (defined(VMS) && defined(VAXC)) +#define externalref globalref +#else +#define externalref extern +#endif +#endif + + /* + ** Typedefs + */ +typedef unsigned long card32; +typedef unsigned long (*Fcard32)(); /* Used in DDX dispatch table */ + + /* + ** Data structures for passing Template IDC (kernel) data to DDX + ** routines. + */ +typedef struct { + float value; /* A template value */ + long int increment; /* Number of kernel elements skipped + * between previous and this element, + * plus 1. Zero marks end of row */ +} TmpDatEntryRec, *TmpDatEntryPtr; + +typedef struct { + long int center_x; /* Template center X coordinate */ + long int center_y; /* Template center Y coordinate */ + long int x_count; /* Template x dimension */ + long int y_count; /* Template y dimension */ + TmpDatEntryPtr array; /* Pointer to the template data + * records */ +} TmpDatRec, *TmpDatPtr; + +/***************************************************************************** +** +** Xie Ddx Index - +** +** FUNCTIONAL DESCRIPTION: +** +** The following symbols define the indices into the dispatch table +** used to call "atomic" DDX functions. These functions include both +** processing routines for the protocol functions and DDX support +** routines. +** +** WARNING: The indices here AND the order of the XieDdxProc table +** in SmiDdx.c MUST match. +** +*****************************************************************************/ + /* + ** Protocol processing routines + */ +#define D_dxArea 0 /* Protocol functions */ +#define D_dxStatsArea 1 +#define D_dxArith 2 +#define D_dxHistogram 3 +#define D_dxChromeCom 4 +#define D_dxChromeSep 5 +#define D_dxCompare 6 +#define D_dxConstrain 7 +#define D_dxCrop 8 +#define D_dxDither 9 +#define D_dxFill 10 +#define D_dxLogical 11 +#define D_dxLuminance 12 +#define D_dxMatchHistogram 13 +#define D_dxMath 14 +#define D_dxMirror 15 +#define D_dxPoint 16 +#define D_dxStatsPoint 17 +#define D_dxRotate 18 +#define D_dxScale 19 +#define D_dxTranslate 20 +#define D_dxRmOwnData 21 + /* 21..32 -- was Compression handlers */ + /* + ** DDX specific function indices + */ +#define D_dxInit 33 /* DDX Init routine */ +#define D_dxReset 34 /* " Reset */ +#define D_dxOptimizePipe 35 /* " Pipeline optimizer */ +#define D_dxConvert 36 /* Udp support routines */ +#define D_dxCopy 37 +#define D_dxGetTyp 38 +#define D_dxCopyBits 39 +#define D_dxResolveUdp 40 +#define D_dxCalloc 41 /* Memory mgt routines */ +#define D_dxCallocBits 42 +#define D_dxCfree 43 +#define D_dxFree 44 +#define D_dxFreeBits 45 +#define D_dxMalloc 46 +#define D_dxMallocBits 47 +#define D_dxRealloc 48 +#define D_dxReallocBits 49 +#define D_dxCreatePipeline 50 /* Pipeline routines */ +#define D_dxDestroyPipeline 51 +#define D_dxPipeHasYielded 52 /* was D_dxExecutePipeline */ +#define D_dxInitiatePipeline 53 +#define D_dxResumePipeline 54 +#define D_dxFlushPipeline 55 +#define D_dxAbortPipeline 56 +#define D_dxRmAllocData 57 /* Pipe resource mgr routines */ +#define D_dxRmAllocDataDesc 58 +#define D_dxRmAllocPermDesc 59 +#define D_dxRmAllocRefDesc 60 +#define D_dxRmBestDType 61 +#define D_dxRmCreateDrain 62 +#define D_dxRmCreateSink 63 +#define D_dxRmDeallocData 64 +#define D_dxRmDeallocDataDesc 65 +#define D_dxRmDestroyDrain 66 +#define D_dxRmDestroySink 67 +#define D_dxRmGetData 68 +#define D_dxRmGetDType 69 +#define D_dxRmGetMaxQuantum 70 +#define D_dxRmGetQuantum 71 +#define D_dxRmHasQuantum 72 +#define D_dxRmInitializePort 73 +#define D_dxRmMergeBuffers 75 +#define D_dxRmObtainQuantum 76 +#define D_dxRmPutData 77 +#define D_dxRmSetDType 78 +#define D_dxRmSetQuantum 79 +#define D_dxRmSplitBuffers 80 +#define D_dxSchedProcessComplete 81 /* Pipe scheduling routines */ +#define D_dxSchedProcessReady 82 +#define D_dxSchedOkToRun 83 +#define D_dxBuildChangeList 84 /* Change list routines */ +#define D_dxPutRuns 85 +#define D_dxFfsLong 86 +#define D_dxFfcLong 87 +#define D_dxFillRegion 88 /* Miscellaneous additions */ +#define D_dxConvertCpp 89 +#define D_dxCopyCpp 90 +#define D_dxEncodeG4 91 +#define D_dxEncodeDct 92 +#define D_dxDecodeG4 93 +#define D_dxDecodeDct 94 +#define D_dxPosCl 95 +#define D_dxCheckLicense 96 + /* More RM functions */ +#define D_dxRmAllocCmpDataDesc 97 /* was D_dxRmGetAlignment */ +#define D_dxRmSetAlignment 98 +#define D_dxRmCreateDataDesc 99 +#define D_dxCreatePipeCtx 100 +#define D_dxUsingCL 101 +#define D_dxCmpPreferred 102 /* was D_dxSmiDecodeG4IsAtomic */ +#define D_dxRmAllocDataArray 103 +#define D_dxRmAllocCmpPermDesc 104 +#define D_dxSchedProcessNoInput 105 + +/***************************************************************************** +** +** DDX Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the DDX functions while hiding +** the implementation from the caller. +** +*****************************************************************************/ + /* + ** DDX function access macro + ** This macro calls an arbitrary DDX routine through the + ** xieDdxProc dispatch table. + ** + ** func = the Mi function index from this file. + ** + */ +externalref card32 (*xieDdxProc[])(); +#define CallDdx_(func) (*(xieDdxProc)[func]) + /* + ** Image functions + */ +#define DdxArea_ CallDdx_(D_dxArea) +#define DdxStatsArea_ CallDdx_(D_dxStatsArea) +#define DdxArith_ CallDdx_(D_dxArith) +#define DdxHistogram_ CallDdx_(D_dxHistogram) +#define DdxChromeCom_ CallDdx_(D_dxChromeCom) +#define DdxChromeSep_ CallDdx_(D_dxChromeSep) +#define DdxCompare_ CallDdx_(D_dxCompare) +#define DdxConstrain_ CallDdx_(D_dxConstrain) +#define DdxCrop_ CallDdx_(D_dxCrop) +#define DdxDither_ CallDdx_(D_dxDither) +#define DdxFill_ CallDdx_(D_dxFill) +#define DdxLogical_ CallDdx_(D_dxLogical) +#define DdxLuminance_ CallDdx_(D_dxLuminance) +#define DdxMatchHistogram_ CallDdx_(D_dxMatchHistogram) +#define DdxMath_ CallDdx_(D_dxMath) +#define DdxMirror_ CallDdx_(D_dxMirror) +#define DdxPoint_ CallDdx_(D_dxPoint) +#define DdxStatsPoint_ CallDdx_(D_dxStatsPoint) +#define DdxRotate_ CallDdx_(D_dxRotate) +#define DdxScale_ CallDdx_(D_dxScale) +#define DdxTranslate_ CallDdx_(D_dxTranslate) +#define DdxRmOwnData_ CallDdx_(D_dxRmOwnData) + /* + ** Ddx specific functions + */ +#define DdxInit_ CallDdx_(D_dxInit) +#define DdxReset_ CallDdx_(D_dxReset) +#define DdxOptimizePipe_ CallDdx_(D_dxOptimizePipe) + /* + ** MI software functions + */ +#define DdxConvert_ CallDdx_(D_dxConvert) +#define DdxCopy_ CallDdx_(D_dxCopy) +#define DdxGetTyp_ CallDdx_(D_dxGetTyp) +#define DdxCopyBits_ CallDdx_(D_dxCopyBits) /* 65 */ +#define DdxResolveUdp_ CallDdx_(D_dxResolveUdp) + /* + ** Memory management routines + */ +#define DdxCalloc_ CallDdx_(D_dxCalloc) +#define DdxCallocBits_ (unsigned char *)CallDdx_(D_dxCallocBits) +#define DdxCfree_ CallDdx_(D_dxCfree) +#define DdxFree_ CallDdx_(D_dxFree) +#define DdxFreeBits_ (unsigned char *)CallDdx_(D_dxFreeBits) +#define DdxMalloc_ CallDdx_(D_dxMalloc) +#define DdxMallocBits_ (unsigned char *)CallDdx_(D_dxMallocBits) +#define DdxRealloc_ CallDdx_(D_dxRealloc) +#define DdxReallocBits_ (unsigned char *)CallDdx_(D_dxReallocBits) + /* + ** Pipeline support routines + */ +#define DdxCreatePipeline_ (Pipe)CallDdx_(D_dxCreatePipeline) +#define DdxDestroyPipeline_ (int)CallDdx_(D_dxDestroyPipeline) +#define DdxPipeHasYielded_ (int)CallDdx_(D_dxPipeHasYielded) +#define DdxInitiatePipeline_ (int)CallDdx_(D_dxInitiatePipeline) +#define DdxResumePipeline_ (int)CallDdx_(D_dxResumePipeline) +#define DdxFlushPipeline_ (int)CallDdx_(D_dxFlushPipeline) +#define DdxAbortPipeline_ (int)CallDdx_(D_dxAbortPipeline) + /* + ** Pipeline resource manager routines + */ +#define DdxRmAllocData_ (PipeDataPtr)CallDdx_(D_dxRmAllocData) +#define DdxRmAllocDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocDataDesc) +#define DdxRmAllocPermDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocPermDesc) +#define DdxRmAllocRefDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocRefDesc) +#define DdxRmBestDType_ (char)CallDdx_(D_dxRmBestDType) +#define DdxRmCreateDrain_ (PipeDrainPtr)CallDdx_(D_dxRmCreateDrain) +#define DdxRmCreateSink_ (PipeSinkPtr)CallDdx_(D_dxRmCreateSink) +#define DdxRmDeallocData_ (PipeDataPtr)CallDdx_(D_dxRmDeallocData) +#define DdxRmDeallocDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmDeallocDataDesc) +#define DdxRmDestroyDrain_ (PipeDrainPtr)CallDdx_(D_dxRmDestroyDrain) +#define DdxRmDestroySink_ (PipeSinkPtr)CallDdx_(D_dxRmDestroySink) +#define DdxRmGetData_ (PipeDataPtr)CallDdx_(D_dxRmGetData) +#define DdxRmGetDType_ (int)CallDdx_(D_dxRmGetDType) +#define DdxRmGetMaxQuantum_ (int)CallDdx_(D_dxRmGetMaxQuantum) +#define DdxRmGetQuantum_ (int)CallDdx_(D_dxRmGetQuantum) +#define DdxRmHasQuantum_ (int)CallDdx_(D_dxRmHasQuantum) +#define DdxRmInitializePort_ (int)CallDdx_(D_dxRmInitializePort) +#define DdxRmMergeBuffers_ (PipeDataPtr)CallDdx_(D_dxRmMergeBuffers) +#define DdxRmObtainQuantum_ (PipeDataPtr)CallDdx_(D_dxRmObtainQuantum) +#define DdxRmPutData_ (int)CallDdx_(D_dxRmPutData) +#define DdxRmSetDType_ CallDdx_(D_dxRmSetDType) +#define DdxRmSetQuantum_ CallDdx_(D_dxRmSetQuantum) +#define DdxRmSplitBuffers_ (PipeDataPtr)CallDdx_(D_dxRmSplitBuffers) + /* + ** Pipe scheduling routines + */ +#define DdxSchedProcessComplete_ (PipeElementCtxPtr)CallDdx_(D_dxSchedProcessComplete) +#define DdxSchedProcessReady_ (PipeElementCtxPtr)CallDdx_(D_dxSchedProcessReady) +#define DdxSchedOkToRun_ (int)CallDdx_(D_dxSchedOkToRun) + /* + ** Change list routines + */ +#define DdxBuildChangeList_ CallDdx_(D_dxBuildChangeList) +#define DdxPutRuns_ CallDdx_(D_dxPutRuns) +#define DdxFfsLong_ CallDdx_(D_dxFfsLong) +#define DdxFfcLong_ CallDdx_(D_dxFfcLong) + /* + ** Additions + */ +#define DdxFillRegion_ CallDdx_(D_dxFillRegion) +#define DdxConvertCpp_ CallDdx_(D_dxConvertCpp) +#define DdxCopyCpp_ CallDdx_(D_dxCopyCpp) +#define DdxEncodeG4_ CallDdx_(D_dxEncodeG4) +#define DdxEncodeDct_ CallDdx_(D_dxEncodeDct) +#define DdxDecodeG4_ CallDdx_(D_dxDecodeG4) +#define DdxDecodeDct_ CallDdx_(D_dxDecodeDct) +#define DdxPosCl_ CallDdx_(D_dxPosCl) +#define DdxCheckLicense_ CallDdx_(D_dxCheckLicense) + /* + ** More RM functions + */ +#define DdxRmAllocCmpDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocCmpDataDesc) +#define DdxRmSetAlignment_ CallDdx_(D_dxRmSetAlignment) +#define DdxRmCreateDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmCreateDataDesc) +#define DdxCreatePipeCtx_ (PipeElementCtxPtr)CallDdx_(D_dxCreatePipeCtx) +#define DdxUsingCL_ CallDdx_(D_dxUsingCL) +#define DdxCmpPreferred_ CallDdx_(D_dxCmpPreferred) +#define DdxRmAllocDataArray_ CallDdx_(D_dxRmAllocDataArray) +#define DdxRmAllocCmpPermDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocCmpPermDesc) +#define DdxSchedProcessNoInput_ (PipeElementCtxPtr)CallDdx_(D_dxSchedProcessNoInput) + +/***************************************************************************** +** +** Xie Ddx Setup Index - +** +** FUNCTIONAL DESCRIPTION: +** +** The following symbols define the indices into the dispatch table +** used to call "pipeline create" DDX functions. Each of these +** functions creates a new pipeline element. +** +** WARNING: These indices and the entries in the XieDdxSetup table +** in SmiDdx.c MUST be in the same order. +** +*****************************************************************************/ +#define D_dxCreateArea 0 +#define D_dxCreateArith 1 +#define D_dxCreateChromeCom 2 +#define D_dxCreateChromeSep 3 +#define D_dxCreateCompare 4 +#define D_dxCreateConstrain 5 +#define D_dxCreateCrop 6 +#define D_dxCreateDither 7 +#define D_dxCreateFill 8 +#define D_dxCreateLogical 9 +#define D_dxCreateLuminance 10 +#define D_dxCreateMatchHistogram 11 +#define D_dxCreateMath 12 +#define D_dxCreateMirror 13 +#define D_dxCreatePoint 14 +#define D_dxCreateRotate 15 +#define D_dxCreateScale 16 +#define D_dxCreateTranslate 17 +#define D_dxCreateDecodeDct 18 /* Compression pipeline creates */ +#define D_dxCreateEncodeDct 19 +#define D_dxCreateDecodeG4 20 +#define D_dxCreateEncodeG4 21 + +/***************************************************************************** +** +** Pipeline Create Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the Pipeline Create functions while +** hiding the implementation from the caller. +** +*****************************************************************************/ + /* + ** Pipe create function access macro + ** This macro calls a create function through the + ** xieDdxSetup dispatch table. + ** + ** func = the setup function index from this file. + ** + */ +externalref card32 (*xieDdxSetup[])(); +#define CallCreate_(func) (*(xieDdxSetup)[func]) + /* + ** Image processing pipe element creates + */ +#define DdxCreateArea_ CallCreate_(D_dxCreateArea) +#define DdxCreateArith_ CallCreate_(D_dxCreateArith) +#define DdxCreateChromeCom_ CallCreate_(D_dxCreateChromeCom) +#define DdxCreateChromeSep_ CallCreate_(D_dxCreateChromeSep) +#define DdxCreateCompare_ CallCreate_(D_dxCreateCompare) +#define DdxCreateConstrain_ CallCreate_(D_dxCreateConstrain) +#define DdxCreateCrop_ CallCreate_(D_dxCreateCrop) +#define DdxCreateDither_ CallCreate_(D_dxCreateDither) +#define DdxCreateFill_ CallCreate_(D_dxCreateFill) +#define DdxCreateLogical_ CallCreate_(D_dxCreateLogical) +#define DdxCreateLuminance_ CallCreate_(D_dxCreateLuminance) +#define DdxCreateMatchHistogram_ CallCreate_(D_dxCreateMatchHistogram) +#define DdxCreateMath_ CallCreate_(D_dxCreateMath) +#define DdxCreateMirror_ CallCreate_(D_dxCreateMirror) +#define DdxCreatePoint_ CallCreate_(D_dxCreatePoint) +#define DdxCreateRotate_ CallCreate_(D_dxCreateRotate) +#define DdxCreateScale_ CallCreate_(D_dxCreateScale) +#define DdxCreateTranslate_ CallCreate_(D_dxCreateTranslate) + /* + ** Compression creates, used by Transport + */ +#define DdxCreateDecodeDct_ CallCreate_(D_dxCreateDecodeDct) +#define DdxCreateEncodeDct_ CallCreate_(D_dxCreateEncodeDct) +#define DdxCreateDecodeG4_ CallCreate_(D_dxCreateDecodeG4) +#define DdxCreateEncodeG4_ CallCreate_(D_dxCreateEncodeG4) + +/***************************************************************************** +** +** Ddx Alignment Function Access Index +** +** FUNCTIONAL DESCRIPTION: +** +** The following symbols define the indices into the DDX Alignment +** dispatch table used to call DDX image array alignment functions. +** Each of these functions performs alignments to meet individual +** algorithms or the default DDX needs. +** +** WARNING: These indices and the entries in the XieDdxAlign table +** in SmiDdx.c MUST be in the same order. +** +** +*****************************************************************************/ +#define D_dxAlignArea 0 +#define D_dxAlignArith 1 +#define D_dxAlignChromeCom 2 +#define D_dxAlignChromeSep 3 +#define D_dxAlignCompare 4 +#define D_dxAlignConstrain 5 +#define D_dxAlignCrop 6 +#define D_dxAlignDither 7 +#define D_dxAlignFill 8 +#define D_dxAlignLogical 9 +#define D_dxAlignLuminance 10 +#define D_dxAlignMatchHistogram 11 +#define D_dxAlignMath 12 +#define D_dxAlignMirror 13 +#define D_dxAlignPoint 14 +#define D_dxAlignRotate 15 +#define D_dxAlignScale 16 +#define D_dxAlignTranslate 17 +#define D_dxAlignDecodeDct 18 +#define D_dxAlignEncodeDct 19 +#define D_dxAlignDecodeG4 20 +#define D_dxAlignEncodeG4 21 +#define D_dxAlignDefault 22 +#define D_dxAlignExport 23 + +/***************************************************************************** +** +** DDX Alignment Function Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the DDX image array alignment functions +** +*****************************************************************************/ + /* + ** Align function access macro + ** This macro calls an arbitrary Alignment routine through the + ** xieDdxAlign dispatch table. + ** + ** func = the DDX alignment function index from this file. + ** + */ +externalref card32 (*xieDdxAlign[])(); +#define GetAlign_(func) (xieDdxAlign[func]) + +#define DdxAlignArea_ GetAlign_(D_dxAlignArea) +#define DdxAlignStatsArea_ GetAlign_(D_dxAlignStatsArea) +#define DdxAlignArith_ GetAlign_(D_dxAlignArith) +#define DdxAlignHistogram_ GetAlign_(D_dxAlignHistogram) +#define DdxAlignChromeCom_ GetAlign_(D_dxAlignChromeCom) +#define DdxAlignChromeSep_ GetAlign_(D_dxAlignChromeSep) +#define DdxAlignCompare_ GetAlign_(D_dxAlignCompare) +#define DdxAlignConstrain_ GetAlign_(D_dxAlignConstrain) +#define DdxAlignCrop_ GetAlign_(D_dxAlignCrop) +#define DdxAlignDither_ GetAlign_(D_dxAlignDither) +#define DdxAlignFill_ GetAlign_(D_dxAlignFill) +#define DdxAlignLogical_ GetAlign_(D_dxAlignLogical) +#define DdxAlignLuminance_ GetAlign_(D_dxAlignLuminance) +#define DdxAlignMatchHistogram_ GetAlign_(D_dxAlignMatchHistogram) +#define DdxAlignMath_ GetAlign_(D_dxAlignMath) +#define DdxAlignMirror_ GetAlign_(D_dxAlignMirror) +#define DdxAlignPoint_ GetAlign_(D_dxAlignPoint) +#define DdxAlignStatsPoint_ GetAlign_(D_dxAlignStatsPoint) +#define DdxAlignRotate_ GetAlign_(D_dxAlignRotate) +#define DdxAlignScale_ GetAlign_(D_dxAlignScale) +#define DdxAlignTranslate_ GetAlign_(D_dxAlignTranslate) +#define DdxAlignDecodeDct_ GetAlign_(D_dxAlignDecodeDct) +#define DdxAlignEncodeDct_ GetAlign_(D_dxAlignEncodeDct) +#define DdxAlignDecodeG4_ GetAlign_(D_dxAlignDecodeG4) +#define DdxAlignEncodeG4_ GetAlign_(D_dxAlignEncodeG4) +#define DdxAlignDefault_ GetAlign_(D_dxAlignDefault) +#define DdxAlignExport_ GetAlign_(D_dxAlignExport) + +/***************************************************************************** +** +** Mi Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the "atomic" DDX functions provided +** by a Machine Independent layer of the DDX. +** +*****************************************************************************/ + /* + ** Mi function access macro + ** This macro calls an arbitrary Mi routine through the + ** xieMiProc dispatch table. + ** + ** func = the Mi function index from this file. + ** + */ +externalref card32 (*xieMiProc[])(); +#define CallMi_(func) (*(xieMiProc)[func]) + /* + ** Image functions + */ +#define MiArea_ CallMi_(D_dxArea) +#define MiStatsArea_ CallMi_(D_dxStatsArea) +#define MiArith_ CallMi_(D_dxArith) +#define MiHistogram_ CallMi_(D_dxHistogram) +#define MiChromeCom_ CallMi_(D_dxChromeCom) +#define MiChromeSep_ CallMi_(D_dxChromeSep) +#define MiCompare_ CallMi_(D_dxCompare) +#define MiConstrain_ CallMi_(D_dxConstrain) +#define MiCrop_ CallMi_(D_dxCrop) +#define MiDither_ CallMi_(D_dxDither) +#define MiFill_ CallMi_(D_dxFill) +#define MiLogical_ CallMi_(D_dxLogical) +#define MiLuminance_ CallMi_(D_dxLuminance) +#define MiMatchHistogram_ CallMi_(D_dxMatchHistogram) +#define MiMath_ CallMi_(D_dxMath) +#define MiMirror_ CallMi_(D_dxMirror) +#define MiPoint_ CallMi_(D_dxPoint) +#define MiStatsPoint_ CallMi_(D_dxStatsPoint) +#define MiRotate_ CallMi_(D_dxRotate) +#define MiScale_ CallMi_(D_dxScale) +#define MiTranslate_ CallMi_(D_dxTranslate) + /* + ** Mi specific functions + */ +#define MiInit_ CallMi_(D_dxInit) +#define MiReset_ CallMi_(D_dxReset) +#define MiOptimizePipe_ CallMi_(D_dxOptimizePipe) + /* + ** MI software functions + */ +#define MiConvert_ CallMi_(D_dxConvert) +#define MiCopy_ CallMi_(D_dxCopy) +#define MiGetTyp_ CallMi_(D_dxGetTyp) +#define MiCopyBits_ CallMi_(D_dxCopyBits) +#define MiResolveUdp_ CallMi_(D_dxResolveUdp) + /* + ** Memory management routines + */ +#define MiCalloc_ CallMi_(D_dxCalloc) +#define MiCallocBits_ (unsigned char *)CallMi_(D_dxCallocBits) +#define MiCfree_ CallMi_(D_dxCfree) +#define MiFree_ CallMi_(D_dxFree) +#define MiFreeBits_ (unsigned char *)CallMi_(D_dxFreeBits) +#define MiMalloc_ CallMi_(D_dxMalloc) +#define MiMallocBits_ (unsigned char *)CallMi_(D_dxMallocBits) +#define MiRealloc_ CallMi_(D_dxRealloc) +#define MiReallocBits_ (unsigned char *)CallMi_(D_dxReallocBits) + /* + ** Pipeline support routines + */ +#define MiCreatePipeline_ (Pipe)CallMi_(D_dxCreatePipeline) +#define MiDestroyPipeline_ (int)CallMi_(D_dxDestroyPipeline) +#define MiPipeHasYielded_ (int)CallMi_(D_dxPipeHasYielded) +#define MiInitiatePipeline_ (int)CallMi_(D_dxInitiatePipeline) +#define MiResumePipeline_ (int)CallMi_(D_dxResumePipeline) +#define MiFlushPipeline_ (int)CallMi_(D_dxFlushPipeline) +#define MiAbortPipeline_ (int)CallMi_(D_dxAbortPipeline) + /* + ** Pipeline resource manager routines + */ +#define MiRmAllocData_ (PipeDataPtr)CallMi_(D_dxRmAllocData) +#define MiRmAllocDataDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocDataDesc) +#define MiRmAllocPermDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocPermDesc) +#define MiRmAllocRefDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocRefDesc) +#define MiRmBestDType_ (char)CallMi_(D_dxRmBestDType) +#define MiRmCreateDrain_ (PipeDrainPtr)CallMi_(D_dxRmCreateDrain) +#define MiRmCreateSink_ (PipeSinkPtr)CallMi_(D_dxRmCreateSink) +#define MiRmDeallocData_ (PipeDataPtr)CallMi_(D_dxRmDeallocData) +#define MiRmDeallocDataDesc_ (PipeDataPtr)CallMi_(D_dxRmDeallocDataDesc) +#define MiRmDestroyDrain_ (PipeDrainPtr)CallMi_(D_dxRmDestroyDrain) +#define MiRmDestroySink_ (PipeSinkPtr)CallMi_(D_dxRmDestroySink) +#define MiRmGetData_ (PipeDataPtr)CallMi_(D_dxRmGetData) +#define MiRmGetDType_ (int)CallMi_(D_dxRmGetDType) +#define MiRmGetMaxQuantum_ (int)CallMi_(D_dxRmGetMaxQuantum) +#define MiRmGetQuantum_ (int)CallMi_(D_dxRmGetQuantum) +#define MiRmHasQuantum_ (int)CallMi_(D_dxRmHasQuantum) +#define MiRmInitializePort_ (int)CallMi_(D_dxRmInitializePort) +#define MiRmMergeBuffers_ (PipeDataPtr)CallMi_(D_dxRmMergeBuffers) +#define MiRmObtainQuantum_ (PipeDataPtr)CallMi_(D_dxRmObtainQuantum) +#define MiRmPutData_ (int)CallMi_(D_dxRmPutData) +#define MiRmSetDType_ CallMi_(D_dxRmSetDType) +#define MiRmSetQuantum_ CallMi_(D_dxRmSetQuantum) +#define MiRmSplitBuffers_ (PipeDataPtr)CallMi_(D_dxRmSplitBuffers) + /* + ** Pipe scheduling routines + */ +#define MiSchedProcessComplete_ (PipeElementCtxPtr)CallMi_(D_dxSchedProcessComplete) +#define MiSchedProcessReady_ (PipeElementCtxPtr)CallMi_(D_dxSchedProcessReady) +#define MiSchedOkToRun_ (int)CallMi_(D_dxSchedOkToRun) + /* + ** Change list routines + */ +#define MiBuildChangeList_ CallMi_(D_dxBuildChangeList) +#define MiPutRuns_ CallMi_(D_dxPutRuns) +#define MiFfsLong_ CallMi_(D_dxFfsLong) +#define MiFfcLong_ CallMi_(D_dxFfcLong) + /* + ** Additions + */ +#define MiFillRegion_ CallMi_(D_dxFillRegion) +#define MiConvertCpp_ CallMi_(D_dxConvertCpp) +#define MiCopyCpp_ CallMi_(D_dxCopyCpp) +#define MiEncodeG4_ CallMi_(D_dxEncodeG4) +#define MiEncodeDct_ CallMi_(D_dxEncodeDct) +#define MiDecodeG4_ CallMi_(D_dxDecodeG4) +#define MiDecodeDct_ CallMi_(D_dxDecodeDct) +#define MiPosCl_ CallMi_(D_dxPosCl) +#define MiCheckLicense_ CallMi_(D_dxCheckLicense) + /* + ** More resource manager + */ +#define MiRmAllocCmpDataDesc_ CallMi_(D_dxRmAllocCmpDataDesc) +#define MiRmSetAlignment_ CallMi_(D_dxRmSetAlignment) +#define MiRmCreateDataDesc_ (PipeDataPtr)CallMi_(D_dxRmCreateDataDesc) +#define MiCreatePipeCtx_ (PipeElementCtxPtr)CallMi_(D_dxCreatePipeCtx) +#define MiUsingCL_ CallMi_(D_dxUsingCL) +#define MiCmpPreferred_ CallMi_(D_dxCmpPreferred) +#define MiRmAllocDataArray_ CallMi_(D_dxRmAllocDataArray) +#define MiRmAllocCmpPermDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocCmpPermDesc) +#define MiSchedProcessNoInput_ (PipeElementCtxPtr)CallMi_(D_dxSchedProcessNoInput) + +/***************************************************************************** +** +** Pipeline Create Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the "pipeline create" DDX functions +** provided by a Machine Independent layer of the DDX. +** +*****************************************************************************/ + /* + ** Pipe create function access macro + ** This macro calls a create function through the + ** xieMiSetup dispatch table. + ** + ** func = the setup function index from this file. + ** + */ +externalref card32 (*xieMiSetup[])(); +#define CallMiCreate_(func) (*(xieMiSetup)[func]) + /* + ** Image processing pipe element creates + */ +#define MiCreateArea_ CallMiCreate_(D_dxCreateArea) +#define MiCreateArith_ CallMiCreate_(D_dxCreateArith) +#define MiCreateChromeCom_ CallMiCreate_(D_dxCreateChromeCom) +#define MiCreateChromeSep_ CallMiCreate_(D_dxCreateChromeSep) +#define MiCreateCompare_ CallMiCreate_(D_dxCreateCompare) +#define MiCreateConstrain_ CallMiCreate_(D_dxCreateConstrain) +#define MiCreateCrop_ CallMiCreate_(D_dxCreateCrop) +#define MiCreateDither_ CallMiCreate_(D_dxCreateDither) +#define MiCreateFill_ CallMiCreate_(D_dxCreateFill) +#define MiCreateLogical_ CallMiCreate_(D_dxCreateLogical) +#define MiCreateLuminance_ CallMiCreate_(D_dxCreateLuminance) +#define MiCreateMatchHistogram_ CallMiCreate_(D_dxCreateMatchHistogram) +#define MiCreateMath_ CallMiCreate_(D_dxCreateMath) +#define MiCreateMirror_ CallMiCreate_(D_dxCreateMirror) +#define MiCreatePoint_ CallMiCreate_(D_dxCreatePoint) +#define MiCreateRotate_ CallMiCreate_(D_dxCreateRotate) +#define MiCreateScale_ CallMiCreate_(D_dxCreateScale) +#define MiCreateTranslate_ CallMiCreate_(D_dxCreateTranslate) + /* + ** Compression creates, used by Transport + */ +#define MiCreateDecodeDct_ CallMiCreate_(D_dxCreateDecodeDct) +#define MiCreateEncodeDct_ CallMiCreate_(D_dxCreateEncodeDct) +#define MiCreateDecodeG4_ CallMiCreate_(D_dxCreateDecodeG4) +#define MiCreateEncodeG4_ CallMiCreate_(D_dxCreateEncodeG4) + +/* +** This "endif" MUST be the last line of this file. +*/ +#endif +/* end of XIEDDX -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ diff --git a/xie/build/dec/X11/extensions/XieFloat.h b/xie/build/dec/X11/extensions/XieFloat.h new file mode 100644 index 0000000..c58f26f --- /dev/null +++ b/xie/build/dec/X11/extensions/XieFloat.h @@ -0,0 +1,99 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1990-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** XIE - X11 Image Extension +** +** +** ABSTRACT: +** +** This module contains definitions required by the XIE library +** and XIE server floating point formatting routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** October 31, 1990 +** +************************************************************************/ + + /* + ** Symbol XIEFLOAT allows XieFloat.h to be included multiple times. + */ +#ifndef XIEFLOAT +#define XIEFLOAT /* the "endif" MUST be the last line of this file */ + +#include /* for CARD8, ..., typedefs */ + + /* + ** Wire floating point format + */ +typedef struct _XieFloatRec { + CARD8 e_sign; + CARD8 m_sign; + CARD16 exponent; + CARD32 mantissa; +} XieFloatRec, *XieFloat; + +extern void MiEncodeDouble(); +extern double MiDecodeDouble(); + +#endif diff --git a/xie/build/dec/X11/extensions/XieLib.h b/xie/build/dec/X11/extensions/XieLib.h new file mode 100644 index 0000000..25409f9 --- /dev/null +++ b/xie/build/dec/X11/extensions/XieLib.h @@ -0,0 +1,372 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** XIE - X11 Image Extension +** +** +** ABSTRACT: +** +** This module contains definitions required by all XIE client side +** layers -- from the application level through the XieLib level. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** April 13, 1989 +** +*******************************************************************************/ + + /* + ** Symbol XIELIB allows XieLib.h to be included multiple times. + */ +#ifndef _XIELIB +#define _XIELIB /* the "endif" MUST be the last line of this file */ + +/* +** Include files +*/ +#ifdef VMS +#include /* X11 Library Definitions */ +#else +#include /* X11 Library Definitions */ +#endif +#ifdef VMS +#include /* universal data plane definitions */ +#include /* XIE inter-layer definitions */ +#else +#include /* universal data plane definitions */ +#include /* XIE inter-layer definitions */ +#endif + +/* +** Equated symbols +*/ + /* + ** XieCopyImage, XieGetImage, and XiePutImage image data mode constants. + */ +#define XieK_DataNone 1 /* no buffers, no transport setup, no data copy */ +#define XieK_DataFlo 2 /* prepare a Photoflo for image data transport */ +#define XieK_DataMap 3 /* prepare a Photomap for image data transport */ +#define XieK_DataAlloc 4 /* allocate image buffers containing no data */ +#define XieK_DataCopy 5 /* allocate image buffers and copy data */ +#define XieK_DataShare 6 /* copy pointers to existing image data */ + /* + ** Opaque Xie resource definitions. + */ +typedef unsigned long *XieStream; /* Stream transport context pointer */ +typedef unsigned char + *XiePhotoflo, /* Photoflo: server image pipeline object */ + *XiePhotomap, /* Photomap: permanent server image object */ + *XiePhototap, /* Phototap: ephemeral server image object */ + *XieCpp, /* Cpp: control processing plane */ + *XieRoi, /* Roi: region of interest */ + *XieTmp, /* Tmp: template (eg. convolution kernel) */ + *XiePhoto, /* Any of: XiePhotoflo, XiePhotomap, XiePhototap*/ + *XieIdc, /* Any of: XieCpp, XieRoi, XieTmp, */ + *XieResource; /* Any of: XiePhoto, XieIdc */ + +#ifdef __alpha +#define RES_XID 16 /* offset to XieResource X11 resource-id */ +#define RES_TYPE 24 /* offset to XieResource resource type */ +#define RES_MAPPING 25 /* offset to XiePhoto component mapping */ +#else +#define RES_XID 8 /* offset to XieResource X11 resource-id */ +#define RES_TYPE 12 /* offset to XieResource resource type */ +#define RES_MAPPING 13 /* offset to XiePhoto component mapping */ +#endif +/* +** Macros +*/ + /* + ** Macro for returning a resource's X11-id. + */ +#define XId_(res) (*((XID *)(&((XieResource)(res))[RES_XID]))) + /* + ** Boolean macros for determining a resource's type. + */ +#define IsPhotoflo_(res) (((XieResource)(res))[RES_TYPE]==XieK_Photoflo) +#define IsPhotomap_(res) (((XieResource)(res))[RES_TYPE]==XieK_Photomap) +#define IsPhototap_(res) (((XieResource)(res))[RES_TYPE]==XieK_Phototap) +#define IsCpp_(res) (((XieResource)(res))[RES_TYPE]==XieK_IdcCpp) +#define IsRoi_(res) (((XieResource)(res))[RES_TYPE]==XieK_IdcRoi) +#define IsTmp_(res) (((XieResource)(res))[RES_TYPE]==XieK_IdcTmp) +#define IsPhoto_(res) (IsPhotoflo_(res)||IsPhotomap_(res)||IsPhototap_(res)) +#define IsIdc_(res) (IsCpp_(res)||IsRoi_(res)||IsTmp_(res)) + /* + ** Boolean macros for determining a XiePhotomap's component mapping. + */ +#define IsBitonal_(pho) (((XiePhoto)(pho))[RES_MAPPING]==XieK_Bitonal) +#define IsGrayScale_(pho) (((XiePhoto)(pho))[RES_MAPPING]==XieK_GrayScale) +#define IsRGB_(pho) (((XiePhoto)(pho))[RES_MAPPING]==XieK_RGB) + + /* + ** Return the component count of an XiePhotomap. + */ +#define PhotoCount_(pho) (IsRGB_(pho) ? 3 : 1) + /* + ** Return the number of planes (UdpPtr's) an XieImage "should" contain. + */ +#define PlaneCount_(img) \ + ( CmpOrg_(img) == XieK_BandByPixel ? 1 \ + : CmpOrg_(img) == XieK_BandByPlane ? CmpCnt_(img) \ + : CmpLen_(img,0)+CmpLen_(img,1)+CmpLen_(img,2) ) + /* + ** Return "val" rounded up (if necessary) to a multiple of "mod". + */ +#define Modulo_(val,mod) \ + ((mod) < 2 ? (val) : (((mod) - (val) % (mod)) % (mod) + (val))) + +/* +** Structures +*/ + /* + ** XIE Client Event Structure + */ +typedef struct { + int type; /* see XQueryExtention "first_event"*/ + unsigned long serial; /* X11 serial number */ + Bool send_event; /* Boolean: true if client generated*/ + Display *display; /* X11 display pointer */ + XieResource resource; /* Xie resource-id (source of event)*/ +} XieEventRec, *XieEvent; + /* + ** Image domain context template data for XieCreateTmp / XieQueryTmp. + */ +typedef struct { + long x; /* X coordinate of template entry */ + long y; /* Y coordinate of template entry */ + double value; /* value of template entry */ +} XieTemplateRec, *XieTemplate; + /* + ** Statistics data + */ +typedef struct { + double value; + double minimum; + double maximum; + double mean; + double stddev; + double variance; +} XieStatsRec, *XieStats; + + /* + ** XIE Image structure (client side image descriptor). + */ +typedef struct { + unsigned char Compression; /* compression scheme */ + unsigned char CmpOrg; /* component organization */ + unsigned char CmpMap; /* component mapping */ + unsigned char CmpCnt; /* component count */ + unsigned long CmpLvl[XieK_MaxComponents]; /* levels per component */ + unsigned char CmpLen[XieK_MaxComponents]; /* bits per component */ + unsigned char PxlPol; /* pixel brightness polarity*/ + unsigned char PxlProg; /* pixel progression */ + unsigned char ScnProg; /* scanline progression */ + unsigned char OwnData; /* image array ownership */ + unsigned char Stream; /* Stream transport status */ + XieStream Xport; /* Stream transport context */ + double PxlRatio; /* pixel aspect ratio */ + UdpPtr Plane[XieK_MaxPlanes]; /* data plane pointers */ +} XieImageRec, *XieImage; + /* + ** Access macros for XIE Image structure. + */ +#define Cmpres_(img) ((img)->Compression) +#define CmpOrg_(img) ((img)->CmpOrg) +#define CmpMap_(img) ((img)->CmpMap) +#define CmpCnt_(img) ((img)->CmpCnt) +#define CmpLvl_(img,ind) ((img)->CmpLvl[(ind)]) +#define CmpLen_(img,ind) ((img)->CmpLen[(ind)]) +#define PxlPol_(img) ((img)->PxlPol) +#define PxlProg_(img) ((img)->PxlProg) +#define ScnProg_(img) ((img)->ScnProg) +#define OwnData_(img) ((img)->OwnData) +#define Stream_(img) ((img)->Stream) +#define StreamFinal_(img) (Stream_(img) == XieK_StreamFinal) +#define StreamError_(img) (Stream_(img) == XieK_StreamError) +#define StreamPending_(img) (!(StreamFinal_(img) || StreamError_(img))) +#define PxlRatio_(img) ((img)->PxlRatio) +#define Width_(img) ((img)->Plane[0]->UdpL_PxlPerScn) +#define Height_(img) ((img)->Plane[0]->UdpL_ScnCnt) +#define Plane_(img,ind) ((img)->Plane[(ind)]) +#define uPxlLen_(img,ind) ((img)->Plane[(ind)]->UdpW_PixelLength) +#define uDType_(img,ind) ((img)->Plane[(ind)]->UdpB_DType) +#define uClass_(img,ind) ((img)->Plane[(ind)]->UdpB_Class) +#define uBase_(img,ind) ((img)->Plane[(ind)]->UdpA_Base) +#define uArSize_(img,ind) ((img)->Plane[(ind)]->UdpL_ArSize) +#define uPxlStr_(img,ind) ((img)->Plane[(ind)]->UdpL_PxlStride) +#define uScnStr_(img,ind) ((img)->Plane[(ind)]->UdpL_ScnStride) +#define uX1_(img,ind) ((img)->Plane[(ind)]->UdpL_X1) +#define uX2_(img,ind) ((img)->Plane[(ind)]->UdpL_X2) +#define uY1_(img,ind) ((img)->Plane[(ind)]->UdpL_Y1) +#define uY2_(img,ind) ((img)->Plane[(ind)]->UdpL_Y2) +#define uWidth_(img,ind) ((img)->Plane[(ind)]->UdpL_PxlPerScn) +#define uHeight_(img,ind) ((img)->Plane[(ind)]->UdpL_ScnCnt) +#define uPos_(img,ind) ((img)->Plane[(ind)]->UdpL_Pos) +#define uCmpIdx_(img,ind) ((img)->Plane[(ind)]->UdpL_CompIdx) +#define uLvl_(img,ind) ((img)->Plane[(ind)]->UdpL_Levels) + +/* +** XieLib entry points. +*/ +#ifndef _XieLibEvents +extern unsigned long XieQueryEvents(); +extern void XieSelectEvents(); +#endif +#ifndef _XieLibImage +extern XieImage XieCopyImage(); +extern XieImage XieCreateImage(); +extern XieImage XieFreeImage(); +extern XieImage XieGetImage(); +extern unsigned char XieGetImageData(); +extern XiePhoto XiePutImage(); +extern unsigned char XiePutImageData(); +#endif +#ifndef _XieLibProcess +extern XiePhoto XieArea(); +extern XiePhoto XieAreaStats(); +extern XiePhoto XieArithmetic(); +extern XiePhoto XieChromeCom(); +extern XiePhoto XieChromeSep(); +extern XiePhoto XieCompare(); +extern XiePhoto XieConstrain(); +extern XiePhoto XieCrop(); +extern XiePhoto XieDither(); +extern XiePhoto XieFill(); +extern unsigned long *XieHistogram(); +extern XiePhoto XieLogical(); +extern XiePhoto XieLuminance(); +extern XiePhoto XieMatchHistogram(); +extern XiePhoto XieMath(); +extern XiePhoto XieMirror(); +extern XiePhoto XiePoint(); +extern void XiePointStats(); +extern XiePhoto XieRotate(); +extern XiePhoto XieScale(); +extern XiePhoto XieTranslate(); +#endif +#ifndef _XieLibResource +extern void XieAbortFlo(); +extern void XieBindMapToFlo(); +extern XiePhoto XieClonePhoto(); +extern XieCpp XieCreateCpp(); +extern XiePhoto XieCreatePhoto(); +extern XieRoi XieCreateRoi(); +extern XieTmp XieCreateTmp(); +extern void XieExecuteFlo(); +extern void XieExport(); +extern XieResource XieFindResource(); +extern void XieFreeExport(); +extern XieResource XieFreeResource(); +extern XiePhotomap XieImport(); +extern void XieQueryCpp(); +extern void XieQueryExport(); +extern unsigned long XieQueryFlo(); +extern XiePhoto XieQueryMap(); +extern void XieQueryRoi(); +extern XieTemplate XieQueryTmp(); +extern XiePhoto XieTapFlo(); +#endif +#ifndef _XieLibSession +extern char *XieCheckFunction(); +extern char **XieListFunctions(); +extern void XieQueryOpDefaults(); +extern void XieSetOpDefaults(); +#endif +#ifndef _XieLibTransport +extern void XieAbortStream(); +extern unsigned char XieGetStream(); +extern void XieGetTile(); +extern void XiePutStream(); +extern void XiePutTile(); +extern void XieSetStream(); +#endif +#ifndef _XieLibUtils +extern void *XieCalloc(); +extern unsigned char *XieCallocBits(); +extern void *XieCfree(); +extern void *XieFree(); +extern unsigned char *XieFreeBits(); +extern unsigned char XieIsBitonal(); +extern unsigned char XieIsCpp(); +extern unsigned char XieIsGrayScale(); +extern unsigned char XieIsIdc(); +extern unsigned char XieIsPhoto(); +extern unsigned char XieIsPhotoflo(); +extern unsigned char XieIsPhotomap(); +extern unsigned char XieIsPhototap(); +extern unsigned char XieIsRGB(); +extern unsigned char XieIsRoi(); +extern unsigned char XieIsTmp(); +extern void *XieMalloc(); +extern unsigned char *XieMallocBits(); +extern unsigned long XiePhotoCount(); +extern unsigned long XiePlaneCount(); +extern void *XieRealloc(); +extern unsigned char *XieReallocBits(); +extern unsigned long XieXId(); +#endif + +/* +** This "endif" MUST be the last line of this file. +*/ +#endif /* end of _XIELIB -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ diff --git a/xie/build/dec/X11/extensions/XieProto.h b/xie/build/dec/X11/extensions/XieProto.h new file mode 100644 index 0000000..2aeac5c --- /dev/null +++ b/xie/build/dec/X11/extensions/XieProto.h @@ -0,0 +1,1228 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** This module contains definitions required by the XIE wire protocol +** -- XIE library and XIE server DDX layers. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** March 1, 1989 +** +************************************************************************/ + + /* + ** Symbol XIEPROTO allows XieProto.h to be included multiple times. + */ +#ifndef XIEPROTO +#define XIEPROTO /* the "endif" MUST be the last line of this file */ + +/* +** Include files +*/ +#ifdef VMS +#include /* XIE inter-layer definitions */ +#include /* XIE device dependant definitions */ +#else +#include /* XIE inter-layer definitions */ +#include /* XIE device dependant definitions */ +#endif + +/* +** Wire protocol constant definitions. +*/ + /* + ** Version number + */ +#define XieK_MajorVersion 2 +#define XieK_MinorVersion 3 + +/******************************************************************************* +** Protocol request packet minor op-codes +*******************************************************************************/ +#define X_ieInitSession 1 +#define X_ieTermSession 2 + +#define X_ieQueryEvents 3 +#define X_ieSelectEvents 4 + +#define X_ieSetOpDefaults 5 +#define X_ieQueryOpDefaults 6 + +#define X_ieCreateByReference 7 +#define X_ieCreateByValue 8 +#define X_ieDeleteResource 9 +#define X_ieQueryResource 10 + +#define X_ieBindPhotomap 11 +#define X_ieAbortPhotoflo 12 +#define X_ieExecutePhotoflo 13 +#define X_ieTapPhotoflo 14 + +#define X_ieAbortTransport 15 +#define X_ieGetStream 16 +#define X_ieGetTile 17 +#define X_iePutStream 18 +#define X_iePutTile 19 +#define X_ieSetTransport 20 + +#define X_ieExport 21 +#define X_ieFreeExport 22 +#define X_ieImport 23 +#define X_ieQueryExport 24 + +#define X_ieArea 25 +#define X_ieAreaStats 26 +#define X_ieArith 27 +#define X_ieCalcHist 28 +#define X_ieChromeCom 29 +#define X_ieChromeSep 30 +#define X_ieCompare 31 +#define X_ieConstrain 32 +#define X_ieCrop 33 +#define X_ieDither 34 +#define X_ieFill 35 +#define X_ieLogical 36 +#define X_ieLuminance 37 +#define X_ieMatchHistogram 38 +#define X_ieMath 39 +#define X_ieMirror 40 +#define X_iePoint 41 +#define X_iePointStats 42 +#define X_ieRotate 43 +#define X_ieScale 44 +#define X_ieTranslate 45 + +#define X_ieLastRequest 46 + +/******************************************************************************* +** Protocol packet size definitions required by Xlibint.h +*******************************************************************************/ +#define sz_xieReq 4 +#define sz_xieInitSessionReq 8 +#define sz_xieTermSessionReq 4 + +#define sz_xieQueryEventsReq 8 +#define sz_xieSelectEventsReq 8 + +#define sz_xieSetOpDefaultsReq 20 +#define sz_xieQueryOpDefaultsReq 4 + +#define sz_xieCreateByReferenceReq 16 +#define sz_xieCreateByValueReq 12 +#define sz_xieCreateCppReq 24 +#define sz_xieCreatePhotoReq 48 +#define sz_xieCreateRoiReq 28 +#define sz_xieCreateTmpReq 24 +#define sz_xieDeleteResourceReq 12 +#define sz_xieQueryResourceReq 12 + +#define sz_xieBindPhotomapReq 12 +#define sz_xieAbortPhotofloReq 8 +#define sz_xieExecutePhotofloReq 8 +#define sz_xieTapPhotofloReq 16 + +#define sz_xieAbortTransportReq 12 +#define sz_xieGetStreamReq 16 +#define sz_xieGetTileReq 32 +#define sz_xiePutStreamReq 16 +#define sz_xiePutTileReq 32 +#define sz_xieSetTransportReq 140 + +#define sz_xieExportReq 64 +#define sz_xieFreeExportReq 8 +#define sz_xieImportReq 20 +#define sz_xieQueryExportReq 16 + +#define sz_xieAreaReq 24 +#define sz_xieAreaStatsReq 20 +#define sz_xieArithReq 36 +#define sz_xieCalcHistReq 16 +#define sz_xieChromeComReq 20 +#define sz_xieChromeSepReq 16 +#define sz_xieCompareReq 36 +#define sz_xieConstrainReq 28 +#define sz_xieCropReq 16 +#define sz_xieDitherReq 24 +#define sz_xieFillReq 28 +#define sz_xieLogicalReq 36 +#define sz_xieLuminanceReq 12 +#define sz_xieMatchHistogramReq 36 +#define sz_xieMathReq 20 +#define sz_xieMirrorReq 16 +#define sz_xiePointReq 20 +#define sz_xiePointStatsReq 20 +#define sz_xieRotateReq 40 +#define sz_xieScaleReq 20 +#define sz_xieTranslateReq 24 + +/******************************************************************************* +** Sub-structures +*******************************************************************************/ + + /* + ** Structure defining the Xie function vector. + */ +typedef struct { + CARD8 function[32]; +} XieFunctionsRec, *XieFunctionVector; + + /* + ** Structure defining IdcTmp template data crossing wire. + */ +typedef struct { + INT32 x; + INT32 y; + XieFloatRec value; +} XieTmpEntryRec, *XieTmpEntry; + +/******************************************************************************* +** Protocol request packets +*******************************************************************************/ + + /* + ** Generic part of all XIE requests + */ +typedef struct { + CARD8 reqType; /* major op-code assigned to extension */ + CARD8 opcode; /* minor op-code == XIE function */ + CARD16 length; /* length in longwords of entire request */ +} xieReq; + + /* + ** Init Session Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieInitSession */ + CARD16 length; + CARD16 major_version; + CARD16 minor_version; +} xieInitSessionReq; + + /* + ** Term Session Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieTermSession */ + CARD16 length; +} xieTermSessionReq; + + /* + ** Query Events Requests + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 event_param; +} xieQueryEventsReq; + + /* + ** Select Events Requests + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 event_mask; +} xieSelectEventsReq; + + /* + ** Set Operational Defaults + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieSetOpDefaults */ + CARD16 length; + CARD8 model; + CARD8 _pad[3]; + CARD32 levels[XieK_MaxComponents]; +} xieSetOpDefaultsReq; + + /* + ** Query Operational Defaults + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieQueryOpDefaults */ + CARD16 length; +} xieQueryOpDefaultsReq; + + /* + ** Create (ie. clone Photo{flo|map}) resource By Reference Request. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByReference*/ + CARD16 length; + CARD32 resource_type; + CARD32 resource_id; /* new Photo{flo|map}-id */ + CARD32 photomap_id; /* existing Photomap-id */ +} xieCreateByReferenceReq; + + /* + ** Generic Create resource By Value Request. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* new resource type */ + CARD32 resource_id; /* new resource identifier */ +} xieCreateByValueReq; + + /* + ** Create Cpp Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* resource type == XieK_IdcCpp */ + CARD32 resource_id; + CARD32 photomap_id; + INT32 x; + INT32 y; +} xieCreateCppReq; + + /* + ** Create Photo{flo|map} from client specified attributes. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* XieK_Photomap or XieK_Photoflo */ + CARD32 resource_id; + CARD32 width; + CARD32 height; + XieFloatRec aspect_ratio; + CARD32 levels[XieK_MaxComponents]; + CARD8 number_of_components; + CARD8 component_mapping; + CARD8 pixel_progression; + CARD8 line_progression; + CARD8 polarity; + CARD8 _pad[3]; +} xieCreatePhotoReq; + + /* + ** Create Roi Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* resource type == XieK_IdcRoi */ + CARD32 resource_id; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; +} xieCreateRoiReq; + + /* + ** Create Tmp Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* resource type == XieK_IdcTmp */ + CARD32 resource_id; + INT32 center_x; + INT32 center_y; + CARD32 data_count; /* number of XieTmpEntryRec's */ +/* XieTmpEntryRec data[data_count] /* list of XieTmpEntryRec */ +} xieCreateTmpReq; + + /* + ** Delete resource request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieDeleteResource */ + CARD16 length; + CARD32 resource_type; + CARD32 resource_id; +} xieDeleteResourceReq; + + /* + ** Query resource request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieQueryResource */ + CARD16 length; + CARD32 resource_type; + CARD32 resource_id; +} xieQueryResourceReq; + + /* + ** Bind an existing Photomap to an existing Photoflo. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieBindPhotomap */ + CARD16 length; + CARD32 photoflo_id; + CARD32 photomap_id; +} xieBindPhotomapReq; + + /* + ** Abort Photoflo request. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieAbortPhotoflo */ + CARD16 length; + CARD32 photoflo_id; +} xieAbortPhotofloReq; + + /* + ** Execute Photoflo Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieExecutePhotoflo */ + CARD16 length; + CARD32 photoflo_id; +} xieExecutePhotofloReq; + + /* + ** Tap Photoflo Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieTapPhotoflo */ + CARD16 length; + CARD32 photoflo_id; + CARD32 photo_id; + BOOL permanent; + CARD8 _pad[3]; +} xieTapPhotofloReq; + + /* + ** Abort transport Request (release transport resources) + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieAbortTransport */ + CARD16 length; + CARD32 photo_id; + CARD32 plane_mask; +} xieAbortTransportReq; + + /* + ** Get Stream Request (transport image data: server --> client) + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieGetStream */ + CARD16 length; + CARD32 photo_id; + CARD32 max_bytes; /* maximum return image data length */ + CARD8 plane_num; + CARD8 _pad[3]; +} xieGetStreamReq; + + /* + ** Get Tile Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieGetTile */ + CARD16 length; + CARD32 photomap_id; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; + CARD32 plane_mask; + BOOL final; + CARD8 _pad[3]; +} xieGetTileReq; + + /* + ** Put Stream Request (transport image data: client --> server) + */ +typedef struct _xiePutStreamReq { + CARD8 reqType; + CARD8 opcode; /* function == X_iePutStream */ + CARD16 length; + CARD32 photo_id; + CARD32 byte_count; /* image plane data length in bytes */ + BOOL final; + CARD8 plane_num; + CARD8 _pad[2]; +} xiePutStreamReq; + + /* + ** Put Tile Request (transport image data: client --> server) + */ +typedef struct _xiePutTileReq { + CARD8 reqType; + CARD8 opcode; /* function == X_iePutTile */ + CARD16 length; + CARD32 photomap_id; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; + CARD32 plane_mask; + BOOL final; + CARD8 _pad[3]; +} xiePutTileReq; + + /* + ** Set transport Request (set transport parameters) + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieSetTransport */ + CARD16 length; + CARD32 photo_id; + CARD32 compression_parameter; + CARD8 compression_scheme; + CARD8 mode; + CARD8 component_organization; + CARD8 _pad; + CARD32 plane_mask; + CARD8 pixel_stride[XieK_MaxPlanes]; + CARD32 scanline_stride[XieK_MaxPlanes]; +} xieSetTransportReq; + + /* + ** Export image data to drawable Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieExport */ + CARD16 length; + CARD32 photo_id; + CARD32 drawable_id; + CARD32 gc_id; + INT32 src_x; + INT32 src_y; + CARD32 width; + CARD32 height; + INT32 dst_x; + INT32 dst_y; + CARD32 photo_lut_id; + CARD32 colormap_id; + XieFloatRec match_limit; + XieFloatRec gray_limit; +} xieExportReq; + + /* + ** Free ExportContext from Photomap Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieFreeExport */ + CARD16 length; + CARD32 photo_id; +} xieFreeExportReq; + + /* + ** Import image data from drawable Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieImport */ + CARD16 length; + CARD32 photomap_id; + CARD32 drawable_id; + CARD32 colormap_id; + CARD8 polarity; + CARD8 _pad[3]; +} xieImportReq; + + /* + ** Query ExportContext Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieQueryExport */ + CARD16 length; + CARD32 photo_id; + CARD32 lut_id; + BOOL get_pixels; + CARD8 _pad[3]; +} xieQueryExportReq; + + /* + ** Area Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 ipcc_id; + CARD32 ipct_id; + CARD8 op1; + CARD8 op2; + CARD8 constrain; + CARD8 _pad; +} xieAreaReq; + + /* + ** Area Statistics Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 edge_size; + CARD8 stat_type; + CARD8 _pad[2]; +} xieAreaStatsReq; + + /* + ** Arith Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieArithmetic */ + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 constants[XieK_MaxComponents]; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 constrain; + CARD16 _pad; +} xieArithReq; + + /* + ** Calculate Histogram Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id; + CARD32 idc_id; + CARD8 by_component; + CARD8 _pad[3]; +} xieCalcHistReq; + + /* + ** Chrominance Combine Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id1; + CARD32 photo_id2; + CARD32 photo_id3; + CARD32 dst_photo_id; +} xieChromeComReq; + + /* + ** Chrominance Separate Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo; + CARD32 dst_photo; + CARD32 component; +} xieChromeSepReq; + + /* + ** Compare Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 constants[XieK_MaxComponents]; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 combine; + CARD16 _pad; +} xieCompareReq; + + /* + ** Constrain Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieConstrain */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD8 model; + CARD8 _pad[3]; + CARD32 levels[XieK_MaxComponents]; + +} xieConstrainReq; + + /* + ** Crop Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCrop */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; +} xieCropReq; + + /* + ** Dither Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieDither */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 levels[XieK_MaxComponents]; +} xieDitherReq; + + /* + ** Fill Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieFill */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 dst_idc_id; + CARD32 constant[XieK_MaxComponents]; +} xieFillReq; + + /* + ** Logical Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieLogical */ + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 constants[XieK_MaxComponents]; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 _pad[3]; + } xieLogicalReq; + + /* + ** Luminance Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieLuminance */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; +} xieLuminanceReq; + + /* + ** Math Function Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 constrain; + CARD16 _pad; +} xieMathReq; + + /* + ** Match Histogram Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id1; + CARD32 photo_id2; + CARD32 idc_id; + XieFloatRec param1; + XieFloatRec param2; + CARD8 h_shape; + CARD8 _pad[3]; +} xieMatchHistogramReq; + + /* + ** Mirror Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieMirror */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + BOOL x_mirror; + BOOL y_mirror; + CARD8 _pad[2]; +} xieMirrorReq; + + /* + ** Point Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD32 trans_photo_id; +} xiePointReq; + + /* + ** Point Statistics Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id; + INT32 x; + INT32 y; + CARD8 height; + CARD8 width; + CARD8 _pad[2]; +} xiePointStatsReq; + + /* + ** Rotate Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieRotate */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + XieFloatRec angle; + CARD32 width; + CARD32 height; + CARD32 fill[XieK_MaxComponents]; +} xieRotateReq; + + /* + ** Scale Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieScale */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 width; + CARD32 height; +} xieScaleReq; + + /* + ** Translate Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieTranslate */ + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 src_idc_id; + CARD32 dst_photo_id; + CARD32 dst_idc_id; +} xieTranslateReq; + +#ifdef NOT_YET_IMPLEMENTED +/************ NONE OF THE FOLLOWING REQUESTS HAVE BEEN IMPLEMENTED ************/ + /* + ** Display Sequence Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 window_id; + CARD16 frame_count; + CARD16 frame_timing; + CARD8 forward; + CARD8 number_of_pixmaps; +} xieDisplaySeqReq; + +/**************************** END OF UNIMPLEMENTED REQUESTS *******************/ +#endif + +/******************************************************************************* +** Events +*******************************************************************************/ + /* + ** Send Xie Event + */ +typedef struct { + CARD8 type; + CARD8 detail; + CARD16 sequenceNumber; + CARD32 resource_id; + CARD8 _pad[24]; +} xieSendEvent; + +/******************************************************************************* +** Replies +*******************************************************************************/ + /* + ** Reply for Init Session + */ +typedef struct { + INT8 type; + CARD8 success; + CARD16 sequenceNumber; + CARD32 length; + CARD16 major_version; + CARD16 minor_version; + CARD32 service_class; /* not implemented */ + CARD8 _pad[16]; +} xieInitSessionReply; + + /* + ** Reply for Query Events + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 event_mask; + CARD8 _pad[20]; +} xieQueryEventsReply; + + /* + ** Reply for Query Operational Defaults + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 model; + CARD8 _pad[3]; + CARD32 levels[XieK_MaxComponents]; + CARD8 _pad1[8]; +} xieQueryOpDefaultsReply; + + /* + ** Reply for Query Resource: resource type == Photoflo + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 status; + CARD8 _pad[20]; +} xieQueryPhotofloReply; + + /* + ** Reply for Query Resource: resource type == Photo{map|tap} + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 width; + CARD32 height; + XieFloatRec aspect_ratio; + CARD8 polarity; + CARD8 pixel_progression; + CARD8 line_progression; + BOOL constrained; + CARD8 component_mapping; + CARD8 component_count; + CARD8 _pad[2]; + CARD32 levels[XieK_MaxComponents]; + CARD32 photo_id; +} xieQueryPhotomapReply; + + /* + ** Reply for Query Resource: resource type == Idc of type XieK_Cpp + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + INT32 x; + INT32 y; + CARD32 photomap_id; + CARD8 _pad[12]; +} xieQueryCppReply; + + /* + ** Reply for Query Resource: resource type == Idc of type XieK_Roi + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; + CARD8 _pad[8]; +} xieQueryRoiReply; + + /* + ** Reply for Query Resource: resource type == Idc of type XieK_Tmp + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* length of entries: long words */ + INT32 center_x; + INT32 center_y; + CARD32 data_count; /* number of XieTmpEntryRec's to */ + CARD8 _pad[12]; /* follow xieQueryTmpReply as data */ +} xieQueryTmpReply; + + /* + ** Reply for Get Stream + */ +typedef struct { + INT8 type; + CARD8 status; + CARD16 sequenceNumber; + CARD32 length; /* length of image data: longwords */ + CARD32 byte_count; /* image plane data length in bytes */ + CARD8 _pad[20]; +} xieGetStreamReply; + + /* + ** Reply for Get Tile + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* length of image data: longwords */ + CARD8 _pad[24]; +} xieGetTileReply; + + /* + ** Reply for QueryExport -- returns LUT and list of allocated pixels + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* number of pixels being returned */ + CARD32 pixel_count; + CARD32 lut_id; + CARD8 lut_mapping; + CARD8 _pad[15]; +} xieQueryExportReply; + + /* + ** Reply for CalcHistogram -- returns frequency distribution data + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* size of histogram list in longs */ + CARD8 _pad[24]; +} xieCalcHistReply; + + /* + ** Reply for Point Statistics + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 _pad[24]; +} xiePointStatsReply; + +/* the following structure is used for Point Statistics */ + +typedef struct { + XieFloatRec pixel; + XieFloatRec minimum; + XieFloatRec maximum; + XieFloatRec mean; + XieFloatRec std_dev; + XieFloatRec variance; +} xiePointStatsData, *xiePointStatsDataPtr; + + +#ifdef NOT_YET_IMPLEMENTED +/************ NONE OF THE FOLLOWING REPLIES HAVE BEEN IMPLEMENTED *************/ + +typedef struct { + CARD16 screen_width_millimeters; + CARD16 screen_height_millimeters; + CARD16 screen_width_pixels; + CARD16 screen_height_pixels; + CARD16 screen_depth; + CARD16 screen_luts_size; + CARD8 screen_number; + CARD8 screen_luts; + CARD8 screen_brightness_control; + CARD8 screen_contrast_control; + CARD8 screen_hue_control; + CARD8 _pad[5]; +} screen_data; + +typedef struct { + CARD32 minimum; + CARD32 maximum; + CARD32 mean; + CARD32 std_dev; + CARD32 variance; +} statistics_data; + +/* Reply for Dot Product */ + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 _pad[6]; +} xieDotProductReply; + +/*** following display stuff may be deleted or expanded */ + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 idc_type; + CARD8 skip_or_show; + CARD32 pixmap; + CARD16 _pad; +} xieSingleStaticReply; + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 idc_type; + CARD8 map_x_tiles; + CARD8 map_y_tiles; + CARD32 current_frame; + CARD32 number_of_display_frames; +} xieSpatialMapReply; + +typedef struct { + CARD32 pixmap; + CARD8 skip_or_show; + CARD8 _pad[3]; +} display_frame; + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 current_frame; + CARD32 number_of_display_frames; + CARD8 idc_type; + CARD8 map_x_tiles; + CARD8 map_y_tiles; + CARD8 _pad[14]; +} xieTimeSequenceReply; + +/**************************** END OF UNIMPLEMENTED REPLIES ********************/ +#endif +/* +** This "endif" MUST be the last line of this file. +*/ +#endif /* end of XIEPROTO -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ + diff --git a/xie/build/dec/X11/extensions/XieUdpDef.h b/xie/build/dec/X11/extensions/XieUdpDef.h new file mode 100644 index 0000000..44d88ff --- /dev/null +++ b/xie/build/dec/X11/extensions/XieUdpDef.h @@ -0,0 +1,118 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/********************************************************************************************************************************/ +/* Created 23-MAY-1992 03:11:09 by VAX SDL V3.2-12 Source: 12-JUL-1990 18:14:51 VNRESD$:[XIESMI.SRC]XIEUDPDEF.SDL;1 */ +/********************************************************************************************************************************/ +/******************************************************************************* */ +/** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, */ +/** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. */ +/** */ +/** All Rights Reserved */ +/** */ +/** Permission to use, copy, modify, and distribute this software and its */ +/** documentation for any purpose and without fee is hereby granted, */ +/** provided that the above copyright notice appear in all copies and that */ +/** both that copyright notice and this permission notice appear in */ +/** supporting documentation, and that the names of Digital or MIT not be */ +/** used in advertising or publicity pertaining to distribution of the */ +/** software without specific, written prior permission. */ +/** */ +/** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING */ +/** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL */ +/** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR */ +/** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, */ +/** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, */ +/** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS */ +/** SOFTWARE. */ +/** */ +/******************************************************************************* */ +/******************************************************************************* */ +/** */ +/** FACILITY: */ +/** */ +/** Sample Machine Independant DDX */ +/** X Image Extensions */ +/** */ +/** ABSTRACT: */ +/** */ +/** This include file defines low level image data representation */ +/** structures. */ +/** */ +/** ENVIRONMENT: */ +/** */ +/** VAX/VMS V5.3 */ +/** ULTRIX V3.1 */ +/** */ +/** AUTHOR(S): */ +/** */ +/** John Weber */ +/** */ +/** CREATION DATE: */ +/** */ +/** August 12, 1989 */ +/** */ +/** MODIFICATION HISTORY: */ +/** */ +/******************************************************************************* */ + +/*** MODULE XieUdpDef ***/ +#ifndef UDPDEF +#define UDPDEF +struct UDP { + unsigned short int UdpW_PixelLength; + unsigned char UdpB_DType; + unsigned char UdpB_Class; + unsigned char *UdpA_Base; + unsigned long int UdpL_ArSize; + unsigned long int UdpL_PxlStride; + unsigned long int UdpL_ScnStride; + long int UdpL_X1; + long int UdpL_X2; + long int UdpL_Y1; + long int UdpL_Y2; + unsigned long int UdpL_PxlPerScn; + unsigned long int UdpL_ScnCnt; + long int UdpL_Pos; + unsigned long int UdpL_CompIdx; + unsigned long int UdpL_Levels; + } ; +typedef struct UDP UdpRec, *UdpPtr; +#define UdpK_DTypeUndefined 0 +#define UdpK_DTypeMin 1 +#define UdpK_DTypeBU 1 +#define UdpK_DTypeWU 2 +#define UdpK_DTypeLU 3 +#define UdpK_DTypeF 4 +#define UdpK_DTypeC 5 +#define UdpK_DTypeVU 6 +#define UdpK_DTypeV 7 +#define UdpK_DTypeCL 8 +#define UdpK_DTypeMax 8 +#define UdpK_ClassUBA 1 +#define UdpK_ClassUBS 2 +#define UdpK_ClassA 3 +#define UdpK_ClassCL 4 +#endif /* UDPDEF */ diff --git a/xie/build/dec/XI.h b/xie/build/dec/XI.h new file mode 100644 index 0000000..0c4c44b --- /dev/null +++ b/xie/build/dec/XI.h @@ -0,0 +1,263 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $Header: /usr/sde/x11/rcs/x11/src/./extensions/include/XI.h,v 1.2 91/12/15 12:42:16 devrcs Exp $ */ + +/************************************************************ +Copyright (c) 1989 by Hewlett-Packard Company, Palo Alto, California, and the +Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Hewlett-Packard or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +HEWLETT-PACKARD DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +HEWLETT-PACKARD BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +********************************************************/ + +/* Definitions used by the server, library and client */ + +#ifndef _XI_H_ + +#define _XI_H_ + +#define sz_xGetExtensionVersionReq 8 +#define sz_xGetExtensionVersionReply 32 +#define sz_xListInputDevicesReq 4 +#define sz_xListInputDevicesReply 32 +#define sz_xOpenDeviceReq 8 +#define sz_xOpenDeviceReply 32 +#define sz_xCloseDeviceReq 8 +#define sz_xSetDeviceModeReq 8 +#define sz_xSetDeviceModeReply 32 +#define sz_xSelectExtensionEventReq 12 +#define sz_xGetSelectedExtensionEventsReq 8 +#define sz_xGetSelectedExtensionEventsReply 32 +#define sz_xChangeDeviceDontPropagateListReq 12 +#define sz_xGetDeviceDontPropagateListReq 8 +#define sz_xGetDeviceDontPropagateListReply 32 +#define sz_xGetDeviceMotionEventsReq 16 +#define sz_xGetDeviceMotionEventsReply 32 +#define sz_xChangeKeyboardDeviceReq 8 +#define sz_xChangeKeyboardDeviceReply 32 +#define sz_xChangePointerDeviceReq 8 +#define sz_xChangePointerDeviceReply 32 +#define sz_xGrabDeviceReq 20 +#define sz_xGrabDeviceReply 32 +#define sz_xUngrabDeviceReq 12 +#define sz_xGrabDeviceKeyReq 20 +#define sz_xGrabDeviceKeyReply 32 +#define sz_xUngrabDeviceKeyReq 16 +#define sz_xGrabDeviceButtonReq 20 +#define sz_xGrabDeviceButtonReply 32 +#define sz_xUngrabDeviceButtonReq 16 +#define sz_xAllowDeviceEventsReq 12 +#define sz_xGetDeviceFocusReq 8 +#define sz_xGetDeviceFocusReply 32 +#define sz_xSetDeviceFocusReq 16 +#define sz_xGetFeedbackControlReq 8 +#define sz_xGetFeedbackControlReply 32 +#define sz_xChangeFeedbackControlReq 12 +#define sz_xGetDeviceKeyMappingReq 8 +#define sz_xGetDeviceKeyMappingReply 32 +#define sz_xChangeDeviceKeyMappingReq 8 +#define sz_xGetDeviceModifierMappingReq 8 +#define sz_xSetDeviceModifierMappingReq 8 +#define sz_xSetDeviceModifierMappingReply 32 +#define sz_xGetDeviceButtonMappingReq 8 +#define sz_xGetDeviceButtonMappingReply 32 +#define sz_xSetDeviceButtonMappingReq 8 +#define sz_xSetDeviceButtonMappingReply 32 +#define sz_xQueryDeviceStateReq 8 +#define sz_xQueryDeviceStateReply 32 +#define sz_xSendExtensionEventReq 16 +#define sz_xDeviceBellReq 8 +#define sz_xSetDeviceValuatorsReq 8 +#define sz_xSetDeviceValuatorsReply 32 +#define sz_xGetDeviceControlReq 8 +#define sz_xGetDeviceControlReply 32 +#define sz_xChangeDeviceControlReq 8 +#define sz_xChangeDeviceControlReply 32 + +#define INAME "XInputExtension" + +#define XI_KEYBOARD "KEYBOARD" +#define XI_MOUSE "MOUSE" +#define XI_TABLET "TABLET" +#define XI_TOUCHSCREEN "TOUCHSCREEN" +#define XI_TOUCHPAD "TOUCHPAD" +#define XI_BARCODE "BARCODE" +#define XI_BUTTONBOX "BUTTONBOX" +#define XI_KNOB_BOX "KNOB_BOX" +#define XI_ONE_KNOB "ONE_KNOB" +#define XI_NINE_KNOB "NINE_KNOB" +#define XI_TRACKBALL "TRACKBALL" +#define XI_QUADRATURE "QUADRATURE" +#define XI_ID_MODULE "ID_MODULE" +#define XI_SPACEBALL "SPACEBALL" +#define XI_DATAGLOVE "DATAGLOVE" +#define XI_EYETRACKER "EYETRACKER" +#define XI_CURSORKEYS "CURSORKEYS" +#define XI_FOOTMOUSE "FOOTMOUSE" + +#define Dont_Check 0 +#define XInput_Initial_Release 1 +#define XInput_Add_XDeviceBell 2 +#define XInput_Add_XSetDeviceValuators 3 +#define XInput_Add_XChangeDeviceControl 4 + +#define XI_Absent 0 +#define XI_Present 1 + +#define XI_Initial_Release_Major 1 +#define XI_Initial_Release_Minor 0 + +#define XI_Add_XDeviceBell_Major 1 +#define XI_Add_XDeviceBell_Minor 1 + +#define XI_Add_XSetDeviceValuators_Major 1 +#define XI_Add_XSetDeviceValuators_Minor 2 + +#define XI_Add_XChangeDeviceControl_Major 1 +#define XI_Add_XChangeDeviceControl_Minor 3 + +#define DEVICE_RESOLUTION 1 + +#define NoSuchExtension 1 + +#define COUNT 0 +#define CREATE 1 + +#define NewPointer 0 +#define NewKeyboard 1 + +#define XPOINTER 0 +#define XKEYBOARD 1 + +#define UseXKeyboard 0xFF + +#define IsXPointer 0 +#define IsXKeyboard 1 +#define IsXExtensionDevice 2 + +#define AsyncThisDevice 0 +#define SyncThisDevice 1 +#define ReplayThisDevice 2 +#define AsyncOtherDevices 3 +#define AsyncAll 4 +#define SyncAll 5 + +#define FollowKeyboard 3 +#ifndef RevertToFollowKeyboard +#define RevertToFollowKeyboard 3 +#endif + +#define DvAccelNum (1L << 0) +#define DvAccelDenom (1L << 1) +#define DvThreshold (1L << 2) + +#define DvKeyClickPercent (1L<<0) +#define DvPercent (1L<<1) +#define DvPitch (1L<<2) +#define DvDuration (1L<<3) +#define DvLed (1L<<4) +#define DvLedMode (1L<<5) +#define DvKey (1L<<6) +#define DvAutoRepeatMode (1L<<7) + +#define DvString (1L << 0) + +#define DvInteger (1L << 0) + +#define DeviceMode (1L << 0) +#define Relative 0 +#define Absolute 1 + +#define ProximityState (1L << 1) +#define InProximity (0L << 1) +#define OutOfProximity (1L << 1) + +#define AddToList 0 +#define DeleteFromList 1 + +#define KeyClass 0 +#define ButtonClass 1 +#define ValuatorClass 2 +#define FeedbackClass 3 +#define ProximityClass 4 +#define FocusClass 5 +#define OtherClass 6 + +#define KbdFeedbackClass 0 +#define PtrFeedbackClass 1 +#define StringFeedbackClass 2 +#define IntegerFeedbackClass 3 +#define LedFeedbackClass 4 +#define BellFeedbackClass 5 + +#define _devicePointerMotionHint 0 +#define _deviceButton1Motion 1 +#define _deviceButton2Motion 2 +#define _deviceButton3Motion 3 +#define _deviceButton4Motion 4 +#define _deviceButton5Motion 5 +#define _deviceButtonMotion 6 +#define _deviceButtonGrab 7 +#define _deviceOwnerGrabButton 8 +#define _noExtensionEvent 9 + +#define XI_BadDevice 0 +#define XI_BadEvent 1 +#define XI_BadMode 2 +#define XI_DeviceBusy 3 +#define XI_BadClass 4 + +typedef unsigned long XEventClass; + +/******************************************************************* + * + * Extension version structure. + * + */ + +typedef struct { + int present; + short major_version; + short minor_version; +} XExtensionVersion; + +#endif /* _XI_H_ */ diff --git a/xie/build/dec/XInput.h b/xie/build/dec/XInput.h new file mode 100644 index 0000000..a897842 --- /dev/null +++ b/xie/build/dec/XInput.h @@ -0,0 +1,849 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $Header: /usr/sde/x11/rcs/x11/src/./extensions/include/XInput.h,v 1.2 91/12/15 12:42:16 devrcs Exp $ */ + +/************************************************************ +Copyright (c) 1989 by Hewlett-Packard Company, Palo Alto, California, and the +Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Hewlett-Packard or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +HEWLETT-PACKARD DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +HEWLETT-PACKARD BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +********************************************************/ + +/* Definitions used by the library and client */ + +#ifndef _XINPUT_H_ +#define _XINPUT_H_ + +#ifndef _XLIB_H_ +#include +#endif + +#ifndef _XI_H_ +#include "XI.h" +#endif + +#define _deviceKeyPress 0 +#define _deviceKeyRelease 1 + +#define _deviceButtonPress 0 +#define _deviceButtonRelease 1 + +#define _deviceMotionNotify 0 + +#define _deviceFocusIn 0 +#define _deviceFocusOut 1 + +#define _proximityIn 0 +#define _proximityOut 1 + +#define _deviceStateNotify 0 +#define _deviceMappingNotify 1 +#define _changeDeviceNotify 2 + +#define FindTypeAndClass(d,type,_class,classid,offset) \ + { int i; XInputClassInfo *ip; \ + type = 0; _class = 0; \ + for (i=0, ip= ((XDevice *) d)->classes; \ + i< ((XDevice *) d)->num_classes; \ + i++, ip++) \ + if (ip->input_class == classid) \ + {type = ip->event_type_base + offset; \ + _class = ((XDevice *) d)->device_id << 8 | type;}} + +#define DeviceKeyPress(d,type,_class) \ + FindTypeAndClass(d, type, _class, KeyClass, _deviceKeyPress) + +#define DeviceKeyRelease(d,type,_class) \ + FindTypeAndClass(d, type, _class, KeyClass, _deviceKeyRelease) + +#define DeviceButtonPress(d,type,_class) \ + FindTypeAndClass(d, type, _class, ButtonClass, _deviceButtonPress) + +#define DeviceButtonRelease(d,type,_class) \ + FindTypeAndClass(d, type, _class, ButtonClass, _deviceButtonRelease) + +#define DeviceMotionNotify(d,type,_class) \ + FindTypeAndClass(d, type, _class, ValuatorClass, _deviceMotionNotify) + +#define DeviceFocusIn(d,type,_class) \ + FindTypeAndClass(d, type, _class, FocusClass, _deviceFocusIn) + +#define DeviceFocusOut(d,type,_class) \ + FindTypeAndClass(d, type, _class, FocusClass, _deviceFocusOut) + +#define ProximityIn(d,type,_class) \ + FindTypeAndClass(d, type, _class, ProximityClass, _proximityIn) + +#define ProximityOut(d,type,_class) \ + FindTypeAndClass(d, type, _class, ProximityClass, _proximityOut) + +#define DeviceStateNotify(d,type,_class) \ + FindTypeAndClass(d, type, _class, OtherClass, _deviceStateNotify) + +#define DeviceMappingNotify(d,type,_class) \ + FindTypeAndClass(d, type, _class, OtherClass, _deviceMappingNotify) + +#define ChangeDeviceNotify(d,type,_class) \ + FindTypeAndClass(d, type, _class, OtherClass, _changeDeviceNotify) + +#define DevicePointerMotionHint(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _devicePointerMotionHint;} + +#define DeviceButton1Motion(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceButton1Motion;} + +#define DeviceButton2Motion(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceButton2Motion;} + +#define DeviceButton3Motion(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceButton3Motion;} + +#define DeviceButton4Motion(d,type,class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceButton4Motion;} + +#define DeviceButton5Motion(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceButton5Motion;} + +#define DeviceButtonMotion(d,type,class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceButtonMotion;} + +#define DeviceOwnerGrabButton(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceOwnerGrabButton;} + +#define DeviceButtonPressGrab(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceButtonGrab;} + +#define NoExtensionEvent(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _noExtensionEvent;} + +#define BadDevice(dpy,error) _xibaddevice(dpy, &error) + +#define BadClass(dpy,error) _xibadclass(dpy, &error) + +#define BadEvent(dpy,error) _xibadevent(dpy, &error) + +#define BadMode(dpy,error) _xibadmode(dpy, &error) + +#define DeviceBusy(dpy,error) _xidevicebusy(dpy, &error) + +/*************************************************************** + * + * DeviceKey events. These events are sent by input devices that + * support input class Keys. + * The location of the X pointer is reported in the coordinate + * fields of the x,y and x_root,y_root fields. + * + */ + +typedef struct + { + int type; /* of event */ + unsigned long serial; /* # of last request processed */ + Bool send_event; /* true if from SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; /* "event" window reported relative to */ + XID deviceid; + Window root; /* root window event occured on */ + Window subwindow; /* child window */ + Time time; /* milliseconds */ + int x, y; /* x, y coordinates in event window */ + int x_root; /* coordinates relative to root */ + int y_root; /* coordinates relative to root */ + unsigned int state; /* key or button mask */ + unsigned int keycode; /* detail */ + Bool same_screen; /* same screen flag */ + unsigned int device_state; /* device key or button mask */ + unsigned char axes_count; + unsigned char first_axis; + int axis_data[6]; + } XDeviceKeyEvent; + +typedef XDeviceKeyEvent XDeviceKeyPressedEvent; +typedef XDeviceKeyEvent XDeviceKeyReleasedEvent; + +/******************************************************************* + * + * DeviceButton events. These events are sent by extension devices + * that support input class Buttons. + * + */ + +typedef struct { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if from a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; /* "event" window reported relative to */ + XID deviceid; + Window root; /* root window that the event occured on */ + Window subwindow; /* child window */ + Time time; /* milliseconds */ + int x, y; /* x, y coordinates in event window */ + int x_root; /* coordinates relative to root */ + int y_root; /* coordinates relative to root */ + unsigned int state; /* key or button mask */ + unsigned int button; /* detail */ + Bool same_screen; /* same screen flag */ + unsigned int device_state; /* device key or button mask */ + unsigned char axes_count; + unsigned char first_axis; + int axis_data[6]; + } XDeviceButtonEvent; + +typedef XDeviceButtonEvent XDeviceButtonPressedEvent; +typedef XDeviceButtonEvent XDeviceButtonReleasedEvent; + +/******************************************************************* + * + * DeviceMotionNotify event. These events are sent by extension devices + * that support input class Valuators. + * + */ + +typedef struct + { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if from a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; /* "event" window reported relative to */ + XID deviceid; + Window root; /* root window that the event occured on */ + Window subwindow; /* child window */ + Time time; /* milliseconds */ + int x, y; /* x, y coordinates in event window */ + int x_root; /* coordinates relative to root */ + int y_root; /* coordinates relative to root */ + unsigned int state; /* key or button mask */ + char is_hint; /* detail */ + Bool same_screen; /* same screen flag */ + unsigned int device_state; /* device key or button mask */ + unsigned char axes_count; + unsigned char first_axis; + int axis_data[6]; + } XDeviceMotionEvent; + +/******************************************************************* + * + * DeviceFocusChange events. These events are sent when the focus + * of an extension device that can be focused is changed. + * + */ + +typedef struct + { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if from a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; /* "event" window reported relative to */ + XID deviceid; + int mode; /* NotifyNormal, NotifyGrab, NotifyUngrab */ + int detail; + /* + * NotifyAncestor, NotifyVirtual, NotifyInferior, + * NotifyNonLinear,NotifyNonLinearVirtual, NotifyPointer, + * NotifyPointerRoot, NotifyDetailNone + */ + Time time; + } XDeviceFocusChangeEvent; + +typedef XDeviceFocusChangeEvent XDeviceFocusInEvent; +typedef XDeviceFocusChangeEvent XDeviceFocusOutEvent; + +/******************************************************************* + * + * ProximityNotify events. These events are sent by those absolute + * positioning devices that are capable of generating proximity information. + * + */ + +typedef struct + { + int type; /* ProximityIn or ProximityOut */ + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if this came from a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; + XID deviceid; + Window root; + Window subwindow; + Time time; + int x, y; + int x_root, y_root; + unsigned int state; + Bool same_screen; + unsigned int device_state; /* device key or button mask */ + unsigned char axes_count; + unsigned char first_axis; + int axis_data[6]; + } XProximityNotifyEvent; +typedef XProximityNotifyEvent XProximityInEvent; +typedef XProximityNotifyEvent XProximityOutEvent; + +/******************************************************************* + * + * DeviceStateNotify events are generated on EnterWindow and FocusIn + * for those clients who have selected DeviceState. + * + */ + +typedef struct + { +#if defined(__cplusplus) || defined(c_plusplus) + unsigned char c_class; +#else + unsigned char class; +#endif + unsigned char length; + } XInputClass; + +typedef struct { + int type; + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if this came from a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; + XID deviceid; + Time time; + int num_classes; + char data[64]; +} XDeviceStateNotifyEvent; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + unsigned char c_class; +#else + unsigned char class; +#endif + unsigned char length; + unsigned char num_valuators; + unsigned char mode; + int valuators[6]; +} XValuatorStatus; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + unsigned char c_class; +#else + unsigned char class; +#endif + unsigned char length; + short num_keys; + char keys[32]; +} XKeyStatus; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + unsigned char c_class; +#else + unsigned char class; +#endif + unsigned char length; + short num_buttons; + char buttons[32]; +} XButtonStatus; + +/******************************************************************* + * + * DeviceMappingNotify event. This event is sent when the key mapping, + * modifier mapping, or button mapping of an extension device is changed. + * + */ + +typedef struct { + int type; + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if this came from a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; /* unused */ + XID deviceid; + Time time; + int request; /* one of MappingModifier, MappingKeyboard, + MappingPointer */ + int first_keycode;/* first keycode */ + int count; /* defines range of change w. first_keycode*/ +} XDeviceMappingEvent; + +/******************************************************************* + * + * ChangeDeviceNotify event. This event is sent when an + * XChangeKeyboard or XChangePointer request is made. + * + */ + +typedef struct { + int type; + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if this came from a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; /* unused */ + XID deviceid; + Time time; + int request; /* NewPointer or NewKeyboard */ +} XChangeDeviceNotifyEvent; + +/******************************************************************* + * + * Control structures for input devices that support input class + * Feedback. These are used by the XGetFeedbackControl and + * XChangeFeedbackControl functions. + * + */ + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; +} XFeedbackState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int click; + int percent; + int pitch; + int duration; + int led_mask; + int global_auto_repeat; + char auto_repeats[32]; +} XKbdFeedbackState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int accelNum; + int accelDenom; + int threshold; +} XPtrFeedbackState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int resolution; + int minVal; + int maxVal; +} XIntegerFeedbackState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int max_symbols; + int num_syms_supported; + KeySym *syms_supported; +} XStringFeedbackState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int percent; + int pitch; + int duration; +} XBellFeedbackState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int led_values; + int led_mask; +} XLedFeedbackState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; +} XFeedbackControl; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int accelNum; + int accelDenom; + int threshold; +} XPtrFeedbackControl; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int click; + int percent; + int pitch; + int duration; + int led_mask; + int led_value; + int key; + int auto_repeat_mode; +} XKbdFeedbackControl; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int num_keysyms; + KeySym *syms_to_display; +} XStringFeedbackControl; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int int_to_display; +} XIntegerFeedbackControl; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int percent; + int pitch; + int duration; +} XBellFeedbackControl; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int led_mask; + int led_values; +} XLedFeedbackControl; + +/******************************************************************* + * + * Device control structures. + * + */ + +typedef struct { + XID control; + int length; +} XDeviceControl; + +typedef struct { + XID control; + int length; + int first_valuator; + int num_valuators; + int *resolutions; +} XDeviceResolutionControl; + +typedef struct { + XID control; + int length; + int num_valuators; + int *resolutions; + int *min_resolutions; + int *max_resolutions; +} XDeviceResolutionState; + +/******************************************************************* + * + * An array of XDeviceList structures is returned by the + * XListInputDevices function. Each entry contains information + * about one input device. Among that information is an array of + * pointers to structures that describe the characteristics of + * the input device. + * + */ + +typedef struct _XAnyClassinfo *XAnyClassPtr; + +typedef struct _XAnyClassinfo { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + } XAnyClassInfo; + +typedef struct _XDeviceInfo *XDeviceInfoPtr; + +typedef struct _XDeviceInfo + { + XID id; + Atom type; + char *name; + int num_classes; + int use; + XAnyClassPtr inputclassinfo; + } XDeviceInfo; + +typedef struct _XKeyInfo *XKeyInfoPtr; + +typedef struct _XKeyInfo + { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + unsigned short min_keycode; + unsigned short max_keycode; + unsigned short num_keys; + } XKeyInfo; + +typedef struct _XButtonInfo *XButtonInfoPtr; + +typedef struct _XButtonInfo { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + short num_buttons; + } XButtonInfo; + +typedef struct _XAxisInfo *XAxisInfoPtr; + +typedef struct _XAxisInfo { + int resolution; + int min_value; + int max_value; + } XAxisInfo; + +typedef struct _XValuatorInfo *XValuatorInfoPtr; + +typedef struct _XValuatorInfo + { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + unsigned char num_axes; + unsigned char mode; + unsigned long motion_buffer; + XAxisInfoPtr axes; + } XValuatorInfo; + + +/******************************************************************* + * + * An XDevice structure is returned by the XOpenDevice function. + * It contains an array of pointers to XInputClassInfo structures. + * Each contains information about a class of input supported by the + * device, including a pointer to an array of data for each type of event + * the device reports. + * + */ + + +typedef struct { + unsigned char input_class; + unsigned char event_type_base; +} XInputClassInfo; + +typedef struct { + XID device_id; + int num_classes; + XInputClassInfo *classes; +} XDevice; + + +/******************************************************************* + * + * The following structure is used to return information for the + * XGetSelectedExtensionEvents function. + * + */ + +typedef struct { + XEventClass event_type; + XID device; +} XEventList; + +/******************************************************************* + * + * The following structure is used to return motion history data from + * an input device that supports the input class Valuators. + * This information is returned by the XGetDeviceMotionEvents function. + * + */ + +typedef struct { + Time time; + int *data; +} XDeviceTimeCoord; + + +/******************************************************************* + * + * Device state structure. + * This is returned by the XQueryDeviceState request. + * + */ + +typedef struct { + XID device_id; + int num_classes; + XInputClass *data; +} XDeviceState; + +/******************************************************************* + * + * Note that the mode field is a bitfield that reports the Proximity + * status of the device as well as the mode. The mode field should + * be OR'd with the mask DeviceMode and compared with the values + * Absolute and Relative to determine the mode, and should be OR'd + * with the mask ProximityState and compared with the values InProximity + * and OutOfProximity to determine the proximity state. + * + */ + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + unsigned char c_class; +#else + unsigned char class; +#endif + unsigned char length; + unsigned char num_valuators; + unsigned char mode; + int *valuators; +} XValuatorState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + unsigned char c_class; +#else + unsigned char class; +#endif + unsigned char length; + short num_keys; + char keys[32]; +} XKeyState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + unsigned char c_class; +#else + unsigned char class; +#endif + unsigned char length; + short num_buttons; + char buttons[32]; +} XButtonState; + +/******************************************************************* + * + * Function definitions. + * + */ + +XDevice *XOpenDevice(); +XDeviceInfo *XListInputDevices(); +XDeviceTimeCoord *XGetDeviceMotionEvents(); +KeySym *XGetDeviceKeyMapping(); +XModifierKeymap *XGetDeviceModifierMapping(); +XFeedbackState *XGetFeedbackControl(); +XExtensionVersion *XGetExtensionVersion(); +XDeviceState *XQueryDeviceState(); +XEventClass *XGetDeviceDontPropagateList(); +#endif /* _XINPUT_H_ */ diff --git a/xie/build/dec/XIproto.h b/xie/build/dec/XIproto.h new file mode 100644 index 0000000..ac4dd00 --- /dev/null +++ b/xie/build/dec/XIproto.h @@ -0,0 +1,1425 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $Header: /usr/sde/x11/rcs/x11/src/./extensions/include/XIproto.h,v 1.2 91/12/15 12:42:16 devrcs Exp $ */ + +/************************************************************ +Copyright (c) 1989 by Hewlett-Packard Company, Palo Alto, California, and the +Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Hewlett-Packard or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +HEWLETT-PACKARD DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +HEWLETT-PACKARD BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +********************************************************/ + +#ifndef _XIPROTO_H +#define _XIPROTO_H + +#ifndef NEED_EVENTS +#define NEED_EVENTS +#endif +#ifndef NEED_REPLIES +#define NEED_REPLIES +#endif +#include +#include + +/********************************************************* + * + * number of events, errors, and extension name. + * + */ + +#define MORE_EVENTS 0x80 +#define DEVICE_BITS 0x7F + +#define InputClassBits 0x3F /* bits in mode field for input classes */ +#define ModeBitsShift 6 /* amount to shift the remaining bits */ + +#define numInputClasses 7 + +#define IEVENTS 15 +#define IERRORS 5 + +#define CLIENT_REQ 1 + +typedef struct _XExtEventInfo + { + Mask mask; + BYTE type; + BYTE word; + } XExtEventInfo; + +typedef unsigned char *Pointer; + +struct tmask + { + Mask mask; + Pointer dev; + }; + +/********************************************************* + * + * Event constants used by library. + * + */ + +#define XI_DeviceValuator 0 +#define XI_DeviceKeyPress 1 +#define XI_DeviceKeyRelease 2 +#define XI_DeviceButtonPress 3 +#define XI_DeviceButtonRelease 4 +#define XI_DeviceMotionNotify 5 +#define XI_DeviceFocusIn 6 +#define XI_DeviceFocusOut 7 +#define XI_ProximityIn 8 +#define XI_ProximityOut 9 +#define XI_DeviceStateNotify 10 +#define XI_DeviceMappingNotify 11 +#define XI_ChangeDeviceNotify 12 +#define XI_DeviceKeystateNotify 13 +#define XI_DeviceButtonstateNotify 14 + +/********************************************************* + * + * Protocol request constants + * + */ + +#define X_GetExtensionVersion 1 +#define X_ListInputDevices 2 +#define X_OpenDevice 3 +#define X_CloseDevice 4 +#define X_SetDeviceMode 5 +#define X_SelectExtensionEvent 6 +#define X_GetSelectedExtensionEvents 7 +#define X_ChangeDeviceDontPropagateList 8 +#define X_GetDeviceDontPropagateList 9 +#define X_GetDeviceMotionEvents 10 +#define X_ChangeKeyboardDevice 11 +#define X_ChangePointerDevice 12 +#define X_GrabDevice 13 +#define X_UngrabDevice 14 +#define X_GrabDeviceKey 15 +#define X_UngrabDeviceKey 16 +#define X_GrabDeviceButton 17 +#define X_UngrabDeviceButton 18 +#define X_AllowDeviceEvents 19 +#define X_GetDeviceFocus 20 +#define X_SetDeviceFocus 21 +#define X_GetFeedbackControl 22 +#define X_ChangeFeedbackControl 23 +#define X_GetDeviceKeyMapping 24 +#define X_ChangeDeviceKeyMapping 25 +#define X_GetDeviceModifierMapping 26 +#define X_SetDeviceModifierMapping 27 +#define X_GetDeviceButtonMapping 28 +#define X_SetDeviceButtonMapping 29 +#define X_QueryDeviceState 30 +#define X_SendExtensionEvent 31 +#define X_DeviceBell 32 +#define X_SetDeviceValuators 33 +#define X_GetDeviceControl 34 +#define X_ChangeDeviceControl 35 + +/********************************************************* + * + * Protocol request and reply structures. + * + * GetExtensionVersion. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GetExtensionVersion */ + CARD16 length B16; + CARD16 nbytes B16; + CARD8 pad1, pad2; +} xGetExtensionVersionReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetExtensionVersion */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 major_version B16; + CARD16 minor_version B16; + BOOL present; + CARD8 pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; +} xGetExtensionVersionReply; + +/********************************************************* + * + * ListInputDevices. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_ListInputDevices */ + CARD16 length B16; +} xListInputDevicesReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_ListInputDevices */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 ndevices B32; + CARD8 pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; +} xListInputDevicesReply; + +typedef struct _xDeviceInfo *xDeviceInfoPtr; + +typedef struct _xAnyClassinfo *xAnyClassPtr; + +typedef struct _xAnyClassinfo { + CARD8 class; + CARD8 length; + } xAnyClassInfo; + +typedef struct _xDeviceInfo { + CARD32 type B32; + CARD8 id; + CARD8 num_classes; + CARD8 use; + CARD8 pad1; + } xDeviceInfo; + +typedef struct _xKeyInfo *xKeyInfoPtr; + +typedef struct _xKeyInfo { + CARD8 class; + CARD8 length; + KeyCode min_keycode; + KeyCode max_keycode; + CARD16 num_keys B16; + CARD8 pad1,pad2; + } xKeyInfo; + +typedef struct _xButtonInfo *xButtonInfoPtr; + +typedef struct _xButtonInfo { + CARD8 class; + CARD8 length; + CARD16 num_buttons B16; + } xButtonInfo; + +typedef struct _xValuatorInfo *xValuatorInfoPtr; + +typedef struct _xValuatorInfo { + CARD8 class; + CARD8 length; + CARD8 num_axes; + CARD8 mode; + CARD32 motion_buffer_size B32; + } xValuatorInfo; + +typedef struct _xAxisInfo *xAxisInfoPtr; + +typedef struct _xAxisInfo { + CARD32 resolution B32; + CARD32 min_value B32; + CARD32 max_value B32; + } xAxisInfo; + +/********************************************************* + * + * OpenDevice. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_OpenDevice */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xOpenDeviceReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_OpenDevice */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 num_classes; + BYTE pad1, pad2, pad3; + CARD32 pad00 B32; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + } xOpenDeviceReply; + +typedef struct { + CARD8 class; + CARD8 event_type_base; + } xInputClassInfo; + +/********************************************************* + * + * CloseDevice. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_CloseDevice */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xCloseDeviceReq; + +/********************************************************* + * + * SetDeviceMode. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_SetDeviceMode */ + CARD16 length B16; + CARD8 deviceid; + CARD8 mode; + BYTE pad1, pad2; +} xSetDeviceModeReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_SetDeviceMode */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 status; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; +} xSetDeviceModeReply; + +/********************************************************* + * + * SelectExtensionEvent. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_SelectExtensionEvent */ + CARD16 length B16; + Window window B32; + CARD16 count B16; + CARD16 pad00 B16; +} xSelectExtensionEventReq; + +/********************************************************* + * + * GetSelectedExtensionEvent. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_GetSelectedExtensionEvents */ + CARD16 length B16; + Window window B32; +} xGetSelectedExtensionEventsReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* GetSelectedExtensionEvents */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 this_client_count B16; + CARD16 all_clients_count B16; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; +} xGetSelectedExtensionEventsReply; + +/********************************************************* + * + * ChangeDeviceDontPropagateList. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_ChangeDeviceDontPropagateList */ + CARD16 length B16; + Window window B32; + CARD16 count B16; + CARD8 mode; + BYTE pad; +} xChangeDeviceDontPropagateListReq; + +/********************************************************* + * + * GetDeviceDontPropagateList. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_GetDeviceDontPropagateList */ + CARD16 length B16; + Window window B32; +} xGetDeviceDontPropagateListReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* GetDeviceDontPropagateList */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 count B16; + CARD16 pad00 B16; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; + } xGetDeviceDontPropagateListReply; + +/********************************************************* + * + * GetDeviceMotionEvents. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GetDeviceMotionEvents*/ + CARD16 length B16; + Time start B32; + Time stop B32; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xGetDeviceMotionEventsReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetDeviceMotionEvents */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 nEvents B32; + CARD8 axes; + CARD8 mode; + BYTE pad1, pad2; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; +} xGetDeviceMotionEventsReply; + +/********************************************************* + * + * ChangeKeyboardDevice. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_ChangeKeyboardDevice */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xChangeKeyboardDeviceReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_ChangeKeyboardDevice*/ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + CARD8 status; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; + } xChangeKeyboardDeviceReply; + +/********************************************************* + * + * ChangePointerDevice. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_ChangePointerDevice */ + CARD16 length B16; + CARD8 xaxis; + CARD8 yaxis; + CARD8 deviceid; + BYTE pad1; +} xChangePointerDeviceReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_ChangePointerDevice */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + CARD8 status; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; + } xChangePointerDeviceReply; + +/********************************************************* + * + * GrabDevice. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GrabDevice */ + CARD16 length B16; + Window grabWindow B32; + Time time B32; + CARD16 event_count B16; + CARD8 this_device_mode; + CARD8 other_devices_mode; + BOOL ownerEvents; + CARD8 deviceid; + CARD16 pad01 B16; +} xGrabDeviceReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GrabDevice */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + CARD8 status; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; + } xGrabDeviceReply; + +/********************************************************* + * + * UngrabDevice. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_UnGrabDevice */ + CARD16 length B16; + Time time B32; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xUngrabDeviceReq; + +/********************************************************* + * + * GrabDeviceKey. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GrabDeviceKey */ + CARD16 length B16; + Window grabWindow B32; + CARD16 event_count B16; + CARD16 modifiers B16; + CARD8 modifier_device; + CARD8 grabbed_device; + CARD8 key; + BYTE this_device_mode; + BYTE other_devices_mode; + BOOL ownerEvents; + BYTE pad1, pad2; +} xGrabDeviceKeyReq; + +/********************************************************* + * + * UngrabDeviceKey. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_UngrabDeviceKey */ + CARD16 length B16; + Window grabWindow B32; + CARD16 modifiers B16; + CARD8 modifier_device; + CARD8 key; + CARD8 grabbed_device; + BYTE pad1, pad2, pad3; +} xUngrabDeviceKeyReq; + +/********************************************************* + * + * GrabDeviceButton. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GrabDeviceButton */ + CARD16 length B16; + Window grabWindow B32; + CARD8 grabbed_device; + CARD8 modifier_device; + CARD16 event_count B16; + CARD16 modifiers B16; + BYTE this_device_mode; + BYTE other_devices_mode; + CARD8 button; + BOOL ownerEvents; + BYTE pad1, pad2; +} xGrabDeviceButtonReq; + +/********************************************************* + * + * UngrabDeviceButton. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_UngrabDeviceButton */ + CARD16 length B16; + Window grabWindow B32; + CARD16 modifiers B16; + CARD8 modifier_device; + CARD8 button; + CARD8 grabbed_device; + BYTE pad1, pad2, pad3; +} xUngrabDeviceButtonReq; + +/********************************************************* + * + * AllowDeviceEvents. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_AllowDeviceEvents */ + CARD16 length B16; + Time time B32; + CARD8 mode; + CARD8 deviceid; + BYTE pad1, pad2; +} xAllowDeviceEventsReq; + +/********************************************************* + * + * GetDeviceFocus. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GetDeviceFocus */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xGetDeviceFocusReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetDeviceFocus */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 focus B32; + Time time B32; + CARD8 revertTo; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + } xGetDeviceFocusReply; + +/********************************************************* + * + * SetDeviceFocus. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_SetDeviceFocus */ + CARD16 length B16; + Window focus B32; + Time time B32; + CARD8 revertTo; + CARD8 device; + CARD16 pad01 B16; +} xSetDeviceFocusReq; + +/********************************************************* + * + * GetFeedbackControl. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_GetFeedbackControl */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xGetFeedbackControlReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetFeedbackControl */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 num_feedbacks B16; + CARD16 pad01 B16; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; + CARD32 pad06 B32; +} xGetFeedbackControlReply; + +typedef struct { + CARD8 class; /* feedback class */ + CARD8 id; /* feedback id */ + CARD16 length B16; /* feedback length */ +} xFeedbackState; + +typedef struct { + CARD8 class; + CARD8 id; + CARD16 length B16; + CARD16 pitch B16; + CARD16 duration B16; + CARD32 led_mask B32; + CARD32 led_values B32; + BOOL global_auto_repeat; + CARD8 click; + CARD8 percent; + BYTE pad; + BYTE auto_repeats[32]; +} xKbdFeedbackState; + +typedef struct { + CARD8 class; + CARD8 id; + CARD16 length B16; + CARD8 pad1,pad2; + CARD16 accelNum B16; + CARD16 accelDenom B16; + CARD16 threshold B16; +} xPtrFeedbackState; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; + CARD16 length B16; /* feedback length */ + CARD32 resolution B32; + INT32 min_value B32; + INT32 max_value B32; +} xIntegerFeedbackState; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; + CARD16 length B16; /* feedback length */ + CARD16 max_symbols B16; + CARD16 num_syms_supported B16; +} xStringFeedbackState; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; + CARD16 length B16; /* feedback length */ + CARD8 percent; + BYTE pad1, pad2, pad3; + CARD16 pitch B16; + CARD16 duration B16; +} xBellFeedbackState; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; + CARD16 length B16; /* feedback length */ + CARD32 led_mask B32; + CARD32 led_values B32; +} xLedFeedbackState; + +/********************************************************* + * + * ChangeFeedbackControl. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_ChangeFeedbackControl */ + CARD16 length B16; + CARD32 mask B32; + CARD8 deviceid; + CARD8 feedbackid; + BYTE pad1, pad2; +} xChangeFeedbackControlReq; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; /* feedback id */ + CARD16 length B16; /* feedback length */ +} xFeedbackCtl; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; /* feedback length */ + CARD16 length B16; /* feedback length */ + KeyCode key; + CARD8 auto_repeat_mode; + INT8 click; + INT8 percent; + INT16 pitch B16; + INT16 duration B16; + CARD32 led_mask B32; + CARD32 led_values B32; +} xKbdFeedbackCtl; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; /* feedback id */ + CARD16 length B16; /* feedback length */ + CARD8 pad1,pad2; + INT16 num B16; + INT16 denom B16; + INT16 thresh B16; +} xPtrFeedbackCtl; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; /* feedback id */ + CARD16 length B16; /* feedback length */ + INT32 int_to_display B32; +} xIntegerFeedbackCtl; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; /* feedback id */ + CARD16 length B16; /* feedback length */ + CARD8 pad1,pad2; + CARD16 num_keysyms B16; +} xStringFeedbackCtl; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; /* feedback id */ + CARD16 length B16; /* feedback length */ + INT8 percent; + BYTE pad1, pad2, pad3; + INT16 pitch B16; + INT16 duration B16; +} xBellFeedbackCtl; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; /* feedback id */ + CARD16 length B16; /* feedback length */ + CARD32 led_mask B32; + CARD32 led_values B32; +} xLedFeedbackCtl; + +/********************************************************* + * + * GetDeviceKeyMapping. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GetDeviceKeyMapping */ + CARD16 length B16; + CARD8 deviceid; + KeyCode firstKeyCode; + CARD8 count; + BYTE pad1; +} xGetDeviceKeyMappingReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetDeviceKeyMapping */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 keySymsPerKeyCode; + CARD8 pad0; + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xGetDeviceKeyMappingReply; + +/********************************************************* + * + * ChangeDeviceKeyMapping. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_ChangeDeviceKeyMapping */ + CARD16 length B16; + CARD8 deviceid; + KeyCode firstKeyCode; + CARD8 keySymsPerKeyCode; + CARD8 keyCodes; +} xChangeDeviceKeyMappingReq; + +/********************************************************* + * + * GetDeviceModifierMapping. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GetDeviceModifierMapping */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xGetDeviceModifierMappingReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetDeviceModifierMapping */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 numKeyPerModifier; + CARD8 pad0; + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xGetDeviceModifierMappingReply; + +/********************************************************* + * + * SetDeviceModifierMapping. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_SetDeviceModifierMapping */ + CARD16 length B16; + CARD8 deviceid; + CARD8 numKeyPerModifier; + CARD16 pad1 B16; +} xSetDeviceModifierMappingReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_SetDeviceModifierMapping */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 success; + CARD8 pad0; + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xSetDeviceModifierMappingReply; + +/********************************************************* + * + * GetDeviceButtonMapping. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_GetDeviceButtonMapping */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xGetDeviceButtonMappingReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetDeviceButtonMapping */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 nElts; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; +} xGetDeviceButtonMappingReply; + +/********************************************************* + * + * SetDeviceButtonMapping. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_SetDeviceButtonMapping */ + CARD16 length B16; + CARD8 deviceid; + CARD8 map_length; + BYTE pad1, pad2; +} xSetDeviceButtonMappingReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_SetDeviceButtonMapping */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 status; + BYTE pad0; + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xSetDeviceButtonMappingReply; + +/********************************************************* + * + * QueryDeviceState. + * + */ + +typedef struct { + CARD8 reqType; + CARD8 ReqType; /* always X_QueryDeviceState */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xQueryDeviceStateReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_QueryDeviceState */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 num_classes; + BYTE pad0; + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xQueryDeviceStateReply; + +typedef struct { + CARD8 class; + CARD8 length; + CARD8 num_keys; + BYTE pad1; + CARD8 keys[32]; +} xKeyState; + +typedef struct { + CARD8 class; + CARD8 length; + CARD8 num_buttons; + BYTE pad1; + CARD8 buttons[32]; +} xButtonState; + +typedef struct { + CARD8 class; + CARD8 length; + CARD8 num_valuators; + CARD8 mode; +} xValuatorState; + +/********************************************************* + * + * SendExtensionEvent. + * THIS REQUEST MUST BE KEPT A MULTIPLE OF 8 BYTES IN LENGTH! + * MORE EVENTS MAY FOLLOW AND THEY MUST BE QUAD-ALIGNED! + * + */ + +typedef struct { + CARD8 reqType; + CARD8 ReqType; /* always X_SendExtensionEvent */ + CARD16 length B16; + Window destination B32; + CARD8 deviceid; + BOOL propagate; + CARD16 count B16; + CARD8 num_events; + BYTE pad1,pad2,pad3; +} xSendExtensionEventReq; + +/********************************************************* + * + * DeviceBell. + * + */ + +typedef struct { + CARD8 reqType; + CARD8 ReqType; /* always X_DeviceBell */ + CARD16 length B16; + CARD8 deviceid; + CARD8 feedbackid; + CARD8 feedbackclass; + INT8 percent; +} xDeviceBellReq; + +/********************************************************* + * + * SetDeviceValuators. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_SetDeviceValuators */ + CARD16 length B16; + CARD8 deviceid; + CARD8 first_valuator; + CARD8 num_valuators; + BYTE pad1; +} xSetDeviceValuatorsReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_SetDeviceValuators */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 status; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; +} xSetDeviceValuatorsReply; + +/********************************************************* + * + * GetDeviceControl. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GetDeviceControl */ + CARD16 length B16; + CARD16 control B16; + CARD8 deviceid; + BYTE pad2; +} xGetDeviceControlReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetDeviceControl */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 status; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; +} xGetDeviceControlReply; + +typedef struct { + CARD16 control B16; /* control type */ + CARD16 length B16; /* control length */ +} xDeviceState; + +typedef struct { + CARD16 control B16; /* control type */ + CARD16 length B16; /* control length */ + CARD32 num_valuators B32; /* number of valuators */ +} xDeviceResolutionState; + +/********************************************************* + * + * ChangeDeviceControl. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_ChangeDeviceControl */ + CARD16 length B16; + CARD16 control B16; + CARD8 deviceid; + CARD8 num_valuators; +} xChangeDeviceControlReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_ChangeDeviceControl */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 status; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; +} xChangeDeviceControlReply; + +typedef struct { + CARD16 control B16; /* control type */ + CARD16 length B16; /* control length */ +} xDeviceCtl; + +typedef struct { + CARD16 control B16; /* control type */ + CARD16 length B16; /* control length */ + CARD8 first_valuator; /* first valuator to change */ + CARD8 num_valuators; /* number of valuators to change*/ + CARD8 pad1,pad2; +} xDeviceResolutionCtl; + +/********************************************************** + * + * Input extension events. + * + * DeviceValuator + * + */ + +typedef struct + { + BYTE type; + CARD8 deviceid; + CARD16 sequenceNumber B16; + KeyButMask device_state B16; + CARD8 num_valuators; + CARD8 first_valuator; + INT32 valuator0 B32; + INT32 valuator1 B32; + INT32 valuator2 B32; + INT32 valuator3 B32; + INT32 valuator4 B32; + INT32 valuator5 B32; + } deviceValuator; + +/********************************************************** + * + * DeviceKeyButtonPointer. + * + * Used for: DeviceKeyPress, DeviceKeyRelease, + * DeviceButtonPress, DeviceButtonRelease, + * ProximityIn, ProximityOut + * DeviceMotionNotify, + * + */ + +typedef struct + { + BYTE type; + BYTE detail; + CARD16 sequenceNumber B16; + Time time B32; + Window root B32; + Window event B32; + Window child B32; + INT16 root_x B16; + INT16 root_y B16; + INT16 event_x B16; + INT16 event_y B16; + KeyButMask state B16; + BOOL same_screen; + CARD8 deviceid; + } deviceKeyButtonPointer; + +/********************************************************** + * + * DeviceFocus. + * + */ + +typedef struct + { + BYTE type; + BYTE detail; + CARD16 sequenceNumber B16; + Time time B32; + Window window B32; + BYTE mode; + CARD8 deviceid; + BYTE pad1, pad2; + CARD32 pad00 B32; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + } deviceFocus; + +/********************************************************** + * + * DeviceStateNotify. + * + * Note that the two high-order bits in the classes_reported + * field are the proximity state (InProximity or OutOfProximity), + * and the device mode (Absolute or Relative), respectively. + * + */ + +typedef struct + { + BYTE type; + BYTE deviceid; + CARD16 sequenceNumber B16; + Time time B32; + CARD8 num_keys; + CARD8 num_buttons; + CARD8 num_valuators; + CARD8 classes_reported; + CARD8 buttons[4]; + CARD8 keys[4]; + INT32 valuator0 B32; + INT32 valuator1 B32; + INT32 valuator2 B32; + } deviceStateNotify; + +/********************************************************** + * + * DeviceKeyStateNotify. + * + */ + +typedef struct + { + BYTE type; + BYTE deviceid; + CARD16 sequenceNumber B16; + CARD8 keys[28]; + } deviceKeyStateNotify; + +/********************************************************** + * + * DeviceButtonStateNotify. + * + */ + +typedef struct + { + BYTE type; + BYTE deviceid; + CARD16 sequenceNumber B16; + CARD8 buttons[28]; + } deviceButtonStateNotify; + +/********************************************************** + * + * DeviceMappingNotify. + * Fields must be kept in sync with core mappingnotify event. + * + */ + +typedef struct + { + BYTE type; + BYTE deviceid; + CARD16 sequenceNumber B16; + CARD8 request; + KeyCode firstKeyCode; + CARD8 count; + BYTE pad1; + Time time B32; + CARD32 pad00 B32; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + } deviceMappingNotify; + +/********************************************************** + * + * ChangeDeviceNotify. + * + */ + +typedef struct + { + BYTE type; + BYTE deviceid; + CARD16 sequenceNumber B16; + Time time B32; + CARD8 request; + BYTE pad1, pad2, pad3; + CARD32 pad00 B32; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + } changeDeviceNotify; + +#endif diff --git a/xie/build/dec/XShm.h b/xie/build/dec/XShm.h new file mode 100644 index 0000000..485fb87 --- /dev/null +++ b/xie/build/dec/XShm.h @@ -0,0 +1,174 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/************************************************************ +Copyright 1989 by The Massachusetts Institute of Technology + +Permission to use, copy, modify, and distribute this +software and its documentation for any purpose and without +fee is hereby granted, provided that the above copyright +no- tice appear in all copies and that both that copyright +no- tice and this permission notice appear in supporting +docu- mentation, and that the name of MIT not be used in +advertising or publicity pertaining to distribution of the +software without specific prior written permission. +M.I.T. makes no representation about the suitability of +this software for any purpose. It is provided "as is" +without any express or implied warranty. + +********************************************************/ + +/* THIS IS NOT AN X CONSORTIUM STANDARD */ + +/* $XConsortium: XShm.h,v 1.5 91/07/12 09:54:34 rws Exp $ */ + +#ifndef _XSHM_H_ +#define _XSHM_H_ + +#include + +#define X_ShmQueryVersion 0 +#define X_ShmAttach 1 +#define X_ShmDetach 2 +#define X_ShmPutImage 3 +#define X_ShmGetImage 4 +#define X_ShmCreatePixmap 5 + +#define ShmCompletion 0 +#define ShmNumberEvents (ShmCompletion + 1) + +#define BadShmSeg 0 +#define ShmNumberErrors (BadShmSeg + 1) + +typedef unsigned int ShmSeg; + +#ifndef _XSHM_SERVER_ +typedef struct { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if this came frome a SendEvent request */ + Display *display; /* Display the event was read from */ + Drawable drawable; /* drawable of request */ + int major_code; /* ShmReqCode */ + int minor_code; /* X_ShmPutImage */ + ShmSeg shmseg; /* the ShmSeg used in the request */ + unsigned long offset; /* the offset into ShmSeg used in the request */ +} XShmCompletionEvent; + +typedef struct { + ShmSeg shmseg; /* resource id */ + int shmid; /* kernel id */ + char *shmaddr; /* address in client */ + Bool readOnly; /* how the server should attach it */ +} XShmSegmentInfo; + +_XFUNCPROTOBEGIN + +Bool XShmQueryVersion( +#if NeedFunctionPrototypes + Display* /* dpy */, + int* /* majorVersion */, + int* /* minorVersion */, + Bool* /* sharedPixmaps */ +#endif +); + +int XShmPixmapFormat( +#if NeedFunctionPrototypes + Display* /* dpy */ +#endif +); + +Status XShmAttach( +#if NeedFunctionPrototypes + Display* /* dpy */, + XShmSegmentInfo* /* shminfo */ +#endif +); + +Status XShmDetach( +#if NeedFunctionPrototypes + Display* /* dpy */, + XShmSegmentInfo* /* shminfo */ +#endif +); + +Status XShmPutImage( +#if NeedFunctionPrototypes + Display* /* dpy */, + Drawable /* d */, + GC /* gc */, + XImage* /* image */, + int /* src_x */, + int /* src_y */, + int /* dst_x */, + int /* dst_y */, + unsigned int /* src_width */, + unsigned int /* src_height */, + Bool /* send_event */ +#endif +); + +Status XShmGetImage( +#if NeedFunctionPrototypes + Display* /* dpy */, + Drawable /* d */, + XImage* /* image */, + int /* x */, + int /* y */, + unsigned long /* plane_mask */ +#endif +); + +XImage *XShmCreateImage( +#if NeedFunctionPrototypes + Display* /* dpy */, + Visual* /* visual */, + unsigned int /* depth */, + int /* format */, + char* /* data */, + XShmSegmentInfo* /* shminfo */, + unsigned int /* width */, + unsigned int /* height */ +#endif +); + +Pixmap XShmCreatePixmap( +#if NeedFunctionPrototypes + Display* /* dpy */, + Drawable /* d */, + char* /* data */, + XShmSegmentInfo* /* shminfo */, + unsigned int /* width */, + unsigned int /* height */, + unsigned int /* depth */ +#endif +); + +_XFUNCPROTOEND + +#endif + +#endif diff --git a/xie/build/dec/XTest.h b/xie/build/dec/XTest.h new file mode 100644 index 0000000..0e7a71f --- /dev/null +++ b/xie/build/dec/XTest.h @@ -0,0 +1,151 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $XConsortium: XTest.h,v 1.4 92/04/20 13:13:54 rws Exp $ */ +/* + +Copyright 1992 by the Massachusetts Institute of Technology + +Permission to use, copy, modify, distribute, and sell this software and its +documentation for any purpose is hereby granted without fee, provided that +the above copyright notice appear in all copies and that both that +copyright notice and this permission notice appear in supporting +documentation, and that the name of M.I.T. not be used in advertising or +publicity pertaining to distribution of the software without specific, +written prior permission. M.I.T. makes no representations about the +suitability of this software for any purpose. It is provided "as is" +without express or implied warranty. + +*/ + +#ifndef _XTEST_H_ +#define _XTEST_H_ + +#include + +#define X_XTestGetVersion 0 +#define X_XTestCompareCursor 1 +#define X_XTestFakeInput 2 + +#define XTestNumberEvents 0 + +#define XTestNumberErrors 0 + +#define XTestMajorVersion 2 +#define XTestMinorVersion 1 + +#define XTestExtensionName "XTEST" + +#ifndef _XTEST_SERVER_ + +_XFUNCPROTOBEGIN + +Bool XTestQueryExtension( +#if NeedFunctionPrototypes + Display* /* dpy */, + int* /* event_basep */, + int* /* error_basep */, + int* /* majorp */, + int* /* minorp */ +#endif +); + +Bool XTestCompareCursorWithWindow( +#if NeedFunctionPrototypes + Display* /* dpy */, + Window /* window */, + Cursor /* cursor */ +#endif +); + +Bool XTestCompareCurrentCursorWithWindow( +#if NeedFunctionPrototypes + Display* /* dpy */, + Window /* window */ +#endif +); + +extern XTestFakeKeyEvent( +#if NeedFunctionPrototypes + Display* /* dpy */, + unsigned int /* keycode */, + Bool /* is_press */, + unsigned long /* delay */ +#endif +); + +extern XTestFakeButtonEvent( +#if NeedFunctionPrototypes + Display* /* dpy */, + unsigned int /* button */, + Bool /* is_press */, + unsigned long /* delay */ +#endif +); + +extern XTestFakeMotionEvent( +#if NeedFunctionPrototypes + Display* /* dpy */, + int /* screen */, + int /* x */, + int /* y */, + unsigned long /* delay */ +#endif +); + +extern XTestFakeRelativeMotionEvent( +#if NeedFunctionPrototypes + Display* /* dpy */, + int /* x */, + int /* y */, + unsigned long /* delay */ +#endif +); + +void XTestSetGContextOfGC( +#if NeedFunctionPrototypes + GC /* gc */, + GContext /* gid */ +#endif +); + +void XTestSetVisualIDOfVisual( +#if NeedFunctionPrototypes + Visual* /* visual */, + VisualID /* visualid */ +#endif +); + +Status XTestDiscard( +#if NeedFunctionPrototypes + Display* /* dpy */ +#endif +); + +_XFUNCPROTOEND + +#endif /* _XTEST_SERVER_ */ + +#endif diff --git a/xie/build/dec/Xext.h b/xie/build/dec/Xext.h new file mode 100644 index 0000000..0e277f2 --- /dev/null +++ b/xie/build/dec/Xext.h @@ -0,0 +1,74 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* + * $XConsortium: Xext.h,v 1.2 91/07/12 10:28:17 rws Exp $ + * + * Copyright 1989 Massachusetts Institute of Technology + * + * Permission to use, copy, modify, distribute, and sell this software and its + * documentation for any purpose is hereby granted without fee, provided that + * the above copyright notice appear in all copies and that both that + * copyright notice and this permission notice appear in supporting + * documentation, and that the name of M.I.T. not be used in advertising or + * publicity pertaining to distribution of the software without specific, + * written prior permission. M.I.T. makes no representations about the + * suitability of this software for any purpose. It is provided "as is" + * without express or implied warranty. + * + * M.I.T. DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING ALL + * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL M.I.T. + * BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES + * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION + * OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN + * CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. + */ + +#ifndef _XEXT_H_ +#define _XEXT_H_ + +#include + +_XFUNCPROTOBEGIN + +extern int (*XSetExtensionErrorHandler())( +#if NeedFunctionPrototypes + int (*handler)() +#endif +); + +extern int XMissingExtension( +#if NeedFunctionPrototypes + Display* /* dpy */, + _Xconst char* /* ext_name */ +#endif +); + +_XFUNCPROTOEND + +#define X_EXTENSION_UNKNOWN "unknown" +#define X_EXTENSION_MISSING "missing" + +#endif /* _XEXT_H_ */ diff --git a/xie/build/dec/XieAppl.h b/xie/build/dec/XieAppl.h new file mode 100644 index 0000000..1908e40 --- /dev/null +++ b/xie/build/dec/XieAppl.h @@ -0,0 +1,295 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright 1989-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** The Xie module contains definitions used by all of the XIE layers +** -- from the applications level through the XIE server levels. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** April 20, 1989 +** +************************************************************************/ + + /* + ** Symbol XIEAPPL allows XieAppl.h to be included multiple times. + */ +#ifndef XIEAPPL +#define XIEAPPL /* The "endif" MUST be the last line of this file. */ + +/***************************************************************************** +** Constants +*****************************************************************************/ + /* + ** X Image Extension name string + */ +#define XieS_Name "Xie" + + /* + ** Number of supported Events and Errors + */ +#define XieK_NumErrors 0 +#define XieK_NumEvents 3 + /* + ** Xie Event constants + */ +#define XieK_ComputationEvent 0 +#define XieK_PhotofloEvent 1 +#define XieK_DisplayEvent 2 + /* + ** Xie Event masks + */ +#define XieM_ComputationEvent (1< +#else +#include +#endif +#endif /* XIEAPPL */ + +/* +** MACRO definitions +*/ + /* + ** Return the minimum number of bits required to contain the specified + ** number of levels. Levels == 0 indicates unconstrained data of type + ** float. <<<< remember to include math.h >>>> + */ +#define BitsFromLevels_(levels) \ + ((levels) > 2 ? ((int)(ceil(log10((double)levels)/log10(2.0)))) : \ + (levels) > 0 ? 1 : sizeof(float) * 8) + /* + ** Determine if a value is a valid pointer or an error code. + ** <<<< remember to include X.h >>>> + */ +#ifdef BadImplementation +#define IsPointer_(ptr) (((unsigned long)(ptr)) > BadImplementation) +#endif + /* + ** Convenience macros for accessing generic UdpPtr fields. + */ +#define upPxlLen_(udp) ((udp)->UdpW_PixelLength) +#define upDType_(udp) ((udp)->UdpB_DType) +#define upClass_(udp) ((udp)->UdpB_Class) +#define upBase_(udp) ((udp)->UdpA_Base) +#define upArSize_(udp) ((udp)->UdpL_ArSize) +#define upPxlStr_(udp) ((udp)->UdpL_PxlStride) +#define upScnStr_(udp) ((udp)->UdpL_ScnStride) +#define upX1_(udp) ((udp)->UdpL_X1) +#define upX2_(udp) ((udp)->UdpL_X2) +#define upY1_(udp) ((udp)->UdpL_Y1) +#define upY2_(udp) ((udp)->UdpL_Y2) +#define upWidth_(udp) ((udp)->UdpL_PxlPerScn) +#define upHeight_(udp) ((udp)->UdpL_ScnCnt) +#define upPos_(udp) ((udp)->UdpL_Pos) +#define upCmpIdx_(udp) ((udp)->UdpL_CompIdx) +#define upLvl_(udp) ((udp)->UdpL_Levels) + /* + ** Convenience macros for accessing generic UdpRec fields. + */ +#define urPxlLen_(udp) ((udp).UdpW_PixelLength) +#define urDType_(udp) ((udp).UdpB_DType) +#define urClass_(udp) ((udp).UdpB_Class) +#define urBase_(udp) ((udp).UdpA_Base) +#define urArSize_(udp) ((udp).UdpL_ArSize) +#define urPxlStr_(udp) ((udp).UdpL_PxlStride) +#define urScnStr_(udp) ((udp).UdpL_ScnStride) +#define urX1_(udp) ((udp).UdpL_X1) +#define urX2_(udp) ((udp).UdpL_X2) +#define urY1_(udp) ((udp).UdpL_Y1) +#define urY2_(udp) ((udp).UdpL_Y2) +#define urWidth_(udp) ((udp).UdpL_PxlPerScn) +#define urHeight_(udp) ((udp).UdpL_ScnCnt) +#define urPos_(udp) ((udp).UdpL_Pos) +#define urCmpIdx_(udp) ((udp).UdpL_CompIdx) +#define urLvl_(udp) ((udp).UdpL_Levels) + + /* + ** The _MD forms access memory in machine-dependant (bigendian or + ** littleendian) format. The other forms access memory in + ** image format, which is always little endian. + */ +#ifdef vax +#define READ32_(address) \ + (*((int *)(address))) +#define READ32_MD READ32_ +#else + /* + ** For machine architectures that can't access longwords + ** on non-longword aligned boundaries. + ** The (unsigned int) casts seem redundant, but they are needed + ** to make the ULTRIX/RISC compiler happy. + */ +#define READ32_(address) \ + ((unsigned int) *((unsigned char *)(address)) + \ + ((unsigned int) *(((unsigned char *)(address))+1)<< 8) + \ + ((unsigned int) *(((unsigned char *)(address))+2)<<16) + \ + ((unsigned int) *(((unsigned char *)(address))+3)<<24)) +#endif + +#ifdef BIGENDIAN +#define READ32_MD(address) \ + (*(((unsigned char *)(address))+3) + \ + (*(((unsigned char *)(address))+2)<< 8) + \ + (*(((unsigned char *)(address))+1)<<16) + \ + (* ((unsigned char *)(address)) <<24)) +#else +#define READ32_MD READ32_ +#endif + +#define GET_VALUE_(base,offset,mask) \ + (READ32_((base)+((offset)>>3))>>((offset)&7)&(mask)) +#define GET_VALUE_MD(base,offset,mask) \ + (READ32_MD((base)+((offset)>>3))>>((offset)&7)&(mask)) + +#ifdef vax +#define WRITE32_(address,value) \ + (*((int *)(address)) = (int)(value)) +#define WRITE32_MD WRITE32_ +#else +#define WRITE32_(address,value) \ + ((* ((unsigned char *)(address)) = ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+1) = (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+2) = (((int)(value))>>16)&0xff), \ + (*(((unsigned char *)(address))+3) = (((int)(value))>>24)&0xff)) +#ifdef BIGENDIAN +#define WRITE32_MD(address,value) \ + ((*(((unsigned char *)(address))+3) = ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+2) = (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+1) = (((int)(value))>>16)&0xff), \ + (* ((unsigned char *)(address)) = (((int)(value))>>24)&0xff)) +#else +#define WRITE32_MD WRITE32_ +#endif +#endif + +#ifdef vax +#define XOR_WRITE32_(address,value) \ + (*((int *)(address)) ^= (int)(value)) +#define XOR_WRITE32_MD XOR_WRITE32_ +#else +#define XOR_WRITE32_(address,value) \ + ((* ((unsigned char *)(address)) ^= ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+1) ^= (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+2) ^= (((int)(value))>>16)&0xff), \ + (*(((unsigned char *)(address))+3) ^= (((int)(value))>>24)&0xff)) +#ifdef BIGENDIAN +#define XOR_WRITE32_MD(address,value) \ + ((*(((unsigned char *)(address))+3) ^= ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+2) ^= (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+1) ^= (((int)(value))>>16)&0xff), \ + (*(((unsigned char *)(address)) ^= (((int)(value))>>24)&0xff)) +#else +#define XOR_WRITE32_MD XOR_WRITE32_ +#endif +#endif + +#define PUT_VALUE_(base,offset,value,mask) \ + (WRITE32_((base)+((offset)>>3), \ + READ32_((base)+((offset)>>3)) & ~((mask)<<((offset)&7)) \ + | (((mask)&(value))<<((offset)&0x7)))) + +#define PUT_VALUE_MD(base,offset,value,mask) \ + (WRITE32_MD((base)+((offset)>>3), \ + READ32_MD((base)+((offset)>>3)) & ~((mask)<<((offset)&7)) \ + | (((mask)&(value))<<((offset)&0x7)))) + + + /* + ** Degrees to radians conversion factor -- with inverted Y axis. + */ +#define RADIANS_PER_DEGREE -0.0174532925199432959 + /* + ** These symbols define valid UdpRec data type and class combinations. + */ +#define XieK_UBAVU 0 /* unaligned bit array */ +#define XieK_UBAV 1 /* unaligned bit array that is aligned ?? */ +#define XieK_UBSVU 2 /* unaligned bit stream */ +#define XieK_UBSV 3 /* unaligned bit stream that is aligned ?? */ +#define XieK_CLCL 4 /* change list */ +#define XieK_ABU 5 /* aligned byte array */ +#define XieK_AF 6 /* aligned float array */ +#define XieK_AWU 7 /* aligned word array */ +/* Not yet implemented +#define XieK_ALU 8 +*/ +#define XieK_DATA_TYPE_COUNT 8 + + /* + ** Defs for DDX table entry points + */ +#ifndef externalref +#if (defined(VMS) && defined(VAXC)) +#define externalref globalref +#else +#define externalref extern +#endif +#endif + + /* + ** Typedefs + */ +typedef unsigned long card32; +typedef unsigned long (*Fcard32)(); /* Used in DDX dispatch table */ + + /* + ** Data structures for passing Template IDC (kernel) data to DDX + ** routines. + */ +typedef struct { + float value; /* A template value */ + long int increment; /* Number of kernel elements skipped + * between previous and this element, + * plus 1. Zero marks end of row */ +} TmpDatEntryRec, *TmpDatEntryPtr; + +typedef struct { + long int center_x; /* Template center X coordinate */ + long int center_y; /* Template center Y coordinate */ + long int x_count; /* Template x dimension */ + long int y_count; /* Template y dimension */ + TmpDatEntryPtr array; /* Pointer to the template data + * records */ +} TmpDatRec, *TmpDatPtr; + +/***************************************************************************** +** +** Xie Ddx Index - +** +** FUNCTIONAL DESCRIPTION: +** +** The following symbols define the indices into the dispatch table +** used to call "atomic" DDX functions. These functions include both +** processing routines for the protocol functions and DDX support +** routines. +** +** WARNING: The indices here AND the order of the XieDdxProc table +** in SmiDdx.c MUST match. +** +*****************************************************************************/ + /* + ** Protocol processing routines + */ +#define D_dxArea 0 /* Protocol functions */ +#define D_dxStatsArea 1 +#define D_dxArith 2 +#define D_dxHistogram 3 +#define D_dxChromeCom 4 +#define D_dxChromeSep 5 +#define D_dxCompare 6 +#define D_dxConstrain 7 +#define D_dxCrop 8 +#define D_dxDither 9 +#define D_dxFill 10 +#define D_dxLogical 11 +#define D_dxLuminance 12 +#define D_dxMatchHistogram 13 +#define D_dxMath 14 +#define D_dxMirror 15 +#define D_dxPoint 16 +#define D_dxStatsPoint 17 +#define D_dxRotate 18 +#define D_dxScale 19 +#define D_dxTranslate 20 +#define D_dxRmOwnData 21 + /* 21..32 -- was Compression handlers */ + /* + ** DDX specific function indices + */ +#define D_dxInit 33 /* DDX Init routine */ +#define D_dxReset 34 /* " Reset */ +#define D_dxOptimizePipe 35 /* " Pipeline optimizer */ +#define D_dxConvert 36 /* Udp support routines */ +#define D_dxCopy 37 +#define D_dxGetTyp 38 +#define D_dxCopyBits 39 +#define D_dxResolveUdp 40 +#define D_dxCalloc 41 /* Memory mgt routines */ +#define D_dxCallocBits 42 +#define D_dxCfree 43 +#define D_dxFree 44 +#define D_dxFreeBits 45 +#define D_dxMalloc 46 +#define D_dxMallocBits 47 +#define D_dxRealloc 48 +#define D_dxReallocBits 49 +#define D_dxCreatePipeline 50 /* Pipeline routines */ +#define D_dxDestroyPipeline 51 +#define D_dxPipeHasYielded 52 /* was D_dxExecutePipeline */ +#define D_dxInitiatePipeline 53 +#define D_dxResumePipeline 54 +#define D_dxFlushPipeline 55 +#define D_dxAbortPipeline 56 +#define D_dxRmAllocData 57 /* Pipe resource mgr routines */ +#define D_dxRmAllocDataDesc 58 +#define D_dxRmAllocPermDesc 59 +#define D_dxRmAllocRefDesc 60 +#define D_dxRmBestDType 61 +#define D_dxRmCreateDrain 62 +#define D_dxRmCreateSink 63 +#define D_dxRmDeallocData 64 +#define D_dxRmDeallocDataDesc 65 +#define D_dxRmDestroyDrain 66 +#define D_dxRmDestroySink 67 +#define D_dxRmGetData 68 +#define D_dxRmGetDType 69 +#define D_dxRmGetMaxQuantum 70 +#define D_dxRmGetQuantum 71 +#define D_dxRmHasQuantum 72 +#define D_dxRmInitializePort 73 +#define D_dxRmMergeBuffers 75 +#define D_dxRmObtainQuantum 76 +#define D_dxRmPutData 77 +#define D_dxRmSetDType 78 +#define D_dxRmSetQuantum 79 +#define D_dxRmSplitBuffers 80 +#define D_dxSchedProcessComplete 81 /* Pipe scheduling routines */ +#define D_dxSchedProcessReady 82 +#define D_dxSchedOkToRun 83 +#define D_dxBuildChangeList 84 /* Change list routines */ +#define D_dxPutRuns 85 +#define D_dxFfsLong 86 +#define D_dxFfcLong 87 +#define D_dxFillRegion 88 /* Miscellaneous additions */ +#define D_dxConvertCpp 89 +#define D_dxCopyCpp 90 +#define D_dxEncodeG4 91 +#define D_dxEncodeDct 92 +#define D_dxDecodeG4 93 +#define D_dxDecodeDct 94 +#define D_dxPosCl 95 +#define D_dxCheckLicense 96 + /* More RM functions */ +#define D_dxRmAllocCmpDataDesc 97 /* was D_dxRmGetAlignment */ +#define D_dxRmSetAlignment 98 +#define D_dxRmCreateDataDesc 99 +#define D_dxCreatePipeCtx 100 +#define D_dxUsingCL 101 +#define D_dxCmpPreferred 102 /* was D_dxSmiDecodeG4IsAtomic */ +#define D_dxRmAllocDataArray 103 +#define D_dxRmAllocCmpPermDesc 104 +#define D_dxSchedProcessNoInput 105 + +/***************************************************************************** +** +** DDX Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the DDX functions while hiding +** the implementation from the caller. +** +*****************************************************************************/ + /* + ** DDX function access macro + ** This macro calls an arbitrary DDX routine through the + ** xieDdxProc dispatch table. + ** + ** func = the Mi function index from this file. + ** + */ +externalref card32 (*xieDdxProc[])(); +#define CallDdx_(func) (*(xieDdxProc)[func]) + /* + ** Image functions + */ +#define DdxArea_ CallDdx_(D_dxArea) +#define DdxStatsArea_ CallDdx_(D_dxStatsArea) +#define DdxArith_ CallDdx_(D_dxArith) +#define DdxHistogram_ CallDdx_(D_dxHistogram) +#define DdxChromeCom_ CallDdx_(D_dxChromeCom) +#define DdxChromeSep_ CallDdx_(D_dxChromeSep) +#define DdxCompare_ CallDdx_(D_dxCompare) +#define DdxConstrain_ CallDdx_(D_dxConstrain) +#define DdxCrop_ CallDdx_(D_dxCrop) +#define DdxDither_ CallDdx_(D_dxDither) +#define DdxFill_ CallDdx_(D_dxFill) +#define DdxLogical_ CallDdx_(D_dxLogical) +#define DdxLuminance_ CallDdx_(D_dxLuminance) +#define DdxMatchHistogram_ CallDdx_(D_dxMatchHistogram) +#define DdxMath_ CallDdx_(D_dxMath) +#define DdxMirror_ CallDdx_(D_dxMirror) +#define DdxPoint_ CallDdx_(D_dxPoint) +#define DdxStatsPoint_ CallDdx_(D_dxStatsPoint) +#define DdxRotate_ CallDdx_(D_dxRotate) +#define DdxScale_ CallDdx_(D_dxScale) +#define DdxTranslate_ CallDdx_(D_dxTranslate) +#define DdxRmOwnData_ CallDdx_(D_dxRmOwnData) + /* + ** Ddx specific functions + */ +#define DdxInit_ CallDdx_(D_dxInit) +#define DdxReset_ CallDdx_(D_dxReset) +#define DdxOptimizePipe_ CallDdx_(D_dxOptimizePipe) + /* + ** MI software functions + */ +#define DdxConvert_ CallDdx_(D_dxConvert) +#define DdxCopy_ CallDdx_(D_dxCopy) +#define DdxGetTyp_ CallDdx_(D_dxGetTyp) +#define DdxCopyBits_ CallDdx_(D_dxCopyBits) /* 65 */ +#define DdxResolveUdp_ CallDdx_(D_dxResolveUdp) + /* + ** Memory management routines + */ +#define DdxCalloc_ CallDdx_(D_dxCalloc) +#define DdxCallocBits_ (unsigned char *)CallDdx_(D_dxCallocBits) +#define DdxCfree_ CallDdx_(D_dxCfree) +#define DdxFree_ CallDdx_(D_dxFree) +#define DdxFreeBits_ (unsigned char *)CallDdx_(D_dxFreeBits) +#define DdxMalloc_ CallDdx_(D_dxMalloc) +#define DdxMallocBits_ (unsigned char *)CallDdx_(D_dxMallocBits) +#define DdxRealloc_ CallDdx_(D_dxRealloc) +#define DdxReallocBits_ (unsigned char *)CallDdx_(D_dxReallocBits) + /* + ** Pipeline support routines + */ +#define DdxCreatePipeline_ (Pipe)CallDdx_(D_dxCreatePipeline) +#define DdxDestroyPipeline_ (int)CallDdx_(D_dxDestroyPipeline) +#define DdxPipeHasYielded_ (int)CallDdx_(D_dxPipeHasYielded) +#define DdxInitiatePipeline_ (int)CallDdx_(D_dxInitiatePipeline) +#define DdxResumePipeline_ (int)CallDdx_(D_dxResumePipeline) +#define DdxFlushPipeline_ (int)CallDdx_(D_dxFlushPipeline) +#define DdxAbortPipeline_ (int)CallDdx_(D_dxAbortPipeline) + /* + ** Pipeline resource manager routines + */ +#define DdxRmAllocData_ (PipeDataPtr)CallDdx_(D_dxRmAllocData) +#define DdxRmAllocDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocDataDesc) +#define DdxRmAllocPermDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocPermDesc) +#define DdxRmAllocRefDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocRefDesc) +#define DdxRmBestDType_ (char)CallDdx_(D_dxRmBestDType) +#define DdxRmCreateDrain_ (PipeDrainPtr)CallDdx_(D_dxRmCreateDrain) +#define DdxRmCreateSink_ (PipeSinkPtr)CallDdx_(D_dxRmCreateSink) +#define DdxRmDeallocData_ (PipeDataPtr)CallDdx_(D_dxRmDeallocData) +#define DdxRmDeallocDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmDeallocDataDesc) +#define DdxRmDestroyDrain_ (PipeDrainPtr)CallDdx_(D_dxRmDestroyDrain) +#define DdxRmDestroySink_ (PipeSinkPtr)CallDdx_(D_dxRmDestroySink) +#define DdxRmGetData_ (PipeDataPtr)CallDdx_(D_dxRmGetData) +#define DdxRmGetDType_ (int)CallDdx_(D_dxRmGetDType) +#define DdxRmGetMaxQuantum_ (int)CallDdx_(D_dxRmGetMaxQuantum) +#define DdxRmGetQuantum_ (int)CallDdx_(D_dxRmGetQuantum) +#define DdxRmHasQuantum_ (int)CallDdx_(D_dxRmHasQuantum) +#define DdxRmInitializePort_ (int)CallDdx_(D_dxRmInitializePort) +#define DdxRmMergeBuffers_ (PipeDataPtr)CallDdx_(D_dxRmMergeBuffers) +#define DdxRmObtainQuantum_ (PipeDataPtr)CallDdx_(D_dxRmObtainQuantum) +#define DdxRmPutData_ (int)CallDdx_(D_dxRmPutData) +#define DdxRmSetDType_ CallDdx_(D_dxRmSetDType) +#define DdxRmSetQuantum_ CallDdx_(D_dxRmSetQuantum) +#define DdxRmSplitBuffers_ (PipeDataPtr)CallDdx_(D_dxRmSplitBuffers) + /* + ** Pipe scheduling routines + */ +#define DdxSchedProcessComplete_ (PipeElementCtxPtr)CallDdx_(D_dxSchedProcessComplete) +#define DdxSchedProcessReady_ (PipeElementCtxPtr)CallDdx_(D_dxSchedProcessReady) +#define DdxSchedOkToRun_ (int)CallDdx_(D_dxSchedOkToRun) + /* + ** Change list routines + */ +#define DdxBuildChangeList_ CallDdx_(D_dxBuildChangeList) +#define DdxPutRuns_ CallDdx_(D_dxPutRuns) +#define DdxFfsLong_ CallDdx_(D_dxFfsLong) +#define DdxFfcLong_ CallDdx_(D_dxFfcLong) + /* + ** Additions + */ +#define DdxFillRegion_ CallDdx_(D_dxFillRegion) +#define DdxConvertCpp_ CallDdx_(D_dxConvertCpp) +#define DdxCopyCpp_ CallDdx_(D_dxCopyCpp) +#define DdxEncodeG4_ CallDdx_(D_dxEncodeG4) +#define DdxEncodeDct_ CallDdx_(D_dxEncodeDct) +#define DdxDecodeG4_ CallDdx_(D_dxDecodeG4) +#define DdxDecodeDct_ CallDdx_(D_dxDecodeDct) +#define DdxPosCl_ CallDdx_(D_dxPosCl) +#define DdxCheckLicense_ CallDdx_(D_dxCheckLicense) + /* + ** More RM functions + */ +#define DdxRmAllocCmpDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocCmpDataDesc) +#define DdxRmSetAlignment_ CallDdx_(D_dxRmSetAlignment) +#define DdxRmCreateDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmCreateDataDesc) +#define DdxCreatePipeCtx_ (PipeElementCtxPtr)CallDdx_(D_dxCreatePipeCtx) +#define DdxUsingCL_ CallDdx_(D_dxUsingCL) +#define DdxCmpPreferred_ CallDdx_(D_dxCmpPreferred) +#define DdxRmAllocDataArray_ CallDdx_(D_dxRmAllocDataArray) +#define DdxRmAllocCmpPermDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocCmpPermDesc) +#define DdxSchedProcessNoInput_ (PipeElementCtxPtr)CallDdx_(D_dxSchedProcessNoInput) + +/***************************************************************************** +** +** Xie Ddx Setup Index - +** +** FUNCTIONAL DESCRIPTION: +** +** The following symbols define the indices into the dispatch table +** used to call "pipeline create" DDX functions. Each of these +** functions creates a new pipeline element. +** +** WARNING: These indices and the entries in the XieDdxSetup table +** in SmiDdx.c MUST be in the same order. +** +*****************************************************************************/ +#define D_dxCreateArea 0 +#define D_dxCreateArith 1 +#define D_dxCreateChromeCom 2 +#define D_dxCreateChromeSep 3 +#define D_dxCreateCompare 4 +#define D_dxCreateConstrain 5 +#define D_dxCreateCrop 6 +#define D_dxCreateDither 7 +#define D_dxCreateFill 8 +#define D_dxCreateLogical 9 +#define D_dxCreateLuminance 10 +#define D_dxCreateMatchHistogram 11 +#define D_dxCreateMath 12 +#define D_dxCreateMirror 13 +#define D_dxCreatePoint 14 +#define D_dxCreateRotate 15 +#define D_dxCreateScale 16 +#define D_dxCreateTranslate 17 +#define D_dxCreateDecodeDct 18 /* Compression pipeline creates */ +#define D_dxCreateEncodeDct 19 +#define D_dxCreateDecodeG4 20 +#define D_dxCreateEncodeG4 21 + +/***************************************************************************** +** +** Pipeline Create Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the Pipeline Create functions while +** hiding the implementation from the caller. +** +*****************************************************************************/ + /* + ** Pipe create function access macro + ** This macro calls a create function through the + ** xieDdxSetup dispatch table. + ** + ** func = the setup function index from this file. + ** + */ +externalref card32 (*xieDdxSetup[])(); +#define CallCreate_(func) (*(xieDdxSetup)[func]) + /* + ** Image processing pipe element creates + */ +#define DdxCreateArea_ CallCreate_(D_dxCreateArea) +#define DdxCreateArith_ CallCreate_(D_dxCreateArith) +#define DdxCreateChromeCom_ CallCreate_(D_dxCreateChromeCom) +#define DdxCreateChromeSep_ CallCreate_(D_dxCreateChromeSep) +#define DdxCreateCompare_ CallCreate_(D_dxCreateCompare) +#define DdxCreateConstrain_ CallCreate_(D_dxCreateConstrain) +#define DdxCreateCrop_ CallCreate_(D_dxCreateCrop) +#define DdxCreateDither_ CallCreate_(D_dxCreateDither) +#define DdxCreateFill_ CallCreate_(D_dxCreateFill) +#define DdxCreateLogical_ CallCreate_(D_dxCreateLogical) +#define DdxCreateLuminance_ CallCreate_(D_dxCreateLuminance) +#define DdxCreateMatchHistogram_ CallCreate_(D_dxCreateMatchHistogram) +#define DdxCreateMath_ CallCreate_(D_dxCreateMath) +#define DdxCreateMirror_ CallCreate_(D_dxCreateMirror) +#define DdxCreatePoint_ CallCreate_(D_dxCreatePoint) +#define DdxCreateRotate_ CallCreate_(D_dxCreateRotate) +#define DdxCreateScale_ CallCreate_(D_dxCreateScale) +#define DdxCreateTranslate_ CallCreate_(D_dxCreateTranslate) + /* + ** Compression creates, used by Transport + */ +#define DdxCreateDecodeDct_ CallCreate_(D_dxCreateDecodeDct) +#define DdxCreateEncodeDct_ CallCreate_(D_dxCreateEncodeDct) +#define DdxCreateDecodeG4_ CallCreate_(D_dxCreateDecodeG4) +#define DdxCreateEncodeG4_ CallCreate_(D_dxCreateEncodeG4) + +/***************************************************************************** +** +** Ddx Alignment Function Access Index +** +** FUNCTIONAL DESCRIPTION: +** +** The following symbols define the indices into the DDX Alignment +** dispatch table used to call DDX image array alignment functions. +** Each of these functions performs alignments to meet individual +** algorithms or the default DDX needs. +** +** WARNING: These indices and the entries in the XieDdxAlign table +** in SmiDdx.c MUST be in the same order. +** +** +*****************************************************************************/ +#define D_dxAlignArea 0 +#define D_dxAlignArith 1 +#define D_dxAlignChromeCom 2 +#define D_dxAlignChromeSep 3 +#define D_dxAlignCompare 4 +#define D_dxAlignConstrain 5 +#define D_dxAlignCrop 6 +#define D_dxAlignDither 7 +#define D_dxAlignFill 8 +#define D_dxAlignLogical 9 +#define D_dxAlignLuminance 10 +#define D_dxAlignMatchHistogram 11 +#define D_dxAlignMath 12 +#define D_dxAlignMirror 13 +#define D_dxAlignPoint 14 +#define D_dxAlignRotate 15 +#define D_dxAlignScale 16 +#define D_dxAlignTranslate 17 +#define D_dxAlignDecodeDct 18 +#define D_dxAlignEncodeDct 19 +#define D_dxAlignDecodeG4 20 +#define D_dxAlignEncodeG4 21 +#define D_dxAlignDefault 22 +#define D_dxAlignExport 23 + +/***************************************************************************** +** +** DDX Alignment Function Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the DDX image array alignment functions +** +*****************************************************************************/ + /* + ** Align function access macro + ** This macro calls an arbitrary Alignment routine through the + ** xieDdxAlign dispatch table. + ** + ** func = the DDX alignment function index from this file. + ** + */ +externalref card32 (*xieDdxAlign[])(); +#define GetAlign_(func) (xieDdxAlign[func]) + +#define DdxAlignArea_ GetAlign_(D_dxAlignArea) +#define DdxAlignStatsArea_ GetAlign_(D_dxAlignStatsArea) +#define DdxAlignArith_ GetAlign_(D_dxAlignArith) +#define DdxAlignHistogram_ GetAlign_(D_dxAlignHistogram) +#define DdxAlignChromeCom_ GetAlign_(D_dxAlignChromeCom) +#define DdxAlignChromeSep_ GetAlign_(D_dxAlignChromeSep) +#define DdxAlignCompare_ GetAlign_(D_dxAlignCompare) +#define DdxAlignConstrain_ GetAlign_(D_dxAlignConstrain) +#define DdxAlignCrop_ GetAlign_(D_dxAlignCrop) +#define DdxAlignDither_ GetAlign_(D_dxAlignDither) +#define DdxAlignFill_ GetAlign_(D_dxAlignFill) +#define DdxAlignLogical_ GetAlign_(D_dxAlignLogical) +#define DdxAlignLuminance_ GetAlign_(D_dxAlignLuminance) +#define DdxAlignMatchHistogram_ GetAlign_(D_dxAlignMatchHistogram) +#define DdxAlignMath_ GetAlign_(D_dxAlignMath) +#define DdxAlignMirror_ GetAlign_(D_dxAlignMirror) +#define DdxAlignPoint_ GetAlign_(D_dxAlignPoint) +#define DdxAlignStatsPoint_ GetAlign_(D_dxAlignStatsPoint) +#define DdxAlignRotate_ GetAlign_(D_dxAlignRotate) +#define DdxAlignScale_ GetAlign_(D_dxAlignScale) +#define DdxAlignTranslate_ GetAlign_(D_dxAlignTranslate) +#define DdxAlignDecodeDct_ GetAlign_(D_dxAlignDecodeDct) +#define DdxAlignEncodeDct_ GetAlign_(D_dxAlignEncodeDct) +#define DdxAlignDecodeG4_ GetAlign_(D_dxAlignDecodeG4) +#define DdxAlignEncodeG4_ GetAlign_(D_dxAlignEncodeG4) +#define DdxAlignDefault_ GetAlign_(D_dxAlignDefault) +#define DdxAlignExport_ GetAlign_(D_dxAlignExport) + +/***************************************************************************** +** +** Mi Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the "atomic" DDX functions provided +** by a Machine Independent layer of the DDX. +** +*****************************************************************************/ + /* + ** Mi function access macro + ** This macro calls an arbitrary Mi routine through the + ** xieMiProc dispatch table. + ** + ** func = the Mi function index from this file. + ** + */ +externalref card32 (*xieMiProc[])(); +#define CallMi_(func) (*(xieMiProc)[func]) + /* + ** Image functions + */ +#define MiArea_ CallMi_(D_dxArea) +#define MiStatsArea_ CallMi_(D_dxStatsArea) +#define MiArith_ CallMi_(D_dxArith) +#define MiHistogram_ CallMi_(D_dxHistogram) +#define MiChromeCom_ CallMi_(D_dxChromeCom) +#define MiChromeSep_ CallMi_(D_dxChromeSep) +#define MiCompare_ CallMi_(D_dxCompare) +#define MiConstrain_ CallMi_(D_dxConstrain) +#define MiCrop_ CallMi_(D_dxCrop) +#define MiDither_ CallMi_(D_dxDither) +#define MiFill_ CallMi_(D_dxFill) +#define MiLogical_ CallMi_(D_dxLogical) +#define MiLuminance_ CallMi_(D_dxLuminance) +#define MiMatchHistogram_ CallMi_(D_dxMatchHistogram) +#define MiMath_ CallMi_(D_dxMath) +#define MiMirror_ CallMi_(D_dxMirror) +#define MiPoint_ CallMi_(D_dxPoint) +#define MiStatsPoint_ CallMi_(D_dxStatsPoint) +#define MiRotate_ CallMi_(D_dxRotate) +#define MiScale_ CallMi_(D_dxScale) +#define MiTranslate_ CallMi_(D_dxTranslate) + /* + ** Mi specific functions + */ +#define MiInit_ CallMi_(D_dxInit) +#define MiReset_ CallMi_(D_dxReset) +#define MiOptimizePipe_ CallMi_(D_dxOptimizePipe) + /* + ** MI software functions + */ +#define MiConvert_ CallMi_(D_dxConvert) +#define MiCopy_ CallMi_(D_dxCopy) +#define MiGetTyp_ CallMi_(D_dxGetTyp) +#define MiCopyBits_ CallMi_(D_dxCopyBits) +#define MiResolveUdp_ CallMi_(D_dxResolveUdp) + /* + ** Memory management routines + */ +#define MiCalloc_ CallMi_(D_dxCalloc) +#define MiCallocBits_ (unsigned char *)CallMi_(D_dxCallocBits) +#define MiCfree_ CallMi_(D_dxCfree) +#define MiFree_ CallMi_(D_dxFree) +#define MiFreeBits_ (unsigned char *)CallMi_(D_dxFreeBits) +#define MiMalloc_ CallMi_(D_dxMalloc) +#define MiMallocBits_ (unsigned char *)CallMi_(D_dxMallocBits) +#define MiRealloc_ CallMi_(D_dxRealloc) +#define MiReallocBits_ (unsigned char *)CallMi_(D_dxReallocBits) + /* + ** Pipeline support routines + */ +#define MiCreatePipeline_ (Pipe)CallMi_(D_dxCreatePipeline) +#define MiDestroyPipeline_ (int)CallMi_(D_dxDestroyPipeline) +#define MiPipeHasYielded_ (int)CallMi_(D_dxPipeHasYielded) +#define MiInitiatePipeline_ (int)CallMi_(D_dxInitiatePipeline) +#define MiResumePipeline_ (int)CallMi_(D_dxResumePipeline) +#define MiFlushPipeline_ (int)CallMi_(D_dxFlushPipeline) +#define MiAbortPipeline_ (int)CallMi_(D_dxAbortPipeline) + /* + ** Pipeline resource manager routines + */ +#define MiRmAllocData_ (PipeDataPtr)CallMi_(D_dxRmAllocData) +#define MiRmAllocDataDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocDataDesc) +#define MiRmAllocPermDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocPermDesc) +#define MiRmAllocRefDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocRefDesc) +#define MiRmBestDType_ (char)CallMi_(D_dxRmBestDType) +#define MiRmCreateDrain_ (PipeDrainPtr)CallMi_(D_dxRmCreateDrain) +#define MiRmCreateSink_ (PipeSinkPtr)CallMi_(D_dxRmCreateSink) +#define MiRmDeallocData_ (PipeDataPtr)CallMi_(D_dxRmDeallocData) +#define MiRmDeallocDataDesc_ (PipeDataPtr)CallMi_(D_dxRmDeallocDataDesc) +#define MiRmDestroyDrain_ (PipeDrainPtr)CallMi_(D_dxRmDestroyDrain) +#define MiRmDestroySink_ (PipeSinkPtr)CallMi_(D_dxRmDestroySink) +#define MiRmGetData_ (PipeDataPtr)CallMi_(D_dxRmGetData) +#define MiRmGetDType_ (int)CallMi_(D_dxRmGetDType) +#define MiRmGetMaxQuantum_ (int)CallMi_(D_dxRmGetMaxQuantum) +#define MiRmGetQuantum_ (int)CallMi_(D_dxRmGetQuantum) +#define MiRmHasQuantum_ (int)CallMi_(D_dxRmHasQuantum) +#define MiRmInitializePort_ (int)CallMi_(D_dxRmInitializePort) +#define MiRmMergeBuffers_ (PipeDataPtr)CallMi_(D_dxRmMergeBuffers) +#define MiRmObtainQuantum_ (PipeDataPtr)CallMi_(D_dxRmObtainQuantum) +#define MiRmPutData_ (int)CallMi_(D_dxRmPutData) +#define MiRmSetDType_ CallMi_(D_dxRmSetDType) +#define MiRmSetQuantum_ CallMi_(D_dxRmSetQuantum) +#define MiRmSplitBuffers_ (PipeDataPtr)CallMi_(D_dxRmSplitBuffers) + /* + ** Pipe scheduling routines + */ +#define MiSchedProcessComplete_ (PipeElementCtxPtr)CallMi_(D_dxSchedProcessComplete) +#define MiSchedProcessReady_ (PipeElementCtxPtr)CallMi_(D_dxSchedProcessReady) +#define MiSchedOkToRun_ (int)CallMi_(D_dxSchedOkToRun) + /* + ** Change list routines + */ +#define MiBuildChangeList_ CallMi_(D_dxBuildChangeList) +#define MiPutRuns_ CallMi_(D_dxPutRuns) +#define MiFfsLong_ CallMi_(D_dxFfsLong) +#define MiFfcLong_ CallMi_(D_dxFfcLong) + /* + ** Additions + */ +#define MiFillRegion_ CallMi_(D_dxFillRegion) +#define MiConvertCpp_ CallMi_(D_dxConvertCpp) +#define MiCopyCpp_ CallMi_(D_dxCopyCpp) +#define MiEncodeG4_ CallMi_(D_dxEncodeG4) +#define MiEncodeDct_ CallMi_(D_dxEncodeDct) +#define MiDecodeG4_ CallMi_(D_dxDecodeG4) +#define MiDecodeDct_ CallMi_(D_dxDecodeDct) +#define MiPosCl_ CallMi_(D_dxPosCl) +#define MiCheckLicense_ CallMi_(D_dxCheckLicense) + /* + ** More resource manager + */ +#define MiRmAllocCmpDataDesc_ CallMi_(D_dxRmAllocCmpDataDesc) +#define MiRmSetAlignment_ CallMi_(D_dxRmSetAlignment) +#define MiRmCreateDataDesc_ (PipeDataPtr)CallMi_(D_dxRmCreateDataDesc) +#define MiCreatePipeCtx_ (PipeElementCtxPtr)CallMi_(D_dxCreatePipeCtx) +#define MiUsingCL_ CallMi_(D_dxUsingCL) +#define MiCmpPreferred_ CallMi_(D_dxCmpPreferred) +#define MiRmAllocDataArray_ CallMi_(D_dxRmAllocDataArray) +#define MiRmAllocCmpPermDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocCmpPermDesc) +#define MiSchedProcessNoInput_ (PipeElementCtxPtr)CallMi_(D_dxSchedProcessNoInput) + +/***************************************************************************** +** +** Pipeline Create Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the "pipeline create" DDX functions +** provided by a Machine Independent layer of the DDX. +** +*****************************************************************************/ + /* + ** Pipe create function access macro + ** This macro calls a create function through the + ** xieMiSetup dispatch table. + ** + ** func = the setup function index from this file. + ** + */ +externalref card32 (*xieMiSetup[])(); +#define CallMiCreate_(func) (*(xieMiSetup)[func]) + /* + ** Image processing pipe element creates + */ +#define MiCreateArea_ CallMiCreate_(D_dxCreateArea) +#define MiCreateArith_ CallMiCreate_(D_dxCreateArith) +#define MiCreateChromeCom_ CallMiCreate_(D_dxCreateChromeCom) +#define MiCreateChromeSep_ CallMiCreate_(D_dxCreateChromeSep) +#define MiCreateCompare_ CallMiCreate_(D_dxCreateCompare) +#define MiCreateConstrain_ CallMiCreate_(D_dxCreateConstrain) +#define MiCreateCrop_ CallMiCreate_(D_dxCreateCrop) +#define MiCreateDither_ CallMiCreate_(D_dxCreateDither) +#define MiCreateFill_ CallMiCreate_(D_dxCreateFill) +#define MiCreateLogical_ CallMiCreate_(D_dxCreateLogical) +#define MiCreateLuminance_ CallMiCreate_(D_dxCreateLuminance) +#define MiCreateMatchHistogram_ CallMiCreate_(D_dxCreateMatchHistogram) +#define MiCreateMath_ CallMiCreate_(D_dxCreateMath) +#define MiCreateMirror_ CallMiCreate_(D_dxCreateMirror) +#define MiCreatePoint_ CallMiCreate_(D_dxCreatePoint) +#define MiCreateRotate_ CallMiCreate_(D_dxCreateRotate) +#define MiCreateScale_ CallMiCreate_(D_dxCreateScale) +#define MiCreateTranslate_ CallMiCreate_(D_dxCreateTranslate) + /* + ** Compression creates, used by Transport + */ +#define MiCreateDecodeDct_ CallMiCreate_(D_dxCreateDecodeDct) +#define MiCreateEncodeDct_ CallMiCreate_(D_dxCreateEncodeDct) +#define MiCreateDecodeG4_ CallMiCreate_(D_dxCreateDecodeG4) +#define MiCreateEncodeG4_ CallMiCreate_(D_dxCreateEncodeG4) + +/* +** This "endif" MUST be the last line of this file. +*/ +#endif +/* end of XIEDDX -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ diff --git a/xie/build/dec/XieFloat.h b/xie/build/dec/XieFloat.h new file mode 100644 index 0000000..c58f26f --- /dev/null +++ b/xie/build/dec/XieFloat.h @@ -0,0 +1,99 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1990-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** XIE - X11 Image Extension +** +** +** ABSTRACT: +** +** This module contains definitions required by the XIE library +** and XIE server floating point formatting routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** October 31, 1990 +** +************************************************************************/ + + /* + ** Symbol XIEFLOAT allows XieFloat.h to be included multiple times. + */ +#ifndef XIEFLOAT +#define XIEFLOAT /* the "endif" MUST be the last line of this file */ + +#include /* for CARD8, ..., typedefs */ + + /* + ** Wire floating point format + */ +typedef struct _XieFloatRec { + CARD8 e_sign; + CARD8 m_sign; + CARD16 exponent; + CARD32 mantissa; +} XieFloatRec, *XieFloat; + +extern void MiEncodeDouble(); +extern double MiDecodeDouble(); + +#endif diff --git a/xie/build/dec/XieLib.h b/xie/build/dec/XieLib.h new file mode 100644 index 0000000..25409f9 --- /dev/null +++ b/xie/build/dec/XieLib.h @@ -0,0 +1,372 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** XIE - X11 Image Extension +** +** +** ABSTRACT: +** +** This module contains definitions required by all XIE client side +** layers -- from the application level through the XieLib level. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** April 13, 1989 +** +*******************************************************************************/ + + /* + ** Symbol XIELIB allows XieLib.h to be included multiple times. + */ +#ifndef _XIELIB +#define _XIELIB /* the "endif" MUST be the last line of this file */ + +/* +** Include files +*/ +#ifdef VMS +#include /* X11 Library Definitions */ +#else +#include /* X11 Library Definitions */ +#endif +#ifdef VMS +#include /* universal data plane definitions */ +#include /* XIE inter-layer definitions */ +#else +#include /* universal data plane definitions */ +#include /* XIE inter-layer definitions */ +#endif + +/* +** Equated symbols +*/ + /* + ** XieCopyImage, XieGetImage, and XiePutImage image data mode constants. + */ +#define XieK_DataNone 1 /* no buffers, no transport setup, no data copy */ +#define XieK_DataFlo 2 /* prepare a Photoflo for image data transport */ +#define XieK_DataMap 3 /* prepare a Photomap for image data transport */ +#define XieK_DataAlloc 4 /* allocate image buffers containing no data */ +#define XieK_DataCopy 5 /* allocate image buffers and copy data */ +#define XieK_DataShare 6 /* copy pointers to existing image data */ + /* + ** Opaque Xie resource definitions. + */ +typedef unsigned long *XieStream; /* Stream transport context pointer */ +typedef unsigned char + *XiePhotoflo, /* Photoflo: server image pipeline object */ + *XiePhotomap, /* Photomap: permanent server image object */ + *XiePhototap, /* Phototap: ephemeral server image object */ + *XieCpp, /* Cpp: control processing plane */ + *XieRoi, /* Roi: region of interest */ + *XieTmp, /* Tmp: template (eg. convolution kernel) */ + *XiePhoto, /* Any of: XiePhotoflo, XiePhotomap, XiePhototap*/ + *XieIdc, /* Any of: XieCpp, XieRoi, XieTmp, */ + *XieResource; /* Any of: XiePhoto, XieIdc */ + +#ifdef __alpha +#define RES_XID 16 /* offset to XieResource X11 resource-id */ +#define RES_TYPE 24 /* offset to XieResource resource type */ +#define RES_MAPPING 25 /* offset to XiePhoto component mapping */ +#else +#define RES_XID 8 /* offset to XieResource X11 resource-id */ +#define RES_TYPE 12 /* offset to XieResource resource type */ +#define RES_MAPPING 13 /* offset to XiePhoto component mapping */ +#endif +/* +** Macros +*/ + /* + ** Macro for returning a resource's X11-id. + */ +#define XId_(res) (*((XID *)(&((XieResource)(res))[RES_XID]))) + /* + ** Boolean macros for determining a resource's type. + */ +#define IsPhotoflo_(res) (((XieResource)(res))[RES_TYPE]==XieK_Photoflo) +#define IsPhotomap_(res) (((XieResource)(res))[RES_TYPE]==XieK_Photomap) +#define IsPhototap_(res) (((XieResource)(res))[RES_TYPE]==XieK_Phototap) +#define IsCpp_(res) (((XieResource)(res))[RES_TYPE]==XieK_IdcCpp) +#define IsRoi_(res) (((XieResource)(res))[RES_TYPE]==XieK_IdcRoi) +#define IsTmp_(res) (((XieResource)(res))[RES_TYPE]==XieK_IdcTmp) +#define IsPhoto_(res) (IsPhotoflo_(res)||IsPhotomap_(res)||IsPhototap_(res)) +#define IsIdc_(res) (IsCpp_(res)||IsRoi_(res)||IsTmp_(res)) + /* + ** Boolean macros for determining a XiePhotomap's component mapping. + */ +#define IsBitonal_(pho) (((XiePhoto)(pho))[RES_MAPPING]==XieK_Bitonal) +#define IsGrayScale_(pho) (((XiePhoto)(pho))[RES_MAPPING]==XieK_GrayScale) +#define IsRGB_(pho) (((XiePhoto)(pho))[RES_MAPPING]==XieK_RGB) + + /* + ** Return the component count of an XiePhotomap. + */ +#define PhotoCount_(pho) (IsRGB_(pho) ? 3 : 1) + /* + ** Return the number of planes (UdpPtr's) an XieImage "should" contain. + */ +#define PlaneCount_(img) \ + ( CmpOrg_(img) == XieK_BandByPixel ? 1 \ + : CmpOrg_(img) == XieK_BandByPlane ? CmpCnt_(img) \ + : CmpLen_(img,0)+CmpLen_(img,1)+CmpLen_(img,2) ) + /* + ** Return "val" rounded up (if necessary) to a multiple of "mod". + */ +#define Modulo_(val,mod) \ + ((mod) < 2 ? (val) : (((mod) - (val) % (mod)) % (mod) + (val))) + +/* +** Structures +*/ + /* + ** XIE Client Event Structure + */ +typedef struct { + int type; /* see XQueryExtention "first_event"*/ + unsigned long serial; /* X11 serial number */ + Bool send_event; /* Boolean: true if client generated*/ + Display *display; /* X11 display pointer */ + XieResource resource; /* Xie resource-id (source of event)*/ +} XieEventRec, *XieEvent; + /* + ** Image domain context template data for XieCreateTmp / XieQueryTmp. + */ +typedef struct { + long x; /* X coordinate of template entry */ + long y; /* Y coordinate of template entry */ + double value; /* value of template entry */ +} XieTemplateRec, *XieTemplate; + /* + ** Statistics data + */ +typedef struct { + double value; + double minimum; + double maximum; + double mean; + double stddev; + double variance; +} XieStatsRec, *XieStats; + + /* + ** XIE Image structure (client side image descriptor). + */ +typedef struct { + unsigned char Compression; /* compression scheme */ + unsigned char CmpOrg; /* component organization */ + unsigned char CmpMap; /* component mapping */ + unsigned char CmpCnt; /* component count */ + unsigned long CmpLvl[XieK_MaxComponents]; /* levels per component */ + unsigned char CmpLen[XieK_MaxComponents]; /* bits per component */ + unsigned char PxlPol; /* pixel brightness polarity*/ + unsigned char PxlProg; /* pixel progression */ + unsigned char ScnProg; /* scanline progression */ + unsigned char OwnData; /* image array ownership */ + unsigned char Stream; /* Stream transport status */ + XieStream Xport; /* Stream transport context */ + double PxlRatio; /* pixel aspect ratio */ + UdpPtr Plane[XieK_MaxPlanes]; /* data plane pointers */ +} XieImageRec, *XieImage; + /* + ** Access macros for XIE Image structure. + */ +#define Cmpres_(img) ((img)->Compression) +#define CmpOrg_(img) ((img)->CmpOrg) +#define CmpMap_(img) ((img)->CmpMap) +#define CmpCnt_(img) ((img)->CmpCnt) +#define CmpLvl_(img,ind) ((img)->CmpLvl[(ind)]) +#define CmpLen_(img,ind) ((img)->CmpLen[(ind)]) +#define PxlPol_(img) ((img)->PxlPol) +#define PxlProg_(img) ((img)->PxlProg) +#define ScnProg_(img) ((img)->ScnProg) +#define OwnData_(img) ((img)->OwnData) +#define Stream_(img) ((img)->Stream) +#define StreamFinal_(img) (Stream_(img) == XieK_StreamFinal) +#define StreamError_(img) (Stream_(img) == XieK_StreamError) +#define StreamPending_(img) (!(StreamFinal_(img) || StreamError_(img))) +#define PxlRatio_(img) ((img)->PxlRatio) +#define Width_(img) ((img)->Plane[0]->UdpL_PxlPerScn) +#define Height_(img) ((img)->Plane[0]->UdpL_ScnCnt) +#define Plane_(img,ind) ((img)->Plane[(ind)]) +#define uPxlLen_(img,ind) ((img)->Plane[(ind)]->UdpW_PixelLength) +#define uDType_(img,ind) ((img)->Plane[(ind)]->UdpB_DType) +#define uClass_(img,ind) ((img)->Plane[(ind)]->UdpB_Class) +#define uBase_(img,ind) ((img)->Plane[(ind)]->UdpA_Base) +#define uArSize_(img,ind) ((img)->Plane[(ind)]->UdpL_ArSize) +#define uPxlStr_(img,ind) ((img)->Plane[(ind)]->UdpL_PxlStride) +#define uScnStr_(img,ind) ((img)->Plane[(ind)]->UdpL_ScnStride) +#define uX1_(img,ind) ((img)->Plane[(ind)]->UdpL_X1) +#define uX2_(img,ind) ((img)->Plane[(ind)]->UdpL_X2) +#define uY1_(img,ind) ((img)->Plane[(ind)]->UdpL_Y1) +#define uY2_(img,ind) ((img)->Plane[(ind)]->UdpL_Y2) +#define uWidth_(img,ind) ((img)->Plane[(ind)]->UdpL_PxlPerScn) +#define uHeight_(img,ind) ((img)->Plane[(ind)]->UdpL_ScnCnt) +#define uPos_(img,ind) ((img)->Plane[(ind)]->UdpL_Pos) +#define uCmpIdx_(img,ind) ((img)->Plane[(ind)]->UdpL_CompIdx) +#define uLvl_(img,ind) ((img)->Plane[(ind)]->UdpL_Levels) + +/* +** XieLib entry points. +*/ +#ifndef _XieLibEvents +extern unsigned long XieQueryEvents(); +extern void XieSelectEvents(); +#endif +#ifndef _XieLibImage +extern XieImage XieCopyImage(); +extern XieImage XieCreateImage(); +extern XieImage XieFreeImage(); +extern XieImage XieGetImage(); +extern unsigned char XieGetImageData(); +extern XiePhoto XiePutImage(); +extern unsigned char XiePutImageData(); +#endif +#ifndef _XieLibProcess +extern XiePhoto XieArea(); +extern XiePhoto XieAreaStats(); +extern XiePhoto XieArithmetic(); +extern XiePhoto XieChromeCom(); +extern XiePhoto XieChromeSep(); +extern XiePhoto XieCompare(); +extern XiePhoto XieConstrain(); +extern XiePhoto XieCrop(); +extern XiePhoto XieDither(); +extern XiePhoto XieFill(); +extern unsigned long *XieHistogram(); +extern XiePhoto XieLogical(); +extern XiePhoto XieLuminance(); +extern XiePhoto XieMatchHistogram(); +extern XiePhoto XieMath(); +extern XiePhoto XieMirror(); +extern XiePhoto XiePoint(); +extern void XiePointStats(); +extern XiePhoto XieRotate(); +extern XiePhoto XieScale(); +extern XiePhoto XieTranslate(); +#endif +#ifndef _XieLibResource +extern void XieAbortFlo(); +extern void XieBindMapToFlo(); +extern XiePhoto XieClonePhoto(); +extern XieCpp XieCreateCpp(); +extern XiePhoto XieCreatePhoto(); +extern XieRoi XieCreateRoi(); +extern XieTmp XieCreateTmp(); +extern void XieExecuteFlo(); +extern void XieExport(); +extern XieResource XieFindResource(); +extern void XieFreeExport(); +extern XieResource XieFreeResource(); +extern XiePhotomap XieImport(); +extern void XieQueryCpp(); +extern void XieQueryExport(); +extern unsigned long XieQueryFlo(); +extern XiePhoto XieQueryMap(); +extern void XieQueryRoi(); +extern XieTemplate XieQueryTmp(); +extern XiePhoto XieTapFlo(); +#endif +#ifndef _XieLibSession +extern char *XieCheckFunction(); +extern char **XieListFunctions(); +extern void XieQueryOpDefaults(); +extern void XieSetOpDefaults(); +#endif +#ifndef _XieLibTransport +extern void XieAbortStream(); +extern unsigned char XieGetStream(); +extern void XieGetTile(); +extern void XiePutStream(); +extern void XiePutTile(); +extern void XieSetStream(); +#endif +#ifndef _XieLibUtils +extern void *XieCalloc(); +extern unsigned char *XieCallocBits(); +extern void *XieCfree(); +extern void *XieFree(); +extern unsigned char *XieFreeBits(); +extern unsigned char XieIsBitonal(); +extern unsigned char XieIsCpp(); +extern unsigned char XieIsGrayScale(); +extern unsigned char XieIsIdc(); +extern unsigned char XieIsPhoto(); +extern unsigned char XieIsPhotoflo(); +extern unsigned char XieIsPhotomap(); +extern unsigned char XieIsPhototap(); +extern unsigned char XieIsRGB(); +extern unsigned char XieIsRoi(); +extern unsigned char XieIsTmp(); +extern void *XieMalloc(); +extern unsigned char *XieMallocBits(); +extern unsigned long XiePhotoCount(); +extern unsigned long XiePlaneCount(); +extern void *XieRealloc(); +extern unsigned char *XieReallocBits(); +extern unsigned long XieXId(); +#endif + +/* +** This "endif" MUST be the last line of this file. +*/ +#endif /* end of _XIELIB -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ diff --git a/xie/build/dec/XieProto.h b/xie/build/dec/XieProto.h new file mode 100644 index 0000000..2aeac5c --- /dev/null +++ b/xie/build/dec/XieProto.h @@ -0,0 +1,1228 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** This module contains definitions required by the XIE wire protocol +** -- XIE library and XIE server DDX layers. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** March 1, 1989 +** +************************************************************************/ + + /* + ** Symbol XIEPROTO allows XieProto.h to be included multiple times. + */ +#ifndef XIEPROTO +#define XIEPROTO /* the "endif" MUST be the last line of this file */ + +/* +** Include files +*/ +#ifdef VMS +#include /* XIE inter-layer definitions */ +#include /* XIE device dependant definitions */ +#else +#include /* XIE inter-layer definitions */ +#include /* XIE device dependant definitions */ +#endif + +/* +** Wire protocol constant definitions. +*/ + /* + ** Version number + */ +#define XieK_MajorVersion 2 +#define XieK_MinorVersion 3 + +/******************************************************************************* +** Protocol request packet minor op-codes +*******************************************************************************/ +#define X_ieInitSession 1 +#define X_ieTermSession 2 + +#define X_ieQueryEvents 3 +#define X_ieSelectEvents 4 + +#define X_ieSetOpDefaults 5 +#define X_ieQueryOpDefaults 6 + +#define X_ieCreateByReference 7 +#define X_ieCreateByValue 8 +#define X_ieDeleteResource 9 +#define X_ieQueryResource 10 + +#define X_ieBindPhotomap 11 +#define X_ieAbortPhotoflo 12 +#define X_ieExecutePhotoflo 13 +#define X_ieTapPhotoflo 14 + +#define X_ieAbortTransport 15 +#define X_ieGetStream 16 +#define X_ieGetTile 17 +#define X_iePutStream 18 +#define X_iePutTile 19 +#define X_ieSetTransport 20 + +#define X_ieExport 21 +#define X_ieFreeExport 22 +#define X_ieImport 23 +#define X_ieQueryExport 24 + +#define X_ieArea 25 +#define X_ieAreaStats 26 +#define X_ieArith 27 +#define X_ieCalcHist 28 +#define X_ieChromeCom 29 +#define X_ieChromeSep 30 +#define X_ieCompare 31 +#define X_ieConstrain 32 +#define X_ieCrop 33 +#define X_ieDither 34 +#define X_ieFill 35 +#define X_ieLogical 36 +#define X_ieLuminance 37 +#define X_ieMatchHistogram 38 +#define X_ieMath 39 +#define X_ieMirror 40 +#define X_iePoint 41 +#define X_iePointStats 42 +#define X_ieRotate 43 +#define X_ieScale 44 +#define X_ieTranslate 45 + +#define X_ieLastRequest 46 + +/******************************************************************************* +** Protocol packet size definitions required by Xlibint.h +*******************************************************************************/ +#define sz_xieReq 4 +#define sz_xieInitSessionReq 8 +#define sz_xieTermSessionReq 4 + +#define sz_xieQueryEventsReq 8 +#define sz_xieSelectEventsReq 8 + +#define sz_xieSetOpDefaultsReq 20 +#define sz_xieQueryOpDefaultsReq 4 + +#define sz_xieCreateByReferenceReq 16 +#define sz_xieCreateByValueReq 12 +#define sz_xieCreateCppReq 24 +#define sz_xieCreatePhotoReq 48 +#define sz_xieCreateRoiReq 28 +#define sz_xieCreateTmpReq 24 +#define sz_xieDeleteResourceReq 12 +#define sz_xieQueryResourceReq 12 + +#define sz_xieBindPhotomapReq 12 +#define sz_xieAbortPhotofloReq 8 +#define sz_xieExecutePhotofloReq 8 +#define sz_xieTapPhotofloReq 16 + +#define sz_xieAbortTransportReq 12 +#define sz_xieGetStreamReq 16 +#define sz_xieGetTileReq 32 +#define sz_xiePutStreamReq 16 +#define sz_xiePutTileReq 32 +#define sz_xieSetTransportReq 140 + +#define sz_xieExportReq 64 +#define sz_xieFreeExportReq 8 +#define sz_xieImportReq 20 +#define sz_xieQueryExportReq 16 + +#define sz_xieAreaReq 24 +#define sz_xieAreaStatsReq 20 +#define sz_xieArithReq 36 +#define sz_xieCalcHistReq 16 +#define sz_xieChromeComReq 20 +#define sz_xieChromeSepReq 16 +#define sz_xieCompareReq 36 +#define sz_xieConstrainReq 28 +#define sz_xieCropReq 16 +#define sz_xieDitherReq 24 +#define sz_xieFillReq 28 +#define sz_xieLogicalReq 36 +#define sz_xieLuminanceReq 12 +#define sz_xieMatchHistogramReq 36 +#define sz_xieMathReq 20 +#define sz_xieMirrorReq 16 +#define sz_xiePointReq 20 +#define sz_xiePointStatsReq 20 +#define sz_xieRotateReq 40 +#define sz_xieScaleReq 20 +#define sz_xieTranslateReq 24 + +/******************************************************************************* +** Sub-structures +*******************************************************************************/ + + /* + ** Structure defining the Xie function vector. + */ +typedef struct { + CARD8 function[32]; +} XieFunctionsRec, *XieFunctionVector; + + /* + ** Structure defining IdcTmp template data crossing wire. + */ +typedef struct { + INT32 x; + INT32 y; + XieFloatRec value; +} XieTmpEntryRec, *XieTmpEntry; + +/******************************************************************************* +** Protocol request packets +*******************************************************************************/ + + /* + ** Generic part of all XIE requests + */ +typedef struct { + CARD8 reqType; /* major op-code assigned to extension */ + CARD8 opcode; /* minor op-code == XIE function */ + CARD16 length; /* length in longwords of entire request */ +} xieReq; + + /* + ** Init Session Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieInitSession */ + CARD16 length; + CARD16 major_version; + CARD16 minor_version; +} xieInitSessionReq; + + /* + ** Term Session Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieTermSession */ + CARD16 length; +} xieTermSessionReq; + + /* + ** Query Events Requests + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 event_param; +} xieQueryEventsReq; + + /* + ** Select Events Requests + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 event_mask; +} xieSelectEventsReq; + + /* + ** Set Operational Defaults + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieSetOpDefaults */ + CARD16 length; + CARD8 model; + CARD8 _pad[3]; + CARD32 levels[XieK_MaxComponents]; +} xieSetOpDefaultsReq; + + /* + ** Query Operational Defaults + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieQueryOpDefaults */ + CARD16 length; +} xieQueryOpDefaultsReq; + + /* + ** Create (ie. clone Photo{flo|map}) resource By Reference Request. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByReference*/ + CARD16 length; + CARD32 resource_type; + CARD32 resource_id; /* new Photo{flo|map}-id */ + CARD32 photomap_id; /* existing Photomap-id */ +} xieCreateByReferenceReq; + + /* + ** Generic Create resource By Value Request. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* new resource type */ + CARD32 resource_id; /* new resource identifier */ +} xieCreateByValueReq; + + /* + ** Create Cpp Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* resource type == XieK_IdcCpp */ + CARD32 resource_id; + CARD32 photomap_id; + INT32 x; + INT32 y; +} xieCreateCppReq; + + /* + ** Create Photo{flo|map} from client specified attributes. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* XieK_Photomap or XieK_Photoflo */ + CARD32 resource_id; + CARD32 width; + CARD32 height; + XieFloatRec aspect_ratio; + CARD32 levels[XieK_MaxComponents]; + CARD8 number_of_components; + CARD8 component_mapping; + CARD8 pixel_progression; + CARD8 line_progression; + CARD8 polarity; + CARD8 _pad[3]; +} xieCreatePhotoReq; + + /* + ** Create Roi Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* resource type == XieK_IdcRoi */ + CARD32 resource_id; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; +} xieCreateRoiReq; + + /* + ** Create Tmp Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* resource type == XieK_IdcTmp */ + CARD32 resource_id; + INT32 center_x; + INT32 center_y; + CARD32 data_count; /* number of XieTmpEntryRec's */ +/* XieTmpEntryRec data[data_count] /* list of XieTmpEntryRec */ +} xieCreateTmpReq; + + /* + ** Delete resource request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieDeleteResource */ + CARD16 length; + CARD32 resource_type; + CARD32 resource_id; +} xieDeleteResourceReq; + + /* + ** Query resource request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieQueryResource */ + CARD16 length; + CARD32 resource_type; + CARD32 resource_id; +} xieQueryResourceReq; + + /* + ** Bind an existing Photomap to an existing Photoflo. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieBindPhotomap */ + CARD16 length; + CARD32 photoflo_id; + CARD32 photomap_id; +} xieBindPhotomapReq; + + /* + ** Abort Photoflo request. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieAbortPhotoflo */ + CARD16 length; + CARD32 photoflo_id; +} xieAbortPhotofloReq; + + /* + ** Execute Photoflo Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieExecutePhotoflo */ + CARD16 length; + CARD32 photoflo_id; +} xieExecutePhotofloReq; + + /* + ** Tap Photoflo Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieTapPhotoflo */ + CARD16 length; + CARD32 photoflo_id; + CARD32 photo_id; + BOOL permanent; + CARD8 _pad[3]; +} xieTapPhotofloReq; + + /* + ** Abort transport Request (release transport resources) + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieAbortTransport */ + CARD16 length; + CARD32 photo_id; + CARD32 plane_mask; +} xieAbortTransportReq; + + /* + ** Get Stream Request (transport image data: server --> client) + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieGetStream */ + CARD16 length; + CARD32 photo_id; + CARD32 max_bytes; /* maximum return image data length */ + CARD8 plane_num; + CARD8 _pad[3]; +} xieGetStreamReq; + + /* + ** Get Tile Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieGetTile */ + CARD16 length; + CARD32 photomap_id; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; + CARD32 plane_mask; + BOOL final; + CARD8 _pad[3]; +} xieGetTileReq; + + /* + ** Put Stream Request (transport image data: client --> server) + */ +typedef struct _xiePutStreamReq { + CARD8 reqType; + CARD8 opcode; /* function == X_iePutStream */ + CARD16 length; + CARD32 photo_id; + CARD32 byte_count; /* image plane data length in bytes */ + BOOL final; + CARD8 plane_num; + CARD8 _pad[2]; +} xiePutStreamReq; + + /* + ** Put Tile Request (transport image data: client --> server) + */ +typedef struct _xiePutTileReq { + CARD8 reqType; + CARD8 opcode; /* function == X_iePutTile */ + CARD16 length; + CARD32 photomap_id; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; + CARD32 plane_mask; + BOOL final; + CARD8 _pad[3]; +} xiePutTileReq; + + /* + ** Set transport Request (set transport parameters) + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieSetTransport */ + CARD16 length; + CARD32 photo_id; + CARD32 compression_parameter; + CARD8 compression_scheme; + CARD8 mode; + CARD8 component_organization; + CARD8 _pad; + CARD32 plane_mask; + CARD8 pixel_stride[XieK_MaxPlanes]; + CARD32 scanline_stride[XieK_MaxPlanes]; +} xieSetTransportReq; + + /* + ** Export image data to drawable Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieExport */ + CARD16 length; + CARD32 photo_id; + CARD32 drawable_id; + CARD32 gc_id; + INT32 src_x; + INT32 src_y; + CARD32 width; + CARD32 height; + INT32 dst_x; + INT32 dst_y; + CARD32 photo_lut_id; + CARD32 colormap_id; + XieFloatRec match_limit; + XieFloatRec gray_limit; +} xieExportReq; + + /* + ** Free ExportContext from Photomap Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieFreeExport */ + CARD16 length; + CARD32 photo_id; +} xieFreeExportReq; + + /* + ** Import image data from drawable Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieImport */ + CARD16 length; + CARD32 photomap_id; + CARD32 drawable_id; + CARD32 colormap_id; + CARD8 polarity; + CARD8 _pad[3]; +} xieImportReq; + + /* + ** Query ExportContext Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieQueryExport */ + CARD16 length; + CARD32 photo_id; + CARD32 lut_id; + BOOL get_pixels; + CARD8 _pad[3]; +} xieQueryExportReq; + + /* + ** Area Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 ipcc_id; + CARD32 ipct_id; + CARD8 op1; + CARD8 op2; + CARD8 constrain; + CARD8 _pad; +} xieAreaReq; + + /* + ** Area Statistics Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 edge_size; + CARD8 stat_type; + CARD8 _pad[2]; +} xieAreaStatsReq; + + /* + ** Arith Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieArithmetic */ + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 constants[XieK_MaxComponents]; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 constrain; + CARD16 _pad; +} xieArithReq; + + /* + ** Calculate Histogram Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id; + CARD32 idc_id; + CARD8 by_component; + CARD8 _pad[3]; +} xieCalcHistReq; + + /* + ** Chrominance Combine Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id1; + CARD32 photo_id2; + CARD32 photo_id3; + CARD32 dst_photo_id; +} xieChromeComReq; + + /* + ** Chrominance Separate Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo; + CARD32 dst_photo; + CARD32 component; +} xieChromeSepReq; + + /* + ** Compare Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 constants[XieK_MaxComponents]; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 combine; + CARD16 _pad; +} xieCompareReq; + + /* + ** Constrain Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieConstrain */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD8 model; + CARD8 _pad[3]; + CARD32 levels[XieK_MaxComponents]; + +} xieConstrainReq; + + /* + ** Crop Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCrop */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; +} xieCropReq; + + /* + ** Dither Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieDither */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 levels[XieK_MaxComponents]; +} xieDitherReq; + + /* + ** Fill Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieFill */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 dst_idc_id; + CARD32 constant[XieK_MaxComponents]; +} xieFillReq; + + /* + ** Logical Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieLogical */ + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 constants[XieK_MaxComponents]; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 _pad[3]; + } xieLogicalReq; + + /* + ** Luminance Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieLuminance */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; +} xieLuminanceReq; + + /* + ** Math Function Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 constrain; + CARD16 _pad; +} xieMathReq; + + /* + ** Match Histogram Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id1; + CARD32 photo_id2; + CARD32 idc_id; + XieFloatRec param1; + XieFloatRec param2; + CARD8 h_shape; + CARD8 _pad[3]; +} xieMatchHistogramReq; + + /* + ** Mirror Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieMirror */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + BOOL x_mirror; + BOOL y_mirror; + CARD8 _pad[2]; +} xieMirrorReq; + + /* + ** Point Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD32 trans_photo_id; +} xiePointReq; + + /* + ** Point Statistics Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id; + INT32 x; + INT32 y; + CARD8 height; + CARD8 width; + CARD8 _pad[2]; +} xiePointStatsReq; + + /* + ** Rotate Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieRotate */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + XieFloatRec angle; + CARD32 width; + CARD32 height; + CARD32 fill[XieK_MaxComponents]; +} xieRotateReq; + + /* + ** Scale Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieScale */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 width; + CARD32 height; +} xieScaleReq; + + /* + ** Translate Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieTranslate */ + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 src_idc_id; + CARD32 dst_photo_id; + CARD32 dst_idc_id; +} xieTranslateReq; + +#ifdef NOT_YET_IMPLEMENTED +/************ NONE OF THE FOLLOWING REQUESTS HAVE BEEN IMPLEMENTED ************/ + /* + ** Display Sequence Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 window_id; + CARD16 frame_count; + CARD16 frame_timing; + CARD8 forward; + CARD8 number_of_pixmaps; +} xieDisplaySeqReq; + +/**************************** END OF UNIMPLEMENTED REQUESTS *******************/ +#endif + +/******************************************************************************* +** Events +*******************************************************************************/ + /* + ** Send Xie Event + */ +typedef struct { + CARD8 type; + CARD8 detail; + CARD16 sequenceNumber; + CARD32 resource_id; + CARD8 _pad[24]; +} xieSendEvent; + +/******************************************************************************* +** Replies +*******************************************************************************/ + /* + ** Reply for Init Session + */ +typedef struct { + INT8 type; + CARD8 success; + CARD16 sequenceNumber; + CARD32 length; + CARD16 major_version; + CARD16 minor_version; + CARD32 service_class; /* not implemented */ + CARD8 _pad[16]; +} xieInitSessionReply; + + /* + ** Reply for Query Events + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 event_mask; + CARD8 _pad[20]; +} xieQueryEventsReply; + + /* + ** Reply for Query Operational Defaults + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 model; + CARD8 _pad[3]; + CARD32 levels[XieK_MaxComponents]; + CARD8 _pad1[8]; +} xieQueryOpDefaultsReply; + + /* + ** Reply for Query Resource: resource type == Photoflo + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 status; + CARD8 _pad[20]; +} xieQueryPhotofloReply; + + /* + ** Reply for Query Resource: resource type == Photo{map|tap} + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 width; + CARD32 height; + XieFloatRec aspect_ratio; + CARD8 polarity; + CARD8 pixel_progression; + CARD8 line_progression; + BOOL constrained; + CARD8 component_mapping; + CARD8 component_count; + CARD8 _pad[2]; + CARD32 levels[XieK_MaxComponents]; + CARD32 photo_id; +} xieQueryPhotomapReply; + + /* + ** Reply for Query Resource: resource type == Idc of type XieK_Cpp + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + INT32 x; + INT32 y; + CARD32 photomap_id; + CARD8 _pad[12]; +} xieQueryCppReply; + + /* + ** Reply for Query Resource: resource type == Idc of type XieK_Roi + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; + CARD8 _pad[8]; +} xieQueryRoiReply; + + /* + ** Reply for Query Resource: resource type == Idc of type XieK_Tmp + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* length of entries: long words */ + INT32 center_x; + INT32 center_y; + CARD32 data_count; /* number of XieTmpEntryRec's to */ + CARD8 _pad[12]; /* follow xieQueryTmpReply as data */ +} xieQueryTmpReply; + + /* + ** Reply for Get Stream + */ +typedef struct { + INT8 type; + CARD8 status; + CARD16 sequenceNumber; + CARD32 length; /* length of image data: longwords */ + CARD32 byte_count; /* image plane data length in bytes */ + CARD8 _pad[20]; +} xieGetStreamReply; + + /* + ** Reply for Get Tile + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* length of image data: longwords */ + CARD8 _pad[24]; +} xieGetTileReply; + + /* + ** Reply for QueryExport -- returns LUT and list of allocated pixels + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* number of pixels being returned */ + CARD32 pixel_count; + CARD32 lut_id; + CARD8 lut_mapping; + CARD8 _pad[15]; +} xieQueryExportReply; + + /* + ** Reply for CalcHistogram -- returns frequency distribution data + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* size of histogram list in longs */ + CARD8 _pad[24]; +} xieCalcHistReply; + + /* + ** Reply for Point Statistics + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 _pad[24]; +} xiePointStatsReply; + +/* the following structure is used for Point Statistics */ + +typedef struct { + XieFloatRec pixel; + XieFloatRec minimum; + XieFloatRec maximum; + XieFloatRec mean; + XieFloatRec std_dev; + XieFloatRec variance; +} xiePointStatsData, *xiePointStatsDataPtr; + + +#ifdef NOT_YET_IMPLEMENTED +/************ NONE OF THE FOLLOWING REPLIES HAVE BEEN IMPLEMENTED *************/ + +typedef struct { + CARD16 screen_width_millimeters; + CARD16 screen_height_millimeters; + CARD16 screen_width_pixels; + CARD16 screen_height_pixels; + CARD16 screen_depth; + CARD16 screen_luts_size; + CARD8 screen_number; + CARD8 screen_luts; + CARD8 screen_brightness_control; + CARD8 screen_contrast_control; + CARD8 screen_hue_control; + CARD8 _pad[5]; +} screen_data; + +typedef struct { + CARD32 minimum; + CARD32 maximum; + CARD32 mean; + CARD32 std_dev; + CARD32 variance; +} statistics_data; + +/* Reply for Dot Product */ + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 _pad[6]; +} xieDotProductReply; + +/*** following display stuff may be deleted or expanded */ + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 idc_type; + CARD8 skip_or_show; + CARD32 pixmap; + CARD16 _pad; +} xieSingleStaticReply; + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 idc_type; + CARD8 map_x_tiles; + CARD8 map_y_tiles; + CARD32 current_frame; + CARD32 number_of_display_frames; +} xieSpatialMapReply; + +typedef struct { + CARD32 pixmap; + CARD8 skip_or_show; + CARD8 _pad[3]; +} display_frame; + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 current_frame; + CARD32 number_of_display_frames; + CARD8 idc_type; + CARD8 map_x_tiles; + CARD8 map_y_tiles; + CARD8 _pad[14]; +} xieTimeSequenceReply; + +/**************************** END OF UNIMPLEMENTED REPLIES ********************/ +#endif +/* +** This "endif" MUST be the last line of this file. +*/ +#endif /* end of XIEPROTO -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ + diff --git a/xie/build/dec/XieUdpDef.h b/xie/build/dec/XieUdpDef.h new file mode 100644 index 0000000..44d88ff --- /dev/null +++ b/xie/build/dec/XieUdpDef.h @@ -0,0 +1,118 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/********************************************************************************************************************************/ +/* Created 23-MAY-1992 03:11:09 by VAX SDL V3.2-12 Source: 12-JUL-1990 18:14:51 VNRESD$:[XIESMI.SRC]XIEUDPDEF.SDL;1 */ +/********************************************************************************************************************************/ +/******************************************************************************* */ +/** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, */ +/** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. */ +/** */ +/** All Rights Reserved */ +/** */ +/** Permission to use, copy, modify, and distribute this software and its */ +/** documentation for any purpose and without fee is hereby granted, */ +/** provided that the above copyright notice appear in all copies and that */ +/** both that copyright notice and this permission notice appear in */ +/** supporting documentation, and that the names of Digital or MIT not be */ +/** used in advertising or publicity pertaining to distribution of the */ +/** software without specific, written prior permission. */ +/** */ +/** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING */ +/** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL */ +/** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR */ +/** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, */ +/** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, */ +/** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS */ +/** SOFTWARE. */ +/** */ +/******************************************************************************* */ +/******************************************************************************* */ +/** */ +/** FACILITY: */ +/** */ +/** Sample Machine Independant DDX */ +/** X Image Extensions */ +/** */ +/** ABSTRACT: */ +/** */ +/** This include file defines low level image data representation */ +/** structures. */ +/** */ +/** ENVIRONMENT: */ +/** */ +/** VAX/VMS V5.3 */ +/** ULTRIX V3.1 */ +/** */ +/** AUTHOR(S): */ +/** */ +/** John Weber */ +/** */ +/** CREATION DATE: */ +/** */ +/** August 12, 1989 */ +/** */ +/** MODIFICATION HISTORY: */ +/** */ +/******************************************************************************* */ + +/*** MODULE XieUdpDef ***/ +#ifndef UDPDEF +#define UDPDEF +struct UDP { + unsigned short int UdpW_PixelLength; + unsigned char UdpB_DType; + unsigned char UdpB_Class; + unsigned char *UdpA_Base; + unsigned long int UdpL_ArSize; + unsigned long int UdpL_PxlStride; + unsigned long int UdpL_ScnStride; + long int UdpL_X1; + long int UdpL_X2; + long int UdpL_Y1; + long int UdpL_Y2; + unsigned long int UdpL_PxlPerScn; + unsigned long int UdpL_ScnCnt; + long int UdpL_Pos; + unsigned long int UdpL_CompIdx; + unsigned long int UdpL_Levels; + } ; +typedef struct UDP UdpRec, *UdpPtr; +#define UdpK_DTypeUndefined 0 +#define UdpK_DTypeMin 1 +#define UdpK_DTypeBU 1 +#define UdpK_DTypeWU 2 +#define UdpK_DTypeLU 3 +#define UdpK_DTypeF 4 +#define UdpK_DTypeC 5 +#define UdpK_DTypeVU 6 +#define UdpK_DTypeV 7 +#define UdpK_DTypeCL 8 +#define UdpK_DTypeMax 8 +#define UdpK_ClassUBA 1 +#define UdpK_ClassUBS 2 +#define UdpK_ClassA 3 +#define UdpK_ClassCL 4 +#endif /* UDPDEF */ diff --git a/xie/build/dec/bits.h b/xie/build/dec/bits.h new file mode 100644 index 0000000..2bfb950 --- /dev/null +++ b/xie/build/dec/bits.h @@ -0,0 +1,114 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* +************************************************************************** +** DIGITAL EQUIPMENT CORPORATION ** +** CONFIDENTIAL ** +** NOT FOR MODIFICATION OR REDISTRIBUTION IN ANY MANNER WHATSOEVER ** +************************************************************************** +*/ +/* + * This include file is designed to be a portable way for systems to define + * bit field manipulation of arrays of bits. + */ +#ifndef __BITS__ +#define __BITS__ "@(#)bits.h 1.6 - 90/09/18 " +/* RCSID = $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/bits.h,v 1.1.2.2 92/02/06 13:44:37 Jim_Ludwig Exp $" */ + +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990 by Digital Equipment Corporation, Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + */ +typedef unsigned char *UByteP; /* Pointer to an unsigned byte array */ +#define BitsInByte 8L /* The number of bits in a byte */ + +#define BitInByte(bit) /* Returns the bit mask of a byte */ \ + (1L << (((bit) % BitsInByte))) + +#define BitInWord(bit) /* Returns the bit mask of a word */ \ + (1L << (((bit) % (BitsInByte * 2L)))) + +#define BitInLong(bit) /* Returns the bit mask of a long */ \ + (1L << (((bit) % (BitsInByte * 4L)))) + +#define ByteInArray(array,bit) /* Returns the byte offset to get to a bit */ \ + (((UByteP)(array))[(bit) / BitsInByte]) + +#define BitIsTrue(array,bit) /* Test to see if a specific bit is True */ \ + (ByteInArray(array,bit) & BitInByte(bit)) + +#define BitIsFalse(array,bit) /* Test to see if a specific bit is False */ \ + (!(BitIsTrue(array,bit))) + +#define BitTrue(array,bit) /* Set a specific bit to be True */ \ + (ByteInArray(array,bit) |= BitInByte(bit)) + +#define BitFalse(array,bit) /* Set a specific bit to be False */ \ + (ByteInArray(array,bit) &= ~BitInByte(bit)) + +#define BitToggle(array,bit) /* Toggle a specific bit */ \ + (ByteInArray(array,bit) ^= BitInByte(bit)) + +#define BitCopy(dest,src,bit) /* Copy a specific bit */ \ + BitIsTrue((src),(bit)) ? BitTrue((dest),(bit)) : BitFalse((dest),(bit)) + +#define BitValue(array,bit) /* Return True or False depending on bit */ \ + (BitIsTrue((array),(bit)) ? True : False) + +#define BitSet(array,bit,value) /* Set bit to given value in array */ \ + (value) ? BitTrue((array),(bit)) : BitFalse((array),(bit)) + +#endif /* __BITS__ */ diff --git a/xie/build/dec/decclient b/xie/build/dec/decclient new file mode 100755 index 0000000..87b1249 Binary files /dev/null and b/xie/build/dec/decclient differ diff --git a/xie/build/dec/extutil.h b/xie/build/dec/extutil.h new file mode 100644 index 0000000..b597c17 --- /dev/null +++ b/xie/build/dec/extutil.h @@ -0,0 +1,148 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* + * $XConsortium: extutil.h,v 1.11 89/12/09 21:12:33 rws Exp $ + * + * Copyright 1989 Massachusetts Institute of Technology + * + * Permission to use, copy, modify, distribute, and sell this software and its + * documentation for any purpose is hereby granted without fee, provided that + * the above copyright notice appear in all copies and that both that + * copyright notice and this permission notice appear in supporting + * documentation, and that the name of M.I.T. not be used in advertising or + * publicity pertaining to distribution of the software without specific, + * written prior permission. M.I.T. makes no representations about the + * suitability of this software for any purpose. It is provided "as is" + * without express or implied warranty. + * + * M.I.T. DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING ALL + * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL M.I.T. + * BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES + * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION + * OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN + * CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. + * + * Author: Jim Fulton, MIT X Consortium + * + * Xlib Extension-Writing Utilities + * + * This package contains utilities for writing the client API for various + * protocol extensions. THESE INTERFACES ARE NOT PART OF THE X STANDARD AND + * ARE SUBJECT TO CHANGE! + */ + +#ifndef _EXTUTIL_H_ +#define _EXTUTIL_H_ + +/* + * We need to keep a list of open displays since the Xlib display list isn't + * public. We also have to per-display info in a separate block since it isn't + * stored directly in the Display structure. + */ +typedef struct _XExtDisplayInfo { + struct _XExtDisplayInfo *next; /* keep a linked list */ + Display *display; /* which display this is */ + XExtCodes *codes; /* the extension protocol codes */ + caddr_t data; /* extra data for extension to use */ +} XExtDisplayInfo; + +typedef struct _XExtensionInfo { + XExtDisplayInfo *head; /* start of list */ + XExtDisplayInfo *cur; /* most recently used */ + int ndisplays; /* number of displays */ +} XExtensionInfo; + +typedef struct _XExtensionHooks { + int (*create_gc)(); + int (*copy_gc)(); + int (*flush_gc)(); + int (*free_gc)(); + int (*create_font)(); + int (*free_font)(); + int (*close_display)(); + Bool (*wire_to_event)(); + Status (*event_to_wire)(); + int (*error)(); + char *(*error_string)(); +} XExtensionHooks; + +extern XExtensionInfo *XextCreateExtension(); +extern void XextDestroyExtension(); +extern XExtDisplayInfo *XextAddDisplay(); +extern int XextRemoveDisplay(); +extern XExtDisplayInfo *XextFindDisplay(); + +#define XextHasExtension(i) ((i) && ((i)->codes)) +#define XextCheckExtension(dpy,i,name,val) \ + if (!XextHasExtension(i)) { XMissingExtension (dpy, name); return val; } +#define XextSimpleCheckExtension(dpy,i,name) \ + if (!XextHasExtension(i)) { XMissingExtension (dpy, name); return; } + + +/* + * helper macros to generate code that is common to all extensions; caller + * should prefix it with static if extension source is in one file; this + * could be a utility function, but have to stack 6 unused arguments for + * something that is called many, many times would be bad. + */ +#define XEXT_GENERATE_FIND_DISPLAY(proc,extinfo,extname,hooks,nev,data) \ +XExtDisplayInfo *proc (dpy) \ + register Display *dpy; \ +{ \ + XExtDisplayInfo *dpyinfo; \ + if (!extinfo) { if (!(extinfo = XextCreateExtension())) return NULL; } \ + if (!(dpyinfo = XextFindDisplay (extinfo, dpy))) \ + dpyinfo = XextAddDisplay (extinfo,dpy,extname,hooks,nev,data); \ + return dpyinfo; \ +} + +#define XEXT_GENERATE_CLOSE_DISPLAY(proc,extinfo) \ +int proc (dpy, codes) \ + Display *dpy; \ + XExtCodes *codes; \ +{ \ + return XextRemoveDisplay (extinfo, dpy); \ +} + +#define XEXT_GENERATE_ERROR_STRING(proc,extname,nerr,errl) \ +char *proc (dpy, code, codes, buf, n) \ + Display *dpy; \ + int code; \ + XExtCodes *codes; \ + char *buf; \ + int n; \ +{ \ + code -= codes->first_error; \ + if (code >= 0 && code < nerr) { \ + char tmp[256]; \ + sprintf (tmp, "%s.%d", extname, code); \ + XGetErrorDatabaseText (dpy, "XProtoError", tmp, errl[code], buf, n); \ + return buf; \ + } \ + return (char *)0; \ +} + +#endif diff --git a/xie/build/dec/libXie.a b/xie/build/dec/libXie.a new file mode 100644 index 0000000..2b4304b Binary files /dev/null and b/xie/build/dec/libXie.a differ diff --git a/xie/build/dec/mitmiscstr.h b/xie/build/dec/mitmiscstr.h new file mode 100644 index 0000000..4576b0b --- /dev/null +++ b/xie/build/dec/mitmiscstr.h @@ -0,0 +1,81 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/************************************************************ +Copyright 1989 by The Massachusetts Institute of Technology + +Permission to use, copy, modify, and distribute this +software and its documentation for any purpose and without +fee is hereby granted, provided that the above copyright +no- tice appear in all copies and that both that copyright +no- tice and this permission notice appear in supporting +docu- mentation, and that the name of MIT not be used in +advertising or publicity pertaining to distribution of the +software without specific prior written permission. +M.I.T. makes no representation about the suitability of +this software for any purpose. It is provided "as is" +without any express or implied warranty. + +********************************************************/ + +/* RANDOM CRUFT! THIS HAS NO OFFICIAL X CONSORTIUM BLESSING */ + +/* $XConsortium: mitmiscstr.h,v 1.3 90/05/15 18:50:18 keith Exp $ */ + +#include "MITMisc.h" + +#define MITMISCNAME "MIT-SUNDRY-NONSTANDARD" + +typedef struct _SetBugMode { + CARD8 reqType; /* always MITReqCode */ + CARD8 mitReqType; /* always X_MITSetBugMode */ + CARD16 length B16; + BOOL onOff; + BYTE pad0; + CARD16 pad1; +} xMITSetBugModeReq; +#define sz_xMITSetBugModeReq 8 + +typedef struct _GetBugMode { + CARD8 reqType; /* always MITReqCode */ + CARD8 mitReqType; /* always X_MITGetBugMode */ + CARD16 length B16; +} xMITGetBugModeReq; +#define sz_xMITGetBugModeReq 4 + +typedef struct { + BYTE type; /* X_Reply */ + BOOL onOff; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; +} xMITGetBugModeReply; +#define sz_xMITGetBugModeReply 32 + diff --git a/xie/build/dec/multibuf.h b/xie/build/dec/multibuf.h new file mode 100644 index 0000000..7a72bfd --- /dev/null +++ b/xie/build/dec/multibuf.h @@ -0,0 +1,305 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* + * $XConsortium: multibuf.h,v 1.15 91/07/12 10:20:42 rws Exp $ + * + * Copyright 1989 Massachusetts Institute of Technology + * + * Permission to use, copy, modify, distribute, and sell this software and its + * documentation for any purpose is hereby granted without fee, provided that + * the above copyright notice appear in all copies and that both that + * copyright notice and this permission notice appear in supporting + * documentation, and that the name of M.I.T. not be used in advertising or + * publicity pertaining to distribution of the software without specific, + * written prior permission. M.I.T. makes no representations about the + * suitability of this software for any purpose. It is provided "as is" + * without express or implied warranty. + * + * M.I.T. DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING ALL + * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL M.I.T. + * BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES + * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION + * OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN + * CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. + */ + +#ifndef _MULTIBUF_H_ +#define _MULTIBUF_H_ + +#include + +#define MULTIBUFFER_PROTOCOL_NAME "Multi-Buffering" + +#define MULTIBUFFER_MAJOR_VERSION 1 /* current version numbers */ +#define MULTIBUFFER_MINOR_VERSION 0 + +#define X_MbufGetBufferVersion 0 +#define X_MbufCreateImageBuffers 1 +#define X_MbufDestroyImageBuffers 2 +#define X_MbufDisplayImageBuffers 3 +#define X_MbufSetMBufferAttributes 4 +#define X_MbufGetMBufferAttributes 5 +#define X_MbufSetBufferAttributes 6 +#define X_MbufGetBufferAttributes 7 +#define X_MbufGetBufferInfo 8 +#define X_MbufCreateStereoWindow 9 + +/* + * update_action field + */ +#define MultibufferUpdateActionUndefined 0 +#define MultibufferUpdateActionBackground 1 +#define MultibufferUpdateActionUntouched 2 +#define MultibufferUpdateActionCopied 3 + +/* + * update_hint field + */ +#define MultibufferUpdateHintFrequent 0 +#define MultibufferUpdateHintIntermittent 1 +#define MultibufferUpdateHintStatic 2 + +/* + * valuemask fields + */ +#define MultibufferWindowUpdateHint (1L << 0) +#define MultibufferBufferEventMask (1L << 0) + +/* + * mono vs. stereo and left vs. right + */ +#define MultibufferModeMono 0 +#define MultibufferModeStereo 1 +#define MultibufferSideMono 0 +#define MultibufferSideLeft 1 +#define MultibufferSideRight 2 + +/* + * clobber state + */ +#define MultibufferUnclobbered 0 +#define MultibufferPartiallyClobbered 1 +#define MultibufferFullyClobbered 2 + +/* + * event stuff + */ +#define MultibufferClobberNotifyMask 0x02000000 +#define MultibufferUpdateNotifyMask 0x04000000 + +#define MultibufferClobberNotify 0 +#define MultibufferUpdateNotify 1 +#define MultibufferNumberEvents (MultibufferUpdateNotify + 1) + +#define MultibufferBadBuffer 0 +#define MultibufferNumberErrors (MultibufferBadBuffer + 1) + + +#ifndef _MULTIBUF_SERVER_ +/* + * Extra definitions that will only be needed in the client + */ +typedef XID Multibuffer; + +typedef struct { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + int send_event; /* true if this came frome a SendEvent request */ + Display *display; /* Display the event was read from */ + Multibuffer buffer; /* buffer of event */ + int state; /* see Clobbered constants above */ +} XmbufClobberNotifyEvent; + +typedef struct { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + int send_event; /* true if this came frome a SendEvent request */ + Display *display; /* Display the event was read from */ + Multibuffer buffer; /* buffer of event */ +} XmbufUpdateNotifyEvent; + + +/* + * per-window attributes that can be got + */ +typedef struct { + int displayed_index; /* which buffer is being displayed */ + int update_action; /* Undefined, Background, Untouched, Copied */ + int update_hint; /* Frequent, Intermittent, Static */ + int window_mode; /* Mono, Stereo */ + int nbuffers; /* Number of buffers */ + Multibuffer *buffers; /* Buffers */ +} XmbufWindowAttributes; + +/* + * per-window attributes that can be set + */ +typedef struct { + int update_hint; /* Frequent, Intermittent, Static */ +} XmbufSetWindowAttributes; + + +/* + * per-buffer attributes that can be got + */ +typedef struct { + Window window; /* which window this belongs to */ + unsigned long event_mask; /* events that have been selected */ + int buffer_index; /* which buffer is this */ + int side; /* Mono, Left, Right */ +} XmbufBufferAttributes; + +/* + * per-buffer attributes that can be set + */ +typedef struct { + unsigned long event_mask; /* events that have been selected */ +} XmbufSetBufferAttributes; + + +/* + * per-screen buffer info (there will be lists of them) + */ +typedef struct { + VisualID visualid; /* visual usuable at this depth */ + int max_buffers; /* most buffers for this visual */ + int depth; /* depth of buffers to be created */ +} XmbufBufferInfo; + +_XFUNCPROTOBEGIN + +extern Bool XmbufQueryExtension( +#if NeedFunctionPrototypes + Display* /* dpy */, + int* /* event_base_return */, + int* /* error_base_return */ +#endif +); + +extern Status XmbufGetVersion( +#if NeedFunctionPrototypes + Display* /* dpy */, + int* /* major_version_return */, + int* /* minor_version_return */ +#endif +); + +extern int XmbufCreateBuffers( +#if NeedFunctionPrototypes + Display* /* dpy */, + Window /* w */, + int /* count */, + int /* update_action */, + int /* update_hint */, + Multibuffer* /* buffers */ +#endif +); + +extern void XmbufDestroyBuffers( +#if NeedFunctionPrototypes + Display* /* dpy */, + Window /* window */ +#endif +); + +extern void XmbufDisplayBuffers( +#if NeedFunctionPrototypes + Display* /* dpy */, + int /* count */, + Multibuffer* /* buffers */, + int /* min_delay */, + int /* max_delay */ +#endif +); + +extern Status XmbufGetWindowAttributes( +#if NeedFunctionPrototypes + Display* /* dpy */, + Window /* w */, + XmbufWindowAttributes* /* attr */ +#endif +); + +extern void XmbufChangeWindowAttributes( +#if NeedFunctionPrototypes + Display* /* dpy */, + Window /* w */, + unsigned long /* valuemask */, + XmbufSetWindowAttributes* /* attr */ +#endif +); + +extern Status XmbufGetBufferAttributes( +#if NeedFunctionPrototypes + Display* /* dpy */, + Multibuffer /* b */, + XmbufBufferAttributes* /* attr */ +#endif +); + +extern void XmbufChangeBufferAttributes( +#if NeedFunctionPrototypes + Display* /* dpy */, + Multibuffer /* b */, + unsigned long /* valuemask */, + XmbufSetBufferAttributes* /* attr */ +#endif +); + +extern Status XmbufGetScreenInfo( +#if NeedFunctionPrototypes + Display* /* dpy */, + Drawable /* d */, + int* /* nmono_return */, + XmbufBufferInfo** /* mono_info_return */, + int* /* nstereo_return */, + XmbufBufferInfo** /* stereo_info_return */ +#endif +); + +extern Window XmbufCreateStereoWindow( +#if NeedFunctionPrototypes + Display* /* dpy */, + Window /* parent */, + int /* x */, + int /* y */, + unsigned int /* width */, + unsigned int /* height */, + unsigned int /* border_width */, + int /* depth */, + unsigned int /* class */, + Visual* /* visual */, + unsigned long /* valuemask */, + XSetWindowAttributes* /* attr */, + Multibuffer* /* leftp */, + Multibuffer* /* rightp */ +#endif +); + +_XFUNCPROTOEND + +#endif /* _MULTIBUF_SERVER_ */ +#endif /* _MULTIBUF_H_ */ diff --git a/xie/build/dec/multibufst.h b/xie/build/dec/multibufst.h new file mode 100644 index 0000000..9af9e29 --- /dev/null +++ b/xie/build/dec/multibufst.h @@ -0,0 +1,301 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* + * $XConsortium: multibufst.h,v 1.7 91/01/05 16:32:49 rws Exp $ + * + * Copyright 1989 Massachusetts Institute of Technology + * + * Permission to use, copy, modify, distribute, and sell this software and its + * documentation for any purpose is hereby granted without fee, provided that + * the above copyright notice appear in all copies and that both that + * copyright notice and this permission notice appear in supporting + * documentation, and that the name of M.I.T. not be used in advertising or + * publicity pertaining to distribution of the software without specific, + * written prior permission. M.I.T. makes no representations about the + * suitability of this software for any purpose. It is provided "as is" + * without express or implied warranty. + * + * M.I.T. DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING ALL + * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL M.I.T. + * BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES + * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION + * OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN + * CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. + */ + +#ifndef _MULTIBUFST_H_ +#define _MULTIBUFST_H_ + +/* + * Protocol requests constants and alignment values + * These would really be in Multi-Buffering's X.h and Xproto.h equivalents + */ + +#include "multibuf.h" + +#include /* for Window & VisualId defines */ +/* Added to match X11/Xproto.h */ +#define Window CARD32 +#define Drawable CARD32 +#define VisualID CARD32 + +#if defined(__STDC__) && !defined(UNIXCPP) +#define MbufGetReq(name,req,info) GetReq (name, req); \ + req->reqType = info->codes->major_opcode; \ + req->mbufReqType = X_##name; +#else +#define MbufGetReq(name,req,info) GetReq (name, req); \ + req->reqType = info->codes->major_opcode; \ + req->mbufReqType = X_/**/name; +#endif + +#define Multibuffer CARD32 + +typedef struct { + CARD32 visualID B32; /* associated visual */ + CARD16 maxBuffers B16; /* maximum supported buffers */ + CARD8 depth; /* depth of visual (redundant) */ + CARD8 unused; +} xMbufBufferInfo; +#define sz_xMbufBufferInfo 8 + +typedef struct { + BYTE type; + BYTE unused; + CARD16 sequenceNumber B16; + CARD32 buffer B32; /* affected buffer */ + BYTE state; /* current status */ + CARD8 unused1; + CARD16 unused2 B16; + CARD32 unused3 B32; + CARD32 unused4 B32; + CARD32 unused5 B32; + CARD32 unused6 B32; + CARD32 unused7 B32; +} xMbufClobberNotifyEvent; + +typedef struct { + BYTE type; + BYTE unused; + CARD16 sequenceNumber B16; + CARD32 buffer B32; /* affected buffer */ + CARD32 timeStamp B32; /* update time */ + CARD32 unused1 B32; + CARD32 unused2 B32; + CARD32 unused3 B32; + CARD32 unused4 B32; + CARD32 unused5 B32; + CARD32 unused6 B32; +} xMbufUpdateNotifyEvent; + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufGetBufferVersion */ + CARD16 length B16; +} xMbufGetBufferVersionReq; +#define sz_xMbufGetBufferVersionReq 4 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 unused; /* not used */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 majorVersion; /* major version of Multi-Buffering protocol */ + CARD8 minorVersion; /* minor version of Multi-Buffering protocol */ + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xMbufGetBufferVersionReply; +#define sz_xMbufGetBufferVersionReply 32 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufCreateImageBuffers */ + CARD16 length B16; + CARD32 window B32; /* associated window */ + CARD8 updateAction; /* action at update */ + CARD8 updateHint; /* hint as to frequency of updates */ + CARD16 unused; +} xMbufCreateImageBuffersReq; /* followed by buffer ids */ +#define sz_xMbufCreateImageBuffersReq 12 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 unused; /* not used */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 numberBuffer B16; /* number successfully allocated */ + CARD16 unused1 B16; + CARD32 unused2 B32; + CARD32 unused3 B32; + CARD32 unused4 B32; + CARD32 unused5 B32; + CARD32 unused6 B32; +} xMbufCreateImageBuffersReply; +#define sz_xMbufCreateImageBuffersReply 32 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufDestroyImageBuffers */ + CARD16 length B16; + CARD32 window B32; /* associated window */ +} xMbufDestroyImageBuffersReq; +#define sz_xMbufDestroyImageBuffersReq 8 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufDisplayImageBuffers */ + CARD16 length B16; + CARD16 minDelay B16; /* minimum time between last update and now */ + CARD16 maxDelay B16; /* maximum time between last update and now */ +} xMbufDisplayImageBuffersReq; /* followed by list of buffers */ +#define sz_xMbufDisplayImageBuffersReq 8 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufSetMBufferAttributes */ + CARD16 length B16; + CARD32 window B32; /* associated window */ + CARD32 valueMask B32; /* modified entries */ +} xMbufSetMBufferAttributesReq; /* followed by values */ +#define sz_xMbufSetMBufferAttributesReq 12 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufGetMBufferAttributes */ + CARD16 length B16; + CARD32 window B32; /* associated window */ +} xMbufGetMBufferAttributesReq; +#define sz_xMbufGetMBufferAttributesReq 8 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 unused; /* not used */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 displayedBuffer B16; /* currently visible buffer */ + CARD8 updateAction; + CARD8 updateHint; + CARD8 windowMode; + CARD8 unused0; + CARD16 unused1 B16; + CARD32 unused2 B32; + CARD32 unused3 B32; + CARD32 unused4 B32; + CARD32 unused5 B32; +} xMbufGetMBufferAttributesReply; +#define sz_xMbufGetMBufferAttributesReply 32 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufSetBufferAttributes */ + CARD16 length B16; + CARD32 buffer B32; + CARD32 valueMask B32; +} xMbufSetBufferAttributesReq; /* followed by values */ +#define sz_xMbufSetBufferAttributesReq 12 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufGetBufferAttributes */ + CARD16 length B16; + CARD32 buffer B32; +} xMbufGetBufferAttributesReq; +#define sz_xMbufGetBufferAttributesReq 8 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 unused; /* not used */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 window B32; + CARD32 eventMask B32; + CARD16 bufferIndex B16; + CARD8 side; + CARD8 unused0; + CARD32 unused1 B32; + CARD32 unused2 B32; + CARD32 unused3 B32; +} xMbufGetBufferAttributesReply; +#define sz_xMbufGetBufferAttributesReply 32 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufGetBufferInfo */ + CARD16 length B16; + Drawable drawable B32; +} xMbufGetBufferInfoReq; +#define sz_xMbufGetBufferInfoReq 8 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 unused; /* not used */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 normalInfo B16; + CARD16 stereoInfo B16; + CARD32 unused1 B32; + CARD32 unused2 B32; + CARD32 unused3 B32; + CARD32 unused4 B32; + CARD32 unused5 B32; +} xMbufGetBufferInfoReply; /* followed by buffer infos */ +#define sz_xMbufGetBufferInfoReply 32 + + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufCreateStereoWindow */ + CARD16 length B16; + CARD8 unused0; + CARD8 unused1; + CARD8 unused2; + CARD8 depth; + Window wid B32; + Window parent B32; + Multibuffer left B32; /* associated buffers */ + Multibuffer right B32; + INT16 x B16; + INT16 y B16; + CARD16 width B16; + CARD16 height B16; + CARD16 borderWidth B16; + CARD16 class B16; + VisualID visual B32; + CARD32 mask B32; +} xMbufCreateStereoWindowReq; /* followed by value list */ +#define sz_xMbufCreateStereoWindowReq 44 + + +#undef Multibuffer +#undef Window CARD32 +#undef Drawable CARD32 +#undef VisualID CARD32 + +#endif /* _MULTIBUFST_H_ */ diff --git a/xie/build/dec/obj/XieConvert.o b/xie/build/dec/obj/XieConvert.o new file mode 100644 index 0000000..5ddadb9 Binary files /dev/null and b/xie/build/dec/obj/XieConvert.o differ diff --git a/xie/build/dec/obj/XieFloat.o b/xie/build/dec/obj/XieFloat.o new file mode 100644 index 0000000..6f5a475 Binary files /dev/null and b/xie/build/dec/obj/XieFloat.o differ diff --git a/xie/build/dec/obj/XieLibEvents.o b/xie/build/dec/obj/XieLibEvents.o new file mode 100644 index 0000000..0a9a8b0 Binary files /dev/null and b/xie/build/dec/obj/XieLibEvents.o differ diff --git a/xie/build/dec/obj/XieLibImage.o b/xie/build/dec/obj/XieLibImage.o new file mode 100644 index 0000000..a27c7d7 Binary files /dev/null and b/xie/build/dec/obj/XieLibImage.o differ diff --git a/xie/build/dec/obj/XieLibProcess.o b/xie/build/dec/obj/XieLibProcess.o new file mode 100644 index 0000000..9c8d8d7 Binary files /dev/null and b/xie/build/dec/obj/XieLibProcess.o differ diff --git a/xie/build/dec/obj/XieLibResource.o b/xie/build/dec/obj/XieLibResource.o new file mode 100644 index 0000000..2ae6203 Binary files /dev/null and b/xie/build/dec/obj/XieLibResource.o differ diff --git a/xie/build/dec/obj/XieLibSession.o b/xie/build/dec/obj/XieLibSession.o new file mode 100644 index 0000000..233d4b8 Binary files /dev/null and b/xie/build/dec/obj/XieLibSession.o differ diff --git a/xie/build/dec/obj/XieLibTransport.o b/xie/build/dec/obj/XieLibTransport.o new file mode 100644 index 0000000..b1b9387 Binary files /dev/null and b/xie/build/dec/obj/XieLibTransport.o differ diff --git a/xie/build/dec/obj/XieLibUtils.o b/xie/build/dec/obj/XieLibUtils.o new file mode 100644 index 0000000..64c75fc Binary files /dev/null and b/xie/build/dec/obj/XieLibUtils.o differ diff --git a/xie/build/dec/shape.h b/xie/build/dec/shape.h new file mode 100644 index 0000000..65aff1d --- /dev/null +++ b/xie/build/dec/shape.h @@ -0,0 +1,222 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/************************************************************ +Copyright 1989 by The Massachusetts Institute of Technology + +Permission to use, copy, modify, and distribute this +software and its documentation for any purpose and without +fee is hereby granted, provided that the above copyright +no- tice appear in all copies and that both that copyright +no- tice and this permission notice appear in supporting +docu- mentation, and that the name of MIT not be used in +advertising or publicity pertaining to distribution of the +software without specific prior written permission. +M.I.T. makes no representation about the suitability of +this software for any purpose. It is provided "as is" +without any express or implied warranty. + +MIT DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, +INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FIT- +NESS FOR A PARTICULAR PURPOSE. IN NO EVENT SHALL SUN BE LI- +ABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR +PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR +OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH +THE USE OR PERFORMANCE OF THIS SOFTWARE. + +********************************************************/ + +/* $XConsortium: shape.h,v 1.15 91/02/17 13:09:32 rws Exp $ */ + +#ifndef _SHAPE_H_ +#define _SHAPE_H_ + +#include + +#define X_ShapeQueryVersion 0 +#define X_ShapeRectangles 1 +#define X_ShapeMask 2 +#define X_ShapeCombine 3 +#define X_ShapeOffset 4 +#define X_ShapeQueryExtents 5 +#define X_ShapeSelectInput 6 +#define X_ShapeInputSelected 7 +#define X_ShapeGetRectangles 8 + +#define ShapeSet 0 +#define ShapeUnion 1 +#define ShapeIntersect 2 +#define ShapeSubtract 3 +#define ShapeInvert 4 + +#define ShapeBounding 0 +#define ShapeClip 1 + +#define ShapeNotifyMask (1L << 0) +#define ShapeNotify 0 + +#define ShapeNumberEvents (ShapeNotify + 1) + +#ifndef _SHAPE_SERVER_ +typedef struct { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if this came frome a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; /* window of event */ + int kind; /* ShapeBounding or ShapeClip */ + int x, y; /* extents of new region */ + unsigned width, height; + Time time; /* server timestamp when region changed */ + Bool shaped; /* true if the region exists */ +} XShapeEvent; + +_XFUNCPROTOBEGIN + +extern Bool XShapeQueryExtension ( +#if NeedFunctionPrototypes + Display* /* display */, + int* /* event_base */, + int* /* error_base */ +#endif +); + +extern Status XShapeQueryVersion ( +#if NeedFunctionPrototypes + Display* /* display */, + int* /* major_version */, + int* /* minor_version */ +#endif +); + +extern void XShapeCombineRegion ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* dest */, + int /* dest_kind */, + int /* x_off */, + int /* y_off */, + Region /* region */, + int /* op */ +#endif +); + +extern void XShapeCombineRectangles ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* dest */, + int /* dest_kind */, + int /* x_off */, + int /* y_off */, + XRectangle* /* rectangles */, + int /* n_rects */, + int /* op */, + int /* ordering */ +#endif +); + +extern void XShapeCombineMask ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* dest */, + int /* dest_kind */, + int /* x_off */, + int /* y_off */, + Pixmap /* src */, + int /* op */ +#endif +); + +extern void XShapeCombineShape ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* dest */, + int /* dest_kind */, + int /* x_off */, + int /* y_off */, + Window /* src */, + int /* src_kind */, + int /* op */ +#endif +); + +extern void XShapeOffsetShape ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* dest */, + int /* dest_kind */, + int /* x_off */, + int /* y_off */ +#endif +); + +extern Status XShapeQueryExtents ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* window */, + Bool* /* bounding_shaped */, + int* /* x_bounding */, + int* /* y_bounding */, + unsigned int* /* w_bounding */, + unsigned int* /* h_bounding */, + Bool* /* clip_shaped */, + int* /* x_clip */, + int* /* y_clip */, + unsigned int* /* w_clip */, + unsigned int* /* h_clip */ +#endif +); + +extern void XShapeSelectInput ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* window */, + unsigned long /* mask */ +#endif +); + +extern unsigned long XShapeInputSelected ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* window */ +#endif +); + +extern XRectangle *XShapeGetRectangles ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* window */, + int /* kind */, + int* /* count */, + int* /* ordering */ +#endif +); + +_XFUNCPROTOEND + +#endif /* _SHAPE_SERVER_ */ + +#endif /* _SHAPE_H_ */ diff --git a/xie/build/dec/shapestr.h b/xie/build/dec/shapestr.h new file mode 100644 index 0000000..9f3475b --- /dev/null +++ b/xie/build/dec/shapestr.h @@ -0,0 +1,255 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/************************************************************ +Copyright 1989 by The Massachusetts Institute of Technology + +Permission to use, copy, modify, and distribute this +software and its documentation for any purpose and without +fee is hereby granted, provided that the above copyright +no- tice appear in all copies and that both that copyright +no- tice and this permission notice appear in supporting +docu- mentation, and that the name of MIT not be used in +advertising or publicity pertaining to distribution of the +software without specific prior written permission. +M.I.T. makes no representation about the suitability of +this software for any purpose. It is provided "as is" +without any express or implied warranty. + +MIT DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, +INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FIT- +NESS FOR A PARTICULAR PURPOSE. IN NO EVENT SHALL SUN BE LI- +ABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR +PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR +OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH +THE USE OR PERFORMANCE OF THIS SOFTWARE. + +********************************************************/ + +/* $XConsortium: shapestr.h,v 1.9 90/06/07 10:08:36 rws Exp $ */ + +/* + * Protocol requests constants and alignment values + * These would really be in SHAPE's X.h and Xproto.h equivalents + */ + +#include "shape.h" +#include +/* for Window & Time defines */ +/* Added to match X11/Xproto.h */ +#define Window CARD32 +#define Time CARD32 + +#define SHAPENAME "SHAPE" + +#define SHAPE_MAJOR_VERSION 1 /* current version numbers */ +#define SHAPE_MINOR_VERSION 0 + +typedef struct _ShapeQueryVersion { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeQueryVersion */ + CARD16 length B16; +} xShapeQueryVersionReq; +#define sz_xShapeQueryVersionReq 4 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 unused; /* not used */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 majorVersion B16; /* major version of SHAPE protocol */ + CARD16 minorVersion B16; /* minor version of SHAPE protocol */ + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; +} xShapeQueryVersionReply; +#define sz_xShapeQueryVersionReply 32 + +typedef struct _ShapeRectangles { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeRectangles */ + CARD16 length B16; + CARD8 op; /* Set, ... */ + CARD8 destKind; /* ShapeBounding or ShapeClip */ + CARD8 ordering; /* UnSorted, YSorted, YXSorted, YXBanded */ + CARD8 pad0; /* not used */ + CARD32 dest B32; /* Window */ + INT16 xOff B16; + INT16 yOff B16; +} xShapeRectanglesReq; /* followed by xRects */ +#define sz_xShapeRectanglesReq 16 + +typedef struct _ShapeMask { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeMask */ + CARD16 length B16; + + CARD8 op; /* Set, ... */ + CARD8 destKind; /* ShapeBounding or ShapeClip */ + CARD16 junk B16; /* not used */ + + CARD32 dest B32; /* Window */ + INT16 xOff B16; + INT16 yOff B16; + CARD32 src B32; /* 1 bit pixmap */ +} xShapeMaskReq; +#define sz_xShapeMaskReq 20 + +typedef struct _ShapeCombine { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeCombine */ + CARD16 length B16; + CARD8 op; /* Set, ... */ + CARD8 destKind; /* ShapeBounding or ShapeClip */ + CARD8 srcKind; /* ShapeBounding or ShapeClip */ + CARD8 junk; /* not used */ + CARD32 dest B32; /* Window */ + INT16 xOff B16; + INT16 yOff B16; + CARD32 src B32; /* Window */ +} xShapeCombineReq; +#define sz_xShapeCombineReq 20 + +typedef struct _ShapeOffset { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeOffset */ + CARD16 length B16; + CARD8 destKind; /* ShapeBounding or ShapeClip */ + CARD8 junk1; /* not used */ + CARD16 junk2 B16; /* not used */ + CARD32 dest B32; /* Window */ + INT16 xOff B16; + INT16 yOff B16; +} xShapeOffsetReq; +#define sz_xShapeOffsetReq 16 + +typedef struct _ShapeQueryExtents { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeQueryExtents */ + CARD16 length B16; + CARD32 window B32; /* request destination id */ +} xShapeQueryExtentsReq; +#define sz_xShapeQueryExtentsReq 8 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 unused; /* not used */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + CARD8 boundingShaped; /* window has bounding shape */ + CARD8 clipShaped; /* window has clip shape */ + CARD16 unused1 B16; + INT16 xBoundingShape B16; /* extents of bounding shape */ + INT16 yBoundingShape B16; + CARD16 widthBoundingShape B16; + CARD16 heightBoundingShape B16; + INT16 xClipShape B16; /* extents of clip shape */ + INT16 yClipShape B16; + CARD16 widthClipShape B16; + CARD16 heightClipShape B16; + CARD32 pad1 B32; +} xShapeQueryExtentsReply; +#define sz_xShapeQueryExtentsReply 32 + +typedef struct _ShapeSelectInput { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeSelectInput */ + CARD16 length B16; + CARD32 window B32; /* request destination id */ + BYTE enable; /* xTrue -> send events */ + BYTE pad1; + CARD16 pad2 B16; +} xShapeSelectInputReq; +#define sz_xShapeSelectInputReq 12 + +typedef struct _ShapeNotify { + BYTE type; /* always eventBase + ShapeNotify */ + BYTE kind; /* either ShapeBounding or ShapeClip */ + CARD16 sequenceNumber B16; + Window window B32; + INT16 x B16; + INT16 y B16; /* extents of new shape */ + CARD16 width B16; + CARD16 height B16; + Time time B32; /* time of change */ + BYTE shaped; /* set when a shape actual exists */ + BYTE pad0; + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; +} xShapeNotifyEvent; +#define sz_xShapeNotifyEvent 32 + +typedef struct _ShapeInputSelected { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeInputSelected */ + CARD16 length B16; + CARD32 window B32; /* request destination id */ +} xShapeInputSelectedReq; +#define sz_xShapeInputSelectedReq 8 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 enabled; /* current status */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + CARD32 pad1 B32; /* unused */ + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xShapeInputSelectedReply; +#define sz_xShapeInputSelectedReply 32 + +typedef struct _ShapeGetRectangles { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeGetRectangles */ + CARD16 length B16; + CARD32 window B32; /* request destination id */ + CARD8 kind; /* ShapeBounding or ShapeClip */ + CARD8 junk1; + CARD16 junk2 B16; +} xShapeGetRectanglesReq; +#define sz_xShapeGetRectanglesReq 12 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 ordering; /* UnSorted, YSorted, YXSorted, YXBanded */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not zero */ + CARD32 nrects B32; /* number of rectangles */ + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; +} xShapeGetRectanglesReply; /* followed by xRectangles */ +#define sz_xShapeGetRectanglesReply 32 +#undef Window CARD32 +#undef Time CARD32 diff --git a/xie/build/dec/shmstr.h b/xie/build/dec/shmstr.h new file mode 100644 index 0000000..4c742ac --- /dev/null +++ b/xie/build/dec/shmstr.h @@ -0,0 +1,207 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/************************************************************ +Copyright 1989 by The Massachusetts Institute of Technology + +Permission to use, copy, modify, and distribute this +software and its documentation for any purpose and without +fee is hereby granted, provided that the above copyright +no- tice appear in all copies and that both that copyright +no- tice and this permission notice appear in supporting +docu- mentation, and that the name of MIT not be used in +advertising or publicity pertaining to distribution of the +software without specific prior written permission. +M.I.T. makes no representation about the suitability of +this software for any purpose. It is provided "as is" +without any express or implied warranty. + +********************************************************/ + +/* THIS IS NOT AN X CONSORTIUM STANDARD */ + +/* $XConsortium: shmstr.h,v 1.6 91/07/12 09:18:52 rws Exp $ */ + +#include "XShm.h" + +#include /* for Window & VisualId defines */ +/* Added to match X11/Xproto.h */ +#define Window CARD32 +#define Drawable CARD32 +#define VisualID CARD32 +#define GContext CARD32 +#define Pixmap CARD32 + +#define SHMNAME "MIT-SHM" + +#define SHM_MAJOR_VERSION 1 /* current version numbers */ +#define SHM_MINOR_VERSION 1 + +#ifdef _XSHM_SERVER_ +typedef struct _ShmFuncs { + PixmapPtr (* CreatePixmap)(); + void (* PutImage)(); +} ShmFuncs, *ShmFuncsPtr; +#endif + +typedef struct _ShmQueryVersion { + CARD8 reqType; /* always ShmReqCode */ + CARD8 shmReqType; /* always X_ShmQueryVersion */ + CARD16 length B16; +} xShmQueryVersionReq; +#define sz_xShmQueryVersionReq 4 + +typedef struct { + BYTE type; /* X_Reply */ + BOOL sharedPixmaps; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 majorVersion B16; /* major version of SHM protocol */ + CARD16 minorVersion B16; /* minor version of SHM protocol */ + CARD16 uid B16; + CARD16 gid B16; + CARD8 pixmapFormat; + CARD8 pad0; + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; +} xShmQueryVersionReply; +#define sz_xShmQueryVersionReply 32 + +typedef struct _ShmAttach { + CARD8 reqType; /* always ShmReqCode */ + CARD8 shmReqType; /* always X_ShmAttach */ + CARD16 length B16; + ShmSeg shmseg; + CARD32 shmid; + BOOL readOnly; + BYTE pad0; + CARD16 pad1; +} xShmAttachReq; +#define sz_xShmAttachReq 16 + +typedef struct _ShmDetach { + CARD8 reqType; /* always ShmReqCode */ + CARD8 shmReqType; /* always X_ShmDetach */ + CARD16 length B16; + ShmSeg shmseg; +} xShmDetachReq; +#define sz_xShmDetachReq 8 + +typedef struct _ShmPutImage { + CARD8 reqType; /* always ShmReqCode */ + CARD8 shmReqType; /* always X_ShmPutImage */ + CARD16 length B16; + Drawable drawable B32; + GContext gc B32; + CARD16 totalWidth B16; + CARD16 totalHeight B16; + CARD16 srcX B16; + CARD16 srcY B16; + CARD16 srcWidth B16; + CARD16 srcHeight B16; + INT16 dstX B16; + INT16 dstY B16; + CARD8 depth; + CARD8 format; + CARD8 sendEvent; + CARD8 bpad; + ShmSeg shmseg B32; + CARD32 offset B32; +} xShmPutImageReq; +#define sz_xShmPutImageReq 40 + +typedef struct _ShmGetImage { + CARD8 reqType; /* always ShmReqCode */ + CARD8 shmReqType; /* always X_ShmGetImage */ + CARD16 length B16; + Drawable drawable B32; + INT16 x B16; + INT16 y B16; + CARD16 width B16; + CARD16 height B16; + CARD32 planeMask B32; + CARD8 format; + CARD8 pad0; + CARD8 pad1; + CARD8 pad2; + ShmSeg shmseg B32; + CARD32 offset B32; +} xShmGetImageReq; +#define sz_xShmGetImageReq 32 + +typedef struct _ShmGetImageReply { + BYTE type; /* X_Reply */ + CARD8 depth; + CARD16 sequenceNumber B16; + CARD32 length B32; + VisualID visual B32; + CARD32 size B32; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; +} xShmGetImageReply; +#define sz_xShmGetImageReply 32 + +typedef struct _ShmCreatePixmap { + CARD8 reqType; /* always ShmReqCode */ + CARD8 shmReqType; /* always X_ShmCreatePixmap */ + CARD16 length B16; + Pixmap pid B32; + Drawable drawable B32; + CARD16 width B16; + CARD16 height B16; + CARD8 depth; + CARD8 pad0; + CARD8 pad1; + CARD8 pad2; + ShmSeg shmseg B32; + CARD32 offset B32; +} xShmCreatePixmapReq; +#define sz_xShmCreatePixmapReq 28 + +typedef struct _ShmCompletion { + BYTE type; /* always eventBase + ShmCompletion */ + BYTE bpad0; + CARD16 sequenceNumber B16; + Drawable drawable B32; + CARD16 minorEvent B16; + BYTE majorEvent; + BYTE bpad1; + ShmSeg shmseg B32; + CARD32 offset B32; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; +} xShmCompletionEvent; +#define sz_xShmCompletionEvent 32 + +#undef Window CARD32 +#undef Drawable CARD32 +#undef VisualID CARD32 +#undef GContext CARD32 +#undef Pixmap CARD32 diff --git a/xie/build/dec/smt.h b/xie/build/dec/smt.h new file mode 100644 index 0000000..5beb6e2 --- /dev/null +++ b/xie/build/dec/smt.h @@ -0,0 +1,106 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ +/* $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/smt.h,v 1.1.2.4 92/07/21 07:22:58 Jim_Ludwig Exp $ + * smt.h + * Shared Memory Transport definitions + */ + + +#ifndef _SMT_H_ +#define _SMT_H_ + +#if defined(SMT_DEBUG) +#define SMT_DIAG(s) s +#else +#define SMT_DIAG(s) +#endif /* SMT_DEBUG */ + +#define SMT_PROTOCOL_NAME "Shared-Memory Transport" + +/* + * Requests + */ +#define X_SmtQueryVersion 0 +#define X_SmtAttach 1 +#define X_SmtWakeupServer 2 + +/* + * event stuff + */ +#define XSmtWakeupNotifyMask 0x02000000 + +#define XSmtWakeupNotify 0 +#define XSmtNumberOfEvents (XSmtWakeupNotify + 1) + +#define XSmtBadSegment 0 +#define XSmtNumberOfErrors (XSmtBadSegment + 1) + +#define SMT_REQ (1 << 0) +#define SMT_REP (1 << 1) +#define SMT_NEED_WAKEUP (1 << 2) +#define SMT_NEWVER (1 << 3) + +#ifndef _SMT_SERVER_ +/* + * Extra definitions that will only be needed in the client + */ +typedef XID XSmt; + +extern Bool XSmtQueryVersion(); /* is extension on server? */ +extern Bool XSmtAttach(); /* attach shared memory transport */ +extern Bool XWakeupServer(); /* wakeup server */ + +typedef struct { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + int send_event; /* true if this came frome a SendEvent request */ + struct _XDisplay *display; /* Display the event was read from */ +} XSmtWakeupEvent; + +#endif /* _SMT_SERVER_ */ +#endif /* _SMT_H_ */ diff --git a/xie/build/dec/smtstr.h b/xie/build/dec/smtstr.h new file mode 100644 index 0000000..5a46db7 --- /dev/null +++ b/xie/build/dec/smtstr.h @@ -0,0 +1,194 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ +/* $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/smtstr.h,v 1.1.2.5 92/08/03 09:32:18 Dave_Hill Exp $ + * smtstr.h + * Shared Memory Transport definitions + */ + +#ifndef _SMTSTR_H_ +#define _SMTSTR_H_ + +#include +#include +#include + +/* + * Minor Version Description + * ------------- ----------- + * 0 Wakeup request increments serial number + * 1 not implemented + * 2 Wakeup request doesn't increment serial number + */ +#define SMT_MAJOR_VERSION 1 +#define SMT_MINOR_VERSION 2 + + +typedef struct _SmtProcInfo { + int whoami; + int status; + int pid; +} SmtProcInfo, *SmtProcInfoPtr; + +typedef struct _SmtPrivate { + SmtProcInfo server; + SmtProcInfo client; +} SmtPrivate, *SmtPrivatePtr; + +typedef struct _SmtQueryVersion { + CARD8 reqType; + CARD8 smtReqType; + CARD16 length B16; +} xSmtQueryVersionReq; +#define sz_xSmtQueryVersionReq 4 + +typedef struct { + BYTE type; /* X_Reply */ + BYTE bpad0; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 majorVersion B16; + CARD16 minorVersion B16; + CARD16 uid B16; + CARD16 gid B16; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; +} xSmtQueryVersionReply; +#define sz_xSmtQueryVersionReply 32; + +typedef struct _SmtAttach { + CARD8 reqType; + CARD8 smtReqType; + CARD16 length B16; + CARD16 flags; + CARD8 majorVersion; + CARD8 minorVersion; + Channel chan; +} xSmtAttachReq; +#define sz_xSmtAttachReq sizeof(xSmtAttachReq) + +typedef struct { + BYTE type; /* X_Reply */ + BYTE bpad0; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 status B32; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; +} xSmtAttachReply; +#define sz_xSmtAttachReply 32; + +typedef struct _SmtWakeupServer { + CARD8 reqType; + CARD8 smtReqType; + CARD16 length B16; + CARD32 flags; +} xSmtWakeupServerReq; +#define sz_xSmtWakeupServerReq 8 + +typedef struct _SmtWakeup { + BYTE type; /* eventBase + SmtWakeup */ + BYTE bpad0; + CARD16 sequenceNumber B16; + CARD32 flags; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; +} xSmtWakeupEvent; +#define sz_xSmtWakeupEvent 32 + +#ifdef _SMT_SERVER_ + +typedef struct { /* SMT_DEFER_FREE */ + int (*freep)(/* ptr,dat */); + unsigned char *Q; + unsigned long *ptr; + unsigned long dat; + unsigned int len; +} smtQEntry, *smtQEntryPtr; + +#define SMT_Q_DEPTH 11 /* SMT_DEFER_FREE */ + +typedef struct { /* SMT_DEFER_FREE */ + int last; /* next to be freed */ + int this; /* current request */ + int next; /* next to be written */ + smtQEntry e[SMT_Q_DEPTH]; +} smtQueue, *smtQueuePtr; + +typedef struct _smtControlBlock { + Channel chan; /* channel control block */ + SmtPrivatePtr pPriv; + int wakeRec; /* wakeup requests received */ + int wakeSent; /* wakeup events sent */ + int (*ReadRequestFromClient)(); + smtQueue q; /* queue of req's to free */ + short majorVersion, minorVersion; /* client versions */ +} smtControlBlock, *smtControlBlockPtr; + +#else /* client-side definitions */ + +typedef struct _smtDisplay { + Channel chan; + char *buffer; /* saved non-smt buffer starting address. */ + char *bufptr; /* saved non-smt buffer index pointer. */ + char *bufmax; /* saved non-smt buffer index pointer. */ + SmtPrivatePtr pPriv; /* pointer to server-client private area */ + short majorVersion, minorVersion; /* server versions */ +} smtDisplay, *smtDisplayPtr; + +#endif /* _SMT_SERVER_ */ + +#endif /* _SMTSTR_H_ */ diff --git a/xie/build/dec/xemacros.h b/xie/build/dec/xemacros.h new file mode 100644 index 0000000..445b57d --- /dev/null +++ b/xie/build/dec/xemacros.h @@ -0,0 +1,358 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* +************************************************************************** +** DIGITAL EQUIPMENT CORPORATION ** +** CONFIDENTIAL ** +** NOT FOR MODIFICATION OR REDISTRIBUTION IN ANY MANNER WHATSOEVER ** +************************************************************************** +*/ +#ifndef __XEMACROS__ +#define __XEMACROS__ "@(#)xemacros.h 1.9 - 90/09/18 " +/* RCSID = $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/xemacros.h,v 1.1.2.3 92/04/27 12:33:06 Leela_Obilichetti Exp $" */ +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990, 1991 by Digital Equipment Corp., Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + * DESCRIPTION: + * This include file is designed to provide the *visible* + * interface to XTrap data structures. Fields can be set + * using these macros by client programs unless otherwise + * specified; however, use of Trap Context convenience + * routines is strongly encouraged (XETrapContext.c) + */ +#include "bits.h" + +/* msleep macro to replace msleep() for portability reasons */ +#define msleep(m) usleep((m)*1000) + +/* Copying TC's assumes that the new TC must be created */ +#define XECopyTC(src,mask,dest) \ + (dest = XECreateTC(((src)->dpy), (mask), (&((src)->values)))) + +/* Expands to SET each element of the TCValues structure + * Returns the TCValues Mask so that the Set can be entered + * as an argument to the XEChangeTC() routine call + */ +/* Note: req_cb & evt_cb would only be used if you wanted to + * *share* callbacks between Trap Contexts. Normally, + * XEAddRequestCB() and XEAddEventCB() would be used. + */ +#define XETrapSetCfgReqCB(tcv,x) ((tcv)->req_cb = (x)) +#define XETrapSetCfgEvtCB(tcv,x) ((tcv)->evt_cb = (x)) +#define XETrapSetCfgMaxPktSize(tcv,x) ((tcv)->v.max_pkt_size = (x)) +#define XETrapSetCfgCmdKey(tcv,x) ((tcv)->v.cmd_key = (x)) +/* Note: e is only pertinent for "valid" or "data" */ +#define XETrapSetCfgFlags(tcv,e,a) \ + memcpy((tcv)->v.flags.e, (a), sizeof((tcv)->v.flags.e)) +#define XETrapSetCfgFlagTimestamp(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapTimestamp, (x)) +#define XETrapSetCfgFlagCmd(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapCmd, (x)) +#define XETrapSetCfgFlagCmdKeyMod(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapCmdKeyMod, (x)) +#define XETrapSetCfgFlagRequest(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapRequest, (x)) +#define XETrapSetCfgFlagEvent(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapEvent, (x)) +#define XETrapSetCfgFlagMaxPacket(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapMaxPacket, (x)) +#define XETrapSetCfgFlagStatistics(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapStatistics, (x)) +#define XETrapSetCfgFlagWinXY(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapWinXY, (x)) +#define XETrapSetCfgFlagCursor(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapCursor, (x)) +#define XETrapSetCfgFlagReq(tcv,request,x) \ + BitSet((tcv)->v.flags.req, (request), (x)) +#define XETrapSetCfgFlagXInput(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapXInput, (x)) +#define XETrapSetCfgFlagColorReplies(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapColorReplies, (x)) +#define XETrapSetCfgFlagGrabServer(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapGrabServer, (x)) +#define XETrapSetCfgFlagEvt(tcv,evt,x) \ + BitSet((tcv)->v.flags.event, (evt), (x)) + +#define XETrapSetValFlagDeltaTimes(tcv,x) \ + BitSet((tcv)->tc_flags, XETCDeltaTimes, (x)) + +/* Fields returned in the "GetAvailable" request */ +#define XETrapGetAvailPFIdent(avail) ((avail)->pf_ident) +#define XETrapGetAvailRelease(avail) ((avail)->xtrap_release) +#define XETrapGetAvailVersion(avail) ((avail)->xtrap_version) +#define XETrapGetAvailRevision(avail) ((avail)->xtrap_revision) +#define XETrapGetAvailMaxPktSize(avail) ((avail)->max_pkt_size) +#define XETrapGetAvailFlags(avail,a) \ + memcpy((a), (avail)->valid, sizeof((avail)->valid)) +#define XETrapGetAvailFlagTimestamp(avail) \ + (BitValue((avail)->valid, XETrapTimestamp)) +#define XETrapGetAvailFlagCmd(avail) \ + (BitValue((avail)->valid, XETrapCmd)) +#define XETrapGetAvailFlagCmdKeyMod(avail) \ + (BitValue((avail)->valid, XETrapCmdKeyMod)) +#define XETrapGetAvailFlagRequest(avail) \ + (BitValue((avail)->valid, XETrapRequest)) +#define XETrapGetAvailFlagEvent(avail) \ + (BitValue((avail)->valid, XETrapEvent)) +#define XETrapGetAvailFlagMaxPacket(avail) \ + (BitValue((avail)->valid, XETrapMaxPacket)) +#define XETrapGetAvailFlagStatistics(avail) \ + (BitValue((avail)->valid, XETrapStatistics)) +#define XETrapGetAvailFlagWinXY(avail) \ + (BitValue((avail)->valid, XETrapWinXY)) +#define XETrapGetAvailFlagCursor(avail) \ + (BitValue((avail)->valid, XETrapCursor)) +#define XETrapGetAvailFlagXInput(avail) \ + (BitValue((avail)->valid, XETrapXInput)) +#define XETrapGetAvailFlagVecEvt(avail) \ + (BitValue((avail)->valid, XETrapVectorEvents)) +#define XETrapGetAvailFlagColorReplies(avail) \ + (BitValue((avail)->valid, XETrapColorReplies)) +#define XETrapGetAvailFlagGrabServer(avail) \ + (BitValue((avail)->valid, XETrapGrabServer)) +#define XETrapGetAvailOpCode(avail) ((avail)->major_opcode) +/* Macro's for creating current request and trap context macros */ +#define XETrapGetCfgMaxPktSize(cfg) ((cfg)->max_pkt_size) +#define XETrapGetCfgCmdKey(cfg) ((cfg)->cmd_key) +#define XETrapGetCfgFlags(cfg,e,a) \ + memcpy((a), (cfg)->flags.e, sizeof((cfg)->flags.e)) +#define XETrapGetCfgFlagTimestamp(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapTimestamp)) +#define XETrapGetCfgFlagCmd(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapCmd)) +#define XETrapGetCfgFlagCmdKeyMod(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapCmdKeyMod)) +#define XETrapGetCfgFlagRequest(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapRequest)) +#define XETrapGetCfgFlagEvent(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapEvent)) +#define XETrapGetCfgFlagMaxPacket(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapMaxPacket)) +#define XETrapGetCfgFlagStatistics(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapStatistics)) +#define XETrapGetCfgFlagWinXY(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapWinXY)) +#define XETrapGetCfgFlagCursor(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapCursor)) +#define XETrapGetCfgFlagXInput(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapXInput)) +#define XETrapGetCfgFlagColorReplies(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapColorReplies)) +#define XETrapGetCfgFlagGrabServer(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapGrabServer)) +/* Request values are in "Xproto.h" of the flavor X_RequestType */ +#define XETrapGetCfgFlagReq(cfg,request) \ + (BitValue((cfg)->flags.req, (request))) +/* Event types are in "X.h" of the flavor EventType (e.g. KeyPress) */ +#define XETrapGetCfgFlagEvt(cfg,evt) \ + (BitValue((cfg)->flags.event, (evt))) + +/* Fields returned int the "GetCurrent" Request */ +#define XETrapGetCurX(avail) ((avail)->cur_x) +#define XETrapGetCurY(avail) ((avail)->cur_y) +#define XETrapGetCurSFlags(cur,a) \ + memcpy((a), (cur)->state_flags, sizeof((cur)->state_flags)) +#define XETrapGetCurMaxPktSize(cur) (XETrapGetCfgMaxPktSize(&((cur)->config))) +#define XETrapGetCurCmdKey(cur) (XETrapGetCfgCmdKey(&((cur)->config))) +/* Note: e is only pertinent for "valid" or "data" */ +#define XETrapGetCurCFlags(cur,e,a) (XETrapGetCfgFlags(&((cur)->config),e,a)) +#define XETrapGetCurFlagTimestamp(cur,e) \ + (XETrapGetCfgFlagTimestamp(&((cur)->config),e)) +#define XETrapGetCurFlagCmd(cur,e) (XETrapGetCfgFlagCmd(&((cur)->config),e)) +#define XETrapGetCurFlagCmdKeyMod(cur,e) \ + (XETrapGetCfgFlagCmdKeyMod(&((cur)->config),e)) +#define XETrapGetCurFlagRequest(cur,r) \ + (XETrapGetCfgFlagRequest(&((cur)->config),r)) +#define XETrapGetCurFlagEvent(cur,e) \ + (XETrapGetCfgFlagEvent(&((cur)->config),e)) +#define XETrapGetCurFlagMaxPacket(cur,e) \ + (XETrapGetCfgFlagMaxPacket(&((cur)->config),e)) +#define XETrapGetCurFlagStatistics(cur,e) \ + (XETrapGetCfgFlagStatistics(&((cur)->config),e)) +#define XETrapGetCurFlagWinXY(cur,e) \ + (XETrapGetCfgFlagWinXY(&((cur)->config),e)) +#define XETrapGetCurFlagCursor(cur,e) \ + (XETrapGetCfgFlagCursor(&((cur)->config),e)) +#define XETrapGetCurFlagXInput(cur,e) \ + (XETrapGetCfgFlagXInput(&((cur)->config),e)) +#define XETrapGetCurFlagColorReplies(cur,e) \ + (XETrapGetCfgFlagColorReplies(&((cur)->config),e)) +#define XETrapGetCurFlagGrabServer(cur,e) \ + (XETrapGetCfgFlagGrabServer(&((cur)->config),e)) +/* Request values are in "Xproto.h" of the flavor X_RequestType */ +#define XETrapGetCurFlagReq(cur,r) (XETrapGetCfgFlagReq(&((cur)->config),r)) +/* Event types are in "X.h" of the flavor EventType (e.g. KeyPress) */ +#define XETrapGetCurFlagEvt(cur,e) (XETrapGetCfgFlagEvt(&((cur)->config),e)) + +/* Fields returned int the "GetStatistics" Request */ +#define XETrapGetStatsReq(stat,e) ((stat)->requests[(e)]) +#define XETrapGetStatsEvt(stat,e) ((stat)->events[(e)]) + +/* Fields returned in the "GetVersion" request */ +#define XETrapGetVersRelease(vers) ((vers)->xtrap_release) +#define XETrapGetVersVersion(vers) ((vers)->xtrap_version) +#define XETrapGetVersRevision(vers) ((vers)->xtrap_revision) + +/* Fields returned in the "GetLastInpTime" request */ +#define XETrapGetLastInpTime(time_rep) ((time_rep)->last_time) + +/* Expands to GET each element of the TCValues structure */ +#define XETrapGetTCReqCB(tc) ((tc)->values.req_cb) +#define XETrapGetTCEvtCB(tc) ((tc)->values.evt_cb) +#define XETrapGetTCTime(tc) ((tc)->values.last_time) +/* TC specific flags */ +#define XETrapGetTCLFlags(tc,a) \ + memcpy((a), (tc)->values.tc_flags, sizeof((tc)->values.tc_flags)) +#define XETrapGetTCFlagDeltaTimes(tc) \ + (BitValue((tc)->values.tc_flags, XETCDeltaTimes)) +#define XETrapGetTCFlagTrapActive(tc) \ + (BitValue((tc)->values.tc_flags, XETCTrapActive)) +#define XETrapGetTCMaxPktSize(tc) (XETrapGetCfgMaxPktSize(&((tc)->values.v))) +#define XETrapGetTCCmdKey(tc) (XETrapGetCfgCmdKey(&((tc)->values.v))) +/* Note: e is only pertinent for "valid" or "data" */ +#define XETrapGetTCFlags(tc,e,a) (XETrapGetCfgFlags(&((tc)->values.v),e,a)) +#define XETrapGetTCFlagTimestamp(tc,e) \ + (XETrapGetCfgFlagTimestamp(&((tc)->values.v),e)) +#define XETrapGetTCFlagCmd(tc,e) \ + (XETrapGetCfgFlagCmd(&((tc)->values.v),e)) +#define XETrapGetTCFlagCmdKeyMod(tc,e) \ + (XETrapGetCfgFlagCmdKeyMod(&((tc)->values.v),e)) +#define XETrapGetTCFlagRequest(tc,r) \ + (XETrapGetCfgFlagRequest(&((tc)->values.v),r)) +#define XETrapGetTCFlagEvent(tc,e) \ + (XETrapGetCfgFlagEvent(&((tc)->values.v),e)) +#define XETrapGetTCFlagMaxPacket(tc,e) \ + (XETrapGetCfgFlagMaxPacket(&((tc)->values.v),e)) +#define XETrapGetTCFlagStatistics(tc,e) \ + (XETrapGetCfgFlagStatistics(&((tc)->values.v),e)) +#define XETrapGetTCFlagWinXY(tc,e) \ + (XETrapGetCfgFlagWinXY(&((tc)->values.v),e)) +#define XETrapGetTCFlagCursor(tc,e) \ + (XETrapGetCfgFlagCursor(&((tc)->values.v),e)) +#define XETrapGetTCFlagXInput(tc,e) \ + (XETrapGetCfgFlagXInput(&((tc)->values.v),e)) +#define XETrapGetTCFlagColorReplies(tc,e) \ + (XETrapGetCfgFlagColorReplies(&((tc)->values.v),e)) +#define XETrapGetTCFlagGrabServer(tc,e) \ + (XETrapGetCfgFlagGrabServer(&((tc)->values.v),e)) +/* Request values are in "Xproto.h" of the flavor X_RequestType */ +#define XETrapGetTCFlagReq(tc,r) \ + (XETrapGetCfgFlagReq(&((tc)->values.v),r)) +/* Event types are in "X.h" of the flavor EventType (e.g. KeyPress) */ +#define XETrapGetTCFlagEvt(tc,e) \ + (XETrapGetCfgFlagEvt(&((tc)->values.v),e)) +/* The following can/should *not* be set directly! */ +#define XETrapGetNext(tc) ((tc)->next) +#define XETrapGetDpy(tc) ((tc)->dpy) +#define XETrapGetEventBase(tc) ((tc)->eventBase) +#define XETrapGetErrorBase(tc) ((tc)->errorBase) +#define XETrapGetExtOpcode(tc) ((tc)->extOpcode) +#define XETrapGetXBuff(tc) ((tc)->xbuff) +#define XETrapGetXMaxSize(tc) ((tc)->xmax_size) +#define XETrapGetExt(tc) ((tc)->ext_data) +#define XETrapGetDirty(tc) ((tc)->dirty) +#define XETrapGetValues(tc) memcpy((x),(tc)->values,sizeof((tc)->values)) +#define XETrapGetEventFunc(tc) ((tc)->eventFunc) + +#define XETrapGetHeaderCount(phdr) ((phdr)->count) +#define XETrapGetHeaderTimestamp(phdr) ((phdr)->timestamp) +#define XETrapGetHeaderType(phdr) ((phdr)->type) +#define XETrapGetHeaderScreen(phdr) ((phdr)->screen) +#define XETrapGetHeaderWindowX(phdr) ((phdr)->win_x) +#define XETrapGetHeaderWindowY(phdr) ((phdr)->win_y) +#define XETrapGetHeaderClient(phdr) ((phdr)->client) + +#define XEGetRelease(tc) ((tc)->release) +#define XEGetVersion(tc) ((tc)->version) +#define XEGetRevision(tc) ((tc)->revision) + +/* Condition handling macros */ +#ifndef _InitExceptionHandling +#ifdef vms +#define _InitExceptionHandling(rtn) \ + VAXC$ESTABLISH(rtn) /* VMS exception handler */ +#else /* vms */ +#define _InitExceptionHandling(rtn) \ + (void)signal(SIGBUS, rtn); /* Bus error */ \ + (void)signal(SIGSEGV, rtn); /* Accvio/Segment error */ \ + (void)signal(SIGFPE, rtn); /* Floating point exception */ \ + (void)signal(SIGILL, rtn); /* Illegal instruction */ \ + (void)signal(SIGSYS, rtn); /* Param error in sys call */ \ + (void)signal(SIGHUP, rtn); \ + (void)signal(SIGPIPE, rtn); \ + (void)signal(SIGTERM, rtn) +#endif /* vms */ +#endif /* _InitExceptionHandling */ + +#ifndef _ClearExceptionHandling +#ifdef vms +#define _ClearExceptionHandling() \ + LIB$REVERT() +#else +#define _ClearExceptionHandling() \ + (void)signal(SIGBUS, SIG_DFL); /* Bus error */ \ + (void)signal(SIGSEGV, SIG_DFL); /* Accvio/Segment error */ \ + (void)signal(SIGFPE, SIG_DFL); /* Floating point exception */ \ + (void)signal(SIGILL, SIG_DFL); /* Illegal instruction */ \ + (void)signal(SIGSYS, SIG_DFL); /* Param error in sys call */ \ + (void)signal(SIGHUP, SIG_DFL); \ + (void)signal(SIGPIPE, SIG_DFL); \ + (void)signal(SIGTERM, SIG_DFL) +#endif /* vms */ +#endif /* _ClearExceptionHandling */ + +#endif /* __XEMACROS__ */ + diff --git a/xie/build/dec/xestream.h b/xie/build/dec/xestream.h new file mode 100644 index 0000000..ecc9361 --- /dev/null +++ b/xie/build/dec/xestream.h @@ -0,0 +1,201 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* +************************************************************************** +** DIGITAL EQUIPMENT CORPORATION ** +** CONFIDENTIAL ** +** NOT FOR MODIFICATION OR REDISTRIBUTION IN ANY MANNER WHATSOEVER ** +************************************************************************** +*/ +/* BuildSystemHeader added automatically */ +/* $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/xestream.h,v 1.1.2.2 92/02/06 16:53:05 Jim_Ludwig Exp $ */ +#ifndef __XESTREAM__ +#define __XESTREAM__ "@(#)xestream.h 1.11 - 90/11/07 " + +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990, 1991 by Digital Equipment Corp., Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + * DESCRIPTION: + * This header file describes the data structures and constants + * required to utilize the custom "stream" facility which presents + * a common interface to varying I/O transports. Currently only + * partially implemented for (server-side). + */ +#include +#if defined TCPCONN && !defined VMS +#include +#endif +#if defined DNETCONN && !defined VMS +#include +#endif + +typedef struct +{ + INT32 flink; + INT32 blink; +} +#ifdef VMS + _align(QUADWORD) +#endif + QUEUE_HDR; + +/* Stream I/O data abstraction: + * The following structures support a loose rendition of + * stream I/O abstraction for use in writing more portable + * applications between VMS and U*IX. It was intentionally + * decided NOT to attempt to implement streams per the + * published interface specification (beyond *our* scope). + * However, the *principle* is being observed in the hope + * that someday XTrap can take advantage of some future + * streams implementation. + */ +typedef struct _XESTREAM /* stream I/O object */ +{ + struct _XESTREAM *next; + CARD8 type; + Bool queue; + int_function accept; + int_function close; + int_function read; + int_function write; + void_function err_func; + CARD16 addr1_lgth; /* in bytes (counted string) */ + char *addr1; /* string of what's opened */ + CARD16 addr2_lgth; /* in bytes (counted string) */ + char *addr2; /* Maybe a return addr (DECnet) */ + union + { + struct _qio + { + INT16 read_chan; + INT16 write_chan; + CARD16 iosb[4L]; + CARD32 efn; + CARD32 read_mode; + CARD32 write_mode; + QUEUE_HDR *read_queue; /* must be quadword-aligned loc */ + QUEUE_HDR *free_queue; /* must be quadword-aligned loc */ + CARD32 byte_cnt; + CARD32 bufsiz; + CARD32 bufinc; + CARD32 errno; +#if defined TCPCONN || defined DNETCONN + CARD32 accept_efn; + INT16 port; + INT16 mbx_chan; + void *ncb; /* VMS-only Network Command Block Info */ + void *netcmd; /* VMS-only Network Command Mbx Logical */ +#endif + } Q; + struct _dsc + { + INT32 fd; + INT32 sd; /* socket descriptor for init connection */ +#if defined TCPCONN && !defined VMS + struct sockaddr_in insock; +#endif +#if defined DNETCONN && !defined VMS + struct sockaddr_dn dnsock; +#endif + } D; + } u; +} XESTREAM; + +/* Currently defined Stream Types */ +#define StreamInternet 1L +#define StreamDECnet 2L +#define StreamMbx 3L /* Only on VMS */ +#define StreamShMem 4L /* Not Currently Implemented */ +#define StreamFile 5L +#define StreamLAT 6L /* Not Currently Implemented */ + + +#define BUFSIZstream 1500L /* Stream BUFSIZ used w/queued stream type */ + /* Note: Can't be <110 bytes for DECnet */ +#define BUFstream 1L /* Initial increment of n buffers per */ + /* stream. Increases exponentially as more */ + /* are req'd */ +#ifdef vms +typedef struct _QREC +{ + CARD32 queue_entry[2L]; + CARD16 iosb[4L]; + XESTREAM *st; + CARD8 *data; +} +#ifdef VMS + _align(QUADWORD) +#endif + QREC; +typedef struct _QREC *QRECPtr; + +#define MbxSize 8192L +#define MbxBufs 2L + +#endif + +#if defined TCPCONN || defined DNETCONN +#define AcceptInterval 2 /* in seconds */ +#define AcceptLoops 15 /* max times around the loop */ +#endif + +#define XEStreamEFN 7L /* Arbitrary event flag in cluster 0 for VMS use */ + +#define SIOErr(st,err_str) ((void)(*(st)->err_func)(err_str)) +#define SIOSetErrFunc(st,rtn) ((st)->err_func = (void_function)rtn) +#define SIOGetErrFunc(st) ((st)->err_func) + +#endif /* __XESTREAM__ */ diff --git a/xie/build/dec/xkmeproto_include.h b/xie/build/dec/xkmeproto_include.h new file mode 100644 index 0000000..e9e30d3 --- /dev/null +++ b/xie/build/dec/xkmeproto_include.h @@ -0,0 +1,123 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/*********************************************************************** +Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts. +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +************************************************************************/ +/* +**++ +** FACILITY: +** +** common struct +** +** ABSTRACT: +** +** It contains protocol definition for the keyboard management extension. +** (KME). +** The KME extension name string and all relevant protocol definition for +** I18N keyboard mode-switching are defined here. +** +** ENVIRONMENT: +** +** Ultrix +** +** MODIFICATION HISTORY: +** +**-- +**/ +#ifndef XKMEPROTO_INCLUDE_H +#define XKMEPROTO_INCLUDE_H + +#define KMEXTENSIONNAME "Keyboard-Management-Extension" + +/* constant returned by XKME routines indicating that the target server + * version does not honor the request */ +#define KMEBADREQUEST 2 + +/* Opcodes to set and reset keyboard mode-switch */ +#define X_KMEDoKBModeSwitch 10 + +/* command mode constants for switching the keyboard mode */ +#define LockDownModeSwitch 1 +#define UnlockModeSwitch 2 + + +/* reply constants */ +#define KBModeSwitchSuccess 0 /* kb mode successfully switched */ +#define KBModeSwitchFailure 1 /* kb mode failed to switch */ +#define KBModeSwitchInvalidCmd 2 /* invalid kb mode-switch command */ +#define KBModeSwitchNoop 3 /* Keyboard is already in the request mode*/ + + +/* + * X_KMEDoKBModeSwitch request packet def + */ +typedef struct { + CARD8 reqType; + CARD8 minor_opcode; + CARD16 length B16; + CARD32 mode B32; /* LockDownModeSwitch or UnlockModeSwitch */ +} xKMEDoKBModeSwitchReq; + +/* + * X_KMEDoKBModeSwitch reply packet definition + */ +typedef struct { + BYTE type; + BYTE data1; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 status B32; /* 0 = SUCCESS, 1 = FAILURE */ + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; +}xKMEDoKBModeSwitchRep; + +#define sz_xKMEDoKBModeSwitchReq (sizeof(xKMEDoKBModeSwitchReq)) +#define sz_xKMEDoKBModeSwitchRep (sizeof(xKMEDoKBModeSwitchRep)) + +#endif /* XKMEPROTO_INCLUDE_H */ diff --git a/xie/build/dec/xtestext1.h b/xie/build/dec/xtestext1.h new file mode 100644 index 0000000..9f86011 --- /dev/null +++ b/xie/build/dec/xtestext1.h @@ -0,0 +1,327 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* + * xtestext1.h + * + * X11 Input Synthesis Extension include file + */ + +/* + +Copyright 1986, 1987, 1988 by Hewlett-Packard Corporation +Copyright 1986, 1987, 1988 by the Massachusetts Institute of Technology + +Permission to use, copy, modify, and distribute this +software and its documentation for any purpose and without +fee is hereby granted, provided that the above copyright +notice appear in all copies and that both that copyright +notice and this permission notice appear in supporting +documentation, and that the name of M.I.T. not be used in +advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +Hewlett-Packard and M.I.T. make no representations about the +suitability of this software for any purpose. It is provided +"as is" without express or implied warranty. + +This software is not subject to any license of the American +Telephone and Telegraph Company or of the Regents of the +University of California. + +*/ + +/* + * the typedefs for CARD8, CARD16, and CARD32 are defined in Xmd.h + */ + +/* + * used in the XTestPressButton and XTestPressKey functions + */ +#define XTestPRESS 1 << 0 +#define XTestRELEASE 1 << 1 +#define XTestSTROKE 1 << 2 + +/* + * When doing a key or button stroke, the number of milliseconds + * to delay between the press and the release of a key or button + * in the XTestPressButton and XTestPressKey functions. + */ + +#define XTestSTROKE_DELAY_TIME 10 + +/* + * used in the XTestGetInput function + */ +#define XTestEXCLUSIVE 1 << 0 +#define XTestPACKED_ACTIONS 1 << 1 +#define XTestPACKED_MOTION 1 << 2 + +/* + * used in the XTestFakeInput function + */ +#define XTestFAKE_ACK_NOT_NEEDED 0 +#define XTestFAKE_ACK_REQUEST 1 + +/* + * used in the XTest extension initialization routine + */ +#define XTestEXTENSION_NAME "XTestExtension1" +#define XTestEVENT_COUNT 2 + +/* + * XTest request type values + * + * used in the XTest extension protocol requests + */ +#define X_TestFakeInput 1 +#define X_TestGetInput 2 +#define X_TestStopInput 3 +#define X_TestReset 4 +#define X_TestQueryInputSize 5 + +/* + * This defines the maximum size of a list of input actions + * to be sent to the server. It should always be a multiple of + * 4 so that the entire xTestFakeInputReq structure size is a + * multiple of 4. + */ +#define XTestMAX_ACTION_LIST_SIZE 64 + +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 XTestReqType; /* always X_TestFakeInput */ + CARD16 length B16; /* 2 + XTestMAX_ACTION_LIST_SIZE/4 */ + CARD32 ack B32; + CARD8 action_list[XTestMAX_ACTION_LIST_SIZE]; +} xTestFakeInputReq; +#define sz_xTestFakeInputReq (XTestMAX_ACTION_LIST_SIZE + 8) + +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 XTestReqType; /* always X_TestGetInput */ + CARD16 length B16; /* 2 */ + CARD32 mode B32; +} xTestGetInputReq; +#define sz_xTestGetInputReq 8 + +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 XTestReqType; /* always X_TestStopInput */ + CARD16 length B32; /* 1 */ +} xTestStopInputReq; +#define sz_xTestStopInputReq 4 + +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 XTestReqType; /* always X_TestReset */ + CARD16 length B16; /* 1 */ +} xTestResetReq; +#define sz_xTestResetReq 4 + +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 XTestReqType; /* always X_TestQueryInputSize */ + CARD16 length B16; /* 1 */ +} xTestQueryInputSizeReq; +#define sz_xTestQueryInputSizeReq 4 + +/* + * This is the definition of the reply for the xTestQueryInputSize + * request. It should remain the same minimum size as other replies + * (32 bytes). + */ +typedef struct { + CARD8 type; /* always X_Reply */ + CARD8 pad1; + CARD16 sequenceNumber B16; + CARD32 length B32; /* always 0 */ + CARD32 size_return B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xTestQueryInputSizeReply; + +/* + * This is the definition for the input action wire event structure. + * This event is sent to the client when the server has one or + * more user input actions to report to the client. It must + * remain the same size as all other wire events (32 bytes). + */ +#define XTestACTIONS_SIZE 28 + +typedef struct { + CARD8 type; /* always XTestInputActionType */ + CARD8 pad00; + CARD16 sequenceNumber B16; + CARD8 actions[XTestACTIONS_SIZE]; +} xTestInputActionEvent; + +/* + * This is the definition for the xTestFakeAck wire event structure. + * This event is sent to the client when the server has completely + * processed its input action buffer, and is ready for more. + * It must remain the same size as all other wire events (32 bytes). + */ +typedef struct { + CARD8 type; /* always XTestFakeAckType */ + CARD8 pad00; + CARD16 sequenceNumber B16; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; + CARD32 pad06 B32; + CARD32 pad07 B32; + CARD32 pad08 B32; +} xTestFakeAckEvent; + +/* + * The server side of this extension does not (and should not) have + * definitions for Display and Window. The ifndef allows the server + * side of the extension to ignore the following typedefs. + */ +#ifndef XTestSERVER_SIDE +/* + * This is the definition for the input action host format event structure. + * This is the form that a client using this extension will see when + * it receives an input action event. + */ +typedef struct { + int type; /* always XTestInputActionType */ + Display *display; + Window window; + CARD8 actions[XTestACTIONS_SIZE]; +} XTestInputActionEvent; + +/* + * This is the definition for the xTestFakeAck host format event structure. + * This is the form that a client using this extension will see when + * it receives an XTestFakeAck event. + */ +typedef struct { + int type; /* always XTestFakeAckType */ + Display *display; + Window window; +} XTestFakeAckEvent; +#endif + +/* + * This is the definition for the format of the header byte + * in the input action structures. + */ +#define XTestACTION_TYPE_MASK 0x03 /* bits 0 and 1 */ +#define XTestKEY_STATE_MASK 0x04 /* bit 2 (key action) */ +#define XTestX_SIGN_BIT_MASK 0x04 /* bit 2 (motion action) */ +#define XTestY_SIGN_BIT_MASK 0x08 /* bit 3 (motion action) */ +#define XTestDEVICE_ID_MASK 0xf0 /* bits 4 through 7 */ + +#define XTestMAX_DEVICE_ID 0x0f +#define XTestPackDeviceID(x) (((x) & XTestMAX_DEVICE_ID) << 4) +#define XTestUnpackDeviceID(x) (((x) & XTestDEVICE_ID_MASK) >> 4) + +/* + * These are the possible action types. + */ +#define XTestDELAY_ACTION 0 +#define XTestKEY_ACTION 1 +#define XTestMOTION_ACTION 2 +#define XTestJUMP_ACTION 3 + +/* + * These are the definitions for key/button motion input actions. + */ +#define XTestKEY_UP 0x04 +#define XTestKEY_DOWN 0x00 + +typedef struct { + CARD8 header; /* which device, key up/down */ + CARD8 keycode; /* which key/button to move */ + CARD16 delay_time B16; /* how long to delay (in ms) */ +} XTestKeyInfo; + +/* + * This is the definition for pointer jump input actions. + */ +typedef struct { + CARD8 header; /* which pointer */ + CARD8 pad1; /* unused padding byte */ + CARD16 jumpx B16; /* x coord to jump to */ + CARD16 jumpy B16; /* y coord to jump to */ + CARD16 delay_time B16; /* how long to delay (in ms) */ +} XTestJumpInfo; + +/* + * These are the definitions for pointer relative motion input + * actions. + * + * The sign bits for the x and y relative motions are contained + * in the header byte. The x and y relative motions are packed + * into one byte to make things fit in 32 bits. If the relative + * motion range is larger than +/-15, use the pointer jump action. + */ +#define XTestMOTION_MAX 15 +#define XTestMOTION_MIN -15 + +#define XTestX_NEGATIVE 0x04 +#define XTestY_NEGATIVE 0x08 + +#define XTestX_MOTION_MASK 0x0f +#define XTestY_MOTION_MASK 0xf0 + +#define XTestPackXMotionValue(x) ((x) & XTestX_MOTION_MASK) +#define XTestPackYMotionValue(x) (((x) << 4) & XTestY_MOTION_MASK) + +#define XTestUnpackXMotionValue(x) ((x) & XTestX_MOTION_MASK) +#define XTestUnpackYMotionValue(x) (((x) & XTestY_MOTION_MASK) >> 4) + +typedef struct { + CARD8 header; /* which pointer */ + CARD8 motion_data; /* x,y relative motion */ + CARD16 delay_time B16; /* how long to delay (in ms) */ +} XTestMotionInfo; + +/* + * These are the definitions for a long delay input action. It is + * used when more than XTestSHORT_DELAY_TIME milliseconds of delay + * (approximately one minute) is needed. + * + * The device ID for a delay is always set to XTestDELAY_DEVICE_ID. + * This guarantees that a header byte with a value of 0 is not + * a valid header, so it can be used as a flag to indicate that + * there are no more input actions in an XTestInputAction event. + */ + +#define XTestSHORT_DELAY_TIME 0xffff +#define XTestDELAY_DEVICE_ID 0x0f + +typedef struct { + CARD8 header; /* always XTestDELAY_DEVICE_ID */ + CARD8 pad1; /* unused padding byte */ + CARD16 pad2 B16; /* unused padding word */ + CARD32 delay_time B32; /* how long to delay (in ms) */ +} XTestDelayInfo; diff --git a/xie/build/dec/xteststr.h b/xie/build/dec/xteststr.h new file mode 100644 index 0000000..9c04a0f --- /dev/null +++ b/xie/build/dec/xteststr.h @@ -0,0 +1,121 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $XConsortium: xteststr.h,v 1.5 92/04/20 13:14:15 rws Exp $ */ +/* + +Copyright 1992 by the Massachusetts Institute of Technology + +Permission to use, copy, modify, distribute, and sell this software and its +documentation for any purpose is hereby granted without fee, provided that +the above copyright notice appear in all copies and that both that +copyright notice and this permission notice appear in supporting +documentation, and that the name of M.I.T. not be used in advertising or +publicity pertaining to distribution of the software without specific, +written prior permission. M.I.T. makes no representations about the +suitability of this software for any purpose. It is provided "as is" +without express or implied warranty. + +*/ + +/* The following are needed for correctly-sized protocol requests */ + +#include +#define Window CARD32 +#define Time CARD32 +#define Cursor CARD32 + + +#define XTestCurrentCursor ((Cursor)1) + +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 xtReqType; /* always X_XTestGetVersion */ + CARD16 length B16; + CARD8 majorVersion; + CARD8 pad; + CARD16 minorVersion B16; +} xXTestGetVersionReq; +#define sz_xXTestGetVersionReq 8 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 majorVersion; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 minorVersion B16; + CARD16 pad0 B16; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; +} xXTestGetVersionReply; +#define sz_xXTestGetVersionReply 32 + +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 xtReqType; /* always X_XTestCompareCursor */ + CARD16 length B16; + Window window B32; + Cursor cursor B32; +} xXTestCompareCursorReq; +#define sz_xXTestCompareCursorReq 12 + +typedef struct { + BYTE type; /* X_Reply */ + BOOL same; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; +} xXTestCompareCursorReply; +#define sz_xXTestCompareCursorReply 32 + +/* used only on the client side */ +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 xtReqType; /* always X_XTestFakeInput */ + CARD16 length B16; + BYTE type; + BYTE detail; + CARD16 pad0 B16; + Time time B32; + Window root B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + INT16 rootX B16, rootY B16; + CARD32 pad3 B32; + CARD32 pad4 B32; +} xXTestFakeInputReq; +#define sz_xXTestFakeInputReq 36 + +#undef Window CARD32 +#undef Time CARD32 +#undef Cursor CARD32 diff --git a/xie/build/dec/xtrapddmi.h b/xie/build/dec/xtrapddmi.h new file mode 100644 index 0000000..6928ffd --- /dev/null +++ b/xie/build/dec/xtrapddmi.h @@ -0,0 +1,181 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* BuildSystemHeader added automatically */ +/* $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/xtrapddmi.h,v 1.1.2.3 92/04/27 12:36:37 Leela_Obilichetti Exp $ */ +#ifndef __XTRAPDDMI__ +#define __XTRAPDDMI__ + +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990, 1991 by Digital Equipment Corp., Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + * DESCRIPTION: + * This header file is used by the XTrap server extension only + * (not used by clients or the XTrap Toolkit). Information + * contained herein should *not* be visible to clients (xtrapdi.h + * is used for this). The name is historical. + */ +#include "X.h" +#include "bits.h" +#include "dix.h" + +#ifndef MIN +# define MIN(a,b) ((a) < (b) ? (a) : (b)) +#endif +#ifndef MAX +# define MAX(a,b) ((a) > (b) ? (a) : (b)) +#endif + +#define XETrapNumEvents 1L /* constants used for AddExtension */ + +/* Other constants used within the extension code */ +#define XETrapMinRepSize 32L /* Minimum number of longs */ + +/* This structure will be globally declared to provide storage to hold + * the various extension wide configuration information. Allocated on + * a per-client basis. + */ +typedef struct +{ + ClientPtr client; /* Multi-client support and error handling */ + xXTrapGetCurReply cur; /* Struct of Miscellaneous state info */ + xXTrapGetStatsReply *stats; /* Pointer to stat's, malloc'd if requested */ + CARD32 last_input_time B32; /* last timestamp from input event */ + CARD16 protocol B16; /* current communication protocol */ +} XETrapEnv; + +#define XETrapSetHeaderEvent(phdr) ((phdr)->type = 0x1L) +#define XETrapSetHeaderRequest(phdr) ((phdr)->type = 0x2L) +#define XETrapSetHeaderSpecial(phdr) ((phdr)->type = 0x3L) +#define XETrapSetHeaderCursor(phdr) ((phdr)->type = 0x4L) +#define XETrapSetHeaderReply(phdr) ((phdr)->type = 0x5L) + +#ifdef X11R3 +/* Swapping macros not visible in X11 Release 3 */ +#define LengthRestB(stuff) \ + (((unsigned long)stuff->length << 2) - sizeof(*stuff)) + +#define LengthRestS(stuff) \ + (((unsigned long)stuff->length << 1) - (sizeof(*stuff) >> 1)) + +#define LengthRestL(stuff) \ + ((unsigned long)stuff->length - (sizeof(*stuff) >> 2)) + +#define SwapRestS(stuff) \ + SwapShorts((short *)(stuff + 1), LengthRestS(stuff)) + +#define SwapRestL(stuff) \ + SwapLongs((long *)(stuff + 1), LengthRestL(stuff)) + +/* copy long from src to dst byteswapping on the way */ +#ifndef cpswapl +#define cpswapl(Src, Dest) \ + { \ + char *pSrc = (char *)&(Src); \ + char *pDest = (char *)&(Dest); \ + pDest[0] = pSrc[3]; \ + pDest[1] = pSrc[2]; \ + pDest[2] = pSrc[1]; \ + pDest[3] = pSrc[0]; \ + } +#endif +/* copy short from src to dst byteswapping on the way */ +#ifndef cpswaps +#define cpswaps(Src, Dest)\ + { \ + char *pSrc = ((char *)&(Src)); \ + char *pDest = ((char *)&(Dest)); \ + pDest[1] = pSrc[0]; \ + pDest[0] = pSrc[1]; \ + } +#endif +#endif /* X11R3 */ + +#ifndef vaxc +#define globaldef +#define globalref extern +#endif + +/* Extension platform identifier (conditionally defined) */ +#ifdef osf1 +# define XETrapPlatform PF_DECOSF1 +#endif +#ifdef ultrix +# define XETrapPlatform PF_DECUltrix +#endif +#ifdef vms +#ifdef VAXELN +# define XETrapPlatform PF_DECELN +#else +# define XETrapPlatform PF_DECVMS +#endif +#endif +#ifdef VT1000 +# define XETrapPlatform PF_DECVT1000 +#endif +#ifdef VXT +# define XETrapPlatform PF_DECXTerm +#endif +#ifdef PC +# define XETrapPlatform PF_IBMAT +#endif +#ifdef sun +# define XETrapPlatform PF_SunSparc +#endif +#ifndef XETrapPlatform +# define XETrapPlatform PF_Other +#endif /* XETrapPlatform */ + +#endif /* __XTRAPDDMI__ */ diff --git a/xie/build/dec/xtrapdi.h b/xie/build/dec/xtrapdi.h new file mode 100644 index 0000000..ccca215 --- /dev/null +++ b/xie/build/dec/xtrapdi.h @@ -0,0 +1,539 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* +************************************************************************** +** DIGITAL EQUIPMENT CORPORATION ** +** CONFIDENTIAL ** +** NOT FOR MODIFICATION OR REDISTRIBUTION IN ANY MANNER WHATSOEVER ** +************************************************************************** +*/ +#ifndef __XTRAPDI__ +#define __XTRAPDI__ + +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990, 1991, 1992 by Digital Equipment Corp., +Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + * DESCRIPTION: + * This header file defines the common structures/constants + * between the XTrap extension and clients. All protocol + * definitions between XTrap extension/clients can be found + * here. + */ + +#define NEED_REPLIES +#define NEED_EVENTS +#include +#include "X.h" +#include "Xmd.h" +#ifdef SMT +#define NEED_EVENTS +#define NEED_REPLIES +#endif +#include "Xproto.h" +#include "bits.h" +#define XTrapExtName "DEC-XTRAP" +/* Current Release, Version, and Revision of the XTrap Extension */ +#define XETrapRelease 3L +#define XETrapVersion 3L +#ifndef XETrapRevision /* Changed from the Makefile by users */ +# define XETrapRevision 0L +#endif /* XETrapRevision */ +#define XETrapProtocol 32L + +#ifndef B8 +# define B8 :8 +#endif +#ifndef SIZEOF +# ifdef __STDC__ +# define SIZEOF(x) sz_##x +# else +# define SIZEOF(x) sz_/**/x +# endif /* if ANSI C compiler else not */ +#endif +#ifndef sz_CARD32 +#define sz_CARD32 4L +#endif +#ifndef sz_CARD8 +#define sz_CARD8 1L +#endif +#ifndef True +# define True 1L +# define False 0L +#endif + +typedef int (*int_function)(); +typedef void (*void_function)(); + +/* This is used as flags to indicate desired request traps + * Note: This has been padded to a CARD32 to keep structure aligned + */ +#define XETrapMaxRequest (((SIZEOF(CARD32)+((256L-1L) / \ + (BitsInByte*SIZEOF(CARD8))))/SIZEOF(CARD32))*SIZEOF(CARD32)) +typedef CARD8 ReqFlags[XETrapMaxRequest]; + +/* This is used as flags to indicate desired event traps + * Until events become *fully vectored*, we'll have to fake it + * by defining an array of 5 events (KeyPress, KeyRelease, + * ButtonPress, ButtonRelease, and MotionNotify. The extra 2 + * are required as the event types start with "2" (errors and + * replies are 0 & 1). The event type is the index into the + * bits. + * Note: This has been padded to a longword to keep structure aligned + */ +#ifndef VECTORED_EVENTS +#define XETrapCoreEvents (2L+5L) +#else +#define XETrapCoreEvents 128L +#endif +#define XETrapMaxEvent (((SIZEOF(CARD32)+((XETrapCoreEvents-1L) / \ + (BitsInByte*SIZEOF(CARD8))))/SIZEOF(CARD32))*SIZEOF(CARD32)) +typedef CARD8 EventFlags[XETrapMaxEvent]; + +/* This structure is used in a request to specify the types of + * configuration information that should be changed or updated. + */ +typedef struct +{ + CARD8 valid[4L]; /* Bits TRUE indicates data field is used */ + CARD8 data[4L]; /* Bits looked at if corresponding valid bit set */ + ReqFlags req; /* Bits coorespond to core requests */ + EventFlags event; /* Bits correspond to core events */ +} XETrapFlags; + +/* Bit definitions for the above XETrapFlags structure. */ +#define XETrapTimestamp 0L /* hdr timestamps desired */ +#define XETrapCmd 1L /* command key specified */ +#define XETrapCmdKeyMod 2L /* cmd key is a modifier */ +#define XETrapRequest 3L /* output requests array */ +#define XETrapEvent 4L /* future output events array */ +#define XETrapMaxPacket 5L /* Maximum packet length set */ +#define XETrapTransOut 6L /* obsolete */ +#define XETrapStatistics 7L /* collect counts on requests */ +#define XETrapWinXY 8L /* Fill in Window (X,Y) in hdr */ +#define XETrapTransIn 9L /* obsolete */ +#define XETrapCursor 10L /* Trap cursor state changes */ +#define XETrapXInput 11L /* Use XInput extension */ +#define XETrapVectorEvents 12L /* Use Vectored Events (128) */ +#define XETrapColorReplies 13L /* Return replies with Color Req's */ +#define XETrapGrabServer 14L /* Disables client GrabServers */ + +typedef struct /* used by XEConfigRequest */ +{ + XETrapFlags flags; /* Flags to specify what should be chg'd */ + CARD16 max_pkt_size B16; /* Maximum number of bytes in a packet */ + CARD8 cmd_key B8; /* Keyboard command_key (KeyCode) */ +/* + * cmd_key is intentionally *not* defined KeyCode since it's definition is + * ambiguous (int in Intrinsic.h and unsigned char in X.h. + */ + CARD8 pad[1L]; /* pad out to a quadword */ +} XETrapCfg; + +/* These structures are used within the Xtrap request structure for + * the various types of xtrap request + */ +#ifndef _XINPUT +/* (see the definition of XEvent as a reference) */ +typedef struct /* used by XESimulateXEventRequest for synthesizing core evts */ +{ + CARD8 type B8; /* (must be first) as in XEvent */ + CARD8 detail B8; /* Detail keycode/button as in XEvent */ + CARD8 screen B8; /* screen number (0 to n) */ + CARD8 pad B8; /* pad to longword */ + INT16 x B16; /* X & Y coord as in XEvent */ + INT16 y B16; +} XETrapInputReq; +#endif + +/* These are constants that refer to the extension request vector table. + * A request will use these values as minor opcodes. + */ +#define XETrap_Reset 0L /* set to steady state */ +#define XETrap_GetAvailable 1L /* get available funct from ext */ +#define XETrap_Config 2L /* configure extension */ +#define XETrap_StartTrap 3L /* use Trapping */ +#define XETrap_StopTrap 4L /* stop using Trapping */ +#define XETrap_GetCurrent 5L /* get current info from ext */ +#define XETrap_GetStatistics 6L /* get count statistics from ext */ +#ifndef _XINPUT +#define XETrap_SimulateXEvent 7L /* async input simulation */ +#endif +#define XETrap_GetVersion 8L /* Get (Just) Version */ +#define XETrap_GetLastInpTime 9L /* Get Timestamp of last client input */ + +/* The following are formats of a request to the XTRAP + * extension. The data-less XTrap requests all use xXTrapReq + */ +typedef struct +{ + CARD8 reqType B8; + CARD8 minor_opcode B8; + CARD16 length B16; + CARD32 pad B32; /* Maintain quadword alignment */ +} xXTrapReq; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapReq (sizeof(xXTrapReq)) +/* For retrieving version/available info (passes lib-side protocol number) */ +typedef struct +{ + CARD8 reqType B8; + CARD8 minor_opcode B8; + CARD16 length B16; + CARD16 protocol B16; /* The xtrap extension protocol number */ + CARD16 pad B16; /* Maintain quadword alignment */ +} xXTrapGetReq; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapGetReq (sizeof(xXTrapGetReq)) + +typedef struct +{ + CARD8 reqType B8; + CARD8 minor_opcode B8; + CARD16 length B16; + /* + * The follwing is done so that structure padding wont be + * a problem. The request structure contains a shadow for + * the XETrapCfg structure. Since the XETrapCfg also has a + * substructure (XETrapFlags) this structure is also shadowed. + * + * The following are a shadow of the XETrapFlags + * structure. + */ + CARD8 config_flags_valid[4L]; + CARD8 config_flags_data[4L]; + ReqFlags config_flags_req; + EventFlags config_flags_event; + /* End Shadow (XETrapFlags)*/ + CARD16 config_max_pkt_size B16; /* Max number of bytes in a packet */ + CARD8 config_cmd_key B8; /* Keyboard command_key (KeyCode) */ +/* + * cmd_key is intentionally *not* defined KeyCode since it's definition is + * ambiguous (int in Intrinsic.h and unsigned char in X.h. + */ + CARD8 config_pad[1L]; /* pad out to a quadword */ + /* End Shadow (XETrapCfg) */ + CARD32 pad B32; /* Maintain quadword alignment */ +} xXTrapConfigReq; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapConfigReq (sizeof(xXTrapConfigReq)) + +#ifndef _XINPUT +typedef struct +{ + CARD8 reqType B8; + CARD8 minor_opcode B8; + CARD16 length B16; + CARD32 pad B32; /* Maintain quadword alignment */ + XETrapInputReq input; +} xXTrapInputReq; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapInputReq (sizeof(xXTrapInputReq)) +#endif + + +/* The following structures are used by the server extension to send + * information and replies to the client. + */ + +/* header for all X replies */ +typedef struct +{ + CARD8 type B8; + CARD8 detail B8; + CARD16 sequenceNumber B16; + CARD32 length B32; +} XETrapRepHdr; + +/* Structure of Get Available Functionality reply */ +typedef struct +{ + CARD32 pf_ident B32; /* Contains constant identifying the platform */ + CARD16 xtrap_release B16; /* The xtrap extension release number */ + CARD16 xtrap_version B16; /* The xtrap extension version number */ + CARD16 xtrap_revision B16; /* The xtrap extension revision number */ + CARD16 max_pkt_size B16; /* Maximum number of bytes in a packet */ + CARD8 valid[4]; /* What specific configuration flags are valid */ + CARD32 major_opcode B32; /* The major opcode identifying xtrap */ + CARD32 event_base B32; /* The event value we start at */ + CARD32 pad0 B32; /* obsolete field */ + CARD16 pad1 B16, pad2 B16, pad3 B16; /* obsolete field */ + CARD16 xtrap_protocol B16; /* The xtrap extension protocol number */ + INT16 cur_x B16; /* Current X & Y coord for relative motion */ + INT16 cur_y B16; +} XETrapGetAvailRep; + +typedef struct +{ + CARD16 xtrap_release B16; /* The xtrap extension release number */ + CARD16 xtrap_version B16; /* The xtrap extension version number */ + CARD16 xtrap_revision B16; /* The xtrap extension revision number */ + CARD16 xtrap_protocol B16; /* The xtrap extension protocol number */ +} XETrapGetVersRep; + +typedef struct +{ + CARD32 last_time B32; /* Timestamp of last input time */ +} XETrapGetLastInpTimeRep; + +/* Structure of Get Current Configuration Information reply */ +typedef struct +{ + CARD8 state_flags[2]; /* Miscelaneous flags, see below #define's */ + CARD16 pad0 B16; /* Assure quadword alignment */ + XETrapCfg config; /* Current Config information */ + CARD32 pad1 B32; +} XETrapGetCurRep; + +/* Mask definitions for the above flags. */ +#define XETrapTrapActive 0L /* If sending/receiving between client/ext */ + +/* Structure of Get Statistics Information reply */ +typedef struct +{ + CARD32 requests[256L]; /* Array containing request counts if trapped */ + CARD32 events[XETrapCoreEvents]; /* Array containing event stats */ +#ifndef VECTORED_EVENTS + CARD32 pad B32; /* Pad out to a quadword */ +#endif +} XETrapGetStatsRep; + +#define PF_Other 0L /* server not one of the below */ +#define PF_Apollo 10L /* server on Apollo system */ +#define PF_ATT 20L /* server on AT&T system */ +#define PF_Cray1 30L /* server on Cray 1 system */ +#define PF_Cray2 31L /* server on Cray 2 system */ +#define PF_DECUltrix 40L /* server on DEC ULTRIX system */ +#define PF_DECVMS 41L /* server on DEC VMS system */ +#define PF_DECVT1000 42L /* server on DEC-VT1000-terminal */ +#define PF_DECXTerm 43L /* server on DEC-X-terminal */ +#define PF_DECELN 44L /* server on DEC VAXELN X terminal */ +#define PF_DECOSF1 45L /* server on DEC's OSF/1 system */ +#define PF_HP9000s800 50L /* server on HP 9000/800 system */ +#define PF_HP9000s300 51L /* server on HP 9000/300 system */ +#define PF_IBMAT 60L /* server on IBM/AT system */ +#define PF_IBMRT 61L /* server on IBM/RT system */ +#define PF_IBMPS2 62L /* server on IBM/PS2 system */ +#define PF_IBMRS 63L /* server on IBM/RS system */ +#define PF_MacII 70L /* server on Mac II system */ +#define PF_Pegasus 80L /* server on Tektronix Pegasus system */ +#define PF_SGI 90L /* server on Silicon Graphcis system */ +#define PF_Sony 100L /* server on Sony system */ +#define PF_Sun3 110L /* server on Sun 3 system */ +#define PF_Sun386i 111L /* server on Sun 386i system */ +#define PF_SunSparc 112L /* server on Sun Sparc system */ + +/* reply sent back by XETrapGetAvailable request */ +typedef struct +{ + XETrapRepHdr hdr; + XETrapGetAvailRep data; +} xXTrapGetAvailReply; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapGetAvailReply sizeof(xXTrapGetAvailReply) + +/* reply sent back by XETrapGetVersion request */ +typedef struct +{ + XETrapRepHdr hdr; + XETrapGetVersRep data; + CARD32 pad0 B32; /* pad out to 32 bytes */ + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; +} xXTrapGetVersReply; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapGetVersReply sizeof(xXTrapGetVersReply) + +/* reply sent back by XETrapGetLastInpTime request */ +typedef struct +{ + XETrapRepHdr hdr; + /* + * The following is a shadow of the XETrapGetLastInpTimeRep + * structure. This is done to avoid structure padding. + */ + CARD32 data_last_time B32; /* Timestamp of last input time */ + CARD32 pad0 B32; /* pad out to 32 bytes */ + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; +} xXTrapGetLITimReply; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapGetLITimReply sizeof(xXTrapGetLITimReply) + +/* reply sent back by XETrapGetCurrent request */ +typedef struct +{ + XETrapRepHdr hdr; + /* + * The following is a shadow of the XETrapGetCurRep + * structure. This is done to avoid structure padding. + * Since the XETrapGetCurRep structure contains a sub-structure + * (XETrapCfg) there is a shadow for that as well.*/ + CARD8 data_state_flags[2]; /* Misc flags, see below #define's */ + CARD16 data_pad0 B16; /* Assure quadword alignment */ + /* XETrapCfg Shadow Starts */ + CARD8 data_config_flags_valid[4L]; + CARD8 data_config_flags_data[4L]; + ReqFlags data_config_flags_req; + EventFlags data_config_flags_event; + CARD16 data_config_max_pkt_size B16; /* Max num of bytes in a pkt */ + CARD8 data_config_cmd_key B8; /* Keyboard cmd_key (KeyCode) */ +/* + * cmd_key is intentionally *not* defined KeyCode since it's definition is + * ambiguous (int in Intrinsic.h and unsigned char in X.h. + */ + CARD8 data_config_pad[1L]; /* pad out to a quadword */ + /* End Shadow (XETrapCfg) */ + CARD32 pad1 B32; +} xXTrapGetCurReply; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapGetCurReply sizeof(xXTrapGetCurReply) + +/* reply sent back by XETrapGetStatistics request */ +/* Note: + * The following does *not* use the standard XETrapRepHdr, but instead + * one which is padded out to 32-bytes. This is because Cray's have a problem + * reading arrays of CARD32s without using the _Read32 macro (see XERqsts.c). + * This requires that none of the data be in the _Reply area. + */ +typedef struct +{ + CARD8 type B8; + CARD8 detail B8; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + XETrapGetStatsRep data; +} xXTrapGetStatsReply; +#define sz_xXTrapGetStatsReply 1088 + +typedef struct /* the XTrap Output header (for output from ext to client) */ +{ /* this must be quadword aligned for portability */ + CARD32 count B32; /* Length including this header */ + CARD32 timestamp B32; /* timestamp if desired */ + CARD8 type B8; /* event id, request id, special id */ + CARD8 screen B8; /* screen number (0 to n) */ + INT16 win_x B16; /* X coord of drawable, if any */ + INT16 win_y B16; /* X coord of drawable, if any */ + CARD16 client B16; /* to distinguish requests */ +} XETrapHeader; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_XETrapHeader sizeof(XETrapHeader) + +#define XETrapHeaderIsEvent(phdr) (XETrapGetHeaderType(phdr) == 0x1L) +#define XETrapHeaderIsRequest(phdr) (XETrapGetHeaderType(phdr) == 0x2L) +#define XETrapHeaderIsSpecial(phdr) (XETrapGetHeaderType(phdr) == 0x3L) +#define XETrapHeaderIsCursor(phdr) (XETrapGetHeaderType(phdr) == 0x4L) +#define XETrapHeaderIsReply(phdr) (XETrapGetHeaderType(phdr) == 0x5L) + +/* Define a structure used for reading/writing datum of type XTrap */ +typedef struct +{ + XETrapHeader hdr; + union + { + xEvent event; + xResourceReq req; + xGenericReply reply; + /* special? */ + } u; +} XETrapDatum; + +/* this doesn't get picked up for VMS server builds (different Xproto.h) */ +#ifndef sz_xEvent +#define sz_xEvent 32 +#endif +/* Minimum size of a packet from the server extension */ +#define XETrapMinPktSize (SIZEOF(XETrapHeader) + SIZEOF(xEvent)) + +/* Constants used with the XLIB transport */ +#define XETrapDataStart 0L /* Used in the detail field */ +#define XETrapDataContinued 1L /* Used in the detail field */ +#define XETrapDataLast 2L /* Used in the detail field */ +#define XETrapData 0L /* Used in the type field */ +#define XETrapNumberEvents 1L +/* This is the representation on the wire(see also XLib.h) */ +#define sz_EventData 24L /* 32 bytes - type, detail, seq, index */ +typedef struct { + CARD8 type B8; + CARD8 detail B8; + CARD16 sequenceNumber B16; + CARD32 idx B32; + CARD8 data[sz_EventData]; +} xETrapDataEvent; + +/* Error message indexes added to X for extension */ +#define BadIO 2L /* Can't read/write */ +#define BadStatistics 4L /* Stat's not avail. */ +#define BadDevices 5L /* Devices not vectored */ +#define BadScreen 7L /* Can't send event to given screen */ +#define BadSwapReq 8L /* Can't send swapped extension requests */ +#define XETrapNumErrors (BadSwapReq + 1) + + +#define XEKeyIsClear 0 +#define XEKeyIsEcho 1 +#define XEKeyIsOther 2 + +#endif /* __XTRAPDI__ */ diff --git a/xie/build/dec/xtraplib.h b/xie/build/dec/xtraplib.h new file mode 100644 index 0000000..2cc58aa --- /dev/null +++ b/xie/build/dec/xtraplib.h @@ -0,0 +1,158 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* +************************************************************************** +** DIGITAL EQUIPMENT CORPORATION ** +** CONFIDENTIAL ** +** NOT FOR MODIFICATION OR REDISTRIBUTION IN ANY MANNER WHATSOEVER ** +************************************************************************** +*/ +#ifndef __XTRAPLIB__ +#define __XTRAPLIB__ "@(#)xtraplib.h 1.15 - 90/09/18 " +/* RCSID = $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/xtraplib.h,v 1.1.2.4 92/06/12 09:33:20 Jim_Ludwig Exp $" */ + +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990, 1991 by Digital Equipment Corp., Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + * DESCRIPTION: + * This header file describes all the structures/constants required + * for interfacing with the client toolkit *except* the common + * client/extension definitions in xtrapdi.h. Namely, *no* extension- + * only information or client/extension information can be found here. + */ +#ifdef SMT +#define NEED_EVENTS +#define NEED_REPLIES +#endif +#include "Xlib.h" +#include "Intrinsic.h" +#include "xtrapdi.h" +#include "bits.h" +#include "xemacros.h" + +typedef struct /* Callback structure */ +{ + void_function func; + BYTE *data; +} XETrapCB; + +/* Data structure for setting trap context */ +typedef struct +{ + CARD8 tc_flags[2L]; /* Toolkit-side specific flags */ + XETrapCfg v; /* XTrap configuration values */ + XETrapCB *req_cb; /* Pointer to Request Callbacks */ + XETrapCB *evt_cb; /* Pointer to Event Callbacks (starting at 2) */ + CARD32 last_time B32; /* Last (delta) timestamp */ +} XETCValues; + + /* bits 0 thru 6 are formerly "families" (now obsolete) */ +#define XETCDeltaTimes 7 +#define XETCTrapActive 8 + /* bits 9 thru 15 are reserved for future expansion */ + +/* Values bit masks (used when determining what's dirty */ +#define TCStatistics (1L<<0L) +#define TCRequests (1L<<1L) +#define TCEvents (1L<<2L) +#define TCMaxPacket (1L<<3L) +#define TCCmdKey (1L<<4L) +#define TCTimeStamps (1L<<5L) +#define TCWinXY (1L<<6L) +#define TCXInput (1L<<7L) +#define TCReqCBs (1L<<8L) +#define TCEvtCBs (1L<<9L) +#define TCCursor (1L<<10L) +#define TCColorReplies (1L<<11L) +#define TCGrabServer (1L<<12L) + +/* Trap Context structure for maintaining XTrap State for client */ +typedef struct _XETC +{ + struct _XETC *next; /* Ptr to next linked-listed TC */ + Display *dpy; /* Display ptr of current TC */ + INT32 eventBase /*B32*/; /* First event value */ + INT32 errorBase /*B32*/; /* First error value */ + INT32 extOpcode /*B32*/; /* Major opcode of the extension */ + BYTE *xbuff; /* Pointer to buffer for XLib Communications */ + CARD16 xmax_size /*B16*/; /* Max Size of a request */ + XExtData *ext_data; /* hook for extension to hang data */ + /* + * The following are initialized with the client-side version number + * However, when either a GetAvailable or GetVersion reply is received, + * these values are updated with the *oldest* version numbers. + */ + CARD16 release /*B16*/; /* The extension release number */ + CARD16 version /*B16*/; /* The xtrap extension version number */ + CARD16 revision /*B16*/; /* The xtrap extension revision number */ + CARD16 protocol /*B16*/; /* The xtrap extension protocol number */ + unsigned dirty /*B32*/; /* cache dirty bits */ + XETCValues values; /* shadow structure of values */ + Boolean (*eventFunc[XETrapNumberEvents])(); +} XETC; + +/* This is the representation we use in the library code for XLib transport */ +typedef struct { + int type; + unsigned long serial; + Bool synthetic; + Display *display; + int detail; + unsigned long idx; + unsigned char data[sz_EventData]; +} XETrapDataEvent; + +#endif /* __XTRAPLIB__ */ diff --git a/xie/build/dec/xtraplibp.h b/xie/build/dec/xtraplibp.h new file mode 100644 index 0000000..d2e7b57 --- /dev/null +++ b/xie/build/dec/xtraplibp.h @@ -0,0 +1,192 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* +************************************************************************** +** DIGITAL EQUIPMENT CORPORATION ** +** CONFIDENTIAL ** +** NOT FOR MODIFICATION OR REDISTRIBUTION IN ANY MANNER WHATSOEVER ** +************************************************************************** +*/ +/* BuildSystemHeader added automatically */ +/* $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/xtraplibp.h,v 1.1.2.3 92/04/27 12:33:25 Leela_Obilichetti Exp $ */ + +#ifndef __XTRAPLIBP__ +#define __XTRAPLIBP__ + + +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990, 1991 by Digital Equipment Corp., Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + * DESCRIPTION: + * This header file contains the function prototypes for client/toolkit + * routines sorted by module (globally defined routines *only*). + */ +#if (__STDC__ || defined vaxc) +#define FUNCTION_PROTOS +#endif +#ifdef FUNCTION_PROTOS +# define P(s) s +#else +# define P(s) () +#endif + +/* XETrapContext.c */ +XETC *XECreateTC P((Display *dpy , CARD32 valuemask , XETCValues *value )); +int XEChangeTC P((XETC *tc , CARD32 mask , XETCValues *values )); +void XEFreeTC P((XETC *tc )); +int XETrapSetMaxPacket P((XETC *tc , Bool set_flag , CARD16 size )); +int XETrapSetCommandKey P((XETC *tc , Bool set_flag , KeySym cmd_key , + Bool mod_flag )); +int XETrapSetTimestamps P((XETC *tc , Bool set_flag , Bool delta_flag )); +int XETrapSetWinXY P((XETC *tc , Bool set_flag )); +int XETrapSetCursor P((XETC *tc , Bool set_flag )); +int XETrapSetXInput P((XETC *tc , Bool set_flag )); +int XETrapSetColorReplies P((XETC *tc , Bool set_flag )); +int XETrapSetGrabServer P((XETC *tc , Bool set_flag )); +int XETrapSetStatistics P((XETC *tc , Bool set_flag )); +int XETrapSetRequests P((XETC *tc , Bool set_flag , ReqFlags requests )); +int XETrapSetEvents P((XETC *tc , Bool set_flag , EventFlags events )); +Bool XESetCmdGateState P((XETC *tc , CARD8 type, Bool *gate_closed , + CARD8 *next_key , Bool *key_ignore )); + +/* XETrapRequests.c */ +int XEFlushConfig P((XETC *tc )); +int XEResetRequest P((XETC *tc )); +int XEGetVersionRequest P((XETC *tc , XETrapGetVersRep *ret )); +int XEGetLastInpTimeRequest P((XETC *tc , XETrapGetLastInpTimeRep *ret )); +int XEGetAvailableRequest P((XETC *tc , XETrapGetAvailRep *ret )); +int XEStartTrapRequest P((XETC *tc )); +int XEStopTrapRequest P((XETC *tc )); +int XESimulateXEventRequest P((XETC *tc , CARD8 type , CARD8 detail , + CARD16 x , CARD16 y , CARD8 screen )); +int XEGetCurrentRequest P((XETC *tc , XETrapGetCurRep *ret )); +int XEGetStatisticsRequest P((XETC *tc , XETrapGetStatsRep *ret )); + +/* XECallbacks.c */ +int XEAddRequestCB P((XETC *tc , CARD8 req , void_function func , BYTE *data )); +int XEAddRequestCBs P((XETC *tc , ReqFlags req_flags , void_function func , + BYTE *data )); +int XEAddEventCB P((XETC *tc , CARD8 evt , void_function func , BYTE *data )); +int XEAddEventCBs P((XETC *tc , EventFlags evt_flags , void_function func , + BYTE *data )); + +/* XETrapDispatch.c */ +void XETrapDispatchXLib P((XETrapDataEvent *event , XETC *tc)); + +/* XEWrappers.c */ +Boolean XETrapDispatchEvent P((XEvent *pevent , XETC *tc )); +XtInputMask XETrapAppPending P((XtAppContext app)); +void XETrapAppMainLoop P((XtAppContext app , XETC *tc )); +int XETrapAppWhileLoop P((XtAppContext app , XETC *tc , Bool *done )); +#ifdef X11R3 +Widget XtAppInitialize P((XtAppContext *app , String application_class , + XrmOptionDescRec *options , Cardinal num_options , Cardinal *argc_in_out , + String *argv_in_out , String *fallback_resources , + ArgList args_in , Cardinal num_args_in)); +#endif +int XETrapWaitForSomething P((XtAppContext app )); + +/* XEPrintInfo.c */ +void XEPrintRelease P((FILE *ofp , XETrapGetAvailRep *pavail )); +void XEPrintPlatform P((FILE *ofp , XETrapGetAvailRep *pavail )); +void XEPrintAvailFlags P((FILE *ofp , XETrapGetAvailRep *pavail )); +void XEPrintAvailPktSz P((FILE *ofp , XETrapGetAvailRep *pavail )); +void XEPrintStateFlags P((FILE *ofp , XETrapGetCurRep *pcur )); +void XEPrintMajOpcode P((FILE *ofp , XETrapGetAvailRep *pavail )); +void XEPrintCurXY P((FILE *ofp , XETrapGetAvailRep *pavail )); +void XEPrintTkFlags P((FILE *ofp , XETC *tc )); +void XEPrintLastTime P((FILE *ofp , XETC *tc )); +void XEPrintCfgFlags P((FILE *ofp , XETrapGetCurRep *pcur )); +void XEPrintRequests P((FILE *ofp , XETrapGetCurRep *pcur )); +void XEPrintEvents P((FILE *ofp , XETrapGetCurRep *pcur )); +void XEPrintCurPktSz P((FILE *ofp , XETrapGetCurRep *pcur )); +void XEPrintCmdKey P((FILE *ofp , XETrapGetCurRep *pcur )); +void XEPrintEvtStats P((FILE *ofp , XETrapGetStatsRep *pstats )); +void XEPrintReqStats P((FILE *ofp , XETrapGetStatsRep *pstats )); +void XEPrintAvail P((FILE *ofp , XETrapGetAvailRep *pavail )); +void XEPrintTkState P((FILE *ofp , XETC *tc )); +void XEPrintCurrent P((FILE *ofp , XETrapGetCurRep *pcur )); +void XEPrintStatistics P((FILE *ofp , XETrapGetStatsRep *pstats )); + +/* XEStringMapping.c */ +INT16 XEEventStringToID P((char *string )); +INT16 XERequestStringToID P((char *string )); +CARD32 XEPlatformStringToID P((char *string )); +char *XEEventIDToString P((CARD8 id )); +char *XERequestIDToExtString P((register CARD8 id )); +char *XERequestIDToString P((CARD8 id )); +char *XEPlatformIDToString P((CARD32 id )); + +/* getopt.c */ +int *XEgetopterr(); +int *XEgetoptind(); +int *XEgetoptopt(); +char **XEgetoptarg(); +int getopt P((int argc , char **argv , char *optstring )); + +/* sleep.c */ +void usleep P((unsigned long usecs )); + +/* XEKeybCtrl.c */ +int XEEnableCtrlKeys P((void (*rtn)() )); +int XEClearCtrlKeys P((void )); +int XEEnableCtrlC P((void (*rtn)() )); +int XEEnableCtrlY P((void (*rtn)() )); +int XEDeclExitHndlr P((void (*rtn)() )); + +#undef P + +#endif /* __XTRAPLIBP__ */ diff --git a/xie/build/dec/xtrapproto.h b/xie/build/dec/xtrapproto.h new file mode 100644 index 0000000..70b8bae --- /dev/null +++ b/xie/build/dec/xtrapproto.h @@ -0,0 +1,210 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* +************************************************************************** +** DIGITAL EQUIPMENT CORPORATION ** +** CONFIDENTIAL ** +** NOT FOR MODIFICATION OR REDISTRIBUTION IN ANY MANNER WHATSOEVER ** +************************************************************************** +*/ +#ifndef __XTRAPPROTO__ +#define __XTRAPPROTO__ +/* RCSID = $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/xtrapproto.h,v 1.1.2.3 92/04/27 12:33:34 Leela_Obilichetti Exp $" */ + +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990, 1991 by Digital Equipment Corp., Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + * DESCRIPTION: + * This header file contains the function prototypes for extension + * routines sorted by module (globally defined routines *only*). + */ +#if (__STDC__ || defined vaxc) +#define FUNCTION_PROTOS +#endif +#ifdef FUNCTION_PROTOS +# define P(s) s +#else +# define P(s) () +#endif +#ifndef Bool +# define Bool int +#endif +/* xtrapdi.c */ +void XETrapDestroyEnv P((pointer value , XID id )); +void XETrapCloseDown P((void )); +Bool XETrapRedirectDevices P((void )); +void DEC_XTRAPInit P((void )); +int XETrapCreateEnv P((ClientPtr client )); +int XETrapDispatch P((ClientPtr client )); +int sXETrapDispatch P((ClientPtr client )); +int XETrapReset P((xXTrapReq *request , ClientPtr client )); +int XETrapGetAvailable P((xXTrapGetReq *request , ClientPtr client )); +int XETrapGetCurrent P((xXTrapReq *request , ClientPtr client )); +int XETrapGetStatistics P((xXTrapReq *request , ClientPtr client )); +int XETrapConfig P((xXTrapConfigReq *request , ClientPtr client )); +int XETrapStartTrap P((xXTrapReq *request , ClientPtr client )); +int XETrapStopTrap P((xXTrapReq *request , ClientPtr client )); +int XETrapGetVersion P((xXTrapGetReq *request , ClientPtr client )); +int XETrapGetLastInpTime P((xXTrapReq *request , ClientPtr client )); +int XETrapRequestVector P((ClientPtr client )); +int XETrapKeyboard P((xEvent *x_event , DevicePtr keybd , int count )); +#ifndef VECTORED_EVENTS +int XETrapPointer P((xEvent *x_event , DevicePtr ptrdev , int count )); +#else +int XETrapEventVector P((ClientPtr client , xEvent *x_event )); +#endif +void XETrapStampAndMail P((xEvent *x_event )); +void sReplyXTrapDispatch P((ClientPtr client , int size , char *reply )); +int XETrapWriteXLib P((XETrapEnv *penv , BYTE *data , CARD32 nbytes )); + +/* xtrapddmi.c */ +void XETrapPlatformSetup P((void )); +int XETrapSimulateXEvent P((xXTrapInputReq *request , ClientPtr client )); + +/* /usr/users1/miller/golly/work/xtrap/xtrapdiswap.c */ +int sXETrapReset P((xXTrapReq *request , ClientPtr client )); +int sXETrapGetAvailable P((xXTrapGetReq *request , ClientPtr client )); +int sXETrapConfig P((xXTrapConfigReq *request , ClientPtr client )); +int sXETrapStartTrap P((xXTrapReq *request , ClientPtr client )); +int sXETrapStopTrap P((xXTrapReq *request , ClientPtr client )); +int sXETrapGetCurrent P((xXTrapReq *request , ClientPtr client )); +int sXETrapGetStatistics P((xXTrapReq *request , ClientPtr client )); +int sXETrapSimulateXEvent P((xXTrapInputReq *request , ClientPtr client )); +int sXETrapGetVersion P((xXTrapGetReq *request , ClientPtr client )); +int sXETrapGetLastInpTime P((xXTrapReq *request , ClientPtr client )); +void sReplyXETrapGetAvail P((ClientPtr client , int size , char *reply )); +void sReplyXETrapGetVers P((ClientPtr client , int size , char *reply )); +void sReplyXETrapGetLITim P((ClientPtr client , int size , char *reply )); +void sReplyXETrapGetCur P((ClientPtr client , int size , char *reply )); +void sReplyXETrapGetStats P((ClientPtr client , int size , char *reply )); +void sXETrapHeader P((XETrapHeader *hdr )); +void XETSwSimpleReq P((xReq *data )); +void XETSwResourceReq P((xResourceReq *data )); +void XETSwCreateWindow P((xCreateWindowReq *data )); +void XETSwChangeWindowAttributes P((xChangeWindowAttributesReq *data )); +void XETSwReparentWindow P((xReparentWindowReq *data )); +void XETSwConfigureWindow P((xConfigureWindowReq *data )); +void XETSwInternAtom P((xInternAtomReq *data )); +void XETSwChangeProperty P((xChangePropertyReq *data )); +void XETSwDeleteProperty P((xDeletePropertyReq *data )); +void XETSwGetProperty P((xGetPropertyReq *data )); +void XETSwSetSelectionOwner P((xSetSelectionOwnerReq *data )); +void XETSwConvertSelection P((xConvertSelectionReq *data )); +void XETSwSendEvent P((xSendEventReq *data )); +void XETSwGrabPointer P((xGrabPointerReq *data )); +void XETSwGrabButton P((xGrabButtonReq *data )); +void XETSwUngrabButton P((xUngrabButtonReq *data )); +void XETSwChangeActivePointerGrab P((xChangeActivePointerGrabReq *data )); +void XETSwGrabKeyboard P((xGrabKeyboardReq *data )); +void XETSwGrabKey P((xGrabKeyReq *data )); +void XETSwUngrabKey P((xUngrabKeyReq *data )); +void XETSwGetMotionEvents P((xGetMotionEventsReq *data )); +void XETSwTranslateCoords P((xTranslateCoordsReq *data )); +void XETSwWarpPointer P((xWarpPointerReq *data )); +void XETSwSetInputFocus P((xSetInputFocusReq *data )); +void XETSwOpenFont P((xOpenFontReq *data )); +void XETSwListFonts P((xListFontsReq *data )); +void XETSwListFontsWithInfo P((xListFontsWithInfoReq *data )); +void XETSwSetFontPath P((xSetFontPathReq *data )); +void XETSwCreatePixmap P((xCreatePixmapReq *data )); +void XETSwCreateGC P((xCreateGCReq *data )); +void XETSwChangeGC P((xChangeGCReq *data )); +void XETSwCopyGC P((xCopyGCReq *data )); +void XETSwSetDashes P((xSetDashesReq *data )); +void XETSwSetClipRectangles P((xSetClipRectanglesReq *data )); +void XETSwClearToBackground P((xClearAreaReq *data )); +void XETSwCopyArea P((xCopyAreaReq *data )); +void XETSwCopyPlane P((xCopyPlaneReq *data )); +void XETSwPoly P((xPolyPointReq *data )); +void XETSwFillPoly P((xFillPolyReq *data )); +void XETSwPutImage P((xPutImageReq *data )); +void XETSwGetImage P((xGetImageReq *data )); +void XETSwPolyText P((xPolyTextReq *data )); +void XETSwImageText P((xImageTextReq *data )); +void XETSwCreateColormap P((xCreateColormapReq *data )); +void XETSwCopyColormapAndFree P((xCopyColormapAndFreeReq *data )); +void XETSwAllocColor P((xAllocColorReq *data )); +void XETSwAllocNamedColor P((xAllocNamedColorReq *data )); +void XETSwAllocColorCells P((xAllocColorCellsReq *data )); +void XETSwAllocColorPlanes P((xAllocColorPlanesReq *data )); +void XETSwFreeColors P((xFreeColorsReq *data )); +void XETSwStoreColors P((xStoreColorsReq *data )); +void XETSwStoreNamedColor P((xStoreNamedColorReq *data )); +void XETSwQueryColors P((xQueryColorsReq *data )); +void XETSwLookupColor P((xLookupColorReq *data )); +void XETSwCreateCursor P((xCreateCursorReq *data )); +void XETSwCreateGlyphCursor P((xCreateGlyphCursorReq *data )); +void XETSwRecolorCursor P((xRecolorCursorReq *data )); +void XETSwQueryBestSize P((xQueryBestSizeReq *data )); +void XETSwQueryExtension P((xQueryExtensionReq *data )); +void XETSwChangeKeyboardMapping P((xChangeKeyboardMappingReq *data )); +void XETSwChangeKeyboardControl P((xChangeKeyboardControlReq *data )); +void XETSwChangePointerControl P((xChangePointerControlReq *data )); +void XETSwSetScreenSaver P((xSetScreenSaverReq *data )); +void XETSwChangeHosts P((xChangeHostsReq *data )); +void XETSwRotateProperties P((xRotatePropertiesReq *data )); +void XETSwNoOperation P((xReq *data )); +#ifdef vms +void SwapLongs P((long *list , unsigned long count )); +void SwapShorts P((short *list , unsigned long count )); +int SwapColorItem P((xColorItem *pItem )); +#endif /* vms */ +void NotImplemented P((void )); +int ProcBadRequest P((ClientPtr client )); + +#undef P + +#endif /* __XTRAPPROTO__ */ diff --git a/xie/build/elements.o b/xie/build/elements.o new file mode 100644 index 0000000..12ac743 Binary files /dev/null and b/xie/build/elements.o differ diff --git a/xie/build/errors.o b/xie/build/errors.o new file mode 100644 index 0000000..1dd25bf Binary files /dev/null and b/xie/build/errors.o differ diff --git a/xie/build/events.o b/xie/build/events.o new file mode 100644 index 0000000..71196cb Binary files /dev/null and b/xie/build/events.o differ diff --git a/xie/build/free.o b/xie/build/free.o new file mode 100644 index 0000000..6279bcd Binary files /dev/null and b/xie/build/free.o differ diff --git a/xie/build/ieee.o b/xie/build/ieee.o new file mode 100644 index 0000000..2e120ae Binary files /dev/null and b/xie/build/ieee.o differ diff --git a/xie/build/include/X11/extensions/XIE.h b/xie/build/include/X11/extensions/XIE.h new file mode 100644 index 0000000..f426db3 --- /dev/null +++ b/xie/build/include/X11/extensions/XIE.h @@ -0,0 +1,430 @@ +/* $XConsortium: XIE.h,v 1.5 94/04/17 20:11:11 mor Exp $ */ +/****************************************************************************** + + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. + +******************************************************************************/ + +#ifndef _XIE_H_ +#define _XIE_H_ + + +/* Extension Name and version number */ + +#define xieExtName "XIE" + +#define xieMajorVersion 5 +#define xieMinorVersion 0 +#define xieEarliestMinorVersion 0 +#define xieLatestMinorVersion 0 + + +/* ServiceClass */ + +#ifdef XIE_DIS +#define XIE_FULL 0 +#else +#define XIE_FULL 1 +#endif + +#define xieValFull 1 +#define xieValDIS 2 + + +/* Limits */ + +#define xieValMaxBands 3 + + +/* Alignment */ + +#define xieValAlignable 1 +#define xieValArbitrary 2 + + +/* ArithmeticOp */ + +#define xieValAdd 1 +#define xieValSub 2 +#define xieValSubRev 3 +#define xieValMul 4 +#define xieValDiv 5 +#define xieValDivRev 6 +#define xieValMin 7 +#define xieValMax 8 +#define xieValGamma 9 + + +/* ColorAllocTechnique */ + +#define xieValColorAllocDefault 0 +#define xieValColorAllocAll 2 +#define xieValColorAllocMatch 4 +#define xieValColorAllocRequantize 6 + + +/* Colorspace conversions */ + +#define xieValRGBToCIELab 2 +#define xieValRGBToCIEXYZ 4 +#define xieValRGBToYCbCr 6 +#define xieValRGBToYCC 8 + +#define xieValCIELabToRGB 2 +#define xieValCIEXYZToRGB 4 +#define xieValYCbCrToRGB 6 +#define xieValYCCToRGB 8 + + +/* CompareOp */ + +#define xieValLT 1 +#define xieValLE 2 +#define xieValEQ 3 +#define xieValNE 4 +#define xieValGT 5 +#define xieValGE 6 + + +/* ConstrainTechnique */ + +#define xieValConstrainClipScale 2 +#define xieValConstrainHardClip 4 + + +/* ConvolveTechnique */ + +#define xieValConvolveDefault 0 +#define xieValConvolveConstant 2 +#define xieValConvolveReplicate 4 + + +/* DataClass */ + +#define xieValSingleBand 1 +#define xieValTripleBand 2 + +/* DataType */ + +#define xieValConstrained 1 +#define xieValUnconstrained 2 + + +/* DecodeTechnique */ + +#define xieValDecodeUncompressedSingle 2 /* bitonal & grayscale */ +#define xieValDecodeUncompressedTriple 3 /* color */ +#define xieValDecodeG31D 4 /* FAX */ +#define xieValDecodeG32D 6 /* FAX */ +#define xieValDecodeG42D 8 /* FAX */ +#define xieValDecodeJPEGBaseline 10 /* grayscale & color */ +#define xieValDecodeJPEGLossless 12 /* grayscale & color */ +#define xieValDecodeTIFF2 14 /* TIFF modified G31D */ +#define xieValDecodeTIFFPackBits 16 /* TIFF APPLE FORMAT */ + + +/* DitherTechnique */ + +#define xieValDitherDefault 0 +#define xieValDitherErrorDiffusion 2 +#define xieValDitherOrdered 4 + + +/* EncodeTechnique */ + +#define xieValEncodeServerChoice 1 /* (to photomaps) */ +#define xieValEncodeUncompressedSingle 2 /* bitonal & grayscale */ +#define xieValEncodeUncompressedTriple 3 /* color */ +#define xieValEncodeG31D 4 /* FAX */ +#define xieValEncodeG32D 6 /* FAX */ +#define xieValEncodeG42D 8 /* FAX */ +#define xieValEncodeJPEGBaseline 10 /* grayscale & color */ +#define xieValEncodeJPEGLossless 12 /* grayscale & color */ +#define xieValEncodeTIFF2 14 /* TIFF modified G31D */ +#define xieValEncodeTIFFPackBits 16 /* TIFF APPLE FORMAT */ + +/* ServerChoice preference hints */ + +#define xieValPreferDefault 0 +#define xieValPreferSpace 1 +#define xieValPreferTime 2 + +/* JPEG-Lossless predictor */ + +#define xieValPredictorNone 0 +#define xieValPredictorA 1 +#define xieValPredictorB 2 +#define xieValPredictorC 3 +#define xieValPredictorABC 4 +#define xieValPredictorABC2 5 +#define xieValPredictorBAC2 6 +#define xieValPredictorAB2 7 + + +/* ExportNotify */ + +#define xieValDisable 1 +#define xieValFirstData 2 +#define xieValNewData 3 + + +/* ExportState */ + +#define xieValExportDone 1 +#define xieValExportMore 2 +#define xieValExportEmpty 3 +#define xieValExportError 4 + + +/* GamutTechnique */ + +#define xieValGamutDefault 0 +#define xieValGamutNone 1 +#define xieValGamutClipRGB 2 + + +/* GeometryTechnique */ + +#define xieValGeomDefault 0 +#define xieValGeomAntialias 2 +#define xieValGeomAntialiasByArea 4 +#define xieValGeomAntialiasByLPF 6 +#define xieValGeomBilinearInterp 8 +#define xieValGeomGaussian 10 +#define xieValGeomNearestNeighbor 12 + + +/* NearestNeighbor modify */ + +#define xieValFavorDown 1 +#define xieValFavorUp 2 +#define xieValRoundNW 3 +#define xieValRoundNE 4 +#define xieValRoundSE 5 +#define xieValRoundSW 6 + + +/* HistogramShape */ + +#define xieValHistogramFlat 2 +#define xieValHistogramGaussian 4 +#define xieValHistogramHyperbolic 6 + + +/* Interleave */ + +#define xieValBandByPixel 1 +#define xieValBandByPlane 2 + + +/* MathOp */ + +#define xieValExp 1 +#define xieValLn 2 +#define xieValLog2 3 +#define xieValLog10 4 +#define xieValSquare 5 +#define xieValSqrt 6 + + +/* Orientation */ + +#define xieValLSFirst 1 +#define xieValMSFirst 2 + + +/* PhotofloOutcome */ + +#define xieValFloSuccess 1 +#define xieValFloAbort 2 +#define xieValFloError 3 + + +/* PhotofloState */ + +#define xieValInactive 1 +#define xieValActive 2 +#define xieValNonexistent 3 + + +/* TechniqueGroup */ + +#define xieValDefault 0 +#define xieValAll 1 +#define xieValColorAlloc 2 +#define xieValConstrain 4 +#define xieValConvertFromRGB 6 +#define xieValConvertToRGB 8 +#define xieValConvolve 10 +#define xieValDecode 12 +#define xieValDither 14 +#define xieValEncode 16 +#define xieValGamut 18 +#define xieValGeometry 20 +#define xieValHistogram 22 +#define xieValWhiteAdjust 24 + +#define xieValMaxTechGroup 24 + + +/* WhiteAdjustTechnique */ + +#define xieValWhiteAdjustDefault 0 +#define xieValWhiteAdjustNone 1 +#define xieValWhiteAdjustCIELabShift 2 + + +/* Photoflo elements */ + +#define xieElemImportClientLUT 1 +#define xieElemImportClientPhoto 2 +#define xieElemImportClientROI 3 +#define xieElemImportDrawable 4 +#define xieElemImportDrawablePlane 5 +#define xieElemImportLUT 6 +#define xieElemImportPhotomap 7 +#define xieElemImportROI 8 +#define xieElemArithmetic 9 +#define xieElemBandCombine 10 +#define xieElemBandExtract 11 +#define xieElemBandSelect 12 +#define xieElemBlend 13 +#define xieElemCompare 14 +#define xieElemConstrain 15 +#define xieElemConvertFromIndex 16 +#define xieElemConvertFromRGB 17 +#define xieElemConvertToIndex 18 +#define xieElemConvertToRGB 19 +#define xieElemConvolve 20 +#define xieElemDither 21 +#define xieElemGeometry 22 +#define xieElemLogical 23 +#define xieElemMatchHistogram 24 +#define xieElemMath 25 +#define xieElemPasteUp 26 +#define xieElemPoint 27 +#define xieElemUnconstrain 28 +#define xieElemExportClientHistogram 29 +#define xieElemExportClientLUT 30 +#define xieElemExportClientPhoto 31 +#define xieElemExportClientROI 32 +#define xieElemExportDrawable 33 +#define xieElemExportDrawablePlane 34 +#define xieElemExportLUT 35 +#define xieElemExportPhotomap 36 +#define xieElemExportROI 37 + +#define xieMaxElem 37 + + +/* Event Codes */ + +#define xieEvnNoColorAlloc 0 +#define xieEvnNoDecodeNotify 1 +#define xieEvnNoExportAvailable 2 +#define xieEvnNoImportObscured 3 +#define xieEvnNoPhotofloDone 4 + +#define xieNumEvents 5 + + +/* Error Codes */ + +#define xieErrNoColorList 0 +#define xieErrNoLUT 1 +#define xieErrNoPhotoflo 2 +#define xieErrNoPhotomap 3 +#define xieErrNoPhotospace 4 +#define xieErrNoROI 5 +#define xieErrNoFlo 6 + +#define xieNumErrors 7 + + +/* Flo Error Codes */ + +#define xieErrNoFloAccess 1 +#define xieErrNoFloAlloc 2 +#define xieErrNoFloColormap 3 +#define xieErrNoFloColorList 4 +#define xieErrNoFloDomain 5 +#define xieErrNoFloDrawable 6 +#define xieErrNoFloElement 7 +#define xieErrNoFloGC 8 +#define xieErrNoFloID 9 +#define xieErrNoFloLength 10 +#define xieErrNoFloLUT 11 +#define xieErrNoFloMatch 12 +#define xieErrNoFloOperator 13 +#define xieErrNoFloPhotomap 14 +#define xieErrNoFloROI 15 +#define xieErrNoFloSource 16 +#define xieErrNoFloTechnique 17 +#define xieErrNoFloValue 18 +#define xieErrNoFloImplementation 19 + +#define xieNumFloErrors 19 + +#endif /* _XIE_H_ */ diff --git a/xie/build/include/X11/extensions/XIElib.h b/xie/build/include/X11/extensions/XIElib.h new file mode 100644 index 0000000..fff688b --- /dev/null +++ b/xie/build/include/X11/extensions/XIElib.h @@ -0,0 +1,1916 @@ +/* $XConsortium: XIElib.h,v 1.12 95/04/28 18:01:11 mor Exp $ */ + +/* + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#ifndef _XIELIB_H_ +#define _XIELIB_H_ + +#include +#include + +/*--------------------------------------------------------------------------* + * XIE types * + *--------------------------------------------------------------------------*/ + +typedef float XieFloat; + +typedef float XieConstant[3]; + +typedef float XieMatrix[9]; + +typedef unsigned XieAlignment; + +typedef unsigned XieArithmeticOp; + +typedef unsigned XieColorAllocTechnique; + +typedef XID XieColorList; + +typedef unsigned XieColorspace; + +typedef unsigned XieCompareOp; + +typedef unsigned XieConstrainTechnique; + +typedef unsigned XieConvolveTechnique; + +typedef unsigned XieDataClass; + +typedef unsigned XieDataType; + +typedef unsigned XieDecodeTechnique; + +typedef unsigned XieDitherTechnique; + +typedef unsigned XieEncodeTechnique; + +typedef XID XiePhotospace; + +typedef XID XiePhotoflo; + +typedef unsigned XieExportNotify; + +typedef unsigned XieExportState; + +typedef unsigned XieGamutTechnique; + +typedef unsigned XieGeometryTechnique; + +typedef struct { + unsigned long value; + unsigned long count; +} XieHistogramData; + +typedef unsigned XieHistogramShape; + +typedef unsigned XieInterleave; + +typedef unsigned long XieLevels[3]; + +typedef XID XieLut; + +typedef unsigned XieMathOp; + +typedef unsigned XieOrientation; + +typedef unsigned XiePhotofloOutcome; + +typedef unsigned XiePhotofloState; + +typedef XID XiePhotomap; + +typedef unsigned XiePhototag; + +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { /* this is bcopyable on 32 bit machines */ + long x; /* when using PutClientData */ + long y; + unsigned long width; + unsigned long height; +} XieRectangle; + +typedef XID XieRoi; + +typedef unsigned XieServiceClass; + +typedef unsigned XieTechniqueGroup; + +typedef struct { + Bool needs_param; + XieTechniqueGroup group; + unsigned int number; + unsigned int speed; + char *name; +} XieTechnique; + +typedef struct { + XiePhototag src; + int dst_x; + int dst_y; +} XieTile; + +typedef unsigned long XieLTriplet[3]; + +typedef unsigned XieWhiteAdjustTechnique; + +#if NeedFunctionPrototypes +typedef void *XiePointer; +#else +typedef char *XiePointer; +#endif + + +/*--------------------------------------------------------------------------* + * Extension information * + *--------------------------------------------------------------------------*/ + +typedef struct { + unsigned server_major_rev; + unsigned server_minor_rev; + XieServiceClass service_class; + XieAlignment alignment; + int uncnst_mantissa; + int uncnst_min_exp; + int uncnst_max_exp; + int n_cnst_levels; /* number of constrained levels */ + unsigned long *cnst_levels; /* recommended constrained levels */ + int major_opcode; + int first_event; + int first_error; +} XieExtensionInfo; + + +/*--------------------------------------------------------------------------* + * Photoflo element union * + *--------------------------------------------------------------------------*/ + +typedef struct { + + int elemType; + + union { + + /* + * Import Elements + */ + + struct { + XieDataClass data_class; + XieOrientation band_order; + XieLTriplet length; + XieLevels levels; + } ImportClientLUT; + + struct { + XieDataClass data_class; + XieLTriplet width; + XieLTriplet height; + XieLevels levels; + Bool notify; + XieDecodeTechnique decode_tech; + XiePointer decode_param; + } ImportClientPhoto; + + struct { + unsigned int rectangles; + } ImportClientROI; + + struct { + Drawable drawable; + int src_x; + int src_y; + unsigned int width; + unsigned int height; + unsigned long fill; + Bool notify; + } ImportDrawable; + + struct { + Drawable drawable; + int src_x; + int src_y; + unsigned int width; + unsigned int height; + unsigned long fill; + unsigned long bit_plane; + Bool notify; + } ImportDrawablePlane; + + struct { + XieLut lut; + } ImportLUT; + + struct { + XiePhotomap photomap; + Bool notify; + } ImportPhotomap; + + struct { + XieRoi roi; + } ImportROI; + + + /* + * Process Elements + */ + + struct { + XiePhototag src1; + XiePhototag src2; + XieProcessDomain domain; + XieConstant constant; + XieArithmeticOp operator; + unsigned int band_mask; + } Arithmetic; + + struct { + XiePhototag src1; + XiePhototag src2; + XiePhototag src3; + } BandCombine; + + struct { + XiePhototag src; + unsigned int levels; + float bias; + XieConstant coefficients; + } BandExtract; + + struct { + XiePhototag src; + unsigned int band_number; + } BandSelect; + + struct { + XiePhototag src1; + XiePhototag src2; + XieConstant src_constant; + XiePhototag alpha; + float alpha_constant; + XieProcessDomain domain; + unsigned int band_mask; + } Blend; + + struct { + XiePhototag src1; + XiePhototag src2; + XieProcessDomain domain; + XieConstant constant; + XieCompareOp operator; + Bool combine; + unsigned int band_mask; + } Compare; + + struct { + XiePhototag src; + XieLevels levels; + XieConstrainTechnique constrain_tech; + XiePointer constrain_param; + } Constrain; + + struct { + XiePhototag src; + Colormap colormap; + XieDataClass data_class; + unsigned int precision; + } ConvertFromIndex; + + struct { + XiePhototag src; + XieColorspace color_space; + XiePointer color_param; + } ConvertFromRGB; + + struct { + XiePhototag src; + Colormap colormap; + XieColorList color_list; + Bool notify; + XieColorAllocTechnique color_alloc_tech; + XiePointer color_alloc_param; + } ConvertToIndex; + + struct { + XiePhototag src; + XieColorspace color_space; + XiePointer color_param; + } ConvertToRGB; + + struct { + XiePhototag src; + XieProcessDomain domain; + float *kernel; + int kernel_size; + unsigned int band_mask; + XieConvolveTechnique convolve_tech; + XiePointer convolve_param; + } Convolve; + + struct { + XiePhototag src; + XieLevels levels; + unsigned int band_mask; + XieDitherTechnique dither_tech; + XiePointer dither_param; + } Dither; + + struct { + XiePhototag src; + unsigned int width; + unsigned int height; + float coefficients[6]; + XieConstant constant; + unsigned int band_mask; + XieGeometryTechnique sample_tech; + XiePointer sample_param; + } Geometry; + + struct { + XiePhototag src1; + XiePhototag src2; + XieProcessDomain domain; + XieConstant constant; + int operator; + unsigned int band_mask; + } Logical; + + struct { + XiePhototag src; + XieProcessDomain domain; + XieHistogramShape shape; + XiePointer shape_param; + } MatchHistogram; + + struct { + XiePhototag src; + XieProcessDomain domain; + XieMathOp operator; + unsigned int band_mask; + } Math; + + struct { + unsigned int width; + unsigned int height; + XieConstant constant; + XieTile *tiles; + unsigned int tile_count; + } PasteUp; + + struct { + XiePhototag src; + XieProcessDomain domain; + XiePhototag lut; + unsigned int band_mask; + } Point; + + struct { + XiePhototag src; + } Unconstrain; + + /* + * Export Elements + */ + + struct { + XiePhototag src; + XieProcessDomain domain; + XieExportNotify notify; + } ExportClientHistogram; + + struct { + XiePhototag src; + XieOrientation band_order; + XieExportNotify notify; + XieLTriplet start; + XieLTriplet length; + } ExportClientLUT; + + struct { + XiePhototag src; + XieExportNotify notify; + XieEncodeTechnique encode_tech; + XiePointer encode_param; + } ExportClientPhoto; + + struct { + XiePhototag src; + XieExportNotify notify; + } ExportClientROI; + + struct { + XiePhototag src; + Drawable drawable; + GC gc; + int dst_x; + int dst_y; + } ExportDrawable; + + struct { + XiePhototag src; + Drawable drawable; + GC gc; + int dst_x; + int dst_y; + } ExportDrawablePlane; + + struct { + XiePhototag src; + XieLut lut; + Bool merge; + XieLTriplet start; + } ExportLUT; + + struct { + XiePhototag src; + XiePhotomap photomap; + XieEncodeTechnique encode_tech; + XiePointer encode_param; + } ExportPhotomap; + + struct { + XiePhototag src; + XieRoi roi; + } ExportROI; + + } data; +} XiePhotoElement; + +typedef XiePhotoElement *XiePhotofloGraph; + + +/*--------------------------------------------------------------------------* + * Technique Parameters * + *--------------------------------------------------------------------------*/ + +/* Color Alloc */ + +typedef struct { + unsigned long fill; +} XieColorAllocAllParam; + +typedef struct { + float match_limit; + float gray_limit; +} XieColorAllocMatchParam; + +typedef struct { + unsigned long max_cells; +} XieColorAllocRequantizeParam; + + +/* Colorspace - conversion from RGB */ + +typedef struct { + XieMatrix matrix; + XieWhiteAdjustTechnique white_adjust_tech; + XiePointer white_adjust_param; +} XieRGBToCIELabParam, XieRGBToCIEXYZParam; + +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + XieConstant bias; +} XieRGBToYCbCrParam; + +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + float scale; +} XieRGBToYCCParam; + + +/* Colorspace - conversion to RGB */ + +typedef struct { + XieMatrix matrix; + XieWhiteAdjustTechnique white_adjust_tech; + XiePointer white_adjust_param; + XieGamutTechnique gamut_tech; + XiePointer gamut_param; +} XieCIELabToRGBParam, XieCIEXYZToRGBParam; + +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + XieConstant bias; + XieGamutTechnique gamut_tech; + XiePointer gamut_param; +} XieYCbCrToRGBParam; + +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + float scale; + XieGamutTechnique gamut_tech; + XiePointer gamut_param; +} XieYCCToRGBParam; + +/* Constrain */ + +typedef struct { + XieConstant input_low,input_high; + XieLTriplet output_low,output_high; +} XieClipScaleParam; + + +/* Convolve */ + +typedef struct { + XieConstant constant; +} XieConvolveConstantParam; + + +/* Decode */ + +typedef struct { + XieOrientation fill_order; + XieOrientation pixel_order; + unsigned int pixel_stride; + unsigned int left_pad; + unsigned int scanline_pad; +} XieDecodeUncompressedSingleParam; + +typedef struct { + unsigned char left_pad[3]; + XieOrientation fill_order; + unsigned char pixel_stride[3]; + XieOrientation pixel_order; + unsigned char scanline_pad[3]; + XieOrientation band_order; + XieInterleave interleave; +} XieDecodeUncompressedTripleParam; + +typedef struct { + XieOrientation encoded_order; + Bool normal; + Bool radiometric; +} XieDecodeG31DParam, XieDecodeG32DParam, XieDecodeG42DParam, + XieDecodeTIFF2Param; + +typedef struct { + XieOrientation encoded_order; + Bool normal; +} XieDecodeTIFFPackBitsParam; + +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + Bool up_sample; +} XieDecodeJPEGBaselineParam; + +typedef struct { + XieInterleave interleave; + XieOrientation band_order; +} XieDecodeJPEGLosslessParam; + + +/* Dither */ + +typedef struct { + unsigned int threshold_order; +} XieDitherOrderedParam; + + +/* Encode */ + +typedef struct { + XieOrientation fill_order; + XieOrientation pixel_order; + unsigned int pixel_stride; + unsigned int scanline_pad; +} XieEncodeUncompressedSingleParam; + +typedef struct { + unsigned char pixel_stride[3]; + XieOrientation pixel_order; + unsigned char scanline_pad[3]; + XieOrientation fill_order; + XieOrientation band_order; + XieInterleave interleave; +} XieEncodeUncompressedTripleParam; + +typedef struct { + Bool align_eol; + Bool radiometric; + XieOrientation encoded_order; +} XieEncodeG31DParam; + +typedef struct { + Bool uncompressed; + Bool align_eol; + Bool radiometric; + XieOrientation encoded_order; + unsigned long k_factor; +} XieEncodeG32DParam; + +typedef struct { + Bool uncompressed; + Bool radiometric; + XieOrientation encoded_order; +} XieEncodeG42DParam; + +typedef struct { + unsigned int preference; +} XieEncodeServerChoiceParam; + +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + unsigned char horizontal_samples[3]; + unsigned char vertical_samples[3]; + char *q_table; + unsigned int q_size; + char *ac_table; + unsigned int ac_size; + char *dc_table; + unsigned int dc_size; +} XieEncodeJPEGBaselineParam; + +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + unsigned char predictor[3]; + char *table; + unsigned int table_size; +} XieEncodeJPEGLosslessParam; + +typedef struct { + XieOrientation encoded_order; + Bool radiometric; +} XieEncodeTIFF2Param; + +typedef struct { + XieOrientation encoded_order; +} XieEncodeTIFFPackBitsParam; + + +/* Geometry */ + +typedef struct { + int simple; +} XieGeomAntialiasByAreaParam; + +typedef struct { + int kernel_size; +} XieGeomAntialiasByLowpassParam; + +typedef struct { + float sigma; + float normalize; + unsigned int radius; + Bool simple; +} XieGeomGaussianParam; + +typedef struct { + unsigned int modify; +} XieGeomNearestNeighborParam; + + +/* Histogram */ + +typedef struct { + float mean; + float sigma; +} XieHistogramGaussianParam; + +typedef struct { + float constant; + Bool shape_factor; +} XieHistogramHyperbolicParam; + + +/* White Adjust */ + +typedef struct { + XieConstant white_point; +} XieWhiteAdjustCIELabShiftParam; + + +/*--------------------------------------------------------------------------* + * Events * + *--------------------------------------------------------------------------*/ + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + XieColorList color_list; + XieColorAllocTechnique color_alloc_technique; + unsigned long color_alloc_data; +} XieColorAllocEvent; + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + XieDecodeTechnique decode_technique; + Bool aborted; + unsigned int band_number; + unsigned long width; + unsigned long height; +} XieDecodeNotifyEvent; + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + unsigned int band_number; + unsigned long data[3]; +} XieExportAvailableEvent; + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + Window window; + int x; + int y; + unsigned int width; + unsigned int height; +} XieImportObscuredEvent; + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhotofloOutcome outcome; +} XiePhotofloDoneEvent; + + +/*--------------------------------------------------------------------------* + * Photoflo Errors * + *--------------------------------------------------------------------------*/ + +typedef struct { + int type; + Display *display; + unsigned long flo_id; + unsigned long serial; + unsigned char error_code; + unsigned char request_code; + unsigned char minor_code; + unsigned int flo_error_code; + unsigned long name_space; + XiePhototag phototag; + unsigned int elem_type; +} XieFloAccessError, XieFloAllocError, XieFloElementError, XieFloIDError, + XieFloLengthError, XieFloMatchError, XieFloSourceError; + +typedef struct { + int type; + Display *display; + unsigned long flo_id; + unsigned long serial; + unsigned char error_code; + unsigned char request_code; + unsigned char minor_code; + unsigned int flo_error_code; + unsigned long name_space; + XiePhototag phototag; + unsigned int elem_type; + XID resource_id; +} XieFloResourceError; + +typedef struct { + int type; + Display *display; + unsigned long flo_id; + unsigned long serial; + unsigned char error_code; + unsigned char request_code; + unsigned char minor_code; + unsigned int flo_error_code; + unsigned long name_space; + XiePhototag phototag; + unsigned int elem_type; + XiePhototag domain_src; +} XieFloDomainError; + +typedef struct { + int type; + Display *display; + unsigned long flo_id; + unsigned long serial; + unsigned char error_code; + unsigned char request_code; + unsigned char minor_code; + unsigned int flo_error_code; + unsigned long name_space; + XiePhototag phototag; + unsigned int elem_type; + unsigned int operator; +} XieFloOperatorError; + +typedef struct { + int type; + Display *display; + unsigned long flo_id; + unsigned long serial; + unsigned char error_code; + unsigned char request_code; + unsigned char minor_code; + unsigned int flo_error_code; + unsigned long name_space; + XiePhototag phototag; + unsigned int elem_type; + unsigned int technique_number; + unsigned int num_tech_params; + XieTechniqueGroup tech_group; +} XieFloTechniqueError; + +typedef struct { + int type; + Display *display; + unsigned long flo_id; + unsigned long serial; + unsigned char error_code; + unsigned char request_code; + unsigned char minor_code; + unsigned int flo_error_code; + unsigned long name_space; + XiePhototag phototag; + unsigned int elem_type; + unsigned long bad_value; +} XieFloValueError; + + +/*--------------------------------------------------------------------------* + * Function prototypes * + *--------------------------------------------------------------------------*/ + +/* Startup functions -------------------------------------------------------*/ + +extern Status XieInitialize ( +#if NeedFunctionPrototypes + Display * /* display */, + XieExtensionInfo ** /* extinfo_ret */ +#endif +); + +extern Status XieQueryTechniques ( +#if NeedFunctionPrototypes + Display * /* display */, + XieTechniqueGroup /* technique_group */, + int * /* ntechniques_ret */, + XieTechnique ** /* techniques_ret */ +#endif +); + +extern void XieFreeTechniques ( +#if NeedFunctionPrototypes + XieTechnique * /* techs */, + unsigned int /* count */ +#endif +); + + +/* Color List functions ---------------------------------------------------*/ + +extern XieColorList XieCreateColorList ( +#if NeedFunctionPrototypes + Display * /* display */ +#endif +); + +extern void XieDestroyColorList ( +#if NeedFunctionPrototypes + Display * /* display */, + XieColorList /* color_list */ +#endif +); + +extern void XiePurgeColorList ( +#if NeedFunctionPrototypes + Display * /* display */, + XieColorList /* color_list */ +#endif +); + +extern Status XieQueryColorList ( +#if NeedFunctionPrototypes + Display * /* display */, + XieColorList /* color_list */, + Colormap * /* colormap_ret */, + unsigned * /* ncolors_ret */, + unsigned long ** /* colors_ret */ +#endif +); + + +/* LUT functions -----------------------------------------------------------*/ + +extern XieLut XieCreateLUT ( +#if NeedFunctionPrototypes + Display * /* display */ +#endif +); + +extern void XieDestroyLUT ( +#if NeedFunctionPrototypes + Display * /* display */, + XieLut /* lut */ +#endif +); + + +/* Photomap functions ------------------------------------------------------*/ + +extern XiePhotomap XieCreatePhotomap ( +#if NeedFunctionPrototypes + Display * /* display */ +#endif +); + +extern void XieDestroyPhotomap ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotomap /* photomap */ +#endif +); + +extern Status XieQueryPhotomap ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotomap /* photomap */, + Bool * /* populated_ret */, + XieDataType * /* datatype_ret */, + XieDataClass * /* class_ret */, + XieDecodeTechnique * /* decode_technique_ret */, + XieLTriplet /* width_ret */, + XieLTriplet /* height_ret */, + XieLTriplet /* levels_ret */ +#endif +); + + +/* ROI functions -----------------------------------------------------------*/ + +extern XieRoi XieCreateROI ( +#if NeedFunctionPrototypes + Display * /* display */ +#endif +); + +extern void XieDestroyROI ( +#if NeedFunctionPrototypes + Display * /* display */, + XieRoi /* roi */ +#endif +); + + +/* Photospace functions ----------------------------------------------------*/ + +extern XiePhotospace XieCreatePhotospace ( +#if NeedFunctionPrototypes + Display * /* display */ +#endif +); + +extern void XieDestroyPhotospace ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotospace /* photospace */ +#endif +); + +extern void XieExecuteImmediate ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotospace /* photospace */, + unsigned long /* flo_id */, + Bool /* notify */, + XiePhotoElement * /* elem_list */, + int /* elem_count */ +#endif +); + + +/* Photoflo functions ------------------------------------------------------*/ + +extern XiePhotoElement *XieAllocatePhotofloGraph ( +#if NeedFunctionPrototypes + unsigned int /* count */ +#endif +); + +extern void XieFreePhotofloGraph ( +#if NeedFunctionPrototypes + XiePhotoElement * /* elements */, + unsigned int /* count */ +#endif +); + +extern XiePhotoflo XieCreatePhotoflo ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotoElement * /* elem_list */, + int /* elem_count */ +#endif +); + +extern void XieDestroyPhotoflo ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotoflo /* photoflo */ +#endif +); + +extern void XieExecutePhotoflo ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotoflo /* photoflo */, + Bool /* notify */ +#endif +); + +extern void XieModifyPhotoflo ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotoflo /* photoflo */, + int /* start */, + XiePhotoElement * /* elem_list */, + int /* elem_count */ +#endif +); + +extern void XieRedefinePhotoflo ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotoflo /* photoflo */, + XiePhotoElement * /* elem_list */, + int /* elem_count */ +#endif +); + +extern Status XieQueryPhotoflo ( +#if NeedFunctionPrototypes + Display * /* display */, + unsigned long /* name_space */, + unsigned long /* flo_id */, + XiePhotofloState * /* state_ret */, + XiePhototag ** /* data_expected_ret */, + unsigned int * /* nexpected_ret */, + XiePhototag ** /* data_available_ret */, + unsigned int * /* navailable_ret */ +#endif +); + + +/* Client Data functions ---------------------------------------------------*/ + +extern void XiePutClientData ( +#if NeedFunctionPrototypes + Display * /* display */, + unsigned long /* name_space */, + unsigned long /* flo_id */, + XiePhototag /* element */, + Bool /* final */, + unsigned /* band_number */, + unsigned char * /* data */, + unsigned /* nbytes */ +#endif +); + +extern Status XieGetClientData ( +#if NeedFunctionPrototypes + Display * /* display */, + unsigned long /* name_space */, + unsigned long /* flo_id */, + XiePhototag /* element */, + unsigned /* max_bytes */, + Bool /* terminate */, + unsigned /* band_number */, + XieExportState * /* new_state_ret */, + unsigned char ** /* data_ret */, + unsigned * /* nbytes_ret */ +#endif +); + + +/* Abort and Await functions -----------------------------------------------*/ + +extern void XieAbort ( +#if NeedFunctionPrototypes + Display * /* display */, + unsigned long /* name_space */, + unsigned long /* flo_id */ +#endif +); + +extern void XieAwait ( +#if NeedFunctionPrototypes + Display * /* display */, + unsigned long /* name_space */, + unsigned long /* flo_id */ +#endif +); + + +/* Photoflo element functions ----------------------------------------------*/ + +extern void XieFloImportClientLUT ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XieDataClass /* data_class */, + XieOrientation /* band_order */, + XieLTriplet /* length */, + XieLevels /* levels */ +#endif +); + +extern void XieFloImportClientPhoto ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XieDataClass /* data_class */, + XieLTriplet /* width */, + XieLTriplet /* height */, + XieLevels /* levels */, + Bool /* notify */, + XieDecodeTechnique /* decode_tech */, + XiePointer /* decode_param */ +#endif +); + +extern void XieFloImportClientROI ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + unsigned int /* rectangles */ +#endif +); + +extern void XieFloImportDrawable ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + Drawable /* drawable */, + int /* src_x */, + int /* src_y */, + unsigned int /* width */, + unsigned int /* height */, + unsigned long /* fill */, + Bool /* notify */ +#endif +); + +extern void XieFloImportDrawablePlane ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + Drawable /* drawable */, + int /* src_x */, + int /* src_y */, + unsigned int /* width */, + unsigned int /* height */, + unsigned long /* fill */, + unsigned long /* bit_plane */, + Bool /* notify */ +#endif +); + +extern void XieFloImportLUT ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XieLut /* lut */ +#endif +); + +extern void XieFloImportPhotomap ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhotomap /* photomap */, + Bool /* notify */ +#endif +); + +extern void XieFloImportROI ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XieRoi /* roi */ +#endif +); + +extern void XieFloArithmetic ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src1 */, + XiePhototag /* src2 */, + XieProcessDomain * /* domain */, + XieConstant /* constant */, + XieArithmeticOp /* operator */, + unsigned int /* band_mask */ +#endif +); + +extern void XieFloBandCombine ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src1 */, + XiePhototag /* src2 */, + XiePhototag /* src3 */ +#endif +); + +extern void XieFloBandExtract ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + unsigned int /* levels */, + double /* bias */, + XieConstant /* coefficients */ +#endif +); + +extern void XieFloBandSelect ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + unsigned int /* band_number */ +#endif +); + +extern void XieFloBlend ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src1 */, + XiePhototag /* src2 */, + XieConstant /* src_constant */, + XiePhototag /* alpha */, + double /* alpha_const */, + XieProcessDomain * /* domain */, + unsigned int /* band_mask */ +#endif +); + +extern void XieFloCompare ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src1 */, + XiePhototag /* src2 */, + XieProcessDomain * /* domain */, + XieConstant /* constant */, + XieCompareOp /* operator */, + Bool /* combine */, + unsigned int /* band_mask */ +#endif +); + +extern void XieFloConstrain ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieLevels /* levels */, + XieConstrainTechnique /* constrain_tech */, + XiePointer /* constrain_param */ +#endif +); + +extern void XieFloConvertFromIndex ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + Colormap /* colormap */, + XieDataClass /* data_class */, + unsigned int /* precision */ +#endif +); + +extern void XieFloConvertFromRGB ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieColorspace /* color_space */, + XiePointer /* color_param */ +#endif +); + +extern void XieFloConvertToIndex ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + Colormap /* colormap */, + XieColorList /* color_list */, + Bool /* notify */, + XieColorAllocTechnique /* color_alloc_tech */, + XiePointer /* color_alloc_param */ +#endif +); + +extern void XieFloConvertToRGB ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieColorspace /* color_space */, + XiePointer /* color_param */ +#endif +); + +extern void XieFloConvolve ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieProcessDomain * /* domain */, + float * /* kernel */, + int /* kernel_size */, + unsigned int /* band_mask */, + XieConvolveTechnique /* convolve_tech */, + XiePointer /* convolve_param */ +#endif +); + +extern void XieFloDither ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + unsigned int /* band_mask */, + XieLevels /* levels */, + XieDitherTechnique /* dither_tech */, + XiePointer /* dither_param */ +#endif +); + +extern void XieFloGeometry ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + unsigned int /* width */, + unsigned int /* height */, + float[6] /* coefficients[6] */, + XieConstant /* constant */, + unsigned int /* band_mask */, + XieGeometryTechnique /* sample_tech */, + XiePointer /* sample_param */ +#endif +); + +extern void XieFloLogical ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src1 */, + XiePhototag /* src2 */, + XieProcessDomain * /* domain */, + XieConstant /* constant */, + unsigned long /* operator */, + unsigned int /* band_mask */ +#endif +); + +extern void XieFloMatchHistogram ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieProcessDomain * /* domain */, + XieHistogramShape /* shape */, + XiePointer /* shape_param */ +#endif +); + +extern void XieFloMath ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieProcessDomain * /* domain */, + XieMathOp /* operator */, + unsigned int /* band_mask */ +#endif +); + +extern void XieFloPasteUp ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + unsigned int /* width */, + unsigned int /* height */, + XieConstant /* constant */, + XieTile * /* tiles */, + unsigned int /* tile_count */ +#endif +); + +extern void XieFloPoint ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieProcessDomain * /* domain */, + XiePhototag /* lut */, + unsigned int /* band_mask */ +#endif +); + +extern void XieFloUnconstrain ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */ +#endif +); + +extern void XieFloExportClientHistogram ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieProcessDomain * /* domain */, + XieExportNotify /* notify */ +#endif +); + +extern void XieFloExportClientLUT ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieOrientation /* band_order */, + XieExportNotify /* notify */, + XieLTriplet /* start */, + XieLTriplet /* length */ +#endif +); + +extern void XieFloExportClientPhoto ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieExportNotify /* notify */, + XieEncodeTechnique /* encode_tech */, + XiePointer /* encode_param */ +#endif +); + +extern void XieFloExportClientROI ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieExportNotify /* notify */ +#endif +); + +extern void XieFloExportDrawable ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + Drawable /* drawable */, + GC /* gc */, + int /* dst_x */, + int /* dst_y */ +#endif +); + +extern void XieFloExportDrawablePlane ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + Drawable /* drawable */, + GC /* gc */, + int /* dst_x */, + int /* dst_y */ +#endif +); + +extern void XieFloExportLUT ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieLut /* lut */, + Bool /* merge */, + XieLTriplet /* start */ +#endif +); + +extern void XieFloExportPhotomap ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XiePhotomap /* photomap */, + XieEncodeTechnique /* encode_tech */, + XiePointer /* encode_param */ +#endif +); + +extern void XieFloExportROI ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieRoi /* roi */ +#endif +); + + +/* Technique functions -----------------------------------------------------*/ + +extern XieColorAllocAllParam *XieTecColorAllocAll ( +#if NeedFunctionPrototypes + unsigned long /* fill */ +#endif +); + +extern XieColorAllocMatchParam *XieTecColorAllocMatch ( +#if NeedFunctionPrototypes + double /* match_limit */, + double /* gray_limit */ +#endif +); + +extern XieColorAllocRequantizeParam *XieTecColorAllocRequantize ( +#if NeedFunctionPrototypes + unsigned long /* max_cells */ +#endif +); + +extern XieRGBToCIELabParam *XieTecRGBToCIELab ( +#if NeedFunctionPrototypes + XieMatrix /* matrix */, + XieWhiteAdjustTechnique /* white_adjust_tech */, + XiePointer /* white_adjust_param */ +#endif +); + +extern XieRGBToCIEXYZParam *XieTecRGBToCIEXYZ ( +#if NeedFunctionPrototypes + XieMatrix /* matrix */, + XieWhiteAdjustTechnique /* white_adjust_tech */, + XiePointer /* white_adjust_param */ +#endif +); + +extern XieRGBToYCbCrParam *XieTecRGBToYCbCr ( +#if NeedFunctionPrototypes + XieLevels /* levels */, + double /* luma_red */, + double /* luma_green */, + double /* luma_blue */, + XieConstant /* bias */ +#endif +); + +extern XieRGBToYCCParam *XieTecRGBToYCC ( +#if NeedFunctionPrototypes + XieLevels /* levels */, + double /* luma_red */, + double /* luma_green */, + double /* luma_blue */, + double /* scale */ +#endif +); + +extern XieCIELabToRGBParam *XieTecCIELabToRGB ( +#if NeedFunctionPrototypes + XieMatrix /* matrix */, + XieWhiteAdjustTechnique /* white_adjust_tech */, + XiePointer /* white_adjust_param */, + XieGamutTechnique /* gamut_tech */, + XiePointer /* gamut_param */ +#endif +); + +extern XieCIEXYZToRGBParam *XieTecCIEXYZToRGB ( +#if NeedFunctionPrototypes + XieMatrix /* matrix */, + XieWhiteAdjustTechnique /* white_adjust_tech */, + XiePointer /* white_adjust_param */, + XieGamutTechnique /* gamut_tech */, + XiePointer /* gamut_param */ +#endif +); + +extern XieYCbCrToRGBParam *XieTecYCbCrToRGB ( +#if NeedFunctionPrototypes + XieLevels /* levels */, + double /* luma_red */, + double /* luma_green */, + double /* luma_blue */, + XieConstant /* bias */, + XieGamutTechnique /* gamut_tech */, + XiePointer /* gamut_param */ +#endif +); + +extern XieYCCToRGBParam *XieTecYCCToRGB ( +#if NeedFunctionPrototypes + XieLevels /* levels */, + double /* luma_red */, + double /* luma_green */, + double /* luma_blue */, + double /* scale */, + XieGamutTechnique /* gamut_tech */, + XiePointer /* gamut_param */ +#endif +); + +extern XieClipScaleParam *XieTecClipScale ( +#if NeedFunctionPrototypes + XieConstant /* in_low */, + XieConstant /* in_high */, + XieLTriplet /* out_low */, + XieLTriplet /* out_high */ +#endif +); + +extern XieConvolveConstantParam *XieTecConvolveConstant ( +#if NeedFunctionPrototypes + XieConstant /* constant */ +#endif +); + +extern XieDecodeUncompressedSingleParam *XieTecDecodeUncompressedSingle ( +#if NeedFunctionPrototypes + XieOrientation /* fill_order */, + XieOrientation /* pixel_order */, + unsigned int /* pixel_stride */, + unsigned int /* left_pad */, + unsigned int /* scanline_pad */ +#endif +); + +extern XieDecodeUncompressedTripleParam *XieTecDecodeUncompressedTriple ( +#if NeedFunctionPrototypes + XieOrientation /* fill_order */, + XieOrientation /* pixel_order */, + XieOrientation /* band_order */, + XieInterleave /* interleave */, + unsigned char[3] /* pixel_stride[3] */, + unsigned char[3] /* left_pad[3] */, + unsigned char[3] /* scanline_pad[3] */ +#endif +); + +extern XieDecodeG31DParam *XieTecDecodeG31D ( +#if NeedFunctionPrototypes + XieOrientation /* encoded_order */, + Bool /* normal */, + Bool /* radiometric */ +#endif +); + +extern XieDecodeG32DParam *XieTecDecodeG32D ( +#if NeedFunctionPrototypes + XieOrientation /* encoded_order */, + Bool /* normal */, + Bool /* radiometric */ +#endif +); + +extern XieDecodeG42DParam *XieTecDecodeG42D ( +#if NeedFunctionPrototypes + XieOrientation /* encoded_order */, + Bool /* normal */, + Bool /* radiometric */ +#endif +); + +extern XieDecodeTIFF2Param *XieTecDecodeTIFF2 ( +#if NeedFunctionPrototypes + XieOrientation /* encoded_order */, + Bool /* normal */, + Bool /* radiometric */ +#endif +); + +extern XieDecodeTIFFPackBitsParam *XieTecDecodeTIFFPackBits ( +#if NeedFunctionPrototypes + XieOrientation /* encoded_order */, + Bool /* normal */ +#endif +); + +extern XieDecodeJPEGBaselineParam *XieTecDecodeJPEGBaseline ( +#if NeedFunctionPrototypes + XieInterleave /* interleave */, + XieOrientation /* band_order */, + Bool /* up_sample */ +#endif +); + +extern XieDecodeJPEGLosslessParam *XieTecDecodeJPEGLossless ( +#if NeedFunctionPrototypes + XieInterleave /* interleave */, + XieOrientation /* band_order */ +#endif +); + +extern XieDitherOrderedParam *XieTecDitherOrderedParam ( +#if NeedFunctionPrototypes + unsigned int /* threshold_order */ +#endif +); + +extern XieEncodeUncompressedSingleParam *XieTecEncodeUncompressedSingle ( +#if NeedFunctionPrototypes + XieOrientation /* fill_order */, + XieOrientation /* pixel_order */, + unsigned int /* pixel_stride */, + unsigned int /* scanline_pad */ +#endif +); + +extern XieEncodeUncompressedTripleParam *XieTecEncodeUncompressedTriple ( +#if NeedFunctionPrototypes + XieOrientation /* fill_order */, + XieOrientation /* pixel_order */, + XieOrientation /* band_order */, + XieInterleave /* interleave */, + unsigned char[3] /* pixel_stride[3] */, + unsigned char[3] /* scanline_pad[3] */ +#endif +); + +extern XieEncodeG31DParam *XieTecEncodeG31D ( +#if NeedFunctionPrototypes + Bool /* align_eol */, + Bool /* radiometric */, + XieOrientation /* encoded_order */ +#endif +); + +extern XieEncodeG32DParam *XieTecEncodeG32D ( +#if NeedFunctionPrototypes + Bool /* uncompressed */, + Bool /* align_eol */, + Bool /* radiometric */, + XieOrientation /* encoded_order */, + unsigned long /* k_factor */ +#endif +); + +extern XieEncodeG42DParam *XieTecEncodeG42D ( +#if NeedFunctionPrototypes + Bool /* uncompressed */, + Bool /* radiometric */, + XieOrientation /* encoded_order */ +#endif +); + +extern XieEncodeServerChoiceParam *XieTecEncodeServerChoice ( +#if NeedFunctionPrototypes + unsigned int /* preference */ +#endif +); + +extern XieEncodeJPEGBaselineParam *XieTecEncodeJPEGBaseline ( +#if NeedFunctionPrototypes + XieInterleave /* interleave */, + XieOrientation /* band_order */, + unsigned char[3] /* horizontal_samples[3] */, + unsigned char[3] /* vertical_samples[3] */, + char * /* q_table */, + unsigned int /* q_size */, + char * /* ac_table */, + unsigned int /* ac_size */, + char * /* dc_table */, + unsigned int /* dc_size */ +#endif +); + +extern void XieFreeEncodeJPEGBaseline ( +#if NeedFunctionPrototypes + XieEncodeJPEGBaselineParam * /* param */ +#endif +); + +extern XieEncodeJPEGLosslessParam *XieTecEncodeJPEGLossless ( +#if NeedFunctionPrototypes + XieInterleave /* interleave */, + XieOrientation /* band_order */, + unsigned char[3] /* predictor[3] */, + char * /* table */, + unsigned int /* table_size */ +#endif +); + +extern void XieFreeEncodeJPEGLossless ( +#if NeedFunctionPrototypes + XieEncodeJPEGLosslessParam * /* param */ +#endif +); + +extern void XieFreePasteUpTiles ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */ +#endif +); + +extern XieEncodeTIFF2Param *XieTecEncodeTIFF2 ( +#if NeedFunctionPrototypes + XieOrientation /* encoded_order */, + Bool /* radiometric */ +#endif +); + +extern XieEncodeTIFFPackBitsParam *XieTecEncodeTIFFPackBits ( +#if NeedFunctionPrototypes + XieOrientation /* encoded_order */ +#endif +); + +extern XieGeomAntialiasByAreaParam *XieTecGeomAntialiasByArea ( +#if NeedFunctionPrototypes + int /* simple */ +#endif +); + +extern XieGeomAntialiasByLowpassParam *XieTecGeomAntialiasByLowpass ( +#if NeedFunctionPrototypes + int /* kernel_size */ +#endif +); + +extern XieGeomGaussianParam *XieTecGeomGaussian ( +#if NeedFunctionPrototypes + double /* sigma */, + double /* normalize */, + unsigned int /* radius */, + Bool /* simple */ +#endif +); + +extern XieGeomNearestNeighborParam *XieTecGeomNearestNeighbor ( +#if NeedFunctionPrototypes + unsigned int /* modify */ +#endif +); + +extern XieHistogramGaussianParam *XieTecHistogramGaussian ( +#if NeedFunctionPrototypes + double /* mean */, + double /* sigma */ +#endif +); + +extern XieHistogramHyperbolicParam *XieTecHistogramHyperbolic ( +#if NeedFunctionPrototypes + double /* constant */, + Bool /* shape_factor */ +#endif +); + +extern XieWhiteAdjustCIELabShiftParam *XieTecWhiteAdjustCIELabShift ( +#if NeedFunctionPrototypes + XieConstant /* white_point */ +#endif +); + + +#endif /* _XIELIB_H_ */ diff --git a/xie/build/include/X11/extensions/XIEproto.h b/xie/build/include/X11/extensions/XIEproto.h new file mode 100644 index 0000000..b097319 --- /dev/null +++ b/xie/build/include/X11/extensions/XIEproto.h @@ -0,0 +1,687 @@ +/* $XConsortium: XIEproto.h,v 1.6 94/04/17 20:11:12 mor Exp $ */ +/****************************************************************************** +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +******************************************************************************/ + +#ifndef _XIEPROTO_H_ +#define _XIEPROTO_H_ + +#include + +#define Drawable CARD32 +#define Colormap CARD32 +#define GContext CARD32 + + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; +} xieReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD16 majorVersion B16; + CARD16 minorVersion B16; +} xieQueryImageExtensionReq; + +typedef struct { + CARD8 type; + CARD8 data; + CARD16 sequenceNum B16; + CARD32 length B32; + CARD16 majorVersion B16; + CARD16 minorVersion B16; + xieTypServiceClass serviceClass; + xieTypAlignment alignment; + CARD16 unconstrainedMantissa B16; + INT32 unconstrainedMaxExp B32; + INT32 unconstrainedMinExp B32; + CARD8 pad2[8]; + /* LISTofCARD32 (constrained-levels) */ +} xieQueryImageExtensionReply; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypTechniqueGroup techniqueGroup; + CARD8 pad[3]; +} xieQueryTechniquesReq; + +typedef struct { + CARD8 type; + CARD8 data; + CARD16 sequenceNum B16; + CARD32 length B32; + CARD16 numTechniques B16; + CARD8 pad[22]; + /* LISTofTechniqueRec (numTechniques) */ +} xieQueryTechniquesReply; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypColorList colorList B32; +} xieCreateColorListReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypColorList colorList B32; +} xieDestroyColorListReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypColorList colorList B32; +} xiePurgeColorListReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypColorList colorList B32; +} xieQueryColorListReq; + +typedef struct { + CARD8 type; + CARD8 data; + CARD16 sequenceNum B16; + CARD32 length B32; + Colormap colormap B32; + CARD8 pad[20]; + /* LISTofCARD32 (length) */ +} xieQueryColorListReply; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypLUT lut B32; +} xieCreateLUTReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypLUT lut B32; +} xieDestroyLUTReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotomap photomap B32; +} xieCreatePhotomapReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotomap photomap B32; +} xieDestroyPhotomapReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotomap photomap B32; +} xieQueryPhotomapReq; + +typedef struct { + CARD8 type; + BOOL populated; + CARD16 sequenceNum B16; + CARD32 length B32; + xieTypDataClass dataClass; + xieTypDataType dataType; + xieTypDecodeTechnique decodeTechnique B16; + CARD32 width0 B32; + CARD32 width1 B32; + CARD32 width2 B32; + CARD32 height0 B32; + CARD32 height1 B32; + CARD32 height2 B32; + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; +} xieQueryPhotomapReply; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypROI roi B32; +} xieCreateROIReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypROI roi B32; +} xieDestroyROIReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotospace nameSpace B32; +} xieCreatePhotospaceReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotospace nameSpace B32; +} xieDestroyPhotospaceReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotospace nameSpace B32; + CARD32 floID B32; + CARD16 numElements B16; + BOOL notify; + CARD8 pad; + /* LISTofPhotoElement (numElements) */ +} xieExecuteImmediateReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotoflo floID B32; + CARD16 numElements B16; + CARD16 pad B16; + /* LISTofPhotoElement (numElements) */ +} xieCreatePhotofloReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotoflo floID B32; +} xieDestroyPhotofloReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotoflo floID B32; + BOOL notify; + CARD8 pad[3]; +} xieExecutePhotofloReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotoflo floID B32; + xieTypPhototag start B16; + CARD16 numElements B16; + /* LISTofPhotoElement (numElements) */ +} xieModifyPhotofloReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotoflo floID B32; + CARD16 numElements B16; + CARD16 pad B16; + /* LISTofPhotoElement (numElements) */ +} xieRedefinePhotofloReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD32 nameSpace B32; + CARD32 floID B32; + xieTypPhototag element B16; + BOOL final; + CARD8 bandNumber; + CARD32 byteCount B32; + /* LISTofCARD8 (byteCount) */ + /* pad (byteCount) */ +} xiePutClientDataReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD32 nameSpace B32; + CARD32 floID B32; + CARD32 maxBytes B32; + xieTypPhototag element B16; + BOOL terminate; + CARD8 bandNumber; +} xieGetClientDataReq; + +typedef struct { + CARD8 type; + CARD8 newState; + CARD16 sequenceNum B16; + CARD32 length B32; + CARD32 byteCount B32; + CARD8 pad[20]; + /* LISTofCARD8 (byteCount) */ + /* pad (byteCount) */ +} xieGetClientDataReply; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD32 nameSpace B32; + CARD32 floID B32; +} xieQueryPhotofloReq; + +typedef struct { + CARD8 type; + CARD8 state; + CARD16 sequenceNum B16; + CARD32 length B32; + CARD16 expectedCount B16; + CARD16 availableCount B16; + CARD8 pad[20]; + /* LISTofPhototag (expectedCount) */ + /* pad (expectedCount * 2) */ + /* LISTofPhototag (availableCount) */ + /* pad (availableCount * 2) */ +} xieQueryPhotofloReply; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD32 nameSpace B32; + CARD32 floID B32; +} xieAwaitReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD32 nameSpace B32; + CARD32 floID B32; +} xieAbortReq; + + +/* + * Request codes + */ + +#define X_ieQueryImageExtension 1 +#define X_ieQueryTechniques 2 +#define X_ieCreateColorList 3 +#define X_ieDestroyColorList 4 +#define X_iePurgeColorList 5 +#define X_ieQueryColorList 6 +#define X_ieCreateLUT 7 +#define X_ieDestroyLUT 8 +#define X_ieCreatePhotomap 9 +#define X_ieDestroyPhotomap 10 +#define X_ieQueryPhotomap 11 +#define X_ieCreateROI 12 +#define X_ieDestroyROI 13 +#define X_ieCreatePhotospace 14 +#define X_ieDestroyPhotospace 15 +#define X_ieExecuteImmediate 16 +#define X_ieCreatePhotoflo 17 +#define X_ieDestroyPhotoflo 18 +#define X_ieExecutePhotoflo 19 +#define X_ieModifyPhotoflo 20 +#define X_ieRedefinePhotoflo 21 +#define X_iePutClientData 22 +#define X_ieGetClientData 23 +#define X_ieQueryPhotoflo 24 +#define X_ieAwait 25 +#define X_ieAbort 26 + +#define xieNumProtoReq 26 + + +/* + * Events + */ +typedef struct { + CARD8 event; + xieTypPhotofloOutcome outcome; + CARD16 sequenceNum B16; + CARD32 time B32; + CARD32 instanceNameSpace B32; + CARD32 instanceFloID B32; + CARD8 pad[16]; +} xiePhotofloDoneEvn; + +typedef struct { + CARD8 event; + CARD8 pad1; + CARD16 sequenceNum B16; + CARD32 time B32; + CARD32 instanceNameSpace B32; + CARD32 instanceFloID B32; + xieTypPhototag src B16; + CARD16 type B16; + CARD32 pad2 B32; + CARD32 pad3 B16; + CARD32 pad4 B32; +} xieFloEvn; + +typedef struct { + CARD8 event; + CARD8 pad1; + CARD16 sequenceNum B16; + CARD32 time B32; + CARD32 instanceNameSpace B32; + CARD32 instanceFloID B32; + xieTypPhototag src B16; + CARD16 type B16; + xieTypColorList colorList B32; + xieTypColorAllocTechnique colorAllocTechnique B16; + CARD16 pad2 B16; + CARD32 data B32; +} xieColorAllocEvn; + +typedef struct { + CARD8 event; + CARD8 bandNumber; + CARD16 sequenceNum B16; + CARD32 time B32; + CARD32 instanceNameSpace B32; + CARD32 instanceFloID B32; + xieTypPhototag src B16; + CARD16 type B16; + xieTypDecodeTechnique decodeTechnique B16; + BOOL aborted; + CARD8 pad; + CARD32 width B32; + CARD32 height B32; +} xieDecodeNotifyEvn; + +typedef struct { + CARD8 event; + CARD8 bandNumber; + CARD16 sequenceNum B16; + CARD32 time B32; + CARD32 instanceNameSpace B32; + CARD32 instanceFloID B32; + xieTypPhototag src B16; + CARD16 type B16; + CARD32 data0 B32; + CARD32 data1 B32; + CARD32 data2 B32; +} xieExportAvailableEvn; + +typedef struct { + CARD8 event; + CARD8 pad; + CARD16 sequenceNum B16; + CARD32 time B32; + CARD32 instanceNameSpace B32; + CARD32 instanceFloID B32; + xieTypPhototag src B16; + CARD16 type B16; + Window window B32; + INT16 x B16; + INT16 y B16; + CARD16 width B16; + CARD16 height B16; +} xieImportObscuredEvn; + + +/* + * Errors + */ +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 resourceID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 pad[21]; +} xieResourceErr; + +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 floID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 floErrorCode; + CARD32 nameSpace B32; + xieTypPhototag phototag B16; + CARD16 type B16; + CARD32 resourceID B32; + CARD8 pad[8]; +} xieFloResourceErr; + +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 floID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 floErrorCode; + CARD32 nameSpace B32; + xieTypPhototag phototag B16; + CARD16 type B16; + CARD8 pad[12]; +} xieFloErr, xieFloAccessErr, xieFloAllocErr, xieFloElementErr, + xieFloLengthErr, xieFloMatchErr, xieFloSourceErr, xieFloImplementationErr; + +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 floID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 floErrorCode; + CARD32 nameSpace B32; + xieTypPhototag phototag B16; + CARD16 type B16; + xieTypPhototag domainSrc B16; + CARD8 pad[10]; +} xieFloDomainErr; + +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 floID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 floErrorCode; + CARD32 nameSpace B32; + CARD8 pad[16]; +} xieFloIDErr; + +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 floID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 floErrorCode; + CARD32 nameSpace B32; + xieTypPhototag phototag B16; + CARD16 type B16; + CARD8 operator; + CARD8 pad[11]; +} xieFloOperatorErr; + +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 floID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 floErrorCode; + CARD32 nameSpace B32; + xieTypPhototag phototag B16; + CARD16 type B16; + CARD16 techniqueNumber B16; + CARD16 lenTechParams B16; + CARD8 techniqueGroup; + CARD8 pad[7]; +} xieFloTechniqueErr; + +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 floID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 floErrorCode; + CARD32 nameSpace B32; + xieTypPhototag phototag B16; + CARD16 type B16; + CARD32 badValue B32; + CARD8 pad[8]; +} xieFloValueErr; + + + +/* + * SIZEOF values + */ +#define sz_xieReq 4 +#define sz_xieQueryImageExtensionReq 8 +#define sz_xieQueryImageExtensionReply 32 +#define sz_xieQueryTechniquesReq 8 +#define sz_xieQueryTechniquesReply 32 +#define sz_xieCreateColorListReq 8 +#define sz_xieDestroyColorListReq 8 +#define sz_xiePurgeColorListReq 8 +#define sz_xieQueryColorListReq 8 +#define sz_xieQueryColorListReply 32 +#define sz_xieCreateLUTReq 8 +#define sz_xieDestroyLUTReq 8 +#define sz_xieCreatePhotomapReq 8 +#define sz_xieDestroyPhotomapReq 8 +#define sz_xieQueryPhotomapReq 8 +#define sz_xieQueryPhotomapReply 48 +#define sz_xieCreateROIReq 8 +#define sz_xieDestroyROIReq 8 +#define sz_xieCreatePhotospaceReq 8 +#define sz_xieDestroyPhotospaceReq 8 +#define sz_xieExecuteImmediateReq 16 +#define sz_xieCreatePhotofloReq 12 +#define sz_xieDestroyPhotofloReq 8 +#define sz_xieExecutePhotofloReq 12 +#define sz_xieModifyPhotofloReq 12 +#define sz_xieRedefinePhotofloReq 12 +#define sz_xiePutClientDataReq 20 +#define sz_xieGetClientDataReq 20 +#define sz_xieGetClientDataReply 32 +#define sz_xieQueryPhotofloReq 12 +#define sz_xieQueryPhotofloReply 32 +#define sz_xieAwaitReq 12 +#define sz_xieAbortReq 12 + +#define sz_xiePhotofloDoneEvn 32 +#define sz_xieColorAllocEvn 32 +#define sz_xieDecodeNotifyEvn 32 +#define sz_xieExportAvailableEvn 32 +#define sz_xieImportObscuredEvn 32 +#define sz_xieFloEvn 32 + +#define sz_xieResourceErr 32 +#define sz_xieFloAccessErr 32 +#define sz_xieFloAllocErr 32 +#define sz_xieFloElementErr 32 +#define sz_xieFloIDErr 32 +#define sz_xieFloLengthErr 32 +#define sz_xieFloMatchErr 32 +#define sz_xieFloSourceErr 32 +#define sz_xieFloDomainErr 32 +#define sz_xieFloOperatorErr 32 +#define sz_xieFloTechniqueErr 32 +#define sz_xieFloValueErr 32 +#define sz_xieFloImplementationErr 32 +#define sz_xieFloErr 32 + +#undef Drawable +#undef Colormap +#undef GContext + +#endif /* _XIEPROTO_H_ */ diff --git a/xie/build/include/X11/extensions/XIEprotost.h b/xie/build/include/X11/extensions/XIEprotost.h new file mode 100644 index 0000000..2298afe --- /dev/null +++ b/xie/build/include/X11/extensions/XIEprotost.h @@ -0,0 +1,1118 @@ +/* $XConsortium: XIEprotost.h,v 1.6 94/04/17 20:11:12 mor Exp $ */ +/****************************************************************************** + + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. + + +******************************************************************************/ + +#ifndef _XIEPROTOST_H_ +#define _XIEPROTOST_H_ + +#include /* defines things like CARD32 */ + +#define Drawable CARD32 +#define Colormap CARD32 +#define GContext CARD32 + +typedef CARD32 xieTypFloat; + +#ifndef WORD64 + +typedef xieTypFloat xieTypConstant[3]; + +typedef xieTypFloat xieTypMatrix[9]; + +#else /* WORD64 */ + +typedef CARD8 xieTypConstant[12]; + +typedef CARD8 xieTypMatrix[36]; + +#endif /* WORD64 */ + + +typedef CARD8 xieTypAlignment; + +typedef CARD8 xieTypArithmeticOp; + +typedef CARD16 xieTypColorAllocTechnique; + +typedef CARD32 xieTypColorList; + +typedef CARD8 xieTypCompareOp; + +typedef CARD16 xieTypConstrainTechnique; + +typedef CARD16 xieTypConvertFromRGBTechnique; + +typedef CARD16 xieTypConvertToRGBTechnique; + +typedef CARD16 xieTypConvolveTechnique; + +typedef CARD8 xieTypDataClass; + +typedef CARD8 xieTypDataType; + +typedef CARD16 xieTypDecodeTechnique; + +typedef CARD16 xieTypDitherTechnique; + +typedef CARD16 xieTypEncodeTechnique; + +typedef CARD32 xieTypPhotospace; + +typedef CARD32 xieTypPhotoflo; + +typedef struct { + union { + struct { + xieTypPhotospace nameSpace B32; + CARD32 floID B32; + } immed; + struct { + CARD32 nameSpace B32; + xieTypPhotoflo floID B32; + } stored; + } u; +} xieTypExecutable; + +typedef CARD8 xieTypExportNotify; + +typedef CARD8 xieTypExportState; + +typedef CARD16 xieTypGamutTechnique; + +typedef CARD16 xieTypGeometryTechnique; + +typedef struct { + CARD32 value B32; + CARD32 count B32; +} xieTypHistogramData; + +typedef CARD16 xieTypHistogramShape; + +typedef CARD8 xieTypInterleave; + +typedef CARD32 xieTypLevels[3]; + +typedef CARD32 xieTypLUT; + +typedef CARD8 xieTypMathOp; + +typedef CARD8 xieTypOrientation; + +typedef CARD8 xieTypPhotofloOutcome; + +typedef CARD8 xieTypPhotofloState; + +typedef CARD32 xieTypPhotomap; + +typedef CARD16 xieTypPhototag; + +typedef struct { + INT32 offsetX B32; + INT32 offsetY B32; + xieTypPhototag domain B16; +} xieTypProcessDomain; + +typedef struct { + INT32 x B32; + INT32 y B32; + CARD32 width B32; + CARD32 height B32; +} xieTypRectangle; + +typedef CARD32 xieTypROI; + +typedef CARD8 xieTypServiceClass; + +typedef CARD8 xieTypTechniqueGroup; + +typedef struct { + BOOL needsParam; + xieTypTechniqueGroup group; + CARD16 number B16; + CARD8 speed; + CARD8 nameLength; + CARD16 pad B16; + /* LISTofCARD8 (nameLength) */ + /* pad (nameLength) */ +} xieTypTechniqueRec; + +typedef struct { + xieTypPhototag src B16; + CARD16 pad B16; + INT32 dstX B32; + INT32 dstY B32; +} xieTypTile; + +typedef CARD8 xieTypTripleofCARD8[3]; + +typedef CARD16 xieTypTripleofCARD16[3]; + +typedef CARD32 xieTypTripleofCARD32[3]; + +typedef CARD16 xieTypWhiteAdjustTechnique; + + +/* + * Generic Element + */ + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; +} xieFlo; + +/* + * Import Elements + */ +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypDataClass class; + xieTypOrientation bandOrder; + CARD16 pad B16; + CARD32 length0 B32; + CARD32 length1 B32; + CARD32 length2 B32; + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; +} xieFloImportClientLUT; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + BOOL notify; + xieTypDataClass class; + CARD16 pad B16; + CARD32 width0 B32; + CARD32 width1 B32; + CARD32 width2 B32; + CARD32 height0 B32; + CARD32 height1 B32; + CARD32 height2 B32; + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; + xieTypDecodeTechnique decodeTechnique B16; + CARD16 lenParams B16; + /* Technique dependent decode params */ +} xieFloImportClientPhoto; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + CARD32 rectangles B32; +} xieFloImportClientROI; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + Drawable drawable B32; + INT16 srcX B16; + INT16 srcY B16; + CARD16 width B16; + CARD16 height B16; + CARD32 fill B32; + BOOL notify; + CARD8 pad[3]; +} xieFloImportDrawable; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + Drawable drawable B32; + INT16 srcX B16; + INT16 srcY B16; + CARD16 width B16; + CARD16 height B16; + CARD32 fill B32; + CARD32 bitPlane B32; + BOOL notify; + CARD8 pad[3]; +} xieFloImportDrawablePlane; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypLUT lut B32; +} xieFloImportLUT; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhotomap photomap B32; + BOOL notify; + CARD8 pad[3]; +} xieFloImportPhotomap; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypROI roi B32; +} xieFloImportROI; + + +/* + * Process Elements + */ +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src1 B16; + xieTypPhototag src2 B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + xieTypArithmeticOp operator; + CARD8 bandMask; + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; +} xieFloArithmetic; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src1 B16; + xieTypPhototag src2 B16; + xieTypPhototag src3 B16; + CARD16 pad B16; +} xieFloBandCombine; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + CARD32 levels B32; + xieTypFloat bias B32; + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; +} xieFloBandExtract; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD8 bandNumber; + CARD8 pad; +} xieFloBandSelect; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src1 B16; + xieTypPhototag src2 B16; + xieTypPhototag alpha B16; + CARD16 pad1 B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + CARD8 bandMask; + CARD8 pad2; + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; + xieTypFloat alphaConst B32; +} xieFloBlend; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src1 B16; + xieTypPhototag src2 B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + xieTypCompareOp operator; + BOOL combine; + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; + CARD8 bandMask; + CARD8 pad[3]; +} xieFloCompare; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; + xieTypConstrainTechnique constrain B16; + CARD16 lenParams B16; + /* Technique dependent constrain params */ +} xieFloConstrain; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + xieTypDataClass class; + CARD8 precision; + Colormap colormap B32; +} xieFloConvertFromIndex; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + xieTypConvertFromRGBTechnique convert B16; + CARD16 lenParams B16; + /* Technique dependent conversion params */ +} xieFloConvertFromRGB; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + BOOL notify; + CARD8 pad; + Colormap colormap B32; + xieTypColorList colorList B32; + xieTypColorAllocTechnique colorAlloc B16; + CARD16 lenParams B16; + /* Technique dependent color alloc params */ +} xieFloConvertToIndex; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + xieTypConvertToRGBTechnique convert B16; + CARD16 lenParams B16; + /* Technique dependent conversion params */ +} xieFloConvertToRGB; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + CARD8 bandMask; + CARD8 kernelSize; + xieTypConvolveTechnique convolve B16; + CARD16 lenParams B16; + /* LISTofFloat (kernelSize^2) */ + /* Technique dependent convolve params */ +} xieFloConvolve; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD8 bandMask; + CARD8 pad; + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; + xieTypDitherTechnique dither B16; + CARD16 lenParams B16; + /* Technique dependent dither params */ +} xieFloDither; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD8 bandMask; + CARD8 pad; + CARD32 width B32; + CARD32 height B32; + xieTypFloat a B32; + xieTypFloat b B32; + xieTypFloat c B32; + xieTypFloat d B32; + xieTypFloat tx B32; + xieTypFloat ty B32; + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; + xieTypGeometryTechnique sample B16; + CARD16 lenParams B16; + /* Technique dependent sample params */ +} xieFloGeometry; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src1 B16; + xieTypPhototag src2 B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + CARD8 operator; + CARD8 bandMask; + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; +} xieFloLogical; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad1 B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + CARD16 pad2 B16; + xieTypHistogramShape shape B16; + CARD16 lenParams B16; + /* Technique dependent shape params */ +} xieFloMatchHistogram; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + xieTypMathOp operator; + CARD8 bandMask; +} xieFloMath; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + CARD16 numTiles B16; + CARD16 pad B16; + CARD32 width B32; + CARD32 height B32; + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; + /* LISTofTile (numTiles) */ +} xieFloPasteUp; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + xieTypPhototag lut B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + CARD8 bandMask; + CARD8 pad; +} xieFloPoint; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; +} xieFloUnconstrain; + + +/* + * Export Elements + */ +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + xieTypExportNotify notify; + CARD8 pad1; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + CARD16 pad2 B16; +} xieFloExportClientHistogram; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + xieTypExportNotify notify; + xieTypOrientation bandOrder; + CARD32 start0 B32; + CARD32 start1 B32; + CARD32 start2 B32; + CARD32 length0 B32; + CARD32 length1 B32; + CARD32 length2 B32; +} xieFloExportClientLUT; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + xieTypExportNotify notify; + CARD8 pad; + xieTypEncodeTechnique encodeTechnique B16; + CARD16 lenParams B16; + /* Technique dependent encode params */ +} xieFloExportClientPhoto; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + xieTypExportNotify notify; + CARD8 pad; +} xieFloExportClientROI; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + INT16 dstX B16; + INT16 dstY B16; + CARD16 pad B16; + Drawable drawable B32; + GContext gc B32; +} xieFloExportDrawable; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + INT16 dstX B16; + INT16 dstY B16; + CARD16 pad B16; + Drawable drawable B32; + GContext gc B32; +} xieFloExportDrawablePlane; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD8 merge; + CARD8 pad; + xieTypLUT lut B32; + CARD32 start0 B32; + CARD32 start1 B32; + CARD32 start2 B32; +} xieFloExportLUT; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + xieTypPhotomap photomap B32; + xieTypEncodeTechnique encodeTechnique B16; + CARD16 lenParams B16; + /* Technique dependent encode params */ +} xieFloExportPhotomap; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + xieTypROI roi B32; +} xieFloExportROI; + + +/* + * Technique Parameters + */ + +typedef struct { + xieTypFloat inputLow0 B32; + xieTypFloat inputLow1 B32; + xieTypFloat inputLow2 B32; + xieTypFloat inputHigh0 B32; + xieTypFloat inputHigh1 B32; + xieTypFloat inputHigh2 B32; + CARD32 outputLow0 B32; + CARD32 outputLow1 B32; + CARD32 outputLow2 B32; + CARD32 outputHigh0 B32; + CARD32 outputHigh1 B32; + CARD32 outputHigh2 B32; +} xieTecClipScale; + +typedef struct { + CARD32 fill B32; +} xieTecColorAllocAll; + +typedef struct { + xieTypFloat matchLimit B32; + xieTypFloat grayLimit B32; +} xieTecColorAllocMatch; + +typedef struct { + CARD32 maxCells B32; +} xieTecColorAllocRequantize; + +typedef struct { + xieTypFloat matrix00 B32; + xieTypFloat matrix01 B32; + xieTypFloat matrix02 B32; + xieTypFloat matrix10 B32; + xieTypFloat matrix11 B32; + xieTypFloat matrix12 B32; + xieTypFloat matrix20 B32; + xieTypFloat matrix21 B32; + xieTypFloat matrix22 B32; + xieTypWhiteAdjustTechnique whiteAdjusted B16; + CARD16 lenParams B16; + /* Technique dependent white params */ +} xieTecRGBToCIELab, xieTecRGBToCIEXYZ; + +typedef struct { + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; + xieTypFloat lumaRed B32; + xieTypFloat lumaGreen B32; + xieTypFloat lumaBlue B32; + xieTypFloat bias0 B32; + xieTypFloat bias1 B32; + xieTypFloat bias2 B32; +} xieTecRGBToYCbCr; + +typedef struct { + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; + xieTypFloat lumaRed B32; + xieTypFloat lumaGreen B32; + xieTypFloat lumaBlue B32; + xieTypFloat scale B32; +} xieTecRGBToYCC; + +typedef struct { + xieTypFloat matrix00 B32; + xieTypFloat matrix01 B32; + xieTypFloat matrix02 B32; + xieTypFloat matrix10 B32; + xieTypFloat matrix11 B32; + xieTypFloat matrix12 B32; + xieTypFloat matrix20 B32; + xieTypFloat matrix21 B32; + xieTypFloat matrix22 B32; + xieTypWhiteAdjustTechnique whiteAdjusted B16; + CARD16 lenWhiteParams B16; + xieTypGamutTechnique gamutCompress B16; + CARD16 lenGamutParams B16; + /* Technique dependent white params */ + /* Technique dependent gamut params */ +} xieTecCIELabToRGB, xieTecCIEXYZToRGB; + +typedef struct { + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; + xieTypFloat lumaRed B32; + xieTypFloat lumaGreen B32; + xieTypFloat lumaBlue B32; + xieTypFloat bias0 B32; + xieTypFloat bias1 B32; + xieTypFloat bias2 B32; + xieTypGamutTechnique gamutCompress B16; + CARD16 lenGamutParams B16; + /* Technique dependent gamut params */ +} xieTecYCbCrToRGB; + +typedef struct { + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; + xieTypFloat lumaRed B32; + xieTypFloat lumaGreen B32; + xieTypFloat lumaBlue B32; + xieTypFloat scale B32; + xieTypGamutTechnique gamutCompress B16; + CARD16 lenGamutParams B16; + /* Technique dependent gamut params */ +} xieTecYCCToRGB; + +typedef struct { + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; +} xieTecConvolveConstant; + +typedef struct { + xieTypOrientation fillOrder; + xieTypOrientation pixelOrder; + CARD8 pixelStride; + CARD8 leftPad; + CARD8 scanlinePad; + CARD8 pad[3]; +} xieTecDecodeUncompressedSingle; + +typedef struct { + CARD8 leftPad[3]; + xieTypOrientation fillOrder; + CARD8 pixelStride[3]; + xieTypOrientation pixelOrder; + CARD8 scanlinePad[3]; + xieTypOrientation bandOrder; + xieTypInterleave interleave; + CARD8 pad[3]; +} xieTecDecodeUncompressedTriple; + +typedef struct { + xieTypOrientation encodedOrder; + BOOL normal; + BOOL radiometric; + CARD8 pad; +} xieTecDecodeG31D, xieTecDecodeG32D, xieTecDecodeG42D, + xieTecDecodeTIFF2; + +typedef struct { + xieTypOrientation encodedOrder; + BOOL normal; + CARD16 pad B16; +} xieTecDecodeTIFFPackBits; + +typedef struct { + xieTypInterleave interleave; + xieTypOrientation bandOrder; + BOOL upSample; + CARD8 pad; +} xieTecDecodeJPEGBaseline; + +typedef struct { + xieTypInterleave interleave; + xieTypOrientation bandOrder; + CARD16 pad B16; +} xieTecDecodeJPEGLossless; + +typedef struct { + CARD8 thresholdOrder; + CARD8 pad[3]; +} xieTecDitherOrdered; + +typedef struct { + CARD8 preference; + CARD8 pad[3]; +} xieTecEncodeServerChoice; + +typedef struct { + xieTypOrientation fillOrder; + xieTypOrientation pixelOrder; + CARD8 pixelStride; + CARD8 scanlinePad; +} xieTecEncodeUncompressedSingle; + +typedef struct { + CARD8 pixelStride[3]; + xieTypOrientation pixelOrder; + CARD8 scanlinePad[3]; + xieTypOrientation fillOrder; + xieTypOrientation bandOrder; + xieTypInterleave interleave; + CARD16 pad B16; +} xieTecEncodeUncompressedTriple; + +typedef struct { + xieTypOrientation encodedOrder; + BOOL alignEol; + BOOL radiometric; + CARD8 pad; +} xieTecEncodeG31D; + +typedef struct { + xieTypOrientation encodedOrder; + BOOL alignEol; + BOOL radiometric; + BOOL uncompressed; + CARD32 kFactor B32; +} xieTecEncodeG32D; + +typedef struct { + xieTypOrientation encodedOrder; + BOOL radiometric; + BOOL uncompressed; + CARD8 pad; +} xieTecEncodeG42D; + +typedef struct { + xieTypInterleave interleave; + xieTypOrientation bandOrder; + CARD8 horizontalSamples[3]; + CARD8 verticalSamples[3]; + CARD16 lenQtable B16; /* multiple of 4 */ + CARD16 lenACtable B16; /* multiple of 4 */ + CARD16 lenDCtable B16; /* multiple of 4 */ + CARD16 pad B16; + /* LISTofCARD8 (Qtable) */ + /* LISTofCARD8 (ACtable) */ + /* LISTofCARD8 (DCtable) */ +} xieTecEncodeJPEGBaseline; + +typedef struct { + xieTypInterleave interleave; + xieTypOrientation bandOrder; + CARD16 lenTable B16; /* multiple of 4 */ + CARD8 predictor[3]; + CARD8 pad; + /* LISTofCARD8 (table) */ +} xieTecEncodeJPEGLossless; + +typedef struct { + xieTypOrientation encodedOrder; + BOOL radiometric; + CARD16 pad B16; +} xieTecEncodeTIFF2; + +typedef struct { + xieTypOrientation encodedOrder; + CARD8 pad[3]; +} xieTecEncodeTIFFPackBits; + +typedef struct { + INT16 simple B16; + CARD16 pad B16; +} xieTecGeomAntialiasByArea; + +typedef struct { + INT16 kernelSize B16; + CARD16 pad B16; +} xieTecGeomAntialiasByLowpass; + +typedef struct { + CARD8 radius; + BOOL simple; + CARD16 pad B16; + xieTypFloat sigma B32; + xieTypFloat normalize B32; +} xieTecGeomGaussian; + +typedef struct { + CARD8 modify; + CARD8 pad[3]; +} xieTecGeomNearestNeighbor; + +typedef struct { + xieTypFloat mean B32; + xieTypFloat sigma B32; +} xieTecHistogramGaussian; + +typedef struct { + BOOL shapeFactor; + CARD8 pad[3]; + xieTypFloat constant B32; +} xieTecHistogramHyperbolic; + +typedef struct { + xieTypFloat whitePoint0 B32; + xieTypFloat whitePoint1 B32; + xieTypFloat whitePoint2 B32; +} xieTecWhiteAdjustCIELabShift; + + +/* + * SIZEOF values + */ +#define sz_xieTypAlignment 1 +#define sz_xieTypArithmeticOp 1 +#define sz_xieTypColorAllocTechnique 2 +#define sz_xieTypColorList 4 +#define sz_xieTypCompareOp 1 +#define sz_xieTypConstant 12 +#define sz_xieTypConstrainTechnique 2 +#define sz_xieTypConvertFromRGBTechnique 2 +#define sz_xieTypConvertToRGBTechnique 2 +#define sz_xieTypConvolveTechnique 2 +#define sz_xieTypDataClass 1 +#define sz_xieTypDataType 1 +#define sz_xieTypDecodeTechnique 2 +#define sz_xieTypDitherTechnique 2 +#define sz_xieTypEncodeTechnique 2 +#define sz_xieTypPhotospace 4 +#define sz_xieTypPhotoflo 4 +#define sz_xieTypExecutable 8 +#define sz_xieTypExportNotify 1 +#define sz_xieTypExportState 1 +#define sz_xieTypFloat 4 +#define sz_xieTypGamutTechnique 2 +#define sz_xieTypGeometryTechnique 2 +#define sz_xieTypHistogramData 8 +#define sz_xieTypHistogramShape 2 +#define sz_xieTypInterleave 1 +#define sz_xieTypLevels 12 +#define sz_xieTypLUT 4 +#define sz_xieTypMathOp 1 +#define sz_xieTypMatrix 36 +#define sz_xieTypOrientation 1 +#define sz_xieTypPhotofloOutcome 1 +#define sz_xieTypPhotofloState 1 +#define sz_xieTypPhotomap 4 +#define sz_xieTypPhototag 2 +#define sz_xieTypProcessDomain 12 +#define sz_xieTypRectangle 16 +#define sz_xieTypROI 4 +#define sz_xieTypServiceClass 1 +#define sz_xieTypTechniqueGroup 1 +#define sz_xieTypTechniqueRec 8 +#define sz_xieTypTile 12 +#define sz_xieTypTripleofCARD8 3 +#define sz_xieTypTripleofCARD16 6 +#define sz_xieTypTripleofCARD32 12 +#define sz_xieTypWhiteAdjustTechnique 2 +#define sz_xieFloImportClientLUT 32 +#define sz_xieFloImportClientPhoto 48 +#define sz_xieFloImportClientROI 8 +#define sz_xieFloImportDrawable 24 +#define sz_xieFloImportDrawablePlane 28 +#define sz_xieFloImportLUT 8 +#define sz_xieFloImportPhotomap 12 +#define sz_xieFloImportROI 8 +#define sz_xieFloArithmetic 32 +#define sz_xieFloBandCombine 12 +#define sz_xieFloBandExtract 28 +#define sz_xieFloBandSelect 8 +#define sz_xieFloBlend 40 +#define sz_xieFloCompare 36 +#define sz_xieFloConstrain 24 +#define sz_xieFloConvertFromIndex 12 +#define sz_xieFloConvertFromRGB 12 +#define sz_xieFloConvertToIndex 20 +#define sz_xieFloConvertToRGB 12 +#define sz_xieFloConvolve 24 +#define sz_xieFloDither 24 +#define sz_xieFloGeometry 56 +#define sz_xieFloLogical 32 +#define sz_xieFloMatchHistogram 24 +#define sz_xieFloMath 20 +#define sz_xieFloPasteUp 28 +#define sz_xieFloPoint 20 +#define sz_xieFloUnconstrain 8 +#define sz_xieFloExportClientHistogram 20 +#define sz_xieFloExportClientLUT 32 +#define sz_xieFloExportClientPhoto 12 +#define sz_xieFloExportClientROI 8 +#define sz_xieFloExportDrawable 20 +#define sz_xieFloExportDrawablePlane 20 +#define sz_xieFloExportLUT 24 +#define sz_xieFloExportPhotomap 16 +#define sz_xieFloExportROI 12 +#define sz_xieTecColorAllocAll 4 +#define sz_xieTecColorAllocMatch 8 +#define sz_xieTecColorAllocRequantize 4 +#define sz_xieTecClipScale 48 +#define sz_xieTecHardClip 0 +#define sz_xieTecRGBToCIELab 40 +#define sz_xieTecRGBToCIEXYZ 40 +#define sz_xieTecRGBToYCbCr 36 +#define sz_xieTecRGBToYCC 28 +#define sz_xieTecYCbCrToRGB 40 +#define sz_xieTecYCCToRGB 32 +#define sz_xieTecCIELabToRGB 44 +#define sz_xieTecCIEXYZToRGB 44 +#define sz_xieTecConvolveConstant 12 +#define sz_xieTecConvolveReplicate 0 +#define sz_xieTecDecodeUncompressedSingle 8 +#define sz_xieTecDecodeUncompressedTriple 16 +#define sz_xieTecDecodeG31D 4 +#define sz_xieTecDecodeG32D 4 +#define sz_xieTecDecodeG42D 4 +#define sz_xieTecDecodeTIFF2 4 +#define sz_xieTecDecodeTIFFPackBits 4 +#define sz_xieTecDecodeJPEGBaseline 4 +#define sz_xieTecDecodeJPEGLossless 4 +#define sz_xieTecDitherOrdered 4 +#define sz_xieTecDitherErrorDiffusion 4 +#define sz_xieTecEncodeServerChoice 4 +#define sz_xieTecEncodeUncompressedSingle 4 +#define sz_xieTecEncodeUncompressedTriple 12 +#define sz_xieTecEncodeG31D 4 +#define sz_xieTecEncodeG32D 8 +#define sz_xieTecEncodeG42D 4 +#define sz_xieTecEncodeJPEGBaseline 16 +#define sz_xieTecEncodeJPEGLossless 8 +#define sz_xieTecEncodeTIFF2 4 +#define sz_xieTecEncodeTIFFPackBits 4 +#define sz_xieTecGamutNone 0 +#define sz_xieTecGamutClipRGB 0 +#define sz_xieTecGeomAntialias 0 +#define sz_xieTecGeomAntialiasByArea 4 +#define sz_xieTecGeomAntialiasByLowpass 4 +#define sz_xieTecGeomBilinearInterpolation 0 +#define sz_xieTecGeomGaussian 12 +#define sz_xieTecGeomNearestNeighbor 4 +#define sz_xieTecHistogramFlat 0 +#define sz_xieTecHistogramGaussian 8 +#define sz_xieTecHistogramHyperbolic 8 +#define sz_xieTecWhiteAdjustNone 0 +#define sz_xieTecWhiteAdjustCIELabShift 12 + +#undef Drawable +#undef Colormap +#undef GContext + +#endif /* _XIEPROTOST_H_ */ diff --git a/xie/build/init.o b/xie/build/init.o new file mode 100644 index 0000000..cb7d582 Binary files /dev/null and b/xie/build/init.o differ diff --git a/xie/build/libXIE.a b/xie/build/libXIE.a new file mode 100644 index 0000000..73b384f Binary files /dev/null and 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the DDX dispatch table; satisfy the linker */ +unsigned long (*xieDdxProc[1])() = { 0 }; + + +/* Read a drawable back from the SERVER (not from the framebuffer) and report + * how many pixels are set. This is server-side truth: if the tile is there, + * the server drew it and the remaining problem is only the framebuffer mapping; + * if it is zero, the export produced nothing at all. */ +static void readback(Display *dpy, Drawable d, int w, int h, const char *label) +{ + XImage *im; + int x, y, ones = 0, total = 0; + im = XGetImage(dpy, d, 0, 0, w, h, AllPlanes, ZPixmap); + if (!im) { printf(" %s: XGetImage FAILED\n", label); fflush(stdout); return; } + for (y = 0; y < h; y++) + for (x = 0; x < w; x++) { + total++; + if (XGetPixel(im, x, y) != 0) ones++; + } + printf(" %s: %d/%d pixels set (first row bits: ", label, ones, total); + for (x = 0; x < 8 && x < w; x++) printf("%ld", XGetPixel(im, x, 0) ? 1L : 0L); + printf(")\n"); fflush(stdout); + XDestroyImage(im); +} + +int main(int argc, char **argv) +{ + Display *dpy; + Window win; + GC gc; + XSetWindowAttributes swa; + XieImage img; + XiePhotomap pm; + unsigned long lvl[3]; + unsigned int fill; + int w = 64, h = 64, nbytes, org; + + if (argc < 3) { + fprintf(stderr, "usage: %s \n", argv[0]); + return 2; + } + fill = (unsigned int) strtoul(argv[2], NULL, 16); + org = argc > 3 ? atoi(argv[3]) : XieK_BandByPlane; + + dpy = XOpenDisplay(argv[1]); + if (!dpy) { fprintf(stderr, "cannot open %s\n", argv[1]); return 1; } + printf("display %s opened (root depth %d)\n", argv[1], + DefaultDepth(dpy, DefaultScreen(dpy))); + + lvl[0] = lvl[1] = lvl[2] = 2; + + img = XieCreateImage((unsigned long) w, (unsigned long) h, + XieK_PCM, (unsigned char) org, XieK_Bitonal, 1, lvl, + XieK_PP0, XieK_LP270); + if (!img) { fprintf(stderr, "XieCreateImage failed\n"); return 1; } + printf("image: org=%d w=%lu h=%lu levels=%lu,%lu,%lu arSize=%d\n", org, + Width_(img), Height_(img), CmpLvl_(img,0), CmpLvl_(img,1), + CmpLvl_(img,2), (int) uArSize_(img, 0)); + + if (!uBase_(img, 0)) { + nbytes = (int) uArSize_(img, 0); + if (nbytes <= 0) nbytes = (w + 7) / 8 * h; + uBase_(img, 0) = (unsigned char *) calloc(1, nbytes); + uArSize_(img, 0) = nbytes; + OwnData_(img) = 1; + } + nbytes = (int) uArSize_(img, 0); + printf("filling %d bytes with %02X\n", nbytes, fill); + memset(uBase_(img, 0), fill, nbytes); + + pm = XieCreatePhoto(dpy, XieK_Photomap, (unsigned long) w, (unsigned long) h, + XieK_Bitonal, 1, lvl, XieK_ZeroDark, 1.0, + XieK_BandByPlane, XieK_BandByPlane); + if (!pm) { fprintf(stderr, "XieCreatePhoto failed\n"); return 1; } + printf("photomap created\n"); + XSync(dpy, False); + + XiePutTile(pm, img, XieK_AllPlanes, 0, 0, 0, 0, + (unsigned long) w, (unsigned long) h); + XSync(dpy, False); + printf("put tile sent\n"); + fflush(stdout); + + swa.background_pixel = 0; + swa.event_mask = ExposureMask; + win = XCreateWindow(dpy, DefaultRootWindow(dpy), 150, 200, w, h, 0, + CopyFromParent, InputOutput, CopyFromParent, + CWBackPixel | CWEventMask, &swa); + XMapWindow(dpy, win); + XSync(dpy, False); + gc = XCreateGC(dpy, win, 0, NULL); + XSync(dpy, False); + + if (argc > 4 && atoi(argv[4]) == 9) { + /* control run: window mapped, NO export at all */ + printf("NO EXPORT (baseline)\n"); fflush(stdout); + readback(dpy, win, w, h, "window (no export)"); + } else if (argc > 4 && atoi(argv[4]) == 2) { + /* DEC's IDS pattern: crop element on the photomap, tap it, export the tap + * into a pixmap (ids_build_xie_pipe.c: XieTapFlo(XieCrop(Photo_,0),True)) */ + /* The photoflo must exist and the photomap be bound to it before the + * element chain can be built (crash without it: XieTapFlo derefs a + * flo link that XieCrop never set). */ + XiePhoto flo = XieCreatePhoto(dpy, XieK_Photoflo, (unsigned long) w, + (unsigned long) h, XieK_Bitonal, 1, lvl, + XieK_ZeroDark, 1.0, + XieK_BandByPlane, XieK_BandByPlane); + printf("photoflo=%lx\n", (unsigned long) flo); fflush(stdout); + XieBindMapToFlo(flo, pm); + XSync(dpy, False); + printf("bound map to flo\n"); fflush(stdout); + XiePhoto crop = XieCrop(flo, 0); + printf("crop=%lx\n", (unsigned long) crop); fflush(stdout); + XiePhoto tap = XieTapFlo(crop, 1); + printf("tap=%lx\n", (unsigned long) tap); fflush(stdout); + Pixmap px = XCreatePixmap(dpy, win, w, h, 1); + GC pgc = XCreateGC(dpy, px, 0, NULL); + XSync(dpy, False); + printf("crop=%lx tap=%lx\n", (unsigned long) crop, (unsigned long) tap); fflush(stdout); + XieExport(tap, px, pgc, 0, 0, 0, 0, w, h, 0, 0, 0.0, 0.0); + XSync(dpy, False); + printf("export sent (tap->pixmap)\n"); fflush(stdout); + XCopyArea(dpy, px, win, gc, 0, 0, w, h, 0, 0); + XSync(dpy, False); + printf("copyarea sent\n"); fflush(stdout); + } else if (argc > 4 && atoi(argv[4]) == 1) { + Pixmap pmap = XCreatePixmap(dpy, win, w, h, 1); + XSync(dpy, False); + printf("exporting to PIXMAP depth 1\n"); fflush(stdout); + /* Clear the pixmap to a known value so the readback is unambiguous. */ + XSetForeground(dpy, gc, 0L); + XFillRectangle(dpy, pmap, gc, 0, 0, w, h); + XSync(dpy, False); + readback(dpy, pmap, w, h, "pixmap after clear(=0)"); + XieExport(pm, pmap, gc, 0, 0, 0, 0, w, h, 0, + DefaultColormap(dpy, DefaultScreen(dpy)), 0.0, 0.0); + XSync(dpy, False); + printf("export sent (pixmap)\n"); fflush(stdout); + readback(dpy, pmap, w, h, "pixmap after export"); + readback(dpy, win, w, h, "window before copy"); + XCopyArea(dpy, pmap, win, gc, 0, 0, w, h, 0, 0); + XSync(dpy, False); + printf("copyarea sent\n"); fflush(stdout); + readback(dpy, win, w, h, "window after copy"); + } else { + XieExport(pm, win, gc, 0, 0, 0, 0, w, h, 0, + DefaultColormap(dpy, DefaultScreen(dpy)), 0.0, 0.0); + XSync(dpy, False); + printf("export sent (with colormap)\n"); + readback(dpy, win, w, h, "window after direct export"); + } + fflush(stdout); + + sleep(6); + XCloseDisplay(dpy); + return 0; +} diff --git a/xie/docs/dec/DECimage-1200-install-use-EK-V120I-IN-001.pdf b/xie/docs/dec/DECimage-1200-install-use-EK-V120I-IN-001.pdf new file mode 100644 index 0000000..1b11256 Binary files /dev/null and b/xie/docs/dec/DECimage-1200-install-use-EK-V120I-IN-001.pdf differ diff --git a/xie/docs/dec/DECimage-1200-install-use-EK-V120I-IN-001.txt b/xie/docs/dec/DECimage-1200-install-use-EK-V120I-IN-001.txt new file mode 100644 index 0000000..52e1fb9 --- /dev/null +++ b/xie/docs/dec/DECimage-1200-install-use-EK-V120I-IN-001.txt @@ -0,0 +1,1509 @@ +Installing and Using +The DECimage 1200 +Video Terminal +Order Number EK–V120I–IN–001 + + + + +Digital Equipment Corporation + First Edition, February 1991 + +The information in this document is subject to change without notice and should not +be construed as a commitment by Digital Equipment Corporation. Digital Equipment +Corporation assumes no responsibility for any errors that may appear in this document. + +The software described in this document is furnished under a license and may be used or +copied only in accordance with the terms of such license. + +No responsibility is assumed for the use or reliability of software on equipment that is not +supplied by Digital Equipment Corporation or its affiliated companies. + +Restricted Rights: Use, duplication, or disclosure by the U. S. Government is subject to +restrictions as set forth in subparagraph ( c ) ( 1 ) ( ii ) of the Rights in Technical Data +and Computer Software clause at DFARS 252.227–7013. + +Copyright © by Digital Equipment Corporation 1991 + +All Rights Reserved. +Printed in Taiwan. + +FCC NOTICE: The equipment described in this manual generates, uses, and may emit +radio frequency energy. The equipment has been type tested and found to comply with +the limits for a Class A computing device pursuant to Subpart J of Part 15 of FCC +Rules, which are designed to provide reasonable protection against such radio frequency +interference when operated in a commercial environment. Operation of this equipment in +a residential area may cause interference, in which case the user at his own expense may +be required to take measures to correct the interference. + +The following are trademarks of Digital Equipment Corporation: DECimage, DECwindows, +LAT, PDP, ThinWire, ULTRIX, VMS, VT, VT1000, VT1200, and the DIGITAL logo. + +UNIX is a registered trademark of UNIX System Laboratories. + + +This document was prepared and published by Educational Services Development and +Publishing, Digital Equipment Corporation. + Contents + +About This Guide v + + +1 A Look at Your Video Terminal +Imaging and the DECimage 1200 Terminal . . . . . . . . . . . . . . . . . . . 2 +XIE Software on the DECimage 1200 Terminal . . . . . . . . . . . . . . . . 2 +Differences Between the DECimage 1200 and VT1200 Terminals . . 2 + + +2 Installing Your Video Terminal +Site Preparation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 +Unpacking . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 +Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 +Verifying the Memory Installation . . . . . . . . . . . . . . . . . . . . . . . . . . 10 + + +3 Installing Optional Memory +Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11 + + +4 Upgrading to a DECimage 1200 Terminal +Unpacking . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16 +Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 +Verifying the Memory Installation . . . . . . . . . . . . . . . . . . . . . . . . . . 22 + + + + + iii + iv Contents + + + +5 Improving Hard-to-Read Images +How Does the Terminal Display an Image? . . . . . . . . . . . . . . . . . . . 23 +How Can You Improve an Image? . . . . . . . . . . . . . . . . . . . . . . . . . . 24 +Displaying the Customize Image Dialog Box . . . . . . . . . . . . . . . . . . 25 +Customizing the Image . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 + + +6 Solving Problems + +A Specifications +Site Planning . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 +Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 + + +B Options and Documentation +Related Documentation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33 + + +C X Window Image Extensions +The XIE Subset . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34 + Pipelines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34 + Decompression Constraints . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35 + Scaling Constraints of the XIE Server . . . . . . . . . . . . . . . . . . . . . 35 + XCopyArea and XCopyPlane Constraint . . . . . . . . . . . . . . . . . . . 35 +XIE Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 + + +Tables +C–1 XIE Functions in the DECimage 1200 Terminal . . . . . . . . . . 36 + About This Guide + + +This guide describes how to: +• Install your DECimage 1200 video display terminal. +• Upgrade your VT1000 terminal or VT1200 terminal to a DECimage + 1200 terminal. +The guide is a supplement to: + Installing and Using the VT1200 Video Terminal + +Who Should Use This Guide +This guide is for the installer and general user of the DECimage 1200 +video terminal. + +Organization +This guide contains the following chapters and appendices: +• Chapter 1, ‘‘A Look at Your Video Terminal,’’ provides an overview of + the DECimage 1200 terminal and lists the differences between the + DECimage 1200 terminal and the VT1200 terminal. +• Chapter 2, ‘‘Installing Your Video Terminal,’’ describes how to install + your terminal. +• Chapter 3, ‘‘Installing Optional Memory,’’ describes how to install + additional memory. +• Chapter 4, ‘‘Upgrading to a DECimage 1200 Terminal,’’ describes + how to upgrade a VT1000 or VT1200 terminal to a DECimage 1200 + terminal. +• Chapter 5, ‘‘Improving Hard-to-Read Images,’’ describes how to use + the Customize Image dialog box to improve images that are hard to + read on the screen. + v + vi About This Guide + + + +• Chapter 6, ‘‘Solving Problems,’’ describes how to solve operating + problems, including basic X window image extension (XIE) protocol + problems. +• Appendix A, ‘‘Specifications,’’ lists DECimage 1200 specifications. +• Appendix B, ‘‘Options and Documentation,’’ lists options, related + documentation, and ordering information. +• Appendix C, ‘‘X Window Image Extensions,’’ describes the DECimage + 1200 implementation of the XIE protocol. + +Conventions +The following conventions are used in this guide: + + + lO Keys or switches that are labeled appear in a box . + Example: Press the Return key. +Ctrl key For Ctrl key sequences, hold down Ctrl and press the other + key. +Warnings Provide information to prevent personal injury. +Cautions Provide information to prevent damage to equipment or + software. +Notes Provide general information about the current topic. + 1 + 1 + A Look at Your Video Terminal + + +This chapter introduces you to the DECimage 1200 video display terminal. +Refer to Installing and Using the VT1200 Video Terminal for a complete +description of the DECimage 1200 terminal, except for the differences +described in this guide. + + + + + Keyboard + LEDs + + + + + GSF_0837_89A.DG + MA-0248-90.DG + + + + + 1 + 2 A Look at Your Video Terminal + + + +Imaging and the DECimage 1200 Terminal +The DECimage 1200 terminal lets you run X window applications on +your computer system, including Digital’s DECwindows software and X +window image extensions (XIE) software. The imaging features allow +the terminal to send compressed image files to the server and to display +image information faster. +From the DECimage 1200 Terminal Manager window, you can display +a Customize Image dialog box with features to improve images that are +hard to read on the screen (Chapter 5). + +XIE Software on the DECimage 1200 Terminal +The DECimage 1200 terminal has an XIE server that lets the terminal +run XIE applications. XIE applications let the terminal display images +quickly by decompressing, scaling, and rotating data. See Appendix C for +a description of XIE routines, their functions, and restrictions. + +Differences Between the DECimage 1200 and +VT1200 Terminals +There are only two physical components that make the DECimage 1200 +terminal different from the VT1200 terminal. + +The DECimage 1200 uses ... While the VT1200 uses ... + +an image board with connectors for a RAM board with connectors for +optional memory. optional memory. +a ROM board with imaging software. a ROM board without imaging + software. + 22 + Installing Your Video Terminal + + +This chapter explains how to install a new DECimage 1200 terminal. The +chapter provides step-by-step instructions on how to: + Prepare for installation. + Unpack, inspect, and check the terminal’s components. + Connect your terminal’s monitor, mouse, and keyboard. + Connect a printer, modem, or tablet to the terminal. + Connect your terminal to a network. + Turn on your terminal. + +NOTE +If you are upgrading your terminal to a DECimage 1200 terminal, +go to Chapter 4. + +Site Preparation +Before you install your DECimage 1200 terminal, make sure your +computer system has the necessary network hardware and system +software to support the terminal. See your system manager to ensure +these requirements are met. + +For System Managers +System managers need to prepare the computer system for use with +the terminal. Refer to the ‘‘System Management Tasks’’ appendix in the +Installing and Using the VT1200 Video Terminal guide for a description of +the required tasks. + + + + + 3 + 4 Installing Your Video Terminal + + + +Network Hardware Support +The DECimage 1200 terminal requires one of the following physical +connections to connect to a host computer system: + +ThinWire Lets the terminal operate with X window applications and +connector multiple text terminal sessions, using either the LAT or TCP/IP + network protocol. You must use the ThinWire connector to operate + with X window or DECwindows software. +Serial Lets the terminal connect to a single host or terminal server as a +line traditional text terminal. + +System Software Support +The following table summarizes the system resources needed to open X +window sessions or video terminal (VTE) sessions: + + Operating Communication +Operation System Protocol + +Video terminal session VMS Version 4.0 or LAT + higher + + + + UNIX (any Berkeley TELNET (TCP/IP) + (BSD) compliant version) + + + + ULTRIX (any version) TELNET (TCP/IP) + + + +X window session VMS Version 5.3-1 or LAT + higher + + + + UNIX (any version) TELNET (TCP/IP) + + + + UWS Version 2.2 TELNET (TCP/IP) + (includes ULTRIX + Version 3.1) or higher + Installing Your Video Terminal 5 + + + +Selecting a Location +Use the following guidelines to select a good location for your terminal: +• Select a surface area that is large enough to hold your system box, + monitor, keyboard, and mouse. +• Place your monitor so that the top line of the monitor display is at eye + level. +• To avoid screen glare, select a place where bright light will not reflect + off the monitor. +• Do not block the air vents on the sides of the system box or place the + system box on its side. Blocking the air vents can cause the system to + overheat. +• Keep the area clean. Do not place food or liquid on or near your + terminal. +• Keep the temperature between 10° and 40° C (50° and 104° F), and + the relative humidity between 10% and 95%. +• Keep the air well circulated, to prevent excess heat and dust from + accumulating. +• Keep your terminal away from heaters, photocopiers, direct sunlight, + and abrasive particles. + 6 Installing Your Video Terminal + + + +Unpacking + +Unpack and check the contents of each carton. +Make sure you have all the items shown in the following figure. Carefully +inspect the components for shipping damage. If you have any missing or +damaged items, contact your sales representative and delivery agent. + +WARNING +If necessary, use two people to lift or move the monitor out of the +shipping carton. Approximate monitor weights: +• VR315 monitor (380 mm/15 inch): 13 kg (29 lb) +• VR319 monitor (480 mm/19 inch): 27 kg (60 lb) +• VRE01 monitor (480 mm/19 inch): 7 kg (15 lb) + +DECimage 1200 Parts Checklist +1 Monitor: VR319 (shown), VR315, or VRE01 +2 Power cord for the monitor +3 Monitor installation guide +4 System box +5 Power cord for the system box +6 Mouse +7 DEC-423 communication cable with EIA adapter (6-pin to 25-pin) attached +8 Monitor cable +9 Keyboard and legend strip +10 Ethernet cable and connector +11 Installing and Using the DECimage 1200 Video Terminal +12 Installing and Using the VT1200 Video Terminal +13 Rear dress panel +Optional +14 SIMM memory card(s) + +NOTE +If you receive three power cords (a short one and two long ones), +the second long power cord is not needed for this installation. + Installing Your Video Terminal 7 + + + + + 1 2 3 + + + TM + + + + + 4 5 6 + + TM + + + + + tal + di gi + + + + + 7 8 9 10 + + + + + 11 12 13 14 + + + + + GSF_0822_89.DG + MA-0249-90.DG + + + + +Installation + +Install any optional memory first. +If you ordered optional memory for your terminal, go to Chapter 3. You +should install the memory cards in the system box before proceeding. + 8 Installing Your Video Terminal + + + +Connect the cables to the system box. +Perform the following steps to connect cables and set the monitor selection +switch on the rear of the system box. The steps are keyed to the figure. + + + + 1 + + 2 + 3 + 4 + 234 + 1 + 5 + 5 + 6 6 + 7 + + + + + MA-0667-90.DG + + + + +Step Action + +1 Connect one end of the monitor cable to the monitor and the other end to + the system box. + If you have a VRE01 monitor, attach the cable-holding fixture to the rear + of the monitor before connecting the cable. +2 Set the monitor selection switch to match your monitor. + VR319 = 2 VR315 = 5 VRE01 = 3 +3 Connect the mouse or graphics tablet to the system box. +4 Connect the keyboard to the system box. +5 Serial printer port: If you have a printer or secondary host computer, + connect the printer or host to the system box. +6 Serial host port: If you have a primary host computer or terminal server, + connect the host or server to the system box. +7 Connect the ThinWire Ethernet connector to the system box. Connect the + other end to your local area network. + Installing Your Video Terminal 9 + + + + + 234 + 1 5 + 6 + + + + + 8 + 9 + 11 + + + + + 10 + + + MA-0668-90.DG + + + + +Step Action + +8 Make sure the l O power switches on the monitor and system box are + off (O). Then connect the long power cord from the system box to the wall + outlet. +9 Connect the short power cord from the monitor to the system box. +10 Route all cables under the dress panel. Push the dress panel onto the + system box. +11 Turn the monitor’s l O power switch on by pressing ( | ). Turn the + system box’s l O power switch on by pressing ( | ). + + NOTE + If the screen appears snowy, the monitor selection switch may be + set to the wrong position. Set the monitor selection switch to the + correct setting, then turn the system box’s l O power switch off + and on again. + The keyboard sounds a bell tone, and a pie graph displayed on the + monitor gradually fills in as the terminal performs its self-tests. + When the tests are done, the keyboard bell tone sounds again and the + Terminal Manager window appears. + +This is a good time to set the brightness, contrast, and viewing angle of +your monitor. See your monitor’s installation guide for instructions. +If you installed optional memory cards, go to the next section to verify the +memory installation. + 10 Installing Your Video Terminal + + + +Verifying the Memory Installation +After you power up the monitor and system box, the Terminal Manager +window should appear on your screen. +Verify that the number on the right side of the Memory Remaining scale +displays the correct number of megabytes in your system. +Standard + Optional = Number Displayed +2 megabytes 1 megabyte 3M + 2 megabytes 4M + +The installation procedure is complete. +Refer to Installing and Using the VT1200 Video Terminal to learn how to +use your DECimage 1200 terminal. + +NOTE +If you had problems with the installation, review the installation +steps carefully. If the problem continues, refer to the ‘‘Solving +Problems’’ chapter in Installing and Using the VT1200 Video +Terminal. + 33 + Installing Optional Memory + + +This chapter describes how to install optional SIMM memory cards onto +the image board. +The terminal comes with 2 megabytes of RAM memory. You can add +1 or 2 more megabytes of optional RAM memory, for a total of up to 4 +megabytes. Optional memory comes on 1-megabyte single in-line memory +module (SIMM) cards. You install the SIMM cards on the terminal’s +image board. + +Installation +Use a grounding wrist strap and an antistatic mat to perform the +installation, if available. Otherwise, frequently touch the metal chassis +of the system box during installation, to neutralize any existing static +charges. + +If you are installing the terminal, go to the next page. +If the terminal is already installed, perform these steps first. +Step Action + +1 Turn the system box’s l O power switch off (O). +2 Turn the monitor’s l O power switch off (O). +3 Disconnect the two power cords from the rear of the system box. +4 Disconnect the monitor video cable from the rear of the system box. +5 Remove the monitor from the top of the system box. You may need two + people. + + + + + 11 + 12 Installing Optional Memory + + + +Install the SIMM cards. +Step Action + +1 Remove the system box cover. + • Release the top cover of the system box by pressing in the two push + tabs on the side of the box, as shown. + • Slowly lift the top cover until you release the hinges on the other side + of the box. Then lift the top cover completely off the system box. + + + + + 234 + 1 5 + 6 + + + + + 22% + + GSF_0839_89.DG + MA-0251-90.DG + Installing Optional Memory 13 + + + +Step Action + +2 Remove the image board from the system box. + + CAUTION + The image board and the SIMM cards can be damaged by + electrostatic discharge. Handle the image board by its cover + or strap. Avoid contact with any components or circuitry within + the system box. + • Release three standoff clips ( 1 , 2 , 3 ) by gently pushing each clip + away from the image board and lifting up on the edges of the board. + • Hold the short strap on the image board and gently pull up to loosen + the board from the standoffs. + • Release the other three standoff clips ( 4 , 5 , 6 ) by gently pushing + each clip away from the image board and lifting up on the edges of + the board. + • Grasp the long strap of the image board and pull up firmly to release + the image board connector from the system logic board. + • Place the board on top of the power supply’s metal cover, with the + strap side down. You will use the metal cover as a work surface to + perform the SIMM card installation. + + + + + 38% + + + + + 6 + 5 + + 1 + 4 + + + + + 234 + 1 5 + 6 + + + + + 3 + 2 + + + + + GSF_1362_89.DG + 22% MA-0252-90.DG + 14 Installing Optional Memory + + + +Step Action + +3 Install the SIMM cards on the image board. + + CAUTION + SIMM cards can be damaged by electrostatic discharge. Handle a + card by its edges and avoid contact with the gold fingers on the + card. + Remove the SIMM cards from the shipping bag and place them on top of + the power supply’s metal cover. This prevents electrostatic damage. + Install the first SIMM card in the connector labeled 2MB, the second + SIMM in 3MB, and the last SIMM in 4MB. + • Insert the SIMM card into the connector at a 45-degree angle. Face + the components on the SIMM card toward the components on the + image board. Line up the center key slot on the SIMM card with the + connector key on the image board. + • Push down on the top of the card to seat it in the connector. + • Raise the SIMM card into a standup position, until both sides of the + card lock into the connector tabs. + + + + + 2M + B + 3M + B + + + 2MB + MA-0508-90.DG + + + + + To remove the SIMM card: Gently push outward on the tabs at the + sides of the connector. Tilt the SIMM card toward the edge of the image + board at a 45-degree angle. Grasp the edges of the SIMM card firmly and + lift the card out of the connector. + Installing Optional Memory 15 + + + +Step Action + +4 Install the image board back into the system box. + • Grasp both straps of the image board. + • Carefully place the board on top of its connector and standoffs. Use + the standoffs as guides to align the connector on the board with the + connector in the system box. + • Press down firmly on the wide end of the board to seat the connector. + Then, press down on the edges of the board to lock each of the six + standoff clips. + +5 Install the system box cover. +6 Place the monitor on top of the system box. Leave enough room at the + rear of the system box and monitor to connect cables. + +WARNING +If necessary, use two people to lift or move the monitor. +7 Go back to Chapter 2, to connect the cables to the system box and verify + the memory installation. + 4 +4 +Upgrading to a DECimage 1200 Terminal + +This chapter provides the procedure to upgrade your terminal to a +DECimage 1200 terminal. + +CAUTION +The image board and the SIMM cards can be damaged by +electrostatic discharge. Handle the image board by its cover +or strap. Avoid contact with any components or circuitry within +the system box. + +Unpacking + +Unpack and check the contents of each carton. +1 Standoffs: 2 keyed and 1 unkeyed +2 Installing and Using the DECimage 1200 Video Terminal +3 Image board +4 ROM board +5 Optional: SIMM memory card(s) + + + + +16 + Upgrading to a DECimage 1200 Terminal 17 + + +1 2 + + + + +3 + + + + +4 + + + + +5 + + + + + GSF_1598_89.DG + MA-0255-90.DG + 18 Upgrading to a DECimage 1200 Terminal + + + +Installation +If you are unfamiliar with the connectors on the terminal’s system box, +refer to the figures in Chapter 2. +Use a grounding wrist strap and an antistatic mat to perform the +installation, if available. Otherwise, frequently touch the metal chassis +of the system box during installation, to neutralize any existing static +charges. + +Turn off power, disconnect cables, and open the system box. +Step Action + +1 Turn the system box’s l O power switch off (O). +2 Turn the monitor’s l O power switch off (O). +3 Disconnect the two power cords from the rear of the system box. +4 Disconnect the monitor video cable from the rear of the system box. +5 Remove the monitor from the top of the system box. You may need two + people. +6 Remove the system box cover. + + + + + 234 + 1 5 + 6 + + + + + 22% + + GSF_0839_89.DG + MA-0251-90.DG + Upgrading to a DECimage 1200 Terminal 19 + + + +Remove the RAM controller board and check for SIMM cards. +If your terminal does not have a RAM controller board 1 , go to the next +page. + +Step Action + +1 Release the standoff clips on the RAM board 1 and remove the board by + firmly lifting up on its strap. +2 Turn the RAM board over and check if one or more SIMM cards 2 are + installed. If any SIMM cards are installed, remove them as follows: + Gently push outward on the tabs at the sides of the connector. Tilt the + SIMM card toward the edge of the RAM board at a 45-degree angle. Grasp + the edges of the SIMM card firmly and lift the card out of the connector. + Next, you will install the SIMM cards on the image board. + + + + + 1 + + + + 2 + + + + + MA-0808-90.DG + 20 Upgrading to a DECimage 1200 Terminal + + + +Install SIMM cards on the image board. +If you are not installing SIMM cards, go to the next page. If you ordered +optional SIMM cards or removed SIMM cards from the RAM controller +board, install them on the image board. + +CAUTION +SIMM cards can be damaged by electrostatic discharge. Handle a +card by its edges and avoid contact with the gold fingers on the +card. + +Step Action + +1 Remove the SIMM cards from the shipping bag and place them on top of + the power supply’s metal cover. This prevents electrostatic damage. +2 Install the first SIMM card in the connector labeled 2MB, the second + SIMM in 3MB, and the last SIMM in 4MB. + • Insert the SIMM card into the connector at a 45-degree angle. Face + the components on the SIMM card toward the components on the + image board. Line up the center key slot on the SIMM card with the + connector key on the image board. + • Push down on the top of the card to seat it in the connector. + • Raise the SIMM card into a standup position, until both sides of the + card lock into the connector tabs. + + + + + 2M + B + 3M + B + + + 2MB + MA-0508-90.DG + + + + + To remove the SIMM card: Gently push outward on the tabs at the + sides of the connector. Tilt the SIMM card toward the edge of the image + board at a 45-degree angle. Grasp the edges of the SIMM card firmly and + lift the card out of the connector. + Upgrading to a DECimage 1200 Terminal 21 + + + +Install the image board in the system box. +Step Action + +1 Firmly bend and twist the standoff 1 to break it and remove it. It is + normal for the broken piece to remain inside the system box. +2 Install three new standoffs to support the image board: 2 is unkeyed and + 3 and 4 are keyed. + +3 Grasp both straps of the image board. +4 Carefully place the board on top of its connector and standoffs. Use the + standoffs as guides to align the connector on the board with the connector + in the system box. +5 Press down firmly on the wide end of the board to seat the connector. Then + press down on the edges of the board to lock each of the six standoff clips. + + +CAUTION +Pressing too hard on the narrow end of the image board may +damage the board. + + + + + 1 + + + + + 38% + + + + + 234 + 1 5 + 6 + + + + 4 + + 3 + + 2 + + + + 22% + + GSF_1362_89.DG + MA-0254-90.DG + 22 Upgrading to a DECimage 1200 Terminal + + + +Install the new ROM board and verify the installation. +Step Action + +1 The ROM board is next to the image board. Remove the old ROM board + from the system box by releasing the board’s standoff clips and pulling up + firmly on the board’s strap. +2 Unpack the new ROM board and install it in the system box. Align the + board with its connector, press firmly in place, and lock the standoff clips. +3 Install the system box cover. +4 Reconnect all cables to the monitor and the system box. +5 Turn on the power switches on the system box and monitor. + +NOTE +If the screen appears snowy, the monitor selection switch may be set to +the wrong position. To correct the problem, change the monitor selection +switch setting and turn the system box power off and on again. +6 Go to the next section to verify the memory installation. + + +Verifying the Memory Installation +After you power up the monitor and system box, the Terminal Manager +window should appear on your screen. +Verify that the number on the right side of the Memory Remaining scale +displays the correct number of megabytes in your system. +Standard + Optional = Number Displayed +2 megabytes 1 megabyte 3M + 2 megabytes 4M + +The installation procedure is complete. +Continue to refer to your VT1000 or VT1200 Installing and Using ... +guide for information on using your DECimage 1200 terminal. + +NOTE +If you had problems with the installation, review the installation +steps carefully. If the problem continues, refer to the ‘‘Solving +Problems’’ chapter in your VT1000 or VT1200 Installing and Using +... guide. + 5 + 5 + Improving Hard-to-Read Images + +This chapter describes how to improve images that are hard to read on +the screen. For example, you may have scanned-in images that are too +light or dark, streaked, or smudged. You can use the Customize Image +dialog box to improve the image currently displayed on the screen. + +NOTE +Before using the dialog box, make sure you set the brightness and +contrast controls on your monitor. See your monitor’s installation +guide for instructions. + +How Does the Terminal Display an Image? +Your terminal displays text characters and graphic images as a series of +dots (pixels) on the monitor’s screen. The terminal reads the information +for each dot from the image’s source file. A typical source file for a +printable document stores images at a resolution of 200 or 300 dots/inch. +The terminal displays images at a resolution of approximately +100 dots/inch. Terminals and monitors generally have a lower resolution +than printers. +As a result, images that are flawed in the source file may be unreadable +when displayed. For example, suppose you have a document with a +broken E character. The character may be readable in the source file, but +unreadable when the terminal displays it on the monitor’s screen. + + + + + 23 + 24 Improving Hard-to-Read Images + + + + + Stored Displayed + + + + + 300 dots/inch 100 dots/inch + + The terminal stores all The terminal displays + recognized dots. one out of three dots + stored. + + LJ−00046−RAGS + + + +How Can You Improve an Image? +If an image in a source file is imperfect or incomplete, you can improve +the displayed image by changing its brightness and contrast values. For +example, you may be able to improve broken characters enough so they +are readable on the screen, by applying brightness or contrast values that +fill in the characters. +When you adjust the brightness and contrast values of an image, the +terminal recalculates the darkness level (black or white) of the displayed +dots that make up the image. + Improving Hard-to-Read Images 25 + + + +Displaying the Customize Image Dialog Box +To display the Customize Image dialog box, choose the Image menu item +from the Terminal Manager’s Customize menu. +1. Point to the Customize menu name in the Terminal Manager’s menu + bar. Click and hold MB1 to pull down the Customize menu. + + + + + LJ−00043−RAGS + +2. Drag the pointer down to the Image... menu item. Release MB1 to + display the Customize Image dialog box. + The values on the Brightness and Contrast scales represent the + last adjustments you made to an image and saved in the terminal’s + memory. There are two ways to save adjustments: + • Click on the OK or Apply button in the Customize Image dialog + box + • Choose the Save Current Settings menu item on the Customize + menu in the Terminal Manager window. + 26 Improving Hard-to-Read Images + + + + The terminal saves your settings in nonvolatile random access + memory (NVR). If you did not save any values, the terminal displays + the image with the values at 0. + + + + + LJ−00044−RAGS + + +Adjust +Normally, this option is disabled so the terminal can calculate its own +brightness and contrast values for the displayed image. If you want to +change the brightness or contrast values, click on the Enable button. +Default: Disable + +NOTE +Remember to click on the Disable button before the OK button to +close the Customize Image dialog box. If you leave Adjust enabled, +the terminal may display other images with poor quality. + +Brightness +This slide bar controls the density of the image on the screen. +Moving the brightness scale to the right darkens the characters and lines +in the image. + Improving Hard-to-Read Images 27 + + + +The effect is reversed for applications that display light text on a dark +background. +Default: The last values saved in the Customize Image dialog box. + +Contrast +This slide bar controls the area of dots that are changed by the Brightness +slide bar. +For example, if you set the Contrast slide bar and then move the +Brightness slide bar to the right, selected areas of the image become +darker and thicker. +Moving the Contrast slide bar to the right causes detailed characters and +lines to merge. It also causes more background data to appear in the +displayed image. +Default: The last values saved in the Customize Image dialog box. + +Customizing the Image +Most hard-to-read images have broken characters or a smudged +background. + +NOTE +You can make the greatest changes to the image by making small +adjustments at the ends of the Brightness and Contrast scales. + +Improving Images with Broken Characters +You can improve images with incomplete characters by making +adjustments to the Brightness and Contrast scales. +1. Display the image you want to adjust. +2. Click on the Enable button in the Customize Image dialog box. +3. Click on the Brightness scale pointer and drag the pointer to the right + of center, closer to the right end of the scale. +4. Click on the Apply button in the Customize Image dialog box. +5. Redisplay the changed image from your application. Note how the + new value changed the image. +6. Continue to make adjustments—moving the Brightness scale, clicking + on Apply, and redisplaying the changed image—until you are + satisfied with the results. The Contrast scale setting should be greater + than 0 and closer to the left end of the scale. + 28 Improving Hard-to-Read Images + + + +7. After you finish customizing images, click on the Disable button + before you click on Apply. This allows the terminal to calculate the + brightness and contrast values of images. + +Improving Images with Smudged Backgrounds +You can improve images that have smudged backgrounds or smudge +marks by adjusting the Brightness and Contrast scales together. +1. Display the image you want to adjust. +2. Click on the Enable button in the Customize Image dialog box. +3. Click on the Brightness scale pointer and drag the pointer to the left + of center. +4. Click on the Contrast scale pointer and drag the pointer closer to the + left end of the scale. +5. Click on the Apply button in the Customize Image dialog box. +6. Redisplay the changed image from your application. Note how the + new values changed the image. +7. Repeat these steps if necessary, making small adjustments until the + image is easy to read. +8. After you finish customizing images, click on the Disable button + before you click on Apply. This allows the terminal to calculate the + brightness and contrast values of images. + 6 + 6 + Solving Problems + +This chapter describes image display problems and solutions, for operators +and programmers. +For other operating problems, see the ‘‘Solving Problems’’ chapter in +Installing and Using the VT1200 Video Terminal. + +Symptom Suggested Solution + +Display Problems: Operator-Related + +The screen appears snowy. Set the monitor selection switch to the correct + position. + 1. Turn the system box’s l O power switch off + (O). + 2. Turn the monitor selection switch setting + on the rear of the system box to the correct + position (Chapter 2). + 3. Turn the system box’s l O power switch on + ( | ). + +The power-up diagnostics Replace the ROM board with an image ROM +are unsuccessful, and the board. +pie graph is distorted. +The displayed image is Check the image board by running the power-up +incomplete. diagnostics. Turn the system box’s l O power + switch off (O) and on ( | ). Report the error on + the screen to Digital Customer Services. + + + + + 29 + 30 Solving Problems + + + +Symptom Suggested Solution + +Display Problems: Operator-Related + +Different images have The Adjust button in the Customize Image +different display qualities, dialog box is enabled. Click on Disable to allow +or the quality changes when the terminal to calculate the brightness and +the application changes the contrast values of the image. +image size. +The terminal stops The terminal ran out of memory. Turn the system +operating or displays error box’s l O power switch off (O) and on ( | ) to +code 28 on the screen. recover. + Use fewer windows. + + +Display Problems: Programmer-Related + +The client receives a Bad Do not invoke an XIE request that is not +Request X error. implemented. +The client receives a Bad Do not invoke an XIE protocol request that is +Request or Bad Match or implemented, but violates its restricted use. This +Bad Value X error. includes attempts to: + • Create non-bitonal image objects. + • Transport from the server to the client. + • Transport DCT compressed data. + +The client receives a Bad Ensure that the parameters passed to the +Match or Bad Value X protocol requests function are properly coded +error. and within range limits. +The client receives a Alloc Use less server resources when the XIE request +X error. generating the error is invoked. For example, + reduce the number of windows, the number of + images in the server, and so on. +No image or a partial image Ensure that the transported image is properly +is displayed. coded by verifying the content of the image file at + the client and verifying the client application. + Solving Problems 31 + + + +Symptom Suggested Solution + +Display Problems: Programmer-Related + + Check the image board by running the power-up + diagnostics. Turn the system box’s l O power + switch off (O) and on ( | ). + Report the error on the screen to Digital + Customer Services. + A +A +Specifications + +This appendix lists site planning specifications for the VR315 and VR319 +monitors. Refer to the ‘‘Specifications’’ appendix in the Installing and +Using the VT1200 Video Terminal guide for additional information. + +Site Planning + Weight Height Width Depth +VR315 monitor 13 kg 400 mm 400 mm 395 mm + (29 lb) (15.7 in) (15.7 in) (15.4 in) +VR319 monitor 27.2 kg 457 mm 495 mm 452 mm + (60 lb) (18 in) (19.5 in) (17.8 in) + + +Display +VR315 CRT 380 mm (15 inch) monochrome screen + resolution 100 dots/inch +VR319 CRT 485 mm (19 inch) monochrome screen + resolution 100 dots/inch + + + + +32 + B + B + Options and Documentation + +This appendix lists the manuals related to the DECimage 1200 video +terminal. Refer to the ‘‘Options and Documentation’’ appendix in the +Installing and Using the VT1200 Video Terminal guide for a listing and +ordering information for options, modems, cables, and other manuals. + +Related Documentation +You can order the following related documents from Digital: +DEC Image Utility Library Programmer Reference Manual AA-PG62B-TE +Provides programmers with information on how to use +software routines to manipulate an image in an X window +image extension (XIE) environment. +DEC Image Utility Library for VMS Installation Guide AA-PG63B-TE +DEC Image Utility Library for ULTRIX Installation Guide AA-PG8AA-TK +Provides installers with information to install the Image +Utility Library on VMS systems or ULTRIX systems. +VT1000 / VT1200 / DECimage 1200 Service Guide EK–V1000–SV +Provides qualified service personnel with information +to troubleshoot and repair the VT1000, VT1200, and +DECimage 1200 terminals. +VR315 Monitor Service Guide EK–VR315–SV +Provides qualified service personnel with information to +troubleshoot and repair the VR315 monitor. +VR319 Monitor Service Guide EK–VR319–SV +Provides qualified service personnel with information to +troubleshoot and repair the VR319 monitor. +VRE01 Service Guide EK–VRE01–SV +Provides qualified service personnel with information to +troubleshoot and repair the VRE01 flat panel display. + + + + + 33 + C +C +X Window Image Extensions + +The DECimage 1200 terminal includes X window image extensions (XIE), +an extension to the DECwindows server. With XIE: +• The terminal can handle compressed images for display. +• The server can manipulate the images while accepting user input and + client-based application programs. +The XIE server for the terminal uses a subset of the XIE protocol to +display document-size, bitonal images only. + +The XIE Subset +Table C–1 lists the XIE requests that the terminal supports. When you +use XIE requests in programs, you must obey the following rules and +restrictions so your program will be compatible with the XIE server. + +Pipelines +Always use pipelines to display images on the terminal. +XIE uses process control services, known as pipelines, to allow a client +to create and execute linear, macro-like assemblies of protocol primitives. +Pipelining is a single threaded list of XIE protocol functions through +which image data flows sequentially. +When you construct pipelines for the terminal, the following restrictions +apply: +• Pipeline definitions + — Must use the following functions only: scale, crop, rotate, mirror, + and export. + — Must not have more than one scale, crop, rotate, mirror, and + export function. + — Must always end with the export function. +34 + X Window Image Extensions 35 + + + + — Prefer the following order: scale, crop, rotate, mirror, and export. + — Must be limited to 15 pipeline definitions at one time. +• After you display an image, free the resources used by the rendered + image. Also, rerender from the transported image, if necessary. +• Specify a request to rotate as 0, 90, 180, or 270 degrees only. +• Specify the width and height to be 0, or to match the width and height + of the rotated source image. XIE ignores other values. +• Specify the XIEP_TAP_PHOTOFLO request after the creation of the + photoflo, which is when no elements are added to the pipeline. XIE + ignores other taps. + +Decompression Constraints +XIE limits image decompression to CCITT Group 3 and 4 images with +scaling widths of less than or equal to 32768 pixels. CCITT is the Comitè +Consultatif International de Télégraphique et Téléphonique, a standards +committee for the communication industry in Europe. + +Scaling Constraints of the XIE Server +The server may adjust the scale factors used by the image board from +those specified in the XIEP_SCALE request. Any adjustment will be close +to the specified scale, but will not exceed the specified scale. +The server restricts the scale factors because of the word size of the image +  +accelerator. To scale A pixels to B pixels, find the corresponding M and + +     +N, respectively, that satisfy the following constraints. should be as +close as possible to , without exceeding . +• When scaling down        , the constraints are +      "!# +• When scaling up  +   $   % , the constraints are + & '   ( )!* +XCopyArea and XCopyPlane Constraint +When displaying an image by copying from a pixmap to a partially +occluded window using XCopyArea or XCopyPlane, Xie may display +some or all of the image in reverse video in the window that is partially +occluded. You can correct the video sense of the image by removing the +occlusion and causing the image to be displayed again. + 36 X Window Image Extensions + + + +XIE Functions +Table C–1 describes the XIE functions that the terminal supports. The +table also describes restrictions for each function. + +Table C–1 XIE Functions in the DECimage 1200 Terminal +Session Services Description + +XIEP_INIT_SESSION Begins a client-extension server session. + Restrictions: None. +XIEP_SET_OP_DEFAULTS Establishes or modifies operational defaults. + Restrictions: Bits/pixel parameter value + must be 1. +XIEP_QUERY_OP_DEFAULTS Queries operational defaults. + Restrictions: None. +XIEP_TERM_SESSION Ends a client-extension server session. + Restrictions: None. + + +Resource Services Description + +XIEP_CREATE_BY_VALUE Creates a new server resource object. + Restrictions: Resource-manipulation + parameter values are restricted to those + compatible with bitonal images. +XIEP_CREATE_BY_ Creates a new server resource object. +REFERENCE + Restrictions: Resource-manipulation + parameter values are restricted to those + compatible with bitonal images. +XIEP_DELETE_RESOURCE Deletes an existing resource object. + Restrictions: None. + X Window Image Extensions 37 + + + +Table C–1 (Cont.) XIE Functions in the DECimage 1200 Terminal +Resource Services Description + +XIEP_QUERY_RESOURCE Queries an existing server resource object. + Restrictions: Resource-manipulation + parameter values are restricted to those + compatible with bitonal images. +XIEP_EXPORT Creates a new server PIXMAP resource + object. + Restrictions: None. +XIEP_FREE_EXPORT Frees the export context. + Restrictions: None. +XIEP_QUERY_EXPORT Queries the export context. + Restrictions: None. + + +Transport Services Description + +XIEP_SET_TRANSPORT Establishes the required transport context + information. + Restrictions: Does not support a DCT + compression scheme. +XIEP_ABORT_TRANSPORT Stops the required transport context + information. + Restrictions: None. +XIEP_PUT_TILE Transports random tiles of uncompressed + image data from the client to the server. + Restrictions: None. +XIEP_PUT_STREAM Transports a stream of compressed or + uncompressed image data from the client + to the server. + Restrictions: Does not support a DCT + compression scheme. + 38 X Window Image Extensions + + + +Table C–1 (Cont.) XIE Functions in the DECimage 1200 Terminal + +Geometric Description + +XIEP_SCALE Scales the image in x and y directions. + Restrictions: Limits the scale factor within + specifications. See the ‘‘Scaling Constraints + of the XIE Server’’ section. +XIEP_ROTATE Rotates the image around the z axis. + Restrictions: Supports 0, 90, 180, and 270- + degree rotation only. The width and height + should either be 0 or match the width and + height of the rotated source image. XIE + ignores other values. +XIEP_MIRROR Rotates the image around the x or y axis, or + both. + Restrictions: None. +XIEP_CROP Extracts a subset of an image. + Restrictions: None. + + +Process Control Services Description + +XIEP_EXECUTE_PHOTOFLO Begins the execution of a pipeline. + Restrictions: See the ‘‘Pipelines’’ section. +XIEP_ABORT_PHOTOFLO Terminates (prematurely) the execution of a + pipeline. + Restrictions: None. +XIEP_BIND_PHOTOFLO Binds a photomap to a photoflo. + Restrictions: None. + X Window Image Extensions 39 + + + +Table C–1 (Cont.) XIE Functions in the DECimage 1200 Terminal +Process Control Services Description + +XIEP_TAP_PHOTOFLO Captures the current output image of the + photoflo at the point where the tap was + issued. + Restrictions: Tap only at the beginning of + a pipeline (when empty). XIE ignores other + taps. +XIEP_SELECT_EVENTS Selects the events that the client wishes to + be notified of. + Restrictions: None. +XIEP_QUERY_EVENTS Queries which events the client will be + notified of. + Restrictions: None. + \ No newline at end of file diff --git a/xie/docs/dec/DECwindows-Motif-OpenVMS-XIE-support.pdf b/xie/docs/dec/DECwindows-Motif-OpenVMS-XIE-support.pdf new file mode 100644 index 0000000..8ae7fe5 Binary files /dev/null and b/xie/docs/dec/DECwindows-Motif-OpenVMS-XIE-support.pdf differ diff --git a/xie/docs/dec/DECwindows-Motif-OpenVMS-XIE-support.txt b/xie/docs/dec/DECwindows-Motif-OpenVMS-XIE-support.txt new file mode 100644 index 0000000..95a6602 --- /dev/null +++ b/xie/docs/dec/DECwindows-Motif-OpenVMS-XIE-support.txt @@ -0,0 +1,6259 @@ +HP DECwindows Motif for +OpenVMS +New Features +Order Number: BA402-90005 + + +July 2006 + +This manual describes new features and enhancements that pertain to +the DECwindows Motif Version 1.6 software. + + + + +Revision/Update Information: This manual supersedes the HP + DECwindows Motif for OpenVMS + Alpha New Features for Version 1.5. +Operating Systems: OpenVMS I64 Version 8.3 + OpenVMS Alpha Version 8.3 +Software Versions: DECwindows Motif for OpenVMS I64 + Version 1.6 + DECwindows Motif for OpenVMS + Alpha Version 1.6 + + + + +Hewlett-Packard Company +Palo Alto, California + © Copyright 2006 Hewlett-Packard Development Company, L.P. +Confidential computer software. Valid license from HP required for possession, use or copying. +Consistent with FAR 12.211 and 12.212, Commercial Computer Software, Computer Software +Documentation, and Technical Data for Commercial Items are licensed to the U.S. Government +under vendor’s standard commercial license. +The information contained herein is subject to change without notice. The only warranties for HP +products and services are set forth in the express warranty statements accompanying such products +and services. Nothing herein should be construed as constituting an additional warranty. HP shall +not be liable for technical or editorial errors or omissions contained herein. +Intel and Itanium are trademarks or registered trademarks of Intel Corporation or its subsidiaries +in the United States and other countries. +Java is a US trademark of Sun Microsystems, Inc. +UNIX is a registered trademark of The Open Group. +The X device is a trademark of X/Open Company Ltd. in the UK and other countries. +Printed in the US + + + ZK6663 + Contents + +Preface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ix + +1 Introduction + +2 General User Features + 2.1 General DECwindows Motif Environment . . . . . . . . . . . . . . . . . . . . . . . . . 2–1 + 2.1.1 Support for Internet Protocol Version 6 (IPv6) Transport . . . . . . . . . . . 2–1 + 2.1.2 Extended File Specification (EFS) Support . . . . . . . . . . . . . . . . . . . . . 2–2 + 2.1.2.1 File Selection Popup Window . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–2 + 2.1.2.2 New Desktop and the File Manager Application . . . . . . . . . . . . . . 2–2 + 2.1.2.3 Traditional Desktop and the FileView Application . . . . . . . . . . . . . 2–2 + 2.1.2.4 The Programming Libraries . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–2 + 2.1.2.5 Translated Image Support (TIS) Library . . . . . . . . . . . . . . . . . . . . 2–2 + 2.1.3 Color Customizer Example Program . . . . . . . . . . . . . . . . . . . . . . . . . . 2–3 + 2.1.3.1 Supported Displays . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–3 + 2.1.3.2 Supported Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–3 + 2.1.3.3 Building the Color Customizer on OpenVMS Systems . . . . . . . . . . 2–3 + 2.1.3.4 Running the Color Customizer . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–4 + 2.1.3.5 Modifying the DECW$LOGIN.COM File . . . . . . . . . . . . . . . . . . . . 2–4 + 2.1.3.6 Command Interface Summary . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–4 + 2.1.3.7 Changing the Mapping Between Color Resources and Color + Cells . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–5 + 2.1.3.8 Using the Customizer with DECterm Windows . . . . . . . . . . . . . . . 2–6 + 2.1.3.9 Changing the Default Value of the Automatic Shadowing Toggle + Button . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–6 + 2.1.3.10 Using the Customizer on Multihead Systems . . . . . . . . . . . . . . . . 2–6 + 2.1.3.11 Using the XSETROOT_CUST.EXE Demonstration Program . . . . . 2–7 + 2.1.4 Drag-and-Drop Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–7 + 2.1.5 Tear-Off Menu Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–8 + 2.2 New Desktop Environment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–8 + 2.2.1 DECW$GREET.TXT Timer Added . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–8 + 2.2.2 Workspace Customization . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–8 + 2.2.2.1 Workspace Button Colors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–8 + 2.2.2.2 Number of Workspaces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–9 + 2.2.2.3 Add and Delete Workspaces is Not Displayed . . . . . . . . . . . . . . . . 2–9 + 2.2.2.4 Removing Subpanel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–9 + 2.2.3 Updated Welcome Message . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–9 + 2.2.4 Setting the File Manager Refresh Rate . . . . . . . . . . . . . . . . . . . . . . . . 2–10 + 2.2.5 Selecting Screens on Application Launch . . . . . . . . . . . . . . . . . . . . . . . 2–10 + 2.2.6 Front Panel Icons Support MB3 Operations . . . . . . . . . . . . . . . . . . . . 2–10 + 2.3 Traditional Desktop Environment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–11 + 2.3.1 Resource Added for DECwindows XUI Applications . . . . . . . . . . . . . . 2–11 + 2.4 Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–11 + + + iii + 2.4.1 CDA Viewer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–11 + 2.4.1.1 Using the CDA Viewer to View Asian-Language Text . . . . . . . . . . 2–11 + 2.4.1.1.1 Specifying an Options File . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–11 + 2.4.1.1.2 Defining Logical Names . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–12 + 2.4.1.2 Converting Files That Contain Asian-Language Characters . . . . . 2–13 + 2.4.1.3 Dynamic Font Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–14 + 2.4.1.4 Enhanced Display Performance . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–14 + 2.4.1.5 Pack and Unpack Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–15 + 2.4.1.5.1 Pack Application Syntax . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–15 + 2.4.1.5.2 Unpack Application Syntax . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–16 + 2.4.1.5.3 Error Messages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–17 + 2.4.1.6 New CDA Viewer Error Message . . . . . . . . . . . . . . . . . . . . . . . . . . 2–17 + 2.4.2 DECterm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–17 + 2.4.2.1 New Default Font Sizes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–17 + 2.4.2.2 Scrolling Using the Keyboard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–18 + 2.4.2.3 ReGIS Input Cursors and Escape Sequences . . . . . . . . . . . . . . . . . 2–18 + 2.4.2.4 Automatic Window Positioning . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–19 + 2.4.3 Window Manager . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–19 + 2.4.3.1 Overlay Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–19 + 2.5 Tools and Utilities . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–20 + 2.5.1 AccessX Keyboard Utility (accessx) . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–20 + 2.5.1.1 The AccessX Configuration File . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–22 + 2.5.1.2 Default Resource Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–22 + 2.5.2 X Authority Utility (xauth) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–23 + 2.5.2.1 The X Authority File . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–25 + 2.5.2.1.1 Format of an X Authority File Entry . . . . . . . . . . . . . . . . . . . . 2–26 + 2.5.2.1.2 Specifying an X Authority File . . . . . . . . . . . . . . . . . . . . . . . . . 2–27 + 2.5.2.2 Invoking xauth and Entering Commands . . . . . . . . . . . . . . . . . . . 2–27 + 2.5.2.3 IPv6 Considerations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–28 + 2.5.2.4 Accessing Online Help . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–28 + 2.5.2.5 Creating an X Authority File . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–28 + 2.5.2.6 Displaying File Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–28 + 2.5.2.7 Viewing and Editing File Entries . . . . . . . . . . . . . . . . . . . . . . . . . . 2–29 + 2.5.2.8 Generating Authorization Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–32 + 2.5.3 X Keyboard Compiler Utility (xkbcomp) . . . . . . . . . . . . . . . . . . . . . . . . 2–32 + 2.5.4 Window Dump to Print File (xpr) Utility . . . . . . . . . . . . . . . . . . . . . . . 2–34 + +3 System Management Features + 3.1 Installation and Upgrade Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3–1 + 3.1.1 DECW$STARTUP Log File . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3–1 + 3.2 Security and Authorization . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3–1 + 3.2.1 Support for ACME Subsystem . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3–1 + 3.3 X Display Server Management . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3–2 + 3.3.1 Support for Choosing the Location of Dialogs in a Xinerama + Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3–2 + 3.3.2 New Parameter for Enabling IPv6 Support in the Font Server . . . . . . 3–3 + + + + +iv + 4 Programming Features + 4.1 General Run-Time and Programming Environment . . . . . . . . . . . . . . . . . . 4–1 + 4.1.1 Multithreading Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–1 + 4.1.2 Binary Compatibility . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–1 + 4.1.2.1 Use of Asynchronous System Traps (ASTs) . . . . . . . . . . . . . . . . . . 4–2 + 4.1.2.2 Levels of Thread Safety and Concurrency . . . . . . . . . . . . . . . . . . . 4–2 + 4.1.2.3 Enabling Support for Multithreading . . . . . . . . . . . . . . . . . . . . . . . 4–4 + 4.1.2.4 Developing Applications with Thread-Aware Images . . . . . . . . . . . 4–5 + 4.2 Application Programming . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–6 + 4.2.1 CDA Programming . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–6 + 4.2.1.1 Changes to the CDA Programming Interface . . . . . . . . . . . . . . . . . 4–6 + 4.2.1.2 Changes to CDA External Reference Processing . . . . . . . . . . . . . . 4–7 + 4.2.1.3 Restructuring CDA Shareable Images . . . . . . . . . . . . . . . . . . . . . . 4–8 + 4.2.2 DECterm Programming . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–8 + 4.2.2.1 ReGIS Input Cursors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–8 + 4.2.2.2 Page-Movement Escape Sequences . . . . . . . . . . . . . . . . . . . . . . . . 4–9 + 4.3 OSF/Motif Toolkit (Xm) Programming . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–9 + 4.3.1 Drag-and-Drop Enabled Widgets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–9 + 4.4 HP Extensions to Motif (DXm) Programming . . . . . . . . . . . . . . . . . . . . . . 4–10 + 4.4.1 SVN Widget Supports Extended Selection . . . . . . . . . . . . . . . . . . . . . . 4–10 + 4.4.2 DXmCSText Input Method Support . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–10 + 4.5 X Toolkit Intrinsics (Xt) Programming . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–11 + 4.5.1 New Functions Available with X11R6.6 Upgrade . . . . . . . . . . . . . . . . . 4–11 + 4.5.2 Support for Easy Resource Configuration . . . . . . . . . . . . . . . . . . . . . . 4–12 + 4.5.3 New Option for CompositeClassExtensionRec . . . . . . . . . . . . . . . . . . . 4–13 + 4.5.4 New Default Format for XtResolvePathname . . . . . . . . . . . . . . . . . . . 4–13 + 4.5.5 XtAppMainLoop Routine . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–13 + 4.6 X Window System Library (Xlib) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–14 + 4.6.1 IPv6 Considerations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–14 + 4.6.2 New Functions Available with X11R6.6 Upgrade . . . . . . . . . . . . . . . . . 4–14 + 4.6.3 Updated Client-Side Extension Library . . . . . . . . . . . . . . . . . . . . . . . . 4–15 + 4.6.4 Support for LCNs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–16 + 4.6.5 Updated X11 Environment Variable Parsing . . . . . . . . . . . . . . . . . . . . 4–17 + 4.6.6 Additional Non-C Language Bindings Available with X11R6.6 . . . . . . 4–17 + 4.6.6.1 CLOSE OM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–17 + 4.6.6.2 CONTEXTUAL DRAWING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–18 + 4.6.6.3 CONVERT CASE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–18 + 4.6.6.4 DESTROY OC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–18 + 4.6.6.5 DIRECTIONAL DEPENDENT DRAWING . . . . . . . . . . . . . . . . . . 4–18 + 4.6.6.6 DISPLAY OF OM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–19 + 4.6.6.7 EXTENDED MAX REQUEST SIZE . . . . . . . . . . . . . . . . . . . . . . . . 4–19 + 4.6.6.8 INIT IMAGE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–19 + 4.6.6.9 INIT THREADS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–19 + 4.6.6.10 INTERNAL CONNECTION NUMBERS . . . . . . . . . . . . . . . . . . . . 4–20 + 4.6.6.11 LOCALE OF OM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–20 + 4.6.6.12 LOCK DISPLAY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–20 + 4.6.6.13 OPEN OM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–20 + 4.6.6.14 PROCESS INTERNAL CONNECTION . . . . . . . . . . . . . . . . . . . . . 4–21 + 4.6.6.15 REGISTER IM INSTANTIATE Callback . . . . . . . . . . . . . . . . . . . . 4–21 + 4.6.6.16 SET AUTHORIZATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–21 + 4.6.6.17 UNLOCK DISPLAY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–21 + 4.6.6.18 UNREGISTER IM INSTANTIATE Callback . . . . . . . . . . . . . . . . . 4–22 + + + + + v + 4.6.7 Support for Additional Fonts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–22 + 4.6.7.1 Additional 75-dpi Fonts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–23 + 4.6.7.2 Additional 100-dpi Fonts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–27 + 4.6.7.3 Additional Common Fonts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–32 + 4.6.7.4 Bitstream Speedo Scalable Fonts . . . . . . . . . . . . . . . . . . . . . . . . . . 4–34 + 4.6.7.5 Agfa Monotype TrueType Scalable Fonts . . . . . . . . . . . . . . . . . . . . 4–34 + 4.6.7.6 Adobe Type1 Fonts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–35 + 4.6.8 UIDPATH Environment Variable . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–35 + 4.6.9 Client Side Extension Library . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–36 + 4.7 X Window System Extensions and Protocols . . . . . . . . . . . . . . . . . . . . . . . 4–36 + 4.7.1 Additional X Display Server Extensions Supported with X11R6.6 . . . . 4–36 + 4.7.1.1 Application Group Extension (XC-APPGROUP) . . . . . . . . . . . . . . . 4–37 + 4.7.1.2 Big Requests Extension (BIG-REQUESTS) . . . . . . . . . . . . . . . . . . 4–38 + 4.7.1.3 Colormap Utilization Policy Extension (TOG-CUP) . . . . . . . . . . . . 4–38 + 4.7.1.4 Extended Visual Information Extension (EVI) . . . . . . . . . . . . . . . . 4–39 + 4.7.1.5 Low-Bandwidth X Extension (LBX) . . . . . . . . . . . . . . . . . . . . . . . . 4–39 + 4.7.1.6 Security Extension (SECURITY) . . . . . . . . . . . . . . . . . . . . . . . . . . 4–40 + 4.7.1.7 XC-MISC Extension . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–41 + 4.7.1.8 X Double Buffer Extension (DBE) . . . . . . . . . . . . . . . . . . . . . . . . . 4–41 + 4.7.1.9 XINERAMA Extension . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–42 + 4.7.1.10 X Keyboard Extension (XKB) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–42 + 4.7.1.11 X Synchronization Extension (SYNC) . . . . . . . . . . . . . . . . . . . . . . 4–43 + 4.7.2 Server Extensions Updated for X11R6.6 . . . . . . . . . . . . . . . . . . . . . . . 4–44 + 4.7.3 Inter-Client Exchange (ICE) Protocol Support . . . . . . . . . . . . . . . . . . . 4–44 + 4.7.3.1 Multithreading Considerations . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–45 + 4.7.3.2 Differences from the Standard Implementation . . . . . . . . . . . . . . . 4–46 + 4.7.3.3 IPv6 Considerations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–47 + 4.7.4 X Session Management Protocol (XSMP) Support . . . . . . . . . . . . . . . . 4–47 + 4.7.4.1 Multithreading Considerations . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–48 + 4.7.4.2 Differences from the Standard Implementation . . . . . . . . . . . . . . . 4–48 + 4.7.5 MIT Shared Memory Extension (MIT-SHM) Support . . . . . . . . . . . . . . 4–49 + 4.7.5.1 How to Use Shared Memory Extension . . . . . . . . . . . . . . . . . . . . . 4–49 + 4.7.5.2 Using Shared Memory XImages . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–50 + 4.7.5.3 Using Shared Memory Pixmaps . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–53 + 4.7.6 X Image Extension (XIE) Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–53 + 4.8 X Window System Internationalization Library (Xnl) . . . . . . . . . . . . . . . . 4–54 + 4.8.1 The I18N Library Now Supports GB18030 . . . . . . . . . . . . . . . . . . . . . 4–54 + 4.9 Transport Programming . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–54 + 4.9.1 Support for the LAT Transport Interface Available . . . . . . . . . . . . . . . 4–54 + 4.9.2 Support for the Logical Connection Number (LCN) Interface . . . . . . . 4–55 + 4.9.2.1 LCN Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–55 + 4.9.2.1.1 Initializing Thread Support . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–55 + 4.9.2.1.2 Allocating Connection Numbers . . . . . . . . . . . . . . . . . . . . . . . . 4–55 + 4.9.2.1.3 Querying Status and Signaling Input . . . . . . . . . . . . . . . . . . . 4–56 + 4.9.3 LCN Routines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–56 + 4.9.3.1 DECW$LCN_ALLOCATE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–56 + 4.9.3.2 DECW$LCN_CLEAR_x_READY . . . . . . . . . . . . . . . . . . . . . . . . . . 4–57 + 4.9.3.3 DECW$LCN_FREE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–58 + 4.9.3.4 DECW$LCN_SELECT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–59 + 4.9.3.5 DECW$LCN_SELECT_ONE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–61 + 4.9.3.6 DECW$LCN_SET_x_READY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–63 + 4.9.3.7 DECW$LCN_THREAD_INIT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–64 + + + + +vi + Index + +Tables + 1–1 Directory of Features for DECwindows Motif Version 1.6 . . . . . . . . . . 1–1 + 2–1 Asian Language Codes for Options Files . . . . . . . . . . . . . . . . . . . . . . . 2–11 + 2–2 Logical Names for Specifying Text Encoding . . . . . . . . . . . . . . . . . . . . 2–12 + 2–3 Languages and Associated Basic Fonts . . . . . . . . . . . . . . . . . . . . . . . . 2–13 + 2–4 AccessX Keyboard Utility Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–21 + 2–5 Default AccessX Resource Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–22 + 2–6 X Authority Utility Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–24 + 2–7 X Authority Utility Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–24 + 2–8 xauth Transport Actions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–28 + 2–9 Keyboard Compiler Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2–33 + 2–10 Window Dump to Print File Options . . . . . . . . . . . . . . . . . . . . . . . . . . 2–35 + 4–1 Level of Thread Safety for DECwindows Motif Images . . . . . . . . . . . . 4–2 + 4–2 Multithreading Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–4 + 4–3 New Header File Names . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–7 + 4–4 Names of Shareable Images . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–8 + 4–5 ReGIS Input Cursors—Cursor styles and Values . . . . . . . . . . . . . . . . . 4–9 + 4–6 Drag-and-Drop Widgets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4–10 + 4–7 New Xt Functions Supported for X11R6.6 . . . . . . . . . . . . . . . . . . . . . . 4–11 + 4–8 New Xlib Functions Supported for X11R6.6 . . . . . . . . . . . . . . . . . . . . . 4–14 + 4–9 Additional 75-dpi Fonts (.PCF File Extension) . . . . . . . . . . . . . . . . . . . 4–23 + 4–10 Additional 100-dpi Fonts (.PCF File Extension) . . . . . . . . . . . . . . . . . . 4–27 + 4–11 Additional Common Fonts (.PCF File Extension) . . . . . . . . . . . . . . . . . 4–32 + 4–12 Bitstream Speedo Scalable Fonts (.SPD File Extension) . . . . . . . . . . . 4–34 + 4–13 Agfa Monotype TrueType Scalable Fonts (.TTF File Extension) . . . . . . 4–34 + 4–14 Adobe Type1 Scalable Fonts (.PCA File Extension) . . . . . . . . . . . . . . . 4–35 + + + + + vii + Preface + + This document describes the new features introduced with the HP DECwindows + Motif for OpenVMS Version 1.6 (DECwindows Motif) software on the OpenVMS + I64 and OpenVMS Alpha platforms. For information about how these features + might affect your system, read the release notes before you install, upgrade, or + use the DECwindows Motif Version 1.6 software. + The features in this manual are cumulative from DECwindows Motif for + OpenVMS Version 1.0 and indicate any undocumented items that still pertain + to the software. For previous features, a label within the description indicates + when the feature was introduced. + +Intended Audience + This manual is intended for system managers, users, and programmers who work + with DECwindows Motif. + +Document Structure + This manual is structured as follows: + • Chapter 1 provides an overview of the current release. + • Chapter 2 describes features of interest to general users of the DECwindows + Motif software. + • Chapter 3 describes features related to system and network management. + • Chapter 4 describes features that support application and system + programmers. + +Related Documents + For additional information about OpenVMS or DECwindows Motif products and + services, visit the following web site: + http://www.hp.com/go/openvms + +Reader’s Comments + HP welcomes your comments on this manual. Please send comments to either of + the following addresses: + Internet openvmsdoc@hp.com + Mail Hewlett-Packard Company + OSSG Documentation Group, ZKO3-4/U08 + 110 Spit Brook Rd. + Nashua, NH 03062-2698 + + + + + ix + How To Order Additional Documentation + For information about how to order additional documentation, visit the following + World Wide Web address: + http://www.hp.com/go/openvms/doc/order + +Conventions + The following product names may appear in this manual: + • HP OpenVMS Industry Standard 64 for Integrity servers + • OpenVMS I64 + • I64 + All three names—the longer form and the two abbreviated forms—refer to + the version of the OpenVMS operating system that runs on the Intel Itanium + architecture. + All uses of DECwindows and DECwindows Motif refer to the HP DECwindows + Motif for OpenVMS software; and all uses of X server and X display server refer + to the DECwindows X11 Display Server. Additionally, all uses of DECwindows + XUI (X User Interface) refer to the DECwindows product prior to DECwindows + Motif Version 1.0. + The following typographic conventions may be used in this manual: + Ctrl/x A sequence such as Ctrl/x indicates that you must hold down + the key labeled Ctrl while you press another key or a pointing + device button. + Return In examples, a key name enclosed in a box indicates that + you press a key on the keyboard. (In text, a key name is not + enclosed in a box.) + In the HTML version of this document, this convention appears + as brackets, rather than a box. + ... Horizontal ellipsis points in examples indicate one of the + following possibilities: + • Additional optional arguments in a statement have been + omitted. + • The preceding item or items can be repeated one or more + times. + • Additional parameters, values, or other information can be + entered. + + . Vertical ellipsis points indicate the omission of items from + . a code example or command format; the items are omitted + . because they are not important to the topic being discussed. + () In command format descriptions, parentheses indicate that + you must enclose the choices in parentheses if you choose more + than one. + [] In command format descriptions, brackets indicate optional + elements. You can choose one, none, or all of the options. + (Brackets are not optional, however, in the syntax of a directory + name in an OpenVMS file specification or in the syntax of a + substring specification in an assignment statement.) + + + + +x + [|] In command format descriptions, vertical bars separating + items inside brackets indicate that you choose one, none, or + more than one of the options. +{} In command format descriptions, braces indicate required + elements; you must choose one of the options listed. +text style This text style represents the introduction of a new term or the + name of an argument, an attribute, or a reason. + In the HTML version of this document, this convention appears + as italic text. +italic text Italic text emphasizes important information and indicates + complete titles of manuals and variables. Variables include + information that varies in system messages (Internal error + number), in command lines (/PRODUCER=name), and in + command parameters in text (where dd represents the + predefined code for the device type). +UPPERCASE TEXT Uppercase text indicates a command, the name of a routine, + the name of a file, or the abbreviation for a system privilege. + Monospace type indicates code examples and interactive screen + displays. +Monospace type + In the C programming language, monospace type in text + identifies the following elements: keywords, the names + of independently compiled external functions and files, + syntax summaries, and references to variables or identifiers + introduced in an example. +- A hyphen at the end of a command format description, + command line, or code line indicates that the command or + statement continues on the following line. +numbers All numbers in text are assumed to be decimal unless + otherwise noted. Nondecimal radixes—binary, octal, or + hexadecimal—are explicitly indicated. + + + + + xi + 1 + Introduction + +This chapter summarizes the features associated with the DECwindows Motif +Version 1.6 software. Version 1.6 is a major release that includes support for +the HP OpenVMS Industry Standard 64 for Integrity Servers (OpenVMS I64) +platform, the Internet Protocol Version 6 (IPv6) transport, and ACME security. +Table 1–1 lists all the items added during this release and cross-references the +sections in which they are described. +For a detailed description of the corrections, changes, and known problems +associated with this release, see the HP DECwindows Motif for OpenVMS Release +Notes manual. + +Table 1–1 Directory of Features for DECwindows Motif Version 1.6 +Title Section +General User Features +DECW$GREET.TXT Timer Added Section 2.2.1 +Workspace Customization Section 2.2.2 +Workspace Button Colors Section 2.2.2.1 +Number of Workspaces Section 2.2.2.2 +Add and Delete Workspaces is Not Displayed Section 2.2.2.3 +Removing Subpanel Section 2.2.2.4 + + +Security and Authorization Features +Support for ACME Subsystem Section 3.2.1 + + +X Display Server Management Features +Support for Choosing the Location of Dialogs in a Xinerama Section 3.3.1 +Configuration + + +X Window System Internationalization Library (Xnl) +Features +The I18N Library Now Supports GB18030 Section 4.8.1 + + + + + Introduction 1–1 + 2 + General User Features + + This chapter provides information about new features that pertain to all users of + DECwindows Motif. + +2.1 General DECwindows Motif Environment + This section describes new features that are common to both the New Desktop + and Traditional DECwindows Desktop environments. + +2.1.1 Support for Internet Protocol Version 6 (IPv6) Transport + V1.5 + DECwindows Motif now supports the Internet Protocol Version 6 (IPv6) transport + in addition to the existing support for the Internet Protocol Version 4 (IPv4) + transport. Included in this release is support for the transport names described + in the X11R6.6 and X11R6.7 specifications published by the X.Org Foundation + (formerly X.Org). + Use of the IPv6 transport is enabled with the new global symbol + DECW$IPV6_SUPPORT, which can be defined in the startup file + SYS$MANAGER:DECW$PRIVATE_APPS_SETUP.COM. + Support for the IPv6 transport affects many DECwindows Motif components–from + the display device to functions in the Inter-Client Exchange (ICE) library. See + one or more of the following manuals (or sections in this manual) to learn about + IPv6 support and its use. + + For information about... See the... + X Window System support for X.Org Foundation web site (http://www.x.org) + transport names + Enabling IPv6 support, valid HP DECwindows Motif for OpenVMS Management Guide + display name formats, host + name translation, and using + with font and proxy servers + Impact on the SET DISPLAY HP OpenVMS DCL Dictionary and DCL online help + command + Impact on the xauth utility Section 2.5.2.3 + Impact on X Library (Xlib) Section 4.6.1 + routines + Impact on ICE library Section 4.7.3.3 + routines + + + + + General User Features 2–1 + General User Features +2.1 General DECwindows Motif Environment + +2.1.2 Extended File Specification (EFS) Support + V1.2–5 + In general, DECwindows Motif supports the Extended File Specifications (EFS) + option available with OpenVMS. The interface either supports the new ODS-5 + file names, as described in the following sections, or provides an error message + indicating that the particular component does not support the new names. +2.1.2.1 File Selection Popup Window + The standard file selection popup window used by most DECwindows Motif + applications fully supports ODS-5 style file names. The window supports deep + directories, case preservation, and extended-length file names. The window + supports entry of file names using the extended file name character and displays + files using the extended file name character set using the circumflex character + (^). + See the current OpenVMS documentation for more specific information about + using deep directories and the extended file name character set. +2.1.2.2 New Desktop and the File Manager Application + With an ODS-5 volume, the File Manager application supports deep directories, + case preservation, and extended-length file names. File Manager supports entry + of file names using the extended file name character and displays files using the + extended file name character set using the circumflex character (^). + Any custom File Manager command extensions must be modified to support EFS. + See the current OpenVMS documentation for more specific information about + using deep directories and the extended file name character set. +2.1.2.3 Traditional Desktop and the FileView Application + The FileView application supports case preservation and creates files with the + extended file name character set, but does not support any operations on its files. + FileView also supports extended-length file names and deep directory structures + with the additional restriction that a total file specification cannot exceed 235 + 8-bit characters in length. + Exceeding this limit causes an error message for some menu items. +2.1.2.4 The Programming Libraries + The programming libraries fully support deep directories and extended-length file + names. However, the libraries do not support case preservation or the extended + file name character set. +2.1.2.5 Translated Image Support (TIS) Library + The translated image support (TIS) library has not been updated to support EFS. + + + + +2–2 General User Features + General User Features + 2.1 General DECwindows Motif Environment + +2.1.3 Color Customizer Example Program + V1.2 + The color customizer example program allows you to dynamically control the + colors of your workstation environment. Window, icon, and window manager + colors can be changed individually or as part of a palette switch. You can control + mapping between resources and color cells, as well as the size and contents of + the palette set. Also, automatic shadowing with the standard Motif shadowing + algorithms is supported. +2.1.3.1 Supported Displays + The color customizer supports any display using pseudocolor or grayscale visuals. + This includes most 4- and 8-plane workstation displays. +2.1.3.2 Supported Applications + The color customizer can affect the colors of any applications that use the current + release of the X Toolkit Intrinsics (Xt) included with X Window System Version 11 + Release 5 (X11R5) or greater. Applications from other vendors and versions of the + library previous to X11R5 are unaffected. + + Note + If the color customizer is used to control the colors of applications that + have their own color customization dialog boxes (like the Session Manager, + Window Manager, and DECwindows Mail), those application-specific color + customization dialog boxes may not reflect the correct current color values + while the customizer is running the application. This is normal; use the + customizer instead of the application-specific dialog box to change these + color values. + + +2.1.3.3 Building the Color Customizer on OpenVMS Systems + To build the color customizer on OpenVMS systems, perform the following steps: + 1. Copy the files to a private directory. For example: + $ SET DEFAULT SYS$LOGIN + $ CREATE/DIRECTORY [.CUSTOMIZER] + $ SET DEFAULT [.CUSTOMIZER] + $ COPY DECW$EXAMPLES:CUSTOM.C [] + $ COPY DECW$EXAMPLES:CUSTOM.UIL [] + $ COPY DECW$EXAMPLES:CUSTOMIMAGE.DAT [] + $ COPY DECW$EXAMPLES:XSETROOT_CUST.C [] + $ COPY DECW$EXAMPLES:BUILD_CUSTOMIZER.COM [] + 2. Build the customizer using the following command: + $ @BUILD_CUSTOMIZER.COM + This command procedure creates the following output files: + CUSTOM.UID + CUSTOM.EXE + XSETROOT_CUST.EXE + + + + + General User Features 2–3 + General User Features +2.1 General DECwindows Motif Environment + +2.1.3.4 Running the Color Customizer + To run the color customizer, perform the following steps: + 1. Copy the files CUSTOM.UID and CUSTOM.EXE, which were created during + the customizer build, to the directory where the customizer will be run. A + typical location is the directory SYS$LOGIN or the directory DECW$USER_ + DEFAULTS. + 2. Copy the files CUSTOM.DAT and DXMDEFAULTS.DAT from the directory + DECW$EXAMPLES to the directory DECW$USER_DEFAULTS. + 3. Run the executable file CUSTOM.EXE as follows: + $ RUN CUSTOM + + Note + Only the colors of applications invoked after the customizer starts will be + affected. For this reason, start the customizer as the first X application + during the login process. + + +2.1.3.5 Modifying the DECW$LOGIN.COM File + As noted in Section 2.1.3.4, the color customizer should be the first X application + started during the login process. Do this by starting it as a subprocess from + within the DECW$LOGIN.COM file. Add a command to wait approximately 10 + seconds between customizer startup and the startup of other applications. + For example, add the following lines to the DECW$LOGIN.COM file: + $! Starting the color customizer + $ DISPLAY = F$LOGICAL("DECW$DISPLAY") + $ SPAWN/NOWAIT/OUTPUT=’DISPLAY’ RUN SYS$LOGIN:CUSTOM.EXE + $ WAIT 0:0:10 + See Using DECwindows Motif for OpenVMS and HP DECwindows Motif + for OpenVMS Management Guide for more information on modifying + DECW$LOGIN.COM. +2.1.3.6 Command Interface Summary + A box containing a list of available palettes is in the leftmost section of the Color + Customizer window. Click on the desired palette to see the colors take affect. + Below the palettes are two arrays of colored buttons, representing the + dynamically allocated color cells for normal and shadow colors. To find out + what resources are affected by a color cell, click and hold the arrow button next + to the color cell. + + Hint + As a shortcut, you can click on the screen facsimile in the rightmost + corner of the dialog box. If the portion you click on is colored by one of the + resource values controlled by the customizer, the pop-up window for the + appropriate color button is displayed. + + + + +2–4 General User Features + General User Features + 2.1 General DECwindows Motif Environment + + To modify a single color cell, click on the corresponding color button. A colormix + widget pops up; as you modify the color, these modifications are reflected in your + workstation environment. Use the colormix widget reset button to return to the + starting color at any time. You can also change the color cell you are modifying + by clicking on a different color button while the colormix widget is displayed. + The automatic shadowing option causes shadow and select colors to be + automatically updated when their corresponding background colors are changed. + The standard Motif shadowing algorithms are used for these calculations. + Use the File menu to modify, add, and delete color palettes as follows: + • To modify an existing palette, select the palette, change the colors, and choose + Save Palette from the File menu. + • To add a new palette, select an existing palette, modify the colors as + necessary, and choose Save Palette As... from the File menu. A message + box prompts you for the name of the new palette. + • To delete a palette, select the palette and choose Delete Palette from the File + menu. + Changes made through the File menu automatically update the CUSTOM.DAT + file, which contains the resource defaults. + The File menu Exit button causes the customizer application to exit. A warning + dialog is displayed first. Note that the color cells allocated by the customizer + (and used by the currently running applications) will be deallocated. After the + customizer exits, if the colors of the currently running applications are not + correct, the applications should be restarted to restore normal colors. Usually, + there is no need to exit the color customizer; it is typically kept running at all + times, like the Session Manager. +2.1.3.7 Changing the Mapping Between Color Resources and Color Cells + The file DXMDEFAULTS.DAT allows you to control how many dynamic color + cells are allocated and what resources are affected. This file contains resource + specifications like the following: + *background: DXmDynamicWindowBackground + *foreground: DXmDynamicWindowForeground + *topShadowColor: DXmDynamicWindowTopShadow + When the customizer is started, the file DXMDEFAULTS.DAT is written to a + property on the root window. Any application that is subsequently run and that + uses the correct version of Xt merges these resources with its normal resource + database. Resource specifications in this file take precedence over specifications + with equivalent resource names in other resource default files. + The resource values within the file DXMDEFAULTS.DAT have a special + format. For each unique color value in this file that begins with the string + "DXmDynamic", a color button is created in the color customizer. If the + string "Shadow" is encountered in a name, the color button is placed in the + shadow button box rather than the normal color button box. If a color value + string ends with the suffix "Background", it is linked to any color buttons + with identical prefixes and suffixes of "TopShadow", "BottomShadow", or + "SelectColor" for purposes of automatic shadowing. If a color value named + "DXmDynamicScreenBackground" is encountered, the color cell allocated is + used by the customizer to set the root window background color. + + + + + General User Features 2–5 + General User Features +2.1 General DECwindows Motif Environment + + You can edit the file DXMDEFAULTS.DAT and define resources to use the same + color cells. You can have separate dynamic color cells, for scroll bar widgets or for + your DECwindows Mail application, for example, by adding the following lines to + the file DXMDEFAULTS.DAT: + Mail*background: DXmDynamicMyMailBackground + Mail*foreground: DXmDynamicMyMailForeground + Mail*topShadowColor: DXmDynamicMyMailTopShadow + Mail*bottomShadowColor: DXmDynamicMyMailBottomShadow + Adding the previous lines to the file DXMDEFAULTS.DAT and restarting the + customizer causes four new color cells to be allocated and four new color buttons + to be added to the customizer interface. These buttons are assigned default + color values (usually black or white) for each palette. These defaults can then be + modified for each palette through the customizer interface. + + Note + The text of the DXMDEFAULTS.DAT file is read and parsed by the + color customizer. The parsing algorithm does not allow comments, + incorrect spacing, or incorrect resource specifications. If this file or the + CUSTOM.DAT resource file become corrupt, the customizer cannot start + correctly. To resolve the problem, copy the versions of CUSTOM.DAT and + DXMDEFAULTS.DAT from the DECW$EXAMPLES directory into your + login directory. + + +2.1.3.8 Using the Customizer with DECterm Windows + To change the colors of DECterm windows, copy the DECterm resource + specifications from the file DXMDEFAULTS.DAT and add them to the + DECterm resource defaults file DECW$USER_DEFAULTS:DECW$TERMINAL_ + DEFAULT.DAT. For example, add the following lines to the DECterm resource + defaults file: + DECW$TERMINAL.main.terminal.background: DXmDynamicTerminalBackground + DECW$TERMINAL.main.terminal.foreground: DXmDynamicTerminalForeground + This allows the DECterm window colors to be customized with the color + customizer. +2.1.3.9 Changing the Default Value of the Automatic Shadowing Toggle Button + The default value of the automatic shadowing toggle button is set using the + Custom.autoShadow resource in the CUSTOM.DAT file as follows: + Custom.autoShadowing: False + The default value is True. +2.1.3.10 Using the Customizer on Multihead Systems + The color customizer affects only applications started on the same screen as + the customizer. On most multihead systems, you can start a different color + customizer for each screen and have a different palette in effect on each + screen. On multihead systems using XINERAMA, a single instance of the color + customizer affects all applications, since the screens function as a single logical + screen. + + + + +2–6 General User Features + General User Features + 2.1 General DECwindows Motif Environment + + The color customizer can be configured so that it is invoked once and affects + all applications regardless of where they are started. This mode is invoked by + modifying the Custom.multiScreen resource in the CUSTOM.DAT file as follows: + Custom.multiScreen: True + The default value is False. +2.1.3.11 Using the XSETROOT_CUST.EXE Demonstration Program + The XSETROOT_CUST.EXE demonstration program, created during the + customizer build, is a modified version of the X utility xsetroot that is used + to set a bitmap on the root window. The XSETROOT_CUST.EXE program + uses DXmDynamicScreenBackground and DXmDynamicScreenForeground as + the background and foreground colors of the specified bitmap. If your + DXMDEFAULTS.DAT file contains entries for these two dynamic colors, then + use the customizer to dynamically modify the colors of your bitmap. + For example: + $ XSETROOT_CUST :== "$SYS$LOGIN:XSETROOT_CUST.EXE" + $ XSETROOT_CUST -BITMAP your_xbm_file.XBM + +2.1.4 Drag-and-Drop Support + V1.2 + The drag-and-drop feature lets you move or copy screen objects. This feature is + provided primarily for programmers who choose to incorporate drag-and-drop into + their applications. For example, you can move text from a text entry area and + paste it elsewhere. + All DECwindows Motif applications except Notepad support the drag-and-drop + feature. DECwindows Mail supports the drag-and-drop feature in all windows + except the main message area, where DECwindows Mail has its own drag-and- + drop; you can use MB2 to move messages around with the SVN interface. + To drag and drop text into a new location: + 1. Select the text to be copied or moved with MB1. + 2. To move the text, press and hold MB2; to copy the text, press and hold + Ctrl/MB2. + A move or copy icon appears. + 3. Drag the icon to the location where you want to drop the text and release + MB2. + If the object is highlighted as you drag the icon across it, you can drop the + text into that location. + For a list of the widgets that support drag-and-drop functionality, see + Section 4.3.1. + + + + + General User Features 2–7 + General User Features +2.1 General DECwindows Motif Environment + +2.1.5 Tear-Off Menu Support + V1.2 + Most DECwindows Motif applications allow you to tear off pull-down and popup + menus. Tear-off menus let you keep frequently used menus displayed without + repeatedly pulling them down or popping them up. + To tear off a menu: + 1. Display a pull-down or popup menu. + If the menu is a tear-off menu, a dotted line is displayed at the top of the + menu. + 2. Click on the dotted line with MB1. + The menu remains active until it is closed or until the parent application is + closed. + To close a tear-off menu: + 1. Click on the Window menu button in the tear-off menu. + 2. Choose the Close menu item. + +2.2 New Desktop Environment + This section describes new features related to the New Desktop environment. + +2.2.1 DECW$GREET.TXT Timer Added + V1.6 + The login process of the new desktop facilitates the display of a custom greeting + message. + If an user does not complete the login process within a specified timeout + interval, the custom greeting message pops-up and the login process is + reset. This timeout interval value (in seconds) can be set by assigning the + appropriate timeout interval to the "Dtgreet*timeout" resource in the "cde$user_ + defaults:[config.c]xresources.dat" resource file. + The default timeout value is 180 seconds. + +2.2.2 Workspace Customization + V1.6 + This section describes the new resources that have been added to customize the + Workspace in Common Desktop Environment (CDE). These resources must be + added in DTWM.DAT file or a local per-used resource file. +2.2.2.1 Workspace Button Colors + V1.6 + The color of the workspace button will be tied to the color of the workstation + BACKGROUND color when the Dtwm*VMSButtonColorBackdrop resource is + TRUE. + To make the backdrop of the workspace match the color, BACKGROUND must be + selected as the backdrop. To do so, you need to define the following resource: + Dtwm*wsbackdrop*image: Background + + + +2–8 General User Features + General User Features + 2.2 New Desktop Environment + + To modify the background color, you need to define the following resource: + Dtwm*ws*backdrop*imageBackground: + The default color of the workspace button text will be the foreground color of the + backdrop when the Dtwm*VMSButtonColorBackdrop resource is TRUE. + To modify the text color of the workspace button, you need to define the following + resource: + Dtwm*ws*backdrop*imageForeground: +2.2.2.2 Number of Workspaces + V1.6 + The number of workspaces can be limited by combination of the following + resources: + Dtwm*VMSMinWorkspaceCount: n + Dtwm*VMSMaxWorkspaceCount: m + where, the value of n can be 1 to Dtwm*VMSMaxWorkspaceCount or 64 or + whichever is smaller and m can have any value between 1 to 64. + If n and m have the same value, then no workspaces can be created or deleted + and the value of n will be used as the fixed number of workspaces. +2.2.2.3 Add and Delete Workspaces is Not Displayed + V1.6 + When the number of workspaces reaches the Dtwm*VMSMaxWorkspaceCount,, + Add Workspace option will not be displayed in the workspace buttons pop-up + menu and will not allow the user to add any new workspace. + When the number of workspaces reaches the Dtwm*VMSMinWorkspaceCount, + Delete option will not be displayed in the workspace buttons pop-up menu. +2.2.2.4 Removing Subpanel + V1.6 + To remove the panels after a specific time interval, define the following resource: + Dtwm*VMSRemoveSubpanelTimeout: n + When this resource is defined, the value of n will be used as the number of + milliseconds before removing the Subpanel automatically. + +2.2.3 Updated Welcome Message + V1.2–6 + The welcome message in the Login Screen now displays a host name regardless + of the transport. If the DECnet transport is configured, the DECnet host name + is displayed. If the TCP/IP transport is configured, the TCP/IPhost name is + displayed. If neither transport is configured, a default messageof ‘‘Welcome to + OpenVMS’’ is displayed. + + + + + General User Features 2–9 + General User Features +2.2 New Desktop Environment + +2.2.4 Setting the File Manager Refresh Rate + V1.2–6 + You can now specify that the File Manager periodically update its view on the + New Desktop by adjusting the Dtfile.rereadTime setting in the DTFILE.DAT + resource file. The value of this setting represents the seconds elapsed between + checking for changes in the viewed directories. Note that this setting does not + work when viewing search lists. + +2.2.5 Selecting Screens on Application Launch + V1.2–5 + You can graphically select the screen on which a new application is displayed + when launched from either the Front Panel, the File Manager, or the Application + Manager. By default, the new application appears on the current screen (that + is, the screen containing the mouse pointer). The feature allows you to drop + an application icon from the File Manager or Application Manager onto one of + the numbered screen controls of the Set Default Screen window. This starts the + application on the selected screen without changing the current screen. + The Set Default Screen window is activated by selecting the ‘‘Set Default Screen’’ + application in the Application Manager’s Desktop Tools folder. You can start + a separate instance of the Set Default Screen window on each screen. The + highlighting of the default screen is synchronized across all instances of the Set + Default Screen window. + +2.2.6 Front Panel Icons Support MB3 Operations + V1.2–4 + The New Desktop Front Panel supports mouse button 3 (MB3) operations. When + the cursor is placed over a Front Panel icon and you press MB3, a subpanel or + menu appears. The menu items are as follows: + • Top item–The label of the menu. + • Second item–The application that starts if you single click on the icon. + • Third item–Add or delete a subpanel, depending on whether a subpanel + already exists for the control panel. + + Caution + If the third item is ‘‘Delete Subpanel’’, this change is difficult to reverse + without reinstalling the kit. + + + + +2–10 General User Features + General User Features + 2.3 Traditional Desktop Environment + +2.3 Traditional Desktop Environment + This section describes new features related to the traditional DECwindows + desktop environment. + +2.3.1 Resource Added for DECwindows XUI Applications + V1.0 + The resource Mwm*useDECMode has been added to allow previous versions of + DECwindows XUI applications to behave correctly with the Motif Window + Manager. In particular, this resource is used to control focus, window placement, + multiline icons, and the window’s initial state (normal or minimized). + +2.4 Applications + The following sections describe new features related to specific DECwindows + Motif applications. + +2.4.1 CDA Viewer + This section describes features related to the Compound Document Architecture + (CDA) Viewer application. +2.4.1.1 Using the CDA Viewer to View Asian-Language Text + V1.2–3 + You can use the CDA Viewer in two ways to view text files that contain Asian + characters: + • Specify an options file to the CDA Viewer application. + • Define logical names at the DCL command level or in a LOGIN.COM file. + Refer to the DECwindows Motif for OpenVMS Applications Guide for information + about using the CDA Viewer. + 2.4.1.1.1 Specifying an Options File Specify an options file by including a + one-line entry in the file in the following format: + TEXT TEXT_ENCODING text_encoding_value + • TEXT is the format. + • TEXT_ENCODING is the option you specify to CDA. + • text_encoding_value is the value of the codeset. (See Table 2–1 for a list of + values.) + Table 2–1 shows the languages, codesets, and text-encoding values. + + Table 2–1 Asian Language Codes for Options Files + Language Codeset Text Encoding Value + Japanese DEC Kanji DEC_KANJI + Japanese Super DEC Kanji SDECKANJI + Traditional Chinese DEC Hanyu DEC_HANYU + Simplified Chinese DEC Hanzi DEC_HANZI + Korean DEC Korean DEC_HANGUL + + + + + General User Features 2–11 + General User Features +2.4 Applications + + + + + The following table shows examples of one-line entries. + + Options File One-Line Entry + HANYU.CDA$OPTIONS TEXT TEXT_ENCODING DEC_HANYU + HANZI.CDA$OPTIONS TEXT TEXT_ENCODING DEC_HANZI + HANGUL.CDA$OPTIONS TEXT TEXT_ENCODING DEC_HANGUL + + To view the EXAMPLES_CUSTOMERS.TXT file that contains Japanese + text in DEC Kanji, use your editor to create an options file called + KANJI.CDA$OPTIONS. Add the following one-line entry to the file: + TEXT TEXT_ENCODING DEC_KANJI + When you access the file through the Options File dialog box with the CDA + Viewer, the EXAMPLES_CUSTOMERS.TXT file is viewable in the DEC Kanji + codeset (Japanese language). + 2.4.1.1.2 Defining Logical Names The second option to enable viewing files + in Asian languages is to specify the text file and encoding value by defining two + logical names: + • DDIF$READ_TEXT_GL + • DDIF$READ_TEXT_GR + Table 2–2 shows the logical names and associated encoding values. + + Table 2–2 Logical Names for Specifying Text Encoding + DDIF$READ_TEXT_GL DDIF$READ_TEXT_GR Encoding Value + LATIN1 MCS MCS + LATIN1 LATIN1 ISO Latin–1 + LATIN1 KATAKANA ASCII–Kana + LATIN1 KANJI DEC Kanji + ROMAN MCS Roman–MCS + ROMAN LATIN1 Roman + ROMAN KANJI Roman–Kanji + ROMAN KATAKANA Roman–Kana + LATIN1 HANZI DEC Hanzi + LATIN1 HANGUL DEC Hangul + LATIN1 HANYU DEC Hanyu + + + You can define the logical names on the DCL command line or in your + LOGIN.COM file. For example: + $ DEFINE DDIF$READ_TEXT_GL LATIN1 + $ DEFINE DDIF$READ_TEXT_GR KANJI + Note that this example defines the text encoding for DEC Kanji (see Table 2–2). + + + + +2–12 General User Features + General User Features + 2.4 Applications + +2.4.1.2 Converting Files That Contain Asian-Language Characters + V1.2–3 + You can convert an Asian-language text file to another format by specifying + an options file or by defining the logical names DDIF$READ_TEXT_GL and + DDIF$READ_TEXT_GR as discussed in Section 2.4.1.1.1 and Section 2.4.1.1.2. + The format for converting a document from TEXT to another format is as follows: + $ CONVERT/DOCUMENT/OPTION=language.CDA$OPTIONS filename.TXT/FORMAT=TEXT - + _$ filename.output_extension/FORMAT=output_format + For example, to convert a traditional Chinese language text file to a DDIF file, + enter the following command line: + $ CONVERT/DOCUMENT/OPTION=HANYU.CDA$OPTIONS - + _$ GUIDELINES_PERSONNEL.TXT/FORMAT=TEXT GUIDELINES_PERSONNEL.DDIF + Note that this command line does not include the /FORMAT=DDIF qualifier; + DDIF is the default. + The output file, GUIDELINES_PERSONNEL.DDIF, contains language data. + You can also create Asian language PostScript files from a DDIF, DTIF, or text + (ASCII) file. For example, to convert a DDIF file to PostScript (.PS) format, enter + the following command: + $ CONVERT/DOCUMENT filename.DDIF filename.PS/FORMAT=PS + + Note + Convert only DDIF and DTIF files that contain language data to Asian + language PostScript format. + + + When you print an Asian language PostScript file on a PostScript printer, ensure + that the required language fonts are available on the printer. Otherwise, the + PostScript file defaults to a basic set of fonts. If these fonts do not exist, the + PostScript file defaults to Courier fonts. Table 2–3 shows the languages and their + associated basic fonts. + + Table 2–3 Languages and Associated Basic Fonts + Language Basic Fonts + Japanese Ryumin-Light-EUC-H or Ryumin-Light-Hankaku + Hanyu Sung-Light-CNS11643, Sung-Light-DTSCS + Hangul Munjo + Hanzi XiSong-GB2312-80 + + + Note + Vertical writing is not supported by the CDA converters. All vertical text + is printed horizontally. + + + + + General User Features 2–13 + General User Features +2.4 Applications + +2.4.1.3 Dynamic Font Support + V1.2 + As well as supporting a static-table for the fonts supported by the DECfonts + Typeface Collection Version 1.2, the CDA Run-Time Services includes support for + dynamic font lookup. This enables the CDA Viewer to use new fonts as they are + installed on the system. + Dynamic font support is implemented using the WRITE$FONTS.INI file, which + you can maintain using the Font utility provided with either DECwrite or + DECpresent. If a document contains a font not found in the static tables, the + CDA Viewer tries to open the WRITE$FONTS.INI file and search for the font. If + the font is not found or if the system does not contain a WRITE$FONTS.INI file, + the viewer uses a fallback font. + The WRITE$FONTS logical name references an initialization file used to provide + font definitions to the CDA Viewer. + The default location for the WRITE$FONTS.INI file is SYS$LIBRARY, but, if the + logical name WRITE$FONTS is defined, the CDA Viewer uses the logical name + definition to search for the WRITE$FONTS.INI file. + Full path support is included, so any of the following definitions are valid: + + WRITE$FONTS Logical Name Resulting File + Undefined SYS$LIBRARY:WRITE$FONTS.INI + DISK:[DIRECTORY] DISK:[DIRECTORY]WRITE$FONTS.INI + SYS$LOGIN: SYS$LOGIN:WRITE$FONTS.INI + .TMP SYS$LIBRARY:WRITE$FONTS.TMP + DISK:[DIRECTORY]FILE DISK:[DIRECTORY]FILE.INI + +2.4.1.4 Enhanced Display Performance + V1.2 + The current version of CDA Run-Time Services includes a performance + enhancement that decreases the time it takes to display the first page of a + CDA document. Other applications that use the CDA Viewer to view documents + (for example, DECwindows Mail) also benefit from this enhancement. + The CDA Viewer enables this performance enhancement feature by default. You + can disable the feature as follows: + $ DEFINE CDA_QUICK_FIRST_PAGE FALSE + The CDA Viewer might not display some documents correctly when this feature + is enabled. If you encounter such a problem, disable the feature and invoke the + CDA Viewer again. + + + + +2–14 General User Features + General User Features + 2.4 Applications + +2.4.1.5 Pack and Unpack Applications + V1.2 + CDA Run-Time Services includes two standalone applications that can be used + for transferring CDA documents across a network. The CDA Pack application + packages a CDA document along with all of its externally referenced files into a + single file that can be copied between systems or mailed to other users. The CDA + Unpack application reads a file that is packaged by the CDA Pack application + and creates a copy of the original document file and all its externally referenced + files. + These applications allow you to copy CDA documents between systems without + copying externally referenced files separately or correcting external file reference + information after copying documents. + To use these applications, add the following lines to your LOGIN.COM file (or add + the lines to the SYS$MANAGER:SYLOGIN.COM file): + $ PACK == "$SYS$SYSTEM:CDA$PACK.EXE" + $ UNPACK == "$SYS$SYSTEM:CDA$UNPACK.EXE" + These lines enable you to use the symbols PACK and UNPACK to invoke the + Pack and Unpack applications, respectively. + 2.4.1.5.1 Pack Application Syntax The CDA Pack application creates a single + output file that contains the contents of a .DDIF or .DTIF input file. The single + output file also includes the files that are referenced by the .DDIF or .DTIF input + file. + The format of the PACK command is as follows: + $ PACK input-file-spec output-file-spec + The following sections explain the format of the PACK command. + + input-file-spec + Specifies the name of the primary .DDIF or .DTIF input file. + + output-file-spec + Specifies the name of the output file that is created by the PACK application. If + you do not specify a device or directory, the output file is created in the current + default directory. + + Qualifiers: + + + /[NO]SKIP_MISSING + Controls whether the Pack application continues processing if it cannot find one + or more of the files that are listed as external references in the input file. The + names of any missing files are sent to SYS$ERROR when the Pack application + is completed. If you specify /NOSKIP_MISSING, the Pack application does not + create an output file if any of the externally referenced files are missing. The + default is /SKIP_MISSING. + + /[NO]CONTROLLED_COPY + Controls whether the output file includes only those external references that + specify COPY_REFERENCE as the value of the ERF_CONTROL item in the + input file. If you specify /NOCONTROLLED_COPY, the Pack application includes + all referenced files, regardless of the value of the ERF_CONTROL item. The + default is /NOCONTROLLED_COPY. + + + General User Features 2–15 + General User Features +2.4 Applications + + /ALWAYS_ENCODE + Controls whether an output file is created when there are no external references + in the input file, or if none of the externally referenced files are found. The + default is not to create an output file in these cases. If an output file is not + created for these reasons, the Pack application returns the CDA_W_NOOUTFIL + status code. + For example: + $ PACK MYFILE.DDIF TEST.PACK + 2.4.1.5.2 Unpack Application Syntax The CDA Unpack application unpacks + an input file created by the Pack application. The output files are the .DDIF + or .DTIF file that is packed by the Pack application, as well as a file for each + external reference in the .DDIF or .DTIF file. The Unpack application sends a + list of created files to SYS$ERROR. + The format of the UNPACK command is as follows: + $ UNPACK input-file-spec + The following sections explain the format of the UNPACK command. + + input-file-spec + Specifies the name of the input file that is created by the Pack application. + + Qualifier: + + + /OUTPUT=output-file-spec + Specifies the file name and location of the files created by the Unpack application. + If you specify an output file name without a directory name, the Unpack + application creates the main .DDIF or .DTIF file with the file name you specify in + the current default directory. It also creates all externally referenced files in the + current default directory. + If you specify a directory name without a file name, the Unpack application + creates the main .DDIF or .DTIF file and all externally referenced files in the + specified directory. The main .DDIF or .DTIF file has the same name as the file + packed by the Pack application. + If you specify a directory name and a file name, the Unpack application creates + the main .DDIF or .DTIF file and all the externally referenced files, in the + specified directory. The main .DDIF or .DTIF file has the file name you specify. + For example: + $ UNPACK TEST.PACK + Output file DISK$:[SMITH]MYFILE.DDIF created. + Output file DISK$:[SMITH]FIGURE_1.DDIF created. + $ UNPACK TEST.PACK/OUTPUT=[SMITH.UNPACK] + Output file DISK$:[SMITH.UNPACK]MYFILE.DDIF created. + Output file DISK$:[SMITH.UNPACK]FIGURE_1.DDIF created. + $ UNPACK TEST.PACK/OUTPUT=[SMITH.UNPACK]NEW_FILE.DDIF + Output file DISK$:[SMITH.UNPACK]MYFILE.DDIF renamed NEW_FILE.DDIF + Output file DISK$:[SMITH.UNPACK]FIGURE_1.DDIF created. + + + + +2–16 General User Features + General User Features + 2.4 Applications + + 2.4.1.5.3 Error Messages This section describes messages associated with the + CDA Pack and Unpack applications. + + FILESPEC, Missing filespec: file-name + Severity: Informational + Explanation: The Pack application cannot locate an external file included + as an external reference in the .DDIF or .DTIF file or in one of the files + referenced in the .DDIF or .DTIF file. + + NOOUTFIL, No output file was created. + Severity: Warning + Explanation: The Pack application cannot find external references in the + .DDIF or .DTIF document to be packed, and you did not specify the /ALWAYS_ + ENCODE qualifier. + + OUTFILE, Output file created: file-name + Severity: Informational + Source: CDA_UNPACK + Explanation: The Unpack application created the specified file while + unpacking a file created by the Pack application. +2.4.1.6 New CDA Viewer Error Message + V1.2 + The CDA Viewer issues the following message if it is unable to create the + application context: + + DRMCTXFAIL, DVR could not create application context, aborting + Level: Error + Explanation: The CDA Viewer ends because an attempt to create the + application context using the Resource Manager failed, which is usually + caused by insufficient memory. + User Action: Reduce the system load and start the application again. + +2.4.2 DECterm + This section describes features that pertain to the DECterm application. +2.4.2.1 New Default Font Sizes + V1.2–4 + In previous releases, the default DECterm font size for the ‘‘big’’ and ‘‘little’’ fonts + were chosen by point size. This depended on whether 75 or 100 dpi fonts were + installed first in the font path. Starting with DECwindows Motif for OpenVMS + Version 1.2–4, DECterm chooses its default fonts by pixel size. + The following table shows the two behaviors. + + Prior Releases Since Version 1.2–4 + 1 + Default Font Size (in pixels) 100 75 100 75 + Big font 25 18 18 18 + Little font 18 14 14 14 + 1 75 dpi fonts or 100 dpi fonts on a 15-inch monitor + + + + + General User Features 2–17 + General User Features +2.4 Applications + + In addition, on 100-dpi displays DECterm now uses the big font by default. This + results in DECterm using the same font size (18 pixels) on 100-dpi displays as it + did in prior releases. On displays that are less than 325 mm wide, DECterm also + now uses a bigger default font. + Follow these steps to use the same font as in previous releases (14 pixels): + 1. From the Options menu, select the Window... item. + 2. Choose Little Font. Click on Apply. + 3. If the new default font is too small, click on the Big Font button and change + the pixel size in the Other text entry field from 18 to 25. +2.4.2.2 Scrolling Using the Keyboard + V1.2–3 + You can now scroll through text using the keyboard by pressing the Ctrl key and + arrow keys or by pressing the Prev or Next key on the editing keypad. +2.4.2.3 ReGIS Input Cursors and Escape Sequences + V1.2–3 + The DECterm application supports all ReGIS input cursors: + • Crosshair + • Diamond + • Rubber-band line + • Rubber-band rectangle + For a shape other than the diamond cursor when n is equal to 1, define the + logical name DECW$TERM_REGIS_CURSOR as one of the numbers defined in + the SYS$LIBRARY:DECW$CURSOR file. + V1.2 + The following escape sequences are supported by DECterm: + • All page movement sequences (NP, PP, PPA, PPB, and PPR). + • One rectangular area operation sequence (DECCRA). + • The DECLFKC sequence. + • The ReGIS command S(C(In)) supports the rubber-band rectangle cursor and + the diamond cursor. + See Section 4.2.2.1, ReGIS Input Cursors for additional information about escape + sequences in DECwindows Motif software. + + + + +2–18 General User Features + General User Features + 2.4 Applications + +2.4.2.4 Automatic Window Positioning + V1.1 + A resource has been defined to manage repositioning a DECterm window when + a resize operation forces part of the window off the screen. If a DECterm + window is enlarged by using the Options/Window dialog box or by entering + a SET TERMINAL/PAGE=nn or SET TERMINAL/WIDTH=nn command, the + controller moves the newly resized DECterm window so that it can be viewed in + its entirety. If you prefer DECterm not to move, add the following line to your + DECW$TERMINAL_DEFAULT.DAT file: + DECW$TERMINAL.main.terminal.autoAdjustPosition: off + +2.4.3 Window Manager + This section describes features that pertain to the Motif Window Manager + application. +2.4.3.1 Overlay Support + V1.2–3 + The latest version of the Motif Window Manager (MWM) supports overlays and + utilizes additional planes of memory, which are available on some 3D graphics + accelerators. The Window Manager places borders and banners for all the + windows into these extra planes of memory and thereby reduces the number + of expose events for your applications that use overlays. + You may need to modify your existing applications that use overlays to avoid + potential problems with the colormap. HP recommends that you set up your + system to share the overlay colormap with the Window Manager, as the hardware + supports only one colormap for the overlay planes. + See the associated documentation for your 3D graphic accelerator to determine if + overlays are supported. + Setting Up the Overlay Colormap + To modify your applications to share the overlay colormap with the Window + Manager, query the server property name SERVER_OVERLAY_COLORMAPS. + When you make the query, the server returns the 32-bit value for the overlay + Colormap ID. + To set up your system to share the overlay colormap with the Window Manager, + edit the files SYS$COMMON:[VUE$LIBRARY.SYSTEM]VUE$MWM.COM and + SYS$COMMON:[SYSMGR]DECW$MWM.COM. Change the following line in each + file: + $ mwm -multiscreen + Edit this line by adding the -Overlay command-line option as follows: + $ mwm -multiscreen "-Overlay" + Note that if you create and install your own colormap, the following problems can + result: + • Colors flash on the screen when the colormap is changed. + • Border and banner colors also change when you change the colors of your + colormap. + + + + + General User Features 2–19 + General User Features +2.4 Applications + + Restrictions + The following restrictions apply when you enable the Window Manager to use + overlays: + • The Window Manager supports only single-screen systems and does not + function correctly with multiple graphics devices (multihead). + • If you select a Matte Size value other than ‘‘None’’ from the Window Manager + options list, the Matte color may not be correct; that is, the color does not + match the selection and is occasionally transparent. + • If you select ‘‘Show feedback when moving or resizing windows’’ from the + Workspace Options menu, the window with the feedback information causes + expose events. + • When you move windows by showing the outline of the window, the outline + appears to go below the window borders and banners. + • Window borders are occasionally and randomly displayed in clear or black. + If this problem occurs, select the restart option from the Workspace menu to + restart the Window Manager. + +2.5 Tools and Utilities + The following sections describe new features related to specific X Window System + utilities ported to DECwindows Motif. + +2.5.1 AccessX Keyboard Utility (accessx) + V1.3 + The AccessX Keyboard utility (accessx) is a client application that enables you to + set one or more AccessX keyboard enhancements available with the X Keyboard + extension (XKB). These enhancements make it easier for users with disabilities + to interact with workstation input devices (keyboard and mouse). + Specifically, AccessX enhancements for XKB offer the following capabilities: + • Sticky Keys – Allows you to perform multikey operations with one hand, + one finger, or a mouth stick. You can use this feature to enter certain + uppercase letters and punctuation characters without having to hold down + the Shift key. This feature also makes it easier to enter control sequences, + such as Ctrl/C. + • Mouse Keys (also known as Dead Mouse) – Lets you map actions that + you would perform with a mouse to keys on the numeric keyboard or other + keys that you specify. With this feature, you can use one finger or a mouth + stick to move the cursor to different areas of the screen, manipulate menus, + and select, cut, and paste text. + • Toggle Keys – Provides audio feedback when the Shift Lock (Caps Lock) + key is pressed. This feature helps users who might have difficulty seeing + the keyboard light indicator for the Shift Lock key or users who are using a + keyboard that does not provide light indicators for any keyboard settings. + • Repeat Keys – Allows you to adjust the auto-repeat keyboard mechanism + speed or to turn it off entirely. With this feature turned on, you can set your + keyboard so that holding down a key for a longer than average time does not + cause a repeat entry of that character. + + + + +2–20 General User Features + General User Features + 2.5 Tools and Utilities + +• Slow Keys – Makes the keys less likely to respond when brushed + accidentally. With this feature turned on, the computer accepts only + keystrokes that are held for a certain length of time. The computer ignores + light keystrokes that are held only for a moment. +• Bounce Keys – Eliminates the problem of pressing a key and then + accidentally pressing it again before moving to another key. You can set + this feature to tell the computer not to process a second pressing of a key + unless a certain length of time elapses between each pressing. +• Time Out – Shuts off the AccessX features (except for Repeat Keys) on a + workstation after a specified period of time. If you are sharing a workstation + and have set AccessX features, the settings are turned off automatically + before the next use. To retain the AccessX settings at all times, you can turn + off the Time Out feature. +The settings for these capabilities are stored as X resource specifications available +from an AccessX configuration file. This utility reads the appropriate file +(either for the client or server) and adjusts the resource settings depending upon +the changes you make. +See Section 2.5.1.1 and Section 2.5.1.2 to learn more about the configuration file +and its default values. For information about enabling and using XKB and X +Keyboard keymaps, see the HP DECwindows Motif for OpenVMS Management +Guide. +To run this utility, define accessx as a foreign command, and copy the UID file to +DECW$USER_DEFAULTS: +$ accessx :== "$DECW$EXAMPLES:ACCESSX.EXE" +$ COPY DECW$EXAMPLES:ACCESSX.UID DECW$USER_DEFAULTS:ACCESSX.UID +The command format for accessx is as follows: +$ accessx [-options...] +You can run accessx by entering the command at the DCL prompt, with or +without options. The options, described in Table 2–4, allow you to specify which +configuration file to load and choose whether to display the status of the editing +session. If no options are specified, the client configuration file is loaded by +default. + +Table 2–4 AccessX Keyboard Utility Options +Options Description +-client Instructs accessx to load and use the custom settings in the + client configuration file. This is the default option. +-server Instructs accessx to load and use the default, system-wide + settings maintained in the server configuration file. +-status Displays the status window when accessx is started. +-vmods Uses the names for virtual modifiers in the status window. For + example, with the -vmods option, accessx displays NumLock + instead of Mod5. + + +Once invoked, the accessx dialog box is displayed, which lets you select the +AccessX features that you want to enable. It also provides a test area that +allows you to preview your settings before applying them to a DECwindows Motif +session. + + + General User Features 2–21 + General User Features +2.5 Tools and Utilities + + For detailed information on the controls and menu options in the dialog box, see + the online help available from the Help menu option. +2.5.1.1 The AccessX Configuration File + The AccessX configuration file is an X resource file used to store and load specific + AccessX settings for the client. The default client configuration file is located + in DECW$USER_DEFAULTS:ACCESSX.DAT and is created the first time you + choose Save Settings. + You can choose to edit the file directly or use the accessx utility (with the -client + or -server option) to modify the settings. Note that any comments inserted in + this file are deleted when you perform a save settings action. + The format for entries in this file follow the standard X resource specification + format, which is: + *resource:value + For example: + *BounceKeysToggle.set:False + Since an application can consist of a combination of input widgets (such as, push + buttons and a scroll bar), you can use the widget class and name identifiers to + create additional resource specifications. +2.5.1.2 Default Resource Settings + Table 2–5 lists the AccessX resources and their default values. These are default + settings maintained by the server and also represent the initial settings in the + client configuration file, prior to modification. + + Table 2–5 Default AccessX Resource Settings + Resource Value + *BounceKeysToggle.set False + *EnableAccessXToggle.set True + *KRGDebounceScale.decimalPoints 1 + *KRGDebounceScale.maximum 40 + *KRGDebounceScale.minimum 1 + *KRGDebounceScale.value 3 + *KRGRepeatDelayScale.decimalPoints 2 + *KRGRepeatDelayScale.maximum 400 + *KRGRepeatDelayScale.minimum 1 + *KRGRepeatDelayScale.value 66 + *KRGRepeatRateScale.decimalPoints 2 + *KRGRepeatRateScale.maximum 400 + *KRGRepeatRateScale.minimum 1 + *KRGRepeatRateScale.value 4 + *KRGSlowKeysDelayScale.decimalPoints 1 + *KRGSlowKeysDelayScale.maximum 40 + (continued on next page) + + + + +2–22 General User Features + General User Features + 2.5 Tools and Utilities + + + Table 2–5 (Cont.) Default AccessX Resource Settings + Resource Value + + *KRGSlowKeysDelayScale.minimum 1 + *KRGSlowKeysDelayScale.value 3 + *MouseKeysToggle.set False + *MouseAccelScale.decimalPoints 1 + *MouseAccelScale.maximum 40 + *MouseAccelScale.minimum 1 + *MouseAccelScale.value 20 + *MouseDelayScale.decimalPoints 1 + *MouseDelayScale.maximum 40 + *MouseDelayScale.minimum 1 + *MouseDelayScale.value 3 + *MouseMaxSpeedScale.decimalPoints 0 + *MouseMaxSpeedScale.maximum 500 + *MouseMaxSpeedScale.minimum 1 + *MouseMaxSpeedScale.value 300 + *RepeatKeysToggle.set True + *ShowStatusToggle.set False + *SlowKeysOnAcceptToggle.set True + *SlowKeysOnPressToggle.set True + *SlowKeysToggle.set False + *SoundOnOffToggle.set True + *StickyKeysToggle.set False + *StickyModSoundToggle.set True + *StickyTwoKeysToggle.set True + *TimeOutScale.decimalPoints 0 + *TimeOutScale.maximum 10 + *TimeOutScale.minimum 1 + *TimeOutScale.value 2 + *TimeOutToggle.set False + *ToggleKeysToggle.set False + + +2.5.2 X Authority Utility (xauth) + V1.3 + The X Authority utility (xauth) enables you to manage the contents of one + or more X authority files. The X authority file contains information used to + authorize client connections to the X server. + This utility is typically used to extract authorization records from one system + and combine them with the records on another system, such as when granting + access to additional users or enabling remote logins. The actual record entries + vary depending on the authentication scheme currently in use. + + + + + General User Features 2–23 + General User Features +2.5 Tools and Utilities + + In contrast to other X Window System utilities that are available with + DECwindows Motif, xauth is included as a part of OpenVMS Alpha and + OpenVMS I64 operating systems. The xauth commands are case-insensitive + and available directly from the DCL command line, xauth command line, or from + a batch file. + The command format for xauth is as follows: + $ xauth [-f authfile] [-options...] [command] + Table 2–6 defines the available options. + + Table 2–6 X Authority Utility Options + Options Description + -f authfile Specifies the name of the X authority file. Version numbers + are not allowed. If a display device is specified on the + command line, xauth will use the X authority file referenced + by the display device. Otherwise, xauth will use the default + X authority file used by client applications. This file is + the X authority file referenced by the DECW$DISPLAY + display device, the DECW$XAUTHORITY logical, or + SYS$LOGIN:DECW$XAUTHORITY.DECW$XAUTH. + -q Specifies that xauth operate in quiet mode. Status messages + are not displayed. This is the default setting if the output from + xauth is not directed to a terminal. + -v Specifies that xauth operate in verbose mode. Status message + are printed. This is the default setting if the output from xauth + is directed to a terminal. + -i Specifies that xauth ignore file locks. Normally, xauth will + refuse to read or edit any files that have been locked by another + program (such as, by another instance of xauth) and not timed + out. + -b Specifies that xauth break file locks before proceeding. Use this + option only to clean up stale locks. + -n Specifies that xauth not interpret the host name when the list + command is used. Instead, xauth displays the literal value as it + appears in the X authority file. + + + Table 2–7 defines the available commands. + + Table 2–7 X Authority Utility Commands + Commands Description + add Adds or replaces the specified entries. + extract Extracts and writes the specified entries to a new X authority + file. + exit Saves and closes the file and exits the xauth utility. (Available + from the xauth command line only.) + remove Deletes the specified entries. + merge Appends entries from another X authority file. + nextract Extracts the specified entries in numerical format. + (continued on next page) + + + + +2–24 General User Features + General User Features + 2.5 Tools and Utilities + + + Table 2–7 (Cont.) X Authority Utility Commands + Commands Description + + nmerge Merges the specified entries presented in numerical format. + list Displays a listing of entries in the X authority file. + nlist Displays a listing of entries in numerical format. + generate Used to generate a new authorization key. Requires that + DECwindows Motif be installed and the SECURITY extension be + enabled on the X display server. The generate command creates + a key that applies to all entries with a matching IPv4 or IPv6 + host address. It is not limited to the IP address of the host used + to connect to the display server. + help Displays information about the parameters and options for this + utility. Subtopic help is also available by typing a question mark + (?) at the command prompt. + info Provides a brief overview of the X authority file. + quit Closes the xauth utility without applying any changes. + (Available from the xauth command line only.) + source Runs xauth commands from a command file. + + +2.5.2.1 The X Authority File + The X authority file is a binary data file that contains information used to + authorize connections to the X display server on a system running DECwindows + Motif Version 1.3 or higher. + Each time a client application attempts to connect to an X server system that + uses an authorization protocol, it references the current X authority file to + determine the appropriate authorization key to apply in order to authenticate + the connection. Each authorization key consists of the protocol name and token, + which can be one of the following depending on the protocol in use: + • MIT-MAGIC-COOKIE-1 + random numeric code + • MIT-KERBEROS-5 + encrypted string (cached separately) + By default, an X authority file is created automatically the first time a user + logs into a desktop on a system configured for MIT-MAGIC-COOKIE-1 or MIT- + KERBEROS-5 authentication. The file is stored in that user’s OpenVMS login + directory (SYS$LOGIN:DECW$XAUTHORITY.DECW$XAUTH). Each time the + user subsequently logs into a desktop on that system, a new authorization key is + generated, passed to the X server, and written to the user’s X authority file. This + key controls access to the X server during the DECwindows Motif session. + A separate X authority file can be manually defined on a server level (using + the DECW$SERVER_XAUTHORITY symbol) for those client applications that + require access to the X server outside of the normal DECwindows Motif login + process. + If the SECURITY extension is enabled, authorization keys can also be manually + generated. Manually-generated keys can be used to further restrict server + access. The generated key is stored in the X authority file on the client system + overwriting any value already present for the specified display server. The key + can be distributed to different client systems to allow connections to a specific + server and can be revoked to stop subsequent connections. + + + + + General User Features 2–25 + General User Features +2.5 Tools and Utilities + + Generated keys are assigned an authorization ID that associates the key with + the user who generated the key. As a result, only the user who generated the key + can revoke the key. + 2.5.2.1.1 Format of an X Authority File Entry Each entry in an X authority + file corresponds to a particular X display server and is composed of three main + components: + display-name protocol token + display-name + Identifies the name of the X display to which you are authorizing access. The + display name follows the supported display name format described in HP + DECwindows Motif for OpenVMS Management Guide: + [transport/]host:[:]server[.screen] + This format enables you to use a single X authority file to grant varying levels of + access to different X display servers and connection families. + For example, the following entries grant access to the local display server on + node HUBBUB and the remote display server on node ZEPHYR via the DECnet + transport: + local/HUBBUB:0 MIT-MAGIC-COOKIE-1 cfcc5ef98f9718f90154f355c0ae9f62 + decnet/ZEPHYR::0 MIT-MAGIC-COOKIE-1 cfcc5ef98f9718f90154f355c0ae9f62 + • [transport/] + Identifies the network transport used to connect to an X display server. + See HP DECwindows Motif for OpenVMS Management Guide for a list of + the supported transport values. If a transport value is not specified, the + default value is interpreted from the format of the remaining portions of the + display-name entry, for example: + Host address and one colon (116.94.24.187:0) (TCP/IP) + Two colons (::0 or ZEPHYR::0) (DECnet) + No host name or address and one colon (:0) (local) + • host[:] + Identifies the name of the host system where the X display server is located. + A value of 0 is interpreted as the local host, which is the default. The type + of host is determined by the transport value. See HP DECwindows Motif for + OpenVMS Management Guide for a full list of valid host name and address + formats. + • :server + Identifies the server. This value is required and must be preceded by a single + colon (:). Typically the value for a single-server system is :0. If you are + specifying a display on a multi-server system (such as when using a proxy + server), additional values may apply depending on the number of servers + in the configuration. If you have specified a display device (with the SET + DISPLAY command), the server portion of the entry is assumed from the + device specification. + • [.screen] + Identifies the screen. On OpenVMS Alpha and OpenVMS I64 systems, the + screen value is not held in the X authority file and is ignored when included + in a command. All screens on a single server have the same authorization. + + + + +2–26 General User Features + General User Features + 2.5 Tools and Utilities + + protocol + Indicates the authentication protocol in use. Valid values are MIT-MAGIC- + COOKIE-1 and MIT-KERBEROS-5. + token + A random alphanumeric string that functions as a password authorizing a server + connection. The format of the token depends on the authorization scheme in + use. MIT-MAGIC-COOKIE-1 uses a 128-bit string known as a magic cookie. + MIT-KERBEROS-5 uses an encrypted string to authorize server connections. This + string is stored separately. The token entry in the X authority file represents the + encoded location of the Kerberos keytab file and associated principal name, which + is referenced by the server to locate the encrypted string. + 2.5.2.1.2 Specifying an X Authority File By default, the X authority + file referenced by client applications and the xauth utility is defined as + SYS$LOGIN:DECW$XAUTHORITY.DECW$XAUTH. You can override this + default and specify an alternate X authority file in either of the following ways: + • You can create alternate X authority files and switch between them using + the DECW$XAUTHORITY logical. For example, the following command + changes the X authority file in use for the current DECwindows Motif session + to UNTRUSTED.DECW$AUTH: + $ DEFINE DECW$XAUTHORITY SYS$MANAGER:[SYSMGR]UNTRUSTED.DECW$XAUTH + The logical definition remains in use until it is redefined or an alternate value + is specified using the SET DISPLAY/XAUTHORITY command. + • If a display device is used to create a client connection to an X + server, you can specify an alternate X authority file using the SET + DISPLAY/CREATE/XAUTHORITY command. Note that the file specified + on this command line overrides both the default and any file referenced by + the DECW$XAUTHORITY logical. +2.5.2.2 Invoking xauth and Entering Commands + You can choose to enter commands interactively from DCL, or enter the utility + and issue commands from the xauth command line. + Note that SYS$LOGIN:DECW$XAUTHORITY.DECW$XAUTH is the default X + authority file. If you want to work with an alternate file, use the -f option on the + command line to specify the filename, as follows: + $ XAUTH -f SYS$SYSROOT:[SYSMGR]UNTRUSTED.DECW$XAUTH + Using authority file SYS$SYSROOT:[SYSMGR]UNTRUSTED.DECW$XAUTH + xauth> + Tips and Shortcuts + • If you are working with an X authority file other than the default, and plan + to enter a series of commands, use the XAUTH -f command to enter the + utility; then issue the subsequent commands from the utility command line. + Otherwise, you will need to reenter the fully-qualified filename with each + xauth command issued from the DCL command line. + • When adding a file entry, you can specify a period (.) in place of the + value MIT-MAGIC-COOKIE-1. The period is replaced by the name of the + authentication protocol. + + + + + General User Features 2–27 + General User Features +2.5 Tools and Utilities + +2.5.2.3 IPv6 Considerations + V1.5 + Note that xauth interprets certain transport values slightly different than in most + other DECwindows Motif interfaces. Table 2–8 describes how xauth interprets + each transport. + + Table 2–8 xauth Transport Actions + With this Transport + Value... xauth Commands Affect... + INET All entries in the X authority file whose host address matches + any of the IPv4 addresses associated with the same TCP/IP + host. + INET6 All entries in the X authority file whose host address matches + any of the IPv4 or IPv6 addresses associated the same + TCP/IP host. + TCPIP or TCP All entries in the X authority file as if INET or INET6 had + been specified, depending on the setting of DECW$IPV6_ + SUPPORT. + + +2.5.2.4 Accessing Online Help + To display a brief list of the available xauth commands or a summary of their + function, issue either the XAUTH ? or XAUTH HELP command. +2.5.2.5 Creating an X Authority File + Use the XAUTH -f ADD command to manually create an X authority file. + You must manually create an X authority file for the server when enabling + authentication outside of a DECwindows Motif session. You can also choose to + create additional user X authority files to store alternate authentication settings, + such as for authorizing untrusted network connections. + An X authority file name can consist of any characters currently supported by + OpenVMS; however, the file extension is restricted to a maximum of 37 characters + and version numbers are not allowed. + The -f option specifies the name of the X authority file, and the ADD command + creates the file by adding an entry. If you do not enter a fully-qualified filename, + the new X authority file is written to the current directory by default. + For example, the following command creates a new X authority file + UNTRUSTED.DECW$XAUTH to be used to authorize untrusted network + connections: + $ XAUTH -f UNTRUSTED.DECW$XAUTH ADD :0 . + cfcc5ef98f9718f90154f355c0ae9f62 +2.5.2.6 Displaying File Information + To assist with debugging file access and write issues, xauth includes a command + that displays summary information about a particular X authority file. Use the + XAUTH INFO command to display information about an X authority file, such as + the current lock status and change history. + + + + +2–28 General User Features + General User Features + 2.5 Tools and Utilities + + For example, the following command displays summary information about the X + authority file UNTRUSTED.DECW$XAUTH: + $ XAUTH -f SYS$SYSROOT:[SYSMGR]UNTRUSTED.DECW$XAUTH INFO + Authority file: SYS$SYSROOT:[SYSMGR]UNTRUSTED.DECW$XAUTH + File new: no + File locked: yes + Number of entries: 2 + Changes honored: yes + Changes made: no + Current input: command line +2.5.2.7 Viewing and Editing File Entries + Each X authority file assumes the default protections of the account and directory + in which it resides. If you have the appropriate privileges, you can view or edit + the contents of an X authority file. To ensure the appropriate level of security, + access to this file is typically limited to either the local SYSTEM account, the file + owner, or both. + + Note + When an X authority file is open for viewing or editing, one or more + lock files are created by adding -L or -C to the file extension (such as, + *.DECW$XAUTH-C). This renders the X authority file locked from further + use. When the file is closed, the lock is subsequently removed, and the + lock files deleted. + If a DECwindows Motif session is terminated abruptly, one or more locked + files can remain. Use the XAUTH command with options -b or -i to either + break or ignore the locks and gain access to the file. + + + Displaying File Entries + Use the XAUTH LIST command to display the contents of an X authority file. + For example, the following XAUTH command displays the entries in the X + authority file UNTRUSTED.DECW$XAUTH: + $ XAUTH -f UNTRUSTED.DECW$XAUTH LIST + local/ZEPHYR:0 MIT-MAGIC-COOKIE-1 cfcc5ef98f9718f90154f355c0ae9f62 + decnet/ZEPHYR::0 MIT-MAGIC-COOKIE-1 cfcc5ef98f9718f90154f355c0ae9f62 + 116.94.24.187:0 MIT-MAGIC-COOKIE-1 cfcc5ef98f9718f90154f355c0ae9f62 + + Note + TCP/IP is considered the default transport for X authority file entries. As + a result, the transport portion of the display name is assumed and not + displayed for entries that use the TCP/IP transport. + + + To limit the list to entries related to a particular display, enter the display name + at the end of the XAUTH LIST command, as follows: + $ XAUTH -f UNTRUSTED.DECW$XAUTH LIST ZEPHYR::0 + decnet/ZEPHYR::0 MIT-MAGIC-COOKIE-1 cfcc5ef98f9718f90154f355c0ae9f62 + + + + + General User Features 2–29 + General User Features +2.5 Tools and Utilities + + With the TCPIP transport, multiple addresses may correspond to the same + display name. When displaying X authority file entries, it may be difficult to + distinguish which entry applies to which address. To differentiate the entries, use + the -n qualifier to list them in numeric format, as follows: + $ XAUTH LIST + test13_2:0 MIT-MAGIC-COOKIE-1 12 + test13_2:0 MIT-MAGIC-COOKIE-1 23 + $ XAUTH -n LIST + #0006#fe800000000000000200f8fffe101905#:0 MIT-MAGIC-COOKIE-1 12 + #0000#c0a70209#:0 MIT-MAGIC-COOKIE-1 23 + Adding and Removing File Entries + Use the XAUTH ADD and XAUTH REMOVE commands to add entries to or + delete entries from an X authority file. + If you have created a display device (using the SET DISPLAY command), you can + specify the device name on the xauth command line to insert or remove entries + related to the display device. Typically, the X authority file entry for a display + device corresponds to the display server specified by the SET DISPLAY command. + However, if the SET DISPLAY command specifies that a proxy server be used, the + file entry pertains to that proxy server. + For example, the following X authority file has a single entry for the LOCAL + transport on node ZEPHYR. To use the same authorization key for the DECnet + transport and to specify that Kerberos be used when connecting to remote + node HUBBUB, you could add the following entries to the X authority file + UNTRUSTED.DECW$XAUTH: + $ XAUTH -f UNTRUSTED.DECW$XAUTH + Using authority file untrusted.decw$xauth + xauth> LIST + local/ZEPHYR:0 MIT-MAGIC-COOKIE-1 cfcc5ef98f9718f90154f355c0ae9f62 + xauth> ADD ::0 . cfcc5ef98f9718f90154f355c0ae9f62 + xauth> ADD HUBBUB::0 MIT-KERBEROS-5 "" + + xauth> LIST + local/ZEPHYR:0 MIT-MAGIC-COOKIE-1 cfcc5ef98f9718f90154f355c0ae9f62 + decnet/ZEPHYR::0 MIT-MAGIC-COOKIE-1 cfcc5ef98f9718f90154f355c0ae9f62 + decnet/HUBBUB::0 MIT-KERBEROS-5 + xauth> EXIT + Writing X authority file untrusted.decw$xauth + Client applications running on systems in the same cluster share a single X + authority file. As a result, in cluster configurations, adding an entry for the + DECnet transport to the local system grants client applications running on other + nodes in the cluster access to that system. + + + + +2–30 General User Features + General User Features + 2.5 Tools and Utilities + +To discontinue remote access to HUBBUB, you could use the XAUTH REMOVE +command to remove the entry, as follows: +$ XAUTH -f UNTRUSTED.DECW$XAUTH +Using authority file untrusted.decw$xauth +xauth> REMOVE HUBBUB::0 +1 entries removed +xauth> LIST +local/ZEPHYR:0 MIT-MAGIC-COOKIE-1 cfcc5ef98f9718f90154f355c0ae9f62 +decnet/ZEPHYR::0 MIT-MAGIC-COOKIE-1 cfcc5ef98f9718f90154f355c0ae9f62 +xauth> EXIT +Writing X authority file untrusted.decw$xauth +Copying Entries Between Files +Use one or more of the following XAUTH commands to copy entries for a +particular display from one X authority file to another. +This enables you to use an existing entry to grant another user access to a +particular display or to obtain access to a remote host from the current display +device. +• EXTRACT – Creates a new X authority file whose entries match those in the + original file. +• MERGE – Appends the contents of one file to another, replacing entries for + the same display name or adding entries for different names. +• NEXTRACT and NMERGE – These commands are designed to be used with + the PIPE command. NEXTRACT extracts file entries in a text format that + can then be used as input for the NMERGE command. + For example, the following command extracts the X authority file entry for + the local transport from the file UNTRUSTED.DECW$XAUTH and adds it to + a new X authority file NEW_XAUTHORITY.DECW$XAUTH: + $ PIPE XAUTH -f UNTRUSTED.DECW$XAUTH NEXTRACT SYS$OUTPUT :0 | - + _$ XAUTH -f NEW_XAUTHORITY.DECW$XAUTH NMERGE SYS$INPUT +These commands can also be used with the rsh command to copy entries from an +X authority file on an OpenVMS host to an X authority file on a remote UNIX +system. For example, the following command extracts the entry for TCP/IP access +(TCPIP/0:0) and adds it to the current file for user SMITH on the remote UNIX +system FLOPSY: +$ PIPE XAUTH -f UNTRUSTED.DECW$XAUTH NEXTRACT - TCPIP/0:0 | - +_$ rsh/user=smith/password=secret flopsy "xauth nmerge -" + + + + + General User Features 2–31 + General User Features +2.5 Tools and Utilities + + Note + When using the PIPE and XAUTH commands to pass information to a + UNIX host, you must press Ctrl/C to terminate the connection to the + UNIX host and return control to OpenVMS. + + +2.5.2.8 Generating Authorization Keys + When the SECURITY extension is enabled on an X display server, you can + generate additional authorization keys. Generated keys enable you to further + manage server access and control the type of operations performed over the + connection. For example, you can revoke a generated key at will, set it to expire + after a certain time period, or use it to further grant or restrict the operations (at + the X atom level) that can be performed over the connection. + Use the XAUTH GENERATE command to produce a new authorization key. Note + that the generated key overwrites any existing key for the current session. To + preserve the existing key, specify an alternate X authority file on the XAUTH + command line. + For example, the following commands specify the alternate X authority file + UNTRUSTED.DECW$XAUTH, generate and display a new key for the local + display, and write the generated key to the alternate file: + $ XAUTH -f UNTRUSTED.DECW$XAUTH + Using authority file untrusted.decw$xauth + xauth> LIST :0 + local/ZEPHYR:0 MIT-MAGIC-COOKIE-1 cfcc5ef98f9718f90154f355c0ae9f62 + xauth> GENERATE :0 + xauth> LIST :0 + local/ZEPHYR:0 MIT-MAGIC-COOKIE-1 cfcc4ff77f3709c46222c355f0ea1c93 + xauth> EXIT + Writing X authority file untrusted.decw$xauth + +2.5.3 X Keyboard Compiler Utility (xkbcomp) + V1.3 + The Keyboard Compiler utility (xkbcomp) compiles X Keyboard source files into + loadable X Keyboard layout (.XKM) files. Using xkbcomp, you can customize the + standard layouts provided with the X Window System by creating or modifying + the component source files. + For information about enabling and using XKB and X Keyboard keymaps, see the + HP DECwindows Motif for OpenVMS Management Guide. + To run this utility, define xkbcomp as a foreign command: + $ xkbcomp == "$SYS$SYSTEM:DECW$XKBCOMP" + + + + +2–32 General User Features + General User Features + 2.5 Tools and Utilities + +The command format for xkbcomp is as follows: +$ xkbcomp [-options...] input-file [output-file] + +Table 2–9 Keyboard Compiler Options +Option Description +-a Specifies that all user actions be displayed. +-C Creates a C header file during compilation. +-em1 message Prints the specified message before printing any informational + or error messages. +-emp message Prints the specified message at the start of each line of + messages. +-eml message Prints the specified message after any informational or error + messages. +-dflts Specifies that the compiler generate default values for any + missing parameters. +-I [directory] Specifies the top level directory for include statements. A + comma-separated list of multiple directories is allowed. +-l [flags] Specifies that a list of matching keymap files be displayed, where + flags can be one or more of the following options: + f: lists fully-specified filenames + h: lists hidden keymap files + l: generates a long list + p: lists partial keymap files + r: lists recursive subdirectories + The default of -l with no flags turns all options off. +-map keymap file Specifies the keymap file to compile. +-merge Merges the keymap file with the keymap currently residing on + the server. +-o file Specifies the fully-qualified name of the compiled keymap + (.XKM) file. +-optional parts Specifies optional components of a keymap file, where parts can + be any combination of: + c: compatibility map + g: geometry + k: keycodes + s: symbols + t: types + Note that errors in specifying optional components are not fatal. +-R [DIRECTORY] Specifies the directory in which the component source files are + located. +-synch Forces keymap synchronization. +-w [level] Sets the warning level for compiler errors, ranging from 0 (none) + to all (10). +-xkb Generates an X keyboard (.XKB) source file. +-xkm Generates a compiled keymap (.XKM) file. + + +For information about the keyboard components database, see the HP +DECwindows Motif for OpenVMS Management Guide. + + + + + General User Features 2–33 + General User Features +2.5 Tools and Utilities + +2.5.4 Window Dump to Print File (xpr) Utility + V1.2 + The Window Dump to Print File utility prints an X Window dump using the xpr + program. + The xpr program receives as input a window dump file produced by the Window + Dump utility (xwd) and formats it for output on the following printers: + • PostScript + • DIGITAL LN03 or LA100 + • IBM PP3812 page printer + • HP LaserJet (or other PCL printers) + • HP PaintJet + To use the xpr program, define xpr as a user-defined command: + $ xpr == "$DECW$UTILS:XPR" + You must specify an input file. The xpr program prints the largest possible + representation of the window on the output page. Options allow the user to + add headers and trailers, specify margins, adjust the scale and orientation, and + append multiple window dumps to a single output file. + Use the following command format: + $ xpr input_file [options...] + Options include: + -append filename -noff -output filename + -compact + -device {ln03 | la100 | ps | lw | pp | ljet | pjet | pjetxl} + -dump + -gamma correction + -gray {2 | 3 | 4} + -height inches -width inches + -header string -trailer string + -landscape -portrait + -left inches -top inches + -noposition + -nosixopt + -plane n + -psfig + -render type + -report + -rv + -scale scale + -slide + -split n-pages + Table 2–10 defines the available options. + + + + +2–34 General User Features + General User Features + 2.5 Tools and Utilities + + +Table 2–10 Window Dump to Print File Options +Option Description +-device devtype Specifies the device on which the file is printed. + Currently supported devices: + la100 DIGITAL LA100. + ln03 DIGITAL LN03. + ljet HP LaserJet series and other monochrome PCL + devices such as ThinkJet, QuietJet, RuggedWriter, + HP series, and HP-series printers. + pjet HP PaintJet (color mode). + pjetxl HP PaintJet XL Color Graphics Printer (color + mode). + pp IBM PP3812. + ps PostScript printer. + lw LaserWriter is equivalent to -device ps and is + provided only for backwards compatibility. + The default is PostScript. +-scale scale Affects the size of the window on the page. The PostScript, + LN03, and HP printers can translate each bit in a window + pixel map into a grid of a specified size. For example, each + bit might translate into a 3x3 grid. This would be specified by + -scale 3. By default, a window is printed with the largest scale + that will fit onto the page for the specified orientation. +-height inches Specifies the maximum height of the page. +-width inches Specifies the maximum width of the page. +-left inches Specifies the left margin in inches. Fractions are allowed. By + default the window is centered in the page. +-top inches Specifies the top margin for the picture in inches. Fractions + are allowed. +-header string Specifies a header string to be printed above the window. +-trailer string Specifies a trailer string to be printed below the window. +-landscape Forces the window to be printed in landscape mode. By + default, a window is printed so that its longest side follows + the long side of the paper. +-portrait Forces the window to be printed in portrait mode. By default a + window is printed so that its longest side follows the long side + of the paper. +-plane number Specifies which bit plane to use in an image. The default is + to use the entire image and map values into black and white + based on color intensities. +-gray Uses a 2x2, 3x3, or 4x4 gray scale conversion on a color image, + rather than mapping to strictly black and white. This doubles, + triples, or quadruples the effective width and height of the + image. +-rv Forces the window to print in reverse video. +-compact Uses run-length encoding for compact representation of + windows with white pixels. + (continued on next page) + + + + + General User Features 2–35 + General User Features +2.5 Tools and Utilities + + + Table 2–10 (Cont.) Window Dump to Print File Options + Option Description + + -output filename Specifies an output file name. + -append filename Specifies a file name previously produced by xpr to which the + window is to be appended. + -noff When specified in conjunction with -append, the window + appears on the same page as the previous window. + -split n-pages Allows the user to split a window onto several pages. This + might be necessary for very large windows that would + otherwise cause the printer to overload and print the page + in an obscure manner. + -psfig Suppresses translation of the PostScript picture to the center + of the page. + -density dpi Indicates dot-per-inch density to be used by the HP printer. + -cutoff level Changes the intensity level where colors are mapped to + either black or white for monochrome output on a LaserJet + printer. The level is expressed as percentage of full brightness. + Fractions are allowed. + -noposition Causes header, trailer, and image positioning command + generation to be bypassed for LaserJet, PaintJet and PaintJet + XL printers. + -gamma correction Changes the intensity of the colors printed by the PaintJet XL + printer. The correction is a floating-point value in the range + 0.00 to 3.00. Consult the operator’s manual to determine the + correct value for the specific printer. + -render algorithm Allows the PaintJet XL printer to render the image with + the best quality versus performance tradeoff. Consult the + operator’s manual to determine the available algorithms. + -slide filename Allows overhead transparencies to be printed using the + PaintJet and PaintJet XL printers. + + + The program contains the following limitations: + • Support for PostScript output currently cannot use the -append, -noff, or -split + options. + • The -compact option is only supported for PostScript output. It compresses + white space but not black space, so it is not useful for reverse-video windows. + • For color images, map directly to PostScript image support. + Program limitations with an LN03 printer: + • The current version of xpr can print most X Windows that are not larger than + two-thirds of the screen. + For example, the LN03 prints a large Emacs window, but fails when trying to + print the entire screen. + + + + +2–36 General User Features + General User Features + 2.5 Tools and Utilities + +• The LN03 has memory limitations that cause it to incorrectly print large or + complex windows. The two most common errors encountered are ‘‘band too + complex’’ and ‘‘page memory exceeded’’ and are described as follows: + ‘‘band too complex’’ + A window may have a particular six pixel row that contains too many + changes (from black to white to black). This causes the printer to drop + part of the line and possibly drop parts of the page. The printer flashes + the number ‘‘1’’ on its front panel when this problem occurs. A possible + solution to this problem is to increase the scale of the picture or to split + the picture onto two or more pages. + ‘‘page memory exceeded’’ + This occurs if the picture contains too much black space, or if the picture + contains complex half-tones, such as the background color of a display. + When this problem occurs, the printer automatically splits the picture + onto two or more pages. The number ‘‘5’’ may flash on its front panel. As + a possible solution to the problem, it might be necessary to either cut and + paste or to rework the application to produce a less complex picture. +Program limitations with a LA100 printer: +• The picture is always printed in portrait mode. +• The scale is ignored. +• The scale factor will be different in the horizontal and vertical directions. +Program limitations with an HP printer: +• If the -density option is not specified, 300 dots-per-inch (dpi) is assumed for + the ljet device and 90-dpi for the pjet device. The LaserJet printer supports + 300-, 150-, 100-, and 75-dpi. Consult the operator’s manual to determine the + densities supported by other printers. +• If the -scale option is not specified, the image is expanded to fit the printable + page area. +• The default printable page area is 8x10.5 inches. Other paper sizes can be + accommodated using the -height and -width options. +• Note that a 1024x768 image fits the default printable area when processed at + 100-dpi with scale=1; the same image can also be printed using 300-dpi with + scale=3, but it requires more data to be transferred to the printer. +• The xpr program may be tailored for use with monochrome PCL printers + other than the LaserJet. To print on a ThinkJet (HP 2225A) printer, invoke + xpr as follows: + xpr -density 96 -width 6.667 filename + To print black-and-white output on a PaintJet printer, invoke xpr as follows: + xpr -density 180 filename +• The monochrome intensity of a pixel is computed as 0.30*R + 0.59*G + + 0.11*B. If the computed intensity of a pixel is less than the -cutoff level, it + prints white. This maps light-on-dark display images to black-on-white hard + copy. The default cutoff intensity is 50% of full brightness. For example, + specifying -cutoff 87.5 means that a pixel will be displayed as black if the + computed intensity is less than 85% of full brightness. + + + + General User Features 2–37 + General User Features +2.5 Tools and Utilities + + • A LaserJet printer must be configured with sufficient memory to print the + image. To print a full page at 300-dpi, approximately 2 MB of printer memory + is required. + • Color images are produced on the PaintJet printer at 90-dpi. The PaintJet + is limited to 16 colors from its 330 color palette on each horizontal print + line. The xpr program issues a warning message if more than 16 colors are + encountered on a line. Xpr programs the PaintJet for the first 16 colors + encountered on each line and uses the nearest matching programmed value + for other colors on the line. + • Specifying the -rv option on the PaintJet printer causes black and white to be + interchanged on the output image. No other colors are changed. + • Multiplane images must be recorded by xwd in ZPixmap format. Single-plane + (monochrome) images may be in either XYPixmap or ZPixmap format. + • Some PCL printers do not recognize image positioning commands. Output for + these printers is not centered on the page, and header and trailer strings may + not appear where expected. + • The -gamma and -render options are supported only on the PaintJet XL + printers. + • The -slide option is not supported on LaserJet printers. + • The -split option is not supported on HP printers. + • The -gray option is not supported on HP or IBM printers. + + + + +2–38 General User Features + 3 + System Management Features + + This chapter provides information about new features and enhancements related + to DECwindows Motif system management. + +3.1 Installation and Upgrade Information + The following sections describe features that pertain to installing and upgrading + DECwindows Motif systems. + +3.1.1 DECW$STARTUP Log File + V1.5 + When you start DECwindows Motif using the command + @SYS$MANAGER:DECW$STARTUP RESTART, a startup log file is now created. + This log file records activity from the detached process that invokes DECwindows + Motif, which can be useful in diagnosing startup problems. + The name of the log file is SYS$MANAGER:DECW$STARTUP_n.LOG, where n + represents the server number. The default server number value is 0; hence, the + default filename is DECW$STARTUP_0.LOG. If you have set the server number + to a value other than 0, that value is then used in the name of the corresponding + log file. + To minimize disk space usage, the log files are purged periodically. A maximum + of three versions of a startup log file are kept on disk. + For more information on the DECwindows Motif startup procedure, see the HP + DECwindows Motif for OpenVMS Management Guide. + +3.2 Security and Authorization + The following sections describe features that pertain to maintaining system and + network security of DECwindows Motif systems. + +3.2.1 Support for ACME Subsystem + V1.6 + The Authentication and Credentials Management Extensions (ACME) subsystem + features of OpenVMS Alpha and OpenVMS I64 are now supported by + DECwindows. The following dialog boxes and screens support access checks + using ACME: + • Login dialog box (New Desktop) + • Lock Screen dialog box (New Desktop) + • Start Session dialog box (Traditional DECwindows Desktop) + • Pause Session screen (Traditional DECwindows Desktop) + + + + + System Management Features 3–1 + System Management Features +3.2 Security and Authorization + + All ACME features are supported, including intrusion detection and remote + authentication. See the HP OpenVMS Guide to System Security for a detailed + description of the ACME subsystem and its components. + +3.3 X Display Server Management + The following sections describe features that pertain to managing the + DECwindows X11 Display Server. + +3.3.1 Support for Choosing the Location of Dialogs in a Xinerama + Configuration + V1.6 + In a Xinerama configuration running the new desktop, there are some help + dialogs such as Login Screen, Login Help, Set Password, Kerberos Login and + Kerberos Help displayed in a split manner across all the displays making it + difficult to use. It is now possible to position these screens using appropriate + resources in the resource files. + The resource file and resources for each of these dialogs are: + 1. Login Screen + cde$user_defaults:[config.c]xresources.dat + Dtlogin*matte.x: + Dtlogin*matte.y: + Default Positon for Login Screen without resources in the resource + file is the screen center. + 2. Login Help + cde$user_defaults:[config.c]xresources.dat + Dtlogin*help_message.defaultPosition: False + Dtlogin*help_message.x: + Dtlogin*help_message.y: + Default Position for Login Help without resources in the resource + file is the screen center. + 3. Set Password Dialog + cde$user_defaults:[config.c]xresources.dat + Dtlogin*help_message.defaultPosition: False + Dtlogin*help_message.x: + Dtlogin*help_message.y: + Default Position for Set Password without resources in the resource + file is the screen center. + 4. Kerberos Login Dialog + cde$user_defaults:[config.c]xresources.dat + Dtlogin*help_message.defaultPosition: False + Dtlogin*help_message.x: + Dtlogin*help_message.y: + Default Position for Kerberos Login Dialog without resources in the resource + file is the screen center. + + + + +3–2 System Management Features + System Management Features + 3.3 X Display Server Management + + 5. Kerberos Help Dialog + cde$user_defaults:[config.c]xresources.dat + Dtlogin*help_message.defaultPosition: False + Dtlogin*help_message.x: + Dtlogin*help_message.y: + Default Position for Kerberos Help Dialog without resources in the resource + file is the screen center. + +3.3.2 New Parameter for Enabling IPv6 Support in the Font Server + V1.5 + A new server parameter, DECW$IPV6_FONT_SUPPORT, has been added that + controls how the TCP transport is interpreted when specifying font servers either + through use of the DECW$FONT_SERVER parameter or through the use of an + explicit font server path. In addition, the DECW$FONT_SERVER parameter now + accepts an expanded set of transport values. + To set these parameters for the server process, do the following: + 1. Edit the SYS$MANAGER:DECW$PRIVATE_SERVER_SETUP.COM file. + 2. Define both the DECW$FONT_SERVER and DECW$IPV6_FONT_SUPPORT + parameters as required. + 3. Save the file and restart the server. + DECW$FONT_SERVER + The transport options available through this parameter have been expanded + to include all valid transports, as described in the HP DECwindows Motif for + OpenVMS Management Guide. + DECW$IPV6_FONT_SUPPORT + This parameter controls the interpretation of the TCP or TCPIP transport + name in the DECW$FONT_SERVER definition and whenever a client explicitly + specifies a font server path. Set the parameter to one of the following values: + • TCP_IS_INET6 + The TCP and TCPIP transport names are interpreted as synonyms for the + INET6 transport. Using this value enables IPv6 as the default transport + between the display server and its font servers when the TCP or TCPIP + transport name is specified. Note that this setting requests the IPv6 transport + be used as a default. If the IPv6 transport is not available for the specified + node, the IPv4 transport is used. + • DISABLED + The TCP and TCPIP transport names are interpreted as synonyms for the + INET transport. This is the default value if the parameter is undefined. + Using this value sets IPv4 as the transport between the display server and its + font server when a TCP or TCPIP transport name is specified. A client can + still request the IPv6 transport by explicitly specifying the INET6 transport + in its font server path. + + + + + System Management Features 3–3 + 4 + Programming Features + + This chapter describes new features relating to application and system + programming in the DECwindows Motif environment. This includes extensions, + libraries, and functions made available as part of the X11R6.6 and X11R6.7 + implementation as well as those that are specific to the DECwindows Motif + environment. + For information on how to program X Window System applications, see the X + Window System and X Window System Toolkit (Scheifler and Gettys) series of + manuals described in the HP DECwindows Motif for OpenVMS Documentation + Overview. + +4.1 General Run-Time and Programming Environment + The following sections describe features related to general DECwindows Motif + programming environment. + +4.1.1 Multithreading Support + V1.3 + DECwindows Motif now supports multithreaded client applications. Client + applications that use the HP POSIX Threads Library or HP Ada tasks are now + fully supported in the DECwindows Motif Version 1.3 or higher environment. + Additionally, each of the following libraries are now fully thread-safe, supporting + simultaneous calls from multiple threads: + X Library (Xlib) + X Toolkit Intrinsics (Xt) + X Window System Extensions library + Inter-Client Exchange (ICE) library + X Session Management Protocol (XSMP) library + +4.1.2 Binary Compatibility + V1.3 + Client applications linked against previous versions of DECwindows Motif are + binary compatible, with the exception of those applications that use any changed + or retired Xlib entry points documented in this manual and the HP DECwindows + Motif for OpenVMS Release Notes. + + + + + Programming Features 4–1 + Programming Features +4.1 General Run-Time and Programming Environment + + Existing applications require recompilation against the X11R6.6-compatible X + Window System libraries if they produce a shared image potentially used by other + multithreaded applications and that image uses: + • Any of the following macros defined in DECW$INCLUDE:XLIBINT.H and is + intended for use in a multithreaded environment: + LockDisplay + UnlockDisplay + LockMutex + UnlockMutex + • The ConnectionNumber macro or XConnectionNumber function and assumes + the return value is an event flag. + Note that recompiling unmodified applications (those that use the previous + version of the CompositeClassExtensionRec structure) against the updated + library functions may generate Xt warning messages. +4.1.2.1 Use of Asynchronous System Traps (ASTs) + In the past, DECwindows Motif supported application calls from user-mode and + normal-mode AST handlers. With DECwindows Motif Version 1.3 and higher, + applications calls from AST handlers are only supported for existing, unmodified + applications (compiled against the X11R5 libraries). + New applications compiled against the X11R6.6 libraries should not call + functions (other than XtNoticeSignal) from AST handlers even in single-threaded + environments. + Applications compiled against the updated libraries should either use multiple + threads if a higher level of concurrency is required or call XtNoticeSignal so that + AST events are processed in the Xt main loop. +4.1.2.2 Levels of Thread Safety and Concurrency + New and existing DECwindows Motif shared images can be grouped according to + the following levels of thread safety: + • Thread-safe–The image can be called concurrently from multiple threads. + • Thread-aware–The image can be used in an application that includes + multiple threads. However, the application code must avoid making + concurrent calls to the image, typically by using a global lock. + • Thread-unsafe–The image cannot be used in any application that has + multiple thread support enabled. + Table 4–1 shows the current thread safety level for each of the DECwindows + Motif shared images. Note that all images in the Translated Image Environment + are thread-unsafe. + + Table 4–1 Level of Thread Safety for DECwindows Motif Images + Image Level of Thread Safety + DECW$AILSHR.EXE unsafe + DECW$AILSHRR5.EXE unsafe + (continued on next page) + + + + +4–2 Programming Features + Programming Features + 4.1 General Run-Time and Programming Environment + + +Table 4–1 (Cont.) Level of Thread Safety for DECwindows Motif Images +Image Level of Thread Safety + +DECW$BKRSHR.EXE aware +DECW$BKRSHR12.EXE aware +DECW$D2DXLIBSHR.EXE aware +DECW$DWTLIBSHR.EXE aware +DECW$DXMLIBSHR.EXE aware +DECW$DXMLIBSHR12.EXE aware +DECW$ICELIB.EXE safe +DECW$LCNLIBSHR.EXE safe +DECW$MAILSHR.EXE unsafe +DECW$MAILSHR12.EXE unsafe +DECW$MRMLIBSHR12.EXE aware +DECW$PRINTWGTSHR.EXE aware +DECW$SMSHR.EXE safe +DECW$TERMINALSHR.EXE aware +DECW$TERMINALSHR12.EXE aware +DECW$XEXTLIBSHR.EXE safe +DECW$XLIBSHR.EXE safe +DECW$XMLIBSHR.EXE aware +DECW$XMLIBSHR12.EXE aware +DECW$XMULIBSHR.EXE aware +DECW$XMULIBSHRR5.EXE aware +DECW$XTLIBSHRR5.EXE safe +DECW$XTRAPLIBSHR.EXE aware +DECW$XTRAPLIBSHRR5.EXE aware +DECW$XTSHR.EXE aware + + +In addition to thread safety, the updated libraries offer varying levels of +concurrency when called from multiple threads: +• Xlib and X Window System Extension libraries + For most operations, Xlib and X Window System Extension libraries allow a + single concurrent operation on each display connection. If XOpenDisplay is + called twice to open two separate server connections, both connections can + be operated upon at the same time. However, there are a few operations for + which a global lock is needed to prevent corruption of global data. + Note that XSelectAsyncInput and XSelectAsyncEvent are not supported if + multithreading has been enabled by a call to XInitThreads. In general, use of + XSelectAsyncEvent and XSelectAsyncInput is discouraged since they are non- + standard functions. The equivalent functionality can be obtained by using + threaded Xlib functions. +• Xt library + For most operations, Xt allows a single concurrent operation on each + application context. There are a few operations for which a global lock is + needed to prevent corruption of global data. + + + Programming Features 4–3 + Programming Features +4.1 General Run-Time and Programming Environment + + • ICE and XSMP libraries + ICE and XSMP operations allow a single concurrent operation on each ICE + connection. + • Transport library + The transport library is used to communicate between the client application + and the X server and between multiple client applications that use the ICE + library. The final level of the transport code (which can communicate via + global sections, DECnet, or TCP/IP) executes in OpenVMS inner mode, and as + a result is serialized by the operating system. + Running on only one kernel thread at a time, this code temporarily blocks + all other kernel threads making OpenVMS system calls that execute in + inner mode. However, whenever the transport code is blocked, such as when + waiting for a connection to open or for a reply to arrive, it is blocked at user + mode allowing other threads to execute and use the transport. +4.1.2.3 Enabling Support for Multithreading + To enable multithreading, a client application must include initial calls to the + multithreading functions in Table 4–2. The specific functions called by the + application depend on the shared image(s) in use. + + Table 4–2 Multithreading Functions + Function In Image Enables Multithreading For + DECW$LCN_ DECW$LCNLIBSHR Transport Interface + THREAD_INIT + IceInitThreads DECW$ICELIB ICE and XSMP + XInitThreads DECW$XLIBSHR Xlib and X Extensions + XtToolkitThreadInitialize DECW$XTLIBSHRR5 Xt + + + Note that IceInitThreads and XInitThreads implicitly call DECW$LCN_ + THREAD_INIT. The interface to DECW$LCN_THREAD_INIT is described in + Section 4.9.2. + These functions have no arguments and return a success status upon successful + initialization. To ensure successful initialization, be sure to: + • Link the image with threads. + • Verify there is adequate process memory. + • Issue the initialization call prior to making any other call. + In addition to calling one of the multithreading functions, a client application + must also be linked against the POSIX Threads Library. For example: + $ LINK THREAD_ICO/THREADS SYS$INPUT/OPT + SYS$LIBRARY:DECW$XLIBSHR/SHARE + SYS$LIBRARY:PTHREAD$RTL/SHARE + Explicit links against the threads library are not required if the application calls + POSIX thread functions (such as, pthread_create). + + + + +4–4 Programming Features + Programming Features + 4.1 General Run-Time and Programming Environment + +4.1.2.4 Developing Applications with Thread-Aware Images + If a thread-aware image is used in a multithreaded application, the image must + not accept concurrent calls nor make calls to other images that could change the + state of the thread-aware image. + Note that if a thread-aware application uses the XtAppMainLoop or XtMainLoop + function for dispatch handling, calls to the image will be made from callback + functions. Xt makes these callbacks with an exclusive lock held on the application + context. To avoid conflicts and deadlocks, applications that use a thread-aware + image should include calls to XtAppLock before and XtAppUnlock after each call, + or sequence of calls, to the image. The application must also call XtProcessLock + and XtProcessUnlock to protect the thread-aware image against changes made by + Xt to process global data. + In the following example, an application contains a background thread that + constantly checks for error situations and displays an error message when a + problem occurs. The main program thread first initializes thread support, creates + the application context, creates the background thread, and then enters the + Xtmain loop: + static XtAppContext app_context; + int main () + { + . + . + . + MrmInitialize (); + XInitThreads (); + XtToolkitThreadInitialize(); + XtToolkitInitialize(); + app_context = XtCreateApplicationContext(); + . + . + . + pthread_create (&thread, 0, backgroundCode, 0); + . + . + . + XtAppMainLoop(app_context) + } + Code for the background thread is as follows: + void* backgroundCode (void* data) + { + . + . + . + if (problem_detected) + { + XtAppLock (app_context); + XtProcessLock(); + if (! dlog ) dlog = XmcreateWarningDialog (...); + XtManageChild(dlog); + XSync(display, 0); + XtProcessUnlock(); + XtAppUnlock(app_context); + } + . + . + . + } + + + + Programming Features 4–5 + Programming Features +4.1 General Run-Time and Programming Environment + + Callbacks for handling the main events of the application do not require changes + for multithreading, since they are called with the application context already + locked. + Worker Threads + Each of the DECwindows Motif libraries can create worker threads to support + multithreading. These threads are identified by their name, which begins with + the string DECW$. + Worker threads typically operate at an elevated priority to prevent task inversion, + where a high-priority application thread is waiting for the worker thread to + complete its operation. Note that worker threads are typically used for short + duration tasks, such as responding to an internal AST or sending a status + broadcast to all threads waiting for a particular activity. + Upcalls and Kernel Threads + In general, DECwindows Motif supports client applications either with or without + upcalls or multiple kernel threads enabled. However, to avoid problems with + priority inversion, HP recommends that upcalls be enabled for all applications + that use XtAppAddInput. If upcalls cannot be enabled, then HP recommends + assigning the same priority to all threads that use DECwindows Motif. + For example, an application calls XtAppAddInput to request a response to an + OpenVMS event flag. The worker thread executes a SYS$WFLOR system call to + wait for the event flag. Without upcalls enabled, this thread remains available + even though there is no event flag set. And as a result, lower priority threads + would not be scheduled. + Cancellation Points + Although some calls in the thread-safe libraries include cancellation points, the + action of canceling threads that are executing DECwindows Motif functions is not + supported. Canceled threads may hold locks, which can block other threads. + Multiple Application Contexts + Note that multiple application contexts should not be used with multiple threads + and thread-aware images. Thread-aware images may contain process global data + that requires a single lock to control the data. However, multiple calls to thread- + aware images may be made from Xt event handling functions prior to acquiring + the lock. + +4.2 Application Programming + The following sections describe features related to application programming. + +4.2.1 CDA Programming + This section describes features and changes related to CDA programming. +4.2.1.1 Changes to the CDA Programming Interface + V1.2 + This section describes the changes to the programming interface for this version + of CDA Run-Time Services. + This version provides a new set of header files that define CDA constants, types, + and routines using portable naming conventions. By using these new naming + conventions, you can use a wider variety of C compilers to minimize the amount + of system-specific code in your CDA applications. + + + +4–6 Programming Features + Programming Features + 4.2 Application Programming + + The names of the new set of header files are the same as the names of the + previous set of header files, except that the dollar sign ( $ ) has been removed. + For example, the cda$msg.h include file is now called cdamsg.h. Other examples + include the following: The DDIF$K_DSC_MAJOR_VERSION symbol is now + declared as DDIF_K_DSC_MAJOR_VERSION, and the CDA$_NORMAL status + value is now defined as CDA_NORMAL. + The previous set of header files is also included in this version, but these files will + no longer be updated. Changes introduced since the release of DECwindows Motif + Version 1.1 (for example, the new definitions for audio support), are available only + in the new set of header files. To use the new CDA features, change the file + names in your source code. + The new set of header files supplements the previous set of header files. If you + want to write ANSI-compliant applications using CDA definitions and CDA + Toolkit calls, use the new set of header files. However, you can continue to use + the header files that define symbols containing the dollar sign ($) provided you + choose a non-ANSI compilation mode. + By using the previous set of header files, you can successfully build existing + source code that uses the previous naming conventions. + See Table 4–3 for a list of new header file names. + + Table 4–3 New Header File Names + Previous Name New Name + cda$def.h cdadef.h + cda$msg.h cdamsg.h + ddif$def.h ddifdef.h + dtif$def.h dtifdef.h + cda$ptp.h cdaptp.h + cda$typ.h cdatyp.h + dvr$msg.h dvrmsg.h + dvr$cc_def.h dvrccdef.h + dvr$cc_ptp.h dvrccptp.h + dvr$decw_def.h dvrwdef.h + dvr$decw_ptp.h dvrwptp.h + + +4.2.1.2 Changes to CDA External Reference Processing + V1.2 + CDA Run-Time Services supports relative file specifications for external + references. Relative references are also supported: that is, a reference where + the directory path is not fully specified but is relative to the directory path of the + parent document. + + + + + Programming Features 4–7 + Programming Features +4.2 Application Programming + +4.2.1.3 Restructuring CDA Shareable Images + V1.2 + The CDA Viewer includes two shareable images to allow installation on systems + where DECwindows is not installed. + In DECwindows Motif for OpenVMS Version 1.2 software, shareable images that + use the X services were renamed. Table 4–4 lists the shareable images in the + various versions of the CDA Viewer. + + Table 4–4 Names of Shareable Images + CDA Version Image Name Description + Version 1.6 CDA$ACCESS CDA Run-Time Services shareable image. + DDIF$VIEWSHR Callable viewer widget. + Version 1.7 CDA$ACCESS CDA Run-Time Services shareable image. + DDIF$VIEWSHR The DDIF$DECW_VIEWSHR widget is + DDIF$DECW_ a callable viewer widget that uses the + VIEWSHR LIB$FIND_IMAGE_SYMBOL routine + DDIF$CC_VIEWSHR to invoke the DDIF$DECW_VIEWSHR + (DECwindows interface) and DDIF$CC_ + VIEWSHR (character-cell interface) + widgets. + Version 1.8A or CDA$ACCESS CDA Run-Time Services shareable image. + later + DDIF$VIEWSHR12 The DDIF$VIEWSHR12 widget is + a callable viewer widget that uses + LIB$FIND_IMAGE_SYMBOL to invoke the + DDIF$DECW_VIEWSHR12 (DECwindows + interface) and DDIF$CC_VIEWSHR + (character-cell interface) widgets. + + + By using the LIB$FIND_IMAGE_SYMBOL routine to reference the entry points + to the DDIF$DECW_VIEWSHR, DDIF$DECW_VIEWSHR12, and DDIF$CC_ + VIEWSHR images, an application can dynamically determine whether it can + execute in a given environment. The DDIF$VIEW.EXE application now replaces + this routine. + The previous DDIF$VIEWSHR.EXE shareable image is still included to maintain + compatibility with applications linked against it. However, new applications (and + previous applications that take advantage of new features) should use the new + shareable images. + +4.2.2 DECterm Programming + This section describes features and changes related to DECterm programming. +4.2.2.1 ReGIS Input Cursors + V1.2–3 + DECterm supports the following input cursors: cross-hair, rubber-band line, + diamond, and rubber-band rectangle. To select input cursors use the S(C(In)) + command. Table 4–5 shows the values of n. + + + + +4–8 Programming Features + Programming Features + 4.2 Application Programming + + + Table 4–5 ReGIS Input Cursors—Cursor styles and Values + Cursor Style Variable n + Cross-hair Omitted + Cross-hair (default) 0 + Diamond 1 + Cross-hair 2 + Rubber-band line 3 + Rubber-band rectangle 4 + + + Note + If a shape other than the diamond cursor is desired when n is equal to 1, + define the logical name DECW$DECTERM_REGIS_CURSOR to be one of + the numbers defined in the SYS$LIBRARY:DECW$CURSOR.H file. + + +4.2.2.2 Page-Movement Escape Sequences + V1.2 + The following page-movement escape sequences are implemented in DECterm: + NP Pn U Next Page + PP Pn V Previous Page + PPA Pn P Page Position Absolute + PPB Pn R Page Position Backward + PPR Pn Q Page Position Relative + Note that ‘‘Pn’’ is the number of pages to move; the exception is PPA, where ‘‘Pn’’ + is the actual page number. + + Note + DECterm does not support cursor coupling; the cursor is always bound to + the current (displayed) page. + + + +4.3 OSF/Motif Toolkit (Xm) Programming + The following sections contain features related to OSF/Motif Toolkit (Xm) + programming. + +4.3.1 Drag-and-Drop Enabled Widgets + V1.2 + The drag-and-drop feature lets you move or copy information between widgets. + This feature is provided primarily for programmers to incorporate the feature + into their applications. + All DECwindows Motif for OpenVMS Version 1.2 and higher applications support + the drag-and-drop feature, with the exception of Notepad. DECwindows Mail + supports drag-and-drop in all windows except the main message area, where + DECwindows Mail has its own drag-and-drop feature; you can use MB2 to move + messages around with the SVN interface. + + + + Programming Features 4–9 + Programming Features +4.3 OSF/Motif Toolkit (Xm) Programming + + Drag-and-drop functionality has been implemented in the widgets listed in + Table 4–6. + + Table 4–6 Drag-and-Drop Widgets + Widget Drag Operation Drop Operation + XmText copy and move copy and move + XmTextField copy and move copy and move + XmLabel copy + XmPushButton copy + XmToggleButton copy + XmList copy + + + For information about how to include additional drag-and-drop functionality + in applications and for an example of a drag-and-drop program, see the Open + Software Foundation: OSF/Motif Programmer’s Guide, Revision 1.2 manual. + +4.4 HP Extensions to Motif (DXm) Programming + The following sections describe features related to HP (Digital) Extensions to + Motif (DXm) programming. + +4.4.1 SVN Widget Supports Extended Selection + V1.2–6 + The Structured Visual Navigation (SVN) widget now allows users to extend a + range of selection using the Shift+Down-Arrow key sequence. Note that this + change has also been applied to the sample program SVNMSAMPLE.C. + +4.4.2 DXmCSText Input Method Support + V1.2 + X11R5 input method support was added to the DXmCSText widget. Specify input + methods using the vendor shell XmNinputMethod resource. However, to maintain + backward compatibility, the existing input method resources DXmNinputMethod + and DXmNinputMethodType are still available. + + + + +4–10 Programming Features + Programming Features + 4.5 X Toolkit Intrinsics (Xt) Programming + +4.5 X Toolkit Intrinsics (Xt) Programming + The following sections describe features related to the X Toolkit Intrinsics (Xt). + +4.5.1 New Functions Available with X11R6.6 Upgrade + V1.3 + The following functions from X11R6.6 have been added to Xt. + + Table 4–7 New Xt Functions Supported for X11R6.6 + Function Name Description + XtAppAddBlockHook Registers a block hook procedure. + XtAppAddSignal Registers a signal callback. + XtAppGetExitFlag Supports controlled exit from main loop in a + multithreaded application by returning the flag set + by XtAppSetExitFlag. + XtAppLock Locks the application context in a multithreaded + application. + XtAppSetExitFlag Supports controlled exit from main loop in a + multithreaded application by setting a flag in the + application context. + XtAppUnlock Releases an application context lock. + XtCancelSelectionRequest Cancels a multiple selection request. + XtChangeManagedSet Simultaneously removes from and adds to the + geometry managed set of a composite widget. + XtCreateSelectionRequest Adds to a multiple selection request. + XtDispatchEventToWidget Dispatches an event to a specified widget. + XtGetClassExtension Locates a class extension record of an object class. + XtGetDisplays Lists the open displays associated with an application + context. + XtGetKeyboardFocusWidget Determines which widget would be the end result of + keyboard event forwarding for a keyboard event on a + specified widget. + XtGetSelectionParameters Gets target parameters needed to perform a selection + conversion. + XtHooksOfDisplay Retrieves the hook registration object for the specified + display. + XtInsertEventTypeHandler Registers an event handler procedure by event type. + XtIsSessionShell Widget subclass verification function for the session + shell widget. + XtLastEventProcessed Retrieves the last event processed by XtDispatchEvent. + XtNoticeSignal Notifies the X Toolkit that a signal has occurred. + XtOpenApplication Convenience function to initialize intrinsics, create an + application context, open a display connection, and + create an application shell. + XtProcessLock Locks the X Toolkit process lock. + XtProcessUnlock Releases the X Toolkit process lock. + (continued on next page) + + + + + Programming Features 4–11 + Programming Features +4.5 X Toolkit Intrinsics (Xt) Programming + + + Table 4–7 (Cont.) New Xt Functions Supported for X11R6.6 + Function Name Description + + XtRegisterDrawable Associates a drawable with a widget so that the + drawable receives events as if part of the widget. + XtRegisterExtensionSelector Registers a procedure to receive extension events for a + widget. + XtRemoveBlockHook Discontinues use of a block hook procedure. + XtRemoveEventTypeHandler Removes a registration created by + XtInsertEventTypeHandler. + XtRemoveSignal Removes a registered signal callback. + XtReleasePropertyAtom Releases a reservation made by + XtReservePropertyAtom. + XtReservePropertyAtom Reserves a unique atom for selection requests on a + widget. + XtSendSelectionRequest Sends a multiple selection request. + XtSessionGetToken With the new session shell widget, gets an additional + token for a save callback response with a deferred + outcome. + XtSessionReturnToken Returns a token obtained using XtSessionGetToken + when checkpoint processing is complete. + XtSetEventDispatcher Registers the event dispatcher procedure for events of + the specified type. + XtSetSelectionParameters Associates target parameters with a selection. + XtToolkitThreadInitialize Initializes multithreaded support. + XtUnregisterDrawable Removes an association set by XtRegisterDrawable. + XtVaOpenApplication Convenience function to initialize intrinsics, create an + application context, open a display connection, and + create an application shell. + + + In addition, two new variables are provided in support of the new session shell + widget: + sessionShellClassRec + sessionShellWidgetClass + See the X Toolkit Intrinsics - C Language Interface, X Window System, X Version + 11 Release 6.4 specification available from X.Org for detailed information about + each of these functions and variables. + +4.5.2 Support for Easy Resource Configuration + V1.3 + Setting and changing resources in X Window System applications can be difficult + for both the application developer and the end user. Resource Configuration + Management (RCM) addresses this problem by changing the X Intrinsics to + immediately modify a resource for the specified widget and each child widget in + the hierarchy. As a result: + • No sourcing of resource files is required. + • The application does not need to be restarted for the new resource values to + take effect. + + + +4–12 Programming Features + Programming Features + 4.5 X Toolkit Intrinsics (Xt) Programming + + • The change occurs immediately. + RCM was made available as part of the X11R6.4 release and is now available + with DECwindows Motif Version 1.3. However, note that RCM is not a standard + part of the X Toolkit Intrinsics. It is neither an X Consortium standard nor part + of the X Window System specifications. As a result, there are currently no public + customization tools that take advantage of this feature. + If you are interested in learning more about RCM, see the X Toolkit Intrinsics - + C Language Interface, X Window System, X Version 11 Release 6.4 Release Notes + available from X.Org. + +4.5.3 New Option for CompositeClassExtensionRec + V1.3 + With X11R6, some modifications were made to the widget internals, as described + in the X Window System Toolkit manual. + In particular, a new option in the Composite Class extension record enables you + to make bundled changes to the managed set of a Composite widget. Widgets + that define a change-managed procedure that performs additions and deletions + to the managed set of children in a single invocation should set allows_change_ + managed_set option to TRUE in the extension record. + For more information about the impact this new option may have on existing + applications, see the HP DECwindows Motif for OpenVMS Release Notes. + +4.5.4 New Default Format for XtResolvePathname + V1.2–6 + In XtResolvePathname, the default pathname is required to have certain + properties when either no other path information is present in the call, or + when it is referenced by the environment variable XFILESEARCHPATH. The + former default OpenVMS format of the pathname consisted of a type-name-suffix + substitution. The modified pathname now reflects the 6-part fallback, as specified + by X11 Release 6. + The new pathname behavior is enabled by setting the DECW$VSW_COMPLIANT + variable, as follows: + $ DEFINE DECW$VSW_COMPLIANT 1 + +4.5.5 XtAppMainLoop Routine + V1.2–5 + Previously, if a program entered its event loop, (for example, by calling + XtAppMainLoop) without having opened a display or specified a timer or event + flag for the program to wait for (by calling XtAppAddTimeout or XtAppAddInput), + Xlib terminated the program with the following error message: + X Toolkit Error: Error in XMultiplexInput + Starting with DECwindows Motif for OpenVMS Version 1.2–5, if there is nothing + to wait for, Xlib stalls waiting for input instead of terminating with an error + status. + + + + + Programming Features 4–13 + Programming Features +4.5 X Toolkit Intrinsics (Xt) Programming + + To allow Xlib to process events at a later time, applications should provide some + means of regaining control, such as specifying an event flag (on DECwindows + Motif for OpenVMS Version 1.2–6 and previous systems) or a logical connection + number (on DECwindows Motif Version 1.3 and higher systems) by calling + XtAppAddInput. + +4.6 X Window System Library (Xlib) + The following sections describe features related to X Window System library + (Xlib). + +4.6.1 IPv6 Considerations + V1.5 + The Xlib library now supports both IPv4- and IPv6-compliant transport names + discussed in HP DECwindows Motif for OpenVMS Management Guide. + The XOpenDisplay function cannot be called from a user-mode AST when IPv6 + support is enabled. This function uses the TCP/IP Services getaddrinfo function + which is not supported in user-mode ASTs. If your program must use the + XOpenDisplay function from within a user-mode AST, you must ensure that the + program is run in an environment where the DECW$IPV6_SUPPORT logical is + defined as ‘‘DISABLED’’. + +4.6.2 New Functions Available with X11R6.6 Upgrade + V1.3 + As part of the core system upgrade to X11R6.6, the following functions listed in + Table 4–8 have been added to the X Window System Library (Xlib). Note that all + functions are included in the current version of the DECW$XLIBSHR image. + + Table 4–8 New Xlib Functions Supported for X11R6.6 + Function Name Description + _XAllocTemp Thread-safe allocation of scratch data space for use by + extension writers. + _XFreeTemp Frees the scratch data space allocated by _XAllocTemp. + XCloseOM Closes the specified output method. + XcmsSetCCCOfColormap Sets the color conversion context for the specified + colormap. + XAddConnectionWatch Establishes a watch procedure callback for when + internal connections are opened or closed. + XConvertCase Obtains the uppercase and lowercase forms of a + KeySym. + XContextualDrawing Indicates whether text drawn with the current font set + includes context-dependent drawing. + XCreateOC Creates an output context within the specified output + method. + XDestroyOC Destroys an output context. + XDirectionalDependentDrawing Indicates whether the drawing functions implement + text directionality. + (continued on next page) + + + + +4–14 Programming Features + Programming Features + 4.6 X Window System Library (Xlib) + + + Table 4–8 (Cont.) New Xlib Functions Supported for X11R6.6 + Function Name Description + + XDisplayOfOM Returns the display associated with the specified + output method. + XESetBeforeFlush Defines a procedure that will be called just before data + is sent to the X server. + XExtendedMaxRequestSize Returns the maximum request size using extended + length encoding (the BIG-REQUESTS extension). + XGetAtomNames Returns the names associated with the specified X + atoms. + XGetOCValues Obtains the current output context values. + XGetOMValues Obtains the current output method values. + XInitThreads Initializes support for multiple threads. + XInternalConnectionNumbers Returns a list of the internal connections open for a + specified display. + XInternAtoms Returns atoms for an array of names. + XLocaleOfOM Returns the locale associated with the specified output + method. + XLockDisplay Locks a display to protect against concurrent access + from multiple threads. + XOMOfOC Returns the output method associated with the + specified output context. + XOpenOM Opens an X output method for the specified locale and + modifiers. + XProcessInternalConnection Processes input available on an internal connection. + XReadBitmapFileData Reads a bitmap from a file and returns it as data. + XRegisterIMInstantiateCallback Registers an input method callback. + XRemoveConnectionWatch Removes a watch procedure established by + XAddConnectionWatch. + XSetOCValues Specifies one or more output context values. + XSetOMValues Specifies one or more output method values. + XUnlockDisplay Removes a lock established by XLockDisplay. + XUnregisterIMInstantiateCallback Unregisters an input method instantiation callback. + + + See the Xlib - C Language X Interface, X Consortium Standard, X Version 11, + Release 6.4 specification available from X.Org for detailed information about each + of these functions. + +4.6.3 Updated Client-Side Extension Library + V1.3 + The client-side extension library (DECW$XEXTLIBSHR) has been updated + to support multithreading and new header files for the following extensions + available as part of the upgrade to X11R6.6: + • Application Group (XC-APPGROUP) + • Colormap Utilization Policy (TOG-CUP) + • Extended Visual Information (EVI) + + + + Programming Features 4–15 + Programming Features +4.6 X Window System Library (Xlib) + + • Low-Bandwidth X (LBX) + • Security (SECURITY) + • Synchronization (SYNC) + • X Double Buffer (DBE) + • XINERAMA (formerly PanoramiX) + • X Print (Xp) + All extensions in the library (new and existing) have been made thread-safe + (as described in Section 4.1.1). In addition, the minor version of the library + has been updated from 2,2 to 2,3 to prevent images linked against the updated + DECW$XEXTLIBSHR from loading the incorrect version of the library. + Also, function names longer than 31 characters have been replaced by macro + definitions compatible with the current version of the OpenVMS Linker. + See Section 4.7.1 for an overview of each of these extensions. For instructions on + how to link to this library, see Section 4.6.9. + +4.6.4 Support for LCNs + V1.3 + Xlib now provides an alternate means of obtaining connection numbers for + connections to DECwindows Motif Version 1.3 or higher servers. The logical + connection number (LCN) interface was specifically designed to support the + communication needs of X11R6 systems and is intended as a replacement for the + EFN mechanism. + The following functions and macros are designed for use with the new LCN + interface: + • XAddConnectionWatch function (registers watch procedure) + • XInternalConnectionNumbers function + • XConnectionNumber function + • ConnectionNumber macro + These Xlib functions and macros are described in the Xlib - C Language X + Interface, X Consortium Standard, X Version 11, Release 6.4 specification available + from X.Org. + Note for compatibility with DECwindows Motif for OpenVMS Version 1.2–6 + and earlier clients, the existing event flag mechanism remains unchanged, + and the XtAppAddInput function accepts both EFNs and LCNs. However, HP + recommends that new applications, in particular ones that use multithreading, + use LCNs. When Xlib has multithreading enabled, EFNs are not available. If a + multithreaded application uses EFNs without multithreading enabled in Xlib, the + EFN should be restricted to a single thread–the same thread used for all X calls. + For more information about the LCN interface and its available routines, see + Section 4.9.2. + + + + +4–16 Programming Features + Programming Features + 4.6 X Window System Library (Xlib) + +4.6.5 Updated X11 Environment Variable Parsing + V1.3 + Xlib now accepts the equivalent X11 Release 6 (X11R6) POSIX-compliant forms of + the following environment variables: + + OpenVMS Form X11R6 Form + DECW$DISPLAY DISPLAY + DECW$RESOURCE_NAME RESOURCE_NAME1 + 1 Also requires the symbol DECW$VSW_COMPLIANT. + + + + On connection to the X display server, Xlib checks the variable name. If the + OpenVMS variable is not defined, Xlib checks for the X11R6 equivalent before + returning a status value. + +4.6.6 Additional Non-C Language Bindings Available with X11R6.6 + Non-C language bindings (such as Fortran and Pascal) for the following Xlib + functions have been added to DECwindows Motif Version 1.3. These bindings are + in addition to those documented in the DECwindows Motif for OpenVMS Guide to + Non-C Bindings. + X$CLOSE_OM + X$CONTEXTUAL_DRAWING + X$CONVERT_CASE + X$DESTROY_OC + X$DIRECTIONAL_DEPENDENT_DRAWING + X$DISPLAY_OF_OM + X$EXTENDED_MAX_REQUEST_SIZE + X$INIT_IMAGE + X$INIT_THREADS + X$INTERNAL_CONNECTION_NUMBERS + X$LOCALE_OF_OM + X$LOCK_DISPLAY + X$OPEN_OM + X$PROCESS_INTERNAL_CONNECTION + X$REGISTER_IM_INSTANTIATE_CB + X$SET_AUTHORIZATION + X$UNLOCK_DISPLAY + X$UNREGISTER_IM_INSTANTIATE_CB +4.6.6.1 CLOSE OM + OpenVMS Format + status_return = X$CLOSE_OM + (om) + Argument Information + Argument Usage Data Type Access Mechanism + status_return longword longword write value + om identifier uns longword read reference + + + + + Programming Features 4–17 + Programming Features +4.6 X Window System Library (Xlib) + +4.6.6.2 CONTEXTUAL DRAWING + OpenVMS Format + status_return = X$CONTEXTUAL_DRAWING + (font_set) + Argument Information + Argument Usage Data Type Access Mechanism + status_return cond_value longword write value + font_set identifier uns longword read reference + +4.6.6.3 CONVERT CASE + OpenVMS Format + X$CONVERT_CASE + (sym, lower, upper) + Argument Information + Argument Usage Data Type Access Mechanism + sym uns longword uns longword read reference + lower uns longword uns longword write reference + upper uns longword uns longword write reference + +4.6.6.4 DESTROY OC + OpenVMS Format + X$DESTROY_OC + (oc) + Argument Information + Argument Usage Data Type Access Mechanism + oc uns longword uns longword write reference + +4.6.6.5 DIRECTIONAL DEPENDENT DRAWING + OpenVMS Format + status_return = X$DIRECTIONAL_DEPENDENT_DRAWING + (font_set) + Argument Information + Argument Usage Data Type Access Mechanism + status_return cond_value longword write value + font_set identifier uns longword read reference + + + + +4–18 Programming Features + Programming Features + 4.6 X Window System Library (Xlib) + +4.6.6.6 DISPLAY OF OM + OpenVMS Format + display_return = X$DISPLAY_OF_OM + (om) + Argument Information + Argument Usage Data Type Access Mechanism + display_return identifier uns longword write value + om uns longword uns longword read reference + +4.6.6.7 EXTENDED MAX REQUEST SIZE + OpenVMS Format + req_size_return = X$EXTENDED_MAX_REQUEST_SIZE + (display) + Argument Information + Argument Usage Data Type Access Mechanism + req_size_return longword longword write value + display identifier uns longword read reference + +4.6.6.8 INIT IMAGE + OpenVMS Format + status_return = X$INIT_IMAGE + (ximage) + Argument Information + Argument Usage Data Type Access Mechanism + status_return cond_value longword write value + ximage record x$image read reference + +4.6.6.9 INIT THREADS + OpenVMS Format + status_return = X$INIT_THREADS + Argument Information + Argument Usage Data Type Access Mechanism + status_return cond_value longword write value + + + + + Programming Features 4–19 + Programming Features +4.6 X Window System Library (Xlib) + +4.6.6.10 INTERNAL CONNECTION NUMBERS + OpenVMS Format + status_return = X$INTERNAL_CONNECTION_NUMBERS + (display, fdptr, nptr) + Argument Information + Argument Usage Data Type Access Mechanism + status_return cond_value longword write value + display identifier uns longword read reference + fdptr longword longword write reference + nptr longword longword write reference + +4.6.6.11 LOCALE OF OM + OpenVMS Format + return_value = X$LOCALE_OF_OM + (om, return_string) + Argument Information + Argument Usage Data Type Access Mechanism + return_value longword longword write value + om uns longword uns longword read reference + return_string char_string character string write descriptor + +4.6.6.12 LOCK DISPLAY + OpenVMS Format + X$LOCK_DISPLAY + (display) + Argument Information + Argument Usage Data Type Access Mechanism + display identifier uns longword read reference + +4.6.6.13 OPEN OM + OpenVMS Format + om_return = X$OPEN_OM + (display, db, str1, str2) + Argument Information + Argument Usage Data Type Access Mechanism + om_return uns longword uns longword write reference + display identifier uns longword read reference + db identifier uns longword read reference + str1 char_string character string read descriptor + str2 char_string character string read descriptor + + + + +4–20 Programming Features + Programming Features + 4.6 X Window System Library (Xlib) + +4.6.6.14 PROCESS INTERNAL CONNECTION + OpenVMS Format + X$PROCESS_INTERNAL_CONNECTION + (display, fdptr) + Argument Information + Argument Usage Data Type Access Mechanism + display identifier uns longword read reference + fdptr longword longword read reference + +4.6.6.15 REGISTER IM INSTANTIATE Callback + OpenVMS Format + return_value = X$REGISTER_IM_INSTANTIATE_CB + (display, database, name_str, class_str, callback, client_data) + Argument Information + Argument Usage Data Type Access Mechanism + return_value longword longword write value + display identifier uns longword read reference + database identifier uns longword read reference + name_str char_string character string read descriptor + class_str char_string character string read descriptor + callback procedure proc entry mask read value + client_data char_string character string read descriptor + +4.6.6.16 SET AUTHORIZATION + OpenVMS Format + X$SET_AUTHORIZATION + (name, data) + Argument Information + Argument Usage Data Type Access Mechanism + name char_string character string read descriptor + data char_string character string read descriptor + +4.6.6.17 UNLOCK DISPLAY + OpenVMS Format + X$UNLOCK_DISPLAY + (display) + Argument Information + Argument Usage Data Type Access Mechanism + display identifier uns longword read reference + + + + + Programming Features 4–21 + Programming Features +4.6 X Window System Library (Xlib) + +4.6.6.18 UNREGISTER IM INSTANTIATE Callback + OpenVMS Format + return_value = X$UNREGISTER_IM_INSTANTIATE_CB + (display, database, name_str, class_str, callback, client_data) + Argument Information + Argument Usage Data Type Access Mechanism + return_value longword longword write value + display identifier uns longword read reference + database identifier uns longword read reference + name_str char_string character string read descriptor + class_str char_string character string read descriptor + callback procedure proc entry mask read value + client_data char_string character string read descriptor + + +4.6.7 Support for Additional Fonts + V1.3 + DECwindows Motif Version 1.3 offers support for the following additional fonts + and font technologies: + • Agfa Monotype Windows-Compatible TrueType fonts – To ensure + fast, high-quality text rendering capabilities, DECwindows Motif includes + the iType font rendering technology from Agfa Monotype Corporation along + with a number of scalable fonts, including the Albany, Cumberland, Screen, + and Thorndale type families. These fonts are identical in screen and printer + metrics to the Windows core fonts Arial, Courier, and Times New Roman. + Agfa Monotype’s Windows-compatible fonts are part of the Enhanced Screen + Quality (ESQ) line of TrueType fonts optimized for viewing at any resolution. + For more information about the iType technology, visit the Agfa Monotype + web site (http://www.agfamonotype.com). + • X11R6.6 fonts – As part of the standard X11R6.6 implementation, + DECwindows Motif now includes the 75- and 100-dpi versions of the + Bitstream Charter and Adobe Utopia font families. + • Previously undocumented fonts – These fonts include the 75-dpi, 100- + dpi, and common versions of the Lucida, Present Bullets, Fixed Width, Sun + Open Look Glyph, and VT330 font families, and well as a set of language- + specific and miscellaneous fonts. Also included are the Bitstream Speedo, + Adobe Type1 Courier, and Utopia scalable fonts. + The following sections further describe the new font families, which can be loaded + as described in Chapter 8 of the VMS DECwindows Guide to Xlib (Release 4) + Programming: MIT C Binding manual. Each section provides the following + information: + • Location and format of the font files + • List of the individual font file and font names in X Logical Font Description + (XLFD) format + + + + +4–22 Programming Features + Programming Features + 4.6 X Window System Library (Xlib) + + The file and font names are provided in a series of tables that are intended + to supplement the existing font tables found in Appendix C of the VMS + DECwindows Guide to Xlib (Release 4) Programming: MIT C Binding manual. + + Note + File names containing consecutive underscore characters (_) or hyphens + (-) may appear to contain a space between the consecutive characters. In + all cases, the space is not present in the font name. + + +4.6.7.1 Additional 75-dpi Fonts + Table 4–9 lists the new and previously undocumented 75-dpi fonts and their file + names. The files for these fonts are located in the following directory: + DECW$SYSCOMMON:[SYSFONT.DECW.75DPI] + +Table 4–9 Additional 75-dpi Fonts (.PCF File Extension) +File Name Font Name + +Charter + +CHARTER08 -Bitstream-Charter-Medium-R-Normal- -8-80-75-75-P-45-ISO8859-1 +CHARTER10 -Bitstream-Charter-Medium-R-Normal- -10-100-75-75-P-56-ISO8859-1 +CHARTER12 -Bitstream-Charter-Medium-R-Normal- -12-120-75-75-P-67-ISO8859-1 +CHARTER14 -Bitstream-Charter-Medium-R-Normal- -15-140-75-75-P-84-ISO8859-1 +CHARTER18 -Bitstream-Charter-Medium-R-Normal- -19-180-75-75-P-106-ISO8859-1 +CHARTER24 -Bitstream-Charter-Medium-R-Normal- -25-240-75-75-P-139-ISO8859-1 +CHARTER_BOLD_ITALIC08 -Bitstream-Charter-Bold-I-Normal- -8-80-75-75-P-50-ISO8859-1 +CHARTER_BOLD_ITALIC10 -Bitstream-Charter-Bold-I-Normal- -10-100-75-75-P-62-ISO8859-1 +CHARTER_BOLD_ITALIC14 -Bitstream-Charter-Bold-I-Normal- -15-140-75-75-P-93-ISO8859-1 +CHARTER_BOLD_ITALIC12 -Bitstream-Charter-Bold-I-Normal- -12-120-75-75-P-74-ISO8859-1 +CHARTER_BOLD_ITALIC18 -Bitstream-Charter-Bold-I-Normal- -19-180-75-75-P-117-ISO8859-1 +CHARTER_BOLD_ITALIC24 -Bitstream-Charter-Bold-I-Normal- -25-240-75-75-P-154-ISO8859-1 +CHARTER_ITALIC08 -Bitstream-Charter-Medium-I-Normal- -8-80-75-75-P-44-ISO8859-1 +CHARTER_ITALIC10 -Bitstream-Charter-Medium-I-Normal- -10-100-75-75-P-55-ISO8859-1 +CHARTER_ITALIC12 -Bitstream-Charter-Medium-I-Normal- -12-120-75-75-P-65-ISO8859-1 +CHARTER_ITALIC14 -Bitstream-Charter-Medium-I-Normal- -15-140-75-75-P-82-ISO8859-1 +CHARTER_ITALIC18 -Bitstream-Charter-Medium-I-Normal- -19-180-75-75-P-103-ISO8859-1 +CHARTER_ITALIC24 -Bitstream-Charter-Medium-I-Normal- -25-240-75-75-P-136-ISO8859-1 +CHARTER_BOLD08 -Bitstream-Charter-Bold-R-Normal- -8-80-75-75-P-50-ISO8859-1 +CHARTER_BOLD10 -Bitstream-Charter-Bold-R-Normal- -10-100-75-75-P-63-ISO8859-1 +CHARTER_BOLD12 -Bitstream-Charter-Bold-R-Normal- -12-120-75-75-P-75-ISO8859-1 + (continued on next page) + + + + + Programming Features 4–23 + Programming Features +4.6 X Window System Library (Xlib) + + +Table 4–9 (Cont.) Additional 75-dpi Fonts (.PCF File Extension) +File Name Font Name + +Charter + +CHARTER_BOLD14 -Bitstream-Charter-Bold-R-Normal- -15-140-75-75-P-94-ISO8859-1 +CHARTER_BOLD18 -Bitstream-Charter-Bold-R-Normal- -19-180-75-75-P-119-ISO8859-1 +CHARTER_BOLD24 -Bitstream-Charter-Bold-R-Normal- -25-240-75-75-P-157-ISO8859-1 + + +Lucida + +LUCIDABRIGHT08 -B&H-LucidaBright-Medium-R-Normal- -8-80-75-75-P-45-ISO8859-1 +LUCIDABRIGHT10 -B&H-LucidaBright-Medium-R-Normal- -10-100-75-75-P-56-ISO8859-1 +LUCIDABRIGHT12 -B&H-LucidaBright-Medium-R-Normal- -12-120-75-75-P-68-ISO8859-1 +LUCIDABRIGHT14 -B&H-LucidaBright-Medium-R-Normal- -14-140-75-75-P-80-ISO8859-1 +LUCIDABRIGHT18 -B&H-LucidaBright-Medium-R-Normal- -18-180-75-75-P-103-ISO8859-1 +LUCIDABRIGHT19 -B&H-LucidaBright-Medium-R-Normal- -19-190-75-75-P-109-ISO8859-1 +LUCIDABRIGHT24 -B&H-LucidaBright-Medium-R-Normal- -24-240-75-75-P-137-ISO8859-1 +LUCIDABRIGHT_ -B&H-LucidaBright-Demibold-I-Normal- -8-80-75-75-P-48-ISO8859-1 +DEMIITALIC08 +LUCIDABRIGHT_ -B&H-LucidaBright-Demibold-I-Normal- -10-100-75-75-P-59-ISO8859-1 +DEMIITALIC10 +LUCIDABRIGHT_ -B&H-LucidaBright-Demibold-I-Normal- -12-120-75-75-P-72-ISO8859-1 +DEMIITALIC12 +LUCIDABRIGHT_ -B&H-LucidaBright-Demibold-I-Normal- -14-140-75-75-P-84-ISO8859-1 +DEMIITALIC14 +LUCIDABRIGHT_ -B&H-LucidaBright-Demibold-I-Normal- -18-180-75-75-P-107-ISO8859-1 +DEMIITALIC18 +LUCIDABRIGHT_ -B&H-LucidaBright-Demibold-I-Normal- -19-190-75-75-P-114-ISO8859-1 +DEMIITALIC19 +LUCIDABRIGHT_ -B&H-LucidaBright-Demibold-I-Normal- -24-240-75-75-P-143-ISO8859-1 +DEMIITALIC24 +LUCIDABRIGHT_ITALIC08 -B&H-LucidaBright-Medium-I-Normal- -8-80-75-75-P-45-ISO8859-1 +LUCIDABRIGHT_ITALIC10 -B&H-LucidaBright-Medium-I-Normal- -10-100-75-75-P-57-ISO8859-1 +LUCIDABRIGHT_ITALIC12 -B&H-LucidaBright-Medium-I-Normal- -12-120-75-75-P-67-ISO8859-1 +LUCIDABRIGHT_ITALIC14 -B&H-LucidaBright-Medium-I-Normal- -14-140-75-75-P-80-ISO8859-1 +LUCIDABRIGHT_ITALIC18 -B&H-LucidaBright-Medium-I-Normal- -18-180-75-75-P-102-ISO8859-1 +LUCIDABRIGHT_ITALIC19 -B&H-LucidaBright-Medium-I-Normal- -19-190-75-75-P-109-ISO8859-1 +LUCIDABRIGHT_ITALIC24 -B&H-LucidaBright-Medium-I-Normal- -24-240-75-75-P-136-ISO8859-1 +LUCIDABRIGHT_DEMI08 -B&H-LucidaBright-Demibold-R-Normal- -8-80-75-75-P-47-ISO8859-1 +LUCIDABRIGHT_DEMI10 -B&H-LucidaBright-Demibold-R-Normal- -10-100-75-75-P-59-ISO8859-1 +LUCIDABRIGHT_DEMI12 -B&H-LucidaBright-Demibold-R-Normal- -12-120-75-75-P-71-ISO8859-1 +LUCIDABRIGHT_DEMI14 -B&H-LucidaBright-Demibold-R-Normal- -14-140-75-75-P-84-ISO8859-1 +LUCIDABRIGHT_DEMI18 -B&H-LucidaBright-Demibold-R-Normal- -18-180-75-75-P-107-ISO8859-1 +LUCIDABRIGHT_DEMI19 -B&H-LucidaBright-Demibold-R-Normal- -19-190-75-75-P-114-ISO8859-1 + (continued on next page) + + + + +4–24 Programming Features + Programming Features + 4.6 X Window System Library (Xlib) + + +Table 4–9 (Cont.) Additional 75-dpi Fonts (.PCF File Extension) +File Name Font Name + +Lucida + +LUCIDABRIGHT_DEMI24 -B&H-LucidaBright-Demibold-R-Normal- -24-240-75-75-P-143-ISO8859-1 +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Bold-R-Normal-Sans-8-80-75-75-m-50-ISO8859-1 +BOLDSANS08 +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Bold-R-Normal-Sans-10-100-75-75-m-60-ISO8859-1 +BOLDSANS10 +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Bold-R-Normal-Sans-12-120-75-75-m-70-ISO8859-1 +BOLDSANS12 +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Bold-R-Normal-Sans-14-140-75-75-m-90-ISO8859-1 +BOLDSANS14 +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Bold-R-Normal-Sans-18-180-75-75-m-110-ISO8859-1 +BOLDSANS18 +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Bold-R-Normal-Sans-19-190-75-75-m-110-ISO8859-1 +BOLDSANS19 +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Bold-R-Normal-Sans-24-240-75-75-m-140-ISO8859-1 +BOLDSANS24 +LUCIDATYPEWRITER_SANS08 -B&H-LucidaTypewriter-Medium-R-Normal-Sans-8-80-75-75-m-50-ISO8859-1 +LUCIDATYPEWRITER_SANS10 -B&H-LucidaTypewriter-Medium-R-Normal-Sans-10-100-75-75-m-60-ISO8859-1 +LUCIDATYPEWRITER_SANS12 -B&H-LucidaTypewriter-Medium-R-Normal-Sans-12-120-75-75-m-70-ISO8859-1 +LUCIDATYPEWRITER_SANS14 -B&H-LucidaTypewriter-Medium-R-Normal-Sans-14-140-75-75-m-90-ISO8859-1 +LUCIDATYPEWRITER_SANS18 -B&H-LucidaTypewriter-Medium-R-Normal-Sans-18-180-75-75-m-110-ISO8859-1 +LUCIDATYPEWRITER_SANS19 -B&H-LucidaTypewriter-Medium-R-Normal-Sans-19-190-75-75-m-110-ISO8859-1 +LUCIDATYPEWRITER_SANS24 -B&H-LucidaTypewriter-Medium-R-Normal-Sans-24-240-75-75-m-140-ISO8859-1 +LUCIDA_BOLDITALICSANS08 -B&H-Lucida-Bold-I-Normal-Sans-8-80-75-75-P-49-ISO8859-1 +LUCIDA_BOLDITALICSANS10 -B&H-Lucida-Bold-I-Normal-Sans-10-100-75-75-P-67-ISO8859-1 +LUCIDA_BOLDITALICSANS12 -B&H-Lucida-Bold-I-Normal-Sans-12-120-75-75-P-79-ISO8859-1 +LUCIDA_BOLDITALICSANS14 -B&H-Lucida-Bold-I-Normal-Sans-14-140-75-75-P-92-ISO8859-1 +LUCIDA_BOLDITALICSANS18 -B&H-Lucida-Bold-I-Normal-Sans-18-180-75-75-P-119-ISO8859-1 +LUCIDA_BOLDITALICSANS19 -B&H-Lucida-Bold-I-Normal-Sans-19-190-75-75-P-122-ISO8859-1 +LUCIDA_BOLDITALICSANS24 -B&H-Lucida-Bold-I-Normal-Sans-24-240-75-75-P-151-ISO8859-1 +LUCIDA_BOLDSANS08 -B&H-Lucida-Bold-R-Normal-Sans-8-80-75-75-P-50-ISO8859-1 +LUCIDA_BOLDSANS10 -B&H-Lucida-Bold-R-Normal-Sans-10-100-75-75-P-66-ISO8859-1 +LUCIDA_BOLDSANS12 -B&H-Lucida-Bold-R-Normal-Sans-12-120-75-75-P-79-ISO8859-1 +LUCIDA_BOLDSANS14 -B&H-Lucida-Bold-R-Normal-Sans-14-140-75-75-P-92-ISO8859-1 +LUCIDA_BOLDSANS18 -B&H-Lucida-Bold-R-Normal-Sans-18-180-75-75-P-120-ISO8859-1 +LUCIDA_BOLDSANS19 -B&H-Lucida-Bold-R-Normal-Sans-19-190-75-75-P-122-ISO8859-1 +LUCIDA_BOLDSANS24 -B&H-Lucida-Bold-R-Normal-Sans-24-240-75-75-P-152-ISO8859-1 +LUCIDA_ITALICSANS08 -B&H-Lucida-Medium-I-Normal-Sans-8-80-75-75-P-45-ISO8859-1 +LUCIDA_ITALICSANS10 -B&H-Lucida-Medium-I-Normal-Sans-10-100-75-75-P-59-ISO8859-1 +LUCIDA_ITALICSANS12 -B&H-Lucida-Medium-I-Normal-Sans-12-120-75-75-P-71-ISO8859-1 + (continued on next page) + + + + + Programming Features 4–25 + Programming Features +4.6 X Window System Library (Xlib) + + +Table 4–9 (Cont.) Additional 75-dpi Fonts (.PCF File Extension) +File Name Font Name + +Lucida + +LUCIDA_ITALICSANS14 -B&H-Lucida-Medium-I-Normal-Sans-14-140-75-75-P-82-ISO8859-1 +LUCIDA_ITALICSANS18 -B&H-Lucida-Medium-I-Normal-Sans-18-180-75-75-P-105-ISO8859-1 +LUCIDA_ITALICSANS19 -B&H-Lucida-Medium-I-Normal-Sans-19-190-75-75-P-108-ISO8859-1 +LUCIDA_ITALICSANS24 -B&H-Lucida-Medium-I-Normal-Sans-24-240-75-75-P-136-ISO8859-1 +LUCIDA_SANS08 -B&H-Lucida-Medium-R-Normal-Sans-8-80-75-75-P-45-ISO8859-1 +LUCIDA_SANS10 -B&H-Lucida-Medium-R-Normal-Sans-10-100-75-75-P-58-ISO8859-1 +LUCIDA_SANS12 -B&H-Lucida-Medium-R-Normal-Sans-12-120-75-75-P-71-ISO8859-1 +LUCIDA_SANS14 -B&H-Lucida-Medium-R-Normal-Sans-14-140-75-75-P-81-ISO8859-1 +LUCIDA_SANS18 -B&H-Lucida-Medium-R-Normal-Sans-18-180-75-75-P-106-ISO8859-1 +LUCIDA_SANS19 -B&H-Lucida-Medium-R-Normal-Sans-19-190-75-75-P-108-ISO8859-1 +LUCIDA_SANS24 -B&H-Lucida-Medium-R-Normal-Sans-24-240-75-75-P-136-ISO8859-1 + + +Present Bullets + +PRESENT_BULLETS8_75 -DEC-PresentBullets-Medium-R-Normal- -8-80-75-75-P-76-DEC-FontSpecific +PRESENT_BULLETS10_75 -DEC-PresentBullets-Medium-R-Normal- -10-100-75-75-P-96-DEC-FontSpecific +PRESENT_BULLETS12_75 -DEC-PresentBullets-Medium-R-Normal- -12-120-75-75-P-114-DEC-FontSpecific +PRESENT_BULLETS14_75 -DEC-PresentBullets-Medium-R-Normal- -14-140-75-75-P-134-DEC-FontSpecific +PRESENT_BULLETS18_75 -DEC-PresentBullets-Medium-R-Normal- -18-180-75-75-P-172-DEC-FontSpecific +PRESENT_BULLETS24_75 -DEC-PresentBullets-Medium-R-Normal- -24-240-75-75-P-229-DEC-FontSpecific +PRESENT_BULLETS36_75 -DEC-PresentBullets-Medium-R-Normal- -36-360-75-75-P-343-DEC-FontSpecific +PRESENT_BULLETS48_75 -DEC-PresentBullets-Medium-R-Normal- -48-480-75-75-P-458-DEC-FontSpecific +PRESENT_BULLETS72_75 -DEC-PresentBullets-Medium-R-Normal- -72-720-75-75-P-686-DEC-FontSpecific + + +Utopia + +UTOPIA10 -Adobe-Utopia-Regular-R-Normal- -10-100-75-75-P-56-ISO8859-1 +UTOPIA12 -Adobe-Utopia-Regular-R-Normal- -12-120-75-75-P-67-ISO8859-1 +UTOPIA14 -Adobe-Utopia-Regular-R-Normal- -15-140-75-75-P-79-ISO8859-1 +UTOPIA18 -Adobe-Utopia-Regular-R-Normal- -19-180-75-75-P-101-ISO8859-1 +UTOPIA24 -Adobe-Utopia-Regular-R-Normal- -25-240-75-75-P-135-ISO8859-1 +UTOPIA_BOLD10 -Adobe-Utopia-Bold-R-Normal- -10-100-75-75-P-59-ISO8859-1 +UTOPIA_BOLD12 -Adobe-Utopia-Bold-R-Normal- -12-120-75-75-P-70-ISO8859-1 +UTOPIA_BOLD14 -Adobe-Utopia-Bold-R-Normal- -15-140-75-75-P-82-ISO8859-1 +UTOPIA_BOLD18 -Adobe-Utopia-Bold-R-Normal- -19-180-75-75-P-105-ISO8859-1 +UTOPIA_BOLD24 -Adobe-Utopia-Bold-R-Normal- -25-240-75-75-P-140-ISO8859-1 +UTOPIA_BOLD_ITALIC10 -Adobe-Utopia-Bold-I-Normal- -10-100-75-75-P-58-ISO8859-1 +UTOPIA_BOLD_ITALIC12 -Adobe-Utopia-Bold-I-Normal- -12-120-75-75-P-70-ISO8859-1 +UTOPIA_BOLD_ITALIC14 -Adobe-Utopia-Bold-I-Normal- -15-120-75-75-P-70-ISO8859-1 + (continued on next page) + + + + +4–26 Programming Features + Programming Features + 4.6 X Window System Library (Xlib) + + +Table 4–9 (Cont.) Additional 75-dpi Fonts (.PCF File Extension) +File Name Font Name + +Utopia + +UTOPIA_BOLD_ITALIC18 -Adobe-Utopia-Bold-I-Normal- -19-180-75-75-P-105-ISO8859-1 +UTOPIA_BOLD_ITALIC24 -Adobe-Utopia-Bold-I-Normal- -25-240-75-75-P-140-ISO8859-1 +UTOPIA_ITALIC10 -Adobe-Utopia-Regular-I-Normal- -10-100-75-75-P-55-ISO8859-1 +UTOPIA_ITALIC12 -Adobe-Utopia-Regular-I-Normal- -12-120-75-75-P-67-ISO8859-1 +UTOPIA_ITALIC14 -Adobe-Utopia-Regular-I-Normal- -15-140-75-75-P-79-ISO8859-1 +UTOPIA_ITALIC18 -Adobe-Utopia-Regular-I-Normal- -19-180-75-75-P-100-ISO8859-1 +UTOPIA_ITALIC24 -Adobe-Utopia-Regular-I-Normal- -25-240-75-75-P-133-ISO8859-1 + + +4.6.7.2 Additional 100-dpi Fonts + Table 4–10 lists the new and previously undocumented 100-dpi fonts and their + file names. The files for these fonts are located in the following directory: + DECW$SYSCOMMON:[SYSFONT.DECW.100DPI] + +Table 4–10 Additional 100-dpi Fonts (.PCF File Extension) +File Name Font Name + +Charter + +CHARTER08_100DPI -Bitstream-Charter-Medium-R-Normal- -11-80-100-100-P-61-ISO8859-1 +CHARTER10_100DPI -Bitstream-Charter-Medium-R-Normal- -14-100-100-100-P-78-ISO8859-1 +CHARTER12_100DPI -Bitstream-Charter-Medium-R-Normal- -17-120-100-100-P-95-ISO8859-1 +CHARTER14_100DPI -Bitstream-Charter-Medium-R-Normal- -19-140-100-100-P-106-ISO8859-1 +CHARTER18_100DPI -Bitstream-Charter-Medium-R-Normal- -25-180-100-100-P-139-ISO8859-1 +CHARTER24_100DPI -Bitstream-Charter-Medium-R-Normal- -33-240-100-100-P-183-ISO8859-1 +CHARTER_BOLD08_100DPI -Bitstream-Charter-Bold-R-Normal- -11-80-100-100-P-69-ISO8859-1 +CHARTER_BOLD10_100DPI -Bitstream-Charter-Bold-R-Normal- -14-100-100-100-P-88-ISO8859-1 +CHARTER_BOLD12_100DPI -Bitstream-Charter-Bold-R-Normal- -17-120-100-100-P-107-ISO8859-1 +CHARTER_BOLD14_100DPI -Bitstream-Charter-Bold-R-Normal- -19-140-100-100-P-119-ISO8859-1 +CHARTER_BOLD18_100DPI -Bitstream-Charter-Bold-R-Normal- -25-180-100-100-P-157-ISO8859-1 +CHARTER_BOLD24_100DPI -Bitstream-Charter-Bold-R-Normal- -33-240-100-100-P-206-ISO8859-1 +CHARTER_BOLD_ITALIC08_ -Bitstream-Charter-Bold-I-Normal- -11-80-100-100-P-68-ISO8859-1 +100DPI +CHARTER_BOLD_ITALIC10_ -Bitstream-Charter-Bold-I-Normal- -14-100-100-100-P-86-ISO8859-1 +100DPI +CHARTER_BOLD_ITALIC12_ -Bitstream-Charter-Bold-I-Normal- -17-120-100-100-P-105-ISO8859-1 +100DPI +CHARTER_BOLD_ITALIC14_ -Bitstream-Charter-Bold-I-Normal- -19-140-100-100-P-117-ISO8859-1 +100DPI +CHARTER_BOLD_ITALIC18_ -Bitstream-Charter-Bold-I-Normal- -25-180-100-100-P-154-ISO8859-1 +100DPI + (continued on next page) + + + + + Programming Features 4–27 + Programming Features +4.6 X Window System Library (Xlib) + + +Table 4–10 (Cont.) Additional 100-dpi Fonts (.PCF File Extension) +File Name Font Name + +Charter + +CHARTER_BOLD_ITALIC24_ -Bitstream-Charter-Bold-I-Normal- -33-240-100-100-P-203-ISO8859-1 +100DPI +CHARTER_ITALIC08_100DPI -Bitstream-Charter-Medium-I-Normal- -11-120-100-100-P-92-ISO8859-1 +CHARTER_ITALIC10_100DPI -Bitstream-Charter-Medium-I-Normal- -14-120-100-100-P-92-ISO8859-1 +CHARTER_ITALIC12_100DPI -Bitstream-Charter-Medium-I-Normal- -17-120-100-100-P-92-ISO8859-1 +CHARTER_ITALIC14_100DPI -Bitstream-Charter-Medium-I-Normal- -19-140-100-100-P-103-ISO8859-1 +CHARTER_ITALIC18_100DPI -Bitstream-Charter-Medium-I-Normal- -25-180-100-100-P-136-ISO8859-1 +CHARTER_ITALIC24_100DPI -Bitstream-Charter-Medium-I-Normal- -33-240-100-100-P-179-ISO8859-1 + + +Lucida + +LUCIDABRIGHT08_100DPI -B&H-LucidaBright-Medium-R-Normal- -11-80-100-100-P-63-ISO8859-1 +LUCIDABRIGHT10_100DPI -B&H-LucidaBright-Medium-R-Normal- -14-100-100-100-P-80-ISO8859-1 +LUCIDABRIGHT12_100DPI -B&H-LucidaBright-Medium-R-Normal- -17-120-100-100-P-96-ISO8859-1 +LUCIDABRIGHT14_100DPI -B&H-LucidaBright-Medium-R-Normal- -20-140-100-100-P-114-ISO8859-1 +LUCIDABRIGHT18_100DPI -B&H-LucidaBright-Medium-R-Normal- -25-180-100-100-P-142-ISO8859-1 +LUCIDABRIGHT19_100DPI -B&H-LucidaBright-Medium-R-Normal- -26-190-100-100-P-149-ISO8859-1 +LUCIDABRIGHT24_100DPI -B&H-LucidaBright-Medium-R-Normal- -34-240-100-100-P-193-ISO8859-1 +LUCIDABRIGHT_DEMI08_ -B&H-LucidaBright-Demibold-R-Normal- -11-80-100-100-P-66-ISO8859-1 +100DPI +LUCIDABRIGHT_DEMI10_ -B&H-LucidaBright-Demibold-R-Normal- -14-100-100-100-P-84-ISO8859-1 +100DPI +LUCIDABRIGHT_DEMI12_ -B&H-LucidaBright-Demibold-R-Normal- -17-120-100-100-P-101-ISO8859-1 +100DPI +LUCIDABRIGHT_DEMI14_ -B&H-LucidaBright-Demibold-R-Normal- -20-140-100-100-P-118-ISO8859-1 +100DPI +LUCIDABRIGHT_DEMI18_ -B&H-LucidaBright-Demibold-R-Normal- -25-180-100-100-P-149-ISO8859-1 +100DPI +LUCIDABRIGHT_DEMI19_ -B&H-LucidaBright-Demibold-R-Normal- -26-190-100-100-P-155-ISO8859-1 +100DPI +LUCIDABRIGHT_DEMI24_ -B&H-LucidaBright-Demibold-R-Normal- -34-240-100-100-P-202-ISO8859-1 +100DPI +LUCIDABRIGHT_ -B&H-LucidaBright-Demibold-I-Normal- -11-80-100-100-P-66-ISO8859-1 +DEMIITALIC08_100DPI +LUCIDABRIGHT_ -B&H-LucidaBright-Demibold-I-Normal- -14-100-100-100-P-84-ISO8859-1 +DEMIITALIC10_100DPI +LUCIDABRIGHT_ -B&H-LucidaBright-Demibold-I-Normal- -17-120-100-100-P-101-ISO8859-1 +DEMIITALIC12_100DPI +LUCIDABRIGHT_ -B&H-LucidaBright-Demibold-I-Normal- -20-140-100-100-P-119-ISO8859-1 +DEMIITALIC14_100DPI +LUCIDABRIGHT_ -B&H-LucidaBright-Demibold-I-Normal- -25-180-100-100-P-149-ISO8859-1 +DEMIITALIC18_100DPI + (continued on next page) + + + + +4–28 Programming Features + Programming Features + 4.6 X Window System Library (Xlib) + + +Table 4–10 (Cont.) Additional 100-dpi Fonts (.PCF File Extension) +File Name Font Name + +Lucida + +LUCIDABRIGHT_ -B&H-LucidaBright-Demibold-I-Normal- -26-190-100-100-P-156-ISO8859-1 +DEMIITALIC19_100DPI +LUCIDABRIGHT_ -B&H-LucidaBright-Demibold-I-Normal- -34-240-100-100-P-203-ISO8859-1 +DEMIITALIC24_100DPI +LUCIDABRIGHT_ITALIC08_ -B&H-LucidaBright-Medium-I-Normal- -11-80-100-100-P-63-ISO8859-1 +100DPI +LUCIDABRIGHT_ITALIC10_ -B&H-LucidaBright-Medium-I-Normal- -14-100-100-100-P-80-ISO8859-1 +100DPI +LUCIDABRIGHT_ITALIC12_ -B&H-LucidaBright-Medium-I-Normal- -17-120-100-100-P-96-ISO8859-1 +100DPI +LUCIDABRIGHT_ITALIC14_ -B&H-LucidaBright-Medium-I-Normal- -20-140-100-100-P-113-ISO8859-1 +100DPI +LUCIDABRIGHT_ITALIC18_ -B&H-LucidaBright-Medium-I-Normal- -25-180-100-100-P-142-ISO8859-1 +100DPI +LUCIDABRIGHT_ITALIC19_ -B&H-LucidaBright-Medium-I-Normal- -26-190-100-100-P-148-ISO8859-1 +100DPI +LUCIDABRIGHT_ITALIC24_ -B&H-LucidaBright-Medium-I-Normal- -34-240-100-100-P-194-ISO8859-1 +100DPI +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Bold-R-Normal-Sans-11-80-100-100-m-70-ISO8859-1 +BOLDSANS08_100DPI +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Bold-R-Normal-Sans-14-100-100-100-m-80-ISO8859-1 +BOLDSANS10_100DPI +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Bold-R-Normal-Sans-17-120-100-100-m-100-ISO8859-1 +BOLDSANS12_100DPI +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Bold-R-Normal-Sans-20-140-100-100-m-120-ISO8859-1 +BOLDSANS14_100DPI +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Bold-R-Normal-Sans-25-180-100-100-m-150-ISO8859-1 +BOLDSANS18_100DPI +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Bold-R-Normal-Sans-26-190-100-100-m-159-ISO8859-1 +BOLDSANS19_100DPI +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Bold-R-Normal-Sans-34-240-100-100-m-200-ISO8859-1 +BOLDSANS24_100DPI +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Medium-R-Normal-Sans-11-80-100-100-m-70-ISO8859-1 +SANS08_100DPI +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Medium-R-Normal-Sans-14-100-100-100-m-80-ISO8859-1 +SANS10_100DPI +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Medium-R-Normal-Sans-17-120-100-100-m-100-ISO8859-1 +SANS12_100DPI +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Medium-R-Normal-Sans-20-140-100-100-m-120-ISO8859-1 +SANS14_100DPI +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Medium-R-Normal-Sans-25-180-100-100-m-150-ISO8859-1 +SANS18_100DPI +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Medium-R-Normal-Sans-26-190-100-100-m-159-ISO8859-1 +SANS19_100DPI +LUCIDATYPEWRITER_ -B&H-LucidaTypewriter-Medium-R-Normal-Sans-34-240-100-100-m-200-ISO8859-1 +SANS24_100DPI + (continued on next page) + + + + + Programming Features 4–29 + Programming Features +4.6 X Window System Library (Xlib) + + +Table 4–10 (Cont.) Additional 100-dpi Fonts (.PCF File Extension) +File Name Font Name + +Lucida + +LUCIDA_BOLDITALICSANS08_ -B&H-Lucida-Bold-I-Normal-Sans-11-80-100-100-P-69-ISO8859-1 +100DPI +LUCIDA_BOLDITALICSANS10_ -B&H-Lucida-Bold-I-Normal-Sans-14-100-100-100-P-90-ISO8859-1 +100DPI +LUCIDA_BOLDITALICSANS12_ -B&H-Lucida-Bold-I-Normal-Sans-17-120-100-100-P-108-ISO8859-1 +100DPI +LUCIDA_BOLDITALICSANS14_ -B&H-Lucida-Bold-I-Normal-Sans-20-140-100-100-P-127-ISO8859-1 +100DPI +LUCIDA_BOLDITALICSANS18_ -B&H-Lucida-Bold-I-Normal-Sans-25-180-100-100-P-159-ISO8859-1 +100DPI +LUCIDA_BOLDITALICSANS19_ -B&H-Lucida-Bold-I-Normal-Sans-26-190-100-100-P-166-ISO8859-1 +100DPI +LUCIDA_BOLDITALICSANS24_ -B&H-Lucida-Bold-I-Normal-Sans-34-240-100-100-P-215-ISO8859-1 +100DPI +LUCIDA_BOLDSANS08_100DPI -B&H-Lucida-Bold-R-Normal-Sans-11-80-100-100-P-70-ISO8859-1 +LUCIDA_BOLDSANS10_100DPI -B&H-Lucida-Bold-R-Normal-Sans-14-100-100-100-P-89-ISO8859-1 +LUCIDA_BOLDSANS12_100DPI -B&H-Lucida-Bold-R-Normal-Sans-17-120-100-100-P-108-ISO8859-1 +LUCIDA_BOLDSANS14_100DPI -B&H-Lucida-Bold-R-Normal-Sans-20-140-100-100-P-127-ISO8859-1 +LUCIDA_BOLDSANS18_100DPI -B&H-Lucida-Bold-R-Normal-Sans-25-180-100-100-P-158-ISO8859-1 +LUCIDA_BOLDSANS19_100DPI -B&H-Lucida-Bold-R-Normal-Sans-26-190-100-100-P-166-ISO8859-1 +LUCIDA_BOLDSANS24_100DPI -B&H-Lucida-Bold-R-Normal-Sans-34-240-100-100-P-216-ISO8859-1 +LUCIDA_ITALICSANS08_ -B&H-Lucida-Medium-I-Normal-Sans-11-80-100-100-P-62-ISO8859-1 +100DPI +LUCIDA_ITALICSANS10_ -B&H-Lucida-Medium-I-Normal-Sans-14-100-100-100-P-80-ISO8859-1 +100DPI +LUCIDA_ITALICSANS12_ -B&H-Lucida-Medium-I-Normal-Sans-17-120-100-100-P-97-ISO8859-1 +100DPI +LUCIDA_ITALICSANS14_ -B&H-Lucida-Medium-I-Normal-Sans-20-140-100-100-P-114-ISO8859-1 +100DPI +LUCIDA_ITALICSANS18_ -B&H-Lucida-Medium-I-Normal-Sans-25-180-100-100-P-141-ISO8859-1 +100DPI +LUCIDA_ITALICSANS19_ -B&H-Lucida-Medium-I-Normal-Sans-26-190-100-100-P-147-ISO8859-1 +100DPI +LUCIDA_ITALICSANS24_ -B&H-Lucida-Medium-I-Normal-Sans-34-240-100-100-P-192-ISO8859-1 +100DPI +LUCIDA_SANS08_100DPI -B&H-Lucida-Medium-R-Normal-Sans-11-80-100-100-P-63-ISO8859-1 +LUCIDA_SANS10_100DPI -B&H-Lucida-Medium-R-Normal-Sans-14-100-100-100-P-80-ISO8859-1 +LUCIDA_SANS12_100DPI -B&H-Lucida-Medium-R-Normal-Sans-17-120-100-100-P-96-ISO8859-1 +LUCIDA_SANS14_100DPI -B&H-Lucida-Medium-R-Normal-Sans-20-140-100-100-P-114-ISO8859-1 + (continued on next page) + + + + +4–30 Programming Features + Programming Features + 4.6 X Window System Library (Xlib) + + +Table 4–10 (Cont.) Additional 100-dpi Fonts (.PCF File Extension) +File Name Font Name + +Lucida + +LUCIDA_SANS18_100DPI -B&H-Lucida-Medium-R-Normal-Sans-25-180-100-100-P-142-ISO8859-1 +LUCIDA_SANS19_100DPI -B&H-Lucida-Medium-R-Normal-Sans-26-190-100-100-P-147-ISO8859-1 +LUCIDA_SANS24_100DPI -B&H-Lucida-Medium-R-Normal-Sans-34-240-100-100-P-191-ISO8859-1 + + +Present Bullets + +PRESENT_BULLETS8_100 -DEC-PresentBullets-Medium-R-Normal- -8-80-100-100-P-105-DEC-FontSpecific +PRESENT_BULLETS10_100 -DEC-PresentBullets-Medium-R-Normal- -10-100-100-100-P-123-DEC-FontSpecific +PRESENT_BULLETS12_100 -DEC-PresentBullets-Medium-R-Normal- -12-120-100-100-P-154-DEC-FontSpecific +PRESENT_BULLETS14_100 -DEC-PresentBullets-Medium-R-Normal- -14-140-100-100-P-172-DEC-FontSpecific +PRESENT_BULLETS18_100 -DEC-PresentBullets-Medium-R-Normal- -18-180-100-100-P-229-DEC-FontSpecific +PRESENT_BULLETS24_100 -DEC-PresentBullets-Medium-R-Normal- -24-240-100-100-P-305-DEC-FontSpecific +PRESENT_BULLETS36_100 -DEC-PresentBullets-Medium-R-Normal- -36-360-100-100-P-458-DEC-FontSpecific +PRESENT_BULLETS48_100 -DEC-PresentBullets-Medium-R-Normal- -48-480-100-100-P-609-DEC-FontSpecific +PRESENT_BULLETS72_100 -DEC-PresentBullets-Medium-R-Normal- -72-720-100-100-P-952-DEC-FontSpecific + + +Utopia + +UTOPIA10_100DPI -Adobe-Utopia-Regular-R-Normal- -14-100-100-100-P-75-ISO8859-1 +UTOPIA12_100DPI -Adobe-Utopia-Regular-R-Normal- -17-120-100-100-P-91-ISO8859-1 +UTOPIA14_100DPI -Adobe-Utopia-Regular-R-Normal- -19-140-100-100-P-105-ISO8859-1 +UTOPIA18_100DPI -Adobe-Utopia-Regular-R-Normal- -25-180-100-100-P-135-ISO8859-1 +UTOPIA24_100DPI -Adobe-Utopia-Regular-R-Normal- -33-240-100-100-P-180-ISO8859-1 +UTOPIA_BOLD10_100DPI -Adobe-Utopia-Bold-R-Normal- -14-100-100-100-P-78-ISO8859-1 +UTOPIA_BOLD12_100DPI -Adobe-Utopia-Bold-R-Normal- -17-120-100-100-P-93-ISO8859-1 +UTOPIA_BOLD14_100DPI -Adobe-Utopia-Bold-R-Normal- -19-140-100-100-P-108-ISO8859-1 +UTOPIA_BOLD18_100DPI -Adobe-Utopia-Bold-R-Normal- -25-180-100-100-P-140-ISO8859-1 +UTOPIA_BOLD24_100DPI -Adobe-Utopia-Bold-R-Normal- -33-240-100-100-P-186-ISO8859-1 +UTOPIA_BOLDITALIC10_ -Adobe-Utopia-Bold-I-Normal- -14-100-100-100-P-78-ISO8859-1 +100DPI +UTOPIA_BOLDITALIC12_ -Adobe-Utopia-Bold-I-Normal- -17-120-100-100-P-93-ISO8859-1 +100DPI +UTOPIA_BOLDITALIC14_ -Adobe-Utopia-Bold-I-Normal- -19-140-100-100-P-109-ISO8859-1 +100DPI +UTOPIA_BOLDITALIC18_ -Adobe-Utopia-Bold-I-Normal- -25-180-100-100-P-139-ISO8859-1 +100DPI +UTOPIA_BOLDITALIC24_ -Adobe-Utopia-Bold-I-Normal- -33-240-100-100-P-186-ISO8859-1 +100DPI +UTOPIA_ITALIC10_100DPI -Adobe-Utopia-Regular-I-Normal- -14-100-100-100-P-74-ISO8859-1 +UTOPIA_ITALIC12_100DPI -Adobe-Utopia-Regular-I-Normal- -17-120-100-100-P-89-ISO8859-1 + (continued on next page) + + + + + Programming Features 4–31 + Programming Features +4.6 X Window System Library (Xlib) + + +Table 4–10 (Cont.) Additional 100-dpi Fonts (.PCF File Extension) +File Name Font Name + +Utopia + +UTOPIA_ITALIC14_100DPI -Adobe-Utopia-Regular-I-Normal- -19-140-100-100-P-104-ISO8859-1 +UTOPIA_ITALIC18_100DPI -Adobe-Utopia-Regular-I-Normal- -25-180-100-100-P-134-ISO8859-1 +UTOPIA_ITALIC24_100DPI -Adobe-Utopia-Regular-I-Normal- -33-240-100-100-P-179-ISO8859-1 + + +4.6.7.3 Additional Common Fonts + Table 4–11 lists previously undocumented Common fonts and their file names. + The files for these fonts are located in the following directory: + DECW$SYSCOMMON:[SYSFONT.DECW.COMMON] + +Table 4–11 Additional Common Fonts (.PCF File Extension) +File Name Font Name + +Fixed Width + +5X7 -Misc-Fixed-Medium-R-Normal- -7-70-75-75-C-50-ISO8859-1 +7X14B -Misc-Fixed-Bold-R-Normal- -14-130-75-75-C-70-ISO8859-1 +7X14RK -Misc-Fixed-Medium-R-Normal- -14-130-75-75-C-70-JISX0201.1976-0 +8X16RK -Sony-Fixed-Medium-R-Normal- -16-120-100-100-C-80-JISX0201.1976-0 +12X24 -Sony-Fixed-Medium-R-Normal- -24-170-100-100-C-120-ISO8859-1 +12X24RK -Sony-Fixed-Medium-R-Normal- -24-170-100-100-C-120-JISX0201.1976-0 + + +Sun Open Look Glyph + +OLGL10 -Sun-Open Look Glyph- - - - -10-100-75-75-P-101-SunOLGlyph-1 +OLGL12 -Sun-Open Look Glyph- - - - -12-120-75-75-P-113-SunOLGlyph-1 +OLGL14 -Sun-Open Look Glyph- - - - -14-140-75-75-P-128-SunOLGlyph-1 +OLGL19 -Sun-Open Look Glyph- - - - -19-190-75-75-P-154-SunOLGlyph-1 + + +VT330 + +VT33018 -DEC-VT330-Medium-R-Normal- -20-180-75-75-C-100-ISO8859-1 +VT33036 -DEC-VT330-Medium-R-Normal- -40-360-75-75-C-200-ISO8859-1 +VT330_BOLD18 -DEC-VT330-Bold-R-Normal- -20-180-75-75-C-100-ISO8859-1 +VT330_BOLD36 -DEC-VT330-Bold-R-Normal- -40-360-75-75-C-200-ISO8859-1 +VT330_BOLD_DBLWIDE18 -DEC-VT330-Bold-R-Double Wide- -20-180-75-75-C-200-ISO8859-1 +VT330_BOLD_DBLWIDE_ -DEC-VT330-Bold-R-Double Wide- -20-180-75-75-C-200-DEC-DECTech +DECTECH18 +VT330_BOLD_DECTECH18 -DEC-VT330-Bold-R-Normal- -20-180-75-75-C-100-DEC-DECTech +VT330_BOLD_DECTECH36 -DEC-VT330-Bold-R-Normal- -40-360-75-75-C-200-DEC-DECTech +VT330_BOLD_NARROW18 -DEC-VT330-Bold-R-Narrow- -20-180-75-75-C-60-ISO8859-1 +VT330_BOLD_NARROW36 -DEC-VT330-Bold-R-Narrow- -40-360-75-75-C-120-ISO8859-1 + (continued on next page) + + + + +4–32 Programming Features + Programming Features + 4.6 X Window System Library (Xlib) + + +Table 4–11 (Cont.) Additional Common Fonts (.PCF File Extension) +File Name Font Name + +VT330 + +VT330_BOLD_NARROW_ -DEC-VT330-Bold-R-Narrow- -20-180-75-75-C-60-DEC-DECTech +DECTECH18 +VT330_BOLD_NARROW_ -DEC-VT330-Bold-R-Narrow- -40-360-75-75-C-120-DEC-DECTech +DECTECH36 +VT330_BOLD_WIDE18 -DEC-VT330-Bold-R-Wide- -20-180-75-75-C-120-ISO8859-1 +VT330_BOLD_WIDE_ -DEC-VT330-Bold-R-Wide- -20-180-75-75-C-120-DEC-DECTech +DECTECH18 +VT330_DBLWIDE18 -DEC-VT330-Medium-R-Double Wide- -20-180-75-75-C-200-ISO8859-1 +VT330_DBLWIDE_DECTECH18 -DEC-VT330-Medium-R-Double Wide- -20-180-75-75-C-200-DEC-DECTech +VT330_DECTECH18 -DEC-VT330-Medium-R-Normal- -20-180-75-75-C-100-DEC-DECTech +VT330_DECTECH36 -DEC-VT330-Medium-R-Normal- -40-360-75-75-C-200-DEC-DECTech +VT330_NARROW18 -DEC-VT330-Medium-R-Narrow- -20-180-75-75-C-60-ISO8859-1 +VT330_NARROW36 -DEC-VT330-Medium-R-Narrow- -40-360-75-75-C-120-ISO8859-1 +VT330_NARROW_DECTECH18 -DEC-VT330-Medium-R-Narrow- -20-180-75-75-C-60-DEC-DECTech +VT330_NARROW_DECTECH36 -DEC-VT330-Medium-R-Narrow- -40-360-75-75-C-120-DEC-DECTech +VT330_WIDE18 -DEC-VT330-Medium-R-Wide- -20-180-75-75-C-120-ISO8859-1 +VT330_WIDE_DECTECH18 -DEC-VT330-Medium-R-Wide- -20-180-75-75-C-120-DEC-DECTech + + +Language-Specific Fonts + +HANGLG16 -Daewoo-Gothic-Medium-R-Normal- -16-120-100-100-C-160-KSC5601.1987-0 +HANGLM16 -Daewoo-Mincho-Medium-R-Normal- -16-120-100-100-C-160-KSC5601.1987-0 +HANGLM24 -Daewoo-Mincho-Medium-R-Normal- -24-170-100-100-C-240-KSC5601.1987-0 +HEB6X13 -Misc-Fixed-Medium-R-SemiCondensed- -13-120-75-75-C-60-ISO8859-8 +HEB8X13 -Misc-Fixed-Medium-R-Normal- -13-120-75-75-C-80-ISO8859-8 +JISKAN16 -JIS-Fixed-Medium-R-Normal- -16-150-75-75-C-160-JISX0208.1983-0 +JISKAN24 -JIS-Fixed-Medium-R-Normal- -24-230-75-75-C-240-JISX0208.1983-0 +K14 -Misc-Fixed-Medium-R-Normal- -14-130-75-75-C-140-JISX0208.1983-0 + + +Miscellaneous Fonts + +NIL2 -Misc-Nil-Medium-R-Normal- -2-20-75-75-C-10-Misc-FontSpecific + + + + + Programming Features 4–33 + Programming Features +4.6 X Window System Library (Xlib) + +4.6.7.4 Bitstream Speedo Scalable Fonts + Table 4–12 lists the previously undocumented Bitstream Speedo scalable fonts + and their file names. The files for these fonts are located in the following + directory: + DECW$SYSCOMMON:[SYSFONT.DECW.SPEEDO] + +Table 4–12 Bitstream Speedo Scalable Fonts (.SPD File Extension) +File Name Font Name + +Charter + +FONT0648 -Bitstream-Charter-Medium-R-Normal- -0-0-0-0-P-0-ISO8859-1 +FONT0649 -Bitstream-Charter-Medium-I-Normal- -0-0-0-0-P-0-ISO8859-1 +FONT0709 -Bitstream-Charter-Bold-R-Normal- -0-0-0-0-P-0-ISO8859-1 +FONT0710 -Bitstream-Charter-Bold-I-Normal- -0-0-0-0-P-0-ISO8859-1 + + +Courier + +FONT0419 -Bitstream-Courier-Medium-R-Normal- -0-0-0-0-m-0-ISO8859-1 +FONT0582 -Bitstream-Courier-Medium-I-Normal- -0-0-0-0-m-0-ISO8859-1 +FONT0583 -Bitstream-Courier-Bold-R-Normal- -0-0-0-0-m-0-ISO8859-1 +FONT0611 -Bitstream-Courier-Bold-I-Normal- -0-0-0-0-m-0-ISO8859-1 + + +4.6.7.5 Agfa Monotype TrueType Scalable Fonts + Table 4–13 lists the new Agfa Monotype TrueType scalable fonts and their file + names. The files for these fonts are located in the following directory: + DECW$SYSCOMMON:[SYSFONT.DECW.TRUETYPE] + +Table 4–13 Agfa Monotype TrueType Scalable Fonts (.TTF File Extension) +File Name Font Name + +Albany (Similar to Arial) + +ALBANYBD -Agfa Monotype-Albany-Bold-R-Normal- -0-0-0-0-P-0-ISO8859-1 +ALBANYBI -Agfa Monotype-Albany-Bold-I-Normal- -0-0-0-0-P-0-ISO8859-1 +ALBANYIT -Agfa Monotype-Albany-Medium-I-Normal- -0-0-0-0-P-0-ISO8859-1 +ALBANY_ _ -Agfa Monotype-Albany-Medium-R-Normal- -0-0-0-0-P-0-ISO8859-1 + + +Cumberland (Similar to Courier) + +CUMBB -Agfa Monotype-Cumberland-Bold-R-Normal- -0-0-0-0-M-0-ISO8859-1 +CUMBBI -Agfa Monotype-Cumberland-Bold-I-Normal- -0-0-0-0-M-0-ISO8859-1 +CUMBI -Agfa Monotype-Cumberland-Medium-I-Normal- -0-0-0-0-M-0-ISO8859-1 +CUMBR -Agfa Monotype-Cumberland-Medium-R-Normal- -0-0-0-0-M-0-ISO8859-1 + + (continued on next page) + + + + +4–34 Programming Features + Programming Features + 4.6 X Window System Library (Xlib) + + +Table 4–13 (Cont.) Agfa Monotype TrueType Scalable Fonts (.TTF File Extension) +File Name Font Name + +Screen + +SAN_M_21 -Agfa Monotype-Screen Sans-Medium-R-Normal- -0-0-0-0-M-0-ISO8859-1 +SAN_P_21 -Agfa Monotype-Screen Sans-Medium-R-Normal- -0-0-0-0-P-0-ISO8859-1 +SRF_M_21 -Agfa Monotype-Screen Serif-Medium-R-Normal- -0-0-0-0-M-0-ISO8859-1 +SRF_P_21 -Agfa Monotype-Screen Serif-Medium-R-Normal- -0-0-0-0-P-0-ISO8859-1 + + +Thorndale (Similar to Times New Roman) + +THOBI_ _ _ -Agfa Monotype-Thorndale-Bold-I-Normal- -0-0-0-0-P-0-ISO8859-1 +THOB_ _ _ _ -Agfa Monotype-Thorndale-Bold-R-Normal- -0-0-0-0-P-0-ISO8859-1 +THOI_ _ _ _ -Agfa Monotype-Thorndale-Medium-I-Normal- -0-0-0-0-P-0-ISO8859-1 +THOR_ _ _ _ -Agfa Monotype-Thorndale-Medium-R-Normal- -0-0-0-0-P-0-ISO8859-1 + + +4.6.7.6 Adobe Type1 Fonts + Table 4–14 lists previously undocumented Adobe Type1 fonts and their file names. + The files for these fonts are located in the following directory: + DECW$SYSCOMMON:[SYSFONT.DECW.TYPE1] + +Table 4–14 Adobe Type1 Scalable Fonts (.PCA File Extension) +File Name Font Name + +Courier + +COUR -Adobe-Courier-Medium-R-Normal- -0-0-0-0-P-0-ISO8859-1 +COURI -Adobe-Courier-Medium-I-Normal- -0-0-0-0-P-0-ISO8859-1 +COURB -Adobe-Courier-Bold-R-Normal- -0-0-0-0-P-0-ISO8859-1 +COURBI -Adobe-Courier-Bold-I-Normal- -0-0-0-0-P-0-ISO8859-1 + + +Utopia + +UTRG_ _ _ _ -Adobe-Utopia-Medium-R-Normal- -0-0-0-0-P-0-ISO8859-1 +UTI_ _ _ _ _ -Adobe-Utopia-Medium-I-Normal- -0-0-0-0-P-0-ISO8859-1 +UTB_ _ _ _ _ -Adobe-Utopia-Bold-R-Normal- -0-0-0-0-P-0-ISO8859-1 +UTBI_ _ _ _ -Adobe-Utopia-Bold-I-Normal- -0-0-0-0-P-0-ISO8859-1 + + +4.6.8 UIDPATH Environment Variable + V1.2–6 + When opening a hierarchy, DECwindows Motif searches the DECW$USER_ + DEFAULTS and DECW$SYSTEM_DEFAULTS areas for the User Interface + Definition (UID) file. On UNIX systems, the search path is defined using the + UIDPATH variable and its fallbacks. + Now DECwindows Motif also checks for the UIDPATH variable if the UID + file is not found using either of the OpenVMS symbols listed above. This + variable references a UNIX-style pathname (for example, /foo/bar) and allows + + + + Programming Features 4–35 + Programming Features +4.6 X Window System Library (Xlib) + + the substitutions strings as specified by X11 standards. For more information on + the UIDPATH variable, see the OSF/Motif Programmer’s Reference. + + Note + The UIDPATH variable does not work with OpenVMS directory + specifications. Use the DECW$xxx_DEFAULTS logicals to specify + OpenVMS-style search paths. + + + +4.6.9 Client Side Extension Library + V1.1 + Starting with DECwindows Motif for OpenVMS Version 1.1, Xlib added a client + side library, DECW$XEXTLIBSHR.EXE, that allows OpenVMS clients to issue + Shape, XInput, Multibuffer, and Shared Memory extension requests to servers + that provide these features. + You must modify the linking file options for client applications that issue + these extension requests to link to the Xlib extensions shareable image in + SYS$LIBRARY:DECW$XEXTLIBSHR.EXE. Add the following line to your linker + options file: + SYS$LIBRARY:DECW$XEXTLIBSHR/SHARE + For more information on Shape, XInput, and Multibuffer extensions, see the + following text files in SYS$HELP: + DECW$SHAPE.TXT + DECW$XINPUT.TXT + DECW$MULTIBUFFER.TXT + +4.7 X Window System Extensions and Protocols + The following sections describe features related to X Window System extensions, + protocols, and their libraries. + +4.7.1 Additional X Display Server Extensions Supported with X11R6.6 + V1.3 + The following X11R6.6 protocol X Window System extensions have been + integrated into the DECwindows X11 Display Server and are now supported + by DECwindows Motif: + • Application Group (XC-APPGROUP) + • Big Requests (BIG-REQUESTS) + • Colormap Utilization Policy (TOG-CUP) + • Extended Visual Information (EVI) + • Low-Bandwidth X (LBX) + • Security (SECURITY) + • Synchronization (SYNC) + • XC-MISC + • X Double Buffer (DBE) + + + +4–36 Programming Features + Programming Features + 4.7 X Window System Extensions and Protocols + + • XINERAMA (formerly PanoramiX) + • X Keyboard (XKB) + BIG-REQUESTS, EVI, SYNC, TOG-CUP, and XC-MISC are a permanent + part of the DECwindows X11 Display Server and are always enabled. DBE, + LBX, SECURITY, XC-APPGROUP, XINERAMA, and XKB are dynamically + loadable using the DECW$SERVER_EXTENSIONS parameter defined in the + DECW$PRIVATE_SERVER_SETUP.COM file. With this symbol, each extension + is converted to a shareable image, which is run at server startup. Note that some + combinations of extensions can result in conflict; see HP DECwindows Motif for + OpenVMS Management Guide for instructions on enabling these extensions. + To access these these extensions, link applications against one or more of the + following libraries: + + Extension Library + DBE DECW$XEXTLIBSHR + EVI + LBX + SECURITY + SYNC + TOG-CUP + XC-APPGROUP + XINERAMA + BIG-REQUESTS DECW$XLIBSHR + XC-MISC + XKB + + For more information about the updates made to the client-side extension library + in support of X11R6.6, see Section 4.6.3. + The following sections briefly describe each extension, its function, and any + variances from the standard X11R6.6 implementation provided by the X.Org + Foundation. For a detailed description of each extension protocol and the + available server requests, see the X Window System (Scheifler and Gettys) series + of manuals described in the HP DECwindows Motif for OpenVMS Documentation + Overview, or visit the X.Org Foundation web site (http://www.x.org) for protocol + and library specifications. +4.7.1.1 Application Group Extension (XC-APPGROUP) + XC-APPGROUP enables multiple programs to manage X Window applications + on the desktop. This extension allows X applications to be embedded into the + window of another program, such as a web browser. + Sets of one or more applications, known as an Application Group, are managed + by a controlling application, known as the Application Group Leader. The group + shares the Substructure-Redirect attribute of the window with the Application + Manager and one or more Application Group Leaders. + Code that uses XC-APPGROUP must include the following header files: + # include "DECW$INCLUDE:Xlib.h" + # include "DECW$INCLUDE:Xag.h" + + + + + Programming Features 4–37 + Programming Features +4.7 X Window System Extensions and Protocols + + This extension is dynamically loadable (along with the SECURITY extension) at + server startup; see the HP DECwindows Motif for OpenVMS Management Guide. + Call the following routine to check if XC-APPGROUP is available on the server + system: + Bool XagQueryVersion ( + Display *dpy, + int *major_version_return, + int *minor_version_return + ); + The following table lists each argument and its description. + + Argument Description + dpy An input parameter that contains the current display. + major_version_ Major version number of the extension implementation. Returned by + return XagQueryVersion. + minor_version_ Minor version number of the extension implementation. Returned by + return XagQueryVersion. + +4.7.1.2 Big Requests Extension (BIG-REQUESTS) + BIG-REQUESTS enables a client application to extend the length field of a + protocol request from 218 bytes to a 32-bit value. This is useful for clients and + other extensions that frequently transmit complex information to the display + server. + The only callable function associated with this extension is + XExtendedMaxRequestSize, which has been incorporated into Xlib. As such, + it is always available when connected to an X Window system that offers this + extension. +4.7.1.3 Colormap Utilization Policy Extension (TOG-CUP) + TOG-CUP provides the following colormap management capabilities to the display + server: + • A mechanism for a special application (such as a colormap manager) to + recognize special colormap requirements. For example, this extension enables + an application to locate and initialize a default colormap. + • A policy that encourages colormap sharing and reduces colormap flashing on + low-end 8-bit frame buffers. + • A behavior in the color allocation scheme that reduces colormap flashing + when colormaps are not shared. + Specifically, the TOG-CUP protocol provides methods that query the server for + a list of reserved colormap entries and initialize shareable colormap entries + at specific locations. If the core protocol does not contain information about + the returned pixel values, the AllocColor and AllocNamedColor requests look + in the default colormap for a matching color. If a match is found and the + corresponding cell in the private colormap is empty, the color is allocated to + that cell in the private colormap rather than the first available location. This + minimizes colormap flashing when the main window’s default visual class is using + a private colormap and is set to GrayScale, PseudoColor, or DirectColor. + + + + +4–38 Programming Features + Programming Features + 4.7 X Window System Extensions and Protocols + + Code that uses the TOG-CUP extension must include the following header files: + # include "DECW$INCLUDE:Xlib.h" + # include "DECW$INCLUDE:Xcup.h" + This extension is a fixed part of the display server and is always enabled. Call + the following routine to check if the TOG-CUP extension is available on the server + system: + Bool XcupQueryVersion (display, &major, &minor) + Display *display, + int major,minor; + Note that client applications must call XcupQueryVersion before calling any other + TOG-CUP function. + The following table lists each argument and its description. + + Argument Description + display An input parameter that contains the current display. + major Major version number of the extension implementation. Returned by + XcupQueryVersion. + minor Minor version number of the extension implementation. Returned by + XcupQueryVersion. + +4.7.1.4 Extended Visual Information Extension (EVI) + EVI enables a client to query the display server for additional information about + core X visuals, such as colormap information and framebuffer levels. Note that + this extension only provides support for client applications and not other X + Window System extensions. + Code that uses EVI must include the following header files: + # include "DECW$INCLUDE:Xlib.h" + # include "DECW$INCLUDE:Xevi.h" + This extension is a fixed part of the display server and is always enabled. Call + the following routine to check if EVI is available on the server system: + Bool XeviQueryExtension ( + Display *dpy + ); + The following table lists each argument and its description. + + Argument Description + dpy An input parameter that contains the current display. + +4.7.1.5 Low-Bandwidth X Extension (LBX) + LBX is a network-transparent protocol for running X Window System applications + over transport channels whose bandwidth and latency are significantly lower + than that available in local area networks. LBX combines a variety of caching + and reencoding techniques that reduce the volume of data sent over the network. + By using a proxy server as an intermediary between the client applications and + the X server, low-bandwidth/high-latency communication is maintained between + the proxy and X server. The proxy server reencodes and compresses requests, + events, replies and errors, as well as the resulting data stream. Additionally, + + + + Programming Features 4–39 + Programming Features +4.7 X Window System Extensions and Protocols + + the proxy can cache information from the server to provide low-latency replies to + client applications. + A proxy can serve multiple client applications and does not prevent clients from + connecting directly to the server. The proxy can combine calls from multiple + client applications into a single data stream. + Use of LBX is transparent to clients. The only interface to LBX available to client + code is a query to check the availability of LBX. Code that uses this query must + include the following header files: + # include "DECW$INCLUDE:Xlib.h" + # include "DECW$INCLUDE:Xlbx.h" + This extension is dynamically loadable at server startup; see the HP + DECwindows Motif for OpenVMS Management Guide. Call the following routines + to check if LBX has been loaded and is available on the server system: + Bool XLbxQueryVersion( + Display *display, + int *major_version_return, + int *minor_version_return + ); + The following table lists each argument and its description. + + Argument Description + display An input parameter that contains the current display. + major_version_ Major version number of the extension implementation. Returned by + return XLbxQueryVersion. + minor_version_ Minor version number of the extension implementation. Returned by + return XLbxQueryVersion. + +4.7.1.6 Security Extension (SECURITY) + SECURITY contains a new protocol that provides for enhanced X server security. + This extension adds the concepts of trusted and untrusted client connections + to the X Window System protocol. The trust status of a client is determined by + the authorization method used during the startup of a connection. All clients + using host- or user-based authorization are considered trusted. Clients using + token-based authorization protocols may be either trusted or untrusted depending + on the authorization data included in the connection request. + The requests in SECURITY permit a trusted client to create multiple + authorization entries related to a single authorization protocol. Each entry is + tagged with a trust status, which is then associated with any client using that + authorization entry. + When a connection identifying an untrusted client is accepted, the client is + restricted from performing certain operations that would steal or modify data + that is held by the server for trusted clients. An untrusted client performing a + disallowed operation will receive protocol errors. + When a client is untrusted, the server can also limit the extensions that are + available to the client. Each X protocol extension is responsible for defining what + operations are permitted to untrusted clients. By default, the entire extension is + hidden to untrusted clients. + + + + +4–40 Programming Features + Programming Features + 4.7 X Window System Extensions and Protocols + + With DECwindows Motif, the following extensions (standard and non-standard) + are defined as secure: + BIG-REQUESTS + LBX + XC-MISC + All other extensions are considered insecure. See the HP DECwindows Motif + for OpenVMS Management Guide for more information on how to select an + appropriate authentication method and specify trusted or untrusted connections. + Code that uses SECURITY must include the following header files: + # include "DECW$INCLUDE:Xlib.h" + # include "DECW$INCLUDE:security.h" + This extension is dynamically loadable (along with the XC-APPGROUP extension) + at server startup; see HP DECwindows Motif for OpenVMS Management Guide. + Call the following routine to check if SECURITY is available on the server + system: + Bool XSecurityQueryExtension ( + Display *dpy, + int *major_version_return, + int *minor_version_return + ); + The following table lists each argument and its description. + + Argument Description + dpy An input parameter that contains the current display. + major_version_ Major version number of the extension implementation. Returned by + return XSecurityQueryExtension. + minor_version_ Minor version number of the extension implementation. Returned by + return XSecurityQueryExtension. + +4.7.1.7 XC-MISC Extension + XC-MISC allows client applications to retrieve previously-used resource ID ranges + from the X server. Xlib handles this function automatically. This extension + is useful for long-running applications that use many resource IDs over their + runtime life. + Since the XC-MISC functions are part of Xlib, they are a standard part of the + client. As such, they are are always available when connected to an X Window + system that offers this extension. +4.7.1.8 X Double Buffer Extension (DBE) + DBE provides a way to display flicker-free animation on an X Window system and + is intended as a replacement to the Multibuffering extension. Successive frames + of an animation sequence are rendered into the back buffer while the previously + rendered frame is displayed in the front buffer. When a new frame is ready, the + back and front buffers swap roles, making the new frame visible. Only completely + rendered frames are shown; these frames remain visible during the entire time it + takes to display the new frame. + Code that uses DBE must include the following header files: + # include "DECW$INCLUDE:Xlib.h" + # include "DECW$INCLUDE:Xdbe.h" + + + Programming Features 4–41 + Programming Features +4.7 X Window System Extensions and Protocols + + This extension is dynamically loadable at server startup; see the HP + DECwindows Motif for OpenVMS Management Guide. Call the following routine + to check if the extension has been loaded and is available on the server system: + Bool XdbeQueryExtension ( + Display *dpy, + int *major_version_return, + int *minor_version_return + ); + The following table lists each argument and its description. + + Argument Description + dpy An input parameter that contains the current display. + major_version_ Major version number of the extension implementation. Returned by + return XdbeQueryExtension. + minor_version_ Minor version number of the extension implementation. Returned by + return XdbeQueryExtension. + +4.7.1.9 XINERAMA Extension + XINERAMA (formerly known as PanoramiX) enables a system configured with + multiple video monitors (multiheaded system) to function as a single large screen. + This extension allows application windows and cursor movement to span multiple + screens and move from one screen to another. + The overall size of the composite screen equals the combined size of all screens. + Monitor configurations can be easily modified by enabling this extension in + conjunction with the associated screen symbols (such as DECW$SERVER_ + SCREENS). See the HP DECwindows Motif for OpenVMS Management Guide for + the complete list of logicals associated with this extension and for instructions on + how to setup and configure a multiheaded system that uses XINERAMA. + + Note + This extension is only supported in a homogeneous graphics environment, + which consists of common display devices, visual classes, depths, + resolutions, etc. In addition, there may be some restrictions if operating + in 3D mode (such as with the OpenGL layered product). See HP + DECwindows Motif for OpenVMS Release Notes for the current + restrictions regarding this extension. + + +4.7.1.10 X Keyboard Extension (XKB) + XKB enhances the control and customization of the keyboard under the X Window + System by providing the following: + • Support for the ISO9996 standard for keyboard layouts + • Compatibility with the core X keyboard handling + • Standard methods for handling keyboard LEDs and locking modifiers + • Support for keyboard geometry + Note that all AccessX extension features for people with physical impairments + have been incorporated into XKB. These accessibility features include StickyKeys, + SlowKeys, BounceKeys, MouseKeys, and ToggleKeys, as well as complete control + over the autorepeat delay rate. + + +4–42 Programming Features + Programming Features + 4.7 X Window System Extensions and Protocols + + Code that uses XKB must minimally include the following header files: + # include "DECW$INCLUDE:Xlib.h" + # include "DECW$INCLUDE:XKBlib.h" + To modify keyboard geometry descriptions, the names and identifiers of the + predefined bells, or X Keyboard map definitions, additionally include the following + header files: + # include "DECW$INCLUDE:XKBgeom.h" + # include "DECW$INCLUDE:XKBbells.h" + # include "DECW$INCLUDE:XKM.h" + # include "DECW$INCLUDE:XKMformat.h" + # include "DECW$INCLUDE:XKBfile.h" + # include "DECW$INCLUDE:XKBrules.h" + # include "DECW$INCLUDE:XKBconfig.h" + This extension is dynamically loadable at server startup; see the HP + DECwindows Motif for OpenVMS Management Guide. Call the following routine + to check if the extension has been loaded and is available on the server system: + Bool XkbQueryExtension( + Display *dpy, + int *opcodeReturn, + int *eventBaseReturn, + int *errorBaseReturn, + int *majorReturn, + int *minorReturn + ); + The following table lists each argument and its description. + + Argument Description + dpy An input parameter that contains the current display. + opcodeReturn Major operation code of the extension. Returned by + XkbQueryExtension. + eventBaseReturn Base event code of the extension. Returned by XkbQueryExtension. + errorBaseReturn Base error code of the extension. Returned by XkbQueryExtension. + majorReturn Major version number of the extension implementation. Returned by + XkbQueryExtension. + minorReturn Minor version number of the extension implementation. Returned by + XkbQueryExtension. + +4.7.1.11 X Synchronization Extension (SYNC) + SYNC provides primitive calls that synchronize requests from multiple clients + on different hosts running different operating systems. This extension enables + applications to make the best use of buffering resources within the client, server, + and network and eliminates network errors that can occur when two systems are + running a distributed application. + Multimedia applications can use this extension to synchronize streams of audio, + video, and graphics data. For example, simple animation applications can be + implemented without having to use round-trip requests. + Code that uses SYNC must include the following header files: + # include "DECW$INCLUDE:Xlib.h" + # include "DECW$INCLUDE:sync.h" + + + + + Programming Features 4–43 + Programming Features +4.7 X Window System Extensions and Protocols + + This extension is a fixed part of the display server and is always enabled. Call + the following routines to check if the extension has been loaded and is available + on the server system: + Bool XSyncQueryExtension( + Display *dpy, + int *event_base_return, + int *error_base_return + ); + Status XSyncInitialize( + Display *dpy, + int *major_version_return, + int *minor_version_return + ); + The following table lists each argument and its description. + + Argument Description + dpy An input parameter that contains the current display. + event_base_ An output parameter that indicates the base event code for the + return extension. + error_base_ An output parameter that indicates the base error code for the + return extension. + major_version_ Major version number of the extension implementation. Returned by + return XSyncInitialize. + minor_version_ Minor version number of the extension implementation. Returned by + return XSyncInitialize. + + +4.7.2 Server Extensions Updated for X11R6.6 + V1.3 + The following existing X Window System extensions have been updated: + • DEC XTrap (DEC-XTRAP) and X Test (XTEST) – Now disabled with the + DECW$SERVER_DISABLE_TEST parameter + • MIT Screen Saver (MIT-SCREEN-SAVER) – Updated to work with + XINERAMA + • Multibuffering (MBE) – New XmbufClearBufferArea function + • MIT Miscellaneous (MIT-SUNDRY-NONSTANDARD) + • MIT Shared Memory (MIT-SHM) + • Non-Rectangular Window Shape (SHAPE) + • X Image Extension (XIE) – Supports V3.0 and not the adopted standard of + V5.0 + +4.7.3 Inter-Client Exchange (ICE) Protocol Support + V1.3 + The Inter-Client Exchange (ICE) Protocol provides support for direct X Window + System client-to-client communication without using the X server. This + means that DECwindows Motif client applications can use ICE rather than + connect to the X server. The standard protocol provides the basic mechanisms + for establishing and closing network transport connections, performing + authentication, negotiating versions, and reporting errors. The protocols running + + +4–44 Programming Features + Programming Features + 4.7 X Window System Extensions and Protocols + + within an ICE connection are known a subprotocols, of which Session Manager + (described in Section 4.7.4) is a member. + A new client-side library, DECW$ICELIB, is provided. Code that uses ICE must + include the following header file: + # include "DECW$INCLUDE:Icelib.h" + The following sections describe the implementation of ICE provided with + DECwindows Motif, highlighting any variances from or restrictions posed by the + standard implementation. For a detailed description of the ICE protocol and the + available server requests, see the X Window System (Scheifler and Gettys) series + of manuals described in the HP DECwindows Motif for OpenVMS Documentation + Overview, or visit the X.Org Foundation web site (http://www.x.org) for protocol + and library specifications. +4.7.3.1 Multithreading Considerations + The ICE library supports multithreading after IceInitThreads has been called. + IceInitThreads must be the first call on the ICE library if multithreading is + required. Programs that call IceInitThreads must have been linked against + PTHREAD$RTL. + The following sections further describe issues with using ICE functions in a + multithreaded environment. + Lock Nesting + Locks held by IceLockConn and IceAppLockConn are recursive. The + corresponding unlock routine must be called the same number of times as the + lock routine. + Deleting IceConn Objects + IceConn objects can be deleted by: + • IceProcessMessages returning IceProcessMessagesConnectionClosed + • IceCloseConnection returning IceClosedNow + In these cases, the IceConn object is freed without validation even though locks + may still be held. To avoid race conditions, ensure that the deleted IceConn object + is not being used by another thread. + Non-Atomic Functions and Macros + The following subset of the ICE functions that prepare and read messages are not + atomic and do not acquire locks: + IceGetHeader + IceGetHeaderExtra + IceSimpleMessage + IceErrorHeader + IceWriteData + IceWriteData16 + IceWriteData32 + IceSendData + IceWritePad + IceReadSimpleMessage + IceReadCompleteMessage + IceDisposeCompleteMessage + IceReadMessageHeader + IceReadData + IceReadData16 + + + Programming Features 4–45 + Programming Features +4.7 X Window System Extensions and Protocols + + IceReadData32 + IceReadPad + Any multithreaded application that uses one or more of these macros or functions + must explicitly acquire a lock on the connection before creating a message, and + release the lock after the message is prepared. For read operations, this action is + not required since the ICE process callbacks automatically lock the connection. + For example, the following is sample code for creating a message: + IceAppLockConn (iceConn); + IceGetHeaderExtra (iceConn, _SmcOpcode, SM_RegisterClient, + SIZEOF (smRegisterClientMsg), WORD64COUNT (extra), + smRegisterClientMsg, pMsg, pData); + *((CARD32 *) pData) = len; + pData += 4; + memcpy (pData, previousId, len); + pData += (len + 3) & (~3); + IceAppUnLockConn (iceConn); + Since an ICE connection can be shared between protocols, every protocol must + use these locks, even if the protocol can only be used by a single thread. + Opening Connections + DECwindows Motif restricts multithreaded applications from concurrently calling + IceOpenConnection and IceCloseConnection. IceOpenConnection can accept + concurrent calls to itself as long as IceCloseConnection is not called at the same + time. + ICE can maintain two open connections for the same protocol by using a major + opcode check to the IceOpenConnection call. Since a protocol is registered only + after it calls IceProtocolSetup, a conflict can occur if two threads simultaneously + establish ICE connections for the same protocol and request that the connection + is not shared. + To prevent this conflict from occurring, code for opening an ICE connection with a + major opcode check should follow a format similar to the following: + IceConn conn; + IceProtocolSetupStatus status; + while (1) { + conn = IceOpenConnection (....) + if (conn == 0) break; + status = IceProtocolSetup (...) + if (status != IceProtocolAlreadyActive) break; + IceCloseConnection (conn); + /* Try again as another thread set up the protocol on this connection */ + } +4.7.3.2 Differences from the Standard Implementation + The following sections describe differences from and issues in the standard ICE + implementation provided with X11R6.6. + Connection and Protocol Authentication + The implementation of ICE included with DECwindows Motif does not include + any authentication mechanisms for ICE connections. All listen objects must use + IceSetHostBasedAuthProc to register host-based authentication. + + + + +4–46 Programming Features + Programming Features + 4.7 X Window System Extensions and Protocols + + For protocol authentication, all authentication schemes provided when the + protocol is registered are permitted. This differs from the standard ICE + implementation, where only those those schemes defined in the ICE Authority + (IceAuth) file are allowed. + Object Name Changes + The sample implementation of ICE provided by the X.Org Foundation contained + objects whose name differed from that described in the ICE specification. The + following table lists those objects and specifies which name was used in the + DECwindows Motif implementation of ICE. + + Documented Object + Name Implemented Object Name + IceGetContext IceConnectionGetContext + major_opcode majorOpcode + minor_opcode minorOpcode + + IceGetHeaderExtra Structure + The header structure used with IceGetHeaderExtra must have a sizeof value that + is a multiple of 8 bytes. +4.7.3.3 IPv6 Considerations + V1.5 + For ICE clients, the ICE library has been upgraded to support all the transport + names described in the HP DECwindows Motif for OpenVMS Management Guide. + For ICE servers, specifying a value of TCPIP or TCP now opens listen sockets on + all configured TCP/IP interfaces. If some of the interfaces are IPv6 interfaces, the + library supports accepting connections on IPv6 interfaces. + After using the IceListenForConnections call, you can use the + IceComposeNetworkIdList call to obtain the address for the TCP/IP listen object + in the format "tcp/hostname", where hostname is the value of the system logical + TCPIP$INET_HOST. Use of the generic TCP transport allows the listen object to + be used by both IPv4-based and IPv6-based peers. + The host-based authentication callback is provided the peer’s host name as + returned by the TCP/IP Services getnameinfo function. If the peer’s host name is + unavailable, the callback is provided with the peer’s host address in either IPv4 + or IPv6 format (depending on the protocol used to establish the connection). If + the address is an IPv4-mapped IPv6 address, the address is converted to an IPv4 + address before being provided to the callback. If the getnameinfo returns a name + that includes a scope identifier, the scope identifier is included in the value passed + to the callback. + +4.7.4 X Session Management Protocol (XSMP) Support + V1.3 + The X Session Management Protocol (XSMP) provides a standard way for users + to save client sessions. Each session is controlled by a network service known as + the session manager. The session manager issues commands that direct client + applications to save their state information for use during subsequent sessions. + This protocol is built on top of ICE, which manages the client connections to the + session manager server. + + + + Programming Features 4–47 + Programming Features +4.7 X Window System Extensions and Protocols + + Code that uses XSMP must include the following header files: + # include "DECW$INCLUDE:SM.h" + # include "DECW$INCLUDE:SMlib.h" + # include "DECW$INCLUDE:SMproto.h" + The following sections describe the implementation of XSMP provided with + DECwindows Motif, highlighting any variances from or restrictions posed + by the standard implementation. For a detailed description of the XSMP + protocol and the available server requests, see the X Window System (Scheifler + and Gettys) series of manuals described in the HP DECwindows Motif for + OpenVMS Documentation Overview, or visit the X.Org Foundation web site + (http://www.x.org) for protocol and library specifications. +4.7.4.1 Multithreading Considerations + The implementation of XSMP is thread safe, using locks on the underlying ICE + connection as needed. All send message operations are thread cancellation points; + all callback operations are made by locking the associated ICE connection. + When SmcOpenConnection is called, it opens an ICE connection and + processes messages until the session manager registers the client. The open + connection subsequently causes a series of ICE watch procedures to be called. + Typically, these procedures add the connection to a list monitored for input. + IceProcessMessages is called when input to the list arrives. The thread issuing + the IceProcessMessages calls will be blocked if it tries to handle a new connection. +4.7.4.2 Differences from the Standard Implementation + The following sections describe differences from and issues in the standard XSMP + implementation provided with X11R6.6. + SmcCloseConnection and SmsCleanUp + In the standard implementation, SmcCloseConnection disables shutdown + negotiation for an ICE connection, which results in abrupt termination of + the connection. This can prevent the session manager from receiving all + SmCloseConnection messages. + In the DECwindows Motif implementation, shutdown negotiation is enabled. + SmcCloseConnection returns SmcClosedASAP, and the connection is closed only + after the session manager calls SmsCleanUp. + Note also that the sample session manager code does not specify whether + SmsCleanUp closes an ICE Connection. In the DECwindows Motif + implementation, an IceCloseConnection call is issued. + POSIX Property Names and Data Type Definitions + The standard specification defines the data types and property names supported + for POSIX. The DECwindows Motif implementation specifies the property + names; however, the data types definitions are not provided, since they may + vary based on the use of session manager in the OpenVMS Alpha and OpenVMS + I64 environments. + SmsGenerateClientId and IPv6 + On a host where the primary TCP/IP interface limited to IPv6, the ID generated + by SmsGenerateClientId will follow the IPv6 format (as defined in the X11R6.7 + specification published by the X.Org Foundation). + + + + +4–48 Programming Features + Programming Features + 4.7 X Window System Extensions and Protocols + +4.7.5 MIT Shared Memory Extension (MIT-SHM) Support + V1.2 + Shared memory extension support provides the capability to share memory + XImages. This is a version of the XImage interface where the actual image data + is stored in a shared-memory segment. Consequently, the image does not need + to be moved through the Xlib interprocess communication channel. For large + images, use of this extension can result in dramatic performance increases. + Support for shared memory pixmaps is also provided. Shared memory pixmaps + are two-dimensional arrays of pixels in a format specified by the X server, where + the image data is stored in the shared memory segment. Through the use of + shared memory pixmaps, you can change the contents of these pixmaps without + using any Xlib routines. + These routines are included in the client side extension library. See Section 4.6.9 + for details on linking this library. +4.7.5.1 How to Use Shared Memory Extension + Code that uses the shared memory extension must include the following header + files: + # include "DECW$INCLUDE:Xlib.h" + # include "DECW$INCLUDE:shm.h" + # include "DECW$INCLUDE:XShm.h" + Any code that uses the shared memory extension should first check that the + server provides the extension. In some cases, such as running over the network, + the extension does not work. + To check if the shared memory extension is available on your system, call one of + the following routines: + Status XShmQueryExtension (display) + Display *display + Status XShmQueryVersion (display, major, minor, pixmaps) + Display *display; + int *major, *minor; + Bool *pixmaps + The following table lists each argument and its description. + + Argument Description + display The current display. + If the shared memory extension is used, the return value from either + function is True. Otherwise, your program operates using conventional + Xlib calls. + major Major version number of the extension implementation. Returned by + XShmQueryVersion. + minor Minor version number of the extension implementation. Returned by + XShmQueryVersion. + pixmaps True, indicates that shared memory pixmaps are supported. + + + + + Programming Features 4–49 + Programming Features +4.7 X Window System Extensions and Protocols + +4.7.5.2 Using Shared Memory XImages + The following sequence shows the process for creating and using shared memory + XImages: + 1. Create the shared memory XImage structure. + 2. Create a shared memory segment to store the image data. + 3. Attach the shared memory segment. + 4. Inform the server about the shared memory segment. + 5. Use the shared memory XImage. + The following sections explain each step in this process: + Step 1—Creating a Shared Memory XImage Structure + To create a shared memory XImage, use the XShmCreateImage routine, which + has the following format: + XImage *XShmCreateImage (display, visual, depth, format, data, + shminfo, width, height) + Display *display; + Visual *visual; + unsigned int depth, width, height; + int format; + char *data; + XShmSegmentInfo *shminfo; + Most of the arguments are the same as for XCreateImage (See the X Window + System for a description of the XCreateImage routine.) Note that there are no + offset, bitmap_pad, or bytes_per_line arguments. These quantities are set by the + server, and your code needs to abide by them. Unless you have already allocated + the shared memory segment (see step 2), you pass in NULL for the data pointer. + The argument shminfo is a pointer to a structure of type XShmSegmentInfo. + Allocate one of these structures so that it has a lifetime at least as long as that + of the shared memory XImage. There is no need to initialize this structure before + the call to XShmCreateImage. + If successful, an XImage structure is returned, which you can use for the + subsequent steps. + Step 2—Creating the Shared Memory Segment + Create the shared memory segment after the creation of the XImage because the + XImage returns information that indicates how much memory to allocate. + The following example illustrates how to create the segment: + shminfo.shmid = shmget (IPC_PRIVATE, + image->bytes_per_line * image->height, IPC_CREAT|0777); + This example assumes that you called your shared memory XImage structure. + A return value of 0 indicates the shared memory allocation has failed. Use the + bytes_per_line field, not the width you used to create the XImage, as they may be + different. + Note that the shared memory ID returned by the system is stored in the shminfo + structure. The server needs that ID to attach itself to the segment. + + + + +4–50 Programming Features + Programming Features + 4.7 X Window System Extensions and Protocols + +Step 3—Attaching the Shared Memory Segment +Attach the shared memory segment to your process as in the following example: +shminfo.shmaddr = image->data = shmat (shminfo.shmid, 0, 0); +The address returned by shmat is stored in both the XImage structure and the +shminfo structure. +To finish supplying arguments in the shminfo structure, decide how you want the +server to attach to the shared memory segment, and set the shminfo.readOnly +field as follows: +shminfo.readOnly = False; +If you set the structure to True, the server cannot write to this segment, and +XShmGetImage calls fail. + + Note + The shared memory segment routines are provided with DECwindows + Motif. Using global sections, these routines emulate the shared memory + routines on UNIX systems. + + +Step 4—Informing the Server About the Shared Memory Segment +Tell the server to attach to your shared memory segment as in the following +example: +Status XShmAttach (display, shminfo); +If successful, a nonzero status is returned, and your XImage is ready for use. +Step 5—Using the Shared Memory XImage +To write a shared memory XImage into an X drawable, use the XShmPutImage +routine. The XShmPutImage routine uses the following format: +XShmPutImage (display, d, gc, image, src_x, src_y, + dest_x, dest_y, width, height, send_event) + Display *display; + Drawable d; + GC gc; + XImage *image; + int src_x, src_y, dest_x, dest_y; + unsigned int width, height; + Bool send_event; +The interface is identical to the XPutImage routine (see the X Window System), +except for one additional parameter, send_event. If this parameter is passed as +True, the server generates a completion event when the image write is complete. +This allows your program to know when it is safe to begin manipulating the +shared memory segment again. + + + + + Programming Features 4–51 + Programming Features +4.7 X Window System Extensions and Protocols + + The completion event is of the type XShmCompletionEvent, which is defined as + follows: + typedef struct { + inttype; /* of event */ + unsigned long serial; /* # of last request processed */ + Bool send_event; /* true if came from a SendEvent request */ + Display *display; /* Display the event was read from */ + Drawable drawable; /* drawable of request */ + int major_code; /* ShmReqCode */ + int minor_code; /* X_ShmPutImage */ + ShmSeg shmseg; /* the ShmSeg used in the request */ + unsigned long offset; /* the offset into ShmSeg used */ + } XShmCompletionEvent; + To determine the event type value that is used at run time, use the + XShmGetEventBase routine as in the following example: + int CompletionType = XShmGetEventBase (display) + ShmCompletion; + + Note + If you modify the shared memory segment before the arrival of the + completion event, the results may be inconsistent. + + + To read image data into a shared memory XImage, use the XShmGetImage + routine, which uses the following format: + Status XShmGetImage (display, d, image, x, y, plane_mask) + Display *display; + Drawable d; + XImage *image; + int x, y; + unsigned long plane_mask; + The following table lists each argument and its description. + + Argument Description + display The display of interest. + d The source drawable. + image The destination XImage. + x X-offset within the source drawable. + y Y-offset within the source drawable. + plane_mask The planes that are to be read. + + To destroy a shared memory XImage, first instruct the server to detach from it, + then destroy the segment itself. The following example illustrates how to destroy + a shared memory XImage: + XShmDetach (display, shminfo); + XDestroyImage (image); + shmdt (shminfo.shmaddr); + shmctl (shminfo.shmid, IPC_RMID, 0); + + + + +4–52 Programming Features + Programming Features + 4.7 X Window System Extensions and Protocols + +4.7.5.3 Using Shared Memory Pixmaps + Unlike X images, for which any image format is usable, the shared memory + extension supports only a single format for the data stored in a shared memory + pixmap (XYPixmap or ZPixmap). This format is independent of the depth of the + image and independent of the screen. (For 1-bit pixmaps the format is irrelevant.) + The XShmPixmapFormat routine returns the shared memory pixmap format for + the server. The XShmPixmapFormat routine has the following format: + int XShmPixmapFormat (display) + Display *display; + Your application can only use shared memory pixmaps in the format returned + by the XShmPixmapFormat routine (including bits-per-pixel). To create a shared + memory pixmap do the following: + • Create a shared memory segment and shminfo structure exactly the + same way as is listed for shared memory XImages steps 1 through 4 (see + Section 4.7.5.2). While it is not necessary to create an XImage first (step 1), + doing so incurs little overhead and provides an appropriate bytes_per_line + value to use. + • Call the XShmCreatePixmap routine, which has the following format: + Pixmap XShmCreatePixmap (display, d, data, shminfo, width, + height, depth); + Display *display; + Drawable d; + char *data; + XShmSegmentInfo *shminfo; + unsigned int width, height, depth; + The arguments are the same as for XCreatePixmap (see the X Window + System) except for two additional parameters, data and shminfo. The data + parameter is the pointer to the shared memory segment and is the same + as the shminfo.shmaddr field. The shminfo parameter is the same as the + previous structure. + If successful, a pixmap is returned, which you can manipulate. You can + manipulate its contents directly through the shared memory segment. Shared + memory pixmaps are destroyed with the XFreePixmap routine, although + you should detach and destroy the shared memory segment (see step 4 in + Section 4.7.5.2). + +4.7.6 X Image Extension (XIE) Support + V1.1 + Starting with DECwindows Motif for OpenVMS Version 1.1, DECwindows Motif + supports the X Image Extension (XIE). XIE allows image display processing using + resources on the server side of the X client-server model. XIE eliminates the need + to transmit image data repeatedly from the client to the server and also allows + data to be transmitted in compressed form, reducing the network load. + DECwindows Motif includes the XIE client side shareable library + (XIE$SHRLIB.EXE) and C language header files. These allow applications + to communicate with any X11 server that supports the XIE extension. + + + + + Programming Features 4–53 + Programming Features +4.7 X Window System Extensions and Protocols + + An XIE program uses a structure called the XIEImage to describe image data + on the client side. This general mechanism describes data that the destination + server is incapable of processing. Consult the documentation for the server + system for information on what data types and sizes are supported. Unless + the documentation specifies different limits, the server is capable of processing + unsigned byte (UdpK_DTypeBU), unaligned bit field (UdpK_DTypeVU), and + aligned bit field (UdpK_DTypeV) data, with a maximum depth of 8 bits per pixel + per component. The XIE client library supports these data types, as well as + unsigned word (UdpK_DTypeWU), and a depth of up to 16 bits per pixel per + component. + Although the XIE protocol and programming interface have been standardized for + X11R6, DECwindows Motif has not yet migrated to the latest implementation of + this protocol. + +4.8 X Window System Internationalization Library (Xnl) + The following sections contain features related to X Windows System + Internationalization Library (Xnl). + +4.8.1 The I18N Library Now Supports GB18030 + V1.6 + Support for GB18030 has now been added to the I18N library. + +4.9 Transport Programming + The following sections contain features related to DECwindows Motif transport + interfaces. + +4.9.1 Support for the LAT Transport Interface Available + V1.3–1 + Support for the DECwindows Motif interface to the LAT transport, which was + withdrawn with DECwindows Motif Version 1.3, has been restored and is + available on the OpenVMS Alpha and OpenVMS I64 platforms. This support + enables users to start LAT X sessions and communicate over low-capacity + networks with systems running DECwindows Motif Version 1.3–1 or higher. It + also allows client applications running on these DECwindows Motif systems to + use the LAT transport to connect to X terminal systems. + Note that the restored LAT interface included with the OpenVMS operating + system can be used as a valid network transport for communication with the + DECwindows Motif Version 1.3–1 (or greater) and OpenVMS Version 7.3–2 (or + greater) display servers. However, use with any other communication protocols + in the X11R6.6 environment is not supported. This includes communication by or + with the following: + • Inter-Client Exchange (ICE) and Session Manager protocols + • Low-Bandwidth X (LBX) proxy servers + • Proxy manager applications + • Font servers + Additionally, HP does not support the use of a token-based authentication protocol + (such as MIT-MAGIC-COOKIE-1 or MIT-KERBEROS-5) with the restored LAT + transport interface. + + + +4–54 Programming Features + Programming Features + 4.9 Transport Programming + +4.9.2 Support for the Logical Connection Number (LCN) Interface + V1.3 + DECwindows Motif now includes an interface for determining when an I/O + channel is ready and available for use. The logical connection number (LCN) + interface is now used to signal when DECwindows Motif I/O channels are + available, including those for Inter-Client Exchange (ICE), local and remote X + server, and for Input Method Server connections. + Previously, DECwindows Motif used an OpenVMS event flag number (EFN) to + signal when input was received from the X server. However, EFNs cannot be + used safely in a multithreaded environment. The LCN interface allows multiple + threads to handle the same, or different, connections without any thrashing or + unnecessary delays. + The following sections further describe the functions of the LCN interface and + provide detailed information about the supported routines. +4.9.2.1 LCN Functions + The principal function of the LCN interface is to test the readiness of an I/O + channel. The design of the interface is based on the UNIX select function, which + tests the state of UNIX file descriptors and returns when one of them is ready or + a timeout occurs. + On OpenVMS, the LCN routines perform the following operations: + • Initialize support for multithreading + • Allocate a connection number + • Query the status of a connection number + • Signal when input is available + 4.9.2.1.1 Initializing Thread Support LCN routines can execute in a single- + threaded environment using EFNs to signal input or in a multithreaded + environment using POSIX Threads routines. Multithreading is enabled with + the DECW$LCN_THREAD_INIT routine. + With multithreading enabled, the select routines (DECW$LCN_SELECT_ONE + and DECW$LCN_SELECT) can be called concurrently from multiple kernel + threads in user mode and one kernel thread in exec mode. Calls from user mode + ASTs are not allowed. + With single threading, the select routines can be called from user mode and exec + mode ASTs. Note, however, that the only concurrent calls allowed are one call + from user mode followed by one call from an AST in user mode. + 4.9.2.1.2 Allocating Connection Numbers LCNs are allocated to a connection + using the DECW$LCN_ALLOCATE routine. Values for LCNs start at 64 to + distinguish them from local event flags. The maximum number of concurrently + allocated LCNs equals the open file limit of the process. If the quota is 0, a + default value of 1023 is used. If the quota exceeds the maximum value, a value of + 2047 is used. + Once an LCN is allocated, it is unavailable for reuse until freed by the + DECW$LCN_FREE routine. + + + + + Programming Features 4–55 + Programming Features +4.9 Transport Programming + + 4.9.2.1.3 Querying Status and Signaling Input Each LCN has three status + flags, which signify whether an LCN is ready and has received input from a + particular operation. Each flag can be either set (1) using the DECW$LCN_ + SET_x_READY routine or cleared (0) using the DECW$LCN_CLEAR_x_READY + routine. + Input is signaled by setting the appropriate ready flag. The following table lists + each LCN flag and describes when it is typically set and cleared. + + Flag Description + read ready Set when there is data available to read. + write ready Set when there is space in internal buffers to which data can be + written. + except ready Set when there is high-priority (exceptional) input. + + Each flag can be set individually, and a select operation can test any combination + of them. There are two routines that essentially mirror the UNIX select function, + and test the ready state of an LCN. DECW$LCN_SELECT selects and tests the + status of a range of LCNs or EFNs. DECW$LCN_SELECT_ONE performs the + same function, however only tests the status of a single LCN. + +4.9.3 LCN Routines + This section describes each of the LCN routines, which are available from the + library image DECW$LCNLIBSHR.EXE. To support use from protected images + that cannot use the client library, some functions are also available as part of the + X Transport system services (DECW$XPORT_SERVICES). +4.9.3.1 DECW$LCN_ALLOCATE + Assigns an LCN. + Format + DECW$LCN_ALLOCATE lcn + Returns + + type: longword (unsigned) + access: write + mechanism: by value + Returns a longword condition value in R0. Condition values returned by this + routine are listed under Condition Values Returned. + Arguments + lcn + type: longword + access: write only + mechanism: by reference + The value of the allocated LCN. + + + + +4–56 Programming Features + Programming Features + 4.9 Transport Programming + + Description + DECW$LCN_ALLOCATE assigns a logical connection number. Initially, each + allocated LCN is assigned with all ready flags (read, write, and except) in the + clear state (0). The state of these flags can be changed using the DECW$LCN_ + SET_x_READY routines. + Once allocated, the LCN cannot be reused until it is released by DECW$LCN_ + FREE. DECW$LCN_ALLOCATE must be called before any query, wait, or + signaling operations can be performed. + DECW$LCN_ALLOCATE is both thread- and AST-reentrant and is callable from + exec and lower modes. + The equivalent function of DECW$LCN_ALLOCATE is also available as a system + service (DECW$XPORT_LCN_ALLOCATE) from the set of transport-common + routines (DECW$XPORT_SERVICES.EXE). + Condition Values Returned + SS$_NORMAL Routine successfully completed. + DECW$_INSFMEM There is insufficient memory to perform the operation. + DECW$_NOFREELCN All LCNs are currently allocated. + +4.9.3.2 DECW$LCN_CLEAR_x_READY + Changes the ready bit for read, write, or except operations to the clear state. + Format + DECW$LCN_CLEAR_READ_READY lcn [, prior] + DECW$LCN_CLEAR_WRITE_READY lcn [, prior] + DECW$LCN_CLEAR_EXCEPT_READY lcn [, prior] + Returns + + type: longword (unsigned) + access: write + mechanism: by value + Returns a longword condition value in R0. Condition values returned by this + routine are listed under Condition Values Returned. + Arguments + lcn + type: longword + access: read only + mechanism: by value + The value of the LCN whose ready bit for read, write, and except operations will + be changed to the clear state (0). + + [prior] + type: longword + access: write only + mechanism: by reference + The previous state of the associated ready flag, either clear (0) or set (1). + + + + + Programming Features 4–57 + Programming Features +4.9 Transport Programming + + Description + DECW$LCN_CLEAR_x_READY clears the read, write, or except ready bit of an + LCN. This indicates that the LCN is not available for input from the specified + operations. + These routines are thread- and AST-reentrant and callable from exec and lower + modes. + The equivalent functions of DECW$LCN_CLEAR_x_READY are also available + as system services (DECW$XPORT_LCN_CLEAR_x) from the set of transport- + common routines (DECW$XPORT_SERVICES.EXE). Note that when using the + system service, the prior argument is required; use a 0 value to prevent the prior + state from being returned. + Condition Values Returned + SS$_NORMAL Routine successfully completed. + DECW$_NOT_INITIALIZED The LCN has not been initialized; DECW$LCN_ + ALLOCATE must be called prior to this operation. + DECW$_INVLCN The LCN has not been allocated. + +4.9.3.3 DECW$LCN_FREE + Deassigns an allocated LCN. + Format + DECW$LCN_FREE lcn + Returns + + type: longword (unsigned) + access: write + mechanism: by value + Returns a longword condition value in R0. Condition values returned by this + routine are listed under Condition Values Returned. + Arguments + lcn + type: longword + access: read only + mechanism: by value + The value of the LCN to be freed. + Description + DECW$LCN_FREE deassigns the specified LCN. Once freed, the LCN is + available for immediate reallocation. + This routine is thread- and AST-reentrant and callable from exec and lower + modes. + The equivalent function of DECW$LCN_FREE is also available as a system + service (DECW$XPORT_LCN_FREE) from the set of transport-common routines + (DECW$XPORT_SERVICES.EXE). + + + + +4–58 Programming Features + Programming Features + 4.9 Transport Programming + + Note + If either DECW$LCN_SELECT_ONE or DECW$LCN_SELECT has been + called to test a state of the LCN which has been freed, then the status + DECW$_INVLCN is returned from the select call. + + + Condition Values Returned + SS$_NORMAL Routine successfully completed. + SS$_INSFMEM There is insufficient memory to perform the operation. + DECW$_NOT_INITIALIZED The LCN has not been initialized; DECW$LCN_ + ALLOCATE must be called prior to this operation. + DECW$_INVLCN The LCN has not been allocated or is protected. + +4.9.3.4 DECW$LCN_SELECT + Tests the ready state(s) of one or more LCNs and returns when one of the tested + states is set, a timeout occurs, or a specified OpenVMS event flag is set. + Format + DECW$LCN_SELECT retcount, rmask, wmask, emask, [timeout], [efn], [efn_mask] + Returns + + type: longword (unsigned) + access: write + mechanism: by value + Returns a longword condition value in R0. Condition values returned by this + routine are listed under Condition Values Returned. + Arguments + retcount + type: longword + access: write only + mechanism: by reference + The total number of entries set in the three mask structures (rmask, wmask, + emask). + + rmask, wmask, emask + type: mask + access: read,write + mechanism: by reference + Specifies whether to check the read (rmask), write (wmask), or exception (emask) + status of one or more LCNs. A value indicates that the status check be performed; + a null value indicates that no check be made. On completion, the mask is updated + to reflect which LCNs have their ready state set. + The format of each mask is an array of word values. The first entry is the + number of remaining entries in the array. Each subsequent entry represents an + LCN value. + + timeout + type: quadword + access: read only + mechanism: by reference + + + Programming Features 4–59 + Programming Features +4.9 Transport Programming + + The time by which the select operation will timeout if no input is received. The + time value is expressed in OpenVMS binary delta-time format. A null value + indicates no timeout. A value of 0 indicates the operation is in polling mode and + will timeout immediately if none of the specified status bits are set. + + efn + type: longword + access: read only + mechanism: by value + An event flag number (EFN) in the cluster to which the efn_mask argument + applies. EFNs are typically used for single-threaded or inner-mode operations. In + this environment, efn identifies an event flag for the wait operation. + If no EFN value is provided in single-thread mode, SYS$HIBER and SYS$WAKE + are used. In these instances, SYS$HIBER must not be used concurrently within + the process. In particular, POSIX Threads must not be loaded into the image, + even if not in use. + For multithreaded, user mode operations, this argument can be optional + depending on whether an EFN has been provided previously to DECW$LCN_ + THREAD_INIT. If the EFN was specified and the value of efn_mask is 0, the + argument is optional. Otherwise the value of this argument is required and will + be used as if it had been provided to DECW$LCN_THREAD_INIT. + + efn_mask + type: longword + access: read only + mechanism: by value + A mask of EFNs to be tested. Requires the efn argument. + Description + DECW$LCN_SELECT waits until one of the specified LCN ready states has + been set, timed out, or until the event flag condition is met. This routine checks + whether the selected LCNs have been allocated and returns an error (DECW$_ + INVLCN) if one or more LCNs have either not been allocated or freed for reuse. + With multithreading enabled, this routine is thread-reentrant and callable from + exec or lower modes. Calls from ASTs are not supported. + With single threading, the select routines can be called from user mode and exec + mode ASTs. Note, however, that the only concurrent calls allowed are one call + from user mode followed by one call from an AST in user mode. + Condition Values Returned + SS$_NORMAL Routine successfully completed. One or more LCNs have + their ready bit set as indicated in the updated mask + values. + SS$_EXQUOTA A process quota has been exceeded, this can be due to the + timer entry or AST limit quota. + SS$_INSFMEM There is insufficient memory to perform the operation. + SS$_UNASEFC The process is not associated with the cluster that + contains the specified event flag. + + + + +4–60 Programming Features + Programming Features + 4.9 Transport Programming + + DECW$_BAD_EFN_ An event flag was not provided to DECW$LCN_THREAD_ + CLUSTER INIT, or the specified flag resides in a different event flag + cluster. + DECW$_EFN_SET One or more event flags in the mask have been set. + DECW$_INVARG The array count in a read, write, or exception mask, or + the timeout value is not valid. + DECW$_INVLCN One or more LCNs have not been allocated or were freed + during the operation. + DECW$_NOHIBER This call was made from inner-mode with multithreading + enabled. No EFN was specified. + DECW$_PTHREAD_ A POSIX Threads routine returned an unexpected error. + INVALID + DECW$_TIMEDOUT The end of the timeout period was reached. + +4.9.3.5 DECW$LCN_SELECT_ONE + Tests the ready state of an LCN and returns when one of the tested states is set, + a timeout occurs, or a specified OpenVMS event flag is set. + Format + DECW$LCN_SELECT_ONE lcn, read, write, except, [timeout], [efn], [efn_mask] + Returns + + type: longword (unsigned) + access: write + mechanism: by value + Returns a longword condition value in R0. Condition values returned by this + routine are listed under Condition Values Returned. + Arguments + lcn + type: longword + access: read only + mechanism: by value + The value of the LCN. + + read, write, except + type: longword + access: write only + mechanism: by reference + Specifies whether to check the read, write, or exception status of an LCN. A + non-zero value signifies that the status check be performed and the result stored + in the referenced address on completion. A zero or null value indicates that no + check be made. + + timeout + type: quadword + access: read only + mechanism: by reference + The time by which the select operation will timeout if no input is received. The + time value is expressed in OpenVMS binary delta-time format. A null value + indicates no timeout. A value of 0 indicates the operation is in polling mode and + will timeout immediately if none of the specified status bits are set. + + + Programming Features 4–61 + Programming Features +4.9 Transport Programming + + efn + type: longword + access: read only + mechanism: by value + An event flag number (EFN) in the cluster to which the efn_mask argument + applies. EFNs are typically used for single-threaded or inner-mode operations. In + this environment, efn identifies an event flag for the wait operation. + If no EFN value is provided in single-thread mode, SYS$HIBER and SYS$WAKE + are used. In these instances, SYS$HIBER must not be used concurrently within + the process. In particular, POSIX Threads must not be loaded into the image, + even if not in use. + For multithreaded, user mode operations, this argument can be optional + depending on whether an EFN has been provided previously to DECW$LCN_ + THREAD_INIT. If the EFN was specified and the value of efn_mask is 0, the + argument is optional. Otherwise the value of this argument is required and will + be used as if it had been provided to DECW$LCN_THREAD_INIT. + + efn_mask + type: longword + access: read only + mechanism: by value + A mask of EFNs to be tested. Requires the efn argument. + Description + DECW$LCN_SELECT_ONE waits until one of the specified LCN ready states has + been set, timed out, or until the event flag condition is met. This routine checks + whether the selected LCN has been allocated and returns an error (DECW$_ + INVLCN) if the LCN has not been allocated or freed for reuse. + With multithreading enabled, this routine is thread-reentrant and callable from + exec or lower modes. Calls from ASTs are not supported. + With single threading, the select routines can be called from user mode and exec + mode ASTs. Note, however, that the only concurrent calls allowed are one call + from user mode followed by one call from an AST in user mode. + Condition Values Returned + SS$_NORMAL Routine successfully completed. One or more LCNs have + their ready bit set as indicated in the updated mask + values. + SS$_EXQUOTA A process quota has been exceeded, this can be due to the + timer entry or AST limit quota. + SS$_INSFMEM There is insufficient memory to perform the operation. + SS$_UNASEFC The process is not associated with the cluster that + contains the specified event flag. + DECW$_BAD_EFN_ An event flag was not provided to DECW$LCN_THREAD_ + CLUSTER INIT, or the specified flag resides in a different event flag + cluster. + DECW$_INVARG The timeout period or EFN is not accessible or within the + range of valid values. + + + + +4–62 Programming Features + Programming Features + 4.9 Transport Programming + + DECW$_INVLCN The LCN has not been allocated or was freed during the + operation. + DECW$_NOHIBER This call was made from inner-mode with multithreading + enabled. No EFN was specified. + DECW$_PTHREAD_ A POSIX Threads routine returned an unexpected error. + INVALID + DECW$_TIMEDOUT The end of the timeout period was reached. + +4.9.3.6 DECW$LCN_SET_x_READY + Signals that input from a read, write, or exception operation has been received by + changing the ready bit to the set state. + Format + DECW$LCN_SET_READ_READY lcn + DECW$LCN_SET_WRITE_READY lcn + DECW$LCN_SET_EXCEPT_READY lcn + Returns + + type: longword (unsigned) + access: write + mechanism: by value + Returns a longword condition value in R0. Condition values returned by this + routine are listed under Condition Values Returned. + Arguments + lcn + type: longword + access: read only + mechanism: by value + The value of the LCN whose ready bit will be changed to the set state (1). + Description + DECW$LCN_SET_x_READY sets the read, write, or except ready bit of an LCN. + This signals input has been received from the specified operations. + These routines are thread- and AST-reentrant and callable from exec and lower + modes. When any of the DECW$LCN_SET_x_READY routines are called from + exec mode with multithreading enabled, the call declares a user mode AST. This + AST performs the signaling for any user-mode processes that are currently in a + wait state. + The equivalent functions of DECW$LCN_SET_x_READY are also available as + system services (DECW$XPORT_LCN_SET_x) from the set of transport-common + routines (DECW$XPORT_SERVICES.EXE). + Condition Values Returned + SS$_NORMAL Routine successfully completed. + SS$_EXQUOTA The current memory quota has been exceeded. + SS$_INSFMEM There is insufficient memory to perform the operation. + DECW$_INVLCN The LCN has not been allocated. + + + + + Programming Features 4–63 + Programming Features +4.9 Transport Programming + + DECW$_NOT_INITIALIZED The LCN has not been initialized; DECW$LCN_ + ALLOCATE must be called prior to this operation. + +4.9.3.7 DECW$LCN_THREAD_INIT + Initializes multithreading support for LCN operations. + Format + DECW$LCN_THREAD_INIT [efn] + Returns + + type: longword (unsigned) + access: write + mechanism: by value + Returns a longword condition value in R0. Condition values returned by this + routine are listed under Condition Values Returned. + Arguments + efn + type: longword + access: read only + mechanism: by value + The value of the specified EFN. When multithreading is enabled, an EFN value + must be specified when performing select operations (DECW$LCN_SELECT or + DECW$LCN_SELECT_ONE) with event flag masks. The EFN is supplied either + by DECW$LCN_THREAD_INIT or from the first select call that provides an efn + argument. + The value of the efn argument must match the value supplied for any previous + select operations or calls to DECW$LCN_THREAD_INIT. The event flag must + also be in the same event flag cluster as the efn value supplied to subsequent + select or initialization operations. + Description + DECW$LCN_THREAD_INIT enables multithreaded LCN operations. This + routine is only callable from user mode with user mode ASTs enabled and can be + called multiple times by a single process. + Condition Values Returned + SS$_NORMAL Routine successfully completed. + DECW$_CHANGED_EFN An event flag was specified that differs from that specified + in a previous initialization or select call. + DECW$_INSFMEM There is insufficient memory to perform the operation. + DECW$_NOPTHREADRTL The POSIX Thread Library (PTHREAD$RTL) has not + been loaded. + DECW$_NOTUSERMODE This routine was not called from user mode. + DECW$_PTHREAD_ A POSIX Thread routine returned an unexpected error. + INVALID + + + + +4–64 Programming Features + Index + + Color Customizer, 2–3 +A auto shadowing toggle button, 2–6 + building, 2–3 +accessx + command summary, 2–4 + See AccessX Keyboard utility + mapping color resources and color cells, 2–5 +AccessX features + modifying DECW$LOGIN.COM, 2–4 + overview, 2–20 + running, 2–4 + setting with utility, 2–21 + supported +AccessX Keyboard utility (accessx), 2–20 + applications, 2–3 + configuration file, 2–22 + displays, 2–3 + resource settings, 2–22 + using on multiheaded systems, 2–6 +ACME xsetroot_cust demo, 2–7 + See Authentication and Credentials Colormap Utilization Policy extension (TOG-CUP), + Management Extensions (ACME) 4–38 +Agfa Monotype iType rasterizer, 4–22 CompositeClassExtensionRec +Application Group extension (XC-APPGROUP), new option, 4–13 + 4–37 + Compound Document Architecture +Application Manager + selecting screen for application display, 2–10 See CDA +Asynchronous system traps (ASTs), 4–2 +Authentication and Credentials Management D + Extensions (ACME), 3–1 + DBE + See X Double Buffer extension +B DECterm +Big Requests extension (BIG-REQUESTS), 4–38 automatic window positioning, 2–19 + escape sequences, 2–18 + font sizes, 2–17 +C page-movement sequences, 4–9 +CDA programming, 4–8 + applications, 2–15 ReGIS input cursors, 4–8 + dynamic font support, 2–14 scrolling using the keyboard, 2–18 + packing, 2–15 DECW$IPV6_FONT_SUPPORT parameter, 3–3 + unpacking, 2–16 DECW$IPV6_SUPPORT global symbol, 2–1 + changes to external reference processing, 4–7 DECW$LCN_ALLOCATE routine, 4–55, 4–56 + converters, 2–13 DECW$LCN_CLEAR_x_READY routine, 4–56, + converting Asian-language text files, 2–13 4–57 + defining logical names, 2–12 DECW$LCN_FREE routine, 4–58 + interface changes, 4–6 DECW$LCN_SELECT routine, 4–59 + internationalization support, 2–11 DECW$LCN_SELECT_ONE routine, 4–61 + message, 2–17 DECW$LCN_SET_x_READY routine, 4–56, 4–63 + packing and unpacking error messages, 2–17 DECW$LCN_THREAD_INIT routine, 4–55, 4–64 + programming, 4–6 DECW$STARTUP procedure + restructuring of shareable images, 4–8 log file, 3–1 + specifying an options file, 2–11 DECW$XAUTHORITY logical, 2–27 + WRITE$FONTS logical name, 2–14 DECwindows Extensions to Motif + DXmCSText widget + input method support, 4–10 + + + + + Index–1 + Drag-and-drop, 2–7 Front Panel +DXmCSText widget selecting screen for application display, 2–10 + input method support, 4–10 support for MB3 operations, 2–10 + + +E G +Easy resource configuration, 4–12 Global symbols +EFS DECW$IPV6_SUPPORT, 2–1 + See Extended File Specifications +Escape sequences H + DECterm, 2–18 + Header files +EVI + languages, 4–17 + See Extended Visual Information extension + HP Extensions to Motif, 4–10 +Extended File Specifications (EFS) + File Manager support, 2–2 + file selection popup, 2–2 I + FileView support, 2–2 + ICE + programming library support, 2–2 + See Inter-Client Exchange protocol + Support overview, 2–2 + Input cursors + translated image support, 2–2 + cross-hair, 4–8 +Extended Visual Information extension (EVI), + diamond, 4–8 + 4–39 + rubber-band line, 4–8 + rubber-band rectangle, 4–8 +F selecting, 4–8 + Inter-Client Exchange protocol (ICE), 4–44 +File Manager + client-side library, 4–45 + refreshing views, 2–10 + differences from the X11R6.6 implementation, + selecting screen for application display, 2–10 + 4–46 +Fonts + IPv6 considerations, 4–47 + Common + multithreading considerations, 4–45 + Fixed Width, 4–32 + Internationalization + Language-Specific, 4–33 + converting files, 2–13 + Miscellaneous, 4–33 + viewing files, 2–11 + Sun Open Look Glyph, 4–32 + VT330, 4–32 Internet Protocol Version 6 transport + 75 dpi See IPv6 + Charter, 4–23 IPv6, 2–1 + Lucida, 4–24 changes to ICE library, 4–47 + Present Bullets, 4–26 impact on xauth, 2–28 + Utopia, 4–26 support with font server, 3–3 + 100 dpi Xlib changes, 4–14 + Charter, 4–27 + Lucida, 4–28 + Present Bullets, 4–31 + K + Utopia, 4–31 Keyboard + Scalable scrolling in DECterm, 2–18 + Adobe Courier, 4–35 + Adobe Utopia, 4–35 L + Agfa Monotype Albany, 4–34 + Agfa Monotype Cumberland, 4–34 Language bindings, 4–17 + Agfa Monotype Screen, 4–35 LBX + Agfa Monotype Thorndale, 4–35 See Low-Bandwidth X extension + Bitstream Charter, 4–34 LCN + Bitstream Courier, 4–34 See Logical Connection Number interface +Font server Log files + proxy server DECW$STARTUP_n.LOG, 3–1 + support with IPv6, 3–3 + + + + +Index–2 + Logical Connection Number (LCN) interface, 4–55 + allocating connection numbers, 4–55 + functions, 4–55 + R + initializing thread support, 4–55 Rasterizer + querying status, 4–56 See Agfa Monotype iType rasterizer + related Xlib routines, 4–16 ReGIS input cursors + routines, 4–56 See also Input cursors + DECW$LCN_ALLOCATE, 4–56 + DECW$LCN_CLEAR_x_READY, 4–57 + DECW$LCN_FREE, 4–58 S + DECW$LCN_SELECT, 4–59 Security extension (SECURITY), 4–40 + DECW$LCN_SELECT_ONE, 4–61 Shared memory + DECW$LCN_SET_x_READY, 4–63 creating and using XImages, 4–50 + DECW$LCN_THREAD_INIT, 4–64 extension support, 4–49 + signaling input, 4–56 pixmaps, 4–53 +Logical names Startup + defining in the CDA Viewer, 2–12 log file, 3–1 +Login screen SVN widget + welcome message, 2–9 extended selection, 4–10 +Low-Bandwidth X (LBX) extension, 4–39 SYNC + See X Synchronization extension +M +MIT Shared Memory extension (MIT-SHM), 4–49 T +Motif Tear-off menus + variables using, 2–8 + UIDPATH, 4–35 TOG-CUP +Motif Window Manager See Colormap Utilization Policy extension + resource for XUI application support, 2–11 Toolkit +Multithreading changes to CompositeClassExtensionRec, 4–13 + binary compatibility, 4–1 easy resource configuration, 4–12 + enabling support for existing applications, 4–4 extensions + supported libraries, 4–1 DXmCSText widget, 4–10 + thread safety and concurrency, 4–2 SVN widget, 4–10 + use of ASTs, 4–2 Translated image support + Extended File Specifications (EFS), 2–2 +N Transports + LAT interface support, 4–54 +New Desktop + logging in, 2–9 + U +O Utilities + AccessX Keyboard utility (accessx), 2–20 +Options file + Window Dump to Print File utility (xpr), 2–34 + specifying, 2–11 + X Authority utility (xauth), 2–23 +Overlay support + X Keyboard Compiler utility (xkbcomp), 2–32 + See also Window Manager + colormap + avoiding potential problems, 2–19 W + modifying applications, 2–19 Window Dump to Print File utility (xpr), 2–34 + sharing overlay colormaps with the Window Window Manager + Manager, 2–19 overlay support, 2–19 + + + + + Index–3 + X Display Server + extensions (cont’d) +X XC-MISC extension, 4–41 +X$CLOSE_OM routine, 4–17 X Double Buffer extension, 4–41 +X$CONTEXTUAL_DRAWING routine, 4–18 XINERAMA extension, 4–42 +X$CONVERT_CASE routine, 4–18 X Keyboard extension, 4–42 +X$DESTROY_OC routine, 4–18 X Synchronization extension, 4–43 +X$DIRECTIONAL_DEPENDENT_DRAWING parameters + routine, 4–18 DECW$IPV6_FONT_SUPPORT, 3–3 +X$DISPLAY_OF_OM routine, 4–19 shared memory pixmaps, 4–53 +X$EXTENDED_MAX_REQUEST_SIZE routine, shared memory XImages, 4–50 + 4–19 supported extensions, 4–36 +X$INIT_IMAGE routine, 4–19 X Double Buffer extension (DBE), 4–41 +X$INIT_THREADS routine, 4–19 X Image extension, 4–53 +X$INTERNAL_CONNECTION_NUMBERS XINERAMA extension, 4–42 + routine, 4–20 X Keyboard Compiler utility (xkbcomp), 2–32 +X$LOCALE_OF_OM routine, 4–20 X Keyboard extension (XKB), 4–42 +X$LOCK_DISPLAY routine, 4–20 Xlib +X$OPEN_OM routine, 4–20 changes for IPv6 support, 4–14 +X$PROCESS_INTERNAL_CONNECTION routine, client-side extension library updates for + 4–21 X11R6.6, 4–15 +X$REGISTER_IM_INSTANTIATE_CB routine, extensions + 4–21 client side library, 4–36 +X$SET_AUTHORIZATION routine, 4–21 LCN support, 4–16 +X$UNLOCK_DISPLAY routine, 4–21 routines +X$UNREGISTER_IM_INSTANTIATE_CB routine, XAddConnectionWatch, 4–14 + 4–22 _XAllocTemp, 4–14 +xauth XCloseOM, 4–14 + See X Authority utility XcmsSetCCCOfColormap, 4–14 +X authority file XContextualDrawing, 4–14 + adding and removing file entries, 2–30 XConvertCase, 4–14 + copying entries between files, 2–31 XCreateOC, 4–14 + creating, 2–28 XDestroyOC, 4–14 + definition, 2–25 XDirectionalDependentDrawing, 4–14 + displaying file entries, 2–29 XDisplayOfOM, 4–14 + format, 2–26 XESetBeforeFlush, 4–15 + generating authorization keys, 2–32 XExtendedMaxRequestSize, 4–15 + specifying, 2–27 _XFreeTemp, 4–14 + viewing file information, 2–28 XGetAtomNames, 4–15 +X Authority utility (xauth), 2–23 XGetOCValues, 4–15 + entering commands, 2–27 XGetOMValues, 4–15 + IPv6 considerations, 2–28 XInitThreads, 4–15 + viewing and editing files, 2–29 XInternalConnectionNumbers, 4–15 +XC-APPGROUP XInternAtoms, 4–15 + See Application Group extension XLocaleOfOM, 4–15 +XC-MISC extension, 4–41 XLockDisplay, 4–15 +X Display Server XOMOfOC, 4–15 + extensions, 4–44 XOpenOM, 4–15 + Application Group extension, 4–37 XProcessInternalConnection, 4–15 + Big Requests extension, 4–38 XReadBitmapFileData, 4–15 + Colormap Utilization Policy extension, XRegisterIMInstantiateCallback, 4–15 + 4–38 XRemoveConnectionWatch, 4–15 + Extended Visual Information extension, XSetOCValues, 4–15 + 4–39 XSetOMValues, 4–15 + Low-Bandwidth X extension, 4–39 XUnlockDisplay, 4–15 + MIT Shared Memory extension (MIT-SHM), XUnregisterIMInstantiateCallback, 4–15 + 4–49 updates for X11R6.6, 4–14 + Security extension, 4–40 variables + + + + +Index–4 + Xlib X Toolkit (cont’d) + variables (cont’d) updates for X11R6.6, 4–11 + DISPLAY, 4–17 variables + RESOURCE_NAME, 4–17 sessionShellClassRec, 4–12 +XmNinputMethod resource sessionShellWidgetClass, 4–12 + using the shell to specify input methods, 4–10 +xpr + See Window Dump to Print File utility +X Session Management protocol (XSMP), 4–47 + differences from the X11R6.6 implementation, + 4–48 + multithread considerations, 4–48 +XSMP + See X Session Management protocol +X Synchronization extension (SYNC), 4–43 +XtAppMainLoop routine, 4–13 +X Toolkit + routines + XtAppAddBlockHook, 4–11 + XtAppAddSignal, 4–11 + XtAppGetExitFlag, 4–11 + XtAppLock, 4–11 + XtAppMainLoop, 4–13 + XtAppSetExitFlag, 4–11 + XtAppUnlock, 4–11 + XtCancelSelectionRequest, 4–11 + XtChangeManagedSet, 4–11 + XtCreateSelectionRequest, 4–11 + XtDispatchEventToWidget, 4–11 + XtGetClassExtension, 4–11 + XtGetDisplays, 4–11 + XtGetKeyboardFocusWidget, 4–11 + XtGetSelectionParameters, 4–11 + XtHooksOfDisplay, 4–11 + XtInsertEventTypeHandler, 4–11 + XtIsSessionShell, 4–11 + XtLastEventProcessed, 4–11 + XtNoticeSignal, 4–11 + XtOpenApplication, 4–11 + XtProcessLock, 4–11 + XtProcessUnlock, 4–11 + XtRegisterDrawable, 4–11 + XtRegisterExtensionSelector, 4–12 + XtReleasePropertyAtom, 4–12 + XtRemoveBlockHook, 4–12 + XtRemoveEventTypeHandler, 4–12 + XtRemoveSignal, 4–12 + XtReservePropertyAtom, 4–12 + XtResolvePathname, 4–13 + XtSendSelectionRequest, 4–12 + XtSessionGetToken, 4–12 + XtSessionReturnToken, 4–12 + XtSetEventDispatcher, 4–12 + XtSetSelectionParameters, 4–12 + XtToolkitThreadInitialize, 4–12 + XtUnregisterDrawable, 4–12 + XtVaOpenApplication, 4–12 + + + + + Index–5 + \ No newline at end of file diff --git a/xie/docs/dec/DTJ-1991-v03-04-bitonal-image-accelerators.pdf b/xie/docs/dec/DTJ-1991-v03-04-bitonal-image-accelerators.pdf new file mode 100644 index 0000000..5274732 --- /dev/null +++ b/xie/docs/dec/DTJ-1991-v03-04-bitonal-image-accelerators.pdf @@ -0,0 +1,6705 @@ +%PDF-1.6 +%¿÷¢þ +1 0 obj +<< /Metadata 3 0 R /Outlines 4 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b/xie/docs/dec/DTJ-1991-v03-04-bitonal-image-accelerators.txt @@ -0,0 +1,1029 @@ + ChristopherJ.Payson + ChristopherJ.Cianciolo + Robert N Crouse + Catherine E Winsor + + +Hardware Accelerators for +Bitonal Image Processing + Electronic imaging systemns transfer viezus of real-world scenes or objects into + digital bits for storage, manipulation, and viewing. In the area of bitonal images, + a large market exists in docz~rnentmanagement, which coizsists of scanning vol- + umes of papers for storage and retrieval. Hozuevel; high scan densities produce + huge volz~mesof data, requiring compression and decoml~ressiontechniques topre- + serve system memnory and imnprove systmz throughput. These tech~ziques,as well as + general image processing algorithms, are conzpute-intensive and require high + memory bandwidth. To address the nzemory issues, and to achieve interactive + image display performancq Digital has designed a series of bitonal image hard- + ware accelerators. The intent was to create interactive media view stations, with + inzaging applications alongside other applications, In addition to achieuiilg rnem- + ory, performance, and versatility goals, the hclrdware accelerators have signifi- + cantly improvedjnal image legibility + + +Bitonal image technology, which can be viewed as should come of age in the 1990s. Digital imaging +the electronic version of today's microfil~nmethod, is already in use in many areas and new applica- +is experiencing a high rate of growth. However, the tions are being created for both commercial and +electronic image data objects generatecl and manip- scientific markets. The emergence of digital images +ulated in this technology are very large and require as standard data types supported by the majority +intensive processing. In a generic system, these of systems (like text and graphics of today) seems +requirements can result in poor image processing assured. For a greater understanding of specific +performance or reduced application performance. imaging applications, this section presents general +To address these needs, Digital has designed a series imaging concepts and terms used throughout the +of imaging hardware accelerators for use in the doc- paper. +ument management market. + This paper provides a brief tutorial on electronic Concepts and Terms +imaging. It begins with a general description of the In its simplest form, imaging is the digital repre- +imaging data type and compares this type to the sentation of real-world scenes or objects. Just as a +standard text and graphics data types. It continues camera transfers a view of the real world onto a +with a discussion of specific issues in bitonal imag- chemical film, an electronic imaging systenl trans- +ing, such as image data size, network transport fers the same view into digital bits for storage, +method, rendering speed, and end-user legibility. manipulation, and viewing. In this paper, the term +The paper then focuses on Digital's DECimage 1200 image refers to the digital bits and bytes that repre- +hardware accelerator for the VT1200 X window sent the real-world view. +terminal developed by the Video, Image and Print The process of digitizing the view may be done +Systems Group. It concludes with future image through various methods, e.g., an image scanner +accelerator demands for the processing of multi- or image camera. A scanner is the conceptual +media applications and continuous-tone images. inverse of a normal printer. A printer accepts an + electronic stream of bits that describe how to +Introduction t o Imaging place the ink on the paper to create the desired +Just as graphics technology blossomed in the 1980s, picture. Conversely, optical sensors in the scanner +electronic imaging and its associatecl technologies transfor~nlight intensity values reflected from a + + +Digilnl ~ & c ~ ? z ~ c L z ~ J o .u? ~No. + Vol. FctlI 19'11 + ? ~4 ~ ~ 9 + Image Processing, Video Terminals, and Printer Technologies + + +sheet of paper and create a stream of electronic bits media density. Scaling an image may be as simple as +to describe the picture. Similar sensors in the focal replicating and dropping pixels, or it may involve +plane of a camera produce the other common digi- Interpolation and other algorithms that take neigh- +tization method, the electronic image camera. boring pixels into account. Generally, the more + The format of a digitized image has many param- complex scaling algorithms require more process- +eters. A pixel is the common name for a group of ing power but yield higher-quality images, where +digitized image bits that all correspond to the sane quality refers to how well the original scene is rep- +location in the image. This pixel contains informa- resented in the resulting image. +tion about the intensity and color of the image at Before an image can be displayed, its pixel values +one location, in a format that can be interpreted often require conversion to account for the charac- +and transformed into a visible dot on a display teristics of the display device. As a simple example, +device such as a printer or screen. The amount of a color image cannot retain its color when output +information in the pixel classifies the image into to a black-and-white video monitor or printer. In +one of three basic types. general, when a device can display fewer colors + than an image contains, the image pixel values must + A bitonal image has only one bit in each pixel; + be quantized. Simple quantizing, or thresholding, + the bit is either a one or a zero, representing one + can be used to reduce the number of image colors + of two possible colors (usually black and white). + to the number of display colors, but can result in + A gray-scale image Iias multiple bits in each pixel, loss of image quality. Dithering is a more sophisti- + where each pixel represents an intensity value cated method of quantizing, which produces the + between one color (all zeros) and another color illusion of true gray scale or color. Although dither- + (all ones). Since the two colors are usually black ing need use no more colors than simple quantiz- + and white, they produce a range of gray-scale ing, it results in displayed images of much higher + values to represent the image. quality. + Image compression is a transforn~ationprocess + A color image has multiple components per + used to reduce the amount of memory required to + pixel, wherc each component is a group of + store the information that represents the image. + bits representing a value within a given range. + Different compression methods are used for bitonal + Each component of a color image corresponds + images than those used for gray-scale and color + to a part of the color space in which it is repre- + images. These methods are stantlardized to speclfy + sented. Color spaces may be thought of as dif- + exactly how to compress and decompress each + ferent ways of representing the analog, visible + type of image. For bitonal images, the most corn- + range of colors in a digitized, numeric form. The + moll standards are the ones ~ ~ s eind facsimile + most popular color spaces are television's YUV + machines, i.e., Recommendations ~ . 4 and ~ . of6 the + format (one gray-scale and two color compo- + Comite Consultatif Internationale cle TkICgraphique + nents) and the bit-mapped computer display's + et Telkphonique (CCITT).l.~ommonlyknown as + RGB format (red, green, and blue components). + the Group 3 and Group 4 standards, the desig- + The resolution of an image is simply the density nations are often shortened to G3-ID, G3-2D, and +of pixels per unit distance; the most common den- ~ 4 - 2 ~ . + referring to the particular standard group +sities are measurecl in dots per inch (dpi), where and to the coding method, which may be either +a pixel is called a dot. For example, a facsimile one- or two-climensional. For gray-scale and color +machine (which is nothing more than a scannel; images, the Joint Photographic Experts Group +printer, and phone modem in the same unit) typi- (JPEG) standard is now emerging as a joint effort of +cally scans and prints at 100 dpi, although newer the International Standards Organization (ISO) and +models are capable of up to 400 dpi. As another CCITT.3 Whichever format or process is used, com- +example, most workstation display monitors are pression is a compute-intensive task that involves +capable of 75- to 100-dpi resolution, and some high- mathematically removing redundancy from the +end monitors achieve u p to 300-clpi resolution. pixel data. + To display an image at a density different from A typical compression method creates an +its scanned density, without altering the image's encoded bit stream which cannot be displayed +original size, requires the image to be scaled, so directly; the compressed bits must be decom- +that the new image density matches the output pressed before anything recognizable may be + + + +10 Vol. 3 No.4 Fh11 1991 Digital TecbvzicalJournal + Hardzuare Accelerators for Bitonal Image Processing + + +displayed. The term compression ratio represents The major drawback in the imaging process is +the size of the original image divided by the size of increased data size, which results in storage mern- +the compressed form. For bitonal images using ory and network transport problems. High scan +the CCITT standards, the ratio is commonly 20:l on densities and color information components create +normal paper documents, but can vary widely with large volumes of data for each image; a bitonal +the actual content of the image. The CCITT stan- image scanned at 300 dpi from an 8.5-by-11-inch +dards are also "lossless" methods, which means that sheet of paper requires over 1 megabyte of mem- +the decompressed image is guaranteed to be iden- ory in its original pixel form. Therefore, compres- +tical to the original image (not one bit different). sion and decompression are integral parts of any +In contrast, many "lossy" compression methods imaging system. Even in compressed form, a bitonal +allow the user to vary the compression ratio such image of a text page requires about 50 kilobytes +that a low ratio yields a nearly perfect image repro- of storage, whereas its American standard code +duction and a high ratio yields a visible degradation for information interchange (ASCII) text equivalent +in image quality. This trade-off between compres- requires only 4 to 5 kilobytes. Similarly, a graphics +sion and image quality is very useful because of the file to describe a simple block diagram is much +wide range of applications in imaging. An applica- smaller than its scanned image equivalent. +tion need pay no more in memory space and band- Based on these advantages and limitations, sev- +width than necessary to meet image quality eral applications have emerged as perfect matches +requirements. for imaging technology. Bitonal images are used + in the expanding market of document manage- +A Nezu Data Type and Its Features ment, which consists of scanning volumes of +The image data type is fundamentally different papers into images. These images are stored and +from text and graphics. When a user views charac- indexed for later searching and viewing. Basically +ters or pictures on a display device, the source of an electronic file cabinet, this system results in +that view is usually not important. A sheet of text large savings in physical cabinet space, extremely +from a printer may have come from either a text file fast document access, and the ability for multiple +where the printer's own fonts were used, a graph- users to access the same document simultaneously. +ics file where the characters were drawn with line Gray-scale imaging is often used in medical appli- +primitives, or an image file where the original text cations. Electronic versions of x rays can be sent +document was scanned into the system. In any instantly to any specialist in the world for diagno- +case, the same letters and words present the user sis, and the ordering of sequential computer-aided +with approximately the same information; the dif- testing (CAT)-scan images into a "volume" can pro- +ferences are mostly in character quality and format. vide valuable three-dimensional views. The appli- + In spite of their large storage space require- cations for color imaging are relatively new and +ments, images have several advantages over graph- still emerging, but some are already in use commer- +ics or text. First, consider the process of getting cially, e.g.,license and conference registration pho- +the information into the computer. With the imag- tographs. A further extension to still imaging is +ing process, documents may be scanned automati- digital video, which can be considerecl as a stream +cally in a few seconds or less, compared to the time of still images. In conjunction with audio, digital +required for someone to type the information cor- video is commonly known as multimedia, applica- +rectly (absolutely no errors) into a text file. Also, tions for which range from promotional presenta- +even though the software exists to convert elec- tions to a manufacturing assembly process tutorial. +tronic raster images into graphic primitive files, the In this paper, we focus on the static bitonal imag- +process loses detail from the original image and is ing method of representing real-world data inside +relatively slow. Next, consider the variety of infor- computers. Static imaging is a simpler method of +mation possible on a sheet of paper: a user can- representing a broader range of information than +not easily reproduce a diagram or a signature on a the text and graphics media types, but it carries +document. A scanned image preserves not only the a greater requirement for processing power and +characters, but their font, size, boldness, relative memory space. In addition, static imaging can be +position, any pictures on the page, and even viewed as one part of true multimedia, as can text, +smudges or tears depending on the quality of the graphics, audio, video, and any other media for- +image scan. mats. Yet static imaging does not have the system + + +Digital Technical Journal Vo1.3 No. 4 Fa11 1991 11 + Image Processing, Video Terminals, and Printer Technologies + + + +speed requirements of a motion video and audio mately 3 kilobytes of memory. If the same shcct of +system. which must prescnt data at rcal-time rates. paper is digitized by scantling at various dot tlcn- +As long as the user can dcal with static images at sities, the resulting data files art. huge, ;IS sho\vn +an interactive rate, i.e., being able to view the by the decompressed bitonal image sizes in 'Inable1. +images in thc format of choice ;IS F~stas the user Note that l'iible 2 includes the size of thc scanned +c;un select them, thcn static imaging is ;I powcrhl image if scanned in way-scale and color motles, +rnctli;~presentation tool. l'hc next section presents although using these modes woultl not makc sense +the importi~ntissues concerning bitonal imaging in on a black-and-white sheet of paper. The image +a document management environment. sizcs are included for comparison and are discussed + in the section Future Image Accelerator Require- +Bitonal Imaging Issues ments. The data presented in Tables 1 and 2 illus- +As previously mentioned, bitonal electronic imag- trates that the size of the original ASCII file is much +ing as an dtcmativc to paper documents offers smalkr than any of the scilru~edversions. The data +many benefits, such as retluccd physic11 storage also gives evidence that scxnned Images, in gencr;~l, +space, instant and simultaneous access of scanned require considcrablc memory. +images, and in general a more accessible media. Since the typical use for bitonal images is for +Serious issues need to be resolved before a produc- volume document archival, an imaging application +tive imaging operation can be implemented. The must include a compression process to reduce mem- +chief issues are the irnage data size, transport ory usage. This process must transform the original +method, perceived rendering speed, and final legi- scanned image file to a much smaller file without +bility. In the following sections, we examine each losing the content of the original scanned data. +issue and present solutions. Compression algorithms may takc different paths + to achieve the same result, but they share one basic +Digitized Image Data Size process, the removal of redundant information to +The most important issue concerns irnage data sirs. reduce the object size. A common compression +Images are typically documents, drawings, or pic- routine searclies the pixel data for groupings, or +tures that have been digitized into a computer- "run lengths," of black or white pixels. Each run +readable form for storage and retrieval. Depending length is assigned a code significantly shorter than +on the dot density of the scanner, a single image the run length itself. The cotles are assigned by +can be 1 to 30 megabytes o r more in size. However, statistics, where the most frequent run lengths +storing a single irnage in its scanned form is not the are assigned the shortcst corles; statistics have been +typical usage model. Instead, a company may have amassed on a variety of document types for differ- +tens of thousands of scanned documents. Clearly, ent scan densities and document sizcs. A compres- +with today's storage technologies, a company can- sion proccss parses through the original image +not afford to store such a large volume of images file, generating another file that contains the codes +in that format. representing the original image. Figure 1, a sample + A typical ASCII file representing the text on an bitonal imagc compression, illustrates these com- +8.5-by-11-inch sheet of paper requires approxi- pressed codes in a serial bit stream. + + +Table 1 Sample Bitonal Image Sizes + Scan I Kilobytes of Data I +Document Type Density Pixel Form Typical +(Paper Size) (dpi) (Decompressed) Compressed + +A size +(8.5 x 11 inch) + +E size 100 1826 106 +(44 x 34 inch) 200 7305 114 + 300 16436 127 + + + + +12 Vol. .3 /Vo. 4 FLI// 1991 Digital Technical Jourrrnl + Hardware Acceleratorsfir BiLonnl Image Pro~essfn~q + + +Table 2 Sample Gray-scale and Color Network Transport Constraints + l mage Sizes The network transport performance for an image + Kilobytes of Data is important, because i1n;lgc.s arc rnost often stored +Document Type in Pixel Form on a remote system and vicwctl on a widespread +and Size (Decompressed) group of display stations. For example, onc group in + an insurance company receives and scans claim +128 x 128 pixel, 12 bits per pixel 24 +gray-scale image + papers to create a centralized image database, + while users in another group acccss the tlocuments +512 x 512 pixel, 8 bits per pixel +color image simultaneously to proccss claims. For thc imaging +512 x 512 pixel, 24 bits per pixel system to be productive, this image d;~taneeds +color image to be transported quickly from one group to the +8.5 x 11 inch, 100 dpi, 24 bits 2740 other: telephone attendants answering calls must +per pixel, color image have immediate access to the data. + Scanned image documents take a long time to + transport between systems, simply because they are + Several algorithms for bitomal compression are so large. When compression techniques arc used, a +widely used totl;ty. As mentioned in the previous typical uncompressed image stored in 1 megabyte +section, the most common for bitonal images are can be reduced to approximately 50 kilobytes. +the CCII?' standards G3-1l3, <;3-2D, and ( ; 4 - 2 D , which Since transport time is proportional to the number +all use the approach just described. For the one- of packets that must be sent across the network, +dimensional method, the algorithm creates run reducing the data size to 5 percent of its original +lengths from all pixels on the same scan line. In the size also reduces the transport time to 5 percent +two-dimensional methods, the algorithm some- of the original time. Tliercfore, you can now send +times creates run lengths the same way, but the twenty compressed images in the same time previ- +previous scan line is also examined. Some codes ously spent sending one uncompressed image. +represent run lengths and even whole scan lines Even with compression techniques, the image +as "the same as the one in the previous scan line, files are still larger than their text file equivalents. +csccpt offset by .V pixels," where N is a small inte- Moreover, most network protocols limit their +ger. Tlic two-climensional method takcs advan- packet size to a maximum number of bytes, i.e., an +tage of most of the recluntlancy in an image and image file larger than the maximum packet size +returns the smallc5t compressed file. In addition to gets divided over multiple packets. If the protocol +prcscrving system memory, these compression requires an acknowledgment between packets, then +methods significantly Improve network transport the transport of a large file over a busy network +performance. becomes a lengthy operation. + + IMAGE PIXELS + m + ONE SCAN LINE OF PIXELS + + ' I + + + + + 600 WHITE 250 WHITE 845 WHITE + / 30 BLACK / 30BLACK \ + + + + + COMPRESSED CODES IN A CONTINUOUS BIT STREAM + + + + Figure I Bitonal Image Compression + + +Digitul Technical Journal Wtl, .? No. 4 Fa11 1991 13 + Image Processing,Video Terminals, and Printer Technologies + + + The platform for our most recent accelerator is them. The disk access time data from the DECimage +the VT1200 X window terminal, which uses the project analysis shown in Table 3 demonstrates that +local area transport (LAT) network protocol. We the disk file read time is a significant portion of the +soon realized that the X server packet size was overall response time. Thus, the display station +limited to 16 kilobytes and the typical A-size render time is the only area of the display response +compressed document was approximately 50 kilo- time which can be clearly intluencetl and is, there- +bytes. With this arrangement, each image transport fore, the main focus of our image accclcrators. The +would have required four large data packets and local processing that must occur a t the display sta- +four acknowledgment packets. Working with the tion is not a trivial task; an image must be tlecom- +X Window Terminal Base System Software Group, pressed, scaled, ant1 clipped to fit the user's current +we were able to raise the packet size limit to window size, and optionally rotated. +64 kilobytes. The base system group also imple- The decompression procedure inverts the com- +mented a delayed acknowledgment scheme, which pression process; both are computationally com- +eliminates the need for the client to wait for an plex. Input to the procedure is compressed data, +acknowledgment packet before sending the next and output is the original scan line pixel data, +data packet. Table 3 shows compressed image data which can be written to a display device. Scaling +taken during the DECimage 1200 dmiopment the data to fit the current window or fill a region +cycle. Notice that the network transport times of interest is not trivial either: a huge input data +for Digital document interchange format (DDIF) stream must be processed (the decompressed, orig- +decrease sharply aftcr the pacltct changes. inal file), and a moderate output data stream must + be created (the viewable image to be displayed). +Perceived Rendering Speed While simple pixel replicate and drop algorithms +Because the image scanning and compression may be used to scale the data, a more sophisticated +operations occur only once, they are not as scaling algorithm has been shown to greatly +performance-critical as the decompression and enhance the output image quality. +rendering for display operations, which are done In addition to scaling and clipping, the orthogo- +many times. Decompression and rendering are part nal rotation of images (in 90-degree increments) +of the system's display response time, which is a is a usefill function on a display station. Some docu- +critical factor in a system designed for high-volume ments may have words running in one direction +applications that access thousands of images daily while pictures are oriented another way, or the user +This time is measured from the instant the user may wish to view a portrait-mode image in land- +presses the key to select an image to view, to the scape mode. In either case, orthogonal rotation +moment the image is displayed completely on the can help the user understand the information; i.e., +screen. The display response time is a function of the increased time to rotate the view is warrantecl. +the disk read t h e , network transport time, and dis- When an image is scanned, particularly with a +play station render time. hand-held scanner, the paper is never perfectly + Although network transport time and disk file aligned. Thus, the image often requires a rotation of +read time have a direct effect on the response time, 1 to 10 degrees to make the view appear straight +accelerator developers rarely have any control over in the image file. However, multiple users want the + + +Table 3 DDlF lmage File Read Time and File Transport Performance + Network Transport Time + (milliseconds) + 7Disk Read Time 7 After Before +lmage Size (milliseconds) Packet Packet +(kilobytes) MicroVAX II VAX 8800 VAX 6440 Change Change + + + + + Vol. 3 No.4 Fa11 1991 Digital Tecl~tticalJozrr~rrrl + Hardware Acceleratorsfor Bitonal Image Processing + + +information from the document as quickly as pos- General Design Strategy +sible, and should not have to rotate the image by The number of applications using bitonal image +a few degrees to make it perfectly straight on the data continues to increase. In general, these appli- +screen. Therefore, this minimal rotation should cations attempt to offer low cost while achieving +be done after the initial scanning process; i.e., an interactive level of performance, defined as +only once, prior to indexing the material into no more than 1 second from point of request to +the database, and not by every user in a distributed complete image display. Ultimately, software may +environment. Because any form of rotation is provide this fi~nctionalitywithout hardware accel- +compute-intensive, allowing the user to perform eration, but today's software cannot. Moreover, the +minimal rotations at a high-volume view station parameters of image systems are not static; scan +would reduce the application's perceived ren- densities, overall image size, and the number of +dering speed and add little value to the station's images per database will all increase. These +function. increases will provide the most incentive for hard- + ware assist at the low end of the X window ter- +Final Legibility minals market, because software alone cannot +While the primary issue facing imaging applica- perform the amount of processing that users will +tions is data size, image viewing issues must also be expect for their investment. +addressed. In short, an effective bitonal imaging + The User Model Although a single model cannot +display system must be responsive to overall image + suit every application, imaging is centered on cer- +display performance and the resulting quality of + tain functions. Therefore, a user model built on +the image displayed. To enhance our products, we + these functions would be very useful in mapping +optimized the display performance parameters as + individual steps to the hardware: hardware versus +best we could, given that some parameters are not + software performance, the function's frequency of +under our control. Improvements to monitor reso- + use, and the cost of implementation. +lution and scanner densities continue to increase + The general user model for bitonal imaging sys- +the legibility of images. An affordable image system + tems is relatively simple. A small market exists for +should increase the image legibility by rendering + image entry stations, in which documents are +a bitonal image into a gray-scale image using stan- + scanned, edited, and indexed into a database. Wllile +dard image processing techniques. We discuss the + a high throughput rate is important at these sta- +method used in our accelerators, i.e., an intelligent +scale operation in the hardware pipeline, in the tions, a general-purpose image accelerator is not + the solution-dedicated entry stations already +next section. + exist in the market. Instead, we designed a general- + purpose platform, or versatile media view station, +Hardware Accelerator Design to be used for imaging applications alongside other +As explained in the previous section, transforming applications. The user model for this larger market +documents into a stream of electronic bits is not is a set of operations for viewing and manipulating +the demanding part of a bitonal imaging process images already entered into a database. The most +for document management. Also, scanners and common operations in this model are decompres- +dedicated image data-entry stations abound in the sion, scaling, clipping, orthogonal rotation, and +marketplace already. Instead, the challenge lies in: region-of-interest zooming. +(1) managing the image clata size to control +memory costs and reduce network slowdown; Display Performance and Quality Optimiz~~tion +(2) increasing the image rendering speed, i.e., The main thrust of the DECimage accelerator is to +decompress the image, scale it, and clip it to fit achieve interactive performance for the operations +the window size with optional rotation; and defined in the user model. A secondary goal is to +(3) increasing the quality of the displayed images. bring added value to the system by increasing the +This section describes the way our strategy quality of the displayed image compared to tlie +influenced the design of DECimage products. We quality of the scanned image. A side effect of maxi- +also discuss the chips used for decompression and mizing performance in hardware is that the main +scaling, and how Digital's existing client-server pro- system processor has work off-loaded from it, free- +tocols support these imaging hardware accelerators. ing it for other tasks. + + + +Digital TechnicalJozrmal 1'01.3 No. 4 Full 1991 15 + Image Processing, Video Terminals,and Printer Technologies + + + The general design of the accelerator uses a The most straightforwartl method of intcgr;ition is +pipelined approach. Since maximum performance to relocate the hardware from the prcscnt option +Is desired and a large amount of &ita must be p r o to the main system processor board; successive +cessed by the accelerator board, multiple passes steps of ititcgration would consolidate mapped +through the board are not feasible. Similarly, the tar- hardware to fewer total devices. The most cost- +geted low cost does not aIlow a whole image buffer effective integration will be the inclusion of the +on the board. With one exception (rotation), all mapped hardware in the processor in a way similar +board processing should be done in one pipeline, to a floating-point unit (1:1'1'). Just as graphics accel- +with the system processor simply feeding the input eration is now being incli~dedin system processor +end of the pipe and draining the output end. design, images will eventually achieve the status of +Because of the large amount of data to be read from a required data type and thus be supported in the +the board and displayed on the screen, the proees base system processor. +sor should onIy have to move that data, not do any +further operations o n it. To this end, any logic Product DeBnition- What Does the User +required to format the pixels for the display bitmap Want? +should be included in the pipeline. The previously clescribecl strategy was used in the + design of the image accelerator board for the +Cost Reduction through Less Expensive System DECimage 1200 systcm. Thc product requirements +Components The net cost of a bitonal imaging called for a low-cost, high-performance document +system is influenced by the capability of the assist image view station These reqi~irementsevolved +hardwdre. The capability of the hardware implies from the belief that most users currently investi- +flexibility in the choice of other system hardware. gating imaging systems are interested in applica- +In this regard, the most significant impact on cost tions and hardware that will enable them to quickly +occurs in the memory and the display. A system that and simultaneously view clocument images ant1 run +makes use of fast decompression and scaling hard- their existing no~~imagingapplications.These users +ware can quickly display compressed images from are involved with commercial and business appli- +memory. This means either more images can be cations, rather than scientific applications. The +maintained in the same memory, or the system can DECimage 1200 system was planned for the manage- +operate with less memory than it would without ment of insurance claims processing, hospital +the assist hardware; less memory means lower cost. patient medical recortls, bank records, and manu- + A more dramatic effect on system cost is in the facturing documents. As previously stated, the +display. Imaging systems generally need higher- imaging functions required for these view-oriented +density displays than nonimaging systems, but the applications are high-speed decompression, seal- +cost of a 150-dpl display is approximately twice the ing, rotation, zooming, and clipping. +cost of a 100-dpi display of the same dimensions. +However, we found that we could increase legibil- General Product Design +ity, i.e., expand a bitonal image to a gray-scale repre- In defining the image capable system, the key +sentation, by using an intelligent scale operation points in the product requirements list were +In the hardware pipeline. For example, a bitonal +image rendered to a 100-dpi display using the intel- High-performance image display +ligent scale process gives the perceived legibility Low cost +of the same image rendered to a 150-dpi clisplay +with a simple scaling method. That is, by adding the Bitonal images only (not gray-scale or color) +intelligent scale, a 100-dpi clisplay can be used View-only functions +where previously only a 150-dpi display would be +adequate. The need for high-performance display influ- + encecl the project team to design the hardware +Cost Reduction through Integration Presently, as accelerator board to handle imagc decompression, +in the L>E(:itnage 1200, hardware-assisted imagc scaling, and rotation. Previous performance test- +manipulation exists as a board-lcvel option. Higher ing on a 3-WJP (VAX-11/780 units of performance) +levels of integration with the base platlorm will CYU had yieldccl irn;tge software display times from +provide lower overall cost for an imaging system. 5 to 19 seconds. These images were compressetl + + + +16 Vr,I.3 No. 4 Fall 1991 Digital TechnicalJournc~l + Image Processing, Video Terminals, and Printer Technologies + + + + + INTERFACE MEMORY HARDWARE + + + + + SYSTEM ADDRESSIDATA BUS + + t t t + MEMORY MEMORY + + + + + Figure 3 VT1200 3j)sternArcbilect~~re + + + The rotillion circuit handles 90- and 270-degree to be decompressed before it can begin scaling; +rotation, whereas 180-dcgree rotation is hanclled instead, scaling begins as soon as the first byte of +in the data packing shift registers by changing the data is output from the decompressor Thus tlif- +shift direction. 'I'he circuit rotates an 8-by-8-bit ferent pieces of the image file are b e ~ n gdecom- +block of data at a time. The first byte of cight con- pressed, scaled, and rotatecl siniultaneousl~~. The +secutive scan lines is written into eight intlividual hardware pipeline also eliminates the need to +byte-wicle registers. The most significant bit (MSB) store the fully uncompressed image (approximately +of each of these registers is connected to the byte- 1 megabyte of clata for A-size 300-dpi images) in +wide rotation output port latch. A procchsor reatl memoly. The compressed image is wrltten from +of this port triggers a simultaneous shift in all of the system memory to the accelerator board and a +rotation data registers so that the next bit of each tleconipressetl, scaled, and clipped image is read +register is now latched at the rotation output port from the board. Because of the speed of the hard- +for the next read. Figure 5 diagrams the rotation ware, the software can redisplay an image with dif- +circuitry just described. ferent scaling, clipping, or rotation parameters; it + To achieve the best performance, we pipelinecl merely changes the harclware setup for the differ- +the h~nctionalblocks in the hardware. 'l'hc scaling ent parameters and sends the compressetl image +engine docs not need to wait for the entire image file back through the accelerator board pipeline. + + + + BUFFER RAM BUFFER + + + + + J- 4 + SYSTEM ADDRESSIDATA BUS + + t t + I COMMAND + AND STATUS + REGISTER I ROTATION + MATRIX + + + + + Figure 4 Block Diagram of DECint~~ge + 1200 Accelerator Hardtoare + + + +18 Ihl. .I IVO. 4 Fall I991 Digital TechnicalJournal + Hardware Acceleratorsfor Bitonal Image Processing + + + 8 SCAN LINES OF IMAGE DATA + 8-BYTE 8-BYTE 8-BYTE + . the word contain the number of consecutive white + or black pixels (called the run length). The upper + BLOCK BLOCK BLOCK + #1 #2 #3 bit of the word contains the run-length color code + I (0for a white run and 1 for a black run). An FLC is + read from the FIFO buffer and decoded into one of + elght routine types. Each routine is made up of sev- + 8x8 ROTATION + ROTATION OUTPUT eral states that control the color code toggling, run- + MATRIX REGISTER length adder, and accumulator circuits. At tlie end + of each routine, a new word containing the run- +SCAN LlNE 0 length and color information is written into a FIFO +SCAN LlNE 1 +SCAN LlNE 2 + buffer for the h a 1 stage. +SCAN LlNE 3 The final stage of the decompressor chip con- +SCAN LlNE 4 verts the run-length and color information to black +SCAN LlNE 5 or white pixels. This stage outputs these pixels in +SCAN LlNE 6 + 16-bit chunks when the scaling chip sends a signal +SCAN LlNE 7 + indicating a readiness to accept more data. + + + + n + 0 1 2 3 4 5 6 7 + Scaling Chip The primary purpose of the scaling + DISPLAY BYTE chip is to input high-resolution document images + (300 dpi) and scale them for display on a medium- + density monitor (100 dpi). The chip offers inde- + pendent scaling in the horizontal and vertical + Figure 5 Rotation Matrix + directions. The scaling design implemented in the + chip is a patented algorithm that maps the input +ASIC Design Description image space to the output image space. General +The ASIC design consists of a decompressor chip, 1v1-to-Npixel scaling is provided where M and N are +which decodes the compressed image data to pixel integers between 1 and 127, with the delta between +image data, and a scaling chip, which converts the them less than 65. IM represents the number of pix- +image from the input size to the desired display size. els in and N represents the number of pixels out (in + the approximated scale factor). +Deco7npressor Chip The decompressor chip acts Given an image input size and a desired display +as a CCI?T binary image decoder. The chip contains size, we must find the M and N scale Fdctors that +three distinct stages, which are pipelined for the best approximate the desired scale factor, within +most efficient data processing. Double buffering the range limits of M and N as previously stated. +of compressed input data is implemented to enable Thus an input width of 3300 and a desired out- +simultaneous input data loading and image decod- put width of 550 are represented by an PI of 6 and +ing to occur. Compressed data is loaded into the an N of 1. The approximatecl 1l.I and N values are +input buffer by the processor through a 16-or 32-bit loaded into the chip scale registers for downscaling +port. Handshaking controls the transfer of decom- or upscaling. +pressed data from the decompressor's 8-bit-wide The chip scaling logic uses the scale register val- +output bus to the scaling chip. ues to increment the input pointer position and + The first stage of the decompressor chip con- generate output pixels. A latched increment deci- +verts CC17T-standard Huffman codes, which are of sion term is updated every clock cycle, based on +variable-length, to 8-bit, fixed-length codes (FLCS).~ the previous term and the scale register values. +A sequential tree follower circuit is implemented When scaling down (where fewer pixels are output +to handle this conversion. Every Huffman code cor- than are input), tlie logic increments the input +responds to a unique path through the tree, which pointer position every clock cycle, but only out- +ends at a leaf indicating the FLC. The 8-bit FLC is puts a pixel when the increment decision term is +sent to a first-in, first-out (FIFO) buffer, which holds greater than or equal to zero. Figure 6a illustrates +the data for the second stage. how this algorithm maps input pixels to o u t p ~ i tpix- + The second stage of the chip generates a 16-bit, els for a sample reduction. When scaling up (where +run-length value from the FLC. The lower 15 bits of every input pixel represents at least one outpiit + + + +Digital Technical Journal Vol. 3 No. 4 Fa11 1991 19 + Image Processing,Video Terminals, and Printer Technologies + + + SCALE DOWN FROM 10 INPUT PIXELS TO 5 OUTPUT PIXELS + (M=ZANDN=l) + + + + + INPUT + + INCREMENT + DECISION D=l D=-l D = 1 D=-1 D = l D=-1 D = l D=-1 D = l D=-1 + REGISTER + + OUTPUT + 1 + + + + + (a) Downscaling + + + + SCALE UP FROM 3 INPUT PIXELS TO 9 OUTPUT PIXELS + (M=lANDN=3) + + + + + INPUT + + INCREMENT + DECISION D=-1 D = l D=-3 D=-1 D = l D=-3 D=-1 D=l D = 3 + REGISTER + + OUTPUT • + 1 2 + + + + + (6) Upscaling + + Figure 6 Chip Scaling Examples + +pixel), thc logic outputs a pixel every clock cycle, tion ancl display at the server using the hardware +but only increments the input pointer position accelerator board. Like the X I 1 protocol, the XIE +when the increment decision tern1 is greater than protocol consists of a client-side library called +or equal to zero. Figure 6b illustrates how this algo- XIElib, which provides client applications access +rithm maps input pixels to output pixels for a sam- to image routines, and a server-side piece, which +ple magnification. For both cases, the value of the executes the client requests. The xrE server imple- +pixel (black or white) being output is the value of ments support at two levels: device-independent +the input pixel pointed at during that clock cycle. and device-dependent. The device-dependent level +In this dcscription, simply substitute rows for pix- supports the functions that benefit from optimi- +els to reprcscnt the vertical scaling process. zation for a particular platform, or functions that + are implemented in hardware accelerators. The +Software Sz,lpportfor the Hardware device-independent level enables quick porting of +Software support is needed to enhance the func- functionality from platforrn to platform. Figure 7 +tions of the hardware accelerator in our imagc view illustrates the S/XIE client-server architecture. +station. As mentioned in the section General The client-side XlElib offers the minimum +Product Design, thc XIE protocol extends the X l l functions necessary for image rendition and dis- +core protocol to enable the transfer of compressetl play The toolkit level offers higher-level routines +images across the wire ant1 to cnable image rendi- that assist with windows application development. + + + +20 Ihl. .? IVO. 4 R111 1991 Digital Technical Journrrl + Hardware Acceleratorsfor Bitonal Image Processing + + + which is essentially as fast as the user can ask for + the displays. This speed is possible because the + image already resides in compressed form in the + server memory. Thus, the image does not have to + be read from the disk or transported across the + DECWINDOWS IMAGE + TOOLKIT TOOLKIT network. + + Future Image Accelerator + Requirements + Hardware accelerators will continue to be required + for bitonal imaging until software can provide the + same fiinctionality at the same performance level. + This section discusses the more complex image + schemes that are used for gray-scale imaging and + multimedia applications. In contrast to bitonal + imaging, these applications will require the use of + hardware accelerators well into the future. + Other applications will require richer user inter- + faces utilizing continuous-tone images, video, and + + uDISPLAY + audio. All of these new data types are generally + data-intensive, and compression or decompression + of any one of them is a significant processing bur- + den. Handling them in combination indicates that + Figure 7 W X I EArchitecttire the need for specialized hardware assistance will + persist for the foreseeable future. + +An example of a routine at this level might be Continuous-toneImages +ImageDisplay, which displays an image in a previ- Bitonal images are either black or white at each +ously created window. ImageDisplay parameters point, but some applications require smoothly +might include x and y scaling values, the rotation shaded or colored images. These images are typi- +angle, and region-of-interest coordinates. Whether cally referred to as continuous-tone images, a term +programming with the XIE protocol at the library that denotes either color or gray-scale, e.g., photo- +or toolkit level, applications developers benefit graphs, X rays, and still video. The representation +from the platform interoperability of the standard and required processing of this image format is +interface. Image accelerator hardware and opti- significantly different from that of bitonal images. +mized device-dependent XIE code changes the Continuous-tone images are represented by mul- +application's image display performance, but an tiple bits per pixel. This format allows a greater +application developed using the X E protocol can range of values for each pixel, which yields greater +run on any XlE-capable server. accuracy in the representation of the original + object. Additionally, each pixel can consist of mul- +Accelerator Performance Results tiple components, as in the case of color. The num- +With the DECimage 1200 X terminal, we have ber of bits used to represent a continuous-tone +achieved interactive performance rates, reduced image is chosen according to the nature of the +memory usage, and increased final image legibility. image. +We achieved these rates by transporting com- For example, medical X rays require a high +pressed files instead of huge pixel files and by imple- degree of accuracy. Consequently, 12 bits are gener- +menting specialized image processing hardware. ally regarded as the minimum acceptable for the +The DECimage 1200 can read, transport, decom- rendering of this class of image. Color images typi- +press, scale, and display an 8.5-by-11-inch bitonal cally require 8 bits per pixel for each component +document in 1 to 2 seconds. Successive displays, (YUV or RGB format) for a total of 24 bits per pixel. +i.e., rotating, region-of-interest zooming, panning Table 2 shows the relative size of samples of each +around the image, all occur in less than 1 second, image. The need to express these images in a + + +Digital Technical Journal Vol. .? No. 4 Full 1991 21 + Image Processing, Video Terminals, and Printer Techn + + +compressed format is obvious from the storage because any change to either the evolvilig standard +space rrequirements and the current storage media or a standard extension coulcl be easily introduced +limits. to the firmware. The fastest implementations arc + Tlie comprcssion of continuoi~s-toneirnagcs can achieved by special-purpose hardware accelerators. +be accomplisliecl in sever;il ways. Hornrevel; most The JPEG implementation tlocs not require harcl- +imaging applications are not closed systems; ware, i.e., the algorithm can be pcrformed corn- +inevitably, each system needs to rnanipul;lte images plctely in software. Tlie case for hardware assist +that are not of its own making. For this reason wc is made in performance. Table 5 clescribes tlie +aclopted the JPEG standard, wlhicl~specifics an ;~lgo- reduced instruction set compilter (IUSC) processor +rithm for the comprcssion of gray-scale and color performance, in millions of operations per second +images. Specifically, the JPEG compression methotl (mops), needed to provide the specified operation +is based 011 the two-dimensional (2D) discretc at a motion video rate of 30 frames per second.: +cosine transform (DCT). The D<:T decomposes an However, generic NSC processors of those speeds +8-by-8 rectangle of pixels into its 64 2D spatial- are not available today. Therefore, dedicated, cus- +frequency components. Tllc sum of these 64 2 D tom very large-scale integration (VLSI) devices +sinusoids exactly reconstructs the 8-by-8rectangle. (such ;I> the (:L550-10 from C-Cube Microsystems) +However, tlie rect;~ngleis approximated-and com- must be used to perform the operation^.^ Even +pression is achieved-by tliscarding most of the if the motion vidco rate is not required, the ASIC +64 components. 7'>,pically adjacent pixel values devices offer the simplest hartlware solution. +vary slowly, thus there is little energy in most of the +discarded high-frequency components. Live Video and Video Compression + The eclges of objects generally contribute to the + Video captures the natural progression of events in +high-frequency components of an image, whereas + an environment, and is therefore a natural and +the low-frequency components are made up of + efficient way to communicate. Consider, for exam- +intensities that vary more gradual ly. Tlie more + ple, the assembly of a set of components. One way +frequency components included in the approxi- + to express the assembly process is to show a series +mation, the more accurate the approximation + of photographs of the assembly at successive steps +becomes. Table 4 shows some sample JPEG image + of completion. As an alternative, vicleo can show +compression ratio^.^ + the actual assembly process from start to finish. + The most popul;tr part of the JPEG stantlard, + Subtle details of the process such as part rotations +the "baseline" method, was defined to be easily + and movements can be clearly conveyed, with tlie +mapped into software, firmware, or hardware. + added dimension of time. +Straightforward D(X' algorithms can be efficiently + Obviously, information expressed in video form +implemented in firmware for programmable DSP + can be valuable; howevel; significant problems arise +chips, due to their pipclined architecture. The first + in adapting video for use in computer systems. +systc1ns to embody the standarcl clitl so using DSPs, + First, the huge data size of vitleo applications can + strain the system's storage capability. Video can +Table 4 Typical Compression Parameters be characterized as a stream of continuous-tone + for JPEG images. Each of these images consists of pixel val- + ues with individual components making up each +Compression Compression Rendered Image pixel. For video to have full effectiveness, the still +Ratio Method Integrity images must be presented at video rates. In manjf + 2:l Lossless Highest quality- cases the rate to f a i t l ~ ~ l l y + reproduce motion is + no data loss 30 frames per secontl, which means that one + 12:l Lossy Excellent quality- minute of uncompressed video (512-by-480pixels + indistinguishable at 24 bits per pixel) would consume over 1 gigabyte + from the original of storage. In addition to storage demands, large + Lossy Good quality- volumes of data cause banclwiclth problems. + satisfactory for Presenting 30 frames per second to tlie video out- + most applications + put with the above parameters would require a + 1OO:l Lossy Low quality- + recognizable transfer rate of more than 22 megabytes per sec- + ond from the storage device to tlie video output. + + +22 1/01 .j No. 4 Fu/l I991 Digital Techlcical Jourrinl + Hardware Acceleratorsfor Bitonal Image Processing + + +Table 5 Processing Requirements for lmaging Functions + Processor +Imaging 7Processor Operations per Pixel* 7Operations +Functions Read Write ALUt Multiply Total at 30 fps (mops) +Pixel move .25 .25 0 0 .5 15 +Point operation 2 1 1 0 4 120 +3 x 3 convolve 9 1 8 9 27 810 +8 x 8DCT 24 1 14 16 65 1950 +8 x 8 block 128 1 191 0 320 9600 +matching +'RISC processor, 1M pixels, 30 frames per second (fps), 8 bits. +tALU = arithmetic logic unit + + + + +Thus, reducing the amount of data used to repre- Audio and Audio Compression +sent the video stream would alleviate both storage Video is usually accompanied by audio. The audio +and bandwidth concerns. can be reproduced as it was recorded (with the + The starting point for the compression of video video), or it can be mixed with the video from +is with still images and, as previously mentioned, a separate source (such as a compact disc (CD) +the JPEG algorithm can be used to compress still player). The audio data is defined by application +continuous-tone images. Because video can be rep- requirements. If the application allows lower +resented as a sequence of still images, the algorithm quality, the audio can be sampled at lower rates +could be applied to each still. This procedure with fewer bits per sample, such as telephony rates, +would produce a sequence of compressed video which are sampled at 8 kilohertz and 8 bits per +frames, each frame independent of the other sample. For applications requiring high-quality +frames in the sequence. (CD) audio, samples are usually taken at 44 kilo- + The evolving Motion Picture Experts Group hertz and 16 bits per sample. +(MPEG) standard takes advantage of frame-to-frame Integrating audio data into an application creates +similarities in a video sequence, thereby enabling special problems. The major characteristic that +more efficient compression than the application differentiates audio from the other data formats +of the JPEG algorithm alone.Vn most situations, presented here is its continuous nature. Audio +video sequences contain high degrees of similar- must flow uninterrupted for it to convey any mean- +ity between adjacent frames. The compression of ing. In video systems, the flow of frames may slow +video can be increased by encoding a frane using down under heavy system loading. The user may +only the differences from the previous frame. The never notice it, or may not be annoyed by it. Audio, +majority of scenes can be greatly compressed; how- however, cannot slow or stop. For this reason, large +ever, scene transitions, lighting changes, or condi- buffers are used to allow for load variations that +tions of extreme motion need to be compressed as may affect audio reproduction. +independent frames. A more subtle problem in creating applications + The need for hardware assist in this area is com- using audio is in synchronization. Audio data is +pelling. Table 5 shows that to sustain a SPEC; decorn- usually included to add another dimension of infor- +pression at 30 frames per second would require a mation to the application (such as speech). +1950-mops processor. The same result can be Without a method of synchronizing the video and +obtained using the CL550-10 JPEG Image Compres- audio, one data stream will drift out of phase with +sion P r o c e ~ s o r . ~ + Although this device does not the other. One way to include synchronization is to +make use of interframe similarities to increase com- use time stamps on the audio and video. This is par- +pression efficiency, a device implementing the ticularly useful because standard time codes are +MPEC standard would exploit these similarities. used in most production machines. +Table 5 shows that motion compensation, to be The compression of audio data is not as efficient +supported ;it 30 frames per seconcl, requires a as that of the other data formats. Since a statistical +9600-mops processor. approach to coding audio is highly dependent on + + +Digital Technical Journal Vol -3 No 4 F a l l 1991 23 + Image Processing, Video Terminals, and Printer Technologies + - + + + + +the t).pe of input (i.e.,voice, musical instrument), referenced. As the data is incorporated, it is com- +another method is requireel for gcncr;ilizetl inputs. pressed and storecl. Authors require the c;ip;ibility +Differential pulse code modu1;ition (t)I-'(:kl) is oftcn to edit anti mix vitleo and audio passages to get the +usecl to encocle ;iudio dat;~.DPCM cotles only the clz- desired result. Moreover, the video and auclio m;ijr +ference betm~eenadjacent sample values. Since the originate from different devices and may even be in +difference in value between samples is usually less different formats. +than the magnitude of the sample, modest compres- As clefined above, " t ~ s e rsystems" do not require +sion can be achieved ( 4 : l ) .The limitation using this all of the functions that authoring systems neecl: +technique is in the coding of high-frequency clat;~. only decompression is required in a typical user + II:ird\v;ire assist for the audio data format will system. Most existing user systems require at1 ana- +probahly come in the form of hardware to perform log video source (vitleodisk), which is purchased +functions other than compression. For instance, as part of the application. The device control is pel= +DSI-' algorithms can perform equalization, noise formed by the application, i.e., when a user selects +reduction, ;lnd special effects. a passage to be replayed, the application sends + commands to the videodisk. Figure 8 depicts an +Mu1tinzedin authoring system and a user system, along with +As the term implies, multimctlia may integrate all suggested 1/0 capability. +of the previously mentioned image formats. The Ncxt-generation multimedia platforms will make +word "may" is important in this co~itext.'l'his area fill1 use of digital vitleo and audio. This implies that +has been mainly technology-driven, due to such systems will be able to receive ancl transmit multi- +factors as lack of st;lnclards, clcveloping I/() clevices, media applications ant1 data over networks. This +insufficient system bandwidth, differing clat;~for- interactive capability miill improve the efficiency of +mats, and a vast amount of software integration. many munclane applications and devices. For exam- + It is currently a topic of debate nrhcther typical ple, electronic mail can be extended with video and +users will require the ability to cre;itc, as opposed audio annotations, or meetings can be transformecl +to only access. multimeclia source material. How- into vicleo teleconferencing. The adoption of com- +ever, for discussion purposes, multimedi;~plat- pletely digital data for multimedia also implies that +forms can be classified into two c;~tcgories: the platform I/O will change. Some user systems +authoring and user. Authoring refers to creation will not require analog device interfaces or control: +of multirneclia source material i111d requires differ- the user will load the ;ipplication over the network +ent c;~pabilitiesthan user platforms. In the creation or from at1 optic;~ldisk. +of a multirncdia application, data from many differ- Each of the image formats described in this +ent devices may need to be digitized and cross- section has different characteristics, and each will + + + + + VIDEOCASSETTE + VIDEODISK + RECORDER + + + I10 AND DEVICE 110 AND DEVICE + CONTROL + CONTROL + COMPRESSION1 + DECOMPRESSION + DECOMPRESSION + + + COMPACT + VIDEODISK + DISK + + + + NETWORK NETWORK + + + + +24 Vol .J No. 4 E:~~ll + I991 Digital Techiricnl Jonrnal + Hctrdware Acceleratorsfor Bitonal Image Processing + + +be presented in the embodiment of multimedia. References and Note +Given the size, processing requirements (compres +sion and decompression), and real-time demands of 1. Standardization of Group 3 Facsimile Appa- +applications, hardware assist will be a necessity. ratus for Doc~lnzent Transmission, CCITT + Recommendations, Volume vl-Fascicle VI1.3, +Summary Recommendation ~ . 4 + (1980). +Imaging is a unique data type with special sys- 2. Facsimile Coding Schemes and Coding Control +tem requirements. To achieve interactive rates of Functions for Group 4 Facsimile Apparatus, +bitonal image display performance today, hardware CCITT Recommendations, Volume Wl-Fascicle +accelerators are needed; that has been the primary WJ.3, Recommendation T.6 (1984). +focus of this paper, In the future, a general-purpose + 3. Digital Compression and Coding of Continuous- +processor should be able to handle the imaging pro- + Tone Still Images, Part I, Requirements and +cess at the necessary speed, ancl beyond that, the + Guidelines, ISO/IEC JTCl Draft International +processor should be affordable in a low-cost bitonal + Standard 10918-1(November 1991). +imaging system. However, the bitonal document +processing market will not wait; it is in a high state 4. J. Mauro, X Image Extension Concepts, Version +of growth and requires that products like accelera- 2.4 (Cambridge: MIT X Consortium, June 1988). +tors be developed for at least a few years. + 5. D. A. Huffinan, "A Method for the Construction + Continuous-tone documents and multimedia + of Minimum Redundancy Codes," Proceedings +applications will place an even heavier processing + IRE, V O ~ .40 (1962): 1098-1101. +load on an imaging system. These areas will require +accelerators for several years. As imaging applica- 6. G. K. Wallace, "The JPEG Still Picture Compres- +tions, including bitonal, expand to cover more mar- sion Algorithm," Communications of the ACM, +kets, the quality enhancements and performance vol. 34, no. 4 (April 1991): 30-44. +benchmarks met by accelerators today will set + 7 Table 5 is adapted from Y. Kim, "Image Com- +customer expectations. Consequently, our fiiture + puting Requirements for the 1990's: From Multi- +imaging products must be designed to meet these + media to Medicine," Proceedings of Electronic +expectations. + Imaging West (April 1991). +Acknowledgments 8. CL550JPEG Image Compression Processoq Pre- +The authors wish to express thanks to the liminary Data Book (San Jose, CA: C-Cube +X Window Terminal Hardware and Software Design Microsystems Inc., November 1990). +Groups for their support in developing the 9. Coding of fMoving Pictures ancl Associated +DECimage 1200 option. The two major ASICs used Audio, Committee Draft of Standard I S 0 11172: +in the design were developed for previous pro- ISO/MPEG 90/176 (December 1990). +jects, and those two design teams are also offered +our thanks. Special thanks to Frank Glazer and +Tim Hellman for their insightful research on the +image rendering process. + + + + +Digital TechnicalJournal Vo1.3 iVo. 4 Full 1991 25 + \ No newline at end of file diff --git a/xie/docs/dec/README.md b/xie/docs/dec/README.md new file mode 100644 index 0000000..106d6f0 --- /dev/null +++ b/xie/docs/dec/README.md @@ -0,0 +1,126 @@ +# DEC documentation relevant to the VT1200's XIE server + +Downloaded 2026-11-01. These are DEC's own documents, not the X Consortium +XIE 5.0 specification (that one is in `../../xc/doc/hardcopy/XIE/`). + +| file | what it is | XIE content | +|---|---|---| +| `DECimage-1200-install-use-EK-V120I-IN-001.pdf` | *Installing and Using the DECimage 1200 Video Terminal*, EK-V120I-IN-001, February 1991 | **The key document.** Appendix C ("X Window Image Extensions") states the terminal's XIE server "uses a subset of the XIE protocol", lists the supported functions (Table C–1) and the pipeline/scaling restrictions | +| `VT1200-user-guide-EK-V1200-UG-001.pdf` | *VT1200 Video Terminal User Guide*, EK-V1200-UG-001 | No XIE mention (checked: zero matches for `XIE` / `image extension`) | +| `VT1200-release-notes-V2.0-EK-V1200-RN-001.pdf` | *VT1200 Video Terminal V2.0 Release Notes*, EK-V1200-RN-001, July 1990 | No XIE mention | +| `DTJ-1991-v03-04-bitonal-image-accelerators.pdf` | Digital Technical Journal **Vol. 3 No. 4 (1991)**, article *Hardware Accelerators for Bitonal Image Processing* (pp. 11–27) | Describes the DECimage accelerator and the S/XIE client–server split; cites *X Image Extension Concepts, Version 2.4* (J. Mauro) in its references | +| `VXT2000-user-information-XIE3.0.pdf` | *VXT 2000+ / VXT 2000 Windowing Terminal User Information*, Appendix C | Later DEC terminal; says "The terminal supports Version 3.0 of the XIE protocol" and gives the XIE pipeline constraints for the accelerator | +| `DECwindows-Motif-OpenVMS-XIE-support.pdf` | *HP DECwindows Motif for OpenVMS New Features* (Alpha V8.3 documentation set) | States that DECwindows Motif shipped XIE from Motif V1.1, includes `XIE$SHRLIB.EXE` and C headers, and supports **XIE 3.0, "not the adopted standard of V5.0"** | + +Only PDFs and their `pdftotext -layout` renderings are kept; the renderings are +searchable and are what the quotes below come from. + +## What the DECimage 1200 manual says + +Appendix C, opening paragraph: + +> The DECimage 1200 terminal includes X window image extensions (XIE), an +> extension to the DECwindows server. […] The XIE server for the terminal uses +> a subset of the XIE protocol to display document-size, bitonal images only. + +The supported function list in Table C–1 is grouped as: + +- **Session services:** `XIEP_INIT_SESSION`, `XIEP_SET_OP_DEFAULTS`, + `XIEP_QUERY_OP_DEFAULTS`, `XIEP_TERM_SESSION` +- **Resource services:** `XIEP_CREATE_BY_VALUE`, `XIEP_CREATE_BY_REFERENCE`, + `XIEP_DELETE_RESOURCE`, `XIEP_QUERY_RESOURCE`, `XIEP_EXPORT`, + `XIEP_FREE_EXPORT`, `XIEP_QUERY_EXPORT` +- **Transport services:** `XIEP_SET_TRANSPORT`, `XIEP_ABORT_TRANSPORT`, + `XIEP_PUT_TILE`, `XIEP_PUT_STREAM` +- **Geometric:** `XIEP_SCALE`, `XIEP_ROTATE`, `XIEP_MIRROR`, `XIEP_CROP` +- **Process control:** `XIEP_EXECUTE_PHOTOFLO`, `XIEP_ABORT_PHOTOFLO`, + `XIEP_BIND_PHOTOFLO`, `XIEP_TAP_PHOTOFLO`, `XIEP_SELECT_EVENTS`, + `XIEP_QUERY_EVENTS` + +Restrictions stated there: pipelines may use only scale, crop, rotate, mirror +and export, at most one of each, must end with export, and are limited to 15 +definitions; decompression is CCITT Group 3/4 with scaled width ≤ 32768; +rotation is 0/90/180/270 only; `SET_OP_DEFAULTS` bits/pixel must be 1. This +matches the 1-bit StaticGray VT1200 server we are talking to. + +## What the DEC documents do **not** give us + +DEC's XIE protocol encoding — request numbers, request lengths, reply layouts — +is not in these manuals. The DECimage manual documents the *supported subset +and restrictions*, not the wire format. No public copy of the DECimage +"X Programmer's Reference Manual" / XIE 2.3 protocol specification was found +(the manual list names it, but the document itself is not online in the +collections searched). + +So the 2.3 wire differences currently come from two sources: + +- raw probes against the live server (`../../evidence/xie_wire_probe.txt`); +- the ROM's own dispatcher, recovered with Ghidra (`../../GHIDRA_XIE.md`). + +## Surviving software media (checked) + +DEC software media do survive, but the ones checked do **not** contain a 2.3 +client kit: + +- **ULTRIX 4.0 UWS tape** (`archive.org`, item `dec-ultrix-vax-4.0-tapes`, + `UWS_4.0A.tap`, 7.6 MB): the setld inventory lists DECwindows X servers, + fonts and applications — no `XIEproto.h`, `libXIE`, `XieInitialize` or + `xieperf`. +- **ULTRIX 4.2 unsupported tape** (`dec-ultrix-4.2-unsupported-tape`): no XIE + strings in the inventory. +- **ULTRIX VAX 4.2 unsupported CONDIST, August 1992** + (`dec-ultrix-vax-condist-1992-08`): its `cd_contents.dat` lists unsupported + layered products only — no DECwindows or DECimage. +- **DECwindows Motif for OpenVMS** is the product that did ship XIE on the + client side, but it is 3.0: "DECwindows Motif includes the XIE client side + shareable library (`XIE$SHRLIB.EXE`) and C language header files", and it + "supports V3.0 and not the adopted standard of V5.0". Surviving OpenVMS + CONDIST CDs and the Tru64/Digital UNIX Software Product Library (Jan 1999) + are therefore 3.0/5.0-era, not 2.3. +- **DECUS tapes** in the bitsavers archive are user-contributed software, not + DEC's XIE product kit. + +So the answer to "do DEC tape archives survive?" is: media survive, in some +quantity, but no archived kit found so far carries the VT1200's XIE 2.3 client +library or headers. The 2.3 protocol evidence therefore comes from the ROM and +from live probes, not from a recovered DEC SDK. + +## The closest surviving source: DEC/AGE's server implementation + +The X11R6.1 tree in this directory is not just the 5.0 client. It also contains +the server-side XIE implementation: + +``` +xc/programs/Xserver/XIE/dixie/request/session.c +xc/programs/Xserver/XIE/dixie/request/tables.c +xc/programs/Xserver/XIE/dixie/request/*.c +``` + +`session.c` says "Dean Verheiden -- AGE Logic, Inc March, 1993" and calls +`AddExtension(xieExtName, ...)` from `XieInit()`. This is the direct descendant +of the code in the VT1200 ROM, at protocol 5.0 rather than 2.3. It is the best +structural map for the Ghidra analysis: the 26-entry `ProcTable5_00[]`, the +`ProcQueryImageExtension` reply (8 preferred levels, matching the VT1200's +reply length), and the `REQUEST_SIZE_MATCH` length checks all have 2.3 +counterparts in ROM. The differences are what the Ghidra report is recovering. + +## Provenance + +- +- +- +- +- +- +- +- + +The DECimage and VT1200 files were fetched from the DECdocument mirror at +`decdoc.itsx.net`; the DTJ issue from the mirror at `mrynet.com`; the VXT 2000 +manual from `filibeto.org`. + +## Related DEC-derived material already in this tree + +`../../xc/doc/hardcopy/XIE/SI/xieSIarch.txt` — *XIE Sample Implementation +Architecture*, credited to DEC and AGE Logic, describing the sample +implementation (the one that became XIE 5.0, not the VT1200's 2.3 server). diff --git a/xie/docs/dec/VT1200-release-notes-V2.0-EK-V1200-RN-001.pdf b/xie/docs/dec/VT1200-release-notes-V2.0-EK-V1200-RN-001.pdf new file mode 100644 index 0000000..60bfedd Binary files /dev/null and b/xie/docs/dec/VT1200-release-notes-V2.0-EK-V1200-RN-001.pdf differ diff --git a/xie/docs/dec/VT1200-release-notes-V2.0-EK-V1200-RN-001.txt b/xie/docs/dec/VT1200-release-notes-V2.0-EK-V1200-RN-001.txt new file mode 100644 index 0000000..e5bdd8e --- /dev/null +++ b/xie/docs/dec/VT1200-release-notes-V2.0-EK-V1200-RN-001.txt @@ -0,0 +1,222 @@ + EK-V1200-RN-001 + + + + +VT1200 VIDEO TERMINAL V2.0 +RELEASE NOTES + + + + +This document describes problems, corrections, and restrictions that pertain +to V2.0 of the VT1200 Video Terminal firmware. + + + + +Digital Equipment Corporation + July 1990 +The information in this document is subject to change without notice and should +not be construed as a commitment by Digital Equipment Corporation. Digital +Equipment Corporation assumes no responsibility for any errors that may appear +in this document. +The software described in this document is furnished under a license and may +be used or copied only in accordance with the terms of such license. +No responsibility is assumed for the use or reliability of software on equipment +that is not supplied by Digital Equipment Corporation or its affiliated companies. +Restricted Rights: Use, duplication, or disclosure by the U. S. Government is +subject to restrictions as set forth in subparagraph ( c ) ( 1 ) ( ii ) of the Rights +in Technical Data and Computer Software clause at DFARS 252.227–7013. +Copyright © by Digital Equipment Corporation 1990 +All Rights Reserved. + + +FCC NOTICE: The equipment described in this manual generates, uses, and +may emit radio frequency energy. The equipment has been type tested and found +to comply with the limits for a Class A computing device pursuant to Subpart +J of Part 15 of FCC Rules, which are designed to provide reasonable protec- +tion against such radio frequency interference when operated in a commercial +environment. Operation of this equipment in a residential area may cause in- +terference, in which case the user at his own expense may be required to take +measures to correct the interference. +AT&T and UNIX are trademarks of American Telephone and Telegraph Com- +pany. +X Window System is a trademark of the Massachusetts Institute of Technology. +The following are trademarks of Digital Equipment Corporation: +DEC LA12, LA34, LA35 PDP ThinWire +DECconnect LA36, LA38, LA50 P/OS ULTRIX +DECmailer LA75 Companion Professional ULTRIX-32 +DECmate LA100, LA210 Q-bus UNIBUS +DECnet LJ250, LJ251 Q22-bus VAX +DECserver 200 LN01, LN03 Rainbow VAXstation +DECservice LN03 Plus ReGIS VMS +DECterm LQP02, LQP03 RSTS VT, VT52, VT100 +DECUS LQP45 RSX VT220, VT320, + VT420 +DECwindows MASSBUS RT VT1000, VT1200 +DECwriter MicroPDP Scholar +DIBOL MicroVAX SERVIcenter + + + +This document was prepared using VAX DOCUMENT, Version 1.2 + Contents +Chapter 1 Terminal Manager and VTE Windows +1.1 QUIT ENDS ALL CONNECTIONS . . . . . . . . . . . . . . . . . . . . . . . . 1–1 +1.2 TERMINAL MANAGER - CREATE . . . . . . . . . . . . . . . . . . . . . . . . 1–1 + 1.2.1 CREATE LAT X SESSION . . . . . . . . . . . . . . . . . . . . . . . . 1–1 + 1.2.2 TCP/IP X SESSION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1–2 +1.3 TERMINAL MANAGER - CUSTOMIZE . . . . . . . . . . . . . . . . . . . . 1–2 + 1.3.1 CUSTOMIZE SECURITY . . . . . . . . . . . . . . . . . . . . . . . . 1–2 + 1.3.2 CUSTOMIZE HOST AND PRINTER PORTS . . . . . . . . . 1–2 + 1.3.3 CUSTOMIZE LAT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1–2 + 1.3.4 CUSTOMIZE FONT PATH . . . . . . . . . . . . . . . . . . . . . . . 1–3 +1.4 VTE - CUSTOMIZE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1–4 + 1.4.1 CUSTOMIZE GENERAL . . . . . . . . . . . . . . . . . . . . . . . . . 1–4 + 1.4.2 CUSTOMIZE 7-BIT NRCS . . . . . . . . . . . . . . . . . . . . . . . . 1–4 + 1.4.3 CUSTOMIZE PRINT . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1–4 + + + + + iii + Chapter 1 +Terminal Manager and VTE Windows + +1.1 QUIT ENDS ALL CONNECTIONS + Complete your work before using either the Terminal Manager Quit or + Remote Session Manager Quit. Both Quits are intended to return the + terminal to its initial state at the end of a work session. + +1.2 TERMINAL MANAGER - CREATE +1.2.1 CREATE LAT X SESSION + Session Manager and VMS + A problem can occur where a user cannot log into an X session on a host. + The terminal can still open VTE windows and pull down menus. The + watch cursor replaces the pointer. + If you have this problem, enter the command: + $ SHOW DEVICE TWA + If the host show a device number over 999, reboot the host. This action + will restore the VT1200’s ability to create X sessions. + To obtain a patch that permanently corrects this problem, contact your + Digital representative. + + + + + Terminal Manager and VTE Windows 1–1 + 1.2.2 TCP/IP X SESSION + Remote Pause Unsupported in UWS V2.1 + A difference between UWS V2.1 and UWS V2.2 prevents the successful + return from a Remote Session Manager Pause state in UWS V2.1. + +1.3 TERMINAL MANAGER - CUSTOMIZE +1.3.1 CUSTOMIZE SECURITY + TCP/IP BIND Name Service needs Names in Security + The Security authorization for TCP/IP requires that you only use decimal + dot notation (123.45.67.89) for the IP address of a remote system needing + access. However, if a BIND Name Server is available on the network and + it knows about the remote system, then you must use the name of the + remote system (eg, node.building.institution.area). + +1.3.2 CUSTOMIZE HOST AND PRINTER PORTS + Use Speed 19200 or 38400, not both + Due to a hardware limitation in the communications circuits, the speeds + 38.4Kbaud and 19.2Kbaud are mutually exclusive. All other speeds may + be mixed between the two serial ports, but only one or the other of the + two top speeds is available at one time. + + Diagnostic Port supported on Printer Port + When this mode is enabled, a printer attached to the printer port will + print out all messages that are displayed in the Terminal Manager + Message Region as they are received. You can control the messages that + are printed by selecting the appropriate message types in the Customize + Terminal Manager dialog box. + +1.3.3 CUSTOMIZE LAT + Software Update required for multiple Ethernet adaptors + If your system has multiple Ethernet adaptors to allow simultaneous + access to separate LANs, contact your Digital representative for an up- + dated copy of DECW$LAT_TRANSPORT.EXE. The new version provides + support for multiple link definitions. + + + + +1–2 Terminal Manager and VTE Windows + 1.3.4 CUSTOMIZE FONT PATH + Must Quit to Reset Font Path + Once a session makes use of the fonts, you can view the font path, but + you can’t change it until you quit out of the Terminal Manager. This + applies to all sessions including VTEs. The VTE does not require a font + path but will use host-based fonts for character and line attributes if + available. + + Link lost to font server requires quit to reset font path + If your link to the font service is disconnected, perhaps due to the font + server node shutting down, or due to a network problem, you will get + a message in the Terminal Manager window message area stating (for + example): + Session n to NODENAME terminated. Link lost with remote node. + Font path to node NODENAME lost. Reestablish font path before + starting X sessions. + Even if your other sessions to other nodes are still active, you need to + reset your font path to continue working. This is because the behaviors of + applications running on the terminal are not predictable when a request + for a new glyph or font fails. Therefore, you should close all sessions + and quit the terminal manager to restart the terminal and reset the font + path. + + Font compiler needed for non-DECwindows environments + If your VT1200 application requires fonts that are not in the DECwin- + dows library, you will need to get a font compiler to convert the fonts you + have to a format the VT1200 can use. A compiler is available through + the Internet that will convert the standard .BDF interchange format of + most fonts to the .DWF format of the VT1200. + The pcf font compiler is available on gatekeeper.dec.com in the + /pub/DEC/VT1000 directory. There are two files in that directory: + README pcf.tar.Z + The README file contains: + + + + + Terminal Manager and VTE Windows 1–3 + The file pcf.tar.Z in this directory contains the contents of + the contrib/server/pcf directory that is on tape4 of the MIT + X11R4 distribution. This code should allow you to build a + bdf->pcf compiler so that fonts can be generated that are + compatible with the VT1000 series terminals. + (Note that DEC’s .dwf format is also supported by the VT1000.) + and the pcf.tar.Z file is a compressed tar file containing the source code. + To retreive it via the internet, copy the files from: + gatekeeper.dec.com:~ftp/pub/DEC/VT1000 + If you cannot copy from the internet, contact your Digital representative. + +1.4 VTE - CUSTOMIZE +1.4.1 CUSTOMIZE GENERAL + Answerback only supports printable characters + Unlike the VT320, you cannot put control characters like CR or ESC into + the VTE answerback message. + +1.4.2 CUSTOMIZE 7-BIT NRCS + Choose NRCS to Match Keyboard + When using a VTE with a non-US Keyboard and 7-bit NRCS character + sets, you must manually use the VTE Customize 7-bit NRCS Selection to + choose an NRCS set to match the current keyboard language. Select the + corresponding language if you use a typewriter layout. Data Processing + keyboards in any language require the ASCII (North American) NRCS + set. This is a 7-bit issue only. + +1.4.3 CUSTOMIZE PRINT + VTE Printer Modes are user settable + Printer Modes are user settable from the Customize dialog box as well as + host settable by control functions. The buttons in the dialog box display + the mode that was set from either source. + + + + +1–4 Terminal Manager and VTE Windows + \ No newline at end of file diff --git a/xie/docs/dec/VT1200-user-guide-EK-V1200-UG-001.pdf b/xie/docs/dec/VT1200-user-guide-EK-V1200-UG-001.pdf new file mode 100644 index 0000000..98c391a Binary files /dev/null and b/xie/docs/dec/VT1200-user-guide-EK-V1200-UG-001.pdf differ diff --git a/xie/docs/dec/VT1200-user-guide-EK-V1200-UG-001.txt b/xie/docs/dec/VT1200-user-guide-EK-V1200-UG-001.txt new file mode 100644 index 0000000..993656a --- /dev/null +++ b/xie/docs/dec/VT1200-user-guide-EK-V1200-UG-001.txt @@ -0,0 +1,1491 @@ + USER’S INFORMATION MAP + + + + + Install and set up the terminal. Chapter 2 + + + + Install optional memory. Chapter 2 + + + + Start a session with your host. Chapter 3 + + + + Use a mouse and windows. Chapter 4 + + + + Use video terminal (VTE) windows. Chapter 5 + + + + Use the Terminal Manager. Chapter 6 + + + + Change operating settings. Chapter 7 + + + + Type additional characters. Chapter 9 + + + + Solve problems and get service. Chapter 11 + + + + Order options, cables, and documentation. Appendix B + + + + Perform system management tasks. Appendix D + + MA-0670-90A.DG + + + + +This document was prepared and published by Educational Services Development and +Publishing, Digital Equipment Corporation. + Installing and Using +The VT1200 Video Terminal +Order Number EK–V1200–UG–001 + + + + +Digital Equipment Corporation + First Edition, July 1990 + +The information in this document is subject to change without notice and should not +be construed as a commitment by Digital Equipment Corporation. Digital Equipment +Corporation assumes no responsibility for any errors that may appear in this document. + +The software described in this document is furnished under a license and may be used or +copied only in accordance with the terms of such license. + +No responsibility is assumed for the use or reliability of software on equipment that is not +supplied by Digital Equipment Corporation or its affiliated companies. + +Restricted Rights: Use, duplication, or disclosure by the U. S. Government is subject to +restrictions as set forth in subparagraph ( c ) ( 1 ) ( ii ) of the Rights in Technical Data +and Computer Software clause at DFARS 252.227–7013. + +Copyright © by Digital Equipment Corporation 1990 + +All Rights Reserved. +Printed in Taiwan. + +FCC NOTICE: The equipment described in this manual generates, uses, and may emit +radio frequency energy. The equipment has been type tested and found to comply with +the limits for a Class A computing device pursuant to Subpart J of Part 15 of FCC +Rules, which are designed to provide reasonable protection against such radio frequency +interference when operated in a commercial environment. Operation of this equipment in +a residential area may cause interference, in which case the user at his own expense may +be required to take measures to correct the interference. + +AT&T and UNIX are trademarks of the American Telephone and Telegraph Company. + +X Window System is a trademark of the Massachusetts Institute of Technology. + +The following are trademarks of Digital Equipment Corporation: +DEC DECwindows PDP ThinWire +DECall DECwriter P/OS ULTRIX +DECconnect DIBOL Professional ULTRIX-32 +DECmailer LA Q-bus UNIBUS +DECmate LA50 Q22-bus VAX +DECnet LA75 Companion Rainbow VAXstation +DECserver LN01, LN03 ReGIS VMS +DECservice LN03 PLUS RSTS VR150 +DECstation LQP02 RSX VT, VT52, VT100 +DECsupport MASSBUS RT VT220, VT320, VT420 +DECterm MicroPDP Scholar VT1200 +DECUS MicroVAX SERVIcenter + Contents + +About This Guide xi + + +1 A Look at the Terminal +VT1200 Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 + System Box . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 + Monitor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 + Keyboard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 + Mouse . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 +X Window Sessions and Video Terminal Sessions . . . . . . . . . . . . . . 3 + X Window System and DECwindows . . . . . . . . . . . . . . . . . . . . . . 3 +System Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 + VMS Systems: LAT Protocol . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 + UNIX and ULTRIX Systems: TCP/IP TELNET Protocol . . . . . . . 4 +How the Terminal Works . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 +Terminal Highlights . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 + Customizing Your Terminal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 + Compatibility with VT Series Terminals . . . . . . . . . . . . . . . . . . . 7 + Character Sets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 +Programming the Terminal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 + + + + + iii + iv Contents + + + +Installing Your Terminal + +2 Installing Your Terminal +Site Preparation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11 + Selecting a Location . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 +Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 +Installing Memory . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21 + Installing RAM Memory . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24 + Installing the ROM Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28 + + +3 Getting Started +Terminal Manager Window . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 +Choosing the Display Language . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 +Choosing the Correct Keyboard Type . . . . . . . . . . . . . . . . . . . . . . . . 34 +Starting a Session on Your Host System . . . . . . . . . . . . . . . . . . . . . 35 + Starting a Video Terminal or X Window Session + on a VMS System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 + Starting a Video Terminal or X Window Session + on an ULTRIX or UNIX System . . . . . . . . . . . . . . . . . . . . . . . . . . 41 + Starting a Video Terminal Session on the Serial Host Port . . . . . 47 +Ending a Session . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47 + + +Using Your Terminal + +4 Using Windows +DECwindows Differences . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51 +Before You Start . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52 + Using the Mouse . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52 + What Are Windows? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54 +Using Windows . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55 + Selecting Windows . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55 + Moving Windows . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56 + Changing the Size of Windows . . . . . . . . . . . . . . . . . . . . . . . . . . . 57 + Shrinking Windows to Icons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58 + Expanding Icons to Windows . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59 + Contents v + + + + Stacking Overlapping Windows . . . . . . . . . . . . . . . . . . . . . . . . . . 59 +Choosing Items from Pull-Down Menus . . . . . . . . . . . . . . . . . . . . . . 60 +Supplying Information in Dialog Boxes . . . . . . . . . . . . . . . . . . . . . . 61 + Moving and Changing Settings in a Dialog Box . . . . . . . . . . . . . . 63 +Using Scroll Bars . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64 + + +5 Using Video Terminal (VTE) Windows +VTE Window Format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66 +Clearing, Resetting, or Leaving the Session . . . . . . . . . . . . . . . . . . . 68 +Copying and Pasting Text . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69 + Host Synchronization Required . . . . . . . . . . . . . . . . . . . . . . . . . . 70 + Selecting Text to Copy . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 71 + Pasting Text . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 71 + Using QuickCopy . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72 +Customizing the VTE Window . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73 + Displaying the Customize Menu . . . . . . . . . . . . . . . . . . . . . . . . . 74 + Saving and Recalling Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . 75 + Changing Your VTE Window Settings . . . . . . . . . . . . . . . . . . . . . 76 + Changing Your VTE Display Settings . . . . . . . . . . . . . . . . . . . . . 78 + Changing Your VTE General Operating Features . . . . . . . . . . . . 80 + Changing Your VTE Keyboard Features . . . . . . . . . . . . . . . . . . . 84 + Choosing National Replacement Character Sets . . . . . . . . . . . . . 86 + Printing from a Video Terminal Window . . . . . . . . . . . . . . . . . . . 88 + + +6 Using the Terminal Manager +Terminal Manager Window . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 91 +Creating Sessions on a Host System . . . . . . . . . . . . . . . . . . . . . . . . 93 + Creating a Video Terminal Window on a VMS System . . . . . . . . . 95 + Creating an X Window Session on a VMS System . . . . . . . . . . . . 99 + Creating a Video Terminal Window or X Window Session on an + ULTRIX or UNIX System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 101 + Creating a Video Terminal Window on the Host or Printer Port + (VMS, ULTRIX, or UNIX) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103 + Creating a TCP/IP X Window Session . . . . . . . . . . . . . . . . . . . . . 104 +Pausing or Ending Sessions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105 + Pausing a Session . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105 + vi Contents + + + + Ending a Session . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 107 +Customizing Your Terminal’s Environment . . . . . . . . . . . . . . . . . . . 109 +Printing the Screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 109 + + +7 Customizing the Terminal Manager +Displaying the Customize Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . 112 +Saving and Recalling Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 113 +Changing Your Keyboard Settings . . . . . . . . . . . . . . . . . . . . . . . . . . 114 +Choosing the Display Language . . . . . . . . . . . . . . . . . . . . . . . . . . . . 117 +Changing Your Pointer and Mouse Settings . . . . . . . . . . . . . . . . . . . 118 +Changing Your Print Screen Settings . . . . . . . . . . . . . . . . . . . . . . . . 120 +Changing Your Security Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . 122 +Locking Your Customize Dialog Boxes . . . . . . . . . . . . . . . . . . . . . . . 125 +Activating Customize Password Security . . . . . . . . . . . . . . . . . . . . 127 +Changing Your Window Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . 129 +Controlling the Display of Messages . . . . . . . . . . . . . . . . . . . . . . . . 132 +Changing Your Host Port or Printer Port Settings . . . . . . . . . . . . . . 134 +Changing Your LAT Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 138 +Changing Your TCP/IP Settings +(ULTRIX and UNIX Systems) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 142 +Changing Your TCP/IP Name Server Settings . . . . . . . . . . . . . . . . . 144 +Changing Your TCP/IP Routing Table Settings . . . . . . . . . . . . . . . . 145 +Changing Your Font Path Settings . . . . . . . . . . . . . . . . . . . . . . . . . 147 + + +8 The Keyboard +LK401 Keyboard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 151 + Keyboard Dialect . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 151 + Layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 151 +Main Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 152 +Editing Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 155 +Numeric Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 155 +Top-Row Function Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 156 + Data Processing Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 158 + Compose Characters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 158 +Indicator Lights . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 159 + Contents vii + + + +Audible Indicators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 159 + Keyclick . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 159 + Bell . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 159 + + +9 Typing Additional Characters +What Characters Can I Type? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 162 +Key Sequences with Nonspacing Diacritical Keys . . . . . . . . . . . . . . 162 +How to Type a Character Using the Compose Character Key . . . . . 163 +How to Type a Character Using the Group Shift Key . . . . . . . . . . . 163 +Invalid Sequences . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 164 + Canceling or Restarting a Key Sequence . . . . . . . . . . . . . . . . . . . 164 +Hexadecimal Key Sequences . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 165 + + +10 VTE Programming Summary +Locator Device Commands . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170 + Enable Filter Rectangle (DECEFR) . . . . . . . . . . . . . . . . . . . . . . . 171 + Enable Locator Reports (DECELR) . . . . . . . . . . . . . . . . . . . . . . . 172 + Locator Report (DECLRP) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 173 + Request Locator Position (DECRQLP) . . . . . . . . . . . . . . . . . . . . 175 + Select Locator Events (DECSLE) . . . . . . . . . . . . . . . . . . . . . . . . 176 +Programming Summary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 177 + + +11 Solving Problems and Getting Service +Operating Problems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 184 +Power-Up Self-Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 188 + Screen Error Messages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 188 +Digital Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 189 +How To Get Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 190 + viii Contents + + + +A Specifications +Site Planning . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 191 +Environment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 192 +Electrical . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 192 +Display (Monochrome Monitors) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 192 +LK401 Keyboard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 193 + + +B Options and Documentation +Optional Memory . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 195 +Modems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 195 +Cables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 196 +Related Documentation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 196 +Ordering Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 197 + + +C Communication +Network Protocols . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 198 +Serial Communication . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 199 + Serial Communication Cables . . . . . . . . . . . . . . . . . . . . . . . . . . . 200 + Serial XON/XOFF Flow Control . . . . . . . . . . . . . . . . . . . . . . . . . . 200 +Modems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 201 + Modem Connections and Disconnections . . . . . . . . . . . . . . . . . . . 201 +Break Function . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 202 +Communication Connector Signals . . . . . . . . . . . . . . . . . . . . . . . . . . 202 +Pin Signals for the Pointing Device Connector . . . . . . . . . . . . . . . . . 204 +Standards . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 204 + + +D System Management Tasks +Preparing the LAT Environment (VMS Systems) . . . . . . . . . . . . . . . 205 +Preparing the TCP/IP Environment (ULTRIX and UNIX Systems) . 206 +Running a Remote X Window Session on a VMS System . . . . . . . . . 215 + + +Glossary + Contents ix + + + +Tables +9–1 Keyboards with Diacritical Marks . . . . . . . . . . . . . . . . . . . . . 162 +9–2 Key Sequences for Additional Characters . . . . . . . . . . . . . . . 167 +10–1 Primary DA Alias Responses from the Terminal . . . . . . . . . . 183 +10–2 Control Function Requests (non-VT320) . . . . . . . . . . . . . . . . 183 +11–1 Operating Problems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 184 +C–1 6-Pin DEC-423 Communication and Printer Interface Signals 203 +C–2 Pin Assignments for the Pointing Device Connector . . . . . . . 204 + About This Guide + + +This guide is designed to help you install, operate, and maintain your +VT1200 video terminal. The guide provides information on how to open X +window or video terminal sessions on a VMS, ULTRIX, or UNIX system. + +Who Should Use This Guide +This guide is for the installer and general user of the VT1200 video +terminal. The guide also provides programmers with a summary of +control functions they can use when writing applications for video +terminal (VTE) windows. + +Organization +This guide contains the following chapters and appendices: +• Chapter 1, ‘‘A Look at the Terminal,’’ provides an overview of the + terminal and its features. +• Chapter 2, ‘‘Installing Your Terminal,’’ describes how to install your + terminal and connect it to a host computer system. The chapter also + describes how to install optional RAM and ROM boards. +• Chapter 3, ‘‘Getting Started,’’ describes how to start a session on your + host system. You can use the terminal with VMS, ULTRIX, or UNIX + systems. +• Chapter 4, ‘‘Using Windows,’’ describes how to to manipulate windows, + choose menu items, and edit text. The chapter also shows how to use + the mouse. +• Chapter 5, ‘‘Using Video Terminal (VTE) Windows,’’ describes how to + use video terminal (VTE) windows. VTE windows let you emulate + Digital’s VT series of text terminals. + + + xi + xii About This Guide + + + +• Chapter 6, ‘‘Using the Terminal Manager,’’ describes how to use the + Terminal Manager window. You use this window to begin and end + sessions with a host system. +• Chapter 7, ‘‘Customizing the Terminal Manager,’’ describes how + to customize the terminal’s operating settings for your computing + environment and personal preference. +• Chapter 8, ‘‘The Keyboard,’’ describes the function of the keyboard’s + keys, bells, and indicator lights. +• Chapter 9, ‘‘Typing Additional Characters,’’ describes how to enter + characters that do not appear as standard characters on your + keyboard (for example, accented letters). +• Chapter 10, ‘‘VTE Programming Summary,’’ provides programmers + with a quick-reference summary of VT1200 programming control + functions for video terminal (VTE) window applications. +• Chapter 11, ‘‘Solving Problems and Getting Service,’’ describes how to + solve typical operating problems and directs you where to get more + help. +• Appendix A, ‘‘Specifications,’’ lists the terminal’s specifications. +• Appendix B, ‘‘Options and Documentation,’’ lists options, related + documentation, and ordering information. +• Appendix C, ‘‘Communication,’’ provides technical information on + communication with a host computer system. The appendix describes + network protocols for LAT and TCP/IP connections, as well as serial + communication. +• Appendix D, ‘‘System Management Tasks,’’ describes tasks for system + managers to perform before installing and running the terminal. The + appendix also describes how to run a remote X window session on a + VMS system. +• The glossary defines new terms introduced in the text. + About This Guide xiii + + + +Conventions +The following conventions are used in this manual: + + +Mouse Refers to any pointing device, such as a mouse, a puck, or a + stylus. +MB1, MB2, and MB1 indicates the left mouse button. MB2 indicates the +MB3 middle mouse button. MB3 indicates the right mouse + button. (The buttons can be redefined by the user.) +Keyboard keys Keys or switches that are labeled appear in a box . + Example: Press the Return key. +Ctrl key For Ctrl key sequences, hold down Ctrl and press the other + key. +Warnings Provide information to prevent personal injury. +Cautions Provide information to prevent damage to equipment or + software. +Notes Provide general information about the current topic. +Glossary entries Appear in italics when first used in text. + +Note to the Reader +The screens and windows shown in this guide represent the latest +information available at the time of publication. Some screens and +windows may not exactly match those that appear on your terminal. + 1 + 1 + A Look at the Terminal + + +This chapter introduces you to the VT1200 video display terminal. The +chapter provides an overview of the terminal and its basic operating +features. The chapter also tells you where to look in this manual for more +information about each feature. +The VT1200 lets you run X window applications on your computer system, +including Digital’s DECwindows software. The VT1200 also provides +video terminal (VTE) windows that are compatible with VT series text +terminals. +You can use the terminal with one or more computer systems. The +VT1200 can work with computers that use the VMS, UNIX, or ULTRIX +operating systems. You have several options for connecting your terminal +to a computer. +You can use a mouse or keyboard to send information to the host system. +You can print data displayed on the screen by connecting a printer to the +terminal’s system box or by using printers connected to your host system. + + + + +Chapter 1 1 + 2 A Look at the Terminal + + + +VT1200 Components +The terminal has four main components: a system box, monitor, keyboard, +and mouse. + + + + + MA-0811-90.DG + + + + +System Box +The system box contains the terminal’s logic and memory boards. It also +provides the connectors for power, system communication, and other +devices. A cover panel attaches to the rear of the system box to conceal +the connectors and cables. The system box is 368 mm deep 394 mm +wide 57 mm high (14.5 inches 15.5 inches 2.25 inches). + +Monitor +The terminal comes with one of the following monochrome monitors: + VR315 (380 mm/15 inch) with tilt-swivel stand + VR319 (480 mm/19 inch) with tilt-swivel stand + VRE01 (480 mm/19 inch) flat panel display +When connected to a host system, the monitor displays information you +send to the host system and information the host system sends to you. +For more information about your monitor, see your monitor’s installation +guide. + +Chapter 1 + A Look at the Terminal 3 + + + +Keyboard +The keyboard has four groups of keys and two indicator lights. The +keyboard cable connects to the system box. Chapter 8 describes the +keyboard. + +Mouse +The mouse is a three-button pointing device. You use the mouse to make +selections from screen menus, enter data for graphics, or select points on +the screen. The mouse connects to the system box. Chapter 4 describes +how to use the mouse. + +X Window Sessions and Video Terminal Sessions +You can use two types of sessions on your host computers: + X Window Session + To use an X window session, you log in to a host and use that host’s + X window software. In an X window session, you can use all the + applications and utilities provided in the X Window System. For more + information about Digital’s X applications, see the VMS or ULTRIX + version of the DECwindows User’s Guide. + Video Terminal Session + You can use your VT1200 as a video text terminal. The VT1200 + has a video terminal (VTE) window that lets you log in to a host + as you would on a conventional video terminal. The VTE window + offers most of the features of Digital’s VT320 text terminal with some + enhancements. +You can open one X window session and several VTE sessions at the same +time. + +X Window System and DECwindows +The X Window System is a graphically oriented user interface that +lets you display one or more windows on the screen. Each window can +represent a different software application running on its own host system. +For example, you could run a word processing application in one window +and a spreadsheet application in another window. With windows, you can +perform many tasks in an easy and efficient manner. +The X Window System was designed at the Massachusetts Institute +of Technology. Digital’s DECwindows software is based on and fully +compatible with the X Window System. + + + Chapter 1 + 4 A Look at the Terminal + + + +System Requirements +You can use your terminal with the VMS, ULTRIX, and UNIX based +systems. + +VMS Systems: LAT Protocol +The VMS operating system is one of Digital’s operating systems. To make +network connections to a VMS host system, use the local area transport +(LAT) protocol. LAT is a communications protocol for connecting to VMS +host systems. +To open a video terminal (VTE) session: You can use any version of the +VMS operating system. +To open an X window session: You must have VMS Version 5.3-1 or higher +installed on your system, and your system manager must enable certain +options (Appendix D). + +UNIX and ULTRIX Systems: TCP/IP TELNET Protocol +The UNIX operating system was created by AT&T and is used throughout +the computer industry. The ULTRIX operating system created by Digitial +is based on the UNIX operating system. To make network connections +to a UNIX or ULTRIX host, you normally use the transmission control +program/Internet protocol (TCP/IP) networking software. TCP/IP is the +preferred communication protocol for UNIX-based systems. +The VT1200 uses the TCP/IP TELNET protocol to make network +connections to UNIX-based host systems. TELNET is the TCP/IP protocol +that lets terminals connect to host systems in a wide-area network. +To open a video terminal session: You can use any version of UNIX or +ULTRIX. +To open an X window session: You can use any version of UNIX to open +an X window session, as long as any X11R3 client is installed on that +host. ULTRIX workstation (UWS) versions 2.1 and higher include an +X11R3 client. + + + + +Chapter 1 + A Look at the Terminal 5 + + + +How the Terminal Works +You can use the VT1200 with one or more computer systems. You have +several options for connecting your terminal to a computer. You can +connect the terminal directly to a computer through one of two serial +ports, or you can connect the terminal indirectly through an Ethernet +network using the ThinWire port. +The computer system you connect to is called the host. You can connect +several VT1200 terminals to a single host or connect one VT1200 terminal +to several hosts. +You use the keyboard and mouse to interact with applications on your +system. You send data to the application by typing on the keyboard or +selecting window options with the mouse. Data sent by the application +appears as text or graphics on the screen. You can print text or graphics +from the terminal. + + + + VMS ULTRIX UNIX Other + System System System Hosts + + + + + Ethernet + + + + + Video Terminal + + Other Hosts + U L TR IX Serial Local + Order + Processing DECwindows Host + + + + + VMS U N IX Local + Serial + Customer Printer + ALL-IN-1 + Inquiry or Host + + + MA-0763-90A.DG + + + + + Chapter 1 + 6 A Look at the Terminal + + + +You can use a variety of host software applications on the terminal. For +example, your host may have applications for word processing, data entry, +programming, or business graphics. Most applications involve interactive +processing. This means the terminal immediately sends the information +you enter from the mouse or keyboard to the host. +Applications use programming functions to perform many operations. The +terminal can work with standard American National Standards Institute +(ANSI) functions. See Chapter 10. + +Terminal Highlights +The VT1200 terminal is a four-piece desktop unit that provides many +of the features of a workstation. The terminal provides you with the +following features: +• A workstation-style display, resolution, keyboard, and mouse +• An X Window System desktop server for efficient interaction with + DECwindows and X window applications +• A local window manager that lets you move and resize windows +• A local terminal manager that lets you create, manage, and delete + connections to hosts +• A local video terminal (VTE) window that lets you use the VT1200 as + a conventional video terminal +• Access to VMS, ULTRIX, and UNIX operating system software at the + same time +• Serial interfaces for a keyboard and a mouse or tablet +• Two serial lines with DEC-423 connectors for serial host + communication and printer support, like a traditional terminal +• A ThinWire Ethernet port to connect to an Ethernet network +• Two megabytes of RAM memory, with the option to add two more + megabytes + The RAM board is user installable. + + + + +Chapter 1 + A Look at the Terminal 7 + + + +Customizing Your Terminal +You can check and control the settings of the terminal’s operating +features. You can +• Change individual feature settings. +• Recall factory-default settings or your own stored settings from + memory. +• Make temporary changes for the current session or store new settings + for all future sessions. +Chapter 7 describes how to customize your terminal settings. + +Compatibility with VT Series Terminals +The VT1200 can operate as a video text terminal when you want to log +in to a host system as you would with a conventional video terminal. You +can use the terminal as one of Digital’s VT320, VT220, VT102, VT101, +or VT100 text terminals. Chapter 5 describes the video terminal (VTE) +window and how to use it. + +Character Sets +When you use video terminal (VTE) windows, you can choose different +character sets to match your computer system or software application +requirements. You can choose from: +• Two 8-bit multinational character sets—DEC Multinational or the + the ISO Latin Alphabet No. 1 set of the International Standards + Organization +• Several 7-bit national replacement character sets (NRCs) for Western + European languages +Chapter 5 describes how to choose characters sets. + +Programming the Terminal +The VT1200 video terminal (VTE) windows emulate Digital’s VT320 text +terminal. The VT320 Programmer Reference Manual explains the control +functions used to access the terminal’s video terminal (VTE) window +features. Chapter 10 of this user guide is a summary of VT1200 specific +control functions and commands. Programmers use these functions in +their applications. + + + + + Chapter 1 + Installing Your Terminal + 22 + Installing Your Terminal + + +This chapter provides step-by-step instructions on how to: + Prepare for installation. + Unpack, inspect, and check the terminal’s components. + Connect your terminal to a monitor, mouse, and keyboard. + Connect your terminal to a network. + Turn on your terminal. + Connect an optional printer, modem, or tablet. + Install an optional memory board. +Carefully read all installation instructions before you turn on the power. + +Site Preparation +Before you install your terminal, make sure your computer system has +the necessary network hardware and system software to support the +terminal. See your system manager to make sure these requirements are +met. + +For System Managers +System managers need to prepare the system for use with the terminal. +Appendix D describes the required tasks. + + + + +Chapter 2 11 + 12 Installing Your Terminal + + + +Network Hardware Support +The terminal requires one of the following physical connections to connect +to a host computer system: + +ThinWire Lets the terminal operate with X window applications and +connector multiple text terminal sessions, using either the LAT or TCP/IP + network protocol. You must use the ThinWire connector to operate + with X window or DECwindows software. +Serial Lets the terminal connect to a single host or terminal server as a +line traditional text terminal. + +System Software Support +The following table summarizes the system resources needed to open X +window sessions or video terminal (VTE) sessions: + + Operating Communication +Operation System Protocol + +Video terminal session VMS Version 4.0 LAT + + + UNIX (any version) TELNET (TCP/IP) + + + ULTRIX (any version) TELNET (TCP/IP) + UWS Version 2.2 LAT + + +X window session VMS Version 5.3-1 LAT + or higher + + + UNIX (any version) TCP/IP + TFTP (UDP) for font + service + + + UWS Version 2.1 TCP/IP + (includes ULTRIX TFTP (UDP) for font + Version 3.1) or higher service + + + + +Chapter 2 + Installing Your Terminal 13 + + + +Selecting a Location +Use the following guidelines to select a good location for your terminal: +• Select a surface area that is large enough to hold your system box, + monitor, keyboard, and mouse. +• Select a location near ac power outlets and communication connectors. +• Keep your terminal away from heaters, photocopiers, direct sunlight, + and abrasive particles. +• Do not block the air vents on the sides of the system box or place the + system box on its side. Blocking the air vents can cause the system to + overheat. +• To avoid screen glare, select a place where bright light will not reflect + off the monitor. +• Place your monitor so that the top line of the monitor display is at eye + level. +• Keep the air well circulated, to prevent excess heat and dust from + accumulating. +• Keep the temperature between 10° and 40° C (50° and 104° F), and + the relative humidity between 10% and 95%. +• Keep the area clean. Do not place food or liquid on or near your + terminal. + + + + + Chapter 2 + 14 Installing Your Terminal + + + +Installation + +Unpack and check the contents of each carton. +1. Look for external damage on the shipping cartons, such as dents, + holes or crushed corners. +2. Unpack the shipping cartons. + + WARNING + If necessary, use two people to lift or move the monitor out of + the shipping carton. The approximate weight of the monitor + is + • VR315 monitor (380 mm/15 inch): 13 kg (29 lb) + • VR319 monitor (480 mm/19 inch): 27 kg (60 lb) + • VRE01 monitor (480 mm/19 inch): 8 kg (15 lb) +3. Make sure you have all the items shown in the following figure. + Carefully inspect the components for shipping damage. If you have + missing or damaged items, contact your sales representative and + delivery agent. + + CAUTION + If you received optional memory boards, do not remove them + from the antistatic bag at this time. Static electricity can + damage memory boards. +4. Save the empty shipping cartons and packing material for repacking, + in case you move or relocate your terminal. + +Install any optional memory first. +If you ordered additional memory for your terminal, go to the ‘‘Installing +Memory ’’ section at the end of this chapter. You should install memory +boards in the system box before proceeding. + + + + +Chapter 2 + Installing Your Terminal 15 + + + + + 1 2 3 + + + TM + + + + + 4 5 + TM + + + + + i t al + di g + + + + +6 7 8 9 + + + + +10 11 12 13 + + + + + MA-0812-90.DG + + + + + Chapter 2 + 16 Installing Your Terminal + + + +Parts Checklist + +1 Monitor: VR315, VR319, or VRE01 +2 System box power cord +3 Monitor installation guide +4 System box +5 Mouse +6 DEC-423 communication cable +7 Monitor cable +8 Monitor power cord +9 Keyboard and legend strip +10 Ethernet cable and connector +11 EIA adapter (DEC-423 6-pin to 25-pin) +12 Installing and Using the VT1200 Video Terminal +13 Rear dress panel +Options (See ‘‘Installing Memory ’’ ) + SIMM card(s) + +NOTE +If you receive three power cords (a short one and two long ones), +the second long power cord is not needed for this installation. + +Place the system box on a level surface. Place the monitor +on top of the system box. +Leave enough room at the rear of the system box and monitor for +connecting cables. + +WARNING +If necessary, use two people to lift or move the monitor. + + + + +Chapter 2 + Installing Your Terminal 17 + + + +Connect the cables to the system box. +Perform the following steps to connect cables and prepare the system box +for use. The steps are keyed to the figures. + + + + 1 + + 2 + 3 + 4 + 234 + 1 + 5 + 5 + 6 6 + 7 + + + + + MA-0667-90.DG + + + + +1 Connect one end of the monitor cable to the monitor and the other end + to the system box. + If you have a VRE01 monitor, attach the cable-holding fixture to the + rear of the monitor before connecting the cable. +2 Set the monitor selection switch to match your monitor. + + Monitor Switch Position + + VR315 5 + VR319 2 + VRE01 3 + + + + + Chapter 2 + 18 Installing Your Terminal + + + + + 1 + + 2 + 3 + 4 + 234 + 1 + 5 + 5 + 6 6 + 7 + + + + + MA-0667-90.DG + + + + +3 Connect the mouse or graphics tablet to the system box. +4 Connect the keyboard to the system box. Lower the keyboard’s legs + and install the legend strip for the top-row keys. +5 Serial printer port: If you have a printer or secondary host computer, + connect the printer or host to the system box. +6 Serial host port: If you have a primary host computer or terminal + server, connect the host or server to the system box. +7 Connect the ThinWire Ethernet cable’s T-connector to the system box. + Connect the other end of the cable to your local area network. +Serial Baud Rate For serial communication, the terminal is initially set +to a baud rate of 9600. Use the setting that matches your host system. +To set the serial baud rate, see ‘‘Changing Your Host Port or Printer Port +Settings’’ in Chapter 7. + + + + +Chapter 2 + Installing Your Terminal 19 + + + + + 234 + 1 5 + 6 + + + + + 8 + 9 + 11 + + + + + 10 + + + MA-0668-90.DG + + + + +8 Make sure the | /O power switches on the system box and monitor + are off (O). Then connect the long power cord to the system box and a + grounded electrical outlet. +9 Connect the short power cord to the monitor and the system box. +10 Route all cables under the dress panel. Then push the dress panel + onto the rear of the system box. +11 Turn the monitor’s | /O power switch on by pressing ( | ). Turn the + system box’s | /O power switch on by pressing ( | ). + The keyboard sounds a bell tone, and a pie graph gradually fills in as + the terminal performs its self-tests. + When the tests are done, the keyboard bell tone sounds again and the + Terminal Manager window appears. + + + + + Chapter 2 + 20 Installing Your Terminal + + + +Final steps . . . +• If you had problems with the installation, review the installation steps + carefully. If the problem continues, refer to Chapter 11. +• This is a good time to set the brightness, contrast, and viewing angle + of your monitor. See your monitor’s installation guide for instructions. +• If you installed optional RAM memory, use the procedure at the end + of this chapter to verify that the system recognizes the additional + memory. +Otherwise, the installation procedure is complete. You can go to Chapter 3 +to begin using your terminal. + + + + +Chapter 2 + Installing Your Terminal 21 + + + +Installing Memory +This section describes how to install memory boards in the system box. +You can install +• Additional random access memory (RAM) +• A new read-only memory (ROM) board containing updated firmware +The terminal comes with 2 megabytes of RAM memory. You can add +1 or 2 more megabytes of optional RAM memory, for a total of up to 4 +megabytes. +Optional memory comes on 1-megabyte single in-line memory module +(SIMM) cards. You install the SIMM cards on the RAM memory controller +board. + +Unpack and check the contents of the box. +• If you are installing additional RAM memory + You receive one or two SIMM cards. +• If you are installing a ROM board + You receive a ROM board. +Carefully inspect the components for shipping damage. If you have any +missing or damaged items, contact your sales representative and delivery +agent. + +CAUTION +The memory boards and the SIMM cards can be damaged by +electrostatic discharge. Handle the memory board by its cover or +strap. Handle the SIMM card by the side edges of the card. + + + + + Chapter 2 + 22 Installing Your Terminal + + + +Remove the system box cover. +1. Use a grounding wrist strap and an antistatic mat to perform the + installation, if available. Otherwise, frequently touch the metal + chassis of the system box during installation, to neutralize any + existing static charges. +2. Turn the system box’s | /O power switch off (O). +3. Turn the monitor’s | /O power switch off (O). +4. Disconnect the two power cords from the rear of the system box. +5. Disconnect the monitor video cable from the rear of the monitor. +6. Remove the monitor from the top of the system box. You may need + two people. +7. Release the top cover of the system box by pressing in the two push + tabs on the side of the box with the power switch, as shown. +8. Slowly lift the top cover until you release the hinges on the other side + of the box. Then lift the top cover completely off the system box. + + + + + 234 + 1 5 + 6 + + + + + 22% + + + + GSF_0839_89.DG + + + + +Chapter 2 + Installing Your Terminal 23 + + + +Identify the components in the system box. +There are four major components in the system box. The memory +controller board is shown installed. SIMM cards install on the other +side of the memory controller board. +If you are installing optional RAM memory, go to the next section. +If you are installing a ROM board, go to the section ‘‘Installing the +ROM Board.’’ + +System Box Components + +1 System logic board +2 RAM memory controller board +3 ROM board +4 Power supply + + + + 2 + + + 3 + 1 + 4 + + + + + 234 + 1 5 + 6 + + + + + 22% + + + GSF_1362_89.DG + + + + + Chapter 2 + 24 Installing Your Terminal + + + +Installing RAM Memory +CAUTION +The memory controller board and the SIMM cards can be +damaged by electrostatic discharge. Handle the memory +controller board by its cover or strap. Avoid contact with any +components or circuitry within the system box. + +Remove the memory controller board. +1. Release the standoff clips by gently pushing each clip away from the + board and lifting up on the edges of the board. +2. Grasp the strap of the memory controller board and pull up firmly to + release the memory controller board connector from the system logic + board. +3. Place the board on top of the power supply’s metal cover, with the + strap side down. This prevents electrostatic damage. + + + + + 38% + + + + + GSF_0957_89.DG + + + + +Chapter 2 + Installing Your Terminal 25 + + + +Install the SIMM cards on the memory controller board. +1. Remove the SIMM cards from the shipping bag. +2. Place the SIMM cards on top of the power supply’s metal cover. Use + the metal cover as a work surface to install the SIMM cards on the + memory controller board. This prevents electrostatic damage. +3. The memory controller board already has one SIMM card installed + in the connector labeled 2MB. Install the next SIMM card in the + connector labeled 3MB and the last SIMM card in the connector + labeled 4MB, as follows: + + CAUTION + SIMM cards can be damaged by electrostatic discharge. + Handle the SIMM card by the side edges of the card. Avoid + contact with the gold contact fingers on the card. + a. Insert the SIMM card into the connector at a 45-degree angle. + Face the components on the SIMM card toward the components + on the memory controller board. Line up the center key slot on + the SIMM card with the connector key on the memory controller + board. + b. Push down on the top of the SIMM card to securely seat the card + in the connector. + c. Raise the SIMM card into a standup position, until both sides of + the card lock into the connector tabs. + + + + + Chapter 2 + 26 Installing Your Terminal + + + + + 4M + B + 3M + B + 2M + B + + + + % + 70 + at + DG + T. + DI + _E + RD + OA + _B + M + RA + + + + + 3M + B + + + + + 3M + B + + GSF_0840_89.DG + + + + +To remove the SIMM card: Gently push outward on the tabs at the +sides of the connector. Tilt the SIMM card forward at a 45-degree angle, +toward the edge of the RAM board. Grasp the edges of the SIMM card +firmly and lift the card out of the connector. + + + + +Chapter 2 + Installing Your Terminal 27 + + + +Install the memory controller board into the system box. +1. Grasp the strap of the memory controller board. +2. Carefully place the board on top of its connector and standoffs in the + system box. Use the standoffs as guides to align the connector on the + board with the connector in the system box. +3. Press down firmly on the board and its edges to seat the connector + and lock each of the four standoff clips. +4. Go to the section ‘‘Replace the system box cover.’’ + + NOTE + If you have problems, recheck the installation procedures + carefully. If the problem continues, contact Digital Customer + Services. + + + + + GSF_0842_89.DG + + + + + Chapter 2 + 28 Installing Your Terminal + + + +Installing the ROM Board +CAUTION +The ROM board can be damaged by electrostatic discharge. +Handle the ROM board by its cover or strap. Also avoid contact +with any components or circuitry in the system box. + +Remove the old ROM board from your system box. +1. Release the standoff clips by gently pushing each clip away from the + board and lifting up on the edges of the board. +2. Grasp the strap of the ROM board and pull up firmly to release the + ROM board connector from the system logic board. + Set the old ROM board aside. + + + + + 38% + + + + + 22% of full size + then imod scaled at 1.5 + + Use REMOVE_ROM_BASE.DG for fixes + + GSF_0958_89.DG + + + + +Chapter 2 + Installing Your Terminal 29 + + + +Install the new ROM board into the system box. +1. Remove the new ROM board from the box and shipping bag. +2. Grasp the strap of the new ROM board. +3. Carefully place the board on top of the ROM connector and standoffs + in the system box. Use the standoffs as guides to align the connector + on the board with the connector in the system box. +4. Press down firmly on the board and its edges to seat the connector + and lock each of the four standoff clips. +5. Continue to the next section to replace the system box cover. + +Replace the system box cover. +1. From the rear of the system box, place the left side of the top cover + onto the hinge tabs in the left side of the system box. +2. Gently lower the right side of the top cover onto the system box. Make + sure the power connector frame slides into the slot behind the power + connectors. +3. Push down on the right side of the top cover until it snaps into the + two push tabs, locking it in place. + +After Installing the Memory Controller Board or ROM Board... +If you are installing the terminal, go back to the beginning of this chapter +and continue the installation procedure. +If not, perform the following steps: +1. Place the monitor on top of the system box. Leave enough room to + connect cables on the rear of the system box and monitor. +2. Connect the two power cords to the rear of the system box. +3. Connect the monitor video cable to the rear of monitor. +4. Turn on the system box’s | /O power switch by pressing ( | ). +5. Turn on the monitor’s | /O power switch by pressing ( | ). + + + + + Chapter 2 + 30 Installing Your Terminal + + + +Verifying the Installation of Optional RAM Memory +The Terminal Manager window should be displayed on your screen. +Verify that the number on the right side of the Memory Remaining scale +displays the correct number of total megabytes in your system. + + +Standard + Optional = Number Displayed +2 megabytes 1 megabyte 3M + 2 megabytes 4M + +NOTE +If you have problems, recheck the installation procedures +carefully. If the problem continues, contact Digital Customer +Services. + + The installation procedure for optional memory is complete. + + + + +Chapter 2 + 33 + Getting Started + + +This chapter provides step-by-step procedures on how to begin using your +terminal with a host computer. The chapter also introduces some of the +terminal’s screens and menus. +If you are unfamiliar with using windows and a mouse, you may want to +read the information in Chapter 4 before continuing. +Before you start, you should set the terminal to use the desired display +language and keyboard type. By default, the terminal uses the English +language and the North American keyboard type. +You can use your terminal with the VMS, ULTRIX, or UNIX operating +systems. You can open two types of sessions on these systems—a video +terminal session or X window session. +The chapter includes sections on: +• Terminal Manager window +• Choosing the correct display language +• Choosing the correct keyboard type +• Opening a session on a VMS host system +• Opening a session on a UNIX or ULTRIX host system +• Ending a session + + + + +Chapter 3 31 + \ No newline at end of file diff --git a/xie/docs/dec/VXT2000-user-information-XIE3.0.pdf b/xie/docs/dec/VXT2000-user-information-XIE3.0.pdf new file mode 100644 index 0000000..5707daa Binary files /dev/null and b/xie/docs/dec/VXT2000-user-information-XIE3.0.pdf differ diff --git a/xie/docs/dec/VXT2000-user-information-XIE3.0.txt b/xie/docs/dec/VXT2000-user-information-XIE3.0.txt new file mode 100644 index 0000000..86a2646 --- /dev/null +++ b/xie/docs/dec/VXT2000-user-information-XIE3.0.txt @@ -0,0 +1,15164 @@ +VXT 2000+/VXT 2000 +Windowing Terminal +User Information +Order Number: EK–VXT20–UG. E01 + + +January, 1994 + +This document describes how to use the VXT 2000+ /VXT 2000 windowing +terminal with VXT Version 2.1 software. +Topics include +• Creating X window and terminal window sessions on a host system +• Customizing the terminal’s screens and operating features +• Using VXT software or VXT EX (essential X server) software +• Programming with the X windows image extension (XIE) +Internet Address for Reader Comments +You can send your comments and suggestions about this guide and other +VXT manuals by electronic mail to the following Internet address: +docteam@gwen.enet.dec.com + + + + +Revision/Update Information This is a revised document. +Operating System & Version: InfoServer Version 2.2 + OpenVMS VAX Version 5.4–2 + OpenVMS AXP Version 1.5 + ULTRIX Version 4.2 + DEC OSF/1 AXP Version 1.2 + SunOS Version 4.1.2 + HP–UX Version 8.05 + IBM AIX Version 3.1 + SCO ODT Version 1.1 +Software Version: VXT Version 2.1 +Digital Equipment Corporation +Maynard, Massachusetts + First Edition, January 1992 +Fifth Edition, January 1994 +Possession, use, or copying of the software described in this publication is authorized only +pursuant to a valid written license from Digital or an authorized sublicensor. +© Digital Equipment Corporation 1992, 1994. All Rights Reserved. +The following are trademarks of Digital Equipment Corporation: AXP, DEC, DECconnect, +DECdirect, DECimage, DEClaser, DECnet, DECserver, DECterm, DECwindows, Digital, LA, +LA50, LA75 Companion, LA324, LAT, LN03, OpenVMS, ReGIS, Scholar, ThinWire, ULTRIX, +VAX DOCUMENT, VMS, VT, VT52, VT100, VT300, VT320, VXT 2000, and the DIGITAL logo. +AT&T is a trademark of American Telephone & Telegraph Co. +HP and LaserJet are registered trademarks of Hewlett-Packard Company. Domain is a +registered trademark of Apollo Computer, Inc., a subsidiary of Hewlett-Packard Company +IBM is a registered trademark of International Business Machines Corporation. +MS–DOS is a registered trademark of Microsoft Corporation. +POSTSCRIPT is a registered trademark of Adobe Systems, Inc. +UNIX is a registered trademark licensed exclusively by X/Open Co. Ltd. +Open Look is a registered trademark of UNIX System Laboratories, Inc. +OSF, OSF/1, and Motif are trademarks of The Open Software Foundation, Inc. +Sun, Solaris, and NFS are trademarks of Sun Microsystems, Inc. + + + +This document was prepared using VAX DOCUMENT Version 2.1. + Contents + +About This Guide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . xiii + +1 A Look at the Terminal + 1.1 Terminal Highlights . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 + 1.2 How the Terminal Works . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 + 1.3 VXT Software . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 + 1.4 VXT EX Software . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 + 1.5 Memory Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 + 1.5.1 Monitoring Memory Use (Host-Based Terminals) . . . . . . . . . . 6 + 1.6 X Window Sessions and Terminal Window Sessions . . . . . . . . . . . 6 + 1.7 Customizing Your Terminal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 + 1.8 Compatibility with VT Series and 3270 Terminals . . . . . . . . . . . . 9 + 1.8.1 Character Sets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 + +2 Using the Terminal + 2.1 Terminal Manager Window . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12 + 2.1.1 VXT Message Box . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 + 2.1.2 Closing the Terminal Manager Window and VXT Message + Box . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 + 2.2 Creating Sessions and VXT Applications . . . . . . . . . . . . . . . . . . . 14 + 2.2.1 Displaying the Create Dialog Box . . . . . . . . . . . . . . . . . . . . . 14 + 2.2.2 Starting LAT or Serial Sessions . . . . . . . . . . . . . . . . . . . . . . . 15 + 2.2.3 Starting a DECnet Session . . . . . . . . . . . . . . . . . . . . . . . . . . 16 + 2.2.4 Starting an IP Session . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17 + 2.2.4.1 Optional Buttons for Specifying IP Hosts . . . . . . . . . . . . . 18 + 2.2.5 Starting VXT Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . 21 + 2.2.6 Starting Remote Applications . . . . . . . . . . . . . . . . . . . . . . . . 21 + 2.2.7 Preferred Services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22 + 2.2.8 Creating Sessions from a Menu: Preferred Services . . . . . . . 23 + 2.3 Autostarting, Pausing, or Ending Sessions . . . . . . . . . . . . . . . . . 24 + 2.3.1 Autostarting a Session . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24 + + + iii + 2.3.2 Pausing a Session . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25 + 2.3.3 Ending All Sessions and Restarting VXT Software . . . . . . . . 27 + 2.3.4 Ending Individual Sessions . . . . . . . . . . . . . . . . . . . . . . . . . . 27 + 2.4 Checking Network and Terminal Status . . . . . . . . . . . . . . . . . . . 28 + 2.5 Working with Multiple Remote X Session Managers . . . . . . . . . . 28 + 2.6 Using the Open Look Window Manager from Sun Systems . . . . . 29 + 2.7 Customizing Your Terminal’s Environment . . . . . . . . . . . . . . . . . 32 + 2.8 Printing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 + 2.8.1 Printing the Screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 + 2.8.2 Printing from a Host System . . . . . . . . . . . . . . . . . . . . . . . . . 34 + 2.9 Getting Started Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 + +3 Customizing the Terminal + 3.1 Displaying the Customize Menu . . . . . . . . . . . . . . . . . . . . . . . . . 39 + 3.2 Saving and Restoring Terminal Manager Settings . . . . . . . . . . . . 40 + 3.3 Changing Your Keyboard Settings . . . . . . . . . . . . . . . . . . . . . . . . 41 + 3.4 Choosing the Display Language . . . . . . . . . . . . . . . . . . . . . . . . . . 44 + 3.5 Changing Your Pointer and Mouse Settings . . . . . . . . . . . . . . . . . 45 + 3.6 Changing Your Print Screen Settings . . . . . . . . . . . . . . . . . . . . . . 48 + 3.7 Changing Your Security Settings . . . . . . . . . . . . . . . . . . . . . . . . . 50 + 3.8 Changing Your Screen Background . . . . . . . . . . . . . . . . . . . . . . . 52 + 3.9 Changing Your Window Colors . . . . . . . . . . . . . . . . . . . . . . . . . . . 54 + 3.10 Changing Your Terminal Manager Settings . . . . . . . . . . . . . . . . . 56 + 3.11 Changing Your Video Alignment Settings (VX227 Models) . . . . . . 60 + 3.12 Saving the Terminal Manager Window’s Position and Size . . . . . 61 + 3.13 Customizing the VXT Message Box . . . . . . . . . . . . . . . . . . . . . . . 61 + 3.13.1 Saving the VXT Message Box’s Position and Size . . . . . . . . . 63 + +4 Customizing Communications + 4.1 Displaying the Communications Submenu . . . . . . . . . . . . . . . . . . 65 + 4.2 Changing Your Serial and Parallel Port Settings . . . . . . . . . . . . . 66 + 4.3 Changing Your LAT Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69 + 4.4 Changing Your LASTport Group Code Settings (InfoServer + Systems) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 71 + 4.5 Changing Your TCP/IP IP Address Settings . . . . . . . . . . . . . . . . 73 + 4.6 Changing Your TCP/IP Name Server Settings . . . . . . . . . . . . . . . 74 + 4.7 Changing Your TCP/IP Routing Table Settings . . . . . . . . . . . . . . 76 + 4.8 Changing Your NFS Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78 + 4.9 Changing Your DECnet Address Settings . . . . . . . . . . . . . . . . . . 81 + 4.10 Changing Your DECnet Name Translator Settings . . . . . . . . . . . 82 + + + +iv + 5 Customizing Fonts and Startup Settings + 5.1 Displaying the Customize Menu . . . . . . . . . . . . . . . . . . . . . . . . . 85 + 5.2 Changing Your Configuration Manager Settings . . . . . . . . . . . . . 85 + 5.3 Changing Your Font Path Settings . . . . . . . . . . . . . . . . . . . . . . . 86 + 5.3.1 Entering a Font Path . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 88 + 5.4 Changing Your X Server Settings . . . . . . . . . . . . . . . . . . . . . . . . . 93 + 5.5 Changing Your Startup Settings . . . . . . . . . . . . . . . . . . . . . . . . . 94 + 5.6 Specifying Your AutoStart Settings . . . . . . . . . . . . . . . . . . . . . . . 95 + 5.7 Changing Your Boot Settings for VXT Software . . . . . . . . . . . . . . 98 + 5.7.1 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 99 + 5.7.2 Using Host-Based Operation . . . . . . . . . . . . . . . . . . . . . . . . . 100 + 5.7.3 Using Server-Based Operation . . . . . . . . . . . . . . . . . . . . . . . . 102 + 5.7.4 Customize Boot Dialog Box Description . . . . . . . . . . . . . . . . . 105 + 5.7.5 Entering Boot Commands to Load VXT Software . . . . . . . . . 108 + 5.8 Changing Your Software Options Settings . . . . . . . . . . . . . . . . . . 110 + 5.9 Using Customized Resource Files . . . . . . . . . . . . . . . . . . . . . . . . 113 + +6 Checking the Terminal’s Status + 6.1 Displaying the Status Submenu . . . . . . . . . . . . . . . . . . . . . . . . . . 115 + 6.2 Checking a TCP/IP Host System . . . . . . . . . . . . . . . . . . . . . . . . . 115 + 6.3 TCP/IP Routes Dialog Box . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 117 + 6.4 Displaying LAT and Ethernet Counters . . . . . . . . . . . . . . . . . . . . 118 + 6.5 Monitoring the Terminal’s Memory and Network Use . . . . . . . . . 123 + 6.6 Checking the Terminal’s System Configuration . . . . . . . . . . . . . . 124 + +7 Using VXT DECterm Windows + 7.1 The VXT DECterm Window . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 128 + 7.2 Copying and Pasting Text . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 130 + 7.2.1 Host Synchronization Required . . . . . . . . . . . . . . . . . . . . . . . 130 + 7.2.2 Selecting Text to Copy . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 131 + 7.2.3 Pasting Text . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 131 + 7.2.4 Using Quick Copy . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 132 + 7.2.5 Extending Your Selected Text . . . . . . . . . . . . . . . . . . . . . . . . . 132 + 7.3 Clearing or Resetting the Window . . . . . . . . . . . . . . . . . . . . . . . . 133 + 7.4 Using Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 135 + 7.5 Printing the DECterm Window . . . . . . . . . . . . . . . . . . . . . . . . . . 135 + 7.6 Exiting from a VXT DECterm Window . . . . . . . . . . . . . . . . . . . . 137 + + + + + v + 8 Customizing VXT DECterm Windows + 8.1 Displaying the Options Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . 139 + 8.2 Saving and Restoring VXT DECterm Option Settings . . . . . . . . . 140 + 8.3 Changing Your Window Settings . . . . . . . . . . . . . . . . . . . . . . . . . 142 + 8.3.1 Using Fonts on Your Host System or InfoServer . . . . . . . . . . 146 + 8.4 Changing Your Display Settings . . . . . . . . . . . . . . . . . . . . . . . . . 148 + 8.5 Changing Your General Operating Features . . . . . . . . . . . . . . . . 150 + 8.6 Changing Your Keyboard Features . . . . . . . . . . . . . . . . . . . . . . . 154 + 8.7 Choosing National Replacement Character Sets . . . . . . . . . . . . . 156 + 8.8 Changing Your Graphics Display Settings . . . . . . . . . . . . . . . . . . 157 + 8.9 Changing Your Printer Settings . . . . . . . . . . . . . . . . . . . . . . . . . . 158 + +9 Using VXT 3270 Windows + 9.1 VXT 3270 Windows . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 161 + 9.2 Before You Start . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 162 + 9.3 Creating a VXT 3270 Session . . . . . . . . . . . . . . . . . . . . . . . . . . . . 162 + 9.4 Entering 3270 TE Connection Parameters . . . . . . . . . . . . . . . . . . 163 + 9.5 Using the VXT 3270 Window . . . . . . . . . . . . . . . . . . . . . . . . . . . . 166 + 9.5.1 Using the VXT 3270 Window Work Area . . . . . . . . . . . . . . . . 167 + 9.5.2 Working in the Display Area . . . . . . . . . . . . . . . . . . . . . . . . . 168 + 9.5.3 Understanding Operator Information . . . . . . . . . . . . . . . . . . 169 + 9.5.4 Entering Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 169 + 9.5.5 Editing Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170 + 9.5.6 Printing Text . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 171 + 9.5.7 Copying and Pasting Text . . . . . . . . . . . . . . . . . . . . . . . . . . . 171 + 9.5.8 Selecting Text to Copy . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 171 + 9.5.9 Pasting Text . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 172 + 9.5.10 Using Quick Copy . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 172 + 9.5.11 Extending Your Selected Text . . . . . . . . . . . . . . . . . . . . . . . . . 173 + 9.5.12 Copying and Pasting With the Keyboard Only . . . . . . . . . . . . 173 + 9.5.13 Recording and Playing Back Key Sequences . . . . . . . . . . . . . 174 + 9.5.14 Using the Numeric Keypad to Enter Numbers . . . . . . . . . . . 175 + 9.5.15 Saving Current Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . 176 + 9.5.16 Viewing Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 176 + 9.5.17 Viewing Keyboard Layout Maps . . . . . . . . . . . . . . . . . . . . . . . 176 + 9.5.18 Viewing the Function List . . . . . . . . . . . . . . . . . . . . . . . . . . . 177 + 9.5.19 Viewing Your Connection Parameters . . . . . . . . . . . . . . . . . . 177 + 9.5.20 Viewing Field Attributes . . . . . . . . . . . . . . . . . . . . . . . . . . . . 177 + 9.5.21 Using the MB3 Pop-Up Menu . . . . . . . . . . . . . . . . . . . . . . . . 178 + 9.5.22 Exiting from a VXT 3270 Window . . . . . . . . . . . . . . . . . . . . . 179 + + + + +vi + 10 Customizing VXT 3270 Windows + 10.1 Customizing the VXT 3270 Window . . . . . . . . . . . . . . . . . . . . . . . 180 + 10.1.1 Customizing Key Definitions . . . . . . . . . . . . . . . . . . . . . . . . . 180 + 10.1.2 Saving and Loading Custom Key Definitions . . . . . . . . . . . . . 182 + 10.1.3 Modifying VXT 3270 Window Options . . . . . . . . . . . . . . . . . . 183 + 10.1.4 Using the Selector Mouse Function . . . . . . . . . . . . . . . . . . . . 184 + 10.2 Using VXT 3270 Keyboard Functions . . . . . . . . . . . . . . . . . . . . . 184 + 10.2.1 Key Functions Defined . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 187 + 10.3 Translation Table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 193 + +11 Using Windows + 11.1 Using the Mouse . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 195 + 11.1.1 Pointer Shapes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 197 + 11.2 Working with Windows . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 197 + 11.2.1 What Are Windows? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 197 + 11.2.2 Selecting the Active Window . . . . . . . . . . . . . . . . . . . . . . . . . 199 + 11.2.3 Moving Windows . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 199 + 11.2.4 Changing the Size of Windows . . . . . . . . . . . . . . . . . . . . . . . . 200 + 11.2.5 Reducing Windows to Icons . . . . . . . . . . . . . . . . . . . . . . . . . . 201 + 11.2.6 Raising and Lowering Stacked Windows . . . . . . . . . . . . . . . . 202 + 11.3 The Window Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 202 + 11.3.1 Using the Workspace Submenu . . . . . . . . . . . . . . . . . . . . . . . 204 + 11.4 Working With Menus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 206 + 11.4.1 Choosing Items from Pull-Down Menus . . . . . . . . . . . . . . . . . 206 + 11.4.2 Choosing Items from Pop-Up Menus . . . . . . . . . . . . . . . . . . . 207 + 11.4.3 Choosing Items from Options Menus in Dialog Boxes . . . . . . 208 + 11.5 Supplying Information in Dialog Boxes . . . . . . . . . . . . . . . . . . . . 208 + 11.5.1 Dimmed Items in Menus and Dialog Boxes . . . . . . . . . . . . . . 210 + 11.5.2 Moving and Changing Settings in a Dialog Box . . . . . . . . . . . 210 + 11.6 Using Scroll Bars . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 211 + +12 Customizing Windows + 12.1 Displaying the Options Submenu . . . . . . . . . . . . . . . . . . . . . . . . . 214 + 12.2 Saving and Restoring Window Option Settings . . . . . . . . . . . . . . 215 + 12.3 Changing Your Workspace Settings . . . . . . . . . . . . . . . . . . . . . . . 216 + 12.4 Changing Your Border Settings . . . . . . . . . . . . . . . . . . . . . . . . . . 218 + 12.5 Changing Your Border Color Settings . . . . . . . . . . . . . . . . . . . . . 220 + 12.6 Changing Your Icon Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221 + 12.7 Changing Your Icon Color Settings . . . . . . . . . . . . . . . . . . . . . . . 223 + 12.8 Changing Your Matte Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . 225 + + + vii + 12.9 Changing Menu, Button, and Key Bindings . . . . . . . . . . . . . . . . . 226 + +13 Launching Applications + 13.1 Launching Sessions and Applications . . . . . . . . . . . . . . . . . . . . . 232 + 13.2 Launching Sessions and VXT Applications with the Window + Manager . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 233 + 13.2.1 Defining Menu Items to Launch Sessions and Local VXT + Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 233 + 13.2.2 Defining Keys to Launch Sessions and Local VXT + Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 235 + 13.3 Launching Remote Applications . . . . . . . . . . . . . . . . . . . . . . . . . . 236 + 13.3.1 Running the Application Launcher . . . . . . . . . . . . . . . . . . . . 237 + 13.3.2 Launch Command Arguments . . . . . . . . . . . . . . . . . . . . . . . . 238 + 13.3.3 Defining Menu Items or Keys to Launch Remote + Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 240 + 13.4 Launching Sessions and VXT Applications Using rsh . . . . . . . . . 241 + +14 Using VXT EX Software + 14.1 VXT EX Software . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 242 + 14.2 Loading VXT EX Software . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 243 + 14.3 Creating a Session . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 243 + 14.4 VXT EX Options Dialog Box . . . . . . . . . . . . . . . . . . . . . . . . . . . . 245 + +15 Using Your Keyboard + 15.1 ANSI Keyboard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 247 + 15.1.1 Keyboard Dialect . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 247 + 15.1.2 Layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 248 + 15.1.3 Main Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 248 + 15.1.4 Editing Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 250 + 15.1.5 Numeric Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 251 + 15.1.6 Top-Row Function Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 251 + 15.1.7 Data Processing Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 253 + 15.1.8 Compose Characters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 253 + 15.1.9 Text-Editing Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 254 + 15.1.10 Indicator Lights . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 254 + 15.1.11 Audible Indicators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 254 + 15.1.12 Keyclick . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 255 + 15.1.13 Bell . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 255 + 15.2 Short ANSI Keyboard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 255 + 15.2.1 Main Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 256 + + +viii + 15.2.2 Using Extend Key Sequences for Keypad and Function + Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 256 +15.2.3 Arrow Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 258 +15.2.4 Top-Row Function Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 258 +15.2.5 Compose Characters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 259 +15.2.6 Indicator Lights . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 260 +15.2.7 Audible Indicators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 260 +15.3 The PC Keyboard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 260 +15.3.1 PC Keyboard Models—Setting the Keyboard Type . . . . . . . . . 260 +15.3.2 Using the ANSI Keyboard Layout . . . . . . . . . . . . . . . . . . . . . 260 +15.3.3 Layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 261 +15.3.4 Main Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 261 +15.3.5 Janus-Faced and Front-Faced Character Keys . . . . . . . . . . . . 263 +15.3.6 Editing Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 263 +15.3.7 Numeric Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 263 +15.3.8 Top-Row Function Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 263 +15.3.9 Audible Indicators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 264 +15.3.10 Keyclick . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 264 +15.3.11 Bell . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 264 +15.3.12 Redefining Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 265 +15.3.13 PC Keyboard Keycodes and Symbol Assignments . . . . . . . . . 266 +15.4 The Sun Style Keyboard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 270 +15.4.1 Layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 270 +15.4.2 Main Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 271 +15.4.3 Editing Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 272 +15.4.4 Numeric Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 272 +15.4.5 Top-Row Function Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 273 +15.4.6 Audible Indicators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 273 +15.4.7 Keyclick . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 273 +15.4.8 Bell . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 273 +15.4.9 Redefining Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 274 +15.4.10 Sun Keyboard Keycodes and Symbol Assignments . . . . . . . . . 274 +15.5 Using the Keyboard Instead of the Mouse . . . . . . . . . . . . . . . . . . 278 +15.5.1 Using the Editing Keypad to Perform Mouse Functions . . . . 278 +15.5.2 Using Menu Bars and Pull-Down Menus . . . . . . . . . . . . . . . . 278 +15.5.3 Using Pop-Up Menus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 279 +15.5.4 Using Submenus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 279 +15.5.5 Navigating Windows . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 280 +15.5.6 Miscellaneous . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 280 +15.5.7 Using Dialog Boxes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 282 +15.6 Typing Additional Characters . . . . . . . . . . . . . . . . . . . . . . . . . . . 282 +15.6.1 What Characters Can I Type? . . . . . . . . . . . . . . . . . . . . . . . . 283 +15.6.2 Key Sequences with Nonspacing Diacritical Keys . . . . . . . . . 283 + + + ix + 15.6.3 How to Type a Character Using the Compose Character + Key . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 284 + 15.6.4 How to Type a Character Using the Group Shift Key . . . . . . 285 + 15.6.5 Invalid Sequences . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 285 + 15.6.6 Canceling or Restarting a Key Sequence . . . . . . . . . . . . . . . . 286 + 15.6.7 Hexadecimal Key Sequences . . . . . . . . . . . . . . . . . . . . . . . . . 286 + +A Solving Problems and Getting Service + A.1 Operating Problems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 293 + A.1.1 NFS Error Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 300 + A.2 Power-Up Self-Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 302 + A.2.1 Error Messages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 302 + A.3 Restoring the Terminal to Factory-Default Settings . . . . . . . . . . . 303 + A.4 Digital Service Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 304 + A.4.1 How to Get Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 304 + +B Mixing Colors + B.1 What Color Settings Can I Customize? . . . . . . . . . . . . . . . . . . . . 306 + B.2 Color Mixing Dialog Box . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 307 + B.2.1 Picker Color Model . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 307 + B.2.2 Hue, Lightness, Saturation (HLS) Color Model . . . . . . . . . . . 310 + B.2.3 Red, Green, Blue (RGB) Color Model . . . . . . . . . . . . . . . . . . . 312 + B.2.4 Browser Color Model . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 313 + B.2.5 Grayscale . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 314 + +C Programming with the X Windows Image Extension + C.1 Checking the Terminal’s Imaging Capabilities . . . . . . . . . . . . . . . 317 + C.2 Hardware Accelerated XIE Functions . . . . . . . . . . . . . . . . . . . . . 317 + C.3 XIE Pipeline Definitions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 317 + C.3.1 XIE Pipeline Constraints . . . . . . . . . . . . . . . . . . . . . . . . . . . . 318 + C.3.2 XIE Pipeline Examples . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 319 + +D Related Documentation + D.1 Ordering Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 322 + + + + +x + E Options + E.1 Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 324 + +F Specifications + +G Setting Up the Work Environment + G.1 Proper Setup and Use . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 331 + +Glossary + +Index + +Tables + 6–1 LAT Counters Display Fields . . . . . . . . . . . . . . . . . . . . . . . . . 118 + 6–2 Ethernet Counters Display Fields . . . . . . . . . . . . . . . . . . . . . 121 + 6–3 System Configuration Display Fields . . . . . . . . . . . . . . . . . . . 125 + 9–1 Status Indicators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 169 + 9–2 Keyboard Copy and Paste Keys . . . . . . . . . . . . . . . . . . . . . . . 173 + 9–3 Field Attributes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 178 + 9–4 Quick Access to Functions: MB3 Pop-Up Menu . . . . . . . . . . . 178 + 10–1 VXT 3270 Window — Default Key Functions . . . . . . . . . . . . . 184 + 13–1 Application Names and Arguments . . . . . . . . . . . . . . . . . . . . 234 + 15–1 PC Keyboard Keycodes and Symbol Assignments . . . . . . . . . 266 + 15–2 Sun Keyboard Keycodes and Symbol Assignments . . . . . . . . . 275 + 15–3 Keyboards with Diacritical Marks . . . . . . . . . . . . . . . . . . . . . 284 + 15–4 Key Sequences for Additional Characters . . . . . . . . . . . . . . . 288 + A–1 System Box, Monitor, Keyboard, Mouse, and Printer + Problems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 293 + A–2 Booting, Server, and Network Problems . . . . . . . . . . . . . . . . . 296 + A–3 Session, Application, and Dialog Box Problems . . . . . . . . . . . 298 + A–4 NFS Error Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 300 + G–1 Recommendations for Proper Setup and Use . . . . . . . . . . . . . 332 + + + + + xi + About This Guide + + + This guide describes how to use VXT software on a VXT 2000 windowing + terminal. The terminal makes use of the open windowing environment. The + guide describes how to create X window or terminal window sessions on a wide + variety of operating systems. + +Who Should Use This Guide + This guide is for the general user of the VXT 2000 windowing terminal. + • If you are new to windows or the Motif windows environment, the guide + provides basic information on how to use windows and the mouse pointing + device. + • If you are familiar with windows, you can use the guide to learn about VXT + software features and customize your terminal’s operating features. + +Organization + This guide contains the following chapters and appendices: + • Chapter 1, ‘‘A Look at the Terminal,’’ provides an overview of the terminal + and its features. + Terminal Manager Window + • Chapter 2, ‘‘Using the Terminal,’’ describes the basic features of the + Terminal Manager window. The chapter describes how to create sessions, + print the screen, and view online VXT 2000 documentation. + • Chapter 3, ‘‘Customizing the Terminal,’’ describes how to customize basic + terminal settings for your language, personal preference, and system + security. + • Chapter 4, ‘‘Customizing Communications,’’ describes how to customize + terminal settings that affect communications with host computer systems. + + + xiii + • Chapter 5, ‘‘Customizing Fonts and Startup Settings,’’ describes how to + customize more advanced settings. Topics include autostarting sessions + and applications, changing font paths, booting VXT software, and loading + or unloading VXT software features. + • Chapter 6, ‘‘Checking the Terminal’s Status,’’ describes how to use the + Terminal Manager window’s Status menu to monitor memory use, network + use, network counters, and the terminal’s system configuration. You can + also view TCP/IP routes and use ping to determine the availability of hosts. + VXT DECterm Windows + • Chapter 7, ‘‘Using VXT DECterm Windows,’’ describes how to use DECterm + windows, which emulate a VT300 series terminal. + • Chapter 8, ‘‘Customizing VXT DECterm Windows,’’ describes how to + customize your DECterm windows for your computing environment and + personal preference. + VXT 3270 Windows + • Chapter 9, ‘‘Using VXT 3270 Windows,’’ describes how to use the VXT 3270 + terminal emulator to run applications on an IBM SNA host system through + a DECnet/SNA gateway. + • Chapter 10, ‘‘Customizing VXT 3270 Windows,’’ describes how to customize + the VXT 3270 terminal emulator window. + Window Manager + • Chapter 11, ‘‘Using Windows,’’ describes how to manage windows and use + menus, dialog boxes, and scroll boxes. The chapter also shows how to use + the mouse. + • Chapter 12, ‘‘Customizing Windows,’’ describes how to check and control + the settings for many of the window manager’s features. You can make + changes to the settings and save them for all future sessions. + • Chapter 13, ‘‘Launching Applications,’’ describes how to launch sessions, + local VXT applications or remote host applications from your terminal. + VXT EX Software + • Chapter 14, ‘‘Using VXT EX Software,’’ describes how to use VXT EX + software. VXT EX software is a minimal version of VXT software without + a terminal manager and other local clients. + + + + +xiv + Keyboards + • Chapter 15, ‘‘Using Your Keyboard,’’ describes the keys and indicator lights + on the terminal’s ANSI, short ANSI (UNIX), PC, and Sun style keyboards. + It also describes how to type additional characters not listed on your + keyboard keys and how to use the keyboard in place of the mouse. + Appendixes + • Appendix A, ‘‘Solving Problems and Getting Service,’’ describes how to solve + typical operating problems and how to get service. + • Appendix B, ‘‘Mixing Colors,’’ describes how to use the Color Mixing dialog + box that lets you change the color of windows and the screen. + • Appendix C, ‘‘Programming with the X Windows Image Extension,’’ + provides guidelines for programming with XIE protocol functions. + • Appendix D, ‘‘Related Documentation,’’ lists related documentation. + • Appendix E, ‘‘Options,’’ lists available hardware options. + • Appendix F, ‘‘Specifications,’’ lists the general, environmental, and electrical + specifications for the terminal. + • Appendix G, ‘‘Setting Up the Work Environment,’’ lists recommendations + for your health and safety while using the terminal. + • The glossary defines new terms introduced in the text and other relevant + terms. + +Comments? + Please send us your comments and suggestions about this guide or other VXT + manuals. You can use the Reader’s Comments form at the end of this guide, or + you can send electronic mail to the following Internet address: + docteam@gwen.enet.dec.com + When making comments, please include the manual title and part number + listed on the front cover. For specific comments, please include a page number, + section number, or section title for reference. + + + + + xv + Conventions + This guide uses the following conventions: + + Convention Meaning + VXT 2000 windowing Refers to all models of the VXT 2000 windowing terminal. + terminal + InfoServer system Refers to a disk server that downloads a VXT system image to + the terminal. + Mouse Refers to any pointing device, such as a mouse, a puck, or a + stylus. + MB1, MB2, and MB3 Represent the three mouse buttons: left (MB1), middle (MB2), + and right (MB3). Lefthanded users can exchange the MB1 and + MB3 button assignments if desired. + key Keys or switches that are labeled appear in a box . + Example: Press the Return key. + Alt Represents the Alt or Alt Function key on your keyboard. + Ctrl key key For Ctrl key sequences, press and hold each key in order until + you complete the sequence. + Ctrl +left Alt If a key sequence includes descriptive words, the keys are + joined by a plus (+) symbol for clarity. + Caution Provides information to prevent damage to equipment or + software. + Note Provides general information about the current topic. + Menu item . . . Menu items followed by . . . display a dialog box when chosen. + Menu item Menu items followed by display a submenu when chosen. + Glossary entries Appear in bold when first used in text. + Index entries The following abbreviations are used in the index: + (TM) for Terminal Manager + (WM) for Window Manager + + +Notes to the Reader + The screens and windows shown in this guide represent the latest information + available at the time of publication. Some screens and windows may not + exactly match those that appear on your terminal or reflect the system-default + settings. + + + + +xvi + 11 + A Look at the Terminal + + + This chapter provides an overview of the VXT 2000 windowing terminal and + its basic operating features. The chapter tells you where to look in this guide + for more information about each feature. + +1.1 Terminal Highlights + The VXT 2000 windowing terminal lets you access X window applications and + traditional terminal applications on computer systems in your network. You + can open several windows on the terminal, to display multiple applications + from different systems at the same time. + The VXT 2000 terminal provides many features of a workstation without the + need for workstation management. Here are some of the terminal’s main + features: + Hardware + • A workstation-style display, a keyboard, and a mouse. + • A monochrome, gray scale, or color monitor. + • A choice of Ethernet network connectors: ThinWire, thickwire, or twisted + pair. + • A 25-pin RS-232 serial printer/communications port with full modem + control. + • A 25-pin parallel printer port. + • Serial interfaces for a keyboard and a mouse or tablet. + • Expandable memory (user installable). + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 1 + A Look at the Terminal +1.1 Terminal Highlights + + Software + • The ability to access several computer systems at the same time, using the + TCP/IP, LAT, or DECnet transports. + • A choice of VXT software or VXT EX software, downloaded from a host + computer system or an InfoServer system. + • VXT software provides local applications and features such as + A local Terminal Manager window that lets you create and manage + connections to computer systems. You can connect to systems using the + TCP/IP, LAT, or DECnet transport. See Chapter 2. + VXT DECterm windows that let you access VT video terminal + applications on computer systems. VXT DECterm windows emulate + VT300 series video terminals. See Chapter 7. + VXT 3270 windows that let you access applications on an IBM SNA + system. See Chapter 9. + A local Motif window manager that lets you easily move and resize + windows, using a mouse or keyboard for navigation. See Chapter 11. + An AutoStart feature to automatically start your selected computer + sessions and local terminal applications when you start work, or at any + other time. See Section 5.6. + A Customize Boot dialog box for choosing the VXT software version you + want your terminal to load. See Section 5.7. + A Customize Font Path dialog box that lets you access fonts from host + systems and font servers on your network. See Section 5.3. + Configuration Manager windows that let a system manager configure + individual terminals or groups of terminals to share customized + settings and fonts. See VXT Software Version 2.1 Installation and + System Management. + • VXT EX (essential X server) software is a clientless version of VXT + software, without local applications. You can use VXT EX software to + access X applications on computer systems with minimal memory installed + in the terminal. When you use VXT EX software, the system you connect + to must provide all window and session management features. + + + + +2 Chapter 1 + A Look at the Terminal + 1.2 How the Terminal Works + +1.2 How the Terminal Works + The VXT software and fonts for your terminal are installed on a host computer + system or an InfoServer system. An InfoServer system is a high-performance + virtual disk server that can efficiently download software to many terminals. + You can use the terminal with one or more computer systems. You can connect + the terminal to + • An Ethernet network, using the ThinWire, thickwire, or twisted-pair port + • A computer, using the serial port + The computer system you connect to is called the host. You can connect your + terminal to several hosts. + You use the keyboard, mouse and monitor to interact with applications on your + host. You send data to the application by typing on the keyboard or selecting + window options with the mouse. Data sent by the application appears as + text or graphics on the terminal’s screen. You can print text or graphics on a + printer connected to the terminal’s printer port or on any networked printer. + You can use a variety of host software applications on the terminal. For + example, your host may have applications for word processing, data entry, + programming, or business graphics. Most applications involve interactive + processing. This means the terminal immediately sends the information you + enter from the keyboard or mouse to the host. + +1.3 VXT Software + Each time you start up the terminal, it sends out a network request for a host + or InfoServer system to download VXT software and fonts to the terminal. + This process of starting up the software and bringing it to an operable state is + also known as booting. + Knowledgeable users can customize the terminal’s boot settings to load a + particular VXT software version. See Section 5.7 for details. + There are some differences between host-based and server-based operation. + VXT Host-Based Software + If your terminal downloads VXT software from a host system, the terminal + always uses its own physical memory to display applications and store your + customized terminal settings. Host-based operation provides + • A Terminal Manager window + • VXT DECterm and VXT 3270 windows + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 3 + A Look at the Terminal +1.3 VXT Software + + • A local Motif window manager + • A configuration manager—Your system manager can use the Configuration + Manager dialog boxes to customize and manage individual terminals from + a central terminal. + VXT Server-Based Software + If your terminal downloads VXT software from an InfoServer system, the + terminal typically operates in server-based mode. In server-based mode, the + terminal saves your customized terminal settings on an InfoServer system. + Server-based mode provides all the features of the host-based operation, plus + • Virtual memory capability—The InfoServer system provides the terminal + with additional memory as needed to display more applications. As a + result, the terminal needs less installed memory than when you use + host-based operation. + • More configuration manager features—Your system manager can use the + Configuration Manager dialog boxes to customize and manage groups of + terminals, as well as the fonts they use. + • InfoReader library—You can access this library of online VXT documenta- + tion from the Getting Started menu in the Terminal Manager window. The + library includes this user guide. + You can also choose the host-based mode of operation when downloading from + an InfoServer system. In this case, your customized settings are stored in the + terminal’s memory, and the terminal cannot use the InfoServer system for + memory services. You still have access to the InfoReader library. Your boot + settings determine the mode of operation. See Section 5.7. + +1.4 VXT EX Software + VXT EX (essential X server) software is a clientless version of VXT software, + which means it does not include any local applications such as the Terminal + Manager window, VXT DECterm and VXT 3270 windows, or the Motif window + manager. + VXT EX software lets you use a VXT 2000 windowing terminal as a + workstation companion, relying on the host system to provide a session + manager, window manager, and other applications. You can use VXT EX + software with minimal memory installed in the terminal. + VXT EX software provides a single dialog box for starting an X session on + a host system. You can start a session on a system that supports the LAT + or TCP/IP transports and access that system’s X window applications. See + Chapter 14. + + +4 Chapter 1 + A Look at the Terminal + 1.5 Memory Requirements + +1.5 Memory Requirements + When you turn on the terminal, the VXT software is loaded into the terminal + from an InfoServer system or from a host computer system. There are + different memory requirements for using server-based or host-based software. + The optional image accelerator board for some VXT 2000 models also requires + extra memory. + + Your Terminal Needs At + If You Use VXT Software... And... Least... + Server-based – 4 megabytes of memory + Server-based Image accelerator board 6 megabytes + Host-based – 10 megabytes + Host-based Image accelerator board 12 megabytes + + + + If You Use VXT EX Your Terminal Needs At + Software... And... Least... + Host- or server-based – 4 megabytes of memory + Host- or server-based Image accelerator board 6 megabytes + + Standard Terminal (4 MB) + The standard terminal comes with 4 megabytes of memory. You can expand + memory up to 18 megabytes by installing memory modules in the terminal. To + expand memory on system box models, you must install a memory controller + board. + Optional Memory (To 18 MB) + • 2-megabyte memory controller board (for system box models) + • One to three 2-megabyte or 4-megabyte memory modules + To install memory, see VXT 2000+ /VXT 2000 Windowing Terminal Installing + and Getting Started. To order memory, see Appendix E. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 5 + A Look at the Terminal +1.5 Memory Requirements + +1.5.1 Monitoring Memory Use (Host-Based Terminals) + If your terminal uses host-based VXT software, the number of applications + and windows you can display is limited by the amount of physical memory in + the terminal. The amount of memory in use changes as you open and close + windows and applications. If you run out of memory, the terminal may quit all + current X sessions and terminal window sessions and reboot itself. + When the amount of available memory is low, the Terminal Manager window + displays a warning message. You can also monitor memory use by checking the + System Monitor dialog box (Section 6.5). + To regain memory, you can + • Close or quit from any unused applications, windows, or sessions. + • Decrease the number of lines the terminal saves when you scroll them off + the top of a VXT DECterm window. See Section 8.4. + • Limit the software options you load to only those you need. See Section 5.8. + • End all current sessions by rebooting the terminal’s software. To reboot the + terminal’s software: + – Choose Reset, Reboot, or Shutdown from the Terminal Manager + window’s Session menu. + – Press the reboot key sequence for your keyboard: + ANSI (LK401) keyboard Press Ctrl Alt . , using the left Alt key and the + period key on the numeric keypad. + PC (LK443/LK444) Press Ctrl Alt . , using the period key on the + keyboard numeric keypad. + Short ANSI (LK421) Press Ctrl Alt Extend . . + keyboard + Sun style (LK460) Press Ctrl Del . + keyboard + To install more memory in the terminal, see Appendix E. + +1.6 X Window Sessions and Terminal Window Sessions + You can use two types of sessions on your host computers: an X window + session or a VXT terminal window session. You can open X window + sessions and VXT terminal window sessions at the same time. + + + + +6 Chapter 1 + A Look at the Terminal + 1.6 X Window Sessions and Terminal Window Sessions + + X Window and DECwindows Sessions + The X Window System is a graphically oriented user interface that lets you + display one or more windows on the screen. Each window can represent a + different software application running on its own host system. For example, + you could run a word processing application in one window and a spreadsheet + application in another window. With multiple windows, you can perform many + tasks in an easy and efficient manner. + The X Window System was designed at the Massachusetts Institute of + Technology. Digital’s DECwindows Motif software is based on the X Window + System and the Open Software Foundation’s Motif standard. + To use an X window session, you log in to a host that has X window + applications. In an X window session, you can use all the applications and + utilities provided in the X Window System. For more information about + Digital’s X applications, see the DECwindows Motif User’s Guide for your + operating system. + Terminal Window Sessions + You can create terminal windows to access video text terminal applications on + host systems. The terminal lets you create multiple VXT DECterm or VXT + 3270 terminal windows. When you open a terminal window, you log in to a + host as you would on a conventional video terminal. + +1.7 Customizing Your Terminal + VXT software provides menus and dialog boxes that let you customize the + operating settings for your terminal’s window manager, terminal manager, + VXT DECterm windows, and VXT 3270 windows. You can save your own + settings or use factory-default settings from memory. + When you save customized settings in dialog boxes, the terminal stores + your settings in a native resource file. Whenever you turn on or reset the + terminal, it reads the settings in the native resource file. + If you use host-based operation, the terminal stores the native resource file + in the terminal’s nonvolatile memory. If you use server-based operation, the + terminal stores the native resource file on an InfoServer system. + If you want central management, you or your system manager can use the + configuration manager on any VXT 2000 windowing terminal in your network. + The configuration manager lets you customize settings for individual terminals + or groups of terminals. Configuration manager settings are stored in the native + resource files. Alternatively, you can create your own host-based resource + files and store them on a host system. + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 7 + A Look at the Terminal +1.7 Customizing Your Terminal + + Using Menus + You can use the following menus to customize settings: + • Terminal Manager—Customize menu + You use the Customize menu in the Terminal Manager window to view and + change the settings for most of the terminal’s operating features. + – For user-preference features, see Chapter 3. + – For communication settings, see Chapter 4. + – For startup settings and fonts, see Chapter 5. + • Window manager—Options submenu + The window manager provides an Options submenu that lets you customize + window features such as border colors. You can access the Options + submenu from the window menu button (Section 11.3) or from the + Workspace pop-up menu (Chapter 12). + Advanced users can customize window manager menus, mouse buttons, + or keyboard keys (Section 12.9). For example, you can define menu + items, buttons, or keys to launch local VXT applications or remote host + applications (Chapter 13). + • VXT DECterm Options menu + Each VXT DECterm terminal window you create includes an Options + menu. This menu lets you change many DECterm operating features for + that window while an application is running in the window. However, + many applications handle the customization of the VXT DECterm window + on their own. Chapter 8 describes how to use the VXT DECterm Options + menu. + • VXT 3270 Options menu + Each VXT 3270 terminal window you create includes an Options menu. + This menu lets you change certain VXT 3270 operating features while an + application is running. However, many applications handle customization + of the VXT 3270 window on their own. Chapters 9 and 10 describe how to + use the VXT 3270 Options menu. + Central Management + VXT Software Version 2.1 Installation and System Management describes how + to centrally manage terminals, using the configuration manager or your own + host-based resource files. + • Configuration Manager + When you click on Configuration . . . in the Terminal Manager window’s + Customize menu, the terminal displays the Configuration submenu. From + + + +8 Chapter 1 + A Look at the Terminal + 1.7 Customizing Your Terminal + + the Configuration submenu you can display a Resource Management or + Font Management dialog box. + The Resource Management dialog box lets a system manager centrally + manage VXT 2000 windowing terminals from one terminal. The system + manager can control the customizable features of these menus: + • Terminal Manager window’s Customize menu + • Terminal Manager window’s Create menu + • Window manager’s Options menu + • VXT DECterm window’s Options menu + The Font Management dialog box lets a system manager customize and + configure font support for terminals on multiple InfoServer systems. + • Host-based resource files + You can create your own host-based resource files to store the customized + settings for terminals. You edit these files directly. Host-based resource + files provide a way for host-based terminals to share the same settings. + Other Features on Host Systems + Host systems can also customize certain features of your terminal: + • Host-based control functions + Applications can control many terminal features from the host system by + using control functions. + • Client Customize + The X window or DECwindows software package includes its own + Customize utility, not described here. For more information, see the + DECwindows Motif User’s Guide for your operating system. + +1.8 Compatibility with VT Series and 3270 Terminals + The terminal can operate as a video text terminal when you want to log in to a + host system and use applications designed for conventional video terminals. + You can use VXT DECterm windows to emulate VT300 series video terminals. + See Chapters 7 and 8. + You can use VXT 3270 windows to access applications on an IBM SNA system. + See Chapters 9 and 10. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 9 + A Look at the Terminal +1.8 Compatibility with VT Series and 3270 Terminals + +1.8.1 Character Sets + VXT DECterm Windows + When you use VXT DECterm terminal windows, you can choose different + character sets to match your computer system or software application + requirements. You can choose from + • Two 8-bit multinational character sets—DEC Multinational or the ISO + Latin Alphabet No. 1 set of the International Standards Organization + • Several 7-bit national replacement character sets (NRCs) for Western + European languages + Chapter 3 describes how to choose characters sets. + VXT 3270 Windows + VXT 3270 windows use a translation table to translate the characters + generated by the terminal into EBCDIC characters that your IBM application + uses. See Section 10.3. + + + + +10 Chapter 1 + 22 + Using the Terminal + + +This chapter describes how to start using the terminal with VXT software. +When you turn on the terminal, it normally displays the Terminal Manager +window after loading VXT software. This window acts as a control panel for +creating sessions and customizing terminal settings. +VXT 2000+ /VXT 2000 Windowing Terminal Installing and Getting Started +provides step-by-step instructions to start creating sessions with the Terminal +Manager window. This chapter provides more details and describes other basic +functions you can perform from the Terminal Manager window. The chapter +covers the following major topics: +• Terminal Manager Window +• VXT Message Box +• Creating Sessions and VXT Applications +• Autostarting, Pausing, or Ending Sessions +• Checking Network and Terminal Status +• Working with Multiple Remote X Session Managers +• Using the Open Look Window Manager from Sun Systems +• Printing +• Getting Started Menu +If you want to use VXT EX software, see Chapter 14. When you use VXT EX +software, the terminal displays a VXT EX connection window instead of the +Terminal Manager window. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 11 + Using the Terminal +2.1 Terminal Manager Window + +2.1 Terminal Manager Window + When you turn on the terminal, it normally displays the Terminal Manager + window and VXT Message Box. Here is the Terminal Manager window: + + VXT V2.1 Terminal Manager + + + + + Ethernet Active Address LAT Host Name IP Address DECnet Address + + 08−00−2B−11−CD−46 LAT_08002B11CD46 12.122.123.123 12.123 + + + + LJ−01140C−RAGS + + + + + • The title bar displays the window title and VXT software version. + • The menu bar provides access to the following menus: + Session To end, pause, or autostart a session, or to display network and + terminal status information (Chapter 6) + Create To start X sessions, terminal windows, and local terminal + applications + Customize To customize terminal manager features and access the + Configuration Manager dialog boxes + Print Screen To print all or part of the screen on a local printer, or to cancel a + LAT print job + Getting Started To get help on creating sessions and entering your terminal’s IP + or DECnet address + To access the InfoReader library of online VXT documentation + (server-based terminals) + • The address region shows the terminal’s Ethernet, LAT, IP, and DECnet + addresses. These addresses define the terminal’s location on a network for + LAT, TCP/IP, and DECnet communications. + Initially, the IP and DECnet addresses are blank. To use TCP/IP or + DECnet communications, you must enter and save the terminal’s IP or + DECnet address in the appropriate Customize Communications dialog box. + Initially, the Ethernet Active Address field displays the terminal’s Ethernet + hardware address. If you enable DECnet communications, the displayed + Ethernet address is converted to a global network address in the network + service access point (NSAP) format. In this case, you can still view the + Ethernet hardware address in the System Configuration dialog box. + + + + +12 Chapter 2 + Using the Terminal + 2.1 Terminal Manager Window + +2.1.1 VXT Message Box + The VXT Message Box lets you monitor system messages that affect the + terminal’s operating status. + The VXT Message Box provides a Customize menu that lets you choose + the category of messages displayed and change the box’s position and size + (Section 3.13). + Normally, the terminal starts the Terminal Manager window and the VXT + Message Box as a single application. You can start them as separate + applications if you want to control them separately (Section 5.6). In this + case, the VXT Message Box also includes a File menu with an Exit item that + lets you close the box. + + + + + TI−03010−RAGS + +2.1.2 Closing the Terminal Manager Window and VXT Message Box + The Terminal Manager window and Message box are local VXT applications. + You can close these applications without closing your other open sessions. + Closing the Terminal Manager window can free the terminal’s memory to + perform other tasks. You can restart the Terminal Manager window and VXT + Message Box if needed. + To close the Terminal Manager window and VXT Message Box: + • Click on the Session menu in the Terminal Manager window. + • Click on the Close menu item. + If you have customized settings in the Customize AutoStart dialog box to run + the Terminal Manager window and VXT Message Box as separate applications, + the VXT Message Box remains open. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 13 + Using the Terminal +2.1 Terminal Manager Window + + To restart the Terminal Manager window and VXT Message Box: + 1. Click and hold MB2 anywhere on the screen background, outside your + windows. The terminal displays the pop-up VXT Create menu. + 2. Click on the Term Mgr + Msg Box menu item. + Hiding the Terminal Manager Window + You can also hide the Terminal Manager window and Message Box applications + without stopping them. You can choose to hide these applications each time + you start the terminal or hide them during operation. You can enable the F3 + key to act as a toggle switch for hiding or displaying these applications. See + Section 3.10. + +2.2 Creating Sessions and VXT Applications + You can open two types of sessions on host systems—an X session or a terminal + window session. X sessions let you access X window applications on your host. + Terminal window sessions provide a VXT DECterm or VXT 3270 terminal + emulator for accessing traditional video terminal applications on your host. + You can open multiple sessions. + You can also start or stop three VXT applications: + Terminal Manager window + VXT Message Box + Motif window manager + By default, the terminal starts all three applications when you turn on or reset + the terminal. + Initially, you use a Create dialog box to start sessions or change VXT + applications. After you save a list of preferred services in the dialog box, you + can quickly start sessions and VXT applications from the Create pull-down + menu or VXT Create pop-up menu (Section 2.2.8). + +2.2.1 Displaying the Create Dialog Box + To display the Create dialog box: + 1. Click on the Create menu in the Terminal Manager window. + 2. Click on Other... menu item to display the Create dialog box. + + Note + Your system manager can use the terminal’s configuration manager to + prevent users from accessing the Create dialog box. In this case, the + + + +14 Chapter 2 + Using the Terminal + 2.2 Creating Sessions and VXT Applications + + Other... menu item is dimmed. + + + + + TI−3009A−RAGS + + + You can connect to hosts or services on a network supporting the TCP/IP, LAT, + or DECnet protocol. + +2.2.2 Starting LAT or Serial Sessions + To start a LAT or serial session from the Create dialog box: + 1. In the Application box, click on the type of session you want to start: + X Session, DECterm, or 3270. + 2. In the Transport box, click on the communication method to use for the + session: LAT or Serial. + If you choose the Serial transport, skip the next step. + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 15 + Using the Terminal +2.2 Creating Sessions and VXT Applications + + 3. Click on the Host Name or Address box and enter the name or address of + the host you want to connect to. + 4. Click on the button to add your session settings to the Preferred + Services scroll box. + 5. Click on the Save button to save your Preferred Services list for future + use. The terminal adds your services to the Create menu and VXT Create + pop-up menu for quick access. + 6. Click on the Start button to connect to the host. The terminal displays a + login window. + 7. Log in to the session. + If the Start button is dimmed: + If you are trying to start a serial DECterm window, see Section 4.2 to change + the Port Usage feature to set the serial port to work as a host port. + +2.2.3 Starting a DECnet Session + Before you create your initial DECnet session, you must enter and save your + terminal’s DECnet address (Section 4.9). + Your host system must have the VXT$SERVER DECnet object installed. + For more information, see the section on the OpenVMS operating system in + VXT Software Version 2.1 Installation and System Management. + To start a DECnet session from the Create dialog box: + 1. In the Application box, click on the type of session you want to start: + X Session, DECterm, or 3270. + 2. In the Transport box, click on the DECnet button. + 3. Click on the Host Name or Address box and enter the DECnet host address + or name (up to 6 characters). Host names require at least one alphabetic + character. + You can specify DECnet addresses in two forms: + • The long form uses a period to separate the area number and node + number. For example: 61.513. + • The short form collapses the area and node numbers into a single deci- + mal value, using the formula (area_number 1024) + node_number. +  + + + + + For example: 62977 = (61 1024) + 513. +  + + + + + If you want to use host names instead of addresses, you first must + enter and save the address of your network’s DECnet name translator + (Section 4.10). + + +16 Chapter 2 + Using the Terminal + 2.2 Creating Sessions and VXT Applications + + 4. Click on the button to add your session settings to the Preferred + Services scroll box. + 5. Click on the Save button to save your Preferred Services list for future use. + The terminal adds your list to the Create menu and VXT Create pop-up + menu for quick access. + 6. Click on the Start button to connect to the host. The terminal displays a + login window. + 7. Log in to the session. + +2.2.4 Starting an IP Session + Before you create your initial session, you must enter and save your terminal’s + TCP/IP address (Section 4.5). + + Note + You can create only one IP X session to a given host. If you try to + create a second IP X session to the same host, the X display manager + (XDM) closes the first IP X session while creating the second IP X + session. + + + To start an IP session from the Create dialog box: + 1. In the Application box, click on the type of session you want to start: + X Session, DECterm, or 3270. + 2. In the Transport box, click on the TCP/IP button. + 3. Click on the Host Name or Address box and enter the IP host address or + name (up to 30 characters). + If you want to use host names instead of addresses, you first must enter + and save the address of your network’s TCP/IP name server (Section 4.6). + Options: + • Use the Any Host button if you want to use the first available IP host. + • Use the Any Host Indirect button to specify a host that will act as a + pathway to find the first available IP host. Specify the host in the Host + Name or Address box. + • Use the Comment box to enter optional text comments. For example, + if you entered a host name, you may want to enter the IP address as a + comment. + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 17 + Using the Terminal +2.2 Creating Sessions and VXT Applications + + • Use the List Known Hosts... button to display a dialog box that lets + you list available IP hosts. + See Section 2.2.4.1 for button descriptions. + You can enter a host IP address in one of the following formats: + Format Example + Decimal whole number 215279382 + Decimal dot notation 12.212.231.22 + Hexadecimal 0xcd4e716 + Hexadecimal dot notation 0xc.d4.e7.16 + Octal dot notation 01465163426 + Octal whole number 014.324.347.26 + For DECterm windows, you can specify the port for Telnet to connect on. + Simply append a comma to the host name or IP address followed by the + port number. + Format Example + Host_Name,Port market,24 + IP_Address,Port 12.212.231.22,24 + 4. Click on the button to add your session settings to the Preferred + Services scroll box. + 5. Click on the Save button to save your Preferred Services list for future use. + The terminal adds your list to the Create menu and VXT Create pop-up + menu for quick access. + 6. Click on the Start button to connect to the host. The terminal displays a + login window. + 7. Log in to the session. + HP–UX Systems: Reset Required if You Cannot Log In + When creating X IP sessions to the HP–UX system, you may have to reset the + terminal if you are unable to log in. This is because the HP–UX system does + not issue a server reset after closing the login box. +2.2.4.1 Optional Buttons for Specifying IP Hosts + Any Host + Use the Any Host button if you want to connect to first available IP host on the + network. When you click on the Any Host button, an asterisk appears in the + Host Name or IP Address box. + + + +18 Chapter 2 + Using the Terminal + 2.2 Creating Sessions and VXT Applications + + Any Host Indirect +Use the Any Host Indirect button if you want to enter a host to use as a path +to your destination host. When you click on the Any Host Indirect button, the +title of the Host Name or IP Address box changes to Through Host Name or IP +Address. You can then enter the host name or IP address of the host to use as +a pathway. + Optional Comment for Host +You can store optional text comments with your host name or IP address. For +example, if you entered a host name in the Host Name or IP Address box, you +may want to store the IP address as a comment. + List Known Hosts... +You can choose from a list of hosts on your local subnet or on other subnets, +by using on the List Known Hosts... button. Click on the button to display the +Known Hosts dialog box: + + + + + LJ−1147A−RAGS + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 19 + Using the Terminal +2.2 Creating Sessions and VXT Applications + + The Known Hosts dialog box lists the available TCP/IP hosts and services on + the network. If the host you want is not listed, it may be currently unavailable. + Click on the List button to update the list. You may have to click on this + button several times before the host you want is listed. Sometimes it takes + a few minutes for the terminal to establish communication with hosts on the + network. + If the Known Hosts box displays IP addresses with question marks (?) where + host names should appear, you need to enter your TCP/IP Name Server address + in the TCP/IP Name Server dialog box (Section 4.6). + To view hosts on the local subnet: + Click on the Local button. The dialog box lists known hosts in the terminal’s + local subnet. In the following example, 135 represents the local subnet of the + terminal. + Subnet example: + 16.122.135.222 + To view hosts on other subnets: + Click on the Indirect button. Then click on the Indirect Host Name box and + enter the name of a host to use as a source for subnet information. + To connect to a Host in the Known Hosts scroll box: + There are two ways to connect to a host from the Known Hosts scroll box. + • Double click on the host in the Known Hosts scroll box. + • Click on the host name or address in the Known Hosts scroll box. The + name or address appears in the Host Name or IP Address box of the Create + Session dialog box. + Click on the Connect button in the Create dialog box. + To add a host from the Known Hosts scroll box to the Preferred + Services scroll box: + 1. Click on the host name in the Known Hosts scroll box. The host name + appears in the Host Name or IP Address box of the Create dialog box. + 2. Click on the button in the Create dialog box. The host appears in the + Preferred Services scroll box. + 3. Click on the Save button in the Create dialog box. + To update the Known Hosts scroll box list: + Click on the List button. The terminal updates the list of available hosts. + + +20 Chapter 2 + Using the Terminal + 2.2 Creating Sessions and VXT Applications + + To close the Known Hosts dialog box: + Click on the Close button. + +2.2.5 Starting VXT Applications + To start a VXT application from the Create dialog box: + 1. In the Application box, click on the type of local application you want + to start: Motif Window Manager, Terminal Manager, Message Box, or + Terminal Manager + Message Box. + By default, the terminal runs the Terminal Manager window and VXT + Message Box as a single application. + 2. Click on the button to add the application to the Preferred Services + scroll box. + 3. Click on the Save button to save your Preferred Services list for future use. + The terminal adds your list to the Create menu and VXT Create pop-up + menu for quick access. + 4. Click on the Start button if you wish to start the application. + If the application is already running, it will not start again. Only one copy + of an application can run at a time. + +2.2.6 Starting Remote Applications + You can start a remote application on a host system that you are currently + connected to. Before you start a remote application, you must run the VXT + application launcher on the host system. For instructions, see Section 13.3. + To start a remote application from the Create dialog box: + 1. In the Application box, click on the Remote Application button. + 2. In the Name box, enter the name of the VXT launcher. The default name + is VXT. + If you plan to launch applications from several host systems, you must + specify a unique name for the VXT launcher on each system. You can + specify a name when you run the VXT launcher. See Chapter 13. + 3. In the Command box, enter the host system command to start the + application. + For example, the following command starts a clock: + OpenVMS system MCR DECW$CLOCK + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 21 + Using the Terminal +2.2 Creating Sessions and VXT Applications + + ULTRIX, DEC OSF/1 /usr/bin/dxclock + AXP, or UNIX system + 4. Click on the button to add your remote application settings to the + Preferred Services scroll box. + 5. Click on the Save button to save your Preferred Services list for future use. + The terminal adds your list to the Create menu and VXT Create pop-up + menu for quick access. + 6. Click on the Start button to start the remote application. The terminal + displays the application. + +2.2.7 Preferred Services + You can add, move, and delete services from your Preferred Services list in the + Create dialog box. + To add a service to the Preferred Services scroll box: + 1. Use the Application, Transport, and Host Name or Address boxes to specify + the service you want to add. + 2. Click on the button to add the service to the Preferred Services scroll + box. + 3. Click on the Save button to save your service’s name so you do not have to + enter it each time you turn on the terminal. + To start a session or application from the Preferred Services scroll + box: + • Double click on a service in the Preferred Services scroll box. + • Click on a service in the Preferred Services scroll box. The service name + appears in the Service or Host Name box. Click on the Connect button. + To move a service in the Preferred Services scroll box: + You can move a service up or down in the list. The terminal will display the + services in the same order on the Create pull-down submenus and the VXT + Create pop-up menu. + 1. Click on the service name you want to move. + 2. Click on the or  button to move the service one place up or down in + the list. + To remove a service from the Preferred Services scroll box: + 1. Click on the service name you want to remove. + + + +22 Chapter 2 + Using the Terminal + 2.2 Creating Sessions and VXT Applications + + 2. Click on the trash can button. + +2.2.8 Creating Sessions from a Menu: Preferred Services + After you save preferred services in the Create dialog box, the terminal adds + them to + • The Create menu, as submenus + • The VXT Create pop-up menu (after you restart the window manager) + You can quickly start a preferred service (a session or VXT application) by + choosing the service name from these menus. + Create Menu + The Create menu adds a menu item for each type of session you have saved – + DECterm, X Session, and so on. When you choose one of these menu items, the + terminal displays a submenu that lists all of your preferred services for that + type of session. + + VXT V2.1 Terminal Manager + + + + + LJ−01145C−RAGS + + VXT Create Pop-Up Menu + After you restart the window manager, the VXT Create pop-up menu also lists + all preferred services. + To restart the window manager and view the VXT Create pop-up menu: + 1. Click and hold mouse button 1 (MB1) anywhere on the screen background, + outside the Terminal Manager window and other windows. + The terminal displays a Workspace pop-up menu. + 2. Drag the pointer to the Restart... menu item, then release MB1. + The terminal displays a confirmation box asking if you really want to + restart the window manager. + 3. Click on the OK button to restart the window manager. + The borders around the windows on the screen disappear while the window + manager is being restarted. + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 23 + Using the Terminal +2.2 Creating Sessions and VXT Applications + + 4. After the window borders reappear, click and hold MB2 anywhere on the + screen background. + The terminal displays the VXT Create pop-up menu, listing your preferred + services. The default VXT Create pop-up menu lists the combined Terminal + Manager and VXT Message Box applications: + + VXT Create + Term Mgr + Msg Box + LJ−03026−RAGS + + + +2.3 Autostarting, Pausing, or Ending Sessions + The Terminal Manager window’s Session menu lets you automatically start or + pause a session. You can also end all sessions by using the Reset, Reboot, or + Shutdown items to reset the terminal’s VXT software. + VXT V2.1 Terminal Manager + + + + VXT V2.1 Terminal Manager + + + + + LJ−01141C−RAGS + + +2.3.1 Autostarting a Session + The AutoStart menu item lets you quickly start the list of sessions and VXT + applications that you saved in the Customize AutoStart dialog box. The + terminal also autostarts this list when you perform any action that restarts the + terminal, such as + • Turning the terminal on + • Choosing the Reset, Reboot or Shutdown menu items from the Session + menu + To enter your AutoStart settings, see Section 5.6. + To autostart your applications: + 1. Click on the Session menu in the Terminal Manager window. + + + + +24 Chapter 2 + Using the Terminal + 2.3 Autostarting, Pausing, or Ending Sessions + + 2. Click on AutoStart. The terminal starts up the sessions and applications in + the order you listed them in the Customize AutoStart dialog box. + +2.3.2 Pausing a Session + If you want to interrupt your work without ending your session, you can + pause a session. When you pause a session, the terminal displays the Pause + Password dialog box. After you enter and verify a pause password, the + terminal clears the screen and displays the Enter Password to Resume prompt. + Any applications you started continue to run. When you resume your session, + you can continue work where you left off. + The pause password is valid for the current terminal session only. The + password is not saved when you reboot or reset the terminal. + To pause your session: + 1. Click on the Session menu in the Terminal Manager window. + 2. Click on Pause to display the Pause Password dialog box. + + + + + LJ−01142−RAGS + + 3. You can enter a new pause password or use a previous pause password + that you saved during the current terminal session. + To enter a new pause password: + a. Enter the password in the Enter Pause Password box. The password + may be from 1 to 127 characters. Blank spaces are not allowed. + b. Click on the Verify Password box and enter the same password. If you + make a mistake, click on the Clear button to start over. + c. Click on the OK button to save the password and exit the dialog box. + To use your previous pause password: + Click on the Use Previous Password button. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 25 + Using the Terminal +2.3 Autostarting, Pausing, or Ending Sessions + + When you click on the OK or Use Previous Password button, the terminal + clears the screen and displays the Enter Password to Resume prompt. + + + + + LJ−01143A−RAGS + + To resume your session : + Enter your password into the Password box and click on the OK button. + If you forget the password, you can click on the Reset button to end all sessions + and restart the terminal. + If you choose... The terminal... + OK Verifies that your password is correct. + Clear Clears the password box. + Reset Ends all sessions on the terminal. Resets the X server and restarts + applications listed in the Customize AutoStart dialog box. + + Note: Serial Window Not Closed + The Reset button does not end a terminal window created on the serial + port. To close a session on the serial port, choose the Exit menu item + from the terminal window’s File menu. + + + + +26 Chapter 2 + Using the Terminal + 2.3 Autostarting, Pausing, or Ending Sessions + +2.3.3 Ending All Sessions and Restarting VXT Software + You can use the Reset, Reboot, or Shutdown menu items on the Session menu + to end all active sessions on the terminal. If you choose Reboot or Shutdown, + the terminal also reloads the VXT software from a host system or InfoServer + system. You must reload VXT software to activate changes you make in some + Customize dialog boxes (Language, Boot, Communications, Software Options, + Resource Files). + If you choose... The terminal... + Reset Ends all sessions on the terminal. + Resolicits the network for the terminal’s resource file. + Restarts your AutoStart sessions and clients. + Resets the X server. + Reboot Ends all sessions on the terminal. + Resolicits the network for the terminal’s resource file. + Reloads VXT software. + Restarts your AutoStart sessions and clients. + Resets the X server. + Shutdown Ends all sessions on the terminal and displays the message + Press RETURN to restart VXT + After you press Return , the terminal + Resolicits the network for the terminal’s resource file. + Reloads VXT software. + Restarts your AutoStart sessions and clients. + Resets the X server. + When you choose the Reset, Reboot, or Shutdown menu item, the terminal + displays a confirmation box. To confirm your choice, click on Yes. To remain in + the session, click on No. To bypass this confirmation box, see Confirm Reset + Session in Section 3.10. + You can also reboot the terminal by pressing Ctrl +left Alt +keypad . . + +2.3.4 Ending Individual Sessions + If you have multiple sessions open, you can end individual sessions. The effect + of ending a session depends on the type of session. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 27 + Using the Terminal +2.3 Autostarting, Pausing, or Ending Sessions + + Ending an IP X Session + You can end an IP X session by using the quit function in the remote session + manager for that session. Quitting from the remote session manager (xsession) + on a UNIX, ULTRIX, or DEC OSF/1 AXP system ends the xsession and the + window manager (xwm). + Ending a LAT X or DECnet X Session + You can end a LAT X or DECnet X session by using the End Session function + in the remote session manager for that session. + By default, using the End Session function from an OpenVMS remote session + manager restarts the terminal, ending all sessions on the terminal. If your + terminal is using VXT server-based software, you can customize the terminal + so it only ends the LAT X window session without restarting the terminal. See + Section 5.4. + Ending Terminal Window Sessions + You can end a Telnet, LAT, DECnet, or Serial terminal window session by using + the Exit menu item in the window’s File menu. + +2.4 Checking Network and Terminal Status + You can use the Status menu item on the Session menu to access screens that + help you identify network problems. You can + • View the terminal’s configuration—software version, font path, network + addresses, memory, installed options, and work group + • View TCP/IP routes and ping hosts to determine their availability + • Monitor and reset LAT and Ethernet counters + • Monitor memory and network utilization + Chapter 6 describes the Status submenu. + +2.5 Working with Multiple Remote X Session Managers + Each X session you create has its own session manager on the host system. + Each session manager expects to have complete control of your terminal. + To maintain a consistent user interface when using multiple remote session + managers, you should consider the effects on the terminal’s feature settings + and the Motif window manager. + + + + +28 Chapter 2 + Using the Terminal + 2.5 Working with Multiple Remote X Session Managers + + Feature Settings + The host session manager changes any settable features of your terminal, such + as screen background, security, and keyboard selection. + If you run multiple session managers, each one sets up the terminal according + to the terminal’s saved settings at the time the session manager starts up. To + keep the settings from changing unexpectedly, be sure to change and save all + your preferences in all of your session managers. + When you quit from a remote session manager, the system may ask you if you + want to save customized settings before quitting. This question refers only to + the remote session manager’s settings. + Security Settings with OpenVMS DECwindows Session Manager The + DECwindows session manager overrides the terminal manager’s Customize + Security settings. Every time you log into a new OpenVMS host and run its + DECwindows session manager, the security settings on the new node override + the current settings. To maintain security, enter your settings on each host. + Remote Window Managers + You can choose whether or not a host-based window manager can take over + windowing operations on the screen. The terminal’s local window manager + provides you with quicker response time and overall higher performance. + However, a host-based window manager may offer more features. To let the + host control windowing operations, click on the Allow Remote Window Manager + button in the Customize Terminal Manager dialog box (Section 3.10). + +2.6 Using the Open Look Window Manager from Sun + Systems + If your host system has the Open Look window manager, you can perform the + following steps to use this window manager on the terminal: + 1. Load the fonts for the Sun Open Look cursor in the /vxt/fonts/misc + directory on the host system. + 2. In the Customize Terminal Manager dialog box, click on the Allow Remote + Window Manager button (Section 3.10). + 3. In the Customize Security dialog box, click on the All button to allow all + connections for TCP/IP (Section 3.7). + 4. In the Customize X Server dialog box, set the X Session Reset Server + Action to Ignore Reset Server. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 29 + Using the Terminal +2.6 Using the Open Look Window Manager from Sun Systems + + 5. In the Create dialog box, create a session on your Sun system. The Sun + system must have the X display manager (XDM) installed to be able to + display the username and password banner on the terminal. + 6. Use the env command to verify the following symbol definitions on the Sun + system: + OPENWINHOME=/usr/openwin + DISPLAY=vxt-ip:0 + LD_LIBRARY_PATH=/usr/openwin/lib + If the symbols are not defined, apply them manually. For example: + # setenv OPENWINHOME /usr/openwin + # setenv DISPLAY vxt_ip_address:0.0 + # setenv LD_LIBRARY_PATH /usr/openwin/lib + 7. To complete the initialization of the window manager, enter the following + commands: + # xrdb .Xdefaults (or .OWdefaults for Solaris 2.n systems) + # /usr/openwin/lib/openwin-sys + This is the OpenWindows X11/NeWS Server system + initialization file) + # olwm & + After you complete these steps, the Open Look window manager + environment should appear after a short time. + If the system displays errors about elements not found, you may need to modify + your path in .cshrc to access those elements. + 1. Use the find command to find the elements’ location. + 2. Modify the .cshrc file to include the correct path to the elements. + 3. Enter the following command to have the system read the updated .cshrc + file. + # source .cshrc + The following example uses the find command to locate the executable + code named xrdb: + # find / -name xrdb -print + + + + +30 Chapter 2 + Using the Terminal + 2.6 Using the Open Look Window Manager from Sun Systems + +Using Sun Open Look Fonts from the Host System +You use the Customize Font Path dialog box (Section 5.3) to enter the path to +the Sun Open Look fonts on your host system. By default, the VXT software +installation places font directories in the following path: +/tftpboot/vxt/fonts or /usr/tftpboot/vxt/fonts +The fonts you need are in the 100dpi and misc directories. +Specify the following two font paths in the Customize Font Path dialog box. +You need both font paths to access the fonts for various Sun applications. The +font paths you specify depend on whether your host system uses restricted or +unrestricted TFTP access. Digital recommends using restricted TFTP access, +for security reasons. +Restricted TFTP Systems +/vxt/fonts/misc/fonts.dir +/vxt/fonts/100dpi/fonts.dir +Unrestricted TFTP Systems +/tftpboot/vxt/fonts/misc/fonts.dir +(or /usr/tftpboot/vxt/fonts/misc/fonts.dir) +/tftpboot/vxt/fonts/100dpi/fonts.dir +(or /usr/tftpboot/vxt/fonts/100dpi/fonts.dir) +Using Sun Open Look Fonts from an InfoServer +Server-based terminals can use an InfoServer system to provide the Sun Open +Look fonts. VXT Software Version 2.1 Installation and System Management +describes how to use the terminal’s font manager to copy host fonts to +InfoServer font sets. +Converting Sun Fonts +The VXT 2000 windowing terminal uses fonts in the portable compiled font +(PCF) format. You can convert Sun fonts into PCF format, using conversion +utilities provided with the VXT software installation kit. See VXT Software +Version 2.1 Installation and System Management. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 31 + Using the Terminal +2.7 Customizing Your Terminal’s Environment + +2.7 Customizing Your Terminal’s Environment + The Customize menu in the Terminal Manager window lets you check + and control the settings for many features—from the keyboard to host + communications. See the following chapters for details on the Customize + menu: + Chapter 3 Describes user-preference and security settings (top half of the + Customize menu). + Chapter 4 Describes settings that affect communication with host systems + (Communications submenu). + Chapter 5 Describes advanced settings for autostarting sessions, entering font + paths, booting VXT software, and turning VXT software options on or + off (bottom half of Customize menu). + + +2.8 Printing + This section describes how to + • Print the screen from the Print Screen menu + • Send printing jobs from a host system to the terminal’s printer + You can also perform printing operations from the Print menu in VXT + DECterm windows (Section 7.5). + Supported Printers + The terminal supports level 1 and level 2 Digital printers. + • Level 1 printers include the LA50 and LA70 dot matrix printers. + • Level 2 printers include the LA75 and LA324 dot-matrix printers; LJ250 + (serial) and LJ252 (parallel) color ink-jet printers; and LN03, LN05, and + LN06 laser printers. + The terminal also supports PostScript printers, including Digital’s and + ScriptPrinter and DEClaser family, the HP LaserJet II and HP LaserJet III + printers, and the IBM 4019 laser printer. + +2.8.1 Printing the Screen + The Print Screen menu in the Terminal Manager window lets you print all or + part of the screen display, using a serial or parallel printer connected to the + rear of the terminal. Depending on your printer, you can print monochrome, + gray scale, or color displays in sixel or PostScript format. + You can also cancel a current printing job sent from a remote host system to + the terminal’s printer. + + + +32 Chapter 2 + Using the Terminal + 2.8 Printing + +Before printing, you should customize the print screen settings and select the +port you are using (serial or parallel). Normally, the print screen function +is set to print a monochrome image in sixel format on the parallel port. To +customize the print screen settings, see Section 3.6. To choose the printer port, +see Section 4.2. +The Print Screen menu looks like this: + + VXT V2.1 Terminal Manager + + + + + LJ−01153C−RAGS + +To print the complete screen image: +Choose the Local Print Entire Screen menu item. +If you are printing from a VR319 monitor to an LA50 printer, the image may +be too large for the page. Click on the Rotate/Scale Picture button in the +Terminal Manager window’s Customize Print Screen dialog box to print the +image on the page. +To print a portion of the screen image: +1. Choose the Local Print Portion of Screen menu item. The pointer turns + into a cross. +2. Wait for terminal to redisplay the Print Screen menu. +3. Move the pointer to one corner of the area you want to print. Hold down + MB1 and drag the pointer to the opposite corner of the desired area. As + you drag the pointer, a rectangular outline is displayed. +4. Release MB1 to send the selected image to the printer. +To cancel a remote printing job that is currently printing: +Choose the Cancel Current Remote Print Job menu item. The remote print job +currently printing stops. +Normally, the terminal can accept printing jobs from systems using the TCP/IP +or LAT transport. To change this setting, see Section 4.2. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 33 + Using the Terminal +2.8 Printing + + Printer Status + When you send a job to the printer, the terminal displays printer status + messages in the VXT Message Box. + Printer Offline Indicates that the printer is turned off or not + connected. The printer did not assert its DTR signal + within 2 seconds after the print request. + Printer Busy Indicates the printer is printing another job. + In both cases, your print request is canceled. + Canceling a Print Screen Operation + During large printing jobs, the terminal displays a Print Cancel dialog box to + let you cancel the print operation. To cancel the print operation, click on the + Click Here to Cancel Print button. Printing stops when the printer empties its + input buffer. The Print Cancel dialog box is not printed. + +2.8.2 Printing from a Host System + VXT Software Version 2.1 Installation and System Management describes how + to set up the terminal’s printer port for printing from a host system. After + the host is set up, you can send printing jobs from the host to the terminal’s + printer. + You can print from hosts that use the TCP/IP or LAT transport. + Printing from Hosts that Use TCP/IP + To use TCP/IP for printing: + • The terminal’s TCP/IP or Ethernet address must be displayed in the + Terminal Manager window + • The Host Accessible Printer Port button must be enabled in the Customize + Serial and Parallel Ports dialog box (Section 4.2). This is the default + setting. + • The VXT printer support utilities provided with the VXT software + installation kit must be installed on your host system. + The terminal accepts only one TCP/IP printing job at a time. If a second job is + sent while the first job is printing, the second job is ignored and no notification + is sent to the requester. The requester must wait until the first job completes, + then submit the second job again. + + + + +34 Chapter 2 + Using the Terminal + 2.8 Printing + +Printing from ULTRIX, DEC OSF/1 AXP, SunOS, or IBM AIX Hosts Use the +lpr command to submit printing jobs to the terminal’s printer. Ask your +system manager for the printer name to specify. +lpr -Pvxt_printer [-Dpostscript] printfile +• vxt_printer is the name of the printer connected to the terminal. +• printfile is the file to print. +• The -Dpostscript option is for printing PostScript files from ULTRIX + systems. You can use this option if your printer supports PostScript + printing. +For more information, see the lpr man page. +Printing from an HP–UX or SCO ODT Host Use the lp command to submit +printing jobs to the terminal’s printer. Ask your system manager for the +printer name to specify. +lp -dvxt_printer printfile +• vxt_printer is the name of the printer connected to the terminal. +• printfile is the file to print. +Printing from an OpenVMS Host +To print from an OpenVMS system to a VXT 2000 windowing terminal’s +printer, use the DCL PRINT command. Ask your system manager for the +printer’s queue. +$ PRINT/QUEUE=vxt_printer myfile.EXT +• vxt_printer is the name of the terminal’s printer queue. Use the queue + name that was created when initializing the printer port. +• myfile.ext is the file you wish to print. +Canceling a Remote Printing Job +To cancel a printing job from a host that is currently printing, choose the +Cancel Current Remote Print Job menu item from the Print Screen menu in +the Terminal Manager window. The terminal stops printing the current job. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 35 + Using the Terminal +2.9 Getting Started Menu + +2.9 Getting Started Menu + The Getting Started menu in the Terminal Manager window provides help + on choosing your keyboard type, entering an IP or DECnet address, and + creating sessions. If you have a server-based terminal, you can also acess + the InfoReader library of online VXT documentation. To display the Getting + Started menu, click on the Getting Started menu in the menu bar. The Getting + Started menu looks like this: + + VXT V2.1 Terminal Manager + + + + + LJ−01144D−RAGS + + InfoReader—Viewing Online VXT Documentation + To view online VXT documentation, choose the InfoReader... menu item. + The documentation is an optional part of the VXT software installation. The + InfoReader utility is similar to the Bookreader utility on DECwindows systems. + When you choose the InfoReader... menu item, the terminal displays a new + window that lists the available VXT document titles. If you are unfamiliar + with Bookreader or InfoReader, double click on the Using InfoReader selection. + For VXT Version 2.1 software, the following titles are available: + • VXT 2000+ /VXT 2000 Windowing Terminal Installing and Getting Started + (in six languages) + • VXT 2000+ /VXT 2000 Windowing Terminal User Information + • VXT Software Version 2.1 Release Notes + • VXT Software Version 2.1 Installation and System Management + Each section of this document is a separate online book that covers the use + of VXT software on different operating systems. + + + + +36 Chapter 2 + Using the Terminal + 2.9 Getting Started Menu + +• InfoServer System Operations Guide + + + + + LJ−03013A−RAGS + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 37 + 33 + Customizing the Terminal + + + This chapter describes how you can customize basic terminal feature settings, + using the top half of the Customize menu in the Terminal Manager window. + The chapter also describes how to customize the VXT Message Box. + Initially, the terminal uses factory-default settings that work with many + host systems. You can make changes to suit your personal preference and + computing environment. After you make changes, you can save your settings + for all future sessions. + The chapter covers the following major topics: + • Displaying the Customize Menu + • Saving and Restoring Terminal Manager Settings + • Changing Your Keyboard Settings + • Choosing the Display Language + • Changing Your Pointer and Mouse Settings + • Changing Your Print Screen Settings + • Changing Your Security Settings + • Changing Your Screen Background + • Changing Your Window Colors + • Changing Your Terminal Manager Settings + • Changing Your Video Alignment Settings (VX227 Models) + • Saving the Terminal Manager Window’s Position and Size + • Customizing the VXT Message Box + + + + +38 Chapter 3 + Customizing the Terminal + 3.1 Displaying the Customize Menu + +3.1 Displaying the Customize Menu + To display the Customize menu, click on Customize in the Terminal Manager + window’s menu bar. This chapter describes the menu items highlighted in + gray: + + VXT V2.1 Terminal Manager + + + + + LJ−01157D−RAGS + + + When you choose one of the highlighted menu items from the Customize menu, + the terminal displays a dialog box with the feature settings for that topic. In + dialog boxes, shaded buttons indicate the current settings. You can examine + the settings and change them if desired. You can use the last three menu items + to save and restore the Terminal Manager window’s position and size. + + Note + A system manager can customize settings for terminals and work + groups. The system manager can also lock or unlock access to one or + more of the Customize menu items. Locked menu items are dimmed. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 39 + Customizing the Terminal +3.2 Saving and Restoring Terminal Manager Settings + +3.2 Saving and Restoring Terminal Manager Settings + Each dialog box has a set of push buttons for saving and restoring settings. + After you make changes in a dialog box, you can save your settings for future + sessions by clicking on the OK button or Apply button. If you do not want to + save your changes, click on the Cancel button. Some new settings do not take + effect until you end your current session and begin another one. + + Click on ... To ... + OK Apply and save new settings and dismiss the dialog box. + Apply Apply and save new settings without dismissing the dialog box. + System Defaults Apply and save the factory-default settings, clearing all text and + scroll boxes. + If your terminal is in a work group: Clicking on the System + Defaults button applies and saves the work group’s customized + settings. + Cancel Dismiss the dialog box without changing any settings. If you made + any changes without applying them, clicking on the Cancel push + button cancels those changes. + + + + +40 Chapter 3 + Customizing the Terminal + 3.3 Changing Your Keyboard Settings + +3.3 Changing Your Keyboard Settings + You can control general keyboard settings from the Terminal Manager window, + such as your keyboard type and keyclick volume. The keyboard type setting + should match the keyboard you are using. To view or change your keyboard + settings, choose Keyboard... from the Terminal Manager window’s Customize + menu. The Customize Keyboard dialog box looks like this: + + Note + You can also customize some keyboard settings for individual VXT + DECterm windows. See Chapter 7. + + + + + LJ−01158−RAGS + + + From the Customize Keyboard dialog box, you can change any of the following + settings: + Keyboard Type + The keyboard comes in various models for different languages and dialects. + The location of some keyboard characters varies, depending on the keyboard + model. Make sure the Keyboard Type setting in the dialog box matches your + keyboard model number, so the system will send the correct characters when + you use the keyboard. + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 41 + Customizing the Terminal +3.3 Changing Your Keyboard Settings + + The System Default setting is the North American model of your standard + (LK401), short UNIX style (LK421), PC style (LK443 or LK444), or Sun style + (LK460) keyboard. If you are using a keyboard for another language or dialect, + you must choose the matching keyboard type. + To find your keyboard model number: Look on the bottom of the keyboard + for the label that specifies the model number. The model number should be in + a format similar to LK4nn-xx or nn-nnnnn-xx. Use the xx value to choose your + keyboard type from the Keyboard Type scroll box. + For example, if you have a British keyboard and the model number is LK401- + AA, you choose British_LK401AA_TW or British_LK401AA_DP. + Typewriter (TW) or data processing (DP) keys + You also use the keyboard type setting to specify whether you want your + keyboard to act as a typewriter (TW) or data processing (DP) keyboard. + This setting affects keys with three or more characters. If you choose data + processing, these keys send the characters on the right half of their keycaps. + If you choose the typewriter setting, these keys send the characters on the left + half of their keycaps. + Typewriter and data processing settings are identical for these keyboard types: + • North American and Dutch + • When using 8-bit multinational characters: British, German, and + Portuguese + When using DECwindows: The DECwindows host session manager has a + similar Keyboard Type option. Digital recommends that you leave the host + setting at System Default to avoid having the host session manager and local + terminal manager compete to set the keyboard. + Bell Volume + The keyboard’s warning bell alerts you to system messages. To adjust the bell + volume, either drag the Percent Volume slider to the right or left, or point to + a new location on the scale and click MB1. To disable the bell, click on the + Disable button. + Keyclick Volume + When you press a keyboard key, the keyboard makes a clicking sound. To + adjust the keyclick volume, either drag the Percent Volume slider to the right + or left, or point to a new location on the scale and click MB1. To disable + keyclicks, click on the Disable button. + + + + +42 Chapter 3 + Customizing the Terminal + 3.3 Changing Your Keyboard Settings + + Cursor Blink +Normally, the text input cursor blinks. To adjust the rate of blinking, either +drag the Milliseconds slider to the right or left, or point to a new location on +the scale and click MB1. To disable blinking, click on the Disable button. Your +new setting takes effect when you restart the terminal. +VXT DECterm windows also have a Cursor Blink feature, controlling the text +cursor in the VXT DECterm terminal window. The Cursor Blink setting in +the Customize Keyboard dialog box has no effect on the VXT DECterm Cursor +Blink setting. + Auto Repeat +When you press a key longer than normal, it repeats until you release it. To +disable this feature, click on the Disable button. The Help and Return keys +never autorepeat. +VXT DECterm windows also have an Auto Repeat feature. When you create +a VXT DECterm window, its Auto Repeat setting works independently of the +Terminal Manager window’s setting. To disable Auto Repeat for the Terminal +Manager and VXT DECterm windows, disable both settings. + Lock Key State +Normally when you press the lock key, the alphabetic keys send uppercase +letters; the number keys and nonalphabetic character keys do not send their +shifted character. +When you click on the Shift Lock button, all keys send their shifted character. +The new setting takes effect when you restart the terminal. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 43 + Customizing the Terminal +3.4 Choosing the Display Language + +3.4 Choosing the Display Language + The terminal supports different display languages for VXT screens. To change + your display language setting, choose Language... from the Terminal Manager + window’s Customize menu. The Customize Language dialog box looks like this: + + + + + LJ−01159A−RAGS + + To choose a new language: + 1. Click on the language in the Session Language scroll box. + 2. Click on OK to save the setting and dismiss the Customize Language dialog + box. + 3. Display the Session menu from the Terminal Manager window’s menu bar. + 4. Click on Reboot to restart the terminal and display the new language. + Hebrew Language for VXT DECterm Windows Only + The Hebrew language setting only affects VXT DECterm windows. All other + VXT windows are displayed in English. You may also wish to select the + Hebrew keyboard type. + Reenter Your AutoStart Settings + If you have customized AutoStart settings, you must reenter the settings after + you change your display language (Section 5.6). + + + + +44 Chapter 3 + Customizing the Terminal + 3.5 Changing Your Pointer and Mouse Settings + +3.5 Changing Your Pointer and Mouse Settings + You can change the shape, color, and speed of the screen pointer for the mouse + or other input device. You can set the mouse buttons for a left-handed or + right-handed user. You can also set the time limit for performing the second + click in a double-click sequence. To change your mouse and pointer settings, + choose Pointer... from the Terminal Manager window’s Customize menu. The + Customize Pointer dialog box looks like this: + Customize Pointer Dialog Box (Monochrome) + + + + + LJ−01160−RAGS + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 45 + Customizing the Terminal +3.5 Changing Your Pointer and Mouse Settings + + Customize Pointer Dialog Box (Gray Scale or Color) + + + + + LJ−01150−RAGS + + + From the Customize Pointer dialog box, you can change any of the following + settings: + Pointer Acceleration + Click on one of the four options to vary the rate at which the pointer moves in + relation to the mouse. The None setting keeps the pointer speed constant. The + Fast setting makes the pointer move farther as you move the mouse faster. + The default setting is Medium. + Button Arrangement + The default mouse button arrangement is for a right-handed user—MB1 on the + left of the mouse and MB3 on the right. If you are left-handed, you can click + on the Left Handed button. This makes MB1 the right mouse button and MB3 + the left mouse button. MB2 is always the middle button. + + + + +46 Chapter 3 + Customizing the Terminal + 3.5 Changing Your Pointer and Mouse Settings + + Pointer Foreground Color +The pointer consists of an outline and filled center. +On a monochrome terminal: Normally, the pointer’s filled area is black with +a white outline. To reverse the fill and outline colors, click on the White On +Black button. +On gray scale and color terminals: Normally, the pointer’s filled area +(foreground) is black. To change this setting, click on the Pointer Foreground +Color button. The terminal displays a Color Mixing dialog box (Appendix B). +To see your changes, click on Apply or OK in the dialog box. + Pointer Background Color +This button is only on gray scale and color terminals. To change the default +color, click on the Pointer Background Color button. The terminal displays a +Color Mixing dialog box (Appendix B). +To see your changes, click on Apply or OK in the dialog box. + Pointer Shape +To change the pointer shape, scroll through the list of shapes and choose the +one you want. + Mouse Double Click Timeout +Some applications can tell two single clicks from a double click, based on the +speed at which buttons are clicked. To change the time allowed for making the +second click in a double-click sequence, drag the slider to the right or left, or +move the pointer to a location on the scale and click MB1. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 47 + Customizing the Terminal +3.6 Changing Your Print Screen Settings + +3.6 Changing Your Print Screen Settings + Print screen settings affect a printer connected locally to the serial or parallel + port on the rear of the terminal. You can control certain printing features for + print screen operations, such as the output format and the ability to center or + rotate the image. To view the print screen settings, choose Print Screen... from + the Terminal Manager window’s Customize menu. The Customize Print Screen + dialog box looks like this: + + + + + LJ−01161−RAGS + + + From the Customize Print Screen dialog box, you can change the following + settings: + Output Format + You can choose the output format to match your printer’s data format, sixel or + POSTSCRIPT. + + + + +48 Chapter 3 + Customizing the Terminal + 3.6 Changing Your Print Screen Settings + + Pixel Aspect Ratio +You can choose the pixel aspect ratio to match the dot density of the printer +you are using. A pixel aspect ratio of 1 to 1 is appropriate for most printers. +• For level 2 printers such as the LA75 or LN03, use a pixel aspect ratio of + 1 to 1. +• For level 1 printers such as the LA50, use a pixel aspect ratio of 2 to 1. + Print FF Mode +The terminal can send a form feed (FF) character to the printer port at the end +of a print screen operation. If you want to send a form feed, click on the Form +Feed button. + Ribbon or Toner Saver +Normally, you print dark images on a light background. However, a large +image may consume a great deal of printer ribbon or toner. To save ribbon or +toner, you can click on the Negative Image button; this reverses the dark and +light portions of the printed output. + Output Color Mode +Window snapshots are usually printed or captured in black and white. +Click on the Color option if you want to print color pictures. Click on the +Grayscale option to print black and white images in various gray tones. The +Grayscale setting also makes screen colors easier to distinguish in black and +white print. +You may want to use the Dithered Color or Dithered Grayscale buttons when +you are printing continuous tone images, such as photographic images. + Center Image +Use the Center Image button to automatically center the screen image on the +printed page. + Rotate/Scale Picture +For wide images, you can use the Rotate/Scale button to automatically rotate +and scale images so they fit on the printed page. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 49 + Customizing the Terminal +3.7 Changing Your Security Settings + +3.7 Changing Your Security Settings + Initially, you cannot connect to your terminal from another system (unless + your system manager has customized your security settings). This means you + cannot log in from another system and use your terminal until you authorize + yourself to do so. + You can choose which hosts and users can connect to your terminal. Only + authorized hosts and users can make connections to the terminal to display + applications on your screen or request data from your screen. To change your + security settings, choose Security... from the Terminal Manager window’s + Customize menu. The Customize Security dialog box looks like this: + + + + + LJ−01162B−RAGS + + Connections Allowed + Normally, only those users listed in the Authorized Users scroll box can connect + to the terminal. To allow any user on the network to connect to the terminal, + click on the All button. + To prevent any X connection to your terminals, click on the Listed Users Only + button and leave the Authorized Users scroll box empty. + + + +50 Chapter 3 + Customizing the Terminal + 3.7 Changing Your Security Settings + +Listed Users Only When you choose this setting, only the systems and users +entered in the Authorized Users scroll box can establish X connections to +your terminal. This setting requires that you authorize your own account in +addition to any others that need access to your display. +All When you choose this setting, any system on the Ethernet can establish +an X connection to your terminal. Use this setting if you are part of a small +group running interactive applications that require sharing of information in +real time. + Authorized Users +The Authorized Users scroll box contains the names of those users you allow +to have access to your terminal. When you add a user, you associate the user +with their communication transport, address, node name, and username, if +applicable. +To add users to the Authorized Users List: +1. In the Transport box, click on the type of transport of the user (TCP/IP, + LAT, or DECnet). +2. Enter an address or node name in the Node box, then press the Return + key. + • TCP/IP example: market or 12.345.123.45 + • LAT example: MARKET + • DECnet example: MARKET or 61.513 +3. For LAT and DECnet, enter a username in the Username box, then press + the Return key. You can use the asterisk (*) wildcard character to specify + all users. + • Example: CAROLYN or * +4. Click on the button to enter the user in the Authorized Users scroll + box. +5. Repeat the previous steps for each user you want to add to the Authorized + Users scroll box. +6. Click on Apply or OK to save your security settings. +To remove an authorized user: +1. In the Authorized Users scroll box, click on the username you want to + remove. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 51 + Customizing the Terminal +3.7 Changing Your Security Settings + + 2. Click on the trash can button. + + Caution + If you click on System Defaults, you clear the Authorized Users scroll + box. If you belong to a work group, System Defaults recalls your work + group settings. + + + +3.8 Changing Your Screen Background + You can change the look of your terminal’s screen display. For example, you + can change the screen’s background color or select the default screen pattern. + To change your screen settings, choose Screen Background... from the Terminal + Manager window’s Customize menu. The Customize Screen Background dialog + box is displayed: + Customize Screen Background Dialog Box (Monochrome) + + + + + LJ−01163A−RAGS + + + + +52 Chapter 3 + Customizing the Terminal + 3.8 Changing Your Screen Background + +Customize Screen Background Dialog Box (Gray Scale or Color) + + + + + LJ−01177−RAGS + + +From the Customize Screen Background dialog box, you can change the +following settings: + Screen Saver +The Screen Saver extends the life of your monitor by shutting off the display if +the terminal is inactive for a specified time. Normally, the terminal shuts off +its display after 10 minutes of keyboard or mouse inactivity. You can use the +sliding scale to vary the time, from 1 to 60 minutes. + Screen Background +The default screen background pattern is a tight, gray crossweave. To change +the screen background to a solid color: +On a monochrome terminal: Click on the Black or White radio button. +On gray scale and color terminals: Click on the Solid Color button. Then +click on the Screen Color button. The terminal displays a Color Mixing dialog +box (Appendix B). +To see your new setting in effect, click on Apply or OK. +To display the default pattern, click on the Default Pattern button. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 53 + Customizing the Terminal +3.8 Changing Your Screen Background + + DECwindows Session Manager Sets the Screen Background + On host systems that use DECwindows software, the session manager has a + similar Screen Background option. If you create an X session to the system, + the screen background setting on the host system takes effect. For a consistent + screen background, use the same setting on the terminal and the host. + +3.9 Changing Your Window Colors + You can change the window colors of your local VXT windows. On monochrome + terminals, you can use the default black text on a white background or change + to white text on a black background. On gray scale and color terminals, you + can change foreground, background, and highlight colors. You can also change + the shadow colors that produce the three-dimensional look. + If you have VXT Version 2.1 software, your color settings also affect local VXT + DECterm windows. + Your window color settings do not affect windows that you open through a + remote session manager. For example, if you open DECterm windows through + a remote session manager on a host system, you can set the colors for those + windows in the remote session manager. + To change your window color settings, choose Window Color... from the + Terminal Manager window’s Customize menu. The terminal displays the + Customize Window Color dialog box for a monochrome or color terminal. + Customize Window Color Dialog Box (Monochrome) + + + + + LJ−01164−RAGS + + From the Customize Window Color dialog box, you can change the following + settings on monochrome terminals: + + + + +54 Chapter 3 + Customizing the Terminal + 3.9 Changing Your Window Colors + +On Monochrome Terminals + Window Color +The window color is normally black on white. Click on the White On Black +radio button to reverse the colors. +To see your new setting in effect, click on Apply or OK. +Customize Window Color Dialog Box (Color) + + + + + LJ−01165−RAGS + + +From the Customize Window Color dialog box, you can change the following +settings on gray scale or color terminals: +On Gray Scale or Color Terminals + Top Shadow Color +Top and bottom shadow colors must be well matched to present a three- +dimensional look. Normally, the terminal automatically determines top and +bottom shadow colors when you change the window color. When you use +automatic shadowing, the Top Shadow Color and Bottom Shadow Color labels +are dimmed. +To choose your own top shadow color: +1. Click on the Manual Shadowing button to disable automatic shadowing. +2. Click on the Top Shadow Color button to display the Color Mixing dialog + box (Appendix B). + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 55 + Customizing the Terminal +3.9 Changing Your Window Colors + + Window Background Color + The window background color is normally white. To change this setting, click + on the Window Background Color button to display the Color Mixing dialog box + (Appendix B). + If you save your changes by clicking on Apply or OK in the Color Mixing dialog + box, your new settings take effect when you start your next session. + Bottom Shadow Color + The Bottom Shadow button works like the Top Shadow button. + Window Foreground Color + The Window Foreground Color setting changes the color of text and graphics in + the window. + To change the window foreground color, click on the Window Foreground Color + button to display the Color Mixing dialog box (Appendix B). + If you save your changes by clicking on Apply or OK in the Color Mixing dialog + box, your new settings take effect when you start your next session. + Highlight Color + The Highlight Color setting controls the color of screen objects with input focus + such as text-entry boxes and check and radio buttons. The highlight color is + normally black. To change the highlight color, click on the Highlight Color + button to display the Color Mixing dialog box (Appendix B). + If you save your changes by clicking on Apply or OK in the color mixer, your + new settings take effect when you start your next session. + +3.10 Changing Your Terminal Manager Settings + The Customize Terminal Manager dialog box lets you choose various settings + that affect the terminal manager and window management. You can + • Choose to use the terminal’s window manager or a window manager on a + host system + • Choose the Terminal Manager window’s startup state (normal, icon, or + hidden) + • Use the F3 toggle key to hide or display the Terminal Manager window + • Disable the confirmation box displayed when resetting the terminal + • Enter a tag to identify your terminal in the configuration manager + • Enter the text to display when you pause a session + + + +56 Chapter 3 + Customizing the Terminal + 3.10 Changing Your Terminal Manager Settings + +• Specify how frequently to update the status boxes in the Session menu +To change your Terminal Manager window settings, choose Terminal Manager... +from the Terminal Manager window’s Customize menu. The Customize +Terminal Manager dialog box looks like this: + + + + + LJ−01166C−RAGS + + +From the Customize Terminal Manager dialog box, you can change the +following settings: + Allow Remote Window Manager +You can choose whether or not a host-based window manager can take over +windowing operations on the screen. The terminal’s local window manager +provides you with quicker response time and overall higher performance. +However, a host-based window manager may offer more features. To let the +host control windowing operations, click on the Allow Remote Window Manager +button. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 57 + Customizing the Terminal +3.10 Changing Your Terminal Manager Settings + + Confirm Reset Session + When you choose Reset, Reboot, or Shutdown from the Session menu, the + terminal normally asks for confirmation. You can turn this feature on or + off by clicking on the Confirm Reset Session button. When this feature + is off, choosing Reset, Reboot, or Shutdown from the Session menu will + immediately end the current session, without displaying the confirmation + box. See Section 2.3.3 for details on the Session menu. + Confirm Close Terminal Manager + When you choose Close from the Session menu, the terminal normally asks you + to confirm that you want to close the Terminal Manager window. You can turn + this confirmation feature on or off by clicking on the Confirm Close Terminal + Manager button. When this feature is off, choosing Close from the Session + menu immediately closes the Terminal Manager window, without displaying + the confirmation box. Closing the Terminal Manager window also closes the + VXT Message Box, unless you have customized the terminal to start the VXT + Message Box as a separate application. + Disable F3 Key (For Hiding the Terminal Manager Window) + You can choose to use the F3 key as a toggle key for hiding and displaying the + Terminal Manager window, VXT Message Box, and their icons. This feature + allows you to hide these applications while you are working in other windows, + then redisplay them when needed. Normally, the F3 key function is disabled. + When you redisplay the Terminal Manager window and VXT Message Box, the + message box receives input focus. + If you have customized the AutoStart dialog box to start the Terminal Manager + window and VXT Message Box as separate applications, then the F3 key + cannot hide the message box. In this case, the Terminal Manager window + receives input focus when you redisplay it. + When you use the F3 key to hide and redisplay the Terminal Manager and + VXT Message Box, you lose any customized window size settings for those + applications. If you maximize the windows before hiding them, you cannot use + the maximize button to return them to their normal size. + Startup State + Normally when you restart the terminal, it displays the Terminal Manager + window and VXT Message Box. You can choose to hide the Terminal Manager + window and VXT Message Box at startup, or to display them as icons. To + change the current setting, click on the appropriate button. + + + + +58 Chapter 3 + Customizing the Terminal + 3.10 Changing Your Terminal Manager Settings + +If you have changed the Customize AutoStart dialog box settings to start the +Terminal Manager window and VXT Message Box as separate applications, the +Startup State only affects the Terminal Manager window. + + Caution + Before you change the Startup State to Hidden, decide whether or + not you need to make the Terminal Manager window viewable after + startup. If you want the window to be viewable, make sure the F3 key + is enabled to display the Terminal Manager window. See the Disable + F3 Key button in this dialog box. If you forget to enable the F3 key, + see your system manager to change the setting from the Configuration + Manager: Resource Management dialog box. + + + Terminal Tag +You can specify a name to identify your terminal in the configuration manager +(server-based systems only). To enter a name, click on the Terminal Tag box. +Your name can have up to 31 characters. After you click on Apply or OK in the +Customize Terminal Manager dialog box, your system manager can display the +new terminal tag in the Configuration Manager: Resource Management dialog +box. +Your system manager can also create a name for your terminal by using the +Optional Name field in the configuration manager’s Create Terminal dialog box. +The terminal uses the most recently entered name (Terminal Tag or Optional +Name). + Pause Prompt +You can specify the text displayed in the pause prompt box when you pause +your terminal session. Click on the Pause Prompt box and enter a prompt of +up to 80 characters. + Status Update Frequency (seconds) +You can specify how frequently the terminal updates the information in the +status dialog boxes displayed from the Session menu. The normal setting is 5 +seconds. Click on the Status Update Frequency (seconds) slider to specify an +interval from 0 to 60 seconds. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 59 + Customizing the Terminal +3.11 Changing Your Video Alignment Settings (VX227 Models) + +3.11 Changing Your Video Alignment Settings (VX227 + Models) + If you have a VXT 2000 model VX227 windowing terminal, you adjust your + video alignment from a Customize dialog box rather than using physical + controls on the terminal. The video alignment dialog box is only for VX227 + terminals. + To adjust your video alignment settings, choose Video Alignment... from the + Terminal Manager window’s Customize menu. The Customize Video Alignment + dialog box looks like this: + + + + + 7 9 + + + + 8 + + + + + LJ−01139−RAGS + + From the video alignment dialog box, you can change the following settings. + Your new settings take effect when you click on OK. + Adjust Video Centering + You use the four Adjust Video Centering buttons to center the display on the + screen. Each time you click on an button, the display shifts in the arrow’s + direction. + Adjust Video Rotation + You use the two Adjust Video Rotation buttons to rotate the display on the + screen. Each time you click on one of the buttons, the display rotates in the + arrow’s direction. + + + + +60 Chapter 3 + Customizing the Terminal + 3.12 Saving the Terminal Manager Window’s Position and Size + +3.12 Saving the Terminal Manager Window’s Position and + Size + You can make changes to the Terminal Manager window’s position and size on + the screen, then save the changes for use in all future sessions. You can also + recall the factory-default position and size for the Terminal Manager window, + or recall the last position and size you saved. + To save or restore the Terminal Manager window’s position and size on the + screen, use the following menu items from the Customize menu: + + Choose... To... + Save Terminal Manager Window Save the Terminal Manager window’s + current position and size for use in all + future sessions. + Restore Terminal Manager Window Restore the last position and size you + saved. Choose this menu item if you want + to reset features you changed temporarily, + but did not save. + Default Terminal Manager Window Recall the factory-default position and size + for the Terminal Manager window. + + +3.13 Customizing the VXT Message Box + The VXT Message Box displays system status and error messages. You can + choose the categories of messages displayed. You can also set the number + of message lines saved in the scroll box. To change your VXT Message Box + settings: + 1. Click on the Customize menu in the VXT Message Box. + + + + + TI−03011−RAGS + + 2. Choose Message Box... to display the Customize Message dialog box. + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 61 + Customizing the Terminal +3.13 Customizing the VXT Message Box + + + + + TI−03012−RAGS + + From the Customize Message dialog box, you can change the following settings: + Message Region + You can scroll through text in the VXT Message Box. The Scroll Lines Saved + slider lets you specify how many message lines to save when they are scrolled + out of the region. Any extra lines are discarded. + This feature does not affect the size of the Messages region. You can change + the size of the scroll box by changing the size of the VXT Message Box window. + Messages Displayed + Normally, the terminal displays all informational, warning, and error messages + in the Messages scroll box. You can choose to display warning and error + messages only, or error messages only. + Header Text + Normally, the title of the Messages scroll box in the VXT Message Box is + Messages. To change the title, click on the Header Text box and enter a new + title. + + + + +62 Chapter 3 + Customizing the Terminal + 3.13 Customizing the VXT Message Box + +3.13.1 Saving the VXT Message Box’s Position and Size + You can make changes to the VXT Message Box’s position and size on the + screen, then save the changes for use in all future sessions. You can also recall + the factory-default position and size, or recall the last position and size you + saved. + To save or restore the VXT Message Box’s position and size on the screen, use + the following menu items from the Customize menu: + + Choose... To... + Message Box... Display the Customize Message Box. + Save Message Box Window Save the VXT Message Box’s current position and + size for use in all future sessions. + Restore Message Box Window Restore the last position and size you saved. Choose + this menu item if you want to reset features you + changed temporarily, but did not save. + Default Message Box Window Recall the factory-default position and size for the + VXT Message Box. + + Closing the VXT Message Box: + Normally, the VXT Message Box runs together with the Terminal Manager + window. To close the Terminal Manager window and VXT Message Box, click + on the Session menu in the Terminal Manager window and choose Close. + If you customize your AutoStart settings to run the VXT Message Box as a + separate application, the VXT Message Box has a separate File menu. In this + case, you can close the VXT Message Box alone by clicking on the File menu + and choosing Exit. See Section 5.6. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 63 + 44 + Customizing Communications + + + This chapter describes how to customize communication between the terminal + and host systems. Your terminal can use several communication protocols to + communicate with host systems: TCP/IP, NFS, LAT, LASTport, and DECnet. + You can also choose to use a serial or parallel port for a local printer or host + system. After you make changes, you can save your settings for all future + sessions. + The chapter covers the following major topics: + • Changing Your Serial and Parallel Port Settings + These settings affect your local printer or serial host. + • Changing Your LAT Settings + These settings let a system manager fine-tune communication in a LAT + network. + • Changing Your LASTport Group Code Settings (InfoServer Systems) + The group code determines which InfoServer systems your terminal can + communicate with. + • Changing Your TCP/IP IP Address Settings + You must enter an IP address to communicate with systems that use the + TCP/IP transport. + • Changing Your TCP/IP Name Server Settings + You must specify a name server if you want to identify TCP/IP systems by + name in other dialog boxes. + • Changing Your TCP/IP Routing Table Settings + You can specify routing information for communicating with TCP/IP + systems. + + + +64 Chapter 4 + Customizing Communications + + + • Changing Your NFS Settings + You must enter NFS Mount Points to communicate with systems that use + the NFS transport. + • Changing Your DECnet Name Translator Settings + You must specify a name translator if you want to identify DECnet systems + by name in other dialog boxes. + To customize communications, you use the Communications submenu on the + Terminal Manager window’s Customize menu. + +4.1 Displaying the Communications Submenu + To display the Communications submenu, first click on the Customize + menu in the Terminal Manager window and choose Communications. The + Communications submenu looks like this: + + VXT V2.1 Terminal Manager + + + + + .12.123.123 12.123 + + + + + LJ−03540−RAGS + + + When you choose a menu item from the Commmunications submenu, the + terminal displays a dialog box with the feature settings for that topic. In + dialog boxes, shaded buttons indicate the current settings. You can examine + the settings and change them if desired. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 65 + Customizing Communications +4.1 Displaying the Communications Submenu + + Note + A system manager can customize settings for terminals and work + groups. The VXT manager can also lock or unlock access to one or + more of the Customize menu items. Locked menu items are dimmed. + + + +4.2 Changing Your Serial and Parallel Port Settings + You can specify the communication settings of the terminal’s serial and parallel + ports to make them compatible with a serial host system or a local printer. + The default settings work with most Digital systems. Make sure the settings + you use match your host system. + The serial port is for connecting a host system or a local serial printer. The + parallel port is for connecting a local parallel printer. Each port has one 25-pin + connector on the rear of the system box. + When you connect to a host system through the serial port, you use the 25-pin, + RS–232 serial port connector on the rear of the terminal. The serial port + connector is above the parallel port connector. + To change the port settings, choose the Communications submenu from the + Terminal Manager window’s Customize menu. Then choose Serial and Parallel + Ports... to display the Customize Serial and Parallel Ports dialog box: + + + + +66 Chapter 4 + Customizing Communications + 4.2 Changing Your Serial and Parallel Port Settings + + + + + LJ−01168B−RAGS + +From the Customize Serial and Parallel Ports dialog box, you can change the +following settings: + Port Usage +By default, the parallel port acts as a printer port and the serial port acts as a +host port. You can set the serial port to act as the printer port. You can choose +one of two functions for the serial port: + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 67 + Customizing Communications +4.2 Changing Your Serial and Parallel Port Settings + + Choose... To... + Parallel Port: Printer, Use the parallel port for a parallel printer, and the serial + Serial Port: Host port for a host system. + Serial Port: Printer Use the serial port for a serial printer. + + Transmit + You can change the speed the terminal uses to send data, to match your host + system or printer. Normally, the serial port uses a speed of 9600 baud, which + works with most Digital systems. To choose another speed, click on the button + in the Transmit box and make a choice from the pop-up menu. Your new speed + appears in the Transmit box. + The terminal does not support speeds lower than 300 baud. + Receive + You can change the speed the terminal uses to receive data from the host + system or printer. Make sure you choose a receive speed that matches your + host’s or printer’s transmit speed. Normally, the terminal’s receive speed + matches its transmit speed (rx = tx setting). However, the terminal can + transmit at one speed and receive at another. + To choose another speed, click on the button in the Receive box and make a + choice from the pop-up menu. Your new speed appears in the Receive box. + Character Format + You can choose the word size and number of parity bits used to communicate + with the host system or printer. The terminal uses a default word size of 8 bits + and no parity. This setting works with most of today’s computer systems. + To choose another setting, click on the button in the Character Format box + and make a choice from the pop-up menu. Your new setting appears in the + Character Format box. + Parity Check + Normally, the terminal performs a parity check on bytes of data. To turn this + feature on or off, click on the Parity Check button. + Host Accessible Printer Port + Normally, the terminal can accept remote printing jobs sent from host systems + that use the TCP/IP or LAT transport. To turn this feature on or off, click on + the Host Accessible Printer Port button. To send printing jobs from a host, see + Section 2.8.2. + + + + +68 Chapter 4 + Customizing Communications + 4.2 Changing Your Serial and Parallel Port Settings + + Stop Bits + You can choose the number of stop bits used in the character format. Digital + recommends using one stop bit for most applications. To select two stop bits, + click on the Two button. + XOFF At + You can choose how many characters the terminal stores in its receive buffer + before sending the host or printer an XOFF signal to stop sending data. + Normally, the terminal sends XOFF to the host when the input buffer contains + 64 characters. To choose 128 characters or no XOFF, click on the appropriate + button. + Modem Control + You can choose Modem Control if you are communicating with a host system + and need to use extended modem features. Otherwise, use Data Leads Only. + Data Leads Only Choose Data Leads only if you do not plan to use modem + control features or your modem (or modem cable) is not configured for modem + control. The terminal uses pin 2 to transmit data and pin 3 to receive data. + The terminal asserts the data terminal ready (DTR) signal on pin 20 whenever + the terminal is on. + The terminal receives the data set ready (DSR) signal on pin 6. The terminal + uses DSR to detect the status of the connected printer or host system modem + and display status messages about the device. Note that in Data Leads Only + mode data is always transmitted, regardless of the state of the DSR signal. + Modem Control Choose Modem Control if you plan to use modem features + that require additional signals beyond data leads only, such as call origination + and dialing from the keyboard. The control lines follow the CCITT V.24 and + V.28 and EIA RS–232–C designations and control the flow of data based on the + state of various signals. + +4.3 Changing Your LAT Settings + OpenVMS systems typically use the local area transport (LAT) to connect to + the terminal. The terminal connects to all LAT group codes (0 to 255); you + cannot select group codes. + Your system manager can fine-tune the characteristics of your LAT + environment by adjusting the three slide bars in the Customize LAT dialog + box. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 69 + Customizing Communications +4.3 Changing Your LAT Settings + + Note + These settings directly affect the performance of your local area + network. Do not try to adjust these settings yourself; they should be + adjusted only by system managers. Incorrect adjustments can produce + poor network and terminal performance. + + + To change LAT settings and adjust performance, choose the Communications + submenu from the Terminal Manager window’s Customize menu. Then choose + LAT... to display the Customize LAT dialog box: + + + + + LJ−01169A−RAGS + + + From the Customize LAT dialog box, you can change the following settings: + LAT Circuit Timer + You set the LAT Circuit Timer to tune the network for the best response time + and network performance when running an X window or DECterm terminal + window session. The optimum setting depends on the number of users on + the local area network and the typical network traffic conditions. The normal + setting of 30 milliseconds produces the best performance for most systems. + + + + +70 Chapter 4 + Customizing Communications + 4.3 Changing Your LAT Settings + + LAT circuit timer settings takes effect when the first LAT circuit is created. If + you change the setting while LAT circuits are running, it does not take effect + until you exit all existing LAT circuits. + Retransmit Limit + To make a LAT connection to a host system, the terminal sends out a request- + to-connect message, then waits for an acknowledgement. If the host does not + acknowledge the request, the terminal resends the message a specified number + of times. + The Retransmit Limit setting tells the terminal how many times to resend the + message. If the terminal does not receive an acknowledgement after sending + the message the specified number of times, the terminal stops requesting a + connection and indicates it could not connect to that host. + Normally, the terminal resends the message 40 times before it stops trying to + connect to the host. This setting works well with most Digital systems. + Keep Alive Timer + When the terminal is inactive, it sends certain LAT messages out on the + network every few seconds to keep the LAT connection alive. Normally, the + terminal sends messages out every 40 seconds. This setting works well with + most Digital systems. + +4.4 Changing Your LASTport Group Code Settings + (InfoServer Systems) + Server-based terminals use an InfoServer system for downloading and booting + VXT software, configuration management, access to the InfoReader library, + virtual memory, and other services. To communicate with a particular + InfoServer system, your terminal must have the same group code as the + InfoServer. On large local area networks, group codes can help reduce + the number of InfoServer systems that your terminal must identify and + communicate with. + By default, the LASTport group code on InfoServer systems and VXT 2000 + windowing terminals is set to 0. If the InfoServer system’s group code is not 0, + you or your system manager must change the terminal’s default group code to + match the InfoServer’s group code. + The LASTport Group Code dialog box lets you change the terminal’s group + code setting to match the servers that you want to access. Ask your system + manager for your server’s group code. New group code settings take effect + when you restart the terminal. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 71 + Customizing Communications +4.4 Changing Your LASTport Group Code Settings (InfoServer Systems) + + If you cannot boot your terminal from an InfoServer system because your + terminal has a different group code: + 1. Quickly press and release the halt button on the rear of the terminal. + • If your terminal has a system box, the halt button is next to the + indicator lights on the rear of the system box. + • If your terminal does not have a system box, the halt button is below + the keyboard connector on the rear of the monitor. + 2. At the >>> prompt, enter the command b/100000. + 3. At the LASTport group code (0-1023)> prompt, enter the group code of the + server you want to connect to. See your system manager for the correct + group code. + 4. After the Terminal Manager window appears, enter the group code in the + Customize LASTport dialog box. + To enter or change LASTport group code address settings, choose the + Communications submenu from the Terminal Manager window’s Customize + menu. Then choose LASTport... to display the Customize LASTport dialog box: + + + + + LJ−01117−RAGS + + To enter a LASTport group code: + 1. Enter the LASTport group code (from 0 to 1023) in the text-entry box. + Examples: 34 or 567. + 2. Press Return or click on OK or Apply. + 3. Restart the terminal. + + + + +72 Chapter 4 + Customizing Communications + 4.5 Changing Your TCP/IP IP Address Settings + +4.5 Changing Your TCP/IP IP Address Settings + UNIX, ULTRIX, and DEC OSF/1 AXP systems typically use the TCP/IP + transport to connect to the terminal. To communicate with systems using + TCP/IP, you must enter an IP address and subnet mask for the terminal. You + use the Customize TCP/IP dialog box to enable or disable TCP/IP and enter + the terminal’s IP address and subnet mask. After you enter and save the IP + address, it appears at the bottom of the Terminal Manager window. + To enter or change TCP/IP address settings, choose the Communications + submenu from the Terminal Manager window’s Customize menu. Then choose + TCP/IP... to display the Customize TCP/IP dialog box: + + + + + LJ−01170C−RAGS + + From the Customize TCP/IP dialog box, you can change the following settings: + TCPIP + You can choose to enter an IP address yourself or to have the terminal + automatically determine its address from a file set up by your system manager. + Normally, the User Specified IP Address button is on. You can disable the use + of TCP/IP by clicking on the Disable button. + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 73 + Customizing Communications +4.5 Changing Your TCP/IP IP Address Settings + + Determine IP Address Use this setting if you want the terminal to + automatically determine its IP address, subnet mask, and the IP address + of an optional name server by reading a host system file created by your + system manager. + After you reboot the terminal, the terminal’s IP address appears in the + Terminal Manager window. + + Note + Your system manager must enter your terminal’s information in the + BOOTP daemon’s configuration file. + + + User Specified IP Address Use this setting if you want to enter your + terminal’s IP address in this dialog box. After you enter the address and reboot + the terminal, the terminal’s IP address appears in the Terminal Manager + window. + Disable Use this setting to disable TCP/IP. + Terminal’s IP Address + After you click on the User Specified Address button, you can enter an IP + address for your terminal. See your system manager for an address to use. + After you enter the IP address and subnet mask, click on OK to save the + address and dismiss the dialog box. Then reboot the terminal. + IP Subnet Mask + After you click on the User Specified Address button, you can enter the IP + subnet mask for your terminal. An IP subnet mask acts as a filter for your + TCP/IP network. Using the subnet mask makes the terminal ignore certain + traffic on the network. + See your system manager for a subnet mask to use. After you enter the IP + subnet mask, click on the OK button to save the setting and dismiss the dialog + box. Then reboot the terminal. + +4.6 Changing Your TCP/IP Name Server Settings + If your network has a name server, you can specify host systems by their + names instead of addresses when making entries in the Create and Customize + AutoStart dialog boxes. A name server stores host names and addresses, so it + can determine a host’s address from the name you enter. + You can specify a primary and secondary name server. See your system + manager for your name server’s IP address. + + +74 Chapter 4 + Customizing Communications + 4.6 Changing Your TCP/IP Name Server Settings + +To enter your name server, choose the Communications submenu from the +Terminal Manager window’s Customize menu. Then choose TCP/IP Name +Server... to display the Customize TCP/IP Name Server dialog box: + + + + + LJ−01171B−RAGS + +From the Customize TCP/IP Name Server dialog box, you can change the +following settings: + Primary Name Server IP Address +The terminal first attempts to use the primary name server to resolve names +entered into fields requiring a host name or IP address. If the terminal cannot +find the primary name server specified, you need to enter your terminal’s +domain name. +To enter or change the primary name server, click on the Primary Name Server +IP Address box and enter the primary name server’s IP address. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 75 + Customizing Communications +4.6 Changing Your TCP/IP Name Server Settings + + Secondary Name Server IP Address + If the terminal cannot resolve a host name or IP address with the primary + name server, the terminal queries the secondary name server. + If the Automatic button for Determine Domain Name is selected and the + primary name server is unavailable, the terminal uses the secondary name + server to provide translations from names to IP addresses for connections. + However, the secondary name server does not return the terminal’s domain + name, because it customarily resides within a second domain. + To enter or change the secondary name server, click on the Secondary Name + Server IP Address box and enter the secondary name server’s IP address. + Determine Domain Name + The terminal displays its domain name in the Domain Name box if the primary + name server finds it available on the network. The terminal attempts to + resolve a domain name only if a primary name server is specified. + To enter a domain name: + 1. Click on the User Specified button in the Determine Domain Name box. + 2. Enter a domain name in the Domain Name box. + 3. Click on Apply or OK. + If you choose the System Defaults button or clear the name server fields and + choose OK or Apply, the terminal’s Name Server capability is turned off and + the terminal no longer has a domain name. The Domain Name field is not + cleared, even though there is no domain name. + When you reboot the terminal, the domain name is determined and maintained + in the name server. If you change your primary name server, the domain of the + terminal does not change unless you change the domain name for the subnet + and reboot the terminal. + If the primary name server is on a different subnet than the terminal, the + domain name may not be available when you reboot the terminal. In this case, + the domain name is resolved the next time it is needed. + +4.7 Changing Your TCP/IP Routing Table Settings + You can enter TCP/IP routes from your network to hosts on other networks. + You can also enable or disable dynamic routing to automatically update the + network routing table. After you save your settings, you can view these and + other TCP/IP routes in the TCP/IP Routes dialog box (Section 6.3). + + + + +76 Chapter 4 + Customizing Communications + 4.7 Changing Your TCP/IP Routing Table Settings + +To enter your routes, choose the Communications submenu from the Terminal +Manager window’s Customize menu. Then choose TCP/IP Routing Tables... to +display the TCP/IP Routing Tables dialog box: + + + + + LJ−01172A−RAGS + +From the Customize TCP/IP Routing Tables dialog box, you can change the +following settings: + Dynamic Routing button +The Dynamic Routing button lets you enable or disable the VXT software’s +routing daemon. This daemon listens for routing information protocol (RIP) +packets and uses the packets to automatically enter, update, or delete TCP/IP +routes in the TCP/IP Routes dialog box (Section 6.3). + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 77 + Customizing Communications +4.7 Changing Your TCP/IP Routing Table Settings + + User Defined Routes scroll box + The User Defined Routes scroll box lists the route destination for each entry. + The gateway for each entry is stored, but not displayed. + To add a route to the User Defined Routes scroll box: + 1. Specify whether the route applies to either a host or a network, by clicking + on the Host, Network, or Default button. If you click on the Default button, + the terminal tries to determine if the route is for a host or a network. + 2. Click on the Destination box and enter the route’s destination. + 3. Click on the Gateway box and enter the route’s gateway. + 4. Click on the button to add your route to the Routes scroll box. + To remove a route: + 1. In the Routes scroll box, click on the route you want to remove. + 2. Click on the trash can button. + Metric button + RIP packets contain a metric that helps to determine which gateway to use. + Metric values range from 1 to 15, with smaller metrics indicating preferred + paths. A 0 metric affects only the system routing table and tells the system the + route is locally reachable. + +4.8 Changing Your NFS Settings + You can use the NFS transport to load fonts or read your customized terminal + resource files from host systems that use an NFS server. + The NFS transport uses mount points to identify locations where files can + be accessed. You can define up to 10 mount points in the Customize NFS + dialog box. You use these mount points when making entries in the Customize + Font Path dialog box (Section 5.3) or Customize Resource Files dialog box + (Section 5.9). + To enter your mount points, choose the Communications submenu from the + Terminal Manager window’s Customize menu. Then choose NFS... to display + the Customize NFS dialog box: + + + + +78 Chapter 4 + Customizing Communications + 4.8 Changing Your NFS Settings + + + + + LJ−03534−RAGS + +From the Customize NFS dialog box, you can change the following settings: + NFS Mount Points +The NFS Mount Points scroll box lists the currently entered mount points. +Each entry lists the full mount point name on the host and an equivalent name +that you define for local use on the terminal. + Host:RemoteName LocalName +You use the Host:RemoteName LocalName box to add a new mount point in +the scroll box. +To add a mount point to the NFS Mount Points scroll box: +1. Click on the Host:RemoteName LocalName box. Enter the mount point in + the following format: + Host:RemoteName LocalName + • Host is the name or IP address of the host with the NFS server. + • RemoteName is the directory path for the NFS server to export. + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 79 + Customizing Communications +4.8 Changing Your NFS Settings + + • LocalName is a local name you want to use for this mount point. You + use the local name when making entries in the Customize Font Path or + Customize Resource Files dialog box. + Examples + + Host:RemoteName LocalName + 16.122.128.224:/usr/lib/X11/fonts/decwin/75dpi nfs_fonts + mynode:/usr/users/resource resource + + To load fonts from the first sample mount point, you would use the local + name nfs_fonts when entering the font path in the Customize Font Paths + dialog box. + To load a terminal resource file from the second sample mount point, you + would use the local name resource when entering the path to the file in + the Customize Resource Files dialog box. + 2. Click on the button to add your mount point to the NFS Mount Points + scroll box. + To apply your mount points: + Click on OK or Apply. The terminal saves the listed mount points and tries to + mount any remote file systems you added. + To remove a mount point: + 1. In the NFS Mount Points scroll box, click on the mount point you want to + remove. + 2. Click on the trash can button. + Notes on Using NFS + For more information about using NFS, refer to your host system’s NFS + documentation. + • If an error occurs when mounting or accessing file systems, the VXT + Message Box displays an NFS error code. See Section A.1.1 for a list of + error codes. + • Some NFS mount daemons require name service to honor mount requests + that use an address instead of a name. + • Files on the NFS server must be world-readable. The terminal implements + NFS for clients only, so the NFS server must provide open file access. + + + + +80 Chapter 4 + Customizing Communications + 4.8 Changing Your NFS Settings + + • The NFS server must export remote file systems before the terminal can + mount them. The exported file system should include the areas holding the + desired fonts or terminal resource files. + +4.9 Changing Your DECnet Address Settings + To communicate with other DECnet nodes, your terminal must have a unique + DECnet address. From the Customize DECnet dialog box, you can enable + or disable the use of the DECnet transport and enter the terminal’s DECnet + address. + See your system manager for your terminal’s DECnet address. The new setting + takes effect when you reboot the terminal. + To enter or change your terminal’s DECnet address settings, choose the + Communications submenu from the Terminal Manager window’s Customize + menu. Then choose DECnet... to display the Customize DECnet dialog box: + + + + + LJ−01118−RAGS + + From the Customize DECnet dialog box, you can change the following settings: + DECnet + Before you can enter an address, you must click on the User Specified DECnet + Address button. You can disable the use of the DECnet transport by clicking + on the Disable button. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 81 + Customizing Communications +4.9 Changing Your DECnet Address Settings + + Terminal’s DECnet Address + After you click on the User Specified DECnet address button, you can enter + your terminal’s DECnet address in the Terminal’s DECnet Address box. Click + on OK to save the address and dismiss the dialog box. + You can enter your DECnet address in the long or short form: + • The long form uses a period to separate the area number and node number. + Example: 61.513. + • The short form collapses the area number and node number into a single + decimal value, using the formula (area_number 1024) + node_number. +  + + + + + Example: (61  1024) + 513) = 62977. + Network Buffer Size + The system manager chooses a DECnet network buffer size to optimize the + traffic flow on a wide area network, minimizing retransmission costs while + maximizing throughput. The default network buffer size 576 bytes. + You enter your network buffer size in the Network Buffer Size box. See your + VXT manager for the correct size. The buffer size value must be consistent + throughout your network. Click on OK to save the size and dismiss the dialog + box. + +4.10 Changing Your DECnet Name Translator Settings + You can use DECnet node names instead of DECnet addresses to specify host + systems in the Create and Customize AutoStart dialog boxes. + The terminal can check the DECnet node names you use without maintaining + a local node name database. To do this, the terminal uses the DECnet Network + Management Listener (NML) object (object 19) on a host system as its name + translator. You specify the host system in the Customize DECnet Name + Translator dialog box. + When resolving a DECnet address, the terminal connects to the NML object + and issues a Network Information and Control Exchange (NICE) protocol + message. This message conveys the NCP command SHOW NODE nodename + to the host. The host responds with the DECnet address associated with the + supplied node name. + Your terminal first attempts to connect to the primary name translator. If + the primary name translator is unavailable, the terminal attempts to use the + secondary name translator. + See your system manager for the addresses of primary and secondary DECnet + name translator nodes. Settings take effect immediately. + + +82 Chapter 4 + Customizing Communications + 4.10 Changing Your DECnet Name Translator Settings + +To enter or change DECnet name translator addresses, choose the +Communications submenu from the Terminal Manager window’s Customize +menu. Then choose DECnet Name Translator... to display the Customize +DECnet Name Translator dialog box: + + + + + LJ−01119−RAGS + +From the Customize DECnet Name Translator dialog box, you can change the +following settings: + Primary Name Translator’s DECnet Address +Use this box to enter the address of the host that serves as the primary name +translator for DECnet addresses. Click on OK to save the address and dismiss +the dialog box. You can enter your DECnet address in the long or short form +(Section 4.9). + Secondary Name Translator’s DECnet Address +Use this box to enter the address of a secondary host for DECnet name +translation, if you have one. Click on OK to save the address and dismiss +the dialog box. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 83 + 5 + 5 + Customizing Fonts and Startup Settings + + + This chapter describes how you can customize more advanced system settings + to autostart sessions and applications, change font paths, boot VXT software, + and load or unload VXT software features. To customize these settings, you + use the bottom half of the Customize menu in the Terminal Manager window. + Initially, the terminal uses factory-default settings that work with many + host systems. You can make changes to suit your personal preference and + computing environment. After you make changes, you can save your settings + for all future sessions. + The chapter covers the following major topics: + • Changing Your Font Path Settings + • Changing Your X Server Settings + • Specifying Your AutoStart Settings + • Changing Your Boot Settings for VXT Software + • Changing Your Software Options Settings + + + + +84 Chapter 5 + Customizing Fonts and Startup Settings + 5.1 Displaying the Customize Menu + +5.1 Displaying the Customize Menu + To display the Customize menu, click on Customize in the Terminal Manager + window’s menu bar. This chapter describes the menu items highlighted in + gray: + + VXT V2.1 Terminal Manager + + + + + LJ−03541−RAGS + + + + Note + A VXT manager can customize settings for terminals and work groups. + The VXT manager can also lock or unlock access to one or more of the + Customize menu items. Locked menu items are dimmed. + + + +5.2 Changing Your Configuration Manager Settings + The configuration manager lets you centrally manage and customize the + VXT 2000 windowing terminals on your local network from a single terminal. + You also have the alternative of creating your own terminal resource files + and storing them on a host system. Typically, these are system management + functions. The VXT Software Version 2.1 Installation and System Management + guide describes the configuration manager, host-based resource files, and how + to use them. + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 85 + Customizing Fonts and Startup Settings +5.2 Changing Your Configuration Manager Settings + + From the configuration manager, a system manager can access the Customize + dialog boxes for each terminal and lock or unlock customized settings. If you + customize settings at your terminal, they override terminal or work group + settings entered in the configuration manager. + For host-based terminals, the system manager can customize individual + terminals in the configuration manager. The customized settings are written + directly to your terminal. The settings take effect the next time you reboot + your terminal. + For server-based terminals, the system manager can customize individual + terminals or set up terminal work groups to share the same settings. Your + terminal stores its customized settings on an InfoServer system rather than in + the terminal. The system manager can also set up font sets on an InfoServer + system for work groups to share. + To display the Configuration submenu, choose Configuration... from the + Terminal Manager window’s Customize menu. + +5.3 Changing Your Font Path Settings + VXT software provides 23 local fonts for use with the terminal. If you have + a server-based terminal, the VXT software on an InfoServer system provides + 1166 fonts. You can also access fonts on host systems or font servers in your + network. To access fonts from network devices, you enter a font path in the + Customize Font Path dialog box. + A font is a set of character images in a particular typeface and style. The + font defines how characters look. The terminal displays characters as they are + defined in the selected font. A font path points to the network location of a + set of fonts residing on a host or server. + Font Formats and Communication Protocols + The terminal supports the industry-standard X11R5 server for accessing fonts. + You can access fonts from multiple sources, in any supported format, using + different communication methods. For each font source you want to use, you + enter a font path element in the Customize Font Path dialog box. The terminal + can use any fonts in the active font path, plus the 23 local fonts. + + + + +86 Chapter 5 + Customizing Fonts and Startup Settings + 5.3 Changing Your Font Path Settings + +The terminal can access fonts from the following systems: + +System Communication Method +X11R5 font server TCP/IP +InfoServer system LASTport +UNIX host NFS or TFTP +OpenVMS host LAT + +Fonts can be in any of the following formats: +• Portable compiled format (PCF) (compressed and uncompressed) +• Server natural format (SNF) (Version 1 and Version 4) +• Bitmap distribution format (BDF) +• Speedo outline format +• PostScript Type 1 format (ASCII or binary form) +VXT Software Version 2.1 Installation and System Management also provides +information on converting fonts for use on your terminal. +Activating the Font Path +The terminal tries to set a font path when you +• Turn on the terminal +• Reset or Reboot the terminal from the Session menu +• Click on OK, Apply, or System Defaults in the Customize Font Path dialog + box +You can make changes to the font path while you are using the terminal. +After you apply your changes in the Customize Font Path dialog box, any +applications you start use the fonts from the new font path. Applications that +were already running continue to use the same fonts; one exception is VXT +DECterm windows, which use the new fonts. See Section 8.3.1 for information +on using fonts in VXT DECterm windows. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 87 + Customizing Fonts and Startup Settings +5.3 Changing Your Font Path Settings + + Customize Font Path Dialog Box + To customize the font path, choose Font Path... from the Terminal Manager + window’s Customize menu. The Customize Font Path dialog box looks like this: + + + + + LJ−01175B−RAGS + + + +5.3.1 Entering a Font Path + The Active Font Path Elements scroll box lists the font paths the terminal uses + to find fonts. The font server searches for font paths in the order listed in the + scroll box. + To enter a font path into the Active Font Path Elements scroll box: + 1. In the Font Source box, choose the type of device supplying your fonts: + InfoServer, host, or font server. + + + + +88 Chapter 5 + Customizing Fonts and Startup Settings + 5.3 Changing Your Font Path Settings + +2. In the Transport box, choose the protocol used to communicate with the + font source. The choices available depend on the font source you chose. + The titles of the two text-entry boxes also depend on the type of font source + you chose. + + Font Source Transport Server/Host/Mountpoint Font Sets/Path/Catalogs + InfoServer LASTport Server Font Sets + Host NFS Mount Point Path + Host TFTP Host Path + Host LAT Host Path + Font Server TCP/IP Host Catalogs + +3. In the Server/Mount Point/Host box, enter the host name or address of + the font source (font server, InfoServer system, host, or NFS mount point) + where the fonts reside. +4. In the Font Sets/Path/Catalogs box, enter the path to the directory where + the fonts reside. +5. Click on the button to add the font path to the Active Font Path + Elements scroll box. +6. Click on Apply or OK. The terminal tries to set a new font path to each + element listed in the scroll box. +To remove a font path: +1. In the Font Paths scroll box, click on the font path element you want to + remove. +2. Click on the trash can button. +The following sections provide more detailed examples for each type of font +source and transport. +InfoServer Font Path +To enter a font path to fonts on an InfoServer system: +1. Click on the InfoServer button in the Font Source box. The LASTport + transport is automatically selected. +2. In the Server box, click on Any if you want to use any InfoServer on your + network. + Click on Other if you want to specify a particular InfoServer. Enter the + name of the InfoServer in the Server box. + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 89 + Customizing Fonts and Startup Settings +5.3 Changing Your Font Path Settings + + 3. In the Font Sets box, click on Default if you want to use the default font + set on the InfoServer. + Click on Other if you want to specify a particular font set. Enter the font + set name in the Font Sets box. + 4. Click on the button to add your font path to the scroll box. + Examples +//lastport Solicits any InfoServer and its default font set. +//lastport/InfoServer_1 Solicits for InfoServer_1 and its default font set. +//lastport//v2_1 Solicits for any InfoServer with font set V2_1. +//lastport/InfoServer_1/V2_1 Solicits for InfoServer_1 and font set V2_1. + + Host System Font Path (NFS) + To set an NFS font path, you must first enter the NFS mount point in the + Customize NFS dialog box (Section 4.8). + To enter a font path to a host system using NFS: + 1. In the Font Source box, click on the Host button. The NFS transport is + automatically selected. + 2. In the Host box, enter the local name of the NFS mount point. You define + the local name in the Customize NFS dialog box. + Example: fonts + 3. In the Path box, click on Default if you want to use the default path. + Click on Other if you want to specify a particular font path. Enter the path + in the Path box. + Example: /vxt/fonts/vxt-decwin/100dpi + 4. Click on the button to add your path to the scroll box. + Example: //nfs/fonts/vxt/fonts/vxt-decwin/100dpi + Host System Font Path (TFTP) + To enter a font path to a host system using TFTP: + 1. In the Font Source box, click on the Host button. + 2. In the Transport box, click on the TFTP button. + 3. In the Host box, enter the name or IP address of the host where the fonts + reside. + Example: market or 12.345.678.901 + 4. In the Path Box, enter the path to the fonts. + + +90 Chapter 5 + Customizing Fonts and Startup Settings + 5.3 Changing Your Font Path Settings + + Example: /usr/lib/fonts/100dpi + 5. Click on the button to add your font path to the scroll box. + Example + //tftp/12.123.123.122/usr/lib/fonts/100dpi + Host System Font Path (LAT) + To enter a font path to a host system using the LAT transport: + 1. In the Font Source box, click on the Host button. + 2. In the Transport box, click on the LAT button. + 3. In the Host box, enter the name of the host where the fonts reside. + Example: MARKET + 4. In the Path Box, click on Default if you want to use the default font + directory search list on the host. + Click on Other if you want to specify a particular font path. Enter the path + into the Path text entry box. + Example: fonts$disk:[user_fonts.100dpi] + 5. Click on the button to add your font path to the scroll box. + Examples +lat/market Specifies the default font directory search list + on host MARKET. +lat/market/fonts$disk:[user_fonts.100dpi] Specifies a particular font path on host + MARKET. + + Font Server Font Path (TCP/IP) + To enter a font path to a font server using TCP/IP: + 1. In the Font Source box, click on the Font Server button. The TCP/IP + transport is automatically selected. + 2. In the Host box, enter the name or IP address of the host where the fonts + reside. + Example: expo + 3. If you want to specify a particular port, click on the Port box and enter a + port address. The default port address is 7000. + 4. In the Catalogs box, click on Default if you want to use the default font + catalog on the font server. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 91 + Customizing Fonts and Startup Settings +5.3 Changing Your Font Path Settings + + Click on Other if you want to specify a catalog. Enter the catalog name in + the Catalogs box. + Example: available + 5. Click on the button to add your font path to the scroll box. + Examples + tcp/expo:7000/available + tcp/18.30.0.212:7890 + Font Path Errors + If a font source is unavailable: The VXT Message Box displays a message + indicating the terminal could not set a font path to that source. + Backup font services: If a font source fails while in use, the terminal can + automatically access the same font from a second source if available. The + second source must be listed somewhere after the first source in the Active + Font Path Elements scroll box. If the terminal does not find the font on + another font source, the terminal sends an error to the client that was using + the font. + If no fonts are found in a valid LAT font path: The VXT Message box + displays a message indicating that the set font path action succeeded and the + number of fonts which are available. + Tips on Setting Font Paths + • If host applications need fonts, use the fonts from the host supplying the + application. + • Include backup font sources in your font path. If the primary font source is + unavailable, the terminal can find the same fonts on the backup source. + • Use an InfoServer system to supply fonts, if available. If your network has + multiple InfoServers, the terminal provides automiatic font failover service + to backup InfoServers. You can also use the Font Management dialog + box to create and manage font sets on an InfoServer; you can copy fonts + from host systems. VXT Software Version 2.1 Installation and System + Management describes how to use the Font Management dialog box. + • To reduce the time for setting the font path, make sure your font path + includes only fonts required for your applications. + + + + +92 Chapter 5 + Customizing Fonts and Startup Settings + 5.4 Changing Your X Server Settings + +5.4 Changing Your X Server Settings + The Customize X Server dialog box lets you + • Choose whether or not to reset the X server or reboot the terminal’s + software when you end an X session. + • Scale display fonts to emulate a 75/dots inch display on a 100 dots/inch + monitor, or a 100 dots/inch display on a 75 dots/inch monitor + • Set an 8-plane terminal to use color or gray scale settings. + When you end an X session on an OpenVMS system, resetting the server will + end all open sessions on the terminal. If you do not reset the server, you can + end an X session without affecting other open sessions. + To change your X server settings, choose X Server... from the Terminal + Manager window’s Customize menu. The Customize X Server dialog box looks + like this: + + + + + LJ−01174B−RAGS + + Backing Store + The backing store function improves the time needed to restore a window from + an icon, by having the terminal perform the restore instead of the remote + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 93 + Customizing Fonts and Startup Settings +5.4 Changing Your X Server Settings + + application. The Graphics Option dialog box in VXT DECterm windows also + has a Backing Store button (Section 8.8). + The Disabled setting causes the terminal to ignore application requests for + backing store, and not to save the contents of an obscured window. The + terminal informs the client when its window is uncovered, and should be + redrawn. Use this setting to conserve the terminal’s memory. + The When Requested setting causes the terminal to save the contents of an + obscured window, or a portion of that window, when requested by the client. + If you select When Requested, the terminal can display an iconified or covered + window without waiting for the client to redraw it. + Display Scaling + The display scaling option lets you adjust the font size displayed on your + terminal to resemble a 75 dots/inch or 100 dots/inch display. Use the 75% + button if you have a 100 dots/inch monitor and want your display to look like + a 75 dots/inch monitor. Use the 133% button to make a 75 dots/inch monitor + display look like a 100 dots/inch monitor display. Your new setting takes effect + when you restart the terminal. + X Session Reset Server Action + Normally, the terminal restarts the X server when you quit from an X session. + If you end an X session on an OpenVMS system, restarting the X server causes + the terminal to end all open sessions. + If you click on the Ignore Reset Server button, you can end an OpenVMS X + session without ending other open sessions. + If you click on the Reboot Terminal button, the terminal reloads the VXT + software when you end an X session. + Your new setting takes effect when you click on Apply or OK. + Monitor + You can choose a gray scale or color setting for an 8-plane terminal. These + buttons are dimmed on monochrome terminals. Your new setting takes effect + when you restart the terminal. + +5.5 Changing Your Startup Settings + You can customize the terminal to automatically start up the applications you + frequently use. You can also customize the terminal to load a particular VXT + system image or turn off individual VXT software options. + + + + +94 Chapter 5 + Customizing Fonts and Startup Settings + 5.5 Changing Your Startup Settings + + To customize startup settings, you use the Startup submenu on the Terminal + Manager window’s Customize menu. The following sections describe the + functions you can perform from the Startup submenu: + • Specifying Your AutoStart Settings + The AutoStart dialog box lets you enter a list of host sessions and VXT + applications to automatically start each time you turn on, autostart, or + reboot the terminal. + • Changing Your Boot Settings for VXT Software + The Customize Boot dialog box lets you customize the VXT software + loading process to match your system environment. + • Changing Your Software Options Settings + The Customize Software Options dialog box lets you turn VXT software + options options on or off. Host-based terminals can use this feature to + improve memory use. + +5.6 Specifying Your AutoStart Settings + The AutoStart dialog box lets you enter a list of host sessions and VXT + applications to automatically start each time you + • Turn on the terminal + • Choose the AutoStart menu item from the Session menu + • Choose the Reset, Reboot, or Shutdown menu item from the Session menu + By default, the terminal autostarts the Terminal Manager window, VXT + Message Box, and local Motif window manager. + The format of the AutoStart dialog box is the same as the Create dialog box. + To display the AutoStart dialog box, choose AutoStart... from the Terminal + Manager window’s Customize menu. The Customize AutoStart dialog box looks + like this: + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 95 + Customizing Fonts and Startup Settings +5.6 Specifying Your AutoStart Settings + + + + + LJ−01167D−RAGS + + + AutoStart List + The terminal starts applications in the order you list them in the AutoStart + List. The default entries in the Customize AutoStart dialog box are + • Terminal Manager window and VXT Message Box + • Motif Window Manager + By default, the terminal starts the Terminal Manager window and VXT + Message Box as a single application. You can choose to start them as separate + applications. + To add a session or application to the AutoStart list: + + + + +96 Chapter 5 + Customizing Fonts and Startup Settings + 5.6 Specifying Your AutoStart Settings + +Use the following steps. The AutoStart dialog box controls operate the same as +the Create dialog box controls. See Section 2.2 for syntax rules and details on +buttons. +1. In the Application box, click on the type of session (X Session, DECterm, + 3270) or VXT application you want to autostart. For VXT applications, skip + steps 2 and 3. +2. In the Transport box, click on the communication method to use for the + session. If you choose Serial, skip step 3. +3. In the Host Name or Address box, enter the name or address of the host + system. If you make a typing mistake, you can use the Clear button to + clear the box. + For IP sessions: + • Use the Any Host button if you want to use the first available IP host. + • Use the Any Host Indirect button to specify a host that will act as a + pathway to find the first available IP host. + • Use the Comment box to enter optional text comments. For example, + if you entered a host name, you may want to enter the IP address as a + comment. + • Use the List Known Hosts... button to display a dialog box that lets + you list available IP hosts. +4. Click on to add your entry to the AutoStart List. + To delete entries, select the entry in the list and click on the trash can + button. + To move entries, select the entry in the list and click on the or  button. +5. Click on the OK button to save your settings. +The AutoStart dialog box saves your settings when you click on the OK button. +The Create dialog box contains a Save button for saving settings. +Reenter AutoStart Settings After Changing the Display Language +If you change your display language, you must reenter your AutoStart settings. +User Tip: Remove Unused Applications to Start the Terminal Faster +Normally, the terminal autostarts the local Motif window manager and the +combined Terminal Manager window + VXT Message Box applications. If you +no longer need to use an application, you should remove it from your AutoStart +list. The fewer applications listed in the AutoStart List, the faster the terminal +can start up and connect to your host sessions. + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 97 + Customizing Fonts and Startup Settings +5.6 Specifying Your AutoStart Settings + + If you use the remote window manager on a host system, you may want to + remove the local Motif window manager application from the AutoStart list. + You can enable the use of remote window managers in the Customize Terminal + manager dialog box (Section 3.10). + If you remove the combined Terminal Manager window + VXT Message Box + applications, you can restart them from the VXT Create pop-up menu. To + display the pop-up menu, click MB2 anywhere on the screen workspace. + + Caution + If you remove the combined Terminal Manager window + VXT Message + Box applications from the Preferred Services list in the Create dialog + box, they will not appear on the VXT Create pop-up menu the next + time you reset the terminal. + + + +5.7 Changing Your Boot Settings for VXT Software + The Customize Boot dialog box lets you specify a VXT software image and how + to load it. You can specify + • VXT software or VXT EX software + • Host-based or server-based mode of operation + You can also turn the following options on or off: + • X image extension, for working with XIE software to display graphics + • MOP trigger feature, for booting the terminal from a remote system + Your new Customize Boot settings take effect when you reboot the terminal. + When a loading process succeeds, the terminal saves the successful method in + local memory. The next time you reboot the terminal, it attempts to use the + same method. When you save your settings in the Customize Boot dialog box, + they override any previously saved settings. + Your booting options depend on what type of systems in your network have + VXT software and how your system manager has configured them to work with + VXT 2000 windowing terminals. For example, your system manager can enter + boot settings for your terminal in a file stored on a host system. + + + + +98 Chapter 5 + Customizing Fonts and Startup Settings + 5.7 Changing Your Boot Settings for VXT Software + + You can also enter boot commands at the terminal’s >>> prompt. See + Section 5.7.5. + + Caution + Before you change settings in the Customize Boot box, you should + understand how and when the terminal loads its software. + + + +5.7.1 Overview + How Does the Terminal Load VXT Software? + Your terminal operates in a computer network. The terminal loads its VXT + software from a host computer system or InfoServer system in the network. + To begin the loading process, the terminal sends out a sequence of requests on + the network for the first available host system or InfoServer system that has + VXT software or the VXT loader file. The VXT loader file is for server-based + operation only. + The terminal sends each request by using a communication transport. The + terminal can communicate with systems that use the maintenance operations + protocol (MOP) or the Internet protocol (IP) transport. + By default, the terminal loads its software from one of these systems: + • A host system that your system manager has preconfigured + VXT Software Version 2.1 Installation and System Management provides + instructions to configure systems. + • An InfoServer system + If your network has an InfoServer system with VXT software, you can use + your terminal without a system manager having to configure a host system. + When Does the Terminal Load VXT Software? + Booting is the process of loading a system’s software and bringing it to an + operable state. The terminal tries to boot after you + • Turn on the terminal and the terminal’s self-test succeeds + • Restart the terminal by choosing the Reboot or Shutdown menu item from + the Session menu + • Press one of these key sequences to reboot the terminal: + ANSI (LK401) keyboard Ctrl +left Alt +keypad . + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 99 + Customizing Fonts and Startup Settings +5.7 Changing Your Boot Settings for VXT Software + + PC (LK443/LK444) keyboard Ctrl + Alt +keypad . + Short ANSI (LK421) keyboard Ctrl Alt Function Extend . + +5.7.2 Using Host-Based Operation + The terminal can load a VXT or VXT EX software image directly from a host + system, using the MOP or IP protocol. You can also load a VXT or VXT EX + software image in host-based mode from an InfoServer system; however, the + terminal does not make use of the InfoServer’s memory services in host-based + mode. + When you load a VXT or VXT EX software image in host-based mode, the + terminal stores all of your customizations in its nonvolatile memory. For + host-based operation, the terminal needs at least 10 megabytes of memory + installed. + + Host System InfoServer + + VXT or VXT EX VXT or VXT EX + Software Image Software Image + + + + + VXT VXT VXT VXT + + Customizations Customizations Customizations Customizations + 10 MB 10 MB 10 MB 10 MB + + + LJ−03032−RAGS + + Setting Up a Host System + Your system manager can preconfigure a host system that uses MOP or IP + to load a host-based VXT software image into your terminal. VXT Software + Version 2.1 Installation and System Management describes how to preconfigure + systems. + If you use IP The system manager must preconfigure the host system. + VXT Software Version 2.1 Installation and System Management describes how + to add a line item to the /etc/bootptab file listing each terminal’s Ethernet + address, IP address, and the VXT software image file or VXT loader file (for + server-based operation). + If you use MOP The system manager can preconfigure the host system or + InfoServer system, or you can enter the name of a VXT software image file in + the Customize Boot dialog box. + + +100 Chapter 5 + Customizing Fonts and Startup Settings + 5.7 Changing Your Boot Settings for VXT Software + +Specifying a Host-Based Image in the Customize Boot Dialog Box +If your system manager has not preconfigured a host system or InfoServer +system to load your terminal, you can specify a host-based VXT or VXT EX +software image in the Customize Boot dialog box. Your system must support +the MOP transport. To specify a host-based image: +1. Display the Customize Boot dialog box (Section 5.7.4). +2. In the Primary Boot box, click on the MOP button. +3. In the MOP Boot File box, click on the Other button. Enter the name of + the VXT or VXT EX software image file. + + Enter... To load this image... + VXT Version 2.1 software provides two VXT software image files: + VXT VXT software image + VXTEX VXT EX software image + VXT Version 2.0 software included version numbers in the software image files: + VXT020 VXT software image + VXTEX020 VXT EX software image + Earlier versions of VXT software used separate software images to support + monochrome and color/gray scale terminals: + VXTMP00nn0 VXT host-based, monochrome image + VXTSP00nn0 VXT host-based, color or gray scale image + VXTMPI0nn0 VXT host-based, monochrome image with XIE support + VXTSPI0nn0 VXT host-based, color or gray scale image with XIE support + + nn is the version number. For example, 12 is Version 1.2. + + +4. Click on the OK button to save your setting and dismiss the dialog box. +5. In the Terminal Manager window, click on the Session menu. +6. In the Session menu, click on the Reboot menu item to reboot the terminal. + The terminal loads the specified VXT or VXT EX software image from the + first available host system or InfoServer system that has the software. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 101 + Customizing Fonts and Startup Settings +5.7 Changing Your Boot Settings for VXT Software + +5.7.3 Using Server-Based Operation + When you load a VXT software image file from an InfoServer system, you can + choose to operate in server-based mode or host-based mode (Section 5.7.2). + In server-based mode, the terminal stores its customizations on an InfoServer + system. The InfoServer system also performs certain memory functions for the + terminal, so the terminal needs only 4 megabytes of installed memory. + In server-based mode, the terminal takes two steps to load a VXT or VXT EX + software image: + 1. The terminal loads a VXT loader file from an InfoServer system or host + system, using the MOP or IP protocol. + 2. The VXT loader file loads the VXT software image file from an InfoServer + system, using the LASTport Version 3.1 protocol. + + InfoServer InfoServer + + VXT Loader VXT Loader + VXT or VXT EX VXT or VXT EX + Software Image Software Image + Customizations Customizations + + + + + VXT VXT VXT VXT + + 4 MB 4 MB 4 MB 4 MB + + + + LJ−03325−RAGS + + Plug and Play Operation + If you have an InfoServer with VXT software, the terminal can normally load + the software without any need to configure a host system or use the Customize + Boot dialog box. By default, the terminal looks for a VXT loader file named + VXTLDR, which is supplied with VXT software kits for InfoServer systems. + By default, the VXT loader first solicits the network for the full-function VXT + software image; if the VXT software image is not available, the VXT loader + solicits for the VXT EX image. + + Network Bridges May Affect the VXT Loader + If your InfoServer system is on the other side of a network bridge that + filters MOP messages, your system manager must install the VXT + + +102 Chapter 5 + Customizing Fonts and Startup Settings + 5.7 Changing Your Boot Settings for VXT Software + + loader file on a host system. Your system manager can preconfigure the + host to load the file into the terminal. After the terminal loads the VXT + loader file, the VXT loader file loads the VXT software image from the + InfoServer system. + + +Specifying a Server-Based Image in the Customize Boot Dialog Box +If you want to load a particular VXT or VXT EX software version in server- +based mode, you can use the Customize Boot dialog box. +1. Display the Customize Boot dialog box (Section 5.7.4). +2. In the Primary Boot box, click on the MOP button. +3. In the MOP Boot File box, click on the Other button. + Enter the name of the VXT loader file. The default name is VXTLDR. + If needed, you can specify the loader supplied with a particular VXT + software version. Normally you do not need to specify a version, unless + you are loading a new version of VXT software that has not been made the + default on your network yet. For example, if VXT Version 1.3 is the default + version and you want to load VXT Version 2.1, you would specify the loader + for VXT Version 2.1. + + Enter... To use this loader... + VXTLDR Default version on your network + VXTLDR_NODENAME Default version on nodename + VXTLDR021 VXT Version 2.1 loader + VXTLDR020 VXT Version 2.0 loader + VXTLDR0130 VXT Version 1.3 loader + VXTLDR1 VXT Version 1.3 loader (for VXT 2000+ terminals) + VXTLDR0120 VXT Version 1.2 loader + + + VXT Loader Requirements + To load the VXT Version 2.1 software image, you must use the VXT + Version 2.1 loader file. + To load the VXT EX software image, you must use the VXT Version 2.0 + or 2.1 loader file. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 103 + Customizing Fonts and Startup Settings +5.7 Changing Your Boot Settings for VXT Software + + 4. In the Secondary Boot box, choose the type of VXT software you want to + use. Click on the VXT Software button or the VXT EX button. + 5. In the Version box, click on the Default button if you want to load the + default version of VXT or VXT EX software on your network. + Click on the Other button if you want to specify a VXT or VXT EX version + other than the default. The terminal displays the letters VXT or VXT EX + in front of the box. Enter the value for the version number (three digits for + Version 2.0 and Version 2.1, four digits for earlier versions). + + Enter... To load this version... + VXT VXT EX + 021 2.1 2.0 + 020 2.0 2.0 + 0130 1.3 – + 0120 1.2 – + 0110 1.1 – + 0100 1.0 – + + 6. Click on the OK button to save your setting and dismiss the dialog box. + 7. In the Terminal Manager window, click on the Session menu. + 8. In the Session menu, click on the Reboot menu item to reboot the terminal. + The terminal loads the VXT loader file from the first available system. + + Server-Based Customizations and Loading + If you have several InfoServer systems with VXT software, your + terminal always loads the VXT software from the first available + InfoServer system that has the same LASTport group code. However, + your terminal’s customized settings are always stored on a specific + InfoServer system; therefore, your terminal does not necessarily use + the same system to load software and store customizations. + + + + +104 Chapter 5 + Customizing Fonts and Startup Settings + 5.7 Changing Your Boot Settings for VXT Software + +5.7.4 Customize Boot Dialog Box Description + To view or change your boot settings, choose Boot... from the Terminal + Manager window’s Customize menu. The Customize Boot dialog box looks like + this: + + + + + LJ−00176D−RAGS + + From the Customize Boot dialog box, you can change the following settings: + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 105 + Customizing Fonts and Startup Settings +5.7 Changing Your Boot Settings for VXT Software + + Primary Boot + Normally, the terminal alternates between using MOP and IP on attempts to + boot the VXT software image file (host-based mode) or VXT loader file (server- + based mode). To use IP only, click on the IP button. To use MOP only, click on + the MOP button. + MOP Boot File + If you use MOP, the MOP Boot File box lets you specify a host-based VXT + software image file (from a host or InfoServer system) or a VXT loader file. + The VXT loader file is for loading a server-based VXT software image. + Default By default, the terminal looks for the VXT loader file on an InfoServer + system or host. The terminal repeats this sequence using different versions of + the MOP protocol. + Host Preconfigured The terminal first looks for any host system using MOP + that has been preconfigured to load the terminal with VXT software. If it does + not find a host, the terminal looks for the VXT loader file on an InfoServer + system or host. The terminal repeats this sequence using different versions of + the MOP protocol. + VXT Software Version 2.1 Installation and System Management describes how + your system manager can add your terminal’s Ethernet address and the desired + host-based VXT software image file or VXT loader file to a system database. + If you use MOP: OpenVMS system managers use the Network Control Program + (NCP), and ULTRIX system managers use the addnode utility. + Other This setting lets you specify a host-based VXT software image file or + VXT loader file. The image or loader file can be on a host or InfoServer system. + Omit the .SYS file extension. + The file should be in a default MOP directory. For example: + • OpenVMS systems—Use VXT$LIBRARY or MOM$SYSTEM. To use + VXT$LIBRARY, the system manager must add it to the MOM$LOAD + search list. See the OpenVMS section in VXT Software Version 2.1 + Installation and System Management. + • ULTRIX systems—Use /usr/lib/mop on the local subnet. + VXTLDR is the default name of the VXT loader file. If you enter the file name + VXTLDR, any MOP service with the load file can respond and supply the file to + the terminal. The VXT loader uses the LASTport Version 3.1 protocol to load + the system image specified in the Secondary Boot and Version fields. + + + + +106 Chapter 5 + Customizing Fonts and Startup Settings + 5.7 Changing Your Boot Settings for VXT Software + +Typically, the terminal uses the VXT loader file from the InfoServer system +that supplies the VXT software image. However, if there is a bridge that +filters MOP requests between the terminal and InfoServer system, the system +manager should make sure the VXT loader file is available on a host system in +the same network segment as the terminal. + Secondary Boot +When you load a server-based VXT software image from an InfoServer system, +you use the Secondary Boot box to choose VXT software or VXT EX software. +Version You can use the default version of your Secondary Boot choice (VXT +Software or VXT EX) or specify a version in the Other box. If you specify a +version, make sure a VXT software image file with that name is available on +an InfoServer system. + Options: X Image Extension +VXT software images include an X image extension (XIE) capability that allows +server-based and host-based terminals to work with XIE software. The VXT +EX software image does not include XIE capability. +Normally, the terminal’s XIE capability is turned on. If you turn this feature +off and on, you must reboot the terminal before your new setting takes effect. +Appendix C describes how to use the terminal with XIE. +VXT 2000 terminals with a system box and 17-inch VX227 models without a +system box can use an optional image accelerator board to increase the speed +at which the terminal displays XIE bitonal images. However, you do not need +the image accelerator board to use the terminal’s XIE capability. + Reboot Options +The MOP protocol provides a trigger mechanism for rebooting a remote node. +If you enable the MOP trigger feature, your terminal can be rebooted from a +remote node. +Allow MOP Trigger Normally, the terminal ignores MOP trigger messages. To +enable MOP triggering, click on the Allow MOP Trigger button. +Trigger Password You can also supply a password to restrict rebooting from +a remote node. The MOP trigger password can be from 1 to 16 hexadecimal +characters (0–9 and A–F characters). If you do not supply a password, a +default value of 0 is used (equivalent to no password). +See your host system’s network control program (NCP) manual or online help +for more information on the syntax for triggering remote nodes. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 107 + Customizing Fonts and Startup Settings +5.7 Changing Your Boot Settings for VXT Software + +5.7.5 Entering Boot Commands to Load VXT Software + In addition to the Customize Boot dialog box, you can load VXT software from + the terminal’s >>> prompt. + Displaying the >>> Prompt + To display the >>> prompt, you must halt your terminal. There are two ways + to halt the terminal; you can use the keyboard, or you can use the halt button. + + Caution + Halting the terminal closes any currently open sessions. + + + To display the >>> prompt from the keyboard: + Press Ctrl +left Alt +keypad . . The terminal ends all sessions and begins to + boot VXT software. Immediately press Ctrl C to halt the booting sequence and + display the >>> prompt. + To display the >>> prompt using the halt button: + Quickly press and release the halt button on the rear of the terminal. The + terminal halts all activity and displays a >>> prompt. + • For terminals with a system box: The halt button is next to the indicator + lights on the rear of the system box. + • For terminals without a system box: The halt button is below the keyboard + connector on the rear of the monitor. + Loading VXT Version 2.0 or 2.1 Software + To load VXT Version 2.0 or 2.1 software, enter the command sequence for + host-based or server-based operation. + + To load... In this mode... Enter... + VXT Version Host + 2.1 + >>> B/100 Return + Bootfile: VXT Return + Server + >>> B/101 Return + Bootfile: VXTLDR Return + VXTLDR> VXT.SYS or VXT021.SYS Return + + + + +108 Chapter 5 + Customizing Fonts and Startup Settings + 5.7 Changing Your Boot Settings for VXT Software + +To load... In this mode... Enter... +VXT EX Host + >>> B/100 Return + Bootfile: VXTEX or VXTEX020 Return + + Server + >>> B/101 Return + Bootfile: VXTLDR Return + VXTLDR> VXTEX020.SYS Return +VXT Version Host +2.0 + >>> B/100 Return + Bootfile: VXT020 Return + + Server + >>> B/101 Return + Bootfile: VXTLDR Return + VXTLDR> VXT020.SYS Return + If you have VXT Version 2.1 software, you can omit the version number when specifying VXT EX +software. + + +Loading Earlier VXT Software Versions +Earlier versions of VXT software used separate software images to support +monochrome and color/gray scale terminals. Enter the command sequence for +host-based or server-based operation. +Host-Based Mode +>>> B/100 Return +Bootfile: host_image Return + + + + +Enter host_image... To load this image... +VXTMP00nn0 VXT host-based, monochrome image +VXTSP00nn0 VXT host-based, color or gray scale image +VXTMPI0nn0 VXT host-based, monochrome image with XIE support +VXTSPI0nn0 VXT host-based, color or gray scale image with XIE support + +nn is the version number. For example, 12 is Version 1.2. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 109 + Customizing Fonts and Startup Settings +5.7 Changing Your Boot Settings for VXT Software + + Server-Based Mode + >>> B/101 Return + Bootfile: VXTLDR Return + VXTLDR> server_image Return + + + Enter server_image... To load this image... + VXTMV00nn0.SYS VXT server-based, monochrome image + VXTSV00nn0.SYS VXT server-based, color or gray scale image + + nn is the version number. For example, 12 is Version 1.2. + + + +5.8 Changing Your Software Options Settings + The Customize Software Options dialog box lets you turn certain VXT software + features on or off at startup. By default all options are turned on. + If you have a host-based terminal, you can conserve memory by selecting only + those options you need to use. You can monitor your terminal’s memory use + by checking the Memory Remaining scale in the System Monitor dialog box + (Section 6.5). + The following table lists the approximate memory saved for each option + unloaded. + + If You Unload This Option... You Save This Much Memory (Kilobytes)... + DECterm 235 KB + Motif WM 617 KB + Terminal Manager 1422 KB + Print Screen 19 KB + Message Box 116 KB + Net Print 8 KB + 3270 233 KB + X Image Extension 194 KB + Font Manager 37 KB + InfoReader 33 KB + + Total 2914 KB + + + + +110 Chapter 5 + Customizing Fonts and Startup Settings + 5.8 Changing Your Software Options Settings + +If you try to use a disabled option, the VXT Message Box displays the following +message: +Software option is disabled. +To view or change your software option settings, choose the Startup submenu +from the Terminal Manager window’s Customize menu. Then choose Software +Options... to display the Customize Software Options dialog box: + + + + + LJ−03539−RAGS + +From the Customize Software Options dialog box, you can turn the following +options on or off as startup: + DECterm Terminal Windows +This setting affects your ability to create VXT DECterm windows. + Motif Window Manager +This setting affects your ability to use the terminal’s Motif window manager. +If you disable this option, you cannot restart the window manager using the +Create dialog box or any other method. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 111 + Customizing Fonts and Startup Settings +5.8 Changing Your Software Options Settings + + Terminal Manager + This setting affects your ability to use the Terminal Manager window. This + setting also affects the VXT Message Box, unless you autostart the message + box as a separate application from the the Terminal Manager window. + + Caution + The Software Options dialog box is part of the Terminal Manager + window. If you turn off the Terminal Manager window and reboot the + terminal, you cannot access the Software Option dialog box to enable + the Terminal Manager window again. See your system manager to + reenable the Terminal Manager window. + + + Print Screen + This setting affects your ability to use the Print Screen menu item in the VXT’s + Terminal Manager window. + Message Box + This setting affects your ability to use the VXT Message Box. + Network Printing + This setting affects your ability to print from a host system to a local printer + attached to the terminal. If this setting is disabled, you cannot use the Host + Accessible Printer Port setting in the Customize Serial and Parallel Ports + dialog box. + VXT 3270 Terminal Windows + This setting affects your ability to create VXT 3270 terminal windows. VXT + 3270 terminal windows also require a separate software license and access to a + DECnet/SNA gateway. + X Image Extension + This setting affects the terminal’s ability to work with X image extension (XIE) + software (Appendix C). VXT EX software does not include XIE capability. + Font Manager + This setting affects your ability to use the Font Management dialog box for + server-based terminals, described in VXT Software Version 2.1 Installation and + System Management. + InfoReader + This setting affects your ability to display the InfoReader library of VXT + documentation from the Getting Started menu. + + + +112 Chapter 5 + Customizing Fonts and Startup Settings + 5.9 Using Customized Resource Files + +5.9 Using Customized Resource Files + VXT software provides two methods for remotely managing terminal settings— + the configuration manager or your own host-based resource files. If you use + your own host-based resource files, you can create individual terminal resource + files and group resource files. You enter the network location of a terminal’s + individual and group resource file in the Customize Resource Files dialog box. + To display the Customize Resource Files dialog box, choose Resource Files... + from the Terminal Manager window’s Customize menu. VXT Software + Version 2.1 Installation and System Management describes the configuration + manager, resource files, and how to use the Customize Resource Files dialog + box. + You can use the TFTP or NFS transport to access your resource files on + the host. If you use NFS, you must first enter the NFS mount point in the + Customize NFS dialog box. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 113 + 66 + Checking the Terminal’s Status + + + This chapter describes how to monitor the operating status of your terminal + and of network communication. To monitor the terminal’s status, you use the + Status submenu accessed from the Session menu in the Terminal Manager + window. This chapter covers the following topics: + • Displaying the Status Submenu + • Checking a TCP/IP Host System + • TCP/IP Routes Dialog Box + • Displaying LAT and Ethernet Counters + • Monitoring the Terminal’s Memory and Network Use + • Checking the Terminal’s System Configuration + + + + +114 Chapter 6 + Checking the Terminal’s Status + 6.1 Displaying the Status Submenu + +6.1 Displaying the Status Submenu + To display the Status submenu, choose the Status menu item from the Session + menu in the Terminal Manager window. + + VXT V2.1 Terminal Manager + + + + + LJ−01154D−RAGS + + + When you choose a menu item from the Status submenu, the terminal displays + a dialog box for that topic. + +6.2 Checking a TCP/IP Host System + You can check if a TCP/IP host is available by using the TCP/IP Network Test + (ping) dialog box. You specify a host name or IP address and a timeout period + for the test. The terminal sends a ping (Packet InterNet Groper) packet once + every second for the time you enter in the Timeout box. If you are testing the + availability of a remote host on another network, you may want to increase the + timeout value. + To display the TCP/IP Network Test (ping) dialog box, choose TCP/IP Network + Test (ping)... from the Status submenu. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 115 + Checking the Terminal’s Status +6.2 Checking a TCP/IP Host System + + + + + LJ−01112−RAGS + + To run the test: + 1. Click on the Host Name or IP Address box and enter a host name or + address. Use the < x key if you make a mistake. + Examples + market + 12.212.231.22 + 2. Click on the Test button. The terminal displays the status of the host on + the Status line: + • Host name or IP Address is alive + • No answer from Host name or IP Address + • Trying... + To change the timeout period for performing the test: + Click on the Timeout (seconds) box and enter a new timeout value from 1 to 99 + seconds. Use the < x key if you make a mistake. + To dismiss the dialog box: + Click on the Close button. + + + + +116 Chapter 6 + Checking the Terminal’s Status + 6.3 TCP/IP Routes Dialog Box + +6.3 TCP/IP Routes Dialog Box + You can display a list of TCP/IP routes from your network to hosts on other + networks. To display the TCP/IP Routes dialog box, choose TCP/IP Routes... + from the Status menu. + + + + + LJ−01113−RAGS + + + The dialog box lists routes from four sources: + • Static routes you enter in the Customize TCP/IP Routing Tables dialog box + • Interface routes added by interface initialization (NID startup) + • Internet control message protocol (ICMP) redirects + • Dynamic routes added by RIP packets (Normally dynamic routing is + enabled. See Section 4.7 to enable or disable.) + To enter your own routes into the TCP/IP Routes dialog box: + See Section 4.7. + To update the list: + Click on the Update Routes button. The terminal displays the current list of + static and dynamic routes. + To dismiss the dialog box: + Click on the Close button. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 117 + Checking the Terminal’s Status +6.4 Displaying LAT and Ethernet Counters + +6.4 Displaying LAT and Ethernet Counters + You can check the status of the terminal’s LAT and Ethernet counters. + Normally, the terminal updates the information in these dialog boxes every 5 + seconds. You can set the update frequency time from 1 to 60 seconds, using the + Customize Terminal Manager dialog box (Section 3.10). + LAT Counters Dialog Box + To display the LAT Counters dialog box, choose LAT Counters... from the + Status submenu. Table 6–1 describes each counter. + + + + + LJ−01155A−RAGS + + To set all counters to 0: + Click on the Zero Counters button. All counters in the list are set to 0. + To dismiss the dialog box: + Click on the Close button. + + Table 6–1 LAT Counters Display Fields + Field Description + Seconds Since Zeroed The number of seconds since these counters were set to 0. + (continued on next page) + + + + +118 Chapter 6 + Checking the Terminal’s Status + 6.4 Displaying LAT and Ethernet Counters + + +Table 6–1 (Cont.) LAT Counters Display Fields +Field Description + +Messages Received The number of LAT protocol messages successfully received + by the terminal. +Messages Transmitted The number of LAT protocol messages successfully + transmitted by the terminal. +Slots Received The number of LAT slots received by the terminal. A slot + represents a message segment for a particular LAT session. +Slots Transmitted The number of LAT slots transmitted by the terminal. A + slot represents a message segment for a particular LAT + session. +Bytes Received The number of data bytes received by the terminal over the + LAT protocol. +Bytes Transmitted The number of data bytes sent by the terminal over the LAT + protocol. +Duplicates Received The number of virtual circuit messages the terminal + received that were not in the correct sequence. +Messages Retransmitted The number of virtual circuit messages that the terminal + resent to remote nodes. +Illegal Messages The number of incorrectly formatted LAT messages the + terminal has received. +Illegal Slots The number of incorrectly formatted slots of data in a LAT + message that the terminal has received. +Virtual Circuit Timeouts The number of times that the terminal terminated a LAT + connection because the remote node did not respond within + the time allowed by the LAT protocol. +Protocol Errors The number of times that the terminal determined that the + LAT protocol has been violated by a remote node. See the + Protocol Error Mask field for more information. +Protocol Error Mask A bit mask providing information about the LAT protocol + errors detected by the terminal. The bits in the mask are + numbered from right to left, starting with bit 0 on the right. + The following bits are defined in the mask: + 0 An unknown LAT message type was received. + 1 An invalid LAT START message was received. + 2 A zero-valued virtual circuit reference was + received. + (continued on next page) + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 119 + Checking the Terminal’s Status +6.4 Displaying LAT and Ethernet Counters + + + Table 6–1 (Cont.) LAT Counters Display Fields + Field Description + + 3 An out-of-range virtual circuit reference was + received. + 4 A reference to a nonexistent virtual circuit was + received. + 5 A reference to a virtual circuit no longer in use + was received. + 6 An invalid LAT STOP message was received. + 7 An invalid reference to a remote slot was received. + 8 A reference to a nonexistent slot was received. + 9 A credit violation was detected. + 10 A repeated creation of a slot was detected. + 11 An invalid sequence number was received. + 12 A repeated disconnect of a slot was detected. + + + Ethernet Counters Dialog Box + To display the Ethernet Counters dialog box, choose Ethernet Counters... from + the Status submenu. Table 6–2 describes each counter. + + + + + LJ−01156A−RAGS + + + + +120 Chapter 6 + Checking the Terminal’s Status + 6.4 Displaying LAT and Ethernet Counters + +To set all counters to 0: +Click on the Zero Counters button. All counters in the list are set to 0. +To dismiss the dialog box: +Click on the Close button. + +Table 6–2 Ethernet Counters Display Fields +Field Description +Seconds Since Zeroed The number of seconds since these counters were set to + 0. +Bytes Received The number of bytes contained in datagrams successfully + received by the terminal, excluding Ethernet header and + CRC data. +Bytes Sent The number of bytes contained in datagrams successfully + sent by the terminal, excluding Ethernet header and + CRC data. +Frames Received The number of datagrams successfully received by the + terminal, including multicast frames. +Frames Sent The number of datagrams successfully sent by the + terminal, including multicast frames. +Multicast Bytes Received The number of bytes received by the terminal in + multicast frames, excluding Ethernet header and CRC + data. +Multicast Bytes Sent The number of bytes sent by the terminal in multicast + frames, excluding Ethernet header and CRC data. +Multicast Frames Received The number of multicast frames received by the + terminal. +Multicast Frames Sent The number of multicast frames sent by the terminal. +Frames Sent, Deferred The number of times that the terminal deferred a frame + transmission because the datalink was in use. +Frames Sent, 1 Collision The number of times the terminal sent a frame on the + second attempt after a collision occurred on the first + attempt. +Frames Sent, 2+ Collisions The number of times the terminal successfully sent + a frame after collisions during the first two or more + attempts. + (continued on next page) + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 121 + Checking the Terminal’s Status +6.4 Displaying LAT and Ethernet Counters + + + Table 6–2 (Cont.) Ethernet Counters Display Fields + Field Description + + Send Failures The number of times the Ethernet interface aborted a + transmission request. If this count is not 0, see the Send + Failure Reasons field for more information. + Send Failure Reasons A bit mask providing information about the reason for + a send failure if the Send Failures counter is not 0. + The bits in the mask are numbered from right to left, + starting with bit 0 on the right. The following bits are + defined in the mask: + 0 A transmission failed to complete after 16 retries, + usually due to excessive collisions. + 1 A loss of carrier occurred on the Ethernet during a + transmission. + 2 A short circuit occurred on the Ethernet during a + transmission. + 3 An open circuit occurred on the Ethernet during a + transmission. + 4 Heartbeat error. + 5 Data underflow. + Receive Failures The number of frames received with an error condition. + For more information, see the Receive Failure Reasons + field. + Receive Failure Reasons A bit mask providing information about the type of + receive failures encountered if the Receive Failures + counter is not 0. The bits in the mask are numbered + from right to left, starting with bit 0 on the right. The + following bits are defined in the mask: + 0 A block check error. The received frame did not + pass the cyclical redundancy check (CRC). + 1 A framing error. The received packet did not + contain an integral number of 8-bit bytes. + Unrecognized Destination The number of frames received by the terminal that + did not contain a multicast address or protocol type + recognized by the terminal. These frames are discarded. + Data Overrun The number of times that the terminal’s hardware lost + an incoming frame because it was unable to keep up + with the data rate. + (continued on next page) + + + + +122 Chapter 6 + Checking the Terminal’s Status + 6.4 Displaying LAT and Ethernet Counters + + + Table 6–2 (Cont.) Ethernet Counters Display Fields + Field Description + + User Buffer Unavailable Currently unused. Should always be 0. + System Buffer Unavailable The number of times that the terminal’s software did + not have a buffer available to receive an incoming frame + (MISS error). + + + +6.5 Monitoring the Terminal’s Memory and Network Use + You can use the System Monitor dialog box to monitor the amount of local + memory available for use by the terminal. You can also monitor the percent of + the terminal’s network capacity currently being used. Normally, the terminal + updates this information every 5 seconds. You can set the update frequency + time from 1 to 60 seconds, using the Customize Terminal Manager dialog + box (Section 3.10). To display the System Monitor dialog box, choose System + Monitor from the Status submenu. + + + + + LJ−0111A−RAGS + + Memory Remaining: Indicates how much of the local memory installed in + the terminal is currently available for use. + Network Utilization: Indicates what percent of the network capacity of the + terminal is currently being used. + Uptime: Indicates how long the terminal has been running since being booted. + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 123 + Checking the Terminal’s Status +6.5 Monitoring the Terminal’s Memory and Network Use + + Pagefile Reads: Indicates the number of blocks of memory read by the + terminal since being booted. + Pagefile Writes: Indicates the number of blocks of memory written by the + terminal since being booted. + To dismiss the dialog box: + Click on the Close button. + +6.6 Checking the Terminal’s System Configuration + You can use the System Configuration dialog box to check the terminal’s + software version, network addresses, work group, active font path, installed + options, and amount of installed memory. + To display the System Configuration dialog box, choose System Configuration... + from the Status submenu. + + System Configuration + + VXT Software: Monochrome Host Based VXT V2.1 + System Image: VXT.SYS on server ROM + Pagefile: N/A + Active Font Path: Local Fonts + Software Options: Terminal Manager, Message Box, Motif WM, DECterm, Print Screen, + X Image Extension, Net Print + + Ethernet Hardware Address: 08−00−2B−25−3C−36 + Ethernet Active Address: 08−00−2B−25−3C−36 + IP Address: 16.122.123.122 + DECnet Address: 55.123 + Total Memory: 10 Megabytes + Hardware Options: None + Diagnostic Revision: V1.4 + + Terminal 08002B253C36 on server Local Terminals + Work Group Local on server Local Terminals + + + Resource files currently in use + + + + Update Close + + + LJ−0110C−RAGS + + + Table 6–3 describes the System Configuration fields: + + + + +124 Chapter 6 + Checking the Terminal’s Status + 6.6 Checking the Terminal’s System Configuration + + +Table 6–3 System Configuration Display Fields +Field Description +VXT Software: Lists the VXT software version and type: + {Monochrome, Color} {Host-Based, Server-Based} VXT Vn.n + A plus symbol (+) after the word Monochrome or Color indicates + the terminal has a VXT 2000+ video board installed. +System Image: Lists the system image name of the VXT software in use and + the name of the server supplying the software. The default + system image name for VXT Version 2.0 software is VXT or + VXT021. + For host-based software: the displayed server name is + always ROM, because VXT host-based software is loaded into + the terminal’s ROM memory and does not use an InfoServer for + memory services. + For server-based software: the server name is the name of + the InfoServer system from where the software was loaded. + If you have several InfoServer systems with VXT software on + your network, the terminal may use different servers to load + software, provide fonts, and store terminal and work group + customizations. +Pagefile: For server-based software: this field lists the name of the + InfoServer pagefile the terminal is using for memory paging + services. The pagefile resides on the InfoServer that loaded the + terminal’s VXT software. + If a pagefile has not been opened yet, this field displays No + Pagefile. + For host-based software: this field lists N/A for not + applicable. + (continued on next page) + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 125 + Checking the Terminal’s Status +6.6 Checking the Terminal’s System Configuration + + + Table 6–3 (Cont.) System Configuration Display Fields + Field Description + + Active Font Path: Lists the location of the fonts currently in use. Font path + elements are separated by commas. To change the font path, + use the Customize Font Path dialog box (Section 5.3). Font + path elements are listed in the order entered in the Customize + Font Path dialog box. + For host-based software: by default, the terminal uses the + Local Fonts set loaded with VXT software into the terminal’s + local memory. + Local Fonts + For server-based software: by default, the terminal uses the + Local Fonts set and the VXT fonts on an InfoServer. The font + path indicates the name of the InfoServer system supplying + fonts: + //lastport/server_name/VXT, Local Fonts + Software Options: Lists the VXT software options available for use. By default, + all options are available. You can turn options on and off in + the Customize Software Options dialog box (Section 5.8). Host- + based terminals can conserve memory by turning off unused + options. + Terminal Manager, Message Box, Motif WM, DECterm, Print Screen, + X Image Extension, Net Print, 3270, Font manager, InfoReader + Ethernet Hardware Lists the terminal’s Ethernet physical address, set at the + Address: factory. + Ethernet Active If you use DECnet: this field lists the terminal’s global + Address: network address, in the network service access point (NSAP) + format. DECnet derives this address from the Ethernet + hardware address. + If you use TCP/IP or LAT: this field lists the same address as + the Ethernet Address field. + IP Address Lists the terminal’s Internet protocol address, for communicat- + ing with systems that use the TCP/IP protocol. If you have not + entered an IP address in the Customize TCP/IP dialog box, this + field is empty. + (continued on next page) + + + + +126 Chapter 6 + Checking the Terminal’s Status + 6.6 Checking the Terminal’s System Configuration + + +Table 6–3 (Cont.) System Configuration Display Fields +Field Description + +DECnet Address Lists the terminal’s DECnet address, for communicating with + systems on a wide area network that use the DECnet protocol. + If you have not enabled the DECnet protocol and entered an + DECnet address in Customize DECnet dialog box, this field is + empty. +Total Memory: Lists the amount of memory installed in the terminal, from 4 + megabytes to 18 megabytes. +Hardware Options: Lists any option boards installed in the terminal: + Image VXT image accelerator board +Diagnostic Revision: Lists the terminal’s ROM revision level. +Resource files Lists the name and location of the terminal and work group +currently in use: resource files that store the terminal’s customizations. + For host-based software: the terminal and work group + resource files are always listed on the Local Terminals server. + For server-based software: the terminal and work group + resource files reside on the same InfoServer system. This + system may be a different InfoServer system than the one that + loads the terminal’s VXT software. + The system manager may have new terminals join the + Unregistered Terminals work group. + + +To display updated information: +Click on the Update button. The terminal displays updates any information +that has changed since you opened the dialog box. +To dismiss the dialog box: +Click on the Close button. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 127 + 77 + Using VXT DECterm Windows + + + This chapter describes how to use VXT DECterm windows, also known as + terminal windows. The chapter covers the following major topics: + • The VXT DECterm Window + • Copying and Pasting Text + • Clearing or Resetting the Window + • Printing the DECterm Window + • Exiting from a VXT DECterm Window + +7.1 The VXT DECterm Window + The VXT DECterm window is a VT300 series terminal emulator. You can open + several VXT DECterm windows on the screen and run different applications in + each window. You can use your mouse to move between windows. + Chapter 2 describes how to create a terminal window session on your host, + using the Create menu and dialog box. When you create the session, the + terminal displays a VXT DECterm window. + 1 + + + Host Telnet VXT DECterm 1 + + File Edit Commands Options Print 2 + + + + 3 + + + + + LJ−01636C−RAGS + LJ−0163C−RAGS + + + +128 Chapter 7 + Using VXT DECterm Windows + 7.1 The VXT DECterm Window + + Chapter 11 describes the basic features of windows. For VXT DECterm + windows: + The window title uses the following format: + Transport VXT DECterm on Host n + Transport is the method used to connect to the host system —Telnet, LAT, + DECnet, or Serial. The Host system is identified by a host name, service + name, or IP address. VXT DECterm windows are numbered sequentially + (n) in the order you open them during a session. The name VXT DECterm + lets you distinguish the terminal’s DECterm windows from any remote + DECterm windows you create using a host system’s session manager. You + can change the title by choosing the Window... menu item from the Options + menu. + The menu bar displays the names of the five pull-down menus available + + + + + + from the window: + File Edit Commands Options Print + You can use your mouse or keyboard to display menus and choose menu + items. To display a menu from the keyboard, press the Alt key and the key + for the underlined letter in the menu name at the same time. After that, + you can use the arrow keys to navigate to different menu items and menus. + You choose a menu item the same way you choose a menu: Alt + underlined + letter. + The work area is where you enter text and commands and interact with + + + + + + host applications, similar to a video terminal screen. By default, the size of + this area is 24 lines by 80 columns. You can change the terminal size by + selecting the Window... menu item from the Options menu. + The Terminal Size setting in the Window Options dialog box should match + the host system’s row and page settings, to ensure the proper display of + applications such as editors and mail. + Window Colors + VXT DECterm windows use the same color scheme as other VXT windows. You + choose the colors in the Terminal Manager’s Customize Window Color dialog + box (Section 3.9). You can also use the Display Options dialog box in the VXT + DECterm window to choose dark text on a light background or light text on a + dark background (Section 8.4). + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 129 + Using VXT DECterm Windows +7.2 Copying and Pasting Text + +7.2 Copying and Pasting Text + You can copy and paste text in a DECterm window. You can also copy text from + one window and paste the text into another window. To copy and paste text, + you use the DECterm window’s Edit menu. The Edit menu looks like this: + + + + + LJ−01181A−RAGS + + From the Edit menu, you can perform the following functions: + Copy + Choosing this item places the currently selected text into the terminal’s copy + buffer. You can also use the Select All menu item to select the complete + window. + Paste + Choosing this item sends the contents of the terminal’s copy buffer to the + cursor location in the window as if it were typed on the keyboard. + Select All + Choosing this item places all of the window’s text into the terminal’s copy + buffer. You can also use the Copy menu item to place selected text from the + window into the copy buffer. + +7.2.1 Host Synchronization Required + To prevent loss of data when the contents of the paste buffer is sent to the host, + set the host to send XON and XOFF synchronization characters as follows: + On a UNIX or ULTRIX system + % stty ixoff ixon + On an OpenVMS system + $ SET TERMINAL/HOSTSYNC + + + + +130 Chapter 7 + Using VXT DECterm Windows + 7.2 Copying and Pasting Text + +7.2.2 Selecting Text to Copy + You can select a word, a line, or a block of text at a time. A block can be a + single character or any number of contiguous characters, up to the complete + window. You can also use the Select All menu item in the Edit menu to select + the complete window. + To select a block of text: + 1. Point to the start of the block. + 2. Press and hold MB1, then drag the pointer to the end of the block. + 3. Release MB1 to indicate the end of the block. The selected text is + highlighted. + 4. In the Edit menu, click on the Copy menu item. + To select a single word: + 1. Point to the word. + 2. Double click MB1 to select the word. The selected word is highlighted. + 3. In the Edit menu, click on the Copy menu item. + To select a line of text: + 1. Point to the line. + 2. Triple click MB1 to select the line. The selected line is highlighted. + 3. In the Edit menu, click on the Copy menu item. + +7.2.3 Pasting Text + After you select text and store it in the copy buffer, you can paste the text to + the text cursor location in the same window or in a different window. + To paste text: + 1. Place the text cursor where you want to copy the text. + 2. Choose the Paste menu item from the Edit menu of the window that will + receive the copied text. The terminal copies the text to the cursor position. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 131 + Using VXT DECterm Windows +7.2 Copying and Pasting Text + +7.2.4 Using Quick Copy + The quick copy feature lets you paste text without storing it in the copy buffer + or using the Edit menu. There are two ways to perform a quick copy: + Method 1 + 1. Select the text as described in Section 7.2.2. + 2. Place the text cursor where you want to paste the text. + 3. Press and release MB2. If you accidentally move the mouse before + releasing MB2, method 2 is activated. + You can use this method to copy text from one window to another. Move the + input focus to the other window before clicking MB2. To paste into remote + DECterm windows, use MB3. + Method 2 + 1. Place the text cursor where you want to paste the text. + 2. Point to the start of the text you want to copy. + 3. Press and hold MB2. Drag the pointer to the end of the text to be copied. + Release MB2 to copy the selected text to the cursor position. + Copy and Paste Functions Disabled by Some Applications + If you are running an application that provides support for positioning its + pointer or cursor from the mouse, the copy and paste functions may not work. + See your application’s documentation. + +7.2.5 Extending Your Selected Text + After you select an area of text to copy, you may decide that you wanted to + copy a larger area. Before you paste text, you can use the mouse or the arrow + keys to extend the area you have selected. + To extend your selection with the mouse: + 1. After selecting text with MB1, move the mouse cursor to the position that + marks the boundary of the area you would like to have selected. + 2. Press the Shift key and click MB1. This extends the initially selected area + up to the present position of your mouse cursor. + To extend your selection with the arrow keys: + After selecting text with MB1, press the Shift key and any arrow key to extend + your selected text in the direction of the arrow. + + + + +132 Chapter 7 + Using VXT DECterm Windows + 7.3 Clearing or Resetting the Window + +7.3 Clearing or Resetting the Window + The Commands menu in a VXT DECterm window lets you clear, reset, or + resize the window. To display the Commands menu, click on Commands in the + VXT DECterm window’s menu bar. The Commands menu looks like this: + + Host Telnet VXT DECterm 1 + + + + + LJ−01182B−RAGS + + + + From the Commands menu, you can perform the following functions: + Clear Lines Off Top + Choosing this item clears the information stored in the transcript. The + transcript is an area of memory that contains the last saved lines of your + screen display. You can read the transcript by using the scroll bars. The + transcript exists as long as the Record Lines Off Top option in the Display + dialog box is enabled. To change the size of the transcript, use the Display + Options dialog box from the Options menu. + Clear Display + Choosing this item clears the contents of the current window. + Resize Window + Choosing this item resizes the window to match the size (number of rows and + columns) of your DECterm terminal. + Clear Communications + Choosing this item performs the following actions: + • Cancels any print operation in progress. + • Cancels any escape sequence, control sequence, control string, or character + string processing in progress. + • Clears the keyboard buffer. + • Clears the receive buffer. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 133 + Using VXT DECterm Windows +7.3 Clearing or Resetting the Window + + Reset Terminal + Choosing this item sets several terminal operating features to their default + settings. + + Resets... To... + Color map Default. + Cursor mode Visible. + Insert/replace mode Replace. + Origin mode Upper left of window, independent of margins. + Autowrap mode Off. + Keyboard action mode Unlocked. + Keypad mode Numeric. + Cursor key mode Normal. + Top margin Line 1. + Bottom margin The bottom line in the window. + + + + +134 Chapter 7 + Using VXT DECterm Windows + 7.4 Using Options + +7.4 Using Options + The Options menu in a VXT DECterm window lets you customize the settings + for many VXT DECterm features–from window settings to printing. Chapter 8 + describes the Options menu and how to use it. + + Host Telnet VXT DECterm 1 + + + + + LJ−01185B−RAGS + + + + Note + Your VXT manager may choose to restrict your access to the Options + menu or certain menu items. In this case, the items are dimmed. + + + +7.5 Printing the DECterm Window + You can print the contents of the DECterm window on a serial or parallel + printer connected to the rear of the terminal. See Section 4.2 to activate the + serial or parallel printer port. You can print all or part of the window. You can + print the window as text, sixel graphics, or PostScript if your printer supports + the format. To display the Print menu, click on Print in the DECterm window’s + menu bar. The Print menu looks like this: + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 135 + Using VXT DECterm Windows +7.5 Printing the DECterm Window + + + + Host Telnet VXT DECterm 1 + + + + + LJ−01183B−RAGS + + + From the Print menu, you can perform the following functions: + Print Text Page + This option sends the contents of the page to the printer as text. The page + size is set by the Terminal Size option in the Window Options dialog box. You + can choose the Window Options dialog box from the Options menu in the VXT + DECterm window. The default size is 24 lines. + Print Selected Text + This option sends text you select on the screen to the printer. + Print All Text + This option sends the contents of the page and the transcript to the printer as + text. The transcript contains the lines that were saved after they were scrolled + off the top of the screen. You can control the number of lines saved. + Print Graphics + This option sends the contents of the page to the printer in text, PostScript, or + sixel format. + Finish Printing + This option stops the printing after the current contents of the buffer are + printed. + Cancel Printing + This option stops the printing immediately. + + + + +136 Chapter 7 + Using VXT DECterm Windows + 7.6 Exiting from a VXT DECterm Window + +7.6 Exiting from a VXT DECterm Window + There are two ways to exit from a VXT DECterm window: + • Log out from the window as you normally log out from your host system. + This action closes the window and stops all applications in the window. + • Click on the File menu in the Terminal Manager’s menu bar and choose + Exit. + This action closes the window, but may leave applications running. + Depending on your operating system, you may be able to create another + DECterm window and reconnect to the application. + + + Host Telnet VXT DECterm 1 + + + + LJ−01184B−RAGS + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 137 + 8 + 8 + Customizing VXT DECterm Windows + + + This chapter describes how to set many VXT DECterm window features to + suit your personal preference, by using the Options menu in a VXT DECterm + window. Initially, the features use factory-default settings that work with + many host systems. You can make changes to the settings and save them for + all future sessions. + The chapter covers the following major topics: + • Displaying the Options Menu + • Saving and Restoring VXT DECterm Option Settings + • Changing Your Window Settings + • Changing Your Display Settings + • Changing Your General Operating Features + • Changing Your Keyboard Features + • Choosing National Replacement Character Sets + • Changing Your Graphics Display Settings + • Changing Your Printer Settings + + + + +138 Chapter 8 + Customizing VXT DECterm Windows + 8.1 Displaying the Options Menu + +8.1 Displaying the Options Menu + To display the Options menu, click on Options in the VXT DECterm window’s + menu bar. The Options menu looks like this: + + Host Telnet VXT DECterm 1 + + + + + LJ−01185B−RAGS + + + When you choose a menu item from the Options menu, the terminal displays + a dialog box with the feature settings for that topic. In dialog boxes, shaded + buttons indicate the current settings. You can examine the settings and change + them if desired. You can use the last three menu items to save your settings, + restore your last saved settings, or restore the system-default settings. + + Note + A system manager can customize settings for terminals and work + groups. The system manager can also lock or unlock access to menu + items on the Options menu. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 139 + Customizing VXT DECterm Windows +8.2 Saving and Restoring VXT DECterm Option Settings + +8.2 Saving and Restoring VXT DECterm Option Settings + Initially, the terminal uses the system-default settings for each VXT DECterm + window you create. If you make changes to option settings and save them, the + terminal applies your saved settings to each new VXT DECterm window you + create. To make changes to VXT DECterm settings and save them: + 1. Make your changes in a VXT DECterm Options dialog box, then click + on the OK or Apply button. The changes are applied to the current VXT + DECterm window. + 2. Click on Save Options in the Options menu. The settings are saved for + future VXT DECterm windows. + Applying Changes in a Dialog Box + Each VXT DECterm Options dialog box has three push buttons for applying or + dismissing new settings in that box: + + Click + on . . . To . . . + OK Apply new settings for the current session and dismiss the dialog box. + Apply Apply new settings for the current session without dismissing the dialog + box. + Cancel Dismiss the dialog box without changing any settings. If you made any + changes without applying them, clicking on the Cancel button cancels + those changes. + + Some option settings do not take effect until you open a new VXT DECterm + window. + OK and Apply Do Not Save VXT DECterm Options + Note that the OK and Apply buttons work differently in VXT DECterm Options + dialog boxes than in the Terminal Manager window’s Customize dialog boxes. + In the Customize dialog boxes, the OK and Apply buttons save the feature + settings for future use. + + + + +140 Chapter 8 + Customizing VXT DECterm Windows + 8.2 Saving and Restoring VXT DECterm Option Settings + +Saving or Restoring Option Settings +To save or restore settings for future sessions, choose from the following menu +items on the Options menu: + +Choose . . . To . . . +Save Options Save your current option settings for use in all future + sessions. +Restore Options Recall the last option settings you saved with the Save + Options menu item. Choose the Restore Options menu item + if you want to reset any option settings that you changed + temporarily, but did not save. To see changes to specific + settings, display the dialog box for those settings. +Restore System Options Restore the terminal’s default option settings. To see + changes to specific settings, display the dialog box for + those settings. + +If you have changed some settings and want to use or view the factory-default +settings for your VXT DECterm Option dialog boxes, click on Restore System +Options in the Options menu. If you saved some customized settings but decide +you want to return to the factory-default settings for future sessions, click on +Restore System Options and Save Options; remember that this clears the +customized settings you saved. +Applications May Customize Some Settings +Some application software that you use may also set certain window features. +Programmers can use control sequences in their applications to customize +most DECwindows features from the host system. This provides the individual +application with more control. +ReGIS and Sixel Graphics +VXT DECterm windows emulate the VT300 series terminal, so you can display +ReGIS and sixel graphics on the terminal. You can also use the remote +DECterm application available under a host session manager to display ReGIS +and sixel graphics. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 141 + Customizing VXT DECterm Windows +8.3 Changing Your Window Settings + +8.3 Changing Your Window Settings + You can use the Window Options dialog box to control the size of the VXT + DECterm window, by choosing the number of rows and columns displayed. + You can also control such features as the window title and the font size (big or + small) used to display characters. You can use an alternative font on your host + system or InfoServer system, if the font meets certain requirements. + Before your resize a VXT DECterm window in the Window Options dialog box, + you should understand how host system and window manager settings also + affect the window’s operation. + Factors Affecting the VXT DECterm Window Size + Three factors affect the display of a VXT DECterm window: + • The Terminal Size setting in the Window Options dialog box + • The host’s settings for the DECterm terminal size + • Any adjustments you make to the window size, using a local or remote + window manager (such as maximizing the window or using the window + border to stretch the window) + The normal Terminal Size in the Window Options dialog box is 24 rows by + 80 columns. Keeping the Terminal Size matched with the host’s setting + ensures the proper display of applications such as editors and mail. If you + use unmatched settings, be aware that some application displays may be + affected. + If you change the Terminal Size, you can make the same adjustments on the + host. The commands for setting the DECterm window size on the host depend + on the operating system. + For example, on OpenVMS hosts you can enter the SHOW TERMINAL + command to check the Page and Width settings. These settings should match + the Terminal Size row and column settings. You can adjust the host settings + with the SET TERM/PAGE=n and SET TERM/WIDTH=n commands. + The Auto Resize Terminal feature in the Window Options dialog box + determines whether or not the Terminal Size automatically changes when + you adjust the window with a window manager. Normally this feature is off, + so the Terminal Size remains matched with the host’s settings. For example, + when you click on the window border and stretch the window, the number of + rows and columns within the window does not change. + + + + +142 Chapter 8 + Customizing VXT DECterm Windows + 8.3 Changing Your Window Settings + +Using the Window Options Dialog Box +To view or change your VXT DECterm window settings, choose Window... from +the Options menu. The terminal displays the Window Options dialog box: + + + + + LJ−01186B−RAGS + + +From the Window Options dialog box, you can change the following features: + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 143 + Customizing VXT DECterm Windows +8.3 Changing Your Window Settings + + Auto Resize Terminal + Normally, changing the window size does not change the number of rows + and columns displayed. If you click on Auto Resize Terminal, the terminal + automatically adjusts the number of display rows and columns when you or + your application software changes the window size. + Auto Resize Window + Normally, the terminal automatically resizes the window when the number of + rows and columns changes. You can turn this feature on or off by clicking on + Auto Resize Window. If you display a large number of rows and columns when + this feature is off, some information may be outside the window boundary. + Terminal Size + The default size of the VXT DECterm window is 24 rows and 80 columns. You + can choose from standard values or enter your own value: + • Standard values: Choose 24, 48, or 72 rows and 80 or 132 columns. + • Your own value: Click on the Rows box and enter a number from 1 to 99. + Click on the Columns box and enter a number from 9 to 254. + Normal Font, Condensed Font + Normally, the terminal displays characters in a font suitable for the display + width—a normal font for 80 columns, a condensed font for 132 columns. You + can also choose to use the normal font or condensed font at all times, by + clicking on the Normal Font (80 Columns) button or Condensed Font (132 + Columns) button. The condensed font lets you display more characters in a + small window. + Window Title + You can choose a window title of up to 30 characters for each window you open. + The default title is + Host Transport VXT DECterm n + • Host is the host name, service name, or IP address of the host system. + • Transport is the method used to connect to the host system —Telnet, LAT, + DECnet, or Serial. + • n is the number of the window. VXT DECterm windows are numbered + sequentially in the order you open them during a session. + Programmers can change the title by using the following command: + 21;title_string + + + + +144 Chapter 8 + Customizing VXT DECterm Windows + 8.3 Changing Your Window Settings + +If you change the title, the terminal stops numbering windows in the session. +The only way to restart numbering is to choose Restore Systems Options from +the Options menu. In doing so, all VXT DECterm settings are restored to their +system-default settings. + Icon Name +You can choose an icon name to identify each window you reduce to an icon. +This option works the same as the Window Title option. +Programmers can change the icon name with the following command: +2L;icon_string + Big Font, Little Font, German Standard Font +You can display characters in a little font, big font, or German standard font. +Normally, the terminal displays characters in its little font, which is a 14-point +font (10-point font on 100 dots/inch monitors). The big font is an 18-point font. +As an alternative, you can specify a suitable font on your host system or +InfoServer system. In any case, you can display only one font in a window at a +time. You may use a different font in each VXT DECterm window. +To choose one of the terminal’s default fonts: +1. Click on the Big Font, Little Font, or German Standard Font button. +2. Click on the Default button next to the font you chose. +3. Click on OK or Apply to see the new font in the VXT DECterm window. +To save a font selection for future use: +Click on Save Options in the Options menu. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 145 + Customizing VXT DECterm Windows +8.3 Changing Your Window Settings + +8.3.1 Using Fonts on Your Host System or InfoServer + If you have suitable fonts on your host or InfoServer system, you can use those + fonts instead of the terminal’s fonts in your VXT DECterm windows. In each + VXT DECterm window, you can specify an alternative big font, little font, and + German standard font. You can specify fonts from different hosts or InfoServer + systems. + To use alternative fonts on a host or InfoServer system, you must specify a font + path and font name. + + Note + VXT DECterm windows require specific fonts and sizes to run and + display properly. Most fonts do not meet these requirements. Problems + and error messages will occur if VXT DECterm cannot find the proper + fonts. + + + Step 1: Specify a Font Path + Use the Customize Font Path dialog box in the Terminal Manager window + (Section 5.3). + You can set only one font path at a time. You can change font paths while a + VXT DECterm window is running. Applications currently running continue to + use the old font path. + Step 2: Enter the Font Name in the Window Options Dialog Box + You can specify an alternative font for each of the standard font choices: big + font, little font, and German standard font. You can specify different fonts in + each VXT DECterm window you create. You can also change fonts while a VXT + DECterm window is displayed. + To save your font settings, click on Save Options in the Options menu. New + applications will use the new font. Applications currently running will continue + to use the same font. + 1. Click on the Big Font, Little Font, or German Standard Font button. + 2. Click on the Other button next to font you chose in step 1. + 3. Clear the text in the box next to the Other button. Double-click on the box. + All text in the box is highlighted. Press the Remove key to erase all the + text. + 4. Enter the name of your font in the box. See your system manager if you + need help. + + + +146 Chapter 8 + Customizing VXT DECterm Windows + 8.3 Changing Your Window Settings + + Use the following steps if your font is on an InfoServer system. +To use a font on an InfoServer system: +After you set the font path, you can use the terminal’s Configuration Manager: +Font Management dialog box to list the available fonts on your InfoServer +system. You can cut and paste the font name into the DECterm Window +Options dialog box. +1. In the Terminal Manager window, click on Customize in the menu bar to + display the Customize menu. +2. In the Customize menu, click on Configuration... to display the + Configuration submenu. +3. Click on the Font Management... menu item to display the Configuration + Manger: Font Management dialog box. +4. Click on the name of the font set you want. The font set name appears + highlighted in the scroll box. +5. Click on the List Contents... button to display the List Font Set Contents + box. +6. In the List Font Set Contents scroll box, find the font you want. Triple + click on the font. +7. Click on the DECterm Window Options dialog box. The input cursor should + be blinking in the Other box that you cleared. If not, click on the Other + box. +8. Click on MB2. The font name is copied to the Other box. +9. Click on Apply or OK. The terminal applies the new font to the VXT + DECterm window. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 147 + Customizing VXT DECterm Windows +8.4 Changing Your Display Settings + +8.4 Changing Your Display Settings + You can control display features such as the type of cursor, use of scroll bars, + and appearance of text (light or dark). You can also specify how many lines to + save when text is scrolled off the top of the window. To view or change your + display settings, choose Display... in the Options menu. The terminal displays + the Display Options dialog box: + + + + + LJ−01187A−RAGS + + From the Display Options dialog box, you can change the following settings: + Record Lines Off Top + Normally, the terminal saves lines that are scrolled off the top of the VXT + DECterm window. To view these lines, use the vertical scroll bar. If you do not + want to save lines that are scrolled from the display, click on the Record Lines + Off Top button to turn it off. To specify the number of lines to save, use the + Record 100 Lines Off Top box in this display box. + Vertical Scroll Bar + Normally, the VXT DECterm window has a vertical scroll bar. To remove the + scroll bar, click on the Vertical Scroll Bar button to turn it off. + + + + +148 Chapter 8 + Customizing VXT DECterm Windows + 8.4 Changing Your Display Settings + + Horizontal Scroll Bar +Normally, the VXT DECterm window does not have a horizontal scroll bar. To +add a horizontal scroll bar to the bottom of the window, click on the Horizontal +Scroll Bar button. + Vertical Cursor Coupling +Normally, the cursor automatically returns to the cursor position in the +DECterm window to display text when it comes from your host system. For +example, if you scroll back into transcript and output from the host occurs, the +cursor returns to display the output text. Click on the Vertical Cursor Coupling +button if you wish to turn vertical cursor coupling off. + Horizontal Cursor Coupling +Normally, the cursor does not return to display text from a host system if you +are scrolling horizontally. For example, if you scroll horizontally into transcript +and output from the host occurs, the cursor will not return to display the +output text. Click on the Horizontal Cursor Coupling button if you wish to +turn horizontal cursor coupling on. + Auto Wrap +Normally, text does not automatically wrap to the next line when the cursor +reaches the right margin in the window. To have text automatically wrap to +the next line, click on the Auto Wrap button. + Display Cursor +Normally, the terminal displays the text cursor, which is a block or underline +character. To turn the text cursor off, click on the Display Cursor button. + Cursor Blink +Normally, the text cursor blinks. To have the cursor appear steady, click on the +Cursor Blink button. The terminal manager also has a Cursor Blink feature, +in the Customize Keyboard dialog box. The two settings have no effect upon +each other. + Text and Window Background +VXT DECterm windows use the same color scheme as other VXT windows. You +choose the colors in the Terminal Manager’s Customize Window Color dialog +box (Section 3.9). To swap the text and background colors, you can use the +Dark Text, Light Background or Light Text, Dark Background buttons. + Status Display +If you want to display a host status line, click on the Host Status Display +button. The host status line is a line at the bottom of the window where your +host application software can display messages. + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 149 + Customizing VXT DECterm Windows +8.4 Changing Your Display Settings + + Cursor Style + Normally, the terminal uses a solid block cursor to indicate the active position. + To use an underline character for the cursor, click on the Underline Cursor + button. + Batch Scroll 0 Lines + You can specify the speed at which the terminal displays text from your + host during scrolling. The slowest settings of 0 or 1 line display every line + during scrolling. Faster settings greater than 1 line cause multiple lines to be + displayed quickly from the host. + Record 100 Lines Off Top + Normally, the terminal saves up to 100 lines that are scrolled off the top of the + display. You can specify the number of lines to save (0 to 999) by using the + Record 500 Lines Off Top box. Increasing the number of lines saved increases + the terminal’s memory usage. + +8.5 Changing Your General Operating Features + You can set general operating features to match your computing environment + and application software. For example, you choose which of the terminal’s + character sets to use. To view or change general operating settings, click on + General... in the Options menu. The terminal displays the General Options + dialog box: + + + + +150 Chapter 8 + Customizing VXT DECterm Windows + 8.5 Changing Your General Operating Features + + + + + LJ−01188−RAGS + +From the General Options dialog box, you can change the following settings: + Newline +Normally when you press the Return key, the cursor moves to a new line +because the terminal sends a carriage return (CR) character and a line feed +(LF) character. Similarly, when the terminal receives a line feed, form feed +(FF), or vertical tab (VT) character, the cursor moves to the first column of the +next line. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 151 + Customizing VXT DECterm Windows +8.5 Changing Your General Operating Features + + If you click on the Newline button, pressing Return sends only a carriage + return, so the cursor does not move to a new line. When the terminal receives + a LF, FF, or VT character, the cursor moves to the current column of the next + line. + Lock UDKs + Your keyboard contains keys you can define for your own use (Chapter 15). + Normally, the host system can change the function of these user-defined keys + (UDKs). If you click on the Lock UDKs button, the host system cannot change + your definitions. + Lock User Features + There is a set of VXT DECterm option features that users often set to their + own preference, including the terminal size (in Window Options), text and + background color (in Display Options), and auto repeat feature for keys (in + Keyboard Options). Your host applications can override these option settings + unless you click on the Lock User Features button. + Local Echo + Normally, the terminal sends data entered at the keyboard to your host system, + which may send it back to the terminal for display after processing. This is + called a remote echo. + If you want to send keyboard data to both the host system and the terminal + (local echo), click on the Local Echo button. + Cursor Keys + Normally, the arrow keys move the cursor by sending standard ANSI cursor + control sequences. Clicking on the Application Cursor Keys button lets the + arrow keys send application-specific control sequences. + Keypad + Normally, numeric keypad keys send the character shown on the key (using + ASCII codes). If you click on the Application Keypad button, the numeric + keypad keys send control sequences used with some applications. + User-Preferred Supplemental Set (UPSS) + If you click on the 8-Bit Multinational Characters button in this dialog box, you + can choose one of two supplemental character sets to use—DEC Supplemental + or ISO Latin 1 Supplemental. Both character sets feature special characters + used in the major Western European languages. The ISO Latin-1 set includes + a few more characters that are not included in the DEC Supplemental set. + Normally, the terminal uses the UPSS DEC Supplemental set. Click on the + UPSS ISO Latin 1 button to use the UPSS ISO Latin 1 Supplemental set. + + + +152 Chapter 8 + Customizing VXT DECterm Windows + 8.5 Changing Your General Operating Features + + 8-Bit Multinational or 7-Bit NRCS Characters +You can select the type of characters the terminal uses, 8-bit multinational or +7-bit national replacement characters. +Normally, the terminal uses 8-bit multinational characters. This setting +supports most of today’s computing environments. There are two multinational +character sets available—the DEC Multinational character set and the ISO +Latin Alphabet No. 1 character set. Both sets consist of the ASCII character +set and their own supplemental set. To choose one of the multinational +character sets, you choose their supplemental set by using the UPSS buttons +in this dialog box. +Clicking on the 7-Bit NRCS Characters button lets the terminal use one +of several national replacement character sets. This setting is useful in +computing environments that are restricted to 7 bits. The 7-bit NRC character +sets are for the major Western European languages. When you choose this +setting, the terminal uses the NRC set that matches the current Keyboard +Type chosen in the Terminal Manager’s Customize Keyboard dialog box +(Section 3.3). You can also choose the individual NRC set by using the 7-Bit +NRCS Selection menu item from the Options menu. + VT Emulation Mode +The terminal can emulate the responses of VT300 series, VT200 series, VT100 +series, or VT52 text terminals to text and control functions sent from the host +system. If you have application software developed for one of these terminals, +you can choose the appropriate operating mode to run that software. +Normally, the terminal uses VT300 7-bit controls. In 7-bit controls mode, the +terminal sends 7-bit controls and 8-bit character codes to the host. Use this +mode with VT300 and VT200 applications that use 7-bit control characters. +In 8-bit controls mode, the terminal can send 8-bit controls and 8-bit character +codes to the host. This mode supports VT300 and VT200 8-bit text applications. +In either VT300 mode, the terminal accepts both 7-bit and 8-bit controls from +the host. +VT100 mode lets the terminal run applications that require VT100 +compatibility. +VT52 mode lets the terminal run VT52 applications. + Terminal ID +The terminal sends the host system a terminal identification (ID) message to +let the system know the terminal’s specific operating characteristics. You can +choose another terminal ID if needed. The terminal ID is also called the device +attributes response. + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 153 + Customizing VXT DECterm Windows +8.5 Changing Your General Operating Features + + Answerback Message + The terminal sends an answerback message to the host system when (1) + you press Ctrl F5 , or (2) the host requests the message by sending an ENQ + character. Host requests do not affect screen data or require a user response. + To enter an answerback message, click on the Answerback Message box. Your + message can have up to 30 characters. + Conceal Answerback Message + You can conceal your answerback message by clicking on the Conceal + Answerback Message button. Your answerback message is replaced with + the text in the Answerback Message box. + If you conceal the message, you can never redisplay it. If you click on the + Answerback Message box, your concealed message is erased; you can enter a + new message and conceal it by clicking on the Conceal button. + +8.6 Changing Your Keyboard Features + You can turn the keyboard’s warning bell and margin bell on and off. You can + also control the function of the key to send the accent mark +( ` ) and tilde ( ~ ) characters. If you click on the Angle Brackets Key Sends `~ +button, the < > key sends the accent mark ( ` ) when unshifted and the tilde ( +~ ) when shifted. + Auto Repeat +Most keys on the keyboard automatically repeat when you hold them down. +You can turn this feature off or on by clicking on the Auto Repeat button. The +Return and Help keys never autorepeat. + +The Terminal Manager window’s Customize Keyboard dialog box also has an +Auto Repeat feature. The two settings do not affect each other. To disable +autorepeating in both the Terminal Manager and VXT DECterm windows, +disable both settings. + Ctrl-Q, Ctrl-S = Hold +Normally, pressing Ctrl S prevents data from the host appearing on the +screen. Pressing Ctrl Q allows data to display. +You can turn this feature off or on by clicking on the Ctrl-Q, Ctrl-S = Hold +button. If you turn the feature off, pressing Ctrl S or Ctrl Q have no effect on +the display of text. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 155 + Customizing VXT DECterm Windows +8.6 Changing Your Keyboard Features + + < x Delete / Backspace Key + Normally, pressing the key sends a + period. If you want to use these keys to send angle brackets in the shifted + position, click on the Comma Key Sends ,< button. + +8.7 Choosing National Replacement Character Sets + You can use 8-bit multinational character sets or 7-bit national replacement + character (NRC) sets with VXT DECterm windows. You should use the type of + character set that matches your computing environment. To choose the type of + character set, select the General... menu item from the Options menu. + When you choose to use 7-bit character sets, the terminal automatically uses + the NRC set that matches the current Keyboard Type chosen in the Terminal + Manager’s Customize Keyboard dialog box (Section 3.3). You can also choose + an NRC set by using the Options menu. Choose 7-Bit NRCS Selection... to + display the 7-Bit NRCS Selection Options dialog box: + + + + + LJ−01190−RAGS + + + + +156 Chapter 8 + Customizing VXT DECterm Windows + 8.7 Choosing National Replacement Character Sets + + The scroll box lists the available NRC sets. To choose an NRC set for the + current window, click on a set in the scroll box. Then click on the OK button. + +8.8 Changing Your Graphics Display Settings + You can control some features that affect the display of graphics, such as color + map entries. To view or change the graphic settings used with VXT DECterm + windows, choose Graphics... from the Options menu. The terminal displays the + Graphics Options dialog box: + + + + + LJ−01191−RAGS + + + From the Graphics Options dialog box, you can change the following settings: + Share Color Map Entries + Normally, color map entries are shared. This prevents the VXT DECterm + window from allocating color map entries for its exclusive use. Instead, + DECterm allocates shared, read-only colors out of a default color map. This + means that DECterm does not need to create a private color map, which would + prevent the windows from displaying in their true colors. However, it also + means that DECterm colors may not match the colors used on a VT terminal. + Enable Backing Store + The backing store feature enables the terminal to redisplay DECterm graphics + after they are covered by another window or iconified. The Customize X Server + dialog box in the Terminal Manager window also has a Backing Store button + (Section 5.4). + Report Macrograph Contents + The VXT DECterm window does not respond to a request by an application to + report macrograph contents. Clicking on this option enables ReGIS commands + to report macrograph contents. When reporting is complete, disable this + feature to reduce any security risks. + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 157 + Customizing VXT DECterm Windows +8.8 Changing Your Graphics Display Settings + + Number of Bit Planes + The number of bit planes supported by your system determines the number of + colors available for ReGIS and sixel graphics. With 2-bit planes, the DECterm + emulator can display four different colors at the same time. With 4-bit planes, + the DECterm emulator can display 16 colors. + The DECterm emulator uses 2-bit planes on 4-plane systems; it uses 4-bit + planes on all other systems. This reduces the probability that the DECterm + emulator must create a private color map. You can choose the number of + colors available in ReGIS and sixel graphics by entering the number of planes + supported by your system. + +8.9 Changing Your Printer Settings + You can control print settings used with VXT DECterm windows, such as + what area of the window to print. To view or change printer settings, choose + Printer... from the Options menu. The terminal displays the Printer Options + dialog box: + + + + + LJ−01192A−RAGS + + From the Printer Options dialog box, you can change the following settings: + Form Feed Terminator + Normally, the terminal sends a form feed (FF) character to the printer port + at the end of any printing operation started from the VXT DECterm window’s + Print menu. + + +158 Chapter 8 + Customizing VXT DECterm Windows + 8.9 Changing Your Printer Settings + + Printer to Host +If you use a serial input device connected to the terminal’s serial port, the +terminal can accept input data from the device and send the data to the host +application. By default, the serial port does not work as a printer port, so the +Printer to Host button is dimmed. To use the serial port to receive data, change +the Port Usage setting to Serial Port: Printer (Section 4.2). Then choose the +Printer to Host button. + Graphics Printing +Normally the terminal supports graphics printing operations in addition to text +printing. +Printing Modes +You can choose from three printing modes: +• Normal Print Mode +• Auto Print Mode +• Printer Controller Mode + Normal Print Mode +Normally, you can send all or part of the text displayed in a window to a local +printer. To print the window’s text, press the F2 (Print) key. + Auto Print Mode +Auto print mode immediately sends each line of text received from the host +system to your local printer. The terminal sends the current display line to +the printer when the cursor moves to the next line after a line feed, form feed, +vertical tab, or autowrap. +To turn auto print mode on or off, press Alt A . You return to normal print +mode when you leave auto print mode. +You can perform normal printing functions in auto print mode. + Print Controller Mode +Printer controller mode lets a host system send text directly to the local printer, +without displaying the text in the VXT DECterm window. You cannot select +this mode from the keyboard. Applications select this mode by using VT320 +programming functions. +The F2 (Print) key does not work in printer controller mode. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 159 + Customizing VXT DECterm Windows +8.9 Changing Your Printer Settings + + Printing All or Part of the Window + You can print all or part of the VXT DECterm window. You can also choose to + print selected characters. To print the window’s text, press the F2 (Print) key. + You can choose from the following options. + Print Full Page + Normally when you print a VXT DECterm window, the terminal sends the text + in the main display to the printer. + Print Full Page + Transcript + This option prints the text in the transcript (the lines saved off the top of the + scrolling region), followed by the text in the main display. You can specify the + number of lines saved by using the Display Options dialog box. + Print Scroll Region Only + This option prints the text in the scrolling region of the main display. + Print Selection Only + This option prints text that you have selected in the main display. + Matching Your Printer’s Capabilities + You can print from character sets that match the capability of your printer. + Print National Characters Only + This option prints national replacement characters (NRC) only. Other + characters are converted to the corresponding national characters, if any; + otherwise they are not sent. + Print National + Line Drawing + This option prints national replacement characters and line-drawing + characters. + Print All Characters + This option prints all characters, including multinational and technical + characters. + + + + +160 Chapter 8 + 99 + Using VXT 3270 Windows + + + This chapter describes how to create and use VXT 3270 windows. The chapter + covers the following major topics: + • VXT 3270 Windows + • Before You Start + • Creating a VXT 3270 Session + • Entering 3270 TE Connection Parameters + • Using the VXT 3270 Window + +9.1 VXT 3270 Windows + VXT 3270 windows emulate IBM graphic display terminals. The windows let + you access application programs on an IBM Systems Network Architecture + (SNA) host system through a DECnet/SNA gateway. You can have several VXT + 3270 windows displayed at the same time, running different applications. You + can use your mouse to move between windows. + All VXT 3270 terminal emulation tasks are performed by the VXT 2000 + windowing terminal, significantly decreasing the load on the host system and + on the network. + VXT 3270 windows provide functions similar to the following IBM terminal + models: + IBM 3178 + IBM 3179–G and 3192–G + IBM 3180 models 1–5 + IBM 3270 + IBM 3270–S3G + IBM 3278 models 1–5 + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 161 + Using VXT 3270 Windows +9.1 VXT 3270 Windows + + IBM 3279–S3G + Common features supported by the VXT 3270 include + • Active and passive connects + • Protected and unprotected fields + • Alphanumeric and numeric data + • Audible alarm + • Intensified display, normal display, and nondisplay characters + • Alphanumeric cursor (block cursor) + +9.2 Before You Start + Before you create a VXT 3270 window, you need the following: + A VXT 3270 software license + A DECnet address for your terminal, displayed in the Terminal Manager + window (Section 4.9) + A DECnet name server address entered in the DECnet Name Translator + dialog box (Section 4.10) + A gateway name to enter in the Connection Parameters dialog box + An access name to enter in the Connection Parameters dialog box + +9.3 Creating a VXT 3270 Session + To create a VXT 3270 session: + 1. Display the Create dialog box (Section 2.2.1). + a. In the Application box, click on the 3270 button. + b. In the Transport box, click on the DECnet button. + c. In the Host Name or Address box, enter the name or address of the + DECnet host to use for the connection. + d. Click on the button to save your settings in the Preferred Services + list. + e. Click on Start to start the session. + 2. Enter connection information in the 3270 TE Enter Connection Parameters + dialog box (Section 9.4). + + + +162 Chapter 9 + Using VXT 3270 Windows + 9.4 Entering 3270 TE Connection Parameters + +9.4 Entering 3270 TE Connection Parameters + When you create a VXT 3270 session from the Create dialog box, the terminal + displays a Connection Parameters dialog box for establishing a connection with + an IBM host: + + + + + TI−03014−RAGS + + To connect to an IBM host, you need to specify a gateway name and one of the + following: + • An access name + • A PU name and the Wait button + • A PU name and an application name + For example: + 1. Click on the Gateway box and enter your gateway name. + 2. Click on the Access Name box and enter your access name. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 163 + Using VXT 3270 Windows +9.4 Entering 3270 TE Connection Parameters + + 3. Click on the Save button to save your connection parameters for future + sessions. + 4. Click on the OK button to establish connection with your host. + 5. A login box appears. Log in to your host system. + From the Connection Parameters dialog box, you can enter the following + settings: + + Gateway + Identifies the name of the DECnet node that is defined as the host node for the + gateway. + Example: MARKET + + Access Name + Identifies the name of the entry in the gateway access name table to use when + connecting to the SNA network. Access names are set up on the host DECnet + node for the gateway. The name can be 1 to 16 characters from the set of A to + Z, 0 to 9, period (.), dollar sign ($), at sign (@), and pound sign (#). + Example: PAYROLL + An access name can provide values for the following parameters: + Application name + Data + Logon mode + PU + Session address + If you specify these parameters with the Access Name parameter, they override + any existing values in the access name table you specified. + + PU Name + Identifies the name of a particular physical link from the gateway to the IBM + host. Ask the gateway manager for the appropriate PU value. + Example: SNA-1 + + Session Address + Identifies the IBM session address used to communicate with the IBM host. + The gateway manager receives this value from the IBM systems programmer. + The value is defined by the LOCADDR operand on the ACF/NCP LU macro or + the VTAM LU macro. + The address is a decimal number from 0 to 255. You can specify 0 to let the + gateway select the next available session address. + + +164 Chapter 9 + Using VXT 3270 Windows + 9.4 Entering 3270 TE Connection Parameters + +Example: 42 + + Application Name +Identifies the IBM application that will be the primary logical unit (PLU). The +gateway manager receives this value from the IBM VTAM programmer. The +value is defined in the VTAM APPL statement. The application name can be 1 +to 8 characters from the set of A to Z, 0 to 9, period (.), dollar sign ($), at sign +(@), and pound sign (#). +Example: CICS + + Logon Mode +Identifies the name of an entry in the logon mode table defined by the host +IBM system. This entry specifies a selected set of SNA protocol parameters. +The gateway manager receives this value from the IBM VTAM programmer. +The value is defined in the VTAM MODEENT macro. The Logon Mode entry +can be 1 to 8 characters from the set of A to Z, 0 to 9, period (.), dollar sign ($), +at sign (@), and pound sign (#). +Example: T3279M3 + + Data +Identifies user data to send to the IBM system as part of the logon request. +The data can be a string of up to 110 ASCII characters. +Some IBM subsystems use values for the Data parameter at VXT 3270 window +startup time to speed the logon process. +Example: JOE + + Authorization Password +Allows access to secured logical units (LUs). Ask your gateway manager for +the value of an authorization password if you need to specify this parameter. +It is relevant only if your version of the DECnet/SNA gateway or VMS/SNA +Gateway supports LU security. The value can be 1 to 32 characters from the +set of A to Z, 0 to 9, period (.), dollar sign ($), at sign (@), and pound sign (#). +Example: 645312 + + Terminal Type +Identifies the IBM display station to emulate. The value can be 3192G +(default), 3279S3G, or 3270. +If you specify 3270, the VXT 3270 window emulates a generic 3270 display +station. Graphics will not be displayed, and a smaller font and window size +may be used. Use 3270 to emulate an IBM Model 4 (43 80 window) terminal +  + + + + +or an IBM Model 5 (27 132 window) terminal. +  + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 165 + Using VXT 3270 Windows +9.4 Entering 3270 TE Connection Parameters + + Example: 3192G + + [No]Wait + Causes the VXT 3270 window to wait for an IBM application (PLU) to initiate + a session. Nowait is the default. The Unformatted Systems Services (USS) + window may appear when the session is established, depending on the version + of the gateway or VMS/SNA gateway you are using. + Wait does not have a value as the other parameters do. If you use the Wait + parameter, you cannot specify values for the following parameters: + Application Name + Data + Logon Mode + +9.5 Using the VXT 3270 Window + After you establish a session establish a session with the IBM host, the + terminal displays a VXT 3270 TE dialog box. The dialog box provides the + work area for your session. This section describes how to use the work area to + perform different tasks. The section covers the following major topics: + • Using the VXT 3270 Window Work Area + • Entering Data + • Editing Data + • Printing Text + • Copying and Pasting Text + • Recording and Playing Back Key Sequences + • Using the Numeric Keypad to Enter Numbers + • Saving Current Settings + • Viewing Your Connection Parameters + • Using the MB3 Pop-Up Menu + Chapter 11 describes the basic features of windows and how to use menus. + + + + +166 Chapter 9 + Using VXT 3270 Windows + 9.5 Using the VXT 3270 Window + +9.5.1 Using the VXT 3270 Window Work Area + The VXT 3270 work area has two sections — the display area and the operator + information area. + + + + + TI−03015−RAGS + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 167 + Using VXT 3270 Windows +9.5 Using the VXT 3270 Window + +9.5.2 Working in the Display Area + The display area is where you perform most application-related duties, such as + entering data and receiving output. The following sections explain some of the + characteristics of the display area. + The window + The VXT 3270 window lets you display different window sizes, which are + controlled by the IBM host. + The VXT 3270 window can be unformatted or formatted. An unformatted + window has no fields. How you enter data in an unformatted window depends + on the application program you are using. Your IBM application program + user’s guide gives you instructions for using an unformatted window. + A formatted window contains two types of fields: + • Protected fields prompt you for required data. You cannot alter or add + to the text in a protected field. If you try to enter data in a protected field, + the keyboard locks, the terminal bell rings, and the word Inhib appears on + the status line. To free the keyboard, press Reset. + • Unprotected fields are the spaces where you can enter data. When + displaying a formatted window, the program normally places the cursor + under the first empty position in an unprotected field. You can enter data + until the field is full or use the Tab function to move to the start of the next + unprotected field. + The Cursor + The cursor in the display area can take three forms: + • The default text cursor is a blinking block. You can use the CrBlnk + (Cursor Blinking) parameter to select a nonblinking cursor. See + Section 10.2 to use VXT 3270 parameters. + • The selector mouse cursor is a small hand with a pointing finger that + appears when you use the Selector Mouse function (Section 10.1.4). + • A small cross cursor appears for certain graphics applications. + + + + +168 Chapter 9 + Using VXT 3270 Windows + 9.5 Using the VXT 3270 Window + +9.5.3 Understanding Operator Information + The operator information area displays status indicators that let you monitor + the current status of your session. Table 9–1 lists possible status indicators. + + Table 9–1 Status Indicators + Status + Indicator Meaning + Appl You are in a session with an application program (an LU–LU session). + Ext You are using the Ext function. + Insert You are in insert mode. + Inhib The software suspended input from your keyboard. This occurs when + You try to enter data in a protected field + You enter the wrong type of data in a field + The VXT 3270 window is communicating with the IBM software after + you press a key such as Enter + + O You are using the numeric lock override function. This indicator is turned + off when you press the NumOvr function again. + P You are in play mode. A key sequence is being recalled by the Play + function. + Print The contents of your window are being copied to the printer you specified + at startup. The indicator remains displayed until the process is complete. + The window is refreshed when the process is complete. + R You are in record mode. A key sequence is being recorded. + SSCP You are in a session with the IBM control program (an SSCP–LU session). + SysAvl You are successfully communicating with the IBM system and can initiate + transmission. SysAvl turns off while the VXT 3270 window transmits data + to the IBM host. + Wait The IBM system is not available for input. + + +9.5.4 Entering Data + Unformatted windows + If your IBM application displays an unformatted window, use the FM key to + separate entries. Your application guide explains how and when to use this + key. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 169 + Using VXT 3270 Windows +9.5 Using the VXT 3270 Window + + Improper use of some keys causes the keyboard to lock in order to prevent + input to protected fields. If the keyboard locks, the Inhib status indicator + appears and you cannot use any keys to enter data. Use the Reset function to + unlock the keyboard and continue entering data. + Formatted windows + When the IBM application displays a formatted window, enter and edit data + in the unprotected fields only. After you fill an unprotected field with data, + the application may move the cursor to the start of the next protected or + unprotected field. You can also move the cursor by using the arrow keys or the + Tab, BckTab, Home, and Newlin functions (Section 10.2). + +9.5.5 Editing Data + You can edit data in unprotected fields by typing new data over the old data + (normal mode) or inserting new data into partially filled fields (insert mode). + You can also use the Delete, ErEof, ErInp, and RubOut functions to change the + contents of unprotected fields (Section 10.2). + Using Normal Mode + Normal mode lets you enter new data or edit existing data. When you enter + data, the character you type either fills in an empty position or replaces a + character previously displayed in that position. The cursor then moves to the + next position. Remember that a space or a blank is a character. + Using Insert Mode + Insert mode lets you enter new characters between existing characters in an + unprotected field. + Use the Insert function to activate insert mode. Place the cursor under the + character where you want to insert text. When you insert text, characters + starting from the cursor position move right. + You can insert characters in an unprotected field until it is full. If you try to + insert text after the field is full, the keyboard locks, and Inhib is displayed + on the Status line. Use the Reset function to exit insert mode and return + to normal mode. Insert mode is also ended by any Enter, Clear, PA, or PF + function. + + Note + Some fields that appear to have room for more data may contain one or + more trailing blank characters that cause the field to fill. + + + + +170 Chapter 9 + Using VXT 3270 Windows + 9.5 Using the VXT 3270 Window + +9.5.6 Printing Text + The VXT 3270 Print... function lets you print text from the VXT 3270 window + to a printer connected to the terminal’s printer port. + To Print from the File Menu + To print the contents of an application window, pull down the File Menu and + choose Print. The VXT 3270 window send the text from the active window to + the terminal’s printer. + +9.5.7 Copying and Pasting Text + You can copy and paste text in a VXT 3270 window. You can also copy text + from one window and paste the text into another window. To copy and paste + text, you use the VXT 3270 window’s Edit menu. + From the Edit menu, you can perform the following functions: + Copy + Choosing this item places the currently selected text into the terminal’s copy + buffer. You can also use the Select All menu item to select the complete + window. + Paste + Choosing this item sends the contents of the terminal’s copy buffer to the + cursor location in the window as if it were typed on the keyboard. + Select All + Choosing this item places all of the window’s text into the terminal’s copy + buffer. You can also use the Copy menu item to place selected text from the + window into the copy buffer. + +9.5.8 Selecting Text to Copy + You can select text a word, a line, or a block at a time. A block can be a single + character or any number of contiguous characters, up to the complete window. + You can also use the Select All menu item in the Edit menu to select the + complete window. + To select a block of text: + 1. Point to the start of the block. + 2. Press and hold MB1, then drag the pointer to the end of the block. + 3. Release MB1 to indicate the end of the block. The selected text is + highlighted. + 4. In the Edit menu, click on the Copy menu item. + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 171 + Using VXT 3270 Windows +9.5 Using the VXT 3270 Window + + To select a single word: + 1. Point to the word. + 2. Double click MB1 to select the word. The selected word is highlighted. + 3. In the Edit menu, click on the Copy menu item. + To select a line of text: + 1. Point to the line. + 2. Triple click MB1 to select the line. The selected line is highlighted. + 3. In the Edit menu, click on the Copy menu item. + +9.5.9 Pasting Text + After you select text and store it in the copy buffer, you can paste the text to + the text cursor location in the same window or in a different window. + To paste text: + 1. Place the text cursor where you want to copy the text. + 2. Choose the Paste menu item from the Edit menu of the window that will + receive the copied text. The terminal copies the text to the cursor position. + +9.5.10 Using Quick Copy + The quick copy feature lets you paste text without storing it in the copy buffer + or using the Edit menu. There are two ways to perform a quick copy: + Method 1 + 1. Select the text as described in Section 9.5.8. + 2. Place the text cursor where you want to paste the text. + 3. Press and release MB2. If you accidentally move the mouse before + releasing MB2, method 2 is activated. + You can use this method to copy text from one window to another. Move the + input focus to the other window before clicking MB2. To paste into remote + DECterm windows, use MB3. + Method 2 + 1. Place the text cursor where you want to paste the text. + 2. Point to the start of the text you want to copy. + 3. Press and hold MB2. Drag the pointer to the end of the text to be copied. + Release MB2 to copy the selected text to the cursor position. + + +172 Chapter 9 + Using VXT 3270 Windows + 9.5 Using the VXT 3270 Window + +9.5.11 Extending Your Selected Text + After you select an area of text to copy, you may decide that you wanted to + copy a larger area. Before you paste text, you can use the mouse or the arrow + keys to extend the area you have selected. + To extend your selection with the mouse: + 1. After selecting text with MB1, move the mouse cursor to the position that + marks the boundary of the area you would like to have selected. + 2. Press the Shift key and click MB1. This extends the initially selected area + up to the present position of your mouse cursor. + To extend your selection with the arrow keys: + After selecting text with MB1, press the Shift key and any arrow key to extend + your selected text in the direction of the arrow. + +9.5.12 Copying and Pasting With the Keyboard Only + If your mouse is not operating, you can use the keyboard to copy and paste + text. Table 9–2 lists the keys to use. + + Table 9–2 Keyboard Copy and Paste Keys + Press... To... + Select Define the starting point for selected text. + Shift Select Select the range between the starting point and the current + cursor position. This sequence also deselects any previous + selection. + Shift F8 Toggle between add mode and normal mode. The default + mode is normal. + Shift , , +   ,  Extend the current selection. + Ctrl / Select all. + Ctrl \ Deselect all. + F14 Paste. + Ctrl Insert Here Do a clipboard copy. + Shift Insert Here Do a clipboard paste. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 173 + Using VXT 3270 Windows +9.5 Using the VXT 3270 Window + +9.5.13 Recording and Playing Back Key Sequences + You can save frequently used text and commands, then recall them when + needed. The VXT 3270 lets you record up to 127 keystrokes on a PF key, then + play them back using the Playback... function. + Recording Key Sequences + To record a key sequence: + 1. Pull down the Commands menu and choose Record... to display the Record + dialog box. + + + + + TI−03016−RAGS + + 2. Click on the PF key that you want to store your key sequence. + 3. Click on OK. The window displays an R in the operator information area, + and a message box pops up requesting the key sequence. + 4. Click on OK to dismiss the message box. + 5. Enter the key sequence you want to save. + 6. To record your keystrokes, pull down the Commands menu and choose + Record... again. Click on OK. + + + +174 Chapter 9 + Using VXT 3270 Windows + 9.5 Using the VXT 3270 Window + + Canceling a Key Sequence While Recording + You can cancel a key recording in progress at any time up until you choose + Record Key a second time. To cancel a recording in progress: + 1. Pull down the Commands menu and choose Cancel Recording. The Cancel + Recording dialog box appears. + 2. Click on Yes to cancel the Record function. + Viewing Recorded Key Sequences + To view currently recorded keystrokes: + 1. Pull down the View menu and choose Recorded Key Sequences. The + Recorded Key Sequences dialog box appears. + 2. Click on the PF key that contains the keystrokes you want to see. The key + sequence appears. Items enclosed in angle brackets are function keys. + 3. Click on the Dismiss button to close the dialog box. + Playing Back Recorded Key Sequences + Before playing back a recorded key sequence, be sure your cursor is at the + right place on the application window. If your cursor was in a specific field + when you recorded a sequence of text and commands, you must be in the same + field for the playback sequence to work properly. To play back a recorded key + sequence: + 1. Pull down the Commands menu and choose Playback... to see which PF + keys have key sequences. The VXT 3270 displays the Playback dialog box. + 2. Click on the PF key that stores the keystrokes you want to play back. + Then click on OK. The letter P appears in the operator information area + while the VXT 3270 plays back the key sequence you have chosen. + +9.5.14 Using the Numeric Keypad to Enter Numbers + When you use a VXT 3270 window, the numeric keypad keys have default + functions assigned. If you want to use the keypad to enter numbers, pull down + the Options menu and select Numeric Keypad. This menu selection is a toggle + that lets you switch back and forth between entering numbers and functions. + The toggle indicator next to the Numeric Keypad selection is darkened when + the keypad’s numeric values are in effect. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 175 + Using VXT 3270 Windows +9.5 Using the VXT 3270 Window + +9.5.15 Saving Current Settings + To save your current settings, choose Save Current Settings from the Options + pull-down menu. + When you save the current settings, the terminal saves the settings in your + terminal’s resource file for future sessions. + +9.5.16 Viewing Settings + The following sections describe how to view + • Keyboard layout maps + • Function list + • Connection parameters + • Field attributes + +9.5.17 Viewing Keyboard Layout Maps + Supported Keyboards + The VXT 3270 supports key function definitions and keyboard layout maps for + the LK401 keyboard. By default, the VXT 3270 functions map to the LK401- + style keyboard, and the LK401 layout is the default keyboard map. This + section explains how to enable key function definitions and access keyboard + layout maps. + Interpreting Keyboard Layout Maps + The left half of the layout map lists function keys and their functions. + • A shaded key means you press the Ext key then the character key. The Ext + key is the period key on the numeric keypad. + • The caret (^) symbol in front of a key means you must press the Ctrl key + along with that key to access the associated function. + The top and right area of the layout map shows the functions assigned to + keypad keys. For shaded functions, press the Ext key first. + Viewing Your Keyboard Layout Map + To view the keyboard layout map for your LK401 keyboard, pull down the View + menu and choose Key Definitions. + + + + +176 Chapter 9 + Using VXT 3270 Windows + 9.5 Using the VXT 3270 Window + +9.5.18 Viewing the Function List + Many of the VXT 3270’s keys have default function definitions. Section 10.2 + provides detailed explanations of VXT 3270 functions and their default + mappings. You can redefine these functions so that they more closely match + your particular needs. To see how VXT 3270 functions are mapped, you can + check the VXT 3270 Function List. + To view the Function List, pull down the View menu and choose the Function + List menu item. The 3270 TE Function List dialog box appears. The Function + List dialog box displays how functions map to the keys on your keyboard. + If you change any key definitions during a session, those changes are + automatically reflected in the function list when you click on the Update + button. + The Dismiss button closes the dialog box. + +9.5.19 Viewing Your Connection Parameters + You can check current connection parameters at any time by pulling down the + View menu and choosing Connection Parameters. The Connection Parameters + dialog box appears, showing the parameters as they are currently set. Click on + Dismiss when you finish viewing the parameters. + +9.5.20 Viewing Field Attributes + Field attributes are characters that appear at the start of a field to indicate + how the field displays on the window: at normal intensity, at high intensity, or + invisibly. You can display field attributes three ways: + • Choose the Field Attributes menu item from the View menu. + • Choose the View Attributes menu item from the MB3 pop-up menu. + • Define a key to enable or disable the DspAtt function. + Table 9–3 describes the attribute characters. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 177 + Using VXT 3270 Windows +9.5 Using the VXT 3270 Window + + + Table 9–3 Field Attributes + Field Attribute Meaning + n Unprotected field with normal intensity + N Protected field with normal intensity + d Unprotected field, detectable with a light pen + D Protected field, detectable with a light pen + h Unprotected field with high intensity + H Protected field with high intensity + i Unprotected nondisplay field + I Protected nondisplay field + + + To remove the field attributes from your window, display the MB3 pop-up menu + again. The View Attributes selection has a toggle indicator next to it, showing + that field attributes are turned on. Choose View Attributes again to turn them + off. + +9.5.21 Using the MB3 Pop-Up Menu + The MB3 pop-up menu provides you with quick access to certain functions also + found on pull-down menus. Table 9–4 lists the MB3 pop-up menu items and + their corresponding location on the main menus: + + Table 9–4 Quick Access to Functions: MB3 Pop-Up Menu + MB3 Pop-Up Menu Main Menu + Key Definitions View menu + View Attributes View menu + Numeric Keypad Options menu + Print File menu + Record... Commands menu + Playback... Commands menu + Cancel Recording Commands menu + + + + +178 Chapter 9 + Using VXT 3270 Windows + 9.5 Using the VXT 3270 Window + +9.5.22 Exiting from a VXT 3270 Window + To exit the VXT 3270 window, pull down the File menu and choose Exit. You + can also press Ctrl Z to exit your session. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 179 + 10 + 10 + Customizing VXT 3270 Windows + + + This chapter describes how to customize VXT 3270 windows and use keyboard + functions. The chapter covers the following major topics: + • Customizing the VXT 3270 Window + • Using VXT 3270 Keyboard Functions + • Translation Table + +10.1 Customizing the VXT 3270 Window + The VXT 3270 window lets you define keys and customize certain display + features such as the font size and window title. You can also set the mouse to + perform certain light pen functions. This section describes the following topics: + • Customizing Key Definitions + • Saving and Loading Custom Key Definitions + • Modifying VXT 3270 Window Options + • Using the Selector Mouse Function + +10.1.1 Customizing Key Definitions + When you use a VXT 3270 window, certain keys perform specific IBM 3270 + functions. You can customize key definitions to suit your needs. This section + describes how to assign and delete custom key definitions. + + + + +180 Chapter 10 + Customizing VXT 3270 Windows + 10.1 Customizing the VXT 3270 Window + +Assigning Custom Key Definitions +To assign your own key definitions, pull down the Options menu and choose +the Define Key... menu item. The Define Key dialog box looks like this: + + + + + TI−03017−RAGS + +This figure shows an example of the Dup function being assigned to the Ctrl Y +key sequence. +To Assign a Key Definitions +1. In the Key Name list box, click on the key you want to define. To define Ctrl + key or extend+ key sequences, click on the Extend or Control option button + first. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 181 + Customizing VXT 3270 Windows +10.1 Customizing the VXT 3270 Window + + 2. The Function or Character box contains a list of functions (left) and + characters (right). Click on the name of the function or character that + you want to assign to the key you just selected. Click on Apply to assign + the function or character to the key. + 3. Repeat this procedure to create as many custom key definitions as you + want. + 4. Click on OK to dismiss the dialog box. + Your new key definitions remain in effect for the current session. to create a + permanent file of your key definitions, choose the Save Key Definitions... menu + item from the File menu. + Deleting Custom Key Definitions + To delete custom key definitions: + 1. Pull down the Options menu and choose Delete Key... to display the Delete + Key dialog box. + 2. Click on the key whose function you want to delete. Click on the Extend or + Control button if you are deleting a Ctrl key or extend+ key function. + 3. Click on Apply to delete the key definition. + 4. Repeat this procedure for each key function you want to delete. + 5. Click on OK to dismiss the dialog box. + +10.1.2 Saving and Loading Custom Key Definitions + You can save your customized key definitions for future sessions. The terminal + loads your saved key definitions when you start a new VXT 3270 window or + choose the Last Saved Key Definitions menu item from the File menu. You can + also return to the default key definitions at any time. + Saving Key Definitions + To save your customized key definitions: + From the VXT 3270 window, pull down the File menu and choose the Save + Key Definitions menu item. Your customized key definitions are saved in the + terminal’s resource file. + Loading Customized or Default Key Definitions + You can recall the last set of key definitions you saved whenever you need + them. You can also recall the system-default key definitions when needed. For + example, you may want to use the default key definitions for some tasks, then + switch to your customized definitions for other tasks. + + +182 Chapter 10 + Customizing VXT 3270 Windows + 10.1 Customizing the VXT 3270 Window + + To load customized or default key definitions: + 1. In the VXT 3270 dialog box, pull down the File menu and choose Load Key + Definitions. + 2. To use customized keys, choose Last Saved Key Definitions. + To use system-default keys, choose Default Key Definitions. + If the definitions cannot be loaded, the session continues with the previous + definitions still in use. + +10.1.3 Modifying VXT 3270 Window Options + The Window Options dialog box lets you change the font size used in + application windows. You can also change the window title and icon name + of the VXT 3270 dialog box. + To view the Window Options dialog box, pull down the Options menu and + choose the Window... menu item. The Window Options dialog box looks like + this: + + + + + TI−03018−RAGS + + If you are running in 3270 emulation mode, you can change any of the settings + listed in the dialog box. You cannot change the font height in 3279S3G or + 3192G emulation mode. + To change the font height or width: + Click on the button in the Font Height or Font Width box to display a pop-up + menu of choices. + To change the Window Title or Icon Name: + Click on the Window Title or Icon Name box and enter your text. + To apply your changes, click on Apply. + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 183 + Customizing VXT 3270 Windows +10.1 Customizing the VXT 3270 Window + + To apply your choices and dismiss the dialog box, click on OK. + +10.1.4 Using the Selector Mouse Function + The Selector Mouse function lets you use your mouse to perform selection and + attention operations provided by a selector light pen. When you use Selector + Mouse, the mouse pointer appears as a small hand with a pointing finger. + To use the Selector Mouse function, pull down the Options menu and choose + Selector Mouse. This menu selection is a toggle switch that lets you go back + and forth between Selector Mouse and normal mouse operation. A toggle + indicator appears next to the Selector Mouse selection when it is in use. + + Note + You cannot access the MB3 pop-up menu within the display area while + you are using the Selector Mouse function. To access the MB3 pop-up + menu, move the mouse pointer to the operator information area. + + + +10.2 Using VXT 3270 Keyboard Functions + This section describes available VXT 3270 keyboard functions and the + default keys that perform these functions. To customize key functions, see + Section 10.1. + The VXT Terminal Manager’s Customize Keyboard dialog box contains a + Keyboard Type scroll box. The Keyboard Type setting has no effect on the key + definitions used in the VXT 3270 window. + Table 10–1 lists default key functions on the standard LK401 ANSI keyboard. + + Table 10–1 VXT 3270 Window — Default Key Functions + Function Default Key or Key Combination + Attn F19 or Ext+ A + BckTab F12 or Ctrl H + Clear Ext+ F20 or Ext+ Enter + CrBlnk F17 + + + Ext = the period key on the numeric keypad. + KP = keypad. + + (continued on next page) + + + +184 Chapter 10 + Customizing VXT 3270 Windows + 10.2 Using VXT 3270 Keyboard Functions + + +Table 10–1 (Cont.) VXT 3270 Window — Default Key Functions +Function Default Key or Key Combination +Defkey Ctrl K +Delete Next Screen +DspAtt Ext+ F17 or Ctrl V +DUP Ext+ F12 or Ext+ * +DvCncl Ext+ Remove +Enter Do or Enter +ErEof F18 +ErInp Ext+ F18 or Ext+KP - +Exit F10 or Ctrl Z +Ext KP . +FM Ext+ F13 or Ext+ ; +Help Help or Ext+ H +Home F13 or Ext+ B +Horizontal Control  and  + + + + +Insert Ext+ PF4 +Logical NOT Ext+ N +Logical OR Ext+ O +Newlin Return or Ctrl M +NumOvr Remove or Ext+ J +PA1 PF4 +PA2 KP - +PA3 KP , +PF1 PF1 +PF2 PF2 +PF3 PF3 +PF4 KP 7 +PF5 KP 8 +PF6 KP 9 + +Ext = the period key on the numeric keypad. +KP = keypad. + + (continued on next page) + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 185 + Customizing VXT 3270 Windows +10.2 Using VXT 3270 Keyboard Functions + + + Table 10–1 (Cont.) VXT 3270 Window — Default Key Functions + Function Default Key or Key Combination + PF7 KP 4 + PF8 KP 5 + PF9 KP 6 + PF10 KP 1 + PF11 KP 2 + PF12 KP 3 + PF13 Ext+ PF1 + PF14 Ext+ PF2 + PF15 Ext+ PF3 + PF16 Ext+KP 7 + PF17 Ext+KP 8 + PF18 Ext+KP 9 + PF19 Ext+KP 4 + PF20 Ext+KP 5 + PF21 Ext+KP 6 + PF22 Ext+KP 1 + PF23 Ext+KP 2 + PF24 Ext+KP 3 + Play Insert Here + Print F11 or Ext+ P + Record Ext+ Insert Here + Reset KP 0 + RubOut + decterm [-ip],[-lat],[-dnet] + decterm [-serial] + mwm none + term_mgr [-msgbox] + msgbox none + font_mgr none + 3270 [-dnet] + + + <> indicates a required argument. + [ ] indicates an optional argument. Commas separate choices. + IP is the default transport for DECterm and X sessions. + DECnet is the default transport for the VXT 3270 application. + You cannot launch the configuration manager as a separate application. + + + + +234 Chapter 13 + Launching Applications + 13.2 Launching Sessions and VXT Applications with the Window Manager + +13.2.2 Defining Keys to Launch Sessions and Local VXT Applications + You can define keys to start local VXT applications or sessions. + 1. Click and hold MB1 anywhere on the screen’s workspace to display + the Workspace submenu. Choose the Options submenu, then choose + Resource configuration... to display the Workspace: Customize Resource + Configuration dialog box. + 2. In the Binding Sets box, click on the Keys DefaultKeyBindings binding set. + 3. Enter your new key definitions at the bottom of the list. + • Use the following syntax to define a key to launch a session: + key root | window f.exec "session transport host" + Examples + F18 root|window f.exec "decterm -lat market" + F19 root|window f.exec "x -ip market" + F20 root|window f.exec "decterm -serial" + • Use the following syntax to define a key to launch a local VXT + application: + key root | window f.exec "application" + Example + F17 root | window f.exec "term_mgr -msgbox" + Table 13–1 lists all possible session and application functions. + 4. Click on Apply. + 5. Click on OK. + 6. Restart the window manager. + a. Click and hold MB1 anywhere on the screen’s workspace to display the + Workspace submenu. + b. Click on Restart... in the Workspace menu. + The window manager updates your key definitions. + After you restart the window manager, you can use your new key definitions to + launch the sessions or local VXT applications you defined. + 1. Click and hold MB1 anywhere on the screen’s workspace to display the + Workspace submenu. + 2. Press the key you defined to launch your session or local VXT application. + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 235 + Launching Applications +13.3 Launching Remote Applications + +13.3 Launching Remote Applications + You can launch applications on your host system from the terminal. For + example, you may want to run your host’s clock or calendar program on your + terminal. + There are two basic steps in launching a remote application: + 1. Before you launch remote applications, you must run the VXT launcher in + a host session on the terminal (Section 13.3.1). + 2. Launch the remote application from the Terminal Manager window or the + window manager. This step is similar to launching sessions or local VXT + applications. + • If you use the Terminal Manager window, you can enter and launch + applications in the Create dialog box (Section 2.2.6). After you save + your settings and restart the window manager, your applications are + also listed on the Create menu and VXT Create pop-up menu. + • You can also use the terminal’s local window manager to define keys + or menu items on the Workspace submenu for launching remote + applications (Section 13.3.3). This feature is provided for users who + may want to run sessions or applications without running the Terminal + Manager window or a remote session manager. + Launching Remote Applications from Several Systems + You can launch remote applications from several systems and display those + applications concurrently on your terminal. However, you must define a unique + name for the launcher on each system. + One VXT Application Launcher Connection + TCP/IP, DECnet, or LAT Session + + 1. Connect to the host and start the application launcher. + + 2. Launch the host application. + + 3. The host displays the application on the terminal. + + LJ−03535−RAGS + + + + +236 Chapter 13 + Launching Applications + 13.3 Launching Remote Applications + + Two VXT Application Launcher Connections + Launcher 1 + Application 1 + Connect to host 1 and start launcher 1. + Launch application 1. + The host displays application 1. + + Connect to host 2 and start launcher 2. + Launch application 2. + The host displays application 2. + Launcher 2 + Application 2 + + + LJ−03536−RAGS + + + +13.3.1 Running the Application Launcher + VXT Version 2.1 and later software provides the application launcher. Check + with your system manager for the name and location of the application + launcher file on your host system. VXT Software Version 2.1 Installation and + System Management describes the installation and setup of the launcher. + The launcher establishes a display connection with the terminal. This allows + you to send launch commands from the terminal to the launcher, which relays + the commands to the host system. + The following sections describe methods to run the application launcher on + UNIX or OpenVMS systems. Section 13.3.2 describes the command syntax in + detail. + UNIX, ULTRIX, and DEC OSF/1 Systems + The default name of the application launcher file is vxtlaunch. The default file + location is in the /usr/local/bin path. + You can use the following commands to run the launcher. Make sure the + launcher is in your current path. + % setenv DISPLAY terminal’s_IP_address:0 + % vxtlaunch arguments & + Section 13.3.2 describes possible command arguments. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 237 + Launching Applications +13.3 Launching Remote Applications + + Example + The following commands starts the launcher with a process name of launch1, + to connect to a terminal with a TCP/IP address of 16.122.144.56: + % setenv DISPLAY 16.122.144.56:0 + % vxtlaunch -name launch1 & + If you do not specify a process name, the default is vxt. + OpenVMS Systems + The default name of the application launcher file is VXT$LAUNCH.EXE. The + default file location is VXT$LIBRARY. The following commands shows one + possible method for invoking the launcher: + $ SET DISPLAY/CREATE/NODE=terminal’s_DECnet_address + $ MCR VXT$LIBRARY:VXT$LAUNCH arguments + Section 13.3.2 describes possible command arguments. + Example + The following command starts the launcher with the name LAUNCH1 to connect + to a terminal with a DECnet address of 3456: + $ SET DISPLAY/CREATE/NODE=3456 + $ MCR VXT$LIBRARY:VXT$LAUNCH -NAME LAUNCH1 + If you do not specify a process name, the default is VXT. + +13.3.2 Launch Command Arguments + This section lists the arguments you can use with the command that runs + the application launcher. On UNIX systems, the command is vxtlaunch. On + OpenVMS systems, the system manager must define a foreign command name. + This section assumes the command is vxtlaunch. + vxtlaunch arguments + Standard vxtlaunch Arguments + The application launcher supports the following arguments: + + Argument Description + -help Provides help information on arguments. + + + + +238 Chapter 13 + Launching Applications + 13.3 Launching Remote Applications + +Argument Description + +-display name Enter the name of the display to connect to. + IP Enter terminal’s_IP_address:0. + DECnet Enter terminal’s_DECnet_address::0 +-name name Specifies a name to use for the launcher on this host system. + If you launch applications from multiple systems for display + on the same terminal, you must specify a unique name for the + launcher on each system. You use this name when entering + launch commands for applications. The default name is VXT. +-kill Stops a VXT launcher process on the host system. You must + specify the -name argument if the launcher has a name other + than the default (VXT). + +Examples +Here are some vxtlaunch command examples using the supported arguments: + +Argument Example Description +vxtlaunch Starts a launch process with the default name VXT. +vxtlaunch -name LCH1 Starts a launch process with the name LCH1. +vxtlaunch -kill Stops a launch process with the default name VXT. +vxtlaunch -kill -name LCH1 Stops a launch process with the name LCH1. + +Other vxtlaunch Arguments +The following vxtlaunch arguments may present security implications on your +system: + +Argument Description +-retry interval:number If the launcher fails to make an X connection with the + terminal, this argument specifies how often (interval) + and how many times (number) the launcher should + retry to make a connection. The default interval is 1 + second. The default duration is forever. +-reconnect If the launcher receives a fatal error after a + successful X connection, this argument tells the + launcher to try to reestablish the connection. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 239 + Launching Applications +13.3 Launching Remote Applications + + Examples + Here are some vxtlaunch command examples using the -retry and + -reconnect arguments: + + Argument Example Description + vxtlaunch -retry -reconnect Retry to make a connection every 1 second, forever. + If an existing connection fails, try to reconnect. + vxtlaunch -retry 3 Retry to make a connection every 3 seconds, forever. + vxtlaunch -retry :3 Retry to make a connection every 1 second, for 3 + times. + vxtlaunch -retry 3:3 Retry to make a connection every 3 seconds, for 3 + times. + + +13.3.3 Defining Menu Items or Keys to Launch Remote Applications + You can define keys or menu items on the Workspace submenu to launch + remote applications. + To define a menu item to launch a remote application: + Follow the same steps used to define menu items for local applications or + sessions (Section 13.2.1), but use the following command syntax: + "menu item" root | window f.exec "rexec launcher command" + The launcher is the name of the application launcher. Default name: VXT. + The command is the host system command to launch the desired application. + Examples + The following examples show typical commands to start a clock on a UNIX + system or OpenVMS system. + UNIX system: + "xclock" root|window f.exec "rexec launch1 /usr/bin/X11/xclock" + OpenVMS system: + "Clock" root|window f.exec "rexec vxt run @sys$system:decw$clock" + To define a key to launch a remote application: + Follow the same steps used to define keys for local applications or sessions + (Section 13.2.2), but use the following command syntax: + "key" f.exec "rexec launcher command" + + + +240 Chapter 13 + Launching Applications + 13.3 Launching Remote Applications + + The key is the key you want to define. + The launcher is the name of the application launcher. Default name: VXT. + The command is the host system command to launch the desired application. + Examples + The following examples show typical commands to start a clock on a UNIX + system or OpenVMS system. + UNIX system: + "F17" f.exec "rexec launch1 /usr/bin/X11/xclock" + OpenVMS system: + "F17" f.exec "rexec vxt run @sys$system:decw$clock" + +13.4 Launching Sessions and VXT Applications Using rsh + On UNIX systems, you can use the rsh (r shell) application to launch sessions + and local VXT applications over the IP transport. The rsh commands contain + the host name, user name, and the command to launch the application. + The terminal checks the host name and user name for authorization in the + terminal’s Customize Security list. + rsh vxt_name application -ip node + vxt_name is the terminal’s IP host name, as listed in the host system’s + /etc/hosts file. You cannot use IP addresses with rsh. + application is the session or local VXT application to start. + node is the host system you are connected to. + Example + The following example starts a VXT DECterm window on the terminal myvxt + from the host system market. + csh>rsh myvxt decterm -ip market + + TCP/IP Session + + 1. Connect to the host. + 2. Use an r shell command to start a VXT application. + + 3. The host passes the command to the terminal’s + window manager, which displays the application. + + LJ−03537−RAGS + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 241 + 14 + 14 + Using VXT EX Software + + + This chapter describes how to load and use VXT EX software with the + terminal. The chapter covers the following major topics: + • VXT EX Software + • Loading VXT EX Software + • Creating a Session + • VXT EX Options Dialog Box + +14.1 VXT EX Software + VXT EX (essential X server) software is a minimal version of VXT software, + without any local applications such as the Terminal Manager window, VXT + DECterm and VXT 3270 windows, and the Motif window manager. VXT EX + software lets you create X sessions with minimal memory installed in the + terminal. The system you connect to must provide all window management + and terminal emulation features. + VXT EX software provides a single dialog box for creating an X session. You + can create an X session to systems that support the TCP/IP or LAT transports. + VXT EX software + • Requires only the minimum 4 megabytes of installed memory + • Requires host-based clients for window management and terminal + emulation + • Does not support printing to locally attached printers + • Requires a mouse or pointing device + + + + +242 Chapter 14 + Using VXT EX Software + 14.2 Loading VXT EX Software + +14.2 Loading VXT EX Software + When you turn or reboot the terminal, it normally loads full-function VXT + software. There are two ways to load VXT EX software instead of VXT + software: + • Specify VXT EX software in the Customize Boot dialog box and reboot the + terminal. To specify host-based operation, see Section 5.7.2. To specify + server-based operation, see Section 5.7.3. + • Enter a BOOT command that specifies VXT EX software (Section 5.7.5). + +14.3 Creating a Session + When you reboot the terminal with VXT EX software, the terminal displays + the VXT EX connection dialog box. You use the dialog box to create an X + session to a host system. You can create multiple X sessions. + + VXT EX V2.0 + + + + + LJ−03007−RAGS + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 243 + Using VXT EX Software +14.3 Creating a Session + + The Video Alignment button is for VXT 2000 model VX227 windowing + terminals only. This button provides centering and rotation controls to align + the screen display if necessary. See Section 3.11. + To connect to a host system: + 1. Choose your display language. The default is English. + 2. Choose the communication transport to use for the X session—LAT or IP. + 3. For LAT: Enter your LAT Service Name. By default, the host system you + connect to supplies your fonts. + For IP: Enter your Host IP Address, TFTP Font Path, and IP Name + Server. + Your terminal’s IP address and name server must be defined on a host + system by your system manager. See Section 4.5. + 4. Click on the Save button if you want to save your host settings. + If you save your host settings, the terminal automatically tries to establish + a connection to that host whenever you turn on or reboot the terminal. The + terminal does not display the VXT EX dialog box. + If you do not save your settings, the terminal uses these settings for the + current session only. The next time you turn on or reboot the terminal, it + will display the VXT EX dialog box again. + 5. Click on the Connect button. If a connection is made, the terminal displays + your host system’s login prompt. + If a connection is not made, the terminal redisplays the VXT EX dialog box. + 6. Log in to your host system. + To redisplay the VXT EX dialog box: + Press the F3 key. + You can change your settings or create a second X session. + To switch from VXT EX to VXT software: + If you are using host-based operation, you must halt the terminal and enter a + BOOT command that specifies VXT software. See Section 5.7.5. + If you are using server-based operation, you can choose VXT software from the + VXT EX options box (Section 14.4). + + + + +244 Chapter 14 + Using VXT EX Software + 14.4 VXT EX Options Dialog Box + +14.4 VXT EX Options Dialog Box + You can specify VXT EX option settings by choosing the Options... button in + the VXT EX dialog box. When you click on Options, the terminal displays the + VXT EX options dialog box: + + + VXT EX V2.0 + + + + + LJ−03025−RAGS + + From the VXT EX options dialog box, you can change the following settings: + Setup Key + Normally, you use the F3 key to display the VXT EX dialog box. You can choose + to use the Ctrl Alt F3 key sequence instead. + Allow All Connections + Normally, other systems and users cannot connect to your terminal when you + are using VXT EX software. If you click on the Allow All Connections button, + any system on the Ethernet can establish an X connection to your terminal. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 245 + Using VXT EX Software +14.4 VXT EX Options Dialog Box + + Secondary Boot VXT Software + If your terminal operates in server-based mode, you can use this button to + switch from VXT EX software to full-function VXT software. The VXT software + image must be available on an InfoServer system in your network. Your new + setting takes effect the next time you turn on or reboot the terminal. You can + reboot the terminal by pressing the Ctrl +left Alt +keypad . sequence. + Host-based terminals and server-based terminals operating in host-based mode + cannot use this option. However, you can switch to VXT software by entering a + boot command (Section 5.7.5). + To close the Options dialog box: + Click on the Cancel button. + + + + +246 Chapter 14 + 15 + 15 + Using Your Keyboard + + + You can use one of the following keyboards with your terminal: + • ANSI Keyboard + • Short ANSI Keyboard + • The PC Keyboard + • The Sun Style Keyboard + This chapter describes the basic functions of the keys and indicators on each + keyboard. The chapter also describes how to use the keyboard instead of the + mouse to navigate through windows and to choose items from menus and + dialog boxes. Finally, the chapter describes how to type additional characters + not shown on the keyboard keys. + + VXT 3270 Keyboard Functions + For keyboard functions in VXT 3270 windows, see Chapter 9. + + + +15.1 ANSI Keyboard + The ANSI keyboard comes in many versions for use with different languages + and dialects. The only physical difference between these keyboards are the + legends on the keys. + +15.1.1 Keyboard Dialect + The terminal is initially set to work with the North American/United Kingdom + keyboard. If you have a keyboard for a different language or you want to + use the British dialect, you must change the Keyboard Type setting in the + Customize Keyboard dialog box (Section 3.3). + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 247 + Using Your Keyboard +15.1 ANSI Keyboard + +15.1.2 Layout + The keyboard has four groups of keys and two visual indicators. The keys are + grouped by function. + Main keypad + Editing keypad + Numeric keypad + Top-row function keys + The keyboard also has two audible indicators, a keyclick and bell. + The following figure shows the North American/United Kingdom keyboard: + + + Top-Row Function Keys + + Visual Indicators + + di gi tal + + + F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12 F13 F14 Help Do F17 F18 F19 F20 + + + + + Hold Print Break F6 F7 F8 F9 F10 (ESC) (BS) (LF) F14 F17 F18 F19 F20 + + + _ + ~ ! a # $ % ^ & * ( ) + X Insert Re- PF1 PF2 PF3 PF4 + + 1 2 3 4 5 6 7 8 9 0 - = + Find + Here move + + Tab Return + 7 8 9 _ + Q W E R T Y U I O P } } Select Prev Next + ] ] + + : 4 5 , + Ctrl + A S D F G H J K L " 6 + ; ’ \ + Shift + > Z X C V B N M < > ? Shift + 1 2 3 Enter + + < , . / + Compose Alt Alt Compose + 0 . + Character Function Function Character + + + + + Main Keypad Editing Numeric + Keypad Keypad + + GSF_1436_89.DG + + +15.1.3 Main Keypad + The main keypad is similar to a typewriter keyboard with alphanumeric + characters, punctuation marks, and Shift keys. The main keypad also has a + number of keys not found on a standard typewriter, such as the Ctrl modifier + key and the Compose Character and Alt prefix keys. The German keyboard has + a Group Shift key and Alternate Shift key instead of Compose Character keys. + Modifier keys are pressed in combination with another key, to modify the + code sent by that key. Prefix keys are pressed and released before pressing + another key, to change the function of one or more keystrokes. + + + + +248 Chapter 15 + Using Your Keyboard + 15.1 ANSI Keyboard + +Special-Function Keys +The main keypad has the following special-function keys: + + +Tab In VXT DECterm windows, pressing Tab sends a horizontal tab, + which normally moves the cursor to the next tab stop. Applications + can change tab stops. In the Terminal Manager window screens + and in some DECwindows menus, Tab moves the cursor to the next + text-entry box. +Ctrl Holding down Ctrl and pressing another key sends a control code to + the host. + For example, Ctrl Z means to hold down Ctrl and press the Z key. +Shift There are left and right Shift keys. Holding down Shift and pressing + a standard key sends the shifted (top) character on the key. + Holding down Shift and pressing a special-function key starts a + predefined control function. For example, Shift F2 (Print) means to + hold down Shift while pressing the F2 (Print) key. + Pressing the lock key down puts the keyboard in caps lock mode or + shift lock mode. You can set the mode from the Customize Keyboard + dialog box (Section 3.3). The default setting is Caps Lock. + • In caps lock mode, the alphabetic keys send their uppercase or + shifted character when pressed alone. You can use a Shift key + to send the shifted character on other keys. You turn caps lock + mode on and off by pressing and releasing the lock key. + • In shift lock mode, all keys on the main keypad send their + shifted character. You can turn shift lock mode on or off by + pressing the Lock key. + When the lock key is down, the lock indicator on the keyboard turns + on. +Return Pressing Return sends either a carriage return or a carriage return + and a line feed (newline). You can choose the function of the + Return key from the VXT DECterm General Options dialog box + (Section 8.5). +< x Backarrow Pressing the < x key normally sends a delete (DEL) character. +key Many applications use DEL to erase one character to the left of the + cursor. + You can make the < x key send a backspace (BS) character instead + of DEL. You can select the function of the ~ + ] ] \ < + 7 8 9 - Select Prev Next + + Control + A S D F G H J K L : " + Return + + ; ’ + 4 5 6 7 ,, Enter + + Shift + Z X C V B N M < > ? Shift + + , . / + 1 2 3 .. Lock + + Extend Com- Alt Alt Compose + 4 pose Function Function Character + + + 0 + + + 1 + LJ-01101-TI0 + + + Main keypad Top-row function keys +  + + + + + Arrow keys Extend key +  + + + + +15.2.1 Main Keypad + The layout of the main keypad is similar to the ANSI keyboard, but includes + an Extend key. The Extend key lets you enter the same keystrokes as the + keypad and function keys found on the longer ANSI keyboard. + +15.2.2 Using Extend Key Sequences for Keypad and Function Keys + You can use two-stroke Extend key sequences to perform the same functions as + the following keys that are on the longer ANSI keyboard: + • F11 to F20 + + • Editing keypad + • Numeric keypad + These functions are printed on the front of certain keys on the short ANSI + keyboard. For example, the P key also serves as the Select editing key. To + access this second function, you press the Extend key first. The following table + lists all the two-stroke Extend key sequences: + + + + +256 Chapter 15 + Using Your Keyboard + 15.2 Short ANSI Keyboard + +To Select ... Press ... To Select ... Press ... +Top-Row Function Keys +F11 to Extend F1 to +F20 Extend F10 + + +Editing Keypad Keys +Find Extend 0 Select Extend P +Insert Extend - Prev Extend { +Remove Extend = Next Extend } + + +Numeric Keypad Keys +PF1 Extend 6 4 Extend H +PF2 Extend 7 5 Extend J +PF3 Extend 8 6 Extend K +PF4 Extend 9 , Extend L +7 Extend Y 1 Extend N +8 Extend U 2 Extend M +9 Extend I 3 Extend , + - Extend O . Extend . + 0 Extend space + bar + +Special-Function Keys +The main keypad has the same special-function keys as the ANSI keyboard. +The only difference from the ANSI keyboard is the Extend key. +Extend front Pressing a two-stroke Extend sequence lets you perform the same + functions as the following keys on the longer ANSI keyboard: F11 to + F20 , editing keypad, and numeric keypad. Functions are printed on + the front of short ANSI keys. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 257 + Using Your Keyboard +15.2 Short ANSI Keyboard + + Extend Pressing the Extend and right Shift keys puts the keyboard in caps + right Shift lock mode or shift lock mode. You can select the mode from the + Customize Keyboard dialog box (Section 3.3). The default setting is + Caps Lock. + • In caps lock mode, the alphabetic keys send their uppercase or + shifted character when pressed alone. You can use a Shift key to + send the shifted character on other keys. You turn Caps Lock + mode on and off by pressing the Extend and right Shift keys. + • In shift lock mode, all keys on the main keypad send their + shifted character. You can turn shift lock mode on by pressing + the Extend and right Shift keys. You can turn it off by pressing + either the Extend and right Shift keys or the Shift key. + + The ` ~ key and < > key work the same way as on the ANSI keyboard, but the + keycap legends are slightly different. + ~ ESC Pressing this key normally sends the ` or ~ character. + You can also use this key to send the escape (ESC) control character, + LJ-01471-TI0 + + + + + by choosing the Tilde Key Sends ESC button in the VXT DECterm + Keyboard Options dialog box (Section 8.6). + >~ If you use the ` ~ key to send the ESC character, you may want to + LJ-01473-TI0 + < + use the <> key to send the ` and ~ characters. To do this, choose the + Angle Bracket Key Sends ‘~ in the VXT DECterm Keyboard Options + dialog box (Section 8.6). + +15.2.3 Arrow Keys + The four arrow keys work the same as on the ANSI keyboard. + If you press Ctrl Shift F3 , you can use the editing keypad to perform some + mouse functions. In this mode, the arrow keys move the mouse pointer. The + Select , Prev , and Next keys correspond to the three mouse buttons. The mouse + continues to operate. There is no indication the mode is on, but the arrow keys + will not work for normal editing functions. + To turn this mode off, press Ctrl Shift F3 again. + +15.2.4 Top-Row Function Keys + Predefined Keys + The first five top-row keys, F1 to F5 , have the same predefined functions as on + the ANSI keyboard. + + + + +258 Chapter 15 + Using Your Keyboard + 15.2 Short ANSI Keyboard + + User-Defined Keys and Application-Specific Keys + As on the ANSI keyboard, the function of the remaining top-row keys, F6 to + F10 and Extend F1 to Extend F10 , often depends on your application software. + Refer to your application software manuals for a description of key functions. + You can also define the function of these keys yourself. + F6 to F10 When pressed, these keys send predefined programming + and sequences to the host system. Applications that recognize + Extend F1 to these sequences can use the keys to perform various + Extend F10 functions. + In VT100 and VT52 modes + Keys Extend F1 , Extend F2 , and Extend F3 send control + characters ESC, BS, and LF respectively. Keys F6 to F10 and + Extend F4 to Extend F10 do not function. + + + Note + You can use the ` ~ key to send + the ESC character. See the VXT + DECterm Keyboard Options dialog + box in Section 8.6. + + + Shift F6 User-defined keys (UDKs) + to Pressing Shift and one of these key sequences sends the + Shift F10 user-defined function for that key. You can define keys F6 to + and Extend F10 by using programming sequences. You can use + Shift Extend F1 any sequence of characters in your definitions. Definitions are + to loaded from the host system. + Shift Extend F10 + + # £ Key + This key works the same way as on the ANSI keyboard. + To use the £ symbol, you select the British Keyboard setting in the Customize + Keyboard dialog box (Section 3.3). To use the # symbol, you select the North + American Keyboard setting. +15.2.5 Compose Characters + The Compose keys work the same as the Compose Character keys on the ANSI + keyboard. + You can type compose sequences to display many more characters than those + shown on the keycaps. For example, you can display accented letters. See + Section 15.6. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 259 + Using Your Keyboard +15.2 Short ANSI Keyboard + +15.2.6 Indicator Lights + The short ANSI keyboard does not have indicator lights. + +15.2.7 Audible Indicators + The short ANSI keyboard has the same two audible indicators as the ANSI + keyboard, a keyclick and a bell. You can use the bell as a margin bell, warning + bell, or both. You can turn off the keyclick and bell, or adjust their volume. + See the Customize Keyboard dialog box (Section 3.3). + +15.3 The PC Keyboard + You can use Digital’s LK443 or LK444 PC keyboards with a VXT 2000 + windowing terminal. The terminal does not support other PC keyboards. + You can operate the PC keyboard as a PC keyboard or as an ANSI keyboard + (Section 15.1). This chapter describes using the PC keyboard keys in both + modes. + +15.3.1 PC Keyboard Models—Setting the Keyboard Type + There are two PC keyboards, a worldwide model (LK443) and a North + American model (LK444). This section shows the North American model. + • The North American model has 101 keys. + • The worldwide model has 102 keys. The worldwide model comes in the + following versions, for use in different countries. + Belgium Germany Portugal Switzerland + Denmark Italy Spain United Kingdom + France Norway Sweden + When you start up the terminal with a PC keyboard connected, the terminal + uses the North American PC keymap by default. To choose the keymap for + one of the worldwide models, change the Customize Keyboard Type to the + appropriate country (Section 3.3). + +15.3.2 Using the ANSI Keyboard Layout + To switch from a PC keymap to an ANSI keymap, select one of the LK401 + keyboard types (Section 3.3). When you switch to an ANSI keymap, the + keyboard keys work like the keys on that ANSI keyboard. For example, + if you have the LK443 North American PC keyboard, you might switch to + the NORTH_AMERICAN_LK401AA keymap. To switch back to the North + American PC keymap, you would choose the PC_US_LK443AA keymap. + + + + +260 Chapter 15 + Using Your Keyboard + 15.3 The PC Keyboard + + The PC keyboard does not have the following keys, which appear on the ANSI + keyboard: F16 Do, F17 , F18 , F19 , F20 , and the - hyphen key on the numeric + keypad. Applications that use these keys may not work properly with the PC + keyboard, unless the applications provide alternate keystrokes. + +15.3.3 Layout + The PC keyboard has four groups of keys and three indicator lights. The keys + are grouped by function. The PC keyboard also has two audible indicators, a + keyclick and bell. + + 5 4 6 + + di gi tal North American + Print Scroll Pause + Esc F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12 + Screen Lock + + SetUp Break + Num Lock Caps Lock Scroll Lock + + + + + _ _ + ~ ! a # $ % ^ & * ( ) + Insert Home Page Num / * + 1 2 3 4 5 6 7 8 9 0 - = + BackSpace + Up Lock + + + + + } } | Delete End Page 7 8 9 + Q W E R T Y U I O P ] ] Down + Tab \ Home PgUp + + + + Caps : " Enter 4 5 6 + Lock A S D F G H J K L ; ’ + + + Z X C V B N M < > ? 1 2 3 + Shift + , . / + Shift + End PgDn + Enter + + 0 . + Ctrl Alt Altl Ctrl + Ins Del + + + + + GSF-MK2510-29-DG + + 1 2 3 + + LJ-00226-TI0 + + + + + Main keypad  Top-row function keys + Editing keypad Escape key +  + + + + +  + Numeric keypad Indicator lights +  + + + + +15.3.4 Main Keypad + The layout of the main keypad is similar to a typewriter keyboard, with + alphanumeric characters, punctuation marks, and Shift keys. The main keypad + also has a number of keys not found on a typewriter, such as the Ctrl and Alt + modifier keys. + Modifier keys are pressed in combination with another key, to modify the + code sent by that key. Prefix keys are pressed and released before pressing + another key, to change the function of one or more keystrokes. + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 261 + Using Your Keyboard +15.3 The PC Keyboard + + Special-Function Keys + The main keypad and top row have the following special-function keys: + Tab Pressing Tab moves the cursor to the next tab stop. + Ctrl Holding down Ctrl and pressing another key sends a control code to + the host. + For example, Ctrl Z means to hold down Ctrl and press the Z key. + Caps Lock Pressing the Caps Lock key puts the keyboard in caps lock mode + or shift lock mode. You can select the mode from the Customize + Keyboard dialog box (Section 3.3). The default setting is Caps Lock + mode. + • In Caps Lock mode, the alphabetic keys send their uppercase or + shifted character when pressed alone. You can use a Shift key to + send the shifted characters on other keys. You turn Caps Lock + mode on and off by pressing the Caps Lock key. + • In Shift Lock mode, all keys on the main keypad send their + shifted character. You can turn Shift Lock mode on by pressing + the Caps Lock key. You can turn it off by pressing either the + Caps Lock key or the Shift key. + + Shift Holding down a Shift key and pressing a standard key generates the + uppercase character on the key. + Enter Pressing Enter sends a carriage return to the host, which usually + puts the cursor either at the beginning of the next line or at the + beginning of the same line. + Pressing Enter normally moves the cursor to the beginning of the + next line. +  + Backspace Pressing  + Backspace deletes one character to the left of the + cursor. + Space bar Pressing the space bar adds a space character. You use spaces to + separate words or move the cursor forward. + Alt Alt is used to generate characters or alternate functions that do not + appear as standard keys on your PC keyboard. You can use Alt with + another key to generate additional codes, or with the function keys + to generate a third-level function for the key. See Section 15.1.8. + When you select the North American keyboard type, both Alt keys + work the same. + AltGr You use AltGr with Janus-faced or front-faced keys to generate the + (right) third character on a keycap. The North American PC keyboard does + not have an AltGr key. + + + + +262 Chapter 15 + Using Your Keyboard + 15.3 The PC Keyboard + +15.3.5 Janus-Faced and Front-Faced Character Keys + All PC keyboards, except the North American and United Kingdom, have + keycaps with more than two characters. In most cases, the third character + is on the top of the keycap, to the right of the first character. These keys are + called Janus-faced character keys. In other cases the extra characters are on + the front of the keycap. These keys are called front-faced character keys. + To display the third character on a Janus-faced or front-faced key: + • Press AltGr and the selected key. + +15.3.6 Editing Keypad + The editing keypad has four arrow keys and six editing keys. + Pressing an arrow key normally moves the cursor in the direction of the arrow. + For example, pressing the key moves the cursor down one line. + You can use the editing keys in several ways: + • For panning up or down a page, or for changing the size of a window on + the screen. + • For special functions defined by the application software. + +15.3.7 Numeric Keypad + You can use the numeric keypad to enter numbers and arithmetic operators. + If you use an MS–DOS emulator, you can also use the numeric keypad as a + cursor keypad. You press the Num Lock key to change from a numeric to a + cursor keypad and back. In cursor keypad mode, the arrow keys and the Home + key work exactly like the arrow keys on the editing keypad. + +15.3.8 Top-Row Function Keys + The top-row keys perform the following functions: + F1 to F5 These keys perform the same functions as on the ANSI keyboard + (Predefined Keys). + F6 to F12 Your application software defines the functions of these keys. See + your application manual for details. + Esc Pressing Esc begins a control sequence. + The function of the Print Screen , Scroll Lock , and Pause keys depends on your + operating system environment and the keyboard type selected in the Customize + Keyboard dialog box. In an MS–DOS environment (MS–DOS emulation): + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 263 + Using Your Keyboard +15.3 The PC Keyboard + + Print Screen Prints the screen. + Scroll Lock Stops the screen from scrolling. + Pause Stops or cancels a command. + In a non MS–DOS environment, the function of Print Screen , Scroll Lock , and + Pause is application-specific. + + When you change the keyboard type to an LK401 ANSI keymap: + • F13 becomes the Print Screen key. + + • F14 becomes the Scroll Lock key. + + • Help (F15) becomes the the Pause key. + +15.3.9 Audible Indicators + The PC keyboard has two audible indicators, a keyclick and a bell. You can use + a margin bell, warning bell, or both. See Section 3.3. + +15.3.10 Keyclick + You hear the keyclick sound each time you press a key that sends a code or + causes the terminal to take some immediate action. If a key is autorepeating, + the keyclick will repeat once for each character or key sequence sent. Keys do + not click under the following conditions: + • You press Shift , Ctrl , or Alt . These keys never click except when Shift is + leaving the shift-lock state. + • You disable the Keyclick Volume in the Customize Keyboard dialog box + (Section 3.3). + • You press a key or key combination that does not have a function under the + current operating conditions. + +15.3.11 Bell + The bell tone is a beeping sound. You can use the bell as a margin bell, + warning bell, or both. + Margin Bell + This bell sounds when the cursor is eight characters from the right margin. + + + + +264 Chapter 15 + Using Your Keyboard + 15.3 The PC Keyboard + + Warning Bell + This bell sounds for any of the following conditions: + • During the power-up self-test + • When the terminal receives a bell (BEL) character from the host system + • After a compose character error + +15.3.12 Redefining Keys + You can use the X application xmodmap to modify key definitions. + Section 15.3.13 lists the default key definitions. Each key on the keyboard + sends a unique keycode to the terminal, and each keycode is assigned a key + symbol. The applications that you use perform actions based on key symbols. + To change a key’s function, you redefine the key by changing the key symbol. + For example, if you wanted to redefine the Insert key to work like the Find key, + you would look up the keycode for the Insert key in the Section 15.3.13. Then + you would assign the key symbol Find to that keycode by using the xmodmap + program. + For UNIX, ULTRIX, and DEC OSF/1 AXP systems + Here is the command format for redefining a key: + % xmodmap -e "keycode 0x keycode = key_symbol" + Examples + • To define the Insert key to work like the Find key: + % xmodmap -e "keycode 0x8A = Find" + • To make the Insert key work normally again: + % xmodmap -e "keycode 0x8A = Insert" + For OpenVMS systems + + Note + The xmodmap program is available for systems using a DECwindows + Motif version later than Version 1.1. + + + First, define a logical name (like xmodmap) pointing to the xmodmap + executable image on your system. For example: + $ xmodmap:==$DECW$UTILS:XMODMAP.EXE + + + + VXT 2000+/VXT 2000 Windowing Terminal User Information 265 + Using Your Keyboard +15.3 The PC Keyboard + + Here is the command format for redefining a key: + $ xmodmap -e "keycode 0xkeycode = key_symbol" + Examples + • To define the Insert key to work like the Find key: + $ xmodmap -e "keycode 0x8A = Find" + • To make the Insert key work normally again: + $ xmodmap -e "keycode 0x8A = Insert" + +15.3.13 PC Keyboard Keycodes and Symbol Assignments + Table 15–1 lists the key labels, keycodes, and key symbols for each key on the + North American PC keyboard. + + Table 15–1 PC Keyboard Keycodes and Symbol Assignments + Key Key Key Shifted Key + Label Code Symbol Symbol + Main Keypad Keys + Shift AB Shift_R + Alt AC Alt_L + Ctrl AD Control_R + Shift AE Shift_L + Ctrl AF Control_L + Caps Lock B0 Caps_Lock + Alt Gr B2 Alt_R +  + Backspace BC Delete + Enter BD Return + Tab BE Tab + ‘~ BF quoteleft asciitilde + 1! C0 1 exclam + Q C1 Q + A C2 A + Z C3 Z + 2@ C5 2 at + W C6 W + S C7 S + X C8 X + 3# CB 3 numbersign + (continued on next page) + + + + +266 Chapter 15 + Using Your Keyboard + 15.3 The PC Keyboard + + +Table 15–1 (Cont.) PC Keyboard Keycodes and Symbol Assignments +Key Key Key Shifted Key +Label Code Symbol Symbol +Main Keypad Keys +E CC E +D CD D +C CE C +4$ D0 4 dollar +R D1 R +F D2 F +V D3 V +Spacebar D4 Space +5% D6 5 percent +T D7 T +G D8 G +B D9 B +6^ DB 6 asciicircum +Y DC Y +H DD H +N DE N +7& E0 7 ampersand +U E1 U +J E2 J +M E3 M +8* E5 8 asterisk +K E7 K +,< E8 comma less +9( EA 9 parenleft +O EB O +L EC L +. > ED period greater +0) EF 0 parenright +P F0 P +;: F2 semicolon colon +/? F3 slash question +=+ F5 equal plus +]} F6 bracketright braceright +\ | F7 backslash bar + (continued on next page) + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 267 + Using Your Keyboard +15.3 The PC Keyboard + + + Table 15–1 (Cont.) PC Keyboard Keycodes and Symbol Assignments + Key Key Key Shifted Key + Label Code Symbol Symbol + Main Keypad Keys + -_ F9 minus underscore + [{ FA bracketleft braceleft + ’" FB quoteright quotedbl + + + Editing and Arrow Keypad Keys + Insert 8A Insert + Home 8B Home + Page Up 8C Prior + Delete 8D Delete + End 8E End + Page Down 8F Next +  + A7 Left +  + A8 Right +  + A9 Down + AA Up + + + Top-Row Function Keys + Esc 55 Escape + F1 56 F1 + F2 57 F2 + F3 58 F3 + F4 59 F4 + F5 5A F5 + F6 64 F6 + F7 65 F7 + F8 66 F8 + F9 67 F9 + F10 68 F10 + F11 71 F11 + F12 72 F12 + Print Screen 73 Print + Scroll Lock 74 Scroll_Lock + Pause 7C Pause + + (continued on next page) + + + + +268 Chapter 15 + Using Your Keyboard + 15.3 The PC Keyboard + + +Table 15–1 (Cont.) PC Keyboard Keycodes and Symbol Assignments +Key Key Key Shifted Key +Label Code Symbol Symbol +Numeric Keypad Keys +0 92 KP_0 +. 94 KP_Decimal +Enter 95 KP_Enter +1 96 KP_1 +2 97 KP_2 +3 98 KP_3 +4 99 KP_4 +5 9A KP_5 +6 9B KP_6 ++ 9C KP_Add +7 9D KP_7 +8 9E KP_8 +9 9F KP_9 +Num Lock A1 Num_Lock +/ A2 KP_Divide +* A3 KP_Multiply +- A4 KP_Subtract + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 269 + Using Your Keyboard +15.4 The Sun Style Keyboard + +15.4 The Sun Style Keyboard + This section describes the Sun style keyboard (LK460) for the VXT 2000 + windowing terminal. The Sun style keyboard comes in a North American + model (101 keys) only. + When you start up the terminal with a Sun style keyboard connected, the + terminal automatically chooses the Sun style keyboard map. To choose + the keymap for another keyboard model, change the Keyboard Type in the + Customize Keyboard dialog box (Section 3.3). + +15.4.1 Layout + The Sun style keyboard has four groups of keys and four indicator lights. The + keys are grouped by function. The Sun style keyboard also has two audible + indicators, a keyclick and bell. + + + + + 4 6 + F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12 | Delete Caps Scroll Num + \ Lock Compose Lock Lock + + + 5 Scroll +Stop Again Pause PrSc Num + Lock Lock + Break +Props Undo Esc ! @ # $ % ^ & * ( ) _ = Back Space + = / * - + 1 2 3 4 5 6 7 8 9 0 - + + +Front Copy Tab Q W E R T Y U I O P { } Return 7 8 9 + [ ] Home Pg Up + + +Open Paste Control A B D F G H J K L : " ~ 4 5 6 + ; ’ ‘ + +Find Cut Shift Z X C V B N M < > ? Shift Line 1 2 3 Enter + , . / Feed End Pg Dn + +Help Caps Alt Com Alt 0 . + Lock pose Graph Ins Del + + + 2 1 3 + LJ-03682-TI0 + + Main keypad  Top-row function keys + Editing keypad Escape key +  + + + + +  + Numeric keypad Indicator lights +  + + + + +270 Chapter 15 + Using Your Keyboard + 15.4 The Sun Style Keyboard + + +15.4.2 Main Keypad + The layout of the main keypad is similar to a typewriter keyboard, with + alphanumeric characters, punctuation marks, and Shift keys. The main keypad + also has a number of keys not found on a typewriter, such as the Control and + Alt modifier keys. + + Modifier keys are pressed in combination with another key, to modify the + code sent by that key. Prefix keys are pressed and released before pressing + another key, to change the function of one or more keystrokes. + Special-Function Keys + The main keypad and top row have the following special-function keys: + Esc Pressing Esc begins a control sequence. + Tab Pressing Tab moves the cursor to the next tab stop. + Control Holding down Control and pressing another key sends a control code + to the host. + For example, Control Z means to hold down Control and press the + Z key. + Shift Holding down a Shift key and pressing a standard key generates the + uppercase character on the key. + Caps Lock Pressing the Caps Lock key puts the keyboard in caps lock mode + or shift lock mode. You can select the mode from the Customize + Keyboard dialog box (Section 3.3). The default setting is Caps Lock + mode. + • In Caps Lock mode, the alphabetic keys send their uppercase or + shifted character when pressed alone. You can use a Shift key to + send the shifted characters on other keys. You turn Caps Lock + mode on and off by pressing the Caps Lock key. + • In Shift Lock mode, all keys on the main keypad send their + shifted character. You can turn Shift Lock mode on by pressing + the Caps Lock key. You can turn it off by pressing either the + Caps Lock key or the Shift key. + + Return Pressing Return sends a carriage return to the host, which usually + puts the cursor either at the beginning of the next line or at the + beginning of the same line. + Pressing Return normally moves the cursor to the beginning of the + next line. +  + Backspace Pressing  + Backspace moves the cursor one character to the left. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 271 + Using Your Keyboard +15.4 The Sun Style Keyboard + + Space bar Pressing the space bar adds a space character. You use spaces to + separate words or move the cursor forward. + You use instead of Alt in key sequences for VXT 2000 functions. + For example, you press Ctrl Del to reboot the terminal. If you + use the keyboard instead of the mouse to navigate windows, use + instead of Alt in key sequences (Section 15.5). + Alt You use Alt key sequences to generate added characters or functions. + To compose added characters, see Section 15.1.8. When you use Alt + with certain function keys, you generate a third-level function for + the key. + Alt Graph You use Alt Graph with Janus-faced or front-faced keys to generate + the third character on a keycap. + +15.4.3 Editing Keypad + The 11 editing keys generally perform functions defined by application + software. See your Sun system documentation. + +15.4.4 Numeric Keypad + You can use the numeric keypad to enter numbers and arithmetic operators. + You can also use the numeric keypad as a cursor keypad. You press the + Num Lock key to change from a numeric to a cursor keypad and back. + + In cursor keypad mode, you can use arrow key functions. Pressing an arrow + key normally moves the cursor in the direction of the arrow. For example, + pressing the key moves the cursor down one line. Other keys let you + • Pan up or down a page + • Change the size of a window on the screen + • Perform functions defined by your application software + The numeric keypad also includes special-function keys. The function of + the PrSc , Scroll Lock , and Pause keys depends on your operating system + environment and the keyboard type selected. When using the Open Look + window manager: + PrSc Prints the screen. + Scroll Lock Stops the screen from scrolling. + Pause Stops or cancels a command. + Num Lock Changes numeric keypad to a cursor keypad. + + + + +272 Chapter 15 + Using Your Keyboard + 15.4 The Sun Style Keyboard + +15.4.5 Top-Row Function Keys + The top-row keys perform the following functions: + Delete Pressing Delete deletes one character to the left of the cursor. + +15.4.6 Audible Indicators + The Sun style keyboard has two audible indicators, a keyclick and a bell. You + can use a margin bell, warning bell, or both. + +15.4.7 Keyclick + You hear the keyclick sound each time you press a key that sends a code or + causes the terminal to take some immediate action. If a key is autorepeating, + the keyclick will repeat once for each character or key sequence sent. Keys do + not click under the following conditions: + • You press Shift , Control , or Alt . These keys never click except when Shift is + leaving the shift-lock state. + • You disable the Keyclick Volume in the Customize Keyboard dialog box + (Section 3.3). + • You press a key or key combination that does not have a function under the + current operating conditions. + +15.4.8 Bell + The bell tone is a beeping sound. You can use the bell as a margin bell, + warning bell, or both. + Margin Bell + This bell sounds when the cursor is eight characters from the right margin. + Warning Bell + This bell sounds for any of the following conditions: + • During the power-up self-test + • When the terminal receives a bell (BEL) character from the host system + • After a compose character error + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 273 + Using Your Keyboard +15.4 The Sun Style Keyboard + +15.4.9 Redefining Keys + You can use the X application xmodmap to modify key definitions. + Section 15.4.10 lists the default key definitions. Each key on the keyboard + sends a unique keycode to the terminal, and each keycode is assigned a key + symbol. The applications that you use perform actions based on key symbols. + To change a key’s function, you redefine the key by changing the key symbol. + For example, if you wanted to redefine the Insert key to work like the Find key, + you would look up the keycode for the Insert key in the Section 15.4.10. Then + you would assign the key symbol Find to that keycode by using the xmodmap + program. + Here is the command format for redefining a key using its keycode: + % xmodmap -e "keycode 0x keycode = key_symbol" + Examples + • To define the Insert key to work like the Find key: + % xmodmap -e "keycode 0x8A = Find" + • To make the Insert key work normally again: + % xmodmap -e "keycode 0x8A = Insert" + You can also redefine a key by looking up its key symbol and assigning a new + key symbol. However, make sure the key symbol you choose performs the + expected function. In other words, make sure that a new keycode was not + assigned to the key symbol. Here is the format for assigning a new key symbol: + % xmodmap -e "keysym old_key_symbol = new_key_symbol" + Example + To define the Backspace key to work like the Del key: + % xmodmap -e "keysym BackSpace = Delete" + +15.4.10 Sun Keyboard Keycodes and Symbol Assignments + Table 15–2 lists the keycodes and key symbols for each key on the Sun style + keyboard. There are up to four key symbols for each keycode. + + + + +274 Chapter 15 + Using Your Keyboard + 15.4 The Sun Style Keyboard + + +Table 15–2 Sun Keyboard Keycodes and Symbol Assignments +Key +Code Key Symbols Key Symbol Valuess + +8 F11 F11 Cancel ffc8 ffc8 ff69 +a F12 F12 Redo ffc9 ffc9 ff66 +c F1 ffbe ffbe +d F2 ffbf ffbf +e F10 ffc7 ffc7 +f F3 ffc0 ffc0 +10 SunXK_F36 1005ff10 1005ff10 +11 F4 ffc1 ffc1 +12 SunXK_F37 1005ff11 1005ff11 +13 F5 ffc2 ffc2 +14 Mode_switch ff7e ff7e +15 F6 ffc3 ffc3 +17 F7 ffc4 ffc4 +18 F8 ffc5 ffc5 +19 F9 ffc6 ffc6 +1a Alt_L ffe9 ffe9 +1c F21 F21 Pause ffd2 ffd2 ff13 +1d F22 F22 Print ffd3 ffd3 ff61 +1e F23 F23 Scroll_Lock Break ffd4 ffd4 ff14 ff6b +20 F13 F13 SunXK_Props ffca ffca 1005ff70 +21 F14 F14 Undo ffcb ffcb ff65 +24 Escape ff1b ff1b +25 1 exclam 31 21 31 21 +26 2 at 32 40 32 40 +27 3 numbersign 33 23 33 23 +28 4 dollar 34 24 34 24 +29 5 percent 35 25 35 25 +2a 6 asciicircum 36 5e 36 5e +2b 7 ampersand 37 26 37 26 +2c 8 asterisk 38 2a 38 2a +2d 9 parenleft 39 28 39 28 +2e 0 parenright 30 29 30 29 +2f minus underscore 2d 5f 2d 5f +30 equal plus 3d 2b 3d 2b +31 grave asciitilde 60 7e 60 7e +32 BackSpace ff08 ff08 +34 F24 F24 KP_Equal ffd5 ffd5 ffbd +35 F25 F25 KP_Divide ffd6 ffd6 ffaf + (continued on next page) + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 275 + Using Your Keyboard +15.4 The Sun Style Keyboard + + + Table 15–2 (Cont.) Sun Keyboard Keycodes and Symbol Assignments + Key + Code Key Symbols Key Symbol Valuess + + 36 F26 F26 KP_Multiply ffd7 ffd7 ffaa + 38 F15 F15 SunXK_Front ffcc ffcc 1005ff71 + 39 Delete Delete KP_Decimal ffff ffff ffae + 3a F16 F16 SunXK_Copy ffcd ffcd 1005ff72 + 3c Tab ff09 ff09 + 3d Q 71 51 71 51 + 3e W 77 57 77 57 + 3f E 65 45 65 45 + 40 R 72 52 72 52 + 41 T 74 54 74 54 + 42 Y 79 59 79 59 + 43 U 75 55 75 55 + 44 I 69 49 69 49 + 45 O 6f 4f 6f 4f + 46 P 70 50 70 50 + 47 bracketleft braceleft 5b 7b 5b 7b + 48 bracketright braceright 5d 7d 5d 7d + 49 Delete ffff ffff + 4a Multi_key ff20 ff20 + 4b F27 F27 KP_7 Home ffd8 ffd8 ffb7 ff50 + 4c Up F28 KP_8 ff52 ffd9 ffb8 + 4d F29 F29 KP_9 Prior ffda ffda ffb9 ff55 + 4e KP_Subtract ffad ffad + 4f F17 F17 SunXK_Open ffce ffce 1005ff73 + 50 F18 F18 SunXK_Paste ffcf ffcf 1005ff74 + 53 Control_L ffe3 ffe3 + 54 A 61 41 61 41 + 55 S 73 53 73 53 + 56 D 64 44 64 44 + 57 F 66 46 66 46 + 58 G 67 47 67 47 + 59 H 68 48 68 48 + 5a J 6a 4a 6a 4a + 5b K 6b 4b 6b 4b + 5c L 6c 4c 6c 4c + 5d semicolon colon 3b 3a 3b 3a + 5e apostrophe quotedbl 27 22 27 22 + 5f backslash bar brokenbar 5c 7c a6 + (continued on next page) + + + + +276 Chapter 15 + Using Your Keyboard + 15.4 The Sun Style Keyboard + + +Table 15–2 (Cont.) Sun Keyboard Keycodes and Symbol Assignments +Key +Code Key Symbols Key Symbol Valuess + +60 Return ff0d ff0d +61 KP_Enter ff8d ff8d +62 Left F30 KP_4 ff51 ffdb ffb4 +63 F31 F31 KP_5 ffdc ffdc ffb5 +64 Right F32 KP_6 ff53 ffdd ffb6 +65 Insert Insert KP_0 ff63 ff63 ffb0 +66 F19 F19 Find ffd0 ffd0 ff68 +68 F20 F20 SunXK_Cut ffd1 ffd1 1005ff75 +69 Num_Lock ff7f ff7f +6a Shift_L ffe1 ffe1 +6b Z 7a 5a 7a 5a +6c X 78 58 78 58 +6d C 63 43 63 43 +6e V 76 56 76 56 +6f B 62 42 62 42 +70 N 6e 4e 6e 4e +71 M 6d 4d 6d 4d +72 comma less 2c 3c 2c 3c +73 period greater 2e 3e 2e 3e +74 slash question 2f 3f 2f 3f +75 Shift_R ffe2 ffe2 +76 Linefeed ff0a ff0a +77 R13 R13 KP_1 End ffde ffde ffb1 ff57 +78 Down F34 KP_2 ff54 ffdf ffb2 +79 F35 F35 KP_3 Next ffe0 ffe0 ffb3 ff56 +7d Help ff6a ff6a +7e Caps_Lock ffe5 ffe5 +7f Meta_L ffe7 ffe7 +80 space 20 20 +81 Meta_R ffe8 ffe8 +84 KP_Add ffab ffab + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 277 + Using Your Keyboard +15.5 Using the Keyboard Instead of the Mouse + +15.5 Using the Keyboard Instead of the Mouse + This section describes how to use the keyboard to navigate through windows + and choose items from menus and dialog boxes. You will find this section + useful if you prefer using the keyboard rather than the mouse, or if your mouse + is not working. + Sun Style Keyboard: Use Instead of Alt + On the Sun style keyboard, use instead of Alt in keyboard navigation + sequences. + +15.5.1 Using the Editing Keypad to Perform Mouse Functions + When you enable the editing keypad to perform mouse functions, you can still + use your mouse. There is no indication the mode is on, but you cannot use the + arrow keys for normal editing functions. + + To... Press... + Enable the editing keypad to perform mouse Ctrl Shift F3 + functions. + Move the mouse pointer ,  ,  ,  + + + + + Perform MB1 functions Select + Perform MB2 functions Prev + Perform MB3 functions Next + Disable the editing keypad from performing Ctrl Shift F3 again + mouse functions. + + +15.5.2 Using Menu Bars and Pull-Down Menus + + To... Press... + Move to the first menu in a menu bar F10 + Pull down a menu from the menu bar Alt mnemonic + Move to the next menu item in a pull-down menu or  + + + + + Move to another menu in the menu bar  or  + + + + + Move from one pull-down menu to the preceding  , Ctrl  , or Ctrl + menu on the left in the menu bar + + The underlined character in the menu name + + + + +278 Chapter 15 + Using Your Keyboard + 15.5 Using the Keyboard Instead of the Mouse + + To... Press... + Move from one pull-down menu to the next menu  , Ctrl  , or Ctrl  + + + + + on the right in the menu bar + Choose a menu item Return , Ctrl Return , or Enter + Remove a menu, leaving the cursor on the menu F11 (ESC) + name + Move the cursor from the menu bar to where F11 (ESC) + it was before you started using the menu bar + (explicit focus policy), or + Move the cursor from the menu bar to wherever + the pointer is located (implicit focus policy) + Remove all displayed menus F10 + + +15.5.3 Using Pop-Up Menus + To... Press... + Display a pop-up menu F4 + Move to the next menu item in a pop-up menu or  + + + + + Display a submenu from a pop-up menu item  + + + + + Choose a menu item Return , Ctrl Return , or Enter + Remove the displayed menu F11 (ESC) + Dismiss the menu F4 + + +15.5.4 Using Submenus + + To... Press... + Display a submenu Any of these: + Arrow key (in direction of + submenu), Ctrl arrow key, Return , + Ctrl Return , or Enter + Choose a menu item Return , Ctrl Return , or Enter + Choose the default entry in a submenu Alt mnemonic + Move to another menu item in a submenu or  + + + + + Remove the submenu and move back to the  + + + + + parent menu + + The underlined character in the menu name + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 279 + Using Your Keyboard +15.5 Using the Keyboard Instead of the Mouse + + To... Press... + From the submenu to the parent menu  , Ctrl  , or Ctrl + Move from the parent menu to the default menu  , Ctrl  , or Ctrl  + + + + + item in the associated submenu + + +15.5.5 Navigating Windows + This section describes how to use your keyboard to move between and within + windows. + Moving Between Windows + To move between groups of windows: + + To move... Press... + From one group of windows to another Alt Tab or Alt F11 + From one minimized window to another when the Alt Tab or Alt F11 + minimized windows are not in an icon box + From one minimized window to another in an Arrow keys + icon box + Within a group of windows Alt F6 + To the previous group of windows Alt Shift F11 or Alt Shift Tab + To move between minimized windows in an icon Arrow keys + box + + If you use the mouse pointer to make windows active (Section 12.3), you cannot use the Alt Tab + or Alt F11 functions. + + +15.5.6 Miscellaneous + + + To ... Press... + Pop up the window menu of a minimized window F4 + when that window is in an icon box. + Restore a minimized icon box Alt F5 or Return + + + Moving Within Windows + To move within menus: + + + + +280 Chapter 15 + Using Your Keyboard + 15.5 Using the Keyboard Instead of the Mouse + +To ... Press... +Focus on the menu bar F10 +Pull down the window menu Alt +space bar or Shift F11 +Move from one tab group to another Tab + + +To choose items in the window menu: + +To ... Press... +Lower a window to the bottom of the window Alt F3 +stack +Close (not minimize) a window Alt F4 +Restore a minimized window Alt F5 +Move a window Alt F7 +Size a window Alt F8 +Minimize a window Alt F9 +Maximize a window Alt F10 + + +To move a window around the screen: +1. Press Alt F7 . +2. Use the arrow keys to move the window in the desired direction. You can + also press Ctrl + arrow keys to move the window several pixels at a time. +3. Press Return or Ctrl Return to finish the operation. +To size a window: +1. Press Alt F8 . +2. Press one arrow key to indicate which side of the window to size. For + example, press for the top of the window. + You can also press two arrow keys in a row to indicate which corner to size. + For example, press to indicate the upper-left corner. +3. Press the arrow keys to size the window in the desired direction. You can + also press Ctrl arrow keys to size the window several pixels at a time. +4. Press Return or Ctrl Return to finish the operation. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 281 + Using Your Keyboard +15.5 Using the Keyboard Instead of the Mouse + +15.5.7 Using Dialog Boxes + + + To move... Press... + Forward from tab group to tab group (field to Tab or Ctrl Tab + field) + Backward from tab group to tab group Shift Tab or Ctrl Shift Tab + From button to button in a tab group Arrow keys + To a pop-up Options menu Select , space bar, or Ctrl +space bar + + + + + To activate... Press... + The default selection in the dialog box Return , Ctrl Return , or Enter + A check or radio button in a group Select , space bar, or Ctrl +space bar + A push button in a group Select , space bar, Ctrl +space bar, + Return + A push button in a group Ctrl Return or Enter + An item in an Options menu Return , Ctrl Return , or Enter + + + + + To cancel... Press... + A dialog box or an Options menu Alt F4 + + + +15.6 Typing Additional Characters + The terminal lets you type more characters than appear on your keyboard. For + example, you can type accented characters or a © symbol. This chapter lists + the available characters and shows you how to select them. + To enter one of these characters, you type a sequence of keys. Most sequences + begin with one of the Compose Character keys. If you use the German + keyboard, you use the Group Shift key instead of Compose Character . + This chapter describes the following types of key sequences: + • Three-stroke Compose Character sequences (with all LK401 keyboards) + • Group Shift sequences (with the German keyboard) + + + + +282 Chapter 15 + Using Your Keyboard + 15.6 Typing Additional Characters + + • Two-stroke key sequences (with keyboards that have nonspacing diacritical + keys) + • Hexadecimal key sequences (for programmers) + Two basic factors determine the key sequences you can use. + • The Keyboard Type setting, which should match your keyboard type + (Section 3.3). + • The character set the terminal is currently using (Chapter 8). + +15.6.1 What Characters Can I Type? + You can type any of the characters in the character set the terminal is + currently using. You can select from two 8-bit multinational sets (DEC + Multinational or ISO Latin Alphabet No. 1) or many 7-bit national + replacement character sets (NRCs). + + To choose ... Use... + The use of 8-bit multinational sets or 7-bit NRC The VXT DECterm General + sets Options dialog box (Section 8.5). + An 8-bit multinational set The VXT DECterm General + Options dialog box. + A 7-bit NRC set The 7-Bit NRCS Selection dialog + box (Section 8.7). + + By default, the terminal uses the DEC Multinational character set. Section 8.5 + describes multinational and national character sets. + +15.6.2 Key Sequences with Nonspacing Diacritical Keys + Table 15–3 lists the keyboards that have keys with diacritical marks. + Table 15–4 lists all the additional characters for all character sets in the + terminal. Many of these characters include a diacritical mark. For example, à + includes an acute accent. + To enter a character that has a diacritical mark, you press the diacritical key + followed by the character. If your keyboard does not have the diacritical key, + you must press the Compose Character key followed by the correct key sequence + listed in Table 15–4. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 283 + Using Your Keyboard +15.6 Typing Additional Characters + + To use diacritical keys, you must be using a multinational character set. + + Table 15–3 Keyboards with Diacritical Marks + Grave Acute Circumflex Tilde + Keyboard Accent Accent Accent Mark Umlaut + + Finnish yes no yes yes no + Flemish yes no yes yes yes + French/Belgian yes no yes yes yes + French Canadian yes no yes yes no + German yes yes yes yes yes + Portuguese no no no yes no + Spanish yes yes yes yes yes + Swedish yes no yes yes no + Swiss (French) yes no yes yes yes + Swiss (German) yes no yes yes yes + + +15.6.3 How to Type a Character Using the Compose Character Key + To enter a Compose Character key sequence: + 1. Find the character you want to type in Table 15–4. + 2. Press the Compose Character key. + 3. Type the sequence in Table 15–4 for the character you want. + Example + To type an é: + 1. Find the é character in Table 15–4. + 2. Press Compose Character . + 3. Type e and ’ (apostrophe). + + Note + If you try to enter a character that is not available in the current + character set, a warning bell sounds. See Section 15.6.5. + + + + +284 Chapter 15 + Using Your Keyboard + 15.6 Typing Additional Characters + +15.6.4 How to Type a Character Using the Group Shift Key + If you select the Austrian-German keyboard type in the Customize Keyboard + dialog box (Chapter 3), the Group Shift key replaces the Compose Character key. + Many keys on the German keyboard have a second group of legends on the + right half of their keycap. These legends are called Group-2. + To enter a single character from Group-2: + 1. Press and release the Group Shift key. + 2. Type the key that has the desired character on the right half of the keycap. + The character appears on the screen. + Example + To type an ø: + 1. Press Group Shift . + + 2. Type the key that has the ø character on the right half of the keycap: O ø . + To enter a series of characters from Group-2: + 1. Hold down the Group Shift key. + 2. Type the series of keys that have the desired characters on the right half of + their keycaps. The characters appear on the screen. + 3. When you are done typing characters from Group-2, release the Group Shift + key. + +15.6.5 Invalid Sequences + When you complete a valid compose or group-shift sequence, the character + appears on the screen. If you use an invalid sequence, the terminal cancels the + sequence and sounds the warning bell. + Some compose characters require that you type the key sequence in the order + listed in Table 15–4. If you do not follow the order, the sequence is invalid and + the warning bell sounds. If the terminal does not display the character, repeat + the sequence exactly as shown in Table 15–4. + + Note + Pressing a function key cancels a compose or group-shift sequence + without sounding the bell. + You can turn the warning bell on or off from the Customize Keyboard + dialog box (Chapter 3). + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 285 + Using Your Keyboard +15.6 Typing Additional Characters + +15.6.6 Canceling or Restarting a Key Sequence + If you accidentally start a key sequence by pressing Compose Character , + Group Shift , or a nonspacing diacritical key, press the > + brackets +¼ fraction one- 14 + quarter +½ fraction one-half 12 +¿ inverted ? ?? +À A grave `A +à A acute ’A + A circumflex ^A +à A tilde ~A +Ä A umlaut ¨A or "A +Ã… A ring °A or *A + (degree sign) +Æ A E diphthong AE +Ç C cedilla C, +È E grave `E +É E acute ’E +Ê E circumflex ^E +Ë E umlaut ¨E or "E +ÃŒ I grave `I +à I acute ’I +ÃŽ I circumflex ^I +à I umlaut ¨I or "I +Ñ N tilde ~N +Ã’ O grave `O +Ó O acute ’O + + +Most sequences that include diacritical marks can also be typed in reverse order. + + (continued on next page) + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 289 + Using Your Keyboard +15.6 Typing Additional Characters + + + Table 15–4 (Cont.) Key Sequences for Additional Characters + Character Sequence + Ô O circumflex ^O + Õ O tilde ~O + Ö O umlaut ¨O or "O + Å’ O E diphthong OE + Ø O slash o/ + Ù U grave `U + Ú U acute ’U + Û U circumflex ^U + Ãœ U umlaut ¨U or "U + Ÿ Y umlaut ¨Y or "Y + ß German small ss + sharp s + à a grave `a + á a acute ’a + â a circumflex ^a + ã a tilde ~a + ä a umlaut ¨a or "a + Ã¥ a ring °a or a* + (degree sign) + æ a e diphthong ae + ç c cedilla c , (comma) + è e grave `e + á e acute ’e + ê e circumflex ^e + ë e umlaut ¨e or "e + ì i grave `i + í i acute ’i + î i circumflex ^i + + This character is only available when you use the DEC Multinational character set. See the VXT + DECterm General Options dialog box (Section 8.5). + + (continued on next page) + + + + +290 Chapter 15 + Using Your Keyboard + 15.6 Typing Additional Characters + + +Table 15–4 (Cont.) Key Sequences for Additional Characters +Character Sequence +ï i umlaut ¨i or "i +ñ n tilde ~n +ò o grave `o +ó o acute ’o +ô o circumflex ^o +õ o tilde ~o +ö o umlaut ¨o or "o +Å“ o e diphthong oe +ø o slash o/ +ù u grave `u +ú u acute ’u +û u circumflex ^u +ü u umlaut ¨u or "u +ÿ y umlaut ¨y or "y + + This character is only available when you use the DEC Multinational character set. See the VXT +DECterm General Options dialog box (Section 8.5). + + (continued on next page) + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 291 + Using Your Keyboard +15.6 Typing Additional Characters + + + Table 15–4 (Cont.) Key Sequences for Additional Characters + Character Sequence + + + ISO Characters† + no break space sp sp + ¦ broken vertical bar | | or ! ^ + ¬ logical not -, + - soft (syllable) -- + hyphen + ® registered trade- RO + mark + ¯ macron -^ + ¾ three quarters 34 + ÷ division sign -: + multiplication sign xx + ´ acute accent ’’ + ¸ cedilla ,, + ¨ diaeresis ¨ (sp) or " " + à Y acute ’Y + ý y acute ’y + Þ capital Icelandic TH + thorn + þ small Icelandic th + thorn + à capital Icelandic -D + Eth + ð small Icelandic Eth -d + + †These characters are only available when you use the ISO Latin Alphabet No. 1 character set. + See the VXT DECterm General Options dialog box (Section 8.5). + + + + +292 Chapter 15 + A + A + Solving Problems and Getting Service + + + This appendix describes some simple operating problems you can solve + yourself. The appendix covers the following major topics: + • Operating Problems + • Power-Up Self-Test + • Digital Service Overview + +A.1 Operating Problems + The following tables list some possible operating problems and suggested + solutions. If you have a problem with your terminal, check this list before + calling for service. If the problem persists and you need service, see Section A.4 + in this appendix. + Table A–1, System Box, Monitor, Keyboard, Mouse, and Printer Problems + Table A–2, Booting, Server, and Network Problems + Table A–3, Session, Application, and Dialog Box Problems + + Table A–1 System Box, Monitor, Keyboard, Mouse, and Printer Problems + Symptom Suggested Solution + System Box Problems + The system box fan is off. Check the power source. Make sure the power cord is + plugged in. Turn the system box’s power switch on ( | ). + Note: The VX225 and VX227 terminals do not have a + system box. + + (continued on next page) + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 293 + Solving Problems and Getting Service +A.1 Operating Problems + + + Table A–1 (Cont.) System Box, Monitor, Keyboard, Mouse, and Printer + Problems + Symptom Suggested Solution + Monitor Problems + When you turn the terminal Make sure the monitor’s power switch is on ( | ). + on, the monitor does not System box models: Check the monitor cable connections + display the Terminal at the system box and monitor. + Manager window after + 45 seconds. Adjust the monitor’s brightness and contrast controls. + See the monitor’s installation guide. + If you have a VRM17 monitor, set the scan switch to + High. + If you have customized the terminal to hide the Terminal + Manager window at startup, you can press F3 to + redisplay the Terminal Manager window. + If you have customized the terminal to not run the + terminal manager, you can start the Terminal Manager + window from the VXT Create pop-up menu. Press MB2 + anywhere on the screen background to display the menu. + Check the keyboard cable connections at the terminal + and keyboard + The screen is blank, but the Check if the two keyboard lights are blinking, which + terminal is on. may indicate the CRT saver is on. If the CRT saver is + on, press any key to reactivate the screen. + Check if brightness and contrast controls are set + correctly. + System box models: On a Check the monitor’s cable connection at the back of the + color terminal, the window system box. The cable may be plugged in upside down. + colors look wrong. The red + and blue colors appear to be + swapped. + (continued on next page) + + + + +294 Appendix A + Solving Problems and Getting Service + A.1 Operating Problems + + +Table A–1 (Cont.) System Box, Monitor, Keyboard, Mouse, and Printer + Problems +Symptom Suggested Solution +Keyboard Problems +The bell tone does not Check the keyboard cable connection to the system box. +sound when you turn the +terminal on. All keyboard +indicator lights are off. +The information you type is Check the hold indicator to see if the keyboard is on +not displayed. hold. If the keyboard is on hold, press the F1 (Hold) key + to release the screen. + The current window may not accept input, or you may + not have activated the window. Check the window’s title + bar to see if the window has input focus. + + +Mouse Problems +The pointer for the mouse Turn the system box’s l O power switch off (O), then +or tablet does not appear on disconnect and reconnect the mouse or tablet cable. Turn +the screen, or the pointer the system box’s l O power switch on ( | ). +does not respond to the Replace the mouse. Until you get a new mouse, press +pointing device commands. Ctrl Shift F3 to use the editing keypad to perform mouse + functions. See Chapter 15. + + +Printer Problems +The printer does not print. Turn the printer’s power switch on ( | ). + Check the printer cable connections. + Check the settings in the Customize Serial and Parallel + Ports dialog box (Section 4.2). Check that the correct + port is enabled (serial or parallel). Check that the + transmit rate, baud rate, and parity setting in the dialog + box match the printer’s settings. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 295 + Solving Problems and Getting Service +A.1 Operating Problems + + + Table A–2 Booting, Server, and Network Problems + Symptom Suggested Solution + Booting Problems or Operating Failure + The monitor displays a >>> The >>> prompt appears when the terminal fails + prompt. operation or when you halt the terminal (by pressing the + halt button, or by pressing Ctrl C before the terminal + boots its VXT software). + Turn the terminal’s l O power switch off (O) and on + ( | ) again. (On system box models, this is the switch on + the system box.) + If the terminal fails to load its software or fails operation + again, keep notes of any error messages and the + terminal’s operating state when the failure occurred. + For host-based terminals, see Section 1.5.1 to monitor + memory use. + You can also enter boot commands at the >>> prompt, to + load a specific version of VXT software (Section 5.7.5). + If you cannot correct the problem, call your Digital + Service representative with any error messages you + noted. + (continued on next page) + + + + +296 Appendix A + Solving Problems and Getting Service + A.1 Operating Problems + + +Table A–2 (Cont.) Booting, Server, and Network Problems +Symptom Suggested Solution +Server-Based Terminals: Problems with Server Connections +The first time you start The terminal does not have the same LASTport group +the terminal, it fails to code as the InfoServer system. See your system manager +load its VXT software for the correct code. See Section 4.4 to enter a LASTport +from an InfoServer system code. +and displays the following +message four times: +LASTport... Group code 0 +The terminal stops The terminal may have lost its connection to the +operating correctly and InfoServer system. Wait for the connection to be +displays a message on the reestablished. When the connection resumes, the +top line of the screen. message is erased, the screen is restored, and the + terminal returns to normal functions. + Contact your system manager if these messages appear + too frequently or for longer than a few seconds. If the + terminal does not recover, turn the terminal’s l O + power switch off (O) and on ( | ) again to restart the + terminal. On system box models, this is the switch on + the system box. +The terminal’s software Reboot the terminal by pressing the following key +seems to be hanging in a sequence: +suspended state. ANSI keyboard – Press Ctrl +left Alt +keypad . . + PC keyboard – Press Ctrl + Alt +keypad . . + Short ANSI keyboard – Press Ctrl Alt Extend . . + Sun style keyboard – Press Ctrl Del . + (continued on next page) + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 297 + Solving Problems and Getting Service +A.1 Operating Problems + + + Table A–2 (Cont.) Booting, Server, and Network Problems + Symptom Suggested Solution + Network Problems + The host system and termi- Check that the Ethernet cable is securely connected to + nal do not communicate. the terminal. + Make sure the port that your system cable is connected + to is active by trying a working system in the port. + If you are using a ThinWire Ethernet cable, make sure + the cable is attached to the system box by a T-connector. + Make sure there is no ThinWire segment between the + system box and the T-connector. Check if a terminator + has been removed or is connected to an active ThinWire + segment. + Server-based terminals: the Communication between the InfoServer system and + InfoServer system displays terminal may have been interrupted. Wait to see if + messages at the top of the the InfoServer system can reconnect to the terminal. + terminal’s screen. If normal operation does not resume, you may need to + reboot the terminal: + ANSI keyboard – Press Ctrl +left Alt +keypad . . + PC keyboard – Press Ctrl + Alt +keypad . . + Short ANSI keyboard – Press Ctrl Alt Extend . . + Sun style keyboard – Press Ctrl Del . + + + + Table A–3 Session, Application, and Dialog Box Problems + Symptom Suggested Solution + Problems Creating Sessions and VXT Applications + You cannot view the If you have customized the terminal to hide the Terminal + Terminal Manager window. Manager window, you can press F3 to redisplay the + Terminal Manager window. + If you have customized the terminal to not run the + terminal manager, you can start the Terminal Manager + window from the VXT Create pop-up menu. Press MB2 + anywhere on the screen background to display the menu. + (continued on next page) + + + + +298 Appendix A + Solving Problems and Getting Service + A.1 Operating Problems + + +Table A–3 (Cont.) Session, Application, and Dialog Box Problems +Symptom Suggested Solution +Problems Creating Sessions and VXT Applications + +You cannot create sessions Make sure your terminal’s IP address is entered in the +with the TCP/IP transport Customize TCP/IP dialog box and appears at the bottom +in the Create dialog box. of the Terminal Manager window. See Section 4.5. +The TCP/IP button is Also, your system manager may have restricted access +dimmed. to the Create menu settings by using the terminal’s + configuration manager. Ask your system manager which + of your terminal’s create and customize features are + restricted. +You cannot use the DECnet Make sure your terminal’s DECnet address is entered +transport to create sessions in the Customize DECnet dialog box and appears at +in the Create dialog box. the bottom of the Terminal Manager window. See +The DECnet button is Section 4.9. +dimmed. Also, your system manager may have restricted access + to the Create menu settings by using the terminal’s + configuration manager. Ask your system manager which + of your terminal’s create and customize features are + restricted. +You cannot create a DECnet Make sure your system manager installed the network +X session to an OpenVMS object VXT$SERVER.COM on the OpenVMS host. +host from the Create dialog See VXT Software Version 2.1 Installation and System +box. Management. + + +Font Problems +Your host application fonts Set the font path in the Customize Font Path dialog +display incorrectly on the box to access the fonts from your host system. List the +terminal. font path to your host system as the first entry in the + Customize Font Path dialog box (Section 5.3). +The terminal cannot access Include backup font sources in the Customize Font Path +fonts on your host system dialog box. If the primary font source is unavailable, the +or InfoServer system. The terminal can find the same fonts on the backup source. +VXT Message Box displays +Font not found error +messages. + (continued on next page) + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 299 + Solving Problems and Getting Service +A.1 Operating Problems + + + Table A–3 (Cont.) Session, Application, and Dialog Box Problems + Symptom Suggested Solution + Problems with Customize Dialog Boxes + You cannot change settings Your system manager may have restricted access to + in Customize dialog boxes. some Customize dialog boxes by using the terminal’s + configuration manager. Ask your system manager which + of your terminal’s customize features are restricted. + Some buttons are dimmed if they do not apply to the + action you are currently performing. + + + VXT DECterm Window Problems + The DECterm window is too Adjust the terminal size in the DECterm Window + high on the screen. Options dialog box. You can also use the window menu + to move the window. To display the menu, click MB3 + anywhere on the window frame. + + +A.1.1 NFS Error Codes + If an error occurs when mounting or accessing file systems, the VXT Message + Box displays an NFS error code. Table A–4 lists NFS numeric error codes. + + Table A–4 NFS Error Codes + Error Code Meaning + 0 NFS$_NORMAL + -1 NFS$_ERROR + 10001 NFS$_NOMOREMNT + 10002 NFS$_CANTMPGBL + 10003 NFS$_NOTMOUNTED + 10004 NFS$_INVPARAM + 10005 NFS$_ALRDYMOUNTED + 10006 NFS$_NOHOSTNAME + 10007 NFS$_INVHOSTNAME + 10008 NFS$_CANTGETHNAM + 10009 NFS$_CANTGETIP + (continued on next page) + + + + +300 Appendix A + Solving Problems and Getting Service + A.1 Operating Problems + + +Table A–4 (Cont.) NFS Error Codes +Error Code Meaning + +10010 NFS$_DQUOTA +10011 NFS$_NFSDQUOTA +10020 NFS$_QUEERR +10021 NFS$_NOREQQUE +10022 NFS$_NOTOPENED + + +20001 NFS$_CANTENCODE +20002 NFS$_CANTDECODE +20003 NFS$_RPCTIMEDOUT +20004 NFS$_PROGUNAVAIL +20005 NFS$_PROCUNAVAIL +20006 NFS$_CANTDECODE +20007 NFS$_CANTSEND +20008 NFS$_CANTRECV +20009 NFS$_VERSMISMATCH +20010 NFS$_AUTHERR +20011 NFS$_PRGVERMISMATCH +20012 NFS$_ATHERERR +20013 NFS$_PMAPFAILURE +20014 NFS$_RPCSYSERR +20015 NFS$_RPCPROGNOTREG + + +30001 NFS$_NFS_PERM +30002 NFS$_NFS_NOENT +30003 NFS$_NFS_IO +30004 NFS$_NFS_NXIO +30005 NFS$_NFS_ACCES +30006 NFS$_NFS_EXIST +30007 NFS$_NFS_NODEV + (continued on next page) + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 301 + Solving Problems and Getting Service +A.1 Operating Problems + + + Table A–4 (Cont.) NFS Error Codes + Error Code Meaning + + 30008 NFS$_NFS_NOTDIR + 30009 NFS$_NFS_ISDIR + 30010 NFS$_NFS_FBIG + 30011 NFS$_NFS_NOSPC + 30012 NFS$_NFS_ROFS + 30013 NFS$_NFS_NAMTOOLNG + 30014 NFS$_NFS_NOTEMPTY + 30015 NFS$_NFS_DQUOT + 30016 NFS$_NFS_STALE + 30017 NFS$_NFS_WFLUSH + + + +A.2 Power-Up Self-Test + Every time your turn the terminal on, it automatically runs a power-up + self-test. This test checks the operating status of many internal parts in the + terminal. During the test, the keyboard lights turn on and off. The power-up + self-test should not take more than 45 seconds to complete. + If the test is successful: + The terminal downloads the VXT system image software, performs its boot + procedure, and displays the Terminal Manager window or a login prompt for + your host system. + If there were any test errors: + The terminal displays a diagnostic error message. + +A.2.1 Error Messages + If the terminal fails the power-up self-test, the terminal may display an error + message and >>> prompt. The following table lists error messages for some + simple problems that you can correct yourself. If you see other error messages, + note the error messages and call your Digital service representative; only + qualified service personnel should try to correct these problems. + + + + +302 Appendix A + Solving Problems and Getting Service + A.2 Power-Up Self-Test + + Error Message Reason + ?? 002 3 QDZ 0080 The keyboard failed the self-test. Check that the keyboard is + plugged in correctly. + ?? 001 9 VNI 0132 The Ethernet failed the self-test. Check that your network + cable is plugged in correctly. + ?? 020 12 IMG 0016 The image accelerator option board failed the self-test. Check + that the board is installed correctly. For VXT 2000 system + box models, see VXT 2000 Windowing Terminal Installation + Information. For other models, see instructions supplied with + the image accelerator board. + ?MOP 1 Transmit error. MOP was unable to transmit due to a system + board error. + ?MOP 255 Not enough space in memory to load the image. + ?IP 2 An ICMP Protocol Unreachable message was received. The + TFTP host listed in the BOOTP response does not understand + the user datagram protocol (UDP) that TFTP runs over. The IP + download stops. + ?IP 3 An ICMP Port Unreachable message was received. The remote + TFTP daemon has either never been started or is not running + on the load host. The IP download stops. + ?TFTP 1 A TFTP error message was received while sending a TFTP + Read Request packet. The TFTP load stops. This error usually + means a file was not found or you do not have access to the file. + ?TFTP 3 A TFTP error message was received while sending a TFTP + Acknowledgment packet. The TFTP load stops. + ?TFTP 5 A TFTP error message was received while sending a TFTP + Error packet. The TFTP load stops. + ?TFTP 255 Not enough space in memory to load the image. + + +A.3 Restoring the Terminal to Factory-Default Settings + You can reset the VXT 2000 windowing terminal’s nonvolatile RAM (NVRAM) + to the factory-default settings by entering a console command. + 1. Place the terminal in console mode by pressing Ctrl Alt keypad . or + pressing the halt button on the rear of the terminal. + 2. At the >>> console prompt, enter the following command: + >>> T/UTIL 1 + + + + + VXT 2000+/VXT 2000 Windowing Terminal User Information 303 + Solving Problems and Getting Service +A.3 Restoring the Terminal to Factory-Default Settings + + When you boot the terminal successfully it saves a record of the successful + booting method used. When you reboot the terminal, it tries using this saved + method first. You can clear this saved state while booting the terminal: + >>> B/10000 + +A.4 Digital Service Overview + As a full-service vendor, Digital provides hardware, software, network, and + operations support to a diverse, worldwide customer base. Digital offers one + of the most comprehensive portfolios of service in the industry, designed to + support customers throughout the computing life cycle—planning, design, + implementation and ongoing management. + Customers tailor the type and level of support to meet their individual + business needs. Regardless of the service solution, customers benefit from + Digital’s single-source support strategy. + Digital’s commitment to be the Best in Class service provider means that there + is a force of 40,000 service professionals operating from 450 locations in over + 80 countries dedicated to support our customers. + Digital believes in backing its products with meaningful warranties. This + product may be covered by the Standard Product Warranty, which is + entitlement to one year of hardware Basic Service with priority response + time Monday through Friday, 8 AM to 5 PM. Where applicable, entitlement to + the Product Foundation Warranty for the kernel software is provided. This + Standard Warranty is further proof of Digital’s commitment to the customer. + Digital provides on-site and off-site remedial services. + Digital offers fast, competitively priced, quality maintenance performed at your + site by Digital trained Service Specialists. There are several on-site services + available. + +A.4.1 How to Get Service + Digital has a central service center in your area to help you keep your system + running at peak efficiency. To find out more about Digital’s hardware and + software service offerings + In the United States + For customers who purchased standard warranty (on-site) support, have your + system manager call for remedial service at 1–800–354–9000. + Other customers may call 1–800–225–5385 for return to Digital Service. + For general information, call 1–800–DEC–INFO. + + +304 Appendix A + Solving Problems and Getting Service + A.4 Digital Service Overview + +For ordering and ordering support, call 1–800–DIGITAL. +Outside the United States +Contact your local Digital Customer Services Office. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 305 + BB + Mixing Colors + + + This appendix describes how to use the Color Mixing dialog box on VXT 2000 + color and gray scale terminals. You can choose and mix your own colors for + windows, window borders, and certain other customizable features. When you + choose a feature that has customizable colors, the terminal displays a Color + Mixing dialog box. + The VXT 2000 color and gray scale terminals use 8-plane displays. The color + terminal lets you display 256 colors from a palette of 16.7 million colors. The + gray scale terminals provide 256 levels of gray. + + + +B.1 What Color Settings Can I Customize? + Here is a list of VXT 2000 color settings you can change, using the Terminal + Manager window and workspace Options submenu. + + To change this feature’s color... Use this dialog box... + Terminal Manager (Customize Menu) + Pointer Customize Pointer + Window Customize Window Color + Screen Customize Screen Background + + + + +306 Appendix B + Mixing Colors + B.1 What Color Settings Can I Customize? + + To change this feature’s color... Use this dialog box... + Window Manager (Workspace Options Submenu) + Border for active windows Border Color Options + Border for inactive windows Border Color Options + Window manager menu colors Border Color Options + Icons Icon Color Options + Window matte Matte Options + + +B.2 Color Mixing Dialog Box + The Color Mixing dialog box offers different methods for mixing colors, based + on different color models: + • Picker + • Hue, Lightness, Saturation (HLS) + • Red, Green, Blue (RGB) + • Browser + • Gray scale + The default model is the Picker model. You can use one model or a combination + of models. For example, you can use any color model to select a color, then use + the Picker color model to blend the selected color. When you choose a color + model in the dialog box, the terminal displays the set of controls for that model + in the dialog box. + The following sections describe how to use each of the color models to choose + your own colors. + +B.2.1 Picker Color Model + When you click on a button in a dialog box to change a color, the terminal + displays the Picker version of the Color Mixing dialog box: + + Note + The title of the dialog box may be Color Mixing or Highlight Color, + depending on what feature you are customizing. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 307 + Mixing Colors +B.2 Color Mixing Dialog Box + + + + Highlight Color + + + + + Color Display +Current Color Box + + New Color + + + + + Color Model: Picker + + + + Spectrum Spectrum Label + + + Color Spectrum + + + Paint Bucket + Lighter Interpolator Warmer +Lightness +Arrow Buttons Warmth + Arrow Buttons + + Darker Cooler + Smear Interpolator + Push Button + Smear Undo + Undo + Push Button + + Scratch Pad... + + + + OK Apply Reset Cancel + + + + + LJ−03030−RAGS + + + + + The color spectrum is a static collection of colors. The spectrum options + menu lets you set the spectrum to one of the following common color palettes: + • Rainbow spectrum (white, red, orange, yellow, green, blue, blue-violet, + violet, brown and black) + • Pastels + • Vivids + + + +308 Appendix B + Mixing Colors + B.2 Color Mixing Dialog Box + +• Earthtones +• Any application-specific palettes +When you click MB1 on a spectrum tile or interpolator tile, that color becomes +the new color. The tile is highlighted to identify it as the currently selected +color. +You can use the selected color without modification, or you can do on or more +of the following tasks: +• Use the interpolator to smear (blend) the selected color into various shades. +• Use the arrow buttons to make the color lighter or darker, warmer or + cooler. +• Switch to another color model and use the features of that model to modify + the current selection. +To smear colors, use the two paint buckets to load the interpolator with the +colors: +1. Click MB1 on a spectrum tile or interpolator tile. The color display box + displays the color of that tile. +2. Click on a paint bucket, which fills the interpolator end tile below it with + the selected color. +3. Fill both interpolator end tiles or one. If you only fill one end tile, the color + of the empty interpolator end tile is white. +As an alternative to the paint buckets, you can use an eyedropper pointer to +load the interpolator. If you click and hold MB1 on a spectrum or interpolator +tile, the pointer becomes an eyedropper filled with the color of the tile. +You can use the eyedropper to fill one of the interpolator’s two end tiles, by +moving the eyedropper to the tile and clicking on MB1. If you do not position +the eyedropper directly on one of the two end tiles, the closest end tile is filled +with the eyedropper color. The cursor must be inside the interpolator. +Use the Undo button to reverse the last interpolator action, which can be +a smear, the filling of an end tile, or the activation of one of the warmth or +lightness adjustment buttons. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 309 + Mixing Colors +B.2 Color Mixing Dialog Box + +B.2.2 Hue, Lightness, Saturation (HLS) Color Model + When you choose HLS from the pop-up Color Model menu, the Color Mixing + dialog box displays the controls for the HLS color model. + + Highlight Color + + + + + Color Model: HLS + + + + 220 + Hue: + + + + Black White + 62 + Lightness: + + + + Gray Full + 68 + Saturation: + + + + + Scratch Pad... + + + + OK Apply Reset Cancel + + + + LJ−03027−RAGS + + + + +310 Appendix B + Mixing Colors + B.2 Color Mixing Dialog Box + +In the HLS color model, you specify a color by three characteristics: hue, +lightness, and saturation. +• Hue is color, such as red or blue. +• Lightness is color intensity, the amount of color. +• Saturation is the purity of the color, or how much the color is diluted by + white. +The HLS color model contains three scales that represent the ranges of hue, +lightness, and saturation. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 311 + Mixing Colors +B.2 Color Mixing Dialog Box + +B.2.3 Red, Green, Blue (RGB) Color Model + In the RGB color model, you mix a color by adding different intensities of + the primary colors red, green, and blue. A primary color is a basic color that + cannot be created by mixing other colors. + The RGB color model contains three scales that represent the of red, green and + blue. + + Color Mixing + + + + + Color Model: RGB + + + + Percentage Value + + Red + 24672 + + Green + 35209 RGB Values + + + Blue + 57825 + + + + Scratch Pad... + + + + OK Apply Reset Cancel + + + + + LJ−03028−RAGS + + + + +312 Appendix B + Mixing Colors + B.2 Color Mixing Dialog Box + +B.2.4 Browser Color Model + The browser color model is a scrolled window that displays a list of X11 named + colors. Each button in the scrolled window shows the name of an X11 color. + Use the scroll bar to scroll through this color list. When you click MB1 on a + color in the list, the color display box becomes filled with that color. The color + browser is available on all systems. + + Color Mixing + + + + + Color Model: Browser + + + + Aquamarine + + MediumAquamarine + + Black + + Blue + + CadetBlue + + + + + Scratch Pad... + + + + OK Apply Reset Cancel + + + + + LJ−03029−RAGS + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 313 + Mixing Colors +B.2 Color Mixing Dialog Box + +B.2.5 Grayscale + The grayscale color model contains a scale that lets you mix gray shades + ranging from black to white. Note that when you switch to the grayscale color + model, the current new color becomes a shade of gray. + + Color Mixing + + + + + Color Model: Greyscale + + + 59 + + + + + Scratch Pad... + + + + OK Apply Reset Cancel + + + + + LJ−03031−RAGS + + + + Scratch Pad + The scratch pad lets you store intermediate colors for later use in color mixing. + + + + +314 Appendix B + Mixing Colors + B.2 Color Mixing Dialog Box + +To access the scratch pad, click on the Scratch Pad button in any of the +color models. + + Scratch Pad... + + Save colors here... + + Paint Bucket to + Load Scratch Pad + + + + + Clear Cancel + + + ZK−2577A−GE + + + + +To store the currently selected color in the scratch pad, click on the +paint bucket above the scratch pad color tile. The scratch pad adds that color +to its stored colors, which you can scroll through with the scroll bar. +To clear the scratch pad list, use the Clear button. +On the picker model, the currently selected color can be one of many color tiles. +On other color models, you can select only the new and original color tiles. +To set the new color tile to a scratch pad, scroll to that color and click on the +scratch pad color tile. The new color tile changes and the scratch pad tile +becomes highlighted. If you are in the picker model, you now have the option +to dump the highlighted scratch pad color into one of the interpolator end tiles +by using the paint bucket buttons. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 315 + CC + Programming with the X Windows Image + Extension + + + This appendix is for programmers using X windows image extension (XIE) + software for applications on the terminal. The appendix briefly covers the + following topics: + • Checking the Terminal’s Imaging Capabilities + • Hardware Accelerated XIE Functions + • XIE Pipeline Definitions + • XIE Pipeline Constraints + • XIE Pipeline Examples + The terminal includes the X windows image extension (XIE) to the X windows + server. The terminal supports Version 3.0 of the XIE protocol. With XIE: + • The server can save resources by managing images in compressed form + • The server can manipulate the images while accepting user input from + client-based application programs + The terminal supports all XIE protocol functions. Many VXT 2000 models have + an optional image accelerator board available. You do not need the optional + image accelerator board to use XIE functions, but the board accelerates certain + bitonal XIE functions to help display images faster. + All full function VXT system images include XIE support. The VXT EX system + image does not support XIE. To use XIE, make sure the X Image Extension + button in the Customize Boot dialog box is on. See Section 5.7. + For more information on XIE: Appendix D lists some available + documentation on XIE and Digital’s image application toolkit products that + support XIE, such as DECimage Application Services. + + +316 Appendix C + Programming with the X Windows Image Extension + C.1 Checking the Terminal’s Imaging Capabilities + +C.1 Checking the Terminal’s Imaging Capabilities + If the terminal is using a VXT software image that supports XIE, you can + have your application use the following query to determine if the bitonal image + accelerator is present: + status = XInternAtom(display, "_DEC_XIE_ACCEL_TYPE_A", True); + The presence of the _DEC_XIE_ACCEL_TYPE_A atom indicates that the + bitonal image accelerator board is present in the terminal. This board + accelerates the following functions: + • CCITT Group 3 and Group 4 image data decompression + • Scaling range from 1/64 to 64 times the original size + • Orthogonal rotation (0°, 90°, 180°, and 270°) + • Cropping + • Convolution using a 3 3 or 5 5 kernel, with kernel values between 0 and +   + + + + + 255 + +C.2 Hardware Accelerated XIE Functions + To take maximum advantage of the bitonal image accelerator, you must follow + these general rules: + • Use the XIE pipeline method of processing to display images (instead of + atomic XIE processing). + • Group all accelerated XIE functions together. + • Transport and work from compressed bitonal images whenever possible. + +C.3 XIE Pipeline Definitions + Always use XIE pipelines to display images on the terminal. + XIE uses process control services, known as pipelines, to allow a client + to create and execute linear, macro-like assemblies of protocol requests. A + pipeline is a single threaded list of XIE protocol functions through which image + data flows sequentially. + When you construct pipelines for processing images in the terminal, use the + following guidelines for the best image display performance: + • Group all accelerated XIE functions together. That is, do not mix + nonaccelerated functions with accelerated functions. Accelerated XIE + functions include crop, area-constrain, scale, rotate, and mirror. + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 317 + Programming with the X Windows Image Extension +C.3 XIE Pipeline Definitions + + • When using any accelerated functions, observe the following order: crop, + area-constrain, scale, rotate, mirror. + • If you use the area function, it must be followed by the constrain function. + • Do not include more than one instance of an accelerated XIE function in + the pipe. Do not use two scale functions in a single pipeline. + • End the pipeline with the export function. + • Do not use phototaps in the pipeline. + +C.3.1 XIE Pipeline Constraints + Some accelerated XIE functions have associated constraints, to ensure that the + bitonal image accelerator option can handle the request. By following these + constraints, you ensure that the hardware accelerator is used to process XIE + requests, rather than the XIE software alone. + Following is a list of the hardware accelerated XIE constraints: + • The bitonal image accelerator supports CCITT Group 3 and Group 4 + compressed image formats and Pulse Code Modulated (PCM) data. CCITT + is the Comitè Consultatif International de Télégraphique et Téléphonique, + a standards committee for the communication industry in Europe. + • Specify kernel values in the area request as follows: + Each value must be between 0 and 255. + The kernel size must be either 3 3 or 5 5. +   + + + + + The sum of all values must be between 224 and 255. + • Specify the IDC parameter as null in an area request. + • Specify the parameters op1 and op2 as mult and sum, respectively, in the + area request. + • Images may not be scaled to a size greater than 64 times or less than 1/64 + of the original in the scale request. + • For data alignment purposes, the server may slightly adjust the output + scanline length from that specified in the scale request. Any adjustment + will be close to the specified scale, and will always be equal to or greater + than the specified scale. + • Specify a rotation request of 0°, 90°, 180°, or 270° only. + + + + +318 Appendix C + Programming with the X Windows Image Extension + C.3 XIE Pipeline Definitions + + • The constrain function immediately following the area function determines + the number of levels for a given output pixel. + Specifying two levels in the constrain function produces a bitonal + output on any display. In this case, the export function parameters + (lut_id, colormap_id, match, and grey) should all be null in the + export request. + In a gray scale or color system, specifying up to 256 levels in the + constrain function produces a multibit output. In this case, the export + function parameters colormap_id, match, and grey should be null + in the export request. The lut_id parameter should be specified as a + previously created server image resource. + Digital suggests that an application allocate a fixed number of gray + scale colormap entries at initialization time and always use these + entries to display the enhanced bitonal images. This is accomplished by + allocating the colors (actually gray scales) from the default colormap, + and creating a one-scanline image with these colormap entry pixel + values to use as the lut_id in all XIE export calls. + Digital recommends using from 8 to 32 gray scale values. Fewer values + introduce artifacts in the displayed image, and more values are a waste + of server resources. See the XIE documentation for details on creating + a LUT image. + +C.3.2 XIE Pipeline Examples + The following examples show sample pipelines that illustrate how functions are + mapped either to the image accelerator board or to the XIE software routines. + The examples illustrate the difference in image display performance when you + program with the image accelerator board in mind. + 1. All Accelerated Functions (Best Performance) + Crop + Area-Constrain + Scale + Rotate + Mirror + In this pipeline, all XIE routines are mapped to the image accelerator + board. Thus, this pipeline requires only one pass through the image + accelerator board, resulting in the best image display performance. + 2. Interspersed Software Functions (Poorer Performance) + Crop + Scale + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 319 + Programming with the X Windows Image Extension +C.3 XIE Pipeline Definitions + + Translate + Rotate + In this pipeline, the Crop and Scale XIE routines are first mapped to + the image accelerator board. The Translate routine is then mapped to + the XIE software. Finally, the Rotate routine is mapped to the image + accelerator board. Thus, this pipeline requires two passes through the + image accelerator board, resulting in degraded image display performance. + + + + +320 Appendix C + DD + Related Documentation + + +This document is part of your terminal’s user documentation kit. + +Document Part Number + +VXT 2000+ /VXT 2000 Windowing Terminal User Documentation Kit EK–VXT20–DK + VXT 2000+ /VXT 2000 Windowing Terminal Installing and EK–VXT20–IN +Getting Started + VXT 2000+ /VXT 2000 Windowing Terminal User Information EK–VXT20–UG + VXT 2000+ /VXT 2000 Windowing Terminal Release Notes EK–VXT20–RN + +You can also order the following related documents from Digital. Check with +your Digital sales representative for availability in your country. + +Software and Service Documentation Part Number + +VXT Software Version 2.1 Installation and System Management AA–PJHFE–TE +VXT Software Version 2.1 Release Notes AA–PKWSG–TE +VT320 Programmer Reference Manual EK–VT320–RM +DECimage Application Services for VMS + X Image Extension Programmer’s Reference Manual AA–PH7XA–TE + Image Display Services Programmer’s Reference Manual AA–LE73C–TE + Programmer’s Overview AA–LE65C–TE +ULTRIX DECwindows Motif User’s Guide AA–MA87B–TE +VMS DECwindows Motif User’s Guide AA–PGZ5A–TE +VXT 2000 Windowing Terminal and DECimage 2000 Option Service EK–VXT20–SV +Information + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 321 + Related Documentation + + + + Software and Service Documentation Part Number + + VXT 2000 Model VX225 Windowing Terminal Service Information EK–VXT15–SV + VXT 2000 Model VX227 Windowing Terminal Service Information EK–VXT17–SV + VRM17 Monitor Service Guide EK–VRM17–SV + VR315 Monitor Service Guide EK–VR315–SV + VR319 Monitor Service Guide EK–VR319–SV + VR320 Monitor Service Guide EK–VR320–SV + VR326 Monitor Service Guide EK–VR326–SV + + + +D.1 Ordering Information + You can order options and documentation by mail, phone, or electronically. For + a list of options, see Appendix E. + Need Help? + If you need help deciding which documentation best meets your needs, please + call 800–DIGITAL (800–344–4825) and press 2 for technical assistance. + Electronic Orders + To place an order through your account at the Electronic Store, dial 800– + 234–1998, using a modem set to 2400 or 9600 baud. You must be using a VT + terminal or terminal emulator set at 8 bits, no parity. If you need help, call + 800–DIGITAL (800–344–4825) and ask for an Electronic Store specialist. + + + + +322 Appendix D + Related Documentation + D.1 Ordering Information + +Telephone or Direct Mail Orders +If You Are +From . . . Call . . . Or Write . . . +U.S.A. DECdirect Digital Equipment Corporation + Phone: 800–DIGITAL P.O. Box CS2008 + (800–344–4825) Nashua, New Hampshire 03061 + FAX: (603) 884–5597 +Puerto Rico Phone: (809) 781–0505 Digital Equipment Caribbean, Inc. + FAX: (809) 749–8377 3 Digital Plaza, 1st Street + Suite 200 + Metro Office Park + San Juan, Puerto Rico 00920 +Canada Phone: 800–267–6215 Digital Equipment of Canada Ltd. + FAX: (613) 592–1946 100 Herzberg Road + Kanata, Ontario, Canada K2K 2A6 + Attn: DECdirect Sales +International – Local Digital subsidiary or approved + distributor + +Digital Personnel +To order hardware or software documentation, contact the U.S. Software +Supply Business group for instructions. For software documentation, request +an Internal Software Order Form (EN–01740–07). + U.S. Software Supply Business + Digital Equipment Corporation + 10 Cotton Road + Nashua, NH, 03063–1260 + DTN: 264–3030 + (603) 884–3030 + FAX: (603) 884–3960 + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 323 + EE + Options + + + This appendix lists the options available from Digital for the VXT 2000 + windowing terminal. For ordering information, see Section D.1. + +E.1 Options + Boards + + Board Part Number + 2 MB memory controller board VX20X–MA + 2 MB memory module MS200–AA + 4 MB memory module MS200–BA + Network board with ThinWire and thickwire connectors VX20D–AA + Network board with twisted-pair and thickwire connectors VX20D–BA + Image board VX20A–OP + + Modems + + Model Description + DF242 Scholar Plus 300, 1200, and 2400 baud, full-duplex asynchronous + DF224 300, 1200, and 2400 baud, full-duplex asynchronous + DF124 300, 600, and 1200 baud, full-duplex asynchronous + + + + +324 Appendix E + Options + E.1 Options + +Cables + +Cable Length Part Number +Network Cables +Thickwire 2 m (6.5 ft) BNE4C–02 +Twisted pair, uncrossed ( | | ) 3 m (10 ft) BN24G–03 +Twisted pair, crossed (x) 3 m (10 ft) BN24F–03 +ThinWire 3.6 m (12 ft) BC16M–12 + 9 m (30 ft) BC16M–30 + T-connector – H8223 + Terminator – H8225 + LAN kit Includes 3.6 m (12 ft) cable, BC16T–12 + T-connector, and terminator + + +Video Cables +Monochrome M–17–02441–01 +Color C–17–02906–02 +Gray scale G–17–02878–01 + + +AC Power Cables +Australia, New Zealand BN20V–2E +Austria, Belgium, Finland, France, Germany, Netherlands, Norway, BN20S–2E +Portugal, Spain, Sweden +Canada BN20P–2E +Denmark BN20U–2E +Ireland, United Kingdom BN20R–2E +Israel BN19U–2E +Italy BN20W–2E +Switzerland BN20T–2E + +For parallel and serial port cables and adapters, contact your Digital sales +representative. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 325 + FF + Specifications + + + This appendix lists general, environmental, and electrical specifications for the + terminal. + Site Planning + Weight Height Width Depth + System box 9 kg 57 mm 394 mm 360 mm + (20 lb) (2.25 in) (15.5 in) (14.17 in) + VRC16 monitor 22.5 kg 432 mm 411 mm 434 mm + (49.6 lb) (17 in) (16.2 in) (17.1 in) + VRM17 monitor 27.2 kg 457 mm 495 mm 452 mm + (60 lb) (18 in) (19.5 in) (17.8 in) + VR315 monitor 13 kg 400 mm 400 mm 391 mm + (29 lb) (15.7 in) (15.7 in) (15.4 in) + VR319 monitor 27.2 kg 457 mm 495 mm 452 mm + (60 lb) (18 in) (19.5 in) (17.8 in) + VR320 monitor 29 kg 457 mm 495 mm 452 mm + (63 lb) (18 in) (19.9 in) (17.8 in) + VR326 monitor 17.2 kg 381 mm 381 mm 396 mm + (38 lb) (15 in) (15 in) (15.6 in) + LK401/LK402 ANSI keyboard 1.4 kg 45 mm 478 mm 191 mm + (3.1 lb) (1.75 in) (18.8 in) (7.5 in) + LK421 Short ANSI keyboard 1.0 kg 51 mm 335 mm 165 mm + (2.2 lb) (2.0 in) (13.5 in) (6.5 in) + + + + +326 Appendix F + Specifications + + +LK443/LK444 PC keyboard 1.4 kg 50 mm 450 mm 180 mm + (3.1 lb) (2.0 in) (18.25 in) (7.25 in) +Mouse Weight Height Width Length + 97 g 32.5 mm 60.9 mm 99.1 mm + (3.4 oz) (1.28 in) (2.4 in) (3.4 in) + +Environment + Operating Storage +Temperature 10° to 40° C –40° to 66° C + (50° to 104° F) (–40° to 151° F) +Relative humidity 10% to 90% 0% to 95% +Maximum wet bulb 28° C (82° F) +Minimum dew point 2° C (36° F) +Maximum altitude 4.9 km (16,000 ft) 9.1 km (30,000 ft) +Electrical +Line voltage (U.S.) 100 V to 120 V ac nominal + 88 V to 132 V rms operating range + single-phase, 3-wire +Line voltage (Europe) 220 V to 240 V ac nominal + 176 V to 264 V rms operating range + single phase, 3-wire +Line frequency 50 Hz to 60 Hz +Input power 80 W maximum +Power cord Detachable, 3-conductor, grounded +Power cord receptacle EIA specified, CEE22-6A +Monitors (Screen Size and Resolution) +Monitor Screen Size Resolution +VRC16 CRT 425 mm (17 in) 100 dots/in +VRM17 CRT 425 mm (17 in) 100 dots/in +VR315 CRT 380 mm (15 in) 108 dots/in +VR319 CRT 495 mm (19 in) 95 dots/in +VR320 CRT 495 mm (19 in) 100 dots/in + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 327 + Specifications + + + + Monitor Screen Size Resolution + + VR326 CRT 381 mm (15 in) 100 dots/in + + LK401 or LK402 ANSI Keyboard + + Item Description + Number of keys 108 sculptured keys with matte finish + Models Available in many language dialects, including English. + Cord 1.8 m (6 ft) coiled cord with a 4-pin telephone-type + modular connector + Indicator lights 2 keyboard indicators: + + Hold + + + Lock + + + + + Keys (Approximate Size) + Home row 30 mm (1.18 in) above desktop + Key size (top) 13 mm (0.50 in) square + Key spacing 19 mm (0.75 in) center to center + (for single-width keys) + Numeric keypad 18 keys + Function keys 5 predefined keys, 15 user-definable keys + + + + Audible Indicators If enabled . . . + Keyclick Sounds after each keystroke. + Margin bell Rings once when cursor approaches right margin + Warning bell Rings for compose errors and certain system messages. + + + + +328 Appendix F + Specifications + + +LK421 Short ANSI Keyboard (UNIX Style) +Item Description +General 74 sculptured keys with matte finish + Available in North American/UK version only +Cord 1.8 m (6 ft) coiled cord with a 4-pin telephone-type + modular connector + + + +Keys Approximate Size or Number +Home row 30 mm (1.18 in) above desktop +Key size (top) 13 mm (0.50 in) square +Key spacing 19 mm (0.75 in) center to center (for single-width keys) +Function keys 5 predefined keys, 15 user-definable keys (including 10 + Extend key sequences, to emulate the full set of ANSI + keyboard keys) + + + +Audible Indicators If enabled . . . +Keyclick Sounds after each keystroke. +Margin bell Rings once when cursor approaches right margin. +Warning bell Rings for compose errors and certain system messages. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 329 + Specifications + + + LK443 or LK444 PC Keyboard + Item Description + Number of keys 101 or 102 sculptured keys with matte finish + Models Available in many language dialects, including English + Cord 1.8 m (6 ft) coiled cord with a 4-pin telephone-type + modular connector + Indicator lights 3 keyboard indicators: + Num Caps Scroll + Lock Lock Lock + + + + Keys Approximate Size + Home row 30 mm (1.18 in) above desktop + Key size (top) 13 mm (0.50 in) square + Key spacing 19 mm (0.75 in) center to center (for single-width keys) + Numeric keypad 17 keys + Function keys 3 predefined key, 16 user-definable keys + + + + Audible Indicators + Keyclick Sounds after each keystroke. + Margin bell Rings once when cursor approaches right margin. + Warning bell Rings for compose errors and certain system messages. + + Mouse + Item Description + Switches Three tactile-feel type switches with an actuating force + of 85 grams (3 ounces) 25% + Surface Nonglare textured finish + Cable 1.5 m (5 ft) round, 0.375 cm (0.15 in) diameter + 6-conductor, number 26 stranded, shielded, high- + flexibility design + Connector 7-pin micro-DIN type (male) + + + + +330 Appendix F + G + G + Setting Up the Work Environment + + + This appendix contains recommendations to protect your health and safety. + +G.1 Proper Setup and Use + Certain recent scientific literature suggests that poor posture, work habits, or + office equipment setup may cause injuries. Other literature suggests that there + is no cause and effect. Because the safety of our users is a great concern, it is + important to take the precautions described in Table G–1. + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 331 + Setting Up the Work Environment +G.1 Proper Setup and Use + + +Table G–1 Recommendations for Proper Setup and Use +Adjust So that . . . +Chair 1 Feet are flat on the floor or footrest, if needed. + 2 Legs are vertical forming a right angle to the floor. + 3 Your weight is off your thighs and your thighs are in a + horizontal position. Keep the back of your knees away + from the seat so you do not compress the area behind + them, which could restrict the blood flow. + 4 Your upper body is erect and your lower back is supported + with a backrest. +Keyboard 5 Your wrists are straight and do not flex more than 15°. + They may be supported but should not rest on sharp + edges. +If you use a mouse, rest your hand on the mouse so your wrist is not on the work surface. Operate +the mouse close to your body’s centerline. + 6 Upper arms are straight down at your sides, elbows + are close to your sides and support your arm weight. + Forearms are at a 70° to 90° angle. +Head 7 Your neck is not strained. Your head should incline + downward, but no more than 15° to 20°. +Terminal 8 The terminal is at eye level and at the correct distance for proper vision. +Eyes 9 You avoid eye fatigue, which can be caused by glare, image quality, + uncomfortable furniture, eye height, and uncorrected vision. If you cannot + read the screen at different distances, you may need special glasses. Relax + your eyes periodically by looking at distant objects. + (continued on next page) + + + + +332 Appendix G + Setting Up the Work Environment + G.1 Proper Setup and Use + + +Table G–1 (Cont.) Recommendations for Proper Setup and Use + + + + + MA–0069–93.IL + + + + + (continued on next page) + + + + + VXT 2000+ /VXT 2000 Windowing Terminal User Information 333 + Setting Up the Work Environment +G.1 Proper Setup and Use + + +Table G–1 (Cont.) Recommendations for Proper Setup and Use + + +Adjust To . . . +Work Take periodic work breaks. Morning, lunch, and afternoon breaks meet +Breaks most recommendations. Take advantage of work breaks to move around + and do other movements. +Lighting Avoid direct lighting or sunlight on the screen, which causes glare and + reflections. Place lighting behind or to the side of your work area, and + distribute the lighting evenly on your work area. Adjust the terminal + brightness and the contrast controls as needed. +Noise Keep background noise at a minimum. Background noise above 65 dBA is + tiring. Sound-absorbing materials, such as curtains, carpeting, and acoustic + tile, can help reduce background noise. +Temperature 20°C to 23°C (68°F to 74°F) + +Humidity 30% to 70% +Ventilation Provide adequate air ventilation for equipment operation and to avoid + fatigue. +Space More than 70 cm (28 in) center to center, preferably more than 152 cm (60 +between in). +terminals + + + Warning + If you experience pain or discomfort while using the terminal, take a + substantial break and review the instructions for posture and work + habits. If the pain or discomfort continues after resuming use of the + terminal, then discontinue use and report the condition to your job + supervisor or physician. + + + + +334 Appendix G + Glossary + + +Accelerator +A key or sequence of keys that provides an alternative to using the mouse. You +can perform all mouse actions from the keyboard, such as displaying menus +and choosing menu items. + +Active window +The terminal window that is ready to accept input. This window displays the +information you type (if the window accepts user input). Only one terminal +window can be active at a time. + +ANSI +American National Standards Institute + +ANSI keyboard +Digital’s standard keyboard, with a main keypad, editing keypad, numeric +keypad, and top-row function keys. Compare to Short ANSI keyboard. + +Application launcher +In VXT software, a utility that allows terminal users to start applications +residing on a host system, for display on the terminal. The terminal user +connects to the host system, runs the application launcher, then enters a +command to launch the desired host application. + +ASCII +American Standard Code for Information Interchange. A set of 7- or 8-bit +binary numbers representing the alphabet, punctuation, numerals, and other +special symbols used in text representation and communications protocol. + + + + + Glossary 335 + Application + A program that performs a specific task. + + Background process + A process that does not require the total attention of the computer for + operation. Background processing enables the operating system to execute + more than one program or command at a time. As a general rule, all clients + should run as background processes. + + BDF + Bitmap distribution font format + + Boot + To bring a device or system to a defined state where it can operate on its own. + + CCITT + Comite Consultatif International de Telegraphique et Telephonique + (International Telegraph and Telephone Consultative Committee). A standards + committee for the communication industry in Europe. + + Configuration manager + In VXT software, a set of windows and dialog boxes that system managers use + to centrally manage terminals and InfoServer font sets for terminals. System + managers can place server-based terminals in work groups that share settings. + + Character set + A group of graphic characters and control characters stored as a unit in the + terminal. Graphic characters are characters you can display on the screen. + Control characters perform special functions. + + Check buttons + A group of square toggle buttons that provide different settings for an option. + You choose one button from the group. + + Click + To press and release a mouse button. The term comes from the fact that + pressing and releasing the buttons of most mice makes a clicking sound. + + Client + A program written specifically for X windows. Clients make their own windows + and know how to resize and minimize themselves. + + +336 Glossary + Compose character +A character produced by pressing two or three keys in sequence, starting with +the Compose Character key or a diacritical mark key. You can use compose +sequences to produce characters that do not appear as standard keys on your +keyboard. + +Computer system +A combination of system hardware, software, and external devices that +performs operations and tasks. + +Cursor +A blinking line or block on the screen that indicates the active position. + +Customizations +In VXT software, the set of customized operating settings for a terminal or +work group. Customizations are stored in a resource file. + +Data processing keys +Keys that have three or four characters on the top of their keycap. The +characters on the right half of the keycap are data processing characters. To +use data processing characters, you must choose the data processing version of +your keyboard in the Customize Keyboard dialog box. + +DECconnect cabling +Digital’s cabling system for extending Ethernet and terminal interconnections +into offices and work areas. + +DEC Multinational character set +The default character set for the terminal. The DEC Multinational set is one +of two 8-bit sets built into the terminal. The other set is ISO Latin-1. Both +8-bit sets include the standard ASCII character set and a supplemental set. +For 7-bit environments, see National replacement character sets. + +DECnet software +Digital’s networking software that runs on nodes in both local and wide area +networks. + +DEC OSF/1 operating system +Digital’s implementation of the Open Software Foundation technology, with the +Motif graphical user interface and programming environment. + + + + + Glossary 337 + DECterm + Digital’s VT series terminal emulator. VXT 2000 windowing terminals let + users create DECterm sessions on host systems. + + Default option + A push button with a double outline, indicating the most frequently used + setting for a window. You can choose a default option by pressing Return or + clicking on the push button. + + Default setting + A standard setting for one of the terminal’s operating features, set at the + factory. The terminal uses factory-default settings, unless you choose a new + setting. + + Device icon + An icon on the back of the system box that identifies the device that can be + plugged into the connector. + + Diacritical marks + Marks or symbols that indicate a change in the standard pronunciation of a + letter. Examples of diacritics are acute accent (’), grave accent (‘), and tilde (~). + On the terminal, you can use diacritical marks (if available on your keyboard) + to start two-stroke compose sequences. + + Double click + To press and release a mouse button twice in rapid succession. + + Drag + To press and hold down a mouse button while moving the mouse on the + desktop and the pointer on the screen. Typically, dragging is used with menu + selecting, and window moving and resizing. + + Ethernet + A type of local area network, based on Carrier Sense Multiple Access + with Collision Detection (CSMA/CD). A communication concept for local + communication networks that use coaxial cable. + + + + +338 Glossary + Filter rectangle +A bounded area used defined on the screen. To activate the filter, you define its +coordinates with a control function. If the terminal detects that the locator is +outside the filter rectangle, the terminal sends an outside rectangle event and +disables the rectangle. + +Font +A font is a set of character images in a particular typeface and style. For +example, Times Roman bold is a font. + +Font path +A logical file that lets a device access alternate character fonts for certain X +window applications. + +Full-duplex modem +A modem that can handle simultaneous, two-way communications. + +Graphics +The use of lines, figures, shapes, and shaded areas to display information. + +Graphics tablet +An optional device used to move the graphics input cursor on the screen and to +enter data to an application program. Most tablets have three parts: a tablet, +stylus, and puck. To move the cursor you move the puck or stylus across the +tablet. Also known as a locator device. + +Group code +A number that represents a host or group of hosts on a LAT network. + +Hardware +The physical equipment—mechanical and electrical—that make up a system. +Compare to Software. + +Hardware Ethernet address +The unique Ethernet physical address associated with a particular Ethernet +communications controller. + +Host-based terminal +A terminal that uses its own memory to operate VXT software. By default, +host-based terminals also use their own memory to store their customizations +in a native resource file. Compare to server-based terminal. + + + Glossary 339 + Host-based resource file + A file created by a system manager or user to store customizations for a + terminal or group of terminals. The file is stored on a host system; terminals + can access the file using the NFS or TFTP protocols. Compare to native + resource file. + + Host system + A computer system that has an active connection to your terminal. The + primary or controlling computer in a multiple-computer network. + + Icon + A small graphic representation of an object, usually an application. A window + can be shrunk to an icon (or minimized) to save room on the workspace. + + InfoReader + A library of online documentation provided with VXT software kits for + InfoServer systems. VXT 2000 windowing terminal users access the library + from the Getting Started menu in the Terminal Manager window. + + InfoServer + A high-performance virtual disk server that can efficiently download the VXT + system image software to many terminals. + + Internet + A collection of networks that includes the ARPAnet, a number of local networks + at universities and research institutions, and many military networks. See + TCP/IP. + + IP address + A unique network address that identifies a device on the TCP/IP network. + + ISO + International Standards Organization. ISO Latin-1 is one of the two 8-bit + multinational character sets built into the terminal. The other set is the DEC + Multinational set. For 7-bit environments, see National replacement character + sets. + + Kilobyte (KB) + When referring to memory, 1024 bytes. + + + + +340 Glossary + LASTport group code +A number from 0 to 1023 assigned to an InfoServer system. The InfoServer +only communicates with systems that belong to the same group code. + +LAT protocol +A network protocol created by Digital for local area network communication. + +LAT address +A network address that identifies the location of a device on the LAT network. + +LED +Light-emitting diode. LEDs are used as indicators on the keyboard. + +Local area network (LAN) +A high-speed communications network that covers a limited geographical area, +such as a section of a building, an entire building, or a cluster of buildings. + +Locator device +See pointing device. + +Local terminal +A terminal from which the configuration manager is being used to manage +other terminals and work groups. + +Matte +An optional decorative border between the window frame and the work area. + +Maximize button +A button that lets you increase the size of the window to its maximum +allowable size. The maximize button is at the right edge of a window’s title +bar. + +Megabyte (MB) +When referring to memory, 1024 kilobytes or 1,048,576 bytes. + +Menu bar +The area below a window’s title bar that lists the names of pull-down menus +for the window’s application. + + + + + Glossary 341 + Minimize button + A window button that lets you shrink a window to an icon. The minimize + button is to the left of the maximize button. + + Mnemonic + An underlined character in a menu. Mnemonics allow you to display menus + and choose functions by typing letters on your keyboard. + + Modem + Modulator - demodulator. A device that converts data from a computer or + terminal into signals that can be sent over a telephone line and back again. + + Modifier key + A key pressed in combination with another key, to modify the code sent by that + key. Ctrl is a modifier key. + + Monochrome monitor + A video screen that displays images in shades of one color. + + MOP + Maintenance operation protocol. A network management protocol within + DECnet software that handles tasks such as downloading, upline dumping, + and circuit testing. + + Mouse + A handheld pointing device used to select menu options and draw graphics. + Moving the mouse across the desktop moves the pointer or mouse cursor on + the screen. The mouse has three buttons that serve as function keys. + + National replacement character sets (NRCs) + Seven-bit character sets for many Western European languages. Each set + has 94 characters. NRC sets are similar to the ASCII set, except for a few + characters. + + Native resource file + In VXT software, the file that stores a terminal’s customized settings, entered + from the terminal’s dialog boxes or from the configuration manager of another + terminal. Host-based terminals store their native resource file in the terminal’s + nonvolatile memory. Server-based terminals store their native resource file on + an InfoServer system. Compare to Host-based resource file. + + + + +342 Glossary + Network +Two or more computers linked by communication lines to share information or +resources. + +NFS +A network protocol developed by Sun Microsystems, Inc. The VXT 2000 +windowing terminal can use NFS to access fonts or host-based resource files on +host systems. + +Node +A computer, workstation, or peripheral device that is connected to a network +and can communicate with other members of the network. + +Nonvolatile memory +Random access memory (RAM) that does not lose its contents when you turn +the terminal off. The terminal uses this memory to store your saved customize +settings. + +OpenVMS operating system +Digital’s proprietary operating system. + +PC keyboard +Digital’s LK443 or LK444 PC keyboard. The LK443 is a worldwide model, with +102 keys. The LK444 is a North American model, with 102 keys. + +Pixel +Picture elements. The smallest displayable unit on a video screen. To display +a character, the terminal turns on a series of pixels. + +Pointer +A graphic symbol indicating a screen position. You control the pointer location +by moving the mouse. You can change the pointer shape; an application may +also change the pointer’s shape to indicate the type or state of an action. + +Port +A means for connecting one device to another. Usually, each port has an +associated connector. + +Prefix key +A key that you press and release before pressing another key, to change the +function of one or more keystrokes. Compose Character is a prefix key. + + + Glossary 343 + Pull-down menu + A menu accessed by pointing to the menu bar and pulling down with the + mouse. Pull-down menus are generally organized by the types of functions + they contain. + + Push button + A control that causes an immediate action. To press a push button on the + screen, point to it then click the select button. + + Radio buttons + A group of option buttons that allow you to select only one of the selections at + a time. Radio buttons may appear in a menu or in a program’s window. Radio + buttons are usually displayed as small diamond-shaped buttons. + + Random access memory (RAM) + Memory that can be read from and written to. The terminal uses this memory + to store instructions of programs currently being run. + + Read-only memory (ROM) + Memory that can be read from, but not modified. The terminal uses ROM + memory to store its operating code. + + Read-only terminal + A terminal that cannot save new customized settings. It belongs to a work + group that does not allow the saving of new settings. + + ReGIS software + A serial geometric graphics display protocol created by Digital. + + Resize border + The resize border surrounds a window and is divided into eight handles—one + for each side, and one for each corner. + + Restore + To change an icon back into its original window. + + Resource file + In VXT software, the file that stores the customizations for a terminal or work + group. See Host-based resource file and Native resource file. + + + + +344 Glossary + Scroll bar +A vertical or horizontal bar that lets you control what portion of a larger object +is displayed within a window. The slider represents the relative position in +the list. The size of the slider represents the relative portion of the list that is +currently visible. + +Scrolling +Moving information on the screen upward or downward to display more data. + +Select button +The mouse button used for most operations, also known as mouse button 1 +(MB1). By default, the select button is the left mouse button. + +Server +Hardware or software that provides a specific set of services to a client. + +Server-based terminal +In VXT software, a terminal that uses an InfoServer system to load its VXT +software and provide memory paging services. By default, a server-based +terminal also stores its customizations on the InfoServer, in a native resource +file. Compare to host-based terminal. + +Service +A name that represents a host or cluster of hosts that provides access to that +host or cluster. + +Session +An active connection between the terminal and the host system. + +Short ANSI keyboard +A compact version of Digital’s ANSI keyboard, for those who make little use of +auxiliary editing and numeric keypads. An Extend key allows users to perform +keypad keystrokes when needed. + +Sixel +A vertical column of six pixels. Screen displays can be printed in the form of +sixel graphics. + + + + + Glossary 345 + Slider + Part of a scroll bar that lets you scroll through information in a window. The + size of the slider indicates how much of a file is currently displayed. The + smaller the slider, the larger the file. The location of the slider in the scroll + region indicates your relative position in the file. + + Software + Programs that perform a chosen or required function. Compare to Hardware. + + Stepping arrow + Part of a scroll bar that lets you move incrementally through information in a + window. + + Submenu + A menu associated with a menu item on a pull-down or pop-up menu. When + you choose the menu item, you display the submenu. + + Sun style keyboard + Digital’s LK460 keyboard. The Sun style keyboard comes in a North American + model only. + + System + A combination of hardware, software, and peripheral devices that perform + specific processing operations. + + System image + The VXT software, downloaded from a host system or server. + + System manager + A person who performs tasks necessary to operate and maintain the system. + See VXT manager. + + TCP/IP + Transmission control protocol/Internet protocol. The standard wide area + networking software for the ULTRIX and UNIX operating systems. TCP/IP + is a set of protocols developed by researchers centered around the Advanced + Research Projects Administration Network (ARPAnet). + + Terminal Manager window + In VXT software, the window for creating and managing sessions, customizing + terminal settings, and performing local printing functions. + + +346 Glossary + Terminal server +An intelligent unit that can connect a number of asynchronous devices +(terminals and printers) to a host system. For example, Digital’s DECserver +200 can link eight terminals to a system in a local area network (LAN), using +a high-speed Ethernet cable. + +Terminal window +A window that emulates a video terminal. Terminal windows allow you to use +applications that were designed for the video terminal they emulate. + +Terminator +A connector used on one or both ends of an Ethernet segment that provides the +50-ohm termination resistance needed for the cable. + +TFTP +Trivial file transfer protocol. The Internet standard protocol for file transfer +with minimal capability and minimal overhead. TFTP is intended for use +in application environments that do not require complex interaction among +clients and servers. + +ThinWire Ethernet network +A term to describe Digital’s 10base2 (IEEE standard 802.3 compliant) Ethernet +products used for local distribution of data. + +Title bar +An area at the top of the window frame that displays the name of the +application and provides window management buttons. + +Toggle buttons +See Check buttons. + +Transcript +An area of memory that contains the last saved lines of your screen display. + +transport +The network software that routes user data to its destination and controls the +flow of data. + +ULTRIX operating system +A UNIX based operating system created by Digital. + + + + Glossary 347 + UNIX operating system + An operating system created by AT&T and in wide use. + + Unregistered Terminals work group + A work group supplied on a newly installed InfoServer, to let terminals operate + until they are registered (created) in a work group you have created. The + Unregistered Terminals work group is preconfigured with factory-default + settings that are read-only. + + User-defined keys (UDKs) + Keyboard keys that a user can define to perform specific functions. + + Visual character attribute + A quality of a display character that highlights the character, such as bolding + and underlining. + + VXT launcher + See Application launcher. + + VXT manager + The person who manages the VXT system, work groups and the network. This + person assigns unique node names and addresses for each terminal on the + network, and provides administrative assistance to network users. + + Window + An area on your monitor screen that represents all or part of an application. + + Window frame + The resize border and title bar surrounding a window. + + Window manager + The window manager controls the size, placement, and operation of windows + in the workspace. The terminal’s Motif window manager includes the window + frames that surround each window object as well as the workspace menu. The + Motif window manager is a client program of the X Window System. + + Window menu + A menu that lets you control the size, shape, and position of a window. To + display the menu, you use the window menu button. + + + + +348 Glossary + Window menu button +The button at the left corner of a window’s title bar. Clicking MB1 on the +window menu button displays the window menu. + +Window system +A windowing architecture that allows the execution and display of applications +to be independent. Specific components of the architecture control the display +of applications and determine how applications run. Since its introduction by +MIT, the X Window System has become an industry standard. + +Work area +The area in a window where you can perform user tasks. + +Work group +A customization file and a set of terminals that share the file. Each work +group is assigned to a particular support server. + +Workspace +The monitor screen, where all windows are displayed. + +Workspace menu +A pop-up menu with items for arranging windows and customizing the window +manager. To display the workspace menu, point to anywhere in the workspace +and click MB1 or MB3. You can also display the workspace menu from the +window menu. + +XIE +X image extension. An extension to the X core protocol that handles image +functions. XIE enables compressed image data to be sent across the X wire +and image processing to be handled at the X server. + + + + + Glossary 349 + Index + +8-Bit Multinational Characters button ANSI keyboard, 247 to 255 + (DECterm), 153 editing keypad, 250 +7-Bit NRC Characters button (DECterm), figure, 248 + 153 function keys, 249, 251 +7-Bit NRCS Selection Options dialog box main keypad, 248 + (DECterm), 156 numeric keypad, 251 + Answerback message +A sending, 252 + Answerback Message box (DECterm), 154 +Accelerator keys, 206 + Any Host button (TM), 18 +Additional characters, 282 to 292 + Any Host Indirect button (TM), 19 + canceling a sequence, 286 + Application + hexadecimal sequences, 286 + font problems, 299 + invalid sequences, 285 + moving between applications, 199 + table, 288 + starting, 14 +Address + Application Cursor Keys button (DECterm), + Ethernet, 126 + 152 +Adjust Video Centering (TM) + Application Keypad button (DECterm), 152 + VX227 terminal, 60 + Application launcher, 237 +Adjust Video Rotation (TM) + command arguments, 238 + VX227 terminal, 60 + running +Allow All Connections button + OpenVMS systems, 238 + VXT EX, 245 + UNIX systems, 237 +Alt key, 218 + Application launching, 232 to 241 + Alt A key, 159 + host application, 236 + Alt Graph key (Sun), 272 + remote application, 240 +Alt key (PC), 262 + rsh commands, 241 + North American model, 262 + VXT application, 233, 241 +Alt key (Sun), 272 + Apply button, 40 + Alternate Shift key (German), 250 + VXT DECterm options, 140 +AltGr key (PC), 262 + Arrow keys, 250 +< > keys, 155 + function, 152 + ,< . > keys, 156 + PC keyboard, 263 + short ANSI keyboard, 258 + Sun style keyboard, 272 + + + + + Index–1 + Arrow keys (cont’d) Booting the terminal (cont’d) + to move pointer, 206 reboot commands, 99 +Audible indicators, 254 secondary boot file, 107 + PC keyboard, 264 using the XIE option, 107 + short ANSI keyboard, 260 VXT software + Sun style keyboard, 273 from VXT EX Options dialog box, +Authorizing hosts 246 + TCP/IP, LAT, or DECnet connections, 50 Bootstrap history +Authorizing users, 50 clearing, 303 +Auto print mode Border color settings + selecting, 251 window manager, 220 to 221 +Auto Print Mode button (DECterm), 159 Border settings +Auto Repeat button (DECterm), 155 window manager, 218 to 219 +Auto Repeat button (TM), 43 Break key +Auto Resize Terminal button (DECterm), See F5 key + 144 Browser color model, 313 +Auto Resize Window button (DECterm), 144 +Auto Wrap button (DECterm), 149 +Autostart feature C + Customize AutoStart dialog box (TM), 95 Cables +AutoStart feature, 24 part numbers, 325 + entering settings, 95 Cancel button, 40, 216 + VXT DECterm options, 140 +B Cancel Printing (DECterm), 136 + Caps Lock key (PC), 262 +Backarrow key (PC), 262 Caps Lock key (Sun), 271 +Background color (WM), 221 Center Image button (TM), 49 +Backing Store button (DECterm), 157 Character format +Backing Store button (TM), 93 serial communication, 68 +< x Backspace button (DECterm), 156 Character sets + Backspace key (PC), 262 +  + + + + + overview, 10 + Backspace key (Sun), 271 +  + + + + + typing additional characters, 283 +Batch Scroll Lines box (DECterm), 150 VXT 3270 window +Baud rate translation table, 193 + serial communication, 68 VXT DECterm window +Bell, 254, 255, 264, 273 7-bit NRC sets, 156 +Bell volume, 42 choosing a multinational set, 152 +Big Font button (DECterm), 145 selecting 8-bit or 7-bit, 153 +BIND name servers, 74 Check button +Booting the terminal, 98 to 110 defined, 209 + BOOT commands, 108 Clear Communications menu item + Customize Boot dialog box (TM), 105 (DECterm), 133 + error codes, 302 Clear Display menu item (DECterm), 133 + from a remote node, 107 + MOP trigger, 107 + primary boot file, 106 + + + +Index–2 + Clear Lines Off Top menu item (DECterm), Compose Character key (ANSI), 250, 284 + 133 Compose sequences, 284 +Clicking Composing characters + defined, 196 See Additional characters +Clientless VXT software, 4, 242 Conceal Answerback Message button +Close button (WM) (DECterm), 154 + using, 204 Condensed font setting (DECterm), 144 +Color Configuration manager, 85 + customizable features, 306 customizing the terminal, 8 + eyedropper, 309 identifying terminals, 59 + interpolator, 309 Confirm Close Terminal Manager button + mixing colors, 306 (TM), 58 + monitor setting, 94 Confirm Reset Session button (TM), 58 + paint buckets, 309 Connections Allowed button (TM), 50 + printing, 49 Control key (Sun), 271 + smearing colors, 309 Copy menu item + tiles, 309 VXT 3270 window, 171 +Color map entries, 157 VXT DECterm window, 130 +Color mixing Copying text + scratch pad, 314 disabled by some applications, 132 +Color Mixing dialog box, 307 extending selected text, 132, 173 +Color models, 307 host synchronization, 130 + browser, 313 selecting text + grayscale, 314 VXT 3270 window, 171 + HLS, 310 VXT DECterm window, 131 + picker, 307 using the keyboard only, 173 + RGB, 312 VXT 3270 window, 171 +Color systems VXT DECterm window, 130 + customizing window colors, 221 Create dialog box, 14 +Comma key, 156 Create menu (TM), 14, 23 +Commands menu (DECterm), 133 Creating sessions +Communication problems, 298 + See also Serial communication Creating sessions and applications, 14 to 24 + breaking serial, 252 Getting Started menu, 36 + DECnet settings, 81, 82 Ctrl key (ANSI), 249 + font problems, 299 Ctrl key (PC), 262 + InfoServer systems, 71 Cursor + LAT settings, 69 blinking or steady, 149 + network problems, 298 block or underline, 150 + NFS mount points, 78 text, 149 + serial and parallel ports, 66 VXT 3270 window, 168 + TCP/IP settings, 73, 74, 76 Cursor Blink button (DECterm), 149 +Communications submenu (TM), 65 Cursor Blink button (TM), 43 + + + + + Index–3 + Cursor keypad mode (PC), 263 Customize menu (TM) (cont’d) + font path, 86 +Customer service + keyboard settings, 41 + See Service + LASTport group code settings, 71 +Customize Font Path dialog box (TM), 88 + LAT settings, 69 +Customize menu (message box), 61 + NFS mount points, 78 +Customize menu (TM), 39, 85 + parallel port settings, 66 + AutoStart settings, 95 + pointer and mouse settings, 45 + basic settings, 38 to 61 + resource files, 113 + communication settings, 64 to 83 + Resource files, 113 + configuration management, 85 + saving the Terminal Manager window, 61 + Configuration submenu, 86 + screen background settings, 52 + Customize AutoStart dialog box, 95 + security settings, 50 + Customize Boot dialog box, 98, 105 + serial port settings, 66 + Customize DECnet dialog box, 81 + system settings, 84 to 113 + Customize DECnet Name Translator + TCP/IP Name Server settings, 74 + dialog box, 83 + TCP/IP routing table settings, 76 + Customize Font Path dialog box, 88 + TCP/IP settings, 73 + Customize Keyboard dialog box, 41 + video alignment, 60 + Customize Language dialog box, 44 + video alignment dialog box, 60 + Customize LASTport dialog box, 72 + window color settings, 54 + Customize LAT dialog box, 70 + X server, 93 + Customize NFS dialog box, 78 + Customize Message Box (TM), 63 + Customize Pointer dialog box, 45 + Customize Message dialog box (TM), 61 + Customize Print Screen dialog box, 48 + Customize NFS dialog box (TM), 78 + Customize Screen Background dialog box, + Customize Software Options (TM), 111 + 52 + Customized settings + Customize Security dialog box, 50 + DECwindows Customize utility, 9 + Customize Serial and Parallel Ports dialog + from a host system, 9 + box, 66 + overview, 7 + Customize Software Options dialog box, + problems + 110, 111 + cannot change settings, 300 + Customize TCP/IP dialog box, 73 + resource file, 7 + Customize TCP/IP Name Server dialog + terminal manager, 38, 64, 84 + box, 75 + VXT 3270 windows, 180 + Customize TCP/IP Routing Tables dialog + VXT DECterm windows, 138 + box, 77 + window manager, 213 + Customize Terminal Manager dialog box, + 57 + Customize Window Color dialog box D + color, 55 Data processing keys, 42 + monochrome, 54 ANSI keyboard, 253 + Customize X Server dialog box, 93 DEC OSF/1 AXP operating system + DECnet Name Translator settings, 82 NFS mount points, 78 + DECnet settings, 81 + display language, 44 + + + + +Index–4 + DEC OSF/1 AXP system Default Message Box Window (TM), 63 + print command, 35 Default options + quitting a remote session manager, 28 choosing, 210 + TCP/IP Name Server settings, 74 Default Terminal Manager Window (TM), 61 + TCP/IP printer port setup, 68 < x Delete button (DECterm), 156 + TCP/IP routing table settings, 76 < x delete key, 156 + TCP/IP settings, 73 < x delete key (ANSI), 249 +DECnet address, 16 Delete key (Sun), 273 + checking, 127 Determine IP Address (TM), 74 + entering, 82 Diacritical keys, 283 +DECnet session Diagnostic messages + entering a host name or DECnet address, VXT Message Box, 13 + 16 Dialog boxes + starting, 16 description, 208 +DECnet terminal window making changes, 210 + AutoStart, 95 options menus, 208 + ending, 28 Digital manuals +DECnet transport See Related documentation + Customize DECnet dialog box (TM), 81 Dimmed items, 210 + Customize DECnet Name Translator Disable F3 Key (TM), 58 + dialog box (TM), 83 Display Cursor button (DECterm), 149 + enabling, 81 Display Options dialog box (DECterm), 148 + name translator address Display Scaling (TM), 94 + primary, 83 Dithering, 49 + secondary, 83 Documentation, 321 + Name Translator settings, 82 online, 4, 36 + network buffer size ordering, 322 + entering, 82 Domain name, 76 + security, 50, 51 Double clicking + settings, 81 defined, 196 + terminal’s DECnet address, 12 Dragging +DECnet X session + See also Pointer shapes + AutoStart, 95 + defined, 196 + ending, 28 + Dynamic Routing button (TM), 77 +DECnet/SNA gateway, 161 +DECterm window + customizing, 8 E +DECterm windows EBCDIC translation table, 193 + See VXT DECterm windows Echoing data, 152 +DECwindows Edit menu + keyboard setting, 42 VXT 3270 window + overview, 7 format, 171 +Default button, 216 Select All, 171 + VXT DECterm window + format, 130 + + + + + Index–5 + Edit menu + VXT DECterm window (cont’d) + Select All, 131 F +Editing F1 (Hold) key (ANSI), 251 + VXT 3270 window, 170 F2 (Print) key (ANSI), 251 +Editing keypad F3 key + ANSI keyboard, 250 hiding the Terminal Manager window, 58 + used as a mouse, 250 F5 (Break) key, 154 +Electrical specifications, 327 F5 (Break) key (ANSI), 252 +Ending a session, 27 Factory-default settings +Enet address, 126 restoring, 303 +Enter Connection Parameters dialog box File menu (DECterm), 137 + (3270), 163 Finish Printing (DECterm), 136 +Enter key (ANSI), 251 Font +Enter key (PC), 262 problems, 299 +Return key (Sun), 271 scaling the display of, 94 +Environmental specifications, 327 VXT DECterm window, 144, 145 +Error codes custom fonts, 146 + booting, 302 Font manager + NFS, 300 enabling or disabling use of, 112 +Error messages, 302 Font path + See Diagnostic messages activating, 87 + displaying, 62 checking, 126 +Errors directory, 89 + Ethernet, 121 entering, 88 + LASTport protocol, 121 errors, 92 + LAT protocol, 118 font source, 88 +ESC character, 155 NFS, 90 +Esc key (PC), 263 removing, 89 +Esc key (Sun), 271 TCP/IP, 91 +Escape key, 155 TFTP, 90 +Ethernet transport, 88 + displaying errors and counters, 121 Font server +Ethernet address, 126 TCP/IP font path, 91 + hardware address, 12 Fonts + when using DECnet, 12 font path settings, 86 to 92 +Ethernet Counters dialog box (TM), 120 Foreground color (WM), 221 +Ethernet problems, 298 Form Feed Terminator button (DECterm), +Ext key 158 + location, 176 Function keys, 258 +Extend key (short ANSI), 256, 257 ANSI keyboard, 249, 251 + PC keyboard, 263 + + + + +Index–6 + Host-based terminals + loading VXT software, 100 +G Host-based window manager, 57 +General Options dialog box (DECterm), 150 HP–UX operating system +German Standard Font button (DECterm), IP X session, 18 + 145 print command, 35 +Getting Started menu + figure, 36 +Getting Started menu (TM), 36 I +Graphics Options dialog box (DECterm), 157 IBM AIX operating system +Graphics printing button (DECterm), 159 print command, 35 +Gray scale Icon box + monitor setting, 94 saving the size and location of, 222 + printing, 49 Icon color settings +Grayscale color model, 314 window manager, 223 to 224 +Group code Icon Name button (DECterm), 145 + entering, 71 Icon settings + Group Shift key (German), 250, 285 window manager, 221 to 223 + Icons, 201 + customizing colors of, 224 +H displaying the icon box, 222 +Hebrew keyboard labels and images, 223 + Customize Keyboard Type (TM), 41 location of, 222 +Hebrew language making a window active, 218 + Customize Language dialog box (TM), 44 rearranging, 202 +Hexadecimal key sequences, 286 restoring, 93, 157 +Hiding restoring windows, 203 + Terminal Manager window, 58 size, 222 + VXT Message box, 58 stacking, 205 +HLS color model, 310 Icons (DECterm) +Hold key selecting icon names, 145 + See F1 key Image accelerator board +Horizontal Cursor Coupling button functions, 317 + (DECterm), 149 Indicator lights, 254 +Horizontal Scroll Bar button (DECterm), InfoReader library, 4 + 149 accessing, 36 +Host applications enabling or disabling use of, 112 + See Remote applications InfoReader Library dialog box, 37 +Host Preconfigured button (TM), 106 InfoServer system, 3 +Host status line, 149 defined, 3 +Host-based software, 3 font path, 89 + font path fonts + checking, 126 for VXT DECterm window, 146, 147 + monitoring memory usage, 6 LASTport group codes, 71 + name, 125 + + + + + Index–7 + Input focus Keyboard (cont’d) + giving a window, 199 VXT 3270 window, 184 +IP address, 17 warning bell, 155 + checking, 126 Keyboard model + domain name, 76 setting, 41 + entering, 73, 74 Keyboard Options dialog box (DECterm), + entering an indirect address, 19 154 + formats, 18 Keyboard settings (TM), 41 to 43 + primary name server, 75 Keyclick, 254, 255, 264, 273 + reading from a host, 74 volume slide bar, 42 + secondary name server, 76 Keys +IP subnet mask repeating, 43 + entering, 74 +IP transport L + for loading VXT software, 100 +IP X session LA printers + AutoStart, 95 print settings for, 49 + limit, 17 Language + quitting, 28 Customize Language dialog box (TM), 44 + display, 44 + keyboard, 41 +J LASTport group code +Janus-faced keys, 263 entering, 72 + LASTport transport + Customize LASTport dialog box (TM), 72 +K displaying errors and counters, 121 +# £ key (short ANSI), 259 font path, 89 +Key bindings, 227 group code settings, 71 +Keyboard LAT Counters dialog box (TM), 118 + ANSI keyboard, 247, 248 LAT session + auto repeat feature, 155 starting, 15 + Customize Keyboard dialog box (TM), 41 LAT terminal window + indicator lights, 254 AutoStart, 95 + launching applications creating, 28 + local, 235 LAT transport + remote, 240 circuit timer, 70 + local echo, 152 Customize LAT dialog box (TM), 70 + PC keyboard, 260 displaying errors and counters, 118 + PC keycodes, 266 to 269 font path, 91 + problems, 295 font paths, 88 + short ANSI keyboard, 255 keep alive timer, 71 + specifications, 326, 328, 329, 330 printing from a host, 68 + Sun keycodes, 274 to 277 retransmit timer, 71 + Sun style keyboard, 270 security, 50, 51 + UNIX keyboard, 255 settings, 69 + terminal’s LAT address, 12 + + + +Index–8 + LAT transport (cont’d) Menu bindings, 227 + tuning performance, 69 changing or adding, 229 + VXT EX security, 245 Menus +LAT X session displaying from the keyboard, 206 + AutoStart, 95 overview, 206 + ending, 28 pop-up menus, 207 +Launching pull-down menu, 206 + applications, 232 Message Box, 13 + sessions, 232 AutoStart, 95 +Lights Customize menu, 61 + See Indicator lights displaying, 63 +List Known Hosts button (TM), 19 Message Box (TM) +Listed Users Only button (TM), 51 booting software option, 112 +Little Font button (DECterm), 145 Message region +Local Echo button (DECterm), 152 scroll lines saved, 62 +Lock key (ANSI), 249 title, 62 +Lock key (short ANSI), 257 Messages +Lock Key State (TM), 43 controlling displays, 61 +Lock UDKs button (DECterm), 152 displaying, 62 +Lock User Features button (DECterm), 152 pause prompt box, 59 +Lower button (WM) Metric button(TM), 78 + using, 204 Minimize button (WM) +lp command, 35 using, 201 +lpr command, 35 Mnemonic, 206 + Modem Control buttons (TM), 69 + Modems +M breaking communication, 252 +Managing terminals, 85 part numbers, 324 +Margin bell, 255, 264, 273 Modified ISO-Latin Character Set +Margin Bell button (DECterm), 155 figure, 193 +Matte Monitor + customizing, 225 color, 94 +Matte settings gray scale, 94 + window manager, 225 to 226 problems, 294 +Maximize button (WM) Monitors + using, 200 specifications, 326, 327 +MB3 pop-up menu (3270), 178 MOP Boot File box (TM), 106 +Memory MOP transport + clearing, 6 for loading VXT software, 100 + controller board, 5 MOP trigger + memory modules, 5 for rebooting the terminal, 107 + monitoring the use of, 123 Motif window manager + monitoring usage, 6 AutoStart, 95 + requirements, 5 restarting, 23 + size, 127 + + + + + Index–9 + Motif Window Manager (TM) No Form Feed button, 49 + booting software option, 111 Nonselectable items, 210 +Mounting files Normal Cursor Keys button (DECterm), 152 + errors, 300 Normal font setting (DECterm), 144 +Mouse Normal Print Mode button (DECterm), 159 + See also Using scroll bars Num Lock key (Sun), 272 + button layout, 46 Number generator mode (PC), 263 + buttons defined, 195 Number generator mode (Sun), 272 + double click timeout, 47 Number of Bit Planes button (DECterm), + editing keypad, 250 158 + figure, 196 Numeric keypad + pointer acceleration, 46 ANSI keyboard, 251 + problems, 295 PC keyboard, 263 + settings, 45 Sun style keyboard, 272 + specifications, 327, 330 VXT 3270 window, 175 + using, 195 Numeric Keypad button (DECterm), 152 + using the editing keypad as a mouse, 252 +Mouse button bindings, 227 +Move button (WM) + O + using, 203 OK button, 40, 216 +Multinational character sets, 152 VXT DECterm options, 140 +Multiple VXT Launchers, 237 Online documentation, 4, 36 + Open Look window manager, 29 + fonts +N host system, 31 +Name server, 74 InfoServer system, 31 +National replacement character sets, 156 setup, 29 +Network OpenVMS operating system + monitoring network utilization, 123 DECnet Name Translator settings, 82 + problems, 298 DECnet settings, 81 + routes LAT settings, 69 + TCP/IP, 117 print command, 35 + status, 28, 114 Option settings + TCP/IP routing tables, 77 VXT DECterm +Network address, 12 recalling, 141 +Network buffer size Options + DECnet, 82 ordering, 322 +Newline button (DECterm), 151 part numbers, 324 to 325 +NFS mount points scroll box (TM), 79 viewing installed options, 127 +NFS transport VXT DECterm window, 138 to 160 + error codes, 300 Options button (TM), 245 + font path, 90 Options menu (DECterm), 135, 139 + mount points, 78 7-BIT NRCS Selection Options dialog box, + 156 + Display Options dialog box, 148 to 150 + + + + +Index–10 + Options menu (DECterm) (cont’d) Pasting text + General Options dialog box, 150 to 154 host synchronization, 130 + Graphic Options dialog box, 157 to 158 Quick Copy, 132, 172 + Graphics Options dialog box, 157 remote DECterm windows, 132, 172 + Keyboard Options dialog box, 154 to 156 VXT 3270 window, 171, 172 + Printer Options dialog box:, 158 to 160 VXT DECterm window, 130, 131 + saving and restoring settings, 140 Pause key (PC), 264 + Window Options dialog box, 142 to 147 Pause key (Sun), 272 +Options menus, 208 Pausing a session, 25 +Options submenu (WM), 213 to 231 resuming the session, 26 + border colors, 220 PC keyboard, 260 to 269 + border settings, 218 ANSI keyboard option, 260 + icon, 221 editing keypad, 263 + icon color, 223 figure, 261 + list of window manager functions, 228 function keys, 263 + matte, 225 Janus-faced keys, 263 + resource configuration, 226 main keypad, 261 + Workspace: Border Color Options dialog models, 260 + box, 220 numeric keypad, 263 + Workspace: Border Options dialog box, redefining keys, 265 + 218 special-function keys, 262 + Workspace: Customize Resource dialog PF keys (3270), 174 + box, 227 PF1 to PF4 keys, 251 + Workspace: Icon Color Options dialog box, Photographic images + 223 printing, 49 + Workspace: Icon Options dialog box, 221 Picker color model, 307 + Workspace: Matte Options dialog box, ping + 225 definition, 115 + Workspace: Options dialog box, 216 Pointer +Output Color Mode buttons (TM), 49 settings, 45 + shapes, 197, 201 +P Pointing + defined, 196 +Pagefile, 125 Pop-up menus, 207 +Parallel communication Port number + settings, 66 specifying for Telnet, 18 +Parallel port Port usage + customizing, 66 serial or parallel, 67 + for printing, 67 # £ pound key (ANSI), 253 +Parity, 68 Power-up self-test, 302 +Parity Check button (TM), 68 Preferred Services scroll box, 14 +Paste menu item entries added to menus, 23 + VXT 3270 window, 171 managing, 22 + VXT DECterm window, 130 + + + + + Index–11 + Printing +Pressing + from a host system (cont’d) + defined, 196 +Print All Characters button (DECterm), 160 HP–UX or SCO ODT, 35 +Print All Text (DECterm), 136 OpenVMS, 35 +PRINT command, 35 ULTRIX, DEC OSF/1 AXP, SunOS, or +Print Full Page + Transcript button IBM AIX, 35 + (DECterm), 160 from a TCP/IP or LAT host, 68 +Print Full Page button (DECterm), 160 from DECterm windows, 158 to 160 +Print Graphics (DECterm), 136 from the host system, 159 + F2 (Print) key, 159 gray scale or color, 49 + LAT print jobs +Print key + canceling, 33 + See F2 key network +Print menu (DECterm), 135 enabling or disabling, 112 +Print National Characters + Line Drawing output format, 48 + button (DECterm), 160 pixel aspect ratio, 49 +Print National Characters Only button Print Screen menu, 32 + (DECterm), 160 printer status, 34 +Print Screen (TM) ribbon or toner saver, 49 + booting software option, 112 rotated image, 49 + Print Screen key (PC), 264 + TCP/IP print jobs +PrSc key (Sun), 272 + canceling, 33 +Print screen settings, 48 the screen, 159 +Print Scroll Region Only button (DECterm), under host control, 159 + 160 using TCP/IP, 34 +Print Selected Text (DECterm), 136 VXT 3270 window, 171 +Print Selection Only button (DECterm), 160 Problems, 293 +Print Text Page (DECterm), 136 Pull-down menu +Printer controller mode, 159 displaying, 206 +Printer Options dialog box (DECterm), 158 Push button +Printer port defined, 210 + choosing serial or parallel, 67 +Printer Port button (TM), 68 +Printer to Host button (DECterm), 159 Q +Printers, 32 Quick Copy, 132, 172 + baud rate, 68 Quitting + problems, 295 a remote session manager, 29 +Printing, 32 + canceling, 34 + center image, 49 R + Customize Print Screen dialog box (TM), Radio button + 48 defined, 210 + dithering, 49 Reboot menu item, 27 + form feed character, 49 + from a host system, 34 + canceling, 35 + + + + +Index–12 + Reboot Options box (TM), 107 RGB color model, 312 +Record dialog box (3270) Rotate/Scale Picture button (TM), 49 + figure, 174 Routes scroll box (TM), 78 +Record Lines Off Top box (DECterm), 150 Rows and columns (DECterm), 144 +Record Lines Off Top button (DECterm), 148 rsh commands +Recording key sequences (3270), 174 launching applications, 241 +ReGIS graphics, 157, 158 + VXT DECterm window, 141 +Related documentation, 321 + S +Remote application Save Message Box Window(TM), 63 + entering the VXT launcher name, 21 Save Terminal Manager Window (TM), 61 +Remote applications Saving feature settings + starting terminal manager settings, 40 + Create dialog box, 21 window manager settings, 215 +Remote session managers, 28 Saving settings +Remote window manager, 57 VXT DECterm windows, 140 +Report Macrograph Contents button Scale + (DECterm), 157 defined, 209 +Reset button, 216 SCO ODT operating system +Reset menu item, 27 print command, 35 +Reset Terminal menu item (DECterm), 134 Scratch pad, for color, 314 +Resize border Screen + customizing, 219 Customize Screen Background dialog box +Resize cursor, 201 (TM), 52 +Resize Window menu item (DECterm), 133 Screen background, 53 +Resizing Screen color (TM), 52 + VXT DECterm windows, 144 Screen Saver button (TM), 53 +Resource file, 7 Screen settings (TM), 52 + specifying, 113 Scroll bar, 211 +Resource settings Scroll region, 211 + window manager, 226 to 231 Scrolling methods, 211 +Restore button (WM) Scroll Lock key (PC), 264 + using, 203 Scroll Lock key (Sun), 272 +Restore Message Box Window(TM), 63 Scrolling +Restore Terminal Manager Window (TM), 61 controlling, 155 +Restoring feature settings Seating, 332 + terminal manager settings, 40 Secondary Boot button (TM), 107 + window manager settings, 215 Security +Restoring settings Customize Security dialog box (TM), 50 + VXT DECterm windows, 140 OpenVMS sessions, 29 +Return key Security settings, 50 + selecting the function of, 151 adding authorized users, 51 +Return key (ANSI), 249 authorizing TCP/IP, LAT, or DECnet + connections, 50 + removing authorized users, 51 + + + + + Index–13 + Security settings (cont’d) Session Status menu (TM) + VXT EX, 245 TCP/IP Network Test (ping) dialog box, +Select All menu item 115 + VXT 3270 window, 171 TCP/IP Routes dialog box, 117 + VXT DECterm window, 130 Setup +Serial communication + See Customize menu, Options submenu + baud rate, 68 + Setup Key (VXT EX), 245 + settings, 66 + Shadow colors (TM), 55 +Serial port + Shadow colors (WM), 221 + customizing, 66 + Share Color Map Entries button (DECterm), + for printing, 67 + 157 +Serial printer + Shift clicking + setup, 159 + defined, 196 +Serial session + Shift key (ANSI), 249 + starting, 15 + Shift key (short ANSI), 258 +Serial terminal window + Shift key (PC), 262 + AutoStart, 95 + Shift key (Sun), 271 + ending, 28 + Short ANSI keyboard, 255 to 260 +Server-based software, 4 + arrow keys, 258 + font path + extended ANSI layout, 256 + checking, 126 + figure, 255 + pagefile, 125 + main keypad, 256 +Server-based terminals + predefined keys, 258 + loading VXT software, 102 + special-function keys, 257 +Service, 304 to 305 + top-row function keys, 258 +Session + user-defined keys, 259 + AutoStart, 24 + Shutdown menu item, 27 + AutoStart settings, 95 + Site preparation, 326 + creating + Sixel graphics, 158 + VXT Create pop-up menu, 23 + VXT DECterm window, 141 + ending, 27 + Size button (WM) + help on creating, 36 + using, 203 + pausing, 25 + Slider + quitting from a remote session manager, + in scroll bar, 211 + 29 + Software options + starting, 14 + turning off, 110 + DECnet session, 16 + Solving problems, 293 + IP session, 17 + Specifications, 326 to 330 + LAT session, 15 + Startup State (TM), 58 + serial session, 15 + Status Display button (DECterm), 149 + using preferred services, 23 + Status indicators (VXT 3270), 169 +Session menu (TM), 24, 25, 27 + Status line, 149 + Status submenu, 115 + Status submenu (TM), 115 + Ethernet Counters dialog box, 120 + figure, 115 + + + + +Index–14 + Status submenu (TM) (cont’d) TCP/IP session + LAT Counters dialog box, 118 preferred services (cont’d) + System Configuration dialog box, 124 adding from the Known Hosts dialog + System Monitor dialog box, 123 box, 20 + using, 114 to 127 starting, 17 +Status update frequency TCP/IP transport + seconds, 59 Customize TCP/IP dialog box (TM), 73 +Stepping arrow, 211 Customize TCP/IP Name Server dialog +Sun style keyboard, 270 to 277 box (TM), 75 + editing keypad, 272 Customize TCP/IP Routing Tables dialog + figure, 270 box (TM), 77 + function keys, 271, 273 enabling, 73 + main keypad, 271 font path, 91 + numeric keypad, 272 Name Server settings, 74 + redefinding keys, 274 printing from a host, 68 +Sun system routing table settings, 76 + font conversion, 31 security, 50, 51 +Sun systems terminal settings, 73 + Open Look window manager, 29 terminal’s IP address, 12 +SunOS operating system VXT EX security, 245 + print command, 35 Telnet terminal window +System box AutoStart, 95 + problems, 293 ending, 28 + specifications, 326 Terminal +System Configuration dialog box (TM), 124 LASTport group codes, 71 +System Defaults button, 40 network addresses, 12 +System Monitor dialog box (TM), 123 overview, 1 to 10 +System-default settings problems, 296 + VXT DECterm resource file name, 127 + recalling, 141 status, 28, 114 + system configuration, 124 + TCP/IP address, 73 +T Terminal address, 126 +Tab key (ANSI), 249 Terminal ID button (DECterm), 153 +Tab key (PC), 262 Terminal Manager window, 11 to 37 +Tab key (Sun), 271 AutoStart, 95 +TCP/IP Network Test (ping) dialog box (TM), closing, 13 + 115, 116 controlling display of, 58 +TCP/IP Routes dialog box (TM), 117 Create dialog box, 14 +TCP/IP session Create menu, 14 + displaying available hosts, 19 Customize menu, 84 + entering a host name or IP address, 17 communications, 64 + options, 18 user preferences, 38 + entering an indirect host name or IP customizing, 8 + address, 19 features, 12 + preferred services + + + + Index–15 + Terminal Manager window (cont’d) UNIX operating system + figure, 12 NFS mount points, 78 + Getting Started menu, 36 quitting a remote session manager, 28 + hiding, 14, 58 TCP/IP Name Server settings, 74 + icon, 58 TCP/IP printer port setup, 68 + option settings TCP/IP routing table settings, 76 + saving and recalling, 40 TCP/IP settings, 73 + Print Screen menu, 32 UPSS DEC Supplemental button (DECterm), + saving the size and position of, 61 152 + Session menu, 24, 25 UPSS ISO Latin 1 Supplemental button + starting, 21 (DECterm), 152 + using, 11 to 37 User-defined keys +Terminal Size box (DECterm), 144 ANSI keyboard, 252 +Terminal Tag (TM), 59 locking, 152 +Terminal window short ANSI keyboard, 259 + on the serial port User-preferred settings, 38 + AutoStart, 95 User-preferred supplemental sets, 152 +Test + power-up self-test, 302 +Text-entry boxes V + typing in, 209 Vertical Cursor Coupling button (DECterm), +TFTP 149 + font path, 90 Vertical Scroll Bar button (DECterm), 148 +Tilde key, 155 Video alignment +Title bar Customize video alignment dialog box + moving a window with, 200 (TM), 60 +Translation table, 193 VX227 terminal, 60 +Troubleshooting VRM17 monitor settings, 294 + boot error codes, 302 VT emulation mode (DECterm), 153 +Troubleshooting problems, 293 VX227 terminal +Typewriter keys, 42 video alignment controls, 60 + VXT 2000 windowing terminal + overview, 1 to 10 +U VXT 3270 window +ULTRIX operating system Access Name, 164 + DECnet Name Translator settings, 82 Application Name, 165 + DECnet settings, 81 Authorization Password, 165 + NFS mount points, 78 AutoStart, 95 + print command, 35 character set + quitting a remote session manager, 28 translation table, 193 + TCP/IP Name Server settings, 74 character sets, 10 + TCP/IP printer port setup, 68 checklist, 162 + TCP/IP routing table settings, 76 connection parameters, 177 + TCP/IP settings, 73 creating a session, 162 + cursor + + + + +Index–16 + VXT 3270 window VXT 3270 window (cont’d) + cursor (cont’d) Wait parameter, 166 + moving, 170 Window Options dialog box + customizing, 8, 180 to 194 figure, 183 + Data parameter, 165 work area, 167 + Define Key dialog box format, 168 + figure, 181 VXT application + display starting, 21 + customizing, 183 VXT application launcher + Edit menu, 171 See Application launcher + editing data, 170 VXT Create pop-up menu (WM), 23, 24 + enabling or disabling use of, 112 VXT DECterm window + Enter Connection Parameters dialog box, answerback message, 154 + 163 character set selection, 152, 153 + entering data, 169 character sets, 10 + exiting, 179 choosing a 7-bit NRC character set, 156 + field attributes, 177 clearing, resetting, or resizing, 133 + function list, 177 color, 149 + Gateway, 164 Commands menu, 133 + key functions, 187 cursor, 150 + keyboard functions, 184 cursor key functions, 152 + keyboard layout map, 176 customizing, 8 + Logon Mode, 165 display settings, 148 to 150 + mouse, 184 Edit menu, 130 + numeric keypad exiting, 137 + entering numbers, 175 font size, 145 + overview, 161 format, 128 + pop-up menu, 178 general settings, 150 to 154 + printing, 171 graphics settings, 157 to 158 + protected and unprotected fields, 168 icon name, 145 + PU Name, 164 keyboard settings, 154 to 156 + recording key sequences, 174 locking UDKs, 152 + canceling, 175 numeric keypad function, 152 + playing back, 175 options, 138 to 160 + viewing, 175 saving and restoring, 141 + Selector Mouse, 184 saving and restoring settings, 140 + Session Address, 164 Options menu, 135, 139 + status indicators, 169 Print menu, 135 + Terminal Type, 165 printer settings, 158 to 160 + user-defined keys, 180 printing, 135 to 136 + deleting, 182 problems, 300 + saving and loading, 182 resizing, 144 + using, 161 to 179 rows and columns, 144 + VXT 3270 TE dialog box scrolling speed, 150 + figure, 167 using, 128 to 137 + + + + + Index–17 + VXT DECterm window (cont’d) + window settings, 142 to 147 + window title, 144 W +VXT DECterm windows Warning bell, 255, 265, 273 + enabling and disabling, 111 volume slide bar, 42 +VXT EX button (TM), 107 Warning Bell button (DECterm), 155 +VXT EX software 3270 window + loading, 243 See VXT 3270 window + overview, 4 customizing, 8 + security, 245 Window borders + specifying, 98 customizing, 219 + switching to VXT software, 246 Window colors (TM), 54, 55 + using, 242 color, 55 +VXT loader file (VXTLDR), 106 monochrome, 54 +VXT Message Box, 13 Window manager + closing, 13 border colors, 220 + controlling display of, 58 border settings, 218 + Customize menu customizing, 8 + Customize Message dialog box, 61 defining + customizing, 61 button, 226, 230 + figure, 13 key, 226, 230 + hiding, 14, 58 menu, 226 + icon, 58 menu item, 229 + saving the size and position of, 63 icon colors, 223 + starting, 21 icon settings, 221 +VXT software launching applications, 232 + boot commands, 108 local, 233 + booting remote, 236 + from VXT EX Options dialog box, list of functions, 228 + 246 matte, 225 + loading option settings + from an InfoServer system, 102 saving and restoring, 215 + host-based operation, 100 Options submenu, 214 + loading process, 99 remote, 29 + overview, 3 Open Look window manager, 29 + restarting, 27 starting, 21 + software options, 126 workspace settings, 216 + specifying a version, 98 Window manager menu + system image names, 101, 103 customizing colors, 221 + turning off options, 110 Window menu (WM) + version number, 125 moving a window with, 203 +VXT Software button (TM), 107 using, 200 + Window Options dialog box (DECterm), 143 + + + + +Index–18 + Window size Workspace: Border Options dialog box (WM), + when moving or resizing, 218 218 +Window Title button (DECterm), 144 Workspace: Customize Resource dialog box +Windows, 195 to 212 (WM), 227 + See also Pointer shapes Workspace: Icon Color Options dialog box + action when removed, 218 (WM), 223 + activating, 217, 218 Workspace: Icon Options dialog box (WM), + background color, 56 221 + changing input focus, 205 Workspace: Matte Options dialog box (WM), + changing the size of, 200 225 + closing with the window menu button, + 219 X + customizing + colors, 221 X image extension (XIE) software, 316 to + defined, 197 320 + foreground color, 56 bitonal images, 317 + highlight color, 56 enabling, 107 + lowering to the bottom of the stack, 202 pipeline constraints, 318 + moving, 199, 218 pipeline examples, 319 + Options submenu, 213 pipelines, 317 + popping to the top of the stack, 202 X Image Extension (XIE) software + reducing to icons, 201 enabling or disabling use of, 112 + resizing, 203, 204 X Image Extension button (TM), 107 + restacking, 205 X server, 93 to 94 + restoring from icons, 203 checking for XIE capability, 317 + saving window settings, 215 Customize X Server dialog box (TM), 93 + selecting, 199 Monitor, 94 + settings scaling the display, 94 + VXT DECterm windows, 142 X Session Reset Server Action (TM), 94 + shadow colors, 55, 56 X Window System, 7 + stacking, 202, 217 X11 colors, 313 +Work environment, 331 XOFF signal, 69 +Work group + resource file name, 127 +Workspace button (WM) + using, 204 +Workspace settings + window manager, 216 to 218 +Workspace submenu (WM), 204 + launching applications, 233 +Workspace: Border Color Options dialog box + (WM), 220 + + + + + Index–19 + \ No newline at end of file diff --git a/xie/docs/dec/XIEProto.TXT b/xie/docs/dec/XIEProto.TXT new file mode 100644 index 0000000..b5757b3 --- /dev/null +++ b/xie/docs/dec/XIEProto.TXT @@ -0,0 +1,6614 @@ + + + + + + +X Image Extension Protocol + + + + +Publication Description: + +This document describes the protocol of the X WINDOW SYSTEM IMAGE EXTENSION. + + + + + + + + + + + + + + +Version 5.02 + +X Consortium Standard + +X Version 11, Release 6.3 + +December 16, 1996 + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +Copyright © 1988, 1989, 1990, 1991, 1992 Digital Equipment Corporation + +Copyright © 1990, 1991, 1992, 1993, 1994 X Consortium, Inc. + +Copyright © 1992, 1993, 1994 AGE Logic, Inc. + + +Permission to use, copy, modify, distribute, and sell this documentation for any purpose +is hereby granted without fee, provided that the above copyright notices and this permis- +sion notice appear in all copies. Digital, the X Consortium, and AGE Logic make no +representations about the suitability for any purpose of the information in this document. +This documentation is provided as is without express or implied warranty. + + + +Contents +Contents iii +Preface x +Related Documents x +Participants xi +Authors: xi +Contributors: xi +Revision History xi +Organization xii +Introduction xii +Protocol Parameter Types and Syntax xii +Protocol Requests and Replies xii +Pipeline Elements xii +Events and Errors xii +Techniques xii +Service Classes xii +Protocol Encodings xii +Acknowledgments xiii +Introduction 1-1 +Scope and Purpose 1-1 +Terminology 1-1 +Techniques 1-1 +Service Classes 1-1 +Specification Syntax 2-1 +General Syntax 2-1 +Request Syntax 2-2 +Requests without a Reply: 2-2 +Requests with a Reply: 2-2 +Syntax of Photo Elements 2-3 +Photo Elements: 2-3 +Syntax of Events 2-4 +Events generated by Photo Elements: 2-4 +Syntax of Errors 2-4 +Core X errors 2-4 +XIE non-Photoflo errors: 2-4 +XIE Photoflo related errors: 2-4 +Syntax of Protocol Encodings 2-5 +Requests 2-5 +Replies 2-5 +PhotoElements 2-5 +Events 2-6 +Errors 2-6 +Parameter Types 3-1 +XIE and Core X Types 3-1 +Techniques 3-1 +Definitions 3-2 +XieTypAlignment 3-2 +XieTypArithmeticOp 3-2 +XieTypColorAllocTechnique 3-3 +XieTypColorList 3-3 +XieTypCompareOp 3-3 +XieTypConstant 3-4 +XieTypConstrainTechnique 3-5 +XieTypConvertFromRGBTechnique 3-5 +XieTypConvertToRGBTechnique 3-5 +XieTypConvolveTechnique 3-6 +XieTypDataClass 3-6 +XieTypDataStream 3-6 +XieTypDataType 3-6 +XieTypDecodeTechnique 3-7 +XieTypDitherTechnique 3-7 +XieTypEncodeTechnique 3-8 +XieTypExecutable 3-8 +XieTypExportNotify 3-9 +XieTypExportState 3-9 +XieTypFloat 3-9 +XieTypGamutTechnique 3-10 +XieTypGeometryTechnique 3-10 +XieTypHistogramData 3-11 +XieTypHistogramShape 3-11 +XieTypInterleave 3-11 +XieTypLevels 3-12 +XieTypLUT 3-12 +XieTypMathOp 3-12 +XieTypMatrix 3-12 +XieTypOrientation 3-13 +XieTypPhotoElement 3-14 +XieTypPhotoflo 3-14 +XieTypPhotofloOutcome 3-14 +XieTypPhotofloState 3-15 +XieTypPhotomap 3-15 +XieTypPhotospace 3-15 +XieTypPhototag 3-15 +XieTypProcessDomain 3-16 +XieTypRectangle 3-16 +XieTypROI 3-16 +XieTypServiceClass 3-17 +XieTypTechniqueGroup 3-17 +XieTypTechniqueRec 3-18 +XieTypTile 3-18 +XieTypTripletoftype 3-18 +XieTypWhiteAdjustTechnique 3-19 +Resources 4-1 +Overview 4-1 +Binding Resources to Photoflos 4-1 +ColorList resources 4-1 +LUT, Photomap, and ROI resources 4-1 +Resource destruction 4-2 +Synchronizing resource access 4-2 +Capability Acquisition 4-3 +QueryImageExtension 4-3 +Technique Acquisition 4-4 +QueryTechniques 4-4 +ColorList 4-5 +CreateColorList 4-5 +DestroyColorList 4-5 +PurgeColorList 4-6 +QueryColorList 4-6 +LUT 4-7 +CreateLUT 4-7 +DestroyLUT 4-7 +Photomap 4-8 +CreatePhotomap 4-8 +DestroyPhotomap 4-8 +QueryPhotomap 4-9 +ROI 4-10 +CreateROI 4-10 +DestroyROI 4-10 +Pipelined Processing 5-1 +What is a Photoflo? 5-1 +Two kinds of Photoflos 5-2 +Multi-client Photoflos 5-2 +Photoflo States 5-3 +Flo'ing Data to a Resource 5-3 +Name space 5-4 +CreatePhotospace 5-4 +DestroyPhotospace 5-4 +Immediate Photoflos 5-5 +ExecuteImmediate 5-5 +Stored Photoflos 5-6 +CreatePhotoflo 5-6 +DestroyPhotoflo 5-6 +ExecutePhotoflo 5-7 +ModifyPhotoflo 5-8 +RedefinePhotoflo 5-8 +Sending Data to the Server 5-9 +PutClientData 5-9 +Retrieving Data from the Server 5-10 +GetClientData 5-10 +Status 5-11 +QueryPhotoflo 5-11 +Synchronization 5-12 +Await 5-12 +Termination 5-12 +Abort 5-12 +Import Elements 6-1 +Overview 6-1 +Element categories 6-1 +Multi-source images 6-1 +Events generated 6-1 +Import from Client 6-1 +ImportClientLUT 6-2 +ImportClientPhoto 6-3 +ImportClientROI 6-4 +Import from Resource 6-5 +ImportDrawable 6-5 +ImportDrawablePlane 6-6 +ImportLUT 6-7 +ImportPhotomap 6-8 +ImportROI 6-9 +Process Elements 7-1 +Overview 7-1 +Limiting the Process 7-1 +Process Selected Bands 7-1 +Process Intersecting Pixels 7-1 +Process Selected Pixels 7-2 +Data Types 7-2 +Process Categories 7-3 +Process Definitions 7-3 +Arithmetic 7-4 +BandCombine 7-5 +BandExtract 7-6 +BandSelect 7-7 +Blend 7-8 +Compare 7-9 +Constrain 7-11 +ConvertFromIndex 7-12 +ConvertFromRGB 7-13 +ConvertToIndex 7-14 +ConvertToRGB 7-15 +Convolve 7-16 +Dither 7-17 +Geometry 7-18 +Logical 7-20 +MatchHistogram 7-22 +Math 7-23 +PasteUp 7-24 +Point 7-25 +Unconstrain 7-26 +Export Elements 8-1 +Element categories 8-1 +Export to Client 8-1 +Events generated 8-1 +ExportClientHistogram 8-2 +ExportClientLUT 8-3 +ExportClientPhoto 8-4 +ExportClientROI 8-5 +Export to Resource 8-6 +ExportDrawable 8-6 +ExportDrawablePlane 8-7 +ExportLUT 8-8 +ExportPhotomap 8-9 +ExportROI 8-10 +Events and Errors 9-1 +Events 9-1 +ColorAlloc 9-1 +DecodeNotify 9-2 +ExportAvailable 9-2 +ImportObscured 9-3 +PhotofloDone 9-3 +Resource Errors 9-4 +Photoflo errors 9-5 +Techniques A-1 +Standard and Private Techniques A-1 +Technique numbers A-1 +Technique names A-1 +Default Techniques A-2 +Technique parameters A-2 +Technique information A-2 +Color Allocation Techniques A-3 +Constrain Techniques A-4 +Convert From RGB A-5 +Convert To RGB A-6 +Convolution Edge Techniques A-8 +Decode Techniques A-9 +Dithering Techniques A-13 +Encode Techniques A-14 +Gamut Compression Techniques A-18 +Geometry Techniques A-19 +Histogram Shapes A-27 +White Point Adjustment Techniques A-28 +Service Class B-1 +Full B-1 +DIS B-1 +Service Class Summary B-2 +Protocol Encodings C-1 +Extension Name C-1 +Types C-1 +Requests and Replies C-9 +Import Elements C-15 +Process Elements C-17 +Export Elements C-22 +Technique Parameters C-24 +Events C-32 +Errors C-34 +Figures and Tables +Figure 1-1 Service Classes defined in this document 1-2 +Figure 4-1 Creating and populating a new Photomap 4-1 +Figure 4-2 Process image from Photomap a, place result into Photomap b 4-2 +Figure 4-3 Process image from Photomap a "in-place\ 4-2 +Figure 5-1 Photoflo element input and output connections 5-1 +Figure 5-2 Example Photoflo 5-2 +Figure 5-3 Photoflo states 5-3 +Figure 7-1 Combining two sources using a control plane Logical: NoOp 7-2 +Figure 7-2 A sample geometric transform: crop and scale 7-18 +Figure 7-3 Background fill used for pixels beyond the edge 7-19 +Figure 7-4 Point's algorithm for computing combined LUT indices 7-25 +Figure A-1 Diagram of the ErrorDiffusion algorithm A-13 +Figure A-2 Effect of sampling technique when scaling to a lower pixel density A-20 +Figure A-3 Illustration of an output pixel mapping back to the input image A-21 +Figure A-4 Sequence producing an antialiased image using a low-pass filter A-22 +Figure B-1 DIS sources, operators, and destinations B-1 + +Table 3-1 Technique naming and numbering conventions 3-1 +Table 3-2 Treatment of floating point parameters passed through the protocol 3-4 +Table 5-1 Examples of two element Photoflo usage 5-3 +Table 6-1 Relationship between LUT class and image class 6-2 +Table 7-1 Compare parameter and DataClass dependencies 7-9 +Table 9-1 XIE Error codes 9-4 +Table 9-2 Photoflo error subcodes 9-5 +Table B-1 Types itemized by ServiceClass B-2 +Table B-2 Techniques itemized by ServiceClass B-4 +Table B-3 Requests itemized by ServiceClass B-5 +Table B-4 Import elements itemized by ServiceClass B-6 +Table B-5 Process elements itemized by ServiceClass B-6 +Table B-6 Export elements itemized by ServiceClass B-6 +Table B-7 Events itemized by ServiceClass B-7 +Table B-8 Errors itemized by ServiceClass B-7 + + + +Preface +The X architecture was a major step towards defining open, interactive application display services. X +pried apart the tightly coupled, private interconnect that has existed between application and display +subsystem by specifying a minimal, structured service set. +To retain a consistent, minimal core service set and yet accommodate evolving application require- +ments, X provides a method for extending the core protocol with additional domain specific requests. +This document defines an X extension for the imaging domain. It is the fifth version of the X Image +Extension Protocol proposal and, as prior readers will immediately recognize, it is a lineal descendent +of the other four. +Because the purpose of this document is to provide a clear, concise articulation of the protocol, ex- +pository materials have been pared to a bare minimum. It is assumed that the reader has a measure of +conceptual knowledge about imaging. +Readers who lack familiarity with the X Window System are encouraged to begin with a selection +from the related documents given below. +Related Documents + X Window System (Scheifler & Gettys) +The complete reference to Xlib, X protocol (and extension conventions), ICCCM, XLFD. +Digital Press + X Protocol Reference Manual (Nye, editor) +The Definitive Guides to the X Window System, Volume 0. +OReilly & Associates, Inc. + The X Window System Server (Israel & Fortune) +Guide to the X sample server: architecture, porting and tuning, writing extensions. +Digital Press + XIE Sample Implementation Architecture (Shelley, Verheiden & Fahy) +An overview of the architecture of the XIE sample implementation. +AGE Logic, Inc. + XIElib Specification (Rogers) +Reference pages for the XIE client library functions. +AGE Logic, Inc. + +Participants +Authors: +Robert NC Shelley Digital Equipment Corporation +Robert W. Scheifler X Consortium, Inc. +Ben Fahy Visionary Software, Inc. +Jim Fulton Network Computing Devices, Inc. +Keith Packard Network Computing Devices, Inc. +Joe Mauro Digital Equipment Corporation +Richard Hennessy Avid Technology, Inc. +Tom Vaughan Digital Equipment Corporation +Contributors: +Gary Grebus Digital Equipment Corporation +Larry Hare NetManage, Inc. +Peter Kaczowka Hewlett-Packard Co. +Jeffrey Siegal Congruent Corporation +Al Tabayoyon North Valley Research, Inc. +John Weber Big Time Software, Inc. +Revision History +rev v1.0 August 1, 1988 first protocol draft +rev v2.0 April 12, 1989 major changes based upon consortia review +rev v2.1 November 1, 1989 changes based upon FT1 implementation +rev v2.2 March 15, 1990 changes based upon FT2 implementation (pipes) +rev v3.0 October 1, 1990 changes in preparation for consortia review +rev v4.0 June 1, 1991 changes based upon consortia technical review +rev v4.08 May 29, 1992 preliminary imagework review copy +rev v4.09 June 9, 1992 imagework review copy for meeting at San Jose +rev v4.10 September 10, 1992 pre-review of encodings and contributions +rev v4.11 October 31, 1992 imagework review with initial definition of DIS +rev v4.12 December 23, 1992 initial Public Review copy +rev v4.13 May 19, 1993 changes made during Alpha phase of sample implementation +rev v4.14 October 20, 1993 changes made during Beta phase of sample implementation +rev v4.15 December 15, 1993 changes made prior to final release of sample implementation +rev V5.0 January 10, 1994 final draft +rev V5.0 April 18, 1994 cosmetic cleanup prior to releasing X11 R6 +rev v5.01 July 5,1996 incorporate Digital Press edits +rev v5.02 December 16, 1996, incorporate additional Digital Press edits and X11 R6.3 + +Organization +This document is organized into the following chapters and appendices: +Introduction +Chapter 1 Explains the purpose of the X Image Extension (XIE). +Protocol Parameter Types and Syntax +Chapter 2 Defines protocol syntax (how the protocol is encoded on the wire). +Chapter 3 Defines types for protocol parameters. +Protocol Requests and Replies +Chapter 4 Describes the resources used by the XIE protocol and library. +Chapter 5 Describes pipelines, client data transport, and pipeline utility requests. +Pipeline Elements +Chapter 6 Describes pipeline elements used for data import. +Chapter 7 Describes the general processing elements used in pipelines. +Chapter 8 Describes pipeline elements used for data export. +Events and Errors +Chapter 9 Describes events and errors returned from XIE. +Techniques +Appendix A Describes the XIE standard techniques and their parameters. +Service Classes +Appendix B Summarizes required, optional, and excluded items for each XIE service class. +Protocol Encodings +Appendix C Provides the complete protocol encoding for all XIE: types, requests, replies, ele- +ments, techniques, events, and errors. + +Acknowledgments +We are all indebted to Digital Equipment Corporation where the X Image Extension was originally +conceived. They persevered through numerous protocol reviews and revisions and provided the ini- +tial sample implementations. Their efforts contributed greatly towards promoting XIE into the Public +Review process. +This document evolved from original specifications authored by Joe Mauro. We hope that it still +shows some of his architectural strength and elegance. The majority of the current document +(through version 4.11) was authored by Bob Shelley while employed at Digital. Subsequent revisions +were made at AGE Logic. +The current view of pipelines emerged almost completely intact from a single, terse email message +from Bob Scheifler and Keith Packard. +The need for robust geometric transforms was first promoted by Ben Fahy. We are grateful that he +has provided us with detailed documentation for the basic geometry element and several retrospective +sampling algorithms. +While one could debate that XIE is too big or too small, we can thank Jim Fulton for spearheading +the effort to define a smaller gentler XIE, the Document Imaging Subset. + + + + + + + + + + + + + + + + + + + + + + + +almost blank + + + + + +xiv + + + +1 +Introduction +Scope and Purpose +This document specifies the X wire protocol for the X Image Extension (XIE). It defines the syntax, +structure, and semantics of XIE protocol elements. It does not contain background material on im- +aging concepts that the protocol extension enables, nor does it contain any language specific bindings. +Terminology +This specification contains a certain amount of descriptive terminology that is commonly used within +the image processing community. There is also parametric terminology that is used to describe the +parameter types recognized by the core X protocol and the image extension protocol. The image ex- +tension protocol types are defined in this document. +Techniques +For some XIE operations, there are several recognized algorithms or techniques that offer varying +tradeoffs between quality of results and performance. Also, in some cases, different techniques are +required due to an image's class or content. To accommodate some flexibility in this area, such XIE +operations accept a technique parameter. A description of the techniques specified in this document +can be found in Appendix A. Individual implementations may extend XIE's capabilities by providing +additional techniques to provide for particular market needs. +Service Classes +For some environments, such as simple document image viewing, the full set of services provided by +XIE may include features that are not needed by the target applications. In such situations +(particularly for entry-level monochrome displays), server implementors may wish to provide only a +subset of the full XIE protocol. +Subsets are arranged in a nested hierarchy of service classes. Each service class includes all of the +features of any subsets that it surrounds (similar to the layers of an onion). Thus, applications written +to use a given subset of the protocol will function correctly when running on servers that implement +an enveloping service class. + +This version of the XIE protocol defines two class: the full protocol (Full), and a document imaging +subset (DIS). Future versions of the XIE protocol may define additional service classes. + +Figure 1-1 Service Classes defined in this document +For a complete list of types, techniques, protocol requests, pipeline elements, events, and errors that +are included in DIS, see Appendix B. + +Introduction 1-1 + + +2 +Specification Syntax +This section presents syntactic conventions that are adhered to throughout this specification. +General Syntax +In general, the extension package follows the X11 protocol syntax conventions. Additions to this +syntax are as follows: +* The syntax ( . . . ) encloses a set of alternative values. +* The syntax [ . . . ] encloses a set of structure components. +* Within definitions the following prefixes are used: + XieReq: Protocol request/reply (for example, XieReqCreatePhotoflo) + XieFlo: Photoflo element (for example, XieFloConvolve) + XieEvn: Protocol event (for example, XieEvnPhotofloDone) + XieErr: Protocol error (for example, XieErrPhotospace) + XieTyp: Protocol type (for example, XieTypProcessDomain) + XieVal: Alternative value (for example, XieValBandByPixel) +* Outside of definitions the prefixes are generally not used: + Alternative values are italicized and bold (for example, BandByPixel) + All others are capitalized and bold (for example, CreatePhotoflo) +* Core X types are displayed in upper-case (for example, COLORMAP, WINDOW) + +Request Syntax +Requests without a Reply: +XieReqRequestName +arg-1: type-1 1st argument for RequestName + . . . +arg-N: type-N N-th argument for RequestName +Errors: none or list of errors specific to RequestName (for example, FloID) +Events: none or list of events generated by RequestName (for example, PhotofloDone) +Overview Describes the basic function of the request. +Parameters Lists the parameters and gives a brief description of each. +Semantics Interrelationships between input data, parameters, and output results. +Errors Table of errors that can be generated and their causes, for example: +Error Cause +error-1 Circumstances that generate error-1 +. . . +error-N Circumstances that generate error-N +Requests with a Reply: +XieReqRequestName +arg-1: type-1 1st argument for RequestName + . . . +arg-N: type-N N-th argument for RequestName +* +result-1: type-1 1st reply result from RequestName + . . . +result-M: type-M M-th reply result from RequestName +Errors: none or list of errors specific to RequestName (for example, Photomap) +Events: none or list of events generated by RequestName (for example, EventName) +Overview Describes the basic function of the request. +Parameters Lists the parameters and gives a brief description of each. +Reply data Lists the parameters and gives a brief description of each. +Semantics Interrelationships between input data, parameters, and output results. +Errors Table of errors that can be generated and their causes, for example: +Error Cause +error-1 Circumstances that generate error-1 +. . . +error-N Circumstances that generate error-N +Syntax of Photo Elements +PhotoElements occur within XIE pipelines (see following chapters for clarification). The syntax of +these elements is as follows: +Photo Elements: +XieFloElementName +src-1: src-type-1 1st source for ElementName (if required) + . . . +src-N: src-type-N N-th source for ElementName (if required) +param-1: param-type-1 1st parameter for ElementName + . . . +param-M: param-type-M M-th parameter for ElementName +Errors: none or list of errors specific to ElementName (for example, FloAlloc) +Events: none or list of events generated by ElementName (for example, ExportAvail + able) +Attributes Table of PhotoElement output attributes, for example: +Attribute Value +class DataClass of output data + SingleBand achromatic or index + TripleBand trichromatic +type DataType: + Constrained quantization levels is levels (integer data) + Unconstrained quantization levels is unknown (may be float data) +width Width of output data (in pixels per band) +height Height of output data (in pixels per band) +levels Depends on type: + Constrained number of quantization levels (per band) + Unconstrained unknown +Overview Describes the basic function of the photo element. +Parameters Lists the parameters and gives a brief description of each. +Semantics Interrelationships between input data, parameters, and output results. +Errors Table of errors that can be generated and their causes, for example: +Error Cause +error-1 Circumstances that generate error-1 +. . . +error-N Circumstances that generate error-N + +Syntax of Events +Events generated by Photo Elements: +XieEvnEventName +instance: XieTypExecutable < Photoflo instance generating EventName > +phototag: XieTypPhototag < event Phototag (0 for general Photoflo event) > +type: CARD16 < element type (0 for general Photoflo +event) > +value-1: type-1 < 1st value returned by EventName > + . . . +value-N: type-N < N-th value returned by EventName > +Overview Description of the event. +Values returned Description of the values returned. +Syntax of Errors +Errors can be associated with core X11 resources or XIE resources. In the case of XIE specific error +conditions, a distinction is made between errors related to a Photoflo and those that are not. +Core X errors +Normal X errors (with XIE major/minor opcodes) are used where appropriate (for example, Alloc). +XIE non-Photoflo errors: +XieErrName +xie-error: XieErrName < error code of Name, offset from first-error > +resource-id: XID < resource to blame, for example, Photomap > +detail < 21 bytes available for additional error detail > +Overview Description of the error. +Values returned Description of the values returned. +XIE Photoflo related errors: +XieErrFloName +flo-error: XieErrName < error code for Flo, offset from first-error > +flo-id:CARD32 < executable flo-id> +flo-code: XieErrFloName < specific error type > +name-space: CARD32 < executable name-space> +phototag: CARD16 < erring Phototag (0 for general Photoflo error) > +type: CARD16 < element type (0 for general Photoflo er- +ror) > +detail < 12 bytes available for additional error detail > + +Overview Description of the error. +Values returned Description of the values returned. +Syntax of Protocol Encodings +Requests +# of Bytes Value Description +1 CARD8 XIE major opcode +1 CARD8 XIE minor opcode +2 CARD16 Request length (total bytes divided by 4) +N Parameters required by the minor opcode +< 4 Pad (if required) +Requests consist of four (4) bytes of header followed by zero (0) or more additional bytes of data. If +additional bytes of data are needed the entire request is padded to a multiple of four (4) bytes. The +common fields (major/minor opcode and length) are not included in XieReq request definitions. +Bytes not used by a specific minor opcode are not guaranteed to be zero. +Replies +# of Bytes Value Description +1 1 Reply +1 Available for reply data +2 CARD16 Sequence number of corresponding request +4 CARD32 Reply length (extra data bytes divided by 4) +24 Available for reply data +N Extra data beyond standard reply packet +< 4 Pad (if required) +Replies consist of thirty-two (32) bytes followed by zero (0) or more extra bytes of data. If extra bytes +of data are needed the entire reply is padded to a multiple of four (4) bytes. The common fields +(Reply, sequence number, and length) are not included in XieReq reply definitions. Bytes not used by +the reply from a specific request are not guaranteed to be zero. +PhotoElements +# of Bytes Value Description +2 CARD16 Element type +2 CARD16 Element length (bytes divided by 4) +multiple of 2 XieTyp(Phototag|Tile) Element's data source(s) (if required) +N Parameters as required by element type +< 4 Pad (if required) +A photo element consists of four (4) bytes of header followed by zero (0) or more bytes of element in- +put connection definitions and by zero (0) or more bytes or additional data. The entire element defi- +nition is padded to a multiple of four (4) bytes. The common fields (element type and element length) +are not included in XieFlo element definitions. Bytes not used by a specific element type are not +guaranteed to be zero. +Note: PhotoElements are not protocol requests but, rather, subpackets within another protocol request (that is, ExecuteImmediate, +CreatePhotoflo, ModifyPhotoflo, or RedefinePhotoflo). +Events +# of Bytes Value Description +1 CARD8 XIE event code +1 +2 CARD16 Sequence number +4 TIMESTAMP Time +24 +Events consist of thirty-two (32) bytes. The common fields (event code, sequence number, and time) +are not included in XieEvn definitions. Bytes not used by a specific event code are not guaranteed to +be zero. +Errors +# of Bytes Value Description +1 0 Error +1 CARD8 XIE error code +2 CARD16 Sequence number +4 +2 CARD16 Minor opcode +1 CARD8 Major opcode +21 +Errors consist of thirty-two (32) bytes. Bytes not used by the specific error code are not guaranteed to +be zero. + +Protocol Specification Syntax 2-1 + + +3 +Parameter Types +XIE and Core X Types +X Image Extension types are defined in this section. All XIE parameters are defined as being either one +of the extension types or one of the core protocol types. XIE makes use of the following core protocol +types (defined in the X11 core protocol specification): +BITMAP BOOL CARD8 CARD16 +CARD32 CHAR2B COLORMAP DRAWABLE +EVENT GCONTEXT INT8 INT16 +INT32 PIXMAP STRING8 TIMESTAMP +VISUAL WINDOW XID* +* XID is used to refer to the core X11 type defined as the identifier for a resource. +Techniques +Several standard techniques are defined in this document. Each is assigned a technique number and a de- +scriptive name string. XIE can also be extended with private techniques that are implementation depend- +ent. Private technique numbers are generated dynamically. Private technique name strings include the +name of the organization that defined the technique. The organization name is encompassed by _ +(underscore) characters. Technique naming and numbering conventions are summarized in Table 3-1. + + +standard technique +private technique +name + +example: ERROR-DIFFUSION +__ +example: _PHOTOCO_SQUASH-BITS +number +MS bit is zero (range: 0 - 32767) +MS bit is one (range: 32768 - 65535) +Table 3-1 Technique naming and numbering conventions +The technique number is supplied to pipeline elements to specify the desired technique. Numbers for +standard techniques can be hard-coded, whereas numbers for private techniques must be obtained using +the QueryTechniques protocol request. + +For more information on techniques and a description of the techniques defined in this document, see Appendix A. For a list of techniques +itemized by ServiceClass, see Appendix B. Numbers assigned to standard techniques are encoded in Appendix C. +Definitions +XieTypAlignment +Alignment defines the valid pixel and scanline alignments allowed for image data transported through the +protocol stream. The server's Alignment attribute is returned by the QueryImageExtension protocol re- +quest. +XieTypAlignment { XieValAlignable, XieValArbitrary } +* Alignable Specifies data units must fit evenly within a byte, or they must fill a byte, or fill a multiple + of bytes (that is, pixels may be 1, 2, 4, 8, 16, 24*, or 32* bits in the protocol stream). +* Arbitrary Specifies data units may fall at any bit address (that is, 10 bit packed pixels are acceptable in + the protocol stream). +* XIE supports pixels up to sixteen (16) bits per band for both SingleBand and TripleBand data. In addition, SingleBand data are +supported up to the depth of the deepest DRAWABLE supported by the server. + + +XieTypArithmeticOp +ArithmeticOp defines the valid operations for the Arithmetic process element. +XieTypArithmeticOp { XieValAdd, + XieValSub, XieValSubRev, + XieValMul, + XieValDiv, XieValDivRev, + XieValMin, XieValMax, + XieValGamma } + Monadic Dyadic +* Add src1 + constant src1 + src2 +* Sub src1 - constant src1 - src2 +* SubRev constant - src1 src2 - src1 +* Mul src1 * constant +* Div src1 / constant +* DivRev constant / src1 +* Min minimum( src1, constant ) minimum( src1, src2 ) +* Max maximum( src1, constant ) maximum( src1, src2 ) +* Gamma If src1 is Constrained: + (levels - 1) * ((src1 / (levels - 1))constant) + If src1 is Unconstrained: + src1constant + + +XieTypColorAllocTechnique +ColorAllocTechnique defines the recognized color allocation techniques used by the ConvertToIndex +element. +XieTypColorAllocTechnique { XieValDefault, +XieValColorAlloc_AllocAll, +XieValColorAlloc_Match, +XieValColorAlloc_Requantize } +* Default +ColorAlloc_AllocAll ALLOC-ALL +ColorAlloc_Match MATCH +ColorAlloc_Requantize REQUANTIZE +private-technique-number private-name-string +* The server is required to support the Default technique that is bound to one of the standard techniques defined above or a private tech- +nique. + +XieTypColorList +ColorList is the type for the XIE resource used to store COLORMAP allocations made by the ConvertTo- +Index element. A ColorList is a permanent resource and, as such, must be created and destroyed by the +client. A ColorList contains a counted list of the pixel indices that were allocated and the resource-id of +the COLORMAP from which they were allocated. +XieTypColorList XID + +XieTypCompareOp +CompareOp defines the operators for the Compare element. +XieTypCompareOp { XieValLT, XieValLE, +XieValEQ, XieValNE, +XieValGT, XieValGE } +* LT src1 < src2 or src1 < constant +* LE src1 £ src2 or src1 £ constant +* EQ src1 = src2 or src1 = constant +* NE src1 ¹ src2 or src1 ¹ constant +* GT src1 > src2 or src1 > constant +* GE src1 ³ src2 or src1 ³ constant + +XieTypConstant +Constant is typically used to supply per-band constant values. All constants are passed as floats. When a +constant is to be used as a substitute for a Constrained image pixel, the constant is rounded to the nearest +integer, and then hard-clipped to the range of levels that applies to the pixel for which it is a substitute. In +most other cases the constant is used as is (that is, as a float). +XieTypConstant XieTypTripletofXieTypFloat + +Element Op/arg/Tech Type Usage If Constrained ¼ + +Arithmetic Add Constant Pixel value when monadic round/hard-clip + Sub Constant Pixel value when monadic round/hard-clip + SubRev Constant Pixel value when monadic round/hard-clip + Min Constant Pixel value when monadic round/hard-clip + Max Constant Pixel value when monadic round/hard-clip + Mul Constant Multiplicand Use as is + Div Constant Divisor Use as is + DivRev Constant Dividend Use as is + Gamma Constant Exponent Use as is + +BandExtract coefficients Constant Multipliers Use as is + bias Float Final offset Use as is + +Blend constant Constant Pixel value when monadic round/hard-clip + alpha-constant Float Constant alpha value Use as is + +Compare constant Constant Pixel value when monadic round/hard-clip + +Constrain ClipScale Constant Scale src levels to dst levels Use as is + +Convert From/To RGB CIElab Matrix Conversion matrix Use as is + CIElabShift Constant White-point Use as is + CIEXYZ Matrix Conversion matrix Use as is + YCbCr Constant Luma values and bias Use as is + YCC Constant Luma values Use as is + YCC Float Scale Use as is + +ConvertToIndex Match Float Match-limit, gray-limit Use as is + +Convolve kernel LISTofFloat Convolution kernel Use as is + Constant Constant Edge pixel value round/hard-clip + +Geometry a,b,c,d,tx,ty Float Coefficients [6] Use as is + constant Constant Fill pixel value round/hard-clip + Gaussian Float Sigma, normalize Use as is + +Logical constant Constant Pixel value when monadic round/hard-clip + +MatchHistogram Gaussian Float Mean, sigma Use as is + Hyperbolic Float Constant Use as is + +PasteUp constant Constant Fill pixel value round/hard-clip + +Table 3-2 Treatment of floating point parameters passed through the protocol + +XieTypConstrainTechnique +ConstrainTechnique defines various methods of constraining data. These techniques are applied by the +Constrain element. +XieTypConstrainTechnique { XieValConstrain_ClipScale, +XieValConstrain_HardClip } +Constrain_ClipScale CLIP-SCALE +Constrain_HardClip HARD-CLIP +private-technique-number private-name-string + +XieTypConvertFromRGBTechnique +ConvertFromRGBTechnique defines the trichromatic colorspaces known to the ConvertFromRGB +element. +XieTypConvertFromRGBTechnique { XieValConvertFromRGB_CIELab, +XieValConvertFromRGB_CIEXYZ, +XieValConvertFromRGB_YCbCr, +XieValConvertFromRGB_YCC } +ConvertFromRGB_CIELab CIELAB +ConvertFromRGB_CIEXYZ CIEXYZ +ConvertFromRGB_YCbCr YCbCr +ConvertFromRGB_YCC YCC +private-technique-number private-name-string + +XieTypConvertToRGBTechnique +ConvertToRGBTechnque defines the trichromatic colorspaces known to the ConvertToRGB element. +XieTypConvertToRGBTechnique { XieValConvertToRGB_CIELab, +XieValConvertToRGB_CIEXYZ, +XieValConvertToRGB_YCbCr, +XieValConvertToRGB_YCC } +ConvertToRGB_CIELab CIELAB +ConvertToRGB_CIEXYZ CIEXYZ +ConvertToRGB_YCbCr YCbCr +ConvertToRGB_YCC YCC +private-technique-number private-name-string + +XieTypConvolveTechnique +ConvolveTechnique provides various methods of handling edge conditions in the Convolve element. +This technique determines what pixel values are used when Convolve requires data beyond the image +bounds. +XieTypConvolveTechnique { XieValDefault, +XieValConvolve_Constant, +XieValConvolve_Replicate } +* Default +Convolve_Constant CONSTANT +Convolve_Replicate REPLICATE +private-technique-number private-name-string +* The server is required to support the Default technique that is bound to one of the standard techniques defined above or a private tech- +nique. + +XieTypDataClass +DataClass defines the class of data being transported over the wire. +XieTypDataClass { XieValSingleBand, +XieValTripleBand } +* SingleBand Specifies index data (for example, ZPixmap format COLORMAP indices) or +achromatic data (bitonal or gray-scale). +* TripleBand Specifies nonindex trichromatic data (RGB or other supported colorspaces). + +XieTypDataStream +DataStream is a segmented stream of data units that are transported in either direction through the proto- +col stream. Segments of image data are transported as an arbitrary number of unsigned bytes, whereas all +other types of data (for example, lookup table entries, rectangles, histogram counts, and so on) must be +transported as one or more complete aggregates. The status, indicating the eventual end of data, is sup- +plied in the associated protocol request or reply. The interpretation of the data stream is determined by +parameters specified to the PhotoElement accepting or generating the data. +XieTypDataStream LISTofCARD8 + +XieTypDataType +DataType defines the limits and processing model for the data. +XieTypDataType { XieValConstrained, +XieValUnconstrained } +* Constrained Specifies pixels are integer values and are limited to the range [0, levels-1]. +* Unconstrained Specifies pixels may be any arbitrary value. + +XieTypDecodeTechnique +DecodeTechnique defines the techniques that can be used to interpret uncompressed image data or decode +compressed images. +XieTypDecodeTechnique { XieValDecode_UncompressedSingle, +XieValDecode_UncompressedTriple, +XieValDecode_CCITT-G31D, +XieValDecode_CCITT-G32D, +XieValDecode_CCITT-G42D, +XieValDecode_JPEG-Baseline, +XieValDecode_JPEG-Lossless, +XieValDecode_TIFF-2, +XieValDecode_TIFF-PackBits } +Decode_UncompressedSingle UNCOMPRESSED-SINGLE +Decode_UncompressedTriple UNCOMPRESSED-TRIPLE +Decode_CCITT-G31D CCITT-G31D +Decode_CCITT-G32D CCITT-G32D +Decode_CCITT-G42D CCITT-G42D +Decode_JPEG-Baseline JPEG-BASELINE +Decode_JPEG-Lossless JPEG-LOSSLESS +Decode_TIFF-2 TIFF-2 +Decode_TIFF-PackBits TIFF-PACKBITS +private-technique-number private-name-string + +XieTypDitherTechnique +DitherTechnique defines the techniques that can be used to dither an image. +XieTypDitherTechnique { XieValDefault, +XieValDither_ErrorDiffusion, +XieValDither_Ordered } +* Default +Dither_ErrorDiffusion ERROR-DIFFUSION +Dither_Ordered ORDERED +private-technique-number private-name-string +* The server is required to support the Default technique that is bound to one of the standard techniques defined above or a private tech- +nique. + +XieTypEncodeTechnique +EncodeTechnique defines the techniques that can be used to compress an image or format it as uncom- +pressed data. +XieTypEncodeTechnique { XieValEncode_ServerChoice, +XieValEncode_UncompressedSingle, +XieValEncode_UncompressedTriple, +XieValEncode_CCITT-G31D, +XieValEncode_CCITT-G32D, +XieValEncode_CCITT-G42D, +XieValEncode_JPEG-Baseline, +XieValEncode_JPEG-Lossless, +XieValEncode_TIFF-2, +XieValEncode_TIFF-PackBits } +Encode_ServerChoice (not returned by QueryTechniques) +Encode_UncompressedSingle UNCOMPRESSED-SINGLE +Encode_UncompressedTriple UNCOMPRESSED-TRIPLE +Encode_CCITT-G31D CCITT-G31D +Encode_CCITT-G32D CCITT-G32D +Encode_CCITT-G42D CCITT-G42D +Encode_JPEG-Baseline JPEG-BASELINE +Encode_JPEG-Lossless JPEG-LOSSLESS +Encode_TIFF-2 TIFF-2 +Encode_TIFF-PackBits TIFF-PACKBITS +private-technique-number private-name-string + +XieTypExecutable +Executable is the type used to identify a specific Photoflo instance. +XieTypExecutable +[ name-space ServerIDSpace or XieTypPhotospace + flo-id XieTypPhotoflo or CARD32 +] +Name-space identifies the execution domain used for a Photoflo. Flo-id identifies a particular instance of +a Photoflo. +For stored Photoflos name-space is always ServerIDSpace (the value zero) and flo-id is the Photo- +flo's resource-id. +For immediate Photoflos name-space is a Photospace resource-id and flo-id is a 32-bit value that +uniquely identifies the instance of the Photoflo within name-space. + +XieTypExportNotify +ExportNotify is used by ExportClient elements to control how ExportAvailable events are sent to +the client. +XieTypExportNotify { XieValDisable +XieValFirstData +XieValNewData } +* Disable Specifies no events are sent. +* FirstData Specifies a single event is sent when the first data is available. +* NewData Specifies an event is sent each time the amount of available data changes from zero to nonz- +ero. + +The end of data is signaled by a final flag in the GetClientData reply that is returned when the last segment of data is retrieved. + +XieTypExportState +ExportState is a status value returned from an ExportClient element in a reply to the corresponding +GetClientData protocol request. +XieTypExportState { XieValExportDone, +XieValExportMore, +XieValExportEmpty, +XieValExportError } +* ExportDone Specifies all data has been retrieved. +* ExportMore Specifies more data currently is available. +* ExportEmpty Specifies no more data is available at this time. +* ExportError Specifies an error condition prevents data availability. + +XieTypFloat +Float specifies data is in the IEEE single-precision format as described in ANSI/IEEE Standard 754- +1985, IEEE Standard for Binary Floating-Point Arithmetic. Float is used only for constant parameter +values, matrix coefficients, and so on but never for transported image data. The byte order of each Float +is dealt with in the same manner as other numeric values; it is determined at core protocol connection +setup time. + +XieTypGamutTechnique +GamutTechnique defines the gamut compression techniques used by ConvertToRGB to deal with con- +verted colors that lie outside the gamut of the RGB space. +XieTypGamutTechnique { XieValDefault, +XieValGamut_None, +XieValGamut_ClipRGB } +* Default +Gamut_None NONE +Gamut_ClipRGB CLIP-RGB +private-technique-number private-name-string +* The server is required to support the Default technique that is bound to one of the standard techniques defined above or a private tech- +nique. + +XieTypGeometryTechnique +GeometryTechnique defines the retrospective image resampling techniques used by the Geometry ele- +ment. +XieTypGeometryTechnique { XieValDefault, +XieValGeometry_Antialias, +XieValGeometry_AntialiasByArea, +XieValGeometry_AntialiasByLowpass, +XieValGeometry_BilinearInterpolation, +XieValGeometry_Gaussian, +XieValGeometry_NearestNeighbor } +* Default +Geometry_Antialias ANTIALIAS +Geometry_AntialiasByArea ANTIALIAS-BY-AREA +Geometry_AntialiasByLowpass ANTIALIAS-BY-LOWPASS +Geometry_BilinearInterpolation BILINEAR-INTERPOLATION +Geometry_Gaussian GAUSSIAN +Geometry_NearestNeighbor NEAREST-NEIGHBOR +private-technique-number private-name-string +* The server is required to support the Default technique that is bound to one of the standard techniques defined above or a private tech- +nique. + +XieTypHistogramData +HistogramData defines the organization of histogram entries created by the ExportClientHistogram +element. +XieTypHistogramData +[ value CARD32 + count CARD32 +] + +XieTypHistogramShape +HistogramShape defines the various match-histogram shape techniques that can be requested in the +MatchHistogram element. +XieTypHistogramShape { XieValHistogram_Flat, +XieValHistogram_Gaussian, +XieValHistogram_Hyperbolic } +Histogram_Flat FLAT +Histogram_Gaussian GAUSSIAN +Histogram_Hyperbolic HYPERBOLIC +private-technique-number private-name-string + +XieTypInterleave +Interleave defines the way in which bands of TripleBand data may be interleaved. +XieTypInterleave { XieValBandByPixel, +XieValBandByPlane } +* BandByPixel Specifies the data for all bands are interleaved on a per-pixel basis and transmitted as a sin- +gle data plane (for example, for RGB data red, green, and blue values for a given pixel are +immediately followed by the red, green, and blue values for the next pixel). BandByPixel is +similar to the core protocol ZPixmap format. +* BandByPlane Specifies the data for each band are transmitted as separate data planes (for example, for +RGB data all red data are transmitted in one plane, all green data in a separate plane, and all +blue data in another plane). + +Interleave is generally used in conjunction with Orientation, which would define the order of the interleaved bands. + +XieTypLevels +Levels describes the potential dynamic range for the quantization levels associated with each band of an +image. +XieTypLevels XieTypTripletofCARD32 + Note: for Constrained image data a value of zero (0) represents 232 (4,294,967,296) levels. + +XieTypLUT +LUT is the type for the XIE server resource used to hold arrays that map one set of values to another. The +arrays are one-dimensional, and the resource holds either one or three arrays. The ImportClientLUT and +ImportLUT elements are used to import LUT data into a Photoflo, the Point element uses the data, the +ExportLUT element is used to (re)populate the LUT resource, and the ExportClientLUT element is pro- +vided to facilitate sending the LUT data back to the client. +XieTypLUT XID + +XieTypMathOp +MathOp defines the valid mathematical operations that can be invoked through the Math element. The +MathOp is applied to each input pixel value to determine the output pixel value. +XieTypMathOp { XieValExp, XieValLn, +XieValLog2, XieValLog10, +XieValSquare, XieValSqrt } +* Exp Exponential +* Ln Natural logarithm +* Log2 Logarithm base 2 +* Log10 Logarithm base 10 +* Square Square +* Sqrt Square root + +XieTypMatrix +Matrix is a 3 x 3 matrix of floats that is used by some of the colorspace conversion techniques (for exam- +ple, conversion between RGB and CIE colorspaces). +XieTypMatrix XieTypTripletofXieTypConstant + +XieTypOrientation +Orientation defines the transmission order of image data units through the protocol stream. +XieTypOrientation { XieValLSFirst, XieValMSFirst } +Note: in the examples that follow, the order of bytes in the DataStream should be read from left to right. + +encoded-order Specifies the order of bits within bytes of encoded (compressed) data. +Example: Showing 2 bytes (within each byte the first encoded bit is 0, last is bit 7) + +LSFirst +MSFirst + +76543210 76543210 +01234567 01234567 +fill-order When multiple pixels are put in the same byte, or a pixel spans multiple bytes, fill- +order specifies whether the pixels (or parts of a pixel) are packed into the most or least +significant bits of a byte first. +Example: Showing 8 2-bit pixels (aa, bb, cc, and so on), and 2 10-bit pixels: aaaaaaaaaa and +bbbbbbbbbb) + +LSFirst +MSFirst + +ddccbbaa hhggffee +aabbccdd eeffgghh + +aaaaaaaa bbbbbbaa xxxxbbbb +aaaaaaaa aabbbbbb bbbbxxxx +pixel-order For pixels that span a byte boundary, pixel-order specifies whether the most or least +significant bits of the pixel are put into the DataStream first. Any pad bits that are +present between pixels always follow the pixel data (that is, pad bits are not considered +to be either LS-bits or MS-bits of the pixel data). +Example: Showing 2 10-bit pixels, each with 2 bits of pad (within each pixel the LS-bits are 0 and +a, the MS-bits are 9 and j, the pad bits are p) +fill-order +LSFirst (pixel-order) +MSFirst (pixel-order) +LSFirst +76543210 dcbapp98 ppjihgfe +98765432 jihgpp10 ppfedcba +MSFirst +76543210 98ppdcba jihgfepp +98765432 10ppjihg fedcbapp +band-order Definition: at the protocol level, the least significant band of trichromatic data is the +first band mentioned in the common name of the colorspace (for example, red is the +least significant band of RGB data). + For BandByPixel data, band-order specifies whether this band is put in the least or +most significant bits of a pixel. + +LSFirst +MSFirst + +B1B0G2G1G0R2R1R0 +R2R1R0G2G1G0B1B0 + For BandByPlane data, band-order specifies whether this band corresponds with the +least significant or most significant image plane. Each plane is transported as a sepa- +rate DataStream. +band +LSFirst +MSFirst +0 +R7R6R5R4R3R2R1R0 +B7B6B5B4B3B2B1B0 +1 +G7G6G5G4G3G2G1G0 +G7G6G5G4G3G2G1G0 +2 +B7B6B5B4B3B2B1B0 +R7R6R5R4R3R2R1R0 + For all other instances where a triplet of per-band information is conveyed through the +protocol (levels, constants, and so on), the first element of the triplet corresponds with +the least significant band as defined above. +XieTypPhotoElement +PhotoElement, or just element, is a generic type used for import, process, or export elements in a Pho- +toflo. The syntax of a generic element was described in Chapter 2. The actual element definitions are +found in Chapters 6, 7, and 8. + +XieTypPhotoflo +Photoflo is the type for the XIE server resource that is used to represent a sequence of image processing +operations. Stored Photoflos are permanent resources. As such, they must be created and destroyed by +the client. +XieTypPhotoflo XID +For immediate Photoflos, see type Photospace and the ExecuteImmediate protocol request. + +XieTypPhotofloOutcome +PhotofloOutcome is returned by the PhotofloDone event and indicates the reason why the Photoflo left +the Active state. +XieTypPhotofloOutcome { XieValFloSuccess, +XieValFloError, +XieValFloAbort } +* FloSuccess Specifies the Photoflo completed normally. +* FloError Specifies the Photoflo terminated due to an error condition. +* FloAbort Specifies the Photoflo was aborted by the client. + +XieTypPhotofloState +PhotofloState identifies the current execution state of a Photoflo. +XieTypPhotofloState { XieValInactive, +XieValActive, +XieValNonexistent } +* Inactive Specifies the state of a stored Photoflo prior to execution, after an error or abort, or after +execution completes. Inactive stored Photoflos can be modified and redefined. +* Active Specifies the state of a stored or immediate Photoflo during execution. + Specifies a Photoflo remains Active until: + All export elements have finished their task, and + All data exported for the client have been retrieved, or + An error prevents further progress, or + The client issues an abort request +* Nonexistent Specifies the state of a Photoflo that does not exist (never existed or has been destroyed). + +XieTypPhotomap +Photomap is the type for the XIE resource used to store image data in the server. A Photomap is a per- +manent resource that can be created and destroyed by the client. ImportPhotomap is used to import per- +manent image data into a Photoflo. ExportPhotomap is used to (re)populate the resource. +XieTypPhotomap XID + +XieTypPhotospace +Photospace is the type for the XIE resource used to define a XIE name space within which immediate +Photoflos may be executed. A Photospace is a permanent resource and as such must be created and de- +stroyed by the client. +XieTypPhotospace XID + +XieTypPhototag +Phototag is the position or index of a PhotoElement within a list of elements used to specify a Photoflo. +The first element in the list has a Phototag value of one (1). A Phototag value of zero (0) is reserved for +special purposes, such as, indicating an optional element input that is not connected or indicating Photo- +flo errors that are not specific to an element. +XieTypPhototag CARD16 +XieTypProcessDomain +ProcessDomain is a substructure inserted in many PhotoElement definitions. It is used to restrict the +element's processing to a subset of the source data pixels. A ProcessDomain can be either a list-of- +rectangles or a control-plane. +XieTypProcessDomain +[ offset-x INT32 +offset-y INT32 +domain XieTypPhototag +] +Offset-x and offset-y specifies the spatial registration between the element's data source(s) and the +ProcessDomain (that is, offset relative to the origin of the source(s)). Domain is the Phototag of the ele- +ment providing the ProcessDomain data. +If the value zero (0) is specified for domain, processing is not restricted by the processing domain; other- +wise, domain references an element outputting a list-of-rectangles or image data that is used as a control- +plane. +If domain is a list-of-rectangles, processing is restricted to the intersection of the data source(s) and any +rectangle within the list (offset-x and offset-y are added to the x and y of each rectangle). +If domain is a source of Constrained, SingleBand, bi-level image data (that is, a control-plane), process- +ing is restricted to the intersection of the data source(s) and nonzero locations within domain. +ProcessDomain is not supported by DIS but is included in the subset because the Point element takes a +ProcessDomain as a parameter (in this case domain must be zero). + +XieTypRectangle +Rectangle describes a rectangle used in XieTypROI. +XieTypRectangle +[ x INT32 +y INT32 +width CARD32 +height CARD32 +] +X and y are the coordinates of the upper left hand corner of the rectangle within the ProcessDomain (the +domains x,y offset is also added to these coordinates to position the rectangle relative to the image being +processed). Width and height are the extent of the rectangle. + +XieTypROI +ROI (Rectangles-Of-Interest) is the XIE resource used to contain a list-of-rectangles (input for a +ProcessDomain). A ROI resource is a permanent resource and, as such, must be created and destroyed +by the client. ImportClientROI and ImportROI elements are used to import a list-of-rectangles into a +Photoflo, the ExportROI element is used to (re)populate an ROI resource, and the ExportClientROI +element is provided to facilitate sending rectangles back to the client *. +XieTypROI XID +* The list-of-rectangles that can be retrieved by the client need not be identical to the original list that was received from the client, but it +must be logically equivalent. +XieTypServiceClass +ServiceClass defines the recognized image processing service sets supported by this X Image Extension +standard. +XieTypServiceClass { XieValFull, XieValDIS } +* Full Specifies supports the entire XIE protocol as defined in this document. +* DIS Specifies upports the Document Image Subset, a proper subset of Full XIE. +An itemized list of XIE types, techniques, protocol requests, elements, events, and errors that are included in each ServiceClass can be +found in Appendix B. + +XieTypTechniqueGroup +TechniqueGroup defines the standard technique group names that can be queried using the QueryTech- +niques protocol request. +XieTypTechniqueGroup { XieValDefault, +XieValAll, +XieValColorAlloc, +XieValConstrain, +XieValConvertFromRGB, +XieValConvertToRGB, +XieValConvolve, +XieValDecode, +XieValDither, +XieValEncode, +XieValGamut, +XieValGeometry, +XieValHistogram, +XieValWhiteAdjust } +* Default Specifies select all default techniques. +* ColorAlloc Specifies select color allocation techniques. +* Constrain Specifies select techniques for constraining data. +* ConvertFromRGB Specifies select colorspace conversion techniques (for conversion from the RGB color- +space). +* ConvertToRGB Specifies elect colorspace conversion techniques (for conversion to the RGB colorspace). +* Convolve Specifies select techniques for handling convolution edge conditions. +* Decode Specifies select image decoding (decompression) techniques. +* Dither Specifies select dithering techniques. +* Encode Specifies select image encoding (compression) techniques. +* Gamut Specifies select colorspace conversion gamut compression techniques. +* Geometry Specifies select geometric sampling techniques. +* Histogram Specifies select match-histogram shapes. +* WhiteAdjust Specifies select colorspace conversion white point adjustment techniques. + +If a vendor defined an additional private technique group, it could be discovered by querying for All groups. +XieTypTechniqueRec +TechniqueRec defines the information that is returned for each technique in the reply to a QueryTech- +niques protocol request. +XieTypTechniqueRec +[ needs-parameters BOOL +group XieTypTechniqueGroup +number CARD16 +speed CARD8 +name STRING8 +] +Needs-parameters indicates that a technique requires additional parameters; or if false, the technique ei- +ther takes no parameters or its parameters are optional. Group identifies which group the technique be- +longs to. Number is the numeric identifier assigned to the technique *. Speed represents the server's view +of the speed of this technique relative to the other techniques in the same group (0 is the slowest, and 255 +is the fastest). Name is the XIE compliant technique name string. +* Numbers assigned to standard techniques are encoded in Appendix C. + +XieTypTile +Tile defines a source data tile for the PasteUp element. +XieTypTile +[ src XieTypPhototag +dst-x INT32 +dst-y INT32 +] +Src is the Phototag of the element supplying source data. Dst_x, dst_y specify the coordinates where the +tile belongs in the output data. + +XieTypTripletoftype +Tripletof is a generic type used to define a fixed sized array of 3 items* of the specified type. +XieTypTripletof [ v0, v1, v2 : (of type) ] +* Tripletof is usually used to describe per-band attributes and parameters. When dealing with SingleBand images, the value zero must +be used for the nonexistent bands. +XieTypWhiteAdjustTechnique +WhiteAdjustTechnique defines the white point adjustment techniques that can be used when converting +to or from the RGB colorspace. +XieTypWhiteAdjustTechnique { XieValDefault, +XieValWhiteAdjust_None, +XieValWhiteAdjust_CIELabShift } +* Default +WhiteAdjust_None NONE +WhiteAdjust_CIELabShift CIELAB-SHIFT +private-technique-number private-name-string +* The server is required to support the Default technique that is bound to one of the standard techniques defined above or a private tech- +nique. + + + + + + + + + + + + + + + + + + + + + + +almost blank + +Protocol Parameter Types 3-17 + + +4 +Resources +Overview +XIE resources are extension server objects created by the client that contain information used by the +extension in carrying out various protocol requests. There are protocol requests to create and destroy +each resource type. Resource identifiers are generated by the client as defined by the core protocol. +All XIE resources are reference counted. +Binding Resources to Photoflos +Each resource that is referenced from a Photoflo is bound to the Photoflo (and its reference count is +incremented) when the Photoflo becomes Active. +ColorList resources +A ColorList is purged of previous allocations when a Photoflo begins execution and is populated +with new allocations (via ConvertToIndex) as the Photoflo proceeds. A ColorList can only be refer- +enced by one Active Photoflo at a time. The ColorList's reference count is decremented when the +Photoflo is no longer Active. +LUT, Photomap, and ROI resources +These XIE resources consist of two parts: one part contains the resource-id; the other part holds at- +tributes and data. Figure 4-1 pictures the first part as a handle and the second part as a bucket. Upon +resource creation only the handle exists. The bucket is created when the Photoflo (referencing the +handle via an ExportResource element) becomes Active. The handle and bucket are joined when +the Photoflo successfully completes. Conceptually each part contains a separate reference count. + +Figure 4-1 Creating and populating a new Photomap +In the case of ImportResource elements, the handle and bucket are both bound to the Photoflo +when it first becomes Active (initialization). For ExportResource elements, only the handle is +bound at this time, and a new bucket is created to hold the forthcoming data. This buckets attributes +are derived from the ExportResource element. +If an export handle is already connected to a bucket, the old bucket remains with its handle until suc- +cessful Photoflo completion. Thus, the old bucket is preserved if the Photoflo terminates due to an +error condition or if an Abort request is received from the client. +The new bucket is filled with data as the Photoflo proceeds. When the Photoflo successfully com- +pletes, old buckets can be freed if they have no other references, and the waiting handle is joined to +the new bucket. This is illustrated in figure 4-2. + +Figure 4-2 Process image from Photomap a, place result into Photomap b +This model also allows pseudo in-place operations, such as, that illustrated in figure 4-3. Here an im- +age is imported from a Photomap, processed, and then the result is exported back to the same Pho- +tomap. Note that upon completion the old handle is moved to the new bucket, and the old bucket is +destroyed. +irs +Figure 4-3 Process image from Photomap a in-place +Resource destruction +When a destroy request is received the resource-id is immediately disassociated from the resource and +the resource's reference count(s) is(are) decremented. For each reference count that goes to zero, the +associated resources are freed (for example, memory or colors). +Synchronizing resource access +If multiple Photoflos reference the same resource, the client must synchronize access to the resource +(for example, Await completion of the Photoflo writing the resource before beginning execution of a +Photoflo reading from the resource). Core resources can be volatile, requiring the client to maintain +the data integrity of the resource while the Photoflo is active. +Capability Acquisition +QueryImageExtension +XieReqQueryImageExtension +client-major-version: CARD16 +client-minor-version: CARD16 +* +server-major-version: CARD16 +server-minor-version; CARD16 +service-class: XieTypServiceClass +alignment: XieTypAlignment +unconstrained-mantissa: CARD16 +unconstrained-max-exp: INT32 +unconstrained-min-exp: INT32 +constrained-levels: LISTofCARD32 +Errors: Alloc +Events: none +QueryImageExtension returns information about the XIE server's capabilities. Each client should +use QueryImageExtension to establish version compatibility between client and server prior to +making any other XIE request. If a client fails first to establish the desired version using Query- +ImageExtension, the behavior of other requests is undefined (which generally means that the server +will use the version number of its own choice). +Client-major-version and client-minor-version specify which version of the XIE protocol the client +would like to use. If the client can support multiple versions, the highest version should be given. +The server-major-version and server-minor-version specify the version of the XIE protocol that the +server expects from the client. If the server supports the version requested by the client, this version +number will be returned. If the client has requested a higher version than is supported by the server, +the server's highest version will be returned. Otherwise, if the client has requested a lower version +than is supported by the server, the server's lowest version will be returned. It is the client's responsi- +bility to decide whether or not it can match the servers version of the protocol. +Service-class specifies the ServiceClass supported by the XIE server . Alignment specifies the image +data alignment restrictions of the server (that is, the alignment of pixels and scanlines). +The following parameters convey the approximate range and granularity of Unconstrained data in +the XIE server. For servers that represent Unconstrained data using floating point, unconstrained- +mantissa returns the number of bits in the servers floating point format (including the sign bit). If +the server uses fixed point, unconstrained-mantissa is zero. Unconstrained-max-exp returns the larg- +est value n such that 2n - 1 is representable in the servers Unconstrained data format. Uncon- +strained-min-exp returns the smallest (most negative) value n such that 2n is representable in the +servers Unconstrained data format. +Constrained-levels provides a hint about how the XIE server might process Constrained data most +efficiently. Constrained-levels returns a list of levels that are recommended for Constrained data +by the server. (a value of zero means 232 levels). +Error Cause +Alloc Insufficient resources + +Technique Acquisition +QueryTechniques +XieReqQueryTechniques +technique-group: XieTypTechniqueGroup +* +technique-information: ListofXieTypTechniqueRec +Errors: Alloc, Value +Events: none +QueryTechniques returns information about the standard and private techniques that are supported +by the server. The server may be queried for All techniques, all Default techniques, or a group of +techniques that are functionally similar (for example, all Geometry techniques). +Technique-group specifies the group of techniques for which the server is to return information. +Technique-information is a list of TechniqueRec entries that are returned in arbitrary order. Each +entry contains the following information: +needs-parameters If true, indicates that the technique requires additional parameters; if +false, the technique takes no parameters, or it has parameters that +are optional. If parameters are optional, they must be totally omit- +ted, or they must all be supplied. +group Identifies which group the technique belongs to. +number The numeric identifier assigned to the technique (MS bit is zero for +standard techniques or one for private techniques). +speed The server's assessment of the speed of this technique relative to +other techniques in the same group (0 :== slowest, 255 :== fastest). +name The XIE compliant technique name string of the form: + or +__ +The technique number is supplied to pipeline elements to specify a desired algorithm or technique. +While numbers for standard techniques can be hard-coded (for example, defined in an include file), +numbers for private techniques must be obtained using the QueryTechniques protocol request prior +to their use. +Error Cause +Alloc Insufficient resources +Value Unknown technique-group +A complete description of each technique and its parameters is given in Appendix A. A summary of standard techniques itemized by +service class can be found in Appendix B. Numbers assigned to standard techniques are encoded in Appendix C. + +ColorList +CreateColorList +XieReqCreateColorList +color-list: XieTypColorList +Errors: Alloc, IDChoice +Events: none +CreateColorList creates an unpopulated server resource that can be used to store the list of colors +allocated by a ConvertToIndex element. The COLORMAP allocations that are recorded in a Col- +orList belong to the client that executed the Photoflo that populated the resource (this is not neces- +sarily the same client that created the ColorList). A ColorList cannot be the target of more than one +Active Photoflo at a time. +Color-list is the client supplied ColorList identifier to be assigned to this resource. +Color-list is populated (or repopulated) with new COLORMAP allocations via a ConvertToIndex ele- +ment as the Photoflo executes. The contents of color-list may be queried using QueryColorList. +The client may explicitly purge all allocated cells from color-list using PurgeColorList. The client +may cause an implicit deallocation of cells from color-list by making it the target of a Photoflo and +commencing its execution. An implicit purge also takes place if the COLORMAP referenced by color- +list is freed or if the client that owns the cells exits (that is, the client that populated color-list). +Color-list can be destroyed using DestroyColorList. +Error Cause +Alloc Insufficient resources +IDChoice Invalid color-list + + +DestroyColorList +XieReqDestroyColorList +color-list: XieTypColorList +Errors: ColorList +Events: none +DestroyColorList disassociates the resource-id from color-list and decrements its reference count. If +there are no other references, it frees colors held in color-list and, then, destroys the ColorList iden- +tified by color-list. +Error Cause +ColorList Invalid color-list + +PurgeColorList +XieReqPurgeColorList +color-list: XieTypColorList +Errors: Access, ColorList +Events: none +PurgeColorList frees the colors from the ColorList identified by color-list. +Error Cause +Access Attempt to purge colors when color-list is being written by a Photoflo +ColorList Invalid color-list + + +QueryColorList +XieReqQueryColorList +color-list: XieTypColorList +* +colormap: COLORMAP +colors: LISTofCARD32 +Errors: Alloc, ColorList +Events: none +QueryColorList returns a list of colors allocated by a ConvertToIndex element. +Color-list is the ColorList resource to be queried. Colormap is the COLORMAP from which the col- +ors were allocated. Colors is the list of allocated COLORMAP indices. When there are no colors in +color-list, the value zero (0) is returned for colormap, and the list of colors is of length zero. +Error Cause +Alloc Insufficient resources +ColorList Invalid color-list +Notes: +* The COLORMAP was originally supplied by the client as a ConvertToIndex parameter. +* The returned colors are owned by the server and, therefore, should not be freed via core X protocol requests (for example, +FreeColors) +* The allocated colors can be freed by: + Issuing a PurgeColorList or DestroyColorList request + Commencing execution of a Photoflo that targets color-list + Freeing colormap + Shutting down the client that populated color-list + +LUT +CreateLUT +XieReqCreateLUT +lut: XieTypLUT +Errors:: Alloc, IDChoice +Events: none +CreateLUT creates a server resource that is used as a lookup table by the Point element. A lookup +table consists of one or three single dimension arrays, each long enough to contain an entry for all +possible pixels values in the image data to which the Point element will be applied. +Lut is the client supplied LUT identifier to be assigned to this resource. +The LUT is populated (or repopulated) with lookup table entries after the successful execution of a +Photoflo containing an ExportLUT element that targets lut. Lookup table data can be imported into +a Photoflo using an ImportLUT element. These data can be used by Point, and they can be exported +to the client with the aid of an ExportClientLUT element. +Lut can be destroyed using DestroyLUT. +Error Cause +Alloc Insufficient resources +IDChoice Invalid lut +A LUT can be populated with a simple ExecuteImmediate( ImportClientLUT, ExportLUT ) Photoflo. PutClientData is then +used to transport the lookup table entries. See ImportClientLUT and Point for further information on LUTs + + +DestroyLUT +XieReqDestroyLUT +lut: XieTypLUT +Errors: LUT +Events: none +DestroyLUT disassociates the resource-id from lut and decrements its reference count. If there are +no other references, it destroys the LUT identified by lut. +Error Cause +LUT Invalid lut + +Photomap +CreatePhotomap +XieReqCreatePhotomap +photomap: XieTypPhotomap +Errors: Alloc, IDChoice +Events: none +Attribute Value +class Undefined (see text) +type Undefined (see text) +width Undefined (see text) +height Undefined (see text) +levels Undefined (see text) +CreatePhotomap creates a server resource that is used to store image data. Photomap data may be +rendered for display or used as input to control or modify the rendition of another image. +Photomap is the client supplied Photomap identifier to be assigned to this resource. Photomap at- +tributes are defined when a Photoflo containing an ExportPhotomap element populates photomap +with data. +The Photomap is populated (or repopulated) with image data after the successful execution of a Pho- +toflo containing an ExportPhotomap element that targets photomap. Photomap data can be im- +ported into a Photoflo for rendition or control purposes using an ImportPhotomap element. It can +also be exported back to the client with the aid of an ExportClientPhoto element. Photomap attrib- +utes can be queried using QueryPhotomap. Photomap can be destroyed using DestroyPhotomap. +Error Cause +Alloc Insufficient resources +IDChoice Invalid photomap +A Photomap can be populated with a simple ExecuteImmediate(ImportClientPhoto, ExportPhotomap) Photoflo. PutClient- +Data is then used to transport the image data. See ImportClientPhoto and ExportPhotomap and their associated techniques for +more information regarding the format of image data. +DestroyPhotomap +XieReqDestroyPhotomap +photomap: XieTypPhotomap +Errors: Photomap +Events: none +DestroyPhotomap disassociates the resource-id from photomap and decrements its reference count. +If there are no other references, it destroys the Photomap identified by photomap. +Error Cause +Photomap Invalid photomap +QueryPhotomap +XieReqQueryPhotomap +photomap: XieTypPhotomap +* +populated: BOOL +data-type: XieTypDataType +data-class: XieTypDataClass +width: XieTypTripletofCARD32 +height: XieTypTripletofCARD32 +levels: XieTypLevels +decode: XieTypDecodeTechnique +Errors: Alloc, Photomap +Events: none +QueryPhotomap returns the queriable attributes of a Photomap. +Photomap is the Photomap to be queried. +Populated is a Boolean that indicates that photomap has been populated with attributes and data. If +populated is false, all remaining fields contain zeros. Data-type shows whether the number of quan- +tization levels is valid (Constrained) or unknown (Unconstrained). Data-class is the class of image +data (that is, SingleBand or TripleBand). Width and height are the dimensions of the image data in +pixels (per band). Levels is the potential dynamic range or number of quantization levels (per band). +Decode is the DecodeTechnique that will be required to interpret or decompress the data. +If data-type is Unconstrained, the returned values for levels are zeros. If data-class is SingleBand, +width, height, and levels for unused bands are returned as zeros. +Error Cause +FloAlloc Insufficient resources +Photomap Invalid photomap + +ROI +CreateROI +XieReqCreateROI +roi: XieTypROI +Errors: Alloc, IDChoice +Events: none +CreateROI creates a server ROI (Rectangles-Of-Interest) resource. A ROI resource may be im- +ported into a Photoflo and used in conjunction with a ProcessDomain specification to restrict proc- +essing to a subset of image data. The ROI, when populated, will contain a list-of-rectangles (of type +Rectangle). +Roi is the client supplied ROI identifier to be assigned to this resource. +The ROI is populated (or re-populated) with a list-of-rectangles after the successful execution of a +Photoflo containing an ExportROI element that targets roi. An ROI resource does not have any +queriable attributes. +ROI data can be imported into a Photoflo using an ImportROI element. This data, which is used +by several of the PhotoElements defined in chapters 7 and 8, can also be exported back to the client +with the aid of an ExportClientROI element. +Roi can be destroyed using DestroyROI. +Error Cause +Alloc Insufficient resources +IDChoice Invalid roi +An ROI can be populated with a simple ExecuteImmediate ( ImportClientROI, ExportROI ) Photoflo. PutClientData is then +used to transport the list-of-rectangles. +If the client uses ExportClientROI to retrieve a list-of-rectangles from the server, the number of rectangles and the content of the +list that is returned may differ from original list that was obtained from the client, but its contents will be logically equivalent. + + +DestroyROI +XieReqDestroyROI +roi: XieTypROI +Errors: ROI +Events: none +DestroyROI disassociates the resource-id from roi and decrements its reference count. If there are no +other references, it destroys the ROI identified by roi. +Error Cause +ROI Invalid roi + + + ServiceClasses defined in this document include: Full XIE and DIS. + + +Resources 4-10 + + +5 +Pipelined Processing +What is a Photoflo? +A Photoflo is a directed acyclic graph. Each node has zero or more input connections and zero or one +output connection. A node specifies the source for an input by identifying another upstream node. A +node's output connection can be used as a source for any number of downstream input connections. A +Photoflo is permitted to have taps and multiple final destinations. +The protocol representation of a Photoflo is a list of elements. Because the entire list is sent to the +server as a single protocol request, the total length of the list, including its protocol header, must fit +within a maximum size protocol message (see, maximum-request-length, established by X11 connec- +tion setup). +Each element of the Photoflo is identified by its position in the list. This position, or index, is called a +Phototag. The first element in the list is index one (1). The order of elements in the list does not +have to match the Photoflo topology because there is no implicit coupling of output N to input N+1. +The source for each element's input connections are explicitly specified using the Phototags of up- +stream elements. +There are three types of elements. Import elements bring data into the Photoflo from external re- +sources or the client, have one output connection, and no input connections. Process elements per- +form some operation on the data (for example, convolution), have one or more input connections, and +exactly one output connection. Export elements emit data from the Photoflo to external resources or +to the client, have one input connection, and no output connections. A Photoflo should include at +least one import element and one export element to be useful. + + +Import +Process +Export +Number of input connections +none +one or more +one +Number of output connections +one +one +none + + + + + +Figure 5-1 Photoflo element input and output connections +All data external to the Photoflo (internal server data and client data) are accessed through import +and export elements. Therefore, for purposes of Photoflo definition and modification, X and XIE re- +source-ids are considered element parameters rather than element sources or destinations. No element +is permitted to reference a Photoflo for any reason. It is also an error to specify an export element as +an input to any element. +Figure 5-2 illustrates several capabilities of Photoflo construction. An RGB image is imported from +the client. This image is saved in a Photomap for later reuse. The blue band is selected and trans- +lated (to correct registration). This result is exported back to the client. A BandCombine element +associates a single band imported from a Photomap (the red band), with the green band selected from +the initial RGB image, and the reregistered blue band. The combined image is then converted to in- +dex data and exported to a PIXMAP and to a WINDOW. The color allocation results are saved in a +ColorList. + +Figure 5-2 Example Photoflo +Two kinds of Photoflos +There are stored Photoflos and immediate Photoflos. Stored Photoflos persist beyond execu- +tion and may be modified or totally redefined prior to subsequent executions. Immediate Photoflos +are ephemeral a single protocol request defines and begins its execution; then, it is automatically +destroyed upon completion. Services common to both types of Photoflos are: +* Event notification +* Error notification +* Put data: send data from the client into a Photoflo +* Get data: return data exported from a Photoflo back to the client +* Query: return information about the Photoflo +* Await: block future client requests until the Photoflo completes +* Abort: terminate Photoflo execution prematurely +Multi-client Photoflos +A stored Photoflo can be executed by a client other than the client that created it. It is also possi- +ble that the Photoflo may reference resources that belong to other clients, and data may be supplied +and retrieved by various clients. The following rules apply when multiple clients are involved in the +execution of a Photoflo: +* Errors that stem from executing Photoflo elements are sent to the client executing the Photoflo. +* Errors that stem from executing client data put or get requests go to the client executing the request. +* Colors recorded in a ColorList resource belong to the client executing the Photoflo. +* PhotofloDone events are sent to the client executing the Photoflo. +* Multiple clients can Await completion of a given Photoflo. +Photoflo States +Stored Photoflos enter the Inactive state upon creation and transition to the Active state when exe- +cution is requested. Immediate Photoflos are both created and made Active by the execute request. +A Photoflo remains Active until all ImportClient elements have received a final flag, all export +elements have finished their task, and all data exported for the client have been retrieved, or an error +prevents further progress, or the client issues an Abort request. After execution stored Photoflos +return to the Inactive state, whereas immediate Photoflos are destroyed (become Nonexistent). +The client may destroy a stored Photoflo at any time. + Stored Photoflo Immediate Photoflo + +Figure 5-3 Photoflo states +Flo'ing Data to a Resource +Besides image rendition and display, immediate or stored Photoflos are also used to populate +XIE resources with data and attributes. Some form of processing may be applied to the data, but in +the simplest case, a two element import/export Photoflo is generally sufficient. +Also all types of ephemeral client data may be imported and used directly by a Photoflo, without the +necessity of first storing it in an XIE resource. For example, simple transport of an image +(compressed or uncompressed) to a WINDOW is expected. +Import element Export element purpose +ImportClientPhoto ExportPhotomap Populate a Photomap resource +ImportClientLUT ExportLUT Populate a LUT resource (lookup table) +ImportClientROI ExportROI Populate a ROI resource (list-of-rectangles) +ImportClientPhoto ExportDrawablePlane Display a bitonal image in a WINDOW +ImportClientPhoto ExportDrawable Display a COLORMAP index image in a WINDOW +ImportPhotomap ExportDrawablePlane Copy an existing bitonal image to a PIXMAP +Table 5-1 Examples of two element Photoflo usage +Name space +For requests that only apply to stored Photoflos (Create, Modify, Redefine, Execute, and Destroy), +the Photoflo is identified solely by its resource-id. For all other requests, events, and errors that ref- +erence a Photoflo, the Photoflo is identified using type Executable, which is a tupple identifying the +name-space and flo-id of the Photoflo. +Name-space for stored Photoflos is always ServerIDSpace (the value zero), and flo-id is the +Photoflo's resource-id. +Name-space for immediate Photoflos is a Photospace resource-id, and flo-id is a 32-bit value that +uniquely identifies the instance of this Photoflo. +CreatePhotospace +XieReqCreatePhotospace +name-space: XieTypPhotospace +Errors: Alloc, IDChoice +Events: none +CreatePhotospace defines a name-space in which immediate Photoflos may be executed. Any +client that needs to instantiate immediate Photoflos must create at least one Photospace. +Name-space is the resource-id for a new Photospace that can be used to accommodate immediate +Photoflos instantiated by this client. +Error Cause +Alloc Insufficient resources +IDChoice Invalid name-space +DestroyPhotospace +XieReqDestroyPhotospace +name-space: XieTypPhotospace +Errors: Photospace +Events: none +DestroyPhotospace will destroy a Photospace. Prior to destroying the Photospace, all Photoflos that +are currently Active in the Photospace will be aborted, exported data pending client retrieval will be +freed, and the Photoflos will be destroyed. +Name-space is the Photospace to be destroyed. +Error Cause +Photospace Invalid name-space + +Immediate Photoflos +ExecuteImmediate +XieReqExecuteImmediate +instance: XieTypExecutable +notify: BOOL +element-list: LISTofXieTypPhotoElement +Errors: FloAlloc, FloID, FloElement, Flo . . . +Events: PhotofloDone +ExecuteImmediate defines and begins execution of an immediate Photoflo. Execution is asyn- +chronous. The Photoflo is destroyed after execution completes and all data exported for the client +have been retrieved. It is legal to have multiple unique instances of immediate Photoflos (and +stored Photoflos) Active concurrently. +Instance specifies the Photospace/flo-id tupple by which this Photoflo will be identified in other re- +quests, events, or errors. Notify specifies whether a PhotofloDone event should be sent upon comple- +tion. Element-list defines the import, process, and export elements to be executed. +If any clients have blocked themselves during the execution of the Photoflo (see Await), they will be- +come unblocked when photoflo's state changes from Active to Nonexistent. If notify is true, a Photo- +floDone event is also generated by this transition. Finally, this instance is destroyed. +Error Cause +FloAlloc Insufficient resources +FloID Invalid Executable instance +FloElement Invalid element-type(s) in element-list +Flo . . . See element descriptions for errors detected by elements in element-list + +See ExecutePhotoflo for a general outline of the execution phases of a Photoflo. + +Stored Photoflos +The following requests are used to: create, modify, redefine, execute, and destroy stored Photoflos. +In these requests the Photoflo instance is identified only by its resource-id. However, errors and +events generated due to these requests identify the instance using type Executable (the name-space is +ServerIDSpace and the flo-id is the Photoflo's resource-id). +CreatePhotoflo +XieReqCreatePhotoflo +photoflo: XieTypPhotoflo +element-list: LISTofXieTypPhotoElement +Errors: Alloc, IDChoice, FloAlloc, FloElement, Flo . . . +Events: none +CreatePhotoflo creates a stored Photoflo resource, defines its complete contents, and sets it in the +Inactive state. +Photoflo is a new resource-id by which this Photoflo will be identified in other requests, events, or er- +rors. Element-list defines the import, process, and export elements to be stored for execution. +Although resources and parameters are specified at creation, no action is taken to validate them at +that time. CreatePhotoflo will only store the Photoflo's definition and parameter validation is de- +layed until an execute request is received. +Error Cause +Alloc Insufficient resources for photoflo +IDChoice Invalid photoflo +FloAlloc Insufficient resources for element-list +FloElement Invalid element-type(s) in element-list +Flo . . . See element descriptions for errors detected by elements in element-list +DestroyPhotoflo +XieReqDestroyPhotoflo +photoflo: XieTypPhotoflo +Errors: Photoflo +Events: none +DestroyPhotoflo will destroy a stored Photoflo. If photoflo was Active, it is aborted, and all ex- +ported data that are pending client retrieval are freed prior to destroying photoflo. +Photoflo is the Photoflo to be destroyed. +Error Cause +Photoflo Invalid photoflo +See also Abort, which terminates a Photoflos execution without destroying it. +ExecutePhotoflo +XieReqExecutePhotoflo +photoflo: XieTypPhotoflo +notify: BOOL +Errors: Photoflo, FloAccess, FloAlloc +Events: PhotofloDone +ExecutePhotoflo changes a stored Photoflo to the Active state. Execution is asynchronous. The +Photoflo returns to the Inactive state when execution completes and all data exported for the client +have been retrieved. It is legal to have multiple stored Photoflos (and immediate Photoflos) +Active concurrently. +Photoflo is the Photoflo to be executed. Notify specifies whether a PhotofloDone event should be +sent upon completion. +Conceptually, Photoflo execution is broken into at least three phases : +1. Initialization: +a. The Photoflo state is set Active. +b. Bind external inputs (XIE reference counts are incremented). +c. Imported attributes are propagated downstream. +d. Attributes and element parameter values are validated. +e. Lookup external destinations. +f. Create receptors for data to be exported to XIE resources.2 +2. Execution: +a. Data from server resources, if any, is pulled into the Photoflo. +b. Data from the client, if any, is pushed into the Photoflo (PutClientData). +c. Processed data is exported to server resources as required.2 +d. Processed data is made available for client retrieval (GetClientData). +3. Completion: +a. Unbind external inputs. +b. Join exported data with associated XIE resources2 and unbind remaining resources. +c. Report any error that occurred. +d. If notify is true, send a PhotofloDone event. +e. If Await has been requested, unblock client execution. +f. The Photoflo state is set Inactive. +If an error occurs during any phase, the client is notified and the Photoflo is terminated. Other +events can be sent by individual elements as specified in their descriptions. +Error Cause +Photoflo Invalid photoflo +FloAccess Attempt to execute photoflo when it is already Active +FloAlloc Insufficient resources +Flo . . . See element descriptions for errors detected by photoflo elements +ModifyPhotoflo +XieReqModifyPhotoflo +photoflo: XieTypPhotoflo +start: XieTypPhototag +element-list: LISTofXieTypPhotoElement +Errors: Photoflo, FloAlloc, FloElement, FloSource, Flo . . . +Events: none +ModifyPhotoflo allows element parameters of a stored Photoflo to be modified. +Photoflo is the Photoflo to be modified. Start specifies the Phototag where element replacement is to +begin. Element-list is a sequential list of elements that will replace existing elements. +ModifyPhotoflo allows parameter modification only. No topological changes are allowed. Elements +cannot be deleted, inserted, or appended. +Error Cause +Photoflo Invalid photoflo +FloAccess Attempt to change photoflo while it is Active +FloAlloc Insufficient resources +FloElement Attempt to change element-type(s) in element-list +Attempt to append additional element(s) to photoflo +FloSource Invalid start +Attempt to change Phototag input connections in element-list +Flo . . . See element descriptions for errors detected by elements in element-list +Multiple ModifyPhotoflo requests can be sent in order to edit individual elements, but, for greater efficiency and particularly when +repetitive modify/execute requests are expected, elements can be grouped such that a single ModifyPhotoflo can perform multiple +element modifications. +RedefinePhotoflo +XieReqRedefinePhotoflo +photoflo: XieTypPhotoflo +element-list: LISTofXieTypPhotoElement +Errors: FloAccess, Photoflo. FloAlloc, FloElement, Flo . . . +Events: none +RedefinePhotoflo allows all elements of a stored Photoflo to be removed and replaced with a new +list. There are no restrictions on changing element types, Phototag sources, or the list's size. +Photoflo is the Photoflo to be redefined. Element-list is a sequential list of elements that will replace +all existing elements. +Error Cause +Photoflo Invalid photoflo +FloAccess Attempt to change photoflo while it is Active +FloAlloc Insufficient resources +FloElement Invalid element-type(s) in element-list +Flo . . . See element descriptions for errors detected by elements in element-list +RedefinePhotoflo may be considered a hint that the new list of elements is in some way similar to those being replaced. Rede- +finePhotoflo can also be used as a means to conserve resource-ids. +Sending Data to the Server +PutClientData +XieReqPutClientData +instance: XieTypExecutable +element: XieTypPhototag +final: BOOL +band-number: CARD8 +data: XieTypDataStream +Errors: FloAlloc, FloAccess, FloID, FloElement, FloValue +Events: none +PutClientData sends a stream of data to an Active Photoflo. Because the complete data object may +be larger than can fit in a single protocol request, XIE allows the stream to be segmented; the last +segment is signaled with a final flag. +Instance and element identify the Photoflo and specific ImportClient element to receive the data. +Final specifies that this is the last (or only) segment of data to be sent. +If element is a band oriented element, band-number specifies which client band of data is being sent +(interleave and band-order specified for the ImportClient element or technique determine how +client bands are mapped to server bands). +Data is a counted list of bytes that comprises the data stream. The organization and contents of the +stream must match the parameters given to the ImportClient element or the results are unde- +fined. +An arbitrary amount of image data can be sent per request, whereas for nonimage data one or more +complete aggregates must be sent per request (for example, one or more LUT array entries). +If too many data are sent (for example, too many rectangles, or too many scanlines), the unwanted +data are discarded. It is an error, however, to send too few data prior to signaling final. +Error Cause +FloAlloc Insufficient resources +FloAccess Executable instance not Active +FloID Invalid Executable instance +FloElement Invalid Phototag or element-type specified by element +FloValue Invalid band-number +For nonimage data, data contains a partial aggregate +All types of client data (list-of-rectangles, lookup tables, and images) are transported to the server using PutClientData. Tiled im- +ages can be transported using multiple ImportClientPhoto elements, which in turn feed a PasteUp element. + +Retrieving Data from the Server +GetClientData +XieReqGetClientData +instance: XieTypExecutable +element: XieTypPhototag +max-bytes: CARD32 +terminate: BOOL +band-number: CARD8 +* +new-state: XieTypExportState +data: XieTypDataStream +Errors: FloAlloc, FloAccess, FloID, FloElement, FloValue +Events: none +GetClientData retrieves data from an ExportClient element within an Active Photoflo. Data are +returned in a contiguous read-once byte stream, which can be requested in segments that are limited +in size by the amount the client desires or the amount available. The format of the data depends on +the parameters given to the ExportClient element from which the data are requested. +Instance and element identify the Photoflo and specific ExportClient element from which to re- +trieve data. Max-bytes specifies the maximum number of data bytes that can be sent to the client. +Terminate is a Boolean that can be used to indicate that no more data are wanted after this request has +been satisfied. Band-number specifies which client band is to be retrieved (interleave and band- +order parameters specified for the ExportClient element technique determine how server bands +are mapped to client bands). +New-state indicates the data availability status of the ExportClient element after satisfying the +current request. Data is the counted list of bytes that is returned. +If terminate is true, new-state will be ExportDone (the ExportClient element will discard any +remaining data and stop producing additional data). +If new-state is ExportEmpty and notify (for the ExportClient element) was specified as +NewData, another ExportAvailable event will be sent when additional data become availabile. +If the request is sent to an ExportClient element that either does not have any data, was termi- +nated by a previous GetClientData request, or has already returned all its data (ExportDone sent), +the request will return a zero length data stream. +Image data are always retrieved from the server as a byte stream, whereas nonimage data are always +returned by the server as one or more complete aggregates (that is, max-bytes is effectively rounded +down by the server to the match the nearest aggregate size). + +Error Cause +FloAlloc Insufficient resources +FloAccess Executable instance not Active +FloID Invalid Executable instance +FloElement Invalid Phototag or element-type specified by element +FloValue Invalid band-number +Servers are required to buffer a nonzero amount of data per ExportClient element. Beyond that point execution may be sus- +pended until the client retrieves sufficient data. +Terminate may be used to prematurely terminate output from an ExportClient element. If terminate is not used, all data pro- +duced by the ExportClient element must be retrieved before the Photoflo can leave the Active state. + +Status +QueryPhotoflo +XieReqQueryPhotoflo +instance: XieTypExecutable +* +state: XieTypPhotofloState +data-expected: LISTofXieTypPhototag +data-available: LISTofXieTypPhototag +Errors: FloAlloc +Events: none +QueryPhotoflo will return the current status of a Photoflo. +Instance identifies the Photoflo that is being queried. State indicates the state of the Photoflo. Data- +expected is a list of ImportClient elements that are expecting data from the protocol stream. +Data-available is a list of ExportClient elements from which data for the protocol stream are +available. Either or both of these lists may be of length zero. +Specifying an unknown or invalid instance will result in a reply state of nonexistent and zero length +data-expected and data-available lists. +Error Cause +FloAlloc Insufficient resources + +Synchronization +Await +XieReqAwait +instance: XieTypExecutable +Errors: FloAlloc +Events: none +Await blocks all further requests for this client connection from being honored by the server while the +Photoflo is Active. When the Photoflo transitions from the Active state, blocked requests are allowed +to be processed in the order received. +Instance identifies the Active Photoflo that is to block requests from the client issuing the Await. If +instance is invalid or the Photoflo is not Active no action is taken; it is not an error, and the client is +not blocked. +Error Cause +FloAlloc Insufficient resources +If a Photoflo has no ExportClient elements, the client can call Await. If a Photoflo has exactly one ExportClient ele- +ment, the client can just read bytes or be event-driven. If a Photoflo has multiple ExportClient elements, the client should be +event-driven. +Warning: Calling Await before sending all import data (including a final flag) or before retrieving all export data will block the cli- +ent from sending or retrieving the remaining data. This will also prevent completion of the Photoflo and prevent any and +all protocol requests from this client from being honored. This deadlock can only be broken by another client completing +or aborting the Photoflo (to release the Await) or by breaking the client connection. + +Termination +Abort +XieReqAbort +instance: XieTypExecutable +Errors: none +Events: none +Abort will prematurely terminate execution of a Photoflo. +Instance identifies the Photoflo that is to be aborted. Any output from the Photoflo that is pending +client retrieval is freed. If instance is a stored Photoflo it will return to the Inactive state. Imme- +diate Photoflos are destroyed. +If instance is invalid or the Photoflo is not Active no action is taken; it is not an error, and nothing is +destroyed. + + Optimization, an additional phase, would be roughly associated with the initialization phase. + For LUT, Photomap, and ROI resources refer to page 4-1 Binding Resources to Photoflos. + Completion is contingent upon all such data being retrieved by the client. + + +Pipelined Processing 5-1 + + +6 +Import Elements +Overview +Element categories +Import elements are used to bring external image data into a Photoflo. Import elements have no Pho- +totag sources and have one output connection. There are two types of import elements: +* ImportResource Elements obtain data from a server resource (DRAWABLE, LUT, Photomap, or ROI). +* ImportClient Elements require data from the client. This data is transported to the server via the PutClient- +Data protocol request. +Multi-source images +Multiple source images (for example, tiled images, multi-client transport, and so on) require a sepa- +rate import element to describe each segment of the image. The composite image can then be assem- +bled using process elements (for example, BandCombine, Blend, and PasteUp). +Events generated +Certain import elements can generate events to notify the client about abnormal behavior. Two such +events are defined: +* DecodeNotify Notifies the client when anomalies are encountered while decoding a compressed image. It can +also be returned if less data are sent than are required to complete an uncompressed image. +* ImportObscured Notifies the client that one or more regions to be imported from a WINDOW are obscured and un- +available from BACKINGSTORE. +Import from Client +ImportClient elements require data from the client. Element parameters fully specify all the at- +tributes of the client data and describe the format or organization the data will have as it is trans- +ported through the protocol stream. Data is sent to the ImportClient element via the PutClient- +Data protocol request after the Photoflo becomes Active. + +ImportClientLUT +XieFloImportClientLUT +class: XieTypDataClass +band-order: XieTypOrientation +length: XieTypTripletofCARD32 +levels: XieTypLevels +Errors: FloAlloc, FloMatch, FloValue +Events: none +ImportClientLUT accepts lookup table data from the protocol stream. The transport of data through +the protocol stream is accomplished using PutClientData. These data are accepted by the Point, Ex- +portLUT, and ExportClientLUT elements. +Class indicates the number of lookup arrays to expect. Length specifies the number of entries per ar- +ray. Levels is the number of quantization levels represented per array. Band-order declares the order +of TripleBand arrays, or the order in which pixels from a TripleBand image should be combined to +form indices for a SingleBand array . +The length of each array should match the number of source image levels that will be remapped +through the array. When a TripleBand image is to be remapped through a SingleBand array, the +length of the array should match the product of the source image levels of all three bands1. Table 6-1 +summarizes the class of output data to expect from Point, based on the class of LUT and the class of +image provided to Point. +Table 6-1 Relationship between LUT class and image class +LUT class +Source image: SingleBand +Source image: TripleBand +SingleBand +( 1 array ) +Output image: SingleBand +the single image band is re-mapped +through the single array +Usage examples: +achromatic --> achromatic +achromatic --> index +Output image: SingleBand +pixels from each image band are combined1 and then re- +mapped through the single array +Usage examples: +trichromatic --> index +trichromatic --> achromatic +TripleBand +( 3 arrays ) +Output image: TripleBand +the single image band is re-mapped +through each array separately +Usage examples: +achromatic --> false-color +index----------> trichromatic +Output image: TripleBand +each image band is re-mapped through the corresponding +array +Usage examples: +trichromatic --> trichromatic +The size of each array entry is either 1, 2, or 4 bytes; the smallest size into which the output quanti- +zation levels can be stored. When array entries require multiple bytes, the byte order per entry is de- +termined in the same manner as other numeric data: it is the byte orientation established at core X +connection setup time. +Error Cause +FloAlloc Insufficient resources +FloMatch levels is incompatible with the server's depth handling capabilities +FloValue Invalid class or band-order +When the client targets data at ImportClientLUT, one or more complete array entries must be sent per protocol request (see PutCli- +entData). +ImportClientPhoto +XieFloImportClientPhoto +notify: BOOL +class: XieTypDataClass +width: XieTypTripletofCARD32 +height: XieTypTripletofCARD32 +levels: XieTypLevels +decode: XieTypDecodeTechnique +decode-params: +Errors: FloAlloc, FloMatch, FloValue, FloTechnique +Events: DecodeNotify +Attribute Value +class class of imported image +type Constrained +width width of imported image (in pixels) +height height of imported image (in pixels) +levels levels of imported image +ImportClientPhoto accepts image data from the protocol stream. This data may be processed for +display or used as ProcessDomain data. The attributes and organization of the expected data stream +are fully specified by the parameters. The actual transport of image data through the protocol stream +is requested using the PutClientData protocol request. +Notify enables DecodeNotify events to be sent if anomalies are encountered while interpreting the +imported image data (see DecodeNotify and DecodeTechnique descriptions). Class specifies the +DataClass of the data being imported. Width and height are the per-band image dimensions in pix- +els. Levels is the number of quantization levels per band. Decode is the DecodeTechnique that will +be required to decompress the image. Decode-params is the list of additional parameters required by +decode. +Only Constrained data can be sent through the protocol stream; therefore, levels must be valid. +Error Cause +FloAlloc Insufficient resources +FloMatch levels is incompatible with the server's depth handling capabilities +FloValue Invalid width, height, levels (zero) +Invalid class +FloTechnique Invalid decode technique or decode-params +If the imported client data is compressed, ImportClientPhoto is generally responsible for decoding the data prior to forwarding the +data to downstream elements. An exception to this would be when an export element is a direct recipient of the data and the element +desires data that are encoded using the same technique as decode. +If individual bands of TripleBand data have different widths or heights (for example, down-sampled YCbCr data), it is generally the +client's responsibility to make inter-band dimensions match to render the image (for example, use Geometry with appropriate band- +mask and sample technique). The JPEGBaseline technique that is described in Appendix A, includes a Boolean flag that allows an +image that is interleaved BandByPixel to be up-sampled as part of the decode function. +All data and a final indication must be sent for each band before the Photoflo can leave the Active state. The input data are sent by +the client using the PutClientData protocol request. If a subset of client bands are desired, the bands should be imported as individ- +ual SingleBand images. + +ImportClientROI +XieFloImportClientROI +rectangles: CARD32 +Errors: FloAlloc +Events: none +ImportClientROI accepts a list-of-rectangles from the protocol stream. These data can be used as +input to a ProcessDomain or an ExportROI or ExportClientROI element. The actual transport of +data through the protocol stream is accomplished using the PutClientData protocol request (the +band-number parameter of PutClientData is ignored). +Rectangles specifies the number of rectangles expected. +Each rectangle is described using numeric values (see Rectangle); as such, the byte order of such data +is determined at core protocol connection setup time. +Error Cause +FloAlloc Insufficient resources +When the client targets data at ImportClientROI, one or more complete Rectangles must be sent per protocol request (see PutCli- +entData). + +Import from Resource +ImportResource elements obtain data from server resources: core DRAWABLEs, and XIE LUT, +Photomap, and ROI resources. +The attributes and data of XIE resources are bound to ImportResource elements when the Photo- +flo becomes Active. The same resource may also be the target of an ExportResource element in +the same Photoflo. However, the association between the resource's identifier (XID) and the new at- +tributes and data does not occur until the Photoflo successfully completes (that is, leaves the Active +state). (See Binding Resources to Photoflos in Chapter 4.) +ImportDrawable +XieFloImportDrawable +notify: BOOL +drawable: DRAWABLE +src-x: INT16 +src-y: INT16 +width: CARD16 +height: CARD16 +fill: CARD32 +Errors: FloAlloc, FloDrawable, FloValue +Events: ImportObscured +Attribute Value +class SingleBand +type Constrained +width width +height height +levels 2depth (that is, drawable depth) +ImportDrawable allows access to data existing in a DRAWABLE. This data may be processed for +display or, if drawable is a BITMAP, used as ProcessDomain data. +Notify enables ImportObscured events to be sent if data for one or more regions of a WINDOW are +obscured and unavailable from BACKINGSTORE (see ImportObscured). Drawable is the +DRAWABLE resource supplying the data. Src-x, src-y, width, and height specify the region of data to +be imported from drawable. Fill is the COLORMAP index to use for all regions that are obscured. +Error Cause +FloAlloc Insufficient resources +FloDrawable Invalid drawable +FloValue Invalid region (src-x, src-y, width, height) +The data are imported as ZPixmap format COLORMAP indices (that is, SingleBand index data). Index data are appropriate for +only a few process elements (for example, where a nearest-neighbor technique is used). ConvertFromIndex can be used to convert +index data prior to feeding it to other process elements. Compare can also be used to produce bitonal data from index data. + +ImportDrawablePlane +XieFloImportDrawablePlane +notify: BOOL +drawable: DRAWABLE +src-x: INT16 +src-y: INT16 +width: CARD16 +height: CARD16 +fill: CARD32 +bit-plane: CARD32 +Errors: FloAlloc, FloDrawable, FloValue +Events: ImportObscured +Attribute Value +class SingleBand +type Constrained +width width +height height +levels 2 +ImportDrawablePlane allows access to a single plane of data existing in a DRAWABLE. This data +may be processed for display or used as ProcessDomain data. +Notify enables ImportObscured events to be sent if data for one or more regions of a WINDOW are +obscured and unavailable from BACKINGSTORE (see ImportObscured). Drawable is the +DRAWABLE resource supplying the data. Src-x, src-y, width, and height specify the region of data to +be imported from drawable. Fill is the value to substitute for all regions that are obscured. Bit-plane +specifies the plane to be imported from drawable. +Bit-plane must have exactly one bit set to one (1), and the value of bit-plane must be less than 2n, +where n is the depth of drawable. This single bit selects the corresponding bit to be extracted from +pixels within drawable. +Error Cause +FloAlloc Insufficient resources +FloDrawable Invalid drawable +FloValue Invalid bit-plane or region (src-x, src-y, width, height) + +ImportLUT +XieFloImportLUT +lut: XieTypLUT +Errors: FloAlloc, FloAccess, FloLUT +Events: none +ImportLUT allows access to lookup table data existing in a LUT resource. These data are accepted +by the Point, ExportLUT, and ExportLUT elements. +Lut is the LUT resource supplying the lookup table. Attributes of the lookup table data are inherited +from lut. +Error Cause +FloAlloc Insufficient resources +FloAccess Attempting to import from lut before it has been populated +FloLUT Invalid lut + +ImportPhotomap +XieFloImportPhotomap +notify: BOOL +photomap: XieTypPhotomap +Errors: FloAlloc, FloAccess, FloPhotomap +Events: DecodeNotify +Attribute Value +class Same as photomap +type Same as photomap +width Same as photomap +height Same as photomap +levels Same as photomap +ImportPhotomap allows access to image data existing in a Photomap. This data may be processed +for display or used as ProcessDomain data. +Notify enables DecodeNotify events to be sent if anomalies are encountered while decoding com- +pressed data (see DecodeNotify and the DecodeTechnique descriptions). Photomap is the Photomap +resource supplying image data. +Attributes of the source data are inherited from photomap. +Error Cause +FloAlloc Insufficient resources +FloAccess Attempting to import from photomap before it has been populated +FloPhotomap Invalid photomap +If the data imported from photomap are compressed, ImportPhotomap is generally responsible for decoding the data prior to for- +warding the data to downstream elements. An exception to this would be when an export element is a direct recipient of the data and +the data are already encoded using the technique desired by the export element. +If individual bands of TripleBand, BandByPlane data have different widths or heights (for example, down-sampled YCbCr data), it +is generally the client's responsibility to make inter-band dimensions match to render the image (for example, use Geometry with ap- +propriate band-mask and sample technique). If ImportPhotomaps input data are TripleBand, BandByPixel, the dimensions of +the output bands will match even if the encoded input data are down-sampled. + + +ImportROI +XieFloImportROI +roi: XieTypROI +Errors: FloAlloc, FloAccess, FloROI +Events: none +ImportROI allows access to a list-of-rectangles existing in a ROI resource. This data may be refer- +enced by a ProcessDomain. +Roi is the ROI resource supplying the list-of-rectangles. +Error Cause +FloAlloc Insufficient resources +FloAccess Attempting to import from roi before it has been populated +FloROI Invalid roi + + + + + + + + + + + + + + + + + + + + + + +almost blank + + For SingleBand LUTs, Point combines TripleBand src pixel values to provide a compact array indexing scheme. The algorithm +is presented in Figure 7-4. + + +Import Elements 6-9 + + +7 +Process Elements +Overview +Process elements have one or more Phototag sources and have one output connection. Each process +element applies a specific operation to image data within an Active Photoflo. Some process elements +perform their operation on a single source of image data (for example, Geometry). Others, operate +on either a pair of image sources or an image and a constant (for example, Logical). BandCombine +associates bands from three SingleBand image sources to form a TripleBand image. PasteUp can +combine multiple images (tiles) to form a composite image. +The ConvertToIndex element can generate an event to notify the client about color allocation results. +A process element will not be involved in the execution of a Photoflo if there is no eventual consumer +of its output (that is, no terminating export element). +Limiting the Process +Processing may be limited to a subset of the bands present and a subset of pixels within the processed +bands. Data falling outside the selection criteria are passed through unaffected by the element's proc- +ess. +Process Selected Bands +Some process elements accept a band-mask to restrict processing to a subset of the source data bands. +Only bands selected by the band-mask are subject to processing. Other bands present in the image are +passed through to the output. For example: a band-mask of 0012 indicates that only the least signifi- +cant band would be processed (see Orientation for a definition of band ordering). +Process Intersecting Pixels +Dyadic process elements can accept a pair of data sources. These sources are spatially registered at +their origins (upper left corners). Their class and type must match, but their dimensions (width and +height) need not match. The dimensions of the output are determined by src-1. Processing is spa- +tially restricted to the intersection of the sources on a per-band basis. Data from src-1 that do not in- +tersect with src-2 are passed through to the output. +Process Selected Pixels +Some process elements accept a processing domain (ProcessDomain) to restrict processing to a subset +of the source data pixels. The processing domain represents either a list-of-rectangles or a bi-level +SingleBand control-plane. +A processing domain contains an x,y coordinate pair to spatially position the overall processing do- +main relative to the origin of the source(s). It also contains a Phototag that references the import or +process element that supplies the processing domain data. The element referenced by the Phototag +may provide the following: +* list-of-rectangles Imported using ImportROI or ImportClientROI. Processing is restricted to the intersection of +the data source(s) and any rectangle within the list. +* control-plane Imported using ImportDrawable, ImportDrawablePlane, ImportPhotomap, or ImportCli- +entPhoto; or the output of an upstream process element (for example, Compare). Processing is +restricted to the intersection of the data source(s) and nonzero locations within the control-plane. +Processing is not restricted if Phototag zero (0) is specified as the process domains data source. + +Figure 7-1 Combining two sources using a control plane Logical: Copy +Data Types +In XIE, an image consists of one or three arrays of pixels, each of which is measured in terms of its +width, height, and depth. Each array, which represents a chromatic band of image data, is dimen- +sioned independently. The depth component of each array is expressed in quantization levels or the +potential dynamic range of the pixels. All process elements within XIE are capable of operating on +image data that have a fixed number of quantization levels. These data are said to be Constrained +such that the minimum possible intensity value of a pixel is zero (0), and the maximum possible in- +tensity level is the number of quantization levels minus one. +With the exception of operations that specifically change the number of quantization levels (for ex- +ample, Dither) all other operations that are performed on Constrained data will maintain the levels +attribute from input to output. An operation that computes a negative pixel value will set the result- +ing pixel to zero. Likewise, an operation that computes a pixel value that would exceed the levels at- +tribute of the data will saturate the resulting pixel at its maximum allowable value (that is, levels-1). +This method of constraining image data is equivalent to the HardClip Constrain technique. +For some operations (for example, Arithmetic operations), it is desirable to allow pixel values to +stray beyond their Constrained values. Such data are said to be Unconstrained and may contain +negative values, fractional values, or other values that might be beyond the normal display capabili- +ties of a frame buffer. Performing a sequence of image operations on Unconstrained image data al- +lows the maximum degree of precision to be maintained throughout the process (although there may +be a cost in performance, depending on the server's capabilities). Several XIE process elements are +capable of operating on either Constrained or Unconstrained data. These elements always output the +same DataType as they are fed at their inputs. An exception to this rule is that certain colorspace +conversion techniques can accept either DataType but are only capable of outputting Unconstrained +data. + +XIE provides a complementary pair of elements for converting image data between these two proc- +essing styles. The Unconstrain element simply removes the normal levels restrictions from the data. +The Constrain element provides a means of bringing the data back into a Constrained range. A va- +riety of techniques are available for this purpose that allow the pixel values to be level-shifted, scaled, +clipped, rounded, and so on +Process Categories +* Area elements + Convolve Specifies an area of input pixels is involved in producing each output +pixel (controlled by a convolution kernel). +* Format conversion elements + ConvertFromIndex Specifies convert index data to achromatic or trichromatic data. + ConvertFromRGB Specifies convert RGB data to another trichromatic colorspace. + ConvertToIndex Specifies convert achromatic or trichromatic data to index data. + ConvertToRGB Specifies convert non-RGB trichromatic data to RGB data. +* Dyadic elements: process either two images or an image and a constant + Arithmetic Specifies an arithmetic operation is performed between two images or +an image and a constant. + Blend Specifies combine two images or an image and a constant. + Compare Specifies two images or an image and a constant are compared to +generate a Boolean bitmap result. + Logical Specifies perform logical bit-wise operations on an image, between +two images, or between an image and a constant. +* Geometric elements + Geometry Specifies general affine transform (provides crop, mirror, scale, shear, +rotate, translate, and combinations thereof). + PasteUp Specifies an N-input translate operation that reconstructs an image +from various source tiles. +* Point elements + Math Specifies apply a mathematical operation to each pixel. + Point Specifies remap each pixel value through a lookup table. +* Radiometric elements + BandCombine Specifies merge three SingleBand images. + BandExtract Specifies extract SingleBand data from a trichromatic source. + BandSelect Specifies select a single band of data from a trichromatic source. + Constrain Specifies constrain an image to a fixed number of quantization levels. + Dither Specifies reduce image quantization levels through an area technique. + MatchHistogram Specifies transform an image to have a specific histogram shape. + Unconstrain Specifies remove the normal levels restrictions from the image data. +Process Definitions +The complete list of process PhotoElements follows in alphabetical order. +Arithmetic +XieFloArithmetic +src-1: XieTypPhototag +src-2: XieTypPhototag +domain: XieTypProcessDomain +constant: XieTypConstant +operator: XieTypArithmeticOp +band-mask: CARD8 +Errors: FloAlloc, FloSource, FloDomain, FloMatch, FloOperator, FloValue +Events: none +Attribute Value +class Same as src-1 +type Same as src-1 +width Same as src-1 +height Same as src-1 +levels Same as src-1 +Arithmetic produces output data by performing an addition, subtraction, minimum, or maximum op- +eration between two data sources or between a single data source and a constant. Furthermore, multi- +plication, division, or gamma correction may by applied to a single data source. +When two sources are involved, src-1 and src-2 are the Phototags of the elements supplying source +data (constant is ignored). If the operation is to involve a constant, src-1 is one operand, src-2 must be +zero, and constant is used as the other operand. Domain may control the subset of source data that +will be operated upon. Operator is the arithmetic operation to be performed. Band-mask specifies +which bands are to be operated upon. +When two sources are involved, all attributes, other than width and height, must match; all output at- +tributes are inherited from src-1. +Pixel computations that would lead to errors will yield valid server-dependent values (for example, +dividing by a Constrained pixel value of zero might result in a value of levels-1) . Using band-mask +to select source data that have two (2) or less levels is not permitted. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src-1 or src-2 +src-2 has been specified with a monadic operator (for example, Div or Gamma) +FloDomain Invalid domain +FloMatch class, type, or levels differs between src-1 and src-2 +Selected source data are bitonal (that is, 2 or less levels) +FloOperator Invalid operator + +BandCombine +XieFloBandCombine +src-1: XieTypPhototag +src-2: XieTypPhototag +src-3: XieTypPhototag +Errors: FloAlloc, FloSource, FloMatch +Events: none +Attribute Value +class TripleBand +type Same as src-1 +width Same as srcs +height Same as srcs +levels Same as srcs +BandCombine merges three SingleBand data sources to produce a TripleBand result. +Src-1, src-2, and src-3 are the Phototags of the elements supplying source data. All three sources +must be of the same type, and each source must be SingleBand. Other attributes that are taken from +the individual sources may differ. The output will be TripleBand. +No subsetting by ProcessDomain is provided. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src-1, src-2, or src-3 +FloMatch A source has more than one band +type differs between sources + +BandExtract +XieFloBandExtract +src: XieTypPhototag +coefficients: XieTypConstant +bias: XieTypFloat +levels: CARD32 +Errors: FloAlloc, FloSource, FloMatch +Events: none +Attribute Value +class SingleBand +type Same as src +width Same as src +height Same as src +levels levels or unknown (see text) +BandExtract produces SingleBand output data from a TripleBand source by multiplying a pixel +value from each source band by its corresponding coefficient and then summing the results with the +bias value. +Src is the Phototag of the element supplying source data. Coefficients is a three (3) element array +that determines the proportion of each source band pixel that is used to form the output. The bias +value is added to each output pixel. Levels is used as the levels attribute of the output data if the src +data are Constrained; otherwise, it is ignored. +The source data must be TripleBand, and all bands must have equal dimensions. The output data will +be SingleBand with levels taken from the levels parameter if type is Constrained. All other attrib- +utes are inherited from src. +No subsetting by ProcessDomain is provided (the entire image is processed). +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloMatch src is not TripleBand +Unequal inter-band dimensions (width or height) +BandExtract can be used to extract a band of luminance data from an RGB image. It can also be used to compute COLORMAP in- +dices in cases where the contents of the COLORMAP is well ordered (for example, a Standard-COLORMAP or a TrueColor +visual). + +BandSelect +XieFloBandSelect +src: XieTypPhototag +band-number: CARD8 +Errors: FloAlloc, FloSource, FloMatch, FloValue +Events: none +Attribute Value +class SingleBand +type Same as src +width Same as band selected from src +height Same as band selected from src +levels Same as band selected from src +BandSelect produces SingleBand output data by selecting a single band from a TripleBand source. +Src is the Phototag of the element supplying source data. Band-number specifies which src band is to +be selected to provide the output data. +No subsetting by ProcessDomain is provided. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloMatch src is not TripleBand +FloValue Invalid band-number + +Blend +XieFloBlend +src-1: XieTypPhototag +src-2: XieTypPhototag +alpha: XieTypPhototag +constant: XieTypConstant +alpha-const: XieTypFloat +domain: XieTypProcessDomain +band-mask: CARD8 +Errors: FloAlloc, FloSource, FloDomain, FloMatch, FloValue +Events: none +Attribute Value +class Same as src-1 +type Same as src-1 +width Same as src-1 +height Same as src-1 +levels Same as src-1 +Blend produces output data from two data sources or a single data source and a constant. Each out- +put pixel is a percentage combination of the source values, as controlled by the alpha input or the al- +pha constant. +When two sources are involved, src-1 and src-2 are the Phototags of the elements supplying source +data (constant is ignored). If the operation is to involve a constant, src-1 is one operand, src-2 must +be zero, and constant is used as the other operand. If alpha is nonzero, it controls the blend propor- +tion for each pixel that is processed; otherwise, alpha-const provides this control. Domain may con- +trol the subset of source data that will be operated upon. Band-mask specifies which bands are to be +operated upon. +When two sources are involved, all attributes, other that width and height, must match. If alpha is +nonzero, it must be a source of Constrained data. Using band-mask to select source data that have +two (2) or less levels is not permitted. +Within the intersection of the source(s) and domain, each output pixel is a blend of the corresponding +pixels from src-1 and src-2 (or src-1 pixels blended with constant). The degree of blend is deter- +mined by the corresponding value taken from alpha or the value of alpha-const. If alpha is nonzero, +the proportion of blend is further scaled by alpha-const: + output = src-1 * (1 - alpha / alpha-const) + src-2 * (alpha / alpha-const) + (where alpha-const is greater than 0.0). +If alpha is zero: + output = src-1 * (1 - alpha-const) + src-2 * alpha-const + (where alpha-const is in the range [0.0, 1.0]). +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src-1, src-2, or alpha +FloDomain Invalid domain +FloMatch Incompatible attributes between src-1 and src-2 +alpha is Unconstrained +Selected source data are bitonal (that is, 2 or less levels) +FloValue alpha is zero and alpha-const is outside the range [0.0, 1.0] +alpha is nonzero and alpha-const is zero or negative +Compare +XieFloCompare +src-1: XieTypPhototag +src-2: XieTypPhototag +domain: XieTypProcessDomain +constant: XieTypConstant +operator: XieTypCompareOp +combine: BOOL +band-mask: CARD8 +Errors: FloAlloc, FloSource, FloDomain, FloMatch, FloOperator +Events: none +Attribute Value +class See text +type Constrained +width Same as src-1 +height Same as src-1 +levels 2 per band (see text) +Compare takes two data sources or a single data source and a constant and generates a Boolean bit- +map output that reflects the results of a point-wise comparison. The output data has a value of one +(1) wherever the comparison is true, and a value of zero (0) everywhere else (that is, comparison false +or comparison not performed). Compare may be requested on a per-band basis, or for all bands +taken together. +When two sources are involved, src-1 and src-2 are the Phototags of the elements supplying source +data (constant is ignored). If the operation is to involve a constant, src-1 is one operand, src-2 must be +zero, and constant is used as the other operand. Domain may control the subset of source data that +will be compared. Operator is the logical predicate operator used in the comparison. Combine is a +Boolean that determines if the comparison should be done on a per-band basis or on an all bands ba- +sis. Band-mask specifies which bands are to be involved. +If combine is true or src-1 is SingleBand, the output data will form a single Boolean bitmap. If src-1 +is TripleBand and combine is false, the output data will yield three separate Boolean bitmaps (for this +case band-mask must specify all bands). +If src-1 is TripleBand and combine is true, only the EQ and NE operators are allowed; equality is +established for each band selected by band-mask, and then the result is logically ANDed to derive +equality (inequality is a logical NOT of this result). For this case, width and height must match for all +bands selected by band-mask. +combine +input class +band-mask +output class +True +SingleBand +TripleBand +n/a +selected bands +SingleBand +SingleBand +False +SingleBand +TripleBand +n/a +all bands +SingleBand +TripleBand +Table 7-1 Compare parameter and DataClass dependencies +When two sources are involved, all attributes, other than width and height, must match. The com- +parison is performed over the intersect of the source(s) as restricted by domain. All points not com- +pared are given the value zero (0). +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src-1 or src-2 +FloDomain Invalid domain +FloOperator Invalid operator +FloMatch Class differs between src-1 and src-2 +Invalid combination of operator and combine +TripleBand, and combine is false, and band-mask incomplete +Compare does not support inter-band distance metrics therefore, combined LT, LE, GT, and GE operators are not supported. Cli- +ents may implement these using other elements in concert with Compare. +Typical uses for Compare include: creating data to be used as a control-plane for a ProcessDomain and converting index data into +bitonal image data. + +Constrain +XieFloConstrain +src: XieTypPhototag +levels: XieTypLevels +constrain: XieTypConstrainTechnique +constrain-params: +Errors:: FloAlloc, FloSource, FloTechnique +Events: none +Attribute Value +class Same as src +type Constrained +width Same as src +height Same as src +levels levels +Constrain applies a quantization model to the image data to convert the data to a fixed number of +quantization levels. Application of the quantization model may involve steps such as range shifting, +scaling, clipping, and rounding. +Src is the Phototag of the element supplying source data. Levels is the number of quantization levels +desired in the output data. Constrain specifies the ConstrainTechnique to be used when constraining +the data. Constrain-params is the list of additional parameters required by constrain. +If the input image is already Constrained the data will be re-Constrained. +No subsetting by band mask or ProcessDomain is provided (the entire image is Constrained). +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloTechnique Invalid constrain technique or constrain-params + +ConvertFromIndex +XieFloConvertFromIndex +src: XieTypPhototag +colormap: COLORMAP +class: XieTypDataClass +precision: CARD8 +Errors: FloAlloc, FloSource, FloColormap, FloMatch, FloValue +Events: none +Attribute Value +class class +type Constrained +width Same as src +height Same as src +levels 2precision (per band) +ConvertFromIndex converts COLORMAP index data into achromatic or trichromatic data. +Src is the Phototag of the element supplying source data. Colormap is the COLORMAP from which to +obtain the value for each output pixel. Class specifies the DataClass of the desired output data. Pre- +cision specifies how many bits (most significant) are to be used from the red, green, and blue values +found in colormap. +If class is SingleBand and a trichromatic colormap is specified (StaticColor, PseudoColor, +TrueColor, or DirectColor), the gray shade for each pixel is taken from the red values in col- +ormap. If class is TripleBand and an achromatic colormap is specified (StaticGray or Gray- +Scale), the red band will be replicated to populate the green and blue output bands. +The depth of colormap must match the levels attribute of src (that is, 2depth must equal levels). +No subsetting by band mask or ProcessDomain is provided (the entire image is converted). +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloColormap Invalid colormap +FloMatch levels of src do not match depth of colormap +FloValue Invalid class or precision +To achieve predictable results, the client should not modify colormap cells referenced by the source data while the Photoflo is Active +(see Await for synchronization help). +A value of bitsPerRGBValue or less (defined in the VISUAL of colormap) is usually appropriate for precision. +Compare can be used to convert index data into bitonal data. Use ConvertFromIndex followed by BandExtract to convert col- +ored index data into full fidelity achromatic data. + +ConvertFromRGB +XieFloConvertFromRGB +src: XieTypPhototag +convert: XieTypConvertFromRGBTechnique +convert-params: +Errors:: FloAlloc, FloSource, FloMatch, FloTechnique +Events: none +Attribute Value +class TripleBand +type convert technique dependent +width Same as src +height Same as src +levels convert technique dependent +ConvertFromRGB converts RGB source data to an alternate colorspace. +Src is the Phototag of the element supplying source data (RGB assumed). Convert is the Convert- +FromRGBTechnique that will be used in the conversion to the destination colorspace. Convert- +params is the list of additional parameters required by convert. +In addition to colorspace conversion, some techniques allow for adjusting the white point of the out- +put data (see Appendix A, Convert From RGB Technique, for more information on conversion +techniques). +The source data must be TripleBand, and all bands must have equal dimensions. The type and levels +of the output data are determined by convert technique parameters. All other attributes are inherited +from src. +No subsetting by ProcessDomain is provided (the entire image is processed). +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloMatch src is not TripleBand +Unequal inter-band dimensions (width or height) +FloTechnique Invalid convert or convert-params + +ConvertToIndex +XieFloConvertToIndex +notify: BOOL +src: XieTypPhototag +colormap: COLORMAP +color-list: XieTypColorList +color-alloc: XieTypColorAllocTechnique +color-alloc-params: +Errors: FloAlloc, FloSource, FloColormap, FloColorList, FloMatch, FloValue +Events: none +Attribute Value +class SingleBand +type Constrained +width Same as src +height Same as src +levels 2depth (that is, colormap depth) +ConvertToIndex allocates and/or matches colors or gray shades, as required, from a COLORMAP. It +produces pixel indices as output data, and records indices that it allocates in a ColorList. The speci- +fied color-alloc technique may generate a ColorAlloc event to warn the client that results are of +lesser fidelity than desired. +Notify allows the client to be notified about inferior results from color allocation or matching. Src is +the Phototag of the element supplying Constrained source data. Colormap is the COLORMAP from +which colors or gray shades are allocated and/or matched. Color-list is the ColorList where allocated +COLORMAP indices are to be stored. Color-alloc specifies the desired ColorAllocTechnique. Color- +alloc-params is the list of additional parameters required by color-alloc. +Color-list is purged of any colors it already contains when Photoflo execution begins. Allocated +COLORMAP indices can be freed using PurgeColorList, DestroyColorList, or by making color-list +the target of an Active Photoflo. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloColormap Invalid colormap +FloColorList Invalid color-list +FloAccess color-list is already being used by another Active Photoflo +FloMatch Unequal inter-band dimensions (width or height) or Unconstrained src data +FloTechnique Invalid color-alloc technique or color-alloc-params +ConvertToIndex is usually a preparatory step for an ExportDrawable element. Alternatively, continuous-tone data can be con- +verted to a fixed palette of COLORMAP index entries using Point. Or BandExtract can be used if the COLORMAP contains a ramp +of colors or gray shades (for example, a Standard-COLORMAP or a TrueColor visual). Bitonal image data can be pre- +sented directly to ExportDrawablePlane, allowing the GCONTEXT mechanism to translate ones and zeros in the image into fore- +ground and background colors in the DRAWABLE. +If colormap is static, image colors or gray shades must be matched to those available in colormap. Because no cells are actually +allocated, color-list can be specified as zero (0). Of the three standard techniques defined in this document only, ColorAlloc_Match +is appropriate for static COLORMAPs. If colormap is dynamic, image colors or gray shades may be matched or allocated from +colormap depending on the color-alloc technique; colormap and the list of cells actually allocated are stored in color-list. +Although the three standard techniques defined in this document allocate read-only cells, ConvertToIndex could be extended with +private techniques that allocate, match, or write into read-write cells. + +ConvertToRGB +XieFloConvertToRGB +src: XieTypPhototag +convert: XieTypConvertToRGBTechnique +convert-params: +Errors: FloAlloc, FloSource, FloTechnique +Events: none +Attribute Value +class TripleBand +type convert technique dependent +width Same as src +height Same as src +levels convert technique dependent +ConvertToRGB converts alternate colorspace source data into RGB data. +Src is the Phototag of the element supplying source data. Convert is the ConvertFromRGBTech- +nique that will be used in the conversion from the source colorspace. Convert-params is the list of +additional parameters required by convert. +In addition to colorspace conversion, some techniques allow for adjusting the white point of the +source data prior to conversion and compressing the gamut of the output data (see Appendix A, +Convert To RGB Technique, for more information on conversion techniques). +The source data must be TripleBand, and all bands must have equal dimensions. The type and levels +of the output data are determined by convert technique parameters. All other attributes are inherited +from src. +No subsetting by band mask or ProcessDomain is provided (the entire image is converted). +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloMatch src is not TripleBand +Unequal inter-band dimensions (width or height) +FloTechnique Invalid convert or convert-params +Arithmetic or Point can be used to gamma-correct the resulting data prior to displaying it. + +Convolve +XieFloConvolve +src: XieTypPhototag +domain: XieTypProcessDomain +kernel: LISTofXieTypFloat +kernel-size: CARD8 +band-mask: CARD8 +convolve: XieTypConvolveTechnique +convolve-params: +Errors: FloAlloc, FloSource, FloDomain, FloMatch, FloValue, FloTechnique +Events: none +Attribute Value +class Same as src +type Same as src +width Same as src +height Same as src +levels same as src +Convolve produces output data by convolving each input pixel value (and surrounding area) with the +specified convolution kernel. +Src is the Phototag of the element supplying source data. Domain may control the subset of the im- +age that will be operated upon. Kernel contains the coefficients used in the convolution process. +Kernel-size specifies the dimension of kernel. Band-mask specifies which bands are to be operated +upon. Convolve specifies the ConvolveTechnique for handling edge conditions (when kernel re- +quires data outside of src). Convolve-params is the list of additional parameters required by con- +volve. Kernel represents a square array of float data that has odd dimensions. Thus, a single dimen- +sion is used to specify, kernel-size. +Using band-mask to select source data that have two (2) or less levels is not permitted. +All output data attributes are inherited from the source data. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloDomain Invalid domain +FloMatch Selected source data are bitonal (that is, 2 or less levels) +FloValue Invalid kernel-size (for example, not odd) +FloTechnique Invalid convolve edge handling technique or convolve-params +For TripleBand data, convolution using the same kernel is permuted over all three bands. + +Dither +XieFloDither +src: XieTypPhototag +levels: XieTypLevels +band-mask: CARD8 +dither: XieTypDitherTechnique +dither-params: +Errors: FloAlloc, FloSource, FloValue, FloMatch, FloTechnique +Events: none +Attribute Value +class Same as src +type Constrained +width Same as src +height same as src +levels levels +Dither is used to reduce the number of quantization levels in an image. It accomplishes this by af- +fecting adjacent pixels (area affect) to make up for the lack of depth resolution. +Src is the Phototag of the element supplying source data. Levels is the number of levels desired in +the output data. Band-mask specifies which bands are to be operated upon. Dither specifies the de- +sired DitherTechnique. Dither-params is the list of additional parameters required by dither. +The source data must be Constrained. Using band-mask to select source data that have two (2) or +less levels is not permitted. +No subsetting by band mask or ProcessDomain is provided (the entire image is processed). +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloMatch Unconstrained src data +Selected source data are bitonal (that is, 2 or less levels) +FloValue Invalid output levels: less than two, or greater than src levels +FloTechnique Invalid dither technique or dither-params + +Geometry +XieFloGeometry +src: XieTypPhototag +width: CARD32 +height: CARD32 +coefficients: XieTypFloat[6] +constant: XieTypConstant +band-mask: CARD8 +sample: XieTypGeometryTechnique +sample-params: +Errors: FloAlloc, FloSource, FloValue, FloTechnique +Events: none +Attribute Value +class Same as src +type Same as src +width width +height height +levels Same as src +Geometry is used to perform geometric transformations on image data. Linear geometric resampling +operations are implemented, such as, crop, mirror, scale, shear, rotate, translate, and combinations +thereof. +Src is the Phototag of the element supplying source data. Width and height specify the dimensions of +the output data. Coefficients is a list of values (a,b,c,d,tx,ty) that control the geometric transforma- +tion. Constant is a fill value used for output pixels that do not map back to a src pixel. Band-mask +specifies which bands are to be operated upon. Sample is the GeometryTechnique to be used for ret- +rospectively resampling src. Sample-params is the list of additional parameters required by sample. +Figure 7-2 shows a combined crop and scale for a src with dimensions w and h, and output width w +and height h. The mapping between the coordinate systems is specified from output back to src; that +is, for each output pixel (x,y), the coordinate location (x,y) at which to sample src is given by: + + +Geometry can be visualized as stepping through each possible output pixel location in turn and com- +puting the location from which to obtain each input pixel value. Often a given output pixel location +(x,y) will not correspond exactly to a single pixel in the input image. The sample technique is +used to determine how the input data will be interpolated to produce each output pixel value. + +Figure 7-2 A sample geometric transform: crop and scale +The region to be cropped in the input image is implicitly defined by the dimensions of the output im- +age and the mapping from output to input coordinates. Depending on the size of the input and output +images, the amount of scaling specified, and the amount of translation in the mapping, the shadow +of the output image may extend beyond the boundaries of the input image, as in Figure 7-3. Pixels in +the output image that map off the edge of the input image will be assigned the constant value. + +Figure 7-3 Background fill used for pixels beyond the edge +Transformation Coefficients +The coordinate mapping (a,b,c,d,tx,ty), together with the output width and height, fully specify the +geometric transformation. To aid in computing the desired transform, one might: +* Draw a picture of the input and output images. Label the corners of the output image A,B,C,D. They will have coordinates +x,y at (0,0), (width-1,0), (0,height-1), and (width-1,height-1), +* Next compute or deduce the coordinates (x,y) of A,B,C,D in the input coordinate space, +* For three corners (preferably those with a 0 for either x or y), write down the basic mapping equation with known (x,y) +and (x,y) specified. Each corner will give two equations, and simultaneously solving the six equations for the three corners +will allow (a,b,c,d,tx,ty) to be deduced. The remaining corner may be used to check that these parameters have been derived +correctly. +The following briefly (and approximately) summarizes the intuitive role of each parameter: +a,d Scaling parameters. Increasing a and d will make the output image appear smaller, whereas +decreasing them will make the output pixels appear larger. +b,c Rotation/skew parameters. If b and c are zero, the output image will be a rectangular scal- +ing of the input image. If a and d are both zero, b is one and c is negative one, the image +will appear rotated. The magnitude of b and c will affect scaling as well, if a and d are +zero. If more than two of (a,b,c,d) are nonzero, the effect is complicated. The image may +appear skewed and scaled. +tx,ty Translation parameters. Used to specify the offset between input and output coordinate sys- +tems. +width,height These specify the output image dimensions of the selected band(s). Note that increasing the +output image height and width over the input image size will not by itself cause magnifica- +tion ¾ if a and d are one (1) and b and c are zero (0), the output image will have the same +appearance as the input, except that the borders will shrink or expand (as determined by +width and height) and new areas of the image will be filled with constant. + +Trichromatic image bands can be operate individually, all together or in any combination using band- +mask. Because applying the same (a,b,c,d,tx,ty) mapping to inputs with diverse sizes will specify +different transformations, operating on all bands in unison (band-mask of 1112) is most appropriate if +the dimensions of all bands are equal. No subsetting by ProcessDomain is provided (selected bands +are processed in their entirety). +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloValue Invalid coefficients, width, or height +FloTechnique Invalid sample technique or sample-params +Logical +XieFloLogical +src-1: XieTypPhototag +src-2: XieTypPhototag +domain: XieTypProcessDomain +constant: XieTypConstant +operator: GCfunction* +band-mask: CARD8 +Errors: FloAlloc, FloSource, FloDomain, FloMatch, FloOperator, FloValue +Events: none +Attribute Value +class Same as src-1 +type Constrained +width Same as src-1 +height Same as src-1 +levels Same as src-1 +Logical performs per-pixel bit-wise operations on a single data source, or between two data sources, +or between a single data source and a constant. +When two sources are involved, src-1 and src-2 are the Phototags of the elements supplying source +data (constant is ignored). If the operation is to involve a constant, src-1 is one operand, src-2 must be +zero, and constant is used as the other operand. Domain may control the subset of source data that +will be operated upon. Operator is the logical operator to be used. Band-mask specifies which bands +are to be operated upon. +The value of operator matches the GC-function values defined by the core protocol specification +for CreateGC. The output of Logical is determined by the number of data sources and operator: +GC-function1 monadic operation dyadic operation +Clear 0 0 +And constant AND src-1 src-2 AND src-1 +AndReverse constant AND (NOT src-1) src-2 AND (NOT src-1) +Copy constant src-2 +AndInverted (NOT constant) AND src-1 (NOT src-2) AND src-1 +NoOp src-1 src-1 +Xor constant XOR src-1 src-2 XOR src-1 +Or constant OR src-1 src-2 OR src-1 +Nor (NOT constant) AND (NOT src-1) (NOT src-2) AND (NOT src-1) +Equiv (NOT constant) XOR src-1 (NOT src-2) XOR src-1 +Invert NOT src-1 NOT src-1 +OrReverse constant OR (NOT src-1) src-2 OR (NOT src-1) +CopyInverted NOT constant NOT src-2 +OrInverted (NOT constant) OR src-1 (NOT src-2) OR src-1 +Nand (NOT constant) OR (NOT src-1) (NOT src-2) OR (NOT src-1) +Set 1 1 +When two sources are involved, all attributes, other than width and height, must match. All source +data must be Constrained, and levels must be a power of two. Output attributes are inherited from +src-1. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src-1 or src-2 +FloDomain Invalid domain +FloOperator Invalid operator +FloMatch src-1 or src-2 is not Constrained +levels or class differs between src-1 and src-2 +levels is not a power of 2 + +MatchHistogram +XieFloMatchHistogram +src: XieTypPhototag +domain: XieTypProcessDomain +shape: XieTypHistogramShape +tech-params: +Errors: FloSource, FloDomain, FloAlloc, FloMatch, FloTechnique +Events: none +Attribute Value +class SingleBand +type Constrained +width Same as src +height Same as src +levels Same as src +MatchHistogram produces output data that differs from the source data in terms of its pixel value +distribution or histogram. It allows the client to specify the desired state of the resulting data's histo- +gram (algorithmic description of resulting histogram shape). +Src is the Phototag of the element supplying source data. Domain may control the subset of the +source data to operated upon. Shape is a HistogramShape that specifies the form of the desired out- +put data histogram. Shape-params is the list of additional parameters required by shape. +The source data must be Constrained and SingleBand, and it must have three (3) or more levels. +When a ProcessDomain is used, only data that intersects with domain is included in the histogram, +and only that data will be affected in the result of the histogram matching operation (all other data +will pass-through unchanged). +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloDomain Invalid domain +FloMatch Invalid src data: Unconstrained or TripleBand or bitonal +FloTechnique Invalid histogram shape or shape-params +The Point element can also be used to reshape an image's histogram using an appropriate LUT. + +Math +XieFloMath +src: XieTypPhototag +domain: XieTypProcessDomain +operator: XieTypMathOp +band-mask: CARD8 +Errors: FloAlloc, FloSource, FloDomain, FloMatch, FloOperator, FloValue +Events: none +Attribute Value +class Same as src +type Same as src +width Same as src +height Same as src +levels Same as src +Math applies a single operand mathematical operation to the source data on a point-wise basis. +Src is the Phototag of the element supplying source data. Domain may control the subset of the im- +age that will be operated upon. Operator is the mathematical operation to be applied. Band-mask +specifies which bands are to be operated upon. +Pixel computations that would lead to errors will yield valid server-dependent values (for example, +the log of a Constrained pixel value of zero might result in a value of zero). Using band-mask to se- +lect source data that have two (2) or less levels is not permitted. +All output data attributes are inherited from the source data. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloDomain Invalid domain +FloMatch Selected source data are bitonal (that is, 2 or less levels) +FloOperator Invalid operator + +PasteUp +XieFloPasteUp +tiles: LISTofXieTypTile +width: CARD32 +height: CARD32 +constant: XieTypConstant +Errors: FloAlloc, FloSource, FloMatch +Events: none +Attribute Value +class Same as tiles +type Same as tiles +width width +height height +levels Same as tiles +PasteUp is an N-input translate operation that outputs data constructed from various source data tiles +or a constant value. +Each of the tiles specifies a src (the Phototag of the element supplying source data) and the coordi- +nates, dst-x and dst-y, where the tile belongs in the output data. Width and height specify the full ex- +tent of the output data. Constant is the fill value to as the output data for any region that is not speci- +fied as a tile. +Each region of the output data is defined by a tile's destination coordinates, dst-x and dst-y, and its src +dimensions. For output regions where no tile provides input, the value of constant is used. If tiles +overlap, a stacking order rule defines which pixel value will be output; the last tile (involved in the +overlap) in the list of tiles will provide the output pixel. +At least one tile must be supplied. Except for width and height, all attributes of each source tile must +match. In addition, for TripleBand input, inter-band dimensions within each tile must match. +No subsetting by band mask or ProcessDomain is provided. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid source tiles +No tiles were specified +FloMatch Incompatible attributes between tiles +Unequal inter-band dimensions within a tile (width or height) + +Point +XieFloPoint +src: XieTypPhototag +lut: XieTypPhototag +domain: XieTypProcessDomain +band-mask: CARD8 +Errors: FloAlloc, FloSource, FloDomain, FloMatch +Events: none +Attribute Value +class Same as lut +type Constrained +width Same as src +height Same as src +levels Same as lut +Point maps source pixel values to output pixel values using a lookup table (LUT) . +Src is the Phototag of the element supplying Constrained source data. Lut is the Phototag of the +element supplying the lookup table array(s). Domain may control the subset of source data that will +be operated upon. Band-mask specifies which bands are to be operated upon (all bands must be +specified if lut is SingleBand and src is TripleBand). +The output is Constrained with the width and height taken from src and class and levels taken from +lut. When src is SingleBand and lut is TripleBand, for the bands that are indicated by band-mask, +the output bands are remapped through their respective lut bands, whereas the other bands are just +replications of the single src band. If domain is used, the class and levels of lut must match those of +src. +Each lut array must contain sufficient entries so that all potential pixel values found in src can form a +valid index into the array. Generally each src pixel value is used directly as an index into a lut array. +When TripleBand src data are remapped through a SingleBand lut; however, pixel values from all +three src bands are combined to form an array index (for this case, width and height must match for +all bands). Figure 7-4 presents the algorithm for computing combined array indices. + +LUT band-order +LUT indexing algorithm for combining pixel values from TripleBand data +LSFirst +index = value[0] + value[1] x levels[0] + value[2] x levels[0] x levels[1] +MSFirst +index = value[2] + value[1] x levels[2] + value[0] x levels[2] x levels[1] +Figure 7-4 Point's algorithm for computing combined LUT indices +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src or lut +FloDomain Invalid domain (for example, attempting to use domain with ServiceClass DIS) +FloMatch Unconstrained src data + domain is being used, but lut class or levels do not match those of src +lut does not contain enough entries (that is, length less than src levels) +lut is SingleBand and src is TripleBand, but band-mask is incomplete or inter-band +dimensions dont match +Unconstrain +XieFloUnconstrain +src: XieTypPhototag +Errors: FloAlloc, FloSource, FloMatch +Events: none +Attribute Value +class Same as src +type Unconstrained +width Same as src +height Same as src +levels Unknown +Unconstrain takes Constrained source data and produces Unconstrained data. +Src is the Phototag of the element supplying Constrained source data. +No subsetting by band mask or ProcessDomain is provided (the entire image is Unconstrained). +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloMatch Unconstrained src + + GC-function is not a defined type in the core X protocol documentation. This table is taken from the list of alternative func- +tion values defined for the CreateCG protocol request. + Figure 6-1 illustrates the relationship between LUT class and image class and presents some usage examples. + + +Process Elements 7-3 + + +8 +Export Elements +Element categories +Export elements are used to send image data out of a Photoflo. Each export element has a single +Phototag source but does not provide an output connection. There are two types of export elements: + ExportResource elements export data to a server resource (DRAWABLE, LUT, Photomap, or ROI). + ExportClient elements produce data for client retrieval. They provide the input data for the GetCli- +entData protocol request. +Export to Client +ExportClient elements provide data for the client. Element parameters fully describe the format +or organization the data is to have as it is transported through the protocol stream. The data itself +must be retrieved using the GetClientData protocol request while the Photoflo is Active. +Servers are required to buffer a nonzero amount of data per ExportClient element. Beyond that +point execution may be suspended until the client retrieves sufficient data. +Events generated +ExportClient elements can generate ExportAvailable events to notify the client when the data is +available for retrieval. ExportAvailable events may be: + Disabled (that is, no event is sent) + Enabled only when data first becomes available from the element + Enabled each time the element's data buffer transitions from empty to nonempty + +ExportClientHistogram +XieFloExportClientHistogram +notify: XieTypExportNotify +src: XieTypPhototag +domain: XieTypProcessDomain +Errors: FloAlloc, FloSource, FloDomain, FloMatch, FloValue +Events: none +ExportClientHistogram generates a histogram of the pixel values found in the source data. It pre- +pares histogram data that can be retrieved by the client using the GetClientData protocol request. +An event can be requested that will notify the client when histogram data becomes available. +Notify allows the client to be notified when the histogram data becomes available. Src is the Photo- +tag of the element supplying SingleBand Constrained source data. Domain may control the subset of +the source data from which the distribution will be generated. +The data generated for the client is a list of HistogramData where each entry consists of an value +(that is, a pixel value) followed by the count of pixels found with that value. If the number of pixels +for a given value exceeds the capacity of count (type CARD32), that count will be returned at the +maximum value (that is, 232-1). Pixel values that are not found in the data are not included in the +histogram data (that is, no entries are returned where count is zero). +If notify is true, the total number of histogram entries are reported in the data field of the Expor- +tAvailable event. +The histogram is returned as numeric values (see HistogramData), as such, the byte order of the data +is determined at core protocol connection setup time. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloDomain Invalid domain +FloMatch Unconstrained src data +TripleBand src data +FloValue Invalid notify +All data that are generated by ExportClientHistogram must be retrieved by the client using GetClientData before the Photoflo +can exit from the Active state. +Histograms of TripleBand images are not supported directly. However, BandSelect may be used to choose a single band of data, or +BandExtract may be used to combine data from multiple bands into a single band of data. A histogram of this single band of data +could then be generated using ExportClientHistogram. + +ExportClientLUT +XieFloExportClientLUT +notify: XieTypExportNotify +src: XieTypPhototag +band-order: XieTypOrientation +start: XieTypTripletofCARD32 +length: XieTypTripletofCARD32 +Errors: FloAlloc, FloSource, FloValue +Events: none +ExportClientLUT allows data imported from an ImportLUT or ImportClientLUT element to be +retrieved by the client. The actual transport of lookup table data through the protocol stream is re- +quested using the GetClientData protocol request. +Notify allows the client to be notified when data become available. Src is the Phototag of the element +supplying lookup table data. Band-order is the order in which TripleBand arrays are transmitted +through the protocol stream. Start is the index of the first array entry that should be returned. Length +is the number of array entries that should be returned. +If notify is requested, the ExportAvailable event's data field will report the total number of array en- +tries that can be retrieved from the band specified by the event. +The size of each array entry is either 1, 2, or 4 bytes; the smallest size into which the output quanti- +zation levels can be stored. When array entries require multiple bytes, the byte order per entry is de- +termined in the same manner as other numeric data; it is the byte orientation established at core X +connection setup time. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloMatch start + length exceeds number of entries in an array +FloValue Invalid notify or band-order +When the client attempts to retrieve data from an ExportClientLUT element, the server responds with one or more complete array +entries per protocol reply (see GetClientData). All data must be retrieved by the client before the Photoflo can leave the Active +state. + +ExportClientPhoto +XieFloExportClientPhoto +notify: XieTypExportNotify +src: XieTypPhototag +encode: XieTypEncodeTechnique +encode-params: +Errors: FloAlloc, FloSource, FloMatch, FloValue, FloTechnique +Events: none +ExportClientPhoto makes image data available to the protocol stream. The attributes of the exported +data are determined by the attributes of the source data. The format of the data is specified by the en- +code technique and encode-params. The actual transport of image data through the protocol stream +is requested using the GetClientData protocol request. +Notify allows the client to be notified when image data become available. Src is the Phototag of the +element supplying Constrained data. Encode is the EncodeTechnique that will be used to compress +of format the exported data. Encode-params is the list of additional parameters required by encode. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloMatch Unconstrained src data +FloValue Invalid notify +FloTechnique Invalid encode technique or encode-params +ServerChoice is not a valid encode technique for ExportClientPhoto. +Depending on encode, the export process may cause the data to be decoded, encoded, or, otherwise, reformatted by the server. If Ex- +portClientPhoto is fed directly from an ImportClientPhoto or ImportPhotomap element and the attributes of the raw data that +are given to the import element match the requirements of the encode technique, the raw data can bypass the normal decode function +of the import element and be forwarded directly to ExportClientPhoto (this is an implementation-specific optimization). +If TripleBand data are given to an encode technique that will interleave the output data BandByPixel, the dimensions of each src +band must match. +All data must be retrieved by the client, using the GetClientData protocol request, before the Photoflo can exit from the Active +state. + + +ExportClientROI +XieFloExportClientROI +notify: XieTypExportNotify +src: XieTypPhototag +Errors: FloAlloc, FloSource, FloValue +Events: none +ExportClientROI allows a list-of-rectangles, imported from an ImportROI or ImportClientROI +element, to be retrieved by the client. The actual transport of lookup table data through the protocol +stream is requested using the GetClientData protocol request. +Notify allows the client to be notified when data become available. Src is the Phototag of the element +supplying the list-of-rectangles. If notify is requested, the ExportAvailable event's data field will re- +port the total number of rectangles that can be retrieved. +Each rectangle is described using numeric values (see Rectangle), as such, the byte order of the data +is determined at core protocol connection setup time. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloValue Invalid notify +When the client attempts to retrieve data from an ExportClientROI element, the server responds with one or more complete Rec- +tangles per protocol reply (see GetClientData). All data must be retrieved by the client before the Photoflo can leave the Active +state. + +Export to Resource +ExportResource elements emit data to server resources: either core X DRAWABLEs, or XIE LUT, +Photomap, or ROI resources. +For ExportResource elements that assign attributes to XIE resources, the association between the +resource identifier (XID) and the new attributes and data does not occur until the Photoflo success- +fully completes (that is, leaves the Active state). (See LUT, Photomap, and ROI resources in +Chapter 4.) +ExportDrawable +XieFloExportDrawable +src: XieTypPhototag +drawable: DRAWABLE +gc: GCONTEXT +dst-x: INT16 +dst-y: INT16 +Errors: FloAlloc, FloSource, FloDrawable, FloGC, FloMatch, FloValue +Events: none +ExportDrawable allows COLORMAP index data to be exported to a WINDOW or PIXMAP. +Src is the Phototag of the element supplying Constrained source data (index data assumed). +Drawable is the WINDOW or PIXMAP into which the data will be written. Gc is the GCONTEXT to be +used when transferring pixels to drawable. Dst-x and dst-y specify where the data should be placed in +drawable. +The following components are used from gc: function, plane-mask, subwindow-mode, +clip-x-origin, clip-y-origin, and clip-mask. +The levels of src must exactly match the depth of drawable and gc (that is, levels must be 2depth). +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloDrawable Invalid drawable +FloGC Invalid gc +FloMatch Invalid src data (TripleBand, levels does not match depth, or Unconstrained) +ExportDrawable assumes its input is COLORMAP index data. Sources of such data include: ImportClientPhoto, Import- +Drawable, ImportPhotomap, BandExtract, ConvertToIndex, Point, and elements that have processed index data. + +ExportDrawablePlane +XieFloExportDrawablePlane +src: XieTypPhototag +drawable: DRAWABLE +gc: GCONTEXT +dst-x: INT16 +dst-y: INT16 +Errors: FloAlloc, FloSource, FloDrawable, FloGC, FloMatch, FloValue +Events: none +ExportDrawablePlane allows SingleBand single bit (bitonal) data to be exported to a WINDOW, +PIXMAP, or BITMAP. +Src is the Phototag of the element supplying Constrained bitonal source data. Drawable is the WIN- +DOW, PIXMAP, or BITMAP into which the data will be written. Gc is the GCONTEXT to be used +when transferring pixels to drawable. Dst-x and dst-y specify where the data should be placed in +drawable. +The following components are used from gc: function, plane-mask, foreground, back- +ground, fill-style, subwindow-mode, clip-x-origin, clip-y-origin, and clip- +mask. For the fill-style component of gc, values of FillSolid and FillTiled are treated +as synonyms for FillOpaqueStippled. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloDrawable Invalid drawable +FloGC Invalid gc +FloMatch Invalid src data (TripleBand, levels > 2, or not Constrained) +Bitonal data can be exported to a DRAWABLE of any depth if an appropriate GCONTEXT is supplied. The foreground and +background pixel values of gc can be used to map image pixels to COLORMAP colors during the export process. + +ExportLUT +XieFloExportLUT +src: XieTypLUT +merge: BOOL +start: XieTypTripletofCARD32 +Errors: FloAlloc, FloSource +Events: none +ExportLUT allows data imported from an ImportLUT or ImportClientLUT element to be saved in +an existing LUT resource. +Src is the Phototag of the element supplying lookup table data. Lut is the LUT to receive the data. +Merge specifies that new array entries from src should replace entries that already exist within lut. +Start is the index of the first array entry that should be written in lut. +If merge is false, start must be zero (0) for each band. In this case, lut will inherit the attributes of src +and be populated with its data. The previous attributes and data of lut are overwritten when the pho- +toflo completes. +If merge is true and lut has existing attributes, the data from src will replace the data from lut, begin- +ning at position start. The attributes of src must match those of lut, and the combination of start and +the length of src must specify a valid subrange existing within lut. If merge is true but lut has not yet +been populated, it is an error. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloLUT Invalid lut +FloMatch merge true and attributes do not match between src and lut +merge true and start + src length is not a subrange of lut +FloValue merge false and start is nonzero + +ExportPhotomap +XieFloExportPhotomap +src: XieTypPhototag +photomap: XieTypPhotomap +encode: XieTypEncodeTechnique +encode-params: +Errors: FloAlloc, FloSource, FloPhotomap, FloTechnique +Events: none +ExportPhotomap allows data resulting from Photoflo operations to be saved in an existing Pho- +tomap. +Src is the Phototag of the element supplying source data. Photomap is the Photomap to receive the +data. Encode is the EncodeTechnique by which the image is to be compressed or formatted. Encode- +params is the list of additional parameters required by encode. +Photomap will inherit the attributes of src and be populated with its data. The previous attributes and +data of photomap are overwritten when the Photoflo completes. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloPhotomap Invalid photomap +FloTechnique Invalid encode technique or encode-params +Depending on encode, the export process may cause the data to be decoded, encoded, or, otherwise, reformatted by the server. If Ex- +portPhotomap is fed directly from an ImportClientPhoto or ImportPhotomap element and the attributes of the raw data that are +given to the import element match the requirements of the encode technique, the raw data can bypass the normal decode function of +the import element and be forwarded directly to ExportPhotomap (this is an implementation-specific optimization). +If encode is ServerChoice, the server is free to choose an encode technique for the exported data. An optional hint can be provided +to help the server make its choice, but the server can ignore the hint. PreferTime hints that retrieval performance is the desired metric, +whereas PreferSpace indicates that frugal use of storage space is more important. If ExportPhotomap is receiving data from an +adjacent upstream import element, ServerChoice may choose to pass the import elements input data directly to the Photomap; oth- +erwise, a lossless technique will be chosen. The actual technique chosen by the server can be obtained using QueryPhotomap after +the Photoflo completes. +If TripleBand data are given to an encode technique that will interleave the output data BandByPixel, the dimensions of each src +band must match. + +ExportROI +XieFloExportROI +src: XieTypPhototag +roi: XieTypROI +Errors: FloAlloc, FloSource, FloROI +Events: none +ExportROI allows data imported from an ImportROI or ImportClientROI element to be saved in +an existing ROI. +Src is the Phototag of the element supplying a list-of-rectangles. Roi is the ROI to receive the data. +Roi will be populated with new data. The previous data of roi are overwritten after the Photoflo com- +pletes. +Error Cause +FloAlloc Insufficient resources +FloSource Invalid src +FloROI Invalid roi + +Export Elements 8-1 + + +9 +Events and Errors +Events +ColorAlloc +XieEvnColorAlloc +instance: XieTypExecutable +src: XieTypPhototag +type: ConvertToIndex +color-list: XieTypColorList +color-alloc: XieTypColorAllocTechnique +data: CARD32 +A ColorAlloc event notifies the client that a ConvertToIndex element has completed color allocation +but has produced a result of lesser fidelity than was requested using the technique that was specified +for the ConvertToIndex element. +Instance, src, and type identify the Photoflo and specific ConvertToIndex element from which the +ColorAlloc event originated. Color-list is the ColorList resource that received the allocated colors. +Color-alloc is the ColorAllocTechnique specified to the ConvertToIndex element. Data can be used +for other information that is specific to color-alloc. + +DecodeNotify +XieEvnDecodeNotify +instance: XieTypExecutable +src: XieTypPhototag +type: { ImportClientPhoto, ImportPhotomap } +decode: XieTypDecodeTechnique +data-width: CARD32 +data-height: CARD32 +band-number: CARD8 +aborted: BOOL +A DecodeNotify event notifies the client that anomalies were encountered while decoding a com- +pressed image (see the notify parameters of ImportClientPhoto and ImportPhotomap). Either an er- +ror has been encountered while decoding an image, or the image data received does not satisfy the +expected dimensions. +Instance, src, and type identify the Photoflo and element from which the DecodeNotify event origi- +nated. Decode is the DecodeTechnique being used. Data-width and data-height are the dimensions +discovered while decoding the data. Band-number associates the event with the band of the image +where the problem was encountered. Aborted is true if decoding was aborted or false if recovery was +possible. +Recovery from a decode error may result in some missing or garbled image data. This may also cause +the height of the decoded data to be less than was expected. If data-width or data-height do not +match the width and height specified to ImportClientPhoto, the image data is clipped or padded +(with zeros), as required, to enforce the ImportClientPhoto specified dimensions. +ExportAvailable +XieEvnExportAvailable +instance: XieTypExecutable +src: XieTypPhototag +type:{ ExportClientHistogram, ExportClientLUT, ExportClientPhoto ExportClientROI } +band-number: CARD8 +data; LISTofCARD32 +An ExportAvailable event notifies the client that an ExportClient element has data available +(see the notify parameter of the applicable ExportClient element). If notify was specified as +FirstData, this event will only be sent the first time data become available from the ExportClient +element. Otherwise (that is, NewData was specified) this event will be generated each time the +amount of data available changes from zero to nonzero. +Instance, src, and type identify the Photoflo and specific ExportClient element from which the +ExportAvailable event originated. Band-number associates the event with a specific band of the im- +age or LUT. Data is information specific to type (for example, the number of LUT entries or ROI +rectangles available). +Where there is a single ExportClient element, the client can just read bytes or be event-driven. For Photoflos containing multi- +ple ExportClient elements, the client should be event-driven. + +ImportObscured +XieEvnImportObscured +instance: XieTypExecutable +src: XieTypPhototag +type: { ImportDrawable, ImportDrawablePlane } +window: WINDOW +x: INT16 +y: INT16 +width: CARD16 +height: CARD16 +An ImportObscured event notifies the client an ImportDrawable or ImportDrawablePlane ele- +ment has encountered obscured regions in a WINDOW that cannot be retrieved from BACKINGSTORE +(see the notify parameter of the import element). A separate ImportObscured event is returned for +each affected region. +Instance and src identify the Photoflo and the specific import element from which the ImportOb- +scured event originated. Window identifies the WINDOW. The obscured region of the window is +specified by x, y, width, and height. +Note: image data within obscured regions will be populated with the fill value supplied to the import element. +PhotofloDone +XieEvnPhotofloDone +instance: XieTypExecutable +outcome: XieTypPhotofloOutcome +A PhotofloDone event notifies the client that a Photoflo has left the Active state. It is enabled by the +notify parameter of the ExecutePhotoflo and ExecuteImmediate requests. +Instance identifies the Photoflo from which the PhotofloDone event originated. Outcome indicates +the reason the Photoflo left the Active state. +If the Photoflo terminated due to an error condition, the details concerning the error have preceded this event in an error message. + +Resource Errors +The following error-codes are allocated from the extension error space to provide for the errors re- +turned by XIE: +Table 9-1 XIE Error codes +Error Cause +XieErrColorList The value for a color-list argument does not name a defined ColorList. +XieErrFlo . . . An error has been detected while defining, executing, or accessing a Photoflo. +See Table 9-2 for additional detail. +XieErrLUT The value for a lut argument does not name a defined LUT. +XieErrPhotoflo The value for a photoflo argument does not name a defined Photoflo. +XieErrPhotomap The value for a photomap argument does not name a defined Photomap. +XieErrPhotospace The value for a photospace argument does not name a defined Photospace. +XieErrROI The value for a roi argument does not name a defined ROI. +XIE also uses the core protocol errors: Access, Alloc, IDChoice, Length, Request, and Value. + +Photoflo errors +If an error is detected while defining, executing, or accessing a Photoflo, a Flo-error is returned. +This single error-code is allocated from the extension error space for all Photoflo related errors. The +following subcodes are defined to provide the details of the error: +Table 9-2 Photoflo error subcodes +Error Cause +XieErrFloAccess Attempt to execute, modify, or redefine an Active Photoflo +Attempt to Get/Put client data from/to an Inactive Photoflo +XieErrFloAlloc Insufficient resources (for example, memory) +XieErrFloColormap An unknown COLORMAP has been specified +XieErrFloColorList An unknown ColorList has been specified +XieErrFloDomain Invalid domain Phototag: + source data is not a list-of-rectangles or control-plane + specified nonzero on a DIS server +XieErrFloDrawable An unknown DRAWABLE has been specified +XieErrFloElement An unknown PhotoElement type has been specified +Invalid PhotoElement type for request (for example, GetClientData from +Math) +Attempt to change or add a PhotoElement type using ModifyPhotoflo +XieErrFloGC An unknown GCONTEXT has been specified +XieErrFloID Invalid Executable: + an unknown Photoflo has been specified + an unknown Photospace has been specified +XieErrFloLength A PhotoElement was received with the incorrect number of bytes +XieErrFloLUT An unknown LUT has been specified +XieErrFloMatch Some parameter or pair of parameters has the correct type and range, but it +fails to match in some other way required by the PhotoElement +XieErrFloOperator An unknown operator has been specified (for example, ArithmeticOp, +MathOp, and so on) +XieErrFloPhotomap An unknown Photomap has been specified +XieErrFloROI An unknown ROI has been specified +XieErrFloSource An invalid Phototag has been specified: + zero, but a Phototag is required + downstream from the particular PhotoElement + beyond the bounds of the Photoflo +XieErrFloTechnique An unknown technique has been specified +The wrong number of technique specific parameters have been supplied +Invalid technique specific parameters have been specified +XieErrFloValue Some numeric value falls outside of the range of values accepted by the Pho- +toElement +XieErrFloImplementation + + + + + + + + + + + + + + + + + + + + + + +almost blank + +Events and Errors 9-1 + + +A +Techniques +Standard and Private Techniques +For some XIE operations, several recognized algorithms or techniques offer varying tradeoffs between +quality of results and performance. Also, in some cases, different techniques are required due to an +image's class or content. In general, techniques that are specified for import and export elements +identify image compression schemes, and techniques that are specified for process elements identify +various image processing or enhancement algorithms. +Several standard techniques are defined in this appendix. Standard techniques are those that are well +known to the image processing community. They are further categorized in this document as re- +quired, optional, or excluded (see Table B-2). While required techniques must be implemented in all +servers, it is expected that most optional techniques will also be widely available. Some techniques +are excluded from certain subsets. +Vendors may choose to extend XIE with their own private techniques to provide for their particular +needs. Therefore, private techniques are likely to be available only on a particular vendor's platforms. +Technique numbers +Standard and private techniques can be differentiated by their technique numbers. The most signifi- +cant bit of the technique number is zero (0) for standard techniques and one (1) for private tech- +niques. Standard technique numbers are defined in this document (see Appendix C). Private tech- +nique numbers are assigned dynamically (the method for generating private technique numbers is +chosen by the server implementor). Because private technique numbers are not statically defined, the +number to name-string mapping must be obtained on a per-server basis via the QueryTechniques +protocol request. +Technique names +The name string for standard techniques contains only the name of the algorithm or compression +scheme (for example, ERROR-DIFFUSION or CCITT-G32D). Private technique name strings +also include the name of the vendor that owns the rights to the technique (for example, +_PHOTOCO_SQUASH-BITS). Because the organization name is encompassed by _ +(underscore) characters, the leading underscore provides another means by which standard techniques +can be can differentiated from private techniques. +Default Techniques +In some cases, it is appropriate to assign a default technique. A default technique is a synonym that +must be bound to a standard or private technique. Where there is no required standard technique, a +default technique must be defined that is bound to an optional or a private technique. No default is +defined in cases where it would be inappropriate (for example, decode techniques describing client +data). +Technique parameters +For each occurrence of a technique within an element definition, allowance is made to pass parame- +ters that are specific to the technique. Some techniques have defined parameters, and others have +none. For techniques that do have defined parameters, the QueryTechniques request can be invoked +to determine if the parameters must be supplied. If the parameters are optional and they are omitted +by the client, the server will supply implementation specific default values in their place. +If the default technique is requested, no additional parameters are accepted (implementation specific +default values will be provided for parameters defined for the technique to which Default is bound). +Technique information +The QueryTechniques request returns information about All techniques, all Default techniques, or a +group of techniques that are functionally similar (for example, Dither, Encode, Geometry, and so +on). The following information is returned about the selected techniques: +needs-parameters Indicates that the technique requires additional parameters; if false, the technique takes no +parameters, or its parameters are optional. If the parameters are optional, they can be totally +omitted, otherwise they must all be supplied. +group Identifies which group the technique belongs to. +number Specifies the numeric identifier assigned to the technique (MS bit is zero for standard tech- +niques, or one for private techniques). +speed Specifies the server's assessment of the speed of this technique relative to other techniques in +the same group (where 0 is the slowest, and 255 is the fastest). +name Identifies the technique name string in the form: + or +__ +The remainder of this appendix provides a complete description of each technique and its parameters. + +Color Allocation Techniques +Color allocation techniques allocate or match colors or gray shades from a COLORMAP. Cells allo- +cated from a dynamic COLORMAP are recorded in a ColorList. If the COLORMAP is static, im- +age pixels can only be matched to existing COLORMAP entries; no allocations are made and no Col- +orList needs to be specified. +AllocAll +Parameters +fill: CARD32 +AllocAll allocates a read-only COLORMAP cell for each new pixel found. If the COLORMAP runs out +of cells, the remaining new pixels are mapped to fill. A ColorAlloc event can be sent if it is neces- +sary to use fill. AllocAll is only appropriate for dynamic COLORMAPs and requires that the number +of discrete image pixels fit within the size of the COLORMAP to avoid running out of cells. +Match +Parameters +match-limit: XieTypFloat +gray-limit: XieTypFloat +Match allows a trade-off between image fidelity and COLORMAP usage via a pair of granularity pa- +rameters [ ]. The highest priority is given to allocating read-only cells in a sequence that provides an +even distribution of pixels throughout the colorspace. Secondary priority is given to the frequency of +usage of image pixels. Any image pixel that is a close enough match to an existing read-only cell will +share that cell (where close is determined by the granularity controls). For other image pixels, new +read-only allocations are made. When no more cells are available, each remaining image pixel is +matched to the closest read-only cell. Match is appropriate for both static and dynamic COL- +ORMAPs. For the sake of computational efficiency, the number of discrete image pixels should not +exceed the size of the COLORMAP. +Match-limit and gray-match control the allocation of colors and gray shades, respectively. The mini- +mum value (0.0) specifies exact matches (within the limits of the COLORMAP). The maximum value +(1.0) encompasses the entire colorspace within which no new cells are allocated. A ColorAlloc event +can be sent if the COLORMAP runs out of cells. +Requantize +Parameters +max-cells: CARD32 +Requantize first reduces the total number of discrete pixels values in the image to be no more than a +specified number and, then, allocates the resulting pixels values as read-only cells from the COLOR- +MAP. One method of accomplishing this reduction process can be found in [ ]. +Max-cells specifies the maximum number of COLORMAP allocations to allow. If max-cells is zero or +greater than the number of unallocated COLORMAP cells, the reduction algorithm will restrict its out- +put to the number of free cells. A ColorAlloc event can be sent if the number of pixels had to be re- +stricted to a lesser number than max-cells due to a lack of free COLORMAP cells. Requantize is only +appropriate for dynamic COLORMAPs. + + Constrain Techniques +ClipScale +Parameters +input-low: XieTypConstant +input-high: XieTypConstant +output-low: XieTypLevels +output-high: XieTypLevels +For each band, output pixels will be clipped to the range [output-low, output-high]. +If input-low is less than input-high, then all pixels less than or equal to input-low will map to output- +low, and all pixels that are greater than or equal to input-high will map to output-high. All interme- +diate pixel values are scaled proportionately to the output range. Nonintegral output values are +rounded to the nearest integer. +If input-low is greater than input-high then all pixels that are greater than or equal to input-low will +map to output-low, and all pixels that are less than or equal to input-high will map to output-high. +All intermediate pixel values will be linearly mapped to the output range such that input-low maps to +output-low, and input-high maps to output-high. Nonintegral output values are rounded to the near- +est integer. +If input-low equals input-high, or if output-low or output-high exceeds levels-1, a FloTechnique error +is generated. + +HardClip +Parameters +< none > +HardClip constrains the data such that all negative pixels are set to zero, and all pixels greater than +levels-1 are set to levels-1. All other pixels are rounded to the nearest integer value. + +Convert From RGB +CIELab +Parameters +matrix: XieTypMatrix +white-adjust: XieTypWhiteAdjustTechnique +white-params: +Matrix is a 3x3 RGB to CIEXYZ conversion matrix (the source white point is also encoded in ma- +trix). White-adjust is the WhiteAdjustTechnique that can be used to shift the white point of the out- +put data. White-params is the list of parameters required by white-adjust. +The input DataType can be Constrained or Unconstrained; the output DataType is always Uncon- +strained. When the input is Constrained, the data are normalized to the range [0, 1] (that is, scaled +by 1/(levels - 1) prior to the conversion. +CIEXYZ +Parameters +matrix: XieTypMatrix +white-adjust: XieTypWhiteAdjustTechnique +white-params: +Matrix is a 3x3 RGB to CIEXYZ conversion matrix (the source white point is also encoded in ma- +trix). White-adjust is the WhiteAdjustTechnique that can be used to shift the white point of the out- +put data. White-params is the list of parameters required by white-adjust. +The input DataType can be Constrained or Unconstrained; the output DataType is always Uncon- +strained. When the input is Constrained, the data are normalized to the range [0, 1] (that is, scaled +by 1/(levels - 1) prior to the conversion. +YCbCr +Parameters +luma: XieTypConstant +levels: XieTypLevels +bias: XieTypConstant +Luma represents the proportions of red, green, and blue in the luminance band, Y. Levels determines +the output levels if src is Constrained (otherwise, levels is ignored). Bias is used to add an offset to +the output pixels values. +Source data may be Constrained or Unconstrained; the output type will match. +YCC +Parameters +luma: XieTypConstant +levels: XieTypLevels +scale: XieTypFloat +Luma represents the proportions of red, green, and blue in the luminance band, Y. Levels determines +the output levels if src is Constrained (otherwise, levels is ignored). Scale is used to compress the +output pixels (a typical value is about 1.35 to 1.4 in the literature). + +Convert To RGB +CIELab +Parameters +matrix: XieTypMatrix +white-adjust: XieTypWhiteAdjustTechnique +white-params: +gamut-compress: XieTypGamutTechnique +gamut-params: +Matrix is a 3x3 CIEXYZ to RGB conversion matrix (the target white point is also encoded in matrix). +White-adjust is the WhiteAdjustTechnique that can be used to shift the white point of the source data +prior to conversion. White-params is the list of parameters required by white-adjust. Gamut- +compress is the GamutTechnique that can be used to keep the output pixels within the bounds of the +RGB colorspace. Gamut-params is the list of parameters required by gamut-compress. +The input DataType must be Unconstrained; the output DataType is also Unconstrained. + +CIEXYZ +Parameters +matrix: XieTypMatrix +white-adjust: XieTypWhiteAdjustTechnique +white-params: +gamut-compress: XieTypGamutTechnique +gamut-params: +Matrix is a 3x3 CIEXYZ to RGB conversion matrix (the target white point is also encoded in matrix). +White-adjust is the WhiteAdjustTechnique that can be used to shift the white point of the source data +prior to conversion. White-params is the list of parameters required by white-adjust. Gamut- +compress is the GamutTechnique that can be used to keep the output pixels within the bounds of the +RGB colorspace. Gamut-params is the list of parameters required by gamut-compress. +The input DataType must be Unconstrained; the output DataType is also Unconstrained. + + +YCbCr +Parameters +luma: XieTypConstant +levels: XieTypLevels +bias: XieTypConstant +gamut-compress: XieTypGamutTechnique +gamut-params: +Luma represents the proportions of red, green, and blue in the luminance band, Y. Levels determines +the output levels if src is Constrained (otherwise, levels is ignored). Bias is used to remove any offset +from the source pixels values. Gamut-compress is the GamutTechnique that can be used to keep the +output pixels within the bounds of the RGB colorspace. Gamut-params is the list of parameters re- +quired by gamut-compress. +Source data may be Constrained or Unconstrained; the output type will match. + +YCC +Parameters +luma: XieTypConstant +levels: XieTypLevels +scale: XieTypFloat +gamut-compress: XieTypGamutTechnique +gamut-params: +Luma represents the proportions of red, green, and blue in luminance Y. Levels determines the output +if src is Constrained (otherwise, levels is ignored). Scale is used to expand the source pixels (a typical +value is about 1.35 to 1.4 in the literature). Gamut-compress is the GamutTechnique that can be +used to keep the output pixels within the bounds of the RGB colorspace. Gamut-params is the list of +parameters required by gamut-compress. +Source data may be Constrained or Unconstrained; the output type will match. + +Convolution Edge Techniques +Various methods of handling edge conditions are provided for Convolve. These techniques determine +what pixel values are used when Convolve requires data beyond the image bounds. ConvolveTech- +niques only come into play when the kernel is positioned partially off the edge of the image. Data +around the edges of a ProcessDomain are convolved with adjacent image pixels wherever possible. +Constant +Parameters +constant: XieTypConstant +Constant uses the value specified by constant if pixels are required from beyond the edge of the im- +age. +Replicate +Parameters +< none > +Replicate uses the nearest edge pixel value if pixels are required from beyond the edge of the image. + +Decode Techniques +UncompressedSingle +Parameters +fill-order: XieTypOrientation +pixel-order: XieTypOrientation +pixel-stride: CARD8 +left-pad: CARD8 +scanline-pad: CARD8 +UncompressedTriple +Parameters +fill-order: XieTypOrientation +pixel-order: XieTypOrientation +band-order: XieTypOrientation +interleave: XieTypInterleave +pixel-stride: XieTypTripletofCARD8 +left-pad: XieTypTripletofCARD8 +scanline-pad: XieTypTripletofCARD8 +These techniques are used when no compression scheme has been applied to the image data. They are +used for SingleBand and TripleBand data, respectively. Their parameters define the format of the +DataStream of uncompressed data (the server may reformat the data as it chooses prior to processing +or storage). +The following parameters are common to both techniques: +* When multiple pixels are put in the same byte or a pixel spans multiple bytes, fill-order specifies +whether the pixels (or parts of pixels) are packed into the most or least significant bits of a byte +first. +* For pixels that span a byte boundary, pixel-order defines whether the most or least significant bits +of the pixel are transported first within the DataStream. +* Pixel-stride is the number of bits between the start of consecutive pixels within a scanline. It +must be at least enough bits to contain the number of input levels. +* Left-pad is the number of pad bits preceding the first image pixel in each scanline. If the server's +Alignment attribute is Alignable or pixel-stride fits the definition of Alignable, the value of left- +pad must be a multiple of pixel-stride or a multiple of 8; otherwise, left-pad may be any arbitrary +value. +* Scanline-pad defines a multiple of bytes to which each scanline is padded; valid values are: 0 +(not aligned), 1, 2, 4, 8, and 16. The total number of bits-per-scanline in the DataStream in- +cludes: left-pad, the image data (width x pixel-stride), and sufficient additional bits to satisfy +scanline-pad. +The following parameters are only used by UncompressedTriple: +* Band-order is the order of the image bands or image planes as they are transmitted through the +protocol stream. +* Interleave describes how the image bands are interleaved (per pixel within a single plane, or sent +as three separate planes). If interleave is BandByPixel, inter-band dimensions must match (that +is, the widths and the heights of all bands must match). + +CCITT-G31D +Parameters +encoded-order: XieTypOrientation +radiometric: BOOL +normal: BOOL +CCITT-G31D is the CCITT group 3 one dimensional encoding technique as defined by [ ]. +Encoded-order specifies the bit-order of the encoded data. Radiometric specifies that white runs in +the encoded data should be represented as image ones upon decode (maximum intensity), or, con- +versely, they will be decoded as image zeros if radiometric is false. Normal specifies that the data +was processed according to its normal fill-order when it was originally encoded . + + +CCITT-G32D +Parameters +encoded-order: XieTypOrientation +radiometric: BOOL +normal: BOOL +CCITT-G32D is the CCITT group 3 two dimensional encoding technique as defined by [1]. +Encoded-order specifies the bit-order of the encoded data. Radiometric specifies that white runs in +the encoded data should be represented as image ones upon decode (maximum intensity), or, con- +versely, they will be decoded as image zeros if radiometric is false. Normal specifies that the data +was processed according to its normal fill-order when it was originally encoded 2. + + +CCITT-G42D +Parameters +encoded-order: XieTypOrientation +radiometric: BOOL +normal: BOOL +CCITT-G42D is the CCITT group 4 two dimensional encoding technique as defined by [ ]. +Encoded-order specifies the bit-order of the encoded data. Radiometric specifies that white runs in +the encoded data should be represented as image ones upon decode (maximum intensity), or, con- +versely, they will be decoded as image zeros if radiometric is false. Normal specifies that the data +was processed according to its normal fill-order when it was originally encoded 2. + +JPEG-Baseline +Parameters +interleave: XieTypInterleave +band-order: XieTypOrientation +up-sample: BOOL +JPEG-Baseline is the baseline Huffman DCT encoding technique that is defined in [ ]. Only JPEG +Interchange Format (JIF) is supported (that is, all tables, compressed data, and so on are embedded in +the data stream, all delineated by markers). +Interleave determines if all bands of a TripleBand image will be interleaved within a single encoded +stream or if three separate encoded streams are expected. Band-order specifies the order in which the +image bands were originally encoded. Up-sample specifies that, if any bands in an interleaved en- +coded data stream are down-sampled, they should be up-sampled by the JPEG decoder. +Interleave, band-order, and up-sample are ignored for SingleBand images, and up-sample is always +ignored if interleave is BandByPlane. If up-sample is false and some of the encoded bands of an in- +terleaved image were down-sampled, an alternative method for up-sampling the image would be to +use a Geometry element with appropriate band-mask and sample technique parameters. + + +JPEG-Lossless +Parameters +interleave: XieTypInterleave +band-order: XieTypOrientation +JPEG-Lossless is the Huffman predictive sequential lossless encoding technique that is defined in [1]. +Interleave describes how the bands of TripleBand data are interleaved; either all bands are inter- +leaved within a single encoded stream, or three separate encoded streams are expected. Band-order +specifies the order in which the image bands were originally encoded. +Interleave and band-order are ignored for SingleBand images. + +TIFF-2 +Parameters +encoded-order: XieTypOrientation +radiometric: BOOL +normal: BOOL +TIFF-2 is modified Huffman encoding as described in [ ]. (TIFF compression scheme 2). +Encoded-order specifies the bit-order of the encoded data. Radiometric specifies that white runs in +the encoded data should be represented as image ones upon decode (maximum intensity), or, con- +versely, they will be decoded as image zeros if radiometric is false. Normal specifies that the data +was processed according to its normal fill-order when it was originally encoded . + + +TIFF-PackBits +Parameters +encoded-order: XieTypOrientation +normal: BOOL +TIFF-PackBits is byte-oriented run-length encoding as described in [1] (TIFF compression scheme +32773). +Encoded-order specifies the bit-order of the encoded data. Normal specifies that the data was proc- +essed according to its normal fill-order when it was originally encoded 2. + +Dithering Techniques +Dithering reduces the z-resolution or number of quantization levels in a continuous tone image. It +simulates the visual appearance of the original image by substituting the original continuous tone data +with patterns of lower z-resolution data. In ordered dither, fixed patterns are used. In error-diffusion +dither, the patterns are somewhat random and generally less distracting to the eye. A thorough treat- +ment of dithering techniques can be found in [ ]. +ErrorDiffusion +Parameters +< none > +ErrorDiffusion dither is an image level reduction process where the difference (error) between output +pixel values and input pixel values is fed back through a filter to be applied to future input pixels. +Thus, past quantization errors are negatively distributed or diffused into the yet to be requantized im- +age. + +Figure A-1 Diagram of the ErrorDiffusion algorithm +An analysis of various error filters is presented in chapter 8 of [1]. One popular error filter is de- +scribed in [ ]. + + +Ordered +Parameters +threshold-order: CARD8 +Dispersed-dot Ordered dither replaces a matrix, or block, of pixels with a patterned matrix of pixels. +This patterned matrix of pixels is applied across the entire image. Because these patterns may intro- +duce artifacts that are distracting to the eye, the threshold-order parameter is available to determine +the size of the dither matrix, and, therefore, the number of levels that can be simulated. If the value of +threshold-order is M, the threshold matrix can simulate 2M+1 levels. +For more information refer to [ ], and chapter 6 of [ ]. + +Encode Techniques +ServerChoice (only valid for ExportPhotomap) +Parameters +preference: CARD8 { PreferDefault, PreferSpace, PreferTime } +ServerChoice allows the server to choose an encode technique. An optional hint can be provided to +help the server make its choice, but the server is not obligated to obey the hint. PreferTime hints that +retrieval performance is the desired metric; PreferSpace indicates that frugal use of storage space is +more important. Normally, ServerChoice must choose a lossless encode technique, but when data is +received from an adjacent upstream import element, it may choose to pass the import elements input +data directly to the Photomap. + +UncompressedSingle +Parameters +fill-order: XieTypOrientation +pixel-order: XieTypOrientation +pixel-stride: CARD8 +scanline-pad: CARD8 +UncompressedTriple +Parameters +fill-order: XieTypOrientation +pixel-order: XieTypOrientation +band-order: XieTypOrientation +interleave: XieTypInterleave +pixel-stride: XieTypTripletofCARD8 +scanline-pad: XieTypTripletofCARD8 +UncompressedSingle and UncompressedTriple specify that no compression scheme is to be applied +to the image data. They are used for SingleBand and TripleBand data, respectively. Their parameters +define the format of the DataStream of uncompressed data that is made available for client retrieval +via GetClientData. +The following parameters are common to both techniques: +* When multiple pixels are put in the same byte or a pixel spans multiple bytes, fill-order specifies whether +the pixels (or parts of pixels) are packed into the most or least significant bits of a byte first. +* For pixels that span a byte boundary, pixel-order defines whether the most or least significant bits of the +pixel are put first within the DataStream. +* Pixel-stride is the number of bits between the start of consecutive pixels within a scanline. It must be at +least enough bits to contain the number of src levels. +* Scanline-pad defines a multiple of bytes to which each scanline is padded; valid values are: 0 (not aligned), +1, 2, 4, 8, and 16. +The following parameters are only used by UncompressedTriple: +* Band-order is the order of the image bands or image planes as they are transmitted through the protocol +stream. +* Interleave describes how the bands are interleaved (per pixel within a single plane, or sent as three separate +planes). Export of down-sampled BandByPixel data is not supported (that is, all bands must have equal +widths and equal heights). + +CCITT-G31D +Parameters +align-eol: BOOL +radiometric: BOOL +encoded-order: XieTypOrientation +CCITT-G31D is the CCITT group 3 one dimensional encoding technique as defined by [ ]. +Align-eol, if true, specifies that sufficient fill bits must precede EOL codes to guarantee that each +EOL will end on a byte boundary (thus EOL will be a nibble of 0 followed by a byte of 1: xxxx,00002 +0000,00012). Radiometric specifies that image ones will be encoded as white runs, or, conversely, +image zeros will be encoded as white runs if radiometric is false. Encoded-order specifies the bit- +order for the encoded data. + + +CCITT-G32D +Parameters +uncompressed: BOOL +align-eol: BOOL +radiometric: BOOL +encoded-order: XieTypOrientation +k-factor: CARD32 +CCITT-G32D is the CCITT group 3 two dimensional encoding technique as defined by [1]. +Uncompressed, if true, will enable the use of the uncompressed-mode CCITT extension. If true, +align-eol specifies that sufficient fill bits must precede EOL codes to guarantee that each EOL will +end on a byte boundary (thus EOL will be a nibble of 0 followed by a byte of 1: xxxx,00002 +0000,00012). Radiometric specifies that image ones will be encoded as white runs, or, conversely, +image zeros will be encoded as white runs if radiometric is false. Encoded-order specifies the bit- +order for the encoded data. K-factor specifies the number of 2D scanlines to produce for each 1D +scanline. + + +CCITT-G42D +Parameters +uncompressed: BOOL +radiometric: BOOL +encoded-order: XieTypOrientation +CCITT-G42D is the CCITT group 4 two dimensional encoding technique as defined by [ ]. +If true, uncompressed will enable the use of the uncompressed-mode CCITT extension. Radio- +metric specifies that image ones will be encoded as white runs, or, conversely, image zeros will be +encoded as white runs if radiometric is false. Encoded-order specifies the bit-order for the encoded +data. + +JPEG-Baseline +Parameters +interleave: XieTypInterleave +band-order: XieTypOrientation +horizontal-samples: XieTypTripletofCARD8 +vertical-samples: XieTypTripletofCARD8 +q-table: LISTofCARD8 +ac-table: LISTofCARD8 +dc-table: LISTofCARD8 +JPEG-Baseline is baseline Huffman DCT encoding as defined by [ ]. A stream of JPEG Interchange +Format (JIF) data is produced (that is, all tables, compressed data, and so on, delineated by markers). +Interleave determines if all bands of a TripleBand image will be interleaved within a single encoded +stream or if three separate encoded streams will be produced. Band-order specifies the order in which +the bands are encoded. Horizontal-samples and vertical-samples are the horizontal and vertical sam- +pling factors. Q-table is the quantization table. Ac-table specifies the AC Huffman table and dc- +table specifies the DC Huffman table. +One q-table per band or a single q-table may be shared between all bands. Generally, there is a single +AC/DC pair of Huffman tables, but, for TripleBand BandByPixel data, there may be two pairs of ta- +bles (one for the luminance band and the other for the chromanance bands). If any table is specified +with zero length, it indicates that the server implementor is to supply that table (for example, the ex- +ample tables defined in [1]). +Interleave, band-order, horizontal-samples, and vertical-samples are ignored for SingleBand images, +and horizontal-samples and vertical-samples are always ignored if interleave is BandByPlane. Horizon- +tal-samples and vertical-samples share the definitions and restrictions stipulated for parameters Hi and Vi, +respectively, that are specified in annexes A and B of [1]. + +JPEG-Lossless +Parameters +interleave: XieTypInterleave +band-order: XieTypOrientation +predictor: { PredictorNone None + PredictorA A + PredictorB B + PredictorC C + PredictorABC A+B-C + PredictorABC2 A+((B-C)/2) + PredictorBAC2 B+((A-C)/2) + PredictorAB2 } (A+B)/2 +table: LISTofCARD8 +JPEG-Lossless, corresponds to frames encoded using Huffman, predictive sequential lossless encod- +ing as defined by [1]. A DataStream of JPEG Interchange Format (JIF) data is returned (that is, all +tables, compressed data, and so on, delineated by markers). +Interleave determines if all bands of a TripleBand image will be interleaved within a single encoded +stream or if three separate encoded streams will be produced. Band-order specifies the order in which +the bands are encoded. Interleave and band-order are ignored for SingleBand images. +Predictor is the predictor selection value (one per band). Table is the lossless entropy encoding table +(up to one per band). Specifying a table of length zero indicates that the server implementor should +supply a table (for example, the example tables defined in [1]). +TIFF-2 +Parameters +radiometric: BOOL +encoded-order: XieTypOrientation +TIFF-2 is modified Huffman compression as described in [ ] (TIFF compression scheme 2). +Radiometric specifies that image ones will be encoded as white runs, or, conversely, image zeros +will be encoded as white runs if radiometric is false. Encoded-order specifies the bit-order for the +encoded data. + + +TIFF-PackBits +Parameters +encoded-order: XieTypOrientation +TIFF-PackBits is byte-oriented run-length encoding as described in [1] (TIFF compression scheme +32773). +Encoded-order specifies the bit-order of the encoded data. + +Gamut Compression Techniques +GamutTechnique defines the gamut compression techniques used by the ConvertToRGB element. +It deals with converted colors that fall outside the gamut of the RGB colorspace. +None +Parameters +< none > +None specifies that no gamut compression is required. + +ClipRGB +Parameters +< none > +ClipRGB ensures that Unconstrained output pixel values remain within the implicit range [0.0, 1.0]. +Note that Constrained data are clipped to the range [0, levels-1] by definition. + +Geometry Techniques +Antialias +Parameters +< none > +Some Geometry techniques produce artifacts when replicating pixels or sampling the input image at +distinct intervals. One example are the jaggies that one often sees along diagonal lines and curved +objects in an image. Another indication is that some techniques, such as, nearest neighbor, seem to +drop image detail. For example, one could scale down an image by four simply by selecting every +fourth row and column in the input image. Given an image with a set of randomly placed vertical +lines, each line will have a 75% chance of being dropped in the output image. As a result, the output +image in the worst case may have little resemblance to the input image. +Antialiasing techniques incorporate information from an area of pixels in the input image in order +to produce each output pixel. This implies that line dropouts and other artifacts will occur less often, +and the output image may have markedly better resemblance to the input image. +The techniques AntialiasByArea and AntialiasByLowpass are two examples of specific antialiasing +algorithms. Antialias may be mapped to either of them or to a vendor-private algorithm. All pa- +rameters for the specific algorithm employed are defaulted by the server. + +AntialiasByArea +Parameters +simple: INT16 +Geometry may be used to scale an image down from a larger size to a smaller size. This will decrease +the density of pixels per unit area in the image. In Figure A-2(a), an input image at the original +resolution is displayed. It is to be reduced to the grid shown in Figure A-2(b), where the original im- +age is superimposed on the new, lower density grid. Figure A-2(c) shows a possible result of using +nearest-neighbor sampling to fill the output grid. Specifically, the output pixel's upper-left corner is +matched against the nearest upper-left corner of pixels in the input image. If the nearest input pixel +is black, the output pixel is filled with black. Otherwise, it is filled with white. While the pixel in- +tensities (in this case, pure black and pure white) are preserved by this operation, the overall image +shape is changed. + + +Figure A-2 Effect of sampling technique when scaling to a lower pixel density +In Figure A-2(d), the output image is computed by assigning to each output pixel the weighted aver- +age of the intensity values of input pixels that fall within its area. That is, the four corners of the out- +put pixel are projected back onto the input image. The input pixels that lie within this area contribute +according to the following: + + + is the intensity of output pixel . stands for the projection of into the input image +space. is the area of in the input image space. is the area of the intersection +of with the rectangular locus of . The sum progresses over all pixels in the input image (note +that for most such pixels, the area of intersection will be zero). + +Figure A-3 illustrates the calculation for a single output pixel, P, whose projection intersects nine +input pixels to various degrees. Note that the number of pixels intersected depends on the degree of +scaling involved. A greater reduction in producing the output image will cause more input pixels to +be intersected per output pixel. Also, in case of nonorthogonal rotation of the image, the areas of +intersection will not be rectangular in general. + + +Figure A-3 Illustration of an output pixel mapping back to the input image +Because of the computational complexity of this method, two approximations are supported. If sim- +ple is nonzero, the pixels covered by the projected area will be averaged without regard to the relative +amount of gray area that they contain: if they are touched by the area, they are included in a simple +average. If simple is set to N, with N odd and greater than one (3,5,7, ...), then only the center point +of the output pixel is projected, and a simple average is taken of an N by N window centered on the +projection. For best results, N should correspond roughly to the amount of scaling that will be done. + +AntialiasByLowpass +Parameters +kernel-size: INT16 +Geometry may be used to scale an image down from a larger size to a smaller size. This will decrease +the density of pixels per unit area in the image. Figure A-2 demonstrates the difference between +scaling an image down using nearest-neighbor vs. antialias techniques. AntialiasByArea preserves +shape, as in Figure A-2 (d) but can be very slow computationally. The method presented here repre- +sents an approximation to AntialiasByArea , which can be faster, yet provides similar results. +Figure A-4 demonstrates how antialiasing can be produced using a low-pass filter. A 3x3 boxcar ker- +nel is passed over the original input image, in Figure A-4 (b). This image is shown superimposed on +the lower density grid in Figure A-4 (c). Nearest neighbor sampling by selecting the value of the in- +put pixel in the upper-left corner of the output pixel area results in the image in Figure +A-4(d). As was the case with AntialiasByArea, the overall structure of the input image is main- +tained. + +Figure A-4 Sequence producing an antialiased image using a low-pass filter +The user is allowed to select the size of the image kernel via the kernel-size parameter. For best re- +sults, kernel-size should be chosen to correspond roughly to the amount of scaling that will be done. +Note that the server chooses the best kernel for the appropriate size; the values used in the kernel are +not alterable by the client application. Clients wishing to specify the kernel in more detail should use +Convolve directly. + +BilinearInterpolation + Parameters +< none > + +Geometry maps each pixel (x',y') in the output image to the coordinate location (x,y) in the input +image by: + (1) + +It is not unusual that the input location (x,y), so derived will be nonintegral and will not correspond +exactly to a single pixel in the input image. In this case, we can obtain an interpolated value by first +interpolating its neighbors in the X direction followed by an interpolation in the Y direction, as de- +picted below. + +Pixel grid locations P, Q, R, and S are integral. Pixel location X = (x,y)T, obtained from the map- +ping equation above, differs from P by fractional amounts s in the x direction and t in the y direc- +tion. Point pq is the projection of X on line PQ, and point sr is the projection of X on line SR. +Let I(P) be the value of the input image at coordinate P, if P is within the image extent. Otherwise, +let I(P) be constant, where constant is the pixel value passed to the Geometry element. A value of +I(X)must be estimated from I(P), I(Q), I(R), and I(S). We may obtain estimates of I(pq) +and I(sr) by: +I(pq) = (1 - s) * I(P) + s * I(Q) +I(sr) = (1 - s) * I(S) + s * I(R) +Given values for I(pq) and I(sr), I(X) is obtained by interpolating in the y direction: +I(X) = (1 - t) * I(pq) + t * I(sr) +Thus +I(X) = (1 - s) * (1 - t) * I(P) + (1 - s) * t * I(S) + s * (1 - t) * I(Q) + s * t * I(R) +Note that I(X) provides sensible values for the extreme values of s and t (0 and 1) and for +s = t = 1/2. + +Gaussian +Parameters +sigma: XieTypFloat +normalize: XieTypFloat +radius: CARD8 +simple: BOOL +Sigma is the drop-off rate; normalize is a normalization constant; radius defines the extent of com- +putation; and, simple allows the use of an approximate form. + +Geometry maps each pixel (x',y') in the output image to the coordinate location (x,y) in the input +image by: + (1) + +It is not unusual that the input location (x,y), so derived will be nonintegral and will not correspond +exactly to a single pixel in the input image. The situation is depicted below: + +Pixel grid locations P, Q, R, and S are integral. Pixel location X = (x,y)T, obtained from the map- +ping equation above, differs from P by fractional amounts s (horizontally) and t (vertically). +Let I(P) be the value of the input image at coordinate P, if P is within the image extent. Otherwise, +let I(P) be constant, where constant is the pixel value passed to the Geometry element. A value of +I(X) must be estimated from I(P), I(Q), I(R), and I(S). From sampling theory, a band width lim- +ited continuous input image can be recovered perfectly (under certain conditions) from its sampled +output by computing the convolution: + +I(x,y) is the continuous image, i(m,n) the discrete sampled image, and h(u,v) the impulse response +function for an appropriate low pass filter. Note that both nearest-neighbor and bilinear interpolation +resampling techniques may be cast in this form [ ]. +A Gaussian impulse response function has the quality that its Fourier transform has the same bell +curve shape. For certain kinds of images, this provides a better approximation to an ideal low-pass +filter than is represented by either bilinear or nearest-neighbor interpolation. The specific form of +h(u,v) is given by: + +The term is called the normalization constant and may be altered using the normalize pa- +rameter. The suggested value for s is 1. Note that all technique parameters must be chosen in con- +cert. +As an example of Gaussian interpolation, assume s = 1 and that point P in the above figure has coor- +dinates (m',n'). Then x = m'+ s and y = n'+ t, and the basic interpolation equation at (x,y) be- +comes: + +The contribution from point P in this equation is represented by the summation value for m = m', +n = n'. Identifying this term in Eq (4), the contribution is: + +Or: + +Similar calculations reveal: + (7) + (8) + (9) +A suggested value for radius is one, that is, only pixels within a distance of one in either the x or y +direction are involved in the calculation. Thus, I(x,y) is given by the sum of Eqs. 6-9. Choosing a +larger radius would bring in more terms. +For computational convenience, a simplified form of Gaussian interpolation is provided. If simple is +true, the impulse-response function of Equation 3a is replaced by: + (3b) +The normalization factor N is defined by normalize. As with true Gaussian interpolation, the radius +parameter is used to determine the number of pixels involved in the computation. + +NearestNeighbor +Parameters +modify: CARD8 { FavorDown, FavorUp, +RoundNW, RoundNE, +RoundSW, RoundSE } + (1) + +Geometry maps each pixel (x',y') in the output image to the coordinate location (x,y) in the input +image by: +It is not unusual that the input location (x,y), so derived will be nonintegral and will not correspond +exactly to a single pixel in the input image. The situation is depicted below: + +Pixel grid locations P, Q, R, and S are integral. Pixel location X = (x,y)T, obtained from the map- +ping equation above, differs from P by fractional amounts s in the x direction and t in the y direc- +tion. +Let I(P) be the value of the input image at coordinate P if P is within the image extent. Otherwise, +let I(P) be constant, where constant is the pixel value passed to the Geometry element. A value of +I(X) must be estimated from I(P), I(Q), I(R), and I(S). In nearest-neighbor sampling, we +simply choose the image value from the discrete location closest to X. Thus, +if s < 1/2, t < 1/2, set I(X) = I(P), +if s > 1/2, t < 1/2, set I(X) = I(Q), +if s > 1/2, t > 1/2, set I(X) = I(R), +if s < 1/2, t > 1/2, set I(X) = I(S). +The behavior on even boundaries (s = 1/2 or t = 1/2) is determined by the modify parameter. If +modify is FavorDown, all less than signs in the above are replaced with less than or equal signs. +Thus, P would win all ties; S and Q would lose to P but win over R; and, R would lose all ties. If +modify is FavorUp , then all greater than signs would be replaced with greater than or equals, and +the opposite behavior would occur. +Four additional options are provided. The RoundNW option will always choose P; RoundNE will al- +ways choose Q; RoundSE will always choose R; and, RoundSW will always choose S. These are not +strictly nearest neighbor algorithms but are available for computational/filtering convenience. + +Histogram Shapes +MatchHistogram matches the histogram of a source image to a specific shape represented by a prob- +ability density function. HistogramShape defines various shapes that can be requested. +Flat +Parameters +< none > +Flat specifies that the output image is to have a histogram that approximates a uniform density +(histogram equalization). No additional parameters are required. + +Gaussian +Parameters +mean: XieTypFloat +sigma: XieTypFloat +Gaussian specifies that the output image is to have histogram that approximates a Gaussian probabil- +ity density. The supplied parameters are used to generate a Gaussian probability density function +centered around the mean level with a spread specified by sigma: + + +Hyperbolic +Parameters +constant: XieTypFloat +shape-factor: BOOL +Hyperbolic specifies that the output image is to have histogram that approximates a hyperbolic prob- +ability density. +Constant is used to generate a hyperbolic probability density function: + +Shape-factor should be specified as false if the histogram shape represents decreasing values for +higher levels or true if the shape represents increasing values for higher levels. + +White Point Adjustment Techniques +WhiteAdjustTechnique defines the white point adjustment techniques that can be used when con- +verting to or from the RGB colorspace. White point correction can be used to ensure that white looks +white, or it can be used to change the overall tint of an image. +None +Parameters +< none > +None specifies that no white point correction is desired. +CIELabShift +Parameters +white-point: XieTypConstant +CIELabShift specifies that white point correction is to be accomplished by adding the white point +displacement to the a*b* plane in the CIELab colorspace. The white-point is specified using +CIEXYZ encodings. +If WhiteAdjustTechnique is used with ConvertFromRGB, white-point specifies the desired white +point of the output data. If WhiteAdjustTechnique is used with ConvertToRGB, white-point speci- +fies the white point of the source data. + + A full description of the color matching algorithm is available upon request from author Shelley. + "Color image quantization for frame buffer display", by P. S. Heckbert, Computer Graphics (ACM SIGGRAPH '82 Conf. Proc.), +vol. 16, no. 3, page 297. + CCITT T.4, "Standardization of Group 3 Facsimile Apparatus for Document Transmission" + Image compression generally starts with the least significant pixel in the image (at coordinate 0,0) and proceeds in raster order to +the end of the image. This would be the normal order. Some encoders read pixels in reversed order within each byte (that is, start +reading at bit 7 and proceed down through 0, then 15 through 8, and so on). Specifying normal as false can correct for this situa- +tion upon decode (that is, the bit order within each byte of decoded data is reversed before the data are forwarded to downstream +elements). + CCITT T.6, "Facsimile Coding Schemes and Coding Control Functions for Group 4 Facsimile Apparatus" + ISO DIS 10918-1 "Digital Compression and Coding of Continuous-tone Still Images" + "TIFF Tag Image File Format", revision 6.0, draft 2, by Aldus Corporation + Image compression generally starts with the least significant pixel in the image (at coordinate 0,0) and proceeds in raster order to +the end of the image. This would be the normal order. Some encoders read pixels in reversed order within each byte (that is, start +reading at bit 7 and proceed down through 0, then 15 through 8, and so on). Specifying normal as false can correct for this situa- +tion upon decode (that is, the bit order within each byte of decoded data is reversed before the data are forwarded to downstream +elements). + "Digital Halftoning", by R. A. Ulichney, Cambridge, MA: The MIT Press + "Adaptive algorithm for spatial grey scale", by R. W. Floyd and L. Steinberg, SID Int. Sym. Digest of Tech. Papers, page 36 + "An optimum method for two level rendition of continuous-tone pictures", by B. E. Bayer, Proc. IEEE Int. Conf. Commun., +Conference Record, page 26-11 + "Digital Halftoning", by R. A. Ulichney, Cambridge, MA: The MIT Press + CCITT T.4, "Standardization of Group 3 Facsimile Apparatus for Document Transmission" + CCITT T.6 "Facsimile Coding Schemes and Coding Control Functions for Group 4 Facsimile Apparatus" + ISO DIS 10918-1 "Digital Compression and Coding of Continuous-tone Still Images" + "TIFF Tag Image File Format", revision 6.0, draft 2, by Aldus Corporation + A. Jain. Fundamentals of Digital Image Processing. Englewood Cliffs, J.J.: Prentice-Hall, 1989 + + +Techniques A-28 + + +B +Service Class +Full +The full XIE protocol is deemed sufficient to rendering and displaying bitonal, gray-scale, and color +images on an X server. Full XIE encompasses everything in this document. +DIS +The Document Imaging Subsets (DIS) targeted at the viewing of compressed, bitonal documents on +displays that might not otherwise have the resources for the full XIE protocol. DIS provides a mini- +mal set of primitives for manipulating Constrained, SingleBand data and differs from Full XIE in +the following ways: +* Only LUT, Photomap, Photoflo, and Photospace resources are supported. +* ColorList and ROI resources are not supported. +* Only Geometry and Point process elements are supported. +* Restricting processing via a ProcessDomain is not supported. +* TripleBand data is not supported. +* Image data is always Constrained and is limited to 2max-depth levels, where max-depth is the depth +of the deepest DRAWABLE supported by the server. +* The Decode_JPEG-Baseline technique is optional (rather than required). +Typical DIS applications will use relatively simple Photoflos that import image data, apply a geomet- +ric transformation, and export the result to a DRAWABLE for display. Figure B-1 summarizes the im- +port, process, and export elements that are provided in DIS: +Sources Operators Destinations +ImportDrawable Geometry ExportDrawable +ImportDrawablePlane Point ExportDrawablePlane +ImportLUT ExportLUT +ImportClientLUT ExportClientLUT +ImportPhotomap ExportPhotomap +ImportClientPhoto ExportClientPhoto +Figure B-1 DIS sources, operators, and destinations +Service Class Summary +The following tables summarize the service classes to which each item in the XIE protocol belongs. +For some XIE types, where a list of alternative values is defined, some of the alternative values are +required for a particular service class, while others are not. In these cases, the alternative values are +itemized. If all items of a type are required or none are, the type itself is either required or excluded. +Alternative techniques are listed separately in Table B-2. + +Table B-1 Types itemized by ServiceClass +Type Full DIS +XieTypAlignment required required +XieTypArithmeticOp required excluded +XieTypColorAllocTechnique required excluded +XieTypColorList required excluded +XieTypCompareOp required excluded +XieTypConstant required required +XieTypConstrainTechnique required excluded +XieTypCovertFromRGBTechnique required excluded +XieTypCovertToRGBTechnique required excluded +XieTypConvolveTechnique required excluded +XieTypDataClass required required +XieValSingleBand required required +XieValTripleBand required excluded +XieTypDataStream required required +XieTypDataType required required +XieTypDecodeTechnique required required +XieTypDitherTechnique required excluded +XieTypEncodeTechnique required required +XieTypExecutable required required +XieTypExportNotify required required +XieTypExportState required required +XieTypFloat required required +XieTypGamutTechnique required excluded +XieTypGeometryTechnique required required +XieTypHistogramData required excluded +XieTypHistogramShape required excluded +XieTypInterleave required required +XieTypLevels required required +XieTypLUT required required +XieTypMathOp required excluded +XieTypMatrix required excluded +XieTypOrientation required required +XieTypPhotoElement required required +XieTypPhotoflo required required +XieTypPhotofloOutcome required required +XieTypPhotofloState required required +XieTypPhotomap required required +XieTypPhotospace required required +XieTypPhototag required required +XieTypProcessDomain required required +XieTypRectangle required excluded +XieTypROI required excluded + +Table B-1 Types itemized by ServiceClass (continued) +Type Full DIS +XieTypServiceClass required required +XieValFull required excluded +XieValDIS required required +XieTypTechniqueGroup required required +XieValDefault required required +XieValAll required required +XieValColorAlloc required excluded +XieValConstrain required excluded +XieValConvertFromRGB required excluded +XieValConvertToRGB required excluded +XieValConvolve required excluded +XieValDecode required required +XieValDither required excluded +XieValEncode required required +XieValGamut required excluded +XieValGeometry required required +XieValHistogram required excluded +XieValWhiteAdjust required excluded +XieTypTechniqueRec required required +XieTypTile required excluded +XieTypTripletof required required +XieTypWhiteAdjustTechnique required excluded + +Table B-2 Techniques itemized by ServiceClass +Technique Full DIS +XieValColorAlloc_AllocAll optional excluded +XieValColorAlloc_Match optional excluded +XieValColorAlloc_Requantize optional excluded +XieValConstrain_ClipScale required excluded +XieValConstrain_HardClip required excluded +XieValConvertFromRGB_CIELab required excluded +XieValConvertFromRGB_CIEXYZ required excluded +XieValConvertFromRGB_YCbCr required excluded +XieValConvertFromRGB_YCC required excluded +XieValConvertToRGB_CIELab required excluded +XieValConvertToRGB_CIEXYZ required excluded +XieValConvertToRGB_YCbCr required excluded +XieValConvertToRGB_YCC required excluded +XieValConvolve_Constant required excluded +XieValConvolve_Replicate optional excluded +XieValDecode_UncompressedSingle required required +XieValDecode_UncompressedTriple required excluded +XieValDecode_CCITT-G31D required required +XieValDecode_CCITT-G32D required required +XieValDecode_CCITT-G42D required required +XieValDecode_JPEG-Baseline required optional +XieValDecode_JPEG-Lossless optional optional +XieValDecode_TIFF-2 optional optional +XieValDecode_TIFF-PackBits optional optional +XieValDither_ErrorDiffusion optional excluded +XieValDither_Ordered optional excluded +XieValEncode_ServerChoice required required +XieValEncode_UncompressedSingle required required +XieValEncode_UncompressedTriple required excluded +XieValEncode_CCITT-G31D optional optional +XieValEncode_CCITT-G32D optional optional +XieValEncode_CCITT-G42D optional optional +XieValEncode_JPEG-Baseline optional optional +XieValEncode_JPEG-Lossless optional optional +XieValEncode_TIFF-2 optional optional +XieValEncode_TIFF-PackBits optional optional +XieValGamut_None required excluded +XieValGamut_ClipRGB required excluded +XieValGeometry_Antialias required required +XieValGeometry_AntialiasByArea optional optional +XieValGeometry_AntialiasByLowpass optional optional +XieValGeometry_BilinearInterpolation optional optional +XieValGeometry_Gaussian optional optional +XieValGeometry_NearestNeighbor required required +XieValHistogram_Flat required excluded +XieValHistogram_Gaussian required excluded +XieValHistogram_Hyperbolic required excluded +XieValWhiteAdjust_None required excluded +XieValWhiteAdjust_CIELabShift optional excluded + +Table B-3 Requests itemized by ServiceClass +Requests Full DIS +XieReqQueryImageExtension required required +XieReqQueryTechniques required required +XieReqCreateColorList required excluded +XieReqDestroyColorList required excluded +XieReqPurgeColorList required excluded +XieReqQueryColorList required excluded +XieReqCreateLUT required required +XieReqDestroyLUT required required +XieReqCreatePhotomap required required +XieReqDestroyPhotomap required required +XieReqQueryPhotomap required required +XieReqCreateROI required excluded +XieReqDestroyROI required excluded +XieReqCreatePhotospace required required +XieReqDestroyPhotospace required required +XieReqExecuteImmediate required required +XieReqCreatePhotoflo required required +XieReqDestroyPhotoflo required required +XieReqExecutePhotoflo required required +XieReqModifyPhotoflo required required +XieReqRedefinePhotoflo required required +XieReqPutClientData required required +XieReqGetClientData required required +XieReqQueryPhotoflo required required +XieReqAwait required required +XieReqAbort required required + +Table B-4 Import elements itemized by ServiceClass +Import Element Full DIS +XieFloImportClientLUT required required +XieFloImportClientPhoto required required +XieFloImportClientROI required excluded +XieFloImportDrawable required required +XieFloImportDrawablePlane required required +XieFloImportLUT required required +XieFloImportPhotomap required required +XieFloImportROI required excluded + +Table B-5 Process elements itemized by ServiceClass +Process Element Full DIS +XieFloArithmetic required excluded +XieFloBandCombine required excluded +XieFloBandExtract required excluded +XieFloBandSelect required excluded +XieFloBlend required excluded +XieFloCompare required excluded +XieFloConstrain required excluded +XieFloConvertFromIndex required excluded +XieFloConvertFromRGB required excluded +XieFloConvertToIndex required excluded +XieFloConvertToRGB required excluded +XieFloConvolve required excluded +XieFloDither required excluded +XieFloGeometry required required +XieFloLogical required excluded +XieFloMatchHistogram required excluded +XieFloMath required excluded +XieFloPasteUp required excluded +XieFloPoint required required +XieFloUnconstrain required excluded + +Table B-6 Export elements itemized by ServiceClass +Export Element Full DIS +XieFloExportClientHistogram required excluded +XieFloExportClientLUT required required +XieFloExportClientPhoto required required +XieFloExportClientROI required excluded +XieFloExportDrawable required required +XieFloExportDrawablePlane required required +XieFloExportLUT required required +XieFloExportPhotomap required required +XieFloExportROI required excluded + +Table B-7 Events itemized by ServiceClass +Event Full DIS +XieEvnColorAlloc required excluded +XieEvnDecodeNotify required required +XieEvnExportAvailable required required +XieEvnImportObscured required required +XieEvnPhotofloDone required required +Table B-8 Errors itemized by ServiceClass +Error Full DIS +XieErrColorList required excluded +XieErrLUT required required +XieErrPhotoflo required required +XieErrPhotomap required required +XieErrPhotospace required required +XieErrROI required excluded +XieErrFloAccess required required +XieErrFloAlloc required required +XieErrFloColormap required excluded +XieErrFloColorList required excluded +XieErrFloDomain required required +XieErrFloDrawable required required +XieErrFloElement required required +XieErrFloGC required required +XieErrFloID required required +XieErrFloLength required required +XieErrFloLUT required required +XieErrFloMatch required required +XieErrFloOperator required excluded +XieErrFloPhotomap required required +XieErrFloROI required excluded +XieErrFloSource required required +XieErrFloTechnique required required +XieErrFloValue required required +XieErrFloImplementation required required + + + + + + + + + + + + + + + + + + + + + + +almost blank +Service Class B-8 + + +C +Protocol Encodings +Extension Name +# of Bytes Value Description +3 upper-case ASCII string "XIE" + 88 X + 73 I + 69 E +Types +Alignment +# of Bytes Value Description +1 alignment: + 1 Alignable + 2 Arbitrary +ArithmeticOp +# of Bytes Value Description +1 operator: + 1 Add + 2 Sub + 3 SubRev + 4 Mul + 5 Div + 6 DivRev + 7 Min + 8 Max + 9 Gamma +ColorAllocTechnique +# of Bytes Value Description +2 number: + 0 Default + 2 ColorAlloc_AllocAll + 4 ColorAlloc_Match + 6 ColorAlloc_Requantize +ColorList +# of Bytes Value Description +4 CARD32 color-list id (top 3 bits guaranteed to be zero) +CompareOp +# of Bytes Value Description +1 operator: + 1 LT + 2 LE + 3 EQ + 4 NE + 5 GT + 6 GE +Constant +# of Bytes Value Description +4 Float constant[0] +4 Float constant[1] +4 Float constant[2] +ConstrainTechnique +# of Bytes Value Description +2 number: + 2 Constrain_ClipScale + 4 Constrain_HardClip +ConvertFromRGBTechnique +# of Bytes Value Description +2 number: + 2 ConvertFrom_CIELab + 4 ConvertFrom_CIEXYZ + 6 ConvertFrom_YCbC + 8 ConvertFrom_YCC +ConvertToRGBTechnique +# of Bytes Value Description +2 number: + 2 ConvertTo_CIELab + 4 ConvertTo_CIEXYZ + 6 ConvertTo_YCbC + 8 ConvertTo_YCC +ConvolveTechnique +# of Bytes Value Description +2 number: + 0 Default + 2 Convolve_Constant + 4 Convolve_Replicate +DataClass +# of Bytes Value Description +1 data-class: + 1 SingleBand + 2 TripleBand +DataStream +# of Bytes Value Description +n LISTofCARD8 data +DataType +# of Bytes Value Description +1 data-type: + 1 Constrained + 2 Unconstrained +DecodeTechnique +# of Bytes Value Description +2 number: + 2 Decode_UncompressedSingle + 3 Decode_UncompressedTriple + 4 Decode_CCITT-G31D + 6 Decode_CCITT-G32D + 8 Decode_CCITT-G42D + 10 Decode_JPEG-Baseline + 12 Decode_JPEG-Lossless + 14 Decode_TIFF-2 + 16 Decode_TIFF-PackBits +DitherTechnique +# of Bytes Value Description +2 number: + 0 Default + 2 Dither_ErrorDiffusion + 4 Dither_Ordered +EncodeTechnique +# of Bytes Value Description +2 number: + 1 Encode_ServerChoice + 2 Encode_UncompressedSingle + 3 Encode_UncompressedTriple + 4 Encode_CCITT-G31D + 6 Encode_CCITT-G32D + 8 Encode_CCITT-G42D + 10 Encode_JPEG-Baseline + 12 Encode_JPEG-Lossless + 14 Encode_TIFF-2 + 16 Encode_TIFF-PackBits +Executable +# of Bytes Value Description +4 name-space: + Photospace if immediate Photoflo + 0 if stored Photoflo +4 flo-id: + CARD32 if immediate Photoflo + Photoflo if stored Photoflo +ExportNotify +# of Bytes Value Description +1 notify: + 1 Disable + 2 FirstData + 3 NewData +ExportState +# of Bytes Value Description +1 state: + 1 ExportDone + 2 ExportMore + 3 ExportEmpty + 4 ExportError +Float +# of Bytes Value Description +4 <32-bits> IEEE single-precision float +GamutTechnique +# of Bytes Value Description +2 number: + 0 Default + 1 Gamut_None + 2 Gamut_ClipRGB +GeometryTechnique +# of Bytes Value Description +2 number: + 0 Default + 2 Geometry_Antialias + 4 Geometry_AntialiasByArea + 6 Geometry_AntialiasByLowpass + 8 Geometry_BilinearInterpolation + 10 Geometry_Gaussian + 12 Geometry_NearestNeighbor +HistogramData +# of Bytes Value Description +4 CARD32 value +4 CARD32 count +HistogramShape +# of Bytes Value Description +2 number: + 2 Histogram_Flat + 4 Histogram_Gaussian + 6 Histogram_Hyperbolic +Interleave +# of Bytes Value Description +1 interleave: + 1 BandByPixel + 2 BandByPlane +Levels +# of Bytes Value Description +4 CARD32 levels[0] +4 CARD32 levels[1] +4 CARD32 levels[2] +LUT +# of Bytes Value Description +4 CARD32 lut id (top 3 bits guaranteed to be zero) +MathOp +# of Bytes Value Description +1 operator: + 1 Exp + 2 Ln + 3 Log2 + 4 Log10 + 5 Square + 6 Sqrt +Matrix +# of Bytes Value Description +4 Float matrix[0,0] +4 Float matrix[0,1] +4 Float matrix[0,2] +4 Float matrix[1,0] +4 Float matrix[1,1] +4 Float matrix[1,2] +4 Float matrix[2,0] +4 Float matrix[2,1] +4 Float matrix[2,2] +Orientation +# of Bytes Value Description +1 order: + 1 LSFirst + 2 MSFirst +PhotoElement + Refer to the individual Import, Process, and Export encodings. + +Photoflo +# of Bytes Value Description +4 CARD32 stored photoflo id (top 3 bits guaranteed to be zero) +PhotofloOutcome +# of Bytes Value Description +1 outcome: + 1 FloSuccess + 2 FloAbort + 3 FloError +PhotofloState +# of Bytes Value Description +1 state: + 1 Inactive + 2 Active + 3 Nonexistent +Photomap +# of Bytes Value Description +4 CARD32 photomap id (top 3 bits guaranteed to be zero) +Photospace +# of Bytes Value Description +4 CARD32 photospace id (top 3 bits guaranteed to be zero) +Phototag +# of Bytes Value Description +2 CARD16 phototag (index within PhotoElement list) +ProcessDomain +# of Bytes Value Description +4 INT32 offset-x +4 INT32 offset-y +2 Phototag domain +Rectangle +# of Bytes Value Description +4 INT32 x +4 INT32 y +4 CARD32 width +4 CARD32 height +ROI +# of Bytes Value Description +4 CARD32 roi id (top 3 bits guaranteed to be zero) +ServiceClass +# of Bytes Value Description +1 class: + 1 Full + 2 DIS +TechniqueGroup +# of Bytes Value Description +1 group: + 0 Default + 1 All + 2 ColorAlloc + 4 Constrain + 6 ConvertFromRGB + 8 ConvertToRGB + 10 Convolve + 12 Decode + 14 Dither + 16 Encode + 18 Gamut + 20 Geometry + 22 Histogram + 24 WhiteAdjust +TechniqueRec +# of Bytes Value Description +1 BOOL needs-parameters +1 TechniqueGroup group +2 CARD16 number +1 CARD8 speed (0: slowest, 255: fastest) +1 n length of name +2 unused +n LISTofCARD8 name (ASCII string) +p unused, p=pad(n) +Tile +# of Bytes Value Description +2 Phototag src +2 unused +4 INT32 dst-x +4 INT32 dst-y +Tripletoftype +# of Bytes Value Description +size of type value[0] +size of type value[1] +size of type value[2] +WhiteAdjustTechnique +# of Bytes Value Description +2 number: + 0 Default + 1 WhiteAdjust_None + 2 WhiteAdjust_CIELabShift + +Requests and Replies +QueryImageExtension request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 1 XIE minor opcode +2 2 request length +2 CARD16 client-major-version +2 CARD16 client-minor-version +QueryImageExtension reply +# of Bytes Value Description +1 1 reply +1 unused +2 CARD16 sequence number +4 n reply length (length of constrained-levels) +2 CARD16 server-major-version +2 CARD16 server-minor-version +1 ServiceClass service-class +1 Alignment alignment +2 CARD16 unconstrained-mantissa +4 INT32 unconstrained-max-exp +4 INT32 unconstrained-min-exp +8 unused +4n LISTofCARD32 constrained-levels +QueryTechniques request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 2 XIE minor opcode +2 2 request length +1 TechniqueGroup technique-group +3 unused +QueryTechniques reply +# of Bytes Value Description +1 1 reply +1 unused +2 CARD16 sequence number +4 n/4 reply length +2 CARD16 number of techniques +22 unused +n LISTofTechniqueRec techniques +CreateColorList request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 3 XIE minor opcode +2 2 request length +4 ColorList color-list +DestroyColorList request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 4 XIE minor opcode +2 2 request length +4 ColorList color-list +PurgeColorList request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 5 XIE minor opcode +2 2 request length +4 ColorList color-list +QueryColorList request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 6 XIE minor opcode +2 2 request length +4 ColorList color-list +QueryColorList reply +# of Bytes Value Description +1 1 reply +1 unused +2 CARD16 sequence number +4 n reply length (number of colors) +4 COLORMAP colormap +20 unused +4n LISTofCARD32 list of colors +CreateLUT request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 7 XIE minor opcode +2 2 request length +4 LUT lut +DestroyLUT request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 8 XIE minor opcode +2 2 request length +4 LUT lut +CreatePhotomap request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 9 XIE minor opcode +2 2 request length +4 Photomap photomap +DestroyPhotomap request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 10 XIE minor opcode +2 2 request length +4 Photomap photomap +QueryPhotomap request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 11 XIE minor opcode +2 2 request length +4 Photomap photomap +QueryPhotomap reply +# of Bytes Value Description +1 1 reply +1 BOOL populated +2 CARD16 sequence number +4 4 reply length +1 DataClass data-class +1 DataType data-type +2 DecodeTechnique +12 TripletofCARD32 width +12 TripletofCARD32 height +12 Levels levels +CreateROI request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 12 XIE minor opcode +2 2 request length +4 ROI roi +DestroyROI request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 13 XIE minor opcode +2 2 request length +4 ROI roi +CreatePhotospace request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 14 XIE minor opcode +2 2 request length +4 Photospace name-space +DestroyPhotospace request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 15 XIE minor opcode +2 2 request length +4 Photospace name-space +ExecuteImmediate request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 16 XIE minor opcode +2 4+n/4 request length +8 Executable instance +2 CARD16 number of elements in element-list +1 BOOL notify +1 unused +n LISTofPhotoElement element-list +CreatePhotoflo request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 17 XIE minor opcode +2 3+n/4 request length +4 Photoflo photoflo +2 CARD16 number of elements in element-list +2 unused +n LISTofPhotoElement element-list +DestroyPhotoflo request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 18 XIE minor opcode +2 2 request length +4 Photoflo photoflo +ExecutePhotoflo request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 19 XIE minor opcode +2 3 request length +4 Photoflo photoflo +1 BOOL notify +3 unused +ModifyPhotoflo request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 20 XIE minor opcode +2 3+n/4 request length +4 Photoflo photoflo +2 Phototag start +2 CARD16 number of elements in element-list +n LISTofPhotoElement element-list +RedefinePhotoflo request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 21 XIE minor opcode +2 3+n/4 request length +4 Photoflo photoflo +2 CARD16 number of elements in element-list +2 unused +n LISTofPhotoElement element-list +PutClientData request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 22 XIE minor opcode +2 5+(n+p)/4 request length +8 Executable instance +2 Phototag element +1 BOOL final +1 CARD8 band-number +4 n byte-count (length of data in bytes) +n LISTofCARD8 data +p unused, p=pad(n) +GetClientData request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 23 XIE minor opcode +2 5 request length +8 Executable instance +4 CARD32 max-bytes +2 Phototag element +1 BOOL terminate +1 CARD8 band-number +GetClientData reply +# of Bytes Value Description +1 1 reply +1 ExportState new-state +2 CARD16 sequence number +4 (n+p)/4 reply length +4 n byte-count (length of data in bytes) +20 unused +n LISTofCARD8 data +p unused, p=pad(n) +QueryPhotoflo request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 24 XIE minor opcode +2 3 request length +8 Executable instance +QueryPhotoflo reply +# of Bytes Value Description +1 1 reply +1 PhotofloState state +2 CARD16 sequence number +4 (e+a)/2+(ep+ap)/4 reply length +2 e data-expected count +2 a data-available count +20 unused +2e LISTofPhototag data-expected +ep unused, ep=pad(e) +2a LISTofPhototag data-available +ap unused, ap=pad(a) +Await request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 25 XIE minor opcode +2 3 request length +8 Executable instance +Abort request +# of Bytes Value Description +1 CARD8 XIE major opcode +1 26 XIE minor opcode +2 3 request length +8 Executable instance + +Import Elements +ImportClientLUT +# of Bytes Value Description +2 1 element type +2 8 element length +1 DataClass class +1 Orientation band-order +2 unused +12 TripletofCARD32 length +12 Levels levels +ImportClientPhoto +# of Bytes Value Description +2 2 element type +2 12+n element length +1 BOOL notify +1 DataClass class +2 unused +12 TripletofCARD32 width +12 TripletofCARD32 height +12 Levels levels +2 DecodeTechnique decode +2 n length of decode-params +4n decode-params +ImportClientROI +# of Bytes Value Description +2 3 element type +2 2 element length +4 CARD32 rectangles +ImportDrawable +# of Bytes Value Description +2 4 element type +2 6 element length +4 DRAWABLE drawable +2 INT16 src-x +2 INT16 src-y +2 CARD16 width +2 CARD16 height +4 CARD32 fill +1 BOOL notify +3 unused +ImportDrawablePlane +# of Bytes Value Description +2 5 element type +2 7 element length +4 DRAWABLE drawable +2 INT16 src-x +2 INT16 src-y +2 CARD16 width +2 CARD16 height +4 CARD32 fill +4 CARD32 bit-plane +1 BOOL notify +3 unused +ImportLUT +# of Bytes Value Description +2 6 element type +2 2 element length +4 LUT lut +ImportPhotomap +# of Bytes Value Description +2 7 element type +2 3 element length +4 Photomap photomap +1 BOOL notify +3 unused +ImportROI +# of Bytes Value Description +2 8 element type +2 2 element length +4 ROI roi + +Process Elements +Arithmetic +# of Bytes Value Description +2 9 element type +2 8 element length +2 Phototag src-1 +2 Phototag src-2 +10 ProcessDomain domain +1 ArithmeticOp operator +1 CARD8 band-mask +12 Constant constant +BandCombine +# of Bytes Value Description +2 10 element type +2 3 element length +2 Phototag src-1 +2 Phototag src-2 +2 Phototag src-3 +2 unused +BandExtract +# of Bytes Value Description +2 11 element type +2 7 element length +2 Phototag src +2 unused +4 CARD32 levels +4 Float bias +12 Constant coefficients +BandSelect +# of Bytes Value Description +2 12 element type +2 2 element length +2 Phototag src +1 CARD8 band-number +1 unused +Blend +# of Bytes Value Description +2 13 element type +2 10 element length +2 Phototag src-1 +2 Phototag src-2 +2 Phototag alpha +2 unused +10 ProcessDomain domain +1 CARD8 band-mask +1 unused +12 Constant constant +4 Float alpha-const +Compare +# of Bytes Value Description +2 14 element type +2 9 element length +2 Phototag src-1 +2 Phototag src-2 +10 ProcessDomain domain +1 CompareOp operator +1 BOOL combine +12 Constant constant +1 CARD8 band-mask +3 unused +Constrain +# of Bytes Value Description +2 15 element type +2 6+n element length +2 Phototag src +2 unused +12 Levels levels +2 ConstrainTechnique constrain +2 n length of constrain-params +4n constrain-params +ConvertFromIndex +# of Bytes Value Description +2 16 element type +2 3 element length +2 Phototag src +1 DataClass class +1 CARD8 precision (valid range 1..16) +4 COLORMAP colormap +ConvertFromRGB +# of Bytes Value Description +2 17 element type +2 3+n element length +2 Phototag src +2 unused +2 ConvertFromRGBTechnique convert +2 n length of convert-params +4n convert-params +ConvertToIndex +# of Bytes Value Description +2 18 element type +2 5+n element length +2 Phototag src +1 BOOL notify +1 unused +4 COLORMAP colormap +4 ColorList color-list +2 ColorAllocTechnique color-alloc +2 n length of color-alloc-params +4n color-alloc-params +ConvertToRGB +# of Bytes Value Description +2 19 element type +2 3+n element length +2 Phototag src +2 unused +2 ConvertToRGBTechnique convert +2 n length of convert-params +4n convert-params +Convolve +# of Bytes Value Description +2 20 element type +2 6+n2+m element length +2 Phototag src +2 unused +10 ProcessDomain domain +1 CARD8 band-mask +1 n kernel-size +2 ConvolveTechnique convolve +2 m length of convolve-params +4n2 LISTofFloat kernel +4m convolve-params +Dither +# of Bytes Value Description +2 21 element type +2 6+n element length +2 Phototag src +1 CARD8 band-mask +1 unused +12 Levels levels +2 DitherTechnique dither +2 n length of dither-params +4n dither-params +Geometry +# of Bytes Value Description +2 22 element type +2 14+n element length +2 Phototag src +1 CARD8 band-mask +1 unused +4 CARD32 width +4 CARD32 height +4 Float coefficients: a +4 Float coefficients: b +4 Float coefficients: c +4 Float coefficients: d +4 Float coefficients: tx +4 Float coefficients: ty +12 Constant constant +2 GeometryTechnique sample +2 n length of sample-params +4n sample-params +Logical +# of Bytes Value Description +2 23 element type +2 8 element length +2 Phototag src-1 +2 Phototag src-2 +10 ProcessDomain domain +1 GCfunction* operator +1 CARD8 band-mask +12 Constant constant +(* see note on page 7-20) +MatchHistogram +# of Bytes Value Description +2 24 element type +2 6+n element length +2 Phototag src +2 unused +10 ProcessDomain domain +2 unused +2 HistogramShape shape +2 n length of shape-params +4n shape-params +Math +# of Bytes Value Description +2 25 element type +2 5 element length +2 Phototag src +2 unused +10 ProcessDomain domain +1 MathOp operator +1 CARD8 band-mask +PasteUp +# of Bytes Value Description +2 26 element type +2 7+3n element length +2 n number of tiles +2 unused +4 CARD32 width +4 CARD32 height +12 Constant constant +12n LISTofTile tiles +Point +# of Bytes Value Description +2 27 element type +2 5 element length +2 Phototag src +2 Phototag lut +10 ProcessDomain domain +1 CARD8 band-mask +1 unused +Unconstrain +# of Bytes Value Description +2 28 element type +2 2 element length +2 Phototag src +2 unused + +Export Elements +ExportClientHistogram +# of Bytes Value Description +2 29 element type +2 5 element length +2 Phototag src +1 ExportNotify notify +1 unused +10 ProcessDomain domain +2 unused +ExportClientLUT +# of Bytes Value Description +2 30 element type +2 8 element length +2 Phototag src +1 ExportNotify notify +1 Orientation band-order +12 TripletofCARD32 start +12 TripletofCARD32 length +ExportClientPhoto +# of Bytes Value Description +2 31 element type +2 3+n element length +2 Phototag src +1 ExportNotify notify +1 unused +2 EncodeTechnique encode (any except Encode_ServerChoice) +2 n length of encode-params +4n encode-params +ExportClientROI +# of Bytes Value Description +2 32 element type +2 2 element length +2 Phototag src +1 ExportNotify notify +1 unused +ExportDrawable +# of Bytes Value Description +2 33 element type +2 5 element length +2 Phototag src +2 INT16 dst-x +2 INT16 dst-y +2 unused +4 DRAWABLE drawable +4 GCONTEXT gc +ExportDrawablePlane +# of Bytes Value Description +2 34 element type +2 5 element length +2 Phototag src +2 INT16 dst-x +2 INT16 dst-y +2 unused +4 DRAWABLE drawable +4 GCONTEXT gc +ExportLUT +# of Bytes Value Description +2 35 element type +2 6 element length +2 Phototag src +1 BOOL merge +1 unused +4 LUT lut +12 TripletofCARD32 start +ExportPhotomap +# of Bytes Value Description +2 36 element type +2 4+n element length +2 Phototag src +2 unused +4 Photomap photomap +2 EncodeTechnique encode +2 n length of encode-params +4n encode-params +ExportROI +# of Bytes Value Description +2 37 element type +2 3 element length +2 Phototag src +2 unused +4 ROI roi + +Technique Parameters +ColorAlloc +Default +# of Bytes Value Description +0 +AllocAll +# of Bytes Value Description +4 CARD32 fill +Match +# of Bytes Value Description +4 Float match-limit +4 Float gray-limit +Requantize +# of Bytes Value Description +4 CARD32 max-cells +Constrain +ClipScale +# of Bytes Value Description +12 Constant input-low +12 Constant input-high +12 Levels output-low +12 Levels output - high +HardClip +# of Bytes Value Description +0 +ConvertFromRGB +CIELab +# of Bytes Value Description +36 Matrix matrix +2 WhiteAdjustTechnique white-adjust +2 w length of white-params +4w white-params +CIEXYZ +# of Bytes Value Description +36 Matrix matrix +2 WhiteAdjustTechnique white-adjust +2 w length of white-params +4w white-params +YCbCr +# of Bytes Value Description +12 Levels levels +12 Constant luma { red, green, blue } +12 Constant bias +YCC +# of Bytes Value Description +12 Levels levels +12 Constant luma { red, green, blue } +4 Float scale +ConvertToRGB +CIELab +# of Bytes Value Description +36 Matrix matrix +2 WhiteAdjustTechnique white-adjust +2 w length of white-params +2 GamutTechnique gamut-compress +2 g length of gamut-params +4w white-params +4g gamut-params +CIEXYZ +# of Bytes Value Description +36 Matrix matrix +2 WhiteAdjustTechnique white-adjust +2 w length of white-params +2 GamutTechnique gamut-compress +2 g length of gamut-params +4w white-params +4g gamut-params +YCbCr +# of Bytes Value Description +12 Levels levels +12 Constant luma { red, green, blue } +12 Constant bias +2 GamutTechnique gamut-compress +2 g length of gamut-params +4g gamut-params +YCC +# of Bytes Value Description +12 Levels levels +12 Constant luma { red, green, blue } +4 Float scale +2 GamutTechnique gamut-compress +2 g length of gamut-params +4g gamut-params +Convolve +Default +# of Bytes Value Description +0 +Constant +# of Bytes Value Description +12 Constant constant +Replicate +# of Bytes Value Description +0 +Decode +UncompressedSingle +# of Bytes Value Description +1 Orientation fill-order +1 Orientation pixel-order +1 CARD8 pixel-stride +1 CARD8 left-pad +1 CARD8 scanline-pad +3 unused +UncompressedTriple +# of Bytes Value Description +3 TripletofCARD8 left-pad +1 Orientation fill-order +3 TripletofCARD8 pixel-stride +1 Orientation pixel-order +3 TripletofCARD8 scanline-pad +1 Orientation band-order +1 Interleave interleave +3 unused +CITT-G31D +# of Bytes Value Description +1 Orientation encoded-order +1 BOOL normal +1 BOOL radiometric +1 unused +CCITT-G32D +# of Bytes Value Description +1 Orientation encoded-order +1 BOOL normal +1 BOOL radiometric +1 unused +CCITT-G42D +# of Bytes Value Description +1 Orientation encoded-order +1 BOOL normal +1 BOOL radiometric +1 unused +JPEG-Baseline +# of Bytes Value Description +1 Interleave interleave +1 Orientation band-order +1 BOOL up-sample +1 unused +JPEG-Lossless +# of Bytes Value Description +1 Interleave interleave +1 Orientation band-order +2 unused +TIFF-2 +# of Bytes Value Description +1 Orientation encoded-order +1 BOOL normal +1 BOOL radiometric +1 unused +TIFF-PackBits +# of Bytes Value Description +1 Orientation encoded-order +1 BOOL normal +2 unused +Dither +Default +# of Bytes Value Description +0 +ErrorDiffusion +# of Bytes Value Description +0 +Ordered +# of Bytes Value Description +1 CARD8 threshold-order +3 unused +Encode +ServerChoice +# of Bytes Value Description +1 CARD8 preference: + 0 PreferDefault + 1 PreferSpace + 2 PreferTime +3 unused +UncompressedSingle +# of Bytes Value Description +1 Orientation fill-order +1 Orientation pixel-order +1 CARD8 pixel-stride +1 CARD8 scanline-pad +UncompressedTriple +# of Bytes Value Description +3 TripletofCARD8 pixel-stride +1 Orientation pixel-order +3 TripletofCARD8 scanline-pad +1 Orientation fill-order +1 Orientation band-order +1 Interleave interleave +2 unused +CCITT-G31D +# of Bytes Value Description +1 Orientation encoded-order +1 BOOL align-eol +1 BOOL radiometric +1 unused +CCITT-G32D +# of Bytes Value Description +1 Orientation encoded-order +1 BOOL align-eol +1 BOOL radiometric +1 BOOL uncompressed +4 CARD32 k-factor +CCITT-G42D +# of Bytes Value Description +1 Orientation encoded-order +1 BOOL radiometric +1 BOOL uncompressed +1 unused +JPEG-Baseline +# of Bytes Value Description +1 Interleave interleave +1 Orientation band-order +3 TripletofCARD8 horizontal-samples[0..2] +3 TripletofCARD8 vertical-samples[0..2] +2 q length of q-table (multiple of 4) +2 a length of ac-table (multiple of 4) +2 d length of dc-table (multiple of 4) +2 unused +q LISTofCARD8 q-table +a LISTofCARD8 ac-table +d LISTofCARD8 dc-table +JPEG-Lossless +# of Bytes Value Description +1 Interleave interleave +1 Orientation band-order +2 t length of table (multiple of 4) +3 TripletofCARD8 predictor[0..2]: + 0 PredictorNone + 1 PredictorA + 2 PredictorB + 3 PredictorC + 4 PredictorABC + 5 PredictorABC2 + 6 PredictorBAC2 + 7 PredictorAB2 +1 unused +t LISTofCARD8 table +TIFF-2 +# of Bytes Value Description +1 Orientation encoded-order +1 BOOL radiometric +2 unused +TIFF-PackBits +# of Bytes Value Description +1 Orientation encoded-order +3 unused +Gamut +Default +# of Bytes Value Description +0 +None +# of Bytes Value Description +0 +ClipRGB +# of Bytes Value Description +0 +Geometry +Default +# of Bytes Value Description +0 +Antialias +# of Bytes Value Description +0 +AntialiasByArea +# of Bytes Value Description +2 INT16 simple +2 unused +AntialiasByLowpass +# of Bytes Value Description +2 INT16 kernel-size +2 unused +BilinearInterpolation +# of Bytes Value Description +0 +Gaussian +# of Bytes Value Description +1 CARD8 radius +1 BOOL simple +2 unused +4 Float sigma +4 Float normalize +NearestNeighbor +# of Bytes Value Description +1 CARD8 modify: + 1 FavorDown + 2 FavorUp + 3 RoundNW + 4 RoundNE + 5 RoundSE + 6 RoundSW +3 unused +Histogram +Flat +# of Bytes Value Description +0 +Gaussian +# of Bytes Value Description +4 Float mean +4 Float sigma +Hyperbolic +# of Bytes Value Description +1 BOOL shape-factor +3 unused +4 Float constant +WhiteAdjust +Default +# of Bytes Value Description +0 +None +# of Bytes Value Description +0 +CIELabShift +# of Bytes Value Description +12 Constant white-point + +Events +ColorAlloc +# of Bytes Value Description +1 0 XIE event code: ColorAlloc +1 unused +2 CARD16 sequence-number +4 TIMESTAMP time +8 Executable instance +2 Phototag src +2 type: + 18 ConvertToIndex +4 ColorList color-list +2 ColorAllocTechnique color-alloc technique +2 unused +4 CARD32 color-alloc specific data +DecodeNotify +# of Bytes Value Description +1 1 XIE event code: DecodeNotify +1 CARD8 band-number +2 CARD16 sequence-number +4 TIMESTAMP time +8 Executable instance +2 Phototag src +2 type: + 2 ImportClientPhoto + 7 ImportPhotomap +2 DecodeTechnique decode technique +1 BOOL aborted +1 unused +4 CARD32 data-width +4 CARD32 data-height +ExportAvailable +# of Bytes Value Description +1 2 XIE event code: ExportAvailable +1 CARD8 band-number +2 CARD16 sequence-number +4 TIMESTAMP time +8 Executable instance +2 Phototag src +2 type: + 29 ExportClientHistogram + 30 ExportClientLUT + 31 ExportClientPhoto + 32 ExportClientROI +12 TripletofCARD32 data[0..2] +ImportObscured +# of Bytes Value Description +1 3 XIE event code: ImportObscured +1 unused +2 CARD16 sequence-number +4 TIMESTAMP time +8 Executable instance +2 Phototag src +2 type: + 4 ImportDrawable + 5 ImportDrawablePlane +4 WINDOW window +2 INT16 x +2 INT16 y +2 CARD16 width +2 CARD16 height +PhotofloDone +# of Bytes Value Description +1 4 XIE event code: PhotofloDone +1 PhotofloOutcome outcome +2 CARD16 sequence-number +4 TIMESTAMP time +8 Executable instance +16 unused + +Errors +ColorList +# of Bytes Value Description +1 0 Error +1 0 XIE error code: ColorList +2 CARD16 sequence-number +4 ColorList color-list id +2 CARD16 minor-opcode +1 CARD8 major-opcode +21 unused +LUT +# of Bytes Value Description +1 0 Error +1 1 XIE error code: LUT +2 CARD16 sequence-number +4 LUT lut id +2 CARD16 minor-opcode +1 CARD8 major-opcode +21 unused +Photoflo +# of Bytes Value Description +1 0 Error +1 2 XIE error code: Photoflo +2 CARD16 sequence-number +4 Photoflo photoflo id +2 CARD16 minor-opcode +1 CARD8 major-opcode +21 unused +Photomap +# of Bytes Value Description +1 0 Error +1 3 XIE error code: Photomap +2 CARD16 sequence-number +4 Photomap photomap id +2 CARD16 minor-opcode +1 CARD8 major-opcode +21 unused +Photospace +# of Bytes Value Description +1 0 Error +1 4 XIE error code: Photospace +2 CARD16 sequence-number +4 Photospace photospace id +2 CARD16 minor-opcode +1 CARD8 major-opcode +21 unused +ROI +# of Bytes Value Description +1 0 Error +1 5 XIE error code: ROI +2 CARD16 sequence-number +4 ROI roi id +2 CARD16 minor-opcode +1 CARD8 major-opcode +21 unused +FloAccess +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 1 flo-error-code: FloAccess +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +12 unused +FloAlloc +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 2 flo-error-code: FloAlloc +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +12 unused +FloColormap +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 3 flo-error-code: FloColormap +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +4 COLORMAP colormap id +8 unused +FloColorList +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 4 flo-error-code: FloColorList +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +4 ColorList color-list id +8 unused +FloDomain +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 5 flo-error-code: FloDomain +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +2 Phototag domain source +10 unused +FloDrawable +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 6 flo-error-code: FloDrawable +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +4 DRAWABLE drawable id +8 unused +FloElement +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 7 flo-error-code: FloElement +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +12 unused +FloGC +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 8 flo-error-code: FloGC +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +4 GCONTEXT gc id +8 unused +FloID +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 9 flo-error-code: FloID +4 CARD32 executable name-space +16 unused +FloLength +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 10 flo-error-code: FloLength +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +12 unused +FloLUT +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 11 flo-error-code: FloLUT +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +4 LUT lut id +8 unused +FloMatch +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 12 flo-error-code: FloMatch +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +12 unused +FloOperator +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 13 flo-error-code: FloOperator +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +1 CARD8 operator +11 unused +FloPhotomap +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 14 flo-error-code: FloPhotomap +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +4 Photomap photomap id +8 unused +FloROI +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 15 flo-error-code: FloROI +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +4 ROI roi id +8 unused +FloSource +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 16 flo-error-code: FloSource +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +12 unused +FloTechnique +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 17 flo-error-code: FloTechnique +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +2 CARD16 technique-number +2 CARD16 length of tech-params that were supplied +1 TechniqueGroup technique-group +7 unused +FloValue +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 18 flo-error-code: FloValue +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +4 <32-bits> bad-value +8 unused +FloImplementation +# of Bytes Value Description +1 0 Error +1 6 XIE error code: Flo... +2 CARD16 sequence-number +4 CARD32 executable flo-id +2 CARD16 minor-opcode +1 CARD8 major-opcode +1 19 flo-error-code: FloImplementation +4 CARD32 executable name-space +2 Phototag phototag +2 CARD16 type +12 unused + +Protocol Endings C-40 + + diff --git a/xie/docs/dec/overview_xie.TXT b/xie/docs/dec/overview_xie.TXT new file mode 100644 index 0000000..aed8d4e --- /dev/null +++ b/xie/docs/dec/overview_xie.TXT @@ -0,0 +1,354 @@ +X Image Extension Overview +J. Ben Fahy, Ph.D. + + +& +Robert N.C. Shelley + +Abstract +The X Image Extension provides a powerful mechanism for the transfer and display of +virtually any image on any X-capable hardware. While not intended for use as a general +purpose image-processing engine, XIE does provide a robust set of image rendition and +enhancement primitives that can be combined into arbitrarily complex expressions. XIE +also provides import and export facilities for moving images between client and server +or core X and XIE and for accessing images as resources. + XIE Design Goals +The X Image Extension (XIE) was designed to facilitate efficient and robust image display on X Window +System servers. XIE provides tools for rapidly transferring an image from client to server and for con- +verting the image format to match the server's hardware characteristics. XIE does not attempt to provide +tools for general-purpose image processing. However, simple image enhancement and filtering operations +such as contrast enhancement and convolution are available, as well as dithering, geometric transforma- +tions, histogram generation, and so on. +The X Window client-server architecture was based on the assumption that data on the wire would be of a +relatively high level. Therefore, a high-bandwidth connection is not an absolute requirement for X. How- +ever, image transfer requires sending large amounts of low-level data, which may take an unacceptable +amount of time on slow or heavily loaded networks. This image transport bottleneck makes the X Window +System less than optimal for supporting image-intensive applications. +XIE solves the image transport problem by supporting the transmission of compressed images across the +wire and providing image decompression facilities in the server. Compression ratios on the order of 20:1 +or more are common for bitonal images. The client can send a relatively modest amount of data to the +server where it is decompressed into a much larger data structure. Since the image may not fit completely +on the server's display monitor at full resolution, XIE supports geometric operations, such as scale and +rotation, to allow an image to be transformed to fit in a reasonable window size as is depicted in Figure 1. +Rendition in XIE is defined as the process of changing the format of an image in order to make it com- +patible with the server's frame buffer, its associated lookup table(s), and other limitations. Once an image +has been rendered, it may be transferred directly to the hardware and viewed on the screen. Rendering a +complicated image to be compatible with highly limited hardware can be quite challenging and may re- +quire a series of manipulations to be performed on the image. It may be necessary to convert the image +from trichromatic to monochromatic (gray scale or bitonal). A scaling operation can be used to reduce the +image's size to fit the screen dimensions. Convolution provides a means for sharpening the image or per- +forming other general filtering operations. Dithering may be used to reduce the number of quantization +levels to comply with the number of colormap entries available, and so on. + + +Figure 1. Compressed transport from client to server, followed by decompression, scaling, and display. +The primitives of XIE that are needed to support image transfer and rendition define a new class of virtual +display hardware. In some cases, it may be possible for server implementors to map these functions di- +rectly onto physical hardware accelerators. For example, the Convolution operator in XIE might be im- +plemented directly using a convolution board or chip. Providing a vehicle for hardware vendors to up- +grade the performance of X servers for image-specific operations was an explicit design goal of XIE. +To summarize the main goals of XIE: +* Display any image on any server +* Reduce the time it takes to move images from client to server +* Support the development and utilization of image-specific hardware +* Do not cover all of image processing + XIE Historical Summary +The XIE project was initiated in 1988 by Joe Mauro of Digital Equipment Corporation. The first formal +proposal was submitted to the X Consortium in 1990. At that time, it was voted not to proceed to technical +review, because of a lack of sufficient resources to review the proposal. Digital continued to work with +interested Consortium members in revising the protocol and produced a portable sample implementation +of XIE (Version 3) to demonstrate proof of concept. In March 1991, XIE was officially moved into tech- +nical review. After more than a year and a half of discussion by many interested companies, a substantially +modified XIE (version 4) was promoted from technical review to public review at the end of 1992. In +January 1993 AGE Logic was contracted to produce a new sample implementation that was completed in +January 1994. Several more enhancements were made to the protocol during the public review and sample +implementation period; the final release of the XIE-SI was version 5. The major changes to the XIE pro- +tocol between versions 3 and 5 included: +* More direct control over server behavior given to the client +* Generalization and refinement of the computational model +* Elements that do not perform implicit data type conversions +* Tools for creating a processing engine moved to the client side +* Unification of all geometric operators into a single transformation +* Enhanced support for color spaces and color operations +* Cleaner interface to Core X +* Support for more compression techniques +* Identification of a Document Imaging Subset +XIE Architecture +The image extension is designed to add new functionality to X, but, at the same time, it avoids making +any fundamental changes to the X architecture. XIE receives requests and sends errors, replies, and events +through the standard mechanisms defined for extensions. XIE resources must be registered with the Core +X resource manager so that at client shutdown all XIE resources can be cleanly deallocated. All data in +and out of XIE must pass through X, either by the standard extension mechanism or by explicit import +and export. Note in Figure 2 that all utilization of resources in XIE must go through a Photoflo Manager. +Data is imported into the Photoflo Manager and exported out from it. The Photoflo Manager, which also +runs the computational engine of XIE, is discussed in the next section. + + + +Figure 2. High-level view of an X server containing XIE support. + + XIE's Computational Model +Typical XIE processing employs a sequence of operations. For example: +* Transport an image from client to server +* Decompress the image +* Scale the image +* Render and enhance the image +* Display (export image data to a Core X drawable) + +A client could ask the server to perform each of these operations one step at a time send the complete +image to the server, then decompress it, then scale it, and so on, and finally display the result. One disad- +vantage of this approach is that the user may have to wait a long time before seeing the image on the +screen. Furthermore, the memory requirements of holding the full decompressed image in the server may +be severe. The necessity of producing full intermediate images between steps further aggravates this situa- +tion. Consider the simple sequence of operations {transfer image, decompress, scale, export to X} that is +depicted in Figure 3: + +Figure 3. Processing each step completely before moving data to the next element in + the sequence requires allocating a large amount of buffer space in the server. +When the image is processed one step at a time, large buffers must be allocated to hold the decompressed +image in the server. This may require more memory than is available in the server, in which case XIE +would have to return an allocation error, thereby preventing the user from viewing the image. +Suppose instead that the client could specify all operations in the sequence to the server at once. The +server could then choose to perform only part of each operation before passing the output data to the next +processing step in the sequence. For example, it might decompress half of the incoming image, scale that +half, and export it to Core X. At that point the user would see the top of the image displayed on the screen +(Figure 4): + + +Figure 4. Processing only half of each step before moving data to the next element. +After the top half of the image has been displayed, the server could decompress the remainder of the im- +age, scale it, and export the result to Core X, thus completing the display of the whole image (Figure 5). +Two benefits have been realized. First, the user was able to see something appear on the screen in roughly +half the time. Second, the server did not have to allocate as much buffer space. In fact, the amount of +buffer space required will be inversely proportional to the number of steps into which the process is subdi- +vided (until some minimum level is reached). + + +Figure 5. Processing the second half of each step. +In XIE, the ability to define a sequence of operations to be performed is referred to as constructing a Pho- +toflo. Photoflos are so named because the image data (sometimes photographic) is viewed as flowing +through the sequence of elements. The Photoflo Manager depicted in Figure 2 obtains data via import +elements, processes the data using process elements, and outputs the final result via export elements. A +Photoflo for the sequence just discussed would look like: + + + +No explicit decompression step is required. The Import element describes the format of the data to be +transferred, and the server knows it must implicitly decompress the image data prior to passing it to the +Geometry element. Similarly, the client may specify that an image is to be compressed before it is stored +in a Photomap or returned to the client. +Photoflos do not have to be linear. The client is allowed to construct any Directed Acyclic Graph (DAG) +as long as the way the elements are connected makes sense. For example, the Photoflo in Figure 6 com- +putes an unsharp masked enhancement of the input image by first blurring a subregion of the image, using +a convolution operation, and then adding the difference to the original image: + + +Figure 6. Photoflo to compute unsharp masked enhancement with rectangles of interest. +The client can specify this DAG to the server all at once, with either CreatePhotoflo (to create a perma- +nent Photoflo that can be reused) or ExecuteImmediate (to create a temporary Photoflo that will be de- +stroyed immediately upon completion). The Photoflo Manager creates the Photoflo and then waits for +further instruction. Once the Photoflo is activated (performed by ExecutePhotoflo for permanent Photo- +flos, or performed implicitly for temporary Photoflos), the Photoflo Manager will asynchronously execute +the Photoflo, processing input as it becomes available. The client pushes data into the Photoflo by using a +PutClientData request, specifying the Photoflo and the appropriate Import element. The client reads data +out of the Photoflo by sending a GetClientData request, specifying the Photoflo and the appropriate Ex- +port element. It is not unusual for the Photoflo to block further processing pending either additional input +from the client or retrieval of available data by the client. +Several operations in XIE permit control over the image processing domain by specifying a control-plane +or a set of rectangles-of-interest (ROI). This allows portions of the image to be included or excluded from +the rendition or enhancement operation. In Figure 6, the Convolve operation is restricted to a subset of the +pixels in the image by importing a set of ROI)s to modify the processing domain of the Convolve element. +Pixels that fall within the area described by the set of rectangles are processed; those which do not are +passed through unchanged. This allows the user to reduce the computation time in areas of the image that +are not interesting. + XIE Resources +XIE defines six permanent resources that can be created and destroyed: ColorLists, LUTs, Photoflos, +Photomaps, Photospaces, and ROIs. Some of these have already been introduced. +A Photoflo is a computational engine that the client specifies using either a CreatePhotoflo or an Exe- +cuteImmediate request. A Photoflo created by CreatePhotoflo is considered permanent and exists until +an explicit DestroyPhotoflo request or client shutdown. The resource ID specified at Photoflo creation +time is a normal core X resource ID. A Photoflo created by ExecuteImmediate is a temporary resource +that is created in a separate resource ID space, called a Photospace. Before creating the first temporary +Photoflo, a Photospace must be created to hold it using the CreatePhotospace request. If this Photospace +is destroyed, all Photoflos in the space are immediately destroyed along with it. +LUTs, ROIs, and Photomaps are used as Photoflo inputs by using ImportLUT, ImportROI, and Import- +Photomap elements, respectively. A Photomap is a handle for image data stored in the server. Photomaps +are created with no attributes: they inherit data and descriptive information from ExportPhotomap ele- +ments in Photoflos. The attributes of a Photomap may be queried by using the QueryPhotomap request. A +LUT is a handle for lookup table data for the Point operation. A LUT resource receives data and attributes +from an ExportLUT element in a Photoflo. A ROI resource is a handle for a set of rectangles-of-interest. It +is populated using the ExportROI element. +ColorLists are used to store colors allocated from a colormap. When a colormap and a color or gray scale +image is passed to the ConvertToIndex element, the colormap identifier and the index of each colormap +cell allocated by ConvertToIndex are stored in the ColorList. The contents of a ColorList can be queried +using the QueryColorList request. + Element Definitions +This section briefly discusses the elements with which one can create computational engines (Photoflos). +The number of individual Photoflo elements listed below is deceptively modest, in that there are many +different ways in which several of the elements could have been specified. For example, in defining a +geometric transformation for an image, it is quite simple to specify the transform in idealized coordinates, +but impossible to choose one optimal resampling method. This is because evaluation of the algorithm's +performance depends on factors that are largely subjective, and processor or data dependent. It is unrea- +sonable to pick a single algorithm for a given element when clearly dozens of other algorithms are avail- +able of equal or better quality. It was decided to build flexibility into XIE's basic element definitions, giv- +ing both server implementors and client writers leeway in selecting the algorithms that best meet their +needs. +The XIE protocol incorporates this flexibility by defining a technique parameter for several of its elements +that acts as a modifier of the those elements behavior. The techniques that are supplied to import and ex- +port elements generally identify image-compression schemes, whereas the techniques specified for proc- +essing elements identify various image-processing algorithms that provide slightly different methods for +doing the same basic operation. In some cases techniques offer a trade-off between execution time and the +fidelity of the results, while in other cases different techniques are desirable because of the image class or +content, or to achieve a special effect. +For some techniques the server implementor is required to provide a default algorithm. This allows an ap- +plication to select an operation in a generic way without concerning itself with the details of the particular +algorithm being used. The protocol document specifies that some techniques must be implemented in all +servers, whereas other techniques are considered optional. The server implementor is also permitted to +extend XIE with additional proprietary techniques as is seen fit. XIE includes a query request to determine +what techniques are supported by a particular implementation and to determine what algorithms are being +used as defaults. + Import Elements +Import elements may be classified according to the source of their data, which must be either the client, +Core X, or XIE resources. +Client Import Elements +ImportClientLut reads in lookup table data from the client. Since the client will send raw data us- +ing PutClientData, this element is used to specify the format of the expected data stream. +ImportClientPhoto reads in image data from the client. Since the client will be sending raw image +data using PutClientData, this element is provided to specify the format of the data stream. A decode +technique, and its associated arguments, are used to specify which compression algorithm has been +applied to the input data. +ImportClientROI used to read in a list of rectangles for process domain control. Since a fixed for- +mat is defined, only the number of rectangles needs to be provided. +Core X Resource Import Elements +ImportDrawable reads in image data from a window or pixmap. +ImportDrawablePlane reads in a selected image bitplane from a window or pixmap. +XIE Resource Import Elements +ImportLUT import existing lookup table data, typically to be used by the Point processing element. +ImportPhotomap import previously stored image data. Since the Photomap maintains the attributes +of the stored image, no decoding parameters are required (as was the case with ImportClientPhoto). +ImportROI import a list of rectangles that was previously stored in the server, typically used for +process domain control. + Process Elements +Processing elements can be roughly grouped by their complexity, functionality, or the aspect of the image +that they work with. One such grouping follows. +Simple Algebraic Processing Elements +Arithmetic allows arithmetic operations, such as addition or subtraction, to be performed between +a pair of images or an image and a constant value. Other operations, such as multiplication or divi- +sion, can only be performed between an image and a constant value. +Blend allows an alpha-blend operation between two images or an image and a constant value. The +weights for the blend operation can be determined by a constant value or on a per-pixel basis through +the use of an alpha-plane. +Compare compares two images or an image and a constant value to produce a bit plane with ones +where the comparison is satisfied. +Logical performs per-pixel bit-wise operations on images, or between an image and a constant. +Math performs mathematical operations, such as square root or natural logarithm, on a single +source image. + +Format Conversion Elements +BandCombine accepts three SingleBand images and merges them to form one TripleBand image. +BandExtract produces a SingleBand image from a TripleBand image by summing a percentage of +the pixel values from each input band with a bias value. +BandSelect selects a single image band from a TripleBand image. +Constrain converts unconstrained pixel values into integer pixel values (certain operations in XIE +can be performed using unconstrained pixel values which are represented within the server as either +floating-point or fixed-point values). +ConvertFromIndex takes a colormap and an image as input and produces a new image whose pixel +values are taken from the colormap. +ConvertFromRGB converts RGB image data to another colorspace. +ConvertToIndex allocates image colors from a colormap or matches colors in the image against +those already existing in the colormap. Each pixel in the output image is the colormap index of the +colormap cell that most closely represents the corresponding input image pixel. The action taken +(allocate, match, and so on) is dependent on the color allocation technique given to ConvertToIndex. +Each colormap cell that is allocated by ConvertToIndex is stored in a ColorList resource. +ConvertToRGB converts non-RGB image data to RGB (from another color space). +Dither reduces the number of quantization levels in an image by spreading the information con- +tained in a pixel over the surrounding area. +Unconstrain converts integer pixel values into unconstrained pixel values (certain operations in +XIE can be performed using unconstrained pixel values which are represented within the server as +either floating-point or fixed-point values.) +Simple Enhancement and Filtering Elements +Convolve performs a convolution on an image; each output pixel is computed from an area of in- +put pixels, as determined by the size and contents of a convolution kernel. +MatchHistogram computes the histogram of the input image and remaps pixel data so as to +match, as closely as possible, the specified histogram shape. +Point applies a lookup table operation to each pixel in the source image. Point is so named because +the output pixel value depends only on the input value at that point. +Domain-Based Operations +Geometry performs a geometric transformation on image data. Special cases include scale, crop, +mirror, shear, rotate, and translate. The operation is specified as a mapping of the coordinates of the +output image back to the coordinate space of the input image. Resampling and anti-aliasing algo- +rithms can be specified by using technique parameters. +PasteUp allows multiple image tiles to be combined into a single image. A tile is an image with +an offset attached that specifies where the tile is to be placed in the output image. Overlapping tiles +are resolved by a defined stacking order. If the tiles do not completely cover the output image, uncov- +ered regions are filled by a constant pixel value. + + Export Elements +As with import elements, export elements may be classified according to the destination of their data, +which must be either the client, Core X, or XIE resources. +Client Export Elements +ExportClientHistogram computes the histogram of an image and makes it available to the client +via the GetClientData request. +ExportClientLUT makes lookup table data available to the client. The client can specify the entire +LUT or a subrange of the LUT. +ExportClientPhoto makes image data available to the client. The client can specify the format it +wants by using an encode technique and its associated parameters. +ExportClientROI makes rectangle-of-interest data available to the client. +Core X Resource Export Elements +ExportDrawable writes image data into a pixmap or window. The client must provide a graphics +context to direct the insertion of data. +ExportDrawablePlane writes a bitonal image into a pixmap or window. A client-specified graphics +context is used to convert the pixels to foreground and background colors and to perform optional +stippling. +XIE Resource Export Elements +ExportLUT exports lookup table data to a LUT resource. ExportLUT obtains its input from a pre- +vious element such as ImportClientLUT or ImportLUT. +ExportPhotomap stores an image in a Photomap resource. Encoding parameters can be supplied to +tell the server what format to store the data in. Alternatively, the client can allow the server to choose +the most efficient format for image storage; the client can hint as to whether image storage space or +image retrieval time is the desired efficiency metric. +ExportROI stores a list of rectangles in an ROI resource. The exported data must come from either +ImportClientROI or ImportROI. +Subsetting +The full XIE protocol defines a very powerful flexible system. It is recognized, however, that many appli- +cation writers will wish to use XIE features to perform relatively simple tasks on simple (for example, bi- +tonal) images. They may never deal with color spaces or processing domains or want to do anything more +complex than simply import, scale, and export. They will be interested in using a server that is tuned spe- +cifically for the needs of document imaging, ignoring all other concerns. In fact, they can do without +many of XIE's capabilities, as long as the server provides the simple operations they require and it obeys +the same protocol as the full XIE specification for those operations. +The XIE Document Imaging Subset (DIS) was designed to respond to this demand. DIS drops the con- +cepts of Color Lists and processing domains completely and supports only two processing elements: Ge- +ometry and Point. Geometry is required in order to do scaling and rotation. Since the DIS client is respon- +sible for managing the colormap, Point is needed to convert pixel values into colormap indexes. +The only required image-compression schemes are those associated with bitonal images. DIS also pro- +vides the ability to import a full-depth drawable, scale it using Geometry, and then export the result back +to Core X. This functionality may be useful for those who want to be able to scale images produced by +other applications. One could imagine using this feature to resize a drawing in order to include it in a +document. +Summary +The X Window System defines a standard architecture that has provided a stable platform-independent +display environment for application developers to build upon. By adhering to the same basic principles, +XIE enhances the image display capabilities of the core protocol by providing: +* Efficient image transport between client and server +* Efficient caching of images on the server +* Image rendition and enhancement capabilities on the server +* Support for the development and utilization of image-specific hardware +* Consistent policy-free support for image display across all platforms + References +1. X Window System, Scheifler, Gettys, Digital Press. +2. X Image Extension Protocol, Shelley et al., Digital Equipment Corporation and AGE Logic, Inc. +3. X Image Extension Library, Rogers AGE Logic, Inc. +4. XIE Sample Implementation Architecture, Shelley, Verheiden & Fahy, AGE Logic, Inc. +5. X Image Extension Overview, Fahy & Shelley, The X Resource Special Issue C, 1/93 +OReilly & Associates, Inc. + + +Copyright © 1994 AGE Logic, Inc. +Permission to use, copy, modify, distribute, and sell this article for any purpose is hereby granted without fee, provided that the above copy- +right notice and this permission notice appear in all copies. AGE Logic, Inc. makes no representations about the suitability for any purpose +of the information in this paper. This material summarizes a standard of the X Consortium and is provided as is without express or im- +plied warranty. +1 + + diff --git a/xie/docs/dec/xie23-src/include/Imakefile b/xie/docs/dec/xie23-src/include/Imakefile new file mode 100644 index 0000000..5419149 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/Imakefile @@ -0,0 +1,71 @@ +XCOMM +XCOMM ***************************************************************** +XCOMM * * +XCOMM * Copyright (c) Digital Equipment Corporation, 1991, 1994 * +XCOMM * * +XCOMM * All Rights Reserved. Unpublished rights reserved under * +XCOMM * the copyright laws of the United States. * +XCOMM * * +XCOMM * The software contained on this media is proprietary to * +XCOMM * and embodies the confidential technology of Digital * +XCOMM * Equipment Corporation. Possession, use, duplication or * +XCOMM * dissemination of the software and media is authorized only * +XCOMM * pursuant to a valid written license from Digital Equipment * +XCOMM * Corporation. * +XCOMM * * +XCOMM * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * +XCOMM * by the U.S. Government is subject to restrictions as set * +XCOMM * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * +XCOMM * or in FAR 52.227-19, as applicable. * +XCOMM * * +XCOMM ***************************************************************** +XCOMM +XCOMM HISTORY +XCOMM +XCOMM $XConsortium: Imakefile,v 1.26 92/01/25 16:33:13 rws Exp $ +#if BuildPexClients || BuildPexExt +#define IHaveSubdirs + PEXDIRS = PEX +#endif +#if BuildLGI +#define IHaveSubdirs + GLDIRS = gl pex +#endif + +#ifdef IHaveSubdirs +#define PassCDebugFlags 'CDEBUGFLAGS=$(CDEBUGFLAGS)' +#endif +#if BuildXTrapExt || BuildXTrapLib + XTRAPHEADERS = xtrapddmi.h xtrapdi.h xtraplib.h xtraplibp.h xtrapproto.h +#else + XTRAPHEADERS = +#endif +#if BuildSMTExt || BuildSMTLib + SMTHEADERS = smt.h smtstr.h +#else + SMTHEADERS = +#endif +#if BuildXieExt || BuildXieLib + XIEHEADERS = XieAppl.h XieFloat.h XieLib.h XieProto.h XieUdpDef.h +#else + XIEHEADERS = +#endif + +SUBDIRS = $(PEXDIRS) $(GLDIRS) + +HEADERS = Xext.h multibuf.h shape.h XShm.h MITMisc.h XI.h XInput.h XIproto.h \ + XTest.h xteststr.h xtestext1.h $(XTRAPHEADERS) $(SMTHEADERS) \ + xkmeproto_include.h multibufst.h +INSTALLFLAGS = $(INSTINCFLAGS) + +all:: + +BuildIncludes($(HEADERS) $(XIEHEADERS),extensions,..) +InstallMultiple($(HEADERS),$(INCDIR)/extensions) + +depend:: + +#ifdef IHaveSubdirs +MakeSubdirs($(SUBDIRS)) +DependSubdirs($(SUBDIRS)) +#endif diff --git a/xie/docs/dec/xie23-src/include/MITMisc.h b/xie/docs/dec/xie23-src/include/MITMisc.h new file mode 100644 index 0000000..8374c32 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/MITMisc.h @@ -0,0 +1,88 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/************************************************************ +Copyright 1989 by The Massachusetts Institute of Technology + +Permission to use, copy, modify, and distribute this +software and its documentation for any purpose and without +fee is hereby granted, provided that the above copyright +no- tice appear in all copies and that both that copyright +no- tice and this permission notice appear in supporting +docu- mentation, and that the name of MIT not be used in +advertising or publicity pertaining to distribution of the +software without specific prior written permission. +M.I.T. makes no representation about the suitability of +this software for any purpose. It is provided "as is" +without any express or implied warranty. + +********************************************************/ + +/* RANDOM CRUFT! THIS HAS NO OFFICIAL X CONSORTIUM BLESSING */ + +/* $XConsortium: MITMisc.h,v 1.4 91/07/12 10:06:43 rws Exp $ */ + +#ifndef _XMITMISC_H_ +#define _XMITMISC_H_ + +#include + +#define X_MITSetBugMode 0 +#define X_MITGetBugMode 1 + +#define MITMiscNumberEvents 0 + +#define MITMiscNumberErrors 0 + +#ifndef _MITMISC_SERVER_ + +_XFUNCPROTOBEGIN + +Bool XMITMiscQueryExtension( +#if NeedFunctionPrototypes + Display* /* dpy */, + int* /* event_basep */, + int* /* error_basep */ +#endif +); + +Status XMITMiscSetBugMode( +#if NeedFunctionPrototypes + Display* /* dpy */, + Bool /* onOff */ +#endif +); + +Bool XMITMiscGetBugMode( +#if NeedFunctionPrototypes + Display* /* dpy */ +#endif +); + +_XFUNCPROTOEND + +#endif + +#endif diff --git a/xie/docs/dec/xie23-src/include/PEX/Imakefile b/xie/docs/dec/xie23-src/include/PEX/Imakefile new file mode 100644 index 0000000..7ae99dd --- /dev/null +++ b/xie/docs/dec/xie23-src/include/PEX/Imakefile @@ -0,0 +1,61 @@ +XCOMM +XCOMM ***************************************************************** +XCOMM * * +XCOMM * Copyright (c) Digital Equipment Corporation, 1991, 1994 * +XCOMM * * +XCOMM * All Rights Reserved. Unpublished rights reserved under * +XCOMM * the copyright laws of the United States. * +XCOMM * * +XCOMM * The software contained on this media is proprietary to * +XCOMM * and embodies the confidential technology of Digital * +XCOMM * Equipment Corporation. Possession, use, duplication or * +XCOMM * dissemination of the software and media is authorized only * +XCOMM * pursuant to a valid written license from Digital Equipment * +XCOMM * Corporation. * +XCOMM * * +XCOMM * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * +XCOMM * by the U.S. Government is subject to restrictions as set * +XCOMM * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * +XCOMM * or in FAR 52.227-19, as applicable. * +XCOMM * * +XCOMM ***************************************************************** +XCOMM +XCOMM HISTORY +XCOMM +XCOMM +XCOMM $XConsortium: Imakefile,v 5.7 91/07/12 17:35:23 rws Exp $ +XCOMM +XCOMM +XCOMM Copyright 1989, 1990, 1991 by Sun Microsystems, Inc. and the X Consortium +XCOMM +XCOMM All Rights Reserved +XCOMM +XCOMM Permission to use, copy, modify, and distribute this software and its +XCOMM documentation for any purpose and without fee is hereby granted, +XCOMM provided that the above copyright notice appear in all copies and that +XCOMM both that copyright notice and this permission notice appear in +XCOMM supporting documentation, and that the names of Sun Microsystems, +XCOMM the X Consortium, and MIT not be used in advertising or publicity +XCOMM pertaining to distribution of the software without specific, written +XCOMM prior permission. +XCOMM +XCOMM SUN MICROSYSTEMS DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, +XCOMM INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO +XCOMM EVENT SHALL SUN MICROSYSTEMS BE LIABLE FOR ANY SPECIAL, INDIRECT OR +XCOMM CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF +XCOMM USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR +XCOMM OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR +XCOMM PERFORMANCE OF THIS SOFTWARE. + + + HEADERS = PEX.h PEXproto.h PEXErr.h PEXprotost.h + + INSTALLFLAGS = -m 0444 + +all:: + +BuildIncludes($(HEADERS),extensions,..) +InstallMultiple($(HEADERS),$(INCDIR)/extensions) + +depend:: + diff --git a/xie/docs/dec/xie23-src/include/PEX/PEX.h b/xie/docs/dec/xie23-src/include/PEX/PEX.h new file mode 100644 index 0000000..d6c0af9 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/PEX/PEX.h @@ -0,0 +1,946 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $XConsortium: PEX.h,v 5.3 91/08/26 12:29:34 rws Exp $ */ + +/*********************************************************** +Copyright 1989, 1990, 1991 by Sun Microsystems, Inc. and the X Consortium. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Sun Microsystems, +the X Consortium, and MIT not be used in advertising or publicity +pertaining to distribution of the software without specific, written +prior permission. + +SUN MICROSYSTEMS DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, +INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT +SHALL SUN MICROSYSTEMS BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL +DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + + +#ifndef PEX_H +#define PEX_H + +#ifdef LOCAL_PEX_NAME +#define PEX_NAME_STRING LOCAL_PEX_NAME +#else +#define PEX_NAME_STRING "X3D-PEX" +#endif + +/* Matches revision 5.0P */ + +#define PEX_PROTO_MAJOR 5 /* current protocol version */ +#define PEX_PROTO_MINOR 0 /* current minor version */ + +/* Subsets */ +#define PEXCompleteImplementation 0 +#define PEXImmediateModeOnly 1 +#define PEXPhigsWksOnly 2 + +/* Resources */ +#define PEXAlreadyFreed 1 + +/* Asf Attributes */ + +/* Masks for setting Asf's */ +#define PEXMarkerTypeAsf (1L<<0) +#define PEXMarkerScaleAsf (1L<<1) +#define PEXMarkerColourAsf (1L<<2) +#define PEXTextFontIndexAsf (1L<<3) +#define PEXTextPrecAsf (1L<<4) +#define PEXCharExpansionAsf (1L<<5) +#define PEXCharSpacingAsf (1L<<6) +#define PEXTextColourAsf (1L<<7) +#define PEXLineTypeAsf (1L<<8) +#define PEXLineWidthAsf (1L<<9) +#define PEXLineColourAsf (1L<<10) +#define PEXCurveApproxAsf (1L<<11) +#define PEXPolylineInterpAsf (1L<<12) +#define PEXInteriorStyleAsf (1L<<13) +#define PEXInteriorStyleIndexAsf (1L<<14) +#define PEXSurfaceColourAsf (1L<<15) +#define PEXSurfaceInterpAsf (1L<<16) +#define PEXReflectionModelAsf (1L<<17) +#define PEXReflectionAttrAsf (1L<<18) +#define PEXBfInteriorStyleAsf (1L<<19) +#define PEXBfInteriorStyleIndexAsf (1L<<20) +#define PEXBfSurfaceColourAsf (1L<<21) +#define PEXBfSurfaceInterpAsf (1L<<22) +#define PEXBfReflectionModelAsf (1L<<23) +#define PEXBfReflectionAttrAsf (1L<<24) +#define PEXSurfaceApproxAsf (1L<<25) +#define PEXSurfaceEdgesAsf (1L<<26) +#define PEXSurfaceEdgeTypeAsf (1L<<27) +#define PEXSurfaceEdgeWidthAsf (1L<<28) +#define PEXSurfaceEdgeColourAsf (1L<<29) +#define PEXMaxAsfShift 29 + +/* Asf Values */ +#define PEXBundled 0 +#define PEXIndividual 1 + +/* Composition */ +#define PEXPreConcatenate 0 +#define PEXPostConcatenate 1 +#define PEXReplace 2 + +/* Cull mode */ +/* 0 None */ +#define PEXBackFaces 1 +#define PEXFrontFaces 2 + +/* Curve Type and Surface Type */ +#define PEXRational 0 +#define PEXNonRational 1 + +/* Edit Mode */ +#define PEXStructureInsert 0 +#define PEXStructureReplace 1 + +/* Whence values */ +#define PEXBeginning 0 +#define PEXCurrent 1 +#define PEXEnd 2 + +/* Element Search */ +#define PEXNotFound 1 +#define PEXFound 2 + +/* GetEnumeratedType return format */ +#define PEXETIndex 1 +#define PEXETMnemonic 2 +#define PEXETBoth 3 + +/* Enum Types */ +#define PEXETMarkerType 1 +#define PEXETATextStyle 2 +#define PEXETInteriorStyle 3 +#define PEXETHatchStyle 4 +#define PEXETLineType 5 +#define PEXETSurfaceEdgeType 6 +#define PEXETPickDeviceType 7 +#define PEXETPolylineInterpMethod 8 +#define PEXETCurveApproxMethod 9 +#define PEXETReflectionModel 10 +#define PEXETSurfaceInterpMethod 11 +#define PEXETSurfaceApproxMethod 12 +#define PEXETModelClipOperator 13 +#define PEXETLightType 14 +#define PEXETColourType 15 +#define PEXETFloatFormat 16 +#define PEXETHlhsrMode 17 +#define PEXETPromptEchoType 18 +#define PEXETDisplayUpdateMode 19 +#define PEXETColourApproxType 20 +#define PEXETColourApproxModel 21 +#define PEXETGDP 22 +#define PEXETGDP3 23 +#define PEXETGSE 24 +#define PEXETTrimCurveApproxMethod 25 +#define PEXETRenderingColourModel 26 +#define PEXETParaSurfCharacteristics 27 + +/* Renderer state */ +#define PEXIdle 0 +#define PEXRendering 1 + +/* Flags (e.g., Switches, Visibility, and Edges) */ +#define PEXOff 0 +#define PEXOn 1 + +/* Shape hints */ +/* Complex, Nonconvex, Convex, are defined as 0, 1, 2 in X.h */ +#define PEXComplex 0 +#define PEXNonconvex 1 +#define PEXConvex 2 +#define PEXUnknownShape 3 + +/* Contour hints */ +#define PEXDisjoint 0 +#define PEXNested 1 +#define PEXIntersecting 2 +#define PEXUnknownContour 3 + +/* Table Type */ +#define PEXLineBundleLUT 1 +#define PEXMarkerBundleLUT 2 +#define PEXTextBundleLUT 3 +#define PEXInteriorBundleLUT 4 +#define PEXEdgeBundleLUT 5 +#define PEXPatternLUT 6 +#define PEXTextFontLUT 7 +#define PEXColourLUT 8 +#define PEXViewLUT 9 +#define PEXLightLUT 10 +#define PEXDepthCueLUT 11 +#define PEXColourApproxLUT 12 +#define PEXMaxTableType 12 + +/* Status in GetTableEntry */ +#define PEXDefaultEntry 0 +#define PEXDefinedEntry 1 + +/* ValueType in GetTableEntr{y|ies} */ +#define PEXSetValue 0 +#define PEXRealizedValue 1 + +/* Constants for Path and Vertical and Horizontal alignment */ +#define PEXPathRight 0 +#define PEXPathLeft 1 +#define PEXPathUp 2 +#define PEXPathDown 3 +#define PEXValignNormal 0 +#define PEXValignTop 1 +#define PEXValignCap 2 +#define PEXValignHalf 3 +#define PEXValignBase 4 +#define PEXValignBottom 5 +#define PEXHalignNormal 0 +#define PEXHalignLeft 1 +#define PEXHalignCenter 2 +#define PEXHalignRight 3 + +/* Text precision */ +#define PEXStringPrecision 0 +#define PEXCharPrecision 1 +#define PEXStrokePrecision 2 + +/* Character Set Widths */ +#define PEXCSByte 0 +#define PEXCSShort 1 +#define PEXCSLong 2 + +/* Update State */ +#define PEXNotPending 0 +#define PEXPending 1 + +/* Visual State */ +#define PEXCorrect 0 +#define PEXDeferred 1 +#define PEXSimulated 2 + +/* Display State */ +#define PEXEmpty 0 +#define PEXNotEmpty 1 + +/* Buffer Mode */ +#define PEXSingleBuffered 0 +#define PEXDoubleBuffered 1 + +/* Dynamic types */ +#define PEXIMM 0 +#define PEXIRG 1 +#define PEXCBS 2 + +/* Geometric attributes (Vertex, Facet) */ +#define PEXGAColour 0x0001 +#define PEXGANormal 0x0002 +#define PEXGAEdges 0x0004 + +/* Pick Status */ +#define PEXNoPick 0 +#define PEXOk 1 + +/* Pick Echo Switch */ +#define PEXNoEcho 0 +#define PEXEcho 1 + +/* Pick Path Order */ +#define PEXTopFirst 0 +#define PEXBottomFirst 1 + +/* Items for GetStructureInfo */ +#define PEXElementPtr 0x0001 +#define PEXNumElements 0x0002 +#define PEXLengthStructure 0x0004 +#define PEXHasRefs 0x0008 +#define PEXEditMode 0x0010 + +/* Flags for GetStructuresInNetwork */ +#define PEXAll 0 +#define PEXOrphans 1 + +/* Path part for GetAncestors */ +#define PEXTopPart 0 +#define PEXBottomPart 1 + +/* Direction for ElementSearch */ +#define PEXForward 0 +#define PEXBackward 1 + +/* Nameset changes */ +#define PEXNSAdd 0 +#define PEXNSRemove 1 +#define PEXNSReplace 2 + +/* Priorities */ +#define PEXHigher 0 +#define PEXLower 1 + +/* Enumerated Type Descriptors */ + +/* Marker Type */ +#define PEXMarkerDot 1 +#define PEXMarkerCross 2 +#define PEXMarkerAsterisk 3 +#define PEXMarkerCircle 4 +#define PEXMarkerX 5 +/* ATextStyle */ +#define PEXATextNotConnected 1 +#define PEXATextConnected 2 +/* InteriorStyle */ +#define PEXInteriorStyleHollow 1 +#define PEXInteriorStyleSolid 2 +#define PEXInteriorStylePattern 3 +#define PEXInteriorStyleHatch 4 +#define PEXInteriorStyleEmpty 5 +/* HatchStyle */ +/* LineType */ +#define PEXLineTypeSolid 1 +#define PEXLineTypeDashed 2 +#define PEXLineTypeDotted 3 +#define PEXLineTypeDashDot 4 +/* SurfaceEdgeType */ +#define PEXSurfaceEdgeSolid 1 +#define PEXSurfaceEdgeDashed 2 +#define PEXSurfaceEdgeDotted 3 +#define PEXSurfaceEdgeDashDot 4 +/* PickDeviceType */ +#define PEXPickDeviceDC_HitBox 1 +#define PEXPickDeviceNPC_HitVolume 2 +/* PolylineInterpMethod */ +#define PEXPolylineInterpNone 1 +#define PEXPolylineInterpColour 2 +/* Curve(and Surface)(and Trim Curve)ApproxMethods */ +#define PEXApproxImpDep 1 +#define PEXApproxConstantBetweenKnots 2 +#define PEXApproxWcsChordalSize 3 +#define PEXApproxNpcChordalSize 4 +#define PEXApproxDcChordalSize 5 +#define PEXCurveApproxWcsChordalDev 6 +#define PEXCurveApproxNpcChordalDev 7 +#define PEXCurveApproxDcChordalDev 8 +#define PEXSurfaceApproxWcsPlanarDev 6 +#define PEXSurfaceApproxNpcPlanarDev 7 +#define PEXSurfaceApproxDcPlanarDev 8 +#define PEXApproxWcsRelative 9 +#define PEXApproxNpcRelative 10 +#define PEXApproxDcRelative 11 +/* ReflectionModel */ +#define PEXReflectionNoShading 1 +#define PEXReflectionAmbient 2 +#define PEXReflectionDiffuse 3 +#define PEXReflectionSpecular 4 +/* SurfaceInterpMethod */ +#define PEXSurfaceInterpNone 1 +#define PEXSurfaceInterpColour 2 +#define PEXSurfaceInterpDotProduct 3 +#define PEXSurfaceInterpNormal 4 +/* ModelClipOperator */ +#define PEXModelClipReplace 1 +#define PEXModelClipIntersection 2 +/* LightType */ +#define PEXLightAmbient 1 +#define PEXLightWcsVector 2 +#define PEXLightWcsPoint 3 +#define PEXLightWcsSpot 4 +/* ColourType */ +#define PEXIndexedColour 0 +#define PEXRgbFloatColour 1 +#define PEXCieFloatColour 2 +#define PEXHsvFloatColour 3 +#define PEXHlsFloatColour 4 +#define PEXRgb8Colour 5 +#define PEXRgb16Colour 6 +#define PEXMaxColour 6 +/* FloatFormat */ +#define PEXIeee_754_32 1 +#define PEXDEC_F_Floating 2 +#define PEXIeee_754_64 3 +#define PEXDEC_D_Floating 4 +/* HlhsrMode */ +#define PEXHlhsrOff 1 +#define PEXHlhsrZBuffer 2 +#define PEXHlhsrPainters 3 +#define PEXHlhsrScanline 4 +#define PEXHlhsrHiddenLineOnly 5 +/* PromptEchoType */ +#define PEXEchoPrimitive 1 +#define PEXEchoStructure 2 +#define PEXEchoNetwork 3 +/* DisplayUpdateMethod */ +#define PEXVisualizeEach 1 +#define PEXVisualizeEasy 2 +#define PEXVisualizeNone 3 +#define PEXSimulateSome 4 +#define PEXVisualizeWhenever 5 +/* ColourApproxType */ +#define PEXColourSpace 1 +#define PEXColourRange 2 +/* ColourApproxMethod */ +#define PEXColourApproxRGB 1 +#define PEXColourApproxCIE 2 +#define PEXColourApproxHSV 3 +#define PEXColourApproxHLS 4 +#define PEXColourApproxYIQ 5 +/* RenderingColourModel */ +#define PEXRdrColourModelImpDep 0 +#define PEXRdrColourModelRGB 1 +#define PEXRdrColourModelCIE 2 +#define PEXRdrColourModelHSV 3 +#define PEXRdrColourModelHLS 4 +/* ParametricSurfaceCharacteristics */ +#define PEXPSCNone 1 +#define PEXPSCImpDep 2 +#define PEXPSCIsoCurves 3 +#define PEXPSCMcLevelCurves 4 +#define PEXPSCWcLevelCurves 5 +/* Isoparametric Curves */ +#define PEXICUniformPlacement 0 +#define PEXICNonuniformPlacement 1 + +/* Clipping */ +#define PEXClipXY 0x0001 +#define PEXClipBack 0x0002 +#define PEXClipFront 0x0004 + +#define PEXClip 0 +#define PEXNoClip 1 + +/* Implementation Dependent Constant Names */ +#define PEXIDDitheringSupported 1 +#define PEXIDMaxEdgeWidth 2 +#define PEXIDMaxLineWidth 3 +#define PEXIDMaxMarkerSize 4 +#define PEXIDMaxModelClipPlanes 5 +#define PEXIDMaxNameSetNames 6 +#define PEXIDMaxNonAmbientLights 7 +#define PEXIDMaxNURBOrder 8 +#define PEXIDMaxTrimCurveOrder 9 +#define PEXIDMinEdgeWidth 10 +#define PEXIDMinLineWidth 11 +#define PEXIDMinMarkerSize 12 +#define PEXIDNominalEdgeWidth 13 +#define PEXIDNominalLineWidth 14 +#define PEXIDNominalMarkerSize 15 +#define PEXIDNumSupportedEdgeWidths 16 +#define PEXIDNumSupportedLineWidths 17 +#define PEXIDNumSupportedMarkerSizes 18 +#define PEXIDBestColourApproximation 19 +#define PEXIDTransparencySupported 20 +#define PEXIDDoubleBufferingSupported 21 +#define PEXIDChromaticityRedU 22 +#define PEXIDChromaticityRedV 23 +#define PEXIDLuminanceRed 24 +#define PEXIDChromaticityGreenU 25 +#define PEXIDChromaticityGreenV 26 +#define PEXIDLuminanceGreen 27 +#define PEXIDChromaticityBlueU 28 +#define PEXIDChromaticityBlueV 29 +#define PEXIDLuminanceBlue 30 +#define PEXIDChromaticityWhiteU 31 +#define PEXIDChromaticityWhiteV 32 +#define PEXIDLuminanceWhite 33 + +/* Constants for IDRgbBestApproximation */ +#define PEXColourApproxAnyValues 0 +#define PEXColourApproxPowersOf2 1 + +/** To convert a bit index to a mask number and a mask value, assuming + ** 32 bit wide words. For example, a bitIndex of 5 will return + ** maskNum == 0 and maskValue == (1 << 5) = 32, while a bitIndex of 39 + ** will return maskNum == 1 and maskValue == (1 << 7) == 128 + **/ +#define PEX_BITNUM_TO_BITMASK(bitIndex, maskNum, maskValue) \ + maskNum = (bitIndex) / 32; \ + maskValue = ((unsigned)1L << ((bitIndex) % 32)); + +#define CHECK_BITMASK_ARRAY(mask,bitIndex) \ + if (mask[((bitIndex)/32)] & ((unsigned)1L << ((bitIndex) % 32))) + +#define PEX_BITMASK(i) ((unsigned)1 << ((i) & 31)) +#define PEX_MASKIDX(i) ((i) >> 5) +#define PEX_MASKWORD(buf, i) buf[PEX_MASKIDX(i)] +#define PEX_BITSET(buf, i) PEX_MASKWORD(buf, i) |= PEX_BITMASK(i) +#define PEX_BITCLEAR(buf, i) PEX_MASKWORD(buf, i) &= ~PEX_BITMASK(i) +#define PEX_GETBIT(buf, i) (PEX_MASKWORD(buf, i) & PEX_BITMASK(i)) + +#define PEXMSGetWksInfo 2 +#define PEXMSPipeline 3 + +/* Pipeline Context */ +#define PEXPCMarkerType 0 +#define PEXPCMarkerScale 1 +#define PEXPCMarkerColour 2 +#define PEXPCMarkerBundleIndex 3 +#define PEXPCTextFont 4 +#define PEXPCTextPrecision 5 +#define PEXPCCharExpansion 6 +#define PEXPCCharSpacing 7 +#define PEXPCTextColour 8 +#define PEXPCCharHeight 9 +#define PEXPCCharUpVector 10 +#define PEXPCTextPath 11 +#define PEXPCTextAlignment 12 +#define PEXPCAtextHeight 13 +#define PEXPCAtextUpVector 14 +#define PEXPCAtextPath 15 +#define PEXPCAtextAlignment 16 +#define PEXPCAtextStyle 17 +#define PEXPCTextBundleIndex 18 +#define PEXPCLineType 19 +#define PEXPCLineWidth 20 +#define PEXPCLineColour 21 +#define PEXPCCurveApproximation 22 +#define PEXPCPolylineInterp 23 +#define PEXPCLineBundleIndex 24 +#define PEXPCInteriorStyle 25 +#define PEXPCInteriorStyleIndex 26 +#define PEXPCSurfaceColour 27 +#define PEXPCSurfaceReflAttr 28 +#define PEXPCSurfaceReflModel 29 +#define PEXPCSurfaceInterp 30 +#define PEXPCBfInteriorStyle 31 + +#define PEXPCBfInteriorStyleIndex 32 +#define PEXPCBfSurfaceColour 33 +#define PEXPCBfSurfaceReflAttr 34 +#define PEXPCBfSurfaceReflModel 35 +#define PEXPCBfSurfaceInterp 36 +#define PEXPCSurfaceApproximation 37 +#define PEXPCCullingMode 38 +#define PEXPCDistinguishFlag 39 +#define PEXPCPatternSize 40 +#define PEXPCPatternRefPt 41 +#define PEXPCPatternRefVec1 42 +#define PEXPCPatternRefVec2 43 +#define PEXPCInteriorBundleIndex 44 +#define PEXPCSurfaceEdgeFlag 45 +#define PEXPCSurfaceEdgeType 46 +#define PEXPCSurfaceEdgeWidth 47 +#define PEXPCSurfaceEdgeColour 48 +#define PEXPCEdgeBundleIndex 49 +#define PEXPCLocalTransform 50 +#define PEXPCGlobalTransform 51 +#define PEXPCModelClip 52 +#define PEXPCModelClipVolume 53 +#define PEXPCViewIndex 54 +#define PEXPCLightState 55 +#define PEXPCDepthCueIndex 56 +#define PEXPCSetAsfValues 57 +#define PEXPCPickId 58 +#define PEXPCHlhsrIdentifier 59 +#define PEXPCNameSet 60 +#define PEXPCColourApproxIndex 61 +#define PEXPCRenderingColourModel 62 +#define PEXPCParaSurfCharacteristics 63 +#define PEXMaxPCIndex 63 + +/* Renderer Bitmasks */ +#define PEXRDPipelineContext (1L<<0) +#define PEXRDCurrentPath (1L<<1) +#define PEXRDMarkerBundle (1L<<2) +#define PEXRDTextBundle (1L<<3) +#define PEXRDLineBundle (1L<<4) +#define PEXRDInteriorBundle (1L<<5) +#define PEXRDEdgeBundle (1L<<6) +#define PEXRDViewTable (1L<<7) +#define PEXRDColourTable (1L<<8) +#define PEXRDDepthCueTable (1L<<9) +#define PEXRDLightTable (1L<<10) +#define PEXRDColourApproxTable (1L<<11) +#define PEXRDPatternTable (1L<<12) +#define PEXRDTextFontTable (1L<<13) +#define PEXRDHighlightIncl (1L<<14) +#define PEXRDHighlightExcl (1L<<15) +#define PEXRDInvisibilityIncl (1L<<16) +#define PEXRDInvisibilityExcl (1L<<17) +#define PEXRDRendererState (1L<<18) +#define PEXRDHlhsrMode (1L<<19) +#define PEXRDNpcSubvolume (1L<<20) +#define PEXRDViewport (1L<<21) +#define PEXRDClipList (1L<<22) +#define PEXMaxRDShift 22 + +/* Renderer Dynamics Bitmasks */ +/* tables */ +#define PEXDynMarkerBundle (1L<<0) +#define PEXDynTextBundle (1L<<1) +#define PEXDynLineBundle (1L<<2) +#define PEXDynInteriorBundle (1L<<3) +#define PEXDynEdgeBundle (1L<<4) +#define PEXDynViewTable (1L<<5) +#define PEXDynColourTable (1L<<6) +#define PEXDynDepthCueTable (1L<<7) +#define PEXDynLightTable (1L<<8) +#define PEXDynColourApproxTable (1L<<9) +#define PEXDynPatternTable (1L<<10) +#define PEXDynTextFontTable (1L<<11) +#define PEXDynMarkerBundleContents (1L<<12) +#define PEXDynTextBundleContents (1L<<13) +#define PEXDynLineBundleContents (1L<<14) +#define PEXDynInteriorBundleContents (1L<<15) +#define PEXDynEdgeBundleContents (1L<<16) +#define PEXDynViewTableContents (1L<<17) +#define PEXDynColourTableContents (1L<<18) +#define PEXDynDepthCueTableContents (1L<<19) +#define PEXDynLightTableContents (1L<<20) +#define PEXDynColourApproxContents (1L<<21) +#define PEXDynPatternTableContents (1L<<22) +#define PEXDynTextFontTableContents (1L<<23) +/* namesets */ +#define PEXDynHighlightNameset (1L<<0) +#define PEXDynInvisibilityNameset (1L<<1) +#define PEXDynHighlightNamesetContents (1L<<12) +#define PEXDynInvisibilityNamesetContents (1L<<13) +/* attributes */ +#define PEXDynHlhsrMode (1L<<0) +#define PEXDynNpcSubvolume (1L<<1) +#define PEXDynViewport (1L<<2) +#define PEXDynClipList (1L<<3) + +#define PEXElementType (1L<<0) +#define PEXElementSize (1L<<1) +#define PEXElementData (1L<<2) + +/* Search Context Bitmasks */ +#define PEXSCPosition (1L<<0) +#define PEXSCDistance (1L<<1) +#define PEXSCCeiling (1L<<2) +#define PEXSCModelClipFlag (1L<<3) +#define PEXSCStartPath (1L<<4) +#define PEXSCNormalList (1L<<5) +#define PEXSCInvertedList (1L<<6) + +/* Phigs Workstation Attribute Bitmasks */ +#define PEXPWDisplayUpdate 0 +#define PEXPWVisualState 1 +#define PEXPWDisplaySurface 2 +#define PEXPWViewUpdate 3 +#define PEXPWDefinedViews 4 +#define PEXPWWksUpdate 5 +#define PEXPWReqNpcSubvolume 6 +#define PEXPWCurNpcSubvolume 7 +#define PEXPWReqWksViewport 8 +#define PEXPWCurWksViewport 9 +#define PEXPWHlhsrUpdate 10 +#define PEXPWReqHlhsrMode 11 +#define PEXPWCurHlhsrMode 12 +#define PEXPWDrawable 13 +#define PEXPWMarkerBundle 14 +#define PEXPWTextBundle 15 +#define PEXPWLineBundle 16 +#define PEXPWInteriorBundle 17 +#define PEXPWEdgeBundle 18 +#define PEXPWColourTable 19 +#define PEXPWDepthCueTable 20 +#define PEXPWLightTable 21 +#define PEXPWColourApproxTable 22 +#define PEXPWPatternTable 23 +#define PEXPWTextFontTable 24 +#define PEXPWHighlightIncl 25 +#define PEXPWHighlightExcl 26 +#define PEXPWInvisibilityIncl 27 +#define PEXPWInvisibilityExcl 28 +#define PEXPWPostedStructures 29 +#define PEXPWNumPriorities 30 +#define PEXPWBufferUpdate 31 + +#define PEXPWReqBufferMode 32 +#define PEXPWCurBufferMode 33 + +/* Indices for GetDynamics */ +#define PEXPWDViewRep 0 +#define PEXPWDMarkerBundle 1 +#define PEXPWDTextBundle 2 +#define PEXPWDLineBundle 3 +#define PEXPWDInteriorBundle 4 +#define PEXPWDEdgeBundle 5 +#define PEXPWDColourTable 6 +#define PEXPWDPatternTable 7 +#define PEXPWDWksTransform 8 +#define PEXPWDHighlightFilter 9 +#define PEXPWDInvisibilityFilter 10 +#define PEXPWDHlhsrMode 11 +#define PEXPWDStructureModify 12 +#define PEXPWDPostStructure 13 +#define PEXPWDUnpostStructure 14 +#define PEXPWDDeleteStructure 15 +#define PEXPWDReferenceModify 16 +#define PEXPWDBufferModify 17 +#define PEXPWDLightTable 18 +#define PEXPWDDepthCueTable 19 +#define PEXPWDColourApproxTable 20 + +/* Pick Device Bitmasks */ +#define PEXPDPickStatus (1L<<0) +#define PEXPDPickPath (1L<<1) +#define PEXPDPickPathOrder (1L<<2) +#define PEXPDPickIncl (1L<<3) +#define PEXPDPickExcl (1L<<4) +#define PEXPDPickDataRec (1L<<5) +#define PEXPDPickPromptEchoType (1L<<6) +#define PEXPDPickEchoVolume (1L<<7) +#define PEXPDPickEchoSwitch (1L<<8) + +/* Pick Measure Bitmasks */ +#define PEXPMStatus (1L<<0) +#define PEXPMPath (1L<<1) + +/* Errors */ +#define PEXColourTypeError 0 +#define PEXRendererStateError 1 +#define PEXFloatingPointFormatError 2 +#define PEXLabelError 3 +#define PEXLookupTableError 4 +#define PEXNameSetError 5 +#define PEXPathError 6 +#define PEXFontError 7 +#define PEXPhigsWksError 8 +#define PEXPickMeasureError 9 +#define PEXPipelineContextError 10 +#define PEXRendererError 11 +#define PEXSearchContextError 12 +#define PEXStructureError 13 +#define PEXOutputCommandError 14 +#define PEXMaxError 14 + +/* Requests */ +#define PEX_GetExtensionInfo 1 +#define PEX_GetEnumeratedTypeInfo 2 +#define PEX_GetImpDepConstants 3 +#define PEX_CreateLookupTable 4 +#define PEX_CopyLookupTable 5 +#define PEX_FreeLookupTable 6 +#define PEX_GetTableInfo 7 +#define PEX_GetPredefinedEntries 8 +#define PEX_GetDefinedIndices 9 +#define PEX_GetTableEntry 10 +#define PEX_GetTableEntries 11 +#define PEX_SetTableEntries 12 +#define PEX_DeleteTableEntries 13 +#define PEX_CreatePipelineContext 14 +#define PEX_CopyPipelineContext 15 +#define PEX_FreePipelineContext 16 +#define PEX_GetPipelineContext 17 +#define PEX_ChangePipelineContext 18 +#define PEX_CreateRenderer 19 +#define PEX_FreeRenderer 20 +#define PEX_ChangeRenderer 21 +#define PEX_GetRendererAttributes 22 +#define PEX_GetRendererDynamics 23 +#define PEX_BeginRendering 24 +#define PEX_EndRendering 25 +#define PEX_BeginStructure 26 +#define PEX_EndStructure 27 +#define PEX_RenderOutputCommands 28 +#define PEX_RenderNetwork 29 +#define PEX_CreateStructure 30 +#define PEX_CopyStructure 31 +#define PEX_DestroyStructures 32 +#define PEX_GetStructureInfo 33 +#define PEX_GetElementInfo 34 +#define PEX_GetStructuresInNetwork 35 +#define PEX_GetAncestors 36 +#define PEX_GetDescendants 37 +#define PEX_FetchElements 38 +#define PEX_SetEditingMode 39 +#define PEX_SetElementPointer 40 +#define PEX_SetElementPointerAtLabel 41 +#define PEX_ElementSearch 42 +#define PEX_StoreElements 43 +#define PEX_DeleteElements 44 +#define PEX_DeleteElementsToLabel 45 +#define PEX_DeleteBetweenLabels 46 +#define PEX_CopyElements 47 +#define PEX_ChangeStructureRefs 48 +#define PEX_CreateNameSet 49 +#define PEX_CopyNameSet 50 +#define PEX_FreeNameSet 51 +#define PEX_GetNameSet 52 +#define PEX_ChangeNameSet 53 +#define PEX_CreateSearchContext 54 +#define PEX_CopySearchContext 55 +#define PEX_FreeSearchContext 56 +#define PEX_GetSearchContext 57 +#define PEX_ChangeSearchContext 58 +#define PEX_SearchNetwork 59 +#define PEX_CreatePhigsWks 60 +#define PEX_FreePhigsWks 61 +#define PEX_GetWksInfo 62 +#define PEX_GetDynamics 63 +#define PEX_GetViewRep 64 +#define PEX_RedrawAllStructures 65 +#define PEX_UpdateWorkstation 66 +#define PEX_RedrawClipRegion 67 +#define PEX_ExecuteDeferredActions 68 +#define PEX_SetViewPriority 69 +#define PEX_SetDisplayUpdateMode 70 +#define PEX_MapDCtoWC 71 +#define PEX_MapWCtoDC 72 +#define PEX_SetViewRep 73 +#define PEX_SetWksWindow 74 +#define PEX_SetWksViewport 75 +#define PEX_SetHlhsrMode 76 +#define PEX_SetWksBufferMode 77 +#define PEX_PostStructure 78 +#define PEX_UnpostStructure 79 +#define PEX_UnpostAllStructures 80 +#define PEX_GetWksPostings 81 +#define PEX_GetPickDevice 82 +#define PEX_ChangePickDevice 83 +#define PEX_CreatePickMeasure 84 +#define PEX_FreePickMeasure 85 +#define PEX_GetPickMeasure 86 +#define PEX_UpdatePickMeasure 87 +#define PEX_OpenFont 88 +#define PEX_CloseFont 89 +#define PEX_QueryFont 90 +#define PEX_ListFonts 91 +#define PEX_ListFontsWithInfo 92 +#define PEX_QueryTextExtents 93 +#define PEXMaxRequest 93 + +/* Output Commands */ +#define PEXOCAll 0 +#define PEXOCMarkerType 1 +#define PEXOCMarkerScale 2 +#define PEXOCMarkerColourIndex 3 +#define PEXOCMarkerColour 4 +#define PEXOCMarkerBundleIndex 5 +#define PEXOCTextFontIndex 6 +#define PEXOCTextPrecision 7 +#define PEXOCCharExpansion 8 +#define PEXOCCharSpacing 9 +#define PEXOCTextColourIndex 10 +#define PEXOCTextColour 11 +#define PEXOCCharHeight 12 +#define PEXOCCharUpVector 13 +#define PEXOCTextPath 14 +#define PEXOCTextAlignment 15 +#define PEXOCAtextHeight 16 +#define PEXOCAtextUpVector 17 +#define PEXOCAtextPath 18 +#define PEXOCAtextAlignment 19 +#define PEXOCAtextStyle 20 +#define PEXOCTextBundleIndex 21 +#define PEXOCLineType 22 +#define PEXOCLineWidth 23 +#define PEXOCLineColourIndex 24 +#define PEXOCLineColour 25 +#define PEXOCCurveApproximation 26 +#define PEXOCPolylineInterp 27 +#define PEXOCLineBundleIndex 28 +#define PEXOCInteriorStyle 29 +#define PEXOCInteriorStyleIndex 30 +#define PEXOCSurfaceColourIndex 31 +#define PEXOCSurfaceColour 32 +#define PEXOCSurfaceReflAttr 33 +#define PEXOCSurfaceReflModel 34 +#define PEXOCSurfaceInterp 35 +#define PEXOCBfInteriorStyle 36 +#define PEXOCBfInteriorStyleIndex 37 +#define PEXOCBfSurfaceColourIndex 38 +#define PEXOCBfSurfaceColour 39 +#define PEXOCBfSurfaceReflAttr 40 +#define PEXOCBfSurfaceReflModel 41 +#define PEXOCBfSurfaceInterp 42 +#define PEXOCSurfaceApproximation 43 +#define PEXOCCullingMode 44 +#define PEXOCDistinguishFlag 45 +#define PEXOCPatternSize 46 +#define PEXOCPatternRefPt 47 +#define PEXOCPatternAttr 48 +#define PEXOCInteriorBundleIndex 49 +#define PEXOCSurfaceEdgeFlag 50 +#define PEXOCSurfaceEdgeType 51 +#define PEXOCSurfaceEdgeWidth 52 +#define PEXOCSurfaceEdgeColourIndex 53 +#define PEXOCSurfaceEdgeColour 54 +#define PEXOCEdgeBundleIndex 55 +#define PEXOCSetAsfValues 56 +#define PEXOCLocalTransform 57 +#define PEXOCLocalTransform2D 58 +#define PEXOCGlobalTransform 59 +#define PEXOCGlobalTransform2D 60 +#define PEXOCModelClip 61 +#define PEXOCModelClipVolume 62 +#define PEXOCModelClipVolume2D 63 +#define PEXOCRestoreModelClip 64 +#define PEXOCViewIndex 65 +#define PEXOCLightState 66 +#define PEXOCDepthCueIndex 67 +#define PEXOCPickId 68 +#define PEXOCHlhsrIdentifier 69 +#define PEXOCColourApproxIndex 70 +#define PEXOCRenderingColourModel 71 +#define PEXOCParaSurfCharacteristics 72 +#define PEXOCAddToNameSet 73 +#define PEXOCRemoveFromNameSet 74 +#define PEXOCExecuteStructure 75 +#define PEXOCLabel 76 +#define PEXOCApplicationData 77 +#define PEXOCGse 78 +#define PEXOCMarker 79 +#define PEXOCMarker2D 80 +#define PEXOCText 81 +#define PEXOCText2D 82 +#define PEXOCAnnotationText 83 +#define PEXOCAnnotationText2D 84 +#define PEXOCPolyline 85 +#define PEXOCPolyline2D 86 +#define PEXOCPolylineSet 87 +#define PEXOCNurbCurve 88 +#define PEXOCFillArea 89 +#define PEXOCFillArea2D 90 +#define PEXOCExtFillArea 91 +#define PEXOCFillAreaSet 92 +#define PEXOCFillAreaSet2D 93 +#define PEXOCExtFillAreaSet 94 +#define PEXOCTriangleStrip 95 +#define PEXOCQuadrilateralMesh 96 +#define PEXOCSOFAS 97 +#define PEXOCNurbSurface 98 +#define PEXOCCellArray 99 +#define PEXOCCellArray2D 100 +#define PEXOCExtCellArray 101 +#define PEXOCGdp 102 +#define PEXOCGdp2D 103 +#define PEXMaxOC 103 + +#define PEXOCNil 0xffff + +#endif /* PEX.h */ + diff --git a/xie/docs/dec/xie23-src/include/PEX/PEXErr.h b/xie/docs/dec/xie23-src/include/PEX/PEXErr.h new file mode 100644 index 0000000..d12e9cf --- /dev/null +++ b/xie/docs/dec/xie23-src/include/PEX/PEXErr.h @@ -0,0 +1,69 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $XConsortium: PEXErr.h,v 5.1 91/02/16 09:47:05 rws Exp $ */ + +/*********************************************************** +Copyright (c) 1988,1989,1990, 1991 by Sun Microsystems, Inc. and the X Consortium. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Sun Microsystems, +the X Consortium, and MIT not be used in advertising or publicity +pertaining to distribution of the software without specific, written +prior permission. + +SUN MICROSYSTEMS DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, +INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT +SHALL SUN MICROSYSTEMS BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL +DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + + +#ifndef PEXERRS_H +#define PEXERRS_H + +typedef int ErrorCode; + +#define PEXNOERR 0 + +#ifndef Success +#define Success PEXNOERR +#endif /* Success */ + +#ifndef PEXNYI +#define PEXNYI BadImplementation +#endif /* PEXNYI */ + +#endif /* PEXERRS_H */ + diff --git a/xie/docs/dec/xie23-src/include/PEX/PEXOCs.h b/xie/docs/dec/xie23-src/include/PEX/PEXOCs.h new file mode 100644 index 0000000..6d644b6 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/PEX/PEXOCs.h @@ -0,0 +1,164 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $XConsortium: PEXOCs.h,v 5.2 91/02/16 09:47:07 rws Exp $ */ + +/*********************************************************** +Copyright 1989, 1990, 1991 by Sun Microsystems, Inc. and the X Consortium. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Sun Microsystems, +the X Consortium, and MIT not be used in advertising or publicity +pertaining to distribution of the software without specific, written +prior permission. + +SUN MICROSYSTEMS DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, +INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT +SHALL SUN MICROSYSTEMS BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL +DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + + + +#ifndef OCDEFS_H +#define OCDEFS_H + +#define OC_MARKER_TYPE 1L +#define OC_MARKER_SCALE 2L +#define OC_MARKER_COLOR_INDEX 3L +#define OC_MARKER_COLOR 4L +#define OC_MARKER_BUNDLEINDEX 5L +#define OC_TEXT_FONT 6L +#define OC_TEXT_PRECISION 7L +#define OC_CHARACTER_EXPANSION 8L +#define OC_CHARACTER_SPACING 9L +#define OC_TEXT_COLOR_INDEX 10L +#define OC_TEXT_COLOR 11L +#define OC_CHARACTER_HEIGHT 12L +#define OC_CHARACTER_UP_VECTOR 13L +#define OC_TEXT_PATH 14L +#define OC_TEXT_ALIGNMENT 15L +#define OC_ANNOTATION_TEXT_HEIGHT 16L +#define OC_ANNOTATION_TEXT_UP_VECTOR 17L +#define OC_ANNOTATION_TEXT_PATH 18L +#define OC_ANNOTATION_TEXT_ALIGNMENT 19L +#define OC_ANNOTATION_TEXT_STYLE 20L +#define OC_TEXT_BUNDLE_INDEX 21L +#define OC_LINE_TYPE 22L +#define OC_LINE_WIDTH 23L +#define OC_LINE_COLOR_INDEX 24L +#define OC_LINE_COLOR 25L +#define OC_CURVE_APPROXIMATION_METHOD 26L +#define OC_POLYLINE_INTERPOLATION_METHOD 27L +#define OC_LINE_BUNDLE_INDEX 28L +#define OC_SURFACE_INTERIOR_STYLE 29L +#define OC_SURFACE_INTERIOR_STYLE_INDEX 30L +#define OC_SURFACE_COLOR_INDEX 31L +#define OC_SURFACE_COLOR 32L +#define OC_SURFACE_REFLECTION_ATTRIBUTES 33L +#define OC_SURFACE_REFLECTION_MODEL 34L +#define OC_SURFACE_INTERPOLATION_METHOD 35L +#define OC_BACKFACE_SURFACE_INTERIOR_STYLE 36L +#define OC_BACKFACE_SURFACE_INTERIOR_STYLE_INDEX 37L +#define OC_BACKFACE_SURFACE_COLOR_INDEX 38L +#define OC_BACKFACE_SURFACE_COLOR 39L +#define OC_BACKFACE_SURFACE_REFLECTION_ATTRIBUTES 40L +#define OC_BACKFACE_SURFACE_REFLECTION_MODEL 41L +#define OC_BACKFACE_SURFACE_INTERPOLATION_METHOD 42L +#define OC_SURFACE_APPROXIMATION_METHOD 43L +#define OC_TRIM_CURVE_APPROXIMATION_METHOD 44L +#define OC_FACET_CULLING_MODE 45L +#define OC_FACET_DISTINGUISH_FLAG 46L +#define OC_NORMAL_REORIENTATION_MODE 47L +#define OC_PATTERN_SIZE 48L +#define OC_PATTERN_REFERENCE_POINT 49L +#define OC_PATTERN_ATTRIBUTES 50L +#define OC_INTERIOR_BUNDLE_INDEX 51L +#define OC_SURFACE_EDGE_FLAG 52L +#define OC_SURFACE_EDGE_TYPE 53L +#define OC_SURFACE_EDGE_WIDTH 54L +#define OC_SURFACE_EDGE_COLOR_INDEX 55L +#define OC_SURFACE_EDGE_COLOR 56L +#define OC_EDGE_BUNDLE_INDEX 57L +#define OC_SET_INDIVIDUAL_ASF 58L +#define OC_LOCAL_TRANSFORM_3D 59L +#define OC_LOCAL_TRANSFORM_2D 60L +#define OC_GLOBAL_TRANSFORM_3D 61L +#define OC_GLOBAL_TRANSFORM_2D 62L +#define OC_MODEL_CLIP 63L +#define OC_SET_MODEL_CLIP_VOLUME_3D 64L +#define OC_SET_MODEL_CLIP_VOLUME_2D 65L +#define OC_RESTORE_MODEL_CLIP_VOLUME 66L +#define OC_VIEW_INDEX 67L +#define OC_LIGHTSOURCE_STATE 68L +#define OC_DEPTH_CUE_INDEX 69L +#define OC_PICK_ID 70L +#define OC_HLHSR_IDENTIFIER 71L +#define OC_ADD_NAMES_TO_NAME_SET 72L +#define OC_REMOVE_NAMES_TO_NAME_SET 73L +#define OC_EXECUTE_STRUCTURE 74L +#define OC_LABEL 75L +#define OC_APPLICATION_DATA 76L +#define OC_GSE 77L +#define OC_MARKER_3D 78L +#define OC_MARKER_2D 79L +#define OC_TEXT_3D 80L +#define OC_TEXT_2D 81L +#define OC_ANNOTATION_TEXT_3D 82L +#define OC_ANNOTATION_TEXT_2D 83L +#define OC_POLYLINE_3D 84L +#define OC_POLYLINE_2D 85L +#define OC_POLYLINE_SET_3D_WITH_DATA 86L +#define OC_PARAMETRIC_CURVE 87L +#define OC_NURB 88L +#define OC_FILL_AREA_3D 89L +#define OC_FILL_AREA_2D 90L +#define OC_FILL_AREA_3D_WITH_DATA 91L +#define OC_FILL_AREA_SET_3D 92L +#define OC_FILL_AREA_SET_2D 93L +#define OC_FILL_AREA_SET_3D_WITH_DATA 94L +#define OC_TRIANGLE_STRIP 95L +#define OC_QUADRILATERAL_MESH 96L +#define OC_INDEXED_POLYGON 97L +#define OC_PARAMETRIC_POLYNOMIAL_SURFACE 98L +#define OC_NURB_SURFACE 99L +#define OC_CELL_ARRAY_3D 100L +#define OC_CELL_ARRAY_2D 101L +#define OC_EXTENDED_CELL_ARRAY_3D 102L +#define OC_GDP_3D 103L +#define OC_GDP_2D 104L +#define MAXOUTCMDS 105 + +#endif /* OCDEFS_H */ + diff --git a/xie/docs/dec/xie23-src/include/PEX/PEXfuncs.h b/xie/docs/dec/xie23-src/include/PEX/PEXfuncs.h new file mode 100644 index 0000000..f3a58c1 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/PEX/PEXfuncs.h @@ -0,0 +1,148 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $XConsortium: PEXfuncs.h,v 5.2 91/02/16 09:47:08 rws Exp $ */ + +/*********************************************************** +Copyright 1989, 1990, 1991 by Sun Microsystems, Inc. and the X Consortium. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Sun Microsystems, +the X Consortium, and MIT not be used in advertising or publicity +pertaining to distribution of the software without specific, written +prior permission. + +SUN MICROSYSTEMS DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, +INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT +SHALL SUN MICROSYSTEMS BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL +DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. +******************************************************************/ + +#ifndef PEX_FUNCS_H +#define PEX_FUNCS_H + +/* PEX Function Declarations, in alphabetic order. */ + +extern int PEXBeginRendering(); /* in file pex/pex_rend.c */ +extern int PEXBeginStructure(); /* in file pex/pex_rend.c */ +extern int PEXChangeNameSet(); /* in file pex/pex_ns.c */ +extern int PEXChangePickDevice(); /* in file pex/pex_pick.c */ +extern int PEXChangePipelineContext(); /* in file pex/pex_pipe.c */ +extern int PEXChangeRenderer(); /* in file pex/pex_rend.c */ +extern int PEXChangeSearchContext(); /* in file pex/pex_srch.c */ +extern int PEXChangeStructureRefs(); /* in file pex/pex_stru.c */ +extern int PEXCloseFont(); /* in file pex/pex_font.c */ +extern int PEXCopyElements(); /* in file pex/pex_stru.c */ +extern int PEXCopyLookupTable(); /* in file pex/pex_lut.c */ +extern int PEXCopyNameSet(); /* in file pex/pex_ns.c */ +extern int PEXCopyPipelineContext(); /* in file pex/pex_pipe.c */ +extern int PEXCopySearchContext(); /* in file pex/pex_srch.c */ +extern int PEXCopyStructure(); /* in file pex/pex_stru.c */ +extern int PEXCreateLookupTable(); /* in file pex/pex_lut.c */ +extern int PEXCreateNameSet(); /* in file pex/pex_ns.c */ +extern int PEXCreatePhigsWks(); /* in file pex/pex_ws.c */ +extern int PEXCreatePickMeasure(); /* in file pex/pex_pick.c */ +extern int PEXCreatePipelineContext(); /* in file pex/pex_pipe.c */ +extern int PEXCreateRenderer(); /* in file pex/pex_rend.c */ +extern int PEXCreateSearchContext(); /* in file pex/pex_srch.c */ +extern int PEXCreateStructure(); /* in file pex/pex_stru.c */ +extern int PEXDeleteBetweenLabels(); /* in file pex/pex_stru.c */ +extern int PEXDeleteElements(); /* in file pex/pex_stru.c */ +extern int PEXDeleteElementsToLabel(); /* in file pex/pex_stru.c */ +extern int PEXDeleteTableEntries(); /* in file pex/pex_lut.c */ +extern int PEXDestroyLookupTable(); /* in file pex/pex_lut.c */ +extern int PEXDestroyNameSet(); /* in file pex/pex_ns.c */ +extern int PEXDestroyPhigsWks(); /* in file pex/pex_ws.c */ +extern int PEXDestroyPickMeasure(); /* in file pex/pex_pick.c */ +extern int PEXDestroyPipelineContext(); /* in file pex/pex_pipe.c */ +extern int PEXDestroyRenderer(); /* in file pex/pex_rend.c */ +extern int PEXDestroySearchContext(); /* in file pex/pex_srch.c */ +extern int PEXDestroyStructures(); /* in file pex/pex_stru.c */ +extern int PEXElementSearch(); /* in file pex/pex_stru.c */ +extern int PEXEndRendering(); /* in file pex/pex_rend.c */ +extern int PEXEndStructure(); /* in file pex/pex_rend.c */ +extern int PEXExecuteDeferredActions(); /* in file pex/pex_ws.c */ +extern int PEXFetchElements(); /* in file pex/pex_stru.c */ +extern int PEXGetAncestors(); /* in file pex/pex_stru.c */ +extern int PEXGetDefinedIndices(); /* in file pex/pex_lut.c */ +extern int PEXGetDescendants(); /* in file pex/pex_stru.c */ +extern int PEXGetDynamics(); /* in file pex/pex_ws.c */ +extern int PEXGetElementInfo(); /* in file pex/pex_stru.c */ +extern int PEXGetEnumeratedTypeInfo(); /* in file pex/pex_info.c */ +extern int PEXGetExtensionInfo(); /* in file pex/pex_info.c */ +extern int PEXGetImpDepConstants(); /* in file pex/pex_info.c */ +extern int PEXGetNameSet(); /* in file pex/pex_ns.c */ +extern int PEXGetPickDevice(); /* in file pex/pex_pick.c */ +extern int PEXGetPickMeasure(); /* in file pex/pex_pick.c */ +extern int PEXGetPipelineContext(); /* in file pex/pex_pipe.c */ +extern int PEXGetPredefinedEntries(); /* in file pex/pex_lut.c */ +extern int PEXGetRendererAttributes(); /* in file pex/pex_rend.c */ +extern int PEXGetRendererDynamics(); /* in file pex/pex_rend.c */ +extern int PEXGetSearchContext(); /* in file pex/pex_srch.c */ +extern int PEXGetStructureInfo(); /* in file pex/pex_stru.c */ +extern int PEXGetStructuresInNetwork(); /* in file pex/pex_stru.c */ +extern int PEXGetTableEntries(); /* in file pex/pex_lut.c */ +extern int PEXGetTableEntry(); /* in file pex/pex_lut.c */ +extern int PEXGetTableInfo(); /* in file pex/pex_lut.c */ +extern int PEXGetViewRep(); /* in file pex/pex_ws.c */ +extern int PEXGetWksInfo(); /* in file pex/pex_ws.c */ +extern int PEXGetWksPostings(); /* in file pex/pex_ws.c */ +extern int PEXListFonts(); /* in file pex/pex_font.c */ +extern int PEXListFontsWithInfo(); /* in file pex/pex_font.c */ +extern int PEXMapDCtoWC(); /* in file pex/pex_ws.c */ +extern int PEXMapWCtoDC(); /* in file pex/pex_ws.c */ +extern int PEXOpenFont(); /* in file pex/pex_font.c */ +extern int PEXPostStructure(); /* in file pex/pex_ws.c */ +extern int PEXQueryFont(); /* in file pex/pex_font.c */ +extern int PEXQueryTextExtents(); /* in file pex/pex_font.c */ +extern int PEXRedrawAllStructures(); /* in file pex/pex_ws.c */ +extern int PEXRenderNetwork(); /* in file pex/pex_rend.c */ +extern int PEXRenderOutputCommands(); /* in file pex/pex_rend.c */ +extern int PEXSearchNetwork(); /* in file pex/pex_srch.c */ +extern int PEXSetDisplayUpdateMode(); /* in file pex/pex_ws.c */ +extern int PEXSetEditingMode(); /* in file pex/pex_stru.c */ +extern int PEXSetElementPointer(); /* in file pex/pex_stru.c */ +extern int PEXSetElementPointerAtLabel(); /* in file pex/pex_stru.c */ +extern int PEXSetHlhsrMode(); /* in file pex/pex_ws.c */ +extern int PEXSetTableEntries(); /* in file pex/pex_lut.c */ +extern int PEXSetViewPriority(); /* in file pex/pex_ws.c */ +extern int PEXSetViewRep(); /* in file pex/pex_ws.c */ +extern int PEXSetWksViewport(); /* in file pex/pex_ws.c */ +extern int PEXSetWksWindow(); /* in file pex/pex_ws.c */ +extern int PEXStoreElements(); /* in file pex/pex_stru.c */ +extern int PEXUnpostAllStructures(); /* in file pex/pex_ws.c */ +extern int PEXUnpostStructure(); /* in file pex/pex_ws.c */ +extern int PEXUpdatePickMeasure(); /* in file pex/pex_pick.c */ +extern int PEXUpdateWorkstation(); /* in file pex/pex_ws.c */ + +#endif /* PEX_FUNCS_H */ diff --git a/xie/docs/dec/xie23-src/include/PEX/PEXmacs.h b/xie/docs/dec/xie23-src/include/PEX/PEXmacs.h new file mode 100644 index 0000000..aaa7a04 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/PEX/PEXmacs.h @@ -0,0 +1,58 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $XConsortium: PEXmacs.h,v 5.2 91/02/16 09:46:58 rws Exp $ */ + +/*********************************************************** +Copyright 1989, 1990, 1991 by Sun Microsystems, Inc. and the X Consortium. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Sun Microsystems, +the X Consortium, and MIT not be used in advertising or publicity +pertaining to distribution of the software without specific, written +prior permission. + +SUN MICROSYSTEMS DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, +INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT +SHALL SUN MICROSYSTEMS BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL +DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. +******************************************************************/ + +#ifndef PEX_MACS_H +#define PEX_MACS_H + +/* Useful macros. */ +#define PEX_SUPPORTS_WS(si) \ + ( !(si) || (si) & 0x2 ) + +#endif /* PEX_MACS_H */ diff --git a/xie/docs/dec/xie23-src/include/PEX/PEXproto.h b/xie/docs/dec/xie23-src/include/PEX/PEXproto.h new file mode 100644 index 0000000..bfcfb69 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/PEX/PEXproto.h @@ -0,0 +1,1856 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $XConsortium: PEXproto.h,v 5.3 91/07/01 16:19:18 hersh Exp $ */ + +/*********************************************************** +Copyright 1989, 1990, 1991 by Sun Microsystems, Inc. and the X Consortium. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Sun Microsystems, +the X Consortium, and MIT not be used in advertising or publicity +pertaining to distribution of the software without specific, written +prior permission. + +SUN MICROSYSTEMS DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, +INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT +SHALL SUN MICROSYSTEMS BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL +DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/* Definitions for the PEX used by server and c bindings */ + +/* + * This packet-construction scheme makes the following assumptions: + * + * 1. The compiler is able to generate code which addresses one- and two-byte + * quantities. In the worst case, this would be done with bit-fields. If + * bit-fields are used it may be necessary to reorder the request fields in + * this file, depending on the order in which the machine assigns bit fields + * to machine words. There may also be a problem with sign extension, as K+R + * specify that bitfields are always unsigned. + * + * 2. 2- and 4-byte fields in packet structures must be ordered by hand such + * that they are naturally-aligned, so that no compiler will ever insert + * padding bytes. + * + * 3. All packets are hand-padded to a multiple of 4 bytes, for the same reason. + */ + +#ifndef PEXPROTO_H +#define PEXPROTO_H + +/* In the following typedefs, comments appear that say "LISTof Foo( numItems )", + * "CLIST of Foo()", and "SINGLE Foo()". These are used when the protocol + * specifies that a request or reply contains a variable length list of + * (possibly variable types of) objects. + * + * A LISTof list is one for which we have already been given the length. + * The items in the list are of type "Foo". The number of items in the list + * appears parenthetically after the type. ("numItems" in our example.) + * Any other information needed to parse the list is also passed in the + * parentheses. (E.g., "tableType" in a list of table entries.) + * + * A CLISTof list is the same, except that the first 4 bytes of the list + * indicate the number of items in the list. The length may need to be + * byte-swapped. + * + * A SINGLE item of an indeterminate length is indicated in the same + * manner. (E.g., a "SINGLE TableEntry()".) Any other information + * needed to parse the item is also passed in the parentheses. + * (E.g., "itemMask" in a set of pipeline context attributes.) + * + * If no information is given in the parentheses, then the size is + * implicit. + * + * Variable length padding is noted with a comment, with the number + * of bytes of padding required as calculated from the value in + * the parentheses. (number of bytes of padding = n?(3-((n-1)%4):0 , where + * n is the parenthetical value.) + */ +#include + +/* Matches revision 5.0P */ + +/**************************************************************** + * REPLIES * + ****************************************************************/ +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD16 majorVersion B16; + CARD16 minorVersion B16; + CARD32 release B32; + CARD32 lengthName B32; + CARD32 subsetInfo B32; + BYTE pad[8]; + /* LISTof CARD8 follows -- Don't swap */ + /* pad */ + } pexGetExtensionInfoReply; + + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* NOT 0; this is an extra-large reply*/ + CARD32 numLists B32; + BYTE pad[20]; /* lists of lists begin afterwards */ + /* LISTof CLISTof pexEnumTypeDesc( numLists ) */ + /* pad */ + } pexGetEnumeratedTypeInfoReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + BYTE pad[24]; + /* LISTof VALUE() */ + } pexGetImpDepConstantsReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + CARD16 unused B16; + CARD16 definableEntries B16; + CARD16 numPredefined B16; + CARD16 predefinedMin B16; + CARD16 predefinedMax B16; + BYTE pad[14]; + } pexGetTableInfoReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD32 unused B32; + CARD32 numEntries B32; + BYTE pad[16]; + /* LISTof TableEntry( numEntries, tableType ) */ + } pexGetPredefinedEntriesReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD32 numIndices B32; + BYTE pad[20]; + /* LISTof pexTableIndex( numIndices ) */ + /* pad( numIndices ) */ + } pexGetDefinedIndicesReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD16 status B16; + CARD16 tableType B16; + BYTE pad[20]; + /* SINGLE TableEntry( tableType ) */ + } pexGetTableEntryReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD16 tableType B16; + CARD16 unused B16; + CARD32 numEntries B32; + BYTE pad[16]; + /* LISTof TableEntry( numEntries, tableType ) */ + } pexGetTableEntriesReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + BYTE pad[24]; + /* SINGLE PipelineContextAttributes( itemMask ) */ + } pexGetPipelineContextReply; + + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + BYTE pad[24]; + /* SINGLE RendererAttributes( itemMask ) */ + } pexGetRendererAttributesReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + pexBitmask tables B32; + pexBitmask namesets B32; + pexBitmask attributes B32; + BYTE pad[12]; +} pexGetRendererDynamicsReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + CARD16 editMode B16; + CARD16 unused B16; + CARD32 elementPtr B32; + CARD32 numElements B32; + CARD32 lengthStructure B32; + CARD16 hasRefs B16; + BYTE pad[6]; + } pexGetStructureInfoReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD32 numInfo B32; + BYTE pad[20]; + /* LISTof pexElementInfo( numInfo ) */ + } pexGetElementInfoReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD8 unused[8]; + CARD32 numStructures B32; + BYTE pad[12]; + /* LISTof pexStructure( numStructures ) */ + } pexGetStructuresInNetworkReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD8 unused[12]; + CARD32 numPaths B32; + BYTE pad[8]; + /* LISTof CLISTof pexElementRef( numPaths ) */ + } pexGetAncestorsReply; + +typedef pexGetAncestorsReply pexGetDescendantsReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD32 numElements B32; + BYTE pad[20]; + /* LISTof OutputCommand( numElements ) */ + } pexFetchElementsReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + CARD16 status B16; + CARD16 unused B16; + CARD32 foundOffset B32; + BYTE pad[16]; + } pexElementSearchReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD32 numNames B32; + BYTE pad[20]; + /* LISTof pexName( numNames ) */ + } pexGetNameSetReply; + + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + BYTE pad[24]; + /* SINGLE SearchContextAttributes( itemMask ) */ + } pexGetSearchContextReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD32 unused B32; + CARD32 numItems B32; + BYTE pad[16]; + /* LISTof pexElementRef( numItems ) */ + } pexSearchNetworkReply; + + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + BYTE pad[24]; + /* SINGLE WksInfo( itemMask ) */ + } pexGetWksInfoReply; + + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + pexDynamicType viewRep; + pexDynamicType markerBundle; + pexDynamicType textBundle; + pexDynamicType lineBundle; + pexDynamicType interiorBundle; + pexDynamicType edgeBundle; + pexDynamicType colourTable; + pexDynamicType patternTable; + pexDynamicType wksTransform; + pexDynamicType highlightFilter; + pexDynamicType invisibilityFilter; + pexDynamicType HlhsrMode; + pexDynamicType structureModify; + pexDynamicType postStructure; + pexDynamicType unpostStructure; + pexDynamicType deleteStructure; + pexDynamicType referenceModify; + pexDynamicType bufferModify; + pexDynamicType lightTable; + pexDynamicType depthCueTable; + pexDynamicType colourApproxTable; + CARD8 pad[3]; + } pexGetDynamicsReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 4 + 76*fp/4 */ + CARD16 viewUpdate B16; /* Pending, NotPending */ + BYTE pad[22]; + /* SINGLE pexViewRep() requested */ + /* SINGLE pexViewRep() current */ + } pexGetViewRepReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD16 viewIndex B16; + CARD16 unused B16; + CARD32 numCoords B32; + BYTE pad[16]; + /* LISTof pexCoord3D( numCoords ) */ + } pexMapDCtoWCReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD32 unused B32; + CARD32 numCoords B32; + BYTE pad[16]; + /* LISTof pexDeviceCoord( numCoords ) */ + } pexMapWCtoDCReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + BYTE pad[24]; + /* LISTof pexPhigsWksID() */ + } pexGetWksPostingsReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + BYTE pad[24]; + /* SINGLE PickDeviceAttributes( itemMask ) */ + } pexGetPickDeviceReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + BYTE pad[24]; + /* SINGLE pexPickMeasureAttributes( itemMask ) */ + } pexGetPickMeasureReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD32 lengthFontInfo B32; + CARD8 pad[20]; + /* SINGLE pexFontInfo() */ + } pexQueryFontReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD32 numStrings B32; + BYTE pad[20]; + /* LISTof pexString( numStrings ) */ + } pexListFontsReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + CARD32 numStrings B32; + BYTE pad[20]; + /* LISTof pexString( numStrings ) */ + /* CLISTof pexFontInfo() */ + } pexListFontsWithInfoReply; + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 what; /* unused */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not 0 */ + BYTE pad[24]; + /* LISTof ExtentInfo() */ + } pexQueryTextExtentsReply; + +/**************************************************************** + * REQUESTS * + ****************************************************************/ +/* Request structure */ + +typedef struct { + CARD8 reqType; + CARD8 opcode; /* meaning depends on request type */ + CARD16 length B16; + /* length in 4 bytes quantities */ + /* of whole request, including this header */ +} pexReq; + +/***************************************************************** + * structures that follow request. + *****************************************************************/ + +/* ResourceReq is used for any request which has a resource ID + ( or Atom or Time ) as its one and only argument. */ + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 2 */ + CARD32 id B32; /* a Structure, Renderer, Font, LUT, etc. */ + } pexResourceReq; + + +/***************************************************************** + * Specific Requests + *****************************************************************/ + + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 2 */ + CARD16 clientProtocolMajor B16; + CARD16 clientProtocolMinor B16; +} pexGetExtensionInfoReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + Drawable drawable B32; + pexBitmask itemMask B32; + CARD32 numEnums B32; + /* LISTof CARD16( numEnums ) */ + /* pad( numEnums*2 ) */ +} pexGetEnumeratedTypeInfoReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + Drawable drawable B32; + CARD32 numNames B32; + /* LISTof pexImpDepConstantNames ( numNames ) */ + /* pad */ +} pexGetImpDepConstantsReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 4 */ + Drawable drawableExample B32; + pexLookupTable lut B32; + pexTableType tableType B16; + CARD16 unused B16; +} pexCreateLookupTableReq; + + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexLookupTable src B32; + pexLookupTable dst B32; +} pexCopyLookupTableReq; + +typedef pexResourceReq pexFreeLookupTableReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + Drawable drawableExample B32; + pexTableType tableType B16; + CARD16 unused B16; +} pexGetTableInfoReq; + + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 5 */ + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + Drawable drawableExample B32; + pexTableType tableType B16; + pexTableIndex start B16; + CARD16 count B16; + CARD16 pad B16; +} pexGetPredefinedEntriesReq; + +typedef pexResourceReq pexGetDefinedIndicesReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 4 */ + pexEnumTypeIndex fpFormat B16; + CARD16 valueType B16; + pexLookupTable lut B32; + pexTableIndex index B16; + CARD16 pad B16; +} pexGetTableEntryReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 4 */ + pexEnumTypeIndex fpFormat B16; + CARD16 valueType B16; + pexLookupTable lut B32; + pexTableIndex start B16; + CARD16 count B16; +} pexGetTableEntriesReq; + + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexLookupTable lut B32; + pexTableIndex start B16; + CARD16 count B16; +/* LISTof TableEntry( count ) */ +} pexSetTableEntriesReq; + + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexLookupTable lut B32; + pexTableIndex start B16; + CARD16 count B16; +} pexDeleteTableEntriesReq; + + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 6 */ + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexPC pc B32; + pexBitmask itemMask[3]; /* pexBitmask Array */ + /* SINGLE PipelineContextAttributes( itemMask ) */ +} pexCreatePipelineContextReq; + + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 6 */ + pexPC src B32; + pexPC dst B32; + pexBitmask itemMask[3]; /* pexBitmask Array */ +} pexCopyPipelineContextReq; + +typedef pexResourceReq pexFreePipelineContextReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 6 */ + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexPC pc B32; + pexBitmask itemMask[3]; /* pexBitmask Array */ +} pexGetPipelineContextReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexPC pc B32; + pexBitmask itemMask[3]; /* pexBitmask Array */ + /* SINGLE PipelineContextAttributes( itemMask ) */ +} pexChangePipelineContextReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexRenderer rdr B32; + Drawable drawable B32; + pexBitmask itemMask B32; + /* SINGLE RendererAttributes( itemMask ) */ +} pexCreateRendererReq; + +typedef pexResourceReq pexFreeRendererReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexRenderer rdr B32; + pexBitmask itemMask B32; + /* SINGLE RendererAttributes( itemMask ) */ +} pexChangeRendererReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 4 */ + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexRenderer rdr B32; + pexBitmask itemMask B32; +} pexGetRendererAttributesReq; + +typedef pexResourceReq pexGetRendererDynamicsReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexRenderer rdr B32; + Drawable drawable B32; +} pexBeginRenderingReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexRenderer rdr B32; + pexSwitch flushFlag; + BYTE pad[3]; +} pexEndRenderingReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexRenderer rdr B32; + pexStructure sid B32; +} pexBeginStructureReq; + +typedef pexResourceReq pexEndStructureReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexRenderer rdr B32; + CARD32 numCommands B32; + /* LISTof OutputCommand( numCommands ) */ +} pexRenderOutputCommandsReq; +/* individual output commands may be found in the section "Output Commands" */ + + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 4 */ + pexRenderer rdr B32; + Drawable drawable B32; + pexStructure sid B32; +} pexRenderNetworkReq; + +typedef pexResourceReq pexCreateStructureReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexStructure src B32; + pexStructure dst B32; +} pexCopyStructureReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD32 numStructures B32; + /* LISTof pexStructure( numStructures ) */ +} pexDestroyStructuresReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexEnumTypeIndex fpFormat B16; + CARD16 itemMask B16; + pexStructure sid B32; +} pexGetStructureInfoReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 7 */ + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexStructure sid B32; + pexElementRange range; +} pexGetElementInfoReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexStructure sid B32; + CARD16 which B16; + CARD16 pad B16; +} pexGetStructuresInNetworkReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 4 */ + pexStructure sid B32; + CARD16 pathOrder B16; + CARD16 unused B16; + CARD32 pathDepth B32; +} pexGetAncestorsReq; + +typedef pexGetAncestorsReq pexGetDescendantsReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 7 */ + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexStructure sid B32; + pexElementRange range; +} pexFetchElementsReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexStructure sid B32; + CARD16 mode B16; + CARD16 pad B16; +} pexSetEditingModeReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 4 */ + pexStructure sid B32; + pexElementPos position; +} pexSetElementPointerReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 4 */ + pexStructure sid B32; + INT32 label B32; + INT32 offset B32; +} pexSetElementPointerAtLabelReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexStructure sid B32; + pexElementPos position; + CARD32 direction B32; + CARD32 numIncls B32; + CARD32 numExcls B32; + /* LISTof CARD16( numIncls ) */ + /* pad( numIncls*2 ) */ + /* LISTof CARD16( numExcls ) */ + /* pad( numExcls*2 ) */ +} pexElementSearchReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexStructure sid B32; + CARD32 numCommands B32; + /* LISTof OutputCommand( numCommands ) */ +} pexStoreElementsReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 6 */ + pexStructure sid B32; + pexElementRange range; +} pexDeleteElementsReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 5 */ + pexStructure sid B32; + pexElementPos position; + INT32 label B32; +} pexDeleteElementsToLabelReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 4 */ + pexStructure sid B32; + INT32 label1 B32; + INT32 label2 B32; +} pexDeleteBetweenLabelsReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 9 */ + pexStructure src B32; + pexElementRange srcRange; + pexStructure dst B32; + pexElementPos dstPosition; +} pexCopyElementsReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexStructure old_id B32; + pexStructure new_id B32; +} pexChangeStructureRefsReq; + +typedef pexResourceReq pexCreateNameSetReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexNameSet src B32; + pexNameSet dst B32; +} pexCopyNameSetReq; + +typedef pexResourceReq pexFreeNameSetReq; + +typedef pexResourceReq pexGetNameSetReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexNameSet ns B32; + CARD16 action B16; + CARD16 unused B16; + /* LISTof pexName() */ +} pexChangeNameSetReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexSC sc B32; + pexBitmask itemMask B32; + /* SINGLE SearchContextAttributes( itemMask ) */ +} pexCreateSearchContextReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 4 */ + pexSC src B32; + pexSC dst B32; + pexBitmask itemMask B32; +} pexCopySearchContextReq; + +typedef pexResourceReq pexFreeSearchContextReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 4 */ + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexSC sc B32; + pexBitmask itemMask B32; +} pexGetSearchContextReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexSC sc B32; + pexBitmask itemMask B32; + /* SINGLE SearchContextAttributes( itemMask ) */ +} pexChangeSearchContextReq; + +typedef pexResourceReq pexSearchNetworkReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 19 */ + pexPhigsWks wks B32; + Drawable drawable B32; + pexLookupTable markerBundle B32; + pexLookupTable textBundle B32; + pexLookupTable lineBundle B32; + pexLookupTable interiorBundle B32; + pexLookupTable edgeBundle B32; + pexLookupTable colourTable B32; + pexLookupTable depthCueTable B32; + pexLookupTable lightTable B32; + pexLookupTable colourApproxTable B32; + pexLookupTable patternTable B32; + pexLookupTable textFontTable B32; + pexNameSet highlightIncl B32; + pexNameSet highlightExcl B32; + pexNameSet invisIncl B32; + pexNameSet invisExcl B32; + CARD16 bufferMode B16; + CARD16 pad B16; +} pexCreatePhigsWksReq; + +typedef pexResourceReq pexFreePhigsWksReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 5 */ + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexPhigsWks wks B32; + pexBitmask itemMask[2] B32; +} pexGetWksInfoReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 2 */ + Drawable drawable B32; +} pexGetDynamicsReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexEnumTypeIndex fpFormat B16; + pexTableIndex index B16; + pexPhigsWks wks B32; +} pexGetViewRepReq; + +typedef pexResourceReq pexRedrawAllStructuresReq; + +typedef pexResourceReq pexUpdateWorkstationReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexPhigsWks wks B32; + CARD32 numRects B32; + /* LISTof pexDeviceRect( numRects ) */ +} pexRedrawClipRegionReq; + +typedef pexResourceReq pexExecuteDeferredActionsReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 4 */ + pexPhigsWks wks B32; + pexTableIndex index1 B16; + pexTableIndex index2 B16; + CARD16 priority B16; + CARD16 pad B16; +} pexSetViewPriorityReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexPhigsWks wks B32; + pexEnumTypeIndex displayUpdate B16; + CARD16 pad B16; +} pexSetDisplayUpdateModeReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexPhigsWks wks B32; + CARD32 numCoords B32; + /* LISTof pexDeviceCoord( numCoords ) */ +} pexMapDCtoWCReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexEnumTypeIndex fpFormat B16; + CARD16 index B16; + pexPhigsWks wks B32; + CARD32 numCoords B32; + /* LISTof pexCoord3D( numCoords ) */ +} pexMapWCtoDCReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 43 */ + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexPhigsWks wks B32; + pexViewRep viewRep; +} pexSetViewRepReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 9 */ + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexPhigsWks wks B32; + pexNpcSubvolume npcSubvolume; +} pexSetWksWindowReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 8 */ + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexPhigsWks wks B32; + pexViewport viewport; +} pexSetWksViewportReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexPhigsWks wks B32; + pexEnumTypeIndex mode B16; + CARD16 pad B16; +} pexSetHlhsrModeReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexPhigsWks wks B32; + CARD16 bufferMode B16; + CARD16 pad B16; +} pexSetWksBufferModeReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 5 */ + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexPhigsWks wks B32; + pexStructure sid B32; + PEXFLOAT priority; +} pexPostStructureReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexPhigsWks wks B32; + pexStructure sid B32; +} pexUnpostStructureReq; + +typedef pexResourceReq pexUnpostAllStructuresReq; + +typedef pexResourceReq pexGetWksPostingsReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 4 */ + pexEnumTypeIndex fpFormat B16; + pexEnumTypeIndex devType B16; + pexPhigsWks wks B32; + pexBitmask itemMask B32; +} pexGetPickDeviceReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexEnumTypeIndex fpFormat B16; + CARD16 unused B16; + pexPhigsWks wks B32; + pexEnumTypeIndex devType B16; + CARD16 unused2 B16; + pexBitmask itemMask B32; + /* SINGLE PickDeviceAttributes( itemMask ) */ +} pexChangePickDeviceReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 4 */ + pexPhigsWks wks B32; + pexPickMeasure pm; + pexEnumTypeIndex devType B16; + CARD16 pad B16; +} pexCreatePickMeasureReq; + +typedef pexResourceReq pexFreePickMeasureReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; /* 3 */ + pexPickMeasure pm B32; + pexBitmask itemMask B32; +} pexGetPickMeasureReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexPickMeasure pm B32; + CARD32 numBytes B32; + /* LISTof CARD8( numBytes ) -- don't swap */ + /* pad( numBytes ) */ +} pexUpdatePickMeasureReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexFont font B32; + CARD32 numBytes B32; + /* LISTof CARD8( numBytes ) -- don't swap */ + /* pad( numBytes ) */ +} pexOpenFontReq; + +typedef pexResourceReq pexCloseFontReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexFont font B32; +} pexQueryFontReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD16 maxNames B16; + CARD16 numChars B16; + /* LISTof CARD8( numChars ) -- don't swap */ + /* pad( numBytes ) */ +} pexListFontsReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD16 unused B16; + CARD16 maxNames B16; + CARD16 numChars B16; + CARD16 pad B16; + /* LISTof CARD8( numChars ) */ + /* pad( numBytes ) */ +} pexListFontsWithInfoReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + pexEnumTypeIndex fpFormat B16; + CARD16 textPath B16; + pexTableIndex fontGroupIndex B16; + CARD16 unused B16; + XID id B32; /* renderer, wks, or text font lut */ + PEXFLOAT charExpansion; + PEXFLOAT charSpacing; + PEXFLOAT charHeight; + pexTextAlignmentData textAlignment; + CARD32 numStrings B32; + /* LISTof LISTof MONO_ENCODINGS() */ + /* pad() */ +} pexQueryTextExtentsReq; + +/***************************************************************** + * Output Commands + *****************************************************************/ + +typedef struct { + pexElementInfo head; + pexEnumTypeIndex markerType B16; + CARD16 pad B16; +} pexMarkerType; + +typedef struct { + pexElementInfo head; + PEXFLOAT scale; +} pexMarkerScale; + +typedef struct { + pexElementInfo head; + pexTableIndex index B16; + CARD16 pad B16; +} pexMarkerBundleIndex; + +typedef pexMarkerBundleIndex pexMarkerColourIndex; +typedef pexMarkerBundleIndex pexTextColourIndex; +typedef pexMarkerBundleIndex pexLineColourIndex; +typedef pexMarkerBundleIndex pexSurfaceColourIndex; +typedef pexMarkerBundleIndex pexBfSurfaceColourIndex; +typedef pexMarkerBundleIndex pexSurfaceEdgeColourIndex; + +typedef pexMarkerBundleIndex pexTextFontIndex; + +typedef struct { + pexElementInfo head; + pexColourSpecifier colourSpec; + /* SINGLE COLOUR() */ +} pexMarkerColour; + +typedef pexMarkerColour pexTextColour; +typedef pexMarkerColour pexLineColour; +typedef pexMarkerColour pexSurfaceColour; +typedef pexMarkerColour pexBfSurfaceColour; +typedef pexMarkerColour pexSurfaceEdgeColour; + +typedef struct { + pexElementInfo head; + pexEnumTypeIndex style B16; + CARD16 pad B16; +} pexAtextStyle; + +typedef pexMarkerBundleIndex pexTextBundleIndex; +typedef pexMarkerBundleIndex pexLineBundleIndex; +typedef pexMarkerBundleIndex pexInteriorBundleIndex; +typedef pexMarkerBundleIndex pexInteriorStyleIndex; +typedef pexMarkerBundleIndex pexBfInteriorStyleIndex; +typedef pexMarkerBundleIndex pexEdgeBundleIndex; +typedef pexMarkerBundleIndex pexViewIndex; +typedef pexMarkerBundleIndex pexDepthCueIndex; +typedef pexMarkerBundleIndex pexColourApproxIndex; + +typedef struct { + pexElementInfo head; + CARD16 precision B16; + CARD16 pad B16; +} pexTextPrecision; + +typedef struct { + pexElementInfo head; + PEXFLOAT expansion; +} pexCharExpansion; + +typedef struct { + pexElementInfo head; + PEXFLOAT spacing; +} pexCharSpacing; + +typedef struct { + pexElementInfo head; + PEXFLOAT height; +} pexCharHeight; +typedef pexCharHeight pexAtextHeight; + +typedef struct { + pexElementInfo head; + pexVector2D up; +} pexCharUpVector; +typedef pexCharUpVector pexAtextUpVector; + +typedef struct { + pexElementInfo head; + CARD16 path B16; + CARD16 pad B16; +} pexTextPath; +typedef pexTextPath pexAtextPath; + +typedef struct { + pexElementInfo head; + pexTextAlignmentData alignment; +} pexTextAlignment; +typedef pexTextAlignment pexAtextAlignment; + +typedef struct { + pexElementInfo head; + pexEnumTypeIndex lineType B16; + CARD16 pad B16; +} pexLineType; + +typedef struct { + pexElementInfo head; + PEXFLOAT width; +} pexLineWidth; +typedef pexLineWidth pexSurfaceEdgeWidth; + +typedef struct { + pexElementInfo head; + pexCurveApprox approx; +} pexCurveApproximation; + +typedef struct { + pexElementInfo head; + pexEnumTypeIndex polylineInterp B16; + CARD16 pad B16; +} pexPolylineInterp; + +typedef struct { + pexElementInfo head; + pexEnumTypeIndex interiorStyle B16; + CARD16 pad B16; +} pexInteriorStyle; +typedef pexInteriorStyle pexBfInteriorStyle; + +typedef struct { + pexElementInfo head; + pexReflectionAttr reflectionAttr; +} pexSurfaceReflAttr; +typedef pexSurfaceReflAttr pexBfSurfaceReflAttr; + +typedef struct { + pexElementInfo head; + pexEnumTypeIndex reflectionModel B16; + CARD16 pad B16; +} pexSurfaceReflModel; +typedef pexSurfaceReflModel pexBfSurfaceReflModel; + +typedef struct { + pexElementInfo head; + pexEnumTypeIndex surfaceInterp B16; + CARD16 pad B16; +} pexSurfaceInterp; +typedef pexSurfaceInterp pexBfSurfaceInterp; + +typedef struct { + pexElementInfo head; + pexSurfaceApprox approx; +} pexSurfaceApproximation; + +typedef struct { + pexElementInfo head; + pexCullMode cullMode B16; + CARD16 pad B16; +} pexCullingMode; + +typedef struct { + pexElementInfo head; + pexSwitch distinguish; + BYTE pad[3]; +} pexDistinguishFlag; + +typedef struct { + pexElementInfo head; + pexVector2D size; +} pexPatternSize; + +typedef struct { + pexElementInfo head; + pexCoord2D point; +} pexPatternRefPt; + +typedef struct { + pexElementInfo head; + pexCoord3D refPt; + pexVector3D vector1; + pexVector3D vector2; +} pexPatternAttr; + +typedef struct { + pexElementInfo head; + pexSwitch onoff; + BYTE pad[3]; +} pexSurfaceEdgeFlag; + +typedef struct { + pexElementInfo head; + pexEnumTypeIndex edgeType B16; + CARD16 pad B16; +} pexSurfaceEdgeType; + +typedef struct { + pexElementInfo head; + pexAsfAttribute attribute B32; + pexAsfValue source; + BYTE pad[3]; +} pexSetAsfValues; + +typedef struct { + pexElementInfo head; + pexComposition compType; + CARD16 unused B16; + pexMatrix matrix; +} pexLocalTransform; + +typedef struct { + pexElementInfo head; + pexComposition compType; + CARD16 unused B16; + pexMatrix3X3 matrix3X3; +} pexLocalTransform2D; + +typedef struct { + pexElementInfo head; + pexMatrix matrix; +} pexGlobalTransform; + +typedef struct { + pexElementInfo head; + pexMatrix3X3 matrix3X3; +} pexGlobalTransform2D; + +typedef struct { + pexElementInfo head; + pexSwitch onoff; + BYTE pad[3]; +} pexModelClip; + +typedef struct { + pexElementInfo head; + pexEnumTypeIndex modelClipOperator B16; + CARD16 numHalfSpaces B16; + /* LISTof pexHalfSpace( numHalfSpaces ) */ +} pexModelClipVolume; + +typedef struct { + pexElementInfo head; + pexEnumTypeIndex modelClipOperator B16; + CARD16 numHalfSpaces B16; + /* LISTof pexHalfSpace2D( numHalfSpaces ) */ +} pexModelClipVolume2D; + +typedef struct { + pexElementInfo head; +} pexRestoreModelClip; + +typedef struct { + pexElementInfo head; + CARD16 numEnable B16; + CARD16 numDisable B16; + /* LISTof pexTableIndex( numEnable ) */ + /* pad( ( numEnable )*2 ) */ + /* LISTof pexTableIndex( numDisable ) */ + /* pad( ( numDisable )*2 ) */ +} pexLightState; + +typedef struct { + pexElementInfo head; + CARD32 pickId B32; +} pexPickId; + +typedef struct { + pexElementInfo head; + CARD32 hlhsrID B32; +} pexHlhsrIdentifier; + +typedef struct { + pexElementInfo head; + pexEnumTypeIndex model B16; + CARD16 pad B16; +} pexRenderingColourModel; + +typedef struct { + pexElementInfo head; + pexEnumTypeIndex characteristics B16; + CARD16 length B16; + /* SINGLEof PARAMETRIC_SURFACE_CHARACTERISTICS */ +} pexParaSurfCharacteristics; + +typedef struct { + pexElementInfo head; + /* LISTof pexName() */ +} pexAddToNameSet; +typedef pexAddToNameSet pexRemoveFromNameSet; + +typedef struct { + pexElementInfo head; + pexStructure id B32; +} pexExecuteStructure; + +typedef struct { + pexElementInfo head; + INT32 label B32; +} pexLabel; + +typedef struct { + pexElementInfo head; + CARD16 numElements B16; + CARD16 unused B16; + /* LISTof CARD8( numElements ) -- don't swap */ + /* pad( numElements ) */ +} pexApplicationData; + +typedef struct { + pexElementInfo head; + CARD32 id B32; + CARD16 numElements B16; + CARD16 unused B16; + /* LISTof CARD8( numElements ) -- don't swap */ + /* pad( numElements ) */ +} pexGse; + +typedef struct { + pexElementInfo head; + /* LISTof pexCoord3D() */ +} pexMarker; + +typedef struct { + pexElementInfo head; + /* LISTof pexCoord2D() */ +} pexMarker2D; + +typedef struct { + pexElementInfo head; + pexCoord3D origin; + pexVector3D vector1; + pexVector3D vector2; + CARD16 numEncodings B16; + CARD16 unused B16; + /* LISTof pexMonoEncoding( numEncodings ) */ +} pexText; + +typedef struct { + pexElementInfo head; + pexCoord2D origin; + CARD16 numEncodings B16; + CARD16 unused B16; + /* LISTof pexMonoEncoding( numEncodings ) */ +} pexText2D; + +typedef struct { + pexElementInfo head; + pexCoord3D origin; + pexCoord3D offset; + CARD16 numEncodings B16; + CARD16 unused B16; + /* LISTof pexMonoEncoding( numEncodings ) */ +} pexAnnotationText; + +typedef struct { + pexElementInfo head; + pexCoord2D origin; + pexCoord2D offset; + CARD16 numEncodings B16; + CARD16 unused B16; + /* LISTof pexMonoEncoding( numEncodings ) */ +} pexAnnotationText2D; + +typedef struct { + pexElementInfo head; + /* LISTof pexCoord3D() */ +} pexPolyline; + +typedef struct { + pexElementInfo head; + /* LISTof pexCoord2D() */ +} pexPolyline2D; + +typedef struct { + pexElementInfo head; + pexColourType colourType B16; + pexBitmaskShort vertexAttribs B16; + CARD32 numLists B32; + /* LISTof CLISTof pexVertex( numLists, vertexAttribs, colourType ) */ +} pexPolylineSet; + +typedef struct { + pexElementInfo head; + CARD16 curveOrder B16; + pexCoordType coordType B16; + PEXFLOAT tmin; + PEXFLOAT tmax; + CARD32 numKnots B32; + CARD32 numPoints B32; + /* LISTof FLOAT( numKnots ) */ + /* LISTof {pexCoord3D|pexCoord4D}( numPoints, coordType ) */ +} pexNurbCurve; + +typedef struct { + pexElementInfo head; + CARD16 shape B16; + pexSwitch ignoreEdges; + CARD8 pad; + /* LISTof pexCoord3D() */ +} pexFillArea; + +typedef struct { + pexElementInfo head; + CARD16 shape B16; + pexSwitch ignoreEdges; + CARD8 unused; + /* LISTof pexCoord2D() */ +} pexFillArea2D; + +typedef struct { + pexElementInfo head; + CARD16 shape B16; + pexSwitch ignoreEdges; + CARD8 unused; + pexColourType colourType B16; + pexBitmaskShort facetAttribs B16; + pexBitmaskShort vertexAttribs B16; + CARD16 unused2 B16; + /* SINGLE Facet( facetAttribs, vertexAttribs, colourType ) */ +} pexExtFillArea; + +typedef struct { + pexElementInfo head; + CARD16 shape B16; + pexSwitch ignoreEdges; + CARD8 contourHint; + CARD32 numLists B32; + /* LISTof CLISTof Coord3D( numLists ) */ +} pexFillAreaSet; + +typedef struct { + pexElementInfo head; + CARD16 shape B16; + pexSwitch ignoreEdges; + CARD8 contourHint; + CARD32 numLists B32; + /* LISTof CLISTof Coord2D( numLists ) */ +} pexFillAreaSet2D; + + +typedef struct { + pexElementInfo head; + CARD16 shape B16; + pexSwitch ignoreEdges; + CARD8 contourHint; + pexColourType colourType B16; + pexBitmaskShort facetAttribs B16; + pexBitmaskShort vertexAttribs B16; + CARD16 unused2 B16; + CARD32 numLists B32; + /* pexOptData( facetAttribs ) */ + /* LISTof CLISTof pexVertex( numLists, vertexAttribs, colourType ) */ +} pexExtFillAreaSet; + +typedef struct { + pexElementInfo head; + pexColourType colourType B16; + pexBitmaskShort facetAttribs B16; + pexBitmaskShort vertexAttribs B16; + CARD16 unused B16; + CARD32 numVertices B32; + /* number of OptData is numVert - 2 */ + /* LISTof pexOptData( facetAttribs, colourType ) */ + /* LISTof pexVertex( numVertices, vertexAttribs, colourType ) */ +} pexTriangleStrip; + +typedef struct { + pexElementInfo head; + pexColourType colourType B16; + CARD16 mPts B16; + CARD16 nPts B16; + pexBitmaskShort facetAttribs B16; + pexBitmaskShort vertexAttribs B16; + CARD16 shape B16; + /* actually, there are (mPts-1)*(nPts-1) opt data entries */ + /* LISTof pexOptData( facetAttribs, colourType ) */ + /* LISTof pexVertex( mPts, nPts, vertexAttribs, colourType ) */ +} pexQuadrilateralMesh; + +typedef struct { + pexElementInfo head; + CARD16 shape B16; + pexColourType colourType B16; + CARD16 FAS_Attributes B16; + CARD16 vertexAttributes B16; + CARD16 edgeAttributes B16; + CARD8 contourHint; + pexSwitch contourCountsFlag; + CARD16 numFAS B16; + CARD16 numVertices B16; + CARD16 numEdges B16; + CARD16 numContours B16; + /* LISTof OPT_DATA( numFAS ) */ + /* LISTof pexVertex( numVertices ) */ + /* LISTof CARD8( numEdges ) */ + /* pad( numEdges ) */ + /* LISTof CLISTof CLISTof CARD16( numFAS, numContours, numEdges ) */ + /* pad */ +} pexSOFAS; + +typedef struct { + pexElementInfo head; + pexCoordType type B16; + CARD16 uOrder B16; + CARD16 vOrder B16; + CARD16 unused B16; + CARD32 numUknots B32; + CARD32 numVknots B32; + CARD16 mPts B16; + CARD16 nPts B16; + CARD32 numLists B32; + /* LISTof FLOAT( numUknots ) */ + /* LISTof FLOAT( numVKnots ) */ + /* LISTof {pexCoord3D|pexCoord4D}( mPts, nPts, surfaceType ) */ + /* LISTof CLISTof pexTrimCurve( numLists ) */ +} pexNurbSurface; + +typedef struct { + pexElementInfo head; + pexCoord3D point1; + pexCoord3D point2; + pexCoord3D point3; + CARD32 dx B32; + CARD32 dy B32; + /* LISTof pexTableIndex( dx, dy ) */ + /* pad( 2*dx*dy ) */ +} pexCellArray; + +typedef struct { + pexElementInfo head; + pexCoord2D point1; + pexCoord2D point2; + CARD32 dx B32; + CARD32 dy B32; + /* LISTof pexTableIndex( dx, dy ) */ + /* pad( 2*dx*dy ) */ +} pexCellArray2D; + +typedef struct { + pexElementInfo head; + pexColourType colourType B16; + CARD16 unused B16; + pexCoord3D point1; + pexCoord3D point2; + pexCoord3D point3; + CARD32 dx B32; + CARD32 dy B32; + /* LISTof pexColourSpecifier( dx, dy ) */ +} pexExtCellArray; + +typedef struct { + pexElementInfo head; + INT32 gdpId B32; + CARD32 numPoints B32; + CARD32 numBytes B32; + /* LISTof pexCoord3D( numPoints ) */ + /* LISTof CARD8( numBytes ) -- don't swap */ + /* pad( numBytes ) */ +} pexGdp; + +typedef struct { + pexElementInfo head; + INT32 gdpId B32; + CARD32 numPoints B32; + CARD32 numBytes B32; + /* LISTof pexCoord2D( numPoints ) */ + /* LISTof CARD8( numBytes ) -- don't swap */ + /* pad( numBytes ) */ +} pexGdp2D; + +#endif /* PEXPROTO_H */ + diff --git a/xie/docs/dec/xie23-src/include/PEX/PEXprotost.h b/xie/docs/dec/xie23-src/include/PEX/PEXprotost.h new file mode 100644 index 0000000..cc107cc --- /dev/null +++ b/xie/docs/dec/xie23-src/include/PEX/PEXprotost.h @@ -0,0 +1,586 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $XConsortium: PEXprotost.h,v 5.3 91/07/01 16:19:04 hersh Exp $ */ + + +/*********************************************************** +Copyright 1989, 1990, 1991 by Sun Microsystems, Inc. and the X Consortium. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Sun Microsystems, +the X Consortium, and MIT not be used in advertising or publicity +pertaining to distribution of the software without specific, written +prior permission. + +SUN MICROSYSTEMS DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, +INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT +SHALL SUN MICROSYSTEMS BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL +DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +#ifndef PEXPROTOSTR_H +#define PEXPROTOSTR_H + +/* Matches revision 5.0P */ + +#include /* defines things like CARD32 */ + + +/* This is FLOAT as defined and used by the Protocol Encoding */ +typedef float PEXFLOAT; + + +typedef CARD32 pexAsfAttribute; +typedef CARD8 pexAsfValue; +typedef CARD32 pexBitmask; +typedef CARD16 pexBitmaskShort; +typedef CARD16 pexCoordType; /* rational, nonrational */ +typedef CARD16 pexComposition; +typedef CARD16 pexCullMode; +typedef BYTE pexDynamicType; +typedef INT16 pexEnumTypeIndex; +typedef XID pexLookupTable; +typedef CARD32 pexName; +typedef XID pexNameSet; +typedef XID pexPC; +typedef XID pexFont; +typedef PEXFLOAT pexMatrix[4][4]; +typedef PEXFLOAT pexMatrix3X3[3][3]; +typedef XID pexPhigsWks; +typedef XID pexPickMeasure; +typedef XID pexRenderer; +typedef XID pexSC; +typedef XID pexStructure; +typedef CARD8 pexSwitch; +typedef CARD16 pexTableIndex; +typedef CARD16 pexTableType; /* could be smaller if it ever helps */ +typedef CARD16 pexTextHAlignment; +typedef CARD16 pexTextVAlignment; +typedef CARD16 pexTypeOrTableIndex; +typedef pexEnumTypeIndex pexColourType; /* ColourType */ + +/* included in others */ +typedef struct { + CARD16 length B16; + /* list of CARD8 -- don't swap */ +} pexString; + +typedef struct { + pexStructure sid B32; + PEXFLOAT priority; +} pexStructureInfo; + +typedef struct { + PEXFLOAT x; + PEXFLOAT y; +} pexVector2D; + +typedef struct { + PEXFLOAT x; + PEXFLOAT y; + PEXFLOAT z; +} pexVector3D; + +/* Coord structures */ + +typedef struct { + PEXFLOAT x; + PEXFLOAT y; +} pexCoord2D; + +typedef struct { + PEXFLOAT x; + PEXFLOAT y; + PEXFLOAT z; +} pexCoord3D; + +typedef struct { + PEXFLOAT x; + PEXFLOAT y; + PEXFLOAT z; + PEXFLOAT w; +} pexCoord4D; + + +/* Colour structures */ +typedef struct { + PEXFLOAT red; + PEXFLOAT green; + PEXFLOAT blue; +} pexRgbFloatColour; + +typedef struct { + PEXFLOAT hue; + PEXFLOAT saturation; + PEXFLOAT value; +} pexHsvColour; + +typedef struct { + PEXFLOAT hue; + PEXFLOAT lightness; + PEXFLOAT saturation; +} pexHlsColour; + +typedef struct { + PEXFLOAT x; + PEXFLOAT y; + PEXFLOAT z; +} pexCieColour; + +typedef struct { + CARD8 red; + CARD8 green; + CARD8 blue; + CARD8 pad; +} pexRgb8Colour; + +typedef struct { + CARD16 red B16; + CARD16 green B16; + CARD16 blue B16; + CARD16 pad B16; +} pexRgb16Colour; + +typedef struct { + pexTableIndex index B16; + CARD16 pad B16; +} pexIndexedColour; + +typedef struct { + union { + pexIndexedColour indexed; + pexRgb8Colour rgb8; + pexRgb16Colour rgb16; + pexRgbFloatColour rgbFloat; + pexHsvColour hsvFloat; + pexHlsColour hlsFloat; + pexCieColour cieFloat; + } format; +} pexColour; + +typedef struct { + PEXFLOAT first; + PEXFLOAT second; + PEXFLOAT third; +} pexFloatColour; + +typedef struct { + pexColourType colourType B16; /* ColourType enumerated type */ + CARD16 unused B16; + /* SINGLE COLOUR(colourType) */ +} pexColourSpecifier; + + +typedef struct { + pexEnumTypeIndex approxMethod B16; + CARD16 unused B16; + PEXFLOAT tolerance; +} pexCurveApprox; + +typedef struct { + INT16 x B16; + INT16 y B16; + PEXFLOAT z; +} pexDeviceCoord; + +typedef struct { + INT16 x B16; + INT16 y B16; +} pexDeviceCoord2D; + +typedef struct { + INT16 xmin B16; + INT16 ymin B16; + INT16 xmax B16; + INT16 ymax B16; +} pexDeviceRect; + +typedef struct { + CARD16 elementType B16; + CARD16 length B16; +} pexElementInfo; + +typedef struct { + CARD16 whence B16; + CARD16 unused B16; + INT32 offset B32; +} pexElementPos; + +typedef struct { + pexElementPos position1; + pexElementPos position2; +} pexElementRange; + +typedef struct { + pexStructure structure B32; + CARD32 offset B32; +} pexElementRef; + +typedef struct { + pexCoord2D lowerLeft; + pexCoord2D upperRight; + pexCoord2D concatpoint; +} pexExtentInfo; + +typedef struct { + pexEnumTypeIndex index B16; + pexString descriptor; +} pexEnumTypeDesc; + +typedef struct { + pexCoord3D point; + pexVector3D vector; +} pexHalfSpace; + +typedef struct { + pexNameSet incl; + pexNameSet excl; +} pexNameSetPair; + +typedef struct { + pexCoord2D point; + pexVector2D vector; +} pexHalfSpace2D; + +typedef struct { + CARD16 composition B16; + CARD16 unused B16; + pexMatrix matrix; +} pexLocalTransform3DData; + +typedef struct { + CARD16 composition B16; + CARD16 unused B16; + pexMatrix3X3 matrix; +} pexLocalTransform2DData; + +typedef struct { + pexCoord3D minval; + pexCoord3D maxval; +} pexNpcSubvolume; + +/* an OPT_DATA structure cannot be defined because it has variable content + * and size. An union structure could be used to define a template for + * the data. However, since unions pad to a fixed amount of space and the + * protocol uses variable lengths, this is not appropriate for protocol + * data types. The most correct way of defining this data is to define + * one data structure for every possible combination of color, normal and + * edge data that could be given with a vertex or facet. + */ + +typedef struct { + pexStructure sid B32; + CARD32 offset B32; + CARD32 pickid B32; +} pexPickPath; + +typedef struct { + pexTextVAlignment vertical B16; + pexTextHAlignment horizontal B16; +} pexTextAlignmentData; + +typedef struct { + pexSwitch visibility; + CARD8 unused; + CARD16 order B16; + pexCoordType type B16; + INT16 approxMethod B16; + PEXFLOAT tolerance; + PEXFLOAT tMin; + PEXFLOAT tMax; + CARD32 numKnots B32; + CARD32 numCoord B32; + /* LISTof FLOAT(numKnots) -- length = order + number of coords */ + /* LISTof {pexCoord3D|pexCoord4D}(numCoord) */ +} pexTrimCurve; + +typedef struct { + PEXFLOAT ambient; + PEXFLOAT diffuse; + PEXFLOAT specular; + PEXFLOAT specularConc; + PEXFLOAT transmission; /* 0.0 = opaque, 1.0 = transparent */ + pexColourSpecifier specularColour; + /* SINGLE COLOUR() */ +} pexReflectionAttr; + +typedef struct { + pexEnumTypeIndex approxMethod B16; + CARD16 unused B16; + PEXFLOAT uTolerance; + PEXFLOAT vTolerance; +} pexSurfaceApprox; + + +typedef struct { + pexCoord3D point; + /* SINGLE OPT_DATA() */ +} pexVertex; + + +typedef struct { + pexDeviceCoord minval; + pexDeviceCoord maxval; + pexSwitch useDrawable; + BYTE pad[3]; +} pexViewport; + +typedef struct { + CARD16 clipFlags B16; + CARD16 unused B16; + pexNpcSubvolume clipLimits; + pexMatrix orientation; + pexMatrix mapping; +} pexViewEntry; + +typedef struct { + pexTableIndex index B16; + CARD16 unused B16; + pexViewEntry view; +} pexViewRep; + +/* + * typedefs for lookup tables + */ + +typedef struct { + CARD16 definableEntries B16; + CARD16 numPredefined B16; + CARD16 predefinedMin B16; + CARD16 predefinedMax B16; +} pexTableInfo; + +typedef struct { + pexEnumTypeIndex lineType B16; + pexEnumTypeIndex polylineInterp B16; + pexCurveApprox curveApprox; + PEXFLOAT lineWidth; + pexColourSpecifier lineColour; + /* SINGLE COLOUR() */ +} pexLineBundleEntry; + +typedef struct { + pexEnumTypeIndex markerType B16; + INT16 unused B16; + PEXFLOAT markerScale; + pexColourSpecifier markerColour; + /* SINGLE COLOUR() */ +} pexMarkerBundleEntry; + +typedef struct { + CARD16 textFontIndex B16; + CARD16 textPrecision B16; + PEXFLOAT charExpansion; + PEXFLOAT charSpacing; + pexColourSpecifier textColour; + /* SINGLE COLOUR() */ +} pexTextBundleEntry; + + +/* + Note that since an InteriorBundleEntry contains 4 embedded instances of + pexColourSpecifier, a variable-sized item, a data structure cannot be + defined for it. +*/ +typedef struct { + pexEnumTypeIndex interiorStyle B16; + INT16 interiorStyleIndex B16; + pexEnumTypeIndex reflectionModel B16; + pexEnumTypeIndex surfaceInterp B16; + pexEnumTypeIndex bfInteriorStyle B16; + INT16 bfInteriorStyleIndex B16; + pexEnumTypeIndex bfReflectionModel B16; + pexEnumTypeIndex bfSurfaceInterp B16; + pexSurfaceApprox surfaceApprox; + /* SINGLE pexColourSpecifier surfaceColour */ + /* SINGLE pexReflectionAttr reflectionAttr */ + /* SINGLE pexColourSpecifier bfSurfaceColour */ + /* SINGLE pexReflectionAttr bfReflectionAttr */ +} pexInteriorBundleEntry; + +typedef struct { + pexSwitch edges; + CARD8 unused; + pexEnumTypeIndex edgeType B16; + PEXFLOAT edgeWidth; + pexColourSpecifier edgeColour; + /* SINGLE COLOUR() */ +} pexEdgeBundleEntry; + +typedef struct { + pexColourType colourType B16; + CARD16 numx B16; + CARD16 numy B16; + CARD16 unused B16; + /* LISTof Colour(numx, numy) 2D array of colours */ +} pexPatternEntry; + +/* a pexColourEntry is just a pexColourSpecifier +*/ + +typedef struct { + CARD32 numFonts B32; + /* LISTof pexFont( numFonts ) */ +} pexTextFontEntry; + +/* a pexViewEntry is defined above */ + +typedef struct { + pexEnumTypeIndex lightType B16; + INT16 unused B16; + pexVector3D direction; + pexCoord3D point; + PEXFLOAT concentration; + PEXFLOAT spreadAngle; + PEXFLOAT attenuation1; + PEXFLOAT attenuation2; + pexColourSpecifier lightColour; + /* SINGLE COLOUR() */ +} pexLightEntry; + +typedef struct { + pexSwitch mode; + CARD8 unused; + CARD16 unused2 B16; + PEXFLOAT frontPlane; + PEXFLOAT backPlane; + PEXFLOAT frontScaling; + PEXFLOAT backScaling; + pexColourSpecifier depthCueColour; + /* SINGLE COLOUR() */ +} pexDepthCueEntry; + +typedef struct { + INT16 approxType; + INT16 approxModel; + CARD16 max1 B16; + CARD16 max2 B16; + CARD16 max3 B16; + CARD8 dither; + CARD8 unused; + CARD32 mult1 B32; + CARD32 mult2 B32; + CARD32 mult3 B32; + PEXFLOAT weight1; + PEXFLOAT weight2; + PEXFLOAT weight3; + CARD32 basePixel B32; +} pexColourApproxEntry; + + +/* Font structures */ + +typedef struct { + Atom name B32; + CARD32 value B32; +} pexFontProp; + +typedef struct { + CARD32 firstGlyph B32; + CARD32 lastGlyph B32; + CARD32 defaultGlyph B32; + pexSwitch allExist; + pexSwitch strokeFont; + CARD16 unused B16; + CARD32 numProps B32; + /* LISTof pexFontProp(numProps) */ +} pexFontInfo; + + +/* Text Structures */ + +typedef struct { + INT16 characterSet B16; + CARD8 characterSetWidth; + CARD8 encodingState; + CARD16 unused B16; + CARD16 numChars; + /* LISTof CHARACTER( numChars ) */ + /* pad */ +} pexMonoEncoding; + +/* CHARACTER is either a CARD8, a CARD16, or a CARD32 */ + + +/* Parametric Surface Characteristics types */ + +/* type 1 None */ + +/* type 2 Implementation Dependent */ + +typedef struct { + CARD16 placementType B16; + CARD16 unused B16; + CARD16 numUcurves B16; + CARD16 numVcurves B16; +} pexPSC_IsoparametricCurves; /* type 3 */ + +typedef struct { + pexCoord3D origin; + pexVector3D direction; + CARD16 numberIntersections B16; + CARD16 pad B16; + /* LISTof pexCoord3D( numIntersections ) */ +} pexPSC_LevelCurves; /* type 4: MC + type 5: WC */ + +/* Pick Device data records */ + +typedef struct { + pexDeviceCoord2D position; + PEXFLOAT distance; +} pexPD_DC_HitBox; /* pick device 1 */ + +typedef pexNpcSubvolume pexPD_NPC_HitVolume; /* pick device 2 */ + + +/* Output Command errors */ + +typedef struct { + CARD8 type; /* 0 */ + CARD8 errorCode; /* 14 */ + CARD16 sequenceNumber B16; + CARD32 resourceId B32; /* renderer or structure */ + CARD16 minorCode B16; + CARD8 majorCode; + CARD8 unused; + CARD16 opcode B16; /* opcode of failed output command */ + CARD16 numCommands B16; /* number successfully done before error */ + BYTE pad[16]; +} pexOutputCommandError; + + + +#endif /* PEXPROTOSTR_H */ diff --git a/xie/docs/dec/xie23-src/include/PEX/pexSwap.h b/xie/docs/dec/xie23-src/include/PEX/pexSwap.h new file mode 100644 index 0000000..77ebbcc --- /dev/null +++ b/xie/docs/dec/xie23-src/include/PEX/pexSwap.h @@ -0,0 +1,79 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $XConsortium: pexSwap.h,v 5.3 91/07/01 16:19:41 hersh Exp $ */ + +/*********************************************************** +Copyright 1989, 1990, 1991 by Sun Microsystems, Inc. and the X Consortium. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Sun Microsystems, +the X Consortium, and MIT not be used in advertising or publicity +pertaining to distribution of the software without specific, written +prior permission. + +SUN MICROSYSTEMS DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, +INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT +SHALL SUN MICROSYSTEMS BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL +DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/* + * Swapping information used by both the dipex portions of the + * server and by the archive sections of the api. + */ + +#ifndef PEXSWAP_H +#define PEXSWAP_H 1 + +#include + +typedef PEXFLOAT (*ConvFunction)(); +typedef CARD16 (*SwapShortFunction)(); +typedef CARD32 (*SwapLongFunction)(); +typedef ErrorCode (*OCFunction)(); + +typedef struct { + SwapShortFunction ConvertCARD16; + SwapLongFunction ConvertCARD32; + ConvFunction ConvertFLOAT; +} pexSwap; + +extern CARD16 SwapCARD16(); +extern CARD32 SwapCARD32(); +extern PEXFLOAT SwapFLOAT(); +extern PEXFLOAT ConvertFLOAT(); + + +#endif diff --git a/xie/docs/dec/xie23-src/include/XI.h b/xie/docs/dec/xie23-src/include/XI.h new file mode 100644 index 0000000..0c4c44b --- /dev/null +++ b/xie/docs/dec/xie23-src/include/XI.h @@ -0,0 +1,263 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $Header: /usr/sde/x11/rcs/x11/src/./extensions/include/XI.h,v 1.2 91/12/15 12:42:16 devrcs Exp $ */ + +/************************************************************ +Copyright (c) 1989 by Hewlett-Packard Company, Palo Alto, California, and the +Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Hewlett-Packard or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +HEWLETT-PACKARD DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +HEWLETT-PACKARD BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +********************************************************/ + +/* Definitions used by the server, library and client */ + +#ifndef _XI_H_ + +#define _XI_H_ + +#define sz_xGetExtensionVersionReq 8 +#define sz_xGetExtensionVersionReply 32 +#define sz_xListInputDevicesReq 4 +#define sz_xListInputDevicesReply 32 +#define sz_xOpenDeviceReq 8 +#define sz_xOpenDeviceReply 32 +#define sz_xCloseDeviceReq 8 +#define sz_xSetDeviceModeReq 8 +#define sz_xSetDeviceModeReply 32 +#define sz_xSelectExtensionEventReq 12 +#define sz_xGetSelectedExtensionEventsReq 8 +#define sz_xGetSelectedExtensionEventsReply 32 +#define sz_xChangeDeviceDontPropagateListReq 12 +#define sz_xGetDeviceDontPropagateListReq 8 +#define sz_xGetDeviceDontPropagateListReply 32 +#define sz_xGetDeviceMotionEventsReq 16 +#define sz_xGetDeviceMotionEventsReply 32 +#define sz_xChangeKeyboardDeviceReq 8 +#define sz_xChangeKeyboardDeviceReply 32 +#define sz_xChangePointerDeviceReq 8 +#define sz_xChangePointerDeviceReply 32 +#define sz_xGrabDeviceReq 20 +#define sz_xGrabDeviceReply 32 +#define sz_xUngrabDeviceReq 12 +#define sz_xGrabDeviceKeyReq 20 +#define sz_xGrabDeviceKeyReply 32 +#define sz_xUngrabDeviceKeyReq 16 +#define sz_xGrabDeviceButtonReq 20 +#define sz_xGrabDeviceButtonReply 32 +#define sz_xUngrabDeviceButtonReq 16 +#define sz_xAllowDeviceEventsReq 12 +#define sz_xGetDeviceFocusReq 8 +#define sz_xGetDeviceFocusReply 32 +#define sz_xSetDeviceFocusReq 16 +#define sz_xGetFeedbackControlReq 8 +#define sz_xGetFeedbackControlReply 32 +#define sz_xChangeFeedbackControlReq 12 +#define sz_xGetDeviceKeyMappingReq 8 +#define sz_xGetDeviceKeyMappingReply 32 +#define sz_xChangeDeviceKeyMappingReq 8 +#define sz_xGetDeviceModifierMappingReq 8 +#define sz_xSetDeviceModifierMappingReq 8 +#define sz_xSetDeviceModifierMappingReply 32 +#define sz_xGetDeviceButtonMappingReq 8 +#define sz_xGetDeviceButtonMappingReply 32 +#define sz_xSetDeviceButtonMappingReq 8 +#define sz_xSetDeviceButtonMappingReply 32 +#define sz_xQueryDeviceStateReq 8 +#define sz_xQueryDeviceStateReply 32 +#define sz_xSendExtensionEventReq 16 +#define sz_xDeviceBellReq 8 +#define sz_xSetDeviceValuatorsReq 8 +#define sz_xSetDeviceValuatorsReply 32 +#define sz_xGetDeviceControlReq 8 +#define sz_xGetDeviceControlReply 32 +#define sz_xChangeDeviceControlReq 8 +#define sz_xChangeDeviceControlReply 32 + +#define INAME "XInputExtension" + +#define XI_KEYBOARD "KEYBOARD" +#define XI_MOUSE "MOUSE" +#define XI_TABLET "TABLET" +#define XI_TOUCHSCREEN "TOUCHSCREEN" +#define XI_TOUCHPAD "TOUCHPAD" +#define XI_BARCODE "BARCODE" +#define XI_BUTTONBOX "BUTTONBOX" +#define XI_KNOB_BOX "KNOB_BOX" +#define XI_ONE_KNOB "ONE_KNOB" +#define XI_NINE_KNOB "NINE_KNOB" +#define XI_TRACKBALL "TRACKBALL" +#define XI_QUADRATURE "QUADRATURE" +#define XI_ID_MODULE "ID_MODULE" +#define XI_SPACEBALL "SPACEBALL" +#define XI_DATAGLOVE "DATAGLOVE" +#define XI_EYETRACKER "EYETRACKER" +#define XI_CURSORKEYS "CURSORKEYS" +#define XI_FOOTMOUSE "FOOTMOUSE" + +#define Dont_Check 0 +#define XInput_Initial_Release 1 +#define XInput_Add_XDeviceBell 2 +#define XInput_Add_XSetDeviceValuators 3 +#define XInput_Add_XChangeDeviceControl 4 + +#define XI_Absent 0 +#define XI_Present 1 + +#define XI_Initial_Release_Major 1 +#define XI_Initial_Release_Minor 0 + +#define XI_Add_XDeviceBell_Major 1 +#define XI_Add_XDeviceBell_Minor 1 + +#define XI_Add_XSetDeviceValuators_Major 1 +#define XI_Add_XSetDeviceValuators_Minor 2 + +#define XI_Add_XChangeDeviceControl_Major 1 +#define XI_Add_XChangeDeviceControl_Minor 3 + +#define DEVICE_RESOLUTION 1 + +#define NoSuchExtension 1 + +#define COUNT 0 +#define CREATE 1 + +#define NewPointer 0 +#define NewKeyboard 1 + +#define XPOINTER 0 +#define XKEYBOARD 1 + +#define UseXKeyboard 0xFF + +#define IsXPointer 0 +#define IsXKeyboard 1 +#define IsXExtensionDevice 2 + +#define AsyncThisDevice 0 +#define SyncThisDevice 1 +#define ReplayThisDevice 2 +#define AsyncOtherDevices 3 +#define AsyncAll 4 +#define SyncAll 5 + +#define FollowKeyboard 3 +#ifndef RevertToFollowKeyboard +#define RevertToFollowKeyboard 3 +#endif + +#define DvAccelNum (1L << 0) +#define DvAccelDenom (1L << 1) +#define DvThreshold (1L << 2) + +#define DvKeyClickPercent (1L<<0) +#define DvPercent (1L<<1) +#define DvPitch (1L<<2) +#define DvDuration (1L<<3) +#define DvLed (1L<<4) +#define DvLedMode (1L<<5) +#define DvKey (1L<<6) +#define DvAutoRepeatMode (1L<<7) + +#define DvString (1L << 0) + +#define DvInteger (1L << 0) + +#define DeviceMode (1L << 0) +#define Relative 0 +#define Absolute 1 + +#define ProximityState (1L << 1) +#define InProximity (0L << 1) +#define OutOfProximity (1L << 1) + +#define AddToList 0 +#define DeleteFromList 1 + +#define KeyClass 0 +#define ButtonClass 1 +#define ValuatorClass 2 +#define FeedbackClass 3 +#define ProximityClass 4 +#define FocusClass 5 +#define OtherClass 6 + +#define KbdFeedbackClass 0 +#define PtrFeedbackClass 1 +#define StringFeedbackClass 2 +#define IntegerFeedbackClass 3 +#define LedFeedbackClass 4 +#define BellFeedbackClass 5 + +#define _devicePointerMotionHint 0 +#define _deviceButton1Motion 1 +#define _deviceButton2Motion 2 +#define _deviceButton3Motion 3 +#define _deviceButton4Motion 4 +#define _deviceButton5Motion 5 +#define _deviceButtonMotion 6 +#define _deviceButtonGrab 7 +#define _deviceOwnerGrabButton 8 +#define _noExtensionEvent 9 + +#define XI_BadDevice 0 +#define XI_BadEvent 1 +#define XI_BadMode 2 +#define XI_DeviceBusy 3 +#define XI_BadClass 4 + +typedef unsigned long XEventClass; + +/******************************************************************* + * + * Extension version structure. + * + */ + +typedef struct { + int present; + short major_version; + short minor_version; +} XExtensionVersion; + +#endif /* _XI_H_ */ diff --git a/xie/docs/dec/xie23-src/include/XInput.h b/xie/docs/dec/xie23-src/include/XInput.h new file mode 100644 index 0000000..a897842 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/XInput.h @@ -0,0 +1,849 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $Header: /usr/sde/x11/rcs/x11/src/./extensions/include/XInput.h,v 1.2 91/12/15 12:42:16 devrcs Exp $ */ + +/************************************************************ +Copyright (c) 1989 by Hewlett-Packard Company, Palo Alto, California, and the +Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Hewlett-Packard or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +HEWLETT-PACKARD DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +HEWLETT-PACKARD BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +********************************************************/ + +/* Definitions used by the library and client */ + +#ifndef _XINPUT_H_ +#define _XINPUT_H_ + +#ifndef _XLIB_H_ +#include +#endif + +#ifndef _XI_H_ +#include "XI.h" +#endif + +#define _deviceKeyPress 0 +#define _deviceKeyRelease 1 + +#define _deviceButtonPress 0 +#define _deviceButtonRelease 1 + +#define _deviceMotionNotify 0 + +#define _deviceFocusIn 0 +#define _deviceFocusOut 1 + +#define _proximityIn 0 +#define _proximityOut 1 + +#define _deviceStateNotify 0 +#define _deviceMappingNotify 1 +#define _changeDeviceNotify 2 + +#define FindTypeAndClass(d,type,_class,classid,offset) \ + { int i; XInputClassInfo *ip; \ + type = 0; _class = 0; \ + for (i=0, ip= ((XDevice *) d)->classes; \ + i< ((XDevice *) d)->num_classes; \ + i++, ip++) \ + if (ip->input_class == classid) \ + {type = ip->event_type_base + offset; \ + _class = ((XDevice *) d)->device_id << 8 | type;}} + +#define DeviceKeyPress(d,type,_class) \ + FindTypeAndClass(d, type, _class, KeyClass, _deviceKeyPress) + +#define DeviceKeyRelease(d,type,_class) \ + FindTypeAndClass(d, type, _class, KeyClass, _deviceKeyRelease) + +#define DeviceButtonPress(d,type,_class) \ + FindTypeAndClass(d, type, _class, ButtonClass, _deviceButtonPress) + +#define DeviceButtonRelease(d,type,_class) \ + FindTypeAndClass(d, type, _class, ButtonClass, _deviceButtonRelease) + +#define DeviceMotionNotify(d,type,_class) \ + FindTypeAndClass(d, type, _class, ValuatorClass, _deviceMotionNotify) + +#define DeviceFocusIn(d,type,_class) \ + FindTypeAndClass(d, type, _class, FocusClass, _deviceFocusIn) + +#define DeviceFocusOut(d,type,_class) \ + FindTypeAndClass(d, type, _class, FocusClass, _deviceFocusOut) + +#define ProximityIn(d,type,_class) \ + FindTypeAndClass(d, type, _class, ProximityClass, _proximityIn) + +#define ProximityOut(d,type,_class) \ + FindTypeAndClass(d, type, _class, ProximityClass, _proximityOut) + +#define DeviceStateNotify(d,type,_class) \ + FindTypeAndClass(d, type, _class, OtherClass, _deviceStateNotify) + +#define DeviceMappingNotify(d,type,_class) \ + FindTypeAndClass(d, type, _class, OtherClass, _deviceMappingNotify) + +#define ChangeDeviceNotify(d,type,_class) \ + FindTypeAndClass(d, type, _class, OtherClass, _changeDeviceNotify) + +#define DevicePointerMotionHint(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _devicePointerMotionHint;} + +#define DeviceButton1Motion(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceButton1Motion;} + +#define DeviceButton2Motion(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceButton2Motion;} + +#define DeviceButton3Motion(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceButton3Motion;} + +#define DeviceButton4Motion(d,type,class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceButton4Motion;} + +#define DeviceButton5Motion(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceButton5Motion;} + +#define DeviceButtonMotion(d,type,class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceButtonMotion;} + +#define DeviceOwnerGrabButton(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceOwnerGrabButton;} + +#define DeviceButtonPressGrab(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _deviceButtonGrab;} + +#define NoExtensionEvent(d,type,_class) \ + { _class = ((XDevice *) d)->device_id << 8 | _noExtensionEvent;} + +#define BadDevice(dpy,error) _xibaddevice(dpy, &error) + +#define BadClass(dpy,error) _xibadclass(dpy, &error) + +#define BadEvent(dpy,error) _xibadevent(dpy, &error) + +#define BadMode(dpy,error) _xibadmode(dpy, &error) + +#define DeviceBusy(dpy,error) _xidevicebusy(dpy, &error) + +/*************************************************************** + * + * DeviceKey events. These events are sent by input devices that + * support input class Keys. + * The location of the X pointer is reported in the coordinate + * fields of the x,y and x_root,y_root fields. + * + */ + +typedef struct + { + int type; /* of event */ + unsigned long serial; /* # of last request processed */ + Bool send_event; /* true if from SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; /* "event" window reported relative to */ + XID deviceid; + Window root; /* root window event occured on */ + Window subwindow; /* child window */ + Time time; /* milliseconds */ + int x, y; /* x, y coordinates in event window */ + int x_root; /* coordinates relative to root */ + int y_root; /* coordinates relative to root */ + unsigned int state; /* key or button mask */ + unsigned int keycode; /* detail */ + Bool same_screen; /* same screen flag */ + unsigned int device_state; /* device key or button mask */ + unsigned char axes_count; + unsigned char first_axis; + int axis_data[6]; + } XDeviceKeyEvent; + +typedef XDeviceKeyEvent XDeviceKeyPressedEvent; +typedef XDeviceKeyEvent XDeviceKeyReleasedEvent; + +/******************************************************************* + * + * DeviceButton events. These events are sent by extension devices + * that support input class Buttons. + * + */ + +typedef struct { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if from a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; /* "event" window reported relative to */ + XID deviceid; + Window root; /* root window that the event occured on */ + Window subwindow; /* child window */ + Time time; /* milliseconds */ + int x, y; /* x, y coordinates in event window */ + int x_root; /* coordinates relative to root */ + int y_root; /* coordinates relative to root */ + unsigned int state; /* key or button mask */ + unsigned int button; /* detail */ + Bool same_screen; /* same screen flag */ + unsigned int device_state; /* device key or button mask */ + unsigned char axes_count; + unsigned char first_axis; + int axis_data[6]; + } XDeviceButtonEvent; + +typedef XDeviceButtonEvent XDeviceButtonPressedEvent; +typedef XDeviceButtonEvent XDeviceButtonReleasedEvent; + +/******************************************************************* + * + * DeviceMotionNotify event. These events are sent by extension devices + * that support input class Valuators. + * + */ + +typedef struct + { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if from a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; /* "event" window reported relative to */ + XID deviceid; + Window root; /* root window that the event occured on */ + Window subwindow; /* child window */ + Time time; /* milliseconds */ + int x, y; /* x, y coordinates in event window */ + int x_root; /* coordinates relative to root */ + int y_root; /* coordinates relative to root */ + unsigned int state; /* key or button mask */ + char is_hint; /* detail */ + Bool same_screen; /* same screen flag */ + unsigned int device_state; /* device key or button mask */ + unsigned char axes_count; + unsigned char first_axis; + int axis_data[6]; + } XDeviceMotionEvent; + +/******************************************************************* + * + * DeviceFocusChange events. These events are sent when the focus + * of an extension device that can be focused is changed. + * + */ + +typedef struct + { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if from a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; /* "event" window reported relative to */ + XID deviceid; + int mode; /* NotifyNormal, NotifyGrab, NotifyUngrab */ + int detail; + /* + * NotifyAncestor, NotifyVirtual, NotifyInferior, + * NotifyNonLinear,NotifyNonLinearVirtual, NotifyPointer, + * NotifyPointerRoot, NotifyDetailNone + */ + Time time; + } XDeviceFocusChangeEvent; + +typedef XDeviceFocusChangeEvent XDeviceFocusInEvent; +typedef XDeviceFocusChangeEvent XDeviceFocusOutEvent; + +/******************************************************************* + * + * ProximityNotify events. These events are sent by those absolute + * positioning devices that are capable of generating proximity information. + * + */ + +typedef struct + { + int type; /* ProximityIn or ProximityOut */ + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if this came from a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; + XID deviceid; + Window root; + Window subwindow; + Time time; + int x, y; + int x_root, y_root; + unsigned int state; + Bool same_screen; + unsigned int device_state; /* device key or button mask */ + unsigned char axes_count; + unsigned char first_axis; + int axis_data[6]; + } XProximityNotifyEvent; +typedef XProximityNotifyEvent XProximityInEvent; +typedef XProximityNotifyEvent XProximityOutEvent; + +/******************************************************************* + * + * DeviceStateNotify events are generated on EnterWindow and FocusIn + * for those clients who have selected DeviceState. + * + */ + +typedef struct + { +#if defined(__cplusplus) || defined(c_plusplus) + unsigned char c_class; +#else + unsigned char class; +#endif + unsigned char length; + } XInputClass; + +typedef struct { + int type; + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if this came from a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; + XID deviceid; + Time time; + int num_classes; + char data[64]; +} XDeviceStateNotifyEvent; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + unsigned char c_class; +#else + unsigned char class; +#endif + unsigned char length; + unsigned char num_valuators; + unsigned char mode; + int valuators[6]; +} XValuatorStatus; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + unsigned char c_class; +#else + unsigned char class; +#endif + unsigned char length; + short num_keys; + char keys[32]; +} XKeyStatus; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + unsigned char c_class; +#else + unsigned char class; +#endif + unsigned char length; + short num_buttons; + char buttons[32]; +} XButtonStatus; + +/******************************************************************* + * + * DeviceMappingNotify event. This event is sent when the key mapping, + * modifier mapping, or button mapping of an extension device is changed. + * + */ + +typedef struct { + int type; + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if this came from a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; /* unused */ + XID deviceid; + Time time; + int request; /* one of MappingModifier, MappingKeyboard, + MappingPointer */ + int first_keycode;/* first keycode */ + int count; /* defines range of change w. first_keycode*/ +} XDeviceMappingEvent; + +/******************************************************************* + * + * ChangeDeviceNotify event. This event is sent when an + * XChangeKeyboard or XChangePointer request is made. + * + */ + +typedef struct { + int type; + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if this came from a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; /* unused */ + XID deviceid; + Time time; + int request; /* NewPointer or NewKeyboard */ +} XChangeDeviceNotifyEvent; + +/******************************************************************* + * + * Control structures for input devices that support input class + * Feedback. These are used by the XGetFeedbackControl and + * XChangeFeedbackControl functions. + * + */ + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; +} XFeedbackState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int click; + int percent; + int pitch; + int duration; + int led_mask; + int global_auto_repeat; + char auto_repeats[32]; +} XKbdFeedbackState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int accelNum; + int accelDenom; + int threshold; +} XPtrFeedbackState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int resolution; + int minVal; + int maxVal; +} XIntegerFeedbackState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int max_symbols; + int num_syms_supported; + KeySym *syms_supported; +} XStringFeedbackState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int percent; + int pitch; + int duration; +} XBellFeedbackState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int led_values; + int led_mask; +} XLedFeedbackState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; +} XFeedbackControl; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int accelNum; + int accelDenom; + int threshold; +} XPtrFeedbackControl; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int click; + int percent; + int pitch; + int duration; + int led_mask; + int led_value; + int key; + int auto_repeat_mode; +} XKbdFeedbackControl; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int num_keysyms; + KeySym *syms_to_display; +} XStringFeedbackControl; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int int_to_display; +} XIntegerFeedbackControl; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int percent; + int pitch; + int duration; +} XBellFeedbackControl; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + XID id; + int led_mask; + int led_values; +} XLedFeedbackControl; + +/******************************************************************* + * + * Device control structures. + * + */ + +typedef struct { + XID control; + int length; +} XDeviceControl; + +typedef struct { + XID control; + int length; + int first_valuator; + int num_valuators; + int *resolutions; +} XDeviceResolutionControl; + +typedef struct { + XID control; + int length; + int num_valuators; + int *resolutions; + int *min_resolutions; + int *max_resolutions; +} XDeviceResolutionState; + +/******************************************************************* + * + * An array of XDeviceList structures is returned by the + * XListInputDevices function. Each entry contains information + * about one input device. Among that information is an array of + * pointers to structures that describe the characteristics of + * the input device. + * + */ + +typedef struct _XAnyClassinfo *XAnyClassPtr; + +typedef struct _XAnyClassinfo { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + } XAnyClassInfo; + +typedef struct _XDeviceInfo *XDeviceInfoPtr; + +typedef struct _XDeviceInfo + { + XID id; + Atom type; + char *name; + int num_classes; + int use; + XAnyClassPtr inputclassinfo; + } XDeviceInfo; + +typedef struct _XKeyInfo *XKeyInfoPtr; + +typedef struct _XKeyInfo + { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + unsigned short min_keycode; + unsigned short max_keycode; + unsigned short num_keys; + } XKeyInfo; + +typedef struct _XButtonInfo *XButtonInfoPtr; + +typedef struct _XButtonInfo { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + short num_buttons; + } XButtonInfo; + +typedef struct _XAxisInfo *XAxisInfoPtr; + +typedef struct _XAxisInfo { + int resolution; + int min_value; + int max_value; + } XAxisInfo; + +typedef struct _XValuatorInfo *XValuatorInfoPtr; + +typedef struct _XValuatorInfo + { +#if defined(__cplusplus) || defined(c_plusplus) + XID c_class; +#else + XID class; +#endif + int length; + unsigned char num_axes; + unsigned char mode; + unsigned long motion_buffer; + XAxisInfoPtr axes; + } XValuatorInfo; + + +/******************************************************************* + * + * An XDevice structure is returned by the XOpenDevice function. + * It contains an array of pointers to XInputClassInfo structures. + * Each contains information about a class of input supported by the + * device, including a pointer to an array of data for each type of event + * the device reports. + * + */ + + +typedef struct { + unsigned char input_class; + unsigned char event_type_base; +} XInputClassInfo; + +typedef struct { + XID device_id; + int num_classes; + XInputClassInfo *classes; +} XDevice; + + +/******************************************************************* + * + * The following structure is used to return information for the + * XGetSelectedExtensionEvents function. + * + */ + +typedef struct { + XEventClass event_type; + XID device; +} XEventList; + +/******************************************************************* + * + * The following structure is used to return motion history data from + * an input device that supports the input class Valuators. + * This information is returned by the XGetDeviceMotionEvents function. + * + */ + +typedef struct { + Time time; + int *data; +} XDeviceTimeCoord; + + +/******************************************************************* + * + * Device state structure. + * This is returned by the XQueryDeviceState request. + * + */ + +typedef struct { + XID device_id; + int num_classes; + XInputClass *data; +} XDeviceState; + +/******************************************************************* + * + * Note that the mode field is a bitfield that reports the Proximity + * status of the device as well as the mode. The mode field should + * be OR'd with the mask DeviceMode and compared with the values + * Absolute and Relative to determine the mode, and should be OR'd + * with the mask ProximityState and compared with the values InProximity + * and OutOfProximity to determine the proximity state. + * + */ + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + unsigned char c_class; +#else + unsigned char class; +#endif + unsigned char length; + unsigned char num_valuators; + unsigned char mode; + int *valuators; +} XValuatorState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + unsigned char c_class; +#else + unsigned char class; +#endif + unsigned char length; + short num_keys; + char keys[32]; +} XKeyState; + +typedef struct { +#if defined(__cplusplus) || defined(c_plusplus) + unsigned char c_class; +#else + unsigned char class; +#endif + unsigned char length; + short num_buttons; + char buttons[32]; +} XButtonState; + +/******************************************************************* + * + * Function definitions. + * + */ + +XDevice *XOpenDevice(); +XDeviceInfo *XListInputDevices(); +XDeviceTimeCoord *XGetDeviceMotionEvents(); +KeySym *XGetDeviceKeyMapping(); +XModifierKeymap *XGetDeviceModifierMapping(); +XFeedbackState *XGetFeedbackControl(); +XExtensionVersion *XGetExtensionVersion(); +XDeviceState *XQueryDeviceState(); +XEventClass *XGetDeviceDontPropagateList(); +#endif /* _XINPUT_H_ */ diff --git a/xie/docs/dec/xie23-src/include/XIproto.h b/xie/docs/dec/xie23-src/include/XIproto.h new file mode 100644 index 0000000..ac4dd00 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/XIproto.h @@ -0,0 +1,1425 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $Header: /usr/sde/x11/rcs/x11/src/./extensions/include/XIproto.h,v 1.2 91/12/15 12:42:16 devrcs Exp $ */ + +/************************************************************ +Copyright (c) 1989 by Hewlett-Packard Company, Palo Alto, California, and the +Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Hewlett-Packard or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +HEWLETT-PACKARD DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +HEWLETT-PACKARD BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +********************************************************/ + +#ifndef _XIPROTO_H +#define _XIPROTO_H + +#ifndef NEED_EVENTS +#define NEED_EVENTS +#endif +#ifndef NEED_REPLIES +#define NEED_REPLIES +#endif +#include +#include + +/********************************************************* + * + * number of events, errors, and extension name. + * + */ + +#define MORE_EVENTS 0x80 +#define DEVICE_BITS 0x7F + +#define InputClassBits 0x3F /* bits in mode field for input classes */ +#define ModeBitsShift 6 /* amount to shift the remaining bits */ + +#define numInputClasses 7 + +#define IEVENTS 15 +#define IERRORS 5 + +#define CLIENT_REQ 1 + +typedef struct _XExtEventInfo + { + Mask mask; + BYTE type; + BYTE word; + } XExtEventInfo; + +typedef unsigned char *Pointer; + +struct tmask + { + Mask mask; + Pointer dev; + }; + +/********************************************************* + * + * Event constants used by library. + * + */ + +#define XI_DeviceValuator 0 +#define XI_DeviceKeyPress 1 +#define XI_DeviceKeyRelease 2 +#define XI_DeviceButtonPress 3 +#define XI_DeviceButtonRelease 4 +#define XI_DeviceMotionNotify 5 +#define XI_DeviceFocusIn 6 +#define XI_DeviceFocusOut 7 +#define XI_ProximityIn 8 +#define XI_ProximityOut 9 +#define XI_DeviceStateNotify 10 +#define XI_DeviceMappingNotify 11 +#define XI_ChangeDeviceNotify 12 +#define XI_DeviceKeystateNotify 13 +#define XI_DeviceButtonstateNotify 14 + +/********************************************************* + * + * Protocol request constants + * + */ + +#define X_GetExtensionVersion 1 +#define X_ListInputDevices 2 +#define X_OpenDevice 3 +#define X_CloseDevice 4 +#define X_SetDeviceMode 5 +#define X_SelectExtensionEvent 6 +#define X_GetSelectedExtensionEvents 7 +#define X_ChangeDeviceDontPropagateList 8 +#define X_GetDeviceDontPropagateList 9 +#define X_GetDeviceMotionEvents 10 +#define X_ChangeKeyboardDevice 11 +#define X_ChangePointerDevice 12 +#define X_GrabDevice 13 +#define X_UngrabDevice 14 +#define X_GrabDeviceKey 15 +#define X_UngrabDeviceKey 16 +#define X_GrabDeviceButton 17 +#define X_UngrabDeviceButton 18 +#define X_AllowDeviceEvents 19 +#define X_GetDeviceFocus 20 +#define X_SetDeviceFocus 21 +#define X_GetFeedbackControl 22 +#define X_ChangeFeedbackControl 23 +#define X_GetDeviceKeyMapping 24 +#define X_ChangeDeviceKeyMapping 25 +#define X_GetDeviceModifierMapping 26 +#define X_SetDeviceModifierMapping 27 +#define X_GetDeviceButtonMapping 28 +#define X_SetDeviceButtonMapping 29 +#define X_QueryDeviceState 30 +#define X_SendExtensionEvent 31 +#define X_DeviceBell 32 +#define X_SetDeviceValuators 33 +#define X_GetDeviceControl 34 +#define X_ChangeDeviceControl 35 + +/********************************************************* + * + * Protocol request and reply structures. + * + * GetExtensionVersion. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GetExtensionVersion */ + CARD16 length B16; + CARD16 nbytes B16; + CARD8 pad1, pad2; +} xGetExtensionVersionReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetExtensionVersion */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 major_version B16; + CARD16 minor_version B16; + BOOL present; + CARD8 pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; +} xGetExtensionVersionReply; + +/********************************************************* + * + * ListInputDevices. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_ListInputDevices */ + CARD16 length B16; +} xListInputDevicesReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_ListInputDevices */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 ndevices B32; + CARD8 pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; +} xListInputDevicesReply; + +typedef struct _xDeviceInfo *xDeviceInfoPtr; + +typedef struct _xAnyClassinfo *xAnyClassPtr; + +typedef struct _xAnyClassinfo { + CARD8 class; + CARD8 length; + } xAnyClassInfo; + +typedef struct _xDeviceInfo { + CARD32 type B32; + CARD8 id; + CARD8 num_classes; + CARD8 use; + CARD8 pad1; + } xDeviceInfo; + +typedef struct _xKeyInfo *xKeyInfoPtr; + +typedef struct _xKeyInfo { + CARD8 class; + CARD8 length; + KeyCode min_keycode; + KeyCode max_keycode; + CARD16 num_keys B16; + CARD8 pad1,pad2; + } xKeyInfo; + +typedef struct _xButtonInfo *xButtonInfoPtr; + +typedef struct _xButtonInfo { + CARD8 class; + CARD8 length; + CARD16 num_buttons B16; + } xButtonInfo; + +typedef struct _xValuatorInfo *xValuatorInfoPtr; + +typedef struct _xValuatorInfo { + CARD8 class; + CARD8 length; + CARD8 num_axes; + CARD8 mode; + CARD32 motion_buffer_size B32; + } xValuatorInfo; + +typedef struct _xAxisInfo *xAxisInfoPtr; + +typedef struct _xAxisInfo { + CARD32 resolution B32; + CARD32 min_value B32; + CARD32 max_value B32; + } xAxisInfo; + +/********************************************************* + * + * OpenDevice. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_OpenDevice */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xOpenDeviceReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_OpenDevice */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 num_classes; + BYTE pad1, pad2, pad3; + CARD32 pad00 B32; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + } xOpenDeviceReply; + +typedef struct { + CARD8 class; + CARD8 event_type_base; + } xInputClassInfo; + +/********************************************************* + * + * CloseDevice. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_CloseDevice */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xCloseDeviceReq; + +/********************************************************* + * + * SetDeviceMode. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_SetDeviceMode */ + CARD16 length B16; + CARD8 deviceid; + CARD8 mode; + BYTE pad1, pad2; +} xSetDeviceModeReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_SetDeviceMode */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 status; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; +} xSetDeviceModeReply; + +/********************************************************* + * + * SelectExtensionEvent. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_SelectExtensionEvent */ + CARD16 length B16; + Window window B32; + CARD16 count B16; + CARD16 pad00 B16; +} xSelectExtensionEventReq; + +/********************************************************* + * + * GetSelectedExtensionEvent. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_GetSelectedExtensionEvents */ + CARD16 length B16; + Window window B32; +} xGetSelectedExtensionEventsReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* GetSelectedExtensionEvents */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 this_client_count B16; + CARD16 all_clients_count B16; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; +} xGetSelectedExtensionEventsReply; + +/********************************************************* + * + * ChangeDeviceDontPropagateList. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_ChangeDeviceDontPropagateList */ + CARD16 length B16; + Window window B32; + CARD16 count B16; + CARD8 mode; + BYTE pad; +} xChangeDeviceDontPropagateListReq; + +/********************************************************* + * + * GetDeviceDontPropagateList. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_GetDeviceDontPropagateList */ + CARD16 length B16; + Window window B32; +} xGetDeviceDontPropagateListReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* GetDeviceDontPropagateList */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 count B16; + CARD16 pad00 B16; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; + } xGetDeviceDontPropagateListReply; + +/********************************************************* + * + * GetDeviceMotionEvents. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GetDeviceMotionEvents*/ + CARD16 length B16; + Time start B32; + Time stop B32; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xGetDeviceMotionEventsReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetDeviceMotionEvents */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 nEvents B32; + CARD8 axes; + CARD8 mode; + BYTE pad1, pad2; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; +} xGetDeviceMotionEventsReply; + +/********************************************************* + * + * ChangeKeyboardDevice. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_ChangeKeyboardDevice */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xChangeKeyboardDeviceReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_ChangeKeyboardDevice*/ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + CARD8 status; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; + } xChangeKeyboardDeviceReply; + +/********************************************************* + * + * ChangePointerDevice. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_ChangePointerDevice */ + CARD16 length B16; + CARD8 xaxis; + CARD8 yaxis; + CARD8 deviceid; + BYTE pad1; +} xChangePointerDeviceReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_ChangePointerDevice */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + CARD8 status; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; + } xChangePointerDeviceReply; + +/********************************************************* + * + * GrabDevice. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GrabDevice */ + CARD16 length B16; + Window grabWindow B32; + Time time B32; + CARD16 event_count B16; + CARD8 this_device_mode; + CARD8 other_devices_mode; + BOOL ownerEvents; + CARD8 deviceid; + CARD16 pad01 B16; +} xGrabDeviceReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GrabDevice */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + CARD8 status; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; + } xGrabDeviceReply; + +/********************************************************* + * + * UngrabDevice. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_UnGrabDevice */ + CARD16 length B16; + Time time B32; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xUngrabDeviceReq; + +/********************************************************* + * + * GrabDeviceKey. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GrabDeviceKey */ + CARD16 length B16; + Window grabWindow B32; + CARD16 event_count B16; + CARD16 modifiers B16; + CARD8 modifier_device; + CARD8 grabbed_device; + CARD8 key; + BYTE this_device_mode; + BYTE other_devices_mode; + BOOL ownerEvents; + BYTE pad1, pad2; +} xGrabDeviceKeyReq; + +/********************************************************* + * + * UngrabDeviceKey. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_UngrabDeviceKey */ + CARD16 length B16; + Window grabWindow B32; + CARD16 modifiers B16; + CARD8 modifier_device; + CARD8 key; + CARD8 grabbed_device; + BYTE pad1, pad2, pad3; +} xUngrabDeviceKeyReq; + +/********************************************************* + * + * GrabDeviceButton. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GrabDeviceButton */ + CARD16 length B16; + Window grabWindow B32; + CARD8 grabbed_device; + CARD8 modifier_device; + CARD16 event_count B16; + CARD16 modifiers B16; + BYTE this_device_mode; + BYTE other_devices_mode; + CARD8 button; + BOOL ownerEvents; + BYTE pad1, pad2; +} xGrabDeviceButtonReq; + +/********************************************************* + * + * UngrabDeviceButton. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_UngrabDeviceButton */ + CARD16 length B16; + Window grabWindow B32; + CARD16 modifiers B16; + CARD8 modifier_device; + CARD8 button; + CARD8 grabbed_device; + BYTE pad1, pad2, pad3; +} xUngrabDeviceButtonReq; + +/********************************************************* + * + * AllowDeviceEvents. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_AllowDeviceEvents */ + CARD16 length B16; + Time time B32; + CARD8 mode; + CARD8 deviceid; + BYTE pad1, pad2; +} xAllowDeviceEventsReq; + +/********************************************************* + * + * GetDeviceFocus. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GetDeviceFocus */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xGetDeviceFocusReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetDeviceFocus */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 focus B32; + Time time B32; + CARD8 revertTo; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + } xGetDeviceFocusReply; + +/********************************************************* + * + * SetDeviceFocus. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_SetDeviceFocus */ + CARD16 length B16; + Window focus B32; + Time time B32; + CARD8 revertTo; + CARD8 device; + CARD16 pad01 B16; +} xSetDeviceFocusReq; + +/********************************************************* + * + * GetFeedbackControl. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_GetFeedbackControl */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xGetFeedbackControlReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetFeedbackControl */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 num_feedbacks B16; + CARD16 pad01 B16; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; + CARD32 pad06 B32; +} xGetFeedbackControlReply; + +typedef struct { + CARD8 class; /* feedback class */ + CARD8 id; /* feedback id */ + CARD16 length B16; /* feedback length */ +} xFeedbackState; + +typedef struct { + CARD8 class; + CARD8 id; + CARD16 length B16; + CARD16 pitch B16; + CARD16 duration B16; + CARD32 led_mask B32; + CARD32 led_values B32; + BOOL global_auto_repeat; + CARD8 click; + CARD8 percent; + BYTE pad; + BYTE auto_repeats[32]; +} xKbdFeedbackState; + +typedef struct { + CARD8 class; + CARD8 id; + CARD16 length B16; + CARD8 pad1,pad2; + CARD16 accelNum B16; + CARD16 accelDenom B16; + CARD16 threshold B16; +} xPtrFeedbackState; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; + CARD16 length B16; /* feedback length */ + CARD32 resolution B32; + INT32 min_value B32; + INT32 max_value B32; +} xIntegerFeedbackState; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; + CARD16 length B16; /* feedback length */ + CARD16 max_symbols B16; + CARD16 num_syms_supported B16; +} xStringFeedbackState; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; + CARD16 length B16; /* feedback length */ + CARD8 percent; + BYTE pad1, pad2, pad3; + CARD16 pitch B16; + CARD16 duration B16; +} xBellFeedbackState; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; + CARD16 length B16; /* feedback length */ + CARD32 led_mask B32; + CARD32 led_values B32; +} xLedFeedbackState; + +/********************************************************* + * + * ChangeFeedbackControl. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_ChangeFeedbackControl */ + CARD16 length B16; + CARD32 mask B32; + CARD8 deviceid; + CARD8 feedbackid; + BYTE pad1, pad2; +} xChangeFeedbackControlReq; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; /* feedback id */ + CARD16 length B16; /* feedback length */ +} xFeedbackCtl; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; /* feedback length */ + CARD16 length B16; /* feedback length */ + KeyCode key; + CARD8 auto_repeat_mode; + INT8 click; + INT8 percent; + INT16 pitch B16; + INT16 duration B16; + CARD32 led_mask B32; + CARD32 led_values B32; +} xKbdFeedbackCtl; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; /* feedback id */ + CARD16 length B16; /* feedback length */ + CARD8 pad1,pad2; + INT16 num B16; + INT16 denom B16; + INT16 thresh B16; +} xPtrFeedbackCtl; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; /* feedback id */ + CARD16 length B16; /* feedback length */ + INT32 int_to_display B32; +} xIntegerFeedbackCtl; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; /* feedback id */ + CARD16 length B16; /* feedback length */ + CARD8 pad1,pad2; + CARD16 num_keysyms B16; +} xStringFeedbackCtl; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; /* feedback id */ + CARD16 length B16; /* feedback length */ + INT8 percent; + BYTE pad1, pad2, pad3; + INT16 pitch B16; + INT16 duration B16; +} xBellFeedbackCtl; + +typedef struct { + CARD8 class; /* feedback class id */ + CARD8 id; /* feedback id */ + CARD16 length B16; /* feedback length */ + CARD32 led_mask B32; + CARD32 led_values B32; +} xLedFeedbackCtl; + +/********************************************************* + * + * GetDeviceKeyMapping. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GetDeviceKeyMapping */ + CARD16 length B16; + CARD8 deviceid; + KeyCode firstKeyCode; + CARD8 count; + BYTE pad1; +} xGetDeviceKeyMappingReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetDeviceKeyMapping */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 keySymsPerKeyCode; + CARD8 pad0; + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xGetDeviceKeyMappingReply; + +/********************************************************* + * + * ChangeDeviceKeyMapping. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_ChangeDeviceKeyMapping */ + CARD16 length B16; + CARD8 deviceid; + KeyCode firstKeyCode; + CARD8 keySymsPerKeyCode; + CARD8 keyCodes; +} xChangeDeviceKeyMappingReq; + +/********************************************************* + * + * GetDeviceModifierMapping. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GetDeviceModifierMapping */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xGetDeviceModifierMappingReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetDeviceModifierMapping */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 numKeyPerModifier; + CARD8 pad0; + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xGetDeviceModifierMappingReply; + +/********************************************************* + * + * SetDeviceModifierMapping. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_SetDeviceModifierMapping */ + CARD16 length B16; + CARD8 deviceid; + CARD8 numKeyPerModifier; + CARD16 pad1 B16; +} xSetDeviceModifierMappingReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_SetDeviceModifierMapping */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 success; + CARD8 pad0; + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xSetDeviceModifierMappingReply; + +/********************************************************* + * + * GetDeviceButtonMapping. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_GetDeviceButtonMapping */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xGetDeviceButtonMappingReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetDeviceButtonMapping */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 nElts; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; +} xGetDeviceButtonMappingReply; + +/********************************************************* + * + * SetDeviceButtonMapping. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* X_SetDeviceButtonMapping */ + CARD16 length B16; + CARD8 deviceid; + CARD8 map_length; + BYTE pad1, pad2; +} xSetDeviceButtonMappingReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_SetDeviceButtonMapping */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 status; + BYTE pad0; + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xSetDeviceButtonMappingReply; + +/********************************************************* + * + * QueryDeviceState. + * + */ + +typedef struct { + CARD8 reqType; + CARD8 ReqType; /* always X_QueryDeviceState */ + CARD16 length B16; + CARD8 deviceid; + BYTE pad1, pad2, pad3; +} xQueryDeviceStateReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_QueryDeviceState */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 num_classes; + BYTE pad0; + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xQueryDeviceStateReply; + +typedef struct { + CARD8 class; + CARD8 length; + CARD8 num_keys; + BYTE pad1; + CARD8 keys[32]; +} xKeyState; + +typedef struct { + CARD8 class; + CARD8 length; + CARD8 num_buttons; + BYTE pad1; + CARD8 buttons[32]; +} xButtonState; + +typedef struct { + CARD8 class; + CARD8 length; + CARD8 num_valuators; + CARD8 mode; +} xValuatorState; + +/********************************************************* + * + * SendExtensionEvent. + * THIS REQUEST MUST BE KEPT A MULTIPLE OF 8 BYTES IN LENGTH! + * MORE EVENTS MAY FOLLOW AND THEY MUST BE QUAD-ALIGNED! + * + */ + +typedef struct { + CARD8 reqType; + CARD8 ReqType; /* always X_SendExtensionEvent */ + CARD16 length B16; + Window destination B32; + CARD8 deviceid; + BOOL propagate; + CARD16 count B16; + CARD8 num_events; + BYTE pad1,pad2,pad3; +} xSendExtensionEventReq; + +/********************************************************* + * + * DeviceBell. + * + */ + +typedef struct { + CARD8 reqType; + CARD8 ReqType; /* always X_DeviceBell */ + CARD16 length B16; + CARD8 deviceid; + CARD8 feedbackid; + CARD8 feedbackclass; + INT8 percent; +} xDeviceBellReq; + +/********************************************************* + * + * SetDeviceValuators. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_SetDeviceValuators */ + CARD16 length B16; + CARD8 deviceid; + CARD8 first_valuator; + CARD8 num_valuators; + BYTE pad1; +} xSetDeviceValuatorsReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_SetDeviceValuators */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 status; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; +} xSetDeviceValuatorsReply; + +/********************************************************* + * + * GetDeviceControl. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_GetDeviceControl */ + CARD16 length B16; + CARD16 control B16; + CARD8 deviceid; + BYTE pad2; +} xGetDeviceControlReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_GetDeviceControl */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 status; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; +} xGetDeviceControlReply; + +typedef struct { + CARD16 control B16; /* control type */ + CARD16 length B16; /* control length */ +} xDeviceState; + +typedef struct { + CARD16 control B16; /* control type */ + CARD16 length B16; /* control length */ + CARD32 num_valuators B32; /* number of valuators */ +} xDeviceResolutionState; + +/********************************************************* + * + * ChangeDeviceControl. + * + */ + +typedef struct { + CARD8 reqType; /* input extension major code */ + CARD8 ReqType; /* always X_ChangeDeviceControl */ + CARD16 length B16; + CARD16 control B16; + CARD8 deviceid; + CARD8 num_valuators; +} xChangeDeviceControlReq; + +typedef struct { + CARD8 repType; /* X_Reply */ + CARD8 RepType; /* always X_ChangeDeviceControl */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 status; + BYTE pad1, pad2, pad3; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; +} xChangeDeviceControlReply; + +typedef struct { + CARD16 control B16; /* control type */ + CARD16 length B16; /* control length */ +} xDeviceCtl; + +typedef struct { + CARD16 control B16; /* control type */ + CARD16 length B16; /* control length */ + CARD8 first_valuator; /* first valuator to change */ + CARD8 num_valuators; /* number of valuators to change*/ + CARD8 pad1,pad2; +} xDeviceResolutionCtl; + +/********************************************************** + * + * Input extension events. + * + * DeviceValuator + * + */ + +typedef struct + { + BYTE type; + CARD8 deviceid; + CARD16 sequenceNumber B16; + KeyButMask device_state B16; + CARD8 num_valuators; + CARD8 first_valuator; + INT32 valuator0 B32; + INT32 valuator1 B32; + INT32 valuator2 B32; + INT32 valuator3 B32; + INT32 valuator4 B32; + INT32 valuator5 B32; + } deviceValuator; + +/********************************************************** + * + * DeviceKeyButtonPointer. + * + * Used for: DeviceKeyPress, DeviceKeyRelease, + * DeviceButtonPress, DeviceButtonRelease, + * ProximityIn, ProximityOut + * DeviceMotionNotify, + * + */ + +typedef struct + { + BYTE type; + BYTE detail; + CARD16 sequenceNumber B16; + Time time B32; + Window root B32; + Window event B32; + Window child B32; + INT16 root_x B16; + INT16 root_y B16; + INT16 event_x B16; + INT16 event_y B16; + KeyButMask state B16; + BOOL same_screen; + CARD8 deviceid; + } deviceKeyButtonPointer; + +/********************************************************** + * + * DeviceFocus. + * + */ + +typedef struct + { + BYTE type; + BYTE detail; + CARD16 sequenceNumber B16; + Time time B32; + Window window B32; + BYTE mode; + CARD8 deviceid; + BYTE pad1, pad2; + CARD32 pad00 B32; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + } deviceFocus; + +/********************************************************** + * + * DeviceStateNotify. + * + * Note that the two high-order bits in the classes_reported + * field are the proximity state (InProximity or OutOfProximity), + * and the device mode (Absolute or Relative), respectively. + * + */ + +typedef struct + { + BYTE type; + BYTE deviceid; + CARD16 sequenceNumber B16; + Time time B32; + CARD8 num_keys; + CARD8 num_buttons; + CARD8 num_valuators; + CARD8 classes_reported; + CARD8 buttons[4]; + CARD8 keys[4]; + INT32 valuator0 B32; + INT32 valuator1 B32; + INT32 valuator2 B32; + } deviceStateNotify; + +/********************************************************** + * + * DeviceKeyStateNotify. + * + */ + +typedef struct + { + BYTE type; + BYTE deviceid; + CARD16 sequenceNumber B16; + CARD8 keys[28]; + } deviceKeyStateNotify; + +/********************************************************** + * + * DeviceButtonStateNotify. + * + */ + +typedef struct + { + BYTE type; + BYTE deviceid; + CARD16 sequenceNumber B16; + CARD8 buttons[28]; + } deviceButtonStateNotify; + +/********************************************************** + * + * DeviceMappingNotify. + * Fields must be kept in sync with core mappingnotify event. + * + */ + +typedef struct + { + BYTE type; + BYTE deviceid; + CARD16 sequenceNumber B16; + CARD8 request; + KeyCode firstKeyCode; + CARD8 count; + BYTE pad1; + Time time B32; + CARD32 pad00 B32; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + } deviceMappingNotify; + +/********************************************************** + * + * ChangeDeviceNotify. + * + */ + +typedef struct + { + BYTE type; + BYTE deviceid; + CARD16 sequenceNumber B16; + Time time B32; + CARD8 request; + BYTE pad1, pad2, pad3; + CARD32 pad00 B32; + CARD32 pad01 B32; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + } changeDeviceNotify; + +#endif diff --git a/xie/docs/dec/xie23-src/include/XShm.h b/xie/docs/dec/xie23-src/include/XShm.h new file mode 100644 index 0000000..485fb87 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/XShm.h @@ -0,0 +1,174 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/************************************************************ +Copyright 1989 by The Massachusetts Institute of Technology + +Permission to use, copy, modify, and distribute this +software and its documentation for any purpose and without +fee is hereby granted, provided that the above copyright +no- tice appear in all copies and that both that copyright +no- tice and this permission notice appear in supporting +docu- mentation, and that the name of MIT not be used in +advertising or publicity pertaining to distribution of the +software without specific prior written permission. +M.I.T. makes no representation about the suitability of +this software for any purpose. It is provided "as is" +without any express or implied warranty. + +********************************************************/ + +/* THIS IS NOT AN X CONSORTIUM STANDARD */ + +/* $XConsortium: XShm.h,v 1.5 91/07/12 09:54:34 rws Exp $ */ + +#ifndef _XSHM_H_ +#define _XSHM_H_ + +#include + +#define X_ShmQueryVersion 0 +#define X_ShmAttach 1 +#define X_ShmDetach 2 +#define X_ShmPutImage 3 +#define X_ShmGetImage 4 +#define X_ShmCreatePixmap 5 + +#define ShmCompletion 0 +#define ShmNumberEvents (ShmCompletion + 1) + +#define BadShmSeg 0 +#define ShmNumberErrors (BadShmSeg + 1) + +typedef unsigned int ShmSeg; + +#ifndef _XSHM_SERVER_ +typedef struct { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if this came frome a SendEvent request */ + Display *display; /* Display the event was read from */ + Drawable drawable; /* drawable of request */ + int major_code; /* ShmReqCode */ + int minor_code; /* X_ShmPutImage */ + ShmSeg shmseg; /* the ShmSeg used in the request */ + unsigned long offset; /* the offset into ShmSeg used in the request */ +} XShmCompletionEvent; + +typedef struct { + ShmSeg shmseg; /* resource id */ + int shmid; /* kernel id */ + char *shmaddr; /* address in client */ + Bool readOnly; /* how the server should attach it */ +} XShmSegmentInfo; + +_XFUNCPROTOBEGIN + +Bool XShmQueryVersion( +#if NeedFunctionPrototypes + Display* /* dpy */, + int* /* majorVersion */, + int* /* minorVersion */, + Bool* /* sharedPixmaps */ +#endif +); + +int XShmPixmapFormat( +#if NeedFunctionPrototypes + Display* /* dpy */ +#endif +); + +Status XShmAttach( +#if NeedFunctionPrototypes + Display* /* dpy */, + XShmSegmentInfo* /* shminfo */ +#endif +); + +Status XShmDetach( +#if NeedFunctionPrototypes + Display* /* dpy */, + XShmSegmentInfo* /* shminfo */ +#endif +); + +Status XShmPutImage( +#if NeedFunctionPrototypes + Display* /* dpy */, + Drawable /* d */, + GC /* gc */, + XImage* /* image */, + int /* src_x */, + int /* src_y */, + int /* dst_x */, + int /* dst_y */, + unsigned int /* src_width */, + unsigned int /* src_height */, + Bool /* send_event */ +#endif +); + +Status XShmGetImage( +#if NeedFunctionPrototypes + Display* /* dpy */, + Drawable /* d */, + XImage* /* image */, + int /* x */, + int /* y */, + unsigned long /* plane_mask */ +#endif +); + +XImage *XShmCreateImage( +#if NeedFunctionPrototypes + Display* /* dpy */, + Visual* /* visual */, + unsigned int /* depth */, + int /* format */, + char* /* data */, + XShmSegmentInfo* /* shminfo */, + unsigned int /* width */, + unsigned int /* height */ +#endif +); + +Pixmap XShmCreatePixmap( +#if NeedFunctionPrototypes + Display* /* dpy */, + Drawable /* d */, + char* /* data */, + XShmSegmentInfo* /* shminfo */, + unsigned int /* width */, + unsigned int /* height */, + unsigned int /* depth */ +#endif +); + +_XFUNCPROTOEND + +#endif + +#endif diff --git a/xie/docs/dec/xie23-src/include/XTest.h b/xie/docs/dec/xie23-src/include/XTest.h new file mode 100644 index 0000000..0e7a71f --- /dev/null +++ b/xie/docs/dec/xie23-src/include/XTest.h @@ -0,0 +1,151 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $XConsortium: XTest.h,v 1.4 92/04/20 13:13:54 rws Exp $ */ +/* + +Copyright 1992 by the Massachusetts Institute of Technology + +Permission to use, copy, modify, distribute, and sell this software and its +documentation for any purpose is hereby granted without fee, provided that +the above copyright notice appear in all copies and that both that +copyright notice and this permission notice appear in supporting +documentation, and that the name of M.I.T. not be used in advertising or +publicity pertaining to distribution of the software without specific, +written prior permission. M.I.T. makes no representations about the +suitability of this software for any purpose. It is provided "as is" +without express or implied warranty. + +*/ + +#ifndef _XTEST_H_ +#define _XTEST_H_ + +#include + +#define X_XTestGetVersion 0 +#define X_XTestCompareCursor 1 +#define X_XTestFakeInput 2 + +#define XTestNumberEvents 0 + +#define XTestNumberErrors 0 + +#define XTestMajorVersion 2 +#define XTestMinorVersion 1 + +#define XTestExtensionName "XTEST" + +#ifndef _XTEST_SERVER_ + +_XFUNCPROTOBEGIN + +Bool XTestQueryExtension( +#if NeedFunctionPrototypes + Display* /* dpy */, + int* /* event_basep */, + int* /* error_basep */, + int* /* majorp */, + int* /* minorp */ +#endif +); + +Bool XTestCompareCursorWithWindow( +#if NeedFunctionPrototypes + Display* /* dpy */, + Window /* window */, + Cursor /* cursor */ +#endif +); + +Bool XTestCompareCurrentCursorWithWindow( +#if NeedFunctionPrototypes + Display* /* dpy */, + Window /* window */ +#endif +); + +extern XTestFakeKeyEvent( +#if NeedFunctionPrototypes + Display* /* dpy */, + unsigned int /* keycode */, + Bool /* is_press */, + unsigned long /* delay */ +#endif +); + +extern XTestFakeButtonEvent( +#if NeedFunctionPrototypes + Display* /* dpy */, + unsigned int /* button */, + Bool /* is_press */, + unsigned long /* delay */ +#endif +); + +extern XTestFakeMotionEvent( +#if NeedFunctionPrototypes + Display* /* dpy */, + int /* screen */, + int /* x */, + int /* y */, + unsigned long /* delay */ +#endif +); + +extern XTestFakeRelativeMotionEvent( +#if NeedFunctionPrototypes + Display* /* dpy */, + int /* x */, + int /* y */, + unsigned long /* delay */ +#endif +); + +void XTestSetGContextOfGC( +#if NeedFunctionPrototypes + GC /* gc */, + GContext /* gid */ +#endif +); + +void XTestSetVisualIDOfVisual( +#if NeedFunctionPrototypes + Visual* /* visual */, + VisualID /* visualid */ +#endif +); + +Status XTestDiscard( +#if NeedFunctionPrototypes + Display* /* dpy */ +#endif +); + +_XFUNCPROTOEND + +#endif /* _XTEST_SERVER_ */ + +#endif diff --git a/xie/docs/dec/xie23-src/include/Xext.h b/xie/docs/dec/xie23-src/include/Xext.h new file mode 100644 index 0000000..0e277f2 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/Xext.h @@ -0,0 +1,74 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* + * $XConsortium: Xext.h,v 1.2 91/07/12 10:28:17 rws Exp $ + * + * Copyright 1989 Massachusetts Institute of Technology + * + * Permission to use, copy, modify, distribute, and sell this software and its + * documentation for any purpose is hereby granted without fee, provided that + * the above copyright notice appear in all copies and that both that + * copyright notice and this permission notice appear in supporting + * documentation, and that the name of M.I.T. not be used in advertising or + * publicity pertaining to distribution of the software without specific, + * written prior permission. M.I.T. makes no representations about the + * suitability of this software for any purpose. It is provided "as is" + * without express or implied warranty. + * + * M.I.T. DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING ALL + * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL M.I.T. + * BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES + * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION + * OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN + * CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. + */ + +#ifndef _XEXT_H_ +#define _XEXT_H_ + +#include + +_XFUNCPROTOBEGIN + +extern int (*XSetExtensionErrorHandler())( +#if NeedFunctionPrototypes + int (*handler)() +#endif +); + +extern int XMissingExtension( +#if NeedFunctionPrototypes + Display* /* dpy */, + _Xconst char* /* ext_name */ +#endif +); + +_XFUNCPROTOEND + +#define X_EXTENSION_UNKNOWN "unknown" +#define X_EXTENSION_MISSING "missing" + +#endif /* _XEXT_H_ */ diff --git a/xie/docs/dec/xie23-src/include/XieAppl.h b/xie/docs/dec/xie23-src/include/XieAppl.h new file mode 100644 index 0000000..1908e40 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/XieAppl.h @@ -0,0 +1,295 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright 1989-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** The Xie module contains definitions used by all of the XIE layers +** -- from the applications level through the XIE server levels. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** April 20, 1989 +** +************************************************************************/ + + /* + ** Symbol XIEAPPL allows XieAppl.h to be included multiple times. + */ +#ifndef XIEAPPL +#define XIEAPPL /* The "endif" MUST be the last line of this file. */ + +/***************************************************************************** +** Constants +*****************************************************************************/ + /* + ** X Image Extension name string + */ +#define XieS_Name "Xie" + + /* + ** Number of supported Events and Errors + */ +#define XieK_NumErrors 0 +#define XieK_NumEvents 3 + /* + ** Xie Event constants + */ +#define XieK_ComputationEvent 0 +#define XieK_PhotofloEvent 1 +#define XieK_DisplayEvent 2 + /* + ** Xie Event masks + */ +#define XieM_ComputationEvent (1< +#else +#include +#endif +#endif /* XIEAPPL */ + +/* +** MACRO definitions +*/ + /* + ** Return the minimum number of bits required to contain the specified + ** number of levels. Levels == 0 indicates unconstrained data of type + ** float. <<<< remember to include math.h >>>> + */ +#define BitsFromLevels_(levels) \ + ((levels) > 2 ? ((int)(ceil(log10((double)levels)/log10(2.0)))) : \ + (levels) > 0 ? 1 : sizeof(float) * 8) + /* + ** Determine if a value is a valid pointer or an error code. + ** <<<< remember to include X.h >>>> + */ +#ifdef BadImplementation +#define IsPointer_(ptr) (((unsigned long)(ptr)) > BadImplementation) +#endif + /* + ** Convenience macros for accessing generic UdpPtr fields. + */ +#define upPxlLen_(udp) ((udp)->UdpW_PixelLength) +#define upDType_(udp) ((udp)->UdpB_DType) +#define upClass_(udp) ((udp)->UdpB_Class) +#define upBase_(udp) ((udp)->UdpA_Base) +#define upArSize_(udp) ((udp)->UdpL_ArSize) +#define upPxlStr_(udp) ((udp)->UdpL_PxlStride) +#define upScnStr_(udp) ((udp)->UdpL_ScnStride) +#define upX1_(udp) ((udp)->UdpL_X1) +#define upX2_(udp) ((udp)->UdpL_X2) +#define upY1_(udp) ((udp)->UdpL_Y1) +#define upY2_(udp) ((udp)->UdpL_Y2) +#define upWidth_(udp) ((udp)->UdpL_PxlPerScn) +#define upHeight_(udp) ((udp)->UdpL_ScnCnt) +#define upPos_(udp) ((udp)->UdpL_Pos) +#define upCmpIdx_(udp) ((udp)->UdpL_CompIdx) +#define upLvl_(udp) ((udp)->UdpL_Levels) + /* + ** Convenience macros for accessing generic UdpRec fields. + */ +#define urPxlLen_(udp) ((udp).UdpW_PixelLength) +#define urDType_(udp) ((udp).UdpB_DType) +#define urClass_(udp) ((udp).UdpB_Class) +#define urBase_(udp) ((udp).UdpA_Base) +#define urArSize_(udp) ((udp).UdpL_ArSize) +#define urPxlStr_(udp) ((udp).UdpL_PxlStride) +#define urScnStr_(udp) ((udp).UdpL_ScnStride) +#define urX1_(udp) ((udp).UdpL_X1) +#define urX2_(udp) ((udp).UdpL_X2) +#define urY1_(udp) ((udp).UdpL_Y1) +#define urY2_(udp) ((udp).UdpL_Y2) +#define urWidth_(udp) ((udp).UdpL_PxlPerScn) +#define urHeight_(udp) ((udp).UdpL_ScnCnt) +#define urPos_(udp) ((udp).UdpL_Pos) +#define urCmpIdx_(udp) ((udp).UdpL_CompIdx) +#define urLvl_(udp) ((udp).UdpL_Levels) + + /* + ** The _MD forms access memory in machine-dependant (bigendian or + ** littleendian) format. The other forms access memory in + ** image format, which is always little endian. + */ +#ifdef vax +#define READ32_(address) \ + (*((int *)(address))) +#define READ32_MD READ32_ +#else + /* + ** For machine architectures that can't access longwords + ** on non-longword aligned boundaries. + ** The (unsigned int) casts seem redundant, but they are needed + ** to make the ULTRIX/RISC compiler happy. + */ +#define READ32_(address) \ + ((unsigned int) *((unsigned char *)(address)) + \ + ((unsigned int) *(((unsigned char *)(address))+1)<< 8) + \ + ((unsigned int) *(((unsigned char *)(address))+2)<<16) + \ + ((unsigned int) *(((unsigned char *)(address))+3)<<24)) +#endif + +#ifdef BIGENDIAN +#define READ32_MD(address) \ + (*(((unsigned char *)(address))+3) + \ + (*(((unsigned char *)(address))+2)<< 8) + \ + (*(((unsigned char *)(address))+1)<<16) + \ + (* ((unsigned char *)(address)) <<24)) +#else +#define READ32_MD READ32_ +#endif + +#define GET_VALUE_(base,offset,mask) \ + (READ32_((base)+((offset)>>3))>>((offset)&7)&(mask)) +#define GET_VALUE_MD(base,offset,mask) \ + (READ32_MD((base)+((offset)>>3))>>((offset)&7)&(mask)) + +#ifdef vax +#define WRITE32_(address,value) \ + (*((int *)(address)) = (int)(value)) +#define WRITE32_MD WRITE32_ +#else +#define WRITE32_(address,value) \ + ((* ((unsigned char *)(address)) = ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+1) = (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+2) = (((int)(value))>>16)&0xff), \ + (*(((unsigned char *)(address))+3) = (((int)(value))>>24)&0xff)) +#ifdef BIGENDIAN +#define WRITE32_MD(address,value) \ + ((*(((unsigned char *)(address))+3) = ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+2) = (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+1) = (((int)(value))>>16)&0xff), \ + (* ((unsigned char *)(address)) = (((int)(value))>>24)&0xff)) +#else +#define WRITE32_MD WRITE32_ +#endif +#endif + +#ifdef vax +#define XOR_WRITE32_(address,value) \ + (*((int *)(address)) ^= (int)(value)) +#define XOR_WRITE32_MD XOR_WRITE32_ +#else +#define XOR_WRITE32_(address,value) \ + ((* ((unsigned char *)(address)) ^= ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+1) ^= (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+2) ^= (((int)(value))>>16)&0xff), \ + (*(((unsigned char *)(address))+3) ^= (((int)(value))>>24)&0xff)) +#ifdef BIGENDIAN +#define XOR_WRITE32_MD(address,value) \ + ((*(((unsigned char *)(address))+3) ^= ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+2) ^= (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+1) ^= (((int)(value))>>16)&0xff), \ + (*(((unsigned char *)(address)) ^= (((int)(value))>>24)&0xff)) +#else +#define XOR_WRITE32_MD XOR_WRITE32_ +#endif +#endif + +#define PUT_VALUE_(base,offset,value,mask) \ + (WRITE32_((base)+((offset)>>3), \ + READ32_((base)+((offset)>>3)) & ~((mask)<<((offset)&7)) \ + | (((mask)&(value))<<((offset)&0x7)))) + +#define PUT_VALUE_MD(base,offset,value,mask) \ + (WRITE32_MD((base)+((offset)>>3), \ + READ32_MD((base)+((offset)>>3)) & ~((mask)<<((offset)&7)) \ + | (((mask)&(value))<<((offset)&0x7)))) + + + /* + ** Degrees to radians conversion factor -- with inverted Y axis. + */ +#define RADIANS_PER_DEGREE -0.0174532925199432959 + /* + ** These symbols define valid UdpRec data type and class combinations. + */ +#define XieK_UBAVU 0 /* unaligned bit array */ +#define XieK_UBAV 1 /* unaligned bit array that is aligned ?? */ +#define XieK_UBSVU 2 /* unaligned bit stream */ +#define XieK_UBSV 3 /* unaligned bit stream that is aligned ?? */ +#define XieK_CLCL 4 /* change list */ +#define XieK_ABU 5 /* aligned byte array */ +#define XieK_AF 6 /* aligned float array */ +#define XieK_AWU 7 /* aligned word array */ +/* Not yet implemented +#define XieK_ALU 8 +*/ +#define XieK_DATA_TYPE_COUNT 8 + + /* + ** Defs for DDX table entry points + */ +#ifndef externalref +#if (defined(VMS) && defined(VAXC)) +#define externalref globalref +#else +#define externalref extern +#endif +#endif + + /* + ** Typedefs + */ +typedef unsigned long card32; +typedef unsigned long (*Fcard32)(); /* Used in DDX dispatch table */ + + /* + ** Data structures for passing Template IDC (kernel) data to DDX + ** routines. + */ +typedef struct { + float value; /* A template value */ + long int increment; /* Number of kernel elements skipped + * between previous and this element, + * plus 1. Zero marks end of row */ +} TmpDatEntryRec, *TmpDatEntryPtr; + +typedef struct { + long int center_x; /* Template center X coordinate */ + long int center_y; /* Template center Y coordinate */ + long int x_count; /* Template x dimension */ + long int y_count; /* Template y dimension */ + TmpDatEntryPtr array; /* Pointer to the template data + * records */ +} TmpDatRec, *TmpDatPtr; + +/***************************************************************************** +** +** Xie Ddx Index - +** +** FUNCTIONAL DESCRIPTION: +** +** The following symbols define the indices into the dispatch table +** used to call "atomic" DDX functions. These functions include both +** processing routines for the protocol functions and DDX support +** routines. +** +** WARNING: The indices here AND the order of the XieDdxProc table +** in SmiDdx.c MUST match. +** +*****************************************************************************/ + /* + ** Protocol processing routines + */ +#define D_dxArea 0 /* Protocol functions */ +#define D_dxStatsArea 1 +#define D_dxArith 2 +#define D_dxHistogram 3 +#define D_dxChromeCom 4 +#define D_dxChromeSep 5 +#define D_dxCompare 6 +#define D_dxConstrain 7 +#define D_dxCrop 8 +#define D_dxDither 9 +#define D_dxFill 10 +#define D_dxLogical 11 +#define D_dxLuminance 12 +#define D_dxMatchHistogram 13 +#define D_dxMath 14 +#define D_dxMirror 15 +#define D_dxPoint 16 +#define D_dxStatsPoint 17 +#define D_dxRotate 18 +#define D_dxScale 19 +#define D_dxTranslate 20 +#define D_dxRmOwnData 21 + /* 21..32 -- was Compression handlers */ + /* + ** DDX specific function indices + */ +#define D_dxInit 33 /* DDX Init routine */ +#define D_dxReset 34 /* " Reset */ +#define D_dxOptimizePipe 35 /* " Pipeline optimizer */ +#define D_dxConvert 36 /* Udp support routines */ +#define D_dxCopy 37 +#define D_dxGetTyp 38 +#define D_dxCopyBits 39 +#define D_dxResolveUdp 40 +#define D_dxCalloc 41 /* Memory mgt routines */ +#define D_dxCallocBits 42 +#define D_dxCfree 43 +#define D_dxFree 44 +#define D_dxFreeBits 45 +#define D_dxMalloc 46 +#define D_dxMallocBits 47 +#define D_dxRealloc 48 +#define D_dxReallocBits 49 +#define D_dxCreatePipeline 50 /* Pipeline routines */ +#define D_dxDestroyPipeline 51 +#define D_dxPipeHasYielded 52 /* was D_dxExecutePipeline */ +#define D_dxInitiatePipeline 53 +#define D_dxResumePipeline 54 +#define D_dxFlushPipeline 55 +#define D_dxAbortPipeline 56 +#define D_dxRmAllocData 57 /* Pipe resource mgr routines */ +#define D_dxRmAllocDataDesc 58 +#define D_dxRmAllocPermDesc 59 +#define D_dxRmAllocRefDesc 60 +#define D_dxRmBestDType 61 +#define D_dxRmCreateDrain 62 +#define D_dxRmCreateSink 63 +#define D_dxRmDeallocData 64 +#define D_dxRmDeallocDataDesc 65 +#define D_dxRmDestroyDrain 66 +#define D_dxRmDestroySink 67 +#define D_dxRmGetData 68 +#define D_dxRmGetDType 69 +#define D_dxRmGetMaxQuantum 70 +#define D_dxRmGetQuantum 71 +#define D_dxRmHasQuantum 72 +#define D_dxRmInitializePort 73 +#define D_dxRmMergeBuffers 75 +#define D_dxRmObtainQuantum 76 +#define D_dxRmPutData 77 +#define D_dxRmSetDType 78 +#define D_dxRmSetQuantum 79 +#define D_dxRmSplitBuffers 80 +#define D_dxSchedProcessComplete 81 /* Pipe scheduling routines */ +#define D_dxSchedProcessReady 82 +#define D_dxSchedOkToRun 83 +#define D_dxBuildChangeList 84 /* Change list routines */ +#define D_dxPutRuns 85 +#define D_dxFfsLong 86 +#define D_dxFfcLong 87 +#define D_dxFillRegion 88 /* Miscellaneous additions */ +#define D_dxConvertCpp 89 +#define D_dxCopyCpp 90 +#define D_dxEncodeG4 91 +#define D_dxEncodeDct 92 +#define D_dxDecodeG4 93 +#define D_dxDecodeDct 94 +#define D_dxPosCl 95 +#define D_dxCheckLicense 96 + /* More RM functions */ +#define D_dxRmAllocCmpDataDesc 97 /* was D_dxRmGetAlignment */ +#define D_dxRmSetAlignment 98 +#define D_dxRmCreateDataDesc 99 +#define D_dxCreatePipeCtx 100 +#define D_dxUsingCL 101 +#define D_dxCmpPreferred 102 /* was D_dxSmiDecodeG4IsAtomic */ +#define D_dxRmAllocDataArray 103 +#define D_dxRmAllocCmpPermDesc 104 +#define D_dxSchedProcessNoInput 105 + +/***************************************************************************** +** +** DDX Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the DDX functions while hiding +** the implementation from the caller. +** +*****************************************************************************/ + /* + ** DDX function access macro + ** This macro calls an arbitrary DDX routine through the + ** xieDdxProc dispatch table. + ** + ** func = the Mi function index from this file. + ** + */ +externalref card32 (*xieDdxProc[])(); +#define CallDdx_(func) (*(xieDdxProc)[func]) + /* + ** Image functions + */ +#define DdxArea_ CallDdx_(D_dxArea) +#define DdxStatsArea_ CallDdx_(D_dxStatsArea) +#define DdxArith_ CallDdx_(D_dxArith) +#define DdxHistogram_ CallDdx_(D_dxHistogram) +#define DdxChromeCom_ CallDdx_(D_dxChromeCom) +#define DdxChromeSep_ CallDdx_(D_dxChromeSep) +#define DdxCompare_ CallDdx_(D_dxCompare) +#define DdxConstrain_ CallDdx_(D_dxConstrain) +#define DdxCrop_ CallDdx_(D_dxCrop) +#define DdxDither_ CallDdx_(D_dxDither) +#define DdxFill_ CallDdx_(D_dxFill) +#define DdxLogical_ CallDdx_(D_dxLogical) +#define DdxLuminance_ CallDdx_(D_dxLuminance) +#define DdxMatchHistogram_ CallDdx_(D_dxMatchHistogram) +#define DdxMath_ CallDdx_(D_dxMath) +#define DdxMirror_ CallDdx_(D_dxMirror) +#define DdxPoint_ CallDdx_(D_dxPoint) +#define DdxStatsPoint_ CallDdx_(D_dxStatsPoint) +#define DdxRotate_ CallDdx_(D_dxRotate) +#define DdxScale_ CallDdx_(D_dxScale) +#define DdxTranslate_ CallDdx_(D_dxTranslate) +#define DdxRmOwnData_ CallDdx_(D_dxRmOwnData) + /* + ** Ddx specific functions + */ +#define DdxInit_ CallDdx_(D_dxInit) +#define DdxReset_ CallDdx_(D_dxReset) +#define DdxOptimizePipe_ CallDdx_(D_dxOptimizePipe) + /* + ** MI software functions + */ +#define DdxConvert_ CallDdx_(D_dxConvert) +#define DdxCopy_ CallDdx_(D_dxCopy) +#define DdxGetTyp_ CallDdx_(D_dxGetTyp) +#define DdxCopyBits_ CallDdx_(D_dxCopyBits) /* 65 */ +#define DdxResolveUdp_ CallDdx_(D_dxResolveUdp) + /* + ** Memory management routines + */ +#define DdxCalloc_ CallDdx_(D_dxCalloc) +#define DdxCallocBits_ (unsigned char *)CallDdx_(D_dxCallocBits) +#define DdxCfree_ CallDdx_(D_dxCfree) +#define DdxFree_ CallDdx_(D_dxFree) +#define DdxFreeBits_ (unsigned char *)CallDdx_(D_dxFreeBits) +#define DdxMalloc_ CallDdx_(D_dxMalloc) +#define DdxMallocBits_ (unsigned char *)CallDdx_(D_dxMallocBits) +#define DdxRealloc_ CallDdx_(D_dxRealloc) +#define DdxReallocBits_ (unsigned char *)CallDdx_(D_dxReallocBits) + /* + ** Pipeline support routines + */ +#define DdxCreatePipeline_ (Pipe)CallDdx_(D_dxCreatePipeline) +#define DdxDestroyPipeline_ (int)CallDdx_(D_dxDestroyPipeline) +#define DdxPipeHasYielded_ (int)CallDdx_(D_dxPipeHasYielded) +#define DdxInitiatePipeline_ (int)CallDdx_(D_dxInitiatePipeline) +#define DdxResumePipeline_ (int)CallDdx_(D_dxResumePipeline) +#define DdxFlushPipeline_ (int)CallDdx_(D_dxFlushPipeline) +#define DdxAbortPipeline_ (int)CallDdx_(D_dxAbortPipeline) + /* + ** Pipeline resource manager routines + */ +#define DdxRmAllocData_ (PipeDataPtr)CallDdx_(D_dxRmAllocData) +#define DdxRmAllocDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocDataDesc) +#define DdxRmAllocPermDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocPermDesc) +#define DdxRmAllocRefDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocRefDesc) +#define DdxRmBestDType_ (char)CallDdx_(D_dxRmBestDType) +#define DdxRmCreateDrain_ (PipeDrainPtr)CallDdx_(D_dxRmCreateDrain) +#define DdxRmCreateSink_ (PipeSinkPtr)CallDdx_(D_dxRmCreateSink) +#define DdxRmDeallocData_ (PipeDataPtr)CallDdx_(D_dxRmDeallocData) +#define DdxRmDeallocDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmDeallocDataDesc) +#define DdxRmDestroyDrain_ (PipeDrainPtr)CallDdx_(D_dxRmDestroyDrain) +#define DdxRmDestroySink_ (PipeSinkPtr)CallDdx_(D_dxRmDestroySink) +#define DdxRmGetData_ (PipeDataPtr)CallDdx_(D_dxRmGetData) +#define DdxRmGetDType_ (int)CallDdx_(D_dxRmGetDType) +#define DdxRmGetMaxQuantum_ (int)CallDdx_(D_dxRmGetMaxQuantum) +#define DdxRmGetQuantum_ (int)CallDdx_(D_dxRmGetQuantum) +#define DdxRmHasQuantum_ (int)CallDdx_(D_dxRmHasQuantum) +#define DdxRmInitializePort_ (int)CallDdx_(D_dxRmInitializePort) +#define DdxRmMergeBuffers_ (PipeDataPtr)CallDdx_(D_dxRmMergeBuffers) +#define DdxRmObtainQuantum_ (PipeDataPtr)CallDdx_(D_dxRmObtainQuantum) +#define DdxRmPutData_ (int)CallDdx_(D_dxRmPutData) +#define DdxRmSetDType_ CallDdx_(D_dxRmSetDType) +#define DdxRmSetQuantum_ CallDdx_(D_dxRmSetQuantum) +#define DdxRmSplitBuffers_ (PipeDataPtr)CallDdx_(D_dxRmSplitBuffers) + /* + ** Pipe scheduling routines + */ +#define DdxSchedProcessComplete_ (PipeElementCtxPtr)CallDdx_(D_dxSchedProcessComplete) +#define DdxSchedProcessReady_ (PipeElementCtxPtr)CallDdx_(D_dxSchedProcessReady) +#define DdxSchedOkToRun_ (int)CallDdx_(D_dxSchedOkToRun) + /* + ** Change list routines + */ +#define DdxBuildChangeList_ CallDdx_(D_dxBuildChangeList) +#define DdxPutRuns_ CallDdx_(D_dxPutRuns) +#define DdxFfsLong_ CallDdx_(D_dxFfsLong) +#define DdxFfcLong_ CallDdx_(D_dxFfcLong) + /* + ** Additions + */ +#define DdxFillRegion_ CallDdx_(D_dxFillRegion) +#define DdxConvertCpp_ CallDdx_(D_dxConvertCpp) +#define DdxCopyCpp_ CallDdx_(D_dxCopyCpp) +#define DdxEncodeG4_ CallDdx_(D_dxEncodeG4) +#define DdxEncodeDct_ CallDdx_(D_dxEncodeDct) +#define DdxDecodeG4_ CallDdx_(D_dxDecodeG4) +#define DdxDecodeDct_ CallDdx_(D_dxDecodeDct) +#define DdxPosCl_ CallDdx_(D_dxPosCl) +#define DdxCheckLicense_ CallDdx_(D_dxCheckLicense) + /* + ** More RM functions + */ +#define DdxRmAllocCmpDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocCmpDataDesc) +#define DdxRmSetAlignment_ CallDdx_(D_dxRmSetAlignment) +#define DdxRmCreateDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmCreateDataDesc) +#define DdxCreatePipeCtx_ (PipeElementCtxPtr)CallDdx_(D_dxCreatePipeCtx) +#define DdxUsingCL_ CallDdx_(D_dxUsingCL) +#define DdxCmpPreferred_ CallDdx_(D_dxCmpPreferred) +#define DdxRmAllocDataArray_ CallDdx_(D_dxRmAllocDataArray) +#define DdxRmAllocCmpPermDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocCmpPermDesc) +#define DdxSchedProcessNoInput_ (PipeElementCtxPtr)CallDdx_(D_dxSchedProcessNoInput) + +/***************************************************************************** +** +** Xie Ddx Setup Index - +** +** FUNCTIONAL DESCRIPTION: +** +** The following symbols define the indices into the dispatch table +** used to call "pipeline create" DDX functions. Each of these +** functions creates a new pipeline element. +** +** WARNING: These indices and the entries in the XieDdxSetup table +** in SmiDdx.c MUST be in the same order. +** +*****************************************************************************/ +#define D_dxCreateArea 0 +#define D_dxCreateArith 1 +#define D_dxCreateChromeCom 2 +#define D_dxCreateChromeSep 3 +#define D_dxCreateCompare 4 +#define D_dxCreateConstrain 5 +#define D_dxCreateCrop 6 +#define D_dxCreateDither 7 +#define D_dxCreateFill 8 +#define D_dxCreateLogical 9 +#define D_dxCreateLuminance 10 +#define D_dxCreateMatchHistogram 11 +#define D_dxCreateMath 12 +#define D_dxCreateMirror 13 +#define D_dxCreatePoint 14 +#define D_dxCreateRotate 15 +#define D_dxCreateScale 16 +#define D_dxCreateTranslate 17 +#define D_dxCreateDecodeDct 18 /* Compression pipeline creates */ +#define D_dxCreateEncodeDct 19 +#define D_dxCreateDecodeG4 20 +#define D_dxCreateEncodeG4 21 + +/***************************************************************************** +** +** Pipeline Create Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the Pipeline Create functions while +** hiding the implementation from the caller. +** +*****************************************************************************/ + /* + ** Pipe create function access macro + ** This macro calls a create function through the + ** xieDdxSetup dispatch table. + ** + ** func = the setup function index from this file. + ** + */ +externalref card32 (*xieDdxSetup[])(); +#define CallCreate_(func) (*(xieDdxSetup)[func]) + /* + ** Image processing pipe element creates + */ +#define DdxCreateArea_ CallCreate_(D_dxCreateArea) +#define DdxCreateArith_ CallCreate_(D_dxCreateArith) +#define DdxCreateChromeCom_ CallCreate_(D_dxCreateChromeCom) +#define DdxCreateChromeSep_ CallCreate_(D_dxCreateChromeSep) +#define DdxCreateCompare_ CallCreate_(D_dxCreateCompare) +#define DdxCreateConstrain_ CallCreate_(D_dxCreateConstrain) +#define DdxCreateCrop_ CallCreate_(D_dxCreateCrop) +#define DdxCreateDither_ CallCreate_(D_dxCreateDither) +#define DdxCreateFill_ CallCreate_(D_dxCreateFill) +#define DdxCreateLogical_ CallCreate_(D_dxCreateLogical) +#define DdxCreateLuminance_ CallCreate_(D_dxCreateLuminance) +#define DdxCreateMatchHistogram_ CallCreate_(D_dxCreateMatchHistogram) +#define DdxCreateMath_ CallCreate_(D_dxCreateMath) +#define DdxCreateMirror_ CallCreate_(D_dxCreateMirror) +#define DdxCreatePoint_ CallCreate_(D_dxCreatePoint) +#define DdxCreateRotate_ CallCreate_(D_dxCreateRotate) +#define DdxCreateScale_ CallCreate_(D_dxCreateScale) +#define DdxCreateTranslate_ CallCreate_(D_dxCreateTranslate) + /* + ** Compression creates, used by Transport + */ +#define DdxCreateDecodeDct_ CallCreate_(D_dxCreateDecodeDct) +#define DdxCreateEncodeDct_ CallCreate_(D_dxCreateEncodeDct) +#define DdxCreateDecodeG4_ CallCreate_(D_dxCreateDecodeG4) +#define DdxCreateEncodeG4_ CallCreate_(D_dxCreateEncodeG4) + +/***************************************************************************** +** +** Ddx Alignment Function Access Index +** +** FUNCTIONAL DESCRIPTION: +** +** The following symbols define the indices into the DDX Alignment +** dispatch table used to call DDX image array alignment functions. +** Each of these functions performs alignments to meet individual +** algorithms or the default DDX needs. +** +** WARNING: These indices and the entries in the XieDdxAlign table +** in SmiDdx.c MUST be in the same order. +** +** +*****************************************************************************/ +#define D_dxAlignArea 0 +#define D_dxAlignArith 1 +#define D_dxAlignChromeCom 2 +#define D_dxAlignChromeSep 3 +#define D_dxAlignCompare 4 +#define D_dxAlignConstrain 5 +#define D_dxAlignCrop 6 +#define D_dxAlignDither 7 +#define D_dxAlignFill 8 +#define D_dxAlignLogical 9 +#define D_dxAlignLuminance 10 +#define D_dxAlignMatchHistogram 11 +#define D_dxAlignMath 12 +#define D_dxAlignMirror 13 +#define D_dxAlignPoint 14 +#define D_dxAlignRotate 15 +#define D_dxAlignScale 16 +#define D_dxAlignTranslate 17 +#define D_dxAlignDecodeDct 18 +#define D_dxAlignEncodeDct 19 +#define D_dxAlignDecodeG4 20 +#define D_dxAlignEncodeG4 21 +#define D_dxAlignDefault 22 +#define D_dxAlignExport 23 + +/***************************************************************************** +** +** DDX Alignment Function Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the DDX image array alignment functions +** +*****************************************************************************/ + /* + ** Align function access macro + ** This macro calls an arbitrary Alignment routine through the + ** xieDdxAlign dispatch table. + ** + ** func = the DDX alignment function index from this file. + ** + */ +externalref card32 (*xieDdxAlign[])(); +#define GetAlign_(func) (xieDdxAlign[func]) + +#define DdxAlignArea_ GetAlign_(D_dxAlignArea) +#define DdxAlignStatsArea_ GetAlign_(D_dxAlignStatsArea) +#define DdxAlignArith_ GetAlign_(D_dxAlignArith) +#define DdxAlignHistogram_ GetAlign_(D_dxAlignHistogram) +#define DdxAlignChromeCom_ GetAlign_(D_dxAlignChromeCom) +#define DdxAlignChromeSep_ GetAlign_(D_dxAlignChromeSep) +#define DdxAlignCompare_ GetAlign_(D_dxAlignCompare) +#define DdxAlignConstrain_ GetAlign_(D_dxAlignConstrain) +#define DdxAlignCrop_ GetAlign_(D_dxAlignCrop) +#define DdxAlignDither_ GetAlign_(D_dxAlignDither) +#define DdxAlignFill_ GetAlign_(D_dxAlignFill) +#define DdxAlignLogical_ GetAlign_(D_dxAlignLogical) +#define DdxAlignLuminance_ GetAlign_(D_dxAlignLuminance) +#define DdxAlignMatchHistogram_ GetAlign_(D_dxAlignMatchHistogram) +#define DdxAlignMath_ GetAlign_(D_dxAlignMath) +#define DdxAlignMirror_ GetAlign_(D_dxAlignMirror) +#define DdxAlignPoint_ GetAlign_(D_dxAlignPoint) +#define DdxAlignStatsPoint_ GetAlign_(D_dxAlignStatsPoint) +#define DdxAlignRotate_ GetAlign_(D_dxAlignRotate) +#define DdxAlignScale_ GetAlign_(D_dxAlignScale) +#define DdxAlignTranslate_ GetAlign_(D_dxAlignTranslate) +#define DdxAlignDecodeDct_ GetAlign_(D_dxAlignDecodeDct) +#define DdxAlignEncodeDct_ GetAlign_(D_dxAlignEncodeDct) +#define DdxAlignDecodeG4_ GetAlign_(D_dxAlignDecodeG4) +#define DdxAlignEncodeG4_ GetAlign_(D_dxAlignEncodeG4) +#define DdxAlignDefault_ GetAlign_(D_dxAlignDefault) +#define DdxAlignExport_ GetAlign_(D_dxAlignExport) + +/***************************************************************************** +** +** Mi Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the "atomic" DDX functions provided +** by a Machine Independent layer of the DDX. +** +*****************************************************************************/ + /* + ** Mi function access macro + ** This macro calls an arbitrary Mi routine through the + ** xieMiProc dispatch table. + ** + ** func = the Mi function index from this file. + ** + */ +externalref card32 (*xieMiProc[])(); +#define CallMi_(func) (*(xieMiProc)[func]) + /* + ** Image functions + */ +#define MiArea_ CallMi_(D_dxArea) +#define MiStatsArea_ CallMi_(D_dxStatsArea) +#define MiArith_ CallMi_(D_dxArith) +#define MiHistogram_ CallMi_(D_dxHistogram) +#define MiChromeCom_ CallMi_(D_dxChromeCom) +#define MiChromeSep_ CallMi_(D_dxChromeSep) +#define MiCompare_ CallMi_(D_dxCompare) +#define MiConstrain_ CallMi_(D_dxConstrain) +#define MiCrop_ CallMi_(D_dxCrop) +#define MiDither_ CallMi_(D_dxDither) +#define MiFill_ CallMi_(D_dxFill) +#define MiLogical_ CallMi_(D_dxLogical) +#define MiLuminance_ CallMi_(D_dxLuminance) +#define MiMatchHistogram_ CallMi_(D_dxMatchHistogram) +#define MiMath_ CallMi_(D_dxMath) +#define MiMirror_ CallMi_(D_dxMirror) +#define MiPoint_ CallMi_(D_dxPoint) +#define MiStatsPoint_ CallMi_(D_dxStatsPoint) +#define MiRotate_ CallMi_(D_dxRotate) +#define MiScale_ CallMi_(D_dxScale) +#define MiTranslate_ CallMi_(D_dxTranslate) + /* + ** Mi specific functions + */ +#define MiInit_ CallMi_(D_dxInit) +#define MiReset_ CallMi_(D_dxReset) +#define MiOptimizePipe_ CallMi_(D_dxOptimizePipe) + /* + ** MI software functions + */ +#define MiConvert_ CallMi_(D_dxConvert) +#define MiCopy_ CallMi_(D_dxCopy) +#define MiGetTyp_ CallMi_(D_dxGetTyp) +#define MiCopyBits_ CallMi_(D_dxCopyBits) +#define MiResolveUdp_ CallMi_(D_dxResolveUdp) + /* + ** Memory management routines + */ +#define MiCalloc_ CallMi_(D_dxCalloc) +#define MiCallocBits_ (unsigned char *)CallMi_(D_dxCallocBits) +#define MiCfree_ CallMi_(D_dxCfree) +#define MiFree_ CallMi_(D_dxFree) +#define MiFreeBits_ (unsigned char *)CallMi_(D_dxFreeBits) +#define MiMalloc_ CallMi_(D_dxMalloc) +#define MiMallocBits_ (unsigned char *)CallMi_(D_dxMallocBits) +#define MiRealloc_ CallMi_(D_dxRealloc) +#define MiReallocBits_ (unsigned char *)CallMi_(D_dxReallocBits) + /* + ** Pipeline support routines + */ +#define MiCreatePipeline_ (Pipe)CallMi_(D_dxCreatePipeline) +#define MiDestroyPipeline_ (int)CallMi_(D_dxDestroyPipeline) +#define MiPipeHasYielded_ (int)CallMi_(D_dxPipeHasYielded) +#define MiInitiatePipeline_ (int)CallMi_(D_dxInitiatePipeline) +#define MiResumePipeline_ (int)CallMi_(D_dxResumePipeline) +#define MiFlushPipeline_ (int)CallMi_(D_dxFlushPipeline) +#define MiAbortPipeline_ (int)CallMi_(D_dxAbortPipeline) + /* + ** Pipeline resource manager routines + */ +#define MiRmAllocData_ (PipeDataPtr)CallMi_(D_dxRmAllocData) +#define MiRmAllocDataDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocDataDesc) +#define MiRmAllocPermDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocPermDesc) +#define MiRmAllocRefDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocRefDesc) +#define MiRmBestDType_ (char)CallMi_(D_dxRmBestDType) +#define MiRmCreateDrain_ (PipeDrainPtr)CallMi_(D_dxRmCreateDrain) +#define MiRmCreateSink_ (PipeSinkPtr)CallMi_(D_dxRmCreateSink) +#define MiRmDeallocData_ (PipeDataPtr)CallMi_(D_dxRmDeallocData) +#define MiRmDeallocDataDesc_ (PipeDataPtr)CallMi_(D_dxRmDeallocDataDesc) +#define MiRmDestroyDrain_ (PipeDrainPtr)CallMi_(D_dxRmDestroyDrain) +#define MiRmDestroySink_ (PipeSinkPtr)CallMi_(D_dxRmDestroySink) +#define MiRmGetData_ (PipeDataPtr)CallMi_(D_dxRmGetData) +#define MiRmGetDType_ (int)CallMi_(D_dxRmGetDType) +#define MiRmGetMaxQuantum_ (int)CallMi_(D_dxRmGetMaxQuantum) +#define MiRmGetQuantum_ (int)CallMi_(D_dxRmGetQuantum) +#define MiRmHasQuantum_ (int)CallMi_(D_dxRmHasQuantum) +#define MiRmInitializePort_ (int)CallMi_(D_dxRmInitializePort) +#define MiRmMergeBuffers_ (PipeDataPtr)CallMi_(D_dxRmMergeBuffers) +#define MiRmObtainQuantum_ (PipeDataPtr)CallMi_(D_dxRmObtainQuantum) +#define MiRmPutData_ (int)CallMi_(D_dxRmPutData) +#define MiRmSetDType_ CallMi_(D_dxRmSetDType) +#define MiRmSetQuantum_ CallMi_(D_dxRmSetQuantum) +#define MiRmSplitBuffers_ (PipeDataPtr)CallMi_(D_dxRmSplitBuffers) + /* + ** Pipe scheduling routines + */ +#define MiSchedProcessComplete_ (PipeElementCtxPtr)CallMi_(D_dxSchedProcessComplete) +#define MiSchedProcessReady_ (PipeElementCtxPtr)CallMi_(D_dxSchedProcessReady) +#define MiSchedOkToRun_ (int)CallMi_(D_dxSchedOkToRun) + /* + ** Change list routines + */ +#define MiBuildChangeList_ CallMi_(D_dxBuildChangeList) +#define MiPutRuns_ CallMi_(D_dxPutRuns) +#define MiFfsLong_ CallMi_(D_dxFfsLong) +#define MiFfcLong_ CallMi_(D_dxFfcLong) + /* + ** Additions + */ +#define MiFillRegion_ CallMi_(D_dxFillRegion) +#define MiConvertCpp_ CallMi_(D_dxConvertCpp) +#define MiCopyCpp_ CallMi_(D_dxCopyCpp) +#define MiEncodeG4_ CallMi_(D_dxEncodeG4) +#define MiEncodeDct_ CallMi_(D_dxEncodeDct) +#define MiDecodeG4_ CallMi_(D_dxDecodeG4) +#define MiDecodeDct_ CallMi_(D_dxDecodeDct) +#define MiPosCl_ CallMi_(D_dxPosCl) +#define MiCheckLicense_ CallMi_(D_dxCheckLicense) + /* + ** More resource manager + */ +#define MiRmAllocCmpDataDesc_ CallMi_(D_dxRmAllocCmpDataDesc) +#define MiRmSetAlignment_ CallMi_(D_dxRmSetAlignment) +#define MiRmCreateDataDesc_ (PipeDataPtr)CallMi_(D_dxRmCreateDataDesc) +#define MiCreatePipeCtx_ (PipeElementCtxPtr)CallMi_(D_dxCreatePipeCtx) +#define MiUsingCL_ CallMi_(D_dxUsingCL) +#define MiCmpPreferred_ CallMi_(D_dxCmpPreferred) +#define MiRmAllocDataArray_ CallMi_(D_dxRmAllocDataArray) +#define MiRmAllocCmpPermDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocCmpPermDesc) +#define MiSchedProcessNoInput_ (PipeElementCtxPtr)CallMi_(D_dxSchedProcessNoInput) + +/***************************************************************************** +** +** Pipeline Create Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the "pipeline create" DDX functions +** provided by a Machine Independent layer of the DDX. +** +*****************************************************************************/ + /* + ** Pipe create function access macro + ** This macro calls a create function through the + ** xieMiSetup dispatch table. + ** + ** func = the setup function index from this file. + ** + */ +externalref card32 (*xieMiSetup[])(); +#define CallMiCreate_(func) (*(xieMiSetup)[func]) + /* + ** Image processing pipe element creates + */ +#define MiCreateArea_ CallMiCreate_(D_dxCreateArea) +#define MiCreateArith_ CallMiCreate_(D_dxCreateArith) +#define MiCreateChromeCom_ CallMiCreate_(D_dxCreateChromeCom) +#define MiCreateChromeSep_ CallMiCreate_(D_dxCreateChromeSep) +#define MiCreateCompare_ CallMiCreate_(D_dxCreateCompare) +#define MiCreateConstrain_ CallMiCreate_(D_dxCreateConstrain) +#define MiCreateCrop_ CallMiCreate_(D_dxCreateCrop) +#define MiCreateDither_ CallMiCreate_(D_dxCreateDither) +#define MiCreateFill_ CallMiCreate_(D_dxCreateFill) +#define MiCreateLogical_ CallMiCreate_(D_dxCreateLogical) +#define MiCreateLuminance_ CallMiCreate_(D_dxCreateLuminance) +#define MiCreateMatchHistogram_ CallMiCreate_(D_dxCreateMatchHistogram) +#define MiCreateMath_ CallMiCreate_(D_dxCreateMath) +#define MiCreateMirror_ CallMiCreate_(D_dxCreateMirror) +#define MiCreatePoint_ CallMiCreate_(D_dxCreatePoint) +#define MiCreateRotate_ CallMiCreate_(D_dxCreateRotate) +#define MiCreateScale_ CallMiCreate_(D_dxCreateScale) +#define MiCreateTranslate_ CallMiCreate_(D_dxCreateTranslate) + /* + ** Compression creates, used by Transport + */ +#define MiCreateDecodeDct_ CallMiCreate_(D_dxCreateDecodeDct) +#define MiCreateEncodeDct_ CallMiCreate_(D_dxCreateEncodeDct) +#define MiCreateDecodeG4_ CallMiCreate_(D_dxCreateDecodeG4) +#define MiCreateEncodeG4_ CallMiCreate_(D_dxCreateEncodeG4) + +/* +** This "endif" MUST be the last line of this file. +*/ +#endif +/* end of XIEDDX -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ diff --git a/xie/docs/dec/xie23-src/include/XieFloat.h b/xie/docs/dec/xie23-src/include/XieFloat.h new file mode 100644 index 0000000..c58f26f --- /dev/null +++ b/xie/docs/dec/xie23-src/include/XieFloat.h @@ -0,0 +1,99 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1990-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** XIE - X11 Image Extension +** +** +** ABSTRACT: +** +** This module contains definitions required by the XIE library +** and XIE server floating point formatting routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** October 31, 1990 +** +************************************************************************/ + + /* + ** Symbol XIEFLOAT allows XieFloat.h to be included multiple times. + */ +#ifndef XIEFLOAT +#define XIEFLOAT /* the "endif" MUST be the last line of this file */ + +#include /* for CARD8, ..., typedefs */ + + /* + ** Wire floating point format + */ +typedef struct _XieFloatRec { + CARD8 e_sign; + CARD8 m_sign; + CARD16 exponent; + CARD32 mantissa; +} XieFloatRec, *XieFloat; + +extern void MiEncodeDouble(); +extern double MiDecodeDouble(); + +#endif diff --git a/xie/docs/dec/xie23-src/include/XieLib.h b/xie/docs/dec/xie23-src/include/XieLib.h new file mode 100644 index 0000000..25409f9 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/XieLib.h @@ -0,0 +1,372 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** XIE - X11 Image Extension +** +** +** ABSTRACT: +** +** This module contains definitions required by all XIE client side +** layers -- from the application level through the XieLib level. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** April 13, 1989 +** +*******************************************************************************/ + + /* + ** Symbol XIELIB allows XieLib.h to be included multiple times. + */ +#ifndef _XIELIB +#define _XIELIB /* the "endif" MUST be the last line of this file */ + +/* +** Include files +*/ +#ifdef VMS +#include /* X11 Library Definitions */ +#else +#include /* X11 Library Definitions */ +#endif +#ifdef VMS +#include /* universal data plane definitions */ +#include /* XIE inter-layer definitions */ +#else +#include /* universal data plane definitions */ +#include /* XIE inter-layer definitions */ +#endif + +/* +** Equated symbols +*/ + /* + ** XieCopyImage, XieGetImage, and XiePutImage image data mode constants. + */ +#define XieK_DataNone 1 /* no buffers, no transport setup, no data copy */ +#define XieK_DataFlo 2 /* prepare a Photoflo for image data transport */ +#define XieK_DataMap 3 /* prepare a Photomap for image data transport */ +#define XieK_DataAlloc 4 /* allocate image buffers containing no data */ +#define XieK_DataCopy 5 /* allocate image buffers and copy data */ +#define XieK_DataShare 6 /* copy pointers to existing image data */ + /* + ** Opaque Xie resource definitions. + */ +typedef unsigned long *XieStream; /* Stream transport context pointer */ +typedef unsigned char + *XiePhotoflo, /* Photoflo: server image pipeline object */ + *XiePhotomap, /* Photomap: permanent server image object */ + *XiePhototap, /* Phototap: ephemeral server image object */ + *XieCpp, /* Cpp: control processing plane */ + *XieRoi, /* Roi: region of interest */ + *XieTmp, /* Tmp: template (eg. convolution kernel) */ + *XiePhoto, /* Any of: XiePhotoflo, XiePhotomap, XiePhototap*/ + *XieIdc, /* Any of: XieCpp, XieRoi, XieTmp, */ + *XieResource; /* Any of: XiePhoto, XieIdc */ + +#ifdef __alpha +#define RES_XID 16 /* offset to XieResource X11 resource-id */ +#define RES_TYPE 24 /* offset to XieResource resource type */ +#define RES_MAPPING 25 /* offset to XiePhoto component mapping */ +#else +#define RES_XID 8 /* offset to XieResource X11 resource-id */ +#define RES_TYPE 12 /* offset to XieResource resource type */ +#define RES_MAPPING 13 /* offset to XiePhoto component mapping */ +#endif +/* +** Macros +*/ + /* + ** Macro for returning a resource's X11-id. + */ +#define XId_(res) (*((XID *)(&((XieResource)(res))[RES_XID]))) + /* + ** Boolean macros for determining a resource's type. + */ +#define IsPhotoflo_(res) (((XieResource)(res))[RES_TYPE]==XieK_Photoflo) +#define IsPhotomap_(res) (((XieResource)(res))[RES_TYPE]==XieK_Photomap) +#define IsPhototap_(res) (((XieResource)(res))[RES_TYPE]==XieK_Phototap) +#define IsCpp_(res) (((XieResource)(res))[RES_TYPE]==XieK_IdcCpp) +#define IsRoi_(res) (((XieResource)(res))[RES_TYPE]==XieK_IdcRoi) +#define IsTmp_(res) (((XieResource)(res))[RES_TYPE]==XieK_IdcTmp) +#define IsPhoto_(res) (IsPhotoflo_(res)||IsPhotomap_(res)||IsPhototap_(res)) +#define IsIdc_(res) (IsCpp_(res)||IsRoi_(res)||IsTmp_(res)) + /* + ** Boolean macros for determining a XiePhotomap's component mapping. + */ +#define IsBitonal_(pho) (((XiePhoto)(pho))[RES_MAPPING]==XieK_Bitonal) +#define IsGrayScale_(pho) (((XiePhoto)(pho))[RES_MAPPING]==XieK_GrayScale) +#define IsRGB_(pho) (((XiePhoto)(pho))[RES_MAPPING]==XieK_RGB) + + /* + ** Return the component count of an XiePhotomap. + */ +#define PhotoCount_(pho) (IsRGB_(pho) ? 3 : 1) + /* + ** Return the number of planes (UdpPtr's) an XieImage "should" contain. + */ +#define PlaneCount_(img) \ + ( CmpOrg_(img) == XieK_BandByPixel ? 1 \ + : CmpOrg_(img) == XieK_BandByPlane ? CmpCnt_(img) \ + : CmpLen_(img,0)+CmpLen_(img,1)+CmpLen_(img,2) ) + /* + ** Return "val" rounded up (if necessary) to a multiple of "mod". + */ +#define Modulo_(val,mod) \ + ((mod) < 2 ? (val) : (((mod) - (val) % (mod)) % (mod) + (val))) + +/* +** Structures +*/ + /* + ** XIE Client Event Structure + */ +typedef struct { + int type; /* see XQueryExtention "first_event"*/ + unsigned long serial; /* X11 serial number */ + Bool send_event; /* Boolean: true if client generated*/ + Display *display; /* X11 display pointer */ + XieResource resource; /* Xie resource-id (source of event)*/ +} XieEventRec, *XieEvent; + /* + ** Image domain context template data for XieCreateTmp / XieQueryTmp. + */ +typedef struct { + long x; /* X coordinate of template entry */ + long y; /* Y coordinate of template entry */ + double value; /* value of template entry */ +} XieTemplateRec, *XieTemplate; + /* + ** Statistics data + */ +typedef struct { + double value; + double minimum; + double maximum; + double mean; + double stddev; + double variance; +} XieStatsRec, *XieStats; + + /* + ** XIE Image structure (client side image descriptor). + */ +typedef struct { + unsigned char Compression; /* compression scheme */ + unsigned char CmpOrg; /* component organization */ + unsigned char CmpMap; /* component mapping */ + unsigned char CmpCnt; /* component count */ + unsigned long CmpLvl[XieK_MaxComponents]; /* levels per component */ + unsigned char CmpLen[XieK_MaxComponents]; /* bits per component */ + unsigned char PxlPol; /* pixel brightness polarity*/ + unsigned char PxlProg; /* pixel progression */ + unsigned char ScnProg; /* scanline progression */ + unsigned char OwnData; /* image array ownership */ + unsigned char Stream; /* Stream transport status */ + XieStream Xport; /* Stream transport context */ + double PxlRatio; /* pixel aspect ratio */ + UdpPtr Plane[XieK_MaxPlanes]; /* data plane pointers */ +} XieImageRec, *XieImage; + /* + ** Access macros for XIE Image structure. + */ +#define Cmpres_(img) ((img)->Compression) +#define CmpOrg_(img) ((img)->CmpOrg) +#define CmpMap_(img) ((img)->CmpMap) +#define CmpCnt_(img) ((img)->CmpCnt) +#define CmpLvl_(img,ind) ((img)->CmpLvl[(ind)]) +#define CmpLen_(img,ind) ((img)->CmpLen[(ind)]) +#define PxlPol_(img) ((img)->PxlPol) +#define PxlProg_(img) ((img)->PxlProg) +#define ScnProg_(img) ((img)->ScnProg) +#define OwnData_(img) ((img)->OwnData) +#define Stream_(img) ((img)->Stream) +#define StreamFinal_(img) (Stream_(img) == XieK_StreamFinal) +#define StreamError_(img) (Stream_(img) == XieK_StreamError) +#define StreamPending_(img) (!(StreamFinal_(img) || StreamError_(img))) +#define PxlRatio_(img) ((img)->PxlRatio) +#define Width_(img) ((img)->Plane[0]->UdpL_PxlPerScn) +#define Height_(img) ((img)->Plane[0]->UdpL_ScnCnt) +#define Plane_(img,ind) ((img)->Plane[(ind)]) +#define uPxlLen_(img,ind) ((img)->Plane[(ind)]->UdpW_PixelLength) +#define uDType_(img,ind) ((img)->Plane[(ind)]->UdpB_DType) +#define uClass_(img,ind) ((img)->Plane[(ind)]->UdpB_Class) +#define uBase_(img,ind) ((img)->Plane[(ind)]->UdpA_Base) +#define uArSize_(img,ind) ((img)->Plane[(ind)]->UdpL_ArSize) +#define uPxlStr_(img,ind) ((img)->Plane[(ind)]->UdpL_PxlStride) +#define uScnStr_(img,ind) ((img)->Plane[(ind)]->UdpL_ScnStride) +#define uX1_(img,ind) ((img)->Plane[(ind)]->UdpL_X1) +#define uX2_(img,ind) ((img)->Plane[(ind)]->UdpL_X2) +#define uY1_(img,ind) ((img)->Plane[(ind)]->UdpL_Y1) +#define uY2_(img,ind) ((img)->Plane[(ind)]->UdpL_Y2) +#define uWidth_(img,ind) ((img)->Plane[(ind)]->UdpL_PxlPerScn) +#define uHeight_(img,ind) ((img)->Plane[(ind)]->UdpL_ScnCnt) +#define uPos_(img,ind) ((img)->Plane[(ind)]->UdpL_Pos) +#define uCmpIdx_(img,ind) ((img)->Plane[(ind)]->UdpL_CompIdx) +#define uLvl_(img,ind) ((img)->Plane[(ind)]->UdpL_Levels) + +/* +** XieLib entry points. +*/ +#ifndef _XieLibEvents +extern unsigned long XieQueryEvents(); +extern void XieSelectEvents(); +#endif +#ifndef _XieLibImage +extern XieImage XieCopyImage(); +extern XieImage XieCreateImage(); +extern XieImage XieFreeImage(); +extern XieImage XieGetImage(); +extern unsigned char XieGetImageData(); +extern XiePhoto XiePutImage(); +extern unsigned char XiePutImageData(); +#endif +#ifndef _XieLibProcess +extern XiePhoto XieArea(); +extern XiePhoto XieAreaStats(); +extern XiePhoto XieArithmetic(); +extern XiePhoto XieChromeCom(); +extern XiePhoto XieChromeSep(); +extern XiePhoto XieCompare(); +extern XiePhoto XieConstrain(); +extern XiePhoto XieCrop(); +extern XiePhoto XieDither(); +extern XiePhoto XieFill(); +extern unsigned long *XieHistogram(); +extern XiePhoto XieLogical(); +extern XiePhoto XieLuminance(); +extern XiePhoto XieMatchHistogram(); +extern XiePhoto XieMath(); +extern XiePhoto XieMirror(); +extern XiePhoto XiePoint(); +extern void XiePointStats(); +extern XiePhoto XieRotate(); +extern XiePhoto XieScale(); +extern XiePhoto XieTranslate(); +#endif +#ifndef _XieLibResource +extern void XieAbortFlo(); +extern void XieBindMapToFlo(); +extern XiePhoto XieClonePhoto(); +extern XieCpp XieCreateCpp(); +extern XiePhoto XieCreatePhoto(); +extern XieRoi XieCreateRoi(); +extern XieTmp XieCreateTmp(); +extern void XieExecuteFlo(); +extern void XieExport(); +extern XieResource XieFindResource(); +extern void XieFreeExport(); +extern XieResource XieFreeResource(); +extern XiePhotomap XieImport(); +extern void XieQueryCpp(); +extern void XieQueryExport(); +extern unsigned long XieQueryFlo(); +extern XiePhoto XieQueryMap(); +extern void XieQueryRoi(); +extern XieTemplate XieQueryTmp(); +extern XiePhoto XieTapFlo(); +#endif +#ifndef _XieLibSession +extern char *XieCheckFunction(); +extern char **XieListFunctions(); +extern void XieQueryOpDefaults(); +extern void XieSetOpDefaults(); +#endif +#ifndef _XieLibTransport +extern void XieAbortStream(); +extern unsigned char XieGetStream(); +extern void XieGetTile(); +extern void XiePutStream(); +extern void XiePutTile(); +extern void XieSetStream(); +#endif +#ifndef _XieLibUtils +extern void *XieCalloc(); +extern unsigned char *XieCallocBits(); +extern void *XieCfree(); +extern void *XieFree(); +extern unsigned char *XieFreeBits(); +extern unsigned char XieIsBitonal(); +extern unsigned char XieIsCpp(); +extern unsigned char XieIsGrayScale(); +extern unsigned char XieIsIdc(); +extern unsigned char XieIsPhoto(); +extern unsigned char XieIsPhotoflo(); +extern unsigned char XieIsPhotomap(); +extern unsigned char XieIsPhototap(); +extern unsigned char XieIsRGB(); +extern unsigned char XieIsRoi(); +extern unsigned char XieIsTmp(); +extern void *XieMalloc(); +extern unsigned char *XieMallocBits(); +extern unsigned long XiePhotoCount(); +extern unsigned long XiePlaneCount(); +extern void *XieRealloc(); +extern unsigned char *XieReallocBits(); +extern unsigned long XieXId(); +#endif + +/* +** This "endif" MUST be the last line of this file. +*/ +#endif /* end of _XIELIB -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ diff --git a/xie/docs/dec/xie23-src/include/XieProto.h b/xie/docs/dec/xie23-src/include/XieProto.h new file mode 100644 index 0000000..2aeac5c --- /dev/null +++ b/xie/docs/dec/xie23-src/include/XieProto.h @@ -0,0 +1,1228 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** This module contains definitions required by the XIE wire protocol +** -- XIE library and XIE server DDX layers. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** March 1, 1989 +** +************************************************************************/ + + /* + ** Symbol XIEPROTO allows XieProto.h to be included multiple times. + */ +#ifndef XIEPROTO +#define XIEPROTO /* the "endif" MUST be the last line of this file */ + +/* +** Include files +*/ +#ifdef VMS +#include /* XIE inter-layer definitions */ +#include /* XIE device dependant definitions */ +#else +#include /* XIE inter-layer definitions */ +#include /* XIE device dependant definitions */ +#endif + +/* +** Wire protocol constant definitions. +*/ + /* + ** Version number + */ +#define XieK_MajorVersion 2 +#define XieK_MinorVersion 3 + +/******************************************************************************* +** Protocol request packet minor op-codes +*******************************************************************************/ +#define X_ieInitSession 1 +#define X_ieTermSession 2 + +#define X_ieQueryEvents 3 +#define X_ieSelectEvents 4 + +#define X_ieSetOpDefaults 5 +#define X_ieQueryOpDefaults 6 + +#define X_ieCreateByReference 7 +#define X_ieCreateByValue 8 +#define X_ieDeleteResource 9 +#define X_ieQueryResource 10 + +#define X_ieBindPhotomap 11 +#define X_ieAbortPhotoflo 12 +#define X_ieExecutePhotoflo 13 +#define X_ieTapPhotoflo 14 + +#define X_ieAbortTransport 15 +#define X_ieGetStream 16 +#define X_ieGetTile 17 +#define X_iePutStream 18 +#define X_iePutTile 19 +#define X_ieSetTransport 20 + +#define X_ieExport 21 +#define X_ieFreeExport 22 +#define X_ieImport 23 +#define X_ieQueryExport 24 + +#define X_ieArea 25 +#define X_ieAreaStats 26 +#define X_ieArith 27 +#define X_ieCalcHist 28 +#define X_ieChromeCom 29 +#define X_ieChromeSep 30 +#define X_ieCompare 31 +#define X_ieConstrain 32 +#define X_ieCrop 33 +#define X_ieDither 34 +#define X_ieFill 35 +#define X_ieLogical 36 +#define X_ieLuminance 37 +#define X_ieMatchHistogram 38 +#define X_ieMath 39 +#define X_ieMirror 40 +#define X_iePoint 41 +#define X_iePointStats 42 +#define X_ieRotate 43 +#define X_ieScale 44 +#define X_ieTranslate 45 + +#define X_ieLastRequest 46 + +/******************************************************************************* +** Protocol packet size definitions required by Xlibint.h +*******************************************************************************/ +#define sz_xieReq 4 +#define sz_xieInitSessionReq 8 +#define sz_xieTermSessionReq 4 + +#define sz_xieQueryEventsReq 8 +#define sz_xieSelectEventsReq 8 + +#define sz_xieSetOpDefaultsReq 20 +#define sz_xieQueryOpDefaultsReq 4 + +#define sz_xieCreateByReferenceReq 16 +#define sz_xieCreateByValueReq 12 +#define sz_xieCreateCppReq 24 +#define sz_xieCreatePhotoReq 48 +#define sz_xieCreateRoiReq 28 +#define sz_xieCreateTmpReq 24 +#define sz_xieDeleteResourceReq 12 +#define sz_xieQueryResourceReq 12 + +#define sz_xieBindPhotomapReq 12 +#define sz_xieAbortPhotofloReq 8 +#define sz_xieExecutePhotofloReq 8 +#define sz_xieTapPhotofloReq 16 + +#define sz_xieAbortTransportReq 12 +#define sz_xieGetStreamReq 16 +#define sz_xieGetTileReq 32 +#define sz_xiePutStreamReq 16 +#define sz_xiePutTileReq 32 +#define sz_xieSetTransportReq 140 + +#define sz_xieExportReq 64 +#define sz_xieFreeExportReq 8 +#define sz_xieImportReq 20 +#define sz_xieQueryExportReq 16 + +#define sz_xieAreaReq 24 +#define sz_xieAreaStatsReq 20 +#define sz_xieArithReq 36 +#define sz_xieCalcHistReq 16 +#define sz_xieChromeComReq 20 +#define sz_xieChromeSepReq 16 +#define sz_xieCompareReq 36 +#define sz_xieConstrainReq 28 +#define sz_xieCropReq 16 +#define sz_xieDitherReq 24 +#define sz_xieFillReq 28 +#define sz_xieLogicalReq 36 +#define sz_xieLuminanceReq 12 +#define sz_xieMatchHistogramReq 36 +#define sz_xieMathReq 20 +#define sz_xieMirrorReq 16 +#define sz_xiePointReq 20 +#define sz_xiePointStatsReq 20 +#define sz_xieRotateReq 40 +#define sz_xieScaleReq 20 +#define sz_xieTranslateReq 24 + +/******************************************************************************* +** Sub-structures +*******************************************************************************/ + + /* + ** Structure defining the Xie function vector. + */ +typedef struct { + CARD8 function[32]; +} XieFunctionsRec, *XieFunctionVector; + + /* + ** Structure defining IdcTmp template data crossing wire. + */ +typedef struct { + INT32 x; + INT32 y; + XieFloatRec value; +} XieTmpEntryRec, *XieTmpEntry; + +/******************************************************************************* +** Protocol request packets +*******************************************************************************/ + + /* + ** Generic part of all XIE requests + */ +typedef struct { + CARD8 reqType; /* major op-code assigned to extension */ + CARD8 opcode; /* minor op-code == XIE function */ + CARD16 length; /* length in longwords of entire request */ +} xieReq; + + /* + ** Init Session Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieInitSession */ + CARD16 length; + CARD16 major_version; + CARD16 minor_version; +} xieInitSessionReq; + + /* + ** Term Session Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieTermSession */ + CARD16 length; +} xieTermSessionReq; + + /* + ** Query Events Requests + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 event_param; +} xieQueryEventsReq; + + /* + ** Select Events Requests + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 event_mask; +} xieSelectEventsReq; + + /* + ** Set Operational Defaults + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieSetOpDefaults */ + CARD16 length; + CARD8 model; + CARD8 _pad[3]; + CARD32 levels[XieK_MaxComponents]; +} xieSetOpDefaultsReq; + + /* + ** Query Operational Defaults + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieQueryOpDefaults */ + CARD16 length; +} xieQueryOpDefaultsReq; + + /* + ** Create (ie. clone Photo{flo|map}) resource By Reference Request. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByReference*/ + CARD16 length; + CARD32 resource_type; + CARD32 resource_id; /* new Photo{flo|map}-id */ + CARD32 photomap_id; /* existing Photomap-id */ +} xieCreateByReferenceReq; + + /* + ** Generic Create resource By Value Request. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* new resource type */ + CARD32 resource_id; /* new resource identifier */ +} xieCreateByValueReq; + + /* + ** Create Cpp Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* resource type == XieK_IdcCpp */ + CARD32 resource_id; + CARD32 photomap_id; + INT32 x; + INT32 y; +} xieCreateCppReq; + + /* + ** Create Photo{flo|map} from client specified attributes. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* XieK_Photomap or XieK_Photoflo */ + CARD32 resource_id; + CARD32 width; + CARD32 height; + XieFloatRec aspect_ratio; + CARD32 levels[XieK_MaxComponents]; + CARD8 number_of_components; + CARD8 component_mapping; + CARD8 pixel_progression; + CARD8 line_progression; + CARD8 polarity; + CARD8 _pad[3]; +} xieCreatePhotoReq; + + /* + ** Create Roi Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* resource type == XieK_IdcRoi */ + CARD32 resource_id; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; +} xieCreateRoiReq; + + /* + ** Create Tmp Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* resource type == XieK_IdcTmp */ + CARD32 resource_id; + INT32 center_x; + INT32 center_y; + CARD32 data_count; /* number of XieTmpEntryRec's */ +/* XieTmpEntryRec data[data_count] /* list of XieTmpEntryRec */ +} xieCreateTmpReq; + + /* + ** Delete resource request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieDeleteResource */ + CARD16 length; + CARD32 resource_type; + CARD32 resource_id; +} xieDeleteResourceReq; + + /* + ** Query resource request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieQueryResource */ + CARD16 length; + CARD32 resource_type; + CARD32 resource_id; +} xieQueryResourceReq; + + /* + ** Bind an existing Photomap to an existing Photoflo. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieBindPhotomap */ + CARD16 length; + CARD32 photoflo_id; + CARD32 photomap_id; +} xieBindPhotomapReq; + + /* + ** Abort Photoflo request. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieAbortPhotoflo */ + CARD16 length; + CARD32 photoflo_id; +} xieAbortPhotofloReq; + + /* + ** Execute Photoflo Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieExecutePhotoflo */ + CARD16 length; + CARD32 photoflo_id; +} xieExecutePhotofloReq; + + /* + ** Tap Photoflo Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieTapPhotoflo */ + CARD16 length; + CARD32 photoflo_id; + CARD32 photo_id; + BOOL permanent; + CARD8 _pad[3]; +} xieTapPhotofloReq; + + /* + ** Abort transport Request (release transport resources) + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieAbortTransport */ + CARD16 length; + CARD32 photo_id; + CARD32 plane_mask; +} xieAbortTransportReq; + + /* + ** Get Stream Request (transport image data: server --> client) + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieGetStream */ + CARD16 length; + CARD32 photo_id; + CARD32 max_bytes; /* maximum return image data length */ + CARD8 plane_num; + CARD8 _pad[3]; +} xieGetStreamReq; + + /* + ** Get Tile Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieGetTile */ + CARD16 length; + CARD32 photomap_id; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; + CARD32 plane_mask; + BOOL final; + CARD8 _pad[3]; +} xieGetTileReq; + + /* + ** Put Stream Request (transport image data: client --> server) + */ +typedef struct _xiePutStreamReq { + CARD8 reqType; + CARD8 opcode; /* function == X_iePutStream */ + CARD16 length; + CARD32 photo_id; + CARD32 byte_count; /* image plane data length in bytes */ + BOOL final; + CARD8 plane_num; + CARD8 _pad[2]; +} xiePutStreamReq; + + /* + ** Put Tile Request (transport image data: client --> server) + */ +typedef struct _xiePutTileReq { + CARD8 reqType; + CARD8 opcode; /* function == X_iePutTile */ + CARD16 length; + CARD32 photomap_id; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; + CARD32 plane_mask; + BOOL final; + CARD8 _pad[3]; +} xiePutTileReq; + + /* + ** Set transport Request (set transport parameters) + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieSetTransport */ + CARD16 length; + CARD32 photo_id; + CARD32 compression_parameter; + CARD8 compression_scheme; + CARD8 mode; + CARD8 component_organization; + CARD8 _pad; + CARD32 plane_mask; + CARD8 pixel_stride[XieK_MaxPlanes]; + CARD32 scanline_stride[XieK_MaxPlanes]; +} xieSetTransportReq; + + /* + ** Export image data to drawable Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieExport */ + CARD16 length; + CARD32 photo_id; + CARD32 drawable_id; + CARD32 gc_id; + INT32 src_x; + INT32 src_y; + CARD32 width; + CARD32 height; + INT32 dst_x; + INT32 dst_y; + CARD32 photo_lut_id; + CARD32 colormap_id; + XieFloatRec match_limit; + XieFloatRec gray_limit; +} xieExportReq; + + /* + ** Free ExportContext from Photomap Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieFreeExport */ + CARD16 length; + CARD32 photo_id; +} xieFreeExportReq; + + /* + ** Import image data from drawable Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieImport */ + CARD16 length; + CARD32 photomap_id; + CARD32 drawable_id; + CARD32 colormap_id; + CARD8 polarity; + CARD8 _pad[3]; +} xieImportReq; + + /* + ** Query ExportContext Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieQueryExport */ + CARD16 length; + CARD32 photo_id; + CARD32 lut_id; + BOOL get_pixels; + CARD8 _pad[3]; +} xieQueryExportReq; + + /* + ** Area Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 ipcc_id; + CARD32 ipct_id; + CARD8 op1; + CARD8 op2; + CARD8 constrain; + CARD8 _pad; +} xieAreaReq; + + /* + ** Area Statistics Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 edge_size; + CARD8 stat_type; + CARD8 _pad[2]; +} xieAreaStatsReq; + + /* + ** Arith Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieArithmetic */ + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 constants[XieK_MaxComponents]; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 constrain; + CARD16 _pad; +} xieArithReq; + + /* + ** Calculate Histogram Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id; + CARD32 idc_id; + CARD8 by_component; + CARD8 _pad[3]; +} xieCalcHistReq; + + /* + ** Chrominance Combine Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id1; + CARD32 photo_id2; + CARD32 photo_id3; + CARD32 dst_photo_id; +} xieChromeComReq; + + /* + ** Chrominance Separate Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo; + CARD32 dst_photo; + CARD32 component; +} xieChromeSepReq; + + /* + ** Compare Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 constants[XieK_MaxComponents]; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 combine; + CARD16 _pad; +} xieCompareReq; + + /* + ** Constrain Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieConstrain */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD8 model; + CARD8 _pad[3]; + CARD32 levels[XieK_MaxComponents]; + +} xieConstrainReq; + + /* + ** Crop Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCrop */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; +} xieCropReq; + + /* + ** Dither Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieDither */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 levels[XieK_MaxComponents]; +} xieDitherReq; + + /* + ** Fill Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieFill */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 dst_idc_id; + CARD32 constant[XieK_MaxComponents]; +} xieFillReq; + + /* + ** Logical Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieLogical */ + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 constants[XieK_MaxComponents]; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 _pad[3]; + } xieLogicalReq; + + /* + ** Luminance Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieLuminance */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; +} xieLuminanceReq; + + /* + ** Math Function Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 constrain; + CARD16 _pad; +} xieMathReq; + + /* + ** Match Histogram Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id1; + CARD32 photo_id2; + CARD32 idc_id; + XieFloatRec param1; + XieFloatRec param2; + CARD8 h_shape; + CARD8 _pad[3]; +} xieMatchHistogramReq; + + /* + ** Mirror Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieMirror */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + BOOL x_mirror; + BOOL y_mirror; + CARD8 _pad[2]; +} xieMirrorReq; + + /* + ** Point Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD32 trans_photo_id; +} xiePointReq; + + /* + ** Point Statistics Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id; + INT32 x; + INT32 y; + CARD8 height; + CARD8 width; + CARD8 _pad[2]; +} xiePointStatsReq; + + /* + ** Rotate Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieRotate */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + XieFloatRec angle; + CARD32 width; + CARD32 height; + CARD32 fill[XieK_MaxComponents]; +} xieRotateReq; + + /* + ** Scale Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieScale */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 width; + CARD32 height; +} xieScaleReq; + + /* + ** Translate Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieTranslate */ + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 src_idc_id; + CARD32 dst_photo_id; + CARD32 dst_idc_id; +} xieTranslateReq; + +#ifdef NOT_YET_IMPLEMENTED +/************ NONE OF THE FOLLOWING REQUESTS HAVE BEEN IMPLEMENTED ************/ + /* + ** Display Sequence Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 window_id; + CARD16 frame_count; + CARD16 frame_timing; + CARD8 forward; + CARD8 number_of_pixmaps; +} xieDisplaySeqReq; + +/**************************** END OF UNIMPLEMENTED REQUESTS *******************/ +#endif + +/******************************************************************************* +** Events +*******************************************************************************/ + /* + ** Send Xie Event + */ +typedef struct { + CARD8 type; + CARD8 detail; + CARD16 sequenceNumber; + CARD32 resource_id; + CARD8 _pad[24]; +} xieSendEvent; + +/******************************************************************************* +** Replies +*******************************************************************************/ + /* + ** Reply for Init Session + */ +typedef struct { + INT8 type; + CARD8 success; + CARD16 sequenceNumber; + CARD32 length; + CARD16 major_version; + CARD16 minor_version; + CARD32 service_class; /* not implemented */ + CARD8 _pad[16]; +} xieInitSessionReply; + + /* + ** Reply for Query Events + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 event_mask; + CARD8 _pad[20]; +} xieQueryEventsReply; + + /* + ** Reply for Query Operational Defaults + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 model; + CARD8 _pad[3]; + CARD32 levels[XieK_MaxComponents]; + CARD8 _pad1[8]; +} xieQueryOpDefaultsReply; + + /* + ** Reply for Query Resource: resource type == Photoflo + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 status; + CARD8 _pad[20]; +} xieQueryPhotofloReply; + + /* + ** Reply for Query Resource: resource type == Photo{map|tap} + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 width; + CARD32 height; + XieFloatRec aspect_ratio; + CARD8 polarity; + CARD8 pixel_progression; + CARD8 line_progression; + BOOL constrained; + CARD8 component_mapping; + CARD8 component_count; + CARD8 _pad[2]; + CARD32 levels[XieK_MaxComponents]; + CARD32 photo_id; +} xieQueryPhotomapReply; + + /* + ** Reply for Query Resource: resource type == Idc of type XieK_Cpp + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + INT32 x; + INT32 y; + CARD32 photomap_id; + CARD8 _pad[12]; +} xieQueryCppReply; + + /* + ** Reply for Query Resource: resource type == Idc of type XieK_Roi + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; + CARD8 _pad[8]; +} xieQueryRoiReply; + + /* + ** Reply for Query Resource: resource type == Idc of type XieK_Tmp + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* length of entries: long words */ + INT32 center_x; + INT32 center_y; + CARD32 data_count; /* number of XieTmpEntryRec's to */ + CARD8 _pad[12]; /* follow xieQueryTmpReply as data */ +} xieQueryTmpReply; + + /* + ** Reply for Get Stream + */ +typedef struct { + INT8 type; + CARD8 status; + CARD16 sequenceNumber; + CARD32 length; /* length of image data: longwords */ + CARD32 byte_count; /* image plane data length in bytes */ + CARD8 _pad[20]; +} xieGetStreamReply; + + /* + ** Reply for Get Tile + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* length of image data: longwords */ + CARD8 _pad[24]; +} xieGetTileReply; + + /* + ** Reply for QueryExport -- returns LUT and list of allocated pixels + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* number of pixels being returned */ + CARD32 pixel_count; + CARD32 lut_id; + CARD8 lut_mapping; + CARD8 _pad[15]; +} xieQueryExportReply; + + /* + ** Reply for CalcHistogram -- returns frequency distribution data + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* size of histogram list in longs */ + CARD8 _pad[24]; +} xieCalcHistReply; + + /* + ** Reply for Point Statistics + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 _pad[24]; +} xiePointStatsReply; + +/* the following structure is used for Point Statistics */ + +typedef struct { + XieFloatRec pixel; + XieFloatRec minimum; + XieFloatRec maximum; + XieFloatRec mean; + XieFloatRec std_dev; + XieFloatRec variance; +} xiePointStatsData, *xiePointStatsDataPtr; + + +#ifdef NOT_YET_IMPLEMENTED +/************ NONE OF THE FOLLOWING REPLIES HAVE BEEN IMPLEMENTED *************/ + +typedef struct { + CARD16 screen_width_millimeters; + CARD16 screen_height_millimeters; + CARD16 screen_width_pixels; + CARD16 screen_height_pixels; + CARD16 screen_depth; + CARD16 screen_luts_size; + CARD8 screen_number; + CARD8 screen_luts; + CARD8 screen_brightness_control; + CARD8 screen_contrast_control; + CARD8 screen_hue_control; + CARD8 _pad[5]; +} screen_data; + +typedef struct { + CARD32 minimum; + CARD32 maximum; + CARD32 mean; + CARD32 std_dev; + CARD32 variance; +} statistics_data; + +/* Reply for Dot Product */ + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 _pad[6]; +} xieDotProductReply; + +/*** following display stuff may be deleted or expanded */ + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 idc_type; + CARD8 skip_or_show; + CARD32 pixmap; + CARD16 _pad; +} xieSingleStaticReply; + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 idc_type; + CARD8 map_x_tiles; + CARD8 map_y_tiles; + CARD32 current_frame; + CARD32 number_of_display_frames; +} xieSpatialMapReply; + +typedef struct { + CARD32 pixmap; + CARD8 skip_or_show; + CARD8 _pad[3]; +} display_frame; + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 current_frame; + CARD32 number_of_display_frames; + CARD8 idc_type; + CARD8 map_x_tiles; + CARD8 map_y_tiles; + CARD8 _pad[14]; +} xieTimeSequenceReply; + +/**************************** END OF UNIMPLEMENTED REPLIES ********************/ +#endif +/* +** This "endif" MUST be the last line of this file. +*/ +#endif /* end of XIEPROTO -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ + diff --git a/xie/docs/dec/xie23-src/include/XieUdpDef.h b/xie/docs/dec/xie23-src/include/XieUdpDef.h new file mode 100644 index 0000000..44d88ff --- /dev/null +++ b/xie/docs/dec/xie23-src/include/XieUdpDef.h @@ -0,0 +1,118 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/********************************************************************************************************************************/ +/* Created 23-MAY-1992 03:11:09 by VAX SDL V3.2-12 Source: 12-JUL-1990 18:14:51 VNRESD$:[XIESMI.SRC]XIEUDPDEF.SDL;1 */ +/********************************************************************************************************************************/ +/******************************************************************************* */ +/** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, */ +/** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. */ +/** */ +/** All Rights Reserved */ +/** */ +/** Permission to use, copy, modify, and distribute this software and its */ +/** documentation for any purpose and without fee is hereby granted, */ +/** provided that the above copyright notice appear in all copies and that */ +/** both that copyright notice and this permission notice appear in */ +/** supporting documentation, and that the names of Digital or MIT not be */ +/** used in advertising or publicity pertaining to distribution of the */ +/** software without specific, written prior permission. */ +/** */ +/** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING */ +/** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL */ +/** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR */ +/** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, */ +/** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, */ +/** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS */ +/** SOFTWARE. */ +/** */ +/******************************************************************************* */ +/******************************************************************************* */ +/** */ +/** FACILITY: */ +/** */ +/** Sample Machine Independant DDX */ +/** X Image Extensions */ +/** */ +/** ABSTRACT: */ +/** */ +/** This include file defines low level image data representation */ +/** structures. */ +/** */ +/** ENVIRONMENT: */ +/** */ +/** VAX/VMS V5.3 */ +/** ULTRIX V3.1 */ +/** */ +/** AUTHOR(S): */ +/** */ +/** John Weber */ +/** */ +/** CREATION DATE: */ +/** */ +/** August 12, 1989 */ +/** */ +/** MODIFICATION HISTORY: */ +/** */ +/******************************************************************************* */ + +/*** MODULE XieUdpDef ***/ +#ifndef UDPDEF +#define UDPDEF +struct UDP { + unsigned short int UdpW_PixelLength; + unsigned char UdpB_DType; + unsigned char UdpB_Class; + unsigned char *UdpA_Base; + unsigned long int UdpL_ArSize; + unsigned long int UdpL_PxlStride; + unsigned long int UdpL_ScnStride; + long int UdpL_X1; + long int UdpL_X2; + long int UdpL_Y1; + long int UdpL_Y2; + unsigned long int UdpL_PxlPerScn; + unsigned long int UdpL_ScnCnt; + long int UdpL_Pos; + unsigned long int UdpL_CompIdx; + unsigned long int UdpL_Levels; + } ; +typedef struct UDP UdpRec, *UdpPtr; +#define UdpK_DTypeUndefined 0 +#define UdpK_DTypeMin 1 +#define UdpK_DTypeBU 1 +#define UdpK_DTypeWU 2 +#define UdpK_DTypeLU 3 +#define UdpK_DTypeF 4 +#define UdpK_DTypeC 5 +#define UdpK_DTypeVU 6 +#define UdpK_DTypeV 7 +#define UdpK_DTypeCL 8 +#define UdpK_DTypeMax 8 +#define UdpK_ClassUBA 1 +#define UdpK_ClassUBS 2 +#define UdpK_ClassA 3 +#define UdpK_ClassCL 4 +#endif /* UDPDEF */ diff --git a/xie/docs/dec/xie23-src/include/bits.h b/xie/docs/dec/xie23-src/include/bits.h new file mode 100644 index 0000000..2bfb950 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/bits.h @@ -0,0 +1,114 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* +************************************************************************** +** DIGITAL EQUIPMENT CORPORATION ** +** CONFIDENTIAL ** +** NOT FOR MODIFICATION OR REDISTRIBUTION IN ANY MANNER WHATSOEVER ** +************************************************************************** +*/ +/* + * This include file is designed to be a portable way for systems to define + * bit field manipulation of arrays of bits. + */ +#ifndef __BITS__ +#define __BITS__ "@(#)bits.h 1.6 - 90/09/18 " +/* RCSID = $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/bits.h,v 1.1.2.2 92/02/06 13:44:37 Jim_Ludwig Exp $" */ + +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990 by Digital Equipment Corporation, Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + */ +typedef unsigned char *UByteP; /* Pointer to an unsigned byte array */ +#define BitsInByte 8L /* The number of bits in a byte */ + +#define BitInByte(bit) /* Returns the bit mask of a byte */ \ + (1L << (((bit) % BitsInByte))) + +#define BitInWord(bit) /* Returns the bit mask of a word */ \ + (1L << (((bit) % (BitsInByte * 2L)))) + +#define BitInLong(bit) /* Returns the bit mask of a long */ \ + (1L << (((bit) % (BitsInByte * 4L)))) + +#define ByteInArray(array,bit) /* Returns the byte offset to get to a bit */ \ + (((UByteP)(array))[(bit) / BitsInByte]) + +#define BitIsTrue(array,bit) /* Test to see if a specific bit is True */ \ + (ByteInArray(array,bit) & BitInByte(bit)) + +#define BitIsFalse(array,bit) /* Test to see if a specific bit is False */ \ + (!(BitIsTrue(array,bit))) + +#define BitTrue(array,bit) /* Set a specific bit to be True */ \ + (ByteInArray(array,bit) |= BitInByte(bit)) + +#define BitFalse(array,bit) /* Set a specific bit to be False */ \ + (ByteInArray(array,bit) &= ~BitInByte(bit)) + +#define BitToggle(array,bit) /* Toggle a specific bit */ \ + (ByteInArray(array,bit) ^= BitInByte(bit)) + +#define BitCopy(dest,src,bit) /* Copy a specific bit */ \ + BitIsTrue((src),(bit)) ? BitTrue((dest),(bit)) : BitFalse((dest),(bit)) + +#define BitValue(array,bit) /* Return True or False depending on bit */ \ + (BitIsTrue((array),(bit)) ? True : False) + +#define BitSet(array,bit,value) /* Set bit to given value in array */ \ + (value) ? BitTrue((array),(bit)) : BitFalse((array),(bit)) + +#endif /* __BITS__ */ diff --git a/xie/docs/dec/xie23-src/include/extutil.h b/xie/docs/dec/xie23-src/include/extutil.h new file mode 100644 index 0000000..b597c17 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/extutil.h @@ -0,0 +1,148 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* + * $XConsortium: extutil.h,v 1.11 89/12/09 21:12:33 rws Exp $ + * + * Copyright 1989 Massachusetts Institute of Technology + * + * Permission to use, copy, modify, distribute, and sell this software and its + * documentation for any purpose is hereby granted without fee, provided that + * the above copyright notice appear in all copies and that both that + * copyright notice and this permission notice appear in supporting + * documentation, and that the name of M.I.T. not be used in advertising or + * publicity pertaining to distribution of the software without specific, + * written prior permission. M.I.T. makes no representations about the + * suitability of this software for any purpose. It is provided "as is" + * without express or implied warranty. + * + * M.I.T. DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING ALL + * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL M.I.T. + * BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES + * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION + * OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN + * CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. + * + * Author: Jim Fulton, MIT X Consortium + * + * Xlib Extension-Writing Utilities + * + * This package contains utilities for writing the client API for various + * protocol extensions. THESE INTERFACES ARE NOT PART OF THE X STANDARD AND + * ARE SUBJECT TO CHANGE! + */ + +#ifndef _EXTUTIL_H_ +#define _EXTUTIL_H_ + +/* + * We need to keep a list of open displays since the Xlib display list isn't + * public. We also have to per-display info in a separate block since it isn't + * stored directly in the Display structure. + */ +typedef struct _XExtDisplayInfo { + struct _XExtDisplayInfo *next; /* keep a linked list */ + Display *display; /* which display this is */ + XExtCodes *codes; /* the extension protocol codes */ + caddr_t data; /* extra data for extension to use */ +} XExtDisplayInfo; + +typedef struct _XExtensionInfo { + XExtDisplayInfo *head; /* start of list */ + XExtDisplayInfo *cur; /* most recently used */ + int ndisplays; /* number of displays */ +} XExtensionInfo; + +typedef struct _XExtensionHooks { + int (*create_gc)(); + int (*copy_gc)(); + int (*flush_gc)(); + int (*free_gc)(); + int (*create_font)(); + int (*free_font)(); + int (*close_display)(); + Bool (*wire_to_event)(); + Status (*event_to_wire)(); + int (*error)(); + char *(*error_string)(); +} XExtensionHooks; + +extern XExtensionInfo *XextCreateExtension(); +extern void XextDestroyExtension(); +extern XExtDisplayInfo *XextAddDisplay(); +extern int XextRemoveDisplay(); +extern XExtDisplayInfo *XextFindDisplay(); + +#define XextHasExtension(i) ((i) && ((i)->codes)) +#define XextCheckExtension(dpy,i,name,val) \ + if (!XextHasExtension(i)) { XMissingExtension (dpy, name); return val; } +#define XextSimpleCheckExtension(dpy,i,name) \ + if (!XextHasExtension(i)) { XMissingExtension (dpy, name); return; } + + +/* + * helper macros to generate code that is common to all extensions; caller + * should prefix it with static if extension source is in one file; this + * could be a utility function, but have to stack 6 unused arguments for + * something that is called many, many times would be bad. + */ +#define XEXT_GENERATE_FIND_DISPLAY(proc,extinfo,extname,hooks,nev,data) \ +XExtDisplayInfo *proc (dpy) \ + register Display *dpy; \ +{ \ + XExtDisplayInfo *dpyinfo; \ + if (!extinfo) { if (!(extinfo = XextCreateExtension())) return NULL; } \ + if (!(dpyinfo = XextFindDisplay (extinfo, dpy))) \ + dpyinfo = XextAddDisplay (extinfo,dpy,extname,hooks,nev,data); \ + return dpyinfo; \ +} + +#define XEXT_GENERATE_CLOSE_DISPLAY(proc,extinfo) \ +int proc (dpy, codes) \ + Display *dpy; \ + XExtCodes *codes; \ +{ \ + return XextRemoveDisplay (extinfo, dpy); \ +} + +#define XEXT_GENERATE_ERROR_STRING(proc,extname,nerr,errl) \ +char *proc (dpy, code, codes, buf, n) \ + Display *dpy; \ + int code; \ + XExtCodes *codes; \ + char *buf; \ + int n; \ +{ \ + code -= codes->first_error; \ + if (code >= 0 && code < nerr) { \ + char tmp[256]; \ + sprintf (tmp, "%s.%d", extname, code); \ + XGetErrorDatabaseText (dpy, "XProtoError", tmp, errl[code], buf, n); \ + return buf; \ + } \ + return (char *)0; \ +} + +#endif diff --git a/xie/docs/dec/xie23-src/include/mitmiscstr.h b/xie/docs/dec/xie23-src/include/mitmiscstr.h new file mode 100644 index 0000000..4576b0b --- /dev/null +++ b/xie/docs/dec/xie23-src/include/mitmiscstr.h @@ -0,0 +1,81 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/************************************************************ +Copyright 1989 by The Massachusetts Institute of Technology + +Permission to use, copy, modify, and distribute this +software and its documentation for any purpose and without +fee is hereby granted, provided that the above copyright +no- tice appear in all copies and that both that copyright +no- tice and this permission notice appear in supporting +docu- mentation, and that the name of MIT not be used in +advertising or publicity pertaining to distribution of the +software without specific prior written permission. +M.I.T. makes no representation about the suitability of +this software for any purpose. It is provided "as is" +without any express or implied warranty. + +********************************************************/ + +/* RANDOM CRUFT! THIS HAS NO OFFICIAL X CONSORTIUM BLESSING */ + +/* $XConsortium: mitmiscstr.h,v 1.3 90/05/15 18:50:18 keith Exp $ */ + +#include "MITMisc.h" + +#define MITMISCNAME "MIT-SUNDRY-NONSTANDARD" + +typedef struct _SetBugMode { + CARD8 reqType; /* always MITReqCode */ + CARD8 mitReqType; /* always X_MITSetBugMode */ + CARD16 length B16; + BOOL onOff; + BYTE pad0; + CARD16 pad1; +} xMITSetBugModeReq; +#define sz_xMITSetBugModeReq 8 + +typedef struct _GetBugMode { + CARD8 reqType; /* always MITReqCode */ + CARD8 mitReqType; /* always X_MITGetBugMode */ + CARD16 length B16; +} xMITGetBugModeReq; +#define sz_xMITGetBugModeReq 4 + +typedef struct { + BYTE type; /* X_Reply */ + BOOL onOff; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; +} xMITGetBugModeReply; +#define sz_xMITGetBugModeReply 32 + diff --git a/xie/docs/dec/xie23-src/include/multibuf.h b/xie/docs/dec/xie23-src/include/multibuf.h new file mode 100644 index 0000000..7a72bfd --- /dev/null +++ b/xie/docs/dec/xie23-src/include/multibuf.h @@ -0,0 +1,305 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* + * $XConsortium: multibuf.h,v 1.15 91/07/12 10:20:42 rws Exp $ + * + * Copyright 1989 Massachusetts Institute of Technology + * + * Permission to use, copy, modify, distribute, and sell this software and its + * documentation for any purpose is hereby granted without fee, provided that + * the above copyright notice appear in all copies and that both that + * copyright notice and this permission notice appear in supporting + * documentation, and that the name of M.I.T. not be used in advertising or + * publicity pertaining to distribution of the software without specific, + * written prior permission. M.I.T. makes no representations about the + * suitability of this software for any purpose. It is provided "as is" + * without express or implied warranty. + * + * M.I.T. DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING ALL + * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL M.I.T. + * BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES + * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION + * OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN + * CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. + */ + +#ifndef _MULTIBUF_H_ +#define _MULTIBUF_H_ + +#include + +#define MULTIBUFFER_PROTOCOL_NAME "Multi-Buffering" + +#define MULTIBUFFER_MAJOR_VERSION 1 /* current version numbers */ +#define MULTIBUFFER_MINOR_VERSION 0 + +#define X_MbufGetBufferVersion 0 +#define X_MbufCreateImageBuffers 1 +#define X_MbufDestroyImageBuffers 2 +#define X_MbufDisplayImageBuffers 3 +#define X_MbufSetMBufferAttributes 4 +#define X_MbufGetMBufferAttributes 5 +#define X_MbufSetBufferAttributes 6 +#define X_MbufGetBufferAttributes 7 +#define X_MbufGetBufferInfo 8 +#define X_MbufCreateStereoWindow 9 + +/* + * update_action field + */ +#define MultibufferUpdateActionUndefined 0 +#define MultibufferUpdateActionBackground 1 +#define MultibufferUpdateActionUntouched 2 +#define MultibufferUpdateActionCopied 3 + +/* + * update_hint field + */ +#define MultibufferUpdateHintFrequent 0 +#define MultibufferUpdateHintIntermittent 1 +#define MultibufferUpdateHintStatic 2 + +/* + * valuemask fields + */ +#define MultibufferWindowUpdateHint (1L << 0) +#define MultibufferBufferEventMask (1L << 0) + +/* + * mono vs. stereo and left vs. right + */ +#define MultibufferModeMono 0 +#define MultibufferModeStereo 1 +#define MultibufferSideMono 0 +#define MultibufferSideLeft 1 +#define MultibufferSideRight 2 + +/* + * clobber state + */ +#define MultibufferUnclobbered 0 +#define MultibufferPartiallyClobbered 1 +#define MultibufferFullyClobbered 2 + +/* + * event stuff + */ +#define MultibufferClobberNotifyMask 0x02000000 +#define MultibufferUpdateNotifyMask 0x04000000 + +#define MultibufferClobberNotify 0 +#define MultibufferUpdateNotify 1 +#define MultibufferNumberEvents (MultibufferUpdateNotify + 1) + +#define MultibufferBadBuffer 0 +#define MultibufferNumberErrors (MultibufferBadBuffer + 1) + + +#ifndef _MULTIBUF_SERVER_ +/* + * Extra definitions that will only be needed in the client + */ +typedef XID Multibuffer; + +typedef struct { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + int send_event; /* true if this came frome a SendEvent request */ + Display *display; /* Display the event was read from */ + Multibuffer buffer; /* buffer of event */ + int state; /* see Clobbered constants above */ +} XmbufClobberNotifyEvent; + +typedef struct { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + int send_event; /* true if this came frome a SendEvent request */ + Display *display; /* Display the event was read from */ + Multibuffer buffer; /* buffer of event */ +} XmbufUpdateNotifyEvent; + + +/* + * per-window attributes that can be got + */ +typedef struct { + int displayed_index; /* which buffer is being displayed */ + int update_action; /* Undefined, Background, Untouched, Copied */ + int update_hint; /* Frequent, Intermittent, Static */ + int window_mode; /* Mono, Stereo */ + int nbuffers; /* Number of buffers */ + Multibuffer *buffers; /* Buffers */ +} XmbufWindowAttributes; + +/* + * per-window attributes that can be set + */ +typedef struct { + int update_hint; /* Frequent, Intermittent, Static */ +} XmbufSetWindowAttributes; + + +/* + * per-buffer attributes that can be got + */ +typedef struct { + Window window; /* which window this belongs to */ + unsigned long event_mask; /* events that have been selected */ + int buffer_index; /* which buffer is this */ + int side; /* Mono, Left, Right */ +} XmbufBufferAttributes; + +/* + * per-buffer attributes that can be set + */ +typedef struct { + unsigned long event_mask; /* events that have been selected */ +} XmbufSetBufferAttributes; + + +/* + * per-screen buffer info (there will be lists of them) + */ +typedef struct { + VisualID visualid; /* visual usuable at this depth */ + int max_buffers; /* most buffers for this visual */ + int depth; /* depth of buffers to be created */ +} XmbufBufferInfo; + +_XFUNCPROTOBEGIN + +extern Bool XmbufQueryExtension( +#if NeedFunctionPrototypes + Display* /* dpy */, + int* /* event_base_return */, + int* /* error_base_return */ +#endif +); + +extern Status XmbufGetVersion( +#if NeedFunctionPrototypes + Display* /* dpy */, + int* /* major_version_return */, + int* /* minor_version_return */ +#endif +); + +extern int XmbufCreateBuffers( +#if NeedFunctionPrototypes + Display* /* dpy */, + Window /* w */, + int /* count */, + int /* update_action */, + int /* update_hint */, + Multibuffer* /* buffers */ +#endif +); + +extern void XmbufDestroyBuffers( +#if NeedFunctionPrototypes + Display* /* dpy */, + Window /* window */ +#endif +); + +extern void XmbufDisplayBuffers( +#if NeedFunctionPrototypes + Display* /* dpy */, + int /* count */, + Multibuffer* /* buffers */, + int /* min_delay */, + int /* max_delay */ +#endif +); + +extern Status XmbufGetWindowAttributes( +#if NeedFunctionPrototypes + Display* /* dpy */, + Window /* w */, + XmbufWindowAttributes* /* attr */ +#endif +); + +extern void XmbufChangeWindowAttributes( +#if NeedFunctionPrototypes + Display* /* dpy */, + Window /* w */, + unsigned long /* valuemask */, + XmbufSetWindowAttributes* /* attr */ +#endif +); + +extern Status XmbufGetBufferAttributes( +#if NeedFunctionPrototypes + Display* /* dpy */, + Multibuffer /* b */, + XmbufBufferAttributes* /* attr */ +#endif +); + +extern void XmbufChangeBufferAttributes( +#if NeedFunctionPrototypes + Display* /* dpy */, + Multibuffer /* b */, + unsigned long /* valuemask */, + XmbufSetBufferAttributes* /* attr */ +#endif +); + +extern Status XmbufGetScreenInfo( +#if NeedFunctionPrototypes + Display* /* dpy */, + Drawable /* d */, + int* /* nmono_return */, + XmbufBufferInfo** /* mono_info_return */, + int* /* nstereo_return */, + XmbufBufferInfo** /* stereo_info_return */ +#endif +); + +extern Window XmbufCreateStereoWindow( +#if NeedFunctionPrototypes + Display* /* dpy */, + Window /* parent */, + int /* x */, + int /* y */, + unsigned int /* width */, + unsigned int /* height */, + unsigned int /* border_width */, + int /* depth */, + unsigned int /* class */, + Visual* /* visual */, + unsigned long /* valuemask */, + XSetWindowAttributes* /* attr */, + Multibuffer* /* leftp */, + Multibuffer* /* rightp */ +#endif +); + +_XFUNCPROTOEND + +#endif /* _MULTIBUF_SERVER_ */ +#endif /* _MULTIBUF_H_ */ diff --git a/xie/docs/dec/xie23-src/include/multibufst.h b/xie/docs/dec/xie23-src/include/multibufst.h new file mode 100644 index 0000000..9af9e29 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/multibufst.h @@ -0,0 +1,301 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* + * $XConsortium: multibufst.h,v 1.7 91/01/05 16:32:49 rws Exp $ + * + * Copyright 1989 Massachusetts Institute of Technology + * + * Permission to use, copy, modify, distribute, and sell this software and its + * documentation for any purpose is hereby granted without fee, provided that + * the above copyright notice appear in all copies and that both that + * copyright notice and this permission notice appear in supporting + * documentation, and that the name of M.I.T. not be used in advertising or + * publicity pertaining to distribution of the software without specific, + * written prior permission. M.I.T. makes no representations about the + * suitability of this software for any purpose. It is provided "as is" + * without express or implied warranty. + * + * M.I.T. DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING ALL + * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL M.I.T. + * BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES + * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION + * OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN + * CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. + */ + +#ifndef _MULTIBUFST_H_ +#define _MULTIBUFST_H_ + +/* + * Protocol requests constants and alignment values + * These would really be in Multi-Buffering's X.h and Xproto.h equivalents + */ + +#include "multibuf.h" + +#include /* for Window & VisualId defines */ +/* Added to match X11/Xproto.h */ +#define Window CARD32 +#define Drawable CARD32 +#define VisualID CARD32 + +#if defined(__STDC__) && !defined(UNIXCPP) +#define MbufGetReq(name,req,info) GetReq (name, req); \ + req->reqType = info->codes->major_opcode; \ + req->mbufReqType = X_##name; +#else +#define MbufGetReq(name,req,info) GetReq (name, req); \ + req->reqType = info->codes->major_opcode; \ + req->mbufReqType = X_/**/name; +#endif + +#define Multibuffer CARD32 + +typedef struct { + CARD32 visualID B32; /* associated visual */ + CARD16 maxBuffers B16; /* maximum supported buffers */ + CARD8 depth; /* depth of visual (redundant) */ + CARD8 unused; +} xMbufBufferInfo; +#define sz_xMbufBufferInfo 8 + +typedef struct { + BYTE type; + BYTE unused; + CARD16 sequenceNumber B16; + CARD32 buffer B32; /* affected buffer */ + BYTE state; /* current status */ + CARD8 unused1; + CARD16 unused2 B16; + CARD32 unused3 B32; + CARD32 unused4 B32; + CARD32 unused5 B32; + CARD32 unused6 B32; + CARD32 unused7 B32; +} xMbufClobberNotifyEvent; + +typedef struct { + BYTE type; + BYTE unused; + CARD16 sequenceNumber B16; + CARD32 buffer B32; /* affected buffer */ + CARD32 timeStamp B32; /* update time */ + CARD32 unused1 B32; + CARD32 unused2 B32; + CARD32 unused3 B32; + CARD32 unused4 B32; + CARD32 unused5 B32; + CARD32 unused6 B32; +} xMbufUpdateNotifyEvent; + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufGetBufferVersion */ + CARD16 length B16; +} xMbufGetBufferVersionReq; +#define sz_xMbufGetBufferVersionReq 4 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 unused; /* not used */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD8 majorVersion; /* major version of Multi-Buffering protocol */ + CARD8 minorVersion; /* minor version of Multi-Buffering protocol */ + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xMbufGetBufferVersionReply; +#define sz_xMbufGetBufferVersionReply 32 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufCreateImageBuffers */ + CARD16 length B16; + CARD32 window B32; /* associated window */ + CARD8 updateAction; /* action at update */ + CARD8 updateHint; /* hint as to frequency of updates */ + CARD16 unused; +} xMbufCreateImageBuffersReq; /* followed by buffer ids */ +#define sz_xMbufCreateImageBuffersReq 12 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 unused; /* not used */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 numberBuffer B16; /* number successfully allocated */ + CARD16 unused1 B16; + CARD32 unused2 B32; + CARD32 unused3 B32; + CARD32 unused4 B32; + CARD32 unused5 B32; + CARD32 unused6 B32; +} xMbufCreateImageBuffersReply; +#define sz_xMbufCreateImageBuffersReply 32 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufDestroyImageBuffers */ + CARD16 length B16; + CARD32 window B32; /* associated window */ +} xMbufDestroyImageBuffersReq; +#define sz_xMbufDestroyImageBuffersReq 8 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufDisplayImageBuffers */ + CARD16 length B16; + CARD16 minDelay B16; /* minimum time between last update and now */ + CARD16 maxDelay B16; /* maximum time between last update and now */ +} xMbufDisplayImageBuffersReq; /* followed by list of buffers */ +#define sz_xMbufDisplayImageBuffersReq 8 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufSetMBufferAttributes */ + CARD16 length B16; + CARD32 window B32; /* associated window */ + CARD32 valueMask B32; /* modified entries */ +} xMbufSetMBufferAttributesReq; /* followed by values */ +#define sz_xMbufSetMBufferAttributesReq 12 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufGetMBufferAttributes */ + CARD16 length B16; + CARD32 window B32; /* associated window */ +} xMbufGetMBufferAttributesReq; +#define sz_xMbufGetMBufferAttributesReq 8 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 unused; /* not used */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 displayedBuffer B16; /* currently visible buffer */ + CARD8 updateAction; + CARD8 updateHint; + CARD8 windowMode; + CARD8 unused0; + CARD16 unused1 B16; + CARD32 unused2 B32; + CARD32 unused3 B32; + CARD32 unused4 B32; + CARD32 unused5 B32; +} xMbufGetMBufferAttributesReply; +#define sz_xMbufGetMBufferAttributesReply 32 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufSetBufferAttributes */ + CARD16 length B16; + CARD32 buffer B32; + CARD32 valueMask B32; +} xMbufSetBufferAttributesReq; /* followed by values */ +#define sz_xMbufSetBufferAttributesReq 12 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufGetBufferAttributes */ + CARD16 length B16; + CARD32 buffer B32; +} xMbufGetBufferAttributesReq; +#define sz_xMbufGetBufferAttributesReq 8 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 unused; /* not used */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 window B32; + CARD32 eventMask B32; + CARD16 bufferIndex B16; + CARD8 side; + CARD8 unused0; + CARD32 unused1 B32; + CARD32 unused2 B32; + CARD32 unused3 B32; +} xMbufGetBufferAttributesReply; +#define sz_xMbufGetBufferAttributesReply 32 + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufGetBufferInfo */ + CARD16 length B16; + Drawable drawable B32; +} xMbufGetBufferInfoReq; +#define sz_xMbufGetBufferInfoReq 8 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 unused; /* not used */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 normalInfo B16; + CARD16 stereoInfo B16; + CARD32 unused1 B32; + CARD32 unused2 B32; + CARD32 unused3 B32; + CARD32 unused4 B32; + CARD32 unused5 B32; +} xMbufGetBufferInfoReply; /* followed by buffer infos */ +#define sz_xMbufGetBufferInfoReply 32 + + +typedef struct { + CARD8 reqType; /* always codes->major_opcode */ + CARD8 mbufReqType; /* always X_MbufCreateStereoWindow */ + CARD16 length B16; + CARD8 unused0; + CARD8 unused1; + CARD8 unused2; + CARD8 depth; + Window wid B32; + Window parent B32; + Multibuffer left B32; /* associated buffers */ + Multibuffer right B32; + INT16 x B16; + INT16 y B16; + CARD16 width B16; + CARD16 height B16; + CARD16 borderWidth B16; + CARD16 class B16; + VisualID visual B32; + CARD32 mask B32; +} xMbufCreateStereoWindowReq; /* followed by value list */ +#define sz_xMbufCreateStereoWindowReq 44 + + +#undef Multibuffer +#undef Window CARD32 +#undef Drawable CARD32 +#undef VisualID CARD32 + +#endif /* _MULTIBUFST_H_ */ diff --git a/xie/docs/dec/xie23-src/include/shape.h b/xie/docs/dec/xie23-src/include/shape.h new file mode 100644 index 0000000..65aff1d --- /dev/null +++ b/xie/docs/dec/xie23-src/include/shape.h @@ -0,0 +1,222 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/************************************************************ +Copyright 1989 by The Massachusetts Institute of Technology + +Permission to use, copy, modify, and distribute this +software and its documentation for any purpose and without +fee is hereby granted, provided that the above copyright +no- tice appear in all copies and that both that copyright +no- tice and this permission notice appear in supporting +docu- mentation, and that the name of MIT not be used in +advertising or publicity pertaining to distribution of the +software without specific prior written permission. +M.I.T. makes no representation about the suitability of +this software for any purpose. It is provided "as is" +without any express or implied warranty. + +MIT DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, +INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FIT- +NESS FOR A PARTICULAR PURPOSE. IN NO EVENT SHALL SUN BE LI- +ABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR +PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR +OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH +THE USE OR PERFORMANCE OF THIS SOFTWARE. + +********************************************************/ + +/* $XConsortium: shape.h,v 1.15 91/02/17 13:09:32 rws Exp $ */ + +#ifndef _SHAPE_H_ +#define _SHAPE_H_ + +#include + +#define X_ShapeQueryVersion 0 +#define X_ShapeRectangles 1 +#define X_ShapeMask 2 +#define X_ShapeCombine 3 +#define X_ShapeOffset 4 +#define X_ShapeQueryExtents 5 +#define X_ShapeSelectInput 6 +#define X_ShapeInputSelected 7 +#define X_ShapeGetRectangles 8 + +#define ShapeSet 0 +#define ShapeUnion 1 +#define ShapeIntersect 2 +#define ShapeSubtract 3 +#define ShapeInvert 4 + +#define ShapeBounding 0 +#define ShapeClip 1 + +#define ShapeNotifyMask (1L << 0) +#define ShapeNotify 0 + +#define ShapeNumberEvents (ShapeNotify + 1) + +#ifndef _SHAPE_SERVER_ +typedef struct { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + Bool send_event; /* true if this came frome a SendEvent request */ + Display *display; /* Display the event was read from */ + Window window; /* window of event */ + int kind; /* ShapeBounding or ShapeClip */ + int x, y; /* extents of new region */ + unsigned width, height; + Time time; /* server timestamp when region changed */ + Bool shaped; /* true if the region exists */ +} XShapeEvent; + +_XFUNCPROTOBEGIN + +extern Bool XShapeQueryExtension ( +#if NeedFunctionPrototypes + Display* /* display */, + int* /* event_base */, + int* /* error_base */ +#endif +); + +extern Status XShapeQueryVersion ( +#if NeedFunctionPrototypes + Display* /* display */, + int* /* major_version */, + int* /* minor_version */ +#endif +); + +extern void XShapeCombineRegion ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* dest */, + int /* dest_kind */, + int /* x_off */, + int /* y_off */, + Region /* region */, + int /* op */ +#endif +); + +extern void XShapeCombineRectangles ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* dest */, + int /* dest_kind */, + int /* x_off */, + int /* y_off */, + XRectangle* /* rectangles */, + int /* n_rects */, + int /* op */, + int /* ordering */ +#endif +); + +extern void XShapeCombineMask ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* dest */, + int /* dest_kind */, + int /* x_off */, + int /* y_off */, + Pixmap /* src */, + int /* op */ +#endif +); + +extern void XShapeCombineShape ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* dest */, + int /* dest_kind */, + int /* x_off */, + int /* y_off */, + Window /* src */, + int /* src_kind */, + int /* op */ +#endif +); + +extern void XShapeOffsetShape ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* dest */, + int /* dest_kind */, + int /* x_off */, + int /* y_off */ +#endif +); + +extern Status XShapeQueryExtents ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* window */, + Bool* /* bounding_shaped */, + int* /* x_bounding */, + int* /* y_bounding */, + unsigned int* /* w_bounding */, + unsigned int* /* h_bounding */, + Bool* /* clip_shaped */, + int* /* x_clip */, + int* /* y_clip */, + unsigned int* /* w_clip */, + unsigned int* /* h_clip */ +#endif +); + +extern void XShapeSelectInput ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* window */, + unsigned long /* mask */ +#endif +); + +extern unsigned long XShapeInputSelected ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* window */ +#endif +); + +extern XRectangle *XShapeGetRectangles ( +#if NeedFunctionPrototypes + Display* /* display */, + Window /* window */, + int /* kind */, + int* /* count */, + int* /* ordering */ +#endif +); + +_XFUNCPROTOEND + +#endif /* _SHAPE_SERVER_ */ + +#endif /* _SHAPE_H_ */ diff --git a/xie/docs/dec/xie23-src/include/shapestr.h b/xie/docs/dec/xie23-src/include/shapestr.h new file mode 100644 index 0000000..9f3475b --- /dev/null +++ b/xie/docs/dec/xie23-src/include/shapestr.h @@ -0,0 +1,255 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/************************************************************ +Copyright 1989 by The Massachusetts Institute of Technology + +Permission to use, copy, modify, and distribute this +software and its documentation for any purpose and without +fee is hereby granted, provided that the above copyright +no- tice appear in all copies and that both that copyright +no- tice and this permission notice appear in supporting +docu- mentation, and that the name of MIT not be used in +advertising or publicity pertaining to distribution of the +software without specific prior written permission. +M.I.T. makes no representation about the suitability of +this software for any purpose. It is provided "as is" +without any express or implied warranty. + +MIT DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, +INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FIT- +NESS FOR A PARTICULAR PURPOSE. IN NO EVENT SHALL SUN BE LI- +ABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR +PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR +OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH +THE USE OR PERFORMANCE OF THIS SOFTWARE. + +********************************************************/ + +/* $XConsortium: shapestr.h,v 1.9 90/06/07 10:08:36 rws Exp $ */ + +/* + * Protocol requests constants and alignment values + * These would really be in SHAPE's X.h and Xproto.h equivalents + */ + +#include "shape.h" +#include +/* for Window & Time defines */ +/* Added to match X11/Xproto.h */ +#define Window CARD32 +#define Time CARD32 + +#define SHAPENAME "SHAPE" + +#define SHAPE_MAJOR_VERSION 1 /* current version numbers */ +#define SHAPE_MINOR_VERSION 0 + +typedef struct _ShapeQueryVersion { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeQueryVersion */ + CARD16 length B16; +} xShapeQueryVersionReq; +#define sz_xShapeQueryVersionReq 4 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 unused; /* not used */ + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 majorVersion B16; /* major version of SHAPE protocol */ + CARD16 minorVersion B16; /* minor version of SHAPE protocol */ + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; +} xShapeQueryVersionReply; +#define sz_xShapeQueryVersionReply 32 + +typedef struct _ShapeRectangles { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeRectangles */ + CARD16 length B16; + CARD8 op; /* Set, ... */ + CARD8 destKind; /* ShapeBounding or ShapeClip */ + CARD8 ordering; /* UnSorted, YSorted, YXSorted, YXBanded */ + CARD8 pad0; /* not used */ + CARD32 dest B32; /* Window */ + INT16 xOff B16; + INT16 yOff B16; +} xShapeRectanglesReq; /* followed by xRects */ +#define sz_xShapeRectanglesReq 16 + +typedef struct _ShapeMask { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeMask */ + CARD16 length B16; + + CARD8 op; /* Set, ... */ + CARD8 destKind; /* ShapeBounding or ShapeClip */ + CARD16 junk B16; /* not used */ + + CARD32 dest B32; /* Window */ + INT16 xOff B16; + INT16 yOff B16; + CARD32 src B32; /* 1 bit pixmap */ +} xShapeMaskReq; +#define sz_xShapeMaskReq 20 + +typedef struct _ShapeCombine { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeCombine */ + CARD16 length B16; + CARD8 op; /* Set, ... */ + CARD8 destKind; /* ShapeBounding or ShapeClip */ + CARD8 srcKind; /* ShapeBounding or ShapeClip */ + CARD8 junk; /* not used */ + CARD32 dest B32; /* Window */ + INT16 xOff B16; + INT16 yOff B16; + CARD32 src B32; /* Window */ +} xShapeCombineReq; +#define sz_xShapeCombineReq 20 + +typedef struct _ShapeOffset { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeOffset */ + CARD16 length B16; + CARD8 destKind; /* ShapeBounding or ShapeClip */ + CARD8 junk1; /* not used */ + CARD16 junk2 B16; /* not used */ + CARD32 dest B32; /* Window */ + INT16 xOff B16; + INT16 yOff B16; +} xShapeOffsetReq; +#define sz_xShapeOffsetReq 16 + +typedef struct _ShapeQueryExtents { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeQueryExtents */ + CARD16 length B16; + CARD32 window B32; /* request destination id */ +} xShapeQueryExtentsReq; +#define sz_xShapeQueryExtentsReq 8 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 unused; /* not used */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + CARD8 boundingShaped; /* window has bounding shape */ + CARD8 clipShaped; /* window has clip shape */ + CARD16 unused1 B16; + INT16 xBoundingShape B16; /* extents of bounding shape */ + INT16 yBoundingShape B16; + CARD16 widthBoundingShape B16; + CARD16 heightBoundingShape B16; + INT16 xClipShape B16; /* extents of clip shape */ + INT16 yClipShape B16; + CARD16 widthClipShape B16; + CARD16 heightClipShape B16; + CARD32 pad1 B32; +} xShapeQueryExtentsReply; +#define sz_xShapeQueryExtentsReply 32 + +typedef struct _ShapeSelectInput { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeSelectInput */ + CARD16 length B16; + CARD32 window B32; /* request destination id */ + BYTE enable; /* xTrue -> send events */ + BYTE pad1; + CARD16 pad2 B16; +} xShapeSelectInputReq; +#define sz_xShapeSelectInputReq 12 + +typedef struct _ShapeNotify { + BYTE type; /* always eventBase + ShapeNotify */ + BYTE kind; /* either ShapeBounding or ShapeClip */ + CARD16 sequenceNumber B16; + Window window B32; + INT16 x B16; + INT16 y B16; /* extents of new shape */ + CARD16 width B16; + CARD16 height B16; + Time time B32; /* time of change */ + BYTE shaped; /* set when a shape actual exists */ + BYTE pad0; + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; +} xShapeNotifyEvent; +#define sz_xShapeNotifyEvent 32 + +typedef struct _ShapeInputSelected { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeInputSelected */ + CARD16 length B16; + CARD32 window B32; /* request destination id */ +} xShapeInputSelectedReq; +#define sz_xShapeInputSelectedReq 8 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 enabled; /* current status */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* 0 */ + CARD32 pad1 B32; /* unused */ + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xShapeInputSelectedReply; +#define sz_xShapeInputSelectedReply 32 + +typedef struct _ShapeGetRectangles { + CARD8 reqType; /* always ShapeReqCode */ + CARD8 shapeReqType; /* always X_ShapeGetRectangles */ + CARD16 length B16; + CARD32 window B32; /* request destination id */ + CARD8 kind; /* ShapeBounding or ShapeClip */ + CARD8 junk1; + CARD16 junk2 B16; +} xShapeGetRectanglesReq; +#define sz_xShapeGetRectanglesReq 12 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 ordering; /* UnSorted, YSorted, YXSorted, YXBanded */ + CARD16 sequenceNumber B16; + CARD32 length B32; /* not zero */ + CARD32 nrects B32; /* number of rectangles */ + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; +} xShapeGetRectanglesReply; /* followed by xRectangles */ +#define sz_xShapeGetRectanglesReply 32 +#undef Window CARD32 +#undef Time CARD32 diff --git a/xie/docs/dec/xie23-src/include/shmstr.h b/xie/docs/dec/xie23-src/include/shmstr.h new file mode 100644 index 0000000..4c742ac --- /dev/null +++ b/xie/docs/dec/xie23-src/include/shmstr.h @@ -0,0 +1,207 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/************************************************************ +Copyright 1989 by The Massachusetts Institute of Technology + +Permission to use, copy, modify, and distribute this +software and its documentation for any purpose and without +fee is hereby granted, provided that the above copyright +no- tice appear in all copies and that both that copyright +no- tice and this permission notice appear in supporting +docu- mentation, and that the name of MIT not be used in +advertising or publicity pertaining to distribution of the +software without specific prior written permission. +M.I.T. makes no representation about the suitability of +this software for any purpose. It is provided "as is" +without any express or implied warranty. + +********************************************************/ + +/* THIS IS NOT AN X CONSORTIUM STANDARD */ + +/* $XConsortium: shmstr.h,v 1.6 91/07/12 09:18:52 rws Exp $ */ + +#include "XShm.h" + +#include /* for Window & VisualId defines */ +/* Added to match X11/Xproto.h */ +#define Window CARD32 +#define Drawable CARD32 +#define VisualID CARD32 +#define GContext CARD32 +#define Pixmap CARD32 + +#define SHMNAME "MIT-SHM" + +#define SHM_MAJOR_VERSION 1 /* current version numbers */ +#define SHM_MINOR_VERSION 1 + +#ifdef _XSHM_SERVER_ +typedef struct _ShmFuncs { + PixmapPtr (* CreatePixmap)(); + void (* PutImage)(); +} ShmFuncs, *ShmFuncsPtr; +#endif + +typedef struct _ShmQueryVersion { + CARD8 reqType; /* always ShmReqCode */ + CARD8 shmReqType; /* always X_ShmQueryVersion */ + CARD16 length B16; +} xShmQueryVersionReq; +#define sz_xShmQueryVersionReq 4 + +typedef struct { + BYTE type; /* X_Reply */ + BOOL sharedPixmaps; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 majorVersion B16; /* major version of SHM protocol */ + CARD16 minorVersion B16; /* minor version of SHM protocol */ + CARD16 uid B16; + CARD16 gid B16; + CARD8 pixmapFormat; + CARD8 pad0; + CARD16 pad1 B16; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; +} xShmQueryVersionReply; +#define sz_xShmQueryVersionReply 32 + +typedef struct _ShmAttach { + CARD8 reqType; /* always ShmReqCode */ + CARD8 shmReqType; /* always X_ShmAttach */ + CARD16 length B16; + ShmSeg shmseg; + CARD32 shmid; + BOOL readOnly; + BYTE pad0; + CARD16 pad1; +} xShmAttachReq; +#define sz_xShmAttachReq 16 + +typedef struct _ShmDetach { + CARD8 reqType; /* always ShmReqCode */ + CARD8 shmReqType; /* always X_ShmDetach */ + CARD16 length B16; + ShmSeg shmseg; +} xShmDetachReq; +#define sz_xShmDetachReq 8 + +typedef struct _ShmPutImage { + CARD8 reqType; /* always ShmReqCode */ + CARD8 shmReqType; /* always X_ShmPutImage */ + CARD16 length B16; + Drawable drawable B32; + GContext gc B32; + CARD16 totalWidth B16; + CARD16 totalHeight B16; + CARD16 srcX B16; + CARD16 srcY B16; + CARD16 srcWidth B16; + CARD16 srcHeight B16; + INT16 dstX B16; + INT16 dstY B16; + CARD8 depth; + CARD8 format; + CARD8 sendEvent; + CARD8 bpad; + ShmSeg shmseg B32; + CARD32 offset B32; +} xShmPutImageReq; +#define sz_xShmPutImageReq 40 + +typedef struct _ShmGetImage { + CARD8 reqType; /* always ShmReqCode */ + CARD8 shmReqType; /* always X_ShmGetImage */ + CARD16 length B16; + Drawable drawable B32; + INT16 x B16; + INT16 y B16; + CARD16 width B16; + CARD16 height B16; + CARD32 planeMask B32; + CARD8 format; + CARD8 pad0; + CARD8 pad1; + CARD8 pad2; + ShmSeg shmseg B32; + CARD32 offset B32; +} xShmGetImageReq; +#define sz_xShmGetImageReq 32 + +typedef struct _ShmGetImageReply { + BYTE type; /* X_Reply */ + CARD8 depth; + CARD16 sequenceNumber B16; + CARD32 length B32; + VisualID visual B32; + CARD32 size B32; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; +} xShmGetImageReply; +#define sz_xShmGetImageReply 32 + +typedef struct _ShmCreatePixmap { + CARD8 reqType; /* always ShmReqCode */ + CARD8 shmReqType; /* always X_ShmCreatePixmap */ + CARD16 length B16; + Pixmap pid B32; + Drawable drawable B32; + CARD16 width B16; + CARD16 height B16; + CARD8 depth; + CARD8 pad0; + CARD8 pad1; + CARD8 pad2; + ShmSeg shmseg B32; + CARD32 offset B32; +} xShmCreatePixmapReq; +#define sz_xShmCreatePixmapReq 28 + +typedef struct _ShmCompletion { + BYTE type; /* always eventBase + ShmCompletion */ + BYTE bpad0; + CARD16 sequenceNumber B16; + Drawable drawable B32; + CARD16 minorEvent B16; + BYTE majorEvent; + BYTE bpad1; + ShmSeg shmseg B32; + CARD32 offset B32; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; +} xShmCompletionEvent; +#define sz_xShmCompletionEvent 32 + +#undef Window CARD32 +#undef Drawable CARD32 +#undef VisualID CARD32 +#undef GContext CARD32 +#undef Pixmap CARD32 diff --git a/xie/docs/dec/xie23-src/include/smt.h b/xie/docs/dec/xie23-src/include/smt.h new file mode 100644 index 0000000..5beb6e2 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/smt.h @@ -0,0 +1,106 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ +/* $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/smt.h,v 1.1.2.4 92/07/21 07:22:58 Jim_Ludwig Exp $ + * smt.h + * Shared Memory Transport definitions + */ + + +#ifndef _SMT_H_ +#define _SMT_H_ + +#if defined(SMT_DEBUG) +#define SMT_DIAG(s) s +#else +#define SMT_DIAG(s) +#endif /* SMT_DEBUG */ + +#define SMT_PROTOCOL_NAME "Shared-Memory Transport" + +/* + * Requests + */ +#define X_SmtQueryVersion 0 +#define X_SmtAttach 1 +#define X_SmtWakeupServer 2 + +/* + * event stuff + */ +#define XSmtWakeupNotifyMask 0x02000000 + +#define XSmtWakeupNotify 0 +#define XSmtNumberOfEvents (XSmtWakeupNotify + 1) + +#define XSmtBadSegment 0 +#define XSmtNumberOfErrors (XSmtBadSegment + 1) + +#define SMT_REQ (1 << 0) +#define SMT_REP (1 << 1) +#define SMT_NEED_WAKEUP (1 << 2) +#define SMT_NEWVER (1 << 3) + +#ifndef _SMT_SERVER_ +/* + * Extra definitions that will only be needed in the client + */ +typedef XID XSmt; + +extern Bool XSmtQueryVersion(); /* is extension on server? */ +extern Bool XSmtAttach(); /* attach shared memory transport */ +extern Bool XWakeupServer(); /* wakeup server */ + +typedef struct { + int type; /* of event */ + unsigned long serial; /* # of last request processed by server */ + int send_event; /* true if this came frome a SendEvent request */ + struct _XDisplay *display; /* Display the event was read from */ +} XSmtWakeupEvent; + +#endif /* _SMT_SERVER_ */ +#endif /* _SMT_H_ */ diff --git a/xie/docs/dec/xie23-src/include/smtstr.h b/xie/docs/dec/xie23-src/include/smtstr.h new file mode 100644 index 0000000..5a46db7 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/smtstr.h @@ -0,0 +1,194 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ +/* $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/smtstr.h,v 1.1.2.5 92/08/03 09:32:18 Dave_Hill Exp $ + * smtstr.h + * Shared Memory Transport definitions + */ + +#ifndef _SMTSTR_H_ +#define _SMTSTR_H_ + +#include +#include +#include + +/* + * Minor Version Description + * ------------- ----------- + * 0 Wakeup request increments serial number + * 1 not implemented + * 2 Wakeup request doesn't increment serial number + */ +#define SMT_MAJOR_VERSION 1 +#define SMT_MINOR_VERSION 2 + + +typedef struct _SmtProcInfo { + int whoami; + int status; + int pid; +} SmtProcInfo, *SmtProcInfoPtr; + +typedef struct _SmtPrivate { + SmtProcInfo server; + SmtProcInfo client; +} SmtPrivate, *SmtPrivatePtr; + +typedef struct _SmtQueryVersion { + CARD8 reqType; + CARD8 smtReqType; + CARD16 length B16; +} xSmtQueryVersionReq; +#define sz_xSmtQueryVersionReq 4 + +typedef struct { + BYTE type; /* X_Reply */ + BYTE bpad0; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 majorVersion B16; + CARD16 minorVersion B16; + CARD16 uid B16; + CARD16 gid B16; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; +} xSmtQueryVersionReply; +#define sz_xSmtQueryVersionReply 32; + +typedef struct _SmtAttach { + CARD8 reqType; + CARD8 smtReqType; + CARD16 length B16; + CARD16 flags; + CARD8 majorVersion; + CARD8 minorVersion; + Channel chan; +} xSmtAttachReq; +#define sz_xSmtAttachReq sizeof(xSmtAttachReq) + +typedef struct { + BYTE type; /* X_Reply */ + BYTE bpad0; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 status B32; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; +} xSmtAttachReply; +#define sz_xSmtAttachReply 32; + +typedef struct _SmtWakeupServer { + CARD8 reqType; + CARD8 smtReqType; + CARD16 length B16; + CARD32 flags; +} xSmtWakeupServerReq; +#define sz_xSmtWakeupServerReq 8 + +typedef struct _SmtWakeup { + BYTE type; /* eventBase + SmtWakeup */ + BYTE bpad0; + CARD16 sequenceNumber B16; + CARD32 flags; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; +} xSmtWakeupEvent; +#define sz_xSmtWakeupEvent 32 + +#ifdef _SMT_SERVER_ + +typedef struct { /* SMT_DEFER_FREE */ + int (*freep)(/* ptr,dat */); + unsigned char *Q; + unsigned long *ptr; + unsigned long dat; + unsigned int len; +} smtQEntry, *smtQEntryPtr; + +#define SMT_Q_DEPTH 11 /* SMT_DEFER_FREE */ + +typedef struct { /* SMT_DEFER_FREE */ + int last; /* next to be freed */ + int this; /* current request */ + int next; /* next to be written */ + smtQEntry e[SMT_Q_DEPTH]; +} smtQueue, *smtQueuePtr; + +typedef struct _smtControlBlock { + Channel chan; /* channel control block */ + SmtPrivatePtr pPriv; + int wakeRec; /* wakeup requests received */ + int wakeSent; /* wakeup events sent */ + int (*ReadRequestFromClient)(); + smtQueue q; /* queue of req's to free */ + short majorVersion, minorVersion; /* client versions */ +} smtControlBlock, *smtControlBlockPtr; + +#else /* client-side definitions */ + +typedef struct _smtDisplay { + Channel chan; + char *buffer; /* saved non-smt buffer starting address. */ + char *bufptr; /* saved non-smt buffer index pointer. */ + char *bufmax; /* saved non-smt buffer index pointer. */ + SmtPrivatePtr pPriv; /* pointer to server-client private area */ + short majorVersion, minorVersion; /* server versions */ +} smtDisplay, *smtDisplayPtr; + +#endif /* _SMT_SERVER_ */ + +#endif /* _SMTSTR_H_ */ diff --git a/xie/docs/dec/xie23-src/include/xemacros.h b/xie/docs/dec/xie23-src/include/xemacros.h new file mode 100644 index 0000000..445b57d --- /dev/null +++ b/xie/docs/dec/xie23-src/include/xemacros.h @@ -0,0 +1,358 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* +************************************************************************** +** DIGITAL EQUIPMENT CORPORATION ** +** CONFIDENTIAL ** +** NOT FOR MODIFICATION OR REDISTRIBUTION IN ANY MANNER WHATSOEVER ** +************************************************************************** +*/ +#ifndef __XEMACROS__ +#define __XEMACROS__ "@(#)xemacros.h 1.9 - 90/09/18 " +/* RCSID = $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/xemacros.h,v 1.1.2.3 92/04/27 12:33:06 Leela_Obilichetti Exp $" */ +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990, 1991 by Digital Equipment Corp., Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + * DESCRIPTION: + * This include file is designed to provide the *visible* + * interface to XTrap data structures. Fields can be set + * using these macros by client programs unless otherwise + * specified; however, use of Trap Context convenience + * routines is strongly encouraged (XETrapContext.c) + */ +#include "bits.h" + +/* msleep macro to replace msleep() for portability reasons */ +#define msleep(m) usleep((m)*1000) + +/* Copying TC's assumes that the new TC must be created */ +#define XECopyTC(src,mask,dest) \ + (dest = XECreateTC(((src)->dpy), (mask), (&((src)->values)))) + +/* Expands to SET each element of the TCValues structure + * Returns the TCValues Mask so that the Set can be entered + * as an argument to the XEChangeTC() routine call + */ +/* Note: req_cb & evt_cb would only be used if you wanted to + * *share* callbacks between Trap Contexts. Normally, + * XEAddRequestCB() and XEAddEventCB() would be used. + */ +#define XETrapSetCfgReqCB(tcv,x) ((tcv)->req_cb = (x)) +#define XETrapSetCfgEvtCB(tcv,x) ((tcv)->evt_cb = (x)) +#define XETrapSetCfgMaxPktSize(tcv,x) ((tcv)->v.max_pkt_size = (x)) +#define XETrapSetCfgCmdKey(tcv,x) ((tcv)->v.cmd_key = (x)) +/* Note: e is only pertinent for "valid" or "data" */ +#define XETrapSetCfgFlags(tcv,e,a) \ + memcpy((tcv)->v.flags.e, (a), sizeof((tcv)->v.flags.e)) +#define XETrapSetCfgFlagTimestamp(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapTimestamp, (x)) +#define XETrapSetCfgFlagCmd(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapCmd, (x)) +#define XETrapSetCfgFlagCmdKeyMod(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapCmdKeyMod, (x)) +#define XETrapSetCfgFlagRequest(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapRequest, (x)) +#define XETrapSetCfgFlagEvent(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapEvent, (x)) +#define XETrapSetCfgFlagMaxPacket(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapMaxPacket, (x)) +#define XETrapSetCfgFlagStatistics(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapStatistics, (x)) +#define XETrapSetCfgFlagWinXY(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapWinXY, (x)) +#define XETrapSetCfgFlagCursor(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapCursor, (x)) +#define XETrapSetCfgFlagReq(tcv,request,x) \ + BitSet((tcv)->v.flags.req, (request), (x)) +#define XETrapSetCfgFlagXInput(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapXInput, (x)) +#define XETrapSetCfgFlagColorReplies(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapColorReplies, (x)) +#define XETrapSetCfgFlagGrabServer(tcv,e,x) \ + BitSet((tcv)->v.flags.e, XETrapGrabServer, (x)) +#define XETrapSetCfgFlagEvt(tcv,evt,x) \ + BitSet((tcv)->v.flags.event, (evt), (x)) + +#define XETrapSetValFlagDeltaTimes(tcv,x) \ + BitSet((tcv)->tc_flags, XETCDeltaTimes, (x)) + +/* Fields returned in the "GetAvailable" request */ +#define XETrapGetAvailPFIdent(avail) ((avail)->pf_ident) +#define XETrapGetAvailRelease(avail) ((avail)->xtrap_release) +#define XETrapGetAvailVersion(avail) ((avail)->xtrap_version) +#define XETrapGetAvailRevision(avail) ((avail)->xtrap_revision) +#define XETrapGetAvailMaxPktSize(avail) ((avail)->max_pkt_size) +#define XETrapGetAvailFlags(avail,a) \ + memcpy((a), (avail)->valid, sizeof((avail)->valid)) +#define XETrapGetAvailFlagTimestamp(avail) \ + (BitValue((avail)->valid, XETrapTimestamp)) +#define XETrapGetAvailFlagCmd(avail) \ + (BitValue((avail)->valid, XETrapCmd)) +#define XETrapGetAvailFlagCmdKeyMod(avail) \ + (BitValue((avail)->valid, XETrapCmdKeyMod)) +#define XETrapGetAvailFlagRequest(avail) \ + (BitValue((avail)->valid, XETrapRequest)) +#define XETrapGetAvailFlagEvent(avail) \ + (BitValue((avail)->valid, XETrapEvent)) +#define XETrapGetAvailFlagMaxPacket(avail) \ + (BitValue((avail)->valid, XETrapMaxPacket)) +#define XETrapGetAvailFlagStatistics(avail) \ + (BitValue((avail)->valid, XETrapStatistics)) +#define XETrapGetAvailFlagWinXY(avail) \ + (BitValue((avail)->valid, XETrapWinXY)) +#define XETrapGetAvailFlagCursor(avail) \ + (BitValue((avail)->valid, XETrapCursor)) +#define XETrapGetAvailFlagXInput(avail) \ + (BitValue((avail)->valid, XETrapXInput)) +#define XETrapGetAvailFlagVecEvt(avail) \ + (BitValue((avail)->valid, XETrapVectorEvents)) +#define XETrapGetAvailFlagColorReplies(avail) \ + (BitValue((avail)->valid, XETrapColorReplies)) +#define XETrapGetAvailFlagGrabServer(avail) \ + (BitValue((avail)->valid, XETrapGrabServer)) +#define XETrapGetAvailOpCode(avail) ((avail)->major_opcode) +/* Macro's for creating current request and trap context macros */ +#define XETrapGetCfgMaxPktSize(cfg) ((cfg)->max_pkt_size) +#define XETrapGetCfgCmdKey(cfg) ((cfg)->cmd_key) +#define XETrapGetCfgFlags(cfg,e,a) \ + memcpy((a), (cfg)->flags.e, sizeof((cfg)->flags.e)) +#define XETrapGetCfgFlagTimestamp(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapTimestamp)) +#define XETrapGetCfgFlagCmd(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapCmd)) +#define XETrapGetCfgFlagCmdKeyMod(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapCmdKeyMod)) +#define XETrapGetCfgFlagRequest(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapRequest)) +#define XETrapGetCfgFlagEvent(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapEvent)) +#define XETrapGetCfgFlagMaxPacket(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapMaxPacket)) +#define XETrapGetCfgFlagStatistics(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapStatistics)) +#define XETrapGetCfgFlagWinXY(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapWinXY)) +#define XETrapGetCfgFlagCursor(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapCursor)) +#define XETrapGetCfgFlagXInput(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapXInput)) +#define XETrapGetCfgFlagColorReplies(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapColorReplies)) +#define XETrapGetCfgFlagGrabServer(cfg,e) \ + (BitValue((cfg)->flags.e, XETrapGrabServer)) +/* Request values are in "Xproto.h" of the flavor X_RequestType */ +#define XETrapGetCfgFlagReq(cfg,request) \ + (BitValue((cfg)->flags.req, (request))) +/* Event types are in "X.h" of the flavor EventType (e.g. KeyPress) */ +#define XETrapGetCfgFlagEvt(cfg,evt) \ + (BitValue((cfg)->flags.event, (evt))) + +/* Fields returned int the "GetCurrent" Request */ +#define XETrapGetCurX(avail) ((avail)->cur_x) +#define XETrapGetCurY(avail) ((avail)->cur_y) +#define XETrapGetCurSFlags(cur,a) \ + memcpy((a), (cur)->state_flags, sizeof((cur)->state_flags)) +#define XETrapGetCurMaxPktSize(cur) (XETrapGetCfgMaxPktSize(&((cur)->config))) +#define XETrapGetCurCmdKey(cur) (XETrapGetCfgCmdKey(&((cur)->config))) +/* Note: e is only pertinent for "valid" or "data" */ +#define XETrapGetCurCFlags(cur,e,a) (XETrapGetCfgFlags(&((cur)->config),e,a)) +#define XETrapGetCurFlagTimestamp(cur,e) \ + (XETrapGetCfgFlagTimestamp(&((cur)->config),e)) +#define XETrapGetCurFlagCmd(cur,e) (XETrapGetCfgFlagCmd(&((cur)->config),e)) +#define XETrapGetCurFlagCmdKeyMod(cur,e) \ + (XETrapGetCfgFlagCmdKeyMod(&((cur)->config),e)) +#define XETrapGetCurFlagRequest(cur,r) \ + (XETrapGetCfgFlagRequest(&((cur)->config),r)) +#define XETrapGetCurFlagEvent(cur,e) \ + (XETrapGetCfgFlagEvent(&((cur)->config),e)) +#define XETrapGetCurFlagMaxPacket(cur,e) \ + (XETrapGetCfgFlagMaxPacket(&((cur)->config),e)) +#define XETrapGetCurFlagStatistics(cur,e) \ + (XETrapGetCfgFlagStatistics(&((cur)->config),e)) +#define XETrapGetCurFlagWinXY(cur,e) \ + (XETrapGetCfgFlagWinXY(&((cur)->config),e)) +#define XETrapGetCurFlagCursor(cur,e) \ + (XETrapGetCfgFlagCursor(&((cur)->config),e)) +#define XETrapGetCurFlagXInput(cur,e) \ + (XETrapGetCfgFlagXInput(&((cur)->config),e)) +#define XETrapGetCurFlagColorReplies(cur,e) \ + (XETrapGetCfgFlagColorReplies(&((cur)->config),e)) +#define XETrapGetCurFlagGrabServer(cur,e) \ + (XETrapGetCfgFlagGrabServer(&((cur)->config),e)) +/* Request values are in "Xproto.h" of the flavor X_RequestType */ +#define XETrapGetCurFlagReq(cur,r) (XETrapGetCfgFlagReq(&((cur)->config),r)) +/* Event types are in "X.h" of the flavor EventType (e.g. KeyPress) */ +#define XETrapGetCurFlagEvt(cur,e) (XETrapGetCfgFlagEvt(&((cur)->config),e)) + +/* Fields returned int the "GetStatistics" Request */ +#define XETrapGetStatsReq(stat,e) ((stat)->requests[(e)]) +#define XETrapGetStatsEvt(stat,e) ((stat)->events[(e)]) + +/* Fields returned in the "GetVersion" request */ +#define XETrapGetVersRelease(vers) ((vers)->xtrap_release) +#define XETrapGetVersVersion(vers) ((vers)->xtrap_version) +#define XETrapGetVersRevision(vers) ((vers)->xtrap_revision) + +/* Fields returned in the "GetLastInpTime" request */ +#define XETrapGetLastInpTime(time_rep) ((time_rep)->last_time) + +/* Expands to GET each element of the TCValues structure */ +#define XETrapGetTCReqCB(tc) ((tc)->values.req_cb) +#define XETrapGetTCEvtCB(tc) ((tc)->values.evt_cb) +#define XETrapGetTCTime(tc) ((tc)->values.last_time) +/* TC specific flags */ +#define XETrapGetTCLFlags(tc,a) \ + memcpy((a), (tc)->values.tc_flags, sizeof((tc)->values.tc_flags)) +#define XETrapGetTCFlagDeltaTimes(tc) \ + (BitValue((tc)->values.tc_flags, XETCDeltaTimes)) +#define XETrapGetTCFlagTrapActive(tc) \ + (BitValue((tc)->values.tc_flags, XETCTrapActive)) +#define XETrapGetTCMaxPktSize(tc) (XETrapGetCfgMaxPktSize(&((tc)->values.v))) +#define XETrapGetTCCmdKey(tc) (XETrapGetCfgCmdKey(&((tc)->values.v))) +/* Note: e is only pertinent for "valid" or "data" */ +#define XETrapGetTCFlags(tc,e,a) (XETrapGetCfgFlags(&((tc)->values.v),e,a)) +#define XETrapGetTCFlagTimestamp(tc,e) \ + (XETrapGetCfgFlagTimestamp(&((tc)->values.v),e)) +#define XETrapGetTCFlagCmd(tc,e) \ + (XETrapGetCfgFlagCmd(&((tc)->values.v),e)) +#define XETrapGetTCFlagCmdKeyMod(tc,e) \ + (XETrapGetCfgFlagCmdKeyMod(&((tc)->values.v),e)) +#define XETrapGetTCFlagRequest(tc,r) \ + (XETrapGetCfgFlagRequest(&((tc)->values.v),r)) +#define XETrapGetTCFlagEvent(tc,e) \ + (XETrapGetCfgFlagEvent(&((tc)->values.v),e)) +#define XETrapGetTCFlagMaxPacket(tc,e) \ + (XETrapGetCfgFlagMaxPacket(&((tc)->values.v),e)) +#define XETrapGetTCFlagStatistics(tc,e) \ + (XETrapGetCfgFlagStatistics(&((tc)->values.v),e)) +#define XETrapGetTCFlagWinXY(tc,e) \ + (XETrapGetCfgFlagWinXY(&((tc)->values.v),e)) +#define XETrapGetTCFlagCursor(tc,e) \ + (XETrapGetCfgFlagCursor(&((tc)->values.v),e)) +#define XETrapGetTCFlagXInput(tc,e) \ + (XETrapGetCfgFlagXInput(&((tc)->values.v),e)) +#define XETrapGetTCFlagColorReplies(tc,e) \ + (XETrapGetCfgFlagColorReplies(&((tc)->values.v),e)) +#define XETrapGetTCFlagGrabServer(tc,e) \ + (XETrapGetCfgFlagGrabServer(&((tc)->values.v),e)) +/* Request values are in "Xproto.h" of the flavor X_RequestType */ +#define XETrapGetTCFlagReq(tc,r) \ + (XETrapGetCfgFlagReq(&((tc)->values.v),r)) +/* Event types are in "X.h" of the flavor EventType (e.g. KeyPress) */ +#define XETrapGetTCFlagEvt(tc,e) \ + (XETrapGetCfgFlagEvt(&((tc)->values.v),e)) +/* The following can/should *not* be set directly! */ +#define XETrapGetNext(tc) ((tc)->next) +#define XETrapGetDpy(tc) ((tc)->dpy) +#define XETrapGetEventBase(tc) ((tc)->eventBase) +#define XETrapGetErrorBase(tc) ((tc)->errorBase) +#define XETrapGetExtOpcode(tc) ((tc)->extOpcode) +#define XETrapGetXBuff(tc) ((tc)->xbuff) +#define XETrapGetXMaxSize(tc) ((tc)->xmax_size) +#define XETrapGetExt(tc) ((tc)->ext_data) +#define XETrapGetDirty(tc) ((tc)->dirty) +#define XETrapGetValues(tc) memcpy((x),(tc)->values,sizeof((tc)->values)) +#define XETrapGetEventFunc(tc) ((tc)->eventFunc) + +#define XETrapGetHeaderCount(phdr) ((phdr)->count) +#define XETrapGetHeaderTimestamp(phdr) ((phdr)->timestamp) +#define XETrapGetHeaderType(phdr) ((phdr)->type) +#define XETrapGetHeaderScreen(phdr) ((phdr)->screen) +#define XETrapGetHeaderWindowX(phdr) ((phdr)->win_x) +#define XETrapGetHeaderWindowY(phdr) ((phdr)->win_y) +#define XETrapGetHeaderClient(phdr) ((phdr)->client) + +#define XEGetRelease(tc) ((tc)->release) +#define XEGetVersion(tc) ((tc)->version) +#define XEGetRevision(tc) ((tc)->revision) + +/* Condition handling macros */ +#ifndef _InitExceptionHandling +#ifdef vms +#define _InitExceptionHandling(rtn) \ + VAXC$ESTABLISH(rtn) /* VMS exception handler */ +#else /* vms */ +#define _InitExceptionHandling(rtn) \ + (void)signal(SIGBUS, rtn); /* Bus error */ \ + (void)signal(SIGSEGV, rtn); /* Accvio/Segment error */ \ + (void)signal(SIGFPE, rtn); /* Floating point exception */ \ + (void)signal(SIGILL, rtn); /* Illegal instruction */ \ + (void)signal(SIGSYS, rtn); /* Param error in sys call */ \ + (void)signal(SIGHUP, rtn); \ + (void)signal(SIGPIPE, rtn); \ + (void)signal(SIGTERM, rtn) +#endif /* vms */ +#endif /* _InitExceptionHandling */ + +#ifndef _ClearExceptionHandling +#ifdef vms +#define _ClearExceptionHandling() \ + LIB$REVERT() +#else +#define _ClearExceptionHandling() \ + (void)signal(SIGBUS, SIG_DFL); /* Bus error */ \ + (void)signal(SIGSEGV, SIG_DFL); /* Accvio/Segment error */ \ + (void)signal(SIGFPE, SIG_DFL); /* Floating point exception */ \ + (void)signal(SIGILL, SIG_DFL); /* Illegal instruction */ \ + (void)signal(SIGSYS, SIG_DFL); /* Param error in sys call */ \ + (void)signal(SIGHUP, SIG_DFL); \ + (void)signal(SIGPIPE, SIG_DFL); \ + (void)signal(SIGTERM, SIG_DFL) +#endif /* vms */ +#endif /* _ClearExceptionHandling */ + +#endif /* __XEMACROS__ */ + diff --git a/xie/docs/dec/xie23-src/include/xestream.h b/xie/docs/dec/xie23-src/include/xestream.h new file mode 100644 index 0000000..ecc9361 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/xestream.h @@ -0,0 +1,201 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* +************************************************************************** +** DIGITAL EQUIPMENT CORPORATION ** +** CONFIDENTIAL ** +** NOT FOR MODIFICATION OR REDISTRIBUTION IN ANY MANNER WHATSOEVER ** +************************************************************************** +*/ +/* BuildSystemHeader added automatically */ +/* $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/xestream.h,v 1.1.2.2 92/02/06 16:53:05 Jim_Ludwig Exp $ */ +#ifndef __XESTREAM__ +#define __XESTREAM__ "@(#)xestream.h 1.11 - 90/11/07 " + +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990, 1991 by Digital Equipment Corp., Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + * DESCRIPTION: + * This header file describes the data structures and constants + * required to utilize the custom "stream" facility which presents + * a common interface to varying I/O transports. Currently only + * partially implemented for (server-side). + */ +#include +#if defined TCPCONN && !defined VMS +#include +#endif +#if defined DNETCONN && !defined VMS +#include +#endif + +typedef struct +{ + INT32 flink; + INT32 blink; +} +#ifdef VMS + _align(QUADWORD) +#endif + QUEUE_HDR; + +/* Stream I/O data abstraction: + * The following structures support a loose rendition of + * stream I/O abstraction for use in writing more portable + * applications between VMS and U*IX. It was intentionally + * decided NOT to attempt to implement streams per the + * published interface specification (beyond *our* scope). + * However, the *principle* is being observed in the hope + * that someday XTrap can take advantage of some future + * streams implementation. + */ +typedef struct _XESTREAM /* stream I/O object */ +{ + struct _XESTREAM *next; + CARD8 type; + Bool queue; + int_function accept; + int_function close; + int_function read; + int_function write; + void_function err_func; + CARD16 addr1_lgth; /* in bytes (counted string) */ + char *addr1; /* string of what's opened */ + CARD16 addr2_lgth; /* in bytes (counted string) */ + char *addr2; /* Maybe a return addr (DECnet) */ + union + { + struct _qio + { + INT16 read_chan; + INT16 write_chan; + CARD16 iosb[4L]; + CARD32 efn; + CARD32 read_mode; + CARD32 write_mode; + QUEUE_HDR *read_queue; /* must be quadword-aligned loc */ + QUEUE_HDR *free_queue; /* must be quadword-aligned loc */ + CARD32 byte_cnt; + CARD32 bufsiz; + CARD32 bufinc; + CARD32 errno; +#if defined TCPCONN || defined DNETCONN + CARD32 accept_efn; + INT16 port; + INT16 mbx_chan; + void *ncb; /* VMS-only Network Command Block Info */ + void *netcmd; /* VMS-only Network Command Mbx Logical */ +#endif + } Q; + struct _dsc + { + INT32 fd; + INT32 sd; /* socket descriptor for init connection */ +#if defined TCPCONN && !defined VMS + struct sockaddr_in insock; +#endif +#if defined DNETCONN && !defined VMS + struct sockaddr_dn dnsock; +#endif + } D; + } u; +} XESTREAM; + +/* Currently defined Stream Types */ +#define StreamInternet 1L +#define StreamDECnet 2L +#define StreamMbx 3L /* Only on VMS */ +#define StreamShMem 4L /* Not Currently Implemented */ +#define StreamFile 5L +#define StreamLAT 6L /* Not Currently Implemented */ + + +#define BUFSIZstream 1500L /* Stream BUFSIZ used w/queued stream type */ + /* Note: Can't be <110 bytes for DECnet */ +#define BUFstream 1L /* Initial increment of n buffers per */ + /* stream. Increases exponentially as more */ + /* are req'd */ +#ifdef vms +typedef struct _QREC +{ + CARD32 queue_entry[2L]; + CARD16 iosb[4L]; + XESTREAM *st; + CARD8 *data; +} +#ifdef VMS + _align(QUADWORD) +#endif + QREC; +typedef struct _QREC *QRECPtr; + +#define MbxSize 8192L +#define MbxBufs 2L + +#endif + +#if defined TCPCONN || defined DNETCONN +#define AcceptInterval 2 /* in seconds */ +#define AcceptLoops 15 /* max times around the loop */ +#endif + +#define XEStreamEFN 7L /* Arbitrary event flag in cluster 0 for VMS use */ + +#define SIOErr(st,err_str) ((void)(*(st)->err_func)(err_str)) +#define SIOSetErrFunc(st,rtn) ((st)->err_func = (void_function)rtn) +#define SIOGetErrFunc(st) ((st)->err_func) + +#endif /* __XESTREAM__ */ diff --git a/xie/docs/dec/xie23-src/include/xkmeproto_include.h b/xie/docs/dec/xie23-src/include/xkmeproto_include.h new file mode 100644 index 0000000..e9e30d3 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/xkmeproto_include.h @@ -0,0 +1,123 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/*********************************************************************** +Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts. +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +************************************************************************/ +/* +**++ +** FACILITY: +** +** common struct +** +** ABSTRACT: +** +** It contains protocol definition for the keyboard management extension. +** (KME). +** The KME extension name string and all relevant protocol definition for +** I18N keyboard mode-switching are defined here. +** +** ENVIRONMENT: +** +** Ultrix +** +** MODIFICATION HISTORY: +** +**-- +**/ +#ifndef XKMEPROTO_INCLUDE_H +#define XKMEPROTO_INCLUDE_H + +#define KMEXTENSIONNAME "Keyboard-Management-Extension" + +/* constant returned by XKME routines indicating that the target server + * version does not honor the request */ +#define KMEBADREQUEST 2 + +/* Opcodes to set and reset keyboard mode-switch */ +#define X_KMEDoKBModeSwitch 10 + +/* command mode constants for switching the keyboard mode */ +#define LockDownModeSwitch 1 +#define UnlockModeSwitch 2 + + +/* reply constants */ +#define KBModeSwitchSuccess 0 /* kb mode successfully switched */ +#define KBModeSwitchFailure 1 /* kb mode failed to switch */ +#define KBModeSwitchInvalidCmd 2 /* invalid kb mode-switch command */ +#define KBModeSwitchNoop 3 /* Keyboard is already in the request mode*/ + + +/* + * X_KMEDoKBModeSwitch request packet def + */ +typedef struct { + CARD8 reqType; + CARD8 minor_opcode; + CARD16 length B16; + CARD32 mode B32; /* LockDownModeSwitch or UnlockModeSwitch */ +} xKMEDoKBModeSwitchReq; + +/* + * X_KMEDoKBModeSwitch reply packet definition + */ +typedef struct { + BYTE type; + BYTE data1; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 status B32; /* 0 = SUCCESS, 1 = FAILURE */ + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; +}xKMEDoKBModeSwitchRep; + +#define sz_xKMEDoKBModeSwitchReq (sizeof(xKMEDoKBModeSwitchReq)) +#define sz_xKMEDoKBModeSwitchRep (sizeof(xKMEDoKBModeSwitchRep)) + +#endif /* XKMEPROTO_INCLUDE_H */ diff --git a/xie/docs/dec/xie23-src/include/xtestext1.h b/xie/docs/dec/xie23-src/include/xtestext1.h new file mode 100644 index 0000000..9f86011 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/xtestext1.h @@ -0,0 +1,327 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* + * xtestext1.h + * + * X11 Input Synthesis Extension include file + */ + +/* + +Copyright 1986, 1987, 1988 by Hewlett-Packard Corporation +Copyright 1986, 1987, 1988 by the Massachusetts Institute of Technology + +Permission to use, copy, modify, and distribute this +software and its documentation for any purpose and without +fee is hereby granted, provided that the above copyright +notice appear in all copies and that both that copyright +notice and this permission notice appear in supporting +documentation, and that the name of M.I.T. not be used in +advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +Hewlett-Packard and M.I.T. make no representations about the +suitability of this software for any purpose. It is provided +"as is" without express or implied warranty. + +This software is not subject to any license of the American +Telephone and Telegraph Company or of the Regents of the +University of California. + +*/ + +/* + * the typedefs for CARD8, CARD16, and CARD32 are defined in Xmd.h + */ + +/* + * used in the XTestPressButton and XTestPressKey functions + */ +#define XTestPRESS 1 << 0 +#define XTestRELEASE 1 << 1 +#define XTestSTROKE 1 << 2 + +/* + * When doing a key or button stroke, the number of milliseconds + * to delay between the press and the release of a key or button + * in the XTestPressButton and XTestPressKey functions. + */ + +#define XTestSTROKE_DELAY_TIME 10 + +/* + * used in the XTestGetInput function + */ +#define XTestEXCLUSIVE 1 << 0 +#define XTestPACKED_ACTIONS 1 << 1 +#define XTestPACKED_MOTION 1 << 2 + +/* + * used in the XTestFakeInput function + */ +#define XTestFAKE_ACK_NOT_NEEDED 0 +#define XTestFAKE_ACK_REQUEST 1 + +/* + * used in the XTest extension initialization routine + */ +#define XTestEXTENSION_NAME "XTestExtension1" +#define XTestEVENT_COUNT 2 + +/* + * XTest request type values + * + * used in the XTest extension protocol requests + */ +#define X_TestFakeInput 1 +#define X_TestGetInput 2 +#define X_TestStopInput 3 +#define X_TestReset 4 +#define X_TestQueryInputSize 5 + +/* + * This defines the maximum size of a list of input actions + * to be sent to the server. It should always be a multiple of + * 4 so that the entire xTestFakeInputReq structure size is a + * multiple of 4. + */ +#define XTestMAX_ACTION_LIST_SIZE 64 + +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 XTestReqType; /* always X_TestFakeInput */ + CARD16 length B16; /* 2 + XTestMAX_ACTION_LIST_SIZE/4 */ + CARD32 ack B32; + CARD8 action_list[XTestMAX_ACTION_LIST_SIZE]; +} xTestFakeInputReq; +#define sz_xTestFakeInputReq (XTestMAX_ACTION_LIST_SIZE + 8) + +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 XTestReqType; /* always X_TestGetInput */ + CARD16 length B16; /* 2 */ + CARD32 mode B32; +} xTestGetInputReq; +#define sz_xTestGetInputReq 8 + +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 XTestReqType; /* always X_TestStopInput */ + CARD16 length B32; /* 1 */ +} xTestStopInputReq; +#define sz_xTestStopInputReq 4 + +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 XTestReqType; /* always X_TestReset */ + CARD16 length B16; /* 1 */ +} xTestResetReq; +#define sz_xTestResetReq 4 + +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 XTestReqType; /* always X_TestQueryInputSize */ + CARD16 length B16; /* 1 */ +} xTestQueryInputSizeReq; +#define sz_xTestQueryInputSizeReq 4 + +/* + * This is the definition of the reply for the xTestQueryInputSize + * request. It should remain the same minimum size as other replies + * (32 bytes). + */ +typedef struct { + CARD8 type; /* always X_Reply */ + CARD8 pad1; + CARD16 sequenceNumber B16; + CARD32 length B32; /* always 0 */ + CARD32 size_return B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + CARD32 pad6 B32; +} xTestQueryInputSizeReply; + +/* + * This is the definition for the input action wire event structure. + * This event is sent to the client when the server has one or + * more user input actions to report to the client. It must + * remain the same size as all other wire events (32 bytes). + */ +#define XTestACTIONS_SIZE 28 + +typedef struct { + CARD8 type; /* always XTestInputActionType */ + CARD8 pad00; + CARD16 sequenceNumber B16; + CARD8 actions[XTestACTIONS_SIZE]; +} xTestInputActionEvent; + +/* + * This is the definition for the xTestFakeAck wire event structure. + * This event is sent to the client when the server has completely + * processed its input action buffer, and is ready for more. + * It must remain the same size as all other wire events (32 bytes). + */ +typedef struct { + CARD8 type; /* always XTestFakeAckType */ + CARD8 pad00; + CARD16 sequenceNumber B16; + CARD32 pad02 B32; + CARD32 pad03 B32; + CARD32 pad04 B32; + CARD32 pad05 B32; + CARD32 pad06 B32; + CARD32 pad07 B32; + CARD32 pad08 B32; +} xTestFakeAckEvent; + +/* + * The server side of this extension does not (and should not) have + * definitions for Display and Window. The ifndef allows the server + * side of the extension to ignore the following typedefs. + */ +#ifndef XTestSERVER_SIDE +/* + * This is the definition for the input action host format event structure. + * This is the form that a client using this extension will see when + * it receives an input action event. + */ +typedef struct { + int type; /* always XTestInputActionType */ + Display *display; + Window window; + CARD8 actions[XTestACTIONS_SIZE]; +} XTestInputActionEvent; + +/* + * This is the definition for the xTestFakeAck host format event structure. + * This is the form that a client using this extension will see when + * it receives an XTestFakeAck event. + */ +typedef struct { + int type; /* always XTestFakeAckType */ + Display *display; + Window window; +} XTestFakeAckEvent; +#endif + +/* + * This is the definition for the format of the header byte + * in the input action structures. + */ +#define XTestACTION_TYPE_MASK 0x03 /* bits 0 and 1 */ +#define XTestKEY_STATE_MASK 0x04 /* bit 2 (key action) */ +#define XTestX_SIGN_BIT_MASK 0x04 /* bit 2 (motion action) */ +#define XTestY_SIGN_BIT_MASK 0x08 /* bit 3 (motion action) */ +#define XTestDEVICE_ID_MASK 0xf0 /* bits 4 through 7 */ + +#define XTestMAX_DEVICE_ID 0x0f +#define XTestPackDeviceID(x) (((x) & XTestMAX_DEVICE_ID) << 4) +#define XTestUnpackDeviceID(x) (((x) & XTestDEVICE_ID_MASK) >> 4) + +/* + * These are the possible action types. + */ +#define XTestDELAY_ACTION 0 +#define XTestKEY_ACTION 1 +#define XTestMOTION_ACTION 2 +#define XTestJUMP_ACTION 3 + +/* + * These are the definitions for key/button motion input actions. + */ +#define XTestKEY_UP 0x04 +#define XTestKEY_DOWN 0x00 + +typedef struct { + CARD8 header; /* which device, key up/down */ + CARD8 keycode; /* which key/button to move */ + CARD16 delay_time B16; /* how long to delay (in ms) */ +} XTestKeyInfo; + +/* + * This is the definition for pointer jump input actions. + */ +typedef struct { + CARD8 header; /* which pointer */ + CARD8 pad1; /* unused padding byte */ + CARD16 jumpx B16; /* x coord to jump to */ + CARD16 jumpy B16; /* y coord to jump to */ + CARD16 delay_time B16; /* how long to delay (in ms) */ +} XTestJumpInfo; + +/* + * These are the definitions for pointer relative motion input + * actions. + * + * The sign bits for the x and y relative motions are contained + * in the header byte. The x and y relative motions are packed + * into one byte to make things fit in 32 bits. If the relative + * motion range is larger than +/-15, use the pointer jump action. + */ +#define XTestMOTION_MAX 15 +#define XTestMOTION_MIN -15 + +#define XTestX_NEGATIVE 0x04 +#define XTestY_NEGATIVE 0x08 + +#define XTestX_MOTION_MASK 0x0f +#define XTestY_MOTION_MASK 0xf0 + +#define XTestPackXMotionValue(x) ((x) & XTestX_MOTION_MASK) +#define XTestPackYMotionValue(x) (((x) << 4) & XTestY_MOTION_MASK) + +#define XTestUnpackXMotionValue(x) ((x) & XTestX_MOTION_MASK) +#define XTestUnpackYMotionValue(x) (((x) & XTestY_MOTION_MASK) >> 4) + +typedef struct { + CARD8 header; /* which pointer */ + CARD8 motion_data; /* x,y relative motion */ + CARD16 delay_time B16; /* how long to delay (in ms) */ +} XTestMotionInfo; + +/* + * These are the definitions for a long delay input action. It is + * used when more than XTestSHORT_DELAY_TIME milliseconds of delay + * (approximately one minute) is needed. + * + * The device ID for a delay is always set to XTestDELAY_DEVICE_ID. + * This guarantees that a header byte with a value of 0 is not + * a valid header, so it can be used as a flag to indicate that + * there are no more input actions in an XTestInputAction event. + */ + +#define XTestSHORT_DELAY_TIME 0xffff +#define XTestDELAY_DEVICE_ID 0x0f + +typedef struct { + CARD8 header; /* always XTestDELAY_DEVICE_ID */ + CARD8 pad1; /* unused padding byte */ + CARD16 pad2 B16; /* unused padding word */ + CARD32 delay_time B32; /* how long to delay (in ms) */ +} XTestDelayInfo; diff --git a/xie/docs/dec/xie23-src/include/xteststr.h b/xie/docs/dec/xie23-src/include/xteststr.h new file mode 100644 index 0000000..9c04a0f --- /dev/null +++ b/xie/docs/dec/xie23-src/include/xteststr.h @@ -0,0 +1,121 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* $XConsortium: xteststr.h,v 1.5 92/04/20 13:14:15 rws Exp $ */ +/* + +Copyright 1992 by the Massachusetts Institute of Technology + +Permission to use, copy, modify, distribute, and sell this software and its +documentation for any purpose is hereby granted without fee, provided that +the above copyright notice appear in all copies and that both that +copyright notice and this permission notice appear in supporting +documentation, and that the name of M.I.T. not be used in advertising or +publicity pertaining to distribution of the software without specific, +written prior permission. M.I.T. makes no representations about the +suitability of this software for any purpose. It is provided "as is" +without express or implied warranty. + +*/ + +/* The following are needed for correctly-sized protocol requests */ + +#include +#define Window CARD32 +#define Time CARD32 +#define Cursor CARD32 + + +#define XTestCurrentCursor ((Cursor)1) + +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 xtReqType; /* always X_XTestGetVersion */ + CARD16 length B16; + CARD8 majorVersion; + CARD8 pad; + CARD16 minorVersion B16; +} xXTestGetVersionReq; +#define sz_xXTestGetVersionReq 8 + +typedef struct { + BYTE type; /* X_Reply */ + CARD8 majorVersion; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD16 minorVersion B16; + CARD16 pad0 B16; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; +} xXTestGetVersionReply; +#define sz_xXTestGetVersionReply 32 + +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 xtReqType; /* always X_XTestCompareCursor */ + CARD16 length B16; + Window window B32; + Cursor cursor B32; +} xXTestCompareCursorReq; +#define sz_xXTestCompareCursorReq 12 + +typedef struct { + BYTE type; /* X_Reply */ + BOOL same; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; +} xXTestCompareCursorReply; +#define sz_xXTestCompareCursorReply 32 + +/* used only on the client side */ +typedef struct { + CARD8 reqType; /* always XTestReqCode */ + CARD8 xtReqType; /* always X_XTestFakeInput */ + CARD16 length B16; + BYTE type; + BYTE detail; + CARD16 pad0 B16; + Time time B32; + Window root B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + INT16 rootX B16, rootY B16; + CARD32 pad3 B32; + CARD32 pad4 B32; +} xXTestFakeInputReq; +#define sz_xXTestFakeInputReq 36 + +#undef Window CARD32 +#undef Time CARD32 +#undef Cursor CARD32 diff --git a/xie/docs/dec/xie23-src/include/xtrapddmi.h b/xie/docs/dec/xie23-src/include/xtrapddmi.h new file mode 100644 index 0000000..6928ffd --- /dev/null +++ b/xie/docs/dec/xie23-src/include/xtrapddmi.h @@ -0,0 +1,181 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* BuildSystemHeader added automatically */ +/* $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/xtrapddmi.h,v 1.1.2.3 92/04/27 12:36:37 Leela_Obilichetti Exp $ */ +#ifndef __XTRAPDDMI__ +#define __XTRAPDDMI__ + +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990, 1991 by Digital Equipment Corp., Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + * DESCRIPTION: + * This header file is used by the XTrap server extension only + * (not used by clients or the XTrap Toolkit). Information + * contained herein should *not* be visible to clients (xtrapdi.h + * is used for this). The name is historical. + */ +#include "X.h" +#include "bits.h" +#include "dix.h" + +#ifndef MIN +# define MIN(a,b) ((a) < (b) ? (a) : (b)) +#endif +#ifndef MAX +# define MAX(a,b) ((a) > (b) ? (a) : (b)) +#endif + +#define XETrapNumEvents 1L /* constants used for AddExtension */ + +/* Other constants used within the extension code */ +#define XETrapMinRepSize 32L /* Minimum number of longs */ + +/* This structure will be globally declared to provide storage to hold + * the various extension wide configuration information. Allocated on + * a per-client basis. + */ +typedef struct +{ + ClientPtr client; /* Multi-client support and error handling */ + xXTrapGetCurReply cur; /* Struct of Miscellaneous state info */ + xXTrapGetStatsReply *stats; /* Pointer to stat's, malloc'd if requested */ + CARD32 last_input_time B32; /* last timestamp from input event */ + CARD16 protocol B16; /* current communication protocol */ +} XETrapEnv; + +#define XETrapSetHeaderEvent(phdr) ((phdr)->type = 0x1L) +#define XETrapSetHeaderRequest(phdr) ((phdr)->type = 0x2L) +#define XETrapSetHeaderSpecial(phdr) ((phdr)->type = 0x3L) +#define XETrapSetHeaderCursor(phdr) ((phdr)->type = 0x4L) +#define XETrapSetHeaderReply(phdr) ((phdr)->type = 0x5L) + +#ifdef X11R3 +/* Swapping macros not visible in X11 Release 3 */ +#define LengthRestB(stuff) \ + (((unsigned long)stuff->length << 2) - sizeof(*stuff)) + +#define LengthRestS(stuff) \ + (((unsigned long)stuff->length << 1) - (sizeof(*stuff) >> 1)) + +#define LengthRestL(stuff) \ + ((unsigned long)stuff->length - (sizeof(*stuff) >> 2)) + +#define SwapRestS(stuff) \ + SwapShorts((short *)(stuff + 1), LengthRestS(stuff)) + +#define SwapRestL(stuff) \ + SwapLongs((long *)(stuff + 1), LengthRestL(stuff)) + +/* copy long from src to dst byteswapping on the way */ +#ifndef cpswapl +#define cpswapl(Src, Dest) \ + { \ + char *pSrc = (char *)&(Src); \ + char *pDest = (char *)&(Dest); \ + pDest[0] = pSrc[3]; \ + pDest[1] = pSrc[2]; \ + pDest[2] = pSrc[1]; \ + pDest[3] = pSrc[0]; \ + } +#endif +/* copy short from src to dst byteswapping on the way */ +#ifndef cpswaps +#define cpswaps(Src, Dest)\ + { \ + char *pSrc = ((char *)&(Src)); \ + char *pDest = ((char *)&(Dest)); \ + pDest[1] = pSrc[0]; \ + pDest[0] = pSrc[1]; \ + } +#endif +#endif /* X11R3 */ + +#ifndef vaxc +#define globaldef +#define globalref extern +#endif + +/* Extension platform identifier (conditionally defined) */ +#ifdef osf1 +# define XETrapPlatform PF_DECOSF1 +#endif +#ifdef ultrix +# define XETrapPlatform PF_DECUltrix +#endif +#ifdef vms +#ifdef VAXELN +# define XETrapPlatform PF_DECELN +#else +# define XETrapPlatform PF_DECVMS +#endif +#endif +#ifdef VT1000 +# define XETrapPlatform PF_DECVT1000 +#endif +#ifdef VXT +# define XETrapPlatform PF_DECXTerm +#endif +#ifdef PC +# define XETrapPlatform PF_IBMAT +#endif +#ifdef sun +# define XETrapPlatform PF_SunSparc +#endif +#ifndef XETrapPlatform +# define XETrapPlatform PF_Other +#endif /* XETrapPlatform */ + +#endif /* __XTRAPDDMI__ */ diff --git a/xie/docs/dec/xie23-src/include/xtrapdi.h b/xie/docs/dec/xie23-src/include/xtrapdi.h new file mode 100644 index 0000000..ccca215 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/xtrapdi.h @@ -0,0 +1,539 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* +************************************************************************** +** DIGITAL EQUIPMENT CORPORATION ** +** CONFIDENTIAL ** +** NOT FOR MODIFICATION OR REDISTRIBUTION IN ANY MANNER WHATSOEVER ** +************************************************************************** +*/ +#ifndef __XTRAPDI__ +#define __XTRAPDI__ + +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990, 1991, 1992 by Digital Equipment Corp., +Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + * DESCRIPTION: + * This header file defines the common structures/constants + * between the XTrap extension and clients. All protocol + * definitions between XTrap extension/clients can be found + * here. + */ + +#define NEED_REPLIES +#define NEED_EVENTS +#include +#include "X.h" +#include "Xmd.h" +#ifdef SMT +#define NEED_EVENTS +#define NEED_REPLIES +#endif +#include "Xproto.h" +#include "bits.h" +#define XTrapExtName "DEC-XTRAP" +/* Current Release, Version, and Revision of the XTrap Extension */ +#define XETrapRelease 3L +#define XETrapVersion 3L +#ifndef XETrapRevision /* Changed from the Makefile by users */ +# define XETrapRevision 0L +#endif /* XETrapRevision */ +#define XETrapProtocol 32L + +#ifndef B8 +# define B8 :8 +#endif +#ifndef SIZEOF +# ifdef __STDC__ +# define SIZEOF(x) sz_##x +# else +# define SIZEOF(x) sz_/**/x +# endif /* if ANSI C compiler else not */ +#endif +#ifndef sz_CARD32 +#define sz_CARD32 4L +#endif +#ifndef sz_CARD8 +#define sz_CARD8 1L +#endif +#ifndef True +# define True 1L +# define False 0L +#endif + +typedef int (*int_function)(); +typedef void (*void_function)(); + +/* This is used as flags to indicate desired request traps + * Note: This has been padded to a CARD32 to keep structure aligned + */ +#define XETrapMaxRequest (((SIZEOF(CARD32)+((256L-1L) / \ + (BitsInByte*SIZEOF(CARD8))))/SIZEOF(CARD32))*SIZEOF(CARD32)) +typedef CARD8 ReqFlags[XETrapMaxRequest]; + +/* This is used as flags to indicate desired event traps + * Until events become *fully vectored*, we'll have to fake it + * by defining an array of 5 events (KeyPress, KeyRelease, + * ButtonPress, ButtonRelease, and MotionNotify. The extra 2 + * are required as the event types start with "2" (errors and + * replies are 0 & 1). The event type is the index into the + * bits. + * Note: This has been padded to a longword to keep structure aligned + */ +#ifndef VECTORED_EVENTS +#define XETrapCoreEvents (2L+5L) +#else +#define XETrapCoreEvents 128L +#endif +#define XETrapMaxEvent (((SIZEOF(CARD32)+((XETrapCoreEvents-1L) / \ + (BitsInByte*SIZEOF(CARD8))))/SIZEOF(CARD32))*SIZEOF(CARD32)) +typedef CARD8 EventFlags[XETrapMaxEvent]; + +/* This structure is used in a request to specify the types of + * configuration information that should be changed or updated. + */ +typedef struct +{ + CARD8 valid[4L]; /* Bits TRUE indicates data field is used */ + CARD8 data[4L]; /* Bits looked at if corresponding valid bit set */ + ReqFlags req; /* Bits coorespond to core requests */ + EventFlags event; /* Bits correspond to core events */ +} XETrapFlags; + +/* Bit definitions for the above XETrapFlags structure. */ +#define XETrapTimestamp 0L /* hdr timestamps desired */ +#define XETrapCmd 1L /* command key specified */ +#define XETrapCmdKeyMod 2L /* cmd key is a modifier */ +#define XETrapRequest 3L /* output requests array */ +#define XETrapEvent 4L /* future output events array */ +#define XETrapMaxPacket 5L /* Maximum packet length set */ +#define XETrapTransOut 6L /* obsolete */ +#define XETrapStatistics 7L /* collect counts on requests */ +#define XETrapWinXY 8L /* Fill in Window (X,Y) in hdr */ +#define XETrapTransIn 9L /* obsolete */ +#define XETrapCursor 10L /* Trap cursor state changes */ +#define XETrapXInput 11L /* Use XInput extension */ +#define XETrapVectorEvents 12L /* Use Vectored Events (128) */ +#define XETrapColorReplies 13L /* Return replies with Color Req's */ +#define XETrapGrabServer 14L /* Disables client GrabServers */ + +typedef struct /* used by XEConfigRequest */ +{ + XETrapFlags flags; /* Flags to specify what should be chg'd */ + CARD16 max_pkt_size B16; /* Maximum number of bytes in a packet */ + CARD8 cmd_key B8; /* Keyboard command_key (KeyCode) */ +/* + * cmd_key is intentionally *not* defined KeyCode since it's definition is + * ambiguous (int in Intrinsic.h and unsigned char in X.h. + */ + CARD8 pad[1L]; /* pad out to a quadword */ +} XETrapCfg; + +/* These structures are used within the Xtrap request structure for + * the various types of xtrap request + */ +#ifndef _XINPUT +/* (see the definition of XEvent as a reference) */ +typedef struct /* used by XESimulateXEventRequest for synthesizing core evts */ +{ + CARD8 type B8; /* (must be first) as in XEvent */ + CARD8 detail B8; /* Detail keycode/button as in XEvent */ + CARD8 screen B8; /* screen number (0 to n) */ + CARD8 pad B8; /* pad to longword */ + INT16 x B16; /* X & Y coord as in XEvent */ + INT16 y B16; +} XETrapInputReq; +#endif + +/* These are constants that refer to the extension request vector table. + * A request will use these values as minor opcodes. + */ +#define XETrap_Reset 0L /* set to steady state */ +#define XETrap_GetAvailable 1L /* get available funct from ext */ +#define XETrap_Config 2L /* configure extension */ +#define XETrap_StartTrap 3L /* use Trapping */ +#define XETrap_StopTrap 4L /* stop using Trapping */ +#define XETrap_GetCurrent 5L /* get current info from ext */ +#define XETrap_GetStatistics 6L /* get count statistics from ext */ +#ifndef _XINPUT +#define XETrap_SimulateXEvent 7L /* async input simulation */ +#endif +#define XETrap_GetVersion 8L /* Get (Just) Version */ +#define XETrap_GetLastInpTime 9L /* Get Timestamp of last client input */ + +/* The following are formats of a request to the XTRAP + * extension. The data-less XTrap requests all use xXTrapReq + */ +typedef struct +{ + CARD8 reqType B8; + CARD8 minor_opcode B8; + CARD16 length B16; + CARD32 pad B32; /* Maintain quadword alignment */ +} xXTrapReq; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapReq (sizeof(xXTrapReq)) +/* For retrieving version/available info (passes lib-side protocol number) */ +typedef struct +{ + CARD8 reqType B8; + CARD8 minor_opcode B8; + CARD16 length B16; + CARD16 protocol B16; /* The xtrap extension protocol number */ + CARD16 pad B16; /* Maintain quadword alignment */ +} xXTrapGetReq; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapGetReq (sizeof(xXTrapGetReq)) + +typedef struct +{ + CARD8 reqType B8; + CARD8 minor_opcode B8; + CARD16 length B16; + /* + * The follwing is done so that structure padding wont be + * a problem. The request structure contains a shadow for + * the XETrapCfg structure. Since the XETrapCfg also has a + * substructure (XETrapFlags) this structure is also shadowed. + * + * The following are a shadow of the XETrapFlags + * structure. + */ + CARD8 config_flags_valid[4L]; + CARD8 config_flags_data[4L]; + ReqFlags config_flags_req; + EventFlags config_flags_event; + /* End Shadow (XETrapFlags)*/ + CARD16 config_max_pkt_size B16; /* Max number of bytes in a packet */ + CARD8 config_cmd_key B8; /* Keyboard command_key (KeyCode) */ +/* + * cmd_key is intentionally *not* defined KeyCode since it's definition is + * ambiguous (int in Intrinsic.h and unsigned char in X.h. + */ + CARD8 config_pad[1L]; /* pad out to a quadword */ + /* End Shadow (XETrapCfg) */ + CARD32 pad B32; /* Maintain quadword alignment */ +} xXTrapConfigReq; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapConfigReq (sizeof(xXTrapConfigReq)) + +#ifndef _XINPUT +typedef struct +{ + CARD8 reqType B8; + CARD8 minor_opcode B8; + CARD16 length B16; + CARD32 pad B32; /* Maintain quadword alignment */ + XETrapInputReq input; +} xXTrapInputReq; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapInputReq (sizeof(xXTrapInputReq)) +#endif + + +/* The following structures are used by the server extension to send + * information and replies to the client. + */ + +/* header for all X replies */ +typedef struct +{ + CARD8 type B8; + CARD8 detail B8; + CARD16 sequenceNumber B16; + CARD32 length B32; +} XETrapRepHdr; + +/* Structure of Get Available Functionality reply */ +typedef struct +{ + CARD32 pf_ident B32; /* Contains constant identifying the platform */ + CARD16 xtrap_release B16; /* The xtrap extension release number */ + CARD16 xtrap_version B16; /* The xtrap extension version number */ + CARD16 xtrap_revision B16; /* The xtrap extension revision number */ + CARD16 max_pkt_size B16; /* Maximum number of bytes in a packet */ + CARD8 valid[4]; /* What specific configuration flags are valid */ + CARD32 major_opcode B32; /* The major opcode identifying xtrap */ + CARD32 event_base B32; /* The event value we start at */ + CARD32 pad0 B32; /* obsolete field */ + CARD16 pad1 B16, pad2 B16, pad3 B16; /* obsolete field */ + CARD16 xtrap_protocol B16; /* The xtrap extension protocol number */ + INT16 cur_x B16; /* Current X & Y coord for relative motion */ + INT16 cur_y B16; +} XETrapGetAvailRep; + +typedef struct +{ + CARD16 xtrap_release B16; /* The xtrap extension release number */ + CARD16 xtrap_version B16; /* The xtrap extension version number */ + CARD16 xtrap_revision B16; /* The xtrap extension revision number */ + CARD16 xtrap_protocol B16; /* The xtrap extension protocol number */ +} XETrapGetVersRep; + +typedef struct +{ + CARD32 last_time B32; /* Timestamp of last input time */ +} XETrapGetLastInpTimeRep; + +/* Structure of Get Current Configuration Information reply */ +typedef struct +{ + CARD8 state_flags[2]; /* Miscelaneous flags, see below #define's */ + CARD16 pad0 B16; /* Assure quadword alignment */ + XETrapCfg config; /* Current Config information */ + CARD32 pad1 B32; +} XETrapGetCurRep; + +/* Mask definitions for the above flags. */ +#define XETrapTrapActive 0L /* If sending/receiving between client/ext */ + +/* Structure of Get Statistics Information reply */ +typedef struct +{ + CARD32 requests[256L]; /* Array containing request counts if trapped */ + CARD32 events[XETrapCoreEvents]; /* Array containing event stats */ +#ifndef VECTORED_EVENTS + CARD32 pad B32; /* Pad out to a quadword */ +#endif +} XETrapGetStatsRep; + +#define PF_Other 0L /* server not one of the below */ +#define PF_Apollo 10L /* server on Apollo system */ +#define PF_ATT 20L /* server on AT&T system */ +#define PF_Cray1 30L /* server on Cray 1 system */ +#define PF_Cray2 31L /* server on Cray 2 system */ +#define PF_DECUltrix 40L /* server on DEC ULTRIX system */ +#define PF_DECVMS 41L /* server on DEC VMS system */ +#define PF_DECVT1000 42L /* server on DEC-VT1000-terminal */ +#define PF_DECXTerm 43L /* server on DEC-X-terminal */ +#define PF_DECELN 44L /* server on DEC VAXELN X terminal */ +#define PF_DECOSF1 45L /* server on DEC's OSF/1 system */ +#define PF_HP9000s800 50L /* server on HP 9000/800 system */ +#define PF_HP9000s300 51L /* server on HP 9000/300 system */ +#define PF_IBMAT 60L /* server on IBM/AT system */ +#define PF_IBMRT 61L /* server on IBM/RT system */ +#define PF_IBMPS2 62L /* server on IBM/PS2 system */ +#define PF_IBMRS 63L /* server on IBM/RS system */ +#define PF_MacII 70L /* server on Mac II system */ +#define PF_Pegasus 80L /* server on Tektronix Pegasus system */ +#define PF_SGI 90L /* server on Silicon Graphcis system */ +#define PF_Sony 100L /* server on Sony system */ +#define PF_Sun3 110L /* server on Sun 3 system */ +#define PF_Sun386i 111L /* server on Sun 386i system */ +#define PF_SunSparc 112L /* server on Sun Sparc system */ + +/* reply sent back by XETrapGetAvailable request */ +typedef struct +{ + XETrapRepHdr hdr; + XETrapGetAvailRep data; +} xXTrapGetAvailReply; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapGetAvailReply sizeof(xXTrapGetAvailReply) + +/* reply sent back by XETrapGetVersion request */ +typedef struct +{ + XETrapRepHdr hdr; + XETrapGetVersRep data; + CARD32 pad0 B32; /* pad out to 32 bytes */ + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; +} xXTrapGetVersReply; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapGetVersReply sizeof(xXTrapGetVersReply) + +/* reply sent back by XETrapGetLastInpTime request */ +typedef struct +{ + XETrapRepHdr hdr; + /* + * The following is a shadow of the XETrapGetLastInpTimeRep + * structure. This is done to avoid structure padding. + */ + CARD32 data_last_time B32; /* Timestamp of last input time */ + CARD32 pad0 B32; /* pad out to 32 bytes */ + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; +} xXTrapGetLITimReply; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapGetLITimReply sizeof(xXTrapGetLITimReply) + +/* reply sent back by XETrapGetCurrent request */ +typedef struct +{ + XETrapRepHdr hdr; + /* + * The following is a shadow of the XETrapGetCurRep + * structure. This is done to avoid structure padding. + * Since the XETrapGetCurRep structure contains a sub-structure + * (XETrapCfg) there is a shadow for that as well.*/ + CARD8 data_state_flags[2]; /* Misc flags, see below #define's */ + CARD16 data_pad0 B16; /* Assure quadword alignment */ + /* XETrapCfg Shadow Starts */ + CARD8 data_config_flags_valid[4L]; + CARD8 data_config_flags_data[4L]; + ReqFlags data_config_flags_req; + EventFlags data_config_flags_event; + CARD16 data_config_max_pkt_size B16; /* Max num of bytes in a pkt */ + CARD8 data_config_cmd_key B8; /* Keyboard cmd_key (KeyCode) */ +/* + * cmd_key is intentionally *not* defined KeyCode since it's definition is + * ambiguous (int in Intrinsic.h and unsigned char in X.h. + */ + CARD8 data_config_pad[1L]; /* pad out to a quadword */ + /* End Shadow (XETrapCfg) */ + CARD32 pad1 B32; +} xXTrapGetCurReply; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_xXTrapGetCurReply sizeof(xXTrapGetCurReply) + +/* reply sent back by XETrapGetStatistics request */ +/* Note: + * The following does *not* use the standard XETrapRepHdr, but instead + * one which is padded out to 32-bytes. This is because Cray's have a problem + * reading arrays of CARD32s without using the _Read32 macro (see XERqsts.c). + * This requires that none of the data be in the _Reply area. + */ +typedef struct +{ + CARD8 type B8; + CARD8 detail B8; + CARD16 sequenceNumber B16; + CARD32 length B32; + CARD32 pad0 B32; + CARD32 pad1 B32; + CARD32 pad2 B32; + CARD32 pad3 B32; + CARD32 pad4 B32; + CARD32 pad5 B32; + XETrapGetStatsRep data; +} xXTrapGetStatsReply; +#define sz_xXTrapGetStatsReply 1088 + +typedef struct /* the XTrap Output header (for output from ext to client) */ +{ /* this must be quadword aligned for portability */ + CARD32 count B32; /* Length including this header */ + CARD32 timestamp B32; /* timestamp if desired */ + CARD8 type B8; /* event id, request id, special id */ + CARD8 screen B8; /* screen number (0 to n) */ + INT16 win_x B16; /* X coord of drawable, if any */ + INT16 win_y B16; /* X coord of drawable, if any */ + CARD16 client B16; /* to distinguish requests */ +} XETrapHeader; +/* the following works because all fields are defined as bit (Bnn) fields */ +#define sz_XETrapHeader sizeof(XETrapHeader) + +#define XETrapHeaderIsEvent(phdr) (XETrapGetHeaderType(phdr) == 0x1L) +#define XETrapHeaderIsRequest(phdr) (XETrapGetHeaderType(phdr) == 0x2L) +#define XETrapHeaderIsSpecial(phdr) (XETrapGetHeaderType(phdr) == 0x3L) +#define XETrapHeaderIsCursor(phdr) (XETrapGetHeaderType(phdr) == 0x4L) +#define XETrapHeaderIsReply(phdr) (XETrapGetHeaderType(phdr) == 0x5L) + +/* Define a structure used for reading/writing datum of type XTrap */ +typedef struct +{ + XETrapHeader hdr; + union + { + xEvent event; + xResourceReq req; + xGenericReply reply; + /* special? */ + } u; +} XETrapDatum; + +/* this doesn't get picked up for VMS server builds (different Xproto.h) */ +#ifndef sz_xEvent +#define sz_xEvent 32 +#endif +/* Minimum size of a packet from the server extension */ +#define XETrapMinPktSize (SIZEOF(XETrapHeader) + SIZEOF(xEvent)) + +/* Constants used with the XLIB transport */ +#define XETrapDataStart 0L /* Used in the detail field */ +#define XETrapDataContinued 1L /* Used in the detail field */ +#define XETrapDataLast 2L /* Used in the detail field */ +#define XETrapData 0L /* Used in the type field */ +#define XETrapNumberEvents 1L +/* This is the representation on the wire(see also XLib.h) */ +#define sz_EventData 24L /* 32 bytes - type, detail, seq, index */ +typedef struct { + CARD8 type B8; + CARD8 detail B8; + CARD16 sequenceNumber B16; + CARD32 idx B32; + CARD8 data[sz_EventData]; +} xETrapDataEvent; + +/* Error message indexes added to X for extension */ +#define BadIO 2L /* Can't read/write */ +#define BadStatistics 4L /* Stat's not avail. */ +#define BadDevices 5L /* Devices not vectored */ +#define BadScreen 7L /* Can't send event to given screen */ +#define BadSwapReq 8L /* Can't send swapped extension requests */ +#define XETrapNumErrors (BadSwapReq + 1) + + +#define XEKeyIsClear 0 +#define XEKeyIsEcho 1 +#define XEKeyIsOther 2 + +#endif /* __XTRAPDI__ */ diff --git a/xie/docs/dec/xie23-src/include/xtraplib.h b/xie/docs/dec/xie23-src/include/xtraplib.h new file mode 100644 index 0000000..2cc58aa --- /dev/null +++ b/xie/docs/dec/xie23-src/include/xtraplib.h @@ -0,0 +1,158 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* +************************************************************************** +** DIGITAL EQUIPMENT CORPORATION ** +** CONFIDENTIAL ** +** NOT FOR MODIFICATION OR REDISTRIBUTION IN ANY MANNER WHATSOEVER ** +************************************************************************** +*/ +#ifndef __XTRAPLIB__ +#define __XTRAPLIB__ "@(#)xtraplib.h 1.15 - 90/09/18 " +/* RCSID = $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/xtraplib.h,v 1.1.2.4 92/06/12 09:33:20 Jim_Ludwig Exp $" */ + +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990, 1991 by Digital Equipment Corp., Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + * DESCRIPTION: + * This header file describes all the structures/constants required + * for interfacing with the client toolkit *except* the common + * client/extension definitions in xtrapdi.h. Namely, *no* extension- + * only information or client/extension information can be found here. + */ +#ifdef SMT +#define NEED_EVENTS +#define NEED_REPLIES +#endif +#include "Xlib.h" +#include "Intrinsic.h" +#include "xtrapdi.h" +#include "bits.h" +#include "xemacros.h" + +typedef struct /* Callback structure */ +{ + void_function func; + BYTE *data; +} XETrapCB; + +/* Data structure for setting trap context */ +typedef struct +{ + CARD8 tc_flags[2L]; /* Toolkit-side specific flags */ + XETrapCfg v; /* XTrap configuration values */ + XETrapCB *req_cb; /* Pointer to Request Callbacks */ + XETrapCB *evt_cb; /* Pointer to Event Callbacks (starting at 2) */ + CARD32 last_time B32; /* Last (delta) timestamp */ +} XETCValues; + + /* bits 0 thru 6 are formerly "families" (now obsolete) */ +#define XETCDeltaTimes 7 +#define XETCTrapActive 8 + /* bits 9 thru 15 are reserved for future expansion */ + +/* Values bit masks (used when determining what's dirty */ +#define TCStatistics (1L<<0L) +#define TCRequests (1L<<1L) +#define TCEvents (1L<<2L) +#define TCMaxPacket (1L<<3L) +#define TCCmdKey (1L<<4L) +#define TCTimeStamps (1L<<5L) +#define TCWinXY (1L<<6L) +#define TCXInput (1L<<7L) +#define TCReqCBs (1L<<8L) +#define TCEvtCBs (1L<<9L) +#define TCCursor (1L<<10L) +#define TCColorReplies (1L<<11L) +#define TCGrabServer (1L<<12L) + +/* Trap Context structure for maintaining XTrap State for client */ +typedef struct _XETC +{ + struct _XETC *next; /* Ptr to next linked-listed TC */ + Display *dpy; /* Display ptr of current TC */ + INT32 eventBase /*B32*/; /* First event value */ + INT32 errorBase /*B32*/; /* First error value */ + INT32 extOpcode /*B32*/; /* Major opcode of the extension */ + BYTE *xbuff; /* Pointer to buffer for XLib Communications */ + CARD16 xmax_size /*B16*/; /* Max Size of a request */ + XExtData *ext_data; /* hook for extension to hang data */ + /* + * The following are initialized with the client-side version number + * However, when either a GetAvailable or GetVersion reply is received, + * these values are updated with the *oldest* version numbers. + */ + CARD16 release /*B16*/; /* The extension release number */ + CARD16 version /*B16*/; /* The xtrap extension version number */ + CARD16 revision /*B16*/; /* The xtrap extension revision number */ + CARD16 protocol /*B16*/; /* The xtrap extension protocol number */ + unsigned dirty /*B32*/; /* cache dirty bits */ + XETCValues values; /* shadow structure of values */ + Boolean (*eventFunc[XETrapNumberEvents])(); +} XETC; + +/* This is the representation we use in the library code for XLib transport */ +typedef struct { + int type; + unsigned long serial; + Bool synthetic; + Display *display; + int detail; + unsigned long idx; + unsigned char data[sz_EventData]; +} XETrapDataEvent; + +#endif /* __XTRAPLIB__ */ diff --git a/xie/docs/dec/xie23-src/include/xtraplibp.h b/xie/docs/dec/xie23-src/include/xtraplibp.h new file mode 100644 index 0000000..d2e7b57 --- /dev/null +++ b/xie/docs/dec/xie23-src/include/xtraplibp.h @@ -0,0 +1,192 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* +************************************************************************** +** DIGITAL EQUIPMENT CORPORATION ** +** CONFIDENTIAL ** +** NOT FOR MODIFICATION OR REDISTRIBUTION IN ANY MANNER WHATSOEVER ** +************************************************************************** +*/ +/* BuildSystemHeader added automatically */ +/* $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/xtraplibp.h,v 1.1.2.3 92/04/27 12:33:25 Leela_Obilichetti Exp $ */ + +#ifndef __XTRAPLIBP__ +#define __XTRAPLIBP__ + + +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990, 1991 by Digital Equipment Corp., Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + * DESCRIPTION: + * This header file contains the function prototypes for client/toolkit + * routines sorted by module (globally defined routines *only*). + */ +#if (__STDC__ || defined vaxc) +#define FUNCTION_PROTOS +#endif +#ifdef FUNCTION_PROTOS +# define P(s) s +#else +# define P(s) () +#endif + +/* XETrapContext.c */ +XETC *XECreateTC P((Display *dpy , CARD32 valuemask , XETCValues *value )); +int XEChangeTC P((XETC *tc , CARD32 mask , XETCValues *values )); +void XEFreeTC P((XETC *tc )); +int XETrapSetMaxPacket P((XETC *tc , Bool set_flag , CARD16 size )); +int XETrapSetCommandKey P((XETC *tc , Bool set_flag , KeySym cmd_key , + Bool mod_flag )); +int XETrapSetTimestamps P((XETC *tc , Bool set_flag , Bool delta_flag )); +int XETrapSetWinXY P((XETC *tc , Bool set_flag )); +int XETrapSetCursor P((XETC *tc , Bool set_flag )); +int XETrapSetXInput P((XETC *tc , Bool set_flag )); +int XETrapSetColorReplies P((XETC *tc , Bool set_flag )); +int XETrapSetGrabServer P((XETC *tc , Bool set_flag )); +int XETrapSetStatistics P((XETC *tc , Bool set_flag )); +int XETrapSetRequests P((XETC *tc , Bool set_flag , ReqFlags requests )); +int XETrapSetEvents P((XETC *tc , Bool set_flag , EventFlags events )); +Bool XESetCmdGateState P((XETC *tc , CARD8 type, Bool *gate_closed , + CARD8 *next_key , Bool *key_ignore )); + +/* XETrapRequests.c */ +int XEFlushConfig P((XETC *tc )); +int XEResetRequest P((XETC *tc )); +int XEGetVersionRequest P((XETC *tc , XETrapGetVersRep *ret )); +int XEGetLastInpTimeRequest P((XETC *tc , XETrapGetLastInpTimeRep *ret )); +int XEGetAvailableRequest P((XETC *tc , XETrapGetAvailRep *ret )); +int XEStartTrapRequest P((XETC *tc )); +int XEStopTrapRequest P((XETC *tc )); +int XESimulateXEventRequest P((XETC *tc , CARD8 type , CARD8 detail , + CARD16 x , CARD16 y , CARD8 screen )); +int XEGetCurrentRequest P((XETC *tc , XETrapGetCurRep *ret )); +int XEGetStatisticsRequest P((XETC *tc , XETrapGetStatsRep *ret )); + +/* XECallbacks.c */ +int XEAddRequestCB P((XETC *tc , CARD8 req , void_function func , BYTE *data )); +int XEAddRequestCBs P((XETC *tc , ReqFlags req_flags , void_function func , + BYTE *data )); +int XEAddEventCB P((XETC *tc , CARD8 evt , void_function func , BYTE *data )); +int XEAddEventCBs P((XETC *tc , EventFlags evt_flags , void_function func , + BYTE *data )); + +/* XETrapDispatch.c */ +void XETrapDispatchXLib P((XETrapDataEvent *event , XETC *tc)); + +/* XEWrappers.c */ +Boolean XETrapDispatchEvent P((XEvent *pevent , XETC *tc )); +XtInputMask XETrapAppPending P((XtAppContext app)); +void XETrapAppMainLoop P((XtAppContext app , XETC *tc )); +int XETrapAppWhileLoop P((XtAppContext app , XETC *tc , Bool *done )); +#ifdef X11R3 +Widget XtAppInitialize P((XtAppContext *app , String application_class , + XrmOptionDescRec *options , Cardinal num_options , Cardinal *argc_in_out , + String *argv_in_out , String *fallback_resources , + ArgList args_in , Cardinal num_args_in)); +#endif +int XETrapWaitForSomething P((XtAppContext app )); + +/* XEPrintInfo.c */ +void XEPrintRelease P((FILE *ofp , XETrapGetAvailRep *pavail )); +void XEPrintPlatform P((FILE *ofp , XETrapGetAvailRep *pavail )); +void XEPrintAvailFlags P((FILE *ofp , XETrapGetAvailRep *pavail )); +void XEPrintAvailPktSz P((FILE *ofp , XETrapGetAvailRep *pavail )); +void XEPrintStateFlags P((FILE *ofp , XETrapGetCurRep *pcur )); +void XEPrintMajOpcode P((FILE *ofp , XETrapGetAvailRep *pavail )); +void XEPrintCurXY P((FILE *ofp , XETrapGetAvailRep *pavail )); +void XEPrintTkFlags P((FILE *ofp , XETC *tc )); +void XEPrintLastTime P((FILE *ofp , XETC *tc )); +void XEPrintCfgFlags P((FILE *ofp , XETrapGetCurRep *pcur )); +void XEPrintRequests P((FILE *ofp , XETrapGetCurRep *pcur )); +void XEPrintEvents P((FILE *ofp , XETrapGetCurRep *pcur )); +void XEPrintCurPktSz P((FILE *ofp , XETrapGetCurRep *pcur )); +void XEPrintCmdKey P((FILE *ofp , XETrapGetCurRep *pcur )); +void XEPrintEvtStats P((FILE *ofp , XETrapGetStatsRep *pstats )); +void XEPrintReqStats P((FILE *ofp , XETrapGetStatsRep *pstats )); +void XEPrintAvail P((FILE *ofp , XETrapGetAvailRep *pavail )); +void XEPrintTkState P((FILE *ofp , XETC *tc )); +void XEPrintCurrent P((FILE *ofp , XETrapGetCurRep *pcur )); +void XEPrintStatistics P((FILE *ofp , XETrapGetStatsRep *pstats )); + +/* XEStringMapping.c */ +INT16 XEEventStringToID P((char *string )); +INT16 XERequestStringToID P((char *string )); +CARD32 XEPlatformStringToID P((char *string )); +char *XEEventIDToString P((CARD8 id )); +char *XERequestIDToExtString P((register CARD8 id )); +char *XERequestIDToString P((CARD8 id )); +char *XEPlatformIDToString P((CARD32 id )); + +/* getopt.c */ +int *XEgetopterr(); +int *XEgetoptind(); +int *XEgetoptopt(); +char **XEgetoptarg(); +int getopt P((int argc , char **argv , char *optstring )); + +/* sleep.c */ +void usleep P((unsigned long usecs )); + +/* XEKeybCtrl.c */ +int XEEnableCtrlKeys P((void (*rtn)() )); +int XEClearCtrlKeys P((void )); +int XEEnableCtrlC P((void (*rtn)() )); +int XEEnableCtrlY P((void (*rtn)() )); +int XEDeclExitHndlr P((void (*rtn)() )); + +#undef P + +#endif /* __XTRAPLIBP__ */ diff --git a/xie/docs/dec/xie23-src/include/xtrapproto.h b/xie/docs/dec/xie23-src/include/xtrapproto.h new file mode 100644 index 0000000..70b8bae --- /dev/null +++ b/xie/docs/dec/xie23-src/include/xtrapproto.h @@ -0,0 +1,210 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* +************************************************************************** +** DIGITAL EQUIPMENT CORPORATION ** +** CONFIDENTIAL ** +** NOT FOR MODIFICATION OR REDISTRIBUTION IN ANY MANNER WHATSOEVER ** +************************************************************************** +*/ +#ifndef __XTRAPPROTO__ +#define __XTRAPPROTO__ +/* RCSID = $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/include/xtrapproto.h,v 1.1.2.3 92/04/27 12:33:34 Leela_Obilichetti Exp $" */ + +/***************************************************************************** +Copyright 1987, 1988, 1989, 1990, 1991 by Digital Equipment Corp., Maynard, MA + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*****************************************************************************/ +/* + * + * CONTRIBUTORS: + * + * Dick Annicchiarico + * Robert Chesler + * Dan Coutu + * Gene Durso + * Marc Evans + * Alan Jamison + * Mark Henry + * Ken Miller + * + * DESCRIPTION: + * This header file contains the function prototypes for extension + * routines sorted by module (globally defined routines *only*). + */ +#if (__STDC__ || defined vaxc) +#define FUNCTION_PROTOS +#endif +#ifdef FUNCTION_PROTOS +# define P(s) s +#else +# define P(s) () +#endif +#ifndef Bool +# define Bool int +#endif +/* xtrapdi.c */ +void XETrapDestroyEnv P((pointer value , XID id )); +void XETrapCloseDown P((void )); +Bool XETrapRedirectDevices P((void )); +void DEC_XTRAPInit P((void )); +int XETrapCreateEnv P((ClientPtr client )); +int XETrapDispatch P((ClientPtr client )); +int sXETrapDispatch P((ClientPtr client )); +int XETrapReset P((xXTrapReq *request , ClientPtr client )); +int XETrapGetAvailable P((xXTrapGetReq *request , ClientPtr client )); +int XETrapGetCurrent P((xXTrapReq *request , ClientPtr client )); +int XETrapGetStatistics P((xXTrapReq *request , ClientPtr client )); +int XETrapConfig P((xXTrapConfigReq *request , ClientPtr client )); +int XETrapStartTrap P((xXTrapReq *request , ClientPtr client )); +int XETrapStopTrap P((xXTrapReq *request , ClientPtr client )); +int XETrapGetVersion P((xXTrapGetReq *request , ClientPtr client )); +int XETrapGetLastInpTime P((xXTrapReq *request , ClientPtr client )); +int XETrapRequestVector P((ClientPtr client )); +int XETrapKeyboard P((xEvent *x_event , DevicePtr keybd , int count )); +#ifndef VECTORED_EVENTS +int XETrapPointer P((xEvent *x_event , DevicePtr ptrdev , int count )); +#else +int XETrapEventVector P((ClientPtr client , xEvent *x_event )); +#endif +void XETrapStampAndMail P((xEvent *x_event )); +void sReplyXTrapDispatch P((ClientPtr client , int size , char *reply )); +int XETrapWriteXLib P((XETrapEnv *penv , BYTE *data , CARD32 nbytes )); + +/* xtrapddmi.c */ +void XETrapPlatformSetup P((void )); +int XETrapSimulateXEvent P((xXTrapInputReq *request , ClientPtr client )); + +/* /usr/users1/miller/golly/work/xtrap/xtrapdiswap.c */ +int sXETrapReset P((xXTrapReq *request , ClientPtr client )); +int sXETrapGetAvailable P((xXTrapGetReq *request , ClientPtr client )); +int sXETrapConfig P((xXTrapConfigReq *request , ClientPtr client )); +int sXETrapStartTrap P((xXTrapReq *request , ClientPtr client )); +int sXETrapStopTrap P((xXTrapReq *request , ClientPtr client )); +int sXETrapGetCurrent P((xXTrapReq *request , ClientPtr client )); +int sXETrapGetStatistics P((xXTrapReq *request , ClientPtr client )); +int sXETrapSimulateXEvent P((xXTrapInputReq *request , ClientPtr client )); +int sXETrapGetVersion P((xXTrapGetReq *request , ClientPtr client )); +int sXETrapGetLastInpTime P((xXTrapReq *request , ClientPtr client )); +void sReplyXETrapGetAvail P((ClientPtr client , int size , char *reply )); +void sReplyXETrapGetVers P((ClientPtr client , int size , char *reply )); +void sReplyXETrapGetLITim P((ClientPtr client , int size , char *reply )); +void sReplyXETrapGetCur P((ClientPtr client , int size , char *reply )); +void sReplyXETrapGetStats P((ClientPtr client , int size , char *reply )); +void sXETrapHeader P((XETrapHeader *hdr )); +void XETSwSimpleReq P((xReq *data )); +void XETSwResourceReq P((xResourceReq *data )); +void XETSwCreateWindow P((xCreateWindowReq *data )); +void XETSwChangeWindowAttributes P((xChangeWindowAttributesReq *data )); +void XETSwReparentWindow P((xReparentWindowReq *data )); +void XETSwConfigureWindow P((xConfigureWindowReq *data )); +void XETSwInternAtom P((xInternAtomReq *data )); +void XETSwChangeProperty P((xChangePropertyReq *data )); +void XETSwDeleteProperty P((xDeletePropertyReq *data )); +void XETSwGetProperty P((xGetPropertyReq *data )); +void XETSwSetSelectionOwner P((xSetSelectionOwnerReq *data )); +void XETSwConvertSelection P((xConvertSelectionReq *data )); +void XETSwSendEvent P((xSendEventReq *data )); +void XETSwGrabPointer P((xGrabPointerReq *data )); +void XETSwGrabButton P((xGrabButtonReq *data )); +void XETSwUngrabButton P((xUngrabButtonReq *data )); +void XETSwChangeActivePointerGrab P((xChangeActivePointerGrabReq *data )); +void XETSwGrabKeyboard P((xGrabKeyboardReq *data )); +void XETSwGrabKey P((xGrabKeyReq *data )); +void XETSwUngrabKey P((xUngrabKeyReq *data )); +void XETSwGetMotionEvents P((xGetMotionEventsReq *data )); +void XETSwTranslateCoords P((xTranslateCoordsReq *data )); +void XETSwWarpPointer P((xWarpPointerReq *data )); +void XETSwSetInputFocus P((xSetInputFocusReq *data )); +void XETSwOpenFont P((xOpenFontReq *data )); +void XETSwListFonts P((xListFontsReq *data )); +void XETSwListFontsWithInfo P((xListFontsWithInfoReq *data )); +void XETSwSetFontPath P((xSetFontPathReq *data )); +void XETSwCreatePixmap P((xCreatePixmapReq *data )); +void XETSwCreateGC P((xCreateGCReq *data )); +void XETSwChangeGC P((xChangeGCReq *data )); +void XETSwCopyGC P((xCopyGCReq *data )); +void XETSwSetDashes P((xSetDashesReq *data )); +void XETSwSetClipRectangles P((xSetClipRectanglesReq *data )); +void XETSwClearToBackground P((xClearAreaReq *data )); +void XETSwCopyArea P((xCopyAreaReq *data )); +void XETSwCopyPlane P((xCopyPlaneReq *data )); +void XETSwPoly P((xPolyPointReq *data )); +void XETSwFillPoly P((xFillPolyReq *data )); +void XETSwPutImage P((xPutImageReq *data )); +void XETSwGetImage P((xGetImageReq *data )); +void XETSwPolyText P((xPolyTextReq *data )); +void XETSwImageText P((xImageTextReq *data )); +void XETSwCreateColormap P((xCreateColormapReq *data )); +void XETSwCopyColormapAndFree P((xCopyColormapAndFreeReq *data )); +void XETSwAllocColor P((xAllocColorReq *data )); +void XETSwAllocNamedColor P((xAllocNamedColorReq *data )); +void XETSwAllocColorCells P((xAllocColorCellsReq *data )); +void XETSwAllocColorPlanes P((xAllocColorPlanesReq *data )); +void XETSwFreeColors P((xFreeColorsReq *data )); +void XETSwStoreColors P((xStoreColorsReq *data )); +void XETSwStoreNamedColor P((xStoreNamedColorReq *data )); +void XETSwQueryColors P((xQueryColorsReq *data )); +void XETSwLookupColor P((xLookupColorReq *data )); +void XETSwCreateCursor P((xCreateCursorReq *data )); +void XETSwCreateGlyphCursor P((xCreateGlyphCursorReq *data )); +void XETSwRecolorCursor P((xRecolorCursorReq *data )); +void XETSwQueryBestSize P((xQueryBestSizeReq *data )); +void XETSwQueryExtension P((xQueryExtensionReq *data )); +void XETSwChangeKeyboardMapping P((xChangeKeyboardMappingReq *data )); +void XETSwChangeKeyboardControl P((xChangeKeyboardControlReq *data )); +void XETSwChangePointerControl P((xChangePointerControlReq *data )); +void XETSwSetScreenSaver P((xSetScreenSaverReq *data )); +void XETSwChangeHosts P((xChangeHostsReq *data )); +void XETSwRotateProperties P((xRotatePropertiesReq *data )); +void XETSwNoOperation P((xReq *data )); +#ifdef vms +void SwapLongs P((long *list , unsigned long count )); +void SwapShorts P((short *list , unsigned long count )); +int SwapColorItem P((xColorItem *pItem )); +#endif /* vms */ +void NotImplemented P((void )); +int ProcBadRequest P((ClientPtr client )); + +#undef P + +#endif /* __XTRAPPROTO__ */ diff --git a/xie/docs/dec/xie23-src/lib/xie/Imakefile b/xie/docs/dec/xie23-src/lib/xie/Imakefile new file mode 100644 index 0000000..335d7fc --- /dev/null +++ b/xie/docs/dec/xie23-src/lib/xie/Imakefile @@ -0,0 +1,132 @@ +/* + * @DEC_FREE_COPYRIGHT@ + */ +/* + * HISTORY + * $Log: Imakefile,v $ + * Revision 1.1.2.5 93/01/22 15:34:22 Dave_Hill + * changes to match the new osfLib.rules + * [93/01/21 13:54:46 Dave_Hill] + * + * Revision 1.1.2.4 92/09/15 16:34:16 Dave_Hill + * changing debug lib install rules + * [92/09/15 14:59:05 Dave_Hill] + * + * Revision 1.1.2.3 92/08/16 17:17:07 Dave_Hill + * changes to support profiled & debugged libs + * + * removed obsolete build rules that upset debugged build + * Revision 1.1.2.2 92/08/06 13:57:27 Dave_Hill + * changing shared rules to match Alpha/OSF1 conventions + * [92/08/06 13:56:54 Dave_Hill] + * + * Revision 1.1.2.1 92/07/17 16:44:42 devrcs + * Initial load into Alpha pool + * + * Revision 1.1 90/01/01 00:00:00 devrcs + * *** Initial Trunk Revision *** + * Revision 1.2.2.6 92/04/13 18:16:02 Scott_Sewall + * Fixed EXTRA_LIBRARIES; added -none, -hidden and -L$(OSFLIBDIR) + * [92/04/13 18:15:26 Scott_Sewall] + * + * Revision 1.2.2.5 92/04/06 08:26:20 Gary_Grebus + * Add target for XIE shareable library. + * [92/03/31 08:12:23 Gary_Grebus] + * + * Revision 1.2.2.3 92/02/28 12:54:18 Scott_Sewall + * Added #include + * [92/02/27 19:42:45 Scott_Sewall] + * + * Revision 1.2.2.2 92/02/18 15:50:03 David_Berg + * "Added -DDEC so Xfree, UnlockDisplay & LockDisplay are defined" + * + * Revision 1.2.1.2 92/02/18 15:49:19 David_Berg + * Added -DDEC so Xfree, UnlockDisplay & LockDisplay are defined + * + * Revision 1.2 91/12/30 12:48:20 devbld + * Initial load of project + * + * $EndLog$ + */ +# BuildSystemHeader added automatically +/**/# $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/lib/xie/Imakefile,v 1.1.2.5 93/01/22 15:34:22 Dave_Hill Exp $ + +#define DoNormalLib NormalLibXinput +#define DoSharedLib SharedLibXinput +#define DoDebugLib DebugLibXinput +#define DoProfileLib ProfileLibXinput + +#include + +#define PassCDebugFlags 'CDEBUGFLAGS=$(CDEBUGFLAGS)' + STD_DEFINES = LibraryDefines ExtensionDefines -DCLIENT -DDEC + INCLUDES = -I. -I$(TOP) -I$(INCLUDESRC) -I$(XLIBSRC) -I../../include + + SRCS = XieLibEvents.c \ + XieLibImage.c \ + XieLibProcess.c \ + XieLibResource.c \ + XieLibSession.c \ + XieLibTransport.c \ + XieLibUtils.c \ + XieLibint.h \ + XieConvert.c \ + XieFloat.c + + OBJS = XieLibEvents.o \ + XieLibImage.o \ + XieLibProcess.o \ + XieLibResource.o \ + XieLibSession.o \ + XieLibTransport.o \ + XieLibUtils.o \ + XieConvert.o \ + XieFloat.o + + LOBJS = XieLibEvents.ln \ + XieLibImage.ln \ + XieLibProcess.ln \ + XieLibResource.ln \ + XieLibSession.ln \ + XieLibTransport.ln \ + XieLibUtils.ln \ + XieConvert.ln \ + XieFloat.ln + + LINTLIBS = $(LINTXLIB) + +#if DoSharedLib + SO_REQLIBS = -L$(XLIBSRC) -lX11 -lc -lm +#if DoNormalLib +SharedLibraryTarget(Xie,$(SOXEXTREV),$(OBJS),shared,..) +#else +SharedLibraryTarget(Xie,$(SOXEXTREV),$(OBJS),.,.) +#endif +InstallSharedLibrary(Xie,$(SOXEXTREV),$(USRSHLIBDIR)) +#endif +#if DoNormalLib +NormalLibraryTarget(Xie,$(OBJS)) +InstallLibrary(Xie,$(USRLIBDIR)) +#endif + +LintLibraryTarget(Xie,$(SRCS)) +InstallLintLibrary(Xie,$(LINTLIBDIR)) + +#if ProfileLibXinput +ProfiledLibraryTarget(Xie,$(OBJS)) +InstallLibrary(Xie_p,$(USRLIBDIR)) +#endif + +#if DebugLibXinput +DebuggedLibraryTarget(Xie,$(OBJS)) +#if InstallStaticDebugLibraries +InstallLibrary(Xext_d,$(DEBUGUSRLIBDIR)) +#endif +#if DoSharedLib && InstallSharedDebugLibraries +InstallNonExecFile(debugger/libXext.so,$(DEBUGUSRLIBDIR)) +#endif +#endif + +DependTarget() + +NormalLintTarget($(SRCS)) diff --git a/xie/docs/dec/xie23-src/lib/xie/XieConvert.c b/xie/docs/dec/xie23-src/lib/xie/XieConvert.c new file mode 100644 index 0000000..8f25e6f --- /dev/null +++ b/xie/docs/dec/xie23-src/lib/xie/XieConvert.c @@ -0,0 +1,3916 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains all image data type and organization conversion +** routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** John Weber +** Rich Hennessy - Add 16 bit support(10/91) +** +** CREATION DATE: +** +** May 15, 1989 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + +/* +** Definition to let include files know who's calling. +*/ +#define _SmiConvert + +/* +** Include files +*/ +#include +#include +#include /* XIE device dependant definitions */ +#include + +#ifdef CLIENT +/* +** When this module is built for use on the client side, redirect the +** references which would go through the DDX dispatch table. +*/ +#include + +#undef DdxConvert_ +#define DdxConvert_ SmiConvert +#undef DdxCopy_ +#define DdxCopy_ SmiCopy +#undef DdxConvertCpp_ +#define DdxConvertCpp_ SmiConvertCpp +#undef DdxGetTyp_ +#define DdxGetTyp_ SmiGetTyp +#undef DdxMallocBits_ +#define DdxMallocBits_ XieMallocBits +#endif + + +/* +** Table of contents +*/ +int SmiConvert(); +int SmiCopy(); +int SmiConvertCpp(); +int SmiCopyCpp(); +int SmiGetTyp(); + +static int _CvtUnsOpr(); + +static int _CvtBsBs(); +static int _CvtBsByt(); +static int _CvtBsFlt(); +static int _CvtBsWrd(); + +static int _CvtBytByt(); +static int _CvtBytBs(); +static int _CvtBytFlt(); +static int _CvtBytWrd(); + +static int _CvtFltFlt(); +static int _CvtFltBs(); +static int _CvtFltByt(); +static int _CvtFltWrd(); + +static int _CvtWrdWrd(); +static int _CvtWrdBs(); +static int _CvtWrdByt(); +static int _CvtWrdFlt(); + +static int _CvtBsBsCpp(); +static int _CvtBsBytCpp(); +static int _CvtBsFltCpp(); +static int _CvtBsWrdCpp(); + +static int _CvtBytBytCpp(); +static int _CvtBytBsCpp(); +static int _CvtBytFltCpp(); +static int _CvtBytWrdCpp(); + +static int _CvtFltFltCpp(); +static int _CvtFltBsCpp(); +static int _CvtFltBytCpp(); +static int _CvtFltWrdCpp(); + +static int _CvtWrdWrdCpp(); +static int _CvtWrdBsCpp(); +static int _CvtWrdBytCpp(); +static int _CvtWrdFltCpp(); + + +static int _ConHCBs(); +static int _ConHCByt(); +static int _ConHCWrd(); + +static int _ConCSBs(); +static int _ConCSByt(); +static int _ConCSWrd(); + +static int _ConHSBs(); +static int _ConHSByt(); +static int _ConHSWrd(); + + +/* +** MACRO definitions +*/ +#define Min_(a,b) ((a) <= (b) ? (a) : (b)) +#define Max_(a,b) ((a) > (b) ? (a) : (b)) + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local Storage +*/ + + /* + ** This table describes functions to be called when converting from one + ** descriptor type to another. + ** The table's indecis are from XieDDX.h, UdpRec data types constants. + */ +static int (*conversion_table[XieK_DATA_TYPE_COUNT][XieK_DATA_TYPE_COUNT])()={ + {_CvtBsBs, _CvtBsBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBsByt, _CvtBsFlt, _CvtBsWrd}, + {_CvtBsBs, _CvtBsBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBsByt, _CvtBsFlt, _CvtBsWrd}, + {_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr}, + {_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr}, + {_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr}, + {_CvtBytBs, _CvtBytBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBytByt,_CvtBytFlt,_CvtBytWrd}, + {_CvtFltBs, _CvtFltBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtFltByt,_CvtFltFlt,_CvtFltWrd}, + {_CvtWrdBs, _CvtWrdBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtWrdByt,_CvtWrdFlt,_CvtWrdWrd} +}; + + /* + ** This table is for conversions under the control of a CPP + */ +static int (*conversion_table_cpp[XieK_DATA_TYPE_COUNT][XieK_DATA_TYPE_COUNT])()={ + {_CvtBsBsCpp, _CvtBsBsCpp, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBsBytCpp, _CvtBsFltCpp, _CvtBsWrdCpp}, + {_CvtBsBsCpp, _CvtBsBsCpp, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBsBytCpp, _CvtBsFltCpp, _CvtBsWrdCpp}, + {_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr}, + {_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr}, + {_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr}, + {_CvtBytBsCpp,_CvtBytBsCpp,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBytBytCpp,_CvtBytFltCpp,_CvtBytWrdCpp}, + {_CvtFltBsCpp,_CvtFltBsCpp,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtFltBytCpp,_CvtFltFltCpp,_CvtFltWrdCpp}, + {_CvtWrdBsCpp,_CvtWrdBsCpp,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtWrdBytCpp,_CvtWrdFltCpp,_CvtWrdWrdCpp} +}; + + /* + ** This table describes the functions to be called when constraining data. + */ +static int (*constrain_table[5][XieK_DATA_TYPE_COUNT])()={ + {_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr}, + {_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr}, + {_ConHCBs, _ConHCBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_ConHCByt, _CvtUnsOpr,_ConHCWrd}, + {_ConCSBs, _ConCSBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_ConCSByt, _CvtUnsOpr,_ConCSWrd}, + {_ConHSBs, _ConHSBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_ConHSByt, _CvtUnsOpr,_ConHSWrd} +}; + +/***************************************************************************** +** SmiConvert +** +** FUNCTIONAL DESCRIPTION: +** +** This is the externally callable entry point for type conversion. The +** data specified by the source descriptor is reorganized to conform to +** the specification of the destination descriptor. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** mode - transfer mode, one of the following: +** XieK_MoveMode, move without constraining +** XieK_HardClip, constrain data via hard clip model +** XieK_ClipScale, constrain data via clip scale model +** XieK_HardScale, constrain data via hard scale model +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiConvert(src, dst, mode) +UdpPtr src; +UdpPtr dst; +int mode; +{ + int srctyp, dsttyp, status; + /* + ** Validate and get type of descriptors + */ + srctyp = DdxGetTyp_(src); + dsttyp = DdxGetTyp_(dst); + + if( srctyp >= XieK_DATA_TYPE_COUNT || dsttyp >= XieK_DATA_TYPE_COUNT ) + status = _CvtUnsOpr(src,dst); + + else if( mode == XieK_MoveMode ) + /* + ** Call specific conversion routine. + */ + status = (*conversion_table[srctyp][dsttyp])(src,dst); + + else if( srctyp != XieK_AF ) + status = _CvtUnsOpr(src,dst); + /* + ** The input data must be type float. Call conversion + ** routine based on the constraint model requested. + */ + else + status = (*constrain_table[mode][dsttyp])(src,dst); + + return( status ); +} /* end SmiConvert */ + +/***************************************************************************** +** SmiConvertCpp +** +** FUNCTIONAL DESCRIPTION: +** +** This is the same as SmiConvert, except that a CPP is used to +** select the input pixels to be copied. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** mode - transfer mode, one of the following: +** XieK_MoveMode, move without constraining +** cpp - cpp data descriptor +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiConvertCpp(src, dst, cpp, mode) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int mode; +{ + int srctyp, dsttyp, status; + /* + ** Validate and get type of descriptors + */ + srctyp = DdxGetTyp_(src); + dsttyp = DdxGetTyp_(dst); + + if( srctyp >= XieK_DATA_TYPE_COUNT || dsttyp >= XieK_DATA_TYPE_COUNT + || cpp == NULL || mode != XieK_MoveMode ) + status = _CvtUnsOpr(src,dst); + + else + status = (*conversion_table_cpp[srctyp][dsttyp])(src,dst,cpp); + + return( status ); +} /* end SmiConvertCpp */ + +/***************************************************************************** +** SmiCopy +** +** FUNCTIONAL DESCRIPTION: +** +** This is a jacket function over the CONVERT routine which provides a +** straight-forward interface for copying ROIs. +** +** The principle used is simple, but possibly hard to understand. This +** routine relies on the fact that the CONVERT code matches source and +** destination image coordinates during the move (i.e. source pixel (0,0) +** is moved to destination pixel (0,0). To accomplish the move of a source +** ROI, the source UDP is modified so that only the ROI data is described +** as image (all other data will be described as pad by careful use of +** POS, and STRIDE fields). The coordinates of the source are shifted so +** they match the desired destination coordinates. +** +** Simple...right? (no way) +** +** FORMAL PARAMETERS: +** +** srcudp - UDP to copy from +** dstudp - UDP to copy to +** src_x - Source X coordinate (X coordinate of upper left corner of +** source ROI). +** src_y - Source Y coordinate (Y coordinate of upper left corner of +** source ROI). +** dst_x - Destination X coordinate +** dst_y - Destination Y coordinate +** width - Width of ROI in pels +** height - Height of ROI in pels +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCopy( src, dst, srcx, srcy, dstx, dsty, width, height ) +UdpPtr src; +UdpPtr dst; +long int srcx; +long int srcy; +long int dstx; +long int dsty; +long int width; +long int height; +{ + UdpRec srcudp; + long int clipped_width; + long int clipped_height; + /* + ** Make a copy of the source UDP that we can modify. + */ + srcudp = *src; + /* + ** Modify the source UDP so that is describes only the ROI and reflects + ** where in the destination the data is to be copied. + */ + srcudp.UdpL_X1 = dstx; + srcudp.UdpL_Y1 = dsty; + + clipped_width = Min_(srcx + width -1, src->UdpL_X2) - srcx + 1; + clipped_height = Min_(srcy + height -1, src->UdpL_Y2) - srcy + 1; + + srcudp.UdpL_X2 = dstx + clipped_width - 1; + srcudp.UdpL_Y2 = dsty + clipped_height - 1; + + srcudp.UdpL_PxlPerScn = clipped_width; + srcudp.UdpL_ScnCnt = clipped_height; + + srcudp.UdpL_Pos += srcy * srcudp.UdpL_ScnStride + + srcx * srcudp.UdpL_PxlStride; + /* + ** Now, call the CONVERT routine to do the data movement. + */ + return( DdxConvert_( &srcudp, dst, XieK_MoveMode ) ); +} /* end SmiCopy */ + +/***************************************************************************** +** SmiCopyCpp +** +** FUNCTIONAL DESCRIPTION: +** +** This is the same as SmiCopy, except the pixels to be copied +** are selected by a CPP. +** +** FORMAL PARAMETERS: +** +** srcudp - UDP to copy from +** dstudp - UDP to copy to +** cpp - UDP for the CPP +** src_x - Source X coordinate (X coordinate of upper left corner of +** source ROI). +** src_y - Source Y coordinate (Y coordinate of upper left corner of +** source ROI). +** dst_x - Destination X coordinate +** dst_y - Destination Y coordinate +** width - Width of ROI in pels +** height - Height of ROI in pels +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCopyCpp( src, dst, cpp, srcx, srcy, dstx, dsty, width, height ) +UdpPtr src; +UdpPtr dst; +long int srcx; +long int srcy; +long int dstx; +long int dsty; +long int width; +long int height; +{ + UdpRec srcudp; + long int clipped_width; + long int clipped_height; + /* + ** Make a copy of the source UDP that we can modify. + */ + srcudp = *src; + /* + ** Modify the source UDP so that is describes only the ROI and reflects + ** where in the destination the data is to be copied. + */ + srcudp.UdpL_X1 = dstx; + srcudp.UdpL_Y1 = dsty; + + clipped_width = Min_(srcx + width -1, src->UdpL_X2) - srcx + 1; + clipped_height = Min_(srcy + height -1, src->UdpL_Y2) - srcy + 1; + + srcudp.UdpL_X2 = dstx + clipped_width - 1; + srcudp.UdpL_Y2 = dsty + clipped_height - 1; + + srcudp.UdpL_PxlPerScn = clipped_width; + srcudp.UdpL_ScnCnt = clipped_height; + + srcudp.UdpL_Pos += srcy * srcudp.UdpL_ScnStride + + srcx * srcudp.UdpL_PxlStride; + /* + ** Now, call the CONVERT routine to do the data movement. + */ + return( DdxConvertCpp_( &srcudp, dst, cpp, XieK_MoveMode ) ); +} /* end SmiCopyCpp */ + +/***************************************************************************** +** SmiGetTyp +** +** FUNCTIONAL DESCRIPTION: +** +** Return constant which identifies a valid combination of descriptor +** class and data type. +** +** FORMAL PARAMETERS: +** +** desc - data descriptor to validate and classify +** +** FUNCTION VALUE: +** +** data type of descriptor +** +*****************************************************************************/ +int SmiGetTyp(desc) +UdpPtr desc; +{ + int type; + + switch (desc->UdpB_DType) + { + case UdpK_DTypeBU : + switch (desc->UdpB_Class) + { + case UdpK_ClassA: type = XieK_ABU; break; + case UdpK_ClassUBA: + case UdpK_ClassUBS: + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeWU: + switch (desc->UdpB_Class) + { + case UdpK_ClassA: type = XieK_AWU; break; + case UdpK_ClassUBA: + case UdpK_ClassUBS: + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeLU: + switch (desc->UdpB_Class) + { + case UdpK_ClassA: + case UdpK_ClassUBA: + case UdpK_ClassUBS: + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeF: + switch (desc->UdpB_Class) + { + case UdpK_ClassA: type = XieK_AF; break; + case UdpK_ClassUBA: + case UdpK_ClassUBS: + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeVU: + switch (desc->UdpB_Class) + { + case UdpK_ClassUBA: type = XieK_UBAVU; break; + case UdpK_ClassUBS: type = XieK_UBSVU; break; + case UdpK_ClassA: + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeV: + switch (desc->UdpB_Class) + { + case UdpK_ClassUBA: type = XieK_UBAV; break; + case UdpK_ClassUBS: type = XieK_UBSV; break; + case UdpK_ClassA: + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + default : type = XieK_DATA_TYPE_COUNT; break; + } + return( type ); +} /* end SmiGetTyp */ + +/***************************************************************************** +** SmiPosCl +** +** FUNCTIONAL DESCRIPTION: +** +** Return the UdpL_Pos value (i.e. offset in bits) which corresponds +** to the beginning of the specified scanline in a changelist Udp. +** +** This code assumes the specified scanline actually exists in the +** UDP. +** +** FORMAL PARAMETERS: +** +** base - data to position in +** inipos - initial offset into data +** scncnt - number of scanlines to position to +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiPosCl(base, inipos, scncnt) +unsigned int *base; +int inipos; +int scncnt; +{ + /* Not implemented */ + return( BadImplementation ); +} /* end SmiPosCl */ + +/***************************************************************************** +** _CvtUnsOpr +** +** FUNCTIONAL DESCRIPTION: +** +** This is an action routine called when conversion from source descriptor +** type to destination descriptor type is not supported. Simply signal an +** error at this point. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtUnsOpr(src, dst) +UdpPtr src; +UdpPtr dst; +{ + return( BadImplementation ); +} + +/***************************************************************************** +** _CvtBsBs +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit stream to bit stream encoding +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBsBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask, dst_mask, mask_24 = (1 << 24) - 1; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int bits; + int value; + char *data, copy_line = src->UdpW_PixelLength == 1 + && dst->UdpW_PixelLength == 1 + && src->UdpL_PxlStride == 1 + && dst->UdpL_PxlStride == 1; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + /* + ** Copy until the destination is at a byte boundary. + */ + for( pixel = X1; pixel <= X2 && dst_offset & 7; pixel++ ) + { + value = GET_VALUE_(src->UdpA_Base, src_offset, src_mask); + PUT_VALUE_(dst->UdpA_Base, dst_offset, value, dst_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + /* + ** If there is enough data, try for a higher performance copy. + */ + if( copy_line && X2 + 1 - pixel >= 24 ) + if( src_offset & 7 ) + /* + ** Src and dst aren't aligned, so move in 3 byte chunks. + */ + for( data = (char *)(dst->UdpA_Base+(dst_offset>>3)); + pixel <= X2 + 1 - 24; + src_offset += 24, + dst_offset += 24, + pixel += 24 ) + { + value = GET_VALUE_(src->UdpA_Base, src_offset, mask_24); +#ifdef BIGENDIAN + *data++ = *((unsigned char *)(&value)+3); + *data++ = *((unsigned char *)(&value)+2); + *data++ = *((unsigned char *)(&value)+1); +#else + *data++ = *((unsigned char *)(&value)); + *data++ = *((unsigned char *)(&value)+1); + *data++ = *((unsigned char *)(&value)+2); +#endif + } + else + /* + ** Src and dst are aligned, so we can use the fast byte mover. + */ + { + bits = X2 + 1 - pixel & ~7; + memcpy( dst->UdpA_Base + (dst_offset >> 3), + src->UdpA_Base + (src_offset >> 3), bits >> 3 ); + src_offset += bits; + dst_offset += bits; + pixel += bits; + } + /* + ** Copy the remainder. + */ + while( pixel <= X2 ) + { + value = GET_VALUE_(src->UdpA_Base, src_offset, src_mask); + PUT_VALUE_(dst->UdpA_Base, dst_offset, value, dst_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + pixel++; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsByt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBsByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to float +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBsFlt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to word array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBsWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytByt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytByt( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + char copy_line = src->UdpW_PixelLength == dst->UdpW_PixelLength + && src->UdpW_PixelLength == src->UdpL_PxlStride + && dst->UdpW_PixelLength == dst->UdpL_PxlStride + && src->UdpL_PxlStride == dst->UdpL_PxlStride; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + if( copy_line ) + memcpy( dst->UdpA_Base + (dst_offset >> 3), + src->UdpA_Base + (src_offset >> 3), X2 - X1 + 1 ); + else + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned char *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned char *)(src->UdpA_Base + (src_offset >> 3))); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytBs +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to bit string +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + PUT_VALUE_(dst->UdpA_Base,dst_offset, + *((unsigned char *)(src->UdpA_Base + src_offset / 8)),dst_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + + +/***************************************************************************** +** _CvtBytFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to floating point +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytFlt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)*((unsigned char *)(src->UdpA_Base + src_offset / 8)); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + + +/***************************************************************************** +** _CvtBytWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to word array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned char *)(src->UdpA_Base + (src_offset >> 3))); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to floating array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtFltFlt( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + char copy_line = src->UdpW_PixelLength == dst->UdpW_PixelLength + && src->UdpW_PixelLength == src->UdpL_PxlStride + && dst->UdpW_PixelLength == dst->UdpL_PxlStride + && src->UdpL_PxlStride == dst->UdpL_PxlStride; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + if( copy_line ) + memcpy( dst->UdpA_Base + (dst_offset >> 3), + src->UdpA_Base + (src_offset >> 3), + (X2 + 1 - X1) * sizeof(float) ); + else + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((float *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((float *)(src->UdpA_Base + (src_offset >> 3))); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltBs +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to bit string +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtFltBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int value; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + + value = *((float *)(src->UdpA_Base + src_offset / 8)) + 0.5; + + PUT_VALUE_(dst->UdpA_Base,dst_offset,value,dst_mask); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltByt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtFltByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + *((float *)(src->UdpA_Base + src_offset / 8)) + 0.5; + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + + +/***************************************************************************** +** _CvtFltWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to word array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtFltWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + *((float *)(src->UdpA_Base + src_offset / 8)) + 0.5; + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/* N O W A L L T H E "W O R D" F U N C T I O N */ + +/***************************************************************************** +** _CvtWrdWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to word array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + char copy_line = src->UdpW_PixelLength == dst->UdpW_PixelLength + && src->UdpW_PixelLength == src->UdpL_PxlStride + && dst->UdpW_PixelLength == dst->UdpL_PxlStride + && src->UdpL_PxlStride == dst->UdpL_PxlStride; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + if( copy_line ) + memcpy( dst->UdpA_Base + (dst_offset >> 3), + src->UdpA_Base + (src_offset >> 3), X2 - X1 + 1 << 1 ); + else + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned short *)(src->UdpA_Base + (src_offset >> 3))); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdBs +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to bit string +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdBs( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + PUT_VALUE_( dst->UdpA_Base,dst_offset, + *((unsigned short *)(src->UdpA_Base + src_offset / 8)), + dst_mask ); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdByt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdByt( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned char *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned short *)(src->UdpA_Base + (src_offset >> 3))); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to floating point +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdFlt( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)*((unsigned short *)(src->UdpA_Base + src_offset / 8)); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/* N O W A L L T H E "C O N S T R A I N T" F U N C T I O N S */ + +/***************************************************************************** +** _ConHCBs +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Clip model from float to bit string: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Round all values to nearest integer. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHCBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int value; + float ceiling; + float fvalue; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + value = fvalue + 0.5; + PUT_VALUE_(dst->UdpA_Base,dst_offset,value,dst_mask); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHCByt +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Clip model from float to unsigned byte: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Round all values to nearest integer. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHCByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + fvalue + 0.5; + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHCWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Clip model from float to unsigned word: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Round all values to nearest integer. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHCWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + fvalue + 0.5; + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConCSBs +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Clip Scale model from float to bit string: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConCSBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int value; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + ceiling = (float)(dst->UdpL_Levels - 1); + + /* Make a pass through the pixels to determine the range of the data */ + fmin = ceiling; + fmax = 0.0; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + /* Clip the data */ + if (fvalue < 0.0) + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + } + + /* Calculate the scale value and offset */ + foffset = fmin; + if ((fmax-fmin) != 0.0) + fscale = ceiling/(fmax-fmin); + else + fscale = 1.0; + + /* Scale and convert the data */ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + value = (fvalue - foffset) * fscale + 0.5; /* Scale */ + PUT_VALUE_(dst->UdpA_Base,dst_offset,value,dst_mask); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConCSByt +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Clip Scale model from float to byte array: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConCSByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + +/* +** Make a pass through the pixels to determine the range of the data +*/ + fmin = ceiling; + fmax = 0.0; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + } + +/* +** Calculate the scale value and offset +*/ + foffset = fmin; + if ((fmax-fmin) != 0.0) + fscale = ceiling/(fmax-fmin); + else + fscale = 1.0; + +/* +** Scale and convert the data +*/ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + (fvalue - foffset) * fscale + 0.5; /* Scale */ + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConCSWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Clip Scale model from float to word array: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConCSWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + +/* +** Make a pass through the pixels to determine the range of the data +*/ + fmin = ceiling; + fmax = 0.0; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + } + +/* +** Calculate the scale value and offset +*/ + foffset = fmin; + if ((fmax-fmin) != 0.0) + fscale = ceiling/(fmax-fmin); + else + fscale = 1.0; + +/* +** Scale and convert the data +*/ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + (fvalue - foffset) * fscale + 0.5; /* Scale */ + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHSBs +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Scale model from float to bit string: +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHSBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int value; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + ceiling = (float)(dst->UdpL_Levels - 1); + + /* Make a pass through the pixels to determine the range of the data */ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + + fmin = *((float *)(src->UdpA_Base + (src_scan_offset + + (X1-src->UdpL_X1) * src->UdpL_PxlStride)/ 8)); + fmax = fmin; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + } + + /* Calculate the scale value and offset */ + foffset = fmin; + if ((fmax-fmin) != 0.0) + fscale = ceiling/(fmax-fmin); + else + fscale = 1.0; + + + /* Scale and convert the data */ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + value = (fvalue - foffset) * fscale + 0.5; /* Scale */ + PUT_VALUE_(dst->UdpA_Base,dst_offset,value,dst_mask); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHSByt +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Scale model from float to byte array: +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHSByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + + /* Make a pass through the pixels to determine the range of the data */ + fmin = *((float *)(src->UdpA_Base + (src_scan_offset + + (X1-src->UdpL_X1) * src->UdpL_PxlStride)/ 8)); + fmax = fmin; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + } + + /* Calculate the scale value and offset */ + foffset = fmin; + if ((fmax-fmin) != 0.0) + fscale = ceiling/(fmax-fmin); + else + fscale = 1.0; + + /* Scale and convert the data */ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + (fvalue - foffset) * fscale + 0.5; /* Scale */ + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHSWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Scale model from float to word array: +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHSWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + +/* +** Make a pass through the pixels to determine the range of the data +*/ + fmin = *((float *)(src->UdpA_Base + (src_scan_offset + + (X1-src->UdpL_X1) * src->UdpL_PxlStride)/ 8)); + fmax = fmin; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + } + +/* +** Calculate the scale value and offset +*/ + foffset = fmin; + if ((fmax-fmin) != 0.0) + fscale = ceiling/(fmax-fmin); + else + fscale = 1.0; + +/* +** Scale and convert the data +*/ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + (fvalue - foffset) * fscale + 0.5; /* Scale */ + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/* N O W "C P P V E R S I O N S" O F T H E B A S E C O N V E R S I O N S */ + +/***************************************************************************** +** _CvtBsBsCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit stream to bit stream encoding with CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBsBsCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask, dst_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + int bits; + int value; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + /* + ** Copy the bits. + */ + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + value = GET_VALUE_(src->UdpA_Base, src_offset, src_mask); + PUT_VALUE_(dst->UdpA_Base, dst_offset, value, dst_mask); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsBytCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to byte array using cpp +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBsBytCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsFltCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to float using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBsFltCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsWrdCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to word array using cpp +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBsWrdCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytBytCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytBytCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned char *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned char *)(src->UdpA_Base + (src_offset >> 3))); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytBsCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to bit string using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBytBsCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + PUT_VALUE_(dst->UdpA_Base,dst_offset, + *((unsigned char *)(src->UdpA_Base + + src_offset / 8)),dst_mask); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytFltCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to floating point using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytFltCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)*((unsigned char *)(src->UdpA_Base + + src_offset / 8)); + } + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytWrdCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to word array using a cpp +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp descriptor +** +*****************************************************************************/ +static int _CvtBytWrdCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned char *)(src->UdpA_Base + (src_offset >> 3))); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltFltCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to floating array using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtFltFltCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((float *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((float *)(src->UdpA_Base + (src_offset >> 3))); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltBsCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to bit string using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtFltBsCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + int value; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + value = *((float *)(src->UdpA_Base + + src_offset / 8)) + 0.5; + PUT_VALUE_(dst->UdpA_Base,dst_offset,value,dst_mask); + } + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltBytCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to byte array using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtFltBytCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + *((float *)(src->UdpA_Base + src_offset /8)) + 0.5; + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltWrdCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to word array using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtFltWrdCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + *((float *)(src->UdpA_Base + src_offset /8)) + 0.5; + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdWrdCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to word array using a cpp +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp descriptor +** +*****************************************************************************/ +static int _CvtWrdWrdCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } + +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned short *)(src->UdpA_Base + (src_offset >> 3))); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdBsCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to bit string using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtWrdBsCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } + +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + PUT_VALUE_(dst->UdpA_Base,dst_offset, + *((unsigned short *)(src->UdpA_Base + + src_offset / 8)),dst_mask); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdBytCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to byte array using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp = CPP descriptor +** +*****************************************************************************/ +static int _CvtWrdBytCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned char *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned short *)(src->UdpA_Base + (src_offset >> 3))); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdFltCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to floating point using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdFltCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } + +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)*((unsigned short *)(src->UdpA_Base + + src_offset / 8)); + } + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} +/* end Module SmiConvert */ diff --git a/xie/docs/dec/xie23-src/lib/xie/XieFloat.c b/xie/docs/dec/xie23-src/lib/xie/XieFloat.c new file mode 100644 index 0000000..4955663 --- /dev/null +++ b/xie/docs/dec/xie23-src/lib/xie/XieFloat.c @@ -0,0 +1,195 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module provides a machine independant mechanism for transporting +** floating point numbers using the X11 Image Extension protocol. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** Robert NC Shelley +** +** +** CREATION DATE: 25-Aug-1989 +** +*******************************************************************************/ + +/* +** INCLUDE FILES +**/ +#ifndef VXT +#include +#else +#include +#endif +#include /* XIE device dependant definitions */ + +/* +** Table of Contents +*/ +void MiEncodeDouble(); +double MiDecodeDouble(); + + + +/* +** Macro definitions +*/ + /* + ** To convert the mantissa of a 'double' (always < 1.0) to/from the + ** 'XieFloatRec.mantissa' we multiply/divide by this factor + ** ( 2^n, where n is the size in bits of 'XieFloatRec.mantissa' less 1). + ** On the wire the mantissa is shifted left one place for compatibililty + ** with previous protocol versions. + */ +#define Convert_Mantissa_(xiefloatptr) \ + pow(2.0, 8.0*sizeof(xiefloatptr->mantissa)-1.0) + +/* +** External routines +*/ + +/* +** Equated symbols +*/ + +/* +** External symbol definitions. +*/ + +/***************************************************************************** +** MiEncodeDouble +** +** FUNCTIONAL DESCRIPTION: +** +** Encode a double value as XieFloat format. +** +** FORMAL PARAMETERS: +** +** ptr - pointer to XieFloatRec +** value - double value to be encoded +** +*****************************************************************************/ +void MiEncodeDouble( ptr, value ) + XieFloat ptr; + double value; +{ + double mantissa; + int exponent; + + /* + ** Separate out the mantissa and exponent. + */ + mantissa = frexp(value, &exponent); + + /* + ** Encode the mantissa in XieFloat format. + */ + ptr->m_sign = (unsigned char) (mantissa >= 0.0); + ptr->mantissa = (unsigned long) (Convert_Mantissa_(ptr) + * (ptr->m_sign ? mantissa : -mantissa) + 0.5); + + /* + ** Check/correct for overflow on round-up. + */ + if( (int)(ptr->mantissa) < 0 ) + { + exponent++; + ptr->mantissa = (unsigned long) Convert_Mantissa_(ptr); + } + else + ptr->mantissa <<= 1; + + /* + ** Encode the exponent in XieFloat format. + */ + ptr->e_sign = (unsigned char) (exponent >= 0); + ptr->exponent = (unsigned short) (ptr->e_sign ? exponent : -exponent); +} + +/***************************************************************************** +** MiDecodeDouble +** +** FUNCTIONAL DESCRIPTION: +** +** Decode a double value from XieFloat format. +** +** FORMAL PARAMETERS: +** +** ptr - pointer to XieFloatRec +** +** FUNCTION VALUE: +** +** decoded double value +** +*****************************************************************************/ +double MiDecodeDouble( ptr ) + XieFloat ptr; +{ + /* + ** Reassemble the XieFloatRec into a double value. + */ + return( pow( 2.0, (ptr->e_sign ? 1.0 : -1.0) * ptr->exponent ) + * (ptr->m_sign ? 1.0 : -1.0) + * (ptr->mantissa >> 1) / Convert_Mantissa_(ptr) ); +} diff --git a/xie/docs/dec/xie23-src/lib/xie/XieLibEvents.c b/xie/docs/dec/xie23-src/lib/xie/XieLibEvents.c new file mode 100644 index 0000000..bb776c1 --- /dev/null +++ b/xie/docs/dec/xie23-src/lib/xie/XieLibEvents.c @@ -0,0 +1,242 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension (XIE) +** +** ABSTRACT: +** +** This module contains XIE library routines for EVENTS. +** +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Bernardo Tagariello +** +** CREATION DATE: +** +** March 23, 1990 +** +** MODIFICATION HISTORY: +** +*******************************************************************************/ + +/* +** Definitions required by X11 include files +*/ +#define NEED_EVENTS +#define NEED_REPLIES + +/* +** Definition to let include files know who's calling. +*/ +#define _XieLibEvents + +/* +** Include files +*/ + /* + ** Standard C include files + */ +#include + /* + ** X11 and XIE include files + */ +#ifdef VMS +#include /* X11 internal lib/transport defs */ +#else +#include /* X11 internal lib/transport defs */ +#endif +#include /* XIE Req/Reply protocol defs */ +#include /* XIE public definitions */ +#include /* XIE private definitions */ + +/* +** Table of contents +*/ +unsigned long XieQueryEvents(); +void XieSelectEvents(); + /* + ** Low level global entry points + */ +Bool _XieConvertEventProc(); + /* + ** internal routines + */ + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local Storage +*/ + +/******************************************************************************* +** XieQueryEvents +** +** FUNCTIONAL DESCRIPTION: +** +** Retreives the event mask for Xie events enabled on the Xie server. +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** +** FUNCTION VALUE: +** +** value of current Xie events mask +** +*******************************************************************************/ +unsigned long XieQueryEvents(dpy) + Display *dpy; +{ + xieQueryEventsReply rep; + xieQueryEventsReq *req; + XieSessionPtr ses = _XieGetSession(dpy); + Status status; + + /* + ** Create request to query events + */ + XieReq_(dpy,0,SesOpCode_(ses),ieQueryEvents,req); + + status = _XReply( dpy, (xReply *) &rep, 0, True ); + + if( !status ) + _XieSrvError( dpy, req->opcode, 0, rep.sequenceNumber, + BadAccess, "QueryEvents" ); + else + XieReqDone_(dpy); + + return( rep.event_mask ); +} /* end XieQueryEvents */ + +/******************************************************************************* +** XieSelectEvents +** +** FUNCTIONAL DESCRIPTION: +** +** Sets the event mask to enabled specified Xie events on the Xie server. +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** event_mask - mask of events to enable +** +*******************************************************************************/ +void XieSelectEvents(dpy, event_mask) + Display *dpy; + unsigned long event_mask; +{ + Status status; + xieSelectEventsReq *req; + XieSessionPtr ses = _XieGetSession(dpy); + + /* + ** Create request to Select Events. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieSelectEvents,req); + req->event_mask = event_mask; + XieReqDone_(dpy); + +} /* end XieSelectEvents */ + +/******************************************************************************* +** _XieConvertEventProc +** +** FUNCTIONAL DESCRIPTION: +** +** Convert an event from wire format to client format. +** +** FORMAL PARAMETERS: +** +** dpy - X11 display pointer +** ce - pointer to client event structure to be filled in +** we - pointer to wire event structure to be converted +** +** FUNCTION VALUE: +** +** Boolean: true if event should be queued +** +*******************************************************************************/ +Bool _XieConvertEventProc(dpy, ce, we) + Display *dpy; + XEvent *ce; + xEvent *we; +{ + xieSendEvent *wireevent = (xieSendEvent *) we; + XieEventRec *clientevent = (XieEventRec *) ce; + + clientevent->type = wireevent->type & ~0x80; + clientevent->send_event =(wireevent->type & 0x80) == True; + clientevent->serial = wireevent->sequenceNumber; + clientevent->display = dpy; + clientevent->resource = XieFindResource(dpy, wireevent->resource_id); + + return( clientevent->resource != NULL ); +} /* end _XieConvertEventProc */ +/* end module XieLibEvents.c */ diff --git a/xie/docs/dec/xie23-src/lib/xie/XieLibImage.c b/xie/docs/dec/xie23-src/lib/xie/XieLibImage.c new file mode 100644 index 0000000..6cf2a0b --- /dev/null +++ b/xie/docs/dec/xie23-src/lib/xie/XieLibImage.c @@ -0,0 +1,708 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension (XIE) +** +** ABSTRACT: +** +** This module contains XieImage routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** April 17, 1989 +** +** MODIFICATION HISTORY: +** +*******************************************************************************/ + +/* +** Definitions required by X11 include files +*/ +#define NEED_EVENTS +#define NEED_REPLIES + +/* +** Definition to let include files know who's calling. +*/ +#define _XieLibImage + +/* +** Include files +*/ + /* + ** Standard C include files + */ +#include +#include + /* + ** X11 and XIE include files + */ +#ifdef VMS +#include /* X11 internal lib/transport defs */ +#else +#include /* X11 internal lib/transport defs */ +#endif +#include /* XIE client/server common defs */ +#include /* XIE Req/Reply protocol defs */ +#include /* XIE public definitions */ +#include /* XIE private definitions */ + +/* +** Table of contents +*/ + /* + ** PUBLIC entry points + */ +XieImage XieCopyImage(); /* Image from Image (optional data) */ +XieImage XieCreateImage(); /* Image from argumemts (no data) */ +XieImage XieFreeImage(); /* free Image resources */ +XieImage XieGetImage(); /* Image from Photo{any} (optional data) */ +unsigned char XieGetImageData();/* transport image data from Photo{any} */ +XiePhoto XiePutImage(); /* Photo{any} from Image (optional data) */ +unsigned char XiePutImageData();/* transport image data to Photo{flo|map} */ + /* + ** internal routines + */ +static void CreateXport(); /* create XieImage stream transport context */ + +/* +** Macro definitions +*/ + +/* +** Equated symbols +*/ + +/* +** Externals +*/ + +/* +** Local Storage +*/ + +/******************************************************************************* +** XieCopyImage +** +** FUNCTIONAL DESCRIPTION: +** +** Create an XieImage by copying an existing XieImage. +** +** FORMAL PARAMETERS: +** +** img - pointer to XieImageRec +** mode - what to do about image data: +** XieK_DataNone - no image buffers, no data copy +** XieK_DataAlloc - allocate new image buffers only, no data +** XieK_DataCopy - allocate new image buffers and copy data +** XieK_DataShare - copy pointers to image data (share) +** +** FUNCTION VALUE: +** +** XieImage - pointer to new XieImageRec +** +*******************************************************************************/ +XieImage XieCopyImage( img, mode ) + XieImage img; + unsigned char mode; +{ + CARD32 i; + + /* + ** Make a copy of the XieImageRec. + */ + XieImage copy = (XieImage) XieMalloc(sizeof(XieImageRec)); + *copy = *img; + OwnData_(copy) = False; + + /* + ** Make a copy of each existing UdpRec. + */ + for( i = 0; i < XieK_MaxPlanes; i++ ) + if( Plane_(img,i) != NULL ) + { + Plane_(copy,i) = (UdpPtr) XieMalloc(sizeof(UdpRec)); + *Plane_(copy,i) = *Plane_(img,i); + + switch( mode ) + { + case XieK_DataNone : + uBase_(copy,i) = NULL; + break; + + case XieK_DataAlloc : + OwnData_(copy) = True; + uBase_(copy,i) = XieCallocBits( uArSize_(copy,i) ); + break; + + case XieK_DataCopy : + if( uBase_(img,i) != NULL ) + { + OwnData_(copy) = True; + uBase_(copy,i) = XieMallocBits( uArSize_(img,i) ); + memcpy(uBase_(copy,i),uBase_(img,i),uArSize_(img,i)+7>>3); + } + break; + + case XieK_DataShare : + break; + + default : _XieLibError( EINVAL, "XieCopyImage (mode)" ); + } + } + return( copy ); +} /* end XieCopyImage */ + +/******************************************************************************* +** XieCreateImage +** +** FUNCTIONAL DESCRIPTION: +** +** Create an XieImage as specified by formal parameters -- no image data. +** +** FORMAL PARAMETERS: +** +** width - width of proposed image data +** height - height of proposed image data +** cmpres - compression scheme +** cmp_org - component organization +** cmp_map - component mapping +** cmp_cnt - number of components +** cmp_lvl - array of component levels +** pxl_mod - pixel stride modulo +** scn_mod - scanline stride modulo +** +** FUNCTION VALUE: +** +** XieImage - pointer to new XieImageRec +** +*******************************************************************************/ +XieImage XieCreateImage( width, height, cmpres, + cmp_org, cmp_map, cmp_cnt, cmp_lvl, pxl_mod, scn_mod ) + unsigned long width, height, *cmp_lvl; + unsigned char cmpres, cmp_org, cmp_map, cmp_cnt, pxl_mod, scn_mod; +{ + CARD32 i, levels, pxl_bits, planes; + /* + ** Allocate the XieImageRec and fill in the non-Udp fields. + */ + XieImage img = (XieImage) XieCalloc(1,sizeof(XieImageRec)); + + CmpOrg_(img) = cmp_org; + CmpMap_(img) = cmp_map; + CmpCnt_(img) = cmp_cnt; + for( levels = 1, pxl_bits = 0, i = 0; i < cmp_cnt; i++ ) + { + CmpLvl_(img,i) = cmp_lvl[i]; + CmpLen_(img,i) = BitsFromLevels_(cmp_lvl[i]); + levels *= CmpLvl_(img,i); + pxl_bits += CmpLen_(img,i); + } + Cmpres_(img) = cmpres; + PxlPol_(img) = cmp_map == XieK_Bitonal ? XieK_ZeroBright : XieK_ZeroDark; + PxlRatio_(img) = 1.0; + PxlProg_(img) = XieK_PP0; + ScnProg_(img) = XieK_LP270; + OwnData_(img) = False; + + /* + ** Allocate UdpRec's and fill in component organization based fields. + */ + switch( cmp_org ) + { + case XieK_BandByPixel : + planes = 1; + Plane_(img,0) = (UdpPtr) XieMalloc(sizeof(UdpRec)); + uCmpIdx_(img,0) = 0; + uPxlLen_(img,0) = pxl_bits; + uLvl_(img,0) = levels; + break; + case XieK_BandByPlane : + planes = CmpCnt_(img); + for( i = 0; i < planes; i++ ) + { + Plane_(img,i) = (UdpPtr) XieMalloc(sizeof(UdpRec)); + uCmpIdx_(img,i) = i; + uPxlLen_(img,i) = CmpLen_(img,i); + uLvl_(img,i) = CmpLvl_(img,i); + } + break; + case XieK_BitByPlane : + planes = pxl_bits; + for( i = 0; i < planes; i++ ) + { + Plane_(img,i) = (UdpPtr) XieMalloc(sizeof(UdpRec)); + uCmpIdx_(img,i) = i < CmpLen_(img,0) ? 0 + : i < CmpLen_(img,0) + CmpLen_(img,1) ? 1 : 2; + uPxlLen_(img,i) = 1; + uLvl_(img,i) = CmpLvl_(img,uCmpIdx_(img,i)) < 2 + ? CmpLvl_(img,uCmpIdx_(img,i)) : 2; + } + break; + default : _XieLibError(EINVAL, "XieCreateImage (component organization)"); + } + + /* + ** Complete filling in UdpRec's based on per-plane information. + */ + for( i = 0; i < planes; i++ ) + { + if( cmpres == XieK_PCM ) + switch( uPxlLen_(img,i) ) + { + case 8 : + uDType_(img,i) = UdpK_DTypeBU; + uClass_(img,i) = UdpK_ClassA; + break; + case 16: + uDType_(img,i) = UdpK_DTypeWU; + uClass_(img,i) = UdpK_ClassA; + break; + case 32 : + uDType_(img,i) = UdpK_DTypeLU; + uClass_(img,i) = UdpK_ClassA; + break; + default : + uDType_(img,i) = UdpK_DTypeVU; + uClass_(img,i) = UdpK_ClassUBA; + break; + } + else + { + uDType_(img,i) = UdpK_DTypeV; + uClass_(img,i) = UdpK_ClassUBS; + } + uPxlStr_(img,i) = Modulo_( uPxlLen_(img,i), pxl_mod ); + uScnStr_(img,i) = Modulo_( uPxlStr_(img,i) * width, scn_mod ); + uX1_(img,i) = 0; + uX2_(img,i) = width - 1; + uY1_(img,i) = 0; + uY2_(img,i) = height - 1; + uWidth_(img,i) = width; + uHeight_(img,i) = height; + uArSize_(img,i) = uScnStr_(img,i) * height; + uBase_(img,i) = NULL; + uPos_(img,i) = 0; + } + + return( img ); +} /* end XieCreateImage */ + +/******************************************************************************* +** XieFreeImage +** +** FUNCTIONAL DESCRIPTION: +** +** Free XieImageRec, including plane descriptors and image data (if owned). +** +** FORMAL PARAMETERS: +** +** img - pointer to XieImageRec +** +** FUNCTION VALUE: +** +** NULL +** +*******************************************************************************/ +XieImage XieFreeImage( img ) + XieImage img; +{ + CARD32 i, planes; + + if( img != NULL ) + { + /* + ** Free all the image data planes. + */ + for( planes = PlaneCount_(img), i = 0; i < planes; i++ ) + if( Plane_(img,i) != NULL ) + { + if( OwnData_(img) ) + XieFreeBits( uBase_(img,i) ); + XieFree( Plane_(img,i) ); + } + + if( Xport_(img) != NULL ) + XieFree( Xport_(img) ); + + /* + ** Free the XieImageRec. + */ + XieFree( img ); + } + return( NULL ); +} /* end XieFreeImage */ + +/******************************************************************************* +** XieGetImage +** +** FUNCTIONAL DESCRIPTION: +** +** Create an XieImage from a server Photomap: with optional image data. +** +** FORMAL PARAMETERS: +** +** pho_id - Photo{flo|map|tap} id +** cmpres - compression scheme +** cmpprm - compression parameter +** cmp_org - component organization +** pxl_mod - pixel stride modulo +** scn_mod - scanline stride modulo +** mode - what to do about image data: +** XieK_DataNone - no image buffers, no data copy +** XieK_DataAlloc - allocate new image buffers only, no data +** XieK_DataCopy - setup GetStream transport and attempt to +** retrieve data into new image buffers +** +** FUNCTION VALUE: +** +** XieImage - pointer to XieImageRec +** +*******************************************************************************/ +XieImage XieGetImage( pho_id, cmpres, cmpprm, cmp_org, pxl_mod, scn_mod, mode ) + XiePhoto pho_id; + unsigned char cmpres, cmp_org, pxl_mod, scn_mod, mode; + unsigned long cmpprm; +{ + PhotoPtr pho = (PhotoPtr) pho_id; + Display *dpy = ResDpy_(pho); + xieQueryPhotomapReply reply; + XieImage img; + CARD32 plane, planes; + unsigned long *levels, long_levels[XieK_MaxComponents]; + /* + ** Get the attributes from of the server's Photomap. + */ + if( !_XieQueryResource( pho, &reply ) ) + return( NULL ); + UnlockDisplay(dpy); + SyncHandle(); + /* + ** Copy the levels data into an unsigned long array, if necessary, + ** because XieCreateImage() requires one. + */ + if (sizeof (CARD32) != sizeof (unsigned long)) + { + int i; + CARD32 *card32_levels; + + for (i = 0, levels = long_levels, card32_levels = reply.levels; + i < XieK_MaxComponents; + i++) + { + *levels++ = (unsigned long) *card32_levels++; + } + levels = long_levels; + } + else + levels = (unsigned long *)reply.levels; + /* + ** Create an XieImage from the Photomap attributes and arguments passed in. + */ + img = XieCreateImage( + (unsigned long)reply.width, + (unsigned long)reply.height, + cmpres, cmp_org, + reply.component_mapping, reply.component_count, + levels, + pxl_mod, scn_mod ); + + PxlPol_(img) = reply.polarity; + PxlRatio_(img) = MiDecodeDouble( &reply.aspect_ratio ); + PxlProg_(img) = reply.pixel_progression; + ScnProg_(img) = reply.line_progression; + + planes = PlaneCount_(img); + /* + ** Handle the image data according to the mode passed in. + */ + switch( mode ) + { + case XieK_DataAlloc : + /* + ** Allocate zeroed image data planes. + */ + for( plane = 0; plane < planes; plane++ ) + uBase_(img,plane) = XieCallocBits( uArSize_(img,plane) ); + OwnData_(img) = True; + break; + + case XieK_DataNone : + break; + + case XieK_DataCopy : + /* + ** Setup GetStream image transport and attempt to retrieve the data. + */ + CreateXport(pho, img, XieK_GetStream, cmpprm); + XieGetImageData( img ); + break; + + default : _XieLibError(EINVAL, "XieGetImage (mode)"); + } + return( img ); +} /* end XieGetImage */ + +/******************************************************************************* +** XieGetImageData +** +** FUNCTIONAL DESCRIPTION: +** +** Transport all planes of image data from server Photo{flo|map|tap}. +** {Xport context is created by XieGetImage()} +** FORMAL PARAMETERS: +** +** img - pointer to XieImageRec +** +** FUNCTION VALUE: +** +** GetStream status: Final, Empty, or Error +** +*******************************************************************************/ +unsigned char XieGetImageData( img ) + XieImage img; +{ + XieStreamPtr xp = (XieStreamPtr) Xport_(img); + XiePhoto pho_id = xp ? XieFindResource(xpDpy_(xp), xpId_(xp)) : NULL; + CARD32 plane, getb, retb, planes = PlaneCount_(img); + CARD8 *base, state; + + if( xp == NULL || pho_id == NULL ) + return( XieK_StreamError ); + for( Stream_(img) = XieK_StreamFinal, plane = 0; + !StreamError_(img) && plane < planes; plane++ ) + { + if( xpBits_(xp,plane) >= uArSize_(img,plane) ) + continue; + if( uBase_(img,plane) == NULL ) + { + uBase_(img,plane) = (CARD8 *) XieMallocBits(uArSize_(img,plane)); + OwnData_(img) = True; + } + base = uBase_(img,plane) + xpBytes_(xp,plane); + getb = uArSize_(img,plane) - xpBits_(xp,plane) + 7 >> 3; + state = XieGetStream( pho_id, plane, &base, getb, &retb ); + + xpBytes_(xp,plane) += retb; + if( state == XieK_StreamFinal && retb < getb ) + { + uArSize_(img,plane) = xpBits_(xp,plane); + uBase_(img,plane) = XieReallocBits( uBase_(img,plane), + uArSize_(img,plane)); + } + Stream_(img) = max(Stream_(img), state); + } + if( !StreamPending_(img) ) + Xport_(img) = (XieStream) XieFree( Xport_(img) ); + + return( Stream_(img) ); +} /* end XieGetImageData */ + +/******************************************************************************* +** XiePutImage +** +** FUNCTIONAL DESCRIPTION: +** +** Create a server Photomap, and optionally transport data to it. +** +** FORMAL PARAMETERS: +** +** display - X11 display pointer +** img - pointer to XieImageRec +** mode - what to do about image data: +** XieK_DataFlo - create Photoflo + SetStream for put data +** XieK_DataMap - create Photomap + SetStream for put data +** XieK_DataNone - create Photomap, don't send image data +** XieK_DataCopy - create Photomap, then send image data +** +** FUNCTION VALUE: +** +** XiePhoto - newly created Photo{flo|map} id +** +*******************************************************************************/ +XiePhoto XiePutImage( display, img, mode ) + Display *display; + XieImage img; + unsigned char mode; +{ + /* + ** Create a server XiePhoto{flo|map}. + */ + XiePhoto pho = XieCreatePhoto(display, mode == XieK_DataFlo ? XieK_Photoflo + : XieK_Photomap, + Width_(img), Height_(img), + CmpMap_(img), CmpCnt_(img), &CmpLvl_(img,0), + PxlPol_(img), PxlRatio_(img), + PxlProg_(img), ScnProg_(img) ); + switch( mode ) + { + case XieK_DataFlo : + case XieK_DataMap : + CreateXport(pho, img, XieK_PutStream, 0); + case XieK_DataNone : + break; + + case XieK_DataCopy : + CreateXport(pho, img, XieK_PutStream, 0); + XiePutImageData( img ); + break; + + default : _XieLibError(EINVAL, "XiePutImage (mode)"); + } + return( pho ); +} /* end XiePutImage */ + +/******************************************************************************* +** XiePutImageData +** +** FUNCTIONAL DESCRIPTION: +** +** Transport all planes of image data to server Photo{flo|map}. +** {Xport context is created by XiePutImage()} +** +** FORMAL PARAMETERS: +** +** img - pointer to XieImageRec +** +** FUNCTION VALUE: +** +** GetStream status: Final or More +** +*******************************************************************************/ +unsigned char XiePutImageData( img ) + XieImage img; +{ + XieStreamPtr xp = (XieStreamPtr) Xport_(img); + PhotoPtr pho = xp ? (PhotoPtr) XieFindResource(xpDpy_(xp),xpId_(xp)) : NULL; + CARD32 done, size, bytes, plane, planes = PlaneCount_(img); + + Stream_(img) = XieK_StreamFinal; + if( xp == NULL || pho == NULL ) + return( XieK_StreamError ); + /* + ** If we have a Photoflo we only send one "max_request_size" chunck of + ** planes, otherwise we send the entire image a plane at a time. + */ + size = FloLnk_(pho) == NULL ? ~0 + : (((xpDpy_(xp)->max_request_size < 65536 ? + xpDpy_(xp)->max_request_size : 65536)<<2) + / planes - sz_xiePutStreamReq); + for( plane = 0; plane < planes; plane++ ) + { + if( xpBits_(xp,plane) >= uArSize_(img,plane) ) + continue; + bytes = uArSize_(img,plane) - xpBits_(xp,plane) + 7 >> 3; + done = bytes <= size; + if( !done ) + { + Stream_(img) = XieK_StreamMore; + bytes = size; + } + XiePutStream(pho,plane,uBase_(img,plane)+xpBytes_(xp,plane),bytes,done); + xpBytes_(xp,plane) += bytes; + } + if( !StreamPending_(img) ) + Xport_(img) = (XieStream) XieFree( Xport_(img) ); + + return( Stream_(img) ); +} /* end XiePutImageData */ + +/******************************************************************************* +** CreateXport +** +** FUNCTIONAL DESCRIPTION: +** +** Create a stream transport context for XieImage and server. +** +** FORMAL PARAMETERS: +** +** pho - Photo{flo|map|tap} pointer +** img - XieImageRec pointer +** mode - XieK_GetStream or XieK_PutStream +** cmpprm - compression parameter +** +*******************************************************************************/ +static void CreateXport( pho, img, mode, cmpprm ) + PhotoPtr pho; + XieImage img; + unsigned char mode; + unsigned long cmpprm; +{ + XieStreamPtr xp; + + /* + ** Create a stream transport context for the XieImage. + */ + xp = (XieStreamPtr) XieCalloc(1, sizeof(XieStreamRec)); + xpId_(xp) = ResId_(pho); + xpDpy_(xp) = ResDpy_(pho); + Stream_(img) = XieK_StreamMore; + Xport_(img) = (XieStream) xp; + + /* + ** Create a stream transport context for the server. + */ + _XieSetTransport( pho, img, mode, (1< + /* + ** X11 and XIE include files + */ +#ifdef VMS +#include /* X11 internal lib/transport defs */ +#else +#include /* X11 internal lib/transport defs */ +#endif +#include /* XIE Req/Reply protocol defs */ +#include /* XIE public definitions */ +#include /* XIE private definitions */ + +/* +** Table of contents +*/ + /* + ** PUBLIC entry points + */ +XiePhoto XieArea(); /* create Photomap by applying area op to */ + /* src. Optional IDC. */ +XiePhoto XieAreaStats(); /* create Photomap by applying area stats */ + /* op to src. Optional IDC. */ +XiePhoto XieArithmetic();/* create Photomap from arithmetic combination + * of Photomap, and Photomap or constant. + * Optional IDC. */ +XiePhoto XieChromeCom(); /* create an RGB Photomap by combining three + * monochrome Photomaps. */ +XiePhoto XieChromeSep(); /* create an monochrome Photomap by selecting + * one component of an RGB Photomap */ +XiePhoto XieCompare(); /* create a photomap which contains the + * boolean results of per-pixel compares */ +XiePhoto XieConstrain(); /* constrain an existing photomap */ +XiePhoto XieCrop(); /* create Photomap from Photomap. + * Optional ROI */ +XiePhoto XieDither(); /* create Photomap from dithered src Photomap*/ +XiePhoto XieFill(); /* fill ROI of Photomap with a constant */ +XiePhoto XieLogical(); /* create Photomap from bitwise-logical + * combination of Photomap, and Photomap or + * constant. Optional IDC. */ +XiePhoto XieLuminance(); /* create Photomap from luminance of src */ +XiePhoto XieMatchHistogram();/* create Photomap from src Photomap + * remapped to new distribution. + * Optional IDC. */ +XiePhoto XieMath(); /* create Photomap from math function of + * src Photomap. Optional IDC. */ +XiePhoto XieMirror(); /* create Photomap from mirrored src Photomap*/ +XiePhoto XiePoint(); /* create Photomap from point remapped src */ +void XiePointStats();/* Return statistics around a point */ +XiePhoto XieRotate(); /* create Photomap from rotated src Photomap */ +XiePhoto XieScale(); /* create Photomap from scaled src Photomap */ +XiePhoto XieTranslate(); /* translate ROI between Photomap's */ + /* + ** internal routines + */ + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local Storage +*/ + +/******************************************************************************* +** XieArea +** +** FUNCTIONAL DESCRIPTION: +** +** Create a Photomap by applying an area operator to a server +** Photomap resource. +** +** FORMAL PARAMETERS: +** +** src_id - id of source Photo{flo|map|tap} to be processed +** tmp_id - id of template Idc containing the area kernel. +** idc_id - image domain context, XieCpp or XieRoi {optional} +** op1 - request code for first operation to be performed +** op2 - request code for second operation to be performed +** constrain - output should be constrained (Boolean) +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +******************************************************************************/ +XiePhoto XieArea( src_id, tmp_id, idc_id, op1, op2, constrain) + XiePhoto src_id; + XieTmp tmp_id; + XieIdc idc_id; + unsigned long op1; + unsigned long op2; + unsigned long constrain; +{ + PhotoPtr dst; + PhotoPtr src = (PhotoPtr) src_id; + IdcPtr tmp = (IdcPtr) tmp_id; + IdcPtr idc = (IdcPtr) idc_id; + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + CARD32 i, cmp_cnt = PhotoCount_(src); + xieAreaReq *req; + + dst = _XieGetDst(src); + + /* + ** Create a request to do area between the operands. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieArea,req); + req->src_photo_id = ResId_(src); + req->dst_photo_id = ResId_(dst); + req->ipct_id = ResId_(tmp); + req->ipcc_id = idc == NULL ? 0 : ResId_(idc); + req->op1 = op1; + req->op2 = op2; + req->constrain = (constrain != 0); + XieReqDone_(dpy); + + return( (XiePhoto) dst ); +} /* end XieArea */ + +/******************************************************************************* +** XieAreaStats +** +** FUNCTIONAL DESCRIPTION: +** +** Create a Photomap by applying an area statistics operator to a server +** Photomap resource. +** +** FORMAL PARAMETERS: +** +** src_id - id of source Photo{flo|map|tap} to be processed +** idc_id - image domain context, XieCpp or XieRoi {optional} +** op - statistics operation to perform, one of: +** +** XieK_Minimum +** XieK_Maximum +** XieK_Mean +** XieK_StdDev +** XieK_Variance +** +** edge - size of the local area square region surrounding each +** pixel over which the statistics operation is performed. +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +******************************************************************************/ +XiePhoto XieAreaStats( src_id, idc_id, op, edge ) + XiePhoto src_id; + XieIdc idc_id; + unsigned long op; + unsigned long edge; +{ + xieAreaStatsReq *req; + + PhotoPtr src = (PhotoPtr) src_id; + PhotoPtr dst; + IdcPtr idc = (IdcPtr) idc_id; + + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + + dst = _XieGetDst(src); + /* + ** Create a request to do area stats. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieAreaStats,req); + req->src_photo_id = ResId_(src); + req->dst_photo_id = ResId_(dst); + req->idc_id = idc == NULL ? 0 : ResId_(idc); + req->edge_size = edge; + req->stat_type = op; + XieReqDone_(dpy); + + return( (XiePhoto) dst ); +} + +/******************************************************************************* +** XieArithmetic +** +** FUNCTIONAL DESCRIPTION: +** +** Create the arithmetic combination of two server Photomap resources +** or one server Photomap resource and a "constant" image. +** +** FORMAL PARAMETERS: +** +** src_id1 - id of first source Photo{flo|map|tap} to be processed +** src_id2 - id of second source Photo{flo|map|tap} to be processed +** constant - "constant" image values if src_id2 == 0. +** idc_id - image domain context, XieCpp or XieRoi {optional} +** operator - request code for the operation to be performed +** constrain - output should be constrained (Boolean) +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XieArithmetic( src_id1, src_id2, constant, idc_id, operator, + constrain) + XiePhoto src_id1; + XiePhoto src_id2; + unsigned long *constant; + XieIdc idc_id; + unsigned long operator; + unsigned long constrain; +{ + PhotoPtr dst; + PhotoPtr src1 = (PhotoPtr) src_id1; + PhotoPtr src2 = (PhotoPtr) src_id2; + IdcPtr idc = (IdcPtr) idc_id; + Display *dpy = ResDpy_(src1); + XieSessionPtr ses = _XieGetSession(dpy); + CARD32 i, cmp_cnt = PhotoCount_(src1); + xieArithReq *req; + + if( constant == NULL && !XieIsPhoto( src2 ) ) + return( NULL ); /* One or the other required */ + + dst = src2 == NULL || FloLnk_(src2) == NULL ? _XieGetDst(src1) + : FloLnk_(src2); + /* + ** Create a request to do arithmetic between the operands. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieArith,req); + req->src1_photo_id = ResId_(src1); + req->src2_photo_id = src2 == NULL ? 0 : ResId_(src2); + for( i = 0; i < XieK_MaxComponents; i++ ) + req->constants[i] = i < cmp_cnt && constant != NULL ? constant[i] : 0; + req->dst_photo_id = ResId_(dst); + req->idc_id = idc == NULL ? 0 : ResId_(idc); + req->op = operator; + req->constrain = (constrain != 0); + XieReqDone_(dpy); + + return( (XiePhoto) dst ); +} /* end XieArithmetic */ + +/******************************************************************************* +** XieChromeCom +** +** FUNCTIONAL DESCRIPTION: +** +** Combine three monochrome server Photomaps into one +** RGB server Photomap resource. +** +** FORMAL PARAMETERS: +** +** src_id1 - id of first source Photo{flo|map|tap} to be processed +** src_id2 - id of second source Photo{flo|map|tap} to be processed +** src_id3 - id of third source Photo{flo|map|tap} to be processed +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XieChromeCom( src_id1, src_id2, src_id3) + + XiePhoto src_id1; + XiePhoto src_id2; + XiePhoto src_id3; +{ + PhotoPtr dst; + PhotoPtr src1 = (PhotoPtr) src_id1; + PhotoPtr src2 = (PhotoPtr) src_id2; + PhotoPtr src3 = (PhotoPtr) src_id3; + Display *dpy = ResDpy_(src1); + XieSessionPtr ses = _XieGetSession(dpy); + xieChromeComReq *req; + + dst = FloLnk_(src1) != NULL ? FloLnk_(src1) + : FloLnk_(src2) != NULL ? FloLnk_(src2) + : FloLnk_(src3) != NULL ? FloLnk_(src3) : _XieGetDst(src1); + ResMap_(dst) = XieK_RGB; + /* + ** Create a request to do the combine. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieChromeCom,req); + req->photo_id1 = ResId_(src1); + req->photo_id2 = ResId_(src2); + req->photo_id3 = ResId_(src3); + req->dst_photo_id = ResId_(dst); + + XieReqDone_(dpy); + + return( (XiePhoto) dst ); +} /* end XieChromeCom */ + +/******************************************************************************* +** XieChromeSep +** +** FUNCTIONAL DESCRIPTION: +** +** Separate one component of an RGB Photomap into an monochrome +** server Photomap resource. +** +** FORMAL PARAMETERS: +** +** src_id - id of polychromatic Photo{flo|map|tap} to be processed +** component - index of component to separate +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XieChromeSep( src_id, component ) + + XiePhoto src_id; + CARD32 component; +{ + PhotoPtr dst; + PhotoPtr src = (PhotoPtr) src_id; + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + CARD32 i; + xieChromeSepReq *req; + xieQueryPhotomapReply rep; + + dst = _XieGetDst(src); + + /* + ** Create a request to do the separate. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieChromeSep,req); + req->src_photo = ResId_(src); + req->dst_photo = ResId_(dst); + req->component = component; + XieReqDone_(dpy); + + if( _XieQueryResource( dst, &rep ) ) + { + ResMap_(dst) = rep.component_mapping; + XieReqDone_(dpy); + } + return( (XiePhoto) dst ); +} /* end XieChromeSep */ + +/******************************************************************************* +** XieCompare +** +** FUNCTIONAL DESCRIPTION: +** +** Perform a pixel-by-pixel comparison between two server Photomaps +** or one server Photomap resource and a "constant" image. +** The results are returned as a Photomap where the pixel values +** are one where the comparisons is true and zero elsewhere. +** +** FORMAL PARAMETERS: +** +** src_id1 - id of first source Photo{flo|map|tap} to be processed +** src_id2 - id of second source Photo{flo|map|tap} to be processed +** constant - "constant" image values if src_id2 == 0. +** idc_id - image domain context, XieCpp or XieRoi {optional} +** operator - request code for the operation to be performed +** combine - Combine the per-component results for multi-component +** input. +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XieCompare( src_id1, src_id2, constant, idc_id, operator, combine ) + + XiePhoto src_id1; + XiePhoto src_id2; + unsigned long *constant; + XieIdc idc_id; + unsigned long operator; + unsigned long combine; +{ + PhotoPtr dst; + PhotoPtr src1 = (PhotoPtr) src_id1; + PhotoPtr src2 = (PhotoPtr) src_id2; + IdcPtr idc = (IdcPtr) idc_id; + Display *dpy = ResDpy_(src1); + XieSessionPtr ses = _XieGetSession(dpy); + CARD32 i, cmp_cnt = PhotoCount_(src1); + xieCompareReq *req; + + if( constant == NULL && !XieIsPhoto( src2 ) ) + return( NULL ); /* One or the other required */ + + dst = src2 == NULL || FloLnk_(src2) == NULL ? _XieGetDst(src1) + : FloLnk_(src2); + /* + ** Create a request to do compare between the operands. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieCompare,req); + req->src1_photo_id = ResId_(src1); + req->src2_photo_id = src2 == NULL ? 0 : ResId_(src2); + for( i = 0; i < XieK_MaxComponents; i++ ) + req->constants[i] = i < cmp_cnt && constant != NULL ? constant[i] + : 0; + req->dst_photo_id = ResId_(dst); + req->idc_id = idc == NULL ? 0 : ResId_(idc); + req->op = operator; + req->combine = combine; + + if (!IsRGB_(dst) || combine) + ResMap_(dst) = XieK_Bitonal; /* Compnent mapping changes except + * for RGB/no combine */ + + XieReqDone_(dpy); + + return( (XiePhoto) dst ); +} /* end XieCompare */ + +/******************************************************************************* +** XieConstrain +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain a photomap using the current default constraint model. +** +** FORMAL PARAMETERS: +** +** src_id - id of source Photo{flo|map|tap} +** model - constraint model to use, or zero for the default +** {XieK_HardClip, XieK_ClipScale, XieK_HardScale} +** levels - if model != 0, array of levels to constrain each component. +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XieConstrain( src_id, model, levels) + XiePhoto src_id; + int model; + unsigned long int levels[XieK_MaxComponents]; +{ + PhotoPtr src = (PhotoPtr) src_id; + PhotoPtr dst = _XieGetDst(src); + Display *dpy = ResDpy_(dst); + XieSessionPtr ses = _XieGetSession(dpy); + CARD32 i, cmp_cnt = PhotoCount_(dst); + xieQueryPhotomapReply rep; + xieConstrainReq *req; + + /* + ** Create a request to constrain a photomap. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieConstrain,req); + req->src_photo_id = ResId_(src); + req->dst_photo_id = ResId_(dst); + req->model = model; + for (i = 0; i < XieK_MaxComponents; i++) + req->levels[i] = levels[i]; + XieReqDone_(dpy); + + /* Change component mapping */ + if( model > 0 && cmp_cnt == 1 ) + ResMap_(dst) = (levels[0] > 2) ? XieK_GrayScale : XieK_Bitonal; + else if( _XieQueryResource( dst, &rep ) ) + { + ResMap_(dst) = rep.component_mapping; + XieReqDone_(dpy); + } + + return( (XiePhoto) dst ); +} /* end XieConstrain */ + +/******************************************************************************* +** XieCrop +** +** FUNCTIONAL DESCRIPTION: +** +** Create a Photomap from an existing Photomap (ROI optional). +** +** FORMAL PARAMETERS: +** +** src_id - id of source Photo{flo|map|tap} +** idc_id - image domain context, XieCpp or XieRoi {optional} +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XieCrop( src_id, idc_id ) + XiePhoto src_id; + XieIdc idc_id; +{ + PhotoPtr src = (PhotoPtr) src_id; + PhotoPtr dst = _XieGetDst(src); + IdcPtr idc = (IdcPtr) idc_id; + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + xieCropReq *req; + + /* + ** Create a request to copy the area from the src into the dst. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieCrop,req); + req->src_photo_id = ResId_(src); + req->dst_photo_id = ResId_(dst); + req->idc_id = idc == NULL ? 0 : ResId_(idc); + XieReqDone_(dpy); + + return( (XiePhoto) dst ); +} /* end XieCrop */ + +/******************************************************************************* +** XieDither +** +** FUNCTIONAL DESCRIPTION: +** +** Create a dithered copy of a Photomap. +** +** FORMAL PARAMETERS: +** +** src_id - id of source Photo{flo|map|tap} to be dithered +** levels - list of number of levels to dither each component down to +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XieDither( src_id, levels ) + XiePhoto src_id; + unsigned long *levels; +{ + PhotoPtr src = (PhotoPtr) src_id; + PhotoPtr dst = _XieGetDst(src); + Display *dpy = ResDpy_(src); + CARD32 i, cmp_cnt = PhotoCount_(src); + XieSessionPtr ses = _XieGetSession(dpy); + xieDitherReq *req; + + /* + ** Create a request to dither the src to the dst. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieDither,req); + req->src_photo_id = ResId_(src); + req->dst_photo_id = ResId_(dst); + for( i = 0; i < XieK_MaxComponents; i++ ) + req->levels[i] = i >= cmp_cnt ? 0 : levels == NULL || levels[i] == 0 + ? 2 : levels[i]; + + if( cmp_cnt == 1 && req->levels[0] <= 2 ) + ResMap_(dst) = XieK_Bitonal; /* change component mapping */ + + XieReqDone_(dpy); + + return( (XiePhoto) dst ); +} /* end XieDither */ + +/******************************************************************************* +** XieFill +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of an existing Photomap with a constant, creating +** a new photomap. +** +** FORMAL PARAMETERS: +** +** src_id - id of Photo{flo|map|tap} of image to be filled. +** idc_id - id of image domain context, XieCpp or XieRoi +** fill - array of constants +** +*******************************************************************************/ +XiePhoto XieFill( src_id, idc_id, fill ) + XiePhoto src_id; + XieIdc idc_id; + unsigned long *fill; +{ + PhotoPtr src = (PhotoPtr) src_id; + PhotoPtr dst = _XieGetDst(src); + IdcPtr idc = (IdcPtr) idc_id; + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + CARD32 i, cmp_cnt = PhotoCount_(src); + xieQueryPhotomapReply rep; + xieFillReq *req; + + if( fill == NULL && !_XieQueryResource( src, &rep ) ) + return ( (XiePhoto)NULL );/* if you can't query it, you can't fill it*/ + /* + ** Create a request to fill an area of the dst with a constant value. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieFill,req); + req->src_photo_id = ResId_(src); + req->dst_photo_id = ResId_(dst); + req->dst_idc_id = idc == NULL ? 0 : ResId_(idc); + for( i = 0; i < XieK_MaxComponents; i++ ) + req->constant[i] = i < cmp_cnt && fill != NULL ? fill[i] + : rep.polarity == XieK_ZeroBright ? 0 : ~0; + XieReqDone_(dpy); + return( (XiePhoto) dst); +} /* end XieFill */ + +/******************************************************************************* +** XieHistogram +** +** FUNCTIONAL DESCRIPTION: +** +** Calculate the frequency histogram for the given image. +** +** FORMAL PARAMETERS: +** +** photo - photomap id +** idc - region to calculate over +** by_component - calculate histogram by component +** +** FUNCTION VALUE: +** +** Address of histogram data. +** +*******************************************************************************/ +CARD32 *XieHistogram(photo, idc_id, by_component) +XiePhoto photo; +XieIdc idc_id; +BOOL by_component; +{ + PhotoPtr src = (PhotoPtr)photo; + IdcPtr idc = (IdcPtr)idc_id; + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + xieCalcHistReq *req; + + xieCalcHistReply reply; + CARD32 *repdat = NULL; + int repsiz; + + int status; + /* + ** Create request to point remap the image. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieCalcHist,req); + + req->photo_id = ResId_(src); + req->idc_id = idc == NULL ? 0 : ResId_(idc); + req->by_component = by_component; + /* + ** Wait for reply... + */ + status = _XReply(dpy, &reply, 0, False); + if (!status) + _XieSrvError(dpy, req->opcode, req->photo_id, reply.sequenceNumber, + BadLength, "CalcHist : reply error"); + else + { + repsiz = reply.length << 2; + repdat = (CARD32 *)XieMalloc(repsiz); + _XRead(dpy, repdat, repsiz); + XieReqDone_(dpy); + } + + return (repdat); +} + +/******************************************************************************* +** XieLogical +** +** FUNCTIONAL DESCRIPTION: +** +** Create the bitwise logical combination of two server Photomap resources +** or one server Photomap resource and a "constant" image. +** +** FORMAL PARAMETERS: +** +** src_id1 - id of first source Photo{flo|map|tap} to be processed +** src_id2 - id of second source Photo{flo|map|tap} to be processed +** constant - "constant" image values if src_id2 == 0. +** idc_id - image domain context, XieCpp or XieRoi {optional} +** operator - request code for the operation to be performed +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XieLogical( src_id1, src_id2, constant, idc_id, operator) + + XiePhoto src_id1; + XiePhoto src_id2; + unsigned long *constant; + XieIdc idc_id; + unsigned long operator; +{ + PhotoPtr dst; + PhotoPtr src1 = (PhotoPtr) src_id1; + PhotoPtr src2 = (PhotoPtr) src_id2; + IdcPtr idc = (IdcPtr) idc_id; + Display *dpy = ResDpy_(src1); + XieSessionPtr ses = _XieGetSession(dpy); + CARD32 i, cmp_cnt = PhotoCount_(src1); + xieLogicalReq *req; + + if( constant == NULL && !XieIsPhoto( src2 ) ) + return( NULL ); /* One or the other required */ + + dst = src2 == NULL || FloLnk_(src2) == NULL ? _XieGetDst(src1) + : FloLnk_(src2); + /* + ** Create a request to do logical between the operands. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieLogical,req); + req->src1_photo_id = ResId_(src1); + req->src2_photo_id = src2 == NULL ? 0 : ResId_(src2); + for( i = 0; i < XieK_MaxComponents; i++ ) + req->constants[i] = i < cmp_cnt && constant != NULL ? constant[i] + : 0; + req->dst_photo_id = ResId_(dst); + req->idc_id = idc == NULL ? 0 : ResId_(idc); + req->op = operator; + + XieReqDone_(dpy); + + return( (XiePhoto) dst ); +} /* end XieLogical */ + +/******************************************************************************* +** XieLuminance +** +** FUNCTIONAL DESCRIPTION: +** +** Create a luminance only copy of a server Photomap resource +** +** FORMAL PARAMETERS: +** +** src_id - id of Photo{flo|map|tap} from which to extract luminance info +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XieLuminance( src_id ) + XiePhoto src_id; +{ + PhotoPtr src = (PhotoPtr) src_id; + PhotoPtr dst = _XieGetDst(src); + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + xieLuminanceReq *req; + + ResMap_(dst) = XieK_GrayScale; + /* + ** Create a request to extract luminance from the src into the dst. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieLuminance,req); + req->src_photo_id = ResId_(src); + req->dst_photo_id = ResId_(dst); + XieReqDone_(dpy); + + return( (XiePhoto) dst ); +} /* end XieLuminance */ + +/******************************************************************************* +** XieMatchHistogram +** +** FUNCTIONAL DESCRIPTION: +** +** Create a remapped copy of a server Photomap resource with the +** requested distribution. +** +** FORMAL PARAMETERS: +** +** src_id - id of source Photo{flo|map|tap} to be remapped. +** idc_id - id of domain context, XieCpp or XieRoi {optional} +** h_shape - desired distribution +** {XieK_Flat, XieK_Gaussian, XieK_Hyperbolic} +** param1 - First distribution parameter +** param2 - Second distribution parameter +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XieMatchHistogram( src_id, idc_id, h_shape, param1, param2 ) + XiePhoto src_id; + XieIdc idc_id; + unsigned long h_shape; + double param1, param2; +{ + PhotoPtr src = (PhotoPtr) src_id; + PhotoPtr dst = _XieGetDst(src); + IdcPtr idc = (IdcPtr) idc_id; + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + xieMatchHistogramReq *req; + + /* + ** Create request to remap the image with a new histogram. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieMatchHistogram,req); + req->photo_id1 = ResId_(src); + req->photo_id2 = ResId_(dst); + req->idc_id = idc == NULL ? 0 : ResId_(idc); + req->h_shape = h_shape; + MiEncodeDouble( &req->param1, param1); + MiEncodeDouble( &req->param2, param2); + XieReqDone_(dpy); + + return( (XiePhoto) dst ); +} /* end XieMatchHistogram */ + +/******************************************************************************* +** XieMath +** +** FUNCTIONAL DESCRIPTION: +** +** Create the mathematical function of a server Photomap resource. +** +** FORMAL PARAMETERS: +** +** src_id - id of source Photo{flo|map|tap} to be processed +** idc_id - image domain context, XieCpp or XieRoi {optional} +** operator - request code for the operation to be performed +** constrain - output should be constrained (Boolean) +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XieMath( src_id, idc_id, operator, constrain) + XiePhoto src_id; + XieIdc idc_id; + unsigned long operator; + unsigned long constrain; +{ + PhotoPtr dst; + PhotoPtr src = (PhotoPtr) src_id; + IdcPtr idc = (IdcPtr) idc_id; + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + CARD32 i, cmp_cnt = PhotoCount_(src); + xieMathReq *req; + + dst = _XieGetDst(src); + + /* + ** Create a request to do the math function + */ + XieReq_(dpy,0,SesOpCode_(ses),ieMath,req); + req->src_photo_id = ResId_(src); + req->dst_photo_id = ResId_(dst); + req->idc_id = idc == NULL ? 0 : ResId_(idc); + req->op = operator; + req->constrain = (constrain != 0); + XieReqDone_(dpy); + + return( (XiePhoto) dst ); +} /* end XieMath */ + +/******************************************************************************* +** XieMirror +** +** FUNCTIONAL DESCRIPTION: +** +** Create a mirrored copy of a server Photomap resource. +** +** FORMAL PARAMETERS: +** +** src_id - id of source Photo{flo|map|tap} to be mirrored +** x_mirror- mirror about the X axis (Boolean) +** y_mirror- mirror about the Y axis (Boolean) +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XieMirror( src_id, x_mirror, y_mirror ) + XiePhoto src_id; + unsigned long x_mirror, y_mirror; +{ + PhotoPtr src = (PhotoPtr) src_id; + PhotoPtr dst = _XieGetDst(src); + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + xieMirrorReq *req; + + /* + ** Create request to flip (mirror) the image. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieMirror,req); + req->src_photo_id = ResId_(src); + req->dst_photo_id = ResId_(dst); + req->x_mirror = x_mirror; + req->y_mirror = y_mirror; + XieReqDone_(dpy); + + return( (XiePhoto) dst ); +} /* end XieMirror */ + +/******************************************************************************* +** XiePoint +** +** FUNCTIONAL DESCRIPTION: +** +** Create a point remapped copy of a server Photomap resource. +** +** FORMAL PARAMETERS: +** +** src_id - id of source Photo{flo|map|tap} to be remapped. +** idc_id - id of domain context, XieCpp or XieRoi {optional} +** tbl_id - id of Photomap containing transfer function lookup table(s) +** (lookup tables). +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XiePoint( src_id, idc_id, tbl_id ) + XiePhoto src_id; + XieIdc idc_id; + XiePhoto tbl_id; + +{ + PhotoPtr src = (PhotoPtr) src_id; + PhotoPtr dst = _XieGetDst(src); + IdcPtr idc = (IdcPtr) idc_id; + PhotoPtr tbl = (PhotoPtr) tbl_id; + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + xiePointReq *req; + + /* + ** Create request to point remap the image. + */ + XieReq_(dpy,0,SesOpCode_(ses),iePoint,req); + req->src_photo_id = ResId_(src); + req->dst_photo_id = ResId_(dst); + req->idc_id = idc == NULL ? 0 : ResId_(idc); + req->trans_photo_id = ResId_(tbl); + XieReqDone_(dpy); + + /* + ** Dst component mapping will be the same as the lookup tables. + */ + ResMap_(dst) = ResMap_(tbl); + + return( (XiePhoto) dst ); +} /* end XiePoint */ + +/******************************************************************************* +** XiePointStats +** +** FUNCTIONAL DESCRIPTION: +** +** Returns statistic information about pixel values around a point in +** the image. +** +** FORMAL PARAMETERS: +** +** src_id - id of source Photo{flo|map|tap} to be remapped. +** x - x coordinate of point +** y - y coordinate of point +** height - height of region +** width - width of region +** value - value of pixel at (x,y) +** min - minimum value of region +** max - maximum value of region +** mean - mean value of region +** stddev - standard deviation of region +** var - variance of region +** +*******************************************************************************/ +void XiePointStats(src_id, x, y, width, height, cmpmsk, stats) + XiePhoto src_id; + unsigned long x; + unsigned long y; + unsigned long height; + unsigned long width; + unsigned long cmpmsk; + XieStatsRec stats[]; +{ + PhotoPtr src = (PhotoPtr) src_id; + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + xiePointStatsReply reply; + xiePointStatsReq *req; + xiePointStatsDataPtr data; + int status; + int data_bytes; + int cmpcnt; + int repidx; + int retidx; + /* + ** Create request to point remap the image. + */ + XieReq_(dpy,0,SesOpCode_(ses),iePointStats,req); + req->photo_id = ResId_(src); + req->x = x; + req->y = y; + req->height = height; + req->width = width; + /* + ** Wait for reply... + */ + status = _XReply(dpy, &reply, 0, False); + if (!status) + _XieSrvError(dpy, req->opcode, req->photo_id, reply.sequenceNumber, + BadLength, "PointStats : reply error"); + else + { + data_bytes = reply.length << 2; + cmpcnt = data_bytes / sizeof(xiePointStatsData); + data = (xiePointStatsDataPtr) XieMalloc(data_bytes); + _XRead(dpy, data, data_bytes); + + for( retidx = 0, repidx = 0; repidx < cmpcnt; repidx++ ) + if( 1<pixel); + stats[retidx].minimum = MiDecodeDouble(&data->minimum); + stats[retidx].maximum = MiDecodeDouble(&data->maximum); + stats[retidx].mean = MiDecodeDouble(&data->mean); + stats[retidx].stddev = MiDecodeDouble(&data->std_dev); + stats[retidx].variance = MiDecodeDouble(&data->variance); + retidx++; data++; + } + XieReqDone_(dpy); + + } + XieFree(data); +} /* end XiePointStats */ + +/******************************************************************************* +** XieRotate +** +** FUNCTIONAL DESCRIPTION: +** +** Create a rotated copy of a server Photomap resource. +** +** FORMAL PARAMETERS: +** +** src_id - id of source Photo{flo|map|tap} to be rotated +** angle - angle of rotation +** width - width of result Photomap (0 to allow rotate to calculate it) +** height - height of result Photomap (0 to allow rotate to calculate it) +** fill - fill pattern +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XieRotate( src_id, angle, width, height, fill ) + XiePhoto src_id; + double angle; + unsigned long width, height, *fill; +{ + PhotoPtr dst, src = (PhotoPtr) src_id; + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + CARD32 i, cmp_cnt = PhotoCount_(src); + xieQueryPhotomapReply rep; + xieRotateReq *req; + + if( fill == NULL && !_XieQueryResource( src, &rep ) ) + return( NULL ); /* if you can't query it, you can't rotate it! */ + + dst = _XieGetDst(src); + /* + ** Create a request to rotate from the src into the dst. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieRotate,req); + req->src_photo_id = ResId_(src); + req->dst_photo_id = ResId_(dst); + req->width = width; + req->height = height; + MiEncodeDouble( &req->angle, angle ); + for( i = 0; i < XieK_MaxComponents; i++ ) + req->fill[i] = i < cmp_cnt && fill != NULL ? fill[i] + : rep.polarity == XieK_ZeroBright ? 0 : ~0; + XieReqDone_(dpy); + + return( (XiePhoto) dst ); +} /* end XieRotate */ + +/******************************************************************************* +** XieScale +** +** FUNCTIONAL DESCRIPTION: +** +** Create a scaled copy of a server Photomap resource. +** +** FORMAL PARAMETERS: +** +** src_id - id of source Photo{flo|map|tap} to be scaled +** width - width of scaled Photomap +** height - height of scaled Photomap +** +** FUNCTION VALUE: +** +** XiePhoto - id of Photoflo passed in, or created Photomap +** +*******************************************************************************/ +XiePhoto XieScale( src_id, width, height ) + XiePhoto src_id; + unsigned long width; + unsigned long height; +{ + PhotoPtr src = (PhotoPtr) src_id; + PhotoPtr dst = _XieGetDst(src); + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + xieScaleReq *req; + + /* + ** Create a request to scale from the src into the dst. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieScale,req); + req->src_photo_id = ResId_(src); + req->dst_photo_id = ResId_(dst); + req->width = width; + req->height = height; + XieReqDone_(dpy); + + return( (XiePhoto) dst ); +} /* end XieScale */ + +/******************************************************************************* +** XieTranslate +** +** FUNCTIONAL DESCRIPTION: +** +** Copy a region of interest from an existing Photomap resource +** into a region of interest of an existing Photomap, producing +** a new photomap. +** +** FORMAL PARAMETERS: +** +** src1_id - id of first Photo{flo|map|tap} to translate +** src1_idc_id - id of first image domain context, XieCpp or XieRoi +** src2_id - id of second Photo{map|tap} for translate +** src2_idc_id - id of second image domain context, XieCpp or XieRoi +** +*******************************************************************************/ +XiePhoto XieTranslate( src1_id, src1_idc_id, src2_id, src2_idc_id ) + XiePhoto src1_id, src2_id; + XieIdc src1_idc_id, src2_idc_id; +{ + PhotoPtr src1 = (PhotoPtr) src1_id; + PhotoPtr src2 = (PhotoPtr) src2_id; + PhotoPtr dst = FloLnk_(src1) ? FloLnk_(src1) : _XieGetDst(src2); + IdcPtr src1_idc = (IdcPtr) src1_idc_id, + src2_idc = (IdcPtr) src2_idc_id; + Display *dpy = ResDpy_(src2); + XieSessionPtr ses = _XieGetSession(dpy); + xieTranslateReq *req; + + /* + ** Create a request to translate ROI from the src into the dst. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieTranslate,req); + req->src1_photo_id = ResId_(src1); + req->src2_photo_id = ResId_(src2); + req->dst_photo_id = ResId_(dst); + req->src_idc_id = src1_idc == NULL ? 0 : ResId_(src1_idc); + req->dst_idc_id = src2_idc == NULL ? 0 : ResId_(src2_idc); + + XieReqDone_(dpy); + return( (XiePhoto) dst ); +} /* end XieTranslate */ +/* end module XieLibProcess.c */ diff --git a/xie/docs/dec/xie23-src/lib/xie/XieLibResource.c b/xie/docs/dec/xie23-src/lib/xie/XieLibResource.c new file mode 100644 index 0000000..6385a61 --- /dev/null +++ b/xie/docs/dec/xie23-src/lib/xie/XieLibResource.c @@ -0,0 +1,1336 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension (XIE) +** +** ABSTRACT: +** +** This module contains XIE library routines for manipulating resources. +** +** +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** March 18, 1989 +** +** MODIFICATION HISTORY: +** +*******************************************************************************/ + +/* +** Definitions required by X11 include files +*/ +#define NEED_EVENTS +#define NEED_REPLIES + +/* +** Definition to let include files know who's calling. +*/ +#define _XieLibResource + +/* +** Include files +*/ + /* + ** Standard C include files + */ +#include + /* + ** X11 and XIE include files + */ +#ifdef VMS +#include /* X11 internal lib/transport defs */ +#else +#include /* X11 internal lib/transport defs */ +#endif +#include /* XIE Req/Reply protocol defs */ +#include /* XIE public definitions */ +#include /* XIE private definitions */ + +/* +** Table of contents +*/ + /* + ** PUBLIC entry points + */ +void XieAbortFlo(); /* Abort Photoflo execution */ +void XieBindMapToFlo(); /* bind Photomap to Photoflo */ +XiePhoto XieClonePhoto(); /* Photo{flo|map} from Photomap */ +XieCpp XieCreateCpp(); /* Idc type: Cpp from args */ +XiePhoto XieCreatePhoto(); /* Photo{flo|map} from args */ +XieRoi XieCreateRoi(); /* Idc type: Roi from args */ +XieTmp XieCreateTmp(); /* Idc type: Tmp from args */ +void XieExecuteFlo(); /* Execute Photoflo pipeline */ +void XieExport(); /* export Photomap to drawable */ +XieResource XieFindResource(); /* find XieResource using XID */ +void XieFreeExport(); /* free export context */ +XieResource XieFreeResource(); /* free a server resource */ +XiePhotomap XieImport(); /* Photomap from X11 drawable */ +void XieQueryCpp(); /* query Idc type: Cpp */ +void XieQueryExport(); /* query ExportContext */ +unsigned long XieQueryFlo(); /* query Photoflo status */ +XiePhoto XieQueryMap(); /* query Photo{flo|map|tap} attr*/ +void XieQueryRoi(); /* query Idc type: Roi */ +XieTemplate XieQueryTmp(); /* query Idc type: Tmp */ +XiePhoto XieTapFlo(); /* Photo{map|tap} from Photoflo */ + /* + ** private routines called from other Xie modules. + */ +void _XieAddResource(); /* allocate XID/add resource */ +Status _XieQueryResource(); /* query a server resource */ +XieResPtr _XieGetDst(); /* return destination resource */ + /* + ** internal routines. + */ +static void FreeResource(); /* free an Xie resource */ + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local Storage +*/ + +/******************************************************************************* +** XieAbortFlo +** +** FUNCTIONAL DESCRIPTION: +** +** Abort Photoflo execution prematurely. +** +** FORMAL PARAMETERS: +** +** flo_id - id of Photoflo to be aborted (or any bound Photo{map|tap}). +** +*******************************************************************************/ +void XieAbortFlo( flo_id ) + XiePhoto flo_id; +{ + PhotoPtr flo = FloLnk_((PhotoPtr)flo_id); + Display *dpy = ResDpy_(flo); + XieSessionPtr ses = _XieGetSession(dpy); + xieAbortPhotofloReq *req; + + /* + ** Create a request to abort the photoflo. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieAbortPhotoflo,req); + req->photoflo_id = ResId_(flo); + XieReqDone_(dpy); +} /* end XieAbortFlo */ + +/******************************************************************************* +** XieBindMapToFlo +** +** FUNCTIONAL DESCRIPTION: +** +** Bind a server Photomap resource to a server Photoflo resource. +** +** FORMAL PARAMETERS: +** +** phf_id - id of Photoflo to bind (or any bound Photo{map|tap}). +** phm_id - id of Photomap to bind to to Photoflo +** +*******************************************************************************/ +void XieBindMapToFlo( phf_id, phm_id ) + XiePhoto phf_id; + XiePhotomap phm_id; +{ + PhotoPtr phf = FloLnk_((PhotoPtr)phf_id); + PhotoPtr phm = (PhotoPtr) phm_id; + Display *dpy = ResDpy_(phf); + XieSessionPtr ses = _XieGetSession(dpy); + xieBindPhotomapReq *req; + + if( !IsPhotomap_(phm) || FloLnk_(phm) != NULL ) + return; /* consider an error message for this */ + + FloLnk_(phm) = phf; /* bind Photomap to Photoflo */ + PhotoLnk_(phm) = PhotoLnk_(phf); /* insert Photomap at the head of */ + PhotoLnk_(phf) = phm; /* ... the Photoflo's Photomap list */ + /* + ** Create request to bind the Photomap to the Photoflo. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieBindPhotomap,req); + req->photoflo_id = ResId_(phf); + req->photomap_id = ResId_(phm); + XieReqDone_(dpy); +} /* end XieBindMapToFlo */ + +/******************************************************************************* +** XieClonePhoto +** +** FUNCTIONAL DESCRIPTION: +** +** Clone a server Photo{flo|map} resource from an existing Photomap. +** +** FORMAL PARAMETERS: +** +** phm_id - Photomap id of input to Photoflo +** type - Photo type: XieK_Photoflo or XieK_Photomap +** +** FUNCTION VALUE: +** +** XiePhoto - id of created Photo{flo|map} +** +*******************************************************************************/ +XiePhoto XieClonePhoto( phm_id, type ) + XiePhotomap phm_id; + unsigned long type; +{ + PhotoPtr phm = (PhotoPtr) phm_id; + PhotoPtr pho = IsPhotomap_(phm) ? _XieGetDst(phm) : NULL; + Display *dpy = ResDpy_(phm); + XieSessionPtr ses = _XieGetSession(dpy); + xieCreateByReferenceReq *req; + + if( pho == NULL || IsPhotoflo_(pho) ) + return( NULL ); /* consider an error message for this */ + + if( type == XieK_Photoflo ) + { + FloLnk_(pho) = pho; /* link Photoflo to itself */ + FloLnk_(phm) = pho; /* bind Photomap to Photoflo */ + PhotoLnk_(pho) = phm; /* link Photomap to Photoflo */ + } + ResType_(pho) = type; + /* + ** Request a Photo{flo|map} be created by reference, using "phm_id". + */ + XieReq_(dpy,0,SesOpCode_(ses),ieCreateByReference,req); + req->resource_type = type; + req->resource_id = ResId_(pho); + req->photomap_id = ResId_(phm); + XieReqDone_(dpy); + + return( (XiePhoto) pho ); +} /* end XieClonePhoto */ + +/******************************************************************************* +** XieCreateCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Create a server control processing plane image domain context resource. +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** x - X Photomap registration coordinate +** y - Y Photomap registration coordinate +** phm_id - Photomap id of control processing plane +** +** FUNCTION VALUE: +** +** XieCpp - id of created image domain context, of type Cpp +** +*******************************************************************************/ +XieCpp XieCreateCpp( dpy, x, y, phm_id ) + Display *dpy; + long x, y; + XiePhotomap phm_id; +{ + PhotoPtr phm = (PhotoPtr) phm_id; + IdcPtr cpp; + XieSessionPtr ses = _XieGetSession(dpy); + xieCreateByValueReq *create; + xieCreateCppReq *req; + + if( !IsPhotomap_(phm) ) + return( NULL ); /* consider an error message for this */ + + cpp = (IdcPtr) XieCalloc(1,sizeof(XieResRec)); + + ResType_(cpp) = XieK_IdcCpp; + ResDpy_(cpp) = dpy; /* save display pointer */ + PhotoLnk_(cpp) = phm; /* linkage to Photomap */ + _XieAddResource(cpp); /* add to resource list */ + + XieReqExtra_(dpy,0,SesOpCode_(ses),ieCreateByValue,create, + sz_xieCreateCppReq-sz_xieCreateByValueReq); + req = (xieCreateCppReq *) create; + req->resource_type = ResType_(cpp); + req->resource_id = ResId_(cpp); + req->x = x; + req->y = y; + req->photomap_id = ResId_(phm); + XieReqDone_(dpy); + + return( (XieCpp) cpp ); +} /* end XieCreateCpp */ + +/******************************************************************************* +** XieCreatePhoto +** +** FUNCTIONAL DESCRIPTION: +** +** Create a server Photoflo or Photomap resource. +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** type - XieK_Photoflo or XieK_Photomap +** width - width +** height - height +** cmp_map - component mapping +** cmp_cnt - component count +** cmp_lvl - levels-per-component list +** pxl_pol - pixel brightness polarity +** pxl_ratio - pixel aspect ratio +** pxl_prog - pixel progression +** scn_prog - line progression +** +** FUNCTION VALUE: +** +** XiePhoto - id of created Photo{flo|map} +** +*******************************************************************************/ +XiePhoto XieCreatePhoto( dpy, type, width, height, cmp_map, cmp_cnt, cmp_lvl, + pxl_pol, pxl_ratio, pxl_prog, scn_prog ) + Display *dpy; + unsigned long width, height, *cmp_lvl; + unsigned char type, cmp_map, cmp_cnt, pxl_pol, pxl_prog, scn_prog; + double pxl_ratio; + +{ + XieSessionPtr ses = _XieGetSession(dpy); + xieCreateByValueReq *create; + xieCreatePhotoReq *req; + CARD32 i; + + PhotoPtr pho = (PhotoPtr) XieCalloc(1,sizeof(XieResRec)); + + ResType_(pho) = type; + ResMap_(pho) = cmp_map; /* component mapping */ + ResDpy_(pho) = dpy; /* display pointer */ + FloLnk_(pho) = IsPhotoflo_(pho) ? pho : NULL; /* link self if Photoflo*/ + _XieAddResource(pho); /* add to resource list */ + /* + ** Create request to establish a Photo{flo|map}. + */ + XieReqExtra_(dpy,0,SesOpCode_(ses),ieCreateByValue,create, + sz_xieCreatePhotoReq-sz_xieCreateByValueReq); + req = (xieCreatePhotoReq *) create; + req->resource_type = type; + req->resource_id = ResId_(pho); + req->width = width; + req->height = height; + req->number_of_components = cmp_cnt; + req->component_mapping = cmp_map; + req->pixel_progression = pxl_prog; + req->line_progression = scn_prog; + req->polarity = pxl_pol; + MiEncodeDouble( &req->aspect_ratio, pxl_ratio ); + for( i = 0; i < XieK_MaxComponents; i++ ) + req->levels[i] = i < cmp_cnt ? cmp_lvl[i] : 0; + + XieReqDone_(dpy); + + return( (XiePhoto) pho ); +} /* end XieCreatePhoto */ + +/******************************************************************************* +** XieCreateRoi +** +** FUNCTIONAL DESCRIPTION: +** +** Create a server region of interest image domain context resource. +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** x - X Photomap registration coordinate +** y - Y Photomap registration coordinate +** width - width of region +** height - height of region +** +** FUNCTION VALUE: +** +** XieRoi - id of created image domain context, of type Roi +** +*******************************************************************************/ +XieRoi XieCreateRoi( dpy, x, y, width, height ) + Display *dpy; + long x, y; + unsigned long width, height; +{ + XieSessionPtr ses = _XieGetSession(dpy); + xieCreateByValueReq *create; + xieCreateRoiReq *req; + + IdcPtr roi = (IdcPtr) XieCalloc(1,sizeof(XieResRec)); + + ResType_(roi) = XieK_IdcRoi; + ResDpy_(roi) = dpy; /* save display pointer */ + _XieAddResource(roi); /* add to resource list */ + /* + ** Create request to establish an Roi. + */ + XieReqExtra_(dpy,0,SesOpCode_(ses),ieCreateByValue,create, + sz_xieCreateRoiReq-sz_xieCreateByValueReq); + req = (xieCreateRoiReq *) create; + req->resource_type = ResType_(roi); + req->resource_id = ResId_(roi); + req->x = x; + req->y = y; + req->width = width; + req->height = height; + XieReqDone_(dpy); + + return( (XieRoi) roi ); +} /* end XieCreateRoi */ + +/******************************************************************************* +** XieCreateTmp +** +** FUNCTIONAL DESCRIPTION: +** +** Create a server template image domain context resource. +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** x - X coordinate of center of template +** y - Y coordinate of center of template +** count - number of XieTemplateRec's in list +** list - array of XieTemplateRec +** +** FUNCTION VALUE: +** +** XieTmp - id of created image domain context, of type Tmp +** +*******************************************************************************/ +XieTmp XieCreateTmp( dpy, x, y, count, list ) + Display *dpy; + long x, y; + unsigned long count; + XieTemplate list; +{ + XieSessionPtr ses = _XieGetSession(dpy); + xieCreateByValueReq *create; + xieCreateTmpReq *req; + XieTmpEntryRec *data; + CARD32 i; + IdcPtr tmp = (IdcPtr) XieCalloc(1,sizeof(XieResRec)); + + ResType_(tmp) = XieK_IdcTmp; + ResDpy_(tmp) = dpy; /* save display pointer */ + _XieAddResource(tmp); /* add to resource list */ + + XieReqExtra_(dpy,0,SesOpCode_(ses),ieCreateByValue,create, + sz_xieCreateTmpReq-sz_xieCreateByValueReq + +sizeof(XieTmpEntryRec)*count); + req = (xieCreateTmpReq *) create; + req->resource_type = ResType_(tmp); + req->resource_id = ResId_(tmp); + req->center_x = x; + req->center_y = y; + req->data_count = count; + for( data = (XieTmpEntryRec *) &req[1], i = 0; i < count; i++ ) + { + data[i].x = list[i].x; + data[i].y = list[i].y; + MiEncodeDouble( &data[i].value, list[i].value ); + } + XieReqDone_(dpy); + return( (XieTmp) tmp ); +} /* end XieCreateTmp */ + +/******************************************************************************* +** XieExecuteFlo +** +** FUNCTIONAL DESCRIPTION: +** +** Begin Photoflo execution. +** +** FORMAL PARAMETERS: +** +** flo_id - id of Photoflo to be executed (or any bound Photo{map|tap}). +** +*******************************************************************************/ +void XieExecuteFlo( flo_id ) + XiePhoto flo_id; +{ + PhotoPtr flo = FloLnk_((PhotoPtr)flo_id); + Display *dpy = ResDpy_(flo); + XieSessionPtr ses = _XieGetSession(dpy); + xieExecutePhotofloReq *req; + + /* + ** Create a request to execute the photoflo. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieExecutePhotoflo,req); + req->photoflo_id = ResId_(flo); + XieReqDone_(dpy); +} /* end XieExecuteFlo */ + +/******************************************************************************* +** XieExport +** +** FUNCTIONAL DESCRIPTION: +** +** Export image data from a Photomap to an X11 drawable. +** +** FORMAL PARAMETERS: +** +** src_id - id of source Photo{flo|map|tap} to export from +** d - drawable id +** gc - graphics context id +** sx, sy - from Photomap X,Y coordinate +** dx, dy - to drawable X,Y coordinate +** w, h - dimensions of region to be exported +** lut_id - optional: LUT to map pixels to pre-allocated palette +** cmap_id - optional: X11 colormap assigned to target drawable +** match - optional: granularity for pixel matching +** gray - optional: purity of gray shades +** +*******************************************************************************/ +void XieExport( src_id, d, gc, sx,sy, dx,dy, w,h, lut_id, cmap_id, match, gray ) + XiePhoto src_id, lut_id; + Drawable d; + GC gc; + long sx, sy, dx, dy; + unsigned long w, h; + Colormap cmap_id; + double match, gray; +{ + PhotoPtr src = (PhotoPtr) src_id; + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + xieExportReq *req; + /* + ** Create request to export image data from Photomap to drawable. + */ + XieReq_(dpy,gc,SesOpCode_(ses),ieExport,req); + req->photo_id = ResId_(src); + req->drawable_id = d; + req->gc_id = gc->gid; + req->src_x = sx; + req->src_y = sy; + req->width = w; + req->height = h; + req->dst_x = dx; + req->dst_y = dy; + req->photo_lut_id = lut_id == 0 ? 0 : XId_(lut_id); + req->colormap_id = cmap_id; + MiEncodeDouble( &req->match_limit, match ); + MiEncodeDouble( &req->gray_limit, gray ); + XieReqDone_(dpy); +} /* end XieExport */ + +/******************************************************************************* +** XieFindResource +** +** FUNCTIONAL DESCRIPTION: +** +** Find an XieResource using the resource's X11 XID. +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** id - resource's X11 XID +** +** FUNCTION VALUE: +** +** XieResource - XieResource id +** +*******************************************************************************/ +XieResource XieFindResource( dpy, id ) + Display *dpy; + XID id; +{ + XieResPtr res; + XieSessionPtr ses = _XieGetSession(dpy); + + for( res = SesResLst_(ses); res != NULL; res = ResLnk_(res) ) + if( ResId_(res) == id ) + break; + + return( (XieResource) res ); +} /* end XieFindResource */ + +/******************************************************************************* +** XieFreeExport +** +** FUNCTIONAL DESCRIPTION: +** +** Free ExportContext. +** +** FORMAL PARAMETERS: +** +** src_id - id of source Photo{flo|map|tap} +** +*******************************************************************************/ +void XieFreeExport( src_id ) + XiePhoto src_id; +{ + PhotoPtr src = (PhotoPtr) src_id; + Display *dpy = ResDpy_(src); + XieSessionPtr ses = _XieGetSession(dpy); + xieFreeExportReq *req; + /* + ** Create a request to free ExportContext. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieFreeExport,req); + req->photo_id = ResId_(src); + XieReqDone_(dpy); +} /* end XieFreeExport */ + +/******************************************************************************* +** XieFreeResource +** +** FUNCTIONAL DESCRIPTION: +** +** Free a server image extension resource +** +** FORMAL PARAMETERS: +** +** res_id - id of resource to be freed +** +** FUNCTION VALUE: +** +** NULL +** +*******************************************************************************/ +XieResource XieFreeResource( res_id ) + XieResource res_id; +{ + XieResPtr res = (XieResPtr) res_id; + PhotoPtr phm, nxt; + + if( res != NULL ) + switch( ResType_(res) ) + { + case XieK_Photoflo : + for( phm = PhotoLnk_(res); phm != NULL; phm = nxt ) + { + nxt = PhotoLnk_(phm); + PhotoLnk_(phm) = NULL; /* zap Photo{map|tap} list */ + FloLnk_(phm) = NULL; /* zap Photoflo binding */ + if( IsPhototap_(phm) ) + FreeResource(phm); /* free the Phototap */ + } + FreeResource( res ); /* free the Photoflo */ + break; + + case XieK_Photomap : + case XieK_Phototap : + if( FloLnk_(res) != NULL ) + /* + ** Unbind this Photo{map|tap} from the Photoflo. + */ + for( phm = FloLnk_(res); phm != NULL; phm = PhotoLnk_(phm) ) + if( PhotoLnk_(phm) == res ) + PhotoLnk_(phm) = PhotoLnk_(PhotoLnk_(phm)); + + FreeResource( res ); /* free Photo{map|tap} resource */ + break; + + case XieK_IdcCpp : + case XieK_IdcRoi : + case XieK_IdcTmp : + FreeResource( res ); /* free Idc type resource */ + break; + } + return( NULL ); +} /* end XieFreeResource */ + +/******************************************************************************* +** XieImport +** +** FUNCTIONAL DESCRIPTION: +** +** Import image data from an X11 drawable into a new Photomap. +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** drawable- drawable id +** cmap_id - X11 colormap id +** pxl_pol - pixel brightness polarity +** +** FUNCTION VALUE: +** +** XiePhotomap - id of created Photomap +** +*******************************************************************************/ +XiePhotomap XieImport( dpy, drawable, cmap_id, pxl_pol ) + Display *dpy; + Drawable drawable; + Colormap cmap_id; + unsigned char pxl_pol; +{ + XieSessionPtr ses = _XieGetSession(dpy); + xieImportReq *req; + xieQueryPhotomapReply rep; + PhotoPtr phm = (PhotoPtr) XieCalloc(1,sizeof(XieResRec)); + + ResType_(phm) = XieK_Photomap; /* resource type */ + ResDpy_(phm) = dpy; /* copy display pointer */ + _XieAddResource(phm); /* add to our resource list */ + /* + ** Create request to import image data from drawable to Photomap. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieImport,req); + req->photomap_id = ResId_(phm); + req->drawable_id = drawable; + req->colormap_id = cmap_id; + req->polarity = pxl_pol; + XieReqDone_(dpy); + + if( _XieQueryResource( phm, &rep ) ) + { + ResMap_(phm) = rep.component_mapping; + XieReqDone_(dpy); + } + + return( (XiePhotomap) phm ); +} /* end XieImport */ + +/******************************************************************************* +** XieQueryCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Obtain control processing plane context from server. +** +** FORMAL PARAMETERS: +** +** cpp_id - Cpp id +** x_ret - X return pointer +** y_ret - Y return pointer +** phm_ret - Photomap return pointer +** +*******************************************************************************/ +void XieQueryCpp( cpp_id, x_ret, y_ret, phm_ret ) + XieCpp cpp_id; + long *x_ret, *y_ret; + XiePhotomap *phm_ret; +{ + IdcPtr cpp = (IdcPtr) cpp_id; + Display *dpy = ResDpy_(cpp); + xieQueryCppReply rep; + + /* + ** Query the Cpp. + */ + if( _XieQueryResource( cpp, &rep ) ) + { + XieReqDone_(dpy); + /* + ** Unload the reply packet. + */ + if( x_ret != NULL ) + *x_ret = rep.x; + if( y_ret != NULL ) + *y_ret = rep.y; + if( phm_ret != NULL ) + *phm_ret = (XiePhotomap) PhotoLnk_(cpp); + } +} /* end XieQueryCpp */ + +/******************************************************************************* +** XieQueryExport +** +** FUNCTIONAL DESCRIPTION: +** +** Return ExportContext LUT and allocated pixel list. +** +** FORMAL PARAMETERS: +** +** pho_id - Photoflo id (or any bound Photo{map|tap}). +** lut_id_ret - where to stash returned LUT_id (or NULL). +** pxl_lst_ret - where to stash returned pixel list pointer +** (none are returned if pxl_lst or pxl_cnt are NULL). +** pxl_cnt_ret - where to stash count of allocated pixels. +** +*******************************************************************************/ +void XieQueryExport( pho_id, lut_id_ret, pxl_lst_ret, pxl_cnt_ret ) + XiePhoto pho_id; + XiePhotomap *lut_id_ret; + unsigned long **pxl_lst_ret; + unsigned long *pxl_cnt_ret; +{ + PhotoPtr pho = (PhotoPtr) pho_id; + PhotoPtr *lut = (PhotoPtr *) lut_id_ret; + Display *dpy = ResDpy_(pho); + unsigned long *pxl = NULL; + XieSessionPtr ses = _XieGetSession(dpy); + xieQueryExportReq *req; + xieQueryExportReply rep; + + if( lut != NULL ) + { /* + ** Begin to create a Photomap record for the LUT. + */ + *lut = (PhotoPtr) XieCalloc(1,sizeof(XieResRec)); + ResType_(*lut) = XieK_Photomap; /* resource type for lut */ + ResDpy_(*lut) = dpy; /* copy display pointer */ + ResId_(*lut) = XAllocID(dpy); /* resource id for lut */ + } + /* + ** Query the ExportContext. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieQueryExport,req); + req->photo_id = ResId_(pho); + req->lut_id = lut != NULL ? ResId_(*lut) : 0; + req->get_pixels = pxl_lst_ret != NULL && pxl_cnt_ret != NULL; + + if( !_XReply( dpy, &rep, 0, !req->get_pixels ) ) + { /* + ** Reply error. + */ + _XieSrvError( dpy, req->opcode, req->photo_id, rep.sequenceNumber, + BadLength, "QueryExport: reply error" ); + + if( lut != NULL ) + *lut = (PhotoPtr) XieFree( *lut ); /* no lut on error */ + rep.pixel_count = 0; /* no pixel count on error */ + } + else + { + if( rep.length > 0 ) + { /* + ** Get the allocated pixel list. + */ + pxl = (unsigned long *) XieMalloc(rep.pixel_count * + sizeof(unsigned long)); + /* + ** Pixels from X are ALWAYS CARD32's. + */ + _XRead( dpy, pxl, rep.length * sizeof(CARD32)); + /* + ** If longs are greater than CARD32's, space the data out from + ** the CARD32 array to fill out the long array. + */ + if (sizeof (CARD32) != sizeof (unsigned long)) + { + unsigned long *pxl_long = (pxl + rep.length - 1); + CARD32 *pxl_card32 = (((CARD32 *)pxl) + rep.length - 1); + + while (pxl_long >= pxl) + *pxl_long-- = (unsigned long)*pxl_card32--; + } + } + XieReqDone_(dpy); /* unlock the display */ + + if( lut != NULL ) + if( rep.lut_id == ResId_(*lut) ) + { /* + ** Finish creating the LUT's Photomap. + */ + ResMap_(*lut) = rep.lut_mapping; + ResLnk_(*lut) = SesResLst_(ses); + SesResLst_(ses) = *lut; + } + else + { /* + ** Trash new LUT -- instead find LUT returned in reply. + */ + *lut = (PhotoPtr) XieFree( *lut ); + if( rep.lut_id != 0 ) + *lut_id_ret = XieFindResource( dpy, rep.lut_id ); + } + } + if( pxl_lst_ret != NULL ) + *pxl_lst_ret = pxl; /* return pixel list, if any*/ + + if( pxl_cnt_ret != NULL ) + *pxl_cnt_ret = rep.pixel_count; /* return pixel count */ + +} /* end XieQueryExport */ + +/******************************************************************************* +** XieQueryFlo +** +** FUNCTIONAL DESCRIPTION: +** +** Obtain Photoflo status from server. +** +** FORMAL PARAMETERS: +** +** phf_id - Photoflo id (or any bound Photo{map|tap}). +** +** FUNCTION VALUE: +** +** status +** +*******************************************************************************/ +unsigned long XieQueryFlo( phf_id ) + XiePhoto phf_id; +{ + PhotoPtr phf = FloLnk_((PhotoPtr)phf_id); + Display *dpy = ResDpy_(phf); + XieSessionPtr ses = _XieGetSession(dpy); + xieQueryResourceReq *req; + xieQueryPhotofloReply rep; + + /* + ** Query the Photoflo. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieQueryResource,req); + req->resource_type = ResType_(phf); + req->resource_id = ResId_(phf); + + if( !_XReply( dpy, &rep, 0, True ) ) + _XieSrvError( dpy, req->opcode, req->resource_id, rep.sequenceNumber, + BadLength, "QueryPhotoflo: reply error" ); + else + XieReqDone_(dpy); + + return( rep.status ); +} /* end XieQueryFlo */ + +/******************************************************************************* +** XieQueryMap +** +** FUNCTIONAL DESCRIPTION: +** +** Obtain Photomap attributes from Photo{flo|map|tap}. +** +** FORMAL PARAMETERS: +** +** pho_id - Photo{flo|map|tap} id +** width_ret - width return pointer +** height_ret - height return pointer +** cmp_map_ret - component mapping return pointer +** cmp_cnt_ret - component count return pointer +** cmp_lvl_ret - levels-per-component return pointer +** pxl_pol_ret - polarity return pointer +** pxl_ratio_ret - aspect ratio return pointer +** pxl_prog_ret - pixel progression return pointer +** scn_prog_ret - line progression return pointer +** constrained_ret - constrained flag return pointer +** +** FUNCTION VALUE: +** +** XiePhoto - id of queried Photo +** +*******************************************************************************/ +XiePhoto XieQueryMap( pho_id, width_ret, height_ret, + cmp_map_ret, cmp_cnt_ret, cmp_lvl_ret, + pxl_pol_ret, pxl_ratio_ret, pxl_prog_ret, + scn_prog_ret, constrained_ret ) + XiePhoto pho_id; + unsigned long *width_ret; + unsigned long *height_ret; + unsigned char *cmp_map_ret; + unsigned char *cmp_cnt_ret; + unsigned long *cmp_lvl_ret; + unsigned char *pxl_pol_ret; + double *pxl_ratio_ret; + unsigned char *pxl_prog_ret; + unsigned char *scn_prog_ret; + unsigned char *constrained_ret; + +{ + PhotoPtr pho = (PhotoPtr) pho_id; + Display *dpy = ResDpy_(pho); + xieQueryPhotomapReply rep; + CARD32 i; + + /* + ** Query the Photo{flo|map|tap} for Photomap attributes. + */ + if( _XieQueryResource( pho, &rep ) ) + { + XieReqDone_(dpy); + /* + ** Unload the reply packet. + */ + if( width_ret != NULL ) + *width_ret = rep.width; + if( height_ret != NULL ) + *height_ret = rep.height; + if( cmp_map_ret != NULL ) + *cmp_map_ret = rep.component_mapping; + if( cmp_cnt_ret != NULL ) + *cmp_cnt_ret = rep.component_count; + if( pxl_pol_ret != NULL ) + *pxl_pol_ret = rep.polarity; + if( pxl_ratio_ret != NULL ) + *pxl_ratio_ret = MiDecodeDouble( &rep.aspect_ratio ); + if( pxl_prog_ret != NULL ) + *pxl_prog_ret = rep.pixel_progression; + if( scn_prog_ret != NULL ) + *scn_prog_ret = rep.line_progression; + if( constrained_ret != NULL ) + *constrained_ret = rep.constrained; + if( cmp_lvl_ret != NULL ) + for( i = 0; i < XieK_MaxComponents; i++ ) + cmp_lvl_ret[i] = i < rep.component_count ? rep.levels[i] : 0; + } + return( rep.photo_id == 0 ? NULL : rep.photo_id == ResId_(pho) ? pho_id + : XieFindResource( dpy, rep.photo_id )); +} /* end XieQueryMap */ + +/******************************************************************************* +** XieQueryRoi +** +** FUNCTIONAL DESCRIPTION: +** +** Obtain region of interest context from server. +** +** FORMAL PARAMETERS: +** +** roi_id - Roi id +** x_ret - X return pointer +** y_ret - Y return pointer +** width_ret - width return pointer +** height_ret - height return pointer +** +*******************************************************************************/ +void XieQueryRoi( roi_id, x_ret, y_ret, width_ret, height_ret ) + XieRoi roi_id; + long *x_ret, *y_ret; + unsigned long *width_ret, *height_ret; +{ + IdcPtr roi = (IdcPtr) roi_id; + Display *dpy = ResDpy_(roi); + xieQueryRoiReply rep; + + /* + ** Query the Roi. + */ + if( _XieQueryResource( roi, &rep ) ) + { + XieReqDone_(dpy); + /* + ** Unload the reply packet. + */ + if( x_ret != NULL ) + *x_ret = rep.x; + if( y_ret != NULL ) + *y_ret = rep.y; + if( width_ret != NULL ) + *width_ret = rep.width; + if( height_ret != NULL ) + *height_ret = rep.height; + } +} /* end XieQueryRoi */ + +/******************************************************************************* +** XieQueryTmp +** +** FUNCTIONAL DESCRIPTION: +** +** Obtain template context from server. +** +** FORMAL PARAMETERS: +** +** tmp_id - Tmp id +** x_ret - center X return pointer +** y_ret - center Y return pointer +** count_ret - XieTemplateRec count return pointer +** +** FUNCTION VALUE: +** +** XieTemplate - pointer to list of XieTemplateRec (dealloc with XieFree) +** +*******************************************************************************/ +XieTemplate XieQueryTmp( tmp_id, x_ret, y_ret, count_ret ) + XieTmp tmp_id; + long *x_ret, *y_ret; + unsigned long *count_ret; +{ + IdcPtr tmp = (IdcPtr) tmp_id; + Display *dpy = ResDpy_(tmp); + xieQueryTmpReply rep; + XieTemplate data = NULL; + XieTmpEntryRec entry; + CARD32 i; + + if( _XieQueryResource( tmp, &rep ) ) + { + if( x_ret != NULL ) + *x_ret = rep.center_x; + if( y_ret != NULL ) + *y_ret = rep.center_y; + if( count_ret != NULL ) + *count_ret = rep.data_count; + + data = (XieTemplate) XieMalloc(rep.data_count*sizeof(XieTemplateRec)); + + for( i = 0; i < rep.data_count; i++ ) + { + _XRead( dpy, &entry, sizeof(XieTemplateRec) ); + data[i].x = entry.x; + data[i].y = entry.y; + data[i].value = MiDecodeDouble( &entry.value ); + } + XieReqDone_(dpy); + } + return( data ); +} /* end XieQueryTmp */ + +/******************************************************************************* +** XieTapFlo +** +** FUNCTIONAL DESCRIPTION: +** +** Get a Photo{map|tap}-id for the Photomap at the of a Photoflo. +** +** FORMAL PARAMETERS: +** +** flo_id - Photoflo id (or any bound Photo{map|tap}). +** permanent - Boolean: true=permanent Photomap, false=ephemeral Phototap +** +** FUNCTION VALUE: +** +** XiePhoto - id of permanent Photomap or ephemeral Phototap +** +*******************************************************************************/ +XiePhoto XieTapFlo( flo_id, permanent ) + XiePhoto flo_id; + unsigned char permanent; +{ + PhotoPtr flo = FloLnk_((PhotoPtr)flo_id); + Display *dpy = ResDpy_(flo); + XieSessionPtr ses = _XieGetSession(dpy); + xieTapPhotofloReq *req; + + PhotoPtr tap = (PhotoPtr) XieMalloc(sizeof(XieResRec)); + *tap = *flo; + ResType_(tap) = permanent ? XieK_Photomap : XieK_Phototap; + PhotoLnk_(flo) = tap; /* bind to Photoflo */ + _XieAddResource(tap); /* add to the resource list */ + /* + ** Create request to tap the end of the Photoflo. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieTapPhotoflo,req); + req->photoflo_id = ResId_(flo); + req->photo_id = ResId_(tap); + req->permanent = permanent; + XieReqDone_(dpy); + + return( (XiePhoto) tap ); +} /* end XieTapFlo */ + +/******************************************************************************* +** _XieAddResource +** +** FUNCTIONAL DESCRIPTION: +** +** Add an XieResource to our resource list. +** +** FORMAL PARAMETERS: +** +** res - resource pointer +** +*******************************************************************************/ +void _XieAddResource( res ) + XieResPtr res; +{ + Display *dpy = ResDpy_(res); + XieSessionPtr ses = _XieGetSession(dpy); + + /* + ** Allocate an X11 resource-id. + */ + ResId_(res) = XAllocID(dpy); + + /* + ** Stash the new resource at the head of the list. + */ + ResLnk_(res) = SesResLst_(ses); + SesResLst_(ses) = res; +} /* end _XieAddResource */ + +/******************************************************************************* +** _XieGetDst +** +** FUNCTIONAL DESCRIPTION: +** +** Create or point to an Xie destination resource. +** +** FORMAL PARAMETERS: +** +** src - pointer to source resource. +** +** FUNCTION VALUE: +** +** XieResPtr - pointer to destination +** +*******************************************************************************/ +XieResPtr _XieGetDst( src ) + XieResPtr src; +{ + XieResPtr dst; + + if( FloLnk_(src) == NULL ) + { + /* + ** Create a new destination resource of the same type. + */ + dst = (XieResPtr) XieMalloc(sizeof(XieResRec)); + *dst = *src; + _XieAddResource(dst); + } + else + /* + ** Destination is the binding Photoflo. + */ + dst = FloLnk_(src); + + return( dst ); +} /* end _XieGetDst */ + +/******************************************************************************* +** _XieQueryResource +** +** FUNCTIONAL DESCRIPTION: +** +** Obtain resource information from server. +** +** FORMAL PARAMETERS: +** +** res - pointer to resource to be queried +** reply - pointer to reply structure +** +** FUNCTION VALUE: +** +** Boolean - True if reply is successful +** +*******************************************************************************/ +Status _XieQueryResource( res, reply ) + XieResPtr res; + xGenericReply *reply; +{ + Display *dpy = ResDpy_(res); + XieSessionPtr ses = _XieGetSession(dpy); + xieQueryResourceReq *req; + Status status; + + /* + ** Create request to query the specified resource. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieQueryResource,req); + req->resource_type = IsPhoto_(res) ? XieK_Photomap : ResType_(res); + req->resource_id = ResId_(res); + + status = _XReply( dpy, reply, 0, !(IsPhoto_(res) || IsTmp_(res)) ); + + if( !status ) + _XieSrvError(dpy, req->opcode, req->resource_id, reply->sequenceNumber, + BadLength, "QueryResource: reply error"); + + else if( IsPhoto_(res) ) + _XRead( dpy, &reply[1], reply->length<<2 ); + + return( status ); +} /* end _XieQueryResource */ + +/******************************************************************************* +** FreeResource +** +** FUNCTIONAL DESCRIPTION: +** +** Free an Xie resource +** +** FORMAL PARAMETERS: +** +** res - pointer to resource to be freed +** +*******************************************************************************/ +static void FreeResource( res ) + XieResPtr res; +{ + Display *dpy = ResDpy_(res); + XieSessionPtr ses = _XieGetSession(dpy); + XieResPtr lst; + xieDeleteResourceReq *req; + + /* + ** Remove this resource from our resource list. + */ + if( SesResLst_(ses) == res ) + SesResLst_(ses) = ResLnk_(res); + else + for( lst = SesResLst_(ses); lst != NULL; lst = ResLnk_(lst) ) + if( ResLnk_(lst) == res ) + { + ResLnk_(lst) = ResLnk_(res); + break; + } + + if( !IsPhototap_(res) ) + { /* + ** Create a request to delete the server resource. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieDeleteResource,req); + req->resource_type = ResType_(res); + req->resource_id = ResId_(res); + XieReqDone_(dpy); + } + XieFree( res ); +} /* end FreeResource */ +/* end module XieLibResource.c */ diff --git a/xie/docs/dec/xie23-src/lib/xie/XieLibSession.c b/xie/docs/dec/xie23-src/lib/xie/XieLibSession.c new file mode 100644 index 0000000..14ef8fa --- /dev/null +++ b/xie/docs/dec/xie23-src/lib/xie/XieLibSession.c @@ -0,0 +1,587 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension (XIE) +** +** ABSTRACT: +** +** This module contains XIE library routines for session managment. +** +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** March 18, 1989 +** +** MODIFICATION HISTORY: +** +*******************************************************************************/ + +/* +** Definitions required by X11 include files +*/ +#define NEED_EVENTS +#define NEED_REPLIES + +/* +** Definition to let include files know who's calling. +*/ +#define _XieLibSession + +/* +** Include files +*/ + /* + ** Standard C include files + */ +#include + + /* + ** X11 and XIE include files + */ +#ifdef VMS +#include /* X11 internal lib/transport defs */ +#else +#include /* X11 internal lib/transport defs */ +#endif +#include /* XIE client/server common defs */ +#include /* XIE Req/Reply protocol defs */ +#include /* XIE public definitions */ +#include /* XIE private definitions */ + +/* +** Table of contents +*/ + /* + ** PUBLIC entry points + */ +char *XieCheckFunction(); /* check server support of single function */ +char **XieListFunctions(); /* list server support of all functions */ + +void XieSetOpDefaults(); +void XieQueryOpDefaults(); + + /* + ** Low level global entry points + */ +XieSessionPtr _XieGetSession(); /* get session info for display */ + /* + ** internal routines + */ +static XExtCodes *InitExtension(); /* initialize server extension */ +static XieSessionPtr InitSession(); /* initiate a session */ +int CloseDisplayProc();/* what to do on close display */ +static int FindDpyNum(); /* stub for multi-dpy support */ + +/* +** MACRO definitions +*/ + /* + ** On VMS the connection number is not obtained per THE book (pg 499). + */ +#ifdef VMS +#define DpyNumber_(dpy) (dpy->next ? FindDpyNum(dpy) : 0) +#else +#define DpyNumber_(dpy) ((dpy)->fd) +#endif + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local/Global Storage +*/ + /* + ** Array of XieSessionPtr for session wide information. + ** This should really be the maximum number of open files + ** the process can have (like NOFILE from ) but there + ** doesn't seem to be a portable way to do that. + */ +static XieSessionPtr Session[64] = {NULL}; + + /* + ** Flag that controls packet tracing on the client side. + */ +externaldef(xiePacketTrace) BOOL xiePacketTrace; + + /* + ** Array of Xie protocol function names. + */ +externaldef(XieFunctionName) char *_XieFunctionName[256] = { + NULL, + "X_ieInitSession", + "X_ieTermSession", + "X_ieQueryEvents", + "X_ieSelectEvents", + "X_ieSetOpDefaults", + "X_ieQueryOpDefaults", + "X_ieCreateByReference", + "X_ieCreateByValue", + "X_ieDeleteResource", + "X_ieQueryResource", + "X_ieBindPhotomap", + "X_ieAbortPhotoflo", + "X_ieExecutePhotoflo", + "X_ieTapPhotoflo", + "X_ieAbortTransport", + "X_ieGetStream", + "X_ieGetTile", + "X_iePutStream", + "X_iePutTile", + "X_ieSetTransport", + "X_ieExport", + "X_ieFreeExport", + "X_ieImport", + "X_ieQueryExport", + "X_ieArea", + "X_ieAreaStats", + "X_ieArith", + "X_ieCalcHist", + "X_ieChromeCom", + "X_ieChromeSep", + "X_ieCompare", + "X_ieConstrain", + "X_ieCrop", + "X_ieDither", + "X_ieFill", + "X_ieLogical", + "X_ieLuminance", + "X_ieMatchHistogram", + "X_ieMathf", + "X_ieMirror", + "X_iePoint", + "X_iePointStats", + "X_ieRotate", + "X_ieScale", + "X_ieTranslate", + NULL}; + +/******************************************************************************* +** XieCheckFunction +** +** FUNCTIONAL DESCRIPTION: +** +** Return the pointer to the protocol name string for the requested +** protocol function. The pointer is NULL if not implemented. +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** function - minor-opcode of function requested +** +** FUNCTION VALUE: +** +** string pointer - DO NOT free ! +** +*******************************************************************************/ +char *XieCheckFunction( dpy, function ) + Display *dpy; + int function; +{ + Bool supported = False; + char *name; + + if( function < 8 * sizeof(XieSessionRec) ) + /* + ** See if this function is supported. + */ + supported = GET_VALUE_( SesFunVec_(_XieGetSession(dpy)), function, 1 ); + + /* + ** Set the function name string pointer. + */ + name = supported ? _XieFunctionName[function] : NULL; + + return( name ); +} /* end XieCheckFunction */ + +/******************************************************************************* +** XieListFunctions +** +** FUNCTIONAL DESCRIPTION: +** +** Return an array of pointers to the protocol name strings for all +** supported Xie protocol functions. NULL pointers are returned for +** functions that are not yet implemented or unsupported by the server. +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** +** FUNCTION VALUE: +** +** array of string pointers - use XieFree to free array, don't free strings +** +*******************************************************************************/ +char **XieListFunctions( dpy ) + Display *dpy; +{ + int function; + char **strings = (char **) XieMalloc(256 * sizeof(char *)); + + for( function = 0; function < 256; function++ ) + strings[function] = XieCheckFunction(dpy, function); + + return( strings ); +} /* end XieListFunctions */ + +/******************************************************************************* +** XieSetOpDefaults +** +** FUNCTIONAL DESCRIPTION: +** +** Set the operational defaults associated with a session. +** +** FORMAL PARAMETERS: +** dpy - pointer to X11 display structure +** model - Constraint model to be used: +** {XieK_HardClip, XieK_ClipScale, XieK_HardScale} +** levels - Array of levels to constrain each component. +** +** +*******************************************************************************/ +void XieSetOpDefaults( dpy, model, levels) + Display *dpy; + int model; + unsigned long int levels[XieK_MaxComponents]; +{ + XieSessionPtr ses = _XieGetSession(dpy); + xieSetOpDefaultsReq *req; + int i; + + /* + ** Create a request to set the session operational defaults. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieSetOpDefaults,req); + req->model = model; + for( i = 0; i < XieK_MaxComponents; i++) + req->levels[i] = levels[i]; + XieReqDone_(dpy); +} /* end XieSetOpDefaults */ + +/******************************************************************************* +** XieQueryOpDefaults +** +** FUNCTIONAL DESCRIPTION: +** +** Obtain session operational defaults info from the server. +** +** FORMAL PARAMETERS: +** +** dpy - Pointer to X11 display structure +** model_ret - Constraint model return pointer +** levels_ret - Constraint levels array +** +*******************************************************************************/ +void XieQueryOpDefaults( dpy, model_ret, levels_ret ) + Display *dpy; + int *model_ret; + unsigned long int *levels_ret; +{ + XieSessionPtr ses = _XieGetSession(dpy); + xieQueryOpDefaultsReq *req; + xieQueryOpDefaultsReply rep; + int i; + + /* + ** Create request to query the session defaults + */ + XieReq_(dpy,0,SesOpCode_(ses),ieQueryOpDefaults,req); + if( !_XReply( dpy, &rep, 0, True) ) + _XieSrvError(dpy, req->opcode, 0, rep.sequenceNumber, + BadLength, "QueryOpDefaults: reply error"); + else { + XieReqDone_(dpy); + /* + * Unload the reply packet. + */ + if( model_ret != NULL ) + *model_ret = rep.model; + if( levels_ret != NULL ) { + for (i = 0; i < XieK_MaxComponents; i++) + levels_ret[i] = rep.levels[i]; + } + + } +} /* end XieQueryOpDefaults */ + +/******************************************************************************* +** _XieGetSession +** +** FUNCTIONAL DESCRIPTION: +** +** Return the pointer to the XieSessionRec structure belonging to this +** connection. The image extension is initialized and a session +** initiated, if necessary. +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** +** FUNCTION VALUE: +** +** XieSessionPtr +** +*******************************************************************************/ +XieSessionPtr _XieGetSession( dpy ) + Display *dpy; +{ + XExtCodes *codes; + + if( Session[DpyNumber_(dpy)] == NULL ) + { + /* + ** Initialize the server's image extension. + */ + codes = InitExtension( dpy ); + + /* + ** Initiate an image extension session. + */ + Session[DpyNumber_(dpy)] = InitSession( dpy, codes ); + } + + /* + ** Return the pointer to this session's parameters. + */ + return( Session[DpyNumber_(dpy)] ); +} /* end _XieGetSession */ + +/******************************************************************************* +** InitExtension +** +** FUNCTIONAL DESCRIPTION: +** +** Initialized the image extension. +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** +** FUNCTION VALUE: +** +** XExtCodes - pointer to X11 extension information about Xie +** +*******************************************************************************/ +static XExtCodes *InitExtension( dpy ) + Display *dpy; +{ + XExtCodes *codes; + + /* + ** Initialize the extension. + */ + codes = XInitExtension( dpy, XieS_Name ); + if( codes == NULL ) + _XieLibError( EACCES, "XInitExtension" ); + + /* + ** Hook our proceedures into Xlib. + */ + XESetCloseDisplay(dpy, codes->extension, (int (*)()) CloseDisplayProc ); + XESetWireToEvent( dpy, codes->first_event + XieK_ComputationEvent, + _XieConvertEventProc ); + XESetWireToEvent( dpy, codes->first_event + XieK_PhotofloEvent, + _XieConvertEventProc ); + XESetWireToEvent( dpy, codes->first_event + XieK_DisplayEvent, + _XieConvertEventProc ); + /* + ** Set the packet trace variable as requested. + */ + if( (char *)getenv("XIE_PACKET_TRACE") != NULL) + xiePacketTrace = True; + else + xiePacketTrace = False; + + return( codes ); +} /* end InitExtension */ + +/******************************************************************************* +** InitSession +** +** FUNCTIONAL DESCRIPTION: +** +** Initiate a session with the server image extension. +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** codes - pointer to X11 extension information about Xie +** +** FUNCTION VALUE: +** +** XieSessionPtr +** +*******************************************************************************/ +static XieSessionPtr InitSession( dpy, codes ) + Display *dpy; + XExtCodes *codes; +{ + xieInitSessionReply rep; + xieInitSessionReq *req; + XieSessionPtr ses = NULL; + char text[80]; + /* + ** Create request to initialize the session. + */ + XieReq_(dpy,0,codes->major_opcode,ieInitSession,req); + req->major_version = XieK_MajorVersion; + req->minor_version = XieK_MinorVersion; + + if( !_XReply( dpy, (xReply *) &rep, 0, False ) + || rep.length != sizeof(XieFunctionsRec) >> 2 ) + _XieLibError( EACCES, "InitSession: reply error" ); + + else if( !rep.success || rep.major_version != XieK_MajorVersion + || rep.minor_version != XieK_MinorVersion ) + { + sprintf(text, "InitSession: %s server V%d.%d, %s client V%d.%d", + XieS_Name, rep.major_version, rep.minor_version, + XieS_Name, XieK_MajorVersion, XieK_MinorVersion ); + _XieLibError( EACCES, text ); + } + else + { /* + ** Create an XieSessionRec. + */ + ses = (XieSessionPtr) XieCalloc(1,sizeof(XieSessionRec)); + SesCodes_(ses) = codes; + _XReadPad( dpy, SesFunVec_(ses), sizeof(XieFunctionsRec) ); + XieReqDone_(dpy); + } + return( ses ); +} /* end InitSession */ + +/******************************************************************************* +** CloseDisplayProc +** +** FUNCTIONAL DESCRIPTION: +** +** What to do when client calls XCloseDisplay. +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** codes - pointer to XExtCodes +** +*******************************************************************************/ +int CloseDisplayProc( dpy, codes ) + Display *dpy; + XExtCodes *codes; +{ + xieTermSessionReq *req; + XieResPtr nxt, res; + XieSessionPtr ses = Session[DpyNumber_(dpy)]; + + /* + ** Create request to terminate the session. + */ + XieReq_(dpy,0,codes->major_opcode,ieTermSession,req); + XieReqDone_(dpy); + + /* + ** Free every XieResRec left on the list. + */ + for( res = SesResLst_(ses); res != NULL; res = nxt ) + { + nxt = ResLnk_(res); + XieFree(res); + } + /* + ** Free the session info. + */ + XieFree( ses ); + Session[DpyNumber_(dpy)] = NULL; + + return( Success ); +} /* end CloseDisplayProc */ + +/******************************************************************************* +** FindDpyNum +** +** FUNCTIONAL DESCRIPTION: +** +** %%%%%%%% search a list and compare dpy's with indices %%%%%%%% +** +** FORMAL PARAMETERS: +** +** dpy - pointer to X11 display structure +** +** FUNCTION VALUE: +** +** some magic number ??? +** +*******************************************************************************/ +static int FindDpyNum( dpy ) + Display *dpy; +{ + /* + ** NYI -- stay tuned to XDPS.C (from display Postscript) for what to do. + */ + _XieLibError(EMLINK, "FindDpyNum (one display per process)"); +} /* end FindDpyNum */ +/* end module XieLibSession.c */ diff --git a/xie/docs/dec/xie23-src/lib/xie/XieLibTransport.c b/xie/docs/dec/xie23-src/lib/xie/XieLibTransport.c new file mode 100644 index 0000000..d77de11 --- /dev/null +++ b/xie/docs/dec/xie23-src/lib/xie/XieLibTransport.c @@ -0,0 +1,744 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension (XIE) +** +** ABSTRACT: +** +** This module contains XIE library image transport routines. +** +** +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** March 18, 1989 +** +** MODIFICATION HISTORY: +** +*******************************************************************************/ + +/* +** Definitions required by X11 include files +*/ +#define NEED_EVENTS +#define NEED_REPLIES + +/* +** Definition to let include files know who's calling. +*/ +#define _XieLibTransport + +/* +** Include files +*/ + /* + ** Standard C include files + */ +#include + /* + ** X11 and XIE include files + */ +#ifdef VMS +#include /* X11 internal lib/transport defs */ +#else +#include /* X11 internal lib/transport defs */ +#endif +#include /* XIE Req/Reply protocol defs */ +#include /* XIE public definitions */ +#include /* XIE private definitions */ + +/* +** Table of contents +*/ + /* + ** PUBLIC entry points + */ +void XieAbortStream(); /* abort outstanding transport requests */ +unsigned char XieGetStream(); /* image bit stream: server to client */ +void XiePutStream(); /* image bit stream: client to server */ +void XieSetStream(); /* send stream mode transport parameters*/ +void XieGetTile(); /* image tile: server to client */ +void XiePutTile(); /* image tile: client to server */ + /* + ** PRIVATE entry points + */ +void _XieSetTransport(); /* send SetTransport request */ + /* + ** internal routines + */ +static void PutPlane(); /* segment an image plane tile */ +static void PutTile(); /* send an image tile segment to server */ + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local Storage +*/ + +/******************************************************************************* +** XieAbortStream +** +** FUNCTIONAL DESCRIPTION: +** +** Release server transport resources. +** +** FORMAL PARAMETERS: +** +** pho_id - Photo{flo|map} id +** p_mask - plane mask of planes to release transport resources from +** +*******************************************************************************/ +void XieAbortStream( pho_id, p_mask ) + XiePhoto pho_id; + unsigned long p_mask; +{ + PhotoPtr pho = (PhotoPtr) pho_id; + Display *dpy = ResDpy_(pho); + XieSessionPtr ses = _XieGetSession(dpy); + xieAbortTransportReq *req; + + /* + ** Create request to abort transport to/from the Photomap. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieAbortTransport,req); + req->photo_id = ResId_(pho); + req->plane_mask = min(p_mask, 1<photo_id = ResId_(pho); + req->max_bytes = getbytes; + req->plane_num = plane; + + if( !_XReply(dpy, (xReply *) &rep, 0, False) || rep.byte_count > getbytes ) + { + if( retbytes != NULL ) + *retbytes = 0; + _XieSrvError( dpy, req->opcode, ResId_(pho), rep.sequenceNumber, + BadLength, "GetStream: reply error" ); + return( XieK_StreamError ); + } + + if( rep.byte_count > 0 ) + { /* + ** Allocate a buffer (if none supplied), and read the image data. + */ + if( *ptr_ptr == NULL ) + *ptr_ptr = XieMallocBits( rep.byte_count << 3 ); + + _XReadPad( dpy, *ptr_ptr, rep.byte_count ); + } + XieReqDone_(dpy); + + if( rep.status == XieK_StreamMore && rep.byte_count < getbytes ) + { + if( ptr != NULL ) + /* + ** The application supplied a buffer -- offset to next segment. + */ + ptr += rep.byte_count; + + /* + ** Re-call XieGetStream to get the remainder of what was requested. + */ + rep.status = XieGetStream(pho,plane,&ptr,getbytes-rep.byte_count,&more); + + if( ptr != *ptr_ptr + rep.byte_count ) + { + /* + ** Since we allocated the buffer we must now reallocate it and + ** append the remainder of the data to what we already have. + */ + *ptr_ptr = XieReallocBits( *ptr_ptr, rep.byte_count + more << 3 ); + memcpy( *ptr_ptr + rep.byte_count, ptr, more ); + XieFreeBits( ptr ); + } + } + + if( retbytes != NULL ) + /* + ** Report back the total number of bytes retrieved. + */ + *retbytes = rep.byte_count + more; + + return( rep.status ); +} /* end XieGetStream */ + +/******************************************************************************* +** XiePutStream +** +** FUNCTIONAL DESCRIPTION: +** +** Transport a stream of image data from client to Photomap. +** +** FORMAL PARAMETERS: +** +** pho_id - Photo{flo|map} id +** plane - plane number that data is being sent from +** buffer - address of buffer to send image data from +** bytes - number of bytes of data to send +** final - Boolean - true when final segment of image is to be sent +** +*******************************************************************************/ +void XiePutStream( pho_id, plane, buffer, bytes, final ) + XiePhoto pho_id; + unsigned char *buffer, final; + unsigned long plane, bytes; +{ + PhotoPtr pho = (PhotoPtr) pho_id; + Display *dpy = ResDpy_(pho); + XieSessionPtr ses = _XieGetSession(dpy); + xiePutStreamReq *req; + CARD32 remaining, size, left = ((dpy->max_request_size < 65536 ? + dpy->max_request_size : 65536) << 2) + - sz_xiePutStreamReq; + /* + ** Send the image data -- segmented as necessary. + */ + for( remaining = bytes; remaining > 0; remaining -= size ) + { + size = remaining <= left ? remaining : left; + /* + ** Create request to send image data in byte stream format. + */ + XieReq_(dpy,0,SesOpCode_(ses),iePutStream,req); + req->length += size + 3 >> 2; + req->photo_id = ResId_(pho); + req->byte_count = size; + req->final = size == remaining ? final : False; + req->plane_num = plane; + _XSend( dpy, buffer + bytes - remaining, size ); + XieReqDone_(dpy); + } +} /* end XiePutStream */ + +/******************************************************************************* +** XieSetStream +** +** FUNCTIONAL DESCRIPTION: +** +** Set server transport parameters for stream mode Get or Put. +** +** FORMAL PARAMETERS: +** +** pho_id - Photo{flo|map|tap} id to set parameters for +** plane - plane number to set up transport parameters for +** mode - transport mode, XieK_GetStream or XieK_PutStream +** cmpres - compression scheme of image data +** cmpprm - compression parameter for image data +** cmporg - component organization of image data +** pxlstr - pixel stride of image data +** scnstr - scanline stride of image data +** +*******************************************************************************/ +void XieSetStream( pho_id, plane, mode, cmpres, cmpprm, cmporg, pxlstr, scnstr ) + XiePhoto pho_id; + unsigned char plane, mode, cmpres, cmporg; + unsigned long cmpprm, pxlstr, scnstr; +{ + PhotoPtr pho = (PhotoPtr) pho_id; + Display *dpy = ResDpy_(pho); + XieSessionPtr ses = _XieGetSession(dpy); + xieSetTransportReq *req; + CARD32 p; + + /* + ** Create request to set server transport parameters to/from Photomap. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieSetTransport,req); + req->photo_id = ResId_(pho); + req->plane_mask = 1 << min(plane, XieK_MaxPlanes); + req->compression_scheme = cmpres; + req->compression_parameter = cmpprm; + req->mode = mode; + req->component_organization = cmporg; + for( p = 0; p < XieK_MaxPlanes; p++ ) + { + req->scanline_stride[p] = p == plane ? scnstr : 0; + req->pixel_stride[p] = p == plane ? pxlstr : 0; + } + XieReqDone_(dpy); +} /* end XieSetStream */ + +/******************************************************************************* +** XieGetTile +** +** FUNCTIONAL DESCRIPTION: +** +** Transport a tile of uncompressed image data from Photomap to client. +** +** FORMAL PARAMETERS: +** +** phm_id - Photomap id +** img - pointer to XieImage structure +** p_mask - mask specifying planes to retrieve tiles from +** src_x - src X coordinate of tile (within Photomap) +** src_y - src Y coordinate of tile (within Photomap) +** dst_x - dst X coordinate of tile (within XieImage) +** dst_y - dst Y coordinate of tile (within XieImage) +** width - width of tile +** height - height of tile +** +*******************************************************************************/ +void XieGetTile( phm_id, img, p_mask, src_x, src_y, dst_x, dst_y, width, height) + XiePhotomap phm_id; + XieImage img; + unsigned long p_mask, width, height; + long src_x, src_y, dst_x, dst_y; +{ + PhotoPtr phm = (PhotoPtr) phm_id; + Display *dpy = ResDpy_(phm); + XieSessionPtr ses = _XieGetSession(dpy); + xieGetTileReply rep; + xieGetTileReq *req; + unsigned char *data; + CARD32 msk, plane_mask = 0, planes = PlaneCount_(img); + CARD32 i, longs, bytes[XieK_MaxPlanes]; + INT32 sx, sy, dx, dy, sw, dw, sh, dh, w, h; + /* + ** Make sure the coordinates and dimensions are within reasonable limits. + */ + sx = src_x < 0 ? 0 : src_x; + sy = src_y < 0 ? 0 : src_y; + sw = width + src_x > Width_(img) ? Width_(img) - sx : width + src_x - sx; + sh = height+ src_y > Height_(img)? Height_(img) - sy : height+ src_y - sy; + dx = dst_x < 0 ? 0 : dst_x; + dy = dst_y < 0 ? 0 : dst_y; + dw = width + dst_x > Width_(img) ? Width_(img) - dx : width + dst_x - dx; + dh = height+ dst_y > Height_(img)? Height_(img) - dy : height+ dst_y - dy; + w = sw < dw ? sw : dw; + h = sh < dh ? sh : dh; + + if( w > 0 && h > 0 && planes <= XieK_MaxPlanes ) + /* + ** Calculate the number of full bytes to be retrieved for each plane. + */ + for( longs = 0, msk = 1, i = 0; i < planes; msk <<= 1, i++ ) + if( p_mask & msk && Plane_(img,i) != NULL ) + { + bytes[i] = uPxlStr_(img,i) * w * h + 7 >> 3; + longs += bytes[i] + 3 >> 2; + plane_mask |= msk; + } + if( !plane_mask ) + return; + /* + ** Send the transport parameters. + */ + _XieSetTransport( phm, img, XieK_Tile, plane_mask, 0 ); + /* + ** Request the tile of image data for all the specified planes. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieGetTile,req); + req->photomap_id = ResId_(phm); + req->x = sx; + req->y = sy; + req->width = w; + req->height = h; + req->plane_mask = plane_mask; + req->final = True; + + if( !_XReply(dpy, (xReply *) &rep, 0, False) || rep.length != longs ) + { + _XieSrvError( dpy, req->opcode, ResId_(phm), rep.sequenceNumber, + BadLength, "GetTile: reply error"); + return; + } + for( i = 0; plane_mask; i++, plane_mask >>= 1 ) + if( plane_mask & 1 ) + if( dx != 0 || uPxlStr_(img,i) * w != uScnStr_(img,i) + || bytes[i] < uScnStr_(img,i) * Height_(img) + 7 >> 3 + && (bytes[i] & 7 || uPos_(img,i) & 7) ) + { /* + ** Transfer data from wire to scratch buffer to Udp. + */ + data = (unsigned char *) _XAllocScratch( dpy, bytes[i]+4 ); + _XReadPad( dpy, data, bytes[i] ); + _XieBufToUdp( data, Plane_(img,i), dx, dy, w, h ); + } + else /* + ** Read the data directly into the Udp buffer. + */ + _XReadPad(dpy, uBase_(img,i) + +(uPos_(img,i)+uScnStr_(img,i)*dy>>3), bytes[i]); + XieReqDone_(dpy); +} /* end XieGetTile */ + +/******************************************************************************* +** XiePutTile +** +** FUNCTIONAL DESCRIPTION: +** +** Transport a tile of uncompressed image data from client to Photomap. +** +** FORMAL PARAMETERS: +** +** phm_id - Photomap id +** img - pointer to XieImage structure +** p_mask - mask specifying planes to retrieve tiles from +** src_x - src X coordinate of tile (within XieImage) +** src_y - src Y coordinate of tile (within XieImage) +** dst_x - dst X coordinate of tile (within Photomap) +** dst_y - dst Y coordinate of tile (within Photomap) +** width - width of tile +** height - height of tile +** +*******************************************************************************/ +void XiePutTile( phm_id, img, p_mask, src_x, src_y, dst_x, dst_y, width, height) + XiePhotomap phm_id; + XieImage img; + unsigned long p_mask, width, height; + long src_x, src_y, dst_x, dst_y; + +{ + PhotoPtr phm = (PhotoPtr) phm_id; + Display *dpy = ResDpy_(phm); + XieSessionPtr ses = _XieGetSession(dpy); + xiePutTileReq *req; + unsigned char *data; + INT32 sx, sy, dx, dy, sw, dw, sh, dh, w, h; + CARD32 i, pels, lines, bytes[XieK_MaxPlanes], line[XieK_MaxPlanes]; + CARD32 msk, longs = 0, plane_mask = 0, planes = PlaneCount_(img); + CARD32 max_longs = (dpy->max_request_size < 65536 ? + dpy->max_request_size : 65536)-(sz_xiePutTileReq>>2); + /* + ** Make sure the coordinates and dimensions are within reasonable limits. + */ + sx = src_x < 0 ? 0 : src_x; + sy = src_y < 0 ? 0 : src_y; + sw = width + src_x > Width_(img) ? Width_(img) - sx : width + src_x - sx; + sh = height+ src_y > Height_(img)? Height_(img) - sy : height+ src_y - sy; + dx = dst_x < 0 ? 0 : dst_x; + dy = dst_y < 0 ? 0 : dst_y; + dw = width + dst_x > Width_(img) ? Width_(img) - dx : width + dst_x - dx; + dh = height+ dst_y > Height_(img)? Height_(img) - dy : height+ dst_y - dy; + w = sw < dw ? sw : dw; + h = sh < dh ? sh : dh; + + if( w > 0 && h > 0 && planes <= XieK_MaxPlanes ) + /* + ** Calculate the number of: bits per line, bytes per plane (rounded + ** up to a full lonword), and the total number of longwords. + */ + for( msk = 1, i = 0; i < planes; msk <<= 1, i++ ) + if( p_mask & msk && Plane_(img,i) != NULL ) + { + line[i] = w * uPxlStr_(img,i); + bytes[i] = h * line[i] + 7 >> 3; + longs += bytes[i] + 3 >> 2; + plane_mask |= msk; + } + if( !plane_mask ) + return; + + /* + ** Send the transport parameters. + */ + _XieSetTransport( phm, img, XieK_Tile, plane_mask, 0 ); + + if( longs > max_longs ) + { /* + ** Send each image plane separately, segmented as necessary. + */ + for( i = 0; plane_mask; i++, plane_mask >>= 1 ) + if( plane_mask & 1 ) + PutPlane( phm, img, i, max_longs<<5, line[i], + sx, sy, dx, dy, w, h, plane_mask == 1 ); + } + else + { /* + ** Send all requested planes in a single protocol message. + */ + XieReq_(dpy,0,SesOpCode_(ses),iePutTile,req); + req->length += longs; + req->photomap_id = ResId_(phm); + req->x = dx; + req->y = dy; + req->width = w; + req->height = h; + req->plane_mask = plane_mask; + req->final = True; + + for( i = 0; plane_mask != 0; i++, plane_mask >>= 1 ) + if( plane_mask & 1 ) + if( dx != 0 || uPxlStr_(img,i) * w != uScnStr_(img,i) + || bytes[i] < uScnStr_(img,i) * Height_(img)+7>>3 + && (bytes[i] & 7 || uPos_(img,i) & 7) ) + { /* + ** Transfer the data to a scratch buffer -- then send. + */ + data = (unsigned char *) _XAllocScratch( dpy, bytes[i]+4 ); + _XieUdpToBuf( Plane_(img,i), data, sx, sy, w, h ); + _XSend( dpy, data, bytes[i] ); + } + else /* + ** Send the full width plane directly from the Udp. + */ + _XSend(dpy, uBase_(img,i) + +(uPos_(img,i)+uScnStr_(img,i)*dy>>3), bytes[i]); + XieReqDone_(dpy); + } +} /* end XiePutTile */ + +/******************************************************************************* +** _XieSetTransport +** +** FUNCTIONAL DESCRIPTION: +** +** Set server transport parameters for tile mode Get or Put. +** +** FORMAL PARAMETERS: +** +** pho - Photo{flo|map|tap} to set parameters for +** img - pointer to XieImage structure +** mode - transport mode: XieK_GetStream, XieK_PutStream, or XieK_Tile +** p_mask - mask specifying planes to be transported +** cmpprm - compression parameter (for DCT) +** +*******************************************************************************/ +void _XieSetTransport( pho, img, mode, p_mask, cmpprm ) + PhotoPtr pho; + XieImage img; + CARD8 mode; + CARD32 p_mask; + CARD32 cmpprm; +{ + Display *dpy = ResDpy_(pho); + XieSessionPtr ses = _XieGetSession(dpy); + xieSetTransportReq *req; + CARD32 i, msk; + + /* + ** Create request to set server transport parameters for new Photomap. + */ + XieReq_(dpy,0,SesOpCode_(ses),ieSetTransport,req); + req->photo_id = ResId_(pho); + req->plane_mask = min(p_mask, 1<compression_scheme = Cmpres_(img); + req->compression_parameter = cmpprm; + req->mode = mode; + req->component_organization = CmpOrg_(img); + for( msk = 1, i = 0; i < XieK_MaxPlanes; msk <<= 1, i++ ) + { + req->scanline_stride[i] = p_mask & msk ? uScnStr_(img,i) : 0; + req->pixel_stride[i] = p_mask & msk ? uPxlStr_(img,i) : 0; + } + XieReqDone_(dpy); +} /* end _XieSetTransport */ + +/******************************************************************************* +** PutPlane +** +** FUNCTIONAL DESCRIPTION: +** +** Send a tile from a plane of image data to the Photomap. PutPlane +** calls itself recursively until all the data has been sent. +** +** FORMAL PARAMETERS: +** +** phm - Photomap +** img - pointer to XieImage structure +** plane - plane number +** maxlen - maximum nuymber of bits we can send +** scnlen - length of a scanline in bits +** sx - src X coordinate +** sy - src Y coordinate +** dx - dst X coordinate +** dy - dst Y coordinate +** w - width +** h - height +** final - Boolean - true when last tile is to be sent +** +*******************************************************************************/ +static void PutPlane(phm, img, plane, maxlen, scnlen, sx,sy, dx,dy, w,h, final) + PhotoPtr phm; + XieImage img; + CARD32 plane, maxlen, scnlen, sx,sy, dx,dy, w,h; + BOOL final; +{ + CARD32 pels, lines, total = scnlen * h + 7 & ~7; + + if( total <= maxlen ) + PutTile( phm, img, plane, sx, sy, dx, dy, w, h, final ); + + else if( scnlen <= maxlen ) + { + lines = maxlen / scnlen; + PutTile( phm, img, plane, sx, sy, dx, dy, w, lines, False ); + PutPlane(phm, img, plane, maxlen, scnlen, sx, sy + lines, + dx, dy + lines, + w, h - lines, final); + } + else + { + pels = (maxlen << 5) / uPxlStr_(img,plane); + PutTile( phm, img, plane, sx, sy, dx, dy, pels, 1, False ); + PutPlane(phm, img, plane, maxlen, scnlen, sx + pels, sy, + dx + pels, dy, + w - pels, 1, h == 1 ? final + : False); + } +} /* end PutPlane */ + +/******************************************************************************* +** PutTile +** +** FUNCTIONAL DESCRIPTION: +** +** Transport a tile of image data from client image to Photomap. +** +** FORMAL PARAMETERS: +** +** phm - Photomap +** img - pointer to XieImage structure +** plane - number of image plane being sent +** sx, sy, dx, dy - src and dst coordinates +** w, h - width and height +** final - Boolean - true when last tile is to be sent +** +*******************************************************************************/ +static void PutTile( phm, img, plane, sx, sy, dx, dy, w, h, final ) + PhotoPtr phm; + XieImage img; + CARD32 plane, sx, sy, dx, dy, w, h; + BOOL final; +{ + Display *dpy = ResDpy_(phm); + XieSessionPtr ses = _XieGetSession(dpy); + CARD32 bytes = uPxlStr_(img,plane) * w * h + 7 >> 3; + unsigned char *data; + xiePutTileReq *req; + + XieReq_(dpy,0,SesOpCode_(ses),iePutTile,req); + req->length += bytes + 3 >> 2; + req->photomap_id = ResId_(phm); + req->x = dx; + req->y = dy; + req->width = w; + req->height = h; + req->plane_mask = 1 << plane; + req->final = final; + + if( uPos_(img,plane) & 7 || bytes != uScnStr_(img,plane)*Height_(img)+7>>3 ) + { /* + ** Extract and send the tile using a scratch buffer. + */ + data = (unsigned char *) _XAllocScratch( dpy, bytes+4 ); + _XieUdpToBuf( Plane_(img,plane), data, sx, sy, w, h ); + _XSend( dpy, data, bytes ); + } + else /* + ** Send the full image plane directly from the Udp's buffer. + */ + _XSend( dpy, uBase_(img,plane)+(uPos_(img,plane)>>3), bytes ); + XieReqDone_(dpy); +} /* end PutTile */ +/* end module XieLibTransport.c */ diff --git a/xie/docs/dec/xie23-src/lib/xie/XieLibUtils.c b/xie/docs/dec/xie23-src/lib/xie/XieLibUtils.c new file mode 100644 index 0000000..e6badfc --- /dev/null +++ b/xie/docs/dec/xie23-src/lib/xie/XieLibUtils.c @@ -0,0 +1,496 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension (XIE) +** +** ABSTRACT: +** +** This module contains XieLib utility routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** September 21, 1989 +** +** MODIFICATION HISTORY: +** +*******************************************************************************/ + +/* +** Definitions required by X11 include files +*/ +#define NEED_EVENTS +#define NEED_REPLIES + +/* +** Definition to let include files know who's calling. +*/ +#define _XieLibUtils + +/* +** Include files +*/ + /* + ** Standard C include files + */ +#include + /* + ** X11 and XIE include files + */ +#ifdef VMS +#include /* X11 internal lib/transport defs */ +#else +#include /* X11 internal lib/transport defs */ +#endif +#include /* XIE Req/Reply protocol defs */ +#include /* XIE public definitions */ +#include /* XIE private definitions */ + +/* +** Table of contents +*/ + /* + ** PUBLIC utility entry points + */ +unsigned char XieIsBitonal(); +unsigned char XieIsCpp(); +unsigned char XieIsGrayScale(); +unsigned char XieIsIdc(); +unsigned char XieIsPhoto(); +unsigned char XieIsPhotoflo(); +unsigned char XieIsPhotomap(); +unsigned char XieIsPhototap(); +unsigned char XieIsRGB(); +unsigned char XieIsRoi(); +unsigned char XieIsTmp(); +unsigned long XiePhotoCount(); +unsigned long XiePlaneCount(); +unsigned long XieXId(); + /* + ** PUBLIC memory management entry points + */ +void *XieCalloc(); +unsigned char *XieCallocBits(); +void *XieCfree(); +void *XieFree(); +unsigned char *XieFreeBits(); +void *XieMalloc(); +unsigned char *XieMallocBits(); +void *XieRealloc(); +unsigned char *XieReallocBits(); + /* + ** PRIVATE entry points + */ +void _XieBufToUdp(); /* copy image data from buffer to Udp */ +void _XieUdpToBuf(); /* copy image data from Udp to buffer */ +void _XieLibError(); /* client error report routine */ +void _XiePacketTrace(); /* trace packets sent from client side */ +void _XieSrvError(); /* server error report routine */ + + + +/* +** Macro definitions +*/ + +/* +** Equated symbols +*/ + +/* +** Externals +*/ + +/* +** Local storage +*/ + +/* +** XieLib macros as callable routines. +*/ +unsigned char XieIsBitonal( photo_id ) + XiePhoto photo_id; +{ + return( XieIsPhoto(photo_id) && IsBitonal_(photo_id) ); +} + +unsigned char XieIsCpp( res_id ) + XieResource res_id; +{ + return( res_id != NULL && IsCpp_(res_id) ); +} + +unsigned char XieIsGrayScale( photo_id ) + XiePhoto photo_id; +{ + return( XieIsPhoto(photo_id) && IsGrayScale_(photo_id) ); +} + +unsigned char XieIsIdc( res_id ) + XieResource res_id; +{ + return( res_id != NULL && IsIdc_(res_id) ); +} + +unsigned char XieIsPhoto( res_id ) + XieResource res_id; +{ + return( res_id != NULL && IsPhoto_(res_id) ); +} + +unsigned char XieIsPhotoflo( res_id ) + XieResource res_id; +{ + return( res_id != NULL && IsPhotoflo_(res_id) ); +} + +unsigned char XieIsPhotomap( res_id ) + XieResource res_id; +{ + return( res_id != NULL && IsPhotomap_(res_id) ); +} + +unsigned char XieIsPhototap( res_id ) + XieResource res_id; +{ + return( res_id != NULL && IsPhototap_(res_id) ); +} + +unsigned char XieIsRGB( photo_id ) + XiePhoto photo_id; +{ + return( XieIsPhoto(photo_id) && IsRGB_(photo_id) ); +} + +unsigned char XieIsRoi( res_id ) + XieResource res_id; +{ + return( res_id != NULL && IsRoi_(res_id) ); +} + +unsigned char XieIsTmp( res_id ) + XieResource res_id; +{ + return( res_id != NULL && IsTmp_(res_id) ); +} + +unsigned long XiePhotoCount( photo_id ) + XiePhoto photo_id; +{ + return( XieIsPhoto(photo_id) ? PhotoCount_(photo_id) : 0 ); +} + +unsigned long XiePlaneCount( img ) + XieImage img; +{ + return( img != NULL ? PlaneCount_(img) : 0 ); +} + +unsigned long XieXId( res_id ) + XieResource res_id; +{ + return( res_id != NULL ? XId_(res_id) : 0 ); +} + +/* +** Memory management entry points. +*/ +void *XieCalloc(number,size) + unsigned number; + unsigned size; +{ + return (void *)Xcalloc((number),(size)); +} + +unsigned char *XieCallocBits(bits) + unsigned bits; +{ + return (unsigned char *)Xcalloc(1,(bits)+39>>3); +} + +void *XieCfree(ptr) + char *ptr; +{ + if( ptr != NULL ) + Xfree(ptr); + return( NULL ); +} + +void *XieFree(ptr) + char *ptr; +{ + if( ptr != NULL ) + Xfree(ptr); + return( NULL ); +} + +unsigned char *XieFreeBits(ptr) + unsigned char *ptr; +{ + if( ptr != NULL ) + Xfree(ptr); + return( NULL ); +} + +void *XieMalloc(size) + unsigned size; +{ + return (void *)Xmalloc(size); +} + +unsigned char *XieMallocBits(bits) + unsigned bits; +{ + return (unsigned char *)Xmalloc((bits)+39>>3); +} + +void *XieRealloc(ptr,size) + char *ptr; + unsigned size; +{ + return (void *)Xrealloc(ptr,size); +} + +unsigned char *XieReallocBits(ptr,bits) + unsigned char *ptr; + unsigned bits; +{ + return (unsigned char *)Xrealloc(ptr,(bits)+39>>3); +} + +/******************************************************************************* +** _XieBufToUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Copy image data from buffer to udp. The image data in the buffer is +** assumed to have the same format as described by the udp. +** +** FORMAL PARAMETERS: +** +** buf - src buffer pointer +** dst - dst udp pointer +** x - X coordinate within udp to begin data storage +** y - Y coordinate within udp to begin data storage +** width - width of data to copy (in pixels) +** height - height of data to copy (in pixels) +** +*******************************************************************************/ +void _XieBufToUdp( buf, dst, x, y, width, height ) + unsigned char *buf; + UdpPtr dst; + long x, y; + unsigned long width, height; +{ + UdpRec src; + + src = *dst; + src.UdpL_ScnStride = width * src.UdpL_PxlStride; + src.UdpL_X1 = 0; + src.UdpL_X2 = width - 1; + src.UdpL_Y1 = 0; + src.UdpL_Y2 = height - 1; + src.UdpL_PxlPerScn = width; + src.UdpL_ScnCnt = height; + src.UdpL_Pos = 0; + src.UdpA_Base = buf; + src.UdpL_ArSize = height * src.UdpL_ScnStride; + + SmiCopy( &src, dst, 0, 0, x, y, width, height ); +} /* end _XieBufToUdp */ + +/******************************************************************************* +** _XieUdpToBuf +** +** FUNCTIONAL DESCRIPTION: +** +** Copy image data from udp udp to buffer. The image data in the buffer +** will have the same format as described by the udp. +** +** FORMAL PARAMETERS: +** +** src - src udp pointer +** buf - dst buffer pointer +** x - X coordinate within udp to begin data retrieval +** y - Y coordinate within udp to begin data retrieval +** width - width of data to copy (in pixels) +** height - height of data to copy (in pixels) +** +*******************************************************************************/ +void _XieUdpToBuf( src, buf, x, y, width, height ) + UdpPtr src; + unsigned char *buf; + long x, y; + unsigned long width, height; +{ + UdpRec dst; + + dst = *src; + dst.UdpL_ScnStride = width * dst.UdpL_PxlStride; + dst.UdpL_X1 = 0; + dst.UdpL_X2 = width - 1; + dst.UdpL_Y1 = 0; + dst.UdpL_Y2 = height - 1; + dst.UdpL_PxlPerScn = width; + dst.UdpL_ScnCnt = height; + dst.UdpL_Pos = 0; + dst.UdpA_Base = buf; + dst.UdpL_ArSize = height * dst.UdpL_ScnStride; + + SmiCopy( src, &dst, x, y, 0, 0, width, height ); +} /* end _XieUdpToBuf */ + +/******************************************************************************* +** _XieLibError +** +** FUNCTIONAL DESCRIPTION: +** +** XieLib client error routine (exit on application programmer goofs). +** +** FORMAL PARAMETERS: +** +** error - error code: selected from +** text - pointer to informational text. +** +*******************************************************************************/ +void _XieLibError( error, text ) + unsigned long error; + char *text; +{ + errno = error; + perror( text ); + exit(1); +} /* end _XieLibError */ + +/******************************************************************************* +** _XiePacketTrace +** +** FUNCTIONAL DESCRIPTION: +** +** XieLib protocol packet trace +** +** FORMAL PARAMETERS: +** +** opcode - Xie protocol opcode +** +** +*******************************************************************************/ +void _XiePacketTrace( opcode ) + int opcode; +{ + externalref char *_XieFunctionName[]; /* The function names */ + + if (opcode > 0 && opcode < X_ieLastRequest) + printf("Packet Trace : %s\n", _XieFunctionName[opcode] ); + else + printf("Packet Trace : Bad Request %d\n", opcode); +} + +/******************************************************************************* +** _XieSrvError +** +** FUNCTIONAL DESCRIPTION: +** +** XieLib server error reporting routine. +** +** FORMAL PARAMETERS: +** +** dpy - X11 display +** opcode - minor op-code +** id - resource id +** seqnum - reply sequence number +** error - error code +** text - pointer to informational text. +** +*******************************************************************************/ +void _XieSrvError( dpy, opcode, id, seqnum, error, text ) + Display *dpy; + unsigned long opcode, id, seqnum, error; + char *text; +{ + xError err; + + err.type = X_Error; + err.errorCode = error; + err.sequenceNumber = seqnum; + err.resourceID = id; + err.minorCode = opcode; + err.majorCode = SesOpCode_(_XieGetSession(dpy)); + + if( text != NULL && *text != '\0' ) + fprintf(stderr,"\n%s> %s.\n", XieS_Name, text ); + + UnlockDisplay(dpy); + +#ifdef VMS + SyncHandle(); + exit(1); /* _XError() isn't in the transfer vector ! */ +#else + /* + ** Now tell the rest of the story. + */ + _XError( dpy, &err ); + SyncHandle(); +#endif +} /* end _XieSrvError */ + +/* end module XieLibUtils.c */ diff --git a/xie/docs/dec/xie23-src/lib/xie/XieLibint.h b/xie/docs/dec/xie23-src/lib/xie/XieLibint.h new file mode 100644 index 0000000..3e8ae3d --- /dev/null +++ b/xie/docs/dec/xie23-src/lib/xie/XieLibint.h @@ -0,0 +1,225 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** XIE - X11 Image Extension +** +** +** ABSTRACT: +** +** This module contains private definitions required by XieLib. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** February 9, 1990 +** +*******************************************************************************/ + + /* + ** Symbol XIELIBINT allows XieLibint.h to be included multiple times. + */ +#ifndef XIELIBINT +#define XIELIBINT /* the "endif" MUST be the last line of this file */ + + /* + ** XieLib session structure. + */ +typedef struct _XieSessionRec { + struct _XieResRec *flink; /* Xie resource list */ + XExtCodes *codes; /* X11 extension codes pointer */ + CARD8 FunVec[sizeof(XieFunctionsRec)]; /* functions supported by server*/ +} XieSessionRec, *XieSessionPtr; + /* + ** Access macros for XieLib session info. + */ +#define SesResLst_(ses) ((ses)->flink) +#define SesCodes_(ses) ((ses)->codes) +#define SesExtNum_(ses) ((ses)->codes->extension) +#define SesOpCode_(ses) ((ses)->codes->major_opcode) +#define SesError_(ses) ((ses)->codes->first_error) +#define SesEvent_(ses) ((ses)->codes->first_event) +#define SesFunVec_(ses) ((ses)->FunVec) + /* + ** XieImageRec extension for Stream transport state info + */ +typedef struct _XieStreamRec { + XID id; /* X11 resource-id */ + Display *dpy; /* X11 display pointer */ + unsigned long bytes[XieK_MaxPlanes]; /* bytes transported */ +} XieStreamRec, *XieStreamPtr; +#define Xport_(img) ((img)->Xport) +#define xpId_(xp) (xp->id) +#define xpDpy_(xp) (xp->dpy) +#define xpBytes_(xp,ind) (xp->bytes[(ind)]) +#define xpBits_(xp,ind) (xp->bytes[(ind)]<<3) + /* + ** XieLib resource structure. + */ +typedef struct _XieResRec { + struct _XieResRec *flink; /* X11 display Xie resource list flink */ + Display *dpy; /* X11 display pointer */ + XID id; /* X11 resource-id */ + unsigned char type; /* offset must match RES_TYPE */ + unsigned char mapping; /* offset must match RES_MAPPING */ + unsigned short _reserved; + struct _XieResRec *floLnk; /* linkage to Photoflo */ + struct _XieResRec *photoLnk; /* linkage to Photo{map|tap} {list} */ +} XieResRec, *XieResPtr, /* generic resource */ + *PhotoPtr, /* Photoflo, Photomap, or Phototap */ + *IdcPtr; /* Cpp, Roi, or Tmp */ + /* + ** Access macros for XieLib resources. + */ +#define ResLnk_(res) ((res)->flink) +#define ResDpy_(res) ((res)->dpy) +#define ResId_(res) ((res)->id) +#define ResType_(res) ((res)->type) +#define ResMap_(res) ((res)->mapping) +#define FloLnk_(res) ((res)->floLnk) +#define PhotoLnk_(res) ((res)->photoLnk) + +/* +** Macros +*/ + /* + ** XieLib interface to Xlibint.h macros. + ** + ** WARNING: some Xlibint.h macros assume variable "Display *dpy" exists. + */ + /* + ** The argument "shortened_proto_name" that is passed to Xlibint + ** macros, GetReq() and GetReqExtra(), is a partial name for the + ** Xie protocol function to be built. Using the Crop function as + ** an example, these macros would expect the name "ieCrop" from + ** which they create the following names: + ** + ** XieCropReq - typedef name for protocol structure + ** X_ieCrop - symbol name for protocol minor op-code + ** sz_xieCropReq - symbol name for protocol structure size + ** + ** Unfortunately there are no special macros for extensions, so we + ** have to move our minor_opcode to the correct field and write our + ** own major_opcode after the macros have performed their magic. + */ +#define XieReq_(dpy,gc,major_opcode,shortened_proto_name,proto_ptr) \ + LockDisplay(dpy); \ + if(gc) FlushGC(dpy,(GC)gc); \ + GetReq(shortened_proto_name,proto_ptr); \ + if(xiePacketTrace) _XiePacketTrace(proto_ptr->reqType); \ + proto_ptr->opcode = proto_ptr->reqType; \ + proto_ptr->reqType = major_opcode + +#define XieReqExtra_(dpy,gc,major_opcode,shortened_proto_name,proto_ptr,extra) \ + LockDisplay(dpy); \ + if(gc) FlushGC(dpy,(GC)gc); \ + GetReqExtra(shortened_proto_name,extra,proto_ptr); \ + proto_ptr->opcode = proto_ptr->reqType; \ + proto_ptr->reqType = major_opcode + +#define XieReqDone_(dpy) \ + {UnlockDisplay(dpy); SyncHandle();} + +#ifndef externalref +#if (defined(VMS) && defined(VAXC)) +#define externalref globalref +#else +#define externalref extern +#endif +#endif + +#ifndef externaldef +#if (defined (VMS) && defined(VAXC)) +#define externaldef(psect) globaldef {"psect"} noshare +#else +#define externaldef(psect) +#endif +#endif + +/* +** XieLib private entry points. +*/ +#ifndef _XieLibEvents +extern Bool _XieConvertEventProc(); +#endif +#ifndef _XieLibResource +extern void _XieAddResource(); +extern Status _XieQueryResource(); +extern XieResPtr _XieGetDst(); +#endif +#ifndef _XieLibSession +externalref BOOL xiePacketTrace; +extern XieSessionPtr _XieGetSession(); +#endif +#ifndef _XieLibTransport +extern void _XieSetTransport(); +#endif +#ifndef _XieLibUtils +extern void _XieBufToUdp(); +extern void _XieUdpToBuf(); +extern void _XieLibError(); +extern void _XiePacketTrace(); +extern void _XieSrvError(); +#endif + +/* +** This "endif" MUST be the last line of this file. +*/ +#endif /* end of XIELIBINT -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ diff --git a/xie/docs/dec/xie23-src/server/xie/Imakefile b/xie/docs/dec/xie23-src/server/xie/Imakefile new file mode 100644 index 0000000..7ca2dd3 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/Imakefile @@ -0,0 +1,94 @@ +/**/# +/**/# @DEC_FREE_COPYRIGHT@ +/**/# +/**/# +/**/# HISTORY +/**/# $Log: Imakefile,v $ +/**/# Revision 1.1.2.5 92/10/23 16:09:52 Jim_Ludwig +/**/# library name change +/**/# [92/10/23 13:31:47 Jim_Ludwig] +/**/# +/**/# Revision 1.1.2.4 92/09/25 18:21:20 Jim_Ludwig +/**/# loadable server changes +/**/# [92/09/25 18:20:22 Jim_Ludwig] +/**/# +/**/# Revision 1.1.2.3 92/09/14 10:39:21 Dave_Hill +/**/# cleanup & adding of server.tmpl +/**/# [92/09/14 10:38:53 Dave_Hill] +/**/# +/**/# Revision 1.1.2.2 92/07/19 10:38:21 Dave_Hill +/**/# corrected internal comments that crashed make after changing +/**/# comment leader +/**/# [92/07/19 10:37:19 Dave_Hill] +/**/# +/**/# Revision 1.1.2.1 92/07/17 16:49:28 devrcs +/**/# Initial load into Alpha pool +/**/# +/**/# Revision 1.1 90/01/01 00:00:00 devrcs +/**/# *** Initial Trunk Revision *** +/**/# +/**/# Revision 1.2 91/12/30 12:48:20 devbld +/**/# Initial load of project +/**/# +/**/# $EndLog$ +/**/# +# BuildSystemHeader added automatically +/**/# $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/server/xie/Imakefile,v 1.1.2.5 92/10/23 16:09:52 Jim_Ludwig Exp $ +#include + +#define IHaveSubdirs + +/**/# define PassCDebugFlags 'CDEBUGFLAGS=$(CDEBUGFLAGS)' + +SRCS = XieDisplay.c \ + XieDisplay.h \ + XieEvents.c \ + XieMain.c \ + XiePipeInterface.h \ + XieProcess.c \ + XieResource.c \ + XieServer.h \ + XieSession.c \ + XieSwapRep.c \ + XieSwapReq.c \ + XieTables.c \ + XieTransport.c \ + XieTransport.h \ + XieUtils.c + +OBJS = XieDisplay.o \ + XieEvents.o \ + XieMain.o \ + XieProcess.o \ + XieResource.o \ + XieSession.o \ + XieSwapRep.o \ + XieSwapReq.o \ + XieTables.o \ + XieTransport.o \ + XieUtils.o + + INCLUDES = -I. -I../../include -I../../../server/include -I$(INCLUDESRC) -I./smi -I$(FONTSRC)/include + LINTLIBS = ../../../server/dix/llib-ldix.ln ../../../server/os/4.2bsd/llib-los.ln + SUBDIRS = smi + +NormalLibraryTarget(_dec_xie,$(OBJS)) +NormalLibraryObjectRule() +LintLibraryTarget(_dec_xie,$(SRCS)) +NormalLintTarget($(SRCS)) + +#ifdef IHaveSubdirs +MakeSubdirs($(SUBDIRS)) +DependSubdirs($(SUBDIRS)) +#endif + +#if SharedServerLibs +SharedLibraryTarget(_dec_xie,.,$(OBJS) smi/?*.o) +InstallSharedLibrary(_dec_xie,.,$(INSTALLSERVERLIBSDIR)) +#endif + +saber_src: + #load $(CFLAGS) $(SRCS) + +DependTarget() + diff --git a/xie/docs/dec/xie23-src/server/xie/XieDisplay.c b/xie/docs/dec/xie23-src/server/xie/XieDisplay.c new file mode 100644 index 0000000..ef9b243 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieDisplay.c @@ -0,0 +1,2505 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** This Xie module consists of DIX procedures for Display +** service requests. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** November 1, 1989 +** +************************************************************************/ + +/* +** Definition to let include files know who's calling. +*/ +#define _XieDisplay + +/* +** Include files +*/ +#include + /* + ** Core X Includes + */ +#include +#include +#include +#include +#include +#include +#include +#include +#include + + /* + ** XIE Includes + */ +#include +#include +#include +#include +#include +#include +#include + +/* +** Table of contents +*/ + /* + ** Xie protocol proceedures called from XieMain + */ +int ProcDisplaySequence(); +int ProcExport(); +int ProcFreeExport(); +int ProcImport(); + /* + ** routines referenced by other modules + */ +void FreeExport(); + /* + ** routines used internally by XieDisplay. + */ +static int CreateExportContext(); +static int CvtRGBBitZPixmap(); +static int CvtRGBBytZPixmap(); +#if defined(DWV3) +static void ExportSpans(); +#endif +static int CvtZPixmap(); +static int Export(); +static void ExportDone(); +static int Format(); +static void FormatDirectColor(); +static void FormatPseudoColor(); +static void Histogram(); +static CARD32 HistogramAnalysis(); +static int Import(); +static int ImportSingleMapData(); +static int ImportTripleMapData(); +static int InitForSpans(); +static CARD32 MatchDirectAllocColor(); +static CARD32 MatchPseudoAllocColor(); +static void MatchPseudoClosest(); +static void MatchPseudoDistant(); +static CARD32 MatchPseudoInit(); +static void ReadSingleMap(); +static void ReadTripleMap(); +static void SetLutEntry(); +static void SetupUdp(); + /* + ** routines used to support pipelines. + */ +static int _ExportCreate(); +static int _ExportInitialize(); +static int _ExportActivate(); +static int _ExportFlush(); +static int _ExportDestroy(); +static int _ExportAbort(); +static int _ExportFreeData(); + +/* +** Equated Symbols +*/ +/* +** MACRO definitions +*/ +/* +** External References +*/ +#if defined(X11R3) && !defined(DWV3) +extern int UtilFreeResource(); /* ref'd by AddResource_ macro */ +#endif +extern int AllocColor(); /* X11 colormap.c */ +extern int FreeColors(); /* X11 colormap.c */ + +extern int xieDoSendEvent(); /* XieEvents.c */ +extern UdpPtr UtilAllocUdp(); /* XieUtils.c */ +extern int UtilBePCM(); /* XieUtils.c */ +extern PhotomapPtr UtilCreatePhotomap(); /* XieUtils.c */ +extern UdpPtr UtilFreeUdp(); /* XieUtils.c */ + +extern CARD32 xieClients; /* num of clients served */ +extern CARD32 xieEventBase; /* Base for Xie events */ +extern CARD32 xieReqCode; /* XIE main opcode */ +#if defined(X11R3) && !defined(DWV3) +extern CARD16 RC_xie; /* XIE Class */ +extern CARD16 RT_photo; /* Photo{flo|map|tap} resource */ +extern CARD16 RT_idc; /* Cpp, Roi & Tmp resource types*/ +#else /* X11R4 || DWV3 */ +extern RESTYPE RC_xie; /* XIE Class */ +extern RESTYPE RT_photo; /* Photo{flo|map|tap} resource */ +extern RESTYPE RT_idc; /* Cpp, Roi & Tmp resource types*/ +#endif + +externalref int (*xieDixSwap[X_ieLastRequest])(); /* Reply swap dispatch + * table */ +externalref int (*xieDixSwapReply[])(); +externalref void (*xieDixSwapData[])(); + +extern void Swap32Write(); +/* +** Local Storage +*/ + + /* + ** Export Element Vector + */ +static PipeElementVector ExportPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeExportElement, /* Structure subtype */ + sizeof(ExportPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* reserved flags */ + _ExportInitialize, /* Initialize entry */ + _ExportActivate, /* Activate entry */ + _ExportFlush, /* Flush entry */ + _ExportDestroy, /* Destroy entry */ + _ExportAbort /* Abort entry point */ + }; + +#ifdef BIGENDIAN /* BIGENDIANEVILHACK */ +static unsigned char _reverse_byte[0x100] = { + 0x00, 0x80, 0x40, 0xc0, 0x20, 0xa0, 0x60, 0xe0, + 0x10, 0x90, 0x50, 0xd0, 0x30, 0xb0, 0x70, 0xf0, + 0x08, 0x88, 0x48, 0xc8, 0x28, 0xa8, 0x68, 0xe8, + 0x18, 0x98, 0x58, 0xd8, 0x38, 0xb8, 0x78, 0xf8, + 0x04, 0x84, 0x44, 0xc4, 0x24, 0xa4, 0x64, 0xe4, + 0x14, 0x94, 0x54, 0xd4, 0x34, 0xb4, 0x74, 0xf4, + 0x0c, 0x8c, 0x4c, 0xcc, 0x2c, 0xac, 0x6c, 0xec, + 0x1c, 0x9c, 0x5c, 0xdc, 0x3c, 0xbc, 0x7c, 0xfc, + 0x02, 0x82, 0x42, 0xc2, 0x22, 0xa2, 0x62, 0xe2, + 0x12, 0x92, 0x52, 0xd2, 0x32, 0xb2, 0x72, 0xf2, + 0x0a, 0x8a, 0x4a, 0xca, 0x2a, 0xaa, 0x6a, 0xea, + 0x1a, 0x9a, 0x5a, 0xda, 0x3a, 0xba, 0x7a, 0xfa, + 0x06, 0x86, 0x46, 0xc6, 0x26, 0xa6, 0x66, 0xe6, + 0x16, 0x96, 0x56, 0xd6, 0x36, 0xb6, 0x76, 0xf6, + 0x0e, 0x8e, 0x4e, 0xce, 0x2e, 0xae, 0x6e, 0xee, + 0x1e, 0x9e, 0x5e, 0xde, 0x3e, 0xbe, 0x7e, 0xfe, + 0x01, 0x81, 0x41, 0xc1, 0x21, 0xa1, 0x61, 0xe1, + 0x11, 0x91, 0x51, 0xd1, 0x31, 0xb1, 0x71, 0xf1, + 0x09, 0x89, 0x49, 0xc9, 0x29, 0xa9, 0x69, 0xe9, + 0x19, 0x99, 0x59, 0xd9, 0x39, 0xb9, 0x79, 0xf9, + 0x05, 0x85, 0x45, 0xc5, 0x25, 0xa5, 0x65, 0xe5, + 0x15, 0x95, 0x55, 0xd5, 0x35, 0xb5, 0x75, 0xf5, + 0x0d, 0x8d, 0x4d, 0xcd, 0x2d, 0xad, 0x6d, 0xed, + 0x1d, 0x9d, 0x5d, 0xdd, 0x3d, 0xbd, 0x7d, 0xfd, + 0x03, 0x83, 0x43, 0xc3, 0x23, 0xa3, 0x63, 0xe3, + 0x13, 0x93, 0x53, 0xd3, 0x33, 0xb3, 0x73, 0xf3, + 0x0b, 0x8b, 0x4b, 0xcb, 0x2b, 0xab, 0x6b, 0xeb, + 0x1b, 0x9b, 0x5b, 0xdb, 0x3b, 0xbb, 0x7b, 0xfb, + 0x07, 0x87, 0x47, 0xc7, 0x27, 0xa7, 0x67, 0xe7, + 0x17, 0x97, 0x57, 0xd7, 0x37, 0xb7, 0x77, 0xf7, + 0x0f, 0x8f, 0x4f, 0xcf, 0x2f, 0xaf, 0x6f, 0xef, + 0x1f, 0x9f, 0x5f, 0xdf, 0x3f, 0xbf, 0x7f, 0xff +}; +#endif + +/*----------------------------------------------------------------------- +---------------------- Display Sequence Procedure ---------------------- +------------------------------------------------------------------------*/ +int ProcDisplaySequence( client ) + ClientPtr client; +{ + REQUEST( xieReq ); + + BadRequest_(0); +} /* end ProcDisplaySequence */ + +/*----------------------------------------------------------------------- +---------------------- Export to drawable Procedure --------------------- +------------------------------------------------------------------------*/ +int ProcExport( client ) + ClientPtr client; +{ + PhotofloPtr flo; + PhotomapPtr img; + ExpCtxPtr exp; + INT32 x, y, w, h, dx, dy, status; + REQUEST( xieExportReq ); + REQUEST_SIZE_MATCH( xieExportReq ); + /* + ** Lookup Photo{flo|map|tap} -- check export region. + */ + LookupPhotos_(&flo, &img, stuff->photo_id, -1); + MatchOkIf_(Constrained_(img), stuff->photo_id); + x = max(stuff->src_x, 0); + y = max(stuff->src_y, 0); + w = min(stuff->src_x, 0) + stuff->width; + h = min(stuff->src_y, 0) + stuff->height; + w = Width_(img) < x + w ? Width_(img) - x : w; + h = Height_(img) < y + h ? Height_(img) - y : h; + dx = stuff->dst_x + x - stuff->src_x; + dy = stuff->dst_y + y - stuff->src_y; + ValueOkIf_( w > 0 && h > 0, stuff->photo_id ); + + status = CreateExportContext( client, img, x, y, w, h ); + if( status != Success ) + FreeExport( img ); + + else if( flo != NULL ) + { /* + ** Export later in a Photoflo. + */ + status = _ExportCreate( Pipe_(flo), img, dx, dy ); + OkIf_(status == Success, (FreeExport(img), stuff->photo_id), status); + } + else + { /* + ** Export now. + */ + BePCM_( img, (FreeExport(img), stuff->photo_id) ); + exp = Eport_(img); + status = Format( exp, Sink_(img) ); + OkIf_(status == Success, (FreeExport(img), stuff->photo_id), status); + status = Export( exp, Sink_(img), ePixUdp_(exp), dx, dy ); + OkIf_(status == Success, (FreeExport(img), stuff->photo_id), status); + ExportDone( exp ); + status = xieDoSendEvent( client, img, XieK_DisplayEvent ); +#ifdef PEZD + LIB$SHOW_TIMER(); + printf("PEZD : End Export\n"); +#endif + } + return( status ); +} /* end ProcExport */ + +/*----------------------------------------------------------------------- +------------------------ Free Export context Procedure ------------------ +------------------------------------------------------------------------*/ +int ProcFreeExport( client ) + ClientPtr client; +{ + PhotofloPtr flo; + PhotomapPtr img; + REQUEST( xieFreeExportReq ); + REQUEST_SIZE_MATCH( xieFreeExportReq ); + /* + ** Check out the Photo{flo|map|tap}. + */ + LookupPhotos_(&flo, &img, stuff->photo_id, 0); + AccessOkIf_( !flo || !Make_(flo) || !Run_(flo), ResId_(flo)); + + FreeExport( img ); + + return( Success ); +} /* end ProcFreeExport */ + +/*----------------------------------------------------------------------- +---------------------- Import from drawable Procedure ------------------- +------------------------------------------------------------------------*/ +int ProcImport( client ) + ClientPtr client; +{ + PhotomapPtr img = NULL; + REQUEST( xieImportReq ); + REQUEST_SIZE_MATCH( xieImportReq ); + + CheckNewResource_( stuff->photomap_id, RT_photo ); + /* + ** Import the Drawable's image data. + */ + if( Import( client, &img ) == Success ) + { /* + ** Add new Photomap. + */ + AddResource_( stuff->photomap_id, RT_photo, img ); + xieDoSendEvent( client, img, XieK_ComputationEvent ); + } + if( img ) + FreeExport( img ); + + return( Success ); +} /* end ProcImport */ + +/*----------------------------------------------------------------------- +----------------------- Query Export context Procedure ------------------ +------------------------------------------------------------------------*/ +int ProcQueryExport( client ) + ClientPtr client; +{ + PhotofloPtr flo; + PhotomapPtr img; + ExpCtxPtr exp; + xieQueryExportReply rep; + REQUEST( xieQueryExportReq ); + REQUEST_SIZE_MATCH( xieQueryExportReq ); + /* + ** Check out the Photo{flo|map|tap}. + */ + LookupPhotos_(&flo, &img, stuff->photo_id, 0); + AccessOkIf_( !flo || Done_(flo), ResId_(flo)); + exp = Eport_(img); + + /* + ** Create reply for client. + */ + memset( &rep, 0, sizeof(xieQueryExportReply)); + rep.type = X_Reply; + rep.sequenceNumber = client->sequence; + if( exp != NULL ) + { + if( stuff->get_pixels ) + rep.length = ePxlCnt_(exp); + rep.pixel_count = ePxlCnt_(exp); + + if( stuff->lut_id != 0 && eLutMap_(exp) != NULL ) + { + if( ResId_(eLutMap_(exp)) == 0 ) + { + RefCnt_(eLutMap_(exp))++; + AddResource_( stuff->lut_id, RT_photo, eLutMap_(exp) ); + } + rep.lut_id = ResId_(eLutMap_(exp)); + rep.lut_mapping = CmpMap_(eLutMap_(exp)); + } + } + WriteXieReplyToClient(client, sizeof(xieQueryExportReply), &rep); + + if( rep.length > 0 ) + { + SetSwappedDataRtn(client, CARD32); + WriteSwappedXieDataToClient(client, + ePxlCnt_(exp) * sizeof(CARD32), ePxlLst_(exp)); + ePxlCnt_(exp) = 0; + ePxlLst_(exp) = (CARD32 *) DdxFree_( ePxlLst_(exp) ); + } + return( Success ); +} /* end ProcQueryExport */ + +/*----------------------------------------------------------------------- +------------------------ routine: Free Export context ------------------ +------------------------------------------------------------------------*/ +void FreeExport( img ) + PhotomapPtr img; +{ + ExpCtxPtr exp = Eport_(img); + Pixel pixel; + CARD32 i; + + if( IsPointer_(exp) ) + { + if( IsPointer_(eLutMap_(exp)) ) + /* + ** Free the LUT. + */ + UtilFreeResource( eLutMap_(exp) ); + + if( IsPointer_(ePxlLst_(exp)) ) + { /* + ** Free the pixels -- if the Colormap still exists. + */ + LookupColormap_( eCmap_(exp), eCmapId_(exp) ); + + if( eCmap_(exp) && ePxlCnt_(exp) ) + if( sizeof(Pixel) == sizeof(CARD32) ) + FreeColors(eCmap_(exp), eClientIdx_(exp), + ePxlCnt_(exp), (Pixel*)ePxlLst_(exp), (Pixel)0); + else + for( i = 0; i < ePxlCnt_(exp); i++ ) + { + pixel = ePxlLst_(exp)[i]; + FreeColors( eCmap_(exp), eClientIdx_(exp), + 1, &pixel, (Pixel)0 ); + } + DdxFree_( ePxlLst_(exp) ); + } + + /* + ** Free everything else. + */ + ExportDone( exp ); + + Eport_(img) = (ExpCtxPtr) DdxFree_( exp ); + } +} /* end FreeExport */ + +/*----------------------------------------------------------------------- +----------- routine: Create Context for Export to drawable ------------- +------------------------------------------------------------------------*/ +static int CreateExportContext( client, img, X, Y, W, H ) + ClientPtr client; + PhotomapPtr img; + INT32 X,Y; + CARD32 W,H; +{ + PhotofloPtr flo; + PhotomapPtr lut = NULL; + ExpCtxPtr exp = Eport_(img); + double src_lvls, dst_lvls; + CARD32 c, scnstr, padmsk, pxlstr, max_lvls, lvl[XieK_MaxComponents]; + CARD32 w, h, format, mapping, lut_width, level, val, off, mask; + CARD8 *base; + + REQUEST( xieExportReq ); + + LookupDrawableAndGC_(client, stuff->drawable_id, stuff->gc_id); + if( exp != NULL ) + { /* + ** See if we can re-use the existing ExportContext. + */ + AccessOkIf_( !eBusy_(exp), ResId_(img) ); + if( eCmapId_(exp) ) + LookupColormap_( eCmap_(exp), eCmapId_(exp) ); + if( !IsBitonal_(img) && /* continuous-tone AND different... */ + ( client->lastDrawable->depth != eDepth_(exp) /* depth */ + || stuff->photo_lut_id != 0 /* OR: LUT */ + && stuff->photo_lut_id != (eLutMap_(exp) ? ResId_(eLutMap_(exp)) : 0) + || stuff->colormap_id != 0 /* OR: Colormap */ + && stuff->colormap_id != (eCmap_(exp) ? eCmap_(exp)->mid : 0))) + FreeExport( img ); + } + if( Eport_(img) == NULL ) + { + Eport_(img) = (ExpCtxPtr) DdxCalloc_(1, sizeof(ExpCtxRec)); + AllocOkIf_(Eport_(img), ResId_(img)); + exp = Eport_(img); + eClient_(exp) = client; + eDepth_(exp) = IsBitonal_(img) ? 1 : eClientDrw_(exp)->depth; + eRGBPol_(exp) = PxlPol_(img) == XieK_ZeroDark ? 0 : ~0; + for( max_lvls = 0, src_lvls = 1.0, c = 0; c < CmpCnt_(img); c++ ) + { /* + ** Initialize format conversion parameters. + */ + eMul_(exp,c) = c == 0 ? 1 : eMul_(exp,c-1) * eLvl_(exp,c-1); + eLen_(exp,c) = BitsFromLevels_(uLvl_(img,c)); + eLvl_(exp,c) = uLvl_(img,c); + src_lvls *= eLvl_(exp,c); + max_lvls = max(max_lvls, eLvl_(exp,c)); + } + if( stuff->photo_lut_id == 0 ) + MatchOkIf_( src_lvls <= 1<photo_lut_id ) + { + LookupPhotos_( &flo, &lut, stuff->photo_lut_id, -1 ); + BePCM_( lut, stuff->photo_lut_id ); + eLutMap_(exp) = lut; + RefCnt_(lut)++; + AccessOkIf_( FloLnk_(img) == flo, ResId_(lut) ); + if( IsRGB_(lut) ) + { /* + ** Ok if client LUT is compatible with image and drawable. + */ + for( dst_lvls = 1.0, c = 0; c < XieK_MaxComponents; c++ ) + { + MatchOkIf_( uLvl_(img,c) <= uWidth_(lut,c), ResId_(lut) ); + dst_lvls *= uLvl_(lut,c); + eLen_(exp,c) = BitsFromLevels_(uLvl_(lut,c)); + } + MatchOkIf_( dst_lvls <= 1<= src_lvls + && uLvl_(lut,0) <= 1<colormap_id ) + { /* + ** Ok if Colormap and LUT are compatible. + */ + LookupColormap_( eCmap_(exp), stuff->colormap_id ); + ColorOkIf_(eCmap_(exp), stuff->colormap_id); + eCmapId_(exp) = stuff->colormap_id; + switch( eClass_(exp) ) + { + case StaticColor : + case DirectColor : + case TrueColor : + lvl[0] = eRedMsk_(exp) >> eRedOff_(exp); + lvl[1] = eGrnMsk_(exp) >> eGrnOff_(exp); + lvl[2] = eBluMsk_(exp) >> eBluOff_(exp); + if( lvl[0]++ & lvl[1]++ & lvl[2]++ ) + { + MatchOkIf_(IsRGB_(lut) || IsGrayScale_(img) + && eStaticCmap_(exp) + && lvl[0]==lvl[1] + && lvl[1]==lvl[2], ResId_(lut)); + eMasks_(exp) = TRUE; + break; + } /* else StaticColor with no masks -- fall thru */ + default : + MatchOkIf_( !IsRGB_(lut), ResId_(lut) ); + lvl[0] = 1<colormap_id ) + { + LookupColormap_( eCmap_(exp), stuff->colormap_id ); + ColorOkIf_(eCmap_(exp), stuff->colormap_id); + MatchOkIf_(eClass_(exp) > GrayScale || !IsRGB_(img), ResId_(img)); + eCmapId_(exp) = stuff->colormap_id; + eMchLmt_(exp) = MiDecodeDouble( &stuff->match_limit ); + eGryLmt_(exp) = MiDecodeDouble( &stuff->gray_limit ); + switch( eClass_(exp) ) + { + case DirectColor : + eRGBCnt_(exp) = max_lvls; + case TrueColor : + case StaticColor : + lvl[0] = eRedMsk_(exp) >> eRedOff_(exp); + lvl[1] = eGrnMsk_(exp) >> eGrnOff_(exp); + lvl[2] = eBluMsk_(exp) >> eBluOff_(exp); + if( lvl[0]++ & lvl[1]++ & lvl[2]++ ) + { + for( dst_lvls = 1.0, c = 0; c < XieK_MaxComponents; c++ ) + { /* + ** Ok if Photomap levels are compatible with masks. + */ + eLen_(exp,c) = BitsFromLevels_(lvl[c]); + eMul_(exp,c) = 1 << ( c == 0 ? eRedOff_(exp) + : c == 1 ? eGrnOff_(exp) + : eBluOff_(exp) ); + if( eLvl_(exp,c) ) + { + MatchOkIf_( eLvl_(exp,c) <= lvl[c], ResId_(img) ); + dst_lvls *= lvl[c]; + } + else + MatchOkIf_( eDynamicCmap_(exp) + && lvl[c] >= eLvl_(exp,0) + || lvl[c] == lvl[0], ResId_(img) ); + } + eMasks_(exp) = TRUE; + lut_width = max_lvls; + mapping = eDynamicCmap_(exp) ? XieK_RGB : CmpMap_(img); + break; + } /* else StaticColor with no masks -- fall thru */ + case PseudoColor : + case GrayScale : + eRGBCnt_(exp) = src_lvls; + case StaticGray : + dst_lvls = 1< 0 ? eRGBCnt_(exp) + : eRGBPol_(exp) || src_lvls < dst_lvls ? lut_width : 0; + if( lut_width > 0 ) + { /* + ** Create LUT to re-map image to Colormap pixel indices. + */ + lut = UtilCreatePhotomap( mapping, lvl, 1.0, 0, 0, 0, + lut_width, 1, TRUE, TRUE, NULL ); + AllocOkIf_( lut, ResId_(img) ); + eLutMap_(exp) = lut; + if( lut_width > eRGBCnt_(exp) ) + /* + ** Build a LUT to match pixels to static Colormap. + */ + for( c = 0; c < CmpCnt_(lut); c++ ) + { + mask = uLvl_(lut,c) - 1; + base = uBase_(lut,c); + memset( base, 0, uArSize_(lut,c)+7>>3 ); + for( level = 0; level < eLvl_(exp,c); level++ ) + { + off = level*uPxlStr_(lut,c); + val = level*mask/(eLvl_(exp,c)-1)^eRGBPol_(exp); + PUT_VALUE_(base, off, val, mask); + } + } + } + if( eRGBCnt_(exp) > 0 ) + { /* + ** Allocate pixel allocation/match structures (for Step D). + */ + ePxlLst_(exp) = (CARD32*) DdxCalloc_( eRGBCnt_(exp), + sizeof(CARD32) ); + AllocOkIf_(ePxlLst_(exp),ResId_(img)); + eRGBLst_(exp) = (RGBPtr) DdxCalloc_( eRGBCnt_(exp), + sizeof(RGBRec) ); + AllocOkIf_(eRGBLst_(exp),ResId_(img)); + eMapLst_(exp) = (RGBPtr) DdxCalloc_( eMapLen_(exp), + sizeof(RGBRec) ); + AllocOkIf_(eMapLst_(exp),ResId_(img)); + + for( c = 0; c < CmpCnt_(lut); c++ ) + { /* + ** Allocate histogram space (for Step C). + */ + eHst_(exp,c) = (CARD32 *) DdxCalloc_( eRGBCnt_(exp), + sizeof(CARD32)); + AllocOkIf_( eHst_(exp,c), ResId_(img) ); + } + eHstAll_(exp) = IsPhotomap_(img) && (W < Width_(img) + || H < Height_(img)); + } + } + } + + /* + ** The Drawable and GC are allowed to change between Export calls. + */ + eDrwId_(exp) = stuff->drawable_id; + eGCId_(exp) = stuff->gc_id; + /* + ** Find drawable's pixel and scanline requirements for exporting our image. + */ + for( format = 0; format < screenInfo.numPixmapFormats + && eDepth_(exp) != screenInfo.formats[format].depth; format++ ); + + pxlstr = IsBitonal_(img) ? 1 : screenInfo.formats[format].bitsPerPixel; + padmsk = screenInfo.formats[format].scanlinePad - 1; + + if( ePreFmt_(exp) ) + { /* + ** Allocate a Udp for ZPixmap conversion (for Step B). + */ + scnstr = Width_(img) * pxlstr + padmsk & ~padmsk; + ePreUdp_(exp) = UtilAllocUdp( + UtilDType(eDepth_(exp), XieK_PCM, pxlstr, scnstr), + XieK_PCM, Width_(img), Height_(img), + pxlstr, scnstr, + 1<type == DRAWABLE_WINDOW + ? min(eClientDrw_(exp)->pScreen->width, W) : W; + h = eClientDrw_(exp)->type == DRAWABLE_WINDOW + ? min(eClientDrw_(exp)->pScreen->height, H) : H; + scnstr = w * pxlstr + padmsk & ~padmsk; + ePixUdp_(exp) = UtilAllocUdp(UtilDType(eDepth_(exp),XieK_PCM,pxlstr,scnstr), + XieK_PCM, w, h, pxlstr, scnstr, + 1<>lg2; + for( scn = y1; scn <= y2; scn++ ) + { + red_pxl = red_off; + grn_pxl = grn_off; + blu_pxl = blu_off; + dst_pxl = dst_off; + switch( lg2 ) + { + case 3 : + for( pix = x1; pix <= x2; pix++ ) + { + red_val = GET_VALUE_(red_base,red_pxl,red_msk); + grn_val = GET_VALUE_(grn_base,grn_pxl,grn_msk); + blu_val = GET_VALUE_(blu_base,blu_pxl,blu_msk); + dst_val = mul[0]*red_val + mul[1]*grn_val + mul[2]*blu_val; + dst_base[dst_pxl++] = dst_val; + red_pxl += upPxlStr_(red_udp); + grn_pxl += upPxlStr_(grn_udp); + blu_pxl += upPxlStr_(blu_udp); + } + break; + case 4 : + for( pix = x1; pix <= x2; pix++ ) + { + red_val = GET_VALUE_(red_base,red_pxl,red_msk); + grn_val = GET_VALUE_(grn_base,grn_pxl,grn_msk); + blu_val = GET_VALUE_(blu_base,blu_pxl,blu_msk); + dst_val = mul[0]*red_val + mul[1]*grn_val + mul[2]*blu_val; + ((CARD16 *)dst_base)[dst_pxl++] = dst_val; + red_pxl += upPxlStr_(red_udp); + grn_pxl += upPxlStr_(grn_udp); + blu_pxl += upPxlStr_(blu_udp); + } + break; + case 5 : + for( pix = x1; pix <= x2; pix++ ) + { + red_val = GET_VALUE_(red_base,red_pxl,red_msk); + grn_val = GET_VALUE_(grn_base,grn_pxl,grn_msk); + blu_val = GET_VALUE_(blu_base,blu_pxl,blu_msk); + dst_val = mul[0]*red_val + mul[1]*grn_val + mul[2]*blu_val; + ((CARD32 *)dst_base)[dst_pxl++] = dst_val; + red_pxl += upPxlStr_(red_udp); + grn_pxl += upPxlStr_(grn_udp); + blu_pxl += upPxlStr_(blu_udp); + } + break; + case 0 : + for( pix = x1; pix <= x2; pix++ ) + { + red_val = GET_VALUE_(red_base,red_pxl,red_msk); + grn_val = GET_VALUE_(grn_base,grn_pxl,grn_msk); + blu_val = GET_VALUE_(blu_base,blu_pxl,blu_msk); + dst_val = mul[0]*red_val + mul[1]*grn_val + mul[2]*blu_val; + PUT_VALUE_( dst_base, dst_pxl, dst_val, dst_msk ); + red_pxl += upPxlStr_(red_udp); + grn_pxl += upPxlStr_(grn_udp); + blu_pxl += upPxlStr_(blu_udp); + dst_pxl += upPxlStr_(dst_udp); + } + break; + } + red_off += upScnStr_(red_udp); + grn_off += upScnStr_(grn_udp); + blu_off += upScnStr_(blu_udp); + dst_off += upScnStr_(dst_udp)>>lg2; + } + return( Success ); +} /* end CvtRGBBitZPixmap */ + +/*----------------------------------------------------------------------- +---------- routine: Convert byte image data to ZPixmap Format ---------- +------------------------------------------------------------------------*/ +static int CvtRGBBytZPixmap( snk, dst_udp, mul ) + PipeSinkPtr snk; + UdpPtr dst_udp; + CARD32 mul[]; +{ + UdpPtr red_udp = SnkUdpPtr_(snk,0), + grn_udp = SnkUdpPtr_(snk,1), + blu_udp = SnkUdpPtr_(snk,2); + CARD8 *red_base = upBase_(red_udp), + *grn_base = upBase_(grn_udp), + *blu_base = upBase_(blu_udp), + *dst_base; + CARD32 red_msk = (1<>3; + grn_off = upPos_(grn_udp)+upScnStr_(grn_udp)*(y1-upY1_(grn_udp)) + +upPxlStr_(grn_udp)*(x1-upX1_(grn_udp))>>3; + blu_off = upPos_(blu_udp)+upScnStr_(blu_udp)*(y1-upY1_(blu_udp)) + +upPxlStr_(blu_udp)*(x1-upX1_(blu_udp))>>3; + dst_off = upPos_(dst_udp)+upScnStr_(dst_udp)*(y1-upY1_(dst_udp)) + +upPxlStr_(dst_udp)*(x1-upX1_(dst_udp))>>lg2; + + for( scn = y1; scn <= y2; scn++ ) + { + red_pxl = red_off; + grn_pxl = grn_off; + blu_pxl = blu_off; + dst_pxl = dst_off; + + switch( lg2 ) + { + case 3 : + for( pix = x1; pix <= x2; pix++ ) + dst_base[dst_pxl++] = mul[0] * (red_base[red_pxl++] & red_msk) + + mul[1] * (grn_base[grn_pxl++] & grn_msk) + + mul[2] * (blu_base[blu_pxl++] & blu_msk); + break; + case 4 : + for( pix = x1; pix <= x2; pix++ ) + ((CARD16 *)dst_base)[dst_pxl++] = + mul[0] * (red_base[red_pxl++] & red_msk) + + mul[1] * (grn_base[grn_pxl++] & grn_msk) + + mul[2] * (blu_base[blu_pxl++] & blu_msk); + break; + case 5 : + for( pix = x1; pix <= x2; pix++ ) + ((CARD32 *)dst_base)[dst_pxl++] = + mul[0] * (red_base[red_pxl++] & red_msk) + + mul[1] * (grn_base[grn_pxl++] & grn_msk) + + mul[2] * (blu_base[blu_pxl++] & blu_msk); + break; + case 0 : + for( pix = x1; pix <= x2; pix++ ) + { + dst_val = mul[0] * (red_base[red_pxl++] & red_msk) + + mul[1] * (grn_base[grn_pxl++] & grn_msk) + + mul[2] * (blu_base[blu_pxl++] & blu_msk); + PUT_VALUE_( dst_base, dst_pxl, dst_val, dst_msk ); + dst_pxl += upPxlStr_(dst_udp); + } + break; + } + red_off += upScnStr_(red_udp)>>3; + grn_off += upScnStr_(grn_udp)>>3; + blu_off += upScnStr_(blu_udp)>>3; + dst_off += upScnStr_(dst_udp)>>lg2; + } + return( Success ); +} /* end CvtRGBBytZPixmap */ + +#if defined(DWV3) +/*----------------------------------------------------------------------- +------- routine: Draw changelist image data using core X spans -------- +------------------------------------------------------------------------*/ +static void ExportSpans( exp, datudp, pix, win_x, win_y) + ExpCtxPtr exp; /* Pointer to export context */ + UdpPtr datudp; /* Pointer to Udp for changelist */ + UdpPtr pix; /* Export region UDP */ + CARD32 win_x; /* Window X coord for first pixel */ + CARD32 win_y; /* Window Y coord for first pixel */ +{ + CARD32 index; /* index into changelist */ + CARD32 x1, x2; /* Adjusted limits of export region */ + CARD32 X1, X2; /* Limits of current span */ + CARD32 scanline; /* Scanline within the data segment */ + unsigned int *cl; /* Current changelist entry */ + int clpos; /* Pointer to current changelist */ + int clcnt; /* Count of change list entries in */ + /* this scanline */ + int spncnt; /* Number of spans remaining in */ + /* list */ + + DDXPointPtr pt; /* Pointer to span points buffer */ + CARD32 *ptw; /* Pointer to span width buffer */ + + GCPtr spanGC = (eSpnGC_(exp) == NULL) ? eClientGC_(exp) : + eSpnGC_(exp); + /* + ** Get pointer into change list. + */ + clpos = DdxPosCl_(upBase_(datudp),upPos_(datudp),0); + /* + ** Get pointers into span list and count of remaining entries. + */ + pt = eSpnPt_(exp) + eSpnIdx_(exp); + ptw = eSpnW_(exp) + eSpnIdx_(exp); + spncnt = eSpnCnt_(exp) - eSpnIdx_(exp); + /* + ** Compute horizontal bounds + */ + x1 = upX1_(pix) - upX1_(datudp); + x2 = upX2_(pix) - upX1_(datudp); + /* + ** Process each scanline of the input changelist. + */ + for (scanline = 0; scanline < upHeight_(pix); scanline++) + { + cl = upBase_(datudp) + (clpos >> 3); + /* Start at top of current list */ + clcnt = *cl++; /* Count of entries in change list */ + + for (index = 0; index < clcnt; index += 2 ) + { + if (*cl > x2) break; /* Span begins beyond right edge */ + + X1 = *cl++; /* X1 = max(*cl++, x1) */ + if (x1 > X1) X1 = x1; + X2 = *cl++ - 1; /* X2 = min(*cl++, x2) */ + if (x2 < X2) X2 = x2; + + if( X2 >= X1 ) + { + pt->x = win_x + (X1 - x1); + (pt++)->y = win_y + scanline; + *ptw++ = X2 - X1 + 1; + /* + ** If span buffer full, draw them... + */ + if (--spncnt <= 0) + { + FillSpans_(eClientDrw_(exp), + spanGC, + eSpnCnt_(exp), + eSpnPt_(exp), + eSpnW_(exp)); + + pt = eSpnPt_(exp); + ptw = eSpnW_(exp); + spncnt = eSpnCnt_(exp); + } + } + } + clpos = DdxPosCl_(upBase_(datudp),clpos,1); + } + eSpnIdx_(exp) = eSpnCnt_(exp) - spncnt; +} /* ExportSpans */ +#endif + +/*----------------------------------------------------------------------- +--------------- routine: Convert image data to ZPixmap Format ---------- +------------------------------------------------------------------------*/ +static int CvtZPixmap( exp, snk, pix ) + ExpCtxPtr exp; + PipeSinkPtr snk; + UdpPtr pix; +{ + UdpRec dst; + CARD32 c, status = Success; + + if( eLvl_(exp,1) > 0 ) + /* + ** Convert region of RGB image to ZPixmap format. + */ + if( SnkDatTyp_(snk,0) == UdpK_DTypeBU ) + status = CvtRGBBytZPixmap( snk, pix, &eMul_(exp,0) ); + else + status = CvtRGBBitZPixmap( snk, pix, &eMul_(exp,0) ); + + else + { +#ifndef BIGENDIAN /* BIGENDIANEVILHACK */ +/* Can't apply this optimization on big-endian machines since we must bit + * swap the copy of the data we give to the core server. + */ + if( upWidth_(pix) == SnkWidth_(snk,0) + && upHeight_(pix) <= SnkHeight_(snk,0) + && upPxlStr_(pix) == SnkPxlStr_(snk,0) + && upScnStr_(pix) == SnkScnStr_(snk,0) + && upLvl_(pix) == SnkLvl_(snk,0) + && upX1_(pix) == SnkX1_(snk,0) ) + { /* + ** Use monochrome image directly from the Sink Udp buffer. + */ + upBase_(pix) = SnkBase_(snk,0); + upArSize_(pix) = SnkArSize_(snk,0); + upPos_(pix) = SnkScnStr_(snk,0) * (upY1_(pix) - SnkY1_(snk,0)) + + SnkPos_(snk,0); + } else +#endif /* BIGENDIAN */ + { + /* + ** Convert region of monochrome image. + */ + status = DdxConvert_( SnkUdpPtr_(snk,0), pix, XieK_MoveMode ); + if( eMasks_(exp) ) + /* + ** Copy GrayScale data to green and blue components. + */ + for(dst= *pix, c=1 ; c < XieK_MaxComponents && + status==Success; c++) + { + SetupUdp(&dst, SnkLvl_(snk,0), eLen_(exp,c), c); + urPos_(dst) += eLen_(exp,c-1); + status = DdxConvert_(SnkUdpPtr_(snk,0), &dst, + XieK_MoveMode); + } + } +#ifdef BIGENDIAN /* BIGENDIANEVILHACK */ + if( status == Success ) + { + unsigned char *p; + unsigned char *endp = upBase_(pix)+(7+upArSize_(pix))/8+1; + for(p = upBase_(pix); p < endp; ++p) + *p = _reverse_byte[*p]; + } +#endif + } + return( status ); +} /* end CvtZPixmap */ + +/*----------------------------------------------------------------------- +-------- routine: Export formatted Photo{map|tap} data to drawable ------ +------------------------------------------------------------------------*/ +static int Export( exp, snk, pix, x, y ) + ExpCtxPtr exp; + PipeSinkPtr snk; + UdpPtr pix; + INT32 x,y; +{ + PhotomapPtr lut = eLutMap_(exp); + UdpRec src, dst; + CARD32 sc, dc, status = Success; + +#if defined(DWV3) + if (SnkDatTyp_(snk, 0) != UdpK_DTypeCL) { +#endif + if( lut != NULL ) + { + if( upBase_(pix) == NULL && + ( upBase_(pix) = (CARD8 *)DdxMallocBits_(upArSize_(pix)) ) == NULL ) + return( BadAlloc ); + /* + ** Step E: re-map image pixels to LUT (Colormap) pixel indices. + */ + if( IsRGB_(lut) ) + for( src = *pix, dst = *pix, dc = 0; dc < CmpCnt_(lut); dc++ ) + { /* + ** Set up source Udp. + */ + sc = eLvl_(exp,dc) ? dc : 0; + if( ePreFmt_(exp) ) + SetupUdp( &src, eLvl_(exp,sc), eLen_(exp,sc), sc ); + else + src = SnkUdp_(snk,sc); + /* + ** Set up destination Udp. + */ + SetupUdp( &dst, uLvl_(lut,dc), eLen_(exp,dc), dc ); + if( eMasks_(exp) ) + urPos_(dst) = dc == 0 ? eRedOff_(exp) + : dc == 1 ? eGrnOff_(exp) : eBluOff_(exp); + + status = DdxPoint_( &src, &dst, NULL, Udp_(lut,dc) ); + if( status != Success ) return( status ); + if( !eMasks_(exp) ) + urPos_(dst) += urPxlLen_(dst); + if( ePreFmt_(exp) && eLvl_(exp,dc) ) + urPos_(src) += urPxlLen_(src); + } + + else + { /* + ** Choose the source Udp -- then do it. + */ + src = ePreFmt_(exp) ? + eHstAll_(exp) ? *ePreUdp_(exp) : *pix : SnkUdp_(snk,0); + + status = DdxPoint_( &src, pix, NULL, Udp_(lut,0) ); + if( status != Success ) return( status ); + + if( eMasks_(exp) ) + { /* + ** Copy GrayScale data to green and blue components. + */ + src = *pix; + dst = *pix; + SetupUdp(&src, uLvl_(lut,0), eLen_(exp,0), 0); + for( dc = 1; dc < XieK_MaxComponents; dc++ ) + { + SetupUdp(&dst, uLvl_(lut,0), eLen_(exp,dc), dc); + urPos_(dst) += eLen_(exp,dc-1); + status = DdxConvert_( &src, &dst, XieK_MoveMode ); + if( status != Success ) return( status ); + } + } + } + } + else + { /* + ** Step F: post-format as ZPixmap image data. + */ + status = CvtZPixmap( exp, snk, pix ); + if( status != Success ) return( status ); + } + /* + ** Step G: export our finished masterpiece to the drawable. + */ + PutImage_( eClientDrw_(exp), eClientGC_(exp), /* Drawable & GC */ + eDepth_(exp), /* Drawable depth */ + x, y, upWidth_(pix), upHeight_(pix), /* Drawable region */ + upPos_(pix) & 31, /* data left pad */ + eDepth_(exp) > 1 ? ZPixmap : /* data format */ + eClientDrw_(exp)->type == DRAWABLE_PIXMAP ? XYPixmap : XYBitmap, + upBase_(pix) + (upPos_(pix) >> 3 & ~3)); /* data address */ + if( upBase_(pix) == SnkBase_(snk,0) ) + upBase_(pix) = NULL; + +#if defined(DWV3) + } else { + /* + * Export changelist data using core X FillSpan operation. + */ + ExportSpans(exp, SnkUdpPtr_(snk, 0), pix, x, y); + } +#endif + + return( Success ); +} /* end Export */ + +/*----------------------------------------------------------------------- +---------------- routine: free temporary Export resources -------------- +------------------------------------------------------------------------*/ +static void ExportDone( exp ) + ExpCtxPtr exp; +{ + CARD32 c; + + for( c = 0; c < XieK_MaxComponents && eHst_(exp,c); c++ ) + eHst_(exp,c) = (CARD32 *) DdxFree_( eHst_(exp,c) ); + + eMapLst_(exp) = (RGBPtr) DdxFree_( eMapLst_(exp) ); + eRGBLst_(exp) = (RGBPtr) DdxFree_( eRGBLst_(exp) ); + ePreUdp_(exp) = UtilFreeUdp( ePreUdp_(exp) ); + ePixUdp_(exp) = UtilFreeUdp( ePixUdp_(exp) ); + + eHstAll_(exp) = FALSE; + eBusy_(exp) = FALSE; + +#if defined(DWV3) + /* Free the span buffers and span GC, if used */ + if( eSpnW_(exp) != NULL ) + eSpnW_(exp) = (CARD32 *) DdxFree_(eSpnW_(exp)); + + if( eSpnPt_(exp) != NULL ) + eSpnPt_(exp) = (DDXPointPtr)DdxFree_(eSpnPt_(exp)); + + if( eSpnGC_(exp) != NULL ) + { + FreeScratchGC(eSpnGC_(exp)); + eSpnGC_(exp) = NULL; + } +#endif +} /* end ExportDone */ + +/*----------------------------------------------------------------------- +---------- routine: Format Photo{map|tap} for export to drawable -------- +------------------------------------------------------------------------*/ +static int Format( exp, snk ) + ExpCtxPtr exp; + PipeSinkPtr snk; +{ + INT32 status = Success; + + if( ePreFmt_(exp) ) + /* + ** Step B: pre-format as ZPixmap image data. + */ + status = CvtZPixmap( exp, snk, eHstAll_(exp) ? ePreUdp_(exp) + : ePixUdp_(exp) ); + if( status == Success && eHst_(exp,0) != NULL ) + /* + ** Step C: create and analyze histogram. + ** Step D: allocate and/or match colors, then fill in the LUT. + */ + switch( eClass_(exp) ) + { + case GrayScale : + case StaticColor : + case PseudoColor : + FormatPseudoColor( exp, snk ); + break; + + case DirectColor : + FormatDirectColor( exp, snk ); + break; + } + return( status ); +} /* end Format */ + +/*----------------------------------------------------------------------- +---------------------- routine: Format for DirectColor ------------------ +------------------------------------------------------------------------*/ +static void FormatDirectColor( exp, snk ) + ExpCtxPtr exp; + PipeSinkPtr snk; +{ + UdpPtr src, roi; + RGBRec state, *rgb; + CARD32 status, c, i, maxCnt, cnt[XieK_MaxComponents]; + + for( maxCnt = 0, c = 0; c < XieK_MaxComponents && eLvl_(exp,c); c++ ) + { /* + ** Step C: create histogram of individual component usage. + */ + src = SnkUdpPtr_(snk,c); + roi = eHstAll_(exp) ? src : ePixUdp_(exp); + Histogram( src, roi, eHst_(exp,c) ); + cnt[c] = HistogramAnalysis( exp, c ); + maxCnt = max(maxCnt, cnt[c]); + memset( uBase_(eLutMap_(exp),c), 0, uArSize_(eLutMap_(exp),c)+7>>3 ); + } + for( eRGBCnt_(exp) = maxCnt; c < XieK_MaxComponents; c++ ) + { + cnt[c] = cnt[0]; + memset( uBase_(eLutMap_(exp),c), 0, uArSize_(eLutMap_(exp),c)+7>>3 ); + } + ReadTripleMap( exp, &state, cnt ); + + for( rgb = eRGBLst_(exp), i = 0; i < maxCnt; rgb++, i++ ) + { + rgb->red = i < cnt[0] ? SetDirectColor_(exp,eHst_(exp,0)[i],0,rgb) + : state.red; + rgb->grn = i < cnt[1] ? SetDirectColor_(exp,eHst_(exp,1)[i],1,rgb) + : state.grn; + rgb->blu = i < cnt[2] ? SetDirectColor_(exp,eHst_(exp,2)[i],2,rgb) + : state.blu; + } + for( rgb = eRGBLst_(exp), i = 0; i < maxCnt; rgb++, i++ ) + { /* + ** Step D: allocate pixels. + */ + rgb->pixel = ~0; + if( MatchDirectAllocColor( exp, &state, rgb ) != Success ) + continue; + + ePxlLst_(exp)[ePxlCnt_(exp)++] = rgb->pixel; + if( i < cnt[0] ) + SetLutEntry(exp, (CARD32)(rgb->pixel >> eRedOff_(exp)), 0, i); + if( i < cnt[1] ) + SetLutEntry(exp, (CARD32)(rgb->pixel >> eGrnOff_(exp)), 1, i); + if( i < cnt[2] ) + SetLutEntry(exp, (CARD32)(rgb->pixel >> eBluOff_(exp)), 2, i); + } +} /* end FormatDirectColor */ + +/*----------------------------------------------------------------------- +---------------------- routine: Format for PseudoColor ------------------ +------------------------------------------------------------------------*/ +static void FormatPseudoColor( exp, snk ) + ExpCtxPtr exp; + PipeSinkPtr snk; +{ + UdpPtr src, roi; + CARD32 i, state; + double range = 65535.0 * 65535.0 * 3.0; + double limit = eMchLmt_(exp) * range; + + /* + ** Step C: create histogram of combined component usage. + */ + src = ePreFmt_(exp) ? eHstAll_(exp) ? ePreUdp_(exp) : ePixUdp_(exp) + : SnkUdpPtr_(snk,0); + roi = eHstAll_(exp) ? SnkUdpPtr_(snk,0) : ePixUdp_(exp); + Histogram( src, roi, eHst_(exp,0) ); + eRGBCnt_(exp) = HistogramAnalysis( exp, 0 ); + memset( uBase_(eLutMap_(exp),0), 0, uArSize_(eLutMap_(exp),0)+7>>3 ); + + /* + ** Step D: allocate pixels. + */ + state = MatchPseudoInit( exp ); + switch( state ) + { + case FREE : + /* + ** Allocate new pixels: there are enough free so allocation can't fail. + */ + for( i = 0; i < eRGBCnt_(exp); MatchPseudoAllocColor(exp, i++, FALSE) ); + break; + + case SHARED : + if( limit < range ) + /* + ** Allocate new pixels where no reasonable match can be found. + */ + MatchPseudoDistant( exp, limit ); + /* fall thru to allocate any remaining */ + case OWNED : + if( ePxlCnt_(exp) < eRGBCnt_(exp) ) + /* + ** Use the closest match for each required pixel. + */ + MatchPseudoClosest( exp ); + break; + } +} /* end FormatPseudoColor */ + +/*----------------------------------------------------------------------- +------------------ routine: create a Histogram of pixel useage ---------- +------------------------------------------------------------------------*/ +static void Histogram( udp, roi, hst ) + UdpPtr udp, roi; + CARD32 hst[]; +{ + INT32 x, y, X1, Y1, X2, Y2, pxl, pxl_nxt, scn_nxt; + CARD8 *base = upBase_(udp); + CARD32 msk = (1<> 3; + scn_nxt =(upScnStr_(udp) >> 3) - (X2 - X1 + 1) * pxl_nxt; + pxl = upPos_(udp) + upScnStr_(udp) * (upY1_(udp) - Y1) + + upPxlStr_(udp) * (upX1_(udp) - X1) >> 3; + + for( y = Y1; y++ <= Y2; pxl += scn_nxt ) + for( x = X1; x++ <= X2; pxl += pxl_nxt ) + hst[ base[pxl] & msk ]++; + break; + + default : + pxl_nxt = upPxlStr_(udp); + scn_nxt = upScnStr_(udp) - (X2 - X1 + 1) * pxl_nxt; + pxl = upPos_(udp) + upScnStr_(udp) * (upY1_(udp) - Y1) + + upPxlStr_(udp) * (upX1_(udp) - X1); + + for( y = Y1; y++ <= Y2; pxl += scn_nxt ) + for( x = X1; x++ <= X2; pxl += pxl_nxt ) + hst[GET_VALUE_(base,pxl,msk)]++; + break; + } +} /* end Histogram */ + +/*----------------------------------------------------------------------- +---------------------- routine: Analyze histogram data ------------------ +------------------------------------------------------------------------*/ +static CARD32 HistogramAnalysis( exp, comp ) + ExpCtxPtr exp; + CARD32 comp; +{ + CARD32 i, j, count, swap, *list = ePxlLst_(exp), *data = eHst_(exp,comp); + /* + ** Fill PxlLst with values required. + */ + for( j = 0, i = 0; i < eRGBCnt_(exp); i++ ) + if( data[i] != 0 ) + list[j++] = i; + + count = j; + /* + ** Sort PxlLst -- ordered by descending frequency of usage. + */ + while( j-- > 1 ) + for( i = 0; i < j; i++ ) + if( data[ list[i] ] < data[ list[i+1] ] ) + { + swap = list[i]; + list[i] = list[i+1]; + list[i+1] = swap; + } + /* + ** Replace the Histogram with the sorted list and leave PxlLst zeroed. + */ + if( count < eRGBCnt_(exp) ) + memset( &list[count], 0, (eRGBCnt_(exp) - count) * sizeof(CARD32) ); + eHst_(exp,comp) = list; + memset( data, 0, eRGBCnt_(exp) * sizeof(CARD32) ); + ePxlLst_(exp) = data; + + return( count ); +} /* end HistogramAnalysis */ + +/*----------------------------------------------------------------------- +--------------------- routine: Import from Drawable -------------------- +------------------------------------------------------------------------*/ +static int Import( client, img ) + ClientPtr client; + PhotomapPtr *img; +{ + ExpCtxPtr exp; + CARD32 c, format, mapping, scnstr, padmsk, pxlstr, width, height; + REQUEST( xieImportReq ); + + exp = (ExpCtxPtr) DdxCalloc_(1, sizeof(ExpCtxRec)); + AllocOkIf_(exp, stuff->photomap_id); + eClient_(exp) = client; + + LookupDrawable_( client, stuff->drawable_id ); + DrawableOkIf_( eClientDrw_(exp), (DdxFree_(exp), stuff->drawable_id) ); + MatchOkIf_( eClientDrw_(exp)->type == DRAWABLE_PIXMAP + || eClientDrw_(exp)->type == DRAWABLE_WINDOW + && ((WindowPtr)eClientDrw_(exp))->realized + && DrawableX_(eClientDrw_(exp)) >= 0 + && DrawableX_(eClientDrw_(exp)) + DrawableWidth_(eClientDrw_(exp)) + <= eClientDrw_(exp)->pScreen->width + && DrawableY_(eClientDrw_(exp)) >= 0 + && DrawableY_(eClientDrw_(exp)) + DrawableHeight_(eClientDrw_(exp)) + <= eClientDrw_(exp)->pScreen->height, + (DdxFree_(exp), stuff->drawable_id)); + eDepth_(exp) = eClientDrw_(exp)->depth; + if( eDepth_(exp) > 1 ) + { + LookupColormap_( eCmap_(exp), stuff->colormap_id ); + ColorOkIf_(eCmap_(exp), (DdxFree_(exp), stuff->colormap_id)); + } + /* + ** Allocate the destination Photomap. + */ + for( c = 0; c < XieK_MaxComponents; c++ ) + eLvl_(exp, c) = !eCmap_(exp) ? 2 : 1<bitsPerRGBValue; + width = DrawableWidth_( eClientDrw_(exp)); + height = DrawableHeight_(eClientDrw_(exp)); + mapping = !eCmap_(exp) ? XieK_Bitonal : eClass_(exp) <= GrayScale + ? XieK_GrayScale : XieK_RGB; + *img = UtilCreatePhotomap( mapping, &eLvl_(exp,0), + 1.0, XieK_PP0, XieK_LP270, + XieK_ZeroDark, width, height, + TRUE, TRUE, NULL ); + AllocOkIf_( *img, (DdxFree_(exp), stuff->photomap_id) ); + PxlPol_(*img) = stuff->polarity; + Eport_(*img) = exp; + if( IsBitonal_(*img) ) + /* + ** Discard the Photomap Udp -- probably doesn't match the Drawable. + */ + Udp_(*img,0) = UtilFreeUdp( Udp_(*img,0) ); + + /* + ** Allocate a Udp for importing ZPixmap formatted Drawable contents. + */ + for( format = 0; format < screenInfo.numPixmapFormats + && eDepth_(exp) != screenInfo.formats[format].depth; format++ ); + pxlstr = screenInfo.formats[format].bitsPerPixel; + padmsk = screenInfo.formats[format].scanlinePad - 1; + scnstr = pxlstr * width + padmsk & ~padmsk; + ePixUdp_(exp) = UtilAllocUdp(UtilDType(eDepth_(exp),XieK_PCM,pxlstr,scnstr), + XieK_PCM, width, IsBitonal_(*img) ? height : 1, + pxlstr, scnstr, + 1<photomap_id ); + if( IsBitonal_(*img) ) + { /* + ** No analysis necessary -- GetImage directly into Photomap. + */ + (*eClientDrw_(exp)->pScreen->GetImage) + (eClientDrw_(exp),0,0,width,height,ZPixmap,1,upBase_(ePixUdp_(exp))); + Udp_(*img,0) = ePixUdp_(exp); + ePixUdp_(exp) = NULL; + } + else + { /* + ** Allocate Colormap space and interpret the imported data. + */ + eMapLst_(exp) = (RGBPtr) DdxCalloc_(eMapLen_(exp), sizeof(RGBRec)); + AllocOkIf_(eMapLst_(exp),stuff->photomap_id); + + CmpMap_(*img) = eClass_(exp) <= PseudoColor ? ImportSingleMapData(*img) + : ImportTripleMapData(*img); + if( CmpMap_(*img) < mapping ) + { /* + ** Demote the Photomap to match the image data analysis. + */ + for( c = CmpCnt_(*img), CmpCnt_(*img) = 1; + --c > 0; Udp_(*img,c) = UtilFreeUdp( Udp_(*img,c) )); + + if( IsBitonal_(*img) ) + uLvl_(*img,0) = 2; + } + ePixUdp_(exp) = UtilFreeUdp( ePixUdp_(exp) ); + } + + return( Success ); +} /* end Import */ + +/*----------------------------------------------------------------------- +-------------- routine: Import Single ColorMap image Data -------------- +------------------------------------------------------------------------*/ +static int ImportSingleMapData( img ) + PhotomapPtr img; +{ + ExpCtxPtr exp = Eport_(img); + RGBPtr map; + UdpPtr src_udp = ePixUdp_(exp), + dst_udp = Udp_(img,0); + BOOL gray = FALSE, + rgb = IsRGB_(img); + CARD8 *src_buf = upBase_(src_udp), + *red_buf = upBase_(dst_udp), + *grn_buf = (rgb ? uBase_(img,1) : NULL), + *blu_buf = (rgb ? uBase_(img,2) : NULL); + CARD32 src_lg2 = upPxlStr_(src_udp) == 8 ? 3 + : upPxlStr_(src_udp) == 16 ? 4 + : upPxlStr_(src_udp) == 32 ? 5 : 0; + CARD32 dst_lg2 = upPxlStr_(dst_udp) == 8 ? 3 + : upPxlStr_(dst_udp) == 16 ? 4 + : upPxlStr_(dst_udp) == 32 ? 5 : 0; + CARD32 src_msk = (1 << eVisual_(exp)->nplanes)-1, + dst_msk = (1 << dst_lg2)-1; + CARD32 dst_off = 0, + discard = 16 - BitsFromLevels_(upLvl_(dst_udp)); + CARD32 src_val, dst_pxl, i, scn, pix; + + /* + ** Grab a snapshot of the Colormap. + */ + ReadSingleMap( exp, NULL ); + + /* + ** Fill in Photomap data based on Colormap RGB values. + */ + for( scn = 0; scn < upHeight_(dst_udp); scn++ ) + { + (*eClientDrw_(exp)->pScreen->GetImage) + (eClientDrw_(exp),0,scn,upWidth_(src_udp),1,ZPixmap,src_msk,src_buf); + + for( dst_pxl = dst_off, pix = 0; pix < upWidth_(dst_udp); pix++ ) + { + src_val = src_lg2 == 3 ? ((CARD8 *)src_buf)[pix] & src_msk + : src_lg2 == 4 ? ((CARD16 *)src_buf)[pix] & src_msk + : src_lg2 == 5 ? ((CARD32 *)src_buf)[pix] & src_msk + : GET_VALUE_(src_buf,(pix*upPxlStr_(src_udp)),src_msk); + + map = &eMapLst_(exp)[src_val]; + map->status = TRUE; + + if( dst_lg2 == 3 ) + { + if( rgb ) + { + blu_buf[dst_pxl] = map->blu >> discard; + grn_buf[dst_pxl] = map->grn >> discard; + } + red_buf[dst_pxl++] = map->red >> discard; + } + else + { + dst_pxl = dst_off + pix * upPxlStr_(dst_udp); + if( rgb ) + { + PUT_VALUE_(blu_buf, dst_pxl, map->blu >> discard, dst_msk); + PUT_VALUE_(grn_buf, dst_pxl, map->grn >> discard, dst_msk); + } + PUT_VALUE_( red_buf, dst_pxl, map->red >> discard, dst_msk ); + } + } + dst_off += upScnStr_(dst_udp) >> dst_lg2; + } + /* + ** Scan thru the colors used to determine the actual mapping. + */ + for(map = eMapLst_(exp), gray = FALSE, i = 0; i < eMapLen_(exp); map++, i++) + if( map->status ) + { + if( map->red ^ map->grn | map->red ^ map->blu ) + break; /* color: red<>green<>blue */ + pix = (INT16)(map->red)>>discard; + gray = gray || pix && ~pix; /* gray: not black or white */ + } + return(i < eMapLen_(exp) ? XieK_RGB : gray ? XieK_GrayScale : XieK_Bitonal); +} /* end ImportSingleMapData */ + +/*----------------------------------------------------------------------- +-------------- routine: Import Triple ColorMap image Data -------------- +------------------------------------------------------------------------*/ +static int ImportTripleMapData( img ) + PhotomapPtr img; +{ + ExpCtxPtr exp = Eport_(img); + RGBPtr map = eMapLst_(exp); + UdpPtr src_udp = ePixUdp_(exp), + dst_udp = Udp_(img,0); + BOOL gray = FALSE, rgb = FALSE; + CARD8 *src_buf = upBase_(src_udp), + *red_buf = uBase_(img,0), + *grn_buf = uBase_(img,1), + *blu_buf = uBase_(img,2); + CARD32 src_lg2 = upPxlStr_(src_udp) == 8 ? 3 + : upPxlStr_(src_udp) == 16 ? 4 + : upPxlStr_(src_udp) == 32 ? 5 : 0; + CARD32 dst_lg2 = upPxlStr_(dst_udp) == 8 ? 3 + : upPxlStr_(dst_udp) == 16 ? 4 + : upPxlStr_(dst_udp) == 32 ? 5 : 0; + CARD32 red_shf = eRedOff_(exp), + grn_shf = eGrnOff_(exp), + blu_shf = eBluOff_(exp); + CARD32 src_msk = (1 << eVisual_(exp)->nplanes)-1, + dst_msk = (1 << dst_lg2)-1, + red_msk = eRedMsk_(exp), + grn_msk = eGrnMsk_(exp), + blu_msk = eBluMsk_(exp); + CARD32 dst_off = 0, + discard = 16 - BitsFromLevels_(upLvl_(dst_udp)); + CARD32 src_val, dst_pxl, red_val, grn_val, blu_val, scn, pix; + + /* + ** Grab a snapshot of the Colormap. + */ + ReadTripleMap( exp, NULL, NULL ); + + /* + ** Fill in Photomap data based on Colormap RGB values. + */ + for( scn = 0; scn < upHeight_(dst_udp); scn++ ) + { + (*eClientDrw_(exp)->pScreen->GetImage) + (eClientDrw_(exp),0,scn,upWidth_(src_udp),1,ZPixmap,src_msk,src_buf); + + for( dst_pxl = dst_off, pix = 0; pix < upWidth_(dst_udp); pix++ ) + { + src_val = src_lg2 == 5 ? ((CARD32 *)src_buf)[pix] + : src_lg2 == 3 ? ((CARD8 *)src_buf)[pix] + : src_lg2 == 4 ? ((CARD16 *)src_buf)[pix] + : GET_VALUE_(src_buf,(pix*upPxlStr_(src_udp)),src_msk); + red_val = (INT16)(map[(src_val&red_msk)>>red_shf].red)>>discard; + grn_val = (INT16)(map[(src_val&grn_msk)>>grn_shf].grn)>>discard; + blu_val = (INT16)(map[(src_val&blu_msk)>>blu_shf].blu)>>discard; + rgb = rgb || red_val ^ grn_val | red_val ^ blu_val; + gray = gray || red_val && ~red_val; + + if( dst_lg2 == 3 ) + { + red_buf[dst_pxl ] = red_val; + grn_buf[dst_pxl ] = grn_val; + blu_buf[dst_pxl++] = blu_val; + } + else + { + dst_pxl = dst_off + pix * upPxlStr_(dst_udp); + PUT_VALUE_( red_buf, dst_pxl, red_val, dst_msk ); + PUT_VALUE_( grn_buf, dst_pxl, grn_val, dst_msk ); + PUT_VALUE_( blu_buf, dst_pxl, blu_val, dst_msk ); + } + } + dst_off += upScnStr_(dst_udp) >> dst_lg2; + } + return( rgb ? XieK_RGB : gray ? XieK_GrayScale : XieK_Bitonal ); +} /* end ImportTripleMapData */ + +/*----------------------------------------------------------------------- +-------------------- routine: initialize for export using spans --------- +------------------------------------------------------------------------*/ +static int InitForSpans( ctx, exp ) + ExportPipeCtxPtr ctx; + ExpCtxPtr exp; /* export context */ +{ +#if defined(DWV3) + + int size, i; + DDXPointPtr pt, nxtpt; + CARD32 *w, *nxtw; + GCPtr spanGC; + GCPtr revGC = NULL; + CARD32 GCval; + + eSpnGC_(exp) = NULL; + eSpnW_(exp) = NULL; + eSpnPt_(exp) = NULL; + + LookupDrawable_( eClient_(exp), eDrwId_(exp) ); + + /* + * Select the GC needed to draw the spans. + */ + if (eClientDrw_(exp)->type == DRAWABLE_PIXMAP && + eClientDrw_(exp)->depth == 1) { + /* For depth 1 pixmap, make a GC that will just copy the bits */ + eSpnGC_(exp) = (GCPtr)CreateScratchGC(eClientDrw_(exp)->pScreen, + 1); + if (eSpnGC_(exp) == NULL) + goto alloc_fail; + CopyGC(eClientGC_(exp), eSpnGC_(exp), ~0L); + GCval = ~0L; + ChangeGC(eSpnGC_(exp), GCForeground, &GCval); + GCval = 0L; + ChangeGC(eSpnGC_(exp), GCBackground, &GCval); + + spanGC = eSpnGC_(exp); + + } else { + LookupGC_( eClient_(exp), eGCId_(exp) ); + spanGC = eClientGC_(exp); + } + ValidateGC(eClientDrw_(exp), spanGC); + + /* Allocate buffers for describing the largest possible number of + * spans we will draw: + * one for each scanline in the window (drawing background) + * one for every other pixel in a scanline (drawing foreground) + */ + size = max(upWidth_(ePixUdp_(exp))/2+1, upHeight_(ePixUdp_(exp))); + eSpnW_(exp) = (CARD32 *)DdxMalloc_(size * sizeof(int)); + if (!IsPointer_(eSpnW_(exp))) + goto alloc_fail; + eSpnPt_(exp) = (DDXPointPtr)DdxMalloc_(size * + sizeof(DDXPointRec)); + if (!IsPointer_(eSpnPt_(exp))) + goto alloc_fail; + + eSpnCnt_(exp) = size - 1; + eSpnIdx_(exp) = 0; + + /* Create a GC with reversed foreground/background for drawing + * the spans which must be in the background color. + */ + revGC = (GCPtr)CreateScratchGC(eClientDrw_(exp)->pScreen, + eClientDrw_(exp)->depth); + if (revGC == NULL) + goto alloc_fail; + CopyGC(spanGC, revGC, ~0L); + GCval = spanGC->fgPixel; + ChangeGC(revGC, GCBackground, &GCval); + + GCval = spanGC->bgPixel; + ChangeGC(revGC, GCForeground, &GCval); + + ValidateGC(eClientDrw_(exp), revGC); + + /* Build the changelists needed to draw the entire window background */ + nxtpt = eSpnPt_(exp); + nxtw = eSpnW_(exp); + for (i = 0; i < upHeight_(ePixUdp_(exp)); i++) { + nxtpt->x = ExpDstX_(ctx); + (nxtpt++)->y = ExpDstY_(ctx) + i; + *nxtw++ = upWidth_(ePixUdp_(exp)); + } + + /* Draw the background */ + FillSpans_( eClientDrw_(exp), revGC, + upHeight_(ePixUdp_(exp)), eSpnPt_(exp), eSpnW_(exp)); + (void)FreeScratchGC(revGC); + UsingScratchGC_(eClient_(exp), NULL); + + return( Success ); + +alloc_fail: + + if (eSpnGC_(exp) != NULL) { + FreeScratchGC(eSpnGC_(exp)); + eSpnGC_(exp) = 0; + } + if (eSpnW_(exp) != NULL) + eSpnW_(exp) = (CARD32 *)DdxFree_(eSpnW_(exp)); + if (eSpnPt_(exp) != NULL) + eSpnPt_(exp) = (DDXPointPtr)DdxFree_(eSpnPt_(exp)); + if (revGC != NULL) + FreeScratchGC(revGC); + + return( BadAlloc ); +#else + return( Success ); +#endif +} + +/*----------------------------------------------------------------------- + -------------------- routine: allocate a new DirectColor ---------------- + ------------------------------------------------------------------------*/ +static CARD32 MatchDirectAllocColor( exp, state, rgb ) + ExpCtxPtr exp; /* export context */ + RGBPtr state; /* Colormap state info */ + RGBPtr rgb; /* RGB triplet to be allocated */ +{ + RGBPtr r, g, b, map = eMapLst_(exp); + CARD32 dr, dg, db, i, status; + + status = AllocColor( eCmap_(exp), &rgb->red, &rgb->grn, &rgb->blu, + &rgb->pixel, eClientIdx_(exp) ); + if( status != Success ) + { /* + ** Find the closest match for each component. + */ + for( r = g = b = map, dr = dg = db = -1, i = 0; i < eMapLen_(exp); i++ ) + { + if(map[i].Rstate >= SHARED && dr > abs((int)(map[i].red-rgb->red))) + { + dr = abs((int)(map[i].red-rgb->red)); + r = &map[i]; + } + if(map[i].Gstate >= SHARED && dg > abs((int)(map[i].grn-rgb->grn))) + { + dg = abs((int)(map[i].grn-rgb->grn)); + g = &map[i]; + } + if(map[i].Bstate >= SHARED && db > abs((int)(map[i].blu-rgb->blu))) + { + db = abs((int)(map[i].blu-rgb->blu)); + b = &map[i]; + } + } + rgb->red = r->red; + rgb->grn = g->grn; + rgb->blu = b->blu; + rgb->pixel = r->pixel & eRedMsk_(exp) + | g->pixel & eGrnMsk_(exp) + | b->pixel & eBluMsk_(exp); + status = AllocColor( eCmap_(exp), &rgb->red, &rgb->grn, &rgb->blu, + &rgb->pixel, eClientIdx_(exp) ); + } + if( status == Success ) + { + r = &map[(rgb->pixel & eRedMsk_(exp)) >> eRedOff_(exp)]; + g = &map[(rgb->pixel & eGrnMsk_(exp)) >> eGrnOff_(exp)]; + b = &map[(rgb->pixel & eBluMsk_(exp)) >> eBluOff_(exp)]; + r->red = rgb->red; + g->grn = rgb->grn; + b->blu = rgb->blu; + r->Rstate = SHARED; + g->Gstate = SHARED; + b->Bstate = SHARED; + } + return( status ); +} /* end MatchDirectAllocColor */ + +/*----------------------------------------------------------------------- +-------------------- routine: allocate a new PseudoColor ---------------- +------------------------------------------------------------------------*/ +static CARD32 MatchPseudoAllocColor( exp, index, update ) + ExpCtxPtr exp; + CARD32 index; + BOOL update; +{ + RGBPtr lst, rgb = &eRGBLst_(exp)[index]; + CARD32 i, status, distance, sum, sqr; + Pixel pixel; + INT32 dif; + + ePxlLst_(exp)[ePxlCnt_(exp)] = -1; + + status = AllocColor( eCmap_(exp), &rgb->red, &rgb->grn, &rgb->blu, + &pixel, eClientIdx_(exp)); + if( status == Success ) + { + ePxlLst_(exp)[ePxlCnt_(exp)++] = pixel; + rgb->Pstate = OWNED; + rgb->pixel = pixel; + rgb->distance = 0.0; + eRGBLst_(exp)[index] = *rgb; + eMapLst_(exp)[pixel] = *rgb; + SetLutEntry( exp, (CARD32)pixel, 0, index ); + + if( update ) + /* + ** See if our new color is a better match for any pending colors. + */ + for( lst = eRGBLst_(exp), i = 0; i < eRGBCnt_(exp); lst++, i++ ) + if( lst->Pstate == PRIVATE ) + { + dif = rgb->red - lst->red; + sqr = dif * dif; + dif = rgb->grn - lst->grn; + sum = dif * dif + sqr; + if( sum < sqr ) + continue; /* overflow */ + + dif = rgb->blu - lst->blu; + distance = dif * dif + sum; + + if( lst->distance > distance && distance >= sum ) + { + lst->distance = distance; + lst->pixel = pixel; + } + } + } + return( status ); +} /* end MatchPseudoAllocColor */ + +/*----------------------------------------------------------------------- +-------------------- routine: share existing PseudoColors --------------- +------------------------------------------------------------------------*/ +static void MatchPseudoClosest( exp ) + ExpCtxPtr exp; +{ + RGBPtr rgb, map; + CARD32 index; + + for( rgb = eRGBLst_(exp), index = 0; index < eRGBCnt_(exp); rgb++, index++ ) + if( rgb->Pstate == PRIVATE ) + { + map = &eMapLst_(exp)[rgb->pixel]; + + if( map->Pstate == SHARED ) + { + AllocColor(eCmap_(exp), &map->red, &map->grn, &map->blu, + &map->pixel, eClientIdx_(exp)); + ePxlLst_(exp)[ePxlCnt_(exp)++] = map->pixel; + } + map->Pstate = OWNED; + *rgb = *map; + SetLutEntry( exp, (CARD32)(map->pixel), 0, index ); + } +} /* end MatchPseudoClosest */ + +/*----------------------------------------------------------------------- +-------- routine: allocate PseudoColors which have no close match ------- +------------------------------------------------------------------------*/ +static void MatchPseudoDistant( exp, limit ) + ExpCtxPtr exp; + double limit; +{ + CARD32 i, count; + double mean; + + MatchPseudoAllocColor( exp, 0, TRUE ); /* in case Colormap was empty */ + + while( ePxlCnt_(exp) < eRGBCnt_(exp) ) + { /* + ** Calculate the mean match distance of all the pending colors. + */ + for( count = 0, mean = 0.0, i = 0; i < eRGBCnt_(exp); i++ ) + if( eRGBLst_(exp)[i].distance > 0 ) + { + count++; + mean += eRGBLst_(exp)[i].distance; + } + mean = mean < limit * count ? limit : mean / (count + 1e-6); + + for( i = 0; i < eRGBCnt_(exp); i++ ) + if( eRGBLst_(exp)[i].Pstate == PRIVATE + && eRGBLst_(exp)[i].distance >= mean + && MatchPseudoAllocColor( exp, i, TRUE) != Success ) + break; /* the colormap is full */ + + if( mean == limit || i < eRGBCnt_(exp) ) + break; + } +} /* end MatchPseudoDistant */ + +/*----------------------------------------------------------------------- +----------- routine: Init Colormap list and required colors list -------- +------------------------------------------------------------------------*/ +static CARD32 MatchPseudoInit( exp ) + ExpCtxPtr exp; +{ + RGBRec state, *map, *rgb; + CARD32 i,m, distance, sum, sqr; + INT32 dif, entries = eMapLen_(exp); + + ReadSingleMap( exp, &state ); + + for( rgb = eRGBLst_(exp), i = 0; i < eRGBCnt_(exp); rgb++, i++ ) + { /* + ** Init RGB components. + */ + rgb->red = SetPseudoColor_(exp, eHst_(exp,0)[i], 0, rgb); + rgb->grn = SetPseudoColor_(exp, eHst_(exp,0)[i], 1, rgb); + rgb->blu = SetPseudoColor_(exp, eHst_(exp,0)[i], 2, rgb); + + if( state.Pstate != FREE ) + { /* + ** Find closest existing match that the hardware can provide. + */ + (*eCmap_(exp)->pScreen->ResolveColor) + (&rgb->red, &rgb->grn, &rgb->blu, eVisual_(exp)); + for(rgb->distance=~0, map=eMapLst_(exp), m=0; mPstate >= SHARED ) + { + dif = rgb->red - map->red; + sqr = dif * dif; + dif = rgb->grn - map->grn; + sum = dif * dif + sqr; + if( sum < sqr ) + continue; /* overflow */ + + dif = rgb->blu - map->blu; + distance = dif * dif + sum; + + if( rgb->distance > distance && distance >= sum ) + { + rgb->distance = distance; + rgb->pixel = m; + if( distance == 0 ) + break; + } + } + } + } + return( state.Pstate ); +} /* end MatchPseudoInit */ + +/*----------------------------------------------------------------------- +------------------ routine: Get Snapshot of Colormap State -------------- +------------------------------------------------------------------------*/ +static void ReadSingleMap( exp, state ) + ExpCtxPtr exp; /* export context */ + RGBPtr state; /* OPTIONAL: pointer to RGBRec in which to return state */ +{ + RGBPtr map; + CARD32 i, available = 0, gray = eGryLmt_(exp) * 65535.0 + 0.5; + + /* + ** Take a snapshot of the current Colormap state. + */ + for( map = eMapLst_(exp), i = 0; i < eMapLen_(exp); map++, i++ ) + { + if( eCmap_(exp)->red[i].fShared ) + { + map->red = eCmap_(exp)->red[i].co.shco.red->color; + map->grn = eCmap_(exp)->red[i].co.shco.green->color; + map->blu = eCmap_(exp)->red[i].co.shco.blue->color; + } + else + { + map->red = eCmap_(exp)->red[i].co.local.red; + map->grn = eCmap_(exp)->red[i].co.local.green; + map->blu = eCmap_(exp)->red[i].co.local.blue; + } + map->pixel = i; + map->Pstate = eStaticCmap_(exp) ? OWNED + : eCmap_(exp)->red[i].refcnt == 0 ? FREE + : eCmap_(exp)->red[i].refcnt == -1 ? PRIVATE : SHARED; + + if( map->Pstate == FREE ) + available++; + + else if( eLvl_(exp,1) == 0 && map->Pstate >= SHARED + && (abs((int)(map->red - map->grn)) > gray + || abs((int)(map->grn - map->blu)) > gray + || abs((int)(map->blu - map->red)) > gray)) + map->Pstate = PRIVATE; + } + if( state ) + state->Pstate = eMchLmt_(exp) == 0.0 + && eRGBCnt_(exp) <= available ? FREE + : available ? SHARED : OWNED; + +} /* end ReadSingleMap */ + +/*----------------------------------------------------------------------- +------------------ routine: Get Snapshot of Colormap State -------------- +------------------------------------------------------------------------*/ +static void ReadTripleMap( exp, state, cnt ) + ExpCtxPtr exp; /* export context */ + RGBPtr state; /* OPTIONAL: pointer to RGBRec in which to return state */ + CARD32 cnt[]; /* OPTIONAL: array of number of pixels required */ +{ + RGBPtr map; + CARD32 i, Rfree = 0, Gfree = 0, Bfree = 0; + + for( map = eMapLst_(exp), i = 0; i < eMapLen_(exp); map++, i++ ) + { + map->pixel = i << eRedOff_(exp) & eRedMsk_(exp) + | i << eGrnOff_(exp) & eGrnMsk_(exp) + | i << eBluOff_(exp) & eBluMsk_(exp); + if( eClass_(exp) == TrueColor ) + { + map->red = map->grn = map->blu = eCmap_(exp)->red[i].co.local.red; + map->Rstate = map->Gstate = map->Bstate = OWNED; + } + else + { + map->red = eCmap_(exp)->red [i].co.local.red; + map->grn = eCmap_(exp)->green[i].co.local.green; + map->blu = eCmap_(exp)->blue [i].co.local.blue; + map->Rstate = eCmap_(exp)->red [i].refcnt == 0 ? FREE + : eCmap_(exp)->red [i].refcnt == -1 ? PRIVATE : SHARED; + map->Gstate = eCmap_(exp)->green[i].refcnt == 0 ? FREE + : eCmap_(exp)->green[i].refcnt == -1 ? PRIVATE : SHARED; + map->Bstate = eCmap_(exp)->blue [i].refcnt == 0 ? FREE + : eCmap_(exp)->blue [i].refcnt == -1 ? PRIVATE : SHARED; + if( map->Rstate == FREE ) + Rfree++; + else if( state && map->Rstate == SHARED ) + state->red = map->red; + if( map->Gstate == FREE ) + Gfree++; + else if( state && map->Gstate == SHARED ) + state->grn = map->grn; + if( map->Bstate == FREE ) + Bfree++; + else if( state && map->Bstate == SHARED ) + state->blu = map->blu; + } + } + if( state ) + { + state->Rstate = cnt[0] <= Rfree ? FREE : Rfree ? SHARED : OWNED; + state->Gstate = cnt[1] <= Gfree ? FREE : Gfree ? SHARED : OWNED; + state->Bstate = cnt[2] <= Bfree ? FREE : Bfree ? SHARED : OWNED; + } +} /* end ReadTripleMap */ + +/*----------------------------------------------------------------------- +------------------- routine: Set an Entry in the LUT ------------------- +------------------------------------------------------------------------*/ +static void SetLutEntry( exp, value, comp, entry ) + ExpCtxPtr exp; + CARD32 value; + CARD32 comp; + CARD32 entry; +{ + UdpPtr udp = Udp_(eLutMap_(exp),comp); + CARD8 *base = upBase_(udp); + CARD32 offset = upPxlStr_(udp)*(eHst_(exp,eLvl_(exp,comp)?comp:0)[entry]); + CARD32 mask = (1 << upPxlStr_(udp)) - 1; + + PUT_VALUE_(base, offset, value, mask); +} /* end SetLutEntry */ + +/*----------------------------------------------------------------------- +-------------- routine: Setup Udp for various export operations -------- +------------------------------------------------------------------------*/ +static void SetupUdp( udp, levels, bits, comp ) + UdpPtr udp; + CARD32 levels; + CARD32 bits; + CARD32 comp; +{ + upCmpIdx_(udp) = comp; + upLvl_(udp) = levels; + upPxlLen_(udp) = bits; + upDType_(udp) = UtilDType(bits, XieK_PCM, upPxlStr_(udp), upScnStr_(udp)); + upClass_(udp) = UtilClass(upDType_(udp),XieK_PCM); +} /* end SetupUdp */ + +/*----------------------------------------------------------------------- +----------------- routine: Create Export pipeline element --------------- +------------------------------------------------------------------------*/ +static int _ExportCreate(pipe, img, dstx, dsty) + Pipe pipe; + PhotomapPtr img; + INT32 dstx, dsty; +{ + CARD32 comp, dtype, dtype_mask; + ExportPipeCtxPtr ctx = (ExportPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &ExportPipeElement,FALSE); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Build our ExportPipeCtx from the arguments passed in. + */ + ExpSrc_(ctx) = img; + ExpDstX_(ctx) = dstx; + ExpDstY_(ctx) = dsty; + +#if defined(DWV3) + if( IsBitonal_(img) ) + { + dtype = UdpK_DTypeUndefined; + dtype_mask = DtM_VU | DtM_CL; + } + else + { + dtype = IsGrayScale_(img) ? UdpK_DTypeBU : UdpK_DTypeUndefined; + dtype_mask = DtM_Constrained; + } +#else + dtype = IsBitonal_(img) ? UdpK_DTypeVU + : IsGrayScale_(img) ? UdpK_DTypeBU : UdpK_DTypeUndefined; + dtype_mask = DtM_Constrained; +#endif + /* + ** Create a drain for each available source component. + */ + for( comp = 0; comp < CmpCnt_(img); comp++ ) + { + ExpDrn_(ctx,comp) = DdxRmCreateDrain_( Sink_(img), (1< 0 ) + /* + ** Set the quantum for the green and blue drains to + ** match what we obtained from the red drain. + */ + DdxRmSetQuantum_( ExpDrn_(ctx,comp), + DatHeight_(ExpDat_(ctx,0)) ); + + ExpDat_(ctx,comp) = DdxRmGetData_(ctx,ExpDrn_(ctx,comp)); + + if( IsPointer_(ExpDat_(ctx,comp)) ) + SnkUdpPtr_(cvt,comp) = DatUdpPtr_(ExpDat_(ctx,comp)); + else if( ExpDat_(ctx,comp) == NULL ) + break; + else + return( (int) ExpDat_(ctx,comp) ); + } + if( comp < CmpCnt_(ExpSrc_(ctx)) ) + break; + + /* + ** If the client trashed one of his resources, return the + ** appropriate error. + */ + if( !eClientDrw_(exp) ) + s = BadDrawable; + else if ( !eClientGC_(exp) ) + s = BadGC; + else if ( eCmapId_(exp) && !eCmap_(exp) ) + s = BadColor; + if ( s != Success ) + continue; + + /* + ** Do pre-export stuff. + */ + ValidateDrawableAndGC_( eClient_(exp) ); + s = Format( exp, cvt ); + if( s != Success ) break; + /* + ** Determine the coincidence of drain data and export region. + */ + pix = *ePixUdp_(exp); + urX1_(pix) = max(SnkX1_(cvt,0), urX1_(pix)); + urX2_(pix) = min(SnkX2_(cvt,0), urX2_(pix)); + urY1_(pix) = max(SnkY1_(cvt,0), urY1_(pix)); + urY2_(pix) = min(SnkY2_(cvt,0), urY2_(pix)); + if( urX2_(pix) < urX1_(pix) || urY2_(pix) < urY1_(pix) ) + continue; + + urWidth_(pix) = urX2_(pix) - urX1_(pix) + 1; + urHeight_(pix) = urY2_(pix) - urY1_(pix) + 1; + urArSize_(pix) = urScnStr_(pix) * urHeight_(pix); + + s = Export( exp, cvt, &pix, + ExpDstX_(ctx) + urX1_(pix) - upX1_(ePixUdp_(exp)), + ExpDstY_(ctx) + urY1_(pix) - upY1_(ePixUdp_(exp)) ); + + if( IsPointer_(urBase_(pix)) + && urBase_(pix) != upBase_(ePixUdp_(exp)) ) + DdxFreeBits_( urBase_(pix) ); /* free converted data */ + } + return( s ); +} /* end _ExportActivate */ + +/*----------------------------------------------------------------------- +------------------------- routine: _ExportFlush ------------------------- +------------------------------------------------------------------------*/ +static int _ExportFlush(ctx) + ExportPipeCtxPtr ctx; +{ + ExpCtxPtr exp = Eport_(ExpSrc_(ctx)); + PipeSinkPtr sink = Sink_(ExpSrc_(ctx)); + + if( !IsPointer_(exp) ) + return( Success ); /* Something isn't right. Punt. */ + + if (DrnDtyp_(ExpDrn_(ctx,0)) == UdpK_DTypeCL) + { + /* + ** If change lists remain to be drawn, do it now... + */ + if (eSpnIdx_(exp) != 0) + { + GCPtr spanGC = (eSpnGC_(exp) == NULL) ? eClientGC_(exp) : + eSpnGC_(exp); + FillSpans_(eClientDrw_(exp), + spanGC, + eSpnIdx_(exp), + eSpnPt_(exp), + eSpnW_(exp)); + + eSpnIdx_(exp) = 0; + } + } + + _ExportFreeData(ctx); + ExportDone( Eport_(ExpSrc_(ctx)) ); + + return( Success ); +} /* end _ExportFlush */ + +/*----------------------------------------------------------------------- +------------------------- routine: _ExportDestroy ----------------------- +------------------------------------------------------------------------*/ +static int _ExportDestroy(ctx) + ExportPipeCtxPtr ctx; +{ + CARD32 comp; + + for( comp = 0; comp < CmpCnt_(ExpSrc_(ctx)); comp++ ) + if( IsPointer_(ExpDrn_(ctx,comp)) ) + DdxRmDestroyDrain_( ExpDrn_(ctx,comp) ); + + return( Success ); +} /* end _ExportDestroy */ + +/*----------------------------------------------------------------------- +------------------------- routine: _ExportAbort ------------------------- +------------------------------------------------------------------------*/ +static int _ExportAbort(ctx) + ExportPipeCtxPtr ctx; +{ + _ExportFlush(ctx); + eCmap_(Eport_(ExpSrc_(ctx))) = NULL; /* forget the Colormap */ + + return( Success ); +} /* end _ExportAbort */ + +/*----------------------------------------------------------------------- +-------------------- routine: _Export Free Data segment ----------------- +------------------------------------------------------------------------*/ +static int _ExportFreeData(ctx) + ExportPipeCtxPtr ctx; +{ + PipeSinkPtr cvt = ExpCvt_(ctx); + CARD32 comp; + + for( comp = 0; comp < CmpCnt_(ExpSrc_(ctx)); comp++ ) + { + if( IsPointer_(ExpDat_(ctx,comp)) ) + DdxRmDeallocData_( ExpDat_(ctx,comp) ); + + if( IsPointer_(cvt) ) + SnkUdpPtr_(cvt,comp) = NULL; + ExpDat_(ctx,comp) = NULL; + } + return( Success ); +} /* end _ExportFreeData */ +/* end module XieDisplay.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/XieDisplay.h b/xie/docs/dec/xie23-src/server/xie/XieDisplay.h new file mode 100644 index 0000000..219fa43 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieDisplay.h @@ -0,0 +1,254 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension DIX +** +** ABSTRACT: +** +** This is the header file for the DIX DISPLAY module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** February 19, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + + /* + ** Core X Includes (to access Colormap, Drawable, GC, Screen, Visual...). + */ +#if defined(VAX) && !defined(MITR5) +#include +#endif +#include +#include +#include +#include + + /* + ** RGB record and state constants. + */ +typedef struct _RGB { + CARD16 red; + CARD16 grn; + CARD16 blu; + BOOL status; + unsigned Pstate : 2; + unsigned Rstate : 2; + unsigned Gstate : 2; + unsigned Bstate : 2; + Pixel pixel; + CARD32 distance; +} RGBRec, *RGBPtr; +#define PRIVATE 0 /* private color cell or pending allocation */ +#define FREE 1 /* available color cell */ +#define SHARED 2 /* sharable color cell */ +#define OWNED 3 /* static color cell or allocated color */ + + /* + ** ExportContext. + */ +typedef struct _ExpCtxRec { + ClientPtr Client; /* X11 client pointer */ + CARD32 DrwId; /* X11 drawable id */ + CARD32 GCId; /* X11 GC id */ + CARD32 CmapId; /* X11 Colormap id */ + ColormapPtr Cmap; /* X11 Colormap */ + PhotomapPtr LutMap; /* LUT for pixel mapping */ + UdpPtr PixUdp; /* final export ZPixmap Udp */ + UdpPtr PreUdp; /* pre-format ZPixmap Udp */ + double MchLmt; /* match_limit */ + double GryLmt; /* gray_limit */ + CARD32 *PxlLst; /* allocated pixel list */ + CARD32 PxlCnt; /* allocated pixel count */ + RGBPtr MapLst; /* colors available list */ + RGBPtr RGBLst; /* colors required list */ + CARD32 RGBCnt; /* colors required count */ + CARD32 *Hst[XieK_MaxComponents]; /* histogram arrays */ + CARD32 Len[XieK_MaxComponents]; /* RGB lengths */ + CARD32 Lvl[XieK_MaxComponents]; /* RGB levels */ + CARD32 Mul[XieK_MaxComponents]; /* RGB component multipliers */ +#if !defined(X11R3) || defined(DWV3) + DDXPointPtr SpanPoints; /* Span points array */ + CARD32 *SpanWidths; /* Span widths array */ + GCPtr SpanGC; /* GC to use when drawing spans */ + CARD32 SpanCount; /* Span entries allocated */ + CARD32 SpanIndex; /* Curr position in span list */ +#endif + CARD16 RGBPol; /* RGB polarity */ + CARD8 Depth; /* depth */ + unsigned Busy : 1; /* True == export in progress */ + unsigned Masks : 1; /* True == use RGB masks */ + unsigned PreFmt : 1; /* True == pre-format to ZPixmap*/ + unsigned HstAll : 1; /* True == histogram entire src */ + unsigned _reserved : 4; +} ExpCtxRec; + /* + ** ExportContext access macros. + */ +#define eClient_(exp) ((exp)->Client) +#define eClientDrw_(exp) (eClient_(exp)->lastDrawable) +#define eClientGC_(exp) (eClient_(exp)->lastGC) +#define eClientIdx_(exp) (eClient_(exp)->index) +#define eDrwId_(exp) ((exp)->DrwId) +#define eGCId_(exp) ((exp)->GCId) +#define eCmapId_(exp) ((exp)->CmapId) +#define eCmap_(exp) ((exp)->Cmap) +#define eClass_(exp) (eCmap_(exp)->class) +#define eDynamicCmap_(exp) (eCmap_(exp)->class&DynamicClass) +#define eStaticCmap_(exp) (!eDynamicCmap_(exp)) +#define eVisual_(exp) (eCmap_(exp)->pVisual) +#define eRedMsk_(exp) (eCmap_(exp)->pVisual->redMask) +#define eGrnMsk_(exp) (eCmap_(exp)->pVisual->greenMask) +#define eBluMsk_(exp) (eCmap_(exp)->pVisual->blueMask) +#define eRedOff_(exp) (eCmap_(exp)->pVisual->offsetRed) +#define eGrnOff_(exp) (eCmap_(exp)->pVisual->offsetGreen) +#define eBluOff_(exp) (eCmap_(exp)->pVisual->offsetBlue) +#define eMapLen_(exp) (eCmap_(exp)->pVisual->ColormapEntries) +#define eLutMap_(exp) ((exp)->LutMap) +#define ePixUdp_(exp) ((exp)->PixUdp) +#define ePreUdp_(exp) ((exp)->PreUdp) +#define eMchLmt_(exp) ((exp)->MchLmt) +#define eGryLmt_(exp) ((exp)->GryLmt) +#define ePxlLst_(exp) ((exp)->PxlLst) +#define ePxlCnt_(exp) ((exp)->PxlCnt) +#define eMapLst_(exp) ((exp)->MapLst) +#define eRGBLst_(exp) ((exp)->RGBLst) +#define eRGBCnt_(exp) ((exp)->RGBCnt) +#define eHst_(exp,comp) ((exp)->Hst[(comp)]) +#define eLen_(exp,comp) ((exp)->Len[(comp)]) +#define eLvl_(exp,comp) ((exp)->Lvl[(comp)]) +#define eMul_(exp,comp) ((exp)->Mul[(comp)]) +#if !defined(X11R3) || defined(DWV3) +#define eSpnPt_(exp) ((exp)->SpanPoints) +#define eSpnW_(exp) ((exp)->SpanWidths) +#define eSpnGC_(exp) ((exp)->SpanGC) +#define eSpnCnt_(exp) ((exp)->SpanCount) +#define eSpnIdx_(exp) ((exp)->SpanIndex) +#endif +#define eRGBPol_(exp) ((exp)->RGBPol) +#define eDepth_(exp) ((exp)->Depth) +#define eBusy_(exp) ((exp)->Busy) +#define eMasks_(exp) ((exp)->Masks) +#define ePreFmt_(exp) ((exp)->PreFmt) +#define eHstAll_(exp) ((exp)->HstAll) + +/* +** Structure definitions and Typedefs +*/ + /* + ** Export Pipe Context. + */ +typedef struct _ExportPipeCtx { + PipeElementCommonPart common; + struct _ExportPart { + PhotomapPtr Src; /* source Photo{map|tap}*/ + PipeSinkRec Cvt; /* data conversion sink */ + PipeDrainPtr Drn[XieK_MaxComponents]; /* drains */ + PipeDataPtr Dat[XieK_MaxComponents]; /* drains' data */ + INT32 DstX, DstY; /* drawable X,Y */ + } ExportPart; +} ExportPipeCtx, *ExportPipeCtxPtr; + /* + ** Pipeline context, Export part, access macros + */ +#define ExpSrc_(ctx) ((ctx)->ExportPart.Src) +#define ExpCvt_(ctx) (&(ctx)->ExportPart.Cvt) +#define ExpDrn_(ctx,comp) ((ctx)->ExportPart.Drn[(comp)]) +#define ExpDat_(ctx,comp) ((ctx)->ExportPart.Dat[(comp)]) +#define ExpDstX_(ctx) ((ctx)->ExportPart.DstX) +#define ExpDstY_(ctx) ((ctx)->ExportPart.DstY) + +/* +** MACRO definitions +*/ + /* + ** MACRO to compute an RGB component value: + ** Component value + ** * the maximum dst value that can be expressed (65535) + ** / the maximum src value for component + ** ^ polarity (0x0000 == normal, 0xffff == invert) + */ +#define ScaleColor_(exp,value,comp) (eLvl_(exp,comp) < 2 ? 0 : \ + (value) * 65535 / (eLvl_(exp,comp) - 1) ^ eRGBPol_(exp)) + + /* + ** MACRO to extract an RGB component value from a ZPixmap pixel: + ** pixel / "component multiplier" % "number of levels for component" + */ +#define ExtractColor_(exp,value,comp) ((value)/eMul_(exp,comp)%eLvl_(exp,comp)) + + /* + ** MACRO to set DirectColor RGB component values + */ +#define SetDirectColor_(exp,pxl,comp,rgb) \ + (eLvl_(exp,comp) == 0 ? rgb->red : ScaleColor_(exp,pxl,comp)) + + /* + ** MACRO to extract PseudoColor RGB component values from a ZPixmap pixel + */ +#define SetPseudoColor_(exp,pxl,comp,rgb) \ + ( eLvl_(exp,comp) == 0 ? rgb->red \ + : ScaleColor_(exp,((pxl)/eMul_(exp,comp)%eLvl_(exp,comp)),comp)) + diff --git a/xie/docs/dec/xie23-src/server/xie/XieEvents.c b/xie/docs/dec/xie23-src/server/xie/XieEvents.c new file mode 100644 index 0000000..1e0c2f0 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieEvents.c @@ -0,0 +1,225 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** This Xie module consists of DIX procedures for event +** service requests. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Bernardo Tagariello +** Robert NC Shelley +** +** CREATION DATE: +** +** March 23, 1990 +** +************************************************************************/ + +/* +** Include files +*/ +#include +/* +** Core X Includes +*/ +#include +#include +#include +#include +#include +/* +** XIE Includes +*/ +#include +#include +#include +#include +#include + +/* +** Table of contents +*/ + /* + ** Xie protocol proceedures called from XieMain + */ +int ProcQueryEvents(); +int ProcSelectEvents(); + /* + ** routines referenced by other modules + */ +int xieDoSendEvent(); + /* + ** routines used internally by XieEvents + */ + +/* +** Equated Symbols +*/ + +/* +** MACRO definitions +*/ + +/* +** External References +*/ +externalref ClientTableRec xieClientTable[MAXCLIENTS]; + +extern CARD32 xieClients; /* num of clients served */ +extern CARD32 xieEventBase; /* Base for Xie events */ +extern CARD32 xieReqCode; /* XIE main opcode */ +#if defined(X11R3) && !defined(DWV3) +extern CARD16 RC_xie; /* XIE Class */ +extern CARD16 RT_photo; /* Photo{flo|map|tap} resource */ +extern CARD16 RT_idc; /* Cpp, Roi & Tmp resource types*/ +#else /* X11R4 || DWV3 */ +extern RESTYPE RC_xie; /* XIE Class */ +extern RESTYPE RT_photo; /* Photo{flo|map|tap} resource */ +extern RESTYPE RT_idc; /* Cpp, Roi & Tmp resource types*/ +#endif + +externalref int (*xieDixSwap[X_ieLastRequest])(); /* Reply swap dispatch + * tables */ +externalref int (*xieDixSwapReply[])(); +void WriteEventToClient(); + +/* +** Local Storage +*/ + +/*----------------------------------------------------------------------- +------------------------- QueryEvents Procedure ------------------------- +------------------------------------------------------------------------*/ +int ProcQueryEvents( client ) + ClientPtr client; /* client pointer */ +{ + xieQueryEventsReply rep; + REQUEST( xieQueryEventsReq); + REQUEST_SIZE_MATCH( xieQueryEventsReq ); + + /* + ** Build reply. + */ + rep.type = X_Reply; + rep.length = 0; + rep.sequenceNumber = client->sequence; + rep.event_mask = xieClientTable[client->index].event_mask; + + WriteXieReplyToClient( client, sizeof(xieQueryEventsReply), &rep ); + + return(Success); +} /* end ProcQueryEvents */ + +/*----------------------------------------------------------------------- +------------------------- SelectEvents Procedure ------------------------ +------------------------------------------------------------------------*/ +int ProcSelectEvents( client ) + ClientPtr client; /* client pointer */ +{ + REQUEST( xieSelectEventsReq ); + REQUEST_SIZE_MATCH( xieSelectEventsReq ); + + /* + ** Stash new event mask. + */ + xieClientTable[client->index].event_mask = stuff->event_mask; + + return(Success); +} /* end ProcSelectEvents */ + +/*----------------------------------------------------------------------- +----------------------- routine: Send an Event ----------------------- +------------------------------------------------------------------------*/ +int xieDoSendEvent( client, res, type ) + ClientPtr client; /* client pointer */ + CommonPartPtr res; /* resource pointer */ + CARD8 type; /* event type */ +{ + PhotomapPtr img; + xieSendEvent event; + REQUEST( xieReq ); + + if( type == XieK_ComputationEvent ) + { /* + ** Remember that this sink is full of image data. + */ + img = (PhotomapPtr)res; + SnkFull_(Sink_(img)) = TRUE; + SnkUdpFinalMsk_(Sink_(img)) = (1<index].event_mask & 1<sequence; + event.resource_id = ResId_(res); + WriteEventToClient( client, sizeof(xieSendEvent), &event ); + } + + return(Success); +} /* End of xieDoSendEvent */ +/* end module XieEvents.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/XieMacros.h b/xie/docs/dec/xie23-src/server/xie/XieMacros.h new file mode 100644 index 0000000..152230b --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieMacros.h @@ -0,0 +1,367 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** The XieMacros module consists of all XIE macros. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** May 3, 1989 +** +************************************************************************/ + + /* + ** This macro sends "code" and "id" if "test" is FALSE, NULL, or = 0. + ** + ** Error exit - code + */ +#define OkIf_(test,id,code) \ + if(!(test)) {SendErrorToClient(client,xieReqCode,stuff->opcode,id,code);\ + return(code);} else + +#define RequestOkIf_(test,id) OkIf_(test,id,BadRequest) +#define ValueOkIf_(test,id) OkIf_(test,id,BadValue) +#define MatchOkIf_(test,id) OkIf_(test,id,BadMatch) +#define DrawableOkIf_(test,id) OkIf_(test,id,BadDrawable) +#define AccessOkIf_(test,id) OkIf_(test,id,BadAccess) +#define AllocOkIf_(test,id) OkIf_(test,id,BadAlloc) +#define ColorOkIf_(test,id) OkIf_(test,id,BadColor) +#define GCOkIf_(test,id) OkIf_(test,id,BadGC) +#define IDChoiceOkIf_(test,id) OkIf_(test,id,BadIDChoice) +#define LengthOkIf_(test,id) OkIf_(test,id,BadLength) + +#define BadRequest_(id) OkIf_(FALSE,id,BadRequest) +#define BadValue_(id) OkIf_(FALSE,id,BadValue) +#define BadMatch_(id) OkIf_(FALSE,id,BadMatch) +#define BadDrawable_(id) OkIf_(FALSE,id,BadDrawable) +#define BadAccess_(id) OkIf_(FALSE,id,BadAccess) +#define BadAlloc_(id) OkIf_(FALSE,id,BadAlloc) +#define BadColor_(id) OkIf_(FALSE,id,BadColor) +#define BadGC_(id) OkIf_(FALSE,id,BadGC) +#define BadIDChoice_(id) OkIf_(FALSE,id,BadIDChoice) +#define BadLength_(id) OkIf_(FALSE,id,BadLength) + + /* + ** This macro guarantees that a Photomap contains PCM data. + */ +#define BePCM_(img,id)\ + if(IsPointer_(img) && (AnyPending_(img) || !IsPCM_(img)))\ + {int _s = UtilBePCM(img); OkIf_(_s==Success, (id), _s);} else + + /* + ** This macro calls a function using index [stuff->opcode] + */ +#define CallProc_(table) (*(table)[stuff->opcode]) + + /* + ** This macro checks that an XIE resource ID is valid as a new resource. + ** + ** Error exit - BadIDChoice + */ +#if defined(X11R3) && !defined(DWV3) +#define CheckNewResource_(id,rType)\ + IDChoiceOkIf_(client->clientAsMask==CLIENT_BITS(id) && !(id&SERVER_BIT)\ + && LookupID(id,rType,RC_xie)==0, id) +#else /* X11R4 || DWV3 */ +#define CheckNewResource_(id,rType)\ + IDChoiceOkIf_(client->clientAsMask==CLIENT_BITS(id) && !(id&SERVER_BIT)\ + && LookupIDByType(id,rType)==0, id) +#endif + + /* + ** This macro hides the difference between X11R3 and X11R4 AddResource. + */ +#if defined(X11R3) && !defined(DWV3) +#define AddResource_(id,type,res)\ + ResId_(res)=id;\ + AddResource(id,type,res,UtilFreeResource,RC_xie) +#else /* X11R4 || DWV3 */ +#define AddResource_(id,type,res)\ + ResId_(res)=id;\ + AllocOkIf_(AddResource(id,type,res),id) +#endif + + /* + ** This macro hides the difference between X11R3 and X11R4 FreeResource. + */ +#if defined(X11R3) && !defined(DWV3) +#define FreeResource_(id)\ + FreeResource(id,RC_NONE) +#else /* X11R4 || DWV3 */ +#define FreeResource_(id)\ + FreeResource(id,RT_NONE) +#endif + + /* + ** This macro hides the difference between X11R3 and X11R4 Id Lookup + */ +#if defined(X11R3) && !defined(DWV3) +#define LookupId_(id,type)\ + LookupID(id,type,RC_xie) +#else /* X11R4 || DWV3 */ +#define LookupId_(id,type)\ + LookupIDByType(id,type) +#endif + + /* + ** This macro calls the LookupPhotos routine and tests the result returned. + ** + ** Error exit - result of LookupPhotos if result not "Success" + */ +#define LookupPhotos_(pflo,pmap,src_id,dst_id)\ + {int status = LookupPhotos(client,(pflo),(pmap),(src_id),(dst_id));\ + if( status ) return status;} + + /* + ** This macro calls the LookupIdc routine and tests the result returned. + ** + ** Error exit - result of LookupIdc if result not "Success" + */ +#define LookupIdc_(pidc,idc_id,type)\ + {int status = LookupIdc(client,(pidc),(idc_id),(type));\ + if( status ) return status;} + /* + ** This macro calls the LookupCppRoi routine and tests the result. + ** + ** Error exit - result of LookupCppRoi if result not "Success" + */ +#define LookupCppRoi_(pres, pudp,idc_id)\ + {int status = LookupCppRoi(client,(pres),(pudp),(idc_id));\ + if( status ) return status;} + + /* + ** This macro looks up a colormap. + */ +#if defined(X11R3) && !defined(DWV3) +#define LookupColormap_(pColormap,colormapID)\ + pColormap = (ColormapPtr)LookupID(colormapID,RT_COLORMAP,RC_CORE) +#else /* X11R4 || DWV3 */ +#define LookupColormap_(pColormap,colormapID)\ + pColormap = (ColormapPtr)LookupIDByType(colormapID,RT_COLORMAP) +#endif + + /* + ** This macro looks up a drawable. + */ +#if defined(X11R3) && !defined(DWV3) +#define LookupDrawable_(client,drawID)\ + if(client->lastDrawableID != drawID)\ + {\ + client->lastDrawable = (DrawablePtr)\ + LookupID(drawID,RT_DRAWABLE,RC_CORE);\ + client->lastDrawableID = drawID;\ + }\ + if(client->lastDrawable==0 || \ + client->lastDrawable->type != DRAWABLE_WINDOW && \ + client->lastDrawable->type != DRAWABLE_PIXMAP)\ + {\ + client->lastDrawable = NULL;\ + client->lastDrawableID = -1;\ + } +#else /* X11R4 || DWV3 */ +#define LookupDrawable_(client,drawID)\ + if(client->lastDrawableID != drawID)\ + {\ + client->lastDrawable = (DrawablePtr)LookupDrawable(drawID,client);\ + client->lastDrawableID = drawID;\ + }\ + if(client->lastDrawable == NULL)\ + client->lastDrawableID = -1 +#endif + + /* + ** This macro looks up a GC. + */ +#if defined(X11R3) && !defined(DWV3) +#define LookupGC_(client,GCID)\ + if(client->lastGCID != GCID)\ + {\ + client->lastGC = (GC *)LookupID(GCID, RT_GC, RC_CORE);\ + client->lastGCID = GCID;\ + }\ + if(client->lastGC == 0)\ + client->lastGCID = -1 +#else /* X11R4 || DWV3 */ +#define LookupGC_(client,GCID)\ + if(client->lastGCID != GCID)\ + {\ + client->lastGC = (GC *)LookupIDByType(GCID, RT_GC);\ + client->lastGCID = GCID;\ + }\ + if(client->lastGC == 0)\ + client->lastGCID = -1 +#endif + /* + ** This macro helps with the book keeping when we are using scratch GCs. + */ +#define UsingScratchGC_(client,gcptr) \ + client->lastGC = gcptr; \ + client->lastGCID = -1 + + /* + ** This macro validates the most recently used Drawable and GC. + */ +#define ValidateDrawableAndGC_(client)\ + if(client->lastGC->serialNumber != client->lastDrawable->serialNumber)\ + ValidateGC(client->lastDrawable, client->lastGC) + + /* + ** This macro makes sure that the drawable and GC are compatible. + ** + ** Error exit - BadDrawable, BadGC, BadMatch + */ +#define LookupDrawableAndGC_(client,drawID,GCID)\ + LookupDrawable_(client,drawID);\ + DrawableOkIf_(client->lastDrawable,drawID);\ + LookupGC_(client,GCID);\ + GCOkIf_(client->lastGC,GCID);\ + if( client->lastDrawable->type == UNDRAWABLE_WINDOW \ + || client->lastGC->depth != client->lastDrawable->depth \ + || client->lastGC->pScreen != client->lastDrawable->pScreen)\ + {\ + client->lastGC = NULL;\ + client->lastGCID = -1;\ + BadMatch_(GCID);\ + }\ + ValidateDrawableAndGC_(client) + + /* + ** This macro calls the LookupTmp routine and tests the result returned. + ** + ** Error exit - result of LookupTmp if result not "Success" + */ +#define LookupTmp_(pres, pudp,idc_id)\ + {int status = LookupTmp(client,(pres),(pudp),(idc_id));\ + if( status ) return status;} + + /* + ** These macros return the coordinates and dimensions of a drawable. + */ +#ifdef X11R3 +#define DrawableX_(pDraw) \ + (pDraw->type!=DRAWABLE_PIXMAP ? ((WindowPtr)pDraw)->clientWinSize.x : 0) +#define DrawableY_(pDraw) \ + (pDraw->type!=DRAWABLE_PIXMAP ? ((WindowPtr)pDraw)->clientWinSize.y : 0) +#ifdef VMS +#define DrawableWidth_(pDraw) \ + (pDraw->type!=DRAWABLE_PIXMAP \ + ? ((WindowPtr)pDraw)->clientWinSize.width \ + : ((PixmapPtr)pDraw)->mem_header->desc->width) +#define DrawableHeight_(pDraw) \ + (pDraw->type!=DRAWABLE_PIXMAP \ + ? ((WindowPtr)pDraw)->clientWinSize.height \ + : ((PixmapPtr)pDraw)->mem_header->desc->height) +#else /* NOT VMS */ +#define DrawableWidth_(pDraw) \ + (pDraw->type!=DRAWABLE_PIXMAP \ + ? ((WindowPtr)pDraw)->clientWinSize.width \ + : ((PixmapPtr)pDraw)->width) +#define DrawableHeight_(pDraw) \ + (pDraw->type!=DRAWABLE_PIXMAP \ + ? ((WindowPtr)pDraw)->clientWinSize.height \ + : ((PixmapPtr)pDraw)->height) +#endif +#else /* X11R4 */ +#define DrawableX_(pDraw) (((DrawablePtr)pDraw)->x) +#define DrawableY_(pDraw) (((DrawablePtr)pDraw)->x) +#define DrawableWidth_(pDraw) (((DrawablePtr)pDraw)->width) +#define DrawableHeight_(pDraw) (((DrawablePtr)pDraw)->height) +#endif + + /* + ** This macro calls core PutImage + */ +#if defined(X11R3) && !defined(DWV3) +#define PutImage_(draw,gc,depth,x,y,w,h,pad,format,adr) \ + (*gc->PutImage)(draw,gc,depth,x,y,w,h,pad,format,adr) +#else /* X11R4 || DWV3 */ +#define PutImage_(draw,gc,depth,x,y,w,h,pad,format,adr) \ + (*gc->ops->PutImage)(draw,gc,depth,x,y,w,h,pad,format,adr) +#define FillSpans_(draw,gc,count,points,widths) \ + (*gc->ops->FillSpans)(draw, gc, count, points, widths, 1) +#endif + +/* Macros to support swapped byte clients */ +#define WriteXieReplyToClient(pClient, size, pReply) \ + if ((pClient)->swapped) \ + CallProc_(xieDixSwapReply)(pClient, (int)(size), pReply); \ + else (void) WriteToClient(pClient, (int)(size), (char *)(pReply)); + +#define WriteSwappedXieDataToClient(pClient, size, pbuf) \ + if ((pClient)->swapped) \ + (*(pClient)->pSwapReplyFunc)(pClient, (int)(size), pbuf); \ + else (void) WriteToClient (pClient, (int)(size), (char *)(pbuf)); + +#define SetSwappedDataRtn(pClient, typ) \ + pClient->pSwapReplyFunc = xieDixSwapData[sizeof(typ)]; + +/* Macro to byte-swap the necessary fields of an XieFloat record */ +#define swapfloat(fp, n) \ +{ \ + swaps(fp.exponent, n); \ + swapl(fp.mantissa, n); \ +} diff --git a/xie/docs/dec/xie23-src/server/xie/XieMain.c b/xie/docs/dec/xie23-src/server/xie/XieMain.c new file mode 100644 index 0000000..c50b711 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieMain.c @@ -0,0 +1,477 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** The XieMain module does the following : +** +** - identifies X Image Extension to X11 +** - initializes the extension resources class and types +** - invokes DDX-specific initialization routine +** - identifies X Image Extension Request +** - checks length, performs the XIE request preprocessing +** and processing. +** - swaps request, send replies, errors and events +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** January 31, 1989 +** +************************************************************************/ + +/* +** Include files +*/ +#include + /* + ** Core X Includes + */ +#include +#include +#include +#include +#include + /* + ** XIE Includes + */ +#include /* Get the DDX interface */ +#include +#include +#include +#include +#include + +/* +** Table of contents +*/ +void XieInit(); /* Xie Init routine */ +int XieDispatcher(); /* Xie Request Dispatcher */ +int XieSwapDispatcher(); /* Swap Request then Dispatch */ +void XieReset(); /* Xie Reset */ +void XiePacketTrace(); /* Packet trace function */ + +/* +** Equated Symbols +*/ + +/* +** MACRO definitions +*/ + +/* +** External References +*/ +#if defined(X11R3) && !defined(DWV3) + /* Nothing */ +#else +extern int UtilFreeResource(); +#endif +#undef FatalError + +externalref int (*xieDixProc[X_ieLastRequest])(); +externalref int (*xieDixSwap[X_ieLastRequest])(); + +extern CARD32 xiePipeTimeslice; + +/* +** Global Storage +*/ +CARD32 xieClients; /* num of clients served */ +CARD32 xieEventBase; /* Base for Xie events */ +CARD32 xieReqCode; /* XIE main opcode */ +#if defined(X11R3) && !defined(DWV3) +CARD16 RC_xie; /* XIE Class */ +CARD16 RT_photo; /* Photo{flo|map|tap} resource */ +CARD16 RT_idc; /* Cpp, Roi & Tmp resource types*/ +#else /* X11R4 || DWV3 */ +RESTYPE RC_xie; /* XIE Class */ +RESTYPE RT_photo; /* Photo{flo|map|tap} resource */ +RESTYPE RT_idc; /* Cpp, Roi & Tmp resource types*/ +#endif + +/* +** Local storage +*/ +static BOOL xiePacketTrace; /* Enable packet tracing */ + +static char *opstr[] = { + "NotRequest", /* 0 */ + "InitSession", /* 1 */ + "TermSession", /* 2 */ + "QueryEvents", /* 3 */ + "SelectEvents", /* 4 */ + "SetOpDefaults", /* 5 */ + "QueryOpDefaults", /* 6 */ + "ClonePhoto", /* 7 */ + "CreateResource", /* 8 */ + "DeleteResource", /* 9 */ + "QueryResource", /* 10 */ + "BindMapToFlo", /* 11 */ + "AbortFlo", /* 12 */ + "ExecuteFlo", /* 13 */ + "TapFlo", /* 14 */ + "AbortTransport", /* 15 */ + "GetStream", /* 16 */ + "GetTile", /* 17 */ + "PutStream", /* 18 */ + "PutTile", /* 19 */ + "SetTransport", /* 20 */ + "Export", /* 21 */ + "FreeExport", /* 22 */ + "Import", /* 23 */ + "QueryExport", /* 24 */ + "Area", /* 25 */ + "AreaStats", /* 26 */ + "Arith", /* 27 */ + "CalcHistogram", /* 28 */ + "ChromeCom", /* 29 */ + "ChromeSep", /* 30 */ + "Compare", /* 31 */ + "Constrain", /* 32 */ + "Crop", /* 33 */ + "Dither", /* 34 */ + "Fill", /* 35 */ + "Logical", /* 36 */ + "Luminance", /* 37 */ + "MatchHistogram", /* 38 */ + "Math", /* 39 */ + "Mirror", /* 40 */ + "Point", /* 41 */ + "PointStats", /* 42 */ + "Rotate", /* 43 */ + "Scale", /* 44 */ + "Translate" /* 45 */ +}; + + +/************************************************************************ +** +** FUNCTIONAL DESCRIPTION: +** +** This module contains the XIE intialization code. All XIE software +** related tasks are performed by XieInit. This includes defining an +** XIE resource class and several XIE resource types - Photomap ,Cpp etc. +** In addition, XieInit must identify the extension, its errors and +** events to the CORE X. +** +** All DDX related intialization tasks will be performed by the +** DdxInit procedure. In particular, this module will initialize +** the DDX procedure dispatch table. +** +** If the DDX initialization fails, the DDXInit routine should +** record the reason in the server error log, but not abort +** the server. We will only abort if the core X server returns +** an error when we attempt to add the extension. +** +** +** FORMAL PARAMETERS: +** +** The command line arguments argc,argv are passed in. +** +** IMPLICIT INPUTS: +** +** none +** +** IMPLICIT OUTPUTS: +** +** none +** +** FUNCTION VALUE: +** +** none +** +** SIGNAL CODES: +** +** none +** +** SIDE EFFECTS: +** +** Triggers fatal server error if extension cannot be bound to the +** core server. +** +************************************************************************/ + +/* +** XieInit +** +** Called by InitExtensions in main() or from QueryExtension() if the +** extension is dynamically loaded. +** +*/ +void XieInit( argc, argv ) + int argc; + char *argv[]; +{ + int status; + char *envstr; + + char *getenv(); + + ExtensionEntry *extEntry; + + /* + ** Initialize the DDX support first. If this fails, we will not + ** add the extension, and thus cause the client's InitExtension or + ** QueryExtension call to fail. + */ + if ( DdxInit_() != 0 ) + ErrorF("XieExtensionInit: DDX Init failed\n"); + else { + + if (InitPipelineInterface_() != Success) + FatalError("XieExtensionInit: Pipeline interface init failed\n"); + else { + +#ifdef X11R3 + extEntry = AddExtension( XieS_Name, XieK_NumEvents, XieK_NumErrors, + XieDispatcher, XieSwapDispatcher, XieReset ); +#else /* X11R4 */ + extEntry = AddExtension( XieS_Name, XieK_NumEvents, XieK_NumErrors, + XieDispatcher, XieSwapDispatcher, XieReset, + StandardMinorOpcode ); +#endif + + if( extEntry == NULL ) + FatalError("XieExtensionInit: AddExtension failed\n"); + else + { +#ifdef X11R3 + (void) MakeAtom( XieS_Name, strlen(XieS_Name), TRUE ); +#else /* X11R4 */ + if( !MakeAtom( XieS_Name, strlen(XieS_Name), TRUE )) + FatalError("XieExtensionInit: MakeAtom failed\n"); +#endif + xieClients = 0; + xieEventBase = extEntry->eventBase; + xieReqCode = extEntry->base; + RC_xie = CreateNewResourceClass(); +#if defined(X11R3) && !defined(DWV3) + RT_photo = CreateNewResourceType(); + RT_idc = CreateNewResourceType(); +#else /* X11R4 || DWV3 */ + RT_photo = CreateNewResourceType(UtilFreeResource); + RT_idc = CreateNewResourceType(UtilFreeResource); +#endif + /* ParseCommandLineArguments( argc, argv ); */ + } + /* + ** Set packet trace variable accordingly... + */ + envstr = getenv ("XIE_PACKET_TRACE"); + if (envstr != NULL) + { + xiePacketTrace = TRUE; + } + else + { + xiePacketTrace = FALSE; + } +#ifdef VMS + /* + ** Disable server yielding... + */ + envstr = getenv ("XIE_DISABLE_YIELD"); + if (envstr != NULL) + { + xiePipeTimeslice = 0; + } +#endif + } + } +} /* end XieInit */ + +/***************************************************************************** +** ProcXieDispatcher +******************************************************************************/ +int XieDispatcher( client ) + ClientPtr client; /* client pointer */ +{ + REQUEST(xieReq); + /* + ** Print packet trace if necessary + */ + if (xiePacketTrace) + { + XiePacketTrace(stuff); + } + + if ( stuff->opcode < X_ieLastRequest ) + /* + ** Call the appropriate 'Proc' function. + */ + return( CallProc_(xieDixProc)(client) ); + + else + /* + ** Call the BadRequest function. + */ + return( ProcNotRequest(client) ); + +} /* end XieDispatcher */ + +int XieSwapDispatcher(client) + ClientPtr client; /* client pointer */ +{ + REQUEST(xieReq); + + /* + ** Print packet trace if necessary + */ + if (xiePacketTrace) + { + XiePacketTrace(stuff); + } + + if( stuff->opcode < X_ieLastRequest ) + /* + ** Call the appropriate 'Proc' function. + */ + return( CallProc_(xieDixSwap)(client) ); + + else + /* + ** Call the BadRequest function. + */ + return( ProcNotRequest(client) ); + +} /* end XieSwapDispatcher */ + + +/************************************************************************ +** +** FUNCTIONAL DESCRIPTION: +** +** XieReset is responsible for reseting the extension and the attached +** DDX. +** +** FORMAL PARAMETERS: +** +** none +** +** IMPLICIT INPUTS: +** +** none +** +** IMPLICIT OUTPUTS: +** +** none +** +** FUNCTION VALUE: +** +** none +** +** SIGNAL CODES: +** +** none +** +** SIDE EFFECTS: +** +** none +** +************************************************************************/ + +void XieReset() +{ + /* + ** Reset extension-specific state + */ + + + /* + ** Reset any attached accelerator + */ + DdxReset_(); +} /* end XieReset */ + + +int ProcNotRequest(client) + ClientPtr client; /* client pointer */ +{ + REQUEST(xieReq); + + SendErrorToClient( client, xieReqCode, stuff->opcode, 0, BadRequest ); + return( BadRequest ); +} /* end ProcNotRequest */ + +int ProcNotImplemented(client) + ClientPtr client; /* client pointer */ +{ + REQUEST(xieReq); + + SendErrorToClient(client, xieReqCode, stuff->opcode, 0, BadImplementation); + return( BadImplementation ); +} /* end ProcNotImplemented */ + +void XiePacketTrace(stuff) +xieReq *stuff; +{ + if ( stuff->opcode < X_ieLastRequest ) + ErrorF("Packet Trace : %s\n",opstr[stuff->opcode]); + else + ErrorF("Packet Trace : Bad Request %d\n",stuff->opcode); +} + +/* end module XieMain.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/XiePipeInterface.h b/xie/docs/dec/xie23-src/server/xie/XiePipeInterface.h new file mode 100644 index 0000000..f0a3058 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XiePipeInterface.h @@ -0,0 +1,107 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989,1991 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** This module contains the macros which are used to access the +** the DDX routines needed to create and run pipelines. +** +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Thu Feb 7 17:05:40 1991 +** +************************************************************************/ +#ifdef DWV3 + +/* For DECWindows V3, interpose the layer to support yielding */ +extern int XieAbortPipeline(); +extern Pipe XieCreatePipeline(); +extern int XieDestroyPipeline(); +extern int XieFlushPipeline(); +extern int XieInitPipelineInterface(); +extern int XieResumePipeline(); + +#define AbortPipeline_(flo) (XieAbortPipeline( flo )) +#define CreatePipeline_(client, flo) (XieCreatePipeline( client, flo )) +#define DestroyPipeline_(flo) (XieDestroyPipeline( flo )) +#define FlushPipeline_(flo) (XieFlushPipeline( flo )) +#define InitiatePipeline_(flo) (DdxInitiatePipeline_( Pipe_(flo) )) +#define InitPipelineInterface_() (XieInitPipelineInterface()) +#define OptimizePipeline_(flo) (DdxOptimizePipe_(Pipe_(flo))) +#define ResumePipeline_(flo) (XieResumePipeline( flo )) +#else + +/* Everywhere else, call the DDX routines directly */ +#define AbortPipeline_(flo) (DdxAbortPipeline_(Pipe_(flo))) +#define CreatePipeline_(client, flo) (DdxCreatePipeline_( 0 )) +#define DestroyPipeline_(flo) (DdxDestroyPipeline_( Pipe_(flo) )) +#define FlushPipeline_(flo) (DdxFlushPipeline_(Pipe_(flo))) +#define InitiatePipeline_(flo) (DdxInitiatePipeline_(Pipe_(flo))) +#define InitPipelineInterface_() (Success) /* Dummy */ +#define OptimizePipeline_(flo) (DdxOptimizePipe_(Pipe_(flo))) +#define ResumePipeline_(flo) (DdxResumePipeline_(Pipe_(flo))) + +#endif /* DWV3 */ diff --git a/xie/docs/dec/xie23-src/server/xie/XieProcess.c b/xie/docs/dec/xie23-src/server/xie/XieProcess.c new file mode 100644 index 0000000..8178048 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieProcess.c @@ -0,0 +1,1628 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** This Xie module consists of DIX procedures for process +** service requests. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** May 3, 1989 +** +*******************************************************************************/ + +/* +** Include files +*/ +#include +/* +** Core X Includes +*/ +#include +#include +#include +#include +#include +/* +** XIE Includes +*/ +#include +#include +#include +#include +#include + +/* +** Table of contents +*/ + /* + ** Xie protocol proceedures called from XieMain + */ +int ProcArea(); +int ProcAreaStats(); +int ProcArith(); +int ProcChromeCom(); +int ProcChromeSep(); +int ProcCompare(); +int ProcConstrain(); +int ProcCrop(); +int ProcDither(); +int ProcFill(); +int ProcCalcHistogram(); +int ProcLogical(); +int ProcLuminance(); +int ProcMatchHistogram(); +int ProcMath(); +int ProcMirror(); +int ProcPoint(); +int ProcPointStats(); +int ProcRotate(); +int ProcScale(); +int ProcTranslate(); + /* + ** routines used internally by XieProcess + */ +static RoiPtr RoiEntirePhotomap(); + +/* +** Equated Symbols +*/ +/* +** MACRO definitions +*/ +#define QueNewFloDst_(flo,ele,id) \ + AllocOkIf_(QueResource((flo),(ele),TRUE),(UtilFreeResource(ele),id)) +#define QueResource_(flo,res,id) \ + AllocOkIf_(QueResource((flo),(res),FALSE),id); + +/* +** External References +** +*/ +#if defined(X11R3) && !defined(DWV3) +extern void AddResource(); /* called by AddResource_ macro */ +extern int UtilFreeResource(); /* ref'd by AddResource_ macro */ +#else /* X11R4 || DWV3 */ +extern Bool AddResource(); /* called by AddResource_ macro */ +#endif +extern int xieDoSendEvent(); /* XieEvents.c */ +extern int LookupCppRoi(); /* called by LookupCppRoi_ macro */ +extern int LookupIdc(); /* called by LookupIdc_ macro */ +extern int LookupPhotos(); /* called by LookupPhotos_ macro*/ +extern int LookupTmp(); /* called by LookupTmp_ macro */ +extern int UtilBePCM(); /* called by BePCM_ macro */ +extern Bool QueResource(); /* Queue a Photoflo'd resource */ +extern PhotomapPtr UtilCreatePhotomap(); /* create a Photomap structure */ +extern void GetConstraintModel(); /* Get this sessions constraint */ + + +extern CARD32 xieClients; /* num of clients served */ +extern CARD32 xieEventBase; /* Base for Xie events */ +extern CARD32 xieReqCode; /* XIE main opcode */ + +#if defined(X11R3) && !defined(DWV3) +extern CARD16 RC_xie; /* XIE Class */ +extern CARD16 RT_photo; /* Photo{flo|map|tap} resource */ +extern CARD16 RT_idc; /* Cpp, Roi & Tmp resource types*/ +#else /* X11R4 || DWV3 */ +extern RESTYPE RC_xie; /* XIE Class */ +extern RESTYPE RT_photo; /* Photo{flo|map|tap} resource */ +extern RESTYPE RT_idc; /* Cpp, Roi & Tmp resource types*/ +#endif + +externalref int (*xieDixSwap[X_ieLastRequest])(); /* Reply swap dispatch tables*/ +externalref int (*xieDixSwapReply[])(); +externalref void (*xieDixSwapData[])(); +extern void SwapFloatWrite(); + +/* +** Local Storage +*/ + +/*----------------------------------------------------------------------- +--------------------------- Area Procedure ---------------------------- +------------------------------------------------------------------------*/ +int ProcArea( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr src, dst, realdst = NULL; + UdpPtr idcudp = NULL; + CommonPartPtr idcptr = NULL; + CommonPartPtr kern_idc; + TmpDatPtr kern_dat; + CARD32 s, i, model, comp, lvl[XieK_MaxComponents]; + REQUEST( xieAreaReq ); + REQUEST_SIZE_MATCH( xieAreaReq ); + + /* Locate source Photomap {and Photoflo} and verify destination Id */ + LookupPhotos_(&flo, &src, stuff->src_photo_id, stuff->dst_photo_id); + + /* Locate template Idc containing the kernel, and convert it */ + LookupTmp_(&kern_idc, &kern_dat, stuff->ipct_id); + + /* Validate the operator codes */ + ValueOkIf_(((stuff->op1 == XieK_AreaOp1Add || + stuff->op1 == XieK_AreaOp1Mult) + && (stuff->op2 >= XieK_AreaOp2Min && + stuff->op2 <= XieK_AreaOp2Sum)), stuff->src_photo_id); + + if( stuff->ipcc_id != 0 ) + { + /* Get a UDP describing the ROI or CPP */ + LookupCppRoi_(&idcptr, &idcudp, stuff->ipcc_id); + ValueOkIf_(UtilValidRegion(src, idcudp), stuff->ipcc_id); + } + /* Create destination based on the source operand */ + for( i = 0; i < XieK_MaxComponents; i++) + lvl[i] = 0; /* Make destination photo unconstrained */ + + dst = UtilCreatePhotomap( CmpMap_(src), lvl, PxlRatio_(src), + PxlProg_(src), ScnProg_(src), PxlPol_(src), + Width_(src), Height_(src), + flo == NULL, FALSE, DdxAlignArea_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + /* If the result should be constrained, get another photomap */ + if (stuff->constrain) + { + GetConstraintModel(client, &model, lvl); + realdst = UtilCreatePhotomap(CmpMap_(dst), lvl, PxlRatio_(dst), + PxlProg_(dst), ScnProg_(dst), PxlPol_(dst), + Width_(dst), Height_(dst), + flo == NULL, FALSE, DdxAlignArea_ ); + AllocOkIf_(realdst, (UtilFreeResource(dst), stuff->dst_photo_id)); + } + if( flo != NULL ) + { + s = !((!idcptr || QueResource(flo, idcptr, FALSE)) + && QueResource(flo, kern_idc, FALSE) + && QueResource(flo, dst, TRUE)) ? BadAlloc + : DdxCreateArea_( Pipe_(flo), Sink_(src), Sink_(dst), + kern_dat, idcudp, stuff->op1, stuff->op2 ); + if( s == Success && stuff->constrain ) + s = !QueResource(flo, realdst, TRUE) ? BadAlloc + : DdxCreateConstrain_( Pipe_(flo), Sink_(dst), + Sink_(realdst), model); + OkIf_( s == Success, (UtilFreeResource(dst), + UtilFreeResource(realdst), ResId_(flo)), s ); + } + else + { + BePCM_( src, (UtilFreeResource(dst), ResId_(src)) ); + for(s = Success, comp = 0; comp < CmpCnt_(src) && s == Success; comp++) + { /* Call Area routine (once per component) */ + s = DdxArea_( Udp_(src,comp), Udp_(dst,comp), kern_dat, idcudp, + stuff->op1, stuff->op2 ); + if( s == Success && stuff->constrain ) + s = DdxConstrain_( Udp_(dst,comp), Udp_(realdst,comp), model); + } + if( stuff->constrain ) + { + UtilFreeResource(dst); + dst = realdst; + } + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_( stuff->dst_photo_id, RT_photo, dst ); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* End of ProcArea */ + +/*----------------------------------------------------------------------- +----------------------- Area Statistics Procedure --------------------- +------------------------------------------------------------------------*/ +int ProcAreaStats( client ) + ClientPtr client; /* client pointer */ +{ + PhotomapPtr src, dst, realdst = NULL; + CommonPartPtr kern_idc; + TmpDatPtr kern_dat; + CommonPartPtr idcptr = NULL; + UdpPtr idcudp = NULL; + CARD32 s, i, model, comp, lvl[XieK_MaxComponents]; + + REQUEST( xieAreaStatsReq ); + REQUEST_SIZE_MATCH( xieAreaStatsReq ); + + /* Locate source Photomap and verify destination Id */ + LookupPhotos_(NULL, &src, stuff->src_photo_id, stuff->dst_photo_id); + + /* Resource MUST be monochrome */ + MatchOkIf_(!IsRGB_(src), stuff->src_photo_id); + + /* Validate the statistics type */ + ValueOkIf_((stuff->stat_type >= XieK_Minimum && + stuff->stat_type <= XieK_Variance), stuff->src_photo_id); + + /* Lookup IDC if specified */ + if( stuff->idc_id != 0 ) { + LookupCppRoi_(&idcptr, &idcudp, stuff->idc_id); + ValueOkIf_( UtilValidRegion( src, idcudp ), stuff->idc_id ); + } + + /* Create the output photomap. If the input is unconstrained, then + * force the output to be unconstrained. If the input is constrained, + * force the output to be the number of levels we will constrain to + * under the current constraint mode. + */ + GetConstraintModel(client, &model, lvl); + if (!Constrained_(src)) + for( i = 0; i < XieK_MaxComponents; lvl[i++] = 0 ); + + BePCM_( src, ResId_(src) ); + dst = UtilCreatePhotomap( CmpMap_(src), lvl, PxlRatio_(src), + PxlProg_(src), ScnProg_(src), PxlPol_(src), + Width_(src), Height_(src), + TRUE, FALSE, DdxAlignDefault_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + /* If we are not operating over the entire image, fill the destination + * UDP from the source, then operate over the IDC. + */ + if( idcudp != NULL ) + DdxConvert_(Udp_(src, 0), Udp_(dst, 0), XieK_MoveMode); + + s = DdxStatsArea_( Udp_(src,0), Udp_(dst,0), idcudp, + stuff->stat_type, stuff->edge_size, model ); + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + + return( Success ); +} /* End of ProcAreaStats */ + +/*----------------------------------------------------------------------- +--------------------------- Arith Procedure ---------------------------- +------------------------------------------------------------------------*/ +int ProcArith( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo, flo2; + PhotomapPtr dst, src1, src2 = NULL, realdst = NULL; + CommonPartPtr idcptr = NULL; + UdpPtr idcudp = NULL; + CARD32 s, i, model, comp, lvl[XieK_MaxComponents]; + REQUEST( xieArithReq ); + REQUEST_SIZE_MATCH( xieArithReq ); + /* + ** Locate source Photomap(s) {and Photoflo} and verify destination Id. + ** If there is a Photoflo, verify the second operand is bound to it. + */ + LookupPhotos_(&flo, &src1, stuff->src1_photo_id, stuff->dst_photo_id); + if( stuff->src2_photo_id != 0 ) + { + LookupPhotos_(&flo2, &src2, stuff->src2_photo_id, -1); + AccessOkIf_( flo == flo2, stuff->src2_photo_id); + MatchOkIf_(CmpCnt_(src1) == CmpCnt_(src2), stuff->src2_photo_id); + } + if( stuff->idc_id != 0 ) { + /* Get a UDP describing the ROI or CPP */ + LookupCppRoi_(&idcptr, &idcudp, stuff->idc_id); + ValueOkIf_(UtilValidRegion( src1, idcudp ), stuff->idc_id ); + if (stuff->src2_photo_id != 0) + ValueOkIf_(UtilValidRegion( src2, idcudp ), stuff->idc_id ); + } + /* + ** Create destination based on first source operand. + */ + for( i = 0; i < XieK_MaxComponents; i++ ) + lvl[i] = 0; /* Make destination Photo unconstrained */ + dst = UtilCreatePhotomap( CmpMap_(src1), lvl, PxlRatio_(src1), + PxlProg_(src1), ScnProg_(src1), PxlPol_(src1), + Width_(src1), Height_(src1), + flo == NULL, FALSE, DdxAlignArith_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + if( stuff->constrain ) + { + GetConstraintModel(client, &model, lvl); + realdst = UtilCreatePhotomap(CmpMap_(dst), lvl, PxlRatio_(dst), + PxlProg_(dst), ScnProg_(dst), PxlPol_(dst), + Width_(dst), Height_(dst), + flo == NULL, FALSE, DdxAlignArith_ ); + AllocOkIf_(realdst, (UtilFreeResource(dst), stuff->dst_photo_id)); + } + if( flo != NULL ) + { + s = !((!idcptr || QueResource(flo, idcptr, FALSE)) + && QueResource(flo, dst, TRUE)) ? BadAlloc + : DdxCreateArith_( Pipe_(flo), Sink_(src1), src2 ? Sink_(src2) : NULL, + stuff->constants, Sink_(dst), idcudp, stuff->op); + if( s == Success && stuff->constrain ) + s = !QueResource(flo, realdst, TRUE) ? BadAlloc + : DdxCreateConstrain_( Pipe_(flo), Sink_(dst), + Sink_(realdst), model); + OkIf_(s == Success, (UtilFreeResource(dst), + UtilFreeResource(realdst), ResId_(flo)), s); + } + else + { + BePCM_( src1, (UtilFreeResource(dst), + UtilFreeResource(realdst), ResId_(src1)) ); + BePCM_( src2, (UtilFreeResource(dst), + UtilFreeResource(realdst), ResId_(src2)) ); + for(s = Success, comp = 0; comp < CmpCnt_(src1) && s == Success; comp++) + { /* Call Arithmetic routine (once per component) */ + s = DdxArith_(Udp_(src1,comp), src2 ? Udp_(src2,comp) : NULL, + stuff->constants, Udp_(dst,comp), idcudp, stuff->op); + if( s == Success && stuff->constrain ) + s = DdxConstrain_(Udp_(dst,comp), Udp_(realdst,comp), model); + } + if( stuff->constrain ) + { + UtilFreeResource(dst); + dst = realdst; + } + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* end ProcArith */ + +/*----------------------------------------------------------------------- +------------------------- Chrominance Combine -------------------------- +------------------------------------------------------------------------*/ +int ProcChromeCom( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo, flo2; + PhotomapPtr src[XieK_MaxComponents], dst; + CARD32 s, height, width, comp, lvl[XieK_MaxComponents]; + REQUEST( xieChromeComReq ); + REQUEST_SIZE_MATCH( xieChromeComReq ); + /* + ** Locate source Photomaps {and Photoflo} and verify destination Id. + ** If there is a Photoflo, verify all the operands are bound to it. + */ + LookupPhotos_(&flo, &src[0], stuff->photo_id1, stuff->dst_photo_id); + MatchOkIf_( !IsRGB_(src[0]), stuff->photo_id1); + + LookupPhotos_(&flo2, &src[1], stuff->photo_id2, -1); + AccessOkIf_( flo == flo2, stuff->photo_id2); + MatchOkIf_( !IsRGB_(src[1]), stuff->photo_id2); + MatchOkIf_(Constrained_(src[1]) == Constrained_(src[0]), stuff->photo_id2); + + LookupPhotos_(&flo2, &src[2], stuff->photo_id3, -1); + AccessOkIf_( flo == flo2, stuff->photo_id3); + MatchOkIf_( !IsRGB_(src[2]), stuff->photo_id3); + MatchOkIf_(Constrained_(src[2]) == Constrained_(src[0]), stuff->photo_id3); + /* + ** Create the destination photomap + */ + for (comp = 0; comp < XieK_MaxComponents; comp++) + lvl[comp] = uLvl_(src[comp],0); + width = min( Width_(src[0]), min( Width_(src[1]), Width_(src[2]))); + height = min(Height_(src[0]), min(Height_(src[1]), Height_(src[2]))); + + dst = UtilCreatePhotomap(XieK_RGB, lvl, PxlRatio_(src[0]), + PxlProg_(src[0]), ScnProg_(src[0]),PxlPol_(src[0]), + width, height, + flo == NULL, FALSE, DdxAlignChromeCom_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + if( flo != NULL ) + { + s = !QueResource( flo, dst, TRUE ) ? BadAlloc + : DdxCreateChromeCom_( Pipe_(flo), + Sink_(src[0]), Sink_(src[1]), Sink_(src[2]), + Sink_(dst) ); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { + for( comp = 0; comp < XieK_MaxComponents; comp++ ) + { /* Call the ChromeCom routine for each input */ + BePCM_( src[comp], (UtilFreeResource(dst), ResId_(src[comp])) ); + s = DdxChromeCom_(Udp_(src[comp],0), Udp_(dst,comp), XieK_MoveMode); + OkIf_(s==Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + } + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* End of ProcChromeCom */ + +/*----------------------------------------------------------------------- +------------------------- Chrominance Separate ------------------------- +------------------------------------------------------------------------*/ +int ProcChromeSep( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo, flo2; + PhotomapPtr src, dst; + CARD32 s, i, comp,lvl[XieK_MaxComponents]; + REQUEST( xieChromeSepReq ); + REQUEST_SIZE_MATCH( xieChromeSepReq ); + /* + ** Locate source Photomaps {and Photoflo} and verify destination Id. + ** If there is a Photoflo, verify all the operands are bound to it. + */ + LookupPhotos_(&flo, &src, stuff->src_photo, stuff->dst_photo); + MatchOkIf_(CmpCnt_(src) > 1, stuff->dst_photo); + ValueOkIf_(stuff->component >=0 && + stuff->component < XieK_MaxComponents, 0); + /* + ** Create destination based on first source operand. + */ + lvl[0] = uLvl_(src,stuff->component); + lvl[1] = 0; + lvl[2] = 0; + dst = UtilCreatePhotomap(lvl[0] == 2 ? XieK_Bitonal : XieK_GrayScale, lvl, + PxlRatio_(src), PxlProg_(src), ScnProg_(src), + PxlPol_(src), Width_(src), Height_(src), + flo == NULL, FALSE, DdxAlignChromeSep_ ); + AllocOkIf_(dst, stuff->dst_photo); + + if( flo != NULL ) + { + s = !QueResource( flo, dst, TRUE ) ? BadAlloc + : DdxCreateChromeSep_( Pipe_(flo), Sink_(src), Sink_(dst), + stuff->component ); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { /* Call the ChromeSep routine for the desired component */ + BePCM_( src, (UtilFreeResource(dst), ResId_(src)) ); + s = DdxChromeSep_(Udp_(src,stuff->component),Udp_(dst,0),XieK_MoveMode); + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo), s); + AddResource_(stuff->dst_photo, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* End of ProcChromeSep */ + +/*----------------------------------------------------------------------- +--------------------------- Compare Procedure -------------------------- +------------------------------------------------------------------------*/ +int ProcCompare( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo, flo2; + PhotomapPtr src1, src2 = NULL, dst; + CommonPartPtr idcptr = NULL; + UdpPtr idcudp = NULL; + UdpPtr tmpudp = NULL; + CARD32 s, comp, comp_out, combine_op, lvl[XieK_MaxComponents]; + REQUEST( xieCompareReq ); + REQUEST_SIZE_MATCH( xieCompareReq ); + /* + ** Locate source Photomap(s) {and Photoflo} and verify destination Id. + ** If there is a Photoflo, verify the second operand is bound to it. + */ + LookupPhotos_(&flo, &src1, stuff->src1_photo_id, stuff->dst_photo_id); + + if( stuff->src2_photo_id != 0 ) + { + LookupPhotos_(&flo2, &src2, stuff->src2_photo_id, -1); + AccessOkIf_(flo==flo2,stuff->src2_photo_id); + MatchOkIf_(CmpCnt_(src1) == CmpCnt_(src2), stuff->src2_photo_id); + } + + if( stuff->idc_id != 0 ) { + LookupCppRoi_(&idcptr, &idcudp, stuff->idc_id); + ValueOkIf_( UtilValidRegion( src1, idcudp ), stuff->idc_id); + if (stuff->src2_photo_id != 0) + ValueOkIf_( UtilValidRegion( src2, idcudp ), stuff->idc_id); + } + + /* Only "equal" and "not equal" are defined for RGB images */ + MatchOkIf_(!IsRGB_(src1) || stuff->op == XieK_EQ || stuff->op == XieK_NE, + stuff->src1_photo_id); + /* + ** Create destination based on first source operand. + ** Destination is always bitonal or RGB (2 levels). + */ + comp_out = stuff->combine ? 1 : CmpCnt_(src1); + for( comp = 0; comp < comp_out; lvl[comp] = 2, comp++); + dst = UtilCreatePhotomap( comp_out == 1 ? XieK_Bitonal : XieK_RGB, lvl, + PxlRatio_(src1), PxlProg_(src1), ScnProg_(src1), + PxlPol_(src1), Width_(src1), Height_(src1), + flo == NULL, FALSE, DdxAlignCompare_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + if( flo != NULL ) + { + s = !((!idcptr || QueResource(flo, idcptr, FALSE)) + && QueResource(flo, dst, TRUE)) ? BadAlloc + : DdxCreateCompare_( Pipe_(flo), Sink_(src1), + src2 ? Sink_(src2) : NULL, + stuff->constants, Sink_(dst), idcudp, + stuff->op, stuff->combine ); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { /* Call Compare routine (per component), then combine results */ + combine_op = stuff->op == XieK_NE ? XieK_OR : XieK_AND; + BePCM_( src1, (UtilFreeResource(dst), ResId_(src1)) ); + BePCM_( src2, (UtilFreeResource(dst), ResId_(src2)) ); + + if( comp_out < CmpCnt_(src1) ) + { /* Get a temporary UDP to hold the intermediate results */ + tmpudp = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + AllocOkIf_(tmpudp, (UtilFreeResource(dst), stuff->dst_photo_id)); + *tmpudp = *Udp_(dst,0); + tmpudp->UdpA_Base = DdxMallocBits_(tmpudp->UdpL_ArSize); + AllocOkIf_(tmpudp->UdpA_Base, + (UtilFreeResource(dst), stuff->dst_photo_id)); + } + /* Process the first component */ + s = DdxCompare_( Udp_(src1,0), src2 ? Udp_(src2,0) : NULL, + stuff->constants, Udp_(dst,0), idcudp, stuff->op ); + + for( comp = 1; comp < CmpCnt_(src1) && s == Success; comp++ ) + { + s = DdxCompare_( Udp_(src1,comp), src2 ? Udp_(src2,comp) : NULL, + stuff->constants, + stuff->combine ? tmpudp : Udp_(dst,comp), + idcudp, stuff->op); + if( s == Success && stuff->combine ) + s = DdxLogical_( tmpudp, Udp_(dst,0), NULL, + Udp_(dst,0), idcudp, combine_op ); + } + if( tmpudp != NULL ) + UtilFreeUdp(tmpudp); + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* End of ProcCompare */ + +/*----------------------------------------------------------------------- +--------------------------- Constrain Procedure ------------------------ +------------------------------------------------------------------------*/ +int ProcConstrain( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr src, dst; + CARD32 s, i, model, comp, compmpg, lvl[XieK_MaxComponents]; + REQUEST( xieConstrainReq ); + REQUEST_SIZE_MATCH( xieConstrainReq ); + /* + ** Locate source Photomap {and Photoflo} and verify destination Id. + */ + LookupPhotos_(&flo, &src, stuff->src_photo_id, stuff->dst_photo_id); + /* + ** Get the constraint model info. + */ + if( stuff->model != 0 ) + { + ValueOkIf_( stuff->model == XieK_HardClip + || stuff->model == XieK_ClipScale + || stuff->model == XieK_HardScale, 0 ); + model = stuff->model; + for( i = 0; i < XieK_MaxComponents; i++ ) + { + lvl[i] = stuff->levels[i]; + ValueOkIf_(lvl[i] > 0, stuff->dst_photo_id); + } + } + else + GetConstraintModel(client, &model, lvl); + + /* Adjust component mapping */ + if (CmpCnt_(src) > 1) + compmpg = XieK_RGB; + else + compmpg = lvl[0] > 2 ? XieK_GrayScale : XieK_Bitonal; + + dst = UtilCreatePhotomap(compmpg, lvl, PxlRatio_(src), + PxlProg_(src), ScnProg_(src), PxlPol_(src), + Width_(src), Height_(src), + flo == NULL, FALSE, DdxAlignConstrain_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + if( flo != NULL ) + { + s = !QueResource( flo, dst, TRUE ) ? BadAlloc + : DdxCreateConstrain_(Pipe_(flo), Sink_(src), Sink_(dst), model); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { /* Call Constrain routine (once per component) */ + BePCM_( src, (UtilFreeResource(dst), ResId_(src)) ); + for(s = Success, comp = 0; comp < CmpCnt_(src) && s == Success; comp++ ) + s = DdxConstrain_(Udp_(src,comp), Udp_(dst,comp), model); + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* end ProcConstrain */ + +/*----------------------------------------------------------------------- +---------------------------- Crop Procedure ----------------------------- +------------------------------------------------------------------------*/ +int ProcCrop( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr src, dst; + UdpRec roi_udp; + RoiRec all, *roi; + CARD32 s, comp, lvl[XieK_MaxComponents]; + CARD32 width, height; + REQUEST( xieCropReq ); + REQUEST_SIZE_MATCH( xieCropReq ); + /* + ** Verify src Photo{flo&|map}, verify dst Id, and establish the Roi. + */ + LookupPhotos_(&flo, &src, stuff->src_photo_id, stuff->dst_photo_id); + if( stuff->idc_id == 0 ) + roi = RoiEntirePhotomap(src, &all, &roi_udp); + else { + LookupIdc_(&roi,stuff->idc_id,XieK_IdcRoi); + ValueOkIf_( UtilValidRegion( src, RoiUdp_(roi)), stuff->idc_id ); + } + + for( comp = 0; comp < CmpCnt_(src); lvl[comp] = uLvl_(src,comp), comp++); + + /* + ** Clip the ROI to the source image bounds. + */ + width = min(RoiX_(roi) + RoiW_(roi) - 1, uX2_(src, 0)) - RoiX_(roi) + 1; + height = min(RoiY_(roi) + RoiH_(roi) - 1, uY2_(src, 0)) - RoiY_(roi) + 1; + + dst = UtilCreatePhotomap(CmpMap_(src), lvl, PxlRatio_(src), + PxlProg_(src), ScnProg_(src), PxlPol_(src), + width, height, + flo == NULL, FALSE, DdxAlignCrop_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + if( flo != NULL ) + { + s = !QueResource( flo, dst, TRUE ) ? BadAlloc + : DdxCreateCrop_( Pipe_(flo), Sink_(src), Sink_(dst), + RoiX_(roi), RoiY_(roi), width, height ); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { /* Call Crop routine (once per component) */ + BePCM_( src, (UtilFreeResource(dst), ResId_(src)) ); + for(s = Success, comp = 0; comp < CmpCnt_(src) && s == Success; comp++) + s = DdxCrop_(Udp_(src,comp), Udp_(dst,comp), /* Udps */ + RoiX_(roi), RoiY_(roi), 0, 0, /* coordinates */ + width, height ); /* dimensions */ + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* End of ProcCrop */ + +/*----------------------------------------------------------------------- +------------------------------ Dither Procedure ------------------------ +------------------------------------------------------------------------*/ +int ProcDither( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr src, dst; + CARD32 s, comp, compmpg; + REQUEST( xieDitherReq ); + REQUEST_SIZE_MATCH( xieDitherReq ); + /* + ** Locate source Photomap {and Photoflo} and verify destination Id. + ** Create destination Photomap. + */ + LookupPhotos_(&flo, &src, stuff->src_photo_id, stuff->dst_photo_id); + MatchOkIf_(Constrained_(src), stuff->src_photo_id); + + for( comp = 0; comp < CmpCnt_(src); comp++ ) + { + MatchOkIf_(stuff->levels[comp] <= uLvl_(src,comp), stuff->src_photo_id); + ValueOkIf_(stuff->levels[comp] > 0, stuff->src_photo_id); + } + compmpg = IsGrayScale_(src) && stuff->levels[0] <= 2 ? XieK_Bitonal + : CmpMap_(src); + dst = UtilCreatePhotomap( compmpg, stuff->levels, PxlRatio_(src), + PxlProg_(src), ScnProg_(src), PxlPol_(src), + Width_(src), Height_(src), + flo == NULL, FALSE, DdxAlignDither_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + if( flo != NULL ) + { + s = !QueResource( flo, dst, TRUE ) ? BadAlloc + : DdxCreateDither_( Pipe_(flo), Sink_(src), Sink_(dst) ); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { /* Call Dither routine (once per component) */ + BePCM_( src, (UtilFreeResource(dst), ResId_(src)) ); + for(s = Success, comp = 0; comp < CmpCnt_(src) && s == Success; comp++) + s = DdxDither_(Udp_(src,comp), Udp_(dst,comp)); + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* End of ProcDither */ + +/*----------------------------------------------------------------------- +----------------------------- Fill Procedure --------------------------- +------------------------------------------------------------------------*/ +int ProcFill( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr src, dst; + UdpPtr idcudp = NULL; + CommonPartPtr *idcptr = NULL; + CARD32 s, comp, lvl[XieK_MaxComponents]; + REQUEST( xieFillReq ); + REQUEST_SIZE_MATCH( xieFillReq ); + /* + ** Verify src Photomap and setup Roi. + ** Src Photo is either updated in place, or it's a Photoflo. + */ + LookupPhotos_(&flo, &src, stuff->src_photo_id, stuff->dst_photo_id); + if( stuff->dst_idc_id != 0 ) { + LookupCppRoi_(&idcptr, &idcudp, stuff->dst_idc_id); + ValueOkIf_( UtilValidRegion( src, idcudp ), stuff->dst_idc_id ); + } + + for( comp = 0; comp < CmpCnt_(src); lvl[comp] = uLvl_(src,comp), comp++); + dst = UtilCreatePhotomap( CmpMap_(src), lvl, PxlRatio_(src), + PxlProg_(src), ScnProg_(src), PxlPol_(src), + Width_(src), Height_(src), + flo == NULL, FALSE, DdxAlignFill_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + if (flo != NULL) + { + s = !((!idcptr || QueResource(flo, idcptr, FALSE)) + && QueResource(flo, dst, TRUE)) ? BadAlloc + : DdxCreateFill_( Pipe_(flo), Sink_(src), Sink_(dst), + idcudp, stuff->constant ); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { /* Call Fill routine (once per component) */ + BePCM_( src, (UtilFreeResource(dst), ResId_(src)) ); + for(s = Success, comp = 0; comp < CmpCnt_(src) && s == Success; comp++) + s = DdxFill_( Udp_(src,comp), Udp_(dst,comp), idcudp, + stuff->constant[comp]); + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* End of ProcFill */ + +/*----------------------------------------------------------------------- +--------------------- Calculate Histogram Procedure --------------------- +------------------------------------------------------------------------*/ +int ProcCalcHistogram( client ) +ClientPtr client; /* client pointer */ +{ + PhotomapPtr img; + UdpPtr idcudp = NULL; + CommonPartPtr *idcptr = NULL; + xieCalcHistReply rep; + int repsiz; + CARD32 s, i,j, *repptr, *cmpcnt, *ptr, histcnt=0, *hist[XieK_MaxComponents]; + REQUEST(xieCalcHistReq); + REQUEST_SIZE_MATCH(xieCalcHistReq); + /* + ** Lookup source photomap...MUST NOT be a pipe. + */ + LookupPhotos_(NULL, &img, stuff->photo_id, 0); + /* + ** Lookup ROI if specified. + */ + if( stuff->idc_id != NULL ) { + LookupCppRoi_(&idcptr,&idcudp,stuff->idc_id); + ValueOkIf_( UtilValidRegion( img, idcudp ), stuff->idc_id ); + } + BePCM_( img, ResId_(img) ); + /* + ** Process depending on "by_component" flag setting. + */ + if( stuff->by_component ) + { + for( i = 0; i < CmpCnt_(img); i++ ) + { + hist[i] = (CARD32 *) DdxMalloc_(uLvl_(img,i) * sizeof(CARD32)); + /* + ** Do histogram calculation. + */ + s = hist[i] ? DdxHistogram_( Udp_(img,i), idcudp, hist[i] ) + : BadAlloc; + if( s != Success ) + { + while( i-- > 0 ) + DdxFree_(hist[i]); + OkIf_(FALSE, stuff->photo_id, s); + } + /* + ** Count number of non-zero histogram entries. + */ + for( j = 0; j < uLvl_(img,i); j++ ) + if( hist[i][j] ) + histcnt++; + } + /* + ** Allocate reply buffer for histogram data. For "by component" + ** histogram entry size is 2 CARD32s, plus 1 CARD32 for each component + ** for the entry count field. + */ + repsiz = (histcnt * 2 + CmpCnt_(img) ) * sizeof(CARD32); + repptr = (CARD32 *) DdxMalloc_(repsiz); + if( !repptr ) + { + for( i = 0; i < CmpCnt_(img); i++ ) + DdxFree_(hist[i]); + BadAlloc_(stuff->photo_id); + } + /* + ** Fill in the reply buffer... + */ + for( ptr = repptr, i = 0; i < CmpCnt_(img); i++ ) + { + cmpcnt = ptr++; /* Save pointer to entry count field */ + *cmpcnt = 0; /* Initialize to zero */ + for( j = 0; j < uLvl_(img,i); j++ ) + if( hist[i][j] ) + { + *ptr++ = j; + *ptr++ = hist[i][j]; + ++*cmpcnt; + } + /* + ** Free histogram buffer. + */ + DdxFree_(hist[i]); + } + } + else + { /* + ** NOT by_component + */ + UdpRec udp; + /* + ** For now...bad match if greater than one component. What belongs + ** here is code that will combine multiple components into a single + ** plane for histogram purposes. For now, just use the only existing + ** component plane. + */ + MatchOkIf_(!IsRGB_(img), stuff->photo_id); + udp = *Udp_(img,0); + /* + ** Allocate a histogram buffer. + */ + hist[0] = (CARD32 *) DdxMalloc_(udp.UdpL_Levels * sizeof(CARD32)); + AllocOkIf_(hist[0], stuff->photo_id); + /* + ** Do histogram calculation. + */ + s = DdxHistogram_( &udp, idcudp, hist[0] ); + OkIf_(s == Success, (DdxFree_(hist[0]), stuff->photo_id), s); + /* + ** Count number of non-zero histogram entries. + */ + for( j = 0; j < udp.UdpL_Levels; j++ ) + if( hist[0][j] ) + histcnt++; + /* + ** Allocate reply buffer for histogram data. For "NOT by component" + ** histogram entry size is CmpCnt_ CARD32s, plus 1 CARD32 for the + ** entry count field. + */ + repsiz = (histcnt * CmpCnt_(img) + 1) * sizeof(CARD32); + repptr = (CARD32 *) DdxMalloc_(repsiz); + AllocOkIf_(repptr, (DdxFree_(hist[0]), stuff->photo_id)); + /* + ** Fill in the reply buffer... + */ + ptr = repptr; + *ptr++ = histcnt; + for( j = 0; j < udp.UdpL_Levels; j++ ) + if( hist[0][j] ) + { + for( i = 0; i < CmpCnt_(img); i++ ) + *ptr++ = j; + *ptr++ = hist[0][j]; + } + /* + ** Free histogram buffer. + */ + DdxFree_(hist[0]); + } + /* + ** Send completed reply back to client. + */ + rep.type = X_Reply; + rep.sequenceNumber = client->sequence; + rep.length = repsiz >> 2; + + WriteXieReplyToClient(client,sizeof(xieCalcHistReply),&rep); + SetSwappedDataRtn(client, CARD32); + WriteSwappedXieDataToClient(client,repsiz,repptr); + + DdxFree_(repptr); + + return( Success ); +} + +/*----------------------------------------------------------------------- +--------------------------- Logical Procedure --------------------------- +------------------------------------------------------------------------*/ +int ProcLogical( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo, flo2; + PhotomapPtr src1, src2 = NULL, dst; + CommonPartPtr idcptr = NULL; + UdpPtr idcudp = NULL; + CARD32 s, comp, lvl[XieK_MaxComponents]; + REQUEST( xieLogicalReq ); + REQUEST_SIZE_MATCH( xieLogicalReq ); + /* + ** Locate source Photomap(s) {and Photoflo} and verify destination Id. + ** If there is a Photoflo, verify the second operand is bound to it. + */ + LookupPhotos_(&flo, &src1, stuff->src1_photo_id, stuff->dst_photo_id); + MatchOkIf_(Constrained_(src1), stuff->src1_photo_id); + + if( stuff->src2_photo_id != 0 ) + { + LookupPhotos_(&flo2, &src2, stuff->src2_photo_id, -1); + AccessOkIf_(flo==flo2,stuff->src2_photo_id); + MatchOkIf_(CmpCnt_(src1) == CmpCnt_(src2), stuff->src2_photo_id); + MatchOkIf_(Constrained_(src2), stuff->src2_photo_id); + } + if( stuff->idc_id != 0 ) { + LookupCppRoi_(&idcptr, &idcudp, stuff->idc_id); + ValueOkIf_( UtilValidRegion( src1, idcudp ), stuff->idc_id ); + if (stuff->src2_photo_id != 0) + ValueOkIf_( UtilValidRegion( src2, idcudp ), stuff->idc_id ); + } + /* + ** Create destination based on first source operand. + */ + for( comp = 0; comp < CmpCnt_(src1); lvl[comp] = uLvl_(src1,comp), comp++); + dst = UtilCreatePhotomap( CmpMap_(src1), lvl, PxlRatio_(src1), + PxlProg_(src1), ScnProg_(src1), PxlPol_(src1), + Width_(src1), Height_(src1), + flo == NULL, FALSE, DdxAlignLogical_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + if( flo != NULL ) + { + s = !((!idcptr || QueResource(flo, idcptr, FALSE)) + && QueResource(flo, dst, TRUE)) ? BadAlloc + : DdxCreateLogical_( Pipe_(flo), Sink_(src1), + src2 ? Sink_(src2) : NULL, + stuff->constants, Sink_(dst), idcudp, stuff->op); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { /* Call Logical routine (once per component) */ + BePCM_( src1, (UtilFreeResource(dst), ResId_(src1)) ); + BePCM_( src2, (UtilFreeResource(dst), ResId_(src2)) ); + for(s = Success, comp = 0; comp < CmpCnt_(src1) && s == Success; comp++) + s = DdxLogical_( Udp_(src1,comp), src2 ? Udp_(src2,comp) : NULL, + stuff->constants, Udp_(dst,comp), + idcudp, stuff->op ); + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* End of ProcLogical */ + +/*----------------------------------------------------------------------- +------------------------------ Luminance Procedure --------------------- +------------------------------------------------------------------------*/ +int ProcLuminance( client ) + ClientPtr client; /* client pointer */ +{ + static CARD32 lvl[] = {256,0,0}; + PhotofloPtr flo; + PhotomapPtr src, dst; + CARD32 s; + REQUEST( xieLuminanceReq ); + REQUEST_SIZE_MATCH( xieLuminanceReq ); + /* + ** Locate source Photomap {and Photoflo} and verify destination Id. + */ + LookupPhotos_(&flo, &src, stuff->src_photo_id, stuff->dst_photo_id); + MatchOkIf_(Constrained_(src), stuff->src_photo_id); + MatchOkIf_(IsRGB_(src), stuff->src_photo_id); + dst = UtilCreatePhotomap( XieK_GrayScale, lvl, PxlRatio_(src), + PxlProg_(src), ScnProg_(src), PxlPol_(src), + Width_(src), Height_(src), + flo == NULL, FALSE, DdxAlignLuminance_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + if( flo != NULL ) + { + s = !QueResource( flo, dst, TRUE ) ? BadAlloc + : DdxCreateLuminance_(Pipe_(flo), Sink_(src), Sink_(dst)); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { /* Call Luminance routine */ + BePCM_( src, (UtilFreeResource(dst), ResId_(src)) ); + s = DdxLuminance_(Udp_(src,0),Udp_(src,1),Udp_(src,2),Udp_(dst,0)); + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* End of ProcLuminance */ + +/*----------------------------------------------------------------------- +------------------------Match Histogram Procedure ----------------------- +------------------------------------------------------------------------*/ +int ProcMatchHistogram( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr src, dst; + CommonPartPtr idcptr = NULL; + UdpPtr idcudp = NULL; + CARD32 s, comp, lvl[XieK_MaxComponents]; + REQUEST( xieMatchHistogramReq ); + REQUEST_SIZE_MATCH( xieMatchHistogramReq ); + /* + ** Locate source Photomap(s) {and Photoflo} and verify destination Id. + */ + LookupPhotos_(&flo, &src, stuff->photo_id1, stuff->photo_id2); + MatchOkIf_( Constrained_(src) && !IsRGB_(src), stuff->photo_id1 ); + + if( stuff->idc_id != 0 ) { + LookupCppRoi_(&idcptr, &idcudp, stuff->idc_id); + ValueOkIf_( UtilValidRegion( src, idcudp ), stuff->idc_id ); + } + /* + ** Create destination based on source operand. + */ + for( comp = 0; comp < CmpCnt_(src); lvl[comp] = uLvl_(src,comp), comp++ ); + dst = UtilCreatePhotomap(CmpMap_(src), lvl, PxlRatio_(src), + PxlProg_(src), ScnProg_(src), PxlPol_(src), + Width_(src), Height_(src), + flo == NULL, FALSE, DdxAlignMatchHistogram_ ); + AllocOkIf_(dst, stuff->photo_id2); + + if( flo != NULL ) + { + s = !((!idcptr || QueResource(flo, idcptr, FALSE)) + && QueResource(flo, dst, TRUE)) ? BadAlloc + : DdxCreateMatchHistogram_( Pipe_(flo), Sink_(src), Sink_(dst), + idcudp, stuff->h_shape, + MiDecodeDouble(&stuff->param1), + MiDecodeDouble(&stuff->param2) ); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { /* Call MatchHistogram routine (once per component) */ + BePCM_( src, (UtilFreeResource(dst), ResId_(src)) ); + for(s = Success, comp = 0; comp < CmpCnt_(src) && s == Success; comp++) + s = DdxMatchHistogram_( Udp_(src,comp), Udp_(dst,comp), + idcudp, stuff->h_shape, + MiDecodeDouble(&stuff->param1), + MiDecodeDouble(&stuff->param2) ); + OkIf_(s == Success, (UtilFreeResource(dst), stuff->photo_id2), s); + AddResource_(stuff->photo_id2, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* End of ProcMatchHistogram */ + +/*----------------------------------------------------------------------- +--------------------------- Math Procedure ---------------------------- +------------------------------------------------------------------------*/ +int ProcMath( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr src, dst; + PhotomapPtr realdst; + CommonPartPtr idcptr = NULL; + UdpPtr idcudp = NULL; + CARD32 s, i, model, comp, lvl[XieK_MaxComponents]; + REQUEST( xieMathReq ); + REQUEST_SIZE_MATCH( xieMathReq ); + /* + ** Locate source Photomap(s) {and Photoflo} and verify destination Id. + ** If there is a Photoflo, verify the second operand is bound to it. + */ + LookupPhotos_(&flo, &src, stuff->src_photo_id, stuff->dst_photo_id); + + if( stuff->idc_id != 0 ) { + LookupCppRoi_(&idcptr, &idcudp, stuff->idc_id); + ValueOkIf_( UtilValidRegion( src, idcudp ), stuff->idc_id ); + } + /* + ** Create destination based on first source operand. + */ + for( i = 0; i < XieK_MaxComponents; i++) + lvl[i] = 0; /* Make the destination Photo unconstrained */ + dst = UtilCreatePhotomap( CmpMap_(src), lvl, PxlRatio_(src), + PxlProg_(src), ScnProg_(src), PxlPol_(src), + Width_(src), Height_(src), + flo == NULL, FALSE, DdxAlignMath_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + /* If the result should be constrained, get another photomap */ + if (stuff->constrain) + { + GetConstraintModel(client, &model, lvl); + realdst = UtilCreatePhotomap(CmpMap_(dst), lvl, PxlRatio_(dst), + PxlProg_(dst), ScnProg_(dst), PxlPol_(dst), + Width_(dst), Height_(dst), + flo == NULL, FALSE, DdxAlignMath_ ); + AllocOkIf_(realdst, (UtilFreeResource(dst), stuff->dst_photo_id)); + } + if( flo != NULL ) + { + s = !((!idcptr || QueResource(flo, idcptr, FALSE)) + && QueResource(flo, dst, TRUE)) ? BadAlloc + : DdxCreateMath_( Pipe_(flo), Sink_(src), Sink_(dst), + idcudp, stuff->op ); + if( s == Success && stuff->constrain ) + s = !QueResource(flo, realdst, TRUE) ? BadAlloc + : DdxCreateConstrain_( Pipe_(flo), Sink_(dst), + Sink_(realdst), model); + OkIf_(s == Success, (UtilFreeResource(dst), + UtilFreeResource(realdst), ResId_(flo)), s); + } + else + { /* Call Math routine (once per component) */ + BePCM_( src, (UtilFreeResource(dst), + UtilFreeResource(realdst), ResId_(src)) ); + for(s = Success, comp = 0; comp < CmpCnt_(src) && s == Success; comp++) + { + s = DdxMath_( Udp_(src,comp), Udp_(dst,comp), idcudp, stuff->op ); + if( s == Success && stuff->constrain ) + s = DdxConstrain_( Udp_(dst,comp), Udp_(realdst,comp), model ); + } + if( stuff->constrain ) + { + UtilFreeResource(dst); + dst = realdst; + } + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* end ProcMath */ + +/*----------------------------------------------------------------------- +--------------------------- Mirror Procedure --------------------------- +------------------------------------------------------------------------*/ +int ProcMirror( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr src, dst; + CARD32 s, comp, lvl[XieK_MaxComponents]; + REQUEST( xieMirrorReq ); + REQUEST_SIZE_MATCH( xieMirrorReq ); + /* + ** Locate source Photomap {and Photoflo} and verify destination Id. + ** Create destination with same geometry as source + */ + LookupPhotos_(&flo, &src, stuff->src_photo_id, stuff->dst_photo_id); + for( comp=0; comp < CmpCnt_(src); lvl[comp] = uLvl_(src,comp), comp++ ); + dst = UtilCreatePhotomap( CmpMap_(src), lvl, PxlRatio_(src), + PxlProg_(src), ScnProg_(src), PxlPol_(src), + Width_(src), Height_(src), + flo == NULL, FALSE, DdxAlignMirror_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + if( flo != NULL ) + { + s = !QueResource( flo, dst, TRUE ) ? BadAlloc + : DdxCreateMirror_( Pipe_(flo), Sink_(src), Sink_(dst), + stuff->x_mirror, stuff->y_mirror); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { /* Call Mirror routine (once per component) */ + BePCM_( src, (UtilFreeResource(dst), ResId_(src)) ); + for(s = Success, comp = 0; comp < CmpCnt_(src) && s == Success; comp++) + s = DdxMirror_( Udp_(src,comp), Udp_(dst,comp), + stuff->x_mirror, stuff->y_mirror ); + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* End of ProcMirror */ + +/*----------------------------------------------------------------------- +--------------------------- Point Procedure ---------------------------- +------------------------------------------------------------------------*/ +int ProcPoint( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo, trans_flo; + PhotomapPtr src, dst, trans; + CommonPartPtr idcptr = NULL; + UdpPtr idcudp = NULL; + CARD32 s, comp, srccomp, lvl[XieK_MaxComponents]; + REQUEST( xiePointReq ); + REQUEST_SIZE_MATCH( xiePointReq ); + /* + ** Locate source Photomap {and Photoflo} and verify destination Id. + */ + LookupPhotos_(&flo, &src, stuff->src_photo_id, stuff->dst_photo_id); + MatchOkIf_(Constrained_(src), stuff->src_photo_id); + /* + ** Locate the transfer function(s) (lookup table) Photomap. + ** Verify the Photomap is bound to the current Photoflo (if one present). + ** Verify the Photomap has enough components. + */ + LookupPhotos_(&trans_flo, &trans, stuff->trans_photo_id, -1); + MatchOkIf_(Constrained_(trans), stuff->trans_photo_id); + AccessOkIf_( flo == trans_flo, stuff->trans_photo_id); + MatchOkIf_(CmpCnt_(trans) >= CmpCnt_(src), stuff->trans_photo_id); + /* + **** Remove the following when the Point element is fixed to handle + **** the translate table from a Photoflo. + */ + MatchOkIf_(IsPhotomap_(trans), stuff->trans_photo_id); + BePCM_( trans, ResId_(trans) ); + + if( stuff->idc_id != 0 ) + { + LookupCppRoi_(&idcptr, &idcudp, stuff->idc_id); + ValueOkIf_( UtilValidRegion( src, idcudp ), stuff->idc_id ); + } + /* + ** Create destination with same geometry as source, but with levels + ** as specified by the transfer functions. + */ + for( comp = 0; comp < CmpCnt_(trans); comp++ ) + { + lvl[comp] = uLvl_(trans,comp); + MatchOkIf_( !idcptr || lvl[comp] == uLvl_(src,comp), stuff->idc_id ); + } + dst = UtilCreatePhotomap( CmpMap_(trans), lvl, PxlRatio_(src), + PxlProg_(src), ScnProg_(src), PxlPol_(src), + Width_(src), Height_(src), + flo == NULL, FALSE, DdxAlignPoint_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + if( flo != NULL ) + { + s = !((!idcptr || QueResource(flo, idcptr, FALSE)) + && QueResource(flo, dst, TRUE)) ? BadAlloc + : DdxCreatePoint_( Pipe_(flo), Sink_(src), Sink_(dst), + idcudp, &Udp_(trans,0)); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { /* + ** Call Point routine (once per component in TRANSFER FUNCTION). + ** If the source has fewer component, supply one multiple times. + */ + BePCM_( src, (UtilFreeResource(dst), ResId_(src)) ); + for(s = Success, comp = 0; comp < CmpCnt_(trans) && s==Success; comp++) + { + srccomp = comp > (CmpCnt_(src)-1) ? 0 : comp; + s = DdxPoint_( Udp_(src,srccomp), Udp_(dst,comp), + idcudp, Udp_(trans,comp)); + } + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* End of ProcPoint */ + +/*----------------------------------------------------------------------- +--------------------------- Point Stats Procedure ---------------------- +------------------------------------------------------------------------*/ +int ProcPointStats( client ) +ClientPtr client; /* client pointer */ +{ + PhotomapPtr img; + CARD32 s, comp, data_bytes; + xiePointStatsReply rep; + xiePointStatsDataPtr data; + double pixel, minimum, maximum, mean, std_dev, variance; + REQUEST(xiePointStatsReq); + REQUEST_SIZE_MATCH(xiePointStatsReq); + + LookupPhotos_(NULL, &img, stuff->photo_id, 0); + BePCM_( img, ResId_(img) ); + /* + ** Allocate space for statistics. + */ + data_bytes = CmpCnt_(img) * sizeof(xiePointStatsData); + data = (xiePointStatsDataPtr) DdxMalloc_(data_bytes); + AllocOkIf_(data, stuff->photo_id); + /* + ** Setup reply packet. + */ + rep.type = X_Reply; + rep.sequenceNumber = client->sequence; + rep.length = data_bytes >> 2; + /* + ** Do calcuation. + */ + for( comp = 0; comp < CmpCnt_(img); comp++ ) + { + s = DdxStatsPoint_( Udp_(img,comp), stuff->x, stuff->y, + stuff->width, stuff->height, &pixel, + &minimum, &maximum, &mean, &std_dev, &variance ); + OkIf_(s == Success, (DdxFree_(data), stuff->photo_id), s); + MiEncodeDouble(&data[comp].pixel, pixel); + MiEncodeDouble(&data[comp].minimum, minimum); + MiEncodeDouble(&data[comp].maximum, maximum); + MiEncodeDouble(&data[comp].mean, mean); + MiEncodeDouble(&data[comp].std_dev, std_dev); + MiEncodeDouble(&data[comp].variance,variance); + } + /* + ** Send result to client. + */ + WriteXieReplyToClient(client, sizeof(xiePointStatsReply), &rep); + client->pSwapReplyFunc = SwapFloatWrite; + WriteSwappedXieDataToClient(client, data_bytes, data); + DdxFree_(data); + + return( Success ); +} /* End of ProcPointStats */ + +/*----------------------------------------------------------------------- +--------------------------- Rotate Procedure --------------------------- +------------------------------------------------------------------------*/ +int ProcRotate( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr src, dst; + CARD32 s, comp, width, height, lvl[XieK_MaxComponents]; + double angle, sina, cosa; + REQUEST( xieRotateReq ); + REQUEST_SIZE_MATCH( xieRotateReq ); + /* + ** Locate source Photomap {and Photoflo} and verify destination Id. + ** Create destination based on rotate angle and client passed attributes. + */ + LookupPhotos_(&flo, &src, stuff->src_photo_id, stuff->dst_photo_id); + angle = MiDecodeDouble( &stuff->angle ); + cosa = fabs( cos( angle * RADIANS_PER_DEGREE )); + sina = fabs( sin( angle * RADIANS_PER_DEGREE )); + width = stuff->width != 0 ? stuff->width + : cosa * Width_(src) + sina * Height_(src); + height = stuff->height != 0 ? stuff->height + : sina * Width_(src) + cosa * Height_(src); + for( comp = 0; comp < CmpCnt_(src); lvl[comp] = uLvl_(src,comp), comp++ ); + dst = UtilCreatePhotomap( CmpMap_(src), lvl, PxlRatio_(src), + PxlProg_(src), ScnProg_(src), PxlPol_(src), + width, height, + flo == NULL, FALSE, DdxAlignRotate_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + if( flo != NULL ) + { + s = !QueResource( flo, dst, TRUE ) ? BadAlloc + : DdxCreateRotate_( Pipe_(flo), Sink_(src), Sink_(dst), + angle, stuff->fill ); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { /* Call Rotate routine (once per component) */ + BePCM_( src, (UtilFreeResource(dst), ResId_(src)) ); + for(s = Success, comp = 0; comp < CmpCnt_(src) && s == Success; comp++) + s = DdxRotate_( Udp_(src,comp), Udp_(dst,comp), + angle, stuff->fill[comp]); + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* End of ProcRotate */ + + +/*----------------------------------------------------------------------- +--------------------------- Scale Procedure ---------------------------- +------------------------------------------------------------------------*/ +int ProcScale( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr src, dst; + CARD32 s, comp, lvl[XieK_MaxComponents]; + REQUEST( xieScaleReq ); + REQUEST_SIZE_MATCH( xieScaleReq ); + + /* + ** Test dimensions. + ** Locate source Photomap {and Photoflo} and verify destination Id. + ** Create a Photomap with new dimensions. + */ + ValueOkIf_(stuff->width != 0 && stuff->height != 0, stuff->src_photo_id); + LookupPhotos_(&flo, &src, stuff->src_photo_id, stuff->dst_photo_id); + for( comp = 0; comp < CmpCnt_(src); lvl[comp] = uLvl_(src,comp), comp++); + dst = UtilCreatePhotomap( CmpMap_(src), lvl, PxlRatio_(src), + PxlProg_(src), ScnProg_(src), PxlPol_(src), + stuff->width, stuff->height, + flo == NULL, FALSE, DdxAlignDefault_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + if( flo != NULL ) + { + s = !QueResource( flo, dst, TRUE ) ? BadAlloc + : DdxCreateScale_(Pipe_(flo), Sink_(src), Sink_(dst)); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { /* Call Scale routine (once per component) */ + BePCM_( src, (UtilFreeResource(dst), ResId_(src)) ); + for(s = Success, comp = 0; comp < CmpCnt_(src) && s == Success; comp++) + s = DdxScale_( Udp_(src,comp), Udp_(dst,comp) ); + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); +#ifdef PEZD + LIB$SHOW_TIMER(); + printf("PEZD : End scale\n"); +#endif + } + return( Success ); +} /* End of ProcScale */ + + +/*----------------------------------------------------------------------- +--------------------------- Translate Procedure ------------------------ +------------------------------------------------------------------------*/ +int ProcTranslate( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo, flo2; + PhotomapPtr src1, src2, dst; + UdpPtr sidc_udp = NULL, didc_udp = NULL; + CommonPartPtr sidc = NULL, didc = NULL; + CARD32 s, comp, lvl[XieK_MaxComponents]; + REQUEST( xieTranslateReq ); + REQUEST_SIZE_MATCH( xieTranslateReq ); + + /* Verify source and destination Photomaps */ + LookupPhotos_(&flo, &src1, stuff->src1_photo_id, stuff->dst_photo_id); + LookupPhotos_(&flo2, &src2, stuff->src2_photo_id, -1); + AccessOkIf_(flo==flo2, stuff->src2_photo_id); + MatchOkIf_(CmpCnt_(src1) == CmpCnt_(src2), stuff->src2_photo_id); + + /* Verify or create source and destination IDC's */ + if( stuff->src_idc_id != 0 ) + { + LookupCppRoi_(&sidc, &sidc_udp, stuff->src_idc_id); + ValueOkIf_(UtilValidRegion( src1, sidc_udp ), stuff->src_idc_id ); + } + if( stuff->dst_idc_id != 0 ) + { + LookupCppRoi_(&didc, &didc_udp, stuff->dst_idc_id); + ValueOkIf_(UtilValidRegion( src2, didc_udp ), stuff->dst_idc_id); + } + for( comp = 0; comp < CmpCnt_(src1); comp++ ) + { + lvl[comp] = uLvl_(src1,comp); + MatchOkIf_(lvl[comp] == uLvl_(src2,comp), stuff->src2_photo_id); + } + dst = UtilCreatePhotomap( CmpMap_(src2), lvl, PxlRatio_(src2), + PxlProg_(src2), ScnProg_(src2), PxlPol_(src2), + Width_(src2), Height_(src2), + flo == NULL, FALSE, DdxAlignTranslate_ ); + AllocOkIf_(dst, stuff->dst_photo_id); + + if( flo != NULL ) + { + s = !((!sidc || QueResource(flo, sidc, FALSE)) + &&(!didc || QueResource(flo, didc, FALSE)) + && QueResource(flo, dst, TRUE)) ? BadAlloc + : DdxCreateTranslate_( Pipe_(flo), Sink_(src1), Sink_(src2), + Sink_(dst), sidc_udp, didc_udp ); + OkIf_(s == Success, (UtilFreeResource(dst), ResId_(flo)), s); + } + else + { /* Call Translate routine (once per component) */ + BePCM_( src1, (UtilFreeResource(dst), ResId_(src1)) ); + BePCM_( src2, (UtilFreeResource(dst), ResId_(src2)) ); + for(s = Success, comp = 0; comp < CmpCnt_(src2) && s == Success; comp++) + s = DdxTranslate_( Udp_(src1,comp), Udp_(src2,comp), + Udp_(dst,comp), sidc_udp, didc_udp ); + OkIf_(s == Success, (UtilFreeResource(dst), stuff->dst_photo_id), s); + AddResource_(stuff->dst_photo_id, RT_photo, dst); + xieDoSendEvent( client, dst, XieK_ComputationEvent ); + } + return( Success ); +} /* End of ProcTranslate */ + +/*----------------------------------------------------------------------- +----------- routine: initialize a RoiRec to use full Photomap ---------- +------------------------------------------------------------------------*/ +static RoiPtr RoiEntirePhotomap( img, roi, udp ) + PhotomapPtr img; /* Photo{map|tap} pointer */ + RoiPtr roi; /* pointer to Roi to be filled in */ + UdpPtr udp; /* pointer to Udp to be used by Roi */ +{ + /* + ** Setup the Roi to describe the entire Photomap. + */ + memset( roi, 0, sizeof(RoiRec) ); + memset( udp, 0, sizeof(UdpRec) ); + ResType_(roi) = XieK_IdcRoi; + RoiUdp_(roi) = udp; + upDType_(udp) = UdpK_DTypeVU; + upClass_(udp) = UdpK_ClassUBA; + upWidth_(udp) = Width_(img); + upHeight_(udp) = Height_(img); + upX2_(udp) = upWidth_(udp) - 1; + upY2_(udp) = upHeight_(udp) - 1; + + return( roi ); +} /* End of RoiEntirePhotomap */ +/* End of MODULE XIEPROCESS.C */ diff --git a/xie/docs/dec/xie23-src/server/xie/XieResource.c b/xie/docs/dec/xie23-src/server/xie/XieResource.c new file mode 100644 index 0000000..71ef970 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieResource.c @@ -0,0 +1,1156 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** This Xie module consists of DIX procedures for resource +** service requests. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** May 3, 1989 +** +*******************************************************************************/ + +/* +** Include files +*/ +#include +/* +** Core X Includes +*/ +#include +#include +#include +#include +#include +/* +** XIE Includes +*/ +#include +#include +#include +#include +#include +#include + +/* +** Table of contents +*/ + /* + ** Xie protocol proceedures called from XieMain + */ +int ProcAbortFlo(); +int ProcBindPhotomap(); +int ProcClonePhoto(); +int ProcCreateResource(); +int ProcDeleteResource(); +int ProcExecuteFlo(); +int ProcQueryResource(); +int ProcTapFlo(); + /* + ** routines referenced by other modules. + */ +int FloDone(); +int LookupIdc(); +int LookupCppRoi(); +int LookupPhotos(); +Bool QueResource(); + /* + ** routines used internally by XieResource + */ +static int CloneFlo(); +static int CloneMap(); +static int CreateCpp(); +static int CreatePhoto(); +static int CreateRoi(); +static int CreateTmp(); +static int QueryCpp(); +static int QueryFlo(); +static int QueryMap(); +static int QueryRoi(); +static int QueryTmp(); + +/* +** Equated Symbols +*/ + +/* +** MACRO definitions +*/ + +/* +** External References +** +*/ +#if defined(X11R3) && !defined(DWV3) +extern void AddResource(); /* called by AddResource_ macro */ +extern int UtilFreeResource(); /* ref'd by AddResource_ macro */ +#else /* X11R4 || DWV3 */ +extern Bool AddResource(); /* called by AddResource_ macro */ +#endif +extern void FreeResource(); /* ref'd by FreeResource_ macro*/ + +extern int xieDoSendEvent(); /* XieEvents.c */ +extern int StreamCreate(); /* XieTransport.c */ +extern int xieStreamInit(); /* XieTransport.c */ +extern int StreamPending(); /* XieTransport.c */ +extern int UtilBePCM(); /* XieUtils.c */ +extern PhotomapPtr UtilCreatePhotomap(); /* XieUtils.c */ +extern void UtilSetPending(); /* XieUtils.c */ + +extern CARD32 xieClients; /* num of clients served */ +extern CARD32 xieEventBase; /* Base for Xie events */ +extern CARD32 xieReqCode; /* XIE main opcode */ +#if defined(X11R3) && !defined(DWV3) +extern CARD16 RC_xie; /* XIE Class */ +extern CARD16 RT_photo; /* Photo{flo|map|tap} resource */ +extern CARD16 RT_idc; /* Cpp, Roi & Tmp resource types*/ +#else /* X11R4 || DWV3 */ +extern RESTYPE RC_xie; /* XIE Class */ +extern RESTYPE RT_photo; /* Photo{flo|map|tap} resource */ +extern RESTYPE RT_idc; /* Cpp, Roi & Tmp resource types*/ +#endif + +externalref int (*xieDixSwap[X_ieLastRequest])(); /* Reply swap dispatch tables*/ +externalref int (*xieDixSwapReply[])(); +extern void SwapTmpWrite(); +/* +** Local Storage +*/ + +/*----------------------------------------------------------------------- +------------------- Abort Photoflo execution Procedure ----------------- +------------------------------------------------------------------------*/ +int ProcAbortFlo( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + REQUEST( xieAbortPhotofloReq ); + REQUEST_SIZE_MATCH( xieAbortPhotofloReq ); + /* + ** Locate Photoflo. + */ + LookupPhotos_(&flo, NULL, stuff->photoflo_id, 0); + + if( Run_(flo) ) + { /* + ** Kill the DDX Pipeline. + */ + Run_(flo) = FALSE; + AbortPipeline_( flo ); + FloDone(client, flo ); + } + Make_(flo) = FALSE; + + return( Success ); +} /* End of ProcAbortFlo */ + +/*----------------------------------------------------------------------- +---------------- Bind a Photomap to a Photoflo Procedure ---------------- +------------------------------------------------------------------------*/ +int ProcBindMapToFlo( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr img; + REQUEST( xieBindPhotomapReq ); + REQUEST_SIZE_MATCH( xieBindPhotomapReq ); + /* + ** Verify the Photomap and Photoflo . + */ + LookupPhotos_(&flo, NULL, stuff->photoflo_id,-1); + LookupPhotos_(NULL, &img, stuff->photomap_id, 0); + + /* + ** Add the Photomap to the Photoflo reference list. + */ + AllocOkIf_( QueResource(flo, img, FALSE), stuff->photoflo_id ); + + return( Success ); +} /* end ProcBindMapToFlo */ + +/*----------------------------------------------------------------------- +-------------- Clone Photo{flo|map} from Photomap Procedure ------------- +------------------------------------------------------------------------*/ +int ProcClonePhoto( client ) + ClientPtr client; /* client pointer */ +{ + INT32 status; + REQUEST( xieCreateByReferenceReq ); + REQUEST_SIZE_MATCH( xieCreateByReferenceReq ); + + switch( stuff->resource_type ) + { + case XieK_Photoflo : + status = CloneFlo( client ); + break; + + case XieK_Photomap : + status = CloneMap( client ); + break; + + default: BadRequest_(stuff->resource_id); + } + return( status ); +} /* end ProcClonePhoto */ + +/*----------------------------------------------------------------------- +------------------------ CreateResource Procedure ----------------------- +------------------------------------------------------------------------*/ +int ProcCreateResource( client ) + ClientPtr client; /* client pointer */ +{ + INT32 status; + REQUEST( xieCreateByValueReq ); + REQUEST_AT_LEAST_SIZE( xieCreateByValueReq ); + + switch( stuff->resource_type ) + { + case XieK_IdcCpp : + status = CreateCpp( client ); + break; + + case XieK_Photoflo : + case XieK_Photomap : + status = CreatePhoto( client ); + break; + + case XieK_IdcRoi : + status = CreateRoi( client ); + break; + + case XieK_IdcTmp : + status = CreateTmp( client ); + break; + + default: BadRequest_(stuff->resource_id); + } + + return( status ); +} /* end ProcCreateResource */ + +/*----------------------------------------------------------------------- +------------------------ DeleteResource Procedure ----------------------- +------------------------------------------------------------------------*/ +int ProcDeleteResource( client ) + ClientPtr client; /* client pointer */ +{ + CommonPartPtr res; + CARD32 type; + + REQUEST( xieDeleteResourceReq ); + REQUEST_SIZE_MATCH( xieDeleteResourceReq ); + + switch( stuff->resource_type ) + { + case XieK_Photoflo : + case XieK_Photomap : type = RT_photo; break; + + case XieK_IdcCpp : + case XieK_IdcRoi : + case XieK_IdcTmp : type = RT_idc; break; + + case XieK_Phototap : + default: BadRequest_(stuff->resource_id); + } + + res = (CommonPartPtr) LookupId_(stuff->resource_id, type); + /* + ** If we can't find what the client's trying to delete, just go away + ** quietly -- after all it could be a legitimate client resource that + ** we were unable to create for some reason. + */ + if( res == NULL ) + return( Success ); + + IDChoiceOkIf_( ResType_(res) == stuff->resource_type, stuff->resource_id ); + + FreeResource_( stuff->resource_id ); + + return( Success ); +} /* end ProcDeleteResource */ + +/*----------------------------------------------------------------------- +----------------------- Execute Photoflo Procedure --------------------- +------------------------------------------------------------------------*/ +int ProcExecuteFlo( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + INT32 pending, status; + REQUEST( xieExecutePhotofloReq ); + REQUEST_SIZE_MATCH( xieExecutePhotofloReq ); +#ifdef PEZD + printf("PEZD : Begin Execute Flo\n"); + LIB$INIT_TIMER(); +#endif + LookupPhotos_( &flo, NULL, stuff->photoflo_id, -1 ); + + status = StreamCreate(flo); /* create Decoders and Encoders */ + + if( status == Success ) + status = OptimizePipeline_(flo); /* let the DDX optimize the Flo */ + + if( status == Success ) + status = xieStreamInit(flo); /* initialize PutStream Sinks */ + + if( status == Success ) + status = InitiatePipeline_(flo); /* initialize Pipeline elements */ + + if( status == Success ) + pending = StreamPending(flo); /* PutStream requests pending ? */ + + if( status == Success ) + { /* + ** Begin Photoflo execution. + */ + Make_(flo) = FALSE; + Run_(flo) = TRUE; + RefCnt_(flo)++; + status = ResumePipeline_( flo ); + } + OkIf_( status == Success, stuff->photoflo_id, status ); + + if( pending == Success && !Yielded_(flo) ) + /* + ** No PutStream transport was pending so we're already done. + */ + status = FloDone( client, flo ); + + return( status ); +} /* End of ProcExecuteFlo */ + +/*----------------------------------------------------------------------- +------------------------ QueryResource Procedure ------------------------ +------------------------------------------------------------------------*/ +int ProcQueryResource( client ) + ClientPtr client; /* client pointer */ +{ + INT32 status; + REQUEST( xieQueryResourceReq ); + REQUEST_SIZE_MATCH( xieQueryResourceReq ); + + switch( stuff->resource_type ) + { + case XieK_IdcCpp : + status = QueryCpp( client ); + break; + + case XieK_Photoflo : + status = QueryFlo( client ); + break; + + case XieK_Photomap : + case XieK_Phototap : + status = QueryMap( client ); + break; + + case XieK_IdcRoi : + status = QueryRoi( client ); + break; + + case XieK_IdcTmp : + status = QueryTmp( client ); + break; + + default: BadRequest_(stuff->resource_id); + } + + return( status ); +} /* end ProcQueryResource */ + +/*----------------------------------------------------------------------- +----------------------- Tap Photoflo Proceedure ----------------------- +------------------------------------------------------------------------*/ +int ProcTapFlo( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr img; + REQUEST( xieTapPhotofloReq ); + REQUEST_SIZE_MATCH( xieTapPhotofloReq ); + + LookupPhotos_(&flo, &img, stuff->photoflo_id, -1); + IDChoiceOkIf_( flo, stuff->photoflo_id ); + AccessOkIf_( ResId_(img) == 0, ResId_(img) ); + CheckNewResource_( stuff->photo_id, RT_photo ); + + /* + ** Bump RefCnt_, even if ephemeral. If AddResource_ fails core X11 calls + ** UtilFreeResource -- our queue would be corrupted if RefCnt_ went to 0. + */ + RefCnt_(img)++; + AddResource_( stuff->photo_id, RT_photo, img ); + RefCnt_(img) -= stuff->permanent ? 0 : 1; + + if( stuff->permanent ) + { + ResType_(img) = XieK_Photomap; + SnkPrm_(Sink_(img)) = TRUE; + SnkWrite_(Sink_(img)) = TRUE; + } + + return( Success ); +} /* end ProcTapFlo */ + +/*----------------------------------------------------------------------- +------------------------- Photoflo Done Procedure ----------------------- +------------------------------------------------------------------------*/ +int FloDone( client, flo ) + ClientPtr client; /* client pointer */ + PhotofloPtr flo; /* Photoflo pointer */ +{ + INT32 status; + FloQuePtr que = QueSrc_(flo); + PhotomapPtr map; + PipeSinkPtr snk; + REQUEST( xieReq ); + + if( Run_(flo) ) + { /* + ** Kill the DDX Pipeline. + */ + status = FlushPipeline_( flo ); + OkIf_( status == Success, ResId_(flo), status ); + if( Yielded_(flo) ) + return( Success ); + /* + ** Set Photoflo status to indicate execution complete and send event. + */ + Done_(flo) = TRUE; + Run_(flo) = FALSE; + xieDoSendEvent( client, flo, XieK_PhotofloEvent ); + } + /* + ** Reset Sink attributes on all Photo{map|tap}s. + */ + do { + if( IsPhoto_(FloRes_(que)) ) + { + map = FloMap_(que); + snk = Sink_(map); + SnkInited_(snk) = FALSE; + SnkDtyp_(snk) = SnkDatTyp_(snk,0); + SnkFull_(snk) |= Done_(flo) && IsPhotomap_(map); + SnkUdpFinalMsk_(snk) |= Done_(flo) && IsPhotomap_(map) + ? (1< 0 ) + CheckNewResource_(dst_id,RT_photo); /* Ok if dst_id is legal */ + break; + + default : BadIDChoice_(src_id); + } + if( flo != NULL && *flo != NULL && dst_id != 0 ) + { + AccessOkIf_( Make_(*flo), src_id ); /* Ok if under construction */ + IDChoiceOkIf_( dst_id < 0 /* Ok if flo matches dst_id */ + || *flo == (PhotofloPtr) LookupId_(dst_id, RT_photo), dst_id); + } + return( Success ); +} /* end LookupPhotos */ + +/*----------------------------------------------------------------------- +------------- routine: Lookup/verify a Template Idc resource------------ +------------------------ Return the TmpDat structure -------------------- +------------------------------------------------------------------------*/ +int LookupTmp( client, idcptr, dat, idc_id) + ClientPtr client; /* client pointer, needed by error macros */ + CommonPartPtr *idcptr; /* where to store the resource pointer */ + TmpDatPtr *dat; /* where to store the TmpDat pointer */ + CARD32 idc_id; /* X11 resource-id of Idc */ +{ + TmpPtr tmp; + REQUEST( xieReq ); + + *idcptr = (CommonPartPtr) LookupId_(idc_id, RT_idc); + IDChoiceOkIf_(*idcptr && ResType_(*idcptr) == XieK_IdcTmp, idc_id ); + + tmp = (TmpPtr) *idcptr; + if( dat != NULL ) + *dat = TmpDat_(tmp); + + return( Success ); +} /* end LookupTmp */ + +/*----------------------------------------------------------------------- +- routine: Queue a resource to a flo (ie. remember what's in the Photoflo) - +------------------------------------------------------------------------*/ +Bool QueResource( flo, res, NewDst ) +PhotofloPtr flo; /* Photoflo resource */ +CommonPartPtr res; /* Resource to be added to the queue */ +Bool NewDst; /* True if Photo{map|tap} is new "end-of-Photoflo" */ +{ + FloQuePtr que = QueSrc_(flo); + + while(que != NULL && FloRes_(que) != res) /* search for resource */ + que = que == QueEnd_(flo) ? NULL : FloNxt(que); + + if( que == NULL ) + { + if( !NewDst || ResId_(DstMap_(flo)) != 0 || Eport_(DstMap_(flo)) + || QueSrc_(flo)==QueDst_(flo) || Tport_(DstMap_(flo)) ) + { /* + ** Allocate and queue the new resource. + */ + que = (FloQuePtr) DdxMalloc_(sizeof(FloQueRec)); + if( que == NULL ) return( FALSE ); + if( QueSrc_(flo) == NULL ) + QueSrc_(flo) = (FloQuePtr) IniQue_(que); /* init queue */ + else + InsQue_(que,QueSrc_(flo)); /* insert queue */ + } + else + { /* + ** Delete an untapped Phototap, and re-use its queue element. + */ + SnkDelete_(Sink_(DstMap_(flo))) = TRUE; + UtilFreeResource(DstMap_(flo)); + que = QueDst_(flo); + } + FloRes_(que) = res; /* stash resource in queue element */ + + if( !IsPhototap_(res) ) + RefCnt_(res)++; /* perm resource -- count reference */ + + if( IsPhoto_(res) ) /* link Photo{map|tap} to Photoflo */ + FloLnk_((PhotomapPtr)res) = flo; + } + if( NewDst ) + { + QueDst_(flo) = que; /* remember Photo{map|tap} as new DstMap_() */ + SnkFull_(Sink_((PhotomapPtr)res)) = FALSE; + SnkUdpFinalMsk_(Sink_((PhotomapPtr)res)) = 0; + } + return( TRUE ); +} /* end QueResource */ + +/*----------------------------------------------------------------------- +----------------- routine: Clone Photoflo from Photomap ---------------- +------------------------------------------------------------------------*/ +static int CloneFlo( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr img; + INT32 status; + REQUEST( xieCreateByReferenceReq ); + REQUEST_SIZE_MATCH( xieCreateByReferenceReq ); + /* + ** Verify the Photomap and the new Photoflo id. Create a Photoflo. + */ + LookupPhotos_(NULL, &img, stuff->photomap_id, stuff->resource_id); + + flo = (PhotofloPtr) DdxCalloc_(1,sizeof(PhotofloRec)); + AllocOkIf_(flo, stuff->resource_id); + ResType_(flo) = XieK_Photoflo; + RefCnt_(flo) = 1; + Make_(flo) = TRUE; + /* + ** Create a DDX Pipeline. + */ + Pipe_(flo) = CreatePipeline_(client, flo); + status = (int) Pipe_(flo); + OkIf_( IsPointer_(Pipe_(flo)), + ( UtilFreeResource(flo), stuff->resource_id), status ); + /* + ** Add the Photomap as the source of the Photoflo. + */ + AllocOkIf_( QueResource( flo, img, FALSE ), + ( UtilFreeResource(flo), stuff->resource_id)); + /* + ** At this point the initial Photomap is also the end of the Photoflo. + */ + QueDst_(flo) = QueSrc_(flo); + + AddResource_( stuff->resource_id, RT_photo, flo ); + + return( Success ); +} /* end CloneFlo */ + +/*----------------------------------------------------------------------- +----------------- routine: Clone Photomap from Photomap ---------------- +------------------------------------------------------------------------*/ +static int CloneMap( client ) + ClientPtr client; /* client pointer */ +{ + CARD32 comp, lvl[XieK_MaxComponents]; + PhotomapPtr img, dst; + REQUEST( xieCreateByReferenceReq ); + REQUEST_SIZE_MATCH( xieCreateByReferenceReq ); + /* + ** Verify the src Photomap and the new Photomap-id. + */ + LookupPhotos_(NULL, &img, stuff->photomap_id, stuff->resource_id); + + /* + ** Create a new Photomap with identical attributes. + */ + for( comp = 0; comp < CmpCnt_(img); lvl[comp] = uLvl_(img,comp), comp++ ); + dst = UtilCreatePhotomap(CmpMap_(img), lvl, + PxlRatio_(img),PxlProg_(img), ScnProg_(img), + PxlPol_(img), Width_(img), Height_(img), + TRUE, FALSE, DdxAlignDefault_, NULL ); + AllocOkIf_(dst, stuff->resource_id); + WriteMap_(dst) = TRUE; + UtilSetPending( dst, 0, XieK_BandByPixel, TRUE ); + + AddResource_( stuff->resource_id, RT_photo, dst ); + + return( Success ); +} /* end CloneMap */ + +/*----------------------------------------------------------------------- +---------------------- routine: Create Cpp Resource -------------------- +------------------------------------------------------------------------*/ +static int CreateCpp( client ) + ClientPtr client; /* client pointer */ +{ + PhotomapPtr map; + CppPtr cpp; + UdpPtr u; + REQUEST( xieCreateCppReq ); + REQUEST_SIZE_MATCH( xieCreateCppReq ); + + LookupPhotos_(NULL, &map, stuff->photomap_id, 0); + + CheckNewResource_(stuff->resource_id, RT_idc); + cpp = (CppPtr) DdxCalloc_(1,sizeof(CppRec)); + AllocOkIf_(cpp, stuff->resource_id); + + ResType_(cpp) = XieK_IdcCpp; + RefCnt_(cpp) = 1; + CppMap_(cpp) = map; + + /* Describe the CPP data plane in a form suitable for the DDX routines */ + u = (UdpPtr) DdxCalloc_(1, sizeof(UdpRec)); + AllocOkIf_(u, (UtilFreeResource(cpp), stuff->resource_id)); + CppUdp_(cpp) = u; + + *u = *Udp_(map,0); + upX1_(u) = stuff->x; + upY1_(u) = stuff->y; + upX2_(u) = upX1_(u) + upWidth_(u) - 1; + upY2_(u) = upY1_(u) + upHeight_(u) - 1; + + BePCM_( map, (UtilFreeResource(cpp), stuff->photomap_id) ); + RefCnt_(map)++; + AddResource_( stuff->resource_id, RT_idc, cpp ); + + return( Success ); +} /* end CreateCpp */ + +/*----------------------------------------------------------------------- +------------------ routine: Create Photo{flo|map} Resource ------------- +------------------------------------------------------------------------*/ +static int CreatePhoto( client ) + ClientPtr client; /* client pointer */ +{ + PhotomapPtr map; + PhotofloPtr flo = NULL; + INT32 status; + REQUEST( xieCreatePhotoReq ); + REQUEST_SIZE_MATCH( xieCreatePhotoReq ); + + ValueOkIf_(stuff->width != 0 && stuff->height != 0, stuff->resource_id); + CheckNewResource_(stuff->resource_id, RT_photo); + /* + ** Create a Photomap (or Phototap if resource_type == Photoflo). + */ + map = UtilCreatePhotomap( stuff->component_mapping, stuff->levels, + MiDecodeDouble( &stuff->aspect_ratio ), + stuff->pixel_progression, stuff->line_progression, + stuff->polarity, + stuff->width, stuff->height, + stuff->resource_type == XieK_Photomap, + FALSE, DdxAlignDefault_, NULL ); + AllocOkIf_(map, stuff->resource_id); + WriteMap_(map) = TRUE; + UtilSetPending( map, 0, XieK_BandByPixel, TRUE ); + + if( stuff->resource_type == XieK_Photoflo ) + { /* + ** Create a Photoflo with a DDX Pipeline attached. + */ + flo = (PhotofloPtr) DdxCalloc_(1,sizeof(PhotofloRec)); + AllocOkIf_(flo, (UtilFreeResource(map), stuff->resource_id)); + ResType_(flo) = XieK_Photoflo; + RefCnt_(flo) = 1; + Make_(flo) = TRUE; + Pipe_(flo) = CreatePipeline_(client, flo); + status = (int) Pipe_(flo); + OkIf_( IsPointer_(Pipe_(flo)), + ( UtilFreeResource(map), + UtilFreeResource(flo), stuff->resource_id), status ); + /* + ** Queue the new Phototap as the source (and end) of the Photoflo. + */ + AllocOkIf_( QueResource( flo, map, FALSE ), + ( UtilFreeResource(map), + UtilFreeResource(flo), stuff->resource_id )); + QueDst_(flo) = QueSrc_(flo); + } + AddResource_( stuff->resource_id, RT_photo, flo ? (CommonPartPtr) flo + : (CommonPartPtr) map ); + return( Success ); +} /* end CreatePhoto */ + +/*----------------------------------------------------------------------- +---------------------- routine: Create Roi Resource -------------------- +------------------------------------------------------------------------*/ +static int CreateRoi( client ) + ClientPtr client; /* client pointer */ +{ + RoiPtr roi; + UdpPtr u; + REQUEST( xieCreateRoiReq ); + REQUEST_SIZE_MATCH( xieCreateRoiReq ); + + ValueOkIf_(stuff->width != 0 && stuff->height != 0, stuff->resource_id); + CheckNewResource_(stuff->resource_id, RT_idc); + roi = (RoiPtr) DdxCalloc_(1,sizeof(RoiRec)); + AllocOkIf_(roi, stuff->resource_id); + ResType_(roi) = XieK_IdcRoi; + RefCnt_(roi) = 1; + + /* Describe the Roi in a form suitable for the DDX routines */ + u = (UdpPtr) DdxCalloc_(1, sizeof(UdpRec)); + AllocOkIf_(u, (UtilFreeResource(roi), stuff->resource_id)); + RoiUdp_(roi) = u; + upDType_(u) = UdpK_DTypeVU; + upClass_(u) = UdpK_ClassUBA; + upWidth_(u) = stuff->width; + upHeight_(u) = stuff->height; + upX1_(u) = stuff->x; + upY1_(u) = stuff->y; + upX2_(u) = upX1_(u) + upWidth_(u) - 1; + upY2_(u) = upY1_(u) + upHeight_(u) - 1; + + AddResource_(stuff->resource_id, RT_idc, roi); + + return( Success ); +} /* end CreateRoi */ + +/*----------------------------------------------------------------------- +---------------------- routine: Create Tmp Resource -------------------- +------------------------------------------------------------------------*/ +static int CreateTmp( client ) + ClientPtr client; /* client pointer */ +{ + TmpPtr tmp; + TmpEntryPtr entry; + XieTmpEntry data; + TmpDatPtr p; + TmpDatEntryPtr row; + CARD32 index, i, j, k, last, max_x, max_y, x, y; + REQUEST( xieCreateTmpReq ); + REQUEST_AT_LEAST_SIZE( xieCreateTmpReq ); + + CheckNewResource_(stuff->resource_id, RT_idc); + ValueOkIf_(stuff->data_count > 0, 0); + + tmp = (TmpPtr) DdxCalloc_(1, sizeof(TmpRec) + + sizeof(TmpEntryRec) * stuff->data_count); + AllocOkIf_(tmp, stuff->resource_id); + ResType_(tmp) = XieK_IdcTmp; + RefCnt_(tmp) = 1; + TmpX_(tmp) = stuff->center_x; + TmpY_(tmp) = stuff->center_y; + TmpCnt_(tmp) = stuff->data_count; + entry = TmpEnt_(tmp); + data = (XieTmpEntry) &stuff[1]; + max_x = data[0].x; + max_y = data[0].y; + + /* Find the x and y size of the kernel and sanity check the indices */ + for( index = 0; index < TmpCnt_(tmp); index++ ) + { + entry[index].x = data[index].x; + entry[index].y = data[index].y; + ValueOkIf_(entry[index].x >= 0 && entry[index].y >= 0, + stuff->resource_id); + entry[index].value = MiDecodeDouble( &data[index].value ); + max_x = max(max_x, entry[index].x); + max_y = max(max_y, entry[index].y); + } + /* Describe the template in a form for the DDX routines */ + /* The array has an extra element on each row to act as a marker */ + p = (TmpDatPtr) DdxMalloc_(sizeof(TmpDatRec)); + AllocOkIf_(p, (UtilFreeResource(tmp), stuff->resource_id)); + p->x_count = max_x + 1; + p->y_count = max_y + 1; + p->center_x = TmpX_(tmp); + p->center_y = TmpY_(tmp); + p->array = (TmpDatEntryPtr) DdxMalloc_((p->x_count + 1) + * p->y_count + * sizeof(TmpDatEntryRec)); + AllocOkIf_(p->array, (UtilFreeResource(tmp), stuff->resource_id)); + + /* Zero the array */ + row = p->array; + for (i = 0; i < p->y_count; i++) { + for (j = 0; j < p->x_count+1; j++) { + row[j].value = 0.0; + row[j].increment = 0; + } + row += (p->x_count+1); + } + + /* Insert the template data into the array. + * Note that the coordinate system used by the template uses the + * normal mathematical axes orientation (i.e. y increases up). + */ + for (index = 0; index < TmpCnt_(tmp); index++) { + + x = entry[index].x; + y = p->y_count - entry[index].y - 1; + row = p->array + y * (p->x_count+1); + row[x].value = entry[index].value; + row[x].increment = 1; + } + /* Compact the rows, ending with a marker (increment==0) */ + row = p->array; + for (i = 0; i < p->y_count; i++) { + + last = -1; + + for( j = 0; j < p->x_count; j++) { + + if (row[j].increment == 0) { + for (k = j + 1; k < p->x_count ; k++) { + if (row[k].increment != 0) { + row[j] = row[k]; + row[j].increment = k - last; + row[k].increment = 0; + last = k; + break; + } + } + if (k == p->x_count) + break; + } else + last++; + } + row += (p->x_count+1); + } + TmpDat_(tmp) = p; + + AddResource_(stuff->resource_id, RT_idc, tmp); + + return( Success ); +} /* end CreateTmp */ + +/*----------------------------------------------------------------------- +---------------------- routine: Query Cpp Resource --------------------- +------------------------------------------------------------------------*/ +static int QueryCpp( client ) + ClientPtr client; /* client pointer */ +{ + CppPtr cpp; + xieQueryCppReply rep; + REQUEST( xieQueryResourceReq ); + + LookupIdc_(&cpp, stuff->resource_id, XieK_IdcCpp); + rep.type = X_Reply; + rep._reserved = 0; + rep.sequenceNumber = client->sequence; + rep.length = 0; + rep.x = CppX_(cpp); + rep.y = CppY_(cpp); + rep.photomap_id = ResId_(CppMap_(cpp)); + WriteXieReplyToClient( client, sizeof(xieQueryCppReply), &rep ); + + return( Success ); +} /* end QueryCpp */ + +/*----------------------------------------------------------------------- +--------------------- routine: Query Photoflo Resource ----------------- +------------------------------------------------------------------------*/ +static int QueryFlo( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + xieQueryPhotofloReply rep; + REQUEST( xieQueryResourceReq ); + + LookupPhotos_(&flo, NULL, stuff->resource_id, 0); + rep.type = X_Reply; + rep.sequenceNumber = client->sequence; + rep.length = 0; + rep.status = Make_(flo) ? XieK_PhotofloFormation + : Run_(flo) ? XieK_PhotofloRunning + : Done_(flo) ? XieK_PhotofloComplete + : XieK_PhotofloAborted; + + WriteXieReplyToClient( client, sizeof(xieQueryPhotofloReply), &rep ); + + return( Success ); +} /* end QueryFlo */ + +/*----------------------------------------------------------------------- +------------------- routine: Query Photomap Resource ------------------- +------------------------------------------------------------------------*/ +static int QueryMap( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr img; + CARD32 index; + xieQueryPhotomapReply rep; + REQUEST( xieQueryResourceReq ); + + LookupPhotos_(&flo, &img, stuff->resource_id, 0); + rep.type = X_Reply; + rep.sequenceNumber = client->sequence; + rep.length = sizeof(xieQueryPhotomapReply)-32>>2; + rep.width = Width_(img); + rep.height = Height_(img); + MiEncodeDouble( &rep.aspect_ratio, PxlRatio_(img) ); + rep.polarity = PxlPol_(img); + rep.pixel_progression = PxlProg_(img); + rep.line_progression = ScnProg_(img); + rep.constrained = Constrained_(img); + rep.component_mapping = CmpMap_(img); + rep.component_count = CmpCnt_(img); + for( index = 0; index < CmpCnt_(img); index++ ) + rep.levels[index] = uLvl_(img,index); + rep.photo_id = ResId_(img); + + WriteXieReplyToClient( client, sizeof(xieQueryPhotomapReply), &rep ); + + return( Success ); +} /* end QueryMap */ + +/*----------------------------------------------------------------------- +---------------------- routine: Query Roi Resource --------------------- +------------------------------------------------------------------------*/ +static int QueryRoi( client ) + ClientPtr client; /* client pointer */ +{ + RoiPtr roi; + xieQueryRoiReply rep; + REQUEST( xieQueryResourceReq ); + + LookupIdc_(&roi, stuff->resource_id, XieK_IdcRoi); + rep.type = X_Reply; + rep._reserved = 0; + rep.sequenceNumber = client->sequence; + rep.length = 0; + rep.x = RoiX_(roi); + rep.y = RoiY_(roi); + rep.width = RoiW_(roi); + rep.height = RoiH_(roi); + WriteXieReplyToClient( client, sizeof(xieQueryRoiReply), &rep ); + + return( Success ); +} /* end QueryRoi */ + +/*----------------------------------------------------------------------- +---------------------- routine: Query Tmp Resource --------------------- +------------------------------------------------------------------------*/ +static int QueryTmp( client ) + ClientPtr client; /* client pointer */ +{ + TmpPtr tmp; + TmpEntryPtr get; + XieTmpEntry put; + CARD32 index; + xieQueryTmpReply rep; + REQUEST( xieQueryResourceReq ); + + LookupIdc_(&tmp, stuff->resource_id, XieK_IdcTmp); + rep.type = X_Reply; + rep._reserved = 0; + rep.sequenceNumber = client->sequence; + rep.length = TmpCnt_(tmp) * sizeof(XieTmpEntryRec) >> 2; + rep.center_x = TmpX_(tmp); + rep.center_y = TmpY_(tmp); + rep.data_count = TmpCnt_(tmp); + get = TmpEnt_(tmp); + put = (XieTmpEntry) DdxMalloc_(TmpCnt_(tmp) * sizeof(XieTmpEntryRec)); + AllocOkIf_(put, stuff->resource_id); + for( index = 0; index < TmpCnt_(tmp); index++ ) + { + put[index].x = get[index].x; + put[index].y = get[index].y; + MiEncodeDouble( &put[index].value, get[index].value ); + } + WriteXieReplyToClient( client, sizeof(xieQueryTmpReply), &rep ); + client->pSwapReplyFunc = SwapTmpWrite; + WriteSwappedXieDataToClient( client, + sizeof(XieTmpEntryRec) * TmpCnt_(tmp), put ); + DdxFree_( put ); + + return( Success ); +} /* end QueryTmp */ +/* end module XieResource.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/XieServer.h b/xie/docs/dec/xie23-src/server/xie/XieServer.h new file mode 100644 index 0000000..85ac7fe --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieServer.h @@ -0,0 +1,341 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** The Xie module contains the definitions and structures used by the +** XIE server. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** March 1, 1989 +** +************************************************************************/ + + /* + ** Smi includes + */ +#include /* sample machine independent pipeline definitions */ +#include /* DDX interface definitions */ +#include /* universal data plane descriptor definitions */ + +#if defined(VMS) && !defined(ALPHA) +#define X11R3 +#endif + +#ifndef externalref +#ifdef VMS +#define externalref globalref +#else +#define externalref extern +#endif +#endif + +#ifndef externaldef +#ifdef VMS +#define externaldef(psect) globaldef {"psect"} noshare +#else +#define externaldef(psect) +#endif +#endif + + /* + ** Client connection context table. + */ +typedef struct _ClientTable { + CARD32 event_mask; /* selected events */ + CARD32 model; /* default constrain model */ + CARD32 levels[XieK_MaxComponents]; /* default constrain levels */ + } ClientTableRec, *ClientTablePtr; + + /* + ** A byte of flags. + */ +typedef struct _Flags { + unsigned flag0 : 1; + unsigned flag1 : 1; + unsigned flag2 : 1; + unsigned flag3 : 1; + unsigned flag4 : 1; + unsigned flag5 : 1; + unsigned flag6 : 1; + unsigned flag7 : 1; +} FlagsRec, *FlagsPtr; + + /* + ** Common part of all resource structures. + */ +typedef struct _CommonPart { + CARD32 Id; /* X11 resource-id */ + CARD8 Type; /* Xie resource type */ + FlagsRec flags; /* resource flags */ + INT16 RefCnt; /* resource reference count */ +} CommonPartRec, *CommonPartPtr; + /* + ** Convenience macros for accessing CommonPartPtr fields. + */ +#define ResId_(res) (((CommonPartPtr)(res))->Id) +#define ResType_(res) (((CommonPartPtr)(res))->Type) +#define RefCnt_(res) (((CommonPartPtr)(res))->RefCnt) + /* + ** Convenience macros for determining resource types. + */ +#define IsPhotoflo_(res) (ResType_(res)==XieK_Photoflo) +#define IsPhotomap_(res) (ResType_(res)==XieK_Photomap) +#define IsPhototap_(res) (ResType_(res)==XieK_Phototap) +#define IsPhoto_(res) (IsPhotomap_(res)||IsPhototap_(res)) +#define IsCpp_(res) (ResType_(res)==XieK_IdcCpp) +#define IsRoi_(res) (ResType_(res)==XieK_IdcRoi) +#define IsTmp_(res) (ResType_(res)==XieK_IdcTmp) + + /* + ** Photoflo resource queue structure. + */ +typedef struct _FloQue { + struct _FloQue *flink; /* flink to next FloQue element */ + struct _FloQue *blink; /* blink to prev FloQue element */ + struct _CommonPart *resource; /* link to queued resource */ +} FloQueRec, *FloQuePtr; + /* + ** Convenience macros for accessing FloQuePtr fields. + */ +#define FloNxt(que) ((que)->flink) +#define FloPrv_(que) ((que)->blink) +#define FloRes_(que) ((que)->resource) +#define FloMap_(que) ((PhotomapPtr)FloRes_(que)) + +typedef struct _ThreadCtx *ThreadCtxPtr; /* Used with VMS DECwindows only */ + + /* + ** Photoflo structure. + */ +typedef struct _Photoflo { + CommonPartRec Res; /* type: XieK_Photoflo */ + /* Res.flags.flag0; /* Form: Photoflo under construction*/ + /* Res.flags.flag1; /* Run: Photoflo executing */ + /* Res.flags.flag2; /* Done: Photoflo execution complete*/ + /* Res.flags.flag3; /* Yielded: Photoflo has yielded */ + FloQuePtr QueSrc; /* Src Photomap in resource queue */ + FloQuePtr QueDst; /* Dst Photomap in resource queue */ + Pipe Pipe; /* root of executable Pipeline */ + ThreadCtxPtr ThreadCtx; /* Thread context */ +} PhotofloRec, *PhotofloPtr; + /* + ** Convenience macros for accessing PhotofloPtr fields. + */ +#define Make_(flo) ((flo)->Res.flags.flag0) +#define Run_(flo) ((flo)->Res.flags.flag1) +#define Done_(flo) ((flo)->Res.flags.flag2) +#define Yielded_(flo) ((flo)->Res.flags.flag3) +#define Aborted_(flo) (!(Make_(flo)||Run_(flo)||Done_(flo))) +#define QueSrc_(flo) ((flo)->QueSrc) +#define SrcMap_(flo) ((PhotomapPtr)(QueSrc_(flo)->resource)) +#define QueEnd_(flo) (QueSrc_(flo)->blink) +#define QueDst_(flo) ((flo)->QueDst) +#define DstMap_(flo) ((PhotomapPtr)(QueDst_(flo)->resource)) +#define Pipe_(flo) ((flo)->Pipe) +#define ThreadCtx_(flo) ((flo)->ThreadCtx) + +typedef struct _ExpCtxRec *ExpCtxPtr; /* Import/Export context pointer */ +typedef struct _XportRec *XportPtr; /* Transport context pointer */ + /* + ** Photomap (and Phototap) structure. + */ +typedef struct _Photomap { + CommonPartRec Res; /* type: XieK_Photo{map|tap}*/ + /* Res.flags.flag0; /* Constrained (NOT float) */ + /* Res.flags.flag1; /* AllPending (all pending)*/ + /* Res.flags.flag2; /* AnyPending (some pending)*/ + /* Res.flags.flag3; /* WriteMap (PutStream OK)*/ + CARD8 Cmpres; /* compression scheme */ + CARD8 CmpOrg; /* component organization */ + CARD8 CmpMap; /* component mapping */ + CARD8 CmpCnt; /* component count */ + CARD8 PxlPol; /* pixel polarity */ + CARD8 PxlProg; /* pixel progression */ + CARD8 ScnProg; /* scanline progression */ + CARD8 _pad; + CARD16 Pending[XieK_MaxComponents]; /* comp's pending PutStream */ + CARD32 Width; /* Photomap width in pixels*/ + CARD32 Height; /* Photomap height in pixels*/ + double PxlRatio; /* pixel aspect ratio */ + ExpCtxPtr Eport; /* import/export context */ + XportPtr Tport; /* transport context */ + PhotofloPtr FloLnk; /* binding to Photoflo */ + PipeSinkPtr Sink; /* image data sink */ +} PhotomapRec, *PhotomapPtr; + /* + ** Convenience macros for accessing PhotomapPtr fields. + */ +#define Constrained_(img) ((img)->Res.flags.flag0) +#define AllPending_(img) ((img)->Res.flags.flag1) +#define AnyPending_(img) ((img)->Res.flags.flag2) +#define WriteMap_(img) ((img)->Res.flags.flag3) +#define Cmpres_(img) ((img)->Cmpres) +#define IsDCT_(img) (Cmpres_(img)==XieK_DCT) +#define IsG31D_(img) (Cmpres_(img)==XieK_G31D) +#define IsG32D_(img) (Cmpres_(img)==XieK_G32D) +#define IsG42D_(img) (Cmpres_(img)==XieK_G42D) +#define IsPCM_(img) (Cmpres_(img)==XieK_PCM) +#define CmpOrg_(img) ((img)->CmpOrg) +#define IsBndPxl_(img) (CmpOrg_(img)==XieK_BandByPixel) +#define IsBndPln_(img) (CmpOrg_(img)==XieK_BandByPlane) +#define IsBitPln_(img) (CmpOrg_(img)==XieK_BitByPlane) +#define CmpMap_(img) ((img)->CmpMap) +#define IsBitonal_(img) (CmpMap_(img)==XieK_Bitonal) +#define IsGrayScale_(img) (CmpMap_(img)==XieK_GrayScale) +#define IsRGB_(img) (CmpMap_(img)==XieK_RGB) +#define CmpCnt_(img) ((img)->CmpCnt) +#define PxlPol_(img) ((img)->PxlPol) +#define PxlProg_(img) ((img)->PxlProg) +#define ScnProg_(img) ((img)->ScnProg) +#define CmpPending_(img,c) ((img)->Pending[(c)]) +#define Width_(img) ((img)->Width) +#define Height_(img) ((img)->Height) +#define PxlRatio_(img) ((img)->PxlRatio) +#define Eport_(img) ((img)->Eport) +#define Tport_(img) ((img)->Tport) +#define FloLnk_(img) ((img)->FloLnk) +#define Sink_(img) ((img)->Sink) +#define Udp_(img,comp) (SnkUdpPtr_(Sink_(img),comp)) +#define uPxlLen_(img,comp) (SnkPxlLen_(Sink_(img),comp)) +#define uDType_(img,comp) (SnkDatTyp_(Sink_(img),comp)) +#define uClass_(img,comp) (SnkDatCls_(Sink_(img),comp)) +#define uBase_(img,comp) (SnkBase_(Sink_(img),comp)) +#define uArSize_(img,comp) (SnkArSize_(Sink_(img),comp)) +#define uPxlStr_(img,comp) (SnkPxlStr_(Sink_(img),comp)) +#define uScnStr_(img,comp) (SnkScnStr_(Sink_(img),comp)) +#define uX1_(img,comp) (SnkX1_(Sink_(img),comp)) +#define uX2_(img,comp) (SnkX2_(Sink_(img),comp)) +#define uY1_(img,comp) (SnkY1_(Sink_(img),comp)) +#define uY2_(img,comp) (SnkY2_(Sink_(img),comp)) +#define uWidth_(img,comp) (SnkWidth_(Sink_(img),comp)) +#define uHeight_(img,comp) (SnkHeight_(Sink_(img),comp)) +#define uPos_(img,comp) (SnkPos_(Sink_(img),comp)) +#define uCmpIdx_(img,comp) (SnkCmpIdx_(Sink_(img),comp)) +#define uLvl_(img,comp) (SnkLvl_(Sink_(img),comp)) +#define RunningFlo_(img) (FloLnk_(img)&&Run_(FloLnk_(img))) + + /* + ** Cpp structure. + */ +typedef struct { + CommonPartRec Res; /* type: XieK_IdcCpp */ + PhotomapPtr photomap; /* Cpp Photomap pointer */ + UdpPtr udp; /* Cpp coordinates and data plane */ +} CppRec, *CppPtr; + /* + ** Convenience macros for accessing CppPtr fields. + */ +#define CppX_(cpp) ((cpp)->udp->UdpL_X1) +#define CppY_(cpp) ((cpp)->udp->UdpL_Y1) +#define CppMap_(cpp) ((cpp)->photomap) +#define CppUdp_(cpp) ((cpp)->udp) + + /* + ** Roi structure. + */ +typedef struct { + CommonPartRec Res; /* type: XieK_IdcRoi */ + UdpPtr udp; /* Roi coordinates in UDP format */ +} RoiRec, *RoiPtr; + /* + ** Convenience macros for accessing RoiPtr fields. + */ +#define RoiX_(roi) ((roi)->udp->UdpL_X1) +#define RoiY_(roi) ((roi)->udp->UdpL_Y1) +#define RoiW_(roi) ((roi)->udp->UdpL_PxlPerScn) +#define RoiH_(roi) ((roi)->udp->UdpL_ScnCnt) +#define RoiUdp_(roi) ((roi)->udp) + + /* + ** Tmp structure. + */ +typedef struct { + CommonPartRec Res; /* type: XieK_IdcTmp */ + INT32 center_x; /* Template center X coordinate */ + INT32 center_y; /* Template center Y coordinate */ + TmpDatPtr dat; /* Template data in DDX format */ + CARD32 data_count; /* number of TmpEntryRec's in data */ +/* TmpEntryRec data list of TmpEntryRec's */ +} TmpRec, *TmpPtr; + /* + ** Tmp resource data entry structure. + */ +typedef struct { + INT32 x; /* template entry X coordinate */ + INT32 y; /* template entry Y coordinate */ + double value; /* template entry value */ +} TmpEntryRec, *TmpEntryPtr; + /* + ** Convenience macros for accessing TmpPtr fields. + */ +#define TmpX_(tmp) ((tmp)->center_x) +#define TmpY_(tmp) ((tmp)->center_y) +#define TmpCnt_(tmp) ((tmp)->data_count) +#define TmpEnt_(tmp) ((TmpEntryPtr)&((tmp)[1])) +#define TmpDat_(tmp) ((tmp)->dat) + diff --git a/xie/docs/dec/xie23-src/server/xie/XieSession.c b/xie/docs/dec/xie23-src/server/xie/XieSession.c new file mode 100644 index 0000000..c2f63e0 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieSession.c @@ -0,0 +1,326 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** This Xie module consists of DIX procedures for Session service requests. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** May 3, 1989 +** +************************************************************************/ + +/* +** Include files +*/ +#include +/* +** Core X Includes +*/ +#include +#include +#include +#include +#include +/* +** XIE Includes +*/ +#include +#include +#include +#include +#include + +/* +** Table of contents +*/ + /* + ** Xie protocol proceedures called from XieMain + */ +int ProcInitSession(); +int ProcTermSession(); + +int ProcSetOpDefaults(); +int ProcQueryOpDefaults(); + + /* + ** routines referenced by other modules. + */ +void GetConstraintModel(); + +/* +** Equated Symbols +*/ +/* +** MACRO definitions +*/ +/* +** External References +** +*/ +extern CARD32 xieClients; /* num of clients served */ +extern CARD32 xieEventBase; /* Base for Xie events */ +extern CARD32 xieReqCode; /* XIE main opcode */ +#if defined(X11R3) && !defined(DWV3) +extern CARD16 RC_xie; /* XIE Class */ +extern CARD16 RT_photo; /* Photo{flo|map|tap} resource */ +extern CARD16 RT_idc; /* Cpp, Roi & Tmp resource types*/ +#else /* X11R4 || DWV3 */ +extern RESTYPE RC_xie; /* XIE Class */ +extern RESTYPE RT_photo; /* Photo{flo|map|tap} resource */ +extern RESTYPE RT_idc; /* Cpp, Roi & Tmp resource types*/ +#endif + +externalref int (*xieDixSwap[X_ieLastRequest])(); /* Reply swap dispatch + * table */ +externalref int (*xieDixSwapReply[])(); +externalref void (*xieDixSwapData[])(); + +/* +** Global Storage +*/ +externaldef(xieClientTable) ClientTableRec xieClientTable[MAXCLIENTS]; + +/* +** Local Storage +*/ + +/*----------------------------------------------------------------------- +------------------------- InitSession Procedure ------------------------ +------------------------------------------------------------------------*/ +int ProcInitSession( client ) + ClientPtr client; /* client pointer */ +{ + CARD8 function[sizeof(XieFunctionsRec)]; + CARD32 i; + xieInitSessionReply reply; + REQUEST( xieInitSessionReq ); + REQUEST_SIZE_MATCH( xieInitSessionReq ); + + memset(function, 0, sizeof(XieFunctionsRec)); + /* + ** Functions supported by this implementation. + */ + PUT_VALUE_( function, X_ieInitSession, TRUE, 1 ); + PUT_VALUE_( function, X_ieTermSession, TRUE, 1 ); + PUT_VALUE_( function, X_ieQueryEvents, TRUE, 1 ); + PUT_VALUE_( function, X_ieSelectEvents, TRUE, 1 ); + PUT_VALUE_( function, X_ieSetOpDefaults, TRUE, 1 ); + PUT_VALUE_( function, X_ieQueryOpDefaults, TRUE, 1 ); + PUT_VALUE_( function, X_ieCreateByReference, TRUE, 1 ); + PUT_VALUE_( function, X_ieCreateByValue, TRUE, 1 ); + PUT_VALUE_( function, X_ieDeleteResource, TRUE, 1 ); + PUT_VALUE_( function, X_ieQueryResource, TRUE, 1 ); + PUT_VALUE_( function, X_ieBindPhotomap, TRUE, 1 ); + PUT_VALUE_( function, X_ieAbortPhotoflo, TRUE, 1 ); + PUT_VALUE_( function, X_ieExecutePhotoflo, TRUE, 1 ); + PUT_VALUE_( function, X_ieTapPhotoflo, TRUE, 1 ); + PUT_VALUE_( function, X_ieAbortTransport, TRUE, 1 ); + PUT_VALUE_( function, X_ieGetStream, TRUE, 1 ); + PUT_VALUE_( function, X_ieGetTile, TRUE, 1 ); + PUT_VALUE_( function, X_iePutStream, TRUE, 1 ); + PUT_VALUE_( function, X_iePutTile, TRUE, 1 ); + PUT_VALUE_( function, X_ieSetTransport, TRUE, 1 ); + PUT_VALUE_( function, X_ieExport, TRUE, 1 ); + PUT_VALUE_( function, X_ieFreeExport, TRUE, 1 ); + PUT_VALUE_( function, X_ieImport, TRUE, 1 ); + PUT_VALUE_( function, X_ieQueryExport, TRUE, 1 ); + PUT_VALUE_( function, X_ieArea, TRUE, 1 ); + PUT_VALUE_( function, X_ieAreaStats, TRUE, 1 ); + PUT_VALUE_( function, X_ieArith, TRUE, 1 ); + PUT_VALUE_( function, X_ieCalcHist, TRUE, 1 ); + PUT_VALUE_( function, X_ieChromeCom, TRUE, 1 ); + PUT_VALUE_( function, X_ieChromeSep, TRUE, 1 ); + PUT_VALUE_( function, X_ieCompare, TRUE, 1 ); + PUT_VALUE_( function, X_ieConstrain, TRUE, 1 ); + PUT_VALUE_( function, X_ieCrop, TRUE, 1 ); + PUT_VALUE_( function, X_ieDither, TRUE, 1 ); + PUT_VALUE_( function, X_ieFill, TRUE, 1 ); + PUT_VALUE_( function, X_ieLogical, TRUE, 1 ); + PUT_VALUE_( function, X_ieLuminance, TRUE, 1 ); + PUT_VALUE_( function, X_ieMatchHistogram, TRUE, 1 ); + PUT_VALUE_( function, X_ieMath, TRUE, 1 ); + PUT_VALUE_( function, X_ieMirror, TRUE, 1 ); + PUT_VALUE_( function, X_iePoint, TRUE, 1 ); + PUT_VALUE_( function, X_iePointStats, TRUE, 1 ); + PUT_VALUE_( function, X_ieRotate, TRUE, 1 ); + PUT_VALUE_( function, X_ieScale, TRUE, 1 ); + PUT_VALUE_( function, X_ieTranslate, TRUE, 1 ); + + reply.type = X_Reply; + reply.success = stuff->major_version == XieK_MajorVersion && + stuff->minor_version == XieK_MinorVersion; + reply.sequenceNumber = client->sequence; + reply.length = sizeof(XieFunctionsRec) >> 2; + reply.major_version = XieK_MajorVersion; + reply.minor_version = XieK_MinorVersion; + + if( reply.success ) + { /* + ** Define client dependent defaults for xieSession. + */ + xieClientTable[client->index].event_mask = 0; + xieClientTable[client->index].model = XieK_HardClip; + for( i = 0; i < XieK_MaxComponents; i++ ) + xieClientTable[client->index].levels[i] = 256; + /* + ** One more happy client served. + */ + xieClients++; + } + /* + ** Tell the client how happy it is. + */ + WriteXieReplyToClient( client, sizeof(xieInitSessionReply), &reply ); + SetSwappedDataRtn( client, CARD8 ); + WriteSwappedXieDataToClient( client, sizeof(XieFunctionsRec), function ); + + return( Success ); +} /* end ProcInitSession */ + +/*----------------------------------------------------------------------- +------------------------- TermSession Procedure ------------------------ +------------------------------------------------------------------------*/ +int ProcTermSession( client ) + ClientPtr client; /* client pointer */ +{ + REQUEST( xieTermSessionReq ); + REQUEST_SIZE_MATCH( xieTermSessionReq ); + + /* + ** One less happy client served. + */ + xieClients--; + + return( Success ); +} /* end ProcTermSession */ + +/*----------------------------------------------------------------------- +-------------------Set Operational Defaults Procedure ------------------ +------------------------------------------------------------------------*/ +int ProcSetOpDefaults( client ) + ClientPtr client; /* client pointer */ +{ + CARD32 i; + REQUEST( xieSetOpDefaultsReq ); + REQUEST_SIZE_MATCH( xieSetOpDefaultsReq ); + + ValueOkIf_( stuff->model == XieK_HardClip + || stuff->model == XieK_ClipScale + || stuff->model == XieK_HardScale, 0 ); + xieClientTable[client->index].model = stuff->model; + + for( i = 0; i < XieK_MaxComponents; i++ ) + { + ValueOkIf_(stuff->levels[i] > 0, 0); + xieClientTable[client->index].levels[i] = stuff->levels[i]; + } + + return( Success ); +} /* end ProcSetOpDefaults */ + +/*----------------------------------------------------------------------- +-----------------Query Operational Defaults Procedure ------------------- +------------------------------------------------------------------------*/ +int ProcQueryOpDefaults( client ) + ClientPtr client; /* client pointer */ +{ + xieQueryOpDefaultsReply rep; + CARD32 model; + + REQUEST( xieQueryOpDefaultsReq ); + REQUEST_SIZE_MATCH( xieQueryOpDefaultsReq ); + + rep.type = X_Reply; + rep._reserved = 0; + rep.sequenceNumber = client->sequence; + rep.length = 0; + GetConstraintModel(client, &model, &rep.levels[0]); + rep.model = model; + + WriteXieReplyToClient( client, sizeof(xieQueryOpDefaultsReply), &rep ); + + return( Success ); +} /* end ProcQueryOpDefaults */ + +/*----------------------------------------------------------------------- +------------------------- routine: GetConstraintModel ----------------- +------------------------------------------------------------------------*/ +void GetConstraintModel( client, model, levels ) + ClientPtr client; /* client pointer */ + CARD32 *model; /* model return pointer */ + CARD32 *levels; /* levels return array */ +{ + CARD32 i; + + *model = xieClientTable[client->index].model; + + for( i = 0; i < XieK_MaxComponents; i++ ) + levels[i] = xieClientTable[client->index].levels[i]; + +} /* end GetConstraintModel */ +/* end module XieSession.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/XieSwapRep.c b/xie/docs/dec/xie23-src/server/xie/XieSwapRep.c new file mode 100644 index 0000000..e4cdf29 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieSwapRep.c @@ -0,0 +1,429 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** This Xie module consists of wrapper routines for all Xie protocol +** requests. These routines perform the byte swapping necessary +** when the client and server are of different endian-ness. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Fri Dec 7 11:45:27 1990 +** +*******************************************************************************/ + +/* +** Include files +*/ +#include + +/* +** Core X Includes +*/ +#include +#include +#include +#include +#include +/* +** XIE Includes +*/ +#include +#include +#include +#include +#include + +/* +** Table of contents +*/ +/* Utility Routines */ +void Swap16Write(); +#if defined(VMS) && !defined(VXT) +void Swap32Write(); +#endif +void SwapFloatWrite(); +void SwapTmpWrite(); + + +/* Routines for swapping the Xie replies */ +int WriteEventToClient(); +int SReplySimple(); +int SReplyInitSession(); +int SReplyQueryEvents(); +int SReplyQueryOpDefaults(); +int SReplyQueryResource(); +int SReplyGetStream(); +int SReplyQueryExport(); + +/* +** Equated Symbols +*/ + +/* +** MACRO definitions +*/ + +/* +** External references +*/ +void WriteToClient(); + +externalref int (*xieDixSwapReply[])(); + + + +/*----------------------------------------------------------------------- +------------- Reply swapping utility routines, as lifted from --------- +--------------------- the X11R4 MIT sample server ----------------------- +------------------------------------------------------------------------*/ +/* Thanks to Jack Palevich for testing and subsequently rewriting all this */ + +#if defined(VMS) & !defined(VXT) +/* Write a block of swapped longs */ +void +Swap32Write(pClient, size, pbuf) + ClientPtr pClient; + int size; /* in bytes */ + register long *pbuf; +{ + int n, i; + + size >>= 2; + for(i = 0; i < size; i++) + /* brackets are mandatory here, because "swapl" macro expands + to several statements */ + { + swapl(&pbuf[i], n); + } + (void)WriteToClient(pClient, size << 2, (char *) pbuf); +} +#endif /* VMS && !VXT */ + +/* Write a block of swapped shorts */ +void +Swap16Write(pClient, size, pbuf) + ClientPtr pClient; + int size; /* in bytes */ + register short *pbuf; +{ + int n, i; + + size >>= 1; + for(i = 0; i < size; i++) + /* brackets are mandatory here, because "swaps" macro expands + to several statements */ + { + swaps(&pbuf[i], n); + } + (void)WriteToClient(pClient, size << 1, (char *) pbuf); +} + +/* Write a block of swapped XieFloat records */ +void +SwapFloatWrite(pClient, size, pbuf) + ClientPtr pClient; + int size; /* in bytes */ + register XieFloatRec *pbuf; +{ + register int n; + int i; + int entries; + + entries = size / (sizeof(XieFloatRec)); + + for(i = 0; i < entries; i++) + /* brackets are mandatory here, because "swapfloat" macro expands + to several statements */ + { + swapfloat(&pbuf[i], n); + } + (void)WriteToClient(pClient, size, (char *) pbuf); +} + +/* Write a block of swapped Xie Template IDC records */ +void +SwapTmpWrite(pClient, size, pbuf) + ClientPtr pClient; + int size; /* in bytes */ + XieTmpEntryRec *pbuf; +{ + register int n; + int i; + int entries; + register XieTmpEntryRec *p; + + entries = size / (sizeof(XieTmpEntryRec)); + p = pbuf; + + while (entries > 0) + { + swapl(&p->x, n); + swapl(&p->y, n); + swapfloat(&p->value, n); + entries--; p++; + } + (void)WriteToClient(pClient, size, (char *) pbuf); +} + +/*----------------------------------------------------------------------- +---------------------- Write Event Reply to Client ---------------------- +------------------------------------------------------------------------*/ +int WriteEventToClient(pClient, size, pEvent) + ClientPtr pClient; + int size; + xieSendEvent *pEvent; +{ + register char n; + + if (pClient->swapped) { + swaps(&pEvent->sequenceNumber, n); + swapl(&pEvent->resource_id, n); + } + WriteToClient(pClient, size, (char *)pEvent); + +} + +/*----------------------------------------------------------------------- +--------------------- Routine for all simple replies -------------------- +------------------------------------------------------------------------*/ +int SReplySimple(pClient, size, pRep) + ClientPtr pClient; + int size; + xieCalcHistReply *pRep; +{ + register char n; + + swaps(&pRep->sequenceNumber, n); + swapl(&pRep->length, n); + WriteToClient(pClient, size, (char *)pRep); + +} + +/*----------------------------------------------------------------------- +------------------------ Init Session Reply ----------------------------- +------------------------------------------------------------------------*/ +int SReplyInitSession(pClient, size, pRep) + ClientPtr pClient; + int size; + xieInitSessionReply *pRep; +{ + register char n; + + swaps(&pRep->sequenceNumber, n); + swapl(&pRep->length, n); + swaps(&pRep->major_version, n); + swaps(&pRep->minor_version, n); + swapl(&pRep->service_class, n); + WriteToClient(pClient, size, (char *)pRep); + +} + +/*----------------------------------------------------------------------- +------------------------ Query Events Reply ----------------------------- +------------------------------------------------------------------------*/ +int SReplyQueryEvents(pClient, size, pRep) + ClientPtr pClient; + int size; + xieQueryEventsReply *pRep; +{ + register char n; + + swaps(&pRep->sequenceNumber, n); + swapl(&pRep->length, n); + swapl(&pRep->event_mask, n); + WriteToClient(pClient, size, (char *)pRep); + +} + +/*----------------------------------------------------------------------- +------------------ Query Operational Defaults Reply --------------------- +------------------------------------------------------------------------*/ +int SReplyQueryOpDefaults(pClient, size, pRep) + ClientPtr pClient; + int size; + xieQueryOpDefaultsReply *pRep; +{ + register char n; + + swaps(&pRep->sequenceNumber, n); + swapl(&pRep->length, n); + SwapLongs(pRep->levels, XieK_MaxComponents); + WriteToClient(pClient, size, (char *)pRep); + +} + +/*----------------------------------------------------------------------- +------------------------- Query Resource Reply -------------------------- +------------------------------------------------------------------------*/ +int SReplyQueryResource(client, size, pRep) + ClientPtr client; + int size; + xieQueryPhotofloReply *pRep; +{ + register char n; + + REQUEST(xieCreateByValueReq); + + swaps(&pRep->sequenceNumber, n); + swapl(&pRep->length, n); + + /* The remainder of the reply is different depending on the resource. + * Get the resource type from the original request. */ + switch( stuff->resource_type ) { + case XieK_IdcCpp : + { + register xieQueryCppReply *rep = (xieQueryCppReply *)pRep; + + swapl(&rep->x, n); + swapl(&rep->y, n); + swapl(&rep->photomap_id, n); + } + break; + + case XieK_Photoflo : + { + register xieQueryPhotofloReply *rep = (xieQueryPhotofloReply *)pRep; + + swapl(&rep->status, n); + } + break; + + case XieK_Photomap : + { + register xieQueryPhotomapReply *rep = (xieQueryPhotomapReply *)pRep; + + swapl(&rep->width, n); + swapl(&rep->height, n); + swapfloat(&rep->aspect_ratio, n); + SwapLongs(rep->levels, XieK_MaxComponents); + swapl(&rep->photo_id, n); + } + break; + + case XieK_IdcRoi : + { + register xieQueryRoiReply *rep = (xieQueryRoiReply *)pRep; + + swapl(&rep->x, n); + swapl(&rep->y, n); + swapl(&rep->width, n); + swapl(&rep->height, n); + } + break; + + case XieK_IdcTmp : + { + register xieQueryTmpReply *rep = (xieQueryTmpReply *)pRep; + + swapl(&rep->center_x, n); + swapl(&rep->center_y, n); + swapl(&rep->data_count, n); + } + break; + } + + WriteToClient(client, size, (char *)pRep); + +} + +/*----------------------------------------------------------------------- +---------------------------- Get Stream Reply --------------------------- +------------------------------------------------------------------------*/ +int SReplyGetStream(pClient, size, pRep) + ClientPtr pClient; + int size; + xieGetStreamReply *pRep; +{ + register char n; + + swaps(&pRep->sequenceNumber, n); + swapl(&pRep->length, n); + swapl(&pRep->byte_count, n); + WriteToClient(pClient, size, (char *)pRep); + +} + +/*----------------------------------------------------------------------- +---------------------------- Query Export Reply ------------------------- +------------------------------------------------------------------------*/ +int SReplyQueryExport(pClient, size, pRep) + ClientPtr pClient; + int size; + xieQueryExportReply *pRep; +{ + register char n; + + swaps(&pRep->sequenceNumber, n); + swapl(&pRep->length, n); + swapl(&pRep->pixel_count, n); + swapl(&pRep->lut_id, n); + WriteToClient(pClient, size, (char *)pRep); + +} + +/* End of MODULE XIESWAPREP.C */ + diff --git a/xie/docs/dec/xie23-src/server/xie/XieSwapReq.c b/xie/docs/dec/xie23-src/server/xie/XieSwapReq.c new file mode 100644 index 0000000..af4a1f4 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieSwapReq.c @@ -0,0 +1,1018 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** This Xie module consists of wrapper routines for all Xie protocol +** requests. These routines perform the byte swapping necessary +** when the client and server are of different endian-ness. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Fri Dec 7 11:45:27 1990 +** +*******************************************************************************/ + +/* +** Include files +*/ +#include + +/* +** Core X Includes +*/ +#include +#include +#include +#include +#include +/* +** XIE Includes +*/ +#include +#include +#include +#include +#include + +/* +** Table of contents +*/ +/* Utility Routines */ +#if defined(VMS) && !defined(VXT) && !defined(ALPHA) +void SwapLongs(); +void SwapShorts(); +#endif +void SwapTmpEntries(); +int SProcXieSimpleReq(); +int SProcXieResourceReq(); + +/* Routines for swapping the Xie requests */ +int SProcInitSession(); +int SProcQueryEvents(); +int SProcSelectEvents(); +int SProcSetOpDefaults(); +int SProcCreateResource(); +int SProcBindMapToFlo(); +int SProcAbortFlo(); +int SProcExecuteFlo(); +int SProcTapFlo(); +int SProcAbortTransport(); +int SProcGetStream(); +int SProcGetTile(); +int SProcPutStream(); +int SProcPutTile(); +int SProcSetTransport(); +int SProcExport(); +int SProcFreeExport(); +int SProcImport(); +int SProcQueryExport(); +int SProcArea(); +int SProcAreaStats(); +int SProcArith(); +int SProcCalcHistogram(); +int SProcChromeCom(); +int SProcChromeSep(); +int SProcCompare(); +int SProcConstrain(); +int SProcCrop(); +int SProcDither(); +int SProcFill(); +int SProcLogical(); +int SProcLuminance(); +int SProcMatchHistogram(); +int SProcMath(); +int SProcMirror(); +int SProcPoint(); +int SProcPointStats(); +int SProcRotate(); +int SProcScale(); +int SProcTranslate(); + + +/* +** Equated Symbols +*/ + +/* +** MACRO definitions +*/ + +/* +** External references +*/ +externalref int (*xieDixProc[X_ieLastRequest])(); + + + +/*----------------------------------------------------------------------- +------------- Request swapping utility routines, as lifted from --------- +--------------------- the X11R4 MIT sample server ----------------------- +------------------------------------------------------------------------*/ +/* Thanks to Jack Palevich for testing and subsequently rewriting all this */ + +#if defined(VMS) && !defined(VXT) && !defined(ALPHA) +/* Byte swap a list of longs */ + +void +SwapLongs (list, count) + register long *list; + register unsigned long count; +{ + register int n; + + while (count >= 8) { + swapl(list+0, n); + swapl(list+1, n); + swapl(list+2, n); + swapl(list+3, n); + swapl(list+4, n); + swapl(list+5, n); + swapl(list+6, n); + swapl(list+7, n); + list += 8; + count -= 8; + } + if (count != 0) { + do { + swapl(list, n); + list++; + } while (--count != 0); + } +} + + +/* Byte swap a list of shorts */ + +void +SwapShorts (list, count) + register short *list; + register unsigned long count; +{ + register int n; + + while (count >= 16) { + swaps(list+0, n); + swaps(list+1, n); + swaps(list+2, n); + swaps(list+3, n); + swaps(list+4, n); + swaps(list+5, n); + swaps(list+6, n); + swaps(list+7, n); + swaps(list+8, n); + swaps(list+9, n); + swaps(list+10, n); + swaps(list+11, n); + swaps(list+12, n); + swaps(list+13, n); + swaps(list+14, n); + swaps(list+15, n); + list += 16; + count -= 16; + } + if (count != 0) { + do { + swaps(list, n); + list++; + } while (--count != 0); + } +} +#endif /* VMS & !VXT */ + +/* Byte swap a list of template IDC entries */ + +void +SwapTmpEntries(list, count) + register XieTmpEntryRec *list; + register unsigned long count; +{ + register int n; + int i; + + while (count > 0) { + swapl(&(list->x), n); + swapl(&(list->y), n); + swapfloat(&(list->value), n); + list++; count--; + } +} + +/* The following is used for all requests that have + no fields to be swapped (except "length") */ +int +SProcXieSimpleReq(client) + register ClientPtr client; +{ + register char n; + + REQUEST(xieReq); + swaps(&stuff->length, n); + return( CallProc_(xieDixProc)(client) ); +} + +/* The following is used for all requests that have + only a resource type / resource id pair to be swapped, coming + right after the "length" field */ +int +SProcXieResourceReq(client) + register ClientPtr client; +{ + register char n; + + REQUEST(xieCreateByValueReq); + swaps(&stuff->length, n); + swapl(&stuff->resource_type, n); + swapl(&stuff->resource_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +------------------------ Init Session Request --------------------------- +------------------------------------------------------------------------*/ +int SProcInitSession( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieInitSessionReq); + + swaps(&stuff->length, n); + swaps(&stuff->major_version, n); + swaps(&stuff->minor_version, n); + return( CallProc_(xieDixProc)(client) ); + +} + +/*----------------------------------------------------------------------- +------------------------Query Events Procedure -------------------------- +------------------------------------------------------------------------*/ +int SProcQueryEvents( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieQueryEventsReq); + + swaps(&stuff->length, n); + swapl(&stuff->event_param, n); + return( CallProc_(xieDixProc)(client) ); + +} + +/*----------------------------------------------------------------------- +------------------------Select Events Procedure ------------------------- +------------------------------------------------------------------------*/ +int SProcSelectEvents( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieSelectEventsReq); + + swaps(&stuff->length, n); + swapl(&stuff->event_mask, n); + return( CallProc_(xieDixProc)(client) ); + +} + +/*----------------------------------------------------------------------- +------------------------Set Operational Defaults------------------------- +------------------------------------------------------------------------*/ +int SProcSetOpDefaults( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieSetOpDefaultsReq); + + swaps(&stuff->length, n); + SwapLongs(&stuff->levels[0], XieK_MaxComponents); + return( CallProc_(xieDixProc)(client) ); + +} + +/*----------------------------------------------------------------------- +------------------ Create Resource by Reference ------------------------- +------------------------------------------------------------------------*/ +int +SProcCreateResourceByRef(client) + register ClientPtr client; +{ + register char n; + + REQUEST(xieCreateByReferenceReq); + + swaps(&stuff->length, n); + swapl(&stuff->resource_type, n); + swapl(&stuff->resource_id, n); + swapl(&stuff->photomap_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +------------------ Create Resource by Value ----------------------------- +------------------------------------------------------------------------*/ +int SProcCreateResourceByValue( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieCreateByValueReq); + + swaps(&stuff->length, n); + swapl(&stuff->resource_type, n); + swapl(&stuff->resource_id, n); + + switch( stuff->resource_type ) { + + case XieK_IdcCpp : + { + REQUEST(xieCreateCppReq); + swapl(&stuff->photomap_id, n); + swapl(&stuff->x, n); + swapl(&stuff->y, n); + } + break; + + case XieK_Photoflo : + case XieK_Photomap : + { + REQUEST(xieCreatePhotoReq); + swapl(&stuff->width, n); + swapl(&stuff->height, n); + swapfloat(&stuff->aspect_ratio, n); + SwapLongs(stuff->levels, XieK_MaxComponents); + } + break; + + case XieK_IdcRoi : + { + REQUEST(xieCreateRoiReq); + swapl(&stuff->x, n); + swapl(&stuff->y, n); + swapl(&stuff->width, n); + swapl(&stuff->height, n); + } + break; + + case XieK_IdcTmp : + { + REQUEST(xieCreateTmpReq); + swapl(&stuff->center_x, n); + swapl(&stuff->center_y, n); + swapl(&stuff->data_count, n); + SwapTmpEntries(&((&stuff->data_count)[1]), stuff->data_count); + } + break; + } + return( CallProc_(xieDixProc)(client) ); + +} + +/*----------------------------------------------------------------------- +--------------------Bind Map to Flo Request ----------------------------- +------------------------------------------------------------------------*/ +int SProcBindMapToFlo( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieBindPhotomapReq); + + swaps(&stuff->length, n); + swapl(&stuff->photoflo_id, n); + swapl(&stuff->photomap_id, n); + return( CallProc_(xieDixProc)(client) ); + +} + +/*----------------------------------------------------------------------- +------------------------- Abort Photoflo Request ------------------------ +------------------------------------------------------------------------*/ +int SProcAbortFlo( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieAbortPhotofloReq); + + swaps(&stuff->length, n); + swapl(&stuff->photoflo_id, n); + return( CallProc_(xieDixProc)(client) ); + +} + +/*----------------------------------------------------------------------- +------------------------- Execute Photoflo Request ---------------------- +------------------------------------------------------------------------*/ +int SProcExecuteFlo( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieExecutePhotofloReq); + + swaps(&stuff->length, n); + swapl(&stuff->photoflo_id, n); + return( CallProc_(xieDixProc)(client) ); + +} + +/*----------------------------------------------------------------------- +---------------------------- Tap Photoflo Request ----------------------- +------------------------------------------------------------------------*/ +int SProcTapFlo( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieTapPhotofloReq); + + swaps(&stuff->length, n); + swapl(&stuff->photoflo_id, n); + swapl(&stuff->photo_id, n); + return( CallProc_(xieDixProc)(client) ); + +} + +/*----------------------------------------------------------------------- +-------------------------- Abort Transport Request ---------------------- +------------------------------------------------------------------------*/ +int SProcAbortTransport( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieAbortTransportReq); + + swaps(&stuff->length, n); + swapl(&stuff->photo_id, n); + swapl(&stuff->plane_mask, n); + return( CallProc_(xieDixProc)(client) ); + +} + +/*----------------------------------------------------------------------- +---------------------------- Get Stream Request ------------------------- +------------------------------------------------------------------------*/ +int SProcGetStream( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieGetStreamReq); + + swaps(&stuff->length, n); + swapl(&stuff->photo_id, n); + swapl(&stuff->max_bytes, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +----------------------------- Get Tile Request -------------------------- +------------------------------------------------------------------------*/ +int SProcGetTile( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieGetTileReq); + + swaps(&stuff->length, n); + swapl(&stuff->photomap_id, n); + swapl(&stuff->x, n); + swapl(&stuff->y, n); + swapl(&stuff->width, n); + swapl(&stuff->height, n); + swapl(&stuff->plane_mask, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +---------------------------- Put Stream Request ------------------------- +------------------------------------------------------------------------*/ +int SProcPutStream( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xiePutStreamReq); + + swaps(&stuff->length, n); + swapl(&stuff->photo_id, n); + swapl(&stuff->byte_count, n); + /* No swapping of the image data */ + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +----------------------------- Put Tile Request -------------------------- +------------------------------------------------------------------------*/ +int SProcPutTile( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xiePutTileReq); + + swaps(&stuff->length, n); + swapl(&stuff->photomap_id, n); + swapl(&stuff->x, n); + swapl(&stuff->y, n); + swapl(&stuff->width, n); + swapl(&stuff->height, n); + swapl(&stuff->plane_mask, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +-------------------------Set Transport Request -------------------------- +------------------------------------------------------------------------*/ +int SProcSetTransport( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieSetTransportReq); + + swaps(&stuff->length, n); + swapl(&stuff->photo_id, n); + swapl(&stuff->compression_parameter, n); + swapl(&stuff->plane_mask, n); + SwapLongs(stuff->scanline_stride, XieK_MaxPlanes); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +------------------------- Export Image Request -------------------------- +------------------------------------------------------------------------*/ +int SProcExport( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieExportReq); + + swaps(&stuff->length, n); + swapl(&stuff->photo_id, n); + swapl(&stuff->drawable_id, n); + swapl(&stuff->gc_id, n); + swapl(&stuff->src_x, n); + swapl(&stuff->src_y, n); + swapl(&stuff->width, n); + swapl(&stuff->height, n); + swapl(&stuff->dst_x, n); + swapl(&stuff->dst_y, n); + swapl(&stuff->photo_lut_id, n); + swapl(&stuff->colormap_id, n); + swapfloat(&stuff->match_limit, n); + swapfloat(&stuff->gray_limit, n); + + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +-------------------------- Free Export Request -------------------------- +------------------------------------------------------------------------*/ +int SProcFreeExport( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieFreeExportReq); + + swaps(&stuff->length, n); + swapl(&stuff->photo_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +------------------------- Import Image Request -------------------------- +------------------------------------------------------------------------*/ +int SProcImport( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieImportReq); + + swaps(&stuff->length, n); + swapl(&stuff->photomap_id, n); + swapl(&stuff->drawable_id, n); + swapl(&stuff->colormap_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +--------------------- Query Export Context Request ---------------------- +------------------------------------------------------------------------*/ +int SProcQueryExport( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieQueryExportReq); + + swaps(&stuff->length, n); + swapl(&stuff->photo_id, n); + swapl(&stuff->lut_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +--------------------------------- Area Request -------------------------- +------------------------------------------------------------------------*/ +int SProcArea( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieAreaReq); + + swaps(&stuff->length, n); + swapl(&stuff->src_photo_id, n); + swapl(&stuff->dst_photo_id, n); + swapl(&stuff->ipcc_id, n); + swapl(&stuff->ipct_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +------------------------------ Area Stats Request ----------------------- +------------------------------------------------------------------------*/ +int SProcAreaStats( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieAreaStatsReq); + + swaps(&stuff->length, n); + swapl(&stuff->src_photo_id, n); + swapl(&stuff->dst_photo_id, n); + swapl(&stuff->idc_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +--------------------------------- Arith Request ------------------------- +------------------------------------------------------------------------*/ +int SProcArith( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieArithReq); + + swaps(&stuff->length, n); + swapl(&stuff->src1_photo_id, n); + swapl(&stuff->src2_photo_id, n); + SwapLongs(stuff->constants, XieK_MaxComponents); + swapl(&stuff->dst_photo_id, n); + swapl(&stuff->idc_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +-------------------------Calculate Histogram Request -------------------- +------------------------------------------------------------------------*/ +int SProcCalcHistogram( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieCalcHistReq); + + swaps(&stuff->length, n); + swapl(&stuff->photo_id, n); + swapl(&stuff->idc_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +------------------------Chrominance Combine Request --------------------- +------------------------------------------------------------------------*/ +int SProcChromeCom( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieChromeComReq); + + swaps(&stuff->length, n); + swapl(&stuff->photo_id1, n); + swapl(&stuff->photo_id2, n); + swapl(&stuff->photo_id3, n); + swapl(&stuff->dst_photo_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +------------------------ Chrominance Separate Request ------------------- +------------------------------------------------------------------------*/ +int SProcChromeSep( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieChromeSepReq); + + swaps(&stuff->length, n); + swapl(&stuff->src_photo, n); + swapl(&stuff->dst_photo, n); + swapl(&stuff->component, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +------------------------------- Compare Request ------------------------- +------------------------------------------------------------------------*/ +int SProcCompare( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieCompareReq); + + swaps(&stuff->length, n); + swapl(&stuff->src1_photo_id, n); + swapl(&stuff->src2_photo_id, n); + SwapLongs(stuff->constants, XieK_MaxComponents); + swapl(&stuff->dst_photo_id, n); + swapl(&stuff->idc_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +------------------------------ Constrain Request ------------------------ +------------------------------------------------------------------------*/ +int SProcConstrain( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieConstrainReq); + + swaps(&stuff->length, n); + swapl(&stuff->src_photo_id, n); + swapl(&stuff->dst_photo_id, n); + SwapLongs(stuff->levels, XieK_MaxComponents); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +-------------------------------- Crop Request --------------------------- +------------------------------------------------------------------------*/ +int SProcCrop( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieCropReq); + + swaps(&stuff->length, n); + swapl(&stuff->src_photo_id, n); + swapl(&stuff->dst_photo_id, n); + swapl(&stuff->idc_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +------------------------------ Dither Request --------------------------- +------------------------------------------------------------------------*/ +int SProcDither( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieDitherReq); + + swaps(&stuff->length, n); + swapl(&stuff->src_photo_id, n); + swapl(&stuff->dst_photo_id, n); + SwapLongs(stuff->levels, XieK_MaxComponents); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +-------------------------------- Fill Request --------------------------- +------------------------------------------------------------------------*/ +int SProcFill( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieFillReq); + + swaps(&stuff->length, n); + swapl(&stuff->src_photo_id, n); + swapl(&stuff->dst_photo_id, n); + swapl(&stuff->dst_idc_id, n); + SwapLongs(stuff->constant, XieK_MaxComponents); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +---------------------------- Logical Request ---------------------------- +------------------------------------------------------------------------*/ +int SProcLogical( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieLogicalReq); + + swaps(&stuff->length, n); + swapl(&stuff->src1_photo_id, n); + swapl(&stuff->src2_photo_id, n); + SwapLongs(stuff->constants, XieK_MaxComponents); + swapl(&stuff->dst_photo_id, n); + swapl(&stuff->idc_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +-------------------------- Luminance Request ---------------------------- +------------------------------------------------------------------------*/ +int SProcLuminance( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieLuminanceReq); + + swaps(&stuff->length, n); + swapl(&stuff->src_photo_id, n); + swapl(&stuff->dst_photo_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +----------------------------- Math Request ------------------------------ +------------------------------------------------------------------------*/ +int SProcMath( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieMathReq); + + swaps(&stuff->length, n); + swapl(&stuff->src_photo_id, n); + swapl(&stuff->dst_photo_id, n); + swapl(&stuff->idc_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +----------------------- Match Histogram Request ------------------------- +------------------------------------------------------------------------*/ +int SProcMatchHistogram( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieMatchHistogramReq); + + swaps(&stuff->length, n); + swapl(&stuff->photo_id1, n); + swapl(&stuff->photo_id2, n); + swapl(&stuff->idc_id, n); + swapfloat(&stuff->param1, n); + swapfloat(&stuff->param2, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +----------------------------- Mirror Request ---------------------------- +------------------------------------------------------------------------*/ +int SProcMirror( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieMirrorReq); + + swaps(&stuff->length, n); + swapl(&stuff->src_photo_id, n); + swapl(&stuff->dst_photo_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +------------------------------ Point Request ---------------------------- +------------------------------------------------------------------------*/ +int SProcPoint( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xiePointReq); + + swaps(&stuff->length, n); + swapl(&stuff->src_photo_id, n); + swapl(&stuff->dst_photo_id, n); + swapl(&stuff->idc_id, n); + swapl(&stuff->trans_photo_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +--------------------------- Point Statistics Request -------------------- +------------------------------------------------------------------------*/ +int SProcPointStats( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xiePointStatsReq); + + swaps(&stuff->length, n); + swapl(&stuff->photo_id, n); + swapl(&stuff->x, n); + swapl(&stuff->y, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +---------------------------------- Rotate Request ----------------------- +------------------------------------------------------------------------*/ +int SProcRotate( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieRotateReq); + + swaps(&stuff->length, n); + swapl(&stuff->src_photo_id, n); + swapl(&stuff->dst_photo_id, n); + swapfloat(&stuff->angle, n); + swapl(&stuff->width, n); + swapl(&stuff->height, n); + SwapLongs(stuff->fill, XieK_MaxComponents); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +-------------------------------- Scale Request -------------------------- +------------------------------------------------------------------------*/ +int SProcScale( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieScaleReq); + + swaps(&stuff->length, n); + swapl(&stuff->src_photo_id, n); + swapl(&stuff->dst_photo_id, n); + swapl(&stuff->width, n); + swapl(&stuff->height, n); + return( CallProc_(xieDixProc)(client) ); +} + +/*----------------------------------------------------------------------- +------------------------------ Translate Request ------------------------ +------------------------------------------------------------------------*/ +int SProcTranslate( client ) + ClientPtr client; /* client pointer */ +{ + register char n; + REQUEST(xieTranslateReq); + + swaps(&stuff->length, n); + swapl(&stuff->src1_photo_id, n); + swapl(&stuff->src2_photo_id, n); + swapl(&stuff->src_idc_id, n); + swapl(&stuff->dst_photo_id, n); + swapl(&stuff->dst_idc_id, n); + return( CallProc_(xieDixProc)(client) ); +} + +/* End of MODULE XIESWAPREQ.C */ + diff --git a/xie/docs/dec/xie23-src/server/xie/XieTables.c b/xie/docs/dec/xie23-src/server/xie/XieTables.c new file mode 100644 index 0000000..1387b9c --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieTables.c @@ -0,0 +1,382 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** The Xie dispatch tables. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** April 20, 1990 +** +************************************************************************/ + +/* +** Include files +*/ +#include + /* + ** Core X Includes + */ +#include +#include + /* + ** XIE Includes + */ +#include +#include +#include + +/* +** Equated Symbols +*/ +#ifndef externaldef +#ifdef VMS +#define externaldef(psect) globaldef {"psect"} noshare +#else +#define externaldef(psect) +#endif +#endif + + /* + ** DIX protocol functions + */ +extern int ProcNotRequest(); +extern int ProcInitSession(); +extern int ProcTermSession(); +extern int ProcQueryEvents(); +extern int ProcSelectEvents(); +extern int ProcSetOpDefaults(); +extern int ProcQueryOpDefaults(); +extern int ProcClonePhoto(); +extern int ProcCreateResource(); +extern int ProcDeleteResource(); +extern int ProcQueryResource(); +extern int ProcBindMapToFlo(); +extern int ProcAbortFlo(); +extern int ProcExecuteFlo(); +extern int ProcTapFlo(); +extern int ProcAbortTransport(); +extern int ProcGetStream(); +extern int ProcGetTile(); +extern int ProcPutStream(); +extern int ProcPutTile(); +extern int ProcSetTransport(); +extern int ProcExport(); +extern int ProcFreeExport(); +extern int ProcImport(); +extern int ProcQueryExport(); +extern int ProcArea(); +extern int ProcAreaStats(); +extern int ProcArith(); +extern int ProcCalcHistogram(); +extern int ProcChromeCom(); +extern int ProcChromeSep(); +extern int ProcCompare(); +extern int ProcConstrain(); +extern int ProcCrop(); +extern int ProcDither(); +extern int ProcFill(); +extern int ProcLogical(); +extern int ProcLuminance(); +extern int ProcMatchHistogram(); +extern int ProcMath(); +extern int ProcMirror(); +extern int ProcPoint(); +extern int ProcPointStats(); +extern int ProcRotate(); +extern int ProcScale(); +extern int ProcTranslate(); +extern int ProcNotImplemented(); + + /* + ** DIX protocol function dispatch table + */ +externaldef(xieDixProc) int (*xieDixProc[])() = { + ProcNotRequest, /* 0 */ + ProcInitSession, /* 1 */ + ProcTermSession, /* 2 */ + ProcQueryEvents, /* 3 */ + ProcSelectEvents, /* 4 */ + ProcSetOpDefaults, /* 5 */ + ProcQueryOpDefaults, /* 6 */ + ProcClonePhoto, /* 7 */ + ProcCreateResource, /* 8 */ + ProcDeleteResource, /* 9 */ + ProcQueryResource, /* 10 */ + ProcBindMapToFlo, /* 11 */ + ProcAbortFlo, /* 12 */ + ProcExecuteFlo, /* 13 */ + ProcTapFlo, /* 14 */ + ProcAbortTransport, /* 15 */ + ProcGetStream, /* 16 */ + ProcGetTile, /* 17 */ + ProcPutStream, /* 18 */ + ProcPutTile, /* 19 */ + ProcSetTransport, /* 20 */ + ProcExport, /* 21 */ + ProcFreeExport, /* 22 */ + ProcImport, /* 23 */ + ProcQueryExport, /* 24 */ + ProcArea, /* 25 */ + ProcAreaStats, /* 26 */ + ProcArith, /* 27 */ + ProcCalcHistogram, /* 28 */ + ProcChromeCom, /* 29 */ + ProcChromeSep, /* 30 */ + ProcCompare, /* 31 */ + ProcConstrain, /* 32 */ + ProcCrop, /* 33 */ + ProcDither, /* 34 */ + ProcFill, /* 35 */ + ProcLogical, /* 36 */ + ProcLuminance, /* 37 */ + ProcMatchHistogram, /* 38 */ + ProcMath, /* 39 */ + ProcMirror, /* 40 */ + ProcPoint, /* 41 */ + ProcPointStats, /* 42 */ + ProcRotate, /* 43 */ + ProcScale, /* 44 */ + ProcTranslate /* 45 */ + }; + + /* + ** DIX swap protocol functions + */ +int SProcXieSimpleReq(); +int SProcXieResourceReq(); + +int SProcInitSession(); +int SProcQueryEvents(); +int SProcSelectEvents(); +int SProcSetOpDefaults(); +int SProcCreateResourceByRef(); +int SProcCreateResourceByValue(); +int SProcBindMapToFlo(); +int SProcAbortFlo(); +int SProcExecuteFlo(); +int SProcTapFlo(); +int SProcAbortTransport(); +int SProcGetStream(); +int SProcGetTile(); +int SProcPutStream(); +int SProcPutTile(); +int SProcSetTransport(); +int SProcExport(); +int SProcFreeExport(); +int SProcImport(); +int SProcQueryExport(); +int SProcArea(); +int SProcAreaStats(); +int SProcArith(); +int SProcCalcHistogram(); +int SProcChromeCom(); +int SProcChromeSep(); +int SProcCompare(); +int SProcConstrain(); +int SProcCrop(); +int SProcDither(); +int SProcFill(); +int SProcLogical(); +int SProcLuminance(); +int SProcMatchHistogram(); +int SProcMath(); +int SProcMirror(); +int SProcPoint(); +int SProcPointStats(); +int SProcRotate(); +int SProcScale(); +int SProcTranslate(); + + /* + ** DIX swap protocol function procedure dispatch table + */ +externaldef(xieDixProc) int (*xieDixSwap[])() = { + ProcNotRequest, /* 0 */ + SProcInitSession, /* 1 */ + SProcXieSimpleReq, /* 2 */ + SProcQueryEvents, /* 3 */ + SProcSelectEvents, /* 4 */ + SProcSetOpDefaults, /* 5 */ + SProcXieSimpleReq, /* 6 */ + SProcCreateResourceByRef, /* 7 */ + SProcCreateResourceByValue, /* 8 */ + SProcXieResourceReq, /* 9 */ + SProcXieResourceReq, /* 10 */ + SProcBindMapToFlo, /* 11 */ + SProcAbortFlo, /* 12 */ + SProcExecuteFlo, /* 13 */ + SProcTapFlo, /* 14 */ + SProcAbortTransport, /* 15 */ + SProcGetStream, /* 16 */ + SProcGetTile, /* 17 */ + SProcPutStream, /* 18 */ + SProcPutTile, /* 19 */ + SProcSetTransport, /* 20 */ + SProcExport, /* 21 */ + SProcFreeExport, /* 22 */ + SProcImport, /* 23 */ + SProcQueryExport, /* 24 */ + SProcArea, /* 25 */ + SProcAreaStats, /* 26 */ + SProcArith, /* 27 */ + SProcCalcHistogram, /* 28 */ + SProcChromeCom, /* 29 */ + SProcChromeSep, /* 30 */ + SProcCompare, /* 31 */ + SProcConstrain, /* 32 */ + SProcCrop, /* 33 */ + SProcDither, /* 34 */ + SProcFill, /* 35 */ + SProcLogical, /* 36 */ + SProcLuminance, /* 37 */ + SProcMatchHistogram, /* 38 */ + SProcMath, /* 39 */ + SProcMirror, /* 40 */ + SProcPoint, /* 41 */ + SProcPointStats, /* 42 */ + SProcRotate, /* 43 */ + SProcScale, /* 44 */ + SProcTranslate /* 45 */ + }; + +extern int SReplySimple(); +extern int SReplyInitSession(); +extern int SReplyQueryEvents(); +extern int SReplyQueryOpDefaults(); +extern int SReplyQueryResource(); +extern int SReplyGetStream(); +extern int SReplyQueryExport(); + + /* + ** DIX swap protocol reply procedure dispatch table + */ +externaldef(xieDixProc) int (*xieDixSwapReply[])() = { + ProcNotRequest, /* 0 */ + SReplyInitSession, /* 1 */ + ProcNotRequest, /* 2 */ + SReplyQueryEvents, /* 3 */ + ProcNotRequest, /* 4 */ + ProcNotRequest, /* 5 */ + SReplyQueryOpDefaults, /* 6 */ + ProcNotRequest, /* 7 */ + ProcNotRequest, /* 8 */ + ProcNotRequest, /* 9 */ + SReplyQueryResource, /* 10 */ + ProcNotRequest, /* 11 */ + ProcNotRequest, /* 12 */ + ProcNotRequest, /* 13 */ + ProcNotRequest, /* 14 */ + ProcNotRequest, /* 15 */ + SReplyGetStream, /* 16 */ + SReplySimple, /* 17 */ + ProcNotRequest, /* 18 */ + ProcNotRequest, /* 19 */ + ProcNotRequest, /* 20 */ + ProcNotRequest, /* 21 */ + ProcNotRequest, /* 22 */ + ProcNotRequest, /* 23 */ + SReplyQueryExport, /* 24 */ + ProcNotRequest, /* 25 */ + ProcNotRequest, /* 26 */ + ProcNotRequest, /* 27 */ + SReplySimple, /* 28 */ + ProcNotRequest, /* 29 */ + ProcNotRequest, /* 30 */ + ProcNotRequest, /* 31 */ + ProcNotRequest, /* 32 */ + ProcNotRequest, /* 33 */ + ProcNotRequest, /* 34 */ + ProcNotRequest, /* 35 */ + ProcNotRequest, /* 36 */ + ProcNotRequest, /* 37 */ + ProcNotRequest, /* 38 */ + ProcNotRequest, /* 39 */ + ProcNotRequest, /* 40 */ + ProcNotRequest, /* 41 */ + SReplySimple, /* 42 */ + ProcNotRequest, /* 43 */ + ProcNotRequest, /* 44 */ + ProcNotRequest /* 45 */ + }; + +extern void WriteToClient(); +extern void Swap16Write(); +extern void Swap32Write(); + +/* + * Routines to swap arbitrary chunks of data that are part of replies. + * Index is size of data unit in bytes. + */ + +externaldef(xieDixProc) void (*xieDixSwapData[])() = { + NULL, + WriteToClient, /* No swap needed */ + Swap16Write, + NULL, + Swap32Write + }; +/* end module XieTables.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/XieTransport.c b/xie/docs/dec/xie23-src/server/xie/XieTransport.c new file mode 100644 index 0000000..846f7af --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieTransport.c @@ -0,0 +1,1748 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** This Xie module consists of DIX procedures for Transport +** service requests. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** September 27, 1989 +** +*******************************************************************************/ + +/* +** Definition to let include files know who's calling. +*/ +#define _XieTransport + +/* +** Include files +*/ + /* + ** Standard C include files + */ +#include + /* + ** Core X Includes + */ +#include +#include +#include +#include +#include + /* + ** XIE Includes + */ +#include +#include +#include +#include +#include +#include +#include + + +/* +** Table of contents +*/ + /* + ** Xie protocol proceedures called from XieMain + */ +int ProcAbortTransport(); +int ProcGetStream(); +int ProcGetTile(); +int ProcPutStream(); +int ProcPutTile(); +int ProcSetTransport(); + /* + ** routines referenced by other modules. + */ +void FreeTransport(); +int StreamCreate(); +int xieStreamInit(); +int StreamPending(); + /* + ** routines used internally by XieTransport + */ +static void AbortXport(); +static void FreeData(); +static int LookupTransport(); +static int PlaneFromSink(); +static int PlaneToSink(); +static int PutScanlines(); +static int PutStreamCmp(); +static int PutStreamPCM(); +static void SetupXportUdp(); + /* + ** routines used to support pipelines. + */ +static PipeSinkPtr _CreateDecode(); +static int _GetStreamCreate(); +static int _GetStreamInitialize(); +static int _GetStreamActivate(); +static int _GetStreamDestroy(); +static int _GetStreamConvert(); +static int _GetStreamFreeData(); +static int _PutCmp(); +static int _PutDataPCM(); +static int _PutNextPCM(); + +/* +** MACRO definitions +*/ +#define LookupTransport_(pflo,pmap,xport,src_id,mode,set)\ + {int status = LookupTransport(client,pflo,pmap,xport,src_id,mode,set);\ + if( status ) return status;} + +/* +** External References +*/ +extern int FloDone(); /* XieResource.c */ +extern UdpPtr UtilAllocUdp(); /* XieUtils.c */ +extern int UtilBePCM(); /* XieUtils.c */ +extern PipeSinkPtr UtilCreateSink(); /* XieUtils.c */ +extern CARD8 UtilClass(); /* XieUtils.c */ +extern CARD8 UtilDType(); /* XieUtils.c */ +extern void UtilSetPending(); /* XieUtils.c */ + +extern CARD32 xieClients; /* num of clients served */ +extern CARD32 xieEventBase; /* Base for Xie events */ +extern CARD32 xieReqCode; /* XIE main opcode */ +#if defined(X11R3) && !defined(DWV3) +extern CARD16 RC_xie; /* XIE Class */ +extern CARD16 RT_photo; /* Photo{flo|map|tap} resource */ +extern CARD16 RT_idc; /* Cpp, Roi & Tmp resource types*/ +#else /* X11R4 || DWV3 */ +extern RESTYPE RC_xie; /* XIE Class */ +extern RESTYPE RT_photo; /* Photo{flo|map|tap} resource */ +extern RESTYPE RT_idc; /* Cpp, Roi & Tmp resource types*/ +#endif + +externalref int (*xieDixSwapReply[])(); /* Swapped client reply table */ + +/* +** Local Storage +*/ + /* + ** GetStream Element Vector + */ +static PipeElementVector GetStreamPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeGetStreamElement, /* Structure subtype */ + sizeof(GetStreamPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* reserved flags */ + _GetStreamInitialize, /* Initialize entry */ + _GetStreamActivate, /* Activate entry */ + _GetStreamFreeData, /* Flush entry */ + _GetStreamDestroy, /* Destroy entry */ + _GetStreamFreeData /* Abort entry point */ + }; + +/*----------------------------------------------------------------------- +-------------------------- Abort Transport Procedure -------------------- +------------------------------------------------------------------------*/ +int ProcAbortTransport( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr img; + XportPtr xp; + INT32 status = Success; + REQUEST( xieAbortTransportReq ); + REQUEST_SIZE_MATCH( xieAbortTransportReq ); + /* + ** Lookup Photomap id. + */ + LookupTransport_(&flo, &img, &xp, stuff->photo_id, XieK_PutStream, -1); + + if( flo && ResId_(flo) == stuff->photo_id ) + { /* + ** Abort transport for ephemeral Phototaps (ie. SrcMap & DstMap). + */ + if( ResId_(SrcMap_(flo)) == 0 ) + AbortXport( SrcMap_(flo), XieK_AllPlanes ); + + if( ResId_(DstMap_(flo)) == 0 ) + AbortXport( DstMap_(flo), XieK_AllPlanes ); + } + else + /* + ** Release transport resources for all specified planes. + */ + AbortXport( img, stuff->plane_mask ); + + if( RunningFlo_(img) ) + { + status = StreamPending( flo ); + OkIf_( status <= Success, ResId_(flo), status ); + if( status == Success && !Yielded_(flo) ) + status = FloDone( client, flo ); + } + return( status <= Success ? Success : status ); +} /* end ProcAbortTransport */ + +/*----------------------------------------------------------------------- +--------------------------- Get Stream Procedure ----------------------- +------------------------------------------------------------------------*/ +int ProcGetStream( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr img; + XportPtr xp; + INT32 p, bits, bytes, s = Success; + xieGetStreamReply rep; + REQUEST( xieGetStreamReq ); + REQUEST_SIZE_MATCH( xieGetStreamReq ); + + p = stuff->plane_num; + LookupTransport_( &flo, &img, &xp, stuff->photo_id, XieK_GetStream, p ); + /* + ** Move available Photo{flo|map|tap} data to the Xport Udp for this plane. + */ + if( SnkFull_(xpSnk_(xp)) && !IsPointer_(xpBase_(xp,p)) ) + { + switch( xpCmpres_(xp) ) + { + case XieK_DCT : + /* + ** Always re-encode because we don't know original xpCmpPrm_. + */ + BePCM_(img, ResId_(img)); + xpSnk_(xp) = Sink_(img); + s = DdxEncodeDct_( &Udp_(img,p), + xpIsBndPxl_(xp) ? CmpCnt_(img) : 1, + xpUdp_(xp,p), xpCmpPrm_(xp), TRUE, &bits ); + break; + + case XieK_G42D : + if( IsG42D_(img) ) + { /* we can send G42D data already in the Photomap */ + bits = uArSize_(img,p); + xpBase_(xp,p) = uBase_(img,p); + xpPos_(xp,p) = uPos_(img,p); + } + else + { /* compress Photomap data into the transport Udp */ + BePCM_(img, ResId_(img)); /* must start with PCM data */ + xpSnk_(xp) = Sink_(img); + s = DdxEncodeG4_( Udp_(img,p), xpUdp_(xp,p), &bits ); + } + break; + + case XieK_PCM : + BePCM_(img, ResId_(img)); /* must start with PCM data */ + xpSnk_(xp) = Sink_(img); + if( xpCmpIdx_(xp,p) == p + && xpLvl_(xp,p) == uLvl_(img,p) + && xpPxlStr_(xp,p) == uPxlStr_(img,p) + && xpScnStr_(xp,p) == uScnStr_(img,p) ) + *xpUdp_(xp,p) = *Udp_(img,p); /* Xport from the Photomap */ + else /* Convert from Photomap */ + s = PlaneFromSink( xp, xpSnk_(xp), p ); + bits = xpArSize_(xp,p); + break; + + case XieK_G31D : /* not yet supported */ + case XieK_G32D : /* not yet supported */ + default : s = BadValue; + } + OkIf_(s==Success, (AbortXport(img,XieK_AllPlanes), stuff->photo_id), s); + xpArSize_(xp,p) = bits; + xpFinMsk_(xp) |= 1<max_bytes<<3, bits) + (s==XieK_StreamFinal ? 7 : 0 )>>3; + rep.type = X_Reply; + rep.sequenceNumber = client->sequence; + rep.length = bytes + 3 >> 2; + rep.byte_count = bytes; + rep.status = bytes < bits>>3 ? XieK_StreamMore : s; + WriteXieReplyToClient( client, sizeof(xieGetStreamReply), &rep ); + if( bytes != 0 ) + WriteToClient( client, bytes, xpBase_(xp,p) + (xpPos_(xp,p)>>3) ); + + if( bytes << 3 < bits ) + xpPos_(xp,p) += bytes<<3; /* offset to next segment to send */ + else if( IsPointer_(xpBase_(xp,p)) ) + { + if( xpBase_(xp,p) != uBase_(img,xpCmpIdx_(xp,p)) ) + DdxFreeBits_( xpBase_(xp,p) ); + xpBase_(xp,p) = NULL; + xpArSize_(xp,p) = 0; + xpPos_(xp,p) = 0; + } + if( rep.status == XieK_StreamFinal || rep.status == XieK_StreamError ) + FreeTransport(img, rep.status == XieK_StreamFinal ? p : XieK_AllPlanes); + + return( Success ); +} /* end ProcGetStream */ + +/*----------------------------------------------------------------------- +----------------------------- Get Tile Procedure ----------------------- +------------------------------------------------------------------------*/ +int ProcGetTile( client ) + ClientPtr client; /* client pointer */ +{ + PhotomapPtr img; + XportPtr xp; + CARD32 msk, total; + INT32 x, y, w, h, plane, s; + xieGetTileReply rep; + REQUEST( xieGetTileReq ); + REQUEST_SIZE_MATCH( xieGetTileReq ); + /* + ** Lookup Photomap id and verify the transport context and plane mask. + */ + LookupTransport_( NULL, &img, &xp, stuff->photomap_id, + XieK_Tile, stuff->plane_mask ); + /* + ** Make sure the coordinates and dimensions are within reasonable limits. + */ + x = max(stuff->x, 0); + y = max(stuff->y, 0); + w = stuff->width + stuff->x > Width_(img) ? Width_(img) - x + : stuff->width + stuff->x - x; + h = stuff->height+ stuff->y > Height_(img) ? Height_(img) - y + : stuff->height + stuff->y - y; + ValueOkIf_(w > 0 && h > 0, stuff->photomap_id); + + for( total = 0, plane = 0, msk = stuff->plane_mask; msk != 0; + plane++, msk >>= 1 ) + if( msk & 1 ) + { /* + ** Update the transport Udp to describe the tile of image data. + */ + xpWidth_(xp,plane) = w; + xpHeight_(xp,plane) = h; + xpX1_(xp,plane) = x; + xpY1_(xp,plane) = y; + xpX2_(xp,plane) = x + w - 1; + xpY2_(xp,plane) = y + h - 1; + xpScnStr_(xp,plane) = w * xpPxlStr_(xp,plane); + xpArSize_(xp,plane) = h * xpScnStr_(xp,plane); + /* + ** Get the image data from the Photomap and update the total + ** bytes to be sent -- each plane rounded up to a full longword. + */ + s = PlaneFromSink( xp, xpSnk_(xp), plane ); + OkIf_(s == Success, stuff->photomap_id, + (AbortXport(img,XieK_AllPlanes), s)); + total += xpArSize_(xp,plane) + 31 >> 3 & ~3; + } + /* + ** Send the reply header. + */ + rep.type = X_Reply; + rep.sequenceNumber = client->sequence; + rep.length = total + 3 >> 2; + WriteXieReplyToClient( client, sizeof(xieGetTileReply), &rep ); + /* + ** Send all the requested data. + */ + for( plane = 0, msk = stuff->plane_mask; msk != 0; plane++, msk >>= 1 ) + if( msk & 1 ) + { + WriteToClient(client, xpArSize_(xp,plane)- xpPos_(xp,plane)+7>>3, + xpBase_(xp,plane)+(xpPos_(xp,plane)>>3)); + if( xpBase_(xp,plane) != uBase_(img,xpCmpIdx_(xp,plane)) ) + DdxFreeBits_(xpBase_(xp,plane)); + xpBase_(xp,plane) = NULL; + } + if( stuff->final ) + /* + ** Deallocate the transport context from this Photomap. + */ + FreeTransport( img, XieK_AllPlanes ); + + return( Success ); +} /* end ProcGetTile */ + +/*----------------------------------------------------------------------- +--------------------------- Put Stream Procedure ----------------------- +------------------------------------------------------------------------*/ +int ProcPutStream( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo; + PhotomapPtr img; + XportPtr xp; + INT32 plane, s; + REQUEST( xiePutStreamReq ); + REQUEST_AT_LEAST_SIZE( xiePutStreamReq ); + + plane = stuff->plane_num; + LookupTransport_( &flo, &img, &xp, stuff->photo_id, XieK_PutStream, plane ); + + if( stuff->final ) + /* + ** Mark this plane done -- all its data is here now. + */ + UtilSetPending( img, plane, xpCmpOrg_(xp), FALSE ); + /* + ** Move the stream of client data into the Photo{flo|map|tap}. + */ + s = xpIsPCM_(xp) ? PutStreamPCM( client, img, xp, plane ) + : PutStreamCmp( client, img, xp, plane ); + if( s != Success ) + AbortXport( img, XieK_AllPlanes ); + else if( stuff->final ) + { + FreeTransport( img, plane ); + if( !AnyPending_(img) && RunningFlo_(img) ) + { /* + ** We're done -- see if there are any other streams pending. + */ + s = StreamPending( flo ); + OkIf_( s <= Success, ResId_(flo), s ); + if( s == Success && !Yielded_(flo) ) + s = FloDone( client, flo ); /* everybody's finished */ + } + else + { + SnkFull_(xpSnk_(xp)) = !AnyPending_(img); +#ifdef PEZD + LIB$SHOW_TIMER(); + printf("PEZD : Put Stream Final, plane = %d\n", plane); +#endif + } + } + return( s < Success ? Success : s ); +} /* end ProcPutStream */ + +/*----------------------------------------------------------------------- +---------------------------- Put Tile Procedure ------------------------ +------------------------------------------------------------------------*/ +int ProcPutTile( client ) + ClientPtr client; /* client pointer */ +{ + PhotomapPtr img; + XportPtr xp; + CARD32 msk, plane; + INT32 s, x, y, w, h; + unsigned char *data; + REQUEST( xiePutTileReq ); + REQUEST_AT_LEAST_SIZE( xiePutTileReq ); + /* + ** Lookup Photomap id and verify the transport context and plane mask. + */ + LookupTransport_( NULL, &img, &xp, stuff->photomap_id, + XieK_Tile, stuff->plane_mask ); + /* + ** Make sure the coordinates and dimensions are within reasonable limits. + */ + x = max(stuff->x, 0); + y = max(stuff->y, 0); + w = stuff->width + stuff->x > Width_(img) ? Width_(img) - x + : stuff->width + stuff->x - x; + h = stuff->height+ stuff->y > Height_(img) ? Height_(img) - y + : stuff->height + stuff->y - y; + ValueOkIf_(w > 0 && h > 0, stuff->photomap_id); + + for( data = (unsigned char*) &stuff[1], plane = 0, msk = stuff->plane_mask; + msk != 0; plane++, msk >>= 1 ) + if( msk & 1 ) + { /* + ** Update the transport Udp to describe the tile of image data. + */ + xpX1_(xp,plane) = x; + xpY1_(xp,plane) = y; + xpX2_(xp,plane) = x + w - 1; + xpY2_(xp,plane) = y + h - 1; + xpWidth_(xp,plane) = w; + xpHeight_(xp,plane) = h; + xpScnStr_(xp,plane) = w * xpPxlStr_(xp,plane); + xpArSize_(xp,plane) = h * xpScnStr_(xp,plane); + xpBase_(xp,plane) = data; + /* + ** Move the image data into the Photomap -- don't free "stuff". + */ + s = PlaneToSink( xp, xpSnk_(xp), plane, stuff->final ); + xpBase_(xp,plane) = NULL; + OkIf_( s == Success, stuff->photomap_id, s ); + /* + ** Update the data pointer -- if there are more planes of + ** data the next plane's data starts at the next longword. + */ + data += xpArSize_(xp,plane) + 31 >> 3 & ~3; + } + if( stuff->final ) + /* + ** Deallocate transport context from this Photomap. + */ + FreeTransport( img, XieK_AllPlanes ); + + return( Success ); +} /* end ProcPutTile */ + +/*----------------------------------------------------------------------- +--------------------------- Set Transport Procedure --------------------- +------------------------------------------------------------------------*/ +int ProcSetTransport( client ) + ClientPtr client; /* client pointer */ +{ + PhotofloPtr flo = NULL; + PhotomapPtr img; + PipeSinkPtr snk; + XportPtr xp; + CARD32 c, plane, org, msk, max_planes, DType, PxlBits; + CARD32 bpc[XieK_MaxComponents], lvl[XieK_MaxComponents]; + REQUEST( xieSetTransportReq ); + REQUEST_SIZE_MATCH( xieSetTransportReq ); + /* + ** Lookup Photo{flo|map} and verify the transport mode requested. + */ + LookupTransport_( stuff->mode == XieK_Tile ? NULL : &flo, + &img, &xp, stuff->photo_id, stuff->mode, -1 ); + AccessOkIf_(!flo || Make_(flo) + || Done_(flo) && IsPhotomap_(img), stuff->photo_id); + /* + ** Verify the size of each component and the total bits per pixel. + */ + for( PxlBits = 0, c = 0; c < XieK_MaxComponents; PxlBits += bpc[c++] ) + { + bpc[c] = IsPointer_(Udp_(img,c)) ? BitsFromLevels_(uLvl_(img,c)) : 0; + ValueOkIf_( bpc[c] <= XieK_MaxComponentDepth, stuff->photo_id ); + } + ValueOkIf_( stuff->plane_mask > 0 + && stuff->plane_mask <= XieK_AllPlanes, stuff->photo_id ); + /* + ** Degenerate the specified component_organization to its simplest form. + */ + org = IsBitonal_(img) ? XieK_BandByPlane + : IsRGB_(img) || stuff->component_organization == XieK_BitByPlane + ? stuff->component_organization : XieK_BandByPlane; + if( IsPointer_(xp) ) + { /* + ** Just adding more planes, make sure everything else is the same. + */ + MatchOkIf_((xpMode_(xp) == stuff->mode + && xpCmpOrg_(xp) == org + && xpCmpres_(xp) == stuff->compression_scheme + && xpCmpPrm_(xp) == stuff->compression_parameter + && !(xpPlnMsk_(xp) & stuff->plane_mask) + && !(xpFinMsk_(xp) & stuff->plane_mask) + && xpMaxMsk_(xp) >= stuff->plane_mask), stuff->photo_id); + xpPlnMsk_(xp) |= stuff->plane_mask; /* just update the plane_mask */ + } + else + { + AccessOkIf_(stuff->mode != XieK_PutStream /* Ok if client created */ + || WriteMap_(img),stuff->photo_id);/* this Photo{map|tap} */ + + switch( org ) + { /* test component_organization and number of planes requested */ + case XieK_BandByPixel : max_planes = 1; break; + case XieK_BandByPlane : max_planes = CmpCnt_(img); break; + case XieK_BitByPlane : max_planes = PxlBits; break; + } + ValueOkIf_( stuff->plane_mask <= (1<photo_id ); + + switch( stuff->compression_scheme ) + { /* verify compression_scheme */ + case XieK_PCM : break; + case XieK_G31D : + case XieK_G32D : + case XieK_G42D : + MatchOkIf_( IsBitonal_(img) && stuff->mode != XieK_Tile, + stuff->photo_id ); break; + case XieK_DCT : + MatchOkIf_(!IsBitonal_(img) && stuff->mode != XieK_Tile + && org != XieK_BitByPlane, stuff->photo_id ); break; + default: BadValue_(stuff->photo_id); + } + MatchOkIf_(stuff->mode != XieK_PutStream || !SnkUdpFinalMsk_(Sink_(img)) + || Cmpres_(img) == stuff->compression_scheme, stuff->photo_id); + + xp = (XportPtr) DdxCalloc_(1,sizeof(XportRec)); + AllocOkIf_( xp != NULL, stuff->photo_id ); + Tport_(img) = xp; + xpMode_(xp) = stuff->mode; + xpCmpOrg_(xp) = org; + xpCmpres_(xp) = stuff->compression_scheme; + xpCmpPrm_(xp) = stuff->compression_parameter; + xpPlnMsk_(xp) = stuff->plane_mask; + xpMaxMsk_(xp) = (1<photo_id)); + DdxRmDestroySink_( Sink_(img) ); + SnkPrm_(snk) = IsPhotomap_(img); + Sink_(img) = snk; + } + xpSnk_(xp) = Sink_(img); /* remember Sink involved in transport */ + } + + /* + ** Set parameters for specified planes. + */ + for( plane = 0, msk = 1; msk & xpMaxMsk_(xp); plane++, msk <<= 1 ) + { + if( !(msk & stuff->plane_mask) ) + continue; + + switch( org ) + { + case XieK_BandByPlane : PxlBits = bpc[plane]; break; + case XieK_BitByPlane : PxlBits = 1; break; + } + ValueOkIf_( !xpIsPCM_(xp) + || stuff->pixel_stride[plane] > 0 + && stuff->scanline_stride[plane] > 0, + (AbortXport(img,XieK_AllPlanes), stuff->photo_id)); + + DType = UtilDType( PxlBits, xpCmpres_(xp), stuff->pixel_stride[plane], + stuff->scanline_stride[plane]); + /* + ** Allocate a Udp for this plane (height == 0 if PutStream). + */ + xpUdp_(xp,plane) = UtilAllocUdp(DType, xpCmpres_(xp), Width_(img), + xpIsPutStream_(xp) ? 0 : Height_(img), + stuff->pixel_stride[plane], + stuff->scanline_stride[plane], + 1<photo_id)); + switch( org ) + { /* + ** Determine the component index for this plane. + */ + case XieK_BandByPixel : xpCmpIdx_(xp,plane) = 0; break; + case XieK_BandByPlane : xpCmpIdx_(xp,plane) = plane; break; + case XieK_BitByPlane : xpCmpIdx_(xp,plane) = + plane < bpc[0] ? 0 + : plane < bpc[0] + bpc[1] ? 1 : 2; + } + if( xpIsPutStream_(xp) ) + FreeData( img, plane, TRUE ); + } +#ifdef PEZD + printf("PEZD : End of Set Transport Context\n"); + LIB$INIT_TIMER(); +#endif + return( Success ); +} /* end ProcSetTransport */ + +/*----------------------------------------------------------------------- +------------------------- routine: Free Xport context ------------------ +------------------------------------------------------------------------*/ +void FreeTransport( img, plane ) + PhotomapPtr img; /* Photo{map|tap} from which to free transport resources */ + CARD32 plane; /* Xport plane number or XieK_AllPlanes */ +{ + XportPtr xp = Tport_(img); + CARD32 msk, c, p; + + if( !IsPointer_(xp) ) + return; + + msk = plane == XieK_AllPlanes ? xpPlnMsk_(xp) : 1<>= 1 ) + { + if( !(msk & 1) || !IsPointer_(xpUdp_(xp,p)) ) + continue; + + if( IsPointer_(xpBase_(xp,p)) + && xpBase_(xp,p) != uBase_(img,xpCmpIdx_(xp,p)) ) + DdxFreeBits_(xpBase_(xp,p)); + + xpUdp_(xp,p) = (UdpPtr) DdxFree_(xpUdp_(xp,p)); + xpPlnMsk_(xp) &= ~(1< 0 ) + { /* push "h" scanlines into the Photoflo */ + s = _PutNextPCM( xp, xpSnk_(xp), c, 0, -h ); + if( s == Success ) + s = _PutDataPCM( xp, xpSnk_(xp), c, y ); + } + } + } + } + que = FloNxt(que); + } + while( s == Success && que != QueSrc_(flo) ); + + return( s ); +} /* End of xieStreamInit */ + +/*----------------------------------------------------------------------- +-- routine: push pending input into Photoflo, tell if Xport is pending -- +------------------------------------------------------------------------*/ +int StreamPending( flo ) + PhotofloPtr flo; /* Photoflo pointer */ +{ +/* +** return value: +** +** -1 == input pending for some sink +** 0 == Success -- no transport pending +** >0 == error code +*/ + FloQuePtr que = QueSrc_(flo); + PhotomapPtr img; + XportPtr xp; + INT32 s = Success; + + do { + if( IsPhoto_(FloRes_(que)) ) + { + img = FloMap_(que); + xp = Tport_(img); + if( xp && xpIsPutStream_(xp) ) + s = -1; + else if( AnyPending_(img) ) + return( BadAccess ); + } + que = FloNxt(que); + } + while( que != QueSrc_(flo) ); + + return( s ); +} /* end StreamPending */ + +/*----------------------------------------------------------------------- +------------------------- routine: Abort transport --------------------- +------------------------------------------------------------------------*/ +static void AbortXport( img, mask ) + PhotomapPtr img; /* Photomap pointer */ + CARD32 mask; /* Xport plane mask */ +{ + XportPtr xp = Tport_(img); + CARD32 p, wait, msk; + + if( !IsPointer_(xp) ) return; + + for( p = 0, msk = xpPlnMsk_(xp) & mask; msk && Tport_(img); p++, msk >>= 1 ) + if( msk & 1 ) + { + if( xpIsPutStream_(xp) ) + /* + ** Free the image data if the component is totally aborted. + */ + FreeData( img, p, FALSE ); + + /* + ** Release the transport resources of this client plane. + */ + FreeTransport( img, p ); + } +} /* end AbortXport */ + +/*----------------------------------------------------------------------- +-------------- routine: Free image Data for empty components ----------- +------------------------------------------------------------------------*/ +static void FreeData( img, plane, set ) + PhotomapPtr img; /* Photomap pointer */ + CARD32 plane; /* client plane to be freed */ + BOOL set; /* TRUE if SetTransport, FALSE if AbortTransport */ +{ + XportPtr xp = Tport_(img); + CARD32 c = xpCmpIdx_(xp,plane); + CARD16 pending = CmpPending_(img,c); + + /* + ** Remember this plane is pending. + */ + UtilSetPending( img, plane, xpCmpOrg_(xp), TRUE ); + + do { /* + ** Test for: no planes previously pending (for SetTransport), + ** or all planes pending (after AbortTransport). + */ + if( set ? !pending + : CmpPending_(img,c) == (1<byte_count << 3; + xpBase_(xp,p) = IsPointer_(xpBase_(xp,p)) /* get larger buffer*/ + ? DdxReallocBits_(xpBase_(xp,p), xpArSize_(xp,p)) + : RunningFlo_(img) && !QueueEmpty_(SnkDrnLst_(xpSnk_(xp))) + ? (CARD8 *)&stuff[1] /* use wire buffer */ + : DdxMallocBits_(xpArSize_(xp,p)); /* get first buffer */ + AllocOkIf_( xpBase_(xp,p), stuff->photo_id ); + /* + ** See who owns the data buffer, X11 or Xie. + */ + own_data = xpBase_(xp,p) != (CARD8 *) &stuff[1]; + + if( own_data ) + { /* + ** Append the wire buffer data to our temporary buffer. + */ + memcpy( xpBase_(xp,p)+(xpPos_(xp,p)>>3), (CARD8 *) &stuff[1], + stuff->byte_count); + xpPos_(xp,p) += stuff->byte_count<<3; + } + if( stuff->final ) + SnkUdpFinalMsk_(xpSnk_(xp)) |= 1<photo_id, s ); + } + else if( stuff->final ) + { /* + ** Transfer compressed data ownership to the Photomap. + */ + c = xpCmpIdx_(xp,p); + uArSize_(img,c) = xpArSize_(xp,p); + uBase_(img,c) = xpBase_(xp,p); + xpBase_(xp,p) = NULL; + } + return( Success ); +} /* end PutStreamCmp */ + +/*----------------------------------------------------------------------- +------- routine: Put Stream PCM: convert stream to scanlines ----------- +------------------------------------------------------------------------*/ +static int PutStreamPCM( client, img, xp, plane ) + ClientPtr client; /* client pointer */ + PhotomapPtr img; /* Photo{map|tap} pointer */ + XportPtr xp; /* transport context pointer */ + CARD32 plane; /* client plane number */ +{ + REQUEST( xiePutStreamReq ); + INT32 s, total = stuff->byte_count << 3; + INT32 lines = (xpPos_(xp,plane) + total) / xpScnStr_(xp,plane); + INT32 used = 0; + /* + ** PutStreamPCM converts stream image data into scanline(s) that are + ** copied into the waiting Photo{map|tap} or if a Photoflo is running the + ** data is pushed directly into the running Photoflo. + ** + ** Any bits left over (a partial scanline) are saved in the transport + ** context Udp. Y1 indicates which scanline the data belongs to, and Pos + ** is used to keep the bit offset and byte count. Since the client is + ** required to send full bytes of data (except final) the lower 3 bits of + ** Pos is the actual Pos (bit offset) and the upper bits are the byte + ** count. + */ + lines = min(lines, uY2_(img,xpCmpIdx_(xp,plane)) - xpY2_(xp,plane)); + if( IsPointer_(xpBase_(xp,plane)) ) + { /* + ** Append new data to previous partial scanline. + */ + used = min( total, xpScnStr_(xp,plane) - xpPos_(xp,plane) ); + memcpy( xpBase_(xp,plane) + (xpPos_(xp,plane) + 7 >> 3), + (CARD8 *) &stuff[1], used + 7 >> 3); + if( lines-- == 0 ) + /* + ** Still don't have a full scanline. + */ + xpPos_(xp,plane) += used; + else + { /* + ** Copy (and convert) the single completed scanline. + */ + xpHeight_(xp,plane) = 1; + xpY2_(xp,plane) = xpY1_(xp,plane); + xpPos_(xp,plane) = -xpPos_(xp,plane) & 7; + s = PutScanlines( img, xp, plane, (stuff->final && lines == 0) ); + /* + ** Reset our context to accept all the full scanlines. + */ + xpBase_(xp,plane) = DdxFreeBits_( xpBase_(xp,plane) ); + xpPos_(xp,plane) = used & 7; + xpY1_(xp,plane)++; + OkIf_( s == Success, stuff->photo_id, s ); + } + } + + if( lines > 0 ) + { /* + ** Copy (and convert) all the full scanlines. + */ + xpY2_(xp,plane) = lines + xpY1_(xp,plane) - 1; + xpHeight_(xp,plane) = lines; + xpBase_(xp,plane) = (CARD8 *) &stuff[1] + (used >> 3); + s = PutScanlines( img, xp, plane, stuff->final ); + /* + ** Reset our context to save any remaining bits. + */ + xpBase_(xp,plane) = NULL; + used += lines * xpScnStr_(xp,plane); + xpY1_(xp,plane) += lines; + OkIf_( s == Success, stuff->photo_id, s ); + } + if( !stuff->final && used < total ) + { /* + ** Stash the remaining bits away until next time. + */ + xpPos_(xp,plane) = total - used; + xpBase_(xp,plane) = DdxMallocBits_(xpScnStr_(xp,plane) + 8); + AllocOkIf_( xpBase_(xp,plane), stuff->photo_id ); + memcpy(xpBase_(xp,plane), + (CARD8 *) &stuff[1] + (used >> 3), total - used + 7 >> 3); + } + else if( lines >= 0 ) + xpPos_(xp,plane) = 0; /* there are no bits remainding */ + + xpHeight_(xp,plane) = 0; /* there are no complete scanlines */ + + return( Success ); +} /* end PutStreamPCM */ + +/*----------------------------------------------------------------------- +------------------------ routine: Setup Xport Udp ---------------------- +------------------------------------------------------------------------*/ +static void SetupXportUdp( udp, snk, xp, plane, comp ) + UdpPtr udp; /* Udp pointer */ + PipeSinkPtr snk; /* Sink pointer */ + XportPtr xp; /* Xport context pointer */ + CARD32 plane, comp; /* client plane number and sink component index */ +{ + CARD32 i; + + switch( xpCmpOrg_(xp) ) + { + case XieK_BandByPixel : + upPxlLen_(udp) = BitsFromLevels_(SnkLvl_(snk,comp)); + upLvl_(udp) = SnkLvl_(snk,comp); + upCmpIdx_(udp) = SnkCmpIdx_(snk,comp); + upDType_(udp) = UtilDType(upPxlLen_(udp),XieK_PCM,xpPxlStr_(xp,plane), + xpScnStr_(xp,plane)); + upClass_(udp) = UtilClass( upDType_(udp), XieK_PCM ); + break; + + case XieK_BandByPlane : + break; + + case XieK_BitByPlane : + *udp = SnkUdp_(snk,comp); + upDType_(udp) = UdpK_DTypeVU; + upClass_(udp) = UdpK_ClassUBA; + upPxlLen_(udp) = 1; + upLvl_(udp) = 2; + for(upPos_(udp) += plane, i = 0; i < comp; i++ ) + upPos_(udp) -= BitsFromLevels_(SnkLvl_(snk,i)); + break; + } +} /* end SetupXportUdp */ + +/*----------------------------------------------------------------------- +-------------------- routine: Create a Decode element ------------------ +------------------------------------------------------------------------*/ +static PipeSinkPtr _CreateDecode( pipe, img ) + Pipe pipe; /* DDX pipeline pointer */ + PhotomapPtr img; /* Photo{map|tap} pointer */ +{ + PipeSinkPtr src, dst = Sink_(img); + UdpPtr udp; + INT32 c, s, lvl[XieK_MaxComponents]; + /* + ** Create a new Sink for the encoded data. Request PCM Udps + ** so we can swap them for the encoded Udps in the dst Sink. + */ + for( c = 0; c < CmpCnt_(img); lvl[c] = SnkLvl_(dst,c), c++ ); + src = UtilCreateSink( img, XieK_PCM, lvl, + IsPhotomap_(img) && DdxCmpPreferred_(Cmpres_(img)), + FALSE, NULL ); + if( src == NULL ) return( NULL ); + SnkFull_(src) = SnkFull_(dst); /* swap SinkFull */ + SnkFull_(dst) = FALSE; + SnkUdpFinalMsk_(src) = SnkUdpFinalMsk_(dst); /* swap UdpFinal */ + SnkUdpFinalMsk_(dst) = 0; + DdxRmSetDType_( src, UdpK_DTypeV, DtM_V ); /* src encoded */ + DdxRmSetAlignment_( dst, DdxAlignDefault_, NULL ); /* dst alignment */ + for( c = 0; c < CmpCnt_(img); c++ ) { + udp = SnkUdpPtr_(src,c); /* swap Udps */ + SnkUdpPtr_(src,c) = SnkUdpPtr_(dst,c); + SnkUdpPtr_(dst,c) = udp; + if( IsPointer_(DdxAlignDefault_) ) + (*DdxAlignDefault_)(udp, NULL); /* align PCM Udps */ + } + switch( Cmpres_(img) ) /* prepend the appropriate decoder element */ + { + case XieK_DCT : s = DdxCreateDecodeDct_(pipe,src,dst,CmpOrg_(img)); break; + case XieK_G42D : s = DdxCreateDecodeG4_( pipe,src,dst); break; + case XieK_G31D : + case XieK_G32D : + default : s = BadValue; + } + if( s != Success ) return( DdxRmDestroySink_(src) ); + + if( IsPhotomap_(img) && DdxCmpPreferred_(Cmpres_(img)) ) { + Sink_(img) = src; /* keep the encoded data */ + SnkDelete_(dst) = TRUE; /* delete the PCM data */ + SnkWrite_(dst) = FALSE; + SnkPrm_(dst) = FALSE; + } else { + SnkDelete_(src) = TRUE; /* delete the encoded data */ + Cmpres_(img) = XieK_PCM; /* keep the PCM data */ + CmpOrg_(img) = XieK_BandByPlane; + } + return( src ); +} /* End of _CreateDecode */ + +/*----------------------------------------------------------------------- +-------------- routine: Create Get_Stream Photoflo element -------------- +------------------------------------------------------------------------*/ +static int _GetStreamCreate( pipe, img ) + Pipe pipe; + PhotomapPtr img; +{ + XportPtr xp = Tport_(img); + GetStreamPipeCtxPtr ctx; + CARD32 drn, mask, plane; + INT32 i, s = Success; + + switch( xpCmpres_(xp) ) + { + case XieK_DCT : + if( xpIsBndPxl_(xp) ) + s = DdxCreateEncodeDct_( pipe, xpSnk_(xp), (1< 0 ) + if( xpUdp_(xp,plane) ) + mask |= 1< 0 ) + /* + ** Set quantum to match what we got from the red drain. + */ + DdxRmSetQuantum_(GsDrn_(ctx,drn),DatHeight_(GsDat_(ctx,0))); + + dat = DdxRmGetData_( ctx, GsDrn_(ctx,drn) ); + if( dat == NULL ) break; /* no more data */ + if( !IsPointer_(dat) ) return( (int) dat ); /* error status */ + comp = DatCmpIdx_(dat); + GsDat_(ctx,comp) = dat; + GsUdp_(ctx,comp) = DatUdp_(dat); + } + if( drn < GsDrnCnt_(ctx) ) break; /* insufficient data available */ + if( !IsPointer_(xp) ) continue; /* client no longer interested */ + + switch( xpCmpOrg_(xp) ) + { /* + ** Move available data to the Xport Udp(s). + */ + case XieK_BandByPixel : + s = _GetStreamConvert( ctx, xp, 0 ); + break; + + case XieK_BandByPlane : + s = _GetStreamConvert( ctx, xp, comp ); + break; + + case XieK_BitByPlane : + for( plane = 0; plane < XieK_MaxPlanes && s == Success; plane++ ) + if( xpUdp_(xp,plane) && xpCmpIdx_(xp,plane) == comp ) + s = _GetStreamConvert( ctx, xp, plane ); + } + } + return( s ); +} /* end _GetStreamActivate */ + +/*----------------------------------------------------------------------- +------------- routine: Destroy Get_Stream Photoflo element -------------- +------------------------------------------------------------------------*/ +static int _GetStreamDestroy(ctx) + GetStreamPipeCtxPtr ctx; /* GetStream pipe context pointer */ +{ + CARD32 drn; + + for( drn = 0; drn < GsDrnCnt_(ctx); drn++ ) + GsDrn_(ctx,drn) = DdxRmDestroyDrain_( GsDrn_(ctx,drn) ); + + return( Success ); +} /* end _GetStreamDestroy */ + +/*----------------------------------------------------------------------- +----------------- routine: Convert Get_Stream Data segment -------------- +------------------------------------------------------------------------*/ +static int _GetStreamConvert( ctx, xp, plane ) + GetStreamPipeCtxPtr ctx; /* GetStream pipe context pointer */ + XportPtr xp; /* Xport context pointer */ + CARD32 plane; /* Xport plane number */ +{ + PipeSinkPtr snk = &GsCvt_(ctx); + CARD32 s, pos, comp = xpCmpIdx_(xp,plane); + + if( IsPointer_(xpBase_(xp,plane)) ) + { + pos = xpPos_(xp,plane); + xpPos_(xp,plane) = xpArSize_(xp,plane) - ( SnkY1_(snk,comp) + * xpScnStr_(xp,plane)); + xpArSize_(xp,plane) += SnkHeight_(snk,comp) * xpScnStr_(xp,plane); + xpBase_(xp,plane) = DdxReallocBits_(xpBase_(xp,plane), + xpArSize_(xp,plane)); + } + else + { + pos = 0; + xpPos_(xp,plane) = -( SnkY1_(snk,comp) * xpScnStr_(xp,plane)); + xpArSize_(xp,plane) = SnkHeight_(snk,comp) * xpScnStr_(xp,plane); + xpBase_(xp,plane) = DdxMallocBits_(xpArSize_(xp,plane)); + } + if( xpBase_(xp,plane) == NULL ) return( BadAlloc ); + + s = PlaneFromSink( xp, snk, plane ); + if( s == Success ) + { + xpPos_(xp,plane) = pos; + + if( SnkY2_(snk,comp) >= xpY2_(xp,plane) ) + xpFinMsk_(xp) |= 1< 0 ? min(SnkMaxQnt_(snk), height) : height; + + /* + ** Don't go beyond the end of the image. + */ + length = min(length, SnkHeight_(snk,comp)-start); + /* + ** Allocate a data segment descriptor. + */ + xpDat_(xp,comp) = DdxRmAllocData_( snk, comp, start, length ); + if( !IsPointer_(xpDat_(xp,comp)) ) + { + s = (int) xpDat_(xp,comp); + xpDat_(xp,comp) = NULL; + } + + return( s ); +} /* end _PutNextPCM */ + +/* end module XieTransport.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/XieTransport.h b/xie/docs/dec/xie23-src/server/xie/XieTransport.h new file mode 100644 index 0000000..b423462 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieTransport.h @@ -0,0 +1,162 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension DIX +** +** ABSTRACT: +** +** This is the header file for the DIX DISPLAY module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** August 11, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + + /* + ** Transport Context structure. + */ +typedef struct _XportRec { + CARD8 Mode; /* GetStream, PutStream, or Tile */ + CARD8 _pad; + CARD8 CmpOrg; /* component organization */ + CARD8 Cmpres; /* compression scheme */ + CARD32 CmpPrm; /* compression parameter */ + CARD32 PlnMsk; /* plane mask: initialized planes */ + CARD32 FinMsk; /* plane mask: completed planes */ + CARD32 MaxMsk; /* plane mask: all possible planes */ + PipeSinkPtr Snk; /* Sink to transport to or from */ + PipeDataPtr Dat[XieK_MaxComponents];/* Photoflo data descriptors */ + UdpPtr Udp[XieK_MaxPlanes]; /* Client plane descriptors */ +} XportRec; + /* + ** Convenience macros for accessing XportPtr fields. + */ +#define xpMode_(xp) ((xp)->Mode) +#define xpIsGetStream_(xp) (xpMode_(xp)==XieK_GetStream) +#define xpIsPutStream_(xp) (xpMode_(xp)==XieK_PutStream) +#define xpIsTile_(xp) (xpMode_(xp)==XieK_Tile) +#define xpCmpOrg_(xp) ((xp)->CmpOrg) +#define xpIsBndPxl_(xp) (xpCmpOrg_(xp)==XieK_BandByPixel) +#define xpIsBndPln_(xp) (xpCmpOrg_(xp)==XieK_BandByPlane) +#define xpIsBitPln_(xp) (xpCmpOrg_(xp)==XieK_BitByPlane) +#define xpCmpres_(xp) ((xp)->Cmpres) +#define xpIsDCT_(xp) (xpCmpres_(xp)==XieK_DCT) +#define xpIsG31D_(xp) (xpCmpres_(xp)==XieK_G31D) +#define xpIsG32D_(xp) (xpCmpres_(xp)==XieK_G32D) +#define xpIsG42D_(xp) (xpCmpres_(xp)==XieK_G42D) +#define xpIsPCM_(xp) (xpCmpres_(xp)==XieK_PCM) +#define xpCmpPrm_(xp) ((xp)->CmpPrm) +#define xpPlnMsk_(xp) ((xp)->PlnMsk) +#define xpFinMsk_(xp) ((xp)->FinMsk) +#define xpMaxMsk_(xp) ((xp)->MaxMsk) +#define xpSnk_(xp) ((xp)->Snk) +#define xpDat_(xp,comp) ((xp)->Dat[(comp)]) +#define xpUdp_(xp,plane) ((xp)->Udp[(plane)]) +#define xpPxlLen_(xp,plane) (xpUdp_(xp,plane)->UdpW_PixelLength) +#define xpDType_(xp,plane) (xpUdp_(xp,plane)->UdpB_DType) +#define xpClass_(xp,plane) (xpUdp_(xp,plane)->UdpB_Class) +#define xpBase_(xp,plane) (xpUdp_(xp,plane)->UdpA_Base) +#define xpArSize_(xp,plane) (xpUdp_(xp,plane)->UdpL_ArSize) +#define xpPxlStr_(xp,plane) (xpUdp_(xp,plane)->UdpL_PxlStride) +#define xpScnStr_(xp,plane) (xpUdp_(xp,plane)->UdpL_ScnStride) +#define xpX1_(xp,plane) (xpUdp_(xp,plane)->UdpL_X1) +#define xpX2_(xp,plane) (xpUdp_(xp,plane)->UdpL_X2) +#define xpY1_(xp,plane) (xpUdp_(xp,plane)->UdpL_Y1) +#define xpY2_(xp,plane) (xpUdp_(xp,plane)->UdpL_Y2) +#define xpWidth_(xp,plane) (xpUdp_(xp,plane)->UdpL_PxlPerScn) +#define xpHeight_(xp,plane) (xpUdp_(xp,plane)->UdpL_ScnCnt) +#define xpPos_(xp,plane) (xpUdp_(xp,plane)->UdpL_Pos) +#define xpCmpIdx_(xp,plane) (xpUdp_(xp,plane)->UdpL_CompIdx) +#define xpLvl_(xp,plane) (xpUdp_(xp,plane)->UdpL_Levels) + +/* +** Structure definitions and Typedefs +*/ + /* + ** GetStream Transport Pipe Context. + */ +typedef struct _GetStreamPipeCtx { + PipeElementCommonPart common; + struct _GetStreamPart { + PhotomapPtr Map; /* source Photo{map|tap}*/ + PipeSinkRec Cvt; /* data conversion sink */ + UdpRec Udp[XieK_MaxComponents]; /* copy of drains' Udp */ + PipeDrainPtr Drn[XieK_MaxComponents]; /* drains */ + PipeDataPtr Dat[XieK_MaxComponents]; /* drains' data */ + CARD8 DrnCnt; /* number of drains */ + CARD8 _pad[3]; + } GetStreamPart; +} GetStreamPipeCtx, *GetStreamPipeCtxPtr; + /* + ** Pipeline context, GetStream part, access macros + */ +#define GsMap_(ctx) ((ctx)->GetStreamPart.Map) +#define GsCvt_(ctx) ((ctx)->GetStreamPart.Cvt) +#define GsUdp_(ctx,comp) ((ctx)->GetStreamPart.Udp[(comp)]) +#define GsDrn_(ctx,comp) ((ctx)->GetStreamPart.Drn[(comp)]) +#define GsDat_(ctx,comp) ((ctx)->GetStreamPart.Dat[(comp)]) +#define GsDrnCnt_(ctx) ((ctx)->GetStreamPart.DrnCnt) + diff --git a/xie/docs/dec/xie23-src/server/xie/XieUtils.c b/xie/docs/dec/xie23-src/server/xie/XieUtils.c new file mode 100644 index 0000000..4fba9ec --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/XieUtils.c @@ -0,0 +1,550 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** The Xie Utilities module +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** February 28, 1989 +** +*******************************************************************************/ + +/* +** Include files +*/ +#include +#include +#include +#include +#include +#include +#include /* for (DE)ALLOCATE_LOCAL Macros */ + +#include +#include +#include +#include +#include +#include + +/* +** Table of contents +*/ +UdpPtr UtilAllocUdp(); +int UtilBePCM(); +PhotomapPtr UtilCreatePhotomap(); +PipeSinkPtr UtilCreateSink(); +CARD8 UtilClass(); +CARD8 UtilDType(); +int UtilFreeResource(); +UdpPtr UtilFreeUdp(); +void UtilSetPending(); +Bool UtilValidRegion(); +/* +** Equated Symbols +*/ + +/* +** MACRO definitions +*/ + +/* +** External References +*/ +extern void FreeResource(); /* ref'd by FreeResource_ macro*/ + +extern void FreeExport(); /* XieDisplay.c */ +extern void FreeTransport(); /* XieTransport.c */ + +/* +** Local Storage +*/ + +/*----------------------------------------------------------------------- +--------------------------- routine: Allocate Udp ---------------------- +------------------------------------------------------------------------*/ +UdpPtr UtilAllocUdp( type, cmpres, w, h, pxlstr, scnstr, + lvl, idx, base, pos, align, algn_dat ) + unsigned char type; /* data type of Udp */ + unsigned char cmpres; /* data compression scheme */ + CARD32 w; /* width of image in pixels */ + CARD32 h; /* height of image in pixels */ + CARD32 pxlstr; /* pixel stride in bits */ + CARD32 scnstr; /* scanline stride in bits */ + CARD32 lvl; /* levels */ + CARD32 idx; /* component index */ + Bool base; /* True == allocate buffer */ + CARD32 pos; /* offset to beginning of data in bits */ + Fcard32 align; /* ptr to image array alignment function */ + unsigned long *algn_dat; /* ptr to prvt data for align func */ +{ + UdpPtr udp = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( udp == NULL ) return(NULL); + + if( cmpres == XieK_PCM ) + switch( type ) + { + case UdpK_DTypeBU : upPxlLen_(udp) = 8; break; + case UdpK_DTypeWU : upPxlLen_(udp) = 16; break; + case UdpK_DTypeLU : + case UdpK_DTypeF : upPxlLen_(udp) = 32; break; + case UdpK_DTypeV : + case UdpK_DTypeVU : upPxlLen_(udp) = BitsFromLevels_(lvl); break; + } + else upPxlLen_(udp) = 0; + + upDType_(udp) = type; + upClass_(udp) = UtilClass( type, cmpres ); + upPxlStr_(udp) = cmpres == XieK_PCM ? pxlstr : 0; + upScnStr_(udp) = cmpres == XieK_PCM ? scnstr : 0; + upX1_(udp) = 0; + upX2_(udp) = w - 1; + upY1_(udp) = 0; + upY2_(udp) = (signed long) h - 1; + upWidth_(udp) = w; + upHeight_(udp) = h; + upPos_(udp) = pos; + upCmpIdx_(udp) = idx; + upLvl_(udp) = lvl; + upArSize_(udp) = pos + h * upScnStr_(udp); + if( IsPointer_(align) ) + (*align)(udp, algn_dat); + + if( base && upArSize_(udp) > 0 ) + { + upBase_(udp) = DdxMallocBits_( upArSize_(udp) ); + if( upBase_(udp) == NULL ) + udp = UtilFreeUdp(udp); + } + else + upBase_(udp) = NULL; + + return( udp ); +} /* end UtilAllocUdp */ + +/*----------------------------------------------------------------------- +------------ routine: ensure that Photomap contains PCM data ----------- +------------------------------------------------------------------------*/ +int UtilBePCM( img ) + PhotomapPtr img; /* Photomap pointer */ +{ + PipeSinkPtr new, old = Sink_(img); + INT32 c, status = Success, lvl[XieK_MaxComponents]; + + if( Tport_(img) && AnyPending_(img) ) return( BadAccess ); + if(!IsPCM_(img) ) + { /* create a PCM Sink for decode */ + for( c = 0; c < CmpCnt_(img); lvl[c] = SnkLvl_(old,c), c++ ); + new = UtilCreateSink(img, XieK_PCM, lvl, TRUE, FALSE, DdxAlignDefault_); + if( new == NULL ) return( BadAlloc ); + if( !AnyPending_(img) ) + switch( Cmpres_(img) ) /* since all the data's here */ + { /* decode it into the new Sink */ + case XieK_DCT : + if( IsBndPxl_(img) ) + status = DdxDecodeDct_( SnkUdpPtr_(old,0), + &SnkUdpPtr_(new,0), CmpCnt_(img) ); + else + for( c = 0; c < CmpCnt_(img) && status == Success; c++ ) + status = DdxDecodeDct_( SnkUdpPtr_(old,c), + &SnkUdpPtr_(new,c), 1 ); + break; + case XieK_G42D : + status = DdxDecodeG4_( SnkUdpPtr_(old,0), SnkUdpPtr_(new,0) ); + break; + case XieK_G31D : + case XieK_G32D : + default : status = BadValue; + } + Sink_(img) = new; /* replace the compressed */ + Cmpres_(img) = XieK_PCM; /* Sink with the PCM Sink */ + CmpOrg_(img) = XieK_BandByPlane; + DdxRmDestroySink_( old ); + if( AnyPending_(img) ) /* if some data is missing */ + return( UtilBePCM(img) ); /* make a zeroed PCM image */ + } + else + for( c = 0; c < CmpCnt_(img); c++ ) /* create a zeroed array */ + if( !IsPointer_(uBase_(img,c)) ) /* for absent components */ + { + uBase_(img,c) = DdxCallocBits_( uArSize_(img,c) ); + if( uBase_(img,c) == NULL ) return( BadAlloc ); + } + SnkFull_(Sink_(img)) = TRUE; + SnkUdpFinalMsk_(Sink_(img)) = (1< 0; + CmpOrg_(img) = XieK_BandByPlane; + Cmpres_(img) = XieK_PCM; + CmpMap_(img) = cmpmap; + CmpCnt_(img) = IsRGB_(img) ? 3 : 1; + PxlRatio_(img) = pxlratio; + PxlProg_(img) = pxlprog; + ScnProg_(img) = scnprog; + PxlPol_(img) = pxlpol; + Width_(img) = width; + Height_(img) = height; + /* + ** Create a Sink to hold the Photo{map|tap}'s data (assume PCM for now). + */ + Sink_(img) = UtilCreateSink(img, XieK_PCM, cmplvl, permanent, base, align); + if( Sink_(img) == NULL ) + img = (PhotomapPtr) DdxFree_( img ); + + return( img ); +} /* end UtilCreatePhotomap */ + +/*----------------------------------------------------------------------- +------------ routine: Create a Sink for a Photo{map|tap} --------------- +------------------------------------------------------------------------*/ +PipeSinkPtr UtilCreateSink( img, cmpres, cmplvl, permanent, base, align ) + PhotomapPtr img; /* Photo{map|tap} pointer */ + unsigned long cmpres; /* compression scheme */ + CARD32 *cmplvl; /* levels per component */ + Bool permanent; /* True == sink for Photomap, else Phototap */ + Bool base; /* True == alloc image data arrays */ + Fcard32 align; /* ptr to image array alignment function */ +{ + CARD32 pxlstr, scnstr, dtype, c = CmpCnt_(img); + PipeSinkPtr sink = DdxRmCreateSink_( NULL ); + if( !IsPointer_(sink) ) return( NULL ); + /* + ** Allocate Udp's describing image data. + */ + while( c-- > 0 ) + { + pxlstr = cmplvl[c] == 0 ? 32 /* unconstrained float */ + : cmplvl[c] <= 1 << 1 ? 1 /* bitonal bits */ + : cmplvl[c] <= 1 << 8 ? 8 /* continuous tone byte */ + : cmplvl[c] <= 1 << 16 ? 16 /* continuous tone word */ + : 32; /* continuous tone long */ + scnstr = pxlstr * Width_(img); + dtype = cmplvl[c] > 0 ? UtilDType( pxlstr, cmpres, pxlstr, scnstr ) + : UdpK_DTypeF; + + SnkUdpPtr_(sink,c) = UtilAllocUdp( dtype, cmpres, + Width_(img), Height_(img), + pxlstr, scnstr, cmplvl[c], + c, base, 0, align, NULL ); + if( !IsPointer_(SnkUdpPtr_(sink,c)) ) + return( DdxRmDestroySink_( sink ) ); + } + /* + ** Only be specific about DType for PCM data. + */ + if( cmpres == XieK_PCM ) + DdxRmSetDType_( sink, dtype, 1<array ); + DdxFree_(TmpDat_((TmpPtr)res)); + break; + + default : return(BadRequest); + } + DdxFree_( res ); + } + return( Success ); +} /* end UtilFreeResource */ + +/*----------------------------------------------------------------------- +---------------------------- routine: Free Udp ------------------------- +------------------------------------------------------------------------*/ +UdpPtr UtilFreeUdp(udp) + UdpPtr udp; +{ + if( IsPointer_(udp) ) + { /* + ** If you don't want your data freed, you must NULL the pointer. + */ + if( IsPointer_(upBase_(udp)) ) + DdxFreeBits_( upBase_(udp) ); + DdxFree_( udp ); + } + return( NULL ); +} /* end UtilFreeUdp */ + +/*----------------------------------------------------------------------- +------------------ routine: Set/reset plane Pending mask --------------- +------------------------------------------------------------------------*/ +void UtilSetPending( map, plane, org, state ) + PhotomapPtr map; /* Photo{map|tap} pointer */ + CARD32 plane; /* client plane index */ + CARD32 org; /* client component organization */ + CARD8 state; /* Boolean - True to set, False to reset */ +{ + CARD32 c, p, bits[XieK_MaxComponents]; + /* + ** Get bit width required for each component. + */ + for( c = 0; c < CmpCnt_(map); c++ ) + bits[c] = BitsFromLevels_(uLvl_(map,c)); + + switch( org ) + { + case XieK_BandByPixel : + /* + ** Set or clear all bits of all components. + */ + for( c = 0; c < CmpCnt_(map); c++ ) + CmpPending_(map,c) = state ? (1 << bits[c]) - 1 : 0; + break; + + case XieK_BandByPlane : + /* + ** Set or clear all bits of the specified component. + */ + CmpPending_(map,plane) = state ? (1 << bits[plane]) - 1 : 0; + break; + + case XieK_BitByPlane : + /* + ** Set or clear a single bit. + */ + for( p = 0, c = 0; c < CmpCnt_(map) && p <= plane; p += bits[c++] ) + if( plane < bits[c] + p ) + if( state ) + CmpPending_(map,c) |= 1 << plane - p; + else + CmpPending_(map,c) &= ~(1 << plane - p); + break; + } + /* + ** Now see if any and all planes are still pending. + */ + AnyPending_(map) = FALSE; + AllPending_(map) = TRUE; + for( c = 0; c < CmpCnt_(map); c++ ) + { + AnyPending_(map) |= CmpPending_(map,c) != 0; + AllPending_(map) &= CmpPending_(map,c) == (1 << bits[c]) - 1; + } +} /* end UtilSetPending */ + +/*----------------------------------------------------------------------- +---------------- routine: Validate region against Photomap ------------- +------------------------------------------------------------------------*/ +Bool UtilValidRegion( map, idcudp ) + PhotomapPtr map; /* Photo{map|tap} pointer */ + UdpPtr idcudp; /* Udp corresponding to ROI/CPP */ +{ + /* To be valid, the IDC region must intersect the Photo at some point. */ + + if( upX1_(idcudp) > uX2_(map,0) || upY1_(idcudp) > uY2_(map, 0) || + upX2_(idcudp) < uX1_(map,0) || upY2_(idcudp) < uY1_(map, 0) ) + return( FALSE ); + else + return( TRUE ); +} /* end UtilValidRegion */ +/* End of Module XieUtils.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiChangeList.c b/xie/docs/dec/xie23-src/server/xie/smi/DmiChangeList.c new file mode 100644 index 0000000..338f292 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiChangeList.c @@ -0,0 +1,500 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/************************************************************************ +** +** Copyright (c) Digital Equipment Corporation, 1990-1991 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +**/ + + +/************************************************************************ +** +** FACILITY: +** +** Image Processing Services (IPS) +** +** ABSTRACT: +** +** Changlist manipulation routines for the Ultrix environment. +** This module replaces the VMS module IPS__CHANGE_LIST.MAR. +** +** This module contains routines which support the creation of change +** lists from image data and the reconstruction of image data from +** change list structures. +** +** A CHANGELIST is an array of unsigned integers where the zeroeth entry +** contains the count of the number of valid entries, and a valid entry +** contains a CHANGE point (bit offset from the beginning of the scanline) +** from zero to one, or one to zero. +** +** Entry CHANGELIST[1], and all odd indexed entries contain CHANGEs to +** "ones"; even entries contain CHANGEs to "zeros". If the CHANGELIST +** array is large enough to process the entire scanline the last entry +** CHANGELIST[CHANGELIST[0]] will contain the length of the scanline (one +** bit position past the end) and is included in the count. +** +** The maximum size CHANGELIST array required to contain one scanline +** is scanline-length plus 2 entries (for the count and scanline length). +** +** ENVIRONMENT: +** +** Ultrix V3.0 +** +** AUTHOR(S): +** +** Written for VMS - John Weber - 15-May-1987 +** +** Rewritten for Ultrix - Brian M. Stevens - 26-Sep-1988 +** +** Clean-up and put into library - Michael D. O'Connor - 28-Nov-1988 +** +** Updated for use in ported XIE - Richard D. Hennessy 23-Jan-1992 +** +** CREATION DATE: +** +** 26-Sep-1988 +** +************************************************************************/ + + /* + ** Table of Contents + */ +int DmiBuildChangeList(); +void DmiPutRuns(); + +int _DmiFfsLong(); +int _DmiFfcLong(); + + +/* +** Include files +*/ +#include + +/* +** Global Symbols +*/ + +/* +** Equated Symbols +*/ +#define BYTE_SIZE 8 /* number of bits per byte */ + +/* +** MACRO definitions +*/ + /* + ** Macros for Ffslong, Ffclong + */ +/* +** 1st set/clear bit found, store its position in find_pos and return +** success indicator +*/ +#define SUCCESS_(bit) { \ + *find_pos = (long) (((long)pbyte) - base) \ + * BYTE_SIZE + bit; \ + return(Success); \ + } \ + +/* +** 1st set/clear bit not found, return a failure indicator (the offset of +** the last bit in the field plus 1 has already been stored in find_pos +*/ +#define FAILURE_ {return(-1);} + +/* +** External References +*/ + + +/************************************************************************ +** DmiBuildChangeList - Build a change list from image data +** +** FUNCTIONAL DESCRIPTION: +** +** This routine builds a change list structure from a buffer of image data. +** Run length transitions are detected by alternately searching for zero +** bits or one bits with the Ips__FFx_LONG routines. Bit offsets where the +** transitions take place are stored in subsequent entries in the change +** list. +** +** FORMAL PARAMETERS: +** + long src_addr; - scanline buffer address + long src_pos; - scanline buffer offset (in bits) + long size; - scanline buffer length (in bytes) + long cl_addr; - change list address (ptr to array of long) + long cl_len; - chane list length (num of cells in array) +** +** +** IMPLICIT INPUTS: +** +** none +** +** IMPLICIT OUTPUTS: +** +** none +** +** FUNCTION VALUE: +** +** Returns the address of the change list. +** +** SIGNAL CODES: +** +** none +** +** SIDE EFFECTS: +** +** none +** +************************************************************************/ +int DmiBuildChangeList(src_addr, src_pos, size, cl_addr, cl_len) + long src_addr; + long src_pos; + long size; + long cl_addr; + long cl_len; +{ + long pos; + long end; + int index; + unsigned int *cl; + + + cl = (unsigned int *) cl_addr; + end = src_pos + size; + pos = src_pos; + + /* + ** While there's room in the changlist and data to search, find + ** transitions and load them into the change list. + */ + for (index = 1; index < cl_len && size > 0; index++, size = end - pos) + { + if (index % 2) + { + /* + ** look for a transition to a 1 bit + */ + + _DmiFfsLong(pos, size, src_addr, &pos); + } + else + { + /* + ** look for a transition to a 0 bit + */ + + _DmiFfcLong(pos, size, src_addr, &pos); + } + + /* + ** save the transition point in the changelist + */ + + cl[index] = pos - src_pos; + } + + /* + ** store the number of valid entries + */ + + cl[0] = --index; + + return ((int) cl); +} + + +/************************************************************************ +** DmiPutRuns - Restore image data from change list +** +** FUNCTIONAL DESCRIPTION: +** +** This routine accepts a change list buffer and reconstructs the image +** data described by it into a data buffer. +** +** It is assumed that the data buffer contains zeros on entry to this +** routine, so only run lists of ones are actually written using +** _IpsMovv7. +** +** FORMAL PARAMETERS: +** + long dst_addr; - dest. address of image data buffer + long dst_pos; - dest. address offset (in bits) + long cl_addr; - address of change list (array of long) +** +** +** IMPLICIT INPUTS: +** +** none +** +** IMPLICIT OUTPUTS: +** +** none +** +** FUNCTION VALUE: +** +** none +** +** SIGNAL CODES: +** +** none +** +** SIDE EFFECTS: +** +** none +** +************************************************************************/ +void DmiPutRuns(dst_addr, dst_pos, cl_addr) + long dst_addr; + long dst_pos; + long cl_addr; +{ + long size; + int index; + unsigned int *cl; + int bit; + char *pbyte; + + + cl = (unsigned int *) cl_addr; + + /* + ** While there are elements in the change list write runs of bits + ** into the destination image data buffer. + ** Note: Since data buffer starts out as all 0's. Write only runs of 1's. + */ + for (index = 1; index < cl[0]; index += 2) + { + /* + ** Find out where to start + */ + pbyte = (char *) dst_addr + (dst_pos + cl[index]) / BYTE_SIZE; + size = cl[index + 1] - cl[index]; + + /* + ** Write bits before starting on byte boundary + */ + for (bit=(dst_pos + cl[index]) % BYTE_SIZE; size > 0 && bit < BYTE_SIZE; +--size, ++bit) + { + *pbyte |= (1 << bit); + } + + /* + ** Write ones for as many bytes as needed + */ + for (pbyte++; size >= BYTE_SIZE; size -= BYTE_SIZE, pbyte++) + { + *pbyte = 0xff; + } + + /* + ** Write ones after last byte boundary + */ + for (bit = 0; size > 0; --size, ++bit) + { + *pbyte |= (1 << bit); + } + } +} + + +/************************************************************************ +** +** _DmiFfsLong - Find first set bit +** +** FUNCTIONAL DESCRIPTION: +** +** Searches the bit field specified by start_pos, size, and base for +** the first set bit +** +** FORMAL PARAMETERS: +** + long start_pos; * starting position (offset) * + long size; * size of the bit field * + long base; * base address of the bit field * + long *find_pos; * returned position of 1st set bit * +** +** IMPLICIT INPUTS: +** +** None +** +** IMPLICIT OUTPUTS: +** +** None +** +** FUNCTION VALUE: +** +** Returns IpsX_NORMAL for success +** +** SIGNAL CODES: +** +** If set bit not found, signals LIB$_NOTFOU +** +** SIDE EFFECTS: +** +** None +** +************************************************************************/ + +int _DmiFfsLong(start_pos, size, base, find_pos) + long start_pos; /* starting position (offset) */ + long size; /* size of the bit field */ + long base; /* base address of the bit field */ + long *find_pos; /* returned position of 1st set bit */ + +{ + char *pbyte; /* address of byte being searched */ + char pbyte_val; /* value of byte being searched */ + int bit; /* position of bit being examined */ + + + *find_pos = start_pos + size; + pbyte = (char *) base + start_pos / BYTE_SIZE; + pbyte_val = *pbyte; + + for (bit=start_pos % BYTE_SIZE; size > 0 && bit < BYTE_SIZE; --size, ++bit) + { + if (pbyte_val & (1 << bit)) SUCCESS_(bit); + } + + for (pbyte++; size >= BYTE_SIZE; size -= BYTE_SIZE, pbyte++) + { + pbyte_val = *pbyte; + + if (pbyte_val & 0x01) SUCCESS_(0); + if (pbyte_val & 0x02) SUCCESS_(1); + if (pbyte_val & 0x04) SUCCESS_(2); + if (pbyte_val & 0x08) SUCCESS_(3); + if (pbyte_val & 0x10) SUCCESS_(4); + if (pbyte_val & 0x20) SUCCESS_(5); + if (pbyte_val & 0x40) SUCCESS_(6); + if (pbyte_val & 0x80) SUCCESS_(7); + } + + pbyte_val = *pbyte; + + for (bit = 0; size > 0; --size, ++bit) + { + if (pbyte_val & (1 << bit)) SUCCESS_(bit); + } + + FAILURE_; +} + + +/************************************************************************ +** +** _DmiFfcLong - Find first clear bit +** +** FUNCTIONAL DESCRIPTION: +** +** Searches the bit field specified by start_pos, size, and base for +** the first clear bit +** +** FORMAL PARAMETERS: +** + long start_pos; * starting position (offset) * + long size; * size of the bit field * + long base; * base address of the bit field * + long *find_pos; * returned position of 1st set bit * +** +** IMPLICIT INPUTS: +** +** None +** +** IMPLICIT OUTPUTS: +** +** None +** +** FUNCTION VALUE: +** +** Success == a 0 or a 1 bit found +** Failure == neither bit type found (off the edge) +** +** SIGNAL CODES: +** +** None +** +** SIDE EFFECTS: +** +** None +** +************************************************************************/ + +int _DmiFfcLong(start_pos, size, base, find_pos) + long start_pos; /* starting position (offset) */ + long size; /* size of the bit field */ + long base; /* base address of the bit field */ + long *find_pos; /* returned position of 1st clear bit */ + +{ + char *pbyte; /* address of byte being searched */ + char pbyte_val; /* value of byte being searched */ + int bit; /* position of bit being examined */ + + *find_pos = start_pos + size; + pbyte = (char *) base + start_pos / BYTE_SIZE; + pbyte_val = ~(*pbyte); + + for (bit=start_pos % BYTE_SIZE; size >= 0 && bit < BYTE_SIZE; --size, ++bit) + { + if (pbyte_val & (1 << bit)) SUCCESS_(bit); + } + + for (pbyte++; size >= BYTE_SIZE; size -= BYTE_SIZE, pbyte++) + { + pbyte_val = ~(*pbyte); + + if (pbyte_val & 0x01) SUCCESS_(0); + if (pbyte_val & 0x02) SUCCESS_(1); + if (pbyte_val & 0x04) SUCCESS_(2); + if (pbyte_val & 0x08) SUCCESS_(3); + if (pbyte_val & 0x10) SUCCESS_(4); + if (pbyte_val & 0x20) SUCCESS_(5); + if (pbyte_val & 0x40) SUCCESS_(6); + if (pbyte_val & 0x80) SUCCESS_(7); + } + + pbyte_val = ~(*pbyte); + + for (bit = 0; size >= 0; --size, ++bit) + { + if (pbyte_val & (1 << bit)) SUCCESS_(bit); + } + + FAILURE_; +} +/* E N D of D M I C H A N G E L I S T . C */ + diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiChangeList.h b/xie/docs/dec/xie23-src/server/xie/smi/DmiChangeList.h new file mode 100644 index 0000000..3b4c400 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiChangeList.h @@ -0,0 +1,103 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright (c) Digital Equipment Corporation, 1990 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. + +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Digital Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the CHANGELIST module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** +** AUTHOR(S): +** +** Richard Hennessy +** +** CREATION DATE: +** +** September 25, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _DMICHANGELIST +#define _DMICHANGELIST + + /* + ** Include files + */ + + /* + ** Function reference + */ +int DmiBuildChangeList(); +void DmiPutRuns(); + +#endif _DMICHANGELIST diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiConvert.c b/xie/docs/dec/xie23-src/server/xie/smi/DmiConvert.c new file mode 100644 index 0000000..8ffa723 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiConvert.c @@ -0,0 +1,4667 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/****************************************************************************** +** +** Copyright (c) Digital Equipment Corporation, 1990 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. + +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +**/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** DEC Machine Independant DDX +** +** ABSTRACT: +** +** This module contains all image data type and organization conversion +** routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** John Weber +** Gary Grebus +** +** CREATION DATE: +** +** May 15, 1989 +** Aug 16, 1990 (cloned from SmiConvert.c) +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + +/* +** Definition to let include files know who's calling. +*/ +#define _DmiConvert + +/* +** Include files +*/ +#include +#include +#include /* XIE device dependant definitions */ +#include + +/* +** Table of contents +*/ +int DmiConvert(); +int DmiConvertCpp(); +int DmiCopy(); +int DmiCopyCpp(); +int DmiGetTyp(); +int DmiPosCl(); + +static int _CvtUnsOpr(); + +static int _CvtBsBs(); +static int _CvtBsCl(); +static int _CvtBsByt(); +static int _CvtBsWrd(); +static int _CvtBsFlt(); + +static int _CvtBytByt(); +static int _CvtBytBs(); +static int _CvtBytCl(); +static int _CvtBytWrd(); +static int _CvtBytFlt(); + +static int _CvtWrdWrd(); +static int _CvtWrdBs(); +static int _CvtWrdCl(); +static int _CvtWrdByt(); +static int _CvtWrdFlt(); + +static int _CvtFltFlt(); +static int _CvtFltBs(); +static int _CvtFltByt(); +static int _CvtFltWrd(); + +static int _CvtClCl(); +static int _CvtClBs(); +static int _CvtClByt(); +static int _CvtClWrd(); +static int _CvtClFlt(); + +static int _CvtBsBsCpp(); +static int _CvtBsBytCpp(); +static int _CvtBsWrdCpp(); +static int _CvtBsFltCpp(); + +static int _CvtBytBytCpp(); +static int _CvtBytBsCpp(); +static int _CvtBytWrdCpp(); +static int _CvtBytFltCpp(); + +static int _CvtWrdWrdCpp(); +static int _CvtWrdBsCpp(); +static int _CvtWrdBytCpp(); +static int _CvtWrdFltCpp(); + +static int _CvtFltFltCpp(); +static int _CvtFltBsCpp(); +static int _CvtFltBytCpp(); +static int _CvtFltWrdCpp(); + +static int _ConHCBs(); +static int _ConHCByt(); +static int _ConHCWrd(); + +static int _ConCSBs(); +static int _ConCSByt(); +static int _ConCSWrd(); + +static int _ConHSBs(); +static int _ConHSByt(); +static int _ConHSWrd(); + +static void _BuildClBits(); +static void _BuildClBytes(); +static void _BuildClWords(); + +/* +** MACRO definitions +*/ +#define Min_(a,b) ((a) <= (b) ? (a) : (b)) +#define Max_(a,b) ((a) > (b) ? (a) : (b)) + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + + +/* +** Local Storage +*/ + +/* +** This table describes functions to be called when converting from one +** descriptor type to another. +*/ +static int (*conversion_table[XieK_DATA_TYPE_COUNT][XieK_DATA_TYPE_COUNT])()={ + {_CvtBsBs, _CvtBsBs, _CvtUnsOpr,_CvtUnsOpr,_CvtBsCl, _CvtBsByt, _CvtBsFlt, _CvtBsWrd}, + {_CvtBsBs, _CvtBsBs, _CvtUnsOpr,_CvtUnsOpr,_CvtBsCl, _CvtBsByt, _CvtBsFlt, _CvtBsWrd}, + {_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr}, + {_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr}, + {_CvtClBs, _CvtClBs, _CvtUnsOpr,_CvtUnsOpr,_CvtClCl, _CvtClByt, _CvtClFlt, _CvtClWrd}, + {_CvtBytBs, _CvtBytBs, _CvtUnsOpr,_CvtUnsOpr,_CvtBytCl, _CvtBytByt,_CvtBytFlt,_CvtBytWrd}, + {_CvtFltBs, _CvtFltBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtFltByt,_CvtFltFlt,_CvtFltWrd}, + {_CvtWrdBs, _CvtWrdBs, _CvtUnsOpr,_CvtUnsOpr,_CvtWrdCl, _CvtWrdByt,_CvtWrdFlt,_CvtWrdWrd} +}; + +/* Ditto for conversions under the control of a CPP */ +static int (*conversion_table_cpp[XieK_DATA_TYPE_COUNT][XieK_DATA_TYPE_COUNT])()={ + {_CvtBsBsCpp, _CvtBsBsCpp, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBsBytCpp, _CvtBsFltCpp, _CvtBsWrdCpp}, + {_CvtBsBsCpp, _CvtBsBsCpp, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBsBytCpp, _CvtBsFltCpp, _CvtBsWrdCpp}, + {_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr}, + {_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr}, + {_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr}, + {_CvtBytBsCpp,_CvtBytBsCpp,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBytBytCpp,_CvtBytFltCpp,_CvtBytWrdCpp}, + {_CvtFltBsCpp,_CvtFltBsCpp,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtFltBytCpp,_CvtFltFltCpp,_CvtFltWrdCpp}, + {_CvtWrdBsCpp,_CvtWrdBsCpp,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtWrdBytCpp,_CvtWrdFltCpp,_CvtWrdWrdCpp} +}; + +/* +** This table describes the functions to be called when constraining data. +*/ +static int (*constrain_table[5][XieK_DATA_TYPE_COUNT])()={ + {_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr}, + {_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr}, + {_ConHCBs, _ConHCBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_ConHCByt, _CvtUnsOpr,_ConHCWrd}, + {_ConCSBs, _ConCSBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_ConCSByt, _CvtUnsOpr,_ConCSWrd}, + {_ConHSBs, _ConHSBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_ConHSByt, _CvtUnsOpr,_ConHSWrd} +}; + +/***************************************************************************** +** DmiConvert +** +** FUNCTIONAL DESCRIPTION: +** +** This is the externally callable entry point for type conversion. The +** data specified by the source descriptor is reorganized to conform to +** the specification of the destination descriptor. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** mode - transfer mode, one of the following: +** XieK_MoveMode, move without constraining +** XieK_HardClip, constrain data via hard clip model +** XieK_ClipScale, constrain data via clip scale model +** XieK_HardScale, constrain data via hard scale model +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int DmiConvert(src, dst, mode) +UdpPtr src; +UdpPtr dst; +int mode; +{ + int srctyp; + int dsttyp; + int status; + /* + ** Validate and get type of descriptors + */ + srctyp = DdxGetTyp_(src); + dsttyp = DdxGetTyp_(dst); + + if( srctyp >= XieK_DATA_TYPE_COUNT || dsttyp >= XieK_DATA_TYPE_COUNT ) + status = _CvtUnsOpr(src, dst); + + else if( mode == XieK_MoveMode ) + /* + ** Call specific conversion routine. + */ + status = (*conversion_table[srctyp][dsttyp])(src,dst); + + else if( srctyp != XieK_AF ) + status = _CvtUnsOpr(src, dst); + else + /* + ** The input data must be type float. Call conversion + ** routine based on the constraint model requested. + */ + status = (*constrain_table[mode][dsttyp])(src,dst); + + return (status); +} /* end DmiConvert */ + +/***************************************************************************** +** DmiConvertCpp +** +** FUNCTIONAL DESCRIPTION: +** +** This is the same as DmiConvert, except that a CPP is used to +** select the input pixels to be copied. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** mode - transfer mode, one of the following: +** XieK_MoveMode, move without constraining +** cpp - cpp data descriptor +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int DmiConvertCpp(src, dst, cpp, mode) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int mode; +{ + int srctyp; + int dsttyp; + int status; + /* + ** Validate and get type of descriptors + */ + srctyp = DdxGetTyp_(src); + dsttyp = DdxGetTyp_(dst); + + if( srctyp >= XieK_DATA_TYPE_COUNT + || dsttyp >= XieK_DATA_TYPE_COUNT || mode != XieK_MoveMode || cpp == NULL ) + status = _CvtUnsOpr(src, dst); + else + status = (*conversion_table_cpp[srctyp][dsttyp])(src,dst,cpp); + + return (status); +} /* end DmiConvertCpp */ + +/***************************************************************************** +** DmiCopy +** +** FUNCTIONAL DESCRIPTION: +** +** This is a jacket function over the CONVERT routine which provides a +** straight-forward interface for copying ROIs. +** +** The principle used is simple, but possibly hard to understand. This +** routine relies on the fact that the CONVERT code matches source and +** destination image coordinates during the move (i.e. source pixel (0,0) +** is moved to destination pixel (0,0). To accomplish the move of a source +** ROI, the source UDP is modified so that only the ROI data is described +** as image (all other data will be described as pad by careful use of +** POS, and STRIDE fields). The coordinates of the source are shifted so +** they match the desired destination coordinates. +** +** Simple...right? (no way) +** +** FORMAL PARAMETERS: +** +** srcudp - UDP to copy from +** dstudp - UDP to copy to +** src_x - Source X coordinate (X coordinate of upper left corner of +** source ROI). +** src_y - Source Y coordinate (Y coordinate of upper left corner of +** source ROI). +** dst_x - Destination X coordinate +** dst_y - Destination Y coordinate +** width - Width of ROI in pels +** height - Height of ROI in pels +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int DmiCopy( src, dst, srcx, srcy, dstx, dsty, width, height ) +UdpPtr src; +UdpPtr dst; +long int srcx; +long int srcy; +long int dstx; +long int dsty; +long int width; +long int height; +{ + UdpRec srcudp; + long int clipped_width; + long int clipped_height; + /* + ** Make a copy of the source UDP that we can modify. + */ + srcudp = *src; + /* + ** Modify the source UDP so that is describes only the ROI and reflects + ** where in the destination the data is to be copied. + */ + srcudp.UdpL_X1 = dstx; + srcudp.UdpL_Y1 = dsty; + + clipped_width = Min_(srcx + width -1, src->UdpL_X2) - srcx + 1; + clipped_height = Min_(srcy + height -1, src->UdpL_Y2) - srcy + 1; + + srcudp.UdpL_X2 = dstx + clipped_width - 1; + srcudp.UdpL_Y2 = dsty + clipped_height - 1; + + srcudp.UdpL_PxlPerScn = clipped_width; + srcudp.UdpL_ScnCnt = clipped_height; + + srcudp.UdpL_Pos += srcy * srcudp.UdpL_ScnStride + + srcx * srcudp.UdpL_PxlStride; + + /* + ** Now, call the CONVERT routine to do the data movement. + */ + return (DdxConvert_(&srcudp, dst, XieK_MoveMode) ); +} /* end DmiCopy */ + +/***************************************************************************** +** DmiCopyCpp +** +** FUNCTIONAL DESCRIPTION: +** +** This is the same as DmiCopy, except the pixels to be copied +** are selected by a CPP. +** +** FORMAL PARAMETERS: +** +** srcudp - UDP to copy from +** dstudp - UDP to copy to +** cpp - UDP for the CPP +** src_x - Source X coordinate (X coordinate of upper left corner of +** source ROI). +** src_y - Source Y coordinate (Y coordinate of upper left corner of +** source ROI). +** dst_x - Destination X coordinate +** dst_y - Destination Y coordinate +** width - Width of ROI in pels +** height - Height of ROI in pels +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int DmiCopyCpp(src, dst, cpp, srcx, srcy, dstx, dsty, width, height) +UdpPtr src; +UdpPtr dst; +long int srcx; +long int srcy; +long int dstx; +long int dsty; +long int width; +long int height; +{ + UdpRec srcudp; + long int clipped_width; + long int clipped_height; + + /* + ** Make a copy of the source UDP that we can modify. + */ + srcudp = *src; + /* + ** Modify the source UDP so that is describes only the ROI and reflects + ** where in the destination the data is to be copied. + */ + srcudp.UdpL_X1 = dstx; + srcudp.UdpL_Y1 = dsty; + + clipped_width = Min_(srcx + width -1, src->UdpL_X2) - srcx + 1; + clipped_height = Min_(srcy + height -1, src->UdpL_Y2) - srcy + 1; + + srcudp.UdpL_X2 = dstx + clipped_width - 1; + srcudp.UdpL_Y2 = dsty + clipped_height - 1; + + srcudp.UdpL_PxlPerScn = clipped_width; + srcudp.UdpL_ScnCnt = clipped_height; + + srcudp.UdpL_Pos += srcy * srcudp.UdpL_ScnStride + + srcx * srcudp.UdpL_PxlStride; + + /* + ** Now, call the CONVERT routine to do the data movement. + */ + return( DdxConvertCpp_( &srcudp, dst, cpp, XieK_MoveMode ) ); +} /* end DmiCopyCpp */ + +/***************************************************************************** +** DmiGetTyp +** +** FUNCTIONAL DESCRIPTION: +** +** Return constant which identifies a valid combination of descriptor +** class and data type. +** +** FORMAL PARAMETERS: +** +** desc - data descriptor to validate and classify +** +** FUNCTION VALUE: +** +** Chf_InvDscTyp - data type of descriptor +** +** SIGNAL CODES: +** +** invalid descriptor type +** +*****************************************************************************/ +int DmiGetTyp(desc) +UdpPtr desc; +{ + int type; + + switch (desc->UdpB_DType) + { + case UdpK_DTypeBU : + switch (desc->UdpB_Class) + { + case UdpK_ClassA: type = XieK_ABU; break; + case UdpK_ClassUBA: + case UdpK_ClassUBS: + case UdpK_ClassCL: type = XieK_DATA_TYPE_COUNT; break; + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeWU: + switch (desc->UdpB_Class) + { + case UdpK_ClassA: type = XieK_AWU; break; + case UdpK_ClassUBA: + case UdpK_ClassUBS: + case UdpK_ClassCL: type = XieK_DATA_TYPE_COUNT; break; + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeLU: + switch (desc->UdpB_Class) + { + case UdpK_ClassA: type = XieK_UBAV; /* hack */ break; + case UdpK_ClassUBA: + case UdpK_ClassUBS: + case UdpK_ClassCL: type = XieK_DATA_TYPE_COUNT; break; + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeF: + switch (desc->UdpB_Class) + { + case UdpK_ClassA: type = XieK_AF; break; + case UdpK_ClassUBA: + case UdpK_ClassUBS: + case UdpK_ClassCL: type = XieK_DATA_TYPE_COUNT; break; + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeVU: + switch (desc->UdpB_Class) + { + case UdpK_ClassUBA: type = XieK_UBAVU; break; + case UdpK_ClassUBS: type = XieK_UBSVU; break; + case UdpK_ClassA: + case UdpK_ClassCL: type = XieK_DATA_TYPE_COUNT; break; + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeV: + switch (desc->UdpB_Class) + { + case UdpK_ClassUBA: type = XieK_UBAV; break; + case UdpK_ClassUBS: type = XieK_UBSV; break; + case UdpK_ClassA: + case UdpK_ClassCL: type = XieK_DATA_TYPE_COUNT; break; + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeCL: + switch (desc->UdpB_Class) + { + case UdpK_ClassCL: type = XieK_CLCL; break; + case UdpK_ClassA: + case UdpK_ClassUBA: + case UdpK_ClassUBS: type = XieK_DATA_TYPE_COUNT; break; + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + default : type = XieK_DATA_TYPE_COUNT; break; + } + return( type ); +} /* end DmiGetTyp */ + +/***************************************************************************** +** DmiPosCl +** +** FUNCTIONAL DESCRIPTION: +** +** Return the UdpL_Pos value (i.e. offset in bits) which corresponds +** to the beginning of the specified scanline in a changelist Udp. +** +** This code assumes the specified scanline actually exists in the +** UDP. +** +** FORMAL PARAMETERS: +** +** base - base address of change list +** inipos - inipos value +** scncnt - number of scanlines to move ahead +** +** FUNCTION VALUE: +** +** Bit offset to the scanline from base. +** +** SIGNAL CODES: +** +** none +** +*****************************************************************************/ +int DmiPosCl(base, inipos, scncnt) +unsigned int *base; +int inipos; +int scncnt; +{ + unsigned int *lptr; /* Pointer to a changelist */ + long pos; /* Return pos value */ + int scanline, element_sz_bits; + + /* + ** Optimize the null case + */ + if( scncnt == 0 ) + return( inipos ); + + element_sz_bits = 8 * sizeof(unsigned int); + lptr = base + (inipos / element_sz_bits); + pos = inipos; + /* + ** Sum up the changelist lengths (in bits) + */ + for( scanline = 0; scanline < scncnt; scanline++ ) + { + pos += (*lptr + 2) * element_sz_bits; + lptr += (*lptr + 2); + } + + return( pos ); +} /* end DmiPosCl */ + +/***************************************************************************** +** _CvtUnsOpr +** +** FUNCTIONAL DESCRIPTION: +** +** This is an action routine called when conversion from source descriptor +** type to destination descriptor type is not supported. Simply signal an +** error at this point. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtUnsOpr(src, dst) +UdpPtr src; +UdpPtr dst; +{ + return( BadImplementation ); +} + +/***************************************************************************** +** _CvtBsBs +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit stream to bit stream encoding +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBsBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask, dst_mask, mask_24 = (1 << 24) - 1; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int bits; + int value; + char *data, copy_line = src->UdpW_PixelLength == 1 + && dst->UdpW_PixelLength == 1 + && src->UdpL_PxlStride == 1 + && dst->UdpL_PxlStride == 1; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; +/* +** Optimize the case of copying from one contiguous, aligned bit string to +** another. This is a common case when copying PCM data out of the X wire +** buffers. Note copy_line being true insures PxlStride is one, so we +** can omit it from these calculations. +*/ + if( copy_line + && src->UdpL_ScnStride == dst->UdpL_ScnStride + && src->UdpL_ScnStride == X2 - X1 + 1 + && (src_scan_offset + X1 - src->UdpL_X1 & 7) == 0 + && (dst_scan_offset + X1 - dst->UdpL_X1 & 7) == 0 ) + { + memcpy( dst->UdpA_Base + ((dst_scan_offset + (X1-src->UdpL_X1)) >> 3), + src->UdpA_Base + ((src_scan_offset + (X1-dst->UdpL_X1)) >> 3), + (src->UdpL_ScnStride * (Y2-Y1+1)) >> 3); + + if( src->UdpL_ScnStride & 7 ) + { /* + ** Bit string length is not a multiple of byte length. + ** Copy the trailing bits. + */ + bits = (Y2-Y1+1) * src->UdpL_ScnStride & ~7; + src_offset = src_scan_offset + X1 - src->UdpL_X1 + bits; + dst_offset = dst_scan_offset + X1 - dst->UdpL_X1 + bits; + while( bits != (Y2-Y1+1) * src->UdpL_ScnStride ) + { + value = GET_VALUE_(src->UdpA_Base, src_offset, src_mask); + PUT_VALUE_(dst->UdpA_Base, dst_offset, value, dst_mask); + src_offset++; + dst_offset++; + bits++; + } + } + } + else + /* + ** Handle the more general cases. + */ + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset+(X1-src->UdpL_X1)*src->UdpL_PxlStride; + dst_offset = dst_scan_offset+(X1-dst->UdpL_X1)*dst->UdpL_PxlStride; + /* + ** Copy until the destination is at a byte boundary. + */ + for( pixel = X1; pixel <= X2 && dst_offset & 7; pixel++ ) + { + value = GET_VALUE_(src->UdpA_Base, src_offset, src_mask); + PUT_VALUE_(dst->UdpA_Base, dst_offset, value, dst_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + /* + ** If there is enough data, try for a higher performance copy. + */ + if( copy_line && X2 + 1 - pixel >= 24 ) + if( src_offset & 7 ) + /* + ** Src and dst aren't aligned, so move in 3 byte chunks. + */ + for( data = (char *)(dst->UdpA_Base+(dst_offset>>3)); + pixel <= X2 + 1 - 24; + src_offset += 24, + dst_offset += 24, + pixel += 24 ) + { + value = + GET_VALUE_(src->UdpA_Base, src_offset, mask_24); +#ifdef BIGENDIAN + *data++ = *((unsigned char *)(&value)+3); + *data++ = *((unsigned char *)(&value)+2); + *data++ = *((unsigned char *)(&value)+1); +#else + *data++ = *((unsigned char *)(&value)); + *data++ = *((unsigned char *)(&value)+1); + *data++ = *((unsigned char *)(&value)+2); +#endif + } + else + { /* + ** Src and dst are aligned, so we can use + ** the fast byte mover. + */ + bits = X2 + 1 - pixel & ~7; + memcpy( dst->UdpA_Base + (dst_offset >> 3), + src->UdpA_Base + (src_offset >> 3), bits >> 3 ); + src_offset += bits; + dst_offset += bits; + pixel += bits; + } + /* + ** Copy the remainder. + */ + while( pixel <= X2 ) + { + value = GET_VALUE_(src->UdpA_Base, src_offset, src_mask); + PUT_VALUE_(dst->UdpA_Base, dst_offset, value, dst_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + pixel++; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsCl +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to change list +** +** The source and destination UDP's must have the same X1 and X2 +** coordinates. (i.e. only full scanlines are processed.) +** +** Data is unconditionally appended at the specified scanline. +** Scanlines must be appended in strict sequence (i.e. no gaps). +** +** The destination buffer (if one exists) is assumed to be +** large enough to hold ScnCnt * worst-case changelist size. +** +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBsCl(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int scanline; + int i; + int Y1, Y2; + int src_scan_offset, dst_scan_byte_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_byte_offset = + DmiPosCl(dst->UdpA_Base, dst->UdpL_Pos, Y1 - dst->UdpL_Y1) >> 3; + + if( src->UdpL_PxlStride == 1 ) + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + DmiBuildChangeList(src->UdpA_Base, src_scan_offset, + src->UdpL_PxlPerScn, + dst->UdpA_Base + dst_scan_byte_offset, + src->UdpL_PxlPerScn + 1); + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_byte_offset += + (*(unsigned int *)(dst->UdpA_Base+dst_scan_byte_offset) + 2) + * sizeof(unsigned int); + } + else + /* Need to skip over pixel pad */ + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + _BuildClBits(src->UdpA_Base, src_scan_offset, + src->UdpL_PxlPerScn, src->UdpL_PxlStride, + dst->UdpA_Base + dst_scan_byte_offset, + src->UdpL_PxlPerScn + 1); + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_byte_offset += + (*(unsigned int *)(dst->UdpA_Base+dst_scan_byte_offset) + 1) + * sizeof(unsigned int); + } + return (Success); +} + +/***************************************************************************** +** _CvtBsByt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBsByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_byte_offset; + int src_offset, dst_byte_offset; + int dst_byte_stride; + int dst_byte_scn_stride; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + dst_byte_scn_stride = dst->UdpL_ScnStride >> 3; + dst_byte_stride = dst->UdpL_PxlStride >> 3; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_byte_offset = + (dst->UdpL_Pos >> 3) + (Y1 - dst->UdpL_Y1) * dst_byte_scn_stride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_byte_offset = dst_scan_byte_offset + (X1-dst->UdpL_X1); + + for( pixel = X1; pixel <= X2; pixel++ ) + { + (dst->UdpA_Base)[dst_byte_offset] = + GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + src_offset += src->UdpL_PxlStride; + dst_byte_offset += dst_byte_stride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_byte_offset += dst_byte_scn_stride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to word array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBsWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to float +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBsFlt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytByt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytByt( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + char copy_line = src->UdpW_PixelLength == dst->UdpW_PixelLength + && src->UdpW_PixelLength == src->UdpL_PxlStride + && dst->UdpW_PixelLength == dst->UdpL_PxlStride + && src->UdpL_PxlStride == dst->UdpL_PxlStride; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + if( copy_line ) + memcpy( dst->UdpA_Base + (dst_offset >> 3), + src->UdpA_Base + (src_offset >> 3), X2 - X1 + 1 ); + else + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned char *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned char *)(src->UdpA_Base + (src_offset >> 3))); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytBs +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to bit string +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_byte_offset, dst_scan_offset; + int src_byte_offset, dst_offset; + int src_byte_stride, src_scan_byte_stride; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_byte_stride = src->UdpL_ScnStride >> 3; + src_byte_stride = src->UdpL_PxlStride >> 3; + + src_scan_byte_offset = + (src->UdpL_Pos >> 3) + (Y1 - src->UdpL_Y1) * src_scan_byte_stride; + dst_scan_offset = dst->UdpL_Pos+ (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_byte_offset = + src_scan_byte_offset + (X1-src->UdpL_X1) * src_byte_stride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + PUT_VALUE_(dst->UdpA_Base,dst_offset, + (src->UdpA_Base)[src_byte_offset],dst_mask); + src_byte_offset += src_byte_stride; + dst_offset += dst->UdpL_PxlStride; + } + src_scan_byte_offset += src_scan_byte_stride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytCl +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to change list +** +** The source and destination UDP's must have the same X1 and X2 +** coordinates. (i.e. only full scanlines are processed.) +** +** Data is unconditionally appended at the specified scanline. +** Scanlines must be appended in strict sequence (i.e. no gaps). +** +** The destination buffer (if one exists) is assumed to be +** large enough to hold ScnCnt * worst-case changelist size. +** +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytCl(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int scanline; + int i; + int Y1, Y2; + int src_scan_byte_offset, dst_scan_byte_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_byte_offset = + (src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride) >> 3; + dst_scan_byte_offset = + DmiPosCl(dst->UdpA_Base, dst->UdpL_Pos, Y1 - dst->UdpL_Y1) >> 3; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + _BuildClBytes(src->UdpA_Base + src_scan_byte_offset, + src->UdpL_PxlPerScn, src->UdpL_PxlStride >> 3, + dst->UdpA_Base + dst_scan_byte_offset, + src->UdpL_PxlPerScn + 1); + + src_scan_byte_offset += (src->UdpL_ScnStride >> 3); + dst_scan_byte_offset += + (*(unsigned int *)(dst->UdpA_Base+dst_scan_byte_offset) + 2) + * sizeof(unsigned int); + } + return (Success); +} + +/***************************************************************************** +** _CvtBytWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to word array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned char *)(src->UdpA_Base + (src_offset >> 3))); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to floating point +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytFlt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_byte_offset, dst_scan_float_offset; + int src_byte_offset, dst_float_offset; + int src_scan_byte_stride, src_byte_stride; + int dst_scan_float_stride, dst_float_stride; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_byte_stride = src->UdpL_ScnStride >> 3; + src_byte_stride = src->UdpL_PxlStride >> 3; + dst_scan_float_stride = dst->UdpL_ScnStride / (8 * sizeof(float)); + dst_float_stride = dst->UdpL_PxlStride / (8 * sizeof(float)); + + src_scan_byte_offset = + (src->UdpL_Pos >> 3) + (Y1 - src->UdpL_Y1) * src_scan_byte_stride; + dst_scan_float_offset = + (dst->UdpL_Pos / (8 * sizeof(float))) + + (Y1 - dst->UdpL_Y1) * dst_scan_float_stride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_byte_offset = + src_scan_byte_offset + (X1-src->UdpL_X1) * src_byte_stride; + dst_float_offset = + dst_scan_float_offset + (X1-dst->UdpL_X1) * dst_float_stride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + ((float *)(dst->UdpA_Base))[dst_float_offset] = + (float)((unsigned char *)(src->UdpA_Base))[src_byte_offset]; + + src_byte_offset += src_byte_stride; + dst_float_offset += dst_float_stride; + } + src_scan_byte_offset += src_scan_byte_stride; + dst_scan_float_offset += dst_scan_float_stride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to word array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + char copy_line = src->UdpW_PixelLength == dst->UdpW_PixelLength + && src->UdpW_PixelLength == src->UdpL_PxlStride + && dst->UdpW_PixelLength == dst->UdpL_PxlStride + && src->UdpL_PxlStride == dst->UdpL_PxlStride; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + if( copy_line ) + memcpy( dst->UdpA_Base + (dst_offset >> 3), + src->UdpA_Base + (src_offset >> 3), X2 - X1 + 1 << 1 ); + else + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned short *)(src->UdpA_Base + (src_offset >> 3))); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdBs +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to bit string +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdBs( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + PUT_VALUE_( dst->UdpA_Base,dst_offset, + *((unsigned short *)(src->UdpA_Base + src_offset / 8)), + dst_mask ); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdCl +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to change list +** +** The source and destination UDP's must have the same X1 and X2 +** coordinates. (i.e. only full scanlines are processed.) +** +** Data is unconditionally appended at the specified scanline. +** Scanlines must be appended in strict sequence (i.e. no gaps). +** +** The destination buffer (if one exists) is assumed to be +** large enough to hold ScnCnt * worst-case changelist size. +** +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdCl(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int scanline; + int i; + int Y1, Y2; + int src_scan_byte_offset, dst_scan_byte_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_byte_offset = + (src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride) >> 3; + dst_scan_byte_offset = + DmiPosCl(dst->UdpA_Base, dst->UdpL_Pos, Y1 - dst->UdpL_Y1) >> 3; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + _BuildClWords(src->UdpA_Base + src_scan_byte_offset, + src->UdpL_PxlPerScn, src->UdpL_PxlStride >> 4, + dst->UdpA_Base + dst_scan_byte_offset, + src->UdpL_PxlPerScn + 1); + + src_scan_byte_offset += (src->UdpL_ScnStride >> 3); + dst_scan_byte_offset += + (*(unsigned int *)(dst->UdpA_Base+dst_scan_byte_offset) + 2) + * sizeof(unsigned int); + } + return (Success); +} + +/***************************************************************************** +** _CvtWrdByt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdByt( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned char *) (dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned short *)(src->UdpA_Base + (src_offset >> 3))); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to floating point +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdFlt( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)*((unsigned short *)(src->UdpA_Base + src_offset / 8)); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to floating array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtFltFlt( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + char copy_line = src->UdpW_PixelLength == dst->UdpW_PixelLength + && src->UdpW_PixelLength == src->UdpL_PxlStride + && dst->UdpW_PixelLength == dst->UdpL_PxlStride + && src->UdpL_PxlStride == dst->UdpL_PxlStride; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + if( copy_line ) + memcpy( dst->UdpA_Base + (dst_offset >> 3), + src->UdpA_Base + (src_offset >> 3), + (X2 + 1 - X1) * sizeof(float) ); + else + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((float *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((float *)(src->UdpA_Base + (src_offset >> 3))); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltBs +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to bit string +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtFltBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int value; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + value = *((float *)(src->UdpA_Base + src_offset / 8)) + 0.5; + PUT_VALUE_(dst->UdpA_Base,dst_offset,value,dst_mask); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltByt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtFltByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + *((float *)(src->UdpA_Base + src_offset / 8)) + 0.5; + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to word array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtFltWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + *((float *)(src->UdpA_Base + src_offset / 8)) + 0.5; + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtClCl +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from change list to change list +** +** The source and destination UDP's must have the same X1 and X2 +** coordinates. (i.e. only full scanlines are processed.) +** +** Data is unconditionally appended at the specified scanline. +** Scanlines must be appended in strict sequence (i.e. no gaps). +** +** The destination buffer (if one exists) is assumed to be +** large enough to hold ScnCnt * worst-case changelist size. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtClCl(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int scanline; + int i; + int Y1, Y2; + int src_scan_index, dst_scan_index; + unsigned long length; + + unsigned int *srcptr; + unsigned int *dstptr; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } + srcptr = (unsigned int *)src->UdpA_Base; + dstptr = (unsigned int *)dst->UdpA_Base; + +/* +** Determine maximum common dimensions between source and destination. +*/ + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_index = + DmiPosCl(src->UdpA_Base, src->UdpL_Pos, Y1 - src->UdpL_Y1) / + ( 8 * sizeof(unsigned int)); + dst_scan_index = + DmiPosCl(dst->UdpA_Base, dst->UdpL_Pos, Y1 - dst->UdpL_Y1) / + ( 8 * sizeof(unsigned int)); + + for(scanline = Y1; scanline <= Y2; scanline++ ) + { + length = srcptr[src_scan_index] + 2; + memcpy( &(dstptr[dst_scan_index]), + &(srcptr[src_scan_index]), + length * sizeof(unsigned int)); + + src_scan_index += length; + dst_scan_index += length; + } + return( Success ); +} + +/***************************************************************************** +** _CvtClBs +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from change list to bit string +** +** The source and destination UDP's must have the same X1 and X2 +** coordinates. (i.e. only full scanlines are processed.) +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtClBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int scanline; + int i; + int Y1, Y2; + int src_scan_byte_offset, dst_scan_offset; + + long size; + int index; + int offset; + unsigned int *cl_addr; + int status; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + /* Position to proper place in source changelist */ + src_scan_byte_offset = + DmiPosCl(src->UdpA_Base, src->UdpL_Pos, Y1 - src->UdpL_Y1) >> 3; + + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + /* Zero the destination region so we only have to write "1" bits */ + if( (status = DdxFillRegion_( dst, dst->UdpL_X1, Y1, dst->UdpL_PxlPerScn, + Y2 - Y1 + 1, 0 ) ) != Success ) + return( status ); + + if( dst->UdpL_PxlStride == 1 ) + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + DmiPutRuns( dst->UdpA_Base, dst_scan_offset, + src->UdpA_Base + src_scan_byte_offset ); + + src_scan_byte_offset += + (*(unsigned int *)(src->UdpA_Base+src_scan_byte_offset) + 2) + * sizeof(unsigned int); + dst_scan_offset += dst->UdpL_ScnStride; + } + else + /* Need to skip over pixel pad */ + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + cl_addr = (unsigned int *)(src->UdpA_Base+src_scan_byte_offset); + /* + ** While there are elements in the change list write runs + ** of bits into the destination image data buffer. + ** Since data buffer starts out as all 0's, we write only + ** runs of 1's. + */ + for( index = 1; index < cl_addr[0]; index += 2 ) + for( offset = dst_scan_offset + cl_addr[index], + size = cl_addr[index+1]- cl_addr[index]; + size > 0; offset += dst->UdpL_PxlStride, size-- ) + PUT_VALUE_( dst->UdpA_Base, offset, 1, 1 ); + + src_scan_byte_offset += + (*(unsigned int *)(src->UdpA_Base+src_scan_byte_offset) + 1) + * sizeof(unsigned int); + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtClByt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from change list to byte format +** +** The source and destination UDP's must have the same X1 and X2 +** coordinates. (i.e. only full scanlines are processed.) +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtClByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int scanline; + int i; + int Y1, Y2; + int dst_scan_byte_offset; + + long size; + int index; + int offset; + int status; + + unsigned int *cl_addr = (unsigned int *)src->UdpA_Base; + int byte_stride = dst->UdpL_PxlStride >> 3; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + /* Position to proper place in source changelist */ + cl_addr += (DmiPosCl(src->UdpA_Base, src->UdpL_Pos, Y1 - src->UdpL_Y1) / + (8 * sizeof( int ))); + + dst_scan_byte_offset = + (dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride)/8; + + /* Zero the buffer so we only have to write "1" bits */ + if( (status = DdxFillRegion_( dst, dst->UdpL_X1, Y1, dst->UdpL_PxlPerScn, + Y2 - Y1 + 1, 0 ) ) != Success ) + return( status ); + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + for( index = 1; index < cl_addr[0]; index += 2 ) + for( offset = dst_scan_byte_offset + cl_addr[index], + size = cl_addr[index + 1] - cl_addr[index]; + size > 0; offset += byte_stride, size-- ) + (dst->UdpA_Base)[offset] = 1; + + cl_addr += (cl_addr[0] + 2); + dst_scan_byte_offset += dst->UdpL_ScnStride / 8; + } + return( Success); +} + +/***************************************************************************** +** _CvtClWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from change list to word array +** +** The source and destination UDP's must have the same X1 and X2 +** coordinates. (i.e. only full scanlines are processed.) +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtClWrd(src,dst) +UdpPtr src; +UdpPtr dst; +{ + int scanline; + int i; + int Y1, Y2; + int dst_scan_word_offset; + + long size; + int index; + int offset; + int status; + + unsigned int *cl_addr = (unsigned int *)src->UdpA_Base; + int word_stride = dst->UdpL_PxlStride /(8 * sizeof(short)); +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + /* Position to proper place in source changelist */ + cl_addr += (DmiPosCl(src->UdpA_Base, src->UdpL_Pos, Y1 - src->UdpL_Y1) / + (8 * sizeof( int ))); + + dst_scan_word_offset = + (dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride) + / (8 * sizeof(short)); + + /* Zero the destination region so we only have to write "1" bits */ + if( ( status = DdxFillRegion_( dst, dst->UdpL_X1, Y1, dst->UdpL_PxlPerScn, + Y2 - Y1 + 1, 0 ) ) != Success ) + return( status ); + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + for( index = 1; index < cl_addr[0]; index += 2 ) + for( offset = dst_scan_word_offset + cl_addr[index], + size = cl_addr[index + 1] - cl_addr[index]; + size > 0; offset += word_stride, size-- ) + ((unsigned short *)dst->UdpA_Base)[offset] = 1.0; + + cl_addr += (cl_addr[0] + 2); + dst_scan_word_offset += dst->UdpL_ScnStride / (8 * sizeof(short)); + } + return( Success ); +} + +/***************************************************************************** +** _CvtClFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from change list to floating array +** +** The source and destination UDP's must have the same X1 and X2 +** coordinates. (i.e. only full scanlines are processed.) +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtClFlt(src,dst) +UdpPtr src; +UdpPtr dst; +{ + int scanline; + int i; + int Y1, Y2; + int dst_scan_float_offset; + + long size; + int index; + int offset; + int status; + + unsigned int *cl_addr = (unsigned int *)src->UdpA_Base; + int float_stride = dst->UdpL_PxlStride /(8 * sizeof(float)); +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + /* Position to proper place in source changelist */ + cl_addr += (DmiPosCl(src->UdpA_Base, src->UdpL_Pos, Y1 - src->UdpL_Y1) / + (8 * sizeof( int ))); + + dst_scan_float_offset = + (dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride) + / (8 * sizeof(float)); + + /* Zero the destination region so we only have to write "1" bits */ + if( ( status = DdxFillRegion_( dst, dst->UdpL_X1, Y1, dst->UdpL_PxlPerScn, + Y2 - Y1 + 1, 0 ) ) != Success ) + return( status ); + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + for( index = 1; index < cl_addr[0]; index += 2 ) + for( offset = dst_scan_float_offset + cl_addr[index], + size = cl_addr[index + 1] - cl_addr[index]; + size > 0; offset += float_stride, size-- ) + ((float *)dst->UdpA_Base)[offset] = 1.0; + + cl_addr += (cl_addr[0] + 2); + dst_scan_float_offset += dst->UdpL_ScnStride / (8 * sizeof(float)); + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsBsCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit stream to bit stream encoding with CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBsBsCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask, dst_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + int bits; + int value; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + /* + ** Copy the bits. + */ + for( pixel = X1; pixel <= X2; pixel++ ) + { + if( GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1) ) + value = GET_VALUE_(src->UdpA_Base, src_offset, src_mask ); + PUT_VALUE_( dst->UdpA_Base, dst_offset, value, dst_mask ); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsBytCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to byte array using cpp +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBsBytCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if( GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1) ) + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + GET_VALUE_(src->UdpA_Base, src_offset, src_mask); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsWrdCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to word array using cpp +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBsWrdCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsFltCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to float using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBsFltCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if( GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1) ) + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)GET_VALUE_(src->UdpA_Base, src_offset, src_mask); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytBytCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytBytCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if( GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1) ) + *((unsigned char *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned char *)(src->UdpA_Base + (src_offset >> 3))); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytBsCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to bit string using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBytBsCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if( GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1) ) + PUT_VALUE_(dst->UdpA_Base, dst_offset, + *((unsigned char *)(src->UdpA_Base+src_offset/8)), + dst_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytWrdCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to word array using a cpp +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp descriptor +** +*****************************************************************************/ +static int _CvtBytWrdCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned char *)(src->UdpA_Base + (src_offset >> 3))); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytFltCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to floating point using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytFltCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if( GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1) ) + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)*((unsigned char *)(src->UdpA_Base + src_offset / 8)); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdWrdCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to word array using a cpp +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp descriptor +** +*****************************************************************************/ +static int _CvtWrdWrdCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } + +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned short *)(src->UdpA_Base + (src_offset >> 3))); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdBsCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to bit string using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtWrdBsCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } + +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + PUT_VALUE_(dst->UdpA_Base,dst_offset, + *((unsigned short *)(src->UdpA_Base + + src_offset / 8)),dst_mask); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdBytCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to byte array using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp = CPP descriptor +** +*****************************************************************************/ +static int _CvtWrdBytCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned char *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned short *)(src->UdpA_Base + (src_offset >> 3))); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdFltCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to floating point using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdFltCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } + +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)*((unsigned short *)(src->UdpA_Base + + src_offset / 8)); + } + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltFltCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to floating array using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtFltFltCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if( GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1) ) + *((float *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((float*)(src->UdpA_Base + (src_offset >> 3))); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltBsCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to bit string using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtFltBsCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + int value; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if( GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1) ) + { + value = *((float *)(src->UdpA_Base + src_offset / 8)) + 0.5; + PUT_VALUE_( dst->UdpA_Base, dst_offset, value, dst_mask ); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltBytCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to byte array using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtFltBytCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if( GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1) ) + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + *((float *)(src->UdpA_Base + src_offset / 8)) + 0.5; + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltWrdCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to word array using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtFltWrdCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + *((float *)(src->UdpA_Base + src_offset /8)) + 0.5; + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHCBs +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Clip model from float to bit string: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Round all values to nearest integer. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHCBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int value; + float ceiling; + float fvalue; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if( fvalue < 0.0 ) /* Clip */ + fvalue = 0.0; + else + if( fvalue > ceiling ) + fvalue = ceiling; + + value = fvalue + 0.5; + PUT_VALUE_( dst->UdpA_Base, dst_offset, value, dst_mask ); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHCByt +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Clip model from float to unsigned byte: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Round all values to nearest integer. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHCByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if( fvalue < 0.0 ) /* Clip */ + fvalue = 0.0; + else + if( fvalue > ceiling ) + fvalue = ceiling; + + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = fvalue+0.5; + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHCWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Clip model from float to unsigned word: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Round all values to nearest integer. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHCWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + fvalue + 0.5; + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConCSBs +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Clip Scale model from float to bit string: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConCSBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int value; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + ceiling = (float)(dst->UdpL_Levels - 1); + + /* Make a pass through the pixels to determine the range of the data */ + fmin = ceiling; + fmax = 0.0; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + /* Clip the data */ + if( fvalue < 0.0 ) + fvalue = 0.0; + else + if( fvalue > ceiling ) + fvalue = ceiling; + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + } + /* Calculate the scale value and offset */ + foffset = fmin; + if( fmax - fmin != 0.0 ) + fscale = ceiling / ( fmax - fmin ); + else + fscale = 1.0; + + /* Scale and convert the data */ + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if( fvalue < 0.0 ) /* Clip */ + fvalue = 0.0; + else + if( fvalue > ceiling ) + fvalue = ceiling; + + value = (fvalue - foffset) * fscale + 0.5; /* Scale */ + PUT_VALUE_(dst->UdpA_Base,dst_offset,value,dst_mask); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return (Success); +} + +/***************************************************************************** +** _ConCSByt +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Clip Scale model from float to bit string: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConCSByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + + /* Make a pass through the pixels to determine the range of the data */ + fmin = ceiling; + fmax = 0.0; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if( fvalue < 0.0 ) /* Clip */ + fvalue = 0.0; + else + if( fvalue > ceiling ) + fvalue = ceiling; + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + } + + /* Calculate the scale value and offset */ + foffset = fmin; + if( fmax - fmin != 0.0 ) + fscale = ceiling / ( fmax - fmin ); + else + fscale = 1.0; + + /* Scale and convert the data */ + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if( fvalue < 0.0 ) /* Clip */ + fvalue = 0.0; + else + if( fvalue > ceiling ) + fvalue = ceiling; + + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + (fvalue - foffset) * fscale + 0.5; /* Scale */ + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return (Success); +} + +/***************************************************************************** +** _ConCSWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Clip Scale model from float to word array: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConCSWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + +/* +** Make a pass through the pixels to determine the range of the data +*/ + fmin = ceiling; + fmax = 0.0; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + } + +/* +** Calculate the scale value and offset +*/ + foffset = fmin; + if ((fmax-fmin) != 0.0) + fscale = ceiling/(fmax-fmin); + else + fscale = 1.0; + +/* +** Scale and convert the data +*/ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + (fvalue - foffset) * fscale + 0.5; /* Scale */ + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHSBs +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Scale model from float to bit string: +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHSBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int value; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + ceiling = (float)(dst->UdpL_Levels - 1); + + /* Make a pass through the pixels to determine the range of the data */ + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + + fmin = *((float *)(src->UdpA_Base + (src_scan_offset + + (X1-src->UdpL_X1) * src->UdpL_PxlStride)/ 8)); + fmax = fmin; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + } + /* Calculate the scale value and offset */ + foffset = fmin; + if( fmax - fmin != 0.0 ) + fscale = ceiling / ( fmax - fmin ); + else + fscale = 1.0; + + /* Scale and convert the data */ + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + value = (fvalue - foffset) * fscale + 0.5; /* Scale */ + PUT_VALUE_(dst->UdpA_Base,dst_offset,value,dst_mask); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHSByt +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Scale model from float to bit string: +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHSByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + + /* Make a pass through the pixels to determine the range of the data */ + fmin = *((float *)(src->UdpA_Base + (src_scan_offset + + (X1-src->UdpL_X1) * src->UdpL_PxlStride)/ 8)); + fmax = fmin; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + } + + /* Calculate the scale value and offset */ + foffset = fmin; + if( fmax - fmin != 0.0 ) + fscale = ceiling / ( fmax - fmin ); + else + fscale = 1.0; + + /* Scale and convert the data */ + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + (fvalue - foffset) * fscale + 0.5; /* Scale */ + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return ( Success ); +} + +/***************************************************************************** +** _ConHSWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Scale model from float to word array: +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHSWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + +/* +** Make a pass through the pixels to determine the range of the data +*/ + fmin = *((float *)(src->UdpA_Base + (src_scan_offset + + (X1-src->UdpL_X1) * src->UdpL_PxlStride)/ 8)); + fmax = fmin; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + } + +/* +** Calculate the scale value and offset +*/ + foffset = fmin; + if ((fmax-fmin) != 0.0) + fscale = ceiling/(fmax-fmin); + else + fscale = 1.0; + +/* +** Scale and convert the data +*/ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + (fvalue - foffset) * fscale + 0.5; /* Scale */ + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/************************************************************************ +** +** FUNCTIONAL DESCRIPTION: +** +** This routine builds a change list from a buffer of image data, +** where the buffer contains pixels of an arbitrary bit length. +** Run length transitions are detected by alternately searching for zero +** pixels or one pixels. Bit offsets where the transitions take place +** are stored in subsequent entries in the change list. +** +** FORMAL PARAMETERS: +** +** src_addr; - scanline buffer address +** src_pos; - scanline buffer offset (in bits) +** size; - scanline buffer length (in pixels) +** stride; - the source pixel stride +** cl_addr; - change list address (ptr to array of long) +** cl_len; - chane list length (num of cells in array) +** +************************************************************************/ +static void _BuildClBits( src_addr, src_pos, size, stride, cl_addr, cl_len ) +long src_addr; +long src_pos; +long size; +long stride; +long cl_addr; +long cl_len; +{ + long pos; + long end; + int index; + unsigned int *cl; + + + cl = (unsigned int *) cl_addr; + end = src_pos + size * stride; + pos = src_pos; + + /* + ** While there's room in the changlist and data to search, find + ** transitions and load them into the change list. + */ + for( index = 1; index < cl_len && size > 0; index++, size = end - pos ) + { + if( index % 2 ) + /* + ** look for a transition to a 1 bit + */ + while( pos < end ) + { + if( GET_VALUE_(src_addr, pos, 1 ) == 1 ) + break; + pos += stride; + } + else + /* + ** look for a transition to a 0 bit + */ + while( pos < end ) + { + if( GET_VALUE_(src_addr, pos, 1 ) == 0 ) + break; + pos += stride; + } + /* + ** save the transition point in the changelist + */ + cl[index] = (pos - src_pos)/stride; + } + /* + ** store the number of valid entries + */ + cl[0] = --index; +} /* end _BuildClBits */ + +/************************************************************************ +** +** FUNCTIONAL DESCRIPTION: +** +** This routine builds a change list from a buffer of image data, +** where the buffer contains byte-length pixels. +** Run length transitions are detected by alternately searching for zero +** pixels or one pixels. Pixel offsets where the transitions take place +** are stored in subsequent entries in the change list. +** +** FORMAL PARAMETERS: +** +** src_addr; - scanline buffer address +** size; - scanline buffer length (in pixels) +** stride; - pixel stride (bytes) +** cl_addr; - change list address (ptr to array of long) +** cl_len; - change list length (num of cells in array) +** +************************************************************************/ +static void _BuildClBytes( src_addr, size, stride, cl_addr, cl_len ) +unsigned char *src_addr; +long size; +long stride; +long cl_addr; +long cl_len; +{ + long pos; + long end; + int index; + unsigned int *cl; + + cl = (unsigned int *) cl_addr; + end = size * stride; + pos = 0; + + /* + ** While there's room in the changlist and data to search, find + ** transitions and load them into the change list. + */ + for( index = 1; index < cl_len && size > 0; index++, size = end - pos ) + { + if( index % 2 ) + /* + ** look for a transition to a 1 bit + */ + while( pos < end ) + { + if( src_addr[pos] == 1 ) + break; + pos += stride; + } + else + /* + ** look for a transition to a 0 bit + */ + while( pos < end ) + { + if( src_addr[pos] == 0 ) + break; + pos += stride; + } + /* + ** save the transition point in the changelist + */ + cl[index] = pos/stride; + } + /* + ** store the number of valid entries + */ + cl[0] = --index; +} /* end _BuildCLBytes */ + +/************************************************************************ +** +** FUNCTIONAL DESCRIPTION: +** +** This routine builds a change list from a buffer of image data, +** where the buffer contains word-length pixels. +** Run length transitions are detected by alternately searching for zero +** pixels or one pixels. Pixel offsets where the transitions take place +** are stored in subsequent entries in the change list. +** +** FORMAL PARAMETERS: +** +** src_addr; - scanline buffer address +** size; - scanline buffer length (in pixels) +** stride; - pixel stride (words) +** cl_addr; - change list address (ptr to array of long) +** cl_len; - change list length (num of cells in array) +** +************************************************************************/ +static void _BuildClWords( src_addr, size, stride, cl_addr, cl_len ) +unsigned short *src_addr; +long size; +long stride; +long cl_addr; +long cl_len; +{ + long pos; + long end; + int index; + unsigned int *cl; + + cl = (unsigned int *) cl_addr; + end = size * stride; + pos = 0; + + /* + ** While there's room in the changlist and data to search, find + ** transitions and load them into the change list. + */ + for( index = 1; index < cl_len && size > 0; index++, size = end - pos ) + { + if( index % 2 ) + /* + ** look for a transition to a 1 bit + */ + while( pos < end ) + { + if( src_addr[pos] == 1 ) + break; + pos += stride; + } + else + /* + ** look for a transition to a 0 bit + */ + while( pos < end ) + { + if( src_addr[pos] == 0 ) + break; + pos += stride; + } + /* + ** save the transition point in the changelist + */ + cl[index] = pos/stride; + } + /* + ** store the number of valid entries + */ + cl[0] = --index; +} /* end _BuildCLWords */ +/* end Module DmiConvert */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiConvert.h b/xie/docs/dec/xie23-src/server/xie/smi/DmiConvert.h new file mode 100644 index 0000000..15be80b --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiConvert.h @@ -0,0 +1,106 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright (c) Digital Equipment Corporation, 1990 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. + +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Digital Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the CONVERT module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** +** AUTHOR(S): +** +** Richard Hennessy +** +** CREATION DATE: +** +** September 25, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _DMICONVERT +#define _DMICONVERT + + /* + ** Include files + */ + + /* + ** Function reference + */ +extern int DmiConvert(); +extern int DmiConvertCpp(); +extern int DmiCopy(); +extern int DmiCopyCpp(); +extern int DmiGetTyp(); +extern int DmiPosCl(); + +#endif _DMICONVERT diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiDdx.c b/xie/docs/dec/xie23-src/server/xie/smi/DmiDdx.c new file mode 100644 index 0000000..9196a98 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiDdx.c @@ -0,0 +1,536 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright (c) Digital Equipment Corporation, 1990 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. + +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Image Extension +** Digital Machine Independant DDX +** +** ABSTRACT: +** +** This module implements the connection between the +** XIE server DIX, and the XIE server DMI (Digital Machine +** Independent) DDX. This interface is used when the +** DIX is layered directly on top of the DMI DDX. If +** the DIX is layered on a hardware specific DDX, then the +** interface in the module DmiMi is used by the hardware +** specific DDX to access DMI services. +** +** The connection consists of: +** - dispatch tables +** - DDX supplied Init Reset and OptimizePipe routines +** - Default DDX image array alignment function +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 > +** ULTRIX V4.0 > +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Tue Oct 9 09:23:16 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + +/* +** Include files +*/ +#ifdef VMS +#include +#endif +#include +#include +#include + /* + ** Include needed DDX, SMI, MI entry points + */ +#include +#include +#include "DmiChangeList.h" +#include +#include +#include +#include +#include "DmiConvert.h" +#include + +#ifndef XIESMI +#define XIESMI /* Use the XIESMI-style definitions in the DCT code */ +#endif +#include /* Must be before DCT files */ +#include +#include +#undef XIESMI +#include "DmiDecodeG4.h" +#include +#include "DmiExtendInstruct.h" +#include +#include "DmiFill.h" +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include "DmiPoint.h" +#include +#include "DmiScale.h" +#include +#include +#include +#include "DmiUtil.h" + +/* +** Table of contents +*/ +int DmiAlignDefault(); /* DDX image array alignment */ +int DmiInitialize(); /* DDX Init */ +int DmiOptimizePipe(); /* DDX specific pipe optimizer */ +int DmiReset(); /* DDX Reset */ + + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ +#ifdef VMS +#define XIE_PRODUCT_NAME "IMAGE-XIE-SERV-V" +#define XIE_PRODUCER "DEC" +#define XIE_PRODUCT_RELEASE_DATE "05-AUG-1991" +#define XIE_VERSION_MAJOR 1 +#define XIE_VERSION_MINOR 0 +#endif + +/* +** External References +*/ + +/* +** Local Storage +*/ + +/***************************************************************************** +** xieDdxProc - +** +** FUNCTIONAL DESCRIPTION: +** +** XieDdxProc is the DDX dispatch table, used by all callers of +** functions implemented by the DDX. +** +** This table should be accessed using the macros defined in XieDdx.h. +** +*****************************************************************************/ +externaldef(xieDdxProc) unsigned long (*xieDdxProc[])() = { + (Fcard32)SmiArea, /* 0 Protocol operations */ + (Fcard32)SmiStatsArea, + (Fcard32)SmiArithmetic, + (Fcard32)SmiHistogram, + (Fcard32)DmiConvert, + (Fcard32)DmiConvert, /* 5 */ + (Fcard32)SmiCompare, + (Fcard32)SmiConstrain, + (Fcard32)DmiCopy, + (Fcard32)SmiDither, + (Fcard32)DmiFill, /* 10 */ + (Fcard32)SmiLogical, + (Fcard32)SmiLuminance, + (Fcard32)SmiMatchHistogram, + (Fcard32)SmiMath, + (Fcard32)SmiMirror, /* 15 */ + (Fcard32)DmiPoint, + (Fcard32)SmiStatsPoint, + (Fcard32)SmiRotate, + (Fcard32)DmiScale, + (Fcard32)SmiTranslate, /* 20 */ + + (Fcard32)RmOwnData, /* 21..32 -- was compression handlers */ + NULL, + NULL, + NULL, + NULL, /* 25 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 30 */ + NULL, + NULL, + + (Fcard32)DmiInitialize, /* DDX specific functions */ + (Fcard32)DmiReset, + (Fcard32)DmiOptimizePipe, /* 35 */ + + (Fcard32)DmiConvert, /* MI Support routines */ + (Fcard32)DmiCopy, + (Fcard32)DmiGetTyp, + (Fcard32)DmiCopyBits, + (Fcard32)DmiResolveUdp, /* 40 */ +#ifdef CLIENT + (Fcard32)XieCalloc, /* CLIENT needs to use Xie */ + (Fcard32)XieCallocBits, + (Fcard32)XieCfree, + (Fcard32)XieFree, + (Fcard32)XieFreeBits, /* 45 */ + (Fcard32)XieMalloc, + (Fcard32)XieMallocBits, + (Fcard32)XieRealloc, + (Fcard32)XieReallocBits, +#else + (Fcard32)SmiCalloc, /* Memory mgt routines */ + (Fcard32)SmiCallocBits, + (Fcard32)SmiCfree, + (Fcard32)SmiFree, + (Fcard32)SmiFreeBits, /* 45 */ + (Fcard32)SmiMalloc, + (Fcard32)SmiMallocBits, + (Fcard32)SmiRealloc, + (Fcard32)SmiReallocBits, +#endif + (Fcard32)SmiCreatePipeline, /* 50 Pipeline routines */ + (Fcard32)SmiDestroyPipeline, + (Fcard32)SmiPipeHasYielded, + (Fcard32)SmiInitiatePipeline, + (Fcard32)SmiResumePipeline, + (Fcard32)SmiFlushPipeline, /* 55 */ + (Fcard32)SmiAbortPipeline, + + (Fcard32)RmAllocData, /* Pipe rsrc mgr routines*/ + (Fcard32)RmAllocDataDesc, + (Fcard32)RmAllocPermDesc, + (Fcard32)RmAllocRefDesc, /* 60 */ + (Fcard32)RmBestDType, + (Fcard32)RmCreateDrain, + (Fcard32)RmCreateSink, + (Fcard32)RmDeallocData, + (Fcard32)RmDeallocDataDesc, /* 65 */ + (Fcard32)RmDestroyDrain, + (Fcard32)RmDestroySink, + (Fcard32)RmGetData, + (Fcard32)RmGetDType, + (Fcard32)RmGetMaxQuantum, /* 70 */ + (Fcard32)RmGetQuantum, + (Fcard32)RmHasQuantum, + (Fcard32)RmInitializePort, + NULL, + (Fcard32)RmMergeBuffers, /* 75 */ + (Fcard32)RmObtainQuantum, + (Fcard32)RmPutData, + (Fcard32)RmSetDType, + (Fcard32)RmSetQuantum, + (Fcard32)RmSplitBuffers, /* 80 */ + + (Fcard32)SchedProcessComplete, /* Pipe schedule funcs */ + (Fcard32)SchedProcessReady, + (Fcard32)SchedOkToRun, + + (Fcard32)DmiBuildChangeList, /* Change list funcs */ + (Fcard32)DmiPutRuns, /* 85 */ + (Fcard32)_DmiFfsLong, + (Fcard32)_DmiFfcLong, + + (Fcard32)DmiFillRegion, /* Additions */ + (Fcard32)DmiConvertCpp, + (Fcard32)DmiCopyCpp, /* 90 */ + (Fcard32)SmiEncodeG4, + (Fcard32)SmiEncodeDct, + (Fcard32)DmiDecodeG4, + (Fcard32)SmiDecodeDct, + (Fcard32)DmiPosCl, /* 95 */ + (Fcard32)DmiCheckLicense, + /* More RM functions */ + (Fcard32)RmAllocCmpDataDesc, + (Fcard32)RmSetAlignment, + (Fcard32)RmCreateDataDesc, + + (Fcard32)SmiCreatePipeCtx, /* 100 */ + (Fcard32)DmiUsingCL, + (Fcard32)DmiCmpPreferred, + (Fcard32)RmAllocDataArray, + (Fcard32)RmAllocCmpPermDesc, + (Fcard32)SchedProcessNoInput, /* 105 */ + NULL + }; + +/***************************************************************************** +** XieDdxSetup - +** +** FUNCTIONAL DESCRIPTION: +** +** XieDdxSetup is the DDX dispatch table used to call the DDX Create +** Pipe Element routines. +** +** These routines should be called using the macros defined in XieDdx.h. +** +*****************************************************************************/ +externaldef(xieDdxSetup) card32 (*xieDdxSetup[])() = { + (Fcard32)SmiCreateArea, /* 0 */ + (Fcard32)SmiCreateArithmetic, + (Fcard32)SmiCreateChromeCom, + (Fcard32)SmiCreateChromeSep, + (Fcard32)SmiCreateCompare, + (Fcard32)SmiCreateConstrain, /* 5 */ + (Fcard32)SmiCreateCrop, + (Fcard32)SmiCreateDither, + (Fcard32)DmiCreateFill, + (Fcard32)SmiCreateLogical, + (Fcard32)SmiCreateLuminance, /* 10 */ + (Fcard32)SmiCreateMatchHistogram, + (Fcard32)SmiCreateMath, + (Fcard32)SmiCreateMirror, + (Fcard32)DmiCreatePoint, + (Fcard32)SmiCreateRotate, /* 15 */ + (Fcard32)DmiCreateScale, + (Fcard32)SmiCreateTranslate, + (Fcard32)SmiCreateDecodeDct, + (Fcard32)SmiCreateEncodeDct, + (Fcard32)DmiCreateDecodeG4, /* 20 */ + (Fcard32)SmiCreateEncodeG4, + NULL + }; + +/***************************************************************************** +** XieDdxAlign - +** +** FUNCTIONAL DESCRIPTION: +** +** XieDdxAlign is the DDX dispatch table used to call the +** DDX image array alignment functions. +** +** A NULL value is used by alignment logic throughout the XIE server +** to indicate "don't care", "no alignment needed". +** +** If alignment is needed, an alignment function must entered in this +** table in the operator/pipeline element named slot. +** +** These functions should be called using the macros defined in XieDdx.h. +** +*****************************************************************************/ +externaldef(xieDdxAlign) card32 (*xieDdxAlign[])() = { + (Fcard32)DmiAlignDefault, /* 0 */ + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, /* 5 */ + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, /* 10 */ + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, /* 15 */ + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, /* 20 */ + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, + (Fcard32)DmiAlignDefault, + NULL + }; + +/******************************************************************************* +** DmiAlignDefault - +** +** FUNCTIONAL DESCRIPTION: +** +** This function performs DDX specific image array alignment adjustments +** on the passed Udp's pixel stride and scanline stride. +** +** FORMAL PARAMETERS: +** +** udp == ptr to the Udp which will be aligned +** +** FUNCTION VALUE: +** +** status == Success, if everything ok +** +*******************************************************************************/ +int DmiAlignDefault( udp ) +UdpPtr udp; +{ +#define SCN_PAD 32 /* default: longword aligned scanlines */ +#define SCN_MSK (SCN_PAD-1) + + if( upScnStr_(udp) > 0 ) + { + upScnStr_(udp) = upPxlStr_(udp) * upWidth_(udp) + SCN_MSK & ~SCN_MSK; + upArSize_(udp) = upScnStr_(udp) * upHeight_(udp) + upPos_(udp); + } + return( Success ); +} + +/******************************************************************************* +** DmiInitialize - +** +** FUNCTIONAL DESCRIPTION: +** +** Perform DDX-specific initializations. +** Since this is a software-only DDX, the only initialization +** required is to perform the LMF license check. +** +** The Dmi DDX is layered on top of the Smi DDX, so this routine +** could be responsible for building the above tables at runtime. +** But, since it is unlikely we'll ever need more than two levels +** of Mi DDX, everything is hardwired. +** +** FORMAL PARAMETERS: +** +** None. +** +** FUNCTION VALUE: +** +** 0 = DDX init successful +** non 0 = failure +** +*******************************************************************************/ +int DmiInitialize() +{ +#ifdef VMS + static char first_time = TRUE; + + if( first_time && getenv("XIE_DEBUG") != NULL ) + { /* + ** It saves time to have the server mostly running before + ** invoking the debugger. + */ + first_time = FALSE; + LIB$SIGNAL(SS$_DEBUG); + } +#endif + +#ifdef NEVER + return ( DdxCheckLicense_( XIE_PRODUCT_NAME, + XIE_PRODUCER, + XIE_PRODUCT_RELEASE_DATE, + XIE_VERSION_MAJOR, + XIE_VERSION_MINOR ) ); +#else + return( Success ); /* No separate XIE license for now */ +#endif +} + +/******************************************************************************* +** DmiOptimizePipe - +** +** FUNCTIONAL DESCRIPTION: +** +** Perform DDx-specific XIE pipeline optimizations. +** +** FORMAL PARAMETERS: +** +** None. +** +** FUNCTION VALUE: +** +** 0 = Pipeline optimization successful +** non 0 = failure +** +*******************************************************************************/ +int DmiOptimizePipe() +{ + return( Success ); +} + +/******************************************************************************* +** DmiReset - +** +** FUNCTIONAL DESCRIPTION: +** +** Perform DDX-specific reset actions. +** If an accelerator exists, get it too. +** +** FORMAL PARAMETERS: +** +** None. +** +** FUNCTION VALUE: +** +** 0 = DDX reset successful +** non 0 = failure +** +*******************************************************************************/ +int DmiReset() +{ + return( Success ); +} +/* End of DmiDdx.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiDecodeG4.c b/xie/docs/dec/xie23-src/server/xie/smi/DmiDecodeG4.c new file mode 100644 index 0000000..f1320dd --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiDecodeG4.c @@ -0,0 +1,1298 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright (c) Digital Equipment Corporation, 1990 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. + +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Digital Machine Independant DDX +** +** ABSTRACT: +** +** This module implements decompression of G4 Facsimile encoded data. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** Gary Grebus (cloned from SmiDecodeG4.c) +** John Weber +** Derived from code originally developed by Ken MacDonald +** +** CREATION DATE: +** +** Fri Oct 5 16:01:43 1990 +** +*******************************************************************************/ + +#include + +#include +#include +#include + +#include "DmiDecodeG4.h" +#include + +/* +** Table of contents +*/ +int DmiDecodeG4(); + +int DmiCreateDecodeG4(); +static int _DecodeG4Initialize(); +static int _DecodeG4Activate(); +static int _DecodeG4Abort(); +static int _DecodeG4Destroy(); + +static int _DecodeG4Segment(); +static DecodeG4StatePtr _InitializeG4State(); +static void _DestroyG4State(); +static int _DecodeG4ToBits(); +static int _DecodeG4ToCl(); + +#if defined(VMS) +extern int _DecodeG4Process(); +#else +static int _DecodeG4Process(); +#endif +static int _PadG4Segment(); +static int _SaveSourceData(); + +/* +** Equated Symbols +*/ +#define Min_(a,b) ((ab) ? (a) : (b)) + +/* +** External References +*/ + +/* +** Local storage +*/ + /* + ** DecodeG4 Element Vector + */ +static PipeElementVector DecodeG4PipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeDecodeG4Element, /* Structure subtype */ + sizeof(DecodeG4PipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _DecodeG4Initialize, /* Initialize entry */ + _DecodeG4Activate, /* Activate entry */ + _DecodeG4Abort, /* Flush entry */ + _DecodeG4Destroy, /* Destroy entry */ + _DecodeG4Abort /* Abort entry */ + }; + +/***************************************************************************** +** DmiDecodeG4 +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int DmiDecodeG4( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + DecodeG4StatePtr state; + int status; + + /* + ** Initialize state record fields. + */ + state = _InitializeG4State(dst); + if (!IsPointer_(state) ) return( (int) state); + + state->srcpos = upPos_(src); + /* + ** Decode the entire buffer as a single segment. + */ + status = _DecodeG4Segment( src, dst, state, TRUE ); + _DestroyG4State( state ); + + return(status==G4K_StsDstFul || status==G4K_StsEoi ? Success : BadValue); +} /* end DmiDecodeG4 */ + +/***************************************************************************** +** DmiCreateDecodeG4 +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int DmiCreateDecodeG4( pipe, src, dst ) + Pipe pipe; + PipeSinkPtr src; + PipeSinkPtr dst; +{ + DecodeG4PipeCtxPtr ctx = (DecodeG4PipeCtxPtr) + DdxCreatePipeCtx_( pipe, &DecodeG4PipeElement, TRUE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Build our DecodeG4 Pipe Ctx from the arguments passed in. + */ + DG4SrcSnk_(ctx) = src; + DG4DstSnk_(ctx) = dst; + /* + ** Create a drain which reads component 0. + */ + DG4SrcDrn_(ctx) = DdxRmCreateDrain_( src, 1 ); + if( !IsPointer_(DG4SrcDrn_(ctx)) ) return((int) DG4SrcDrn_(ctx) ); + /* + ** Process any amount of encoded data, output bits or changelists. + */ + DdxRmSetQuantum_( DG4SrcDrn_(ctx), 0 ); + DdxRmSetDType_( DG4SrcDrn_(ctx), UdpK_DTypeV, DtM_V ); + + DdxRmSetQuantum_( dst, 0 ); + DdxRmSetDType_( dst, UdpK_DTypeUndefined, DtM_VU|DtM_CL ); + + return( Success ); +} /* end of DmiCreateDecodeG4 */ + +/***************************************************************************** +** _DecodeG4Initialize +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _DecodeG4Initialize( ctx ) + DecodeG4PipeCtxPtr ctx; +{ + int status; + int bytes_per_scan, quantum; + + /* + ** Initialize the source Drain. + */ + status = DdxRmInitializePort_( CtxHead_(ctx), DG4SrcDrn_(ctx) ); + if( status != Success ) return( status ); + CtxInp_(ctx) = DG4SrcDrn_(ctx); + VecNoInpt_(CtxVecPtr_(ctx)) = FALSE; + /* + ** Initialize the destination Sink. + */ + status = DdxRmInitializePort_( CtxHead_(ctx), DG4DstSnk_(ctx) ); + if( status != Success ) return( status ); + + /* + ** If the next element in the pipeline has a zero input quantum, + ** we should set a sink quantum to avoid decompressing the image in + ** one lump. This is a necessity for changelists, since they require + ** such overallocation. + ** Attempt to bound the quantum to 64KB chunks. + */ + bytes_per_scan = (SnkDtyp_(DG4DstSnk_(ctx)) == UdpK_DTypeCL) ? + (SnkWidth_(DG4DstSnk_(ctx),0) + 2) * sizeof(int) : + ((SnkScnStr_(DG4DstSnk_(ctx),0)+7)&~7) >> 3; + quantum = Min_(SnkHeight_(DG4DstSnk_(ctx),0), + Max_(64 * 1024 / bytes_per_scan,1)); + DdxRmSetQuantum_( DG4DstSnk_(ctx), quantum ); + + /* + ** Create a destination descriptor. + */ + DG4DstDat_(ctx) = DdxRmAllocData_( DG4DstSnk_(ctx), 0, 0, + DdxRmGetMaxQuantum_(DG4DstSnk_(ctx)) ); + if( !IsPointer_(DG4DstDat_(ctx)) ) + return((int)DG4DstDat_(ctx)); + DG4NewDst_(ctx) = TRUE; + /* + ** Create a decode state. + */ + DG4SteBlk_(ctx) = _InitializeG4State(SnkUdpPtr_(DG4DstSnk_(ctx),0), + DatDatTyp_(DG4DstDat_(ctx))); + if( !IsPointer_(DG4SteBlk_(ctx))) return((int) DG4SteBlk_(ctx) ); + + return( status ); +} /* end of _DecodeG4Initialize */ + + +/***************************************************************************** +** _DecodeG4Activate +** +** FUNCTIONAL DESCRIPTION: +** +** Decode some data. If we already have a source segment in progress, +** decode from it, otherwise get another source segment. We'll decode until +** we run out of source segments, create one quantum of +** destination data, or hit a decoding error. +** +** In the case of changelists, the destination data segments must be +** large enough to hold a worst-case scanline (change at every pixel). +** Since this usually results in massive overallocation, we apply the +** "changelist packing" optimization. This can actually produce more than +** a quantum's worth of scanlines. +** +** If the compressed data stream ends before the expected last line of +** the image, we will pad the image with zero filled scanlines (or +** equivalent changelists). Multiple quantums of scanlines may be +** produced in this case. +** +** FORMAL PARAMETERS: +** ctx - DecodeG4 pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _DecodeG4Activate( ctx ) + DecodeG4PipeCtxPtr ctx; +{ + PipeDataPtr src; + int h, y, s; + int oneCLbits; + int scnrem; + int curpos; + int status; + + if( VecNoInpt_(CtxVecPtr_(ctx)) && DdxPipeHasYielded_(CtxHead_(ctx)) ) + { /* + ** We already have source data but aren't allowed to process it. + */ + if( !DatOwned_(DG4SrcDat_(ctx)) ) + _SaveSourceData(ctx); + return( Success ); + } + + if( IsPointer_(DG4DstDat_(ctx)) && + DatDatTyp_(DG4DstDat_(ctx)) == UdpK_DTypeCL) + { + oneCLbits = + (SnkWidth_(DG4SrcSnk_(ctx),0) + 2 ) * sizeof(unsigned int) * 8; + scnrem = DatHeight_(DG4DstDat_(ctx)); + curpos = DatPos_(DG4DstDat_(ctx)); + } + + + do { /* + ** Decode data until source exhausted, destination full, or error. + */ + if( !VecNoInpt_(CtxVecPtr_(ctx)) ) + { /* + ** Get a chunk of encoded data. + */ + DG4SrcDat_(ctx) = DdxRmGetData_( ctx, DG4SrcDrn_(ctx) ); + if( !IsPointer_(DG4SrcDat_(ctx)) ) return( (int) DG4SrcDat_(ctx) ); + DG4SteBlk_(ctx)->srcpos = DatPos_(DG4SrcDat_(ctx)); + VecNoInpt_(CtxVecPtr_(ctx)) = TRUE; + } + + /* + ** No destination data segment means we have already returned the + ** the last scanline of the image, or there is a bug somewhere. + ** Tolerate the client being confused or having a slightly bogus + ** G4 stream by discarding any data and returning success. + */ + if( !IsPointer_(DG4DstDat_(ctx)) ) + { + DG4SrcDat_(ctx) = DdxRmDeallocData_(DG4SrcDat_(ctx)); + VecNoInpt_(CtxVecPtr_(ctx)) = FALSE; + break; + } + + /* + ** Call the decoder. + */ + if ( !DG4SteBlk_(ctx)->pad_flag ) + s = _DecodeG4Segment( DatUdpPtr_(DG4SrcDat_(ctx)), + DatUdpPtr_(DG4DstDat_(ctx)), + DG4SteBlk_(ctx), DG4NewDst_(ctx) ); + else + s = _PadG4Segment( DatUdpPtr_(DG4DstDat_(ctx)), + DatY1_(DG4DstDat_(ctx)) ); + + DG4NewDst_(ctx) = FALSE; + + switch( s ) + { + case G4K_StsDstFul : + + if (DatDatTyp_(DG4DstDat_(ctx)) == UdpK_DTypeCL ) + { + /* + ** For changelists, the data buffer will usually be massively + ** overallocated. Therefore, as long as there is space for + ** at least one worst-case changelist left in the buffer + ** we'll keep advancing the Y2 value of the data segment and + ** decoding more data. + */ + curpos = DdxPosCl_(DatBase_(DG4DstDat_(ctx)), curpos, scnrem); + scnrem = (DatArSize_(DG4DstDat_(ctx)) - curpos) / oneCLbits; + + if (DatY2_(DG4DstDat_(ctx)) + scnrem + > SnkY2_(DG4SrcSnk_(ctx),0)) + /* Gotta stop at the end of the image */ + scnrem = SnkY2_(DG4SrcSnk_(ctx),0) - DatY2_(DG4DstDat_(ctx)); + + if (scnrem > 0 ) + { + DatY2_(DG4DstDat_(ctx)) += scnrem; + DatHeight_(DG4DstDat_(ctx)) += scnrem; + s = G4K_StsSrcExh; /* dest isn't full anymore! */ + continue; /* the do-while loop */ + } + } + /* Drop through */ + case G4K_StsEoi : + + /* + ** Pass along all the PCM data we've decompressed + */ + status = Success; + y = DatY2_(DG4DstDat_(ctx)); + status = DdxRmPutData_( DG4DstSnk_(ctx), DG4DstDat_(ctx) ); + + if( status == Success && y++ < SnkY2_(DG4DstSnk_(ctx),0) ) + { /* + ** Allocate space for another quantum of decoded data. + */ + h = DdxRmGetMaxQuantum_( DG4DstSnk_(ctx) ); + if( h > SnkHeight_(DG4DstSnk_(ctx),0) - y ) + h = SnkHeight_(DG4DstSnk_(ctx),0) - y; + DG4DstDat_(ctx) = DdxRmAllocData_( DG4DstSnk_(ctx), 0, y, h ); + if( !IsPointer_(DG4DstDat_(ctx)) ) + status = (int) DG4DstDat_(ctx); + DG4NewDst_(ctx) = TRUE; + + if( s == G4K_StsEoi ) + /* + ** Eoi before last scanline. Generate padding on future + ** activations. + */ + DG4SteBlk_(ctx)->pad_flag = TRUE; + } + else + DG4DstDat_(ctx) = NULL; + + VecNoInpt_(CtxVecPtr_(ctx)) = IsPointer_(DG4DstDat_(ctx)); + return( status ); + + case G4K_StsSrcExh : + /* + ** We're done with that chunk -- prepare for more. + */ + DG4SrcDat_(ctx) = DdxRmDeallocData_(DG4SrcDat_(ctx)); + VecNoInpt_(CtxVecPtr_(ctx)) = FALSE; + break; + + default : return( BadValue ); + } + } + while( s == G4K_StsSrcExh ); + + return( Success ); +} /* end of _DecodeG4Activate */ + +/***************************************************************************** +** _DecodeG4Abort +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _DecodeG4Abort( ctx ) + DecodeG4PipeCtxPtr ctx; +{ + /* + ** Destroy decode state. + */ + _DestroyG4State( DG4SteBlk_(ctx) ); + DG4SteBlk_(ctx) = NULL; + + /* + ** Turn off the no-input flag. + */ + VecNoInpt_(CtxVecPtr_(ctx)) = FALSE; + /* + ** Destroy destination data descriptor. + */ + DG4SrcDat_(ctx) = DdxRmDeallocData_( DG4SrcDat_(ctx) ); + DG4DstDat_(ctx) = DdxRmDeallocData_( DG4DstDat_(ctx) ); + + return( Success ); +} /* end of _DecodeG4Abort */ + +/***************************************************************************** +** _DecodeG4Destroy +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _DecodeG4Destroy( ctx ) + DecodeG4PipeCtxPtr ctx; +{ + DG4SrcDrn_(ctx) = DdxRmDestroyDrain_( DG4SrcDrn_(ctx) ); + + return( Success ); +} /* end of _DecodeG4Destroy */ + +/***************************************************************************** +** _DecodeG4Segment +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** dst - pointer to the UDP to receive the decompressed segment. +** If dst is not of type changelist its associated data +** buffer *MUST* have been zeroed, since only the non-zero +** pixels are written. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _DecodeG4Segment( src, dst, state, newdst ) +UdpPtr src; +UdpPtr dst; +DecodeG4StatePtr state; +int newdst; +{ + UdpRec tmp; + unsigned char rem[4]; + int value; + int status; + + /* + ** Allocate destination buffer if required. + */ + if( upBase_(dst) == NULL ) + { + upBase_(dst) = DdxMallocBits_( upArSize_(dst) ); + if( upBase_(dst) == NULL ) return( BadAlloc ); + } + + /* + ** If there are source bits remaining, append them in a buffer with the + ** new source bits. + */ + if (state->remlen != 0) + { + urArSize_(tmp) = state->remlen + G4K_MinSrcLen; + urBase_(tmp) = rem; + urPos_(tmp) = 0; + state->srcpos = 0; + PUT_VALUE_( urBase_(tmp), 0, state->remdat, (1<remlen)-1 ); + value = GET_VALUE_( upBase_(src), upPos_(src), (1<remlen, value, (1<UdpB_Class == UdpK_ClassCL + ? _DecodeG4ToCl(&tmp, dst, state, newdst) + : _DecodeG4ToBits(&tmp, dst, state); + + switch (status) + { + case G4K_StsSrcExh: + state->srcpos = upPos_(src) + G4K_MinSrcLen - state->remlen; + state->remlen = 0; + break; + + case G4K_StsDstFul: + /* + ** Destination full, but src not exhausted. + ** Restore state so things can be resumed. + */ + state->srcpos -= state->remlen; + if( state->srcpos < 0 ) + { + state->remdat >>= state->remlen + state->srcpos; + state->remlen = abs(state->srcpos); + } + else + state->remlen = 0; + return( G4K_StsDstFul ); + + default: + return status; + } + } + return (dst->UdpB_Class == UdpK_ClassCL + ? _DecodeG4ToCl(src, dst, state, newdst) + : _DecodeG4ToBits(src, dst, state)); + +} /* end _DecodeG4Segment */ + +/***************************************************************************** +** _InitializeG4State +** +** FUNCTIONAL DESCRIPTION: +** +** This routine creates a new G4 decode state record. This record is +** required to keep track of decode state variables between decoded data +** segments. +** +** FORMAL PARAMETERS: +** +** dst - Destination UDP pointer. Describes parameters of the image to +** be decompressed. +** +** dtype - Data type of target buffer. +** +** IMPLICIT INPUTS: +** +** none +** +** IMPLICIT OUTPUTS: +** +** none +** +** FUNCTION VALUE: +** +** On success, pointer to created state block +** On failure, status, one of the following : +** BadAlloc : Insufficient resources to allocate dynamic memory +** +** SIGNAL CODES: +** +** none +** +** SIDE EFFECTS: +** +** none +** +*****************************************************************************/ +static DecodeG4StatePtr _InitializeG4State(dst,dtype) +UdpPtr dst; +int dtype; +{ + DecodeG4StatePtr state = (DecodeG4StatePtr) + DdxCalloc_( 1, sizeof(DecodeG4StateRec) ); + if( state == NULL ) return( (DecodeG4StatePtr) BadAlloc ); + + state->ppl = upWidth_(dst); + state->nxtscn = upY1_(dst); + state->lstscn = dst->UdpL_Y2; + state->pad_flag = FALSE; + + if (dtype == UdpK_DTypeCL) + { + /* + ** Allocate a reference change list to hold the reference line + ** between output segments. Initialize it to the imaginary white + ** reference line. + */ + state->rcl_desc = (int *) DdxMalloc_((state->ppl + 4) * sizeof(int)); + state->rcl = state->rcl_desc; + if (state->rcl_desc == NULL) + { + DdxFree_(state); + return (DecodeG4StatePtr)BadAlloc; + } + } + else + { + /* + ** Allocate space for change lists... + */ + state->ccl = (int *) DdxMalloc_((state->ppl + 4) * sizeof(int)); + if (state->ccl == NULL) + { + DdxFree_(state); + return (DecodeG4StatePtr)BadAlloc; + } + + state->rcl = (int *) DdxMalloc_((state->ppl + 4) * sizeof(int)); + if (state->rcl == NULL) + { + DdxFree_(state); + DdxFree_(state->ccl); + return (DecodeG4StatePtr)BadAlloc; + } + } + + state->rcl[0] = 1; + state->rcl[1] = state->ppl; + state->rcl[2] = state->ppl; + state->rcl[3] = state->ppl; + state->rcl[4] = state->ppl; + + state->mode = G4K_ModeNewScan; + + return( state ); +} /* end _InitializeG4State */ + +/***************************************************************************** +** _DestroyG4State +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +*****************************************************************************/ +static void _DestroyG4State(state) +DecodeG4StatePtr state; +{ + if (IsPointer_(state) ) + { + if (IsPointer_(state->rcl_desc)) + { + DdxFree_(state->rcl_desc); + } + else + { + if (IsPointer_(state->ccl)) + DdxFree_(state->ccl); + if (IsPointer_(state->rcl)) + DdxFree_(state->rcl); + } + DdxFree_(state); + } +} + +/***************************************************************************** +** _DecodeG4ToBits +** +** FUNCTIONAL DESCRIPTION: +** +** This function decodes a G4 data segment into image data. +** +** FORMAL PARAMETERS: +** +** src Address of UDP describing compressed data buffer +** dst Address of UDP describing destination image data buffer +** state Address of G4 state block +** +** IMPLICIT INPUTS: +** +** none +** +** IMPLICIT OUTPUTS: +** +** none +** +** FUNCTION VALUE: +** +** status, one of the following: +** G4K_StsDstFul, Destination buffer full +** G4K_StsSrcExh, Source buffer exhausted +** G4K_StsDcdErr, Decode error (probably bad compressed data) +** +** SIGNAL CODES: +** +** none +** +** SIDE EFFECTS: +** +** none +** +*****************************************************************************/ +static int _DecodeG4ToBits(src,dst,state) +UdpPtr src; +UdpPtr dst; +DecodeG4StatePtr state; +{ + int status = G4K_StsEol; + int *tmp; + long scanofs; + /* + ** If we're already past this scanline, something's wrong... + */ + if (state->nxtscn < dst->UdpL_Y1) + { + return G4K_StsDstFul; + } + /* + ** While within this output segment... + */ + while (state->nxtscn <= dst->UdpL_Y2) + { + status = _DecodeG4Process(src, state); + if (status == G4K_StsEol) + { + state->ccl[state->ccl[0]+1] = state->ppl; + state->ccl[state->ccl[0]+2] = state->ppl; + state->ccl[state->ccl[0]+3] = state->ppl; + + scanofs = dst->UdpL_Pos + dst->UdpL_ScnStride + * (state->nxtscn++ - dst->UdpL_Y1); + memset(dst->UdpA_Base + ((scanofs + 7) >> 3), + 0, + ((dst->UdpL_ScnStride +7) >> 3)); + DdxPutRuns_(dst->UdpA_Base, scanofs, state->ccl); + /* + ** Swap current and reference scanlines. + */ + tmp = state->rcl; + state->rcl = state->ccl; + state->ccl = tmp; + } + else + break; + } + + switch( status ) + { + case G4K_StsEol: + return G4K_StsDstFul; + + case G4K_StsEoi: + _PadG4Segment( dst, state->nxtscn ); + return G4K_StsEoi; + + default: + return status; + } +} + +/***************************************************************************** +** _DecodeG4ToCl +** +** FUNCTIONAL DESCRIPTION: +** +** This function decodes a G4 data segment into a change list. +** +** FORMAL PARAMETERS: +** +** src Address of UDP describing compressed data buffer +** dst Address of UDP describing destination image data buffer +** state Address of G4 state block +** newdst Boolean, indicates caller has provided a new destination buffer +** +** IMPLICIT INPUTS: +** +** none +** +** IMPLICIT OUTPUTS: +** +** none +** +** FUNCTION VALUE: +** +** status, one of the following: +** +** G4K_StsDstFul, Destination buffer full +** G4K_StsSrcExh, Source buffer exhausted +** G4K_StsEoi, End of encoded image encountered +** G4K_StsDcdErr, Decode error (probably bad compressed data) +** +** SIGNAL CODES: +** +** none +** +** SIDE EFFECTS: +** +** none +** +*****************************************************************************/ +static int _DecodeG4ToCl(src,dst,state,newdst) +UdpPtr src; +UdpPtr dst; +DecodeG4StatePtr state; +int newdst; +{ + int status = G4K_StsEol; + int *clsrc,*cldst; + int i; + /* + ** If we're already past this scanline, something's wrong... + */ + if (state->nxtscn < dst->UdpL_Y1) + { + return G4K_StsDstFul; + } + /* + ** If new destination buffer, get pointer to starting point in output + ** changelist. + */ + if (newdst) + { + state->ccl = + (int *)(dst->UdpA_Base + + (DdxPosCl_(dst->UdpA_Base, + dst->UdpL_Pos, + state->nxtscn-dst->UdpL_Y1) >> 3)); + state->rcl = state->rcl_desc; + } + /* + ** While within this output segment... + */ + while (state->nxtscn <= dst->UdpL_Y2) + { + status = _DecodeG4Process(src, state); + + if (status == G4K_StsEol) + { + state->ccl[state->ccl[0]+1] = state->ppl; + state->ccl[state->ccl[0]+2] = state->ppl; + state->ccl[state->ccl[0]+3] = state->ppl; + state->ccl[0] += 3; + /* + ** Update change list pointers. + */ + state->rcl = state->ccl; + state->ccl = state->ccl + state->ccl[0] + 2; + /* + ** Proceed to next scanline... + */ + state->nxtscn++; + } + else + break; + } + /* + ** Before returning full destination buffer, copy the current + ** change list so it can be used as the reference change list with + ** compunction during the next segment. + ** + ** NOTE : + ** We wouldn't have to do this copy if we had a handle on the + ** pipe data descriptor down at this level. That would allow + ** us to make a reference descriptor on the data to insure that + ** it wouldn't be freed until we were done with it. + */ + clsrc = state->rcl; + cldst = state->rcl_desc; + for (i = 0; i <= *state->rcl; i++) + { + *cldst++ = *clsrc++; + } + + switch( status ) + { + case G4K_StsEol: + return G4K_StsDstFul; + + case G4K_StsEoi: + _PadG4Segment( dst, state->nxtscn ); + return G4K_StsEoi; + + default: + return status; + } + +} + +/***************************************************************************** +** _DecodeG4Process +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +#if !defined(VMS) +static int _DecodeG4Process(src, state) +UdpPtr src; +DecodeG4StatePtr state; +{ + int bits; + int value; + int type; + + if( state->mode == G4K_ModeNewScan ) + { + state->cidx = 0; + state->ridx = 1; + state->a0 = -1; + state->a0prime = -1; + state->a1 = 0; + state->b1 = 0; + state->mode = G4K_ModeCodeword; + state->ccl[0] = 0; + } + while( TRUE ) + { + if( src->UdpL_ArSize - state->srcpos > G4K_MinSrcLen ) + { + switch( state->mode ) + { + + /* + ** State mode is codeword. Read the next codeword and dispatch + ** based on the + */ + case G4K_ModeCodeword: + bits = GET_VALUE_(src->UdpA_Base,state->srcpos,G4M_Codeword); + state->srcpos += MiArFax2DDecodeTable[bits].length; + switch (MiArFax2DDecodeTable[bits].type) + { + /* + ** State mode is codeword, codeword type is TERMINATOR, + ** dispatch from here based on codeword value. + */ + case G4K_CodetypeTerminator: + switch (MiArFax2DDecodeTable[bits].value) + { + + /* + ** State mode is codeword, codeword type is TERMINATOR, + ** codeword value is PASS. + */ + case G4K_CodevaluePass: + while (state->rcl[state->ridx] <= state->a0prime || + ((state->ridx & 1) == (state->cidx & 1))) + state->ridx++; + + state->b1 = state->rcl[state->ridx]; + state->a0prime = state->rcl[state->ridx + 1]; + if ((state->ridx > 1) && + (state->rcl[state->ridx - 1] > state->a0prime)) + state->ridx--; + + if (state->ccl[state->cidx] >= state->ppl) + { + state->mode = G4K_ModeNewScan; + return G4K_StsEol; + } + break; + + /* + ** State mode is Codeword, codeword type is TERMINATOR, + ** codeword value is HORIZONTAL. + */ + case G4K_CodevalueHoriz: + if (state->a0 < 0) + { + state->a0 = 0; + if (state->a0prime < 0) + state->a0prime = 0; + } + state->cidx++; + state->rlen = 0; + state->mode = G4K_ModeFirstRun; + break; + + /* + ** State mode is codeword, codeword type is TERMINATOR, + ** codeword value is VERTICAL. + */ + case G4K_CodevalueV0: + case G4K_CodevalueVR1: + case G4K_CodevalueVL1: + case G4K_CodevalueVR2: + case G4K_CodevalueVL2: + case G4K_CodevalueVR3: + case G4K_CodevalueVL3: + while (state->rcl[state->ridx] <= state->a0prime || + ((state->ridx & 1) == (state->cidx & 1))) + state->ridx++; + + state->b1 = state->rcl[state->ridx]; + + if ((state->ridx > 1) && + (state->rcl[state->ridx - 1] > state->a0prime)) + state->ridx--; + + state->a0 = state->b1+MiArFax2DDecodeTable[bits].value; + state->a0prime = state->a0; + state->ccl[++(state->cidx)] = state->a0; + state->ccl[0]++; + + if (state->ccl[state->cidx] >= state->ppl) + { + state->mode = G4K_ModeNewScan; + return G4K_StsEol; + } + break; + + /* + ** Here on invalid codeword values. + */ + default: + return G4K_StsDcdErr; + } + break; /* End of switch (codeword type) */ + + /* + ** State mode is Codeword, codeword type is EOL. + */ + case G4K_CodetypeEol: + bits = GET_VALUE_(src->UdpA_Base, + state->srcpos, + G4M_Codeword); + + if (MiArFax2DDecodeTable[bits].type == G4K_CodetypeEol) + { + state->srcpos += MiArFax2DDecodeTable[bits].length; + return G4K_StsEoi; + } + else + { + state->mode = G4K_ModeNewScan; + return G4K_StsEol; + } + + /* + ** Here on invalid codeword types. + */ + default: + return G4K_StsDcdErr; + } + break; /* End of switch (codeword value) */ + + case G4K_ModeFirstRun: + if (state->cidx & 1 == G4K_WhiteRun) + { + bits = GET_VALUE_(src->UdpA_Base,state->srcpos,G4M_WhiteRun); + state->srcpos += MiArFax1DDecodeWhite[bits].length; + value = MiArFax1DDecodeWhite[bits].value; + type = MiArFax1DDecodeWhite[bits].type; + } + else + { + bits = GET_VALUE_(src->UdpA_Base,state->srcpos,G4M_BlackRun); + state->srcpos += MiArFax1DDecodeBlack[bits].length; + value = MiArFax1DDecodeBlack[bits].value; + type = MiArFax1DDecodeBlack[bits].type; + } + state->rlen += value; + + if (type != G4K_CodetypeMakeup) + { + state->a1 = state->rlen + state->a0prime; + state->ccl[state->cidx++] = state->a1; + state->ccl[0]++; + state->rlen = 0; + state->mode = G4K_ModeSecondRun; + } + break; + + case G4K_ModeSecondRun: + if (state->cidx & 1 == G4K_WhiteRun) + { + bits = GET_VALUE_(src->UdpA_Base,state->srcpos,G4M_WhiteRun); + state->srcpos += MiArFax1DDecodeWhite[bits].length; + value = MiArFax1DDecodeWhite[bits].value; + type = MiArFax1DDecodeWhite[bits].type; + } + else + { + bits = GET_VALUE_(src->UdpA_Base,state->srcpos,G4M_BlackRun); + state->srcpos += MiArFax1DDecodeBlack[bits].length; + value = MiArFax1DDecodeBlack[bits].value; + type = MiArFax1DDecodeBlack[bits].type; + } + state->rlen += value; + + if (type != G4K_CodetypeMakeup) + { + state->a0 = state->a1 + state->rlen; + state->a0prime = state->a0; + state->ccl[state->cidx] = state->a0; + state->ccl[0]++; + state->mode = G4K_ModeCodeword; + + if (state->ccl[state->cidx] >= state->ppl) + { + state->mode = G4K_ModeNewScan; + return G4K_StsEol; + } + } + break; + + /* + ** Here on invalid state mode. + */ + default: + return G4K_StsDcdErr; + } /* End of switch (state->mode) */ + + } /* End of if (enough source data remaining) */ + else + /* + ** If not enough source data, return source exhausted. + */ + { + state->remlen = src->UdpL_ArSize - state->srcpos; + state->remdat = GET_VALUE_(src->UdpA_Base, + state->srcpos, + (1 << state->remlen) - 1); + return G4K_StsSrcExh; + } + } +} +#endif + +/***************************************************************************** +** _PadG4Segment +** +** FUNCTIONAL DESCRIPTION: +** +** Fill the specified udp with the equivalent of zero image data, starting +** at the specified scanline. +** +** FORMAL PARAMETERS: +** dst - Pointer to udp to be filled with padding +** start - Starting scanline +** +** FUNCTION VALUE: +** G4K_StsEoi +** +*****************************************************************************/ +static int _PadG4Segment( dst, start ) + UdpPtr dst; + int start; +{ + int i; + int startpos; + unsigned int *cl; + + if( dst->UdpB_DType != UdpK_DTypeCL ) + DdxFillRegion_( dst, dst->UdpL_X1, start, + dst->UdpL_PxlPerScn, dst->UdpL_Y2- start + 1, 0); + else + { + startpos = DdxPosCl_(dst->UdpA_Base, dst->UdpL_Pos, + start - dst->UdpL_Y1); + cl = (unsigned int *)(dst->UdpA_Base + ( startpos / 8 )); + + for( i = start; i <= dst->UdpL_Y2; i++) + { + cl[0] = 1; + cl[1] = dst->UdpL_PxlPerScn; + cl[2] = 0; + cl += 3; + } + } + return( G4K_StsEoi ); +} /* end _PadG4Segment */ + +/***************************************************************************** +** _SaveSourceData +** +** FUNCTIONAL DESCRIPTION: +** +** Save the unprocessed portion of the data currently in the +** decompression state record. +** +** +** FORMAL PARAMETERS: +** ctx - pipe context pointer +** +** +** FUNCTION VALUE: +** Succes or BadAlloc +** +*****************************************************************************/ +static int _SaveSourceData( ctx ) + DecodeG4PipeCtxPtr ctx; +{ + int pos; + unsigned char *tmp; + PipeDataPtr src; + + src = DG4SrcDat_(ctx); + tmp = DatBase_(src); + pos = DG4SteBlk_(ctx)->srcpos & ~0x7; + DG4SteBlk_(ctx)->srcpos &= 0x7; + DatArSize_(src) -= pos; + DatOwned_(src) = TRUE; + DatPos_(src) = 0; + DatBase_(src) = DdxMallocBits_( DatArSize_(src) ); + if( DatBase_(src) == NULL ) return( BadAlloc ); + memcpy( DatBase_(src), tmp+(pos>>3), DatArSize_(src)>>3 ); + } + + +static int _DecodePrintState(state) +DecodeG4StatePtr state; +{ + int i; + + printf("Scanline = %d\n",state->nxtscn); + + printf("Current change list @ %X: \n",state->ccl); + for (i = 1; i <= state->ccl[0]; i++) + printf("%d\n",state->ccl[i]); + + printf("Reference change list @ %X: \n", state->rcl); + for (i = 1; i <= state->rcl[0]; i++) + printf("%d\n",state->rcl[i]); +} diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiDecodeG4.h b/xie/docs/dec/xie23-src/server/xie/smi/DmiDecodeG4.h new file mode 100644 index 0000000..c831477 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiDecodeG4.h @@ -0,0 +1,110 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright (c) Digital Equipment Corporation, 1990 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. + +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Digital Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the G4 decompress pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** Gary Grebus (cloned from DmiDecodeG4.h) +** John Weber +** +** CREATION DATE: +** +** Fri Oct 5 15:59:28 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _DMIDECODEG4 +#define _DMIDECODEG4 +/* +** Include files +*/ +#include + +/* +** Equated Symbols +*/ + + +/* +** External References +*/ +extern int DmiDecodeG4(); +extern int DmiCreateDecodeG4(); +#endif _DMIDECODEG4 diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiExtendInstruct.h b/xie/docs/dec/xie23-src/server/xie/smi/DmiExtendInstruct.h new file mode 100644 index 0000000..c6f5335 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiExtendInstruct.h @@ -0,0 +1,111 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright (c) Digital Equipment Corporation, 1990 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. + +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Digital Machine Independent DDX +** +** ABSTRACT: +** +** This is the header file for the Extended Instruction module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** +** AUTHOR(S): +** +** Gary Grebus +** +** CREATION DATE: +** +** Fri Oct 5 14:59:58 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _DMIEXTEND +#define _DMIEXTEND + + /* + ** Include files + */ + + /* + ** Function reference. + ** Only the Ffs/Ffc entry points match up with standard DDX + ** functions. The other routines are Dmi internal only. + */ +int _DmiFfsLong(); +int _DmiFfcLong(); + +void _DmiMovc3Long(); +void _DmiMovc5Long(); +void _DmiMovtcLong(); +void _DmiMovv5(); +void _DmiMovv7(); +void _DmiCombine(); +#endif _DMIEXTEND diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiFill.c b/xie/docs/dec/xie23-src/server/xie/smi/DmiFill.c new file mode 100644 index 0000000..75e305d --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiFill.c @@ -0,0 +1,1027 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/****************************************************************************** +** +** Copyright (c) Digital Equipment Corporation, 1990 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. + +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +**/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains support for the operation. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** VAX ULTRIX V3.1 +** RISC ULTRIX 3.1 +** +** AUTHORS: +** +** Gary Grebus +** +** CREATION DATE: +** +** Fri Aug 31 13:41:37 1990 +** +*******************************************************************************/ + +#include + +#include "DmiFill.h" + +/* +** Table of contents +*/ +int DmiCreateFill(); +static int _FillInitialize(); +static int _FillActivate(); +static int _FillDestroy(); + +int DmiFill(); +int DmiFillRegion(); +static int _CvtUnsOpr(); +static int _FillBs(); +static int _FillByt(); +static int _FillWrd(); +static int _FillFlt(); +static int _FillBsCpp(); +static int _FillBytCpp(); +static int _FillWrdCpp(); +static int _FillFltCpp(); + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local storage +*/ + /* + ** Fill Element Vector + */ +static PipeElementVector FillPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeFillElement, /* Structure subtype */ + sizeof(FillPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _FillInitialize, /* Initialize entry */ + _FillActivate, /* Activate entry */ + NULL, /* Flush entry */ + _FillDestroy, /* Destroy entry */ + NULL /* Abort entry point */ + }; +/* +** This table describes functions to be called when filling a descriptor type. +*/ +static int (*fill_table[XieK_DATA_TYPE_COUNT])() = + {_FillBs,_FillBs,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_FillByt,_FillFlt,_FillWrd}; + +static int (*fill_table_cpp[XieK_DATA_TYPE_COUNT])() = + {_FillBsCpp,_FillBsCpp,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_FillBytCpp,_FillFltCpp,_FillWrdCpp}; + +/***************************************************************************** +** DmiCreateFill +** +** FUNCTIONAL DESCRIPTION: +** +** This function fills in a newly created FILL pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - fill pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int DmiCreateFill( pipe, src, dst, idcudp, constant ) +Pipe pipe; +PipeSinkPtr src; +PipeSinkPtr dst; +UdpPtr idcudp; +unsigned long int constant[XieK_MaxComponents]; +{ + int i; + FillPipeCtxPtr ctx = (FillPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &FillPipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + + /* + ** Copy parameters into context block. + */ + FilSrcSnk_(ctx) = src; + FilDstSnk_(ctx) = dst; + if( idcudp == NULL ) + { + /* Roi the entire source */ + FilRoiX1_(ctx) = SnkX1_(src,0); + FilRoiX2_(ctx) = SnkX2_(src,0); + FilRoiY1_(ctx) = SnkY1_(src,0); + FilRoiY2_(ctx) = SnkY2_(src,0); + FilCpp_(ctx) = NULL; + } + else + { + FilRoiX1_(ctx) = upX1_(idcudp); + FilRoiX2_(ctx) = upX2_(idcudp); + FilRoiY1_(ctx) = upY1_(idcudp); + FilRoiY2_(ctx) = upY2_(idcudp); + FilCpp_(ctx) = IsPointer_(upBase_(idcudp)) ? idcudp : NULL; + } + + for( i = 0; i < XieK_MaxComponents && IsPointer_(SnkUdpPtr_(dst,i)); i++ ) + FilConst_(ctx,i) = constant[i] < SnkLvl_(dst,i) + ? constant[i] : SnkLvl_(dst,i) - 1; + + /* + ** Setup one drain from source sink, receiving all components. + */ + FilSrcDrn_(ctx) = DdxRmCreateDrain_( FilSrcSnk_(ctx), -1 ); + if( !IsPointer_(FilSrcDrn_(ctx)) ) return( (int) FilSrcDrn_(ctx) ); + + /* + ** Handle any data type or quantum size. + */ + DdxRmSetDType_( FilSrcDrn_(ctx), UdpK_DTypeUndefined, DtM_Any ); + DdxRmSetDType_( FilDstSnk_(ctx), UdpK_DTypeUndefined, DtM_Any ); + + return( Success ); +} /* end DmiCreateFill */ + +/***************************************************************************** +** _FillInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the FILL pipeline element prior to +** an activation. +** +** FORMAL PARAMETERS: +** +** ctx - fill pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _FillInitialize( ctx ) +FillPipeCtxPtr ctx; +{ + /* + ** Initialize the source and destination ports. + */ + int status = DdxRmInitializePort_( CtxHead_(ctx), FilSrcDrn_(ctx) ); + if( status == Success ) + status = DdxRmInitializePort_( CtxHead_(ctx), FilDstSnk_(ctx) ); + + /* + ** Currently processing from first (and only) source drain. + */ + CtxInp_(ctx) = FilSrcDrn_(ctx); + + return( Success ); +} + +/***************************************************************************** +** _FillActivate +** +** FUNCTIONAL DESCRIPTION: +** +** This routine reads data from the pipeline and fills each quantum, +** as necessary. +** +** FORMAL PARAMETERS: +** +** ctx - fill pipeline element context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _FillActivate( ctx ) +FillPipeCtxPtr ctx; +{ + PipeDataPtr src = NULL, dst = NULL; + PipeSinkPtr dstsnk = FilDstSnk_(ctx); + UdpRec udp, cppudp; + int status, nonroi, typ, X1, X2, Y1, Y2; + + for( status = Success; status == Success; src = DdxRmDeallocData_(src), + dst = DdxRmDeallocData_(dst) ) + { + src = DdxRmGetData_( ctx, FilSrcDrn_(ctx) ); + if( !IsPointer_(src) ) return( (int) src ); + + nonroi = DatY2_(src) < FilRoiY1_(ctx) || DatY1_(src) > FilRoiY2_(ctx); + + if( nonroi && DatDatTyp_(src) == SnkDtyp_(dstsnk) ) + { /* + ** DType matches and the entire quantum is outside the ROI. + */ + status = DdxRmPutData_( dstsnk, src ); + src = NULL; + } + else + { + dst = DdxRmAllocData_( dstsnk, DatCmpIdx_(src), DatY1_(src), + DatHeight_(src) ); + status = (int) dst; + if( !IsPointer_(dst) ) continue; + + if( nonroi ) + /* + ** Outside of ROI but DType doesn't match. + */ + status = DdxConvert_( DatUdpPtr_(src), + DatUdpPtr_(dst), XieK_MoveMode ); + else + { /* + ** The quantum intersects the ROI. Copy the regions + ** outside the ROI and fill the region within. + */ + X1 = DatX1_(src) > FilRoiX1_(ctx) ? + DatX1_(src) : FilRoiX1_(ctx); + X2 = DatX2_(src) < FilRoiX2_(ctx) ? + DatX2_(src) : FilRoiX2_(ctx); + Y1 = DatY1_(src) > FilRoiY1_(ctx) ? + DatY1_(src) : FilRoiY1_(ctx); + Y2 = DatY2_(src) < FilRoiY2_(ctx) ? + DatY2_(src) : FilRoiY2_(ctx); + + if( DatY1_(src) < Y1 ) + { /* Copy the part of this quantum above the ROI */ + status = DdxCopy_( DatUdpPtr_(src), DatUdpPtr_(dst), + 0, 0, + DatX1_(dst), DatY1_(dst), + DatWidth_(src), Y1 - DatY1_(src) ); + if( status != Success ) continue; + } + if( DatX1_(src) < X1 ) + { /* Copy the part of this quantum left of the ROI */ + status = DdxCopy_( DatUdpPtr_(src), DatUdpPtr_(dst), + 0, Y1 - DatY1_(src), + DatX1_(dst), Y1, + X1 - DatX1_(src), Y2 - Y1 + 1 ); + if( status != Success ) continue; + } + if( DatX2_(src) > X2 ) + { /* Copy the part of this quantum right of the ROI */ + status = DdxCopy_( DatUdpPtr_(src), DatUdpPtr_(dst), + X2 - DatX1_(src)+1, Y1 - DatY1_(src), + X2+1, Y1, + DatX2_(src) - X2, Y2 - Y1 + 1 ); + if( status != Success ) continue; + } + if( DatY2_(src) > Y2 ) + { /* Copy the part of this quantum below the ROI */ + status = DdxCopy_( DatUdpPtr_(src), DatUdpPtr_(dst), + 0, Y2 - DatY1_(src) + 1, + DatX1_(dst), Y2 + 1, + DatWidth_(src), DatY2_(src) - Y2 ); + if( status != Success ) continue; + } + /* Fill the intersection of the IDC with this quantum */ + udp = DatUdp_(dst); + urX1_(udp) = X1; + urX2_(udp) = X2; + urY1_(udp) = Y1; + urY2_(udp) = Y2; + urWidth_(udp) = X2 - X1 + 1; + urHeight_(udp) = Y2 - Y1 + 1; + + urPos_(udp) += (Y1 - DatY1_(dst)) * urScnStr_(udp) + + (X1 - DatX1_(dst)) * urPxlStr_(udp); + + typ = DdxGetTyp_(&udp); + + if( FilCpp_(ctx) == NULL ) + status = (*fill_table[typ]) + (&udp, &FilConst_(ctx, DatCmpIdx_(src))); + else + { /* + ** Copy the source data to the destination, then fill + ** the pixels selected by the CPP. + */ + status = DdxConvert_(DatUdpPtr_(src), &udp, XieK_MoveMode); + if( status != Success ) continue; + + cppudp = *FilCpp_(ctx); + urPos_(cppudp) += (Y1 - urY1_(cppudp)) * urScnStr_(cppudp) + + (X1 - urX1_(cppudp)) * urPxlStr_(cppudp); + + status = (*fill_table_cpp[typ]) + (&udp, &cppudp, &FilConst_(ctx, DatCmpIdx_(src))); + } + } + if( status != Success ) continue; + + status = DdxRmPutData_( dstsnk, dst ); + dst = NULL; + } + } + return( status ); +} + +/***************************************************************************** +** _FillDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the FILL +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - fill pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _FillDestroy( ctx ) +FillPipeCtxPtr ctx; +{ + FilSrcDrn_(ctx) = DdxRmDestroyDrain_( FilSrcDrn_(ctx) ); + + return( Success ); +} + +/***************************************************************************** +** DmiFill +** +** FUNCTIONAL DESCRIPTION: +** +** Fill pixels in a UDP as specified by an IDC. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** idcudp - destination IDC +** value - pel fill pattern +** +** FUNCTION VALUE: +** +** none +** +*****************************************************************************/ +int DmiFill( src, dst, idcudp, value ) +UdpPtr src, dst; +UdpPtr idcudp; +unsigned int value; +{ + UdpRec udp; + int typ, status; + unsigned long val; + + /* + * Copy the image. + */ + status = DdxConvert_( src, dst, XieK_MoveMode ); + if( status != Success ) return( status ); + + /* + ** Validate and get type of destination + */ + typ = DdxGetTyp_(dst); + if( typ >= XieK_DATA_TYPE_COUNT ) return( BadImplementation ); + /* + ** Make a copy of the destination UDP that we can modify. + */ + udp = *dst; + /* + ** Modify the UDP so that is describes only the ROI to receive the fill. + */ + if( idcudp != NULL ) + { + /* If the IDC was supplied, find its intersection with the image */ + urX1_(udp) = upX1_(idcudp) > urX1_(udp) ? upX1_(idcudp) : urX1_(udp); + urX2_(udp) = upX2_(idcudp) < urX2_(udp) ? upX2_(idcudp) : urX2_(udp); + urY1_(udp) = upY1_(idcudp) > urY1_(udp) ? upY1_(idcudp) : urY1_(udp); + urY2_(udp) = upY2_(idcudp) < urY2_(udp) ? upY2_(idcudp) : urY2_(udp); + } + urWidth_(udp) = urX2_(udp) - urX1_(udp) + 1; + urHeight_(udp) = urY2_(udp) - urY1_(udp) + 1; + + urPos_(udp) += (urY1_(udp) - upY1_(dst)) * urScnStr_(udp) + + (urX1_(udp) - upX1_(dst)) * urPxlStr_(udp); + + val = value < udp.UdpL_Levels ? value : udp.UdpL_Levels - 1; + /* + ** Call specific fill routine. + */ + if( idcudp == NULL || upBase_(idcudp) == NULL ) + status = (*fill_table[typ])(&udp, &val); + else + status = (*fill_table_cpp[typ])(&udp, idcudp, &val); + + return( status ); +} /* end DmiFill */ + +/***************************************************************************** +** DmiFillRegion +** +** FUNCTIONAL DESCRIPTION: +** +** This is utility style interface to DmiFill. +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** dst_x - Destination X coordinate +** dst_y - Destination Y coordinate +** width - Width of ROI in pels +** height - Height of ROI in pels +** value - pel fill pattern +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int DmiFillRegion( dst, x, y, width, height, value ) +UdpPtr dst; +unsigned int x; +unsigned int y; +unsigned int width; +unsigned int height; +unsigned int value; +{ + UdpRec udp; + int typ; + unsigned long val; + + /* + ** Handle the no-op case. + */ + if( width == 0 || height == 0 ) + return( Success ); + /* + ** Validate and get type of descriptors + */ + typ = DdxGetTyp_(dst); + if( typ >= XieK_DATA_TYPE_COUNT ) return( BadImplementation ); + + /* + ** Make a copy of the destination UDP that we can modify. + */ + udp = *dst; + /* + ** Modify the UDP so that is describes only the ROI to receive the value. + */ + urX1_(udp) = x > urX1_(udp) ? x : urX1_(udp); + urX2_(udp) = x + width - 1 < urX2_(udp) ? x + width - 1 : urX2_(udp); + urY1_(udp) = y > urY1_(udp) ? y : urY1_(udp); + urY2_(udp) = y + height - 1 < urY2_(udp) ? y + height - 1 : urY2_(udp); + + urWidth_(udp) = urX2_(udp) - urX1_(udp) + 1; + urHeight_(udp) = urY2_(udp) - urY1_(udp) + 1; + + urPos_(udp) += (urY1_(udp) - upY1_(dst)) * urScnStr_(udp) + + (urX1_(udp) - upX1_(dst)) * urPxlStr_(udp); + + val = value < udp.UdpL_Levels ? value : udp.UdpL_Levels - 1; + /* + ** Call specific fill routine. + */ + return( (*fill_table[typ])(&udp, &val) ); +} /* end DmiFillRegion */ + +/***************************************************************************** +** _CvtUnsOpr +** +** FUNCTIONAL DESCRIPTION: +** +** This is an action routine called when conversion from source descriptor +** type to destination descriptor type is not supported. Simply signal an +** error at this point. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtUnsOpr(src, dst) +UdpPtr src; +UdpPtr dst; +{ + return( BadImplementation ); +} + +/***************************************************************************** +** _FillBs +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a bit array with an integer value +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** val - value +** +*****************************************************************************/ +static int _FillBs( dst, val ) +UdpPtr dst; +unsigned long *val; +{ + int pixel, scanline, count, dst_offset, out_bits, out_mask; + int dst_mask = (1 << dst->UdpW_PixelLength) - 1; + int dst_scan_offset = dst->UdpL_Pos; + unsigned long value = dst->UdpL_PxlStride != 1 ? *val : *val == 0 ? 0 : ~0; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } + for( scanline = dst->UdpL_Y1; scanline <= dst->UdpL_Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + + if( dst->UdpL_PxlStride != 1 ) + /* Have to do it the slow way */ + for( pixel = dst->UdpL_X1; pixel <= dst->UdpL_X2; pixel++ ) + { + PUT_VALUE_(dst->UdpA_Base, dst_offset, value, dst_mask); + dst_offset += dst->UdpL_PxlStride; + } + else + { + count = dst->UdpL_PxlPerScn; + + /* Fill bits up to a byte boundary */ + out_bits = 8 - (dst_offset % 8); + + if( out_bits != 8 ) + { + out_mask = (1<UdpA_Base, dst_offset, value, out_mask); + count -= out_bits; + dst_offset += out_bits; + } + /* Do the middle really fast */ + memset( dst->UdpA_Base + (dst_offset >> 3), value, count >> 3 ); + + /* Do the remaining bits at the end */ + out_bits = count % 8; + if( out_bits > 0 ) + { + dst_offset += (count - out_bits); + out_mask = (1<UdpA_Base, dst_offset, value, out_mask); + } + } + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _FillByt +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a byte array with an integer value +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** val - value +** +*****************************************************************************/ +static int _FillByt( dst, val ) +UdpPtr dst; +unsigned long *val; +{ + unsigned char value = *val; + int pixel; + int scanline; + int dst_scan_offset; + int dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } + dst_scan_offset = dst->UdpL_Pos; + + for( scanline = dst->UdpL_Y1; scanline <= dst->UdpL_Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + + for( pixel = dst->UdpL_X1; pixel <= dst->UdpL_X2; pixel++ ) + { + *((unsigned char *)(dst->UdpA_Base + (dst_offset >> 3))) = value; + dst_offset += dst->UdpL_PxlStride; + } + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _FillWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a word array with an integer value +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** val - value +** +*****************************************************************************/ +static int _FillWrd( dst, val ) +UdpPtr dst; +unsigned long *val; +{ + unsigned short value = *val; + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_scan_offset; + int dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Get destination dimensions. +*/ + X1 = dst->UdpL_X1; + X2 = dst->UdpL_X2; + Y1 = dst->UdpL_Y1; + Y2 = dst->UdpL_Y2; + + dst_scan_offset = dst->UdpL_Pos; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = value; + dst_offset += dst->UdpL_PxlStride; + } + + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _FillFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a floating array with a floating value +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** val - floating value +** +*****************************************************************************/ +static int _FillFlt( dst, val ) +UdpPtr dst; +float *val; +{ + float value = *val; + int pixel; + int scanline; + int dst_scan_offset; + int dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } + dst_scan_offset = dst->UdpL_Pos; + + for( scanline = dst->UdpL_Y1; scanline <= dst->UdpL_Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + + for( pixel = dst->UdpL_X1; pixel <= dst->UdpL_X2; pixel++ ) + { + *((float *)(dst->UdpA_Base + (dst_offset >> 3))) = value; + dst_offset += dst->UdpL_PxlStride; + } + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _FillBsCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a bit array with an integer value, under the +** control of a CPP. +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** cpp - pointer to CPP +** val - value +** +*****************************************************************************/ +static int _FillBsCpp( dst, cpp, val ) +UdpPtr dst; +UdpPtr cpp; +unsigned long *val; +{ + unsigned long value = *val; + int pixel; + int scanline; + int dst_mask; + int dst_scan_offset; + int dst_offset; + int cpp_scan_offset; + int cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + dst_scan_offset = dst->UdpL_Pos; + cpp_scan_offset = cpp->UdpL_Pos; + + for( scanline = dst->UdpL_Y1; scanline <= dst->UdpL_Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + cpp_offset = cpp_scan_offset; + + for( pixel = dst->UdpL_X1; pixel <= dst->UdpL_X2; pixel++ ) + { + if( GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1) ) + PUT_VALUE_(dst->UdpA_Base, dst_offset, value, dst_mask); + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} /* end _FillBsCpp */ + +/***************************************************************************** +** _FillBytCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a byte array with an integer value, under the +** control of a CPP. +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** cpp - pointer to CPP +** val - value +** +*****************************************************************************/ +static int _FillBytCpp( dst, cpp, val ) +UdpPtr dst; +UdpPtr cpp; +unsigned long *val; +{ + unsigned char value = *val; + int pixel; + int scanline; + int dst_scan_offset; + int dst_offset; + int cpp_scan_offset; + int cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } + dst_scan_offset = dst->UdpL_Pos; + cpp_scan_offset = cpp->UdpL_Pos; + + for( scanline = dst->UdpL_Y1; scanline <= dst->UdpL_Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + cpp_offset = cpp_scan_offset; + + for( pixel = dst->UdpL_X1; pixel <= dst->UdpL_X2; pixel++ ) + { + if( GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1) ) + *((unsigned char *)(dst->UdpA_Base+(dst_offset>>3))) = value; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} /* end _FillBytCpp */ + +/***************************************************************************** +** _FillWrdCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a word array with an integer value, under the +** control of a CPP. +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** cpp - pointer to CPP +** val - value +** +*****************************************************************************/ +static int _FillWrdCpp( dst, cpp, val ) +UdpPtr dst; +UdpPtr cpp; +unsigned long *val; +{ + unsigned short value = *val; + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_scan_offset; + int dst_offset; + int cpp_scan_offset; + int cpp_offset; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } + +/* +** Get destination dimensions. +*/ + X1 = dst->UdpL_X1; + X2 = dst->UdpL_X2; + Y1 = dst->UdpL_Y1; + Y2 = dst->UdpL_Y2; + + dst_scan_offset = dst->UdpL_Pos; + cpp_scan_offset = cpp->UdpL_Pos; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) + *((unsigned short *)(dst->UdpA_Base+(dst_offset>>3))) = value; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} /* end _FillWrdCpp */ + +/***************************************************************************** +** _FillFltCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a floating array with a floating value, +** under control of a CPP. +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** cpp - pointer to CPP +** val - floating value +** +*****************************************************************************/ +static int _FillFltCpp( dst, cpp, val ) +UdpPtr dst; +UdpPtr cpp; +float *val; +{ + float value = *val; + int pixel; + int scanline; + int dst_scan_offset; + int dst_offset; + int cpp_scan_offset; + int cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } + dst_scan_offset = dst->UdpL_Pos; + cpp_scan_offset = cpp->UdpL_Pos; + + for( scanline = dst->UdpL_Y1; scanline <= dst->UdpL_Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + cpp_offset = cpp_scan_offset; + + for( pixel = dst->UdpL_X1; pixel <= dst->UdpL_X2; pixel++ ) + { + if( GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1) ) + *((float *)(dst->UdpA_Base + (dst_offset >> 3))) = value; + + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} /* end _FillFltCpp */ +/* End module DmiFill */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiFill.h b/xie/docs/dec/xie23-src/server/xie/smi/DmiFill.h new file mode 100644 index 0000000..f15fc60 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiFill.h @@ -0,0 +1,154 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright (c) Digital Equipment Corporation, 1990 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. + +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Digital Machine Independent DDX +** +** ABSTRACT: +** +** This is the header file for the FILL pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.1 +** RISC ULTRIX V3.1 +** +** AUTHOR(S): +** +** Gary Grebus +** +** CREATION DATE: +** +** Wed Jul 11 10:19:08 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _DMIFILL +#define _DMIFILL + +/* +** Include files +*/ +#include + +/* +** Function reference +*/ +int DmiCreateFill(); +int DmiFill(); +int DmiFillRegion(); +/* +** Structure definitions and Typedefs +*/ + +/* +** Fill pipeline context block. +*/ +typedef struct _FillPipeCtx { + PipeElementCommonPart common; + struct _FillPart { + PipeSinkPtr src; + PipeSinkPtr dst; + long int x1; + long int x2; + long int y1; + long int y2; + UdpPtr cpp; + unsigned long constant[XieK_MaxComponents]; + PipeDrainPtr srcdrn; + } FillPart; +} FillPipeCtx, *FillPipeCtxPtr; + +/* +** MACRO definitions +*/ +/* +** Pipeline context, Fill part, access MACROs +*/ +#define FilSrcDrn_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.srcdrn) +/* +** Fill Parameters +*/ +#define FilSrcSnk_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.src) +#define FilDstSnk_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.dst) +#define FilRoiX1_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.x1) +#define FilRoiX2_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.x2) +#define FilRoiY1_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.y1) +#define FilRoiY2_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.y2) +#define FilCpp_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.cpp) +#define FilConst_(ctx,comp) (((FillPipeCtxPtr)(ctx))->FillPart.constant[comp]) + +/* +** External References +*/ + +#endif _DMIFILL + + + + diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiMi.c b/xie/docs/dec/xie23-src/server/xie/smi/DmiMi.c new file mode 100644 index 0000000..24ce4bf --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiMi.c @@ -0,0 +1,393 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright (c) Digital Equipment Corporation, 1990 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. + +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Image Extension +** Digital Machine Independant DDX +** +** ABSTRACT: +** +** This module implements the connection between the XIE server DMI +** (Digital Machine Independent) DDX, and a hardware-specific DDX. +** The hardware-specific DDX uses this interface to obtain DDX services +** which it does not implement. If there is no hardware-specific DDX, +** the DIX requests DMI DDX services using the interface in the module +** DmiDdx.c +** +** The connection consists of: +** - dispatch tables +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 > +** ULTRIX V4.0 > +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Tue Oct 9 09:23:16 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + +/* +** Include files +*/ +#include +#include "XieDdx.h" +#include "XieUdpDef.h" + /* + ** Include needed DDX, SMI, MI entry points + */ +#include "SmiArea.h" +#include "SmiArithmetic.h" +#include "SmiChromeCom.h" +#include "SmiChromeSep.h" +#include "SmiCompare.h" +#include "SmiConstrain.h" +#include "SmiCrop.h" +#ifndef XIESMI +#define XIESMI /* Use the XIESMI-style definitions in the DCT code */ +#endif +#include "SmiDctDef.h" /* Must be before DCT files */ +#include "SmiDecodeDct.h" +#include "SmiEncodeDct.h" +#undef XIESMI +#include "DmiDecodeG4.h" +#include "SmiEncodeG4.h" +#include "SmiDither.h" +#include "DmiFill.h" +#include "SmiHistogram.h" +#include "SmiLogical.h" +#include "SmiLuminance.h" +#include "SmiMatchHistogram.h" +#include "SmiMath.h" +#include "SmiMirror.h" +#include "SmiPipeRsm.h" +#include "SmiPipeSched.h" +#include "SmiPipe.h" +#include "DmiPoint.h" +#include "SmiRotate.h" +#include "DmiScale.h" +#include "SmiTranslate.h" +#include "SmiStats.h" +#include "DmiUtil.h" +#include "SmiMemMgt.h" +#include "DmiConvert.h" +#include "DmiExtendInstruct.h" +#include "DmiChangeList.h" + +/* +** Table of contents +*/ + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ + +/* +** External References +*/ +extern int DmiUsingCL(); +extern int SmiReqFullImg(); + +/* +** Local Storage +*/ + +/******************************************************************************* +** xieMiProc - +** +** FUNCTIONAL DESCRIPTION: +** +** The miProc dispatch table is utilized by MI callers to access MI +** routines without having to know the explicit MI name of the routine. +** This independence will allow substitution of an MI layer in the server +** without code changes. +** +*******************************************************************************/ +externaldef(xieMiProc) unsigned long (*xieMiProc[])() = { + (Fcard32)SmiArea, /* 0 DDX Atomic operations */ + (Fcard32)SmiStatsArea, + (Fcard32)SmiArithmetic, + (Fcard32)SmiHistogram, + (Fcard32)DmiConvert, + (Fcard32)DmiConvert, /* 5 */ + (Fcard32)SmiCompare, + (Fcard32)SmiConstrain, + (Fcard32)DmiCopy, + (Fcard32)SmiDither, + (Fcard32)DmiFill, /* 10 */ + (Fcard32)SmiLogical, + (Fcard32)SmiLuminance, + (Fcard32)SmiMatchHistogram, + (Fcard32)SmiMath, + (Fcard32)SmiMirror, /* 15 */ + (Fcard32)DmiPoint, + (Fcard32)SmiStatsPoint, + (Fcard32)SmiRotate, + (Fcard32)DmiScale, + (Fcard32)SmiTranslate, /* 20 */ + + (Fcard32)RmOwnData, /* 21..32 -- was compression handlers */ + NULL, + NULL, + NULL, + NULL, /* 25 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 30 */ + NULL, + NULL, + + NULL, /* Only defined in the DDX table */ + NULL, + NULL, /* 35 */ + + (Fcard32)DmiConvert, /* MI Support routines */ + (Fcard32)DmiCopy, + (Fcard32)DmiGetTyp, + (Fcard32)DmiCopyBits, + (Fcard32)DmiResolveUdp, /* 40 */ + +#ifdef CLIENT /* CLIENT needs to use Xie */ + (Fcard32)XieCalloc, /* CLIENT needs to use Xie */ + (Fcard32)XieCallocBits, + (Fcard32)XieCfree, + (Fcard32)XieFree, + (Fcard32)XieFreeBits, /* 45 */ + (Fcard32)XieMalloc, + (Fcard32)XieMallocBits, + (Fcard32)XieRealloc, + (Fcard32)XieReallocBits, +#else + (Fcard32)SmiCalloc, /* Memory mgt routines */ + (Fcard32)SmiCallocBits, + (Fcard32)SmiCfree, + (Fcard32)SmiFree, + (Fcard32)SmiFreeBits, /* 45 */ + (Fcard32)SmiMalloc, + (Fcard32)SmiMallocBits, + (Fcard32)SmiRealloc, + (Fcard32)SmiReallocBits, +#endif + (Fcard32)SmiCreatePipeline, /* 50 Pipeline routines */ + (Fcard32)SmiDestroyPipeline, + (Fcard32)SmiPipeHasYielded, + (Fcard32)SmiInitiatePipeline, + (Fcard32)SmiResumePipeline, + (Fcard32)SmiFlushPipeline, /* 55 */ + (Fcard32)SmiAbortPipeline, + + (Fcard32)RmAllocData, /* Pipe rsrc mgr routines*/ + (Fcard32)RmAllocDataDesc, + (Fcard32)RmAllocPermDesc, + (Fcard32)RmAllocRefDesc, /* 60 */ + (Fcard32)RmBestDType, + (Fcard32)RmCreateDrain, + (Fcard32)RmCreateSink, + (Fcard32)RmDeallocData, + (Fcard32)RmDeallocDataDesc, /* 65 */ + (Fcard32)RmDestroyDrain, + (Fcard32)RmDestroySink, + (Fcard32)RmGetData, + (Fcard32)RmGetDType, + (Fcard32)RmGetMaxQuantum, /* 70 */ + (Fcard32)RmGetQuantum, + (Fcard32)RmHasQuantum, + (Fcard32)RmInitializePort, + NULL, + (Fcard32)RmMergeBuffers, /* 75 */ + (Fcard32)RmObtainQuantum, + (Fcard32)RmPutData, + (Fcard32)RmSetDType, + (Fcard32)RmSetQuantum, + (Fcard32)RmSplitBuffers, /* 80 */ + + (Fcard32)SchedProcessComplete, /* Pipe schedule funcs */ + (Fcard32)SchedProcessReady, + (Fcard32)SchedOkToRun, + + (Fcard32)DmiBuildChangeList, /* Change list funcs */ + (Fcard32)DmiPutRuns, /* 85 */ + (Fcard32)_DmiFfsLong, + (Fcard32)_DmiFfcLong, + + (Fcard32)DmiFillRegion, + (Fcard32)DmiConvertCpp, + (Fcard32)DmiCopyCpp, /* 90 */ + (Fcard32)SmiEncodeG4, + (Fcard32)SmiEncodeDct, + (Fcard32)DmiDecodeG4, + (Fcard32)SmiDecodeDct, + (Fcard32)DmiPosCl, /* 95 */ + NULL, + (Fcard32)RmAllocCmpDataDesc, + /* More RM functions */ + (Fcard32)RmSetAlignment, + (Fcard32)RmCreateDataDesc, + + (Fcard32)SmiCreatePipeCtx, /* 100 */ + (Fcard32)DmiUsingCL, + (Fcard32)DmiCmpPreferred, + (Fcard32)RmAllocDataArray, + (Fcard32)RmAllocCmpPermDesc, + (Fcard32)SchedProcessNoInput, /* 105 */ + NULL + }; + +/******************************************************************************* +** XieMiSetup - +** +** FUNCTIONAL DESCRIPTION: +** +** XieMiSetup is the DDX dispatch table used to find MI versions of +** the Create Pipe Element routines. +** +** Routines in this table should be called through the macros +** defined in XieDdx.h. +** +*****************************************************************************/ +externaldef(xieMiSetup) card32 (*xieMiSetup[])() = { + (Fcard32)SmiCreateArea, /* 0 */ + (Fcard32)SmiCreateArithmetic, + (Fcard32)SmiCreateChromeCom, + (Fcard32)SmiCreateChromeSep, + (Fcard32)SmiCreateCompare, + (Fcard32)SmiCreateConstrain, /* 5 */ + (Fcard32)SmiCreateCrop, + (Fcard32)SmiCreateDither, + (Fcard32)DmiCreateFill, + (Fcard32)SmiCreateLogical, + (Fcard32)SmiCreateLuminance, /* 10 */ + (Fcard32)SmiCreateMatchHistogram, + (Fcard32)SmiCreateMath, + (Fcard32)SmiCreateMirror, + (Fcard32)DmiCreatePoint, + (Fcard32)SmiCreateRotate, /* 15 */ + (Fcard32)DmiCreateScale, + (Fcard32)SmiCreateTranslate, + (Fcard32)SmiCreateDecodeDct, + (Fcard32)SmiCreateEncodeDct, + (Fcard32)DmiCreateDecodeG4, /* 20 */ + (Fcard32)SmiCreateEncodeG4, + NULL + }; + +/******************************************************************************* +** XieMiAlign - +** +** FUNCTIONAL DESCRIPTION: +** +** XieMiAlign is the DDX dispatch table used to call the +** MI versions of the image array alignment functions. +** +** A NULL value is used by alignment logic throughout the XIE server +** to indicate "don't care", "no alignment needed". +** +** If alignment is needed, an alignment function must entered in this +** table in the operator/pipeline element named slot. +** +** These functions should be called using the macros defined in XieDdx.h. +** +*******************************************************************************/ +externaldef(xieMiAlign) card32 (*xieMiAlign[])() = { + NULL, /* 0 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 5 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 10 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 15 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 20 */ + NULL, + NULL, + NULL, + NULL + }; diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiPoint.c b/xie/docs/dec/xie23-src/server/xie/smi/DmiPoint.c new file mode 100644 index 0000000..889c681 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiPoint.c @@ -0,0 +1,1635 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +** Copyright (c) Digital Equipment Corporation, 1991 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. +** +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module implements the point operator which remaps pixel +** values using a lookup table. The resulting values can have more or +** fewer levels than the input value. +** +** The width of each data array (input, table, and output) must be +** accounted for when performing the remapping. This produces an n^3 +** number of cases which must be handled: +** +** o The width of the input data can be larger or smaller than the +** width of the table. The only requirement is that the length of +** the table be at least 2^input_width. The input data is accessed +** using GET_VALUE_ to eliminate one level of code duplication, at the +** cost of reduced performance. +** +** o The width of the table can vary (in theory) from 1 to 32 bits. +** To improve performance, and reduce duplication, only aligned, +** atomic, unpadded tables are handled. In the unlikely case the +** supplied table doesn't meet these criteria, a suitable copy is +** made. A separate routine exists to handle each table data type +** (byte, word, longword). +** +** o The width of the output should be the same as the width of the +** table, but data type, alignment, and padding are not guaranteed. +** We'll also handle the cases where the output is narrower than the +** table and assume that the caller knows what it is doing. +** The routines for each table data type replicate blocks of +** code to handle bit, byte, and word aligned output data. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** Gary L. Grebus +** Rich Hennessy - speed-up +** +** CREATION DATE: +** +** Fri Apr 6 15:05:31 1990 +** +*******************************************************************************/ + +#include + +#include "DmiPoint.h" + +/* +** Table of contents +*/ +int DmiPoint(); +int DmiCreatePoint(); + +static int _PointInitialize(); +static int _PointActivate(); +static int _PointDestroy(); + +static void _PointProcessByte(); +static void _PointProcessWord(); +static void _PointProcessLong(); +static UdpPtr _TempCvtLut(); +static void _TempDestroyUdp(); + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local storage +*/ + /* + ** Point Element Vector + */ +static PipeElementVector PointPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypePointElement, /* Structure subtype */ + sizeof(PointPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _PointInitialize, /* Initialize entry */ + _PointActivate, /* Activate entry */ + NULL, /* Flush entry */ + _PointDestroy, /* Destroy entry */ + NULL /* Abort entry point */ + }; + +/***************************************************************************** +** DmiCreatePoint +** +** FUNCTIONAL DESCRIPTION: +** +** This function fills in a newly created context for a POINT +** pipeline element. +** +** FORMAL PARAMETERS: +** +** pipe - Descriptor for pipe being built. +** srcsnk - Pointer to source sink. +** dstsnk - Pointer to destination sink. +** idc - Pointer to UDP describing the ROI or CPP (NULL if no IDC). +** lut - Array of pointesr to UDPs describing the point remap +** lookup table. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int DmiCreatePoint(pipe,srcsnk,dstsnk,idc,luts) +Pipe pipe; +PipeSinkPtr srcsnk; +PipeSinkPtr dstsnk; +UdpPtr idc; +UdpPtr luts[XieK_MaxComponents]; + +{ + int i; + int dst_dtype; + + PointPipeCtxPtr ctx = (PointPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &PointPipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Copy parameters + */ + PntSrcSnk_(ctx) = srcsnk; + PntDstSnk_(ctx) = dstsnk; + + PntCpp_(ctx) = (idc != NULL && idc->UdpA_Base != NULL) ? + idc : /* It's a CPP */ + NULL; + + for( i = 0; i < XieK_MaxComponents; i++ ) + if( IsPointer_(SnkUdpPtr_(srcsnk,i)) ) + PntCmpIn_(ctx)++; + else + break; + + for (i = 0; i < XieK_MaxComponents; i++) + { + if (SnkUdpPtr_(dstsnk,i) == NULL) + break; + /* Convert the input lookup table for efficient access */ + PntInTable_(ctx,i) = luts[i]; + PntTable_(ctx,i) = _TempCvtLut(luts[i]); + if( !IsPointer_(PntTable_(ctx,i)) ) return( (int) PntTable_(ctx,i) ); + PntCmpOut_(ctx)++; + } + + /* Calculate the region to be remapped */ + if (idc == NULL) + { + PntRoiX1_(ctx) = SnkX1_(srcsnk,0); PntRoiX2_(ctx) = SnkX2_(srcsnk,0); + PntRoiY1_(ctx) = SnkY1_(srcsnk,0); PntRoiY2_(ctx) = SnkY2_(srcsnk,0); + } + else + { + PntRoiX1_(ctx) = idc->UdpL_X1 > SnkX1_(srcsnk,0) ? idc->UdpL_X1 + : SnkX1_(srcsnk,0); + PntRoiX2_(ctx) = idc->UdpL_X2 < SnkX2_(srcsnk,0) ? idc->UdpL_X2 + : SnkX2_(srcsnk,0); + PntRoiY1_(ctx) = idc->UdpL_Y1 > SnkY1_(srcsnk,0) ? idc->UdpL_Y1 + : SnkY1_(srcsnk,0); + PntRoiY2_(ctx) = idc->UdpL_Y2 < SnkY2_(srcsnk,0) ? idc->UdpL_Y2 + : SnkY2_(srcsnk,0); + } + PntSrcDrn_(ctx) = DdxRmCreateDrain_( PntSrcSnk_(ctx), -1 ); + if( !IsPointer_(PntSrcDrn_(ctx)) ) return( (int) PntSrcDrn_(ctx) ); + + /* Handle any constrained input data type */ + DdxRmSetDType_( PntSrcDrn_(ctx), UdpK_DTypeUndefined, DtM_Constrained ); + DdxRmSetQuantum_( PntSrcDrn_(ctx), 1 ); + + /* Since this operator can explicitly cause a change in the number + * of bits per pixel, determine the result datatype by looking at + * the UDP(s) in the destination sink. + */ + /* Handle one scanline at a time */ + dst_dtype = SnkDatTyp_(dstsnk,0); + DdxRmSetDType_( PntDstSnk_(ctx), dst_dtype, DtM_Constrained ); + DdxRmSetQuantum_( PntDstSnk_(ctx), 1 ); + + return( Success ); +} /* end DmiCreatePoint */ + +/***************************************************************************** +** _PointInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the POINT pipeline element prior to +** activation. +** +** FORMAL PARAMETERS: +** +** ctx - point pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _PointInitialize(ctx) +PointPipeCtxPtr ctx; +{ + int status = DdxRmInitializePort_( CtxHead_(ctx), PntSrcDrn_(ctx) ); + if( status == Success ) + status = DdxRmInitializePort_( CtxHead_(ctx), PntDstSnk_(ctx) ); + + /* We are reading from the only drain */ + CtxInp_(ctx) = PntSrcDrn_(ctx); + + return( status ); +} + +/***************************************************************************** +** _PointActivate +** +** FUNCTIONAL DESCRIPTION: +** +** This routine maps the selected pixels in the input image +** using a transfer function supplied in the form of a lookup +** table (LUT). +** +** FORMAL PARAMETERS: +** +** ctx - point pipeline element context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _PointActivate(ctx) +PointPipeCtxPtr ctx; +{ + PipeDataPtr src, dst = NULL; + int status, i, outidx, copies = PntCmpOut_(ctx) - PntCmpIn_(ctx) + 1; + + for( status = Success; status == Success; src = DdxRmDeallocData_(src), + dst = DdxRmDeallocData_(dst) ) + { + src = DdxRmGetData_( ctx, PntSrcDrn_(ctx) ); + if( !IsPointer_(src) ) return( (int) src ); + + /* If there are more output components than input components, + * we will duplicate the data. */ + for( outidx = DatCmpIdx_(src), i = 0; i < copies; outidx++, i++ ) + { + dst = DdxRmAllocData_( PntDstSnk_(ctx), outidx, DatY1_(src), 1 ); + status = (int) dst; + if( !IsPointer_(dst) ) break; + + if( DatY1_(src) < PntRoiY1_(ctx) || DatY1_(src) > PntRoiY2_(ctx)) + status = DdxConvert_( DatUdpPtr_(src), + DatUdpPtr_(dst), XieK_MoveMode ); + else + { + /* Copy the portions of this line outside the ROI */ + status = DdxCopy_( DatUdpPtr_(src), /* Left */ + DatUdpPtr_(dst), + DatX1_(src), 0, + DatX1_(dst), DatY1_(dst), + PntRoiX1_(ctx) - DatX1_(src), 1 ); + if( status != Success ) break; + + status = DdxCopy_( DatUdpPtr_(src), /* Right */ + DatUdpPtr_(dst), + PntRoiX2_(ctx)+1, 0, + PntRoiX2_(ctx)+1, DatY1_(dst), + DatX2_(src) - PntRoiX2_(ctx), 1 ); + if( status != Success ) break; + + /* Call appropriate routine based on lookup table type */ + switch( PntTable_(ctx,outidx)->UdpB_DType ) + { + case UdpK_DTypeBU : + _PointProcessByte(DatUdpPtr_(src), + DatUdpPtr_(dst), + PntCpp_(ctx), + PntRoiX1_(ctx), + DatY1_(src), + PntRoiX2_(ctx), + DatY1_(src), + PntTable_(ctx,outidx)); + break; + + case UdpK_DTypeWU : + _PointProcessWord(DatUdpPtr_(src), + DatUdpPtr_(dst), + PntCpp_(ctx), + PntRoiX1_(ctx), + DatY1_(src), + PntRoiX2_(ctx), + DatY1_(src), + PntTable_(ctx,outidx)); + break; + + case UdpK_DTypeLU : + _PointProcessLong(DatUdpPtr_(src), + DatUdpPtr_(dst), + PntCpp_(ctx), + PntRoiX1_(ctx), + DatY1_(src), + PntRoiX2_(ctx), + DatY1_(src), + PntTable_(ctx,outidx)); + break; + } + } + if( status == Success ) + { + status = DdxRmPutData_( PntDstSnk_(ctx), dst ); + dst = NULL; + } + if( status != Success ) + break; + } + } + return( status ); +} + +/***************************************************************************** +** _PointDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the POINT +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - point pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _PointDestroy(ctx) +PointPipeCtxPtr ctx; +{ + int i; + + PntSrcDrn_(ctx) = DdxRmDestroyDrain_( PntSrcDrn_(ctx) ); + + /* Deallocate the converted lookup tables */ + for(i = 0; i < PntCmpOut_(ctx); i++) + _TempDestroyUdp(PntTable_(ctx,i), PntInTable_(ctx,i)); + + return( Success ); +} + +/***************************************************************************** +** DmiPoint +** +** FUNCTIONAL DESCRIPTION: +** +** This routine performs a non-pipelined point operator, which +** remaps pixel values using a lookup table. Only one component +** is remapped. +** +** FORMAL PARAMETERS: +** +** srcudp - Pointer to a UDP describing the source data. +** dstudp - Pointer to a UDP describing the destination buffer. +** idc - Pointer to a UDP describing the Region of Interest, +** or Control Processing Plane. (NULL if no IDC) +** lut - Pointer to UDP containing one lookup table, organized as a +** single scan line. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int DmiPoint( srcudp, dstudp, idc, lut ) +UdpPtr srcudp; +UdpPtr dstudp; +UdpPtr idc; +UdpPtr lut; + +{ + UdpPtr table; + UdpPtr cpp; + + long int status, pixels; + long int X1, X2, Y1, Y2; /* Extent of src/dst overlap */ + long int x1, x2, y1, y2; /* Extent of ROI */ + + + /* + ** Allocate the destination image array + */ + if( dstudp->UdpA_Base == NULL ) + { + dstudp->UdpA_Base = DdxMallocBits_( dstudp->UdpL_ArSize ); + if( dstudp->UdpA_Base == NULL ) return( BadAlloc ); + } + + /* + ** Determine maximum common dimensions between source and destination, + ** which is the defined region of output. + */ + X1 = srcudp->UdpL_X1 > dstudp->UdpL_X1 ? srcudp->UdpL_X1 : dstudp->UdpL_X1; + X2 = srcudp->UdpL_X2 < dstudp->UdpL_X2 ? srcudp->UdpL_X2 : dstudp->UdpL_X2; + Y1 = srcudp->UdpL_Y1 > dstudp->UdpL_Y1 ? srcudp->UdpL_Y1 : dstudp->UdpL_Y1; + Y2 = srcudp->UdpL_Y2 < dstudp->UdpL_Y2 ? srcudp->UdpL_Y2 : dstudp->UdpL_Y2; + + /* + ** Determine the maximum common dimensions between the above region + ** and the IDC (ROI or CPP), which is the region that will actually + ** be processed. + */ + if( idc == NULL ) + { + x1 = X1; x2 = X2; + y1 = Y1; y2 = Y2; + } + else + { + x1 = idc->UdpL_X1 > X1 ? idc->UdpL_X1 : X1; + x2 = idc->UdpL_X2 < X2 ? idc->UdpL_X2 : X2; + y1 = idc->UdpL_Y1 > Y1 ? idc->UdpL_Y1 : Y1; + y2 = idc->UdpL_Y2 < Y2 ? idc->UdpL_Y2 : Y2; + } + cpp = (idc != NULL && idc->UdpA_Base != NULL) ? idc : NULL; + + /* + ** Convert the lookup table to an efficient form if necessary + */ + table = _TempCvtLut(lut); + if( !IsPointer_(table) ) return( (int) table ); + + /* + ** If the ROI lies within the src/dst area, copy the areas which + ** don't need to be modified: top, bottom, left, right + */ + status = Success; + if( y1 > Y1 ) + status = DdxCopy_( srcudp, dstudp, X1, Y1, X1, Y1, X2-X1+1, y1-Y1 ); + if( status == Success ) + if( y2 < Y2 ) + status = DdxCopy_( srcudp, dstudp, X1, y2+1, X1, y2+1, X2-X1+1, Y2-y2 ); + if( status == Success ) + if( x1 > X1 ) + status = DdxCopy_( srcudp, dstudp, X1, y1, X1, y1, x1-X1, y2-y1+1 ); + if( status == Success ) + if( x2 < X2 ) + status = DdxCopy_( srcudp, dstudp, x2+1, y1, x2+1, y1, X2-x2, y2-y1+1 ); + + if( status == Success ) + switch (table->UdpB_DType) + { + case UdpK_DTypeBU : + _PointProcessByte(srcudp, dstudp, cpp, x1, y1, x2, y2, table); + break; + + case UdpK_DTypeWU : + _PointProcessWord(srcudp, dstudp, cpp, x1, y1, x2, y2, table); + break; + + case UdpK_DTypeLU : + _PointProcessLong(srcudp, dstudp, cpp, x1, y1, x2, y2, table); + break; + } + + _TempDestroyUdp(table, lut); + + return( status ); +} /* end DmiPoint */ + +/***************************************************************************** +** _PointProcessxxxx +** +** FUNCTIONAL DESCRIPTION: +** +** These routines perform the actual pixel remapping for the +** selected region of an image. +** The src and dst data types must be the same. +** +** FORMAL PARAMETERS: +** +** src - Pointer to a UDP describing the source data. +** dst - Pointer to a UDP describing the destination buffer. +** cpp - Pointer to a UDP describing the Control Processing Plane. +** (NULL if no CPP) +** x1 - The x coordinate of the upper left corner of the CPP, or +** the ROI. +** y1 - The y coordinate of the upper left corner of the CPP, or +** the ROI. +** x2 - The x coordinate of the lower right corner of the CPP, or +** the ROI. +** y2 - The y coordinate of the lower right corner of the CPP, or +** the ROI. +** lut - Pointers to a UDP which contains the lookup table for +** this source udp. +** +*****************************************************************************/ +static void _PointProcessByte(src, dst, cpp, x1, y1, x2, y2, lut) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +long int x1; +long int x2; +long int y1; +long int y2; +UdpPtr lut; +{ + long int pixel; + long int scanline; + + unsigned long srcmask; + unsigned long dstmask; + + long int srcpxlstart; + long int srcpxloff; + long int dstpxlstart; + long int dstpxloff; + unsigned long pxlvalue; + + long int cpppxlstart; + long int cpppxloff; + + srcmask = (1<UdpW_PixelLength)-1; + dstmask = (1<UdpW_PixelLength)-1; + + srcpxlstart = src->UdpL_Pos + (y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dstpxlstart = dst->UdpL_Pos + (y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + + /* + ** Begin massive code duplication to minimize branches in the + ** inner loops. + ** For each dst type, a switch is done on the src type to ensure + ** efficient code is used. + */ + if( cpp == NULL ) + { /* The mapping is not controlled by a CPP */ + switch( DdxGetTyp_( dst ) ) + { + case XieK_UBAV : + case XieK_UBAVU: + /* + ** Destination is aligned or unaligned bit stream format + ** Source format is not considered + */ + for (scanline = y1; scanline <= y2; scanline++) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + pxlvalue = ((unsigned char *)lut->UdpA_Base)[pxlvalue]; + + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_ABU : + /* + ** Destination is byte aligned + */ + switch( DdxGetTyp_( src ) ) + { + case XieK_UBAV : /* table/dst == bytes, src bits/LU */ + case XieK_UBAVU : + for (scanline = y1; scanline <= y2; scanline++) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, + srcmask); + pxlvalue = ((unsigned char *) + lut->UdpA_Base)[pxlvalue]; + + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_ABU : /* table, dst, src are bytes */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = *((unsigned char *) + (src->UdpA_Base + (srcpxloff >> 3))); + *((unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = + ((unsigned char *)lut->UdpA_Base)[pxlvalue]; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_AWU : /* table/dst are bytes, src is short */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = *((unsigned short*) + (src->UdpA_Base + (srcpxloff >> 3))); + *((unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = + ((unsigned char *)lut->UdpA_Base)[pxlvalue]; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + } + break; /* End table bytes, dst bytes, src type switch */ + + case XieK_AWU : + /* + ** Destination is word (16 bit shorts) aligned + */ + switch( DdxGetTyp_( src ) ) + { + case XieK_UBAV : /* tbl=bytes, dst=short, src bits/LU */ + case XieK_UBAVU : + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + pxlvalue = ((unsigned char *) + lut->UdpA_Base)[pxlvalue]; + *((unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_ABU : /* tbl = byte, dst = short, src = bytes */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = *((unsigned char *) + (src->UdpA_Base + (srcpxloff >> 3))); + *((unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = + ((unsigned char *)lut->UdpA_Base)[pxlvalue]; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_AWU : /* tbl = byte, dst = short, src = short */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = *((unsigned short *) + (src->UdpA_Base + (srcpxloff >> 3))); + *((unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = + ((unsigned char *)lut->UdpA_Base)[pxlvalue]; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + } + break; /* End table bytes, dst shorts, src type switch */ + } /* End table bytes, dst type switch */ + + } /* End if then */ + + else + { + /* The mapping is controlled by a Control Processing Plane */ + + cpppxlstart = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (y1 - cpp->UdpL_Y1); + + switch( DdxGetTyp_( dst ) ) + { + case XieK_UBAV : + case XieK_UBAVU : + /* Destination is aligned or unaligned bit stream format */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1)) + pxlvalue = ((unsigned char *)lut->UdpA_Base)[pxlvalue]; + + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + cpppxloff += cpp->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + case XieK_ABU : + /* Destination is byte aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1) ) + pxlvalue = ((unsigned char *)lut->UdpA_Base)[pxlvalue]; + + cpppxloff += cpp->UdpL_PxlStride; + + (*(unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff+=src->UdpL_PxlStride; + dstpxloff+=dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + case XieK_AWU: + /* Destination is word (16 bit short) aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1) ) + pxlvalue = ((unsigned char *)lut->UdpA_Base)[pxlvalue]; + + cpppxloff += cpp->UdpL_PxlStride; + + (*(unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff+=src->UdpL_PxlStride; + dstpxloff+=dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + } /* end switch*/ + } +} /* end _PointProcessByte */ + + +static void _PointProcessWord(src, dst, cpp, x1, y1, x2, y2, lut) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +long int x1; +long int x2; +long int y1; +long int y2; +UdpPtr lut; +{ + long int pixel; + long int scanline; + + unsigned long srcmask; + unsigned long dstmask; + + long int srcpxlstart; + long int srcpxloff; + long int dstpxlstart; + long int dstpxloff; + unsigned long pxlvalue; + + long int cpppxlstart; + long int cpppxloff; + + srcmask = (1<UdpW_PixelLength)-1; + dstmask = (1<UdpW_PixelLength)-1; + + srcpxlstart = src->UdpL_Pos + (y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dstpxlstart = dst->UdpL_Pos + (y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + + /* + ** Begin massive code duplication to minimize branches in the + ** inner loops. + ** For each dst type, a switch is done on the src type to ensure + ** efficient code is used. + */ + if( cpp == NULL ) + { + /* The mapping is not controlled by a CPP */ + switch( DdxGetTyp_( dst ) ) + { + case XieK_UBAV : + case XieK_UBAVU: /* This currently handles LU + * data due to hack in DdxGetTyp_ */ + /* + ** Destination is aligned or unaligned bit stream format + ** Source format is not considered + */ + for (scanline = y1; scanline <= y2; scanline++) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + pxlvalue = ((unsigned short *)lut->UdpA_Base)[pxlvalue]; + + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_ABU : + /* + ** Destination is byte aligned + */ + switch( DdxGetTyp_( src ) ) + { + case XieK_UBAV : /* tbl = short, dst = bytes, src bits/LU */ + case XieK_UBAVU : + for (scanline = y1; scanline <= y2; scanline++) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, + srcmask); + pxlvalue = ((unsigned short *) + lut->UdpA_Base)[pxlvalue]; + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, + dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_ABU : /* tbl = short, dst = byte, src = byte */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = *((unsigned char *) + (src->UdpA_Base + (srcpxloff >> 3))); + *((unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = + ((unsigned short *)lut->UdpA_Base)[pxlvalue]; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_AWU : /* tbl = short, dst = byte, src = short */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = *((unsigned short*) + (src->UdpA_Base + (srcpxloff >> 3))); + *((unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = + ((unsigned short *)lut->UdpA_Base)[pxlvalue]; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + } /* End tbl = short, dst = byte, src type switch */ + break; + + case XieK_AWU : + /* + ** Destination is word (16 bit short) aligned + */ + switch( DdxGetTyp_( src ) ) + { + case XieK_UBAV : /* tbl=short, dst=short, src bits/LU */ + case XieK_UBAVU : + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + *((unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = + ((unsigned short *) + lut->UdpA_Base)[pxlvalue]; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_ABU : /* tbl = short, dst = short, src = bytes */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = *((unsigned char *) + (src->UdpA_Base + (srcpxloff >> 3))); + *((unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = + ((unsigned short *) + lut->UdpA_Base)[pxlvalue]; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_AWU : /* tbl = short, dst = short, src = short */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = *((unsigned short *) + (src->UdpA_Base + (srcpxloff >> 3))); + *((unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = + ((unsigned short *)lut->UdpA_Base)[pxlvalue]; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + } /* End tbl = short, dst = short, src type swich */ + } /* End tbl = short, dst type switch */ + } /* End if then */ + + else + { + /* The mapping is controlled by a Control Processing Plane */ + + cpppxlstart = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (y1 - cpp->UdpL_Y1); + + switch( DdxGetTyp_( dst ) ) + { + case XieK_UBAV : + case XieK_UBAVU : + /* Destination is aligned or unaligned bit stream format */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1)) + pxlvalue = ((unsigned short *)lut->UdpA_Base)[pxlvalue]; + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + cpppxloff += cpp->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + case XieK_ABU : + /* Destination is byte aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1) ) + pxlvalue = ((unsigned short *)lut->UdpA_Base)[pxlvalue]; + + (*(unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff+=src->UdpL_PxlStride; + dstpxloff+=dst->UdpL_PxlStride; + cpppxloff += cpp->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + case XieK_AWU : + /* Destination is word (16 bit short) aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1) ) + pxlvalue = ((unsigned short *)lut->UdpA_Base)[pxlvalue]; + + (*(unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff+=src->UdpL_PxlStride; + dstpxloff+=dst->UdpL_PxlStride; + cpppxloff += cpp->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + } /* end switch */ + } +} /* end _PointProcessWord */ + + +static void _PointProcessLong(src, dst, cpp, x1, y1, x2, y2, lut) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +long int x1; +long int x2; +long int y1; +long int y2; +UdpPtr lut; +{ + long int pixel; + long int scanline; + + unsigned long srcmask; + unsigned long dstmask; + + long int srcpxlstart; + long int srcpxloff; + long int dstpxlstart; + long int dstpxloff; + unsigned long pxlvalue; + + long int cpppxlstart; + long int cpppxloff; + + srcmask = (1<UdpW_PixelLength)-1; + dstmask = (1<UdpW_PixelLength)-1; + + srcpxlstart = src->UdpL_Pos + (y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dstpxlstart = dst->UdpL_Pos + (y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + + /* + ** Begin massive code duplication to minimize branches in the + ** inner loops. + ** For each dst type, a switch is done on the src type to ensure + ** efficient code is used. + */ + if( cpp == NULL ) + { + /* The mapping is not controlled by a CPP */ + switch( DdxGetTyp_( dst ) ) + { + case XieK_UBAV : + case XieK_UBAVU: /* This currently handles LU + * data due to hack in DdxGetTyp_ */ + /* + ** Destination is aligned or unaligned bit stream format + ** Source format is not considered + */ + for (scanline = y1; scanline <= y2; scanline++) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + pxlvalue = ((unsigned long *)lut->UdpA_Base)[pxlvalue]; + + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_ABU : + /* + ** Destination is byte aligned + */ + switch( DdxGetTyp_( src ) ) + { + case XieK_UBAV : /* tbl = long, dst = byte, src bits/LU */ + case XieK_UBAVU : + for (scanline = y1; scanline <= y2; scanline++) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, + srcmask); + pxlvalue = ((unsigned long *) + lut->UdpA_Base)[pxlvalue]; + + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_ABU : /* tbl = long, dst = byte, src = byte */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1) + * src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1) + * dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = *((unsigned char *) + (src->UdpA_Base + (srcpxloff >> 3))); + *((unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = + ((unsigned long *)lut->UdpA_Base)[pxlvalue]; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_AWU : /* tbl = long, dst = byte, src = short */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1) + * src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1) + * dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = *((unsigned short *) + (src->UdpA_Base + (srcpxloff >> 3))); + + *((unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = + ((unsigned long *)lut->UdpA_Base)[pxlvalue]; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + } /* End tbl = long, dst = byte, src type switch */ + break; + + case XieK_AWU : + /* + ** Destination is word (16 bit short) aligned + */ + switch( DdxGetTyp_( src ) ) + { + case XieK_UBAV : /* tbl = long, dst = short, src bits/LU */ + case XieK_UBAVU : + for (scanline = y1; scanline <= y2; scanline++) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, + srcmask); + pxlvalue = ((unsigned long *) + lut->UdpA_Base)[pxlvalue]; + + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_ABU : /* tbl = long, dst = short, src = byte */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1) + * src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1) + * dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = *((unsigned char *) + (src->UdpA_Base + (srcpxloff >> 3))); + *((unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = + ((unsigned long *)lut->UdpA_Base)[pxlvalue]; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_AWU : /* tbl = long, dst = short, src = short */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1) + * src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1) + * dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = *((unsigned short *) + (src->UdpA_Base + (srcpxloff >> 3))); + + *((unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = + ((unsigned long *)lut->UdpA_Base)[pxlvalue]; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + } /* End tbl = long, dst = byte, src type switch */ + } /* End tbl = long, dst type switch */ + } /* End if then */ + + else + { + /* The mapping is controlled by a Control Processing Plane */ + + cpppxlstart = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (y1 - cpp->UdpL_Y1); + + switch( DdxGetTyp_( dst ) ) + { + case XieK_UBAV : + case XieK_UBAVU : + /* Destination is aligned or unaligned bit stream format */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1)) + pxlvalue = ((unsigned long *)lut->UdpA_Base)[pxlvalue]; + + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + cpppxloff += cpp->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + case XieK_ABU : + /* Destination is byte aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1) ) + pxlvalue = ((unsigned long *)lut->UdpA_Base)[pxlvalue]; + + (*(unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff+=src->UdpL_PxlStride; + dstpxloff+=dst->UdpL_PxlStride; + cpppxloff += cpp->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + case XieK_AWU : + /* Destination is word (16 bit short) aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1) ) + pxlvalue = ((unsigned long *)lut->UdpA_Base)[pxlvalue]; + + (*(unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff+=src->UdpL_PxlStride; + dstpxloff+=dst->UdpL_PxlStride; + cpppxloff += cpp->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + } /* end switch */ + } +} /* end _PointProcessLong */ + +/***************************************************************************** +** _TempCvtLut +** +** FUNCTIONAL DESCRIPTION: +** +** Convert data, described by src UDP, into the nearest atomic array +** datatype which will hold it. The result is created with no +** pad, so it can be indexed efficiently. +** If the formats is already suitable, just return the original UDP. +** +** +** FORMAL PARAMETERS: +** +** src - Pointer to input UDP +** +** FUNCTION VALUE: +** +** Returns a pointer to a UDP describing the data. +** +*****************************************************************************/ +static UdpPtr _TempCvtLut(src) + UdpPtr src; +{ + UdpPtr out; + int pixel_length, dtype, status; + + if((src->UdpB_DType != UdpK_DTypeBU && + src->UdpB_DType != UdpK_DTypeWU && + src->UdpB_DType != UdpK_DTypeLU) || + (src->UdpL_PxlStride != src->UdpW_PixelLength || + src->UdpL_ScnStride != (src->UdpL_PxlPerScn * src->UdpL_PxlStride) || + src->UdpL_Pos != 0)) + { + if( src->UdpL_Levels <= 256 ) + { + pixel_length = 8 * sizeof(char); + dtype = UdpK_DTypeBU; + } + else if( src->UdpL_Levels <= 65535 ) + { + pixel_length = 8 * sizeof(short); + dtype = UdpK_DTypeWU; + } + else + { + pixel_length = 8 * sizeof(long); + dtype = UdpK_DTypeLU; + } + out = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( out == NULL ) return( (UdpPtr) BadAlloc ); + + out->UdpW_PixelLength = pixel_length; + out->UdpB_DType = dtype; + out->UdpB_Class = UdpK_ClassA; + out->UdpL_X1 = src->UdpL_X1; + out->UdpL_X2 = src->UdpL_X2; + out->UdpL_Y1 = src->UdpL_Y1; + out->UdpL_Y2 = src->UdpL_Y2; + out->UdpL_PxlPerScn = src->UdpL_PxlPerScn; + out->UdpL_ScnCnt = src->UdpL_ScnCnt; + out->UdpL_PxlStride = out->UdpW_PixelLength; + out->UdpL_ScnStride = out->UdpL_PxlStride * out->UdpL_PxlPerScn; + out->UdpL_ArSize = out->UdpL_ScnStride * out->UdpL_ScnCnt; + out->UdpA_Base = NULL; + out->UdpL_Pos = 0; + out->UdpL_CompIdx = src->UdpL_CompIdx; + out->UdpL_Levels = src->UdpL_Levels; + + status = DdxConvert_( src, out, XieK_MoveMode ); + if( status != Success ) return( DdxFree_(out), (UdpPtr) status ); + } + else + out = src; + + return( out ); +} /* end _TempCvtLut */ + +/***************************************************************************** +** _TempDestroyUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Free a temporary UDPs and its data, if it is not just a +* reference to another UDP. +** +** FORMAL PARAMETERS: +** +** in - Pointer to input UDP +** realudp - Point to a UDP which might be the same as the input UDP. +** +*****************************************************************************/ +static void _TempDestroyUdp(in, realudp) + UdpPtr in; + UdpPtr realudp; +{ + if( IsPointer_(in) && in != realudp ) + { + if( IsPointer_(in->UdpA_Base) ) + DdxFreeBits_(in->UdpA_Base); + DdxFree_(in); + } +} /* end _TempDestroyUdp */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiPoint.h b/xie/docs/dec/xie23-src/server/xie/smi/DmiPoint.h new file mode 100644 index 0000000..1ab9fe3 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiPoint.h @@ -0,0 +1,141 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the DMI POINT pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Fri Apr 6 15:05:04 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _DMIPOINT +#define _DMIPOINT + +/* +** Include files +*/ +#include + + /* + ** Function reference + */ +int DmiPoint(); +int DmiCreatePoint(); + +/* +** Structure definitions and Typedefs +*/ + +/* +** Point pipeline context block. +*/ +typedef struct _PointPipeCtx { + PipeElementCommonPart common; + struct _PointPart { + PipeSinkPtr srcsnk; + PipeSinkPtr dstsnk; + PipeDrainPtr srcdrn; + UdpPtr cpp; + long int x1; /* ROI or CPP position and extent */ + long int x2; + long int y1; + long int y2; + int cmpin; + int cmpout; + UdpPtr table[XieK_MaxComponents]; + UdpPtr intable[XieK_MaxComponents]; + } PointPart; +} PointPipeCtx, *PointPipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, Point part, access MACROs +*/ +#define PntSrcSnk_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.srcsnk) +#define PntDstSnk_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.dstsnk) + +#define PntSrcDrn_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.srcdrn) +#define PntCpp_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.cpp) +#define PntRoiX1_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.x1) +#define PntRoiX2_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.x2) +#define PntRoiY1_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.y1) +#define PntRoiY2_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.y2) +#define PntCmpIn_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.cmpin) +#define PntCmpOut_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.cmpout) +#define PntInTable_(ctx,comp) \ + (((PointPipeCtxPtr)(ctx))->PointPart.intable[comp]) +#define PntTable_(ctx,comp) (((PointPipeCtxPtr)(ctx))->PointPart.table[comp]) + +#endif +/* _DMIPOINT */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiScale.c b/xie/docs/dec/xie23-src/server/xie/smi/DmiScale.c new file mode 100644 index 0000000..5fa98ff --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiScale.c @@ -0,0 +1,2315 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright (c) Digital Equipment Corporation, 1990 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. + +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains the support for the scale pipeline element. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** +** AUTHOR(S): +** +** John Weber +** Bob Shelley (bitonal scale algorithms) +** Gary Grebus (cloned from SmiConvert) +** +** CREATION DATE: +** +** Mon Aug 27 14:01:43 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + +/* +** Include files +*/ +#include + +#include "DmiScale.h" + +/* +** Table of contents +*/ +int DmiScale(); +int DmiCreateScale(); + +static int _ScaleInitialize(); +static int _ScaleActivate(); +static int _ScaleFlush(); +static int _ScaleDestroy(); + +static ScaleProc _ScaleHorizontal(); +static ScaleProc _ScaleVertical(); +static ScaleProc _ScaleVerticalCl(); + +static int _ScaleVerticalUp(); +static int _ScaleVerticalDown(); +static int _ScaleVerticalUpCl(); +static int _ScaleVerticalDownCl(); +static int _ScaleVerticalNoneCl(); +static int _ScaleVerticalDownClFast(); + +static int _ScaleHorizontalNone(); +static int _ScaleHorizontalNoneCl(); + +static int _ScaleHorizontalDownBits(); +static int _ScaleHorizontalDownBytes(); +static int _ScaleHorizontalDownWords(); +static int _ScaleHorizontalDownFloats(); +static int _ScaleHorizontalDownCl(); + +static int _ScaleHorizontalUpBits(); +static int _ScaleHorizontalUpBytes(); +static int _ScaleHorizontalUpWords(); +static int _ScaleHorizontalUpFloats(); +static int _ScaleHorizontalUpCl(); + +static void _ScaleAnalyzeSrc(); +static void _ScaleExtractDst(); +static void _ScaleGetClUdp(); +static void _ScaleDestroyClUdp(); + +static UdpPtr _ChkUdp(); +static unsigned int *_BuildHrzMap(); +static struct VPOINT *_BuildVRun(); + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ +#undef FAST_SCALE_DOWN /* Select prettier but slower + * form of changelist scale down */ + +#define ALL0 8 /* VLIST window pre-set for NEXT == CURRENT == OUT == 0's */ +#define ALL1 7 /* VLIST window pre-set for NEXT == CURRENT == OUT == 1's */ +#define OUT 1 /* VLIST window mask for OUT polarity bit */ + +/* Structure defining vertical run transition points. */ +static struct VPOINT + { + long flink; /* link to next active column */ + int window; /* vertical window state */ + }; + +/* +** External References +*/ + +/* +** Local Storage +*/ + /* + ** Scale Element Vector + */ +static PipeElementVector ScalePipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeScaleElement, /* Structure subtype */ + sizeof(ScalePipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _ScaleInitialize, /* Initialize entry */ + _ScaleActivate, /* Activate entry */ + _ScaleFlush, /* Flush entry */ + _ScaleDestroy, /* Destroy entry */ + NULL /* Abort entry point */ + }; + +/* +** Look-up tables for vertical scaling of bitonal images using changelists. +** +** Source CHANGELISTs are processed in groups, by _ScaleAnalyzeSrc, to +** create destination CHANGELIST, via _ScaleExtractDst, which can then be +** horizontally scaled and written to the destination image. +** +** Each SRC group consists of the N source scanlines required to make up a DST +** scanline. An array of VPOINT structures is treated as a linked list called +** the VLIST. The array elements represent vertical columns of the SRC bitmap +** bracketed by column -1 (left of left) and X+1 (right of right). The VLIST +** forms a sliding window which covers two groups of scanlines at a time. +** Each VLIST element holds a 'flink' which links it to the next "active" +** column, and a 7 bit 'window' consisting of 3 fields: +** +** +--6--+--5--+--4--+--3--+--2--+--1--+--0--+ +** | NEXT | CURRENT | OUT | +** |< N >< 0 >|< N >< 0 >| | +** +-----+-----+-----+-----+-----+-----+-----+ +** - OUT DST pixel polarity OUTput for the previous DST CHANGELIST, +** - CURRENT SRC group data for the CURRENT DST CHANGELIST being created, +** - NEXT SRC group data for the NEXT DST CHANGELIST to create. +** +** The CURRENT and NEXT fields each consist of three bits (right to left): +** - initial polarity of the group (ie. pixel polarity of CHANGELIST 0), +** - first transition polarity within the group +** (ie. found in any CHANGELIST 1 thru N), +** - final polarity of the group (ie. pixel polarity of CHANGELIST N). +** (If a group consists of a single CHANGELIST or no vertical transitions +** are encountered, all three bits will equal the initial polarity.) +** +** Routine _ScaleAnalyzeSrc processes the NEXT SRC group. Any newly "active" +** column is linked in, and the contents of 'window' are used as an index +** to look-up table 'next_0' or 'next_1' depending on whether the pixel +** at the column being processed is a 0 or 1 respectively. Only the NEXT +** field is affected by the look-up as follows: +** +** previous NEXT from NEXT from +** NEXT next_0 next_1 +** 000 000 110 +** 001 001 101 +** 010 010 110 +** 011 000 111 011 and 100 are initial values set +** 100 000 111 by 'extract_dst' (see below). +** 101 001 101 +** 110 010 110 +** 111 001 111 +** +** (Entries containing ZERO in the following tables are never accessed.) +*/ + +#define ZERO 0 +/* +** 0 bit read from next SRC CHANGELIST +*/ +#ifdef VMS +static readonly int next_0[] = { +#else +static int next_0[] = { +#endif +/* 0 1 2 3 4 5 6 7 8 9 A B C D E F*/ +0x00,0x01,0x02,0x03,0x04,0x05,ZERO,0x0F,0x00,ZERO,0x0A,0x0B,0x0C,0x0D,0x0E,0x0F, +0x10,0x11,0x12,0x13,0x14,0x15,ZERO,ZERO,ZERO,ZERO,0x1A,0x1B,0x1C,0x1D,0x1E,0x1F, +0x20,0x21,0x22,0x23,0x24,0x25,ZERO,ZERO,ZERO,ZERO,0x2A,0x2B,0x2C,0x2D,0x2E,0x2F, +0x00,0x01,0x02,0x03,0x04,0x05,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO, +ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,0x0A,0x0B,0x0C,0x0D,0x0E,0x0F, +0x10,0x11,0x12,0x13,0x14,0x15,ZERO,ZERO,ZERO,ZERO,0x1A,0x1B,0x1C,0x1D,0x1E,0x1F, +0x20,0x21,0x22,0x23,0x24,0x25,ZERO,ZERO,ZERO,ZERO,0x2A,0x2B,0x2C,0x2D,0x2E,0x2F, +0x10,0x11,0x12,0x13,0x14,0x15,ZERO,ZERO,ZERO,ZERO,0x1A,0x1B,0x1C,0x1D,0x1E,0x1F, + }; + +/* +** 1 bit read from next SRC CHANGELIST +*/ +#ifdef VMS +static readonly int next_1[] = { +#else +static int next_1[] = { +#endif +/* 0 1 2 3 4 5 6 7 8 9 A B C D E F*/ +0x60,0x61,0x62,0x63,0x64,0x65,ZERO,0x7F,0x70,ZERO,0x6A,0x6B,0x6C,0x6D,0x6E,0x6F, +0x50,0x51,0x52,0x53,0x54,0x55,ZERO,ZERO,ZERO,ZERO,0x5A,0x5B,0x5C,0x5D,0x5E,0x5F, +0x60,0x61,0x62,0x63,0x64,0x65,ZERO,ZERO,ZERO,ZERO,0x6A,0x6B,0x6C,0x6D,0x6E,0x6F, +0x70,0x71,0x72,0x73,0x74,0x75,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO, +ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,0x7A,0x7B,0x7C,0x7D,0x7E,0x7F, +0x50,0x51,0x52,0x53,0x54,0x55,ZERO,ZERO,ZERO,ZERO,0x5A,0x5B,0x5C,0x5D,0x5E,0x5F, +0x60,0x61,0x62,0x63,0x64,0x65,ZERO,ZERO,ZERO,ZERO,0x6A,0x6B,0x6C,0x6D,0x6E,0x6F, +0x70,0x71,0x72,0x73,0x74,0x75,ZERO,ZERO,ZERO,ZERO,0x7A,0x7B,0x7C,0x7D,0x7E,0x7F + }; +/* +** Routine _ScaleExtractDst reinitializes each "active" VLIST element by using +** the contents of 'window' as the index to the look-up table. The lookup +** table can be chosen to further alter the algorithm so that perference is +** given to increase the legibility of one pixel polarity over another. The +** choice of look-up tables and their contents implements the following +** algorithm to determine the new value for OUT: +** +** Note: currently the "PreferBoth" (i.e. prefer neither) mode is used. +** +** IF (NOT( PreferBoth ) +** AND( initial polarity of CURRENT equals OUT equals PREFERENCE ) +** AND( there follows a SINGLE transition ) +** AND( initial polarity of NEXT is not PREFERENCE ) +** +** THEN OUT will be of the PREFERENCE polarity, +** +** ELSE IF ( CURRENT contains any pixel not equal to OUT ) +** +** THEN complement OUT, +** +** ELSE OUT remains unchanged. +** +** Besides choosing the polarity of OUT, the table look-up also copies NEXT +** into CURRENT, and re-initializes NEXT to the special value, 011 or 100, +** depending on whether the 'final polarity' of NEXT had been 0 or 1. +** +** If the new window state of a column is identical to the window state of +** the nearest "active" column to its left, the column is redundant, and +** therefore is unlinked within the VLIST (making it not "active"). +*/ + +/* The prefer_0 and prefer_1 tables are not currently used since XIE protocol +** has no mechanism for expressing the preference. +*/ + +#ifdef NEVER_USED + +/* +** Decision table: PREFERENCE = 0 +*/ +#ifdef VMS +static readonly int prefer_0[] = { +#else +static int prefer_0[] = { +#endif +/* 0 1 2 3 4 5 6 7 8 9 A B C D E F*/ +ALL0,0x30,0x31,0x30,0x31,0x30,ZERO,ALL1,ALL0,ZERO,0x31,0x30,0x31,0x30,0x31,0x31, +0x32,0x32,0x33,0x32,0x33,0x32,ZERO,ZERO,ZERO,ZERO,0x33,0x32,0x32,0x32,0x33,0x33, +0x34,0x34,0x35,0x34,0x35,0x34,ZERO,ZERO,ZERO,ZERO,0x35,0x34,0x35,0x34,0x35,0x35, +ALL0,ALL0,ALL1,ALL0,ALL1,ALL0,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO, +ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ALL1,ALL0,ALL0,ALL0,ALL1,ALL1, +0x4A,0x4A,0x4B,0x4A,0x4B,0x4A,ZERO,ZERO,ZERO,ZERO,0x4B,0x4A,0x4A,0x4A,0x4B,0x4B, +0x4C,0x4C,0x4D,0x4C,0x4D,0x4C,ZERO,ZERO,ZERO,ZERO,0x4D,0x4C,0x4D,0x4C,0x4D,0x4D, +0x4E,0x4E,0x4F,0x4E,0x4F,0x4E,ZERO,ZERO,ZERO,ZERO,0x4F,0x4E,0x4E,0x4E,0x4F,ALL1 + }; + +/* +** Decision table: PREFERENCE = 1 +*/ +#ifdef VMS +static readonly int prefer_1[] = { +#else +static int prefer_1[] = { +#endif +/* 0 1 2 3 4 5 6 7 8 9 A B C D E F*/ +ALL0,0x30,0x31,0x31,0x31,0x30,ZERO,ALL1,ALL0,ZERO,0x31,0x30,0x31,0x30,0x31,0x31, +0x32,0x32,0x33,0x32,0x33,0x32,ZERO,ZERO,ZERO,ZERO,0x33,0x32,0x33,0x32,0x33,0x33, +0x34,0x34,0x35,0x35,0x35,0x34,ZERO,ZERO,ZERO,ZERO,0x35,0x34,0x35,0x34,0x35,0x35, +ALL0,ALL0,ALL1,ALL1,ALL1,ALL0,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO, +ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ALL1,ALL0,ALL1,ALL0,ALL1,ALL1, +0x4A,0x4A,0x4B,0x4A,0x4B,0x4A,ZERO,ZERO,ZERO,ZERO,0x4B,0x4A,0x4B,0x4A,0x4B,0x4B, +0x4C,0x4C,0x4D,0x4D,0x4D,0x4C,ZERO,ZERO,ZERO,ZERO,0x4D,0x4C,0x4D,0x4C,0x4D,0x4D, +0x4E,0x4E,0x4F,0x4E,0x4F,0x4E,ZERO,ZERO,ZERO,ZERO,0x4F,0x4E,0x4F,0x4E,0x4F,ALL1 + }; + +#endif /* NEVER_USED */ +/* +** Decision table: treat 0 and 1 equally +*/ +#ifdef VMS +static readonly int prefer_both[] = { +#else +static int prefer_both[] = { +#endif +/* 0 1 2 3 4 5 6 7 8 9 A B C D E F*/ +ALL0,0x30,0x31,0x30,0x31,0x30,ZERO,ALL1,ALL0,ZERO,0x31,0x30,0x31,0x30,0x31,0x31, +0x32,0x32,0x33,0x32,0x33,0x32,ZERO,ZERO,ZERO,ZERO,0x33,0x32,0x33,0x32,0x33,0x33, +0x34,0x34,0x35,0x34,0x35,0x34,ZERO,ZERO,ZERO,ZERO,0x35,0x34,0x35,0x34,0x35,0x35, +ALL0,ALL0,ALL1,ALL0,ALL1,ALL0,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO, +ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ZERO,ALL1,ALL0,ALL1,ALL0,ALL1,ALL1, +0x4A,0x4A,0x4B,0x4A,0x4B,0x4A,ZERO,ZERO,ZERO,ZERO,0x4B,0x4A,0x4B,0x4A,0x4B,0x4B, +0x4C,0x4C,0x4D,0x4C,0x4D,0x4C,ZERO,ZERO,ZERO,ZERO,0x4D,0x4C,0x4D,0x4C,0x4D,0x4D, +0x4E,0x4E,0x4F,0x4E,0x4F,0x4E,ZERO,ZERO,ZERO,ZERO,0x4F,0x4E,0x4F,0x4E,0x4F,ALL1 + }; + + +/***************************************************************************** +** DmiCreateScale +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the SCALE pipeline element +** +** FORMAL PARAMETERS: +** +** ctx - scale pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int DmiCreateScale( pipe, srcsnk, dstsnk ) + Pipe pipe; + PipeSinkPtr srcsnk; + PipeSinkPtr dstsnk; +{ + ScalePipeCtxPtr ctx = (ScalePipeCtxPtr) + DdxCreatePipeCtx_( pipe, &ScalePipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + + /* + ** Copy parameters into context record + */ + SclSrcSnk_(ctx) = srcsnk; + SclDstSnk_(ctx) = dstsnk; + /* + ** Calculate scale factors + */ + SclXScl_(ctx) = (double) SnkWidth_(dstsnk,0) / SnkWidth_(srcsnk,0); + SclYScl_(ctx) = (double) SnkHeight_(dstsnk,0) / SnkHeight_(srcsnk,0); + /* + ** Determine the image class. + */ + SclIsBitonal_(ctx) = !IsPointer_(SnkUdpPtr_(srcsnk,1)) + && SnkLvl_(srcsnk,0) == 2; + + /* + ** Create a drain on the source sink to read all components. + */ + SclSrcDrn_(ctx) = DdxRmCreateDrain_( srcsnk, -1 ); + if( !IsPointer_(SclSrcDrn_(ctx)) ) return( (int) SclSrcDrn_(ctx) ); + + DdxRmSetQuantum_( SclSrcDrn_(ctx), SclYScl_(ctx) >= 1.0 ? 1 + : (int)(1.0/SclYScl_(ctx)) ); + if( !SclIsBitonal_(ctx) ) + DdxRmSetDType_( SclSrcDrn_(ctx), UdpK_DTypeUndefined, DtM_Any ); + else + { + DdxRmSetDType_( SclSrcDrn_(ctx), UdpK_DTypeCL, DtM_CL ); + + /* Precalculate the changelist horizontal scaling map */ + SclHrzMap_(ctx) = _BuildHrzMap( SnkUdpPtr_(SclSrcSnk_(ctx),0), + SclXScl_(ctx)); + if( SclHrzMap_(ctx) != NULL && /* Null means no hrz scale needed */ + !IsPointer_(SclHrzMap_(ctx)) ) return( (int) SclHrzMap_(ctx) ); + +#ifndef FAST_SCALE_DOWN + /* If scaling down, initialize the vertical run structure */ + if( SclYScl_(ctx) < 1.0 ) + { + SclVRun_(ctx) = _BuildVRun( SnkUdpPtr_(SclSrcSnk_(ctx),0) ); + if( !IsPointer_(SclVRun_(ctx)) ) return( (int) SclVRun_(ctx) ); + + /* Allocate the buffer for the composite scanline */ + SclTmpCl_(ctx) = + (unsigned *) DdxMalloc_( (SnkWidth_(SclSrcSnk_(ctx),0) + 2) + * sizeof(unsigned int) ); + if( SclTmpCl_(ctx) == NULL ) return( BadAlloc ); + } +#endif + } + /* + ** Set up Destination sink. + */ + DdxRmSetQuantum_( dstsnk, 1 ); + if( SclIsBitonal_(ctx) ) + DdxRmSetDType_( dstsnk, UdpK_DTypeCL, DtM_CL ); + else + DdxRmSetDType_( dstsnk, UdpK_DTypeUndefined, DtM_Any ); + + return( Success ); +} /* end DmiCreateScale */ + +/***************************************************************************** +** _ScaleInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the SCALE pipeline element +** +** FORMAL PARAMETERS: +** +** ctx - scale pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleInitialize( ctx ) +ScalePipeCtxPtr ctx; +{ + int status, dtype; + + /* + ** Initialize input drain. + */ + status = DdxRmInitializePort_( CtxHead_(ctx), SclSrcDrn_(ctx) ); + if( status != Success ) return( status ); + CtxInp_(ctx) = SclSrcDrn_(ctx); + + /* + ** Initialize output sink (out dtype == in dtype). + */ + dtype = DdxRmGetDType_( SclSrcDrn_(ctx) ); + DdxRmSetDType_( SclDstSnk_(ctx), dtype, 1<= DatY1_(src) && sy <= DatY2_(src) ) + { + dst = DdxRmAllocData_( SclDstSnk_(ctx), c, + SclDstScn_(ctx,c), 1 ); + status = (int) dst; + if( !IsPointer_(dst) ) continue; + + if( DatDatTyp_(src) == UdpK_DTypeCL ) + status = (*SclHrzRou_(ctx))( SclHrzMap_(ctx), + DatBase_(src), + DatBase_(dst) ); + else + status = (*SclHrzRou_(ctx))( DatUdpPtr_(src), + DatUdpPtr_(dst), + SclXScl_(ctx), + SclYScl_(ctx) ); + + for( sy = ++SclDstScn_(ctx,c) / SclYScl_(ctx); + status == Success && sy >= DatY1_(src) && sy <= DatY2_(src) + && SclDstScn_(ctx,c) < SnkHeight_(SclDstSnk_(ctx),c); + sy = ++SclDstScn_(ctx,c) / SclYScl_(ctx) ) + { /* + ** Hand out reference copies to do vertical scale-up. + */ + copy = DdxRmAllocRefDesc_( dst, DatY1_(dst), 1 ); + if( IsPointer_(copy) ) + { + status = DdxRmPutData_( SclDstSnk_(ctx), dst ); + dst = copy; + DatY1_(dst)++; + DatY2_(dst)++; + } + else + status = (int) copy; + } + if( status != Success ) continue; + + status = DdxRmPutData_( SclDstSnk_(ctx), dst ); + dst = NULL; + } + } + + else /* Special case for changelist scale down vertical */ + { /* + ** Preload the vertical run structure. + */ + _ScaleAnalyzeSrc( DatUdpPtr_(src), SclVRun_(ctx) ); + _ScaleExtractDst( SclVRun_(ctx), DatWidth_(src), SclTmpCl_(ctx) ); + + if( SclDstScn_(ctx,c)++ > 0 ) + { /* + ** Consume this new quantum, producing composite source + ** scanline from the scanlines represented in the VRun. + */ + dst = DdxRmAllocData_( SclDstSnk_(ctx), c, + SclDstScn_(ctx,c) - 2, 1 ); + status = (int) dst; + if( !IsPointer_(dst) ) continue; + + status = (*SclHrzRou_(ctx))( SclHrzMap_(ctx), + SclTmpCl_(ctx), + DatBase_(dst) ); + if( status != Success ) continue; + + status = DdxRmPutData_( SclDstSnk_(ctx), dst ); + dst = NULL; + if( status != Success ) continue; + /* + ** Set the quantum for the next time around. + */ + quantum = (int)((SclDstScn_(ctx,c) + 1) / SclYScl_(ctx)) + - DatY2_(src) - 1; + if( quantum + DatY2_(src) > SnkY2_(SclSrcSnk_(ctx),c) ) + quantum = SnkY2_(SclSrcSnk_(ctx),c) - DatY2_(src); + DdxRmSetQuantum_( SclSrcDrn_(ctx), quantum ); + } + } + } + return( status ); +} + +/***************************************************************************** +** _ScaleFlush +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** ctx - scale pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleFlush( ctx ) +ScalePipeCtxPtr ctx; +{ + int status = Success; + PipeDataPtr dst; + + if( IsPointer_(SclVRun_(ctx)) ) + { /* + ** The last scanline is still in the VRun structure. + */ + dst = DdxRmAllocData_( SclDstSnk_(ctx), 0, SclDstScn_(ctx,0) - 1, 1 ); + status = (int) dst; + if( IsPointer_(dst) ) + { + _ScaleExtractDst( SclVRun_(ctx), + SnkWidth_(SclSrcSnk_(ctx),0), + SclTmpCl_(ctx) ); + status = (*SclHrzRou_(ctx))( SclHrzMap_(ctx), + SclTmpCl_(ctx), + DatBase_(dst) ); + if( status == Success ) + status = DdxRmPutData_( SclDstSnk_(ctx), dst ); + else + DdxRmDeallocData_( dst ); + } + } + return( status ); +} + +/***************************************************************************** +** _ScaleDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the scale +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - scale pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleDestroy( ctx ) +ScalePipeCtxPtr ctx; +{ + if( IsPointer_(SclHrzMap_(ctx)) ) + SclHrzMap_(ctx) = (unsigned int *) DdxFree_(SclHrzMap_(ctx)); + +#ifndef FAST_SCALE_DOWN + if( IsPointer_(SclVRun_(ctx)) ) + { + SclVRun_(ctx) = (struct VPOINT *) DdxFree_(SclVRun_(ctx)); + SclTmpCl_(ctx) = (unsigned int *) DdxFree_(SclTmpCl_(ctx)); + } +#endif + SclSrcDrn_(ctx) = DdxRmDestroyDrain_(SclSrcDrn_(ctx)); + + return( Success ); +} + +/***************************************************************************** +** DmiScale +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int DmiScale( srcudp, dstudp ) +UdpPtr srcudp; +UdpPtr dstudp; +{ + double xscale, yscale; + int (*horizontal_scale)(); + int status = Success; + unsigned int *h_map = NULL; + UdpPtr dst = NULL, cludp = NULL; + + if( dstudp->UdpA_Base == NULL ) + { /* + ** Allocate dest image array. + */ + dstudp->UdpA_Base = DdxMallocBits_( dstudp->UdpL_ArSize ); + if( dstudp->UdpA_Base == NULL ) return( BadAlloc ); + } + + /* + ** Calculate horizontal and vertical scale factors. + */ + xscale = (double)dstudp->UdpL_PxlPerScn / (double)srcudp->UdpL_PxlPerScn; + yscale = (double)dstudp->UdpL_ScnCnt / (double)srcudp->UdpL_ScnCnt; + /* + ** Determine the proper horizontal scale routine to call based + ** on source data type and scale factors. + */ + horizontal_scale = _ScaleHorizontal( xscale, srcudp->UdpB_DType, + srcudp->UdpL_Levels == 2 ); + /* + ** If destination is not a supported type, create an intermediate image. + */ + dst = _ChkUdp( srcudp, dstudp ); + if( !IsPointer_(dst) ) + { + status = (int) dst; + goto cleanup; + } + /* + ** Now, call the proper routine based on scale factors. + */ + if( srcudp->UdpL_Levels != 2 ) + status = (*_ScaleVertical( yscale, srcudp )) + ( srcudp, dst, xscale, yscale, horizontal_scale ); + else + { + /* Scale bitonal images using changelists */ + _ScaleGetClUdp( srcudp, 1, &cludp ); + if( !IsPointer_(cludp) ) + { + status = (int) cludp; + goto cleanup; + } + h_map = _BuildHrzMap( srcudp, xscale ); + if( h_map != NULL && !IsPointer_(h_map) ) + { + status = (int) h_map; + goto cleanup; + } + status = (*_ScaleVerticalCl( yscale, srcudp )) + ( srcudp, dst, h_map, yscale, horizontal_scale, cludp ); + } + if( status != Success ) goto cleanup; + + /* + ** If a temporary image was necessary, convert to the desired data type. + */ + if( dst != dstudp ) + status = DdxConvert_( dst, dstudp, XieK_MoveMode ); + +cleanup: + if( dst != dstudp ) + { + if( IsPointer_(dst->UdpA_Base) ) + DdxFreeBits_(dst->UdpA_Base); + DdxFree_(dst); + } + _ScaleDestroyClUdp( cludp ); + DdxFree_( h_map ); + + return( status ); +} + +/***************************************************************************** +** +** _ScaleHorizontal +** _ScaleVertical +** _ScaleVerticalCl +** +** FUNCTIONAL DESCRIPTION: +** +** Return a pointer to the appropriate scaling routine, based on +** the source image data type. +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static ScaleProc _ScaleHorizontal(xscale, dtype, bitonal) +double xscale; +int dtype; +int bitonal; +{ + if( xscale < 1.0 ) + /* + ** Scaling down + */ + if( bitonal ) + /* Handle bitonal images using change lists */ + return( _ScaleHorizontalDownCl ); + else + switch( dtype ) + { + case UdpK_DTypeBU: + return( _ScaleHorizontalDownBytes ); + + case UdpK_DTypeWU: + return( _ScaleHorizontalDownWords ); + + case UdpK_DTypeF: + return( _ScaleHorizontalDownFloats ); + + case UdpK_DTypeVU: + return( _ScaleHorizontalDownBits ); + + case UdpK_DTypeUndefined: + case UdpK_DTypeLU: + default: + return( NULL ); + } + else if( xscale > 1.0 ) + /* + ** Scaling up + */ + if( bitonal ) + /* Handle bitonal images using change lists */ + return( _ScaleHorizontalUpCl ); + else + switch( dtype ) + { + case UdpK_DTypeBU: + return( _ScaleHorizontalUpBytes ); + + case UdpK_DTypeWU: + return( _ScaleHorizontalUpWords ); + + case UdpK_DTypeF: + return( _ScaleHorizontalUpFloats ); + + case UdpK_DTypeVU: + return( _ScaleHorizontalUpBits ); + + case UdpK_DTypeLU: + case UdpK_DTypeUndefined: + default: + return( NULL ); + } + else + /* + ** No scale + */ + if( bitonal ) + /* Handle bitonal images using change lists */ + return( _ScaleHorizontalNoneCl ); + else + return( _ScaleHorizontalNone ); +} + +static ScaleProc _ScaleVertical(yscale,src) +double yscale; +UdpPtr src; +{ + if( yscale <= 1.0 ) + /* + ** Scaling down or none + */ + return( _ScaleVerticalDown ); + else + /* + ** Scaling up + */ + return( _ScaleVerticalUp ); +} + + +static ScaleProc _ScaleVerticalCl(yscale,src) +double yscale; +UdpPtr src; +{ + if( yscale == 1.0 ) + /* + ** No vertical scaling + */ + return( _ScaleVerticalNoneCl ); + + else if( yscale < 1.0 ) + /* + ** Scaling down + */ +#ifdef FAST_SCALE_DOWN + return( _ScaleVerticalDownClFast ); +#else + return( _ScaleVerticalDownCl ); +#endif /* FAST_SCALE_DOWN */ + else + /* + ** Scaling up + */ + return( _ScaleVerticalUpCl ); +} + +/***************************************************************************** +** +** _ScaleVerticalUp +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleVerticalUp( srcudp, dstudp, xscale, yscale, hrz_scale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +int (*hrz_scale)(); +{ + UdpRec dscn; /* This is a UDP that will describe a */ + /* single destination scanline */ + int sx, sy, dx, dy, status; + + dscn = *dstudp; + /* + ** Set up a temporary UDP to describe a single scanline + */ + dscn.UdpL_ScnCnt = 1; + dscn.UdpL_Y1 = dscn.UdpL_Y2 = dstudp->UdpL_Y1; + + while( dscn.UdpL_Y1 <= dstudp->UdpL_Y2 ) + { + sy = (int) ((double) dscn.UdpL_Y1 / yscale ); + + status = (*hrz_scale)( srcudp, &dscn, xscale, yscale ); + if( status != Success ) return( status ); + + dscn.UdpL_Y1 = ++dscn.UdpL_Y2; + dscn.UdpL_Pos += dscn.UdpL_ScnStride; + + while( (int) ((double) dscn.UdpL_Y1 / yscale ) == sy && + dscn.UdpL_Y1 <= dstudp->UdpL_Y2 ) + { + memcpy( dscn.UdpA_Base + dscn.UdpL_Pos / 8, + dscn.UdpA_Base + (dscn.UdpL_Pos-dscn.UdpL_ScnStride)/8, + dscn.UdpL_ScnStride / 8); + dscn.UdpL_Y1 = ++dscn.UdpL_Y2; + dscn.UdpL_Pos += dscn.UdpL_ScnStride; + } + } + return( Success ); +} + +/***************************************************************************** +** +** _ScaleVerticalDown +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleVerticalDown( srcudp, dstudp, xscale, yscale, hrz_scale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +int (*hrz_scale)(); +{ + UdpRec dscn; /* This is a UDP that will describe a */ + /* single destination scanline */ + int sx, sy, dx, dy, status; + + dscn = *dstudp; + /* + ** Set up a temporary UDP to describe a single scanline + */ + dscn.UdpL_ScnCnt = 1; + dscn.UdpL_Y1 = dscn.UdpL_Y2 = dstudp->UdpL_Y1; + + while( dscn.UdpL_Y1 <= dstudp->UdpL_Y2 ) + { + status = (*hrz_scale)( srcudp, &dscn, xscale, yscale ); + if( status != Success ) return( status ); + + dscn.UdpL_Y1 = ++dscn.UdpL_Y2; + dscn.UdpL_Pos += dscn.UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** +** _ScaleVerticalNoneCl +** +** FUNCTIONAL DESCRIPTION: +** +** Perform only horizontal scaling for a bitonal image, using the +** changelist scaling algorithm. +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleVerticalNoneCl(srcudp, dstudp, h_map, yscale, hrz_scale, cludp) +UdpPtr srcudp; +UdpPtr dstudp; +unsigned int *h_map; +double yscale; +int (*hrz_scale)(); +UdpPtr cludp; +{ + UdpRec tmpudp; /* Udp for one source scanline */ + int status; + + int scanline; + + if( h_map == NULL ) + /* No horizontal scaling either. Just copy the image */ + status = DdxConvert_( srcudp, dstudp, XieK_MoveMode ); + + else + { + status = Success; + tmpudp = *srcudp; + tmpudp.UdpL_ScnCnt = 1; + for( scanline = srcudp->UdpL_Y1; + scanline <= srcudp->UdpL_Y2 && status == Success; + scanline++ ) + { + /* Convert one input scanline to a change list */ + tmpudp.UdpL_Y1 = tmpudp.UdpL_Y2 = scanline; + cludp->UdpL_Y1 = cludp->UdpL_Y2 = scanline; + status = DdxConvert_( &tmpudp, cludp, XieK_MoveMode ); + + /* Scale the scanline horizontally */ + if( status == Success ) + status = (*hrz_scale)(h_map, (unsigned int *)cludp->UdpA_Base, + (unsigned int *)cludp->UdpA_Base); + + /* Convert the scaled changelist to the desired destination type */ + if( status == Success ) + status = DdxConvert_( cludp, dstudp, XieK_MoveMode ); + tmpudp.UdpL_Pos += tmpudp.UdpL_ScnStride; + } + } /* end _ScaleVerticalNoneCl */ + return( status ); +} + +/***************************************************************************** +** +** _ScaleVerticalUpCl +** +** FUNCTIONAL DESCRIPTION: +** +** Scale up vertically a bitonal image, using the changelist +** scaling algorithm. Each scanline is replicated y_scale times. +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleVerticalUpCl(srcudp, dstudp, h_map, yscale, hrz_scale, cludp) +UdpPtr srcudp; +UdpPtr dstudp; +unsigned int *h_map; +double yscale; +int (*hrz_scale)(); +UdpPtr cludp; +{ + UdpRec tmpudp; /* Udp for one source scanline */ + + int scanline; + int dline; + + int start_scan; + int end_scan; + int status; + + tmpudp = *srcudp; + tmpudp.UdpL_ScnCnt = 1; + status = Success; + + if( h_map == NULL ) + /* No horizontal scaling - no need to use changelists after all */ + for( scanline = 0; + scanline <= srcudp->UdpL_Y2 - srcudp->UdpL_Y1 && status == Success; + scanline++ ) + { + start_scan = (double)(scanline) * yscale; + end_scan = (double)(scanline+1) * yscale; + + for( dline = start_scan; + dline < end_scan && status == Success; + dline++ ) + { + /* Issue required number of copies of the scanline */ + tmpudp.UdpL_Y1 = tmpudp.UdpL_Y2 = dline; + status = DdxConvert_( &tmpudp, dstudp, XieK_MoveMode ); + } + tmpudp.UdpL_Pos += tmpudp.UdpL_ScnStride; + } + else + for( scanline = srcudp->UdpL_Y1; + scanline <= srcudp->UdpL_Y2 && status == Success; + scanline++ ) + { + /* Convert one input scanline to a change list */ + tmpudp.UdpL_Y1 = tmpudp.UdpL_Y2 = scanline; + cludp->UdpL_Y1 = cludp->UdpL_Y2 = scanline; + status = DdxConvert_( &tmpudp, cludp, XieK_MoveMode ); + if( status == Success ) + status = (*hrz_scale)(h_map, (unsigned int *)cludp->UdpA_Base, + (unsigned int *)cludp->UdpA_Base); + if( status != Success ) continue; + + start_scan = (double)(scanline - srcudp->UdpL_Y1) * yscale; + end_scan = (double)(scanline - srcudp->UdpL_Y1+1) * yscale; + + for( dline = start_scan; + dline < end_scan && status == Success; + dline++ ) + { + /* Issue required number of copies of the scanline */ + cludp->UdpL_Y1 = cludp->UdpL_Y2 = dline; + status = DdxConvert_( cludp, dstudp, XieK_MoveMode ); + } + tmpudp.UdpL_Pos += tmpudp.UdpL_ScnStride; + } + return( status ); +} /* end _ScaleVerticalUpCl */ + +/***************************************************************************** +** +** _ScaleVerticalDownCl +** +** FUNCTIONAL DESCRIPTION: +** +** Scale down vertically a bitonal image, by locating and scaling +** vertical runs. +** +** Vertical runs may shrink out of existance (e.g. thin horizontal lines, +** black or white). To prevent the loss of such detail we will detect +** vertical transitions within the group of source scanlines which will +** become the next destination scanline. Any transition will result in +** a destination pixel polarity change from that of the pixel in the +** same column on the preceeding destination scanline. If more than +** two transitions occur the additional detail must be discarded. +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleVerticalDownCl(srcudp, dstudp, h_map, yscale, hrz_scale,dst_cl) +UdpPtr srcudp; +UdpPtr dstudp; +unsigned int *h_map; +double yscale; +int (*hrz_scale)(); +UdpPtr dst_cl; +{ + struct VPOINT *v_run; /* Linked VLIST array */ + + int dstline; + int count; + int quantum; + int status; + + UdpRec tmpudp; /* Temp UDP to describe source */ + UdpPtr src_cl; /* Temp UDP to hold source changelist*/ + + v_run = NULL; + src_cl = NULL; + status = Success; + + /* Allocate the vertical changelist structure */ + v_run = _BuildVRun( srcudp ); + if( !IsPointer_(v_run) ) + { + status = (int) v_run; + goto cleanup; + } + tmpudp = *srcudp; + + dstline = dstudp->UdpL_Y1; + quantum = (dstline + 1) / yscale - tmpudp.UdpL_Y1; + + /* Allocate and init a buffer to hold converted quanta of the source */ + _ScaleGetClUdp( &tmpudp, quantum + 1, &src_cl ); + if( !IsPointer_(src_cl) ) + { + status = (int) src_cl; + goto cleanup; + } + tmpudp.UdpL_ScnCnt = quantum; + tmpudp.UdpL_Y2 = tmpudp.UdpL_Y1 + quantum - 1; + + src_cl->UdpL_ScnCnt = quantum; + src_cl->UdpL_Y1 = tmpudp.UdpL_Y1; + src_cl->UdpL_Y2 = src_cl->UdpL_Y1 + quantum - 1; + + status = DdxConvert_( &tmpudp, src_cl, XieK_MoveMode ); + if( status != Success ) goto cleanup; + + /* Pre-load the vertical run structure */ + _ScaleAnalyzeSrc(src_cl, v_run); + _ScaleExtractDst(v_run, tmpudp.UdpL_PxlPerScn, + (unsigned int *)dst_cl->UdpA_Base); + + tmpudp.UdpL_Y1 += quantum; + tmpudp.UdpL_Pos += (quantum * tmpudp.UdpL_ScnStride); + + /* + ** Process the remaining src scanlines and write dst scanlines. + */ + for( count = dstudp->UdpL_ScnCnt - 1; count > 0; count-- ) + { + dstline++; + quantum = (dstline + 1) / yscale - tmpudp.UdpL_Y1; + + tmpudp.UdpL_ScnCnt = quantum; + tmpudp.UdpL_Y2 = tmpudp.UdpL_Y1 + quantum - 1; + + src_cl->UdpL_ScnCnt = quantum; + src_cl->UdpL_Y1 = tmpudp.UdpL_Y1; + src_cl->UdpL_Y2 = src_cl->UdpL_Y1 + quantum - 1; + + status = DdxConvert_( &tmpudp, src_cl, XieK_MoveMode ); + if( status != Success ) goto cleanup; + + _ScaleAnalyzeSrc(src_cl, v_run); + _ScaleExtractDst(v_run, tmpudp.UdpL_PxlPerScn, + (unsigned int *)dst_cl->UdpA_Base); + + if( h_map != NULL ) + status = (*hrz_scale)( h_map, (unsigned int *)dst_cl->UdpA_Base, + (unsigned int *)dst_cl->UdpA_Base); + dst_cl->UdpL_Y1 = dst_cl->UdpL_Y2 = dstline; + if( status == Success ) + status = DdxConvert_( dst_cl, dstudp, XieK_MoveMode ); + if( status != Success ) goto cleanup; + + tmpudp.UdpL_Y1 += quantum; + tmpudp.UdpL_Pos += (quantum * tmpudp.UdpL_ScnStride); + } + + /* + ** Extract and write the final dst scanline. + */ + _ScaleExtractDst(v_run, tmpudp.UdpL_PxlPerScn, + (unsigned int *)dst_cl->UdpA_Base); + + if( h_map != NULL ) + status = (*hrz_scale)( h_map, (unsigned int *)dst_cl->UdpA_Base, + (unsigned int *)dst_cl->UdpA_Base); + + dst_cl->UdpL_Y1 = dst_cl->UdpL_Y2 = dstline; + if( status == Success ) + status = DdxConvert_( dst_cl, dstudp, XieK_MoveMode ); + +cleanup: + if( IsPointer_(v_run) ) + DdxFree_(v_run); + _ScaleDestroyClUdp(src_cl); + + return(status); +} /* end _ScaleVerticalDownCl */ + +#ifdef FAST_SCALE_DOWN +/***************************************************************************** +** +** _ScaleVerticalDownClFast +** +** FUNCTIONAL DESCRIPTION: +** +** Scale a bitonal image vertically by using only every (1/y_scale)th +** scanline. The image is processed using changelist scaling algorithms. +** This is an alternative to _ScaleVerticalDownCl(), giving up +** enhanced detail to gain speed. +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int +_ScaleVerticalDownClFast(srcudp, dstudp, h_map, yscale, hrz_scale, cludp) + +UdpPtr srcudp; +UdpPtr dstudp; +unsigned int *h_map; +double yscale; +int (*hrz_scale)(); +UdpPtr cludp; +{ + UdpRec tmpudp; /* Udp for one source scanline */ + + int scanline; + int sline; /* source scanline number */ + int status; + + tmpudp = *srcudp; + tmpudp.UdpL_ScnCnt = 1; + + status = Success; + if( h_map == NULL ) + /* No horizontal scaling - no need to use changelists after all */ + for( scanline = dstudp->UdpL_Y1; + scanline <= dstudp->UdpL_Y2 && status == Success; + scanline++ ) + { + sline = (int)((scanline - dstudp->UdpL_Y1) / yscale); + tmpudp.UdpL_Pos = sline * srcudp->UdpL_ScnStride + + srcudp->UdpL_Pos; + tmpudp.UdpL_Y1 = tmpudp.UdpL_Y2 = scanline; + status = DdxConvert_( &tmpudp, dstudp, XieK_MoveMode ); + } + else + for( scanline = dstudp->UdpL_Y1; + scanline <= dstudp->UdpL_Y2 && status == Success; + scanline++ ) + { + sline = (int)((scanline - dstudp->UdpL_Y1) / yscale); + + /* Convert required input scanline to a change list */ + tmpudp.UdpL_Y1 = tmpudp.UdpL_Y2 = sline + srcudp->UdpL_Y1; + cludp->UdpL_Y1 = cludp->UdpL_Y2 = sline + srcudp->UdpL_Y1; + tmpudp.UdpL_Pos = sline * srcudp->UdpL_ScnStride + + srcudp->UdpL_Pos; + status = DdxConvert_( &tmpudp, cludp, XieK_MoveMode ); + + if( status == Success) + { + status = (*hrz_scale)( h_map, (unsigned int *)cludp->UdpA_Base, + (unsigned int *)cludp->UdpA_Base); + cludp->UdpL_Y1 = cludp->UdpL_Y2 = scanline; + if( status == Success ) + status = DdxConvert_( cludp, dstudp, XieK_MoveMode ); + } + } +} /* end _ScaleVerticalDownClFast */ +#endif /* FAST_SCALE_DOWN */ + +/***************************************************************************** +** +** _ScaleHorizontalNone +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleHorizontalNone( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + return( DdxCopy_( srcudp, dstudp, + dstudp->UdpL_X1, + (int) ((double) dstudp->UdpL_Y1 / yscale) + - srcudp->UdpL_Y1, + dstudp->UdpL_X1, dstudp->UdpL_Y1, + dstudp->UdpL_PxlPerScn, dstudp->UdpL_ScnCnt ) ); +} + +/***************************************************************************** +** +** _ScaleHorizontalNoneCl +** +** FUNCTIONAL DESCRIPTION: +** +** Copy the input changelist to the output changelist without +** performing any horizontal scaling. +** +** FORMAL PARAMETERS: +** +** map - address of pre-scaled transition point array +** inlst - Ptr to the input changelist data. +** outlst - Ptr to buffer to receive the output changelist data. +** (could be the same as inlst). +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleHorizontalNoneCl( map, inlst, outlst ) +unsigned int *map; +unsigned int *inlst; +unsigned int *outlst; +{ + if( inlst != outlst ) + memcpy( outlst, inlst, (*inlst + 2) * sizeof(unsigned int) ); + + return( Success ); +} /* end _ScaleHorizontalNoneCl */ + +/***************************************************************************** +** +** _ScaleHorizontalDownBits +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleHorizontalDownBits( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + unsigned int s_cmask, d_cmask, value; + int s_scan_offset, s_offset; + int d_scan_offset, d_offset; + int sx, sy, dx, dy; + + s_cmask = srcudp->UdpL_Levels - 1; + d_cmask = dstudp->UdpL_Levels - 1; + + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; dx++ ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + value = GET_VALUE_(srcudp->UdpA_Base,s_offset,s_cmask); + PUT_VALUE_(dstudp->UdpA_Base, d_offset, value,d_cmask); + + d_offset += dstudp->UdpL_PxlStride; + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** +** _ScaleHorizontalDownBytes +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleHorizontalDownBytes( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + int s_scan_offset, s_offset; + int d_scan_offset, d_offset; + int sx, sy, dx, dy; + + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; dx++ ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + *(unsigned char *)(dstudp->UdpA_Base + d_offset / 8) = + *(unsigned char *)(srcudp->UdpA_Base + s_offset / 8); + + d_offset += dstudp->UdpL_PxlStride; + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** +** _ScaleHorizontalDownWords +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleHorizontalDownWords( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + int s_scan_offset, s_offset; + int d_scan_offset, d_offset; + int sx, sy, dx, dy; + + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; dx++ ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + *(unsigned short *)(dstudp->UdpA_Base + d_offset / 8) = + *(unsigned short *)(srcudp->UdpA_Base + s_offset/8); + + d_offset += dstudp->UdpL_PxlStride; + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** +** _ScaleHorizontalDownFloats +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleHorizontalDownFloats( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + int s_scan_offset, s_offset; + int d_scan_offset, d_offset; + int sx, sy, dx, dy; + + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; dx++ ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + *(float *)(dstudp->UdpA_Base + d_offset / 8) = + *(float *)(srcudp->UdpA_Base + s_offset/8); + + d_offset += dstudp->UdpL_PxlStride; + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** +** _ScaleHorizontalDownCl +** +** FUNCTIONAL DESCRIPTION: +** +** Scale down CHANGELIST transition points (i.e. shrink scanline width). +** +** When scaling down, runs may shrink out of existance (black or white). +** This results in the disappearance of thin vertical lines. +** Under these circumstances, for the sake of retaining detail, we will +** borrow a pixel from the beginning of the next run, if the combined +** scaled length of the current run and next run will result in at least +** two pixels. Otherwise we will discard the current run or the next +** run depending on run length (a run is a pair of transition points). +** +** FORMAL PARAMETERS: +** +** map - address of pre-scaled transition point array +** inlst - pointer to the input changelist data +** outlst - pointer to output changelist buffer (could be the same +** as inlst). +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleHorizontalDownCl( map, inlst, outlst ) +int *map; +unsigned int *inlst; +unsigned int *outlst; +{ + unsigned int beg; /* Scaled begin point of current run */ + unsigned int end; /* Scaled end point of current run */ + int cnt = *inlst; /* Number of transitions in CHANGELIST */ + unsigned int *cr = outlst + 1; /* Current run pointer */ + unsigned int *nr = inlst + 1; /* Next run pointer */ + + beg = map[*nr++]; /* scale begin of initial run of ones */ + + while( --cnt > 0 ) /* if at least a pair of points exists */ + { + end = map[*nr++]; /* scale end of current run */ + if( beg < end ) /* if run is at least one pixel long*/ + *cr++ = beg; /* ...save scaled begin point */ + + else if( --cnt > 0 ) /* else, if another point exists */ + { + end = map[*nr++]; /* ...scale end of next run */ + if( end - beg >= 2 ) /* if combined length of current */ + { /* ...and next run is >= 2 pixels */ + *cr++ = beg; /* ...save single pixel run */ + *cr++ = beg + 1; /* ...and begin of next run */ + } + else if( nr[-1] - nr[-2] /* else, if next run is shorter */ + <= nr[-2] - nr[-3] ) /* ...than its predecessor */ + continue; /* ...discard the next run */ + } /* (else discard current run) */ + + beg = end; /* current end point is next begin */ + } + + *cr = beg; /* scale scanline length */ + *outlst = cr - outlst; /* update size of CHANGELIST */ + + return( Success ); +} /* end _ScaleHorizontalDownCl */ + +/***************************************************************************** +** +** _ScaleHorizontalUpBits +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleHorizontalUpBits( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + unsigned int s_cmask, d_cmask, value; + int s_scan_offset, s_offset; + int d_scan_offset, d_offset; + int sx, sy, dx, dy; + + s_cmask = srcudp->UdpL_Levels - 1; + d_cmask = dstudp->UdpL_Levels - 1; + + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + value = GET_VALUE_(srcudp->UdpA_Base,s_offset,s_cmask); + + do { + PUT_VALUE_(dstudp->UdpA_Base, d_offset, value, d_cmask); + dx++; + d_offset += dstudp->UdpL_PxlStride; + } + while( sx == (int)((double)dx / xscale ) && dx <= dstudp->UdpL_X2); + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ScaleHorizontalUpBytes +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleHorizontalUpBytes(srcudp,dstudp,xscale,yscale) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + int s_scan_offset, s_offset; + int d_scan_offset, d_offset; + int sx, sy, dx, dy; + + unsigned char value; + + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + value = *(unsigned char *) (srcudp->UdpA_Base + s_offset/8); + + do { + *(unsigned char *)(dstudp->UdpA_Base + d_offset / 8) = value; + dx++; + d_offset += dstudp->UdpL_PxlStride; + + } while( sx == (int)((double)dx / xscale ) && + dx <= dstudp->UdpL_X2); + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ScaleHorizontalUpWords +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleHorizontalUpWords( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + int s_scan_offset, s_offset; + int d_scan_offset, d_offset; + int sx, sy, dx, dy; + + unsigned short value; + + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + value = *(unsigned short *) (srcudp->UdpA_Base + s_offset/8); + + do { + *(unsigned short *)(dstudp->UdpA_Base + d_offset / 8) = value; + dx++; + d_offset += dstudp->UdpL_PxlStride; + } + while( sx == (int)((double)dx / xscale ) && dx <= dstudp->UdpL_X2 ); + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ScaleHorizontalUpFloats +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleHorizontalUpFloats( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + int s_scan_offset, s_offset; + int d_scan_offset, d_offset; + int sx, sy, dx, dy; + float value; + + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + value = *(float *) + (srcudp->UdpA_Base + s_offset/8); + + do { + *(float *)(dstudp->UdpA_Base + d_offset / 8) = value; + dx++; + d_offset += dstudp->UdpL_PxlStride; + + } while( sx == (int)((double)dx / xscale ) && + dx <= dstudp->UdpL_X2); + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ScaleHorizontalUpCl +** +** FUNCTIONAL DESCRIPTION: +** +** Scale up CHANGELIST transition points (i.e. expand scanline width). +** +** FORMAL PARAMETERS: +** +** map - address of pre-scaled transition point array +** inlst - Ptr to the input changelist data. +** outlst - Ptr to buffer to receive the output changelist data. +** (could be the same as inlst). +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleHorizontalUpCl( map, inlst, outlst ) +unsigned int *map; +unsigned int *inlst; +unsigned int *outlst; +{ + unsigned int i; /* point counter */ + unsigned int *icr; /* input pointer */ + unsigned int *ocr; /* output pointer */ + + /* + ** Scale up CHANGELIST transition points. + */ + ocr = outlst; + icr = inlst; + *ocr++ = *icr; + + for( i = *icr++; i > 0; --i ) + *ocr++ = map[*icr++]; /* scale current point */ + + return( Success ); +} /* end _ScaleHorizontalUpCl */ + +/****************************************************************************** +** _ScaleAnalyzeSrc +** +** FUNCTIONAL DESCRIPTION: +** +** This routine is responsible for detecting polarity changes in each +** column of pixels by analyzing the NEXT group of SRC CHANGELISTs. +** New "active" columns are linked in, then the contents of 'window' are +** used as an index to look-up table 'next_0' or 'next_1' depending on +** whether the pixel at the column being processed is a '0' or '1' +** respectively. Only the NEXT field is actually affected by the look-up. +** +** FORMAL PARAMETERS: +** +** srcudp - Pointer to a UDP describing the next quantum +** of the source image in changelist form. +** v_run - Pointer to vertical changelist (VLIST) array. +** +******************************************************************************/ +static void _ScaleAnalyzeSrc( srcudp, v_run) + UdpPtr srcudp; + struct VPOINT *v_run; +{ + UdpRec inudp; /* Temporary descriptor */ + int append; + unsigned int *clst; /* address of CHANGELIST */ + int cind; /* index into CHANGELIST */ + int vold; /* window state from prev scanline */ + struct VPOINT *cnxt; /* next CHANGELIST column within VLIST*/ + struct VPOINT *v0; /* VLIST pointer to column 0 */ + struct VPOINT *vcur; /* current VLIST column */ + struct VPOINT *vnxt; /* next active VLIST column */ + struct VPOINT *vend; /* end of VLIST */ + + inudp = *srcudp; + + v0 = v_run + 1; + vend = v0 + inudp.UdpL_PxlPerScn; + + /* + ** Iterate through the scanlines in this quantum, appending their + ** contents into the v_run. + */ + for( append = 0; append < inudp.UdpL_ScnCnt; append++ ) + { + clst = (unsigned int *)(inudp.UdpA_Base + (inudp.UdpL_Pos >> 3)); + vcur = v_run; + vnxt = (struct VPOINT *) vcur->flink; + vold = vcur->window; + cind = 1; + cnxt = v0 + clst[cind++]; + + while( vnxt < vend || cnxt < vend ) + { + if( vnxt > cnxt ) + { /* CHANGELIST has next column */ + vcur->flink = (long) cnxt; /* link in new column */ + vcur = cnxt; + vcur->flink = (long)vnxt; + vcur->window = vold; /* state from previous scanline */ + cnxt = v0 + clst[cind++]; /* get next CHANGELIST column */ + } + else + { /* VLIST has next column */ + if( vnxt == cnxt ) + cnxt = v0+clst[cind++]; /* get next CHANGELIST column */ + vcur = vnxt; /* current column */ + vold = vcur->window; /* save state of prev scanline */ + vnxt = (struct VPOINT *) vcur->flink; /* next column */ + } + if(( cind & 1 ) == 0 ) + vcur->window = + next_0[vcur->window]; /* update NEXT field with a 0 */ + else + vcur->window = + next_1[vcur->window]; /* update NEXT field with a 1 */ + } + inudp.UdpL_Pos = DdxPosCl_( inudp.UdpA_Base, inudp.UdpL_Pos, 1 ); + inudp.UdpL_Y1++; + } +} /* end _ScaleAnalyzeSrc */ + +/****************************************************************************** +** _ScaleExtractDst +** +** FUNCTIONAL DESCRIPTION: +** +** This routine extracts a DST CHANGELIST from the VLIST window state and +** re-initializes the VLIST by unlinking redundant columns and updating +** the window state of "active" columns. +** +** FORMAL PARAMETERS: +** +** v_run - Point to VLIST (vertical changelist) array. +** src_width - Number of pixels in source scanline used to build +** the changelist to be extracted. +** lst - Pointer to buffer to receive the changelist +** +******************************************************************************/ +static void _ScaleExtractDst( v_run, src_width, lst ) + struct VPOINT *v_run; + int src_width; + unsigned int *lst; +{ + int cind; /* index into CHANGELIST */ + int vnew; /* temporary VLIST window state */ + struct VPOINT *v0; /* VLIST pointer to column 0 */ + struct VPOINT *prev; /* previous active column */ + struct VPOINT *curr; /* current column */ + struct VPOINT *vend; /* end of VLIST */ + + cind = 1; + v0 = v_run + 1; + prev = v_run; + curr = (struct VPOINT *)prev->flink; + vend = v0 + src_width; + + while( curr < vend ) + { + vnew = prefer_both[curr->window]; /* choose new OUT, copy NEXT*/ + /* to CURRENT, re-init NEXT*/ + if( prev->window + vnew & OUT ) /* X polarity change ? */ + lst[cind++] = curr - v0; /* create CHANGELIST entry */ + else if( prev->window == vnew ) /* is this column redundant?*/ + { + curr = (struct VPOINT *)curr->flink;/* unlink current column */ + prev->flink = (long) curr; + continue; + } + curr->window = vnew; /* save new window state */ + prev = curr; /* link to next column */ + curr = (struct VPOINT *) curr->flink; + } + lst[cind] = curr - v0; /* stash scanline length */ + *lst = cind; /* stash CHANGELIST size */ +} /* end _ScaleExtractDst */ + +/****************************************************************************** +** _ScaleGetClUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Allocate a UDP to hold count worst-case changelists for a scanline +** from the source image. +** +** FORMAL PARAMETERS: +** +** src - Point to source image UDP +** count - Number of changelists to allocate. +** dstptr - Pointer to location to receive changelist UDP address. +** +******************************************************************************/ +static void _ScaleGetClUdp( src, count, dstptr ) + UdpPtr src; + int count; + UdpPtr *dstptr; +{ + UdpPtr c; + + c = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( c == NULL ) + *dstptr = (UdpPtr) BadAlloc; + + else + { + c->UdpB_DType = UdpK_DTypeCL; + c->UdpB_Class = UdpK_ClassCL; + c->UdpW_PixelLength = 0; + c->UdpL_PxlStride = 0; + c->UdpL_ScnStride = 0; + c->UdpL_X1 = src->UdpL_X1; + c->UdpL_X2 = src->UdpL_X2; + c->UdpL_Y1 = src->UdpL_Y1; + c->UdpL_Y2 = c->UdpL_Y1 + count - 1; + c->UdpL_ScnCnt = count; + c->UdpL_PxlPerScn = src->UdpL_PxlPerScn; + c->UdpL_Pos = 0; + c->UdpL_Levels = 2; + c->UdpL_CompIdx = src->UdpL_CompIdx; + c->UdpL_ArSize = count * (c->UdpL_PxlPerScn + 2) * + sizeof(unsigned int) * 8; + c->UdpA_Base = DdxMallocBits_( c->UdpL_ArSize ); + *dstptr = c; + } +} /* end _ScaleGetClUdp */ + +/****************************************************************************** +** _ScaleDestroyClUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Deallocate a changelist UDP allocated by _ScaleGetClUdp. +** +** FORMAL PARAMETERS: +** +** udp - Pointer to the changelist UDP +** +******************************************************************************/ +static void _ScaleDestroyClUdp( udp ) + UdpPtr udp; +{ + if( IsPointer_(udp) ) + { + if( IsPointer_(udp->UdpA_Base) ) + DdxFreeBits_( udp->UdpA_Base ); + DdxFree_( udp ); + } +} + +/****************************************************************************** +** _BuildHrzMap +** +** FUNCTIONAL DESCRIPTION: +** +** Build the lookup table of precalculated scaled run lengths used +** by the changelist horizontal scale routines. +** +** FORMAL PARAMETERS: +** +** src - Pointer to src udp +** xscale - Horizontal scale factor +** +** FUNCTION VALUE: +** Pointer to the allocated map +** +******************************************************************************/ +static unsigned int * _BuildHrzMap( src, xscale ) + UdpPtr src; + double xscale; +{ + unsigned int *h_map; + unsigned int *ptmp; + unsigned int tmp; + + if( xscale != 1.0 ) + { + /* Pre-calculate the horizontal scaling map */ + h_map = (unsigned *)DdxMalloc_((src->UdpL_PxlPerScn + 2) + * sizeof(unsigned int)); + if( h_map == NULL ) return( (unsigned int *) BadAlloc ); + + ptmp = h_map; + for( tmp = 0; tmp <= src->UdpL_PxlPerScn; tmp++ ) + *(ptmp++) = tmp * xscale; + } + else + h_map = NULL; + + return( h_map ); +} /* end _BuildHrzScale */ + +/****************************************************************************** +** _BuildVRun +** +** FUNCTIONAL DESCRIPTION: +** +** Build the data structure used to keep track of vertical runs +** when using the version of changelist scale that attempts to +** preserve detail. +** +** FORMAL PARAMETERS: +** +** src - Pointer to src udp +** +** FUNCTION VALUE: +** Pointer to the allocated structure +** +******************************************************************************/ +static struct VPOINT * _BuildVRun( src ) + UdpPtr src; +{ + struct VPOINT *v_run; + + /* Worst-case changelist contains entry for each pixel + 2 overhead */ + v_run = (struct VPOINT *) DdxMalloc_((src->UdpL_PxlPerScn + 2) + * sizeof(struct VPOINT)); + if( !IsPointer_(v_run) ) return( (struct VPOINT *) BadAlloc ); + /* + ** Initialize VLIST to contain single "end of scanline" element. + ** - The first VLIST element is initialized as an imaginary SRC scanline + ** column left of the left edge (ie. it's treated as VLIST[-1] ). + ** - The last VLIST element is initialized as an imaginary SRC scanline + ** column right of the right edge (ie. it's treated as VLIST[N+1] ). + */ + /* link VLIST[-1] to VLIST[N+1] */ + v_run->flink = (long)(v_run+src->UdpL_PxlPerScn+1); + v_run->window = ALL0; /* preset window for VLIST[-1] */ + v_run[src->UdpL_PxlPerScn+1] = *v_run; /* link VLIST[N+1] to itself */ + + return (v_run); +} /* end _BuildVRun */ + +/****************************************************************************** +** _ChkUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Check dst udp and convert to one of our supported types if needed. +** +** FORMAL PARAMETERS: +** +** in - Point to input udp, which drives the type selection. +** out - Pointer to out udp +** +******************************************************************************/ +static UdpPtr _ChkUdp( in, out ) + UdpPtr in; + UdpPtr out; +{ + int itype, otype; + UdpPtr dst = out; + + /* For bitonal, the type conversion is handled by the scale routines. */ + if( in->UdpL_Levels == 2 ) + return( dst ); + + itype = DdxGetTyp_( in ); + otype = DdxGetTyp_( out ); + + if( itype != otype ) + { + dst = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( !IsPointer_(dst) ) return( (UdpPtr) BadAlloc ); + + *dst = *out; + + switch( itype ) + { + case XieK_AF: + dst->UdpB_DType = UdpK_DTypeF; + dst->UdpW_PixelLength = sizeof(float) * 8; + break; + case XieK_AWU: + dst->UdpB_DType = UdpK_DTypeWU; + dst->UdpW_PixelLength = sizeof(short) * 8; + break; + case XieK_ABU: + dst->UdpB_DType = UdpK_DTypeBU; + dst->UdpW_PixelLength = sizeof(char) * 8; + break; + default: + dst->UdpB_DType = UdpK_DTypeVU; + dst->UdpW_PixelLength = 1; + break; + } + dst->UdpB_Class = dst->UdpB_DType == UdpK_DTypeVU ? UdpK_ClassUBA + : UdpK_ClassA; + dst->UdpL_PxlStride = dst->UdpW_PixelLength; + dst->UdpL_ScnStride = dst->UdpL_PxlStride * out->UdpL_PxlPerScn; + dst->UdpL_ArSize = dst->UdpL_ScnStride * out->UdpL_ScnCnt; + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + + if( dst->UdpA_Base == NULL ) + dst = (UdpPtr) DdxFree_( dst ); + } + return( dst ); +} /* end _ChkUdp */ +/* end module DmiScale */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiScale.h b/xie/docs/dec/xie23-src/server/xie/smi/DmiScale.h new file mode 100644 index 0000000..1776640 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiScale.h @@ -0,0 +1,147 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright (c) Digital Equipment Corporation, 1990 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. + +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Digital Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the SCALE pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** +** AUTHOR(S): +** +** John Weber +** Gary L. Grebus (cloned from SmiScale.h) +** +** CREATION DATE: +** +** Wed Sep 5 09:15:42 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _DMISCALE +#define _DMISCALE + +/* +** Include files +*/ +#include + +/* +** Function reference +*/ +int DmiScale(); +int DmiCreateScale(); + +/* +** Structure definitions and Typedefs +*/ +typedef int (*ScaleProc)(); + +typedef struct _ScalePipeCtx { + PipeElementCommonPart common; + struct _ScalePart { + PipeSinkPtr srcsnk; + PipeSinkPtr dstsnk; + PipeDrainPtr srcdrn; + long int dstscn[XieK_MaxComponents]; + double x_scale; + double y_scale; + ScaleProc horizontal; + /* These are for the changelist code */ + unsigned int * h_map; /* Changelist horizontal scale map */ + struct VPOINT * v_run; /* Vertical changelists structure */ + unsigned int * tmp_cl; /* Temporary changelist buffer */ + int bitonal; /* Image is bitonal */ + } ScalePart; +} ScalePipeCtx, *ScalePipeCtxPtr; + +/* +** MACRO definitions +*/ + /* + ** Pipeline context SCALE access MACROs + */ +#define SclSrcSnk_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.srcsnk) +#define SclDstSnk_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.dstsnk) +#define SclSrcDrn_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.srcdrn) +#define SclDstScn_(ctx,i) (((ScalePipeCtxPtr)(ctx))->ScalePart.dstscn[(i)]) +#define SclXScl_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.x_scale) +#define SclYScl_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.y_scale) +#define SclHrzRou_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.horizontal) +#define SclHrzMap_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.h_map) +#define SclVRun_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.v_run) +#define SclTmpCl_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.tmp_cl) +#define SclIsBitonal_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.bitonal) + +#endif +/* _DMISCALE */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiUtil.c b/xie/docs/dec/xie23-src/server/xie/smi/DmiUtil.c new file mode 100644 index 0000000..22a77c4 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiUtil.c @@ -0,0 +1,578 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright (c) Digital Equipment Corporation, 1991 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. +** +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Digital Machine Independant DDX +** +** ABSTRACT: +** +** This module contains various utility routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Tue Mar 5 17:47:44 1991 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + +/* +** Definition to let include files know who's calling. +*/ +#define _DmiUtil + +/* +** Include files +*/ +#include + +#if defined(VMS) && !defined(VXT) +#include +#include +#include +#endif + +#include /* XIE device dependant definitions */ +#include /* UDP definitions */ + +/* +** Table of contents +*/ +int DmiCmpPreferred(); +void DmiCopyBits(); +int DmiCheckLicense(); +int DmiResolveUdp(); +int DmiUsingCL(); + + + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ +#define Success 0 +#define NoIntersect 1 +#define FALSE 0 +#define TRUE 1 +/* +** External References +*/ + +/* +** Local Storage +*/ + +/**************************************************************************** +** DmiCmpPreferred +** +** FUNCTIONAL DESCRIPTION: +** +** Answers the question: Does this DDX prefer to keep permanent data +** of the specified compression type in compressed form? +** +** Compressed form is preferred when the storage and conversion +** overhead of uncompressed data exceeds the overhead of decompressing +** the data each time it must be used. +** +** +** FORMAL PARAMETERS: +** type - compression type +** +** FUNCTION VALUE: +** TRUE or FALSE +** +*****************************************************************************/ +int DmiCmpPreferred( type ) + int type; +{ + switch (type) + { + + case XieK_G31D : + case XieK_G32D : + case XieK_G42D : + case XieK_DCT : + return( FALSE ); + + default: + return( FALSE ); + + } +} + +/***************************************************************************** +** DmiCopyBits +** +** FUNCTIONAL DESCRIPTION: +** +** This routine copies (in a semi-optimized way) a string of bits from +** one arbitrary location to another. +** +** FORMAL PARAMETERS: +** +** in - input buffer pointer +** inofs - bit offset into input buffer +** out - output buffer pointer +** outofs - bit offset into output buffer +** count - number of bits to copy +** +** IMPLICIT INPUTS: +** +** none +** +** IMPLICIT OUTPUTS: +** +** none +** +** FUNCTION VALUE: +** +** none +** +** SIGNAL CODES: +** +** none +** +** SIDE EFFECTS: +** +** none +** +*****************************************************************************/ +void DmiCopyBits(in, inofs, out, outofs, count) + char *in; + long inofs; + char *out; + long outofs; + long count; +{ + char *src, *dst; + int in_align_bits; + int out_align_bits; + unsigned int out_align_mask; + + int remainder; + + char *limit; + unsigned char temp; + + /* Compute amount by which bit streams are offset from being + * byte aligned. + */ + + in_align_bits = inofs & 7; + out_align_bits = outofs & 7; + + if (in_align_bits == 0) { + + if (out_align_bits == 0){ + + /* This is the easy case - both sides are byte aligned */ + remainder = count & 7; + + in+=(inofs>>3); + inofs = 0; + + out+=(outofs>>3); + outofs = 0; + + limit = in + (count >> 3); + + while (in < limit) + *out++ = *in++; + } else { + + /* The input is byte aligned. Fetch bytes, and store + * unaligned 8 bits chunks. */ + remainder = count & 7; + + in+=(inofs>>3); + inofs = 0; + + limit = in + (count >> 3); + + while (in < limit ) { + PUT_VALUE_(out, outofs, *in++, 0xff); + outofs+=8; + } + + } + + } else { + /* Input is not byte aligned */ + + if (out_align_bits != 0) { + + /* Neither stream is byte aligned. Align the output stream */ + out_align_mask = (1<<(8 - out_align_bits)) -1; + temp = GET_VALUE_(in, inofs, out_align_mask); + PUT_VALUE_(out, outofs, temp, out_align_mask); + + inofs += (8-out_align_bits); + outofs += (8-out_align_bits); + count -= (8-out_align_bits); + } + + /* The output is (now) byte aligned. Fetch 8 bits, store bytes */ + remainder = count & 7; + + out += (outofs>>3); + outofs = 0; + + limit = out + (count >> 3); + + while (out < limit ) { + temp = GET_VALUE_( in, inofs, 0xff); + *out++ = temp; + inofs+=8; + } + } + + /* Move the leftover (not multiple of a byte) bits. + * At this point in:inofs have been advanced to point to + * the source of the remaining bits, and out:outofs have been + * been advanced to point to the destination */ + if (remainder > 0) { + temp = GET_VALUE_(in, inofs, ((1<UdpL_X1 > idudp->UdpL_X1 ? isudp->UdpL_X1 : idudp->UdpL_X1; + Y1 = isudp->UdpL_Y1 > idudp->UdpL_Y1 ? isudp->UdpL_Y1 : idudp->UdpL_Y1; + X2 = isudp->UdpL_X2 < idudp->UdpL_X2 ? isudp->UdpL_X2 : idudp->UdpL_X2; + Y2 = isudp->UdpL_Y2 < idudp->UdpL_Y2 ? isudp->UdpL_Y2 : idudp->UdpL_Y2; + /* + ** If a ROI was also specified, intersect that with what we have thus + ** far. + */ + if (irudp != NULL) + { + X1 = X1 > irudp->UdpL_X1 ? X1 : irudp->UdpL_X1; + Y1 = Y1 > irudp->UdpL_Y1 ? Y1 : irudp->UdpL_Y1; + X2 = X2 < irudp->UdpL_X2 ? X2 : irudp->UdpL_X2; + Y2 = Y2 < irudp->UdpL_Y2 ? Y2 : irudp->UdpL_Y2; + } + /* + ** Check to make sure these UDPs do actually have an intersection. + */ + if (X1 > X2 || Y1 > Y2) + { + return NoIntersect; + } + /* + ** Now, adjust the output source UDP to describe only the bounding region. + */ + *osudp = *isudp; + + osudp->UdpL_Pos += (Y1 - osudp->UdpL_Y1) * osudp->UdpL_ScnStride + + (X1 - osudp->UdpL_X1) * osudp->UdpL_PxlStride; + osudp->UdpL_PxlPerScn = X2 - X1 + 1; + osudp->UdpL_ScnCnt = Y2 - Y2 + 1; + osudp->UdpL_X1 = X1; + osudp->UdpL_Y1 = Y1; + osudp->UdpL_X2 = X2; + osudp->UdpL_Y2 = Y2; + /* + ** Same for destination... + */ + *odudp = *idudp; + + odudp->UdpL_Pos += (Y1 - odudp->UdpL_Y1) * odudp->UdpL_ScnStride + + (X1 - odudp->UdpL_X1) * odudp->UdpL_PxlStride; + odudp->UdpL_PxlPerScn = X2 - X1 + 1; + odudp->UdpL_ScnCnt = Y2 - Y2 + 1; + odudp->UdpL_X1 = X1; + odudp->UdpL_Y1 = Y1; + odudp->UdpL_X2 = X2; + odudp->UdpL_Y2 = Y2; + /* + ** If ROI specified, then that too... + */ + if (irudp != NULL) + { + *orudp = *irudp; + + orudp->UdpL_Pos += (Y1 - orudp->UdpL_Y1) * orudp->UdpL_ScnStride + + (X1 - orudp->UdpL_X1) * orudp->UdpL_PxlStride; + orudp->UdpL_PxlPerScn = X2 - X1 + 1; + orudp->UdpL_ScnCnt = Y2 - Y2 + 1; + orudp->UdpL_X1 = X1; + orudp->UdpL_Y1 = Y1; + orudp->UdpL_X2 = X2; + orudp->UdpL_Y2 = Y2; + } + + return Success; +} + +/**************************************************************************** +** DmiUsingCL +** +** FUNCTIONAL DESCRIPTION: +** +** This function is the DMI version of the changelist support check +** used in XieTransport.c to determine if the DDX does changelists. +** The DMI DDX does. +** +** FORMAL PARAMETERS: +** +** None. +** +** FUNCTION VALUE: +** +** FALSE == no changelist support +** TRUE == changelists done here +** +*****************************************************************************/ +int DmiUsingCL() +{ + /* + ** This is a vile, ugly hack to allow the DIX to tell if the underlying + ** DDX includes changelist support. This avoids having to rebuild the + ** DIX routine when using different versions of the DDX code. + */ + static UdpRec udp = {0, UdpK_DTypeCL, UdpK_ClassCL}; + + if (DdxGetTyp_(&udp) == XieK_DATA_TYPE_COUNT) + return FALSE; + else + return TRUE; +} diff --git a/xie/docs/dec/xie23-src/server/xie/smi/DmiUtil.h b/xie/docs/dec/xie23-src/server/xie/smi/DmiUtil.h new file mode 100644 index 0000000..7d29db1 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/DmiUtil.h @@ -0,0 +1,106 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright (c) Digital Equipment Corporation, 1991 All Rights Reserved. +** Unpublished rights reserved under the copyright laws of the United States. +** The software contained on this media is proprietary to and embodies the +** confidential technology of Digital Equipment Corporation. Possession, use, +** duplication or dissemination of the software and media is authorized only +** pursuant to a valid written license from Digital Equipment Corporation. +** +** RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure by the U.S. +** Government is subject to restrictions as set forth in Subparagraph +** (c)(1)(ii) of DFARS 252.227-7013, or in FAR 52.227-19, as applicable. +** +** Derived from work bearing the following copyright and permissions: +** +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Digital Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the UTILity module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** Ultrix 4.0 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Tue Mar 5 17:48:58 1991 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _DMIUTIL +#define _DMIUTIL + + /* + ** Include files + */ + + /* + ** Function reference + */ +int DmiCmpPreferred(); +void DmiCopyBits(); +int DmiCheckLicense(); +int DmiResolveUdp(); +int DmiUsingCL(); + +#endif _DMIUTIL diff --git a/xie/docs/dec/xie23-src/server/xie/smi/Imakefile b/xie/docs/dec/xie23-src/server/xie/smi/Imakefile new file mode 100644 index 0000000..779349f --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/Imakefile @@ -0,0 +1,150 @@ +/**/# +/**/# @DEC_FREE_COPYRIGHT@ +/**/# +/**/# +/**/# HISTORY +/**/# $Log: Imakefile,v $ +/**/# Revision 1.1.2.3 92/09/14 10:31:55 Dave_Hill +/**/# changind DEFINES handling, removing CDEBUGFLAGS +/**/# [92/09/14 10:31:21 Dave_Hill] +/**/# +/**/# Revision 1.1.2.2 92/07/20 07:46:32 Dave_Hill +/**/# cleaned up old rcs comments +/**/# [92/07/20 07:45:53 Dave_Hill] +/**/# +/**/# Revision 1.1.2.1 92/07/17 16:45:15 devrcs +/**/# Initial load into Alpha pool +/**/# +/**/# $EndLog$ +/**/# +# BuildSystemHeader added automatically +/**/# $Header: /alphabits/u3/x11/ode/rcs/x11/src/extensions/server/xie/smi/Imakefile,v 1.1.2.3 92/09/14 10:31:55 Dave_Hill Exp $ + +#include + +EXTRA_DEFINES = -DXIESMI -DSERVER + +SRCS = SmiArea.c \ + SmiArea.h \ + SmiArithmetic.c \ + SmiArithmetic.h \ + SmiBitMasks.h \ + DmiChangeList.c \ + DmiChangeList.h \ + SmiChromeCom.c \ + SmiChromeCom.h \ + SmiChromeSep.c \ + SmiChromeSep.h \ + SmiCompare.c \ + SmiCompare.h \ + SmiConstrain.c \ + SmiConstrain.h \ + DmiConvert.c \ + DmiConvert.h \ + SmiCrop.c \ + SmiCrop.h \ + SmiDctDef.h \ + SmiDctMacros.h \ + SmiDctTables.c \ + DmiDdx.c \ + SmiDecodeDct.c \ + SmiDecodeDct.h \ + DmiDecodeG4.c \ + DmiDecodeG4.h \ + SmiDither.c \ + SmiDither.h \ + SmiEncodeDct.c \ + SmiEncodeDct.h \ + SmiEncodeG4.c \ + SmiEncodeG4.h \ + DmiExtendInstruct.h \ + SmiFaxTables.c \ + SmiFfx.c \ + SmiFfx.h \ + DmiFill.c \ + DmiFill.h \ + SmiFloat.c \ + SmiHistogram.c \ + SmiLogical.c \ + SmiLogical.h \ + SmiLuminance.c \ + SmiLuminance.h \ + SmiMatchHistogram.c \ + SmiMatchHistogram.h \ + SmiMath.c \ + SmiMath.h \ + SmiMemMgt.c \ + SmiMemMgt.h \ + DmiMi.c \ + SmiMirror.c \ + SmiMirror.h \ + SmiPipe.c \ + SmiPipe.h \ + SmiPipeRsm.c \ + SmiPipeRsm.h \ + SmiPipeSched.c \ + SmiPipeSched.h \ + DmiPoint.c \ + DmiPoint.h \ + SmiRotate.c \ + SmiRotate.h \ + DmiScale.c \ + DmiScale.h \ + SmiStats.c \ + SmiStats.h \ + SmiTranslate.c \ + SmiTranslate.h \ + DmiUtil.c \ + DmiUtil.h + +OBJS = SmiArea.o \ + SmiArithmetic.o \ + DmiChangeList.o \ + SmiChromeCom.o \ + SmiChromeSep.o \ + SmiCompare.o \ + SmiConstrain.o \ + DmiConvert.o \ + SmiCrop.o \ + SmiDctTables.o \ + DmiDdx.o \ + SmiDecodeDct.o \ + DmiDecodeG4.o \ + SmiDither.o \ + SmiEncodeDct.o \ + SmiEncodeG4.o \ + SmiFaxTables.o \ + SmiFfx.o \ + DmiFill.o \ + SmiFloat.o \ + SmiHistogram.o \ + SmiLogical.o \ + SmiLuminance.o \ + SmiMatchHistogram.o \ + SmiMath.o \ + SmiMemMgt.o \ + DmiMi.o \ + SmiMirror.o \ + SmiPipe.o \ + SmiPipeRsm.o \ + SmiPipeSched.o \ + DmiPoint.o \ + SmiRotate.o \ + DmiScale.o \ + SmiStats.o \ + SmiTranslate.o \ + DmiUtil.o + + INCLUDES = -I. -I../../../include -I../../../../server/include -I$(INCLUDESRC) + LINTLIBS = ../../../../server/dix/llib-ldix.ln ../../../../server/os/4.2bsd/llib-los.ln + +NormalLibraryTarget(smi,$(OBJS)) +NormalLibraryObjectRule() +LintLibraryTarget(smi,$(SRCS)) +NormalLintTarget($(SRCS)) + +saber_src: + #load $(CFLAGS) $(SRCS) + +DependTarget() + diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiArea.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiArea.c new file mode 100644 index 0000000..1dd2724 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiArea.c @@ -0,0 +1,2964 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module implements the area operator which performs +** area functions between two photomaps. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Fri Jun 1 14:21:54 1990 +** +*******************************************************************************/ + +#include + +#include "SmiArea.h" + +/* +** Table of contents +*/ +int SmiArea(); +int SmiCreateArea(); + +static int _AreaInitialize(); +static int _AreaActivate(); +static int _AreaAbort(); +static int _AreaDestroy(); + +static UdpPtr AreaGetTempUdp(); +static void AreaDestroyTempUdp(); +static int AreaConvertScanline(); +static int AreaStoreScanline(); + +static UdpPtr AreaGetCppUdp(); +static int AreaConvertCppLine(); + +static void AreaDeallocData(); +static int AreaReleaseData(); + +static int AreaAdjustKernel(); +static void AreaDestroyKernel(); + +static void AreaAddMin(); +static void AreaAddMax(); +static void AreaAddSum(); +static void AreaMultMin(); +static void AreaMultMax(); +static void AreaMultSum(); + +static void AreaAddMinCpp(); +static void AreaAddMaxCpp(); +static void AreaAddSumCpp(); +static void AreaMultMinCpp(); +static void AreaMultMaxCpp(); +static void AreaMultSumCpp(); + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* + * Macros + */ +#define Min_(a,b) ((a) <= (b) ? (a) : (b)) +#define Max_(a,b) ((a) > (b) ? (a) : (b)) +#define Circ_(a,b) ((a) >= 0 ? (a) % (b) : (b) + (a)) + +/* +** Local storage +*/ + /* + ** Area Element Vector + */ +static PipeElementVector AreaPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeAreaElement, /* Structure subtype */ + sizeof(AreaPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _AreaInitialize, /* Initialize entry */ + _AreaActivate, /* Activate entry */ + _AreaAbort, /* Flush entry */ + _AreaDestroy, /* Destroy entry */ + _AreaAbort /* Abort entry */ + }; + +/* Dispatch table to select the correct operation routine */ +/* This must match the ordering of the XieK_xxxx constants in XieAppl.h */ +static void (*AreaOpTable[])() = { + AreaAddMin, + AreaAddMax, + AreaAddSum, + AreaMultMin, + AreaMultMax, + AreaMultSum + }; + +static void (*AreaOpTableCpp[])() = { + AreaAddMinCpp, + AreaAddMaxCpp, + AreaAddSumCpp, + AreaMultMinCpp, + AreaMultMaxCpp, + AreaMultSumCpp + }; + +/***************************************************************************** +** SmiCreateArea +** +** FUNCTIONAL DESCRIPTION: +** +** This function fills in a newly created context for a AREA +** pipeline element. +** +** FORMAL PARAMETERS: +** +** pipe - Descriptor for pipe being built. +** srcsnk - Pointer to source sink. +** dstsnk - Pointer to destination sink. +** kernel - Pointer to TmpDatRec describing the area operation kernel. +** idc - Pointer to UDP describing the ROI or CPP (NULL if no IDC). +** op1 - Code for the first operation (kernel to image) +** op2 - Code for the second operation (between results of op1) +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateArea(pipe, srcsnk, dstsnk, kernel, idc, op1, op2) +Pipe pipe; +PipeSinkPtr srcsnk; +PipeSinkPtr dstsnk; +TmpDatPtr kernel; +UdpPtr idc; +long int op1; +long int op2; +{ + int windowsz = kernel->y_count; + int i, status, comp; + + AreaPipeCtxPtr ctx = (AreaPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &AreaPipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Copy the parameters. + */ + AreaSrcSnk_(ctx) = srcsnk; + AreaDstSnk_(ctx) = dstsnk; + + status = AreaAdjustKernel(kernel, sizeof(float), &AreaKernel_(ctx)); + if( status != Success ) return( status ); + + AreaIdc_(ctx) = idc; + AreaOpIdx_(ctx) = 3 * (op1 - XieK_AreaOp1Add) + (op2 - XieK_AreaOp2Min); + + /* Calculate the bounds of the region that will actually be processed */ + if( idc == NULL ) + { + AreaRoiX1_(ctx) = SnkX1_(srcsnk,0); + AreaRoiX2_(ctx) = SnkX2_(srcsnk,0); + AreaRoiY1_(ctx) = SnkY1_(srcsnk,0); + AreaRoiY2_(ctx) = SnkY2_(srcsnk,0); + } + else + { + AreaRoiX1_(ctx) = idc->UdpL_X1 > SnkX1_(srcsnk,0) ? + idc->UdpL_X1 : SnkX1_(srcsnk,0); + AreaRoiX2_(ctx) = idc->UdpL_X2 < SnkX2_(srcsnk,0) ? + idc->UdpL_X2 : SnkX2_(srcsnk,0); + AreaRoiY1_(ctx) = idc->UdpL_Y1 > SnkY1_(srcsnk,0) ? + idc->UdpL_Y1 : SnkY1_(srcsnk,0); + AreaRoiY2_(ctx) = idc->UdpL_Y2 < SnkY2_(srcsnk,0) ? + idc->UdpL_Y2 : SnkY2_(srcsnk,0); + } + /* Set up the circular buffer(s) used to keep the set of scanlines + * needed to compute one scanline of output. One set of buffers + * contains the PipeDataPtr's for the data we are holding. Another + * set holds the UdpPtrs needed by the low level routines. + */ + for( comp = 0; comp < XieK_MaxComponents; comp++ ) + { + if( SnkUdpPtr_(AreaSrcSnk_(ctx),comp) == NULL ) + break; + AreaWindow_(ctx,comp) = (UdpPtr *) DdxCalloc_(windowsz,sizeof(UdpPtr)); + if( AreaWindow_(ctx,comp) == NULL ) return( BadAlloc ); + AreaDWindow_(ctx,comp) = (PipeDataPtr *) + DdxCalloc_(windowsz,sizeof(PipeDataPtr)); + if( AreaDWindow_(ctx,comp) == NULL ) return( BadAlloc ); + } + AreaSrcDrn_(ctx) = DdxRmCreateDrain_( AreaSrcSnk_(ctx), -1 ); + if( !IsPointer_(AreaSrcDrn_(ctx)) ) return( (int) AreaSrcDrn_(ctx) ); + + /* Handle data as floats only, one scanline at a time */ + DdxRmSetDType_( AreaSrcDrn_(ctx), UdpK_DTypeF, DtM_F ); + DdxRmSetQuantum_( AreaSrcDrn_(ctx), 1 ); + DdxRmSetDType_( AreaDstSnk_(ctx), UdpK_DTypeF, DtM_F ); + DdxRmSetQuantum_( AreaDstSnk_(ctx), 1 ); + + return( Success ); +} /* end SmiCreateArea */ + +/***************************************************************************** +** _AreaInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the AREA pipeline element prior to +** activation. Allocate the temprary descriptors needed to handle +** the scanlines. +** +** FORMAL PARAMETERS: +** +** ctx - area pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _AreaInitialize(ctx) +AreaPipeCtxPtr ctx; +{ + int comp, i, status, next; + int windowsz = AreaKernel_(ctx)->y_count; + UdpPtr *window; + PipeDataPtr *dwindow; + + for( comp = 0; comp < XieK_MaxComponents; comp++ ) + { + if( SnkUdpPtr_(AreaSrcSnk_(ctx),comp) == NULL ) + break; + window = AreaWindow_(ctx,comp); + dwindow = AreaDWindow_(ctx,comp); + + for( i = 0; i < windowsz; i++ ) + dwindow[AreaWindowNxt_(ctx,comp)] = NULL; + + /* Supply initial temporary UDP's pointing to zero data if the region + * to be processed requires scanlines before the beginning of the + * image. + */ + for( i = AreaRoiY1_(ctx) - AreaKernel_(ctx)->center_y, next = 0; + i < SnkY1_(AreaSrcSnk_(ctx), comp); next++, i++ ) + { + window[next] = AreaGetTempUdp(SnkUdpPtr_(AreaSrcSnk_(ctx), comp)); + if( !IsPointer_(window[next]) ) return( (int) window[next] ); + + status = AreaConvertScanline( SnkUdpPtr_(AreaSrcSnk_(ctx),comp), + SnkY1_(AreaSrcSnk_(ctx),comp), + SnkY2_(AreaSrcSnk_(ctx),comp), + i, window[next] ); + if( status != Success ) return( status ); + } + AreaWindowNxt_(ctx,comp) = next; + AreaWindowCtr_(ctx,comp) = AreaKernel_(ctx)->center_y - 1; + } + if( AreaIdc_(ctx) && AreaIdc_(ctx)->UdpA_Base ) + { + AreaCpp_(ctx) = AreaGetCppUdp(AreaIdc_(ctx)); + if( !IsPointer_(AreaCpp_(ctx)) ) return( (int) AreaCpp_(ctx) ); + } + status = DdxRmInitializePort_( CtxHead_(ctx), AreaSrcDrn_(ctx) ); + if( status == Success ) + status = DdxRmInitializePort_( CtxHead_(ctx), AreaDstSnk_(ctx) ); + + /* Start reading from the first (and only) drain */ + CtxInp_(ctx) = AreaSrcDrn_(ctx); + + return( status ); +} + +/***************************************************************************** +** _AreaActivate +** +** FUNCTIONAL DESCRIPTION: +** +** This routine reads the data from the source drain(s) and +** performs the area operations. +** +** The are five regions of the image stream which must be considered. +** K1 is the number of kernel scanlines before the center. +** K2 is the number of kernel scanlines after the center. +** +** Region Bounds Processing +** I y < Y1 - K1 Not modified. Just copy to output. +** II Y1-K1 <= y < Y1 Not modified, but needed to compute +** later result scanlines. +** III Y1 <= y <= Y2 Area operator applied here. +** IV Y2 < y <= Y2+K2 Not modified, but needed to compute +** previous result scanlines. +** V y > Y2 + K1 Not modified. Just copy to output. +** +** Any of these regions can be empty. +** +** FORMAL PARAMETERS: +** +** ctx - area pipeline element context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _AreaActivate(ctx) +AreaPipeCtxPtr ctx; +{ + PipeDataPtr src = NULL, dst = NULL; + UdpPtr srcudp; + PipeDataPtr *dwindow; + UdpPtr *window; + + int windowsz = AreaKernel_(ctx)->y_count; + int ytail = AreaKernel_(ctx)->y_count - AreaKernel_(ctx)->center_y - 1; + int center, comp, i, status; + + for( status = Success; status == Success; src = DdxRmDeallocData_(src), + dst = DdxRmDeallocData_(dst) ) + { + src = DdxRmGetData_( ctx, AreaSrcDrn_(ctx) ); + if( !IsPointer_(src) ) return( (int) src ); + + comp = DatCmpIdx_(src); + window = AreaWindow_(ctx,comp); + dwindow = AreaDWindow_(ctx,comp); + + if( DatY1_(src) < AreaRoiY1_(ctx) - AreaKernel_(ctx)->center_y || + DatY1_(src) > AreaRoiY2_(ctx) + ytail ) + { + /* This scanline is in Region I or V. Just release it. */ + status = DdxRmPutData_( AreaDstSnk_(ctx), src ); + src = NULL; + } + else + { + srcudp = DatUdpPtr_(src); + + while( 1 ) + { + if( srcudp->UdpL_Y1 < AreaRoiY1_(ctx) ) + { + /* This scanline is in Region II. Create a reference copy + * to save, then release the original. + */ + PipeDataPtr tmp; + tmp = DdxRmAllocRefDesc_(src, DatY1_(src), DatHeight_(src)); + if (!IsPointer_(tmp)) + status = (int) tmp; + else + { + status = DdxRmPutData_(AreaDstSnk_(ctx), src); + src = tmp; + } + if( status != Success ) break; + } + /* This scanline is Region II, III, or IV. + * Free the oldest scanline in the window, and save this one. + */ + AreaDeallocData( ctx, comp, AreaWindowNxt_(ctx,comp) ); + window[AreaWindowNxt_(ctx,comp)] = srcudp; + dwindow[AreaWindowNxt_(ctx,comp)] = src; + src = NULL; + AreaWindowNxt_(ctx,comp) = + Circ_(AreaWindowNxt_(ctx,comp)+1, windowsz); + + if( srcudp->UdpL_Y1 < AreaRoiY1_(ctx) + ytail ) + break; /* We haven't filled the window yet */ + + /* The window is full. We can compute the next output + * scanline. + */ + center = Circ_(AreaWindowCtr_(ctx, comp)+1, windowsz); + AreaWindowCtr_(ctx, comp) = center; + + dst = DdxRmAllocData_( AreaDstSnk_(ctx), comp, + DatY1_(dwindow[center]), 1 ); + status = (int) dst; + if( !IsPointer_(dst) ) break; + + /* Just copy the portion of this scanline outside the ROI*/ + status = DdxCopy_( window[center], /* Left */ + DatUdpPtr_(dst), + window[center]->UdpL_X1, 0, + window[center]->UdpL_X1, DatY1_(dst), + AreaRoiX1_(ctx)-window[center]->UdpL_X1, 1 ); + if( status != Success ) break; + + status = DdxCopy_( window[center], /* Right */ + DatUdpPtr_(dst), + AreaRoiX2_(ctx)+1, 0, + AreaRoiX2_(ctx)+1, DatY1_(dst), + window[center]->UdpL_X2-AreaRoiX2_(ctx), 1 ); + if( status != Success ) break; + + if( AreaCpp_(ctx) == NULL ) + (*AreaOpTable[AreaOpIdx_(ctx)])(window, center, + AreaKernel_(ctx), + DatUdpPtr_(dst), + AreaRoiX1_(ctx), + AreaRoiX2_(ctx)); + else + { + status = AreaConvertCppLine(AreaIdc_(ctx), + window[center]->UdpL_Y1 + ytail, + AreaCpp_(ctx)); + if( status != Success ) break; + (*AreaOpTableCpp[AreaOpIdx_(ctx)])(window, center, + AreaKernel_(ctx), + DatUdpPtr_(dst), + AreaCpp_(ctx), + AreaRoiX1_(ctx), + AreaRoiX2_(ctx)); + } + status = DdxRmPutData_( AreaDstSnk_(ctx), dst ); + dst = NULL; + if( status != Success ) break; + /* If we have just processed the last scanline of interest, + * flush the window. + */ + if( window[center]->UdpL_Y1 == AreaRoiY2_(ctx) ) + { + for( i = Circ_(center+1, windowsz); + i != center; + i = Circ_(i+1, windowsz) ) + if( window[i]->UdpL_Y1 < window[center]->UdpL_Y1 ) + /* This is a Region II or III scanline. + * Discard it. */ + AreaDeallocData(ctx, comp, i); + + else + if( window[i]->UdpL_Y1 <= + window[center]->UdpL_Y1+ytail ) + { /* This is a Region IV scanline. + * Release it */ + status = AreaReleaseData(ctx, comp, i); + if( status != Success ) break; + } + else + /* This must be a "zero" scanline + * inserted because region V is empty. + * Discard it. */ + AreaDeallocData(ctx, comp, i); + break; /* end while -- All done with this component */ + } + /* The last scanline of the image has been read, but + * we haven't processed the last scanline of interest. + * Supply a temporary UDP containing zero data. + */ + i = Circ_(center+ytail, windowsz); + if( window[i]->UdpL_Y1 >= SnkY2_(AreaSrcSnk_(ctx), comp) ) + { + srcudp = AreaGetTempUdp(SnkUdpPtr_(AreaSrcSnk_(ctx),comp)); + status = (int) srcudp; + if( !IsPointer_(srcudp) ) break; + + status = AreaConvertScanline(SnkUdpPtr_(AreaSrcSnk_(ctx), + comp), + SnkY1_(AreaSrcSnk_(ctx), comp), + SnkY2_(AreaSrcSnk_(ctx), comp), + window[i]->UdpL_Y1+1, srcudp); + if( status != Success ) break; + } + else + break; /* Go get the next scanline */ + } /* end while */ + } /* end else */ + } /* end for */ + return( status ); +} + +/***************************************************************************** +** _AreaAbort +** +** FUNCTIONAL DESCRIPTION: +** +** This routine is called when all preceding pipeline stages have +** completed. +** +** +** FORMAL PARAMETERS: +** +** ctx - area pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _AreaAbort(ctx) + AreaPipeCtxPtr ctx; +{ + int comp, i; + + if( IsPointer_(AreaKernel_(ctx)) ) + for( comp = 0; comp < XieK_MaxComponents; comp++ ) + { + if( SnkUdpPtr_(AreaSrcSnk_(ctx),comp) == NULL ) + break; + for( i = 0; i < AreaKernel_(ctx)->y_count; i++ ) + AreaDeallocData(ctx, comp, i); + } + + if( IsPointer_(AreaCpp_(ctx)) ) + AreaDestroyTempUdp( AreaCpp_(ctx), AreaIdc_(ctx) ); + + return( Success ); +} + +/***************************************************************************** +** _AreaDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the AREA +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - area pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _AreaDestroy(ctx) +AreaPipeCtxPtr ctx; +{ + int c; + + for( c = 0; c < XieK_MaxComponents; c++ ) + { + if (SnkUdpPtr_(AreaSrcSnk_(ctx),c) == NULL) + break; + if( IsPointer_(AreaWindow_(ctx,c)) ) + AreaWindow_(ctx,c) = (UdpPtr *) DdxFree_(AreaWindow_(ctx,c)); + if( IsPointer_(AreaDWindow_(ctx,c)) ) + AreaDWindow_(ctx,c) = (PipeDataPtr *) DdxFree_(AreaDWindow_(ctx,c)); + } + AreaDestroyKernel(AreaKernel_(ctx)); + AreaKernel_(ctx) = NULL; + AreaSrcDrn_(ctx) = DdxRmDestroyDrain_( AreaSrcDrn_(ctx) ); + + return( Success ); +} + +/***************************************************************************** +** SmiArea +** +** FUNCTIONAL DESCRIPTION: +** +** This routine performs a non-pipelined area operator, which +** performs an area operator between a UDP and a kernel +** supplied from a Template IDC. +** +** Only the region of the source UDP which intersects the destination +** UDP is processed. If an IDC is supplied, the region selected +** by the IDC is processed, while the source UDP data is copied +** to the unselected pixels. +** +** Source data outside the intersection (and IDC) is used when +** computing results at the boundary of the processed region. +** Points outside the source image are considered to be zero. +** +** Note that the destination photomap must be of type float or +** the data will be transformed from unconstrained to a constrained +** type in an undefined manner. +** +** FORMAL PARAMETERS: +** +** srcudp - Pointer to a UDP describing the source image. +** dstudp - Pointer to a UDP describing the destination buffer. +** in_kernel- Pointer to a TmpDatRec describing the area kernel. +** idc - Pointer to a UDP describing the Region of Interest, +** or Control Processing Plane. +** (NULL if no IDC) +** op1 - Code for the first operation (kernel to image) +** op2 - Code for the second operation (between results of op1) +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiArea( srcudp, dstudp, in_kernel, idc, op1, op2 ) + +UdpPtr srcudp; +UdpPtr dstudp; +TmpDatPtr in_kernel; +UdpPtr idc; +long int op1; +long int op2; +{ + UdpPtr dst = NULL, cpp = NULL, *window = NULL; + TmpDatPtr kernel = NULL; + long int window_next, window_center; + long int pixels, scanline, status; + long int X1, X2, Y1, Y2; /* src/destination common bounds */ + long int x1, x2, y1, y2; /* src/destination/ROI common bounds */ + long int windowsz; + long int i; + int opidx = 3 * (op1 - XieK_AreaOp1Add) + (op2 - XieK_AreaOp2Min); + + + /* + ** Allocate the destination image array + */ + if( dstudp->UdpA_Base == NULL ) + { + dstudp->UdpA_Base = DdxMallocBits_( dstudp->UdpL_ArSize ); + if( dstudp->UdpA_Base == NULL ) return( BadAlloc ); + } + + /* + * Determine maximum common dimensions between source and destination, + * which is the defined region of output. + */ + X1 = srcudp->UdpL_X1 > dstudp->UdpL_X1 ? srcudp->UdpL_X1 : dstudp->UdpL_X1; + X2 = srcudp->UdpL_X2 < dstudp->UdpL_X2 ? srcudp->UdpL_X2 : dstudp->UdpL_X2; + Y1 = srcudp->UdpL_Y1 > dstudp->UdpL_Y1 ? srcudp->UdpL_Y1 : dstudp->UdpL_Y1; + Y2 = srcudp->UdpL_Y2 < dstudp->UdpL_Y2 ? srcudp->UdpL_Y2 : dstudp->UdpL_Y2; + + /* + * Determine the maximum common dimensions between the above region + * and the IDC (ROI or CPP), which is the region that will actually + * be processed. + */ + if( idc == NULL ) + { + x1 = X1; + x2 = X2; + y1 = Y1; + y2 = Y2; + } + else + { + x1 = idc->UdpL_X1 > X1 ? idc->UdpL_X1 : X1; + x2 = idc->UdpL_X2 < X2 ? idc->UdpL_X2 : X2; + y1 = idc->UdpL_Y1 > Y1 ? idc->UdpL_Y1 : Y1; + y2 = idc->UdpL_Y2 < Y2 ? idc->UdpL_Y2 : Y2; + if( idc->UdpA_Base != NULL ) + { + cpp = AreaGetCppUdp(idc); + if( !IsPointer_(cpp) ) + { + status = (int) cpp; + goto clean_up; + } + } + } + windowsz = in_kernel->y_count; + window = (UdpPtr *) DdxCalloc_(windowsz, sizeof(UdpPtr)); + if( window == NULL ) + { + status = BadAlloc; + goto clean_up; + } + /* Window is an array of UdpPtr's managed as a circular buffer. + * Initialize the window to contain enough temporary float UDP's to + * hold the data needed to compute one result scanline. + * Initialize a similar window for the CPP data, converted to byte form. + */ + for( i = 0; i < windowsz; i++ ) + { + window[i] = AreaGetTempUdp(srcudp); + if( !IsPointer_(window[i]) ) + { + status = (int) window[i]; + goto clean_up; + } + } + /* Fill in the UDP's with the data needed to compute the first result + * scanline (except for one line). Results along the image boundaries + * are computed by treating values outside the image as zero. + */ + for( scanline = y1 - in_kernel->center_y, window_next = 0; + scanline < y1 + windowsz - in_kernel->center_y - 1; + scanline++, window_next++ ) + { + status = AreaConvertScanline( srcudp, srcudp->UdpL_Y1, srcudp->UdpL_Y2, + scanline, window[window_next] ); + if( status != Success ) goto clean_up; + } + + /* Create a copy of the kernel containing the appropriate increments. */ + status = AreaAdjustKernel(in_kernel, window[0]->UdpL_PxlStride>>3, &kernel); + + dst = AreaGetTempUdp(dstudp); + if( !IsPointer_(dst) ) + { + status = (int) dst; + goto clean_up; + } + /* Just copy the rectangles that are outside of the ROI */ + /* Top */ + status = DdxCopy_( srcudp, dstudp, X1, Y1, X1, Y1, X2-X1+1, y1-Y1 ); + if( status != Success ) goto clean_up; + /* Bottom */ + status = DdxCopy_( srcudp, dstudp, X1, y2+1, X1, y2+1, X2-X1+1, Y2-y2 ); + if( status != Success ) goto clean_up; + /* Left */ + status = DdxCopy_( srcudp, dstudp, X1, y1, X1, y1, x1-X1, y2-y1+1 ); + if( status != Success ) goto clean_up; + /* Right */ + status = DdxCopy_( srcudp, dstudp, x2+1, y1, x2+1, y1, X2-x2, y2-y1+1 ); + if( status != Success ) goto clean_up; + + /* Now perform the area operation over the scanlines within the ROI */ + + dst->UdpL_Y1 = dst->UdpL_Y2 = y1; + if( dst->UdpA_Base == dstudp->UdpA_Base ) + dst->UdpL_Pos = dst->UdpL_Pos + y1 * dst->UdpL_ScnStride; + + window_center = kernel->center_y - 1; + window_next = windowsz - 1; + + for( scanline = y1; scanline <= y2; scanline++ ) + { + /* Advance the window, and add the next scanline to it */ + window_center = Circ_(window_center+1, windowsz); + status = AreaConvertScanline( srcudp, srcudp->UdpL_Y1, srcudp->UdpL_Y2, + scanline+windowsz-kernel->center_y-1, + window[window_next]); + if( status != Success ) goto clean_up; + + window_next = Circ_(window_next+1, windowsz); + + if( cpp == NULL ) + (*AreaOpTable[opidx])(window, window_center, kernel, dst, x1, x2); + else + { + status = AreaConvertCppLine( idc, + scanline+windowsz-kernel->center_y-1, + cpp ); + if( status != Success ) goto clean_up; + (*AreaOpTableCpp[opidx])(window, window_center, kernel, dst, + cpp, x1, x2); + } + status = AreaStoreScanline(dst, scanline, dstudp); + if( status != Success ) goto clean_up; + } + + /* Cleanup the temporary descriptors */ +clean_up : + if( IsPointer_(window) ) + { + for( i = 0; i < windowsz; i++ ) + if( IsPointer_(window[i]) ) + AreaDestroyTempUdp( window[i], srcudp ); + DdxFree_(window); + } + if( IsPointer_(dst) ) + AreaDestroyTempUdp( dst, dstudp ); + + if( IsPointer_(kernel) ) + AreaDestroyKernel(kernel); + + if( IsPointer_(cpp) ) + AreaDestroyTempUdp( cpp, idc ); + + return( status ); +} /* end SmiArea */ + +/***************************************************************************** +** Area processing routines +** +** FUNCTIONAL DESCRIPTION: +** +** These routines the actual area operation over a selected +** portion of a scanline. A separate routine is used for each +** type of operation. +** +** FORMAL PARAMETERS: +** +** window - Array of pointers to Udps containing the scanlines +** needed to process the current scanline. +** center - Index into window of the pointer to the current scanline. +** kernel - Pointer to TmpDatRec containing the kernel. +** dst - Pointer to a UDP describing the destination buffer. +** x1 - The x coordinate of the left endpoint of the ROI. +** x2 - The x coordinate of the right endpoint of the ROI. +** +*****************************************************************************/ +static void AreaAddMin(window, center, kernel, dst, x1, x2) +UdpPtr window[]; +int center; +TmpDatPtr kernel; +UdpPtr dst; +long int x1; +long int x2; +{ + unsigned char *dststart; + unsigned char *dstptr; + int dstbytes; + int srcbytes; + + UdpPtr curudp; + unsigned char *curstart; + unsigned char *curptr; + unsigned char *curedge; + + TmpDatEntryPtr k1; + TmpDatEntryPtr k2; + + int ky; + float value; + + int windowsz = kernel->y_count; + int kerntail = kernel->x_count - kernel->center_x - 1; + + srcbytes = window[center]->UdpL_PxlStride >> 3; + dstbytes = dst->UdpL_PxlStride >> 3; + + dststart = dst->UdpA_Base + (dst->UdpL_Pos >> 3) + + (x1 - dst->UdpL_X1) * dstbytes; + + /* Initialize the destination scanline with the first candidate for the + * minimum value, the value corresponding to the upper left corner of the + * kernel. + */ + dstptr = dststart; + k2 = kernel->array; /* 1st value in first row of kernel */ + + curudp = window[Circ_(center - kernel->center_y, windowsz)]; + curptr = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + ((x1 - kernel->center_x) - curudp->UdpL_X1) * srcbytes; + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + + while (curptr < curedge) { + /* The relevant source pixel is off the left edge of the image */ + *(float *)dstptr = k2->value + 0.0; + curptr += srcbytes; + dstptr += dstbytes; + } + + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curptr < curedge) { + *(float *)dstptr = k2->value + *(float *)curptr; + curptr += srcbytes; + dstptr += dstbytes; + } + + /* + * Now calculate the rest, saving the minimum. + */ + k1 = kernel->array; + + for (ky = -kernel->center_y; ky < windowsz - kernel->center_y; ky++) { + curudp = window[Circ_(center + ky, windowsz)]; + dstptr = dststart; + + curstart = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x1 - kernel->center_x - curudp->UdpL_X1) * srcbytes; + + /* Do the region where pixels outside the left edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr < curedge) + value = k2->value + 0.0; + else + value = *(float *)curptr + k2->value; + if (value < *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + /* Do the pixels where the kernel totally overlaps the image */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (Min_(x2, curudp->UdpL_X2-kerntail) - kernel->center_x + - curudp->UdpL_X1) * srcbytes; + while (curstart <= curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + value = *(float *)curptr + k2->value; + if (value < *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + /* Do the region where pixels outside the right edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr <= curedge) + value = *(float *)curptr + k2->value; + else + value = k2->value + 0.0; + if (value < *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + k1 += (kernel->x_count+1); + } +} /* end AreaAddMin */ + +static void AreaAddMax(window, center, kernel, dst, x1, x2) +UdpPtr window[]; +int center; +TmpDatPtr kernel; +UdpPtr dst; +long int x1; +long int x2; +{ + unsigned char *dststart; + unsigned char *dstptr; + int dstbytes; + int srcbytes; + + UdpPtr curudp; + unsigned char *curstart; + unsigned char *curptr; + unsigned char *curedge; + + TmpDatEntryPtr k1; + TmpDatEntryPtr k2; + + int ky; + float value; + + int windowsz = kernel->y_count; + int kerntail = kernel->x_count - kernel->center_x - 1; + + srcbytes = window[center]->UdpL_PxlStride >> 3; + dstbytes = dst->UdpL_PxlStride >> 3; + + dststart = dst->UdpA_Base + (dst->UdpL_Pos >> 3) + + (x1 - dst->UdpL_X1) * dstbytes; + + /* Initialize the destination scanline with the first candidate for the + * minimum value, the value corresponding to the upper left corner of the + * kernel. + */ + dstptr = dststart; + k2 = kernel->array; /* 1st value in first row of kernel */ + + curudp = window[Circ_(center - kernel->center_y, windowsz)]; + curptr = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + ((x1 - kernel->center_x) - curudp->UdpL_X1) * srcbytes; + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + + while (curptr < curedge) { + /* The relevant source pixel is off the left edge of the image */ + *(float *)dstptr = k2->value + 0.0; + curptr += srcbytes; + dstptr += dstbytes; + } + + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curptr < curedge) { + *(float *)dstptr = k2->value + *(float *)curptr; + curptr += srcbytes; + dstptr += dstbytes; + } + + /* + * Now calculate the rest, saving the minimum. + */ + k1 = kernel->array; + + for (ky = -kernel->center_y; ky < windowsz - kernel->center_y; ky++) { + curudp = window[Circ_(center + ky, windowsz)]; + dstptr = dststart; + + curstart = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x1 - kernel->center_x - curudp->UdpL_X1) * srcbytes; + + /* Do the region where pixels outside the left edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr < curedge) + value = k2->value + 0.0; + else + value = *(float *)curptr + k2->value; + if (value > *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + /* Do the pixels where the kernel totally overlaps the image */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (Min_(x2, curudp->UdpL_X2-kerntail) - kernel->center_x + - curudp->UdpL_X1) * srcbytes; + while (curstart <= curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + value = *(float *)curptr + k2->value; + if (value > *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + /* Do the region where pixels outside the right edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr <= curedge) + value = *(float *)curptr + k2->value; + else + value = k2->value + 0.0; + if (value > *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + k1 += (kernel->x_count+1); + } +} /* end AreaAddMax */ + +static void AreaAddSum(window, center, kernel, dst, x1, x2) +UdpPtr window[]; +int center; +TmpDatPtr kernel; +UdpPtr dst; +long int x1; +long int x2; +{ + long int pixel; + + unsigned char *dststart; + unsigned char *dstptr; + int dstbytes; + int srcbytes; + + UdpPtr curudp; + unsigned char *curstart; + unsigned char *curptr; + unsigned char *curedge; + + TmpDatEntryPtr k1; + TmpDatEntryPtr k2; + + int ky; + + int windowsz = kernel->y_count; + int kerntail = kernel->x_count - kernel->center_x - 1; + + srcbytes = window[center]->UdpL_PxlStride >> 3; + dstbytes = dst->UdpL_PxlStride >> 3; + + dststart = dst->UdpA_Base + (dst->UdpL_Pos >> 3) + + (x1 - dst->UdpL_X1) * dstbytes; + + /* Zero the destination scanline so we can accumulate into it */ + dstptr = dststart; + for (pixel = x1; pixel <= x2; pixel++) { + *(float *)dstptr = 0.0; + dstptr+=dstbytes; + } + + /* + * Calculate the summation. + */ + k1 = kernel->array; + + for (ky = -kernel->center_y; ky < windowsz - kernel->center_y; ky++) { + curudp = window[Circ_(center + ky, windowsz)]; + dstptr = dststart; + + curstart = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x1 - kernel->center_x - curudp->UdpL_X1) * srcbytes; + + /* Do the region where pixels outside the left edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr < curedge) + *(float *)dstptr += (k2->value + 0.0); + else + *(float *)dstptr += (*(float *)curptr + k2->value); + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + /* Do the pixels where the kernel totally overlaps the image */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (Min_(x2, curudp->UdpL_X2-kerntail) - kernel->center_x + - curudp->UdpL_X1) * srcbytes; + while (curstart <= curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + *(float *)dstptr += (*(float *)curptr + k2->value); + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + /* Do the region where pixels outside the right edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr <= curedge) + *(float *)dstptr += (*(float *)curptr + k2->value); + else + *(float *)dstptr += (k2->value + 0.0); + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + k1 += (kernel->x_count+1); + } + +} /* end AreaAddSum */ + +static void AreaMultMin(window, center, kernel, dst, x1, x2) +UdpPtr window[]; +int center; +TmpDatPtr kernel; +UdpPtr dst; +long int x1; +long int x2; +{ + unsigned char *dststart; + unsigned char *dstptr; + int dstbytes; + int srcbytes; + + UdpPtr curudp; + unsigned char *curstart; + unsigned char *curptr; + unsigned char *curedge; + + TmpDatEntryPtr k1; + TmpDatEntryPtr k2; + + int ky; + float value; + + int windowsz = kernel->y_count; + int kerntail = kernel->x_count - kernel->center_x - 1; + + srcbytes = window[center]->UdpL_PxlStride >> 3; + dstbytes = dst->UdpL_PxlStride >> 3; + + dststart = dst->UdpA_Base + (dst->UdpL_Pos >> 3) + + (x1 - dst->UdpL_X1) * dstbytes; + + /* Initialize the destination scanline with the first candidate for the + * minimum value, the value corresponding to the upper left corner of the + * kernel. + */ + dstptr = dststart; + k2 = kernel->array; /* 1st value in first row of kernel */ + + curudp = window[Circ_(center - kernel->center_y, windowsz)]; + curptr = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + ((x1 - kernel->center_x) - curudp->UdpL_X1) * srcbytes; + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + + while (curptr < curedge) { + /* The relevant source pixel is off the left edge of the image */ + *(float *)dstptr = 0.0 * k2->value; + curptr += srcbytes; + dstptr += dstbytes; + } + + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curptr < curedge) { + *(float *)dstptr = k2->value * *(float *)curptr; + curptr += srcbytes; + dstptr += dstbytes; + } + + /* + * Now calculate the rest, saving the minimum. + */ + k1 = kernel->array; + + for (ky = -kernel->center_y; ky < windowsz - kernel->center_y; ky++) { + curudp = window[Circ_(center + ky, windowsz)]; + dstptr = dststart; + + curstart = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x1 - kernel->center_x - curudp->UdpL_X1) * srcbytes; + + /* Do the region where pixels outside the left edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr < curedge) + value = 0.0 * k2->value; + else + value = *(float *)curptr * k2->value; + if (value < *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + /* Do the pixels where the kernel totally overlaps the image */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (Min_(x2, curudp->UdpL_X2-kerntail) - kernel->center_x + - curudp->UdpL_X1) * srcbytes; + while (curstart <= curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + value = *(float *)curptr * k2->value; + if (value < *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + /* Do the region where pixels outside the right edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr <= curedge) + value = *(float *)curptr * k2->value; + else + value = 0.0 * k2->value ; + if (value < *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + k1 += (kernel->x_count+1); + } +} /* end AreaMultMin */ + +static void AreaMultMax(window, center, kernel, dst, x1, x2) +UdpPtr window[]; +int center; +TmpDatPtr kernel; +UdpPtr dst; +long int x1; +long int x2; +{ + unsigned char *dststart; + unsigned char *dstptr; + int dstbytes; + int srcbytes; + + UdpPtr curudp; + unsigned char *curstart; + unsigned char *curptr; + unsigned char *curedge; + + TmpDatEntryPtr k1; + TmpDatEntryPtr k2; + + int ky; + float value; + + int windowsz = kernel->y_count; + int kerntail = kernel->x_count - kernel->center_x - 1; + + srcbytes = window[center]->UdpL_PxlStride >> 3; + dstbytes = dst->UdpL_PxlStride >> 3; + + dststart = dst->UdpA_Base + (dst->UdpL_Pos >> 3) + + (x1 - dst->UdpL_X1) * dstbytes; + + /* Initialize the destination scanline with the first candidate for the + * minimum value, the value corresponding to the upper left corner of the + * kernel. + */ + dstptr = dststart; + k2 = kernel->array; /* 1st value in first row of kernel */ + + curudp = window[Circ_(center - kernel->center_y, windowsz)]; + curptr = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + ((x1 - kernel->center_x) - curudp->UdpL_X1) * srcbytes; + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + + while (curptr < curedge) { + /* The relevant source pixel is off the left edge of the image */ + *(float *)dstptr = 0.0 * k2->value; + curptr += srcbytes; + dstptr += dstbytes; + } + + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curptr < curedge) { + *(float *)dstptr = k2->value * *(float *)curptr; + curptr += srcbytes; + dstptr += dstbytes; + } + + /* + * Now calculate the rest, saving the minimum. + */ + k1 = kernel->array; + + for (ky = -kernel->center_y; ky < windowsz - kernel->center_y; ky++) { + curudp = window[Circ_(center + ky, windowsz)]; + dstptr = dststart; + + curstart = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x1 - kernel->center_x - curudp->UdpL_X1) * srcbytes; + + /* Do the region where pixels outside the left edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr < curedge) + value = 0.0 * k2->value; + else + value = *(float *)curptr * k2->value; + if (value > *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + /* Do the pixels where the kernel totally overlaps the image */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (Min_(x2, curudp->UdpL_X2-kerntail) - kernel->center_x + - curudp->UdpL_X1) * srcbytes; + while (curstart <= curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + value = *(float *)curptr * k2->value; + if (value > *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + /* Do the region where pixels outside the right edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr <= curedge) + value = *(float *)curptr * k2->value; + else + value = 0.0 * k2->value ; + if (value > *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + k1 += (kernel->x_count+1); + } +} /* end AreaMultMax */ + +static void AreaMultSum(window, center, kernel, dst, x1, x2) +UdpPtr window[]; +int center; +TmpDatPtr kernel; +UdpPtr dst; +long int x1; +long int x2; +{ + long int pixel; + + unsigned char *dststart; + unsigned char *dstptr; + int dstbytes; + int srcbytes; + + UdpPtr curudp; + unsigned char *curstart; + unsigned char *curptr; + unsigned char *curedge; + + TmpDatEntryPtr k1; + TmpDatEntryPtr k2; + + int ky; + + int windowsz = kernel->y_count; + int kerntail = kernel->x_count - kernel->center_x - 1; + + srcbytes = window[center]->UdpL_PxlStride >> 3; + dstbytes = dst->UdpL_PxlStride >> 3; + + dststart = dst->UdpA_Base + (dst->UdpL_Pos >> 3) + + (x1 - dst->UdpL_X1) * dstbytes; + + /* Zero the destination scanline so we can accumulate into it */ + dstptr = dststart; + for (pixel = x1; pixel <= x2; pixel++) { + *(float *)dstptr = 0.0; + dstptr+=dstbytes; + } + + /* + * Calculate the summation. + */ + k1 = kernel->array; + + for (ky = -kernel->center_y; ky < windowsz - kernel->center_y; ky++) { + curudp = window[Circ_(center + ky, windowsz)]; + dstptr = dststart; + + curstart = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x1 - kernel->center_x - curudp->UdpL_X1) * srcbytes; + + /* Do the region where pixels outside the left edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr < curedge) + *(float *)dstptr += (k2->value * 0.0); + else + *(float *)dstptr += (*(float *)curptr * k2->value); + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + /* Do the pixels where the kernel totally overlaps the image */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (Min_(x2, curudp->UdpL_X2-kerntail) - kernel->center_x + - curudp->UdpL_X1) * srcbytes; + while (curstart <= curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + *(float *)dstptr += (*(float *)curptr * k2->value); + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + /* Do the region where pixels outside the right edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr <= curedge) + *(float *)dstptr += (*(float *)curptr * k2->value); + else + *(float *)dstptr += (k2->value * 0.0); + k2++; + } + curstart += srcbytes; + dstptr += dstbytes; + } + + k1 += (kernel->x_count+1); + } +} /* end AreaMultSum */ + +/***************************************************************************** +** Area processing routines including CPP +** +** FUNCTIONAL DESCRIPTION: +** +** These routines the actual area operation over a selected +** portion of a scanline. A separate routine is used for each +** type of operation. +** +** FORMAL PARAMETERS: +** +** window - Array of pointers to Udps containing the scanlines +** needed to process the current scanline. +** center - Index into window of the pointer to the current scanline. +** kernel - Pointer to a TmpDatRec describing the area kernel. +** dst - Pointer to a UDP describing the destination buffer. +** cpp - Pointer to a UDP describing the Control Processing Plane. +** y - The y coordinate of the beginning of the CPP or ROI. +** x1 - The x coordinate of the left endpoint of the CPP, or ROI. +** x2 - The x coordinate of the right endpoint of the CPP, or ROI. +** +*****************************************************************************/ +static void AreaAddMinCpp(window, center, kernel, dst, cpp, x1, x2) +UdpPtr window[]; +int center; +TmpDatPtr kernel; +UdpPtr dst; +UdpPtr cpp; +long int x1; +long int x2; +{ + unsigned char *dststart; + unsigned char *dstptr; + int dstbytes; + int srcbytes; + + UdpPtr curudp; + unsigned char *curstart; + unsigned char *curptr; + unsigned char *curedge; + unsigned char *srcptr; + + unsigned char *cppstart; + unsigned char *cppptr; + + TmpDatEntryPtr k1; + TmpDatEntryPtr k2; + + int ky; + float value; + + int windowsz = kernel->y_count; + int kerntail = kernel->x_count - kernel->center_x - 1; + + srcbytes = window[center]->UdpL_PxlStride >> 3; + dstbytes = dst->UdpL_PxlStride >> 3; + + dststart = dst->UdpA_Base + (dst->UdpL_Pos >> 3) + + (x1 - dst->UdpL_X1) * dstbytes; + cppstart = cpp->UdpA_Base + (cpp->UdpL_Pos >> 3); + + + /* Initialize the destination scanline with the first candidate for the + * minimum value, the value corresponding to the upper left corner of the + * kernel. + */ + dstptr = dststart; + k2 = kernel->array; /* 1st value in first row of kernel */ + + curudp = window[Circ_(center - kernel->center_y, windowsz)]; + curptr = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + ((x1 - kernel->center_x) - curudp->UdpL_X1) * srcbytes; + cppptr = cppstart; + srcptr = window[center]->UdpA_Base + + (window[center]->UdpL_Pos >> 3) + + (x1 - window[center]->UdpL_X1) * srcbytes; + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + + while (curptr < curedge) { + /* The relevant source pixel is off the left edge of the image */ + if (*cppptr) + *(float *)dstptr = k2->value + 0.0; + else + *(float *)dstptr = *(float *)srcptr; + curptr += srcbytes; + dstptr += dstbytes; + cppptr++; + srcptr += srcbytes; + } + + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curptr < curedge) { + if (*cppptr) + *(float *)dstptr = k2->value + *(float *)curptr; + else + *(float *)dstptr = *(float *)srcptr; + curptr += srcbytes; + dstptr += dstbytes; + cppptr++; + srcptr += srcbytes; + } + + /* + * Now calculate the rest, saving the minimum. + */ + k1 = kernel->array; + + for (ky = -kernel->center_y; ky < windowsz - kernel->center_y; ky++) { + curudp = window[Circ_(center + ky, windowsz)]; + dstptr = dststart; + cppptr = cppstart; + + curstart = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x1 - kernel->center_x - curudp->UdpL_X1) * srcbytes; + + /* Do the region where pixels outside the left edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr < curedge) + value = k2->value + 0.0; + else + value = *(float *)curptr + k2->value; + if (value < *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + /* Do the pixels where the kernel totally overlaps the image */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (Min_(x2, curudp->UdpL_X2-kerntail) - kernel->center_x + - curudp->UdpL_X1) * srcbytes; + while (curstart <= curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + value = *(float *)curptr + k2->value; + if (value < *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + /* Do the region where pixels outside the right edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr <= curedge) + value = *(float *)curptr + k2->value; + else + value = k2->value + 0.0; + if (value < *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + k1 += (kernel->x_count+1); + } +} /* end AreaAddMinCpp */ + +static void AreaAddMaxCpp(window, center, kernel, dst, cpp, x1, x2) +UdpPtr window[]; +int center; +TmpDatPtr kernel; +UdpPtr dst; +UdpPtr cpp; +long int x1; +long int x2; +{ + unsigned char *dststart; + unsigned char *dstptr; + int dstbytes; + int srcbytes; + + UdpPtr curudp; + unsigned char *curstart; + unsigned char *curptr; + unsigned char *curedge; + unsigned char *srcptr; + + unsigned char *cppstart; + unsigned char *cppptr; + + TmpDatEntryPtr k1; + TmpDatEntryPtr k2; + + int ky; + float value; + + int windowsz = kernel->y_count; + int kerntail = kernel->x_count - kernel->center_x - 1; + + srcbytes = window[center]->UdpL_PxlStride >> 3; + dstbytes = dst->UdpL_PxlStride >> 3; + + dststart = dst->UdpA_Base + (dst->UdpL_Pos >> 3) + + (x1 - dst->UdpL_X1) * dstbytes; + cppstart = cpp->UdpA_Base + (cpp->UdpL_Pos >> 3); + + /* Initialize the destination scanline with the first candidate for the + * minimum value, the value corresponding to the upper left corner of the + * kernel. + */ + dstptr = dststart; + k2 = kernel->array; /* 1st value in first row of kernel */ + + curudp = window[Circ_(center - kernel->center_y, windowsz)]; + curptr = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + ((x1 - kernel->center_x) - curudp->UdpL_X1) * srcbytes; + cppptr = cppstart; + srcptr = window[center]->UdpA_Base + + (window[center]->UdpL_Pos >> 3) + + (x1 - window[center]->UdpL_X1) * srcbytes; + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + + while (curptr < curedge) { + /* The relevant source pixel is off the left edge of the image */ + *(float *)dstptr = k2->value + 0.0; + curptr += srcbytes; + dstptr += dstbytes; + cppptr++; + srcptr += srcbytes; + } + + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curptr < curedge) { + if (*cppptr) + *(float *)dstptr = k2->value + *(float *)curptr; + else + *(float *)dstptr = *(float *)srcptr; + curptr += srcbytes; + dstptr += dstbytes; + cppptr++; + srcptr += srcbytes; + } + + /* + * Now calculate the rest, saving the minimum. + */ + k1 = kernel->array; + + for (ky = -kernel->center_y; ky < windowsz - kernel->center_y; ky++) { + curudp = window[Circ_(center + ky, windowsz)]; + dstptr = dststart; + cppptr = cppstart; + + curstart = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x1 - kernel->center_x - curudp->UdpL_X1) * srcbytes; + + /* Do the region where pixels outside the left edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr < curedge) + value = k2->value + 0.0; + else + value = *(float *)curptr + k2->value; + if (value > *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + /* Do the pixels where the kernel totally overlaps the image */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (Min_(x2, curudp->UdpL_X2-kerntail) - kernel->center_x + - curudp->UdpL_X1) * srcbytes; + while (curstart <= curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + value = *(float *)curptr + k2->value; + if (value > *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + /* Do the region where pixels outside the right edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr <= curedge) + value = *(float *)curptr + k2->value; + else + value = k2->value + 0.0; + if (value > *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + k1 += (kernel->x_count+1); + } +} /* end AreaAddMaxCpp */ + +static void AreaAddSumCpp(window, center, kernel, dst, cpp, x1, x2) +UdpPtr window[]; +int center; +TmpDatPtr kernel; +UdpPtr dst; +UdpPtr cpp; +long int x1; +long int x2; +{ + long int pixel; + + unsigned char *dststart; + unsigned char *dstptr; + int dstbytes; + int srcbytes; + + UdpPtr curudp; + unsigned char *curstart; + unsigned char *curptr; + unsigned char *curedge; + unsigned char *srcptr; + + unsigned char *cppstart; + unsigned char *cppptr; + + TmpDatEntryPtr k1; + TmpDatEntryPtr k2; + + int ky; + + int windowsz = kernel->y_count; + int kerntail = kernel->x_count - kernel->center_x - 1; + + srcbytes = window[center]->UdpL_PxlStride >> 3; + dstbytes = dst->UdpL_PxlStride >> 3; + + dststart = dst->UdpA_Base + (dst->UdpL_Pos >> 3) + + (x1 - dst->UdpL_X1) * dstbytes; + cppstart = cpp->UdpA_Base + (cpp->UdpL_Pos >> 3); + + /* Zero the destination scanline so we can accumulate into it. + * Copy the source data to those points not selected by the CPP */ + dstptr = dststart; + cppptr = cppstart; + srcptr = window[center]->UdpA_Base + + (window[center]->UdpL_Pos >> 3) + + (x1 - window[center]->UdpL_X1) * srcbytes; + + for (pixel = x1; pixel <= x2; pixel++) { + *(float *)dstptr = (*cppptr) ? 0.0 + : *(float *)srcptr; + dstptr+=dstbytes; + srcptr+=srcbytes; + cppptr++; + } + + /* + * Calculate the summation. + */ + k1 = kernel->array; + + for (ky = -kernel->center_y; ky < windowsz - kernel->center_y; ky++) { + curudp = window[Circ_(center + ky, windowsz)]; + dstptr = dststart; + cppptr = cppstart; + + curstart = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x1 - kernel->center_x - curudp->UdpL_X1) * srcbytes; + + /* Do the region where pixels outside the left edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr < curedge) + *(float *)dstptr += (k2->value + 0.0); + else + *(float *)dstptr += (*(float *)curptr + k2->value); + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + /* Do the pixels where the kernel totally overlaps the image */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (Min_(x2, curudp->UdpL_X2-kerntail) - kernel->center_x + - curudp->UdpL_X1) * srcbytes; + while (curstart <= curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + *(float *)dstptr += (*(float *)curptr + k2->value); + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + /* Do the region where pixels outside the right edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr <= curedge) + *(float *)dstptr += (*(float *)curptr + k2->value); + else + *(float *)dstptr += (k2->value + 0.0); + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + k1 += (kernel->x_count+1); + } + +} /* end AreaAddSumCpp */ + +static void AreaMultMinCpp(window, center, kernel, dst, cpp, x1, x2) +UdpPtr window[]; +int center; +TmpDatPtr kernel; +UdpPtr dst; +UdpPtr cpp; +long int x1; +long int x2; +{ + unsigned char *dststart; + unsigned char *dstptr; + int dstbytes; + int srcbytes; + + UdpPtr curudp; + unsigned char *curstart; + unsigned char *curptr; + unsigned char *curedge; + unsigned char *srcptr; + + unsigned char *cppstart; + unsigned char *cppptr; + + TmpDatEntryPtr k1; + TmpDatEntryPtr k2; + + int ky; + float value; + + int windowsz = kernel->y_count; + int kerntail = kernel->x_count - kernel->center_x - 1; + + srcbytes = window[center]->UdpL_PxlStride >> 3; + dstbytes = dst->UdpL_PxlStride >> 3; + + dststart = dst->UdpA_Base + (dst->UdpL_Pos >> 3) + + (x1 - dst->UdpL_X1) * dstbytes; + cppstart = cpp->UdpA_Base + (cpp->UdpL_Pos >> 3); + + + /* Initialize the destination scanline with the first candidate for the + * minimum value, the value corresponding to the upper left corner of the + * kernel. + */ + dstptr = dststart; + k2 = kernel->array; /* 1st value in first row of kernel */ + + curudp = window[Circ_(center - kernel->center_y, windowsz)]; + curptr = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + ((x1 - kernel->center_x) - curudp->UdpL_X1) * srcbytes; + cppptr = cppstart; + srcptr = window[center]->UdpA_Base + + (window[center]->UdpL_Pos >> 3) + + (x1 - window[center]->UdpL_X1) * srcbytes; + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + + while (curptr < curedge) { + /* The relevant source pixel is off the left edge of the image */ + if (*cppptr) + *(float *)dstptr = k2->value * 0.0; + else + *(float *)dstptr = *(float *)srcptr; + curptr += srcbytes; + dstptr += dstbytes; + cppptr++; + srcptr += srcbytes; + } + + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curptr < curedge) { + if (*cppptr) + *(float *)dstptr = k2->value * *(float *)curptr; + else + *(float *)dstptr = *(float *)srcptr; + curptr += srcbytes; + dstptr += dstbytes; + cppptr++; + srcptr += srcbytes; + } + + /* + * Now calculate the rest, saving the minimum. + */ + k1 = kernel->array; + + for (ky = -kernel->center_y; ky < windowsz - kernel->center_y; ky++) { + curudp = window[Circ_(center + ky, windowsz)]; + dstptr = dststart; + cppptr = cppstart; + + curstart = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x1 - kernel->center_x - curudp->UdpL_X1) * srcbytes; + + /* Do the region where pixels outside the left edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr < curedge) + value = k2->value * 0.0; + else + value = *(float *)curptr * k2->value; + if (value < *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + /* Do the pixels where the kernel totally overlaps the image */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (Min_(x2, curudp->UdpL_X2-kerntail) - kernel->center_x + - curudp->UdpL_X1) * srcbytes; + while (curstart <= curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + value = *(float *)curptr * k2->value; + if (value < *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + /* Do the region where pixels outside the right edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr <= curedge) + value = *(float *)curptr * k2->value; + else + value = k2->value * 0.0; + if (value < *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + k1 += (kernel->x_count+1); + } + +} /* end AreaMultMinCpp */ + +static void AreaMultMaxCpp(window, center, kernel, dst, cpp, x1, x2) +UdpPtr window[]; +int center; +TmpDatPtr kernel; +UdpPtr dst; +UdpPtr cpp; +long int x1; +long int x2; +{ + unsigned char *dststart; + unsigned char *dstptr; + int dstbytes; + int srcbytes; + + UdpPtr curudp; + unsigned char *curstart; + unsigned char *curptr; + unsigned char *curedge; + unsigned char *srcptr; + + unsigned char *cppstart; + unsigned char *cppptr; + + TmpDatEntryPtr k1; + TmpDatEntryPtr k2; + + int ky; + float value; + + int windowsz = kernel->y_count; + int kerntail = kernel->x_count - kernel->center_x - 1; + + srcbytes = window[center]->UdpL_PxlStride >> 3; + dstbytes = dst->UdpL_PxlStride >> 3; + + dststart = dst->UdpA_Base + (dst->UdpL_Pos >> 3) + + (x1 - dst->UdpL_X1) * dstbytes; + cppstart = cpp->UdpA_Base + (cpp->UdpL_Pos >> 3); + + /* Initialize the destination scanline with the first candidate for the + * minimum value, the value corresponding to the upper left corner of the + * kernel. + */ + dstptr = dststart; + k2 = kernel->array; /* 1st value in first row of kernel */ + + curudp = window[Circ_(center - kernel->center_y, windowsz)]; + curptr = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + ((x1 - kernel->center_x) - curudp->UdpL_X1) * srcbytes; + cppptr = cppstart; + srcptr = window[center]->UdpA_Base + + (window[center]->UdpL_Pos >> 3) + + (x1 - window[center]->UdpL_X1) * srcbytes; + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + + while (curptr < curedge) { + /* The relevant source pixel is off the left edge of the image */ + *(float *)dstptr = k2->value * 0.0; + curptr += srcbytes; + dstptr += dstbytes; + cppptr++; + srcptr += srcbytes; + } + + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curptr < curedge) { + if (*cppptr) + *(float *)dstptr = k2->value * *(float *)curptr; + else + *(float *)dstptr = *(float *)srcptr; + curptr += srcbytes; + dstptr += dstbytes; + cppptr++; + srcptr += srcbytes; + } + + /* + * Now calculate the rest, saving the minimum. + */ + k1 = kernel->array; + + for (ky = -kernel->center_y; ky < windowsz - kernel->center_y; ky++) { + curudp = window[Circ_(center + ky, windowsz)]; + dstptr = dststart; + cppptr = cppstart; + + curstart = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x1 - kernel->center_x - curudp->UdpL_X1) * srcbytes; + + /* Do the region where pixels outside the left edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr < curedge) + value = k2->value * 0.0; + else + value = *(float *)curptr * k2->value; + if (value > *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + /* Do the pixels where the kernel totally overlaps the image */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (Min_(x2, curudp->UdpL_X2-kerntail) - kernel->center_x + - curudp->UdpL_X1) * srcbytes; + while (curstart <= curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + value = *(float *)curptr * k2->value; + if (value > *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + /* Do the region where pixels outside the right edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr <= curedge) + value = *(float *)curptr * k2->value; + else + value = k2->value * 0.0; + if (value > *(float *)dstptr) + *(float *)dstptr = value; + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + k1 += (kernel->x_count+1); + } +} /* end AreaMultMaxCpp */ + +static void AreaMultSumCpp(window, center, kernel, dst, cpp, x1, x2) +UdpPtr window[]; +int center; +TmpDatPtr kernel; +UdpPtr dst; +UdpPtr cpp; +long int x1; +long int x2; +{ + long int pixel; + + unsigned char *dststart; + unsigned char *dstptr; + int dstbytes; + int srcbytes; + + UdpPtr curudp; + unsigned char *curstart; + unsigned char *curptr; + unsigned char *curedge; + unsigned char *srcptr; + + unsigned char *cppstart; + unsigned char *cppptr; + + TmpDatEntryPtr k1; + TmpDatEntryPtr k2; + + int ky; + + int windowsz = kernel->y_count; + int kerntail = kernel->x_count - kernel->center_x - 1; + + srcbytes = window[center]->UdpL_PxlStride >> 3; + dstbytes = dst->UdpL_PxlStride >> 3; + + dststart = dst->UdpA_Base + (dst->UdpL_Pos >> 3) + + (x1 - dst->UdpL_X1) * dstbytes; + cppstart = cpp->UdpA_Base + (cpp->UdpL_Pos >> 3); + + /* Zero the destination scanline so we can accumulate into it. + * Copy the source data to those points not selected by the CPP */ + cppptr = cppstart; + dstptr = dststart; + srcptr = window[center]->UdpA_Base + + (window[center]->UdpL_Pos >> 3) + + (x1 - window[center]->UdpL_X1) * srcbytes; + + for (pixel = x1; pixel <= x2; pixel++) { + *(float *)dstptr = (*cppptr) ? 0.0 + : *(float *)srcptr; + dstptr+=dstbytes; + srcptr+=srcbytes; + cppptr++; + } + + /* + * Calculate the summation. + */ + k1 = kernel->array; + + for (ky = -kernel->center_y; ky < windowsz - kernel->center_y; ky++) { + curudp = window[Circ_(center + ky, windowsz)]; + dstptr = dststart; + cppptr = cppstart; + + curstart = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x1 - kernel->center_x - curudp->UdpL_X1) * srcbytes; + + /* Do the region where pixels outside the left edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3); + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr < curedge) + *(float *)dstptr += (k2->value * 0.0); + else + *(float *)dstptr += (*(float *)curptr * k2->value); + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + /* Do the pixels where the kernel totally overlaps the image */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (Min_(x2, curudp->UdpL_X2-kerntail) - kernel->center_x + - curudp->UdpL_X1) * srcbytes; + while (curstart <= curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + *(float *)dstptr += (*(float *)curptr * k2->value); + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + /* Do the region where pixels outside the right edge of the + * image are needed */ + curedge = curudp->UdpA_Base + (curudp->UdpL_Pos >> 3) + + (x2 - curudp->UdpL_X1) * srcbytes; + while (curstart < curedge) { + k2 = k1; + curptr = curstart - srcbytes; + if (*cppptr) { + while (k2->increment != 0) { + curptr += k2->increment; + if (curptr <= curedge) + *(float *)dstptr += (*(float *)curptr * k2->value); + else + *(float *)dstptr += (k2->value * 0.0); + k2++; + } + } + curstart += srcbytes; + dstptr += dstbytes; + cppptr++; + } + + k1 += (kernel->x_count+1); + } +} /* end AreaMultSumCpp */ + +/***************************************************************************** +** AreaGetTempUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Create a UDP which can be used to hold one scanline of the +** source UDP, but using float data. If the source UDP is already +* in float format, just point to its data. +** +** FORMAL PARAMETERS: +** +** src - Pointer to source UDP +** +** FUNCTION VALUE: +** +** Returns a pointer to a UDP describing floating point data. +** +*****************************************************************************/ +static UdpPtr AreaGetTempUdp(src) + UdpPtr src; +{ + UdpPtr dst; + + dst = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( dst == NULL ) return( (UdpPtr) dst ); + + *dst = *src; + dst->UdpL_Y2 = src->UdpL_Y1; + dst->UdpL_ScnCnt = 1; + + if( src->UdpB_DType != UdpK_DTypeF ) + { + dst->UdpW_PixelLength = sizeof(float) * 8; + dst->UdpB_DType = UdpK_DTypeF; + dst->UdpB_Class = UdpK_ClassA; + dst->UdpL_PxlStride = dst->UdpW_PixelLength; + dst->UdpL_ScnStride = dst->UdpL_PxlPerScn * dst->UdpL_PxlStride; + dst->UdpL_ArSize = dst->UdpL_ScnStride; + dst->UdpL_Pos = 0; + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + { + DdxFree_(dst); + return( (UdpPtr) BadAlloc ); + } + } + return( dst ); +} /* end AreaGetTempUdp */ + +/***************************************************************************** +** AreaDestroyTempUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Free a UDP created by AreGetTempUdp. +** +** FORMAL PARAMETERS: +** +** udp - Pointer to the udp to free. +** realudp - Pointer to a udp which might actually own the storage +** pointed to by udp. +** +*****************************************************************************/ +static void AreaDestroyTempUdp( udp, realudp ) +UdpPtr udp; +UdpPtr realudp; + +{ + if( IsPointer_(udp) ) + { + if( IsPointer_(udp->UdpA_Base) && udp->UdpA_Base != realudp->UdpA_Base ) + DdxFreeBits_( udp->UdpA_Base ); + DdxFree_( udp ); + } +} /* end AreaDestroyTempUdp */ + +/***************************************************************************** +** AreaConvertScanline +** +** FUNCTIONAL DESCRIPTION: +** +** Adjust a UDP to point to the specified scanline of the source +** UDP. If the source UDP is not of type float, convert the +** data and leave it associated with the adjusted UDP. +** +** FORMAL PARAMETERS: +** +** src - Pointer to the source UDP. +** srcy1 - Beginning scanline index of entire source image. +** srcy2 - Ending scanline index of entire source image. +** scanline - The scanline being processed. +** dst - Pointer to the UDP to be adjusted. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int AreaConvertScanline(src, srcy1, srcy2, scanline, dst) + UdpPtr src; + long int srcy1, srcy2; + long int scanline; + UdpPtr dst; +{ + int status = Success; + + dst->UdpL_Y1 = dst->UdpL_Y2 = scanline; + + if( src->UdpB_DType != UdpK_DTypeF ) + if( scanline < srcy1 || scanline > srcy2 ) + { + /* Supply a zero "image" outside of the image boundaries */ + dst->UdpL_Y1 = dst->UdpL_Y2 = 0; + status = DdxFillRegion_( dst, 0, 0, src->UdpL_PxlPerScn, 1, 0 ); + dst->UdpL_Y1 = dst->UdpL_Y2 = scanline; + } + else + status = DdxConvert_( src, dst, XieK_MoveMode ); + + else + /* This UDP normally points to the input data. If we need to + * supply a scanline of "zero" image, we have to swap to a + * temporary buffer. + */ + if( scanline < srcy1 || scanline > srcy2 ) + { + /* Supply a zero "image" outside of the image boundaries */ + if (dst->UdpA_Base == src->UdpA_Base) + dst->UdpA_Base = 0; /* Let DdxFill_ give us a temp buffer */ + dst->UdpL_Y1 = dst->UdpL_Y2 = 0; + status = DdxFillRegion_( dst, 0, 0, src->UdpL_PxlPerScn, 1, 0 ); + dst->UdpL_Y1 = dst->UdpL_Y2 = scanline; + } + else + { + if( dst->UdpA_Base != src->UdpA_Base ) + { + DdxFreeBits_(dst->UdpA_Base); + dst->UdpA_Base = src->UdpA_Base; + } + dst->UdpL_Pos = src->UdpL_Pos + scanline * src->UdpL_ScnStride; + } + return( status ); +} /* end AreaConvertScanline */ + +/***************************************************************************** +** AreaStoreScanline +** +** FUNCTIONAL DESCRIPTION: +** +** Store a scanline of data into the destination UDP. +** If the scanline UDP already points into the destination UDP, +** just adjust the scanline UDP to point past the scanline already +** stored. If not, copy (and possibly convert) the data into the +** destination. +** +** FORMAL PARAMETERS: +** +** dst - Pointer to scanline UDP +** scanline - The scanline number +** realdst - Pointer to the destination UDP +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int AreaStoreScanline(dst, scanline, realdst) + UdpPtr dst; + long int scanline; + UdpPtr realdst; +{ + int status = Success; + + if( dst->UdpA_Base != realdst->UdpA_Base ) + { + status = DdxConvert_( dst, realdst, XieK_MoveMode ); + dst->UdpL_Y1++; + dst->UdpL_Y2++; + } + else + dst->UdpL_Pos = realdst->UdpL_Pos+(scanline+1)*realdst->UdpL_ScnStride; + + return( status ); +} /* end AreaStoreScanline */ + +/***************************************************************************** +** AreaGetCppUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Create a UDP which can be used to hold one scanline of the +** CPP, but using byte data. +** +** FORMAL PARAMETERS: +** +** inudp - Pointer to source UDP +** +** FUNCTION VALUE: +** +** Returns a pointer to a UDP describing byte data. +** +*****************************************************************************/ +static UdpPtr AreaGetCppUdp( src ) + UdpPtr src; +{ + UdpPtr dst; + + dst = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( dst == NULL ) return( (UdpPtr) BadAlloc ); + + *dst = *src; + dst->UdpW_PixelLength = 8; + dst->UdpB_DType = UdpK_DTypeBU; + dst->UdpB_Class = UdpK_ClassA; + dst->UdpL_ScnCnt = 1; + dst->UdpL_PxlStride = dst->UdpW_PixelLength; + dst->UdpL_ScnStride = dst->UdpL_PxlStride * dst->UdpL_PxlPerScn; + dst->UdpL_ArSize = dst->UdpL_ScnStride * dst->UdpL_ScnCnt; + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + { + DdxFree_(dst); + return( (UdpPtr) BadAlloc ); + } + dst->UdpL_Pos = 0; + dst->UdpL_CompIdx = 0; + dst->UdpL_Levels = 2; + + return( dst ); +} /* end AreaGetCppUdp */ + +/***************************************************************************** +** AreaConvertCppLine +** +** FUNCTIONAL DESCRIPTION: +** +** Adjust a UDP to point to the specified scanline of the source +** CPP UDP. Convert the CPP's bit data to bytes for more +** efficient access. +** +** FORMAL PARAMETERS: +** +** src - Pointer to the source UDP. +** scanline - The scanline being processed. +** dst - Pointer to the UDP to be adjusted. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int AreaConvertCppLine(src, scanline, dst) + UdpPtr src; + long int scanline; + UdpPtr dst; +{ + dst->UdpL_Y1 = dst->UdpL_Y2 = scanline; + return( DdxConvert_( src, dst, XieK_MoveMode ) ); +} /* end AreaConvertCppLine */ + +/***************************************************************************** +** AreaDeallocData +** +** FUNCTIONAL DESCRIPTION: +** +** Deallocate a data segment queued in the window. +** +** FORMAL PARAMETERS: +** +** ctx - Area pipeline context +** comp - Component index +** idx - Index in the window of the data segment. +** +*****************************************************************************/ +static void AreaDeallocData (ctx, comp, idx) + AreaPipeCtxPtr ctx; + int comp; + int idx; +{ + UdpPtr *window = AreaWindow_(ctx,comp); + PipeDataPtr *dwindow = AreaDWindow_(ctx,comp); + + if( IsPointer_(dwindow[idx]) ) + { + /* Window must contain the UDP from the data segment */ + window[idx] = NULL; + dwindow[idx] = DdxRmDeallocData_( dwindow[idx] ); + } + + if( IsPointer_(window[idx]) ) + { + AreaDestroyTempUdp( window[idx], SnkUdpPtr_(AreaSrcSnk_(ctx),comp) ); + window[idx] = NULL; + } +} + +/***************************************************************************** +** AreaReleaseData +** +** FUNCTIONAL DESCRIPTION: +** +** Remove a data segment queued in the window and send it to the +** next pipeline stage. +** +** FORMAL PARAMETERS: +** +** ctx - Area pipeline context +** comp - Component index +** idx - Index in the window of the data segment. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int AreaReleaseData (ctx, comp, idx) + AreaPipeCtxPtr ctx; + int comp; + int idx; +{ + int status = Success; + UdpPtr *window = AreaWindow_(ctx,comp); + PipeDataPtr *dwindow = AreaDWindow_(ctx,comp); + + if( IsPointer_(dwindow[idx]) ) + { + /* Window must contain the UDP from the data segment */ + window[idx] = NULL; + status = DdxRmPutData_( AreaDstSnk_(ctx), dwindow[idx] ); + dwindow[idx] = NULL; + } + return( status ); +} + +/***************************************************************************** +** AreaAdjustKernel +** +** FUNCTIONAL DESCRIPTION: +** +** Allocate and initialize a copy of the supplied kernel, +** adjusting the increment fields to match the current +** source image. +** +** FORMAL PARAMETERS: +** +** in - source template data +** pxlbytes - number of bytes to increment by one pixel. +** out - destination for pointer to the new template data. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int AreaAdjustKernel (in, pxlbytes, out) + TmpDatPtr in; + long int pxlbytes; + TmpDatPtr *out; +{ + TmpDatPtr new; + TmpDatEntryPtr src, dst, srow, drow; + int i; + + /* Allocate a structure and copy */ + new = (TmpDatPtr) DdxMalloc_( sizeof(TmpDatRec) ); + if( new == NULL ) return( BadAlloc ); + *new = *in; + + /* Allocate the data array */ + new->array = (TmpDatEntryPtr) + DdxMalloc_(in->y_count*(in->x_count+1)*sizeof(TmpDatEntryRec)); + if( new->array == NULL ) + { + DdxFree_(new); + return( BadAlloc ); + } + /* Copy and adjust the data */ + srow = in->array; + drow = new->array; + for( i = 0; i < in->y_count; i++ ) + { + src = srow; + dst = drow; + do { + dst->value = src->value; + dst->increment = src->increment * pxlbytes; + dst++; + } while( (src++)->increment != 0 ); + srow += in->x_count+1; + drow += in->x_count+1; + } + *out = new; + + return( Success ); +} /* end AreaAdjustKernel */ + +/***************************************************************************** +** AreaDestroyKernel +** +** FUNCTIONAL DESCRIPTION: +** +** Deallocate a template data structure create by AreaAdjustKernel. +** +** FORMAL PARAMETERS: +** +** in - source Template Idc +** +*****************************************************************************/ +static void AreaDestroyKernel(in) +TmpDatPtr in; +{ + int i; + + if( IsPointer_(in) ) + { + if( IsPointer_(in->array) ) + DdxFree_(in->array); + DdxFree_(in); + } +} /* end AreaDestroyKernel */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiArea.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiArea.h new file mode 100644 index 0000000..c71bb63 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiArea.h @@ -0,0 +1,156 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the AREA pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Fri Jun 1 14:09:11 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIAREA +#define _SMIAREA + +/* +** Include files +*/ +#include + +/* +** Function reference +*/ +int SmiArea(); +int SmiCreateArea(); + + +/* +** Structure definitions and Typedefs +*/ + +/* +** Area pipeline context block. +*/ +typedef struct _AreaPipeCtx { + PipeElementCommonPart common; + struct _AreaPart { + PipeSinkPtr srcsnk; + PipeSinkPtr dstsnk; + PipeDrainPtr srcdrn; + TmpDatPtr kernel; + UdpPtr *window[XieK_MaxComponents]; + PipeDataPtr *dwindow[XieK_MaxComponents]; + int window_next[XieK_MaxComponents]; + int window_center[XieK_MaxComponents]; + UdpPtr idc; + UdpPtr cpp; /* Converted CPP */ + long int X1; + long int X2; + long int Y1; + long int Y2; + int opidx; + } AreaPart; +} AreaPipeCtx, *AreaPipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, Area part, access MACROs +*/ +#define AreaSrcSnk_(ctx) \ + (((AreaPipeCtxPtr)(ctx))->AreaPart.srcsnk) + +#define AreaDstSnk_(ctx) (((AreaPipeCtxPtr)(ctx))->AreaPart.dstsnk) + +#define AreaSrcDrn_(ctx) \ + (((AreaPipeCtxPtr)(ctx))->AreaPart.srcdrn) +#define AreaKernel_(ctx) \ + (((AreaPipeCtxPtr)(ctx))->AreaPart.kernel) +#define AreaWindow_(ctx,comp) \ + (((AreaPipeCtxPtr)(ctx))->AreaPart.window[comp]) +#define AreaDWindow_(ctx,comp) \ + (((AreaPipeCtxPtr)(ctx))->AreaPart.dwindow[comp]) +#define AreaWindowNxt_(ctx,comp) \ + (((AreaPipeCtxPtr)(ctx))->AreaPart.window_next[comp]) +#define AreaWindowCtr_(ctx,comp) \ + (((AreaPipeCtxPtr)(ctx))->AreaPart.window_center[comp]) +#define AreaIdc_(ctx) (((AreaPipeCtxPtr)(ctx))->AreaPart.idc) +#define AreaCpp_(ctx) (((AreaPipeCtxPtr)(ctx))->AreaPart.cpp) +#define AreaRoiX1_(ctx) (((AreaPipeCtxPtr)(ctx))->AreaPart.X1) +#define AreaRoiX2_(ctx) (((AreaPipeCtxPtr)(ctx))->AreaPart.X2) +#define AreaRoiY1_(ctx) (((AreaPipeCtxPtr)(ctx))->AreaPart.Y1) +#define AreaRoiY2_(ctx) (((AreaPipeCtxPtr)(ctx))->AreaPart.Y2) +#define AreaOpIdx_(ctx) \ + (((AreaPipeCtxPtr)(ctx))->AreaPart.opidx) + +#endif +/* _SMIAREA */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiArithmetic.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiArithmetic.c new file mode 100644 index 0000000..6ed6b22 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiArithmetic.c @@ -0,0 +1,1732 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module implements the arithmetic operator which performs +** arithmetic functions between two photomaps. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Fri Apr 20 15:55:27 1990 +** +*******************************************************************************/ + +#include +#include +#include + +#include "SmiArithmetic.h" + +/* +** Table of contents +*/ +int SmiArithmetic(); +int SmiCreateArithmetic(); + +static int _ArithmeticInitialize(); +static int _ArithmeticActivate(); +static int _ArithmeticFlush(); +static int _ArithmeticAbort(); +static int _ArithmeticDestroy(); + +static void ArithmeticException(); +static UdpPtr ArithmeticGetTempUdp(); +static void ArithmeticDestroyTempUdp(); +static int ArithmeticConvertScanline(); +static int ArithmeticStoreScanline(); + +static int ArithmeticAddII(); +static int ArithmeticAddIC(); +static int ArithmeticSubII(); +static int ArithmeticSubIC(); +static int ArithmeticSubCI(); +static int ArithmeticMulII(); +static int ArithmeticMulIC(); +static int ArithmeticDivII(); +static int ArithmeticDivIC(); +static int ArithmeticDivCI(); +static int ArithmeticMinII(); +static int ArithmeticMinIC(); +static int ArithmeticMaxII(); +static int ArithmeticMaxIC(); + +/* +** Equated Symbols +*/ + +/* +** Alpha/VMS and VXT don't currently support sigvec/setjmp/longjmp, +** and require explicit testing of every pixel value. Otherwise, +** use exception handling to catch any bad values. +*/ +#if (!defined(ALPHA) && !defined(_ALPHA) && !defined(VXT) || !(defined(VMS))) +#define XIE_USE_EXCEPTION_HANDLING +#endif + +/* +** External References +*/ + +/* + * Macros + */ +#define Min_(a,b) ((a) <= (b) ? (a) : (b)) +#define Max_(a,b) ((a) > (b) ? (a) : (b)) + +#if defined(XIE_USE_EXCEPTION_HANDLING) +#define HandleFPE_( tvec, rtn, ovec ) \ + ( tvec.sv_handler = rtn, tvec.sv_mask=0, tvec.sv_onstack=0, \ + sigvec( SIGFPE, &tvec, &ovec) ) + +#define UnhandleFPE_( ovec ) \ + ( sigvec( SIGFPE, &ovec, NULL ) ) + +/* +** Local storage +*/ +static jmp_buf exception_buf; + +#endif + + /* + ** Arithmetic Element Vector + */ +static PipeElementVector ArithmeticPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeArithmeticElement, /* Structure subtype */ + sizeof(ArithmeticPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _ArithmeticInitialize, /* Initialize entry */ + _ArithmeticActivate, /* Activate entry */ + _ArithmeticFlush, /* Flush entry */ + _ArithmeticDestroy, /* Destroy entry */ + _ArithmeticAbort /* Abort entry */ + }; + +/* Dispatch table to select the correct operation routine */ +/* This must match the ordering of the XieK_xxxx constants in XieAppl.h */ +static int (*ArithmeticOpTable[])() = { + NULL, /* Constants start at 1 */ + ArithmeticAddII, + ArithmeticAddIC, + ArithmeticSubII, + ArithmeticSubIC, + ArithmeticSubCI, + ArithmeticMulII, + ArithmeticMulIC, + ArithmeticDivII, + ArithmeticDivIC, + ArithmeticDivCI, + ArithmeticMinII, + ArithmeticMinIC, + ArithmeticMaxII, + ArithmeticMaxIC + }; + +/***************************************************************************** +** SmiCreateArithmetic +** +** FUNCTIONAL DESCRIPTION: +** +** This function fills in a newly created context for a ARITHMETIC +** pipeline element. +** +** FORMAL PARAMETERS: +** +** pipe - Descriptor for pipe being built.. +** srcsnk1 - Pointer to first source sink +** srcsnk2 - Pointer to second source sink (NULL if no second source) +** constant- Array of "constant image" values (used when srcsnk2==NULL) +** dstsnk - Pointer to destination sink +** idc - Pointer to UDP describing the ROI or CPP (NULL if no IDC) +** operator- Arithmetic operation function code. +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateArithmetic(pipe,srcsnk1,srcsnk2,constant, + dstsnk, idc, operator) +Pipe pipe; +PipeSinkPtr srcsnk1; +PipeSinkPtr srcsnk2; +unsigned int constant[XieK_MaxComponents]; +PipeSinkPtr dstsnk; +UdpPtr idc; +int operator; + +{ + int i; + ArithmeticPipeCtxPtr ctx = (ArithmeticPipeCtxPtr) + DdxCreatePipeCtx_(pipe, &ArithmeticPipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Copy parameters + */ + AriSrcSnk1_(ctx) = srcsnk1; + AriSrcSnk2_(ctx) = srcsnk2; + AriDstSnk_(ctx) = dstsnk; + AriFunc_(ctx) = ArithmeticOpTable[operator]; + + if (srcsnk2 == NULL) { /* Using a constant "image" */ + for (i = 0; i < XieK_MaxComponents; i++){ + if (SnkUdpPtr_(srcsnk1,i) == NULL) + break; + AriFConst_(ctx,i) = (float)constant[i]; + } + } + + AriCpp_(ctx) = (idc != NULL && idc->UdpA_Base != NULL) ? + idc : /* It's a CPP */ + NULL; + + /* Calculate the bounds of the region that will actually be processed */ + if (srcsnk2 == NULL) { + AriRoiX1_(ctx) = SnkX1_(srcsnk1,0); + AriRoiX2_(ctx) = SnkX2_(srcsnk1,0); + AriRoiY1_(ctx) = SnkY1_(srcsnk1,0); + AriRoiY2_(ctx) = SnkY2_(srcsnk1,0); + } else { + /* Intersection of two source operands */ + AriRoiX1_(ctx) = SnkX1_(srcsnk2,0) > SnkX1_(srcsnk1,0) ? + SnkX1_(srcsnk2,0) : SnkX1_(srcsnk1,0); + AriRoiX2_(ctx) = SnkX2_(srcsnk2,0) < SnkX2_(srcsnk1,0) ? + SnkX2_(srcsnk2,0) : SnkX2_(srcsnk1,0); + AriRoiY1_(ctx) = SnkY1_(srcsnk2,0) > SnkY1_(srcsnk1,0) ? + SnkY1_(srcsnk2,0) : SnkY1_(srcsnk1,0); + AriRoiY2_(ctx) = SnkY2_(srcsnk2,0) < SnkY2_(srcsnk1,0) ? + SnkY2_(srcsnk2,0) : SnkY2_(srcsnk1,0); + } + + if (idc != NULL) { + /* Further restrict the area to be processed with the CPP/ROI */ + AriRoiX1_(ctx) = idc->UdpL_X1 > AriRoiX1_(ctx) ? idc->UdpL_X1 + : AriRoiX1_(ctx); + AriRoiX2_(ctx) = idc->UdpL_X2 < AriRoiX2_(ctx) ? idc->UdpL_X2 + : AriRoiX2_(ctx); + AriRoiY1_(ctx) = idc->UdpL_Y1 > AriRoiY1_(ctx) ? idc->UdpL_Y1 + : AriRoiY1_(ctx); + AriRoiY2_(ctx) = idc->UdpL_Y2 < AriRoiY2_(ctx) ? idc->UdpL_Y2 + : AriRoiY2_(ctx); + } + + AriSrcData1_(ctx) = NULL; + AriSrcData2_(ctx) = NULL; + + /* Create drains on the sink(s). + * Handle all the data as floats. + * Process a quantum of 1 scanline + */ + AriSrcDrn1_(ctx) = DdxRmCreateDrain_( AriSrcSnk1_(ctx), -1 ); + if( !IsPointer_(AriSrcDrn1_(ctx)) ) return( (int) AriSrcDrn1_(ctx) ); + DdxRmSetDType_( AriSrcDrn1_(ctx), UdpK_DTypeF, DtM_F ); + DdxRmSetQuantum_( AriSrcDrn1_(ctx), 1 ); + + if (srcsnk2 != NULL) { + AriSrcDrn2_(ctx) = DdxRmCreateDrain_( AriSrcSnk2_(ctx), -1 ); + if( !IsPointer_(AriSrcDrn2_(ctx)) ) return( (int) AriSrcDrn2_(ctx) ); + DdxRmSetDType_( AriSrcDrn2_(ctx), UdpK_DTypeF, DtM_F ); + DdxRmSetQuantum_( AriSrcDrn2_(ctx), 1 ); + } + + DdxRmSetDType_( AriDstSnk_(ctx), UdpK_DTypeF, DtM_F ); + DdxRmSetQuantum_( AriDstSnk_(ctx), 1 ); + + return( Success ); +} /* end SmiCreateArithmetic */ + +/***************************************************************************** +** _ArithmeticInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the ARITHMETIC pipeline element prior to +** activation. +** +** FORMAL PARAMETERS: +** +** ctx - arithmetic pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ArithmeticInitialize(ctx) +ArithmeticPipeCtxPtr ctx; +{ + int status = DdxRmInitializePort_( CtxHead_(ctx), AriSrcDrn1_(ctx) ); + + if( status == Success && AriSrcSnk2_(ctx) != NULL ) + status = DdxRmInitializePort_( CtxHead_(ctx), AriSrcDrn2_(ctx) ); + + if( status == Success ) + status = DdxRmInitializePort_( CtxHead_(ctx), AriDstSnk_(ctx) ); + + /* Start reading from the first drain */ + CtxInp_(ctx) = AriSrcDrn1_(ctx); + + return( status ); +} + +/***************************************************************************** +** _ArithmeticActivate +** +** FUNCTIONAL DESCRIPTION: +** +** This routine reads the data from the source drain(s) and +** performs the arithmetic operations. +** +** FORMAL PARAMETERS: +** +** ctx - arithmetic pipeline element context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ArithmeticActivate(ctx) +ArithmeticPipeCtxPtr ctx; +{ + + PipeDataPtr src1 = NULL, src2 = NULL, dst = NULL; + long int status, dstpos; + +#if defined(XIE_USE_EXCEPTION_HANDLING) + struct sigvec tmpvec, oldvec; + + + /* + * Establish error handling to catch possible division by zero, etc. + */ + HandleFPE_(tmpvec, ArithmeticException, oldvec); + if (setjmp(exception_buf) != 0) { + + /* On an exception, clean up locally held resources */ + UnhandleFPE_( oldvec ); + if ( src1 != NULL ) DdxRmDeallocData_(src1); + if ( src2 != NULL ) DdxRmDeallocData_(src2); + if ( dst != NULL ) DdxRmDeallocData_(dst); + return( BadValue ); + } +#endif + + + if( AriSrcSnk2_(ctx) == NULL ) + { + /* Operating between one image and a constant */ + for(status = Success; status == Success; src1 = DdxRmDeallocData_(src1), + dst = DdxRmDeallocData_(dst)) + { + src1 = DdxRmGetData_( ctx, AriSrcDrn1_(ctx) ); + if( !IsPointer_(src1) ) return( (int) src1 ); + + if( DatY1_(src1) < AriRoiY1_(ctx) || DatY1_(src1) > AriRoiY2_(ctx) ) + { + /* Scanline is outside the ROI - just pass it through */ + status = DdxRmPutData_( AriDstSnk_(ctx), src1 ); + src1 = NULL; + dst = NULL; + continue; + } + dst = DdxRmAllocData_( AriDstSnk_(ctx), DatCmpIdx_(src1), + DatY1_(src1), DatHeight_(src1) ); + status = (int) dst; + if( !IsPointer_(dst) ) continue; + + /* Copy the portions of this line outside the ROI */ + status = DdxCopy_( DatUdpPtr_(src1), /* Left */ + DatUdpPtr_(dst), + DatX1_(src1), 0, + DatX1_(dst), DatY1_(dst), + AriRoiX1_(ctx) - DatX1_(src1), 1 ); + if( status != Success ) continue; + + status = DdxCopy_( DatUdpPtr_(src1), /* Right */ + DatUdpPtr_(dst), + AriRoiX2_(ctx)+1, 0, + AriRoiX2_(ctx)+1, DatY1_(dst), + DatX2_(src1) - AriRoiX2_(ctx), 1 ); + if( status != Success ) continue; + + dstpos = DatPos_(dst); + DatPos_(src1) += (AriRoiX1_(ctx) - DatX1_(src1)) * DatPxlStr_(src1); + DatPos_(dst) += (AriRoiX1_(ctx) - DatX1_(dst)) * DatPxlStr_(dst); + + status = (*AriFunc_(ctx))(DatUdpPtr_(src1), + AriFConst_(ctx,DatCmpIdx_(src1)), + DatUdpPtr_(dst), + AriCpp_(ctx), + AriRoiY1_(ctx), + AriRoiX1_(ctx), + AriRoiX2_(ctx)); + if( status != Success ) continue; + + DatPos_(dst) = dstpos; + status = DdxRmPutData_( AriDstSnk_(ctx), dst ); + dst = NULL; + } + } + + else + { + /* Operating between two images */ + for( status = Success; status == Success; + AriSrcData1_(ctx) = DdxRmDeallocData_(src1), + AriSrcData2_(ctx) = DdxRmDeallocData_(src2), + dst = DdxRmDeallocData_(dst) ) + { + if( AriSrcData1_(ctx) == NULL ) + { + AriSrcData1_(ctx) = DdxRmGetData_( ctx, AriSrcDrn1_(ctx) ); + if( !IsPointer_(AriSrcData1_(ctx)) ) + return( (int) AriSrcData1_(ctx) ); + } + src1 = AriSrcData1_(ctx); + + if( DatY1_(src1) <= AriRoiY2_(ctx) && AriSrcData2_(ctx) == NULL ) + /* Keep the two streams synchronized as long as we still + * need src2 data */ + { + AriSrcData2_(ctx) = DdxRmGetData_( ctx, AriSrcDrn2_(ctx) ); + if( !IsPointer_(AriSrcData2_(ctx)) ) + return( (int) AriSrcData2_(ctx) ); + } + src2 = AriSrcData2_(ctx); + + if( DatY1_(src1) < AriRoiY1_(ctx) || DatY1_(src1) > AriRoiY2_(ctx) ) + { + /* Scanline is outside the ROI - just pass it through */ + status = DdxRmPutData_( AriDstSnk_(ctx), src1 ); + src1 = NULL; + dst = NULL; + continue; + } + dst = DdxRmAllocData_( AriDstSnk_(ctx), DatCmpIdx_(src1), + DatY1_(src1), DatHeight_(src1) ); + status = (int) dst; + if( !IsPointer_(dst) ) continue; + + /* Copy the portions of this line outside the ROI */ + status = DdxCopy_( DatUdpPtr_(src1), /* Left */ + DatUdpPtr_(dst), + DatX1_(src1), 0, + DatX1_(dst), DatY1_(dst), + AriRoiX1_(ctx) - DatX1_(src1), 1 ); + if( status != Success ) continue; + + status = DdxCopy_( DatUdpPtr_(src1), /* Right */ + DatUdpPtr_(dst), + AriRoiX2_(ctx)+1, 0, + AriRoiX2_(ctx)+1, DatY1_(dst), + DatX2_(src1) - AriRoiX2_(ctx), 1 ); + if( status != Success ) continue; + + dstpos = DatPos_(dst); + DatPos_(src1) += (AriRoiX1_(ctx) - DatX1_(src1)) * DatPxlStr_(src1); + DatPos_(src2) += (AriRoiX1_(ctx) - DatX1_(src2)) * DatPxlStr_(src2); + + status = (*AriFunc_(ctx))(DatUdpPtr_(src1), DatUdpPtr_(src2), + DatUdpPtr_(dst), + AriCpp_(ctx), + AriRoiY1_(ctx), + AriRoiX1_(ctx), + AriRoiX2_(ctx)); + if( status != Success ) continue; + + DatPos_(dst) = dstpos; + status = DdxRmPutData_( AriDstSnk_(ctx), dst ); + dst = NULL; + } + } + +#if defined(XIE_USE_EXCEPTION_HANDLING) + UnhandleFPE_( oldvec ); +#endif + + return( status ); +} + +/***************************************************************************** +** _ArithmeticFlush +** +** FUNCTIONAL DESCRIPTION: +** +** This routine is called when all preceding pipeline stages have +** completed. +** +** +** FORMAL PARAMETERS: +** +** ctx - arithmetic pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ArithmeticFlush(ctx) +ArithmeticPipeCtxPtr ctx; +{ + PipeDataPtr src2; + + _ArithmeticAbort(ctx); + + /* If the image on drain 2 has more scanlines that the image on drain 1 + * we will have unprocessed scanlines on drain 2. Flush them. + */ + if( IsPointer_(AriSrcSnk2_(ctx)) ) + while( ( src2 = DdxRmGetData_( ctx, AriSrcDrn2_(ctx) ) ) != NULL ) + { + if( !IsPointer_(src2) ) return( (int) src2 ); + DdxRmDeallocData_(src2); + } + + return( Success ); +} + +/***************************************************************************** +** _ArithmeticAbort +** +** FUNCTIONAL DESCRIPTION: +** +** Called when pipeline is aborted or finished. +** +** FORMAL PARAMETERS: +** +** ctx - arithmetic pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ArithmeticAbort(ctx) +ArithmeticPipeCtxPtr ctx; +{ + if( IsPointer_(AriSrcData1_(ctx)) ) + AriSrcData1_(ctx) = DdxRmDeallocData_( AriSrcData1_(ctx) ); + if( IsPointer_(AriSrcData2_(ctx)) ) + AriSrcData2_(ctx) = DdxRmDeallocData_( AriSrcData2_(ctx) ); + + return( Success ); +} + +/***************************************************************************** +** _ArithmeticDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the ARITHMETIC +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - arithmetic pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ArithmeticDestroy(ctx) +ArithmeticPipeCtxPtr ctx; +{ + AriSrcDrn1_(ctx) = DdxRmDestroyDrain_( AriSrcDrn1_(ctx) ); + + if( AriSrcSnk2_(ctx) != NULL ) + AriSrcDrn2_(ctx) = DdxRmDestroyDrain_( AriSrcDrn2_(ctx) ); + + return( Success ); +} + +/***************************************************************************** +** SmiArithmetic +** +** FUNCTIONAL DESCRIPTION: +** +** This routine implements a non-pipelined arithmetic operator, which +** performs an arithmetic operation between two photomaps, or between +** a photomap and a constant. +** +** Note that the destination photomap must be of type float or +** the data will be transformed from unconstrained to a constrained +** type in an undefined manner. +** +** FORMAL PARAMETERS: +** +** srcudp1 - Pointer to a UDP describing the first source operand. +** srcudp2 - Pointer to a UDP describing the second source operand. +** constant- Array of constants supplied if srcudp2 is NULL. +** dstudp - Pointer to a UDP describing the destination buffer. +** idc - Pointer to a UDP describing the Region of Interest, +** or Control Processing Plane. +** (NULL if no IDC) +** operator-Code for the operation being performed. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiArithmetic( srcudp1, srcudp2, constant, dstudp, idc, operator ) +UdpPtr srcudp1; +UdpPtr srcudp2; +unsigned int constant[]; +UdpPtr dstudp; +UdpPtr idc; +int operator; +{ + UdpPtr cpp, src1 = NULL, src2 = NULL, dst = NULL; + float fconstant; + long int pixels, scanline, status; + long int X1, X2, Y1, Y2; /* src/destination common bounds */ + long int x1, x2, y1, y2; /* src/destination/ROI common bounds */ + +#if defined(XIE_USE_EXCEPTION_HANDLING) + struct sigvec tmpvec, oldvec; + + /* + ** Establish error handling to catch possible division by zero, etc. + */ + HandleFPE_( tmpvec, ArithmeticException, oldvec ); + if( setjmp( exception_buf ) != 0 ) + { + status = BadValue; + goto clean_up; + } +#endif + /* + ** Allocate the destination image array + */ + if( dstudp->UdpA_Base == NULL ) + { + dstudp->UdpA_Base = DdxMallocBits_( dstudp->UdpL_ArSize ); + if( dstudp->UdpA_Base == NULL ) return( BadAlloc ); + } + /* + * Determine maximum common dimensions between source1 and destination, + * which is the defined region of output. + */ + X1 = srcudp1->UdpL_X1 > dstudp->UdpL_X1 ? srcudp1->UdpL_X1 + : dstudp->UdpL_X1; + X2 = srcudp1->UdpL_X2 < dstudp->UdpL_X2 ? srcudp1->UdpL_X2 + : dstudp->UdpL_X2; + Y1 = srcudp1->UdpL_Y1 > dstudp->UdpL_Y1 ? srcudp1->UdpL_Y1 + : dstudp->UdpL_Y1; + Y2 = srcudp1->UdpL_Y2 < dstudp->UdpL_Y2 ? srcudp1->UdpL_Y2 + : dstudp->UdpL_Y2; + + /* + * Restrict the area to be processed by finding the intersection of + * the region of output and the second source operand (if used). + */ + if (srcudp2 == NULL) { + x1 = X1; x2 = X2; + y1 = Y1; y2 = Y2; + } else { + x1 = srcudp2->UdpL_X1 > X1 ? srcudp2->UdpL_X1 : X1; + x2 = srcudp2->UdpL_X2 < X2 ? srcudp2->UdpL_X2 : X2; + y1 = srcudp2->UdpL_Y1 > Y1 ? srcudp2->UdpL_Y1 : Y1; + y2 = srcudp2->UdpL_Y2 < Y2 ? srcudp2->UdpL_Y2 : Y2; + } + + /* + * Further restrict the area to be processed by finding the intersection + * with the IDC (ROI or CPP). + */ + if (idc != NULL) { + x1 = idc->UdpL_X1 > x1 ? idc->UdpL_X1 : x1; + x2 = idc->UdpL_X2 < x2 ? idc->UdpL_X2 : x2; + y1 = idc->UdpL_Y1 > y1 ? idc->UdpL_Y1 : y1; + y2 = idc->UdpL_Y2 < y2 ? idc->UdpL_Y2 : y2; + } + + /* Allocate and init temporary UDP's to hold one scanline of float data */ + status = BadAlloc; + src1 = ArithmeticGetTempUdp(srcudp1, y1, x1, x2); + if( !IsPointer_(src1) ) goto clean_up; + + if( srcudp2 != NULL ) + { + src2 = ArithmeticGetTempUdp(srcudp2, y1, x1, x2); + if( !IsPointer_(src2) ) goto clean_up; + } + dst = ArithmeticGetTempUdp(dstudp, y1, x1, x2); + if( !IsPointer_(dst) ) goto clean_up; + + fconstant = (float)constant[srcudp1->UdpL_CompIdx]; + cpp = (idc != NULL && idc->UdpA_Base != NULL) ? idc : NULL; + + /* Just copy the scanlines outside of the ROI */ + status = DdxCopy_( srcudp1, dstudp, /* Top */ + X1, Y1, X1, Y1, X2 - X1 + 1, y1 - Y1 ); + if( status != Success ) goto clean_up; + + status = DdxCopy_( srcudp1, dstudp, /* Bottom */ + X1, y2 + 1, X1, y2 + 1, X2 - X1 + 1, Y2 - y2 ); + if( status != Success ) goto clean_up; + + status = DdxCopy_( srcudp1, dstudp, /* Left */ + X1, y1, X1, y1, x1 - X1, y2 - y1 + 1 ); + if( status != Success ) goto clean_up; + + status = DdxCopy_( srcudp1, dstudp, /* Right */ + x2 + 1, y1, x2 + 1, y1, X2 - x2, y2 - y1 + 1 ); + if( status != Success ) goto clean_up; + + /* If the temporary UDP's are pointing to the original data, position + * to the correct offset. + */ + if (src1->UdpA_Base == srcudp1->UdpA_Base) + src1->UdpL_Pos = srcudp1->UdpL_Pos + y1 * srcudp1->UdpL_ScnStride + + (x1 - srcudp1->UdpL_X1) * srcudp1->UdpL_PxlStride; + + if (srcudp2 != NULL && src2->UdpA_Base == srcudp2->UdpA_Base) + src2->UdpL_Pos = srcudp2->UdpL_Pos + y1 * srcudp2->UdpL_ScnStride + + (x1 - srcudp2->UdpL_X1) * srcudp2->UdpL_PxlStride; + + dst->UdpL_Y1 = dst->UdpL_Y2 = y1; + if (dst->UdpA_Base == dstudp->UdpA_Base) + dst->UdpL_Pos = dstudp->UdpL_Pos + y1 * dstudp->UdpL_ScnStride + + (x1 - dstudp->UdpL_X1) * dstudp->UdpL_PxlStride; + + /* Now perform the arithmetic operation over the region-of-interest */ + + if (srcudp2 != NULL ) + { + /* Image-to-image operation */ + for( scanline = y1; scanline <= y2; scanline++) + { + /* Get a UDP pointing to this scanline */ + status = ArithmeticConvertScanline(srcudp1, src1); + if( status != Success ) goto clean_up; + status = ArithmeticConvertScanline(srcudp2, src2); + if( status != Success ) goto clean_up; + status = (*ArithmeticOpTable[operator])(src1, src2, dst, cpp, + y1, x1, x2); + if( status != Success ) goto clean_up; + status = ArithmeticStoreScanline(dst, dstudp); + if( status != Success ) goto clean_up; + } + } + else + { + /* Image-to-constant or Constant-to-Image operation */ + for( scanline = y1; scanline <= y2; scanline++) + { + /* Get a UDP pointing to this scanline */ + status = ArithmeticConvertScanline(srcudp1, src1); + if( status != Success ) goto clean_up; + + status = (*ArithmeticOpTable[operator])(src1, fconstant, dst, cpp, + y1, x1, x2); + if( status != Success ) goto clean_up; + status = ArithmeticStoreScanline(dst, dstudp); + if( status != Success ) goto clean_up; + } + } + /* Disable error handling and cleanup the temporary descriptors */ +clean_up : + +#if defined(XIE_USE_EXCEPTION_HANDLING) + UnhandleFPE_( oldvec ); +#endif + + + if( IsPointer_(src1) ) + ArithmeticDestroyTempUdp(src1, srcudp1); + if( IsPointer_(src2) ) + ArithmeticDestroyTempUdp(src2, srcudp2); + if( IsPointer_(dst) ) + ArithmeticDestroyTempUdp(dst, dstudp); + + return( status ); +} /* end SmiArithmetic */ + +/***************************************************************************** +** Arithmetic processing routines +** +** FUNCTIONAL DESCRIPTION: +** +** These routines the actual arithmetic operation over selected +** portion of a scanline. A separate routine is used for each +** type of operation. +** +** FORMAL PARAMETERS: +** +** src1 - Pointer to a UDP describing the first source operand. +** src2 - Pointer to a UDP describing the second source operand. +** fconst - Constant "image" value if image-to-constant. +** dst - Pointer to a UDP describing the destination buffer. +** cpp - Pointer to a UDP describing the Control Processing Plane. +** (NULL if no CPP) +** y1 - The y corrdinate of the beginning of the region to +* process. +** x1 - The x coordinate of the left endpoint of the region to +** process. +** x2 - The x coordinate of the right endpoint of the region to +** process. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int ArithmeticAddII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned char *src1ptr; + unsigned char *src2ptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int src1bytes = src1->UdpL_PxlStride >> 3; + int src2bytes = src2->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + + src1ptr = src1->UdpA_Base + (src1->UdpL_Pos >> 3); + src2ptr = src2->UdpA_Base + (src2->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + *(float *)dstptr = *(float *)src1ptr + *(float *)src2ptr; + else + *(float *)dstptr = *(float *)src1ptr; /* Not selected by CPP */ + + src1ptr+=src1bytes; + src2ptr+=src2bytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end ArithmeticAddII */ + +static int ArithmeticSubII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned char *src1ptr; + unsigned char *src2ptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int src1bytes = src1->UdpL_PxlStride >> 3; + int src2bytes = src2->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + + src1ptr = src1->UdpA_Base + (src1->UdpL_Pos >> 3); + src2ptr = src2->UdpA_Base + (src2->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + *(float *)dstptr = *(float *)src1ptr - *(float *)src2ptr; + else + *(float *)dstptr = *(float *)src1ptr; /* Not selected by CPP */ + + src1ptr+=src1bytes; + src2ptr+=src2bytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end ArithmeticSubII */ + +static int ArithmeticMulII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned char *src1ptr; + unsigned char *src2ptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int src1bytes = src1->UdpL_PxlStride >> 3; + int src2bytes = src2->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + + src1ptr = src1->UdpA_Base + (src1->UdpL_Pos >> 3); + src2ptr = src2->UdpA_Base + (src2->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + *(float *)dstptr = *(float *)src1ptr * *(float *)src2ptr; + else + *(float *)dstptr = *(float *)src1ptr; /* Not selected by CPP */ + + src1ptr+=src1bytes; + src2ptr+=src2bytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end ArithmeticMulII */ + +static int ArithmeticDivII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned char *src1ptr; + unsigned char *src2ptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int src1bytes = src1->UdpL_PxlStride >> 3; + int src2bytes = src2->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + + src1ptr = src1->UdpA_Base + (src1->UdpL_Pos >> 3); + src2ptr = src2->UdpA_Base + (src2->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) { +#if !defined(XIE_USE_EXCEPTION_HANDLING) + if ( *(float *)src2ptr == 0.0 ) return( BadValue ); +#endif + *(float *)dstptr = *(float *)src1ptr / *(float *)src2ptr; + } + else + *(float *)dstptr = *(float *)src1ptr; /* Not selected by CPP */ + + + src1ptr+=src1bytes; + src2ptr+=src2bytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end ArithmeticDivII */ + +static int ArithmeticMinII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned char *src1ptr; + unsigned char *src2ptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int src1bytes = src1->UdpL_PxlStride >> 3; + int src2bytes = src2->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + + src1ptr = src1->UdpA_Base + (src1->UdpL_Pos >> 3); + src2ptr = src2->UdpA_Base + (src2->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + *(float *)dstptr = Min_(*(float *)src1ptr, *(float *)src2ptr); + else + *(float *)dstptr = *(float *)src1ptr; /* Not selected by CPP */ + + src1ptr+=src1bytes; + src2ptr+=src2bytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end ArithmeticMinII */ + +static int ArithmeticMaxII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned char *src1ptr; + unsigned char *src2ptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int src1bytes = src1->UdpL_PxlStride >> 3; + int src2bytes = src2->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + + src1ptr = src1->UdpA_Base + (src1->UdpL_Pos >> 3); + src2ptr = src2->UdpA_Base + (src2->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + *(float *)dstptr = Max_(*(float *)src1ptr, *(float *)src2ptr); + else + *(float *)dstptr = *(float *)src1ptr; /* Not selected by CPP */ + + + src1ptr+=src1bytes; + src2ptr+=src2bytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end ArithmeticMaxII */ + +static int ArithmeticAddIC(src, fconst, dst, cpp, y1, x1, x2) + UdpPtr src; + float fconst; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + *(float *)dstptr = *(float *)srcptr + fconst; + else + *(float *)dstptr = *(float *)srcptr; /* Not selected by CPP */ + + srcptr+=srcbytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end ArithmeticAddIC */ + +static int ArithmeticSubIC(src, fconst, dst, cpp, y1, x1, x2) + UdpPtr src; + float fconst; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + *(float *)dstptr = *(float *)srcptr - fconst; + else + *(float *)dstptr = *(float *)srcptr; /* Not selected by CPP */ + + srcptr+=srcbytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end ArithmeticSubIC */ + +static int ArithmeticMulIC(src, fconst, dst, cpp, y1, x1, x2) + UdpPtr src; + float fconst; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + *(float *)dstptr = *(float *)srcptr * fconst; + else + *(float *)dstptr = *(float *)srcptr; /* Not selected by CPP */ + + srcptr+=srcbytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end ArithmeticMulIC */ + +static int ArithmeticDivIC(src, fconst, dst, cpp, y1, x1, x2) + UdpPtr src; + float fconst; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) { +#if !defined(XIE_USE_EXCEPTION_HANDLING) + if (fconst == 0.0) + return( BadValue ); +#endif + *(float *)dstptr = *(float *)srcptr / fconst; + } else + *(float *)dstptr = *(float *)srcptr; /* Not selected by CPP */ + + srcptr+=srcbytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end ArithmeticDivIC */ + +static int ArithmeticMinIC(src, fconst, dst, cpp, y1, x1, x2) + UdpPtr src; + float fconst; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + *(float *)dstptr = Min_(*(float *)srcptr, fconst); + else + *(float *)dstptr = *(float *)srcptr; /* Not selected by CPP */ + + srcptr+=srcbytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end ArithmeticMinIC */ + +static int ArithmeticMaxIC(src, fconst, dst, cpp, y1, x1, x2) + UdpPtr src; + float fconst; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + *(float *)dstptr = Max_(*(float *)srcptr, fconst); + else + *(float *)dstptr = *(float *)srcptr; /* Not selected by CPP */ + + srcptr+=srcbytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end ArithmeticMaxIC */ + +static int ArithmeticSubCI(src, fconst, dst, cpp, y1, x1, x2) + UdpPtr src; + float fconst; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + *(float *)dstptr = fconst - *(float *)srcptr; + else + *(float *)dstptr = *(float *)srcptr; /* Not selected by CPP */ + + srcptr+=srcbytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end ArithmeticSubCI */ + +static int ArithmeticDivCI(src, fconst, dst, cpp, y1, x1, x2) + UdpPtr src; + float fconst; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) { +#if !defined(XIE_USE_EXCEPTION_HANDLING) + if ( *(float *)srcptr == 0.0 ) + return( BadValue ); +#endif + *(float *)dstptr = fconst / *(float *)srcptr; + + } else + *(float *)dstptr = *(float *)srcptr; /* Not selected by CPP */ + + srcptr+=srcbytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end ArithmeticDivCI */ + +/***************************************************************************** +** ArithmeticException +** +** FUNCTIONAL DESCRIPTION: +** +** This routine is our signal handler for a floating point exception. +** +** FORMAL PARAMETERS: +** +** none +** +** FUNCTION VALUE: +** +** Returns a 1 through the setjmp. +** +*****************************************************************************/ +static void ArithmeticException( ) +{ +#if defined(XIE_USE_EXCEPTION_HANDLING) + longjmp( exception_buf, 1 ); +#endif +} + +/***************************************************************************** +** ArithmeticGetTempUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Create a UDP which can be used to hold one scanline of the +** source UDP, but using float data. If the source UDP is already +* in float format, just point to its data. +** +** FORMAL PARAMETERS: +** +** inudp - Pointer to source UDP +** y1 - First scanline we need +** x1 - Leftmost pixel we need +** x2 - Rightmost pixel we need +** +** FUNCTION VALUE: +** +** Returns a pointer to a UDP describing floating point data. +** +*****************************************************************************/ +static UdpPtr ArithmeticGetTempUdp(src, y1, x1, x2) + UdpPtr src; + long int y1; + long int x1, x2; +{ + UdpPtr dst; + + dst = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( dst == NULL ) return( (UdpPtr) BadAlloc ); + + if (src->UdpB_DType != UdpK_DTypeF) + { + dst->UdpW_PixelLength = sizeof(float) * 8; + dst->UdpB_DType = UdpK_DTypeF; + dst->UdpB_Class = UdpK_ClassA; + dst->UdpL_PxlStride = dst->UdpW_PixelLength; + dst->UdpL_PxlPerScn = x2 - x1 + 1; + dst->UdpL_ScnStride = dst->UdpL_PxlPerScn * dst->UdpL_PxlStride; + dst->UdpL_ArSize = dst->UdpL_PxlPerScn * sizeof(float) << 3; + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( DdxFree_(dst), (UdpPtr) BadAlloc ); + dst->UdpL_Pos = 0; + dst->UdpL_CompIdx = src->UdpL_CompIdx; + dst->UdpL_Levels = src->UdpL_Levels; + } + else + { + *dst = *src; + dst->UdpL_PxlPerScn = x2 - x1 + 1; + dst->UdpL_ScnStride = dst->UdpL_PxlPerScn * dst->UdpL_PxlStride; + } + dst->UdpL_X1 = x1; + dst->UdpL_X2 = x2; + dst->UdpL_Y1 = y1; + dst->UdpL_Y2 = y1; /* One scanline UDP */ + dst->UdpL_ScnCnt = 1; + + return( dst ); +} /* end ArithmeticGetTempUdp */ + +/***************************************************************************** +** ArithmeticDestroyTempUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Free a UDP created by ArithmeticGetTempUdp. +** +** FORMAL PARAMETERS: +** +** udp - Pointer to the udp to free. +** realudp - Pointer to a udp which might actually own the storage +** pointed to by udp. +** +*****************************************************************************/ +static void ArithmeticDestroyTempUdp( udp, realudp ) +UdpPtr udp; +UdpPtr realudp; + +{ + if (udp->UdpA_Base != NULL && udp->UdpA_Base != realudp->UdpA_Base) + DdxFreeBits_( udp->UdpA_Base ); + DdxFree_( udp ); +} /* end ArithmeticDestroyTempUdp */ + +/***************************************************************************** +** ArithmeticConvertScanline +** +** FUNCTIONAL DESCRIPTION: +** +** Adjust a UDP to point to the specified scanline of the source +** UDP. If the source UDP is not of type float, convert the +** data and leave it associated with the adjusted UDP. +** +** FORMAL PARAMETERS: +** +** src - Pointer to the source UDP. +** dst - Pointer to the UDP to be adjusted. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int ArithmeticConvertScanline(src, dst) + UdpPtr src; + UdpPtr dst; +{ + int status = Success; + + dst->UdpL_Y1++; + dst->UdpL_Y2++; + + if (src->UdpB_DType != UdpK_DTypeF) + status = DdxConvert_( src, dst, XieK_MoveMode ); + else + dst->UdpL_Pos += src->UdpL_ScnStride; + + return( status ); +} /* end ArithmeticConvertScanline */ + +/***************************************************************************** +** ArithmeticStoreScanline +** +** FUNCTIONAL DESCRIPTION: +** +** Store a scanline of data into the destination UDP. +** If the scanline UDP already points into the destination UDP, +** just adjust the scanline UDP to point past the scanline already +** stored. If not, copy (and possibly convert) the data into the +** destination. +** +** FORMAL PARAMETERS: +** +** dst - Pointer to scanline UDP +** realdst - Pointer to the destination UDP +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int ArithmeticStoreScanline(dst, realdst) + UdpPtr dst; + UdpPtr realdst; +{ + int status = Success; + + if (dst->UdpA_Base != realdst->UdpA_Base) { + status = DdxConvert_( dst, realdst, XieK_MoveMode ); + } else { + dst->UdpL_Pos += realdst->UdpL_ScnStride; + } + dst->UdpL_Y1++; + dst->UdpL_Y2++; + + return( status ); +} /* end ArithmeticStoreScanline */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiArithmetic.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiArithmetic.h new file mode 100644 index 0000000..b4b9fab --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiArithmetic.h @@ -0,0 +1,148 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the ARITHMETIC pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Fri Apr 20 15:08:58 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIARITHMETIC +#define _SMIARITHMETIC + +/* +** Include files +*/ +#include + +/* +** Function reference +*/ +int SmiArithmetic(); +int SmiCreateArithmetic(); + + +/* +** Structure definitions and Typedefs +*/ + +/* +** Arithmetic pipeline context block. +*/ +typedef struct _ArithmeticPipeCtx { + PipeElementCommonPart common; + struct _ArithmeticPart { + PipeSinkPtr srcsnk1; + PipeSinkPtr srcsnk2; + PipeSinkPtr dstsnk; + PipeDrainPtr srcdrn1; + PipeDrainPtr srcdrn2; + PipeDataPtr srcdata1; + PipeDataPtr srcdata2; + float fconst[XieK_MaxComponents]; + long int x1; + long int x2; + long int y1; + long int y2; + UdpPtr cpp; + int (*function)(); + } ArithmeticPart; +} ArithmeticPipeCtx, *ArithmeticPipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, Arithmetic part, access MACROs +*/ +#define AriSrcSnk1_(ctx) (((ArithmeticPipeCtxPtr)(ctx))->ArithmeticPart.srcsnk1) +#define AriSrcSnk2_(ctx) (((ArithmeticPipeCtxPtr)(ctx))->ArithmeticPart.srcsnk2) +#define AriDstSnk_(ctx) (((ArithmeticPipeCtxPtr)(ctx))->ArithmeticPart.dstsnk) + +#define AriSrcDrn1_(ctx) (((ArithmeticPipeCtxPtr)(ctx))->ArithmeticPart.srcdrn1) +#define AriSrcDrn2_(ctx) (((ArithmeticPipeCtxPtr)(ctx))->ArithmeticPart.srcdrn2) +#define AriSrcData1_(ctx) \ + (((ArithmeticPipeCtxPtr)(ctx))->ArithmeticPart.srcdata1) +#define AriSrcData2_(ctx) \ + (((ArithmeticPipeCtxPtr)(ctx))->ArithmeticPart.srcdata2) +#define AriFConst_(ctx,comp) \ + (((ArithmeticPipeCtxPtr)(ctx))->ArithmeticPart.fconst[comp]) +#define AriRoiX1_(ctx) (((ArithmeticPipeCtxPtr)(ctx))->ArithmeticPart.x1) +#define AriRoiX2_(ctx) (((ArithmeticPipeCtxPtr)(ctx))->ArithmeticPart.x2) +#define AriRoiY1_(ctx) (((ArithmeticPipeCtxPtr)(ctx))->ArithmeticPart.y1) +#define AriRoiY2_(ctx) (((ArithmeticPipeCtxPtr)(ctx))->ArithmeticPart.y2) +#define AriCpp_(ctx) (((ArithmeticPipeCtxPtr)(ctx))->ArithmeticPart.cpp) +#define AriFunc_(ctx) (((ArithmeticPipeCtxPtr)(ctx))->ArithmeticPart.function) + +#endif +/* _SMIARITHMETIC */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiBitMasks.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiBitMasks.h new file mode 100644 index 0000000..c3c60e7 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiBitMasks.h @@ -0,0 +1,158 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** Header file containg bitmasks for help in C written bit-twidling +** routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Bernardo Tagariello +** +** CREATION DATE: +** +** 24-May-1989 +** +************************************************************************/ + +/* +** Bit masks used by MiPutRuns +** +*/ + +#define BYTE_SIZE 8 /* number of bits per byte */ +#define LONG_SIZE 32 /* number of bits per longword */ + +/* + * these masks protect regions of the destination buffer (used in ImgMovv5) + * from being destroyed when copying + */ + +static +long int lo_mask[] = { 0xffffffff, + 0xfffffffe, + 0xfffffffc, + 0xfffffff8, + 0xfffffff0, + 0xffffffe0, + 0xffffffc0, + 0xffffff80, + 0xffffff00, + 0xfffffe00, + 0xfffffc00, + 0xfffff800, + 0xfffff000, + 0xffffe000, + 0xffffc000, + 0xffff8000, + 0xffff0000, + 0xfffe0000, + 0xfffc0000, + 0xfff80000, + 0xfff00000, + 0xffe00000, + 0xffc00000, + 0xff800000, + 0xff000000, + 0xfe000000, + 0xfc000000, + 0xf8000000, + 0xf0000000, + 0xe0000000, + 0xc0000000, + 0x80000000, + 0x00000000}; + +static +long int hi_mask[] = { 0x00000000, + 0x00000001, + 0x00000003, + 0x00000007, + 0x0000000f, + 0x0000001f, + 0x0000003f, + 0x0000007f, + 0x000000ff, + 0x000001ff, + 0x000003ff, + 0x000007ff, + 0x00000fff, + 0x00001fff, + 0x00003fff, + 0x00007fff, + 0x0000ffff, + 0x0001ffff, + 0x0003ffff, + 0x0007ffff, + 0x000fffff, + 0x001fffff, + 0x003fffff, + 0x007fffff, + 0x00ffffff, + 0x01ffffff, + 0x03ffffff, + 0x07ffffff, + 0x0fffffff, + 0x1fffffff, + 0x3fffffff, + 0x7fffffff, + 0xffffffff}; diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiChangeList.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiChangeList.c new file mode 100644 index 0000000..a28ec93 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiChangeList.c @@ -0,0 +1,317 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** Changlist manipulation routines for the Ultrix environment. +** This module replaces the VMS module Img__CHANGE_LIST.MAR. +** +** This module contains routines which support the creation of change +** lists from image data and the reconstruction of image data from +** change list structures. +** +** A CHANGELIST is an array of unsigned integers where the zeroeth entry +** contains the count of the number of valid entries, and a valid entry +** contains a CHANGE point (bit offset from the beginning of the scanline) +** from zero to one, or one to zero. +** +** Entry CHANGELIST[1], and all odd indexed entries contain CHANGEs to +** "ones"; even entries contain CHANGEs to "zeros". If the CHANGELIST +** array is large enough to process the entire scanline the last entry +** CHANGELIST[CHANGELIST[0]] will contain the length of the scanline (one +** bit position past the end) and is included in the count. +** +** The maximum size CHANGELIST array required to contain one scanline +** is scanline-length plus 2 entries (for the count and scanline length). +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Written for VMS by John Weber 15-May-1987 +** +** Rewritten for Ultrix by Brian M. Stevens 26-Sep-1988 +** +** Clean-up and put into library by Michael D. O'Connor 28-Nov-1988 +** +** CREATION DATE: +** +** 26-Sep-1988 +** +** MODIFICATION HISTORY: +** +************************************************************************/ +/* +** Table of Contents +*/ +int MiBuildChangeList(); +void MiPutRuns(); + +/* +** Include files +*/ +#include "SmiBitMasks.h" +/* +** MACRO definitions +*/ + +/* +** Global Symbols +*/ + +/* +** Equated Symbols +*/ + +/* +** External References +*/ +extern int MiFfsLong(); +extern int MiFfcLong(); + +/************************************************************************ +** +** +** FUNCTIONAL DESCRIPTION: +** +** This routine builds a change list structure from a buffer of image data. +** Run length transitions are detected by alternately searching for zero +** bits or one bits with the Mi_FFx_LONG routines. Bit offsets where the +** transitions take place are stored in subsequent entries in the change +** list. +** +** FORMAL PARAMETERS: +** +** src_addr; - scanline buffer address +** src_pos; - scanline buffer offset (in bits) +** size; - scanline buffer length (in bytes) +** cl_addr; - change list address (ptr to array of long) +** cl_len; - chane list length (num of cells in array) +** +** +** IMPLICIT INPUTS: +** +** none +** +** IMPLICIT OUTPUTS: +** +** none +** +** FUNCTION VALUE: +** +** Returns the address of the change list. +** +** SIGNAL CODES: +** +** none +** +** SIDE EFFECTS: +** +** none +** +************************************************************************/ +int MiBuildChangeList(src_addr, src_pos, size, cl_addr, cl_len) +long src_addr; +long src_pos; +long size; +long cl_addr; +long cl_len; +{ + long pos; + long end; + int index; + unsigned int *cl; + + + cl = (unsigned int *) cl_addr; + end = src_pos + size; + pos = src_pos; + + /* + ** While there's room in the changlist and data to search, find + ** transitions and load them into the change list. + */ + for (index = 1; index < cl_len && size > 0; index++, size = end - pos) + { + if (index % 2) + { + /* + ** look for a transition to a 1 bit + */ + + MiFfsLong(pos, size, src_addr, &pos); + } + else + { + /* + ** look for a transition to a 0 bit + */ + + MiFfcLong(pos, size, src_addr, &pos); + } + + /* + ** save the transition point in the changelist + */ + + cl[index] = pos - src_pos; + } + + /* + ** store the number of valid entries + */ + + cl[0] = --index; + + return ((int) cl); +} + +/************************************************************************ +** +** +** FUNCTIONAL DESCRIPTION: +** +** This routine accepts a change list buffer and reconstructs the image +** data described by it into a data buffer. +** +** It is assumed that the data buffer contains zeros on entry to this +** routine, so only run lists of ones are actually written using +** MiMovv7. +** +** FORMAL PARAMETERS: +** +** dst_addr; - dest. address of image data buffer +** dst_pos; - dest. address offset (in bits) +** cl_addr; - address of change list (array of long) +** +** +** IMPLICIT INPUTS: +** +** none +** +** IMPLICIT OUTPUTS: +** +** none +** +** FUNCTION VALUE: +** +** none +** +** SIGNAL CODES: +** +** none +** +** SIDE EFFECTS: +** +** none +** +************************************************************************/ +void +MiPutRuns(dst_addr, dst_pos, cl_addr) + long dst_addr; + long dst_pos; + long cl_addr; +{ + long size; + int index; + unsigned int *cl; + int bit; + char *pbyte; + + + cl = (unsigned int *) cl_addr; + + /* + ** While there are elements in the change list write runs of bits + ** into the destination image data buffer. + ** Note: Since data buffer starts out as all 0's. Write only runs of 1's. + */ + for (index = 1; index < cl[0]; index += 2) + { + /* + ** Find out where to start + */ + pbyte = (char *) dst_addr + (dst_pos + cl[index]) / BYTE_SIZE; + size = cl[index + 1] - cl[index]; + + /* + ** Write bits before starting on byte boundary + */ + for (bit=(dst_pos + cl[index]) % BYTE_SIZE; size > 0 && bit < BYTE_SIZE; --size, ++bit) + { + *pbyte |= (1 << bit); + } + + /* + ** Write ones for as many bytes as needed + */ + for (pbyte++; size >= BYTE_SIZE; size -= BYTE_SIZE, pbyte++) + { + *pbyte = 0xff; + } + + /* + ** Write ones after last byte boundary + */ + for (bit = 0; size > 0; --size, ++bit) + { + *pbyte |= (1 << bit); + } + } +} diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiChangeList.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiChangeList.h new file mode 100644 index 0000000..a1c1ece --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiChangeList.h @@ -0,0 +1,91 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the CHANGELIST module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** +** AUTHOR(S): +** +** Richard Hennessy +** +** CREATION DATE: +** +** September 25, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMICHANGELIST +#define _SMICHANGELIST + + /* + ** Include files + */ + + /* + ** Function reference + */ +int MiBuildChangeList(); +void MiPutRuns(); + +#endif +/* _SMICHANGELIST */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiChromeCom.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiChromeCom.c new file mode 100644 index 0000000..08d080d --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiChromeCom.c @@ -0,0 +1,288 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains support for the pipelined Chrominance Combine +** operator. The non-pipelined operator is handled entirely in the DIX. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Wed Jul 11 10:43:28 1990 +** +** MODIFICATION HISTORY: +** +*******************************************************************************/ + +#include + +#include "SmiChromeCom.h" + +/* +** Table of contents +*/ +int SmiCreateChromeCom(); + +static int _ChromeComInitialize(); +static int _ChromeComActivate(); +static int _ChromeComDestroy(); + +/* +** External References +*/ + +/* +** Local storage +*/ + /* + ** ChromeCom Element Vector + */ +static PipeElementVector ChromeComPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeChromeComElement, /* Structure subtype */ + sizeof(ChromeComPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _ChromeComInitialize, /* Initialize entry */ + _ChromeComActivate, /* Activate entry */ + NULL, /* Flush entry */ + _ChromeComDestroy, /* Destroy entry */ + NULL /* Abort entry point */ + }; + +/***************************************************************************** +** SmiCreateChromeCom +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the ChromeCom pipeline element +** +** FORMAL PARAMETERS: +** +** ctx - ChromeCom pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateChromeCom( pipe, srcsnk1, srcsnk2, srcsnk3, dstsnk ) +Pipe pipe; +PipeSinkPtr srcsnk1; +PipeSinkPtr srcsnk2; +PipeSinkPtr srcsnk3; +PipeSinkPtr dstsnk; +{ + int i; + ChromeComPipeCtxPtr ctx = (ChromeComPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &ChromeComPipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + + /* + ** Copy parameters into context struct + */ + ChcSrcSnk_(ctx,0) = srcsnk1; + ChcSrcSnk_(ctx,1) = srcsnk2; + ChcSrcSnk_(ctx,2) = srcsnk3; + ChcDstSnk_(ctx) = dstsnk; + + /* Any input/output data types. Quantum 1 */ + for( i = 0; i < XieK_MaxComponents; i++ ) + { + ChcDrn_(ctx,i) = DdxRmCreateDrain_( ChcSrcSnk_(ctx,i), 1 ); + if( !IsPointer_(ChcDrn_(ctx,i)) ) return( (int) ChcDrn_(ctx,i) ); + DdxRmSetDType_( ChcDrn_(ctx,i), UdpK_DTypeUndefined, DtM_Any ); + DdxRmSetQuantum_( ChcDrn_(ctx,i), 1 ); + } + DdxRmSetDType_( ChcDstSnk_(ctx), UdpK_DTypeUndefined, DtM_Any ); + DdxRmSetQuantum_( ChcDstSnk_(ctx), 1 ); + + return( Success ); +} /* end SmiCreateChromeCom */ + +/***************************************************************************** +** _ChromeComInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the ChromeCom pipeline element +** +** FORMAL PARAMETERS: +** +** ctx - ChromeCom pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ChromeComInitialize(ctx) +ChromeComPipeCtxPtr ctx; +{ + int i, dtype, status; + + CtxInp_(ctx) = ChcDrn_(ctx,0); + + for( i = 0; i + +/* +** Function reference +*/ +int SmiCreateChromeCom(); + +/* +** Structure definitions and Typedefs +*/ + +/* +** ChromeCom pipeline context block. +*/ +typedef struct _ChromeComPipeCtx { + PipeElementCommonPart common; + struct _ChromeComPart { + PipeSinkPtr srcsnk[XieK_MaxComponents]; + PipeSinkPtr dstsnk; + PipeDrainPtr drn[XieK_MaxComponents]; + } ChromeComPart; +} ChromeComPipeCtx, *ChromeComPipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, ChromeCom part, access MACROs +*/ +#define ChcDrn_(ctx,comp) \ + (((ChromeComPipeCtxPtr)(ctx))->ChromeComPart.drn[comp]) +/* +** ChromeCom Parameters +*/ +#define ChcSrcSnk_(ctx,comp) \ + (((ChromeComPipeCtxPtr)(ctx))->ChromeComPart.srcsnk[comp]) +#define ChcDstSnk_(ctx) (((ChromeComPipeCtxPtr)(ctx))->ChromeComPart.dstsnk) + +#endif +/* _SMICHROMECOM */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiChromeSep.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiChromeSep.c new file mode 100644 index 0000000..5751491 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiChromeSep.c @@ -0,0 +1,259 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains support for the pipelined Chrominance Separate +** operator. Non-pipelined ChromeSep is handled entirely in the DIX. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Gary Grebus +** +** DATE: +** +** Wed Jul 11 12:38:21 1990 +** +** MODIFICATION HISTORY: +** +*******************************************************************************/ + +#include + +#include "SmiChromeSep.h" + +/* +** Table of contents +*/ +int SmiCreateChromeSep(); + +static int _ChromeSepInitialize(); +static int _ChromeSepActivate(); +static int _ChromeSepDestroy(); + +/* +** External References +*/ + +/* +** Local storage +*/ + /* + ** ChromeSep Element Vector + */ +static PipeElementVector ChromeSepPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeChromeSepElement, /* Structure subtype */ + sizeof(ChromeSepPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _ChromeSepInitialize, /* Initialize entry */ + _ChromeSepActivate, /* Activate entry */ + NULL, /* Flush entry */ + _ChromeSepDestroy, /* Destroy entry */ + NULL /* Abort entry point */ + }; + +/***************************************************************************** +** SmiCreateChromeSep +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the CHROMESEP pipeline element +** +** FORMAL PARAMETERS: +** +** ctx - chromeSep pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateChromeSep( pipe, srcsnk, dstsnk, component ) +Pipe pipe; +PipeSinkPtr srcsnk; +PipeSinkPtr dstsnk; +long int component; +{ + ChromeSepPipeCtxPtr ctx = (ChromeSepPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &ChromeSepPipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + + /* + ** Copy parameters into context struct + */ + ChsSrcSnk_(ctx) = srcsnk; + ChsDstSnk_(ctx) = dstsnk; + ChsComp_(ctx) = component; /* The component to select */ + + /* Handle any data type and quantum */ + ChsSrcDrn_(ctx) = DdxRmCreateDrain_( ChsSrcSnk_(ctx), 1 << component ); + if( !IsPointer_(ChsSrcDrn_(ctx)) ) return( (int) ChsSrcDrn_(ctx) ); + DdxRmSetDType_( ChsSrcDrn_(ctx), UdpK_DTypeUndefined, DtM_Any ); + DdxRmSetQuantum_( ChsSrcDrn_(ctx), 0 ); + + DdxRmSetDType_( ChsDstSnk_(ctx), UdpK_DTypeUndefined, DtM_Any ); + DdxRmSetQuantum_( ChsDstSnk_(ctx), 0 ); + + return( Success ); +} /* end SmiCreateChromeSep */ + +/***************************************************************************** +** _ChromeSepInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the CHROMESEP pipeline element +** +** FORMAL PARAMETERS: +** +** ctx - chromeSep pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ChromeSepInitialize(ctx) +ChromeSepPipeCtxPtr ctx; +{ + int dtype, status; + + /* + ** Initialize the source drain. + */ + CtxInp_(ctx) = ChsSrcDrn_(ctx); + status = DdxRmInitializePort_( CtxHead_(ctx), ChsSrcDrn_(ctx) ); + if( status != Success ) return( status ); + + /* + ** Set our destination sink DType to match our drain and initialize it. + */ + dtype = DdxRmGetDType_( ChsSrcDrn_(ctx) ); + DdxRmSetDType_( ChsDstSnk_(ctx), dtype, 1< +/* +** Function Reference +*/ +int SmiCreateChromeSep(); + + +/* +** Structure definitions and Typedefs +*/ + +/* +** ChromeSep pipeline context block. +*/ +typedef struct _ChromeSepPipeCtx { + PipeElementCommonPart common; + struct _ChromeSepPart { + PipeSinkPtr srcsnk; + PipeSinkPtr dstsnk; + PipeDrainPtr srcdrn; + long int component; + } ChromeSepPart; +} ChromeSepPipeCtx, *ChromeSepPipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, ChromeSep part, access MACROs +*/ +#define ChsSrcDrn_(ctx) (((ChromeSepPipeCtxPtr)(ctx))->ChromeSepPart.srcdrn) +#define ChsComp_(ctx) (((ChromeSepPipeCtxPtr)(ctx))->ChromeSepPart.component) +/* +** ChromeSep Parameters +*/ +#define ChsSrcSnk_(ctx) (((ChromeSepPipeCtxPtr)(ctx))->ChromeSepPart.srcsnk) +#define ChsDstSnk_(ctx) (((ChromeSepPipeCtxPtr)(ctx))->ChromeSepPart.dstsnk) + +#endif +/* _SMICHROMESEP */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiCompare.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiCompare.c new file mode 100644 index 0000000..5324b05 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiCompare.c @@ -0,0 +1,2096 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module implements the compare operator which performs +** compare functions between two photomaps or a photomap and a +** constant. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Fri Jul 6 16:16:22 1990 +** +*******************************************************************************/ + +#include + +#include "SmiCompare.h" + +/* +** Table of contents +*/ +int SmiCompare(); +int SmiCreateCompare(); + +static int _CompareInitialize(); +static int _CompareActivate(); +static int _CompareFlush(); +static int _CompareAbort(); +static int _CompareDestroy(); + +static UdpPtr CompareGetTempUdp(); +static void CompareDestroyTempUdp(); +static int CompareConvertScanline(); +static int CollectComponents(); + +static void CompareLTII(); +static void CompareLTIC(); +static void CompareLEII(); +static void CompareLEIC(); +static void CompareEQII(); +static void CompareEQIC(); +static void CompareNEII(); +static void CompareNEIC(); +static void CompareGTII(); +static void CompareGTIC(); +static void CompareGEII(); +static void CompareGEIC(); + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local storage +*/ + /* + ** Compare Element Vector + */ +static PipeElementVector ComparePipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeCompareElement, /* Structure subtype */ + sizeof(ComparePipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _CompareInitialize, /* Initialize entry */ + _CompareActivate, /* Activate entry */ + _CompareFlush, /* Flush entry */ + _CompareDestroy, /* Destroy entry */ + _CompareAbort /* Abort entry */ + }; + +/* Dispatch tables to select the correct operation routine */ +/* These must match the ordering of the XieK_xxxx constants in XieAppl.h */ +static void (*CompareTableII[])() = { + NULL, /* Constants start with 1 */ + CompareLTII, + CompareLEII, + CompareEQII, + CompareNEII, + CompareGTII, + CompareGEII + }; + +static void (*CompareTableIC[])() = { + NULL, + CompareLTIC, + CompareLEIC, + CompareEQIC, + CompareNEIC, + CompareGTIC, + CompareGEIC + }; + + +/***************************************************************************** +** SmiCreateCompare +** +** FUNCTIONAL DESCRIPTION: +** +** This function fills in a newly created context for a COMPARE +** pipeline element. +** +** FORMAL PARAMETERS: +** +** pipe - Descriptor for pipe being built.. +** srcsnk1 - Pointer to first source sink +** srcsnk2 - Pointer to second source sink (NULL if no second source) +** constant- Array of "constant image" values (used when srcsnk2==NULL) +** dstsnk - Pointer to destination sink +** idc - Pointer to UDP describing the ROI or CPP (NULL if no IDC) +** operator- Compare operation function code. +** combine - Produce one combined photomap for multiple component +** input (Boolean) +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateCompare(pipe,srcsnk1,srcsnk2,constant, + dstsnk,idc,operator,combine) +Pipe pipe; +PipeSinkPtr srcsnk1; +PipeSinkPtr srcsnk2; +unsigned int constant[XieK_MaxComponents]; +PipeSinkPtr dstsnk; +UdpPtr idc; +int operator; +int combine; +{ + int i; + int combine_op; + + ComparePipeCtxPtr ctx = (ComparePipeCtxPtr) + DdxCreatePipeCtx_( pipe, &ComparePipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Copy parameters + */ + CmpSrcSnk1_(ctx) = srcsnk1; + CmpSrcSnk2_(ctx) = srcsnk2; + CmpDstSnk_(ctx) = dstsnk; + + for( i = 0; i < XieK_MaxComponents; i++ ) + if( SnkUdpPtr_(srcsnk1,i) == NULL ) + break; + + CmpCmpIn_(ctx) = i; + CmpCmpOut_(ctx) = combine ? 1 : i; + + /* The "combined" option is only really defined for XieK_EQ and XieK_NE. + * If asked, we'll do combined mode of the other ops using the + * same semantics as for XieK_EQ. + */ + CmpCombOp_(ctx) = (operator == XieK_NE) ? XieK_OR : XieK_AND; + + if( srcsnk2 == NULL ) + { /* Using a constant "image" */ + CmpFunc_(ctx) = CompareTableIC[operator]; + + for( i = 0; i < CmpCmpIn_(ctx); i++ ) + CmpConst_(ctx,i) = constant[i]; + } + else + CmpFunc_(ctx) = CompareTableII[operator]; + + CmpCpp_(ctx) = idc != NULL && idc->UdpA_Base != NULL ? idc : NULL; + + /* Calculate the bounds of the region that will actually be processed */ + if( srcsnk2 == NULL ) + { + CmpRoiX1_(ctx) = SnkX1_(srcsnk1,0); + CmpRoiX2_(ctx) = SnkX2_(srcsnk1,0); + CmpRoiY1_(ctx) = SnkY1_(srcsnk1,0); + CmpRoiY2_(ctx) = SnkY2_(srcsnk1,0); + } + else + { + /* Intersection of two source operands */ + CmpRoiX1_(ctx) = SnkX1_(srcsnk2,0) > SnkX1_(srcsnk1,0) ? + SnkX1_(srcsnk2,0) : SnkX1_(srcsnk1,0); + CmpRoiX2_(ctx) = SnkX2_(srcsnk2,0) < SnkX2_(srcsnk1,0) ? + SnkX2_(srcsnk2,0) : SnkX2_(srcsnk1,0); + CmpRoiY1_(ctx) = SnkY1_(srcsnk2,0) > SnkY1_(srcsnk1,0) ? + SnkY1_(srcsnk2,0) : SnkY1_(srcsnk1,0); + CmpRoiY2_(ctx) = SnkY2_(srcsnk2,0) < SnkY2_(srcsnk1,0) ? + SnkY2_(srcsnk2,0) : SnkY2_(srcsnk1,0); + } + + if( idc != NULL ) + { + /* Further restrict the area to be processed with the CPP/ROI */ + CmpRoiX1_(ctx) = idc->UdpL_X1 > CmpRoiX1_(ctx) ? + idc->UdpL_X1 : CmpRoiX1_(ctx); + CmpRoiX2_(ctx) = idc->UdpL_X2 < CmpRoiX2_(ctx) ? + idc->UdpL_X2 : CmpRoiX2_(ctx); + CmpRoiY1_(ctx) = idc->UdpL_Y1 > CmpRoiY1_(ctx) ? + idc->UdpL_Y1 : CmpRoiY1_(ctx); + CmpRoiY2_(ctx) = idc->UdpL_Y2 < CmpRoiY2_(ctx) ? + idc->UdpL_Y2 : CmpRoiY2_(ctx); + } + + for( i = 0; i < XieK_MaxComponents; i++ ) + { + CmpSrcData1_(ctx,i) = NULL; + CmpSrcData2_(ctx,i) = NULL; + } + + /* Create drains on the sink(s). + * Handle any data format. + * Process a quantum of 1 scanline. + */ + for( i = 0; i < CmpCmpIn_(ctx); i++ ) + { + CmpSrcDrn1_(ctx,i) = DdxRmCreateDrain_( CmpSrcSnk1_(ctx), 1 << i ); + if( !IsPointer_(CmpSrcDrn1_(ctx,i)) ) + return((int)CmpSrcDrn1_(ctx,i)); + DdxRmSetDType_( CmpSrcDrn1_(ctx,i), UdpK_DTypeUndefined, DtM_Any ); + DdxRmSetQuantum_( CmpSrcDrn1_(ctx,i), 1 ); + + if( srcsnk2 != NULL ) + { + CmpSrcDrn2_(ctx,i) = DdxRmCreateDrain_( CmpSrcSnk2_(ctx), 1 << i ); + if( !IsPointer_(CmpSrcDrn2_(ctx,i)) ) + return((int)CmpSrcDrn2_(ctx,i)); + DdxRmSetDType_( CmpSrcDrn2_(ctx,i), UdpK_DTypeUndefined, DtM_Any ); + DdxRmSetQuantum_( CmpSrcDrn2_(ctx,i), 1 ); + } + } + + /* The result is an IDC, so we always produce bits */ + DdxRmSetDType_( CmpDstSnk_(ctx), UdpK_DTypeVU, DtM_VU ); + DdxRmSetQuantum_( CmpDstSnk_(ctx), 1 ); + + return( Success ); +} /* SmiCreateCompare */ + +/***************************************************************************** +** _CompareInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the COMPARE pipeline element prior to +** activation. +** +** FORMAL PARAMETERS: +** +** ctx - compare pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _CompareInitialize(ctx) +ComparePipeCtxPtr ctx; +{ + int i, status; + + for( i = 0; i < CmpCmpIn_(ctx); i++ ) + { + status = DdxRmInitializePort_( CtxHead_(ctx), CmpSrcDrn1_(ctx,i) ); + if( status != Success ) return( status ); + } + if( CmpSrcSnk2_(ctx) != NULL ) + { + for( i = 0; i < CmpCmpIn_(ctx); i++ ) + { + status = DdxRmInitializePort_( CtxHead_(ctx), CmpSrcDrn2_(ctx,i) ); + if( status != Success ) return( status ); + } + /* If one of the drains is constrained, and the other is unconstrained, + * we have to force conversion of the constrained data to unconstrained + */ + if( DrnDtyp_(CmpSrcDrn1_(ctx,0)) == UdpK_DTypeF || + DrnDtyp_(CmpSrcDrn2_(ctx,0)) == UdpK_DTypeF ) + for( i = 0; i < CmpCmpIn_(ctx); i++ ) + { + DrnDtyp_(CmpSrcDrn1_(ctx,i)) = UdpK_DTypeF; + DrnDtyp_(CmpSrcDrn2_(ctx,i)) = UdpK_DTypeF; + } + } + + status = DdxRmInitializePort_( CtxHead_(ctx), CmpDstSnk_(ctx) ); + + /* Start reading from the first drain */ + CtxInp_(ctx) = CmpSrcDrn1_(ctx,0); + + return( status ); +} + +/***************************************************************************** +** _CompareActivate +** +** FUNCTIONAL DESCRIPTION: +** +** This routine reads the data from the source drain(s) and +** performs the compare operations. +** +** FORMAL PARAMETERS: +** +** ctx - compare pipeline element context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _CompareActivate(ctx) +ComparePipeCtxPtr ctx; +{ + PipeDataPtr dst[XieK_MaxComponents], tmp = NULL; + int dstpos[XieK_MaxComponents], status, i; + + if( CmpSrcSnk2_(ctx) == NULL ) + /* Operating between one image and a constant */ + for( status = Success; status == Success; ) + { + status = CollectComponents( &CmpSrcDrn1_(ctx,0), + &CmpSrcData1_(ctx,0), + ctx, CmpCmpIn_(ctx) ); + if( status != Success ) break; + + /* Allocate a destination data seg for each output component */ + for( i =0; i < CmpCmpOut_(ctx); i++ ) + { + dst[i] = DdxRmAllocData_( CmpDstSnk_(ctx), i, + DatY1_(CmpSrcData1_(ctx,0)), + DatHeight_(CmpSrcData1_(ctx,0)) ); + if( !IsPointer_(dst[i]) ) + status = (int) dst[i]; + } + /* If combining results, get a temporary data seg. */ + if( status == Success && CmpCmpIn_(ctx) > CmpCmpOut_(ctx) ) + { + tmp = DdxRmAllocData_( CmpDstSnk_(ctx),0, + DatY1_(CmpSrcData1_(ctx,0)), + DatHeight_(CmpSrcData1_(ctx,0)) ); + if( !IsPointer_(tmp) ) + status = (int) tmp; + } + if( DatY1_(CmpSrcData1_(ctx,0)) < CmpRoiY1_(ctx) || + DatY1_(CmpSrcData1_(ctx,0)) > CmpRoiY2_(ctx) ) + /* Scanline is outside the ROI - return zeros in the + * destination. + */ + for( i = 0; i < CmpCmpOut_(ctx) && status == Success; i++ ) + { + status = DdxFillRegion_( DatUdpPtr_(dst[i]), + DatX1_(dst[i]), DatY1_(dst[i]), + DatWidth_(dst[i]), + DatHeight_(dst[i]), 0 ); + dstpos[i] = DatPos_(dst[i]); + } + else + { + /* Zero the portions of this line outside the ROI */ + for( i = 0; i < CmpCmpOut_(ctx) && status == Success; i++ ) + { + status = DdxFillRegion_( DatUdpPtr_(dst[i]), /* Left */ + DatX1_(CmpSrcData1_(ctx,0)), + DatY1_(CmpSrcData1_(ctx,0)), + CmpRoiX1_(ctx) + - DatX1_(CmpSrcData1_(ctx,0)), + 1, 0 ); + if( status != Success ) break; + + status = DdxFillRegion_( DatUdpPtr_(dst[i]), /* Right */ + CmpRoiX2_(ctx)+1, + DatY1_(CmpSrcData1_(ctx,0)), + DatX2_(CmpSrcData1_(ctx,0)) + - CmpRoiX2_(ctx), + 1, 0 ); + if( status != Success ) break; + + DatPos_(CmpSrcData1_(ctx,i)) += + (CmpRoiX1_(ctx) - DatX1_(CmpSrcData1_(ctx,i))) * + DatPxlStr_(CmpSrcData1_(ctx,i)); + dstpos[i] = DatPos_(dst[i]); + DatPos_(dst[i]) += + (CmpRoiX1_(ctx) - DatX1_(dst[i])) * DatPxlStr_(dst[i]); + } + + /* Compare all the components of this scanline */ + if( status == Success ) + (*CmpFunc_(ctx))(DatUdpPtr_(CmpSrcData1_(ctx,0)), + CmpConst_(ctx,0), + DatUdpPtr_(dst[0]), + CmpCpp_(ctx), + CmpRoiY1_(ctx), + CmpRoiX1_(ctx), + CmpRoiX2_(ctx)); + + for( i = 1; i < CmpCmpIn_(ctx) && status == Success; i++ ) + { + if( CmpCmpIn_(ctx) > CmpCmpOut_(ctx) ) + { + /* Combining output */ + DatCmpIdx_(tmp) = i; + (*CmpFunc_(ctx))(DatUdpPtr_(CmpSrcData1_(ctx,i)), + CmpConst_(ctx,i), + DatUdpPtr_(tmp), + CmpCpp_(ctx), + CmpRoiY1_(ctx), + CmpRoiX1_(ctx), + CmpRoiX2_(ctx)); + status = DdxLogical_( DatUdpPtr_(dst[0]), + DatUdpPtr_(tmp), + NULL, DatUdpPtr_(dst[0]), + NULL, CmpCombOp_(ctx) ); + } + else + /* Not combining output */ + (*CmpFunc_(ctx))(DatUdpPtr_(CmpSrcData1_(ctx,i)), + CmpConst_(ctx,i), + DatUdpPtr_(dst[i]), + CmpCpp_(ctx), + CmpRoiY1_(ctx), + CmpRoiX1_(ctx), + CmpRoiX2_(ctx)); + } + } + for( i = 0; i < CmpCmpOut_(ctx); i++ ) + if( IsPointer_(dst[i]) ) + { + DatPos_(dst[i]) = dstpos[i]; + if( status == Success ) + status = DdxRmPutData_( CmpDstSnk_(ctx), dst[i] ); + else + DdxRmDeallocData_( dst[i] ); + dst[i] = NULL; + } + for( i = 0; i < CmpCmpIn_(ctx); i++ ) + CmpSrcData1_(ctx,i) = DdxRmDeallocData_( CmpSrcData1_(ctx,i) ); + + if( tmp != NULL ) + tmp = DdxRmDeallocData_( tmp ); + } /* end for */ + + else + /* Operating between two images */ + for( status = Success; status == Success; ) + { + status = CollectComponents( &CmpSrcDrn1_(ctx,0), + &CmpSrcData1_(ctx,0), + ctx, CmpCmpIn_(ctx) ); + if( status != Success ) break; + + if( DatY1_(CmpSrcData1_(ctx,0)) <= CmpRoiY2_(ctx) ) + { /* Keep the two streams synchronized as long as we still + * need data from the second image */ + status = CollectComponents( &CmpSrcDrn2_(ctx,0), + &CmpSrcData2_(ctx,0), + ctx, CmpCmpIn_(ctx) ); + if( status != Success ) break; + } + /* Allocate a destination data seg for each output component */ + for( i =0; i < CmpCmpOut_(ctx); i++ ) + { + dst[i] = DdxRmAllocData_( CmpDstSnk_(ctx), i, + DatY1_(CmpSrcData1_(ctx,0)), + DatHeight_(CmpSrcData1_(ctx,0)) ); + if( !IsPointer_(dst[i]) ) + status = (int) dst[i]; + } + /* If combining results, get a temporary data seg. */ + if( CmpCmpIn_(ctx) > CmpCmpOut_(ctx) ) + { + tmp = DdxRmAllocData_( CmpDstSnk_(ctx), 0, + DatY1_(CmpSrcData1_(ctx,0)), + DatHeight_(CmpSrcData1_(ctx,0)) ); + if( !IsPointer_(tmp) ) + status = (int) tmp; + } + if( DatY1_(CmpSrcData1_(ctx,0)) < CmpRoiY1_(ctx) || + DatY1_(CmpSrcData1_(ctx,0)) > CmpRoiY2_(ctx) ) + /* Scanline is outside the ROI - return zeros in the + * destination. + */ + for( i = 0; i < CmpCmpOut_(ctx) && status == Success; i++ ) + { + status = DdxFillRegion_( DatUdpPtr_(dst[i]), + DatX1_(dst[i]), DatY1_(dst[i]), + DatWidth_(dst[i]), + DatHeight_(dst[i]), 0 ); + dstpos[i] = DatPos_(dst[i]); + } + else + { + /* Zero the portions of this line outside the ROI */ + for( i = 0; i < CmpCmpOut_(ctx) && status == Success; i++ ) + { + status = DdxFillRegion_( DatUdpPtr_(dst[i]), /* Left */ + DatX1_(CmpSrcData1_(ctx,0)), + DatY1_(CmpSrcData1_(ctx,0)), + CmpRoiX1_(ctx) + - DatX1_(CmpSrcData1_(ctx,0)), + 1, 0 ); + if( status != Success ) break; + + status = DdxFillRegion_( DatUdpPtr_(dst[i]), /* Right */ + CmpRoiX2_(ctx)+1, + DatY1_(CmpSrcData1_(ctx,0)), + DatX2_(CmpSrcData1_(ctx,0)) + - CmpRoiX2_(ctx), + 1, 0); + if( status != Success ) break; + + DatPos_(CmpSrcData1_(ctx,i)) += + (CmpRoiX1_(ctx) - DatX1_(CmpSrcData1_(ctx,i))) * + DatPxlStr_(CmpSrcData1_(ctx,i)); + dstpos[i] = DatPos_(dst[i]); + DatPos_(dst[i]) += + (CmpRoiX1_(ctx) - DatX1_(dst[i])) * DatPxlStr_(dst[i]); + } + /* Compare all the components of this scanline */ + if( status == Success ) + (*CmpFunc_(ctx))(DatUdpPtr_(CmpSrcData1_(ctx,0)), + DatUdpPtr_(CmpSrcData2_(ctx,0)), + DatUdpPtr_(dst[0]), + CmpCpp_(ctx), + CmpRoiY1_(ctx), + CmpRoiX1_(ctx), + CmpRoiX2_(ctx)); + + for( i = 1; i < CmpCmpIn_(ctx) && status == Success; i++ ) + if( CmpCmpIn_(ctx) > CmpCmpOut_(ctx) ) + { + /* Combining output */ + DatCmpIdx_(tmp) = i; + (*CmpFunc_(ctx))(DatUdpPtr_(CmpSrcData1_(ctx,i)), + DatUdpPtr_(CmpSrcData2_(ctx,i)), + DatUdpPtr_(tmp), + CmpCpp_(ctx), + CmpRoiY1_(ctx), + CmpRoiX1_(ctx), + CmpRoiX2_(ctx)); + status = DdxLogical_( DatUdpPtr_(dst[0]), + DatUdpPtr_(tmp), + NULL, DatUdpPtr_(dst[0]), + NULL, CmpCombOp_(ctx) ); + } + else + /* Not combining output */ + (*CmpFunc_(ctx))(DatUdpPtr_(CmpSrcData1_(ctx,i)), + DatUdpPtr_(CmpSrcData2_(ctx,i)), + DatUdpPtr_(dst[i]), + CmpCpp_(ctx), + CmpRoiY1_(ctx), + CmpRoiX1_(ctx), + CmpRoiX2_(ctx)); + } + for( i = 0; i < CmpCmpOut_(ctx); i++ ) + if( IsPointer_(dst[i]) ) + { + DatPos_(dst[i]) = dstpos[i]; + if( status == Success ) + status = DdxRmPutData_( CmpDstSnk_(ctx), dst[i] ); + else + DdxRmDeallocData_( dst[i] ); + dst[i] = NULL; + } + for( i = 0; i < CmpCmpIn_(ctx); i++ ) + { + CmpSrcData1_(ctx,i) = DdxRmDeallocData_( CmpSrcData1_(ctx,i) ); + if( CmpSrcData2_(ctx,i) != NULL ) + CmpSrcData2_(ctx,i) = + DdxRmDeallocData_( CmpSrcData2_(ctx,i) ); + } + if( tmp != NULL ) + tmp = DdxRmDeallocData_( tmp ); + } /* end for */ + return( status > 0 ? status : Success ); +} /* end _CompareActivate */ + +/***************************************************************************** +** _CompareFlush +** +** FUNCTIONAL DESCRIPTION: +** +** This routine is called when all preceding pipeline stages have +** completed. +** +** +** FORMAL PARAMETERS: +** +** ctx - compare pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _CompareFlush(ctx) +ComparePipeCtxPtr ctx; +{ + PipeDataPtr src2; + int i; + + _CompareAbort(ctx); + + /* If the second image operand has more scanlines that the first image, + * we will have unprocessed scanlines on the image2 drains. Flush them. + */ + if( CmpSrcSnk2_(ctx) != NULL ) + for( i = 0; i < CmpCmpIn_(ctx); i++ ) + { + src2 = DdxRmGetData_( ctx, CmpSrcDrn2_(ctx,i) ); + + if( IsPointer_(src2) ) + DdxRmDeallocData_( src2 ); + + else if( src2 != NULL ) + return( (int) src2 ); + } + + return( Success ); +} + +/***************************************************************************** +** _CompareAbort +** +** FUNCTIONAL DESCRIPTION: +** +** This routine is called when all preceding pipeline stages have +** completed. +** +** +** FORMAL PARAMETERS: +** +** ctx - compare pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _CompareAbort(ctx) +ComparePipeCtxPtr ctx; +{ + int i; + + for( i = 0; i < CmpCmpIn_(ctx); i++ ) + { + if( IsPointer_(CmpSrcData1_(ctx,i)) ) + CmpSrcData1_(ctx,i) = DdxRmDeallocData_( CmpSrcData1_(ctx,i) ); + if( IsPointer_(CmpSrcData2_(ctx,i)) ) + CmpSrcData2_(ctx,i) = DdxRmDeallocData_( CmpSrcData2_(ctx,i) ); + } + return( Success ); +} + +/***************************************************************************** +** _CompareDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the COMPARE +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - compare pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _CompareDestroy(ctx) +ComparePipeCtxPtr ctx; +{ + int i; + + for( i = 0; i < CmpCmpIn_(ctx); i++ ) + { + CmpSrcDrn1_(ctx,i) = DdxRmDestroyDrain_( CmpSrcDrn1_(ctx,i) ); + if( CmpSrcSnk2_(ctx) != NULL ) + CmpSrcDrn2_(ctx,i) = DdxRmDestroyDrain_( CmpSrcDrn2_(ctx,i) ); + } + + return( Success ); +} + +/***************************************************************************** +** SmiCompare +** +** FUNCTIONAL DESCRIPTION: +** +** This routine performs a non-pipelined compare operator, which +** executes an compare operator between two photomaps, or between +** a photomap and a constant. +** +** FORMAL PARAMETERS: +** +** srcudp1 - Pointer to a UDP describing the first source operand. +** srcudp2 - Pointer to a UDP describing the second source operand. +** constant- Array of constants supplied if srcudp2 is NULL. +** dstudp - Pointer to a UDP describing the destination buffer. +** idc - Pointer to a UDP describing the Region of Interest, +** or Control Processing Plane. +** (NULL if no IDC) +** operator-Code for the operation being performed. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCompare( srcudp1, srcudp2, constant, dstudp, idc, operator ) +UdpPtr srcudp1; +UdpPtr srcudp2; +unsigned int constant[]; +UdpPtr dstudp; +UdpPtr idc; +int operator; +{ + UdpPtr cpp, src1 = NULL, src2 = NULL, dst = NULL; + float fconst; + long int pixels, scanline, status; + long int X1, X2, Y1, Y2; /* src/destination common bounds */ + long int x1, x2, y1, y2; /* src/destination/ROI common bounds */ + + + /* + ** Allocate the destination image array + */ + if( dstudp->UdpA_Base == NULL ) + { + dstudp->UdpA_Base = DdxMallocBits_( dstudp->UdpL_ArSize ); + if( dstudp->UdpA_Base == NULL ) return( BadAlloc ); + } + + /* + * Determine maximum common dimensions between source1 and destination, + * which is the defined region of output. + */ + X1 = srcudp1->UdpL_X1 > dstudp->UdpL_X1 ? + srcudp1->UdpL_X1 : dstudp->UdpL_X1; + X2 = srcudp1->UdpL_X2 < dstudp->UdpL_X2 ? + srcudp1->UdpL_X2 : dstudp->UdpL_X2; + Y1 = srcudp1->UdpL_Y1 > dstudp->UdpL_Y1 ? + srcudp1->UdpL_Y1 : dstudp->UdpL_Y1; + Y2 = srcudp1->UdpL_Y2 < dstudp->UdpL_Y2 ? + srcudp1->UdpL_Y2 : dstudp->UdpL_Y2; + + /* + * Restrict the area to be processed by finding the intersection of + * the region of output and the second source operand (if used). + */ + if (srcudp2 == NULL) { + x1 = X1; x2 = X2; + y1 = Y1; y2 = Y2; + } else { + x1 = srcudp2->UdpL_X1 > X1 ? srcudp2->UdpL_X1 : X1; + x2 = srcudp2->UdpL_X2 < X2 ? srcudp2->UdpL_X2 : X2; + y1 = srcudp2->UdpL_Y1 > Y1 ? srcudp2->UdpL_Y1 : Y1; + y2 = srcudp2->UdpL_Y2 < Y2 ? srcudp2->UdpL_Y2 : Y2; + } + + /* + * Further restrict the area to be processed by finding the intersection + * with the IDC (ROI or CPP). + */ + if (idc != NULL) { + x1 = idc->UdpL_X1 > x1 ? idc->UdpL_X1 : x1; + x2 = idc->UdpL_X2 < x2 ? idc->UdpL_X2 : x2; + y1 = idc->UdpL_Y1 > y1 ? idc->UdpL_Y1 : y1; + y2 = idc->UdpL_Y2 < y2 ? idc->UdpL_Y2 : y2; + } + + cpp = idc != NULL && idc->UdpA_Base != NULL ? idc : NULL; + + /* If one of the input UDP's is unconstrained, then convert the other */ + src1 = CompareGetTempUdp( srcudp1, srcudp2, y1, x1, x2 ); + if( !IsPointer_(src1) ) + { + status = (int) src1; + goto clean_up; + } + if( srcudp2 != NULL ) + { + src2 = CompareGetTempUdp( srcudp2, srcudp1, y1, x1, x2 ); + if( !IsPointer_(src2) ) + { + status = (int) src2; + goto clean_up; + } + } + dst = CompareGetTempUdp(dstudp, NULL, y1, x1, x2); + if( !IsPointer_(dst) ) + { + status = (int) dst; + goto clean_up; + } + + /* Return zero for the scanlines outside the ROI */ + /* Top */ + status = DdxFillRegion_( dstudp, X1, Y1, X2-X1+1, y1 - Y1, 0 ); + if( status != Success ) goto clean_up; + /* Bottom */ + status = DdxFillRegion_( dstudp, X1, y2+1, X2-X1+1, Y2 - y2, 0); + if( status != Success ) goto clean_up; + /* Left */ + status = DdxFillRegion_( dstudp, X1, y1, x1 - X1, y2 - y1 + 1, 0 ); + if( status != Success ) goto clean_up; + /* Right */ + status = DdxFillRegion_( dstudp, x2+1, y1, X2 - x2, y2 - y1 + 1, 0 ); + if( status != Success ) goto clean_up; + + /* Now perform the compare operation over the region-of-interest */ + + if( srcudp2 != NULL ) + /* Image-to-image operation */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + /* Get a UDP pointing to this scanline */ + status = CompareConvertScanline(srcudp1, src1); + if( status != Success ) break; + status = CompareConvertScanline(srcudp2, src2); + if( status != Success ) break; + status = CompareConvertScanline(dstudp, dst ); + if( status != Success ) break; + + (*CompareTableII[operator])(src1, src2, + dst, + cpp, y1, x1, x2); + } + else + /* Image-to-constant operation */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + /* Get a UDP pointing to this scanline */ + status = CompareConvertScanline(srcudp1, src1); + if( status != Success ) break; + status = CompareConvertScanline(dstudp, dst ); + if( status != Success ) break; + (*CompareTableIC[operator])(src1, constant[src1->UdpL_CompIdx], + dst, + cpp, y1, x1, x2); + } + + /* Cleanup the temporary descriptors */ +clean_up : + if( IsPointer_(src1) ) + CompareDestroyTempUdp( src1, srcudp1 ); + if( IsPointer_(src2) ) + CompareDestroyTempUdp( src2, srcudp2 ); + if( IsPointer_(dst) ) + CompareDestroyTempUdp( dst, dstudp ); + + return( status ); +} /* end SmiCompare */ + +/***************************************************************************** +** Compare processing routines +** +** FUNCTIONAL DESCRIPTION: +** +** These routines perform the actual compare operation over selected +** portion of a scanline. A separate routine is used for each +** type of operation. +** +** FORMAL PARAMETERS: +** +** src1 - Pointer to a UDP describing the first source operand. +** src2 - Pointer to a UDP describing the second source operand. +** const - Constant "image" value if image-to-constant. +** dst - Pointer to a UDP describing the destination buffer. +** cpp - Pointer to a UDP describing the Control Processing Plane. +** (NULL if no CPP) +** y1 - The y corrdinate of the beginning of the region to +* process. +** x1 - The x coordinate of the left endpoint of the CPP, or +** the ROI. +** x2 - The x coordinate of the right endpoint of the CPP, or +** the ROI. +** +*****************************************************************************/ +static void CompareLTII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned int src1_off; + unsigned int src2_off; + unsigned int dst_off; + long int cpppxloff; + int cppbit; + + int result; + int src1_mask; + int src2_mask; + + src1_off = src1->UdpL_Pos; + src2_off = src2->UdpL_Pos; + dst_off = dst->UdpL_Pos; + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + if (src1->UdpB_DType != UdpK_DTypeF) { + + /* Constrained types */ + src1_mask = (1 << src1->UdpW_PixelLength) -1; + src2_mask = (1 << src2->UdpW_PixelLength) -1; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = GET_VALUE_(src1->UdpA_Base, src1_off, src1_mask) < + GET_VALUE_(src2->UdpA_Base, src2_off, src2_mask); + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src1_off+=src1->UdpL_PxlStride; + src2_off+=src2->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + } + + } else { + + /* Unconstrained data */ + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = *(float *)(src1->UdpA_Base + (src1_off >> 3)) < + *(float *)(src2->UdpA_Base + (src2_off >> 3)); + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src1_off+=src1->UdpL_PxlStride; + src2_off+=src2->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } +} /* end CompareLTII */ + +static void CompareLEII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned int src1_off; + unsigned int src2_off; + unsigned int dst_off; + long int cpppxloff; + int cppbit; + + int result; + int src1_mask; + int src2_mask; + + src1_off = src1->UdpL_Pos; + src2_off = src2->UdpL_Pos; + dst_off = dst->UdpL_Pos; + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + if (src1->UdpB_DType != UdpK_DTypeF) { + + /* Constrained types */ + src1_mask = (1 << src1->UdpW_PixelLength) -1; + src2_mask = (1 << src2->UdpW_PixelLength) -1; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = GET_VALUE_(src1->UdpA_Base, src1_off, src1_mask) + <= GET_VALUE_(src2->UdpA_Base, src2_off, src2_mask); + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src1_off+=src1->UdpL_PxlStride; + src2_off+=src2->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + } + + } else { + + /* Unconstrained data */ + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = *(float *)(src1->UdpA_Base + (src1_off >> 3)) <= + *(float *)(src2->UdpA_Base + (src2_off >> 3)); + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src1_off+=src1->UdpL_PxlStride; + src2_off+=src2->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } +} /* end CompareLEII */ + +static void CompareEQII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned int src1_off; + unsigned int src2_off; + unsigned int dst_off; + long int cpppxloff; + int cppbit; + + int result; + int src1_mask; + int src2_mask; + + src1_off = src1->UdpL_Pos; + src2_off = src2->UdpL_Pos; + dst_off = dst->UdpL_Pos; + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + if (src1->UdpB_DType != UdpK_DTypeF) { + + /* Constrained types */ + src1_mask = (1 << src1->UdpW_PixelLength) -1; + src2_mask = (1 << src2->UdpW_PixelLength) -1; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = GET_VALUE_(src1->UdpA_Base, src1_off, src1_mask) + == GET_VALUE_(src2->UdpA_Base, src2_off, src2_mask); + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src1_off+=src1->UdpL_PxlStride; + src2_off+=src2->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + } + + } else { + + /* Unconstrained data */ + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = *(float *)(src1->UdpA_Base + (src1_off >> 3)) == + *(float *)(src2->UdpA_Base + (src2_off >> 3)); + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src1_off+=src1->UdpL_PxlStride; + src2_off+=src2->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } +} /* end CompareEQII */ + +static void CompareNEII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned int src1_off; + unsigned int src2_off; + unsigned int dst_off; + long int cpppxloff; + int cppbit; + + int result; + int src1_mask; + int src2_mask; + + src1_off = src1->UdpL_Pos; + src2_off = src2->UdpL_Pos; + dst_off = dst->UdpL_Pos; + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + if (src1->UdpB_DType != UdpK_DTypeF) { + + /* Constrained types */ + src1_mask = (1 << src1->UdpW_PixelLength) -1; + src2_mask = (1 << src2->UdpW_PixelLength) -1; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = GET_VALUE_(src1->UdpA_Base, src1_off, src1_mask) + != GET_VALUE_(src2->UdpA_Base, src2_off, src2_mask); + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src1_off+=src1->UdpL_PxlStride; + src2_off+=src2->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + } + + } else { + + /* Unconstrained data */ + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = *(float *)(src1->UdpA_Base + (src1_off >> 3)) != + *(float *)(src2->UdpA_Base + (src2_off >> 3)); + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src1_off+=src1->UdpL_PxlStride; + src2_off+=src2->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } +} /* end CompareNEII */ + +static void CompareGTII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned int src1_off; + unsigned int src2_off; + unsigned int dst_off; + long int cpppxloff; + int cppbit; + + int result; + int src1_mask; + int src2_mask; + + src1_off = src1->UdpL_Pos; + src2_off = src2->UdpL_Pos; + dst_off = dst->UdpL_Pos; + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + if (src1->UdpB_DType != UdpK_DTypeF) { + + /* Constrained types */ + src1_mask = (1 << src1->UdpW_PixelLength) -1; + src2_mask = (1 << src2->UdpW_PixelLength) -1; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = GET_VALUE_(src1->UdpA_Base, src1_off, src1_mask) > + GET_VALUE_(src2->UdpA_Base, src2_off, src2_mask); + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src1_off+=src1->UdpL_PxlStride; + src2_off+=src2->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + } + + } else { + + /* Unconstrained data */ + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = *(float *)(src1->UdpA_Base + (src1_off >> 3)) > + *(float *)(src2->UdpA_Base + (src2_off >> 3)); + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src1_off+=src1->UdpL_PxlStride; + src2_off+=src2->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } +} /* end CompareGTII */ + +static void CompareGEII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned int src1_off; + unsigned int src2_off; + unsigned int dst_off; + long int cpppxloff; + int cppbit; + + int result; + int src1_mask; + int src2_mask; + + src1_off = src1->UdpL_Pos; + src2_off = src2->UdpL_Pos; + dst_off = dst->UdpL_Pos; + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + if (src1->UdpB_DType != UdpK_DTypeF) { + + /* Constrained types */ + src1_mask = (1 << src1->UdpW_PixelLength) -1; + src2_mask = (1 << src2->UdpW_PixelLength) -1; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = GET_VALUE_(src1->UdpA_Base, src1_off, src1_mask) + >= GET_VALUE_(src2->UdpA_Base, src2_off, src2_mask); + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src1_off+=src1->UdpL_PxlStride; + src2_off+=src2->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + } + + } else { + + /* Unconstrained data */ + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = *(float *)(src1->UdpA_Base + (src1_off >> 3)) >= + *(float *)(src2->UdpA_Base + (src2_off >> 3)); + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src1_off+=src1->UdpL_PxlStride; + src2_off+=src2->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } +} /* end CompareGEII */ + +static void CompareLTIC(src, constant, dst, cpp, y1, x1, x2) + UdpPtr src; + unsigned long int constant; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + + unsigned int src_off; + unsigned int dst_off; + long int cpppxloff; + int cppbit; + + int result; + int src_mask; + float fconst; + + src_off = src->UdpL_Pos; + dst_off = dst->UdpL_Pos; + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + if (src->UdpB_DType != UdpK_DTypeF) { + + /* Constrained types */ + src_mask = (1 << src->UdpW_PixelLength) -1; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = GET_VALUE_(src->UdpA_Base, src_off, src_mask) + < constant; + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src_off+=src->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } else { + + /* Unconstrained data */ + fconst = constant; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = *(float *)(src->UdpA_Base + (src_off >> 3)) + < fconst; + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src_off+=src->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } +} /* end CompareLTIC */ + +static void CompareLEIC(src, constant, dst, cpp, y1, x1, x2) + UdpPtr src; + unsigned long int constant; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + + unsigned int src_off; + unsigned int dst_off; + long int cpppxloff; + int cppbit; + + int result; + int src_mask; + float fconst; + + src_off = src->UdpL_Pos; + dst_off = dst->UdpL_Pos; + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + if (src->UdpB_DType != UdpK_DTypeF) { + + /* Constrained types */ + src_mask = (1 << src->UdpW_PixelLength) -1; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = GET_VALUE_(src->UdpA_Base, src_off, src_mask) + <= constant; + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src_off+=src->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } else { + + /* Unconstrained data */ + fconst = constant; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = *(float *)(src->UdpA_Base + (src_off >> 3)) + <= fconst; + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src_off+=src->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } +} /* end CompareLEIC */ + +static void CompareEQIC(src, constant, dst, cpp, y1, x1, x2) + UdpPtr src; + unsigned long int constant; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + + unsigned int src_off; + unsigned int dst_off; + long int cpppxloff; + int cppbit; + + int result; + int src_mask; + float fconst; + + src_off = src->UdpL_Pos; + dst_off = dst->UdpL_Pos; + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + if (src->UdpB_DType != UdpK_DTypeF) { + + /* Constrained types */ + src_mask = (1 << src->UdpW_PixelLength) -1; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = GET_VALUE_(src->UdpA_Base, src_off, src_mask) + == constant; + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src_off+=src->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } else { + + /* Unconstrained data */ + fconst = constant; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = *(float *)(src->UdpA_Base + (src_off >> 3)) + == fconst; + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src_off+=src->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } +} /* end CompareEQIC */ + +static void CompareNEIC(src, constant, dst, cpp, y1, x1, x2) + UdpPtr src; + unsigned long int constant; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + + unsigned int src_off; + unsigned int dst_off; + long int cpppxloff; + int cppbit; + + int result; + int src_mask; + float fconst; + + src_off = src->UdpL_Pos; + dst_off = dst->UdpL_Pos; + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + if (src->UdpB_DType != UdpK_DTypeF) { + + /* Constrained types */ + src_mask = (1 << src->UdpW_PixelLength) -1; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = GET_VALUE_(src->UdpA_Base, src_off, src_mask) + != constant; + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src_off+=src->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } else { + + /* Unconstrained data */ + fconst = constant; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = *(float *)(src->UdpA_Base + (src_off >> 3)) + != fconst; + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src_off+=src->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } +} /* end CompareNEIC */ + +static void CompareGTIC(src, constant, dst, cpp, y1, x1, x2) + UdpPtr src; + unsigned long int constant; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + + unsigned int src_off; + unsigned int dst_off; + long int cpppxloff; + int cppbit; + + int result; + int src_mask; + float fconst; + + src_off = src->UdpL_Pos; + dst_off = dst->UdpL_Pos; + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + if (src->UdpB_DType != UdpK_DTypeF) { + + /* Constrained types */ + src_mask = (1 << src->UdpW_PixelLength) -1; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = GET_VALUE_(src->UdpA_Base, src_off, src_mask) + > constant; + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src_off+=src->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } else { + + /* Unconstrained data */ + fconst = constant; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = *(float *)(src->UdpA_Base + (src_off >> 3)) + > fconst; + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src_off+=src->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } +} /* end CompareGTIC */ + +static void CompareGEIC(src, constant, dst, cpp, y1, x1, x2) + UdpPtr src; + unsigned long int constant; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + + unsigned int src_off; + unsigned int dst_off; + long int cpppxloff; + int cppbit; + + int result; + int src_mask; + float fconst; + + src_off = src->UdpL_Pos; + dst_off = dst->UdpL_Pos; + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + + if (src->UdpB_DType != UdpK_DTypeF) { + + /* Constrained types */ + src_mask = (1 << src->UdpW_PixelLength) -1; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = GET_VALUE_(src->UdpA_Base, src_off, src_mask) + >= constant; + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src_off+=src->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } else { + + /* Unconstrained data */ + fconst = constant; + + for (pixel = x1; pixel <= x2; pixel++){ + + result = 0; + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + result = *(float *)(src->UdpA_Base + (src_off >> 3)) + >= fconst; + + PUT_VALUE_(dst->UdpA_Base, dst_off, result, 1); + + src_off+=src->UdpL_PxlStride; + dst_off+=dst->UdpL_PxlStride; + + } + } +} /* end CompareGEIC */ + +/***************************************************************************** +** CompareGetTempUdp +** +** FUNCTIONAL DESCRIPTION: +** +** If either of the input UDP's are float data, provide a UDP +** which describes the source UDP as float data. Otherwise, +** provide a UDP which points to a single scan line of the source +** data. In either case, initialize the UDP so it points to the +** scanline before the first to be processed (CompareConvertScanline +** increments before converting). +** +** FORMAL PARAMETERS: +** +** src - Pointer to source UDP +** other - Pointer to the other UDP +** y1 - First scanline we need +** x1 - Leftmost pixel we need +** x2 - Rightmost pixel we need +** +** FUNCTION VALUE: +** +** Returns a pointer to a UDP describing the data. +** +*****************************************************************************/ +static UdpPtr CompareGetTempUdp(src, other, y1, x1, x2) + UdpPtr src; + UdpPtr other; + long int y1; + long int x1, x2; +{ + UdpPtr dst; + + dst = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( dst == NULL ) return( (UdpPtr) BadAlloc ); + + if( other && other->UdpB_DType == UdpK_DTypeF + && src->UdpB_DType != UdpK_DTypeF ) + { + dst->UdpW_PixelLength = sizeof(float) * 8; + dst->UdpB_DType = UdpK_DTypeF; + dst->UdpB_Class = UdpK_ClassA; + dst->UdpL_PxlStride = dst->UdpW_PixelLength; + dst->UdpL_PxlPerScn = x2 - x1 + 1; + dst->UdpL_ScnStride = dst->UdpL_PxlPerScn * dst->UdpL_PxlStride; + dst->UdpL_ArSize = dst->UdpL_PxlPerScn * sizeof(float) * 8; + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + { + DdxFree_(dst); + return( (UdpPtr) BadAlloc ); + } + dst->UdpL_Pos = 0; + dst->UdpL_CompIdx = src->UdpL_CompIdx; + dst->UdpL_Levels = src->UdpL_Levels; + } + else + { + *dst = *src; + dst->UdpL_PxlPerScn = x2 - x1 + 1; + dst->UdpL_ScnStride = dst->UdpL_PxlPerScn * dst->UdpL_PxlStride; + dst->UdpL_Pos += ((y1 - src->UdpL_Y1 -1) * src->UdpL_ScnStride + + (x1 - src->UdpL_X1) * src->UdpL_PxlStride); + } + /* One scanline UDP */ + dst->UdpL_X1 = x1; + dst->UdpL_X2 = x2; + dst->UdpL_Y1 = y1 - 1; + dst->UdpL_Y2 = y1 - 1; + dst->UdpL_ScnCnt = 1; + + return( dst ); +} /* end CompareGetTempUdp */ + +/***************************************************************************** +** CompareDestroyTempUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Free a UDP created by CompareGetTempUdp. +** +** FORMAL PARAMETERS: +** +** udp - Pointer to the udp to free. +** realudp - Pointer to a udp which might actually own the storage +** pointed to by udp. +** +*****************************************************************************/ +static void CompareDestroyTempUdp( udp, realudp ) +UdpPtr udp; +UdpPtr realudp; + +{ + if( IsPointer_(udp->UdpA_Base) && udp->UdpA_Base != realudp->UdpA_Base ) + DdxFreeBits_( udp->UdpA_Base ); + DdxFree_( udp ); +} /* end CompareDestroyTempUdp */ + +/***************************************************************************** +** CollectComponents +** +** FUNCTIONAL DESCRIPTION: +** +** Collect the next quantum from each drain, until all +** drains have provided one scanline. +** +** FORMAL PARAMETERS: +** +** drain - Array of pointers to the source drains. +** data - Array to receive the data segment pointers. +** ctx - Current pipe context. +** ncmp - Number of components (drains) for the image. +** +** FUNCTION VALUE: +** +** Success if all drains have contributed, else -1 or error code. +** +*****************************************************************************/ +static int CollectComponents(drain, data, ctx, ncmp) +PipeDrainPtr drain[XieK_MaxComponents]; +PipeDataPtr data[XieK_MaxComponents]; +ComparePipeCtxPtr ctx; +int ncmp; +{ + int i; + + /* Collect each component of the current quantum */ + for( i = 0; i < ncmp; i++ ) + if( data[i] == NULL ) + { + data[i] = DdxRmGetData_( ctx, drain[i] ); + if( !IsPointer_(data[i]) ) + return( data[i] == NULL ? -1 : (int) data[i] ); + } + return( Success ); +} /* end CollectComponents */ + +/***************************************************************************** +** CompareConvertScanline +** +** FUNCTIONAL DESCRIPTION: +** +** Adjust a UDP to point to the specified scanline of the source +** UDP. If the destination udp is of type float, convert the +** source data if necessary. +** +** FORMAL PARAMETERS: +** +** src - Pointer to the source UDP. +** dst - Pointer to the UDP to be adjusted. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int CompareConvertScanline(src, dst) + UdpPtr src; + UdpPtr dst; +{ + int status = Success; + + dst->UdpL_Y1++; + dst->UdpL_Y2++; + + if (dst->UdpB_DType == UdpK_DTypeF && src->UdpB_DType != UdpK_DTypeF) + status = DdxConvert_( src, dst, XieK_MoveMode ); + else + dst->UdpL_Pos += src->UdpL_ScnStride; + + return( status ); +} /* end CompareConvertScanline */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiCompare.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiCompare.h new file mode 100644 index 0000000..5ab1fb0 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiCompare.h @@ -0,0 +1,166 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* DEC/CMS REPLACEMENT HISTORY, Element SMICOMPARE.H */ +/* *3 1-NOV-1990 10:40:59 SHELLEY "first pass adding error handling" */ +/* *2 25-SEP-1990 10:49:15 HENNESSY "Add DIX -> DDX interface change" */ +/* *1 10-JUL-1990 16:48:42 GREBUS "Defns for Compare operator" */ +/* DEC/CMS REPLACEMENT HISTORY, Element SMICOMPARE.H */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the COMPARE pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Fri Jul 6 16:32:27 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMICOMPARE +#define _SMICOMPARE + +/* +** Include files +*/ +#include + +/* +** Function reference +*/ +int SmiCompare(); +int SmiCreateCompare(); + + +/* +** Structure definitions and Typedefs +*/ + +/* +** Compare pipeline context block. +*/ +typedef struct _ComparePipeCtx { + PipeElementCommonPart common; + struct _ComparePart { + PipeSinkPtr srcsnk1; + PipeSinkPtr srcsnk2; + PipeSinkPtr dstsnk; + PipeDrainPtr srcdrn1[XieK_MaxComponents]; + PipeDrainPtr srcdrn2[XieK_MaxComponents]; + PipeDataPtr srcdata1[XieK_MaxComponents]; + PipeDataPtr srcdata2[XieK_MaxComponents]; + unsigned long int constant[XieK_MaxComponents]; + int ncmp_in; + int ncmp_out; + int combine_op; + UdpPtr cpp; + long int x1; + long int x2; + long int y1; + long int y2; + void (*function)(); + } ComparePart; +} ComparePipeCtx, *ComparePipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, Compare part, access MACROs +*/ +#define CmpSrcSnk1_(ctx) \ + (((ComparePipeCtxPtr)(ctx))->ComparePart.srcsnk1) +#define CmpSrcSnk2_(ctx) \ + (((ComparePipeCtxPtr)(ctx))->ComparePart.srcsnk2) +#define CmpDstSnk_(ctx) (((ComparePipeCtxPtr)(ctx))->ComparePart.dstsnk) + +#define CmpSrcDrn1_(ctx,comp) \ + (((ComparePipeCtxPtr)(ctx))->ComparePart.srcdrn1[comp]) +#define CmpSrcDrn2_(ctx,comp) \ + (((ComparePipeCtxPtr)(ctx))->ComparePart.srcdrn2[comp]) + +#define CmpSrcData1_(ctx,comp) \ + (((ComparePipeCtxPtr)(ctx))->ComparePart.srcdata1[comp]) +#define CmpSrcData2_(ctx,comp) \ + (((ComparePipeCtxPtr)(ctx))->ComparePart.srcdata2[comp]) + +#define CmpConst_(ctx,comp) \ + (((ComparePipeCtxPtr)(ctx))->ComparePart.constant[comp]) +#define CmpCmpIn_(ctx) (((ComparePipeCtxPtr)(ctx))->ComparePart.ncmp_in) +#define CmpCmpOut_(ctx) (((ComparePipeCtxPtr)(ctx))->ComparePart.ncmp_out) +#define CmpCombOp_(ctx) (((ComparePipeCtxPtr)(ctx))->ComparePart.combine_op) +#define CmpCpp_(ctx) (((ComparePipeCtxPtr)(ctx))->ComparePart.cpp) +#define CmpRoiX1_(ctx) (((ComparePipeCtxPtr)(ctx))->ComparePart.x1) +#define CmpRoiX2_(ctx) (((ComparePipeCtxPtr)(ctx))->ComparePart.x2) +#define CmpRoiY1_(ctx) (((ComparePipeCtxPtr)(ctx))->ComparePart.y1) +#define CmpRoiY2_(ctx) (((ComparePipeCtxPtr)(ctx))->ComparePart.y2) +#define CmpFunc_(ctx) \ + (((ComparePipeCtxPtr)(ctx))->ComparePart.function) + +#endif +/* _SMICOMPARE */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiConstrain.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiConstrain.c new file mode 100644 index 0000000..aa966fa --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiConstrain.c @@ -0,0 +1,384 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains sample code for image data rotation. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Wed May 9 16:33:00 1990 +** +** MODIFICATION HISTORY: +** +*******************************************************************************/ + +/* +** Include files +*/ +#include + +#include "SmiConstrain.h" + +/* +** Table of contents +*/ +int SmiConstrain(); +int SmiCreateConstrain(); + +static int _ConstrainInitialize(); +static int _ConstrainActivate(); +static int _ConstrainDestroy(); + +static void _ProcessConstrain(); +static UdpPtr _ChkUdp(); +static UdpPtr _CvtSrc(); + +/* +** Equated Symbols +*/ +#define FALSE 0 +#define TRUE 1 + +/* +** MACRO definitions +*/ + +/* +** External References +*/ + +/* + * Local Storage + */ + +/* + ** Constrain Pipeline Element Vector + */ +static PipeElementVector ConstrainPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeConstrainElement, /* Structure subtype */ + sizeof(ConstrainPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _ConstrainInitialize, /* Initialize entry */ + _ConstrainActivate, /* Activate entry */ + NULL, /* Flush entry */ + _ConstrainDestroy, /* Destroy entry */ + NULL /* Abort entry point */ + }; + +/***************************************************************************** +** SmiCreateConstrain +** +** FUNCTIONAL DESCRIPTION: +** +** This function fills in a newly created CONSTRAIN pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - constrain pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateConstrain(pipe,src,dst,model) +Pipe pipe; +PipeSinkPtr src; +PipeSinkPtr dst; +int model; +{ + int dtype; + + ConstrainPipeCtxPtr ctx = (ConstrainPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &ConstrainPipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + + /* Save the parameter values */ + ConSrcSnk_(ctx) = src; + ConDstSnk_(ctx) = dst; + ConModel_(ctx) = model; + + /* Setup one drain from source sink, receiving all components */ + ConSrcDrn_(ctx) = DdxRmCreateDrain_(ConSrcSnk_(ctx),-1); + if( !IsPointer_(ConSrcDrn_(ctx)) ) return( (int) ConSrcDrn_(ctx) ); + + /* Ask for the data as floats. Constrained input types will be + * converted to float and then reconstrained with the current model. + * The input quantum depends on model. */ + DdxRmSetDType_( ConSrcDrn_(ctx), UdpK_DTypeF, DtM_F ); + DdxRmSetQuantum_( ConSrcDrn_(ctx), model == XieK_HardClip ? 0 + : SnkHeight_(ConSrcSnk_(ctx),0) ); + + /* The output data type depends on the destination levels. + * The output quantum depends on model. */ + dtype = (SnkLvl_(dst, 0) <= 2) ? UdpK_DTypeVU : + (SnkLvl_(dst, 0) <= 256) ? UdpK_DTypeBU : + UdpK_DTypeWU; + + DdxRmSetDType_( ConDstSnk_(ctx), dtype, 1<UdpA_Base == NULL ) +{ + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); +} + +/* +** Convert src to unconstrained (float) data type if necessary. +*/ +src = _ChkUdp( in ); +if( !IsPointer_(src) ) return( (int) src ); + +/* Do the actual work */ +status = DdxConvert_(src, dst, model); + +if( src != in ) + { /* free converted input data */ + DdxFreeBits_( src->UdpA_Base ); + DdxFree_( src ); + } + +return( status ); +} /* end SmiConstrain */ + +/****************************************************************************** +** _ChkUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Check src udp and convert to unconstrained type if necessary. +** +** FORMAL PARAMETERS: +** +** src - Pointer to src udp +** +******************************************************************************/ +static UdpPtr _ChkUdp( src ) + UdpPtr src; +{ + int status, stype; + UdpPtr dst = src; + + stype = DdxGetTyp_( src ); + + if( stype != XieK_AF ) + { + dst = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( dst == NULL ) return( (UdpPtr) BadAlloc ); + *dst = *src; + dst->UdpB_DType = UdpK_DTypeF; + dst->UdpB_Class = UdpK_ClassA; + dst->UdpW_PixelLength = sizeof(float) * 8; + dst->UdpL_PxlStride = dst->UdpW_PixelLength; + dst->UdpL_ScnStride = dst->UdpL_PxlStride*src->UdpL_PxlPerScn; + dst->UdpL_ArSize = dst->UdpL_ScnStride*src->UdpL_ScnCnt; + dst->UdpA_Base = 0; + status = DdxConvert_( src, dst, XieK_MoveMode ); + if( status != Success ) + { + DdxFreeBits_(dst->UdpA_Base); + DdxFree_(dst); + return( (UdpPtr) status ); + } + } + return( dst ); +} /* end _ChkUdp */ +/* end module SmiConstrain.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiConstrain.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiConstrain.h new file mode 100644 index 0000000..7071a8b --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiConstrain.h @@ -0,0 +1,127 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* DEC/CMS REPLACEMENT HISTORY, Element SMICONSTRAIN.H */ +/* *4 14-MAR-1990 17:31:50 WEBER "Change argument passing" */ +/* *3 13-MAR-1990 10:17:33 GREBUS "Fixed bug. Temp buffers must match drain datatype" */ +/* *2 9-MAR-1990 14:49:50 GREBUS "Change constrain context structure." */ +/* *1 8-MAR-1990 15:44:37 GREBUS "New element for constrains" */ +/* DEC/CMS REPLACEMENT HISTORY, Element SMICONSTRAIN.H */ +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the CONSTRAIN pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.1 +** RISC ULTRIX V3.1 +** +** AUTHOR(S): +** +** Gary Grebus +** +** CREATION DATE: +** +** Wed May 9 16:28:08 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMICONSTRAIN +#define _SMICONSTRAIN + +/* +** Include files +*/ +#include + +/* +** Function reference +*/ +int SmiConstrain(); +int SmiCreateConstrain(); + +/* +** Structure definitions and Typedefs +*/ + +/* +** Constrain pipeline context block. +*/ +typedef struct _ConstrainPipeCtx { + PipeElementCommonPart common; + struct _ConstrainPart { + PipeSinkPtr src; + PipeSinkPtr dst; + PipeDrainPtr srcdrn; + int model; + } ConstrainPart; +} ConstrainPipeCtx, *ConstrainPipeCtxPtr; + +/* +** MACRO definitions +*/ + /* + ** Constrain access macros + */ +#define ConSrcSnk_(ctx) (((ConstrainPipeCtxPtr)(ctx))->ConstrainPart.src) +#define ConDstSnk_(ctx) (((ConstrainPipeCtxPtr)(ctx))->ConstrainPart.dst) +#define ConSrcDrn_(ctx) (((ConstrainPipeCtxPtr)(ctx))->ConstrainPart.srcdrn) +#define ConModel_(ctx) (((ConstrainPipeCtxPtr)(ctx))->ConstrainPart.model) + +#endif +/* _SMICONSTRAIN */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiConvert.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiConvert.c new file mode 100644 index 0000000..8f25e6f --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiConvert.c @@ -0,0 +1,3916 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains all image data type and organization conversion +** routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** John Weber +** Rich Hennessy - Add 16 bit support(10/91) +** +** CREATION DATE: +** +** May 15, 1989 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + +/* +** Definition to let include files know who's calling. +*/ +#define _SmiConvert + +/* +** Include files +*/ +#include +#include +#include /* XIE device dependant definitions */ +#include + +#ifdef CLIENT +/* +** When this module is built for use on the client side, redirect the +** references which would go through the DDX dispatch table. +*/ +#include + +#undef DdxConvert_ +#define DdxConvert_ SmiConvert +#undef DdxCopy_ +#define DdxCopy_ SmiCopy +#undef DdxConvertCpp_ +#define DdxConvertCpp_ SmiConvertCpp +#undef DdxGetTyp_ +#define DdxGetTyp_ SmiGetTyp +#undef DdxMallocBits_ +#define DdxMallocBits_ XieMallocBits +#endif + + +/* +** Table of contents +*/ +int SmiConvert(); +int SmiCopy(); +int SmiConvertCpp(); +int SmiCopyCpp(); +int SmiGetTyp(); + +static int _CvtUnsOpr(); + +static int _CvtBsBs(); +static int _CvtBsByt(); +static int _CvtBsFlt(); +static int _CvtBsWrd(); + +static int _CvtBytByt(); +static int _CvtBytBs(); +static int _CvtBytFlt(); +static int _CvtBytWrd(); + +static int _CvtFltFlt(); +static int _CvtFltBs(); +static int _CvtFltByt(); +static int _CvtFltWrd(); + +static int _CvtWrdWrd(); +static int _CvtWrdBs(); +static int _CvtWrdByt(); +static int _CvtWrdFlt(); + +static int _CvtBsBsCpp(); +static int _CvtBsBytCpp(); +static int _CvtBsFltCpp(); +static int _CvtBsWrdCpp(); + +static int _CvtBytBytCpp(); +static int _CvtBytBsCpp(); +static int _CvtBytFltCpp(); +static int _CvtBytWrdCpp(); + +static int _CvtFltFltCpp(); +static int _CvtFltBsCpp(); +static int _CvtFltBytCpp(); +static int _CvtFltWrdCpp(); + +static int _CvtWrdWrdCpp(); +static int _CvtWrdBsCpp(); +static int _CvtWrdBytCpp(); +static int _CvtWrdFltCpp(); + + +static int _ConHCBs(); +static int _ConHCByt(); +static int _ConHCWrd(); + +static int _ConCSBs(); +static int _ConCSByt(); +static int _ConCSWrd(); + +static int _ConHSBs(); +static int _ConHSByt(); +static int _ConHSWrd(); + + +/* +** MACRO definitions +*/ +#define Min_(a,b) ((a) <= (b) ? (a) : (b)) +#define Max_(a,b) ((a) > (b) ? (a) : (b)) + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local Storage +*/ + + /* + ** This table describes functions to be called when converting from one + ** descriptor type to another. + ** The table's indecis are from XieDDX.h, UdpRec data types constants. + */ +static int (*conversion_table[XieK_DATA_TYPE_COUNT][XieK_DATA_TYPE_COUNT])()={ + {_CvtBsBs, _CvtBsBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBsByt, _CvtBsFlt, _CvtBsWrd}, + {_CvtBsBs, _CvtBsBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBsByt, _CvtBsFlt, _CvtBsWrd}, + {_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr}, + {_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr}, + {_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr}, + {_CvtBytBs, _CvtBytBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBytByt,_CvtBytFlt,_CvtBytWrd}, + {_CvtFltBs, _CvtFltBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtFltByt,_CvtFltFlt,_CvtFltWrd}, + {_CvtWrdBs, _CvtWrdBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtWrdByt,_CvtWrdFlt,_CvtWrdWrd} +}; + + /* + ** This table is for conversions under the control of a CPP + */ +static int (*conversion_table_cpp[XieK_DATA_TYPE_COUNT][XieK_DATA_TYPE_COUNT])()={ + {_CvtBsBsCpp, _CvtBsBsCpp, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBsBytCpp, _CvtBsFltCpp, _CvtBsWrdCpp}, + {_CvtBsBsCpp, _CvtBsBsCpp, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBsBytCpp, _CvtBsFltCpp, _CvtBsWrdCpp}, + {_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr}, + {_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr}, + {_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr}, + {_CvtBytBsCpp,_CvtBytBsCpp,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtBytBytCpp,_CvtBytFltCpp,_CvtBytWrdCpp}, + {_CvtFltBsCpp,_CvtFltBsCpp,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtFltBytCpp,_CvtFltFltCpp,_CvtFltWrdCpp}, + {_CvtWrdBsCpp,_CvtWrdBsCpp,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtWrdBytCpp,_CvtWrdFltCpp,_CvtWrdWrdCpp} +}; + + /* + ** This table describes the functions to be called when constraining data. + */ +static int (*constrain_table[5][XieK_DATA_TYPE_COUNT])()={ + {_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr}, + {_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr}, + {_ConHCBs, _ConHCBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_ConHCByt, _CvtUnsOpr,_ConHCWrd}, + {_ConCSBs, _ConCSBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_ConCSByt, _CvtUnsOpr,_ConCSWrd}, + {_ConHSBs, _ConHSBs, _CvtUnsOpr,_CvtUnsOpr,_CvtUnsOpr,_ConHSByt, _CvtUnsOpr,_ConHSWrd} +}; + +/***************************************************************************** +** SmiConvert +** +** FUNCTIONAL DESCRIPTION: +** +** This is the externally callable entry point for type conversion. The +** data specified by the source descriptor is reorganized to conform to +** the specification of the destination descriptor. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** mode - transfer mode, one of the following: +** XieK_MoveMode, move without constraining +** XieK_HardClip, constrain data via hard clip model +** XieK_ClipScale, constrain data via clip scale model +** XieK_HardScale, constrain data via hard scale model +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiConvert(src, dst, mode) +UdpPtr src; +UdpPtr dst; +int mode; +{ + int srctyp, dsttyp, status; + /* + ** Validate and get type of descriptors + */ + srctyp = DdxGetTyp_(src); + dsttyp = DdxGetTyp_(dst); + + if( srctyp >= XieK_DATA_TYPE_COUNT || dsttyp >= XieK_DATA_TYPE_COUNT ) + status = _CvtUnsOpr(src,dst); + + else if( mode == XieK_MoveMode ) + /* + ** Call specific conversion routine. + */ + status = (*conversion_table[srctyp][dsttyp])(src,dst); + + else if( srctyp != XieK_AF ) + status = _CvtUnsOpr(src,dst); + /* + ** The input data must be type float. Call conversion + ** routine based on the constraint model requested. + */ + else + status = (*constrain_table[mode][dsttyp])(src,dst); + + return( status ); +} /* end SmiConvert */ + +/***************************************************************************** +** SmiConvertCpp +** +** FUNCTIONAL DESCRIPTION: +** +** This is the same as SmiConvert, except that a CPP is used to +** select the input pixels to be copied. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** mode - transfer mode, one of the following: +** XieK_MoveMode, move without constraining +** cpp - cpp data descriptor +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiConvertCpp(src, dst, cpp, mode) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int mode; +{ + int srctyp, dsttyp, status; + /* + ** Validate and get type of descriptors + */ + srctyp = DdxGetTyp_(src); + dsttyp = DdxGetTyp_(dst); + + if( srctyp >= XieK_DATA_TYPE_COUNT || dsttyp >= XieK_DATA_TYPE_COUNT + || cpp == NULL || mode != XieK_MoveMode ) + status = _CvtUnsOpr(src,dst); + + else + status = (*conversion_table_cpp[srctyp][dsttyp])(src,dst,cpp); + + return( status ); +} /* end SmiConvertCpp */ + +/***************************************************************************** +** SmiCopy +** +** FUNCTIONAL DESCRIPTION: +** +** This is a jacket function over the CONVERT routine which provides a +** straight-forward interface for copying ROIs. +** +** The principle used is simple, but possibly hard to understand. This +** routine relies on the fact that the CONVERT code matches source and +** destination image coordinates during the move (i.e. source pixel (0,0) +** is moved to destination pixel (0,0). To accomplish the move of a source +** ROI, the source UDP is modified so that only the ROI data is described +** as image (all other data will be described as pad by careful use of +** POS, and STRIDE fields). The coordinates of the source are shifted so +** they match the desired destination coordinates. +** +** Simple...right? (no way) +** +** FORMAL PARAMETERS: +** +** srcudp - UDP to copy from +** dstudp - UDP to copy to +** src_x - Source X coordinate (X coordinate of upper left corner of +** source ROI). +** src_y - Source Y coordinate (Y coordinate of upper left corner of +** source ROI). +** dst_x - Destination X coordinate +** dst_y - Destination Y coordinate +** width - Width of ROI in pels +** height - Height of ROI in pels +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCopy( src, dst, srcx, srcy, dstx, dsty, width, height ) +UdpPtr src; +UdpPtr dst; +long int srcx; +long int srcy; +long int dstx; +long int dsty; +long int width; +long int height; +{ + UdpRec srcudp; + long int clipped_width; + long int clipped_height; + /* + ** Make a copy of the source UDP that we can modify. + */ + srcudp = *src; + /* + ** Modify the source UDP so that is describes only the ROI and reflects + ** where in the destination the data is to be copied. + */ + srcudp.UdpL_X1 = dstx; + srcudp.UdpL_Y1 = dsty; + + clipped_width = Min_(srcx + width -1, src->UdpL_X2) - srcx + 1; + clipped_height = Min_(srcy + height -1, src->UdpL_Y2) - srcy + 1; + + srcudp.UdpL_X2 = dstx + clipped_width - 1; + srcudp.UdpL_Y2 = dsty + clipped_height - 1; + + srcudp.UdpL_PxlPerScn = clipped_width; + srcudp.UdpL_ScnCnt = clipped_height; + + srcudp.UdpL_Pos += srcy * srcudp.UdpL_ScnStride + + srcx * srcudp.UdpL_PxlStride; + /* + ** Now, call the CONVERT routine to do the data movement. + */ + return( DdxConvert_( &srcudp, dst, XieK_MoveMode ) ); +} /* end SmiCopy */ + +/***************************************************************************** +** SmiCopyCpp +** +** FUNCTIONAL DESCRIPTION: +** +** This is the same as SmiCopy, except the pixels to be copied +** are selected by a CPP. +** +** FORMAL PARAMETERS: +** +** srcudp - UDP to copy from +** dstudp - UDP to copy to +** cpp - UDP for the CPP +** src_x - Source X coordinate (X coordinate of upper left corner of +** source ROI). +** src_y - Source Y coordinate (Y coordinate of upper left corner of +** source ROI). +** dst_x - Destination X coordinate +** dst_y - Destination Y coordinate +** width - Width of ROI in pels +** height - Height of ROI in pels +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCopyCpp( src, dst, cpp, srcx, srcy, dstx, dsty, width, height ) +UdpPtr src; +UdpPtr dst; +long int srcx; +long int srcy; +long int dstx; +long int dsty; +long int width; +long int height; +{ + UdpRec srcudp; + long int clipped_width; + long int clipped_height; + /* + ** Make a copy of the source UDP that we can modify. + */ + srcudp = *src; + /* + ** Modify the source UDP so that is describes only the ROI and reflects + ** where in the destination the data is to be copied. + */ + srcudp.UdpL_X1 = dstx; + srcudp.UdpL_Y1 = dsty; + + clipped_width = Min_(srcx + width -1, src->UdpL_X2) - srcx + 1; + clipped_height = Min_(srcy + height -1, src->UdpL_Y2) - srcy + 1; + + srcudp.UdpL_X2 = dstx + clipped_width - 1; + srcudp.UdpL_Y2 = dsty + clipped_height - 1; + + srcudp.UdpL_PxlPerScn = clipped_width; + srcudp.UdpL_ScnCnt = clipped_height; + + srcudp.UdpL_Pos += srcy * srcudp.UdpL_ScnStride + + srcx * srcudp.UdpL_PxlStride; + /* + ** Now, call the CONVERT routine to do the data movement. + */ + return( DdxConvertCpp_( &srcudp, dst, cpp, XieK_MoveMode ) ); +} /* end SmiCopyCpp */ + +/***************************************************************************** +** SmiGetTyp +** +** FUNCTIONAL DESCRIPTION: +** +** Return constant which identifies a valid combination of descriptor +** class and data type. +** +** FORMAL PARAMETERS: +** +** desc - data descriptor to validate and classify +** +** FUNCTION VALUE: +** +** data type of descriptor +** +*****************************************************************************/ +int SmiGetTyp(desc) +UdpPtr desc; +{ + int type; + + switch (desc->UdpB_DType) + { + case UdpK_DTypeBU : + switch (desc->UdpB_Class) + { + case UdpK_ClassA: type = XieK_ABU; break; + case UdpK_ClassUBA: + case UdpK_ClassUBS: + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeWU: + switch (desc->UdpB_Class) + { + case UdpK_ClassA: type = XieK_AWU; break; + case UdpK_ClassUBA: + case UdpK_ClassUBS: + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeLU: + switch (desc->UdpB_Class) + { + case UdpK_ClassA: + case UdpK_ClassUBA: + case UdpK_ClassUBS: + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeF: + switch (desc->UdpB_Class) + { + case UdpK_ClassA: type = XieK_AF; break; + case UdpK_ClassUBA: + case UdpK_ClassUBS: + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeVU: + switch (desc->UdpB_Class) + { + case UdpK_ClassUBA: type = XieK_UBAVU; break; + case UdpK_ClassUBS: type = XieK_UBSVU; break; + case UdpK_ClassA: + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + case UdpK_DTypeV: + switch (desc->UdpB_Class) + { + case UdpK_ClassUBA: type = XieK_UBAV; break; + case UdpK_ClassUBS: type = XieK_UBSV; break; + case UdpK_ClassA: + default: type = XieK_DATA_TYPE_COUNT; break; + } break; + default : type = XieK_DATA_TYPE_COUNT; break; + } + return( type ); +} /* end SmiGetTyp */ + +/***************************************************************************** +** SmiPosCl +** +** FUNCTIONAL DESCRIPTION: +** +** Return the UdpL_Pos value (i.e. offset in bits) which corresponds +** to the beginning of the specified scanline in a changelist Udp. +** +** This code assumes the specified scanline actually exists in the +** UDP. +** +** FORMAL PARAMETERS: +** +** base - data to position in +** inipos - initial offset into data +** scncnt - number of scanlines to position to +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiPosCl(base, inipos, scncnt) +unsigned int *base; +int inipos; +int scncnt; +{ + /* Not implemented */ + return( BadImplementation ); +} /* end SmiPosCl */ + +/***************************************************************************** +** _CvtUnsOpr +** +** FUNCTIONAL DESCRIPTION: +** +** This is an action routine called when conversion from source descriptor +** type to destination descriptor type is not supported. Simply signal an +** error at this point. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtUnsOpr(src, dst) +UdpPtr src; +UdpPtr dst; +{ + return( BadImplementation ); +} + +/***************************************************************************** +** _CvtBsBs +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit stream to bit stream encoding +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBsBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask, dst_mask, mask_24 = (1 << 24) - 1; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int bits; + int value; + char *data, copy_line = src->UdpW_PixelLength == 1 + && dst->UdpW_PixelLength == 1 + && src->UdpL_PxlStride == 1 + && dst->UdpL_PxlStride == 1; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + /* + ** Copy until the destination is at a byte boundary. + */ + for( pixel = X1; pixel <= X2 && dst_offset & 7; pixel++ ) + { + value = GET_VALUE_(src->UdpA_Base, src_offset, src_mask); + PUT_VALUE_(dst->UdpA_Base, dst_offset, value, dst_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + /* + ** If there is enough data, try for a higher performance copy. + */ + if( copy_line && X2 + 1 - pixel >= 24 ) + if( src_offset & 7 ) + /* + ** Src and dst aren't aligned, so move in 3 byte chunks. + */ + for( data = (char *)(dst->UdpA_Base+(dst_offset>>3)); + pixel <= X2 + 1 - 24; + src_offset += 24, + dst_offset += 24, + pixel += 24 ) + { + value = GET_VALUE_(src->UdpA_Base, src_offset, mask_24); +#ifdef BIGENDIAN + *data++ = *((unsigned char *)(&value)+3); + *data++ = *((unsigned char *)(&value)+2); + *data++ = *((unsigned char *)(&value)+1); +#else + *data++ = *((unsigned char *)(&value)); + *data++ = *((unsigned char *)(&value)+1); + *data++ = *((unsigned char *)(&value)+2); +#endif + } + else + /* + ** Src and dst are aligned, so we can use the fast byte mover. + */ + { + bits = X2 + 1 - pixel & ~7; + memcpy( dst->UdpA_Base + (dst_offset >> 3), + src->UdpA_Base + (src_offset >> 3), bits >> 3 ); + src_offset += bits; + dst_offset += bits; + pixel += bits; + } + /* + ** Copy the remainder. + */ + while( pixel <= X2 ) + { + value = GET_VALUE_(src->UdpA_Base, src_offset, src_mask); + PUT_VALUE_(dst->UdpA_Base, dst_offset, value, dst_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + pixel++; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsByt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBsByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to float +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBsFlt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to word array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBsWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytByt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytByt( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + char copy_line = src->UdpW_PixelLength == dst->UdpW_PixelLength + && src->UdpW_PixelLength == src->UdpL_PxlStride + && dst->UdpW_PixelLength == dst->UdpL_PxlStride + && src->UdpL_PxlStride == dst->UdpL_PxlStride; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + if( copy_line ) + memcpy( dst->UdpA_Base + (dst_offset >> 3), + src->UdpA_Base + (src_offset >> 3), X2 - X1 + 1 ); + else + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned char *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned char *)(src->UdpA_Base + (src_offset >> 3))); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytBs +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to bit string +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + PUT_VALUE_(dst->UdpA_Base,dst_offset, + *((unsigned char *)(src->UdpA_Base + src_offset / 8)),dst_mask); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + + +/***************************************************************************** +** _CvtBytFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to floating point +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytFlt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)*((unsigned char *)(src->UdpA_Base + src_offset / 8)); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + + +/***************************************************************************** +** _CvtBytWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to word array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned char *)(src->UdpA_Base + (src_offset >> 3))); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to floating array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtFltFlt( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + char copy_line = src->UdpW_PixelLength == dst->UdpW_PixelLength + && src->UdpW_PixelLength == src->UdpL_PxlStride + && dst->UdpW_PixelLength == dst->UdpL_PxlStride + && src->UdpL_PxlStride == dst->UdpL_PxlStride; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + if( copy_line ) + memcpy( dst->UdpA_Base + (dst_offset >> 3), + src->UdpA_Base + (src_offset >> 3), + (X2 + 1 - X1) * sizeof(float) ); + else + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((float *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((float *)(src->UdpA_Base + (src_offset >> 3))); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltBs +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to bit string +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtFltBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int value; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + + value = *((float *)(src->UdpA_Base + src_offset / 8)) + 0.5; + + PUT_VALUE_(dst->UdpA_Base,dst_offset,value,dst_mask); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltByt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtFltByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + *((float *)(src->UdpA_Base + src_offset / 8)) + 0.5; + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + + +/***************************************************************************** +** _CvtFltWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to word array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtFltWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + *((float *)(src->UdpA_Base + src_offset / 8)) + 0.5; + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/* N O W A L L T H E "W O R D" F U N C T I O N */ + +/***************************************************************************** +** _CvtWrdWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to word array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + char copy_line = src->UdpW_PixelLength == dst->UdpW_PixelLength + && src->UdpW_PixelLength == src->UdpL_PxlStride + && dst->UdpW_PixelLength == dst->UdpL_PxlStride + && src->UdpL_PxlStride == dst->UdpL_PxlStride; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + if( copy_line ) + memcpy( dst->UdpA_Base + (dst_offset >> 3), + src->UdpA_Base + (src_offset >> 3), X2 - X1 + 1 << 1 ); + else + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned short *)(src->UdpA_Base + (src_offset >> 3))); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdBs +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to bit string +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdBs( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + PUT_VALUE_( dst->UdpA_Base,dst_offset, + *((unsigned short *)(src->UdpA_Base + src_offset / 8)), + dst_mask ); + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdByt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdByt( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned char *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned short *)(src->UdpA_Base + (src_offset >> 3))); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to floating point +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdFlt( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)*((unsigned short *)(src->UdpA_Base + src_offset / 8)); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/* N O W A L L T H E "C O N S T R A I N T" F U N C T I O N S */ + +/***************************************************************************** +** _ConHCBs +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Clip model from float to bit string: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Round all values to nearest integer. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHCBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int value; + float ceiling; + float fvalue; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + value = fvalue + 0.5; + PUT_VALUE_(dst->UdpA_Base,dst_offset,value,dst_mask); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHCByt +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Clip model from float to unsigned byte: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Round all values to nearest integer. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHCByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + fvalue + 0.5; + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHCWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Clip model from float to unsigned word: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Round all values to nearest integer. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHCWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + fvalue + 0.5; + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConCSBs +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Clip Scale model from float to bit string: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConCSBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int value; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + ceiling = (float)(dst->UdpL_Levels - 1); + + /* Make a pass through the pixels to determine the range of the data */ + fmin = ceiling; + fmax = 0.0; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + /* Clip the data */ + if (fvalue < 0.0) + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + } + + /* Calculate the scale value and offset */ + foffset = fmin; + if ((fmax-fmin) != 0.0) + fscale = ceiling/(fmax-fmin); + else + fscale = 1.0; + + /* Scale and convert the data */ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + value = (fvalue - foffset) * fscale + 0.5; /* Scale */ + PUT_VALUE_(dst->UdpA_Base,dst_offset,value,dst_mask); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConCSByt +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Clip Scale model from float to byte array: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConCSByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + +/* +** Make a pass through the pixels to determine the range of the data +*/ + fmin = ceiling; + fmax = 0.0; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + } + +/* +** Calculate the scale value and offset +*/ + foffset = fmin; + if ((fmax-fmin) != 0.0) + fscale = ceiling/(fmax-fmin); + else + fscale = 1.0; + +/* +** Scale and convert the data +*/ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + (fvalue - foffset) * fscale + 0.5; /* Scale */ + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConCSWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Clip Scale model from float to word array: +** values < 0 ==> 0.0 +** values > ceiling ==> ceiling +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConCSWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + +/* +** Make a pass through the pixels to determine the range of the data +*/ + fmin = ceiling; + fmax = 0.0; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + } + +/* +** Calculate the scale value and offset +*/ + foffset = fmin; + if ((fmax-fmin) != 0.0) + fscale = ceiling/(fmax-fmin); + else + fscale = 1.0; + +/* +** Scale and convert the data +*/ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + if (fvalue < 0.0) /* Clip */ + fvalue = 0.0; + else + if (fvalue > ceiling) + fvalue = ceiling; + + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + (fvalue - foffset) * fscale + 0.5; /* Scale */ + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHSBs +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Scale model from float to bit string: +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHSBs(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + int value; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + ceiling = (float)(dst->UdpL_Levels - 1); + + /* Make a pass through the pixels to determine the range of the data */ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + + fmin = *((float *)(src->UdpA_Base + (src_scan_offset + + (X1-src->UdpL_X1) * src->UdpL_PxlStride)/ 8)); + fmax = fmin; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + } + + /* Calculate the scale value and offset */ + foffset = fmin; + if ((fmax-fmin) != 0.0) + fscale = ceiling/(fmax-fmin); + else + fscale = 1.0; + + + /* Scale and convert the data */ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + value = (fvalue - foffset) * fscale + 0.5; /* Scale */ + PUT_VALUE_(dst->UdpA_Base,dst_offset,value,dst_mask); + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHSByt +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Scale model from float to byte array: +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHSByt(src, dst) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + + /* Make a pass through the pixels to determine the range of the data */ + fmin = *((float *)(src->UdpA_Base + (src_scan_offset + + (X1-src->UdpL_X1) * src->UdpL_PxlStride)/ 8)); + fmax = fmin; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + } + + /* Calculate the scale value and offset */ + foffset = fmin; + if ((fmax-fmin) != 0.0) + fscale = ceiling/(fmax-fmin); + else + fscale = 1.0; + + /* Scale and convert the data */ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + (fvalue - foffset) * fscale + 0.5; /* Scale */ + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _ConHSWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Constrain using the Hard Scale model from float to word array: +** Scale such that smallest value -> 0 +** largest value -> ceiling +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _ConHSWrd( src, dst ) +UdpPtr src; +UdpPtr dst; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset; + int src_offset, dst_offset; + float ceiling; + float fvalue; + float fmax, fmin, foffset, fscale; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + ceiling = (float)(dst->UdpL_Levels - 1); + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + +/* +** Make a pass through the pixels to determine the range of the data +*/ + fmin = *((float *)(src->UdpA_Base + (src_scan_offset + + (X1-src->UdpL_X1) * src->UdpL_PxlStride)/ 8)); + fmax = fmin; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + fmax = Max_(fmax,fvalue); + fmin = Min_(fmin,fvalue); + + src_offset += src->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + } + +/* +** Calculate the scale value and offset +*/ + foffset = fmin; + if ((fmax-fmin) != 0.0) + fscale = ceiling/(fmax-fmin); + else + fscale = 1.0; + +/* +** Scale and convert the data +*/ + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + + for (pixel = X1; pixel <= X2; pixel++) + { + fvalue = *((float *)(src->UdpA_Base + src_offset / 8)); + + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + (fvalue - foffset) * fscale + 0.5; /* Scale */ + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/* N O W "C P P V E R S I O N S" O F T H E B A S E C O N V E R S I O N S */ + +/***************************************************************************** +** _CvtBsBsCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit stream to bit stream encoding with CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBsBsCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask, dst_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + int bits; + int value; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + /* + ** Copy the bits. + */ + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + value = GET_VALUE_(src->UdpA_Base, src_offset, src_mask); + PUT_VALUE_(dst->UdpA_Base, dst_offset, value, dst_mask); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsBytCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to byte array using cpp +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBsBytCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsFltCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to float using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBsFltCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBsWrdCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from bit string to word array using cpp +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBsWrdCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + GET_VALUE_(src->UdpA_Base,src_offset,src_mask); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytBytCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to byte array +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytBytCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned char *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned char *)(src->UdpA_Base + (src_offset >> 3))); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytBsCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to bit string using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtBytBsCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + PUT_VALUE_(dst->UdpA_Base,dst_offset, + *((unsigned char *)(src->UdpA_Base + + src_offset / 8)),dst_mask); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytFltCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to floating point using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtBytFltCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)*((unsigned char *)(src->UdpA_Base + + src_offset / 8)); + } + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtBytWrdCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from byte array to word array using a cpp +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp descriptor +** +*****************************************************************************/ +static int _CvtBytWrdCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned char *)(src->UdpA_Base + (src_offset >> 3))); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltFltCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to floating array using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtFltFltCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((float *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((float *)(src->UdpA_Base + (src_offset >> 3))); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltBsCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to bit string using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtFltBsCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + int value; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + value = *((float *)(src->UdpA_Base + + src_offset / 8)) + 0.5; + PUT_VALUE_(dst->UdpA_Base,dst_offset,value,dst_mask); + } + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltBytCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to byte array using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtFltBytCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned char *)(dst->UdpA_Base + dst_offset / 8)) = + *((float *)(src->UdpA_Base + src_offset /8)) + 0.5; + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtFltWrdCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from floating array to word array using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtFltWrdCpp(src, dst, cpp) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned short *)(dst->UdpA_Base + dst_offset / 8)) = + *((float *)(src->UdpA_Base + src_offset /8)) + 0.5; + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdWrdCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to word array using a cpp +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp descriptor +** +*****************************************************************************/ +static int _CvtWrdWrdCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } + +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned short *)(src->UdpA_Base + (src_offset >> 3))); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdBsCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to bit string using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp - cpp data descriptor +** +*****************************************************************************/ +static int _CvtWrdBsCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } + +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + PUT_VALUE_(dst->UdpA_Base,dst_offset, + *((unsigned short *)(src->UdpA_Base + + src_offset / 8)),dst_mask); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdBytCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to byte array using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** cpp = CPP descriptor +** +*****************************************************************************/ +static int _CvtWrdBytCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_scan_offset = src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + src_offset = src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((unsigned char *)(dst->UdpA_Base + (dst_offset >> 3))) = + *((unsigned short *)(src->UdpA_Base + (src_offset >> 3))); + } + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _CvtWrdFltCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Convert from word array to floating point using a CPP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtWrdFltCpp( src, dst, cpp ) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +{ + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int src_mask; + int src_scan_offset, dst_scan_offset, cpp_scan_offset; + int src_offset, dst_offset, cpp_offset; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + return( BadAlloc ); + } + +/* +** Determine maximum common dimensions between source and destination. +*/ + X1 = src->UdpL_X1 > dst->UdpL_X1 ? src->UdpL_X1 : dst->UdpL_X1; + X2 = src->UdpL_X2 < dst->UdpL_X2 ? src->UdpL_X2 : dst->UdpL_X2; + Y1 = src->UdpL_Y1 > dst->UdpL_Y1 ? src->UdpL_Y1 : dst->UdpL_Y1; + Y2 = src->UdpL_Y2 < dst->UdpL_Y2 ? src->UdpL_Y2 : dst->UdpL_Y2; + + src_mask = (1 << src->UdpW_PixelLength) - 1; + + src_scan_offset = + src->UdpL_Pos + (Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dst_scan_offset = + dst->UdpL_Pos + (Y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + cpp_scan_offset = cpp->UdpL_Pos + (Y1 - cpp->UdpL_Y1) * cpp->UdpL_ScnStride; + + for (scanline = Y1; scanline <= Y2 ; scanline++) + { + src_offset = + src_scan_offset + (X1-src->UdpL_X1) * src->UdpL_PxlStride; + dst_offset = + dst_scan_offset + (X1-dst->UdpL_X1) * dst->UdpL_PxlStride; + cpp_offset = cpp_scan_offset; + + for (pixel = X1; pixel <= X2; pixel++) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) { + *((float *)(dst->UdpA_Base + dst_offset / 8)) = + (float)*((unsigned short *)(src->UdpA_Base + + src_offset / 8)); + } + + src_offset += src->UdpL_PxlStride; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} +/* end Module SmiConvert */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiConvert.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiConvert.h new file mode 100644 index 0000000..94251e5 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiConvert.h @@ -0,0 +1,94 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the CONVERT module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** +** AUTHOR(S): +** +** Richard Hennessy +** +** CREATION DATE: +** +** September 25, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMICONVERT +#define _SMICONVERT + +/* +** Include files +*/ + +/* +** External reference +*/ +extern int SmiConvert(); +extern int SmiCopy(); +extern int SmiConvertCpp(); +extern int SmiCopyCpp(); +extern int SmiGetTyp(); +extern int SmiPosCl(); +#endif +/* _SMICONVERT */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiCrop.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiCrop.c new file mode 100644 index 0000000..076ae25 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiCrop.c @@ -0,0 +1,301 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains support for the pipeline crop operation. +** Non-pipelined crop is still handled in the DIX. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** VAX ULTRIX V3.1 +** RISC ULTRIX 3.1 +** +** AUTHORS: +** +** Gary Grebus +** +** CREATION DATE: +** +** Thu Feb 22 14:39:51 1990 +** +*******************************************************************************/ + +#include + +#include "SmiCrop.h" + +/* +** Table of contents +*/ +int SmiCreateCrop(); + +static int _CropInitialize(); +static int _CropActivate(); +static int _CropDestroy(); + + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local storage +*/ + /* + ** Crop Element Vector + */ +static PipeElementVector CropPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeCropElement, /* Structure subtype */ + sizeof(CropPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _CropInitialize, /* Initialize entry */ + _CropActivate, /* Activate entry */ + NULL, /* Flush entry */ + _CropDestroy, /* Destroy entry */ + NULL /* Abort entry point */ + }; + +/***************************************************************************** +** SmiCreateCrop +** +** FUNCTIONAL DESCRIPTION: +** +** This function fills in a newly created CROP pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - crop pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateCrop( pipe, src, dst, x, y, width, height ) +Pipe pipe; +PipeSinkPtr src; +PipeSinkPtr dst; +int x; +int y; +int width; +int height; +{ + CropPipeCtxPtr ctx = (CropPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &CropPipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Copy parameters into context block. + */ + CrpSrcSnk_(ctx) = src; + CrpDstSnk_(ctx) = dst; + CrpRoiX_(ctx) = x; + CrpRoiY_(ctx) = y; + CrpRoiWidth_(ctx) = width; + CrpRoiHeight_(ctx) = height; + + /* + ** Setup one drain from source sink, receiving all components. + */ + CrpSrcDrn_(ctx) = DdxRmCreateDrain_( CrpSrcSnk_(ctx), -1 ); + if( !IsPointer_(CrpSrcDrn_(ctx)) ) return( (int) CrpSrcDrn_(ctx) ); + /* + ** Since cropping is done entirely by manipulating UDP fields, + ** we can handle any data type or quantum size. + */ + DdxRmSetDType_( CrpSrcDrn_(ctx), UdpK_DTypeUndefined, DtM_Any ); + DdxRmSetDType_( CrpDstSnk_(ctx), UdpK_DTypeUndefined, DtM_Any ); + + return( Success ); +} /* end SmiCreateCrop */ + +/***************************************************************************** +** _CropInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the CROP pipeline element prior to +** an activation. +** +** FORMAL PARAMETERS: +** +** ctx - crop pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _CropInitialize(ctx) +CropPipeCtxPtr ctx; +{ + int dtype, status; + + /* + ** Initialize the source drain. + */ + CtxInp_(ctx) = CrpSrcDrn_(ctx); + status = DdxRmInitializePort_( CtxHead_(ctx), CrpSrcDrn_(ctx) ); + if( status != Success ) return( status ); + + /* + ** Set our destination sink DType to match our drain and initialize it. + */ + dtype = DdxRmGetDType_( CrpSrcDrn_(ctx) ); + DdxRmSetDType_( CrpDstSnk_(ctx), dtype, 1<= DatY1_(src))) + { /* + ** Calculate the y limits imposed by the ROI on this quantum. + */ + crop_y1 = CrpRoiY_(ctx) < DatY1_(src) ? DatY1_(src) : CrpRoiY_(ctx); + crop_y2 = roi_y2 > DatY2_(src) ? DatY2_(src) : roi_y2; + /* + ** Adjust the UDP to describe just the cropped portion. + */ + DatPos_(src) = DatPos_(src) + + ( crop_y1 - DatY1_(src) ) * DatScnStr_(src) + + ( CrpRoiX_(ctx) - DatX1_(src) ) * DatPxlStr_(src); + DatWidth_(src) = CrpRoiWidth_(ctx); + DatHeight_(src) = crop_y2 - crop_y1 + 1; + /* + ** Adjust the UDP so that the pixel/scanline indices are + ** relative to the output image description. + */ + dstsnk = CrpDstSnk_(ctx); + idx = DatCmpIdx_(src); + + DatX1_(src) = SnkX1_(dstsnk,idx); + DatX2_(src) = SnkX1_(dstsnk,idx) + CrpRoiWidth_(ctx) - 1 ; + + DatY1_(src) = SnkY1_(dstsnk,idx) + (crop_y1 - CrpRoiY_(ctx)); + DatY2_(src) = DatY1_(src) + DatHeight_(src) - 1; + + status = DdxRmPutData_( CrpDstSnk_(ctx), src ); + if( status != Success ) return( status ); + } + else + DdxRmDeallocData_( src ); + } + return( Success ); +} + +/***************************************************************************** +** _CropDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the CROP +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - crop pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _CropDestroy(ctx) +CropPipeCtxPtr ctx; +{ + CrpSrcDrn_(ctx) = DdxRmDestroyDrain_( CrpSrcDrn_(ctx) ); + + return( Success ); +} diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiCrop.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiCrop.h new file mode 100644 index 0000000..8701fd9 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiCrop.h @@ -0,0 +1,131 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the CROP pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.1 +** RISC ULTRIX V3.1 +** +** AUTHOR(S): +** +** Gary Grebus +** +** CREATION DATE: +** +** Thu Feb 22 14:43:45 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMICROP +#define _SMICROP + +/* +** Include files +*/ +#include + +/* +** Function reference +*/ +int SmiCreateCrop(); + + +/* +** Structure definitions and Typedefs +*/ + +/* +** Crop pipeline context block. +*/ +typedef struct _CropPipeCtx { + PipeElementCommonPart common; + struct _CropPart { + PipeSinkPtr src; + PipeSinkPtr dst; + long int x; /* Region of Interest */ + long int y; + unsigned long int width; + unsigned long int height; + PipeDrainPtr srcdrn; + } CropPart; +} CropPipeCtx, *CropPipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, Crop part, access MACROs +*/ +#define CrpSrcDrn_(ctx) (((CropPipeCtxPtr)(ctx))->CropPart.srcdrn) +/* +** Crop Parameters +*/ +#define CrpSrcSnk_(ctx) (((CropPipeCtxPtr)(ctx))->CropPart.src) +#define CrpDstSnk_(ctx) (((CropPipeCtxPtr)(ctx))->CropPart.dst) +#define CrpRoiX_(ctx) (((CropPipeCtxPtr)(ctx))->CropPart.x) +#define CrpRoiY_(ctx) (((CropPipeCtxPtr)(ctx))->CropPart.y) +#define CrpRoiWidth_(ctx) (((CropPipeCtxPtr)(ctx))->CropPart.width) +#define CrpRoiHeight_(ctx) (((CropPipeCtxPtr)(ctx))->CropPart.height) + +#endif +/* _SMICrop */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiDctDef.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiDctDef.h new file mode 100644 index 0000000..90cf021 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiDctDef.h @@ -0,0 +1,332 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains common definitions for DCT +** compression/decompression. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** John Nadai +** John Weber +** Robert NC Shelley +** +** CREATION DATE: +** +** July 31, 1990 +** +*******************************************************************************/ + + /* + ** Allows to be included multiple times. + */ +#ifndef _DCTDEF +#define _DCTDEF + +#if defined(IPS) +#include +#endif + +/* +** Equated symbols +*/ + /* + ** Define TRUE and FALSE + */ +#ifndef TRUE +#define TRUE 1 +#endif +#ifndef FALSE +#define FALSE 0 +#endif + /* + ** Token constants + */ +#define DctK_TokenNone 0 +#define DctK_TokenSOI 1 +#define DctK_TokenSOF 2 +#define DctK_TokenSOS 3 +#define DctK_TokenData 4 +#define DctK_TokenRSC 5 +#define DctK_TokenEOI 6 +#define DctK_TokenError 7 +#define DctK_TokenMax 8 + /* + ** State constants + */ +#define DctK_StateNew 0 +#define DctK_StateSOI 1 +#define DctK_StateSOF 2 +#define DctK_StateSOS 3 +#define DctK_StateData 4 +#define DctK_StateRSC 5 +#define DctK_StateEOI 6 +#define DctK_StateErr 7 +#define DctK_StateMax 8 + /* + ** Marker code constants + */ +#define DctK_Marker 0xFF +#define DctK_MarkerSOI 0xFC +#define DctK_MarkerSOF 0xE0 +#define DctK_MarkerSOS 0xF8 +#define DctK_MarkerRSC 0xF0 +#define DctK_MarkerRSC0 0xF0 +#define DctK_MarkerRSC1 0xF1 +#define DctK_MarkerRSC2 0xF2 +#define DctK_MarkerRSC3 0xF3 +#define DctK_MarkerRSC4 0xF4 +#define DctK_MarkerRSC5 0xF5 +#define DctK_MarkerRSC6 0xF6 +#define DctK_MarkerRSC7 0xF7 +#define DctK_MarkerEOI 0xFE + /* + ** Field length constants + */ +#define DctK_LenFixedSOI 2 + +#define DctK_LenFixedSOF 13 +#define DctK_LenPerCmpSOF 2 + +#define DctK_LenFixedSOS 5 +#define DctK_LenPerCmpSOS 1 + +#define DctK_LenFixedRSC 2 + +#define DctK_LenFixedEOI 2 + /* + ** Segment routine state values. + */ +#define DctK_StatusDone 0 +#define DctK_StatusContinue -1 +#define DctK_StatusError -2 +#define DctK_StatusInput -3 +#define DctK_StatusOutput -4 + /* + ** Generic error codes, defined based on facility being built. + */ +#if defined(XIESMI) || defined(XIEDIX) +#define DctX_Success Success +#define DctX_BadAlloc BadAlloc +#define DctX_OutBufSiz BadLength +#define DctX_EncodeFail BadValue +#define DctX_DecodeFail BadValue +#define DctX_BadFactor BadValue +#define DctX_UnsOption BadImplementation + +#elif defined(IPS) +#define DctX_Success IpsX_SUCCESS +#define DctX_BadAlloc IpsX_INSVIRMEM +#define DctX_OutBufSiz IpsX_INSVIRMEM +#define DctX_EncodeFail IpsX_DCTENCODEFAIL +#define DctX_DecodeFail IpsX_DCTDECODEFAIL +#define DctX_BadFactor IpsX_DCTFACTERR +#define DctX_UnsOption IpsX_UNSOPTION +#define DctX_DctCompIdxErr IpsX_DCTCOMPIDXERR +#endif + /* + ** Parameter constants + */ +#define DctK_BlockSize 8 +#define DctK_Mode 0 +#define DctK_Precision 8 + /* + ** Generic parameters defined differently depending on the facility + ** being built. + */ +#if defined(XIESMI) || defined(XIEDIX) +#define DctK_MaxComponents XieK_MaxComponents +#elif defined(IPS) +#define DctK_MaxComponents MAX_NUMBER_OF_COMPONENTS +#endif + +/* +** MACRO definitions +*/ + + /* + ** MACROs for declaring and referencing external data structures. + */ +#ifndef externalref +#if (defined(VMS) && defined(VAXC)) +#define externalref globalref +#else +#define externalref extern +#endif +#endif + +#ifndef externaldef +#if (defined (VMS) && defined(VAXC)) +#define externaldef(psect) globaldef {"psect"} noshare +#else +#define externaldef(psect) +#endif +#endif + + /* + ** MACROs for allocating memory depending on facility. + */ +#if defined(XIESMI) || defined(XIEDIX) +#define DctCalloc_(count,size) DdxCalloc_((count),(size)) +#define DctFree_(adr) DdxFree_((adr)) +#define DctMalloc_(size) DdxMalloc_((size)) +#define DctMallocBits_(size) DdxMallocBits_((size)) +#define DctRealloc_(adr,size) DdxRealloc_((adr),(size)) +#define DctReallocBits_(adr,size) DdxReallocBits_((adr),(size)) +#elif defined(IPS) +#define DctCalloc_(count,size) \ + (*IpsA_MemoryTable[IpsK_Alloc])((count*size),(IpsM_InitMem),(0)) +#define DctFree_(adr) \ + (*IpsA_MemoryTable[IpsK_Dealloc])((adr)) +#define DctMalloc_(size) \ + (*IpsA_MemoryTable[IpsK_Alloc])((size),(0),(0)) +#define DctMallocBits_(size) \ + (*IpsA_MemoryTable[IpsK_AllocateDataPlane])(((size)+7>>3),(0),(0)) +#define DctRealloc_(adr,size) \ + (*IpsA_MemoryTable[IpsK_Realloc])((adr),(size)) +#define DctReallocBits_(adr,size) \ + (*IpsA_MemoryTable[IpsK_ReallocateDataPlane])((adr),(((size)+7>>3))) +#endif + +/* +** Quantization table definition +*/ +#define DctK_QuantTableSize 64 +#define DctK_MaxQuantTables 4 +typedef struct _QuantTable { + unsigned char quant[DctK_QuantTableSize]; +} QuantTable, *QuantTablePtr; + +/* +** Huffman table definitions +*/ +#define DctK_MaxHuffTables 4 +#define DctK_MaxHuffTblSize 512 + /* + ** Generic huffman decode table definition + */ +typedef struct _HuffDecodeEntry { + short int w1; + short int w0; +} HuffDecodeEntry, *HuffDecodeEntryPtr; + +typedef struct _HuffDecodeTable { + int half_table_size ; + struct _HuffDecodeEntry huff_decode_entry[DctK_MaxHuffTblSize]; +} HuffDecodeTable, *HuffDecodeTablePtr; + /* + ** Huffman AC table definitions + */ +typedef struct _AcSpecTable { + unsigned char huff_spec_size; + unsigned char huff_size_histo[16]; + unsigned char sorted_symbols[256]; +} AcSpecTable, *AcSpecTablePtr; + +typedef struct _AcEncodeTable { + unsigned char huff_size[256] ; + short int huff_code[256] ; +} AcEncodeTable, *AcEncodeTablePtr; + +typedef struct _AcDecodeTable { + int half_table_size ; + /* This is the maximum length needed */ + HuffDecodeEntry huff_decode_entry[512]; +} AcDecodeTable, *AcDecodeTablePtr; + /* + ** Huffman DC table definitions + */ +typedef struct _DcSpecTable { + unsigned char huff_spec_size; + unsigned char huff_size_histo[16]; + unsigned char sorted_symbols[16]; +} DcSpecTable, *DcSpecTablePtr; + +typedef struct _DcEncodeTable { + unsigned char huff_size[16] ; + short int huff_code[16] ; +} DcEncodeTable, *DcEncodeTablePtr; + +typedef struct _DcDecodeTable { + int half_table_size ; + /* This is the maximum length needed */ + HuffDecodeEntry huff_decode_entry[32]; +} DcDecodeTable, *DcDecodeTablePtr; + +/* +** Default tables. +*/ +externalref short int DctAW_ZigZag[]; +externalref QuantTable DctR_QuantDefault[]; +externalref DcSpecTable DctR_DcSpecTable[]; +externalref AcSpecTable DctR_AcSpecTable[]; +externalref DcEncodeTable DctR_DcEncodeTable[]; +externalref DcDecodeTable DctR_DcDecodeTable[]; +externalref AcEncodeTable DctR_AcEncodeTable[]; +externalref AcDecodeTable DctR_AcDecodeTable[]; + +/* +** The following line MUST be the last line of this file. +*/ +#endif +/* _DCTDEF */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiDctMacros.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiDctMacros.h new file mode 100644 index 0000000..80184a7 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiDctMacros.h @@ -0,0 +1,340 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* WARNING: These macros use private automatic variables with prefix d_ ! */ + +#define DCT_VARIABLES \ +\ +/* Working variables for dct8x8 macro */\ +\ +float d_pi = 3.14159265358979324;\ +\ +int d_k ;/* loop counter */\ +\ +unsigned char *d_puc1; /* unsigned char pointers */\ +unsigned char *d_puc2;\ +int *d_pi1; /* int pointers */\ +int *d_pi2;\ +int *d_pi3;\ +int *d_pi4;\ +int *d_pi5;\ +short int *d_ps1 ;/* short int pointer */\ +\ +int d_a[8],*d_ap ;/* intermediate stage storage */\ +int d_b[8],*d_bp ;/* intermediate stage storage */\ +int d_c[8],*d_cp ;/* intermediate stage storage */\ +\ +int d_work[64] ;/* transpose/work area */\ +\ +int d_temp ;/* temporary variable */ +/* +int d_cpi4 = (int)(cos(d_pi/4.)*65536.+.5);\ +int d_cpi8 = (int)(cos(d_pi/8.)*65536.+.5);\ +int d_spi8 = (int)(sin(d_pi/8.)*65536.+.5);\ +int d_c3pi8 = (int)(cos(3.*d_pi/8.)*65536.+.5);\ +int d_s3pi8 = (int)(sin(3.*d_pi/8.)*65536.+.5);\ +int d_cpi16 = (int)(cos(d_pi/16.)*65536.+.5);\ +int d_spi16 = (int)(sin(d_pi/16.)*65536.+.5);\ +int d_c3pi16 = (int)(cos(3.*d_pi/16.)*65536.+.5);\ +int d_s3pi16 = (int)(sin(3.*d_pi/16.)*65536.+.5);\ +int d_c5pi16 = (int)(cos(5.*d_pi/16.)*65536.+.5);\ +int d_s5pi16 = (int)(sin(5.*d_pi/16.)*65536.+.5);\ +int d_c7pi16 = (int)(cos(7.*d_pi/16.)*65536.+.5);\ +int d_s7pi16 = (int)(sin(7.*d_pi/16.)*65536.+.5);\ +*/ +#define d_cpi4 46341 /* (int)(cos(d_pi/4.)*65536.+.5) */ +#define d_cpi8 60547 /* (int)(cos(d_pi/8.)*65536.+.5) */ +#define d_spi8 25080 /* (int)(sin(d_pi/8.)*65536.+.5) */ +#define d_c3pi8 25080 /* (int)(cos(3.*d_pi/8.)*65536.+.5) */ +#define d_s3pi8 60547 /* (int)(sin(3.*d_pi/8.)*65536.+.5) */ +#define d_cpi16 64277 /* (int)(cos(d_pi/16.)*65536.+.5) */ +#define d_spi16 12785 /* (int)(sin(d_pi/16.)*65536.+.5) */ +#define d_c3pi16 54491 /* (int)(cos(3.*d_pi/16.)*65536.+.5) */ +#define d_s3pi16 36410 /* (int)(sin(3.*d_pi/16.)*65536.+.5) */ +#define d_c5pi16 36410 /* (int)(cos(5.*d_pi/16.)*65536.+.5) */ +#define d_s5pi16 54491 /* (int)(sin(5.*d_pi/16.)*65536.+.5) */ +#define d_c7pi16 12785 /* (int)(cos(7.*d_pi/16.)*65536.+.5) */ +#define d_s7pi16 64277 /* (int)(sin(7.*d_pi/16.)*65536.+.5) */ + +#define ZQ_VARIABLES \ +\ +double d_dtemp ;\ +short int *d_in_ptr,*d_out_ptr,*d_z_ptr;\ +unsigned char *d_q_ptr ;\ +int d_i ; + +/* DCT MACRO (8-bit unsigned input; 16-bit signed output) + + Inputs: > 8-bit unsigned pixels + > organized as 2-D pixel array (pixels stored by rows) + > inputs are level shifted by -128 before processing + + Outputs: > 16-bit signed DCT coefficients, rounded to integer + > organized as sequence of blocks (within blocks, the + coefficients stored by rows) +*/ + +#define DCT8x8_8U_16S_(PIXELS,COEFS,SCAN_WIDTH,PEL_WIDTH) \ +\ + d_puc1 = PIXELS ;\ + d_puc2 = d_puc1 + 7 * PEL_WIDTH ;\ + d_ps1 = COEFS ;\ + d_pi1 = d_work ;\ + for(d_k=0 ; d_k<8; d_k++)\ + {\ + d_ap = d_a ;\ + *d_ap++ = ((*d_puc1) + (*d_puc2) - 256)<<4 ;\ + d_puc1 += PEL_WIDTH; d_puc2 -= PEL_WIDTH ; \ + *d_ap++ = ((*d_puc1) + (*d_puc2) - 256)<<4 ;\ + d_puc1 += PEL_WIDTH; d_puc2 -= PEL_WIDTH ; \ + *d_ap++ = ((*d_puc1) + (*d_puc2) - 256)<<4 ;\ + d_puc1 += PEL_WIDTH; d_puc2 -= PEL_WIDTH ; \ + *d_ap++ = ((*d_puc1) + (*d_puc2) - 256)<<4 ;\ + *d_ap++ = ((*d_puc1) - (*d_puc2) )<<4 ;\ + d_puc1 -= PEL_WIDTH; d_puc2 += PEL_WIDTH ; \ + *d_ap++ = ((*d_puc1) - (*d_puc2) )<<4 ;\ + d_puc1 -= PEL_WIDTH; d_puc2 += PEL_WIDTH ; \ + *d_ap++ = ((*d_puc1) - (*d_puc2) )<<4 ;\ + d_puc1 -= PEL_WIDTH; d_puc2 += PEL_WIDTH ; \ + *d_ap = ((*d_puc1) - (*d_puc2) )<<4 ;\ + d_puc1 += SCAN_WIDTH ;\ + d_puc2 += SCAN_WIDTH ;\ +\ + d_bp = d_b ;\ + *d_bp++ = d_a[0] + d_a[3] ;\ + *d_bp++ = d_a[1] + d_a[2] ;\ + *d_bp++ = d_a[1] - d_a[2] ;\ + *d_bp++ = d_a[0] - d_a[3] ;\ + *d_bp++ = d_a[4] ;\ + *d_bp++ = (d_cpi4*(d_a[6]-d_a[5]) + 32768)>>16 ;\ + *d_bp++ = (d_cpi4*(d_a[6]+d_a[5]) + 32768)>>16 ;\ + *d_bp = d_a[7] ;\ +\ + d_cp = d_c ;\ + *d_cp++ = (d_cpi4*(d_b[0]+d_b[1]) + 32768)>>16 ;\ + *d_cp++ = (d_cpi4*(d_b[0]-d_b[1]) + 32768)>>16 ;\ + *d_cp++ = (d_spi8*d_b[2] + d_cpi8*d_b[3] + 32768)>>16 ;\ + *d_cp++ = (d_c3pi8*d_b[3] - d_s3pi8*d_b[2] + 32768)>>16 ;\ + *d_cp++ = d_b[4] + d_b[5] ;\ + *d_cp++ = d_b[4] - d_b[5] ;\ + *d_cp++ = d_b[7] - d_b[6] ;\ + *d_cp = d_b[7] + d_b[6] ;\ +\ + *d_pi1 = (d_c[0] + 1)>>1 ;\ + *(d_pi1+8) = (d_spi16*d_c[4] + d_cpi16*d_c[7] +65536)>>17 ;\ + *(d_pi1+16) = (d_c[2] + 1)>>1 ;\ + *(d_pi1+24) = (d_c3pi16*d_c[6] - d_s3pi16*d_c[5] +65536)>>17 ;\ + *(d_pi1+32) = (d_c[1] + 1)>>1 ;\ + *(d_pi1+40) = (d_s5pi16*d_c[5] + d_c5pi16*d_c[6] +65536)>>17 ;\ + *(d_pi1+48) = (d_c[3] + 1)>>1 ;\ + *(d_pi1+56) = (d_c7pi16*d_c[7] - d_s7pi16*d_c[4] +65536)>>17 ;\ + d_pi1++ ;\ + }\ + d_pi2 = d_work ;\ + d_pi3 = d_work + 7 ;\ + for(d_k=0 ; d_k <8; d_k++)\ + {\ + d_ap = d_a ;\ + *d_ap++ = (*d_pi2++) + (*d_pi3--) ;\ + *d_ap++ = (*d_pi2++) + (*d_pi3--) ;\ + *d_ap++ = (*d_pi2++) + (*d_pi3--) ;\ + *d_ap++ = (*d_pi2) + (*d_pi3) ;\ + *d_ap++ = (*d_pi2--) - (*d_pi3++) ;\ + *d_ap++ = (*d_pi2--) - (*d_pi3++) ;\ + *d_ap++ = (*d_pi2--) - (*d_pi3++) ;\ + *d_ap = (*d_pi2) - (*d_pi3) ;\ + d_pi2 += 8 ;\ + d_pi3 += 8 ;\ +\ + d_bp = d_b ;\ + *d_bp++ = d_a[0] + d_a[3] ;\ + *d_bp++ = d_a[1] + d_a[2] ;\ + *d_bp++ = d_a[1] - d_a[2] ;\ + *d_bp++ = d_a[0] - d_a[3] ;\ + *d_bp++ = d_a[4] ;\ + *d_bp++ = (d_cpi4*(d_a[6]-d_a[5]) + 32768)>>16 ;\ + *d_bp++ = (d_cpi4*(d_a[6]+d_a[5]) + 32768)>>16 ;\ + *d_bp = d_a[7] ;\ +\ + d_cp = d_c ;\ + *d_cp++ = (d_cpi4*(d_b[0]+d_b[1]) + 32768)>>16 ;\ + *d_cp++ = (d_cpi4*(d_b[0]-d_b[1]) + 32768)>>16 ;\ + *d_cp++ = (d_spi8*d_b[2] + d_cpi8*d_b[3] + 32768)>>16 ;\ + *d_cp++ = (d_c3pi8*d_b[3] - d_s3pi8*d_b[2] + 32768)>>16 ;\ + *d_cp++ = d_b[4] + d_b[5] ;\ + *d_cp++ = d_b[4] - d_b[5] ;\ + *d_cp++ = d_b[7] - d_b[6] ;\ + *d_cp = d_b[7] + d_b[6] ;\ +\ + *d_ps1 = (d_c[0] + 16 )>>5 ;\ + *(d_ps1+8) = (d_spi16*d_c[4] + d_cpi16*d_c[7] + (1<<20))>>21 ;\ + *(d_ps1+16) = (d_c[2] + 16 )>>5 ;\ + *(d_ps1+24) = (d_c3pi16*d_c[6] - d_s3pi16*d_c[5] + (1<<20))>>21 ;\ + *(d_ps1+32) = (d_c[1] + 16 )>>5 ;\ + *(d_ps1+40) = (d_s5pi16*d_c[5] + d_c5pi16*d_c[6] + (1<<20))>>21 ;\ + *(d_ps1+48) = (d_c[3] + 16 )>>5 ;\ + *(d_ps1+56) = (d_c7pi16*d_c[7] - d_s7pi16*d_c[4] + (1<<20))>>21 ;\ + d_ps1++ ;\ + } + +/* IDCT MACRO (16-bit signed input ; 8-bit unsigned output) + + Inputs: > 16-bit signed DCT coefficients + > organized as sequence of blocks (within blocks, the + coefficients stored by rows) + + Outputs: > 8-bit unsigned pixels + > organized as 2-D pixel array (pixels stored by rows) + > outputs are level shifted by -128 and clipped to + [0,255] after processing +*/ + +#define IDCT8x8_16S_8U_(COEFS,PIXELS,SCAN_WIDTH,PEL_WIDTH) \ +\ + d_ps1 = COEFS ;\ + d_pi1 = d_work ;\ + for(d_k=0 ; d_k<8; d_k++)\ + {\ + d_ap = d_a ;\ + *d_ap++ = (d_ps1[0])<<2 ;\ + *d_ap++ = (d_ps1[4*8])<<2 ;\ + *d_ap++ = (d_ps1[2*8])<<2 ;\ + *d_ap++ = (d_ps1[6*8])<<2 ;\ + *d_ap++ = ((d_spi16*d_ps1[1*8] - d_s7pi16*d_ps1[7*8]) + (1<<13))>>14 ;\ + *d_ap++ = ((d_s5pi16*d_ps1[5*8] - d_s3pi16*d_ps1[3*8]) + (1<<13))>>14 ;\ + *d_ap++ = ((d_c3pi16*d_ps1[3*8] + d_c5pi16*d_ps1[5*8]) + (1<<13))>>14 ;\ + *d_ap = ((d_cpi16*d_ps1[1*8] + d_c7pi16*d_ps1[7*8]) + (1<<13))>>14 ;\ + d_ps1++ ;\ +\ + d_bp = d_b ;\ + *d_bp++ = (d_cpi4*(d_a[0]+d_a[1]) + 32768)>>16 ;\ + *d_bp++ = (d_cpi4*(d_a[0]-d_a[1]) + 32768)>>16 ;\ + *d_bp++ = (d_spi8*d_a[2] - d_s3pi8*d_a[3] + 32768)>>16 ;\ + *d_bp++ = (d_cpi8*d_a[2] + d_c3pi8*d_a[3] + 32768)>>16 ;\ + *d_bp++ = d_a[4] + d_a[5] ;\ + *d_bp++ = d_a[4] - d_a[5] ;\ + *d_bp++ = d_a[7] - d_a[6] ;\ + *d_bp = d_a[7] + d_a[6] ;\ +\ + d_cp = d_c ;\ + *d_cp++ = d_b[0] + d_b[3] ;\ + *d_cp++ = d_b[1] + d_b[2] ;\ + *d_cp++ = d_b[1] - d_b[2] ;\ + *d_cp++ = d_b[0] - d_b[3] ;\ + *d_cp++ = d_b[4] ;\ + *d_cp++ = (d_cpi4*(d_b[6]-d_b[5]) + 32768)>>16 ;\ + *d_cp++ = (d_cpi4*(d_b[6]+d_b[5]) + 32768)>>16 ;\ + *d_cp = d_b[7] ;\ +\ + d_pi2 = d_c ;\ + d_pi3 = d_c + 7 ;\ + *d_pi1++ = ((*d_pi2++) + (*d_pi3--) + 1) >> 1 ;\ + *d_pi1++ = ((*d_pi2++) + (*d_pi3--) + 1) >> 1 ;\ + *d_pi1++ = ((*d_pi2++) + (*d_pi3--) + 1) >> 1 ;\ + *d_pi1++ = ((*d_pi2 ) + (*d_pi3 ) + 1) >> 1 ;\ + *d_pi1++ = ((*d_pi2--) - (*d_pi3++) + 1) >> 1 ;\ + *d_pi1++ = ((*d_pi2--) - (*d_pi3++) + 1) >> 1 ;\ + *d_pi1++ = ((*d_pi2--) - (*d_pi3++) + 1) >> 1 ;\ + *d_pi1++ = ((*d_pi2 ) - (*d_pi3 ) + 1) >> 1 ;\ + }\ +\ + d_pi2 = d_work ;\ + d_pi4 = d_c ;\ + d_pi5 = d_c + 7 ;\ + d_puc2 = PIXELS ;\ +\ + for(d_k=0 ; d_k <8; d_k++)\ + {\ + d_ap = d_a ;\ + *d_ap++ = d_pi2[0] ;\ + *d_ap++ = d_pi2[4*8] ;\ + *d_ap++ = d_pi2[2*8] ;\ + *d_ap++ = d_pi2[6*8] ;\ + *d_ap++ = (d_spi16*d_pi2[1*8] - d_s7pi16*d_pi2[7*8] + 32768)>>16 ;\ + *d_ap++ = (d_s5pi16*d_pi2[5*8] - d_s3pi16*d_pi2[3*8] + 32768)>>16 ;\ + *d_ap++ = (d_c3pi16*d_pi2[3*8] + d_c5pi16*d_pi2[5*8] + 32768)>>16 ;\ + *d_ap = (d_cpi16*d_pi2[1*8] + d_c7pi16*d_pi2[7*8] + 32768)>>16 ;\ + d_pi2++ ;\ +\ + d_bp = d_b ;\ + *d_bp++ = (d_cpi4*(d_a[0]+d_a[1]) + 32768)>>16 ;\ + *d_bp++ = (d_cpi4*(d_a[0]-d_a[1]) + 32768)>>16 ;\ + *d_bp++ = (d_spi8*d_a[2] - d_s3pi8*d_a[3] + 32768)>>16 ;\ + *d_bp++ = (d_cpi8*d_a[2] + d_c3pi8*d_a[3] + 32768)>>16 ;\ + *d_bp++ = d_a[4] + d_a[5] ;\ + *d_bp++ = d_a[4] - d_a[5] ;\ + *d_bp++ = d_a[7] - d_a[6] ;\ + *d_bp = d_a[7] + d_a[6] ;\ +\ + d_cp = d_c ;\ + *d_cp++ = (d_b[0] + d_b[3] + 4 )>>3 ;\ + *d_cp++ = (d_b[1] + d_b[2] + 4 )>>3 ;\ + *d_cp++ = (d_b[1] - d_b[2] + 4 )>>3 ;\ + *d_cp++ = (d_b[0] - d_b[3] + 4 )>>3 ;\ + *d_cp++ = (d_b[4] + 4 )>>3 ;\ + *d_cp++ = (d_cpi4*(d_b[6]-d_b[5]) + (1<<18))>>19 ;\ + *d_cp++ = (d_cpi4*(d_b[6]+d_b[5]) + (1<<18))>>19 ;\ + *d_cp = (d_b[7] + 4 )>>3 ;\ +\ + d_puc1 = d_puc2 ;\ + if( (d_temp = (*d_pi4++) + (*d_pi5--)) > 127) *d_puc1 = 255 ;\ + else if(d_temp < -128) *d_puc1 = 0 ;\ + else *d_puc1 = d_temp + 128 ;\ + d_puc1 += PEL_WIDTH; \ + if( (d_temp = (*d_pi4++) + (*d_pi5--)) > 127) *d_puc1 = 255 ;\ + else if(d_temp < -128) *d_puc1 = 0 ;\ + else *d_puc1 = d_temp + 128 ;\ + d_puc1 += PEL_WIDTH; \ + if( (d_temp = (*d_pi4++) + (*d_pi5--)) > 127) *d_puc1 = 255 ;\ + else if(d_temp < -128) *d_puc1 = 0 ;\ + else *d_puc1 = d_temp + 128 ;\ + d_puc1 += PEL_WIDTH; \ + if( (d_temp = (*d_pi4) + (*d_pi5)) > 127) *d_puc1 = 255 ;\ + else if(d_temp < -128) *d_puc1 = 0 ;\ + else *d_puc1 = d_temp + 128 ;\ + d_puc1 += PEL_WIDTH; \ + if( (d_temp = (*d_pi4--) - (*d_pi5++)) > 127) *d_puc1 = 255 ;\ + else if(d_temp < -128) *d_puc1 = 0 ;\ + else *d_puc1 = d_temp + 128 ;\ + d_puc1 += PEL_WIDTH; \ + if( (d_temp = (*d_pi4--) - (*d_pi5++)) > 127) *d_puc1 = 255 ;\ + else if(d_temp < -128) *d_puc1 = 0 ;\ + else *d_puc1 = d_temp + 128 ;\ + d_puc1 += PEL_WIDTH; \ + if( (d_temp = (*d_pi4--) - (*d_pi5++)) > 127) *d_puc1 = 255 ;\ + else if(d_temp < -128) *d_puc1 = 0 ;\ + else *d_puc1 = d_temp + 128 ;\ + d_puc1 += PEL_WIDTH; \ + if( (d_temp = (*d_pi4) - (*d_pi5)) > 127) *d_puc1 = 255 ;\ + else if(d_temp < -128) *d_puc1 = 0 ;\ + else *d_puc1 = d_temp + 128 ;\ + d_puc2 += SCAN_WIDTH ;\ + } + +#define GetBit_(base,offset) \ + (*((unsigned char *)(base)+((offset)>>3))>>((offset)&7)&1) + +#define get_pad_byte(offset)\ + (offset) += 8 - (9offset) & 7); diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiDctTables.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiDctTables.c new file mode 100644 index 0000000..997d0fd --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiDctTables.c @@ -0,0 +1,1275 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains data tables used by DCT (de)compression routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** John Nadai +** John Weber +** +** CREATION DATE: +** +** July 31, 1990 +** +*******************************************************************************/ + +/* +** INCLUDE FILES +*/ +#if defined(XIESMI) +#include +#elif defined(IPS) +#include +#endif + +/* +** Table used for mapping the zigzag pattern used when quantizing DCT +** coefficients. +*/ +externaldef (DctAW_ZigZag) short int DctAW_ZigZag[64] = +{ + 0, 1, 8,16, 9, 2, 3,10, 17,24,32,25,18,11, 4, 5, + 12,19,26,33,40,48,41,34, 27,20,13, 6, 7,14,21,28, + 35,42,49,56,57,50,43,36, 29,22,15,23,30,37,44,51, + 58,59,52,45,38,31,39,46, 53,60,61,54,47,55,62,63 +} ; + +/* For reference, this is the inverse zigzag mapping */ + +/* static short int zigzag[64] = { + 0, 1, 5, 6,14,15,27,28, 2, 4, 7,13,16,26,29,42, + 3, 8,12,17,25,30,41,43, 9,11,18,24,31,40,44,53, + 10,19,23,32,39,45,52,54, 20,22,33,38,46,51,55,60, + 21,34,37,47,50,56,59,61, 35,36,48,49,57,58,62,63 } ; +*/ + + +/* Default (Recommended) Quantization tables in zigzag order */ + +externaldef (DctR_QuantDefault) QuantTable DctR_QuantDefault[2] = { + { + 16,11, 12, 14, 12,10,16, 14, 13, 14, 18, 17,16, 19, 24,40, + 26,24, 22, 22, 24,49,35, 37, 29, 40, 58, 51,61, 60, 57,51, + 56,55, 64, 72, 92,78,64, 68, 87, 69, 55, 56,80,109, 81,87, + 95,98,103,104,103,62,77,113, 121,112,100,120,92,101,103,99 + }, + + { + 17,18,18,24,21,24,47,26, 26,47,99,66,56,66,66,99, + 99,99,99,99,99,99,99,99, 99,99,99,99,99,99,99,99, + 99,99,99,99,99,99,99,99, 99,99,99,99,99,99,99,99, + 99,99,99,99,99,99,99,99, 99,99,99,99,99,99,99,99 + } +}; + +/* For reference, this is the non-zigzag ordered default quantizer table */ + +/* {{16,11,10,16,24,40,51,61}, {12,12,14,19,26,58,60,55}, + {14,13,16,24,40,57,69,56}, {14,17,22,29,51,87,80,62}, + {18,22,37,56,68,109,103,77}, {24,35,55,64,81,104,113,92}, + {49,64,78,87,103,121,120,101},{72,92,95,98,112,100,103,99}}, + + {{17,18,24,47,66,99,99,99}, {18,21,26,66,99,99,99,99}, + {24,26,56,99,99,99,99,99}, {47,66,99,99,99,99,99,99}, + {99,99,99,99,99,99,99,99}, {99,99,99,99,99,99,99,99}, + {99,99,99,99,99,99,99,99}, {99,99,99,99,99,99,99,99}}} ; +*/ + + +/* Default DC Huffman Specification tables */ + +externaldef (DctR_DcSpecTable) DcSpecTable DctR_DcSpecTable[2] = { + { 12, + + 0, 1, 5, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, + + 3, 0, 1, 2, 4, 5, 6, 7, 8, 9, 10, 11, 0, 0, 0, 0 + } , + + { 12, + + 0, 2, 3, 1, 1, 1, 1, 0, 3, 0, 0, 0, 0, 0, 0, 0, + + 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 0, 0, 0, 0 + } +} ; + +/* Default DC Huffman Encoder tables */ + +externaldef (DctR_DcEncodeTable) DcEncodeTable DctR_DcEncodeTable[2] = { +#ifndef MSB_FIRST + { {3, 3, 3, 2, 3, 3, 4, 5, 6, 7, 8, 9, 0, 0, 0, 0}, + + {2, 6, 1, 0, 5, 3, 7, 15, 31, 63, 127, 255, 0, 0, 0, 0} + } , + + { {2, 2, 3, 3, 3, 4, 5, 6, 7, 9, 9, 9, 0, 0, 0, 0}, + + {0, 2, 1, 5, 3, 7, 15, 31, 63, 127, 383, 255, 0, 0, 0, 0} + } +#else +{ + { {3, 3, 3, 2, 3, 3, 4, 5, 6, 7, 8, 9, 0, 0, 0, 0}, + + {2, 3, 4, 0, 5, 6, 14, 30, 62, 126, 254, 510, 0, 0, 0, 0} + } , + + { {2, 2, 3, 3, 3, 4, 5, 6, 7, 9, 9, 9, 0, 0, 0, 0}, + + {0, 1, 4, 5, 6, 14, 30, 62, 126, 508, 509, 510, 0, 0, 0, 0} + } +#endif +} ; + + +/* Default DC Huffman Decoder tables */ + +externaldef (DctR_DcDecodeTable) DcDecodeTable DctR_DcDecodeTable[2] = +{ + { + 12, /* Half table size */ + { /* Table entries */ + {0, 1}, + {3, 0}, + {0, 0}, + {0, 4}, + {2, 0}, + {5, 0}, + {6, 0}, + {7, 0}, + {8, 0}, + {9, 0}, + {10, 0}, + {11, 0}, + {0, 3}, + {0, 2}, + {1, 0}, + {0, 5}, + {4, 0}, + {0, 6}, + {0, 7}, + {0, 8}, + {0, 9}, + {0, 10}, + {0, 11}, + {0, 0} + } + }, + { + 12, /* Half table size */ + { /* Table entries */ + {0, 1}, + {0, 0}, + {0, 3}, + {2, 0}, + {4, 0}, + {5, 0}, + {6, 0}, + {7, 0}, + {8, 0}, + {0, 10}, + {9, 0}, + {11, 0}, + {0, 2}, + {1, 0}, + {0, 4}, + {3, 0}, + {0, 5}, + {0, 6}, + {0, 7}, + {0, 8}, + {0, 9}, + {0, 11}, + {10, 0}, + {0, 0} + } + } +} ; + + +/* Default AC Huffman Specification tables */ + +externaldef (DctR_AcSpecTable) AcSpecTable DctR_AcSpecTable[2] = +{ + { 162, + + 0, 2, 1, 3, 2, 4, 4, 3, 5, 5, 5, 2, 0, 0, 1, 125, + + 1, 2, 3, 0, 4, 0x11, 5, 0x21, + 6, 0x12, 0x31, 0x41, 7, 0x13, 0x51, 0x61, + 0x22, 0x71, 0x81, 0x14, 0x32, 0x91, 0xa1, 0xb1, + 8, 0x23, 0x42, 0x52, 0xc1, 0x15, 0x33, 0x62, + 0x72, 0xd1, 0xe1, 0xf0, 0x82, 9, 0xa, 0x16, + 0x17, 0x18, 0x19, 0x1a, 0x24, 0x25, 0x26, 0x27, + 0x28, 0x29, 0x2a, 0x34, 0x35, 0x36, 0x37, 0x38, + 0x39, 0x3a, 0x43, 0x44, 0x45, 0x46, 0x47, 0x48, + 0x49, 0x4a, 0x53, 0x54, 0x55, 0x56, 0x57, 0x58, + 0x59, 0x5a, 0x63, 0x64, 0x65, 0x66, 0x67, 0x68, + 0x69, 0x6a, 0x73, 0x74, 0x75, 0x76, 0x77, 0x78, + 0x79, 0x7a, 0x83, 0x84, 0x85, 0x86, 0x87, 0x88, + 0x89, 0x8a, 0x92, 0x93, 0x94, 0x95, 0x96, 0x97, + 0x98, 0x99, 0x9a, 0xa2, 0xa3, 0xa4, 0xa5, 0xa6, + 0xa7, 0xa8, 0xa9, 0xaa, 0xb2, 0xb3, 0xb4, 0xb5, + 0xb6, 0xb7, 0xb8, 0xb9, 0xba, 0xc2, 0xc3, 0xc4, + 0xc5, 0xc6, 0xc7, 0xc8, 0xc9, 0xca, 0xd2, 0xd3, + 0xd4, 0xd5, 0xd6, 0xd7, 0xd8, 0xd9, 0xda, 0xe2, + 0xe3, 0xe4, 0xe5, 0xe6, 0xe7, 0xe8, 0xe9, 0xea, + 0xf1, 0xf2, 0xf3, 0xf4, 0xf5, 0xf6, 0xf7, 0xf8, + 0xf9, 0xfa, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0 + } , + + { 162, + + 0, 2, 1, 2, 4, 3, 5, 6, 3, 5, 4, 4, 0, 1, 1, 121, + + 0, 1, 2, 3, 0x11, 4, 0x21, 0x31, + 0x41, 0x12, 0x51, 0x71, 5, 0x22, 0x32, 0x61, + 0x81, 0x13, 0x42, 0x91, 0xa1, 0xb1, 0xc1, 6, + 0x33, 0x52, 0x14, 0x23, 0x62, 0x72, 0xd1, 0x24, + 0x34, 0x43, 0xf0, 0x82, 0x92, 0xb2, 0xe1, 0x53, + 0x15, 7, 8, 9, 0xa, 0x16, 0x17, 0x18, + 0x19, 0x1a, 0x25, 0x26, 0x27, 0x28, 0x29, 0x2a, + 0x35, 0x36, 0x37, 0x38, 0x39, 0x3a, 0x44, 0x45, + 0x46, 0x47, 0x48, 0x49, 0x4a, 0x54, 0x55, 0x56, + 0x57, 0x58, 0x59, 0x5a, 0x63, 0x64, 0x65, 0x66, + 0x67, 0x68, 0x69, 0x6a, 0x73, 0x74, 0x75, 0x76, + 0x77, 0x78, 0x79, 0x7a, 0x83, 0x84, 0x85, 0x86, + 0x87, 0x88, 0x89, 0x8a, 0x93, 0x94, 0x95, 0x96, + 0x97, 0x98, 0x99, 0x9a, 0xa2, 0xa3, 0xa4, 0xa5, + 0xa6, 0xa7, 0xa8, 0xa9, 0xaa, 0xb3, 0xb4, 0xb5, + 0xb6, 0xb7, 0xb8, 0xb9, 0xba, 0xc2, 0xc3, 0xc4, + 0xc5, 0xc6, 0xc7, 0xc8, 0xc9, 0xca, 0xd2, 0xd3, + 0xd4, 0xd5, 0xd6, 0xd7, 0xd8, 0xd9, 0xda, 0xe2, + 0xe3, 0xe4, 0xe5, 0xe6, 0xe7, 0xe8, 0xe9, 0xea, + 0xf1, 0xf2, 0xf3, 0xf4, 0xf5, 0xf6, 0xf7, 0xf8, + 0xf9, 0xfa, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0 + } +} ; + + +/* Default AC Huffman Encoder tables */ + + +externaldef (DctR_AcEncodeTable) AcEncodeTable DctR_AcEncodeTable[2] = +{ +#ifndef MSB_FIRST + {{ 4, 2, 2, 3, 4, 5, 6, 7, + 10, 16, 16, 0, 0, 0, 0, 0, + 0, 4, 6, 7, 9, 11, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 5, 8, 10, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 6, 9, 11, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 6, 10, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 7, 10, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 7, 11, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 8, 11, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 8, 15, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 9, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 9, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 9, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 10, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 11, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 12, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 12, 16, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0}, + + { 5, 0, 2, 1, 13, 11, 7, 15, + 447, 16895, 49663, 0, 0, 0, 0, 0, + 0, 3, 39, 79, 223, 895, 8703, 41471, + 25087, 57855, 4607, 0, 0, 0, 0, 0, + 0, 27, 31, 959, 37375, 20991, 53759, 12799, + 45567, 29183, 61951, 0, 0, 0, 0, 0, + 0, 23, 479, 1919, 2559, 35327, 18943, 51711, + 10751, 43519, 27135, 0, 0, 0, 0, 0, + 0, 55, 127, 59903, 6655, 39423, 23039, 55807, + 14847, 47615, 31231, 0, 0, 0, 0, 0, + 0, 47, 639, 63999, 1535, 34303, 17919, 50687, + 9727, 42495, 26111, 0, 0, 0, 0, 0, + 0, 111, 255, 58879, 5631, 38399, 22015, 54783, + 13823, 46591, 30207, 0, 0, 0, 0, 0, + 0, 159, 1279, 62975, 3583, 36351, 19967, 52735, + 11775, 44543, 28159, 0, 0, 0, 0, 0, + 0, 95, 511, 60927, 7679, 40447, 24063, 56831, + 15871, 48639, 32255, 0, 0, 0, 0, 0, + 0, 63, 65023, 1023, 33791, 17407, 50175, 9215, + 41983, 25599, 58367, 0, 0, 0, 0, 0, + 0, 319, 5119, 37887, 21503, 54271, 13311, 46079, + 29695, 62463, 3071, 0, 0, 0, 0, 0, + 0, 191, 35839, 19455, 52223, 11263, 44031, 27647, + 60415, 7167, 39935, 0, 0, 0, 0, 0, + 0, 383, 23551, 56319, 15359, 48127, 31743, 64511, + 2047, 34815, 18431, 0, 0, 0, 0, 0, + 0, 767, 51199, 10239, 43007, 26623, 59391, 6143, + 38911, 22527, 55295, 0, 0, 0, 0, 0, + 0, 1791, 14335, 47103, 30719, 63487, 4095, 36863, + 20479, 53247, 12287, 0, 0, 0, 0, 0, + 3839, 45055, 28671, 61439, 8191, 40959, 24575, 57343, + 16383, 49151, 32767, 0, 0, 0, 0, 0} + } , + + {{ 2, 2, 3, 4, 5, 7, 9, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 4, 6, 8, 10, 15, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 5, 7, 10, 11, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 5, 7, 9, 11, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 5, 8, 11, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 6, 9, 14, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 7, 10, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 6, 10, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 7, 12, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 8, 12, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 8, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 8, 12, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 8, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 10, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 12, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 11, 16, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0}, + + { 0, 2, 1, 5, 3, 55, 63, 25087, + 57855, 4607, 37375, 0, 0, 0, 0, 0, + 0, 13, 7, 111, 447, 8703, 20991, 53759, + 12799, 45567, 29183, 0, 0, 0, 0, 0, + 0, 19, 119, 959, 895, 61951, 2559, 35327, + 18943, 51711, 10751, 0, 0, 0, 0, 0, + 0, 11, 15, 319, 1919, 43519, 27135, 59903, + 6655, 39423, 23039, 0, 0, 0, 0, 0, + 0, 27, 239, 255, 55807, 14847, 47615, 31231, + 63999, 1535, 34303, 0, 0, 0, 0, 0, + 0, 39, 191, 511, 17919, 50687, 9727, 42495, + 26111, 58879, 5631, 0, 0, 0, 0, 0, + 0, 79, 127, 38399, 22015, 54783, 13823, 46591, + 30207, 62975, 3583, 0, 0, 0, 0, 0, + 0, 23, 639, 36351, 19967, 52735, 11775, 44543, + 28159, 60927, 7679, 0, 0, 0, 0, 0, + 0, 47, 767, 40447, 24063, 56831, 15871, 48639, + 32255, 65023, 1023, 0, 0, 0, 0, 0, + 0, 31, 2815, 33791, 17407, 50175, 9215, 41983, + 25599, 58367, 5119, 0, 0, 0, 0, 0, + 0, 159, 37887, 21503, 54271, 13311, 46079, 29695, + 62463, 3071, 35839, 0, 0, 0, 0, 0, + 0, 95, 1791, 19455, 52223, 11263, 44031, 27647, + 60415, 7167, 39935, 0, 0, 0, 0, 0, + 0, 223, 23551, 56319, 15359, 48127, 31743, 64511, + 2047, 34815, 18431, 0, 0, 0, 0, 0, + 0, 383, 51199, 10239, 43007, 26623, 59391, 6143, + 38911, 22527, 55295, 0, 0, 0, 0, 0, + 0, 3839, 14335, 47103, 30719, 63487, 4095, 36863, + 20479, 53247, 12287, 0, 0, 0, 0, 0, + 1279, 45055, 28671, 61439, 8191, 40959, 24575, 57343, + 16383, 49151, 32767, 0, 0, 0, 0, 0} + } +#else + {{ 4, 2, 2, 3, 4, 5, 6, 7, + 10, 16, 16, 0, 0, 0, 0, 0, + 0, 4, 6, 7, 9, 11, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 5, 8, 10, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 6, 9, 11, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 6, 10, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 7, 10, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 7, 11, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 8, 11, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 8, 15, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 9, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 9, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 9, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 10, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 11, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 12, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 12, 16, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0}, + + { 10, 0, 1, 4, 11, 26, 56, 120, + 1014, 65410, 65411, 0, 0, 0, 0, 0, + 0, 12, 57, 121, 502, 2038, 65412, 65413, + 65414, 65415, 65416, 0, 0, 0, 0, 0, + 0, 27, 248, 1015, 65417, 65418, 65419, 65420, + 65421, 65422, 65423, 0, 0, 0, 0, 0, + 0, 58, 503, 2039, 65424, 65425, 65426, 65427, + 65428, 65429, 65430, 0, 0, 0, 0, 0, + 0, 59, 1016, 65431, 65432, 65433, 65434, 65435, + 65436, 65437, 65438, 0, 0, 0, 0, 0, + 0, 122, 1017, 65439, 65440, 65441, 65442, 65443, + 65444, 65445, 65446, 0, 0, 0, 0, 0, + 0, 123, 2040, 65447, 65448, 65449, 65450, 65451, + 65452, 65453, 65454, 0, 0, 0, 0, 0, + 0, 249, 2041, 65455, 65456, 65457, 65458, 65459, + 65460, 65461, 65462, 0, 0, 0, 0, 0, + 0, 250, 32704, 65463, 65464, 65465, 65466, 65467, + 65468, 65469, 65470, 0, 0, 0, 0, 0, + 0, 504, 65471, 65472, 65473, 65474, 65475, 65476, + 65477, 65478, 65479, 0, 0, 0, 0, 0, + 0, 505, 65480, 65481, 65482, 65483, 65484, 65485, + 65486, 65487, 65488, 0, 0, 0, 0, 0, + 0, 506, 65489, 65490, 65491, 65492, 65493, 65494, + 65495, 65496, 65497, 0, 0, 0, 0, 0, + 0, 1018, 65498, 65499, 65500, 65501, 65502, 65503, + 65504, 65505, 65506, 0, 0, 0, 0, 0, + 0, 2042, 65507, 65508, 65509, 65510, 65511, 65512, + 65513, 65514, 65515, 0, 0, 0, 0, 0, + 0, 4086, 65516, 65517, 65518, 65519, 65520, 65521, + 65522, 65523, 65524, 0, 0, 0, 0, 0, + 4087, 65525, 65526, 65527, 65528, 65529, 65530, 65531, + 65532, 65533, 65534, 0, 0, 0, 0, 0} + } , + + {{ 2, 2, 3, 4, 5, 7, 9, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 4, 6, 8, 10, 15, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 5, 7, 10, 11, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 5, 7, 9, 11, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 5, 8, 11, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 6, 9, 14, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 7, 10, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 6, 10, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 7, 12, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 8, 12, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 8, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 8, 12, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 8, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 10, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 0, 12, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0, + 11, 16, 16, 16, 16, 16, 16, 16, + 16, 16, 16, 0, 0, 0, 0, 0}, + + { 0, 1, 4, 10, 24, 118, 504, 65414, + 65415, 65416, 65417, 0, 0, 0, 0, 0, + 0, 11, 56, 246, 1014, 32706, 65418, 65419, + 65420, 65421, 65422, 0, 0, 0, 0, 0, + 0, 25, 119, 1015, 2038, 65423, 65424, 65425, + 65426, 65427, 65428, 0, 0, 0, 0, 0, + 0, 26, 120, 505, 2039, 65429, 65430, 65431, + 65432, 65433, 65434, 0, 0, 0, 0, 0, + 0, 27, 247, 2040, 65435, 65436, 65437, 65438, + 65439, 65440, 65441, 0, 0, 0, 0, 0, + 0, 57, 506, 16352, 65442, 65443, 65444, 65445, + 65446, 65447, 65448, 0, 0, 0, 0, 0, + 0, 121, 1016, 65449, 65450, 65451, 65452, 65453, + 65454, 65455, 65456, 0, 0, 0, 0, 0, + 0, 58, 1017, 65457, 65458, 65459, 65460, 65461, + 65462, 65463, 65464, 0, 0, 0, 0, 0, + 0, 122, 4084, 65465, 65466, 65467, 65468, 65469, + 65470, 65471, 65472, 0, 0, 0, 0, 0, + 0, 248, 4085, 65473, 65474, 65475, 65476, 65477, + 65478, 65479, 65480, 0, 0, 0, 0, 0, + 0, 249, 65481, 65482, 65483, 65484, 65485, 65486, + 65487, 65488, 65489, 0, 0, 0, 0, 0, + 0, 250, 4086, 65490, 65491, 65492, 65493, 65494, + 65495, 65496, 65497, 0, 0, 0, 0, 0, + 0, 251, 65498, 65499, 65500, 65501, 65502, 65503, + 65504, 65505, 65506, 0, 0, 0, 0, 0, + 0, 1018, 65507, 65508, 65509, 65510, 65511, 65512, + 65513, 65514, 65515, 0, 0, 0, 0, 0, + 0, 4087, 65516, 65517, 65518, 65519, 65520, 65521, + 65522, 65523, 65524, 0, 0, 0, 0, 0, + 2041, 65525, 65526, 65527, 65528, 65529, 65530, 65531, + 65532, 65533, 65534, 0, 0, 0, 0, 0} + } +#endif +} ; + + + + +/* Default AC Huff Decoder tables */ + +externaldef (DctR_AcDecodeTable) AcDecodeTable DctR_AcDecodeTable[2] = +{ + { + 162, /* Half table size */ + { /* Table entries */ + { 0, 1}, + { 1, 0}, + { 0, 3}, + { 3, 0}, + { 0, 0}, + { 0, 6}, + { 17, 0}, + { 5, 0}, + { 0, 9}, + { 0, 10}, + { 6, 0}, + { 49, 0}, + { 0, 13}, + { 0, 14}, + { 7, 0}, + { 81, 0}, + { 0, 17}, + { 0, 18}, + { 34, 0}, + { 129, 0}, + { 20, 0}, + { 0, 22}, + { 0, 23}, + { 145, 0}, + { 177, 0}, + { 8, 0}, + { 0, 27}, + { 0, 28}, + { 66, 0}, + { 193, 0}, + { 21, 0}, + { 0, 32}, + { 0, 33}, + { 98, 0}, + { 209, 0}, + { 225, 0}, + { 0, 37}, + { 0, 38}, + { 0, 39}, + { 0, 40}, + { 0, 41}, + { 130, 0}, + { 9, 0}, + { 0, 44}, + { 22, 0}, + { 24, 0}, + { 0, 47}, + { 0, 48}, + { 26, 0}, + { 37, 0}, + { 0, 51}, + { 39, 0}, + { 41, 0}, + { 0, 54}, + { 0, 55}, + { 0, 56}, + { 52, 0}, + { 54, 0}, + { 0, 59}, + { 56, 0}, + { 58, 0}, + { 0, 62}, + { 0, 63}, + { 68, 0}, + { 70, 0}, + { 0, 66}, + { 72, 0}, + { 74, 0}, + { 0, 69}, + { 0, 70}, + { 0, 71}, + { 0, 72}, + { 84, 0}, + { 86, 0}, + { 0, 75}, + { 88, 0}, + { 90, 0}, + { 0, 78}, + { 0, 79}, + { 100, 0}, + { 102, 0}, + { 0, 82}, + { 104, 0}, + { 106, 0}, + { 0, 85}, + { 0, 86}, + { 0, 87}, + { 116, 0}, + { 118, 0}, + { 0, 90}, + { 120, 0}, + { 122, 0}, + { 0, 93}, + { 0, 94}, + { 132, 0}, + { 134, 0}, + { 0, 97}, + { 136, 0}, + { 138, 0}, + { 0, 100}, + { 0, 101}, + { 0, 102}, + { 0, 103}, + { 0, 104}, + { 147, 0}, + { 149, 0}, + { 0, 107}, + { 151, 0}, + { 153, 0}, + { 0, 110}, + { 0, 111}, + { 162, 0}, + { 164, 0}, + { 0, 114}, + { 166, 0}, + { 168, 0}, + { 0, 117}, + { 0, 118}, + { 0, 119}, + { 170, 0}, + { 179, 0}, + { 0, 122}, + { 181, 0}, + { 183, 0}, + { 0, 125}, + { 0, 126}, + { 185, 0}, + { 194, 0}, + { 0, 129}, + { 196, 0}, + { 198, 0}, + { 0, 132}, + { 0, 133}, + { 0, 134}, + { 0, 135}, + { 200, 0}, + { 202, 0}, + { 0, 138}, + { 211, 0}, + { 213, 0}, + { 0, 141}, + { 0, 142}, + { 215, 0}, + { 217, 0}, + { 0, 145}, + { 226, 0}, + { 228, 0}, + { 0, 148}, + { 0, 149}, + { 0, 150}, + { 230, 0}, + { 232, 0}, + { 0, 153}, + { 234, 0}, + { 242, 0}, + { 0, 156}, + { 0, 157}, + { 244, 0}, + { 246, 0}, + { 0, 160}, + { 248, 0}, + { 250, 0}, + { 0, 2}, + { 2, 0}, + { 0, 5}, + { 0, 4}, + { 4, 0}, + { 0, 8}, + { 0, 7}, + { 33, 0}, + { 0, 12}, + { 0, 11}, + { 18, 0}, + { 65, 0}, + { 0, 16}, + { 0, 15}, + { 19, 0}, + { 97, 0}, + { 0, 21}, + { 0, 19}, + { 113, 0}, + { 0, 20}, + { 50, 0}, + { 0, 26}, + { 0, 24}, + { 161, 0}, + { 0, 25}, + { 35, 0}, + { 0, 31}, + { 0, 29}, + { 82, 0}, + { 0, 30}, + { 51, 0}, + { 0, 36}, + { 0, 34}, + { 114, 0}, + { 0, 35}, + { 240, 0}, + { 0, 99}, + { 0, 68}, + { 0, 53}, + { 0, 46}, + { 0, 43}, + { 0, 42}, + { 10, 0}, + { 0, 45}, + { 23, 0}, + { 25, 0}, + { 0, 50}, + { 0, 49}, + { 36, 0}, + { 38, 0}, + { 0, 52}, + { 40, 0}, + { 42, 0}, + { 0, 61}, + { 0, 58}, + { 0, 57}, + { 53, 0}, + { 55, 0}, + { 0, 60}, + { 57, 0}, + { 67, 0}, + { 0, 65}, + { 0, 64}, + { 69, 0}, + { 71, 0}, + { 0, 67}, + { 73, 0}, + { 83, 0}, + { 0, 84}, + { 0, 77}, + { 0, 74}, + { 0, 73}, + { 85, 0}, + { 87, 0}, + { 0, 76}, + { 89, 0}, + { 99, 0}, + { 0, 81}, + { 0, 80}, + { 101, 0}, + { 103, 0}, + { 0, 83}, + { 105, 0}, + { 115, 0}, + { 0, 92}, + { 0, 89}, + { 0, 88}, + { 117, 0}, + { 119, 0}, + { 0, 91}, + { 121, 0}, + { 131, 0}, + { 0, 96}, + { 0, 95}, + { 133, 0}, + { 135, 0}, + { 0, 98}, + { 137, 0}, + { 146, 0}, + { 0, 131}, + { 0, 116}, + { 0, 109}, + { 0, 106}, + { 0, 105}, + { 148, 0}, + { 150, 0}, + { 0, 108}, + { 152, 0}, + { 154, 0}, + { 0, 113}, + { 0, 112}, + { 163, 0}, + { 165, 0}, + { 0, 115}, + { 167, 0}, + { 169, 0}, + { 0, 124}, + { 0, 121}, + { 0, 120}, + { 178, 0}, + { 180, 0}, + { 0, 123}, + { 182, 0}, + { 184, 0}, + { 0, 128}, + { 0, 127}, + { 186, 0}, + { 195, 0}, + { 0, 130}, + { 197, 0}, + { 199, 0}, + { 0, 147}, + { 0, 140}, + { 0, 137}, + { 0, 136}, + { 201, 0}, + { 210, 0}, + { 0, 139}, + { 212, 0}, + { 214, 0}, + { 0, 144}, + { 0, 143}, + { 216, 0}, + { 218, 0}, + { 0, 146}, + { 227, 0}, + { 229, 0}, + { 0, 155}, + { 0, 152}, + { 0, 151}, + { 231, 0}, + { 233, 0}, + { 0, 154}, + { 241, 0}, + { 243, 0}, + { 0, 159}, + { 0, 158}, + { 245, 0}, + { 247, 0}, + { 0, 161}, + { 249, 0}, + { 0, 0} + } + }, + { + 162, /* Half table size */ + { /* Table entries */ + { 0, 1}, + { 0, 0}, + { 0, 3}, + { 2, 0}, + { 3, 0}, + { 0, 6}, + { 0, 7}, + { 4, 0}, + { 49, 0}, + { 0, 10}, + { 0, 11}, + { 18, 0}, + { 113, 0}, + { 5, 0}, + { 0, 15}, + { 0, 16}, + { 50, 0}, + { 129, 0}, + { 19, 0}, + { 0, 20}, + { 0, 21}, + { 145, 0}, + { 177, 0}, + { 0, 24}, + { 0, 25}, + { 6, 0}, + { 82, 0}, + { 20, 0}, + { 0, 29}, + { 0, 30}, + { 98, 0}, + { 209, 0}, + { 36, 0}, + { 0, 34}, + { 0, 35}, + { 67, 0}, + { 0, 37}, + { 130, 0}, + { 178, 0}, + { 0, 40}, + { 0, 41}, + { 0, 42}, + { 0, 43}, + { 83, 0}, + { 21, 0}, + { 7, 0}, + { 0, 47}, + { 0, 48}, + { 9, 0}, + { 22, 0}, + { 0, 51}, + { 24, 0}, + { 26, 0}, + { 0, 54}, + { 0, 55}, + { 0, 56}, + { 38, 0}, + { 40, 0}, + { 0, 59}, + { 42, 0}, + { 54, 0}, + { 0, 62}, + { 0, 63}, + { 56, 0}, + { 58, 0}, + { 0, 66}, + { 69, 0}, + { 71, 0}, + { 0, 69}, + { 0, 70}, + { 0, 71}, + { 0, 72}, + { 73, 0}, + { 84, 0}, + { 0, 75}, + { 86, 0}, + { 88, 0}, + { 0, 78}, + { 0, 79}, + { 90, 0}, + { 100, 0}, + { 0, 82}, + { 102, 0}, + { 104, 0}, + { 0, 85}, + { 0, 86}, + { 0, 87}, + { 106, 0}, + { 116, 0}, + { 0, 90}, + { 118, 0}, + { 120, 0}, + { 0, 93}, + { 0, 94}, + { 122, 0}, + { 132, 0}, + { 0, 97}, + { 134, 0}, + { 136, 0}, + { 0, 100}, + { 0, 101}, + { 0, 102}, + { 0, 103}, + { 0, 104}, + { 138, 0}, + { 148, 0}, + { 0, 107}, + { 150, 0}, + { 152, 0}, + { 0, 110}, + { 0, 111}, + { 154, 0}, + { 163, 0}, + { 0, 114}, + { 165, 0}, + { 167, 0}, + { 0, 117}, + { 0, 118}, + { 0, 119}, + { 169, 0}, + { 179, 0}, + { 0, 122}, + { 181, 0}, + { 183, 0}, + { 0, 125}, + { 0, 126}, + { 185, 0}, + { 194, 0}, + { 0, 129}, + { 196, 0}, + { 198, 0}, + { 0, 132}, + { 0, 133}, + { 0, 134}, + { 0, 135}, + { 200, 0}, + { 202, 0}, + { 0, 138}, + { 211, 0}, + { 213, 0}, + { 0, 141}, + { 0, 142}, + { 215, 0}, + { 217, 0}, + { 0, 145}, + { 226, 0}, + { 228, 0}, + { 0, 148}, + { 0, 149}, + { 0, 150}, + { 230, 0}, + { 232, 0}, + { 0, 153}, + { 234, 0}, + { 242, 0}, + { 0, 156}, + { 0, 157}, + { 244, 0}, + { 246, 0}, + { 0, 160}, + { 248, 0}, + { 250, 0}, + { 0, 2}, + { 1, 0}, + { 0, 5}, + { 0, 4}, + { 17, 0}, + { 0, 9}, + { 0, 8}, + { 33, 0}, + { 65, 0}, + { 0, 14}, + { 0, 12}, + { 81, 0}, + { 0, 13}, + { 34, 0}, + { 0, 19}, + { 0, 17}, + { 97, 0}, + { 0, 18}, + { 66, 0}, + { 0, 23}, + { 0, 22}, + { 161, 0}, + { 193, 0}, + { 0, 28}, + { 0, 26}, + { 51, 0}, + { 0, 27}, + { 35, 0}, + { 0, 33}, + { 0, 31}, + { 114, 0}, + { 0, 32}, + { 52, 0}, + { 0, 39}, + { 0, 36}, + { 240, 0}, + { 0, 38}, + { 146, 0}, + { 225, 0}, + { 0, 99}, + { 0, 68}, + { 0, 53}, + { 0, 46}, + { 0, 44}, + { 0, 45}, + { 8, 0}, + { 0, 50}, + { 0, 49}, + { 10, 0}, + { 23, 0}, + { 0, 52}, + { 25, 0}, + { 37, 0}, + { 0, 61}, + { 0, 58}, + { 0, 57}, + { 39, 0}, + { 41, 0}, + { 0, 60}, + { 53, 0}, + { 55, 0}, + { 0, 65}, + { 0, 64}, + { 57, 0}, + { 68, 0}, + { 0, 67}, + { 70, 0}, + { 72, 0}, + { 0, 84}, + { 0, 77}, + { 0, 74}, + { 0, 73}, + { 74, 0}, + { 85, 0}, + { 0, 76}, + { 87, 0}, + { 89, 0}, + { 0, 81}, + { 0, 80}, + { 99, 0}, + { 101, 0}, + { 0, 83}, + { 103, 0}, + { 105, 0}, + { 0, 92}, + { 0, 89}, + { 0, 88}, + { 115, 0}, + { 117, 0}, + { 0, 91}, + { 119, 0}, + { 121, 0}, + { 0, 96}, + { 0, 95}, + { 131, 0}, + { 133, 0}, + { 0, 98}, + { 135, 0}, + { 137, 0}, + { 0, 131}, + { 0, 116}, + { 0, 109}, + { 0, 106}, + { 0, 105}, + { 147, 0}, + { 149, 0}, + { 0, 108}, + { 151, 0}, + { 153, 0}, + { 0, 113}, + { 0, 112}, + { 162, 0}, + { 164, 0}, + { 0, 115}, + { 166, 0}, + { 168, 0}, + { 0, 124}, + { 0, 121}, + { 0, 120}, + { 170, 0}, + { 180, 0}, + { 0, 123}, + { 182, 0}, + { 184, 0}, + { 0, 128}, + { 0, 127}, + { 186, 0}, + { 195, 0}, + { 0, 130}, + { 197, 0}, + { 199, 0}, + { 0, 147}, + { 0, 140}, + { 0, 137}, + { 0, 136}, + { 201, 0}, + { 210, 0}, + { 0, 139}, + { 212, 0}, + { 214, 0}, + { 0, 144}, + { 0, 143}, + { 216, 0}, + { 218, 0}, + { 0, 146}, + { 227, 0}, + { 229, 0}, + { 0, 155}, + { 0, 152}, + { 0, 151}, + { 231, 0}, + { 233, 0}, + { 0, 154}, + { 241, 0}, + { 243, 0}, + { 0, 159}, + { 0, 158}, + { 245, 0}, + { 247, 0}, + { 0, 161}, + { 249, 0}, + { 0, 0} + } + } +} ; diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiDdx.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiDdx.c new file mode 100644 index 0000000..12d3d03 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiDdx.c @@ -0,0 +1,474 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989,1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Image Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains the connection to the machine dependent DDX +** layer of the XIE sever. Another module, SmiMi.c, contains the +** connection to the machine independent(MI) layer. +** The connection consists of: +** - dispatch tables +** - DDX supplied Init, Reset and OptimizePipe function +** - Default DDX image array alignment function +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 > +** ULTRIX V4.0 > +** +** AUTHOR(S): +** +** Richard Hennessy +** Robert NC Shelley +** +** CREATION DATE: +** +** June 4, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + +/* +** Include files +*/ +#ifdef VMS +#include +#endif +#include + +#include "XieDdx.h" +#include "XieUdpDef.h" + + /* + ** Include needed DDX, SMI, MI entry points + */ +#include "SmiArea.h" +#include "SmiArithmetic.h" + +#include "SmiChangeList.h" +#include "SmiChromeCom.h" +#include "SmiChromeSep.h" +#include "SmiCompare.h" +#include "SmiConstrain.h" +#include "SmiConvert.h" +#include "SmiCrop.h" + +#include "SmiDctDef.h" /* Must be before DCT files */ +#include "SmiDecodeDct.h" +#include "SmiDecodeG4.h" +#include "SmiDither.h" + +#include "SmiEncodeDct.h" +#include "SmiEncodeG4.h" + +#include "SmiFfx.h" +#include "SmiFill.h" + +#include "SmiHistogram.h" + +#include "SmiLogical.h" +#include "SmiLuminance.h" + +#include "SmiMatchHistogram.h" +#include "SmiMath.h" +#include "SmiMemMgt.h" +#include "SmiMirror.h" + +#include "SmiPipeRsm.h" +#include "SmiPipeSched.h" +#include "SmiPipe.h" +#include "SmiPoint.h" + +#include "SmiRotate.h" + +#include "SmiScale.h" +#include "SmiStats.h" + +#include "SmiTranslate.h" + +#include "SmiUtil.h" + +/* +** Table of contents +*/ +int SmiDdxInit(); /* DDX - Init */ +int SmiDdxOptimizePipe(); /* - specific pipe optimizer */ +int SmiDdxReset(); /* - Reset */ + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/***************************************************************************** +** +** xieDdxProc - +** +** FUNCTIONAL DESCRIPTION: +** +** XieDdxProc is the DDX dispatch table, used by all callers of +** functions implemented by the DDX. +** +** This table should be accessed using the macros defined in XieDdx.h. +** +*****************************************************************************/ + /* + ** DDX process dispatch table + */ +externaldef(xieDdxProc) card32 (*xieDdxProc[])() = { + (Fcard32)SmiArea, /* 0 Protocol operations */ + (Fcard32)SmiStatsArea, + (Fcard32)SmiArithmetic, + (Fcard32)SmiHistogram, + (Fcard32)SmiConvert, + (Fcard32)SmiConvert, /* 5 */ + (Fcard32)SmiCompare, + (Fcard32)SmiConstrain, + (Fcard32)SmiCopy, + (Fcard32)SmiDither, + (Fcard32)SmiFill, /* 10 */ + (Fcard32)SmiLogical, + (Fcard32)SmiLuminance, + (Fcard32)SmiMatchHistogram, + (Fcard32)SmiMath, + (Fcard32)SmiMirror, /* 15 */ + (Fcard32)SmiPoint, + (Fcard32)SmiStatsPoint, + (Fcard32)SmiRotate, + (Fcard32)SmiScale, + (Fcard32)SmiTranslate, /* 20 */ + (Fcard32)RmOwnData, /* 21..32 -- was compression handlers */ + NULL, + NULL, + NULL, + NULL, + NULL, + NULL, + NULL, + NULL, + NULL, /* 30 */ + NULL, + NULL, + (Fcard32)SmiDdxInit, /* DDX specific functions */ + (Fcard32)SmiDdxReset, + (Fcard32)SmiDdxOptimizePipe, /* 35 */ + + (Fcard32)SmiConvert, /* MI Support routines */ + (Fcard32)SmiCopy, + (Fcard32)SmiGetTyp, + (Fcard32)SmiCopyBits, + (Fcard32)SmiResolveUdp, /* 40 */ +#ifdef CLIENT + (Fcard32)XieCalloc, /* CLIENT needs to use Xie */ + (Fcard32)XieCallocBits, + (Fcard32)XieCfree, + (Fcard32)XieFree, + (Fcard32)XieFreeBits, /* 45 */ + (Fcard32)XieMalloc, + (Fcard32)XieMallocBits, + (Fcard32)XieRealloc, + (Fcard32)XieReallocBits, +#else + (Fcard32)SmiCalloc, /* DDX Memory mgt routines */ + (Fcard32)SmiCallocBits, + (Fcard32)SmiCfree, + (Fcard32)SmiFree, + (Fcard32)SmiFreeBits, /* 45 */ + (Fcard32)SmiMalloc, + (Fcard32)SmiMallocBits, + (Fcard32)SmiRealloc, + (Fcard32)SmiReallocBits, +#endif + (Fcard32)SmiCreatePipeline, /* 50 Pipeline routines */ + (Fcard32)SmiDestroyPipeline, + (Fcard32)SmiPipeHasYielded, + (Fcard32)SmiInitiatePipeline, + (Fcard32)SmiResumePipeline, + (Fcard32)SmiFlushPipeline, /* 55 */ + (Fcard32)SmiAbortPipeline, + + (Fcard32)RmAllocData, /* Pipe rsrc mgr routines */ + (Fcard32)RmAllocDataDesc, + (Fcard32)RmAllocPermDesc, + (Fcard32)RmAllocRefDesc, /* 60 */ + (Fcard32)RmBestDType, + (Fcard32)RmCreateDrain, + (Fcard32)RmCreateSink, + (Fcard32)RmDeallocData, + (Fcard32)RmDeallocDataDesc, /* 65 */ + (Fcard32)RmDestroyDrain, + (Fcard32)RmDestroySink, + (Fcard32)RmGetData, + (Fcard32)RmGetDType, + (Fcard32)RmGetMaxQuantum, /* 70 */ + (Fcard32)RmGetQuantum, + (Fcard32)RmHasQuantum, + (Fcard32)RmInitializePort, + NULL, + (Fcard32)RmMergeBuffers, /* 75 */ + (Fcard32)RmObtainQuantum, + (Fcard32)RmPutData, + (Fcard32)RmSetDType, + (Fcard32)RmSetQuantum, + (Fcard32)RmSplitBuffers, /* 80 */ + + (Fcard32)SchedProcessComplete, /* Pipe schedule funcs */ + (Fcard32)SchedProcessReady, + (Fcard32)SchedOkToRun, + + (Fcard32)MiBuildChangeList, /* Change list funcs */ + (Fcard32)MiPutRuns, /* 85 */ + (Fcard32)MiFfsLong, + (Fcard32)MiFfcLong, + + (Fcard32)SmiFillRegion, /* Additions */ + (Fcard32)SmiConvertCpp, + (Fcard32)SmiCopyCpp, /* 90 */ + (Fcard32)SmiEncodeG4, + (Fcard32)SmiEncodeDct, + (Fcard32)SmiDecodeG4, + (Fcard32)SmiDecodeDct, + (Fcard32)SmiPosCl, /* 95 */ + NULL, + (Fcard32)RmAllocCmpDataDesc, /* More RM functions */ + (Fcard32)RmSetAlignment, + (Fcard32)RmCreateDataDesc, + + (Fcard32)SmiCreatePipeCtx, /* 100 */ + (Fcard32)SmiUsingCL, + (Fcard32)SmiCmpPreferred, + (Fcard32)RmAllocDataArray, + (Fcard32)RmAllocCmpPermDesc, + (Fcard32)SchedProcessNoInput, /* 105 */ + NULL + }; + +/***************************************************************************** +** +** XieDdxSetup - +** +** FUNCTIONAL DESCRIPTION: +** +** XieDdxSetup is the DDX dispatch table used to call the DDX Create +** Pipe Element routines. +** +** These routines should be called using the macros defined in XieDdx.h. +** +*****************************************************************************/ + /* + ** DDX process dispatch table + */ +externaldef(xieDdxSetup) card32 (*xieDdxSetup[])() = { + (Fcard32)SmiCreateArea, /* 0 */ + (Fcard32)SmiCreateArithmetic, + (Fcard32)SmiCreateChromeCom, + (Fcard32)SmiCreateChromeSep, + (Fcard32)SmiCreateCompare, + (Fcard32)SmiCreateConstrain, /* 5 */ + (Fcard32)SmiCreateCrop, + (Fcard32)SmiCreateDither, + (Fcard32)SmiCreateFill, + (Fcard32)SmiCreateLogical, + (Fcard32)SmiCreateLuminance, /* 10 */ + (Fcard32)SmiCreateMatchHistogram, + (Fcard32)SmiCreateMath, + (Fcard32)SmiCreateMirror, + (Fcard32)SmiCreatePoint, + (Fcard32)SmiCreateRotate, /* 15 */ + (Fcard32)SmiCreateScale, + (Fcard32)SmiCreateTranslate, + (Fcard32)SmiCreateDecodeDct, + (Fcard32)SmiCreateEncodeDct, + (Fcard32)SmiCreateDecodeG4, + (Fcard32)SmiCreateEncodeG4, + NULL + }; + +/***************************************************************************** +** +** XieDdxAlign - +** +** FUNCTIONAL DESCRIPTION: +** +** XieDdxAlign is the DDX dispatch table used to call the +** DDX image array alignment functions. +** +** A NULL value is used by alignment logic throughout the XIE server +** to indicate "don't care", "no alignment needed". +** +** If alignment is needed, an alignment function must entered in this +** table in the operator/pipeline element named slot. +** +** These functions should be called using the macros defined in XieDdx.h. +** +*****************************************************************************/ + /* + ** DDX alignment function table + */ +externaldef(xieDdxAlign) card32 (*xieDdxAlign[])() = { + NULL, /* 0 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 5 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 10 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 15 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 20 */ + NULL, + NULL, + NULL, + NULL + }; + +/**************************************************************************** +** SmiDdxInit +** +** FUNCTIONAL DESCRIPTION: +** +** Perform DDX-specific initializations. +** If an accelerator exists get it too. +** +** FORMAL PARAMETERS: +** +** None. +** +** FUNCTION VALUE: +** +** DDX init successful +** +*****************************************************************************/ +int SmiDdxInit() +{ +#ifdef VMS + static char first_time = TRUE; + + if( first_time && getenv("XIE_DEBUG") != NULL ) + { /* + ** It saves time to have the server mostly running before + ** invoking the debugger. + */ + first_time = FALSE; + LIB$SIGNAL(SS$_DEBUG); + } +#endif + return( Success ); +} + +/**************************************************************************** +** SmiDdxOptimizePipe +** +** FUNCTIONAL DESCRIPTION: +** +** Perform DDx-specific XIE pipeline optimizations. +** +** FORMAL PARAMETERS: +** +** None. +** +** FUNCTION VALUE: +** +** Pipeline optimization successful +** +*****************************************************************************/ +int SmiDdxOptimizePipe() +{ + return( Success ); +} + +/**************************************************************************** +** SmiDdxReset +** +** FUNCTIONAL DESCRIPTION: +** +** Perform DDX-specific reset actions. +** If an accelerator exists, get it too. +** +** FORMAL PARAMETERS: +** +** None. +** +** FUNCTION VALUE: +** +** DDX reset successful +** +*****************************************************************************/ +int SmiDdxReset() +{ + return( Success ); +} +/* end of module SmiDdx.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiDecodeDct.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiDecodeDct.c new file mode 100644 index 0000000..18c9da5 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiDecodeDct.c @@ -0,0 +1,1805 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains the interface to the DCT decompressesion routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** John Nadai +** John Weber +** Robert NC Shelley +** +** CREATION DATE: +** +** July 31, 1990 +** +*******************************************************************************/ + +/* +** Include Files +*/ +#ifdef VMS +#include +#endif +#include +#include + +#if defined(XIESMI) +#include "SmiDecodeDct.h" +#include "SmiDctMacros.h" +#elif defined(IPS) +#include +#include +#include +#include +#include +#include +#include +#endif + +/* +** Table of Contents +*/ +#if defined(XIESMI) +int SmiDecodeDct(); +#elif defined(IPS) +long _IpsDecodeDct(); +long IpsSetUdp(); +#endif + +#if defined(XIESMI) +int SmiCreateDecodeDct(); +static int _DecodeDctInitialize(); +static int _DecodeDctActivate(); +static int _DecodeDctAbort(); +static int _DecodeDctDestroy(); +#endif + +static DecodeDctStatePtr DcdInitializeState(); +static DecodeDctStatePtr DcdDestroyState(); +static int DcdDecodeSegment(); + +static int DcdGetToken(); +static int DcdGetData(); +static unsigned char *DcdExtendData(); +static int DcdSaveToken(); + +static int DcdDataAction(); +static int DcdSosAction(); +static int DcdSofAction(); +static int DcdRscAction(); + +static void DcdDecode(); +static short int DcdGetHuf(); +static int IDCT8x8_16S_8U(); + +/* +** External References +*/ + +/* +** Equated symbols +*/ +#define DctK_NoComponent 0xFFFFFFFF + +/* +** Local MACROs +*/ + /* + ** Determine if sufficient source data remains. + */ +#define DataAvailable_(_state,_ptr,_len,_pos,_more) \ + ((_len)<(_pos)+(_more)?DcdSaveToken(_state,&_ptr,&_len,_pos,_more):TRUE) + + +/* DEQUANT_ZIGZAG MACRO + + Inputs: > 16-bit signed, quantized DCT coefficients + > organized as sequence of blocks (within blocks, the + coefficients stored in zigzag order) + + Outputs: > 16-bit signed, UNquantized DCT coefficients + > organized as sequence of blocks (within blocks, the + coefficients stored by rows) +*/ + +#define ZQ_VARIABLES \ +\ +double d_dtemp ;\ +short int *d_in_ptr,*d_out_ptr,*d_z_ptr;\ +unsigned char *d_q_ptr ;\ +int d_i ; + +#define DEQUANT_ZIGZAG(IN_PT,OUT_PT,Z_PT,Q_PT) \ + d_in_ptr = (short int *)(IN_PT) ;\ + d_out_ptr = (short int *)(OUT_PT) ;\ + d_q_ptr = (unsigned char *)(Q_PT) ;\ + d_z_ptr = (short int *)(Z_PT) ;\ + for( d_i=0 ; d_i<=63 ; d_i++ )\ + *(d_out_ptr+(*d_z_ptr++)) = (*d_in_ptr++) * (*d_q_ptr++) ; + +/* +** Local storage +*/ + /* + ** DecodeDct Element Vector + */ +#if defined(XIESMI) +static PipeElementVector DecodeDctPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeDecodeDctElement, /* Structure subtype */ + sizeof(DecodeDctPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _DecodeDctInitialize, /* Initialize entry */ + _DecodeDctActivate, /* Activate entry */ + _DecodeDctAbort, /* Flush entry */ + _DecodeDctDestroy, /* Destroy entry */ + _DecodeDctAbort /* Abort entry */ + }; +#endif + + /* + ** State transition table. + */ +static int next_state[DctK_StateMax][DctK_TokenMax] = { + {DctK_StateErr, DctK_StateSOI, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr}, + {DctK_StateErr, DctK_StateErr, DctK_StateSOF, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr}, + {DctK_StateErr, DctK_StateErr, DctK_StateSOF, DctK_StateSOS, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr}, + {DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateData, DctK_StateRSC, DctK_StateErr, DctK_StateErr}, + {DctK_StateErr, DctK_StateErr, DctK_StateSOF, DctK_StateErr, DctK_StateErr, DctK_StateRSC, DctK_StateEOI, DctK_StateErr}, + {DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateData, DctK_StateErr, DctK_StateErr, DctK_StateErr}, + {DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr}, + {DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr, DctK_StateErr}, +}; + /* + ** Transition routine table. + */ +static int (*action[DctK_StateMax][DctK_TokenMax])() = { + {NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL}, + {NULL, NULL, DcdSofAction, NULL, NULL, NULL, NULL, NULL}, + {NULL, NULL, DcdSofAction, DcdSosAction, NULL, NULL, NULL, NULL}, + {NULL, NULL, NULL, NULL, DcdDataAction, DcdRscAction, NULL, NULL}, + {NULL, NULL, DcdSofAction, NULL, NULL, DcdRscAction, NULL, NULL}, + {NULL, NULL, NULL, NULL, DcdDataAction, NULL, NULL, NULL}, + {NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL}, + {NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL}, +}; + +/***************************************************************************** +** SmiDecodeDct +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** IMPLICIT INPUTS: +** +** none +** +** IMPLICIT OUTPUTS: +** +** none +** +** FUNCTION VALUE: +** +** none +** +** SIGNAL CODES: +** +** none +** +** SIDE EFFECTS: +** +** none +** +*****************************************************************************/ +#if defined(XIESMI) +int SmiDecodeDct(cdp,udplst,udpcnt) +#elif defined(IPS) +long _IpsDecodeDct(cdp,udplst,udpcnt) +#endif +UdpPtr cdp; +UdpPtr udplst[]; +int udpcnt; +{ + int i; + int status; + DecodeDctStatePtr state; + +#if defined(IPS) + /* + ** Verify input UDPs + */ + if ((cdp->UdpB_Class != UdpK_ClassUBS) || (cdp->UdpB_DType != UdpK_DTypeVU)) + return (DctX_UnsOption); +#endif + /* + ** Initialize state, return if an error. + */ + state = DcdInitializeState(); + if (state == NULL) + return( DctX_BadAlloc ); + /* + ** Decode data. + */ + status = DcdDecodeSegment( cdp, udplst, udpcnt, state ); + /* + ** Deallocate state block. + */ + DcdDestroyState(state); + /* + ** Return based on state of decode. + */ +#if defined(XIESMI) + if( status > DctK_StatusDone ) + return( status ); +#endif + if (status != DctK_StatusDone) + return (DctX_DecodeFail); + else + return (DctX_Success); +} /* end of SmiDecodeDct */ + +/***************************************************************************** +** SmiCreateDecodeDct +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +#if defined(XIESMI) +int SmiCreateDecodeDct( pipe, src, dst, org ) + Pipe pipe; + PipeSinkPtr src; + PipeSinkPtr dst; + int org; +{ + int c; + DecodeDctPipeCtxPtr ctx = (DecodeDctPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &DecodeDctPipeElement, TRUE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Build our DecodeDct Pipe Ctx from the arguments passed in. + */ + DcdSrc_(ctx) = src; + DcdDst_(ctx) = dst; + /* + ** Compute number of: source planes, how many components to decode per + ** source plane, and the total number of destination components. + */ + for( c = 0; c < XieK_MaxComponents && IsPointer_(SnkUdpPtr_(dst,c)); c++ ); + DcdSrcCnt_(ctx) = org == XieK_BandByPixel ? 1 : c; + DcdDcdCnt_(ctx) = org == XieK_BandByPixel ? c : 1; + DcdDstCnt_(ctx) = c; + /* + ** Create a drain which reads all the source planes. + */ + DcdDrn_(ctx) = DdxRmCreateDrain_( src, (1 << DcdSrcCnt_(ctx)) - 1 ); + if( !IsPointer_(DcdDrn_(ctx)) ) return((int) DcdDrn_(ctx) ); + /* + ** Process any amount of source and output bytes in DctK_BlockSize chunks. + */ + DdxRmSetDType_( DcdDrn_(ctx), UdpK_DTypeV, DtM_V ); + DdxRmSetQuantum_( DcdDrn_(ctx), 0 ); + DdxRmSetDType_( dst, UdpK_DTypeBU, DtM_BU ); + DdxRmSetQuantum_( dst, DctK_BlockSize ); + + return( DctX_Success ); +} /* end of SmiCreateDecodeDct */ +#endif + +/***************************************************************************** +** _DecodeDctInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +#if defined(XIESMI) +static int _DecodeDctInitialize( ctx ) + DecodeDctPipeCtxPtr ctx; +{ + int h, i, status; + /* + ** Initialize the source Drain. + */ + VecNoInpt_(CtxVecPtr_(ctx)) = FALSE; + CtxInp_(ctx) = DcdDrn_(ctx); + status = DdxRmInitializePort_( CtxHead_(ctx), DcdDrn_(ctx) ); + if( status != DctX_Success ) return( status ); + /* + ** Initialize the destination Sink. + */ + status = DdxRmInitializePort_( CtxHead_(ctx), DcdDst_(ctx) ); + if( status != DctX_Success ) return( status ); + /* + ** Create a decode state per source plane. + */ + for( i = 0; i < DcdSrcCnt_(ctx); i++ ) + { + DcdSteBlk_(ctx,i) = DcdInitializeState(); + if( !IsPointer_(DcdSteBlk_(ctx,i))) return((int) DcdSteBlk_(ctx,i) ); + } + /* + ** Create a destination descriptor per component. + */ + for( i = 0; i < DcdDstCnt_(ctx); i++ ) + { + h = DctK_BlockSize < SnkHeight_(DcdDst_(ctx),i) + ? DctK_BlockSize : SnkHeight_(DcdDst_(ctx),i); + DcdDstDat_(ctx,i) = DdxRmAllocData_( DcdDst_(ctx), i, 0, h ); + if( !IsPointer_(DcdDstDat_(ctx,i)) ) + return((int)DcdDstDat_(ctx,i)); + DcdDstUdp_(ctx,i) = DatUdpPtr_(DcdDstDat_(ctx,i)); + } + + return( status ); +} /* end of _DecodeDctInitialize */ +#endif + +/***************************************************************************** +** _DecodeDctActivate +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +#if defined(XIESMI) +static int _DecodeDctActivate( ctx ) + DecodeDctPipeCtxPtr ctx; +{ + PipeDataPtr src; + unsigned char *tmp; + int c, h, i, p, s, y, pos; + /* + ** If we already have source data see if we can continue to process it. + */ + if( VecNoInpt_(CtxVecPtr_(ctx)) && DdxPipeHasYielded_(CtxHead_(ctx)) ) + { /* + ** We already have source data but aren't allowed to process it. + */ + if( !DatOwned_(DcdSrcDat_(ctx)) ) + { /* + ** Move the unprocessed data to a buffer of our own. + */ + src = DcdSrcDat_(ctx); + tmp = DatBase_(src); + p = DatCmpIdx_(src); + pos = DcdCurPos_(DcdSteBlk_(ctx,p)); + DcdCurPos_(DcdSteBlk_(ctx,p)) = 0; + DatArSize_(src) -= pos << 3; + DatOwned_(src) = TRUE; + DatPos_(src) = 0; + DatBase_(src) = DdxMallocBits_( DatArSize_(src) ); + if( DatBase_(src) == NULL ) return( DctX_BadAlloc ); + memcpy( DatBase_(src), tmp+pos, DatArSize_(src)>>3 ); + } + return( DctX_Success ); + } + + do { + if( !VecNoInpt_(CtxVecPtr_(ctx)) ) + { /* + ** Get a chunk of encoded data. + */ + DcdSrcDat_(ctx) = DdxRmGetData_( ctx, DcdDrn_(ctx) ); + if( !IsPointer_(DcdSrcDat_(ctx)) ) return( (int) DcdSrcDat_(ctx) ); + } + + /* + ** Call the decoder. + */ + p = DatCmpIdx_(DcdSrcDat_(ctx)); + if (IsPointer_(DcdDstDat_(ctx,p)) ) + { + s = DcdDecodeSegment( DatUdpPtr_(DcdSrcDat_(ctx)), + &DcdDstUdp_(ctx,p), + DcdDcdCnt_(ctx), + DcdSteBlk_(ctx,p) ); + } + else + { + /* + ** No destination data segment means we have already returned the + ** the last scanline of the image, or there is a bug somewhere. + ** Tolerate the client being confused or having a slightly bogus + ** compressed data stream. + */ + DcdSrcDat_(ctx) = DdxRmDeallocData_( DcdSrcDat_(ctx) ); + VecNoInpt_(CtxVecPtr_(ctx)) = FALSE; + return( DctX_Success ); + } + + switch( s ) + { + case DctK_StatusDone : + case DctK_StatusOutput : + /* + ** Pass the PCM data along for the number of components decoded. + */ + for( i = 0; i < DcdDcdCnt_(ctx); i++ ) + { + c = p > 0 ? p : i; + y = DatY2_(DcdDstDat_(ctx,c)); + s = DdxRmPutData_( DcdDst_(ctx), DcdDstDat_(ctx,c) ); + if( s == DctX_Success && y++ < SnkY2_(DcdDst_(ctx),c) ) + { /* + ** Allocate space for another quantum of decoded data. + */ + h = DctK_BlockSize < SnkHeight_(DcdDst_(ctx),i) - y + ? DctK_BlockSize : SnkHeight_(DcdDst_(ctx),i) - y; + DcdDstDat_(ctx,c) = DdxRmAllocData_(DcdDst_(ctx), c, y, h); + if( IsPointer_(DcdDstDat_(ctx,c)) ) + DcdDstUdp_(ctx,c) = DatUdpPtr_(DcdDstDat_(ctx,c)); + else + s = (int) DcdDstDat_(ctx,c); + } + else + DcdDstDat_(ctx,c) = NULL; + if( s != DctX_Success ) break; + } + VecNoInpt_(CtxVecPtr_(ctx)) = IsPointer_(DcdDstDat_(ctx,c)); + return( s ); + case DctK_StatusInput : + /* + ** We're done with that chunk -- prepare for more. + */ + DcdSrcDat_(ctx) = DdxRmDeallocData_( DcdSrcDat_(ctx) ); + VecNoInpt_(CtxVecPtr_(ctx)) = FALSE; + break; + default : return( DctX_DecodeFail ); + } + } + while( s == DctK_StatusInput ); + + return( DctX_Success ); +} /* end of _DecodeDctActivate */ +#endif + +/***************************************************************************** +** _DecodeDctAbort +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +#if defined(XIESMI) +static int _DecodeDctAbort( ctx ) + DecodeDctPipeCtxPtr ctx; +{ + int i; + /* + ** Destroy decode state(s). + */ + for( i = 0; i < DcdSrcCnt_(ctx); i++ ) + DcdSteBlk_(ctx,i) = DcdDestroyState( DcdSteBlk_(ctx,i) ); + /* + ** Turn off the no-input flag. + */ + VecNoInpt_(CtxVecPtr_(ctx)) = FALSE; + /* + ** Destroy destination data descriptor(s). + */ + for( i = 0; i < DcdDstCnt_(ctx); i++ ) + DcdDstDat_(ctx,i) = DdxRmDeallocData_( DcdDstDat_(ctx,i) ); + + return( DctX_Success ); +} /* end of _DecodeDctAbort */ +#endif + +/***************************************************************************** +** _DecodeDctDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +#if defined(XIESMI) +static int _DecodeDctDestroy( ctx ) + DecodeDctPipeCtxPtr ctx; +{ + DcdDrn_(ctx) = DdxRmDestroyDrain_( DcdDrn_(ctx) ); + + return( DctX_Success ); +} /* end of _DecodeDctDestroy */ +#endif + +/***************************************************************************** +** DcdInitializeState +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static DecodeDctStatePtr DcdInitializeState() +{ + DecodeDctStatePtr state; + int i; + /* + ** Allocate new state block. + */ + state = (DecodeDctStatePtr) DctCalloc_(1,sizeof(DecodeDctStateRec)); + /* + ** Return on bad alloc... + */ + if( state == NULL ) return( (DecodeDctStatePtr) DctX_BadAlloc ); + /* + ** Initialize global locations + */ + DcdHacTbl_(state,0) = &DctR_AcDecodeTable[0]; /* Default AC tables */ + DcdHacTbl_(state,1) = &DctR_AcDecodeTable[1]; + DcdHdcTbl_(state,0) = &DctR_DcDecodeTable[0]; /* Default DC tables */ + DcdHdcTbl_(state,1) = &DctR_DcDecodeTable[1]; + + DcdQntTbl_(state,0) = &DctR_QuantDefault[0]; /* Default quantization */ + DcdQntDef_(state,0) = TRUE; /* tables. */ + DcdQntTbl_(state,1) = &DctR_QuantDefault[1]; /* */ + DcdQntDef_(state,1) = TRUE; + /* + ** Allocate initial space for token data buffer. + */ + DcdDatPtr_(state) = (unsigned char *) DctMalloc_( DcdK_DataSize ); + if( DcdDatPtr_(state) == NULL ) + { + DctFree_( state ); + return( (DecodeDctStatePtr) DctX_BadAlloc ); + } + DcdDatSiz_(state) = DcdK_DataSize; + + return( state ); +} /* end of DcdInitializeState */ + +/***************************************************************************** +** DcdDestroyState +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static DecodeDctStatePtr DcdDestroyState( state ) + DecodeDctStatePtr state; +{ + int i; + UdpPtr udp; + +#if defined(XIESMI) + if( !IsPointer_(state) ) return( NULL ); +#endif + + if( DcdDatPtr_(state) != NULL ) + /* + ** Free token data buffer. + */ + DctFree_( DcdDatPtr_(state) ); + + /* + ** Free any user defined quantization tables. + */ + for( i = 0; i < DctK_MaxQuantTables; i++ ) + if( !DcdQntDef_(state,i) && DcdQntTbl_(state,i) != NULL ) + DctFree_(DcdQntTbl_(state,i)); + + /* + ** Free the state block. + */ + DctFree_(state); + + return( NULL ); +} /* end of DcdDestroyState */ + +/***************************************************************************** +** DcdDecodeSegment +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DcdDecodeSegment( cdp, udplst, udpcnt, state ) + UdpPtr cdp; + UdpPtr udplst[]; + int udpcnt; + DecodeDctStatePtr state; +{ + int i, token; + /* + ** Set source in state block. + */ + DcdCurPtr_(state) = cdp->UdpA_Base; + DcdCurLen_(state) = cdp->UdpL_ArSize>>3; + /* + ** Set destination in state block. + */ + for( i = 0; i < udpcnt; i++ ) + { + DcdDstLst_(state,i) = udplst[i]; +#if defined(XIESMI) + if( udplst[i]->UdpA_Base == NULL ) + { + udplst[i]->UdpA_Base = DctMallocBits_( udplst[i]->UdpL_ArSize ); + if( udplst[i]->UdpA_Base == NULL ) return( DctX_BadAlloc ); + } +#elif defined(IPS) + udplst[i]->UdpL_CompIdx = DctK_NoComponent; +#endif + } + if( DcdDstFul_(state) ) + { /* + ** Continue decoding from where we left off. + */ + DcdDataAction(state); + if( DcdDstFul_(state) ) + return( DctK_StatusOutput ); + } + else /* + ** Assume new input. + */ + DcdCurPos_(state) = cdp->UdpL_Pos>>3; + + /* + ** While tokens remain in the buffer, process... + */ + while( TRUE ) + { /* + ** Attempt to get the next token. + */ + token = DcdGetToken(state); + + if( DcdDatPtr_(state) == NULL ) + return( DctX_BadAlloc ); + + if( DcdInpExh_(state) ) + /* + ** Input buffer exhausted. + */ + return( DctK_StatusInput ); + /* + ** Call transition action routine if specified. + */ + if( action[DcdState_(state)][token] != NULL && + (*action[DcdState_(state)][token])(state) != DcdK_ActionSuccess ) + return(DctK_StatusError); + /* + ** Transition to new state. + */ + DcdState_(state) = next_state[DcdState_(state)][token]; + + if( DcdDstFul_(state) ) + /* + ** No room in the inn. + */ + return( DctK_StatusOutput ); + /* + ** If at an end state, stop + */ + switch( DcdState_(state) ) + { + case DctK_StateErr : return( DctK_StatusError ); + case DctK_StateEOI : return( DctK_StatusDone ); + default : continue; + } + } +} /* end of DcdDecodeSegment */ + +/***************************************************************************** +** DcdGetToken +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +** +*****************************************************************************/ +static int DcdGetToken(state) + DecodeDctStatePtr state; +{ + unsigned char *dat, *src; + int token, len, pos, cnt = 1; + int current = DcdData_(state) || !DcdInpExh_(state) + || DcdTokLen_(state) == 0; + /* + ** Point to current or saved token data. + */ + src = current ? DcdCurPtr_(state) : DcdDatPtr_(state); + len = current ? DcdCurLen_(state) : DcdTokLen_(state); + pos = current ? DcdCurPos_(state) : 0; + + while( DataAvailable_( state, src, len, pos, cnt ) ) + { + if( !(DcdData_(state) || DcdMarker_(state)) ) + DcdData_(state) = src[pos] != DctK_Marker; + + switch( DcdData_(state) ? 0 : src[pos] ) + { + case DctK_Marker : pos++; DcdMarker_(state) = TRUE; continue; + + case DctK_MarkerSOI : token = DctK_TokenSOI; break; + + case DctK_MarkerSOF : cnt = 0; + case DctK_MarkerSOS : token = cnt ? DctK_TokenSOS : DctK_TokenSOF; + /* + ** The next 2 bytes express the length of additional token data. + */ + if( !DataAvailable_( state, src, len, pos, 3 ) ) + return( DctK_TokenNone ); /* SOF/SOS length unavailable */ + cnt = src[pos+1] + 1; + cnt += src[pos+2] << 8; + if( !DataAvailable_( state, src, len, pos, cnt ) ) + return( DctK_TokenNone ); /* SOF/SOS data unavailable */ + DcdTokPtr_(state) = src; + DcdTokPos_(state) = pos + 3; + DcdTokLen_(state) = pos + cnt; + break; + + case DctK_MarkerRSC0 : + case DctK_MarkerRSC1 : + case DctK_MarkerRSC2 : + case DctK_MarkerRSC3 : + case DctK_MarkerRSC4 : + case DctK_MarkerRSC5 : + case DctK_MarkerRSC6 : + case DctK_MarkerRSC7 : token = DctK_TokenRSC; break; + + case DctK_MarkerEOI : token = DctK_TokenEOI; break; + + case 0 : + if( !DcdData_(state) ) + { /* + ** Initial data was 0xFF00. + */ + DcdCurPos_(state) = pos; + DcdTokLen_(state) = 1; + *DcdDatPtr_(state) = 0xFF; + } + else if( !DcdInpExh_(state) ) + DcdTokLen_(state) = 0; + /* + ** Unstuff, copy, and count source data. + */ + return( DcdGetData( state ) ); + + default : return( DctK_TokenError ); + } /* end switch */ + + if( !DcdMarker_(state) ) + token = DctK_TokenError; /* token not preceeded by a marker */ + DcdMarker_(state) = FALSE; + DcdInpExh_(state) = FALSE; + if( current ) + DcdCurPos_(state) = pos+cnt; /* update pos to next marker/data */ + return( token ); + } /* end while */ + + return( DctK_TokenNone ); /* no data available */ +} /* end of DcdGetToken */ + +/***************************************************************************** +** DcdGetData +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +** +*****************************************************************************/ +static int DcdGetData( state ) + DecodeDctStatePtr state; +{ + unsigned char *src = DcdCurPtr_(state), *dat = DcdDatPtr_(state); + int pos, mark, len = DcdCurLen_(state), cnt = DcdTokLen_(state); + + /* + ** Unstuff, copy, and count source data. + */ + for( mark = DcdMarker_(state), pos = DcdCurPos_(state); pos < len; pos++ ) + { + if( mark ) + if( mark = src[pos] != 0 ) + break; /* end of data segment */ + else + continue; /* strip 00 from 0xFF00 */ + + if( DcdDatSiz_(state) == cnt ) + { + dat = DcdExtendData( state, cnt + DcdK_DataSize ); + if( dat == NULL ) return( DctK_TokenError ); + } + dat[cnt] = src[pos]; + mark = dat[cnt++] == DctK_Marker; + } + /* + ** End of data parsing -- either input exhausted or at next marker. + */ + DcdInpExh_(state) = pos == len; + DcdMarker_(state) = mark; + DcdCurPos_(state) = pos; + DcdTokLen_(state) = cnt; + DcdTokPtr_(state) = dat; + DcdTokPos_(state) = 0; + DcdData_(state) = DcdInpExh_(state); + + return( DctK_TokenData ); +} /* end of DcdGetData */ + +/***************************************************************************** +** DcdExtendData +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +** +*****************************************************************************/ +static unsigned char *DcdExtendData( state, data_len ) + DecodeDctStatePtr state; + int data_len; +{ + /* + ** Extend the token data buffer by a multiple of DcdK_DataSize. + */ + do DcdDatSiz_(state) += DcdK_DataSize; + while( DcdDatSiz_(state) < data_len ); + +#ifdef __alpha + DcdDatPtr_(state) = (unsigned char *) DctRealloc_( state->data_ptr, + state->data_siz ); +#else + DcdDatPtr_(state) = (unsigned char *) DctRealloc_( DcdDatPtr_(state), + DcdDatSiz_(state) ); +#endif + return( DcdDatPtr_(state) ); +} /* end of DcdExtendData */ + +/***************************************************************************** +** DcdSaveToken +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +** Boolean: TRUE = sufficient data remains. +** +*****************************************************************************/ +static int DcdSaveToken( state, ptr, len, pos, more ) + DecodeDctStatePtr state; + unsigned char **ptr; + int *len, pos, more; +{ + int need, have, copy, total; + + switch( DcdInpExh_(state) ) + { + case FALSE : /* save all that remains */ + DcdInpExh_(state) = TRUE; + DcdCurPos_(state) = pos; + DcdTokPos_(state) = 0; + *len = 0; + + case TRUE : /* transfer what is needed */ + total = pos + more; + need = total - *len; + have = DcdCurLen_(state) - DcdCurPos_(state); + copy = have < need ? have : need; + + if( copy > 0 ) + { + if( DcdDatSiz_(state) < total && DcdExtendData(state,total)==NULL ) + return( FALSE ); + + memcpy( DcdDatPtr_(state) + *len, + DcdCurPtr_(state) + DcdCurPos_(state), copy ); + *len += copy; + DcdCurPos_(state) += copy; + } + } + *ptr = DcdDatPtr_(state); + DcdTokPtr_(state) = DcdDatPtr_(state); + DcdTokLen_(state) = *len; + + return( copy == need ); +} /* end of DcdSaveToken */ + +/***************************************************************************** +** DcdDataAction +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +** +*****************************************************************************/ +static int DcdDataAction(state) + DecodeDctStatePtr state; +{ + ZQ_VARIABLES + UdpPtr udp; + short int work1[64], work2[64], previous_dc[DctK_MaxComponents]; + int scn_stride[DctK_MaxComponents], pix_stride[DctK_MaxComponents]; + int status, h, v, i, c, row, col, dstrow, dstcol, x, y, pos; + unsigned char *base[DctK_MaxComponents], tmp[64]; + unsigned char *scnptr, *pxlptr, *tmpptr, *dstptr; + /* + ** Make sure the destination UDP can accept the output of the current + ** segment -- if not, set destination full and return. + */ + for( i = 0; i < DcdCmpCnt_(state); i++ ) + { + udp = DcdDstLst_(state,i); +#if defined(XIESMI) + if( udp == NULL ) return( DcdK_ActionError ); else +#elif defined(IPS) + status = IpsSetUdp(state,DcdDstIdx_(state,i)); + if( status != DctX_Success ) return( status ); +#endif + DcdUdpFul_(state,DcdDstIdx_(state,i)) = + udp->UdpL_Y2 < DcdScnSeg_(state,i) - 1 + DcdCurY_(state,i) && + udp->UdpL_Y2 < DcdCmpHgt_(state,i) - 1; + } + if( DcdDstFul_(state) ) + return( DcdK_ActionSuccess ); + /* + ** Assign local pointers to speed things up inside loops + */ + for( c = 0; c < DcdCmpCnt_(state); c++ ) + { + udp = DcdDstLst_(state,DcdDstIdx_(state,c)); + + scn_stride[c] = udp->UdpL_ScnStride / 8; + pix_stride[c] = udp->UdpL_PxlStride / 8; + base[c] = udp->UdpA_Base + udp->UdpL_Pos / 8; + previous_dc[c] = 0; + } + /* + ** This is the main decompression loop. + ** -- Once around for each MDU in this code segment -- + */ + for( pos = 0, i = 0; i < DcdRstInt_(state); i++ ) + { /* + ** For each component in the MDU + */ + for( c = 0; c < DcdCmpCnt_(state); c++ ) + { + x = DcdCurX_(state,c); + y = DcdCurY_(state,c); + udp = DcdDstLst_(state,DcdDstIdx_(state,c)); + /* + ** Calculate address to start of tile. + */ + scnptr = base[c] + (y - udp->UdpL_Y1) * scn_stride[c] + + (x - udp->UdpL_X1) * pix_stride[c]; + /* + ** For each vertical sample of this component. + */ + for( v = 0; v < DcdCmpVrt_(state,c); v++ ) + { + pxlptr = scnptr; + /* + ** For each horizontal sample in this component. + */ + for( h = 0; h < DcdCmpHrz_(state,c); h++ ) + { /* + ** Turn huffman codes into quantized coefficients. + */ + DcdDecode( DcdTokPtr_(state), &pos, + DcdHdcTbl_(state,DcdCmpHdc_(state,c)), + DcdHacTbl_(state,DcdCmpHac_(state,c)), + &previous_dc[c], work1 ); + /* + ** Dequantize and put coefficients in raster order. + */ +#ifdef __alpha + d_in_ptr = (short int *)(work1) ; + d_out_ptr = (short int *)(work2) ; + d_q_ptr = (unsigned char *)(DcdQntTbl_(state,DcdCmpQnt_(state,c))) ; + d_z_ptr = (short int *)(DctAW_ZigZag) ; + for( d_i=0 ; d_i<=63 ; d_i++ ) + *(d_out_ptr+(*d_z_ptr++)) = (*d_in_ptr++) * (*d_q_ptr++) ; +#else + DEQUANT_ZIGZAG(work1, + work2, + DctAW_ZigZag, + DcdQntTbl_(state,DcdCmpQnt_(state,c))); +#endif + /* + ** If this block goes beyond the limits of the image, + ** buffer it in a temporary, then copy it to the dst. + */ + if( x + DctK_BlockSize - 1 > udp->UdpL_X2 + || y + DctK_BlockSize - 1 > udp->UdpL_Y2 ) + { + IDCT8x8_16S_8U( work2, tmp, 8, 1 ); + /* + ** Calculate remaining rows and columns...if greater + ** than 8, then set to maximum. + */ + dstrow = udp->UdpL_Y2 - y + 1; + if( dstrow > 8 ) + dstrow = 8; + dstcol = udp->UdpL_X2 - x + 1; + if( dstcol > 8 ) + dstcol = 8; + /* + ** Copy from temp buffer into image buffer. + */ + for( row = 0; row < dstrow; row++ ) + { + tmpptr = tmp + 8 * row; + dstptr = pxlptr + scn_stride[c] * row; + for( col = 0; col < dstcol; col++ ) + { + *dstptr = *tmpptr++; + dstptr += pix_stride[c]; + } + } + } + else + /* + ** Do inverse DCT directly into image buffer. + */ + IDCT8x8_16S_8U( work2, pxlptr, scn_stride[c], + pix_stride[c] ); + /* + ** Update pointer to next horizontal sample. + */ + pxlptr += 8 * pix_stride[c]; + x += 8; + } + /* + ** Update pointer to next vertical sample. + */ + scnptr += 8 * scn_stride[c]; + y += 8; + } + /* + ** Update current X,Y location pointers. If at end of scan, reset + ** X pointer and increment Y pointer. + */ + DcdCurX_(state,c) += 8 * DcdCmpHrz_(state,c); + if( DcdCurX_(state,c) >= DcdCmpWid_(state,c) ) + { + DcdCurX_(state,c) = 0; + DcdCurY_(state,c) += 8 * DcdCmpVrt_(state,c); + } + } + if( DcdCurY_(state,0) >= DcdCmpHgt_(state,0) ) + break; + } + return( DcdK_ActionSuccess ); +} /* end of DcdDataAction */ + +/***************************************************************************** +** DcdSosAction +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +** +*****************************************************************************/ +static int DcdSosAction(state) + DecodeDctStatePtr state; +{ + unsigned char *ptr = DcdTokPtr_(state) + DcdTokPos_(state); + int current_component; + unsigned char huff_specifier; + int huff_idx; + int huff_sel; + int i; + /* + ** Reset resync enable for each scan. + */ + DcdRstEnb_(state) = FALSE; + /* + ** First byte specifies the component to be worked on. + */ + current_component = *ptr++; + /* + ** Read per component huffman table assignments. One byte per component. + ** The DC index is in the low four bits, AC index in the high four bits. + */ + for( i = 0; i < DcdCmpCnt_(state); i++ ) + { + DcdCmpHdc_(state,i) = *ptr & 0x0F; + DcdCmpHac_(state,i) = *ptr++ >> 4 & 0x0F; + } + /* + ** Read huffman table specifiers. Since compression doesn't generate + ** custom huffman tables, ignore that capability for now... + */ + while((huff_specifier = *ptr++) != 0x80) + { /* + ** The huffman specifier contains the huffman table index + ** in the low nibble, and selector in the high nibble. + */ + huff_idx = huff_specifier & 0x0F; + huff_sel = huff_specifier >> 4 & 0x0F; + /* + ** Take action based on selector value. + */ + switch( huff_sel ) + { + case 0 : /* these cases call for loading private tables...NYI */ + case 1 : return( DcdK_ActionError ); + + case 2: /* + ** Load default DC huffman table. + */ + DcdHdcTbl_(state,huff_idx) = &DctR_DcDecodeTable[0]; + DcdSdcTbl_(state,huff_idx) = &DctR_DcSpecTable[0]; + break; + + case 3: /* + ** Load default AC huffman table. + */ + DcdHacTbl_(state,huff_idx) = &DctR_AcDecodeTable[0]; + DcdSacTbl_(state,huff_idx) = &DctR_AcSpecTable[0]; + break; + + default : return( DcdK_ActionError ); + } + } + /* + ** Reset horizontal and vertical interleave counters. + */ + DcdHrzCnt_(state) = 0; + DcdVrtCnt_(state) = 0; + + return( DcdK_ActionSuccess ); +} /* end of DcdSosAction */ + +/***************************************************************************** +** DcdSofAction +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +** +*****************************************************************************/ +static int DcdSofAction(state) + DecodeDctStatePtr state; +{ + unsigned char *ptr = DcdTokPtr_(state) + DcdTokPos_(state); + int vert_max = 0; + int horz_max = 0; + int i; + int j; + char qntidx; + char qntprc; + /* + ** Parse SOF fixed header fields. + */ + DcdMode_(state) = *ptr++; + DcdPrec_(state) = *ptr++; + DcdFrmHgt_(state) = *ptr++; + DcdFrmHgt_(state) += *ptr++ << 8; + DcdFrmWid_(state) = *ptr++; + DcdFrmWid_(state) += *ptr++ << 8; + DcdRstInt_(state) = *ptr++; + DcdRstInt_(state) += *ptr++ << 8; + /* + ** Get per component information. + */ + DcdCmpCnt_(state) = *ptr++; + for( i = 0; i < DcdCmpCnt_(state); i++ ) + { /* + ** Get component index from DCT stream. Determine which UDP + ** corresponds to this component. + */ + DcdCmpIdx_(state,i) = *ptr++; + + for( j = 0; j < DcdCmpCnt_(state); j++ ) + if (DcdDstLst_(state,j)->UdpL_CompIdx == DcdCmpIdx_(state,i)) + break; + else if (DcdDstLst_(state,j)->UdpL_CompIdx == DctK_NoComponent) + { + DcdDstLst_(state,j)->UdpL_CompIdx = DcdCmpIdx_(state,i); + break; + } + if( j < DcdCmpCnt_(state) ) + DcdDstIdx_(state,i) = j; + else + return( DcdK_ActionError ); + /* + ** Get sampling rates. + */ + DcdCmpVrt_(state,i) = *ptr & 0x0F; + DcdCmpHrz_(state,i) = *ptr++ >> 4 & 0x0F; + + if( vert_max < DcdCmpVrt_(state,i) ) + vert_max = DcdCmpVrt_(state,i); + if( horz_max < DcdCmpHrz_(state,i) ) + horz_max = DcdCmpHrz_(state,i); + } + /* + ** Calculate sizes for interleaving. + */ + DcdIntCol_(state) = (DcdFrmWid_(state)+(8*horz_max-1)) / (8*horz_max); + DcdIntLin_(state) = (DcdFrmHgt_(state)+(8*vert_max-1)) / (8*vert_max); + /* + ** Now, compute component sizes based on subsampling frequency. + */ + for( i = 0; i < DcdCmpCnt_(state); i++ ) + { + DcdCmpWid_(state,i) = DcdFrmWid_(state)*DcdCmpHrz_(state,i)/horz_max; + DcdCmpHgt_(state,i) = DcdFrmHgt_(state)*DcdCmpVrt_(state,i)/vert_max; + DcdCmpStr_(state,i) = DcdIntCol_(state) * 8 * DcdCmpHrz_(state,i); + DcdCmpLen_(state,i) = DcdIntLin_(state) * 8 * DcdCmpVrt_(state,i); + /* + ** Initially, scans per segement is entire image (for no resync). + */ + DcdScnSeg_(state,i) = DcdCmpHgt_(state,i); + } + /* + ** Next, extract per component quantization table assignments. + ** These values are four bits each packed two per byte. + */ + switch( DcdCmpCnt_(state) ) + { + case 3 : DcdCmpQnt_(state,2) = *(ptr+1) & 0x0F; + case 2 : DcdCmpQnt_(state,1) = (*ptr >> 4) & 0x0F; + case 1 : DcdCmpQnt_(state,0) = *ptr & 0x0F; + break; + default : return( DcdK_ActionError ); + } + ptr += (DcdCmpCnt_(state) + 1) / 2; + /* + ** Now, comes quantization table specifiers. + */ + while( *ptr++ != 0x80 ) + { + qntidx = *(ptr-1) & 0x0F; + qntprc = *(ptr-1) >> 4 & 0x0F; + /* + ** If this slot contains a non-default quantization table, + ** deallocate the memory. + */ + if( DcdQntTbl_(state,qntidx) != NULL && !DcdQntDef_(state,qntidx) ) + DctFree_(DcdQntTbl_(state,qntidx)); + /* + ** Read in user defined quantization table. + */ + DcdQntTbl_(state,qntidx) = (QuantTablePtr) + DctMalloc_(sizeof(QuantTable)); + if( DcdQntTbl_(state,qntidx) == NULL ) return( DctX_BadAlloc ); + + DcdQntDef_(state,qntidx) = FALSE; + memcpy( DcdQntTbl_(state,qntidx), ptr, sizeof(QuantTable) ); + ptr += sizeof(QuantTable); + } + /* + ** Now, validate what we found in the JPEG stream against what's being + ** specified by the caller. + */ + + /* + ** Return from wence we came... + */ + return( DcdK_ActionSuccess ); +} /* end of DcdSofAction */ + +/***************************************************************************** +** DcdRscAction +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +** +*****************************************************************************/ +static int DcdRscAction(state) + DecodeDctStatePtr state; +{ + int i; + + DcdRstEnb_(state) = TRUE; + + for( i = 0; i < DcdCmpCnt_(state); i++ ) + /* + ** NOTE : Sampling rate needs to be considered here... + */ + DcdScnSeg_(state,i) = DcdRstInt_(state) * DctK_BlockSize + / DcdCmpWid_(state,i) * DctK_BlockSize; + + return( DcdK_ActionSuccess ); +} /* end of DcdRscAction */ + +/***************************************************************************** +** DcdDecode +** +** FUNCTIONAL DESCRIPTION: +** Huffman decodes one block of quantized zigzag scanned DCT coefs +** (most bit banging is done by the macros GetBit_ and GET_VALUE_). +** +** FORMAL PARAMETERS: +** +** +*****************************************************************************/ +static void DcdDecode(inptr,bitoff,dc_table,ac_table,prv_dc,coef) + unsigned char *inptr; + int *bitoff; + HuffDecodeTablePtr dc_table; + HuffDecodeTablePtr ac_table; + short int *prv_dc; + short int *coef; +{ + int i, coef_index; + int dc_exp, dc_man; + int ac_exp, ac_man, ac_run; + + int temp; + short int stemp; + /* + ** Decode DC coefficient of block + */ + dc_exp = DcdGetHuf( inptr, bitoff, dc_table ); + + if( dc_exp & 15 ) + { +#ifndef MSB_FIRST + dc_man = GET_VALUE_( inptr, *bitoff, (1<<(dc_exp-1))-1 ); + *bitoff += dc_exp-1; + temp = GetBit_( inptr, *bitoff ); + (*bitoff)++; +#else + temp = GetBit_( inptr, *bitoff ); + (*bitoff)++; + dc_man = GET_VALUE_( inptr, *bitoff, (1<<(dc_exp-1))-1 ); + *bitoff += dc_exp-1; +#endif + if( temp == 0 ) + dc_man += (-1 << dc_exp)+ 1; + else + dc_man += 1 <<(dc_exp - 1); + } + else if( dc_exp == 0 ) + dc_man = 0 ; + else + dc_man = -32768 ; /* i.e. dc_exp == 16 */ + + *coef = dc_man + *prv_dc; + *prv_dc = *coef++; + + /* Decode AC coefficients of block */ + + /* + ** coef_index points to the NEXT coef to be processed + */ + for( coef_index = 1; coef_index <= 63; ) + { + stemp = DcdGetHuf( inptr, bitoff, ac_table ); + + ac_run = stemp >> 4; + ac_exp = stemp & 15; /* stemp - 16 * ac_run ; */ + + if( ac_exp == 0 ) /* The 2 special codes */ + { + if( ac_run ) /* Max-length-run (i.e. ac_run==15) */ + for( i = 0; i <= 15; i++,coef_index++ ) + *coef++ = 0; + else /* End-of-block (i.e.ac_run==0) */ + for( ;coef_index <= 63; coef_index++ ) + *coef++ = 0; + } + else /* Regular codes */ + { +#ifndef MSB_FIRST + ac_man = GET_VALUE_( inptr, *bitoff, (1<<(ac_exp-1))-1 ); + *bitoff += ac_exp-1; + temp = GetBit_( inptr, *bitoff ); + (*bitoff)++; +#else + temp = GetBit_( inptr, *bitoff ); + (*bitoff)++; + ac_man = GET_VALUE_( inptr, *bitoff, (1<<(ac_exp-1))-1 ); + *bitoff += ac_exp-1; +#endif + if( temp == 0 ) + ac_man += (-1<< ac_exp)+ 1; + else + ac_man += 1<<(ac_exp - 1); + + for( i = 0; i < ac_run; i++, coef_index++ ) + *coef++ = 0; + *coef++ = ac_man; + coef_index++; + } + } /* Done with a block */ +} /* end of DcdDecode */ + +/***************************************************************************** +** DcdGetHuf +** +** FUNCTIONAL DESCRIPTION: +** +** Fetches the next Huffman code from a bit stream pointed to by +** bufptr/bufoff, using a set of codes specified by huff_decode_ptr. +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static short int DcdGetHuf( bufptr, bufoff, huff_decode_ptr ) + unsigned char *bufptr; + int *bufoff; + HuffDecodeTable *huff_decode_ptr; +{ + int temp; + int index = 0; + short rlen; + + do { + temp = GetBit_( bufptr, *bufoff ); + (*bufoff)++; + if( temp ) /* i.e., if temp==1 */ + index += huff_decode_ptr->half_table_size; + rlen = huff_decode_ptr->huff_decode_entry[index].w1; + index = huff_decode_ptr->huff_decode_entry[index].w0; + } + while( index ); + + return( rlen ); +} /* end of DcdGetHuf */ + +/***************************************************************************** +** IDCT8x8_16S_8U +** +** FUNCTIONAL DESCRIPTION: +** +** Inverse DCT routine. +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int IDCT8x8_16S_8U(COEFS,PIXELS,SCAN_WIDTH,PEL_WIDTH) + short int *COEFS; + unsigned char *PIXELS; + int SCAN_WIDTH; + int PEL_WIDTH; +{ + DCT_VARIABLES + + d_ps1 = COEFS; + d_pi1 = d_work; + + for(d_k=0 ; d_k<8; d_k++) + { + d_ap = d_a; + *d_ap++ = (d_ps1[0])<<2; + *d_ap++ = (d_ps1[4*8])<<2; + *d_ap++ = (d_ps1[2*8])<<2; + *d_ap++ = (d_ps1[6*8])<<2; + *d_ap++ = ((d_spi16*d_ps1[1*8] - d_s7pi16*d_ps1[7*8]) + (1<<13))>>14; + *d_ap++ = ((d_s5pi16*d_ps1[5*8] - d_s3pi16*d_ps1[3*8]) + (1<<13))>>14; + *d_ap++ = ((d_c3pi16*d_ps1[3*8] + d_c5pi16*d_ps1[5*8]) + (1<<13))>>14; + *d_ap = ((d_cpi16*d_ps1[1*8] + d_c7pi16*d_ps1[7*8]) + (1<<13))>>14; + d_ps1++; + + d_bp = d_b; + *d_bp++ = (d_cpi4*(d_a[0]+d_a[1]) + 32768)>>16; + *d_bp++ = (d_cpi4*(d_a[0]-d_a[1]) + 32768)>>16; + *d_bp++ = (d_spi8*d_a[2] - d_s3pi8*d_a[3] + 32768)>>16; + *d_bp++ = (d_cpi8*d_a[2] + d_c3pi8*d_a[3] + 32768)>>16; + *d_bp++ = d_a[4] + d_a[5]; + *d_bp++ = d_a[4] - d_a[5]; + *d_bp++ = d_a[7] - d_a[6]; + *d_bp = d_a[7] + d_a[6]; + + d_cp = d_c; + *d_cp++ = d_b[0] + d_b[3]; + *d_cp++ = d_b[1] + d_b[2]; + *d_cp++ = d_b[1] - d_b[2]; + *d_cp++ = d_b[0] - d_b[3]; + *d_cp++ = d_b[4]; + *d_cp++ = (d_cpi4*(d_b[6]-d_b[5]) + 32768)>>16; + *d_cp++ = (d_cpi4*(d_b[6]+d_b[5]) + 32768)>>16; + *d_cp = d_b[7]; + + d_pi2 = d_c; + d_pi3 = d_c + 7; + *d_pi1++ = ((*d_pi2++) + (*d_pi3--) + 1) >> 1; + *d_pi1++ = ((*d_pi2++) + (*d_pi3--) + 1) >> 1; + *d_pi1++ = ((*d_pi2++) + (*d_pi3--) + 1) >> 1; + *d_pi1++ = ((*d_pi2 ) + (*d_pi3 ) + 1) >> 1; + *d_pi1++ = ((*d_pi2--) - (*d_pi3++) + 1) >> 1; + *d_pi1++ = ((*d_pi2--) - (*d_pi3++) + 1) >> 1; + *d_pi1++ = ((*d_pi2--) - (*d_pi3++) + 1) >> 1; + *d_pi1++ = ((*d_pi2 ) - (*d_pi3 ) + 1) >> 1; + } + + d_pi2 = d_work; + d_pi4 = d_c; + d_pi5 = d_c + 7; + d_puc2 = PIXELS; + + for(d_k=0 ; d_k <8; d_k++) + { + d_ap = d_a; + *d_ap++ = d_pi2[0]; + *d_ap++ = d_pi2[4*8]; + *d_ap++ = d_pi2[2*8]; + *d_ap++ = d_pi2[6*8]; + *d_ap++ = (d_spi16*d_pi2[1*8] - d_s7pi16*d_pi2[7*8] + 32768)>>16; + *d_ap++ = (d_s5pi16*d_pi2[5*8] - d_s3pi16*d_pi2[3*8] + 32768)>>16; + *d_ap++ = (d_c3pi16*d_pi2[3*8] + d_c5pi16*d_pi2[5*8] + 32768)>>16; + *d_ap = (d_cpi16*d_pi2[1*8] + d_c7pi16*d_pi2[7*8] + 32768)>>16; + d_pi2++; + + d_bp = d_b; + *d_bp++ = (d_cpi4*(d_a[0]+d_a[1]) + 32768)>>16; + *d_bp++ = (d_cpi4*(d_a[0]-d_a[1]) + 32768)>>16; + *d_bp++ = (d_spi8*d_a[2] - d_s3pi8*d_a[3] + 32768)>>16; + *d_bp++ = (d_cpi8*d_a[2] + d_c3pi8*d_a[3] + 32768)>>16; + *d_bp++ = d_a[4] + d_a[5]; + *d_bp++ = d_a[4] - d_a[5]; + *d_bp++ = d_a[7] - d_a[6]; + *d_bp = d_a[7] + d_a[6]; + + d_cp = d_c; + *d_cp++ = (d_b[0] + d_b[3] + 4 )>>3; + *d_cp++ = (d_b[1] + d_b[2] + 4 )>>3; + *d_cp++ = (d_b[1] - d_b[2] + 4 )>>3; + *d_cp++ = (d_b[0] - d_b[3] + 4 )>>3; + *d_cp++ = (d_b[4] + 4 )>>3; + *d_cp++ = (d_cpi4*(d_b[6]-d_b[5]) + (1<<18))>>19; + *d_cp++ = (d_cpi4*(d_b[6]+d_b[5]) + (1<<18))>>19; + *d_cp = (d_b[7] + 4 )>>3; + + d_puc1 = d_puc2; + if( (d_temp = (*d_pi4++) + (*d_pi5--)) > 127) + *d_puc1 = 255; + else if(d_temp < -128) + *d_puc1 = 0; + else + *d_puc1 = d_temp + 128; + + d_puc1 += PEL_WIDTH; + if( (d_temp = (*d_pi4++) + (*d_pi5--)) > 127) + *d_puc1 = 255; + else if(d_temp < -128) + *d_puc1 = 0; + else + *d_puc1 = d_temp + 128; + + d_puc1 += PEL_WIDTH; + if( (d_temp = (*d_pi4++) + (*d_pi5--)) > 127) + *d_puc1 = 255; + else if(d_temp < -128) + *d_puc1 = 0; + else + *d_puc1 = d_temp + 128; + + d_puc1 += PEL_WIDTH; + if( (d_temp = (*d_pi4) + (*d_pi5)) > 127) + *d_puc1 = 255; + else if(d_temp < -128) + *d_puc1 = 0; + else + *d_puc1 = d_temp + 128; + + d_puc1 += PEL_WIDTH; + if( (d_temp = (*d_pi4--) - (*d_pi5++)) > 127) + *d_puc1 = 255; + else if(d_temp < -128) + *d_puc1 = 0; + else + *d_puc1 = d_temp + 128; + + d_puc1 += PEL_WIDTH; + if( (d_temp = (*d_pi4--) - (*d_pi5++)) > 127) + *d_puc1 = 255; + else if(d_temp < -128) + *d_puc1 = 0; + else + *d_puc1 = d_temp + 128; + + d_puc1 += PEL_WIDTH; + if( (d_temp = (*d_pi4--) - (*d_pi5++)) > 127) + *d_puc1 = 255; + else if(d_temp < -128) + *d_puc1 = 0; + else + *d_puc1 = d_temp + 128; + + d_puc1 += PEL_WIDTH; + if( (d_temp = (*d_pi4) - (*d_pi5)) > 127) + *d_puc1 = 255; + else if(d_temp < -128) + *d_puc1 = 0; + else + *d_puc1 = d_temp + 128; + + d_puc2 += SCAN_WIDTH; + } +} /* end of IDCT8x8_16S_8U */ + +/***************************************************************************** +** IpsSetupUdp +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +** +*****************************************************************************/ +#ifdef IPS +static long IpsSetUdp(state,i) + DecodeDctStatePtr state; + int i; +{ + UdpPtr udp = DcdDstLst_(state,i); + int min_arsize; + /* + ** Fill in UDP based on current component parameters. + */ + udp->UdpW_PixelLength = DcdPrec_(state); + switch (DcdPrec_(state)) + { + case 8: + udp->UdpB_DType = UdpK_DTypeBU; + udp->UdpB_Class = UdpK_ClassA; + break; + case 16: + udp->UdpB_DType = UdpK_DTypeWU; + udp->UdpB_Class = UdpK_ClassA; + break; + default: + udp->UdpB_DType = UdpK_DTypeVU; + udp->UdpB_Class = UdpK_ClassUBA; + } + udp->UdpL_PxlStride = udp->UdpW_PixelLength; + udp->UdpL_ScnStride = DcdCmpStr_(state,i) * 8; + udp->UdpL_X1 = 0; + udp->UdpL_X2 = DcdCmpWid_(state,i) - 1; + udp->UdpL_Y1 = 0; + udp->UdpL_Y2 = DcdCmpHgt_(state,i) - 1; + udp->UdpL_PxlPerScn = DcdCmpWid_(state,i); + udp->UdpL_ScnCnt = DcdCmpHgt_(state,i); + udp->UdpL_CompIdx = DcdCmpIdx_(state,i); + udp->UdpL_Levels = 1 << udp->UdpW_PixelLength; + /* + ** If buffer already exists, try to use it. + */ + min_arsize = (udp->UdpL_ScnStride * udp->UdpL_ScnCnt + 7) / 8; + if (udp->UdpA_Base == NULL) + { + udp->UdpL_ArSize = min_arsize * 8; + udp->UdpL_Pos = 0; + udp->UdpA_Base = + (unsigned char *) DctMallocBits_(udp->UdpL_ArSize); + if (udp->UdpA_Base == NULL) + return DctX_BadAlloc; + } + else if ((udp->UdpL_ArSize - udp->UdpL_Pos) < min_arsize) + { + return DctX_OutBufSiz; + } + + return DctX_Success; +} /* end of IpsSetupUdp */ +#endif diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiDecodeDct.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiDecodeDct.h new file mode 100644 index 0000000..6f16389 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiDecodeDct.h @@ -0,0 +1,315 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** XIE Sample Machine Independant DDX +** DCT decompression routine +** +** ABSTRACT: +** +** This module contains definitions required by the XIE SMI DCT +** decompression routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** John Nadai +** John Weber +** Robert NC Shelley +** +** CREATION DATE: +** +** July 31, 1990 +** +************************************************************************/ + + /* + ** Allows to be included multiple times. + */ +#ifndef _DECODEDCT +#define _DECODEDCT + +/* +** Include Files +*/ +#if defined(XIESMI) +#include +#include +#endif + +/* +** Equated symbols +*/ + /* + ** Action routine status values + */ +#define DcdK_ActionSuccess 0 +#define DcdK_ActionError 1 + /* + ** Initial size and increment of unstuffed source data buffer. + */ +#define DcdK_DataSize 1024 + +/* +** DCT decompression state structure. +*/ +typedef struct _DecodeDctState { + /* + ** Decode state variable. + */ + struct _DecDctStatus { + char state; + struct _DctStatusFlags { + unsigned data_seen : 1; + unsigned marker_seen : 1; + unsigned input_exhausted : 1; + unsigned reserved : 5; + } flags; + union { + int dst_full; + char udp_full[sizeof(int)]; + } full; + } status; + /* + ** The current source buffer. + */ + int current_len; /* Length of current data */ + int current_pos; /* Position within current data */ + unsigned char *current_ptr; /* Pointer to current data */ + /* + ** Token type and data pointer/length. + */ + int token_len; /* Length of token data */ + int token_pos; /* Position of token specific data */ + unsigned char *token_ptr; /* Pointer to token data */ + /* + ** Data buffer -- for tokens that span source buffers and unstuffing data. + */ + unsigned char *data_ptr; /* Pointer to data buffer */ + int data_siz; /* Size of data buffer */ + /* + ** DCT frame variables. + */ + union { + char mode; + struct _DctMode { /* DCT mode flags */ + unsigned reserved_1 : 1; /* Unused */ + unsigned arith_coding : 1; /* Arithmetic encoding */ + unsigned progressive : 1; /* Progressive xmisson */ + unsigned hierarchical : 1; /* Hierarchical encoding */ + unsigned differential : 1; /* Differential encoding */ + unsigned spatial : 1; /* Spatial encoding */ + unsigned extended : 1; /* Extended version */ + unsigned reserved_2 : 1; /* Unused */ + } mode_bits; + } mode_union; + char precision; /* Data precision, 0 = 8 bits */ + short frame_width; /* Pels/scan for frame */ + short frame_height; /* Scan count for frame */ + char component_count; /* Components per scan */ + short restart_interval; /* Restart interval */ + char restart_enable; /* Restart enabled for current scan */ + /* + ** DCT per component variables. + */ + UdpPtr dstlst[DctK_MaxComponents]; /* Destination UDPs */ + struct _DecDctComponent { + char component_index; /* Component index value */ + char dstidx; /* Destination UDP index */ + char vertical_samples; /* Vertical sampling rate */ + char horizontal_samples; /* Horizontal sampling rate */ + char quant_table; /* Quantization table to use */ + int component_width; /* Pels/scan for component */ + int component_height; /* Scan count for component */ + int component_stride; /* Minimum stride required per scan */ + int component_arsize; /* Minimum scans required for image */ + char component_huff_ac; /* Huffman AC table for this comp. */ + char component_huff_dc; /* Huffman DC table for this comp. */ + int scans_per_segment; /* Number of scans between restarts */ + int current_x; /* Current X location for decode */ + int current_y; /* Current Y location for decode */ + } component[DctK_MaxComponents]; + /* + ** Quantization tables. + */ + char quant_default[DctK_MaxQuantTables]; + QuantTablePtr quant_table[DctK_MaxQuantTables]; + /* + ** Huffman tables. + */ + AcSpecTablePtr ac_spec_table[DctK_MaxHuffTables]; + AcDecodeTablePtr ac_huff_table[DctK_MaxHuffTables]; + DcSpecTablePtr dc_spec_table[DctK_MaxHuffTables]; + DcDecodeTablePtr dc_huff_table[DctK_MaxHuffTables]; + /* + ** Decompression state variables. + */ + int interleaves_per_line; + int interleave_lines; + int horz_interleave_count; + int vert_interleave_counter; + int horz_interleave_counter; +} DecodeDctStateRec, *DecodeDctStatePtr; + +/* +** MACROs to access state structure variables. +*/ +#define DcdState_(state_ptr) (state_ptr)->status.state +#define DcdData_(state) (state)->status.flags.data_seen +#define DcdMarker_(state) (state)->status.flags.marker_seen +#define DcdInpExh_(state) (state)->status.flags.input_exhausted +#define DcdDstFul_(state) (state)->status.full.dst_full +#define DcdUdpFul_(state,i) (state)->status.full.udp_full[(i)] + +#define DcdCurLen_(state) (state)->current_len +#define DcdCurPos_(state) (state)->current_pos +#define DcdCurPtr_(state) (state)->current_ptr + +#define DcdTokLen_(state) (state)->token_len +#define DcdTokPos_(state) (state)->token_pos +#define DcdTokPtr_(state) (state)->token_ptr + +#define DcdDatPtr_(state) (state)->data_ptr +#define DcdDatSiz_(state) (state)->data_siz + +#define DcdMode_(state) (state)->mode_union.mode +#define DcdPrec_(state) (state)->precision +#define DcdFrmWid_(state) (state)->frame_width +#define DcdFrmHgt_(state) (state)->frame_height +#define DcdCmpCnt_(state) (state)->component_count +#define DcdRstInt_(state) (state)->restart_interval +#define DcdRstEnb_(state) (state)->restart_enable + +#define DcdCmpIdx_(state,i) (state)->component[(i)].component_index +#define DcdCmpVrt_(state,i) (state)->component[(i)].vertical_samples +#define DcdCmpHrz_(state,i) (state)->component[(i)].horizontal_samples +#define DcdCmpQnt_(state,i) (state)->component[(i)].quant_table +#define DcdCmpWid_(state,i) (state)->component[(i)].component_width +#define DcdCmpHgt_(state,i) (state)->component[(i)].component_height +#define DcdCmpStr_(state,i) (state)->component[(i)].component_stride +#define DcdCmpLen_(state,i) (state)->component[(i)].component_arsize +#define DcdCmpHac_(state,i) (state)->component[(i)].component_huff_ac +#define DcdCmpHdc_(state,i) (state)->component[(i)].component_huff_dc +#define DcdScnSeg_(state,i) (state)->component[(i)].scans_per_segment +#define DcdCurX_(state,i) (state)->component[(i)].current_x +#define DcdCurY_(state,i) (state)->component[(i)].current_y +#define DcdDstIdx_(state,i) (state)->component[(i)].dstidx + +#define DcdDstLst_(state,i) (state)->dstlst[(i)] + +#define DcdQntTbl_(state,i) (state)->quant_table[(i)] +#define DcdQntDef_(state,i) (state)->quant_default[(i)] + +#define DcdHacTbl_(state,i) (state)->ac_huff_table[(i)] +#define DcdHdcTbl_(state,i) (state)->dc_huff_table[(i)] +#define DcdSacTbl_(state,i) (state)->ac_spec_table[(i)] +#define DcdSdcTbl_(state,i) (state)->dc_spec_table[(i)] + +#define DcdVrtCnt_(state) (state)->vert_interleave_counter +#define DcdHrzCnt_(state) (state)->horz_interleave_counter + +#define DcdIntCol_(state) (state)->interleaves_per_line +#define DcdIntLin_(state) (state)->interleave_lines + +#if defined(XIESMI) + /* + ** DecodeDct pipeline context block. + */ +typedef struct _DecodeDctPipeCtx { + PipeElementCommonPart common; + struct _DecodeDctPart { + PipeSinkPtr Src; + PipeSinkPtr Dst; + PipeDrainPtr Drn; + PipeDataPtr SrcDat; + PipeDataPtr DstDat[XieK_MaxComponents]; + UdpPtr DstUdp[XieK_MaxComponents]; + DecodeDctStatePtr SteBlk[XieK_MaxComponents]; + int SrcCnt; + int DstCnt; + int DcdCnt; + } DecodeDctPart; +} DecodeDctPipeCtx, *DecodeDctPipeCtxPtr; + +/* +** MACROs to access pipeline context structure. +*/ +#define DcdSrc_(ctx) ((ctx)->DecodeDctPart.Src) +#define DcdDst_(ctx) ((ctx)->DecodeDctPart.Dst) +#define DcdDrn_(ctx) ((ctx)->DecodeDctPart.Drn) +#define DcdSrcDat_(ctx) ((ctx)->DecodeDctPart.SrcDat) +#define DcdDstDat_(ctx,comp) ((ctx)->DecodeDctPart.DstDat[(comp)]) +#define DcdDstUdp_(ctx,comp) ((ctx)->DecodeDctPart.DstUdp[(comp)]) +#define DcdSteBlk_(ctx,comp) ((ctx)->DecodeDctPart.SteBlk[(comp)]) +#define DcdSrcCnt_(ctx) ((ctx)->DecodeDctPart.SrcCnt) +#define DcdDstCnt_(ctx) ((ctx)->DecodeDctPart.DstCnt) +#define DcdDcdCnt_(ctx) ((ctx)->DecodeDctPart.DcdCnt) +#endif + + /* + ** Function reference at end to allow ptr defs + */ +#ifdef XIESMI +extern int SmiDecodeDct(); +extern int SmiCreateDecodeDct(); +#endif + +/* +** The following line MUST be the last line of this file. +*/ +#endif +/* _DECODEDCT */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiDecodeG4.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiDecodeG4.c new file mode 100644 index 0000000..8e23333 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiDecodeG4.c @@ -0,0 +1,835 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989, 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module implements decompression of G4 Facsimile encoded data. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** Derived from code originally developed by Ken MacDonald +** John Weber +** Robert NC Shelley +** +** CREATION DATE: +** +** February 27, 1990 +** +*******************************************************************************/ + +#include + +#include "SmiDecodeG4.h" + +/* +** Table of contents +*/ +int SmiDecodeG4(); + +int SmiCreateDecodeG4(); +static int _DecodeG4Initialize(); +static int _DecodeG4Activate(); +static int _DecodeG4Abort(); +static int _DecodeG4Destroy(); + +static int _DecodeG4Segment(); +static DecodeG4StatePtr _InitializeG4State(); +static DecodeG4StatePtr _DestroyG4State(); +static int _DecodeG4Src(); +static int _DecodeG4Process(); + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local storage +*/ + /* + ** DecodeG4 Element Vector + */ +static PipeElementVector DecodeG4PipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeDecodeG4Element, /* Structure subtype */ + sizeof(DecodeG4PipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _DecodeG4Initialize, /* Initialize entry */ + _DecodeG4Activate, /* Activate entry */ + _DecodeG4Abort, /* Flush entry */ + _DecodeG4Destroy, /* Destroy entry */ + _DecodeG4Abort /* Abort entry */ + }; + +/***************************************************************************** +** SmiDecodeG4 +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiDecodeG4( src, dst ) + UdpPtr src; + UdpPtr dst; +{ + DecodeG4StatePtr state; + int status; + /* + ** Initialize state record fields. + */ + state = _InitializeG4State( dst ); + if( !IsPointer_(state) ) return( (int) state ); + + state->srcpos = upPos_(src); + /* + ** Decode the entire buffer as a single segment. + */ + status = _DecodeG4Segment( src, dst, state ); + _DestroyG4State( state ); + + return(status == G4K_StsDstFul || status==G4K_StsEoi ? Success : BadValue); +} + +/***************************************************************************** +** SmiCreateDecodeG4 +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateDecodeG4( pipe, src, dst ) + Pipe pipe; + PipeSinkPtr src; + PipeSinkPtr dst; +{ + DecodeG4PipeCtxPtr ctx = (DecodeG4PipeCtxPtr) + DdxCreatePipeCtx_( pipe, &DecodeG4PipeElement, TRUE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Build our DecodeG4 Pipe Ctx from the arguments passed in. + */ + DG4SrcSnk_(ctx) = src; + DG4DstSnk_(ctx) = dst; + /* + ** Create a drain which reads component 0. + */ + DG4SrcDrn_(ctx) = DdxRmCreateDrain_( src, 1 ); + if( !IsPointer_(DG4SrcDrn_(ctx)) ) return((int) DG4SrcDrn_(ctx) ); + /* + ** Process any amount of encoded data, output bits. + */ + DdxRmSetQuantum_( DG4SrcDrn_(ctx), 0 ); + DdxRmSetDType_( DG4SrcDrn_(ctx), UdpK_DTypeV, DtM_V ); + DdxRmSetQuantum_( dst, 0 ); + DdxRmSetDType_( dst, UdpK_DTypeVU, DtM_VU ); + + return( Success ); +} /* end of SmiCreateDecodeG4 */ + +/***************************************************************************** +** _DecodeG4Initialize +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _DecodeG4Initialize( ctx ) + DecodeG4PipeCtxPtr ctx; +{ + int status; + /* + ** Initialize the source Drain. + */ + status = DdxRmInitializePort_( CtxHead_(ctx), DG4SrcDrn_(ctx) ); + if( status != Success ) return( status ); + CtxInp_(ctx) = DG4SrcDrn_(ctx); + VecNoInpt_(CtxVecPtr_(ctx)) = FALSE; + /* + ** Initialize the destination Sink. + */ + status = DdxRmInitializePort_( CtxHead_(ctx), DG4DstSnk_(ctx) ); + if( status != Success ) return( status ); + /* + ** Create a destination descriptor. + */ + DG4DstDat_(ctx) = DdxRmAllocData_( DG4DstSnk_(ctx), 0, 0, + DdxRmGetMaxQuantum_(DG4DstSnk_(ctx)) ); + if( !IsPointer_(DG4DstDat_(ctx)) ) + return((int)DG4DstDat_(ctx)); + /* + ** Create a decode state. + */ + DG4SteBlk_(ctx) = _InitializeG4State(SnkUdpPtr_(DG4DstSnk_(ctx),0)); + if( !IsPointer_(DG4SteBlk_(ctx))) return((int) DG4SteBlk_(ctx) ); + + return( status ); +} /* end of _DecodeG4Initialize */ + +/***************************************************************************** +** _DecodeG4Activate +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _DecodeG4Activate( ctx ) + DecodeG4PipeCtxPtr ctx; +{ + PipeDataPtr src; + unsigned char *tmp; + int pos, h, y, s; + + if( VecNoInpt_(CtxVecPtr_(ctx)) && DdxPipeHasYielded_(CtxHead_(ctx)) ) + { /* + ** We already have source data but aren't allowed to process it. + */ + if( !DatOwned_(DG4SrcDat_(ctx)) ) + { /* + ** Move the unprocessed data to a buffer of our own. + */ + src = DG4SrcDat_(ctx); + tmp = DatBase_(src); + pos = DG4SteBlk_(ctx)->srcpos & ~0x7; + DG4SteBlk_(ctx)->srcpos &= 0x7; + DatArSize_(src) -= pos; + DatOwned_(src) = TRUE; + DatPos_(src) = 0; + DatBase_(src) = DdxMallocBits_( DatArSize_(src) ); + if( DatBase_(src) == NULL ) return( BadAlloc ); + memcpy( DatBase_(src), tmp+(pos>>3), DatArSize_(src)>>3 ); + } + return( Success ); + } + + do { /* + ** Decode data until source exhausted, destination full, or error. + */ + if( !VecNoInpt_(CtxVecPtr_(ctx)) ) + { /* + ** Get a chunk of encoded data. + */ + DG4SrcDat_(ctx) = DdxRmGetData_( ctx, DG4SrcDrn_(ctx) ); + if( !IsPointer_(DG4SrcDat_(ctx)) ) return( (int) DG4SrcDat_(ctx) ); + DG4SteBlk_(ctx)->srcpos = DatPos_(DG4SrcDat_(ctx)); + } + + /* + ** No destination data segment means we have already returned the + ** the last scanline of the image, or there is a bug somewhere. + ** Tolerate the client being confused or having a slightly bogus + ** G4 stream by discarding any data and returning success. + */ + if( !IsPointer_(DG4DstDat_(ctx)) ) + { + DG4SrcDat_(ctx) = DdxRmDeallocData_(DG4SrcDat_(ctx)); + VecNoInpt_(CtxVecPtr_(ctx)) = FALSE; + break; + } + + /* + ** Call the decoder (if we've already finished just discard the data). + */ + s = !IsPointer_(DG4DstDat_(ctx)) ? G4K_StsSrcExh + : _DecodeG4Segment( DatUdpPtr_(DG4SrcDat_(ctx)), + DatUdpPtr_(DG4DstDat_(ctx)), + DG4SteBlk_(ctx) ); + switch( s ) + { + case G4K_StsDstFul : + /* + ** Pass the PCM data along. + */ + y = DatY2_(DG4DstDat_(ctx)); + s = DdxRmPutData_( DG4DstSnk_(ctx), DG4DstDat_(ctx) ); + + if( s == Success && y++ < SnkY2_(DG4DstSnk_(ctx),0) ) + { /* + ** Allocate space for another quantum of decoded data. + */ + h = DdxRmGetMaxQuantum_( DG4DstSnk_(ctx) ); + if( h > SnkHeight_(DG4DstSnk_(ctx),0) - y ) + h = SnkHeight_(DG4DstSnk_(ctx),0) - y; + DG4DstDat_(ctx) = DdxRmAllocData_( DG4DstSnk_(ctx), 0, y, h ); + if( !IsPointer_(DG4DstDat_(ctx)) ) + s = (int) DG4DstDat_(ctx); + } + else + DG4DstDat_(ctx) = NULL; + + VecNoInpt_(CtxVecPtr_(ctx)) = IsPointer_(DG4DstDat_(ctx)); + return( s ); + + case G4K_StsSrcExh : + /* + ** We're done with that chunk -- prepare for more. + */ + DG4SrcDat_(ctx) = DdxRmDeallocData_(DG4SrcDat_(ctx)); + VecNoInpt_(CtxVecPtr_(ctx)) = FALSE; + break; + + default : return( BadValue ); + } + } + while( s == G4K_StsSrcExh ); + + return( Success ); +} /* end of _DecodeG4Activate */ + +/***************************************************************************** +** _DecodeG4Abort +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _DecodeG4Abort( ctx ) + DecodeG4PipeCtxPtr ctx; +{ + /* + ** Destroy decode state. + */ + DG4SteBlk_(ctx) = _DestroyG4State( DG4SteBlk_(ctx) ); + /* + ** Turn off the no-input flag. + */ + VecNoInpt_(CtxVecPtr_(ctx)) = FALSE; + /* + ** Deallocate source and destination data descriptors. + */ + DG4SrcDat_(ctx) = DdxRmDeallocData_( DG4SrcDat_(ctx) ); + DG4DstDat_(ctx) = DdxRmDeallocData_( DG4DstDat_(ctx) ); + + return( Success ); +} /* end of _DecodeG4Abort */ + +/***************************************************************************** +** _DecodeG4Destroy +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _DecodeG4Destroy( ctx ) + DecodeG4PipeCtxPtr ctx; +{ + DG4SrcDrn_(ctx) = DdxRmDestroyDrain_( DG4SrcDrn_(ctx) ); + + return( Success ); +} /* end of _DecodeG4Destroy */ + +/***************************************************************************** +** _DecodeG4Segment +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _DecodeG4Segment( src, dst, state ) + UdpPtr src; + UdpPtr dst; + DecodeG4StatePtr state; +{ + UdpRec tmp; + unsigned char rem[4]; + int value; + + /* + ** Allocate destination buffer if required. + */ + if( upBase_(dst) == NULL ) + { + upBase_(dst) = DdxMallocBits_( upArSize_(dst) ); + if( upBase_(dst) == NULL ) return( BadAlloc ); + } + /* + ** If there are source bits remaining, concatenate them in a buffer with + ** some new source bits. + */ + if( state->remlen != 0 ) + { + urArSize_(tmp) = state->remlen + G4K_MinSrcLen; + urBase_(tmp) = rem; + urPos_(tmp) = 0; + state->srcpos = 0; + PUT_VALUE_( urBase_(tmp), 0, state->remdat, (1<remlen)-1 ); + value = GET_VALUE_( upBase_(src), upPos_(src), (1<remlen, value, (1<srcpos = upPos_(src) + G4K_MinSrcLen - state->remlen; + state->remlen = 0; + break; + + case G4K_StsDstFul: + /* + ** Destination full, but src not exhausted. + ** Restore state so things can be resumed. + */ + state->srcpos -= state->remlen; + if( state->srcpos < 0 ) + { + state->remdat >>= state->remlen + state->srcpos; + state->remlen = abs( state->srcpos ); + } + else + state->remlen = 0; + return( G4K_StsDstFul ); + + case G4K_StsDcdErr: + return( G4K_StsDcdErr ); + } + } + return( _DecodeG4Src( src, dst, state ) ); +} + +/***************************************************************************** +** _InitializeG4State +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +** none +** +*****************************************************************************/ +static DecodeG4StatePtr _InitializeG4State(dst) + UdpPtr dst; +{ + DecodeG4StatePtr state = (DecodeG4StatePtr) + DdxCalloc_(1,sizeof(DecodeG4StateRec)); + if( state == NULL ) return( (DecodeG4StatePtr) BadAlloc ); + + state->ppl = upWidth_(dst); + state->nxtscn = upY1_(dst); + state->lstscn = dst->UdpL_Y2; + state->ccl = (int *) DdxMalloc_((state->ppl + 4) * sizeof(int)); + state->rcl = (int *) DdxMalloc_((state->ppl + 4) * sizeof(int)); + + state->rcl[0] = 1; + state->rcl[1] = state->ppl; + state->rcl[2] = state->ppl; + state->rcl[3] = state->ppl; + state->rcl[4] = state->ppl; + + state->mode = G4K_ModeNewScan; + + return( state ); +} + +/***************************************************************************** +** _DestroyG4State +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +** none +** +*****************************************************************************/ +static DecodeG4StatePtr _DestroyG4State(state) + DecodeG4StatePtr state; +{ + if( IsPointer_(state) ) + { + if( IsPointer_(state->ccl) ) + DdxFree_(state->ccl); + if( IsPointer_(state->rcl) ) + DdxFree_(state->rcl); + DdxFree_(state); + } + return( NULL ); +} + +/***************************************************************************** +** _DecodeG4Src +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _DecodeG4Src( src, dst, state ) + UdpPtr src; + UdpPtr dst; + DecodeG4StatePtr state; +{ + int status; + int *tmp; + long scanofs; + + if( state->nxtscn < upY1_(dst) ) + status = G4K_StsDstFul; + else + while( TRUE ) + { + if( state->nxtscn > upY2_(dst) ) + { + status = G4K_StsDstFul; + break; + } + status = _DecodeG4Process( src, state ); + if( status == G4K_StsEol ) + { + state->ccl[state->ccl[0]+1] = state->ppl; + state->ccl[state->ccl[0]+2] = state->ppl; + state->ccl[state->ccl[0]+3] = state->ppl; + + scanofs = upPos_(dst) + upScnStr_(dst) + * (state->nxtscn++ - upY1_(dst)); + memset( upBase_(dst)+(scanofs+7>>3), 0, upScnStr_(dst)+7>>3 ); + MiPutRuns( upBase_(dst), scanofs, state->ccl ); + /* + ** Swap current and reference scanlines. + */ + tmp = state->rcl; + state->rcl = state->ccl; + state->ccl = tmp; + } + else + break; + } + + switch (status) + { + case G4K_StsEoi: + /* + ** EOI before the expected last scanline. For now, + ** consider this an error. + */ + if (state->nxtscn <= state->lstscn) + return G4K_StsDcdErr; + + case G4K_StsEol: + if (state->nxtscn > state->lstscn) + return G4K_StsEoi; + else + return G4K_StsDstFul; + default: + return status; + } + +} + +/***************************************************************************** +** _DecodeG4Process +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _DecodeG4Process(src, state) + UdpPtr src; + DecodeG4StatePtr state; +{ + int bits, value, type; + + if( state->mode == G4K_ModeNewScan ) + { + state->cidx = 0; + state->ridx = 1; + state->a0 = -1; + state->a0prime = -1; + state->a1 = 0; + state->b1 = 0; + state->mode = G4K_ModeCodeword; + state->ccl[0] = 0; + } + while( TRUE ) + { + if( upArSize_(src) - state->srcpos > G4K_MinSrcLen ) + { + switch( state->mode ) + { /* + ** Read the next codeword and dispatch. + */ + case G4K_ModeCodeword : + bits = GET_VALUE_( upBase_(src), state->srcpos, G4M_Codeword ); + state->srcpos += MiArFax2DDecodeTable[bits].length; + + switch( MiArFax2DDecodeTable[bits].type ) + { /* + ** State mode is codeword, codeword type is TERMINATOR, + ** dispatch from here based on codeword value. + */ + case G4K_CodetypeTerminator : + switch( MiArFax2DDecodeTable[bits].value ) + { /* + ** State mode is codeword, codeword type is + ** TERMINATOR, codeword value is PASS. + */ + case G4K_CodevaluePass : + while( state->rcl[state->ridx] <= state->a0prime || + ((state->ridx & 1) == (state->cidx & 1))) + state->ridx++; + state->b1 = state->rcl[state->ridx]; + state->a0prime = state->rcl[state->ridx + 1]; + if( state->ridx > 1 + && state->rcl[state->ridx - 1] > state->a0prime ) + state->ridx--; + if( state->ccl[state->cidx] >= state->ppl ) + { + state->mode = G4K_ModeNewScan; + return( G4K_StsEol ); + } + break; + /* + ** State mode is Codeword, codeword type is TERMINATOR, + ** codeword value is HORIZONTAL. + */ + case G4K_CodevalueHoriz : + if( state->a0 < 0 ) + { + state->a0 = 0; + if( state->a0prime < 0 ) + state->a0prime = 0; + } + state->cidx++; + state->rlen = 0; + state->mode = G4K_ModeFirstRun; + break; + /* + ** State mode is codeword, codeword type is TERMINATOR, + ** codeword value is VERTICAL. + */ + case G4K_CodevalueV0 : + case G4K_CodevalueVR1 : + case G4K_CodevalueVL1 : + case G4K_CodevalueVR2 : + case G4K_CodevalueVL2 : + case G4K_CodevalueVR3 : + case G4K_CodevalueVL3 : + while( state->rcl[state->ridx] <= state->a0prime || + ((state->ridx & 1) == (state->cidx & 1))) + state->ridx++; + state->b1 = state->rcl[state->ridx]; + + if( state->ridx > 1 + && state->rcl[state->ridx - 1] > state->a0prime ) + state->ridx--; + state->a0 = state->b1+MiArFax2DDecodeTable[bits].value; + state->a0prime = state->a0; + state->ccl[++(state->cidx)] = state->a0; + state->ccl[0]++; + + if( state->ccl[state->cidx] >= state->ppl ) + { + state->mode = G4K_ModeNewScan; + return( G4K_StsEol ); + } + break; + /* + ** Here on invalid codeword values. + */ + default: return( G4K_StsDcdErr ); + } + break; /* End of switch (codeword type) */ + + /* + ** State mode is Codeword, codeword type is EOL. + */ + case G4K_CodetypeEol : + bits = GET_VALUE_(upBase_(src),state->srcpos,G4M_Codeword); + if( MiArFax2DDecodeTable[bits].type == G4K_CodetypeEol ) + { + state->srcpos += MiArFax2DDecodeTable[bits].length; + return( G4K_StsEoi ); + } + else + { + state->mode = G4K_ModeNewScan; + return( G4K_StsEol ); + } + /* + ** Here on invalid codeword types. + */ + default: return( G4K_StsDcdErr ); + } + break; /* End of switch (codeword value) */ + + case G4K_ModeFirstRun : + if( state->cidx & 1 == G4K_WhiteRun ) + { + bits = GET_VALUE_(upBase_(src), state->srcpos, G4M_WhiteRun); + value = MiArFax1DDecodeWhite[bits].value; + type = MiArFax1DDecodeWhite[bits].type; + state->srcpos += MiArFax1DDecodeWhite[bits].length; + } + else + { + bits = GET_VALUE_(upBase_(src), state->srcpos, G4M_BlackRun); + value = MiArFax1DDecodeBlack[bits].value; + type = MiArFax1DDecodeBlack[bits].type; + state->srcpos += MiArFax1DDecodeBlack[bits].length; + } + state->rlen += value; + + if( type != G4K_CodetypeMakeup ) + { + state->a1 = state->rlen + state->a0prime; + state->ccl[state->cidx++] = state->a1; + state->ccl[0]++; + state->rlen = 0; + state->mode = G4K_ModeSecondRun; + } + break; + + case G4K_ModeSecondRun : + if( state->cidx & 1 == G4K_WhiteRun ) + { + bits = GET_VALUE_(upBase_(src), state->srcpos, G4M_WhiteRun); + value = MiArFax1DDecodeWhite[bits].value; + type = MiArFax1DDecodeWhite[bits].type; + state->srcpos += MiArFax1DDecodeWhite[bits].length; + } + else + { + bits = GET_VALUE_(upBase_(src), state->srcpos, G4M_BlackRun); + value = MiArFax1DDecodeBlack[bits].value; + type = MiArFax1DDecodeBlack[bits].type; + state->srcpos += MiArFax1DDecodeBlack[bits].length; + } + state->rlen += value; + + if( type != G4K_CodetypeMakeup ) + { + state->a0 = state->a1 + state->rlen; + state->a0prime = state->a0; + state->ccl[state->cidx] = state->a0; + state->ccl[0]++; + state->mode = G4K_ModeCodeword; + + if( state->ccl[state->cidx] >= state->ppl ) + { + state->mode = G4K_ModeNewScan; + return( G4K_StsEol ); + } + } + break; + /* + ** Here on invalid state mode. + */ + default: return( G4K_StsDcdErr ); + } /* End of switch (state->mode) */ + + } /* End of if (enough source data remaining) */ + else + { /* + ** Not enough source data, return source exhausted. + */ + state->remlen = upArSize_(src) - state->srcpos; + state->remdat = GET_VALUE_( upBase_(src), + state->srcpos, (1<remlen)-1 ); + return( G4K_StsSrcExh ); + } + } +} diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiDecodeG4.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiDecodeG4.h new file mode 100644 index 0000000..2aed4fb --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiDecodeG4.h @@ -0,0 +1,215 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the G4 decompress pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** John Weber +** Robert NC Shelley +** +** CREATION DATE: +** +** February 27, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIDECODEG4 +#define _SMIDECODEG4 + +/* +** Include files +*/ +#include + +/* +** Equated Symbols +*/ + +/* +** State record for decompression +*/ +typedef struct _DecodeG4State { + int srcpos; + int ppl; + int mode; + int *rcl_desc; + int *rcl; + int *ccl; + int ridx; + int cidx; + int a0; + int a0prime; + int a1; + int b1; + int rlen; + int remdat; + int remlen; + int nxtscn; + int lstscn; + int pad_flag; +} DecodeG4StateRec, *DecodeG4StatePtr; + +/* +** Huffman decode table definitions +*/ +typedef struct _DecodeG4HuffTable { + short value; + unsigned char length; + char type; +} DecodeG4HuffTableRec, *DecodeG4HuffTablePtr; + + /* + ** DecodeG4 pipeline context block. + */ +typedef struct _DecodeG4PipeCtx { + PipeElementCommonPart common; + struct _DecodeG4Part { + PipeSinkPtr Src; + PipeSinkPtr Dst; + PipeDrainPtr Drn; + PipeDataPtr SrcDat; + PipeDataPtr DstDat; + DecodeG4StatePtr SteBlk; + int NewDst; + } DecodeG4Part; +} DecodeG4PipeCtx, *DecodeG4PipeCtxPtr; + +/* +** MACROs to access pipeline context structure. +*/ +#define DG4SrcSnk_(ctx) ((ctx)->DecodeG4Part.Src) +#define DG4DstSnk_(ctx) ((ctx)->DecodeG4Part.Dst) +#define DG4SrcDrn_(ctx) ((ctx)->DecodeG4Part.Drn) +#define DG4SrcDat_(ctx) ((ctx)->DecodeG4Part.SrcDat) +#define DG4DstDat_(ctx) ((ctx)->DecodeG4Part.DstDat) +#define DG4SteBlk_(ctx) ((ctx)->DecodeG4Part.SteBlk) +#define DG4NewDst_(ctx) ((ctx)->DecodeG4Part.NewDst) + +/* +** Code table constants +*/ +#define G4K_BlackTableSize 8192 +#define G4K_WhiteTableSize 4096 +#define G4K_DecodeTableSize 4096 +#define G4K_MinSrcLen 14 /* Defines the maximum codeword */ + /* size in bits */ +#define G4M_WhiteRun 0x0FFF +#define G4M_BlackRun 0x1FFF +#define G4M_Codeword 0x0FFF +/* +** Decoding mode constants +*/ +#define G4K_ModeNewScan 1 +#define G4K_ModeCodeword 2 +#define G4K_ModeFirstRun 3 +#define G4K_ModeSecondRun 4 +/* +** These constants define the usage of the change lists. If the change list +** index is even, a white run is described. If a black run is being defined, +** the changelist index will be odd. +*/ +#define G4K_WhiteRun 1 +#define G4K_BlackRun 0 +/* +** Code type constants +*/ +#define G4K_CodetypeTerminator 2 +#define G4K_CodetypeEol -1 +#define G4K_CodetypeMakeup 1 +/* +** Code value constants +*/ +#define G4K_CodevaluePass 4 +#define G4K_CodevalueHoriz 5 +#define G4K_CodevalueV0 0 +#define G4K_CodevalueVR1 1 +#define G4K_CodevalueVL1 -1 +#define G4K_CodevalueVR2 2 +#define G4K_CodevalueVL2 -2 +#define G4K_CodevalueVR3 3 +#define G4K_CodevalueVL3 -3 +/* +** Status code definitions +*/ +#define G4K_StsEol -1 +#define G4K_StsDcdErr -2 +#define G4K_StsSrcExh -3 +#define G4K_StsDstFul -4 +#define G4K_StsEoi -5 + +/* +** External References +*/ +extern int SmiDecodeG4(); +extern int SmiCreateDecodeG4(); + +externalref DecodeG4HuffTableRec MiArFax1DDecodeWhite[G4K_WhiteTableSize]; +externalref DecodeG4HuffTableRec MiArFax1DDecodeBlack[G4K_BlackTableSize]; +externalref DecodeG4HuffTableRec MiArFax2DDecodeTable[G4K_DecodeTableSize]; + +#endif +/* _SMIDECODEG4 */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiDither.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiDither.c new file mode 100644 index 0000000..280cbdd --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiDither.c @@ -0,0 +1,597 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module does a Floyd Stienberg dither, same as blue noise +** only no random, no serpentine stuff. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** John Weber +** +** CREATION DATE: +** +** 28-April-1989 +** +*******************************************************************************/ + +#include + +#include "SmiDither.h" + +/* +** Table of contents +*/ +int SmiDither(); +int SmiCreateDither(); + +static int _DitherInitialize(); +static int _DitherActivate(); +static int _DitherAbort(); +static int _DitherDestroy(); + +static void DitherProcess(); + +/* +** Equated Symbols +*/ + +#define F1_32 0.03125 +#define F1_8 0.125 +#define F7_16 0.4375 +#define F1_16 0.0625 +#define F5_16 0.3125 +#define F3_16 0.1875 + +/* +** External References +*/ + +/* +** Local storage +*/ + /* + ** Dither Element Vector + */ +static PipeElementVector DitherPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeDitherElement, /* Structure subtype */ + sizeof(DitherPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _DitherInitialize, /* Initialize entry */ + _DitherActivate, /* Activate entry */ + _DitherAbort, /* Flush entry */ + _DitherDestroy, /* Destroy entry */ + _DitherAbort /* Abort entry point */ + }; + +/***************************************************************************** +** SmiCreateDither +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the DITHER pipeline element +** +** FORMAL PARAMETERS: +** +** ctx - dither pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateDither(pipe,srcsnk,dstsnk) +Pipe pipe; +PipeSinkPtr srcsnk; +PipeSinkPtr dstsnk; +{ + int i, dtype; + DitherPipeCtxPtr ctx = (DitherPipeCtxPtr) + DdxCreatePipeCtx_(pipe, &DitherPipeElement, FALSE); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Copy parameters + */ + DtrSrcSnk_(ctx) = srcsnk; + DtrDstSnk_(ctx) = dstsnk; + + DtrSrcDrn_(ctx) = DdxRmCreateDrain_( srcsnk, -1 ); + if( !IsPointer_(DtrSrcDrn_(ctx)) ) return( (int) DtrSrcDrn_(ctx) ); + + DdxRmSetDType_( DtrSrcDrn_(ctx), UdpK_DTypeUndefined, DtM_BU | DtM_WU ); + DdxRmSetQuantum_( DtrSrcDrn_(ctx), 1 ); + + for(i = 0; i < XieK_MaxComponents && IsPointer_(SnkUdpPtr_(dstsnk,i)); i++) + if( SnkLvl_(dstsnk,i) <= 256 ) + dtype = UdpK_DTypeBU; + else + { + dtype = UdpK_DTypeWU; + break; + } + DdxRmSetDType_( dstsnk, dtype, 1<UdpA_Base == NULL ) + { /* + ** Allocate the destination image array + */ + dstudp->UdpA_Base = DdxMallocBits_( dstudp->UdpL_ArSize ); + if( dstudp->UdpA_Base == NULL ) return( BadAlloc ); + } + if( dstudp->UdpL_Levels < 2 ) + /* + ** Forget the image -- just zero-fill the destination scanlines. + */ + return( DdxFillRegion_( dstudp, + dstudp->UdpL_X1, dstudp->UdpL_Y1, + dstudp->UdpL_PxlPerScn, + dstudp->UdpL_ScnCnt, 0 ) ); + + if(srcudp->UdpB_DType == UdpK_DTypeBU || srcudp->UdpB_DType == UdpK_DTypeWU) + src = srcudp; + else + { /* + ** Convert input data buffer to our "prefered" format. + */ + src = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( src == NULL ) return( BadAlloc ); + + src->UdpW_PixelLength = srcudp->UdpL_Levels > 256 ? 8 * sizeof(short) + : 8 * sizeof(char); + src->UdpB_DType = srcudp->UdpL_Levels > 256 ? UdpK_DTypeWU + : UdpK_DTypeBU; + src->UdpB_Class = UdpK_ClassA; + src->UdpL_X1 = srcudp->UdpL_X1; + src->UdpL_X2 = srcudp->UdpL_X2; + src->UdpL_Y1 = srcudp->UdpL_Y1; + src->UdpL_Y2 = srcudp->UdpL_Y2; + src->UdpL_PxlPerScn = srcudp->UdpL_PxlPerScn; + src->UdpL_ScnCnt = srcudp->UdpL_ScnCnt; + src->UdpL_PxlStride = src->UdpW_PixelLength; + src->UdpL_ScnStride = src->UdpL_PxlStride * src->UdpL_PxlPerScn; + src->UdpL_ArSize = src->UdpL_ScnStride * src->UdpL_ScnCnt; + src->UdpA_Base = NULL; + src->UdpL_Pos = 0; + src->UdpL_CompIdx = srcudp->UdpL_CompIdx; + src->UdpL_Levels = srcudp->UdpL_Levels; + status = DdxConvert_( srcudp, src, XieK_MoveMode ); + if( status != Success ) goto clean_up; + } + + if(dstudp->UdpB_DType == UdpK_DTypeBU || dstudp->UdpB_DType == UdpK_DTypeWU) + dst = dstudp; + else + { /* + ** Convert output data buffer to our "prefered" format. + */ + dst = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( dst == NULL ) + { + status = BadAlloc; + goto clean_up; + } + dst->UdpW_PixelLength = dstudp->UdpL_Levels > 256 ? 8 * sizeof(short) + : 8 * sizeof(char); + dst->UdpB_DType = dstudp->UdpL_Levels > 256 ? UdpK_DTypeWU + : UdpK_DTypeBU; + dst->UdpB_Class = UdpK_ClassA; + dst->UdpL_X1 = dstudp->UdpL_X1; + dst->UdpL_X2 = dstudp->UdpL_X2; + dst->UdpL_Y1 = dstudp->UdpL_Y1; + dst->UdpL_Y2 = dstudp->UdpL_Y2; + dst->UdpL_PxlPerScn = dstudp->UdpL_PxlPerScn; + dst->UdpL_ScnCnt = dstudp->UdpL_ScnCnt; + dst->UdpL_PxlStride = dst->UdpW_PixelLength; + dst->UdpL_ScnStride = dst->UdpL_PxlStride * dst->UdpL_PxlPerScn; + dst->UdpL_ArSize = dst->UdpL_ScnStride * dst->UdpL_ScnCnt; + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + dst->UdpL_Pos = 0; + dst->UdpL_CompIdx = dstudp->UdpL_CompIdx; + dst->UdpL_Levels = dstudp->UdpL_Levels; + if( dst->UdpA_Base == NULL ) + { + status = BadAlloc; + goto clean_up; + } + } + /* + ** Allocate error buffers + */ + errbuf[0] = (double *) DdxCalloc_(dst->UdpL_PxlPerScn+2,sizeof(double)); + errbuf[1] = (double *) DdxCalloc_(dst->UdpL_PxlPerScn+2,sizeof(double)); + + if( errbuf[0] == NULL || errbuf[1] == NULL ) + status = BadAlloc; + else + DitherProcess( src, dst, errbuf[0], errbuf[1], &curerr ); + +clean_up : + if( IsPointer_(errbuf[0]) ) + DdxFree_(errbuf[0]); + if( IsPointer_(errbuf[1]) ) + DdxFree_(errbuf[1]); + + if( IsPointer_(src) && src != srcudp ) + { + if( IsPointer_(src->UdpA_Base) ) + DdxFreeBits_(src->UdpA_Base); + DdxFree_(src); + } + if( IsPointer_(dst) && dst != dstudp ) + { + if( status == Success ) + status = DdxConvert_( dst, dstudp, XieK_MoveMode ); + if( IsPointer_(dst->UdpA_Base) ) + DdxFreeBits_(dst->UdpA_Base); + DdxFree_(dst); + } + return( status ); +} /* end of SmiDither */ + +/***************************************************************************** +** DitherProcess +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +*****************************************************************************/ +static void DitherProcess(src, dst, err0, err1, erridx) +UdpPtr src; +UdpPtr dst; +double *err0; +double *err1; +int *erridx; +{ + int pix, scn, dtypes; + int src_bytes_per_scn, src_bytes_per_pxl; + int dst_bytes_per_scn, dst_bytes_per_pxl; + double *errbuf[2], *curerr, *prverr, nompxlrng, modpxlval; + unsigned char BUpxlval, *dstptr, *srcptr; + unsigned short WUpxlval; + + errbuf[0] = err0; + errbuf[1] = err1; + + nompxlrng = (double)(src->UdpL_Levels - 1) / (double)(dst->UdpL_Levels - 1); + + src_bytes_per_scn = src->UdpL_ScnStride / 8; + dst_bytes_per_scn = dst->UdpL_ScnStride / 8; + src_bytes_per_pxl = src->UdpL_PxlStride / 8; + dst_bytes_per_pxl = dst->UdpL_PxlStride / 8; + /* + ** Figure out what Dtype combination we have. + */ + dtypes = src->UdpB_DType == dst->UdpB_DType + ? src->UdpB_DType == UdpK_DTypeBU ? 0 /* BytByt */ : 1 /* WrdWrd */ + : src->UdpB_DType == UdpK_DTypeBU ? 2 /* BytWrd */ : 3 /* WrdByt */; + + for( scn = 0; scn < dst->UdpL_ScnCnt; scn++ ) + { + curerr = errbuf[*erridx] + 1; + prverr = errbuf[(*erridx + 1) & 1] + 1; + + srcptr = src->UdpA_Base + src_bytes_per_scn * scn + src->UdpL_Pos / 8; + dstptr = dst->UdpA_Base + dst_bytes_per_scn * scn + dst->UdpL_Pos / 8; + + switch( dtypes ) + { /* dither a scanline */ + case 0 : /* BytByt */ + for( pix = 0; pix < dst->UdpL_PxlPerScn; pix++ ) + { + modpxlval = *((unsigned char *)srcptr) + F7_16 * (*(curerr-1)) + + F1_16 * (*(prverr-1)) + + F5_16 * (*(prverr)) + + F3_16 * (*(prverr+1)); + BUpxlval = (modpxlval + nompxlrng/2)/nompxlrng; + *curerr = modpxlval - (BUpxlval * nompxlrng); + *((unsigned char *)dstptr) = BUpxlval; + srcptr += src_bytes_per_pxl; + dstptr += dst_bytes_per_pxl; + curerr++; + prverr++; + } + break; + + case 1 : /* WrdWrd */ + for( pix = 0; pix < dst->UdpL_PxlPerScn; pix++ ) + { + modpxlval = *((unsigned short *)srcptr) + F7_16 * (*(curerr-1)) + + F1_16 * (*(prverr-1)) + + F5_16 * (*(prverr)) + + F3_16 * (*(prverr+1)); + WUpxlval = (modpxlval + nompxlrng/2)/nompxlrng; + *curerr = modpxlval - (WUpxlval * nompxlrng); + *((unsigned short *)dstptr) = WUpxlval; + srcptr += src_bytes_per_pxl; + dstptr += dst_bytes_per_pxl; + curerr++; + prverr++; + } + break; + + case 2 : /* BytWrd */ + for( pix = 0; pix < dst->UdpL_PxlPerScn; pix++ ) + { + modpxlval = *((unsigned char *)srcptr) + F7_16 * (*(curerr-1)) + + F1_16 * (*(prverr-1)) + + F5_16 * (*(prverr)) + + F3_16 * (*(prverr+1)); + WUpxlval = (modpxlval + nompxlrng/2)/nompxlrng; + *curerr = modpxlval - (WUpxlval * nompxlrng); + *((unsigned short *)dstptr) = WUpxlval; + srcptr += src_bytes_per_pxl; + dstptr += dst_bytes_per_pxl; + curerr++; + prverr++; + } + break; + + case 3 : /* WrdByt */ + for( pix = 0; pix < dst->UdpL_PxlPerScn; pix++ ) + { + modpxlval = *((unsigned short *)srcptr) + F7_16 * (*(curerr-1)) + + F1_16 * (*(prverr-1)) + + F5_16 * (*(prverr)) + + F3_16 * (*(prverr+1)); + BUpxlval = (modpxlval + nompxlrng/2)/nompxlrng; + *curerr = modpxlval - (BUpxlval * nompxlrng); + *((unsigned char *)dstptr) = BUpxlval; + srcptr += src_bytes_per_pxl; + dstptr += dst_bytes_per_pxl; + curerr++; + prverr++; + } + } + *erridx = (*erridx + 1) & 1; + } +} /* end of DitherProcess */ +/* end of module SmiDither.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiDither.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiDither.h new file mode 100644 index 0000000..dcdf2d7 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiDither.h @@ -0,0 +1,128 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the DITHER pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** John Weber +** +** CREATION DATE: +** +** February 12, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIDITHER +#define _SMIDITHER + +/* +** Include files +*/ +#include + + /* + ** Function reference + */ +int SmiDither(); +int SmiCreateDither(); + +/* +** Structure definitions and Typedefs +*/ + +/* +** Dither pipeline context block. +*/ +typedef struct _DitherPipeCtx { + PipeElementCommonPart common; + struct _DitherPart { + PipeSinkPtr srcsnk; + PipeSinkPtr dstsnk; + PipeDrainPtr srcdrn; + double *errbuf[XieK_MaxComponents]; + double *errnxt; + } DitherPart; +} DitherPipeCtx, *DitherPipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, Dither part, access MACROs +*/ +#define DtrSrcDrn_(ctx) (((DitherPipeCtxPtr)(ctx))->DitherPart.srcdrn) +#define DtrErrBuf_(ctx,i) (((DitherPipeCtxPtr)(ctx))->DitherPart.errbuf[i]) +#define DtrNxtErr_(ctx) (((DitherPipeCtxPtr)(ctx))->DitherPart.errnxt) +/* +** Dither Parameters +*/ +#define DtrSrcSnk_(ctx) (((DitherPipeCtxPtr)(ctx))->DitherPart.srcsnk) +#define DtrDstSnk_(ctx) (((DitherPipeCtxPtr)(ctx))->DitherPart.dstsnk) + +#endif +/* _SMIDITHER */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiEncodeDct.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiEncodeDct.c new file mode 100644 index 0000000..e623840 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiEncodeDct.c @@ -0,0 +1,2110 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains the interface to the DCT compressesion routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** John Nadai +** John Weber +** +** CREATION DATE: +** +** April 5, 1990 +** +*******************************************************************************/ + +/* +** INCLUDE FILES +*/ +#include +#include + +#if defined(XIESMI) +#include "SmiEncodeDct.h" +#include "SmiDctMacros.h" +#elif defined(IPS) +#include +#include +#include +#include +#include +#include +#endif + +/* +** Table of Contents +*/ +#if defined(XIESMI) +unsigned long SmiEncodeDct(); /* External XIE entries */ +#elif defined(IPS) +long _IpsEncodeDct(); /* External IPS entries */ +#endif + +#if defined(XIESMI) +int SmiCreateEncodeDct(); +static int _EncodeDctInitialize(); +static int _EncodeDctActivate(); +static int _EncodeDctFlush(); +static int _EncodeDctAbort(); +static int _EncodeDctDestroy(); +static int _EncodeDctFreeData(); +#endif + +static unsigned long DceEncodeSegment(); +static EncodeDctStatePtr DceInitializeState(); +static EncodeDctStatePtr DceDestroyState(); + +static int DceNextToken(); +static int DceEncodeData(); + +static int DceLenDat(); +static int DceLenRSC(); +static int DceLenSOI(); +static int DceLenSOF(); +static int DceLenSOS(); +static int DceLenEOI(); + +static int DceActDat(); +static int DceActRSC(); +static int DceActSOI(); +static int DceActSOF(); +static int DceActSOS(); +static int DceActEOI(); + +static void DcePadData(); +static void Dce8x8_8U_16S() ; + +static int DctCreateScaledQuant(); +static int DctRstEnable(); +static int DctEncode(); +static int DctPutBits(); + +/* +** Local MACROS +*/ + /* + ** Put a 16 bit value into the code stream, LSB first. + */ +#define PutShort_(ptr,value) \ + *(ptr)++ = (value) & 0xFF; \ + *(ptr)++ = ((value) >> 8) &0xFF; + +/* ZIGZAG_QUANT MACRO + + Inputs: > 16-bit signed, UNquantized DCT coefficients + > organized as sequence of blocks (within blocks, the + coefficients stored by rows) + + Outputs: > 16-bit signed, quantized DCT coefficients + > organized as sequence of blocks (within blocks, the + coefficients stored in zigzag order) + +*/ + +#define ZQ_VARIABLES \ +\ +double d_dtemp ;\ +short int *d_in_ptr,*d_out_ptr,*d_z_ptr;\ +unsigned char *d_q_ptr ;\ +int d_i ; + +#define ZIGZAG_QUANT(IN_PT,OUT_PT,Z_PT,Q_PT) \ + d_in_ptr = (short int *)(IN_PT) ;\ + d_out_ptr = (short int *)(OUT_PT) ;\ + d_q_ptr = (unsigned char *)(Q_PT) ;\ + d_z_ptr = (short int *)(Z_PT) ;\ + for( d_i=0 ; d_i<=63 ; d_i++ )\ + {\ + d_dtemp = \ + (double)(*(d_in_ptr+(*d_z_ptr++)))/(double)(*d_q_ptr++);\ + *d_out_ptr++ = \ + (d_dtemp<0.) ? (int)(d_dtemp-.5) : (int)(d_dtemp+.5) ;\ + } + +/* +** Static storage +*/ + /* + ** EncodeDct Element Vector + */ +#if defined(XIESMI) +static PipeElementVector EncodeDctPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeEncodeDctElement, /* Structure subtype */ + sizeof(EncodeDctPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _EncodeDctInitialize, /* Initialize entry */ + _EncodeDctActivate, /* Activate entry */ + _EncodeDctFlush, /* Flush entry */ + _EncodeDctDestroy, /* Destroy entry */ + _EncodeDctAbort /* Abort entry */ + }; +#endif + + /* + ** Token length table. + */ +static int (*token_length[DctK_TokenMax])() = { + NULL, /* None */ + DceLenSOI, /* SOI */ + DceLenSOF, /* SOF */ + DceLenSOS, /* SOS */ + DceLenDat, /* Data */ + DceLenRSC, /* RSC */ + DceLenEOI, /* EOI */ + NULL /* Error */ +}; +static int (*token_action[DctK_TokenMax])() = { + NULL, /* None */ + DceActSOI, /* SOI */ + DceActSOF, /* SOF */ + DceActSOS, /* SOS */ + DceActDat, /* Data */ + DceActRSC, /* RSC */ + DceActEOI, /* EOI */ + NULL /* Error */ +}; + +/***************************************************************************** +** SmiEncodeDct +** +** FUNCTIONAL DESCRIPTION: +** +** Image data is encoded using the DCT data compression scheme. +** +** FORMAL PARAMETERS: +** +** udplst - pointer to image data to be compressed. +** udpcnt - number of components in udplst. +** cdp - pointer to resulting compressed image data plane. +** factor - compression factor to be used to encode image. +** resync - enable generation of resync markers. +** size_ret - where to return size of compressed data +** +** FUNCTION VALUE: +** +** status +** +*****************************************************************************/ +#if defined(XIESMI) +unsigned long SmiEncodeDct(udplst,udpcnt,cdp,factor,resync,size_ret) +#elif defined(IPS) +long _IpsEncodeDct(udplst,udpcnt,cdp,factor,resync,size_ret) +#endif +UdpPtr udplst[]; +int udpcnt; +UdpPtr cdp; +unsigned long factor; +unsigned long resync; +int *size_ret; +{ + long status; + long bytcnt; + long output_bytcnt; + long i,j,k; + long width; + long height; + long mem_alloc = FALSE; + EncodeDctStatePtr state; + + *size_ret = 0; + /* + ** Check DCT compression factor. + */ + if( factor < 5 || factor > 200 ) + return( DctX_BadFactor ); + /* + ** Check input UDP fields + ** Calculate worst case compressed data buffer size. + */ + for( output_bytcnt = 0, i = 0; i < udpcnt; i++ ) + { + if( udplst[i]->UdpB_Class != UdpK_ClassA || + udplst[i]->UdpB_DType != UdpK_DTypeBU ) + return( DctX_UnsOption ); + width = (udplst[i]->UdpL_PxlPerScn + 7) & ~7; + height = (udplst[i]->UdpL_ScnCnt + 7) & ~7; + output_bytcnt += width * height * (20.0 / (float)factor) + 3200; + } +#if defined(IPS) + if( cdp->UdpA_Base != NULL && cdp->UdpL_ArSize / 8 < output_bytcnt ) + return( DctX_OutBufSiz ); +#endif + /* + ** If error during initialization, return to caller. + */ + state = DceInitializeState( udplst, udpcnt ); + if( state == NULL ) return( DctX_BadAlloc ); + /* + ** Check CDP...if buffer not allocated, allocate a worst case size. + */ + if( cdp->UdpA_Base == NULL ) + { +#if defined(IPS) + *cdp = *udplst[0]; + cdp->UdpL_Pos = 0; +#endif + cdp->UdpL_ArSize = output_bytcnt * 8; + cdp->UdpA_Base = (unsigned char *) DctMallocBits_(output_bytcnt*8); + if( cdp->UdpA_Base == NULL ) + { + DceDestroyState(state); + return DctX_BadAlloc; + } + mem_alloc = TRUE; + } +#if defined(IPS) + else + { + i = (long)cdp->UdpL_ArSize; + j = (long)cdp->UdpA_Base; + k = (long)cdp->UdpL_Pos; + *cdp = *udplst[0]; + /* Adjust fields */ + cdp->UdpL_ArSize = (unsigned long)i; + cdp->UdpA_Base = (unsigned char *)j; + cdp->UdpL_Pos = (unsigned long)k; + } + cdp->UdpB_Class = UdpK_ClassUBS; + cdp->UdpB_DType = UdpK_DTypeVU; + cdp->UdpL_X1 = 0; + cdp->UdpL_Y1 = 0; + cdp->UdpL_X2 = cdp->UdpL_PxlPerScn - 1; + cdp->UdpL_Y2 = cdp->UdpL_ScnCnt - 1; +#endif + /* + ** Setup custom quantization tables based on default quantization tables + ** scaled by "factor". + */ + if( (status = DctCreateScaledQuant(state,0,0,factor)) != DctX_Success ) + { + DceDestroyState(state); + return status; + } + /* + ** Enable resync codes if requested. + */ + if( resync ) + DctRstEnable(state); + /* + ** Setup destination buffer. + */ + DceCurPtr_(state) = cdp->UdpA_Base; + DceCurLen_(state) = cdp->UdpL_ArSize / 8; + DceCurRem_(state) = DceCurLen_(state); + /* + ** Encode the data. + */ + status = DceEncodeSegment( state, udplst, udpcnt ); + bytcnt = DceCurLen_(state) - DceCurRem_(state); + + DceDestroyState(state); + + if( status != DctK_StatusDone ) + { +#if defined(XIESMI) + if( status > DctK_StatusDone ) + return( status ); + else if( status == DctK_StatusOutput ) + return( DctX_Success ); + else +#endif + return( DctX_EncodeFail ); + } + /* + ** reallocate memory if allocated from inside... + */ + if( mem_alloc ) + { + cdp->UdpL_ArSize = bytcnt * 8; + cdp->UdpA_Base = DctReallocBits_(cdp->UdpA_Base, cdp->UdpL_ArSize); + } + *size_ret = bytcnt * 8; + + return DctX_Success; +} + +/***************************************************************************** +** SmiCreateEncodeDct +** +** FUNCTIONAL DESCRIPTION: +** +** This function creates the ENCODE DCT pipeline element +** +** FORMAL PARAMETERS: +** +** pipe - pipeline pointer +** srcsnk - the sink from which to read PCM data +** cmpcnt - number of components in sink. +** dstudp - pointer to destination Udps for DCT data +** factor - compression factor +** final - pointer to flag to set when finished +** +*****************************************************************************/ +#if defined(XIESMI) +int SmiCreateEncodeDct(pipe,srcsnk,cmpmsk,dstudp,factor,final) + Pipe pipe; + PipeSinkPtr srcsnk; + int cmpmsk; + UdpPtr dstudp; + int factor; + unsigned int *final; +{ + int i; + /* + ** Create pipe element context block. + */ + EncodeDctPipeCtxPtr ctx = (EncodeDctPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &EncodeDctPipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Build our EncodeDct Pipe Ctx from the arguments passed in. + */ + DceSrcSnk_(ctx) = srcsnk; + DceDstUdp_(ctx) = dstudp; + DceFinal_(ctx) = final; + DceCmpMsk_(ctx) = cmpmsk; + DceCmpFct_(ctx) = factor; + *final &= ~(cmpmsk); + /* + ** Create drains. + */ + for (i = 0; i < XieK_MaxComponents ; i++) + if( 1<UdpL_ArSize = 0; + DceCurLen_(DceSteBlk_(ctx)) = bytcnt - DceDstUdp_(ctx)->UdpL_Pos / 8; + DceCurRem_(DceSteBlk_(ctx)) = DceCurLen_(DceSteBlk_(ctx)); + DceCurPtr_(DceSteBlk_(ctx)) = DceDstUdp_(ctx)->UdpA_Base + + DceDstUdp_(ctx)->UdpL_Pos / 8; + + return( DctX_Success ); +} /* end _EncodeDctInitialize */ +#endif + +/***************************************************************************** +** _EncodeDctActivate +** +** FUNCTIONAL DESCRIPTION: +** +** This routine performs DCT compression on a segment of the image. +** +** FORMAL PARAMETERS: +** +** ctx - encode DCT pipeline element context +** +*****************************************************************************/ +#if defined(XIESMI) +static int _EncodeDctActivate(ctx) + EncodeDctPipeCtxPtr ctx; +{ + UdpPtr dst = DceDstUdp_(ctx); + UdpPtr udplst[XieK_MaxComponents]; + int udpcnt; + int i; + int status; + int bits; + + if( DceDstUdp_(ctx)->UdpA_Base == NULL ) + { + bits = DceDstUdp_(ctx)->UdpL_Pos + DceCurRem_(DceSteBlk_(ctx)) * 8; + DceDstUdp_(ctx)->UdpA_Base = DctMallocBits_(bits); + if( DceDstUdp_(ctx)->UdpA_Base == NULL ) return( DctX_BadAlloc ); + DceCurPtr_(DceSteBlk_(ctx)) = DceDstUdp_(ctx)->UdpA_Base + + DceDstUdp_(ctx)->UdpL_Pos / 8; + } + + for(status = DctX_Success; status == DctX_Success; _EncodeDctFreeData(ctx)) + { + for( i = 0, udpcnt = 0; i < XieK_MaxComponents; i++ ) + /* + ** Read a quantum worth of data on each drain. + */ + if( 1< DceCurRem_(state)) + return DctK_StatusOutput; + /* + ** Call action routine....if good return, then update next token + ** else return with current status. + */ + status = (*token_action[nxttok])(state,udplst,udpcnt); + if (status == DctK_StatusContinue) + DceCurTok_(state) = nxttok; + else + return status; + } +} + +/***************************************************************************** +** DceInitializeState +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +** Address of state block or +** NULL on error (one of): +** BadAlloc +** +*****************************************************************************/ +static EncodeDctStatePtr DceInitializeState( udplst, udpcnt ) +UdpPtr udplst[]; +int udpcnt; +{ + int i; + int c; + int xmin; /* Minimum width */ + int xmax; /* Maximum width */ + int ymin; /* Minimum height */ + int ymax; /* Maximum height */ + char iscd; /* Boolean, is a common denominator */ + int gcd; /* Greatest common denominator */ + + EncodeDctStatePtr state = + (EncodeDctStatePtr) DctCalloc_(1,sizeof(EncodeDctStateRec)); + /* + ** If allocation error, return now. + */ + if( state == NULL ) return NULL; + + DceCmpCnt_(state) = udpcnt; + /* + ** Setup default tables. + */ + DceHacTbl_(state,0) = &DctR_AcEncodeTable[0]; + DceHacTbl_(state,1) = &DctR_AcEncodeTable[1]; + DceHdcTbl_(state,0) = &DctR_DcEncodeTable[0]; + DceHdcTbl_(state,1) = &DctR_DcEncodeTable[1]; + + DceQntTbl_(state,0) = &DctR_QuantDefault[0]; + DceQntDef_(state,0) = TRUE; + DceQntTbl_(state,1) = &DctR_QuantDefault[1]; + DceQntDef_(state,1) = TRUE; + /* + ** Set frame dimensions to match udp[0] + */ + DceFrmWid_(state) = udplst[0]->UdpL_PxlPerScn; + DceFrmHgt_(state) = udplst[0]->UdpL_ScnCnt; + /* + ** Initialize "per-component" information. + ** NOTE : Default tables are 0, so no explicit initialization required. + */ + for( i = 0; i < DceCmpCnt_(state); i++ ) + DceSrcUdp_(state,i) = *udplst[i]; + /* + ** For multiple components, calculate relative subsampling within scans... + */ + if( DceCmpCnt_(state) > 1 ) + { + xmin = DceCmpWid_(state,0); + ymin = DceCmpHgt_(state,0); + xmax = DceCmpWid_(state,0); + ymax = DceCmpHgt_(state,0); + + for( i = 1; i < DceCmpCnt_(state); i++ ) + { + if( xmin > DceCmpWid_(state,i) ) + xmin = DceCmpWid_(state,i); + if( xmax < DceCmpWid_(state,i) ) + xmax = DceCmpWid_(state,i); + if( ymin > DceCmpHgt_(state,i) ) + ymin = DceCmpWid_(state,i); + if( ymin < DceCmpHgt_(state,i) ) + ymax = DceCmpWid_(state,i); + } + /* + ** Find greatest common denominator for horizontal dimensions. + */ + for( i = 1, gcd = 1; i <= xmin; i++ ) + for( c = 0, iscd = TRUE; c < DceCmpCnt_(state); c++ ) + { + if( DceCmpWid_(state,c) % i != 0 ) + { + iscd = FALSE; + break; + } + if( iscd ) + gcd = i; + } + /* + ** Determine the horizontal sampling rates based on GCD. + */ + for( c = 0; c < DceCmpCnt_(state); c++ ) + DceCmpHrz_(state,c) = DceCmpWid_(state,c) / gcd; + /* + ** Find greatest common denominator for vertical dimensions. + */ + for( i = 1, gcd = 1; i <= ymin; i++ ) + for( c = 0, iscd = TRUE; c < DceCmpCnt_(state); c++ ) + { + if( DceCmpHgt_(state,c) % i != 0 ) + { + iscd = FALSE; + break; + } + if( iscd ) + gcd = i; + } + /* + ** Determine the vertical sampling rates based on GCD. + */ + for( c = 0; c < DceCmpCnt_(state); c++ ) + DceCmpVrt_(state,c) = DceCmpHgt_(state,c) / gcd; + } + else + { + DceCmpVrt_(state,0) = 1; + DceCmpHrz_(state,0) = 1; + } + /* + ** Assuming restarts are disabled, calculate restart interval to be + ** entire image. + */ + DceRstInt_(state) = + ((DceCmpHgt_(state,0)+(8*DceCmpVrt_(state,0)-1))/(8*DceCmpVrt_(state,0)))* + ((DceCmpWid_(state,0)+(8*DceCmpHrz_(state,0)-1))/(8*DceCmpHrz_(state,0))); + + return( state ); +} + +/***************************************************************************** +** DceDestroyState +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static EncodeDctStatePtr DceDestroyState( state ) + EncodeDctStatePtr state; +{ + int i; + +#if defined(XIESMI) + if( !IsPointer_(state) ) return( NULL ); +#endif + /* + ** Free any "non-default" quantization tables. + */ + for (i = 0; i < DctK_MaxQuantTables; i++) +#if defined(XIESMI) + if ((!DceQntDef_(state,i)) && (IsPointer_(DceQntTbl_(state,i)))) +#elif defined(IPS) + if ((!DceQntDef_(state,i)) && (DceQntTbl_(state,i) != NULL)) +#endif + DctFree_(DceQntTbl_(state,i)); + + DctFree_(state); + + return( NULL ); +} + +/***************************************************************************** +** DceNextToken +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DceNextToken(state) +EncodeDctStatePtr state; +{ + int next_token; + UdpPtr udp; + + switch (DceCurTok_(state)) + { + case DctK_TokenNone: + next_token = DctK_TokenSOI; + break; + + case DctK_TokenSOI: + next_token = DctK_TokenSOF; + break; + + case DctK_TokenSOF: + next_token = DctK_TokenSOS; + break; + + case DctK_TokenSOS: + if (DceRstEnb_(state)) + next_token = DctK_TokenRSC; + else + next_token = DctK_TokenData; + break; + + case DctK_TokenData: + udp = &DceSrcUdp_(state,0); + + if (DceCurY_(state,0) > DceSrcUdp_(state,0).UdpL_Y2) + next_token = DctK_TokenEOI; + else if (DceEndFrm_(state)) + next_token = DctK_TokenSOF; + else if (DceRstEnb_(state)) + next_token = DctK_TokenRSC; + else + next_token = DctK_TokenData; + break; + + case DctK_TokenRSC: + next_token = DctK_TokenData; + break; + + default: + next_token = DctK_TokenError; + } + return next_token; +} + +/***************************************************************************** +** DceLenDat +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DceLenDat(state) +EncodeDctStatePtr state; +{ + /* WORST CASE COMPRESSED DATA LENGTH ?? */ + return 0; +} + +/***************************************************************************** +** DceLenRSC +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DceLenRSC(state) +EncodeDctStatePtr state; +{ + return DctK_LenFixedRSC; +} + +/***************************************************************************** +** DceLenSOI +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DceLenSOI(state) +EncodeDctStatePtr state; +{ + return DctK_LenFixedSOI; +} + +/***************************************************************************** +** DceLenSOF +** +** FUNCTIONAL DESCRIPTION: +** +** Returns the size of the Start of Frame token. The size is the sum of: +** +** 1) The marker code and fixed size header information. +** 2) "per component" information, one block per component. +** 3) Quantization table assignments. One byte for every two components. +** 4) Quantization tables, 1 byte for table specifier plus table data +** for each table, followed by a one byte terminator (0x80 value); +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DceLenSOF(state) +EncodeDctStatePtr state; +{ + int quant_cnt = 0; + int i; + + for (i = 0; i < DctK_MaxQuantTables; i++) + if (DceQntTbl_(state,i) != NULL && !DceQntDef_(state,i)) + quant_cnt++; + + return DctK_LenFixedSOF + + DceCmpCnt_(state) * DctK_LenPerCmpSOF + + (DceCmpCnt_(state) + 1) / 2 + + quant_cnt * (sizeof(QuantTable) + 1) + 1; +} + +/***************************************************************************** +** DceLenSOS +** +** FUNCTIONAL DESCRIPTION: +** +** Returns the length of the Start of Scan marker. Value includes the sum +** of : +** +** 1) Marker and fixed size header information. +** 2) Per component huffman specifiers. +** 3) User defined huffman tables (not supported), so only need room for +** one byte terminator (0x80). +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DceLenSOS(state) +EncodeDctStatePtr state; +{ + return DctK_LenFixedSOS + + DceCmpCnt_(state) * DctK_LenPerCmpSOS + +/* +** Private huffman tables not supported +** DceHufCnt_(state) * (sizeof(HuffTable) + 1) + 1; +*/ + 1; +} + +/***************************************************************************** +** DceLenEOI +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DceLenEOI(state) +EncodeDctStatePtr state; +{ + return DctK_LenFixedEOI; +} + +/***************************************************************************** +** DceActDat +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DceActDat(state,udplst,udpcnt) +EncodeDctStatePtr state; +UdpPtr udplst[]; +int udpcnt; +{ + int length; + int mducnt; + int scncnt; + int lstscn; + /* + ** Make sure there's enough data to encode the next bunch-o-MDUs. + ** + ** Start by calculating how many MDU will remain after the current scan. + */ + mducnt = DceRstInt_(state) - + ((DceCmpWid_(state,0) - DceCurX_(state,0)) + + (DctK_BlockSize * DceCmpHrz_(state,0) - 1)) / + (DctK_BlockSize * DceCmpHrz_(state,0)); + /* + ** Now, compute how many total scanlines will be required. + */ + scncnt = mducnt <= 0 ? + DctK_BlockSize : + mducnt / + ((DceCmpWid_(state,0) + + (DctK_BlockSize * DceCmpHrz_(state,0) - 1)) / + (DctK_BlockSize * DceCmpHrz_(state,0))); + /* + ** Figure last "legal" input scan as Y2 or Y2 rounded to next block if + ** padding at end of image. + */ + lstscn = (DceCurY_(state,0) + scncnt) > DceCmpHgt_(state,0) ? + DceSrcUdp_(state,0).UdpL_Y2 : + DceCurY_(state,0) + scncnt - 1; + /* + ** If current segment doesn't have data we need, return for more. + */ + if ((udplst[0]->UdpL_Y1 > DceCurY_(state,0)) || (udplst[0]->UdpL_Y2 < lstscn)) + return DctK_StatusInput; + /* + ** Encode data buffers. + */ + length = DceEncodeData(state, + udplst, + udpcnt, + DceCurPtr_(state), + DceCurRem_(state)); + /* + ** Update output pointers... + */ + DceCurPtr_(state) += length; + DceCurRem_(state) -= length; + /* + ** Return goodness... + */ + return DctK_StatusContinue; +} + +/***************************************************************************** +** DceActRSC +** +** FUNCTIONAL DESCRIPTION: +** +** Write out a resync marker code. There are eight possible values...we +** increment the low three bits of the marker code as we go. +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DceActRSC(state,udplst,udpcnt) +EncodeDctStatePtr state; +UdpPtr udplst[]; +int udpcnt; +{ + int i; + + *(DceCurPtr_(state))++ = DctK_Marker; + *(DceCurPtr_(state))++ = DctK_MarkerRSC + (DceRstCnt_(state)++ & 0x7); + + DceCurRem_(state) -= DctK_LenFixedRSC; + /* + ** Reset DC predictor + */ + for (i = 0; i < DceCmpCnt_(state); i++) + { + DceCmpPdc_(state,i) = 0; + } + + return DctK_StatusContinue; +} + +/***************************************************************************** +** DceActSOI +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DceActSOI(state,udplst,udpcnt) +EncodeDctStatePtr state; +UdpPtr udplst[]; +int udpcnt; +{ + *(DceCurPtr_(state))++ = DctK_Marker; + *(DceCurPtr_(state))++ = DctK_MarkerSOI; + + DceCurRem_(state) -= DctK_LenFixedSOI; + + return DctK_StatusContinue; +} + +/***************************************************************************** +** DceActSOF +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DceActSOF(state,udplst,udpcnt) +EncodeDctStatePtr state; +UdpPtr udplst[]; +int udpcnt; +{ + unsigned char *ptr = DceCurPtr_(state); + unsigned char *lenptr; + int i; + short length; + /* + ** Write marker code and save room to write data length. + */ + *ptr++ = DctK_Marker; + *ptr++ = DctK_MarkerSOF; + lenptr = ptr; ptr += 2; + /* + ** Frame information... + */ + *ptr++ = DctK_Mode; + *ptr++ = DctK_Precision; + PutShort_(ptr,DceFrmHgt_(state)); + PutShort_(ptr,DceFrmWid_(state)); + PutShort_(ptr,DceRstInt_(state)); + /* + ** Per component information... + */ + *ptr++ = DceCmpCnt_(state); + for (i = 0; i < DceCmpCnt_(state); i++) + { + *ptr++ = DceCmpIdx_(state,i); + *ptr++ = (DceCmpHrz_(state,i) << 4) + DceCmpVrt_(state,i); + } + /* + ** Per component quantization table assignments. + */ + *ptr = '\0'; /* Note : even though an extra byte may be */ + *(ptr + 1) = '\0'; /* zeroed, it shouldn't matter since the */ + /* terminating 0x80 must be written anyway. */ + switch (DceCmpCnt_(state)) + { + case 4: *(ptr + 1) = DceCmpQnt_(state,3) << 4; + case 3: *(ptr + 1) |= DceCmpQnt_(state,2) & 0xF; + case 2: *ptr = DceCmpQnt_(state,1) << 4; + case 1: *ptr |= DceCmpQnt_(state,0) & 0xF; + break; + default: + return DctK_StatusError; + } + ptr += ((DceCmpCnt_(state) + 1) / 2); + /* + ** Non-default quantization tables. + */ + for (i = 0; i < DctK_MaxQuantTables; i++) + if (DceQntTbl_(state,i) != NULL && !DceQntDef_(state,i)) + { + *ptr++ = i; + memcpy(ptr,DceQntTbl_(state,i),sizeof(QuantTable)); + ptr += sizeof(QuantTable); + } + *ptr++ = 0x80; + + length = ptr - lenptr; + PutShort_(lenptr,length); + + DceCurRem_(state) -= ptr - DceCurPtr_(state); + DceCurPtr_(state) = ptr; + + return DctK_StatusContinue; +} + +/***************************************************************************** +** DceActSOS +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DceActSOS(state,udplst,udpcnt) +EncodeDctStatePtr state; +UdpPtr udplst[]; +int udpcnt; +{ + unsigned char *ptr = DceCurPtr_(state); + unsigned char *lenptr; + int i; + short length; + /* + ** Write marker code, save room for length. + */ + *ptr++ = DctK_Marker; + *ptr++ = DctK_MarkerSOS; + lenptr = ptr; ptr += 2; + + *ptr++ = 0; /* Component ID, always 0...if data wasn't */ + /* interleaved, this would be the component */ + /* index in this scan. */ + /* + ** Huffman table assignments. + */ + for (i = 0; i < DceCmpCnt_(state); i++) + { + *ptr++ = (DceCmpHac_(state,i) << 4) + DceCmpHdc_(state,i); + } + /* + ** Download custom huffman tables...not supported. + */ + *ptr++ = 0x80; + /* + ** Store length of data in field. + */ + length = ptr - lenptr; + PutShort_(lenptr,length); + /* + ** Update pointers. + */ + DceCurRem_(state) -= ptr - DceCurPtr_(state); + DceCurPtr_(state) = ptr; + + return DctK_StatusContinue; +} + +/***************************************************************************** +** DceActEOI +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DceActEOI(state,udplst,udpcnt) +EncodeDctStatePtr state; +UdpPtr udplst[]; +int udpcnt; +{ + *(DceCurPtr_(state))++ = DctK_Marker; + *(DceCurPtr_(state))++ = DctK_MarkerEOI; + DceCurRem_(state) -= DctK_LenFixedEOI; + + return DctK_StatusDone; +} + +/***************************************************************************** +** DceEncodeData +** +** FUNCTIONAL DESCRIPTION: +** +** This routine encodes a segment of data equivalent to the number of +** MDUs in a restart interval. +** +** The data must be padded out to modulo 8 pixels per scanline and +** scanline count. +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DceEncodeData(state,udplst,udpcnt,outptr,outlen) +EncodeDctStatePtr state; +UdpPtr udplst[]; +int udpcnt; +unsigned char *outptr; +int outlen; +{ + ZQ_VARIABLES + + unsigned char *scnptr; + unsigned char *pxlptr; + UdpPtr udp; + + int i; + int c; + int h; + int v; + int x; + int y; + + unsigned char tmp[64]; + short int work1[64]; + short int work2[64]; + + int bufoff = 0; + + unsigned char *base[DctK_MaxComponents]; + int pix_stride[DctK_MaxComponents]; + int scn_stride[DctK_MaxComponents]; + /* + ** Do per-component set-up. + */ + for (i = 0; i < DceCmpCnt_(state); i++) + { + udp = udplst[i]; + + scn_stride[i] = udp->UdpL_ScnStride / 8; + pix_stride[i] = udp->UdpL_PxlStride / 8; +#if defined(XIESMI) + base[i] = udp->UdpA_Base + udp->UdpL_Pos / 8; +#elif defined(IPS) + base[i] = (unsigned char *)udp->UdpA_Base + (((udp->UdpL_Pos + + (udp->UdpL_Y1 * udp->UdpL_ScnStride))>>3) + udp->UdpL_X1); +#endif + } + /* + ** For each MDU in this segment. + */ + for (i = 0; i < DceRstInt_(state); i++) + { + /* + ** For each component in the MDU + */ + for (c = 0; c < DceCmpCnt_(state); c++) + { + udp = udplst[c]; + + x = DceCurX_(state,c); + y = DceCurY_(state,c); + + scnptr = base[c] + + (y - udp->UdpL_Y1) * scn_stride[c] + + (x - udp->UdpL_X1) * pix_stride[c]; + /* + ** For each vertical sample... + */ + for (v = 0; v < DceCmpVrt_(state,c); v++) + { + pxlptr = scnptr; + /* + ** For each horizontal sample. + */ + for (h = 0; h < DceCmpHrz_(state,c); h++) + { + /* + ** If there isn't enough source data for this block, pad + ** it out... + */ + if (((x + DctK_BlockSize - 1) > udp->UdpL_X2) || + ((y + DctK_BlockSize - 1) > udp->UdpL_Y2)) + { + /* + ** Calculate remaining rows and columns in image. If + ** greater than 8, copy no more than that. + */ + int srcrow = udp->UdpL_Y2 - y + 1; + int srccol = udp->UdpL_X2 - x + 1; + + if (srcrow > 8) srcrow = 8; + if (srccol > 8) srccol = 8; + /* + ** Pad data into temporary buffer. + */ + DcePadData (pxlptr, /* Source pointer */ + srcrow, /* Source rows */ + srccol, /* Source columns */ + scn_stride[c], /* Scan stride */ + pix_stride[c], /* Pixel stride */ + tmp, /* Dest pointer */ + 8, /* Dest rows */ + 8); /* Dest columns */ + /* + ** Do forward DCT from temporary buffer. + */ + Dce8x8_8U_16S(tmp, /* Data pointer */ + work1, /* Dest pointer */ + 8, /* Data scan str */ + 1); /* Data pixel str */ + } + else + { + /* + ** Do forward DCT directly from source data. + */ + Dce8x8_8U_16S(pxlptr, + work1, + scn_stride[c], + pix_stride[c]); + } + /* + ** Quantize and zigzag order coefficients. + */ +#ifdef __alpha + d_in_ptr = (short int *)(work1) ; + d_out_ptr = (short int *)(work2) ; + d_q_ptr = (unsigned char *)(DceQntTbl_(state,DceCmpQnt_(state,c))) ; + d_z_ptr = (short int *)(DctAW_ZigZag) ; + for( d_i=0 ; d_i<=63 ; d_i++ ) + { + d_dtemp = + (double)(*(d_in_ptr+(*d_z_ptr++)))/(double)(*d_q_ptr++); + *d_out_ptr++ = + (d_dtemp<0.) ? (int)(d_dtemp-.5) : (int)(d_dtemp+.5) ; + } +#else + ZIGZAG_QUANT(work1, + work2, + DctAW_ZigZag, + DceQntTbl_(state,DceCmpQnt_(state,c))); +#endif + /* + ** Do huffman encoding on the result. + */ + bufoff += DctEncode(work2, + DceHdcTbl_(state,DceCmpHdc_(state,c)), + DceHacTbl_(state,DceCmpHac_(state,c)), + &DceCmpPdc_(state,c), + outptr, + outlen, + bufoff); + /* + ** Update pointer to next horizontal sample. + */ + pxlptr += (8 * pix_stride[c]); + x += 8; + } + /* + ** Update pointers to next vertical sample; + */ + scnptr += (8 * scn_stride[c]); + y += 8; + } + /* + ** Update current X,Y location pointers. If at end of scan, reset + ** X pointer and increment Y pointer. + */ + DceCurX_(state,c) += (8 * DceCmpHrz_(state,c)); + if (DceCurX_(state,c) >= DceCmpWid_(state,c)) + { + DceCurX_(state,c) = 0; + DceCurY_(state,c) += (8 * DceCmpVrt_(state,c)); + } + } + if (DceCurY_(state,0) >= DceCmpHgt_(state,0)) + break; + } + return (bufoff + 7) / 8; +} + + +/***************************************************************************** +** DcePadData +** +** FUNCTIONAL DESCRIPTION: +** +** Copies a partial interleave of pixels into a work area and completes a +** whole interleave there by replicating right and bottom pixels. +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ + +static void DcePadData (srcptr,srcrow,srccol,srcsst,srcpst,dstptr,dstrow,dstcol) +unsigned char *srcptr; /* Pointer to source data */ +int srcrow; /* Number of rows of source data */ +int srccol; /* Number of columns of source data */ +int srcsst; /* Source data scanline stride */ +int srcpst; /* Source data pixel stride */ +unsigned char *dstptr; /* Destination data pointer */ +int dstrow; /* Destination rows */ +int dstcol; /* Destination columns */ +{ + int i, j; + unsigned char *srcscn = srcptr; + unsigned char *src; + unsigned char *dst = dstptr; + /* + ** Copy to destination rows + */ + for (i = 0; i < dstrow; i++) + { + /* + ** Update source pointer to beginning of current row. + */ + src = srcscn; + /* + ** If source row exists, copy from source, otherwise, copy previous + ** destination row. + */ + if (i < srcrow) + { + /* + ** Copy from source... + */ + for (j = 0; j < dstcol; j++) + { + /* + ** If source column exists, copy from source, otherwise, copy + ** previous destination pixel. + */ + if (j < srccol) + { + *dst++ = *src; /* Copy from source */ + src += srcpst; /* Update source pointer */ + } + else + { + *dst++ = *(src-srcpst); /* Copy previous source pixel */ + } + } + } + else + { + /* + ** Copy previous destination row. + */ + memcpy(dst,dst-dstcol,dstcol); + dst += dstcol; + } + /* + ** Update source scan pointer to next scanline + */ + srcscn += srcsst; + } +} + +/***************************************************************************** +** DctEncode +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ + +/* ENCODE: Huffman encodes one block of quantized, zigzag scanned DCT coeffs */ + +static int DctEncode(z_coef,dc_tbl,ac_tbl,dc_prev,bufptr,buflen, + bitoff) +short int *z_coef; +DcEncodeTablePtr dc_tbl; +AcEncodeTablePtr ac_tbl; +short int *dc_prev; +unsigned char *bufptr; +int buflen; +int bitoff; +{ + unsigned char *dc_size_tbl ; + unsigned char *ac_size_tbl ; + short int *dc_code_tbl ; /* was int */ + short int *ac_code_tbl ; /* was int */ + + int coef_index; + int temp; + unsigned char exp; + unsigned char run_length ; + + int curoff = bitoff; + + short coef; + unsigned char coef_lo; + unsigned char coef_hi; + + static unsigned char exp_tbl_hi[256] = { + 0,9,10,10,11,11,11,11,12,12,12,12,12,12,12,12, + 13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13, + 14,14,14,14,14,14,14,14,14,14,14,14,14,14,14,14, + 14,14,14,14,14,14,14,14,14,14,14,14,14,14,14,14, + 15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15, + 15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15, + 15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15, + 15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15, + 15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15, + 15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15, + 15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15, + 15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15, + 14,14,14,14,14,14,14,14,14,14,14,14,14,14,14,14, + 14,14,14,14,14,14,14,14,14,14,14,14,14,14,14,14, + 13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13, + 12,12,12,12,12,12,12,12,11,11,11,11,10,10,9,8 } ; + + static unsigned char exp_tbl_lo0[256] = { + 0,1,2,2,3,3,3,3,4,4,4,4,4,4,4,4,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5, + 6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6, + 7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7, + 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, + 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, + 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, + 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8 } ; + + static unsigned char exp_tbl_lo1[256] = { + 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, + 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, + 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, + 8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8,8, + 7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7, + 7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7, + 6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6,6, + 5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,5,4,4,4,4,4,4,4,4,3,3,3,3,2,2,1,16 } ; + + /* + ** Assign pointers inside huff structures + */ + dc_size_tbl = dc_tbl->huff_size; + ac_size_tbl = ac_tbl->huff_size; + dc_code_tbl = dc_tbl->huff_code; + ac_code_tbl = ac_tbl->huff_code; + /* + ** DC encoding + */ + coef = (*z_coef) - (*dc_prev); + *dc_prev = *z_coef++; + + if (coef < 0) coef = (coef - 1) | 0x8000 ; + + coef_lo = coef & 0xFF; + coef_hi = coef >> 8; + + if (!((exp = exp_tbl_hi[coef_hi]) & 7))/* if hi byte is not just sign*/ + if (exp) + exp = exp_tbl_lo1[coef_lo]; /* if hi byte is all 1's */ + else + exp = exp_tbl_lo0[coef_lo]; /* if hi byte is all 0's */ + + curoff += DctPutBits(dc_code_tbl[exp],(int)dc_size_tbl[exp],bufptr,curoff); + /* + ** Write out mantissa bits if exp != 0 or 16 + */ + if (exp & 15) + curoff += DctPutBits((int)(coef),(int)(exp),bufptr,curoff); + /* + ** AC encoding + */ + run_length = 0 ; + for (coef_index = 1; coef_index <= 63; coef_index++) + { + /* + ** Accumulate runs of zero coefficients + */ + if (*z_coef == 0) + { + z_coef++; + run_length++; + } + else + { + /* + ** Generate MAX-RUN-LENGTH if run >= 16 and non-zero coef found + */ + while (run_length >= 16) + { + run_length = run_length - 16 ; + curoff += DctPutBits((int)ac_code_tbl[240], + (int)ac_size_tbl[240], + bufptr, + curoff) ; + } + /* + ** Normal case: encode exponent, mantissa, and preceding 0 + ** run length, for non-zero coefficient + ** + ** Calculate exponent from table (Note: the value 0x8000 is not + ** allowed as input -- will crash) (Assumes clipping on the + ** quantizer output) + */ + coef = *z_coef++ ; + if (coef < 0) coef -= 1; + + coef_lo = coef & 0xFF; + coef_hi = coef >> 8; + + if (!((exp=exp_tbl_hi[coef_hi])&7)) /* if hi byte is not just sign*/ + if (exp) exp = exp_tbl_lo1[coef_lo]; /* if hi byte is all 1's */ + else exp = exp_tbl_lo0[coef_lo]; /* if hi byte is all 0's */ + /* + ** Store fixed codes + */ + temp = exp + 16 * run_length ; + curoff += DctPutBits((int)ac_code_tbl[temp], + (int)ac_size_tbl[temp], + bufptr, + curoff); + curoff += DctPutBits((int)(coef),(int)(exp),bufptr,curoff); + run_length = 0 ; + } + } + /* + ** Generate END-OF-BLOCK if last coef is a zero + */ + if (run_length != 0) + curoff += DctPutBits((int)ac_code_tbl[0], + (int)ac_size_tbl[0], + bufptr, + curoff); + /* + ** Return number of bits written. + */ + return curoff - bitoff; +} + +/******************************************************************* + DctPadByte + + Pads the BITS_AVAILABLE msb's of the current byte in the output bitstream + STREAM_OUT with 1 bits. If the result is FF, adds a pad byte of 00 to the + stream. +********************************************************************/ + +static int DctPadByte(bufptr,bitoff) +unsigned char *bufptr; +int bitoff; +{ + if (bitoff & 0x7) + return DctPutBits(0xFF,8,bufptr,bitoff); + else + return 0; +} + +/******************************************************************* + DctPutBits + + Places NUMBER_OF_BITS lsb's of DATA_IN into a bit stream (array of + unsigned char) currently in position STREAM_OUT. The byte pointed to + by STREAM_OUT has BITS_AVAILABLE of unfilled msb bits upon entry. + Both STREAM_OUT and BITS_AVAILABLE may be changed by PUTBITS. +********************************************************************/ +static int DctPutBits(data_in,number_of_bits,bufptr,bitoff) +int data_in; +int number_of_bits; +unsigned char *bufptr; +int bitoff; +{ + int bits_available = 8 - (bitoff & 0x07); + unsigned char *stream_out = bufptr + bitoff / 8; + int bits_written = number_of_bits; + + if (bits_available == 8) + *stream_out = 0; + + if (number_of_bits >= bits_available) + { + (*stream_out) |= + ((data_in & ((1 << bits_available) - 1))<<(8-bits_available)); + data_in >>= bits_available ; + number_of_bits -= bits_available ; + if(*stream_out == 0xff) + (*(++stream_out) = 0, bits_written += 8); + *(++stream_out) = 0; + bits_available = 8; + if(number_of_bits >= 8) /* 8 being the current bits_available */ + { + *stream_out = data_in & 255; + data_in >>= 8 ; + number_of_bits -= 8; + if (*stream_out == 0xff) + (*(++stream_out) = 0, bits_written += 8); + *(++stream_out) = 0; + } + } + + (*stream_out) |= + ((data_in & ((1 << number_of_bits) - 1))<<(8-bits_available)) ; + + return bits_written; +} + +/***************************************************************************** +** DctCreateScaledQuant +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +** status - one of: +** Success, all is well +** BadAlloc, memory allocation failure +** +*****************************************************************************/ +static int DctCreateScaledQuant(state,defidx,outidx,factor) +EncodeDctStatePtr state; +int defidx; +int outidx; +int factor; +{ + int temp; + int i; + /* + ** Allocate space for new quantization table. + */ + QuantTablePtr outtab = (QuantTablePtr)DctMalloc_(sizeof(QuantTable)); + /* + ** Return error on bad allocation + */ + if (outtab == NULL) return DctX_BadAlloc; + /* + ** Fill in data from specified default table. + */ + for (i = 0; i < DctK_QuantTableSize; i++) + { + temp = + (int)(0.5+((float)factor)*DctR_QuantDefault[defidx].quant[i]/50.0); + outtab->quant[i] = temp < 1 ? 1 : temp > 255 ? 255 : temp; + } + /* + ** If current table slot already contains a non-default table, deallocate + ** it. + */ + if ((!DceQntDef_(state,outidx)) && (DceQntTbl_(state,outidx) != NULL)) + DctFree_(DceQntTbl_(state,outidx)); + /* + ** Set new quantization table in state block. + */ + DceQntTbl_(state,outidx) = outtab; + DceQntDef_(state,outidx) = FALSE; + + return DctX_Success; +} + +/***************************************************************************** +** DctCreateScaledQuant +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int DctRstEnable(state) +EncodeDctStatePtr state; +{ + /* + ** Calculate restart interval such that we end up with whole scanlines. + */ + DceRstEnb_(state) = TRUE; + DceRstInt_(state) = + (DceCmpWid_(state,0)+(8*DceCmpHrz_(state,0)-1))/(8*DceCmpHrz_(state,0)); + /* + DceRstInt_(state) = 19; + */ +} + +static void Dce8x8_8U_16S(PIXELS,COEFS,SCAN_WIDTH,PEL_WIDTH) + +unsigned char *PIXELS ; +short int *COEFS ; +int SCAN_WIDTH, PEL_WIDTH ; + +{ +DCT_VARIABLES + + d_puc1 = PIXELS ; + d_puc2 = d_puc1 + 7 * PEL_WIDTH ; + d_ps1 = COEFS ; + d_pi1 = d_work ; + for(d_k=0 ; d_k<8; d_k++) + { + d_ap = d_a ; + *d_ap++ = ((*d_puc1) + (*d_puc2) - 256)<<4 ; + d_puc1 += PEL_WIDTH; d_puc2 -= PEL_WIDTH ; + *d_ap++ = ((*d_puc1) + (*d_puc2) - 256)<<4 ; + d_puc1 += PEL_WIDTH; d_puc2 -= PEL_WIDTH ; + *d_ap++ = ((*d_puc1) + (*d_puc2) - 256)<<4 ; + d_puc1 += PEL_WIDTH; d_puc2 -= PEL_WIDTH ; + *d_ap++ = ((*d_puc1) + (*d_puc2) - 256)<<4 ; + *d_ap++ = ((*d_puc1) - (*d_puc2) )<<4 ; + d_puc1 -= PEL_WIDTH; d_puc2 += PEL_WIDTH ; + *d_ap++ = ((*d_puc1) - (*d_puc2) )<<4 ; + d_puc1 -= PEL_WIDTH; d_puc2 += PEL_WIDTH ; + *d_ap++ = ((*d_puc1) - (*d_puc2) )<<4 ; + d_puc1 -= PEL_WIDTH; d_puc2 += PEL_WIDTH ; + *d_ap = ((*d_puc1) - (*d_puc2) )<<4 ; + d_puc1 += SCAN_WIDTH ; + d_puc2 += SCAN_WIDTH ; + + d_bp = d_b ; + *d_bp++ = d_a[0] + d_a[3] ; + *d_bp++ = d_a[1] + d_a[2] ; + *d_bp++ = d_a[1] - d_a[2] ; + *d_bp++ = d_a[0] - d_a[3] ; + *d_bp++ = d_a[4] ; + *d_bp++ = (d_cpi4*(d_a[6]-d_a[5]) + 32768)>>16 ; + *d_bp++ = (d_cpi4*(d_a[6]+d_a[5]) + 32768)>>16 ; + *d_bp = d_a[7] ; + + d_cp = d_c ; + *d_cp++ = (d_cpi4*(d_b[0]+d_b[1]) + 32768)>>16 ; + *d_cp++ = (d_cpi4*(d_b[0]-d_b[1]) + 32768)>>16 ; + *d_cp++ = (d_spi8*d_b[2] + d_cpi8*d_b[3] + 32768)>>16 ; + *d_cp++ = (d_c3pi8*d_b[3] - d_s3pi8*d_b[2] + 32768)>>16 ; + *d_cp++ = d_b[4] + d_b[5] ; + *d_cp++ = d_b[4] - d_b[5] ; + *d_cp++ = d_b[7] - d_b[6] ; + *d_cp = d_b[7] + d_b[6] ; + + *d_pi1 = (d_c[0] + 1)>>1 ; + *(d_pi1+8) = (d_spi16*d_c[4] + d_cpi16*d_c[7] +65536)>>17 ; + *(d_pi1+16) = (d_c[2] + 1)>>1 ; + *(d_pi1+24) = (d_c3pi16*d_c[6] - d_s3pi16*d_c[5] +65536)>>17 ; + *(d_pi1+32) = (d_c[1] + 1)>>1 ; + *(d_pi1+40) = (d_s5pi16*d_c[5] + d_c5pi16*d_c[6] +65536)>>17 ; + *(d_pi1+48) = (d_c[3] + 1)>>1 ; + *(d_pi1+56) = (d_c7pi16*d_c[7] - d_s7pi16*d_c[4] +65536)>>17 ; + d_pi1++ ; + } + d_pi2 = d_work ; + d_pi3 = d_work + 7 ; + for(d_k=0 ; d_k <8; d_k++) + { + d_ap = d_a ; + *d_ap++ = (*d_pi2++) + (*d_pi3--) ; + *d_ap++ = (*d_pi2++) + (*d_pi3--) ; + *d_ap++ = (*d_pi2++) + (*d_pi3--) ; + *d_ap++ = (*d_pi2) + (*d_pi3) ; + *d_ap++ = (*d_pi2--) - (*d_pi3++) ; + *d_ap++ = (*d_pi2--) - (*d_pi3++) ; + *d_ap++ = (*d_pi2--) - (*d_pi3++) ; + *d_ap = (*d_pi2) - (*d_pi3) ; + d_pi2 += 8 ; + d_pi3 += 8 ; + + d_bp = d_b ; + *d_bp++ = d_a[0] + d_a[3] ; + *d_bp++ = d_a[1] + d_a[2] ; + *d_bp++ = d_a[1] - d_a[2] ; + *d_bp++ = d_a[0] - d_a[3] ; + *d_bp++ = d_a[4] ; + *d_bp++ = (d_cpi4*(d_a[6]-d_a[5]) + 32768)>>16 ; + *d_bp++ = (d_cpi4*(d_a[6]+d_a[5]) + 32768)>>16 ; + *d_bp = d_a[7] ; + + d_cp = d_c ; + *d_cp++ = (d_cpi4*(d_b[0]+d_b[1]) + 32768)>>16 ; + *d_cp++ = (d_cpi4*(d_b[0]-d_b[1]) + 32768)>>16 ; + *d_cp++ = (d_spi8*d_b[2] + d_cpi8*d_b[3] + 32768)>>16 ; + *d_cp++ = (d_c3pi8*d_b[3] - d_s3pi8*d_b[2] + 32768)>>16 ; + *d_cp++ = d_b[4] + d_b[5] ; + *d_cp++ = d_b[4] - d_b[5] ; + *d_cp++ = d_b[7] - d_b[6] ; + *d_cp = d_b[7] + d_b[6] ; + + *d_ps1 = (d_c[0] + 16 )>>5 ; + *(d_ps1+8) = (d_spi16*d_c[4] + d_cpi16*d_c[7] + (1<<20))>>21 ; + *(d_ps1+16) = (d_c[2] + 16 )>>5 ; + *(d_ps1+24) = (d_c3pi16*d_c[6] - d_s3pi16*d_c[5] + (1<<20))>>21 ; + *(d_ps1+32) = (d_c[1] + 16 )>>5 ; + *(d_ps1+40) = (d_s5pi16*d_c[5] + d_c5pi16*d_c[6] + (1<<20))>>21 ; + *(d_ps1+48) = (d_c[3] + 16 )>>5 ; + *(d_ps1+56) = (d_c7pi16*d_c[7] - d_s7pi16*d_c[4] + (1<<20))>>21 ; + d_ps1++ ; + } + + return ; +} diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiEncodeDct.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiEncodeDct.h new file mode 100644 index 0000000..c276346 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiEncodeDct.h @@ -0,0 +1,251 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** XIE Sample Machine Independant DDX +** DCT compression routine +** +** ABSTRACT: +** +** This module contains definitions required by the XIE SMI DCT +** compression routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** John Nadai +** John Weber +** +** CREATION DATE: +** +** July 31, 1990 +** +************************************************************************/ + +#ifndef _ENCODEDCT +#define _ENCODEDCT +/* +** INCLUDE FILES +*/ +#if defined(XIESMI) +#include +#include +#endif + +/* +** DCT decompression state structure. +*/ +typedef struct _EncodeDctState { + /* + ** Decode state variable. + */ + char current_state; + struct _EnDctStatus { + unsigned input_exhausted : 1; + unsigned new_data : 1; + unsigned end_frame : 1; + unsigned end_image : 1; + unsigned reserved : 4; + } status; + /* + ** Information about where we are in destination data buffer. + */ + unsigned char *current_ptr; + int current_len; + int current_remaining; + /* + ** Information about last token parsed. + */ + int token; /* Token type */ + /* + ** DCT frame variables. + */ + short frame_width; /* Pels/scan for frame */ + short frame_height; /* Scan count for frame */ + char component_count; /* Components per scan */ + short restart_interval; /* Restart interval */ + char restart_enable; /* Restart enabled for current scan */ + int restart_count; /* Restart counter */ + int restart_lines; /* Lines per restart */ + /* + ** DCT per component variables. + */ + struct _EnDctComponent { + UdpRec udp; /* Source component UDP */ + char vertical_samples; /* Vertical sampling rate */ + char horizontal_samples; /* Horizontal sampling rate */ + char quant_table; /* Quantization table to use */ + char huff_ac; /* Huffman AC table for this comp. */ + char huff_dc; /* Huffman DC table for this comp. */ + int scans_per_segment; /* Number of scans between restarts */ + int current_x; /* Current X location for decode */ + int current_y; /* Current Y location for decode */ + short previous_dc; /* Previous DC value */ + } component[DctK_MaxComponents]; + /* + ** Quantization tables. + */ + char quant_default[DctK_MaxQuantTables]; + QuantTablePtr quant_table[DctK_MaxQuantTables]; + /* + ** Huffman tables + */ + AcEncodeTablePtr huff_ac_table[DctK_MaxHuffTables]; + DcEncodeTablePtr huff_dc_table[DctK_MaxHuffTables]; + /* + ** Compression state variables. + */ + int interleaves_per_line; + int interleave_lines; + int horz_interleave_count; + int vert_interleave_counter; + int horz_interleave_counter; +} EncodeDctStateRec, *EncodeDctStatePtr; + +/* +** MACROs to access state structure variables. +*/ +#define DceState_(state) (state)->current_state +#define DceInpExh_(state) (state)->status.input_exhausted +#define DceNewDat_(state) (state)->status.new_data +#define DceEndFrm_(state) (state)->status.end_frame +#define DceEndImg_(state) (state)->status.end_image + +#define DceCurPtr_(state) (state)->current_ptr +#define DceCurLen_(state) (state)->current_len +#define DceCurRem_(state) (state)->current_remaining + +#define DceCurTok_(state) (state)->token + +#define DceMode_(state) (state)->mode_union.mode +#define DceFrmWid_(state) (state)->frame_width +#define DceFrmHgt_(state) (state)->frame_height +#define DceCmpCnt_(state) (state)->component_count +#define DceRstInt_(state) (state)->restart_interval +#define DceRstEnb_(state) (state)->restart_enable +#define DceRstCnt_(state) (state)->restart_count + +#define DceCmpVrt_(state,i) (state)->component[(i)].vertical_samples +#define DceCmpHrz_(state,i) (state)->component[(i)].horizontal_samples +#define DceCmpQnt_(state,i) (state)->component[(i)].quant_table +#define DceCmpHac_(state,i) (state)->component[(i)].huff_ac +#define DceCmpHdc_(state,i) (state)->component[(i)].huff_dc +#define DceScnSeg_(state,i) (state)->component[(i)].scans_per_segment +#define DceCurX_(state,i) (state)->component[(i)].current_x +#define DceCurY_(state,i) (state)->component[(i)].current_y +#define DceCmpPdc_(state,i) (state)->component[(i)].previous_dc + +#define DceSrcUdp_(state,i) (state)->component[(i)].udp +#define DceCmpIdx_(state,i) (state)->component[(i)].udp.UdpL_CompIdx +#define DceCmpWid_(state,i) (state)->component[(i)].udp.UdpL_PxlPerScn +#define DceCmpHgt_(state,i) (state)->component[(i)].udp.UdpL_ScnCnt + +#define DceQntTbl_(state,i) (state)->quant_table[(i)] +#define DceQntDef_(state,i) (state)->quant_default[(i)] + +#define DceHacTbl_(state,i) (state)->huff_ac_table[(i)] +#define DceHdcTbl_(state,i) (state)->huff_dc_table[(i)] + +#define DceVrtCnt_(state) (state)->vert_interleave_counter +#define DceHrzCnt_(state) (state)->horz_interleave_counter + +#define DceIntCol_(state) (state)->interleaves_per_line +#define DceIntLin_(state) (state)->interleave_lines + +#if defined(XIESMI) + /* + ** EncodeDct pipeline context block. + */ +typedef struct _EncodeDctPipeCtx { + PipeElementCommonPart common; + struct _EncodeDctPart { + PipeSinkPtr src; + int cmpmsk; + PipeDrainPtr drn[XieK_MaxComponents]; + PipeDataPtr srcdat[XieK_MaxComponents]; + UdpPtr dst; + EncodeDctStatePtr state; + int factor; + unsigned int *final; + } EncodeDctPart; +} EncodeDctPipeCtx, *EncodeDctPipeCtxPtr; + +/* +** MACROs to access pipeline context structure. +*/ +#define DceSrcSnk_(ctx) ((ctx)->EncodeDctPart.src) +#define DceDstUdp_(ctx) ((ctx)->EncodeDctPart.dst) +#define DceFinal_(ctx) ((ctx)->EncodeDctPart.final) +#define DceCmpMsk_(ctx) ((ctx)->EncodeDctPart.cmpmsk) +#define DceCmpFct_(ctx) ((ctx)->EncodeDctPart.factor) +#define DceSrcDrn_(ctx,i) ((ctx)->EncodeDctPart.drn[(i)]) +#define DceSteBlk_(ctx) ((ctx)->EncodeDctPart.state) +#define DceSrcDat_(ctx,i) ((ctx)->EncodeDctPart.srcdat[(i)]) +#endif + + /* + ** Function reference at end to allow for ptr defs + */ +#if defined(XIESMI) +unsigned long SmiEncodeDct(); +int SmiCreateEncodeDct(); +#endif + +/* +** The following line MUST be the last line of this file. +*/ +#endif diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiEncodeG4.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiEncodeG4.c new file mode 100644 index 0000000..f4e44f9 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiEncodeG4.c @@ -0,0 +1,847 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989, 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module implements compression using G4 Facsimile encoding. +** +** Since compression is driven by requests from transport, it is not +** implemented as a standard pipeline element. The usual pipeline +** routines are stubbed in for consistency. +** +** +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** Gary L. Grebus +** Derived from code originally developed by Ken MacDonald +** +** CREATION DATE: +** +** Mon Mar 26 15:28:21 1990 +** +*******************************************************************************/ + +#include + +#include "SmiEncodeG4.h" + +/* +** Table of contents +*/ +int SmiEncodeG4(); + +int SmiCreateEncodeG4(); +static int _EncodeG4Initialize(); +static int _EncodeG4Activate(); +static int _EncodeG4Abort(); +static int _EncodeG4Destroy(); + +static int _EncodeG4Segment(); +static EncodeG4StatePtr _InitializeG4State(); +static EncodeG4StatePtr _DestroyG4State(); +static void _EncodeG4Process(); + +/* +** Equated Symbols +*/ +#define WHITE 0 +#define BLACK 1 +#define BLACK_TABLE_SIZE 8192 +#define WHITE_TABLE_SIZE 4096 +#define DECODE_TABLE_SIZE 4096 +#define MAXCODEWORDSIZE 14 + +/* + * 2 Dimensional codeword and codeword length definitions used to + * encode image data using either G32D or G42D schemes. + * + * NOTE: These are coded as literals rather than as + * values in a lookup table because there aren't + * very many of them, and the encoding code will + * run a little faster. Decoding codewords are + * stored in a table found in the MiFAX_DECODE_TABLES + * module. + */ +#define MiK_FAX2D_CODEWORD_PASS 8 +#define MiK_FAX2D_CODELEN_PASS 4 +#define MiK_FAX2D_CODEWORD_HORIZ 4 +#define MiK_FAX2D_CODELEN_HORIZ 3 +#define MiK_FAX2D_CODEWORD_V0 1 +#define MiK_FAX2D_CODELEN_V0 1 +#define MiK_FAX2D_CODEWORD_VR1 6 +#define MiK_FAX2D_CODELEN_VR1 3 +#define MiK_FAX2D_CODEWORD_VR2 48 +#define MiK_FAX2D_CODELEN_VR2 6 +#define MiK_FAX2D_CODEWORD_VR3 96 +#define MiK_FAX2D_CODELEN_VR3 7 +#define MiK_FAX2D_CODEWORD_VL1 2 +#define MiK_FAX2D_CODELEN_VL1 3 +#define MiK_FAX2D_CODEWORD_VL2 16 +#define MiK_FAX2D_CODELEN_VL2 6 +#define MiK_FAX2D_CODEWORD_VL3 32 +#define MiK_FAX2D_CODELEN_VL3 7 + +/* Constants for some of the 1D codewords/lengths */ +#define MiK_FAX1D_CODEWORD_EOL 2048 +#define MiK_FAX1D_CODELEN_EOL 12 +#define MiK_FAX1D_CODEWORD_WHITE2560 3968 +#define MiK_FAX1D_CODELEN_WHITE2560 12 +#define MiK_FAX1D_CODEWORD_BLACK2560 3968 +#define MiK_FAX1D_CODELEN_BLACK2560 12 + +/* +** Macros +*/ +#ifndef min +#define min(a,b) (ab?a:b) +#endif +/* +** Macros used for performing G4 codeword manipulations. +** For Ultrix (and the non-VAX architectures Ultrix supports), +** don't access longwords on non-longword aligned boundaries. +*/ + +/* Add a codeword of given length to the buffer */ +#define ADD_CODEWORD_(base,bitptr,code,len) \ + XOR_WRITE32_(base + (bitptr >> 3),code << (bitptr & 0x7));\ + bitptr += len + +/* Add a complete white run (makeup + term codes) to buffer (no check) + * the rl (runlength parameter) is destroyed during this macro + */ +#define ENCODE_1D_WHITERUN_(base,bitptr,rl) \ + while (rl >= 2560)\ + {\ + XOR_WRITE32_(base + (bitptr >> 3), \ + MiK_FAX1D_CODEWORD_WHITE2560 << (bitptr & 0x7));\ + bitptr += MiK_FAX1D_CODELEN_WHITE2560;\ + rl -= 2560;\ + }\ + if (rl >= 64)\ + {\ + working_run_length = rl & 0xFFFFFFC0;\ + rl &= 0x3F;\ + XOR_WRITE32_(base + (bitptr >> 3), \ + MiAR_Fax1dEncodeWhite[working_run_length].codeword << \ + (bitptr & 0x7));\ + bitptr += MiAR_Fax1dEncodeWhite[working_run_length].length;\ + }\ + XOR_WRITE32_(base + (bitptr >> 3), \ + MiAR_Fax1dEncodeWhite[rl].codeword << (bitptr & 0x7));\ + bitptr += MiAR_Fax1dEncodeWhite[rl].length + +/* Add a complete black run (makeup + term codes) to buffer (no check) + * the rl (runlength parameter) is destroyed during this macro + */ +#define ENCODE_1D_BLACKRUN_(base,bitptr,rl) \ + while (rl >= 2560)\ + {\ + XOR_WRITE32_(base + (bitptr >> 3), \ + MiK_FAX1D_CODEWORD_BLACK2560 << (bitptr & 0x7));\ + bitptr += MiK_FAX1D_CODELEN_BLACK2560;\ + rl -= 2560;\ + }\ + if (rl >= 64)\ + {\ + working_run_length = rl & 0xFFFFFFC0;\ + rl &= 0x3F;\ + XOR_WRITE32_(base + (bitptr >> 3),\ + MiAR_Fax1dEncodeBlack[working_run_length].codeword << \ + (bitptr & 0x7));\ + bitptr += MiAR_Fax1dEncodeBlack[working_run_length].length;\ + }\ + XOR_WRITE32_(base + (bitptr >> 3), \ + MiAR_Fax1dEncodeBlack[rl].codeword << (bitptr & 0x7));\ + bitptr += MiAR_Fax1dEncodeBlack[rl].length + +/* +** External References +*/ +extern int *MiBuildChangeList(); + +/* +** Local storage +*/ + /* + ** EncodeG4 Element Vector + */ +externaldef(EncodeG4PipeElement) PipeElementVector EncodeG4PipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeEncodeG4Element, /* Structure subtype */ + sizeof(EncodeG4PipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _EncodeG4Initialize, /* Initialize entry */ + _EncodeG4Activate, /* Activate entry */ + _EncodeG4Abort, /* Flush entry */ + _EncodeG4Destroy, /* Destroy entry */ + _EncodeG4Abort /* Abort entry point */ + }; + +/***************************************************************************** +** SmiEncodeG4 +** +** FUNCTIONAL DESCRIPTION: +** +** This routine performs CCITT G4 compression of an entire image. +** +** FORMAL PARAMETERS: +** +** src - Pointer to the Udp which will feed the compression +** dst - Pointer to the Udp which will receive the compressed data +** +** FUNCTION VALUE: +** +** status +** +*****************************************************************************/ +int SmiEncodeG4( src, dst, size_ret ) + UdpPtr src; + UdpPtr dst; + unsigned long *size_ret; +{ + EncodeG4StatePtr state; + int status, final = FALSE; + + state = _InitializeG4State( dst ); + if( state == NULL ) return( BadAlloc ); + + status = _EncodeG4Segment( src, dst, state, &final, size_ret ); + + _DestroyG4State( state ); + + return( status == BadLength ? Success : status ); +} /* end SmiEncodeG4 */ + +/***************************************************************************** +** SmiCreateEncodeG4 +** +** FUNCTIONAL DESCRIPTION: +** +** This function creates the ENCODE G4 pipeline element +** +** FORMAL PARAMETERS: +** +** pipe - pipeline pointer +** src_sink - the sink from which to read PCM data +** dst_udps - pointer to destination Udps for G42D data +** final - pointer to flag to set when finished +** +*****************************************************************************/ +int SmiCreateEncodeG4( pipe, src_sink, dst_udps, final ) + Pipe pipe; + PipeSinkPtr src_sink; + UdpPtr *dst_udps; + unsigned int *final; +{ + EncodeG4PipeCtxPtr ctx = (EncodeG4PipeCtxPtr) + DdxCreatePipeCtx_( pipe, &EncodeG4PipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + + /* + ** Build our EncodeG4 Pipe Ctx from the arguments passed in. + */ + EG4Src_(ctx) = src_sink; + EG4Dst_(ctx) = dst_udps[0]; + EG4Final_(ctx) = final; + *final &= ~(1<= upY1_(dst) && DatY1_(src) <= upY2_(dst) ) + { + status = _EncodeG4Segment( DatUdpPtr_(src), dst, + EG4State_(ctx), EG4Final_(ctx), &bits ); + if( status != Success ) + { /* + ** Image didn't compress. + */ + upArSize_(dst) = 0; + upPos_(dst) = 0; + if( status == BadLength ) + status = Success; + } + else + /* + ** Use ArSize to point to the end of the compressed data. + */ + upArSize_(dst) += bits; + } + } + return( status ); +} /* end _EncodeG4Activate */ + +/***************************************************************************** +** _EncodeG4Abort +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the encode G4 +** pipeline element initialize and/or activate routines. +** +** FORMAL PARAMETERS: +** +** ctx - encode G4 pipeline context +** +*****************************************************************************/ +static int _EncodeG4Abort(ctx) + EncodeG4PipeCtxPtr ctx; +{ + EG4State_(ctx) = _DestroyG4State( EG4State_(ctx) ); + + return( Success ); +} /* end _EncodeG4Abort */ + +/***************************************************************************** +** _EncodeG4Destroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the encode G4 +** pipeline element create routine. +** +** FORMAL PARAMETERS: +** +** ctx - encode G4 pipeline context +** +*****************************************************************************/ +static int _EncodeG4Destroy(ctx) + EncodeG4PipeCtxPtr ctx; +{ + EG4Drn_(ctx) = DdxRmDestroyDrain_( EG4Drn_(ctx) ); + + return( Success ); +} /* end _EncodeG4Destroy */ + +/***************************************************************************** +** _EncodeG4Segment +** +** FUNCTIONAL DESCRIPTION: +** +** This routine performs CCITT G4 compression on a segment of an image. +** +** FORMAL PARAMETERS: +** +** src - Pointer to the Udp containing segment to be compressed +** dst - Pointer to the Udp which will receive the compressed data +** state - Pointer to the compression state information +** final - Pointer to a flag to set when finished +** size_ret - Pointer to where to stash number of bits encoded +** +** FUNCTION VALUE: +** +** status +** +*****************************************************************************/ +static int _EncodeG4Segment( src, dst, state, final, size_ret ) + UdpPtr src; + UdpPtr dst; + EncodeG4StatePtr state; + int *final; + unsigned long *size_ret; +{ + long int x1, y1, x2, y2, width, height; + long int pos, used, size, line, status; + int *tmp_ptr; + UdpPtr cvt = esG4Cvt_(state); + + *size_ret = 0; + x1 = max( upX1_(src), upX1_(dst) ); + x2 = min( upX2_(src), upX2_(dst) ); + y1 = max( upY1_(src), upY1_(dst) ); + y2 = min( upY2_(src), upY2_(dst) ); + width = x2 - x1 + 1; + height = y2 - y1 + 1; + + *final |= width > 0 && height > 0 ? 1< size ) return( BadLength ); + /* + ** Convert changelist into CCITT G42D compressed data. + */ + _EncodeG4Process( state ); + /* + ** Swap pointers for current and reference change lists. + */ + tmp_ptr = esG4Rcl_(state); + esG4Rcl_(state) = esG4Ccl_(state); + esG4Ccl_(state) = tmp_ptr; + } /* end for */ + + if( line < upY2_(dst) ) + *final &= ~(1< 1 && rcl[ridx-1] > a0prime ) + ridx--; + while( rcl[ridx] <= a0prime || (ridx & 1) == run_color ) + ridx++; + b1 = rcl[ridx]; + b2 = rcl[ridx+1]; + + /* detect proper coding mode */ + if( b2 < a1 ) /* pass mode */ + { + ADD_CODEWORD_(buf,pos,MiK_FAX2D_CODEWORD_PASS,MiK_FAX2D_CODELEN_PASS); + a0prime = b2; + + /* must back up bit pointers to reclaim difference between */ + /* the new value of a0 (a0prime) and a1 */ + curr_pos -= a1 - a0prime; /* cp = cp - (a1-a0') */ + } + else + { + if( abs(a1 - b1) <= 3 ) /* one of the vertical modes */ + { + switch( a1 - b1 ) + { + case 0 : + ADD_CODEWORD_(buf,pos,MiK_FAX2D_CODEWORD_V0, + MiK_FAX2D_CODELEN_V0); + break; + case -1 : + ADD_CODEWORD_(buf,pos,MiK_FAX2D_CODEWORD_VL1, + MiK_FAX2D_CODELEN_VL1); + break; + case 1 : + ADD_CODEWORD_(buf,pos,MiK_FAX2D_CODEWORD_VR1, + MiK_FAX2D_CODELEN_VR1); + break; + case -2 : + ADD_CODEWORD_(buf,pos,MiK_FAX2D_CODEWORD_VL2, + MiK_FAX2D_CODELEN_VL2); + break; + case 2 : + ADD_CODEWORD_(buf,pos,MiK_FAX2D_CODEWORD_VR2, + MiK_FAX2D_CODELEN_VR2); + break; + case -3 : + ADD_CODEWORD_(buf,pos,MiK_FAX2D_CODEWORD_VL3, + MiK_FAX2D_CODELEN_VL3); + break; + case 3 : + ADD_CODEWORD_(buf,pos,MiK_FAX2D_CODEWORD_VR3, + MiK_FAX2D_CODELEN_VR3); + break; + } + if( a0 < 0 ) + { + a0 = 0; + if( a0prime < 0 ) + a0prime = 0; + } + run_color ^= 1; /* change run color */ + + a0prime = a1; + a0 = a0prime; + } + else /* horizontal mode */ + { + ADD_CODEWORD_(buf,pos,MiK_FAX2D_CODEWORD_HORIZ, + MiK_FAX2D_CODELEN_HORIZ); + /* update change list and index */ + if( a0 < 0 ) + { + a0 = 0; + if( a0prime < 0 ) + a0prime = 0; + } + i++; + if( run_color == WHITE ) + {ENCODE_1D_WHITERUN_(buf,pos,run_length);} + else + {ENCODE_1D_BLACKRUN_(buf,pos,run_length);} + + /* detect a2; get next runlength */ + run_color ^= 1; + run_length = ccl[i] - curr_pos; + curr_pos = ccl[i]; + a2 = a1 + run_length; + + if( run_color == WHITE ) + {ENCODE_1D_WHITERUN_(buf,pos,run_length);} + else + {ENCODE_1D_BLACKRUN_(buf,pos,run_length);} + + run_color ^= 1; + a0prime = a2; + a0 = a0prime; + } + } + if( curr_pos == ccl[i] ) + i++; + } /* end for */ + /* + ** Update number of bits used. + */ + esG4Pos_(state) = pos; +} /* end _EncodeG4Process */ +/* end module SmiEncodeG4 */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiEncodeG4.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiEncodeG4.h new file mode 100644 index 0000000..5d90607 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiEncodeG4.h @@ -0,0 +1,159 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the G4 compress pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** Gary L. Grebus +** Robert NC Shelley +** +** CREATION DATE: +** +** Mon Mar 26 15:24:07 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + +#ifndef _SMIENCODEG4 +#define _SMIENCODEG4 + +#include + +/* +** Structure definitions and Typedefs +*/ + /* + ** This is the structure allocated by SmiEncodeG4InitState(), and used to + ** maintain the state of a segmented compression. + */ +typedef struct _EncodeG4State { + int *ccl; /* Pointer to current changelist */ + int *rcl; /* Pointer to reference changelist */ + int pos; /* destination bit offset */ + int size; /* total buffer size */ + unsigned char *base; /* destination buffer address */ + UdpPtr cvt; /* optional format conversion Udp */ +} EncodeG4State, *EncodeG4StatePtr; + + /* + ** EncodeG4 pipeline context block. + */ +typedef struct _EncodeG4PipeCtx { + PipeElementCommonPart common; + struct _EncodeG4Part { + PipeSinkPtr src; + PipeDrainPtr drn; + UdpPtr dst; + EncodeG4StatePtr state; + unsigned int *final; + } EncodeG4Part; +} EncodeG4PipeCtx, *EncodeG4PipeCtxPtr; + + /* + ** Encode table structure. + */ +typedef struct _EncodeG4HuffTable { + short length; /* codeword length */ + short codeword; /* codeword */ +} EncodeG4HuffTableRec, *EncodeG4HuffTablePtr; + +/* +** MACRO definitions +*/ + /* + ** Macros for accessing EncodeG4StatePtr fields. + */ +#define esG4Ccl_(state) ((state)->ccl) +#define esG4Rcl_(state) ((state)->rcl) +#define esG4Pos_(state) ((state)->pos) +#define esG4Siz_(state) ((state)->size) +#define esG4Buf_(state) ((state)->base) +#define esG4Cvt_(state) ((state)->cvt) + /* + ** Macros for accessing EncodeG4PipeCtxPtr fields. + */ +#define EG4Src_(ctx) ((ctx)->EncodeG4Part.src) +#define EG4Drn_(ctx) ((ctx)->EncodeG4Part.drn) +#define EG4Dst_(ctx) ((ctx)->EncodeG4Part.dst) +#define EG4State_(ctx) ((ctx)->EncodeG4Part.state) +#define EG4Final_(ctx) ((ctx)->EncodeG4Part.final) + +/* +** Equated Symbols +*/ +#define ENCODE_TABLE_SIZE 2561 +/* +** External References +*/ +extern int SmiEncodeG4(); +extern int SmiCreateEncodeG4(); + +externalref EncodeG4HuffTableRec MiAR_Fax1dEncodeWhite[ENCODE_TABLE_SIZE]; +externalref EncodeG4HuffTableRec MiAR_Fax1dEncodeBlack[ENCODE_TABLE_SIZE]; + +#endif +/* _SMIENCODEG4 */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiFaxTables.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiFaxTables.c new file mode 100644 index 0000000..7350c67 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiFaxTables.c @@ -0,0 +1,5443 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989, 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +#include +#include +externaldef (MiArFax1DDecodeWhite) +DecodeG4HuffTableRec MiArFax1DDecodeWhite[G4K_WhiteTableSize] = { +{ 1, 12, -1 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 12, 6, 2 },{ 9, 5, 2 },{ 1664, 6, 1 },{ 6, 4, 2 }, +{ 20, 7, 2 },{ 128, 5, 1 },{ 24, 7, 2 },{ 14, 6, 2 }, +{ 28, 7, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 23, 7, 2 },{ 3, 4, 2 },{ 27, 7, 2 },{ 5, 4, 2 }, +{ 39, 8, 2 },{ 16, 6, 2 },{ 576, 8, 1 },{ 6, 4, 2 }, +{ 19, 7, 2 },{ 8, 5, 2 },{ 55, 8, 2 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 45, 8, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 53, 8, 2 },{ 9, 5, 2 },{ 448, 8, 1 },{ 6, 4, 2 }, +{ 35, 8, 2 },{ 128, 5, 1 },{ 51, 8, 2 },{ 15, 6, 2 }, +{ 63, 8, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 13, 6, 2 },{ 3, 4, 2 },{ 1472, 9, 1 },{ 5, 4, 2 }, +{ 43, 8, 2 },{ 17, 6, 2 },{ 1216, 9, 1 },{ 6, 4, 2 }, +{ 1, 6, 2 },{ 8, 5, 2 },{ 192, 6, 1 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 29, 8, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 12, 6, 2 },{ 9, 5, 2 },{ 1664, 6, 1 },{ 6, 4, 2 }, +{ 33, 8, 2 },{ 128, 5, 1 },{ 49, 8, 2 },{ 14, 6, 2 }, +{ 61, 8, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 47, 8, 2 },{ 3, 4, 2 },{ 59, 8, 2 },{ 5, 4, 2 }, +{ 41, 8, 2 },{ 16, 6, 2 },{ 960, 9, 1 },{ 6, 4, 2 }, +{ 31, 8, 2 },{ 8, 5, 2 },{ 57, 8, 2 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 22, 7, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 26, 7, 2 },{ 9, 5, 2 },{ 704, 9, 1 },{ 6, 4, 2 }, +{ 37, 8, 2 },{ 128, 5, 1 },{ 25, 7, 2 },{ 15, 6, 2 }, +{ 320, 8, 1 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 13, 6, 2 },{ 3, 4, 2 },{ 18, 7, 2 },{ 5, 4, 2 }, +{ 21, 7, 2 },{ 17, 6, 2 },{ 256, 7, 1 },{ 6, 4, 2 }, +{ 1, 6, 2 },{ 8, 5, 2 },{ 192, 6, 1 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 1792, 11, 1 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 12, 6, 2 },{ 9, 5, 2 },{ 1664, 6, 1 },{ 6, 4, 2 }, +{ 20, 7, 2 },{ 128, 5, 1 },{ 24, 7, 2 },{ 14, 6, 2 }, +{ 28, 7, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 23, 7, 2 },{ 3, 4, 2 },{ 27, 7, 2 },{ 5, 4, 2 }, +{ 40, 8, 2 },{ 16, 6, 2 },{ 832, 9, 1 },{ 6, 4, 2 }, +{ 19, 7, 2 },{ 8, 5, 2 },{ 56, 8, 2 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 46, 8, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 54, 8, 2 },{ 9, 5, 2 },{ 512, 8, 1 },{ 6, 4, 2 }, +{ 36, 8, 2 },{ 128, 5, 1 },{ 52, 8, 2 },{ 15, 6, 2 }, +{ 0, 8, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 13, 6, 2 },{ 3, 4, 2 },{ 1600, 9, 1 },{ 5, 4, 2 }, +{ 44, 8, 2 },{ 17, 6, 2 },{ 1344, 9, 1 },{ 6, 4, 2 }, +{ 1, 6, 2 },{ 8, 5, 2 },{ 192, 6, 1 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 30, 8, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 12, 6, 2 },{ 9, 5, 2 },{ 1664, 6, 1 },{ 6, 4, 2 }, +{ 34, 8, 2 },{ 128, 5, 1 },{ 50, 8, 2 },{ 14, 6, 2 }, +{ 62, 8, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 48, 8, 2 },{ 3, 4, 2 },{ 60, 8, 2 },{ 5, 4, 2 }, +{ 42, 8, 2 },{ 16, 6, 2 },{ 1088, 9, 1 },{ 6, 4, 2 }, +{ 32, 8, 2 },{ 8, 5, 2 },{ 58, 8, 2 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 22, 7, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 26, 7, 2 },{ 9, 5, 2 },{ 640, 8, 1 },{ 6, 4, 2 }, +{ 38, 8, 2 },{ 128, 5, 1 },{ 25, 7, 2 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2 }, +{ 12, 6, 2 },{ 9, 5, 2 },{ 1664, 6, 1 },{ 6, 4, 2 }, +{ 20, 7, 2 },{ 128, 5, 1 },{ 24, 7, 2 },{ 14, 6, 2 }, +{ 28, 7, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 23, 7, 2 },{ 3, 4, 2 },{ 27, 7, 2 },{ 5, 4, 2 }, +{ 40, 8, 2 },{ 16, 6, 2 },{ 832, 9, 1 },{ 6, 4, 2 }, +{ 19, 7, 2 },{ 8, 5, 2 },{ 56, 8, 2 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 46, 8, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 54, 8, 2 },{ 9, 5, 2 },{ 512, 8, 1 },{ 6, 4, 2 }, +{ 36, 8, 2 },{ 128, 5, 1 },{ 52, 8, 2 },{ 15, 6, 2 }, +{ 0, 8, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 13, 6, 2 },{ 3, 4, 2 },{ 1600, 9, 1 },{ 5, 4, 2 }, +{ 44, 8, 2 },{ 17, 6, 2 },{ 1344, 9, 1 },{ 6, 4, 2 }, +{ 1, 6, 2 },{ 8, 5, 2 },{ 192, 6, 1 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 30, 8, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 12, 6, 2 },{ 9, 5, 2 },{ 1664, 6, 1 },{ 6, 4, 2 }, +{ 34, 8, 2 },{ 128, 5, 1 },{ 50, 8, 2 },{ 14, 6, 2 }, +{ 62, 8, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 48, 8, 2 },{ 3, 4, 2 },{ 60, 8, 2 },{ 5, 4, 2 }, +{ 42, 8, 2 },{ 16, 6, 2 },{ 1088, 9, 1 },{ 6, 4, 2 }, +{ 32, 8, 2 },{ 8, 5, 2 },{ 58, 8, 2 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 22, 7, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 26, 7, 2 },{ 9, 5, 2 },{ 640, 8, 1 },{ 6, 4, 2 }, +{ 38, 8, 2 },{ 128, 5, 1 },{ 25, 7, 2 },{ 15, 6, 2 }, +{ 384, 8, 1 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 13, 6, 2 },{ 3, 4, 2 },{ 18, 7, 2 },{ 5, 4, 2 }, +{ 21, 7, 2 },{ 17, 6, 2 },{ 256, 7, 1 },{ 6, 4, 2 }, +{ 1, 6, 2 },{ 8, 5, 2 },{ 192, 6, 1 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 0, 0, 0 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 12, 6, 2 },{ 9, 5, 2 },{ 1664, 6, 1 },{ 6, 4, 2 }, +{ 20, 7, 2 },{ 128, 5, 1 },{ 24, 7, 2 },{ 14, 6, 2 }, +{ 28, 7, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 23, 7, 2 },{ 3, 4, 2 },{ 27, 7, 2 },{ 5, 4, 2 }, +{ 39, 8, 2 },{ 16, 6, 2 },{ 576, 8, 1 },{ 6, 4, 2 }, +{ 19, 7, 2 },{ 8, 5, 2 },{ 55, 8, 2 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 45, 8, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 53, 8, 2 },{ 9, 5, 2 },{ 448, 8, 1 },{ 6, 4, 2 }, +{ 35, 8, 2 },{ 128, 5, 1 },{ 51, 8, 2 },{ 15, 6, 2 }, +{ 63, 8, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 13, 6, 2 },{ 3, 4, 2 },{ 1536, 9, 1 },{ 5, 4, 2 }, +{ 43, 8, 2 },{ 17, 6, 2 },{ 1280, 9, 1 },{ 6, 4, 2 }, +{ 1, 6, 2 },{ 8, 5, 2 },{ 192, 6, 1 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 29, 8, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 12, 6, 2 },{ 9, 5, 2 },{ 1664, 6, 1 },{ 6, 4, 2 }, +{ 33, 8, 2 },{ 128, 5, 1 },{ 49, 8, 2 },{ 14, 6, 2 }, +{ 61, 8, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 47, 8, 2 },{ 3, 4, 2 },{ 59, 8, 2 },{ 5, 4, 2 }, +{ 41, 8, 2 },{ 16, 6, 2 },{ 1024, 9, 1 },{ 6, 4, 2 }, +{ 31, 8, 2 },{ 8, 5, 2 },{ 57, 8, 2 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 22, 7, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 26, 7, 2 },{ 9, 5, 2 },{ 768, 9, 1 },{ 6, 4, 2 }, +{ 37, 8, 2 },{ 128, 5, 1 },{ 25, 7, 2 },{ 15, 6, 2 }, +{ 320, 8, 1 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 13, 6, 2 },{ 3, 4, 2 },{ 18, 7, 2 },{ 5, 4, 2 }, +{ 21, 7, 2 },{ 17, 6, 2 },{ 256, 7, 1 },{ 6, 4, 2 }, +{ 1, 6, 2 },{ 8, 5, 2 },{ 192, 6, 1 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 2560, 12, 1 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 12, 6, 2 },{ 9, 5, 2 },{ 1664, 6, 1 },{ 6, 4, 2 }, +{ 20, 7, 2 },{ 128, 5, 1 },{ 24, 7, 2 },{ 14, 6, 2 }, +{ 28, 7, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 23, 7, 2 },{ 3, 4, 2 },{ 27, 7, 2 },{ 5, 4, 2 }, +{ 40, 8, 2 },{ 16, 6, 2 },{ 896, 9, 1 },{ 6, 4, 2 }, +{ 19, 7, 2 },{ 8, 5, 2 },{ 56, 8, 2 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 46, 8, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 54, 8, 2 },{ 9, 5, 2 },{ 512, 8, 1 },{ 6, 4, 2 }, +{ 36, 8, 2 },{ 128, 5, 1 },{ 52, 8, 2 },{ 15, 6, 2 }, +{ 0, 8, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 13, 6, 2 },{ 3, 4, 2 },{ 1728, 9, 1 },{ 5, 4, 2 }, +{ 44, 8, 2 },{ 17, 6, 2 },{ 1408, 9, 1 },{ 6, 4, 2 }, +{ 1, 6, 2 },{ 8, 5, 2 },{ 192, 6, 1 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 30, 8, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 12, 6, 2 },{ 9, 5, 2 },{ 1664, 6, 1 },{ 6, 4, 2 }, +{ 34, 8, 2 },{ 128, 5, 1 },{ 50, 8, 2 },{ 14, 6, 2 }, +{ 62, 8, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 48, 8, 2 },{ 3, 4, 2 },{ 60, 8, 2 },{ 5, 4, 2 }, +{ 42, 8, 2 },{ 16, 6, 2 },{ 1152, 9, 1 },{ 6, 4, 2 }, +{ 32, 8, 2 },{ 8, 5, 2 },{ 58, 8, 2 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 22, 7, 2 },{ 3, 4, 2 },{ 11, 5, 2 },{ 5, 4, 2 }, +{ 26, 7, 2 },{ 9, 5, 2 },{ 640, 8, 1 },{ 6, 4, 2 }, +{ 38, 8, 2 },{ 128, 5, 1 },{ 25, 7, 2 },{ 15, 6, 2 }, +{ 384, 8, 1 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +{ 13, 6, 2 },{ 3, 4, 2 },{ 18, 7, 2 },{ 5, 4, 2 }, +{ 21, 7, 2 },{ 17, 6, 2 },{ 256, 7, 1 },{ 6, 4, 2 }, +{ 1, 6, 2 },{ 8, 5, 2 },{ 192, 6, 1 },{ 64, 5, 1 }, +{ 10, 5, 2 },{ 4, 4, 2 },{ 2, 4, 2 },{ 7, 4, 2 }, +}; +externaldef (MiArFax1DDecodeBlack) +DecodeG4HuffTableRec MiArFax1DDecodeBlack[G4K_BlackTableSize] = { +{ 1, 12, -1 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 10, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 13, 8, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 15, 9, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 18, 10, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 11, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 17, 10, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 12, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 1792, 11, 1 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 10, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 23, 11, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 20, 11, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 25, 11, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 11, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 14, 8, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 12, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 0, 0, 0 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 10, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 13, 8, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 128, 12, 1 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 56, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 11, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 30, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 12, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 1856, 11, 1 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 10, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 57, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 21, 11, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 54, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 11, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 14, 8, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 12, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 0, 0, 0 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 10, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 13, 8, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 15, 9, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 52, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 11, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 48, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 12, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 2112, 12, 1 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 10, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 44, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 36, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 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4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 15, 9, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 18, 10, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 11, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 17, 10, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 12, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 2048, 12, 1 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 10, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 51, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 35, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 320, 12, 1 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 11, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 14, 8, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 12, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 0, 0, 0 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 10, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 13, 8, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 27, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 59, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 11, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 33, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 12, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 1920, 11, 1 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 10, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 256, 12, 1 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 43, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 1216, 13, 1 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 11, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 14, 8, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 12, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 0, 0, 0 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 10, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 13, 8, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 15, 9, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 55, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 11, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 63, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 12, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 2304, 12, 1 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 10, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 47, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 39, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 53, 12, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 11, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 14, 8, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 12, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 0, 0, 0 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 10, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 13, 8, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 19, 11, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 24, 11, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 11, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 22, 11, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 12, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 2560, 12, 1 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 10, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 16, 10, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 0, 10, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 64, 10, 1 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 9, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 11, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 14, 8, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 8, 6, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 12, 7, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 6, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +{ 7, 5, 2 },{ 3, 2, 2 },{ 1, 3, 2 },{ 2, 2, 2 }, +{ 5, 4, 2 },{ 3, 2, 2 },{ 4, 3, 2 },{ 2, 2, 2 }, +}; +externaldef (MiArFax2DDecodeTable) +DecodeG4HuffTableRec MiArFax2DDecodeTable[G4K_DecodeTableSize] = { +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 3, 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2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 0, 0, 0 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ -2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 3, 7, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 2, 6, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +{ 4, 4, 2 },{ 0, 1, 2 },{ -1, 3, 2 },{ 0, 1, 2 }, +{ 5, 3, 2 },{ 0, 1, 2 },{ 1, 3, 2 },{ 0, 1, 2 }, +}; +externaldef (MiAr_Fax1dEncodeWhite) +EncodeG4HuffTableRec MiAR_Fax1dEncodeWhite[ENCODE_TABLE_SIZE] = { +{ 0x0008, 0x00AC },{ 0x0006, 0x0038 },{ 0x0004, 0x000E },{ 0x0004, 0x0001 }, +{ 0x0004, 0x000D },{ 0x0004, 0x0003 },{ 0x0004, 0x0007 },{ 0x0004, 0x000F }, +{ 0x0005, 0x0019 },{ 0x0005, 0x0005 },{ 0x0005, 0x001C },{ 0x0005, 0x0002 }, +{ 0x0006, 0x0004 },{ 0x0006, 0x0030 },{ 0x0006, 0x000B },{ 0x0006, 0x002B }, +{ 0x0006, 0x0015 },{ 0x0006, 0x0035 },{ 0x0007, 0x0072 },{ 0x0007, 0x0018 }, +{ 0x0007, 0x0008 },{ 0x0007, 0x0074 },{ 0x0007, 0x0060 },{ 0x0007, 0x0010 }, +{ 0x0007, 0x000A },{ 0x0007, 0x006A },{ 0x0007, 0x0064 },{ 0x0007, 0x0012 }, +{ 0x0007, 0x000C },{ 0x0008, 0x0040 },{ 0x0008, 0x00C0 },{ 0x0008, 0x0058 }, +{ 0x0008, 0x00D8 },{ 0x0008, 0x0048 },{ 0x0008, 0x00C8 },{ 0x0008, 0x0028 }, +{ 0x0008, 0x00A8 },{ 0x0008, 0x0068 },{ 0x0008, 0x00E8 },{ 0x0008, 0x0014 }, +{ 0x0008, 0x0094 },{ 0x0008, 0x0054 },{ 0x0008, 0x00D4 },{ 0x0008, 0x0034 }, +{ 0x0008, 0x00B4 },{ 0x0008, 0x0020 },{ 0x0008, 0x00A0 },{ 0x0008, 0x0050 }, +{ 0x0008, 0x00D0 },{ 0x0008, 0x004A },{ 0x0008, 0x00CA },{ 0x0008, 0x002A }, +{ 0x0008, 0x00AA },{ 0x0008, 0x0024 },{ 0x0008, 0x00A4 },{ 0x0008, 0x001A }, +{ 0x0008, 0x009A },{ 0x0008, 0x005A },{ 0x0008, 0x00DA },{ 0x0008, 0x0052 }, +{ 0x0008, 0x00D2 },{ 0x0008, 0x004C },{ 0x0008, 0x00CC },{ 0x0008, 0x002C }, +{ 0x0005, 0x001B },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0005, 0x0009 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0006, 0x003A },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 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0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x000C, 0x0780 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x000C, 0x0F80 },}; +externaldef (MiAR_Fax1dEncodeBlack) +EncodeG4HuffTableRec MiAR_Fax1dEncodeBlack[ENCODE_TABLE_SIZE] = { +{ 0x000A, 0x03B0 },{ 0x0003, 0x0002 },{ 0x0002, 0x0003 },{ 0x0002, 0x0001 }, +{ 0x0003, 0x0006 },{ 0x0004, 0x000C },{ 0x0004, 0x0004 },{ 0x0005, 0x0018 }, +{ 0x0006, 0x0028 },{ 0x0006, 0x0008 },{ 0x0007, 0x0010 },{ 0x0007, 0x0050 }, +{ 0x0007, 0x0070 },{ 0x0008, 0x0020 },{ 0x0008, 0x00E0 },{ 0x0009, 0x0030 }, +{ 0x000A, 0x03A0 },{ 0x000A, 0x0060 },{ 0x000A, 0x0040 },{ 0x000B, 0x0730 }, +{ 0x000B, 0x00B0 },{ 0x000B, 0x01B0 },{ 0x000B, 0x0760 },{ 0x000B, 0x00A0 }, +{ 0x000B, 0x0740 },{ 0x000B, 0x00C0 },{ 0x000C, 0x0530 },{ 0x000C, 0x0D30 }, +{ 0x000C, 0x0330 },{ 0x000C, 0x0B30 },{ 0x000C, 0x0160 },{ 0x000C, 0x0960 }, +{ 0x000C, 0x0560 },{ 0x000C, 0x0D60 },{ 0x000C, 0x04B0 },{ 0x000C, 0x0CB0 }, +{ 0x000C, 0x02B0 },{ 0x000C, 0x0AB0 },{ 0x000C, 0x06B0 },{ 0x000C, 0x0EB0 }, +{ 0x000C, 0x0360 },{ 0x000C, 0x0B60 },{ 0x000C, 0x05B0 },{ 0x000C, 0x0DB0 }, +{ 0x000C, 0x02A0 },{ 0x000C, 0x0AA0 },{ 0x000C, 0x06A0 },{ 0x000C, 0x0EA0 }, +{ 0x000C, 0x0260 },{ 0x000C, 0x0A60 },{ 0x000C, 0x04A0 },{ 0x000C, 0x0CA0 }, +{ 0x000C, 0x0240 },{ 0x000C, 0x0EC0 },{ 0x000C, 0x01C0 },{ 0x000C, 0x0E40 }, +{ 0x000C, 0x0140 },{ 0x000C, 0x01A0 },{ 0x000C, 0x09A0 },{ 0x000C, 0x0D40 }, +{ 0x000C, 0x0340 },{ 0x000C, 0x05A0 },{ 0x000C, 0x0660 },{ 0x000C, 0x0E60 }, +{ 0x000A, 0x03C0 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 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0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x000C, 0x0380 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x000C, 0x0B80 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x000C, 0x0780 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 },{ 0x0000, 0x0000 }, +{ 0x000C, 0x0F80 },}; diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiFfx.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiFfx.c new file mode 100644 index 0000000..0361f72 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiFfx.c @@ -0,0 +1,292 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** Lower level routines for finding the first set or clear bit in a +** bit string. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Written for Ultrix by Brian Stevens 26-Sep-1988 +** +** Clean-up and put in library by Michael D. O'Connor 5-Dec-1988 +** +** CREATION DATE: +** +** 5-Dec-1988 +** +************************************************************************/ + +/* +** Table of Contents +*/ +int MiFfsLong(); + +/* +** Include files +*/ +#include + +#include "SmiBitMasks.h" +/* +** Equated Symbols +*/ +#ifndef FALSE +#define FALSE 0 +#endif + +#ifndef TRUE +#define TRUE 1 +#endif +/* +** MACRO definitions +*/ +/* + * 1st set/clear bit found, store its position in find_pos and return + * success indicator + */ +#define SUCCESS_(bit) { \ + *find_pos = (long) (((int)pbyte) - base) \ + * BYTE_SIZE + bit; \ + return(TRUE); \ + } \ + +/* + * 1st set/clear bit not found, return a failure indicator (the offset of + * the last bit in the field plus 1 has already been stored in find_pos + */ +#define FAILURE_ {return(FALSE);} + +/* +** Global Symbols +*/ + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/************************************************************************ +** +** MiFfsLong +** +** FUNCTIONAL DESCRIPTION: +** +** Searches the bit field specified by start_pos, size, and base for +** the first set bit +** +** FORMAL PARAMETERS: +** + long start_pos; * starting position (offset) * + long size; * size of the bit field * + long base; * base address of the bit field * + long *find_pos; * returned position of 1st set bit * +** +** IMPLICIT INPUTS: +** +** None +** +** IMPLICIT OUTPUTS: +** +** None +** +** FUNCTION VALUE: +** +** Returns IMG$_NORMAL for success +** +** SIGNAL CODES: +** +** If set bit not found, signals LIB$_NOTFOU +** +** SIDE EFFECTS: +** +** None +** +************************************************************************/ + +int MiFfsLong(start_pos, size, base, find_pos) + long start_pos; /* starting position (offset) */ + long size; /* size of the bit field */ + long base; /* base address of the bit field */ + long *find_pos; /* returned position of 1st set bit */ +{ + char *pbyte; /* address of byte being searched */ + char pbyte_val; /* value of byte being searched */ + int bit; /* position of bit being examined */ + + + *find_pos = start_pos + size; + pbyte = (char *) base + start_pos / BYTE_SIZE; + pbyte_val = *pbyte; + + for (bit=start_pos % BYTE_SIZE; size > 0 && bit < BYTE_SIZE; --size, ++bit) + { + if (pbyte_val & (1 << bit)) SUCCESS_(bit); + } + + for (pbyte++; size >= BYTE_SIZE; size -= BYTE_SIZE, pbyte++) + { + pbyte_val = *pbyte; + + if (pbyte_val & 0x01) SUCCESS_(0); + if (pbyte_val & 0x02) SUCCESS_(1); + if (pbyte_val & 0x04) SUCCESS_(2); + if (pbyte_val & 0x08) SUCCESS_(3); + if (pbyte_val & 0x10) SUCCESS_(4); + if (pbyte_val & 0x20) SUCCESS_(5); + if (pbyte_val & 0x40) SUCCESS_(6); + if (pbyte_val & 0x80) SUCCESS_(7); + } + + pbyte_val = *pbyte; + + for (bit = 0; size > 0; --size, ++bit) + { + if (pbyte_val & (1 << bit)) SUCCESS_(bit); + } + + FAILURE_; +} + +/************************************************************************ +** +** MiFfcLong +** +** FUNCTIONAL DESCRIPTION: +** +** Searches the bit field specified by start_pos, size, and base for +** the first clear bit +** +** FORMAL PARAMETERS: +** + long start_pos; * starting position (offset) * + long size; * size of the bit field * + long base; * base address of the bit field * + long *find_pos; * returned position of 1st set bit * +** +** IMPLICIT INPUTS: +** +** None +** +** IMPLICIT OUTPUTS: +** +** None +** +** FUNCTION VALUE: +** +** Returns IMG$_NORMAL for success +** +** SIGNAL CODES: +** +** If clear bit not found, signals LIB$_NOTFOU +** +** SIDE EFFECTS: +** +** None +** +************************************************************************/ + +int MiFfcLong(start_pos, size, base, find_pos) + long start_pos; /* starting position (offset) */ + long size; /* size of the bit field */ + long base; /* base address of the bit field */ + long *find_pos; /* returned position of 1st clear bit */ +{ + char *pbyte; /* address of byte being searched */ + char pbyte_val; /* value of byte being searched */ + int bit; /* position of bit being examined */ + + *find_pos = start_pos + size; + pbyte = (char *) base + start_pos / BYTE_SIZE; + pbyte_val = ~(*pbyte); + + for (bit=start_pos % BYTE_SIZE; size >= 0 && bit < BYTE_SIZE; --size, ++bit) + { + if (pbyte_val & (1 << bit)) SUCCESS_(bit); + } + + for (pbyte++; size >= BYTE_SIZE; size -= BYTE_SIZE, pbyte++) + { + pbyte_val = ~(*pbyte); + + if (pbyte_val & 0x01) SUCCESS_(0); + if (pbyte_val & 0x02) SUCCESS_(1); + if (pbyte_val & 0x04) SUCCESS_(2); + if (pbyte_val & 0x08) SUCCESS_(3); + if (pbyte_val & 0x10) SUCCESS_(4); + if (pbyte_val & 0x20) SUCCESS_(5); + if (pbyte_val & 0x40) SUCCESS_(6); + if (pbyte_val & 0x80) SUCCESS_(7); + } + + pbyte_val = ~(*pbyte); + + for (bit = 0; size >= 0; --size, ++bit) + { + if (pbyte_val & (1 << bit)) SUCCESS_(bit); + } + + FAILURE_; +} diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiFfx.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiFfx.h new file mode 100644 index 0000000..2aefda0 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiFfx.h @@ -0,0 +1,91 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the Find First X(FFX) module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** +** AUTHOR(S): +** +** Richard Hennessy +** +** CREATION DATE: +** +** September 25, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIFFX +#define _SMIFFX + + /* + ** Include files + */ + + /* + ** Function reference + */ +int MiFfsLong(); +int MiFfcLong(); + +#endif +/* _SMIFFX */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiFill.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiFill.c new file mode 100644 index 0000000..4441759 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiFill.c @@ -0,0 +1,1087 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains support for the operation. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** VAX ULTRIX V3.1 +** RISC ULTRIX 3.1 +** +** AUTHORS: +** +** Gary Grebus +** +** CREATION DATE: +** +** Wed Jul 11 10:12:21 1990 +** +*******************************************************************************/ + +#include + +#include "SmiFill.h" + +/* +** Table of contents +*/ +int SmiCreateFill(); +int SmiFill(); +int SmiFillRegion(); + +static int _CvtUnsOpr(); +static int _FillBs(); +static int _FillByt(); +static int _FillFlt(); +static int _FillWrd(); + +static int _FillBsCpp(); +static int _FillBytCpp(); +static int _FillFltCpp(); +static int _FillWrdCpp(); + +static int _FillInitialize(); +static int _FillActivate(); +static int _FillDestroy(); + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local storage +*/ + /* + ** Fill Element Vector + */ +static PipeElementVector FillPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeFillElement, /* Structure subtype */ + sizeof(FillPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _FillInitialize, /* Initialize entry */ + _FillActivate, /* Activate entry */ + NULL, /* Flush entry */ + _FillDestroy, /* Destroy entry */ + NULL /* Abort entry point */ + }; + +/* +** This table describes functions to be called when filling a descriptor type. +*/ +static int (*fill_table[XieK_DATA_TYPE_COUNT])() = + {_FillBs ,_FillBs, _CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr, _FillByt, _FillFlt, _FillWrd}; + +static int (*fill_table_cpp[XieK_DATA_TYPE_COUNT])() = + {_FillBsCpp ,_FillBsCpp, _CvtUnsOpr, _CvtUnsOpr, _CvtUnsOpr, + _FillBytCpp, _FillFltCpp, _FillWrdCpp}; + + +/***************************************************************************** +** SmiCreateFill +** +** FUNCTIONAL DESCRIPTION: +** +** This function fills in a newly created FILL pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - fill pipeline context +** +** FUNCTION VALUE: +** +** none +** +*****************************************************************************/ +int SmiCreateFill(pipe,src,dst,idcudp,constant) +Pipe pipe; +PipeSinkPtr src; +PipeSinkPtr dst; +UdpPtr idcudp; +unsigned long int constant[XieK_MaxComponents]; +{ + int i; + FillPipeCtxPtr ctx = (FillPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &FillPipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + + /* + ** Copy parameters into context block. + */ + FilSrcSnk_(ctx) = src; + FilDstSnk_(ctx) = dst; + if( idcudp == NULL ) + { + /* Roi the entire source */ + FilRoiX1_(ctx) = SnkX1_(src,0); + FilRoiX2_(ctx) = SnkX2_(src,0); + FilRoiY1_(ctx) = SnkY1_(src,0); + FilRoiY2_(ctx) = SnkY2_(src,0); + FilCpp_(ctx) = NULL; + } + else + { + FilRoiX1_(ctx) = idcudp->UdpL_X1; + FilRoiX2_(ctx) = idcudp->UdpL_X2; + FilRoiY1_(ctx) = idcudp->UdpL_Y1; + FilRoiY2_(ctx) = idcudp->UdpL_Y2; + if( idcudp->UdpA_Base == NULL ) + FilCpp_(ctx) = NULL; + else + FilCpp_(ctx) = idcudp; + } + + for( i = 0; i < XieK_MaxComponents && IsPointer_(SnkUdpPtr_(dst,i)); i++ ) + FilConst_(ctx,i) = constant[i] < SnkLvl_(dst,i) + ? constant[i] : SnkLvl_(dst,i) - 1; + + /* + ** Setup one drain from source sink, receiving all components. + */ + FilSrcDrn_(ctx) = DdxRmCreateDrain_( FilSrcSnk_(ctx), -1 ); + if( !IsPointer_(FilSrcDrn_(ctx)) ) return( (int) FilSrcDrn_(ctx) ); + + /* + ** Handle any data type. + */ + DdxRmSetDType_( FilSrcDrn_(ctx), UdpK_DTypeUndefined, DtM_Any ); + DdxRmSetDType_( FilDstSnk_(ctx), UdpK_DTypeUndefined, DtM_Any ); + + return( Success ); +} /* end SmiCreateFill */ + +/***************************************************************************** +** _FillInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the FILL pipeline element prior to +** an activation. +** +** FORMAL PARAMETERS: +** +** ctx - fill pipeline context +** +** FUNCTION VALUE: +** +** none +** +*****************************************************************************/ +static int _FillInitialize(ctx) +FillPipeCtxPtr ctx; +{ + int dtype, status; + + /* + ** Initialize the source drain. + */ + CtxInp_(ctx) = FilSrcDrn_(ctx); + status = DdxRmInitializePort_( CtxHead_(ctx), FilSrcDrn_(ctx) ); + if( status != Success ) return( status ); + + /* + ** Set our destination sink DType to match our drain and initialize it. + */ + dtype = DdxRmGetDType_( FilSrcDrn_(ctx) ); + DdxRmSetDType_( FilDstSnk_(ctx), dtype, 1< FilRoiY2_(ctx) ) + { /* + ** Entire quantum is outside the ROI + */ + status = DdxRmPutData_( FilDstSnk_(ctx), src ); + src = NULL; + } + else + { + /* The quantum intersects the ROI. Copy the regions outside + * the ROI and fill the region within */ + dst = DdxRmAllocData_( FilDstSnk_(ctx), DatCmpIdx_(src), + DatY1_(src), DatHeight_(src) ); + status = (int) dst; + if( !IsPointer_(dst) ) continue; + + X1 = DatX1_(src) > FilRoiX1_(ctx) ? DatX1_(src) : FilRoiX1_(ctx); + X2 = DatX2_(src) < FilRoiX2_(ctx) ? DatX2_(src) : FilRoiX2_(ctx); + Y1 = DatY1_(src) > FilRoiY1_(ctx) ? DatY1_(src) : FilRoiY1_(ctx); + Y2 = DatY2_(src) < FilRoiY2_(ctx) ? DatY2_(src) : FilRoiY2_(ctx); + + if( DatY1_(src) < Y1 ) + { /* Copy the part of this quantum above the ROI */ + status = DdxCopy_( DatUdpPtr_(src), DatUdpPtr_(dst), 0, 0, + DatX1_(dst), DatY1_(dst), + DatWidth_(src), Y1 - DatY1_(src) ); + if( status != Success ) continue; + } + if( DatX1_(src) < X1 ) + { /* Copy the part of this quantum left of the ROI */ + status = DdxCopy_( DatUdpPtr_(src), DatUdpPtr_(dst), + 0, Y1 - DatY1_(src), + DatX1_(dst), Y1, + X1 - DatX1_(src), Y2 - Y1 + 1); + if( status != Success ) continue; + } + if( DatX2_(src) > X2 ) + { /* Copy the part of this quantum right of the ROI */ + status = DdxCopy_( DatUdpPtr_(src), DatUdpPtr_(dst), + X2 - DatX1_(src)+1, Y1 - DatY1_(src), + X2+1, Y1, + DatX2_(src) - X2, Y2 - Y1 + 1); + if( status != Success ) continue; + } + if( DatY2_(src) > Y2 ) + { /* Copy the part of this quantum below the ROI */ + status = DdxCopy_( DatUdpPtr_(src), DatUdpPtr_(dst), + 0, Y2 - DatY1_(src) + 1, + DatX1_(dst), Y2 + 1, + DatWidth_(src), DatY2_(src) - Y2); + if( status != Success ) continue; + } + /* Fill the intersection of the IDC with this quantum */ + udp = DatUdp_(dst); + udp.UdpL_X1 = X1; + udp.UdpL_X2 = X2; + udp.UdpL_Y1 = Y1; + udp.UdpL_Y2 = Y2; + udp.UdpL_PxlPerScn = udp.UdpL_X2 - udp.UdpL_X1 + 1; + udp.UdpL_ScnCnt = udp.UdpL_Y2 - udp.UdpL_Y1 + 1; + + udp.UdpL_Pos += (udp.UdpL_Y1 - DatY1_(dst)) * udp.UdpL_ScnStride + + (udp.UdpL_X1 - DatX1_(dst)) * udp.UdpL_PxlStride; + + typ = DdxGetTyp_(&udp); + + if( FilCpp_(ctx) == NULL ) + status = (*fill_table[typ]) + (&udp, &FilConst_(ctx,DatCmpIdx_(src))); + else + { + /* Copy the source data to the destination, then fill + * the pixels selected by the CPP. + */ + status = DdxConvert_( DatUdpPtr_(src), &udp, XieK_MoveMode ); + if( status != Success ) continue; + + cppudp = *FilCpp_(ctx); + cppudp.UdpL_Pos += + (udp.UdpL_Y1 - cppudp.UdpL_Y1) * cppudp.UdpL_ScnStride + + (udp.UdpL_X1 - cppudp.UdpL_X1) * cppudp.UdpL_PxlStride; + + status = (*fill_table_cpp[typ]) + (&udp, &cppudp, &FilConst_(ctx,DatCmpIdx_(src))); + } + if( status != Success ) continue; + + status = DdxRmPutData_( FilDstSnk_(ctx), dst ); + dst = NULL; + } + } + return( status ); +} + +/***************************************************************************** +** _FillDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the FILL +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - fill pipeline context +** +** FUNCTION VALUE: +** +** none +** +*****************************************************************************/ +static int _FillDestroy(ctx) +FillPipeCtxPtr ctx; +{ + FilSrcDrn_(ctx) = DdxRmDestroyDrain_( FilSrcDrn_(ctx) ); + + return( Success ); +} + +/***************************************************************************** +** SmiFill +** +** FUNCTIONAL DESCRIPTION: +** +** Fill pixels in a UDP as specified by an IDC. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** idcudp - destination IDC +** value - pel fill pattern +** +** FUNCTION VALUE: +** +** none +** +*****************************************************************************/ +int SmiFill( src, dst, idcudp, value ) +UdpPtr src, dst; +UdpPtr idcudp; +unsigned int value; +{ + UdpRec udp; + int typ, status; + unsigned long val; + + /* + ** Allocate the destination image array + */ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } + + /* + * Copy the image. + */ + status = DdxConvert_( src, dst, XieK_MoveMode ); + if( status != Success ) return( status ); + + /* + ** Validate and get type of destination + */ + typ = DdxGetTyp_(dst); + if( typ >= XieK_DATA_TYPE_COUNT ) return( BadImplementation ); + + /* + ** Make a copy of the destination UDP that we can modify. + */ + udp = *dst; + /* + ** Modify the UDP so that is describes only the ROI to receive the fill. + */ + if( idcudp != NULL ) + { + /* If the IDC was supplied, find its intersection with the image */ + udp.UdpL_X1 = idcudp->UdpL_X1 > udp.UdpL_X1 ? + idcudp->UdpL_X1 : udp.UdpL_X1; + udp.UdpL_X2 = idcudp->UdpL_X2 < udp.UdpL_X2 ? + idcudp->UdpL_X2 : udp.UdpL_X2; + udp.UdpL_Y1 = idcudp->UdpL_Y1 > udp.UdpL_Y1 ? + idcudp->UdpL_Y1 : udp.UdpL_Y1; + udp.UdpL_Y2 = idcudp->UdpL_Y2 < udp.UdpL_Y2 ? + idcudp->UdpL_Y2 : udp.UdpL_Y2; + } + udp.UdpL_PxlPerScn = udp.UdpL_X2 - udp.UdpL_X1 + 1; + udp.UdpL_ScnCnt = udp.UdpL_Y2 - udp.UdpL_Y1 + 1; + + udp.UdpL_Pos += (udp.UdpL_Y1 - dst->UdpL_Y1) * udp.UdpL_ScnStride + + (udp.UdpL_X1 - dst->UdpL_X1) * udp.UdpL_PxlStride; + + val = value < udp.UdpL_Levels ? value : udp.UdpL_Levels - 1; + /* + ** Call specific fill routine. + */ + if( idcudp == NULL || idcudp->UdpA_Base == NULL ) + status = (*fill_table[typ])(&udp, &val); + else + status = (*fill_table_cpp[typ])(&udp, idcudp, &val); + + return( status ); +} /* end SmiFill */ + +/***************************************************************************** +** SmiFillRegion +** +** FUNCTIONAL DESCRIPTION: +** +** This is utility style interface to SmiFill. +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** dst_x - Destination X coordinate +** dst_y - Destination Y coordinate +** width - Width of ROI in pels +** height - Height of ROI in pels +** value - pel fill pattern +** +** FUNCTION VALUE: +** +** Standard X status codes. +** +*****************************************************************************/ +int SmiFillRegion( dst, x, y, width, height, value ) +UdpPtr dst; +int x; +int y; +unsigned int width; +unsigned int height; +unsigned int value; +{ + UdpRec udp; + int typ; + unsigned long val; + + /* + * Handle the no-op case. + */ + if (width == 0 || height == 0) + return( Success ); + /* + ** Validate and get type of descriptors + */ + typ = DdxGetTyp_(dst); + if( typ >= XieK_DATA_TYPE_COUNT ) return( BadImplementation ); + /* + ** Make a copy of the destination UDP that we can modify. + */ + udp = *dst; + /* + ** Modify the UDP so that is describes only the ROI to receive the value. + */ + udp.UdpL_X1 = x > udp.UdpL_X1 ? x : udp.UdpL_X1; + udp.UdpL_X2 = x + width - 1 < udp.UdpL_X2 ? x + width - 1 : udp.UdpL_X2; + udp.UdpL_Y1 = y > udp.UdpL_Y1 ? y : udp.UdpL_Y1; + udp.UdpL_Y2 = y + height - 1 < udp.UdpL_Y2 ? y + height - 1 : udp.UdpL_Y2; + + udp.UdpL_PxlPerScn = udp.UdpL_X2 - udp.UdpL_X1 + 1; + udp.UdpL_ScnCnt = udp.UdpL_Y2 - udp.UdpL_Y1 + 1; + + udp.UdpL_Pos += (udp.UdpL_Y1 - dst->UdpL_Y1) * udp.UdpL_ScnStride + + (udp.UdpL_X1 - dst->UdpL_X1) * udp.UdpL_PxlStride; + + val = value < udp.UdpL_Levels ? value : udp.UdpL_Levels - 1; + /* + ** Call specific fill routine. + */ + return( (*fill_table[typ])(&udp, &val) ); +} /* end SmiFillRegion */ + +/***************************************************************************** +** _CvtUnsOpr +** +** FUNCTIONAL DESCRIPTION: +** +** This is an action routine called when conversion from source descriptor +** type to destination descriptor type is not supported. Simply signal an +** error at this point. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** +*****************************************************************************/ +static int _CvtUnsOpr(src, dst) +UdpPtr src; +UdpPtr dst; +{ + return( BadImplementation ); +} + +/***************************************************************************** +** _FillBs +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a bit array with an integer value +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** val - value +** +*****************************************************************************/ +static int _FillBs( dst, val ) +UdpPtr dst; +unsigned long *val; +{ + unsigned long value = *val; + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int dst_scan_offset; + int dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Get destination dimensions. +*/ + X1 = dst->UdpL_X1; + X2 = dst->UdpL_X2; + Y1 = dst->UdpL_Y1; + Y2 = dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + dst_scan_offset = dst->UdpL_Pos; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + PUT_VALUE_(dst->UdpA_Base, dst_offset, value, dst_mask); + dst_offset += dst->UdpL_PxlStride; + } + + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _FillByt +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a byte array with an integer value +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** val - value +** +*****************************************************************************/ +static int _FillByt( dst, val ) +UdpPtr dst; +unsigned long *val; +{ + unsigned char value = *val; + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_scan_offset; + int dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Get destination dimensions. +*/ + X1 = dst->UdpL_X1; + X2 = dst->UdpL_X2; + Y1 = dst->UdpL_Y1; + Y2 = dst->UdpL_Y2; + + dst_scan_offset = dst->UdpL_Pos; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned char *)(dst->UdpA_Base + (dst_offset >> 3))) = value; + dst_offset += dst->UdpL_PxlStride; + } + + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + +/***************************************************************************** +** _FillFlt +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a floating array with a floating value +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** val - floating value +** +*****************************************************************************/ +static int _FillFlt( dst, val ) +UdpPtr dst; +float *val; +{ + float value = *val; + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_scan_offset; + int dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Get destination dimensions. +*/ + X1 = dst->UdpL_X1; + X2 = dst->UdpL_X2; + Y1 = dst->UdpL_Y1; + Y2 = dst->UdpL_Y2; + + dst_scan_offset = dst->UdpL_Pos; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((float *)(dst->UdpA_Base + (dst_offset >> 3))) = value; + dst_offset += dst->UdpL_PxlStride; + } + + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + + +/***************************************************************************** +** _FillWrd +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a word array with an integer value +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** val - value +** +*****************************************************************************/ +static int _FillWrd( dst, val ) +UdpPtr dst; +unsigned long *val; +{ + unsigned short value = *val; + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_scan_offset; + int dst_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Get destination dimensions. +*/ + X1 = dst->UdpL_X1; + X2 = dst->UdpL_X2; + Y1 = dst->UdpL_Y1; + Y2 = dst->UdpL_Y2; + + dst_scan_offset = dst->UdpL_Pos; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = value; + dst_offset += dst->UdpL_PxlStride; + } + + dst_scan_offset += dst->UdpL_ScnStride; + } + return( Success ); +} + + +/***************************************************************************** +** _FillBsCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a bit array with an integer value, under the +** control of a CPP. +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** cpp - pointer to CPP +** val - value +** +*****************************************************************************/ +static int _FillBsCpp( dst, cpp, val ) +UdpPtr dst; +UdpPtr cpp; +unsigned long *val; +{ + unsigned long value = *val; + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_mask; + int dst_scan_offset; + int dst_offset; + int cpp_scan_offset; + int cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Get destination dimensions. +*/ + X1 = dst->UdpL_X1; + X2 = dst->UdpL_X2; + Y1 = dst->UdpL_Y1; + Y2 = dst->UdpL_Y2; + + dst_mask = (1 << dst->UdpW_PixelLength) - 1; + + dst_scan_offset = dst->UdpL_Pos; + cpp_scan_offset = cpp->UdpL_Pos; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) + PUT_VALUE_(dst->UdpA_Base, dst_offset, value, dst_mask); + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} /* end _FillBsCpp */ + + +/***************************************************************************** +** _FillBytCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a byte array with an integer value, under the +** control of a CPP. +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** cpp - pointer to CPP +** val - value +** +*****************************************************************************/ +static int _FillBytCpp( dst, cpp, val ) +UdpPtr dst; +UdpPtr cpp; +unsigned long *val; +{ + unsigned char value = *val; + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_scan_offset; + int dst_offset; + int cpp_scan_offset; + int cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Get destination dimensions. +*/ + X1 = dst->UdpL_X1; + X2 = dst->UdpL_X2; + Y1 = dst->UdpL_Y1; + Y2 = dst->UdpL_Y2; + + dst_scan_offset = dst->UdpL_Pos; + cpp_scan_offset = cpp->UdpL_Pos; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) + *((unsigned char *)(dst->UdpA_Base + (dst_offset >> 3))) = + value; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} /* end _FillBytCpp */ + + +/***************************************************************************** +** _FillFltCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a floating array with a floating value, +** under control of a CPP. +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** cpp - pointer to CPP +** val - floating value +** +*****************************************************************************/ +static int _FillFltCpp( dst, cpp, val ) +UdpPtr dst; +UdpPtr cpp; +float *val; +{ + float value = *val; + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_scan_offset; + int dst_offset; + int cpp_scan_offset; + int cpp_offset; +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } +/* +** Get destination dimensions. +*/ + X1 = dst->UdpL_X1; + X2 = dst->UdpL_X2; + Y1 = dst->UdpL_Y1; + Y2 = dst->UdpL_Y2; + + dst_scan_offset = dst->UdpL_Pos; + cpp_scan_offset = cpp->UdpL_Pos; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) + *((float *)(dst->UdpA_Base + (dst_offset >> 3))) = value; + + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} /* end _FillFltCpp */ + + +/***************************************************************************** +** _FillWrdCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Fill a region of a word array with an integer value, under the +** control of a CPP. +** +** FORMAL PARAMETERS: +** +** dst - destination data descriptor +** cpp - pointer to CPP +** val - value +** +*****************************************************************************/ +static int _FillWrdCpp( dst, cpp, val ) +UdpPtr dst; +UdpPtr cpp; +unsigned long *val; +{ + unsigned short value = *val; + int pixel; + int scanline; + int X1, Y1, X2, Y2; + int dst_scan_offset; + int dst_offset; + int cpp_scan_offset; + int cpp_offset; + +/* +** Allocate memory for destination buffer. +*/ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } + +/* +** Get destination dimensions. +*/ + X1 = dst->UdpL_X1; + X2 = dst->UdpL_X2; + Y1 = dst->UdpL_Y1; + Y2 = dst->UdpL_Y2; + + dst_scan_offset = dst->UdpL_Pos; + cpp_scan_offset = cpp->UdpL_Pos; + + for( scanline = Y1; scanline <= Y2 ; scanline++ ) + { + dst_offset = dst_scan_offset; + cpp_offset = cpp_scan_offset; + + for( pixel = X1; pixel <= X2; pixel++ ) + { + if (GET_VALUE_(cpp->UdpA_Base, cpp_offset, 1)) + *((unsigned short *)(dst->UdpA_Base + (dst_offset >> 3))) = + value; + dst_offset += dst->UdpL_PxlStride; + cpp_offset += cpp->UdpL_PxlStride; + } + + dst_scan_offset += dst->UdpL_ScnStride; + cpp_scan_offset += cpp->UdpL_ScnStride; + } + return( Success ); +} /* end _FillWrdCpp */ + +/* E N D of S m i F i l l . c */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiFill.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiFill.h new file mode 100644 index 0000000..a43099a --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiFill.h @@ -0,0 +1,136 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the FILL pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.1 +** RISC ULTRIX V3.1 +** +** AUTHOR(S): +** +** Gary Grebus +** +** CREATION DATE: +** +** Wed Jul 11 10:19:08 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIFILL +#define _SMIFILL + +/* +** Include files +*/ +#include + + /* + ** Function reference + */ +int SmiCreateFill(); +int SmiFill(); +int SmiFillRegion(); + +/* +** Structure definitions and Typedefs +*/ + +/* +** Fill pipeline context block. +*/ +typedef struct _FillPipeCtx { + PipeElementCommonPart common; + struct _FillPart { + PipeSinkPtr src; + PipeSinkPtr dst; + long int x1; + long int x2; + long int y1; + long int y2; + UdpPtr cpp; + unsigned long constant[XieK_MaxComponents]; + PipeDrainPtr srcdrn; + } FillPart; +} FillPipeCtx, *FillPipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, Fill part, access MACROs +*/ +#define FilSrcDrn_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.srcdrn) +/* +** Fill Parameters +*/ +#define FilSrcSnk_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.src) +#define FilDstSnk_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.dst) +#define FilRoiX1_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.x1) +#define FilRoiX2_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.x2) +#define FilRoiY1_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.y1) +#define FilRoiY2_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.y2) +#define FilCpp_(ctx) (((FillPipeCtxPtr)(ctx))->FillPart.cpp) +#define FilConst_(ctx,comp) (((FillPipeCtxPtr)(ctx))->FillPart.constant[comp]) + +#endif +/* _SMIFILL */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiFloat.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiFloat.c new file mode 100644 index 0000000..6fc24f6 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiFloat.c @@ -0,0 +1,195 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module provides a machine independant mechanism for transporting +** floating point numbers using the X11 Image Extension protocol. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** Robert NC Shelley +** +** +** CREATION DATE: 25-Aug-1989 +** +*******************************************************************************/ + +/* +** INCLUDE FILES +**/ +#ifndef VXT +#include +#else +#include +#endif +#include /* XIE device dependant definitions */ + +/* +** Table of Contents +*/ +void MiEncodeDouble(); +double MiDecodeDouble(); + + + +/* +** Macro definitions +*/ + /* + ** To convert the mantissa of a 'double' (always < 1.0) to/from the + ** 'XieFloatRec.mantissa' we multiply/divide by this factor + ** ( 2^n, where n is the size in bits of 'XieFloatRec.mantissa' less 1). + ** On the wire the mantissa is shifted left one place for compatibililty + ** with previous protocol versions. + */ +#define Convert_Mantissa_(xiefloatptr) \ + pow(2.0, 8.0*sizeof(xiefloatptr->mantissa)-1.0) + +/* +** External routines +*/ + +/* +** Equated symbols +*/ + +/* +** External symbol definitions. +*/ + +/***************************************************************************** +** MiEncodeDouble +** +** FUNCTIONAL DESCRIPTION: +** +** Encode a double value as XieFloat format. +** +** FORMAL PARAMETERS: +** +** ptr - pointer to XieFloatRec +** value - double value to be encoded +** +*****************************************************************************/ +void MiEncodeDouble( ptr, value ) + XieFloat ptr; + double value; +{ + double mantissa; + int exponent; + + /* + ** Separate out the mantissa and exponent. + */ + mantissa = frexp(value, &exponent); + + /* + ** Encode the mantissa in XieFloat format. + */ + ptr->m_sign = (CARD8) (mantissa >= 0.0); + ptr->mantissa = (CARD32) (Convert_Mantissa_(ptr) + * (ptr->m_sign ? mantissa : -mantissa) + 0.5); + + /* + ** Check/correct for overflow on round-up. + */ + if( (int)(ptr->mantissa) < 0 ) + { + exponent++; + ptr->mantissa = (CARD32) Convert_Mantissa_(ptr); + } + else + ptr->mantissa <<= 1; + + /* + ** Encode the exponent in XieFloat format. + */ + ptr->e_sign = (CARD8) (exponent >= 0); + ptr->exponent = (CARD16) (ptr->e_sign ? exponent : -exponent); +} + +/***************************************************************************** +** MiDecodeDouble +** +** FUNCTIONAL DESCRIPTION: +** +** Decode a double value from XieFloat format. +** +** FORMAL PARAMETERS: +** +** ptr - pointer to XieFloatRec +** +** FUNCTION VALUE: +** +** decoded double value +** +*****************************************************************************/ +double MiDecodeDouble( ptr ) + XieFloat ptr; +{ + /* + ** Reassemble the XieFloatRec into a double value. + */ + return( pow( 2.0, (ptr->e_sign ? 1.0 : -1.0) * ptr->exponent ) + * (ptr->m_sign ? 1.0 : -1.0) + * ((long)ptr->mantissa >> 1) / Convert_Mantissa_(ptr) ); +} diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiHistogram.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiHistogram.c new file mode 100644 index 0000000..1a2a576 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiHistogram.c @@ -0,0 +1,206 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Image Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains code for image data histograms. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** John Weber +** +** CREATION DATE: +** +** December 28, 1989 +** +*****************************************************************************/ + +/* +** Include files +*/ +#include + +#include "SmiHistogram.h" +#include "XieDdx.h" + +/* +** Table of contents +*/ +int SmiHistogram(); + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local Storage +*/ + +/***************************************************************************** +** SmiHistogram +** +** FUNCTIONAL DESCRIPTION: +** +** This function ... +** +** FORMAL PARAMETERS: +** +** src - src udp +** idc - cpp or roi (optional) +** histogram - histogram buffer +** +** FUNCTION VALUE: +** +** Success +** +*****************************************************************************/ +int SmiHistogram( src, idc, histogram ) +UdpPtr src; +UdpPtr idc; +unsigned long histogram[]; +{ + long int scanline; + long int pixel; + + int src_mask = (1 << src->UdpW_PixelLength) - 1; + long int src_scan_offset; + long int src_offset; + + long int cpp_scan_offset; + long int cpp_offset; + + unsigned long value; + long int x1, y1, x2, y2; + + memset( histogram, NULL, src->UdpL_Levels * sizeof(long) ); + + /* Determine the boundaries of the intersection of the image and the + * ROI or CPP (if present). + */ + if( idc == NULL ) + { + x1 = src->UdpL_X1; + x2 = src->UdpL_X2; + y1 = src->UdpL_Y1; + y2 = src->UdpL_Y2; + } + else + { + x1 = src->UdpL_X1 > idc->UdpL_X1 ? src->UdpL_X1 : idc->UdpL_X1; + x2 = src->UdpL_X2 < idc->UdpL_X2 ? src->UdpL_X2 : idc->UdpL_X2; + y1 = src->UdpL_Y1 > idc->UdpL_Y1 ? src->UdpL_Y1 : idc->UdpL_Y1; + y2 = src->UdpL_Y2 < idc->UdpL_Y2 ? src->UdpL_Y2 : idc->UdpL_Y2; + } + src_scan_offset = src->UdpL_Pos + (y1 - src->UdpL_Y1) * src->UdpL_ScnStride + + (x1 - src->UdpL_X1) * src->UdpL_PxlStride; + + if( idc == NULL || idc->UdpA_Base == NULL ) + { + /* Not using a CPP */ + for( scanline = y1; scanline <= y2 ; scanline++ ) + { + src_offset = src_scan_offset; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + value = GET_VALUE_(src->UdpA_Base, src_offset, src_mask); + histogram[value]++; + src_offset += src->UdpL_PxlStride; + } + src_scan_offset += src->UdpL_ScnStride; + } + } + else + { + /* Using a CPP */ + cpp_scan_offset = idc->UdpL_Pos; + + for( scanline = y1; scanline <= y2 ; scanline++ ) + { + src_offset = src_scan_offset; + cpp_offset = cpp_scan_offset; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( GET_VALUE_(idc->UdpA_Base, cpp_offset, 1) ) + { + value = GET_VALUE_(src->UdpA_Base, src_offset, src_mask); + histogram[value]++; + } + src_offset += src->UdpL_PxlStride; + cpp_offset += idc->UdpL_PxlStride; + } + + src_scan_offset += src->UdpL_ScnStride; + cpp_scan_offset += idc->UdpL_ScnStride; + } + } + return( Success ); +} diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiHistogram.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiHistogram.h new file mode 100644 index 0000000..0aaf7ac --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiHistogram.h @@ -0,0 +1,90 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the Histogram module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** +** AUTHOR(S): +** +** Richard Hennessy +** +** CREATION DATE: +** +** September 25, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIHISTO +#define _SMIHISTO + + /* + ** Include files + */ +#include /* Get various useful definitions */ + /* + ** Function reference + */ +int SmiHistogram(); + +#endif +/* _SMIHISTO */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiLogical.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiLogical.c new file mode 100644 index 0000000..686b917 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiLogical.c @@ -0,0 +1,1742 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module implements the logical operator which performs +** logical functions between two photomaps. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Fri Apr 20 15:55:27 1990 +** +*******************************************************************************/ + +#include + +#include "SmiLogical.h" + +/* +** Table of contents +*/ +int SmiLogical(); +int SmiCreateLogical(); + +static int _LogicalAbort(); +static int _LogicalInitialize(); +static int _LogicalActivate(); +static int _LogicalFlush(); +static int _LogicalDestroy(); + +static UdpPtr LogicalGetTempUdp(); +static void LogicalDestroyTempUdp(); +static int LogicalConvertScanline(); +static int LogicalStoreScanline(); + +static void LogicalAndII(); +static void LogicalAndIC(); +static void LogicalOrII(); +static void LogicalOrIC(); +static void LogicalXorII(); +static void LogicalXorIC(); +static void LogicalNotII(); +static void LogicalNotIC(); +static void LogicalShiftUpII(); +static void LogicalShiftUpIC(); +static void LogicalShiftDownII(); +static void LogicalShiftDownIC(); + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local storage +*/ + /* + ** Logical Element Vector + */ +static PipeElementVector LogicalPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeLogicalElement, /* Structure subtype */ + sizeof(LogicalPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _LogicalInitialize, /* Initialize entry */ + _LogicalActivate, /* Activate entry */ + _LogicalFlush, /* Flush entry */ + _LogicalDestroy, /* Destroy entry */ + NULL /* Abort entry logical */ + }; + +/* Dispatch tables to select the correct operation routine */ +/* These must match the ordering of the XieK_xxxx constants in XieAppl.h */ +static void (*LogicalTableII[])() = { + NULL, /* Constants start with 1 */ + LogicalAndII, + LogicalOrII, + LogicalXorII, + LogicalNotII, + LogicalShiftUpII, + LogicalShiftDownII, + }; + +static void (*LogicalTableIC[])() = { + NULL, + LogicalAndIC, + LogicalOrIC, + LogicalXorIC, + LogicalNotIC, + LogicalShiftUpIC, + LogicalShiftDownIC, + }; + +/***************************************************************************** +** SmiCreateLogical +** +** FUNCTIONAL DESCRIPTION: +** +** This function fills in a newly created context for a LOGICAL +** pipeline element. +** +** FORMAL PARAMETERS: +** +** pipe - Descriptor for pipe being built.. +** srcsnk1 - Pointer to first source sink +** srcsnk2 - Pointer to second source sink (NULL if no second source) +** constant- Array of "constant image" values (used when srcsnk2==NULL) +** dstsnk - Pointer to destination sink +** idc - Pointer to UDP describing the ROI or CPP (NULL if no IDC) +** operator- Logical operation function code. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateLogical(pipe,srcsnk1,srcsnk2,constant,dstsnk,idc,operator) +Pipe pipe; +PipeSinkPtr srcsnk1; +PipeSinkPtr srcsnk2; +unsigned int constant[XieK_MaxComponents]; +PipeSinkPtr dstsnk; +UdpPtr idc; +int operator; +{ + int i, dtype; + LogicalPipeCtxPtr ctx = (LogicalPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &LogicalPipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Copy parameters + */ + LogSrcSnk1_(ctx) = srcsnk1; + LogSrcSnk2_(ctx) = srcsnk2; + LogDstSnk_(ctx) = dstsnk; + + /* See if sink 1 contains word or byte data */ + for(i = 0; i < XieK_MaxComponents && IsPointer_(SnkUdpPtr_(srcsnk1,i)); i++) + if( SnkLvl_(srcsnk1,i) <= 256 ) + dtype = UdpK_DTypeBU; + else + { + dtype = UdpK_DTypeWU; + break; + } + if( dtype == UdpK_DTypeBU ) + /* See if destination sink contains word data */ + for(i=0; i 256 ) + { + dtype = UdpK_DTypeWU; + break; + } + if( IsPointer_(srcsnk2) ) + { + LogFunc_(ctx) = LogicalTableII[operator]; + /* Intersection of two source operands */ + LogRoiX1_(ctx) = SnkX1_(srcsnk2,0) > SnkX1_(srcsnk1,0) ? + SnkX1_(srcsnk2,0) : SnkX1_(srcsnk1,0); + LogRoiX2_(ctx) = SnkX2_(srcsnk2,0) < SnkX2_(srcsnk1,0) ? + SnkX2_(srcsnk2,0) : SnkX2_(srcsnk1,0); + LogRoiY1_(ctx) = SnkY1_(srcsnk2,0) > SnkY1_(srcsnk1,0) ? + SnkY1_(srcsnk2,0) : SnkY1_(srcsnk1,0); + LogRoiY2_(ctx) = SnkY2_(srcsnk2,0) < SnkY2_(srcsnk1,0) ? + SnkY2_(srcsnk2,0) : SnkY2_(srcsnk1,0); + if( dtype == UdpK_DTypeBU ) + /* See if sink 2 contains word data */ + for(i=0;i 256 ) + { + dtype = UdpK_DTypeWU; + break; + } + /* Create a drain on sink 2, process a quantum of 1 scanline */ + LogSrcDrn2_(ctx) = DdxRmCreateDrain_( LogSrcSnk2_(ctx), -1 ); + if( !IsPointer_(LogSrcDrn2_(ctx)) ) return( (int) LogSrcDrn2_(ctx)); + DdxRmSetDType_( LogSrcDrn2_(ctx), dtype, 1<UdpA_Base) ? idc : NULL; + + if( IsPointer_(idc) ) + { + /* Further restrict the area to be processed with the CPP/ROI */ + LogRoiX1_(ctx) = idc->UdpL_X1 > LogRoiX1_(ctx) ? + idc->UdpL_X1 : LogRoiX1_(ctx); + LogRoiX2_(ctx) = idc->UdpL_X2 < LogRoiX2_(ctx) ? + idc->UdpL_X2 : LogRoiX2_(ctx); + LogRoiY1_(ctx) = idc->UdpL_Y1 > LogRoiY1_(ctx) ? + idc->UdpL_Y1 : LogRoiY1_(ctx); + LogRoiY2_(ctx) = idc->UdpL_Y2 < LogRoiY2_(ctx) ? + idc->UdpL_Y2 : LogRoiY2_(ctx); + } + LogSrcData1_(ctx) = NULL; + LogSrcData2_(ctx) = NULL; + + /* Create a drain on sink 1, process a quantum of 1 scanline */ + LogSrcDrn1_(ctx) = DdxRmCreateDrain_( LogSrcSnk1_(ctx), -1 ); + if( !IsPointer_(LogSrcDrn1_(ctx)) ) return( (int) LogSrcDrn1_(ctx)); + DdxRmSetDType_( LogSrcDrn1_(ctx), dtype, 1< LogRoiY2_(ctx) ) + { + /* Scanline is outside the ROI - just pass it through */ + status = DdxRmPutData_( LogDstSnk_(ctx), src1 ); + src1 = NULL; + } + else + { + dst = DdxRmAllocData_( LogDstSnk_(ctx), DatCmpIdx_(src1), + DatY1_(src1), DatHeight_(src1) ); + status = (int) dst; + if( !IsPointer_(dst) ) continue; + + /* Copy the portions of this line outside the ROI */ + status = DdxCopy_( DatUdpPtr_(src1), /* Left */ + DatUdpPtr_(dst), + DatX1_(src1), 0, + DatX1_(dst), DatY1_(dst), + LogRoiX1_(ctx) - DatX1_(src1), 1 ); + if( status != Success ) continue; + + status = DdxCopy_( DatUdpPtr_(src1), /* Right */ + DatUdpPtr_(dst), + LogRoiX2_(ctx)+1, 0, + LogRoiX2_(ctx)+1, DatY1_(dst), + DatX2_(src1) - LogRoiX2_(ctx), 1 ); + if( status != Success ) continue; + + DatPos_(src1) += + (LogRoiX1_(ctx) - DatX1_(src1)) * DatPxlStr_(src1); + dstpos = DatPos_(dst); + DatPos_(dst) += + (LogRoiX1_(ctx) - DatX1_(dst)) * DatPxlStr_(dst);; + + (*LogFunc_(ctx))(DatUdpPtr_(src1), + LogConst_(ctx,DatCmpIdx_(src1)), + DatUdpPtr_(dst), + LogCpp_(ctx), + LogRoiY1_(ctx), + LogRoiX1_(ctx), + LogRoiX2_(ctx)); + + DatPos_(dst) = dstpos; + status = DdxRmPutData_( LogDstSnk_(ctx), dst ); + dst = NULL; + } + } + + else + /* Operating between two images */ + for( status = Success; status == Success; + LogSrcData1_(ctx) = DdxRmDeallocData_(LogSrcData1_(ctx)), + LogSrcData2_(ctx) = DdxRmDeallocData_(LogSrcData2_(ctx)), + dst = DdxRmDeallocData_(dst) ) + { + if( LogSrcData1_(ctx) == NULL ) + { + LogSrcData1_(ctx) = DdxRmGetData_( ctx, LogSrcDrn1_(ctx) ); + if( !IsPointer_(LogSrcData1_(ctx)) ) + return((int)LogSrcData1_(ctx)); + } + src1 = LogSrcData1_(ctx); + + if( DatY1_(src1) <= LogRoiY2_(ctx) ) + { + /* Keep the two streams synchronized as long as we still + * need src2 data */ + if( LogSrcData2_(ctx) == NULL ) + { + LogSrcData2_(ctx) = DdxRmGetData_( ctx, LogSrcDrn2_(ctx) ); + if( !IsPointer_(LogSrcData2_(ctx)) ) + return((int)LogSrcData2_(ctx)); + } + src2 = LogSrcData2_(ctx); + } + if( DatY1_(src1) < LogRoiY1_(ctx) || DatY1_(src1) > LogRoiY2_(ctx) ) + { + /* Scanline is outside the ROI - just pass it through */ + status = DdxRmPutData_( LogDstSnk_(ctx), src1 ); + LogSrcData1_(ctx) = NULL; + } + else + { + dst = DdxRmAllocData_( LogDstSnk_(ctx), DatCmpIdx_(src1), + DatY1_(src1), DatHeight_(src1) ); + status = (int) dst; + if( !IsPointer_(dst) ) continue; + + /* Copy the portions of this line outside the ROI */ + status = DdxCopy_( DatUdpPtr_(src1), /* Left */ + DatUdpPtr_(dst), + DatX1_(src1), 0, + DatX1_(dst), DatY1_(dst), + LogRoiX1_(ctx) - DatX1_(src1), 1 ); + if( status != Success ) continue; + + status = DdxCopy_( DatUdpPtr_(src1), /* Right */ + DatUdpPtr_(dst), + LogRoiX2_(ctx)+1, 0, + LogRoiX2_(ctx)+1, DatY1_(dst), + DatX2_(src1) - LogRoiX2_(ctx), 1 ); + if( status != Success ) continue; + + DatPos_(src1) += + (LogRoiX1_(ctx) - DatX1_(src1)) * DatPxlStr_(src1); + DatPos_(src2) += + (LogRoiX1_(ctx) - DatX1_(src2)) * DatPxlStr_(src2); + dstpos = DatPos_(dst); + DatPos_(dst) += + (LogRoiX1_(ctx) - DatX1_(dst)) * DatPxlStr_(dst);; + + (*LogFunc_(ctx))(DatUdpPtr_(src1), + DatUdpPtr_(src2), + DatUdpPtr_(dst), + LogCpp_(ctx), + LogRoiY1_(ctx), + LogRoiX1_(ctx), + LogRoiX2_(ctx)); + + DatPos_(dst) = dstpos; + status = DdxRmPutData_( LogDstSnk_(ctx), dst ); + dst = NULL; + } + } /* end for */ + return( status ); +} + +/***************************************************************************** +** _LogicalFlush +** +** FUNCTIONAL DESCRIPTION: +** +** This routine is called when all preceding pipeline stages have +** completed. +** +** +** FORMAL PARAMETERS: +** +** ctx - logical pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _LogicalFlush(ctx) +LogicalPipeCtxPtr ctx; +{ + PipeDataPtr src2; + + _LogicalAbort(ctx); + + /* If the image on drain 2 has more scanlines that the image on drain 1 + * we will have unprocessed scanlines on drain 2. Flush them. + */ + if( IsPointer_(LogSrcSnk2_(ctx)) ) + while((src2 = DdxRmGetData_( ctx, LogSrcDrn2_(ctx) )) != NULL ) + { + if( !IsPointer_(src2) ) return( (int) src2 ); + DdxRmDeallocData_( src2 ); + } + return( Success ); +} + +/***************************************************************************** +** _LogicalAbort +** +** FUNCTIONAL DESCRIPTION: +** +** This routine is called when all preceding pipeline stages have +** completed. +** +** FORMAL PARAMETERS: +** +** ctx - logical pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _LogicalAbort(ctx) +LogicalPipeCtxPtr ctx; +{ + if( IsPointer_(LogSrcData1_(ctx)) ) + LogSrcData1_(ctx) = DdxRmDeallocData_( LogSrcData1_(ctx) ); + if( IsPointer_(LogSrcData2_(ctx)) ) + LogSrcData2_(ctx) = DdxRmDeallocData_( LogSrcData2_(ctx) ); + + return( Success ); +} + +/***************************************************************************** +** _LogicalDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the LOGICAL +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - logical pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _LogicalDestroy(ctx) +LogicalPipeCtxPtr ctx; +{ + int i; + + LogSrcDrn1_(ctx) = DdxRmDestroyDrain_( LogSrcDrn1_(ctx) ); + if (LogSrcSnk2_(ctx) != NULL) + LogSrcDrn2_(ctx) = DdxRmDestroyDrain_( LogSrcDrn2_(ctx) ); + + return( Success ); +} + +/***************************************************************************** +** SmiLogical +** +** FUNCTIONAL DESCRIPTION: +** +** This routine performs a non-pipelined logical operator, which +** performs an logical operator between two photomaps, or between +** a photomap and a constant. +** +** FORMAL PARAMETERS: +** +** srcudp1 - Pointer to a UDP describing the first source operand. +** srcudp2 - Pointer to a UDP describing the second source operand. +** constant- Array of constants supplied if srcudp2 is NULL. +** dstudp - Pointer to a UDP describing the destination buffer. +** idc - Pointer to a UDP describing the Region of Interest, +** or Control Processing Plane. +** (NULL if no IDC) +** operator-Code for the operation being performed. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiLogical( srcudp1, srcudp2, constant, dstudp, idc, operator ) +UdpPtr srcudp1; +UdpPtr srcudp2; +unsigned int constant[]; +UdpPtr dstudp; +UdpPtr idc; +int operator; + +{ + UdpPtr cpp, src1 = NULL, src2 = NULL, dst = NULL; + long int dtype, pixels, scanline, status; + long int X1, X2, Y1, Y2; /* src/destination common bounds */ + long int x1, x2, y1, y2; /* src/destination/ROI common bounds */ + + /* + ** Allocate the destination image array + */ + if( dstudp->UdpA_Base == NULL ) + { + dstudp->UdpA_Base = DdxMallocBits_( dstudp->UdpL_ArSize ); + if( dstudp->UdpA_Base == NULL ) return( BadAlloc ); + } + /* + ** Determine maximum common dimensions between source1 and destination, + ** which is the defined region of output. + */ + X1 = srcudp1->UdpL_X1 > dstudp->UdpL_X1 ? + srcudp1->UdpL_X1 : dstudp->UdpL_X1; + X2 = srcudp1->UdpL_X2 < dstudp->UdpL_X2 ? + srcudp1->UdpL_X2 : dstudp->UdpL_X2; + Y1 = srcudp1->UdpL_Y1 > dstudp->UdpL_Y1 ? + srcudp1->UdpL_Y1 : dstudp->UdpL_Y1; + Y2 = srcudp1->UdpL_Y2 < dstudp->UdpL_Y2 ? + srcudp1->UdpL_Y2 : dstudp->UdpL_Y2; + /* + ** Restrict the area to be processed by finding the intersection of + ** the region of output and the second source operand (if used). + */ + if( IsPointer_(srcudp2) ) + { + x1 = srcudp2->UdpL_X1 > X1 ? srcudp2->UdpL_X1 : X1; + x2 = srcudp2->UdpL_X2 < X2 ? srcudp2->UdpL_X2 : X2; + y1 = srcudp2->UdpL_Y1 > Y1 ? srcudp2->UdpL_Y1 : Y1; + y2 = srcudp2->UdpL_Y2 < Y2 ? srcudp2->UdpL_Y2 : Y2; + } + else + { + x1 = X1; x2 = X2; + y1 = Y1; y2 = Y2; + } + /* + * Further restrict the area to be processed by finding the intersection + * with the IDC (ROI or CPP). + */ + if( IsPointer_(idc) ) + { + x1 = idc->UdpL_X1 > x1 ? idc->UdpL_X1 : x1; + x2 = idc->UdpL_X2 < x2 ? idc->UdpL_X2 : x2; + y1 = idc->UdpL_Y1 > y1 ? idc->UdpL_Y1 : y1; + y2 = idc->UdpL_Y2 < y2 ? idc->UdpL_Y2 : y2; + } + cpp = IsPointer_(idc) && IsPointer_(idc->UdpA_Base) ? idc : NULL; + dtype = dstudp->UdpL_Levels > 256 || srcudp1->UdpL_Levels > 256 + || IsPointer_(srcudp2) && srcudp2->UdpL_Levels > 256 + ? UdpK_DTypeWU : UdpK_DTypeBU; + /* Allocate and init temporary UDP's to hold one scanline of data */ + src1 = LogicalGetTempUdp( srcudp1, dtype, y1, x1, x2 ); + if( !IsPointer_(src1) ) + { + status = (int) src1; + goto clean_up; + } + if( IsPointer_(srcudp2) ) + { + src2 = LogicalGetTempUdp( srcudp2, dtype, y1, x1, x2 ); + if( !IsPointer_(src2) ) + { + status = (int) src2; + goto clean_up; + } + } + dst = LogicalGetTempUdp( dstudp, dtype, y1, x1, x2 ); + if( !IsPointer_(dst) ) + { + status = (int) dst; + goto clean_up; + } + + /* Just copy the scanlines outside of the ROI */ + /* Top */ + status = DdxCopy_( srcudp1, dstudp, X1, Y1, X1, Y1, X2-X1+1, y1-Y1 ); + if( status != Success ) goto clean_up; + /* Bottom */ + status = DdxCopy_( srcudp1, dstudp, X1, y2+1, X1, y2+1, X2-X1+1, Y2-y2 ); + if( status != Success ) goto clean_up; + /* Left */ + status = DdxCopy_( srcudp1, dstudp, X1, y1, X1, y1, x1-X1, y2-y1+1 ); + if( status != Success ) goto clean_up; + /* Right */ + status = DdxCopy_( srcudp1, dstudp, x2+1, y1, x2+1, y1, X2-x2, y2-y1+1 ); + if( status != Success ) goto clean_up; + + /* If the temporary UDP's are pointing to the original data, position + * to the correct offset. + */ + if( src1->UdpA_Base == srcudp1->UdpA_Base ) + src1->UdpL_Pos = srcudp1->UdpL_Pos + srcudp1->UdpL_ScnStride * y1 + + srcudp1->UdpL_PxlStride * + (x1 - srcudp1->UdpL_X1); + + if( srcudp2 != NULL && src2->UdpA_Base == srcudp2->UdpA_Base ) + src2->UdpL_Pos = srcudp2->UdpL_Pos + y1 * srcudp2->UdpL_ScnStride + + (x1 - srcudp2->UdpL_X1) * srcudp2->UdpL_PxlStride; + + dst->UdpL_Y1 = dst->UdpL_Y2 = y1; + if( dst->UdpA_Base == dstudp->UdpA_Base ) + dst->UdpL_Pos = dstudp->UdpL_Pos + y1 * dstudp->UdpL_ScnStride + + (x1 - dstudp->UdpL_X1) * dstudp->UdpL_PxlStride; + + /* Now perform the logical operation over the region-of-interest */ + if( IsPointer_(srcudp2) ) + /* Image-to-image operation */ + for( scanline = y1; scanline <= y2 && status == Success; scanline++ ) + { + /* Get a UDP pointing to this scanline */ + status = LogicalConvertScanline(srcudp1, src1, dtype); + if( status != Success ) break; + status = LogicalConvertScanline(srcudp2, src2, dtype); + if( status != Success ) break; + + (*LogicalTableII[operator])(src1, src2, + dst, + cpp, y1, x1, x2); + status = LogicalStoreScanline(dst, dstudp); + } + else + /* Image-to-constant operation */ + for( scanline = y1; scanline <= y2 && status == Success; scanline++ ) + { + /* Get a UDP pointing to this scanline */ + status = LogicalConvertScanline(srcudp1, src1, dtype); + if( status != Success ) break; + + (*LogicalTableIC[operator])(src1, constant[src1->UdpL_CompIdx], + dst, + cpp, y1, x1, x2); + + status = LogicalStoreScanline(dst, dstudp); + } + + /* Cleanup the temporary descriptors */ +clean_up : + if( IsPointer_(src1) ) + LogicalDestroyTempUdp( src1, srcudp1 ); + if( IsPointer_(src2) ) + LogicalDestroyTempUdp( src2, srcudp2 ); + if( IsPointer_(dst) ) + LogicalDestroyTempUdp( dst, dstudp ); + + return( status); +} /* end SmiLogical */ + +/***************************************************************************** +** Logical processing routines +** +** FUNCTIONAL DESCRIPTION: +** +** These routines perform the actual logical operation over selected +** portion of a scanline. A separate routine is used for each +** type of operation. +** +** FORMAL PARAMETERS: +** +** src1 - Pointer to a UDP describing the first source operand. +** src2 - Pointer to a UDP describing the second source operand. +** const - Constant "image" value if image-to-constant. +** dst - Pointer to a UDP describing the destination buffer. +** cpp - Pointer to a UDP describing the Control Processing Plane. +** (NULL if no CPP) +** y1 - The y corrdinate of the beginning of the region to +* process. +** x1 - The x coordinate of the left endpoint of the CPP, or +** the ROI. +** x2 - The x coordinate of the right endpoint of the CPP, or +** the ROI. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static void LogicalAndII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + unsigned char *src1ptr; + unsigned char *src2ptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + int src1bytes = src1->UdpL_PxlStride >> 3; + int src2bytes = src2->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + src1ptr = src1->UdpA_Base + (src1->UdpL_Pos >> 3); + src2ptr = src2->UdpA_Base + (src2->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if( cpp != NULL ) + cpppxloff = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + if( dst->UdpB_DType == UdpK_DTypeBU ) + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff += cpp->UdpL_PxlStride; + } + if( cppbit ) + *dstptr = *src1ptr & *src2ptr; + else + *dstptr = *src1ptr; /* Not selected by CPP */ + + src1ptr += src1bytes; + src2ptr += src2bytes; + dstptr += dstbytes; + } + else + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff += cpp->UdpL_PxlStride; + } + if( cppbit ) + *((unsigned short *)dstptr) = *((unsigned short *)src1ptr) + & *((unsigned short *)src2ptr); + else /* Not selected by CPP */ + *((unsigned short *)dstptr) = *((unsigned short *)src1ptr); + + src1ptr += src1bytes; + src2ptr += src2bytes; + dstptr += dstbytes; + } +} /* end LogicalAndII */ + +static void LogicalOrII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + unsigned long value, max = dst->UdpL_Levels-1; + unsigned char *src1ptr; + unsigned char *src2ptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + int src1bytes = src1->UdpL_PxlStride >> 3; + int src2bytes = src2->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + src1ptr = src1->UdpA_Base + (src1->UdpL_Pos >> 3); + src2ptr = src2->UdpA_Base + (src2->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if( cpp != NULL ) + cpppxloff = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + if( dst->UdpB_DType == UdpK_DTypeBU ) + for (pixel = x1; pixel <= x2; pixel++) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = *src1ptr | *src2ptr; + *dstptr = value <= max ? value : max; + } + else + *dstptr = *src1ptr; /* Not selected by CPP */ + + src1ptr += src1bytes; + src2ptr += src2bytes; + dstptr += dstbytes; + } + else + for (pixel = x1; pixel <= x2; pixel++) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = *((unsigned short *)src1ptr) + | *((unsigned short *)src2ptr); + *((unsigned short *)dstptr) = value <= max ? value : max; + } + else /* Not selected by CPP */ + *((unsigned short *)dstptr) = *((unsigned short *)src1ptr); + + src1ptr += src1bytes; + src2ptr += src2bytes; + dstptr += dstbytes; + } +} /* end LogicalOrII */ + +static void LogicalXorII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + unsigned long value, max = dst->UdpL_Levels-1; + unsigned char *src1ptr; + unsigned char *src2ptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + int src1bytes = src1->UdpL_PxlStride >> 3; + int src2bytes = src2->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + src1ptr = src1->UdpA_Base + (src1->UdpL_Pos >> 3); + src2ptr = src2->UdpA_Base + (src2->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if( cpp != NULL ) + cpppxloff = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + if( dst->UdpB_DType == UdpK_DTypeBU ) + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff += cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = *src1ptr ^ *src2ptr; + *dstptr = value <= max ? value : max; + } + else + *dstptr = *src1ptr; /* Not selected by CPP */ + + src1ptr += src1bytes; + src2ptr += src2bytes; + dstptr += dstbytes; + } + else + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff += cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = *((unsigned short *)src1ptr) + ^ *((unsigned short *)src2ptr); + *((unsigned short *)dstptr) = value <= max ? value : max; + } + else /* Not selected by CPP */ + *((unsigned short *)dstptr) = *((unsigned short *)src1ptr); + + src1ptr += src1bytes; + src2ptr += src2bytes; + dstptr += dstbytes; + } +} /* end LogicalXorII */ + +static void LogicalNotII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + /* Since NOT is a unary operation, we just ignore the second + * operand. + */ + int pixel; + unsigned long value, max = dst->UdpL_Levels-1; + unsigned char *src1ptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + int src1bytes = src1->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + src1ptr = src1->UdpA_Base + (src1->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if( cpp != NULL ) + cpppxloff = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + if( dst->UdpB_DType == UdpK_DTypeBU ) + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff += cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = ~(*src1ptr); + *dstptr = value <= max ? value : max; + } + else + *dstptr = *src1ptr; /* Not selected by CPP */ + + src1ptr += src1bytes; + dstptr += dstbytes; + } + else + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff += cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = ~(*((unsigned short *)src1ptr)); + *((unsigned short *)dstptr) = value <= max ? value : max; + } + else /* Not selected by CPP */ + *((unsigned short *)dstptr) = *((unsigned short *)src1ptr); + + src1ptr += src1bytes; + dstptr += dstbytes; + } +} /* end LogicalNotII */ + +static void LogicalShiftUpII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + unsigned long value, max = dst->UdpL_Levels-1; + unsigned char *src1ptr; + unsigned char *src2ptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + int src1bytes = src1->UdpL_PxlStride >> 3; + int src2bytes = src2->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + src1ptr = src1->UdpA_Base + (src1->UdpL_Pos >> 3); + src2ptr = src2->UdpA_Base + (src2->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if( cpp != NULL ) + cpppxloff = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + if( dst->UdpB_DType == UdpK_DTypeBU ) + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff += cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = *src1ptr << *src2ptr; + *dstptr = value <= max ? value : max; + } + else + *dstptr = *src1ptr; /* Not selected by CPP */ + + src1ptr += src1bytes; + src2ptr += src2bytes; + dstptr += dstbytes; + } + else + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff += cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = *((unsigned short *)src1ptr) + << *((unsigned short *)src2ptr); + *((unsigned short *)dstptr) = value <= max ? value : max; + } + else /* Not selected by CPP */ + *((unsigned short *)dstptr) = *((unsigned short *)src1ptr); + + src1ptr += src1bytes; + src2ptr += src2bytes; + dstptr += dstbytes; + } +} /* end LogicalShiftUpII */ + +static void LogicalShiftDownII(src1, src2, dst, cpp, y1, x1, x2) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + unsigned char *src1ptr; + unsigned char *src2ptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + int src1bytes = src1->UdpL_PxlStride >> 3; + int src2bytes = src2->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + src1ptr = src1->UdpA_Base + (src1->UdpL_Pos >> 3); + src2ptr = src2->UdpA_Base + (src2->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if( cpp != NULL ) + cpppxloff = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (src1->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + if( dst->UdpB_DType == UdpK_DTypeBU ) + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff += cpp->UdpL_PxlStride; + } + if( cppbit ) + *dstptr = *src1ptr >> *src2ptr; + else + *dstptr = *src1ptr; /* Not selected by CPP */ + + src1ptr += src1bytes; + src2ptr += src2bytes; + dstptr += dstbytes; + } + else + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff += cpp->UdpL_PxlStride; + } + if( cppbit ) + *((unsigned short *)dstptr) = *((unsigned short *)src1ptr) + >> *((unsigned short *)src2ptr); + else /* Not selected by CPP */ + *((unsigned short *)dstptr) = *((unsigned short *)src1ptr); + + src1ptr += src1bytes; + src2ptr += src2bytes; + dstptr += dstbytes; + } +} /* end LogicalShiftDownII */ + +static void LogicalAndIC(src, constant, dst, cpp, y1, x1, x2) + UdpPtr src; + unsigned long int constant; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if( cpp != NULL ) + cpppxloff = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + if( dst->UdpB_DType == UdpK_DTypeBU ) + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + if( cppbit ) + *dstptr = *srcptr & (unsigned char) constant; + else + *dstptr = *srcptr; /* Not selected by CPP */ + + srcptr += srcbytes; + dstptr += dstbytes; + } + else + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + if( cppbit ) + *((unsigned short *)dstptr) = *((unsigned short *)srcptr) + & (unsigned short) constant; + else /* Not selected by CPP */ + *((unsigned short *)dstptr) = *((unsigned short *)srcptr); + + srcptr += srcbytes; + dstptr += dstbytes; + } +} /* end LogicalAndIC */ + +static void LogicalOrIC(src, constant, dst, cpp, y1, x1, x2) + UdpPtr src; + unsigned long int constant; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + unsigned long value, max = dst->UdpL_Levels-1; + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if( cpp != NULL ) + cpppxloff = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + if( dst->UdpB_DType == UdpK_DTypeBU ) + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = *srcptr | (unsigned char) constant; + *dstptr = value <= max ? value : max; + } + else + *dstptr = *srcptr; /* Not selected by CPP */ + + srcptr += srcbytes; + dstptr += dstbytes; + } + else + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = *((unsigned short *)srcptr) + | (unsigned short) constant; + *((unsigned short *)dstptr) = value <= max ? value : max; + } + else /* Not selected by CPP */ + *((unsigned short *)dstptr) = *((unsigned short *)srcptr); + + srcptr += srcbytes; + dstptr += dstbytes; + } +} /* end LogicalOrIC */ + +static void LogicalXorIC(src, constant, dst, cpp, y1, x1, x2) + UdpPtr src; + unsigned long int constant; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + unsigned long value, max = dst->UdpL_Levels-1; + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if( cpp != NULL ) + cpppxloff = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + if( dst->UdpB_DType == UdpK_DTypeBU ) + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = *srcptr ^ (unsigned char) constant; + *dstptr = value <= max ? value : max; + } + else + *dstptr = *srcptr; /* Not selected by CPP */ + + srcptr += srcbytes; + dstptr += dstbytes; + } + else + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = *((unsigned short *)srcptr) + ^ (unsigned short) constant; + *((unsigned short *)dstptr) = value <= max ? value : max; + } + else /* Not selected by CPP */ + *((unsigned short *)dstptr) = *((unsigned short *)srcptr); + + srcptr += srcbytes; + dstptr += dstbytes; + } +} /* end LogicalXorIC */ + +static void LogicalNotIC(src, constant, dst, cpp, y1, x1, x2) + UdpPtr src; + unsigned long int constant; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + unsigned long value, max = dst->UdpL_Levels-1; + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if( cpp != NULL ) + cpppxloff = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + if( dst->UdpB_DType == UdpK_DTypeBU ) + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = ~(*srcptr); + *dstptr = value <= max ? value : max; + } + else + *dstptr = *srcptr; /* Not selected by CPP */ + + srcptr += srcbytes; + dstptr += dstbytes; + } + else + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = ~(*((unsigned short *)srcptr)); + *((unsigned short *)dstptr) = value <= max ? value : max; + } + else /* Not selected by CPP */ + *((unsigned short *)dstptr) = *((unsigned short *)srcptr); + + srcptr += srcbytes; + dstptr += dstbytes; + } +} /* end LogicalNotIC */ + +static void LogicalShiftUpIC(src, constant, dst, cpp, y1, x1, x2) + UdpPtr src; + unsigned long int constant; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + unsigned long value, max = dst->UdpL_Levels-1; + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if( cpp != NULL ) + cpppxloff = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + if( dst->UdpB_DType == UdpK_DTypeBU ) + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = *srcptr << (unsigned char) constant; + *dstptr = value <= max ? value : max; + } + else + *dstptr = *srcptr; /* Not selected by CPP */ + + srcptr += srcbytes; + dstptr += dstbytes; + } + else + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + if( cppbit ) + { + value = *((unsigned short *)srcptr) + << (unsigned short) constant; + *((unsigned short *)dstptr) = value <= max ? value : max; + } + else /* Not selected by CPP */ + *((unsigned short *)dstptr) = *((unsigned short *)srcptr); + + srcptr += srcbytes; + dstptr += dstbytes; + } +} /* end LogicalShiftUpIC */ + +static void LogicalShiftDownIC(src, constant, dst, cpp, y1, x1, x2) + UdpPtr src; + unsigned long int constant; + UdpPtr dst; + UdpPtr cpp; + long int y1; + long int x1; + long int x2; +{ + int pixel; + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if( cpp != NULL ) + cpppxloff = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + if( dst->UdpB_DType == UdpK_DTypeBU ) + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + if( cppbit ) + *dstptr = *srcptr >> (unsigned char) constant; + else + *dstptr = *srcptr; /* Not selected by CPP */ + + srcptr += srcbytes; + dstptr += dstbytes; + } + else + for( pixel = x1; pixel <= x2; pixel++ ) + { + if( cpp != NULL ) + { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + if( cppbit ) + *((unsigned short *)dstptr) = *((unsigned short *)srcptr) + >> (unsigned short) constant; + else /* Not selected by CPP */ + *((unsigned short *)dstptr) = *((unsigned short *)srcptr); + + srcptr += srcbytes; + dstptr += dstbytes; + } +} /* end LogicalShiftDownIC */ + +/***************************************************************************** +** LogicalGetTempUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Create a UDP which can be used to hold one scanline of the source +** UDP, using byte or word data. If the source UDP is already in +* the correct format, just point to its data. +** +** FORMAL PARAMETERS: +** +** inudp - Pointer to source UDP +** dtype - dtype required +** y1 - First scanline we need +** x1 - Leftmost pixel we need +** x2 - Rightmost pixel we need +** +** FUNCTION VALUE: +** +** Returns a pointer to a UDP describing the data. +** +*****************************************************************************/ +static UdpPtr LogicalGetTempUdp(src, dtype, y1, x1, x2) + UdpPtr src; + char dtype; + long int y1; + long int x1, x2; +{ + UdpPtr dst; + + dst = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( dst == NULL ) return( (UdpPtr) BadAlloc ); + + if( src->UdpB_DType != dtype ) + { + dst->UdpW_PixelLength = dtype == UdpK_DTypeBU ? sizeof(char) * 8 + : sizeof(short) * 8; + dst->UdpB_DType = dtype; + dst->UdpB_Class = UdpK_ClassA; + dst->UdpL_PxlStride = dst->UdpW_PixelLength; + dst->UdpL_PxlPerScn = x2 - x1 + 1; + dst->UdpL_ScnStride = dst->UdpL_PxlStride * dst->UdpL_PxlPerScn; + dst->UdpL_ArSize = dst->UdpL_ScnStride; + dst->UdpL_Pos = 0; + dst->UdpL_CompIdx = src->UdpL_CompIdx; + dst->UdpL_Levels = src->UdpL_Levels; + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + { + DdxFree_(dst); + return( (UdpPtr) BadAlloc ); + } + } + else + { + *dst = *src; + dst->UdpL_PxlPerScn = x2 - x1 + 1; + dst->UdpL_ScnStride = dst->UdpL_PxlPerScn * dst->UdpL_PxlStride; + } + /* One scanline UDP */ + dst->UdpL_X1 = x1; + dst->UdpL_X2 = x2; + dst->UdpL_Y1 = y1; + dst->UdpL_Y2 = y1; + dst->UdpL_ScnCnt = 1; + + return( dst ); +} /* end LogicalGetTempUdp */ + +/***************************************************************************** +** LogicalDestroyTempUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Free a UDP created by LogicalGetTempUdp. +** +** FORMAL PARAMETERS: +** +** udp - Pointer to the udp to free. +** realudp - Pointer to a udp which might actually own the storage +** pointed to by udp. +** +*****************************************************************************/ +static void LogicalDestroyTempUdp( udp, realudp ) +UdpPtr udp; +UdpPtr realudp; +{ + if( IsPointer_(udp) ) + { + if( IsPointer_(udp->UdpA_Base) && udp->UdpA_Base != realudp->UdpA_Base ) + DdxFreeBits_( udp->UdpA_Base ); + DdxFree_( udp ); + } +} /* end LogicalDestroyTempUdp */ + +/***************************************************************************** +** LogicalConvertScanline +** +** FUNCTIONAL DESCRIPTION: +** +** Adjust a UDP to point to the specified scanline of the source +** UDP. If the source UDP is not of type byte, convert the +** data and leave it associated with the adjusted UDP. +** +** FORMAL PARAMETERS: +** +** src - Pointer to the source UDP. +** dst - Pointer to the UDP to be adjusted. +** dtype - dtype required +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int LogicalConvertScanline(src, dst, dtype) + UdpPtr src; + UdpPtr dst; + char dtype; +{ + int status = Success; + + dst->UdpL_Y1++; + dst->UdpL_Y2++; + + if( src->UdpB_DType != dtype ) + status = DdxConvert_( src, dst, XieK_MoveMode ); + + else + dst->UdpL_Pos += src->UdpL_ScnStride; + + return( status ); +} /* end LogicalConvertScanline */ + +/***************************************************************************** +** LogicalStoreScanline +** +** FUNCTIONAL DESCRIPTION: +** +** Store a scanline of data into the destination UDP. +** If the scanline UDP already points into the destination UDP, +** just adjust the scanline UDP to point past the scanline already +** stored. If not, copy (and possibly convert) the data into the +** destination. +** +** FORMAL PARAMETERS: +** +** dst - Pointer to scanline UDP +** realdst - Pointer to the destination UDP +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int LogicalStoreScanline(dst, realdst) + UdpPtr dst; + UdpPtr realdst; +{ + int status = Success; + + if( dst->UdpA_Base != realdst->UdpA_Base ) + status = DdxConvert_( dst, realdst, XieK_MoveMode ); + + else + dst->UdpL_Pos += realdst->UdpL_ScnStride; + + dst->UdpL_Y1++; + dst->UdpL_Y2++; + + return( status ); +} /* end LogicalStoreScanline */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiLogical.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiLogical.h new file mode 100644 index 0000000..4411777 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiLogical.h @@ -0,0 +1,152 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the LOGICAL pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Wed Apr 25 11:02:18 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMILOGICAL +#define _SMILOGICAL + +/* +** Include files +*/ +#include + + /* + ** Function reference + */ +int SmiLogical(); +int SmiCreateLogical(); + +/* +** Structure definitions and Typedefs +*/ + +/* +** Logical pipeline context block. +*/ +typedef struct _LogicalPipeCtx { + PipeElementCommonPart common; + struct _LogicalPart { + PipeSinkPtr srcsnk1; + PipeSinkPtr srcsnk2; + PipeSinkPtr dstsnk; + PipeDrainPtr srcdrn1; + PipeDrainPtr srcdrn2; + PipeDataPtr srcdata1; + PipeDataPtr srcdata2; + unsigned long int constant[XieK_MaxComponents]; + UdpPtr cpp; + long int x1; + long int x2; + long int y1; + long int y2; + void (*function)(); + } LogicalPart; +} LogicalPipeCtx, *LogicalPipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, Logical part, access MACROs +*/ +#define LogSrcSnk1_(ctx) \ + (((LogicalPipeCtxPtr)(ctx))->LogicalPart.srcsnk1) +#define LogSrcSnk2_(ctx) \ + (((LogicalPipeCtxPtr)(ctx))->LogicalPart.srcsnk2) +#define LogDstSnk_(ctx) (((LogicalPipeCtxPtr)(ctx))->LogicalPart.dstsnk) + +#define LogSrcDrn1_(ctx) \ + (((LogicalPipeCtxPtr)(ctx))->LogicalPart.srcdrn1) +#define LogSrcDrn2_(ctx) \ + (((LogicalPipeCtxPtr)(ctx))->LogicalPart.srcdrn2) +#define LogSrcData1_(ctx) \ + (((LogicalPipeCtxPtr)(ctx))->LogicalPart.srcdata1) +#define LogSrcData2_(ctx) \ + (((LogicalPipeCtxPtr)(ctx))->LogicalPart.srcdata2) +#define LogConst_(ctx,comp) \ + (((LogicalPipeCtxPtr)(ctx))->LogicalPart.constant[comp]) +#define LogCpp_(ctx) (((LogicalPipeCtxPtr)(ctx))->LogicalPart.cpp) +#define LogRoiX1_(ctx) (((LogicalPipeCtxPtr)(ctx))->LogicalPart.x1) +#define LogRoiX2_(ctx) (((LogicalPipeCtxPtr)(ctx))->LogicalPart.x2) +#define LogRoiY1_(ctx) (((LogicalPipeCtxPtr)(ctx))->LogicalPart.y1) +#define LogRoiY2_(ctx) (((LogicalPipeCtxPtr)(ctx))->LogicalPart.y2) +#define LogFunc_(ctx) \ + (((LogicalPipeCtxPtr)(ctx))->LogicalPart.function) + +#endif +/* _SMILOGICAL */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiLuminance.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiLuminance.c new file mode 100644 index 0000000..d5f7a22 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiLuminance.c @@ -0,0 +1,564 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains support for the luminance operator. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** John Weber +** +** CREATION DATE: +** +** May 15, 1989 +** +** MODIFICATION HISTORY: +** +*******************************************************************************/ + +#include +#include + +#include "SmiLuminance.h" + +/* +** Table of contents +*/ +int SmiLuminance(); +int SmiCreateLuminance(); + +static int _LuminanceInitialize(); +static int _LuminanceActivate(); +static int _LuminanceDestroy(); + +static UdpPtr GetBytUdp(); +static UdpPtr GetFltUdp(); +static int GetFltScn(); + +static void FreeUdp(); + +static void LuminanceProcess(); +/* +** External References +*/ + +/* +** Local storage +*/ + /* + ** Luminance Element Vector + */ +static PipeElementVector LuminancePipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeLuminanceElement, /* Structure subtype */ + sizeof(LuminancePipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _LuminanceInitialize, /* Initialize entry */ + _LuminanceActivate, /* Activate entry */ + NULL, /* Flush entry */ + _LuminanceDestroy, /* Destroy entry */ + NULL /* Abort entry point */ + }; +/* RGB luminance weights */ + +#define RED_WEIGHT 0.299 +#define GRN_WEIGHT 0.587 +#define BLU_WEIGHT 0.114 + +/***************************************************************************** +** SmiCreateLuminance +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the LUMINANCE pipeline element +** +** FORMAL PARAMETERS: +** +** ctx - luminance pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateLuminance( pipe, srcsnk, dstsnk ) +Pipe pipe; +PipeSinkPtr srcsnk; +PipeSinkPtr dstsnk; +{ + LuminancePipeCtxPtr ctx = (LuminancePipeCtxPtr) + DdxCreatePipeCtx_( pipe, &LuminancePipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Copy parameters into context struct + */ + LumSrcSnk_(ctx) = srcsnk; + LumDstSnk_(ctx) = dstsnk; + + /* Let the resource manager convert the data to floats */ + LumRedDrn_(ctx) = DdxRmCreateDrain_( LumSrcSnk_(ctx), 1 << 0 ); + if( !IsPointer_(LumRedDrn_(ctx)) ) return( (int) LumRedDrn_(ctx) ); + DdxRmSetDType_( LumRedDrn_(ctx), UdpK_DTypeF, DtM_F ); + DdxRmSetQuantum_( LumRedDrn_(ctx), 1 ); + + LumGrnDrn_(ctx) = DdxRmCreateDrain_( LumSrcSnk_(ctx), 1 << 1 ); + if( !IsPointer_(LumGrnDrn_(ctx)) ) return( (int) LumGrnDrn_(ctx) ); + DdxRmSetDType_( LumGrnDrn_(ctx), UdpK_DTypeF, DtM_F ); + DdxRmSetQuantum_( LumGrnDrn_(ctx), 1 ); + + LumBluDrn_(ctx) = DdxRmCreateDrain_( LumSrcSnk_(ctx), 1 << 2 ); + if( !IsPointer_(LumBluDrn_(ctx)) ) return( (int) LumBluDrn_(ctx) ); + DdxRmSetDType_( LumBluDrn_(ctx), UdpK_DTypeF, DtM_F ); + DdxRmSetQuantum_( LumBluDrn_(ctx), 1 ); + + /* Output bytes */ + DdxRmSetDType_( LumDstSnk_(ctx), UdpK_DTypeBU, DtM_BU ); + DdxRmSetQuantum_( LumDstSnk_(ctx), 1 ); + + return( Success ); +} /* end SmiCreateLuminance */ + +/***************************************************************************** +** _LuminanceInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the LUMINANCE pipeline element +** +** FORMAL PARAMETERS: +** +** ctx - luminance pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _LuminanceInitialize( ctx ) +LuminancePipeCtxPtr ctx; +{ + int status = DdxRmInitializePort_( CtxHead_(ctx), LumRedDrn_(ctx) ); + if( status == Success ) + status = DdxRmInitializePort_( CtxHead_(ctx), LumGrnDrn_(ctx) ); + if( status == Success ) + status = DdxRmInitializePort_( CtxHead_(ctx), LumBluDrn_(ctx) ); + if( status == Success ) + status = DdxRmInitializePort_( CtxHead_(ctx), LumDstSnk_(ctx) ); + if( status == Success ) + { + /* Adjust the RGB weight factors by the relative ranges of the + * components. */ + LumWeight_(ctx,0) = RED_WEIGHT / (SnkLvl_(LumSrcSnk_(ctx),0) - 1); + LumWeight_(ctx,1) = GRN_WEIGHT / (SnkLvl_(LumSrcSnk_(ctx),1) - 1); + LumWeight_(ctx,2) = BLU_WEIGHT / (SnkLvl_(LumSrcSnk_(ctx),2) - 1); + + CtxInp_(ctx) = LumRedDrn_(ctx); + } + return( status ); +} + +/***************************************************************************** +** _LuminanceActivate +** +** FUNCTIONAL DESCRIPTION: +** +** This routine controls luminance generation +** +** FORMAL PARAMETERS: +** +** ctx - luminance pipeline element context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _LuminanceActivate( ctx ) +LuminancePipeCtxPtr ctx; +{ + PipeDataPtr dst = NULL; + int status; + + for( status = Success; status == Success; + LumRedDat_(ctx) = DdxRmDeallocData_(LumRedDat_(ctx)), + LumGrnDat_(ctx) = DdxRmDeallocData_(LumGrnDat_(ctx)), + LumBluDat_(ctx) = DdxRmDeallocData_(LumBluDat_(ctx))) + { + if( LumRedDat_(ctx) == NULL ) + { + LumRedDat_(ctx) = DdxRmGetData_( ctx, LumRedDrn_(ctx) ); + if( !IsPointer_(LumRedDat_(ctx)) ) return( (int) LumRedDat_(ctx) ); + } + if (LumGrnDat_(ctx) == NULL) + { + LumGrnDat_(ctx) = DdxRmGetData_( ctx, LumGrnDrn_(ctx) ); + if( !IsPointer_(LumGrnDat_(ctx)) ) return( (int) LumGrnDat_(ctx) ); + } + if (LumBluDat_(ctx) == NULL) + { + LumBluDat_(ctx) = DdxRmGetData_( ctx, LumBluDrn_(ctx) ); + if( !IsPointer_(LumBluDat_(ctx)) ) return( (int) LumBluDat_(ctx) ); + } + dst = DdxRmAllocData_( LumDstSnk_(ctx), 0, DatY1_(LumRedDat_(ctx)), + DatHeight_(LumRedDat_(ctx)) ); + status = (int) dst; + if( !IsPointer_(dst) ) continue; + + LuminanceProcess(DatUdpPtr_(LumRedDat_(ctx)), + DatUdpPtr_(LumGrnDat_(ctx)), + DatUdpPtr_(LumBluDat_(ctx)), + LumWeightPtr_(ctx), + DatUdpPtr_(dst)); + + status = DdxRmPutData_( LumDstSnk_(ctx), dst ); + } + + return( status ); +} + +/***************************************************************************** +** _LuminanceDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the luminance +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - luminance pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _LuminanceDestroy( ctx ) +LuminancePipeCtxPtr ctx; +{ + LumRedDrn_(ctx) = DdxRmDestroyDrain_( LumRedDrn_(ctx) ); + LumGrnDrn_(ctx) = DdxRmDestroyDrain_( LumGrnDrn_(ctx) ); + LumBluDrn_(ctx) = DdxRmDestroyDrain_( LumBluDrn_(ctx) ); + + return( Success ); +} + +/***************************************************************************** +** SmiLuminance +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiLuminance( redudp, grnudp, bluudp, dstudp ) +UdpPtr redudp; +UdpPtr grnudp; +UdpPtr bluudp; +UdpPtr dstudp; +{ + UdpPtr red = NULL, grn = NULL, blu = NULL, dst = NULL; + int status, scanline; + float weight[XieK_MaxComponents]; + + /* Adjust the RGB weight factors by the relative ranges of the + * components. + */ + weight[0] = RED_WEIGHT / (redudp->UdpL_Levels - 1); + weight[1] = GRN_WEIGHT / (grnudp->UdpL_Levels - 1); + weight[2] = BLU_WEIGHT / (bluudp->UdpL_Levels - 1); + + if( dstudp->UdpA_Base == NULL ) + { + dstudp->UdpA_Base = DdxMallocBits_( dstudp->UdpL_ArSize ); + if( dstudp->UdpA_Base == NULL ) return( BadAlloc ); + } + /* + ** Allocate temporary Udps for desired datatype + */ + red = GetFltUdp(redudp); + if( !IsPointer_(red) ) + { + status = (int) red; + goto clean_up; + } + grn = GetFltUdp(grnudp); + if( !IsPointer_(grn) ) + { + status = (int) grn; + goto clean_up; + } + blu = GetFltUdp(bluudp); + if( !IsPointer_(blu) ) + { + status = (int) blu; + goto clean_up; + } + dst = GetBytUdp(dstudp); + if( !IsPointer_(dst) ) + { + status = (int) dst; + goto clean_up; + } + + for( scanline = 0; scanline < dstudp->UdpL_ScnCnt; scanline++ ) + { + status = GetFltScn(redudp,scanline,red); + if( status != Success ) goto clean_up; + status = GetFltScn(grnudp,scanline,grn); + if( status != Success ) goto clean_up; + status = GetFltScn(bluudp,scanline,blu); + if( status != Success ) goto clean_up; + + dst->UdpL_Y1 = dst->UdpL_Y2 = scanline; + if( dstudp->UdpA_Base == dst->UdpA_Base ) + dst->UdpL_Pos = dstudp->UdpL_Pos + dstudp->UdpL_ScnStride * scanline; + + LuminanceProcess(red,grn,blu,weight,dst); + /* + ** If a temporary destination buffer was allocated, do the scanline + ** conversion now and reuse the temporary buffer for the next scanline. + ** + ** Otherwise, set the destination pointer to the next scanline in + ** the destination UDP. + */ + if( dst->UdpA_Base != dstudp->UdpA_Base ) + { + status = DdxConvert_( dst, dstudp, XieK_MoveMode ); + if( status != Success ) goto clean_up; + dst->UdpL_Y1++; + dst->UdpL_Y2++; + } + else + dst->UdpL_Pos = + dstudp->UdpL_Pos + dstudp->UdpL_ScnStride * (scanline + 1); + } +clean_up : + FreeUdp(red, redudp); + FreeUdp(grn, grnudp); + FreeUdp(blu, bluudp); + FreeUdp(dst, dstudp); + + return( status ); +} + +/***************************************************************************** +** LuminanceProcess +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +*****************************************************************************/ +static void LuminanceProcess( red, grn, blu, weight, dst ) +UdpPtr red; +UdpPtr grn; +UdpPtr blu; +float weight[XieK_MaxComponents]; +UdpPtr dst; +{ + int pixel, scanline; + + unsigned char *redptr, *grnptr, *bluptr, *dstptr; + float value, dst_levels; + + int red_bytes_per_pel = red->UdpL_PxlStride / 8; + int grn_bytes_per_pel = grn->UdpL_PxlStride / 8; + int blu_bytes_per_pel = blu->UdpL_PxlStride / 8; + + int dst_bytes_per_scn = dst->UdpL_ScnStride / 8; + int dst_bytes_per_pel = dst->UdpL_PxlStride / 8; + int dst_bytes_pos = dst->UdpL_Pos / 8; + + dst_levels = (float)(dst->UdpL_Levels - 1); + + for (scanline = 0; scanline < dst->UdpL_ScnCnt; scanline++) + { + redptr = red->UdpA_Base + red->UdpL_Pos / 8; + grnptr = grn->UdpA_Base + grn->UdpL_Pos / 8; + bluptr = blu->UdpA_Base + blu->UdpL_Pos / 8; + dstptr = dst->UdpA_Base + dst->UdpL_Pos / 8; + + for( pixel = 0; pixel < dst->UdpL_PxlPerScn; pixel++ ) + { + value = *(float *)redptr * weight[0] + + *(float *)grnptr * weight[1] + + *(float *)bluptr * weight[2]; + + + *(char *)dstptr = value * dst_levels; + + redptr += red_bytes_per_pel; + grnptr += grn_bytes_per_pel; + bluptr += blu_bytes_per_pel; + dstptr += dst_bytes_per_pel; + } + } +} + +static UdpPtr GetFltUdp( src ) +UdpPtr src; +{ + UdpPtr dst = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( dst == NULL ) return( (UdpPtr) BadAlloc ); + + if (src->UdpB_DType != UdpK_DTypeF) + { + dst->UdpW_PixelLength = sizeof(float) * 8; + dst->UdpB_DType = UdpK_DTypeF; + dst->UdpB_Class = UdpK_ClassA; + dst->UdpL_X1 = src->UdpL_X1; + dst->UdpL_X2 = src->UdpL_X2; + dst->UdpL_Y1 = src->UdpL_Y1; + dst->UdpL_Y2 = src->UdpL_Y1; + dst->UdpL_PxlPerScn = src->UdpL_PxlPerScn; + dst->UdpL_ScnCnt = 1; + dst->UdpL_PxlStride = dst->UdpW_PixelLength; + dst->UdpL_ScnStride = dst->UdpL_PxlStride * dst->UdpL_PxlPerScn; + dst->UdpL_ArSize = dst->UdpL_ScnStride; + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( DdxFree_(dst), (UdpPtr) BadAlloc ); + dst->UdpL_Pos = 0; + dst->UdpL_CompIdx = src->UdpL_CompIdx; + dst->UdpL_Levels = src->UdpL_Levels; + } + else + { + *dst = *src; + dst->UdpL_Y2 = src->UdpL_Y1; + dst->UdpL_ScnCnt = 1; + } + return( dst ); +} + +static UdpPtr GetBytUdp( src ) +UdpPtr src; +{ + UdpPtr dst = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( dst == NULL ) return( (UdpPtr) BadAlloc ); + + if (src->UdpB_DType != UdpK_DTypeBU) + { + dst->UdpW_PixelLength = sizeof(char) * 8; + dst->UdpB_DType = UdpK_DTypeBU; + dst->UdpB_Class = UdpK_ClassA; + dst->UdpL_X1 = src->UdpL_X1; + dst->UdpL_X2 = src->UdpL_X2; + dst->UdpL_Y1 = src->UdpL_Y1; + dst->UdpL_Y2 = src->UdpL_Y1; + dst->UdpL_PxlPerScn = src->UdpL_PxlPerScn; + dst->UdpL_ScnCnt = 1; + dst->UdpL_PxlStride = dst->UdpW_PixelLength; + dst->UdpL_ScnStride = dst->UdpL_PxlStride * dst->UdpL_PxlPerScn; + dst->UdpL_ArSize = dst->UdpL_ScnStride; + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( DdxFree_(dst), (UdpPtr) BadAlloc ); + dst->UdpL_Pos = 0; + dst->UdpL_CompIdx = src->UdpL_CompIdx; + dst->UdpL_Levels = src->UdpL_Levels; + } + else + { + *dst = *src; + dst->UdpL_Y2 = src->UdpL_Y1; + dst->UdpL_ScnCnt = 1; + } + + return( dst ); +} + +static void FreeUdp( udp, realudp ) +UdpPtr udp, realudp; +{ + if( IsPointer_(udp) ) + { + if( udp->UdpA_Base != NULL && udp->UdpA_Base != realudp->UdpA_Base ) + DdxFreeBits_( udp->UdpA_Base ); + + DdxFree_( udp ); + } +} + +/* +** This routine will setup a UDP of one scanline of floating point data for +** a given scanline. +*/ +static int GetFltScn( src, scn, dst ) +UdpPtr src; +int scn; +UdpPtr dst; +{ + int status = Success; + UdpPtr tmp; + + dst->UdpL_Y1 = dst->UdpL_Y2 = scn; + + if( src->UdpB_DType != UdpK_DTypeF ) + status = DdxConvert_( src, dst, XieK_MoveMode ); + else + dst->UdpL_Pos = src->UdpL_Pos + src->UdpL_ScnStride * scn; + + return( status ); +} diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiLuminance.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiLuminance.h new file mode 100644 index 0000000..d3ece3f --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiLuminance.h @@ -0,0 +1,139 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the LUMINANCE pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** John Weber +** +** CREATION DATE: +** +** February 12, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMILUMINANCE +#define _SMILUMINANCE + +/* +** Include files +*/ +#include + + /* + ** Function reference + */ +int SmiLuminance(); +int SmiCreateLuminance(); + +/* +** Structure definitions and Typedefs +*/ + +/* +** Luminance pipeline context block. +*/ +typedef struct _LuminancePipeCtx { + PipeElementCommonPart common; + struct _LuminancePart { + PipeSinkPtr srcsnk; + PipeSinkPtr dstsnk; + PipeDrainPtr reddrn; + PipeDrainPtr grndrn; + PipeDrainPtr bludrn; + PipeDataPtr reddat; + PipeDataPtr grndat; + PipeDataPtr bludat; + float weight[XieK_MaxComponents]; + } LuminancePart; +} LuminancePipeCtx, *LuminancePipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, Luminance part, access MACROs +*/ +#define LumRedDrn_(ctx) (((LuminancePipeCtxPtr)(ctx))->LuminancePart.reddrn) +#define LumGrnDrn_(ctx) (((LuminancePipeCtxPtr)(ctx))->LuminancePart.grndrn) +#define LumBluDrn_(ctx) (((LuminancePipeCtxPtr)(ctx))->LuminancePart.bludrn) +#define LumRedDat_(ctx) (((LuminancePipeCtxPtr)(ctx))->LuminancePart.reddat) +#define LumGrnDat_(ctx) (((LuminancePipeCtxPtr)(ctx))->LuminancePart.grndat) +#define LumBluDat_(ctx) (((LuminancePipeCtxPtr)(ctx))->LuminancePart.bludat) +#define LumWeight_(ctx,comp) \ + (((LuminancePipeCtxPtr)(ctx))->LuminancePart.weight[comp]) +#define LumWeightPtr_(ctx) \ + (&((LuminancePipeCtxPtr)(ctx))->LuminancePart.weight[0]) +/* +** Luminance Parameters +*/ +#define LumSrcSnk_(ctx) (((LuminancePipeCtxPtr)(ctx))->LuminancePart.srcsnk) +#define LumDstSnk_(ctx) (((LuminancePipeCtxPtr)(ctx))->LuminancePart.dstsnk) + +#endif +/* _SMILUMINANCE */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiMatchHistogram.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiMatchHistogram.c new file mode 100644 index 0000000..5796ff7 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiMatchHistogram.c @@ -0,0 +1,833 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains sample code which remaps an image such that +** the resulting image has the specified distribution of pixel +** values. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Gary L. Grebus +** Richard Piccolo +** +** CREATION DATE: +** +** Thu Jun 28 16:35:52 1990 +** +** MODIFICATION HISTORY: +** +*******************************************************************************/ + +/* +** Include files +*/ +#include +#include /* C math definitions */ + +#include "SmiMatchHistogram.h" +/* +** Table of contents +*/ +int SmiMatchHistogram(); +int SmiCreateMatchHistogram(); + +static int _MatchHistogramInitialize(); +static int _MatchHistogramActivate(); +static int _MatchHistogramDestroy(); + +static UdpPtr _ChkUdp(); +static int _CreateMHLut(); +static UdpPtr _FreeUdp(); +static int _GenerateCdf(); +/* +** Equated Symbols +*/ +# define K1 .39894228 /* 1 / sqrt (2pi) */ +/* +** MACRO definitions +*/ +/* +** External References +*/ +/* + * Local Storage + */ + /* + ** MatchHistogram Pipeline Element Vector + */ +static PipeElementVector MatchHistogramPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeMatchHistogramElement, /* Structure subtype */ + sizeof(MatchHistogramPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _MatchHistogramInitialize, /* Initialize entry */ + _MatchHistogramActivate, /* Activate entry */ + NULL, /* Flush entry */ + _MatchHistogramDestroy, /* Destroy entry */ + NULL /* Abort entry */ + }; + +/***************************************************************************** +** SmiCreateMatchHistogram +** +** FUNCTIONAL DESCRIPTION: +** +** This function fills in a newly created MATCHHISTOGRAM pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - MatchHistogram pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateMatchHistogram( pipe, src, dst, idc, hshape, param1, param2 ) +Pipe pipe; +PipeSinkPtr src; +PipeSinkPtr dst; +UdpPtr idc; +int hshape; /* Distribution shape and parameters */ +float param1; +float param2; +{ + MatchHistogramPipeCtxPtr ctx = (MatchHistogramPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &MatchHistogramPipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + + /* + ** Save the parameter values + */ + MhSrcSnk_(ctx) = src; + MhDstSnk_(ctx) = dst; + MhIdc_(ctx) = idc; + MhHShape_(ctx) = hshape; + MhParam1_(ctx) = param1; + MhParam2_(ctx) = param2; + + /* + ** Setup one drain from source sink, receiving all components + */ + MhSrcDrn_(ctx) = DdxRmCreateDrain_(MhSrcSnk_(ctx),-1); + if( !IsPointer_(MhSrcDrn_(ctx)) ) return( (int) MhSrcDrn_(ctx) ); + + /* + ** The datatypes handled by this module and those handled by DdxPoint_ + ** and DdxHistogram_ must be in synch + ** Bytes & words are ok. + */ + DdxRmSetDType_( MhSrcDrn_(ctx), UdpK_DTypeUndefined, DtM_BU | DtM_WU ); + DdxRmSetDType_( MhDstSnk_(ctx), UdpK_DTypeUndefined, DtM_BU | DtM_WU ); + + /* + ** Set quantums to process the entire image + */ + DdxRmSetQuantum_( MhSrcDrn_(ctx), SnkHeight_(MhSrcSnk_(ctx),0) ); + DdxRmSetQuantum_( MhDstSnk_(ctx), SnkHeight_(MhDstSnk_(ctx),0) ); + + return( Success ); +} /* end SmiCreateMatchHistogram */ + +/***************************************************************************** +** _MatchHistogramInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the MATCHHISTOGRAM pipeline element prior to +** an activation. +** +** FORMAL PARAMETERS: +** +** ctx - MatchHistogram pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _MatchHistogramInitialize(ctx) +MatchHistogramPipeCtxPtr ctx; +{ + + PipeDataPtr data; + int status = DdxRmInitializePort_( CtxHead_(ctx), MhSrcDrn_(ctx) ); + if( status == Success ) + status = DdxRmInitializePort_( CtxHead_(ctx), MhDstSnk_(ctx) ); + + /* Currently processing from first (and only) source drain */ + CtxInp_(ctx) = MhSrcDrn_(ctx); + + return( Success ); +} + +/***************************************************************************** +** _MatchHistogramActivate +** +** FUNCTIONAL DESCRIPTION: +** +** This routine reads data from the pipeline. Since the histogram +** must be calculated across the entire image, we can only accumulate +** the scanlines until _MatchHistogramFlush is called. +** +** FORMAL PARAMETERS: +** +** ctx - MatchHistogram pipeline element context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _MatchHistogramActivate(ctx) +MatchHistogramPipeCtxPtr ctx; +{ + PipeDataPtr src, dst = NULL; + int status; + + for( status = Success; status == Success; src = DdxRmDeallocData_(src), + dst = DdxRmDeallocData_(dst) ) + { + src = DdxRmGetData_( ctx, MhSrcDrn_(ctx) ); + if( !IsPointer_(src) ) return( (int) src ); + + dst = DdxRmAllocData_( MhDstSnk_(ctx), DatCmpIdx_(src), + DatY1_(src), DatHeight_(src) ); + status = (int) dst; + if( !IsPointer_(dst) ) continue; + + status = DdxMatchHistogram_( DatUdpPtr_(src), + DatUdpPtr_(dst), + MhIdc_(ctx), + MhHShape_(ctx), + MhParam1_(ctx), + MhParam2_(ctx) ); + if( status != Success ) continue; + + status = DdxRmPutData_( MhDstSnk_(ctx), dst ); + dst = NULL; + } + return( status ); +} + +/***************************************************************************** +** _MatchHistogramDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the MATCHHISTOGRAM +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - dither pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _MatchHistogramDestroy(ctx) +MatchHistogramPipeCtxPtr ctx; +{ + MhSrcDrn_(ctx) = DdxRmDestroyDrain_(MhSrcDrn_(ctx)); + return( Success ); +} + +/****************************************************************************** +** SmiMatchHistogram +** +** FUNCTIONAL DESCRIPTION: +** +** This routine performs a non-pipelined transformation on the source +** image such that its new distribution has the specified shape and +** parameters. +** +** FORMAL PARAMETERS: +** +** in - Pointer to source udp (initialized) +** out - Pointer to destination udp (initialized, maybe without array) +** idc - Pointer to a UDP describing the Region of Interest, +** or Control Processing Plane. (NULL if no IDC) +** hshape - Shape of the resulting histogram (distribution) +** XieK_Flat +** XieK_Gaussian +** XieK_Hyperbolic +** param1 - First parameter of the distribution (hshape dependent) +** param2 - Second parameter of the distribution (hshape dependent) +** +** +******************************************************************************/ +int SmiMatchHistogram( in, out, idc, hshape, param1, param2) +UdpPtr in; +UdpPtr out; +UdpPtr idc; +int hshape; +float param1; +float param2; +{ +UdpPtr src = NULL; +UdpPtr dst = NULL; +UdpPtr lut = NULL; +int status; + + +/* +** Allocate the destination image array +*/ +if( out->UdpA_Base == NULL ) +{ + out->UdpA_Base = DdxMallocBits_( out->UdpL_ArSize ); + if( out->UdpA_Base == NULL ) return( BadAlloc ); +} + +/* +** Convert src and destination to byte data. +*/ +src = _ChkUdp( in, TRUE ); +if( !IsPointer_(src) ) + { + status = (int) src; + goto clean_up; + } +dst = _ChkUdp( out, FALSE ); +if( !IsPointer_(dst) ) + { + status = (int) dst; + goto clean_up; + } + +/* Create a lookup table which implements the desired transformation */ +status = _CreateMHLut( src, idc, hshape, param1, param2, &lut ); + +/* And remap the image to have the new distribution */ +if( status == Success ) + status = DdxPoint_( src, dst, idc, lut ); + +clean_up : + +if( IsPointer_(lut) ) + lut = _FreeUdp( lut ); /* Free the lookup table */ + +if( IsPointer_(src) && src != in ) + src = _FreeUdp(src); /* Free the temporary copy */ + +if( IsPointer_(dst) && dst != out ) + { + /* Convert the output data if necessary */ + status = DdxConvert_( dst, out, XieK_MoveMode ); + dst = _FreeUdp(dst); + } + +return( status ); +} /* end SmiMatchHistogram */ + + +/****************************************************************************** +** _ChkUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Check udp and convert to a supported datatype if necessary. +** +** FORMAL PARAMETERS: +** +** src - Pointer to udp +** cvt - boolean: TRUE if data should be converted +** +******************************************************************************/ +static UdpPtr _ChkUdp( src, cvt ) + UdpPtr src; + int cvt; +{ + int stype, status = Success; + UdpPtr dst = src; + + stype = DdxGetTyp_( src ); + + /* + ** If the src is bits or floats it will be converted to bytes which + ** can be processed properly by DdxPoint_ and DdxHistogram_. + */ + if( stype != XieK_ABU ) + { + if( stype != XieK_AWU ) + { /* + ** Convert a bit or float array to bytes + */ + dst = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( dst == NULL ) return( (UdpPtr) BadAlloc ); + + *dst = *src; + dst->UdpB_DType = UdpK_DTypeBU; + dst->UdpB_Class = UdpK_ClassA; + dst->UdpW_PixelLength = 8; + dst->UdpL_PxlStride = dst->UdpW_PixelLength; + dst->UdpL_ScnStride = dst->UdpL_PxlStride*src->UdpL_PxlPerScn; + dst->UdpL_ArSize = dst->UdpL_ScnStride*src->UdpL_ScnCnt; + dst->UdpA_Base = cvt ? NULL : DdxMallocBits_(dst->UdpL_ArSize); + if( cvt ) + status = DdxConvert_( src, dst, XieK_MoveMode ); + + if( status != Success || dst->UdpA_Base == NULL ) + { + _FreeUdp(dst); + dst = (UdpPtr) status; + } + } + } + + return( dst ); +} /* end _ChkUdp */ + + +/****************************************************************************** +** _FreeUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Free a UDP and the associated bits. +** +** FORMAL PARAMETERS: +** +** udp - Pointer to udp +** +******************************************************************************/ +static UdpPtr _FreeUdp(udp) + UdpPtr udp; +{ + if( IsPointer_(udp) ) + { + if( IsPointer_(udp->UdpA_Base) ) + DdxFreeBits_(udp->UdpA_Base); + DdxFree_(udp); + } + return( NULL ); +} + +/****************************************************************************** +** +** FUNCTIONAL DESCRIPTION: +** +** Takes a UDP, creates a lookup table by matching its histogram to the +** specified shape. +** +** FORMAL PARAMETERS: +** +** src_udp - pointer to source udp +** idc - CPP or ROI selecting region to be processed. +** hshape - indicator for distribution shape +** param1 - general argument (depending on the density type) +** param2 - general argument (depending on the density type) +** lut_ptr - place to receive pointer to lookup table UDP. +** +** FUNCTION VALUE: +** +*******************************************************************************/ +static int _CreateMHLut( src_udp, idc, hshape, param1, param2, lut_ptr ) +UdpPtr src_udp; +UdpPtr idc; +int hshape; +float param1; +float param2; +UdpPtr *lut_ptr; +{ + unsigned status; + unsigned i,j,k; /* Indices for loops */ + unsigned long *hist_ptr, *h_ptr; /* Histogram Pointers */ + unsigned long hist_cnt; /* Number elements in histogram */ + double fmax, prev_err, err; /* working float values */ + unsigned long total_pixels; /* number of pixels in src udp */ + + float *src_pd_base, *src_pd; /* Src Probability Density */ + float *src_cdf_base, *src_cdf; /* Src Cumulative Disribution */ + float *src_map_base, *src_map; /* Src Transfer Function for Eq. */ + + float *dst_cdf_base, *dst_cdf; /* Target Cumulative Disribution */ + + unsigned long *remap_base, *remap; /* Lookup Table For Match Histogram */ + UdpPtr lut; + + hist_cnt = src_udp->UdpL_Levels; + + hist_ptr = (unsigned long *) DdxMalloc_(hist_cnt * sizeof(long)); + if( hist_ptr == NULL ) return( BadAlloc ); + + status = DdxHistogram_( src_udp, idc, hist_ptr ); + if( status != Success ) + { + DdxFree_(hist_ptr); + return( status ); + } + /* + ** Allocate memory for the source probability density and cumulative + ** functions + */ + src_pd_base = (float *) DdxMalloc_(2 * hist_cnt * sizeof(float)); + if( src_pd_base == NULL ) + { + DdxFree_(hist_ptr); + return( BadAlloc ); + } + src_cdf_base = (float *)(src_pd_base + hist_cnt); + + /* + ** Allocate memory for the lookup table + */ + remap_base = (unsigned long *) DdxCallocBits_(hist_cnt * sizeof(long) * 8); + if( remap_base == NULL ) + { + DdxFree_(hist_ptr); + DdxFree_(src_pd_base); + return( BadAlloc ); + } + /* + ** Obtain Normalized, Equalized, Histogram + */ + total_pixels = src_udp->UdpL_PxlPerScn * src_udp->UdpL_ScnCnt; + h_ptr = hist_ptr; + + /* + ** Calculate probability density function of source UDP + */ + src_pd = (float *)src_pd_base; + for( i = 0; i < hist_cnt; i++ ) + *src_pd++ = (float)(*h_ptr++) / (float)total_pixels; + + /* + ** Calculate Cumulative Distribution Function + ** (i.e. histogram equalization transfer function) + */ + src_pd = (float *)src_pd_base; + src_cdf = (float *)src_cdf_base; + *src_cdf++ = *src_pd++; + for( i = 1; i < hist_cnt; i++, src_cdf++ ) + *src_cdf = *(src_cdf-1) + *src_pd++; + + /* + ** Generate src_pd -> src_cdf mapping (i.e. make sure src_cdf values are + ** real levels of the source) + ** Take advantage of the fact that src_cdf is a monotonically increasing + ** function (use of k) + */ + src_cdf = (float *)src_cdf_base; + fmax = (float) (hist_cnt - 1); /* max value */ + + switch( hshape ) + { + case XieK_Flat: + + /* flat - histogram equalization */ + remap = remap_base; + + for( k = 0, i= 0; i < hist_cnt; i++, src_cdf++ ) + { + for( prev_err = 1.0,j = k; j < hist_cnt; j++ ) + { + /* calc abs diff */ + err = fabs ( (double)(((float)j / fmax) - *src_cdf)); + if( err == 0.0 ) + { + j++; + break; + } + else if( err > prev_err ) + break; + else + prev_err = err; + } + *remap++ = j - 1; + k = j - 1; /* search next from k */ + } + break; /* end of histogram equalization */ + + default: /* all other density types - erroneous + ** density types will be flagged in + ** the generate_cdf subroutine + */ + + /* Histogram matching */ + /* + ** Allocate memory for mapping array (from src to an equalized + ** histogram) and dst cumulative function + */ + src_map_base = (float*) DdxMalloc_(2 * hist_cnt * sizeof(float)); + if( src_map_base == NULL ) + { + DdxFree_(hist_ptr); + DdxFree_(src_pd_base); + DdxFreeBits_(remap_base); + return( BadAlloc ); + } + dst_cdf_base = (float *)(src_map_base + hist_cnt); + + /* + ** Map cdf elements to actual levels + */ + src_map = (float *)src_map_base; + for( k = 0, i= 0; i < hist_cnt; i++, src_cdf++ ) + { + for( prev_err = 1.0,j = k; j < hist_cnt; j++ ) + { + /* calc abs diff */ + err = fabs ( (double)(((float)j / fmax) - *src_cdf)); + if( err == 0.0 ) + { + j++; + break; + } + else if( err > prev_err ) + break; + else + prev_err = err; + } + *src_map++ = (float)(j - 1) / fmax; /* set to norm val */ + k = j - 1; /* search next from k */ + } + + /* + ** Call general cumulative distribution subroutine + */ + status = _GenerateCdf( hshape, param1, param2, dst_cdf_base, hist_cnt ); + if( status != Success ) + { + DdxFree_(hist_ptr); + DdxFree_(src_pd_base); + DdxFree_(src_map_base); + DdxFreeBits_(remap_base); + return( status ); + } + /* + ** Match closest CDF value to each src_map value to obtain + ** src -> dst mapping (remap) + */ + src_map = (float *)src_map_base; + dst_cdf = (float *)dst_cdf_base; + remap = remap_base; + for( k = 0, i= 0; i < hist_cnt; i++, src_map++ ) + { + dst_cdf = (float *)(dst_cdf_base + k); + for( prev_err = 1.0, j = k; j < hist_cnt; j++ ) + { + err = fabs ((double)(*dst_cdf++ - *src_map)); + if( err == 0.0 ) + { + j++; + break; + } + else if( err > prev_err ) + break; + else + prev_err = err; + } + *remap++ = j - 1; + k = j - 1; + } + DdxFree_(src_map_base); + break; /* end of matching density function */ + } + +/* debug */ +/* +**{ +** unsigned long *ptr; +** ptr = remap_base; +** for (i=0; i < 256; i++) +** printf ("%d %d\n",i, *ptr++); +**} +*/ +/* end of debug */ + + DdxFree_(hist_ptr); + DdxFree_(src_pd_base); + +/* Build a one-scanline UDP to describe the LUT */ + lut = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( lut == NULL ) + { + DdxFreeBits_(remap_base); + return( BadAlloc ); + } + lut->UdpW_PixelLength = sizeof(long) * 8; + lut->UdpB_DType = UdpK_DTypeLU; + lut->UdpB_Class = UdpK_ClassA; + lut->UdpA_Base = (unsigned char *)remap_base; + lut->UdpL_ArSize = hist_cnt * lut->UdpW_PixelLength; + lut->UdpL_PxlStride = lut->UdpW_PixelLength; + lut->UdpL_ScnStride = lut->UdpL_ArSize; + lut->UdpL_X1 = 0; + lut->UdpL_Y1 = 0; + lut->UdpL_X2 = hist_cnt - 1; + lut->UdpL_Y2 = 0; + lut->UdpL_PxlPerScn = hist_cnt; + lut->UdpL_ScnCnt = 1; + lut->UdpL_Pos = 0; + lut->UdpL_CompIdx = 0; + lut->UdpL_Levels = hist_cnt; + + *lut_ptr = lut; + + return( status ); +} + +/* +** This subroutine generates a cumulative distribution function for the +** specified density type (hshape). The param arguments depend on the +** density. +*/ +static int _GenerateCdf (hshape, param1, param2, out_ptr, levels) +unsigned long hshape; /* density type */ +double param1, param2; /* density parameters */ +float *out_ptr; /* ptr to the output distr. func */ +unsigned long levels; /* number of levels (array elements */ +{ + unsigned long i,j; + float *target; /* working pointer */ + float fmax, sfactor, sum; + double z; + + switch (hshape) + { + case (XieK_Gaussian): + /* + ** Generate Gaussian Probability Density Function Around specified + ** mean level (param1) with the specified variance (param2) + */ + if( param1 == 0.0 ) + param1 = levels >> 1; + if( param2 == 0.0 ) + param2 = param1 / 4; + + target = (float *)out_ptr; + for(sum = 0, fmax = 0.0, i = 0; i < levels; i++ ) + { + z = (float)i - (float)param1; + z = -1.0 * z * z; + z /= (2 * param2 * param2); + z = exp(z); + *target = (float)((z * K1) / param2); + if( *target >= fmax ) + fmax = *target; + sum += *target++; + } + /* + ** Normalize and Calculate Cumulative Distribution Function For the + ** Gaussian probability density (i.e. histogram equalization + ** transfer function) + */ + sfactor = 1 / sum; + target = (float *)out_ptr; + *target++ *= sfactor; + for( i = 1; i < levels; i++, target++ ) + *target = *(target- 1) + (*target * sfactor); + break; + + case (XieK_Hyperbolic): + /* + ** Generate Hyperbolic Probability Density Function with specified + ** constant (param1) + */ + if( param1 == 0.0 ) /* default is 1/4 th */ + param1 = levels >> 2; + + target = (float *)out_ptr; + param2 = 1.0 / param1; /* use mult rather than div */ + + if( param2 != 1.0 ) /* default is neg exp */ + { + for( sum = 0, fmax = 0.0, i = 0; i < levels; i++ ) + { + z = log (1.0 + param2); + *target = (float)(1.0 / (((double)i + param1) * z)); + if( *target >= fmax ) + fmax = *target; + sum += *target++; + } + } + else + { + j = levels - 1; + for( sum = 0, fmax = 0.0, i = 0; i < levels; i++, j-- ) + { + z = log (1.0 + param2); + *target = (float)(1.0 / (((double)j + param1) * z)); + if( *target >= fmax ) + fmax = *target; + sum += *target++; + } + } + /* + ** Normalize and Calculate Cumulative Distribution Function For the + ** hyperbolic probability density (i.e. histogram equalization + ** transfer function) + */ + sfactor = 1 / sum; + target = (float *)out_ptr; + *target++ *= sfactor; + for( i = 1; i < levels; i++, target++ ) + *target = *(target- 1) + (*target * sfactor); + break; + + default : + return( BadValue ); + } /* end of switch */ + return( Success ); +} +/* end module SmiMatchHistogram.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiMatchHistogram.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiMatchHistogram.h new file mode 100644 index 0000000..e4dcf52 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiMatchHistogram.h @@ -0,0 +1,133 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the MATCHHISTOGRAM pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.1 +** RISC ULTRIX V3.1 +** +** AUTHOR(S): +** +** Gary Grebus +** +** CREATION DATE: +** +** Thu Jun 28 16:41:35 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIMATCHHISTOGRAM +#define _SMIMATCHHISTOGRAM + +/* +** Include files +*/ +#include + + /* + ** Function reference + */ +int SmiMatchHistogram(); +int SmiCreateMatchHistogram(); + +/* +** Structure definitions and Typedefs +*/ + /* + ** MatchHistogram pipeline context block. + */ +typedef struct _MatchHistogramPipeCtx { + PipeElementCommonPart common; + struct _MatchHistogramPart { + PipeSinkPtr src; + PipeSinkPtr dst; + PipeDrainPtr srcdrn; + UdpPtr idc; + int hshape; /* Distribution shape */ + float param1; /* Distribution parameters */ + float param2; + } MatchHistogramPart; +} MatchHistogramPipeCtx, *MatchHistogramPipeCtxPtr; + +/* +** MACRO definitions +*/ + /* + ** MatchHistogram access macros + */ +#define MhSrcSnk_(ctx) \ + (((MatchHistogramPipeCtxPtr)(ctx))->MatchHistogramPart.src) +#define MhDstSnk_(ctx) \ + (((MatchHistogramPipeCtxPtr)(ctx))->MatchHistogramPart.dst) +#define MhHShape_(ctx) \ + (((MatchHistogramPipeCtxPtr)(ctx))->MatchHistogramPart.hshape) +#define MhParam1_(ctx) \ + (((MatchHistogramPipeCtxPtr)(ctx))->MatchHistogramPart.param1) +#define MhParam2_(ctx) \ + (((MatchHistogramPipeCtxPtr)(ctx))->MatchHistogramPart.param2) +#define MhSrcDrn_(ctx) \ + (((MatchHistogramPipeCtxPtr)(ctx))->MatchHistogramPart.srcdrn) +#define MhIdc_(ctx) \ + (((MatchHistogramPipeCtxPtr)(ctx))->MatchHistogramPart.idc) + +#endif +/* _SMIMATCHHISTOGRAM */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiMath.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiMath.c new file mode 100644 index 0000000..40c3098 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiMath.c @@ -0,0 +1,1056 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module implements the mathematical operator which performs +** mathematical functions between two photomaps. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Thu Jul 5 13:57:43 1990 +** +*******************************************************************************/ + +#include +#include +#include + +#include "SmiMath.h" + +/* +** Table of contents +*/ +int SmiMath(); +int SmiCreateMath(); + +static int _MathInitialize(); +static int _MathActivate(); +static int _MathDestroy(); + +static void MathException(); +static UdpPtr MathGetTempUdp(); +static void MathDestroyTempUdp(); +static int MathConvertScanline(); +static int MathStoreScanline(); + +static int MathExp(); +static int MathLn(); +static int MathLog2(); +static int MathLog10(); +static int MathSquare(); +static int MathSqrt(); + +/* +** Equated Symbols +*/ +/* +** Alpha/VMS and VXT don't currently support sigvec/setjmp/longjmp, +** and require explicit testing of every pixel value. Otherwise, +** use exception handling to catch any bad values. +*/ +#if (!defined(ALPHA) && !defined(_ALPHA) && !defined(VXT) || !(defined(VMS))) +#define XIE_USE_EXCEPTION_HANDLING +#endif + +/* +** External References +*/ + +/* + * Macros + */ +#define Min_(a,b) ((a) <= (b) ? (a) : (b)) +#define Max_(a,b) ((a) > (b) ? (a) : (b)) + +#if defined(XIE_USE_EXCEPTION_HANDLING) +#define HandleFPE_( tvec, rtn, ovec ) \ + ( tvec.sv_handler = rtn, tvec.sv_mask=0, tvec.sv_onstack=0, \ + sigvec( SIGFPE, &tvec, &ovec) ) + +#define UnhandleFPE_( ovec ) \ + ( sigvec( SIGFPE, &ovec, NULL ) ) + +/* +** Local storage +*/ +static jmp_buf exception_buf; + +#endif + + /* + ** Math Element Vector + */ +static PipeElementVector MathPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeMathElement, /* Structure subtype */ + sizeof(MathPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _MathInitialize, /* Initialize entry */ + _MathActivate, /* Activate entry */ + NULL, /* Flush entry */ + _MathDestroy, /* Destroy entry */ + NULL /* Abort entry */ + }; + +/* Dispatch table to select the correct operation routine */ +/* This must match the ordering of the XieK_xxxx constants in XieAppl.h */ +static int (*MathOpTable[])() = { + NULL, /* Constants start at 1 */ + MathExp, + MathLn, + MathLog2, + MathLog10, + MathSquare, + MathSqrt + }; + +/***************************************************************************** +** SmiCreateMath +** +** FUNCTIONAL DESCRIPTION: +** +** This function fills in a newly created context for a MATH +** pipeline element. +** +** FORMAL PARAMETERS: +** +** pipe - Descriptor for pipe being built.. +** srcsnk - Pointer to source sink +** dstsnk - Pointer to destination sink +** idc - Pointer to UDP describing the ROI or CPP (NULL if no IDC) +** operator- Math operation function code. +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateMath(pipe,srcsnk, dstsnk, idc, operator) +Pipe pipe; +PipeSinkPtr srcsnk; +PipeSinkPtr dstsnk; +UdpPtr idc; +int operator; + +{ + MathPipeCtxPtr ctx = (MathPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &MathPipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Copy parameters + */ + MthSrcSnk_(ctx) = srcsnk; + MthDstSnk_(ctx) = dstsnk; + MthFunc_(ctx) = MathOpTable[operator]; + MthCpp_(ctx) = idc != NULL && idc->UdpA_Base != NULL ? idc : NULL; + + /* Calculate the bounds of the region that will actually be processed */ + if( idc == NULL ) + { + MthRoiX1_(ctx) = SnkX1_(srcsnk,0); + MthRoiX2_(ctx) = SnkX2_(srcsnk,0); + MthRoiY1_(ctx) = SnkY1_(srcsnk,0); + MthRoiY2_(ctx) = SnkY2_(srcsnk,0); + } + else + { + /* Further restrict the area to be processed with the CPP/ROI */ + MthRoiX1_(ctx) = idc->UdpL_X1 > SnkX1_(srcsnk,0) ? + idc->UdpL_X1 : SnkX1_(srcsnk,0); + MthRoiX2_(ctx) = idc->UdpL_X2 < SnkX2_(srcsnk,0) ? + idc->UdpL_X2 : SnkX2_(srcsnk,0); + MthRoiY1_(ctx) = idc->UdpL_Y1 > SnkY1_(srcsnk,0) ? + idc->UdpL_Y1 : SnkY1_(srcsnk,0); + MthRoiY2_(ctx) = idc->UdpL_Y2 < SnkY2_(srcsnk,0) ? + idc->UdpL_Y2 : SnkY2_(srcsnk,0); + } + + /* Create drains on the sink(s). + * Handle all the data as floats. + * Process a quantum of 1 scanline + */ + MthSrcDrn_(ctx) = DdxRmCreateDrain_( MthSrcSnk_(ctx), -1 ); + if( !IsPointer_(MthSrcDrn_(ctx)) ) return( (int) MthSrcDrn_(ctx)); + DdxRmSetDType_( MthSrcDrn_(ctx), UdpK_DTypeF, DtM_F ); + DdxRmSetQuantum_( MthSrcDrn_(ctx), 1 ); + + DdxRmSetDType_( MthDstSnk_(ctx), UdpK_DTypeF, DtM_F ); + DdxRmSetQuantum_( MthDstSnk_(ctx), 1 ); + + return( Success ); +} /* end SmiCreateMath */ + +/***************************************************************************** +** _MathInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the MATH pipeline element prior to +** activation. +** +** FORMAL PARAMETERS: +** +** ctx - math pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _MathInitialize(ctx) +MathPipeCtxPtr ctx; +{ + int status = DdxRmInitializePort_( CtxHead_(ctx), MthSrcDrn_(ctx) ); + if( status == Success ) + status = DdxRmInitializePort_( CtxHead_(ctx), MthDstSnk_(ctx) ); + + /* Start reading from the first drain */ + CtxInp_(ctx) = MthSrcDrn_(ctx); + + return( status ); +} + +/***************************************************************************** +** _MathActivate +** +** FUNCTIONAL DESCRIPTION: +** +** This routine reads the data from the source drain and +** performs the math operations. +** +** FORMAL PARAMETERS: +** +** ctx - math pipeline element context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _MathActivate(ctx) +MathPipeCtxPtr ctx; +{ + PipeDataPtr src = NULL, dst = NULL; + int status, dstpos; + +#if defined(XIE_USE_EXCEPTION_HANDLING) + struct sigvec tmpvec, oldvec; + + /* + * Establish error handling to catch possible floating point errors. + */ + HandleFPE_(tmpvec, MathException, oldvec); + if (setjmp(exception_buf) != 0) { + + /* On an exception, clean up locally held resources */ + UnhandleFPE_( oldvec ); + if ( src != NULL ) DdxRmDeallocData_(src); + if ( dst != NULL ) DdxRmDeallocData_(dst); + return( BadValue ); + } +#endif + + for( status = Success; status == Success; src = DdxRmDeallocData_(src), + dst = DdxRmDeallocData_(dst) ) + { + src = DdxRmGetData_( ctx, MthSrcDrn_(ctx) ); + if( !IsPointer_(src) ) return( (int) src ); + + if( DatY1_(src) < MthRoiY1_(ctx) || DatY1_(src) > MthRoiY2_(ctx) ) + { + /* Scanline is outside the ROI - just pass it through */ + status = DdxRmPutData_( MthDstSnk_(ctx), src ); + src = NULL; + } + else + { + dst = DdxRmAllocData_( MthDstSnk_(ctx), DatCmpIdx_(src), + DatY1_(src), DatHeight_(src) ); + status = (int) dst; + if( !IsPointer_(dst) ) continue; + + /* Copy the portions of this line outside the ROI */ + /* Left */ + status = DdxCopy_( DatUdpPtr_(src), DatUdpPtr_(dst), + DatX1_(src), 0, + DatX1_(dst), DatY1_(dst), + MthRoiX1_(ctx) - DatX1_(src), 1 ); + if( status != Success ) continue; + /* Right */ + status = DdxCopy_( DatUdpPtr_(src), DatUdpPtr_(dst), + MthRoiX2_(ctx)+1, 0, + MthRoiX2_(ctx)+1, DatY1_(dst), + DatX2_(src) - MthRoiX2_(ctx), 1 ); + if( status != Success ) continue; + + DatPos_(src) += (MthRoiX1_(ctx) - DatX1_(src)) * DatPxlStr_(src); + dstpos = DatPos_(dst); + DatPos_(dst) += (MthRoiX1_(ctx) - DatX1_(dst)) * DatPxlStr_(dst);; + + status = (*MthFunc_(ctx))(DatUdpPtr_(src), + DatUdpPtr_(dst), + MthCpp_(ctx), + MthRoiY1_(ctx), + MthRoiX1_(ctx), + MthRoiX2_(ctx)); + if( status != Success ) continue; + + DatPos_(dst) = dstpos; + status = DdxRmPutData_( MthDstSnk_(ctx), dst ); + dst = NULL; + } + } +#if defined(XIE_USE_EXCEPTION_HANDLING) + UnhandleFPE_( oldvec ); +#endif + return( status ); +} + +/***************************************************************************** +** _MathDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the MATH +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - math pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _MathDestroy(ctx) +MathPipeCtxPtr ctx; +{ + MthSrcDrn_(ctx) = DdxRmDestroyDrain_( MthSrcDrn_(ctx) ); + + return( Success ); +} + +/***************************************************************************** +** SmiMath +** +** FUNCTIONAL DESCRIPTION: +** +** This routine performs a non-pipelined math operator, which +** evaluates a mathematical function for each pixel in the photomap. +** +** Note that the destination photomap must be of type float or +** the data will be transformed from unconstrained to a constrained +** type in an undefined manner. +** +** FORMAL PARAMETERS: +** +** srcudp - Pointer to a UDP describing the source operand. +** dstudp - Pointer to a UDP describing the destination buffer. +** idc - Pointer to a UDP describing the Region of Interest, +** or Control Processing Plane. +** (NULL if no IDC) +** operator-Code for the operation being performed. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiMath( srcudp, dstudp, idc, operator ) +UdpPtr srcudp; +UdpPtr dstudp; +UdpPtr idc; +int operator; +{ + UdpPtr cpp, src = NULL, dst = NULL; + long int pixels, scanline, status; + long int X1, X2, Y1, Y2; /* src/destination common bounds */ + long int x1, x2, y1, y2; /* src/destination/ROI common bounds */ + +#if defined(XIE_USE_EXCEPTION_HANDLING) + struct sigvec tmpvec, oldvec; + /* + * Establish error handling to catch possible floating point errors. + */ + HandleFPE_( tmpvec, MathException, oldvec ); + if( setjmp( exception_buf ) != 0 ) + { + status = BadValue; + goto clean_up; + } +#endif + /* + ** Allocate the destination image array + */ + if( dstudp->UdpA_Base == NULL ) + { + dstudp->UdpA_Base = DdxMallocBits_( dstudp->UdpL_ArSize ); + if( dstudp->UdpA_Base == NULL ) return( BadAlloc ); + } + /* + * Determine maximum common dimensions between source and destination, + * which is the defined region of output. + */ + X1 = srcudp->UdpL_X1 > dstudp->UdpL_X1 ? srcudp->UdpL_X1 : dstudp->UdpL_X1; + X2 = srcudp->UdpL_X2 < dstudp->UdpL_X2 ? srcudp->UdpL_X2 : dstudp->UdpL_X2; + Y1 = srcudp->UdpL_Y1 > dstudp->UdpL_Y1 ? srcudp->UdpL_Y1 : dstudp->UdpL_Y1; + Y2 = srcudp->UdpL_Y2 < dstudp->UdpL_Y2 ? srcudp->UdpL_Y2 : dstudp->UdpL_Y2; + /* + * Further restrict the area to be processed by finding the maximum + * common dimensions between the source region, and the IDC + * (ROI or CPP). + */ + if( idc == NULL ) + { + x1 = X1; + x2 = X2; + y1 = Y1; + y2 = Y2; + } + else + { + x1 = idc->UdpL_X1 > X1 ? idc->UdpL_X1 : X1; + x2 = idc->UdpL_X2 < X2 ? idc->UdpL_X2 : X2; + y1 = idc->UdpL_Y1 > Y1 ? idc->UdpL_Y1 : Y1; + y2 = idc->UdpL_Y2 < Y2 ? idc->UdpL_Y2 : Y2; + } + cpp = idc != NULL && idc->UdpA_Base != NULL ? idc : NULL; + + /* Allocate temporary UDP's to hold one scanline of float data */ + src = MathGetTempUdp( srcudp, y1, x1, x2 ); + if( !IsPointer_(src) ) + { + status = (int) src; + goto clean_up; + } + dst = MathGetTempUdp( dstudp, y1, x1, x2 ); + if( !IsPointer_(dst) ) + { + status = (int) dst; + goto clean_up; + } + + /* Just copy the scanlines outside of the ROI */ + /* Top */ + status = DdxCopy_( srcudp, dstudp, X1, Y1, X1, Y1, X2-X1+1, y1-Y1 ); + if( status != Success ) goto clean_up; + /* Bottom */ + status = DdxCopy_( srcudp, dstudp, X1, y2+1, X1, y2+1, X2-X1+1, Y2-y2 ); + if( status != Success ) goto clean_up; + /* Left */ + status = DdxCopy_( srcudp, dstudp, X1, y1, X1, y1, x1-X1, y2-y1+1 ); + if( status != Success ) goto clean_up; + /* Right */ + status = DdxCopy_( srcudp, dstudp, x2+1, y1, x2+1, y1, X2-x2, y2-y1+1 ); + if( status != Success ) goto clean_up; + + /* If the temporary UDP's are pointing to the original data, position + * to the correct offset. + */ + if( src->UdpA_Base == srcudp->UdpA_Base ) + src->UdpL_Pos = srcudp->UdpL_Pos + srcudp->UdpL_ScnStride * y1 + + srcudp->UdpL_PxlStride * + (x1 - srcudp->UdpL_X1); + dst->UdpL_Y1 = dst->UdpL_Y2 = y1; + if( dst->UdpA_Base == dstudp->UdpA_Base ) + dst->UdpL_Pos = dstudp->UdpL_Pos + y1 * dstudp->UdpL_ScnStride + + (x1 - dstudp->UdpL_X1) * dstudp->UdpL_PxlStride; + + /* Now perform the math operation over the region-of-interest */ + + for( scanline = y1; scanline <= y2; scanline++ ) + { + /* Get a UDP pointing to this scanline */ + status = MathConvertScanline( srcudp, src ); + if( status != Success ) break; + + status = (*MathOpTable[operator])(src, dst, cpp, y1, x1, x2); + if( status != Success ) break; + + status = MathStoreScanline(dst, dstudp); + if( status != Success ) break; + } + + /* Cleanup the temporary descriptors */ +clean_up : + +#if defined(XIE_USE_EXCEPTION_HANDLING) + UnhandleFPE_( oldvec ); +#endif + + if( IsPointer_(src) ) + MathDestroyTempUdp( src, srcudp ); + if( IsPointer_(dst) ) + MathDestroyTempUdp( dst, dstudp ); + + return( status ); +} /* end SmiMath */ + +/***************************************************************************** +** Math processing routines +** +** FUNCTIONAL DESCRIPTION: +** +** These routines the actual math operation over selected +** portion of a scanline. A separate routine is used for each +** type of operation. +** +** The explicit tests for bad pixel values are highly implementation +** dependent and probably incomplete. +** +** FORMAL PARAMETERS: +** +** src - Pointer to a UDP describing the source operand. +** dst - Pointer to a UDP describing the destination buffer. +** cpp - Pointer to a UDP describing the Control Processing Plane. +** (NULL if no CPP) +** y1 - The y coordinate of the beginning of the region to +* process. +** x1 - The x coordinate of the left endpoint of the region to +** process. +** x2 - The x coordinate of the right endpoint of the region to +** process. +** +*****************************************************************************/ +static int MathExp(src, dst, cpp, y1, x1, x2) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) { +#if !defined(XIE_USE_EXCEPTION_HANDLING) + if (*(float *)srcptr > 88.029 ) /* VAX MTH$DEXP */ + return( BadValue ); +#endif + *(float *)dstptr = exp(*(float *)srcptr); + } else + *(float *)dstptr = *(float *)srcptr; /* Not selected by CPP */ + + srcptr+=srcbytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end MathExp */ + +static int MathLn(src, dst, cpp, y1, x1, x2) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) { +#if !defined(XIE_USE_EXCEPTION_HANDLING) + if (*(float *)srcptr <= 0.0) + return( BadValue ); +#endif + *(float *)dstptr = log(*(float *)srcptr); + } else + *(float *)dstptr = *(float *)srcptr; /* Not selected by CPP */ + + srcptr+=srcbytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end MathLn */ + +static int MathLog2(src, dst, cpp, y1, x1, x2) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + double lntwo = log(2.0); + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) { +#if !defined(XIE_USE_EXCEPTION_HANDLING) + if (*(float *)srcptr <= 0.0) + return( BadValue ); +#endif + *(float *)dstptr = log((*(float *)srcptr))/lntwo; + } else + *(float *)dstptr = *(float *)srcptr; /* Not selected by CPP */ + + srcptr+=srcbytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end MathLog2 */ + +static int MathLog10(src, dst, cpp, y1, x1, x2) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) { +#if !defined(XIE_USE_EXCEPTION_HANDLING) + if (*(float *)srcptr <= 0.0) + return( BadValue ); +#endif + *(float *)dstptr = log10(*(float *)srcptr); + } else + *(float *)dstptr = *(float *)srcptr; /* Not selected by CPP */ + + srcptr+=srcbytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end MathLog10 */ + +static int MathSquare(src, dst, cpp, y1, x1, x2) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) + *(float *)dstptr = *(float *)srcptr * *(float *)srcptr; + else + *(float *)dstptr = *(float *)srcptr; /* Not selected by CPP */ + + srcptr+=srcbytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end MathSquare */ + +static int MathSqrt(src, dst, cpp, y1, x1, x2) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +long int y1; +long int x1; +long int x2; +{ + int pixel; + + unsigned char *srcptr; + unsigned char *dstptr; + long int cpppxloff; + int cppbit; + + int srcbytes = src->UdpL_PxlStride >> 3; + int dstbytes = dst->UdpL_PxlStride >> 3; + + srcptr = src->UdpA_Base + (src->UdpL_Pos >> 3); + dstptr = dst->UdpA_Base + (dst->UdpL_Pos >> 3); + + if (cpp != NULL) + cpppxloff = cpp->UdpL_Pos + + cpp->UdpL_ScnStride * (src->UdpL_Y1 - y1); + else + cppbit = 1; /* Fake all 1's in CPP */ + + for (pixel = x1; pixel <= x2; pixel++){ + + if (cpp != NULL) { + cppbit = GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1); + cpppxloff+=cpp->UdpL_PxlStride; + } + + if (cppbit) { +#if !defined(XIE_USE_EXCEPTION_HANDLING) + if (*(float *)srcptr < 0.0) + return( BadValue ); +#endif + *(float *)dstptr = sqrt(*(float *)srcptr); + } else + *(float *)dstptr = *(float *)srcptr; /* Not selected by CPP */ + + srcptr+=srcbytes; + dstptr+=dstbytes; + + } + return( Success ); +} /* end MathSqrt */ + +/***************************************************************************** +** MathException +** +** FUNCTIONAL DESCRIPTION: +** +** This routine is our signal handler for a floating point exception. +** +** FORMAL PARAMETERS: +** +** none +** +** FUNCTION VALUE: +** +** Returns a 1 through the setjmp. +** +*****************************************************************************/ +static void MathException( ) +{ +#if defined(XIE_USE_EXCEPTION_HANDLING) + longjmp( exception_buf, 1 ); +#endif +} + +/***************************************************************************** +** MathGetTempUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Create a UDP which can be used to hold one scanline of the +** source UDP, but using float data. If the source UDP is already +* in float format, just point to its data. +** +** FORMAL PARAMETERS: +** +** inudp - Pointer to source UDP +** y1 - First scanline we need +** x1 - Leftmost pixel we need +** x2 - Rightmost pixel we need +** +** FUNCTION VALUE: +** +** Returns a pointer to a UDP describing floating point data. +** +*****************************************************************************/ +static UdpPtr MathGetTempUdp(src, y1, x1, x2) + UdpPtr src; + long int y1; + long int x1, x2; +{ + UdpPtr dst; + + dst = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( dst == NULL ) return( (UdpPtr) BadAlloc ); + + if( src->UdpB_DType != UdpK_DTypeF ) + { + dst->UdpW_PixelLength = sizeof(float) * 8; + dst->UdpB_DType = UdpK_DTypeF; + dst->UdpB_Class = UdpK_ClassA; + dst->UdpL_PxlStride = dst->UdpW_PixelLength; + dst->UdpL_PxlPerScn = x2 - x1 + 1; + dst->UdpL_ScnStride = dst->UdpL_PxlPerScn * dst->UdpL_PxlStride; + dst->UdpL_ArSize = dst->UdpL_PxlPerScn * sizeof(float) << 3; + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) + { + DdxFree_(dst); + return( (UdpPtr) BadAlloc ); + } + dst->UdpL_Pos = 0; + dst->UdpL_CompIdx = src->UdpL_CompIdx; + dst->UdpL_Levels = src->UdpL_Levels; + } + else + { + *dst = *src; + dst->UdpL_PxlPerScn = x2 - x1 + 1; + dst->UdpL_ScnStride = dst->UdpL_PxlPerScn * dst->UdpL_PxlStride; + } + /* One scanline UDP */ + dst->UdpL_X1 = x1; + dst->UdpL_X2 = x2; + dst->UdpL_Y1 = y1; + dst->UdpL_Y2 = y1; + dst->UdpL_ScnCnt = 1; + + return( dst ); +} /* end MathGetTempUdp */ + +/***************************************************************************** +** MathDestroyTempUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Free a UDP created by MathGetTempUdp. +** +** FORMAL PARAMETERS: +** +** udp - Pointer to the udp to free. +** realudp - Pointer to a udp which might actually own the storage +** pointed to by udp. +** +*****************************************************************************/ +static void MathDestroyTempUdp( udp, realudp ) +UdpPtr udp; +UdpPtr realudp; + +{ + if( IsPointer_(udp) ) + { + if( IsPointer_(udp->UdpA_Base) && udp->UdpA_Base != realudp->UdpA_Base ) + DdxFreeBits_( udp->UdpA_Base ); + DdxFree_( udp ); + } +} /* end MathDestroyTempUdp */ + +/***************************************************************************** +** MathConvertScanline +** +** FUNCTIONAL DESCRIPTION: +** +** Adjust a UDP to point to the specified scanline of the source +** UDP. If the source UDP is not of type float, convert the +** data and leave it associated with the adjusted UDP. +** +** FORMAL PARAMETERS: +** +** src - Pointer to the source UDP. +** dst - Pointer to the UDP to be adjusted. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int MathConvertScanline(src, dst) + UdpPtr src; + UdpPtr dst; +{ + int status = Success; + + dst->UdpL_Y1++; + dst->UdpL_Y2++; + + if (src->UdpB_DType != UdpK_DTypeF) + status = DdxConvert_( src, dst, XieK_MoveMode ); + else + dst->UdpL_Pos += src->UdpL_ScnStride; + + return( status ); +} /* end MathConvertScanline */ + +/***************************************************************************** +** MathStoreScanline +** +** FUNCTIONAL DESCRIPTION: +** +** Store a scanline of data into the destination UDP. +** If the scanline UDP already points into the destination UDP, +** just adjust the scanline UDP to point past the scanline already +** stored. If not, copy (and possibly convert) the data into the +** destination. +** +** FORMAL PARAMETERS: +** +** dst - Pointer to scanline UDP +** realdst - Pointer to the destination UDP +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int MathStoreScanline(dst, realdst) + UdpPtr dst; + UdpPtr realdst; +{ + int status = Success; + + if (dst->UdpA_Base != realdst->UdpA_Base) + status = DdxConvert_( dst, realdst, XieK_MoveMode ); + else + dst->UdpL_Pos += realdst->UdpL_ScnStride; + + dst->UdpL_Y1++; + dst->UdpL_Y2++; + + return( status ); +} /* end MathStoreScanline */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiMath.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiMath.h new file mode 100644 index 0000000..7ab87be --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiMath.h @@ -0,0 +1,137 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the MATH pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Thu Jul 5 14:03:13 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIMATH +#define _SMIMATH + +/* +** Include files +*/ +#include + + /* + ** Function reference + */ +int SmiMath(); +int SmiCreateMath(); + +/* +** Structure definitions and Typedefs +*/ + +/* +** Math pipeline context block. +*/ +typedef struct _MathPipeCtx { + PipeElementCommonPart common; + struct _MathPart { + PipeSinkPtr srcsnk; + PipeSinkPtr dstsnk; + PipeDrainPtr srcdrn; + long int x1; + long int x2; + long int y1; + long int y2; + UdpPtr cpp; + int (*function)(); + } MathPart; +} MathPipeCtx, *MathPipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, Math part, access MACROs +*/ +#define MthSrcSnk_(ctx) \ + (((MathPipeCtxPtr)(ctx))->MathPart.srcsnk) +#define MthDstSnk_(ctx) (((MathPipeCtxPtr)(ctx))->MathPart.dstsnk) + +#define MthSrcDrn_(ctx) \ + (((MathPipeCtxPtr)(ctx))->MathPart.srcdrn) +#define MthRoiX1_(ctx) (((MathPipeCtxPtr)(ctx))->MathPart.x1) +#define MthRoiX2_(ctx) (((MathPipeCtxPtr)(ctx))->MathPart.x2) +#define MthRoiY1_(ctx) (((MathPipeCtxPtr)(ctx))->MathPart.y1) +#define MthRoiY2_(ctx) (((MathPipeCtxPtr)(ctx))->MathPart.y2) +#define MthCpp_(ctx) (((MathPipeCtxPtr)(ctx))->MathPart.cpp) +#define MthFunc_(ctx) \ + (((MathPipeCtxPtr)(ctx))->MathPart.function) + +#endif +/* _SMIMATH */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiMemMgt.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiMemMgt.c new file mode 100644 index 0000000..2c22d6f --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiMemMgt.c @@ -0,0 +1,326 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/* +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains SMI jacket routines which call either client +** or server memory management functions depending on how its compiled. +** This allows us to use common code for both client and server. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** John Weber +** +** +** CREATION DATE: August 30, 1989 +** +** MODIFICATION HISTORY: +** +**-- +*/ + +/* +** Include files +*/ +#include +#ifdef SERVER +#include +#include +#include +#endif +#ifdef CLIENT +#include +#endif + +/* #define COUNT_SMIMEMMGT 1 */ +/* #define TRACE_SMIMEMMGT 1 */ + +#ifdef TRACE_SMIMEMMGT + +/* +** If COUNT_SMIMEMMGT is turned on, the trace will report the actual (modified) +** size and address of the allocation. +*/ + +#define TraceAlloc_(ptr, size, name) \ + ErrorF("Allocating %7d bytes at 0x%08x from %s\n", \ + (size),(unsigned)(ptr), name) +#define TraceRealloc_(ptr, size, newptr, name) \ + ErrorF("Realloc to %7d bytes at 0x%08x --> 0x%08x from %s\n", \ + (size), (unsigned)(ptr+4), (unsigned)(newptr), name) +#define TraceFree_(ptr, name) \ + ErrorF("Freeing at 0x%08x from %s\n", \ + (unsigned)(ptr), name) +#else +#define TraceAlloc_(ptr, size, name) +#define TraceRealloc_(ptr, size, newptr, name) +#define TraceFree_(ptr, name) +#endif + + +#ifdef COUNT_SMIMEMMGT +static int OtherMemInUse = 0; +static int BitsMemInUse = 0; +static int TotalMemInUse = 0; +#define CountAdjSize_(nbytes) ((nbytes)+=4) +#define CountAlloc_(ptr, nbytes) (*(int *)(ptr) = nbytes, \ + (ptr)+=4, \ + OtherMemInUse+=nbytes, \ + TotalMemInUse+=nbytes) +#define CountFree_(ptr) ((ptr)-=4, \ + OtherMemInUse-=(*(int *)(ptr)), \ + TotalMemInUse-=(*(int *)(ptr))) + +#define CountAllocBits_(ptr, nbytes) (*(int *)(ptr) = nbytes, \ + (ptr)+=4, \ + BitsMemInUse+=nbytes, \ + TotalMemInUse+=nbytes) +#define CountFreeBits_(ptr) ((ptr)-=4, \ + BitsMemInUse-=(*(int *)(ptr)), \ + TotalMemInUse-=(*(int *)(ptr))) + +void _ReportCurrentMemoryCount() +{ + printf("%8d : bytes allocated by calls to Bits routines\n", BitsMemInUse); + printf("%8d : bytes allocated by calls to regular routines\n", OtherMemInUse); + printf("%8d : total bytes allocated\n", TotalMemInUse ); +} +#else +#define CountAdjSize_(nbytes) +#define CountAlloc_(ptr, nbytes) +#define CountFree_(ptr) +#define CountAllocBits_(ptr, nbytes) +#define CountFreeBits_(ptr) +#endif + + +void *SmiCalloc(number,size) + unsigned number; + unsigned size; +{ +#ifdef SERVER + char *memptr; + + CountAdjSize_(size); + memptr = (char *)Xalloc((number)*(size)); + if (memptr != NULL) + memset(memptr,0,(number)*(size)); + CountAlloc_(memptr, size); + TraceAlloc_(memptr, size*number, "SmiCalloc"); + return (void *)(memptr); +#endif +#ifdef CLIENT + return (void *)Xcalloc((number),(size)); +#endif +} + +unsigned char *SmiCallocBits(bits) + unsigned bits; +{ +#ifdef SERVER + unsigned char *memptr; + int bytes = (bits)+39>>3; + + CountAdjSize_(bytes); + memptr = (unsigned char *) Xalloc(bytes); + + if (memptr != NULL) + memset(memptr,0,bytes); + CountAllocBits_( memptr, bytes ); + TraceAlloc_(memptr, bytes, "SmiCallocBits"); + return (memptr); +#endif +#ifdef CLIENT + return (unsigned char *)Xcalloc(1,(bits)+39>>3); +#endif +} + +void *SmiCfree(ptr) + char *ptr; +{ +#ifdef SERVER + if(IsPointer_(ptr)) { + TraceFree_(ptr, "SmiCfree"); + CountFree_(ptr); + Xfree(ptr); + } +#endif +#ifdef CLIENT + if(ptr) + Xfree(ptr); +#endif + return(0); +} + +void *SmiFree(ptr) + char *ptr; +{ +#ifdef SERVER + if(IsPointer_(ptr)) + { + TraceFree_(ptr, "SmiFree"); + CountFree_(ptr); + Xfree(ptr); + } +#endif +#ifdef CLIENT + if(ptr) + Xfree(ptr); +#endif + return(0); +} + +unsigned char *SmiFreeBits(ptr) + unsigned char *ptr; +{ +#ifdef SERVER + if(IsPointer_(ptr)) { + TraceFree_(ptr, "SmiFreeBits"); + CountFreeBits_(ptr); + Xfree(ptr); + } +#endif +#ifdef CLIENT + if(ptr) + Xfree(ptr); +#endif + return(0); +} + +void *SmiMalloc(size) + unsigned size; +{ +#ifdef SERVER + char *memptr; + + CountAdjSize_(size); + memptr = (char *)Xalloc(size); + + CountAlloc_(memptr, size); + TraceAlloc_(memptr, size, "SmiMalloc"); + return (void *)(memptr); +#endif +#ifdef CLIENT + return (void *)Xmalloc(size); +#endif +} + +unsigned char *SmiMallocBits(bits) + unsigned bits; +{ +#ifdef SERVER + unsigned char *memptr; + int bytes = (bits)+39>>3; + + CountAdjSize_(bytes); + memptr = (unsigned char *) Xalloc(bytes); + + CountAllocBits_(memptr, bytes ); + TraceAlloc_(memptr, bytes, "SmiMallocBits"); + return (memptr); +#endif +#ifdef CLIENT + return (unsigned char *)Xmalloc((bits)+39>>3); +#endif +} + +void *SmiRealloc(ptr,size) + char *ptr; + unsigned size; +{ +#ifdef SERVER + char *memptr; + + CountFree_(ptr); + CountAdjSize_(size); + memptr = (char *)Xrealloc(ptr,size); + CountAlloc_(memptr, size); + + TraceRealloc_(ptr, size, memptr, "SmiRealloc"); + return (void *)(memptr); +#endif +#ifdef CLIENT + return (void *)Xrealloc(ptr,size); +#endif +} + +unsigned char *SmiReallocBits(ptr,bits) + unsigned char *ptr; + unsigned bits; +{ +#ifdef SERVER + unsigned char *memptr; + int bytes = (bits)+39>>3; + + CountFreeBits_(ptr); + CountAdjSize_(bytes); + memptr = (unsigned char *)Xrealloc(ptr,bytes); + CountAllocBits_(memptr, bytes ); + + TraceRealloc_(ptr, bytes, memptr, "SmiReallocBits"); + return (memptr); +#endif +#ifdef CLIENT + return (unsigned char *)Xrealloc(ptr,(bits)+39>>3); +#endif +} + diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiMemMgt.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiMemMgt.h new file mode 100644 index 0000000..3c0af60 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiMemMgt.h @@ -0,0 +1,98 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the SMI Memory Management module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** +** AUTHOR(S): +** +** Richard Hennessy +** +** CREATION DATE: +** +** September 25, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIMEMMGT +#define _SMIMEMMGT + + /* + ** Include files + */ + + /* + ** Function reference + */ +void *SmiCalloc(); +unsigned char *SmiCallocBits(); +void *SmiCfree(); +void *SmiFree(); +unsigned char *SmiFreeBits(); +void *SmiMalloc(); +unsigned char *SmiMallocBits(); +void *SmiRealloc(); +unsigned char *SmiReallocBits(); + +#endif +/* _SMIMEMMGT */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiMi.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiMi.c new file mode 100644 index 0000000..05a12f9 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiMi.c @@ -0,0 +1,371 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/*********************************************************** +Copyright 1989,1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Image Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains the connection to the Machine Independent(MI) +** software that is the base of the XIE server. Another module, SmiDdx.c, +** contains the connection to the DDX version of the base. +** +** The connection consists of: +** - MI function dispatch table +** - MI pipeline CREATE dispatch table +** - MI image array alignment dispatch table +** +** ENVIRONMENT: +** +** VAX/VMS V5.x > +** ULTRIX V4.0 > +** +** AUTHOR(S): +** +** Richard D. Hennessy +** Robert NC Shelley +** +** CREATION DATE: +** +** October 12, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + +/* +** Include files +*/ +#include +#include "XieDdx.h" +#include "XieUdpDef.h" + +#include "SmiArea.h" +#include "SmiArithmetic.h" +#include "SmiChangeList.h" +#include "SmiChromeCom.h" +#include "SmiChromeSep.h" +#include "SmiCompare.h" +#include "SmiConstrain.h" +#include "SmiConvert.h" +#include "SmiCrop.h" +#include "SmiDctDef.h" +#include "SmiDecodeDct.h" +#include "SmiDecodeG4.h" +#include "SmiDither.h" +#include "SmiEncodeDct.h" +#include "SmiEncodeG4.h" +#include "SmiFfx.h" +#include "SmiFill.h" +#include "SmiHistogram.h" +#include "SmiLogical.h" +#include "SmiLuminance.h" +#include "SmiMatchHistogram.h" +#include "SmiMath.h" +#include "SmiMemMgt.h" +#include "SmiMirror.h" +#include "SmiPipe.h" +#include "SmiPipeRsm.h" +#include "SmiPipeSched.h" +#include "SmiPoint.h" +#include "SmiRotate.h" +#include "SmiScale.h" +#include "SmiStats.h" +#include "SmiTranslate.h" +#include "SmiUtil.h" + +/* +** Table of contents +*/ + +/* +** Externs +*/ +/* +** Local Storage +*/ + +/***************************************************************************** +** +** xieMiProc - +** +** FUNCTIONAL DESCRIPTION: +** +** The miProc dispatch table is utilized by MI callers to access MI +** routines without having to know the explicit MI name of the routine. +** This independence will allow substitution of an MI layer in the XIE +** server without code changes in the remainder of the server.. +** +*****************************************************************************/ + /* + ** MI dispatch table + */ +externaldef(xieMiProc) unsigned long (*xieMiProc[])() = { + (Fcard32)SmiArea, /* 0 DDX Atomic operations */ + (Fcard32)SmiStatsArea, + (Fcard32)SmiArithmetic, + (Fcard32)SmiHistogram, + (Fcard32)SmiConvert, + (Fcard32)SmiConvert, /* 5 */ + (Fcard32)SmiCompare, + (Fcard32)SmiConstrain, + (Fcard32)SmiCopy, + (Fcard32)SmiDither, + (Fcard32)SmiFill, /* 10 */ + (Fcard32)SmiLogical, + (Fcard32)SmiLuminance, + (Fcard32)SmiMatchHistogram, + (Fcard32)SmiMath, + (Fcard32)SmiMirror, /* 15 */ + (Fcard32)SmiPoint, + (Fcard32)SmiStatsPoint, + (Fcard32)SmiRotate, + (Fcard32)SmiScale, + (Fcard32)SmiTranslate, /* 20 */ + + (Fcard32)RmOwnData, /* 21..32 -- was compression handlers */ + NULL, + NULL, + NULL, + NULL, /* 25 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 30 */ + NULL, + NULL, + NULL, /* Only defined in the DDX table */ + NULL, + NULL, /* 35 */ + + (Fcard32)SmiConvert, /* MI Support routines */ + (Fcard32)SmiCopy, + (Fcard32)SmiGetTyp, + (Fcard32)SmiCopyBits, + (Fcard32)SmiResolveUdp, /* 40 */ + +#ifdef CLIENT + (Fcard32)XieCalloc, /* CLIENT needs to use Xie */ + (Fcard32)XieCallocBits, + (Fcard32)XieCfree, + (Fcard32)XieFree, + (Fcard32)XieFreeBits, /* 45 */ + (Fcard32)XieMalloc, + (Fcard32)XieMallocBits, + (Fcard32)XieRealloc, + (Fcard32)XieReallocBits, +#else + (Fcard32)SmiCalloc, /* MI Memory mgt routines */ + (Fcard32)SmiCallocBits, + (Fcard32)SmiCfree, + (Fcard32)SmiFree, + (Fcard32)SmiFreeBits, /* 45 */ + (Fcard32)SmiMalloc, + (Fcard32)SmiMallocBits, + (Fcard32)SmiRealloc, + (Fcard32)SmiReallocBits, +#endif + (Fcard32)SmiCreatePipeline, /* 50 Pipeline routines */ + (Fcard32)SmiDestroyPipeline, + (Fcard32)SmiPipeHasYielded, + (Fcard32)SmiInitiatePipeline, + (Fcard32)SmiResumePipeline, + (Fcard32)SmiFlushPipeline, /* 55 */ + (Fcard32)SmiAbortPipeline, + + (Fcard32)RmAllocData, /* Pipe rsrc mgr routines*/ + (Fcard32)RmAllocDataDesc, + (Fcard32)RmAllocPermDesc, + (Fcard32)RmAllocRefDesc, /* 60 */ + (Fcard32)RmBestDType, + (Fcard32)RmCreateDrain, + (Fcard32)RmCreateSink, + (Fcard32)RmDeallocData, + (Fcard32)RmDeallocDataDesc, /* 65 */ + (Fcard32)RmDestroyDrain, + (Fcard32)RmDestroySink, + (Fcard32)RmGetData, + (Fcard32)RmGetDType, + (Fcard32)RmGetMaxQuantum, /* 70 */ + (Fcard32)RmGetQuantum, + (Fcard32)RmHasQuantum, + (Fcard32)RmInitializePort, + NULL, + (Fcard32)RmMergeBuffers, /* 75 */ + (Fcard32)RmObtainQuantum, + (Fcard32)RmPutData, + (Fcard32)RmSetDType, + (Fcard32)RmSetQuantum, + (Fcard32)RmSplitBuffers, /* 80 */ + + (Fcard32)SchedProcessComplete, /* Pipe schedule funcs */ + (Fcard32)SchedProcessReady, + (Fcard32)SchedOkToRun, + + (Fcard32)MiBuildChangeList, /* Change list funcs */ + (Fcard32)MiPutRuns, /* 85 */ + (Fcard32)MiFfsLong, + (Fcard32)MiFfcLong, + + (Fcard32)SmiFillRegion, + (Fcard32)SmiConvertCpp, + (Fcard32)SmiCopyCpp, /* 90 */ + (Fcard32)SmiEncodeG4, + (Fcard32)SmiEncodeDct, + (Fcard32)SmiDecodeG4, + (Fcard32)SmiDecodeDct, + (Fcard32)SmiPosCl, /* 95 */ + NULL, + (Fcard32)RmAllocCmpDataDesc, /* More RM functions */ + (Fcard32)RmSetAlignment, + (Fcard32)RmCreateDataDesc, + + (Fcard32)SmiCreatePipeCtx, /* 100 */ + (Fcard32)SmiUsingCL, + (Fcard32)SmiCmpPreferred, + (Fcard32)RmAllocDataArray, + (Fcard32)RmAllocCmpPermDesc, + (Fcard32)SchedProcessNoInput, /* 105 */ + NULL + }; + +/***************************************************************************** +** +** XieMiSetup - +** +** FUNCTIONAL DESCRIPTION: +** +** XieMiSetup is the DDX dispatch table used to find MI versions of +** the Create Pipe Element routines. +** +** Routines in this table should be called through the macros +** defined in XieDdx.h. +** +*****************************************************************************/ + /* + ** MI process dispatch table + */ +externaldef(xieMiSetup) card32 (*xieMiSetup[])() = { + (Fcard32)SmiCreateArea, /* 0 */ + (Fcard32)SmiCreateArithmetic, + (Fcard32)SmiCreateChromeCom, + (Fcard32)SmiCreateChromeSep, + (Fcard32)SmiCreateCompare, + (Fcard32)SmiCreateConstrain, /* 5 */ + (Fcard32)SmiCreateCrop, + (Fcard32)SmiCreateDither, + (Fcard32)SmiCreateFill, + (Fcard32)SmiCreateLogical, + (Fcard32)SmiCreateLuminance, /* 10 */ + (Fcard32)SmiCreateMatchHistogram, + (Fcard32)SmiCreateMath, + (Fcard32)SmiCreateMirror, + (Fcard32)SmiCreatePoint, + (Fcard32)SmiCreateRotate, /* 15 */ + (Fcard32)SmiCreateScale, + (Fcard32)SmiCreateTranslate, + (Fcard32)SmiCreateDecodeDct, + (Fcard32)SmiCreateEncodeDct, + (Fcard32)SmiCreateDecodeG4, + (Fcard32)SmiCreateEncodeG4, + NULL + }; + +/***************************************************************************** +** +** XieMiAlign - +** +** FUNCTIONAL DESCRIPTION: +** +** XieMiAlign is the DDX dispatch table used to call the +** MI versions of the image array alignment functions. +** +** A NULL value is used by alignment logic throughout the XIE server +** to indicate "don't care", "no alignment needed". +** +** If alignment is needed, an alignment function must entered in this +** table in the operator/pipeline element named slot. +** +** These functions should be called using the macros defined in XieDdx.h. +** +*****************************************************************************/ + +externaldef(xieMiAlign) void (*xieMiAlign[])() = { + NULL, /* 0 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 5 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 10 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 15 */ + NULL, + NULL, + NULL, + NULL, + NULL, /* 20 */ + NULL, + NULL, + NULL, + NULL + }; +/* end of module SmiMi.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiMirror.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiMirror.c new file mode 100644 index 0000000..570c099 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiMirror.c @@ -0,0 +1,569 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* DEC/CMS REPLACEMENT HISTORY, Element SMIROTATE.C */ +/* *11 13-MAR-1990 10:16:31 GREBUS "Fixed bug. Temp buffers must match drain datatype." */ +/* *10 9-MAR-1990 14:48:18 GREBUS "Fixed rotate when dest sink bigger than source." */ +/* *9 8-MAR-1990 14:54:02 GREBUS "ADD PIPELINE SUPPORT." */ +/* *8 3-JAN-1990 13:18:39 TAG "break up macro too complex for Pmax" */ +/* *7 2-NOV-1989 19:13:42 SHELLEY "move degrees to radians conversion factor to XieDdx.h" */ +/* *6 1-NOV-1989 19:55:10 TAG "copyright" */ +/* *5 30-OCT-1989 13:47:48 SHELLEY "duplicate code to improve execution speed" */ +/* *4 27-OCT-1989 14:46:36 SHELLEY "replace with all purpose version" */ +/* *3 2-OCT-1989 10:07:31 TAG "change angle from float to double" */ +/* *2 25-SEP-1989 15:14:31 GARIKAPATI " added support for bitonal rotate" */ +/* *1 14-SEP-1989 11:54:57 GARIKAPATI " rotate functionality" */ +/* DEC/CMS REPLACEMENT HISTORY, Element SMIROTATE.C */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains sample code for image data rotation. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Tue Mar 13 15:38:35 1990 +** +** MODIFICATION HISTORY: +** +*******************************************************************************/ + +/* +** Include files +*/ +#include + +#include "SmiMirror.h" + +/* +** Table of contents +*/ +int SmiMirror(); +int SmiCreateMirror(); + +static int _MirrorInitialize(); +static int _MirrorActivate(); +static int _MirrorFlush(); +static int _MirrorAbort(); +static int _MirrorDestroy(); + +static void _MirrorProcess(); +static UdpPtr _CvtSrc(); + +/* +** Equated Symbols +*/ +#define FALSE 0 +#define TRUE 1 + +/* +** MACRO definitions +*/ + +/* +** External References +*/ + +/* + * Local Storage + */ + +/* Mirror Pipeline Element Vector */ +static PipeElementVector MirrorPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeMirrorElement, /* Structure subtype */ + sizeof(MirrorPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _MirrorInitialize, /* Initialize entry */ + _MirrorActivate, /* Activate entry */ + NULL, /* Flush entry */ + _MirrorDestroy, /* Destroy entry */ + NULL /* Abort entry */ + }; + +/***************************************************************************** +** SmiCreateMirror +** +** FUNCTIONAL DESCRIPTION: +** +** This function fills in a newly created MIRROR pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - mirror pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateMirror( pipe, srcsnk, dstsnk, xflip, yflip ) + Pipe pipe; + PipeSinkPtr srcsnk; + PipeSinkPtr dstsnk; + int xflip; + int yflip; +{ + MirrorPipeCtxPtr ctx = (MirrorPipeCtxPtr) + DdxCreatePipeCtx_(pipe, &MirrorPipeElement, FALSE); + if( !IsPointer_(ctx) ) return( (int) ctx ); + + /* + ** Copy the parameters to the context block. + */ + MirSrcSnk_(ctx) = srcsnk; + MirDstSnk_(ctx) = dstsnk; + MirXFlip_(ctx) = xflip; + MirYFlip_(ctx) = yflip; + /* + ** Setup one drain from source sink, receiving all components + */ + MirSrcDrn_(ctx) = DdxRmCreateDrain_( srcsnk, -1 ); + if( !IsPointer_(MirSrcDrn_(ctx)) ) return( (int) MirSrcDrn_(ctx) ); + /* + ** Decide on data types we'll allow (we're not too fussy). + */ + DdxRmSetDType_( MirSrcDrn_(ctx), UdpK_DTypeUndefined, DtM_Any ); + DdxRmSetDType_( MirDstSnk_(ctx), UdpK_DTypeUndefined, DtM_Any ); + /* + ** Handle any quantum or wait for full image depending on X flip. + */ + DdxRmSetQuantum_( MirSrcDrn_(ctx), xflip ? SnkHeight_(srcsnk,0) : 0 ); + DdxRmSetQuantum_( MirDstSnk_(ctx), xflip ? SnkHeight_(srcsnk,0) : 0 ); + + return( Success ); +} /* end SmiCreateMirror */ + +/***************************************************************************** +** _MirrorInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the MIRROR pipeline element prior to +** an activation. +** +** FORMAL PARAMETERS: +** +** ctx - mirror pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _MirrorInitialize(ctx) +MirrorPipeCtxPtr ctx; +{ + int dtype, status; + + /* + ** Initialize the source drain. + */ + CtxInp_(ctx) = MirSrcDrn_(ctx); + status = DdxRmInitializePort_( CtxHead_(ctx), MirSrcDrn_(ctx) ); + if( status != Success ) return( status ); + /* + ** Set our destination sink DType to match our source and initialize it. + */ + dtype = DdxRmGetDType_( MirSrcDrn_(ctx) ); + DdxRmSetDType_( MirDstSnk_(ctx), dtype, 1<UdpA_Base == NULL ) + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); +if( dst->UdpA_Base == NULL ) + status = BadAlloc; +else + /* Do the actual work */ + _MirrorProcess(src, dst, xflip, yflip); + +if( src != in ) + { /* free converted input data */ + DdxFreeBits_( src->UdpA_Base ); + DdxFree_( src ); + } +return( status ); +} /* end SmiMirror */ + +/****************************************************************************** +** _MirrorProcess +** +** FUNCTIONAL DESCRIPTION: +** +** Mirror an image about the X or Y, or X and Y axes. +** +** FORMAL PARAMETERS: +** +** in - Pointer to source udp (initialized) +** dst - Pointer to destination udp (initialized, maybe without array) +** xflip - Mirror about the X axis (Boolean) +** yflip - Mirror about the Y axis (Boolean) +** +******************************************************************************/ +static void _MirrorProcess( src, dst, xflip, yflip ) +UdpPtr src; +UdpPtr dst; +int xflip; +int yflip; +{ +unsigned long pxlind, scnind; /* Pixel and scanline indices */ +unsigned long srcpxloff, dstpxloff; /* Offsets to current pixels */ + +unsigned long srcscnoff,dstscnoff; /* Offsets to start of current scan + * lines */ +unsigned long flippxloff; /* Offsets to first pixel in scanline + * to process. */ + +int dstpxlinc, dstscninc; /* Increment to successor + * pixel/scanline in dest */ + +unsigned long pxlval; /* Temporary pixel value */ + +unsigned long smask, dmask; /* Src and dst pixel value masks */ + +/* + * Setup the offsets and increments. + */ +srcscnoff = src->UdpL_Pos; + +if (xflip){ + /* Storing to last scan line and working backward */ + dstscninc = -dst->UdpL_ScnStride; + dstscnoff = (dst->UdpL_ScnCnt -1) * dst->UdpL_ScnStride + dst->UdpL_Pos; +}else { + /* Storing to first scan and working forward */ + dstscninc = dst->UdpL_ScnStride; + dstscnoff = dst->UdpL_Pos; +} +if (yflip) { + /* Storing to last pixel and working backward */ + dstpxlinc = -dst->UdpL_PxlStride; + flippxloff = (dst->UdpL_PxlPerScn -1) * dst->UdpL_PxlStride; +}else { + /* Storing to first pixel and working forward */ + dstpxlinc = dst->UdpL_PxlStride; + flippxloff = 0; +} +/* +** Mirror the image data (code duplication traded for execution efficiency). +*/ +switch( DdxGetTyp_( dst ) ) + { +case XieK_UBAV : +case XieK_UBAVU : + /* + ** Mirror aligned or unaligned bit stream image data. + */ + smask = (1<UdpW_PixelLength)-1; /* mask for isolating src pixel */ + dmask = (1<UdpW_PixelLength)-1; /* mask for isolating dst pixel */ + + for( scnind = 0; scnind < src->UdpL_ScnCnt; scnind++ ) { + srcpxloff = srcscnoff; /* initial pixel bit offset */ + dstpxloff = dstscnoff + flippxloff;; + + for( pxlind = 0; pxlind < dst->UdpL_PxlPerScn; pxlind++ ) + { /* + ** Copy the pixel. + */ + pxlval = GET_VALUE_( src->UdpA_Base, srcpxloff, smask ); + PUT_VALUE_( dst->UdpA_Base, dstpxloff, pxlval, dmask ); + + srcpxloff += src->UdpL_PxlStride; /* Position to next pixel */ + dstpxloff += dstpxlinc; + } + srcscnoff += src->UdpL_ScnStride; /* Position to next scanline */ + dstscnoff += dstscninc; + } + break; /* end unaligned bit stream image */ + +case XieK_ABU : + /* + ** Mirror byte aligned byte size image data. + */ + for( scnind = 0; scnind < src->UdpL_ScnCnt; scnind++ ) + { + srcpxloff = srcscnoff; /* initial pixel bit offset */ + dstpxloff = dstscnoff + flippxloff;; + + for( pxlind = 0; pxlind < dst->UdpL_PxlPerScn; pxlind++ ) + { /* + ** Copy the pixel. + */ + *((unsigned char *)(dst->UdpA_Base + (dstpxloff >> 3))) = + *((unsigned char *)(src->UdpA_Base + (srcpxloff >> 3))); + + srcpxloff += src->UdpL_PxlStride; /* Position to next pixel */ + dstpxloff += dstpxlinc; + } + srcscnoff += src->UdpL_ScnStride; /* Position to next scanline */ + dstscnoff += dstscninc; + } + break; /* end aligned byte image */ + +case XieK_AWU : + /* + ** Mirror byte aligned word (16 bit short) size image data. + */ + for( scnind = 0; scnind < src->UdpL_ScnCnt; scnind++ ) + { + srcpxloff = srcscnoff; /* initial pixel bit offset */ + dstpxloff = dstscnoff + flippxloff;; + + for( pxlind = 0; pxlind < dst->UdpL_PxlPerScn; pxlind++ ) + { /* + ** Copy the pixel. + */ + *((unsigned short *)(dst->UdpA_Base + (dstpxloff >> 3))) = + *((unsigned short *)(src->UdpA_Base + (srcpxloff >> 3))); + + srcpxloff += src->UdpL_PxlStride; /* Position to next pixel */ + dstpxloff += dstpxlinc; + } + srcscnoff += src->UdpL_ScnStride; /* Position to next scanline */ + dstscnoff += dstscninc; + } + break; /* end aligned byte image */ + +case XieK_AF : + /* + ** Mirror aligned float image data. + */ + smask = (1<UdpW_PixelLength)-1; /* mask for isolating src pixel */ + dmask = (1<UdpW_PixelLength)-1; /* mask for isolating dst pixel */ + + for( scnind = 0; scnind < src->UdpL_ScnCnt; scnind++ ) + { + srcpxloff = srcscnoff; /* initial pixel bit offset */ + dstpxloff = dstscnoff + flippxloff;; + + for( pxlind = 0; pxlind < dst->UdpL_PxlPerScn; pxlind++ ) + { /* + ** Copy the pixel. + */ + *((float *)(dst->UdpA_Base + (dstpxloff >> 3))) = + *((float *)(src->UdpA_Base + (srcpxloff >> 3))); + + srcpxloff += src->UdpL_PxlStride; /* Position to next pixel */ + dstpxloff += dstpxlinc; + } + srcscnoff += src->UdpL_ScnStride; /* Position to next scanline */ + dstscnoff += dstscninc; + } + break; /* end aligned float image */ + } +} /* end _MirrorProcess */ + +/****************************************************************************** +** _CvtSrc +** +** FUNCTIONAL DESCRIPTION: +** +** Convert src to match dst if data types don't match. +** +** FORMAL PARAMETERS: +** +** in - Pointer to src udp +** dst - Pointer to dst udp +** +******************************************************************************/ +static UdpPtr _CvtSrc( in, dst ) +UdpPtr in, dst; +{ + int status; + UdpPtr src; + + if( in->UdpB_DType == dst->UdpB_DType ) + return( in ); + + src = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( src == NULL ) return( (UdpPtr) BadAlloc ); + + *src = *in; + src->UdpB_DType = dst->UdpB_DType; + src->UdpB_Class = dst->UdpB_Class; + src->UdpW_PixelLength = dst->UdpW_PixelLength; + src->UdpL_PxlStride = dst->UdpL_PxlStride; + src->UdpL_ScnStride = src->UdpL_PxlStride * in->UdpL_PxlPerScn; + src->UdpL_ArSize = src->UdpL_ScnStride * in->UdpL_ScnCnt; + src->UdpA_Base = 0; + + status = DdxConvert_( in, src, XieK_MoveMode ); + if( status != Success ) + { + DdxFree_(src); + src = (UdpPtr) status; + } + return( src ); +} /* end _CvtSrc */ +/* end module SmiMirror.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiMirror.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiMirror.h new file mode 100644 index 0000000..c86edd0 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiMirror.h @@ -0,0 +1,124 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* DEC/CMS REPLACEMENT HISTORY, Element SMIROTATE.H */ +/* *3 13-MAR-1990 10:17:33 GREBUS "Fixed bug. Temp buffers must match drain datatype" */ +/* *2 9-MAR-1990 14:49:50 GREBUS "Change rotate context structure." */ +/* *1 8-MAR-1990 15:44:37 GREBUS "New element for rotates" */ +/* DEC/CMS REPLACEMENT HISTORY, Element SMIROTATE.H */ +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the MIRROR pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.1 +** RISC ULTRIX V3.1 +** +** AUTHOR(S): +** +** Gary Grebus +** +** CREATION DATE: +** +** Tue Mar 13 14:44:57 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIMIRROR +#define _SMIMIRROR + +/* +** Include files +*/ +#include + + /* + ** Function reference + */ +int SmiMirror(); +int SmiCreateMirror(); + +/* +** Mirror pipeline context block. +*/ +typedef struct _MirrorPipeCtx { + PipeElementCommonPart common; + struct _MirrorPart { + PipeSinkPtr src; + PipeSinkPtr dst; + PipeDrainPtr srcdrn; + int xflip; + int yflip; + } MirrorPart; +} MirrorPipeCtx, *MirrorPipeCtxPtr; + +/* +** MACRO definitions +*/ + /* + ** Pipeline context access MACROs + */ +#define MirSrcSnk_(ctx) (((MirrorPipeCtxPtr)(ctx))->MirrorPart.src) +#define MirDstSnk_(ctx) (((MirrorPipeCtxPtr)(ctx))->MirrorPart.dst) +#define MirSrcDrn_(ctx) (((MirrorPipeCtxPtr)(ctx))->MirrorPart.srcdrn) +#define MirXFlip_(ctx) (((MirrorPipeCtxPtr)(ctx))->MirrorPart.xflip) +#define MirYFlip_(ctx) (((MirrorPipeCtxPtr)(ctx))->MirrorPart.yflip) + +#endif +/* _SMIMIRROR */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiPipe.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiPipe.c new file mode 100644 index 0000000..ca3507f --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiPipe.c @@ -0,0 +1,540 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains user interface routines for pipelined processing +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** Original: John Weber +** Modified for optimized pipes: Richard Hennessy +** +** CREATION DATE: +** +** March 27, 1989 +** +** MODIFICATION HISTORY: +** May 28, 1991 == Modified for optimized pipes +** +************************************************************************/ + +/* +** Include files +*/ +#include + +#include "SmiPipe.h" + +/* +** Table of contents +*/ +int SmiAbortPipeline(); +PipeElementCtxPtr SmiCreatePipeCtx(); +Pipe SmiCreatePipeline(); +int SmiDestroyPipeline(); +int SmiFlushPipeline(); +int SmiInitiatePipeline(); +int SmiPipeHasYielded(); +int SmiResumePipeline(); + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local Storage +*/ + +/************************************************************************ +** SmiAbortPipeline +** +** FUNCTIONAL DESCRIPTION: +** +** This function will abort a potentially running pipe. +** Only the active pipe, either base or optimized, will be aborted. +** +** FORMAL PARAMETERS: +** +** pipe = pointer to pipe hearder struct +** +** FUNCTION VALUE: +** +** [@description_or_none@] +** +************************************************************************/ +int SmiAbortPipeline( pipe ) + Pipe pipe; +{ + int status, return_status = Success; + PipeDataPtr data; + PipeElementCtxPtr ctx; + + if( QueueEmpty_(pipe) ) return (Success); + + if (PipeOptPtr_(pipe) != NULL) + /* + ** Abort the optimized pipe. + */ + return( SmiAbortPipeline(PipeOptPtr_(pipe)) ); + + for( ctx = CtxNxt_(pipe); CtxTyp_(ctx) != TypePipe; ctx = CtxNxt_(ctx) ) + { + if( CtxAbort_(ctx) != NULL && CtxStatus_(ctx) != StatusComplete ) + { + status = (*CtxAbort_(ctx))(ctx); + if( status != Success ) + return_status = status; + } + CtxStatus_(ctx) = StatusComplete; + } + /* + ** Free pipe data descriptor cache... + */ + for( data = PipeDscFlk_(pipe); + data != PipeDsc_(pipe); + data = PipeDscFlk_(pipe) ) + { + RemQue_(data); + DdxFree_(data); + } + return( return_status ); +} /* end of SmiAbortPipeline */ + +/************************************************************************ +** SmiCreatePipeCtx +** +** FUNCTIONAL DESCRIPTION: +** +** Create a pipe element of the speicified type and add it +** to the current pipeline. +** +** FORMAL PARAMETERS: +** +** pipeline - pointer to the header of the pipe currently under +** construction +** element - pointer to the vector for the element being added +** athead - boolean indicating this element goes at the head +** of the pipe. +** +** FUNCTION VALUE: +** +** pointer to the newly created pipe context +** +************************************************************************/ +PipeElementCtxPtr SmiCreatePipeCtx( pipeline, element, athead ) + Pipe pipeline; + PipeElementVectorPtr element; + int athead; +{ + int count, *dst; + QueuePtr pred; + PipeElementCtxPtr ctx = (PipeElementCtxPtr) + DdxCalloc_(1, VecCtxSiz_(element)); + if( ctx != NULL ) + { /* + ** Initialize misc context block fields. + */ + CtxSiz_(ctx) = VecCtxSiz_(element); + CtxTyp_(ctx) = TypePipeElementCtx; + CtxSubTyp_(ctx) = VecSubTyp_(element); + CtxVecPtr_(ctx) = element; + CtxHead_(ctx) = pipeline; + /* + ** Insert context block on the pipe queue. + */ + pred = athead ? (QueuePtr) &(pipeline->bhd) : + (QueuePtr) pipeline->bhd.blink; + InsQue_(ctx,pred); + } + else + ctx = (PipeElementCtxPtr) BadAlloc; + + return( ctx ); +} /* end of SmiCreatePipeCtx */ + +/************************************************************************ +** SmiCreatePipeline +** +** FUNCTIONAL DESCRIPTION: +** +** This function allocates and initializes a pipeline header. +** +** FORMAL PARAMETERS: +** +** None. +** +** FUNCTION VALUE: +** +** PipelineHeadPtr +** +************************************************************************/ +Pipe SmiCreatePipeline(slice) + unsigned int slice; +{ + int i; + Pipe pipe = (Pipe) DdxCalloc_(1,sizeof(PipelineHead)); + + if( pipe != NULL ) + { + pipe->bhd.flink = (BhdPtr) pipe; + pipe->bhd.blink = (BhdPtr) pipe; + pipe->bhd.size = sizeof(PipelineHead); + pipe->bhd.type = TypePipe; + PipePxlCnt_(pipe) = 0; + PipeTimeSlice_(pipe) = slice; + IniQue_( PipeDsc_(pipe) ); + PipeOptPtr_(pipe) = NULL; + } + else + pipe = (Pipe) BadAlloc; + + return( pipe ); +} /* end of SmiCreatePipeline */ + +/************************************************************************ +** SmiDestroyPipeline +** +** FUNCTIONAL DESCRIPTION: +** +** This function will destroy the pipeline. +** If an optimized pipe then destroy it as well. +** +** FORMAL PARAMETERS: +** +** pipe == pointer to a pipeline header block +** +** FUNCTION VALUE: +** +************************************************************************/ +int SmiDestroyPipeline( pipe ) + Pipe pipe; +{ + int status, return_status = Success; + PipeElementCtxPtr ctx; + PipeDataPtr data; + PipeElementCtxPtr start; + + if( !IsPointer_(pipe) ) return( return_status ); + + if( PipeOptPtr_(pipe) != NULL ) + /* + ** Destroy the optimized pipeline, which has all the resources + ** associated with it. Any base pipe contexts which did not + ** get copied to the optimized pipe have already been called at + ** their Destroy routines by the pipeline optimizer. + */ + return_status = SmiDestroyPipeline( PipeOptPtr_(pipe) ); + + else + { /* + ** Destroy the resources associated with the pipeline + */ + for( ctx = PipeCtxNxt_(pipe); + CtxTyp_(ctx) != TypePipe; + ctx = PipeCtxNxt_(pipe) ) + { + if( !IsPointer_(ctx) ) + continue; + if( CtxDestroy_(ctx) != NULL ) + { + status = (*CtxDestroy_(ctx))(ctx); + if( status != Success ) + return_status = status; + } + RemQue_(ctx); + DdxCfree_(ctx); + } + } + /* + ** Free the pipe element contexts that make up the base pipe. + */ + for( ctx = (PipeElementCtxPtr)pipe->bhd.flink; + CtxTyp_(ctx) != TypePipe; + ctx = (PipeElementCtxPtr)pipe->bhd.flink ) + { + if( !IsPointer_(ctx) ) + continue; + RemQue_(ctx); + DdxCfree_(ctx); + } + DdxFree_(pipe); + + return( return_status ); +} /* end of SmiDestroyPipeline */ + +/************************************************************************ +** SmiFlushPipeline +** +** FUNCTIONAL DESCRIPTION: +** +** Run the active pipe one more time and then cause each +** processing element to perform its flush processing. +** +** FORMAL PARAMETERS: +** +** [@description_or_none@] +** +** FUNCTION VALUE: +** +** [@description_or_none@] +** +************************************************************************/ +int SmiFlushPipeline( pipe ) + Pipe pipe; +{ + PipeDataPtr data; + PipeElementCtxPtr ctx; + int status = Success; + + if( QueueEmpty_(pipe) ) return( Success ); + + if ( PipeOptPtr_(pipe) != NULL ) + /* + ** Flush the optimized pipeline. + */ + status = SmiFlushPipeline(PipeOptPtr_(pipe) ); + + else + { /* + ** Activate processes while the scheduler says they're ready. + */ + status = DdxResumePipeline_(pipe); + if( DdxPipeHasYielded_(pipe) ) + return( Success ); + + /* + ** When pipe stalls, flush contents... + */ + ctx = (PipeElementCtxPtr) CtxNxt_(pipe); + + while( status == Success && CtxTyp_(ctx) != TypePipe ) + { + if( CtxFlush_(ctx) != NULL && CtxStatus_(ctx) != StatusComplete ) + status = (*CtxFlush_(ctx))(ctx); + + CtxStatus_(ctx) = StatusComplete; + + if( status == Success ) + status = DdxResumePipeline_( pipe ); + if( DdxPipeHasYielded_(pipe) ) + break; + + ctx = CtxNxt_(ctx); + } + } + /* + ** Free pipe data descriptor cache... + */ + for( data = PipeDscFlk_(pipe); + data != PipeDsc_(pipe); + data = PipeDscFlk_(pipe) ) + { + RemQue_(data); + DdxFree_(data); + } + return( status ); +} /* end of SmiFlushPipeline */ + +/************************************************************************ +** SmiInitiatePipeline +** +** FUNCTIONAL DESCRIPTION: +** +** [@tbs@] +** +** FORMAL PARAMETERS: +** +** [@description_or_none@] +** +** FUNCTION VALUE: +** +** [@description_or_none@] +** +************************************************************************/ +int SmiInitiatePipeline( pipe ) + Pipe pipe; +{ + int status = Success; + PipeElementCtxPtr ctx; + + if( QueueEmpty_(pipe) ) return( Success ); + + if ( PipeOptPtr_(pipe) != NULL ) + /* + ** Initialize the optimized pipeline. + */ + return( SmiInitiatePipeline(PipeOptPtr_(pipe)) ); + + for( ctx = CtxNxt_(pipe); CtxTyp_(ctx) != TypePipe; ctx = CtxNxt_(ctx) ) + { + if( CtxInit_(ctx) != NULL ) + { + status = (*CtxInit_(ctx))(ctx); + if( status != Success ) + break; + } + CtxStatus_(ctx) = StatusReady; + } + return( status ); +} /* end of SmiInitiatePipeline */ + +/************************************************************************ +** SmiPipeHasYielded +** +** FUNCTIONAL DESCRIPTION: +** +** Indicates if the specified pipeline has reached a point where +** it wishes to yield control before completion. +** +** FORMAL PARAMETERS: +** +** pipe - the DDX pipeline to test +** +** FUNCTION VALUE: +** +** TRUE if pipe has yielded, else FALSE; +** +************************************************************************/ +int SmiPipeHasYielded( pipe ) + Pipe pipe; +{ + + if( PipeOptPtr_( pipe ) != NULL ) + return( SmiPipeHasYielded( PipeOptPtr_( pipe ) ) ); + + else + return( PipePxlCnt_(pipe) > PipeTimeSlice_(pipe) && + PipeTimeSlice_(pipe) != 0 ); + +} /* end of SmiPipeHasYielded */ + +/************************************************************************ +** SmiResumePipeline +** +** FUNCTIONAL DESCRIPTION: +** +** [@tbs@] +** +** FORMAL PARAMETERS: +** +** pipe - the DDX pipeline to be run +** +** FUNCTION VALUE: +** +** [@description_or_none@] +** +************************************************************************/ +int SmiResumePipeline( pipe ) + Pipe pipe; +{ + int status = Success; + PipeElementCtxPtr ctx; + + if( QueueEmpty_(pipe) ) return( Success); + + if( PipeOptPtr_(pipe) != NULL ) + /* + ** Resume the optimized pipe. + */ + return( SmiResumePipeline(PipeOptPtr_(pipe)) ); + + /* + ** Activate processes while the scheduler says they're ready. + ** Keep running until the pipeline timeslice has been exceeded. + */ + PipePxlCnt_(pipe) = 0; + + while( (ctx = DdxSchedProcessReady_(pipe)) != NULL && + !DdxPipeHasYielded_(pipe) ) + { + status = (*CtxActivate_(ctx))(ctx); + if( status != Success ) + break; + } + + if( status == Success && DdxPipeHasYielded_(pipe) ) + /* + ** Reactivate any elements on the active pipe which wish to + ** run independent of pending input. This gives them an + ** opportunity to detect the pipeline has yielded. + */ + for( ctx = PipeCtxPrv_(pipe); + (ctx = DdxSchedProcessNoInput_(pipe,ctx)) != NULL; + ctx = CtxPrv_(ctx) ) + { + status = (*CtxActivate_(ctx))(ctx); + if( status != Success ) + break; + } + return( status ); +} /* end of SmiResumePipeline */ +/* end of module SmiPipe.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiPipe.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiPipe.h new file mode 100644 index 0000000..548572c --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiPipe.h @@ -0,0 +1,603 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extensions +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the common header file for all pipeline processing modules. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** John Weber +** Robert NC Shelley +** +** CREATION DATE: +** +** March 25, 1989 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIPIPE +#define _SMIPIPE + +/* +** Include files +*/ + +/* Fix a conflict that comes from the core X misc.h file */ +#ifdef __alpha +#if defined(abs) +#undef abs +#endif +#endif +#if defined(fabs) +#undef fabs +#endif + +#ifndef VXT +#include +#else +#include +#endif + +#include +#include +#include +#include +#include + +/* +** Data Structures and Typedefs +*/ +#ifndef externalref +#if (defined(VMS) && defined(VAXC)) +#define externalref globalref +#else +#define externalref extern +#endif +#endif + +#ifndef externaldef +#if (defined (VMS) && defined(VAXC)) +#ifdef VXT +#define externaldef(psect) globaldef {"psect"} +#else +#define externaldef(psect) globaldef {"psect"} noshare +#endif + +#else +#define externaldef(psect) +#endif +#endif +/* +** Standard block header...begins all data structures to provide support for +** linked lists, and to tag each data structure with a type and subtype. This +** makes things easy to identify in memory. +*/ +typedef struct _BHD { + struct _BHD *flink; + struct _BHD *blink; + short size; + char type; + char subtype; +} Bhd, *BhdPtr; + +/* +** A simple queue data structure with flink and blink +*/ +typedef struct _Queue { + struct _Queue *flink; + struct _Queue *blink; +} Queue, *QueuePtr; + +/* +** Pipe Element Vector Flags +*/ +typedef struct _PipeElementVectorFlags { + unsigned Pv_v_NoInput : 1; + unsigned reserved : 31; +} PipeElementVectorFlags, *PipeElementVectorFlagsPtr; + +#define Pv_m_NoInput 1 + +/* +** Pipeline Element Vector Block +*/ +typedef struct _PipeElementVector { + Bhd bhd; + short ctx_size; + PipeElementVectorFlags flags; + int (*initialize)(); + int (*activate)(); + int (*flush)(); + int (*destroy)(); + int (*abort)(); +} PipeElementVector, *PipeElementVectorPtr; + +/* +** Pipeline Head. +** This data structure is the root of the pipeline description. +*/ +typedef struct _PipelineHead { + Bhd bhd; + struct _PipeElementCtxRec *run_nxt; /* next runnable element ctx*/ + unsigned pixel_count; /* work count for yielding */ + unsigned time_slice; /* work limit for yielding */ + Queue desc_cache; /* queue of PipeDataRec */ + struct _PipelineHead *optptr; /* optimized pipe block ptr */ +} PipelineHead, *Pipe; + +/* +** Pipeline Element Context, Common Part. +** This struct defines the common part of the pipeline context data structure. +** All context structs contain this struct as the first part of the context. +*/ +typedef struct _PipeElementCommonPart { + Bhd bhd; + PipeElementVectorPtr vector; + struct _PipeDrainRec *input_port; + Pipe head; /* Ptr back to head of this pipeline */ + int status; +} PipeElementCommonPart, *PipeElementCommonPartPtr; + +/* +** Generic Pipe Context Record +*/ +typedef struct _PipeElementCtxRec { + PipeElementCommonPart common; +} PipeElementCtxRec, *PipeElementCtxPtr; + +/* +** Pipe Element Vector Flags +*/ +typedef struct _DataTypeMaskRec { + unsigned DtV_reserved_0 : 1; /* Reserved */ + unsigned DtV_BU : 1; /* Byte Unsigned */ + unsigned DtV_WU : 1; /* Word Unsigned */ + unsigned DtV_LU : 1; /* Longword Unsigned */ + unsigned DtV_F : 1; /* Single Precision Float */ + unsigned DtV_VU : 1; /* Unaligned Bitstream */ + unsigned DtV_V : 1; /* Aligned Bitstream */ + unsigned DtV_CL : 1; /* Change list */ + unsigned reserved : 24; /* Reserved */ +} DataTypeMaskRec, *DataTypeMaskPtr; + +typedef unsigned short DataTypeMask; + +#define DtM_BU (1<flink) +#define BhdPrv_(bhd) (((BhdPtr)(bhd))->blink) +#define BhdSiz_(bhd) (((BhdPtr)(bhd))->size) +#define BhdTyp_(bhd) (((BhdPtr)(bhd))->type) +#define BhdSubTyp_(bhd) (((BhdPtr)(bhd))->subtype) + + /* + ** Pipeline Head Access Macros + */ +#define PipeCtxNxt_(pipe) ((PipeElementCtxPtr)(((Pipe)(pipe))->bhd.flink)) +#define PipeCtxPrv_(pipe) ((PipeElementCtxPtr)(((Pipe)(pipe))->bhd.blink)) +#define PipeCtxRun_(pipe) (((Pipe)(pipe))->run_nxt) +#define PipePxlCnt_(pipe) (((Pipe)(pipe))->pixel_count) +#define PipeTimeSlice_(pipe) (((Pipe)(pipe))->time_slice) +#define PipeDsc_(pipe) ((PipeDataPtr)(&(((Pipe)(pipe))->desc_cache))) +#define PipeDscFlk_(pipe) ((PipeDataPtr)(((Pipe)(pipe))->desc_cache.flink)) +#define PipeDscBlk_(pipe) ((PipeDataPtr)(((Pipe)(pipe))->desc_cache.blink)) +#define PipeOptPtr_(pipe) (((Pipe)(pipe))->optptr) +#define PipeOptFlk_(pipe)\ + ((PipeElementCtxPtr)(((Pipe)(pipe))->optptr->bhd.flink)) +#define PipeOptBlk_(pipe)\ + ((PipeElementCtxPtr)(((Pipe)(pipe))->optptr->bhd.blink)) + + /* + ** Pipeline Element Context Access Macros + */ +#define CtxNxt_(ctx)\ + ((PipeElementCtxPtr)(((PipeElementCtxPtr)(ctx))->common.bhd.flink)) +#define CtxPrv_(ctx)\ + ((PipeElementCtxPtr)(((PipeElementCtxPtr)(ctx))->common.bhd.blink)) +#define CtxSiz_(ctx) (((PipeElementCtxPtr)(ctx))->common.bhd.size) +#define CtxTyp_(ctx) (((PipeElementCtxPtr)(ctx))->common.bhd.type) +#define CtxSubTyp_(ctx) (((PipeElementCtxPtr)(ctx))->common.bhd.subtype) +#define CtxVecPtr_(ctx) (((PipeElementCtxPtr)(ctx))->common.vector) +#define CtxInp_(ctx) (((PipeElementCtxPtr)(ctx))->common.input_port) +#define CtxHead_(ctx) (((PipeElementCtxPtr)(ctx))->common.head) +#define CtxStatus_(ctx) (((PipeElementCtxPtr)(ctx))->common.status) +#define CtxPxlCnt_(ctx) (PipePxlCnt_(((PipeElementCtxPtr)(ctx))->common.head)) +#define CtxInit_(ctx) (((PipeElementCtxPtr)(ctx))->common.vector->initialize) +#define CtxActivate_(ctx) (((PipeElementCtxPtr)(ctx))->common.vector->activate) +#define CtxFlush_(ctx) (((PipeElementCtxPtr)(ctx))->common.vector->flush) +#define CtxDestroy_(ctx) (((PipeElementCtxPtr)(ctx))->common.vector->destroy) +#define CtxAbort_(ctx) (((PipeElementCtxPtr)(ctx))->common.vector->abort) + + /* + ** Pipe element vector macros + */ +#define VecSubTyp_(vec) ((vec)->bhd.subtype) +#define VecCtxSiz_(vec) ((vec)->ctx_size) +#define VecFlags_(vec) ((vec)->flags) +#define VecNoInpt_(vec) ((vec)->flags.Pv_v_NoInput) +#define VecInit_(vec) ((vec)->initialize) +#define VecActive_(vec) ((vec)->activate) +#define VecDestroy_(vec) ((vec)->destroy) + + /* + ** Port access macros + */ +#define PrtFlk_(port) (((PipePortPtr)(port))->bhd.flink) +#define PrtBlk_(port) (((PipePortPtr)(port))->bhd.blink) +#define PrtTyp_(port) (((PipePortPtr)(port))->bhd.type) +#define PrtDtyp_(port) (((PipePortPtr)(port))->data_type) +#define PrtDtypMsk_(port) (((PipePortPtr)(port))->data_type_mask) +#define PrtQnt_(port) (((PipePortPtr)(port))->quantum) +#define PrtAln_(port) (((PipePortPtr)(port))->alignment) +#define PrtAlnDat_(port) (((PipePortPtr)(port))->align_dat) + +#define PrtAryLst_(port)\ + ((PipeDataPtr)(&(((PipePortPtr)(port))->array_cache))) +#define PrtAryNxt_(port)\ + ((PipeDataPtr)(((PipePortPtr)(port))->array_cache.flink)) +#define PrtAryPrv_(port)\ + ((PipeDataPtr)(((PipePortPtr)(port))->array_cache.blink)) + + /* + ** Data Sink access macros. + */ +#define SnkNxt_(sink) ((PipeSinkPtr)(((PipeSinkPtr)(sink))->port.bhd.flink)) +#define SnkPrv_(sink) ((PipeSinkPtr)(((PipeSinkPtr)(sink))->port.bhd.blink)) +#define SnkTyp_(sink) (((PipeSinkPtr)(sink))->port.bhd.type) +#define SnkSiz_(sink) (((PipeSinkPtr)(sink))->port.bhd.size) +#define SnkDtyp_(sink) (((PipeSinkPtr)(sink))->port.data_type) +#define SnkDtypMsk_(sink) (((PipeSinkPtr)(sink))->port.data_type_mask) +#define SnkQnt_(sink) (((PipeSinkPtr)(sink))->port.quantum) +#define SnkAln_(sink) (((PipeSinkPtr)(sink))->port.alignment) +#define SnkAlnDat_(sink) (((PipeSinkPtr)(sink))->port.align_dat) +#define SnkPipe_(sink) (((PipeSinkPtr)(sink))->pipe_head) +#define SnkDrnLst_(sink)\ + ((PipeDrainPtr)(&(((PipeSinkPtr)(sink))->drain_list))) +#define SnkDrnFlk_(sink)\ + ((PipeDrainPtr)(((PipeSinkPtr)(sink))->drain_list.flink)) +#define SnkDrnBlk_(sink)\ + ((PipeDrainPtr)(((PipeSinkPtr)(sink))->drain_list.blink)) +#define SnkMaxQnt_(sink) (((PipeSinkPtr)(sink))->max_quantum) +#define SnkUdpFinalMsk_(sink) (((PipeSinkPtr)(sink))->udp_final_mask) +#define SnkRefCnt_(sink,comp) (((PipeSinkPtr)(sink))->reference_count[(comp)]) +#define SnkUdp_(sink,comp) (*((PipeSinkPtr)(sink))->udp[(comp)]) +#define SnkUdpPtr_(sink,comp) (((PipeSinkPtr)(sink))->udp[(comp)]) +#define SnkPxlLen_(sink,comp)\ + (((PipeSinkPtr)(sink))->udp[(comp)]->UdpW_PixelLength) +#define SnkDatTyp_(sink,comp) (((PipeSinkPtr)(sink))->udp[(comp)]->UdpB_DType) +#define SnkDatCls_(sink,comp) (((PipeSinkPtr)(sink))->udp[(comp)]->UdpB_Class) +#define SnkBase_(sink,comp) (((PipeSinkPtr)(sink))->udp[(comp)]->UdpA_Base) +#define SnkArSize_(sink,comp)\ + (((PipeSinkPtr)(sink))->udp[(comp)]->UdpL_ArSize) +#define SnkPxlStr_(sink,comp)\ + (((PipeSinkPtr)(sink))->udp[(comp)]->UdpL_PxlStride) +#define SnkScnStr_(sink,comp)\ + (((PipeSinkPtr)(sink))->udp[(comp)]->UdpL_ScnStride) +#define SnkX1_(sink,comp) (((PipeSinkPtr)(sink))->udp[(comp)]->UdpL_X1) +#define SnkX2_(sink,comp) (((PipeSinkPtr)(sink))->udp[(comp)]->UdpL_X2) +#define SnkY1_(sink,comp) (((PipeSinkPtr)(sink))->udp[(comp)]->UdpL_Y1) +#define SnkY2_(sink,comp) (((PipeSinkPtr)(sink))->udp[(comp)]->UdpL_Y2) +#define SnkWidth_(sink,comp)\ + (((PipeSinkPtr)(sink))->udp[(comp)]->UdpL_PxlPerScn) +#define SnkHeight_(sink,comp)\ + (((PipeSinkPtr)(sink))->udp[(comp)]->UdpL_ScnCnt) +#define SnkPos_(sink,comp) (((PipeSinkPtr)(sink))->udp[(comp)]->UdpL_Pos) +#define SnkCmpIdx_(sink,comp)\ + (((PipeSinkPtr)(sink))->udp[(comp)]->UdpL_CompIdx) +#define SnkLvl_(sink,comp)\ + (((PipeSinkPtr)(sink))->udp[(comp)]->UdpL_Levels) +#define SnkInited_(sink) (((PipeSinkPtr)(sink))->flags.initialized) +#define SnkDelete_(sink) (((PipeSinkPtr)(sink))->flags.delete) +#define SnkFull_(sink) (((PipeSinkPtr)(sink))->flags.full) +#define SnkWrite_(sink) (((PipeSinkPtr)(sink))->flags.write) +#define SnkPrm_(sink) (((PipeSinkPtr)(sink))->flags.permanent) + + /* + ** Data Drain access macros. + */ +#define DrnNxt_(drain) ((PipeDrainPtr)(((PipeDrainPtr)(drain))->port.bhd.flink)) +#define DrnPrv_(drain) ((PipeDrainPtr)(((PipeDrainPtr)(drain))->port.bhd.blink)) +#define DrnTyp_(drain) (((PipeDrainPtr)(drain))->port.bhd.type) +#define DrnSiz_(drain) (((PipeDrainPtr)(drain))->port.bhd.size) +#define DrnQnt_(drain) (((PipeDrainPtr)(drain))->port.quantum) +#define DrnAln_(drain) (((PipeDrainPtr)(drain))->port.alignment) +#define DrnAlnDat_(drain) (((PipeDrainPtr)(drain))->port.align_dat) +#define DrnSnkPtr_(drain) (((PipeDrainPtr)(drain))->sink) +#define DrnDtyp_(drain) (((PipeDrainPtr)(drain))->port.data_type) +#define DrnDtypMsk_(drain) (((PipeDrainPtr)(drain))->port.data_type_mask) +#define DrnCmpMsk_(drain) (((PipeDrainPtr)(drain))->comp_mask) +#define DrnCmpQnt_(drain,i) (((PipeDrainPtr)(drain))->comp_quantum[(i)]) +#define DrnDat_(drain,i)\ + ((PipeDataPtr)(&(((PipeDrainPtr)(drain))->data[(i)]))) +#define DrnDatFlk_(drain,i)\ + ((PipeDataPtr)(((PipeDrainPtr)(drain))->data[(i)].flink)) +#define DrnDatBlk_(drain,i)\ + ((PipeDataPtr)(((PipeDrainPtr)(drain))->data[(i)].blink)) +#define DrnClog_(drain) (((PipeDrainPtr)(drain))->flags.clog) +#define DrnConvert_(drain) (((PipeDrainPtr)(drain))->flags.convert) +#define DrnRunOk_(drain) (((PipeDrainPtr)(drain))->flags.run_ok) + + /* + ** Image data access macros. + */ +#define DatNxt_(data) ((PipeDataPtr)(((PipeDataPtr)(data))->bhd.flink)) +#define DatPrv_(data) ((PipeDataPtr)(((PipeDataPtr)(data))->bhd.blink)) +#define DatTyp_(data) (((PipeDataPtr)(data))->bhd.type) +#define DatSiz_(data) (((PipeDataPtr)(data))->bhd.size) +#define DatPrt_(data) (((PipeDataPtr)(data))->port) +#define DatRefCnt_(data) (((PipeDataPtr)(data))->reference_count) +#define DatRefPtr_(data) (((PipeDataPtr)(data))->reference_ptr) +#define DatUdp_(data) (((PipeDataPtr)(data))->udp) +#define DatUdpPtr_(data) (&((PipeDataPtr)(data))->udp) +#define DatPxlLen_(data) (((PipeDataPtr)(data))->udp.UdpW_PixelLength) +#define DatDatCls_(data) (((PipeDataPtr)(data))->udp.UdpB_Class) +#define DatDatTyp_(data) (((PipeDataPtr)(data))->udp.UdpB_DType) +#define DatDatCls_(data) (((PipeDataPtr)(data))->udp.UdpB_Class) +#define DatBase_(data) (((PipeDataPtr)(data))->udp.UdpA_Base) +#define DatArSize_(data) (((PipeDataPtr)(data))->udp.UdpL_ArSize) +#define DatPxlStr_(data) (((PipeDataPtr)(data))->udp.UdpL_PxlStride) +#define DatScnStr_(data) (((PipeDataPtr)(data))->udp.UdpL_ScnStride) +#define DatX1_(data) (((PipeDataPtr)(data))->udp.UdpL_X1) +#define DatX2_(data) (((PipeDataPtr)(data))->udp.UdpL_X2) +#define DatY1_(data) (((PipeDataPtr)(data))->udp.UdpL_Y1) +#define DatY2_(data) (((PipeDataPtr)(data))->udp.UdpL_Y2) +#define DatWidth_(data) (((PipeDataPtr)(data))->udp.UdpL_PxlPerScn) +#define DatHeight_(data) (((PipeDataPtr)(data))->udp.UdpL_ScnCnt) +#define DatPos_(data) (((PipeDataPtr)(data))->udp.UdpL_Pos) +#define DatCmpIdx_(data) (((PipeDataPtr)(data))->udp.UdpL_CompIdx) +#define DatLvl_(data) (((PipeDataPtr)(data))->udp.UdpL_Levels) +#define DatPrm_(data) (((PipeDataPtr)(data))->flags.permanent) +#define DatDelPnd_(data) (((PipeDataPtr)(data))->flags.delete_pending) +#define DatNoCache_(data) (((PipeDataPtr)(data))->flags.dont_cache) +#define DatOwned_(data) (((PipeDataPtr)(data))->flags.owned) + + /* + ** Queue operation macros + */ +#define IniQue_(head) \ + (((QueuePtr)(head))->flink = ((QueuePtr)(head)), \ + ((QueuePtr)(head))->blink = ((QueuePtr)(head))) + +#define InsQue_(entry,pred) \ + (((QueuePtr)(entry))->flink = ((QueuePtr)(pred))->flink, \ + ((QueuePtr)(entry))->blink = ((QueuePtr)(pred)),\ + ((QueuePtr)(pred))->flink->blink = ((QueuePtr)(entry)),\ + ((QueuePtr)(pred))->flink = ((QueuePtr)(entry))) + +#define RemQue_(entry) \ + (((QueuePtr)(entry))->blink->flink = ((QueuePtr)(entry))->flink, \ + ((QueuePtr)(entry))->flink->blink = ((QueuePtr)(entry))->blink, \ + ((QueuePtr)(entry))) + +#define QueueEmpty_(head) (((QueuePtr)(head))->flink == (QueuePtr)(head)) + + /* + ** Equated Symbols + */ +#ifndef FALSE +#define FALSE 0 +#endif +#ifndef TRUE +#define TRUE 1 +#endif + + /* + ** List of block types + ** + ** NOTE: If you add to the element stype list, remember that other + ** DDX'x have allocated stypes for their elements in their + ** element associated .h files. The StypeLast is used as the + ** base for these additions. + */ +#define TypePipeElementVector 1 +#define TypePipeElementCtx 2 +#define StypeAreaElement 1 +#define StypeAreaStatisticsElement 2 +#define StypeArithmeticElement 3 +#define StypeChromeComElement 4 +#define StypeChromeSepElement 5 +#define StypeCompareElement 6 +#define StypeConstrainElement 7 +#define StypeCropElement 8 +#define StypeDecodeDctElement 9 +#define StypeDecodeG4Element 10 +#define StypeDitherElement 11 +#define StypeEncodeDctElement 12 +#define StypeEncodeG4Element 13 +#define StypeExportElement 14 +#define StypeFillElement 15 +#define StypeGetStreamElement 16 +#define StypeLogicalElement 17 +#define StypeLuminanceElement 18 +#define StypeMatchHistogramElement 19 +#define StypeMathElement 20 +#define StypeMirrorElement 21 +#define StypePointElement 22 +#define StypePointStatisticsElement 23 +#define StypePutStreamElement 24 +#define StypeRotateElement 25 +#define StypeScaleElement 26 +#define StypeTranslateElement 27 +#define StypeLast 28 +#define TypePipe 3 +#define TypePipeData 4 +#define TypePipeSink 5 +#define TypePipeDrain 6 + + /* + ** Pipeline element Status Types + */ +#define StatusNew 1 +#define StatusReady 2 +#define StatusActive 3 +#define StatusBlocked 4 +#define StatusComplete 5 + + + /* + ** Pipeline Entry Points + */ +extern int SmiAbortPipeline(); +extern PipeElementCtxPtr SmiCreatePipeCtx(); +extern Pipe SmiCreatePipeline(); +extern int SmiDestroyPipeline(); +extern int SmiFlushPipeline(); +extern int SmiInitiatePipeline(); +extern int SmiPipeHasYielded(); +extern int SmiResumePipeline(); + + /* + ** Include pipeline entry points from other modules. + */ +#include +#include + +#endif +/* _SMIPIPE */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiPipeRsm.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiPipeRsm.c new file mode 100644 index 0000000..987ec0b --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiPipeRsm.c @@ -0,0 +1,1946 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains resource manager utility routines +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** John Weber +** Robert NC Shelley +** +** CREATION DATE: +** +** March 25, 1989 +** +** MODIFICATION HISTORY: +** +************************************************************************/ + +/* +** Include files +*/ +#include + +#include "SmiPipe.h" +#include + +/* +** Table of contents +*/ +PipeDataPtr RmAllocCmpDataDesc(); +PipeDataPtr RmAllocCmpPermDesc(); +PipeDataPtr RmAllocData(); +int RmAllocDataArray(); +PipeDataPtr RmAllocDataDesc(); +PipeDataPtr RmAllocPermDesc(); +PipeDataPtr RmAllocRefDesc(); +char RmBestDType(); +PipeDataPtr RmCreateDataDesc(); +PipeDrainPtr RmCreateDrain(); +PipeSinkPtr RmCreateSink(); +PipeDataPtr RmDeallocData(); +PipeDataPtr RmDeallocDataDesc(); +PipeDrainPtr RmDestroyDrain(); +PipeSinkPtr RmDestroySink(); +PipeDataPtr RmGetData(); +int RmGetDType(); +int RmGetMaxQuantum(); +int RmGetQuantum(); +int RmHasQuantum(); +int RmInitializePort(); +PipeDataPtr RmMergeBuffers(); +PipeDataPtr RmObtainQuantum(); +int RmOwnData(); +int RmPutData(); +void RmSetAlignment(); +void RmSetDType(); +void RmSetQuantum(); +PipeDataPtr RmSplitBuffers(); + +/* +** MACRO definitions +*/ +#define Min_(a,b) ((a) <= (b) ? (a) : (b)) +#define Max_(a,b) ((a) > (b) ? (a) : (b)) +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local Storage +*/ + +/************************************************************************ +** RmAllocCmpDataDesc +** +** FUNCTIONAL DESCRIPTION: +** +** This routine allocates and initializes a pipe data descriptor +** which can be used to describe an array of compressed data. +** +** FORMAL PARAMETERS: +** +** sink - sink which describes the data +** plane - plane index for this segment +** size - size in bits of the data segment +** +** FUNCTION VALUE: +** +** address of allocated data descriptor +** +************************************************************************/ +PipeDataPtr RmAllocCmpDataDesc( sink, plane, size ) + PipeSinkPtr sink; + int plane; + int size; + +{ + PipeDataPtr data; + + data = DdxRmCreateDataDesc_( sink ); + if( data == NULL ) return( (PipeDataPtr) BadAlloc ); + /* + ** Copy and init Udp + */ + DatUdp_(data) = SnkUdp_(sink,plane); + DatY1_(data) = 0; + DatY2_(data) = 0; + DatHeight_(data) = 0; + DatPos_(data) = 0; + DatBase_(data) = NULL; + DatDatTyp_(data) = SnkDtyp_(sink); + + DatArSize_(data) = size; + + /* + ** Initialize remaining data fields + */ + DatTyp_(data) = TypePipeData; + DatSiz_(data) = sizeof(PipeDataRec); + DatPrt_(data) = (PipePortPtr) sink; + DatRefPtr_(data) = NULL; + DatRefCnt_(data) = 0; + DatPrm_(data) = FALSE; + DatNoCache_(data) = TRUE; + DatDelPnd_(data) = FALSE; + DatOwned_(data) = FALSE; + + return( data ); +} /* end of RmAllocCmpDataDesc */ + +/************************************************************************ +** RmAllocCmpPermDesc +** +** FUNCTIONAL DESCRIPTION: +** +** This routine allocates and initializes a pipe data descriptor +** which points to data residing in a sink. +** +** FORMAL PARAMETERS: +** +** sink - sink which describes the data +** plane - plane index for this segment +** size - size in bits of the data segment +** +** FUNCTION VALUE: +** +** address of allocated data descriptor +** +************************************************************************/ +PipeDataPtr RmAllocCmpPermDesc( sink, plane, size ) + PipeSinkPtr sink; + int plane; + int size; + +{ + PipeDataPtr data; + + data = DdxRmCreateDataDesc_( sink ); + if( data == NULL ) return( (PipeDataPtr) BadAlloc ); + /* + ** Copy and init Udp + */ + DatUdp_(data) = SnkUdp_(sink,plane); + DatY1_(data) = 0; + DatY2_(data) = 0; + DatHeight_(data) = 0; + DatDatTyp_(data) = SnkDtyp_(sink); + + DatArSize_(data) = size; + + /* + ** Initialize remaining data fields + */ + DatTyp_(data) = TypePipeData; + DatSiz_(data) = sizeof(PipeDataRec); + DatPrt_(data) = (PipePortPtr) sink; + DatRefPtr_(data) = NULL; + DatRefCnt_(data) = 0; + DatPrm_(data) = TRUE; + DatNoCache_(data) = TRUE; + DatDelPnd_(data) = FALSE; + DatOwned_(data) = TRUE; + SnkRefCnt_(sink,plane)++; + + return( data ); +} /* end of RmAllocCmpPermDesc */ + +/************************************************************************ +** RmAllocData +** +** FUNCTIONAL DESCRIPTION: +** +** This routine allocates a pipe data descriptor and its associated +** image data array. The data must be uncompressed (PCM) format. +** +** This is the routine which DDX modules should call to obtain +** a destination data segment which they will later write to a +** sink. +** +** FORMAL PARAMETERS: +** +** sink +** comp +** start +** length +** +** FUNCTION VALUE: +** +** Pointer to Pipe Data Descriptor for allocated data. +** +************************************************************************/ +PipeDataPtr RmAllocData( sink, comp, start, length ) + PipeSinkPtr sink; + int comp; + int start; + int length; +{ + PipeDataPtr data; + int s; + + if( !SnkWrite_(sink) || SnkDtyp_(sink) == UdpK_DTypeCL ) + data = DdxRmAllocDataDesc_( sink, comp, start, length ); + else + data = DdxRmAllocPermDesc_( sink, comp, start, length ); + + if( IsPointer_(data) && DatBase_(data) == NULL ) + { + s = RmAllocDataArray( data ); + if (s != Success ) + { + RmDeallocDataDesc( data ); + data = (PipeDataPtr) s; + } + else + { + if( DatPrm_(data) ) + SnkBase_(sink,comp) = DatBase_(data); + else + /* Since the cache is searched for exact fit, don't + ** bother caching segments that can't ever be used. + */ + DatNoCache_(data) = + (DatHeight_(data) > SnkHeight_(sink,comp)/2); + } + } + return( data ); +} /* end of RmAllocData */ + +/************************************************************************ +** RmAllocDataArray +** +** FUNCTIONAL DESCRIPTION: +** +** This routine allocates an image data array and associates it with the +** specified data segment. If possible, the request is satisfied from +** the array cache of the port associated with the data segment. +** +** FORMAL PARAMETERS: +** +** data +** +** FUNCTION VALUE: +** +** Returns standard X status codes. +** +************************************************************************/ +int RmAllocDataArray( data ) + PipeDataPtr data; +{ + PipeDataPtr cache; + PipePortPtr port = DatPrt_(data); + + /* + ** See if we've cached a suitable image array for this request. + */ + for( cache = PrtAryNxt_(port); + cache != PrtAryLst_(port); + cache = DatNxt_(cache) ) + { + if( DatArSize_(cache) < DatArSize_(data) ) + continue; + if( DatArSize_(cache) == DatArSize_(data) ) + { /* + ** Use the cached array for the image data, and move + ** its descriptor to the pipeline's descriptor cache. + */ + DatBase_(data) = DatBase_(cache); + RemQue_(cache); + RmDeallocDataDesc(cache); + } + break; + } + + if( DatBase_(data) == NULL ) + /* + ** Allocate a new array for the image data. + */ + DatBase_(data) = DdxMallocBits_(DatArSize_(data)); + + if ( DatBase_(data) == NULL ) + return( BadAlloc ); + else + { + DatOwned_(data) = TRUE; + return( Success ); + } +} /* end of RmAllocDataArray */ + +/************************************************************************ +** RmAllocDataDesc +** +** FUNCTIONAL DESCRIPTION: +** +** This routine allocates and initializes an image data descriptor +** which will be used to hold uncompressed (PCM) data. +** +** FORMAL PARAMETERS: +** +** port +** comp +** start +** length +** +** FUNCTION VALUE: +** +** address of allocated data descriptor +** +************************************************************************/ +PipeDataPtr RmAllocDataDesc( port, comp, start, length ) + PipePortPtr port; + int comp; + int start; + int length; +{ + PipeDataPtr data; + PipeSinkPtr sink = PrtTyp_(port) == TypePipeSink ? (PipeSinkPtr) port + : DrnSnkPtr_(port); + + data = DdxRmCreateDataDesc_( sink ); + if( data == NULL ) return( (PipeDataPtr) BadAlloc ); + /* + ** Copy and init Udp + */ + DatUdp_(data) = SnkUdp_(sink,comp); + DatY1_(data) = start; + DatY2_(data) = DatY1_(data) + length - 1; + DatHeight_(data) = length; + DatBase_(data) = NULL; + DatPos_(data) = 0; + + if( DatDatTyp_(data) != PrtDtyp_(port) ) + { /* + ** Arrange for correct DType. + */ + DatDatTyp_(data) = PrtDtyp_(port); + + switch( DatDatTyp_(data) ) + { + case UdpK_DTypeBU: + DatPxlLen_(data) = 8; + DatDatCls_(data) = UdpK_ClassA; + break; + case UdpK_DTypeWU: + DatPxlLen_(data) = 16; + DatDatCls_(data) = UdpK_ClassA; + break; + case UdpK_DTypeLU: + case UdpK_DTypeF: + DatPxlLen_(data) = 32; + DatDatCls_(data) = UdpK_ClassA; + break; + case UdpK_DTypeV: + case UdpK_DTypeVU: + DatPxlLen_(data) = BitsFromLevels_(DatLvl_(data)); + DatDatCls_(data) = UdpK_ClassUBA; + break; + case UdpK_DTypeCL: + DatPxlLen_(data) = 0; + DatDatCls_(data) = UdpK_ClassCL; + break; + default: + RmDeallocDataDesc( data ); + return( (PipeDataPtr) BadMatch ); + } + DatPxlStr_(data) = DatPxlLen_(data); + DatScnStr_(data) = DatDatCls_(data) == UdpK_ClassCL ? 0 + : DatPxlStr_(data) * DatWidth_(data); + } + /* + ** Calculate default ArSize for the described data. + */ + DatArSize_(data) = DatDatCls_(data) == UdpK_ClassCL + ? DatHeight_(data) * (DatWidth_(data) + 2) * sizeof(unsigned int) * 8 + : DatHeight_(data) * DatScnStr_(data) + DatPos_(data); + + if( IsPointer_(PrtAln_(port)) && PrtAln_(port) != SnkAln_(sink) ) + /* + ** Arrange for Ddx specific alignment. + */ + (*PrtAln_(port))(DatUdpPtr_(data), PrtAlnDat_(port)); + + /* + ** Initialize remaining data fields + */ + DatTyp_(data) = TypePipeData; + DatSiz_(data) = sizeof(PipeDataRec); + DatPrt_(data) = port; + DatRefPtr_(data) = NULL; + DatRefCnt_(data) = 0; + DatPrm_(data) = FALSE; + DatNoCache_(data) = FALSE; + DatDelPnd_(data) = FALSE; + DatOwned_(data) = TRUE; + + return( data ); +} /* end of RmAllocDataDesc */ + +/************************************************************************ +** RmAllocPermDesc +** +** FUNCTIONAL DESCRIPTION: +** +** This routine allocates a pipe data descriptor which points to +** an image data array associated with the sink. Only uncompressed +** data is supported. +** +** FORMAL PARAMETERS: +** sink - pointer to the sink which describes the data +** comp - component index for this segment of data +** start - starting scanline number for this segment +** length - number of scanlines in this segment +** +** FUNCTION VALUE: +** +** address of allocated data descriptor +** +************************************************************************/ +PipeDataPtr RmAllocPermDesc( sink, comp, start, length ) + PipeSinkPtr sink; + int comp; + int start; + int length; +{ + PipeDataPtr data; + + data = DdxRmCreateDataDesc_( sink ); + if( data == NULL ) return( (PipeDataPtr) BadAlloc ); + /* + ** Copy and init Udp + */ + DatUdp_(data) = SnkUdp_(sink,comp); + DatPos_(data) += DatScnStr_(data) * (start - DatY1_(data)); + DatY1_(data) = start; + DatY2_(data) = start + length - 1; + DatHeight_(data) = length; + /* + ** Initialize remaining data fields. + */ + DatTyp_(data) = TypePipeData; + DatSiz_(data) = sizeof(PipeDataRec); + DatPrt_(data) = (PipePortPtr) sink; + DatRefPtr_(data) = NULL; + DatRefCnt_(data) = 0; + DatPrm_(data) = TRUE; + DatNoCache_(data) = FALSE; + DatDelPnd_(data) = FALSE; + DatOwned_(data) = TRUE; + SnkRefCnt_(sink,comp)++; + + return( data ); +} /* end of RmAllocPermDesc */ + +/************************************************************************ +** RmAllocRefDesc +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +** Pointer to Image Data Descriptor for allocated data. +** +************************************************************************/ +PipeDataPtr RmAllocRefDesc( data, start, length ) + PipeDataPtr data; + int start; + int length; +{ + PipeDataPtr refdat; + PipePortPtr port = DatPrt_(data); + PipeSinkPtr sink = PrtTyp_(port) == TypePipeSink ? (PipeSinkPtr) port + : DrnSnkPtr_(port); + refdat = DdxRmCreateDataDesc_( sink ); + if( refdat == NULL ) return( (PipeDataPtr) BadAlloc ); + /* + ** Copy and init Udp + */ + DatUdp_(refdat) = DatUdp_(data); + if( DatDatTyp_(data) == UdpK_DTypeCL ) + DatPos_(refdat) = + DdxPosCl_(DatBase_(data), DatPos_(data), start - DatY1_(data)); + else + DatPos_(refdat) += DatScnStr_(data) * (start - DatY1_(data)); + DatY1_(refdat) = start; + DatY2_(refdat) = start + length - 1; + DatHeight_(refdat) = length; + /* + ** Initialize remaining data fields. + */ + DatTyp_(refdat) = TypePipeData; + DatSiz_(refdat) = sizeof(PipeDataRec); + DatRefPtr_(refdat) = data; + DatRefCnt_(refdat) = 0; + DatPrt_(refdat) = port; + DatPrm_(refdat) = DatPrm_(data); + DatDelPnd_(refdat) = FALSE; + DatNoCache_(refdat) = FALSE; + DatOwned_(refdat) = DatOwned_(data); + + DatRefCnt_(data)++; + + return( refdat ); +} /* end of RmAllocRefDesc */ + +/************************************************************************ +** RmBestDType +** +** FUNCTIONAL DESCRIPTION: +** +** This routine selects the best datatype to be used for a sink +** or drain, given a mask of possible choices and the number of +** levels which needed to be represented. +** +** FORMAL PARAMETERS: +** +** mask - mask of supported dtypes +** levels - number of levels in data to be stored +** +** FUNCTION VALUE: +** +** selected DType value +** +************************************************************************/ +char RmBestDType( mask, levels ) + int mask; + int levels; +{ + int *list; + int i; + int best; + + /* The possible data types for each range of levels, in decreasing order + ** of preference. + */ + static int list_32[] = {UdpK_DTypeLU, UdpK_DTypeVU, 0}; + static int list_16[] = {UdpK_DTypeWU, UdpK_DTypeVU, UdpK_DTypeLU, 0}; + static int list_8[] = { UdpK_DTypeBU, UdpK_DTypeVU, + UdpK_DTypeWU, UdpK_DTypeLU, 0 }; + static int list_1[] = {UdpK_DTypeCL, UdpK_DTypeVU, UdpK_DTypeBU, + UdpK_DTypeWU, UdpK_DTypeLU, 0}; + + best = 0; + if( levels > 65536 ) + list = &list_32[0]; + else if( levels > 256 ) + list = &list_16[0]; + else if( levels > 2 ) + list = &list_8[0]; + else { + list = &list_1[0]; + best = 1; /* Changelists are only best if explicitly + ** requested. */ + } + + for( i = 0; list[i] != 0; i++ ) + if( mask & 1<<(list[i]) ) + return( list[i] ); + + /* + ** There is no suitable data type in the mask. + ** Return the best choice for the number of levels. + */ + return( list[best] ); +} /* end of RmBestDType */ + +/************************************************************************ +** RmCreateDataDesc +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +** pointer to created drain +** +************************************************************************/ +PipeDataPtr RmCreateDataDesc( sink ) + PipeSinkPtr sink; +{ + PipeDataPtr data; + Pipe pipe = SnkPipe_(sink); + + if( !IsPointer_(pipe) || QueueEmpty_(PipeDsc_(pipe)) ) + /* + ** Allocate a new data descriptor. + */ + data = (PipeDataPtr) DdxMalloc_(sizeof(PipeDataRec)); + else + { /* + ** Re-use a data descriptor from the pipeline's data cache. + */ + data = PipeDscFlk_(pipe); + RemQue_(data); + } + + return( data ); +} /* end of RmCreateDataDesc */ + +/************************************************************************ +** RmCreateDrain +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** data queue +** quantum +** +** FUNCTION VALUE: +** +** pointer to created drain +** +************************************************************************/ +PipeDrainPtr RmCreateDrain( sink, cmask ) + PipeSinkPtr sink; + int cmask; +{ + PipeDrainPtr pred; + PipeDrainPtr drain; + int comp; + + if( cmask == 0 ) return( (PipeDrainPtr) BadValue ); + + drain = (PipeDrainPtr) DdxCalloc_(1,sizeof(PipeDrainRec)); + if( drain == NULL ) return( (PipeDrainPtr) BadAlloc ); + /* + ** Attach to end of Drain queue. + */ + pred = SnkDrnBlk_(sink); + InsQue_(drain,pred); + /* + ** Init block head fields + */ + DrnTyp_(drain) = TypePipeDrain; + DrnSiz_(drain) = sizeof(PipeDrainRec); + /* + ** Init Queues + */ + IniQue_(PrtAryLst_(drain)); + + for( comp = 0; comp < XieK_MaxComponents; comp++ ) + IniQue_(DrnDat_(drain,comp)); + + DrnAln_(drain) = DdxAlignDefault_; + DrnDtyp_(drain) = UdpK_DTypeUndefined; + DrnCmpMsk_(drain) = cmask & (1<= DatArSize_(data) ) + break; + pred = ref; + } + InsQue_(data,pred); + } + } + else + DdxRmDeallocDataDesc_(data); + + else if( IsPointer_(data) ) + /* + ** A valid descriptor, but with outstanding references.... + */ + DatDelPnd_(data) = TRUE; + + return( NULL ); +} /* end of RmDeallocData */ + +/************************************************************************ +** RmDeallocDataDesc +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates an image data descriptor +** +** FORMAL PARAMETERS: +** +** data - image data descriptor to deallocate +** +** FUNCTION VALUE: NULL +** +************************************************************************/ +PipeDataPtr RmDeallocDataDesc( data ) + PipeDataPtr data; +{ + PipeDataPtr queue; + PipePortPtr port = DatPrt_(data); + PipeSinkPtr sink = PrtTyp_(port) == TypePipeSink ? (PipeSinkPtr) port + : DrnSnkPtr_(port); + Pipe pipe = SnkPipe_(sink); + + if( IsPointer_(data) ) + if( IsPointer_(pipe) ) + { + DatBase_(data) = NULL; + queue = PipeDsc_(pipe); + InsQue_(data,queue); + } + else + DdxFree_(data); + + return( NULL ); +} /* end of RmDeallocDataDesc */ + +/************************************************************************ +** RmDestroyDrain +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** data queue +** quantum +** +** FUNCTION VALUE: NULL +** +************************************************************************/ +PipeDrainPtr RmDestroyDrain( drain ) + PipeDrainPtr drain; +{ + PipeDataPtr data; + PipeSinkPtr sink; + int comp; + + if( IsPointer_(drain) ) + { + sink = DrnSnkPtr_(drain); + /* + ** Remove Drain from queue. + */ + RemQue_(drain); + /* + ** Free anything lingering on the data queues. + */ + for( comp = 0; comp < XieK_MaxComponents; comp++ ) + for( data = DrnDatFlk_(drain,comp); + data != DrnDat_(drain,comp); + data = DrnDatFlk_(drain,comp) ) + { + RemQue_(data); + DrnCmpQnt_(drain,DatCmpIdx_(data)) -= DatHeight_(data); + DdxRmDeallocData_(data); + } + /* + ** Free cached image array data descriptors. + */ + for( data = PrtAryNxt_(drain); + data != PrtAryLst_(drain); + data = PrtAryNxt_(drain) ) + { + RemQue_(data); + DdxFreeBits_(DatBase_(data)); + DdxFree_(data); + } + /* + ** Free Drain structure. + */ + DdxCfree_(drain); + /* + ** If this is the last Drain on the Sink queue, and this + ** Sink wants to be deleted, then do it now. + */ + if( QueueEmpty_(SnkDrnLst_(sink)) && SnkDelete_(sink) ) + DdxRmDestroySink_(sink); + } + + return( NULL ); +} /* end of RmDestroyDrain */ + +/************************************************************************ +** RmDestroySink +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** sink +** +** FUNCTION VALUE: NULL +** +************************************************************************/ +PipeSinkPtr RmDestroySink( sink ) + PipeSinkPtr sink; +{ + int i; + PipeDataPtr data; + + if( IsPointer_(sink) ) + { /* + ** Free cached image array data descriptors. + */ + for( data = PrtAryNxt_(sink); + data != PrtAryLst_(sink); + data = PrtAryNxt_(sink) ) + { + RemQue_(data); + DdxFreeBits_(DatBase_(data)); + DdxFree_(data); + } + /* + ** Free the Udps and their image data arrays. + */ + for( i = 0; i < XieK_MaxComponents; i++ ) + if( IsPointer_(SnkUdpPtr_(sink,i)) ) + { + if( IsPointer_(SnkBase_(sink,i)) ) + DdxFreeBits_(SnkBase_(sink,i)); + + DdxFree_(SnkUdpPtr_(sink,i)); + } + DdxCfree_(sink); + } + return( NULL ); +} /* end of RmDestroySink */ + +/************************************************************************ +** RmGetData +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +** pointer to data +** +************************************************************************/ +PipeDataPtr RmGetData( ctx, drain ) + PipeElementCtxPtr ctx; + PipeDrainPtr drain; +{ + int comp; + PipeDataPtr data; + + /* + ** Remember this was the last Drain read from. + */ + CtxInp_(ctx) = drain; + /* + ** If the scheduler says its OK, return a data buffer (if available). + */ + if( DrnRunOk_(drain) || DdxSchedOkToRun_(ctx) ) + { + data = DdxRmObtainQuantum_(drain); + if( IsPointer_(data) ) + { /* + ** Update pixel count and component quantum for this buffer. + */ + CtxPxlCnt_(ctx) += DatWidth_(data) * DatHeight_(data) + * DatPxlLen_(data); + comp = DatCmpIdx_(data); + DrnCmpQnt_(drain,comp) -= DatHeight_(data); + } + DrnRunOk_(drain) = FALSE; + } + else + data = NULL; + + return( data ); +} /* end of RmGetData */ + +/************************************************************************ +** RmGetDType +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** port +** +** FUNCTION VALUE: +** +** value of DType +** +************************************************************************/ +int RmGetDType( port ) + PipePortPtr port; +{ + return( PrtDtyp_(port) ); +} /* end of RmGetDType */ + +/************************************************************************ +** RmGetQuantum +** +** FUNCTIONAL DESCRIPTION: +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +** current quantum value +** +************************************************************************/ +int RmGetQuantum( port ) + PipePortPtr port; +{ + return( PrtQnt_(port) ); +} /* end of RmGetQuantum */ + +/************************************************************************ +** RmGetMaxQuantum +** +** FUNCTIONAL DESCRIPTION: +** +** Return the maximum quantum requested for any Drain attached to a Sink. +** If that result is 0, return the Sink's quantum instead. +** If that result is 0, return the Sink's height. +** +** FORMAL PARAMETERS: +** +** FUNCTION VALUE: +** +** value of maximum quantum found +** +************************************************************************/ +int RmGetMaxQuantum( sink ) + PipeSinkPtr sink; +{ + return( SnkMaxQnt_(sink) > 0 ? SnkMaxQnt_(sink) : SnkHeight_(sink,0) ); +} /* end of RmGetMaxQuantum */ + +/************************************************************************ +** RmHasQuantum +** +** FUNCTIONAL DESCRIPTION: +** +** Examines the specified drain and returns the index of the component +** or compressed data plane with enough data available to satisfy +** the drain quantum. If multiple components satisfy quantum, the +** one with the most data available is returned. +** +** +** FORMAL PARAMETERS: +** +** drain - drain to test for quantum +** +** FUNCTION VALUE: +** +** index of component which as quantum (or XieK_MaxComponents if none do) +** +************************************************************************/ +int RmHasQuantum( drain ) + PipeDrainPtr drain; +{ + int i, mask, available = 0, component = XieK_MaxComponents, + quantum = abs(DrnQnt_(drain)); + + if( DrnDtyp_(drain) != UdpK_DTypeV ) + { + for( i = 0, mask = DrnCmpMsk_(drain); mask; i++, mask >>= 1 ) + /* + ** Choose the component with the largest quantum available. + */ + if( mask & 1 && DrnCmpQnt_(drain,i) > available + && DrnCmpQnt_(drain,i) >= quantum ) + { + component = i; + available = DrnCmpQnt_(drain,i); + } + } + else + for( i =0, mask = DrnCmpMsk_(drain); mask; i++, mask >>= 1 ) + /* + ** Choose the compressed data plane with data available. + ** Only two quantum values are allowed: 0 and SnkHeight + ** (ie. the whole image) + */ + if( mask & 1 && !QueueEmpty_(DrnDat_(drain,i)) && + ( quantum == 0 || SnkUdpFinalMsk_(DrnSnkPtr_(drain)) & 1< 0; remaining -= count ) + { + if( DatHeight_(data) > remaining ) + { + data = DdxRmSplitBuffers_( drain, data, remaining ); + next = data; + if( !IsPointer_(data) ) break; + } + else + { + next = DatNxt_(data); + RemQue_(data); + } + count = DatHeight_(data); + DdxRmDeallocData_(data); + data = next; + } + } + else + { + quantum_data = DdxRmAllocDataDesc_( drain, comp, y1, quantum ); + if( IsPointer_(quantum_data) ) + { + status = DdxRmAllocDataArray_( quantum_data ); + if( status != Success ) + { + DdxRmDeallocData_(quantum_data); + quantum_data = (PipeDataPtr) status; + } + } + + if( IsPointer_(quantum_data) ) + for( remaining = quantum; remaining > 0; remaining -= count ) + { + if( DatHeight_(data) > remaining ) + { + data = DdxRmSplitBuffers_( drain, data, remaining ); + next = data; + if( !IsPointer_(data) ) break; + } + else + { + next = DatNxt_(data); + RemQue_(data); + } + count = DatHeight_(data); + status = DdxConvert_( DatUdpPtr_(data), + DatUdpPtr_(quantum_data), XieK_MoveMode ); + if( status != Success ) + { + DdxRmDeallocData_(quantum_data); + quantum_data = (PipeDataPtr) status; + } + else + { + DdxRmDeallocData_(data); + data = next; + } + } + } + + if( !IsPointer_(quantum_data) || !IsPointer_(data) ) + { + if( IsPointer_(quantum_data) ) + { + DdxRmDeallocData_(quantum_data); + quantum_data = data; + } + if( IsPointer_(data) ) + DdxRmDeallocData_(data); + } + return( quantum_data ); +} /* end of RmMergeBuffers */ + +/************************************************************************ +** RmObtainQuantum +** +** FUNCTIONAL DESCRIPTION: +** +** This routine extracts a quantum of data from the drain data queue. +** +** FORMAL PARAMETERS: +** +** drain +** +** FUNCTION VALUE: +** +** pointer to the data +** +************************************************************************/ +PipeDataPtr RmObtainQuantum( drain ) + PipeDrainPtr drain; +{ + PipeDataPtr new, data; + int comp, status; + + if( !SnkInited_(DrnSnkPtr_(drain)) ) + return( NULL ); + /* + ** Determine which component to use next. + */ + comp = DdxRmHasQuantum_( drain ); + if( comp == XieK_MaxComponents ) + return( NULL ); /* sorry, try again later */ + + /* + ** Beginning of the data queue for this component. + */ + data = DrnDatFlk_(drain,comp); + /* + ** If the Drain quantum is zero, or the first data element has + ** correct quantum, no need to jumble stuff around. Never have to + ** split/merge for compressed data. + */ + if( DrnQnt_(drain) == 0 + || DatHeight_(data) == DrnQnt_(drain) + || DrnQnt_(drain) < 0 && DatHeight_(data) == DrnCmpQnt_(drain,comp) + || DrnDtyp_(drain) == UdpK_DTypeV ) + { + RemQue_(data); + if( DrnConvert_(drain) ) + { /* + ** The DType or alignment doesn't match what the Drain wants. + */ + new = DdxRmAllocDataDesc_( drain, DatCmpIdx_(data), + DatY1_(data), DatHeight_(data) ); + if( IsPointer_(new) ) + { + status = DdxRmAllocDataArray_( new ); + if ( status == Success ) + status = DdxConvert_( DatUdpPtr_(data), + DatUdpPtr_(new), XieK_MoveMode ); + if( status != Success ) + { + DdxRmDeallocData_(new); + new = (PipeDataPtr) status; + } + } + DdxRmDeallocData_(data); + data = new; + } + } + else if( DrnQnt_(drain) < 0 ) + /* + ** Merge together all buffers for this component. + */ + data = DdxRmMergeBuffers_( drain, data, DrnCmpQnt_(drain,comp) ); + + else if( DatHeight_(data) < DrnQnt_(drain) ) + /* + ** Merge together enough buffers to satisfy quantum for this component. + */ + data = DdxRmMergeBuffers_( drain, data, DrnQnt_(drain) ); + + else + /* + ** Extract a quantum of data from this buffer leaving the rest behind. + */ + data = DdxRmSplitBuffers_( drain, data, DrnQnt_(drain) ); + + return( data ); +} /* end of RmObtainQuantum */ + +/************************************************************************ +** RmOwnData +** +** FUNCTIONAL DESCRIPTION: +** +** This routine replaces references to a specified data arrays +** on the drains associated with a sink. The contents of the +** array is copied to storage that is known to be owned by +** XIE. +** +** FORMAL PARAMETERS: +** +** sink - sink to be searched +** wire - address of the array to replace. +** comp - component/plane index of the data buffer +** +** FUNCTION VALUE: +** +** status +** +************************************************************************/ +int RmOwnData( sink, wire, comp ) + PipeSinkPtr sink; + unsigned char *wire; + int comp; +{ + PipeDrainPtr drain; + PipeDataPtr data; + unsigned char *owned = NULL; + + if (!QueueEmpty_(SnkDrnLst_(sink)) ) + for( drain = SnkDrnFlk_(sink); drain != SnkDrnLst_(sink); + drain = DrnNxt_(drain)) + { + if (1<>3 ); + } + DatBase_(data) = owned; + DatOwned_(data) = TRUE; + } + } + } + } + } + return( Success ); +} + +/************************************************************************ +** RmPutData +** +** FUNCTIONAL DESCRIPTION: +** +** This routine puts data on the pipeline element's output port +** +** FORMAL PARAMETERS: +** +** sink +** data - image data descriptor +** +** FUNCTION VALUE: +** +** status +** +************************************************************************/ +int RmPutData( sink, data ) + PipeSinkPtr sink; + PipeDataPtr data; +{ + PipeDrainPtr drain; + PipeDataPtr copy, queue; + UdpRec src; + int pos, status = Success, reference = 0, comp = DatCmpIdx_(data); + + if( SnkWrite_(sink) ) + /* + ** Make sure data in the Sink reflects this request. + */ + if( SnkBase_(sink,comp) != DatBase_(data) ) + { /* + ** Copy external data into the Sink. + */ + if( DatDatTyp_(data) != UdpK_DTypeV ) + { + status = DdxConvert_( DatUdpPtr_(data), + SnkUdpPtr_(sink,comp), XieK_MoveMode ); + if( status == Success && DatDatTyp_(data) != UdpK_DTypeCL ) + { /* + ** Redirect data to be referenced from the Sink. + */ + copy = DdxRmAllocPermDesc_( sink, comp, DatY1_(data), + DatHeight_(data) ); + if( IsPointer_(copy) ) + { + DdxRmDeallocData_(data); + data = copy; + } + else + status = (int) copy; + } + } + else + { /* + ** Append new compressed data to the Sink. ArSize records + ** how much data is present (ie. the current end of data). + */ + pos = SnkPos_(sink,comp) + SnkArSize_(sink,comp); + SnkArSize_(sink,comp) += DatArSize_(data); + SnkBase_(sink,comp) = SnkBase_(sink,comp) != NULL + ? DdxReallocBits_(SnkBase_(sink,comp),SnkArSize_(sink,comp)) + : DdxMallocBits_(SnkArSize_(sink,comp)); + if( SnkBase_(sink,comp) == NULL ) + status = BadAlloc; + else + memcpy( SnkBase_(sink,comp) + (pos>>3), + DatBase_(data), DatArSize_(data)>>3 ); + + if( status == Success ) + { + copy = DdxRmAllocCmpPermDesc_( sink, comp, + SnkArSize_(sink,comp) ); + if( IsPointer_(copy) ) + { + DatPos_(copy) = pos; + DdxRmDeallocData_(data); + data = copy; + } + else + status = (int) copy; + } + } + } + else if( IsPointer_(DatRefPtr_(data)) ) + { /* + ** If this reference descriptor is pointing back at preceeding + ** scanlines, copy them to the new location within the Sink. + */ + pos = SnkPos_(sink,comp) + DatScnStr_(data) * DatY1_(data); + if( pos > DatPos_(data) ) + { + src = DatUdp_(data); + DatPos_(data) = pos; + status = DdxConvert_( &src, DatUdpPtr_(data), XieK_MoveMode ); + } + } + if( DatY2_(data) == SnkY2_(sink,comp) ) + /* + ** We've reached the last scanline -- set final for the associated Udp. + */ + SnkUdpFinalMsk_(sink) |= 1< 0 ? max_quantum : SnkQnt_(sink); +} /* end of RmSetQuantum */ + +/************************************************************************ +** RmSplitBuffers +** +** FUNCTIONAL DESCRIPTION: +** +** Split a quantum sized piece off the front of a pipe data segment. +** Data segments containing compressed data are not supported. +** +** FORMAL PARAMETERS: +** +** data queue +** quantum +** +** FUNCTION VALUE: +** +** pointer to data +** +************************************************************************/ +PipeDataPtr RmSplitBuffers( drain, data, quantum ) + PipeDrainPtr drain; + PipeDataPtr data; + int quantum; +{ + PipeDataPtr new; + int status, y1 = DatY1_(data); + + if( DrnConvert_(drain) && quantum == DrnQnt_(drain) ) + { /* + ** Create quantum scanlines of the Drain's data type. + */ + new = DdxRmAllocDataDesc_( drain, + DatCmpIdx_(data), y1, quantum ); + if( IsPointer_(new) ) + { + status = DdxRmAllocDataArray_( new ); + if( status == Success ) + status = DdxConvert_( DatUdpPtr_(data), + DatUdpPtr_(new), XieK_MoveMode ); + if( status != Success ) + { + DdxRmDeallocData_(new); + new = (PipeDataPtr) status; + } + } + } + else + new = DdxRmAllocRefDesc_( data, y1, quantum ); + + if( IsPointer_(new) ) + { /* + ** Adjust data to describe only the remant beyond quantum. + */ + DatHeight_(data) -= quantum; + DatY1_(data) += quantum; + if( DatDatTyp_(data) == UdpK_DTypeCL ) + DatPos_(data) = DdxPosCl_(DatBase_(data), DatPos_(data), quantum); + else + DatPos_(data) += quantum * DatScnStr_(data); + } + return( new ); +} /* end of RmSplitBuffers */ +/* end of module SmiPipeRsm.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiPipeRsm.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiPipeRsm.h new file mode 100644 index 0000000..7d5af80 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiPipeRsm.h @@ -0,0 +1,114 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the Pipe RESOURCE mgt. module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** +** AUTHOR(S): +** +** Richard Hennessy +** +** CREATION DATE: +** +** September 25, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIPIPERSM +#define _SMIPIPERSM + + /* + ** Resource Manager entry points. + */ +extern PipeDataPtr RmAllocCmpDataDesc(); +extern PipeDataPtr RmAllocCmpPermDesc(); +extern PipeDataPtr RmAllocData(); +extern int RmAllocDataArray(); +extern PipeDataPtr RmAllocDataDesc(); +extern PipeDataPtr RmAllocPermDesc(); +extern PipeDataPtr RmAllocRefDesc(); +extern char RmBestDType(); +extern PipeDataPtr RmCreateDataDesc(); +extern PipeDrainPtr RmCreateDrain(); +extern PipeSinkPtr RmCreateSink(); +extern PipeDataPtr RmDeallocData(); +extern PipeDataPtr RmDeallocDataDesc(); +extern PipeDrainPtr RmDestroyDrain(); +extern PipeSinkPtr RmDestroySink(); +extern PipeDataPtr RmGetData(); +extern int RmGetDType(); +extern int RmGetMaxQuantum(); +extern int RmGetQuantum(); +extern int RmHasQuantum(); +extern int RmInitializePort(); +extern PipeDataPtr RmMergeBuffers(); +extern PipeDataPtr RmObtainQuantum(); +extern int RmOwnData(); +extern int RmPutData(); +extern void RmSetAlignment(); +extern void RmSetDType(); +extern void RmSetQuantum(); +extern PipeDataPtr RmSplitBuffers(); + +#endif +/* _SMIPIPERSM */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiPipeSched.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiPipeSched.c new file mode 100644 index 0000000..5fd888a --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiPipeSched.c @@ -0,0 +1,270 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains pipeline schedule management routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** Michael O'Connor( Creator ) +** Richard Hennessy( Optimized pipe mods ) +** +** +** CREATION DATE: +** +** March 29, 1989 +** +** MODIFICATION HISTORY: +** +************************************************************************/ + +/* +** Include files +*/ +#include + +#include "SmiPipe.h" + +/* +** Table of contents +*/ +PipeElementCtxPtr SchedProcessComplete(); +PipeElementCtxPtr SchedProcessNoInput(); +PipeElementCtxPtr SchedProcessReady(); +int SchedOkToRun(); + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local Storage +*/ + +/************************************************************************ +** SchedProcessComplete +** +** FUNCTIONAL DESCRIPTION: +** +** [@tbs@] +** +** FORMAL PARAMETERS: +** +** [@description_or_none@] +** +** FUNCTION VALUE: +** +** [@description_or_none@] +** +************************************************************************/ +PipeElementCtxPtr SchedProcessComplete(ctx) + PipeElementCtxPtr ctx; +{ + CtxStatus_(ctx) = StatusComplete; +} + +/************************************************************************ +** SchedProcessNoInput +** +** FUNCTIONAL DESCRIPTION: +** +** Return the next pipeline context which is runnable by virtue +** of having its NoInput flag set. +** +** The scheduling is done from the current ctx to front. +** +** FORMAL PARAMETERS: +** +** pipe == Pointer to a pipeline header struct +** (may be the base Smi pipeline or an optimized pipe) +** ctx == Pointer to the context to begin with. +** +** FUNCTION VALUE: +** +** NULL == no element ready to run +** ctx == pointer to the context of the element to run +** +************************************************************************/ +PipeElementCtxPtr SchedProcessNoInput( pipe, ctx ) + Pipe pipe; + PipeElementCtxPtr ctx; +{ + /* + ** Search for an element that is "ready" AND requires no input. + */ + while( CtxTyp_(ctx) != TypePipe ) + { + if( CtxStatus_(ctx) == StatusReady && VecNoInpt_(CtxVecPtr_(ctx)) ) + /* + ** Return runnable element's context. + */ + return( ctx ); + + ctx = CtxPrv_(ctx); + } + return( NULL ); +} /* end of SchedProcessNoInput */ + +/************************************************************************ +** SchedProcessReady +** +** FUNCTIONAL DESCRIPTION: +** +** This function selects the next pipeline element that is ready +** for processing. +** +** The scheduling is done from back to front. This allows elements +** that are stalled for input to be stepped over until an element +** closer to the front of the pipe is found that can run. +** +** FORMAL PARAMETERS: +** +** pipe == Pointer to a pipeline header struct +** (may be the base Smi pipeline or an optimized pipe) +** +** FUNCTION VALUE: +** +** NULL == no element ready to run +** ctx == pointer to the context of the element to run +** +************************************************************************/ +PipeElementCtxPtr SchedProcessReady(pipe) + Pipe pipe; +{ + PipeElementCtxPtr ctx = PipeCtxRun_(pipe); + + if( ctx != NULL ) + { /* + ** Run this element -- it's already got the green light. + */ + PipeCtxRun_(pipe) = NULL; + return( ctx ); + } + + /* + ** Search for a runnable element -- it must be "ready" AND either + ** requires no input, OR it has quantum. + */ + for( ctx = PipeCtxPrv_(pipe); CtxTyp_(ctx) != TypePipe; ctx = CtxPrv_(ctx) ) + if( CtxStatus_(ctx) == StatusReady + && VecNoInpt_(CtxVecPtr_(ctx)) + || DdxRmHasQuantum_( CtxInp_(ctx) ) < XieK_MaxComponents ) + /* + ** Return runnable element's context. + */ + return( ctx ); + + return( NULL ); +} + +/************************************************************************ +** SchedOkToRun +** +** FUNCTIONAL DESCRIPTION: +** +** This function walks the pipe element list from "ctx" to back. +** +** FORMAL PARAMETERS: +** +** ctx - current pipe element context +** +** FUNCTION VALUE: +** +** TRUE == runnable -- no element closer to the end is runnable. +** FALSE == NOT ok to run -- another element has higher priority. +** +************************************************************************/ +int SchedOkToRun(ctx) + PipeElementCtxPtr ctx; +{ + PipeElementCtxPtr nxt_ctx; + + if( CtxStatus_(ctx) != StatusReady ) + return( FALSE ); + + for( nxt_ctx = CtxNxt_(ctx); + CtxTyp_(nxt_ctx) != TypePipe; + nxt_ctx = CtxNxt_(nxt_ctx) ) + { /* + ** If a downline element is able to run (ie. doesn't need input, + ** or has quantum) then our caller is ineligable to run (ie. the + ** downline element should run next). + */ + if( CtxStatus_(nxt_ctx) == StatusReady && + ( VecNoInpt_(CtxVecPtr_(nxt_ctx)) || + DdxRmHasQuantum_( CtxInp_(nxt_ctx) ) < XieK_MaxComponents ) ) + { + PipeCtxRun_(CtxHead_(ctx)) = nxt_ctx; + return( FALSE ); + } + } + return( TRUE ); +} diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiPipeSched.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiPipeSched.h new file mode 100644 index 0000000..1c64aaf --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiPipeSched.h @@ -0,0 +1,93 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* DEC/CMS REPLACEMENT HISTORY, Element SMIPIPESCHED.H */ +/* *2 1-NOV-1990 10:45:30 SHELLEY "first pass adding error handling" */ +/* *1 5-OCT-1990 17:36:04 HENNESSY "Created for DIX -> DDX interface change" */ +/* DEC/CMS REPLACEMENT HISTORY, Element SMIPIPESCHED.H */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the Pipe SCHEDULE module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** +** AUTHOR(S): +** +** Richard Hennessy +** +** CREATION DATE: +** +** September 25, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIPIPESCHED +#define _SMIPIPESCHED + + /* + ** Scheduler entry points. + */ +extern PipeElementCtxPtr SchedProcessComplete(); +extern PipeElementCtxPtr SchedProcessNoInput(); +extern PipeElementCtxPtr SchedProcessReady(); +extern int SchedOkToRun(); + +#endif +/* _SMIPIPESCHED */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiPoint.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiPoint.c new file mode 100644 index 0000000..965a4f0 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiPoint.c @@ -0,0 +1,1269 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module implements the point operator which remaps pixel +** values using a lookup table. The result values can have more or +** fewer levels than the input value. +** +** The width of each data array (input, table, and output) must be +** accounted for when performing the remapping. This produces an n^3 +** number of cases which must be handled: +** +** o The width of the input data can be larger or smaller than the +** width of the table. The only requirement is that the length of +** the table be at least 2^input_width. The input data is accessed +** using GET_VALUE_ to eliminate one level of code duplication, at the +** cost of reduced performance. +** +** o The width of the table can vary (in theory) from 1 to 32 bits. +** To improve performance, and reduce duplication, only aligned, +** atomic, unpadded tables are handled. In the unlikely case the +** supplied table doesn't meet these criteria, a suitable copy is +** made. A separate routine exists to handle each table data type +** (byte, word, longword). +** +** o The width of the output should be the same as the width of the +** table, but data type, alignment, and padding are not guaranteed. +** We'll also handle the cases where the output is narrower than the +** table and assume that the caller knows what it is doing. +** The routines for each table data type replicate blocks of +** code to handle bit, byte, and word aligned output data. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHORS: +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Fri Apr 6 15:05:31 1990 +** +*******************************************************************************/ + +#include + +#include "SmiPoint.h" + +/* +** Table of contents +*/ +int SmiPoint(); +int SmiCreatePoint(); + +static int _PointInitialize(); +static int _PointActivate(); +static int _PointDestroy(); + +static void _PointProcessByte(); +static void _PointProcessWord(); +static void _PointProcessLong(); +static UdpPtr _TempCvtLut(); +static void _TempDestroyUdp(); + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local storage +*/ + /* + ** Point Element Vector + */ +static PipeElementVector PointPipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypePointElement, /* Structure subtype */ + sizeof(PointPipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _PointInitialize, /* Initialize entry */ + _PointActivate, /* Activate entry */ + NULL, /* Flush entry */ + _PointDestroy, /* Destroy entry */ + NULL /* Abort entry point */ + }; + +/***************************************************************************** +** SmiCreatePoint +** +** FUNCTIONAL DESCRIPTION: +** +** This function fills in a newly created context for a POINT +** pipeline element. +** +** FORMAL PARAMETERS: +** +** pipe - Descriptor for pipe being built. +** srcsnk - Pointer to source sink. +** dstsnk - Pointer to destination sink. +** idc - Pointer to UDP describing the ROI or CPP (NULL if no IDC). +** lut - Array of pointesr to UDPs describing the point remap +** lookup table. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreatePoint(pipe,srcsnk,dstsnk,idc,luts) +Pipe pipe; +PipeSinkPtr srcsnk; +PipeSinkPtr dstsnk; +UdpPtr idc; +UdpPtr luts[XieK_MaxComponents]; + +{ + int i; + int dst_dtype; + + PointPipeCtxPtr ctx = (PointPipeCtxPtr) + DdxCreatePipeCtx_( pipe, &PointPipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + /* + ** Copy parameters + */ + PntSrcSnk_(ctx) = srcsnk; + PntDstSnk_(ctx) = dstsnk; + + PntCpp_(ctx) = (idc != NULL && idc->UdpA_Base != NULL) ? + idc : /* It's a CPP */ + NULL; + + for( i = 0; i < XieK_MaxComponents; i++ ) + if( IsPointer_(SnkUdpPtr_(srcsnk,i)) ) + PntCmpIn_(ctx)++; + else + break; + + for (i = 0; i < XieK_MaxComponents; i++) + { + if (SnkUdpPtr_(dstsnk,i) == NULL) + break; + /* Convert the input lookup table for efficient access */ + PntInTable_(ctx,i) = luts[i]; + PntTable_(ctx,i) = _TempCvtLut(luts[i]); + if( !IsPointer_(PntTable_(ctx,i)) ) return( (int) PntTable_(ctx,i) ); + PntCmpOut_(ctx)++; + } + + /* Calculate the region to be remapped */ + if (idc == NULL) + { + PntRoiX1_(ctx) = SnkX1_(srcsnk,0); PntRoiX2_(ctx) = SnkX2_(srcsnk,0); + PntRoiY1_(ctx) = SnkY1_(srcsnk,0); PntRoiY2_(ctx) = SnkY2_(srcsnk,0); + } + else + { + PntRoiX1_(ctx) = idc->UdpL_X1 > SnkX1_(srcsnk,0) ? idc->UdpL_X1 + : SnkX1_(srcsnk,0); + PntRoiX2_(ctx) = idc->UdpL_X2 < SnkX2_(srcsnk,0) ? idc->UdpL_X2 + : SnkX2_(srcsnk,0); + PntRoiY1_(ctx) = idc->UdpL_Y1 > SnkY1_(srcsnk,0) ? idc->UdpL_Y1 + : SnkY1_(srcsnk,0); + PntRoiY2_(ctx) = idc->UdpL_Y2 < SnkY2_(srcsnk,0) ? idc->UdpL_Y2 + : SnkY2_(srcsnk,0); + } + PntSrcDrn_(ctx) = DdxRmCreateDrain_( PntSrcSnk_(ctx), -1 ); + if( !IsPointer_(PntSrcDrn_(ctx)) ) return( (int) PntSrcDrn_(ctx) ); + + /* Handle any constrained input data type */ + DdxRmSetDType_( PntSrcDrn_(ctx), UdpK_DTypeUndefined, DtM_Constrained ); + DdxRmSetQuantum_( PntSrcDrn_(ctx), 1 ); + + /* Since this operator can explicitly cause a change in the number + * of bits per pixel, determine the result datatype by looking at + * the UDP(s) in the destination sink. + */ + /* Handle one scanline at a time */ + dst_dtype = SnkDatTyp_(dstsnk,0); + DdxRmSetDType_( PntDstSnk_(ctx), dst_dtype, DtM_Constrained ); + DdxRmSetQuantum_( PntDstSnk_(ctx), 1 ); + + return( Success ); +} /* end SmiCreatePoint */ + +/***************************************************************************** +** _PointInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the POINT pipeline element prior to +** activation. +** +** FORMAL PARAMETERS: +** +** ctx - point pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _PointInitialize(ctx) +PointPipeCtxPtr ctx; +{ + int status = DdxRmInitializePort_( CtxHead_(ctx), PntSrcDrn_(ctx) ); + if( status == Success ) + status = DdxRmInitializePort_( CtxHead_(ctx), PntDstSnk_(ctx) ); + + /* We are reading from the only drain */ + CtxInp_(ctx) = PntSrcDrn_(ctx); + + return( status ); +} + +/***************************************************************************** +** _PointActivate +** +** FUNCTIONAL DESCRIPTION: +** +** This routine maps the selected pixels in the input image +** using a transfer function supplied in the form of a lookup +** table (LUT). +** +** FORMAL PARAMETERS: +** +** ctx - point pipeline element context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _PointActivate(ctx) +PointPipeCtxPtr ctx; +{ + PipeDataPtr src, dst = NULL; + int status, i, outidx, copies = PntCmpOut_(ctx) - PntCmpIn_(ctx) + 1; + + for( status = Success; status == Success; src = DdxRmDeallocData_(src), + dst = DdxRmDeallocData_(dst) ) + { + src = DdxRmGetData_( ctx, PntSrcDrn_(ctx) ); + if( !IsPointer_(src) ) return( (int) src ); + + /* If there are more output components than input components, + * we will duplicate the data. */ + for( outidx = DatCmpIdx_(src), i = 0; i < copies; outidx++, i++ ) + { + dst = DdxRmAllocData_( PntDstSnk_(ctx), outidx, DatY1_(src), 1 ); + status = (int) dst; + if( !IsPointer_(dst) ) break; + + if( DatY1_(src) < PntRoiY1_(ctx) || DatY1_(src) > PntRoiY2_(ctx)) + status = DdxConvert_( DatUdpPtr_(src), + DatUdpPtr_(dst), XieK_MoveMode ); + else + { + /* Copy the portions of this line outside the ROI */ + status = DdxCopy_( DatUdpPtr_(src), /* Left */ + DatUdpPtr_(dst), + DatX1_(src), 0, + DatX1_(dst), DatY1_(dst), + PntRoiX1_(ctx) - DatX1_(src), 1 ); + if( status != Success ) break; + + status = DdxCopy_( DatUdpPtr_(src), /* Right */ + DatUdpPtr_(dst), + PntRoiX2_(ctx)+1, 0, + PntRoiX2_(ctx)+1, DatY1_(dst), + DatX2_(src) - PntRoiX2_(ctx), 1 ); + if( status != Success ) break; + + /* Call appropriate routine based on lookup table type */ + switch( PntTable_(ctx,outidx)->UdpB_DType ) + { + case UdpK_DTypeBU : + _PointProcessByte(DatUdpPtr_(src), + DatUdpPtr_(dst), + PntCpp_(ctx), + PntRoiX1_(ctx), + DatY1_(src), + PntRoiX2_(ctx), + DatY1_(src), + PntTable_(ctx,outidx)); + break; + + case UdpK_DTypeWU : + _PointProcessWord(DatUdpPtr_(src), + DatUdpPtr_(dst), + PntCpp_(ctx), + PntRoiX1_(ctx), + DatY1_(src), + PntRoiX2_(ctx), + DatY1_(src), + PntTable_(ctx,outidx)); + break; + + case UdpK_DTypeLU : + _PointProcessLong(DatUdpPtr_(src), + DatUdpPtr_(dst), + PntCpp_(ctx), + PntRoiX1_(ctx), + DatY1_(src), + PntRoiX2_(ctx), + DatY1_(src), + PntTable_(ctx,outidx)); + break; + } + } + if( status == Success ) + { + status = DdxRmPutData_( PntDstSnk_(ctx), dst ); + dst = NULL; + } + if( status != Success ) + break; + } + } + return( status ); +} + +/***************************************************************************** +** _PointDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the POINT +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - point pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _PointDestroy(ctx) +PointPipeCtxPtr ctx; +{ + int i; + + PntSrcDrn_(ctx) = DdxRmDestroyDrain_( PntSrcDrn_(ctx) ); + + /* Deallocate the converted lookup tables */ + for(i = 0; i < PntCmpOut_(ctx); i++) + _TempDestroyUdp(PntTable_(ctx,i), PntInTable_(ctx,i)); + + return( Success ); +} + +/***************************************************************************** +** SmiPoint +** +** FUNCTIONAL DESCRIPTION: +** +** This routine performs a non-pipelined point operator, which +** remaps pixel values using a lookup table. Only one component +** is remapped. +** +** FORMAL PARAMETERS: +** +** srcudp - Pointer to a UDP describing the source data. +** dstudp - Pointer to a UDP describing the destination buffer. +** idc - Pointer to a UDP describing the Region of Interest, +** or Control Processing Plane. (NULL if no IDC) +** lut - Pointer to UDP containing one lookup table, organized as a +** single scan line. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiPoint( srcudp, dstudp, idc, lut ) +UdpPtr srcudp; +UdpPtr dstudp; +UdpPtr idc; +UdpPtr lut; + +{ + UdpPtr table; + UdpPtr cpp; + + long int status, pixels; + long int X1, X2, Y1, Y2; /* Extent of src/dst overlap */ + long int x1, x2, y1, y2; /* Extent of ROI */ + + + /* + ** Allocate the destination image array + */ + if( dstudp->UdpA_Base == NULL ) + { + dstudp->UdpA_Base = DdxMallocBits_( dstudp->UdpL_ArSize ); + if( dstudp->UdpA_Base == NULL ) return( BadAlloc ); + } + + /* + * Determine maximum common dimensions between source and destination, + * which is the defined region of output. + */ + X1 = srcudp->UdpL_X1 > dstudp->UdpL_X1 ? srcudp->UdpL_X1 : dstudp->UdpL_X1; + X2 = srcudp->UdpL_X2 < dstudp->UdpL_X2 ? srcudp->UdpL_X2 : dstudp->UdpL_X2; + Y1 = srcudp->UdpL_Y1 > dstudp->UdpL_Y1 ? srcudp->UdpL_Y1 : dstudp->UdpL_Y1; + Y2 = srcudp->UdpL_Y2 < dstudp->UdpL_Y2 ? srcudp->UdpL_Y2 : dstudp->UdpL_Y2; + + /* + * Determine the maximum common dimensions between the above region + * and the IDC (ROI or CPP), which is the region that will actually + * be processed. + */ + if( idc == NULL ) + { + x1 = X1; x2 = X2; + y1 = Y1; y2 = Y2; + } + else + { + x1 = idc->UdpL_X1 > X1 ? idc->UdpL_X1 : X1; + x2 = idc->UdpL_X2 < X2 ? idc->UdpL_X2 : X2; + y1 = idc->UdpL_Y1 > Y1 ? idc->UdpL_Y1 : Y1; + y2 = idc->UdpL_Y2 < Y2 ? idc->UdpL_Y2 : Y2; + } + cpp = (idc != NULL && idc->UdpA_Base != NULL) ? idc : NULL; + + /* Convert the lookup table to an efficient form if necessary */ + table = _TempCvtLut(lut); + if( !IsPointer_(table) ) return( (int) table ); + + /* Just copy the areas which don't need to be modified */ + status = DdxCopy_( srcudp, dstudp, X1, Y1, X1, Y1, X2-X1+1, y1-Y1 ); + if( status == Success ) + status = DdxCopy_( srcudp, dstudp, X1, y2+1, X1, y2+1, X2-X1+1, Y2-y2 ); + if( status == Success ) + status = DdxCopy_( srcudp, dstudp, X1, y1, X1, y1, x1-X1, y2-y1+1 ); + if( status == Success ) + status = DdxCopy_( srcudp, dstudp, x2+1, y1, x2+1, y1, X2-x2, y2-y1+1 ); + + if( status == Success ) + switch (table->UdpB_DType) + { + case UdpK_DTypeBU : + _PointProcessByte(srcudp, dstudp, cpp, x1, y1, x2, y2, table); + break; + + case UdpK_DTypeWU : + _PointProcessWord(srcudp, dstudp, cpp, x1, y1, x2, y2, table); + break; + + case UdpK_DTypeLU : + _PointProcessLong(srcudp, dstudp, cpp, x1, y1, x2, y2, table); + break; + } + + _TempDestroyUdp(table, lut); + + return( status ); +} /* end SmiPoint */ + +/***************************************************************************** +** _PointProcessxxxx +** +** FUNCTIONAL DESCRIPTION: +** +** These routines perform the actual pixel remapping for the +** selected region of an image. +** The src and dst data types must be the same. +** +** FORMAL PARAMETERS: +** +** src - Pointer to a UDP describing the source data. +** dst - Pointer to a UDP describing the destination buffer. +** cpp - Pointer to a UDP describing the Control Processing Plane. +** (NULL if no CPP) +** x1 - The x coordinate of the upper left corner of the CPP, or +** the ROI. +** y1 - The y coordinate of the upper left corner of the CPP, or +** the ROI. +** x2 - The x coordinate of the lower right corner of the CPP, or +** the ROI. +** y2 - The y coordinate of the lower right corner of the CPP, or +** the ROI. +** lut - Pointers to a UDP which contains the lookup table for +** this source udp. +** +*****************************************************************************/ +static void _PointProcessByte(src, dst, cpp, x1, y1, x2, y2, lut) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +long int x1; +long int x2; +long int y1; +long int y2; +UdpPtr lut; +{ + long int pixel; + long int scanline; + + unsigned long srcmask; + unsigned long dstmask; + + long int srcpxlstart; + long int srcpxloff; + long int dstpxlstart; + long int dstpxloff; + unsigned long pxlvalue; + + long int cpppxlstart; + long int cpppxloff; + + srcmask = (1<UdpW_PixelLength)-1; + dstmask = (1<UdpW_PixelLength)-1; + + srcpxlstart = src->UdpL_Pos + (y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dstpxlstart = dst->UdpL_Pos + (y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + + /* Begin massive code duplication to minimize branches in the + * inner loops. + */ + if( cpp == NULL ) + { + /* The mapping is not controlled by a CPP */ + switch( DdxGetTyp_( dst ) ) + { + case XieK_UBAV : + case XieK_UBAVU: /* This currently handles LU + * data due to hack in DdxGetTyp_ */ + /* Destination is aligned or unaligned bit stream format */ + for (scanline = y1; scanline <= y2; scanline++) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + pxlvalue = ((unsigned char *)lut->UdpA_Base)[pxlvalue]; + + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_ABU : + /* Destination is byte aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + pxlvalue = ((unsigned char *)lut->UdpA_Base)[pxlvalue]; + + *((unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_AWU : + /* Destination is word (16 bit shorts) aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + pxlvalue = ((unsigned char *)lut->UdpA_Base)[pxlvalue]; + + *((unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + } /* end switch */ + + } + + else + { + /* The mapping is controlled by a Control Processing Plane */ + + cpppxlstart = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (y1 - cpp->UdpL_Y1); + + switch( DdxGetTyp_( dst ) ) + { + case XieK_UBAV : + case XieK_UBAVU : + /* Destination is aligned or unaligned bit stream format */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1)) + pxlvalue = ((unsigned char *)lut->UdpA_Base)[pxlvalue]; + + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + cpppxloff += cpp->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + case XieK_ABU : + /* Destination is byte aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1) ) + pxlvalue = ((unsigned char *)lut->UdpA_Base)[pxlvalue]; + + cpppxloff += cpp->UdpL_PxlStride; + + (*(unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff+=src->UdpL_PxlStride; + dstpxloff+=dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + case XieK_AWU: + /* Destination is word (16 bit short) aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1) ) + pxlvalue = ((unsigned char *)lut->UdpA_Base)[pxlvalue]; + + cpppxloff += cpp->UdpL_PxlStride; + + (*(unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff+=src->UdpL_PxlStride; + dstpxloff+=dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + } /* end switch */ + } +} /* end _PointProcessByte */ + +static void _PointProcessWord(src, dst, cpp, x1, y1, x2, y2, lut) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +long int x1; +long int x2; +long int y1; +long int y2; +UdpPtr lut; +{ + long int pixel; + long int scanline; + + unsigned long srcmask; + unsigned long dstmask; + + long int srcpxlstart; + long int srcpxloff; + long int dstpxlstart; + long int dstpxloff; + unsigned long pxlvalue; + + long int cpppxlstart; + long int cpppxloff; + + srcmask = (1<UdpW_PixelLength)-1; + dstmask = (1<UdpW_PixelLength)-1; + + srcpxlstart = src->UdpL_Pos + (y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dstpxlstart = dst->UdpL_Pos + (y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + + /* Begin massive code duplication to minimize branches in the + * inner loops. + */ + if( cpp == NULL ) + { + /* The mapping is not controlled by a CPP */ + switch( DdxGetTyp_( dst ) ) + { + case XieK_UBAV : + case XieK_UBAVU: /* This currently handles LU + * data due to hack in DdxGetTyp_ */ + /* Destination is aligned or unaligned bit stream format */ + for (scanline = y1; scanline <= y2; scanline++) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + pxlvalue = ((unsigned short *)lut->UdpA_Base)[pxlvalue]; + + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_ABU : + /* Destination is byte aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + pxlvalue = ((unsigned short *)lut->UdpA_Base)[pxlvalue]; + + *((unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_AWU : + /* Destination is word (16 bit short) aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + pxlvalue = ((unsigned short *)lut->UdpA_Base)[pxlvalue]; + + *((unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + } /* end switch */ + } + + else + { + /* The mapping is controlled by a Control Processing Plane */ + + cpppxlstart = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (y1 - cpp->UdpL_Y1); + + switch( DdxGetTyp_( dst ) ) + { + case XieK_UBAV : + case XieK_UBAVU : + /* Destination is aligned or unaligned bit stream format */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1)) + pxlvalue = ((unsigned short *)lut->UdpA_Base)[pxlvalue]; + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + cpppxloff += cpp->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + case XieK_ABU : + /* Destination is byte aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1) ) + pxlvalue = ((unsigned short *)lut->UdpA_Base)[pxlvalue]; + + (*(unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff+=src->UdpL_PxlStride; + dstpxloff+=dst->UdpL_PxlStride; + cpppxloff += cpp->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + case XieK_AWU : + /* Destination is word (16 bit short) aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1) ) + pxlvalue = ((unsigned short *)lut->UdpA_Base)[pxlvalue]; + + (*(unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff+=src->UdpL_PxlStride; + dstpxloff+=dst->UdpL_PxlStride; + cpppxloff += cpp->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + } /* end switch */ + } +} /* end _PointProcessWord */ + +static void _PointProcessLong(src, dst, cpp, x1, y1, x2, y2, lut) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +long int x1; +long int x2; +long int y1; +long int y2; +UdpPtr lut; +{ + long int pixel; + long int scanline; + + unsigned long srcmask; + unsigned long dstmask; + + long int srcpxlstart; + long int srcpxloff; + long int dstpxlstart; + long int dstpxloff; + unsigned long pxlvalue; + + long int cpppxlstart; + long int cpppxloff; + + srcmask = (1<UdpW_PixelLength)-1; + dstmask = (1<UdpW_PixelLength)-1; + + srcpxlstart = src->UdpL_Pos + (y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + dstpxlstart = dst->UdpL_Pos + (y1 - dst->UdpL_Y1) * dst->UdpL_ScnStride; + + + /* Begin massive code duplication to minimize branches in the + * inner loops. + */ + if( cpp == NULL ) + { + /* The mapping is not controlled by a CPP */ + switch( DdxGetTyp_( dst ) ) + { + case XieK_UBAV : + case XieK_UBAVU: /* This currently handles LU + * data due to hack in DdxGetTyp_ */ + /* Destination is aligned or unaligned bit stream format */ + for (scanline = y1; scanline <= y2; scanline++) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + pxlvalue = ((unsigned long *)lut->UdpA_Base)[pxlvalue]; + + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_ABU : + /* Destination is byte aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + pxlvalue = ((unsigned long *)lut->UdpA_Base)[pxlvalue]; + + *((unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + + case XieK_AWU : + /* Destination is word (16 bit short) aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + + for (pixel = x1; pixel <= x2; pixel++) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + pxlvalue = ((unsigned long *)lut->UdpA_Base)[pxlvalue]; + + *((unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + } + break; + } /* end switch */ + } + + else + { + /* The mapping is controlled by a Control Processing Plane */ + + cpppxlstart = cpp->UdpL_Pos + cpp->UdpL_ScnStride * (y1 - cpp->UdpL_Y1); + + switch( DdxGetTyp_( dst ) ) + { + case XieK_UBAV : + case XieK_UBAVU : + /* Destination is aligned or unaligned bit stream format */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1)) + pxlvalue = ((unsigned long *)lut->UdpA_Base)[pxlvalue]; + + PUT_VALUE_(dst->UdpA_Base, dstpxloff, pxlvalue, dstmask); + + srcpxloff += src->UdpL_PxlStride; + dstpxloff += dst->UdpL_PxlStride; + cpppxloff += cpp->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + case XieK_ABU : + /* Destination is byte aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1) ) + pxlvalue = ((unsigned long *)lut->UdpA_Base)[pxlvalue]; + + (*(unsigned char *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff+=src->UdpL_PxlStride; + dstpxloff+=dst->UdpL_PxlStride; + cpppxloff += cpp->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + case XieK_AWU : + /* Destination is word (16 bit short) aligned */ + for( scanline = y1; scanline <= y2; scanline++ ) + { + srcpxloff = srcpxlstart+(x1-src->UdpL_X1)*src->UdpL_PxlStride; + dstpxloff = dstpxlstart+(x1-dst->UdpL_X1)*dst->UdpL_PxlStride; + cpppxloff = cpppxlstart; + + for( pixel = x1; pixel <= x2; pixel++ ) + { + pxlvalue = GET_VALUE_(src->UdpA_Base, srcpxloff, srcmask); + + if (GET_VALUE_(cpp->UdpA_Base, cpppxloff, 1) ) + pxlvalue = ((unsigned long *)lut->UdpA_Base)[pxlvalue]; + + (*(unsigned short *) + (dst->UdpA_Base + (dstpxloff >> 3))) = pxlvalue; + + srcpxloff+=src->UdpL_PxlStride; + dstpxloff+=dst->UdpL_PxlStride; + cpppxloff += cpp->UdpL_PxlStride; + } + srcpxlstart += src->UdpL_ScnStride; + dstpxlstart += dst->UdpL_ScnStride; + cpppxlstart += cpp->UdpL_ScnStride; + } + break; + + } /* end switch */ + } +} /* end _PointProcessLong */ + +/***************************************************************************** +** _TempCvtLut +** +** FUNCTIONAL DESCRIPTION: +** +** Convert data, described by src UDP, into the nearest atomic array +** datatype which will hold it. The result is created with no +** pad, so it can be indexed efficiently. +** If the formats is already suitable, just return the original UDP. +** +** +** FORMAL PARAMETERS: +** +** src - Pointer to input UDP +** +** FUNCTION VALUE: +** +** Returns a pointer to a UDP describing the data. +** +*****************************************************************************/ +static UdpPtr _TempCvtLut(src) + UdpPtr src; +{ + UdpPtr out; + int pixel_length, dtype, status; + + if((src->UdpB_DType != UdpK_DTypeBU && + src->UdpB_DType != UdpK_DTypeWU && + src->UdpB_DType != UdpK_DTypeLU) || + (src->UdpL_PxlStride != src->UdpW_PixelLength || + src->UdpL_ScnStride != (src->UdpL_PxlPerScn * src->UdpL_PxlStride) || + src->UdpL_Pos != 0)) + { + if( src->UdpL_Levels <= 256 ) + { + pixel_length = 8 * sizeof(char); + dtype = UdpK_DTypeBU; + } + else if( src->UdpL_Levels <= 65535 ) + { + pixel_length = 8 * sizeof(short); + dtype = UdpK_DTypeWU; + } + else + { + pixel_length = 8 * sizeof(long); + dtype = UdpK_DTypeLU; + } + out = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( out == NULL ) return( (UdpPtr) BadAlloc ); + + out->UdpW_PixelLength = pixel_length; + out->UdpB_DType = dtype; + out->UdpB_Class = UdpK_ClassA; + out->UdpL_X1 = src->UdpL_X1; + out->UdpL_X2 = src->UdpL_X2; + out->UdpL_Y1 = src->UdpL_Y1; + out->UdpL_Y2 = src->UdpL_Y2; + out->UdpL_PxlPerScn = src->UdpL_PxlPerScn; + out->UdpL_ScnCnt = src->UdpL_ScnCnt; + out->UdpL_PxlStride = out->UdpW_PixelLength; + out->UdpL_ScnStride = out->UdpL_PxlStride * out->UdpL_PxlPerScn; + out->UdpL_ArSize = out->UdpL_ScnStride * out->UdpL_ScnCnt; + out->UdpA_Base = NULL; + out->UdpL_Pos = 0; + out->UdpL_CompIdx = src->UdpL_CompIdx; + out->UdpL_Levels = src->UdpL_Levels; + + status = DdxConvert_( src, out, XieK_MoveMode ); + if( status != Success ) return( DdxFree_(out), (UdpPtr) status ); + } + else + out = src; + + return( out ); +} /* end _TempCvtLut */ + +/***************************************************************************** +** _TempDestroyUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Free a temporary UDPs and its data, if it is not just a +* reference to another UDP. +** +** FORMAL PARAMETERS: +** +** in - Pointer to input UDP +** realudp - Point to a UDP which might be the same as the input UDP. +** +*****************************************************************************/ +static void _TempDestroyUdp(in, realudp) + UdpPtr in; + UdpPtr realudp; +{ + if( IsPointer_(in) && in != realudp ) + { + if( IsPointer_(in->UdpA_Base) ) + DdxFreeBits_(in->UdpA_Base); + DdxFree_(in); + } +} /* end _TempDestroyUdp */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiPoint.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiPoint.h new file mode 100644 index 0000000..6fa14fd --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiPoint.h @@ -0,0 +1,145 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/* DEC/CMS REPLACEMENT HISTORY, Element SMIPOINT.H */ +/* *2 14-MAR-1990 17:29:33 WEBER "Change argument passing" */ +/* *1 14-FEB-1990 09:10:24 WEBER "SMI Point header file" */ +/* DEC/CMS REPLACEMENT HISTORY, Element SMIPOINT.H */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the POINT pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.0 +** RISC ULTRIX V3.0 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Fri Apr 6 15:05:04 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIPOINT +#define _SMIPOINT + +/* +** Include files +*/ +#include + + /* + ** Function reference + */ +int SmiPoint(); +int SmiCreatePoint(); + +/* +** Structure definitions and Typedefs +*/ + +/* +** Point pipeline context block. +*/ +typedef struct _PointPipeCtx { + PipeElementCommonPart common; + struct _PointPart { + PipeSinkPtr srcsnk; + PipeSinkPtr dstsnk; + PipeDrainPtr srcdrn; + UdpPtr cpp; + long int x1; /* ROI or CPP position and extent */ + long int x2; + long int y1; + long int y2; + int cmpin; + int cmpout; + UdpPtr table[XieK_MaxComponents]; + UdpPtr intable[XieK_MaxComponents]; + } PointPart; +} PointPipeCtx, *PointPipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, Point part, access MACROs +*/ +#define PntSrcSnk_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.srcsnk) +#define PntDstSnk_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.dstsnk) + +#define PntSrcDrn_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.srcdrn) +#define PntCpp_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.cpp) +#define PntRoiX1_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.x1) +#define PntRoiX2_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.x2) +#define PntRoiY1_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.y1) +#define PntRoiY2_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.y2) +#define PntCmpIn_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.cmpin) +#define PntCmpOut_(ctx) (((PointPipeCtxPtr)(ctx))->PointPart.cmpout) +#define PntInTable_(ctx,comp) \ + (((PointPipeCtxPtr)(ctx))->PointPart.intable[comp]) +#define PntTable_(ctx,comp) (((PointPipeCtxPtr)(ctx))->PointPart.table[comp]) + +#endif +/* _SMIPOINT */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiRotate.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiRotate.c new file mode 100644 index 0000000..71f3191 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiRotate.c @@ -0,0 +1,622 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** X Image Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains sample code for image data rotation. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** October 26, 1989 +** +** MODIFICATION HISTORY: +** +*******************************************************************************/ + +/* +** Include files +*/ +#include + +#include "SmiRotate.h" + +/* +** Table of contents +*/ +int SmiRotate(); +int SmiCreateRotate(); + +static int _RotateInitialize(); +static int _RotateActivate(); +static int _RotateAbort(); +static int _RotateDestroy(); + +static void _ProcessRotate(); +static UdpPtr _CvtSrc(); + +/* +** Equated Symbols +*/ +#define FALSE 0 +#define TRUE 1 + +/* +** MACRO definitions +*/ + +/* +** External References +*/ + +/* +** Local Storage +*/ + +/* Rotate Pipeline Element Vector */ +static PipeElementVector RotatePipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeRotateElement, /* Structure subtype */ + sizeof(RotatePipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _RotateInitialize, /* Initialize entry */ + _RotateActivate, /* Activate entry */ + NULL, /* Flush entry */ + _RotateDestroy, /* Destroy entry */ + NULL /* Abort entry */ + }; + +/***************************************************************************** +** SmiCreateRotate +** +** FUNCTIONAL DESCRIPTION: +** +** This function fills in a newly created ROTATE pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - rotate pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateRotate(pipe,src,dst,angle,fill) +Pipe pipe; +PipeSinkPtr src; +PipeSinkPtr dst; +double angle; +int fill[]; +{ + int i; + RotatePipeCtxPtr ctx = (RotatePipeCtxPtr) + DdxCreatePipeCtx_(pipe, &RotatePipeElement, FALSE); + if( !IsPointer_(ctx) ) return( (int) ctx ); + + /* + ** Copy the parameters to the context block. + */ + RotSrcSnk_(ctx) = src; + RotDstSnk_(ctx) = dst; + RotAngle_(ctx) = angle; + for( i = 0; i < XieK_MaxComponents && IsPointer_(SnkUdpPtr_(dst,i)); i++ ) + RotFill_(ctx,i) = fill[i] < SnkLvl_(dst,i) + ? fill[i] : SnkLvl_(dst,i) - 1;; + /* + ** Setup one drain from source sink, receiving all components + */ + RotSrcDrn_(ctx) = DdxRmCreateDrain_( src, -1 ); + if( !IsPointer_(RotSrcDrn_(ctx)) ) return( (int) RotSrcDrn_(ctx) ); + /* + ** Decide on data types we'll allow (we're not too fussy). + */ + DdxRmSetDType_( RotSrcDrn_(ctx), UdpK_DTypeUndefined, DtM_Any ); + DdxRmSetDType_( RotDstSnk_(ctx), UdpK_DTypeUndefined, DtM_Any ); + /* + ** Handle only full image. + */ + DdxRmSetQuantum_( RotSrcDrn_(ctx), SnkHeight_(src,0) ); + DdxRmSetQuantum_( RotDstSnk_(ctx), SnkHeight_(dst,0) ); + + return( Success ); +} /* end SmiCreateRotate */ + +/***************************************************************************** +** _RotateInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the ROTATE pipeline element prior to +** an activation. +** +** FORMAL PARAMETERS: +** +** ctx - rotate pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _RotateInitialize(ctx) +RotatePipeCtxPtr ctx; +{ + int dtype, status; + + /* + ** Initialize the source drain. + */ + CtxInp_(ctx) = RotSrcDrn_(ctx); + status = DdxRmInitializePort_( CtxHead_(ctx), RotSrcDrn_(ctx) ); + if( status != Success ) return( status ); + /* + ** Set our destination sink DType to match our drain and initialize it. + */ + dtype = DdxRmGetDType_( RotSrcDrn_(ctx) ); + DdxRmSetDType_( RotDstSnk_(ctx), dtype, 1<UdpA_Base == NULL ) + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); +if( dst->UdpA_Base == NULL ) + status = BadAlloc; +else + /* Do the actual work */ + _ProcessRotate(src, dst, angle, value); + +if( src != in ) + { /* free converted input data */ + DdxFreeBits_( src->UdpA_Base ); + DdxFree_( src ); + } + +return( status ); +} /* end SmiRotate */ + +/****************************************************************************** +** ProcessRotate +** +** FUNCTIONAL DESCRIPTION: +** +** Rotate an image through any number of degrees using the +** nearest neighbor algorithm to interpolate the value of pixels +** located at non-integral coordinates in the source. +** +** FORMAL PARAMETERS: +** +** in - Pointer to source udp (initialized) +** dst - Pointer to destination udp (initialized, maybe without array) +** angle - Degrees of rotation (positive angle == clockwise rotation) +** fill - Fill value +** +******************************************************************************/ +static void _ProcessRotate( src, dst, angle, fill ) +UdpPtr src; +UdpPtr dst; +double angle; +unsigned long fill; +{ +double xsina, xcosa; /* x sine and cosine */ +double ysina, ycosa; /* y sine and cosine */ +double sina, cosa; /* sine and cosine of angle */ +double xpivot, ypivot; /* x and y dst pivot coordinates */ +double xtrans, ytrans; /* x and y src translation */ +unsigned long xclip, yclip; /* x and y src clip region limits */ +unsigned long xsrc, ysrc; /* x,y nearest neighbor coordinate */ +unsigned long pxlind, scnind; /* pixel and scanline indices */ +unsigned long pxloff, scnoff; /* pixel and scanline offsets */ +unsigned long smask, dmask; /* src and dst pixel value masks */ +unsigned long pxlval; /* temp for pixel value */ + +/* +** Compute the sine and cosine of angle. +*/ +sina = sin( angle * RADIANS_PER_DEGREE ); +cosa = cos( angle * RADIANS_PER_DEGREE ); + +/* +** Translate dst to align it with the center of src, offset by relative X1,Y1. +*/ +xtrans = src->UdpL_PxlPerScn / 2.0 + dst->UdpL_X1 - src->UdpL_X1 - 0.5; +ytrans = src->UdpL_ScnCnt / 2.0 + dst->UdpL_Y1 - src->UdpL_Y1 - 0.5; + +/* +** We will rotate around the center point of the translated dst. +*/ +xpivot = dst->UdpL_PxlPerScn / 2.0; +ypivot = dst->UdpL_ScnCnt / 2.0; + +/* +** Set src clip region limits (by normalizing to 0,0 we take advantage of +** unsigned arithmetic to make negative values look greater than clip limits). +*/ +xclip = src->UdpL_X2 - src->UdpL_X1; +yclip = src->UdpL_Y2 - src->UdpL_Y1; + +/* +** Set the initial src scanline sine and cosine (relative to the pivot point), +** and the dst scanline data offset . +*/ +ysina = -ypivot * sina; +ycosa = -ypivot * cosa; +scnoff = dst->UdpL_Pos; + +/* +** Rotate the image data (code duplication traded for execution efficiency). +*/ +switch( DdxGetTyp_( dst ) ) + { + +case XieK_UBAV : +case XieK_UBAVU : + /* + ** Rotate aligned or unaligned bit stream image data. + */ + smask = (1<UdpW_PixelLength)-1; /* mask for isolating src pixel */ + dmask = (1<UdpW_PixelLength)-1; /* mask for isolating dst pixel */ + + for( scnind = 0; scnind < dst->UdpL_ScnCnt; scnind++ ) + { + xsina = -xpivot * sina; /* initial src pixel sin offset */ + xcosa = -xpivot * cosa; /* initial src pixel cos offset */ + pxloff = scnoff; /* initial dst pixel bit offset */ + + for( pxlind = 0; pxlind < dst->UdpL_PxlPerScn; pxlind++ ) + { + xsrc = xcosa - ysina + xtrans; /* nearest neighbor X coordinate*/ + ysrc = xsina + ycosa + ytrans; /* nearest neighbor Y coordinate*/ + + if( xsrc > xclip || ysrc > yclip ) + pxlval = fill; /* use fill value */ + else /* use nearest src pixel value */ + pxlval = GET_VALUE_( src->UdpA_Base, src->UdpL_Pos + + src->UdpL_ScnStride * ysrc + + src->UdpL_PxlStride * xsrc, smask ); + PUT_VALUE_( dst->UdpA_Base, pxloff, pxlval, dmask ); + + xsina += sina; /* new src pixel sin offset */ + xcosa += cosa; /* new src pixel cos offset */ + pxloff += dst->UdpL_PxlStride; /* new dst pixel bit offset */ + } + ysina += sina; /* new src scanline sin offset */ + ycosa += cosa; /* new src scanline cos offset */ + scnoff += dst->UdpL_ScnStride; /* new dst scanline bit offset */ + } + break; /* end unaligned bit stream image */ + +case XieK_ABU : + /* + ** Rotate aligned byte size image data. + */ + for( scnind = 0; scnind < dst->UdpL_ScnCnt; scnind++ ) + { + xsina = -xpivot * sina; /* initial src pixel sin offset */ + xcosa = -xpivot * cosa; /* initial src pixel cos offset */ + pxloff = scnoff; /* initial dst pixel bit offset */ + + for( pxlind = 0; pxlind < dst->UdpL_PxlPerScn; pxlind++ ) + { + xsrc = xcosa - ysina + xtrans; /* nearest neighbor X coordinate*/ + ysrc = xsina + ycosa + ytrans; /* nearest neighbor Y coordinate*/ + + if( xsrc > xclip || ysrc > yclip ) + /* + ** Outside src clip region -- so use fill value. + */ + *((unsigned char *)(dst->UdpA_Base + (pxloff >> 3))) = fill; + else + /* + ** Stash the dst pixel with the nearest src pixel value. + */ + *((unsigned char *)(dst->UdpA_Base + (pxloff >> 3))) = + *((unsigned char *)(src->UdpA_Base + + (src->UdpL_Pos + + src->UdpL_ScnStride * ysrc + + src->UdpL_PxlStride * xsrc >> 3))); + + xsina += sina; /* new src pixel sin offset */ + xcosa += cosa; /* new src pixel cos offset */ + pxloff += dst->UdpL_PxlStride; /* new dst pixel bit offset */ + } + ysina += sina; /* new src scanline sin offset */ + ycosa += cosa; /* new src scanline cos offset */ + scnoff += dst->UdpL_ScnStride; /* new dst scanline bit offset */ + } + break; /* end aligned byte image */ + +case XieK_AWU : + /* + ** Rotate aligned word size image data. + */ + for( scnind = 0; scnind < dst->UdpL_ScnCnt; scnind++ ) + { + xsina = -xpivot * sina; /* initial src pixel sin offset */ + xcosa = -xpivot * cosa; /* initial src pixel cos offset */ + pxloff = scnoff; /* initial dst pixel bit offset */ + + for( pxlind = 0; pxlind < dst->UdpL_PxlPerScn; pxlind++ ) + { + xsrc = xcosa - ysina + xtrans; /* nearest neighbor X coordinate*/ + ysrc = xsina + ycosa + ytrans; /* nearest neighbor Y coordinate*/ + + if( xsrc > xclip || ysrc > yclip ) + /* + ** Outside src clip region -- so use fill value. + */ + *((unsigned short *)(dst->UdpA_Base + (pxloff >> 3))) = fill; + else + /* + ** Stash the dst pixel with the nearest src pixel value. + */ + *((unsigned short *)(dst->UdpA_Base + (pxloff >> 3))) = + *((unsigned short *)(src->UdpA_Base + + (src->UdpL_Pos + + src->UdpL_ScnStride * ysrc + + src->UdpL_PxlStride * xsrc >> 3))); + + xsina += sina; /* new src pixel sin offset */ + xcosa += cosa; /* new src pixel cos offset */ + pxloff += dst->UdpL_PxlStride; /* new dst pixel bit offset */ + } + ysina += sina; /* new src scanline sin offset */ + ycosa += cosa; /* new src scanline cos offset */ + scnoff += dst->UdpL_ScnStride; /* new dst scanline bit offset */ + } + break; /* end aligned byte image */ + +case XieK_AF : + /* + ** Rotate aligned float image data. + */ + smask = (1<UdpW_PixelLength)-1; /* mask for isolating src pixel */ + dmask = (1<UdpW_PixelLength)-1; /* mask for isolating dst pixel */ + + for( scnind = 0; scnind < dst->UdpL_ScnCnt; scnind++ ) + { + xsina = -xpivot * sina; /* initial src pixel sin offset */ + xcosa = -xpivot * cosa; /* initial src pixel cos offset */ + pxloff = scnoff; /* initial dst pixel bit offset */ + + for( pxlind = 0; pxlind < dst->UdpL_PxlPerScn; pxlind++ ) + { + xsrc = xcosa - ysina + xtrans; /* nearest neighbor X coordinate*/ + ysrc = xsina + ycosa + ytrans; /* nearest neighbor Y coordinate*/ + + if( xsrc > xclip || ysrc > yclip ) + /* + ** Outside src clip region -- so use fill value (fill is really + ** a float value, but we lie about it to avoid conversion). + */ + *((unsigned long *)(dst->UdpA_Base + (pxloff >> 3))) = fill; + else + /* + ** Stash the dst pixel with the nearest src pixel value. + */ + *((float *)(dst->UdpA_Base + (pxloff >> 3))) = + *((float *)(src->UdpA_Base + (src->UdpL_Pos + + src->UdpL_ScnStride * ysrc + + src->UdpL_PxlStride * xsrc >> 3))); + + + xsina += sina; /* new src pixel sin offset */ + xcosa += cosa; /* new src pixel cos offset */ + pxloff += dst->UdpL_PxlStride; /* new dst pixel bit offset */ + } + ysina += sina; /* new src scanline sin offset */ + ycosa += cosa; /* new src scanline cos offset */ + scnoff += dst->UdpL_ScnStride; /* new dst scanline bit offset */ + } + break; /* end aligned float image */ + } + +} /* end _ProcessRotate */ + +/****************************************************************************** +** _CvtSrc +** +** FUNCTIONAL DESCRIPTION: +** +** Convert src to match dst if data types don't match. +** +** FORMAL PARAMETERS: +** +** in - Pointer to src udp +** dst - Pointer to dst udp +** +******************************************************************************/ +static UdpPtr _CvtSrc( in, dst ) +UdpPtr in, dst; +{ + int status; + UdpPtr src; + + if( in->UdpB_DType == dst->UdpB_DType ) + return( in ); + + src = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( src == NULL ) return( (UdpPtr) BadAlloc ); + + *src = *in; + src->UdpB_DType = dst->UdpB_DType; + src->UdpB_Class = dst->UdpB_Class; + src->UdpW_PixelLength = dst->UdpW_PixelLength; + src->UdpL_PxlStride = dst->UdpL_PxlStride; + src->UdpL_ScnStride = src->UdpL_PxlStride * in->UdpL_PxlPerScn; + src->UdpL_ArSize = src->UdpL_ScnStride * in->UdpL_ScnCnt; + src->UdpA_Base = 0; + + status = DdxConvert_( in, src, XieK_MoveMode ); + if( status != Success ) + { + DdxFree_(src); + src = (UdpPtr) status; + } + return( src ); +} /* end _CvtSrc */ +/* end module SmiRotate.c */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiRotate.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiRotate.h new file mode 100644 index 0000000..c6ac2f9 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiRotate.h @@ -0,0 +1,128 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the ROTATE pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.1 +** RISC ULTRIX V3.1 +** +** AUTHOR(S): +** +** Gary Grebus +** +** CREATION DATE: +** +** Fri Mar 2 11:34:55 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIROTATE +#define _SMIROTATE + +/* +** Include files +*/ +#include + + /* + ** Function reference + */ +int SmiRotate(); +int SmiCreateRotate(); + +/* +** Structure definitions and Typedefs +*/ + +/* +** Rotate pipeline context block. +*/ +typedef struct _RotatePipeCtx { + PipeElementCommonPart common; + struct _RotatePart { + PipeSinkPtr src; + PipeSinkPtr dst; + double angle; + PipeDrainPtr srcdrn; + unsigned long fill[XieK_MaxComponents]; /* Fill values */ + } RotatePart; +} RotatePipeCtx, *RotatePipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, Rotate part, access MACROs +*/ +#define RotSrcDrn_(ctx) (((RotatePipeCtxPtr)(ctx))->RotatePart.srcdrn) +#define RotAngle_(ctx) (((RotatePipeCtxPtr)(ctx))->RotatePart.angle) +#define RotFill_(ctx,i) (((RotatePipeCtxPtr)(ctx))->RotatePart.fill[i]) + +/* +** Rotate Parameters +*/ +#define RotSrcSnk_(ctx) (((RotatePipeCtxPtr)(ctx))->RotatePart.src) +#define RotDstSnk_(ctx) (((RotatePipeCtxPtr)(ctx))->RotatePart.dst) + +#endif +/* _SMIROTATE */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiScale.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiScale.c new file mode 100644 index 0000000..4ffb1c5 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiScale.c @@ -0,0 +1,995 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains the support for the scale pipeline element. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** +** AUTHOR(S): +** +** John Weber +** Rich Hennessy ( 16 bit support ) +** +** CREATION DATE: +** +** March 25, 1989 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + +/* +** Include files +*/ +#include + +#include "SmiScale.h" + +/* +** Table of contents +*/ +int SmiScale(); +int SmiCreateScale(); + +static int _ScaleInitialize(); +static int _ScaleActivate(); +static int _ScaleDestroy(); + +static ScaleHorzPtr _ScaleHorizontal(); +static ScaleVertPtr _ScaleVertical(); + +static int _ScaleVerticalUp(); +static int _ScaleVerticalDown(); + +static int _ScaleHorizontalNone(); + +static int _ScaleHorizontalDownBits(); +static int _ScaleHorizontalDownBytes(); +static int _ScaleHorizontalDownFloats(); +static int _ScaleHorizontalDownWords(); + +static int _ScaleHorizontalUpBits(); +static int _ScaleHorizontalUpBytes(); +static int _ScaleHorizontalUpFloats(); +static int _ScaleHorizontalUpWords(); + +static UdpPtr _ChkUdp(); + + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* +** Local Storage +*/ + /* + ** Scale Element Vector + */ +static PipeElementVector ScalePipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeScaleElement, /* Structure subtype */ + sizeof(ScalePipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _ScaleInitialize, /* Initialize entry */ + _ScaleActivate, /* Activate entry */ + NULL, /* Flush entry */ + _ScaleDestroy, /* Destroy entry */ + NULL /* Abort entry */ + }; + +/***************************************************************************** +** SmiCreateScale +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the SCALE pipeline element +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiCreateScale( pipe, srcsnk, dstsnk ) + Pipe pipe; + PipeSinkPtr srcsnk; + PipeSinkPtr dstsnk; +{ + ScalePipeCtxPtr ctx = (ScalePipeCtxPtr) + DdxCreatePipeCtx_( pipe, &ScalePipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + + /* + ** Copy parameters into context record + */ + SclSrcSnk_(ctx) = srcsnk; + SclDstSnk_(ctx) = dstsnk; + /* + ** Create a drain on the source sink to read all components. + */ + SclSrcDrn_(ctx) = DdxRmCreateDrain_( srcsnk, -1 ); + if( !IsPointer_(SclSrcDrn_(ctx)) ) return( (int) SclSrcDrn_(ctx) ); + /* + ** Calculate scale factors + */ + SclXScl_(ctx) = (double) SnkWidth_(dstsnk,0) + / (double) SnkWidth_(srcsnk,0); + SclYScl_(ctx) = (double) SnkHeight_(dstsnk,0) + / (double) SnkHeight_(srcsnk,0); + /* + ** Set input and output quantums based on scale factors + */ + DdxRmSetQuantum_( SclSrcDrn_(ctx), + (int)(SclYScl_(ctx) < 1.0 ? 1.0 / SclYScl_(ctx) : 1.0) ); + DdxRmSetQuantum_( dstsnk, 1 ); + /* + ** Set input and output data types. + ** Assume byte for output, but we might choose float later. + */ + DdxRmSetDType_( SclSrcDrn_(ctx), UdpK_DTypeUndefined, DtM_Any ); + DdxRmSetDType_( SclDstSnk_(ctx), UdpK_DTypeUndefined, DtM_Any ); + + return( Success ); +} /* end SmiCreateScale */ + +/***************************************************************************** +** _ScaleInitialize +** +** FUNCTIONAL DESCRIPTION: +** +** This function initializes the SCALE pipeline element +** +** FORMAL PARAMETERS: +** +** ctx - scale pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleInitialize(ctx) +ScalePipeCtxPtr ctx; +{ + int dtype, status; + + /* + ** Initialize input drain. + */ + status = DdxRmInitializePort_( CtxHead_(ctx), SclSrcDrn_(ctx) ); + if( status != Success ) return( status ); + CtxInp_(ctx) = SclSrcDrn_(ctx); + + /* + ** Initialize output sink. + */ + dtype = DdxRmGetDType_( SclSrcDrn_(ctx) ); + DdxRmSetDType_( SclDstSnk_(ctx), dtype, 1<= DatY1_(src) && sy <= DatY2_(src) ) + { + dst = DdxRmAllocData_(SclDstSnk_(ctx), idx, SclDstScn_(ctx,idx), 1); + status = (int) dst; + if( !IsPointer_(dst) ) continue; + + status = (*SclHrzRou_(ctx))( DatUdpPtr_(src), + DatUdpPtr_(dst), + SclXScl_(ctx), + SclYScl_(ctx)); + + for( sy = ++SclDstScn_(ctx,idx) / SclYScl_(ctx); + status == Success && sy >= DatY1_(src) && sy <= DatY2_(src) + && SclDstScn_(ctx,idx) < SnkHeight_(SclDstSnk_(ctx),idx); + sy = ++SclDstScn_(ctx,idx) / SclYScl_(ctx) ) + { /* + ** Hand out reference copies to do vertical scale-up. + */ + copy = DdxRmAllocRefDesc_( dst, DatY1_(dst), 1 ); + if( IsPointer_(copy) ) + { + status = DdxRmPutData_( SclDstSnk_(ctx), dst ); + dst = copy; + DatY1_(dst)++; + DatY2_(dst)++; + } + else + status = (int) copy; + } + if( status != Success ) continue; + + status = DdxRmPutData_( SclDstSnk_(ctx), dst ); + dst = NULL; + } + } + return( status ); +} + +/***************************************************************************** +** _ScaleDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the scale +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - scale pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _ScaleDestroy(ctx) +ScalePipeCtxPtr ctx; +{ + SclSrcDrn_(ctx) = DdxRmDestroyDrain_( SclSrcDrn_(ctx) ); + + return( Success ); +} + +/***************************************************************************** +** SmiScale +** +** FUNCTIONAL DESCRIPTION: +** +** +** FORMAL PARAMETERS: +** +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiScale(srcudp,dstudp) +UdpPtr srcudp; +UdpPtr dstudp; +{ + UdpPtr dst; + double xscale; + double yscale; + int (*horizontal_scale)(); + int status = Success; + + if( dstudp->UdpA_Base == NULL ) + { /* + ** Allocate the destination image array + */ + dstudp->UdpA_Base = DdxMallocBits_( dstudp->UdpL_ArSize ); + if( dstudp->UdpA_Base == NULL ) return( BadAlloc ); + } + + /* + ** Calculate horizontal and vertical scale factors. + */ + xscale = (double) dstudp->UdpL_PxlPerScn / (double) srcudp->UdpL_PxlPerScn; + yscale = (double) dstudp->UdpL_ScnCnt / (double) srcudp->UdpL_ScnCnt; + /* + ** Determine the proper horizontal scale routine to call based + ** on source data type and scale factors. + */ + horizontal_scale = _ScaleHorizontal( xscale, srcudp->UdpB_DType ); + if( !IsPointer_(horizontal_scale) ) return( (int) horizontal_scale ); + + /* + ** If destination is not a supported type, create an intermediate + ** image. + */ + dst = _ChkUdp(srcudp, dstudp); + if( !IsPointer_(dst) ) return( (int) dst ); + + /* + ** Now, call the proper routine based on scale factors. + */ + status = (*_ScaleVertical(yscale)) + (srcudp, dst, xscale, yscale, horizontal_scale); + /* + ** If a temporary image was necessary, convert to the desired data type + ** and delete the temporary. + */ + if( dst != dstudp ) + { + if( status == Success ) + status = DdxConvert_( dst, dstudp, XieK_MoveMode ); + if( IsPointer_(dst->UdpA_Base) ) + DdxFreeBits_(dst->UdpA_Base); + DdxFree_(dst); + } + return( status ); +} + + +static ScaleHorzPtr _ScaleHorizontal(xscale, dtype) +double xscale; +char dtype; +{ + if( xscale < 1.0 ) + /* + ** Scaling down + */ + switch (dtype) + { + case UdpK_DTypeBU: + return( _ScaleHorizontalDownBytes ); + + case UdpK_DTypeF: + return( _ScaleHorizontalDownFloats ); + + case UdpK_DTypeVU: + case UdpK_DTypeV: + return( _ScaleHorizontalDownBits ); + + case UdpK_DTypeWU: + return( _ScaleHorizontalDownWords ); + + case UdpK_DTypeUndefined: + case UdpK_DTypeLU: + default: + return( (ScaleHorzPtr) BadValue ); + } + else if( xscale > 1.0 ) + /* + ** Scaling up + */ + switch (dtype) + { + case UdpK_DTypeBU: + return( _ScaleHorizontalUpBytes ); + + case UdpK_DTypeF: + return( _ScaleHorizontalUpFloats ); + + case UdpK_DTypeVU: + case UdpK_DTypeV: + return( _ScaleHorizontalUpBits ); + + case UdpK_DTypeWU: + return( _ScaleHorizontalUpWords ); + + case UdpK_DTypeLU: + case UdpK_DTypeUndefined: + default: + return( (ScaleHorzPtr) BadValue ); + } + else + /* + ** No scale + */ + return( _ScaleHorizontalNone ); +} + +static ScaleVertPtr _ScaleVertical(yscale) +double yscale; +{ + if( yscale <= 1.0 ) + /* + ** Scaling down or none, return pointer to scale down routine. + */ + return( _ScaleVerticalDown ); + + else + /* + ** Scaling up, return pointer to scale up routine. + */ + return( _ScaleVerticalUp ); +} + +static int _ScaleVerticalUp( srcudp, dstudp, xscale, yscale, hrz_scale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +int (*hrz_scale)(); +{ + UdpRec dscn; /* This is a UDP that will describe a */ + /* single destination scanline */ + int sx, sy, dx, dy, status = Success; + + dscn = *dstudp; + /* + ** Set up a temporary UDP to describe a single scanline + */ + dscn.UdpL_ScnCnt = 1; + dscn.UdpL_Y1 = dscn.UdpL_Y2 = dstudp->UdpL_Y1; + + while( dscn.UdpL_Y1 <= dstudp->UdpL_Y2 ) + { + sy = (int)((double)dscn.UdpL_Y1 / yscale ); + + status = (*hrz_scale)(srcudp,&dscn,xscale,yscale); + if( status != Success ) + break; + + dscn.UdpL_Y1 = ++dscn.UdpL_Y2; + dscn.UdpL_Pos += dscn.UdpL_ScnStride; + + while( (int)((double)dscn.UdpL_Y1 / yscale ) == sy + && dscn.UdpL_Y1 <= dstudp->UdpL_Y2 ) + { + memcpy( dscn.UdpA_Base + dscn.UdpL_Pos / 8, + dscn.UdpA_Base+(dscn.UdpL_Pos-dscn.UdpL_ScnStride) / 8, + dscn.UdpL_ScnStride / 8 ); + dscn.UdpL_Y1 = ++dscn.UdpL_Y2; + dscn.UdpL_Pos += dscn.UdpL_ScnStride; + } + } + return( status ); +} + +static int _ScaleVerticalDown( srcudp, dstudp, xscale, yscale, hrz_scale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +int (*hrz_scale)(); +{ + UdpRec dscn; /* This is a UDP that will describe a */ + /* single destination scanline */ + int sx, sy, dx, dy, status = Success; + + dscn = *dstudp; + /* + ** Set up a temporary UDP to describe a single scanline + */ + dscn.UdpL_ScnCnt = 1; + dscn.UdpL_Y1 = dscn.UdpL_Y2 = dstudp->UdpL_Y1; + + while( dscn.UdpL_Y1 <= dstudp->UdpL_Y2 ) + { + status = (*hrz_scale)(srcudp,&dscn,xscale,yscale); + if( status != Success ) + break; + dscn.UdpL_Y1 = ++dscn.UdpL_Y2; + dscn.UdpL_Pos += dscn.UdpL_ScnStride; + } + return( status ); +} + +static int _ScaleHorizontalNone( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + return( DdxCopy_( srcudp, dstudp, + dstudp->UdpL_X1, (int)((double)dstudp->UdpL_Y1 / yscale ) + - srcudp->UdpL_Y1, + dstudp->UdpL_X1, dstudp->UdpL_Y1, + dstudp->UdpL_PxlPerScn, dstudp->UdpL_ScnCnt ) ); +} + +static int _ScaleHorizontalDownBits( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + int s_cmask, d_cmask, value; + int s_scan_offset; + int s_offset; + + int d_scan_offset; + int d_offset; + + int sx, sy; + int dx, dy; + + s_cmask = srcudp->UdpL_Levels - 1; + d_cmask = dstudp->UdpL_Levels - 1; + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; dx++ ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + value = GET_VALUE_(srcudp->UdpA_Base,s_offset,s_cmask); + PUT_VALUE_(dstudp->UdpA_Base, d_offset, value, d_cmask); + + d_offset += dstudp->UdpL_PxlStride; + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + + +static int _ScaleHorizontalDownBytes( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + int s_scan_offset; + int s_offset; + + int d_scan_offset; + int d_offset; + + int sx, sy; + int dx, dy; + + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; dx++ ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + *(unsigned char *)(dstudp->UdpA_Base + d_offset / 8) = + *(unsigned char *)(srcudp->UdpA_Base + s_offset/8); + + d_offset += dstudp->UdpL_PxlStride; + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + + +static int _ScaleHorizontalDownFloats( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + int s_scan_offset; + int s_offset; + + int d_scan_offset; + int d_offset; + + int sx, sy; + int dx, dy; + + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; dx++ ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + *(float *)(dstudp->UdpA_Base + d_offset / 8) = + *(float *)(srcudp->UdpA_Base + s_offset/8); + + d_offset += dstudp->UdpL_PxlStride; + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + + +static int _ScaleHorizontalDownWords( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + int s_scan_offset; + int s_offset; + + int d_scan_offset; + int d_offset; + + int sx, sy; + int dx, dy; + + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; dx++ ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + *(unsigned short *)(dstudp->UdpA_Base + d_offset / 8) = + *(unsigned short *)(srcudp->UdpA_Base + s_offset/8); + + d_offset += dstudp->UdpL_PxlStride; + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + + +static int _ScaleHorizontalUpBits( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + int s_cmask, d_cmask, value; + int s_scan_offset; + int s_offset; + + int d_scan_offset; + int d_offset; + + int sx, sy; + int dx, dy; + + s_cmask = srcudp->UdpL_Levels - 1; + d_cmask = dstudp->UdpL_Levels - 1; + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + value = GET_VALUE_(srcudp->UdpA_Base,s_offset,s_cmask); + + do { + PUT_VALUE_(dstudp->UdpA_Base, d_offset, value, d_cmask); + dx++; + d_offset += dstudp->UdpL_PxlStride; + } + while( sx == (int)((double)dx / xscale ) && dx <= dstudp->UdpL_X2 ); + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + + +static int _ScaleHorizontalUpBytes( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + int s_scan_offset; + int s_offset; + + int d_scan_offset; + int d_offset; + + int sx, sy; + int dx, dy; + + unsigned char value; + + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + value = *(unsigned char *) (srcudp->UdpA_Base + s_offset/8); + + do { + *(unsigned char *)(dstudp->UdpA_Base + d_offset / 8) = value; + dx++; + d_offset += dstudp->UdpL_PxlStride; + } + while( sx == (int)((double)dx / xscale ) && dx <= dstudp->UdpL_X2 ); + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + + +static int _ScaleHorizontalUpFloats( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + int s_scan_offset; + int s_offset; + + int d_scan_offset; + int d_offset; + + int sx, sy; + int dx, dy; + + float value; + + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + value = *(float *) (srcudp->UdpA_Base + s_offset/8); + + do { + *(float *)(dstudp->UdpA_Base + d_offset / 8) = value; + dx++; + d_offset += dstudp->UdpL_PxlStride; + } + while( sx == (int)((double)dx / xscale ) && dx <= dstudp->UdpL_X2 ); + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + + +static int _ScaleHorizontalUpWords( srcudp, dstudp, xscale, yscale ) +UdpPtr srcudp; +UdpPtr dstudp; +double xscale; +double yscale; +{ + int s_scan_offset; + int s_offset; + + int d_scan_offset; + int d_offset; + + int sx, sy; + int dx, dy; + + unsigned short value; + + d_scan_offset = dstudp->UdpL_Pos; + + for( dy = dstudp->UdpL_Y1; dy <= dstudp->UdpL_Y2; dy++ ) + { + sy = (int)((double)dy / yscale ); + + s_scan_offset = srcudp->UdpL_Pos + + ((sy - srcudp->UdpL_Y1) * srcudp->UdpL_ScnStride); + d_offset = d_scan_offset; + + for( dx = dstudp->UdpL_X1; dx <= dstudp->UdpL_X2; ) + { + sx = (int)((double)dx / xscale ); + + s_offset = s_scan_offset + (srcudp->UdpL_PxlStride * sx); + + value = *(unsigned short *) (srcudp->UdpA_Base + s_offset/8); + + do { + *(unsigned short *)(dstudp->UdpA_Base + d_offset / 8) = value; + dx++; + d_offset += dstudp->UdpL_PxlStride; + } + while( sx == (int)((double)dx / xscale ) && dx <= dstudp->UdpL_X2 ); + } + d_scan_offset += dstudp->UdpL_ScnStride; + } + return( Success ); +} + + +/****************************************************************************** +** _ChkUdp +** +** FUNCTIONAL DESCRIPTION: +** +** Check dst udp and convert to one of our supported types if needed. +** +** FORMAL PARAMETERS: +** +** in - Point to input udp, which drives the type selection. +** out - Pointer to out udp +** +******************************************************************************/ +static UdpPtr _ChkUdp( in, out ) + UdpPtr in; + UdpPtr out; +{ + int itype, otype; + UdpPtr dst = out; + + itype = DdxGetTyp_( in ); + otype = DdxGetTyp_( out ); + + if( itype != otype ) + { + dst = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( dst == NULL ) return( (UdpPtr) BadAlloc ); + + *dst = *out; + + switch( itype ) + { + case XieK_AF: + dst->UdpB_DType = UdpK_DTypeF; + dst->UdpW_PixelLength = sizeof(float) * 8; + break; + case XieK_AWU: + dst->UdpB_DType = UdpK_DTypeWU; + dst->UdpW_PixelLength = sizeof(short) * 8; + break; + case XieK_ABU: + dst->UdpB_DType = UdpK_DTypeBU; + dst->UdpW_PixelLength = sizeof(char) * 8; + break; + default: + dst->UdpB_DType = UdpK_DTypeVU; + dst->UdpW_PixelLength = 1; + break; + } + + dst->UdpB_Class = dst->UdpB_DType == UdpK_DTypeVU ? UdpK_ClassUBA + : UdpK_ClassA; + dst->UdpL_PxlStride = dst->UdpW_PixelLength; + dst->UdpL_ScnStride = dst->UdpL_PxlStride*out->UdpL_PxlPerScn; + dst->UdpL_ArSize = dst->UdpL_ScnStride*out->UdpL_ScnCnt; + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + + if( dst->UdpA_Base == NULL ) + dst = (UdpPtr) DdxFree_( dst ); + } + return( dst ); +} /* end _ChkUdp */ +/* end module SmiScale */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiScale.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiScale.h new file mode 100644 index 0000000..9f4fdff --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiScale.h @@ -0,0 +1,125 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the SCALE pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** +** AUTHOR(S): +** +** John Weber +** +** CREATION DATE: +** +** March 25, 1989 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMISCALE +#define _SMISCALE + +/* +** Include files +*/ +#include + + /* + ** Function reference + */ +int SmiScale(); +int SmiCreateScale(); + +/* +** Structure definitions and Typedefs +*/ +typedef int (*ScaleHorzPtr)(); +typedef int (*ScaleVertPtr)(); + +typedef struct _ScalePipeCtx { + PipeElementCommonPart common; + struct _ScalePart { + PipeSinkPtr srcsnk; + PipeSinkPtr dstsnk; + PipeDrainPtr srcdrn; + long int dstscn[XieK_MaxComponents]; + double x_scale; + double y_scale; + ScaleHorzPtr horizontal; + } ScalePart; +} ScalePipeCtx, *ScalePipeCtxPtr; + +/* +** MACRO definitions +*/ + /* + ** Pipeline context SCALE access MACROs + */ +#define SclSrcSnk_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.srcsnk) +#define SclDstSnk_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.dstsnk) +#define SclSrcDrn_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.srcdrn) +#define SclDstScn_(ctx,i) (((ScalePipeCtxPtr)(ctx))->ScalePart.dstscn[(i)]) +#define SclXScl_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.x_scale) +#define SclYScl_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.y_scale) +#define SclHrzRou_(ctx) (((ScalePipeCtxPtr)(ctx))->ScalePart.horizontal) + +#endif +/* _SMISCALE */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiStats.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiStats.c new file mode 100644 index 0000000..384068b --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiStats.c @@ -0,0 +1,3208 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains routines for computing image data statistics. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** John Weber +** +** CREATION DATE: +** +** May 15, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + +/* +** Include files +*/ +#include +#include /* X definitions */ +#include /* XIE device dependant definitions */ +#include /* UDP structure definitions */ +#ifndef VXT +#include +#else +#include +#endif + +/* +** Table of contents +*/ + +/* +** Point statistics routines. +*/ + +int SmiStatsPoint(); + +static int PointStatsByte(); +static int PointStatsWord(); +static int PointStatsLong(); +static int PointStatsFloat(); +static int PointStatsBits(); +/* +** Area statistics routines. +*/ +int SmiStatsArea(); + +static int _AreaErr(); + +static int _AreaMinB(); +static int _AreaMinW(); +static int _AreaMinL(); +static int _AreaMinF(); +static int _AreaMinV(); + +static int _AreaMaxB(); +static int _AreaMaxW(); +static int _AreaMaxL(); +static int _AreaMaxF(); +static int _AreaMaxV(); + +static int _AreaMeanB(); +static int _AreaMeanW(); +static int _AreaMeanL(); +static int _AreaMeanF(); +static int _AreaMeanV(); + +static int _AreaStdDevB(); +static int _AreaStdDevW(); +static int _AreaStdDevL(); +static int _AreaStdDevF(); +static int _AreaStdDevV(); + +static int _AreaVarB(); +static int _AreaVarW(); +static int _AreaVarL(); +static int _AreaVarF(); +static int _AreaVarV(); + +static int _AreaCppMinB(); +static int _AreaCppMinW(); +static int _AreaCppMinL(); +static int _AreaCppMinF(); +static int _AreaCppMinV(); + +static int _AreaCppMaxB(); +static int _AreaCppMaxW(); +static int _AreaCppMaxL(); +static int _AreaCppMaxF(); +static int _AreaCppMaxV(); + +static int _AreaCppMeanB(); +static int _AreaCppMeanW(); +static int _AreaCppMeanL(); +static int _AreaCppMeanF(); +static int _AreaCppMeanV(); + +static int _AreaCppStdDevB(); +static int _AreaCppStdDevW(); +static int _AreaCppStdDevL(); +static int _AreaCppStdDevF(); +static int _AreaCppStdDevV(); + +static int _AreaCppVarB(); +static int _AreaCppVarW(); +static int _AreaCppVarL(); +static int _AreaCppVarF(); +static int _AreaCppVarV(); + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ +#define XieK_StypeMin 0 +#define XieK_StypeMinimum 1 +#define XieK_StypeMaximum 2 +#define XieK_StypeMean 3 +#define XieK_StypeStdDev 4 +#define XieK_StypeVariance 5 +#define XieK_StypeMax 6 +/* +** External References +*/ + +/* +** Local Storage +*/ + /* + ** These tables describe routines to call for statistics based on source + ** data type, selector, and if a CPP is required. + */ +static int (*area_stats_table[UdpK_DTypeMax+1][XieK_StypeMax])() = { + _AreaErr, _AreaErr, _AreaErr, _AreaErr, _AreaErr, _AreaErr, + _AreaErr, _AreaMinB, _AreaMaxB, _AreaMeanB, _AreaStdDevB, _AreaVarB, + _AreaErr, _AreaMinW, _AreaMaxW, _AreaMeanW, _AreaStdDevW, _AreaVarW, + _AreaErr, _AreaMinL, _AreaMaxL, _AreaMeanL, _AreaStdDevL, _AreaVarL, + _AreaErr, _AreaMinF, _AreaMaxF, _AreaMeanF, _AreaStdDevF, _AreaVarF, + _AreaErr, _AreaMinV, _AreaMaxV, _AreaMeanV, _AreaStdDevV, _AreaVarV, + _AreaErr, _AreaMinV, _AreaMaxV, _AreaMeanV, _AreaStdDevV, _AreaVarV +}; + +static int (*area_stats_cpp_table[UdpK_DTypeMax+1][XieK_StypeMax])() = { + _AreaErr, _AreaErr, _AreaErr, _AreaErr, _AreaErr, _AreaErr, + _AreaErr, _AreaCppMinB, _AreaCppMaxB, _AreaCppMeanB, _AreaCppStdDevB, _AreaCppVarB, + _AreaErr, _AreaCppMinW, _AreaCppMaxW, _AreaCppMeanW, _AreaCppStdDevW, _AreaCppVarW, + _AreaErr, _AreaCppMinL, _AreaCppMaxL, _AreaCppMeanL, _AreaCppStdDevL, _AreaCppVarL, + _AreaErr, _AreaCppMinF, _AreaCppMaxF, _AreaCppMeanF, _AreaCppStdDevF, _AreaCppVarF, + _AreaErr, _AreaCppMinV, _AreaCppMaxV, _AreaCppMeanV, _AreaCppStdDevV, _AreaCppVarV, + _AreaErr, _AreaCppMinV, _AreaCppMaxV, _AreaCppMeanV, _AreaCppStdDevV, _AreaCppVarV +}; + +/***************************************************************************** +** SmiStatsPoint +** +** FUNCTIONAL DESCRIPTION: +** +** This routine returns statistics about a rectangular region surrounding +** a pixel location. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** x - X location of pixel. +** y - Y location of pixel. +** width - width of region. +** height - height of region. +** value - returned value of pixel at (x,y). +** min - returned minimum pixel value in region. +** max - returned maxumum pixel value in region. +** mean - returned mean pixel value in region. +** stddev - returned standard deviation of pixel values in region. +** var - returned variance of pixel values in region. +** +** FUNCTION VALUE: +** +** status, returns Success, or error. +** +*****************************************************************************/ +int SmiStatsPoint(src,x,y,width,height,value,min,max,mean,stddev,var) +UdpPtr src; /* source data descriptor */ +int x; /* X location of pixel */ +int y; /* Y location of pixel */ +int width; /* width of region */ +int height; /* height of region */ +double *value; /* returned value of pixel at (x,y) */ +double *min; /* returned minimum pixel value in region */ +double *max; /* returned maxumum pixel value in region */ +double *mean; /* returned mean pixel value in region */ +double *stddev; /* returned standard deviation of pixel values in */ + /* region */ +double *var; /* returned variance of pixel values in region */ +{ + UdpRec srcudp; + int valoff; + int status; + /* + ** Initial X,Y must be inside the source image. + */ + if (x < src->UdpL_X1 || x > src->UdpL_X2 || + y < src->UdpL_Y1 || y > src->UdpL_Y2) + return( BadValue ); + /* + ** Determine the spatial extent over which the image statistics + ** will be calculated. If the corners of the region go out of range of + ** the source, they are reset to the nearest edge. + */ + srcudp = *src; + + srcudp.UdpL_X1 = x - width / 2; + srcudp.UdpL_Y1 = y - height / 2; + srcudp.UdpL_X2 = srcudp.UdpL_X1 + width; + srcudp.UdpL_Y2 = srcudp.UdpL_Y1 + height; + + if (srcudp.UdpL_X1 < src->UdpL_X1) srcudp.UdpL_X1 = src->UdpL_X1; + if (srcudp.UdpL_Y1 < src->UdpL_Y1) srcudp.UdpL_Y1 = src->UdpL_Y1; + if (srcudp.UdpL_X2 > src->UdpL_X2) srcudp.UdpL_X2 = src->UdpL_X2; + if (srcudp.UdpL_Y2 > src->UdpL_Y2) srcudp.UdpL_Y2 = src->UdpL_Y2; + + srcudp.UdpL_PxlPerScn = srcudp.UdpL_X2 - srcudp.UdpL_X1 + 1; + srcudp.UdpL_ScnCnt = srcudp.UdpL_Y2 - srcudp.UdpL_Y1 + 1; + + srcudp.UdpL_Pos += (srcudp.UdpL_X1 - src->UdpL_X1) * src->UdpL_PxlStride + + (srcudp.UdpL_Y1 - src->UdpL_Y1) * src->UdpL_ScnStride; + /* + ** Now, call calculation routine based on data type. + */ + valoff = srcudp.UdpL_Pos + (y - srcudp.UdpL_Y1) * srcudp.UdpL_ScnStride + + (x - srcudp.UdpL_X1) * srcudp.UdpL_PxlStride; + + switch (srcudp.UdpB_DType) + { + case UdpK_DTypeBU: + *value = *(unsigned char *)(srcudp.UdpA_Base + valoff / 8); + status = PointStatsByte(&srcudp,min,max,mean,var); + break; + case UdpK_DTypeWU: + *value = *(unsigned short *)(srcudp.UdpA_Base + valoff / 8); + status = PointStatsWord(&srcudp,min,max,mean,var); + break; + case UdpK_DTypeLU: + *value = *(unsigned char *)(srcudp.UdpA_Base + valoff / 8); + status = PointStatsLong(&srcudp,min,max,mean,var); + break; + case UdpK_DTypeF: + *value = *(unsigned char *)(srcudp.UdpA_Base + valoff / 8); + status = PointStatsFloat(&srcudp,min,max,mean,var); + break; + case UdpK_DTypeVU: + case UdpK_DTypeV: + *value = GET_VALUE_(srcudp.UdpA_Base, + valoff, + (1<UdpA_Base + src->UdpL_Pos / 8; + unsigned char *pel_ptr = scan_ptr; + int scnstride = src->UdpL_ScnStride / 8; + int pxlstride = src->UdpL_PxlStride / 8; + + unsigned char value; + + int count = src->UdpL_PxlPerScn * src->UdpL_ScnCnt; + unsigned char lclmin = *pel_ptr; + unsigned char lclmax = *pel_ptr; + + double sum = 0.0; + double sumsqr = 0.0; + /* + ** Do first pass to get min, max, and mean + */ + for (scan = src->UdpL_Y1; scan <= src->UdpL_Y2; scan++) + { + pel_ptr = scan_ptr; + for (pel = src->UdpL_X1; pel <= src->UdpL_X2; pel++) + { + value = *pel_ptr; + /* + ** Keep track of minimum and maximum values. + */ + if (value > lclmax) lclmax = value; + if (value < lclmin) lclmin = value; + /* + ** Keep runnning sum of samples and square of samples. + */ + sum += value; + sumsqr += value * value; + /* + ** Update source data pointer + */ + pel_ptr += pxlstride; + } + /* + ** Update source data pointer + */ + scan_ptr += scnstride; + } + /* + ** Return values. + */ + *min = lclmin; + *max = lclmax; + *mean = sum / (double)count; + *var = (sumsqr-((sum*sum)/(double)count))/(double)(count-1); + + return( Success ); +} + +/***************************************************************************** +** PointStatsWord +** +** FUNCTIONAL DESCRIPTION: +** +** This routine calculates point stats for a word UDP. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** value - returned value of pixel at (x,y). +** min - returned minimum pixel value in region. +** max - returned maxumum pixel value in region. +** mean - returned mean pixel value in region. +** stddev - returned standard deviation of pixel values in region. +** var - returned variance of pixel values in region. +** +** FUNCTION VALUE: +** +** status, returns Success, or error. +** +*****************************************************************************/ +static int PointStatsWord(src,min,max,mean,var) +UdpPtr src; /* source data descriptor */ +double *min; /* returned minimum pixel value in region */ +double *max; /* returned maxumum pixel value in region */ +double *mean; /* returned mean pixel value in region */ +double *var; /* returned variance of pixel values in region */ +{ + int scan; + int pel; + + unsigned short *scan_ptr = + (unsigned short *)(src->UdpA_Base + src->UdpL_Pos / 8); + unsigned short *pel_ptr = scan_ptr; + int scnstride = src->UdpL_ScnStride / 16; + int pxlstride = src->UdpL_PxlStride / 16; + + unsigned short value; + unsigned short lclmin = *pel_ptr; + unsigned short lclmax = *pel_ptr; + int count = src->UdpL_PxlPerScn * src->UdpL_ScnCnt; + + double sum = 0.0; + double sumsqr = 0.0; + /* + ** Do first pass to get min, max, and mean + */ + for (scan = src->UdpL_Y1; scan <= src->UdpL_Y2; scan++) + { + pel_ptr = scan_ptr; + for (pel = src->UdpL_X1; pel <= src->UdpL_X2; pel++) + { + value = *pel_ptr; + /* + ** Keep track of minimum and maximum values. + */ + if (value > lclmax) lclmax = value; + if (value < lclmin) lclmin = value; + /* + ** Keep runnning sum. + */ + sum += value; + sumsqr += value * value; + /* + ** Update source data pointer + */ + pel_ptr += pxlstride; + } + /* + ** Update source data pointer + */ + scan_ptr += scnstride; + } + /* + ** Return values. + */ + *min = lclmin; + *max = lclmax; + *mean = sum / (double)count; + *var = (sumsqr-((sum*sum)/(double)count))/(double)(count-1); + + return( Success ); +} + +/***************************************************************************** +** PointStatsLong +** +** FUNCTIONAL DESCRIPTION: +** +** This routine calculates point stats for a long UDP. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** value - returned value of pixel at (x,y). +** min - returned minimum pixel value in region. +** max - returned maxumum pixel value in region. +** mean - returned mean pixel value in region. +** stddev - returned standard deviation of pixel values in region. +** var - returned variance of pixel values in region. +** +** FUNCTION VALUE: +** +** status, returns Success, or error. +** +*****************************************************************************/ +static int PointStatsLong(src,min,max,mean,var) +UdpPtr src; /* source data descriptor */ +double *min; /* returned minimum pixel value in region */ +double *max; /* returned maxumum pixel value in region */ +double *mean; /* returned mean pixel value in region */ +double *var; /* returned variance of pixel values in region */ +{ + int scan; + int pel; + + unsigned long *scan_ptr = + (unsigned long *)(src->UdpA_Base + src->UdpL_Pos / 8); + unsigned long *pel_ptr = scan_ptr; + int scnstride = src->UdpL_ScnStride / 32; + int pxlstride = src->UdpL_PxlStride / 32; + + unsigned long value; + unsigned long lclmin = *pel_ptr; + unsigned long lclmax = *pel_ptr; + int count = src->UdpL_PxlPerScn * src->UdpL_ScnCnt; + + double sum = 0.0; + double sumsqr = 0.0; + /* + ** Do first pass to get min, max, and mean + */ + for (scan = src->UdpL_Y1; scan <= src->UdpL_Y2; scan++) + { + pel_ptr = scan_ptr; + for (pel = src->UdpL_X1; pel <= src->UdpL_X2; pel++) + { + value = *pel_ptr; + /* + ** Keep track of minimum and maximum values. + */ + if (value > lclmax) lclmax = value; + if (value < lclmin) lclmin = value; + /* + ** Keep runnning sum. + */ + sum += value; + sumsqr += value * value; + /* + ** Update source data pointer + */ + pel_ptr += pxlstride; + } + /* + ** Update source data pointer + */ + scan_ptr += scnstride; + } + /* + ** Return values. + */ + *min = lclmin; + *max = lclmax; + /* + ** MEAN : + ** _ N + ** x = 1/N * sum x + ** i=1 i + ** + */ + *mean = (double)sum / (double)count; + /* + ** VARIANCE : + ** 2 N N + ** s = 1 / (N-1) * ( sum x² - 1/N * (sum x )²) + ** i=1 i=1 i + */ + *var = (sumsqr-((sum*sum)/(double)count))/(double)(count-1); + + return( Success ); +} + +/***************************************************************************** +** PointStatsFloat +** +** FUNCTIONAL DESCRIPTION: +** +** This routine calculates point stats for a float UDP. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** value - returned value of pixel at (x,y). +** min - returned minimum pixel value in region. +** max - returned maxumum pixel value in region. +** mean - returned mean pixel value in region. +** stddev - returned standard deviation of pixel values in region. +** var - returned variance of pixel values in region. +** +** FUNCTION VALUE: +** +** status, returns Success, or error. +** +*****************************************************************************/ +static int PointStatsFloat(src,min,max,mean,var) +UdpPtr src; /* source data descriptor */ +double *min; /* returned minimum pixel value in region */ +double *max; /* returned maxumum pixel value in region */ +double *mean; /* returned mean pixel value in region */ +double *var; /* returned variance of pixel values in region */ +{ + int scan; + int pel; + + float *scan_ptr = (float *)(src->UdpA_Base + src->UdpL_Pos / 8); + float *pel_ptr = scan_ptr; + int scnstride = src->UdpL_ScnStride / 32; + int pxlstride = src->UdpL_PxlStride / 32; + + float value; + float lclmin = *pel_ptr; + float lclmax = *pel_ptr; + int count = src->UdpL_PxlPerScn * src->UdpL_ScnCnt; + + double sum = 0.0; + double sumsqr = 0.0; + /* + ** Do first pass to get min, max, and mean + */ + for (scan = src->UdpL_Y1; scan <= src->UdpL_Y2; scan++) + { + pel_ptr = scan_ptr; + for (pel = src->UdpL_X1; pel <= src->UdpL_X2; pel++) + { + value = *pel_ptr; + /* + ** Keep track of minimum and maximum values. + */ + if (value > lclmax) lclmax = value; + if (value < lclmin) lclmin = value; + /* + ** Keep runnning sum. + */ + sum += value; + sumsqr += value * value; + /* + ** Update source data pointer + */ + pel_ptr += pxlstride; + } + /* + ** Update source data pointer + */ + scan_ptr += scnstride; + } + /* + ** Return values. + */ + *min = lclmin; + *max = lclmax; + *mean = sum / (double)count; + *var = (sumsqr-((sum*sum)/(double)count))/(double)(count-1); + + return( Success ); +} + +/***************************************************************************** +** PointStatsBits +** +** FUNCTIONAL DESCRIPTION: +** +** This routine calculates point stats for a bits UDP. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** value - returned value of pixel at (x,y). +** min - returned minimum pixel value in region. +** max - returned maxumum pixel value in region. +** mean - returned mean pixel value in region. +** stddev - returned standard deviation of pixel values in region. +** var - returned variance of pixel values in region. +** +** FUNCTION VALUE: +** +** status, returns success, or error. +** +*****************************************************************************/ +static int PointStatsBits(src,min,max,mean,var) +UdpPtr src; /* source data descriptor */ +double *min; /* returned minimum pixel value in region */ +double *max; /* returned maxumum pixel value in region */ +double *mean; /* returned mean pixel value in region */ +double *var; /* returned variance of pixel values in region */ +{ + int scan; + int pel; + + int scan_ptr = src->UdpL_Pos; + int pel_ptr = scan_ptr; + + unsigned long value; + unsigned long pel_mask = (1 << src->UdpW_PixelLength) - 1; + unsigned long lclmin = GET_VALUE_(src->UdpA_Base,pel_ptr,pel_mask); + unsigned long lclmax = GET_VALUE_(src->UdpA_Base,pel_ptr,pel_mask); + int count = src->UdpL_PxlPerScn * src->UdpL_ScnCnt; + + double sum = 0.0; + double sumsqr = 0.0; + /* + ** Do first pass to get min, max, and mean + */ + for (scan = src->UdpL_Y1; scan <= src->UdpL_Y2; scan++) + { + pel_ptr = scan_ptr; + for (pel = src->UdpL_X1; pel <= src->UdpL_X2; pel++) + { + value = GET_VALUE_(src->UdpA_Base,pel_ptr,pel_mask); + /* + ** Keep track of minimum and maximum values. + */ + if (value > lclmax) lclmax = value; + if (value < lclmin) lclmin = value; + /* + ** Keep runnning sum. + */ + sum += value; + sumsqr += value * value; + /* + ** Update source data pointer + */ + pel_ptr += src->UdpL_PxlStride; + } + /* + ** Update source data pointer + */ + scan_ptr += src->UdpL_ScnStride; + } + /* + ** Return values. + */ + *min = lclmin; + *max = lclmax; + *mean = sum / (double)count; + *var = (sumsqr-((sum*sum)/(double)count))/(double)(count-1); + + return( Success ); +} + +/***************************************************************************** +** SmiAreaStats +** +** FUNCTIONAL DESCRIPTION: +** +** This routine fills the destination UDP with the results of the +** statistics operation specified by the selector calculated over values +** surrounding each point in the source. The size of the area calculated +** over is determined by the edge parameter. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** dst - destination data descriptor. +** roi - region of interest or CPP, may be NULL. +** selector - operation to perform. +** edge - size of source area to calculate over. +** +** FUNCTION VALUE: +** +** status, returns Success, or error. +** +*****************************************************************************/ +int SmiStatsArea(src,dst,roi,selector,edge,constrain) +UdpPtr src; +UdpPtr dst; +UdpPtr roi; +int selector; +int edge; +int constrain; +{ + int status; + /* + ** Local copies of the UDPs which will describe the intersection of the + ** ROI, source UDP, and destination UDP. + */ + UdpRec srcudp; + UdpRec dstudp; + UdpRec roiudp; + + /* + ** Allocate the destination image array + */ + if( dst->UdpA_Base == NULL ) + { + dst->UdpA_Base = DdxMallocBits_( dst->UdpL_ArSize ); + if( dst->UdpA_Base == NULL ) return( BadAlloc ); + } + + /* + ** Set up destination UDP to always be float + */ + if (dst->UdpB_DType != UdpK_DTypeF) + { + dstudp = *dst; + + dstudp.UdpW_PixelLength = sizeof(float) * 8; + dstudp.UdpB_DType = UdpK_DTypeF; + dstudp.UdpB_Class = UdpK_ClassA; + dstudp.UdpL_PxlStride = dstudp.UdpW_PixelLength; + dstudp.UdpL_ScnStride = dstudp.UdpL_PxlPerScn * dstudp.UdpL_PxlStride; + dstudp.UdpL_Pos = 0; + + dstudp.UdpL_ArSize = dstudp.UdpL_ScnCnt * dstudp.UdpL_ScnStride; + dstudp.UdpA_Base = (unsigned char *) DdxMalloc_(dstudp.UdpL_ArSize / 8); + } + /* + ** Determine intersection of source, destination, and ROI. + */ + roiudp.UdpA_Base = NULL; + status = DdxResolveUdp_( src, + dst->UdpB_DType == UdpK_DTypeF ? dst : &dstudp, + roi, + &srcudp, + &dstudp, + &roiudp ); + if( status != Success ) return( status ); + /* + ** Call routine based on selector and source data type. + */ + /* + ** Perform bounds checking on dtype and selector before entering?? + */ + if (roiudp.UdpA_Base == NULL) + status = (*area_stats_table[srcudp.UdpB_DType][selector]) + (&srcudp,&dstudp,edge); + else + status = (*area_stats_cpp_table[selector][srcudp.UdpB_DType]) + (&srcudp,&dstudp,&roiudp,edge); + /* + ** If output UDP not float, do a convert into the required data type. + */ + if (dst->UdpB_DType != UdpK_DTypeF) + { + DdxConvert_( &dstudp, dst, constrain ); + DdxFree_( dstudp.UdpA_Base ); + } + + return( status ); +} + +/***************************************************************************** +** _AreaErr +** +** FUNCTIONAL DESCRIPTION: +** +** This routine returns BadValue error for selectors and/or data type out +** of range errors. +** +** FORMAL PARAMETERS: +** +** none +** +** IMPLICIT INPUTS: +** +** none +** +** IMPLICIT OUTPUTS: +** +** none +** +** FUNCTION VALUE: +** +** status, returns BadValue always. +** +** SIDE EFFECTS: +** +** none +** +*****************************************************************************/ +static int _AreaErr() +{ + return( BadValue ); +} + +/***************************************************************************** +** _AreaMin* +** +** FUNCTIONAL DESCRIPTION: +** +** These routines fill the destination UDP with the minimum of pixel +** values surrounding each point in the source. The size of the area +** calculated over is determined by the edge parameter. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** dst - destination data descriptor. +** edge - size of source area to calculate over. +** +** FUNCTION VALUE: +** +** success +** +*****************************************************************************/ +static int _AreaMinB(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned char *spelptr; /* Source pixel pointer */ + unsigned char *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + unsigned char min; + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(char) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(char) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Get the first pixel value in this block, and save that as the + ** initial minimum. + */ + sscnptr = (unsigned char *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(char) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + min = *(sscnptr); + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + if (min > *spelptr) + min = *spelptr; + spelptr += spelstr; + } + sscnptr += sscnstr; + } + /* + ** Store the local minimum in the destination UDP buffer, and + ** update destination pointer. + */ + *dpelptr = min; + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaMinW(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned short *spelptr; /* Source pixel pointer */ + unsigned short *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + unsigned short min; + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(short) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(short) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Get the first pixel value in this block, and save that as the + ** initial minimum. + */ + sscnptr = (unsigned short *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(short) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + min = *(sscnptr); + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + if (min > *spelptr) + min = *spelptr; + spelptr += spelstr; + } + sscnptr += sscnstr; + } + /* + ** Store the local minimum in the destination UDP buffer, and + ** update destination pointer. + */ + *dpelptr = min; + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaMinL(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned long *spelptr; /* Source pixel pointer */ + unsigned long *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + unsigned long min; + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(long) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(long) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Get the first pixel value in this block, and save that as the + ** initial minimum. + */ + sscnptr = (unsigned long *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(long) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + min = *(sscnptr); + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + if (min > *spelptr) + min = *spelptr; + spelptr += spelstr; + } + sscnptr += sscnstr; + } + /* + ** Store the local minimum in the destination UDP buffer, and + ** update destination pointer. + */ + *dpelptr = min; + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaMinF(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + float *spelptr; /* Source pixel pointer */ + float *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + float min; + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(float) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(float) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Get the first pixel value in this block, and save that as the + ** initial minimum. + */ + sscnptr = (float *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(float) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + min = *(sscnptr); + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + if (min > *spelptr) + min = *spelptr; + spelptr += spelstr; + } + sscnptr += sscnstr; + } + /* + ** Store the local minimum in the destination UDP buffer, and + ** update destination pointer. + */ + *dpelptr = min; + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaMinV(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + int speloff; /* Source pixel bit offset */ + int sscnoff; /* Source scanline bit offset */ + int srcmsk; /* Source pixel mask */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + float min; + int value; + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride; + sscnstr = src->UdpL_ScnStride; + srcmsk = (1 << src->UdpL_Levels) - 1; + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Get the first pixel value in this block, and save that as the + ** initial minimum. + */ + sscnoff = src->UdpL_Pos + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + min = GET_VALUE_(src->UdpA_Base,sscnoff,srcmsk); + + for (sscn = bscn; sscn <= escn; sscn++) + { + speloff = sscnoff; + for (spel = bpxl; spel <= epxl; spel++) + { + value = GET_VALUE_(src->UdpA_Base,speloff,srcmsk); + if (min > value) + min = value; + speloff += spelstr; + } + sscnoff += sscnstr; + } + /* + ** Store the local minimum in the destination UDP buffer, and + ** update destination pointer. + */ + *dpelptr = min; + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +/***************************************************************************** +** _AreaMax* +** +** FUNCTIONAL DESCRIPTION: +** +** These routines fill the destination UDP with the maximum of pixel +** values surrounding each point in the source. The size of the area +** calculated over is determined by the edge parameter. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** dst - destination data descriptor. +** edge - size of source area to calculate over. +** +** FUNCTION VALUE: +** +** success +** +*****************************************************************************/ +static int _AreaMaxB(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned char *spelptr; /* Source pixel pointer */ + unsigned char *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + unsigned char max; + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(char) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(char) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Get the first pixel value in this block, and save that as the + ** initial maximum. + */ + sscnptr = (unsigned char *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(char) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + max = *(sscnptr); + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + if (max < *spelptr) + max = *spelptr; + spelptr += spelstr; + } + sscnptr += sscnstr; + } + /* + ** Store the local maximum in the destination UDP buffer, and + ** update destination pointer. + */ + *dpelptr = max; + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaMaxW(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned short *spelptr; /* Source pixel pointer */ + unsigned short *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + unsigned short max; + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(short) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(short) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Get the first pixel value in this block, and save that as the + ** initial maximum. + */ + sscnptr = (unsigned short *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(short) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + max = *(sscnptr); + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + if (max < *spelptr) + max = *spelptr; + spelptr += spelstr; + } + sscnptr += sscnstr; + } + /* + ** Store the local maximum in the destination UDP buffer, and + ** update destination pointer. + */ + *dpelptr = max; + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaMaxL(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned long *spelptr; /* Source pixel pointer */ + unsigned long *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + unsigned long max; + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(long) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(long) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Get the first pixel value in this block, and save that as the + ** initial maximum. + */ + sscnptr = (unsigned long *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(long) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + max = *(sscnptr); + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + if (max < *spelptr) + max = *spelptr; + spelptr += spelstr; + } + sscnptr += sscnstr; + } + /* + ** Store the local maximum in the destination UDP buffer, and + ** update destination pointer. + */ + *dpelptr = max; + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaMaxF(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + float *spelptr; /* Source pixel pointer */ + float *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + float max; + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(float) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(float) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Get the first pixel value in this block, and save that as the + ** initial maximum. + */ + sscnptr = (float *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(float) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + max = *(sscnptr); + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + if (max < *spelptr) + max = *spelptr; + spelptr += spelstr; + } + sscnptr += sscnstr; + } + /* + ** Store the local maximum in the destination UDP buffer, and + ** update destination pointer. + */ + *dpelptr = max; + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaMaxV(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + return( BadImplementation ); +} + +/***************************************************************************** +** _AreaMean* +** +** FUNCTIONAL DESCRIPTION: +** +** These routines fill the destination UDP with the mean of pixel +** values surrounding each point in the source. The size of the area +** calculated over is determined by the edge parameter. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** dst - destination data descriptor. +** edge - size of source area to calculate over. +** +** FUNCTION VALUE: +** +** success +** +*****************************************************************************/ + +static int _AreaMeanB(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned char *spelptr; /* Source pixel pointer */ + unsigned char *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + double sum; /* Sum of pixel values in area */ + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(char) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(char) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Initialize scanline pointer and sum. + */ + sscnptr = (unsigned char *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(char) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + sum = 0.0; + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + sum += *spelptr; + sscnptr += sscnstr; + } + /* + ** Store the local mean in the destination UDP buffer, and + ** update destination pointer. + */ + *dpelptr = (double)sum / (double)((escn-bscn+1) * (epxl-bpxl+1)); + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaMeanW(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned short *spelptr; /* Source pixel pointer */ + unsigned short *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + double sum; /* Sum of pixel values in area */ + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(short) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(short) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Initialize scanline pointer and sum. + */ + sscnptr = (unsigned short *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(short) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + sum = 0.0; + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + sum += *spelptr; + sscnptr += sscnstr; + } + /* + ** Store the local mean in the destination UDP buffer, and + ** update destination pointer. + */ + *dpelptr = sum / (double)((escn-bscn+1) * (epxl-bpxl+1)); + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaMeanL(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned long *spelptr; /* Source pixel pointer */ + unsigned long *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + double sum; /* Sum of pixel values in area */ + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(long) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(long) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Initialize scanline pointer and sum. + */ + sscnptr = (unsigned long *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(long) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + sum = 0.0; + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + sum += *spelptr; + sscnptr += sscnstr; + } + /* + ** Store the local mean in the destination UDP buffer, and + ** update destination pointer. + */ + *dpelptr = sum / (double)((escn-bscn+1) * (epxl-bpxl+1)); + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaMeanF(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + float *spelptr; /* Source pixel pointer */ + float *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + double sum; /* Sum of pixel values in area */ + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(float) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(float) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Initialize scanline pointer and sum. + */ + sscnptr = (float *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(float) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + sum = 0.0; + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + sum += *spelptr; + sscnptr += sscnstr; + } + /* + ** Store the local mean in the destination UDP buffer, and + ** update destination pointer. + */ + *dpelptr = sum / (double)((escn-bscn+1) * (epxl-bpxl+1)); + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaMeanV(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + return( BadImplementation ); +} + +/***************************************************************************** +** _AreaStdDev* +** +** FUNCTIONAL DESCRIPTION: +** +** These routines fill the destination UDP with the standard deviation of +** pixel values surrounding each point in the source. The size of the area +** calculated over is determined by the edge parameter. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** dst - destination data descriptor. +** edge - size of source area to calculate over. +** +** FUNCTION VALUE: +** +** success +** +*****************************************************************************/ +static int _AreaStdDevB(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned char *spelptr; /* Source pixel pointer */ + unsigned char *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + unsigned long count; /* Count of pixels in local area */ + double sum; /* Sum of pixel values in area */ + double sumsqr; /* Sum of pixel values in area */ + + double var; /* Variance */ + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(char) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(char) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Initialize scanline pointer and sum. + */ + sscnptr = (unsigned char *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(char) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + count = (escn - bscn + 1) * (epxl - bpxl + 1); + sum = 0.0; + sumsqr = 0.0; + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + sum += *spelptr; + sumsqr += *spelptr * *spelptr; + } + sscnptr += sscnstr; + } + /* + ** Store the local standard deviation in the destination UDP + ** buffer, and update destination pointer. + */ + var = (sumsqr-((sum*sum)/(double)count))/(double)(count-1); + *dpelptr = sqrt(var); + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaStdDevW(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned short *spelptr; /* Source pixel pointer */ + unsigned short *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + unsigned long count; /* Count of pixels in local area */ + double sum; /* Sum of pixel values in area */ + unsigned long sumsqr; /* Sum of pixel values in area */ + + double var; /* Variance */ + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(short) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(short) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Initialize scanline pointer and sum. + */ + sscnptr = (unsigned short *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(short) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + count = (escn - bscn + 1) * (epxl - bpxl + 1); + sum = 0.0; + sumsqr = 0.0; + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + sum += *spelptr; + sumsqr += *spelptr * *spelptr; + } + sscnptr += sscnstr; + } + /* + ** Store the local standard deviation in the destination UDP + ** buffer, and update destination pointer. + */ + var = (sumsqr-((sum*sum)/(double)count))/(double)(count-1); + *dpelptr = sqrt(var); + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaStdDevL(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned long *spelptr; /* Source pixel pointer */ + unsigned long *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + unsigned long count; /* Count of pixels in local area */ + double sum; /* Sum of pixel values in area */ + double sumsqr; /* Sum of pixel values in area */ + + double var; /* Variance */ + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(long) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(long) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Initialize scanline pointer and sum. + */ + sscnptr = (unsigned long *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(long) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + count = (escn - bscn + 1) * (epxl - bpxl + 1); + sum = 0.0; + sumsqr = 0.0; + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + sum += *spelptr; + sumsqr += *spelptr * *spelptr; + } + sscnptr += sscnstr; + } + /* + ** Store the local standard deviation in the destination UDP + ** buffer, and update destination pointer. + */ + var = (sumsqr-((sum*sum)/(double)count))/(double)(count-1); + *dpelptr = sqrt(var); + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaStdDevF(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + float *spelptr; /* Source pixel pointer */ + float *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + unsigned long count; /* Count of pixels in local area */ + double sum; /* Sum of pixel values in area */ + double sumsqr; /* Sum of pixel values in area */ + + double var; /* Variance */ + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(float) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(float) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Initialize scanline pointer and sum. + */ + sscnptr = (float *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(float) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + count = (escn - bscn + 1) * (epxl - bpxl + 1); + sum = 0.0; + sumsqr = 0.0; + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + sum += *spelptr; + sumsqr += *spelptr * *spelptr; + } + sscnptr += sscnstr; + } + /* + ** Store the local standard deviation in the destination UDP + ** buffer, and update destination pointer. + */ + var = (sumsqr-((sum*sum)/(double)count))/(double)(count-1); + *dpelptr = sqrt(var); + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaStdDevV(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + return( BadImplementation ); +} + +/***************************************************************************** +** _AreaVar* +** +** FUNCTIONAL DESCRIPTION: +** +** These routines fill the destination UDP with the variance of pixel +** values surrounding each point in the source. The size of the area +** calculated over is determined by the edge parameter. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** dst - destination data descriptor. +** edge - size of source area to calculate over. +** +** FUNCTION VALUE: +** +** success +** +*****************************************************************************/ +static int _AreaVarB(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned char *spelptr; /* Source pixel pointer */ + unsigned char *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + unsigned long count; /* Count of pixels in local area */ + double sum; /* Sum of pixel values in area */ + double sumsqr; /* Sum of pixel values in area */ + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(char) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(char) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Initialize scanline pointer and sum. + */ + sscnptr = (unsigned char *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(char) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + count = (escn - bscn + 1) * (epxl - bpxl + 1); + sum = 0.0; + sumsqr = 0.0; + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + sum += *spelptr; + sumsqr += *spelptr * *spelptr; + } + sscnptr += sscnstr; + } + /* + ** Store the local standard deviation in the destination UDP + ** buffer, and update destination pointer. + */ + *dpelptr = + (sumsqr-((sum*sum)/(float)count))/(float)(count-1); + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaVarW(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned short *spelptr; /* Source pixel pointer */ + unsigned short *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + unsigned long count; /* Count of pixels in local area */ + double sum; /* Sum of pixel values in area */ + double sumsqr; /* Sum of pixel values in area */ + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(short) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(short) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Initialize scanline pointer and sum. + */ + sscnptr = (unsigned short *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(short) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + count = (escn - bscn + 1) * (epxl - bpxl + 1); + sum = 0.0; + sumsqr = 0.0; + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + sum += *spelptr; + sumsqr += *spelptr * *spelptr; + } + sscnptr += sscnstr; + } + /* + ** Store the local standard deviation in the destination UDP + ** buffer, and update destination pointer. + */ + *dpelptr = + (sumsqr-((sum*sum)/(float)count))/(float)(count-1); + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaVarL(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + unsigned long *spelptr; /* Source pixel pointer */ + unsigned long *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + unsigned long count; /* Count of pixels in local area */ + double sum; /* Sum of pixel values in area */ + double sumsqr; /* Sum of pixel values in area */ + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(long) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(long) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Initialize scanline pointer and sum. + */ + sscnptr = (unsigned long *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(long) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + count = (escn - bscn + 1) * (epxl - bpxl + 1); + sum = 0.0; + sumsqr = 0.0; + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + sum += *spelptr; + sumsqr += *spelptr * *spelptr; + } + sscnptr += sscnstr; + } + /* + ** Store the local standard deviation in the destination UDP + ** buffer, and update destination pointer. + */ + *dpelptr = + (sumsqr-((sum*sum)/(float)count))/(float)(count-1); + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaVarF(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + int dpel; /* Destination pixel index */ + int dscn; /* Destination scanline index */ + int dpelstr; /* Destination pixel stride */ + int dscnstr; /* Destination scanline stride */ + float *dpelptr; /* Destination pixel pointer */ + float *dscnptr; /* Destination scanline pointer */ + + int spel; /* Source pixel index */ + int sscn; /* Source scanline index */ + int spelstr; /* Source pixel stride */ + int sscnstr; /* Source scanline stride */ + float *spelptr; /* Source pixel pointer */ + float *sscnptr; /* Source pixel pointer */ + + int bscn; /* The beginning and ending pixel */ + int escn; /* index for each local area */ + int bpxl; /* operation. */ + int epxl; + + unsigned long count; /* Count of pixels in local area */ + double sum; /* Sum of pixel values in area */ + double sumsqr; /* Sum of pixel values in area */ + + dpelstr = dst->UdpL_PxlStride / (sizeof(float) * 8); + dscnstr = dst->UdpL_ScnStride / (sizeof(float) * 8); + dscnptr = (float *)(dst->UdpA_Base + dst->UdpL_Pos / 8); + + spelstr = src->UdpL_PxlStride / (sizeof(float) * 8); + sscnstr = src->UdpL_ScnStride / (sizeof(float) * 8); + + for (dscn = dst->UdpL_Y1; dscn <= dst->UdpL_Y2; dscn++) + { + dpelptr = dscnptr; + for (dpel = dst->UdpL_X1; dpel <= dst->UdpL_X2; dpel++) + { + /* + ** Calculate source scanlines required to do this computation such + ** that we don't extend beyond the boundary of the source. + */ + bscn = dscn - edge / 2 > src->UdpL_Y1 ? + dscn - edge / 2 : dst->UdpL_Y1; + + escn = dscn - edge / 2 + edge < src->UdpL_Y2 ? + dscn - edge / 2 + edge : dst->UdpL_Y2; + + bpxl = dpel - edge / 2 > src->UdpL_X1 ? + dpel - edge / 2 : dst->UdpL_X1; + + epxl = dpel - edge / 2 + edge < src->UdpL_X2 ? + dpel - edge / 2 + edge : dst->UdpL_X2; + /* + ** Initialize scanline pointer and sum. + */ + sscnptr = (float *)src->UdpA_Base + + src->UdpL_Pos / (sizeof(float) * 8) + + (bscn - src->UdpL_Y1) * sscnstr + + (bpxl - src->UdpL_X1) * spelstr; + count = (escn - bscn + 1) * (epxl - bpxl + 1); + sum = 0.0; + sumsqr = 0.0; + + for (sscn = bscn; sscn <= escn; sscn++) + { + spelptr = sscnptr; + for (spel = bpxl; spel <= epxl; spel++) + { + sum += *spelptr; + sumsqr += *spelptr * *spelptr; + } + sscnptr += sscnstr; + } + /* + ** Store the local standard deviation in the destination UDP + ** buffer, and update destination pointer. + */ + *dpelptr = + (sumsqr-((sum*sum)/(float)count))/(float)(count-1); + dpelptr += dpelstr; + } + dscnptr += dscnstr; + } + + return( Success ); +} + +static int _AreaVarV(src,dst,edge) +UdpPtr src; +UdpPtr dst; +int edge; +{ + return( BadImplementation ); +} + +/***************************************************************************** +** _AreaCppMin* +** +** FUNCTIONAL DESCRIPTION: +** +** These routines fill the destination UDP with the minimum of pixel +** values surrounding each point in the source which has a bit set in the +** corresponding position in the CPP. The size of the area calculated over +** is determined by the edge parameter. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** dst - destination data descriptor. +** cpp - CPP data descriptor. +** edge - size of source area to calculate over. +** +** FUNCTION VALUE: +** +** success +** +*****************************************************************************/ +static int _AreaCppMinB(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppMinW(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppMinL(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppMinF(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppMinV(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +/***************************************************************************** +** _AreaCppMax* +** +** FUNCTIONAL DESCRIPTION: +** +** These routines fill the destination UDP with the maximum of pixel +** values surrounding each point in the source which has a bit set in the +** corresponding position in the CPP. The size of the area calculated over +** is determined by the edge parameter. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** dst - destination data descriptor. +** cpp - CPP data descriptor. +** edge - size of source area to calculate over. +** +** FUNCTION VALUE: +** +** success +** +*****************************************************************************/ +static int _AreaCppMaxB(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppMaxW(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppMaxL(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppMaxF(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppMaxV(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +/***************************************************************************** +** _AreaCppMean* +** +** FUNCTIONAL DESCRIPTION: +** +** These routines fill the destination UDP with the mean of pixel values +** surrounding each point in the source which has a bit set in the +** corresponding position in the CPP. The size of the area calculated over +** is determined by the edge parameter. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** dst - destination data descriptor. +** cpp - CPP data descriptor. +** edge - size of source area to calculate over. +** +** FUNCTION VALUE: +** +** success +** +*****************************************************************************/ +static int _AreaCppMeanB(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppMeanW(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppMeanL(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppMeanF(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppMeanV(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +/***************************************************************************** +** _AreaCppStdDev* +** +** FUNCTIONAL DESCRIPTION: +** +** These routines fill the destination UDP with the standard deviation of +** pixel values surrounding each point in the source which has a bit set +** in the corresponding position in the CPP. The size of the area +** calculated over is determined by the edge parameter. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** dst - destination data descriptor. +** cpp - CPP data descriptor. +** edge - size of source area to calculate over. +** +** FUNCTION VALUE: +** +** success +** +*****************************************************************************/ +static int _AreaCppStdDevB(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppStdDevW(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppStdDevL(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppStdDevF(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppStdDevV(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +/***************************************************************************** +** _AreaCppVar* +** +** FUNCTIONAL DESCRIPTION: +** +** These routines fill the destination UDP with the variance of pixel +** values surrounding each point in the source which has a bit set in the +** corresponding position in the CPP. The size of the area calculated over +** is determined by the edge parameter. +** +** FORMAL PARAMETERS: +** +** src - source data descriptor. +** dst - destination data descriptor. +** cpp - CPP data descriptor. +** edge - size of source area to calculate over. +** +** FUNCTION VALUE: +** +** success +** +*****************************************************************************/ +static int _AreaCppVarB(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppVarW(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppVarL(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppVarF(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} + +static int _AreaCppVarV(src,dst,cpp,edge) +UdpPtr src; +UdpPtr dst; +UdpPtr cpp; +int edge; +{ + return( BadImplementation ); +} diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiStats.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiStats.h new file mode 100644 index 0000000..3ec4eda --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiStats.h @@ -0,0 +1,91 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the STATS module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** +** AUTHOR(S): +** +** Richard Hennessy +** +** CREATION DATE: +** +** September 25, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMISTATS +#define _SMISTATS + + /* + ** Include files + */ + + /* + ** Function reference + */ +int SmiStatsPoint(); +int SmiStatsArea(); + +#endif +/* _SMISTATS */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiTranslate.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiTranslate.c new file mode 100644 index 0000000..32e743c --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiTranslate.c @@ -0,0 +1,790 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/****************************************************************************** +**++ +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains support for the TRANSLATE operation. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** VAX ULTRIX V3.1 +** RISC ULTRIX 3.1 +** +** AUTHORS: +** +** Gary Grebus +** +** CREATION DATE: +** +** Thu Feb 22 14:39:51 1990 +** +*******************************************************************************/ + +#include + +#include "SmiTranslate.h" + +/* +** Table of contents +*/ +int SmiCreateTranslate(); +int SmiTranslate(); + +static int _TranslateInitialize(); +static int _TranslateActivate(); +static int _TranslateAbort(); +static int _TranslateDestroy(); + +static int _TranslateResolveCpp(); +static PipeDataPtr _TranslateNxtSrc1Data(); + +/* +** Equated Symbols +*/ + +/* +** External References +*/ + +/* + * Macros + */ +#define Min_(a,b) ((a) <= (b) ? (a) : (b)) +#define Max_(a,b) ((a) > (b) ? (a) : (b)) +/* +** Local storage +*/ + /* + ** Translate Element Vector + */ +static PipeElementVector TranslatePipeElement = { + NULL, /* FLINK */ + NULL, /* BLINK */ + sizeof(PipeElementVector), /* Size */ + TypePipeElementVector, /* Structure type */ + StypeTranslateElement, /* Structure subtype */ + sizeof(TranslatePipeCtx), /* Context block size */ + 0, /* No input flag */ + 0, /* Reserved flags */ + _TranslateInitialize, /* Initialize entry */ + _TranslateActivate, /* Activate entry */ + _TranslateAbort, /* Flush entry */ + _TranslateDestroy, /* Destroy entry */ + _TranslateAbort /* Abort entry */ + }; + +/***************************************************************************** +** SmiCreateTranslate +** +** FUNCTIONAL DESCRIPTION: +** +** This function creates and fills in a TRANSLATE pipeline element. +** +** FORMAL PARAMETERS: +** +** pipe - Handle for pipe being created +** src1 - Pointer to sink containing source data being translated +** src2 - Pointer to sink containing source data being translated into +** dst - Pointer to sink to receive the result +** srcidc - Pointer to UDP describing the region to be copied from src1 +** dstidc - Pointer to UDP describing the region to be copied into +** +** FUNCTION VALUE: +** +** Success or standard X error code. +** +*****************************************************************************/ +int SmiCreateTranslate(pipe,src1,src2,dst,srcidc,dstidc) +Pipe pipe; +PipeSinkPtr src1; +PipeSinkPtr src2; +PipeSinkPtr dst; +UdpPtr srcidc; +UdpPtr dstidc; +{ + long width, height, status; + UdpPtr newcpp; + long sx1, sx2, sy1, sy2, dx1, dx2, dy1, dy2; + int i; + + TranslatePipeCtxPtr ctx = (TranslatePipeCtxPtr) + DdxCreatePipeCtx_( pipe, &TranslatePipeElement, FALSE ); + if( !IsPointer_(ctx) ) return( (int) ctx ); + + + /* + * Calculate the location and bounds of the region to be translated. + */ + if (srcidc == NULL){ + sx1 = SnkX1_(src1, 0); + sy1 = SnkY1_(src1, 0); + sx2 = SnkX2_(src1, 0); + sy2 = SnkY2_(src1, 0); + } else { + sx1 = Max_(srcidc->UdpL_X1, SnkX1_(src1, 0)); + sy1 = Max_(srcidc->UdpL_Y1, SnkY1_(src1, 0)); + sx2 = Min_(srcidc->UdpL_X2, SnkX2_(src1, 0)); + sy2 = Min_(srcidc->UdpL_Y2, SnkY2_(src1, 0)); + } + + if (dstidc == NULL) { + dx1 = SnkX1_(dst, 0); + dy1 = SnkY1_(dst, 0); + dx2 = SnkX2_(dst, 0); + dy2 = SnkY2_(dst, 0); + } else { + dx1 = Max_(dstidc->UdpL_X1, SnkX1_(dst, 0)); + dy1 = Max_(dstidc->UdpL_Y1, SnkY1_(dst, 0)); + dx2 = Min_(dstidc->UdpL_X2, SnkX2_(dst, 0)); + dy2 = Min_(dstidc->UdpL_Y2, SnkY2_(dst, 0)); + } + width = Min_(sx2 - sx1, dx2 - dx1) + 1; + height = Min_(sy2 - sy1, dy2 - dy1) + 1; + if (width <= 0 || height <= 0) { + DdxFree_( ctx ); /* DIX is supposed to catch this */ + return( BadValue ); + } + + TrnSrcX1_(ctx) = sx1; + TrnSrcY1_(ctx) = sy1; + TrnSrcY2_(ctx) = sy1 + height - 1; + TrnRoiX1_(ctx) = dx1; + TrnRoiY1_(ctx) = dy1; + TrnRoiX2_(ctx) = dx1 + width - 1; + TrnRoiY2_(ctx) = dy1 + height - 1; + + /* + ** Copy parameters into context block. + */ + TrnSrcSnk1_(ctx) = src1; + TrnSrcSnk2_(ctx) = src2; + TrnDstSnk_(ctx) = dst; + TrnSrcIdc_(ctx) = srcidc; + TrnDstIdc_(ctx) = dstidc; + + /* + ** Setup one drain per component on the first source sink. + ** Setup one drain on the second source sink. + */ + for( i = 0; i < XieK_MaxComponents && IsPointer_(SnkUdpPtr_(src1,i)); i++ ) + { + TrnSrcDrn1_(ctx, i) = DdxRmCreateDrain_( src1, 1< TrnRoiY2_(ctx) ) { + + /* This scanline comes before or after the destination ROI. + * Just copy it through. */ + status = DdxRmPutData_( TrnDstSnk_(ctx), src2 ); + TrnDat2_(ctx) = NULL; + + } else { + + /* This scanline falls within destination ROI */ + comp = DatCmpIdx_(src2); + + /* Get the next chunk of to-be-translated data */ + src1 = _TranslateNxtSrc1Data(ctx, comp); + + if (!IsPointer_(src1)) { + status = (int) src1; + break; + } + TrnDat1_(ctx, comp) = src1; + + if( DatY1_(src1) < TrnSrcY1_(ctx) || + DatY1_(src1) > TrnSrcY2_(ctx)) { + + /* This segment falls before or after the ROI. + * Throw it away. */ + DdxRmDeallocData_( src1 ); + TrnDat1_(ctx, comp) = NULL; + + } else { + /* We have the segment of to-be-translated data, and + * a background scanline within the destination ROI. + * Translate a scanline. + */ + dst = DdxRmAllocData_(TrnDstSnk_(ctx), comp, DatY1_(src2), 1); + if( !IsPointer_(dst) ) + status = (int) dst; + + if( TrnCpp_(ctx) == NULL ) { + + if( status == Success && TrnRoiX1_(ctx) > DatX1_(src2) ) + /* Copy the region left of the destination ROI */ + status = DdxCopy_( DatUdpPtr_(src2), DatUdpPtr_(dst), + 0, 0, + DatX1_(dst), DatY1_(dst), + TrnRoiX1_(ctx) - DatX1_(dst), 1 ); + + if( status == Success && TrnRoiX2_(ctx) < DatX2_(src2) ) + /* Copy the region right of the destination ROI */ + status = DdxCopy_( DatUdpPtr_(src2), DatUdpPtr_(dst), + TrnRoiX2_(ctx) + 1, 0, + TrnRoiX2_(ctx) + 1, DatY1_(dst), + DatX2_(dst) - TrnRoiX2_(ctx), 1 ); + + if( status == Success ) + /* Translate the region in the ROI */ + status = DdxCopy_( DatUdpPtr_(src1), DatUdpPtr_(dst), + TrnSrcX1_(ctx), + DatY1_(dst) - TrnRoiY1_(ctx), + TrnRoiX1_(ctx), DatY1_(dst), + TrnRoiX2_(ctx)-TrnRoiX1_(ctx)+1, 1 ); + } else { + + /* Copy the background data to the destination */ + if ( status == Success ) + status = DdxConvert_( DatUdpPtr_(src2), + DatUdpPtr_(dst), XieK_MoveMode ); + + if( status == Success ) + /* Translate the pixels selected by the CPP */ + status = DdxCopyCpp_(DatUdpPtr_(src1), DatUdpPtr_(dst), + TrnCpp_(ctx), + TrnSrcX1_(ctx), 0, + TrnRoiX1_(ctx), DatY1_(dst), + TrnRoiX2_(ctx)-TrnRoiX1_(ctx)+1,1); + } + + if( status == Success ) + status = DdxRmPutData_( TrnDstSnk_(ctx), dst ); + else + DdxRmDeallocData_(dst); + + if (DatY2_(src2) == TrnRoiY2_(ctx)) { + /* This is the last scanline which will receive translated + * data. Throw away the segment of to-be-translated data + */ + DdxRmDeallocData_( src1 ); + TrnDat1_(ctx, comp) = NULL; + } + + DdxRmDeallocData_(src2); + TrnDat2_(ctx) = NULL; + + } + } + } + return( status ); +} + +/***************************************************************************** +** _TranslateAbort +** +** FUNCTIONAL DESCRIPTION: +** +** This routine cleans up any data queued on the drains, and +** deallocates any data held in the local context. +** +** FORMAL PARAMETERS: +** +** ctx - translate pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _TranslateAbort(ctx) +TranslatePipeCtxPtr ctx; +{ + int i; + PipeDataPtr src; + + for( i = 0; i < TrnNcmp_(ctx); i++ ) + if( IsPointer_(TrnDat1_(ctx, i)) ) + TrnDat1_(ctx,i) = DdxRmDeallocData_( TrnDat1_(ctx,i) ); + + if( IsPointer_(TrnDat2_(ctx)) ) + TrnDat2_(ctx) = DdxRmDeallocData_( TrnDat2_(ctx) ); + + /* If the destination ROI ended at the end of the image, + * we will not have read any data beyond the source ROI in + * the to-be-translated image. Flush that data off of the drain. */ + for( i = 0; i < TrnNcmp_(ctx); i++ ) + { + src = _TranslateNxtSrc1Data(ctx,i); + if (IsPointer_(src)) + DdxRmDeallocData_( src ); + } + + return( Success ); +} + +/***************************************************************************** +** _TranslateDestroy +** +** FUNCTIONAL DESCRIPTION: +** +** This routine deallocates all resources allocated by the TRANSLATE +** pipeline element. +** +** FORMAL PARAMETERS: +** +** ctx - translate pipeline context +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _TranslateDestroy(ctx) +TranslatePipeCtxPtr ctx; +{ + int i; + + for( i = 0; i < TrnNcmp_(ctx); i++) + TrnSrcDrn1_(ctx, i) = DdxRmDestroyDrain_( TrnSrcDrn1_(ctx,i) ); + TrnSrcDrn2_(ctx) = DdxRmDestroyDrain_( TrnSrcDrn2_(ctx) ); + + if( IsPointer_(TrnCpp_(ctx)) ) + { + if( IsPointer_(TrnCpp_(ctx)->UdpA_Base) + && TrnCpp_(ctx)->UdpA_Base != TrnSrcIdc_(ctx)->UdpA_Base + && TrnCpp_(ctx)->UdpA_Base != TrnDstIdc_(ctx)->UdpA_Base ) + /* We allocated additional UDP storage - free it */ + DdxFreeBits_(TrnCpp_(ctx)->UdpA_Base); + + TrnCpp_(ctx) = (UdpPtr) DdxFree_( TrnCpp_(ctx) ); + } + + return( Success ); +} + +/***************************************************************************** +** SmiTranslate +** +** FUNCTIONAL DESCRIPTION: +** +** Copy a region of an input UDP into a region of an output UDP +** +** FORMAL PARAMETERS: +** +** src - source data descriptor +** dst - destination data descriptor +** srcidc - source IDC +** dstidc - destination IDC +** +** FUNCTION VALUE: +** +*****************************************************************************/ +int SmiTranslate( src1, src2, dst, srcidc, dstidc) +UdpPtr src1; +UdpPtr src2; +UdpPtr dst; +UdpPtr srcidc; +UdpPtr dstidc; +{ + unsigned width, height; + int status; + UdpPtr newcpp; + UdpPtr inroi, outroi; + + /* Copy the "background" image to the destination */ + status = DdxConvert_( src2, dst, XieK_MoveMode ); + if( status != Success ) return( status ); + + /* Determine the bounds of the destination region */ + inroi = srcidc == NULL ? src1 : srcidc; + inroi->UdpL_X1 = Max_(inroi->UdpL_X1, src1->UdpL_X1); + inroi->UdpL_X2 = Min_(inroi->UdpL_X2, src1->UdpL_X2); + inroi->UdpL_Y1 = Max_(inroi->UdpL_Y1, src1->UdpL_Y1); + inroi->UdpL_Y2 = Min_(inroi->UdpL_Y2, src1->UdpL_Y2); + if (inroi->UdpL_X1 > inroi->UdpL_X2 || inroi->UdpL_Y1 > inroi->UdpL_Y2) + return( BadValue ); + inroi->UdpL_PxlPerScn = inroi->UdpL_X2 - inroi->UdpL_X1 + 1; + inroi->UdpL_ScnCnt = inroi->UdpL_Y2 - inroi->UdpL_Y1 + 1; + + outroi = dstidc == NULL ? dst : dstidc; + outroi->UdpL_X1 = Max_(outroi->UdpL_X1, dst->UdpL_X1); + outroi->UdpL_X2 = Min_(outroi->UdpL_X2, dst->UdpL_X2); + outroi->UdpL_Y1 = Max_(outroi->UdpL_Y1, dst->UdpL_Y1); + outroi->UdpL_Y2 = Min_(outroi->UdpL_Y2, dst->UdpL_Y2); + if (outroi->UdpL_X1 > outroi->UdpL_X2 || outroi->UdpL_Y1 > outroi->UdpL_Y2) + return( BadValue ); + outroi->UdpL_PxlPerScn = outroi->UdpL_X2 - outroi->UdpL_X1 + 1; + outroi->UdpL_ScnCnt = outroi->UdpL_Y2 - outroi->UdpL_Y1 + 1; + + width = Min_(inroi->UdpL_PxlPerScn, outroi->UdpL_PxlPerScn); + height = Min_(inroi->UdpL_ScnCnt, outroi->UdpL_ScnCnt); + + /* Determine which CPP to use (if any) */ + status = _TranslateResolveCpp( srcidc, dstidc, &newcpp ); + if( status != Success ) return( status ); + + /* + ** Translate the region of interest. + */ + if( newcpp == NULL ) + status = DdxCopy_( src1, dst, + inroi->UdpL_X1, inroi->UdpL_Y1, + outroi->UdpL_X1, outroi->UdpL_Y1, width, height ); + else + status = DdxCopyCpp_( src1, dst, newcpp, + inroi->UdpL_X1, inroi->UdpL_Y1, + outroi->UdpL_X1, outroi->UdpL_Y1, width, height ); + + /* Free the temporary CPP if one was created */ + if( newcpp != NULL && newcpp != srcidc && newcpp != dstidc ) + { + if( IsPointer_(newcpp->UdpA_Base) ) + DdxFreeBits_(newcpp->UdpA_Base); + DdxFree_(newcpp); + } + return( status ); +} /* end SmiTranslate */ + +/***************************************************************************** +** _TranslateResolveCpp +** +** FUNCTIONAL DESCRIPTION: +** +** Determine the set of pixels to be processed given UDP's representing +** the IDC's. The source IDC may be omitted (NULL). Either IDC +** could represent only an ROI. +** +** FORMAL PARAMETERS: +** +** srcidc - Udp pointer for source CPP (may be NULL) +** dstidc - Udp Pointer for destination CPP +** newcpp - Pointer to return location for result CPP. +** +** FUNCTION VALUE: +** +*****************************************************************************/ +static int _TranslateResolveCpp( srcidc, dstidc, outcpp) +UdpPtr srcidc; +UdpPtr dstidc; +UdpPtr *outcpp; +{ + long int width, height, status; + UdpRec tmpsrc, tmpdst; + UdpPtr newcpp; + + if( srcidc == NULL || srcidc->UdpA_Base == NULL ) + /* Source does not have a CPP */ + if( dstidc == NULL || dstidc->UdpA_Base == NULL ) + /* There is no CPP at all */ + newcpp = NULL; + else + { + /* Only the destination is a CPP */ + newcpp = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( newcpp == NULL ) return( BadAlloc ); + *newcpp = *dstidc; + } + else + /* Source does have a CPP */ + if( dstidc == NULL || dstidc->UdpA_Base == NULL ) + { + /* Only the source has a CPP. Adjust its position to be + * relative to the destination. + */ + newcpp = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( newcpp == NULL ) return( BadAlloc ); + *newcpp = *srcidc; + newcpp->UdpL_X1 = dstidc->UdpL_X1; + newcpp->UdpL_X2 = dstidc->UdpL_X2; + newcpp->UdpL_Y1 = dstidc->UdpL_Y1; + newcpp->UdpL_Y2 = dstidc->UdpL_Y2; + } + else + { + /* Both IDC's contained a CPP. Use the intersection. */ + newcpp = (UdpPtr) DdxMalloc_(sizeof(UdpRec)); + if( newcpp == NULL ) return( BadAlloc ); + + /* Align the two input CPP's at upper left corner */ + tmpsrc = *srcidc; + tmpsrc.UdpL_X2 = tmpsrc.UdpL_X2 - tmpsrc.UdpL_X1; + tmpsrc.UdpL_Y2 = tmpsrc.UdpL_Y2 - tmpsrc.UdpL_Y1; + tmpsrc.UdpL_X1 = 0; + tmpsrc.UdpL_Y1 = 0; + + tmpdst = *dstidc; + tmpdst.UdpL_X2 = tmpdst.UdpL_X2 - tmpdst.UdpL_X1; + tmpdst.UdpL_Y2 = tmpdst.UdpL_Y2 - tmpdst.UdpL_Y1; + tmpdst.UdpL_X1 = 0; + tmpdst.UdpL_Y1 = 0; + + /* Create the new, intersected CPP */ + width = Min_(srcidc->UdpL_PxlPerScn, dstidc->UdpL_PxlPerScn); + height = Min_(srcidc->UdpL_ScnCnt, dstidc->UdpL_ScnCnt); + + newcpp->UdpW_PixelLength = 1; + newcpp->UdpB_DType = UdpK_DTypeVU; + newcpp->UdpB_Class = UdpK_ClassUBA; + newcpp->UdpL_PxlStride = 1; + newcpp->UdpL_ScnStride = width; + newcpp->UdpL_X1 = 0; + newcpp->UdpL_X2 = width - 1; + newcpp->UdpL_Y1 = 0; + newcpp->UdpL_Y2 = height - 1; + newcpp->UdpL_PxlPerScn = width; + newcpp->UdpL_ScnCnt = height; + newcpp->UdpL_Pos = 0; + newcpp->UdpL_CompIdx = 0; + newcpp->UdpL_Levels = 2; + newcpp->UdpL_ArSize = height * width; + newcpp->UdpA_Base = DdxMallocBits_(newcpp->UdpL_ArSize); + status = DdxLogical_(&tmpsrc,&tmpdst, NULL, newcpp, NULL, XieK_AND); + if( status != Success ) + { + DdxFree_(newcpp); + return( status ); + } + newcpp->UdpL_X1 = dstidc->UdpL_X1; + newcpp->UdpL_X2 = dstidc->UdpL_X1 + width - 1; + newcpp->UdpL_Y1 = dstidc->UdpL_Y1; + newcpp->UdpL_Y2 = dstidc->UdpL_Y1 + height - 1; + } + *outcpp = newcpp; + + return( Success ); +} + +/***************************************************************************** +** _TranslateNxtSrc1Data +** +** FUNCTIONAL DESCRIPTION: +** +** Attempt to read the next quantum of translated (src1) data +** for the specified component. The size of the quantum is set +** based on the state of that component. +** +** FORMAL PARAMETERS: +** +** ctx - Pipe context pointer +** comp - Component to read +** +** FUNCTION VALUE: +** +** Pointer to the data segmnt read, or error code. +** +*****************************************************************************/ +static PipeDataPtr _TranslateNxtSrc1Data( ctx, comp ) + TranslatePipeCtxPtr ctx; + int comp; +{ + PipeDataPtr src; + int quantum; + int next_state; + + quantum = 0; + + if ( TrnDat1_(ctx, comp) != NULL ) + src = TrnDat1_(ctx, comp); /* Already have the segment */ + + else { + next_state = TrnSrc1State_(ctx, comp); + switch (TrnSrc1State_(ctx, comp)) { + case 0 : + /* Get all the data before the source ROI */ + quantum = TrnSrcY1_(ctx) - SnkY1_(TrnSrcSnk1_(ctx), comp); + next_state++; + if (quantum != 0) break; + /* else fall through */ + case 1 : + /* Get all the data within the source ROI */ + quantum = TrnSrcY2_(ctx) - TrnSrcY1_(ctx) + 1; + next_state++; + if (quantum != 0) break; + + case 2 : + /* Get all the data after the source ROI */ + quantum = SnkY2_(TrnSrcSnk1_(ctx), comp) - TrnSrcY2_(ctx); + next_state++; + break; + + default : + /* Something is amiss */ + return( (PipeDataPtr)BadImplementation ); + } + + DdxRmSetQuantum_( TrnSrcDrn1_(ctx,comp), quantum ); + src = DdxRmGetData_( ctx, TrnSrcDrn1_(ctx,comp) ); + if (IsPointer_(src)) + TrnSrc1State_(ctx,comp) = next_state; + } + + return( src ); +} diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiTranslate.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiTranslate.h new file mode 100644 index 0000000..4602261 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiTranslate.h @@ -0,0 +1,159 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the TRANSLATE pipeline element module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.0 +** VAX ULTRIX V3.1 +** RISC ULTRIX V3.1 +** +** AUTHOR(S): +** +** Gary Grebus +** +** CREATION DATE: +** +** Wed Jul 11 10:29:06 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMITRANSLATE +#define _SMITRANSLATE + +/* +** Include files +*/ +#include + + /* + ** Function reference + */ +int SmiCreateTranslate(); +int SmiTranslate(); + +/* +** Structure definitions and Typedefs +*/ + +/* +** Translate pipeline context block. +*/ +typedef struct _TranslatePipeCtx { + PipeElementCommonPart common; + struct _TranslatePart { + PipeSinkPtr src1; + PipeSinkPtr src2; + PipeSinkPtr dst; + UdpPtr srcidc; + UdpPtr dstidc; + int srcx1; + int srcy1; + int srcy2; + int x1; + int x2; + int y1; + int y2; + int src1state[XieK_MaxComponents]; + int ncmp; + UdpPtr cpp; + PipeDataPtr srcdat1[XieK_MaxComponents]; + PipeDataPtr srcdat2; + PipeDrainPtr srcdrn1[XieK_MaxComponents]; + PipeDrainPtr srcdrn2; + } TranslatePart; +} TranslatePipeCtx, *TranslatePipeCtxPtr; + +/* +** MACRO definitions +*/ + +/* +** Pipeline context, Translate part, access MACROs +*/ +#define TrnSrcDrn1_(ctx,cmp) \ + (((TranslatePipeCtxPtr)(ctx))->TranslatePart.srcdrn1[cmp]) +#define TrnSrcDrn2_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.srcdrn2) +/* +** Translate Parameters +*/ +#define TrnSrcSnk1_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.src1) +#define TrnSrcSnk2_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.src2) +#define TrnDstSnk_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.dst) +#define TrnSrcX1_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.srcx1) +#define TrnSrcY1_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.srcy1) +#define TrnSrcY2_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.srcy2) +#define TrnRoiX1_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.x1) +#define TrnRoiX2_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.x2) +#define TrnRoiY1_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.y1) +#define TrnRoiY2_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.y2) +#define TrnSrc1State_(ctx, cmp)\ + (((TranslatePipeCtxPtr)(ctx))->TranslatePart.src1state[cmp]) + +#define TrnNcmp_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.ncmp) +#define TrnSrcIdc_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.srcidc) +#define TrnDstIdc_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.dstidc) +#define TrnCpp_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.cpp) +#define TrnDat1_(ctx,cmp) \ + (((TranslatePipeCtxPtr)(ctx))->TranslatePart.srcdat1[cmp]) +#define TrnDat2_(ctx) (((TranslatePipeCtxPtr)(ctx))->TranslatePart.srcdat2) + +#endif +/* _SMITRANSLATE */ diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiUtil.c b/xie/docs/dec/xie23-src/server/xie/smi/SmiUtil.c new file mode 100644 index 0000000..5713d07 --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiUtil.c @@ -0,0 +1,397 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ + +/*********************************************************** +Copyright 1990 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This module contains various utility routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Sat Mar 31 13:45:36 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ + +/* +** Definition to let include files know who's calling. +*/ +#define _SmiUtil + +/* +** Include files +*/ +#include +#include /* XIE device dependant definitions */ +#include /* UDP definitions */ + +/* +** Table of contents +*/ +int SmiCmpPreferred(); +void SmiCopyBits(); +int SmiResolveUdp(); +int SmiUsingCL(); + +/* +** MACRO definitions +*/ + +/* +** Equated Symbols +*/ +#define Success 0 +#define NoIntersect 1 +#define FALSE 0 +#define TRUE 1 +/* +** External References +*/ + +/* +** Local Storage +*/ + +/**************************************************************************** +** SmiCmpPreferred +** +** FUNCTIONAL DESCRIPTION: +** +** Answers the question: Does this DDX prefer to keep permanent data +** of the specified compression type in compressed form? +** +** Compressed form is preferred when the storage and conversion +** overhead of uncompressed data exceeds the overhead of decompressing +** the data each time it must be used. +** +** +** FORMAL PARAMETERS: +** type - compression type +** +** FUNCTION VALUE: +** TRUE or FALSE +** +*****************************************************************************/ +int SmiCmpPreferred( type ) + int type; +{ + switch (type) + { + + case XieK_G31D : + case XieK_G32D : + case XieK_G42D : + case XieK_DCT : + return( FALSE ); + + default: + return( FALSE ); + + } +} + +/***************************************************************************** +** SmiCopyBits +** +** FUNCTIONAL DESCRIPTION: +** +** This routine copies (in a semi-optimized way) a string of bits from +** one arbitrary location to another. +** +** FORMAL PARAMETERS: +** +** in - input buffer pointer +** inofs - bit offset into input buffer +** out - output buffer pointer +** outofs - bit offset into output buffer +** count - number of bits to copy +** +*****************************************************************************/ +void SmiCopyBits(in, inofs, out, outofs, count) + char *in; + long inofs; + char *out; + long outofs; + long count; +{ + char *src, *dst; + int in_align_bits; + int out_align_bits; + unsigned int out_align_mask; + + int remainder; + + char *limit; + unsigned char temp; + + /* Compute amount by which bit streams are offset from being + * byte aligned. + */ + + in_align_bits = inofs & 7; + out_align_bits = outofs & 7; + + if (in_align_bits == 0) { + + if (out_align_bits == 0){ + + /* This is the easy case - both sides are byte aligned */ + remainder = count & 7; + + in+=(inofs>>3); + inofs = 0; + + out+=(outofs>>3); + outofs = 0; + + limit = in + (count >> 3); + + while (in < limit) + *out++ = *in++; + } else { + + /* The input is byte aligned. Fetch bytes, and store + * unaligned 8 bits chunks. */ + remainder = count & 7; + + in+=(inofs>>3); + inofs = 0; + + limit = in + (count >> 3); + + while (in < limit ) { + PUT_VALUE_(out, outofs, *in++, 0xff); + outofs+=8; + } + + } + + } else { + /* Input is not byte aligned */ + + if (out_align_bits != 0) { + + /* Neither stream is byte aligned. Align the output stream */ + out_align_mask = (1<<(8 - out_align_bits)) -1; + temp = GET_VALUE_(in, inofs, out_align_mask); + PUT_VALUE_(out, outofs, temp, out_align_mask); + + inofs += (8-out_align_bits); + outofs += (8-out_align_bits); + count -= (8-out_align_bits); + } + + /* The output is (now) byte aligned. Fetch 8 bits, store bytes */ + remainder = count & 7; + + out += (outofs>>3); + outofs = 0; + + limit = out + (count >> 3); + + while (out < limit ) { + temp = GET_VALUE_( in, inofs, 0xff); + *out++ = temp; + inofs+=8; + } + } + + /* Move the leftover (not multiple of a byte) bits. + * At this point in:inofs have been advanced to point to + * the source of the remaining bits, and out:outofs have been + * been advanced to point to the destination */ + if (remainder > 0) { + temp = GET_VALUE_(in, inofs, ((1<UdpL_X1 > idudp->UdpL_X1 ? isudp->UdpL_X1 : idudp->UdpL_X1; + Y1 = isudp->UdpL_Y1 > idudp->UdpL_Y1 ? isudp->UdpL_Y1 : idudp->UdpL_Y1; + X2 = isudp->UdpL_X2 < idudp->UdpL_X2 ? isudp->UdpL_X2 : idudp->UdpL_X2; + Y2 = isudp->UdpL_Y2 < idudp->UdpL_Y2 ? isudp->UdpL_Y2 : idudp->UdpL_Y2; + /* + ** If a ROI was also specified, intersect that with what we have thus + ** far. + */ + if (irudp != NULL) + { + X1 = X1 > irudp->UdpL_X1 ? X1 : irudp->UdpL_X1; + Y1 = Y1 > irudp->UdpL_Y1 ? Y1 : irudp->UdpL_Y1; + X2 = X2 < irudp->UdpL_X2 ? X2 : irudp->UdpL_X2; + Y2 = Y2 < irudp->UdpL_Y2 ? Y2 : irudp->UdpL_Y2; + } + /* + ** Check to make sure these UDPs do actually have an intersection. + */ + if (X1 > X2 || Y1 > Y2) + { + return NoIntersect; + } + /* + ** Now, adjust the output source UDP to describe only the bounding region. + */ + *osudp = *isudp; + + osudp->UdpL_Pos += (Y1 - osudp->UdpL_Y1) * osudp->UdpL_ScnStride + + (X1 - osudp->UdpL_X1) * osudp->UdpL_PxlStride; + osudp->UdpL_PxlPerScn = X2 - X1 + 1; + osudp->UdpL_ScnCnt = Y2 - Y2 + 1; + osudp->UdpL_X1 = X1; + osudp->UdpL_Y1 = Y1; + osudp->UdpL_X2 = X2; + osudp->UdpL_Y2 = Y2; + /* + ** Same for destination... + */ + *odudp = *idudp; + + odudp->UdpL_Pos += (Y1 - odudp->UdpL_Y1) * odudp->UdpL_ScnStride + + (X1 - odudp->UdpL_X1) * odudp->UdpL_PxlStride; + odudp->UdpL_PxlPerScn = X2 - X1 + 1; + odudp->UdpL_ScnCnt = Y2 - Y2 + 1; + odudp->UdpL_X1 = X1; + odudp->UdpL_Y1 = Y1; + odudp->UdpL_X2 = X2; + odudp->UdpL_Y2 = Y2; + /* + ** If ROI specified, then that too... + */ + if (irudp != NULL) + { + *orudp = *irudp; + + orudp->UdpL_Pos += (Y1 - orudp->UdpL_Y1) * orudp->UdpL_ScnStride + + (X1 - orudp->UdpL_X1) * orudp->UdpL_PxlStride; + orudp->UdpL_PxlPerScn = X2 - X1 + 1; + orudp->UdpL_ScnCnt = Y2 - Y2 + 1; + orudp->UdpL_X1 = X1; + orudp->UdpL_Y1 = Y1; + orudp->UdpL_X2 = X2; + orudp->UdpL_Y2 = Y2; + } + + return Success; +} + +/**************************************************************************** +** SmiUsingCL +** +** FUNCTIONAL DESCRIPTION: +** +** This function is the SMI version of the changelist support check +** used in XieTransport.c to determine if the DDX does changelists. +** The SMI DDX does not, so this function just returns false. +** +** FORMAL PARAMETERS: +** +** None. +** +** FUNCTION VALUE: +** +** FALSE == no change list support +** +*****************************************************************************/ +int SmiUsingCL() +{ + return( FALSE ); +} diff --git a/xie/docs/dec/xie23-src/server/xie/smi/SmiUtil.h b/xie/docs/dec/xie23-src/server/xie/smi/SmiUtil.h new file mode 100644 index 0000000..4e9e4da --- /dev/null +++ b/xie/docs/dec/xie23-src/server/xie/smi/SmiUtil.h @@ -0,0 +1,92 @@ +/* + * ***************************************************************** + * * * + * * Copyright (c) Digital Equipment Corporation, 1991, 1994 * + * * * + * * All Rights Reserved. Unpublished rights reserved under * + * * the copyright laws of the United States. * + * * * + * * The software contained on this media is proprietary to * + * * and embodies the confidential technology of Digital * + * * Equipment Corporation. Possession, use, duplication or * + * * dissemination of the software and media is authorized only * + * * pursuant to a valid written license from Digital Equipment * + * * Corporation. * + * * * + * * RESTRICTED RIGHTS LEGEND Use, duplication, or disclosure * + * * by the U.S. Government is subject to restrictions as set * + * * forth in Subparagraph (c)(1)(ii) of DFARS 252.227-7013, * + * * or in FAR 52.227-19, as applicable. * + * * * + * ***************************************************************** + */ +/* + * HISTORY + */ +/******************************************************************************* +** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/***************************************************************************** +** +** FACILITY: +** +** X Imaging Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** This is the header file for the UTILity module. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** +** AUTHOR(S): +** +** Richard Hennessy +** +** CREATION DATE: +** +** September 25, 1990 +** +** MODIFICATION HISTORY: +** +*****************************************************************************/ +#ifndef _SMIUTIL +#define _SMIUTIL + + /* + ** Include files + */ + + /* + ** Function reference + */ +int SmiCmpPreferred(); +void SmiCopyBits(); +int SmiResolveUdp(); +int SmiUsingCL(); + +#endif +/* _SMIUTIL */ diff --git a/xie/docs/dec/xie23/README.md b/xie/docs/dec/xie23/README.md new file mode 100644 index 0000000..24641ce --- /dev/null +++ b/xie/docs/dec/xie23/README.md @@ -0,0 +1,121 @@ +# DEC XIE 2.3 development kit (recovered from DEC OSF/1 media) + +`XieProto.h` declares the protocol this directory was recovered for: + +```c +#define XieK_MajorVersion 2 +#define XieK_MinorVersion 3 +``` + +This is the **DEC** XIE, not the X Consortium/MIT lineage: the header is DEC's own +(`Copyright 1989-1991 by Digital Equipment Corporation ... and the Massachusetts +Institute of Technology`), lives under `include/dec/extensions/`, and its revision +log says *"Update to XIE VN/ALPHA_BL1 baselevel, 92/04/06"*. + +It is the artefact the VT1200 work needed: the terminal speaks XIE 2.3 with 46 minor +slots, and `XieProto.h` gives that numbering and the request structures. + +## Provenance + +Recovered 2026-11-01 from DEC OSF/1 install media at +`https://fsck.technology/software/DEC-Compaq/Digital%20OSF1%20Install%20Media/`. +Those CDs are **UFS1 images**, not ISO-9660; they mount with +`mount -t ufs -o ro,loop,ufstype=old`, and the install kits inside are +`compress(1)`-ed tar archives. + +| local path | came from | original member | +|---|---|---| +| `include/dec/extensions/Xie*.h` | DEC OSF/1 2.0 (DECstation) media, X11 development kit | `BL8_2kits/f109.OSFXDEV200.tar.Z` → `./usr/include/dec/extensions/` | +| `lib/osf1-2.0-decstation/libXie.a` | same kit | `./usr/lib/libXie.a` | +| `man/*.3X` (84 pages) | DEC OSF/1 2.0 (DECstation), man-pages kit | `BL8_2kits/f131.OSFMANWS200.tar.Z` → `./usr/share/man/man3x/` | +| `lib/osf1-1.2-alpha/libXie.a` | DEC OSF/1 1.3a (AXP) OS CD, X11 dev kit | `ALPHA/BASE/OSFXDEV120` | +| `lib/osf1-1.2-alpha/libXie.so` | DEC OSF/1 1.3a (AXP) OS CD, X11 runtime | `ALPHA/BASE/OSFX11120` → `./usr/shlib/libXie.so` | +| `server/osf1-1.2-alpha/lib_dec_xie.so` | DEC OSF/1 1.3a (AXP) OS CD, server kit | `ALPHA/BASE/OSFSER120` → `./usr/shlib/Xserver/lib_dec_xie.so` | + +Media used (local copies, outside the repo): + +``` +/home/arti/code/k-space/dec-media/osf1-2.0-decstation.zip 125,721,389 bytes +/home/arti/code/k-space/dec-media/osf1-1.3a-os.iso 614,711,296 bytes +``` + +## Protocol request minor opcodes (`XieProto.h`) + +``` + 1 InitSession 12 AbortPhotoflo 23 Import + 2 TermSession 13 ExecutePhotoflo 24 QueryExport + 3 QueryEvents 14 TapPhotoflo 25 Area + 4 SelectEvents 15 AbortTransport 26 AreaStats + 5 SetOpDefaults 16 GetStream 27 Arith + 6 QueryOpDefaults 17 GetTile 28 CalcHist + 7 CreateByReference 18 PutStream 29 ChromeCom + 8 CreateByValue 19 PutTile 30 ChromeSep + 9 DeleteResource 20 SetTransport 31 Compare +10 QueryResource 21 Export 32 Constrain +11 BindPhotomap 22 FreeExport 33 Crop + 34 Dither 37 Luminance 40 Mirror 43 Rotate + 35 Fill 38 MatchHistogram 41 Point 44 Scale + 36 Logical 39 Math 42 PointStats 45 Translate + 46 LastRequest +``` + +Fixed packet sizes are declared alongside (`sz_xieCreateCppReq 24`, +`sz_xiePutTileReq 32`, `sz_xieCreatePhotoReq 48`, `sz_xieSetOpDefaultsReq 20`, ...), +and the full request/reply structs follow them in the same header. + +### Cross-check against the live VT1200 (observed by the peer session) + +| VT1200 slot | observed behaviour | this header says | +|---|---|---| +| 1 | 2 words, replies `2.3` | `InitSession`, `sz_xieInitSessionReq 8` | +| 2 | 1 word, success, no reply | `TermSession`, `sz_xieTermSessionReq 4` | +| 6 | bare header, empty reply | `QueryOpDefaults`, `sz_xieQueryOpDefaultsReq 4` | +| 11 | 3 words, id at byte 4 | `BindPhotomap` | +| 19 | PUT_TILE, 8+ words | `PutTile`, `sz_xiePutTileReq 32` | +| 20 | fixed 35-word request | `SetTransport` | +| 21 | 16 words | `Export` | +| 23 | `BadRequest` (not implemented) | `Import` | +| 24 | 4 words, id at byte 4 | `QueryExport` | + +Every slot lines up, which is what makes this the period numbering rather than a +coincidence. + +## What is here + +``` +include/dec/extensions/ XieProto.h XieLib.h XieAppl.h XieDdx.h + XiePipeInterface.h XieUdpDef.h XieFloat.h +lib/osf1-2.0-decstation/ libXie.a (MIPS/DECstation, 150,252 bytes) +lib/osf1-1.2-alpha/ libXie.a libXie.so (Alpha, Feb 1993) +server/osf1-1.2-alpha/ lib_dec_xie.so (Alpha X server XIE module, + XieDixProc / SProcXie*) +man/ 84 Xie*.3X man pages (DEC 1992 client API reference, + with C examples) +``` + +## md5 + +``` +0e75e976c8775ecf3edf36d11814b6bb include/dec/extensions/XieAppl.h +235c34478efd18f3c50ff02b4bc1865d include/dec/extensions/XieDdx.h +35cbcb18037d7cedb6cc3b27c13807a1 include/dec/extensions/XieFloat.h +fdcff8c986142092c6caf621e1aee4a0 include/dec/extensions/XieLib.h +8644b708a1c0124d473e0c401beec344 include/dec/extensions/XiePipeInterface.h +ea36374201767e926d23e77f8a778677 include/dec/extensions/XieProto.h +3b9ce78a243dc043749dd16c36301a18 include/dec/extensions/XieUdpDef.h +08cee42c88c71e15c3bc25faefff269c lib/osf1-1.2-alpha/libXie.a +8d24d55b571e61a2f544bc040eb7536b lib/osf1-1.2-alpha/libXie.so +09f483d8570fd1f899c78439ccd6a4b1 lib/osf1-2.0-decstation/libXie.a +eb4135366a136a4de03cb5e3ba83dc57 server/osf1-1.2-alpha/lib_dec_xie.so +``` + +## Negative results worth not repeating + +- **DEC OSF/1 1.3a layered-products CD** (Dec 1992): 14 products + (`AVO410 CXX120 DFA330 DMG320 DNA100 DPO500 FUS120 GKO510 KPC100 KPF100 + ODB110 PHO240 XML200 XXA100`) — no XIE, no DECimage. +- **Tru64 UNIX 4.0F** ships XIE 5.0 only (`xieMajorVersion 5`), and its four + `X11/extensions/XIE*.h` are **byte-identical to the MIT X11R6.1 copies**. +- **Ultrix CONDIST Oct93–May95** (VAX + RISC): `DECimage` appears only as + "DECimage Character Recognition 1.1" (UPI `MH5AA`, `/irs110`). +- **Ultrix 4.5 OS kit** (85 subsets, 13,679 members): no XIE file, no `libXie`. diff --git a/xie/docs/dec/xie23/include/dec/extensions/XieAppl.h b/xie/docs/dec/xie23/include/dec/extensions/XieAppl.h new file mode 100644 index 0000000..34e7791 --- /dev/null +++ b/xie/docs/dec/xie23/include/dec/extensions/XieAppl.h @@ -0,0 +1,287 @@ +/* + * @DEC_COPYRIGHT@ + */ +/* + * HISTORY + * $Log: XieAppl.h,v $ + * Revision 1.2.2.3 92/04/06 08:16:23 Gary_Grebus + * Update to XIE VN/ALPHA_BL1 baselevel. + * [92/03/11 07:11:11 Gary_Grebus] + * + * Revision 1.2 91/12/30 12:48:20 devbld + * Initial load of project + * + * $EndLog$ + */ +/* BuildSystemHeader added automatically */ +/* $Header: /b5/aguws3.0/aguws3.0_rcs/src/dec/extensions/include/XieAppl.h,v 1.2.2.3 92/04/06 08:16:23 Gary_Grebus Exp $ */ +/******************************************************************************* +** Copyright 1989-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension +** Sample Machine Independant DDX +** +** ABSTRACT: +** +** The Xie module contains definitions used by all of the XIE layers +** -- from the applications level through the XIE server levels. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** April 20, 1989 +** +************************************************************************/ + + /* + ** Symbol XIEAPPL allows XieAppl.h to be included multiple times. + */ +#ifndef XIEAPPL +#define XIEAPPL /* The "endif" MUST be the last line of this file. */ + +/***************************************************************************** +** Constants +*****************************************************************************/ + /* + ** X Image Extension name string + */ +#define XieS_Name "Xie" + + /* + ** Number of supported Events and Errors + */ +#define XieK_NumErrors 0 +#define XieK_NumEvents 3 + /* + ** Xie Event constants + */ +#define XieK_ComputationEvent 0 +#define XieK_PhotofloEvent 1 +#define XieK_DisplayEvent 2 + /* + ** Xie Event masks + */ +#define XieM_ComputationEvent (1< +#else +#include +#endif +#endif /* XIEAPPL */ + +/* +** MACRO definitions +*/ + /* + ** Return the minimum number of bits required to contain the specified + ** number of levels. Levels == 0 indicates unconstrained data of type + ** float. <<<< remember to include math.h >>>> + */ +#define BitsFromLevels_(levels) \ + ((levels) > 2 ? ((int)(ceil(log10((double)levels)/log10(2.0)))) : \ + (levels) > 0 ? 1 : sizeof(float) * 8) + /* + ** Determine if a value is a valid pointer or an error code. + ** <<<< remember to include X.h >>>> + */ +#ifdef BadImplementation +#define IsPointer_(ptr) (((unsigned)(ptr)) > BadImplementation) +#endif + /* + ** Convenience macros for accessing generic UdpPtr fields. + */ +#define upPxlLen_(udp) ((udp)->UdpW_PixelLength) +#define upDType_(udp) ((udp)->UdpB_DType) +#define upClass_(udp) ((udp)->UdpB_Class) +#define upBase_(udp) ((udp)->UdpA_Base) +#define upArSize_(udp) ((udp)->UdpL_ArSize) +#define upPxlStr_(udp) ((udp)->UdpL_PxlStride) +#define upScnStr_(udp) ((udp)->UdpL_ScnStride) +#define upX1_(udp) ((udp)->UdpL_X1) +#define upX2_(udp) ((udp)->UdpL_X2) +#define upY1_(udp) ((udp)->UdpL_Y1) +#define upY2_(udp) ((udp)->UdpL_Y2) +#define upWidth_(udp) ((udp)->UdpL_PxlPerScn) +#define upHeight_(udp) ((udp)->UdpL_ScnCnt) +#define upPos_(udp) ((udp)->UdpL_Pos) +#define upCmpIdx_(udp) ((udp)->UdpL_CompIdx) +#define upLvl_(udp) ((udp)->UdpL_Levels) + /* + ** Convenience macros for accessing generic UdpRec fields. + */ +#define urPxlLen_(udp) ((udp).UdpW_PixelLength) +#define urDType_(udp) ((udp).UdpB_DType) +#define urClass_(udp) ((udp).UdpB_Class) +#define urBase_(udp) ((udp).UdpA_Base) +#define urArSize_(udp) ((udp).UdpL_ArSize) +#define urPxlStr_(udp) ((udp).UdpL_PxlStride) +#define urScnStr_(udp) ((udp).UdpL_ScnStride) +#define urX1_(udp) ((udp).UdpL_X1) +#define urX2_(udp) ((udp).UdpL_X2) +#define urY1_(udp) ((udp).UdpL_Y1) +#define urY2_(udp) ((udp).UdpL_Y2) +#define urWidth_(udp) ((udp).UdpL_PxlPerScn) +#define urHeight_(udp) ((udp).UdpL_ScnCnt) +#define urPos_(udp) ((udp).UdpL_Pos) +#define urCmpIdx_(udp) ((udp).UdpL_CompIdx) +#define urLvl_(udp) ((udp).UdpL_Levels) + + /* + ** The _MD forms access memory in machine-dependant (bigendian or + ** littleendian) format. The other forms access memory in + ** image format, which is always little endian. + */ +#ifdef vax +#define READ32_(address) \ + (*((int *)(address))) +#define READ32_MD READ32_ +#else + /* + ** For machine architectures that can't access longwords + ** on non-longword aligned boundaries. + ** The (unsigned int) casts seem redundant, but they are needed + ** to make the ULTRIX/RISC compiler happy. + */ +#define READ32_(address) \ + ((unsigned int) *((unsigned char *)(address)) + \ + ((unsigned int) *(((unsigned char *)(address))+1)<< 8) + \ + ((unsigned int) *(((unsigned char *)(address))+2)<<16) + \ + ((unsigned int) *(((unsigned char *)(address))+3)<<24)) +#endif + +#ifdef BIGENDIAN +#define READ32_MD(address) \ + (*(((unsigned char *)(address))+3) + \ + (*(((unsigned char *)(address))+2)<< 8) + \ + (*(((unsigned char *)(address))+1)<<16) + \ + (* ((unsigned char *)(address)) <<24)) +#else +#define READ32_MD READ32_ +#endif + +#define GET_VALUE_(base,offset,mask) \ + (READ32_((base)+((offset)>>3))>>((offset)&7)&(mask)) +#define GET_VALUE_MD(base,offset,mask) \ + (READ32_MD((base)+((offset)>>3))>>((offset)&7)&(mask)) + +#ifdef vax +#define WRITE32_(address,value) \ + (*((int *)(address)) = (int)(value)) +#define WRITE32_MD WRITE32_ +#else +#define WRITE32_(address,value) \ + ((* ((unsigned char *)(address)) = ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+1) = (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+2) = (((int)(value))>>16)&0xff), \ + (*(((unsigned char *)(address))+3) = (((int)(value))>>24)&0xff)) +#ifdef BIGENDIAN +#define WRITE32_MD(address,value) \ + ((*(((unsigned char *)(address))+3) = ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+2) = (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+1) = (((int)(value))>>16)&0xff), \ + (* ((unsigned char *)(address)) = (((int)(value))>>24)&0xff)) +#else +#define WRITE32_MD WRITE32_ +#endif +#endif + +#ifdef vax +#define XOR_WRITE32_(address,value) \ + (*((int *)(address)) ^= (int)(value)) +#define XOR_WRITE32_MD XOR_WRITE32_ +#else +#define XOR_WRITE32_(address,value) \ + ((* ((unsigned char *)(address)) ^= ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+1) ^= (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+2) ^= (((int)(value))>>16)&0xff), \ + (*(((unsigned char *)(address))+3) ^= (((int)(value))>>24)&0xff)) +#ifdef BIGENDIAN +#define XOR_WRITE32_MD(address,value) \ + ((*(((unsigned char *)(address))+3) ^= ((int)(value)) &0xff), \ + (*(((unsigned char *)(address))+2) ^= (((int)(value))>> 8)&0xff), \ + (*(((unsigned char *)(address))+1) ^= (((int)(value))>>16)&0xff), \ + (*(((unsigned char *)(address)) ^= (((int)(value))>>24)&0xff)) +#else +#define XOR_WRITE32_MD XOR_WRITE32_ +#endif +#endif + +#define PUT_VALUE_(base,offset,value,mask) \ + (WRITE32_((base)+((offset)>>3), \ + READ32_((base)+((offset)>>3)) & ~((mask)<<((offset)&7)) \ + | (((mask)&(value))<<((offset)&0x7)))) + +#define PUT_VALUE_MD(base,offset,value,mask) \ + (WRITE32_MD((base)+((offset)>>3), \ + READ32_MD((base)+((offset)>>3)) & ~((mask)<<((offset)&7)) \ + | (((mask)&(value))<<((offset)&0x7)))) + + + /* + ** Degrees to radians conversion factor -- with inverted Y axis. + */ +#define RADIANS_PER_DEGREE -0.0174532925199432959 + /* + ** These symbols define valid UdpRec data type and class combinations. + */ +#define XieK_UBAVU 0 /* unaligned bit array */ +#define XieK_UBAV 1 /* unaligned bit array that is aligned ?? */ +#define XieK_UBSVU 2 /* unaligned bit stream */ +#define XieK_UBSV 3 /* unaligned bit stream that is aligned ?? */ +#define XieK_CLCL 4 /* change list */ +#define XieK_ABU 5 /* aligned byte array */ +#define XieK_AF 6 /* aligned float array */ +#define XieK_AWU 7 /* aligned word array */ +/* Not yet implemented +#define XieK_ALU 8 +*/ +#define XieK_DATA_TYPE_COUNT 8 + + /* + ** Defs for DDX table entry points + */ +#ifndef externalref +#if (defined(VMS) && defined(VAXC)) +#define externalref globalref +#else +#define externalref extern +#endif +#endif + + /* + ** Typedefs + */ +typedef unsigned long card32; +typedef unsigned long (*Fcard32)(); /* Used in DDX dispatch table */ + + /* + ** Data structures for passing Template IDC (kernel) data to DDX + ** routines. + */ +typedef struct { + float value; /* A template value */ + long int increment; /* Number of kernel elements skipped + * between previous and this element, + * plus 1. Zero marks end of row */ +} TmpDatEntryRec, *TmpDatEntryPtr; + +typedef struct { + long int center_x; /* Template center X coordinate */ + long int center_y; /* Template center Y coordinate */ + long int x_count; /* Template x dimension */ + long int y_count; /* Template y dimension */ + TmpDatEntryPtr array; /* Pointer to the template data + * records */ +} TmpDatRec, *TmpDatPtr; + +/***************************************************************************** +** +** Xie Ddx Index - +** +** FUNCTIONAL DESCRIPTION: +** +** The following symbols define the indices into the dispatch table +** used to call "atomic" DDX functions. These functions include both +** processing routines for the protocol functions and DDX support +** routines. +** +** WARNING: The indices here AND the order of the XieDdxProc table +** in SmiDdx.c MUST match. +** +*****************************************************************************/ + /* + ** Protocol processing routines + */ +#define D_dxArea 0 /* Protocol functions */ +#define D_dxStatsArea 1 +#define D_dxArith 2 +#define D_dxHistogram 3 +#define D_dxChromeCom 4 +#define D_dxChromeSep 5 +#define D_dxCompare 6 +#define D_dxConstrain 7 +#define D_dxCrop 8 +#define D_dxDither 9 +#define D_dxFill 10 +#define D_dxLogical 11 +#define D_dxLuminance 12 +#define D_dxMatchHistogram 13 +#define D_dxMath 14 +#define D_dxMirror 15 +#define D_dxPoint 16 +#define D_dxStatsPoint 17 +#define D_dxRotate 18 +#define D_dxScale 19 +#define D_dxTranslate 20 +#define D_dxRmOwnData 21 + /* 21..32 -- was Compression handlers */ + /* + ** DDX specific function indices + */ +#define D_dxInit 33 /* DDX Init routine */ +#define D_dxReset 34 /* " Reset */ +#define D_dxOptimizePipe 35 /* " Pipeline optimizer */ +#define D_dxConvert 36 /* Udp support routines */ +#define D_dxCopy 37 +#define D_dxGetTyp 38 +#define D_dxCopyBits 39 +#define D_dxResolveUdp 40 +#define D_dxCalloc 41 /* Memory mgt routines */ +#define D_dxCallocBits 42 +#define D_dxCfree 43 +#define D_dxFree 44 +#define D_dxFreeBits 45 +#define D_dxMalloc 46 +#define D_dxMallocBits 47 +#define D_dxRealloc 48 +#define D_dxReallocBits 49 +#define D_dxCreatePipeline 50 /* Pipeline routines */ +#define D_dxDestroyPipeline 51 +#define D_dxPipeHasYielded 52 /* was D_dxExecutePipeline */ +#define D_dxInitiatePipeline 53 +#define D_dxResumePipeline 54 +#define D_dxFlushPipeline 55 +#define D_dxAbortPipeline 56 +#define D_dxRmAllocData 57 /* Pipe resource mgr routines */ +#define D_dxRmAllocDataDesc 58 +#define D_dxRmAllocPermDesc 59 +#define D_dxRmAllocRefDesc 60 +#define D_dxRmBestDType 61 +#define D_dxRmCreateDrain 62 +#define D_dxRmCreateSink 63 +#define D_dxRmDeallocData 64 +#define D_dxRmDeallocDataDesc 65 +#define D_dxRmDestroyDrain 66 +#define D_dxRmDestroySink 67 +#define D_dxRmGetData 68 +#define D_dxRmGetDType 69 +#define D_dxRmGetMaxQuantum 70 +#define D_dxRmGetQuantum 71 +#define D_dxRmHasQuantum 72 +#define D_dxRmInitializePort 73 +#define D_dxRmMergeBuffers 75 +#define D_dxRmObtainQuantum 76 +#define D_dxRmPutData 77 +#define D_dxRmSetDType 78 +#define D_dxRmSetQuantum 79 +#define D_dxRmSplitBuffers 80 +#define D_dxSchedProcessComplete 81 /* Pipe scheduling routines */ +#define D_dxSchedProcessReady 82 +#define D_dxSchedOkToRun 83 +#define D_dxBuildChangeList 84 /* Change list routines */ +#define D_dxPutRuns 85 +#define D_dxFfsLong 86 +#define D_dxFfcLong 87 +#define D_dxFillRegion 88 /* Miscellaneous additions */ +#define D_dxConvertCpp 89 +#define D_dxCopyCpp 90 +#define D_dxEncodeG4 91 +#define D_dxEncodeDct 92 +#define D_dxDecodeG4 93 +#define D_dxDecodeDct 94 +#define D_dxPosCl 95 +#define D_dxCheckLicense 96 + /* More RM functions */ +#define D_dxRmAllocCmpDataDesc 97 /* was D_dxRmGetAlignment */ +#define D_dxRmSetAlignment 98 +#define D_dxRmCreateDataDesc 99 +#define D_dxCreatePipeCtx 100 +#define D_dxUsingCL 101 +#define D_dxCmpPreferred 102 /* was D_dxSmiDecodeG4IsAtomic */ +#define D_dxRmAllocDataArray 103 +#define D_dxRmAllocCmpPermDesc 104 +#define D_dxSchedProcessNoInput 105 + +/***************************************************************************** +** +** DDX Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the DDX functions while hiding +** the implementation from the caller. +** +*****************************************************************************/ + /* + ** DDX function access macro + ** This macro calls an arbitrary DDX routine through the + ** xieDdxProc dispatch table. + ** + ** func = the Mi function index from this file. + ** + */ +externalref card32 (*xieDdxProc[])(); +#define CallDdx_(func) (*(xieDdxProc)[func]) + /* + ** Image functions + */ +#define DdxArea_ CallDdx_(D_dxArea) +#define DdxStatsArea_ CallDdx_(D_dxStatsArea) +#define DdxArith_ CallDdx_(D_dxArith) +#define DdxHistogram_ CallDdx_(D_dxHistogram) +#define DdxChromeCom_ CallDdx_(D_dxChromeCom) +#define DdxChromeSep_ CallDdx_(D_dxChromeSep) +#define DdxCompare_ CallDdx_(D_dxCompare) +#define DdxConstrain_ CallDdx_(D_dxConstrain) +#define DdxCrop_ CallDdx_(D_dxCrop) +#define DdxDither_ CallDdx_(D_dxDither) +#define DdxFill_ CallDdx_(D_dxFill) +#define DdxLogical_ CallDdx_(D_dxLogical) +#define DdxLuminance_ CallDdx_(D_dxLuminance) +#define DdxMatchHistogram_ CallDdx_(D_dxMatchHistogram) +#define DdxMath_ CallDdx_(D_dxMath) +#define DdxMirror_ CallDdx_(D_dxMirror) +#define DdxPoint_ CallDdx_(D_dxPoint) +#define DdxStatsPoint_ CallDdx_(D_dxStatsPoint) +#define DdxRotate_ CallDdx_(D_dxRotate) +#define DdxScale_ CallDdx_(D_dxScale) +#define DdxTranslate_ CallDdx_(D_dxTranslate) +#define DdxRmOwnData_ CallDdx_(D_dxRmOwnData) + /* + ** Ddx specific functions + */ +#define DdxInit_ CallDdx_(D_dxInit) +#define DdxReset_ CallDdx_(D_dxReset) +#define DdxOptimizePipe_ CallDdx_(D_dxOptimizePipe) + /* + ** MI software functions + */ +#define DdxConvert_ CallDdx_(D_dxConvert) +#define DdxCopy_ CallDdx_(D_dxCopy) +#define DdxGetTyp_ CallDdx_(D_dxGetTyp) +#define DdxCopyBits_ CallDdx_(D_dxCopyBits) /* 65 */ +#define DdxResolveUdp_ CallDdx_(D_dxResolveUdp) + /* + ** Memory management routines + */ +#define DdxCalloc_ CallDdx_(D_dxCalloc) +#define DdxCallocBits_ (unsigned char *)CallDdx_(D_dxCallocBits) +#define DdxCfree_ CallDdx_(D_dxCfree) +#define DdxFree_ CallDdx_(D_dxFree) +#define DdxFreeBits_ (unsigned char *)CallDdx_(D_dxFreeBits) +#define DdxMalloc_ CallDdx_(D_dxMalloc) +#define DdxMallocBits_ (unsigned char *)CallDdx_(D_dxMallocBits) +#define DdxRealloc_ CallDdx_(D_dxRealloc) +#define DdxReallocBits_ (unsigned char *)CallDdx_(D_dxReallocBits) + /* + ** Pipeline support routines + */ +#define DdxCreatePipeline_ (Pipe)CallDdx_(D_dxCreatePipeline) +#define DdxDestroyPipeline_ (int)CallDdx_(D_dxDestroyPipeline) +#define DdxPipeHasYielded_ (int)CallDdx_(D_dxPipeHasYielded) +#define DdxInitiatePipeline_ (int)CallDdx_(D_dxInitiatePipeline) +#define DdxResumePipeline_ (int)CallDdx_(D_dxResumePipeline) +#define DdxFlushPipeline_ (int)CallDdx_(D_dxFlushPipeline) +#define DdxAbortPipeline_ (int)CallDdx_(D_dxAbortPipeline) + /* + ** Pipeline resource manager routines + */ +#define DdxRmAllocData_ (PipeDataPtr)CallDdx_(D_dxRmAllocData) +#define DdxRmAllocDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocDataDesc) +#define DdxRmAllocPermDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocPermDesc) +#define DdxRmAllocRefDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocRefDesc) +#define DdxRmBestDType_ (char)CallDdx_(D_dxRmBestDType) +#define DdxRmCreateDrain_ (PipeDrainPtr)CallDdx_(D_dxRmCreateDrain) +#define DdxRmCreateSink_ (PipeSinkPtr)CallDdx_(D_dxRmCreateSink) +#define DdxRmDeallocData_ (PipeDataPtr)CallDdx_(D_dxRmDeallocData) +#define DdxRmDeallocDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmDeallocDataDesc) +#define DdxRmDestroyDrain_ (PipeDrainPtr)CallDdx_(D_dxRmDestroyDrain) +#define DdxRmDestroySink_ (PipeSinkPtr)CallDdx_(D_dxRmDestroySink) +#define DdxRmGetData_ (PipeDataPtr)CallDdx_(D_dxRmGetData) +#define DdxRmGetDType_ (int)CallDdx_(D_dxRmGetDType) +#define DdxRmGetMaxQuantum_ (int)CallDdx_(D_dxRmGetMaxQuantum) +#define DdxRmGetQuantum_ (int)CallDdx_(D_dxRmGetQuantum) +#define DdxRmHasQuantum_ (int)CallDdx_(D_dxRmHasQuantum) +#define DdxRmInitializePort_ (int)CallDdx_(D_dxRmInitializePort) +#define DdxRmMergeBuffers_ (PipeDataPtr)CallDdx_(D_dxRmMergeBuffers) +#define DdxRmObtainQuantum_ (PipeDataPtr)CallDdx_(D_dxRmObtainQuantum) +#define DdxRmPutData_ (int)CallDdx_(D_dxRmPutData) +#define DdxRmSetDType_ CallDdx_(D_dxRmSetDType) +#define DdxRmSetQuantum_ CallDdx_(D_dxRmSetQuantum) +#define DdxRmSplitBuffers_ (PipeDataPtr)CallDdx_(D_dxRmSplitBuffers) + /* + ** Pipe scheduling routines + */ +#define DdxSchedProcessComplete_ (PipeElementCtxPtr)CallDdx_(D_dxSchedProcessComplete) +#define DdxSchedProcessReady_ (PipeElementCtxPtr)CallDdx_(D_dxSchedProcessReady) +#define DdxSchedOkToRun_ (int)CallDdx_(D_dxSchedOkToRun) + /* + ** Change list routines + */ +#define DdxBuildChangeList_ CallDdx_(D_dxBuildChangeList) +#define DdxPutRuns_ CallDdx_(D_dxPutRuns) +#define DdxFfsLong_ CallDdx_(D_dxFfsLong) +#define DdxFfcLong_ CallDdx_(D_dxFfcLong) + /* + ** Additions + */ +#define DdxFillRegion_ CallDdx_(D_dxFillRegion) +#define DdxConvertCpp_ CallDdx_(D_dxConvertCpp) +#define DdxCopyCpp_ CallDdx_(D_dxCopyCpp) +#define DdxEncodeG4_ CallDdx_(D_dxEncodeG4) +#define DdxEncodeDct_ CallDdx_(D_dxEncodeDct) +#define DdxDecodeG4_ CallDdx_(D_dxDecodeG4) +#define DdxDecodeDct_ CallDdx_(D_dxDecodeDct) +#define DdxPosCl_ CallDdx_(D_dxPosCl) +#define DdxCheckLicense_ CallDdx_(D_dxCheckLicense) + /* + ** More RM functions + */ +#define DdxRmAllocCmpDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocCmpDataDesc) +#define DdxRmSetAlignment_ CallDdx_(D_dxRmSetAlignment) +#define DdxRmCreateDataDesc_ (PipeDataPtr)CallDdx_(D_dxRmCreateDataDesc) +#define DdxCreatePipeCtx_ (PipeElementCtxPtr)CallDdx_(D_dxCreatePipeCtx) +#define DdxUsingCL_ CallDdx_(D_dxUsingCL) +#define DdxCmpPreferred_ CallDdx_(D_dxCmpPreferred) +#define DdxRmAllocDataArray_ CallDdx_(D_dxRmAllocDataArray) +#define DdxRmAllocCmpPermDesc_ (PipeDataPtr)CallDdx_(D_dxRmAllocCmpPermDesc) +#define DdxSchedProcessNoInput_ (PipeElementCtxPtr)CallDdx_(D_dxSchedProcessNoInput) + +/***************************************************************************** +** +** Xie Ddx Setup Index - +** +** FUNCTIONAL DESCRIPTION: +** +** The following symbols define the indices into the dispatch table +** used to call "pipeline create" DDX functions. Each of these +** functions creates a new pipeline element. +** +** WARNING: These indices and the entries in the XieDdxSetup table +** in SmiDdx.c MUST be in the same order. +** +*****************************************************************************/ +#define D_dxCreateArea 0 +#define D_dxCreateArith 1 +#define D_dxCreateChromeCom 2 +#define D_dxCreateChromeSep 3 +#define D_dxCreateCompare 4 +#define D_dxCreateConstrain 5 +#define D_dxCreateCrop 6 +#define D_dxCreateDither 7 +#define D_dxCreateFill 8 +#define D_dxCreateLogical 9 +#define D_dxCreateLuminance 10 +#define D_dxCreateMatchHistogram 11 +#define D_dxCreateMath 12 +#define D_dxCreateMirror 13 +#define D_dxCreatePoint 14 +#define D_dxCreateRotate 15 +#define D_dxCreateScale 16 +#define D_dxCreateTranslate 17 +#define D_dxCreateDecodeDct 18 /* Compression pipeline creates */ +#define D_dxCreateEncodeDct 19 +#define D_dxCreateDecodeG4 20 +#define D_dxCreateEncodeG4 21 + +/***************************************************************************** +** +** Pipeline Create Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the Pipeline Create functions while +** hiding the implementation from the caller. +** +*****************************************************************************/ + /* + ** Pipe create function access macro + ** This macro calls a create function through the + ** xieDdxSetup dispatch table. + ** + ** func = the setup function index from this file. + ** + */ +externalref card32 (*xieDdxSetup[])(); +#define CallCreate_(func) (*(xieDdxSetup)[func]) + /* + ** Image processing pipe element creates + */ +#define DdxCreateArea_ CallCreate_(D_dxCreateArea) +#define DdxCreateArith_ CallCreate_(D_dxCreateArith) +#define DdxCreateChromeCom_ CallCreate_(D_dxCreateChromeCom) +#define DdxCreateChromeSep_ CallCreate_(D_dxCreateChromeSep) +#define DdxCreateCompare_ CallCreate_(D_dxCreateCompare) +#define DdxCreateConstrain_ CallCreate_(D_dxCreateConstrain) +#define DdxCreateCrop_ CallCreate_(D_dxCreateCrop) +#define DdxCreateDither_ CallCreate_(D_dxCreateDither) +#define DdxCreateFill_ CallCreate_(D_dxCreateFill) +#define DdxCreateLogical_ CallCreate_(D_dxCreateLogical) +#define DdxCreateLuminance_ CallCreate_(D_dxCreateLuminance) +#define DdxCreateMatchHistogram_ CallCreate_(D_dxCreateMatchHistogram) +#define DdxCreateMath_ CallCreate_(D_dxCreateMath) +#define DdxCreateMirror_ CallCreate_(D_dxCreateMirror) +#define DdxCreatePoint_ CallCreate_(D_dxCreatePoint) +#define DdxCreateRotate_ CallCreate_(D_dxCreateRotate) +#define DdxCreateScale_ CallCreate_(D_dxCreateScale) +#define DdxCreateTranslate_ CallCreate_(D_dxCreateTranslate) + /* + ** Compression creates, used by Transport + */ +#define DdxCreateDecodeDct_ CallCreate_(D_dxCreateDecodeDct) +#define DdxCreateEncodeDct_ CallCreate_(D_dxCreateEncodeDct) +#define DdxCreateDecodeG4_ CallCreate_(D_dxCreateDecodeG4) +#define DdxCreateEncodeG4_ CallCreate_(D_dxCreateEncodeG4) + +/***************************************************************************** +** +** Ddx Alignment Function Access Index +** +** FUNCTIONAL DESCRIPTION: +** +** The following symbols define the indices into the DDX Alignment +** dispatch table used to call DDX image array alignment functions. +** Each of these functions performs alignments to meet individual +** algorithms or the default DDX needs. +** +** WARNING: These indices and the entries in the XieDdxAlign table +** in SmiDdx.c MUST be in the same order. +** +** +*****************************************************************************/ +#define D_dxAlignArea 0 +#define D_dxAlignArith 1 +#define D_dxAlignChromeCom 2 +#define D_dxAlignChromeSep 3 +#define D_dxAlignCompare 4 +#define D_dxAlignConstrain 5 +#define D_dxAlignCrop 6 +#define D_dxAlignDither 7 +#define D_dxAlignFill 8 +#define D_dxAlignLogical 9 +#define D_dxAlignLuminance 10 +#define D_dxAlignMatchHistogram 11 +#define D_dxAlignMath 12 +#define D_dxAlignMirror 13 +#define D_dxAlignPoint 14 +#define D_dxAlignRotate 15 +#define D_dxAlignScale 16 +#define D_dxAlignTranslate 17 +#define D_dxAlignDecodeDct 18 +#define D_dxAlignEncodeDct 19 +#define D_dxAlignDecodeG4 20 +#define D_dxAlignEncodeG4 21 +#define D_dxAlignDefault 22 +#define D_dxAlignExport 23 + +/***************************************************************************** +** +** DDX Alignment Function Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the DDX image array alignment functions +** +*****************************************************************************/ + /* + ** Align function access macro + ** This macro calls an arbitrary Alignment routine through the + ** xieDdxAlign dispatch table. + ** + ** func = the DDX alignment function index from this file. + ** + */ +externalref card32 (*xieDdxAlign[])(); +#define GetAlign_(func) (xieDdxAlign[func]) + +#define DdxAlignArea_ GetAlign_(D_dxAlignArea) +#define DdxAlignStatsArea_ GetAlign_(D_dxAlignStatsArea) +#define DdxAlignArith_ GetAlign_(D_dxAlignArith) +#define DdxAlignHistogram_ GetAlign_(D_dxAlignHistogram) +#define DdxAlignChromeCom_ GetAlign_(D_dxAlignChromeCom) +#define DdxAlignChromeSep_ GetAlign_(D_dxAlignChromeSep) +#define DdxAlignCompare_ GetAlign_(D_dxAlignCompare) +#define DdxAlignConstrain_ GetAlign_(D_dxAlignConstrain) +#define DdxAlignCrop_ GetAlign_(D_dxAlignCrop) +#define DdxAlignDither_ GetAlign_(D_dxAlignDither) +#define DdxAlignFill_ GetAlign_(D_dxAlignFill) +#define DdxAlignLogical_ GetAlign_(D_dxAlignLogical) +#define DdxAlignLuminance_ GetAlign_(D_dxAlignLuminance) +#define DdxAlignMatchHistogram_ GetAlign_(D_dxAlignMatchHistogram) +#define DdxAlignMath_ GetAlign_(D_dxAlignMath) +#define DdxAlignMirror_ GetAlign_(D_dxAlignMirror) +#define DdxAlignPoint_ GetAlign_(D_dxAlignPoint) +#define DdxAlignStatsPoint_ GetAlign_(D_dxAlignStatsPoint) +#define DdxAlignRotate_ GetAlign_(D_dxAlignRotate) +#define DdxAlignScale_ GetAlign_(D_dxAlignScale) +#define DdxAlignTranslate_ GetAlign_(D_dxAlignTranslate) +#define DdxAlignDecodeDct_ GetAlign_(D_dxAlignDecodeDct) +#define DdxAlignEncodeDct_ GetAlign_(D_dxAlignEncodeDct) +#define DdxAlignDecodeG4_ GetAlign_(D_dxAlignDecodeG4) +#define DdxAlignEncodeG4_ GetAlign_(D_dxAlignEncodeG4) +#define DdxAlignDefault_ GetAlign_(D_dxAlignDefault) +#define DdxAlignExport_ GetAlign_(D_dxAlignExport) + +/***************************************************************************** +** +** Mi Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the "atomic" DDX functions provided +** by a Machine Independent layer of the DDX. +** +*****************************************************************************/ + /* + ** Mi function access macro + ** This macro calls an arbitrary Mi routine through the + ** xieMiProc dispatch table. + ** + ** func = the Mi function index from this file. + ** + */ +externalref card32 (*xieMiProc[])(); +#define CallMi_(func) (*(xieMiProc)[func]) + /* + ** Image functions + */ +#define MiArea_ CallMi_(D_dxArea) +#define MiStatsArea_ CallMi_(D_dxStatsArea) +#define MiArith_ CallMi_(D_dxArith) +#define MiHistogram_ CallMi_(D_dxHistogram) +#define MiChromeCom_ CallMi_(D_dxChromeCom) +#define MiChromeSep_ CallMi_(D_dxChromeSep) +#define MiCompare_ CallMi_(D_dxCompare) +#define MiConstrain_ CallMi_(D_dxConstrain) +#define MiCrop_ CallMi_(D_dxCrop) +#define MiDither_ CallMi_(D_dxDither) +#define MiFill_ CallMi_(D_dxFill) +#define MiLogical_ CallMi_(D_dxLogical) +#define MiLuminance_ CallMi_(D_dxLuminance) +#define MiMatchHistogram_ CallMi_(D_dxMatchHistogram) +#define MiMath_ CallMi_(D_dxMath) +#define MiMirror_ CallMi_(D_dxMirror) +#define MiPoint_ CallMi_(D_dxPoint) +#define MiStatsPoint_ CallMi_(D_dxStatsPoint) +#define MiRotate_ CallMi_(D_dxRotate) +#define MiScale_ CallMi_(D_dxScale) +#define MiTranslate_ CallMi_(D_dxTranslate) + /* + ** Mi specific functions + */ +#define MiInit_ CallMi_(D_dxInit) +#define MiReset_ CallMi_(D_dxReset) +#define MiOptimizePipe_ CallMi_(D_dxOptimizePipe) + /* + ** MI software functions + */ +#define MiConvert_ CallMi_(D_dxConvert) +#define MiCopy_ CallMi_(D_dxCopy) +#define MiGetTyp_ CallMi_(D_dxGetTyp) +#define MiCopyBits_ CallMi_(D_dxCopyBits) +#define MiResolveUdp_ CallMi_(D_dxResolveUdp) + /* + ** Memory management routines + */ +#define MiCalloc_ CallMi_(D_dxCalloc) +#define MiCallocBits_ (unsigned char *)CallMi_(D_dxCallocBits) +#define MiCfree_ CallMi_(D_dxCfree) +#define MiFree_ CallMi_(D_dxFree) +#define MiFreeBits_ (unsigned char *)CallMi_(D_dxFreeBits) +#define MiMalloc_ CallMi_(D_dxMalloc) +#define MiMallocBits_ (unsigned char *)CallMi_(D_dxMallocBits) +#define MiRealloc_ CallMi_(D_dxRealloc) +#define MiReallocBits_ (unsigned char *)CallMi_(D_dxReallocBits) + /* + ** Pipeline support routines + */ +#define MiCreatePipeline_ (Pipe)CallMi_(D_dxCreatePipeline) +#define MiDestroyPipeline_ (int)CallMi_(D_dxDestroyPipeline) +#define MiPipeHasYielded_ (int)CallMi_(D_dxPipeHasYielded) +#define MiInitiatePipeline_ (int)CallMi_(D_dxInitiatePipeline) +#define MiResumePipeline_ (int)CallMi_(D_dxResumePipeline) +#define MiFlushPipeline_ (int)CallMi_(D_dxFlushPipeline) +#define MiAbortPipeline_ (int)CallMi_(D_dxAbortPipeline) + /* + ** Pipeline resource manager routines + */ +#define MiRmAllocData_ (PipeDataPtr)CallMi_(D_dxRmAllocData) +#define MiRmAllocDataDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocDataDesc) +#define MiRmAllocPermDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocPermDesc) +#define MiRmAllocRefDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocRefDesc) +#define MiRmBestDType_ (char)CallMi_(D_dxRmBestDType) +#define MiRmCreateDrain_ (PipeDrainPtr)CallMi_(D_dxRmCreateDrain) +#define MiRmCreateSink_ (PipeSinkPtr)CallMi_(D_dxRmCreateSink) +#define MiRmDeallocData_ (PipeDataPtr)CallMi_(D_dxRmDeallocData) +#define MiRmDeallocDataDesc_ (PipeDataPtr)CallMi_(D_dxRmDeallocDataDesc) +#define MiRmDestroyDrain_ (PipeDrainPtr)CallMi_(D_dxRmDestroyDrain) +#define MiRmDestroySink_ (PipeSinkPtr)CallMi_(D_dxRmDestroySink) +#define MiRmGetData_ (PipeDataPtr)CallMi_(D_dxRmGetData) +#define MiRmGetDType_ (int)CallMi_(D_dxRmGetDType) +#define MiRmGetMaxQuantum_ (int)CallMi_(D_dxRmGetMaxQuantum) +#define MiRmGetQuantum_ (int)CallMi_(D_dxRmGetQuantum) +#define MiRmHasQuantum_ (int)CallMi_(D_dxRmHasQuantum) +#define MiRmInitializePort_ (int)CallMi_(D_dxRmInitializePort) +#define MiRmMergeBuffers_ (PipeDataPtr)CallMi_(D_dxRmMergeBuffers) +#define MiRmObtainQuantum_ (PipeDataPtr)CallMi_(D_dxRmObtainQuantum) +#define MiRmPutData_ (int)CallMi_(D_dxRmPutData) +#define MiRmSetDType_ CallMi_(D_dxRmSetDType) +#define MiRmSetQuantum_ CallMi_(D_dxRmSetQuantum) +#define MiRmSplitBuffers_ (PipeDataPtr)CallMi_(D_dxRmSplitBuffers) + /* + ** Pipe scheduling routines + */ +#define MiSchedProcessComplete_ (PipeElementCtxPtr)CallMi_(D_dxSchedProcessComplete) +#define MiSchedProcessReady_ (PipeElementCtxPtr)CallMi_(D_dxSchedProcessReady) +#define MiSchedOkToRun_ (int)CallMi_(D_dxSchedOkToRun) + /* + ** Change list routines + */ +#define MiBuildChangeList_ CallMi_(D_dxBuildChangeList) +#define MiPutRuns_ CallMi_(D_dxPutRuns) +#define MiFfsLong_ CallMi_(D_dxFfsLong) +#define MiFfcLong_ CallMi_(D_dxFfcLong) + /* + ** Additions + */ +#define MiFillRegion_ CallMi_(D_dxFillRegion) +#define MiConvertCpp_ CallMi_(D_dxConvertCpp) +#define MiCopyCpp_ CallMi_(D_dxCopyCpp) +#define MiEncodeG4_ CallMi_(D_dxEncodeG4) +#define MiEncodeDct_ CallMi_(D_dxEncodeDct) +#define MiDecodeG4_ CallMi_(D_dxDecodeG4) +#define MiDecodeDct_ CallMi_(D_dxDecodeDct) +#define MiPosCl_ CallMi_(D_dxPosCl) +#define MiCheckLicense_ CallMi_(D_dxCheckLicense) + /* + ** More resource manager + */ +#define MiRmAllocCmpDataDesc_ CallMi_(D_dxRmAllocCmpDataDesc) +#define MiRmSetAlignment_ CallMi_(D_dxRmSetAlignment) +#define MiRmCreateDataDesc_ (PipeDataPtr)CallMi_(D_dxRmCreateDataDesc) +#define MiCreatePipeCtx_ (PipeElementCtxPtr)CallMi_(D_dxCreatePipeCtx) +#define MiUsingCL_ CallMi_(D_dxUsingCL) +#define MiCmpPreferred_ CallMi_(D_dxCmpPreferred) +#define MiRmAllocDataArray_ CallMi_(D_dxRmAllocDataArray) +#define MiRmAllocCmpPermDesc_ (PipeDataPtr)CallMi_(D_dxRmAllocCmpPermDesc) +#define MiSchedProcessNoInput_ (PipeElementCtxPtr)CallMi_(D_dxSchedProcessNoInput) + +/***************************************************************************** +** +** Pipeline Create Access Macros +** +** FUNCTIONAL DESCRIPTION: +** +** These macros provide access to the "pipeline create" DDX functions +** provided by a Machine Independent layer of the DDX. +** +*****************************************************************************/ + /* + ** Pipe create function access macro + ** This macro calls a create function through the + ** xieMiSetup dispatch table. + ** + ** func = the setup function index from this file. + ** + */ +externalref card32 (*xieMiSetup[])(); +#define CallMiCreate_(func) (*(xieMiSetup)[func]) + /* + ** Image processing pipe element creates + */ +#define MiCreateArea_ CallMiCreate_(D_dxCreateArea) +#define MiCreateArith_ CallMiCreate_(D_dxCreateArith) +#define MiCreateChromeCom_ CallMiCreate_(D_dxCreateChromeCom) +#define MiCreateChromeSep_ CallMiCreate_(D_dxCreateChromeSep) +#define MiCreateCompare_ CallMiCreate_(D_dxCreateCompare) +#define MiCreateConstrain_ CallMiCreate_(D_dxCreateConstrain) +#define MiCreateCrop_ CallMiCreate_(D_dxCreateCrop) +#define MiCreateDither_ CallMiCreate_(D_dxCreateDither) +#define MiCreateFill_ CallMiCreate_(D_dxCreateFill) +#define MiCreateLogical_ CallMiCreate_(D_dxCreateLogical) +#define MiCreateLuminance_ CallMiCreate_(D_dxCreateLuminance) +#define MiCreateMatchHistogram_ CallMiCreate_(D_dxCreateMatchHistogram) +#define MiCreateMath_ CallMiCreate_(D_dxCreateMath) +#define MiCreateMirror_ CallMiCreate_(D_dxCreateMirror) +#define MiCreatePoint_ CallMiCreate_(D_dxCreatePoint) +#define MiCreateRotate_ CallMiCreate_(D_dxCreateRotate) +#define MiCreateScale_ CallMiCreate_(D_dxCreateScale) +#define MiCreateTranslate_ CallMiCreate_(D_dxCreateTranslate) + /* + ** Compression creates, used by Transport + */ +#define MiCreateDecodeDct_ CallMiCreate_(D_dxCreateDecodeDct) +#define MiCreateEncodeDct_ CallMiCreate_(D_dxCreateEncodeDct) +#define MiCreateDecodeG4_ CallMiCreate_(D_dxCreateDecodeG4) +#define MiCreateEncodeG4_ CallMiCreate_(D_dxCreateEncodeG4) + +/* +** This "endif" MUST be the last line of this file. +*/ +#endif +/* end of XIEDDX -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ diff --git a/xie/docs/dec/xie23/include/dec/extensions/XieFloat.h b/xie/docs/dec/xie23/include/dec/extensions/XieFloat.h new file mode 100644 index 0000000..84d92bb --- /dev/null +++ b/xie/docs/dec/xie23/include/dec/extensions/XieFloat.h @@ -0,0 +1,89 @@ +/* + * @DEC_COPYRIGHT@ + */ +/* + * HISTORY + * $Log: XieFloat.h,v $ + * Revision 1.2.2.3 92/04/06 08:18:45 Gary_Grebus + * Update to XIE VN/ALPHA_BL1 baselevel. + * [92/03/11 07:12:06 Gary_Grebus] + * + * Revision 1.2 91/12/30 12:48:20 devbld + * Initial load of project + * + * $EndLog$ + */ +/* BuildSystemHeader added automatically */ +/* $Header: /b5/aguws3.0/aguws3.0_rcs/src/dec/extensions/include/XieFloat.h,v 1.2.2.3 92/04/06 08:18:45 Gary_Grebus Exp $ */ + +/*********************************************************** +Copyright 1990-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** XIE - X11 Image Extension +** +** +** ABSTRACT: +** +** This module contains definitions required by the XIE library +** and XIE server floating point formatting routines. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** October 31, 1990 +** +************************************************************************/ + + /* + ** Symbol XIEFLOAT allows XieFloat.h to be included multiple times. + */ +#ifndef XIEFLOAT +#define XIEFLOAT /* the "endif" MUST be the last line of this file */ + + /* + ** Wire floating point format + */ +typedef struct _XieFloatRec { + unsigned char e_sign; + unsigned char m_sign; + unsigned short exponent; + unsigned long mantissa; +} XieFloatRec, *XieFloat; + +extern void MiEncodeDouble(); +extern double MiDecodeDouble(); + +#endif diff --git a/xie/docs/dec/xie23/include/dec/extensions/XieLib.h b/xie/docs/dec/xie23/include/dec/extensions/XieLib.h new file mode 100644 index 0000000..12be241 --- /dev/null +++ b/xie/docs/dec/xie23/include/dec/extensions/XieLib.h @@ -0,0 +1,365 @@ +/* + * @DEC_COPYRIGHT@ + */ +/* + * HISTORY + * $Log: XieLib.h,v $ + * Revision 1.2.3.4 92/04/06 08:24:05 Gary_Grebus + * Update to XIE VN/ALPHA_BL1 baselevel. + * + * Revision 1.2.3.3 92/04/03 10:41:37 Gary_Grebus + * Update to XIE VN/ALPHA_BL1 baselevel. + * [92/03/11 07:12:28 Gary_Grebus] + * + * Revision 1.2.3.2 92/03/24 17:05:01 Scott_Sewall + * Added path, X11/extensions/, to XieAppl.h and XieUpDef.h + * [92/03/24 17:04:09 Scott_Sewall] + * + * Revision 1.2 91/12/30 12:48:20 devbld + * Initial load of project + * + * $EndLog$ + */ +/* BuildSystemHeader added automatically */ +/* $Header: /b5/aguws3.0/aguws3.0_rcs/src/dec/extensions/include/XieLib.h,v 1.2.3.4 92/04/06 08:24:05 Gary_Grebus Exp $ */ + +/******************************************************************************* +** Copyright 1989-1992 by Digital Equipment Corporation, Maynard, Massachusetts, +** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. +** +** All Rights Reserved +** +** Permission to use, copy, modify, and distribute this software and its +** documentation for any purpose and without fee is hereby granted, +** provided that the above copyright notice appear in all copies and that +** both that copyright notice and this permission notice appear in +** supporting documentation, and that the names of Digital or MIT not be +** used in advertising or publicity pertaining to distribution of the +** software without specific, written prior permission. +** +** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +** SOFTWARE. +** +*******************************************************************************/ + +/******************************************************************************* +** +** FACILITY: +** +** XIE - X11 Image Extension +** +** +** ABSTRACT: +** +** This module contains definitions required by all XIE client side +** layers -- from the application level through the XieLib level. +** +** ENVIRONMENT: +** +** VAX/VMS V5.3 +** ULTRIX V3.1 +** +** AUTHOR(S): +** +** Robert NC Shelley +** +** CREATION DATE: +** +** April 13, 1989 +** +*******************************************************************************/ + + /* + ** Symbol XIELIB allows XieLib.h to be included multiple times. + */ +#ifndef _XIELIB +#define _XIELIB /* the "endif" MUST be the last line of this file */ + +/* +** Include files +*/ +#ifdef VMS +#include /* X11 Library Definitions */ +#else +#include /* X11 Library Definitions */ +#endif +#ifdef VMS +#include /* universal data plane definitions */ +#include /* XIE inter-layer definitions */ +#else +#include /* universal data plane definitions */ +#include /* XIE inter-layer definitions */ +#endif + +/* +** Equated symbols +*/ + /* + ** XieCopyImage, XieGetImage, and XiePutImage image data mode constants. + */ +#define XieK_DataNone 1 /* no buffers, no transport setup, no data copy */ +#define XieK_DataFlo 2 /* prepare a Photoflo for image data transport */ +#define XieK_DataMap 3 /* prepare a Photomap for image data transport */ +#define XieK_DataAlloc 4 /* allocate image buffers containing no data */ +#define XieK_DataCopy 5 /* allocate image buffers and copy data */ +#define XieK_DataShare 6 /* copy pointers to existing image data */ + /* + ** Opaque Xie resource definitions. + */ +typedef unsigned long *XieStream; /* Stream transport context pointer */ +typedef unsigned char + *XiePhotoflo, /* Photoflo: server image pipeline object */ + *XiePhotomap, /* Photomap: permanent server image object */ + *XiePhototap, /* Phototap: ephemeral server image object */ + *XieCpp, /* Cpp: control processing plane */ + *XieRoi, /* Roi: region of interest */ + *XieTmp, /* Tmp: template (eg. convolution kernel) */ + *XiePhoto, /* Any of: XiePhotoflo, XiePhotomap, XiePhototap*/ + *XieIdc, /* Any of: XieCpp, XieRoi, XieTmp, */ + *XieResource; /* Any of: XiePhoto, XieIdc */ + +#define RES_XID 8 /* offset to XieResource X11 resource-id */ +#define RES_TYPE 12 /* offset to XieResource resource type */ +#define RES_MAPPING 13 /* offset to XiePhoto component mapping */ +/* +** Macros +*/ + /* + ** Macro for returning a resource's X11-id. + */ +#define XId_(res) (*((XID *)(&((XieResource)(res))[RES_XID]))) + /* + ** Boolean macros for determining a resource's type. + */ +#define IsPhotoflo_(res) (((XieResource)(res))[RES_TYPE]==XieK_Photoflo) +#define IsPhotomap_(res) (((XieResource)(res))[RES_TYPE]==XieK_Photomap) +#define IsPhototap_(res) (((XieResource)(res))[RES_TYPE]==XieK_Phototap) +#define IsCpp_(res) (((XieResource)(res))[RES_TYPE]==XieK_IdcCpp) +#define IsRoi_(res) (((XieResource)(res))[RES_TYPE]==XieK_IdcRoi) +#define IsTmp_(res) (((XieResource)(res))[RES_TYPE]==XieK_IdcTmp) +#define IsPhoto_(res) (IsPhotoflo_(res)||IsPhotomap_(res)||IsPhototap_(res)) +#define IsIdc_(res) (IsCpp_(res)||IsRoi_(res)||IsTmp_(res)) + /* + ** Boolean macros for determining a XiePhotomap's component mapping. + */ +#define IsBitonal_(pho) (((XiePhoto)(pho))[RES_MAPPING]==XieK_Bitonal) +#define IsGrayScale_(pho) (((XiePhoto)(pho))[RES_MAPPING]==XieK_GrayScale) +#define IsRGB_(pho) (((XiePhoto)(pho))[RES_MAPPING]==XieK_RGB) + + /* + ** Return the component count of an XiePhotomap. + */ +#define PhotoCount_(pho) (IsRGB_(pho) ? 3 : 1) + /* + ** Return the number of planes (UdpPtr's) an XieImage "should" contain. + */ +#define PlaneCount_(img) \ + ( CmpOrg_(img) == XieK_BandByPixel ? 1 \ + : CmpOrg_(img) == XieK_BandByPlane ? CmpCnt_(img) \ + : CmpLen_(img,0)+CmpLen_(img,1)+CmpLen_(img,2) ) + /* + ** Return "val" rounded up (if necessary) to a multiple of "mod". + */ +#define Modulo_(val,mod) \ + ((mod) < 2 ? (val) : (((mod) - (val) % (mod)) % (mod) + (val))) + +/* +** Structures +*/ + /* + ** XIE Client Event Structure + */ +typedef struct { + int type; /* see XQueryExtention "first_event"*/ + unsigned long serial; /* X11 serial number */ + Bool send_event; /* Boolean: true if client generated*/ + Display *display; /* X11 display pointer */ + XieResource resource; /* Xie resource-id (source of event)*/ +} XieEventRec, *XieEvent; + /* + ** Image domain context template data for XieCreateTmp / XieQueryTmp. + */ +typedef struct { + long x; /* X coordinate of template entry */ + long y; /* Y coordinate of template entry */ + double value; /* value of template entry */ +} XieTemplateRec, *XieTemplate; + /* + ** Statistics data + */ +typedef struct { + double value; + double minimum; + double maximum; + double mean; + double stddev; + double variance; +} XieStatsRec, *XieStats; + + /* + ** XIE Image structure (client side image descriptor). + */ +typedef struct { + unsigned char Compression; /* compression scheme */ + unsigned char CmpOrg; /* component organization */ + unsigned char CmpMap; /* component mapping */ + unsigned char CmpCnt; /* component count */ + unsigned long CmpLvl[XieK_MaxComponents]; /* levels per component */ + unsigned char CmpLen[XieK_MaxComponents]; /* bits per component */ + unsigned char PxlPol; /* pixel brightness polarity*/ + unsigned char PxlProg; /* pixel progression */ + unsigned char ScnProg; /* scanline progression */ + unsigned char OwnData; /* image array ownership */ + unsigned char Stream; /* Stream transport status */ + XieStream Xport; /* Stream transport context */ + double PxlRatio; /* pixel aspect ratio */ + UdpPtr Plane[XieK_MaxPlanes]; /* data plane pointers */ +} XieImageRec, *XieImage; + /* + ** Access macros for XIE Image structure. + */ +#define Cmpres_(img) ((img)->Compression) +#define CmpOrg_(img) ((img)->CmpOrg) +#define CmpMap_(img) ((img)->CmpMap) +#define CmpCnt_(img) ((img)->CmpCnt) +#define CmpLvl_(img,ind) ((img)->CmpLvl[(ind)]) +#define CmpLen_(img,ind) ((img)->CmpLen[(ind)]) +#define PxlPol_(img) ((img)->PxlPol) +#define PxlProg_(img) ((img)->PxlProg) +#define ScnProg_(img) ((img)->ScnProg) +#define OwnData_(img) ((img)->OwnData) +#define Stream_(img) ((img)->Stream) +#define StreamFinal_(img) (Stream_(img) == XieK_StreamFinal) +#define StreamError_(img) (Stream_(img) == XieK_StreamError) +#define StreamPending_(img) (!(StreamFinal_(img) || StreamError_(img))) +#define PxlRatio_(img) ((img)->PxlRatio) +#define Width_(img) ((img)->Plane[0]->UdpL_PxlPerScn) +#define Height_(img) ((img)->Plane[0]->UdpL_ScnCnt) +#define Plane_(img,ind) ((img)->Plane[(ind)]) +#define uPxlLen_(img,ind) ((img)->Plane[(ind)]->UdpW_PixelLength) +#define uDType_(img,ind) ((img)->Plane[(ind)]->UdpB_DType) +#define uClass_(img,ind) ((img)->Plane[(ind)]->UdpB_Class) +#define uBase_(img,ind) ((img)->Plane[(ind)]->UdpA_Base) +#define uArSize_(img,ind) ((img)->Plane[(ind)]->UdpL_ArSize) +#define uPxlStr_(img,ind) ((img)->Plane[(ind)]->UdpL_PxlStride) +#define uScnStr_(img,ind) ((img)->Plane[(ind)]->UdpL_ScnStride) +#define uX1_(img,ind) ((img)->Plane[(ind)]->UdpL_X1) +#define uX2_(img,ind) ((img)->Plane[(ind)]->UdpL_X2) +#define uY1_(img,ind) ((img)->Plane[(ind)]->UdpL_Y1) +#define uY2_(img,ind) ((img)->Plane[(ind)]->UdpL_Y2) +#define uWidth_(img,ind) ((img)->Plane[(ind)]->UdpL_PxlPerScn) +#define uHeight_(img,ind) ((img)->Plane[(ind)]->UdpL_ScnCnt) +#define uPos_(img,ind) ((img)->Plane[(ind)]->UdpL_Pos) +#define uCmpIdx_(img,ind) ((img)->Plane[(ind)]->UdpL_CompIdx) +#define uLvl_(img,ind) ((img)->Plane[(ind)]->UdpL_Levels) + +/* +** XieLib entry points. +*/ +#ifndef _XieLibEvents +extern unsigned long XieQueryEvents(); +extern void XieSelectEvents(); +#endif +#ifndef _XieLibImage +extern XieImage XieCopyImage(); +extern XieImage XieCreateImage(); +extern XieImage XieFreeImage(); +extern XieImage XieGetImage(); +extern unsigned char XieGetImageData(); +extern XiePhoto XiePutImage(); +extern unsigned char XiePutImageData(); +#endif +#ifndef _XieLibProcess +extern XiePhoto XieArea(); +extern XiePhoto XieAreaStats(); +extern XiePhoto XieArithmetic(); +extern XiePhoto XieChromeCom(); +extern XiePhoto XieChromeSep(); +extern XiePhoto XieCompare(); +extern XiePhoto XieConstrain(); +extern XiePhoto XieCrop(); +extern XiePhoto XieDither(); +extern XiePhoto XieFill(); +extern unsigned long *XieHistogram(); +extern XiePhoto XieLogical(); +extern XiePhoto XieLuminance(); +extern XiePhoto XieMatchHistogram(); +extern XiePhoto XieMath(); +extern XiePhoto XieMirror(); +extern XiePhoto XiePoint(); +extern void XiePointStats(); +extern XiePhoto XieRotate(); +extern XiePhoto XieScale(); +extern XiePhoto XieTranslate(); +#endif +#ifndef _XieLibResource +extern void XieAbortFlo(); +extern void XieBindMapToFlo(); +extern XiePhoto XieClonePhoto(); +extern XieCpp XieCreateCpp(); +extern XiePhoto XieCreatePhoto(); +extern XieRoi XieCreateRoi(); +extern XieTmp XieCreateTmp(); +extern void XieExecuteFlo(); +extern void XieExport(); +extern XieResource XieFindResource(); +extern void XieFreeExport(); +extern XieResource XieFreeResource(); +extern XiePhotomap XieImport(); +extern void XieQueryCpp(); +extern void XieQueryExport(); +extern unsigned long XieQueryFlo(); +extern XiePhoto XieQueryMap(); +extern void XieQueryRoi(); +extern XieTemplate XieQueryTmp(); +extern XiePhoto XieTapFlo(); +#endif +#ifndef _XieLibSession +extern char *XieCheckFunction(); +extern char **XieListFunctions(); +extern void XieQueryOpDefaults(); +extern void XieSetOpDefaults(); +#endif +#ifndef _XieLibTransport +extern void XieAbortStream(); +extern unsigned char XieGetStream(); +extern void XieGetTile(); +extern void XiePutStream(); +extern void XiePutTile(); +extern void XieSetStream(); +#endif +#ifndef _XieLibUtils +extern void *XieCalloc(); +extern unsigned char *XieCallocBits(); +extern void *XieCfree(); +extern void *XieFree(); +extern unsigned char *XieFreeBits(); +extern unsigned char XieIsBitonal(); +extern unsigned char XieIsCpp(); +extern unsigned char XieIsGrayScale(); +extern unsigned char XieIsIdc(); +extern unsigned char XieIsPhoto(); +extern unsigned char XieIsPhotoflo(); +extern unsigned char XieIsPhotomap(); +extern unsigned char XieIsPhototap(); +extern unsigned char XieIsRGB(); +extern unsigned char XieIsRoi(); +extern unsigned char XieIsTmp(); +extern void *XieMalloc(); +extern unsigned char *XieMallocBits(); +extern unsigned long XiePhotoCount(); +extern unsigned long XiePlaneCount(); +extern void *XieRealloc(); +extern unsigned char *XieReallocBits(); +extern unsigned long XieXId(); +#endif + +/* +** This "endif" MUST be the last line of this file. +*/ +#endif /* end of _XIELIB -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ diff --git a/xie/docs/dec/xie23/include/dec/extensions/XiePipeInterface.h b/xie/docs/dec/xie23/include/dec/extensions/XiePipeInterface.h new file mode 100644 index 0000000..d7fd60f --- /dev/null +++ b/xie/docs/dec/xie23/include/dec/extensions/XiePipeInterface.h @@ -0,0 +1,106 @@ +/* + * @DEC_COPYRIGHT@ + */ +/* + * HISTORY + * $Log: XiePipeInterface.h,v $ + * Revision 1.2.2.3 92/04/06 08:24:43 Gary_Grebus + * Update to XIE VN/ALPHA_BL1 baselevel. + * [92/03/31 10:59:22 Gary_Grebus] + * + * Revision 1.2 91/12/30 12:48:20 devbld + * Initial load of project + * + * $EndLog$ + */ +/* BuildSystemHeader added automatically */ +/* $Header: /b5/aguws3.0/aguws3.0_rcs/src/dec/extensions/include/XiePipeInterface.h,v 1.2.2.3 92/04/06 08:24:43 Gary_Grebus Exp $ */ + +/* DEC/CMS REPLACEMENT HISTORY, Element XIEPIPEINTERFACE.H */ +/* *4 3-SEP-1991 17:44:50 GREBUS "Start changes for compressed data support" */ +/* *3 17-JUN-1991 14:52:20 HENNESSY "Add Macros to handle optimizer support in ProcExecuteFlo path" */ +/* *2 22-FEB-1991 16:14:09 GREBUS "Fixed bug which was passing wrong pointer on non-VMS systems" */ +/* *1 18-FEB-1991 16:50:18 GREBUS "Definitions to access/hide the yielding support" */ +/* DEC/CMS REPLACEMENT HISTORY, Element XIEPIPEINTERFACE.H */ + +/*********************************************************** +Copyright 1989,1991 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** This module contains the macros which are used to access the +** the DDX routines needed to create and run pipelines. +** +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Gary L. Grebus +** +** CREATION DATE: +** +** Thu Feb 7 17:05:40 1991 +** +************************************************************************/ +#ifdef DWV3 + +/* For DECWindows V3, interpose the layer to support yielding */ +extern int XieAbortPipeline(); +extern Pipe XieCreatePipeline(); +extern int XieDestroyPipeline(); +extern int XieFlushPipeline(); +extern int XieInitPipelineInterface(); +extern int XieResumePipeline(); + +#define AbortPipeline_(flo) (XieAbortPipeline( flo )) +#define CreatePipeline_(client, flo) (XieCreatePipeline( client, flo )) +#define DestroyPipeline_(flo) (XieDestroyPipeline( flo )) +#define FlushPipeline_(flo) (XieFlushPipeline( flo )) +#define InitiatePipeline_(flo) (DdxInitiatePipeline_( Pipe_(flo) )) +#define InitPipelineInterface_() (XieInitPipelineInterface()) +#define OptimizePipeline_(flo) (DdxOptimizePipe_(Pipe_(flo))) +#define ResumePipeline_(flo) (XieResumePipeline( flo )) +#else + +/* Everywhere else, call the DDX routines directly */ +#define AbortPipeline_(flo) (DdxAbortPipeline_(Pipe_(flo))) +#define CreatePipeline_(client, flo) (DdxCreatePipeline_( 0 )) +#define DestroyPipeline_(flo) (DdxDestroyPipeline_( Pipe_(flo) )) +#define FlushPipeline_(flo) (DdxFlushPipeline_(Pipe_(flo))) +#define InitiatePipeline_(flo) (DdxInitiatePipeline_(Pipe_(flo))) +#define InitPipelineInterface_() (Success) /* Dummy */ +#define OptimizePipeline_(flo) (DdxOptimizePipe_(Pipe_(flo))) +#define ResumePipeline_(flo) (DdxResumePipeline_(Pipe_(flo))) + +#endif /* DWV3 */ diff --git a/xie/docs/dec/xie23/include/dec/extensions/XieProto.h b/xie/docs/dec/xie23/include/dec/extensions/XieProto.h new file mode 100644 index 0000000..e2e8581 --- /dev/null +++ b/xie/docs/dec/xie23/include/dec/extensions/XieProto.h @@ -0,0 +1,1220 @@ +/* + * @DEC_COPYRIGHT@ + */ +/* + * HISTORY + * $Log: XieProto.h,v $ + * Revision 1.2.2.3 92/04/06 08:25:13 Gary_Grebus + * Update to XIE VN/ALPHA_BL1 baselevel. + * [92/03/11 07:12:50 Gary_Grebus] + * + * Revision 1.2 91/12/30 12:48:20 devbld + * Initial load of project + * + * $EndLog$ + */ +/* BuildSystemHeader added automatically */ +/* $Header: /b5/aguws3.0/aguws3.0_rcs/src/dec/extensions/include/XieProto.h,v 1.2.2.3 92/04/06 08:25:13 Gary_Grebus Exp $ */ + +/*********************************************************** +Copyright 1989-1991 by Digital Equipment Corporation, Maynard, Massachusetts, +and the Massachusetts Institute of Technology, Cambridge, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the names of Digital or MIT not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +/************************************************************************ +** +** FACILITY: +** +** X Image Extension DIX +** +** ABSTRACT: +** +** This module contains definitions required by the XIE wire protocol +** -- XIE library and XIE server DDX layers. +** +** ENVIRONMENT: +** +** VAX/VMS V5.4 +** ULTRIX V4.0 +** +** AUTHOR(S): +** +** Richard J. Piccolo +** Robert NC Shelley +** +** CREATION DATE: +** +** March 1, 1989 +** +************************************************************************/ + + /* + ** Symbol XIEPROTO allows XieProto.h to be included multiple times. + */ +#ifndef XIEPROTO +#define XIEPROTO /* the "endif" MUST be the last line of this file */ + +/* +** Include files +*/ +#ifdef VMS +#include /* XIE inter-layer definitions */ +#include /* XIE device dependant definitions */ +#else +#include /* XIE inter-layer definitions */ +#include /* XIE device dependant definitions */ +#endif + +/* +** Wire protocol constant definitions. +*/ + /* + ** Version number + */ +#define XieK_MajorVersion 2 +#define XieK_MinorVersion 3 + +/******************************************************************************* +** Protocol request packet minor op-codes +*******************************************************************************/ +#define X_ieInitSession 1 +#define X_ieTermSession 2 + +#define X_ieQueryEvents 3 +#define X_ieSelectEvents 4 + +#define X_ieSetOpDefaults 5 +#define X_ieQueryOpDefaults 6 + +#define X_ieCreateByReference 7 +#define X_ieCreateByValue 8 +#define X_ieDeleteResource 9 +#define X_ieQueryResource 10 + +#define X_ieBindPhotomap 11 +#define X_ieAbortPhotoflo 12 +#define X_ieExecutePhotoflo 13 +#define X_ieTapPhotoflo 14 + +#define X_ieAbortTransport 15 +#define X_ieGetStream 16 +#define X_ieGetTile 17 +#define X_iePutStream 18 +#define X_iePutTile 19 +#define X_ieSetTransport 20 + +#define X_ieExport 21 +#define X_ieFreeExport 22 +#define X_ieImport 23 +#define X_ieQueryExport 24 + +#define X_ieArea 25 +#define X_ieAreaStats 26 +#define X_ieArith 27 +#define X_ieCalcHist 28 +#define X_ieChromeCom 29 +#define X_ieChromeSep 30 +#define X_ieCompare 31 +#define X_ieConstrain 32 +#define X_ieCrop 33 +#define X_ieDither 34 +#define X_ieFill 35 +#define X_ieLogical 36 +#define X_ieLuminance 37 +#define X_ieMatchHistogram 38 +#define X_ieMath 39 +#define X_ieMirror 40 +#define X_iePoint 41 +#define X_iePointStats 42 +#define X_ieRotate 43 +#define X_ieScale 44 +#define X_ieTranslate 45 + +#define X_ieLastRequest 46 + +/******************************************************************************* +** Protocol packet size definitions required by Xlibint.h +*******************************************************************************/ +#define sz_xieReq 4 +#define sz_xieInitSessionReq 8 +#define sz_xieTermSessionReq 4 + +#define sz_xieQueryEventsReq 8 +#define sz_xieSelectEventsReq 8 + +#define sz_xieSetOpDefaultsReq 20 +#define sz_xieQueryOpDefaultsReq 4 + +#define sz_xieCreateByReferenceReq 16 +#define sz_xieCreateByValueReq 12 +#define sz_xieCreateCppReq 24 +#define sz_xieCreatePhotoReq 48 +#define sz_xieCreateRoiReq 28 +#define sz_xieCreateTmpReq 24 +#define sz_xieDeleteResourceReq 12 +#define sz_xieQueryResourceReq 12 + +#define sz_xieBindPhotomapReq 12 +#define sz_xieAbortPhotofloReq 8 +#define sz_xieExecutePhotofloReq 8 +#define sz_xieTapPhotofloReq 16 + +#define sz_xieAbortTransportReq 12 +#define sz_xieGetStreamReq 16 +#define sz_xieGetTileReq 32 +#define sz_xiePutStreamReq 16 +#define sz_xiePutTileReq 32 +#define sz_xieSetTransportReq 140 + +#define sz_xieExportReq 64 +#define sz_xieFreeExportReq 8 +#define sz_xieImportReq 20 +#define sz_xieQueryExportReq 16 + +#define sz_xieAreaReq 24 +#define sz_xieAreaStatsReq 20 +#define sz_xieArithReq 36 +#define sz_xieCalcHistReq 16 +#define sz_xieChromeComReq 20 +#define sz_xieChromeSepReq 16 +#define sz_xieCompareReq 36 +#define sz_xieConstrainReq 28 +#define sz_xieCropReq 16 +#define sz_xieDitherReq 24 +#define sz_xieFillReq 28 +#define sz_xieLogicalReq 36 +#define sz_xieLuminanceReq 12 +#define sz_xieMatchHistogramReq 36 +#define sz_xieMathReq 20 +#define sz_xieMirrorReq 16 +#define sz_xiePointReq 20 +#define sz_xiePointStatsReq 20 +#define sz_xieRotateReq 40 +#define sz_xieScaleReq 20 +#define sz_xieTranslateReq 24 + +/******************************************************************************* +** Sub-structures +*******************************************************************************/ + + /* + ** Structure defining the Xie function vector. + */ +typedef struct { + CARD8 function[32]; +} XieFunctionsRec, *XieFunctionVector; + + /* + ** Structure defining IdcTmp template data crossing wire. + */ +typedef struct { + INT32 x; + INT32 y; + XieFloatRec value; +} XieTmpEntryRec, *XieTmpEntry; + +/******************************************************************************* +** Protocol request packets +*******************************************************************************/ + + /* + ** Generic part of all XIE requests + */ +typedef struct { + CARD8 reqType; /* major op-code assigned to extension */ + CARD8 opcode; /* minor op-code == XIE function */ + CARD16 length; /* length in longwords of entire request */ +} xieReq; + + /* + ** Init Session Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieInitSession */ + CARD16 length; + CARD16 major_version; + CARD16 minor_version; +} xieInitSessionReq; + + /* + ** Term Session Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieTermSession */ + CARD16 length; +} xieTermSessionReq; + + /* + ** Query Events Requests + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 event_param; +} xieQueryEventsReq; + + /* + ** Select Events Requests + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 event_mask; +} xieSelectEventsReq; + + /* + ** Set Operational Defaults + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieSetOpDefaults */ + CARD16 length; + CARD8 model; + CARD8 _pad[3]; + CARD32 levels[XieK_MaxComponents]; +} xieSetOpDefaultsReq; + + /* + ** Query Operational Defaults + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieQueryOpDefaults */ + CARD16 length; +} xieQueryOpDefaultsReq; + + /* + ** Create (ie. clone Photo{flo|map}) resource By Reference Request. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByReference*/ + CARD16 length; + CARD32 resource_type; + CARD32 resource_id; /* new Photo{flo|map}-id */ + CARD32 photomap_id; /* existing Photomap-id */ +} xieCreateByReferenceReq; + + /* + ** Generic Create resource By Value Request. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* new resource type */ + CARD32 resource_id; /* new resource identifier */ +} xieCreateByValueReq; + + /* + ** Create Cpp Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* resource type == XieK_IdcCpp */ + CARD32 resource_id; + CARD32 photomap_id; + INT32 x; + INT32 y; +} xieCreateCppReq; + + /* + ** Create Photo{flo|map} from client specified attributes. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* XieK_Photomap or XieK_Photoflo */ + CARD32 resource_id; + CARD32 width; + CARD32 height; + XieFloatRec aspect_ratio; + CARD32 levels[XieK_MaxComponents]; + CARD8 number_of_components; + CARD8 component_mapping; + CARD8 pixel_progression; + CARD8 line_progression; + CARD8 polarity; + CARD8 _pad[3]; +} xieCreatePhotoReq; + + /* + ** Create Roi Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* resource type == XieK_IdcRoi */ + CARD32 resource_id; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; +} xieCreateRoiReq; + + /* + ** Create Tmp Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCreateByValue */ + CARD16 length; + CARD32 resource_type; /* resource type == XieK_IdcTmp */ + CARD32 resource_id; + INT32 center_x; + INT32 center_y; + CARD32 data_count; /* number of XieTmpEntryRec's */ +/* XieTmpEntryRec data[data_count] /* list of XieTmpEntryRec */ +} xieCreateTmpReq; + + /* + ** Delete resource request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieDeleteResource */ + CARD16 length; + CARD32 resource_type; + CARD32 resource_id; +} xieDeleteResourceReq; + + /* + ** Query resource request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieQueryResource */ + CARD16 length; + CARD32 resource_type; + CARD32 resource_id; +} xieQueryResourceReq; + + /* + ** Bind an existing Photomap to an existing Photoflo. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieBindPhotomap */ + CARD16 length; + CARD32 photoflo_id; + CARD32 photomap_id; +} xieBindPhotomapReq; + + /* + ** Abort Photoflo request. + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieAbortPhotoflo */ + CARD16 length; + CARD32 photoflo_id; +} xieAbortPhotofloReq; + + /* + ** Execute Photoflo Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieExecutePhotoflo */ + CARD16 length; + CARD32 photoflo_id; +} xieExecutePhotofloReq; + + /* + ** Tap Photoflo Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieTapPhotoflo */ + CARD16 length; + CARD32 photoflo_id; + CARD32 photo_id; + BOOL permanent; + CARD8 _pad[3]; +} xieTapPhotofloReq; + + /* + ** Abort transport Request (release transport resources) + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieAbortTransport */ + CARD16 length; + CARD32 photo_id; + CARD32 plane_mask; +} xieAbortTransportReq; + + /* + ** Get Stream Request (transport image data: server --> client) + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieGetStream */ + CARD16 length; + CARD32 photo_id; + CARD32 max_bytes; /* maximum return image data length */ + CARD8 plane_num; + CARD8 _pad[3]; +} xieGetStreamReq; + + /* + ** Get Tile Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieGetTile */ + CARD16 length; + CARD32 photomap_id; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; + CARD32 plane_mask; + BOOL final; + CARD8 _pad[3]; +} xieGetTileReq; + + /* + ** Put Stream Request (transport image data: client --> server) + */ +typedef struct _xiePutStreamReq { + CARD8 reqType; + CARD8 opcode; /* function == X_iePutStream */ + CARD16 length; + CARD32 photo_id; + CARD32 byte_count; /* image plane data length in bytes */ + BOOL final; + CARD8 plane_num; + CARD8 _pad[2]; +} xiePutStreamReq; + + /* + ** Put Tile Request (transport image data: client --> server) + */ +typedef struct _xiePutTileReq { + CARD8 reqType; + CARD8 opcode; /* function == X_iePutTile */ + CARD16 length; + CARD32 photomap_id; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; + CARD32 plane_mask; + BOOL final; + CARD8 _pad[3]; +} xiePutTileReq; + + /* + ** Set transport Request (set transport parameters) + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieSetTransport */ + CARD16 length; + CARD32 photo_id; + CARD32 compression_parameter; + CARD8 compression_scheme; + CARD8 mode; + CARD8 component_organization; + CARD8 _pad; + CARD32 plane_mask; + CARD8 pixel_stride[XieK_MaxPlanes]; + CARD32 scanline_stride[XieK_MaxPlanes]; +} xieSetTransportReq; + + /* + ** Export image data to drawable Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieExport */ + CARD16 length; + CARD32 photo_id; + CARD32 drawable_id; + CARD32 gc_id; + INT32 src_x; + INT32 src_y; + CARD32 width; + CARD32 height; + INT32 dst_x; + INT32 dst_y; + CARD32 photo_lut_id; + CARD32 colormap_id; + XieFloatRec match_limit; + XieFloatRec gray_limit; +} xieExportReq; + + /* + ** Free ExportContext from Photomap Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieFreeExport */ + CARD16 length; + CARD32 photo_id; +} xieFreeExportReq; + + /* + ** Import image data from drawable Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieImport */ + CARD16 length; + CARD32 photomap_id; + CARD32 drawable_id; + CARD32 colormap_id; + CARD8 polarity; + CARD8 _pad[3]; +} xieImportReq; + + /* + ** Query ExportContext Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieQueryExport */ + CARD16 length; + CARD32 photo_id; + CARD32 lut_id; + BOOL get_pixels; + CARD8 _pad[3]; +} xieQueryExportReq; + + /* + ** Area Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 ipcc_id; + CARD32 ipct_id; + CARD8 op1; + CARD8 op2; + CARD8 constrain; + CARD8 _pad; +} xieAreaReq; + + /* + ** Area Statistics Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 edge_size; + CARD8 stat_type; + CARD8 _pad[2]; +} xieAreaStatsReq; + + /* + ** Arith Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieArithmetic */ + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 constants[XieK_MaxComponents]; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 constrain; + CARD16 _pad; +} xieArithReq; + + /* + ** Calculate Histogram Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id; + CARD32 idc_id; + CARD8 by_component; + CARD8 _pad[3]; +} xieCalcHistReq; + + /* + ** Chrominance Combine Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id1; + CARD32 photo_id2; + CARD32 photo_id3; + CARD32 dst_photo_id; +} xieChromeComReq; + + /* + ** Chrominance Separate Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo; + CARD32 dst_photo; + CARD32 component; +} xieChromeSepReq; + + /* + ** Compare Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 constants[XieK_MaxComponents]; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 combine; + CARD16 _pad; +} xieCompareReq; + + /* + ** Constrain Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieConstrain */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD8 model; + CARD8 _pad[3]; + CARD32 levels[XieK_MaxComponents]; + +} xieConstrainReq; + + /* + ** Crop Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieCrop */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; +} xieCropReq; + + /* + ** Dither Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieDither */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 levels[XieK_MaxComponents]; +} xieDitherReq; + + /* + ** Fill Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieFill */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 dst_idc_id; + CARD32 constant[XieK_MaxComponents]; +} xieFillReq; + + /* + ** Logical Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieLogical */ + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 constants[XieK_MaxComponents]; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 _pad[3]; + } xieLogicalReq; + + /* + ** Luminance Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieLuminance */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; +} xieLuminanceReq; + + /* + ** Math Function Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD8 op; + CARD8 constrain; + CARD16 _pad; +} xieMathReq; + + /* + ** Match Histogram Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id1; + CARD32 photo_id2; + CARD32 idc_id; + XieFloatRec param1; + XieFloatRec param2; + CARD8 h_shape; + CARD8 _pad[3]; +} xieMatchHistogramReq; + + /* + ** Mirror Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieMirror */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + BOOL x_mirror; + BOOL y_mirror; + CARD8 _pad[2]; +} xieMirrorReq; + + /* + ** Point Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 idc_id; + CARD32 trans_photo_id; +} xiePointReq; + + /* + ** Point Statistics Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 photo_id; + INT32 x; + INT32 y; + CARD8 height; + CARD8 width; + CARD8 _pad[2]; +} xiePointStatsReq; + + /* + ** Rotate Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieRotate */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + XieFloatRec angle; + CARD32 width; + CARD32 height; + CARD32 fill[XieK_MaxComponents]; +} xieRotateReq; + + /* + ** Scale Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieScale */ + CARD16 length; + CARD32 src_photo_id; + CARD32 dst_photo_id; + CARD32 width; + CARD32 height; +} xieScaleReq; + + /* + ** Translate Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; /* function == X_ieTranslate */ + CARD16 length; + CARD32 src1_photo_id; + CARD32 src2_photo_id; + CARD32 src_idc_id; + CARD32 dst_photo_id; + CARD32 dst_idc_id; +} xieTranslateReq; + +#ifdef NOT_YET_IMPLEMENTED +/************ NONE OF THE FOLLOWING REQUESTS HAVE BEEN IMPLEMENTED ************/ + /* + ** Display Sequence Request + */ +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length; + CARD32 window_id; + CARD16 frame_count; + CARD16 frame_timing; + CARD8 forward; + CARD8 number_of_pixmaps; +} xieDisplaySeqReq; + +/**************************** END OF UNIMPLEMENTED REQUESTS *******************/ +#endif + +/******************************************************************************* +** Events +*******************************************************************************/ + /* + ** Send Xie Event + */ +typedef struct { + CARD8 type; + CARD8 detail; + CARD16 sequenceNumber; + CARD32 resource_id; + CARD8 _pad[24]; +} xieSendEvent; + +/******************************************************************************* +** Replies +*******************************************************************************/ + /* + ** Reply for Init Session + */ +typedef struct { + INT8 type; + CARD8 success; + CARD16 sequenceNumber; + CARD32 length; + CARD16 major_version; + CARD16 minor_version; + CARD32 service_class; /* not implemented */ + CARD8 _pad[16]; +} xieInitSessionReply; + + /* + ** Reply for Query Events + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 event_mask; + CARD8 _pad[20]; +} xieQueryEventsReply; + + /* + ** Reply for Query Operational Defaults + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 model; + CARD8 _pad[3]; + CARD32 levels[XieK_MaxComponents]; + CARD8 _pad1[8]; +} xieQueryOpDefaultsReply; + + /* + ** Reply for Query Resource: resource type == Photoflo + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 status; + CARD8 _pad[20]; +} xieQueryPhotofloReply; + + /* + ** Reply for Query Resource: resource type == Photo{map|tap} + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 width; + CARD32 height; + XieFloatRec aspect_ratio; + CARD8 polarity; + CARD8 pixel_progression; + CARD8 line_progression; + BOOL constrained; + CARD8 component_mapping; + CARD8 component_count; + CARD8 _pad[2]; + CARD32 levels[XieK_MaxComponents]; + CARD32 photo_id; +} xieQueryPhotomapReply; + + /* + ** Reply for Query Resource: resource type == Idc of type XieK_Cpp + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + INT32 x; + INT32 y; + CARD32 photomap_id; + CARD8 _pad[12]; +} xieQueryCppReply; + + /* + ** Reply for Query Resource: resource type == Idc of type XieK_Roi + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + INT32 x; + INT32 y; + CARD32 width; + CARD32 height; + CARD8 _pad[8]; +} xieQueryRoiReply; + + /* + ** Reply for Query Resource: resource type == Idc of type XieK_Tmp + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* length of entries: long words */ + INT32 center_x; + INT32 center_y; + CARD32 data_count; /* number of XieTmpEntryRec's to */ + CARD8 _pad[12]; /* follow xieQueryTmpReply as data */ +} xieQueryTmpReply; + + /* + ** Reply for Get Stream + */ +typedef struct { + INT8 type; + CARD8 status; + CARD16 sequenceNumber; + CARD32 length; /* length of image data: longwords */ + CARD32 byte_count; /* image plane data length in bytes */ + CARD8 _pad[20]; +} xieGetStreamReply; + + /* + ** Reply for Get Tile + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* length of image data: longwords */ + CARD8 _pad[24]; +} xieGetTileReply; + + /* + ** Reply for QueryExport -- returns LUT and list of allocated pixels + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* number of pixels being returned */ + CARD32 pixel_count; + CARD32 lut_id; + CARD8 lut_mapping; + CARD8 _pad[15]; +} xieQueryExportReply; + + /* + ** Reply for CalcHistogram -- returns frequency distribution data + */ +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; /* size of histogram list in longs */ + CARD8 _pad[24]; +} xieCalcHistReply; + + /* + ** Reply for Point Statistics + */ +typedef struct { + INT8 type; + INT8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 _pad[24]; +} xiePointStatsReply; + +/* the following structure is used for Point Statistics */ + +typedef struct { + XieFloatRec pixel; + XieFloatRec minimum; + XieFloatRec maximum; + XieFloatRec mean; + XieFloatRec std_dev; + XieFloatRec variance; +} xiePointStatsData, *xiePointStatsDataPtr; + + +#ifdef NOT_YET_IMPLEMENTED +/************ NONE OF THE FOLLOWING REPLIES HAVE BEEN IMPLEMENTED *************/ + +typedef struct { + CARD16 screen_width_millimeters; + CARD16 screen_height_millimeters; + CARD16 screen_width_pixels; + CARD16 screen_height_pixels; + CARD16 screen_depth; + CARD16 screen_luts_size; + CARD8 screen_number; + CARD8 screen_luts; + CARD8 screen_brightness_control; + CARD8 screen_contrast_control; + CARD8 screen_hue_control; + CARD8 _pad[5]; +} screen_data; + +typedef struct { + CARD32 minimum; + CARD32 maximum; + CARD32 mean; + CARD32 std_dev; + CARD32 variance; +} statistics_data; + +/* Reply for Dot Product */ + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 _pad[6]; +} xieDotProductReply; + +/*** following display stuff may be deleted or expanded */ + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 idc_type; + CARD8 skip_or_show; + CARD32 pixmap; + CARD16 _pad; +} xieSingleStaticReply; + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD8 idc_type; + CARD8 map_x_tiles; + CARD8 map_y_tiles; + CARD32 current_frame; + CARD32 number_of_display_frames; +} xieSpatialMapReply; + +typedef struct { + CARD32 pixmap; + CARD8 skip_or_show; + CARD8 _pad[3]; +} display_frame; + +typedef struct { + INT8 type; + CARD8 _reserved; + CARD16 sequenceNumber; + CARD32 length; + CARD32 current_frame; + CARD32 number_of_display_frames; + CARD8 idc_type; + CARD8 map_x_tiles; + CARD8 map_y_tiles; + CARD8 _pad[14]; +} xieTimeSequenceReply; + +/**************************** END OF UNIMPLEMENTED REPLIES ********************/ +#endif +/* +** This "endif" MUST be the last line of this file. +*/ +#endif /* end of XIEPROTO -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ + diff --git a/xie/docs/dec/xie23/include/dec/extensions/XieUdpDef.h b/xie/docs/dec/xie23/include/dec/extensions/XieUdpDef.h new file mode 100644 index 0000000..9703541 --- /dev/null +++ b/xie/docs/dec/xie23/include/dec/extensions/XieUdpDef.h @@ -0,0 +1,110 @@ +/* + * @DEC_COPYRIGHT@ + */ +/* + * HISTORY + * $Log: XieUdpDef.h,v $ + * Revision 1.2.2.3 92/04/06 08:25:48 Gary_Grebus + * Update to XIE VN/ALPHA_BL1 baselevel. + * [92/03/11 07:13:12 Gary_Grebus] + * + * Revision 1.2 91/12/30 12:48:20 devbld + * Initial load of project + * + * $EndLog$ + */ +/* BuildSystemHeader added automatically */ +/* $Header: /b5/aguws3.0/aguws3.0_rcs/src/dec/extensions/include/XieUdpDef.h,v 1.2.2.3 92/04/06 08:25:48 Gary_Grebus Exp $ */ +/********************************************************************************************************************************/ +/* Created 25-FEB-1992 13:08:45 by VAX SDL V3.2-12 Source: 12-JUL-1990 18:14:51 VNWRKD$:[XIESMI.SRC]XIEUDPDEF.SDL;2 */ +/********************************************************************************************************************************/ +/******************************************************************************* */ +/** Copyright 1989 by Digital Equipment Corporation, Maynard, Massachusetts, */ +/** and the Massachusetts Institute of Technology, Cambridge, Massachusetts. */ +/** */ +/** All Rights Reserved */ +/** */ +/** Permission to use, copy, modify, and distribute this software and its */ +/** documentation for any purpose and without fee is hereby granted, */ +/** provided that the above copyright notice appear in all copies and that */ +/** both that copyright notice and this permission notice appear in */ +/** supporting documentation, and that the names of Digital or MIT not be */ +/** used in advertising or publicity pertaining to distribution of the */ +/** software without specific, written prior permission. */ +/** */ +/** DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING */ +/** ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL */ +/** DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR */ +/** ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, */ +/** WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, */ +/** ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS */ +/** SOFTWARE. */ +/** */ +/******************************************************************************* */ +/******************************************************************************* */ +/** */ +/** FACILITY: */ +/** */ +/** Sample Machine Independant DDX */ +/** X Image Extensions */ +/** */ +/** ABSTRACT: */ +/** */ +/** This include file defines low level image data representation */ +/** structures. */ +/** */ +/** ENVIRONMENT: */ +/** */ +/** VAX/VMS V5.3 */ +/** ULTRIX V3.1 */ +/** */ +/** AUTHOR(S): */ +/** */ +/** John Weber */ +/** */ +/** CREATION DATE: */ +/** */ +/** August 12, 1989 */ +/** */ +/** MODIFICATION HISTORY: */ +/** */ +/******************************************************************************* */ + +/*** MODULE XieUdpDef ***/ +#ifndef UDPDEF +#define UDPDEF +struct UDP { + unsigned short int UdpW_PixelLength; + unsigned char UdpB_DType; + unsigned char UdpB_Class; + unsigned char *UdpA_Base; + unsigned long int UdpL_ArSize; + unsigned long int UdpL_PxlStride; + unsigned long int UdpL_ScnStride; + long int UdpL_X1; + long int UdpL_X2; + long int UdpL_Y1; + long int UdpL_Y2; + unsigned long int UdpL_PxlPerScn; + unsigned long int UdpL_ScnCnt; + long int UdpL_Pos; + unsigned long int UdpL_CompIdx; + unsigned long int UdpL_Levels; + } ; +typedef struct UDP UdpRec, *UdpPtr; +#define UdpK_DTypeUndefined 0 +#define UdpK_DTypeMin 1 +#define UdpK_DTypeBU 1 +#define UdpK_DTypeWU 2 +#define UdpK_DTypeLU 3 +#define UdpK_DTypeF 4 +#define UdpK_DTypeC 5 +#define UdpK_DTypeVU 6 +#define UdpK_DTypeV 7 +#define UdpK_DTypeCL 8 +#define UdpK_DTypeMax 8 +#define UdpK_ClassUBA 1 +#define UdpK_ClassUBS 2 +#define UdpK_ClassA 3 +#define UdpK_ClassCL 4 +#endif /* UDPDEF */ diff --git a/xie/docs/dec/xie23/man/XieAbortFlo.3X b/xie/docs/dec/xie23/man/XieAbortFlo.3X new file mode 100644 index 0000000..216b40c --- /dev/null +++ b/xie/docs/dec/xie23/man/XieAbortFlo.3X @@ -0,0 +1,59 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieAbortFlo 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieAbortFlo \- This routine aborts a running photoflo. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXieAbortFlo\fI(flo_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto flo_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "flo_id" 20 +The \fIflo_id\fP argument specifies the +photoflo, or any photomap or phototap bound to the photoflo. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine aborts a running photoflo. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +\fBProtocol Messages:\fP X_ieAbortFlo +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- invalid photoflo +identifier +.PP +BadAlloc -- Insufficient server resources +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieAbortStream.3X b/xie/docs/dec/xie23/man/XieAbortStream.3X new file mode 100644 index 0000000..3f6ff7f --- /dev/null +++ b/xie/docs/dec/xie23/man/XieAbortStream.3X @@ -0,0 +1,75 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieAbortStream 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieAbortStream \- This routine releases server transport resources and aborts any +outstanding planes. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXieAbortStream\fI(pho_id, p_mask)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto pho_id; +unsigned long p_mask; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "pho_id" 20 +The \fIpho_id\fP argument specifies the identifier of +the photoflo or a photomap or phototap bound to the photoflo. +.IP "p_mask" 20 +The \fIp_mask\fP argument specifies the mask that indicates +the plane whose resources you want to release from transport. The least +significant bit of the mask indicates plane 0. You can use the symbol +XieK_AllPlanes to release the resources for all planes. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine releases server transport resources and aborts any +outstanding planes. +If \fIpho_id\fP is a photomap or a phototap, the routine +releases server transport resources for the specified planes. If +\fIpho_id\fP is a photoflo, the routine releases all planes of +server transport resources held by an untapped source or destination hidden +phototaps, or both. +.PP +You can use the XieAbortStream routine to release server +transport resources that were established using the +XieSetStream, XieGetImage, and XiePutImage routines for which +the \fImode\fP argument symbol was XieK_DataFlo or XieK_DataMap. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieAbortStream +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid photomap identifier +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieArea.3X b/xie/docs/dec/xie23/man/XieArea.3X new file mode 100644 index 0000000..90ba16e --- /dev/null +++ b/xie/docs/dec/xie23/man/XieArea.3X @@ -0,0 +1,178 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieArea 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieArea \- This routine creates a new image by transforming a source image +using an area operator. +...\" MANDOC->End OVERVIEW + +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieArea\fI(src_id, tmp_id, idc_id, op1, op2, constrain)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id; +XieTmp tmp_id; +XieIdc idc_id; +unsigned long op1; +unsigned long op2; +unsigned long constrain; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the source image is an unbound photomap, the routine returns the +identifier of the newly created photomap in the \fIdst_photo_id\fP +argument. Otherwise, the routine returns the identifier of the photoflo +to which the routine is appended. You can free the photomap +using the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the identifier +of the source image. If the source image is an unbound photomap, +the operation is performed immediately. Otherwise, a processing +element is appended to the specified photoflo with execution pending +a call to the +XieExecuteFlo routine. The photoflo +is specified explicitly +if the source image is a photoflo, or implicitly if the +source image argument is a photomap or a phototap bound to the photoflo. +.IP "tmp_id" 20 +The \fItmp_id\fP argument specifies the Image Domain +Context (IDC) of type TMP (template) that contains the coefficients used +in the area transformation. The +spatial registration of the template relative to each pixel is established +by the x-coordinate and the y-coordinate of the template center. +The template is specified in the positive x- and positive y-quadrant +of the Cartesian coordinate system. +.IP "idc_id" 20 +The \fIidc_id\fP argument specifies the optional IDC +of type CPP (control processing plane) or ROI (region of interest) +that defines the region of the image over which the routine operates. +If you specify a value of 0, the routine operates across the entire +source image. +.IP "op1" 20 +The \fIop1\fP argument specifies the first operation +performed between each element of the template and the corresponding pixel +in the source image. +.IP "op2" 20 +The \fIop2\fP argument specifies the second operation +performed between the results obtained from the first operation. +The result of the second operation is the resultant pixel value. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +...\" MANDOC->FOOTNOTE tag not supported, FOOTNOTE ignored +.sp 4p +Symbol@Operation Performed +.sp 6p +XieK_AreaOp1Add@T{ +Adds the corresponding pixel and template values +T} +.sp +XieK_AreaOp1Mult@T{ +Multiplies the corresponding pixel and template values +T} +.sp +XieK_AreaOp2Min@T{ +Selects the minimum value resulting from applying the first operator +T} +.sp +XieK_AreaOp2Max@T{ +Selects the maximum value resulting from applying the first operator +T} +.sp +XieK_AreaOp2Sum@T{ +Sums the values resulting from applying the first operator +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +.IP "constrain" 20 +The \fIconstrain\fP argument is a Boolean flag that indicates +whether or not the routine constrains the resulting image data before being +written to the destination image. If you specify True, +the routine constrains the image data based on the current constraint +model. If you specify False, the resulting image data remains unconstrained. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a new image by transforming an existing image +using an area operator. +The routine calculates the transformed value of each pixel based on +the pixel values in the area surrounding the pixel. The routine performs +the calculation in 2 steps, controlled by the \fIop1\fP and +\fIop2\fP arguments. +In the first step, the pointwise sum or product of the template coefficients +and the source image is calculated, producing a two-dimensional array of values. +In the second step, the minimum, maximum, or sum is applied to the +two-dimensional array to yield a single, transformed pixel value. +The registration of the template relative to a particular pixel +is established by the x-coordinate and the y-coordinate values of the +template center. +.PP +The destination image has the same spatial dimensions as those of +the source image. The routine transforms the entire source image +unless you specify an IDC. When you do use an IDC, the region +outside the area defined by the IDC contains the original source values. +If positioning of the template causes some of the template values +to extend beyond the boundaries of the source image, the routine extends +the image and sets the resulting pixel values in the extended area to 0. +However, if the template extends outside the boundaries of the IDC, +the routine uses the template values within for the extended area. +This avoids introducing artifacts into the resulting image. +.PP +The routine converts the source image and the template to be +unconstrained before performing the transformation. +If the value of the \fIconstrain\fP argument +is True, the routine constrains the resulting image data +before writing it to the destination image. +.PP +If the operation is performed immediately and you selected computation +events using the +XieSelectEvents routine, the routine +adds an XieM_ComputationEvent to the X11 event queue when the +routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieArea +.PP +\fBXIE event returned:\fP XieK_ComputationEvent +if immediate execution and computation events are selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadValue -- Invalid area operator or IDC does not intersect the image +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieAreaStats.3X b/xie/docs/dec/xie23/man/XieAreaStats.3X new file mode 100644 index 0000000..f816d8e --- /dev/null +++ b/xie/docs/dec/xie23/man/XieAreaStats.3X @@ -0,0 +1,133 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieAreaStats 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieAreaStats \- This routine creates a new image by transforming an existing source +image using an area statistics operator. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_id\fP = XieAreaStats\fI(src_id, idc_id, op, edge)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto src_id; +XieIdc idc_id; +unsigned long op; +unsigned long edge; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the identifier of the newly created image in +the \fIdst_id\fP argument. You can free the photomap using the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the unbound +photomap identifier of the source image. +.IP "idc_id" 20 +The \fIidc_id\fP argument specifies the identifier of +the IDC of type ROI that defines the region of the source +image over which the routine operates. +If you specify a value of 0, the routine operates over the entire source image. +.IP "op" 20 +The \fIop\fP argument specifies the statistical operation performed by the +routine. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Symbol@Operation Performed +.sp 6p +XieK_Minimum@T{ +Minimum pixel value in area +T} +.sp +XieK_Maximum@T{ +Maximum pixel value in area +T} +.sp +XieK_Mean@T{ +Mean pixel value in area +T} +.sp +XieK_StdDev@T{ +Standard deviation of the pixel +distribution in area +T} +.sp +XieK_Variance@T{ +Variance of the pixel +distribution in area +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +.IP "edge" 20 +The \fIedge\fP argument specifies the size in pixels +of the local area square region surrounding each pixel the routine uses +in the statistical operation. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a new image by transforming an existing source +image using an area statistics operator. +The routine calculates the statistical information pixel by pixel +based on the local area surrounding each pixel. +The \fIedge\fP argument determines the size of the square local area. +.PP +The unbound source photomap must be bitonal or gray scale and +can be either constrained or unconstrained and the destination image +is the same. +.PP +Specification of a nonexistent photomap generates a BadIdChoice error +and specification of a nonexistent IDC or an IDC of type TMP generates +a BadIdChoice error. If the server cannot allocate the destination +photomap, the routine returns a BadAlloc error. Specification of a +multispectral source image returns a BadMatch error. +.PP +If you selected computation events using the XieSelectEvents routine, +the routine adds an XieK_ComputationEvent to the X11 event queue +when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieArea +.PP +\fBXIE event returned:\fP XieK_ComputationEvent if immediate execution +and computation events are selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadMatch -- The source image is multispectral +.PP +BadValue -- Invalid area operator or IDC does not intersect the image +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieArithmetic.3X b/xie/docs/dec/xie23/man/XieArithmetic.3X new file mode 100644 index 0000000..7775dab --- /dev/null +++ b/xie/docs/dec/xie23/man/XieArithmetic.3X @@ -0,0 +1,204 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieArithmetic 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieArithmetic \- This routine creates a new image by arithmetically combining +2 source images or 1 source image and a constant image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieArithmetic\fI(src_id1, src_id2, +constant, idc_id, operator, constrain)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id1; +XiePhoto src_id2; +unsigned long *constant; +XieIdc idc_id; +unsigned long operator; +unsigned long constrain; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the \fIsrc_id1\fP argument specifies an unbound photomap, +the routine returns the newly created destination image identifier +in the \fIdst_photo_id\fP argument. Otherwise, the routine returns +the identifier of the photoflo to which the routine is appended. +You can free the photomap using the XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id1" 20 +The \fIsrc_id1\fP argument specifies the identifier +of the first source image. +If the first source image is an unbound photomap, the operation is +performed immediately. Otherwise, a processing element is appended to the +specified photoflo with execution pending a call to the +XieExecuteFlo routine. +The photoflo is specified explicitly if the first source image +is a photoflo, or implicitly if the first source image +is a photomap or phototap bound to the photoflo. +.IP "src_id2" 20 +The \fIsrc_id2\fP argument specifies the second +source image. If you specify a value of 0 for \fIsrc_id2\fP, +the routine uses the constant image you specified for the +\fIconstant\fP argument as the second image. If you specify +a photoflo for the first source image, the second source image +must be bound to the specified photoflo using the XieBindMapToFlo routine. +.IP "constant" 20 +The \fIconstant\fP argument specifies the address of an array +containing 1 constant value per component used as the second input +when the value of the \fIsrc_id2\fP argument is 0. +.IP "idc_id" 20 +The \fIidc_id\fP argument specifies the identifier of the +optional IDC of type CPP that defines the region of the source +image or images over which the routine operates. +If you specify a value of 0, the +routine operates over the entire intersection of the 2 source images. +.IP "operator" 20 +The \fIoperator\fP argument specifies the type of arithmetic +operation the routine performs. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Symbol@Operation Performed +.sp 6p +XieK_AddII@T{ +Adds the data in the 2 source +images +T} +.sp +XieK_AddIC@T{ +Adds the constant value to the +first source image +T} +.sp +XieK_SubII@T{ +Subtracts the data in the second +source image from the data in the first source image +T} +.sp +XieK_SubIC@T{ +Subtracts the constant value from the data in the first source image +T} +.sp +XieK_SubCI@T{ +Subtracts the data in the first source image from the constant value +T} +.sp +XieK_MulII@T{ +Multiplies the data in the 2 source images +T} +.sp +XieK_MulIC@T{ +Multiplies the constant value by the data in the first source image +T} +.sp +XieK_DivII@T{ +Divides the data in the first source image by the data in the second +source image +T} +.sp +XieK_DivIC@T{ +Divides the data in the second source image by the constant value +T} +.sp +XieK_DivCI@T{ +Divides the constant value by the data in the first source image +T} +.sp +XieK_MinII@T{ +Selects the minimum of the data in the 2 source images +T} +.sp +XieK_MinIC@T{ +Selects the minimum of the constant value and the data in the first +source image +T} +.sp +XieK_MaxII@T{ +Selects the maximum of the data in the 2 source images +T} +.sp +XieK_MaxIC@T{ +Selects the maximum of the constant value and the data in the first source image +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +.IP "constrain" 20 +The \fIconstrain\fP argument is a Boolean flag that indicates +whether or not the routine constrains the resulting data before it is +written to the destination image. If you specify True, +the routine constrains the image data based on the current constraint +model. If you specify False, the data remains unconstrained. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a new image by arithmetically combining +2 source images or 1 source image and a constant image. +The 2 source images can be bitonal, gray scale, or multispectral +and be constrained or unconstrained, but the 2 source images must +have the same number of components and be spatially aligned. +If the source images are constrained, the routine first converts +them to be unconstrained before performing the operation. +.PP +If you use a constant image, you must specify the same number of +components as there are in the first source image. +Each point of a component has the value supplied in the constant image array. +.PP +The destination image has the same spatial dimensions as +those of the first source image. The area over which the routine operates +is the intersection of the 2 source images and the IDC, if you specify +one. Any area not operated on by the routine contains the original values +in the first source image. +.PP +If the operation is performed immediately and you selected computation +events using the XieSelectEvents routine, the routine adds an +XieK_ComputationEvent to the X11 event queue when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieArith +.PP +\fBXIE event returned:\fP XieK_ComputationEvent +if immediate execution and computation events are selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadAccess -- 1 source image is a photoflo and the other is not bound to it +.PP +BadMatch -- The source images do not have the same number of components +.PP +BadValue -- The arithmetic operator generated an undefined value or +the IDC does not intersect the source images +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieBindMapToFlo.3X b/xie/docs/dec/xie23/man/XieBindMapToFlo.3X new file mode 100644 index 0000000..2152148 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieBindMapToFlo.3X @@ -0,0 +1,72 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieBindMapToFlo 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieBindMapToFlo \- This routine binds a photomap to a photoflo. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXieBindMapToFlo\fI(phf_id, phm_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhotoflo phf_id; +XiePhotomap phm_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "phf_id" 20 +The \fIphf_id\fP argument specifies the identifier +of a photoflo, or any photomap or phototap bound to the photoflo. +.IP "phm_id" 20 +The \fIphm_id\fP argument specifies the photomap you +want to bind to the photoflo. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine binds a photomap to a photoflo. +The photomap does not have to contain image data. +This way, you can specify inputs to a photoflo +other than the specified input when you created the photoflo. +Once bound to the photoflo, the photomap can receive +image data transported from the client either prior to or during photoflo +execution, or both. The photomap can also serve as an input to +downstream processing elements in the photoflo. However, you cannot use +the photomap for any other purpose until you free the photoflo. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieBindPhotomap +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.br +BadAlloc -- Insufficient server resources +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieCalloc.3X b/xie/docs/dec/xie23/man/XieCalloc.3X new file mode 100644 index 0000000..274afc3 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieCalloc.3X @@ -0,0 +1,68 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieCalloc 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieCalloc \- This routine allocates a block of zeroed memory. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIpointer\fP = XieCalloc\fI(number,size)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +void *pointer; +unsigned number; +unsigned size; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the address of the allocated memory +block in the \fIpointer\fP argument. If the routine fails, the returned +value is null. After using the memory, you should free the memory using +the XieCfree or XieFree routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "number" 20 +The \fInumber\fP argument specifies the number of +multiples of memory you want to allocate. +.IP "size" 20 +The \fIsize\fP argument specifies the number of +bytes contained in each memory multiple. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine allocates a block of zeroed memory. +Using this routine, you can allocate blocks of zeroed memory for any +use on the client side. The amount of memory allocated is equal to +the number multiples multiplied by the number of bytes per multiple. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Returns a null if the routine cannot allocate the memory +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieCallocBits.3X b/xie/docs/dec/xie23/man/XieCallocBits.3X new file mode 100644 index 0000000..e265ca2 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieCallocBits.3X @@ -0,0 +1,66 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieCallocBits 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieCallocBits \- This routine allocates zeroed memory for an image data array. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIpointer\fP = XieCallocBits\fI(bits)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char *pointer; +unsigned bits; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a pointer to the allocated +image data array in the \fIpointer\fP argument. +If the routine fails, the routine returns null. +After using the memory, you should free the memory +using the +XieFreeBits routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "bits" 20 +The \fIbits\fP argument specifies the size of the +allocated image data array in bits. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine allocates zeroed memory for an image data array. +The size of the data array is specified by the \fIsize\fP argument. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Returns a null if the routine cannot +allocate the memory +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieCfree.3X b/xie/docs/dec/xie23/man/XieCfree.3X new file mode 100644 index 0000000..8f1111e --- /dev/null +++ b/xie/docs/dec/xie23/man/XieCfree.3X @@ -0,0 +1,61 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieCfree 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieCfree \- This routine deallocates memory that was allocated using either the +XieCalloc or XieRealloc routine. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fInull\fP = XieCfree\fI(ptr)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +void *null; +char *ptr; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +Returns a null pointer. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "ptr" 20 +The \fIptr\fP argument specifies the pointer to +the block of memory you want to deallocate. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine deallocates memory that was allocated using either the +XieCalloc or XieRealloc routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieCheckFunction.3X b/xie/docs/dec/xie23/man/XieCheckFunction.3X new file mode 100644 index 0000000..020c72d --- /dev/null +++ b/xie/docs/dec/xie23/man/XieCheckFunction.3X @@ -0,0 +1,75 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieCheckFunction 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieCheckFunction \- This routine checks for the availability of server support for a +specified XIE protocol function. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIstring\fP = XieCheckFunction\fI(dpy, function)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +char *string; +Display *dpy; +int function; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a pointer to a character string that describes the +protocol function in the \fIstring\fP argument. +If the server does not support the function, +the routine returns a null value. The \fIstring\fP argument +should not be freed. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "dpy" 20 +The \fIdpy\fP argument specifies the +X11 display identifier returned by the XOpenDisplay routine. +.IP "function" 20 +The \fIfunction\fP argument specifies the XIE protocol +function minor op-code that you want to check. The valid range is from +0 to 255. For a list of minor op-code symbols, refer to the applicable +include file. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine checks for the availability of server support for a +specified XIE protocol function. +This routine returns a pointer to a character string that describes +whether or not your server supports the specified XIE protocol function. +If the server does not support the function, the routine returns a null +pointer. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieChromeCom.3X b/xie/docs/dec/xie23/man/XieChromeCom.3X new file mode 100644 index 0000000..c0337db --- /dev/null +++ b/xie/docs/dec/xie23/man/XieChromeCom.3X @@ -0,0 +1,137 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieChromeCom 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieChromeCom \- This routine creates a multispectral image by combining the 3 +chrominance components of existing images. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieChromeCom\fI(src_id1, src_id2, src_id3)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id1; +XiePhoto src_id2; +XiePhoto src_id3; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the 3 source images are all unbound photomaps, the routine returns the +identifier of the newly created image in the \fIdst_photo_id\fP +argument. Otherwise, the routine returns the +identifier of the photoflo to which the processing element is appended. +You can free the photomap using the XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id1" 20 + +The \fIsrc_id1\fP argument specifies the identifier of the +source image that provides the red component. +If you are using this routine outside the context of a photoflo, +you must specify an unbound photomap. +If you are using this routine within the context a photoflo, the +source image can be a photoflo, or a photomap or phototap bound to +the photoflo. +.IP +If you specify an unbound photomap, the operation is performed immediately. +Otherwise, a processing element is appended to the photoflo with +execution pending a +call to the +XieExecuteFlo routine. +The photoflo is specified explicitly if the source image is a photoflo, +or implicitly if the source image is a phototap or a photomap bound +to the photoflo. +.IP "src_id2" 20 +The \fIsrc_id2\fP argument specifies the identifier of the +source image that provides the green component. +If you are using this routine outside the context of a photoflo, +you must specify an unbound photomap. +If you are using this routine within the context a photoflo, the +source image can be a photoflo, or a photomap or phototap bound to +the photoflo. +.IP +If you specify an unbound photomap, the operation is performed immediately. +Otherwise, a processing element is appended to the photoflo with execution +pending a call to the +XieExecuteFlo routine. +The photoflo is specified explicitly if the source image is a photoflo, +or implicitly if the source image is a phototap or a photomap bound +to the photoflo. +.IP "src_id3" 20 +The \fIsrc_id3\fP argument specifies the identifier of the +source image that provides the blue component. +If you are using this routine outside the context of a photoflo, +you must specify an unbound photomap. +If you are using this routine within the context a photoflo, the +source image can be a photoflo, or a photomap or phototap bound to +the photoflo. +.IP +If you specify an unbound photomap, the operation is performed immediately. +Otherwise, a processing element is appended to the photoflo with execution +pending a call to the +XieExecuteFlo routine. +The photoflo is specified explicitly if the source image is a photoflo, +or implicitly if the source image is a phototap or a photomap bound +to the photoflo. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a multispectral image by combining the 3 +chrominance components of existing images. +The source images must be either all constrained or all be unconstrained. +The output photomap is either constrained or unconstrained, depending +on the source images. +.PP +The routine assumes the source images to be spatially aligned at the upper +left corner. If the source images are of different sizes, the +routine calculates the size of the combined image +to be the intersection of the source images. +.PP +If the operation is performed immediately and you selected computation +events using the +XieSelectEvents routine, the routine adds an +XieK_ComputationEvent to the X11 event queue +when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieChromeCom +.PP +\fBXIE event returned:\fP XieK_ComputationEvent +if immediate execution and computation events are selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadAccess -- 1 source image is a photoflo and the others are not bound to +it +.PP +BadMatch -- A source image has multiple components or the source images +are not all constrained or all unconstrained. +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieChromeSep.3X b/xie/docs/dec/xie23/man/XieChromeSep.3X new file mode 100644 index 0000000..be6c882 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieChromeSep.3X @@ -0,0 +1,91 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieChromeSep 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieChromeSep \- This routine separates 1 chrominance component from a multispectral +source image and creates a new image containing the separated component. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieChromeSep\fI(src_id, component)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id; +unsigned long component; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the source image is an unbound photomap, +the routine returns the identifier of the newly created image in the +\fIdst_photo_id\fP argument. Otherwise, the routine returns the +identifier of the photoflo to which the processing element is appended. +You can free the photomap using the XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the identifier +of the source image. If the source image is +an unbound photomap, the operation is performed immediately. +Otherwise, a processing element is appended to the specified photoflo with +execution pending a call to the XieExecuteFlo routine. +The photoflo is specified explicitly if the source image is a photoflo, +or implicitly if the source image is a phototap or a photomap bound +to the photoflo. +.IP "component" 20 +The \fIcomponent\fP argument specifies the +chrominance component you want to separate. Specify a value of 0, 1, +or 2. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine separates 1 chrominance component from a multispectral +source image and creates a new image containing the separated component. +.PP +The source image component organization must be multispectral +and can be constrained or unconstrained. The output image is either +constrained or unconstrained, depending on the source image. +.PP +If the operation is performed immediately and you have +selected computation events using the XieSelectEvents routine, the routine +adds an XieK_ComputationEvent to the X11 event queue when the routine is +completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieChromeSep +.PP +\fBXIE event returned:\fP XieK_ComputationEvent if immediate execution and +computation events are selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadValue -- The specified component is not 0, 1, or 2 +.PP +BadMatch -- The source image is not multispectral +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieClonePhoto.3X b/xie/docs/dec/xie23/man/XieClonePhoto.3X new file mode 100644 index 0000000..406aa5d --- /dev/null +++ b/xie/docs/dec/xie23/man/XieClonePhoto.3X @@ -0,0 +1,83 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieClonePhoto 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieClonePhoto \- This routine clones a photoflo using an existing photomap as its image +data source, or clones a photomap using only the attributes +of an existing photomap. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIphoto_id\fP = XieClonePhoto\fI(phm_id, type)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto photo_id; +XiePhotomap phm_id; +unsigned long type; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If you clone a photomap, the routine returns the identifier of the +cloned photomap in the \fIphoto_id\fP argument. If you clone a photoflo, +the routine returns the identifier of the cloned photoflo. +You can free the photo using the XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "phm_id" 20 +If you clone a photoflo, the \fIphm_id\fP argument +specifies the existing unbound photomap that the routine binds +to the photoflo. The photomap does not +have to contain image data, and you can transport client +image data to the photomap prior to or during photoflo execution, +or both. The photomap can also supply data to downstream processing +elements in the photoflo, but is not available for any other purpose until +you free the photoflo. +.IP +If you clone a photomap, the \fIphm_id\fP argument specifies +the unbound photomap whose attributes are copied to the new photomap. +.IP "type" 20 +The \fItype\fP argument specifies whether the cloned +image is a photoflo or a photomap. Specify either the +XieK_Photoflo or XieK_Photomap symbol. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine clones a photoflo using an existing photomap as its image +data source, or clones a photomap using the attributes only +of an existing photomap. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieCreateByReference +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Returns a null if the source image is +not a photomap or is a photoflo +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieCompare.3X b/xie/docs/dec/xie23/man/XieCompare.3X new file mode 100644 index 0000000..1565a1e --- /dev/null +++ b/xie/docs/dec/xie23/man/XieCompare.3X @@ -0,0 +1,179 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieCompare 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieCompare \- This routine relationally compares 2 source images, or 1 source image +and a constant image, and creates a new image based on the comparison. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieCompare\fI(src_id1, src_id2, constant, idc_id, +operator, combine)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id1; +XiePhoto src_id2; +unsigned long *constant; +XieIdc idc_id; +unsigned long operator; +unsigned long combine; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the first source image is an unbound photomap, +the routine returns the identifier of the newly created photomap +in the \fIdst_photo_id\fP argument. Otherwise, the routine returns the +identifier of the processing element to which this routine is appended. +You can free the photomap using the XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id1" 20 +The \fIsrc_id1\fP argument specifies the first source image. +If the image is an unbound photomap, +the operation is performed immediately. Otherwise the routine is +appended to the processing element with execution pending a call to the +routine. The photoflo is specified explicitly if the source image is a +photoflo, or implicitly if the source image is a photomap or a phototap +bound to the photoflo. +.IP "src_id2" 20 +The \fIsrc_id2\fP argument specifies the second +source image. If you specify a value of 0, the routine +uses the constant image you specify for the \fIconstant\fP +argument as the second source image. If the first source image is +a photoflo, the second source image must be bound to the photoflo using +the XieBindMapToFlo routine. +.IP "constant" 20 +The \fIconstant\fP argument specifies the address of an array +containing one constant value per component +the routine uses to compare with the first source image. If +you specify a value that is not 0 for the \fIsrc_id2\fP argument, +the routine ignores the \fIconstant\fP argument. Each point of a +component has the value supplied in the corresponding element of the +constant image. +.IP "idc_id" 20 +The \fIidc_id\fP argument specifies the optional IDC +of type CPP or ROI that defines the region of the image or images the +routine compares. If you specify a value of 0, the routine +performs the comparison across the entire intersection of the 2 source images. +.IP "operator" 20 +The \fIoperator\fP argument specifies the comparison +operation the routine performs. Only XieK_EQ and XieK_NE are valid +for multispectral images. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Symbol@Comparison +.sp 6p +XieK_LT@T{ +First operand less than second +T} +.sp +XieK_LE@T{ +First operand less than or equal to second +T} +.sp +XieK_EQ@T{ +Operands are equal +T} +.sp +XieK_NE@T{ +Operands are not equal +T} +.sp +XieK_GT@T{ +First operand is greater than the second +T} +.sp +XieK_GE@T{ +First operand is greater than or equal to second +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +.IP "combine" 20 +The Boolean \fIcombine\fP argument specifies whether or not +the resulting image, created by comparing 2 multispectral images, has 1 +component or multiple components. The routine applies to this argument only +when the 2 source images are multispectral. If you specify a value of False, +the resulting photomap contains multiple components, each representing +the results of comparing like components of the 2 source images. +If you specify a value of True, the routine compares +each component for equality, and +the results are logically ANDed to obtain a single-component result. If +you specified a value of XieK_NE for the \fIoperator\fP +argument, the routine logically complements the logically ANDed result. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine relationally compares 2 source images, or 1 source image +and a constant image, and creates a new image based on the comparison. +The 2 source images must have the same number of components +and are assumed to be spatially aligned. If 1 of the source images is +unconstrained, the routine first converts the other source image to +unconstrained before performing the comparison. +.PP +The resulting image has the same spatial dimensions as those of the +first source image. The routine performs +the comparison over the region defined by the +intersection of the 2 source images and the IDC, if you specify 1. +.PP +The resulting image is always bitonal. If the specified comparison between +the 2 pixel values is True, the corresponding output pixel is set to +a logical 1. If the comparison is False, the corresponding output pixel is +set to a logical 0. Output pixels are also set to a logical 0 if they are +located outside the region being compared. +.PP +If the operation is performed immediately and you selected computation +events using the XieSelectEvents routine, the routine adds an +XieK_ComputationEvent to the X11 event queue when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieCompare +.PP +X_ieQueryResource if the constant array is null +.PP +\fBXIE event returned:\fP XieK_ComputationEvent if immediate execution and +computation events are selected +.PP +\fBXieLib errors:\fP Returns a null if the constant array argument is null +and the second source image identifier is invalid +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadAccess -- 1 source image is a photoflo and the other is not bound to it +.PP +BadValue -- The IDC does not intersect the source images +.PP +BadMatch -- The source images do not have the same number of components +or the source images are multispectral and the compare operator is not either +XieK_EQ or XieK_NE +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieConstrain.3X b/xie/docs/dec/xie23/man/XieConstrain.3X new file mode 100644 index 0000000..20a8635 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieConstrain.3X @@ -0,0 +1,118 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieConstrain 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieConstrain \- This routine creates a constrained copy of a source image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieConstrain\fI(src_id, model, levels)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id; +int model; +unsigned long int levels[]; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the source image is an unbound +photomap, the routine returns the identifier of the newly created image +in the \fIdst_photo_id\fP argument. Otherwise, the routine returns the +identifier of the photoflo to which the routine is appended. +You can free the photomap using the XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the source image. +If the image is an unbound photomap, the operation is performed immediately. +Otherwise, a processing element is appended to the specified photoflo with +execution pending a call to the XieExecuteFlo routine. +The photoflo is specified explicitly if the source image +is a photoflo, or implicitly if the source image is a photomap +or phototap bound to the photoflo. +.IP "model" 20 +The \fImodel\fP argument specifies the +constraint model the routine uses to convert the source image. +If you specify a value of 0, the +routine ignores the \fIlevels\fP argument and uses the session default +constraint model. See the XieSetOpDefaults routine for more information. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +...\" MANDOC->FOOTNOTE tag not supported, FOOTNOTE ignored +.sp 4p +Symbol@Operation Performed +.sp 6p +XieK_HardClip@T{ +Apply hard clip model +T} +.sp +XieK_ClipScale@T{ +Apply clip scale model +T} +.sp +XieK_HardScale@T{ +Apply hard scale model +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +.IP "levels" 20 +The \fIlevels\fP argument specifies the address of an +array that defines the number of levels to which each component is +constrained. This array must be at least XieK_MaxComponents elements in length. +The routine ignores this argument if you specify a value of 0 +for the \fImodel\fP argument. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a constrained copy of a source image. +The routine constrains the image based on the specified constraint model and +number of levels. If the source image is already constrained, the routine +first converts the data to be unconstrained before reconstraining it. +.PP +If the operation is performed immediately and you selected computation +events using the XieSelectEvents +routine, the routine adds an XieK_ComputationEvent +to the X11 event queue when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieConstrain +.PP +\fBXIE event returned:\fP XieK_ComputationEvent +if immediate execution and computation events are selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadValue -- Invalid constraint model +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieCopyImage.3X b/xie/docs/dec/xie23/man/XieCopyImage.3X new file mode 100644 index 0000000..d80a584 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieCopyImage.3X @@ -0,0 +1,90 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieCopyImage 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieCopyImage \- This routine creates a client XieImage by copying an existing XieImage. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_image\fP = XieCopyImage\fI(img, mode)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XieImage dst_image; +XieImage img; +unsigned char mode; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the identifier of the newly created image in +the \fIdst_image\fP argument. You can free the image using the XieFreeImage +routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "img" 20 +The \fIimg\fP argument specifies the pointer to the XieImageRec you want to +copy. +.IP "mode" 20 +The \fImode\fP argument specifies the status of image data in the new XieImage. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Symbol@Status of Image Data in the New XieImage +.sp 6p +XieK_DataNone@T{ +Image data pointers = null +T} +.sp +XieK_DataAlloc@T{ +Allocate new image buffers containing no data +T} +.sp +XieK_DataCopy@T{ +Allocate new image buffers and copy data +T} +.sp +XieK_DataShare@T{ +Copy pointers to existing image data +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a client XieImage by copying an existing XieImage. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Fatal, invalid mode argument +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieCreateCpp.3X b/xie/docs/dec/xie23/man/XieCreateCpp.3X new file mode 100644 index 0000000..c62e765 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieCreateCpp.3X @@ -0,0 +1,77 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieCreateCpp 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieCreateCpp \- This routine creates an IDC (Image Domain Context) of type CPP +(Control Processing Plane). +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIcpp\fP = XieCreateCpp\fI(dpy, x, y, phm_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XieCpp cpp; +Display *dpy; +long x; +long y; +XiePhotomap phm_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the identifier of the CPP. +You can free the CPP using the XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "dpy" 20 +The \fIdpy\fP argument specifies the X11 display +identifier returned by the XOpenDisplay routine. +.IP "x" 20 +The \fIx\fP argument specifies the x-coordinate of +the upper left hand corner of the CPP. +.IP "y" 20 +The \fIy\fP argument specifies the y-coordinate of +the upper left hand corner of the CPP. +.IP "phm_id" 20 +The \fIphm_id\fP argument specifies the identifier +of the bitonal photomap used as a control processing plane. See +the XieCreatePhoto routine for more information. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates an IDC of type CPP. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieCreateByValue +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Returns a null if the control processing +plane is not a photomap +.PP +\fBXieServer errors:\fP BadAlloc -- Insufficient server +resources +.PP +BadIDChoice -- Invalid identifier +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieCreateImage.3X b/xie/docs/dec/xie23/man/XieCreateImage.3X new file mode 100644 index 0000000..a4c5550 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieCreateImage.3X @@ -0,0 +1,394 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieCreateImage 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieCreateImage \- This routine creates a client XieImage using specified image record +attributes passed as parameters. The image contains no image data. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIimage\fP = XieCreateImage\fI(width, height, cmpres, cmp_org, cmp_map, + cmp_cnt, cmp_lvl, pxl_mod, scn_mod)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XieImage image; +unsigned long width; +unsigned long height; +unsigned char cmpres; +unsigned char cmp_org; +unsigned char cmp_map; +unsigned char cmp_cnt; +unsigned long *cmp_lvl; +unsigned char pxl_mod; +unsigned char scn_mod; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the newly created image. You can free the image using the +XieFreeImage routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "width" 20 +The \fIwidth\fP argument specifies the image width in pixels. +.IP "height" 20 +The \fIheight\fP argument specifies the image height in scanlines. +.IP "cmpres" 20 +The \fIcmpres\fP argument specifies the image compression scheme. +.IP "cmp_org" 20 +The \fIcmp_org\fP argument specifies the image component organization. +.IP "cmp_map" 20 +The \fIcmp_map\fP argument specifies the image component mapping. +.IP "cmp_cnt" 20 +The \fIcmp_cnt\fP argument specifies the number of image components. +.IP "cmp_lvl" 20 +The \fIcmp_lvl\fP argument specifies the pointer to an +array of image component levels. The array must be at least +XieK_MaxComponents in length. +.IP "pxl_mod" 20 +The \fIpxl_mod\fP argument specifies the image pixel +stride modulo. The pixel stride modulo is the modulo of the number +of bits between the starting points of adjacent pixels on +a scanline. For example, a pixel stride modulo of 8 indicates the +pixel stride is a multiple of a byte. If you specify a value of less +than 2 for this argument, the routine does not add padding bits. +.IP "scn_mod" 20 +The \fIscn_mod\fP argument specifies the image scanline +stride modulo. The scanline stride modulo is the modulo of the number of +bits between the starting points of adjacent scanlines. For example, +a scanline stride modulo of 32 indicates that the scanline stride is a +multiple of a longword. If you specify a scanline stride modulo of less than +2, the routine does not add scanline padding bits. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a client XieImage using specified image record +attributes passed as parameters. The image contains no image data. +.PP +The routine fills in the XieImageRec fields. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lw(1.2i)fR lw(4.0i)fR . +.sp 4p +XieImage Field@Initial Value +.sp 6p +Compression@T{ +compression_scheme +T} +.sp +CmpOrg@T{ +component_organization +T} +.sp +CmpMap@T{ +component_mapping +T} +.sp +CmpCnt@T{ +component_count +T} +.sp +CmpLvl@T{ +component_levels +T} +.sp +CmpLen@T{ +ceil(log10(component_levels)/log10(2.0)) +T} +.sp +PxlPol@T{ +dependent on component_mapping: +T} +.sp +.TE +.PP +.TS +tab(@); +lw(1.2i)fR lfR lw(4.0i)fR . +.sp 4p +@Component_mapping@Initial Value +.sp 6p +@XieK_Bitonal@T{ +XieK_ZeroBright +T} +.sp +@XieK_GrayScale@T{ +XieK_ZeroDark +T} +.sp +@XieK_RGB@T{ +XieK_ZeroDark +T} +.sp +.TE +.PP +.TS +tab(@); +lw(1.2i)fR lw(4.0i)fR . +.sp 4p +PxlProg@T{ +XieK_PP0 +T} +.sp +ScnProg@T{ +XieK_LP270 +T} +.sp +OwnData@T{ +False +T} +.sp +Stream@T{ +0 +T} +.sp +Xport@T{ +Null +T} +.sp +PxlRatio@T{ +1.0 +T} +.sp +Plane@T{ +UdpPtr's, dependent on component_organization: +T} +.sp +.TE +.PP +.TS +tab(@); +lw(1.2i)fR lfR lw(4.0i)fR . +.sp 4p +@Component_organization@UdpRec's Allocated +.sp 6p +@XieK_BandByPixel@T{ +1 +T} +.sp +@XieK_BandByPlane@T{ +component_count +T} +.sp +@XieK_BitByPlane@T{ +total of CmpLen +T} +.sp +.TE +.PP +The routine fills in all fields in each UdpRec. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lw(1.2i)fR lw(4.0i)fR . +.sp 4p +UdpRec Field@Initial Value +.sp 6p +UdpW_PixelLength@T{ +dependent on component_organization: +T} +.sp +.TE +.PP +.TS +tab(@); +lw(1.2i)fR lfR lw(4.0i)fR . +.sp 4p +@Component_organization@Initial Value +.sp 6p +@XieK_BandByPixel@T{ +total of CmpLen +T} +.sp +@XieK_BandByPlane@T{ +CmpLen +T} +.sp +@XieK_BitByPlane@T{ +1 +T} +.sp +.TE +.PP +.TS +tab(@); +lw(1.2i)fR lw(4.0i)fR . +.sp 4p +UdpB_DType@T{ +UdpK_DTypeV if compression_scheme +is not XieK_PCM, otherwise dependent +on UdpW_PixelLength: +T} +.sp +.TE +.PP +.TS +tab(@); +lw(1.2i)fR lfR lw(4.0i)fR . +.sp 4p +@UdpW_PixelLength@Data Type +.sp 6p +@8@T{ +UdpK_DTypeBU +T} +.sp +@16@T{ +UdpK_DTypeWU +T} +.sp +@32@T{ +UdpK_DTypeLU +T} +.sp +@other@T{ +UdpK_DTypeVU +T} +.sp +.TE +.PP +.TS +tab(@); +lw(1.2i)fR lw(4.0i)fR . +.sp 4p +UdpB_Class@T{ +UdpK_ClassUBS if compression_scheme is not +XieK_PCM, otherwise dependent on UdpW_PixelLength: +T} +.sp +.TE +.PP +.TS +tab(@); +lw(1.2i)fR lfR lw(4.0i)fR . +.sp 4p +@UdpW_PixelLength@Data Type +.sp 6p +@8, 16, or 32@T{ +UdpK_ClassA +T} +.sp +@other@T{ +UdpK_ClassUBA +T} +.sp +.TE +.PP +.TS +tab(@); +lw(1.2i)fR lw(4.0i)fR . +.sp 4p +UdpA_Base@T{ +Null +T} +.sp +UdpL_ArSize@T{ +UdpL_ScnStride * height +T} +.sp +UdpL_PxlStride@T{ +UdpW_PixelLength, rounded up to \fIpixel_stride_modulo\fP +T} +.sp +UdpL_ScnStride@T{ +UdpL_PxlStride * width, rounded up to \fIscanline_stride_modulo\fP +T} +.sp +UdpL_X1@T{ +0 +T} +.sp +UdpL_X2@T{ +width - 1 +T} +.sp +UdpL_Y1@T{ +0 +T} +.sp +UdpL_Y2@T{ +height - 1 +T} +.sp +UdpL_PxlPerScn@T{ +width +T} +.sp +UdpL_ScnCnt@T{ +height +T} +.sp +UdpL_Pos@T{ +0 +T} +.sp +UdpL_CompIdx@T{ +dependent on component_organization: +T} +.sp +.TE +.PP +.TS +tab(@); +lw(1.2i)fR lfR lw(4.0i)fR . +.sp 4p +@Component_organization@Initial Value +.sp 6p +@XieK_BandByPixel@T{ +0 +T} +.sp +@XieK_BandByPlane@T{ +plane index (0,1, or 2) +T} +.sp +@XieK_BitByPlane@T{ +component index (0,1,2) +T} +.sp +.TE +.PP +.TS +tab(@); +lw(1.2i)fR lw(4.0i)fR . +.sp 4p +UdpL_Levels@T{ +2 ^ UdpW_PixelLength +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Fatal, invalid component organization argument +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieCreatePhoto.3X b/xie/docs/dec/xie23/man/XieCreatePhoto.3X new file mode 100644 index 0000000..02ba758 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieCreatePhoto.3X @@ -0,0 +1,105 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieCreatePhoto 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieCreatePhoto \- This routine creates a photoflo or photomap using the specified image +attributes. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIphoto\fP = XieCreatePhoto\fI(dpy, type, width, height, cmp_map, cmp_cnt, + cmp_lvl, pxl_pol, pxl_ratio, pxl_prog, scn_prog)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhotomap photomap; +Display *dpy; +unsigned char type; +unsigned long width; +unsigned long height; +unsigned char cmp_map; +unsigned char cmp_cnt; +unsigned char *cmp_lvl; +unsigned char pxl_pol; +double pxl_ratio; +unsigned char pxl_prog; +unsigned char scn_prog; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the identifier of the newly created photomap or +photoflo. You can free the photo using the XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "dpy" 20 +The \fIdpy\fP argument specifies the X11 display identifier returned by the X11 +XOpenDisplay routine. +.IP "type" 20 +The \fItype\fP argument specifies the type of image you +want to create. You can specify the symbols XieK_Photoflo and XieK_Photomap. +.IP "width" 20 +The \fIwidth\fP argument specifies the image width in pixels. +.IP "height" 20 +The \fIheight\fP argument specifies the image height in scanlines. +.IP "cmp_map" 20 +The \fIcmp_map\fP argument specifies the image component mapping. +.IP "cmp_cnt" 20 +The \fIcmp_cnt\fP argument specifies the number of components in the image. +.IP "cmp_lvl" 20 +The \fIcmp_lvl\fP argument specifies the address +of an array containing the number of levels per component in the image. +The length of the array must be at least equal to the value specified +by the symbol XieK_MaxComponents. +.IP "pxl_pol" 20 +The \fIpxl_pol\fP argument specifies the image pixel brightness polarity. +.IP "pxl_ratio" 20 +The \fIpxl_ratio\fP argument specifies the image pixel aspect ratio. +.IP "pxl_prog" 20 +The \fIpxl_prog\fP argument specifies the image pixel progression. +.IP "scn_prog" 20 +The \fIscn_prog\fP argument specifies the image scanline progression. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a photoflo or photomap using the specified image +attributes. +.PP +If you specify that the routine create a photoflo, the routine attaches +an ephemeral phototap to the photoflo. If you want to directly access +this phototap, use the XieTapFlo routine to assign an identifier to the +phototap. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieCreateByValue +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadAlloc -- Insufficient server resources +.PP +BadIDChoice -- Invalid identifier +.PP +BadValue -- Height or width is 0 +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieCreateRoi.3X b/xie/docs/dec/xie23/man/XieCreateRoi.3X new file mode 100644 index 0000000..4fded6c --- /dev/null +++ b/xie/docs/dec/xie23/man/XieCreateRoi.3X @@ -0,0 +1,84 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieCreateRoi 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieCreateRoi \- This routine creates an IDC type ROI. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIroi\fP = XieCreateRoi\fI(dpy, x, y, width, height)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XieRoi roi; +Display *dpy; +long x; +long y; +unsigned long width; +unsigned long height; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the identifier of the newly created ROI in +the \fIroi\fP argument. You can free the ROI +using the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "dpy" 20 +The \fIdpy\fP argument specifies the X11 display identifier +returned by the +XOpenDisplay routine. +.IP "x" 20 +The \fIx\fP argument specifies the x-coordinate of +the upper left hand corner of the ROI. +.IP "y" 20 +The \fIy\fP argument specifies the y-coordinate of +the upper left hand corner of the ROI. +.IP "width" 20 +The \fIwidth\fP argument specifies the width of the ROI +in pixels. +.IP "height" 20 +The \fIheight\fP argument specifies the height of the ROI +in scanlines. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates an IDC of type ROI. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieCreateByValue +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadAlloc -- Insufficient server +resources +.PP +BadIDChoice -- Invalid identifier +.PP +BadValue -- Height or width is 0 +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieCreateTmp.3X b/xie/docs/dec/xie23/man/XieCreateTmp.3X new file mode 100644 index 0000000..66d442e --- /dev/null +++ b/xie/docs/dec/xie23/man/XieCreateTmp.3X @@ -0,0 +1,94 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieCreateTmp 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieCreateTmp \- This routine creates an IDC of type TMP. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fItmp\fP = XieCreateTmp\fI(dpy, x, y, count, tmp_list)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XieTmp tmp; +Display *dpy; +long x; +long y; +unsigned long count; +XieTemplate tmp_list; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the identifier of the newly created TMP in +the \fItmp\fP argument. You can free the TMP +using the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "dpy" 20 +The \fIdpy\fP argument specifies the X11 display +identifier returned by the +XOpenDisplay routine. +.IP "x" 20 +The \fIx\fP argument specifies the x-coordinate of the +template center. +.IP "y" 20 +The \fIy\fP argument specifies the y-coordinate of the +template center. +.IP "count" 20 +The \fIcount\fP argument specifies the number of +template records contained in the \fItmp_list\fP argument. +.IP "tmp_list" 20 +The \fItmp_list\fP argument specifies the address of +an array of template records of type XieTemplateRec, which are +defined to be: +...\" MANDOC->Begin CODE_EXAMPLE +.oS +typedef struct { + long x; /* x-coordinate of template entry */ + long y; /* y-coordinate of template entry */ + double value; /* value of template entry */ +} XieTemplateRec, *XieTemplate; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates an IDC of type TMP. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieCreateByValue +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadAlloc -- Insufficient server +resources +.PP +BadIDChoice -- Invalid identifier +.PP +BadValue -- The count is less than or equal to 0 +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieCrop.3X b/xie/docs/dec/xie23/man/XieCrop.3X new file mode 100644 index 0000000..7a3d5f3 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieCrop.3X @@ -0,0 +1,82 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieCrop 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieCrop \- This routine creates a cropped version of a source image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieCrop\fI(src_id, idc_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id; +XieIdc idc_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the identifier of the newly created image in +the \fIdst_photo_id\fP argument if the source image is an unbound +photomap. Otherwise, the routine returns the identifier of the photoflo to +which the processing element is appended. You can free the photomap using the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the identifier +of the source image. If the source image is an unbound photomap, +the operation is performed immediately. Otherwise, a processing element is +appended to the specified photoflo with execution pending a call to the +XieExecuteFlo routine. The photoflo is specified +explicitly if the source image is a photoflo, or implicitly if the source image +is a photomap or phototap bound to the photoflo. +.IP "idc_id" 20 +The \fIidc_id\fP argument specifies the identifier +of the IDC of type ROI that defines the crop boundaries. +If you specify a value of 0, the entire source image is copied to the +destination image. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a cropped version of a source image. +.PP +If the operation is performed immediately and you selected computation events +using the XieSelectEvents routine, an XieK_ComputationEvent +is added to the X11 event queue when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieCrop +.PP +\fBXIE event returned:\fP XieK_ComputationEvent +if immediate execution and computation events are selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadValue -- The IDC does not intersect the source image +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieDither.3X b/xie/docs/dec/xie23/man/XieDither.3X new file mode 100644 index 0000000..8d95485 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieDither.3X @@ -0,0 +1,90 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieDither 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieDither \- This routine creates a dithered copy of a source image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieDither\fI(src_id, levels)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id; +unsigned long *levels; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the source image is an unbound photomap, the routine returns the +identifier of the newly created image in the \fIdst_photo_id\fP +argument. Otherwise, the routine returns the identifier of the photoflo to which +the processing element is appended. You can free the photomap using the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the source image. +If the source image is an unbound photomap, the operation is performed +immediately. Otherwise, the processing element is appended to the specified +photoflo with execution pending a call to the XieExecuteFlo routine. The +photoflo is specified explicitly if the source image is a photoflo, or +implicitly if the source image is a photomap or phototap bound to the photoflo. +.IP "levels" 20 +The \fIlevels\fP argument specifies the address of an +array containing the maximum number of output levels for each +component of the dithered image. For example, to dither a gray scale +image down to a bitonal image, the array entry would be levels[0] = 2; +and to dither a multispectral image to 8 bits per pixel the array +entries can be levels[0]=3, levels[1]=3, and levels[3]=2. +If you specify a null value, the routine uses a default of 2 levels +per component. Dithering to 1 level results in a value of 0 for all +pixels in the component. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a dithered copy of a source image. +.PP +If the operation is performed immediately and you selected +computation events using the XieSelectEvents routine, an +XieK_ComputationEvent is added to the X11 event queue when the +routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieDither +.PP +\fBXIE event returned:\fP XieK_ComputationEvent +if immediate execution and computation events are selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadMatch -- The source image is not constrained or the levels argument +is greater than the levels in the source image +.PP +BadValue -- The levels argument is 0 or negative +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieExecuteFlo.3X b/xie/docs/dec/xie23/man/XieExecuteFlo.3X new file mode 100644 index 0000000..8332498 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieExecuteFlo.3X @@ -0,0 +1,74 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieExecuteFlo 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieExecuteFlo \- This routine starts photoflo execution. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXieExecuteFlo\fI(flo_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto flo_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "flo_id" 20 +The \fIflo_id\fP argument specifies the photoflo identifier, +or the identifier of any photomap or phototap bound to the photoflo. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine starts photoflo execution. You must have issued calls +to append all processing elements and set up transport prior to +calling this +routine. You can transport data into the photoflo or to bound source +photomaps, either before or during execution. You can transport data out +of the photoflo or destination photomaps and phototaps either +during or after execution. +.PP +If you selected computation events using the XieSelectEvents +routine, adds an +XieK_PhotofloEvent +to the X11 event queue upon photoflo completion. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieExecuteFlo +.PP +\fBXIE event returned:\fP XieK_PhotofloEvent +if immediate execution and computation events selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +Any error that can be returned by a processing element in the photoflo +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieExport.3X b/xie/docs/dec/xie23/man/XieExport.3X new file mode 100644 index 0000000..20f81a4 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieExport.3X @@ -0,0 +1,174 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieExport 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieExport \- This routine exports an XIE image to an X11 drawable. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXieExport\fI(src_id, d, gc, sx, sy, dx, dy, w, h, lut_id, +cmap_id, match, gray)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto src_id; +Drawable d; +GC gc; +long sx; +long sy; +long dx; +long dy; +unsigned long w; +unsigned long h; +XiePhoto lut_id; +Colormap cmap_id; +double match; +double gray; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the source image. +If the source image is an unbound photomap, +the operation is performed immediately. Otherwise, a processing element is +appended to the specified photoflo with execution pending a call to +the XieExecuteFlo routine. The photoflo is specified explicitly +if the source image is a photoflo, or implicitly if the source image +is a photomap or phototap bound to the photoflo. +.IP "d" 20 +The \fId\fP argument specifies the X11 drawable +identifier returned by the XCreateWindow and XCreatePixmap routines. +.IP "gc" 20 +The \fIgc\fP argument specifies the X11 graphics context +identifier returned by the XCreateGC routine. +.IP "sx" 20 +The \fIsx\fP argument specifies the x-coordinate +of the upper left hand corner of the source image region you want to export. +.IP "sy" 20 +The \fIsy\fP argument specifies the y-coordinate +of the upper left hand corner of the source image region you want to export. +.IP "dx" 20 +The \fIdx\fP argument specifies the x-coordinate of +the upper left hand corner of the X11 drawable region to hold the exported +image. +.IP "dy" 20 +The \fIdy\fP argument specifies the y-coordinate +of the upper left hand corner of the X11 drawable region to hold the +exported image. +.IP "w" 20 +The \fIw\fP argument specifies the width in pixels +of the source image region you want to export. +.IP "h" 20 +The \fIh\fP argument specifies the height in scanlines +of the source image region you want to export. +.IP "lut_id" 20 +The \fIlut_id\fP argument specifies an optional +photomap identifier of the LUT (lookup table) used to map the source +image continuous-tone pixels to a client-allocated palette of colormap pixels. +.IP +You can specify a 3-plane LUT (multispectral photomap) to simulate the +direct color or true color visual classes. Each plane contains enough +entries to satisfy the number of levels per component in the source image. +.IP +You can specify a single-plane LUT (gray scale photomap) to simulate other +visual classes. If the source image is multispectral, XIE accesses the +LUT as follows: +...\" MANDOC->Begin CODE_EXAMPLE +.oS +pixel_index = *(LUT + red_value + + green_value * red_levels + + blue_value * red_levels * green_levels) +.oE +...\" MANDOC->End CODE_EXAMPLE +.IP +If you specify a value for the \fIlut_id\fP argument, the routine +ignores the \fIcmap_id\fP, \fImatch\fP, and \fIgray\fP +arguments. If the routine is performed within a photoflo, the +\fIlut_id\fP photomap must be bound to the photoflo. +.IP "cmap_id" 20 +The \fIcmap_id\fP specifies an optional colormap associated with the +target X11 drawable and from which the routine allocates or matches, +or both, continuous-tone image pixels. +.IP "match" 20 +The \fImatch\fP argument specifies an optional +granularity factor the routine uses for matching continuous-tone +image pixels to the pseudocolor and gray scale visual class +colormap pixel indices. The valid range is from 0.0 (use exact matches only) +to 1.0 (use closest shareable pixel from the colormap). Values between the +extremes result in a mix of shared pixels and new allocations. +.IP "gray" 20 +The \fIgray\fP argument specifies an optional +gray shade purity factor the routine uses for matching gray scale +image pixels to the pseudocolor visual class colormap pixel indices. +The valid range is from 0.0 (use pure gray shades only) to 1.0 (use +closest shareable pixel from the colormap). Values between the extremes +result in a mix of shared pixels and new allocations. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine exports an XIE image to an X11 drawable. +The routine creates an ExportContext and attaches it to the +source image. The ExportContext contains information +concerning the export request and the resources used. For example, +the colormap pixels and the LUT the routine allocates to satisfy the +request. If you issue similar export requests later, the information in the +routine uses the ExportContext to expedite the request. See the +XieFreeExport routine for more information about how to free the context and +how to retrieve the list of allocated colormap indices. +.PP +If the operation is performed immediately and you selected computation events +using the XieSelectEvents routine, the routine adds an XieK_DisplayEvent +to the X11 event queue when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieExportImage +.PP +\fBXIE event returned:\fP XieK_DisplayEvent if +execution is immediate and computation events selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadDrawable -- Invalid X11 drawable +.PP +BadGC -- Invalid graphics context +.PP +BadMatch -- The source image is not constrained, the graphics context +is not compatible with the X11 drawable, the LUT has fewer levels +than the source image, the LUT is not compatible with the X11 drawable +levels, or the source image is not compatible with the X11 drawable +.PP +BadValue -- The height or width is less than or equal to 0 +.PP +BadAccess -- The export is within a photoflo and the LUT is not bound +to it or the export context is incorrectly used +.PP +BadColor -- Invalid colormap +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieFill.3X b/xie/docs/dec/xie23/man/XieFill.3X new file mode 100644 index 0000000..8ac1017 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieFill.3X @@ -0,0 +1,94 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieFill 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieFill \- This routine creates a new image by filling a region of a source +image with a constant. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieFill\fI(src_id, idc_id, fill)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id; +XieResource idc_id; +unsigned long *fill; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the source image is an unbound photomap, the routine returns the +identifier of the newly created image in the \fIdst_photo_id\fP +argument. Otherwise, the routine returns the identifier of the photoflo +to which the processing element is appended. You can free +the image using the XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the source image +you want to copy and fill. If the source image is an unbound photomap, +the operation is performed immediately. Otherwise, a processing element is +appended to the specified photoflo with execution pending a call to +the XieExecuteFlo routine. The photoflo is specified +explicitly if the source image is a photoflo, or implicitly if the source image +is a photomap or phototap bound to the photoflo. +.IP "idc_id" 20 +The \fIidc_id\fP argument specifies the identifier +of the IDC of type CPP or ROI that defines the region you want to fill. +If you specify a value of 0, the entire source image is copied and filled. +.IP "fill" 20 +The \fIfill\fP argument specifies the address of an array of +constants used as pixel values in the fill region for each component. +The array must specify 1 constant per component in the destination image. +For example, you could define array entries to be fill[0]=pixel_value, +fill[1]=pixel_value, and fill[2]=pixel_value. +If you specify a value of null, the routine uses a default constant value +that fills the region with a maximum intensity (white) pixel value. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a new image by filling a region of a source +image with a constant. +.PP +If the operation is performed immediately and you selected computation events +using the XieSelectEvents routine, the routine adds an +XieK_ComputationEvent to the X11 event queue when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieFill and X_ieQueryResource if +the fill argument is null +.PP +\fBXIE event returned:\fP XieK_ComputationEvent +if immediate execution and computation events are selected +.PP +\fBXieLib errors:\fP Returns null if the fill array is +null and the source image is invalid +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadValue -- The IDC does not intersect the source image +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieFindResource.3X b/xie/docs/dec/xie23/man/XieFindResource.3X new file mode 100644 index 0000000..d77a99a --- /dev/null +++ b/xie/docs/dec/xie23/man/XieFindResource.3X @@ -0,0 +1,70 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieFindResource 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieFindResource \- This routine returns the identifier of an XIE resource that matches +a specified X11 resource identifier. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIresource\fP = XieFindResource\fI(dpy, id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XieResource resource; +Display *dpy; +XID id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the XIE resource identifier that matches the +specified X11 resource identifier. If no match is found, the routine returns +a null. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "dpy" 20 +The \fIdpy\fP argument specifies the X11 display +identifier returned by the +XOpenDisplay routine. +.IP "id" 20 +The \fIid\fP argument specifies the X11 resource +identifier associated with the XIE resource you want to find. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine returns the identifier of an XIE resource that matches +a specified X11 resource identifier. You can use this routine +to map an X11 resource identifier returned by an X11 error +to an XIE resource identifier. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieFree.3X b/xie/docs/dec/xie23/man/XieFree.3X new file mode 100644 index 0000000..2ef7b5b --- /dev/null +++ b/xie/docs/dec/xie23/man/XieFree.3X @@ -0,0 +1,62 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieFree 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieFree \- This routine deallocates the memory allocated using the +XieMalloc, XieCalloc, and XieRealloc routines. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fInull\fP = XieFree\fI(ptr)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +void *null; +char *ptr; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +Returns a null pointer. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "ptr" 20 +The \fIptr\fP argument specifies the pointer to the +address of the block of memory you want to deallocate. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine deallocates the memory allocated using the +XieMalloc, XieCalloc, and XieRealloc routines. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Returns a null if the routine cannot +allocate the memory +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieFreeBits.3X b/xie/docs/dec/xie23/man/XieFreeBits.3X new file mode 100644 index 0000000..36b7af4 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieFreeBits.3X @@ -0,0 +1,64 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieFreeBits 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieFreeBits \- This routine deallocates an image data array allocated using the +XieCallocBits, XieMallocBits, and +XieReallocBits routines. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fInull\fP = XieFreeBits\fI(ptr)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char *null; +unsigned char *ptr; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +Returns a null pointer. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "ptr" 20 +The \fIptr\fP argument specifies the +address of the image data array you want to deallocate. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine deallocates an image data array allocated using the +XieCallocBits, XieMallocBits, and +XieReallocBits routines. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Returns a null if the routine cannot +allocate the memory +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieFreeExport.3X b/xie/docs/dec/xie23/man/XieFreeExport.3X new file mode 100644 index 0000000..7e68d6e --- /dev/null +++ b/xie/docs/dec/xie23/man/XieFreeExport.3X @@ -0,0 +1,69 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieFreeExport 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieFreeExport \- This routine frees the export context created using the XieExport routine. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXieFreeExport\fI(src_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto src_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the image from which +to free an export context. The image can be an unbound photomap, +a photoflo, phototap, or a bound photomap. The photoflo +is specified explicitly if the image is a photoflo, or implicitly if +the image is a bound photomap or phototap bound to the photoflo. +If the image is bound to a photoflo, the photoflo execution must be complete +or the routine returns an error. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine frees the export context created using the XieExport +routine. The routine does not deallocate the associated LUT and list +of allocated pixels if you previously retrieved them using the XieQueryExport +routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieFreeExport +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadAccess -- The export is within a photoflo that is not complete +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieFreeImage.3X b/xie/docs/dec/xie23/man/XieFreeImage.3X new file mode 100644 index 0000000..f4b4bc5 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieFreeImage.3X @@ -0,0 +1,60 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieFreeImage 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieFreeImage \- This routine frees an XieImage. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fInull\fP = XieFreeImage\fI(img)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XieImage img; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +Returns a null pointer. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "img" 20 +The \fIimg\fP argument specifies the address of the XieImage +you want to free. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine deallocates the specified XieImageRec and all associated +UdpRec's. If the value of the OwnData field of the XieImageRec is True, +the routine also deallocates each plane of image data. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieFreeResource.3X b/xie/docs/dec/xie23/man/XieFreeResource.3X new file mode 100644 index 0000000..b5d8dc6 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieFreeResource.3X @@ -0,0 +1,60 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieFreeResource 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieFreeResource \- This routine frees a server resource and all associated data. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fInull\fP = XieFreeResource\fI(res_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XieResource res_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +Returns a null pointer. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "res_id" 20 +The \fIres_id\fP argument specifies the identifier +of the server resource you want to deallocate. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine deallocates a server resource and all associated data. +If the server resource is a phototap, the routine deallocates the client +resources, but does not generate a server protocol message. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieDeleteResource +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieGetImage.3X b/xie/docs/dec/xie23/man/XieGetImage.3X new file mode 100644 index 0000000..af661bb --- /dev/null +++ b/xie/docs/dec/xie23/man/XieGetImage.3X @@ -0,0 +1,169 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieGetImage 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieGetImage \- This routine creates a client XieImage from an existing server image +with image data optional. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIimage\fP = XieGetImage\fI(pho_id, compres, cmpprm, cmp_org, pxl_mod, + scn_mod, mode)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XieImage image; +XiePhoto pho_id; +unsigned char compres; +unsigned long cmpprm; +unsigned char cmp_org; +unsigned char pxl_mod; +unsigned char scn_mod; +unsigned char mode; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the newly created XieImage in the \fIimage\fP +argument. You can free the image using the XieFreeImage routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "pho_id" 20 +The \fIpho_id\fP argument specifies the identifier of the source image. +The source image can be an unbound photomap, a photoflo, or a phototap +or photomap bound to the photoflo. The photoflo is specified explicitly if +the source image is a photoflo, or implicitly if the source image is a +phototap or a photomap bound to the photoflo. +.IP "compres" 20 +The \fIcompres\fP argument specifies the compression scheme for the newly +created XieImage. +.IP "cmpprm" 20 +The \fIcmpprm\fP argument specifies a parameter required for the DCT +compression scheme. +.IP "cmp_org" 20 +The \fIcmp_org\fP argument specifies the component organization for the +XieImage. +.IP "pxl_mod" 20 +The \fIpxl_mod\fP argument specifies the image pixel +stride modulo. The pixel stride modulo is the modulo of the number +of bits between the starting points of adjacent pixels on +a scanline. For example, a pixel stride modulo of 8 indicates the +pixel stride is a multiple of a byte. If you specify a value of less +than 2 for this argument, the routine does not add padding bits. +.IP "scn_mod" 20 +The \fIscn_mod\fP argument specifies the image scanline +stride modulo. The scanline stride modulo is the modulo of the number of +bits between the starting points of adjacent scanlines. For example, +a scanline stride modulo of 32 indicates that the scanline stride is a +multiple of a longword. If you specify a scanline stride modulo of less than +2, the routine does not add scanline padding bits. +.IP "mode" 20 +The \fImode\fP argument specifies the disposition of image data +in the new XieImage. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Symbol@Status of Image Data in the New XieImage +.sp 6p +XieK_DataNone@T{ +Zero image data pointers +T} +.sp +XieK_DataAlloc@T{ +Allocate new image buffers containing no data +T} +.sp +XieK_DataCopy@T{ +Allocate new image buffers and fetch data, if available +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a client XieImage from an existing server image +with image data optional. The attributes of the new XieImage are the same +as the attributes of the source image and the image data +format is that specified by the \fIcmp_org\fP argument. Transport of +image data to the new XieImage depends on the value of the \fImode\fP argument. +.PP +If you specify a value of XieK_DataNone or XieK_DataAlloc for the \fImode\fP +argument, no data is transported and you are responsible for transporting all +planes of the image data, using the desired compression scheme and component +organization. If you specify a value of XieK_DataCopy, +an attempt is made to transport all image data planes using the specified +compression scheme and component organization. The stream field of the returned +XieImageRec indicates the status of the requested data as follows: +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Symbol Returned@Meaning +.sp 6p +XieK_StreamFinal@T{ +All of +the image has been retrieved +T} +.sp +XieK_StreamEmpty@T{ +Some or all of the image is unavailable -- try again later using the +XieGetImageData routine +T} +.sp +XieK_StreamError@T{ +A server error occurred while retrieving the data +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +.PP +When requesting data from a photoflo, the returned status is normally +XieK_StreamEmpty. In this case, use the +XieGetImageData routine, either during or after +photoflo execution, to retrieve image data created by the photoflo. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieQueryResource +.PP +X_ieSetTransport for XieK_DataCopy mode only +.PP +X_ieGetStream 1 or more times per plane for the XieK_DataCopy mode only +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Reply error, BadLength +.PP +Fatal, invalid mode argument +.PP +Returns null if the source image is invalid +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieGetImageData.3X b/xie/docs/dec/xie23/man/XieGetImageData.3X new file mode 100644 index 0000000..ce15a19 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieGetImageData.3X @@ -0,0 +1,83 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieGetImageData 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieGetImageData \- This routine transports all planes of image data from a server source +image to a client XieImage. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIstatus\fP = XieGetImageData\fI(img)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char status; +XieImage img; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the status of the routine execution in the +\fIstatus\fP argument. The status values are: +...\" MANDOC->Begin UNNUMBERED LIST +.IP \(bu 3 +XieK_StreamFinal -- all data has been transported +.IP \(bu 3 +XieK_StreamMore -- more data is available +.IP \(bu 3 +XieK_StreamEmpty -- no more data currently available; +try again later +.IP \(bu 3 +XieK_StreamError -- invalid destination image +...\" MANDOC->End LIST +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "img" 20 +The \fIimg\fP argument specifies the address of the XieImage +structure to receive the image data. You must have created this XieImage +structure using the +XieGetImage routine. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine transports all planes of image data from a server source +image to a client XieImage. Use this routine to transport +photoflo image data that was not available when +you used the +XieGetImage routine. This routine always executes +immediately, even when you specify a photoflo for the \fIimg\fP +argument. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +\fBProtocol Messages:\fP X_ieGetStream 1 or more times +.PP +X_ieAbortStream if there is an error +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Reply error, BadLength +.PP +XieK_StreamError if the destination image is invalid +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieGetStream.3X b/xie/docs/dec/xie23/man/XieGetStream.3X new file mode 100644 index 0000000..ba03158 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieGetStream.3X @@ -0,0 +1,111 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieGetStream 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieGetStream \- This routine transports a plane of image data as a byte stream from +a server source image to a client XieImage data buffer. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIstatus\fP = XieGetStream\fI(pho_id, plane, ptr_ptr, getbytes, retbytes)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char status; +XiePhoto pho_id; +unsigned long plane; +unsigned char **ptr_ptr; +unsigned long getbytes; +unsigned long *retbytes; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the image data transport status in the +\fIstatus\fP argument. The returned status values are as follows: +...\" MANDOC->Begin UNNUMBERED LIST +.IP \(bu 3 +XieK_StreamFinal -- all data has been transported +.IP \(bu 3 +XieK_StreamEmpty -- no data currently available +.IP \(bu 3 +XieK_StreamMore -- more data available +...\" MANDOC->End LIST +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "pho_id" 20 +The \fIpho_id\fP argument specifies the identifier of the +source image. If the source image is an unbound photomap, the data is +transported immediately. Otherwise, a processing element is appended to the +specified photoflo and executed when the photoflo generates image data. +The photoflo is specified explicitly if the source image is +a photoflo, or implicitly if the source image is a phototap or a +photomap bound to the photoflo. +.IP "plane" 20 +The \fIplane\fP argument specifies the image data plane you want to transport. +.IP "ptr_ptr" 20 +The \fIptr_ptr\fP argument specifies the address of the +pointer to the XieImage data buffer in which to store the image data. +If the pointer is null, the routine allocates a data buffer, the size +of which is determined by the \fIretbytes\fP argument. +The routine returns the address of the allocated data buffer in +\fIptr_ptr\fP. You can deallocate this buffer using the XieFree routine. +.IP "getbytes" 20 +The \fIgetbytes\fP argument specifies the maximum number +of data bytes you want to transport. +.IP "retbytes" 20 +The \fIretbytes\fP argument specifies a pointer to +the location where the routine returns the number of bytes actually transported. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine transports a plane of image data as a byte stream from +a server source image to a client XieImage data buffer. +The routine always executes immediately even if the \fIpho_id\fP +argument specifies a photoflo. +.PP +You must set up the transport parameters using the XieSetStream +routine prior to calling this routine. If you are +transporting multiple data planes, use the XieSetStream and +XieGetStream routines in combination +for each plane. You can abort stream transport prior to completion +using the XieAbortStream routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieGetStream for each plane +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Reply error, BadLength +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadAccess -- Stream transport not set or the specified photoflo has been +aborted +.PP +BadMatch -- The plane was not specified during set transport or the +attempted transport direction is not the same as specified during set +transport +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieGetTile.3X b/xie/docs/dec/xie23/man/XieGetTile.3X new file mode 100644 index 0000000..c1a291f --- /dev/null +++ b/xie/docs/dec/xie23/man/XieGetTile.3X @@ -0,0 +1,100 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieGetTile 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieGetTile \- This routine transports a tile of uncompressed image data from a server +photomap to a client XieImage. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXieGetTile\fI(phm_id, img, p_mask, src_x, src_y, dst_x, dst_y, width, + height)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhotomap phm_id; +XieImage img; +unsigned long p_mask; +long src_x; +long src_y; +long dst_x; +long dst_y; +unsigned long width; +unsigned long height; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "phm_id" 20 +The \fIphm_id\fP argument specifies the identifier of the source photomap. +.IP "img" 20 +The \fIimg\fP argument specifies the address of an existing XieImage data +structure. +.IP "p_mask" 20 +The \fIp_mask\fP argument specifies a mask that +identifies the planes you want to transport. The least significant +bit of the mask corresponds to plane 0. You can specify the symbol +XieK_AllPlanes to transport all planes. +.IP "src_x" 20 +The \fIsrc_x\fP argument specifies the x-coordinate +of the upper left hand corner of the photomap tile you want to transport. +.IP "src_y" 20 +The \fIsrc_y\fP argument specifies the y-coordinate +of the upper left hand corner of the photomap tile you want to transport. +.IP "dst_x" 20 +The \fIdst_x\fP argument specifies the x-coordinate +of the upper left hand corner of the transported tile in the XieImage. +.IP "dst_y" 20 +The \fIdst_y\fP argument specifies the y-coordinate +of the upper left hand corner of the transported tile in the XieImage. +.IP "width" 20 +The \fIwidth\fP argument specifies the width in pixels +of the source photomap tile you want to transport. +.IP "height" 20 +The \fIheight\fP argument specifies the height in +scanlines of the source photomap tile you want to transport. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine transports a tile of uncompressed image data from a server +photomap to a client XieImage. You cannot use this routine from a +photoflo and the source photomap cannot be bound to a photoflo. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieSetTransport +.PP +1 or more calls to X_ieGetTile +.PP +\fBXIE event returned:\fP None +.PP +\fBLib errors:\fP Reply error, BadLength +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadValue -- The resulting height or width is less than or equal to 0 +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieHistogram.3X b/xie/docs/dec/xie23/man/XieHistogram.3X new file mode 100644 index 0000000..8c40b11 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieHistogram.3X @@ -0,0 +1,98 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieHistogram 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieHistogram \- This routine calculates the frequency histogram for a photomap. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdata\fP = XieHistogram\fI(photo,idc,by_component)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto photo; +XieIdc idc; +BOOL by_component; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the histogram data to an array of longwords +pointed to by the \fIdata\fP argument. Each entry in the array consists +of a pixel value index and the number of pixels found to have that value. +.PP +If the image is multispectral and the value of the \fIby_component\fP +argument is True requesting 3 separate distributions, +the index is a single value. Otherwise, the index is a list of 3 values. +.PP +You can free the returned array using the XieFree routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "photo" 20 +The \fIphoto\fP argument specifies the identifier of +the source photomap, which must be constrained. +.IP "idc" 20 +The \fIidc\fP argument specifies the identifier +of the CPP or ROI that defines the region over which you want to +calculate the histogram. If you specify a value of 0, the routine calculates +the histogram over the entire source image. +.IP "by_component" 20 +The \fIby_component\fP argument specifies whether the +routine calculates the frequency distribution for each component +separately or for the 3 components combined. To obtain a frequency +distribution for each component, specify a value of True. For a +combined distribution, specify a value of False. +.IP +When calculating a distribution for each component, the routine totals +identical pixel values separately for each component. For a combined +distribution, the routine totals identical red, green, blue (RGB) +triplet values for all components combined. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine calculates the frequency histogram for a photomap. +The distribution reflects the population of all possible pixel values for a +given photomap based on the actual data content. +.PP +The routine can calculate the frequency distribution for a bitonal +image, gray scale image, or a multispectral image. +.PP +For multispectral images, only the per-component is currently supported. +Setting the \fBby_component\fP argument False results in a BadMatch error. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieCalcHist +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Reply error, BadLength +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadMatch -- The by_component argument is False and the source image is +multispectral +.PP +BadValue -- IDC does not intersect source image +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieImport.3X b/xie/docs/dec/xie23/man/XieImport.3X new file mode 100644 index 0000000..f502014 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieImport.3X @@ -0,0 +1,100 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieImport 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieImport \- This routine imports an X11 drawable image to a photomap. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIphotomap\fP = XieImport\fI(dpy, drawable, cmap_id, pxl_pol)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhotomap photomap; +Display *dpy; +Drawable drawable; +Colormap cmap_id; +unsigned char pxl_pol; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the imported photomap identifier in the +\fIphotomap\fP argument. +You can free the photomap using the XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "dpy" 20 +The \fIdpy\fP argument specifies the X11 display identifier returned by the +XOpenDisplay routine. +.IP "drawable" 20 +The \fIdrawable\fP argument specifies the X11 drawable +identifier returned by routines such as XCreateWindow and XCreatePixmap. +.IP "cmap_id" 20 +The \fIcmap_id\fP argument specifies the +X11 colormap the routine uses to convert source drawable pixel +indices to RGB values in the imported photomap. +.IP "pxl_pol" 20 +The \fIpxl_pol\fP argument specifies the +pixel polarity attribute assigned to the imported photomap. +For image data imported from a drawable greater than depth 1, +specify the pixel polarity symbol XieK_ZeroDark. +For pixmaps having a depth of 1, the pixmap data may not map directly +to a colormap index. Therefore, you must specify the desired pixel +polarity for the imported image. Specify either the XieK_ZeroDark or +XieK_ZeroBright symbol. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine imports an X11 drawable image to a photomap. +You cannot import a drawable to a photoflo. +The routine analyzes the drawable data to determine the component mapping +for the imported photomap. If the depth of the drawable is 1 or all +pixels are either black or white, the routine set the +component mapping to XieK_Bitonal. If any pixel +contains unequal RGB values, the routine sets the +component mapping to XieK_RGB. Otherwise, the routine sets +the component mapping to XieK_GrayScale. +.PP +If you selected computation events using the XieSelectEvents routine, +the routine adds an XieK_ComputationEvent to the X11 event +queue when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieImportImage +.PP +\fBXIE event returned:\fP XieK_ComputationEvent +if immediate execution and computation events are selected +.PP +\fBXieLib errors:\fP Reply error, BadLength +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.br +BadAlloc -- Insufficient server resources +.br +BadDrawable -- Invalid X11 drawable +.br +BadMatch -- The X11 drawable is not entirely visible on the screen +.br +BadColor -- Invalid X11 colormap +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieIsBitonal.3X b/xie/docs/dec/xie23/man/XieIsBitonal.3X new file mode 100644 index 0000000..6c48f88 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieIsBitonal.3X @@ -0,0 +1,67 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieIsBitonal 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieIsBitonal \- This routine determines whether or not the component mapping of +a photo associated with a given identifier is bitonal. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIflag\fP = XieIsBitonal\fI(photo_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char flag; +XiePhoto photo_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a value of True in the \fIflag\fP argument if the +specified photo component mapping is XieK_Bitonal. +Otherwise the returned value is False. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "photo_id" 20 +The \fIphoto_id\fP argument specifies the identifier +of the photo you want to test. You can specify an unbound +photomap, a photomap bound to a photoflo, a phototap, or a photoflo. +If you specify a photoflo, the routine tests the photomap or phototap +currently at the end of the photoflo. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine determines whether or not the component mapping of +a photo associated with a given identifier is bitonal. +You can use the C Macro \fIIsBitonal_\fP instead of this routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieIsCpp.3X b/xie/docs/dec/xie23/man/XieIsCpp.3X new file mode 100644 index 0000000..ed05cad --- /dev/null +++ b/xie/docs/dec/xie23/man/XieIsCpp.3X @@ -0,0 +1,63 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieIsCpp 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieIsCpp \- This routine determines whether or not the XIE resource +associated with a given identifier is a CPP. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIflag\fP = XieIsCpp\fI(res_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char flag; +XieResource res_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a value of True in the \fIflag\fP argument if the +specified XIE resource is a CPP. Otherwise the returned value is False. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "res_id" 20 +The \fIres_id\fP argument specifies the identifier of +the XIE resource you want to test. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine determines whether or not the XIE resource +associated with a given identifier is a CPP. +You can use the C Macro \fIIsCpp_\fP instead of this routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieIsGrayScale.3X b/xie/docs/dec/xie23/man/XieIsGrayScale.3X new file mode 100644 index 0000000..45c24f7 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieIsGrayScale.3X @@ -0,0 +1,67 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieIsGrayScale 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieIsGrayScale \- This routine determines whether or not the component mapping of +a photo associated with a given identifier is gray scale. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIflag\fP = XieIsGrayScale\fI(photo_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char flag; +XiePhoto photo_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a value of True in the \fIflag\fP argument if the +specified photo component mapping is XieK_GrayScale. Otherwise +the returned value is False. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "photo_id" 20 +The \fIphoto_id\fP argument specifies the identifier +of the photo you want to test. You can specify an unbound +photomap, a photomap bound to a photoflo, a phototap, or a photoflo. +If you specify a photoflo, the routine tests the photomap or phototap +currently at the end of the photoflo. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine determines whether or not the component mapping of +a photo associated with a given identifier is gray scale. +You can use the C Macro \fIIsGrayScale_\fP instead of this routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieIsIdc.3X b/xie/docs/dec/xie23/man/XieIsIdc.3X new file mode 100644 index 0000000..522c739 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieIsIdc.3X @@ -0,0 +1,63 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieIsIdc 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieIsIdc \- This routine determines whether or not the XIE resource +associated with a given identifier is an IDC. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIflag\fP = XieIsIdc\fI(res_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char flag; +XieResource res_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a value of True in the \fIflag\fP argument if the +specified XIE resource is an IDC. Otherwise the returned value is False. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "res_id" 20 +The \fIres_id\fP argument specifies the identifier of +the XIE resource you want to test. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine determines whether or not the XIE resource +associated with a given identifier is an IDC. +You can use the C Macro \fIIsIdc_\fP instead of this routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieIsPhoto.3X b/xie/docs/dec/xie23/man/XieIsPhoto.3X new file mode 100644 index 0000000..c57d611 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieIsPhoto.3X @@ -0,0 +1,65 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieIsPhoto 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieIsPhoto \- This routine determines whether or not the XIE resource +associated with a given identifier is a photo. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIflag\fP = XieIsPhoto\fI(res_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char flag; +XieResource res_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a value of True in the \fIflag\fP argument if the +specified XIE resource is either a photomap, photoflo, or phototap. +Otherwise the returned value is False. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "res_id" 20 +The \fIres_id\fP argument specifies the identifier of +the XIE resource you want to test. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine determines whether or not the XIE resource +associated with a given identifier is a photo, which can be +either a photomap, photoflo, or phototap. +You can use the C Macro \fIIsPhoto_\fP instead of this routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieIsPhotoFlo.3X b/xie/docs/dec/xie23/man/XieIsPhotoFlo.3X new file mode 100644 index 0000000..8c52608 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieIsPhotoFlo.3X @@ -0,0 +1,63 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieIsPhotoflo 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieIsPhotoflo \- This routine determines whether or not the XIE resource +associated with a given identifier is a photoflo. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIflag\fP = XieIsPhotoflo\fI(res_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char flag; +XieResource res_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a value of True in the \fIflag\fP argument if the +specified XIE resource is a photoflo. Otherwise the returned value is False. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "res_id" 20 +The \fIres_id\fP argument specifies the identifier of +the XIE resource you want to test. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine determines whether or not the XIE resource +associated with a given identifier is a photoflo. +You can use the C Macro \fIIsPhotoflo_\fP instead of this routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieIsPhotoMap.3X b/xie/docs/dec/xie23/man/XieIsPhotoMap.3X new file mode 100644 index 0000000..5766435 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieIsPhotoMap.3X @@ -0,0 +1,63 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieIsPhotomap 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieIsPhotomap \- This routine determines whether or not the XIE resource +associated with a given identifier is a photomap. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIflag\fP = XieIsPhotoflo\fI(res_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char flag; +XieResource res_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a value of True in the \fIflag\fP argument if the +specified XIE resource is a photomap. Otherwise the returned value is False. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "res_id" 20 +The \fIres_id\fP argument specifies the identifier of +the XIE resource you want to test. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine determines whether or not the XIE resource +associated with a given identifier is a photomap. +You can use the C Macro \fIIsPhotomap_\fP instead of this routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieIsPhotoTap.3X b/xie/docs/dec/xie23/man/XieIsPhotoTap.3X new file mode 100644 index 0000000..87bd46e --- /dev/null +++ b/xie/docs/dec/xie23/man/XieIsPhotoTap.3X @@ -0,0 +1,63 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieIsPhototap 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieIsPhototap \- This routine determines whether or not the XIE resource +associated with a given identifier is a phototap. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIflag\fP = XieIsPhototap\fI(res_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char flag; +XieResource res_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a value of True in the \fIflag\fP argument if the +specified XIE resource is a phototap. Otherwise the returned value is False. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "res_id" 20 +The \fIres_id\fP argument specifies the identifier of +the XIE resource you want to test. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine determines whether or not the XIE resource +associated with a given identifier is a phototap. +You can use the C Macro \fIIsPhototap_\fP instead of this routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieIsRGB.3X b/xie/docs/dec/xie23/man/XieIsRGB.3X new file mode 100644 index 0000000..c4ad7a7 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieIsRGB.3X @@ -0,0 +1,67 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieIsRGB 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieIsRGB \- This routine determines whether or not the component mapping of +a photo associated with a given identifier is multispectral. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIflag\fP = XieIsRGB\fI(photo_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char flag; +XiePhoto photo_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a value of True in the \fIflag\fP argument if the +specified photo component mapping is multispectral. Otherwise the +returned value is False. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "photo_id" 20 +The \fIphoto_id\fP argument specifies the identifier +of the photo you want to test. You can specify an unbound +photomap, a photomap bound to a photoflo, a phototap, or a photoflo. +If you specify a photoflo, the routine tests the photomap or phototap +currently at the end of the photoflo. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine determines whether or not the component mapping of +a photo associated with a given identifier is multispectral. +You can use the C Macro \fIIsRGB_\fP instead of this routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieIsRoi.3X b/xie/docs/dec/xie23/man/XieIsRoi.3X new file mode 100644 index 0000000..71c0d6a --- /dev/null +++ b/xie/docs/dec/xie23/man/XieIsRoi.3X @@ -0,0 +1,63 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieIsRoi 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieIsRoi \- This routine determines whether or not the XIE resource +associated with a given identifier is an ROI. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIflag\fP = XieIsRoi\fI(res_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char flag; +XieResource res_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a value of True in the \fIflag\fP argument if the +specified XIE resource is an ROI. Otherwise the returned value is False. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "res_id" 20 +The \fIres_id\fP argument specifies the identifier of +the XIE resource you want to test. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine determines whether or not the XIE resource +associated with a given identifier is an ROI. +You can use the C Macro \fIIsRoi_\fP instead of this routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieIsTmp.3X b/xie/docs/dec/xie23/man/XieIsTmp.3X new file mode 100644 index 0000000..99365a7 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieIsTmp.3X @@ -0,0 +1,63 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieIsTmp 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieIsTmp \- This routine determines whether or not the XIE resource +associated with a given identifier is a TMP. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIflag\fP = XieIsTmp\fI(res_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char flag; +XieResource res_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a value of True in the \fIflag\fP argument if the +specified XIE resource is a TMP. Otherwise the returned value is False. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "res_id" 20 +The \fIres_id\fP argument specifies the identifier of +the XIE resource you want to test. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine determines whether or not the XIE resource +associated with a given identifier is a TMP. +You can use the C Macro \fIIsTmp_\fP instead of this routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieListFunctions.3X b/xie/docs/dec/xie23/man/XieListFunctions.3X new file mode 100644 index 0000000..01489b2 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieListFunctions.3X @@ -0,0 +1,66 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieListFunctions 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieListFunctions \- This routine obtains a list of XIE functions supported by your XIE server. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIstrings\fP = XieListFunctions\fI(dpy)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +char **strings; +Display *dpy; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a pointer to an array of pointers +in the \fIstrings\fP argument. There are 256 pointers, 1 for each possible +minor opcode value. You should free the array using the XieFree routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "dpy" 20 +The \fIdpy\fP argument specifies the identifier of the +X11 display identifier returned by the XOpenDisplay routine. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine obtains a list of XIE operations supported by your XIE server. +The list contains the protocol name strings for all XIE protocol +function minor op-codes supported by the XIE server specified by +the \fIdpy\fP argument. The pointers are null for minor op-codes +not yet implemented or unsupported by the server. You should not free +the protocol name strings. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieLogical.3X b/xie/docs/dec/xie23/man/XieLogical.3X new file mode 100644 index 0000000..a815b51 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieLogical.3X @@ -0,0 +1,174 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieLogical 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieLogical \- This routine creates a new photomap from the bitwise logical combination +of 2 source photomaps or 1 source photomap and a constant image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieLogical\fI(src_id1, src_id2, constant, idc_id, +operator)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id1; +XiePhoto src_id2; +unsigned long *constant; +XieIdc idc_id; +unsigned long operator; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the first source image is an unbound photomap, the routine returns +the identifier of the resulting photomap in the \fIdst_photo_id\fP +argument. Otherwise, the routine returns the identifier of the photoflo to which +the processing element is appended. You can free the photomap using the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id1" 20 +The \fIsrc_id1\fP argument specifies the first source +image. If this image is an unbound photomap, the operation is performed +immediately. Otherwise, a processing element is appended to the specified +photoflo with execution pending a call to the XieExecuteFlo routine. The +photoflo is specified explicitly if +the image is a photoflo, or implicitly if the image is a phototap or photomap. +.IP "src_id2" 20 +The \fIsrc_id2\fP argument specifies the second source +image. If the first source image is a photoflo, this image must be +a photomap bound to that photoflo using the XieBindMapToFlo +routine. If you specify a value of 0, the constant +image becomes the second source image. +.IP "constant" 20 +The \fIconstant\fP argument specifies the address of an array +containing 1 constant value per component. For example, +you could use array entries of constant[0]=pixel_value, +constant[1]=pixel_value, and constant[2]=pixel_value. If the value of the +\fIsrc_id2\fP argument is not 0, the routine ignores the constant image. +.IP "idc_id" 20 +The \fIidc_id\fP argument specifies the optional CPP +or ROI that defines the region of the image or images over which the +routine operates. If you specify a value of 0, the routine operates +across the entire intersection of the 2 source images. +.IP "operator" 20 +The \fIoperator\fP argument specifies the type of logical +operation the routine performs. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Symbol@Operation Performed +.sp 6p +XieK_AND@T{ +Logical AND +T} +.sp +XieK_OR@T{ +Logical OR +T} +.sp +XieK_XOR@T{ +Logical XOR +T} +.sp +XieK_NOT@T{ +Logical complement of +\fIsrc_id1\fP data +T} +.sp +XieK_ShiftUp@T{ +Logical shift up with zero fill +T} +.sp +XieK_ShiftDown@T{ +Logical shift down with +zero fill +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a new photomap from the bitwise logical combination +of 2 source photomaps or 1 source photomap and a constant image. +.PP +The 2 source images can be bitonal, gray scale, or multispectral and both +must be constrained. In addition, the 2 source images must have the +same number of components and are assumed to be spatially aligned. +The 2 source images do not have to be the same size, but must be +large enough to encompass the entire region defined by the IDC, if +you specify 1. +.PP +The resulting photomap is either bitonal, gray scale, or multispectral, +(depending on the source images) and is constrained. The spacial dimensions are +those of the first source image. +.PP +If you specify a value of 0 for the second source image, the routine +performs the operation between the first source image and a constant +image. The constant array must have the same number +of components as the first source image. If you specify a value that is not +0 for the second source image, the routine ignores any specified constant image. +.PP +The area over which the routine operates is the intersection of the 2 +source images and the IDC if you specify 1. This is true even for the +XieK_NOT logical operator, which does not actually use the data in the second +source image. Any areas not affected by the operator contain the original +values in the first source image. +.PP +The routine performs the logical operation on +a bitwise basis between the 2 pixel values. If the values are of different +depths, the routine first zero extends to the left the value with fewer bits. +.PP +If the operation is performed immediately and you selected +computation events using the XieSelectEvents +routine, the routine adds an XieK_ComputationEvent +to the X11 event queue when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieLogical +.PP +\fBXIE event returned:\fP XieK_ComputationEvent +if immediate execution and computation events are selected +.PP +\fBXieLib errors:\fP Returns null if the second source image +is specified to be 0 and the constant array does not exist +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.br +BadAlloc -- Insufficient server resources +.br +BadMatch -- 1 or both source images is not constrained or the 2 +source images do not have the same number of components +.br +BadAccess -- 1 source image is a photoflo and the other is not bound +to it +.br +BadValue -- IDC does not intersect the source image +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieLuminance.3X b/xie/docs/dec/xie23/man/XieLuminance.3X new file mode 100644 index 0000000..bd35d08 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieLuminance.3X @@ -0,0 +1,80 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieLuminance 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieLuminance \- This routine extracts the luminance component from a multispectral image +and creates a new image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieLuminance\fI(src_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the source image is an unbound photomap, the routine returns the +identifier of the new photomap in the \fIdst_photo_id\fP argument. +Otherwise, the routine returns the identifier of the photoflo to which the +processing element is appended. You can free the photomap using the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the source image. +If the source image is an unbound photomap, the operation is performed +immediately. Otherwise, a processing element is appended to the specified +photoflo with execution pending a call to the XieExecuteFlo routine. The +photoflo is specified explicitly if +the source image is a photoflo, or implicitly if the source image +is a photomap or phototap. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine extracts the luminance component from a multispectral image +and creates a new image. +.PP +If the operation is performed immediately and you selected +computation events using the XieSelectEvents routine, the routine adds an +XieK_ComputationEvent to the X11 event queue when the routine is +completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieLuminance +.PP +\fBXIE event returned:\fP XieK_ComputationEvent if immediate execution and +computation events are selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadMatch -- The source image is not constrained or the source image is +not multispectral +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieMalloc.3X b/xie/docs/dec/xie23/man/XieMalloc.3X new file mode 100644 index 0000000..8f9f139 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieMalloc.3X @@ -0,0 +1,66 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieMalloc 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieMalloc \- This routine allocates a block of memory having undefined contents +on the client side. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIpointer\fP = XieMalloc\fI(size)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +void *pointer; +unsigned size; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a pointer to the block of allocated memory +in the \fIpointer\fP argument. If the allocation fails, the routine +returns a null value. You should free the memory using the +XieFree +routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "size" 20 +The \fIsize\fP argument specifies the size in bytes of +the allocated block of memory. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine allocates a block of memory on the client side +having undefined contents. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Returns a null pointer if the memory +cannot be allocated +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieMallocBits.3X b/xie/docs/dec/xie23/man/XieMallocBits.3X new file mode 100644 index 0000000..610161a --- /dev/null +++ b/xie/docs/dec/xie23/man/XieMallocBits.3X @@ -0,0 +1,62 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieMallocBits 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieMallocBits \- This routine allocates a block of memory having undefined contents for +an image data array. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIpointer\fP = XieMallocBits\fI(bits)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char *pointer; +unsigned bits; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns a pointer to the allocated block of +memory in the \fIpointer\fP argument. If the allocation fails, the routine +returns a null value. You should free the memory using the XieFreeBits routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "bits" 20 +The \fIbits\fP argument specifies the size in bits of the allocated block of +memory. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine allocates a block of memory having undefined contents for a client +image data array. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Returns a null pointer if the memory cannot be allocated +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieMatchHistogram.3X b/xie/docs/dec/xie23/man/XieMatchHistogram.3X new file mode 100644 index 0000000..9b4978b --- /dev/null +++ b/xie/docs/dec/xie23/man/XieMatchHistogram.3X @@ -0,0 +1,179 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieMatchHistogram 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieMatchHistogram \- This routine creates a photomap having a specified histogram shape from +a source image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieMatchHistogram\fI(src_id, idc_id, h_shape, +param1, param2)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id; +XieIdc idc_id; +unsigned long h_shape; +double param1; +double param2; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the source image is an unbound photomap, the routine returns the +identifier of the new photomap in the \fIdst_photo_id\fP argument. +Otherwise, the routine returns the identifier of the processing element to +which a processing element is appended. You can free the photomap using the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the identifier of +the source image. If the source image is an unbound photomap, the +operation is performed immediately. Otherwise, a processing element is +appended to the specified photoflo with execution pending a call to the +XieExecuteFlo routine. The photoflo is specified explicitly +if the source image is a photoflo, or implicitly if the source image +is a photomap or phototap. +.IP "idc_id" 20 +The \fIidc_id\fP argument specifies the optional CPP +or ROI that defines the region of the source image that the routine +remaps. If you specify a value of 0, the routine remaps the entire +source image. +.IP "h_shape" 20 +The \fIh_shape\fP argument specifies the histogram shape for the remapped +photomap. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Symbol@Resulting Distribution +.sp 6p +XieK_Flat@T{ +Flat (uniform) distribution +T} +.sp +XieK_Gaussian@T{ +Gaussian distribution +T} +.sp +XieK_Hyperbolic@T{ +Hyperbolic distribution +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +.IP "param1" 20 +The \fIparam1\fP argument specifies a parameter for the +specified distribution. If you specify a value of 0.0, the routine +uses a default value. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lfR lfR . +.sp 4p +Distribution@Parameter@Default +.sp 6p +XieK_Flat@Ignored@T{ +Not applicable +T} +.sp +XieK_Gaussian@Mean value@T{ +Levels/2 +T} +.sp +XieK_Hyperbolic@Hyperbolic constant@T{ +Levels/4 +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +.IP "param2" 20 +The \fIparam2\fP argument specifies a parameter for the +specified histogram distribution. If you specify a value of 0.0, the +routine uses a default value. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lfR lfR . +...\" MANDOC->FOOTNOTE tag not supported, FOOTNOTE ignored +.sp 4p +Distribution@Parameter@Default +.sp 6p +XieK_Flat@Ignored@T{ +NA +T} +.sp +XieK_Gaussian@Variance@T{ +Levels/4 +T} +.sp +XieK_Hyperbolic@Shape Factor@T{ +0.0 +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a photomap having a specified +histogram shape. The source image must be gray scale and be constrained. The +resulting image is always gray scale and constrained. +.PP +The resulting photomap has the same spatial dimensions as +the source image. The routine operates over that area of the source +image defined by an IDC, if you specify 1. Otherwise, the routine +operates over the entire source image area. +.PP +If the routine executes immediately and you selected computation +events using the XieSelectEvents routine, the routine adds an +XieK_ComputationEvent to the X11 event queue when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieMatchHistogram +.PP +\fBXIE event returned:\fP XieK_ComputationEvent if immediate execution +and computation events are selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadMatch -- The source image is not constrained or the source image is +multispectral +.PP +BadValue -- Invalid histogram shape or the IDC does not intersect the +source image +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieMath.3X b/xie/docs/dec/xie23/man/XieMath.3X new file mode 100644 index 0000000..6e7557a --- /dev/null +++ b/xie/docs/dec/xie23/man/XieMath.3X @@ -0,0 +1,141 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieMath 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieMath \- This routine creates a copy of an image by applying a specified +mathematical function to each pixel of an existing source image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieMath\fI(src_id, idc_id, operator, constrain)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id; +XieIdc idc_id; +unsigned long operator; +unsigned long constrain; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the source image is an unbound photomap, the routine returns the +identifier of the new photomap in the \fIdst_photo_id\fP argument. +Otherwise, the routine returns the identifier of the photoflo to which +the processing element is appended. You can free the photomap using the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the identifier +of the source image. If the source image is an unbound photomap, +the operation is performed immediately. Otherwise, a processing element is +appended to the specified photoflo with execution pending a call to the +XieExecuteFlo routine. The photoflo is specified explicitly +if the source image is a photoflo, or implicitly if the source image is +a photomap or phototap. +.IP "idc_id" 20 +The \fIidc_id\fP argument specifies the optional CPP +or ROI that defines the region of the source image over which the routine +operates. If you specify a value of 0, the routine operates over the +the entire source image. +.IP "operator" 20 +The \fIoperator\fP argument specifies the +mathematical function the routine applies to each pixel in the source image. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Symbol@Function +.sp 6p +XieK_Exp@T{ +Exponential +T} +.sp +XieK_Ln@T{ +Natural logarithm +T} +.sp +XieK_Log2@T{ +Logarithm base 2 +T} +.sp +XieK_Log10@T{ +Logarithm base 10 +T} +.sp +XieK_Square@T{ +Square +T} +.sp +XieK_Sqrt@T{ +Square Root +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +.IP "constrain" 20 +The \fIconstrain\fP argument is a Boolean flag that +specifies whether or not the routine constrains the output data +before writing it to the output photomap. +If you specify a value of True, the routine constrains the output +data using the current constraint model. Otherwise if you specify +a value of False, the data remains unconstrained. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a copy of an image by applying a specified +mathematical function to each pixel of an existing source image. +.PP +The source image can be either bitonal, gray scale, or multispectral and can +be either constrained or unconstrained. The resulting photomap data +is unconstrained unless you specify a value of True for the +\fIconstrain\fP argument. +The output photomap has the same spatial dimensions as the source image. +The area over which the routine operates is defined by an IDC, if you +specify 1. Otherwise, the routine operates over the entire area of the source +image. +.PP +If the operation is performed immediately and you selected +computation events using the XieSelectEvents routine, the routine adds an +XieK_ComputationEvent to the X11 event queue when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieMath +.PP +\fBXIE event returned:\fP XieK_ComputationEvent +if immediate execution and computation events are selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadValue -- The generated result for a pixel value is undefined or +out of range or the IDC does not intersect the source image +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieMirror.3X b/xie/docs/dec/xie23/man/XieMirror.3X new file mode 100644 index 0000000..f2dd108 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieMirror.3X @@ -0,0 +1,80 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieMirror 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieMirror \- This routine creates a flipped copy of an existing image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieMirror\fI(src_id, x_mirror, y_mirror)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id; +unsigned long x_mirror; +unsigned long y_mirror; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the source image is an unbound photomap, the routine returns the +identifier of the new photomap in the \fIdst_photo_id\fP argument. +Otherwise, the routine returns the identifier of the photoflo to +which the processing element appended. You can free the photomap using the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the source image. +If the source image is an unbound photomap, the operation is performed +immediately. Otherwise, a processing element is appended to the specified +photoflo with execution pending a call to the XieExecuteFlo routine. The +photoflo is specified explicitly if the source +image is a photoflo, or implicitly if the source images is a photomap or +phototap. +.IP "x_mirror" 20 +The \fIx_mirror\fP argument specifies whether or not +the source image is flipped about the x-axis. To flip about the +x-axis, set the argument to True. +.IP "y_mirror" 20 +The \fIy_mirror\fP argument specifies whether or not +the source image is flipped about the y-axis. To flip about the +y-axis, set the argument to True. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a flipped copy of an existing image. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieMirror +.PP +\fBXIE event returned:\fP XieK_ComputationEvent +if immediate execution and computation events selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XiePhotoCount.3X b/xie/docs/dec/xie23/man/XiePhotoCount.3X new file mode 100644 index 0000000..fa2f7c2 --- /dev/null +++ b/xie/docs/dec/xie23/man/XiePhotoCount.3X @@ -0,0 +1,66 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XiePhotoCount 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XiePhotoCount \- This routine returns a count of the number of components in an image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIcount\fP = XiePhotoCount\fI(photo_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned long count; +XiePhoto photo_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the count of the number of components in +the \fIcount\fP argument. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "photo_id" 20 +The \fIphoto_id\fP argument specifies the identifier +of the source image. The source image can be either an unbound photomap, +a photoflo, a phototap, or a photomap bound to a photoflo. +If the source image is a photoflo, the +routine operates on the photomap or phototap currently at the end of +the photoflo. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine returns a count of the number of components in an image. +Multispectral images contain 3 components and all others contain 1. +You can use the C Macro \fIPhotoCount_\fP instead of this routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XiePlaneCount.3X b/xie/docs/dec/xie23/man/XiePlaneCount.3X new file mode 100644 index 0000000..5d17fe1 --- /dev/null +++ b/xie/docs/dec/xie23/man/XiePlaneCount.3X @@ -0,0 +1,99 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XiePlaneCount 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XiePlaneCount \- This routine returns the number of planes a client XieImage should contain +based on its component mapping and component organization. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIcount\fP = XiePlaneCount\fI(img)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned long count; +XieImage img; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the number of planes the specified XieImage +should contain in the \fIcount\fP argument. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lw(1.5i)fR lw(1.5i)fR lw(3.0i)fR . +.sp 4p +Component@Component@Number of +Mapping@Organization@Planes +.sp 6p +Bitonal@N/A@T{ +1 +T} +.sp +Gray scale@BandByPixel@T{ +1 +T} +@BandByPlane@T{ +1 +T} +@BitByPlane@T{ +bits per pixel +T} +.sp +Multispectral@BandByPixel@T{ +1 +T} +@BandByPlane@T{ +3 +T} +@BitByPlane@T{ +sum of bits of the 3 components +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "img" 20 +The \fIimg\fP argument specifies the identifier of the +XieImage the routine tests. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine returns the number of planes a client XieImage should contain +based on its component mapping and component organization. +You can use the C Macro \fIPlaneCount_\fP instead of this routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XiePoint.3X b/xie/docs/dec/xie23/man/XiePoint.3X new file mode 100644 index 0000000..3e572a3 --- /dev/null +++ b/xie/docs/dec/xie23/man/XiePoint.3X @@ -0,0 +1,121 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XiePoint 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XiePoint \- This routine creates a new photomap by remapping each pixel value to +a new value that is independent of neighboring pixel values. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XiePoint\fI(src_id, idc_id, tbl_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id; +XieIdc idc_id; +XiePhoto tbl_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the source image is an unbound photomap, the routine returns the +identifier of the remapped photomap in the \fIdst_photo_id\fP +argument. Otherwise, the routine returns the identifier of the photoflo to which +the processing element is appended. You can free the photomap using the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the identifier +of the source image. If the source image is an unbound photomap, +the operation is performed immediately. Otherwise a processing element is +appended to the specified photoflo with execution pending a call to the +XieExecuteFlo routine. The photoflo is specified explicitly if the source +image is a photoflo, or implicitly if the source image is a photomap or +phototap. The source image can be either bitonal, gray scale, or multispectral +and must be constrained. +.IP "idc_id" 20 +The \fIidc_id\fP argument specifies the optional CPP +or ROI that defines the region of the source image over which the +routine operates. If you specify a value of 0, the routine operates +over the entire image. +.IP "tbl_id" 20 +The \fItbl_id\fP argument specifies the identifier of +the photomap the routine uses as a LUT to remap the source image +pixels. If the source image identifier is a photoflo, the LUT must +be bound to the photoflo using the XieBindMapToFlo routine. +.IP +You must structure the LUT to have the same number of components +that you want in the remapped image. Each component must contain a +single scanline, which must contain as many unique pixel values as there +are different levels in the corresponding component of the source image. +If the source photomap is multispectral, +the LUT must contain 3 components. If the source photomap is bitonal or +gray scale, the LUT can contain either 1 or 3 components, depending on +the type of remapping you want to perform. If the source photomap is +bitonal or gray scale, the same source pixels are remapped into as many +spectral components as there are components in the LUT. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a new photomap by remapping each pixel value to +a new value that is independent of neighboring pixel values. +.PP +On a per-component basis, the routine uses each pixel value in the source +image as an index into the LUT to obtain a new value for +that pixel. If the number of components in the LUT is greater +than the number of components in the source image, the routine reuses +the last component in the source image to remap into the last component +in the output image. This allows you to convert gray scale images +to pseudocolor images using the appropriate choice of LUTs. +.PP +The output photomap has the same spatial dimensions as +the source image. The routine operates over the area defined by the +IDC, if you specify 1. Otherwise, the routine operates over the +entire source image. Pixel values outside the area of the IDC retain +their original values. +.PP +If the operation is performed immediately and you selected +computation events using the XieSelectEvents routine, the routine adds an +XieK_ComputationEvent to the X11 event queue when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_iePoint +.PP +\fBXIE event returned:\fP XieK_ComputationEvent +if immediate execution and computation events are selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadMatch -- The source image and the LUT photomap are not constrained +.PP +BadAccess -- The source image is a photoflo and the LUT photomap is not +bound to it +.PP +BadValue -- IDC does not intersect the source image +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XiePointStats.3X b/xie/docs/dec/xie23/man/XiePointStats.3X new file mode 100644 index 0000000..4962cf7 --- /dev/null +++ b/xie/docs/dec/xie23/man/XiePointStats.3X @@ -0,0 +1,139 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XiePointStats 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XiePointStats \- This routine returns statistical information about a particular pixel +value and the surrounding values. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXiePointStats\fI(src_id, x, y, height, width, cmpmsk, stats)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto src_id; +unsigned long x; +unsigned long y; +unsigned long height; +unsigned long width; +unsigned long cmpmsk; +XieStatsRec stats[]; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the identifier of the source image. The +source image can be either constrained or unconstrained. +.IP "x" 20 +The \fIx\fP argument specifies the x-coordinate of +the pixel around which the routine calculates statistics. +.IP "y" 20 +The \fIy\fP argument specifies the y-coordinate of +the pixel around which the routine calculates statistics. +.IP "height" 20 +The \fIheight\fP argument specifies the height in pixels +of the region around the target pixel over which the routine calculates +statistics. +.IP "width" 20 +The \fIwidth\fP argument specifies the width in pixels +of the region around the target pixel over which the routine calculates +statistics. +.IP "cmpmsk" 20 +The \fIcmpmsk\fP argument specifies a bit mask that specifies which +components of the source image the routine uses. +.IP "stats" 20 +The \fIstats\fP argument specifies a pointer to +an array of XieStats structures that receive the statistical information. +The array must contain 1 structure for each bit you set in the +\fIcmpmsk\fP argument. The format of the XieStats record is: +...\" MANDOC->Begin CODE_EXAMPLE +.oS +typedef struct { + double value; + double minimum; + double maximum; + double mean; + double stddev; + double variance; +} XieStatsRec, *XieStats; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Symbol@Operation Performed +.sp 6p +value@T{ +The value of the pixel at the specified location +T} +.sp +minimum@T{ +The minimum pixel value in this area +T} +.sp +maximum@T{ +The maximum pixel value in this area +T} +.sp +mean@T{ +The mean pixel value for this area +T} +.sp +stddev@T{ +The standard deviation of the pixel distribution for this +area +T} +.sp +variance@T{ +The variance of the pixel distribution for this area +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine returns statistical information about a particular pixel +value and the surrounding values. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_iePointStats +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Reply error, BadLength +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadValue -- The x- and y-coordinates are not within the source image +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XiePutImage.3X b/xie/docs/dec/xie23/man/XiePutImage.3X new file mode 100644 index 0000000..5e74743 --- /dev/null +++ b/xie/docs/dec/xie23/man/XiePutImage.3X @@ -0,0 +1,114 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XiePutImage 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XiePutImage \- This routine creates a photoflo or photomap, and optionally transports +XieImage data to the photoflo or photomap. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIphoto_id\fP = XiePutImage\fI(dpy, img, mode)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto photo_id; +Display *dpy; +XieImage img; +unsigned char mode; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If you specify the symbol +XieK_DataFlo for the \fImode\fP argument, +the routine returns the photoflo identifier in the \fIphoto_id\fP +argument. Otherwise, the routine returns the new photomap identifier. +You can free the photomap using the XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "dpy" 20 +The \fIdpy\fP argument specifies the X11 display +identifier returned by the +XOpenDisplay routine. +.IP "img" 20 +The \fIimg\fP argument specifies the address of an +existing client XieImage structure. +.IP "mode" 20 +The \fImode\fP argument specifies an image data +transport option. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Symbol@Status of Image Data in the New Photomap +.sp 6p +XieK_DataFlo@T{ +Create photoflo and SetStream +for put data +T} +.sp +XieK_DataMap@T{ +Create photomap and SetStream +for put data +T} +.sp +XieK_DataNone@T{ +Create photomap without +transporting image data +T} +.sp +XieK_DataCopy@T{ +Create photomap and +transport all planes of image data +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a photoflo or photomap, and optionally transports +all XieImage data planes to the photoflo or photomap. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieCreateResource +.PP +X_ieSetTransport for the \fImode\fP symbols +XieK_DataFlo, XieK_DataMap, and XieK_DataCopy +.PP +1 or more calls per data plane to X_iePutStream for the mode +symbol +XieK_DataCopy +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Fatal, invalid mode argument +.PP +\fBXieServer errors:\fP BadAlloc -- Insufficient server +resources +.br +BadIDChoice -- Invalid identifier +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XiePutImageData.3X b/xie/docs/dec/xie23/man/XiePutImageData.3X new file mode 100644 index 0000000..a68617b --- /dev/null +++ b/xie/docs/dec/xie23/man/XiePutImageData.3X @@ -0,0 +1,67 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XiePutImageData 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XiePutImageData \- This routine transports all image data planes from a client XieImage to +a photomap. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIstatus\fP = XiePutImageData\fI(img)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char status; +XieImage img; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the status of the image data transport in +the \fIstatus\fP argument. If there is more data to be transported, +the return is XieK_StreamMore. If all image data has +been transported, the return is XieK_StreamFinal. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "img" 20 +The \fIimg\fP argument specifies the address of the client source XieImage. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine transports all image data planes from a client XieImage to +a photomap. You can use this routine only if you created the destination +photomap, photoflo, phototap using the XiePutImage routine. +Depending on the quantity of image data to be transported, you may have +to issue more than 1 call to this routine until the \fIstatus\fP return is +XieK_StreamFinal. This operation always executes immediately, even when the +destination image is a photoflo. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP 1 or more calls to X_iePutStream +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP XieStreamError for invalid destination image +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XiePutStream.3X b/xie/docs/dec/xie23/man/XiePutStream.3X new file mode 100644 index 0000000..1628a99 --- /dev/null +++ b/xie/docs/dec/xie23/man/XiePutStream.3X @@ -0,0 +1,108 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XiePutStream 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XiePutStream \- This routine transports a plane of image data, as a byte stream, from +a client XieImage to a server image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXiePutStream\fI(pho_id, plane, buffer, bytes, final)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto pho_id; +unsigned long plane; +unsigned char *buffer; +unsigned long bytes; +unsigned char final; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "pho_id" 20 +The \fIpho_id\fP argument specifies the identifier of +the destination image. The destination image can be either an +unbound photomap, a photoflo, or a phototap. The photoflo is specified +explicitly if the destination is specified as a photoflo, or implicitly +if the destination image is specified as a photomap or phototap. +.IP "plane" 20 +The \fIplane\fP argument specifies the source image data plane you want to +transport. +.IP "buffer" 20 +The \fIbuffer\fP argument specifies the pointer to the source image data plane. +.IP "bytes" 20 +The \fIbytes\fP argument specifies the length of the transported data stream +in bytes. +.IP "final" 20 +The \fIfinal\fP argument is a Boolean flag that +specifies whether or not the upcoming transport is the final one for +the current data plane. If this is the only transport +or the last transport for the plane, set the argument to True. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine transports a plane of image data, as a byte stream, from +a client XieImage to a server image. You can use this routine only if +you created the destination image using the XieClonePhoto or XieCreatePhoto +routine. +.PP +Prior to calling this routine, you must set up the transport parameters using +the XieSetStream routine specifying the XieK_PutStream +symbol for the \fImode\fP argument. If you want to transport multiple data +planes, call the XieSetStream and XiePutStream +routines in combination for each plane. +.PP +This routine always sends full bytes of image data. However, +if you set the \fIfinal\fP argument True when sending the last +of the image data, you can pad the last byte of the source image with +nonimage data. +.PP +This routine always executes immediately, even if the destination +image is a photoflo. You can abort the data transport before +completion using the XieAbortStream routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP 1 or more calls to X_iePutStream +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadAccess -- Stream transport not set or the specified photoflo +has been aborted +.PP +BadMatch -- The plane was not specified during set transport or the +attempted transport direction is not the same as specified during set +transport +.PP +Any error from a processing element within the photoflo while it is +running +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XiePutTile.3X b/xie/docs/dec/xie23/man/XiePutTile.3X new file mode 100644 index 0000000..102097e --- /dev/null +++ b/xie/docs/dec/xie23/man/XiePutTile.3X @@ -0,0 +1,103 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XiePutTile 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XiePutTile \- This routine transports a tile of uncompressed image data from a client +XieImage to a server image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXiePutTile\fI(phm_id, img, p_mask, src_x, src_y, dst_x, dst_y, width, +height)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhotomap phm_id; +XieImage img; +unsigned long p_mask; +long src_x; +long src_y; +long dst_x; +long dst_y; +unsigned long width; +unsigned long height; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "phm_id" 20 +The \fIphm_id\fP argument specifies the identifier of an unbound photomap. +.IP "img" 20 +The \fIimg\fP argument specifies the address of the source client XieImage. +.IP "p_mask" 20 +The \fIp_mask\fP argument specifies a mask that defines +which planes of the source image you want to transport. The least +significant bit indicates plane 0. You can specify the symbol +XieK_AllPlanes to transport all of the source image data planes. +.IP "src_x" 20 +The \fIsrc_x\fP argument specifies the x-coordinate +of the upper left hand corner of the tile you want to transport. +.IP "src_y" 20 +The \fIsrc_y\fP argument specifies the y-coordinate +of the upper left hand corner of the tile you want to transport. +.IP "dst_x" 20 +The \fIdst_x\fP argument specifies the x-coordinate +of the upper left hand corner of the tile in the destination photomap. +.IP "dst_y" 20 +The \fIdst_y\fP argument specifies the y-coordinate +of the upper left hand corner of the tile in the destination photomap. +.IP "width" 20 +The \fIwidth\fP argument specifies the width of the tile you want to transport. +.IP "height" 20 +The \fIheight\fP argument specifies the height of the tile you want to +transport. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine transports a tile of uncompressed image data from a client +XieImage to a server image. You cannot use this routine to transport +image data to a photoflo or to any photomap bound to a photoflo. +.PP +If you use this routine to modify the image data of a photomap that you +previously exported to a dynamic visual class X11 drawable, the +ExportContext can be incompatible with the photomap image data. Use the +XieQueryExport and the XieFreeExport routines to resolve such conflicts. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieSetTransport +.PP +1 or more calls to X_iePutTile +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadValue -- Height or width is less than or equal to 0 +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieQueryCpp.3X b/xie/docs/dec/xie23/man/XieQueryCpp.3X new file mode 100644 index 0000000..ad6b1c2 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieQueryCpp.3X @@ -0,0 +1,76 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieQueryCpp 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieQueryCpp \- This routine returns the context of a specified CPP. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXieQueryCpp\fI(cpp_id, x_ret, y_ret, phm_ret)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XieCpp cpp_id; +long *x_ret; +long *y_ret; +XiePhotomap *phm_ret; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "cpp_id" 20 +The \fIcpp_id\fP argument specifies the identifier +of an existing CPP. +.IP "x_ret" 20 +The \fIx_ret\fP argument specifies the pointer to +the location to which the routine returns the +x-coordinate from the CPP. If you do not want this information, set +the argument to null. +.IP "y_ret" 20 +The \fIy_ret\fP argument specifies the pointer to +the location to which the routine returns the +y-coordinate from the CPP. If you do not want this information, set +the argument to null. +.IP "phm_ret" 20 +The \fIphm_ret\fP argument specifies the pointer to +the location to which the routine returns the identifier +of the bitonal photomap used as the CPP. If you do not want this +information, set the argument to null. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine returns the context of a specified CPP. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieQueryResource +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Reply error, BadLength +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieQueryEvents.3X b/xie/docs/dec/xie23/man/XieQueryEvents.3X new file mode 100644 index 0000000..ce48f4e --- /dev/null +++ b/xie/docs/dec/xie23/man/XieQueryEvents.3X @@ -0,0 +1,62 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieQueryEvents 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieQueryEvents \- This routine returns the XIE event mask so you can determine +which XIE events are currently enabled. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIevent_mask = \fPXieQueryEvents\fI(dpy)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned long event_mask; +Display *dpy; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the XIE event mask in the \fIevent_mask\fP argument. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "dpy" 20 +The \fIdpy\fP argument specified the X11 display +identifier returned by the +XOpenDisplay routine. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine returns the XIE event mask so you can determine +which XIE events are currently enabled. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieQueryEvents +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Reply error, BadAccess +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieQueryExport.3X b/xie/docs/dec/xie23/man/XieQueryExport.3X new file mode 100644 index 0000000..a1844ff --- /dev/null +++ b/xie/docs/dec/xie23/man/XieQueryExport.3X @@ -0,0 +1,109 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieQueryExport 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieQueryExport \- This routine returns the LUT and a list of allocated color cells, +if any, that were used during the export of an image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXieQueryExport\fI(pho_id, lut_id_ret, pxl_lst_ret, pxl_cnt_ret)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto pho_id; +XiePhotomap *lut_id_ret; +unsigned long **pxl_lst_ret; +unsigned long *pxl_cnt_ret; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "pho_id" 20 +The \fIpho_id\fP argument specifies the identifier of +the server image from which you want to obtain the ExportContext. +The image can be an unbound photomap, a photoflo, a bound photomap, +or a phototap. The photoflo is specified explicitly if the image is +a photoflo, or implicitly if the image is a bound photomap or phototap. +If the image is bound to a photoflo, the photoflo execution +must be complete or the routine returns a BadAccess error. +.IP "lut_id_ret" 20 +The \fIlut_id_ret\fP argument specifies the address of +the location to which the routine returns the export LUT photomap identifier. +If the ExportContext is not using a LUT, the routine returns +a null. You can free the LUT photomap using the XieFreeResource routine. +.IP "pxl_lst_ret" 20 +The \fIpxl_lst_ret\fP argument specifies the address of +the location to which the routine returns the pointer to the list of +allocated pixels. If you specify a null for either the +\fIpxl_lst_ret\fP or the \fIpxl_cnt_ret\fP argument, the +routine does not return a pixel list +and all allocated pixels remain the property of the +ExportContext. If the routine returns a pixel list, the list is removed +from the ExportContext and the application is responsible for +freeing the list using the XieFree routine. +.IP "pxl_cnt_ret" 20 +The \fIpxl_cnt_ret\fP argument specifies the address of the +location to which the routine returns the count of the allocated pixels. +If you do not want a pixel list and a count of the allocated pixels, +set this argument to null. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine returns the LUT identifier and a list of allocated color cells, +if any, that were used during the export of an image. The LUT could have +been supplied by the application or generated by an XIE routine. +The application is responsible for freeing the allocated pixels using +the XFreeColors routine. For example: +...\" MANDOC->Begin CODE_EXAMPLE +.oS + XieExport( photo_id, window, gc, 0,0, 0,0, 100, 100, 0, + colormap, 0.0,0.0); + . + XieQueryExport( photo_id, &lut_id, &pixel_list, &pixel_count ); + . + XieExport( photo_id, window, gc, 0,0, 0,0, 100, 100, lut_id, + colormap, 0.0,0.0); + . + XFreeColors( display, colormap, pixel_list, pixel_count, 0 ); + pixel_list = XieFree( pixel_list ); + lut_id = XieFreeResource( lut_id ); +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieQueryExport +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Reply error, BadLength +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadAccess -- The photoflo is running +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieQueryFlo.3X b/xie/docs/dec/xie23/man/XieQueryFlo.3X new file mode 100644 index 0000000..9764a7d --- /dev/null +++ b/xie/docs/dec/xie23/man/XieQueryFlo.3X @@ -0,0 +1,93 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieQueryFlo 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieQueryFlo \- This routine returns information about the execution state of a +photoflo. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIstatus = \fPXieQueryFlo\fI(phf_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned long status; +XiePhoto phf_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the current execution state of the photoflo in +the \fIstatus\fP argument. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Status Returned@Description +.sp 6p +XieK_PhotofloFormation +@T{ +Photoflo is under construction +T} +.sp +XieK_PhotofloRunning@T{ +Photoflo +is currently running +T} +.sp +XieK_PhotofloComplete@T{ +Photoflo +has run to completion +T} +.sp +XieK_PhotofloAborted@T{ +Photoflo +formation or running was aborted +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "phf_id" 20 +The \fIphf_id\fP argument specifies the identifier of +the photoflo, phototap, or any photomap bound to the photoflo. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine returns information about the execution state of a +photoflo. This routine always executes immediately. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieQueryResource +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Reply error, BadLength +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieQueryMap.3X b/xie/docs/dec/xie23/man/XieQueryMap.3X new file mode 100644 index 0000000..6ff369a --- /dev/null +++ b/xie/docs/dec/xie23/man/XieQueryMap.3X @@ -0,0 +1,109 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieQueryMap 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieQueryMap \- This routine returns the attributes of a server image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fBXieQueryMap\fP\fI (pho_id, width_ret, height_ret, cmp_map_ret, cmp_cnt_ret, +cmp_lvl_ret, pxl_pol_ret, pxl_ratio_ret, pxl_prog_ret, scn_prog_ret, +constrained_ret)\fB +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto pho_id; +unsigned long *width_ret; +unsigned long *height_ret; +unsigned char *cmp_map_ret; +unsigned char *cmp_cnt_ret; +unsigned char *cmp_lvl_ret; +unsigned char *pxl_pol_ret; +double *pxl_ratio_ret; +unsigned char *pxl_prog_ret; +unsigned char *scn_prog_ret; +unsigned char *constrained_ret; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "pho_id" 20 +The \fIpho_id\fP argument specifies the identifier of the image you want to +query. The image can be an unbound photomap, a photomap bound to a photoflo, +a phototap, or a photoflo. The photoflo is specified explicitly if +the image is a photoflo, or implicitly if the image is a photomap bound +to the photoflo or a phototap. If the image is a photoflo, the routine +queries the photomap or phototap currently at the end of the photoflo. +.IP "width_ret" 20 +The \fIwidth_ret\fP argument specifies the pointer to +the location to which the routine returns the width attribute. +.IP "height_ret" 20 +The \fIheight_ret\fP argument specifies the pointer to +the location to which the routine returns the height attribute. +.IP "cmp_map_ret" 20 +The \fIcmp_map_ret\fP argument specifies the pointer to +the location to which the routine returns the component mapping attribute. +.IP "cmp_cnt_ret" 20 +The \fIcmp_cnt_ret\fP argument specifies the pointer to +the location to which the routine returns the component count attribute. +.IP "cmp_lvl_ret" 20 +The \fIcmp_lvl_ret\fP argument specifies the pointer to +the array to which the routine returns the bits per +component attribute. The array length must be at least equal to +XieK_MaxComponents. +.IP "pxl_pol_ret" 20 +The \fIpxl_pol_ret\fP argument specifies the pointer to +the location to which the routine returns the pixel polarity attribute. +.IP "pxl_ratio_ret" 20 +The \fIpxl_ratio_ret\fP argument specifies the pointer to +the location to which the routine returns the pixel aspect ratio attribute. +.IP "pxl_prog_ret" 20 +The \fIpxl_prog_ret\fP argument specifies the pointer to +the location to which the routine returns the pixel progression attribute. +.IP "scn_prog_ret" 20 +The \fIscn_prog_ret\fP argument specifies the pointer to +the location to which the routine returns the scanline progression attribute. +.IP "constrained_ret" 20 +The \fIconstrained_ret\fP argument specifies the pointer +to the location where the routine returns the Boolean flag indicating +whether or not the image data is constrained. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine returns the attributes of a server image. If you do not +want to retrieve a particular attribute, set the associated pointer to null. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieQueryResource +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Reply error, BadLength +.PP +Returns null if invalid photomap +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieQueryOpDefaults.3X b/xie/docs/dec/xie23/man/XieQueryOpDefaults.3X new file mode 100644 index 0000000..bf8eef3 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieQueryOpDefaults.3X @@ -0,0 +1,96 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieQueryOpDefaults 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieQueryOpDefaults \- This routine obtains the current operational default constraint +model from the server. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXieQueryOpDefaults\fI(dpy, model_ret, levels_ret)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +Display *dpy; +int *model_ret; +unsigned long levels_ret[]; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "dpy" 20 +The \fIdpy\fP argument specifies the X11 display +identifier returned by the +XOpenDisplay routine. +.IP "model_ret" 20 +The \fImodel_ret\fP argument specifies the pointer to +the location to which the routine returns the current constraint model +information. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Symbol@Operation Performed +.sp 6p +XieK_HardClip@T{ +Apply hard clip model +T} +.sp +XieK_ClipScale@T{ +Apply clip scale model +T} +.sp +XieK_HardScale@T{ +Apply hard scale model +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +.IP "levels_ret" 20 +The \fIlevels_ret\fP argument specifies the +address of the array to which the routine returns the number of levels +to which each component is constrained. The length must be at least +equal to +XieK_MaxComponents. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine obtains the current operational default constraint +model from the server. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieQueryOpDefaults +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Reply error, BadLength +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieQueryRoi.3X b/xie/docs/dec/xie23/man/XieQueryRoi.3X new file mode 100644 index 0000000..1b42675 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieQueryRoi.3X @@ -0,0 +1,74 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieQueryRoi 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieQueryRoi \- This routine obtains an ROI context from the server. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXieQueryRoi\fI(roi_id, x_ret, y_ret, width_ret, height_ret)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XieRoi roi_id; +long *x_ret; +long *y_ret; +unsigned long *width_ret; +unsigned long *height_ret; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "roi_id" 20 +The \fIroi_id\fP argument specifies the identifier of the ROI you want to query. +.IP "x_ret" 20 +The \fIx_ret\fP argument specifies the pointer to the +location to which the routine returns the ROI x-coordinate information. +.IP "y_ret" 20 +The \fIy_ret\fP argument specifies the pointer to the +location to which the routine returns the ROI y-coordinate information. +.IP "width_ret" 20 +The \fIwidth_ret\fP argument specifies the pointer to the +location to which the routine returns the ROI width information. +.IP "height_ret" 20 +The \fIheight_ret\fP argument specifies the pointer to the +location to which the routine returns the ROI height information. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine obtains an ROI context from the server. +If you do not want to retrieve the information for a particular +argument, set the pointer to null. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieQueryResource +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Reply error, BadLength +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieQueryTmp.3X b/xie/docs/dec/xie23/man/XieQueryTmp.3X new file mode 100644 index 0000000..40ca751 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieQueryTmp.3X @@ -0,0 +1,82 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieQueryTmp 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieQueryTmp \- This routine obtains information about a TMP from the server. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdata_list\fP = XieQueryTmp\fI(tmp_id, x_ret, y_ret, count_ret)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XieTemplate data_list; +XieTmp tmp_id; +long *x_ret; +long *y_ret; +unsigned long *count_ret; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the address of an array of template records +of type XieTemplateRec in the \fIdata_list\fP argument. You can free the +array using the +XieFree routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "tmp_id" 20 +The \fItmp_id\fP argument specifies the identifier of +the TMP you want to query. +.IP "x_ret" 20 +The \fIx_ret\fP argument specifies the pointer to the +location to which the routine returns the x-coordinate of the template +center. +.IP "y_ret" 20 +The \fIy_ret\fP argument specifies the pointer to the +location to which the routine returns the y-coordinate of the template +center. +.IP "count_ret" 20 +The \fIcount_ret\fP argument specifies the pointer to the +location to which the routine returns the count of the number of entries +in \fIdata_list\fP. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine obtains information about a TMP from the server. +If you do not want to retrieve information about a particular argument, +set the associated pointer to null. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieQueryResource +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP Reply error, BadLength +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.br +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieRealloc.3X b/xie/docs/dec/xie23/man/XieRealloc.3X new file mode 100644 index 0000000..153b50e --- /dev/null +++ b/xie/docs/dec/xie23/man/XieRealloc.3X @@ -0,0 +1,74 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieRealloc 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieRealloc \- This routine reallocates (changes the size of) a block of memory. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fInew_pointer\fP = XieRealloc\fI(ptr, size)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +void *new_pointer; +char *ptr; +unsigned size; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the address of the reallocated block of memory in the +\fInew_pointer\fP argument. If the routine fails, the routine returns +a null. If you increase the size of the reallocated +block of memory, the routine zeros the contents of the additional memory. +.PP +If the address returned in the \fInew_pointer\fP argument is different +than the address you specified for the \fIptr\fP argument, the routine +moved the original contents of the memory to the new address +and deallocated the original block of memory. +.PP +You should free the memory using either the +XieCfree or the XieFree routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "ptr" 20 +The \fIptr\fP argument specifies the address of the block +of memory you want to reallocate. +.IP "size" 20 +The \fIsize\fP argument specifies the size in bytes +to which you want to change the reallocated memory. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine reallocates (changes the size of) a block of memory. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieReallocBits.3X b/xie/docs/dec/xie23/man/XieReallocBits.3X new file mode 100644 index 0000000..71cfb58 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieReallocBits.3X @@ -0,0 +1,73 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieReallocBits 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieReallocBits \- This routine reallocates (changes the size of) a client XieImage data array. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fInew_pointer\fP = XieReallocBits\fI(ptr, bits)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +unsigned char *new_pointer; +unsigned char *ptr; +unsigned bits; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the address of the reallocated +image data array in the \fInew_pointer\fP argument. +If the routine fails, the routine returns a null. +If you increase the size of the reallocated data array, +the routine zeros the contents of the additional memory. +.PP +If the address returned in the \fInew_pointer\fP argument is different +than the address you specified for the \fIptr\fP argument, the routine +moved the original contents of the memory to the new address +and deallocated the original data array memory. +.PP +You should free the image array using the XieFreeBits routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "ptr" 20 +The \fIptr\fP argument specifies the address +of the image data array you want to reallocate. +.IP "bits" 20 +The \fIbits\fP argument specifies the +size in bits to which you want to change the reallocated memory. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine changes the size (reallocates) of a client XieImage data array. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieRotate.3X b/xie/docs/dec/xie23/man/XieRotate.3X new file mode 100644 index 0000000..36436ad --- /dev/null +++ b/xie/docs/dec/xie23/man/XieRotate.3X @@ -0,0 +1,108 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieRotate 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieRotate \- This routine creates a rotated copy of a source image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieRotate\fI(src_id, angle, width, height, fill)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id; +double angle; +unsigned long width; +unsigned long height; +unsigned long *fill; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the source image is an unbound photomap, the routine returns the +identifier of the destination image in the \fIdst_photo_id\fP +argument. Otherwise, the routine returns the identifier of the photoflo +to which the processing element is appended. You can free the image using the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the identifier of +the source image. The source image can be an unbound photomap, a photoflo, +a phototap, of a photomap bound to the photoflo. +If the source image is an unbound photomap, the operation is performed +immediately. Otherwise, a processing element is appended to the photoflo with +execution pending a call to the XieExecuteFlo routine. +The photoflo is specified explicitly if the source image is a photoflo, +or implicitly if the source image is a phototap or a bound photomap. +.IP "angle" 20 +The \fIangle\fP argument specifies the rotation +angle in degrees. A positive angle results in clockwise rotation. The +axis of rotation is the z-axis, which passes through the geometric +center of the source image. +.IP "width" 20 +The \fIwidth\fP argument specifies the width of +the destination image in pixels. If you specify a value of 0, the routine +adjusts the width of the destination image so that the rotated image +fits exactly without clipping off its corners. +.IP "height" 20 +The \fIheight\fP argument specifies the height of +the destination image in scanlines. If you specify a value of 0, the +routine adjusts the height of the destination image so that the rotated image +fits exactly without clipping off its corners. +.IP "fill" 20 +The \fIfill\fP argument specifies a pointer to an array +of pixel values the routine uses for each component to fill those areas +that do not map within the source image. For example, you could specify +array entries of fill[0]=pixel_value, fill[1]=pixel_value, and +fill[2]=pixel_value. If you specify +a null value, the routine uses a default pixel value representing +maximum intensity (white). +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a rotated copy of a source image. +.PP +If the operation is performed immediately and you selected computation +events using the +XieSelectEvents routine, the routine +adds an +XieM_ComputationEvent to the X11 event +queue when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieRotate +.br +X_ieQueryResource if the fill argument is null +.PP +\fBXIE event returned:\fP XieK_ComputationEvent +if immediate execution and computation events selected +.PP +\fBXieLib errors:\fP Returns null if the fill +argument is null and source image is invalid +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.br +BadAlloc -- Insufficient server resources +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieScale.3X b/xie/docs/dec/xie23/man/XieScale.3X new file mode 100644 index 0000000..eb1b938 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieScale.3X @@ -0,0 +1,89 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieScale 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieScale \- This routine creates a scaled copy of a source image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id\fP = XieScale\fI(src_id, width, height)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id; +unsigned long width; +unsigned long height; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the source image is an unbound photomap, the routine returns the +identifier of the destination image in the \fIdst_photo_id\fP +argument. Otherwise, the routine returns the identifier of the photoflo to +which the processing element is appended. You can free the image using +the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the identifier +of the source image. The source image can be an unbound photomap, +a photoflo, a phototap, or a photomap bound to the photoflo. +If the source image is an unbound photomap, the operation is performed +immediately. Otherwise, a processing element is appended to the photoflo with +execution pending a call to the +XieExecuteFlo routine. +The photoflo is specified explicitly if the source image is a photoflo, +or implicitly if the source image is a phototap or a bound photomap. +.IP "width" 20 +The \fIwidth\fP argument specifies the width in pixels +of the destination image. +.IP "height" 20 +The \fIheight\fP argument specifies the height in +scanlines of the destination image. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a scaled copy of a source image. +.PP +If the operation is performed immediately and you selected +computation events using the +XieSelectEvents +routine, the routine adds an XieK_ComputationEvent +to the X11 event queue when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieScale +.PP +\fBXIE event returned:\fP XieK_ComputationEvent if immediate +execution and computation events are selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadValue -- Height or width equal to 0 +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieSelectEvents.3X b/xie/docs/dec/xie23/man/XieSelectEvents.3X new file mode 100644 index 0000000..a439a38 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieSelectEvents.3X @@ -0,0 +1,90 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieSelectEvents 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieSelectEvents \- This routine sets the event mask to enable specified XIE events on +the XIE server. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXieSelectEvents\fI(dpy, event_mask)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +Display *dpy; +unsigned long event_mask; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "dpy" 20 +The \fIdpy\fP argument specifies the X11 display +identifier returned by the +XOpenDisplay routine. +.IP "event_mask" 20 +The \fIevent_mask\fP argument specifies a bit mask +that determines which XIE server events are enabled. +The new mask replaces an existing mask. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Symbol@Description +.sp 6p +XieM_ComputationEvent@T{ +Completion of immediate mode image +processing function +T} +.sp +XieM_DisplayEvent@T{ +Completion of immediate mode export to drawable +T} +.sp +XieM_PhotofloEvent@T{ +Completion of photoflo execution +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine sets the event mask to enable specified XIE events on +the XIE server. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieSelectEvents +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieSetOpDefaults.3X b/xie/docs/dec/xie23/man/XieSetOpDefaults.3X new file mode 100644 index 0000000..bdc0239 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieSetOpDefaults.3X @@ -0,0 +1,139 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieSetOpDefaults 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieSetOpDefaults \- This routine sets the current constraint model defaults on the server. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXieSetOpDefaults\fI(dpy, model, levels)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +Display *dpy; +int model; +unsigned long levels[]; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "dpy" 20 +The \fIdpy\fP argument specifies the X11 display +identifier returned by the +XOpenDisplay routine. +.IP "model" 20 +The \fImodel\fP argument specifies the desired +default constraint model. +...\" MANDOC->Begin TABLE +.PP +.TS +tab(@); +lfR lw(4.0i)fR . +.sp 4p +Symbol@Operation Performed +.sp 6p +XieK_HardClip@T{ +Apply hard clip model +T} +.sp +XieK_ClipScale@T{ +Apply clip scale model +T} +.sp +XieK_HardScale@T{ +Apply hard scale model +T} +.sp +.TE +.PP +...\" MANDOC->End TABLE +.IP "levels" 20 +The \fIlevels\fP argument specifies an array of +quantization level numbers routines use when constraining each component of +an image. The array length must be at least equal to +XieK_MaxComponents. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine sets the current constraint model defaults on the server. +The constraint models supported by XIE are as follows: +...\" MANDOC->Begin UNNUMBERED LIST +.IP \(bu 3 +Hard Clip +.IP \(bu 3 +Clip Scale +.IP \(bu 3 +Hard Scale +...\" MANDOC->End LIST +.PP +In describing the constraint models, the floor is the smallest value +allowed after the data is constrained. For XIE, the floor is always +0. The ceiling is the largest positive integer value allowed after +the data is constrained to the specified number of levels. +.PP +In the Hard Clip model, data is constrained in the following steps: +...\" MANDOC->Begin NUMBERED LIST +.IP "\fR1\fP" 3 +All values less than 0 are set to 0 +.IP "\fR2\fP" 3 +All values greater than the ceiling are set to the ceiling +.IP "\fR3\fP" 3 +All values are rounded to the nearest integer +...\" MANDOC->End LIST +.PP +In the Clip Scale model, data is constrained in the following steps: +...\" MANDOC->Begin NUMBERED LIST +.IP "\fR1\fP" 3 +All values less than 0 are set to 0 +.IP "\fR2\fP" 3 +All values greater than the ceiling are set to the ceiling +.IP "\fR3\fP" 3 +All values are offset so that the smallest value +is set to 0 and then scaled so the largest value is set to the ceiling +.IP "\fR4\fP" 3 +Values are rounded to the nearest integer +...\" MANDOC->End LIST +.PP +In the Hard Scale model, data is constrained in the following steps: +...\" MANDOC->Begin NUMBERED LIST +.IP "\fR1\fP" 3 +All values are offset so that the smallest value is +set to 0 and scaled so the largest value is set to the ceiling +.IP "\fR2\fP" 3 +Values are rounded to the nearest integer +...\" MANDOC->End LIST +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieSetOpDefaults +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadValue -- Invalid constraint model +or levels less than or equal to 0 +...\" MANDOC->End TEMPLATE_PARA + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieSetStream.3X b/xie/docs/dec/xie23/man/XieSetStream.3X new file mode 100644 index 0000000..f0dda8e --- /dev/null +++ b/xie/docs/dec/xie23/man/XieSetStream.3X @@ -0,0 +1,131 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieSetStream 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieSetStream \- This routine sets the server transport parameters for stream mode +transport of an image plane in a specified source image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fI\fPXieSetStream\fI(pho_id, plane, mode, cmpres, cmpprm, cmporg, +pxlstr, scnstr)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto pho_id; +unsigned char plane; +unsigned char mode; +unsigned char cmpres; +unsigned long cmpprm; +unsigned char cmporg; +unsigned long pxlstr; +unsigned long scnstr; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +None. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "pho_id" 20 +The \fIpho_id\fP argument specifies the identifier +of the source image for which you want to set transport parameters. +The source image can be an unbound photomap, a photoflo, a phototap, or a +photomap bound to the photoflo. The photoflo is specified explicitly +if the source image is a photoflo, or implicitly if the source image +is phototap or a photomap bound to the photoflo. +.IP "plane" 20 +The \fIplane\fP argument specifies the source image +data plane with which you want to associate the transport parameters. +.IP "mode" 20 +The \fImode\fP argument specifies the transport +direction. You can specify the symbol XieK_GetStream to +set up transport from the server to the client, or XieK_PutStream +to set up transport from the client to the server. +.IP "cmpres" 20 +The \fIcmpres\fP argument specifies the compression +scheme used for the data plane as it exists if you specify the +XieK_PutStream symbol, or as desired if you specify the +XieK_GetStream symbol. +.IP "cmpprm" 20 +The \fIcmpprm\fP argument specifies a compression +parameter required only if the transport direction is from the server +to the client and the compression scheme is DCT. +.IP "cmporg" 20 +The \fIcmporg\fP argument specifies the +image data component organization as it exists if you specify the +XieK_PutStream symbol, or as desired if you specify +XieK_GetStream symbol. +.IP "pxlstr" 20 +The \fIpxlstr\fP argument specifies the image data +pixel stride as it exists if you specify the XieK_PutStream symbol, or as +desired if you specify the +XieK_GetStream symbol. +.IP "scnstr" 20 +The \fIscnstr\fP argument specifies the image data +scanline stride as it exists if you specify the XieK_PutStream +symbol, or as desired if you specify the XieK_GetStream symbol. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine sets the server transport parameters for stream mode +transport of an image plane in a specified source image. +If you are transporting multiple data planes, you must call this +routine prior to calling either the XieGetStream or the +XiePutStream routine. In +addition, you must call this routine once for each data plane you want to +transport. You can abort stream mode transport prior to completion using the +XieAbortStream routine. +.PP +You can specify the +XieK_PutStream symbol for the +\fImode\fP argument only if you explicitly created the server +photoflo, photomap, or phototap into which you will transport image data. +To explicitly create these destination images, use the +XieClonePhoto, XieCreatePhoto, and XiePutImage +routines. If you attempt to set transport context for other +photomaps such as those resulting from a processing function, the routine +returns a BadAccess error. +.PP +If you specify a source image that is associated with a photoflo, +you can use the XieSetStream routine +only if the photoflo is not running. You must set transport context +for phototaps prior to executing the associated photoflo if the image +data is to be available. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieSetTransport +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadAccess -- Photoflo is running +.PP +BadIDChoice -- Invalid identifier +.PP +BadMatch -- Compression scheme not compatible with the image, data plane +and component organization not compatible +.PP +BadValue -- Invalid compression scheme +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieTapFlo.3X b/xie/docs/dec/xie23/man/XieTapFlo.3X new file mode 100644 index 0000000..8225a64 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieTapFlo.3X @@ -0,0 +1,85 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieTapFlo 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieTapFlo \- This routine returns an identifier for the hidden phototap currently at +the end of a photoflo. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIphoto_id\fP = XieTapFlo\fI(flo_id, permanent)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto photo_id; +XiePhoto flo_id; +unsigned char permanent; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If you set the \fIpermanent\fP argument True, the routine returns +the new photomap identifier in the \fIphoto_id\fP argument. +Otherwise, the routine returns the identifier of the new phototap identifier. +You can free the photomap or the phototap using the XieFreeResource +routine. Phototaps are freed automatically when +you free the associated photoflo. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "flo_id" 20 +The \fIflo_id\fP argument specifies the identifier +of the photoflo, or any photomap or phototap bound to the photoflo. +.IP "permanent" 20 +The \fIpermanent\fP argument specifies whether or not +you want to create a permanent photomap. Set the argument True to +create a permanent photomap. Otherwise, the routine creates an ephemeral +phototap. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine returns an identifier for the hidden phototap currently at +the end of a photoflo. Use this routine when you want a temporary +identifier so you can use the output of the last processing element +as input to a downstream nonadjacent processing element. +Phototaps do not retain image data after photoflo execution. +.PP +You can create a permanent photomap if you want the image data to be +available after photoflo execution. This permanent photomap is +available during photoflo execution for export to an X11 drawable, as input to +downstream processing elements, and for transport back to the client. +It is not available for any other purpose until you free the associated +photoflo. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieTapPhotoflo +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadAccess -- A tap already exists +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieTranslate.3X b/xie/docs/dec/xie23/man/XieTranslate.3X new file mode 100644 index 0000000..68850d8 --- /dev/null +++ b/xie/docs/dec/xie23/man/XieTranslate.3X @@ -0,0 +1,115 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieTranslate 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieTranslate \- This routine creates a copy of an existing source image and replaces +part of the copied image with a part of a second source image. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIdst_photo_id = \fPXieTranslate\fI(src_id, src_idc_id, dst_id, dst_idc_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XiePhoto dst_photo_id; +XiePhoto src_id; +XieResource src_idc_id; +XiePhoto dst_id; +XieResource dst_idc_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +If the source image specified in the \fIsrc_id\fP argument +is an unbound photomap, the routine returns the identifier of the +destination image in the \fIdst_photo_id\fP argument. Otherwise, the +routine returns the identifier of the photoflo to which the processing +element is appended. You can free the returned identifier using the +XieFreeResource routine. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "src_id" 20 +The \fIsrc_id\fP argument specifies the source image +from which the routine extracts a region to translate to the destination +image. If this image is an unbound photomap, the operation is performed +immediately. Otherwise, a processing element is appended to the photoflo with +execution pending a call to the XieExecuteFlo routine. +The photoflo is specified explicitly if the image is a photoflo, +or implicitly if the image is a phototap or a photomap bound to the photoflo. +.IP "src_idc_id" 20 +The \fIsrc_idc_id\fP argument specifies the identifier +of the IDC of type CPP or ROI that defines the region the routine +extracts from the source image specified in \fIsrc_id\fP and +translates to the +destination image. If you specify a value of 0, the routine extracts +and translates the entire image from \fIsrc_id\fP. +.IP "dst_id" 20 +The \fIdst_id\fP argument specifies the identifier of the +source image the routine copies, in its entirety, to the destination image. +If the identifier specified in \fIsrc_id\fP is a photoflo, +\fIdst_id\fP must be bound to the photoflo using the +XieBindMapToFlo routine. +.IP "dst_idc_id" 20 +The \fIdst_idc_id\fP argument specifies the identifier +of the IDC of type CPP or ROI that defines the region in the destination image +the routine replaces with the region extracted from \fIsrc_id\fP. +If you specify a value of 0, the routine uses the entire image of +\fIdst_id\fP as the target of the translation. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine creates a copy of an existing source image and replaces +part of the copied image with a part of a second source image. +Both source images must have the same number of components +and both must be either constrained or unconstrained. +.PP +If the the 2 IDCs do not define a region of the same size, the +region the routine actually translates is sized to the minimum of the +2 widths and heights. +.PP +If the operation is performed immediately and you selected +computation events using the +XieSelectEvents +routine, the routine adds anXieK_ComputationEvent to +the X11 event queue when the routine is completed. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP X_ieTranslate +.PP +\fBXIE event returned:\fP XieK_ComputationEvent +if immediate execution and computation events are selected +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP BadIDChoice -- Invalid identifier +.PP +BadAlloc -- Insufficient server resources +.PP +BadAccess -- 1 source image is a photoflo and the other is not bound +to it +.PP +BadMatch -- The source images do not have the same number of components +or the 2 images do not have the same constraint model +.PP +BadValue -- IDC does not intersect the source image + +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/XieXid.3X b/xie/docs/dec/xie23/man/XieXid.3X new file mode 100644 index 0000000..27b04eb --- /dev/null +++ b/xie/docs/dec/xie23/man/XieXid.3X @@ -0,0 +1,61 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +.TH XieXId 3X "" "" "" "Digital" "" +...\" MANDOC->Begin OVERVIEW +.SH NAME +XieXId \- This routine returns the X11 identifier assigned to an XIE resource. +...\" MANDOC->End OVERVIEW +...\" MANDOC->Begin FORMAT +.SH C Format +\fIxid\fP = XieXId\fI(res_id)\fP +...\" MANDOC->End FORMAT +...\" MANDOC->Begin TEMPLATE_PARA +.SH C Argument Information +...\" MANDOC->Begin CODE_EXAMPLE +.oS +XID xie; +XieResource res_id; +.oE +...\" MANDOC->End CODE_EXAMPLE +...\" MANDOC->End TEMPLATE_PARA +...\" MANDOC->VMS-specific, only valid keyword: HEADONLY +.SH RETURN VALUES +...\" MANDOC->Begin RETTEXT +The routine returns the X11 identifier in the \fIxid\fP argument. +...\" MANDOC->End RETTEXT +...\" MANDOC->Begin PARAMDEFLIST +.SH PARAMETERS +.IP "res_id" 20 +The \fIres_id\fP argument specifies the identifier +of the XIE resource. +...\" MANDOC->End PARAMDEFLIST +...\" MANDOC->Begin DESCRIPTION +.SH DESCRIPTION +This routine returns the X11 identifier assigned to an XIE resource. +This information is useful when you are interpreting +XIE errors returned from the X11 server. You can use the C MACRO +\fIXId_\fP instead of this routine. +...\" MANDOC->End DESCRIPTION +...\" MANDOC->Begin TEMPLATE_PARA +.SH XIE Events and Error Messages +.PP +\fBProtocol Messages:\fP None +.PP +\fBXIE event returned:\fP None +.PP +\fBXieLib errors:\fP None +.PP +\fBXieServer errors:\fP None +...\" MANDOC->End TEMPLATE_PARA +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xie23/man/Xie_intro.3X b/xie/docs/dec/xie23/man/Xie_intro.3X new file mode 100644 index 0000000..4ea6a01 --- /dev/null +++ b/xie/docs/dec/xie23/man/Xie_intro.3X @@ -0,0 +1,47 @@ +...\" This manpage source uses rsml coding. +.so /usr/share/lib/tmac/sml +.so /usr/share/lib/tmac/rsml +...\" +...\" ********************************************************************* +...\" * * +...\" * Copyright (c) Digital Equipment Corporation, 1992 * +...\" * * +...\" * All Rights Reserved. * +...\" * * +...\" ********************************************************************* +...\" SCCSID: @(#)Xie_Intro.3 6.4 3/21/90 +.TH Xie_intro 3X "" "" "" "Digital" "" +.SH NAME +Xie_intro \- introduction to Xie library routines +.SH DESCRIPTION +.iX "Xie_intro(3) keyword" +.NXS "Xie library" "libXie library" +.iX "libXie library" "introduction" +These routines constitute the Xie library, +.I libXie. +XIE is an extension to the X Window System which +lets your application perform image formatting and display operations +using the resources of the X server. +Your application can transport images from an XIE +client application to the server and from the server to a client +application, manipulate images, and import images from and export images +to an X11 window or pixmap. XIE also allows data to be transported +in compressed form. +.PP +Declarations for these functions may be obtained from the include files +.RI , , +, . +.NE +.SH X Window System Compatibility +XIE has been proposed as a standard extension to the X Window System. +It is expected that the program interface will change as a result +of the standardization process. Future versions of XIE will reflect +any necessary changes to maintain compatibility with the X Window +System standard. +.SH FILES +.nf +/usr/lib/libXie.a, /usr/shlib/libXie.so +.fi +...\" +...\" This source file has been processed by the osf_build_manpages +...\" script. Contact dlibrary@ravine if you need more information. diff --git a/xie/docs/dec/xieSIarch.txt b/xie/docs/dec/xieSIarch.txt new file mode 100644 index 0000000..b60cfc0 --- /dev/null +++ b/xie/docs/dec/xieSIarch.txt @@ -0,0 +1,1620 @@ + +XIE Sample Implementation Architecture + + +Authors + +Robert NC Shelley +Dean A. Verheiden +J. Ben Fahy + +Sample Implementation Team +AGE Logic, Inc. + + + + +Additional Contributors +Larry Hare +AGE Logic, Inc. + + + + + + + +Comments concerning the SI architecture should be submitted by electronic mail to: +imagework@x.org + + + + + + +Copyright Notice + +This document is being provided by AGE Logic, Inc. and MIT under the following license. By obtaining, using +and/or copying this documentation, you agree that you have read, understood, and will comply with these terms +and conditions: + +Permission to use, copy, modify, distribute and sell this documentation for any purpose and +without fee or royalty and to grant others any and all rights granted herein is hereby granted, +providing that you agree to comply with the following copyright notice and statements, including +the disclaimer, and that the same appears on all copies and derivative works of the document that +you make. + +Copyright 1993 by AGE Logic, Inc. and the Massachusetts Institute of Technology + +THIS DOCUMENT IS PROVIDED "AS IS". AGE LOGIC AND MIT MAKE NO REPRESENTATIONS +OR WARRANTIES, EXPRESS OR IMPLIED. By way of example, but not limitation, AGE LOGIC AND +MIT MAKE NO REPRESENTATION OR WARRANTIES OF MERCHANTABILITY OR FITNESS FOR +ANY PARTICULAR PURPOSE OR THAT THE DOCUMENT DOES NOT INFRINGE THIRD-PARTY +PROPRIETARY RIGHTS. AGE LOGIC AND MIT SHALL BEAR NO LIABILITY FOR ANY USE OF +THIS DOCUMENT. IN NO EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, +INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS OF PROFITS, +REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR ANY THIRD PARTY, WHETHER IN +AN ACTION IN CONTRACT OR TORT OR BASED ON A WARRANTY, EVEN IF AGE LOGIC OR +MIT OR LICENSEES HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH +DAMAGES. + +The names of AGE Logic and MIT may not be used in advertising or publicity pertaining to the +document or software without specific, written prior permission from AGE Logic and MIT. + + + + +Acknowledgments + +XIE has evolved from the original specifications and sample implementation developed by Digital Equipment +Corporation and contributed to the X Consortium. +We wish to thank Digital Equipment Corporation and Hewlett-Packard Co. for contributing their pipeline +implementations to the X Consortium. The SI architecture has benefited from these efforts. + + +Table of Contents +Copyright Notice ii +Acknowledgments iii +Table of Contents iv +1. Introduction 1 +1.1. Task Definition 1 +1.2. Design Goals 2 +1.3. Document Organization 3 +2. Architecture Overview 4 +2.1. X/XIE Interfacing 4 +2.2. XIE Components 5 +2.2.1. Photoflo Compiler 6 +2.2.2. The Photoflo Linker 12 +2.2.3. The Photoflo Runtime Manager 13 +2.2.3.1. Scheduler 14 +2.2.3.2. Data flo Manager 15 +2.2.4. The XIE Resource Manager 15 +2.2.5. The XIE Memory Manager 15 +3. Extension Initialization 16 +4. Memory Management 17 +5. Dispatching requests 18 +6. Data Representations 19 +6.1. Canonic Data 19 +6.2. Non-canonic Data 19 +6.2.1. Byte Stream Data 19 +6.2.2. Compressed Data 19 +6.2.3. Run-length Data 20 +6.3. Tri-chromatic Data 20 +6.4. Strips 20 +7. Data Structures 21 +7.1. Data Formats 21 +7.1.1. Canonic 21 +7.1.2. Compressed 21 +7.1.3. Lookup-table 22 +7.2. Resource structures 22 +7.2.1. ColorList 22 +7.2.2. LUT 22 +7.2.3. Photomap 22 +7.2.4. ROI 22 +7.2.5. Photospace 23 +7.2.6. Photoflo 23 +7.3. Photo Element Definition 24 +7.4. DDXIE Structures 25 +7.4.1. Photoflo run-time context 25 +7.4.2. Photo Element run-time context 25 +7.4.3. Receptor 25 +7.4.4. Strip 25 +8. Protocol requests 26 +8.1. Global Query requests 26 +8.1.1. QueryImageExtension 26 +8.1.2. QueryTechniques 26 +8.2. Resource requests 27 +8.2.1. Overview 27 +8.2.1.1. Creating Resources 27 +8.2.1.2. Flo'ing Resources 27 +8.2.1.3. Destroying Resources 27 +8.2.2. ColorList 28 +8.2.2.1. Create 28 +8.2.2.2. Query 28 +8.2.2.3. Purge 28 +8.2.2.4. Destroy 28 +8.2.3. LUT 28 +8.2.3.1. Create 28 +8.2.3.2. Destroy 28 +8.2.4. Photomap 29 +8.2.4.1. Create 29 +8.2.4.2. Query 29 +8.2.4.3. Destroy 29 +8.2.5. ROI 29 +8.2.5.1. Create 29 +8.2.5.2. Destroy 29 +8.3. Photoflo related requests 30 +8.3.1. ServerIDspace 30 +8.3.2. Photospace 30 +8.3.2.1. Create 30 +8.3.2.2. Destroy 30 +8.3.3. Immediate-mode specific 30 +8.3.3.1. ExecuteImmediate 30 +8.3.4. Stored-mode specific 31 +8.3.4.1. Create 31 +8.3.4.2. Modify 31 +8.3.4.3. Redefine 31 +8.3.4.4. Execute 31 +8.3.4.5. Destroy 31 +8.3.5. ClientData transport 32 +8.3.5.1. Put 32 +8.3.5.2. Get 32 +8.3.6. Query/Control 32 +8.3.6.1. Query 32 +8.3.6.2. Await 32 +8.3.6.3. Abort 32 +9. DIXIE Photoflo Management 33 +9.1. Overview 33 +9.2. Photoflo Creation 33 +9.2.1. Creating the Flo 33 +9.2.2. Traversing the DAG 34 +9.2.3. Registering the Flo 36 +9.3. Photoflo Execution 37 +9.3.1. Prepping the DAG 37 +9.3.2. Analyzing the DAG 37 +9.3.3. Linking an executable Photoflo 37 +9.3.4. Starting the flo 37 +9.3.5. Resuming the flo 38 +9.3.6. Stopping the flo 38 +9.3.7. Destroying an executable Photoflo 38 +9.3.8. Event notification from a flo 38 +10. DDXIE Photoflo Management 39 +10.1. DAG Analysis 39 +10.1.1. Choosing Element Handlers 39 +10.1.2. Choosing a Linker and Photoflo Manager 41 +10.2. Photoflo Linker 41 +10.3. Photoflo manager 42 +10.3.1. Startup 42 +10.3.2. Scheduling 42 +10.3.3. Data Manager 44 +10.3.4. Input 46 +10.3.5. Output 46 +10.3.6. Query 46 +10.3.7. Abort 46 +10.3.8. Destroy 46 +11. Photo Elements 47 +11.1. Element Structures 47 +11.2. Element Interfaces 48 +11.2.1. Create 48 +11.2.2. Initialize 48 +11.2.3. Activate 48 +11.2.4. Flush 48 +11.2.5. Reset 48 +11.2.6. Destroy 48 + + + +1. Introduction +The X windows Image Extension (XIE) project was initiated in 1988 by Joe Mauro of Digital Equipment +Corporation, in order to meet the needs of those wanting improved imaging facilities within X. XIE is targeted at +the problem of image display, and rendering any digital image on any X-capable hardware. XIE is not intended to +be a general purpose image processing engine, although it does provide a rich environment for performing simple +image enhancement operations and format conversions. XIE also permits the support of image-specific hardware +in the server, including but not limited to decompression, scaling, rotation and convolution accelerators. +The X Consortium accepted XIE into Technical Review in March of 1991. After over a year and a half of debate +and analysis by a number of interested Consortium members, a revised Version 4.12 of the XIE protocol was +passed out of Technical Review and into Public Review. The Public Review period is scheduled to expire April +23rd, 1993. It is the goal of the Consortium that XIE will be made widely available shortly after acceptance as an +official standard, and therefore AGE Logic, Inc. has been commissioned to provide a Sample Implementation (SI) +of XIE, to be distributed as part of the December 1993 X windows R6 release. This document describes AGE +Logic's initial design of the XIE SI architecture. +The audience of this document is anticipated to be X Consortium members who have a working understanding of +XIE, either through participating in its design within the Consortium, or by having read the latest version of the +XIE protocol, by Shelley et al., published in Special Issue C of The X Resource journal. An overview of XIE by +Fahy and Shelley is also provided in the same issue. Other references of interest would include The X Window +System Server by Israel and Fortune, and X Window System by Scheifler and Gettys. + + +1.1. Task Definition +XIE is defined by the protocol document referenced in the previous section. XIE requests are channeled through +the Core X dispatch loop to the dispatchers (swapped and unswapped) for the XIE SI. XIE-specific events and +errors are originated in SI and routed back through Core X to the waiting client. +XIE defines six new resources: ColorLists, LUTs, Photoflos, Photomaps, Photospaces, and ROIs. Each of these +resources must be recorded with Core X, so that at client shutdown the resources may be freed reliably. +In the XIE computational model, a client provides a blueprint for a computational engine, a photoflo, and passes it +to the server for execution The blueprint is a directed acyclic graph (DAG), which shows what the components +(elements) of the engine are, and how data flows between them. Import elements receive data from the client, Core +X, or from resources. Processing elements receive data from import elements or upstream processing elements, +perform a specified operation on the data, and pass the data on downstream. Export elements define the exit point +of data from the photoflo. Data from Import or Processing elements may be routed to the client, Core X, or an XIE +resource simply by adding an Export connection after the element of interest. +Processing, Import, and Export elements are defined at two levels. For example, a Geometry element states that +incoming image data is to be re-sampled to produce a new output image. The specific sampling mechanism is +selected by using a set of technique parameters in the element specification. Thus, technique parameters give fine- +grain information on how a course-grain operation (such as geometric transformation) is to be performed. + +To summarize the tasks which the SI must perform, it must: +1. Integrate into Core X +2. Receive and correctly interpret XIE-specific requests +3. Manage XIE-specific resources +4. Build computational engines (photoflos) according to the blueprints (DAGs) provided +5. Execute the photoflos +6. Return error and event information as required. + +Building and executing the photoflos necessitates: +1. Parsing the DAG information +2. Performing semantic analysis +3. Matching sub-tasks (defined by elements, etc.) to machine-specific code +4. Scheduling execution +5. Managing data flow. +6. Handling special conditions, including shutdown and return of control. + +Note that the SI must be able to support multiple photoflos executing simultaneously, and thus all photoflo and +element code must be reentrant, and data structures must not be written so as to preclude reentrancy. + +1.2. Design Goals +The MIT X Consortium, in soliciting for bids on the SI project, has previously stated the following design +requirements: +1. The SI must be easily ported to many different platforms. +2. The SI must be modular, to support easy customization. +3. Performance should be commercial quality. +4. Performance should not be biased to a particular machine architecture (e.g., big endian machines should +have performance comparable with little endian machines of the same approximate raw speed). +5. The SI should accommodate servers with limited memory. + +An additional, implied requirement is: +6. Design of the SI should be minimal risk. + +That is, it must be acknowledged that while there are any number of ways in which photoflo optimizers and +schedulers could be implemented, the overriding goal must be to ensure that an SI is available in time for the R6 +release of X windows. + +1.3. Document Organization +This chapter has provided a brief introduction to the topic of designing a sample implementation of the X image +extension. The next chapter provides an overview of the architecture as the design currently stands. It starts by +looking at XIE from a very high conceptual level and working its way down examining a few of the SI's major +building blocks. +The next three chapters discuss in more detail: extension initialization, memory management, and the +dispatching of requests through Core X. They are followed by a brief description of a some high-level data +representations, followed by a detailed exposition of critical data structures. These chapters serve as references for +the chapters that follow. + The eighth chapter discusses the implementation ramifications of XIE requests, up to the topic of photoflo +management in the server. That issue is covered in detail in chapters nine and ten, which are split across device- +independent / device-dependent lines. The final chapter discusses elements; their data structures and interfaces. + + + +2. Architecture Overview + +Core X is divided into device-independent (dix) and device-dependent (ddx) layers. The dix layer contains code +and data structures which should not need to be altered in porting X from one machine to another. The ddx code is +where device-specific information, such as drivers for special hardware, assembly routines for optimized graphics, +etc., are placed. The dix layer accesses ddx code by calling ddx procedures indirectly, through a list of well- +defined entry points stored in dix resources. +The design of XIE is intentionally modeled so as to follow the same basic form. XIE is divided into a device- +independent layer called dixie, and a device-dependent layer called ddxie. A set of dixie data structures is +defined, which includes a list of entry points to ddxie routines. In the SI, this list will be filled exclusively with +machine-independent XIE code. However, in the interest of portability and optimization, care has been taken to +make it easy to override the generic code with machine-specific routines. It is anticipated that server implementors +porting to new hardware will create new ddxie subdirectories which are machine dependent, as is depicted below. + + + + +2.1. X/XIE Interfacing +The figure on the following page illustrates the interface between the new XIE architecture and the existing Core X +server design. All routing of data in or out of XIE must go through Core X. XIE requests are received by the Core +X dispatcher, recognized as belonging to XIE, and the appropriate procedure to receive the request is called. +Similarly, errors and events generated within XIE are routed back out using standard Core X mechanisms. Image, +LUT, and ROI data is passed from the client to XIE via a PutClientData request, and thus follows the same route +as normally dispatched data. Image, LUT and ROI data to be returned to the client is sent via Reply packets, using +the conventional Core X technique. Finally, XIE moves data between an XIE photoflo and Core X resources by +making use of the list of Core X entry points described above. + + +2.2. XIE Components +At the highest level, XIE may be viewed as containing the components depicted in the figure below (it also +contains other components, not shown). Core X provides a resource manager in the dix layer and a memory +manager in ddx. XIE will provide its own resource and memory managers layered on top of the Core X facilities. +XIE also has its own dispatcher. Routines within the XIE dispatcher are called when the X dispatcher receives a +request which it recognizes as belonging to the imaging extension. + +When the request contains the definition of a photoflo, this definition must be translated into the appropriate code +and data structures required to build and execute the flo. For this reason, XIE may be viewed as containing a +Photoflo Compiler, which performs this task. The output of the compiler is a set of data structures which describe +how the photoflo will be executed, given the existing available code. Initialization of static variables and resolu- +tion of entry points identified by compilation is the responsibility of the Photoflo compiler. Execution is conducted +by a Photoflo Manager, which consists of a Scheduler, Dataflo Manager, and other components. Client data is +input through the XIE dispatcher and given to the Photoflo Manager, which deposits the data in with the Dataflo +Manager and then wakes up the Scheduler. +2.2.1. Photoflo Compiler +The sub-structure of the Photoflo Compiler may be derived by comparing the task of compiling photoflos +to classical compiler problems. The figure below shows the classical model of a compiler which is pro- +ducing code for the expression a = bee + cf*d[i], where cf is floating point and a, bee, and d are inte- +gers. + +The input to the compiler is simply a stream of bytes, that is, a followed by = followed by b, followed by +e, etc., with no meaning or structure yet attached to the stream. Lexical analysis groups the characters to- +gether into the distinct tokens, a, bee, + , cf, etc. Syntax analysis is used to resolve the order in which +fundamental operations are carried out, which is represented as a directed graph. Semantic analysis adds +type and other attribute information to the problem representation. Note that required type conversions +and operator classes have been made explicit in the output of the Semantic Analyzer. Intermediate Code +Generation converts the DAG representation into a device independent pseudo-language (output not +shown). The first four phases of the compiler are often grouped together and referred to collectively as +the compiler front end, which is the device independent part of the compiler. +The back end of a compiler is the device dependent part, which consists of the optimizer and code gen- +erator. Most compilers incorporate both device independent and device dependent optimizations. The +code generator translates from the intermediate language representation to the language of the target ma- +chine. +In attempting to apply the standard compiler model to the problem of photoflo compilation, a number of +fundamental differences in the two environments must be recognized. First, it should be noted that there +is usually a significant delay between when a conventional compiler translates source code into object +code and when the final executable is eventually run. This means that the time constraints on the com- +piler are not necessarily severe, allowing for more extensive optimization. In contrast, in XIE, it will al- +ways be the case in compiling photoflos that significant parts of the compilation time will occur just before +execution, and add to the perceived execution time. This is because the XIE protocol expressly forbids re- +solving the attributes of input data before the ExecutePhotoflo (or equivalent) request is given. This puts a +hold on semantic analysis, constraining it to wait until just before execution. Since code generation and +optimization follow the semantic analysis phase of compilation, these phases are also constrained, and +the time to carry them out should be kept tightly restricted. This inhibits exhaustive optimization, and +encourages very simple code generation strategies. +Another important environmental difference which affects the application of the compiler model is that +most conventional languages expose the canonical data types of the processor fairly conveniently. The +underlying hardware model assumes registers of a few fixed sizes, whereas in XIE, the "register size" of +the server is hidden completely. Canonical data types, such as 1, 8, and 16 bits might be chosen by the +server implementor in order to reduce the number of cases for which processing elements must be writ- +ten. However, this may vary from server to server, and thus the SI code should not make the decision +that it already knows all of the canonical data types. Although the SI will support 1, 8, 16 and 32 bit data, +it is also a design goal that the SI be easily extensible if a vendor also wants to support 4 bit data. This +implies that the type resolution portion of the semantic analyzer must be moved out of the device inde- +pendent front end, and into the device dependent back end. +The figure below shows the basic compiler model modified to accommodate the XIE computational +model. Only lexical and syntactic analysis may occur prior to receiving the equivalent of an Execute- +Photoflo request. Lexical analysis in the context of XIE refers to parsing the raw data stream and break- +ing it into the element definitions, etc. Syntactic analysis refers to analyzing the DAG to make sure it is +legal (e.g. contains no cycles). As the DAG is analyzed, the dixie data structures which describe it are +filled in. + +The semantic analyzer is split into device independent and device dependent portions. Propagation of +attributes from import elements to downstream elements occurs in the device independent part of the +semantic analyzer, whereas type resolution requires device dependent information. Both parts of the +semantic analyzer fill in structures in the dix layer of XIE (see figure, following page). The difference is +that the attribute analyzer does not use any device independent information to produce its data, whereas +the type resolution code does. + +The code generator has the task of accepting the device-independent photoflo representation as input, and +filling in the device-dependent data structures which implement the photoflo. Because code generation +may be closely coupled with type resolution, the SI groups these two operations into a DAG Analyzer, as +is depicted in the figure below. The SI will include a default machine independent DAG Analyzer which +handles type resolution by a simple type upgrading scheme, and which generates code by mapping di- +rectly from elements defined in the DAG to mi element handlers. The design accommodates substitution +of a device dependent DAG Analyzer, however, which can choose to perform special optimizations, +support non-SI canonical data types, and employ a machine-dependent element interface. + + +The figure below illustrates the fundamental task of the DAG Analyzer. A Photoflo to be compiled is +shown at the left, in which a one-bit image is imported as a process domain, a 4 bit image is imported +and convolved, the output is constrained, and a lookup table transformation is applied using Point. The +XIE server implements Point, Convolve, Constrain, ..., operations on various canonical data types. By +definition, element handlers only accept canonical data as input, and only produce it as output. If the +routines to perform a convolution can only accept 1,8,16, or unconstrained data, and the routines to +import client image data can also produce any of these types, it is necessary to negotiate on which type +should be used between connected elements. + + + +Consider the photoflo depicted below, which has 4 bit image data being fed to both Convolve and Point. +The user has specified in the protocol that the Point element is to produce data with 128 levels, which +requires at least 7 bits of storage. This suggests that the output of the Point element should produce 8 bit +data, which is the closest canonical form with adequate resolution. + + + +Using the same reasoning, that is, that elements should produce as output the smallest-resolution +canonical form which is adequate, ImportClientPhoto should produce 8 bit data. This would fix the type +at the input of the Convolve element, implying that it is necessary to choose a Convolve handler which +accepts 8 bit data. + + +Let us now suppose that it is desirable that server implementors be allowed to introduce new canonical +types, such as four bit data. This would be quite natural on servers which only had four bit deep displays, +and wanted to insure good performance on operations like: + + + + +Rather than have to convert the 4 bit data to 8 bits, do an 8 bit Point and then convert back to 4 bits in +ExportDrawable, it might be more efficient to keep the data as 4 bits throughout. This implies that the +implementor might want to define an ImportClientPhoto handler which could produce 4 bits output, a +4->4 Point handler, and an ExportDrawable handler which accepts 4 bits. Let us suppose this is +permissible. +Returning to the case of the photoflo containing a Convolve element above, reapplying the heuristic that +the output of an element should be in the smallest available canonical form which has adequate resolution, +we reach the situation: + + +The problem is, we are now requiring the presence of handlers for Convolve and Point which can accept +4 bit data and produce unconstrained and 8 bit data, respectively, and these may not exist. It might be +reasonable to require a 4->8 Point handler, since that may have general utility, but since Convolve is +fundamentally an unconstrained operation, it seems overly harsh to force the server implementor to go +through and alter all element handlers like Convolve to include conversions of data types which are not +interesting. An alternative is to provide mechanism in the dixie structures for a DAG analyzer to be able +to insert "pseudo-elements" which do the conversion or perform analogous tasks: + + + +Thus, the SI data structures allow the DAG analyzer to produce a new, optimized DAG with a different +number of "elements" than the original flo. The ddxie layer is allowed to define pseudo-elements which +may perform type conversions, or combine two or more elements into a single "super-element," or +perform other functions (for example, converting a bitonal image into a list of run-lengths, if it is to be +used as a Process Domain). This provides a great deal of flexibility for future enhancement and +optimization. + +The SI DAG Analyzer will employ the following general method: +1. For each element defined by the protocol, and each implementation-specific pseudo-element, there must +be written at least one handler which is capable of doing processing for that element. +2. All handlers will output a type that is the smallest acceptable canonical type for the input data and the +particular operation. +3. Prior to trying to find a handler for a particular element, the DAG Analyzer will propagate the output types +of all of its source elements to its input data receptors. +4. Each handler must provide a test entry point, which the DAG Analyzer can call providing the photoflo and +tag number of the element to be "compiled". +5. The handler's test function will examine the element parameters and the requested input types and return +ACCEPT if it agrees to handle the element, and REJECT otherwise. +6. A handler which agrees to accept an element may change the input type coming from any source element by +indicating that a Convert pseudo-element must be inserted between itself and the source. +7. If multiple downstream elements require the same conversion, they will share output from the same +converter. + + The next figure provides a simplified diagram of relevant data structures. The DAG analyzer is given a +photoflo, which is shown at left. It orders the elements by their distance from the nearest Import element, +and resolves types in the order of increasing distance. The upper right hand corner of the figure shows a +list of handlers associated with each element type. By the time the DAG analyzer gets to the Convolve +element, ImportClientPhoto has already been resolved to produce four bit output, and that "suggested +input type" has been recorded in the input receptor of the Convolve element. + + + +The DAG analyzer looks at its list of handlers which are of type Convolve, and selects the first member of +that list, ddConvolve. This handler supports floating point hardware, and as written, does not insert +Conversion pseudo-elements to prepare its input data. Therefore it rejects the element, and the DAG +analyzer goes on to the next handler in the list for Convolve. +All elements will contain as the last handler in their list a machine independent handler which can accept +any canonical data type. If the data type matches an explicitly supported type, the handler loads the entry +point for the specific function and leaves the requested types unchanged. If the data type is not explicitly +supported, the handler inserts a Conversion element into the photoflo (these are pre-resolved, so the +DAG analyzer doesn't have to back up to find a handler for it) and accepts with the nearest sufficient +canonical type which it supports. +The SI will provide mi handlers which can accept any element specified in the protocol. Note however +that the SI may provide multiple mi handlers for a single element, which may be differentiated by which +techniques they support, etc. +The method described above solves the code generation problem by effectively labeling each element in +the photoflo with a handler. Discussion of the data flow between elements and scheduling of processing is +deferred to the section on the Photoflo Runtime Manager. + +2.2.2. The Photoflo Linker +After the Photoflo Compiler has resolved data types and handlers for each element, the Photoflo Linker is +called to perform one-time ("static") initialization of the photoflo. It is at this point that the first device- +dependent structures are created, which provide an execution context for the photoflo and its elements. +Entry points into the photoflo manager are loaded in the dixie flo-def structure, along with entry points to +the flo manager's sub-components, the scheduler and data manager. +Both the linker and the DAG analyzer portion of the compiler can be skipped if the photoflo has been +executed previously. This is because the dixie structures retain the one-time initialization state even after +shutdown. The attribute checking portion of the Semantic Analyzer must (by directive of the protocol) be +re-run at each invocation, but if it discovers that no attributes have changed, it skips the back end of +compilation and linking, and proceeds directly to execution. + + +2.2.3. The Photoflo Runtime Manager +Photoflo management is partially the responsibility of the client, and partially the responsibility of the +server. The client sends Execute, PutClientData, GetClientData, QueryPhotoflo, Await and Abort re- +quests which the server must accommodate. Specific Procs in the XIE dispatcher receive these requests, +and after possibly making other internal server calls (e.g., ProcExecute may call the compiler or linker +first), route control to the Photoflo Manager, which resides in ddxie. + +The entry points of each photoflo manager component are placed in the dixie data structures. Thus, the +photoflo manager is purposely designed to support ample customization, at several different levels. For +example, an md scheduler could be substituted, while to using other components from the mi photoflo +manager. The selection of which components to use could be determined by the nature of the photoflo. +For example, the general-case mi photoflo manager could be chosen if the DAG is topologically complex, +whereas a simpler photoflo manager might be appropriate for linear photoflos. + +2.2.3.1. Scheduler +The scheduler is responsible for managing the activation of elements in order to move data +through the photoflo. The SI provides a default scheduler in the mi layer, which may be over- +ridden by a device-dependent scheduler by the server implementor. +Any scheduler has the following responsibilities: +1. When data arrives from the client, it must be delivered to the appropriate receiving element. +2. Elements which have filled their output buffers must be suspended until there is room to generate +more output. +3. Elements which have sufficient data to begin processing must eventually be activated, to avoid +deadlock. +In addition there are the following issues to be dealt with: +1. Low-memory servers should minimize the requirement of large data buffers within the photoflo, +possibly at the expense of some performance loss. +2. High-memory servers should maximize efficiency, possibly at the expense of using more mem- +ory in photoflo data structures. +3. For slow operations, it may be desirable to minimize the initial delay to receiving data in export +elements. +4. For fast operations, it may be desirable to maximize performance, so as to increase the number +of operations per second which can be carried out. + +Consideration of the above issues and responsibilities leads to the notion of letting elements pro- +duce a configurable number of lines when activated. If an element only produces one line at a +time and then returns to the scheduler for permission to proceed further, excessive overhead may +result. If an element on the other hand waits for all input data to proceed and then produces all +output data at once, excessive memory usage in the photoflo may occur. +The SI scheduler supports elements that can produce their output data in strips, that is, a fixed +number of lines at a time. The number of lines in a strip will vary among elements and even +servers, since memory/performance tradeoffs in the scheduler will tend to vary with the same +tradeoffs in the server. Thus, the number of lines in a strip for any element is set by that ele- +ment's ddx-level handler, at link time. At the same time, a minimum number of lines of input +which are required to commence processing are also recorded in the element's receptor data +structures. +Another concern of the scheduler implied by the above issues and responsibilities is to maintain +an even flow of data through the photoflo. If the scheduler simply finds an element which can be +activated and repeatedly executes it until all input data is exhausted, the data may wind up +moving slowly through the photoflo in large chunks, as if the strip sizes were equal to the entire +output image. Thus the SI scheduler attempts to balance the flow of data by reducing the prior- +ity of elements which have recently been activated, and increasing the priority of elements which +have recently received data. The SI scheduler will also yield to the client when it has finished +processing all elements since the last client yield, presuming there is more data which the client +is obligated to send. +To summarize the heuristics upon which the SI scheduler are based: +1. elements produce output several lines at a time instead of one or all, to avoid thrashing in the +first place and heavy memory consumption in the second. +2. the scheduler yields to Core X if there is pending client input data, after checking to make sure +that all elements which are capable of processing have had a turn since the last yield. +3. elements which have recently been executed have their priorities downgraded. +4. elements which have recently received data have their priority upgraded. +Details of the actual algorithm employed for scheduling may be found in the last chapter on +DDXIE Photoflo Management. + +2.2.3.2. Data flo Manager +The data flo manager has the responsibility of moving data between the elements which produce +it to the elements that consume it. In order to minimize overhead, pointers to the data are ex- +changed, rather than copying the data itself. +In this model, an element requests a pointer to an output strip from the data flo manager when it +is ready to execute. The element maintains exclusive control over that strip while it is processing +its data and placing it in the strip. Once the element has finished with the strip, it calls the data +flo manager to pass it to downstream receiving elements. +After being informed that a strip has been completed, the data flo manager determines which +downstream element receptors are in need of the data. A pointer to the strip is then added to the +end of each such receptors input strip list. +For the receiving elements, the strips will usually be read-only, unless the elements requests and +receives permission to re-use the input strip for storing its output. Macros will be provided as a +tool to hide the stripped nature of the data. While using these macros will avoid problems asso- +ciated with downstream elements consuming strip output at different rates, elements will have +the option of accessing data on a whole strip basis if they so desire. +Details of the actual algorithm employed for dataflo management may be found in the last +chapter on DDXIE Photoflo Management. + +2.2.4. The XIE Resource Manager +The XIE resource manager is responsible for creating, doing lookup, and destroying XIE resources. +Those resources available to the client are Photomap, LUT, Photoflo, Photospace, ROI, and ColorList +types, which are registered with the Core X resource manager to comply with the standard X model. +A photospace resource maintains a list of the photoflos which reside in it. When the photospace is de- +stroyed, all of its photoflos are destroyed along with it. Destroying a photoflo requires going through its +list of elements and destroying all of their data structures too. + +2.2.5. The XIE Memory Manager +The XIE SI will layer an XIE-private set of allocation calls on top of the standard X allocation routines. +This will permit customization of the memory manager to allow for special fragmentation avoidance al- +gorithms, etc. + + +3. Extension Initialization +The image extension is initialized along with other extensions by setting the XIE flag in the module miinitext.c. +This causes the function XieInit() to be called during server startup. +XieInit() calls CreateNewResourceClass() to register an XIE resource class, and registers the Photomap, LUT, +Photoflo, Photospace, ROI, and ColorList resource types and their respective deleteFunc vectors by calling +CreateNewResourceType(). +Next XieInit() calls AddExtension() to register the XIE dispatchers and closeDownProc with Core X. +AddExtension returns the major opcode, error and event bases for XIE to use. +XieInit() allocs a client array sufficient for holding MAXCLIENTS clients, and initializes the array to contain +XieNullClient pointers. +The last step of extension initialization is to call XieReset(), which initializes XIE's internal state variables, if +required. + + +4. Memory Management +The SI will place a veneer over the core X memory management routines (e.g. Xalloc, Xrealloc, Xfree, etc.). This +will facilitate adding any special management hooks that may be necessary when the SI is ported to particular +platforms. This will also facilitate monitoring memory usage, tracking down leaks, etc. +To cut down on memory management overhead during flo execution, the many data segment descriptors that might +normally be allocated and freed as they are needed, will instead be returned to a look-aside list that is managed by +the photoflo data manager (so that they can be more efficiently re-used). They will be returned to the underlying +management routines (i.e. core X) when the flo completes (and if the number of cached descriptors exceeds a high +water mark). +A global parameter will be used to hint at the most efficient alignment for scanlines, lookup tables, etc.. Individual +elements are allowed to override this alignment hint in order to address their own particular alignment +requirements (e.g. restrictions that might be imposed by an image processing accelerator). + + + +5. Dispatching requests +XIE protocol requests are passed through the normal X protocol stream from the client to the core X dispatch loop. +Core X dispatches XIE requests to the XIE dispatcher or the XIE swap-dispatcher. The XIE dispatcher of choice +was selected at extension initialization time by AddExtension(). +The XIE dispatcher passes the request directly to the appropriate Proc routine. The XIE swap-dispatcher must +byte-swap multi-byte fields within the protocol request before calling the Proc routine. For requests that include +PhotoElements, the element (and technique) fields must also be swapped. Conversion of IEEE-floats is deferred to +the photoflo creation routines. Likewise, reformatting of client data (received with a PutClientData request) is +deferred to the target element within the photoflo. +When the extension is done fielding the request, it returns a code value to indicate either success or failure. If the +request is not a successful, an error packet is sent back to the client. + + +6. Data Representations +6.1. Canonic Data +To ensure the greatest processing efficiency the SI will maintain images using a limited number of convenient data +types. Since data provided through PutClientData requests must be copied from the wire buffer before returning to +core X, the least overhead is incurred if the data are converted as they are moved. All image data entering the SI +from the client will be converted (if necessary) to one of the following data types: +* Bit: bi-level pixels. 8 pixels are packed into each consecutive byte +* Byte: pixels having 3 to 256 quantization levels, each pixel stored in the low-order bits of a byte (unused high-order +bits within the byte are zero) +* Pair: pixels having 257 to 16,384 quantization levels, each pixel stored in the low-order bits of a byte-pair (unused +high-order bits within the byte-pair are zero) +* Quad: pixels having more than 16,384 quantization levels, each pixel stored in the low-order bits of a 4-byte unit +(unused high-order bits within the unit are zero) +An additional image data type arises from elements that can produce unconstrained data, which can only exist +within the context of a photoflo. Unconstrained data must be converted, via a client specified Constrain element, +prior to export out of the photoflo. The protocol makes no restriction on the representation of unconstrained data. +In the SI, unconstrained data will be represented via " typedef float Unconstrained; " to facilitate redefining +the representation. +Canonic form will take advantage of the natural byte order of the server architecture for data that spans multiple +bytes. The SI will use Endian-intelligent macros to efficiently extract and insert arbitrarily aligned bit field data. +There will be a module of conversion routines for converting to and from canonic form, and for promoting data to +a higher canonic form (e.g. convert byte to float). Demoting data (e.g. from float to byte) is explicitly requested by +the client via Constrain elements. + +6.2. Non-canonic Data +All data that is transported through the protocol stream is considered to be non-canonic. Additionally, all encoded +data is non-canonic. +6.2.1. Byte Stream Data +For data that are injected into a flo by a PutClientData request, conversions are specific to the target +ImportClient element and decode technique. Since their parameters fully describe how the data are to be +interpreted, the appropriate decode or conversion function is selected by the ddxie DAG analyzer. +Similarly, it is the responsibility of an ExportClient element to format output data (as specified by client +parameters) prior to it being sent to the client (the data are sent in response to a GetClientData request). + +6.2.2. Compressed Data +Compressed data is stored as a byte stream, together with sufficient decoding parameters to decompress +the data. These parameters include a decode technique. + +6.2.3. Run-length Data +A ProcessDomain is not a resource, but rather the use of a photomap or ROI resource (or equivalent data +imported directly from the client) in conjunction with an X,Y offset (V4.12 pg. 7-2). The Blend element +is unique in that the process domain input data must be a blend-plane. A blend-plane is an n-level +constrained alpha-plane (i.e. data that looks much like a gray scale image). All other elements that accept +a process domain (e.g. Arithmetic, Compare, ..., Point, ExportClientHistogram) accept only ROI or +control-plane type processing domain data. An ROI represents a list-of-rectangles, whereas a control- +plane is treated as an array of Booleans. +Since some elements can accept both ROI and control-plane data types, their implementation can be +simplified if these data types could be converted to a common form that offers processing efficiency. +Using run-lengths, groups of image pixels could be alternately processed or passed-through without +testing the domain on a per-pixel basis. +The SI will present control-plane and ROI data to an element's process domain input in run-length form +on a per-scanline basis. Consecutive scanlines with identical sets of run-lengths can be counted as a +vertical run. Encoding the data in this manner may also provide some compression, but that is not the +primary consideration. +Conversion of control-plane data will be accomplished by inserting an additional element type between +the source of the control-plane data and the process domain input of the element that requires it. This +new element type will alternately count runs of zero and non-zero pixels in the image. +ROI data will be converted by the ImportClientROI element. The rectangles must be sorted by their Y +offset and then by X offsets within the same Y, before they are converted into run-lengths. +Defining process domain data in this manner is akin to Y-X banding of regions within core X. + +6.3. Tri-chromatic Data +Triple band data is stored and passed between flo elements in band-by-plane format (i.e. pixels for each band are +segregated into separate image arrays). In XIE, the color space attributes of triple band data are known only to the +client. Therefore, this data is not tagged as representing any particular color space. + +6.4. Strips +One of the motivations for using photoflos is to reduce memory utilization by propagating segments of the image +through each processing step to form the desired result, rather than consuming a full size image buffer at each step. +If the segment size is too small, however, performance can suffer due to increased scheduling overhead. To +address these conflicting problems, elements will produce a number of scanlines at a time, in strips, where the +number of scanlines that constitutes a strip is a function of a tunable parameter. + + +7. Data Structures +7.1. Data Formats +A format-rec is used to describe the format of data that an element will produce or the format required by a +receptor. It consists of: +* the data class (i.e. canonic, compressed, lookup-table, run-length) +* an in-line format-specific structure +Note: run-length data require no additional specification, byte stream data are described by client specified element parameters. + +7.1.1. Canonic +A canonic-rec is used to describe the format of canonic image data that an element will produce or the +format required by a receptor. For triple band data, a separate canonic-rec is used for each band. A +canonic-rec contains: +* the canonic data type +* the band number +* the total width (in pixels) +* the total height (in pixels) +* the depth (in bits) +* the number of potential quantization levels +* the distance between adjacent pixels (in bits) +* the distance between adjacent scanlines (in bits) + +7.1.2. Compressed +A compressed-rec is used to describe encoded image data that an element will produce or encoded data +that is required by a receptor. A compressed-rec contains: +* the compression technique (either decode for data that is to be stored, or encode to describe how an export +element should compress data) +* the band interleaving +* the band number +* the width (in pixels) +* the height (in pixels) +* the number of potential quantization levels +* a pointer to technique-specific parameters +For triple band JPEG data, three compressed-recs are required to describe the individual bands despite the number of image +arrays that are required to represent the data (1 or 3 depending on interleave). + +7.1.3. Lookup-table +A table-rec is used to describe the format of lookup table data. It contains: +* the band order of lookup tables sent from the client +* the maximum number of quantization levels allowed in the input image +(i.e. the number of entries per table) +* the number of quantization levels that may occur in the output image + +7.2. Resource structures +7.2.1. ColorList +A colorlist-rec is used to define a ColorList resource. It contains: +* the resource-id of the colorlist +* the number of references to the colorlist (including 1 for core X) +* the resource-id of the colormap from which the cells have been allocated +* the number of cells allocated +* the pointer to the list of allocated cell indices +7.2.2. LUT +A lut-rec is used to define a LUT resource. It contains: +* the resource-id of the lut +* the number of references to the lut (including 1 for core X) +* the number of lookup tables (either 1 or 3) +* a format-rec containing the lookup table attributes +* pointers to the lookup tables +7.2.3. Photomap +A photomap-rec is used to define a Photomap resource. It contains: +* the resource-id of the photomap +* the number of references to the photomap (including 1 for core X) +* the number of chrominance bands in the image (1 or 3) +* per-band format-recs (i.e. queriable attributes: width, height, and levels) +* a pointer to the decode parameters +* a pointer to the image array for each band +7.2.4. ROI +A roi-rec is used to define a ROI resource. It contains: +* the resource-id of the roi +* the number of references to the roi (including 1 for core X) +* the length of the run-length encoded list of rectangles +* a pointer to the run-length list +7.2.5. Photospace +A photospace-rec is used to define a Photospace resource. It contains: +* the resource-id of the photospace +* the number of active photoflos in the photospace +* a queue head that points to the first and last photoflos in the photospace + +7.2.6. Photoflo +A flo-def is used to define a photoflo resource. It contains: +* the Executable identity of the photoflo (i.e. the name-space/flo-id pair) +* Booleans: Active, Modified, ... +* the number of elements received from the client +* an array of pointers to client elements in phototag order +* a circular doubly linked list head that points to the definition DAG +* a circular doubly linked list head that points to the optimized DAG +* a flo-error-rec for passing error information back to dixie +* a flo-event-rec for sending event information back through dixie +* a pointer to ddxie-private data (the SI will hang a flo-tex structure here) +* a set of ddxie photoflo manager public entry points: +* link create a runnable photoflo, its elements, and data that persists between + executions +* startup allocate/initialize data that are valid for a single execution instance and + commence execution +* resume continue execution after the flo has yielded + (not used in the SI) +* input push data from the client into a specified ImportClient element and resume + execution +* output pull data for the client from a specified ExportClient element and resume + execution +* query query a specified ImportClient element to see if it needs more data, or query + a specified ExportClient element to see if it has data available +* abort stop execution and free single instance stuff +* destroy free persistent stuff and destroy the runnable DAG +* a set of ddxie photoflo manager private entry points: +* scheduler schedule elements to run until data exhausted or yielding is required +* data manager strip management + + +7.3. Photo Element Definition +A pe-def is used to define each client element supplied at photoflo creation. Each pe-def contains pointers +for linking elements together according to their phototag inter-connections. A fully linked set of pe-defs +constitutes a definition DAG that is suitable for presentation to ddxie for analysis. Each structure +contains: +* the element phototag number received from the client +* the element type received from the client (within the optimized DAG this may identify additional converter +or optimized element types that are defined for the server implementation) +* Booleans: loop-detect, orphan, modify, import, process, export +* a pair of pointers linking this element to the next and previous element in DAG order +* a pointer linking this element to another element of the same class (used to locate all the Import or Export +elements; not used for Process elements) +* a pointer to link a client element to a replacement element in the optimized DAG +* a pointer to element specific parameters (e.g., parameters supplied by the client) +* a pointer to ddxie-private data (placed here by the ddxie link routine, removed by the ddxie destroy routine +-- the SI will hang a pe-tex structure here) +* element entry points +* create +* initialize +* activate +* flush +* reset +* destroy +* fan out information: +* the number of bands this element will produce +* a format-rec describing each output band +(dixie fills in attributes, ddxie fills in alignment ...) +* the number of receptors connected to this element's output +* linkage to receptors of this element's output +* the number of phototag inputs this element is using +(i.e., the number of inputs from other elements, including process domain and lut inputs) +* an array of input connection information; each input connection includes: +* the phototag of the source element +* a pointer to the source element +* the number of bands this input will receive +* a format-rec describing each band +(dixie fills in attributes, ddxie fills in alignment, ...) + +7.4. DDXIE Structures +7.4.1. Photoflo run-time context +A flo-tex stores ddxie-specific information for the execution of a photoflo. It contains: +* a pointer back to the flo-def +* information for the scheduler (e.g. the ready-list) +* information for the data manager (e.g. a look-aside list of strips that can be re-used) +* a pointer reserved for yielding information + +7.4.2. Photo Element run-time context +An pe-tex stores ddxie-specific information for an element. It contains: +* a pointer back to the pe-def +* a pointer back to the flo-tex +* output strip size +* a pointer to an array of receptor-recs * +* a pointer to additional storage for element-private information * +* the structures pointed at by these pointers are contiguous with (appended to) the pe-tex. + +7.4.3. Receptor +A receptor-rec provides an execution context for data that are to be brought into an element. It contains: +* a pointer to the pe-def that is supplying the data +* the minimum number of data units needed for activation (per band) +* the total number of data units currently available (per-band) +* a circular doubly linked list head that points to the strips that are available (per band) + +7.4.4. Strip +A strip describes a segment of data that is produced by an element and is then given to the data manager +for distribution to one or more receptors. A strip describes an array containing one or more complete data +units (for canonic data a unit is a scanline). It contains: +* forward and backward pointers to the next and previous strips +* a pointer to the format-rec that describes the data format +* a reference count +* the number of data units in the strip (e.g. number of scanlines for canonic data) +* the first scanline number (if canonic) +* the total size of the data array (in bits) +* the offset within the data array to the first data (in bits) +* the base address of the data array + + + +8. Protocol requests +Each of the XIE protocol requests is listed below. For the sake of brevity, information that can be found in the +protocol document (V4.12) is not duplicated here. Instead there is: +* a short description of each request +* an overview of the actions taken for a successful request +If a request cannot be honored due to an error, an error packet will be returned to the client, as prescribed in the +protocol document. +Each protocol request will have a dedicated Proc and SProc routine which is called from the XIE dispatcher +(which is called by the X dispatcher). Swap routines will also be provided for replies, errors, and events. + +8.1. Global Query requests +8.1.1. QueryImageExtension +Each client is required to invoke QueryImageExtension prior to issuing any other XIE protocol requests in +order to establish protocol version compatibility between client and server. +The xie-client-table is checked for an existing xie-client-rec for the current client. If the client is not +found (as is the case when QueryImageExtension is used for XIE connection setup) a new xie-client-rec +structure is added to the table. +Applying the compatibility rules spelled out in the protocol document, the XIE version is chosen and +saved in the xie-client-rec. The set of Proc and SProc routines that match this version are also saved in +the xie-client-rec. +QueryImageExtension generates a protocol reply which returns the chosen XIE version information, the +ServiceClass, and the Alignment capabilities of this server. + +8.1.2. QueryTechniques +QueryTechniques provides information about a selected group of techniques that are supported by the +server. This is the only method by which a client can discover implementation specific technique +information such as: +* what are the default techniques? +* which techniques require parameters? +* what is the relative execution speed? +* what private techniques have been added? +A reply is returned to the client containing a TechniqueRec for each technique in the specified group. + +8.2. Resource requests +8.2.1. Overview +The ColorList, LUT, Photomap, and ROI resources provide server-side storage of XIE data types. Each of +these resource types is registered with core X at extension initialization time (CreateNewResourceType) +along with a resource specific deleteFunc (e.g. DeletePhotomap). This function enables core X to destroy +these resources if the client connection is closed. +Chapter 4 of the protocol document explains resource creation, destruction, and flo bindings using a +bucket and handle analogy. The following sections explain how these requirements will be satisfy. + +8.2.1.1. Creating Resources +Each of these resources is created via an explicit XIE protocol request. Upon creation each +resource has a reference count of one, but has no resource specific data or attributes. If the +resource is created successfully, AddResource() is called to register it with core X. +These resources are populated with data and attributes as the result of executing a flo. With the +exception of the ColorList resource, these resources can be used to provide input for a flo. + +8.2.1.2. Flo'ing Resources +When a flo becomes active, the reference count of each XIE resource referenced by the flo is +incremented once for each reference to the resource. +For LUT, ROI, and Photomap resources, it is permissible for multiple elements in an active flo +(or different active flos) to access the same resource simultaneously (e.g. the explanation of +pseudo in-place operations). Multiple simultaneous writes to the same ColorList are illegal. +Therefore a ColorList's reference count can never exceed two. +If multiple elements within a flo export to the same resource, upon successful flo completion the +resource's handle will be connected to one of the new buckets (the protocol does not specify +which bucket will win). If multiple flos are exporting to the same resource, each flo will leave a +new bucket attached to the resource upon successful completion. Synchronizing the execution of +multiple flos is an exercise left to the client. +When the flo leaves the active state (because of done, error, or abort), the deleteFunc of each +referenced XIE resource is called to decrement the reference count (once for each reference). If a +resource has zero references, its structure (and everything associated with it) is freed. + +8.2.1.3. Destroying Resources +Each of these resources can be destroyed via an explicit XIE protocol request which indirectly +calls the resource's deleteFunc via the core X FreeResource() routine. Calling the deleteFunc in +this way disassociates the resource-id from core X. The deleteFunc is specified at extension +initialization time via CreateNewResourceType(). +Other responsibilities of the deleteFunc are to zero the resource-id in the resource structure and +decrement the reference count. If the count goes to zero, the resource structure and everything +associated with it are freed, otherwise this action is delayed until there are no outstanding +references. + +8.2.2. ColorList +8.2.2.1. Create +Create an empty color-list-rec and call AddResource(). A ColorList is a resource used by the +ConvertToIndex element to record colormap cells that it allocates. These cells can be freed by +explicit ColorList requests or via other mechanisms that are specified in the protocol document. + +8.2.2.2. Query +Reply with the list of colormap cells currently referenced by the ColorList. If there are none or +the colormap has been freed, the colormap and count fields of the reply will both contain zero. If +the query is made while a flo is actively allocating cells, the query will return a snapshot of the +ColorList at the time of the query. + +8.2.2.3. Purge +If the reference count is one, all cells that are currently allocated are freed, thus restoring the +color-list-rec to its create-time state. + +8.2.2.4. Destroy +Call FreeResource() to disassociate the ColorList resource-id from core X. The registered +deleteFunc may purge cells held by the ColorList and free the color-list-rec (see Destroying +Resources above). + + +8.2.3. LUT +8.2.3.1. Create +Create an empty lut-rec and call AddResource(). A LUT is a resource that contains lookup-table +array(s) that are used by the Point element. A LUT resource is populated via an ExportLUT +element. Its attributes are inherited indirectly from an ImportClientLUT element (XIE does not +provide any facilities for synthesizing exportable LUT data in the server). + +8.2.3.2. Destroy +Call FreeResource() to disassociate the LUT resource-id from core X. The registered deleteFunc +may free the lookup arrays and the lut-rec (see Destroying Resources above). + + +8.2.4. Photomap +8.2.4.1. Create +Create a photomap-rec and call AddResource(). A photomap is a resource that is used to store a +complete image. Data stored in a photomap may be imported into a flo and used as image data +for display, or exported from the flo, or used as a process domain. +The photomap-rec is populated by an ExportPhotomap element. This export element will receive +the image from a process element, or an import element (i.e. from the client, a photomap, or a +drawable). Image attributes are also inherited from this element. + +8.2.4.2. Query +Generate a reply that reflects the current set of image attributes. If the photomap has not been +populated (i.e. the number of bands is zero), all fields of the reply will contain zeros and +populated will be false. + +8.2.4.3. Destroy +Call FreeResource() to disassociate the photomap resource-id from core X. The registered +deleteFunc may free the image descriptors, image data, decode parameters, and photomap-rec +(see Destroying Resources above). + +8.2.5. ROI +8.2.5.1. Create +Create a roi-rec and call AddResource(). An ROI is a resource which contains a list of rectangles +that are used to define a process domain. An ROI resource is populated via an ExportROI +element. +The list of rectangles received from the client is sorted and converted into run-lengths by the +ImportClientROI element (this is explained in the section on Processing Domains). This data is +stored in the roi-rec by an ExportROI element. ROI data always originates from the client, XIE +does not provide any facility for synthesizing exportable ROI data within the server. +Note: the list of rectangles returned from ExportClientROI will be a list of sorted non-overlapping +rectangles (reconstructed from the run-length list). Although the contents of this list may differ from +the list received from the client, it will be logically equivalent. The protocol does not specify that +the original list must be returned. + +8.2.5.2. Destroy +Call FreeResource() to disassociate the ROI resource-id from core X. The registered deleteFunc +may free the run-length list and the roi-rec (see Destroying Resources above). + +8.3. Photoflo related requests +Photoflos provide the mechanism by which a sequence of import, process, and exports steps are described. Two +photoflo modes are supported: an immediate flo is executed once and then it is destroyed, whereas a stored flo can +be executed repeatedly and offers the option of modifying its parameters between executions. + +8.3.1. ServerIDspace +Since stored flos can be re-executed, they generally enjoy a normal life expectancy. Therefore they are +identified using the same name-space as other resources created by the client. Their resource-ids can be +re-used however, by redefining the complete contents of the flo. + +8.3.2. Photospace +Immediate flos may be generated in rapid succession (and are short lived relative to normal resources). +Therefore, a separate 32-bit wide identifier name space is provided for their execution. + +8.3.2.1. Create +Create a photospace-rec and call AddResource(). Since only a small number of immediate flos +are likely to be active in a photospace at any given time, the SI will maintain the active set of flos +as a doubly linked list. + +8.3.2.2. Destroy +Call FreeResource() to disassociate the photospace resource-id from core X. The registered +deleteFunc will abort and destroy all immediate flos known to the photospace and then free the +photospace-rec. + + +8.3.3. Immediate-mode specific +An immediate flo begins execution as soon as the protocol request containing the sequence of steps to be +performed is received. Upon completion the flo is automatically destroyed. + +8.3.3.1. ExecuteImmediate +Create a flo-def and copy the supplied list of elements to the flo-def while verifying that the list is +a DAG. Next, the flo-def is added to the specified photospace and execution commences. Upon +completion the flo is destroyed and the flo-def is removed from the photospace. Flo creation, +execution, and destruction is covered in detail in the chapters on photoflo management. + + +8.3.4. Stored-mode specific +8.3.4.1. Create +Create a flo-def, copy the supplied list of elements into pe-defs (while verifying that the list is a +DAG), and then call AddResource(). This process is covered in detail in the chapter on DIXIE +Photoflo Management. + +8.3.4.2. Modify +After verifying that no topological or element type changes are being attempted, the parameters +of the specified set of elements are replaced. These elements are flagged to note that they have +been modified. The chapters on photoflo management address the additional side affects that +may be incurred when a previously executed flo is modified. + +8.3.4.3. Redefine +The SI will simply call FreeResource() to destroy the old flo in its entirety, and then create a new +one using the old resource-id. + +8.3.4.4. Execute +Prior to executing a photoflo several preparatory steps are necessary: +* each element's parameters and data attributes are validated +* the DAG is analyzed to choose the most appropriate manner in which to execute it +* an optimized DAG is generated, if any refinements to the definition DAG can be made +* the required sequence of elements is instantiated +Finally, the flo is set active and execution begins. Flo execution is covered in detail in the +chapters on photoflo management. + +8.3.4.5. Destroy +Call FreeResource() to disassociate the flo's resource-id from core X. The registered deleteFunc +will abort execution (if active), free everything attached to the flo, and then free the flo-def. + + +8.3.5. ClientData transport +8.3.5.1. Put +PutClientData supplies a byte stream of data from the client that is to be delivered to a specific +ImportClient element within a flo. Since the interpretation of the data is specific to the target +element and its parameters (and possibly a technique), any reformatting of the data to convert it +to canonic form (including byte swapping) must be controlled by the receiving element. + +8.3.5.2. Get +GetClientData generates a reply which returns a byte stream of data from a specific ExportClient +element within a flo. The data will be formatted according to the parameters specified to the +supplying element prior to the commencement of flo execution. + +8.3.6. Query/Control +8.3.6.1. Query +Reply with the status of the specified flo (active, inactive, or nonexistent). If it is active, two lists +of elements are provided: one listing elements waiting for data from the protocol stream, and the +other listing elements which have data for the protocol stream. + +8.3.6.2. Await +If the specified flo is not found in the active state, no operation is performed. Otherwise +IgnoreClient() is called to block further requests from the client. Later, when the flo transitions +out of the active state, AttendClient() will be called to allow blocked requests to be processed +again. + +8.3.6.3. Abort +If the specified flo is not found in the active state, no operation is performed. Otherwise +execution of the specified flo is terminated and output pending for the client is destroyed. A +stored flo is returned to the inactive state; an immediate flo is destroyed. + + +9. DIXIE Photoflo Management +9.1. Overview +The protocol representation of a photoflo is a list of elements. There are three element types: import elements +which bring data into the flo, processing elements which operate on the data, and export elements which transfer +data out of the flo to external resources or back to the client. +Connections between elements is accomplished through the use of phototags. An element's relative position on the +protocol list determines the element's phototag number. The source(s) for each element are explicitly specified +using the phototags of upstream elements. The output of an element can fan out to any number of downstream +elements. +Dixie is responsible for creating the photoflo data structures that will contain the client's list of elements. The +same structures are used by stored and immediate flos. At create time, dixie also converts the client list into a fully +connected DAG. Dixie relies on ddxie to analyze the DAG in order to select an appropriate method to execute the +sequence of operations. Ddxie fills in a vector of entry points within the flo-def, so that dixie can control the +overall photoflo execution process. A call through the link entry point generates a re-usable execution context +(called a flo-tex) and an associated set of run-time element handlers. The startup entry point (re)initializes the flo +and starts execution. Input and output entry points are used to move client data in and out of the flo on behalf of +data transport protocol requests. Additional entry points are provided for restarting the flo after it has yielded, for +obtaining status information, for stopping the flo prematurely, and for destroying it. +The following sections will discuss photoflo management from the dixie point of view. The chapter titled DDXIE +Photoflo Management, describes the actions performed within ddxie. + +9.2. Photoflo Creation +9.2.1. Creating the Flo +When the server receives an ExecuteImmediate or CreatePhotoflo protocol request, a flo-def is allocated +and initialized. The list of elements received from the client is parsed in the order received. The following +actions are performed (within dixie) for each element: +* verify that each phototag input is specified within the bounds of the client element list +* create an pe-def large enough to accommodate the number of phototag inputs +* store element information in the pe-def +(e.g. the element's phototag index, class, type, and input phototag connections) +* store the element's parameters (including technique data) in a separately allocated area +(any necessary floating point conversions are performed at this time) + + +The address of each pe-def is stored in phototag order within the flo-def. Upon completion of this initial +creation phase the photoflo looks like: + + +9.2.2. Traversing the DAG +The next phase of photoflo creation converts the list of client elements into a DAG. The element list is +scanned in phototag order. At each export element, the phototag input connections are followed upstream +via a recursive depth first search algorithm until one of the following conditions occurs: +* an import element is found +* an element with fully connected inputs is encountered +(i.e. one that was examined while searching back from a previous export element) +* a topological error condition is detected +Topological errors are discovered during the DAG definition process by setting a flag in the current +element prior to invoking the recursive search routine to examined the element's inputs, and then resetting +the flag when all the input elements have been examined. A loop condition exists if a flagged element is +found during the recursive search. Attempting to use an export element as a data source is also a +topological error. + + +As the search algorithm considers each element, the following actions are performed: +* if the element being examined is not an import element: +* set the loop-detect flag in the current element +* invoke the search algorithm to examine each of the element's inputs + the inputs of multi-input elements are searched in the following order: +1. lut input +2. process domain input +3. source input(s) 1 through n +* clear the loop-detect flag in the current element +* link the current element's output and the downstream element's input to each other +* append the current element to the definition DAG +Continuing with the example given above, the definition DAG structures would be linked like this: + + + +The definition DAG is a circular doubly-linked list of pe-defs that has the following characteristics as seen +from the DAG head: +* the first element in the forward direction is an import element +* the first element in the backward direction is an export element +* for each element that is examined in a forward traversal, all of the elements from which it obtains +input have already been examined + +Depending on which export element was considered first, the DAG order of our simple flo illustrated +above would be either: +1, 2, 3, 4, or 1, 2, 4, 3. +If the export elements in the flo illustrated below were considered in ascending order (i.e. search back +from element 2, then from 5, etc.), the DAG ordering would be: +1, 2, 3, 4, 5, 7, 6, 8, 9, 11, 13. +If, however, the export elements in the flo below were considered in descending order (i.e. search back +from element 13, then from 11, etc.), the DAG ordering would be: +7, 1, 6, 3, 4, 8, 9, 13, 11, 5, 2. +The DAG characteristics described above hold true for any sequence in which the export elements could +be considered. +It is possible that the output from some elements will not terminate at an export element. The protocol +states that these elements should be ignored. Therefore, elements 10 and 12, in the figure below, would +not be included in a definition DAG because they do not terminate at an export element. + + + +9.2.3. Registering the Flo +Provided no errors are encountered while creating and validating the photoflo, the flo-def structure of an +immediate flo is registered with the specified photospace, whereas AddResource() is called to register a +stored flo with core X. + +9.3. Photoflo Execution +9.3.1. Prepping the DAG +Before a flo can be made active, some preparatory steps are necessary. First the DAG is traversed in the +forward direction to execute each element's dixie prep routine which will: +* lookup external resources (colormap, colorlist, drawable, gc, lut, photomap, roi, ...) +(for XIE resources their reference counts are incremented) +* validate the attributes of each source of data for the element +* validate the element's parameter values (including technique data) +* determine what the element's output attributes will be +* determine if the flo has been modified since a previous execution +* the element was affected by a ModifyPhotoflo request +* source attribute changes have caused output attributes to change +If there is an executable photoflo that already exists and it has been modified in such a way that re- +compilation is necessary, the photoflo manager's destroy function is called, in preparation for a new +compilation. + +9.3.2. Analyzing the DAG +When the elements have been prepped by dixie, the DAG is suitable for presentation to the DAG analyzer. +The purpose of the analyzer is to define an appropriate solution to the problem to be solved (e.g. coalesce +multiple elements into a single super-element, insert data type conversion elements, insert data alignment +elements, ...), and to choose a photoflo manager that can execute it. +If a previously executed flo still exists, the analyzer is not called. The current executable will be re-used +because no additional analysis is required. +If an optimized DAG has been generated, the analyzer will attach it to the flo-def. The analyzer +establishes a photoflo manager by placing its link entry point in the flo-def. + +9.3.3. Linking an executable Photoflo +The first time a photoflo is executed, the flo-def link function is called to generate the run-time structures +for the photoflo. It must: +* create a run-time context for the flo manager (attach a flo-tex to the flo-def) +* create a run-time context for each element (attach a pe-tex to each pe-def) +* establish the remaining entry points in the flo-def + +9.3.4. Starting the flo +The flo-def startup function is called to initialize the flo and begin execution. The photoflo manager +startup routine will initialize each of its elements (in DAG order), and call upon the scheduler to run the +flo. The next chapter covering ddxie photoflo management describes the actual execution of the flo. +If there are no ImportClient or ExportClient elements in the flo, it can run to completion. Otherwise, +execution is dependent on data transport protocol requests. + +9.3.5. Resuming the flo +When a PutClientData request is received, the flo-def input function is called with the phototag of the +target element and a pointer to the available data. Calling input gives the new data into the specified +element and causes the scheduler to resume flo execution. +When a GetClientData request is received, the flo-def output function is called to fetch some data from the +specified element. This may cause the scheduler to resume execution (e.g. execution may have been +suspended due to the output buffer being full). +A resume entry point is provided in the flo-def for implementations that support yielding. There will be +no resume routine supplied with the SI. + +9.3.6. Stopping the flo +Dixie does not get involved in determining when a flo reaches completion. Rather ddxie is responsible for +determining if all data has been processed and if any data transport requests are required for completion. +If an error is encountered within the ddxie flo manager, the error detail is recorded in the error-rec, which +is embedded in the flo-def, and control is returned to dixie. When an error is discovered by dixie, the flo- +def abort function is called to stop the flo. Finally, the error is sent to the client via core X mechanisms. +If an Abort request is received from the client, the flo-def abort function is called to stop the flo. + +9.3.7. Destroying an executable Photoflo +Dixie destroys a flo-tex by calling the flo-def destroy function which allows ddxie to free its resources and +remove the ddxie-private flo-tex pointer from the flo-def. + +9.3.8. Event notification from a flo +Several elements can generate events, as can flo completion. The flo-def includes an event-rec where +details about the event can be recorded. Ddxie calls the dixie SendEvent() routine to request that the +client be notified. + + +10. DDXIE Photoflo Management +Ddxie contains a DAG analyzer that defines an appropriate solution for the image equation expressed by the DAG, +a linker that creates an executable sequence of element handlers to solve the problem, and a flo manager to produce +the result. The element handlers, which also reside in ddxie, are discussed in the next chapter. + +10.1. DAG Analysis +The purpose of the DAG analyzer is to define an appropriate solution to the image equation expressed by the DAG +(e.g. choosing an element handler for a specific technique, coalescing multiple elements into a single "super- +element", or inserting data type conversion elements), and to choose a photoflo manager that can execute it. + +10.1.1. Choosing Element Handlers +The first step is to select an appropriate element handler for each element. To better understand how this +is performed, an example is shown below. Assume that each photoelement type defined in the XIE +protocol is assigned a different shading pattern. Then the flo + + + +could be represented as: + + + +For each element type (shading pattern), the mi layer of the SI will provide a set of handlers which can +implement the computation specified by that element. A single handler may suffice for elements which do +not take techniques, whereas an element like ImportClientData, which can take a number of different +techniques, might be implemented as several handlers. Besides having handlers to account for technique +variations, it may also be convenient to separate handlers on the basis of import type restrictions, ma- +chine dependence, and degree of optimization. +Given the framework established above, code generation for a photoflo may be viewed as a labeling prob- +lem, in which it is necessary that the DAG analyzer find a valid label for each element in the flo. The +analyzer is only allowed to label an element with a handler of like shading pattern. +All handlers will output a type which is the smallest acceptable canonical type for the input data and the +particular operation. Import elements will thus be able to write down their output image data types im- +mediately. +Let k be the distance from an element to an Import element. Given a flo which has been labeled and had +types resolved up to a distance of k-1, the DAG analyzer will label and resolve all elements of distance k +by the following method: + +For each element Eki of distance k: + For each element Eki,j which feeds that element: +Propagate the known output type of Eki,j to the corresponding input receptor on Eki +(these will be treated as "suggested input types" by the handlers). + Call HandlerTest, giving it the flo-def and pe-def. A handler will be selected which resolves all +input types. If any input types match, the selected handler will insert a labeled ConvertType +pseudo-element into the flo. + Label Eki with the selected handler. + + + +The HandlerTest procedure simply goes through the list of handlers which have the same shading pattern +as the element in question, and calls the handler's test entry point. The test routine checks to see if this +handler can accommodate the parameters of the element (obtained from the pe-def) in combination with +the input data types. If the handler rejects the element, the HandlerTest procedure checks the next +handler of the same shading pattern in the list. The SI element handler sets will be written so as to ensure +that regardless of what the input data type is, at least one handler per shading pattern will accept any +valid element. +Handlers have the option of accepting seemingly non-canonical data types by inserting a ConvertType +pseudo-element in the path between the input element and the receiving element. This ConvertType +element must be able to convert any non-canonical data type to a canonical type. The handler doing the +insertion specifies the type to which it wants the data to be converted. This mechanism allows the mi +handlers to continue working even if a server implementor chooses to invent new canonical types. Thus, +the criterion that there must be at least one valid handler for any element will remain fulfilled even if new +types are introduced. + +10.1.2. Choosing a Linker and Photoflo Manager +The analyzer must establish a linker and photoflo manager by placing their entry points in the flo-def. The +mi linker and photoflo manager can handle all element handlers (whether mi or md) that abide by their +interface conventions. +If an md analyzer is substituted for the mi analyzer, it may elect to use a foreign linker, photoflo manager, +and element set (e.g. the pipe manager and sample elements contributed by HP). In this case, the foreign +linker would need to translate the contents of the pe-def structures into its own set of elements. + + +10.2. Photoflo Linker +The linker is invoked by dixie calling through the flo-def link entry point (it is not called when an unmodified +photoflo is re-executed). The linker creates a run-time context (a flo-tex) for use by the flo manager's components. +It is also responsible for the creation and static initialization of the element handlers selected by the DAG analyzer. +This is accomplished by calling the create entry point (stored in each pe-def) of each element selected. + + +10.3. Photoflo manager +The photoflo manager is a collection of component parts that are called upon from dixie to perform specific tasks +during the startup, execution, and eventual tear down of a photoflo. + +10.3.1. Startup +When dixie calls through the flo-def startup entry point, the flo manager calls upon its sub-components to +(re)initialize their run-time context. The flo manager also calls through the initialize entry point of each +element to allow the elements to (re)initialize their run-time context. Finally, it transfers control to the +scheduler to run the flo. + +10.3.2. Scheduling +The scheduler is responsible for running available data strips through elements. The scheduler is initially +called as the final step of photoflo startup. Later, as data arrives from the client, or data is requested by the +client, the scheduler is started to satisfy the request. +Scheduling of individual elements for execution is handled through a ready-list. The first time a photoflo +is executed, only ImportResource elements have data. The ready-list is initialized with these elements. +Starting from the front of the ready-list, each of the elements on the ready-list are executed in order. An +element will produce a maximum of one strip of data each time it executes* . This strip is passed to the +data manager and then on to appropriate downstream receptors. Elements receiving data from this ele- +ment are examined to see if they have sufficient data to execute. If they do, they are pushed onto the front +of the ready-list. If the current element was an import element it is removed from the ready-list, otherwise +it is allowed to remain on the ready-list (assuming it has more data to process) so that it may resume exe- +cution after the downstream elements have consumed its output. +One key concept to this algorithm is the removal of elements from the ready-list. Once an import element +executes and produces up to one strip of data, it is removed from the ready-list, even if more data is avail- +able. Other element types are not removed from the ready-list until they can proceed no farther. This +method of removing elements from the ready-list, combined with prepending downstream elements to the +head of the list, has the effect of pushing strips of data through the flo before new strips are brought in +from import elements. +When all data has been processed, the import elements are re-examined. If there are any ImportClient +elements, control is returned to Core X. This is done to prevent large amounts of server data (possibly +whole images) from being buffered in the flo while the client is stalled. If only ImportResource elements +are found, they are put back on the ready-list and execution continues, as described above, until the flo has +completed. +Each subsequent execution of the flo will be in response to the client. The element indicated in the proto- +col request, and all ImportResource elements, are placed on the ready-list. As before, each time an import +element is executed, it is removed from the list and all downstream elements connected to its output with +sufficient data to execute are pushed onto the front of the ready-list. If an import element was the target of +a PutClientData request, it is re-examined to see if it has more data available. If so, the ready-list is re- +initialized and execution continues (as above). If no more client data is available, control is returned to +Core X. +As an example of how the scheduler would process a flo, the sample flo from Figure 5-2 of the protocol +document (V4.12) is shown below. + + +This flo has two import elements, 1 and 7. Element 1, is an ImportClientPhoto element. Element 7, +importing a Photomap, is an ImportResource element. When the flo is first executed, only element 7 will +have data. Element 7 will import one strip of the photomap and cause element 8 to be placed on the ready +list. Since element 7 is an import element, it is removed from the list. +Element 8 can now process the data and pass it on to element 9s receptor. Element 9 is a ConvertToIndex +element that is using a technique which requires the entire image before it can continue. Since element 9 +does not have sufficient data to execute, it is not added to the ready-list. +Assuming that element 8 has processed all of its data, it is removed from the list. With an empty list, the +scheduler examines the two import elements. Noting that at least one ImportClient element is present, +control is returned to Core X. +After the initial execution cycle, the flo will only be executed when data is received from the client for an +ImportClient element. When such data arrives, the target ImportClient element (element 1) and all +ImportResource elements (element 7) will be placed on the ready-list. +After element 1 has generated a maximum of one strip of data, the following elements would be on the +ready list (elements 2, 3, and 6 all have sufficient data to execute with element 1s output): +2 3 6 7 +Element 2 would be executed next. Since it is an export element, it will exhaust all data passed to it and +be removed from the list. Element 3 will be processed next. Following its execution, element 4 will be +added to the front of the list and executed, causing elements 5 and 8 to be added to the list. Assuming that +elements 3 and 4 both have no further data to process, the resulting ready-list is: +5 8 6 7 +Element 5 is an export element and passes all data it receives. It is then removed from the list. Element 8 +processes data available to it from elements 4 and 7. Since element 9 is still unable to execute, it is not +added to the list. This leaves the following ready-list: +6 7 +With the execution of element 6, element 8 is again added to the ready list. After element 6s data passes +to element 9s receptor the list is left with only element 7. Element 7 is executed to load another strip of +data from the server photomap. At this point, control is returned to Core X. The photoflo waits until it is +reactivated by more data being received from the client for element 1. +This process repeats until all data has been received from the client. Element 9 can then execute, which in +turn allows export elements 10 and 11 to execute. Element 9 stays on the list until it exhausts its data. At +this point, the photoflo operation is complete. + +10.3.3. Data Manager +It is the responsibility of the data manager to coordinate the flo of data between element outputs and +inputs. Since data is processed in strips, it will often be the case that data required by a downstream +element will span two or more buffers generated upstream. To eliminate the complexity and overhead of +concatenating data segments, data accesses within elements can be conducted on a line by line basis, while +data transfers between elements are conducted on a strip basis. +When an element is producing a strip of data, the buffer it is writing its data into is private to the element. +Only when the strip is passed back to the data manager is it made visible to downstream elements for +processing. When the completed strip of data is passed to the data manager, it is linked to a list of strips +maintained by each downstream receptor. As an element requires data, it reads in the data by +transferring strips from its receptor into its private data section. The element may then access individual +lines of data within the strip through a set of light-weight macros. These macros are provided as a tool to +simplify the access of scan lines within strips but do not preclude elements from operating on data in strip +form. When the element is done with the strip, it informs the data manager. +The strip itself contains a count of the number of references to the strip. When a strip is assigned as an +element output buffer, this count is 1. When the completed strip is returned to the data manager the +reference count is set to the number of receptors that the strip is transferred to. When an element asks the +data manager for an available strip, the reference count is unaffected until the element notifies the data +manager that it is done with the strip. +When an element finishes reading from a strip (or it has an output strip that it does not wish to +propagate), it informs the data manager and the reference count is decremented. If the reference count is +decremented to 0, the strip is either freed or cached for re-use. +The data manager also provides a mechanism whereby in-place operations may be performed within the +strip. When this is allowed, only a single element has access to the strip. Since it is using it for both read +and write, the reference count is 2. When it completes the strip it must give it to the data manager for +transfer downstream and notify the data manager that it is done reading it. +Elements access the data manager through five entry points: +* MakeStrip : used by an element to obtain storage for data it intends to produce. +* PutStrip: used by an element to give a completed strip of data back to the data manager (which then passes +it on to downstream receptors) +* GetStrip: used by an element to read in a strip of data from its receptor +* InPlaceStrip: used to obtain in place privileges for a strip that it has obtained via GetStrip. If the data +manager determines that another element also has access to the strip, a new strip is created instead. +* FreeStrip: used by a receptor to inform the data manager that it has no further need for the strip it obtained +through GetStrip. Also used by an element to return an unfilled data strip buffer to the data manager if for +any reason it decides to not fill it after allocating it through MakeStrip or InPlaceStrip. +To illustrate how data is passed from element to element, a runtime snapshot of an executing flo is shown +on the following page. +In the illustration, element w is performing its processing in place with strip A being used both as an +input and an output. Strips B and C are linked to element ws receptor indicating that they have not been +read in yet. Since strip B is at the head of the list, it will be processed next. Any new strips assigned to +element ws receptor would be linked after element C. +Strips D and E have been passed from element w to elements x and y. Element y has already processed the +data from strip D and has indicated to the data manager that it has finished with the strip. Element y is +currently processing Strip E and placing its output in strip F. Element x is currently processing strip D +and has not yet read in strip E. Since element x hasnt read in strip E, it is still pointed to by element xs +receptor. Element x is placing its result into strip G. Element z has two inputs. Strips H and I are being +processed to form a result in strip J. + + + +10.3.4. Input +Dixie calls through the flo-def input entry point when data arrives from the client via a PutClientData +protocol request. Input calls upon the data manager to create a non-canonic strip that describes the byte +stream segment, and then attaches it to the receptor of the import element handler that corresponds with +the phototag specified to PutClientData. Input then passes control to the scheduler. + +10.3.5. Output +Dixie calls through the flo-def output entry point when data is to be retrieved for the client. Output calls +upon the data manager to fetch some non-canonic data from the export element that corresponds to the +phototag specified in the GetClientData protocol request. If the client has asked for less data than is +available from the export element, it will leave the leftovers with the export element. Otherwise, it will +take all data that is available. Output returns the data and current output buffer status to dixie, which will +send this information on to the client in the form of a reply. + +10.3.6. Query +Dixie calls through the flo-def query entry point to find out if an import or export element handler is done. +Dixie will interrogate each import and export element separately. + +10.3.7. Abort +The photoflo will either complete normally, or dixie will call through the flo-def abort entry point to +terminate execution prematurely. In either case the reset routine in each element is called. It will also +call upon the data manager to release any strips it may have cached. + +10.3.8. Destroy +When dixie calls through the flo-def destroy entry point, the flo manager calls the destroy routine in each +element and then frees the flo-tex. + + +11. Photo Elements +An element is the basic execution unit of a photoflo. An element consists of a body of code with supporting +structures. + +11.1. Element Structures +Element structures are separated into a dixie part, a ddxie part, and an element-specific part. The dixie photoflo +management routines only understand the dixie part. The ddxie photoflo manager understands the dixie and ddxie +public parts. Only the element itself understands the contents of the ddxie private part. These structures are +illustrated below in conjunction with strips (which are handled by ddxie data manager routines and macros). + + +11.2. Element Interfaces +The external interface to each element consists of a set of entry points that are loaded into the pe-def by the DAG +analyzer and the photoflo linker. These entry points are used by various components of the photoflo manager for +setup, execution, and shutdown of the element. + +11.2.1. Create +The create entry point is called by the photoflo linker. It is responsible for attaching a pe-tex to the pe- +def. It also loads the entry points into the pe-def. It will also allocate or setup anything that can persist +over multiple executions. + +11.2.2. Initialize +The initialize entry point is called at photoflo startup. It allocates and initializes run-time data for the +current execution instance. + +11.2.3. Activate +Activate is called by the scheduler when there is sufficient data available at one or more receptors. It calls +upon the data manager to get data from its own receptors and to push data out to the receptors of +downstream elements. + +11.2.4. Flush +Flush is called when all of the upstream elements have completed their task. This gives the element one +last opportunity to finish up. + +11.2.5. Reset +Reset is called at photoflo done time (i.e. flo completed successfully, or aborted due to an error or client +request). Reset frees run-time data and structures that are left behind by the initialize, activate, or flush +routines. + +11.2.6. Destroy +Destroy is called to free data and structures that are allocated by the create routine, including the run-time +context itself (i.e. remove the pe-tex from the pe-def). + + +* There are three exceptions: +* The entire buffer of data received from the protocol stream for an ImportClient element will be presented as a strip of non- +canonic data. The element is then responsible for converting this byte stream of data into canonic form, and processing or +buffering the data prior to allowing control to be returned to core X. +* Export elements pass data out of the flo allowing them to process all data available when executed. +* LUT arrays are indivisible units. Therefore, a strip containing a lookup table will contain the entire array for a single band. + + + + +Submitted to: MIT X Consortium +Submitted by: AGE Logic, Inc. + + +Page 48 + + diff --git a/xie/docs/dec/xielib.TXT b/xie/docs/dec/xielib.TXT new file mode 100644 index 0000000..7823a09 --- /dev/null +++ b/xie/docs/dec/xielib.TXT @@ -0,0 +1,7430 @@ +XIElib +Specification + + +Gary Rogers +AGE Logic, Inc. + +This document contains reference pages for each XIElib function. +Revision History + +Gary Rogers, AGE Logic, Inc., Public Review Draft, April, 1994 + +Syd Logan, NetManage, Inc., Minor technical edits, correction of errors, October, 1996 + + + +Copyright © 1994 AGE Logic, Inc. + + +Permission to use, copy, modify, distribute, and sell this documentation for any purpose is hereby granted +without fee, provided that the above copyright notices and this permission notice appear in all copies. +AGE Logic makes no representations about the suitability for any purpose of the information in this +document. This documentation is only a draft standard of the X consortium and is therefore subject to +change. + + + +Acknowledgments + +XIElib was provided by the X Consortium, with cooperation from AGE Logic, Inc. of San Diego, CA. +It is a C subroutine library that provides a low level C binding of all features that are defined by +Version 5.0 of the XIE Protocol. + +Various parts of the text were borrowed from the Version 5.0 XIE Protocol Reference Manual, edited +by Bob Shelley of AGE Logic, Inc.. Bob provided suggestions and comments that were invaluable in +preparing this document. Dean Verheiden and Syd Logan, both of AGE Logic, Inc., graciously +volunteered to review the original manuscript. + +The author would like to thank Ralph Mor of the X Consortium for his careful review of this +document. Ralph designed the XIElib and wrote its sample implementation, and his technical advice +was indispensable. Adrian Nye, Editor for O'Reilly & Associates, Inc., provided substantive assistance +in the preparation of this document, for which the author is very thankful. + + + +Table of Contents +Introduction 1 +Startup Functions +XieInitialize 3 +XieQueryTechniques 5 +XieCreateColorList 8 +XieDestroyColorList 9 +XiePurgeColorList 10 +XieQueryColorList 11 +LUT Functions +XieCreateLUT 12 +XieDestroyLUT 13 +Photomap Functions +XieCreatePhotomap 14 +XieDestroyPhotomap 15 +XieQueryPhotomap 16 +ROI Functions +XieCreateROI 18 +XieDestroyROI 19 +Photoflo Functions +XieCreatePhotospace 20 +XieDestroyPhotospace 21 +XieExecuteImmediate 22 +XieAllocatePhotofloGraph 24 +XieCreatePhotoflo 25 +XieDestroyPhotoflo 27 +XieExecutePhotoflo 28 +XieModifyPhotoflo 29 +XieRedefinePhotoflo 31 +XieQueryPhotoflo 32 +Client Data Functions +XiePutClientData 34 +XieGetClientData 36 +Abort and Await Functions +XieAbort 38 +XieAwait 39 +Photoflo Element Functions +XieFloImportClientLUT 40 +XieFloImportClientPhoto 43 +XieFloImportClientROI 46 +XieFloImportDrawable 47 +XieFloImportDrawablePlane 49 +XieFloImportLUT 51 +XieFloImportPhotomap 52 +XieFloImportROI 54 +XieFloArithmetic 55 +XieFloBandCombine 58 +XieFloBandExtract 60 +XieFloBandSelect 62 +XieFloBlend 63 +XieFloCompare 66 +XieFloConstrain 69 +XieFloConvertFromIndex 71 +XieFloConvertFromRGB 73 +XieFloConvertToIndex 75 +XieFloConvertToRGB 78 +XieFloConvolve 80 +XieFloDither 83 +XieFloGeometry 85 +XieFloLogical 88 +XieFloMatchHistogram 91 +XieFloMath 93 +XieFloPasteUp 95 +XieFloPoint 97 +XieFloUnconstrain 99 +XieFloExportClientHistogram 100 +XieFloExportClientLUT 102 +XieFloExportClientPhoto 104 +XieFloExportClientROI 106 +XieFloExportDrawable 108 +XieFloExportDrawablePlane 110 +XieFloExportLUT 112 +XieFloExportPhotomap 114 +XieFloExportROI 116 +Technique Functions +XieTecColorAllocAll 117 +XieTecColorAllocMatch 118 +XieTecColorAllocRequantize 120 +XieTecRGBToCIELab 121 +XieTecRGBToCIEXYZ 123 +XieTecRGBToYCbCr 125 +XieTecRGBToYCC 127 +XieTecCIELabToRGB 129 +XieTecCIEXYZToRGB 132 +XieTecYCbCrToRGB 134 +XieTecYCCToRGB 136 +XieTecClipScale 138 +XieTecConvolveConstant 140 +XieTecDecodeUncompressedSingle 141 +XieTecDecodeUncompressedTriple 143 +XieTecDecodeG31D 146 +XieTecDecodeG32D 148 +XieTecDecodeG42D 150 +XieTecDecodeTIFF2 152 +XieTecDecodeTIFFPackBits 154 +XieTecDecodeJPEGBaseline 156 +XieTecDecodeJPEGLossless 158 +XieTecDitherOrdered 160 +XieTecEncodeUncompressedSingle 161 +XieTecEncodeUncompressedTriple 163 +XieTecEncodeG31D 166 +XieTecEncodeG32D 168 +XieTecEncodeG42D 170 +XieTecEncodeServerChoice 172 +XieTecEncodeJPEGBaseline 174 +XieTecEncodeJPEGLossless 177 +XieTecEncodeTIFF2 179 +XieTecEncodeTIFFPackBits 181 +XieTecGeomAntialiasByArea 183 +XieTecGeomAntialiasByLowpass 185 +XieTecGeomGaussian 187 +XieTecGeomNearestNeighbor 189 +XieTecHistogramGaussian 191 +XieTecHistogramHyperbolic 192 +XieTecWhiteAdjustCIELabShift 194 +Free Functions +XieFreeTechniques 195 +XieFreePhotofloGraph 196 +XieFreeEncodeJPEGBaseline 197 +XieFreeEncodeJPEGLossless 198 +XieFreePasteUpTiles 199 +XIElib Events +ColorAlloc Event Events-1 +DecodeNotify Event Events-2 +ExportAvailable Event Events-3 +ImportObscured Event Events-4 +PhotofloDone Event Events-5 +XIElib Errors +Resource Errors Errors-1 +Photoflo Errors Errors-2 + + + + + XIElib - Function Group Introduction +The following pages describe the format of the reference pages for each XIElib function. Every effort +has been made to maintain consistency with the format used in Xlib Reference Manual for Version 11 +(A. Nye, ed., O'Reilly & Associates, Inc., 1992). The reader is also referred to X Image Extension +Protocol Reference Manual, Version 5.0 (R. Shelley, ed., 1994) for a complete definition of the XIE +protocol. +Name +XieFunctionName - brief description of the function +Syntax +The Syntax section presents the calling syntax for the routine, including the declarations of the +arguments and the return type. For example: + +returntype XieFunctionName (arg1, arg2_ret) +type1 arg1; +type2 *arg2_ret; +Arguments +The Arguments section describes each of the arguments used by the function. There are two sorts of +arguments: arguments to specify data to the function and arguments that return data from the +function. An example of each type follows: + +arg1 Specifies information for XieFunctionName. The description for +this type of argument always starts with the word "Specifies." +arg2_ret Returns information from XieFunctionName. The description for +this type of argument always starts with the word "Returns." +Returns +This section is present when XieFunctionName returns a value and describes what is returned. +Description +The Description section describes what the function does, what it returns, and what events or side +effects it causes. It also may contain pertinent definitions, algorithms, and tables. A description of +each XIE event structure is presented in the section XIElib Events. +Output Attributes +This section, which presents a table of element output attributes, is present if +XieFloFunctionName specifies an element that produces output data. + +Class Data class of output data + - single band (achromatic or index) + - triple band (trichromatic) +Type Data type + - constrained (quantization levels is Levels) + - unconstrained (quantization levels is unknown) +Width Width of output (in pixels per band) +Height Height of output (in pixels per band) +Levels Depends on type + - constrained: number of quantization levels + - unconstrained: unknown +Structures +The Structures section contains the C definitions of the XIE-specific data types used by +XieFunctionName as arguments or return values. It also contains definitions of important +constants used by the function. +Errors +The Errors section is present when an action of XieFunctionName could generate an error. A +table of errors that can be generated and their causes is presented. The full list of errors is presented +in the section XIElib Errors. +See Also +This section lists other functions that contain information related to XieFunctionName. + XIElib - Startup Functions XieInitialize +Name +XieInitialize - initialize the XIE extension +Syntax +Status XieInitialize (display, extinfo_ret) +Display *display; +XieExtensionInfo **extinfo_ret; +Arguments +display Specifies a connection to an X server. +extinfo_ret Returns the pointer to an XieExtensionInfo structure, which contains +information about the XIE server's capabilities. +Returns +Zero on failure, nonzero on success. +Description +XieInitialize initializes the interface to the XIE extension and returns information about the +XIE server's capabilities. XieInitialize should be called to establish version compatibility +between client and server prior to making any other XIE request. + +If successful, XieInitialize allocates and fills the XieExtensionInfo structure as follows: + +* The server_major_rev and server_minor_rev members are set to specify the highest +version of the XIE protocol that the server supports. If the server version is higher than the +XIElib version, the server will return the lower version, if it supports it. +* The service_class member is set to the service-class supported by the XIE server. Service- +class defines the recognized image-processing service sets supported by the X Image Extension +standard; the two service classes currently defined are Full, the entire XIE protocol, and DIS, the +Document Image Subset, a proper subset of Full XIE. The service_class member can be set +to one of the standard values: + +xieValFull +xieValDIS + +* The alignment member is set to the pixel and scanline alignment for image data supported by +the server. Values for this member can be either xieValAlignable or xieValArbitrary. +xieValAlignable data units must fit evenly within a byte, or they must fill a byte, or fill a +multiple of bytes; xieValArbitrary data units may fall at any bit address. +* The uncnst_mantissa member is set to the number of bits in the servers floating-point +format (including the sign bit). If the server uses fixed point, uncnst_mantissa is set to zero. +* The uncnst_min_exp member is set to the smallest (most negative) value n such that 2n is +representable in the servers unconstrained data format. +* The uncnst_max_exp member is set to the largest value n such that 2n - 1 is representable in +the servers unconstrained data format. +* The n_cnst_levels member is the number of items in the list cnst_levels. +* The items in the list cnst_levels are set to the levels that are recommended for constrained +data by the server. A value of zero means 232 levels. +* The first_event member is set to the value from which subsequent XIE events values are +based. +* The first_error member is set to the value from which subsequent XIE error values are +based. + +The memory allocated to extinfo_ret is freed when display is closed via XCloseDisplay; +the client should not free this memory. + +If not successful, XieInitialize sets **extinfo_ret to NULL. +Structures +typedef struct { + unsigned server_major_rev; + unsigned server_minor_rev; + XieServiceClass service_class; + XieAlignment alignment; + int uncnst_mantissa; + int uncnst_min_exp; + int uncnst_max_exp; + int n_cnst_levels; + unsigned long *cnst_levels; + int major_opcode; + int first_event; + int first_error; +} XieExtensionInfo; + +/* Definitions of Extension Name and Version Number */ +#define xieMajorVersion 5 +#define xieMinorVersion 0 +#define xieEarliestMinorVersion 0 +#define xieLatestMinorVersion 0 + +/* Definitions of ServiceClass */ +#define xieValFull 1 +#define xieValDIS 2 + +/* Definitions of Alignment */ +#define xieValAlignable 1 +#define xieValArbitrary 2 + XIElib - Startup Functions XieQueryTechniques +Name +XieQueryTechniques - return information about the standard and private techniques that are +supported by the server +Syntax +Status XieQueryTechniques (display, technique_group, ntechniques_ret, +techniques_ret) +Display *display; +XieTechniqueGroup technique_group; +int *ntechniques_ret; +XieTechnique **techniques_ret; +Arguments +display Specifies a connection to an X server. +technique_group Specifies the group of techniques for which the server is to return +information. +ntechniques_ret Returns the number of items in the list of XieTechnique structures. +techniques_ret Returns the pointer to the list of XieTechnique structures, which +contains the information about the selected group of techniques. +Returns +Zero on failure, nonzero on success. +Description +If successful, XieQueryTechniques allocates and fills each XieTechnique structure in the +list as follows: + +* The member needs_param is set to True if the technique requires additional parameters; +needs_param is set to False if the technique takes no parameters, or it has parameters that +are optional. If parameters are optional, they must be totally omitted, or they must all be supplied. +* The member group is set to the group the technique belongs to. +* The member number is set to the numeric identifier assigned to the technique. +* The member speed is set to the server's assessment of the speed of this technique relative to +other techniques in the same group, where 0 is slowest and 255 is fastest. +* The member name is set to the XIE compliant technique name string. + +To free the memory allocated to techniques_ret, use XieFreeTechniques. + +On failure, ntechniques_ret is set to zero and *techniques_ret is set to NULL. + +The standard technique group names that can be queried using XieQueryTechniques are: + +Technique group +Meaning +xieValDefault +Select all default techniques +xieValAll +Select all supported techniques +xieValColorAlloc +Select color allocation techniques +xieValConstrain +Select techniques for constraining data +xieValConvertFromRGB +Select colorspace conversion techniques (for conversion +from the RGB colorspace) +xieValConvertToRGB +Select colorspace conversion techniques (for conversion to +the RGB colorspace) +xieValConvolve +Select techniques for handling convolution edge conditions +xieValDecode +Select image decoding (decompression) techniques +xieValDither +Select dithering techniques +xieValEncode +Select image encoding (compression) techniques +xieValGamut +Select colorspace conversion gamut compression +techniques +xieValGeometry +Select geometric sampling techniques +xieValHistogram +Select match-histogram shapes +xieValWhiteAdjust +Select colorspace conversion white point adjustment +techniques + +If a vendor defined an additional private technique group, it could be discovered by querying for all +groups. +Structures +typedef unsigned XieTechniqueGroup; +typedef struct { + Bool needs_param; + XieTechniqueGroup group; + unsigned int number; + unsigned int speed; + char *name; +} XieTechnique; + +/* Definitions for TechniqueGroups */ +#define xieValDefault 0 +#define xieValAll 1 +#define xieValColorAlloc 2 +#define xieValConstrain 4 +#define xieValConvertFromRGB 6 +#define xieValConvertToRGB 8 +#define xieValConvolve 10 +#define xieValDecode 12 +#define xieValDither 14 +#define xieValEncode 16 +#define xieValGamut 18 +#define xieValGeometry 20 +#define xieValHistogram 22 +#define xieValWhiteAdjust 24 +Errors +BadAlloc Insufficient resources +BadValue Unknown technique_group +See Also +XieFreeTechniques + XIElib - Color List Functions XieCreateColorList +Name +XieCreateColorList - create a color list +Syntax +XieColorList XieCreateColorList (display) +Display *display; +Arguments +display Specifies a connection to an X server. +Returns +The color list identifier. +Description +XieCreateColorList creates a color list resource and returns its color list ID. + +The color list created is an unpopulated server resource that can be used to store the list of colors +allocated by XieFloConvertToIndex. The Colormap allocations that are recorded in a color list +belong to the client that executed the photoflo that populated the resource (this is not necessarily the +same client that created the color list). A color list cannot be the target of more than one active +photoflo at a time. The contents of a color list may be queried using XieQueryColorList. All +allocated cells can be explicitly purged from a color list using XiePurgeColorList. A color list +can be destroyed using XieDestroyColorList. +Structures +typedef XID XieColorList; +Errors +BadAlloc Insufficient resources +BadIdChoice Invalid color list +See Also +XieDestroyColorList, XiePurgeColorList, XieQueryColorList, XieFloConvertToIndex + XIElib - Color List Functions XieDestroyColorList +Name +XieDestroyColorList - destroy a color list +Syntax +void XieDestroyColorList (display, color_list) +Display *display; +XieColorList color_list; +Arguments +display Specifies a connection to an X server. +color_list Specifies the color list to be destroyed. +Description +XieDestroyColorList destroys the color list resource identified by color_list. Once +destroyed, color list ID is no longer valid. +Structures +typedef XID XieColorList; +Errors +xieErrNoColorlist Invalid color_list +See Also +XieCreateColorList + XIElib - Color List Functions XiePurgeColorList +Name +XiePurgeColorList - purge all allocated cells from a color list +Syntax +void XiePurgeColorList (display, color_list) +Display *display; +XieColorList color_list; +Arguments +display Specifies a connection to an X server. +color_list Specifies the color list to be purged. +Description +XiePurgeColorList frees the colors from the specified color list. +Structures +typedef XID XieColorList; +Errors +BadAccess Attempt to purge colors when color list is being written by a photoflo +xieErrNoColorlist Invalid color_list +See Also +XieCreateColorList, XieDestroyColorList, XieQueryColorList, XieFloConvertToIndex + XIElib - Color List Functions XieQueryColorList +Name +XieQueryColorList - obtain a list of allocated Colormap indices +Syntax +Status XieQueryColorList (display, color_list, colormap_ret, +ncolors_ret, colors_ret) +Display *display; +XieColorList color_list; +Colormap *colormap_ret; +unsigned *ncolors_ret; +unsigned long **colors_ret; +Arguments +display Specifies a connection to an X server. +color_list Specifies the color list to query. +colormap_ret Returns the Colormap from which the colors were allocated. +ncolors_ret Returns the number of Colormap indices in the list. +colors_ret Returns the list of allocated Colormap indices. +Returns +Zero on failure, nonzero on success. +Description +XieQueryColorList allocates and returns a list of colors allocated by a ConvertToIndex element. + +When there are no colors in color list, a zero status is returned, the value zero is returned for the +colormap, and the list of colors is of length zero. The pointer to the list of allocated Colormap indices +is set to NULL. + +To free the memory allocated to colors_ret, use XFree. +Structures +typedef XID XieColorList; +Errors +BadAlloc Insufficient resources +xieErrNoColorlist Invalid color list +See Also +XieCreateColorList, XieDestroyColorList, XieQueryColorList, XieFloConvertToIndex + XIElib - LUT Functions XieCreateLUT +Name +XieCreateLUT - create a lookup table +Syntax +XieLut XieCreateLUT (display) +Display *display; +Arguments +display Specifies a connection to an X server. +Returns +The lookup table (LUT) identifier. +Description +XieCreateLUT creates a server resource that is used as a lookup table (LUT) by a Point element. A +lookup table consists of one or three single-dimension arrays, each long enough to contain an entry +for all possible pixels values in the image data to which the Point element will be applied. + +The LUT is populated (or repopulated) with lookup table entries after the successful execution of a +photoflo containing an ExportLUT element that targets lut. LUT data can be imported into a photoflo +using an ImportLUT element. +Structures +typedef XID XieLut; +Errors +BadAlloc Insufficient resources +BadIDChoice Invalid LUT +See Also +XieDestroyLUT, XieFloImportLUT, XieFloExportLUT + XIElib - LUT Functions XieDestroyLUT +Name +XieDestroyLUT - destroy a lookup table +Syntax +void XieDestroyLUT (display, lut) +Display *display; +XieLut lut; +Arguments +display Specifies a connection to an X server. +lut Specifies the ID of the LUT to be destroyed. +Description +XieDestroyLUT destroys the lookup table (LUT) identified by lut. Once destroyed, LUT ID is no +longer valid. +Structures +typedef XID XieLut; +Errors +xieErrNoLut The value for the lut argument does not name a defined LUT +See Also +XieDestroyLUT, XieFloImportLUT, XieFloExportLUT + XIElib - Photomap Functions XieCreatePhotomap +Name +XieCreatePhotomap - create a photomap +Syntax +XiePhotomap XieCreatePhotomap (display) +Display *display; +Arguments +display Specifies a connection to an X server. +Returns +The photomap identifier. +Description +XieCreatePhotomap creates a photomap, a server resource that stores image data. Photomap +data may be rendered for display or used as input to control or modify the rendition of another image. + +Photomap attributes are defined when a photoflo containing an ExportPhotomap element populates +the photomap with data. +Structures +typedef XID XiePhotomap; +Errors +BadAlloc Insufficient resources +BadIdChoice Invalid photomap +See Also +XieDestroyPhotomap, XieQueryPhotomap, XieFloImportPhotomap, XieFloExportPhotomap + XIElib - Photomap Functions XieDestroyPhotomap +Name +XieDestroyPhotomap - destroy a photomap +Syntax +void XieDestroyPhotomap (display, photomap) +Display *display; +XiePhotomap photomap; +Arguments +display Specifies a connection to an X server. +photomap Specifies the ID of the photomap to be destroyed. +Description +XieDestroyPhotomap destroys the photomap identified by photomap. Once destroyed, the +photomap ID is no longer valid. A photomap is the XIE resource used to store image data in the +server. +Structures +typedef XID XiePhotomap; +Errors +xieErrNoPhotomap The value for the photomap argument does not name a defined +photomap +See Also +XieCreatePhotomap , XieQueryPhotomap, XieFloImportPhotomap, XieFloExportPhotomap + XIElib - Photomap Functions XieQueryPhotomap +Name +XieQueryPhotomap - return the queriable attributes of a photomap +Syntax +Status XieQueryPhotomap (display, photomap, populated_ret, +datatype_ret, class_ret, decode_technique_ret, width_ret, +height_ret, levels_ret) +Display *display; +XiePhotomap photomap; +Bool *populated_ret; +XieDataType *datatype_ret; +XieDataClass *class_ret; +XieDecodeTechnique *decode_technique_ret; +XieLTriplet width_ret; +XieLTriplet height_ret; +XieLTriplet levels_ret; +Arguments +display Specifies a connection to an X server. +photomap Specifies the photomap to be queried. +populated_ret Returns the status of the photomap. +datatype_ret Returns the type of data in the photomap. +class_ret Returns the class of data in the photomap. +decode_technique_ret Returns the decode technique required to interpret the data. +width_ret Returns the width, in pixels per band. +height_ret Returns the height, in pixels per band. +levels_ret Returns the number of quantization levels per band. +Returns +Zero on failure, nonzero on success. +Description +A photomap is a server resource that stores image data. XieQueryPhotomap sets +populated_ret to indicate whether or not photomap has been populated with attributes and +data. If populated_ret is False, all remaining fields contain zeros. + +datatype_ret reports whether the photomap contains constrained or unconstrained data, and is +set to one of the following standard data type values: + +xieValConstrained +xieValUnconstrained + +class_ret is the class of image data (that is, single-band or triple-band) and is set to one of the +following standard data class values: + +xieValSingleBand +xieValTripleBand + +width_ret and height_ret are set to the dimensions of the image data in pixels (per band). +levels_ret is set to the potential dynamic range, or number of quantization levels (per band). If +datatype_ret is set to unconstrained, the returned values for levels are zeros. If class_ret is +xieValSingleBand, width_ret, height_ret, and levels_ret are only valid for element +0 in each of these vectors; elements 1 and 2 are unused and are returned as zeros. + +decode_technique_ret is set to the decode technique that will be required to interpret or +decompress the data. Decode techniques define the techniques that can be used to interpret +uncompressed image data or decode compressed images. decode_technique_ret can be set to +one of the following standard decode technique values: + +xieValDecodeUncompressedSingle +xieValDecodeUncompressedTriple +xieValDecodeG31D +xieValDecodeG32D +xieValDecodeG42D +xieValDecodeJPEGBaseline +xieValDecodeJPEGLossless +xieValDecodeTIFF2 +xieValDecodeTIFFPackBits + +If a vendor defined additional private decode techniques, decode_technique_ret can be set to +the values given to these techniques. +Structures +typedef unsigned XieDataClass; +typedef unsigned XieDataType; +typedef unsigned XieDecodeTechnique; +typedef unsigned long XieLTriplet[3]; +typedef XID XiePhotomap; + +/* Definitions of DataType */ +#define xieValConstrained 1 +#define xieValUnconstrained 2 + +/* Definitions of DataClass */ +#define xieValSingleBand 1 +#define xieValTripleBand 2 + +/* Definitions for DecodeTechniques */ +#define xieValDecodeUncompressedSingle 2 +#define xieValDecodeUncompressedTriple 3 +#define xieValDecodeG31D 4 +#define xieValDecodeG32D 6 +#define xieValDecodeG42D 8 +#define xieValDecodeJPEGBaseline 10 +#define xieValDecodeJPEGLossless 12 +#define xieValDecodeTIFF2 14 +#define xieValDecodeTIFFPackBits 16 +Errors +xieErrNoPhotomap The value for the photomap argument does not name a defined +photomap. +xieErrNoFloAlloc Insufficient resources (for exmple, memory) + XIElib - ROI Functions XieCreateROI +Name +XieCreateROI - create a Rectangles-Of-Interest +Syntax +XieRoi XieCreateROI (display) +Display *display; +Arguments +display Specifies a connection to an X server. +Returns +The ROI (Rectangles-Of-Interest) identifier. +Description +XieCreateROI creates a server ROI (Rectangles-Of-Interest) resource, and returns its resource ID +to the client. +Structures +typedef XID XieRoi; +Errors +BadAlloc Insufficient resources +BadIDChoice Invalid ROI +See Also +XieDestroyROI, XieFloImportROI, XieFloExportROI + XIElib - ROI Functions XieDestroyROI +Name +XieDestroyROI - destroy a Rectangles-Of-Interest +Syntax +void XieDestroyROI (display, roi) +Display *display; +XieRoi roi; +Arguments +display Specifies a connection to an X server. +roi Specifies the ID of the ROI to be destroyed. +Description +XieDestroyROI destroys the Rectangles-Of-Interest (ROI) identified by roi. Once destroyed, +roi is no longer valid. +Structures +typedef XID XieRoi; +Errors +xieErrNoROI The value for the roi argument does not name a defined ROI +See Also +XieCreateROI + XIElib - Immediate Photoflo Functions XieCreatePhotospace +Name +XieCreatePhotospace - create a photospace +Syntax +XiePhotospace XieCreatePhotospace (display) +Display *display; +Arguments +display Specifies a connection to an X server. +Returns +The photospace identifier. +Description +XieCreatePhotospace returns a resource-id for a new photospace that can be used to +accommodate immediate photoflos instantiated by a client. Any client that needs to instantiate +immediate photoflos must create at least one photospace. +Structures +typedef XID XiePhotospace; +Errors +BadAlloc Insufficient resources +BadIDChoice Invalid photospace +See Also +XieDestroyPhotospace, XieExecuteImmediate + XIElib - Immediate Photoflo Functions XieDestroyPhotospace +Name +XieDestroyPhotospace - destroy a photospace +Syntax +void XieDestroyPhotospace (display, photospace) +Display *display; +XiePhotospace photospace; +Arguments +display Specifies a connection to an X server. +photospace Specifies the ID of the photospace to be destroyed. +Description +XieDestroyPhotospace destroys a photospace. Prior to destroying the photospace, all photoflos +that are currently active in the photospace will be aborted, exported data pending client retrieval will +be freed, and the photoflos will be destroyed. +Structures +typedef XID XiePhotospace; +Errors +xieErrNoPhotospace The value for the photospace argument does not name a defined +photospace +See Also +XieCreatePhotospace + XIElib - Immediate Photoflo Functions XieExecuteImmediate +Name +XieExecuteImmediate - define and begin execution of an immediate photoflo +Syntax +void XieExecuteImmediate (display, photospace, flo_id, notify, +elem_list, elem_count) +Display *display; +XiePhotospace photospace; +unsigned long flo_id; +Bool notify; +XiePhotoElement *elem_list; +int elem_count; +Arguments +display Specifies a connection to an X server. +photospace Specifies the ID of the photospace to be executed. +flo_id Specifies a particular instance of the photoflo to be executed. +notify Specifies whether a PhotofloDone event must be sent upon +completion. +elem_list Specifies the import, process, and export elements to be executed. +elem_count Specifies the number of items in elem_list. +Description +XieExecuteImmediate begins the asynchronous execution of an immediate photoflo. The server +does not save a copy of an immediate photoflo after the photoflo has completed execution and all data +exported for the client have been retrieved. An immediate photoflo may therefore not be modified or +totally redefined prior to subsequent executions. It is legal to have multiple unique instances of +immediate photoflos (and stored photoflos) active concurrently. + +The photospace/flo_id argument pair specifies the instance by which this photoflo will be +identified in other requests, events, or errors. notify specifies whether a PhotofloDone event +must be sent upon completion. The PhotofloDone event notifies the client that a photoflo has left +the active state: it is no longer executing. elem_list defines the import, process, and export +elements to be executed. + +If any clients have blocked themselves during the execution of the photoflo (see XieAwait), they +will become unblocked when the photoflo's state changes from active to nonexistent. + +Care should be taken that the argument pair elem_list/elem_count matches a returned value +(an array of XiePhotoElement structures) and argument count from a call to +XieAllocatePhotofloGraph. +Structures +typedef XID XiePhotospace; + +typedef struct { + int elemType; + /* union of ALL element types */ + union { + ... + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloElement Invalid element type(s) in elem_list +xieErrNoFloID Invalid photospace/flo_id argument pair has been specified +xieErrNoFlo An error has been detected while defining, executing, or accessing a +photoflo (See Photoflo Errors). +See Also +XieAwait, XieAllocatePhotofloGraph + XIElib - Photoflo Functions XieAllocatePhotofloGraph +Name +XieAllocatePhotofloGraph - allocate an array of XiePhotoElement structures +Syntax +XiePhotoElement *XieAllocatePhotofloGraph (count); +unsigned int count; +Arguments +count Specifies the number of XiePhotoElement structures to allocate. +Returns +The array of XiePhotoElement structures. +Description +XieAllocatePhotofloGraph allocates and returns a pointer to an array of +XiePhotoElement structures; each field of each structure in the array is set to zero (0). + +To free the memory allocated to the list of XiePhotoElement structures, use +XieFreePhotofloGraph . + +If XieAllocatePhotofloGraph is unable to create an XiePhotoElement array , it returns +NULL. +Structures +typedef struct { + int elemType; + /* union of ALL element types */ + union { + ... + ... + } data; +} XiePhotoElement; +See Also +XieFreePhotofloGraph, XieCreatePhotoflo, XieModifyPhotoflo, XieRedefinePhotoflo, +XieExecutePhotoflo, XieExecuteImmediate + XIElib - Stored Photoflo Functions XieCreatePhotoflo +Name +XieCreatePhotoflo - create a stored photoflo +Syntax +XiePhotoflo XieCreatePhotoflo (display, elem_list, elem_count) +Display *display; +XiePhotoElement *elem_list; +int elem_count; +Arguments +display Specifies a connection to an X server. +elem_list Specifies the defining array of XiePhotoElement structures. +elem_count Specifies the number of XiePhotoElement structures in the array. +Returns +The photoflo identifier. +Description +XieCreatePhotoflo creates a stored photoflo resource, defines its complete contents using the +contents of elem_list, sets it in the inactive state, and returns its resource-id. Stored photoflos +persist beyond execution and may be modified or totally redefined prior to subsequent executions. + +The returned photoflo identifier is a new resource-id that, along with the execution domain used for +the photoflo, identifies this photoflo in other requests, events, or errors. elem_list defines the +import, process, and export elements to be stored for execution. Although resources and parameters +are specified at creation, no action is taken to validate them at that time. XieCreatePhotoflo +will only store the photoflo's definition: parameter validation is delayed until an execute request is +received. +Structures +typedef XID XiePhotoflo; + +typedef struct { + int elemType; + /* union of ALL element types */ + union { + ... + ... + } data; +} XiePhotoElement; +Errors +BadAlloc Insufficient resources +BadIdChoice Invalid photoflo +xieErrNoFloAlloc Insufficient resources (for example, memory) for elem_list +xieErrNoFloElement Invalid element type(s) in elem_list +xieErrNoFlo An error has been detected while defining, executing, or accessing a +photoflo (see Photoflo Errors). +See Also +XieAllocatePhotofloGraph, XieFreePhotofloGraph, XieModifyPhotoflo, XieRedefinePhotoflo, +XieExecutePhotoflo, XieQueryPhotoflo, XieDestroyPhotoflo + XIElib - Stored Photoflo Functions XieDestroyPhotoflo +Name +XieDestroyPhotoflo - destroy a stored photoflo +Syntax +void XieDestroyPhotoflo (display, photoflo) +Display *display; +XiePhotoflo photoflo; +Arguments +display Specifies a connection to an X server. +photoflo Specifies the photoflo to be destroyed. +Description +XieDestroyPhotoflo destroys a stored photoflo. If photoflo is active, that is, executing, it is +aborted and all exported data that are pending client retrieval are freed prior to destroying +photoflo. +Structures +typedef XID XiePhotoflo; +Errors +xieErrNoPhotoflo The value for the photoflo argument does not name a defined +photoflo +See Also +XieCreatePhotoflo + XIElib - Stored Photoflo Functions XieExecutePhotoflo +Name +XieExecutePhotoflo - execute a stored photoflo +Syntax +void XieExecutePhotoflo (display, photoflo, notify) +Display *display; +XiePhotoflo photoflo; +Bool notify; +Arguments +display Specifies a connection to an X server. +photoflo Specifies the photoflo to be executed. +notify Specifies that a PhotofloDone event must be sent upon completion. +Description +XieExecutePhotoflo changes a stored photoflo to the active state. Execution is asynchronous. +The photoflo returns to the inactive state when execution completes and all data exported for the +client have been retrieved. It is legal to have multiple stored photoflos (and immediate photoflos) +active concurrently. + +notify specifies that a PhotofloDone event must be sent upon completion. A PhotofloDone +event notifies the client that a photoflo has left the active state (it is no longer executing). + +Stored photoflos persist beyond execution and may be modified or totally redefined prior to +subsequent executions. +Structures +typedef XID XiePhotoflo; +Errors +xieErrNoPhotoflo The value for the photoflo argument does not name a defined +photoflo +xieErrNoFloAccess Attempt to execute photoflo when it is already active +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFlo An error has been detected while defining, executing, or accessing a +photoflo (see Photoflo Errors). +See Also +XieCreatePhotoflo, XieModifyPhotoflo, XieRedefinePhotoflo, XieQueryPhotoflo, +XieDestroyPhotoflo, XieAbort, XieAwait, XieGetClientData, XiePutClientData + XIElib - Stored Photoflo Functions XieModifyPhotoflo +Name +XieModifyPhotoflo - modify a stored photoflo +Syntax +void XieModifyPhotoflo (display, photoflo, start, elem_list, +elem_count) +Display *display; +XiePhotoflo photoflo; +int start; +XiePhotoElement *elem_list; +int elem_count; +Arguments +display Specifies a connection to an X server. +photoflo Specifies the photoflo to be modified. +start Specifies the index where element replacement is to begin. +elem_list Specifies an array of elements that will replace existing elements. +elem_count Specifies the number of items in elem_list. +Description +XieModifyPhotoflo allows element parameters of a stored photoflo to be modified. Stored +photoflos persist beyond execution and may be modified prior to subsequent executions. + +start is the position or index of an element within an array of elements used to specify a photoflo; +the first element in the array has a start value of one (1). + +XieModifyPhotoflo only allows parameter modification. No topological changes are allowed: +elements cannot be deleted, inserted, or appended. +Structures +typedef XID XiePhotoflo; + +typedef struct { + int elemType; + /* union of ALL element types */ + union { + ... + ... + } data; +} XiePhotoElement; +Errors +xieErrNoPhotoflo The value for the photoflo argument does not name a defined +photoflo +xieErrNoFloAccess Attempt to change photoflo when it is already active +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloElement Invalid element type(s) in elem_list or +attempt to append additional element(s) to photoflo +xieErrNoFloSource An invalid start has been specified or +attempt to change input connections of type XiePhototag in +elem_list +xieErrNoFlo An error has been detected while defining, executing, or accessing a +photoflo (see Photoflo Errors). +See Also +XieAllocatePhotofloGraph, XieFreePhotofloGraph, XieCreatePhotoflo, XieRedefinePhotoflo, +XieExecutePhotoflo, XieQueryPhotoflo, XieDestroyPhotoflo + XIElib - Stored Photoflo Functions XieRedefinePhotoflo +Name +XieRedefinePhotoflo - redefine a stored photoflo +Syntax +void XieRedefinePhotoflo (display, photoflo, elem_list, elem_count) +Display *display; +XiePhotoflo photoflo; +XiePhotoElement *elem_list; +int elem_count; +Arguments +display Specifies a connection to an X server. +photoflo Specifies the photoflo to be redefined. +elem_list Specifies an array of elements that will replace all existing elements. +elem_count Specifies the number of items in elem_list. +Description +XieRedefinePhotoflo allows all elements of a stored photoflo to be removed and replaced with +a new list. Stored photoflos persist beyond execution and may be totally redefined prior to subsequent +executions. + +There are no restrictions on changing element types or the array's size. +Structures +typedef XID XiePhotoflo; + +typedef struct { + int elemType; + /* union of ALL element types */ + union { + ... + ... + } data; +} XiePhotoElement; +Errors +xieErrNoPhotoflo The value for the photoflo argument does not name a defined +photoflo +xieErrNoFloAccess Attempt to change photoflo when it is already active +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloElement Invalid element type(s) in elem_list +xieErrNoFlo An error has been detected while defining, executing, or accessing a +photoflo (see Photoflo Errors). +See Also +XieAllocatePhotofloGraph, XieFreePhotofloGraph, XieCreatePhotoflo, XieModifyPhotoflo, +XieExecutePhotoflo, XieQueryPhotoflo, XieDestroyPhotoflo + XIElib - Photoflo Functions XieQueryPhotoflo +Name +XieQueryPhotoflo - return the current status of a photoflo +Syntax +XieQueryPhotoflo(display, name_space, flo_id, state_ret, +data_expected_ret, nexpected_ret, data_available_ret, +navailable_ret) +Display *display; +unsigned long name_space; +unsigned long flo_id; +XiePhotofloState *state_ret; +XiePhototag **data_expected_ret; +unsigned int *nexpected_ret; +XiePhototag **data_available_ret; +unsigned int *navailable_ret; +Arguments +display Specifies a connection to an X server. +name_space Specifies the execution domain used for the photoflo to query. +flo_id Specifies a particular instance of the photoflo to query. +state_ret Returns the state of the photoflo. +data_expected_ret Returns a list of ImportClient elements. +nexpected_ret Returns the length of data_expected_ret. +data_available_ret Returns a list of ExportClient elements. +navailable_ret Returns the length of data_available_ret. +Returns +Zero on failure, nonzero on success. +Description +XieQueryPhotoflo will return the current status of a photoflo. + +The name_space/flo_id argument pair specifies the instance that identifies the photoflo that is +being queried. state_ret indicates the state of the photoflo, and if XieQueryPhotoflo is +successful, will return one of the following standard photoflo state values: + +xieValInactive +xieValActive +xieValNonexistent + +data_expected_ret is a list of ImportClient elements that are expecting data via +XiePutClientData. data_available_ret is a list of ExportClient elements from which +data are available (via XieGetClientData). Either or both of these lists may be of length zero, +indicated by the returned values of nexpected_ret and navailable_ret. + +XieQueryPhotoflo allocates memory for the list of ImportClient elements and the list of +ExportClient elements. To free the memory allocated to data_expected_ret and +data_available_ret, use XFree. + +Specifying an unknown or invalid instance will return a state_ret of nonexistent and zero length +data_expected_ret and data_available_ret lists. +Structures +typedef unsigned XiePhotofloState; + +/* Definitions of PhotofloState */ +#define xieValInactive 1 +#define xieValActive 2 +#define xieValNonexistent 3 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +See Also +XieCreatePhotoflo, XieModifyPhotoflo, XieRedefinePhotoflo, XieExecutePhotoflo, +XieDestroyPhotoflo, XieGetClientData, XiePutClientData + XIElib - Client Data Functions XiePutClientData +Name +XiePutClientData - send a stream of data to an active photoflo +Syntax +void XiePutClientData (display, name_space, flo_id, element, final, +band_number, data, nbytes) +Display *display; +unsigned long name_space; +unsigned long flo_id; +XiePhototag element; +Bool final; +unsigned band_number; +unsigned char *data; +unsigned nbytes; +Arguments +display Specifies a connection to an X server. +name_space Specifies the execution domain used for the photoflo to receive the +data. +flo_id Specifies a particular instance of the photoflo to receive the data. +element Specifies the element to receive the data. +final Specifies if the data is the last segment of data to be sent. If True, then +data represents the last data to be sent by the client. False indicates +that more data will be sent (during a subsequent call to +XiePutClientData). +band_number Specifies which band of data is being sent. +data Specifies a counted list of bytes that comprises the data stream. +nbytes Specifies the count of bytes that comprises the data stream. +Description +XiePutClientData sends a stream of data to an active photoflo. Since the complete data object +may be larger than can fit in a single protocol request, XIE allows the stream to be segmented; the +last segment is signaled with a final flag. + +The organization and contents of the data stream must match the parameters given to the +ImportClient element or the results are undefined. An arbitrary amount of image data can be sent per +request, whereas for nonimage data one or more complete aggregates must be sent per request (for +example, one or more LUT array entries). If too many data are sent (for example, too many +rectangles, or too many scanlines), the unwanted data are discarded. It is an error, however, to send +too few data prior to signaling final. + +For stored photoflos, name_space is always ServerIDSpace (the value zero) and flo_id is the +photoflo's resource-id. For immediate photoflos name_space is a photospace resource-id and +flo_id is 32-bit value that uniquely identifies the instance of the photoflo within name_space. +Structures +typedef unsigned XiePhototag; +Errors +xieErrNoFloAccess Executable photospace/flo_id argument pair not active +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloElement Invalid element type specified by element +xieErrNoFloID Invalid photospace/flo_id argument pair has been specified +xieErrNoFloValue Invalid band_number or +for nonimage data, data contains a partial aggregate +See Also +XieGetClientData, XieQueryPhotoflo, XieFloImportClientPhoto, XieFloImportClientROI, +XieFloImportClientLUT + XIElib - Client Data Functions XieGetClientData +Name +XieGetClientData - retrieve data from an ExportClient element within an active photoflo +Syntax +Status XieGetClientData (display, name_space, flo_id, element, +max_bytes, terminate, band_number, new_state_ret, +data_ret, nbytes_ret) +Display *display; +unsigned long name_space; +unsigned long flo_id; +XiePhototag element; +unsigned max_bytes; +Bool terminate; +unsigned band_number; +XieExportState *new_state_ret; +unsigned char **data_ret; +unsigned *nbytes_ret; +Arguments +display Specifies a connection to an X server. +name_space Specifies the execution domain used for the photoflo from which to +retrieve data. +flo_id Specifies a particular instance of the photoflo from which to retrieve +data. +element Specifies the element from which to retrieve the data. +max_bytes Specifies the maximum number of bytes that can be sent to the client. +terminate Specifies whether more data are wanted after this request. +band_number Specifies which band of data is being retrieved. +new_state_ret Returns the status of the ExportClient element after this request. +data_ret Returns a counted list of bytes that comprises the data stream. +nbytes_ret Returns the count of bytes that comprises the data stream. +Returns +Zero on failure, nonzero on success. +Description +XieGetClientData returns data in a contiguous read-once byte stream, which can be requested +in segments that are limited in size by the amount the client desires or the amount of data available +from the server. The format of the data depends on the parameters given to the ExportClient element +from which the data are requested. + +new_state_ret returns the state of the ExportClient element after this request and can be set to +one of the following standard export state values: + +xieValExportDone +xieValExportMore +xieValExportEmpty +xieValExportError + +If the request is sent to an ExportClient element that either: does not have any data, was terminated +by a previous XieGetClientData call, or has already returned all its data (ExportDone sent), the +request will return a zero length data_ret stream. + +Image data are always retrieved from the server as a byte stream, whereas nonimage data are always +returned by the server as one or more complete aggregates. max_bytes is effectively rounded down +by the server to the match the nearest aggregate size. + +For stored photoflos, name_space is always ServerIDSpace (the value zero) and flo_id is the +photoflo's resource-id. For immediate photoflos name_space is a photospace resource-id and +flo_id is a 32-bit value that uniquely identifies the instance of the photoflo within name_space. + +To free the memory allocated to data_ret, use XFree. +Structures +typedef unsigned XieExportState; +typedef unsigned XiePhototag; + +/* Definitions of ExportState */ +#define xieValExportDone 1 +#define xieValExportMore 2 +#define xieValExportEmpty 3 +#define xieValExportError 4 +Errors +xieErrNoFloAccess Executable photospace/flo_id argument pair not active +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloElement Invalid element type specified by element +xieErrNoFloID Invalid photospace/flo_id argument pair has been specified +xieErrNoFloValue Invalid band_number +See Also +XiePutClientData, XieQueryPhotoflo, XieExecutePhotoflo, XieFloExportClientHistogram, +XieFloExportClientLUT, XieFloExportClientPhoto, XieFloExportClientROI + XIElib - Abort and Await Functions XieAbort +Name +XieAbort - prematurely terminate execution of a photoflo +Syntax +void XieAbort (display, name_space, flo_id); +Display *display; +unsigned long name_space; +unsigned long flo_id; +Arguments +display Specifies a connection to an X server. +name_space Specifies the execution domain used for the photoflo to abort. +flo_id Specifies a particular instance of the photoflo to abort. +Description +XieAbort will prematurely terminate execution of the photoflo specified by name_space and +flo_id. Any output from the photoflo that is pending client retrieval is freed. Stored photoflos are +returned to the inactive state; immediate photoflos are destroyed. + +If the photoflo specified by name_space and flo_id is either invalid or not active, no action is +taken; it is not an error, and nothing is destroyed. + +For stored photoflos, name_space is always ServerIDSpace (the value zero) and flo_id is the +photoflo's resource-id. For immediate photoflos name_space is a photospace resource-id and +flo_id is 32-bit value that uniquely identifies the instance of the photoflo within name_space. +See Also +XieExecutePhotoflo, XieExecuteImmediate + XIElib - Abort and Await Functions XieAwait +Name +XieAwait - block all further requests for this client connection from being honored by the server while +the photoflo is active +Syntax +void XieAwait (display, name_space, flo_id); +Display *display; +unsigned long name_space; +unsigned long flo_id; +Arguments +display Specifies a connection to an X server. +name_space Specifies the execution domain used for the photoflo to block requests. +flo_id Specifies a particular instance of the photoflo to block requests. +Description +XieAwait blocks all further requests for this client connection from being honored by the server +while the photoflo, specified by name_space and flo_id, is active. When the photoflo transitions +from the active state, blocked requests are allowed to be processed in the order received. + +If the photoflo specified by name_space and flo_id is either invalid or not active, no action is +taken; it is not an error, and the client is not blocked. + +For stored photoflos, name_space is always ServerIDSpace (the value zero) and flo_id is the +photoflo's resource-id. For immediate photoflos name_space is a photospace resource-id and +flo_id is 32-bit value that uniquely identifies the instance of the photoflo within name_space. +Warning +Calling XieAwait before sending all import data or before retrieving all export data will block the +client from sending or retrieving the remaining data. This also will prevent completion of the +photoflo and prevent any and all protocol requests from this client from being honored. This deadlock +can be broken only by another client completing or aborting the photoflo (to release the Await), or by +breaking the client connection. +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +See Also +XieExecutePhotoFlo, XieExecuteImmediate + XIElib - Photoflo Element Functions XieFloImportClientLUT +Name +XieFloImportClientLUT - specify an ImportClientLUT element and set its parameters +Syntax +void XieFloImportClientLUT (element, data_class, band_order, length, +levels) +XiePhotoElement *element; +XieDataClass data_class; +XieOrientation band_order; +XieLTriplet length; +XieLevels levels; +Arguments +element Specifies the XiePhotoElement structure to use. +data_class Specifies the number of lookup arrays to expect. +band_order Specifies the order of triple band arrays. +length Specifies the number of entries per array. +levels Specifies the number of quantization levels represented per array. +Description +An ImportClientLUT element accepts lookup table data from the protocol stream. The transport of +data through the protocol stream is accomplished using XiePutClientData. This data is accepted +by the Point, ExportLUT, and ExportClientLUT elements. + +data_class, which specifies the number of lookup arrays to expect, can be set to one of the +following standard data class values: + +xieValSingleBand +xieValTripleBand + +The length of each array should match the number of source image levels that will be remapped +through the array. When a triple band image is to be remapped through a single band array, the +length of the array should match the product of the source image levels of all three bands; in this +case, band_order specifies the order in which pixels from a triple band image should be combined +to form indices for a single band array. band_order can be set to one of the following standard +orientation values: + +xieValLSFirst +xieValMSFirst + +The least significant band of trichromatic data is the first band mentioned in the common name of the +colorspace: for example, red is the least significant band of RGB data. When one LUT array is used +with triple band data, the algorithm for computing combined array indices, based on band_order, +is: + +LUT band order +LUT indexing algorithm for combining pixel values +LSFirst +index = value[0] + value[1] x levels[0] + value[2] x levels[0] x levels[1] +MSFirst +index = value[2] + value[1] x levels[2] + value[0] x levels[2] x levels[1] + +When three LUT arrays are used, band_order specifies whether this band corresponds with the +least significant or most significant LUT array. Each array is transported as a separate data stream. +For example, if the colorspace of the image data is RGB: + +band +LSFirst +MSFirst +0 +Red array +Blue array +1 +Green array +Green array +2 +Blue array +Red array +Structures +XieFloImportClientLUT sets the XiePhotoElement structure field elemType to +xieElemImportClientLUT, which identifies the element as an ImportClientLUT, and sets the +fields of the member structure ImportClientLUT using the arguments in the argument list. + +typedef unsigned XieDataClass; +typedef unsigned XieOrientation; +typedef unsigned long XieLTriplet[3]; +typedef unsigned long XieLevels[3]; + +typedef struct { + int elemType; + union { + ... + struct { + XieDataClass data_class; + XieOrientation band_order; + XieLTriplet length; + XieLevels levels; + } ImportClientLUT; + ... + } data; +} XiePhotoElement; + +/* Definitions of DataClass */ +#define xieValSingleBand 1 +#define xieValTripleBand 2 + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloMatch levels is incompatible with the server's depth-handling capabilities +xieErrNoFloValue Invalid data_class or band_order +See Also +XiePutClientData, XieQueryPhotoflo, XieFloExportLUT, XieFloExportClientLUT, XieFloPoint, +XieFloImportLUT + XIElib - Photoflo Element Functions XieFloImportClientPhoto +Name +XieFloImportClientPhoto - specify an ImportClientPhoto element and set its parameters +Syntax +void XieFloImportClientPhoto (element, data_class, width, height, +levels, notify, decode_tech, decode_param) +XiePhotoElement *element; +XieDataClass data_class; +XieLTriplet width; +XieLTriplet height; +XieLevels levels; +Bool notify; +XieDecodeTechnique decode_tech; +XiePointer decode_param; +Arguments +element Specifies the XiePhotoElement structure to use. +data_class Specifies whether the data is single band or triple band. +width Specifies the width of the image in pixels per band. +height Specifies the height of the image in pixels per band. +levels Specifies the number of quantization levels per band. +notify Specifies whether to enable sending DecodeNotify events. +decode_tech Specifies the decode technique required to interpret the image. +decode_param Specifies the list of additional parameters required by decode_tech. +Description +An ImportClientPhoto element accepts image data from the protocol stream. This data may be +processed for display or used as process domain data. A process domain is inserted in many element +definitions and is used to restrict the element's processing to a subset of the source data pixels. The +attributes and organization of the expected data stream are fully specified by the parameters. The +actual transport of image data through the protocol stream is requested using XiePutClientData. + +notify enables DecodeNotify events to be sent if anomalies are encountered while interpreting +the imported image data: either an error has been encountered while decoding an image or the image +data received does not satisfy the expected dimensions. + +Only constrained data can be sent through the protocol stream; therefore, levels must be valid. + +data_class specifies whether the data is single band or triple band and can be set to one of the +following standard data class values: + +xieValSingleBand +xieValTripleBand + +Decode techniques define the techniques that can be used to interpret uncompressed image data or +decode compressed images. decode_tech can be assigned one of the following standard decode +technique values: + +xieValDecodeUncompressedSingle +xieValDecodeUncompressedTriple +xieValDecodeG31D +xieValDecodeG32D +xieValDecodeG42D +xieValDecodeJPEGBaseline +xieValDecodeJPEGLossless +xieValDecodeTIFF2 +xieValDecodeTIFFPackBits + +If a vendor defined additional private decode techniques, the values given to these techniques can be +assigned to decode_tech. +Output Attributes +Class class of imported image +Type constrained +Width width of imported image (in pixels) +Height height of imported image (in pixels) +Levels levels of imported image +Structures +XieFloImportClientPhoto sets the XiePhotoElement structure field elemType to +xieElemImportClientPhoto, which identifies the element as an ImportClientPhoto, and sets +the fields of the member structure ImportClientPhoto using the arguments in the argument list. + +typedef unsigned XieDataClass; +typedef unsigned XieDecodeTechnique; +typedef unsigned long XieLTriplet[3]; +typedef unsigned long XieLevels[3]; + +typedef struct { + int elemType; + union { + ... + struct { + XieDataClass data_class; + XieLTriplet width; + XieLTriplet height; + XieLevels levels; + Bool notify; + XieDecodeTechnique decode_tech; + XiePointer decode_param; + } ImportClientPhoto; + ... + } data; +} XiePhotoElement; + +/* Definitions of DataClass */ +#define xieValSingleBand 1 +#define xieValTripleBand 2 + +/* Definitions for DecodeTechniques */ +#define xieValDecodeUncompressedSingle 2 +#define xieValDecodeUncompressedTriple 3 +#define xieValDecodeG31D 4 +#define xieValDecodeG32D 6 +#define xieValDecodeG42D 8 +#define xieValDecodeJPEGBaseline 10 +#define xieValDecodeJPEGLossless 12 +#define xieValDecodeTIFF2 14 +#define xieValDecodeTIFFPackBits 16 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloMatch levels is incompatible with the server's depth-handling capabilities +xieErrNoFloTechnique Invalid decode_tech or decode_param +xieErrNoFloValue Invalid width, height, levels (zero) or +invalid data_class +See Also +XieTecDecodeUncompressedSingle, XieTecDecodeUncompressedTriple, XieTecDecodeG31D, +XieTecDecodeG32D, XieTecDecodeG42D, XieTecDecodeTIFF2, XieTecDecodeTIFFPackBits, +XieTecDecodeJPEGBaseline, XieTecDecodeJPEGLossless + XIElib - Photoflo Element Functions XieFloImportClientROI +Name +XieFloImportClientROI - specify an ImportClientROI element and set its parameters +Syntax +void XieFloImportClientROI (element, rectangles); +XiePhotoElement *element; +unsigned int rectangles; +Arguments +element Specifies the XiePhotoElement structure to use. +rectangles Specifies the number of rectangles expected. +Description +An ImportClientROI element accepts a list of rectangles from the protocol stream. These data can be +used as input to a process domain or an ExportROI or ExportClientROI element. A process domain is +inserted in many element definitions and is used to restrict the element's processing to a subset of the +source data pixels. The actual transport of data through the protocol stream is accomplished using +XiePutClientData (the band_number parameter of XiePutClientData is ignored). +Structures +XieFloImportClientROI sets the XiePhotoElement structure field elemType to +xieElemImportClientROI, which identifies the element as an ImportClientROI, and sets the +fields of the member structure ImportClientROI using the arguments in the argument list. + +typedef struct { + int elemType; + union { + ... + struct { + unsigned int rectangles; + } ImportClientROI; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +See Also +XiePutClientData, XieQueryPhotoflo +XieFloExportROI, XieFloExportClientROI, XieFloImportROI + XIElib - Photoflo Element Functions XieFloImportDrawable +Name +XieFloImportDrawable - specify an ImportDrawable element and set its parameters +Syntax +void XieFloImportDrawable (element, drawable, src_x, src_y, width, +height, fill, notify) +XiePhotoElement *element; +Drawable drawable; +int src_x; +int src_y; +unsigned int width; +unsigned int height; +unsigned long fill; +Bool notify; +Arguments +element Specifies the XiePhotoElement structure to use. +drawable Specifies the Drawable resource supplying the data. +src_x Specifies the left corner of the region of the data to be imported. +src_y Specifies the upper corner of the region of the data to be imported. +width Specifies the width of the region of the data to be imported. +height Specifies the height of the region of the data to be imported. +fill Specifies the Colormap index to use for all regions that are obscured. +notify Specifies whether to enable sending ImportObscured events. +Description +An ImportDrawable element allows access to data existing in a Drawable. This data may be +processed for display or, if drawable is one bit deep, used as process domain data. A process +domain is inserted in many element definitions and is used to restrict the element's processing to a +subset of the source data pixels. + +notify enables ImportObscured events to be sent if data for one or more regions of a Window +are obscured and cannot be retrieved from backing store. The arguments src_x, src_y, width, +and height specify the region of data to be imported from drawable, where src_x and src_y +define the upper-left corner of the region. +Output Attributes +Class single band +Type constrained +Width width +Height height +Levels 2depth (that is, drawable depth) +Structures +XieFloImportDrawable sets the XiePhotoElement structure field elemType to +xieElemImportDrawable, which identifies the element as an ImportDrawable, and sets the +fields of the member structure ImportDrawable using the arguments in the argument list. + +typedef struct { + int elemType; + union { + ... + struct { + Drawable drawable; + int src_x; + int src_y; + unsigned int width; + unsigned int height; + unsigned long fill; + Bool notify; + } ImportDrawable; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloDrawable Invalid drawable +xieErrNoFloValue Invalid region width, height, src_x, src_y + XIElib - Photoflo Element Functions XieFloImportDrawablePlane +Name +XieFloImportDrawablePlane - specify an ImportDrawablePlane element and set its parameters +Syntax +void XieFloImportDrawablePlane (element, drawable, src_x, src_y, +width, height, fill, bit_plane, notify) +XiePhotoElement *element; +Drawable drawable; +int src_x; +int src_y; +unsigned int width; +unsigned int height; +unsigned long fill; +unsigned long bit_plane; +Bool notify; +Arguments +element Specifies the XiePhotoElement structure to use. +drawable Specifies the Drawable resource supplying the data. +src_x Specifies the left corner of the region of the data to be imported. +src_y Specifies the upper corner of the region of the data to be imported. +width Specifies the width of the region of the data to be imported. +height Specifies the height of the region of the data to be imported. +fill Specifies the Colormap index to use for all regions that are obscured. +bit_plane Specifies the plane to be imported from drawable. +notify Specifies whether to enable sending ImportObscured events. +Description +An ImportDrawablePlane event allows access to a single plane of data existing in a Drawable. This +data may be processed for display or used as process domain data. A process domain is inserted in +many element definitions and is used to restrict the element's processing to a subset of the source data +pixels. + +notify enables ImportObscured events to be sent if data for one or more regions of a Window +are obscured and cannot be retrieved from backing store. The arguments src_x, src_y, width, +and height specify the region of data to be imported from drawable, where src_x and src_y +define the upper-left corner of the region. + +bit_plane must have exactly one bit set to one (1), and the value of bit_plane must be less than +or equal to , where n is the depth of drawable. This single bit selects the corresponding bit to +be extracted from pixels within drawable. +Output Attributes +Class single band +Type constrained +Width width +Height height +Levels 2 +Structures +XieFloImportDrawablePlane sets the XiePhotoElement structure field elemType to +xieElemImportDrawablePlane, which identifies the element as an ImportDrawablePlane, and +sets the fields of the member structure ImportDrawablePlane using the arguments in the +argument list. + +typedef struct { + int elemType; + union { + ... + struct { + Drawable drawable; + int src_x; + int src_y; + unsigned int width; + unsigned int height; + unsigned long fill; + unsigned long bit_plane; + Bool notify; + } ImportDrawablePlane; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloDrawable Invalid drawable +xieErrNoFloValue Invalid bit_plane or region width, height, src_x, src_y + XIElib - Photoflo Element Functions XieFloImportLUT +Name +XieFloImportLUT - specify an ImportLUT element and set its parameters +Syntax +void XieFloImportLUT (element, lut) +XiePhotoElement *element; +XieLut lut; +Arguments +element Specifies the XiePhotoElement structure to use. +lut Specifies the LUT resource supplying the lookup table. +Description +An ImportLUT element allows access to lookup table data existing in a LUT resource. These data are +accepted by the Point, ExportLUT, and ExportClientLUT elements. + +Attributes of the lookup table data are inherited from lut. +Structures +XieFloImportLUT sets the XiePhotoElement structure field elemType to +xieElemImportLUT, which identifies the element as an ImportLUT, and sets the fields of the +member structure ImportLUT using the arguments in the argument list. + +typedef XID XieLut; + +typedef struct { + int elemType; + union { + ... + struct { + XieLut lut; + } ImportLUT; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAccess Attempt to import from lut before it has been populated +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloLUT An unknown lut has been specified + XIElib - Photoflo Element Functions XieFloImportPhotomap +Name +XieFloImportPhotomap - specify an ImportPhotomap element and set its parameters +Syntax +void XieFloImportPhotomap (element, photomap, notify) +XiePhotoElement *element; +XiePhotomap photomap; +Bool notify; +Arguments +element Specifies the XiePhotoElement structure to use. +photomap Specifies the photomap resource supplying image data. +notify Specifies whether to enable sending DecodeNotify events. +Description +An ImportPhotomap element allows access to image data existing in a photomap; a photomap is a +server resource that can be used to store image data. This data may be processed for display or used as +process domain data (if its levels attribute is 2), or it may be used as source to ExportPhotomap or +ExportClientPhoto or any other element which takes image data as input. A process domain is +inserted in many element definitions and is used to restrict the element's processing to a subset of the +source data pixels. + +notify enables DecodeNotify events to be sent if anomalies are encountered while decoding +compressed data: either an error has been encountered while decoding an image or the image data +received does not satisfy the expected dimensions. + +Attributes of the source data are inherited from photomap. +Output Attributes +Class same as photomap +Type same as photomap +Width same as photomap +Height same as photomap +Levels same as photomap +Structures +XieFloImportPhotomap sets the XiePhotoElement structure field elemType to +xieElemImportPhotomap, which identifies the element as an ImportPhotomap, and sets the +fields of the member structure ImportPhotomap using the arguments in the argument list. + +typedef XID XiePhotomap; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhotomap photomap; + Bool notify; + } ImportPhotomap; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAccess Attempt to import from photomap before it has been populated +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloPhotomap An unknown photomap has been specified +See Also +XieFloExportPhotomap, XIeFloExportClientPhoto + + XIElib - Photoflo Element Functions XieFloImportROI +Name +XieFloImportROI - specify an ImportROI element and set its parameters +Syntax +void XieFloImportROI (element, roi) +XiePhotoElement *element; +XieRoi roi; +Arguments +element Specifies the XiePhotoElement structure to use. +roi Specifies the ID of the ROI supplying the list-of-rectangles. +Description +An ImportROI element allows access to a list-of-rectangles existing in a ROI resource. This data may +be referenced by a process domain, or used as input to an ExportClientROI or ExportROI element. A +process domain is inserted in many element definitions and is used to restrict the element's processing +to a subset of the source data pixels. +Structures +XieFloImportROI sets the XiePhotoElement structure field elemType to +xieElemImportROI, which identifies the element as an ImportROI, and sets the fields of the +member structure ImportROI using the arguments in the argument list. + +typedef XID XieRoi; + +typedef struct { + int elemType; + union { + ... + struct { + XieRoi roi; + } ImportROI; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAccess Attempt to import from roi before it has been populated +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloPhotomap An unknown roi has been specified +See Also +XieFloExportROI, XieFloExportClientROI + + XIElib - Photoflo Element Functions XieFloArithmetic +Name +XieFloArithmetic - specify an Arithmetic element and set its parameters +Syntax +void XieFloArithmetic (element, src1, src2, domain, constant, +operator, band_mask) +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XieProcessDomain *domain; +XieConstant constant; +XieArithmeticOp operator; +unsigned int band_mask; +Arguments +element Specifies the XiePhotoElement structure to use. +src1 Specifies the phototag of the first data source. +src2 Specifies the phototag of the second data source, or 0 if none. +domain Specifies the subset of source data that will be operated on. +constant Specifies the constant data source (if src2 is 0). +operator Specifies the arithmetic operation to be performed. +band_mask Specifies which bands are to be operated on. +Description +An Arithmetic element produces output data by performing an addition, subtraction, minimum, or +maximum operation between two data sources or between a single data source and a constant. +Furthermore, multiplication, division, or gamma correction may by applied to a single data source. + +When two sources are involved, src1 and src2 are the phototags of the elements supplying source +data (constant is ignored). A phototag is the position or index of an element within an array of +elements used to specify a photoflo; the first element in the array has a phototag value of one (1). If +the operation is to involve a constant, src1 is one operand, src2 must be zero, and constant is +used as the other operand. + +When two sources are involved, all attributes, other than width and height, must match; all +output attributes are inherited from src1. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. If the entire source data is to be operated on, a pointer to an XieProcessDomain +structure must still be provided, with the phototag field set to zero (0); the offset_x and +offset_y fields are ignored. + +Only bands selected by band_mask are subject to processing. Other bands present in the image are +passed through to the output. For example, a band_mask of 0012 indicates that only the least +significant band would be processed; operating on all bands requires a band_mask of 1112. Using +band_mask to select source data that have two (2) or less levels is not permitted. + +Pixel computations that would lead to errors, will yield valid server-dependent values (for example, +dividing by a constrained pixel value of zero might result in a value of levels-1). + +The valid operations for the Arithmetic process element are: + +Operator +src1 (operator) src2 +src1 (operator) constant +xieValAdd +src1 + src2 +src1 + constant +xieValSub +src1 - src2 +src1 - constant +xieValSubRev +src2 - src1 +constant - src1 +xieValMul + +src1 * constant +xieValDiv + +src1 / constant +xieValDivRev + +constant / src1 +xieValMin +minimum( src1, src2 ) +minimum( src1, constant ) +xieValMax +maximum( src1, src2 ) +maximum( src1, constant ) +xieValGamma +(constrained) + +(levels - 1) * ((src1 / (levels - 1))constant) +xieValGamma +(unconstrained) + +src1constant +Output Attributes +Class same as src1 +Type same as src1 +Width same as src1 +Height same as src1 +Levels same as src1 +Structures +XieFloArithmetic sets the XiePhotoElement structure field elemType to +xieElemArithmetic, which identifies the element as an Arithmetic, and sets the fields of the +member structure Arithmetic using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef float XieConstant[3]; +typedef unsigned XieArithmeticOp; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src1; + XiePhototag src2; + XieProcessDomain domain; + XieConstant constant; + XieArithmeticOp operator; + unsigned int band_mask; + } Arithmetic; + ... + } data; +} XiePhotoElement; + +/* Definitions of ArithmeticOperations */ +#define xieValAdd 1 +#define xieValSub 2 +#define xieValSubRev 3 +#define xieValMul 4 +#define xieValDiv 5 +#define xieValDivRev 6 +#define xieValMin 7 +#define xieValMax 8 +#define xieValGamma 9 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Class, type, or levels differ between src1 and src2 or +selected data source are bitonal +xieErrNoFloOperator Invalid operator +xieErrNoFloSource Invalid src1 or src2 or +src2 has been specified with a monadic operator + XIElib - Photoflo Element Functions XieFloBandCombine +Name +XieFloBandCombine - specify a BandCombine element and set its parameters +Syntax +void XieFloBandCombine (element, src1, src2, src3) +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XiePhototag src3; +Arguments +element Specifies the XiePhotoElement structure to use. +src1 Specifies the first element supplying source data. +src2 Specifies the second element supplying source data. +src3 Specifies the third element supplying source data. +Description +A BandCombine element merges three single band data sources to produce a triple band result. The +arguments src1, src2, and src3 must be of the same type, and each source must be single band. +Other attributes that are taken from the individual sources may differ. The output will be triple band. +Output Attributes +Class triple band +Type same as src1 +Width same as srcs +Height same as srcs +Levels same as srcs +Structures +XieFloBandCombine sets the XiePhotoElement structure field elemType to +xieElemBandCombine, which identifies the element as a BandCombine, and sets the fields of the +member structure BandCombine using the arguments in the argument list. + +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src1; + XiePhototag src2; + XiePhototag src3; + } BandCombine; + ... + } data; +} XiePhotoElement; + +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloMatch A source has more than one band or +type differs between sources +xieErrNoFloSource Invalid src1, src2, or src3 + XIElib - Photoflo Element Functions XieFloBandExtract +Name +XieFloBandExtract - specify a BandExtract element and set its parameters +Syntax +void XieFloBandExtract (element, src, levels, bias, coefficients) +XiePhotoElement *element; +XiePhototag src; +unsigned int levels; +double bias; +XieConstant coefficients; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +levels Specifies the number of quantization levels for the output. +bias Specifies the value to be added to each output pixel. +coefficients Specifies the proportion of each band in src to pixelsin the single +band result. +Description +A BandExtract element produces single band output data from a triple band source by multiplying a +pixel value from each source band by its corresponding coefficient and then summing the results with +the bias value. + +coefficients is a three-element array that determines the proportion of each source band pixel +that is used to form the output. levels is used as the levels attribute of the output data if the src +data are constrained; otherwise, it is ignored. + +The source data must be triple band, and all bands must have equal dimensions. The output data will +be single band, with levels taken from the levels parameter, if the data type is constrained. All +other attributes are inherited from src. +Output Attributes +Class single band +Type same as src +Width same as src +Height same as src +Levels levels if src is contrained, else unknown +Structures +XieFloBandExtract sets the XiePhotoElement structure field elemType to +xieElemBandExtract, which identifies the element as a BandExtract, and sets the fields of the +member structure BandExtract using the arguments in the argument list. + +typedef float XieConstant[3]; +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + unsigned int levels; + float bias; + XieConstant coefficients; + } BandExtract; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloMatch src is not triple band or +unequal interband dimensions +xieErrNoFloSource Invalid src + XIElib - Photoflo Element Functions XieFloBandSelect +Name +XieFloBandSelect - specify a BandSelect element and set its parameters +Syntax +void XieFloBandSelect (element, src, band_number) +XiePhotoElement *element; +XiePhototag src; +unsigned int band_number; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +band_number Specifies which src band is to be selected to provide the output data. +Description +A BandSelect element produces single band output data by selecting a single band from a triple band +source. +Output Attributes +Class single band +Type same as src +Width same as band selected from src +Height same as band selected from src +Levels same as band selected from src +Structures +XieFloBandSelect sets the XiePhotoElement structure field elemType to +xieElemBandSelect, which identifies the element as a BandSelect, and sets the fields of the +member structure BandSelect using the arguments in the argument list. + +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + unsigned int band_number; + } BandSelect; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloMatch src is not triple band +xieErrNoFloSource Invalid src +xieErrNoFloValue Invalid band_number + XIElib - Photoflo Element Functions XieFloBlend +Name +XieFloBlend - specify a Blend element and set its parameters +Syntax +void XieFloBlend (element, src1, src2, src_constant, alpha, +alpha_const, domain, band_mask) +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XieConstant src_constant; +XiePhototag alpha; +double alpha_const; +XieProcessDomain *domain; +unsigned int band_mask; +Arguments +element Specifies the XiePhotoElement structure to use. +src1 Specifies the phototag of the first data source. +src2 Specifies the phototag of the second data source, else 0. +src_constant Specifies a constant data source, if src2 is 0. +alpha Specifies the blend proportion for each processed pixel. +alpha_const Specifies the constant blend proportion for each processed pixel. +domain Specifies the subset of source data that will be operated on. +band_mask Specifies which bands are to be operated on. +Description +A Blend element produces output data from two data sources or a single data source and a constant. +Each output pixel is a percentage combination of the source values, as controlled by an alpha input +image or an alpha constant. + +When two sources are involved, src1 and src2 are the phototags of the elements supplying source +data; src_constant is ignored. A phototag is the position or index of an element within an array +of elements used to specify a photoflo; the first element in the array has a phototag value of one (1). If +the operation is to involve a constant, src1 is one operand, src2 must be zero, and +src_constant is used as the other operand. If alpha is nonzero, it controls the blend proportion +for each pixel that is processed, otherwise alpha_const provides this control. Domain may control +the subset of source data that will be operated on. Only bands selected by the band_mask are subject +to processing. Other bands present in the image are passed through to the output. For example, a +band_mask of 0012 indicates that only the least significant band would be processed; operating on +all bands requires a band_mask of 1112. Using band_mask to select source data that have two (2) +or less levels is not permitted. + +When two sources are involved, all attributes, other that width and height, must match. If alpha +is nonzero, it must be a source of constrained data. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. If the entire source data is to be operated on, a pointer to an XieProcessDomain +structure must still be provided, with the phototag field set to zero (0); the offset_x and +offset_y fields are ignored. + +Within the intersection of the source(s) and domain, each output pixel is a blend of the +corresponding pixels from src1 and src2 (or src1 pixels blended with src_constant). The +degree of blend is determined by the corresponding pixel taken from alpha or the value of +alpha_const. If alpha is nonzero, the proportion of blend is further scaled by alpha_const: + +output = src1 * (1 - alpha / alpha_const) + src2 * (alpha / alpha_const) +(where alpha_const is greater than 0.0) + +if alpha is zero: + +output = src1 * (1 - alpha_const) + src2 * alpha_const +(where alpha_const is in the range [0.0, 1.0]) +Output Attributes +Class same as src1 +Type same as src1 +Width same as src1 +Height same as src1 +Levels same as src1 +Structures +XieFloBlend sets the XiePhotoElement structure field elemType to xieElemBlend, +which identifies the element as a Blend, and sets the fields of the member structure Blend using the +arguments in the argument list. + +typedef unsigned XiePhototag; +typedef float XieConstant[3]; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src1; + XiePhototag src2; + XieConstant src_constant; + XiePhototag alpha; + float alpha_constant; + XieProcessDomain domain; + unsigned int band_mask; + } Blend; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloMatch Incompatible attributes between src1 and src2 or +alpha is unconstrained or +selected source data are bitonal +xieErrNoFloSource Invalid src1, src2, or alpha +xieErrNoFloValue alpha is zero and alpha_const is outside the range [0.0,1.0], or +alpha is nonzero and alpha_const is nonpositive + XIElib - Photoflo Element Functions XieFloCompare +Name +XieFloCompare - specify a Compare element and set its parameters +Syntax +void XieFloCompare (element, src1, src2, domain, constant, operator, +combine, band_mask) +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XieProcessDomain *domain; +XieConstant constant; +XieCompareOp operator; +Bool combine; +unsigned int band_mask; +Arguments +element Specifies the XiePhotoElement structure to use. +src1 Specifies the first data source. +src2 Specifies the second data source. +domain Specifies the subset of source data that will be operated on. +constant Specifies the constant data source. +operator Specifies the logical predicate operator used in the comparison. +combine Specifies whether the comparison should be done on a per-band or on +an all-bands basis. +band_mask Specifies which bands are to be operated on. +Description +A Compare element takes two data sources or a single data source and a constant and generates a +Boolean bitmap output that reflects the results of a pointwise comparison. The output data has a value +of one wherever the comparison is true, and a value of zero everywhere else (that is, comparison false +or comparison not performed). The comparison may be performed on a per-band basis or for all bands +taken together. + +When two sources are involved, src1 and src2 are the phototags of the elements supplying source +data; constant is ignored. A phototag is the position or index of an element within an array of +elements used to specify a photoflo; the first element in the array has a phototag value of one (1). If +the operation is to involve a constant, src1 is one operand, src2 must be zero, and constant is +used as the other operand. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. If the entire source data is to be operated on, a pointer to an XieProcessDomain +structure must still be provided, with the phototag field set to zero (0); the offset_x and +offset_y fields are ignored. + +operator is the logical predicate operator used in the comparison. The valid operators for the +Compare process element are: + +Operator +src1 (operator) src2 +src1 (operator) constant +xieValLT +src1 * src2 +src1 * constant +xieValLE +src1 * src2 +src1 * constant +xieValEQ +src1 * src2 +src1 * constant +xieValNE +src1 * src2 +src1 * constant +xieValGT +src1 * src2 +src1 * constant +xieValGE +src1 * src2 +src1 * constant + +combine is a Boolean that determines whether the comparison should be done on a per-band basis +or on an all-bands basis. Only bands selected by band_mask are subject to processing. Other bands +present in the image are passed through to the output. For example, a band_mask of 0012 indicates +that only the least significant band would be processed; operating on all bands requires a +band_mask of 1112. + +If combine is True or src1 is single band, the output data will form a single Boolean bitmap. If +src1 is triple band and combine is False, the output data will yield three separate boolean +bitmaps (for this case band_mask must specify all bands). + +If src1 is triple band and combine is True, only the EQ and NE operators are allowed; equality is +established for each band selected by band_mask, and then the result is logically ANDed to derive +equality (inequality is a logical NOT of this result). For this case, width and height must match for all +bands selected by band_mask. + +The relationship between combine and data class dependencies is given in the following table: + +combine +input class +band_mask +output class +True +single band +n/a +single band + +triple band +selected bands +single band +False +single band +n/a +single band + +triple band +all bands +triple band +Output Attributes +Class see Description +Type constrained +Width same as src1 +Height same as src1 +Levels 2 per band (see Description) +Structures +XieFloCompare sets the XiePhotoElement structure field elemType to +xieElemCompare, which identifies the element as a Compare, and sets the fields of the member +structure Compare using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef float XieConstant[3]; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src1; + XiePhototag src2; + XieProcessDomain domain; + XieConstant constant; + XieCompareOp operator; + Bool combine; + unsigned int band_mask; + } Compare; + ... + } data; +} XiePhotoElement; + +/* Definitions of Compare Operators */ +#define xieValLT 1 +#define xieValLE 2 +#define xieValEQ 3 +#define xieValNE 4 +#define xieValGT 5 +#define xieValGE 6 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Class differs between src1 and src2 or +invalid combination of operator and combine or +triple band, and combine is false, and band_mask incomplete +xieErrNoFloOperator Invalid operator +xieErrNoFloSource Invalid src1 or src2 + XIElib - Photoflo Element Functions XieFloConstrain +Name +XieFloConstrain - specify a Constrain element and set its parameters +Syntax +void XieFloConstrain (element, src, levels, constrain_tech, +constrain_param) +XiePhotoElement *element; +XiePhototag src; +XieLevels levels; +XieConstrainTechnique constrain_tech; +XiePointer constrain_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +levels Specifies the number of quantization levels desired in the output data. +constrain_tech Specifies the technique to be used when constraining the data. +constrain_param Specifies the list of additional parameters required by constrain. +Description +A Constrain element applies a quantization model to the image data to convert the data to a fixed +number of quantization levels. Application of the quantization model may involve steps such as range +shifting, scaling, clipping, and rounding. + +src is the phototag of the element supplying source data. A phototag is the position or index of an +element within an array of elements used to specify a photoflo; the first element in the array has a +phototag value of one (1). Levels is the number of quantization levels desired in the output data. +constrain_tech specifies the constrain technique to be used when constraining the data. +constrain_param is the list of additional parameters required by constrain_tech. + +If the input image is already constrained, the data will be reconstrained. + +One of the following standard constrain technique values can be assigned to constrain_tech : + +xieValConstrainClipScale +xieValConstrainHardClip + +If a vendor defined additional private constrain techniques, the values given to these techniques can +be assigned to constrain_tech. +Output Attributes +Class same as src +Type constrained +Width same as src +Height same as src +Levels levels +Structures +XieFloConstrain sets the XiePhotoElement structure field elemType to +xieElemConstrain, which identifies the element as a Constrain, and sets the fields of the +member structure Constrain using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef unsigned long XieLevels[3]; +typedef unsigned XieConstrainTechnique; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieLevels levels; + XieConstrainTechnique constrain_tech; + XiePointer constrain_param; + } Constrain; + ... + } data; +} XiePhotoElement; + +/* Definitions for ConstrainTechniques */ +#define xieValConstrainClipScale 2 +#define xieValConstrainHardClip 4 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid constrain_tech or constrain_param +See Also +XieTecClipScale + XIElib - Photoflo Element Functions XieFloConvertFromIndex +Name +XieFloConvertFromIndex - specify a ConvertFromIndex element and set its parameters +Syntax +void XieFloConvertFromIndex (element, src, colormap, data_class, +precision) +XiePhotoElement *element; +XiePhototag src; +Colormap colormap; +XieDataClass data_class; +unsigned int precision; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +colormap Specifies the Colormap from which to obtain output pixel values. +data_class Specifies whether the output data is single band or triple band. +precision Specifies the number of bits to be used from colormap's RGB +values. +Description +A ConvertFromIndex element converts Colormap index data into achromatic or trichromatic data. + +data_class specifies whether the output data is single band or triple band and can be set to one of +the following standard data class values: + +xieValSingleBand +xieValTripleBand + +If data_class is single band and a trichromatic colormap is specified (static color, pseudo color, +true color, or direct color), the gray shade for each pixel is taken from the red values in colormap. +If data_class is triple band and an achromatic colormap is specified (static gray or gray scale), +the red band will be replicated to populate the green and blue output bands. + +The depth of colormap must match the Levels attribute of src (that is, 2depth must equal Levels). +Output Attributes +Class data_class +Type constrained +Width same as src +Height same as src +Levels 2precision (per band) +Structures +XieFloConvertFromIndex sets the XiePhotoElement structure field elemType to +xieElemConvertFromIndex, which identifies the element as a ConvertFromIndex, and sets the +fields of the member structure ConvertFromIndex using the arguments in the argument list. + +typedef unsigned XieDataClass; +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + Colormap colormap; + XieDataClass data_class; + unsigned int precision; + } ConvertFromIndex; + ... + } data; +} XiePhotoElement; + +/* Definitions of DataClass */ +#define xieValSingleBand 1 +#define xieValTripleBand 2 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloColormap Invalid colormap +xieErrNoFloMatch Levels of src do not match depth of colormap +xieErrNoFloSource Invalid src +xieErrNoFloValue Invalid data_class or precision + XIElib - Photoflo Element Functions XieFloConvertFromRGB +Name +XieFloConvertFromRGB - specify a ConvertFromRGB element and set its parameters +Syntax +void XieFloConvertFromRGB (element, src, color_space, color_param) +XiePhotoElement *element; +XiePhototag src; +XieColorspace color_space; +XiePointer color_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data (RGB assumed). +color_space Specifies the technique to be used in the conversion. +color_param Specifies the list of additional parameters required by color_space. +Description +A ConvertFromRGB element converts RGB source data to an alternate colorspace. + +The source data must be triple band, and all bands must have equal dimensions. The type and levels +of the output data are determined by the color_space's technique parameters. All other attributes +are inherited from src. + +ConvertFromRGB techniques define the trichromatic colorspaces known to a ConvertFromRGB +element. One of the following standard ConvertFromRGB technique values can be assigned to +color_space: + +xieValRGBToCIELab +xieValRGBToCIEXYZ +xieValRGBToYCbCr +xieValRGBToYCC + +If a vendor defined additional private ConvertFromRGB techniques, the private technique values +given to these techniques can be assigned to color_space. +Output Attributes +Class triple band +Type color_space dependent +Width same as src +Height same as src +Levels color_space dependent +Structures +XieFloConvertFromRGB sets the XiePhotoElement structure field elemType to +xieElemConvertFromRGB, which identifies the element as a ConvertFromRGB, and sets the +fields of the member structure ConvertFromRGB using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef unsigned XieColorspace; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieColorspace color_space; + XiePointer color_param; + } ConvertFromRGB; + ... + } data; +} XiePhotoElement; + +/* Definitions for Colorspace Conversions */ +#define xieValRGBToCIELab 2 +#define xieValRGBToCIEXYZ 4 +#define xieValRGBToYCbCr 6 +#define xieValRGBToYCC 8 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloMatch src is not triple band or +unequal inter-band dimensions +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid color_space or color_param +See Also +XieFloConvertToRGB, XieTecRGBToCIELab, XieTecRGBToCIEXYZ, XieTecRGBToYCbCr, +XieTecRGBToYCC + XIElib - Photoflo Element Functions XieFloConvertToIndex +Name +XieFloConvertToIndex - specify a ConvertToIndex element and set its parameters +Syntax +void XieFloConvertToIndex (element, src, colormap, color_list, +notify, color_alloc_tech, color_alloc_param) +XiePhotoElement *element; +XiePhototag src; +Colormap colormap; +XieColorList color_list; +Bool notify; +XieColorAllocTechnique color_alloc_tech; +XiePointer color_alloc_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying the constrained source data. +colormap Specifies the Colormap from which to obtain output pixel values. +color_list Specifies the list where Colormap indices are to be stored. +notify Specifies whether to enable sending ColorAlloc events. +color_alloc_tech Specifies the desired color allocation technique. +color_alloc_param Specifies the list of additional parameters required by +color_alloc_tech. +Description +A ConvertToIndex element allocates and/or matches colors or gray shades, as required, from a +Colormap. It produces pixel indices as output data, and records indices that it allocates in +color_list. + +The specified color_alloc_tech technique may generate a ColorAlloc event to warn the +client that results are of lesser fidelity than desired. Notify allows the client to be notified about +inferior results from color allocation or matching. + +src is the phototag of the element supplying constrained source data. A phototag is the position or +index of an element within an array of elements used to specify a photoflo; the first element in the +array has a phototag value of one (1). Colormap is the Colormap from which colors or gray shades +are allocated and/or matched. Color_list is the list where allocated Colormap indices are to be stored. +color_alloc_tech specifies the desired color allocation technique. color_alloc_params is +the list of additional parameters required by color_alloc_tech. + +color_list is purged of any colors it already contains when photoflo execution begins. Allocated +Colormap indices can be freed using XiePurgeColorList, XieDestroyColorList, or by +making color_list the target of an active photoflo. Care must be taken to ensure that +color_list is not referenced by more than one executing photoflo at any time; it is a protocol +error to allow more than one executing photoflo access the same color_list. + +ColorAlloc techniques define the recognized color allocation techniques used by the ConvertToIndex +element. One of the following standard ColorAlloc technique values can be assigned to +color_alloc_tech: + +xieValColorAllocDefault +xieValColorAllocAll +xieValColorAllocMatch +xieValColorAllocRequantize + +If a vendor defined additional private ColorAlloc techniques, the private technique values given to +these techniques can be assigned to color_alloc_tech. + +The server is required to support the default technique that is bound to one of the standard techniques +defined or a private technique. +Output Attributes +Class single band +Type constrained +Width same as src +Height same as src +Levels 2depth (that is, colormap depth) +Structures +XieFloConvertToIndex sets the XiePhotoElement structure field elemType to +xieElemConvertToIndex, which identifies the element as a ConvertToIndex, and sets the fields +of the member structure ConvertToIndex using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef XID XieColorList; +typedef unsigned XieColorAllocTechnique; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + Colormap colormap; + XieColorList color_list; + Bool notify; + XieColorAllocTechnique color_alloc_tech; + XiePointer color_alloc_param; + } ConvertToIndex; + ... + } data; +} XiePhotoElement; + +/* Definitions for ColorAlloc Techniques */ +#define xieValColorAllocDefault 0 +#define xieValColorAllocAll 2 +#define xieValColorAllocMatch 4 +#define xieValColorAllocRequantize 6 +Errors +xieErrNoFloAccess color_list already being used by another active photoflo +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloColorlist Invalid color_list +xieErrNoFloColormap Invalid colormap +xieErrNoFloMatch Unequal inter-band dimensions +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid color_alloc_tech or color_alloc_param +See Also +XieCreateColorList, XiePurgeColorList, XieDestroyColorList +XieTecColorAllocAll, XieTecColorAllocMatch, XieTecColorAllocRequantize + XIElib - Photoflo Element Functions XieFloConvertToRGB +Name +XieFloConvertToRGB - specify a ConvertToRGB element and set its parameters +Syntax +void XieFloConvertToRGB (element, src, color_space, color_param) +XiePhotoElement *element; +XiePhototag src; +XieColorspace color_space; +XiePointer color_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +color_space Specifies the technique that will be used for the conversion. +color_param Specifies the list of additional parameters required by color_space. +Description +A ConvertToRGB element converts alternate colorspace source data into RGB data. + +The source data must be triple band, and all bands must have equal dimensions. The type and levels +of the output data are determined by the color_space's technique parameters. All other attributes +are inherited from src. + +ConvertToRGB techniques define the trichromatic colorspaces known to a ConvertToRGB element. +One of the following standard ConvertFromRGB technique values can be assigned to +color_space: + +xieValCIELabToRGB +xieValCIEXYZToRGB +xieValYCbCrToRGB +xieValYCCToRGB + +If a vendor defined additional private ConvertToRGB techniques, the private technique values given +to these techniques can be assigned to color_space. +Output Attributes +Class triple band +Type color_space dependent +Width same as src +Height same as src +Levels color_space dependent +Structures +XieFloConvertToRGB sets the XiePhotoElement structure field elemType to +xieElemConvertToRGB, which identifies the element as a ConvertToRGB, and sets the fields of +the member structure ConvertToRGB using the arguments in the argument list. + +typedef unsigned XieColorspace; +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieColorspace color_space; + XiePointer color_param; + } ConvertToRGB; + ... + } data; +} XiePhotoElement; + +/* Definitions for Colorspace Conversions */ +#define xieValCIELabToRGB 2 +#define xieValCIEXYZToRGB 4 +#define xieValYCbCrToRGB 6 +#define xieValYCCToRGB 8 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloMatch src is not triple band or +unequal inter-band dimensions +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid color_space or color_param +See Also +XieTecCIELabToRGB, XieTecCIEXYZToRGB, XieTecYCbCrToRGB, XieTecYCCToRGB, +XieConvertFromRGB + XIElib - Photoflo Element Functions XieFloConvolve +Name +XieFloConvolve - specify a Convolve element and set its parameters +Syntax +void XieFloConvolve (element, src, domain, kernel, kernel_size, +band_mask, convolve_tech, convolve_param) +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +float *kernel; +int kernel_size; +unsigned int band_mask; +XieConvolveTechnique convolve_tech; +XiePointer convolve_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +domain Specifies the subset of the image that will be operated on. +kernel Specifies the coefficients used in the convolution process. +kernel_size Specifies the dimension of kernel. +band_mask Specifies which bands are to be operated on. +convolve_tech Specifies the technique for handling edge conditions. +convolve_param Specifies the list of additional parameters required by +convolve_tech. +Description +A Convolve element produces output data by convolving each input pixel value (and surrounding +area) with the specified convolution kernel. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. If the entire source data is to be operated on, a pointer to an XieProcessDomain +structure must still be provided, with the phototag field set to zero (0); the offset_x and +offset_y fields are ignored. + +kernel represents a square array of float data that has odd dimensions. Thus, a single dimension is +used to specify kernel_size. + +Only bands selected by the band_mask are subject to processing. Other bands present in the image +are passed through to the output. For example, a band_mask of 0012 indicates that only the least +significant band would be processed; operating on all bands requires a band_mask of 1112. Using +band_mask to select source data that have two (2) or less levels is not permitted. + +All output data attributes are inherited from the source data. + +Convolve techniques provide various methods of handling edge conditions. These techniques +determine what pixel values are used when Convolve requires data beyond the image bounds. One of +the following standard convolve technique values can be assigned to convolve_tech: + +xieValConvolveDefault +xieValConvolveConstant +xieValConvolveReplicate + +If a vendor defined additional private convolve techniques, the private technique values given to these +techniques can be assigned to convolve_tech. + +The server is required to support the default technique that is bound to one of the standard techniques +defined above or a private technique. +Output Attributes +Class same as src +Type same as src +Width same as src +Height same as src +Levels same as src +Structures +XieFloConvolve sets the XiePhotoElement structure field elemType to +xieElemConvolve, which identifies the element as a Convolve, and sets the fields of the member +structure Convolve using the arguments in the argument list. + +typedef unsigned XieConvolveTechnique; +typedef unsigned XiePhototag; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieProcessDomain domain; + float *kernel; + int kernel_size; + unsigned int band_mask; + XieConvolveTechnique convolve_tech; + XiePointer convolve_param; + } Convolve; + ... + } data; +} XiePhotoElement; + +/* Definitions for ConvolveTechniques */ +#define xieValConvolveDefault 0 +#define xieValConvolveConstant 2 +#define xieValConvolveReplicate 4 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Selected source data are bitonal +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid convolve_tech or convolve_param +xieErrNoFloValue Invalid kernel_size (for example, not odd) +See Also +XieTecConvolveConstant + XIElib - Photoflo Element Functions XieFloDither +Name +XieFloDither - specify a Dither element and set its parameters +Syntax +void XieFloDither (element, src, band_mask, levels, dither_tech, +dither_param) +XiePhotoElement *element; +XiePhototag src; +unsigned int band_mask; +XieLevels levels; +XieDitherTechnique dither_tech; +XiePointer dither_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +band_mask Specifies which bands are to be operated on. +levels Specifies the number of levels desired in the output data. +dither_tech Specifies the desired dither technique. +dither_param Specifies the list of additional parameters required by dither_tech. +Description +The Dither element is used to reduce the number of quantization levels in an image. It accomplishes +this by affecting adjacent pixels (area affect) to make up for the lack of depth resolution. + +Only bands selected by the band_mask are subject to processing. Other bands present in the image +are passed through to the output. For example, a band_mask of 0012 indicates that only the least +significant band would be processed; operating on all bands requires a band_mask of 1112. Using +band_mask to select source data that have two (2) or less levels is not permitted. + +The source data must be constrained. + +Dither techniques define the technique that can be used to dither an image. One of the following +standard dither technique values can be assigned to dither_tech: + +xieValDitherDefault +xieValDitherErrorDiffusion +xieValDitherOrdered + +If a vendor defined additional private dither techniques, the private technique values given to these +techniques can be assigned to dither_tech. + +The server is required to support the default technique that is bound to one of the standard techniques +defined or a private technique. +Output Attributes +Class same as src +Type constrained +Width same as src +Height same as src +Levels levels +Structures +XieFloDither sets the XiePhotoElement structure field elemType to xieElemDither, +which identifies the element as a Dither, and sets the fields of the member structure Dither using +the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef unsigned long XieLevels[3]; +typedef unsigned XieDitherTechnique; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieLevels levels; + unsigned int band_mask; + XieDitherTechnique dither_tech; + XiePointer dither_param; + } Dither; + ... + } data; +} XiePhotoElement; + +/* Definitions for DitherTechniques */ +#define xieValDitherDefault 0 +#define xieValDitherErrorDiffusion 2 +#define xieValDitherOrdered 4 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Unconstrained src data or +selected source data are bitonal +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid dither_tech or dither_param +xieErrNoFloValue Invalid output levels: less than two or greater than src levels +See Also +XieTecDitherOrdered + XIElib - Photoflo Element Functions XieFloGeometry +Name +XieFloGeometry - specify a Geometry element and set its parameters +Syntax +void XieFloGeometry (element, src, width, height, coefficients, +constant, band_mask, sample_tech, sample_param) +XiePhotoElement *element; +XiePhototag src; +unsigned int width; +unsigned int height; +float coefficients[6]; +XieConstant constant; +unsigned int band_mask; +XieGeometryTechnique sample_tech; +XiePointer sample_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +width Specifies the horizontal dimension of the output data. +height Specifies the vertical dimension of the output data. +coefficients Specifies an affine transformation to be applied to pixels in src. +constant Specifies the fill value used for output pixels that do not map back to a +src pixel. +band_mask Specifies which bands are to be operated on. +sample_tech Specifies the technique to be used for retrospectively resampling src. +sample_param Specifies the list of additional parameters required by sample_tech. +Description +A Geometry element is used to perform geometric transformations on image data. Linear geometric +resampling operations are implemented, such as: crop, mirror, scale, shear, rotate, translate, and +combinations thereof. + +A Geometry element can be visualized as stepping through each possible output pixel location in turn +and computing the location from which to obtain each input pixel value. Each pixel (x',y') in the +output image is mapped to the coordinate location (x,y) in src by: + + + +The coordinate mapping coefficients (a,b,c,d,tx,ty), together with the output width and +height, fully specify the geometric transformation. The following briefly (and approximately) +summarizes the intuitive role of each parameter: + +a, d Scaling parameters. Increasing a and d will make the output image appear smaller, +whereas decreasing them will make the output pixels appear larger. +b, c Rotation/skew parameters. If b and c are zero, the output image will be a rectangular +scaling of the input image. If a and d are both zero, b is one, and c is negative one, the +image will appear rotated. The magnitude of b and c will affect scaling as well if a and d +are zero. If more than two of (a,b,c,d) are nonzero, the effect is complicated. The image +may appear skewed and scaled. +tx, ty Translation parameters. Used to specify the offset between input and output coordinate +systems. +width, height These specify the output image dimensions of the selected band(s). Note that +increasing the output image height and width over the input image size will not by itself +cause magnification * if a and d are one (1) and b and c are zero (0), the output image +will have the same appearance as the input, except that the borders will shrink or +expand (as determined by width and height) and new areas of the image will be filled +with constant. + +The region to be cropped in the input image is implicitly defined by the dimensions of the output +image and the mapping from output to input coordinates. Depending on the size of the input and +output images, the amount of scaling specified, and the amount of translation in the mapping, pixels +in the output image may map off the edge of the input image and the constant value is used. + +Trichromatic image bands can be operated individually, all together, or in any combination, using +band_mask. Since applying the same (a,b,c,d,tx,ty) mapping to inputs with diverse sizes will specify +different transformations, operating on all bands in unison (band_mask of 1112) is most appropriate +if the dimensions of all bands are equal. + +Often a given output pixel location (x,y) will not correspond exactly to a single pixel in the input +image. The sample_tech technique is used to determine how the input data will be interpolated to +produce each output pixel value. One of the following standard geometry technique values can be +assigned to sample_tech: + +xieValGeomDefault +xieValGeomAntialias +xieValGeomAntialiasByArea +xieValGeomAntialiasByLPF +xieValGeomBilinearInterp +xieValGeomGaussian +xieValGeomNearestNeighbor + +If a vendor defined additional private geometry techniques, the private technique values given to these +techniques can be assigned to sample_tech. + +The server is required to support the default technique that is bound to one of the standard techniques +defined or a private technique. +Output Attributes +Class same as src +Type same as src +Width width +Height height +Levels same as src +Structures +XieFloGeometry sets the XiePhotoElement structure field elemType to +xieElemGeometry, which identifies the element as a Geometry, and sets the fields of the member +structure Geometry using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef float XieConstant[3]; +typedef unsigned XieGeometryTechnique; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + unsigned int width; + unsigned int height; + float coefficients[6]; + XieConstant constant; + unsigned int band_mask; + XieGeometryTechnique sample_tech; + XiePointer sample_param; + } Geometry; + ... + } data; +} XiePhotoElement; + +/* Definitions for GeometryTechniques */ +#define xieValGeomDefault 0 +#define xieValGeomAntialias 2 +#define xieValGeomAntialiasByArea 4 +#define xieValGeomAntialiasByLPF 6 +#define xieValGeomBilinearInterp 8 +#define xieValGeomGaussian 10 +#define xieValGeomNearestNeighbor 12 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid sample_tech or sample_param +xieErrNoFloValue Invalid coefficients +See Also +XieTecGeomAntialiasByArea, XieTecGeomAntialiasByLowpass, XieTecGeomGaussian, +XieTecGeomNearestNeighbor + XIElib - Photoflo Element Functions XieFloLogical +Name +XieFloLogical - specify a Logical element and set its parameters +Syntax +void XieFloLogical (element, src1, src2, domain, constant, operator, +band_mask) +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XieProcessDomain *domain; +XieConstant constant; +unsigned long operator; +unsigned int band_mask; +Arguments +element Specifies the XiePhotoElement structure to use. +src1 Specifies the first data source. +src2 Specifies the second data source. +domain Specifies the subset of source data that will be operated on. +constant Specifies the constant data source. +operator Specifies the logical operator to be used. +band_mask Specifies which bands are to be operated on. +Description +A Logical element performs per-pixel bitwise operations on a single data source, or between two data +sources, or between a single data source and a constant. + +When two sources are involved, src1 and src2 are the phototags of the elements supplying source +data; constant is ignored. A phototag is the position or index of an element within an array of +elements used to specify a photoflo; the first element in the array has a phototag value of one (1). If +the operation is to involve a constant, src1 is one operand, src2 must be zero, and constant is +used as the other operand. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. If the entire source data is to be operated on, a pointer to an XieProcessDomain +structure must still be provided, with the phototag field set to zero (0); the offset_x and +offset_y fields are ignored. + +The value of operator matches the GC-function values defined by the core protocol specification +for CreateGC. The output of a Logical element is determined by the number of data sources and +operator: + +GC function +monadic operation +dyadic operation +Clear +0 +0 +And +constant AND src1 +src2 AND src1 +AndReverse +constant AND (NOT src1) +src2 AND (NOT src1) +Copy +constant +src2 +AndInverted +(NOT constant) AND src1 +(NOT src2) AND src1 +NoOp +src1 +src1 +Xor +constant XOR src1 +src2 XOR src1 +Or +constant OR src1 +src2 OR src1 +Nor +(NOT constant) AND (NOT src1) +(NOT src2) AND (NOT src1) +Equiv +(NOT constant) XOR src1 +(NOT src2) XOR src1 +Invert +NOT src1 +NOT src1 +OrReverse +constant OR (NOT src1) +src2 OR (NOT src1) +CopyInverted +NOT constant +NOT src2 +OrInverted +(NOT constant) OR src1 +(NOT src2) OR src1 +Nand +(NOT constant) OR (NOT src1) +(NOT src2) OR (NOT src1) +Set +1 +1 + +Only bands selected by the band_mask are subject to processing. Other bands present in the image +are passed through to the output. For example, a band_mask of 0012 indicates that only the least +significant band would be processed; operating on all bands requires a band_mask of 1112. +Output Attributes +Class same as src1 +Type constrained +Width same as src1 +Height same as src1 +Levels same as src1 +Structures +XieFloLogical sets the XiePhotoElement structure field elemType to +xieElemLogical, which identifies the element as a Logical, and sets the fields of the member +structure Logical using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef float XieConstant[3]; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src1; + XiePhototag src2; + XieProcessDomain domain; + XieConstant constant; + int operator; + unsigned int band_mask; + } Logical; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Class or levels differ between src1 and src2, or +levels is not a power of 2, or +src1 or src2 in not constrained +xieErrNoFloOperator Invalid operator +xieErrNoFloSource Invalid src1 or src2 + XIElib - Photoflo Element Functions XieFloMatchHistogram +Name +XieFloMatchHistogram - specify a MatchHistogram element and set its parameters +Syntax +void XieFloMatchHistogram (element, src, domain, shape, shape_param) +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +XieHistogramShape shape; +XiePointer shape_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +domain Specifies the subset of source data that will be operated on. +shape Specifies the form of the desired output data histogram. +shape_param Specifies the list of additional parameters required by shape. +Description +A MatchHistogram element produces output data that differ from the source data in terms of its pixel +value distribution, or histogram. It allows the client to specify the desired shape of the resulting data's +histogram (algorithmic description of resulting histogram shape). + +The source data must be constrained and single band, and it must have three or more levels. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. Only data that intersects with the subset specified by domain is included in the histogram, +and only that data will be affected in the result of the histogram matching operation: all other data +will pass through unchanged. If the entire source data is to be operated on, a pointer to an +XieProcessDomain structure must still be provided, with the phototag field set to zero (0); the +offset_x and offset_y fields are ignored. + +HistogramShape defines the various match-histogram shape techniques that can be requested by a +MatchHistogram element. One of the following standard match-histogram shape technique values +can be assigned to shape: + +xieValHistogramFlat +xieValHistogramGaussian +xieValHistogramHyperbolic + +If a vendor defined additional private match-histogram shape techniques, the private technique values +given to these techniques can be assigned to shape. +Output Attributes +Class single band +Type constrained +Width same as src +Height same as src +Levels same as src +Structures +XieFloMatchHistogram sets the XiePhotoElement structure field elemType to +xieElemMatchHistogram, which identifies the element as a MatchHistogram, and sets the fields +of the member structure MatchHistogram using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef unsigned XieHistogramShape; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieProcessDomain domain; + XieHistogramShape shape; + XiePointer shape_param; + } MatchHistogram; + ... + } data; +} XiePhotoElement; + +/* Definitions for GeometryTechniques */ +#define xieValGeomDefault 0 +#define xieValGeomAntialias 2 +#define xieValGeomAntialiasByArea 4 +#define xieValGeomAntialiasByLPF 6 +#define xieValGeomBilinearInterp 8 +#define xieValGeomGaussian 10 +#define xieValGeomNearestNeighbor 12 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Invalid src data: unconstrained, triple band, or bitonal +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid shape or shape_param +See Also +XieTecHistogramGaussian, XieTecHistogramHyperbolic + XIElib - Photoflo Element Functions XieFloMath +Name +XieFloMath - specify a Math element and set its parameters +Syntax +void XieFloMath (element, src, domain, operator, band_mask) +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +XieMathOp operator; +unsigned int band_mask; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +domain Specifies the subset of source data that will be operated on. +operator Specifies the mathematical operation to be applied. +band_mask Specifies which bands are to be operated on. +Description +A Math element applies a single operand mathematical operation to the source data on a point-wise +basis. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. If the entire source data is to be operated on, a pointer to an XieProcessDomain +structure must still be provided, with the phototag field set to zero (0); the offset_x and +offset_y fields are ignored. + +Pixel computations that would lead to errors will yield valid server-dependent values (for example, +the log of a constrained pixel value of zero might result in a value of zero). Only bands selected by the +band_mask are subject to processing. Other bands present in the image are passed through to the +output. For example, a band_mask of 0012 indicates that only the least significant band would be +processed; operating on all bands requires a band_mask of 1112. Using band_mask to select +source data that have two (2) or less levels is not permitted. + +The following valid mathematical operations that can be invoked through the Math element: + +Operator +Meaning +xieValExp +exponential +xieValLn +natural logarithm +xieValLog2 +logarithm base 2 +xieValLog10 +logarithm base 10 +xieValSquare +square +xieValSqrt +square root + +All output data attributes are inherited from the source data. +Output Attributes +Class same as src +Type same as src +Width same as src +Height same as src +Levels same as src +Structures +XieFloMath sets the XiePhotoElement structure field elemType to xieElemMath, which +identifies the element as a Math, and sets the fields of the member structure Math using the +arguments in the argument list. + +typedef unsigned XiePhototag; +typedef unsigned XieMathOp; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieProcessDomain domain; + XieMathOp operator; + unsigned int band_mask; + } Math; + ... + } data; +} XiePhotoElement; + +/* Definitions of Math Operators */ +#define xieValExp 1 +#define xieValLn 2 +#define xieValLog2 3 +#define xieValLog10 4 +#define xieValSquare 5 +#define xieValSqrt 6 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Selected source data are bitonal +xieErrNoFloSource Invalid src +xieErrNoFloOperator Invalid operator + XIElib - Photoflo Element Functions XieFloPasteUp +Name +XieFloPasteUp - specify a PasteUp element and set its parameters +Syntax +void XieFloPasteUp (element, width, height, constant, tiles, +tile_count) +XiePhotoElement *element; +unsigned int width; +unsigned int height; +XieConstant constant; +XieTile *tiles +unsigned int tile_count; +Arguments +element Specifies the XiePhotoElement structure to use. +width Specifies the full horizontal extent of the output data. +height Specifies the full vertical extent of the output data. +constant Specifies the fill value for output regions that do not intersect the +regions defined in tiles. +tiles Specifies a list of tile descriptors. +tile_count Specifies the number of tile descriptors in tiles. +Description +A PasteUp element is an N-input translate operation that outputs data constructed from various source +data tiles or a constant value. + +Each of the tiles specifies a src (the phototag of the element supplying source data), and the +coordinates, dst_x and dst_y, where the tile belongs in the output data. A phototag is the position +or index of an element within an array of elements used to specify a photoflo; the first element in the +array has a phototag value of one (1). + +Each region of the output data is defined by a tile's destination coordinates, dst_x and dst_y, and +its src dimensions. For output regions where no tile provides input, the value of constant is used. +If tiles overlap, a stacking-order rule defines which pixel value will be output: the last tile involved in +the overlap in the list of tiles will provide the output pixel. + +At least one tile must be supplied. Except for width and height, all attributes of each source tile +must match. In addition, for triple band input, inter-band dimensions within each tiles must +match. +Output Attributes +Class same as tiles +Type same as tiles +Width width +Height height +Levels same as tiles +Structures +XieFloPasteUp sets the XiePhotoElement structure field elemType to +xieElemPasteUp, which identifies the element as a PasteUp, and sets the fields of the member +structure PasteUp using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef float XieConstant[3]; +typedef struct { + XiePhototag src; + int dst_x; + int dst_y; +} XieTile; + +typedef struct { + int elemType; + union { + ... + struct { + unsigned int width; + unsigned int height; + XieConstant constant; + XieTile *tiles; + unsigned int tile_count; + } PasteUp; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloMatch Incompatible attributes between tiles or +unequal inter-band dimensions within a tile +xieErrNoFloSource Invalid source tiles or +no tiles were specified +See Also +XieFreePasteUpTiles + XIElib - Photoflo Element Functions XieFloPoint +Name +XieFloPoint - specify a Point element and set its parameters +Syntax +void XieFloPoint (element, src, domain, lut, band_mask) +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +XieLut lut; +unsigned int band_mask; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +domain Specifies the subset of source data that will be operated on. +lut Specifies the LUT resource supplying the lookup table. +band_mask Specifies which bands are to be operated on. +Description +A Point element maps source pixel values to output pixel values using a lookup table (LUT). + +src is the phototag of the element supplying constrained source data. A phototag is the position or +index of an element within an array of elements used to specify a photoflo; the first element in the +array has a phototag value of one (1). Lut is the phototag of the ImportClientLUT or ImportLUT +element supplying the lookup table data. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. If the entire source data is to be operated on, a pointer to an XieProcessDomain +structure must still be provided, with the phototag field set to zero (0); the offset_x and +offset_y fields are ignored. + +band_mask specifies which bands are to be operated on (all bands must be specified if lut is single +band and src is triple band). For example, a band_mask of 0012 indicates that only the least +significant band would be processed; operating on all bands requires a band_mask of 1112. + +The output is constrained, with the width and height taken from src and class and levels taken from +lut. When src is single band and lut is triple band, for the bands that are indicated by +band_mask, the output bands are remapped through their respective lut bands, whereas the other +bands are just replications of the single src band. If domain is used, the class and levels of lut +must match those of src. + +Each lut array must contain sufficient entries so that all potential pixel values found in src can +form a valid index into the array. Generally each src pixel value is used directly as an index into a +lut array. When triple band src data are remapped through a single band lut, however, pixel +values from all three src bands are combined to form an array index; for this case, width and height +must match for all bands. + +When a single band lut is used to remap triple band src data, the following presents the algorithm +for computing combined array indices: + +LUT band order +LUT indexing algorithm for combining pixel values +LSFirst +index = value[0] + value[1] x levels[0] + value[2] x levels[0] x levels[1] +MSFirst +index = value[2] + value[1] x levels[2] + value[0] x levels[2] x levels[1] +Output Attributes +Class same as lut +Type constrained +Width same as src +Height same as src +Levels same as lut +Structures +XieFloPoint sets the XiePhotoElement structure field elemType to xieElemPoint, +which identifies the element as a Point, and sets the fields of the member structure Point using the +arguments in the argument list. + +typedef XID XieLut; +typedef unsigned XiePhototag; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieProcessDomain domain; + XieLut lut; + unsigned int band_mask; + } Point; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Unconstrained src data, or +lut does not contain enough entries, or +lut is single band and src is triple band, but band_mask is +incomplete, or +domain is being used, but lut class or levels do not match those of +src +xieErrNoFloSource Invalid src or lut +See Also +XieFloImportLUT, XieFloImportClientLUT + XIElib - Photoflo Element Functions XieFloUnconstrain +Name +XieFloUnconstrain - specify an unconstrain element and set its parameters +Syntax +void XieFloUnconstrain (element, src) +XiePhotoElement *element; +XiePhototag src; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying constrained source data. +Description +An Unconstrain element produces unconstrained output data from constrained input data. +Output Attributes +Class same as src +Type unconstrained +Width same as src +Height same as src +Levels unknown +Structures +XieFloUnconstrain sets the XiePhotoElement structure field elemType to +xieElemUnconstrain, which identifies the element as an Unconstrain, and sets the fields of the +member structure Unconstrain using the arguments in the argument list. + +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + } Unconstrain; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloMatch Unconstrained src data +xieErrNoFloSource Invalid src +See Also +XieFloConstrain + XIElib - Photoflo Element Functions XieFloExportClientHistogram +Name +XieFloExportClientHistogram - specify an ExportClientHistogram element and set its parameters +Syntax +void XieFloExportClientHistogram (element, src, domain, notify) +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +XieExportNotify notify; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying single band constrained source data. +domain Specifies the subset of the source data from which the distribution will +be generated. +notify Specifies whether to enable sending an ExportAvailable event. +Description +An ExportClientHistogram element generates a histogram of the pixel values found in the source +data. It prepares histogram data that can be retrieved by the client using XieGetClientData. An +event can be requested that will notify the client when histogram data becomes available. + +The data generated for the client is a list of XieHistogramData where each entry consists of a +value (that is, a pixel value) followed by the count of pixels found with that value. If the number of +pixels for a given value exceeds the capacity of count, that count will be returned at the maximum +value (that is, 232 - 1). Pixel values that are not found in the data are not included in the histogram +data: no entries are returned where count is zero. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. Only data that intersects with the subset specified by domain is included in the histogram. +If the entire source data is to be operated on, a pointer to an XieProcessDomain structure must +still be provided, with the phototag field set to zero (0); the offset_x and offset_y fields are +ignored. + +One of three standard export notify values can be assigned to notify: + +xieValDisable +xieValFirstData +xieValNewData + +If notify was specified as xieValFirstData, this event will be sent only the first time data +become available; otherwise, if xieValNewData was specified, this event will be generated each +time the amount of data available changes from zero to nonzero. +Structures +XieFloExportClientHistogram sets the XiePhotoElement structure field elemType to +xieElemExportClientHistogram, which identifies the element as an ExportClientHistogram, +and sets the fields of the member structure ExportClientHistogram using the arguments in the +argument list. + +typedef unsigned XieExportNotify; +typedef unsigned XiePhototag; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; +typedef struct { + unsigned long value; + unsigned long count; +} XieHistogramData; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieProcessDomain domain; + XieExportNotify notify; + } ExportClientHistogram; + ... + } data; +} XiePhotoElement; + +/* Definitions of ExportNotify */ +#define xieValDisable 1 +#define xieValFirstData 2 +#define xieValNewData 3 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Unconstrained src data or +triple band src data +xieErrNoFloSource Invalid src +xieErrNoFloValue Invalid notify +See Also +XieGetClientData + XIElib - Photoflo Element Functions XieFloExportClientLUT +Name +XieFloExportClientLUT - specify an ExportClientLUT element and set its parameters +Syntax +void XieFloExportClientLUT (element, src, band_order, notify, start, +length) +XiePhotoElement *element; +XiePhototag src; +XieOrientation band_order; +XieExportNotify notify; +XieLTriplet start; +XieLTriplet length; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying lookup table data. +band_order Specifies the order of triple band arrays. +notify Specifies whether to enable sending an ExportAvailable event. +start Specifies the index of the first array entry that should be returned. +length Specifies the number of array entries that should be returned. +Description +An ExportClientLUT element allows data imported from an ImportLUT or an ImportClientLUT +element to be retrieved by the client. The actual transport of lookup table data through the protocol +stream is requested using XieGetClientData. + +One of three standard export notify values can be assigned to notify: + +xieValDisable +xieValFirstData +xieValNewData + +If notify was specified as xieValFirstData, this event will be sent only the first time data +become available; otherwise, if xieValNewData was specified, this event will be generated each +time the amount of data available changes from zero to nonzero. + +band_order is the order in which triple band arrays are transmitted through the protocol stream. +One of the following standard orientation values can be assigned to band_order: + +xieValLSFirst +xieValMSFirst + +The least significant band of trichromatic data is the first band mentioned in the common name of the +colorspace: for example, red is the least significant band of RGB data. For band-by-plane data, +band_order specifies whether this band corresponds with the least significant or most significant +LUT array. Each array is transported as a separate data stream: + +band +LSFirst +MSFirst +0 +R7R6R5R4R3R2R1R0 +B7B6B5B4B3B2B1B0 +1 +G7G6G5G4G3G2G1G0 +G7G6G5G4G3G2G1G0 +2 +B7B6B5B4B3B2B1B0 +R7R6R5R4R3R2R1R0 + +The size of each array entry is either 1, 2, or 4 bytes: the smallest size into which the output +quantization levels can be stored. When array entries require multiple bytes, the byte order per entry +is determined in the same manner as other numeric data: it is the byte orientation established at core +X connection setup time. +Structures +XieFloExportClientLUT sets the XiePhotoElement structure field elemType to +xieElemExportClientLUT, which identifies the element as an ExportClientLUT, and sets the +fields of the member structure ExportClientLUT using the arguments in the argument list. + +typedef unsigned XieExportNotify; +typedef unsigned XieOrientation; +typedef unsigned long XieLTriplet[3]; +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieOrientation band_order; + XieExportNotify notify; + XieLTriplet start; + XieLTriplet length; + } ExportClientLUT; + ... + } data; +} XiePhotoElement; + +/* Definitions of ExportNotify */ +#define xieValDisable 1 +#define xieValFirstData 2 +#define xieValNewData 3 + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloMatch start + length exceeds number of entries in an array +xieErrNoFloSource Invalid src +xieErrNoFloValue Invalid notify or band_order +See Also + XieFloImportLUT, XieFloImportClientLUT, XieGetClientData + XIElib - Photoflo Element Functions XieFloExportClientPhoto +Name +XieFloExportClientPhoto - specify an ExportClientPhoto element and set its parameters +Syntax +void XieFloExportClientPhoto (element, src, notify, encode_tech, +encode_param) +XiePhotoElement *element; +XiePhototag src; +XieExportNotify notify; +XieEncodeTechnique encode_tech; +XiePointer encode_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying constrained data. +notify Specifies whether to enable sending an ExportAvailable event. +encode_tech Specifies the technique to compress or format the exported data. +encode_param Specifies the list of additional parameters required by encode_tech. +Description +An ExportClientPhoto element makes image data available to the protocol stream. The attributes of +the exported data are determined by the attributes of the source data. The format of the data is +specified by the encode_tech technique and encode_param. The actual transport of image data +through the protocol stream is requested using XieGetClientData. + +One of three standard export notify values can be assigned to notify: + +xieValDisable +xieValFirstData +xieValNewData + +If notify was specified as xieValFirstData, this event will be sent only the first time data +become available; otherwise, if xieValNewData was specified, this event will be generated each +time the amount of data available changes from zero to nonzero. + +Encode techniques define the techniques that can be used to compress an image or format it as +uncompressed data. One of the following standard encode technique values can be assigned to +encode_tech: + +xieValEncodeServerChoice +xieValEncodeUncompressedSingle +xieValEncodeUncompressedTriple +xieValEncodeG31D +xieValEncodeG32D +xieValEncodeG42D +xieValEncodeJPEGBaseline +xieValEncodeJPEGLossless +xieValEncodeTIFF2 +xieValEncodeTIFFPackBits + +If a vendor defined additional private encode techniques, the private technique values given to these +techniques can be assigned to encode_tech. +Structures +XieFloExportClientPhoto sets the XiePhotoElement structure field elemType to +xieElemExportClientPhoto, which identifies the element as an ExportClientPhoto, and sets +the fields of the member structure ExportClientPhoto using the arguments in the argument list. + +typedef unsigned XieExportNotify; +typedef unsigned XiePhototag; +typedef unsigned XieEncodeTechnique; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieExportNotify notify; + XieEncodeTechnique encode_tech; + XiePointer encode_param; + } ExportClientPhoto; + ... + } data; +} XiePhotoElement; + +/* Definitions of ExportNotify */ +#define xieValDisable 1 +#define xieValFirstData 2 +#define xieValNewData 3 + +/* Definitions for EncodeTechniques */ +#define xieValEncodeServerChoice 1 +#define xieValEncodeUncompressedSingle 2 +#define xieValEncodeUncompressedTriple 3 +#define xieValEncodeG31D 4 +#define xieValEncodeG32D 6 +#define xieValEncodeG42D 8 +#define xieValEncodeJPEGBaseline 10 +#define xieValEncodeJPEGLossless 12 +#define xieValEncodeTIFF2 14 +#define xieValEncodeTIFFPackBits 16 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloMatch Unconstrained src data +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid encode_tech or encode_param +xieErrNoFloValue Invalid notify +See Also +XieGetClientData, XieFloExportClientPhoto, +XieTecEncodeUncompressedSingle, XieTecEncodeUncompressedTriple, XieTecEncodeG31D, +XieTecEncodeG32D, XieTecEncodeG42D, XieTecEncodeServerChoice, +XieTecEncodeJPEGBaseline, XieTecEncodeJPEGLossless, XieTecEncodeTIFF2, +XieTecEncodeTIFFPackBits + XIElib - Photoflo Element Functions XieFloExportClientROI +Name +XieFloExportClientROI - specify an ExportClientROI element and set its parameters +Syntax +void XieFloExportClientROI (element, src, notify) +XiePhotoElement *element; +XiePhototag src; +XieExportNotify notify; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying the list-of-rectangles. +notify Specifies whether to enable sending an ExportAvailable event. +Description +An ExportClientROI element allows a list-of-rectangles, imported using an ImportROI or an +ImportClientROI element, to be retrieved by the client. The actual transport of list-of-rectangles data +through the protocol stream is requested using a GetClientData element. + +One of three standard export notify values can be assigned to notify: + +xieValDisable +xieValFirstData +xieValNewData + +If notify was specified as xieValFirstData, this event will be sent only the first time data +become available; otherwise, if xieValNewData was specified, this event will be generated each +time the amount of data available changes from zero to nonzero. +Structures +XieFloExportClientROI sets the XiePhotoElement structure field elemType to +xieElemExportClientROI, which identifies the element as an ExportClientROI, and sets the +fields of the member structure ExportClientROI using the arguments in the argument list. + +typedef unsigned XieExportNotify; +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieExportNotify notify; + } ExportClientROI; + ... + } data; +} XiePhotoElement; + +/* Definitions of ExportNotify */ +#define xieValDisable 1 +#define xieValFirstData 2 +#define xieValNewData 3 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloSource Invalid src +xieErrNoFloValue Invalid notify +See Also +XieFloImportROI, XieFloImportClientROI, XieGetClientData + XIElib - Photoflo Element Functions XieFloExportDrawable +Name +XieFloExportDrawable - specify an ExportDrawable element and set its parameters +Syntax +void XieFloExportDrawable (element, src, drawable, gc, dst_x, dst_y) +XiePhotoElement *element; +XiePhototag src; +Drawable drawable; +GC gc; +int dst_x; +int dst_y; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying constrained source data. +drawable Specifies the Window or Pixmap into which the data will be written. +gc Specifies the GContext to be used when transferring pixels to +drawable. +dst_x Specifies where the data should be placed in drawable. +dst_y Specifies where the data should be placed in drawable. +Description +An ExportDrawable element allows Colormap index data to be exported to a Window or Pixmap. + +The following components are used from gc: function, plane-mask, subwindow-mode, clip-x-origin, +clip-y-origin, and clip-mask. + +The levels of src must exactly match the depth of drawable and gc (that is, levels must be +2depth). +Structures +XieFloExportDrawable sets the XiePhotoElement structure field elemType to +xieElemExportDrawable, which identifies the element as an ExportDrawable, and sets the +fields of the member structure ExportDrawable using the arguments in the argument list. + +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + Drawable drawable; + GC gc; + int dst_x; + int dst_y; + } ExportDrawable; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloDrawable Invalid drawable +xieErrNoFloGC Invalid gc +xieErrNoFloMatch Invalid src data: triple band, unconstrained, levels does not match +depth +xieErrNoFloSource Invalid src +See Also +XieFloExportDrawablePlane + XIElib - Photoflo Element Functions XieFloExportDrawablePlane +Name +XieFloExportDrawablePlane - specify an ExportDrawablePlane element and set its parameters +Syntax +void XieFloExportDrawablePlane (element, src, drawable, gc, dst_x, +dst_y) +XiePhotoElement *element; +XiePhototag src; +Drawable drawable; +GC gc; +int dst_x; +int dst_y; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying constrained bitonal source data. +drawable Specifies the Window or Pixmap into which the data will be written. +gc Specifies the GContext to be used when transferring pixels to +drawable. +dst_x Specifies where the data should be placed in drawable. +dst_y Specifies where the data should be placed in drawable. +Description +An ExportDrawablePlane element allows single-band single-bit (bitonal) data to be exported to a +Window or a Pixmap. + +The following components are used from gc: function, plane-mask, foreground, background, fill- +style, subwindow-mode, clip-x-origin, clip-y-origin, and clip-mask. For the fill-style component of +gc, values of FillSolid and FillTiled are treated as synonyms for FillOpaqueStippled. +Structures +XieFloExportDrawablePlane sets the XiePhotoElement structure field elemType to +xieElemExportDrawablePlane, which identifies the element as an ExportDrawablePlane, and +sets the fields of the member structure ExportDrawablePlane using the arguments in the +argument list. + +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + Drawable drawable; + GC gc; + int dst_x; + int dst_y; + } ExportDrawablePlane; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloDrawable Invalid drawable +xieErrNoFloGC Invalid gc +xieErrNoFloMatch Invalid src data: triple band, not constrained, levels > 2 +xieErrNoFloSource Invalid src +See Also +XieFloExportDrawable + XIElib - Photoflo Element Functions XieFloExportLUT +Name +XieFloExportLUT - specify an ExportLUT element and set its parameters +Syntax +void XieFloExportLUT (element, src, lut, merge, start) +XiePhotoElement *element; +XiePhototag src; +XieLut lut; +Bool merge; +XieLTriplet start; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying lookup table data. +lut Specifies the ID of the LUT to receive the data. +merge Specifies how new array entries replace existing entries. +start Specifies the index of the first array entry that should be written in +lut, per band. +Description +An ExportLUT element allows data imported from an ImportLUT or ImportClientLUT element to be +saved in an existing LUT resource. + +merge specifies that new array entries from src should replace entries that already exist within +lut. If merge is False, start must be zero for each band. In this case, lut will inherit the +attributes of src and be populated with its data; the previous attributes and data of lut are +overwritten when the photoflo completes. If merge is True and lut has existing attributes, the +data from src will replace the data from lut, beginning at position start. If merge is True,but +lut has not yet been populated, it is an error. + +The attributes of src must match those of lut, and the combination of start and the length of +src must specify a valid subrange existing within lut. +Structures +XieFloExportLUT sets the XiePhotoElement structure field elemType to +xieElemExportLUT, which identifies the element as an ExportLUT, and sets the fields of the +member structure ExportLUT using the arguments in the argument list. + +typedef XID XieLut; +typedef unsigned long XieLTriplet[3]; +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieLut lut; + Bool merge; + XieLTriplet start; + } ExportLUT; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloLUT Invalid lut +xieErrNoFloMatch merge true and attributes do not match between src and lut, or +merge true and start + src length is not a subrange of lut +xieErrNoFloSource Invalid src +xieErrNoFloValue merge false and start nonzero +See Also +XieFloImportLUT, XieFloImportClientLUT + XIElib - Photoflo Element Functions XieFloExportPhotomap +Name +XieFloExportPhotomap - specify an ExportPhotomap element and set its parameters +Syntax +void XieFloExportPhotomap (element, src, photomap, encode_tech, +encode_param) +XiePhotoElement *element; +XiePhototag src; +XiePhotomap photomap; +XieEncodeTechnique encode_tech; +XiePointer encode_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +photomap Specifies the ID of the photomap resource to receive the data. +encode_tech Specifies the image compression or formatting technique. +encode_param Specifies the list of additional parameters required by encode_tech. +Description +An ExportPhotomap element allows data from photoflo operations to be saved in a photomap. A +photomap is a server resource that can be used to store image data. + +photomap will inherit the attributes of src and be populated with its data. The previous attributes +and data of photomap are overwritten when the photoflo completes. + +Encode techniques define the techniques that can be used to compress an image or format it as +uncompressed data. One of the following standard encode technique values can be assigned to +encode_tech: + +xieValEncodeServerChoice +xieValEncodeUncompressedSingle +xieValEncodeUncompressedTriple +xieValEncodeG31D +xieValEncodeG32D +xieValEncodeG42D +xieValEncodeJPEGBaseline +xieValEncodeJPEGLossless +xieValEncodeTIFF2 +xieValEncodeTIFFPackBits + +If a vendor defined additional private encode techniques, the private technique values given to these +techniques can be assigned to encode_tech. +Structures +XieFloExportPhotomap sets the XiePhotoElement structure field elemType to +xieElemExportPhotomap, which identifies the element as an ExportPhotomap, and sets the +fields of the member structure ExportPhotomap using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef XID XiePhotomap; +typedef unsigned XieEncodeTechnique; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XiePhotomap photomap; + XieEncodeTechnique encode_tech; + XiePointer encode_param; + } ExportPhotomap; + ... + } data; +} XiePhotoElement; + +/* Definitions for EncodeTechniques */ +#define xieValEncodeServerChoice 1 +#define xieValEncodeUncompressedSingle 2 +#define xieValEncodeUncompressedTriple 3 +#define xieValEncodeG31D 4 +#define xieValEncodeG32D 6 +#define xieValEncodeG42D 8 +#define xieValEncodeJPEGBaseline 10 +#define xieValEncodeJPEGLossless 12 +#define xieValEncodeTIFF2 14 +#define xieValEncodeTIFFPackBits 16 +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloPhotomap Invalid photomap +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid encode_tech or encode_param +See Also +XieTecEncodeUncompressedSingle, XieTecEncodeUncompressedTriple, XieTecEncodeG31D, +XieTecEncodeG32D, XieTecEncodeG42D, XieTecEncodeServerChoice, +XieTecEncodeJPEGBaseline, XieTecEncodeTIFF2, XieTecEncodeTIFFPackBits + XIElib - Photoflo Element Functions XieFloExportROI +Name +XieFloExportROI - specify an ExportROI element and set its parameters +Syntax +void XieFloExportROI (element, src, roi) +XiePhotoElement *element; +XiePhototag src; +XieRoi roi; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying a list-of-rectangles. +roi Specifies the ID of the ROI resource to receive the data. +Description +An ExportROI element allows data imported from an ImportROI or ImportClientROI element to be +saved in an existing Rectangles-Of-Interest (ROI) resource. + +roi will be populated with new data. The previous data of roi are overwritten after the photoflo +completes. +Structures +XieFloExportROI sets the XiePhotoElement structure field elemType to +xieElemExportROI, which identifies the element as an ExportROI, and sets the fields of the +member structure ExportROI using the arguments in the argument list. + +typedef XID XieRoi; +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieRoi roi; + } ExportROI; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (for example, memory) +xieErrNoFloROI Invalid roi +xieErrNoFloSource Invalid src +See Also +XieFloImportROI, XieFloImportClientROI + XIElib - Technique Functions XieTecColorAllocAll +Name +XieTecColorAllocAll - allocate and fill an XieColorAllocAllParam structure +Syntax +XieColorAllocAllParam *XieTecColorAllocAll (fill) +unsigned long fill; +Arguments +fill Specifies thefill value to use for pixels which cannot be allocated. +Returns +The XieColorAllocAllParam structure. +Description +XieTecColorAllocAll allocates and returns a pointer to an XieColorAllocAllParam +structure. The returned structure represents the list of parameters required by the AllocAll color +allocation technique and may be used as the color_alloc_param argument of +XieFloConvertToIndex (when the color_alloc_tech argument is +xieValColorAllocAll). + +If insufficient memory is available, XieTecColorAllocAll returns NULL. To free the memory +allocated to this structure, use XFree. + +The AllocAll color allocation technique allocates a read-only Colormap cell for each new pixel found. +If the Colormap runs out of cells, the remaining new pixels are mapped to fill. A ColorAlloc +event, which warns the client that results are of lesser fidelity than desired, will be sent if it is +necessary to use fill, and the client has requested it (see XieFloConvertToIndex). AllocAll is +appropriate only for dynamic Colormaps and requires that the number of discrete image pixels fit +within the size of the Colormap to avoid running out of cells. +Structures +XieTecColorAllocAll sets the structure field fill to the value of the argument fill. + +typedef struct { + unsigned long fill; +} XieColorAllocAllParam; +See Also +XieFloConvertToIndex + XIElib - Technique Functions XieTecColorAllocMatch +Name +XieTecColorAllocMatch - allocate and fill an XieColorAllocMatchParam structure +Syntax +XieColorAllocMatchParam *XieTecColorAllocMatch (match_limit, +gray_limit) +double match_limit; +double gray_limit; +Arguments +match_limit Specifies the color allocation control value. +gray_limit Specifies the gray scale allocation control value. +Returns +The XieColorAllocMatchParam structure. +Description +XieTecColorAllocMatch allocates and returns a pointer to an +XieColorAllocMatchParam structure. The returned structure represents the list of parameters +required by the AllocMatch color allocation technique and may be used as the +color_alloc_param argument of XieFloConvertToIndex (when the +color_alloc_tech argument is xieValColorAllocMatch). + +If insufficient memory is available, XieTecColorAllocMatch returns NULL. To free the +memory allocated to this structure, use XFree. + +The AllocMatch color allocation technique allows a trade-off between image fidelity and Colormap +usage via a pair of granularity parameters. The highest priority is given to allocating read-only cells +in a sequence that provides an even distribution of pixels throughout the colorspace. Secondary +priority is given to the frequency of usage of image pixels. Any image pixel that is a close enough +match to an existing read-only cell will share that cell (where close is determined by the granularity +controls). For other image pixels, new read-only allocations are made. When no more cells are +available, each remaining image pixel is matched to the closest read-only cell. The AllocMatch color +allocation technique is appropriate for both static and dynamic Colormaps. For the sake of +computational efficiency the number of discrete image pixels should not exceed the size of the +Colormap. + +match_limit and gray_match control the allocation of colors and gray shades, respectively. The +minimum value (0.0) specifies exact matches (within the limits of the Colormap). The maximum +value (1.0) encompasses the entire colorspace within which no new cells are allocated. A +ColorAlloc event, which warns the client that results are of lesser fidelity than desired, can be +sent if the Colormap runs out of cells. +Structures +XieTecColorAllocMatch sets the structure field match_limit to the value of the argument +match_limit; and the structure field gray_limit to the value of the argument gray_limit. + +typedef struct { + float match_limit; + float gray_limit; +} XieColorAllocMatchParam; +See Also +XieFloConvertToIndex + XIElib - Technique Functions XieTecColorAllocRequantize +Name +XieTecColorAllocRequantize - allocate and fill an XieColorAllocRequantizeParam structure +Syntax +XieColorAllocRequantizeParam *XieTecColorAllocRequantize (max_cells) +unsigned long max_cells; +Arguments +max_cells Specifies the maximum number of Colormap allocations to allow. +Returns +The XieColorAllocRequantizeParam structure. +Description +XieTecColorAllocRequantize allocates and returns a pointer to an +XieColorAllocRequantizeParam structure. The returned structure represents the list of +parameters required by the AllocRequantize color allocation technique and may be used as the +color_alloc_param argument of XieFloConvertToIndex (when the +color_alloc_tech argument is xieValColorAllocRequantize). + +If insufficient memory is available, XieTecColorAllocRequantize returns NULL. To free the +memory allocated to this structure, use XFree. + +The AllocRequantize color allocation technique first reduces the total number of discrete pixel values +in the image to be no more than a specified number and then allocates the resulting pixel values as +read-only cells from the Colormap. One method of accomplishing this reduction process can be found +in "Color image quantization for frame buffer display" (Heckbert, P. S., Comput. Graph. 16, 3). + +If max_cells is zero or greater than the number of unallocated Colormap cells, the reduction +algorithm will restrict its output to the number of free cells. A ColorAlloc event, which warns the +client that results are of lesser fidelity than desired, can be sent if the number of pixels had to be +restricted to a lesser number than max_cells because of a lack of free Colormap cells. The +AllocRequantize color allocation technique is appropriate only for dynamic Colormaps. +Structures +XieTecColorAllocRequantize sets the structure field max_cells to the value of the +argument max_cells. + +typedef struct { + unsigned long max_cells; +} XieColorAllocRequantizeParam; +See Also +XieFloConvertToIndex + XIElib - Technique Functions XieTecRGBToCIELab +Name +XieTecRGBToCIELab - allocate and fill an XieRGBToCIELabParam structure +Syntax +XieRGBToCIELabParam *XieTecRGBToCIELab (matrix, white_adjust_tech, +white_adjust_param) +XieMatrix matrix; +XieWhiteAdjustTechnique white_adjust_tech; +XiePointer white_adjust_param; +Arguments +matrix Specifies the conversion matrix. +white_adjust_tech Specifies the WhiteAdjust technique to be used. +white_adjust_param Specifies the list of parameters required by white_adjust_tech. +Returns +The XieRGBToCIELabParam structure. +Description +XieTecRGBToCIELab allocates and returns a pointer to an XieRGBToCIELabParam structure. +The returned structure represents the list of parameters required by the RGBToCIELab color +conversion technique and may be used as the color_param argument of +XieFloConvertFromRGB (when the color_space argument is xieValRGBToCIELab). + +If insufficient memory is available, XieTecRGBToCIELab returns NULL. To free the memory +allocated to this structure, use XFree. + +XieTecRGBToCIELab converts RGB data to the CIELab colorspace, an international standard +designed for perceptual uniformity. The colorspace coordinates are denoted by L, a, and b and are +defined in CIE, Recommendations on Uniform Color Spaces, Color-Difference Equations, +Psychometric Color Terms (Bureau Central de la CIE [Supplement 2 of CIE Publication 15 (E-1.3.1) +1971], 1978). + +matrix is a 3x3 RGB-to-CIEXYZ conversion matrix (the source white point is also encoded in +matrix). white_adjust_tech is the WhiteAdjust technique that can be used to shift the white +point of the output data. white_adjust_param is the list of parameters required by +white_adjust_tech. + +The input data type can be constrained or unconstrained; the output data type is always +unconstrained. When the input is constrained, the data are normalized to the range [0, 1] (that is, +scaled by 1/(levels - 1) prior to the conversion). + +WhiteAdjust techniques define the white point adjustment techniques that can be used when +converting to or from the RGB colorspace. One of the following standard WhiteAdjust technique +values can be assigned to white_adjust_tech: + +xieValWhiteAdjustDefault +xieValWhiteAdjustNone +xieValWhiteAdjustCIELabShift + +If a vendor defined additional private WhiteAdjust techniques, the private technique values given to +these techniques can be assigned to white_adjust_tech. + +The server is required to support the default technique that is bound to one of the standard techniques +defined or a private technique. +Structures +XieTecRGBToCIELab sets the structure field matrix to the values of the argument matrix; the +structure field white_adjust_tech to the value of the argument white_adjust_tech; and +the structure field white_adjust_param to the value of the argument white_adjust_param. + +typedef float XieMatrix[9]; +typedef unsigned XieWhiteAdjustTechnique; +typedef struct { + XieMatrix matrix; + XieWhiteAdjustTechnique white_adjust_tech; + XiePointer white_adjust_param; +} XieRGBToCIELabParam; + +/* Definitions for WhiteAdjust Techniques */ +#define xieValWhiteAdjustDefault 0 +#define xieValWhiteAdjustNone 1 +#define xieValWhiteAdjustCIELabShift 2 +See Also +XieFloConvertFromRGB, XieTecWhiteAdjustCIELabShift + XIElib - Technique Functions XieTecRGBToCIEXYZ +Name +XieTecRGBToCIEXYZ - allocate and fill an XieRGBToCIEXYZParam structure +Syntax +XieRGBToCIEXYZParam *XieTecRGBToCIEXYZ (matrix, white_adjust_tech, +white_adjust_param) +XieMatrix matrix; +XieWhiteAdjustTechnique white_adjust_tech; +XiePointer white_adjust_param; +Arguments +matrix Specifies the conversion matrix. +white_adjust_tech Specifies the WhiteAdjust technique to be used. +white_adjust_param Specifies the list of parameters required by white_adjust_tech. +Returns +The XieRGBToCIEXYZParam structure. +Description +XieTecRGBToCIEXYZ allocates and returns a pointer to an XieRGBToCIEXYZParam structure. +The returned structure represents the list of parameters required by the RGBToCIEXYZ color +conversion technique and may be used as the color_param argument of +XieFloConvertFromRGB (when the color_space argument is xieValRGBToCIEXYZ). + +If insufficient memory is available, XieTecRGBToCIEXYZ returns NULL. To free the memory +allocated to this structure, use XFree. + +XieTecRGBToCIEXYZ converts RGB data to the CIEXYZ colorspace, an international standard +device-independent colorspace. + +matrix is a 3x3 RGB-to-CIEXYZ conversion matrix (the source white point is also encoded in +matrix). white_adjust_tech is the WhiteAdjust technique that can be used to shift the white +point of the output data. white_adjust_param is the list of parameters required by +white_adjust_tech. + +The input data type can be constrained or unconstrained; the output data type is always +unconstrained. When the input is constrained, the data are normalized to the range [0, 1] (that is, +scaled by 1/(levels - 1) prior to the conversion). + +WhiteAdjust techniques define the white point adjustment techniques that can be used when +converting to or from the RGB colorspace. One of the following standard WhiteAdjust technique +values can be assigned to white_adjust_tech: + +xieValWhiteAdjustDefault +xieValWhiteAdjustNone +xieValWhiteAdjustCIELabShift + +If a vendor defined additional private WhiteAdjust techniques, the private technique values given to +these techniques can be assigned to white_adjust_tech. + +The server is required to support the default technique that is bound to one of the standard techniques +defined or a private technique. +Structures +XieTecRGBToCIEXYZ sets the structure field matrix to the values of the argument matrix; the +structure field white_adjust_tech to the value of the argument white_adjust_tech; and +the structure field white_adjust_param to the value of the argument white_adjust_param. + +typedef float XieMatrix[9]; +typedef unsigned XieWhiteAdjustTechnique; +typedef struct { + XieMatrix matrix; + XieWhiteAdjustTechnique white_adjust_tech; + XiePointer white_adjust_param; +} XieRGBToCIEXYZParam; + +/* Definitions for WhiteAdjust Techniques */ +#define xieValWhiteAdjustDefault 0 +#define xieValWhiteAdjustNone 1 +#define xieValWhiteAdjustCIELabShift 2 +See Also +XieFloConvertFromRGB, XieTecWhiteAdjustCIELabShift + XIElib - Technique Functions XieTecRGBToYCbCr +Name +XieTecRGBToYCbCr - allocate and fill an XieRGBToYCbCrParam structure +Syntax +XieRGBToYCbCrParam *XieTecRGBToYCbCr (levels, luma_red, luma_green, +luma_blue, bias) +XieLevels levels; +double luma_red; +double luma_green; +double luma_blue; +XieConstant bias; +Arguments +levels Specifies the output levels. +luma_red Specifies the proportion of red in the luminance band. +luma_green Specifies the proportion of green in the luminance band. +luma_blue Specifies the proportion of blue in the luminance band. +bias Specifies an offset to add to the output pixels values. +Returns +The XieRGBToYCbCrParam structure. +Description +XieTecRGBToYCbCr allocates and returns a pointer to an XieRGBToYCbCrParam structure. +The returned structure represents the list of parameters required by the RGBToYCbCr color +conversion technique and may be used as the color_param argument of +XieFloConvertFromRGB (when the color_space argument is xieValRGBToYCbCr). + +If insufficient memory is available, XieTecRGBToYCbCr returns NULL. To free the memory +allocated to this structure, use XFree. + +XieTecRGBToYCbCr converts RGB data to the YCbCr colorspace. Source data may be constrained +or unconstrained; the output type will match. If the source data is constrained, levels determines +the output levels; otherwise levels is ignored. +Structures +XieTecRGBToYCbCr sets the structure field levels to the values of the argument levels; the +structure fields luma_red, luma_green, luma_blue to the values of the arguments luma_red, +luma_green, luma_blue; and the structure field bias to the values of the argument bias. + +typedef float XieConstant[3]; +typedef unsigned long XieLevels[3]; +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + XieConstant bias; +} XieRGBToYCbCrParam; +See Also +XieFloConvertFromRGB + XIElib - Technique Functions XieTecRGBToYCC +Name +XieTecRGBToYCC - allocate and fill an XieRGBToYCCParam structure +Syntax +XieRGBToYCCParam *XieTecRGBToYCC (levels, luma_red, luma_green, +luma_blue, scale) +XieLevels levels; +double luma_red; +double luma_green; +double luma_blue; +double scale; +Arguments +levels Specifies the output levels. +luma_red Specifies the proportion of red in the luminance band. +luma_green Specifies the proportion of green in the luminance band. +luma_blue Specifies the proportion of blue in the luminance band. +scale Specifies a compression factor to apply to the output pixels values. +Returns +The XieRGBToYCCParam structure. +Description +XieTecRGBToYCC allocates and returns a pointer to an XieRGBToYCCParam structure. The +returned structure represents the list of parameters required by the RGBToYCC color conversion +technique and may be used as the color_param argument of XieFloConvertFromRGB (when +the color_space argument is xieValRGBToYCC). + +If insufficient memory is available, XieTecRGBToYCC returns NULL. To free the memory allocated +to this structure, use XFree. + +XieTecRGBToYCC converts RGB data to the YCC colorspace. The PhotoYCC color-encoding +scheme is defined in: KODAK PhotoCD System - A Planning Guide for Developers (Eastman Kodak +Co., Part no. DCI200R, 1991). + +Source data may be constrained or unconstrained; the output type will match. If the source data is +constrained, levels determines the output levels; otherwise levels is ignored. Typical values +cited in the literature for scale are in the range of about 1.35 to 1.4. +Structures +XieTecRGBToYCC sets the structure field levels to the values of the argument levels; the +structure fields luma_red, luma_green, luma_blue are set to the values of the arguments +luma_red, luma_green, luma_blue; and the structure field scale to the value of the +argument scale. + +typedef unsigned long XieLevels[3]; +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + float scale; +} XieRGBToYCCParam; +See Also +XieFloConvertFromRGB + XIElib - Technique Functions XieTecCIELabToRGB +Name +XieTecCIELabToRGB - allocate and fill an XieCIELabToRGBParam structure +Syntax +XieCIELabToRGBParam *XieTecCIELabToRGB (matrix, white_adjust_tech, +white_adjust_param, gamut_tech, gamut_param) +XieMatrix matrix; +XieWhiteAdjustTechnique white_adjust_tech; +XiePointer white_adjust_param; +XieGamutTechnique gamut_tech; +XiePointer gamut_param; +Arguments +matrix Specifies the conversion matrix. +white_adjust_tech Specifies the WhiteAdjust technique to be used. +white_adjust_param Specifies the list of parameters required by white_adjust_tech. +gamut_tech Specifies the Gamut technique to be used. +gamut_param Specifies the list of parameters required by gamut_tech. +Returns +The XieCIELabToRGBParam structure. +Description +XieTecCIELabToRGB allocates and returns a pointer to an XieCIELabToRGBParam structure. +The returned structure represents the list of parameters required by the CIELabToRGB color +conversion technique and may be used as the color_param argument of XieFloConvertToRGB +(when the color_space argument is xieValCIELabToRGB). + +If insufficient memory is available, XieTecCIELabToRGB returns NULL. To free the memory +allocated to this structure, use XFree. + +XieTecCIELabToRGB converts CIELab data to the RGB colorspace. The CIELab colorspace is an +international standard designed for perceptual uniformity. The colorspace coordinates are denoted by +L, a, and b and are defined in CIE, Recommendations on Uniform Color Spaces, Color-Difference +Equations, Psychometric Color Terms (Bureau Central de la CIE [Supplement 2 of CIE Publication +15 (E-1.3.1) 1971], 1978). + +matrix is a 3x3 CIEXYZ-to-RGB conversion matrix (the target white point is also encoded in +matrix). white_adjust_tech is the WhiteAdjust technique that can be used to shift the white +point of the source data prior to conversion. white_adjust_param is the list of parameters +required by white_adjust_tech. gamut_tech is the Gamut technique that can be used to keep +the output pixels within the bounds of the RGB colorspace. gamut_param is the list of parameters +required by gamut_tech. + +The input data type must be unconstrained; the output data type is also unconstrained. + +WhiteAdjust techniques define the white point adjustment techniques that can be used when +converting to or from the RGB colorspace. One of the following standard WhiteAdjust technique +values can be assigned to white_adjust_tech: + +xieValWhiteAdjustDefault +xieValWhiteAdjustNone +xieValWhiteAdjustCIELabShift + +If a vendor defined additional private WhiteAdjust techniques, the private technique values given to +these techniques can be assigned to white_adjust_tech. + +The server is required to support the default technique that is bound to one of the standard techniques +defined or a private technique. + +Gamut techniques define the gamut compression techniques used to deal with converted colors that +lie outside the gamut of the RGB space. One of the following standard gamut technique values can be +assigned to gamut_tech: + +xieValGamutDefault +xieValGamutNone +xieValGamutClipRGB + +If a vendor defined additional private gamut techniques, the private technique values given to these +techniques can be assigned to gamut_tech. + +The server is required to support the default technique that is bound to one of the standard techniques +defined or a private technique. +Structures +XieTecCIELabToRGB sets the structure field matrix to the values of the argument matrix; the +structure field white_adjust_tech to the value of the argument white_adjust_tech; the +structure field white_adjust_param to the value of the argument white_adjust_param; the +structure field gamut_tech to the value of the argument gamut_tech; and the structure field +gamut_param to the value of the argument gamut_param. + +typedef float XieMatrix[9]; +typedef unsigned XieGamutTechnique; +typedef unsigned XieWhiteAdjustTechnique; +typedef struct { + XieMatrix matrix; + XieWhiteAdjustTechnique white_adjust_tech; + XiePointer white_adjust_param; + XieGamutTechnique gamut_tech; + XiePointer gamut_param; +} XieCIELabToRGBParam; + +/* Definitions for WhiteAdjust Techniques */ +#define xieValWhiteAdjustDefault 0 +#define xieValWhiteAdjustNone 1 +#define xieValWhiteAdjustCIELabShift 2 + +/* Definitions for Gamut Techniques */ +#define xieValGamutDefault 0 +#define xieValGamutNone 1 +#define xieValGamutClipRGB 2 +See Also +XieFloConvertToRGB, XieTecWhiteAdjustCIELabShift + XIElib - Technique Functions XieTecCIEXYZToRGB +Name +XieTecCIEXYZToRGB - allocate and fill an XieCIEXYZToRGBParam structure +Syntax +XieCIEXYZToRGBParam *XieTecCIEXYZToRGB (matrix, white_adjust_tech, +white_adjust_param, gamut_tech, gamut_param) +XieMatrix matrix; +XieWhiteAdjustTechnique white_adjust_tech; +XiePointer white_adjust_param; +XieGamutTechnique gamut_tech; +XiePointer gamut_param; +Arguments +matrix Specifies the conversion matrix. +white_adjust_tech Specifies the WhiteAdjust technique to be used. +white_adjust_param Specifies the list of parameters required by white_adjust_tech. +gamut_tech Specifies the Gamut technique to be used. +gamut_param Specifies the list of parameters required by gamut_tech. +Returns +The XieCIEXYZToRGBParam structure. +Description +XieTecCIEXYZToRGB allocates and returns a pointer to an XieCIEXYZToRGBParam structure. +The returned structure represents the list of parameters required by the CIEXYZToRGB color +conversion technique and may be used as the color_param argument of XieFloConvertToRGB +(when the color_space argument is xieValCIEXYZToRGB). + +If insufficient memory is available, XieTecCIEXYZToRGB returns NULL. To free the memory +allocated to this structure, use XFree. + +XieTecCIEXYZToRGB converts CIEXYZ data to the RGB colorspace. The CIEXYZ colorspace is +an international standard device-independent colorspace. + +matrix is a 3x3 CIEXYZ-to-RGB conversion matrix (the target white point is also encoded in +matrix). white_adjust_tech is the WhiteAdjust technique that can be used to shift the white +point of the source data prior to conversion. white_adjust_param is the list of parameters +required by white_adjust_tech. gamut_tech is the Gamut technique that can be used to keep +the output pixels within the bounds of the RGB colorspace. gamut_param is the list of parameters +required by gamut_tech. + +The input data type must be unconstrained; the output data type is also unconstrained. + +WhiteAdjust techniques define the white point adjustment techniques that can be used when +converting to or from the RGB colorspace. One of the following standard WhiteAdjust technique +values can be assigned to white_adjust_tech: + +xieValWhiteAdjustDefault +xieValWhiteAdjustNone +xieValWhiteAdjustCIELabShift + +If a vendor defined additional private WhiteAdjust techniques, the private technique values given to +these techniques can be assigned to white_adjust_tech. + +The server is required to support the default technique that is bound to one of the standard techniques +defined or a private technique. + +Gamut techniques define the gamut compression techniques used to deal with converted colors that +lie outside the gamut of the RGB space. One of the following standard gamut technique values can be +assigned to gamut_tech: + +xieValGamutDefault +xieValGamutNone +xieValGamutClipRGB + +If a vendor defined additional private gamut techniques, the private technique values given to these +techniques can be assigned to gamut_tech. + +The server is required to support the default technique that is bound to one of the standard techniques +defined or a private technique. +Structures +XieTecCIEXYZToRGB sets the structure field matrix to the values of the argument matrix; the +structure field white_adjust_tech to the value of the argument white_adjust_tech; the +structure field white_adjust_param to the value of the argument white_adjust_param; the +structure field gamut_tech to the value of the argument gamut_tech; and the structure field +gamut_param to the value of the argument gamut_param. + +typedef float XieMatrix[9]; +typedef unsigned XieGamutTechnique; +typedef unsigned XieWhiteAdjustTechnique; +typedef struct { + XieMatrix matrix; + XieWhiteAdjustTechnique white_adjust_tech; + XiePointer white_adjust_param; + XieGamutTechnique gamut_tech; + XiePointer gamut_param; +} XieCIEXYZToRGBParam; + +/* Definitions for WhiteAdjust Techniques */ +#define xieValWhiteAdjustDefault 0 +#define xieValWhiteAdjustNone 1 +#define xieValWhiteAdjustCIELabShift 2 + +/* Definitions for Gamut Techniques */ +#define xieValGamutDefault 0 +#define xieValGamutNone 1 +#define xieValGamutClipRGB 2 +See Also +XieFloConvertToRGB, XieTecWhiteAdjustCIELabShift + XIElib - Technique Functions XieTecYCbCrToRGB +Name +XieTecYCbCrToRGB - allocate and fill an XieYCbCrToRGBParam structure +Syntax +XieYCbCrToRGBParam *XieTecYCbCrToRGB (levels, luma_red, luma_green, +luma_blue, bias, gamut_tech, gamut_param) +XieLevels levels; +double luma_red; +double luma_green; +double luma_blue; +XieConstant bias; +XieGamutTechnique gamut_tech; +XiePointer gamut_param; +Arguments +levels Specifies the output levels. +luma_red Specifies the proportion of red in the luminance band (Y). +luma_green Specifies the proportion of green in the luminance band (Y). +luma_blue Specifies the proportion of blue in the luminance band (Y). +bias Specifies an offset to remove from the source pixels values. +gamut_tech Specifies the Gamut technique to be used. +gamut_param Specifies the list of parameters required by gamut_tech. +Returns +The XieYCbCrToRGBParam structure. +Description +XieTecYCbCrToRGB allocates and returns a pointer to an XieYCbCrToRGBParam structure. +The returned structure represents the list of parameters required by the YCbCrToRGB color +conversion technique and may be used as the color_param argument of XieFloConvertToRGB +(when the color_space argument is xieValYCbCrToRGB). + +If insufficient memory is available, XieTecYCbCrToRGB returns NULL. To free the memory +allocated to this structure, use XFree. + +XieTecYCbCrToRGB converts YCbCr data to the RGB colorspace. Source data may be constrained +or unconstrained; the output type will match. If the source data is constrained, levels determines +the output levels; otherwise levels is ignored. + +Gamut techniques define the gamut compression techniques used to deal with converted colors that +lie outside the gamut of the RGB space. One of the following standard gamut technique values can be +assigned to gamut_tech: + +xieValGamutDefault +xieValGamutNone +xieValGamutClipRGB + +If a vendor defined additional private gamut techniques, the private technique values given to these +techniques can be assigned to gamut_tech. + +The server is required to support the default technique that is bound to one of the standard techniques +defined or a private technique. +Structures +XieTecYCbCrToRGB sets the structure field levels to the values of the argument levels; the +structure fields luma_red, luma_green, luma_blue to the values of the arguments luma_red, +luma_green, luma_blue; the structure field bias to the values of the argument bias; the +structure field gamut_tech to the value of the argument gamut_tech; and the structure field +gamut_param to the value of the argument gamut_param. + +typedef float XieConstant[3]; +typedef unsigned long XieLevels[3]; +typedef unsigned XieGamutTechnique; +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + XieConstant bias; + XieGamutTechnique gamut_tech; + XiePointer gamut_param; +} XieYCbCrToRGBParam; + +/* Definitions for Gamut Techniques */ +#define xieValGamutDefault 0 +#define xieValGamutNone 1 +#define xieValGamutClipRGB 2 +See Also +XieFloConvertToRGB + XIElib - Technique Functions XieTecYCCToRGB +Name +XieTecYCCToRGB - allocate and fill an XieYCCToRGBParam structure +Syntax +XieYCCToRGBParam *XieTecYCCToRGB (levels, luma_red, luma_green, +luma_blue, scale, gamut_tech, gamut_param) +XieLevels levels; +double luma_red; +double luma_green; +double luma_blue; +double scale; +XieGamutTechnique gamut_tech; +XiePointer gamut_param; +Arguments +levels Specifies the output levels. +luma_red Specifies the proportion of red in the luminance band (Y). +luma_green Specifies the proportion of green in the luminance band (Y). +luma_blue Specifies the proportion of blue in the luminance band (Y). +scale Specifies an expansion factor to apply to the output pixels values. +gamut_tech Specifies the Gamut technique to be used. +gamut_param Specifies the list of parameters required by gamut_tech. +Returns +The XieYCCToRGBParam structure. +Description +XieTecYCCToRGB allocates and returns a pointer to an XieYCCToRGBParam structure. The +returned structure represents the list of parameters required by the YCCToRGB color conversion +technique and may be used as the color_param argument of XieFloConvertToRGB (when the +color_space argument is xieValYCCToRGB). + +If insufficient memory is available, XieTecYCCToRGB returns NULL. To free the memory allocated +to this structure, use XFree. + +XieTecYCCToRGB converts YCC data to the RGB colorspace. The PhotoYCC color-encoding +scheme is defined in KODAK PhotoCD System - A Planning Guide for Developers (Eastman Kodak +Co., Part no. DCI200R, 1991). + +Source data may be constrained or unconstrained; the output type will match. If the source data is +constrained, levels determines the output levels; otherwise levels is ignored. Typical values +cited in the literature for scale are in the range of about 1.35 to 1.4. + +Gamut techniques define the gamut compression techniques used to deal with converted colors that +lie outside the gamut of the RGB space. One of the following standard gamut technique values can be +assigned to gamut_tech: + +xieValGamutDefault +xieValGamutNone +xieValGamutClipRGB + +If a vendor defined additional private gamut techniques, the private technique values given to these +techniques can be assigned to gamut_tech . + +The server is required to support the default technique that is bound to one of the standard techniques +defined or a private technique. +Structures +XieTecYCCToRGB sets the structure field levels to the values of the argument levels; the +structure fields luma_red, luma_green, luma_blue to the values of the arguments luma_red, +luma_green, luma_blue; the structure field scale to the values of the argument scale; the +structure field gamut_tech to the value of the argument gamut_tech; and the structure field +gamut_param to the value of the argument gamut_param. + +typedef unsigned long XieLevels[3]; +typedef unsigned XieGamutTechnique; +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + float scale; + XieGamutTechnique gamut_tech; + XiePointer gamut_param; +} XieYCCToRGBParam; + +/* Definitions for Gamut Techniques */ +#define xieValGamutDefault 0 +#define xieValGamutNone 1 +#define xieValGamutClipRGB 2 + +See Also +XieFloConvertToRGB + XIElib - Technique Functions XieTecClipScale +Name +XieTecClipScale - allocate and fill an XieClipScaleParam structure +Syntax +XieClipScaleParam *XieTecClipScale (in_low, in_high, out_low, +out_high) +XieConstant in_low; +XieConstant in_high; +XieLTriplet out_low; +XieLTriplet out_high; +Arguments +in_low Specifies an input pixel limit. +in_high Specifies an input pixel limit. +out_low Specifies an output pixel limit. +out_high Specifies an output pixel limit. +Returns +The XieClipScaleParam structure. +Description +XieTecClipScale allocates and returns a pointer to an XieClipScaleParam structure. The +returned structure represents the list of parameters required by the constrain technique and may be +used as the constrain_param argument of XieFloConstrain (when the +constrain_tech argument is xieValClipScale). + +If insufficient memory is available, XieTecClipScale returns NULL. To free the memory +allocated to this structure, use XFree. + +For each band, output pixels will be clipped to the range [out_low, out_high]. If in_low is less +than in_high, then all pixels less than or equal to in_low will map to out_low, and all pixels +that are greater than or equal to in_high will map to out_high. All intermediate pixel values are +scaled proportionately to the output range. Nonintegral output values are rounded to the nearest +integer. + +If in_low is greater than in_high, then all pixels that are greater than or equal to in_low will +map to out_low, and all pixels that are less than or equal to in_high will map to out_high. All +intermediate pixel values will be linearly mapped to the output range, such that in_low maps to +out_low, and in_high maps to out_high. Nonintegral output values are rounded to the nearest +integer. + +in_low should not equal in_high, out_low should be less than out_high, and out_high +should not exceed levels - 1. +Structures +XieTecClipScale sets the structure fields input_low, input_high to the values of the +arguments in_low, in_high; and the structure fields output_low, output_high to the +values of the arguments out_low, out_high. + +typedef float XieConstant[3]; +typedef unsigned long XieLTriplet[3]; +typedef struct { + XieConstant input_low,input_high; + XieLTriplet output_low,output_high; +} XieClipScaleParam; +See Also +XieFloConstrain + XIElib - Technique Functions XieTecConvolveConstant +Name +XieTecConvolveConstant - allocate and fill an XieConvolveConstantParam structure +Syntax +XieConvolveConstantParam *XieTecConvolveConstant (constant) +XieConstant constant; +Arguments +constant Specifies the value to use if pixels are required from beyond the edge +of the image. +Returns +The XieConvolveConstantParam structure. +Description +XieTecConvolveConstant allocates and returns a pointer to an +XieConvolveConstantParam structure. The returned structure represents the list of parameters +required by the convolve technique and may be used as the convolve_param argument of +XieFloConvolve (when the convolve_tech argument is xieValConvolveConstant). + +If insufficient memory is available, XieTecConvolveConstant returns NULL. To free the +memory allocated to this structure, use XFree. + +Various methods of handling edge conditions are provided for convolve techniques. These techniques +determine what pixel values are used when the convolve technique requires data beyond the image +bounds. Convolve techniques come into play only when the kernel is positioned partially off the edge +of the image. Data around the edges of a process domain are convolved with adjacent image +pixels wherever possible. A process domain is inserted in many element definitions and is used to +restrict the element's processing to a subset of the source data pixels; it can be either a list-of- +rectangles or a control-plane. + +The Constant Convolve technique uses the value specified by constant if pixels are required from +beyond the edge of the image. +Structures +XieTecConvolveConstant sets the structure field constant to the value of the argument +constant. + +typedef float XieConstant[3]; +typedef struct { + XieConstant constant; +} XieConvolveConstantParam; +See Also +XieFloConvolve + XIElib - Technique Functions XieTecDecodeUncompressedSingle +Name +XieTecDecodeUncompressedSingle - allocate and fill an +XieDecodeUncompressedSingleParam structure +Syntax +XieDecodeUncompressedSingleParam *XieTecDecodeUncompressedSingle +(fill_order, pixel_order, pixel_stride, left_pad, +scanline_pad) +XieOrientation fill_order; +XieOrientation pixel_order; +unsigned int pixel_stride; +unsigned int left_pad; +unsigned int scanline_pad; +Arguments +fill_order Specifies the method of pixel packing. +pixel_order Specifies pixel ordering within the data stream. +pixel_stride Specifies the number of bits between consecutive pixels within a +scanline. +left_pad Specifies the number of pad bits in each scanline. +scanline_pad Specifies a multiple of bytes to which each scanline is padded. +Returns +The XieDecodeUncompressedSingleParam structure. +Description +XieTecDecodeUncompressedSingle allocates and returns a pointer to an +XieDecodeUncompressedSingleParam structure. The returned structure represents the list of +parameters required by the decode technique and may be used as the decode_param argument of +XieFloImportClientPhoto (when the decode_tech argument is +xieValDecodeUncompressedSingle). + +If insufficient memory is available, XieTecDecodeUncompressedSingle returns NULL. To +free the memory allocated to this structure, use XFree. + +The decode uncompressed single technique is used when no compression scheme has been applied to +single band image data. The parameters define the format of the data stream of uncompressed data +(the server may reformat the data as it chooses prior to processing or storage). When multiple pixels +are put in the same byte, or a pixel spans multiple bytes, fill_order specifies whether the pixels +(or parts of pixels) are packed into the most or least significant bits of a byte first. For pixels that span +a byte boundary, pixel_order defines whether the most or least significant bits of the pixel are +transported first within the data stream. One of the following standard orientation values can be +assigned to fill_order and pixel_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the relationship between fill_order and pixel_order, using two +10-bit pixels, each with two bits of pad (within each pixel the LS-bits are 0 and a, the MS-bits are +9 and j, the pad bits are p). + +fill order +LSFirst (pixel order) +MSFirst (pixel order) +LSFirst +76543210 dcbapp98 ppjihgfe +98765432 jihgpp10 ppfedcba +MSFirst +76543210 98ppdcba jihgfepp +98765432 10ppjihg fedcbapp + +pixel_stride is the number of bits between the start of consecutive pixels within a scanline; it +must be at least enough bits to contain the number of input levels. left_pad is the number of pad +bits preceding the first image pixel in each scanline; if the server's Alignment attribute is Alignable, +or pixel_stride fits the definition of Alignable, the value of left_pad must be a multiple of +pixel_stride or a multiple of 8; otherwise, left_pad may be any arbitrary value. +scanline_pad defines a multiple of bytes to which each scanline is padded; valid values are: 0 +(not aligned), 1, 2, 4, 8, and 16. The total number of bits-per-scanline in the data stream includes: +left_pad, the image data (width x pixel_stride), and sufficient additional bits to satisfy +scanline_pad. +Structures +XieTecDecodeUncompressedSingle sets the structure field fill_order to the value of the +argument fill_order; the structure field pixel_order to the value of the argument +pixel_order; the structure field pixel_stride to the value of the argument pixel_stride; +the structure field left_pad to the value of the argument left_pad; and the structure field +scanline_pad to the value of the argument scanline_pad. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation fill_order; + XieOrientation pixel_order; + unsigned int pixel_stride; + unsigned int left_pad; + unsigned int scanline_pad; +} XieDecodeUncompressedSingleParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto, XiePutClientData + XIElib - Technique Functions XieTecDecodeUncompressedTriple +Name +XieTecDecodeUncompressedTriple - allocate and fill an +XieDecodeUncompressedTripleParam structure +Syntax +XieDecodeUncompressedTripleParam *XieTecDecodeUncompressedTriple +(fill_order, pixel_order, band_order, interleave, +pixel_stride, left_pad, scanline_pad) +XieOrientation fill_order; +XieOrientation pixel_order; +XieOrientation band_order; +XieInterleave interleave; +unsigned char pixel_stride[3]; +unsigned char left_pad[3]; +unsigned char scanline_pad[3]; +Arguments +fill_order Specifies the method of pixel packing. +pixel_order Specifies pixel ordering within the data stream. +band_order Specifies the order of the image data sent through the protocol stream. +interleave Specifies how the image bands are interleaved. +pixel_stride Specifies the number of bits between consecutive pixels within a +scanline. +left_pad Specifies the number of pad bits in each scanline. +scanline_pad Specifies a multiple of bytes to which each scanline is padded. +Returns +The XieDecodeUncompressedTripleParam structure. +Description +XieTecDecodeUncompressedTriple allocates and returns a pointer to an +XieDecodeUncompressedTripleParam structure. The returned structure represents the list of +parameters required by the decode technique and may be used as the decode_param argument of +XieFloImportClientPhoto (when the decode_tech argument is +xieValDecodeUncompressedTriple). + +If insufficient memory is available, XieTecDecodeUncompressedTriple returns NULL. To +free the memory allocated to this structure, use XFree. + +The decode uncompressed triple technique is used when no compression scheme has been applied to +triple band image data. The parameters define the format of the data stream of uncompressed data +(the server may reformat the data as it chooses prior to processing or storage). When multiple pixels +are put in the same byte, or a pixel spans multiple bytes, fill_order specifies whether the pixels +(or parts of pixels) are packed into the most or least significant bits of a byte first. For pixels that span +a byte boundary, pixel_order defines whether the most or least significant bits of the pixel are +transported first within the data stream. + +One of the following standard orientation values can be assigned to fill_order and +pixel_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the relationship between fill_order and pixel_order, using two +10-bit pixels, each with two bits of pad (within each pixel the LS-bits are 0 and a, the MS-bits are +9 and j, the pad bits are p) + +fill order +LSFirst (pixel order) +MSFirst (pixel order) +LSFirst +76543210 dcbapp98 ppjihgfe +98765432 jihgpp10 ppfedcba +MSFirst +76543210 98ppdcba jihgfepp +98765432 10ppjihg fedcbapp + +pixel_stride is the number of bits between the start of consecutive pixels within a scanline; It +must be at least enough bits to contain the number of input levels. left_pad is the number of pad +bits preceding the first image pixel in each scanline; if the server's Alignment attribute is Alignable, +or pixel_stride fits the definition of Alignable, the value of left_pad must be a multiple of +pixel_stride or a multiple of 8; otherwise, left_pad may be any arbitrary value. +scanline_pad defines a multiple of bytes to which each scanline is padded; valid values are: 0 +(not aligned), 1, 2, 4, 8, and 16. The total number of bits-per-scanline in the data stream includes: +left_pad, the image data (width x pixel_stride), and sufficient additional bits to satisfy +scanline_pad. + +interleave describes how the image bands are interleaved (per pixel within a single plane, or sent +as three separate planes); if interleave is xieValBandByPixel, inter-band dimensions must +match: the widths and the heights of all bands must match. One of the following standard interleave +values can be assigned to interleave: + +xieValBandByPixel +xieValBandByPlane + +band_order is the order of the image bands or image planes as they are transmitted through the +protocol stream. band_order can be set to one of the standard orientation values. The least +significant band of trichromatic data is the first band mentioned in the common name of the +colorspace : red is the least significant band of RGB data. For band-by-pixel data, band_order +specifies whether this band is put in the least or most significant bits of a pixel: + +LSFirst +MSFirst +B1B0G2G1G0R2R1R0 +R2R1R0G2G1G0B1B0 + +For band-by-plane data, band_order specifies whether this band corresponds with the least +significant or most significant image plane. Each plane is transported as a separate data stream: + +band +LSFirst +MSFirst +0 +R7R6R5R4R3R2R1R0 +B7B6B5B4B3B2B1B0 +1 +G7G6G5G4G3G2G1G0 +G7G6G5G4G3G2G1G0 +2 +B7B6B5B4B3B2B1B0 +R7R6R5R4R3R2R1R0 + +Structures +XieTecDecodeUncompressedTriple sets the structure field fill_order to the value of the +argument fill_order; the structure field pixel_order to the value of the argument +pixel_order; the structure field band_order to the value of the argument band_order; the +structure field interleave to the value of the argument interleave; the structure field +pixel_stride to the value of the argument pixel_stride; the structure field left_pad to +the value of the argument left_pad; and the structure field scanline_pad to the value of the +argument scanline_pad. + +typedef unsigned XieOrientation; +typedef unsigned XieInterleave; +typedef struct { + unsigned char left_pad[3]; + XieOrientation fill_order; + unsigned char pixel_stride[3]; + XieOrientation pixel_order; + unsigned char scanline_pad[3]; + XieOrientation band_order; + XieInterleave interleave; +} XieDecodeUncompressedTripleParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 + +/* Definitions for Interleave */ +#define xieValBandByPixel 1 +#define xieValBandByPlane 2 +See Also +XieFloImportClientPhoto, XiePutClientData + XIElib - Technique Functions XieTecDecodeG31D +Name +XieTecDecodeG31D - allocate and fill an XieDecodeG31DParam structure +Syntax +XieDecodeG31DParam *XieTecDecodeG31D (encoded_order, normal, +radiometric) +XieOrientation encoded_order; +Bool normal; +Bool radiometric; +Arguments +encoded_order Specifies the bit order of the encoded data. +normal Specifies how the data was processed when it was originally encoded. +radiometric Specifies how white runs are decoded. +Returns +The XieDecodeG31DParam structure. +Description +XieTecDecodeG31D allocates and returns a pointer to an XieDecodeG31DParam structure. +The returned structure represents the list of parameters required by the decode technique and may be +used as the decode_param argument of XieFloImportClientPhoto (when the +decode_tech argument is xieValDecodeG31D). + +If insufficient memory is available, XieTecDecodeG31D returns NULL. To free the memory +allocated to this structure, use XFree. + +CCITT-G31D is the CCITT group 3 one-dimensional encoding technique as defined by CCITT T.4, +"Standardization of Group 3 Facsimile Apparatus for Document Transmission". + +encoded_order specifies the bit order of the encoded data. One of the following standard +orientation values can be assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, and the last is bit 7): + +LSFirst +MSFirst +76543210 76543210 +01234567 01234567 + +radiometric specifies that white runs in the encoded data should be represented as image ones +upon decode (maximum intensity), or conversely, they will be decoded as image zeros if +radiometric is False. normal specifies that the data was processed according to its normal fill- +order when it was originally encoded. +Structures +XieTecDecodeG31D sets the structure field encoded_order to the value of the argument +encoded_order; the structure field normal to the value of the argument normal; and the +structure field radiometric to the value of the argument radiometric. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation encoded_order; + Bool normal; + Bool radiometric; +} XieDecodeG31DParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto, XiePutClientData + XIElib - Technique Functions XieTecDecodeG32D +Name +XieTecDecodeG32D - allocate and fill an XieDecodeG32DParam structure +Syntax +XieDecodeG32DParam *XieTecDecodeG32D (encoded_order, normal, +radiometric) +XieOrientation encoded_order; +Bool normal; +Bool radiometric; +Arguments +encoded_order Specifies the bit order of the encoded data. +normal Specifies how the data was processed when it was originally encoded. +radiometric Specifies how white runs are decoded. +Returns +The XieDecodeG32DParam structure. +Description +XieTecDecodeG32D allocates and returns a pointer to an XieDecodeG32DParam structure. +The returned structure represents the list of parameters required by the decode technique and may be +used as the decode_param argument of XieFloImportClientPhoto (when the +decode_tech argument is xieValDecodeG32D). + +If insufficient memory is available, XieTecDecodeG32D returns NULL. To free the memory +allocated to this structure, use XFree. + +CCITT-G32D is the CCITT group 3 two-dimensional encoding technique as defined by CCITT T.4, +"Standardization of Group 3 Facsimile Apparatus for Document Transmission". + +encoded_order specifies the bit order of the encoded data. One of the following standard +orientation values can be assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, and the last is bit 7): + +LSFirst +MSFirst +76543210 76543210 +01234567 01234567 + +radiometric specifies that white runs in the encoded data should be represented as image ones +upon decode (maximum intensity), or conversely, they will be decoded as image zeros if +radiometric is False. normal specifies that the data was processed according to its normal fill- +order when it was originally encoded. +Structures +XieTecDecodeG32D sets the structure field encoded_order to the value of the argument +encoded_order; the structure field normal to the value of the argument normal; and the +structure field radiometric to the value of the argument radiometric. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation encoded_order; + Bool normal; + Bool radiometric; +} XieDecodeG32DParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto, XiePutClientData + XIElib - Technique Functions XieTecDecodeG42D +Name +XieTecDecodeG42D - allocate and fill an XieDecodeG42DParam structure +Syntax +XieDecodeG42DParam *XieTecDecodeG42D (encoded_order, normal, +radiometric)) +XieOrientation encoded_order; +Bool normal; +Bool radiometric; +Arguments +encoded_order Specifies the bit order of the encoded data. +normal Specifies how the data was processed when it was originally encoded. +radiometric Specifies how white runs are decoded. +Returns +The XieDecodeG42DParam structure. +Description +XieTecDecodeG42D allocates and returns a pointer to an XieDecodeG42DParam structure. +The returned structure represents the list of parameters required by the decode technique and may be +used as the decode_param argument of XieFloImportClientPhoto (when the +decode_tech argument is xieValDecodeG42D). + +If insufficient memory is available, XieTecDecodeG42D returns NULL. To free the memory +allocated to this structure, use XFree. + +CCITT-G42D is the CCITT group 4 two-dimensional encoding technique as defined by CCITT T.6, +"Facsimile Coding Schemes and Coding Control Functions for Group 4 Facsimile Apparatus". + +encoded_order specifies the bit order of the encoded data. One of the following standard +orientation values can be assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, and the last is bit 7): + +LSFirst +MSFirst +76543210 76543210 +01234567 01234567 + +radiometric specifies that white runs in the encoded data should be represented as image ones +upon decode (maximum intensity), or conversely, they will be decoded as image zeros if +radiometric is False. normal specifies that the data was processed according to its normal fill- +order when it was originally encoded. +Structures +XieTecDecodeG42D sets the structure field encoded_order to the value of the argument +encoded_order; the structure field normal to the value of the argument normal; and the +structure field radiometric to the value of the argument radiometric. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation encoded_order; + Bool normal; + Bool radiometric; +} XieDecodeG42DParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto, XiePutClientData + XIElib - Technique Functions XieTecDecodeTIFF2 +Name +XieTecDecodeTIFF2 - allocate and fill an XieDecodeTIFF2Param structure +Syntax +XieDecodeTIFF2Param *XieTecDecodeTIFF2 (encoded_order, normal, +radiometric) +XieOrientation encoded_order; +Bool normal; +Bool radiometric; +Arguments +encoded_order Specifies the bit order of the encoded data. +normal Specifies how the data was processed when it was originally encoded. +radiometric Specifies how white runs are decoded. +Returns +The XieDecodeTIFF2Param structure. +Description +XieTecDecodeTIFF2 allocates and returns a pointer to an XieDecodeTIFF2Param structure. +The returned structure represents the list of parameters required by the decode technique and may be +used as the decode_param argument of XieFloImportClientPhoto (when the +decode_tech argument is xieValDecodeTIFF2). + +If insufficient memory is available, XieTecDecodeTIFF2 returns NULL. To free the memory +allocated to this structure, use XFree. + +TIFF-2 is modified Huffman encoding as described in "TIFF Tag Image File Format", revision 6.0, +draft 2, by Aldus Corporation (TIFF compression scheme 2). + +encoded_order specifies the bit order of the encoded data. One of the following standard +orientation values can be assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, and the last is bit 7): + +LSFirst +MSFirst +76543210 76543210 +01234567 01234567 + +radiometric specifies that white runs in the encoded data should be represented as image ones +upon decode (maximum intensity), or conversely, they will be decoded as image zeros if +radiometric is False. normal specifies that the data was processed according to its normal fill- +order when it was originally encoded. +Structures +XieTecDecodeTIFF2 sets the structure field encoded_order to the value of the argument +encoded_order; the structure field normal to the value of the argument normal; and the +structure field radiometric to the value of the argument radiometric. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation encoded_order; + Bool normal; + Bool radiometric; +} XieDecodeTIFF2Param; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto, XiePutClientData + XIElib - Technique Functions XieTecDecodeTIFFPackBits +Name +XieTecDecodeTIFFPackBits - allocate and fill an XieDecodeTIFFPackBitsParam structure +Syntax +XieDecodeTIFFPackBitsParam *XieTecDecodeTIFFPackBits (encoded_order, +normal) +XieOrientation encoded_order; +Bool normal; +Arguments +encoded_order Specifies the bit order of the encoded data. +normal Specifies how the data was processed when it was originally encoded. +Returns +The XieDecodeTIFFPackBitsParam structure. +Description +XieTecDecodeTIFFPackBits allocates and returns a pointer to an +XieDecodeTIFFPackBitsParam structure. The returned structure represents the list of +parameters required by the decode technique and may be used as the decode_param argument of +XieFloImportClientPhoto (when the decode_tech argument is +xieValDecodeTIFFPackBits). + +If insufficient memory is available, XieTecDecodeTIFFPackBits returns NULL. To free the +memory allocated to this structure, use XFree. + +TIFF-PackBits is byte-oriented run-length encoding as described in "TIFF Tag Image File Format", +revision 6.0, draft 2, by Aldus Corporation (TIFF compression scheme 32773). + +encoded_order specifies the bit order of the encoded data. One of the following standard +orientation values can be assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, and the last is bit 7): + +LSFirst +MSFirst +76543210 76543210 +01234567 01234567 + +normal specifies that the data was processed according to its normal fill-order when it was +originally encoded. +Structures +XieTecDecodeTIFFPackBits sets the structure field encoded_order to the value of the +argument encoded_order and the structure field normal to the value of the argument normal. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation encoded_order; + Bool normal; +} XieDecodeTIFFPackBitsParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto, XiePutClientData + XIElib - Technique Functions XieTecDecodeJPEGBaseline +Name +XieTecDecodeJPEGBaseline - allocate and fill an XieDecodeJPEGBaselineParam structure +Syntax +XieDecodeJPEGBaselineParam *XieTecDecodeJPEGBaseline (interleave, +band_order, up_sample) +XieInterleave interleave; +XieOrientation band_order; +Bool up_sample; +Arguments +interleave Specifies how the image bands will be interleaved. +band_order Specifies the order in which the image bands were originally encoded. +up_sample Specifies how interleaved encoded data are up-sampled. +Returns +The XieTecDecodeJPEGBaselineParam structure. +Description +XieDecodeJPEGBaseline allocates and returns a pointer to an +XieDecodeJPEGBaselineParam structure. The returned structure represents the list of +parameters required by the decode technique and may be used as the decode_param argument of +XieFloImportClientPhoto (when the decode_tech argument is +xieValDecodeJPEGBaseline). + +If insufficient memory is available, XieTecDecodeJPEGBaseline returns NULL. To free the +memory allocated to this structure, use XFree. + +The JPEG baseline technique is the baseline Huffman DCT encoding technique that is defined in ISO +DIS 10918-1 "Digital Compression and Coding of Continuous-tone Still Images". Only JPEG +Interchange Format (JIF) is supported: all tables, compressed data, and so on are embedded in the +data stream, all delineated by markers. + +interleave determines whether all bands of a triple band image will be interleaved within a single +encoded stream or whether three separate encoded streams will be supplied. One of the following +standard interleave values can be assigned to interleave: + +xieValBandByPixel +xieValBandByPlane + +For triple band data, band_order specifies the order in which the image bands were originally +encoded. One of the following standard orientation values can be assigned to band_order: + +xieValLSFirst +xieValMSFirst + +The least significant band of trichromatic data is the first band mentioned in the common name of the +colorspace: red is the least significant band of RGB data. band_order specifies whether this band +corresponds with the least significant or most significant image plane. Each plane is decoded into a +separate data stream: + +band +LSFirst +MSFirst +0 +Red band +Blue band +1 +Green band +Green band +2 +Blue band +Red band + +up_sample specifies that if any bands in an interleaved encoded data stream are down-sampled, +they should be up-sampled by the JPEG decoder. + +The arguments interleave, band_order, and up_sample are ignored for single band images, +and up_sample is always ignored if interleave is band-by-plane. If up_sample is False and +some of the encoded bands of an interleaved image were down-sampled, an alternative method for up- +sampling the image would be to use a geometry element with appropriate band_mask and sample +technique parameters. +Structures +XieTecDecodeJPEGBaseline sets the structure field interleave to the value of the +argument interleave; the structure field band_order to the value of the argument +band_order; and the structure field up_sample to the value of the argument up_sample. + +typedef unsigned XieOrientation; +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + Bool up_sample; +} XieDecodeJPEGBaselineParam; +/* Definitions for Interleave */ +#define xieValBandByPixel 1 +#define xieValBandByPlane 2 + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto, XieFloConvertToRGB, XieTecYCbCrToRGB, XiePutClientData + XIElib - Technique Functions XieTecDecodeJPEGLossless +Name +XieTecDecodeJPEGLossless - allocate and fill an XieDecodeJPEGLosslessParam structure +Syntax +XieDecodeJPEGLosslessParam *XieTecDecodeJPEGLossless (interleave, +band_order) +XieInterleave interleave; +XieOrientation band_order; +Arguments +interleave Specifies how the image bands will be interleaved. +band_order Specifies the order in which the image bands were originally encoded. +Returns +The XieDecodeJPEGLosslessParam structure. +Description +XieTecDecodeJPEGLossless allocates and returns a pointer to an +XieDecodeJPEGLosslessParam structure. The returned structure represents the list of +parameters required by the decode technique and may be used as the decode_param argument of +XieFloImportClientPhoto (when the decode_tech argument is +xieValDecodeJPEGLossless). + +If insufficient memory is available, XieTecDecodeJPEGLossless returns NULL. To free the +memory allocated to this structure, use XFree. + +The JPEG lossless technique is the Huffman predictive sequential lossless encoding technique that is +defined in ISO DIS 10918-1 "Digital Compression and Coding of Continuous-tone Still Images". +This technique is not available in the R6 sample implementation of XIE. + +interleave describes how the bands of triple band data are interleaved; either all bands are +interleaved within a single encoded stream, or three separate encoded streams are expected. One of +the following standard interleave values can be assigned to interleave: + +xieValBandByPixel +xieValBandByPlane + +For triple band data, band_order specifies the order in which the image bands were originally +encoded. One of the following standard orientation values can be assigned to band_order: + +xieValLSFirst +xieValMSFirst + +The least significant band of trichromatic data is the first band mentioned in the common name of the +colorspace: red is the least significant band of RGB data. band_order specifies whether this band +corresponds with the least significant or most significant image plane. Each plane is decoded into a +separate data stream: + +band +LSFirst +MSFirst +0 +Red band +Blue band +1 +Green band +Green band +2 +Blue band +Red band + +The arguments interleave and band_order are ignored for single band images. +Structures +XieTecDecodeJPEGLossless sets the structure field interleave to the value of the +argument interleave; and the structure field band_order to the value of the argument +band_order. + +typedef unsigned XieOrientation; +typedef struct { + XieInterleave interleave; + XieOrientation band_order; +} XieDecodeJPEGLosslessParam; +/* Definitions for Interleave */ +#define xieValBandByPixel 1 +#define xieValBandByPlane 2 + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto, XiePutClientData + XIElib - Technique Functions XieTecDitherOrdered +Name +XieTecDitherOrdered - allocate and fill an XieDitherOrderedParam structure +Syntax +XieDitherOrderedParam *XieTecDitherOrdered (threshold_order) +unsigned int threshold_order; +Arguments +threshold_order Specifies a value to determine the size of the dither matrix. +Returns +The XieDitherOrderedParam structure. +Description +XieTecDitherOrdered allocates and returns a pointer to an XieDitherOrderedParam +structure. The returned structure represents the list of parameters required by the decode technique +and may be used as the decode_param argument of XieFloImportClientPhoto (when the +decode_tech argument is xieValDitherOrdered). + +If insufficient memory is available, XieTecDitherOrdered returns NULL. To free the memory +allocated to this structure, use XFree. + +The dispersed-dot ordered dither technique replaces a matrix, or block, of pixels with a patterned +matrix of pixels. This patterned matrix of pixels is applied across the entire image. Because these +patterns may introduce artifacts that are distracting to the eye, the threshold_order parameter is +available to determine the size of the dither matrix, and therefore, the number of levels that can be +simulated. If the value of threshold_order is m, the threshold matrix can simulate 2m + 1 levels. +Structures +XieTecDitherOrdered sets the structure field threshold_order to the value of the +argument threshold_order. + +typedef struct { + unsigned int threshold_order; +} XieDitherOrderedParam; +See Also +XieFloDither + XIElib - Technique Functions XieTecEncodeUncompressedSingle +Name +XieTecEncodeUncompressedSingle - allocate and fill an +XieEncodeUncompressedSingleParam structure +Syntax +XieEncodeUncompressedSingleParam *XieTecEncodeUncompressedSingle +(fill_order, pixel_order, pixel_stride, scanline_pad) +XieOrientation fill_order; +XieOrientation pixel_order; +unsigned int pixel_stride; +unsigned int scanline_pad; +Arguments +fill_order Specifies the method of pixel packing. +pixel_order Specifies pixel ordering within the data stream. +pixel_stride Specifies the number of bits between consecutive pixels within a +scanline. +scanline_pad Specifies a multiple of bytes to which each scanline is padded. +Returns +The XieEncodeUncompressedSingleParam structure. +Description +XieTecEncodeUncompressedSingle allocates and returns a pointer to an +XieEncodeUncompressedSingleParam structure. The returned structure represents the list of +parameters required by the encode technique and may be used as the encode_param argument of +XieFloExportClientPhoto and XieFloExportPhotomap (when the encode_tech +argument is xieValEncodeUncompressedSingle). + +If insufficient memory is available, XieTecEncodeUncompressedSingle returns NULL. To +free the memory allocated to this structure, use XFree. + +The encode uncompressed single technique is used when no compression scheme is to be applied to +single band image data. The parameters define the format of the data stream of uncompressed data +that is made available for client retrieval via XieGetClientData. When multiple pixels are put in +the same byte or a pixel spans multiple bytes, fill_order specifies whether the pixels (or parts of +pixels) are packed into the most or least significant bits of a byte first. For pixels that span a byte +boundary, pixel_order defines whether the most or least significant bits of the pixel are put first +within the data stream. + +One of the following standard orientation values can be assigned to fill_order and +pixel_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the relationship between fill_order and pixel_order, using two +10-bit pixels, each with two bits of pad (within each pixel the LS-bits are 0 and a, the MS-bits are +9 and j, and the pad bits are p). + +fill order +LSFirst (pixel order) +MSFirst (pixel order) +LSFirst +76543210 dcbapp98 ppjihgfe +98765432 jihgpp10 ppfedcba +MSFirst +76543210 98ppdcba jihgfepp +98765432 10ppjihg fedcbapp + +pixel_stride is the number of bits between the start of consecutive pixels within a scanline. It +must be at least enough bits to contain the number of source levels. scanline_pad defines a +multiple of bytes to which each scanline is padded; valid values are: 0 (not aligned), 1, 2, 4, 8, and +16. +Structures +XieTecEncodeUncompressedSingle sets the structure field fill_order to the value of the +argument fill_order; the structure field pixel_order to the value of the argument +pixel_order; the structure field pixel_stride to the value of the argument pixel_stride; +and the structure field scanline_pad to the value of the argument scanline_pad. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation fill_order; + XieOrientation pixel_order; + unsigned int pixel_stride; + unsigned int scanline_pad; +} XieEncodeUncompressedSingleParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto, XieFloExportPhotomap, XieGetClientData + XIElib - Technique Functions XieTecEncodeUncompressedTriple +Name +XieTecEncodeUncompressedTriple - allocate and fill an +XieEncodeUncompressedTripleParam structure +Syntax +XieEncodeUncompressedTripleParam *XieTecEncodeUncompressedTriple +(fill_order, pixel_order, band_order, interleave, +pixel_stride, scanline_pad) +XieOrientation fill_order; +XieOrientation pixel_order; +XieOrientation band_order; +XieInterleave interleave; +unsigned char pixel_stride[3]; +unsigned char scanline_pad[3]; +Arguments +fill_order Specifies the method of pixel packing. +pixel_order Specifies pixel ordering within the data stream. +band_order Specifies the order of the image data sent through the protocol stream. +interleave Specifies how the image bands are interleaved. +pixel_stride Specifies the number of bits between consecutive pixels within a +scanline. +scanline_pad Specifies a multiple of bytes to which each scanline is padded. +Returns +The XieEncodeUncompressedTripleParam structure. +Description +XieTecEncodeUncompressedTriple allocates and returns a pointer to an +XieEncodeUncompressedTripleParam structure. The returned structure represents the list of +parameters required by the encode technique and may be used as the encode_param argument of +XieFloExportClientPhoto and XieFloExportPhotomap (when the encode_tech +argument is xieValEncodeUncompressedTriple). + +If insufficient memory is available, XieTecEncodeUncompressedTriple returns NULL. To +free the memory allocated to this structure, use XFree. + +The encode uncompressed triple technique is used when no compression scheme is to be applied to +triple band image data. The parameters define the format of the data stream of uncompressed data +that is made available for client retrieval via XieGetClientData. When multiple pixels are put in +the same byte or a pixel spans multiple bytes, fill_order specifies whether the pixels (or parts of +pixels) are packed into the most or least significant bits of a byte first. For pixels that span a byte +boundary, pixel_order defines whether the most or least significant bits of the pixel are put first +within the data stream. + +One of the following standard orientation values can be assigned to fill_order and +pixel_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the relationship between fill_order and pixel_order, using two +10-bit pixels, each with two bits of pad (within each pixel the LS-bits are 0 and a, the MS-bits are +9 and j, and the pad bits are p) + +fill order +LSFirst (pixel order) +MSFirst (pixel order) +LSFirst +76543210 dcbapp98 ppjihgfe +98765432 jihgpp10 ppfedcba +MSFirst +76543210 98ppdcba jihgfepp +98765432 10ppjihg fedcbapp + +pixel_stride is the number of bits between the start of consecutive pixels within a scanline. It +must be at least enough bits to contain the number of source levels. scanline_pad defines a +multiple of bytes to which each scanline is padded; valid values are: 0 (not aligned), 1, 2, 4, 8, and +16. band_order is the order of the image bands or image planes as they are transmitted through +the protocol stream. One of the following standard orientation values can be assigned to +band_order: + +xieValLSFirst +xieValMSFirst + +The least significant band of trichromatic data is the first band mentioned in the common name of the +colorspace: red is the least significant band of RGB data. For band-by-pixel data, band_order +specifies whether this band is put in the least or most significant bits of a pixel: + +LSFirst +MSFirst +B1B0G2G1G0R2R1R0 +R2R1R0G2G1G0B1B0 + +For band-by-plane data, band_order specifies whether this band corresponds with the least +significant or most significant image plane. Each plane is transported as a separate data stream: + +band +LSFirst +MSFirst +0 +R7R6R5R4R3R2R1R0 +B7B6B5B4B3B2B1B0 +1 +G7G6G5G4G3G2G1G0 +G7G6G5G4G3G2G1G0 +2 +B7B6B5B4B3B2B1B0 +R7R6R5R4R3R2R1R0 + +interleave describes how the bands are interleaved (per pixel within a single plane, or sent as +three separate planes). One of the following standard interleave values can be assigned to +interleave: + +xieValBandByPixel +xieValBandByPlane + +Export of down-sampled band-by-pixel data is not supported: all bands must have equal widths and +equal heights. +Structures +XieTecEncodeUncompressedTriple sets the structure field fill_order to the value of the +argument fill_order; the structure field pixel_order to the value of the argument +pixel_order; the structure field band_order to the value of the argument band_order; the +structure field interleave to the value of the argument interleave; the structure field +pixel_stride to the value of the argument pixel_stride; and the structure field +scanline_pad to the value of the argument scanline_pad. + +typedef unsigned XieOrientation; +typedef struct { + unsigned char pixel_stride[3]; + XieOrientation pixel_order; + unsigned char scanline_pad[3]; + XieOrientation fill_order; + XieOrientation band_order; + XieInterleave interleave; +} XieEncodeUncompressedTripleParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 + +/* Definitions for Interleave */ +#define xieValBandByPixel 1 +#define xieValBandByPlane 2 +See Also +XieFloExportClientPhoto, XieFloExportPhotomap, XieGetClientData + XIElib - Technique Functions XieTecEncodeG31D +Name +XieTecEncodeG31D - allocate and fill an XieEncodeG31DParam structure +Syntax +XieEncodeG31DParam *XieTecEncodeG31D (align_eol, radiometric, +encoded_order) +Bool align_eol; +Bool radiometric; +XieOrientation encoded_order; +Arguments +align_eol Specifies the use of fill bits preceding EOL codes. +radiometric Specifies how white runs are encoded. +encoded_order Specifies the bit order of the encoded data. +Returns +The XieEncodeG31DParam structure. +Description +XieTecEncodeG31D allocates and returns a pointer to an XieEncodeG31DParam structure. +The returned structure represents the list of parameters required by the encode technique and may be +used as the encode_param argument of XieFloExportClientPhoto and +XieFloExportPhotomap (when the encode_tech argument is xieValEncodeG31D). + +If insufficient memory is available, XieTecEncodeG31D returns NULL. To free the memory +allocated to this structure, use XFree. + +CCITT-G31D is the CCITT group 3 one-dimensional encoding technique as defined by CCITT T.4, +"Standardization of Group 3 Facsimile Apparatus for Document Transmission". + +If True, align_eol, specifies that sufficient fill bits must precede EOL codes to guarantee that +each EOL will end on a byte boundary (thus EOL will be a nibble of zero followed by a byte of one: +xxxx,00002 0000,00012). radiometric specifies that image ones will be encoded as white runs, +or conversely, image zeros will be encoded as white runs, if radiometric is False. +encoded_order specifies the bit order for the encoded data. One of the following standard +orientation values can be assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, and the last is bit 7): + +LSFirst +MSFirst +76543210 76543210 +01234567 01234567 +Structures +XieTecEncodeG31D sets the structure field align_eol to the value of the argument +align_eol; the structure field radiometric to the value of the argument radiometric; and +the structure field encoded_order to the value of the argument encoded_order. + +typedef unsigned XieOrientation; +typedef struct { + Bool align_eol; + Bool radiometric; + XieOrientation encoded_order; +} XieEncodeG31DParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto, XieFloExportPhotomap, XieGetClientData + XIElib - Technique Functions XieTecEncodeG32D +Name +XieTecEncodeG32D - allocate and fill an XieEncodeG32DParam structure +Syntax +XieEncodeG32DParam *XieTecEncodeG32D (uncompressed, align_eol, +radiometric, encoded_order, k_factor) +Bool uncompressed; +Bool align_eol; +Bool radiometric; +XieOrientation encoded_order; +unsigned long k_factor; +Arguments +uncompressed Specifies the use of the uncompressed-mode CCITT extension. +align_eol Specifies the use of fill bits preceding EOL codes. +radiometric Specifies how white runs are encoded. +encoded_order Specifies the bit order of the encoded data. +k_factor Specifies the number of two-dimensional scanlines to produce for +each one-dimensional scanline. +Returns +The XieEncodeG32DParam structure. +Description +XieTecEncodeG32D allocates and returns a pointer to an XieEncodeG32DParam structure. +The returned structure represents the list of parameters required by the encode technique and may be +used as the encode_param argument of XieFloExportClientPhoto and +XieFloExportPhotomap (when the encode_tech argument is xieValEncodeG32D). + +If insufficient memory is available, XieTecEncodeG32D returns NULL. To free the memory +allocated to this structure, use XFree. + +CCITT-G32D is the CCITT group 3 two-dimensional encoding technique as defined by CCITT T.4, +"Standardization of Group 3 Facsimile Apparatus for Document Transmission". + +If True, uncompressed, will enable the use of the uncompressed-mode CCITT extension. If +True, align_eol, specifies that sufficient fill bits must precede EOL codes to guarantee that each +EOL will end on a byte boundary (thus EOL will be a nibble of zero followed by a byte of one: +xxxx,00002 0000,00012). radiometric specifies that image ones will be encoded as white runs, +or conversely, image zeros will be encoded as white runs, if radiometric is False. +encoded_order specifies the bit order for the encoded data. One of the following standard +orientation values can be assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, and the last is bit 7): + +LSFirst +MSFirst +76543210 76543210 +01234567 01234567 + +k_factor specifies the number of two-dimensional scanlines to produce for each one-dimensional +scanline. +Structures +XieTecEncodeG32D sets the structure field uncompressed to the value of the argument +uncompressed; the structure field align_eol to the value of the argument align_eol; the +structure field radiometric to the value of the argument radiometric; the structure field +encoded_order to the value of the argument encoded_order; and the structure field +k_factor to the value of the argument k_factor. + +typedef unsigned XieOrientation; +typedef struct { + Bool uncompressed; + Bool align_eol; + Bool radiometric; + XieOrientation encoded_order; + unsigned long k_factor; +} XieEncodeG32DParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto, XieFloExportPhotomap, XieGetClientData + XIElib - Technique Functions XieTecEncodeG42D +Name +XieTecEncodeG42D - allocate and fill an XieEncodeG42DParam structure +Syntax +XieEncodeG42DParam *XieTecEncodeG42D (uncompressed, radiometric, +encoded_order) +Bool uncompressed; +Bool radiometric; +XieOrientation encoded_order; +Arguments +uncompressed Specifies the use of the uncompressed-mode CCITT extension. +radiometric Specifies how white runs are encoded. +encoded_order Specifies the bit order of the encoded data. +Returns +The XieEncodeG42DParam structure. +Description +XieTecEncodeG42D allocates and returns a pointer to an XieEncodeG42DParam structure. +The returned structure represents the list of parameters required by the encode technique and may be +used as the encode_param argument of XieFloExportClientPhoto and +XieFloExportPhotomap (when the encode_tech argument is xieValEncodeG42D). + +If insufficient memory is available, XieTecEncodeG42D returns NULL. To free the memory +allocated to this structure, use XFree. + +CCITT-G42D is the CCITT group 4 two-dimensional encoding technique as defined by CCITT T.6, +"Facsimile Coding Schemes and Coding Control Functions for Group 4 Facsimile Apparatus". + +If True, uncompressed will enable the use of the uncompressed-mode CCITT extension. +radiometric specifies that image ones will be encoded as white runs, or conversely, image zeros +will be encoded as white runs, if radiometric is False. encoded_order specifies the bit +order for the encoded data. One of the following standard orientation values can be assigned to +encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, and the last is bit 7): + +LSFirst +MSFirst +76543210 76543210 +01234567 01234567 +Structures +XieTecEncodeG42D sets the structure field uncompressed to the value of the argument +uncompressed; the structure field radiometric to the value of the argument radiometric; +and the structure field encoded_order to the value of the argument encoded_order. + +typedef unsigned XieOrientation; +typedef struct { + Bool uncompressed; + Bool radiometric; + XieOrientation encoded_order; +} XieEncodeG42DParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto, XieFloExportPhotomap, XieGetClientData + XIElib - Technique Functions XieTecEncodeServerChoice +Name +XieTecEncodeServerChoice - allocate and fill an XieEncodeServerChoiceParam structure +Syntax +XieEncodeServerChoiceParam *XieTecEncodeServerChoice (preference) +unsigned int preference; +Arguments +preference Specifies a hint to help the server make its choice. +Returns +The XieEncodeServerChoiceParam structure. +Description +XieTecEncodeServerChoice allocates and returns a pointer to an +XieEncodeServerChoiceParam structure. The returned structure represents the list of +parameters required by the encode technique and may be used as the encode_param argument of +XieFloExportPhotomap (when the encode_tech argument is +xieValEncodeServerChoice). + +If insufficient memory is available, XieTecEncodeServerChoice returns NULL. To free the +memory allocated to this structure, use XFree. + +The server choice technique allows the server to choose an encode technique when exporting to a +photomap. A photomap is a server resource that can be used to store image data. preference +specifies an optional hint that can be provided to help the server make its choice, but the server is +not obligated to obey the hint. One of the following standard server choice preference values can be +assigned to preference: + +xieValPreferDefault +xieValPreferSpace +xieValPreferTime + +xieValPreferTime hints that retrieval performance is the desired metric, whereas +xieValPreferSpace indicates that frugal use of storage space is more important. Normally the +server choice technique must choose a lossless encode technique, but when data is received from an +adjacent upstream import element, it may choose to pass the import elements input data directly to +the photomap. +Structures +XieTecEncodeServerChoice sets the structure field preference to the value of the +argument preference. + +typedef struct { + unsigned int preference; +} XieEncodeServerChoiceParam; + +/* Definitions for ServerChoice Preference Hints */ +#define xieValPreferDefault 0 +#define xieValPreferSpace 1 +#define xieValPreferTime 2 +See Also +XieFloExportPhotomap + XIElib - Technique Functions XieTecEncodeJPEGBaseline +Name +XieTecEncodeJPEGBaseline - allocate and fill an XieEncodeJPEGBaselineParam structure +Syntax +XieEncodeJPEGBaselineParam *XieTecEncodeJPEGBaseline (interleave, +band_order, horizontal_samples, vertical_samples, +q_table, q_size, ac_table, ac_size, dc_table, dc_size) +XieInterleave interleave; +XieOrientation band_order; +unsigned char horizontal_samples[3]; +unsigned char vertical_samples[3]; +char *q_table; +unsigned int q_size; +char *ac_table; +unsigned int ac_size; +char *dc_table; +unsigned int dc_size; +Arguments +interleave Specifies how the image bands will be interleaved. +band_order Specifies the order in which the image bands were originally encoded. +horizontal_samples Specifies the horizontal sampling factor. +vertical_samples Specifies the vertical sampling factor. +q_table Specifies the quantization table. +q_size Specifies the number of elements in q_table. +ac_table Specifies the AC Huffman table. +ac_size Specifies the number of elements in ac_table. +dc_table Specifies the DC Huffman table. +dc_size Specifies the number of elements in dc_table. +Returns +The XieEncodeJPEGBaselineParam structure. +Description +XieTecEncodeJPEGBaseline allocates and returns a pointer to an +XieEncodeJPEGBaselineParam structure. The returned structure represents the list of +parameters required by the encode technique and may be used as the encode_param argument of +XieFloExportClientPhoto and XieFloExportPhotomap (when the encode_tech +argument is xieValEncodeJPEGBaseline). + +If insufficient memory is available, XieTecEncodeJPEGBaseline returns NULL. +XieTecEncodeJPEGBaseline allocates memory for the structure fields q_table, +ac_table, and dc_table; to free the memory allocated to the structure +XieEncodeJPEGBaselineParam, use XieFreeEncodeJPEGBaseline. + +JPEG-Baseline is baseline Huffman DCT encoding as defined by ISO DIS 10918-1 "Digital +Compression and Coding of Continuous-tone Still Images". A stream of JPEG Interchange Format +(JIF) data is produced: all tables, compressed data, and so on are embedded in the data stream, all +delineated by markers. + +For optimal results, clients should ensure that the colorspace of triple band image data flowing into +ExportClientPhoto or ExportPhotomap, for encoding by the JPEGBaseline encoder, is YCbCr. + +interleave determines whether all bands of a triple band image will be interleaved within a single +encoded stream or whether three separate encoded streams will be produced. One of the following +standard interleave values can be assigned to interleave: + +xieValBandByPixel +xieValBandByPlane + +For triple band data, band_order specifies the order in which the image bands were originally +encoded. One of the following standard orientation values can be assigned to band_order: + +xieValLSFirst +xieValMSFirst + +The least significant band of trichromatic data is the first band mentioned in the common name of the +colorspace: red is the least significant band of RGB data. band_order specifies whether this band +corresponds with the least significant or most significant image plane. Each plane is encoded from a +separate data stream: + +band +LSFirst +MSFirst +0 +Red band +Blue band +1 +Green band +Green band +2 +Blue band +Red band + +The arguments horizontal_samples and vertical_samples are the horizontal and vertical +sampling factors. q_table is the quantization table. ac_table specifies the AC Huffman table +and dc_table specifies the DC Huffman table. + +There may be one q_table per band or a single q_table shared between all bands. Generally +there is a single AC/DC pair of Huffman tables, but for triple band band-by-pixel data there may be +two pairs of tables (one for the luminance band and the other for the chromanance bands). If any table +is specified with zero length, it indicates that the server implementor is to supply that table (for +example, the example tables defined in ISO DIS 10918-1 "Digital Compression and Coding of +Continuous-tone Still Images"). + +The arguments interleave, band_order, horizontal_samples, and +vertical_samples are ignored for single band images, and horizontal_samples and +vertical_samples are always ignored if interleave is band-by-plane. +horizontal_samples and vertical_samples share the definitions and restrictions +stipulated for parameters Hi and Vi, respectively, that are specified in annexes A and B of ISO DIS +10918-1 "Digital Compression and Coding of Continuous-tone Still Images". +Structures +XieTecEncodeJPEGBaseline sets the structure field interleave to the value of the +argument interleave; the structure field band_order to the value of the argument +band_order; the structure field horizontal_sample to the values of the argument +horizontal_sample; the structure field vertical_sample to the values of the argument +vertical_sample; and the structure fields q_table, q_size, ac_table, ac_size, +dc_table, dc_size to the values of the arguments q_table, q_size, ac_table, +ac_size, dc_table, dc_size. + +typedef unsigned XieOrientation; +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + unsigned char horizontal_samples[3]; + unsigned char vertical_samples[3]; + char *q_table; + unsigned int q_size; + char *ac_table; + unsigned int ac_size; + char *dc_table; + unsigned int dc_size; +} XieEncodeJPEGBaselineParam; + +/* Definitions for Interleave */ +#define xieValBandByPixel 1 +#define xieValBandByPlane 2 + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto, XieFloExportPhotomap, XieFreeEncodeJPEGBaseline, +XieFloConvertFromRGB, XieTecRGBToYCbCr, XieGetClientData + XIElib - Technique Functions XieTecEncodeJPEGLossless +Name +XieTecEncodeJPEGLossless - allocate and fill an XieEncodeJPEGLosslessParam structure +Syntax +XieEncodeJPEGLosslessParam *XieTecEncodeJPEGLossless (interleave, +band_order, predictor, table, table_size) +XieInterleave interleave; +XieOrientation band_order; +unsigned char predictor[3]; +char *table; +unsigned int table_size; +Arguments +interleave Specifies how the image bands will be interleaved. +band_order Specifies the order in which the image bands were originally encoded. +predictor Specifies the predictor selection value. +table Specifies the lossless entropy encoding table. +table_size Specifies the number of elements in table. +Returns +The XieEncodeJPEGLosslessParam structure. +Description +XieTecEncodeJPEGLossless allocates and returns a pointer to an +XieEncodeJPEGLosslessParam structure. The returned structure represents the list of +parameters required by the encode technique and may be used as the encode_param argument of +XieFloExportClientPhoto and XieFloExportPhotomap (when the encode_tech +argument is xieValEncodeJPEGLossless). + +If insufficient memory is available, XieTecEncodeJPEGLossless returns NULL. +XieTecEncodeJPEGLossless allocates memory for the structure field table; to free the +memory allocated to the structure XieEncodeJPEGLosslessParam, use +XieFreeEncodeJPEGLossless. + +JPEG-Lossless, corresponds to frames encoded using Huffman, predictive sequential lossless +encoding as defined by ISO DIS 10918-1 "Digital Compression and Coding of Continuous-tone Still +Images". A data stream of JPEG Interchange Format (JIF) data is returned: all tables, compressed +data, and so on are embedded in the data stream, all delineated by markers. +This technique is not available in the R6 sample implementation of XIE. + + +interleave determines whether all bands of a triple band image will be interleaved within a single +encoded stream or whether three separate encoded streams will be produced. One of the following +standard interleave values can be assigned to interleave: + +xieValBandByPixel +xieValBandByPlane + +For triple band data, band_order specifies the order in which the image bands were originally +encoded. One of the following standard orientation values can be assigned to band_order: + +xieValLSFirst +xieValMSFirst + +The least significant band of trichromatic data is the first band mentioned in the common name of the +colorspace: red is the least significant band of RGB data. band_order specifies whether this band +corresponds with the least significant or most significant image plane. Each plane is encoded from a +separate data stream: + +band +LSFirst +MSFirst +0 +Red band +Blue band +1 +Green band +Green band +2 +Blue band +Red band + +The arguments interleave and band_order are ignored for single band images. + +predictor is the predictor selection value (one per band). table is the lossless entropy encoding +table (up to one per band). Specifying a table of length zero indicates that the server implementor +should supply a table (for example, the example tables defined in ISO DIS 10918-1 "Digital +Compression and Coding of Continuous-Tone Still Images"). + +Structures +XieTecEncodeJPEGLossless sets the structure field interleave to the value of the +argument interleave; the structure field band_order to the value of the argument +band_order; the structure field predictor to the values of the argument predictor; and the +structure fields table, table_size to the values of the arguments table, table_size. + +typedef unsigned XieOrientation; +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + unsigned char predictor[3]; + char *table; + unsigned int table_size; +} XieEncodeJPEGLosslessParam; +/* Definitions for Interleave */ +#define xieValBandByPixel 1 +#define xieValBandByPlane 2 + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto, XieFloExportPhotomap, XieGetClientData + XIElib - Technique Functions XieTecEncodeTIFF2 +Name +XieTecEncodeTIFF2 - allocate and fill an XieEncodeTIFF2Param structure +Syntax +XieEncodeTIFF2Param *XieTecEncodeTIFF2 (encoded_order, radiometric) +XieOrientation encoded_order; +Bool radiometric; +Arguments +encoded_order Specifies the bit order of the encoded data. +radiometric Specifies how white runs are decoded. +Returns +The XieEncodeTIFF2Param structure. +Description +XieTecEncodeTIFF2 allocates and returns a pointer to an XieEncodeTIFF2Param structure. +The returned structure represents the list of parameters required by the encode technique and may be +used as the encode_param argument of XieFloExportClientPhoto and +XieFloExportPhotomap (when the encode_tech argument is xieValEncodeTIFF2). + +If insufficient memory is available, XieTecEncodeTIFF2 returns NULL. To free the memory +allocated to this structure, use XFree. + +TIFF-2 is modified Huffman compression as described in "TIFF Tag Image File Format", revision +6.0, draft 2, by Aldus Corporation (TIFF compression scheme 2). + +radiometric specifies that image ones will be encoded as white runs, or conversely, image zeros +will be encoded as white runs, if radiometric is False. encoded_order specifies the bit +order for the encoded data. One of the following standard orientation values can be assigned to +encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, and the last is bit 7): + +LSFirst +MSFirst +76543210 76543210 +01234567 01234567 +Structures +XieTecEncodeTIFF2 sets the structure field encoded_order to the value of the argument +encoded_order; and the structure field radiometric to the value of the argument +radiometric. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation encoded_order; + Bool radiometric; +} XieEncodeTIFF2Param; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto, XieFloExportPhotomap, XieGetClientData + XIElib - Technique Functions XieTecEncodeTIFFPackBits +Name +XieTecEncodeTIFFPackBits - allocate and fill an XieEncodeTIFFPackBitsParam structure +Syntax +XieEncodeTIFFPackBitsParam *XieTecEncodeTIFFPackBits (encoded_order) +XieOrientation encoded_order; +Arguments +encoded_order Specifies the bit order of the encoded data. +Returns +The XieEncodeTIFFPackBitsParam structure. +Description +XieTecEncodeTIFFPackBits allocates and returns a pointer to an +XieEncodeTIFFPackBitsParam structure. The returned structure represents the list of +parameters required by the encode technique and may be used as the encode_param argument of +XieFloExportClientPhoto and XieFloExportPhotomap (when the encode_tech +argument is xieValEncodeTIFFPackBits). + +If insufficient memory is available, XieTecEncodeTIFFPackBits returns NULL. To free the +memory allocated to this structure, use XFree. + +TIFF-PackBits is byte-oriented run-length encoding as described in "TIFF Tag Image File Format", +revision 6.0, draft 2, by Aldus Corporation (TIFF compression scheme 32773). + +encoded_order specifies the bit order of the encoded data. One of the following standard +orientation values can be assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, and the last is bit 7): + +LSFirst +MSFirst +76543210 76543210 +01234567 01234567 +Structures +XieTecEncodeTIFFPackBits sets the structure field encoded_order to the value of the +argument encoded_order. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation encoded_order; +} XieEncodeTIFFPackBitsParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto, XieFloExportPhotomap, XieGetClientData + XIElib - Technique Functions XieTecGeomAntialiasByArea +Name +XieTecGeomAntialiasByArea - allocate and fill an XieGeomAntialiasByAreaParam structure +Syntax +XieGeomAntialiasByAreaParam *XieTecGeomAntialiasByArea (simple) +int simple; +Arguments +simple Specifies the approximation form to use. +Returns +The XieGeomAntialiasByAreaParam structure. +Description +XieTecGeomAntialiasByArea allocates and returns a pointer to an +XieGeomAntialiasByAreaParam structure. The returned structure represents the list of +parameters required by the geometry technique and may be used as the sample_param argument of +XieFloGeometry (when the sample_tech argument is xieValGeomAntialiasByArea). + +If insufficient memory is available, XieTecGeomAntialiasByArea returns NULL. To free the +memory allocated to this structure, use XFree. + +Antialiasing techniques incorporate information from an "area" of pixels in the input image in order +to produce each output pixel. This implies that line dropouts and other artifacts will occur less often, +and the output image may have markedly better resemblance to the input image. The technique +AntialiasByArea computes the output image by assigning to each output pixel the weighted average of +the intensity values of input pixels that fall within its area. That is, the four corners of the output +pixel are projected back onto the input image. + +If simple is zero (0), the size and shape of the "area" are determined by the parameters of the +geometric transformation. The boundaries of the "area" may not fall on pixel boundaries and, in the +case of nonorthogonal rotation of the image, "area" may not be rectangular. Partial input pixel values +may have to be calculated: the antialias-by-area technique preserves shape but can be very slow +computationally. + +Because of the computational complexity of this method, two approximations are supported. If +simple is nonzero, the pixels covered by the projected area will be averaged without regard to the +relative amount of area that they contain: if they are touched by the area, they are included in a simple +average. If simple is set to N, with N odd and greater than one (3,5,7, ...), then only the center point +of the output pixel is projected, and a simple average is taken of an N by N window centered on the +projection. For best results, N should correspond roughly to the amount of scaling that will be done. + +Structures +XieTecGeomAntialiasByArea sets the structure field simple to the value of the argument +simple. + +typedef struct { + int simple; +} XieGeomAntialiasByAreaParam; +See Also +XieFloGeometry + XIElib - Technique Functions XieTecGeomAntialiasByLowpass +Name +XieTecGeomAntialiasByLowpass - allocate and fill an XieGeomAntialiasByLowpassParam +structure +Syntax +XieGeomAntialiasByLowpassParam *XieTecGeomAntialiasByLowpass +(kernel_size) +int kernel_size; +Arguments +kernel_size Specifies the size of the image kernel. +Returns +The XieGeomAntialiasByLowpassParam structure. +Description +XieTecGeomAntialiasByLowpass allocates and returns a pointer to an +XieGeomAntialiasByLowpassParam structure. The returned structure represents the list of +parameters required by the geometry technique and may be used as the sample_param argument of +XieFloGeometry (when the sample_tech argument is +xieValGeomAntialiasByLowpass). + +If insufficient memory is available, XieTecGeomAntialiasByLowpass returns NULL. To free +the memory allocated to this structure, use XFree. + +Antialiasing techniques incorporate information from an "area" of pixels in the input image in order +to produce each output pixel. This implies that line dropouts and other artifacts will occur less often, +and the output image may have markedly better resemblance to the input image. The technique +AntialiasByLowpass represents an approximation to antialias-by-area that can be faster, yet provides +similar results. First, a low-pass filter is applied by passing an nxn boxcar kernel over the original +input image. Output pixel values are then derived using a nearest neighbor sampling method that +selects the value of the input pixel in the upper-left corner of the area mapped back from the output +pixel. + +The user is allowed to select the size of the image kernel via the kernel_size parameter. For best +results, kernel_size should be chosen to correspond roughly to the amount of scaling that will be +done. Note that the server chooses the best kernel for the appropriate size; the values used in the +kernel are not alterable by the client application. Clients wishing to specify the kernel in more detail +should use the convolve technique directly. +Structures +XieTecGeomAntialiasByLowpass sets the structure field kernel_size to the value of the +argument kernel_size. + +typedef struct { + int kernel_size; +} XieGeomAntialiasByLowpassParam; +See Also +XieFloGeometry, XieFloConvolve, XieTecGeomAntialiasByArea + XIElib - Technique Functions XieTecGeomGaussian +Name +XieTecGeomGaussian - allocate and fill an XieGeomGaussianParam structure +Syntax +XieGeomGaussianParam *XieTecGeomGaussian (sigma, normalize, radius, +simple) +double sigma; +double normalize; +unsigned int radius; +Bool simple; +Arguments +sigma Specifies the drop-off rate. +normalize Specifies a normalization constant. +radius Specifies the extent of computation. +simple Specifies the approximation form to use. +Returns +The XieGeomGaussianParam structure. +Description +XieTecGeomGaussian allocates and returns a pointer to an XieGeomGaussianParam +structure. The returned structure represents the list of parameters required by the geometry technique +and may be used as the sample_param argument of XieFloGeometry (when the +sample_tech argument is xieValGeomGaussian). + +If insufficient memory is available, XieTecGeomGaussian returns NULL. To free the memory +allocated to this structure, use XFree. + +A Geometry element can be visualized as stepping through each possible output pixel location in turn, +and computing the location from which to obtain each input pixel value. Each pixel (x',y') in the +output image is mapped to the coordinate location (x,y) in src by: + + + +It is not unusual that the input location (x,y) so derived will be nonintegral and will not correspond +exactly to a single pixel in the input image. + +From sampling theory, a bandwidth limited continuous input image can be recovered perfectly (under +certain conditions) from its sampled output by computing the convolution: + + + +Here I(x,y) is the continuous image, i(m,n) the discrete sampled image, and h(u,v) is the impulse +response function for an appropriate low-pass filter. The specific form of h(u,v) for a Gaussian +impulse response function is given by: + + + +The term is called the "normalization constant" and may be altered using the normalize +parameter. The suggested value for * (sigma, the drop-off rate) is 1. Note that all technique +parameters must be chosen in concert + +radius defines the extent of computation. A suggested value for radius is one, that is, only pixels +within a distance of one in either the x or y direction are involved in the calculation. + +For computational convenience, a simplified form of Gaussian interpolation is provided. If simple +is True, the impulse-response function h(u,v) is: + + + +The normalization factor N is defined by normalize. As with true Gaussian interpolation, the +radius parameter is used to determine the number of pixels involved in the computation. +Structures +XieTecGeomGaussian sets the structure field sigma to the value of the argument sigma; the +structure field normalize to the value of the argument normalize; the structure field radius to +the value of the argument radius; and the structure field simple to the value of the argument +simple. + +typedef struct { + float sigma; + float normalize; + unsigned int radius; + Bool simple; +} XieGeomGaussianParam; +See Also +XieFloGeometry + XIElib - Technique Functions XieTecGeomNearestNeighbor +Name +XieTecGeomNearestNeighbor - allocate and fill an XieGeomNearestNeighborParam structure +Syntax +XieGeomNearestNeighborParam *XieTecGeomNearestNeighbor (modify) + unsigned int modify; +Arguments +modify Specifies technique behavior on even boundaries. +Returns +The XieGeomNearestNeighborParam structure. +Description +XieTecGeomNearestNeighbor allocates and returns a pointer to an +XieGeomNearestNeighborParam structure. The returned structure represents the list of +parameters required by the geometry technique and may be used as the sample_param argument of +XieFloGeometry (when the sample_tech argument is xieValGeomNearestNeighbor). + +If insufficient memory is available, XieTecGeomNearestNeighbor returns NULL. To free the +memory allocated to this structure, use XFree. + +A Geometry element can be visualized as stepping through each possible output pixel location in turn, +and computing the location from which to obtain each input pixel value. Each pixel (x',y') in the +output image is mapped to the coordinate location (x,y) in src by: + + + +It is not unusual that the input location (x,y) so derived will be nonintegral and will not correspond +exactly to a single pixel in the input image. + +To illustrate NearestNeighbor technique, assume that the pixel grid locations P, Q, R, and S are +integral. Pixel location X = (x,y)T, obtained from the mapping equation above, differs from P by +fractional amounts s in the x direction and t in the y direction. + + + +Let I(P) be the value of the input image at coordinate P, if P is within the image extent. Otherwise, let +I(P) be constant, where constant is the pixel value passed to the Geometry element. A value of +I(X) must be estimated from I(P), I(Q), I(R), and I(S). In nearest-neighbor sampling, we simply +choose the image value from the discrete location closest to X. Thus, + +if s < 1/2, t < 1/2, set I(X) = I(P), +if s > 1/2, t < 1/2, set I(X) = I(Q), +if s > 1/2, t > 1/2, set I(X) = I(R), +if s < 1/2, t > 1/2, set I(X) = I(S). + +The behavior on even boundaries (s = 1/2 or t = 1/2) is determined by the modify parameter. One of +the standard nearest neighbor modify values can be assigned to modify: + +xieValFavorDown +xieValFavorUp +xieValRoundNW +xieValRoundNE +xieValRoundSE +xieValRoundSW + + +If modify is xieValFavorDown, all less than signs in the above are replaced with less than +or equal signs. Thus, P would win all ties, S and Q would lose to P but win over R, and R would +lose all ties. If modify is xieValFavorUp, then all greater than signs would be replaced with +greater than or equals, and the opposite behavior would occur. Four additional options are provided. +The xieValRoundxx options will always choose a specific integral pixel grid location; these are +not strictly nearest neighbor algorithms but are available for computational/filtering convenience. +Structures +XieTecGeomNearestNeighbor sets the structure field modify to the value of the argument +modify. + +typedef struct { + unsigned int modify; +} XieGeomNearestNeighborParam; +/* Definitions of NearestNeighbor Modify */ +#define xieValFavorDown 1 +#define xieValFavorUp 2 +#define xieValRoundNW 3 +#define xieValRoundNE 4 +#define xieValRoundSE 5 +#define xieValRoundSW 6 +See Also +XieFloGeometry + XIElib - Technique Functions XieTecHistogramGaussian +Name +XieTecHistogramGaussian - allocate and fill an XieHistogramGaussianParam structure +Syntax +XieHistogramGaussianParam *XieTecHistogramGaussian (mean, sigma) +double mean; +double sigma; +Arguments +mean Specifies the center of the Gaussian probability density function. +sigma Specifies the "spread" of the Gaussian probability density function. +Returns +The XieHistogramGaussianParam structure. +Description +XieTecHistogramGaussian allocates and returns a pointer to an +XieHistogramGaussianParam structure. The returned structure represents the list of +parameters required by the match-histogram shape technique and may be used as the shape_param +argument of XieFloMatchHistogram (when the shape argument is +xieValHistogramGaussian). + +If insufficient memory is available, XieTecHistogramGaussian returns NULL. To free the +memory allocated to this structure, use XFree. + +The Gaussian match-histogram shape technique specifies that the output image is to have a histogram +that approximates a Gaussian probability density. The supplied parameters are used to generate a +Gaussian probability density function centered around the mean level with a spread specified by +sigma: + + + +Structures +XieTecHistogramGaussian sets the structure field mean to the value of the argument mean; +and the structure field sigma to the value of the argument sigma. + +typedef struct { + float mean; + float sigma; +} XieHistogramGaussianParam; +See Also +XieFloMatchHistogram + XIElib - Technique Functions XieTecHistogramHyperbolic +Name +XieTecHistogramHyperbolic - allocate and fill an XieHistogramHyperbolicParam structure +Syntax +XieHistogramHyperbolicParam *XieTecHistogramHyperbolic (constant, +shape_factor) +double constant; +Bool shape_factor; +Arguments +constant Specifies a value used to generate a hyperbolic probability density +function +shape_factor Specifies the relationship between the histogram shape and image +levels. +Returns +The XieHistogramHyperbolicParam structure. +Description +XieTecHistogramHyperbolic allocates and returns a pointer to an +XieHistogramHyperbolicParam structure. The returned structure represents the list of +parameters required by the match-histogram shape technique and may be used as the shape_param +argument of XieFloMatchHistogram (when the shape argument is +xieValHistogramHyperbolic). + +If insufficient memory is available, XieTecHistogramHyperbolic returns NULL. To free the +memory allocated to this structure, use XFree. + +The hyperbolic match-histogram shape technique specifies that the output image is to have a +histogram that approximates a hyperbolic probability density. + +constant is used to generate a hyperbolic probability density function: + + + +shape_factor should be specified as False if the histogram shape represents decreasing values +for higher levels or True if the shape represents increasing values for higher levels. +Structures +XieTecHistogramHyperbolic sets the structure field constant to the value of the argument +constant; and the structure field shape_factor to the value of the argument shape_factor. + +typedef struct { + float constant; + Bool shape_factor; +} XieHistogramHyperbolicParam; +See Also +XieFloMatchHistogram + XIElib - Technique Functions XieTecWhiteAdjustCIELabShift +Name +XieTecWhiteAdjustCIELabShift - allocate and fill an XieWhiteAdjustCIELabShiftParam +structure +Syntax +XieWhiteAdjustCIELabShiftParam *XieTecWhiteAdjustCIELabShift +(white_point) +XieConstant white_point; +Arguments +white_point Specifies the white point of the (source or output) data. +Returns +The XieWhiteAdjustCIELabShiftParam structure. +Description +XieTecWhiteAdjustCIELabShift allocates and returns a pointer to an +XieWhiteAdjustCIELabShiftParam structure. The returned structure represents the list of +parameters required by the WhiteAdjust technique and may be used as the white_adjust_param +argument of XieTecRGBToCIELab, XieTecRGBToCIEXYZ, XieTecCIELabToRGB, and +XieTecCIEXYZToRGB (when the white_adjust_tech argument is +xieValWhiteAdjustCIELabShift). + +If insufficient memory is available, XieTecWhiteAdjustCIELabShift returns NULL. To free +the memory allocated to this structure, use XFree. + +White point correction can be used to ensure that white "looks" white, or it can be used to change the +overall tint of an image. + +The CIELabShift WhiteAdjust technique specifies that white point correction is to be accomplished +by adding the white point displacement to the ab plane in the CIELab colorspace. The +white_point is specified using CIEXYZ encodings. If the WhiteAdjust technique is used with a +color conversion technique that converts from RGB, white_point specifies the desired white point +of the output data; if the conversion is to RGB, white_point specifies the white point of the source +data. +Structures +XieTecWhiteAdjustCIELabShift sets the structure field white_point to the value of the +argument white_point. + +typedef float XieConstant[3]; +typedef unsigned XieWhiteAdjustTechnique; +typedef struct { + XieConstant white_point; +} XieWhiteAdjustCIELabShiftParam; +See Also +XieTecRGBToCIELab, XieTecRGBToCIEXYZ, XieTecCIELabToRGB, XieTecCIEXYZToRGB + XIElib - Free Functions XieFreeTechniques +Name +XieFreeTechniques - free memory allocated for a list of techniques +Syntax +void XieFreeTechniques (techs, count) +XieTechnique *techs; +unsigned int count; +Arguments +techs Specifies the list of techniques to be freed. +count Specifies the number of items in the list of techniques to be freed. +Description +XieFreeTechniques frees the memory previously allocated for techs. Care should be taken +that the argument pair techs/count match an argument pair techniques_ret/ +ntechniques_ret returned from XieQueryTechniques. + +See XieQueryTechniques for a description of the XieTechnique structure. +Structures +typedef unsigned XieTechniqueGroup; +typedef struct { + Bool needs_param; + XieTechniqueGroup group; + unsigned int number; + unsigned int speed; + char *name; +} XieTechnique; +See Also + XieQueryTechniques + XIElib - Free Functions XieFreePhotofloGraph +Name +XieFreePhotofloGraph - free memory allocated for an array of XiePhotoElement structures +Syntax +void XieFreePhotofloGraph (elements, count) +XiePhotoElement *elements; +unsigned int count; +Arguments +elements Specifies the array of XiePhotoElement structures to be freed. +count Specifies the number of XiePhotoElement structures in the array. +Description +XieFreePhotofloGraph frees the specified array of XiePhotoElement structures. + +Care should be taken that the argument pair elements/count match a returned value (an array of +XiePhotoElement structures) and argument count from a call to +XieAllocatePhotofloGraph. + +Technique parameters are not freed by using XieFreePhotofloGraph. Most of the technique +parameters, with the exception of the JPEG baseline and JPEG lossless encode techniques, which are +allocated using XIElib convenience functions are freed using XFree. This is so the client can reuse +technique parameters between photoflos. +Structures +typedef struct { + int elemType; + /* union of ALL element types */ + union { + ... + ... + } data; +} XiePhotoElement; +See Also +XieAllocatePhotofloGraph, XieCreatePhotoflo, XieExecutePhotoflo, XieExecuteImmediate + XIElib - Free Functions XieFreeEncodeJPEGBaseline +Name +XieFreeEncodeJPEGBaseline - free the memory allocated to the structure +XieEncodeJPEGBaselineParam +Syntax +void XieFreeEncodeJPEGBaseline (param) +XieEncodeJPEGBaselineParam *param +Arguments +param Specifies a pointer to the structure that is to be freed. +Description +XieFreeEncodeJPEGBaseline (rather than XFree) should be used to free the memory +allocated by XieTecEncodeJPEGBaseline. +Structures +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + unsigned char horizontal_samples[3]; + unsigned char vertical_samples[3]; + char *q_table; + unsigned int q_size; + char *ac_table; + unsigned int ac_size; + char *dc_table; + unsigned int dc_size; +} XieEncodeJPEGBaselineParam; +See Also +XieTecEncodeJPEGBaseline + XIElib - Free Functions XieFreeEncodeJPEGLossless +Name +XieFreeEncodeJPEGLossless - free the memory allocated to the structure +XieEncodeJPEGLosslessParam +Syntax +void XieFreeEncodeJPEGLossless (param) +XieEncodeJPEGLosslessParam *param; +Arguments +param Specifies a pointer to the structure that is to be freed. +Description +XieFreeEncodeJPEGLossless (rather than XFree) should be used to free the memory +allocated by XieTecEncodeJPEGLossless. + +Note that the JPEG Lossless technique is not available in the R6 sample implementation of XIE. +Structures +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + unsigned char predictor[3]; + char *table; + unsigned int table_size; +} XieEncodeJPEGLosslessParam; +See Also +XieTecEncodeJPEGLossless + XIElib - Free Functions XieFreePasteUpTiles +Name +XieFreePasteUpTiles - free the memory allocated to the tiles field of a PasteUp structure +Syntax +void XieFreePasteUpTiles (element) +XiePhotoElement *element; +Arguments +element Specifies the XiePhotoElement structure to use. +Description +XieFreePasteUpTiles frees the memory allocated to the tiles field in the specified +PasteUp member structure; after the memory has been freed, the field value is set to NULL. +Structures +typedef struct { + int elemType; + union { + ... + struct { + unsigned int width; + unsigned int height; + XieConstant constant; + XieTile *tiles; + unsigned int tile_count; + } PasteUp; + ... + } data; +} XiePhotoElement; +See Also +XieFloPasteUp + + XIElib Events ColorAlloc +Description +The client is notified that a ConvertToIndex element has completed color allocation, but has produced +a result of lesser fidelity than was requested using the technique that was specified for the +ConvertToIndex element. + +The structure fields name_space, flo_id, src, and elem_type identify the photoflo and +specific ConvertToIndex element from which the ColorAlloc event originated. The structure field +time is the server time when the ColorAlloc event occurred, in milliseconds. The structure field +color_list is the color list resource that received the allocated colors. The structure field +color_alloc_technique is the ColorAlloc technique specified to the ConvertToIndex element. +The structure field color_alloc_data can be used for other information that is specific to the +ColorAlloc technique. +Structures +/* ColorAlloc Event Code */ +#define xieEvnNoColorAlloc 0 + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + XieColorList color_list; + XieColorAllocTechnique color_alloc_technique; + unsigned long color_alloc_data; +} XieColorAllocEvent; +See Also +XieFloConvertToIndex, XieTecColorAllocAll + XIElib Events DecodeNotify +Description +A DecodeNotify event notifies the client that anomalies were encountered while decoding a +compressed image (see the notify arguments of XieFloImportClientPhoto and +XieFloImportPhotomap). Either an error has been encountered while decoding an image, or the +image data received does not satisfy the expected dimensions. + +The structure fields name_space, flo_id, src, and elem_type identify the photoflo and +element from which the DecodeNotify event originated. The structure field time is the server +time when the DecodeNotify event occurred, in milliseconds. The structure field band_number +associates the event with a specific band of the image. The structure field decode_technique is +the Decode technique being used. The structure fields width and height are the dimensions +discovered while decoding the data. The structure field aborted is True if decoding was aborted, +or False if recovery was possible. + +Recovery from a decode error may result in some missing or garbled image data. This may also cause +the height of the decoded data to be less than was expected. If the structure fields width or height +do not match the width and height specified to XieFloImportClientPhoto, the image data is +clipped or padded (with zeros), as required, to enforce the XieFloImportClientPhoto +specified dimensions. +Structures +/* DecodeNotify Event Code */ +#define xieEvnNoDecodeNotify 1 + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + XieDecodeTechnique decode_technique; + Bool aborted; + unsigned int band_number; + unsigned long width; + unsigned long height; +} XieDecodeNotifyEvent; +See Also +XieFloImportClientPhoto, XieFloImportPhotomap + XIElib Events ExportAvailable +Description +The client is notified that an ExportClient element has data available (see the notify argument of +the applicable XieFloExportClient... function). If notify was specified as +xieValFirstData, this event will be sent only the first time data become available from the +ExportClient element. Otherwise (that is, xieValNewData was specified), this event will be +generated each time the amount of data available changes from zero to nonzero. + +The structure fields name_space, flo_id, src, and elem_type identify the photoflo and +specific ExportClient element from which the ExportAvailable event originated. The structure +field time is the server time when the ExportAvailable event occurred, in milliseconds. The +structure field band_number associates the event with a specific band of the image or LUT. The +structure field data is information specific to elem_type (for example, the number of LUT +entries or ROI rectangles available). + +Where there is a single ExportClient element, the client can just read bytes or be event-driven. For +photoflos containing multiple ExportClient elements, the client should be event-driven. +Structures +/* ExportAvailable Event Code */ +#define xieEvnNoExportAvailable 2 + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + unsigned int band_number; + unsigned long data[3]; +} XieExportAvailableEvent; +See Also +XieFloExportClientHistogram, XieFloExportClientLUT, XieFloExportClientPhoto, +XieFloExportClientROI + XIElib Events ImportObscured +Description +The client is notified when an ImportDrawable or ImportDrawablePlane element encounters obscured +regions in a Window that cannot be retrieved from backing store (see the notify argument of the +import element routine). A separate ImportObscured event is returned for each affected region. + +The structure fields name_space, flo_id, and src identify the photoflo and the specific import +element from which the ImportObscured event originated. The structure field time is the server +time when the ImportObscured event occurred, in milliseconds. The structure field window +identifies the Window. The obscured region of the window is specified by the structure fields x, y, +width, and height. + +Note: image data within obscured regions will be populated with the fill argument supplied to the +import element. +Structures +/* ImportObscured Event Code */ +#define xieEvnNoImportObscured 3 + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + Window window; + int x; + int y; + unsigned int width; + unsigned int height; +} XieImportObscuredEvent; +See Also +XieFloImportDrawable, XieFloImportDrawablePlane + XIElib Events PhotofloDone +Description +A PhotofloDone event notifies the client that a photoflo has left the active state. It is enabled by +the notify argument of XieExecutePhotoflo or XieExecuteImmediate. + +The photoflo from which the PhotofloDone event originated is identified by the structure fields +name_space and flo_id. The structure field time is the server time when the PhotofloDone +event occurred, in milliseconds. The reason the photoflo left the active state is indicated by the +structure field type. + +If the Photoflo terminated because of an error condition, the details concerning the error have +preceded this event in an error message. +Structures +/* PhotofloDone Event Code */ +#define xieEvnNoPhotofloDone 4 + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; +} XiePhotofloDoneEvent; +See Also +XieExecuteImmediate, XieExecutePhotoflo + + XIElib Errors Resource Errors +The following error codes are allocated from the extension error space to provide for the errors +returned by XIE: + +Error Cause +xieErrNoColorlist The value for a color_list argument does not name a defined +color list. +xieErrNoLUT The value for a lut argument does not name a defined LUT. +xieErrNoPhotoflo The value for a photoflo argument does not name a defined +photoflo. +xieErrNoPhotomap The value for a photomap argument does not name a defined +photomap. +xieErrNoPhotospace The value for a photospace argument does not name a defined +photospace. +xieErrNoROI The value for a roi argument does not name a defined ROI. +xieErrNoFlo An error has been detected while defining, executing, or accessing a +photoflo (see Photoflo Errors). + +XIE also uses the core protocol BadAccess, BadAlloc, BadIDChoice, BadLength, BadRequest, and +BadValue errors. + XIElib Errors Photoflo Errors +If an error is detected while defining, executing, or accessing a photoflo, an xieErrNoFlo... +error is returned. This single error code is allocated from the extension error space for all photoflo +related errors. The following subcodes are defined to provide the details of the error: + +Error Cause +xieErrNoFloAccess Attempt to execute, modify, or redefine an active photoflo or +attempt to Get/Put client data from/to an inactive photoflo. +xieErrNoFloAlloc Insufficient resources (for example, memory). +xieErrNoFloColormap An unknown Colormap has been specified. +xieErrNoFloColorList An unknown color list has been specified. +xieErrNoFloDomain Invalid domain phototag: + - source data is not a list-of-rectangles or control-plane or + - specified nonzero on a DIS server. +xieErrNoFloDrawable An unknown Drawable has been specified. +xieErrNoFloElement An unknown element type has been specified, or +invalid element type for request, or +attempt to change or add an element type. +xieErrNoFloGC An unknown GContext has been specified. +xieErrNoFloID Invalid executable: + - an unknown photoflo has been specified or + - an unknown photospace has been specified. +xieErrNoFloLength An element was received with the incorrect number of bytes. +xieErrNoFloLUT An unknown LUT has been specified. +xieErrNoFloMatch Some argument or pair of arguments has the correct type and range, +but it fails to match in some other way required by the element. +xieErrNoFloOperator An unknown operator has been specified. +xieErrNoFloPhotomap An unknown photomap has been specified. +xieErrNoFloROI An unknown ROI has been specified. +xieErrNoFloSource An invalid phototag has been specified: + - zero, but a phototag is required, or + - downstream from the particular element, or + - beyond the bounds of the photoflo. +xieErrNoFloTechnique An unknown technique has been specified , or +invalid technique specific-parameters have been specified, or +the wrong number of technique-specific parameters have been given. +xieErrNoFloValue Some numeric value falls outside of the range of values accepted by +the element. +xieErrNoFloImplementation Some aspect of a request is not implemented by the server: +the client should be prepared to receive and handle this error. + + +Structures +/* Definition of Error Codes */ +#define xieErrNoColorList 0 +#define xieErrNoLUT 1 +#define xieErrNoPhotoflo 2 +#define xieErrNoPhotomap 3 +#define xieErrNoPhotospace 4 +#define xieErrNoROI 5 +#define xieErrNoFlo 6 + +/* Definitions of Flo Error (Sub-) Codes */ +#define xieErrNoFloAccess 1 +#define xieErrNoFloAlloc 2 +#define xieErrNoFloColormap 3 +#define xieErrNoFloColorList 4 +#define xieErrNoFloDomain 5 +#define xieErrNoFloDrawable 6 +#define xieErrNoFloElement 7 +#define xieErrNoFloGC 8 +#define xieErrNoFloID 9 +#define xieErrNoFloLength 10 +#define xieErrNoFloLUT 11 +#define xieErrNoFloMatch 12 +#define xieErrNoFloOperator 13 +#define xieErrNoFloPhotomap 14 +#define xieErrNoFloROI 15 +#define xieErrNoFloSource 16 +#define xieErrNoFloTechnique 17 +#define xieErrNoFloValue 18 +#define xieErrNoFloImplementation 19 + +XIElib 40 + +XIElib Events-5 + +XIElib Errors-3 + + diff --git a/xie/docs/x11r4/README.md b/xie/docs/x11r4/README.md new file mode 100644 index 0000000..1c07167 --- /dev/null +++ b/xie/docs/x11r4/README.md @@ -0,0 +1,56 @@ +# X Consortium XIE specification (DECUS LT92A, X11R4 contrib) + +Fetched from +`https://www.digiater.nl/openvms/decus/lt92a/x11r4/contrib/doc/xie/` +on 2026-11-01: + +| file | contents | +|---|---| +| `concepts.ps` / `.txt` | XIE Concepts | +| `protocol.ps` / `.txt` | XIE Protocol Specification, v2.0 (with v2.1 field-test notes) | +| `server.ps` / `.txt` | XIE Server interpretation | + +(`.ps` are the originals; `.txt` produced with `ps2pdf` + `pdftotext -layout`.) + +## These are NOT the VT1200's XIE + +Measured discriminator: **the VT1200 firmware is the DEC *photoflo* lineage**, while +these documents are the **X Consortium** lineage. Counts in the extracted text: + +``` +file pipeline photoflo IOB +protocol 80 0 350 +concepts 27 0 22 +server 3 0 210 +``` + +`photoflo` appears **zero** times in all three. The two lineages differ in vocabulary +and, more importantly, in resource model: + +| this spec (X Consortium v2.0) | VT1200 (DEC XIE 2.3) | +|---|---| +| `XIEP_EXECUTE_PIPE` | `XIEP_EXECUTE_PHOTOFLO` | +| `BINDING` | `XIEP_BIND_PHOTOFLO` | +| resources: IOB / IDC / IPC | photoflo + image resources | +| `XIEP_CREATE_RESOURCE`, `XIEP_IMPORT_IMAGE`, `XIEP_EXPORT_IMAGE` | `XIEP_CREATE_BY_VALUE`, `XIEP_EXPORT` | + +The firmware's own strings settle it — `reference/rom-strings.txt` and the XIE module +contain **"error allocating photoflo"**, `CROP/MIRROR/ROTATE/SCALE/EXPORT Process +block`, and `error: unsupported pipe element`. Those are photoflo/process-block terms, +matching `docs/EK-V120I-IN-001_installing-DECimage-1200.txt` Appendix C, not this spec. + +## What these documents are still good for + +- the general XIE shape (transport services, pipelines, export producing a PIXMAP, + error classes) — useful for orientation and for confirming inferences; +- Appendix 9.4.1 "Conceptual Changes" explains the split (server-side rendition + + named contexts moved to protocol parameters), which is why the vocabularies diverge; +- **not** useful for: minor-opcode numbers or wire field layouts. This spec states + outright that it carries no language bindings (line 272) and it contains **no + request/opcode numbering** — that lives in the server headers. + +## Still missing + +The VT1200's wire format needs the **DEC XIE 2.3** headers/library +(`XIEproto.h`, `xie.h`, `libXIE` 2.3 — the DECimage Application Services media), not +the X Consortium specification. diff --git a/xie/docs/x11r4/concepts.pdf b/xie/docs/x11r4/concepts.pdf new file mode 100644 index 0000000..2d5565b Binary files /dev/null and b/xie/docs/x11r4/concepts.pdf differ diff --git a/xie/docs/x11r4/concepts.ps b/xie/docs/x11r4/concepts.ps new file mode 100644 index 0000000..f19d151 --- /dev/null +++ b/xie/docs/x11r4/concepts.ps @@ -0,0 +1,6925 @@ +%!PS-Adobe-1.0 +%%DocumentFonts: (at end) +%%Creator: DVC$PS, Digital Equipment Corp. +%%Pages: (at end) +%%EndComments +%% DVC$PROLOG.PS - prolog for PostScript files generated by DVC$PS. +%% Copyright (c) 1986,1987 DIGITAL EQUIPMENT CORPORATION. All Rights Reserved. +/$DviLaser where {pop} {/$DviLaser 200 dict def} ifelse +/BeginDviLaserDoc % Begin document + {vmstatus pop pop 0 eq + {$DviLaser begin InitializeState} + {/DviLaserJob save def $DviLaser begin InitializeState + /DviLaserFonts save def + } ifelse + } def +/EndDviLaserDoc % End document + {vmstatus pop pop 0 eq + {end} {DviLaserFonts restore end DviLaserJob restore} ifelse + } def +%% +$DviLaser begin +%% +%% Create ISOLatin1 vector +(LPS$ISOLatin1Encoding.PS X1.0) pop +/Copyright_1986,_Digital_Equipment_Corporation_All_Rights_Reserved pop +mark /ISOLatin1Encoding 8#000 1 8#054 {StandardEncoding exch get} for /minus + 8#056 1 8#217 {StandardEncoding exch get} for /dotlessi 8#301 1 8#317 + {StandardEncoding exch get} for /space /exclamdown /cent /sterling /currency + /yen /brokenbar /section /dieresis /copyright /ordfeminine /guillemotleft + /logicalnot /hyphen /registered /macron /degree /plusminus /twosuperior + /threesuperior /acute /mu /paragraph /periodcentered /cedilla /onesuperior + /ordmasculine /guillemotright /onequarter /onehalf /threequarters /questiondown + /Agrave /Aacute /Acircumflex /Atilde /Adieresis /Aring /AE /Ccedilla /Egrave + /Eacute /Ecircumflex /Edieresis /Igrave /Iacute /Icircumflex /Idieresis /Eth + /Ntilde /Ograve /Oacute /Ocircumflex /Otilde /Odieresis /multiply /Oslash + /Ugrave /Uacute /Ucircumflex /Udieresis /Yacute /Thorn /germandbls /agrave + /aacute /acircumflex /atilde /adieresis /aring /ae /ccedilla /egrave /eacute + /ecircumflex /edieresis /igrave /iacute /icircumflex /idieresis /eth /ntilde + /ograve /oacute /ocircumflex /otilde /odieresis /divide /oslash /ugrave /uacute + /ucircumflex /udieresis /yacute /thorn /ydieresis /ISOLatin1Encoding where not + {256 array astore def} if cleartomark +%% +%% create DECMCS vector +(LPS$DECMCSEncoding.PS X1.0) pop +/Copyright_1986,_Digital_Equipment_Corporation_All_Rights_Reserved pop +/DECMCSEncoding ISOLatin1Encoding 256 array copy def +mark + 8#240 8#244 8#246 8#254 8#255 8#256 8#257 + 8#264 8#270 8#276 8#320 8#336 8#360 8#376 8#377 + counttomark + {DECMCSEncoding exch /.notdef put} repeat + % stack now contains mark + 8#250 /currency 8#327 /OE 8#335 /Ydieresis 8#367 /oe 8#375 /ydieresis + counttomark -1 bitshift % divide by 2 + {DECMCSEncoding 3 1 roll put} repeat + % stack now contains mark + cleartomark +%% +%% create DOCUMENT-specific encoding vector based on DECMCS +(DOC$$PSEncoding.PS X1.0) pop +/Copyright_1987,_Digital_Equipment_Corporation_All_Rights_Reserved pop +/DOC$$PSEncoding DECMCSEncoding 256 array copy def +mark + % stack now contains mark + 8#201 /bullet 8#202 /emdash 8#203 /endash 8#204 /dagger + 8#205 /daggerdbl 8#206 /registered 8#207 /trademark %8#210 /Delta + 8#211 /fi 8#212 /fl + counttomark -1 bitshift % divide by 2 + {DOC$$PSEncoding 3 1 roll put} repeat + % stack now contains mark + cleartomark +%% +%% create FINDFONT routine that recognizes all these vectors +(DOC$$FINDFONT.PS X1.0) pop +/Copyright_1987,_Digital_Equipment_Corporation_All_Rights_Reserved pop +/setpacking where {pop} {/setpacking {pop} def /curentpacking {false} def + /packedarray {astore} def} ifelse currentpacking true setpacking /findfont + {LPS$findfontdict begin dup FontDirectory exch known {FontDirectory exch get} + {mark 1 index (123456789012345678901234567890123456789) cvs /LPS$encodings + where {/LPS$encodings get {3 1 roll (1234567890) cvs search {exit} {exch + pop} ifelse} forall} if counttomark 1 ne {exch pop exch length 0 eq {3 -1 + roll pop true} {pop pop pop false} ifelse} {pop pop false} ifelse {dup + findfont dup length dict 3 -1 roll dup /Courier eq /extendcourierfont where + {pop true} {false} ifelse and {pop 0 extendcourierfont} {dup /Courier-Oblique + eq /extendcourierfont where {pop true} {false} ifelse and {pop 1 + extendcourierfont} {dup /Courier-Bold eq /extendcourierfont where {pop true} + {false} ifelse and {pop 2 extendcourierfont} {dup /Courier-BoldOblique eq + /extendcourierfont where {pop true} {false} ifelse and {pop 3 + extendcourierfont} {pop exch {1 index /FID ne 2 index /UniqueID ne and {2 + index 3 1 roll put} {pop pop} ifelse} forall} ifelse} ifelse} ifelse} + ifelse /LPS$fallbacks where {pop dup /Encoding 4 -1 roll exec 256 array copy + put dup /CharStrings known {0 1 255 {{1 index /Encoding get 1 index get 2 + index /CharStrings get exch known not {1 index /Encoding get 1 index get 2 + index /Encoding get 2 index LPS$fallbacks /others get put LPS$fallbacks {exch + 2 index eq {3 index /Encoding get 3 index 3 -1 roll put exit} {pop} ifelse + } forall pop} {exit} ifelse} loop pop} for} if} {dup /Encoding 4 -1 roll + exec put} ifelse definefont} {systemdict /findfont get exec} + ifelse} ifelse end} bind def /LPS$findfontdict 32 dict def LPS$findfontdict + begin /findfont dup load def /$obliquefont 1 dict def /obliquefont + {$obliquefont begin neg dup sin exch cos div mat exch 2 exch put mat makefont + end} def $obliquefont begin /mat matrix def end /cvc {(x) dup 0 4 -1 roll put} + def /fontcopy {exch {1 index /FID ne 2 index /UniqueId ne and {2 index 3 1 + roll put} {pop pop} ifelse} forall} def /$scalefont2 1 dict def /scalefont2 + {$scalefont2 begin mat exch 3 exch put mat exch 0 exch put mat makefont end} + def $scalefont2 begin /mat matrix def end /fonts [[{/Symbol findfont} + {/Times-Roman findfont} {/Times-Roman-ISOLatin1 findfont}] [{/Symbol findfont + -12 obliquefont} {/Times-Roman findfont -12 obliquefont} {/Times-Roman-ISOLatin1 + findfont -12 obliquefont}] [{/Symbol findfont} {/Times-Bold findfont} + {/Times-Bold-ISOLatin1 findfont}] [{/Symbol findfont -12 obliquefont} + {/Times-Bold findfont -12 obliquefont} {/Times-Bold-ISOLatin1 findfont -12 + obliquefont}]] def /characters [[/mu 0 8#155] [/degree 0 8#260] [/plusminus 0 + 8#261] [/multiply 0 8#264] [/divide 0 8#270] [/trademark 0 8#324] [/fi 1 8#256] + [/fl 1 8#257] [/perthousand 1 8#275] [/AE 1 8#341] [/OE 1 8#352] [/ae 1 8#361] + [/oe 1 8#372] [/minus 2 8#055] [/brokenbar 2 8#246] [/copyright 2 8#251] + [/logicalnot 2 8#254] [/registered 2 8#256] [/twosuperior 2 8#262] + [/threesuperior 2 8#263] [/onesuperior 2 8#271] [/onequarter 2 8#274] [/onehalf + 2 8#275] [/threequarters 2 8#276] [/Eth 2 8#320] [/Yacute 2 8#335] [/Thorn 2 + 8#336] [/eth 2 8#360] [/yacute 2 8#375] [/thorn 2 8#376]] def + /extendcourierfont {/STYLE exch def /newfont exch def /oldfont exch def oldfont + newfont fontcopy pop /newcharstrings oldfont /CharStrings get dup length + characters length add 1 add dict exch {2 index 3 1 roll put} forall def newfont + /CharStrings newcharstrings put characters {dup 0 get /name exch def dup 1 get + /fnum exch def dup 2 get /code exch def pop newcharstrings name known not + {newcharstrings name [fonts STYLE get fnum get code /buildchar load /exec cvx] + cvx put} if} forall newfont} def /buildchar {currentdict LPS$findfontdict begin + /FONTDICT exch def /CODE exch def /FONT exch exec def /PSCODE exch def /WX 600 + def /WY 0 def /LBXadj FONT 925 scalefont setfont CODE cvc stringwidth pop dup + 600 gt {currentfont exch 600 exch div 1 scalefont2 setfont 0} {600 exch sub 2 + div} ifelse def /LBYadj 0 def FONTDICT /Metrics known {/CNAME Encoding PSCODE + get def Metrics CNAME known {Metrics CNAME get dup type /arraytype eq {dup 0 + get /WX exch def /LBXorig newpath 0 0 moveto CODE cvc true charpath pathbbox + newpath pop pop pop def dup length 2 gt {dup 1 get /WY exch def dup 2 get + /LBXnew exch def 3 get /LBYadj exch def} {1 get /LBXnew exch def} ifelse + /LBXadj LBXnew LBXorig sub def} {/WX exch def} ifelse} if} if WX WY newpath + LBXadj LBYadj moveto CODE cvc true charpath pathbbox newpath setcachedevice + LBXadj LBYadj moveto CODE cvc PaintType 2 ne {show} {true charpath gsave + FONTDICT /StrokeWidth get setlinewidth 1 setlinecap 1 setlinejoin stroke + grestore} ifelse end} def /LPS$encodings 6 dict def LPS$encodings begin + /-ISOLatin1 {ISOLatin1Encoding} def /-DECMCS {DECMCSEncoding} def /-DECTech + {DECTechEncoding} def /-DECPub {DECPubEncoding} def /-DOCPSE {DOC$$PSEncoding} + def end end setpacking +%% +%%disable showpage for included files +/DVC$$showpage /showpage load def +/showpage {} def +%% +/tempstr 64 string def +/tempint 0 def +/tempmatrix matrix def +%% debugging routines +/DebugMode false def +/PrintInt { tempstr cvs print } def +/PrintLn { (\n) print flush } def +/PrintXY { Xpos PrintInt (,)print Ypos Yadjust PrintInt } def +/PrintVMStats + {(VM status, ) print print (: ) print vmstatus 3 copy + PrintInt (\(total\), ) print PrintInt (\(used\), ) print + pop exch sub PrintInt (\(remaining\), ) print + PrintInt (\(level\)) print PrintLn + } def +/VMS /PrintVMStats load def +/VMSDebug {DebugMode {PrintVMStats} {pop} ifelse} def +%% +(beginning of prolog) VMSDebug +%% Begin page +/BP + {/Magnification exch def /DviLaserPage save def + (beginning of page) VMSDebug + } def +%% End page +/EP {DviLaserPage restore} def +%% Exit page (temporarily) to add fonts/characters. +/XP + {% Save current point information so it can be reset later. + /Xpos where {pop Xpos} {0} ifelse + /Ypos where {pop Ypos} {0} ifelse + /currentpoint cvx stopped {0 0 moveto currentpoint} if + /DviLaserPage where {pop DviLaserPage restore} if + moveto + /Ypos exch def /Xpos exch def + } def +%% Resume page +/RP {/DviLaserPage save def} def +%% Purge all fonts to reclaim memory space. +/PF {GlobalMode LocalMode} def +%% Switch to base save/restore level, saving state information. +/GlobalMode + {/UserSave where {pop UserSave} if % invoke "UserSave" if available + PortraitMode PaperWidth PaperHeight PxlResolution Resolution + Magnification Ymax Xorigin Yorigin RasterScaleFactor + % Save current point information so it can be reset later. + /currentpoint cvx stopped {0 0 moveto currentpoint} if + /DviLaserPage where {pop DviLaserPage restore} if + DviLaserFonts restore RecoverState + } def +%% Preserve state at the base level. +/RecoverState + {12 copy + /Ypos exch def /Xpos exch def /RasterScaleFactor exch def + /Yorigin exch def /Xorigin exch def /Ymax exch def + /Magnification exch def /Resolution exch def /PxlResolution exch def + /PaperHeight exch def /PaperWidth exch def /PortraitMode exch def + DoInitialScaling + PortraitMode not {PaperWidth 0 SetupLandscape} if + Xpos Ypos moveto + } def +%% Initialize state variables to default values. +/InitializeState + {/Resolution 3600 def /PxlResolution 300 def + /RasterScaleFactor PxlResolution Resolution div def + /PortraitMode true def /PaperHeight 11 Resolution mul def + /PaperWidth 8.5 Resolution mul def /Ymax PaperHeight def + /Magnification 1000 def /Xorigin 0 def /Yorigin 0 def + /Xpos 0 def /Ypos 0 def /InitialMatrix matrix currentmatrix def + } def +%% Switch from base save/restore level, restoring state information. +/LocalMode + {/Ypos exch def /Xpos exch def /RasterScaleFactor exch def + /Yorigin exch def /Xorigin exch def /Ymax exch def + /Magnification exch def /Resolution exch def /PxlResolution exch def + /PaperHeight exch def /PaperWidth exch def /PortraitMode exch def + DoInitialScaling + PortraitMode not {PaperWidth 0 SetupLandscape} if + Xpos Ypos moveto + /UserRestore where {pop UserRestore} if % invoke "UserRestore" if available + /DviLaserFonts save def /DviLaserPage save def + } def +%% Abbreviations +/S /show load def +/SV /save load def +/RST /restore load def +/Yadjust {Ymax exch sub} def +%% (x,y) position absolute, just set Xpos & Ypos, don't move. +/SXY {Yadjust /Ypos exch def /Xpos exch def} def +%% (x,y) position absolute +/XY {Yadjust 2 copy /Ypos exch def /Xpos exch def moveto} def +%% (x,0) position absolute +/X {currentpoint exch pop 2 copy /Ypos exch def /Xpos exch def moveto} def +%% (0,y) position absolute +/Y + {currentpoint pop exch Yadjust 2 copy + /Ypos exch def /Xpos exch def moveto + } def +%% (x,y) position relative +/xy {neg rmoveto currentpoint /Ypos exch def /Xpos exch def} def +%% (x,0) position relative +/x {0 rmoveto currentpoint /Ypos exch def /Xpos exch def} def +%% (0,y) position relative +/y {0 exch neg rmoveto currentpoint /Ypos exch def /Xpos exch def} def +%% Print a rule +/R + {/ht exch def /wd exch def gsave 0 setgray + currentpoint newpath moveto + 0 ht rlineto wd 0 rlineto + 0 ht neg rlineto wd neg 0 rlineto + closepath fill grestore wd 0 rmoveto + currentpoint /Ypos exch def /Xpos exch def + } def +%% RES +/RES + {/Resolution exch def /PxlResolution exch def + /RasterScaleFactor PxlResolution Resolution div def + DoInitialScaling + } def +%% Do initial scaling. +/DoInitialScaling {InitialMatrix setmatrix 72 Resolution div dup scale} def +%% PM +/PM + {XP /PaperWidth exch def /PaperHeight exch def + /Ymax PaperHeight def /PortraitMode true def + DoInitialScaling RP + } def +%% LM +/LM + {XP /PaperWidth exch def /PaperHeight exch def + /Ymax PaperWidth def /PortraitMode false def + DoInitialScaling + PaperWidth 0 SetupLandscape RP + } def +%% Change magnification setting +/MAG {XP /Magnification exch def RP} def +%% Switch to landscape mode +/SetupLandscape {translate 90 rotate} def +%% SPB - begin "\special" mode +%% Mode: 0 - Local 1 - Global 2 - Inline +/SPB + {/spc_mode exch def + Yadjust /Yorigin exch def /Xorigin exch def + spc_mode 0 eq spc_mode 2 eq or + {XP} {spc_mode 1 eq {GlobalMode} if} ifelse + Xorigin Yorigin translate + Resolution 72 div dup scale % Restore default scaling... + Magnification 1000 div dup scale % Adjust for any magnification... + /Xpos Xpos 72 Resolution div mul 1000 Magnification div mul def + /Ypos Ypos 72 Resolution div mul 1000 Magnification div mul def + } def +%% SPE - end "\special" mode +%% Mode: 0 - Local 1 - Global 2 - Inline +/SPE + {/spc_mode exch def + 1000 Magnification div dup scale % Un-adjust for any magnification... + 72 Resolution div dup scale % Restore default internal scaling... + spc_mode 0 eq spc_mode 2 eq or + {RP} {spc_mode 1 eq {LocalMode} if} ifelse + } def +%% PP +/PP {/#copies exch def DVC$$showpage /#copies 1 def} def +%% CLRP +/CLRP {erasepage} def +%% /font-name DMF +/DMF {/psz exch def /nam exch def nam findfont psz scalefont setfont} def +%% /abcd (xxx) concat ==> /abcdxxx +/concatstr 64 string def +/concat + {/xxx exch def /nam exch def + /namstr nam concatstr cvs def + /newnam namstr length xxx length add string def + newnam 0 namstr putinterval + newnam namstr length xxx putinterval + newnam cvn + } def +%% /abcdef 2 strip ==> /cdef +/strip + {/num exch def /nam exch def + /namstr nam tempstr cvs def + /newlen namstr length num sub def + namstr num newlen getinterval cvn + } def +%% copydict ==> new-dict on stack +/copydict + {dup length 1 add dict /newdict exch def + {1 index /FID ne + {newdict 3 1 roll put} {pop pop} ifelse + } forall newdict + } def +%% DefineCMEncoding +/DefineCMEncoding + {/EncodeType exch def /CMEncoding 256 array def + /Times-Roman findfont /Encoding get aload pop CMEncoding astore pop + EncodeType 11 eq {Do-CM-rm-encoding} if + EncodeType 12 eq {Do-CM-ti-encoding} if + EncodeType 13 eq {Do-CM-tt-encoding} if + } def +%% Do special mappings for the various CM-font types. +/Do-standard-CM-encodings + {CMEncoding + dup 0 /.notdef put dup 1 /.notdef put dup 2 /.notdef put + dup 3 /.notdef put dup 4 /.notdef put dup 5 /.notdef put + dup 6 /.notdef put dup 7 /.notdef put dup 8 /.notdef put + dup 9 /.notdef put dup 10 /.notdef put dup 11 /.notdef put + dup 12 /fi put dup 13 /fl put dup 14 /.notdef put + dup 15 /.notdef put dup 16 /dotlessi put dup 17 /.notdef put + dup 18 /grave put dup 19 /acute put dup 20 /caron put + dup 21 /breve put dup 22 /macron put dup 23 /ring put + dup 24 /cedilla put dup 25 /germandbls put dup 26 /ae put + dup 27 /oe put dup 28 /oslash put dup 29 /AE put + dup 30 /OE put dup 31 /Oslash put dup 32 /.notdef put + dup 127 /dieresis put pop + } def +/Do-CM-rm-encoding + {Do-standard-CM-encodings CMEncoding + dup 34 /quotedblright put dup 60 /exclamdown put dup 62 /questiondown put + dup 92 /quotedblleft put dup 94 /circumflex put dup 95 /dotaccent put + dup 123 /endash put dup 124 /emdash put dup 125 /hungarumlaut put + dup 126 /tilde put pop + } def +/Do-CM-ti-encoding + {Do-standard-CM-encodings CMEncoding + dup 34 /quotedblright put dup 36 /sterling put dup 60 /exclamdown put + dup 62 /questiondown put dup 92 /quotedblleft put dup 94 /circumflex put + dup 95 /dotaccent put dup 123 /endash put dup 124 /emdash put + dup 125 /hungarumlaut put dup 126 /tilde put pop + } def +/Do-CM-tt-encoding + {Do-standard-CM-encodings CMEncoding + dup 12 /.notdef put dup 13 /quotesingle put dup 14 /exclamdown put + dup 15 /questiondown put pop + } def +%% Routines to handle packing/unpacking numbers. +%% PackHW --> +/PackHW + {/num exch def /pos exch def /target exch def + num 16#0000FFFF and 1 pos sub 16 mul bitshift target or + } def +%% PackByte --> +/PackByte + {/num exch def /pos exch def /target exch def + num 16#000000FF and 3 pos sub 8 mul bitshift target or + } def +%% UnpkHW --> +/UnpkHW + {/num exch def /pos exch def + num 1 pos sub -16 mul bitshift 16#0000FFFF and + dup 16#00007FFF gt {16#00010000 sub} if + } def +%% UnpkByte --> +/UnpkByte + {/num exch def /pos exch def + num 3 pos sub -8 mul bitshift 16#000000FF and + dup 16#0000007F gt {16#00000100 sub} if + } def +%% DefineCMFont +%% type 10: "as-is" PostScript font +%% type 11: CM-mapped PostScript font - roman +%% type 12: CM-mapped PostScript font - text italic +%% type 13: CM-mapped PostScript font - typewriter type +/int-dict-name {int (-dict) concat} def +/int-dict {int (-dict) concat cvx load} def +/DF {true DefineCMFont} def % signal that the font is already loaded +/DNF {false DefineCMFont} def % signal that the font is not already loaded +/DefineCMFont + {/loaded exch def /typ exch def /psz exch def /ext exch def /int exch def + typ 10 ne + {% font_type = 11, 12, 13 + loaded not {/fnam ext 3 strip def fnam findfont copydict + /newdict exch def typ DefineCMEncoding newdict + /Encoding CMEncoding put ext newdict definefont pop} if + int-dict-name ext findfont psz scalefont def + currentdict int [int-dict /setfont cvx] cvx put + } + {% font_type = 10 + /fnam ext def int-dict-name fnam findfont psz scalefont def + currentdict int [int-dict /setfont cvx] cvx put + } + ifelse + } def +%% +%% [llx lly urx ury] DefinePXLFont +/PXLF { true DefinePXLFont} def % signal that the font is already loaded +/PXLNF {false DefinePXLFont} def % signal that the font is not already loaded +/PXLBuildCharDict 17 dict def +/CMEncodingArray 128 array def +0 1 127 {CMEncodingArray exch dup tempstr cvs cvn put} for +/RasterConvert {RasterScaleFactor div} def +/TransformBBox + {aload pop + /BB-ury exch def /BB-urx exch def /BB-lly exch def /BB-llx exch def + [BB-llx RasterConvert BB-lly RasterConvert + BB-urx RasterConvert BB-ury RasterConvert] + } def +/DefinePXLFont + {/newfont exch def /bb exch def /num exch def /psz exch def + /dsz exch def /pxlmag exch def /ext exch def /int exch def + /fnam ext (-) concat pxlmag tempstr cvs concat def + newfont not + { int-dict-name 13 dict def + int-dict begin + /FontType 3 def /FontMatrix [1 dsz div 0 0 1 dsz div 0 0] def + /FontBBox bb TransformBBox def /Encoding CMEncodingArray def + /CharDict 1 dict def CharDict begin /Char-Info num array def end + /BuildChar + { PXLBuildCharDict begin + /char exch def /fontdict exch def + fontdict /CharDict get /Char-Info get char get aload pop + /rasters exch def /PackedWord1 exch def + 0 PackedWord1 UnpkHW 16#7FFF ne + { /PackedWord2 exch def /wx 0 PackedWord1 UnpkHW def + /rows 2 PackedWord1 UnpkByte def /cols 3 PackedWord1 UnpkByte def + /llx 0 PackedWord2 UnpkByte def /lly 1 PackedWord2 UnpkByte def + /urx 2 PackedWord2 UnpkByte def /ury 3 PackedWord2 UnpkByte def + } + { /PackedWord2 exch def /PackedWord3 exch def /PackedWord4 exch def + /wx 1 PackedWord1 UnpkHW def /rows 0 PackedWord2 UnpkHW def + /cols 1 PackedWord2 UnpkHW def /llx 0 PackedWord3 UnpkHW def + /lly 1 PackedWord3 UnpkHW def /urx 0 PackedWord4 UnpkHW def + /ury 1 PackedWord4 UnpkHW def + } ifelse + rows 0 lt {/rows rows neg def /runlength 1 def} {/runlength 0 def} ifelse + wx 0 + llx RasterConvert lly RasterConvert + urx RasterConvert ury RasterConvert setcachedevice + rows 0 ne + { gsave cols rows true RasterScaleFactor + 0 0 RasterScaleFactor neg llx .5 add neg ury .5 add + tempmatrix astore GenerateRasters imagemask grestore + } if + end + } def + end fnam int-dict definefont pop + } if + int-dict-name fnam findfont psz scalefont def + currentdict int [int-dict /setfont cvx] cvx put + } def +%% PXLC +/PXLC + {/rasters exch def /runlength exch def /cols exch def /rows exch def + /ury exch def /urx exch def /lly exch def /llx exch def + /wx exch def /code exch def /int exch def + % See if the long or short format is required + true cols CKSZ rows CKSZ ury CKSZ urx CKSZ lly CKSZ llx CKSZ + TackRunLengthToRows + { int-dict /CharDict get /Char-Info get code + [0 0 llx PackByte 1 lly PackByte 2 urx PackByte 3 ury PackByte + 0 0 wx PackHW 2 rows PackByte 3 cols PackByte rasters] put + } + { int-dict /CharDict get /Char-Info get code + [0 0 urx PackHW 1 ury PackHW 0 0 llx PackHW 1 lly PackHW + 0 0 rows PackHW 1 cols PackHW 0 0 16#7FFF PackHW 1 wx PackHW rasters] put + } ifelse + } def +/CKSZ {abs 127 le and} def +/TackRunLengthToRows {runlength 0 ne {/rows rows neg def} if} def +%% PLOTC +/PLOTC + {/rasters exch def /runlength exch def /cols exch def /rows exch def + /ury exch def /urx exch def /lly exch def /llx exch def + /psz exch def /dsz exch def /wx exch def + % "Plot" a character's raster pattern. + rows 0 ne + { gsave currentpoint translate psz dsz div dup scale + cols rows true RasterScaleFactor 0 0 RasterScaleFactor + neg llx .5 add neg ury .5 add tempmatrix astore + GenerateRasters imagemask grestore + } if wx x + } def +%% Routine to generate rasters for "imagemask" +/GenerateRasters {rasters runlength 1 eq {RunLengthToRasters} if} def +%% Routine to convert from runlength encoding back to rasters. +/RunLengthToRasters + { % ...not done yet... + } def +%% +(end of common prolog) VMSDebug +%% +end +%% End of included prolog section. +%% +BeginDviLaserDoc +CLRP 300 3600 RES +%%EndProlog +%%Page -1 1 +1000 BP 39600 30600 PM 0 0 XY +XP /F24 /Helvetica-Bold-DOCPSE 697.385 10 DNF RP +4796 10773 XY F24(X)S 166 x(IMAGE)S 165 x(EXTENSION)S 165 x(CONC)S +-2 x(EPTS)S +XP /F40 /Helvetica-Bold-DOCPSE 448.319 10 DF RP +4796 13463 XY F40(Revision/U)S -2 x(pdate)S 167 x(Information:)S +XP /F38 /Helvetica-DOCPSE 448.319 10 DNF RP +11871 13463 XY F38(V2.4)S 17598 Y 14074 X(Joseph)S 187 x(G.)S 185 x +(Mauro)S 547 y 13315 X(Image)S 185 x(Proces)S 2 x(sing)S 184 x +(Group)S 548 y 12806 X(Digit)S -2 x(al)S 183 x(Equipmen)S 2 x(t)S +182 x(Corpora)S 2 x(tion)S 548 y 14369 X(June)S 187 x(10,)S 192 x +(1988)S 33987 Y 4796 X F40(digital)S 165 x(equipment)S 166 x +(corporation)S 166 x(maynard,)S 167 x(massachusett)S 2 x(s)S +1 PP +EP +%%Page -3 3 +1000 BP 39600 30600 PM 0 0 XY +XP /F24 /Helvetica-Bold-DOCPSE 697.385 10 DF RP +3600 5321 XY 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x(imaging)S 548 y 4796 X(services)S 190 x(which)S +191 x(can)S 190 x(be)S 191 x(built)S 191 x(upon)S 191 x(\211ltering)S +191 x(capabil)S 2 x(itie)S 2 x(s)S 189 x(such)S 191 x(as)S 190 x +(median)S 190 x(and)S 191 x(sharpening)S 191 x(\211lters)S 191 x +(will)S 191 x(be)S 548 y 4796 X(relegated)S 171 x(to)S 171 x(higher)S +171 x(level)S 171 x(clie)S 2 x(nt)S 170 x(side)S 171 x(components)S +171 x(such)S 170 x(as)S 170 x(the)S 171 x(X)S 169 x(Image)S 170 x +(Exten)S 2 x(sion)S 170 x(T)S -34 x(ool)S 170 x(kit.)S 258 x(As)S +170 x(such,)S 170 x(readers)S 548 y 4796 X(who)S 170 x(are)S 171 x +(looking)S 172 x(for)S 170 x(defacto)S 172 x(imaging)S 171 x +(industry)S 172 x(standard)S 171 x(services)S 172 x(should)S 171 x +(look)S 171 x(to)S 171 x(the)S 172 x(X)S 170 x(Image)S 170 x(T)S +-34 x(ool)S 171 x(Kit.)S 259 x(The)S 548 y 4796 X(protocol)S 167 x +(must)S 166 x(be)S 166 x(suf)S -9 x(\211cient)S 167 x(to)S 167 x(be)S +166 x(able)S 167 x(to)S 166 x(build)S 168 x(these)S 166 x(higher)S 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276 x(These)S +180 x(domains)S 180 x(are)S 180 x(roughly)S 180 x(categoriz)S 2 x +(ed)S 179 x(into)S 181 x(two)S 180 x(classes:)S 548 y 4796 X +(spatial)S 173 x(and)S 173 x(spatial)S 173 x(frequency)S -32 x(.)S +261 x(In)S 172 x(the)S 173 x(spatial)S 174 x(domain)S 172 x(is)S +172 x(we)S 172 x(operate)S 173 x(on)S 172 x(PCM)S 173 x(data)S 173 x +(which)S 172 x(is)S 172 x(representat)S 2 x(ive)S 172 x(of)S 548 y +4796 X(the)S 171 x(luminanc)S 2 x(e)S 171 x(and)S 171 x(chrominance)S +173 x(of)S 171 x(an)S 171 x(image,)S 173 x(while)S 172 x(in)S 171 x +(the)S 172 x(spatia)S 2 x(l)S 171 x(frequency)S 172 x(domain,)S 172 x +(we)S 172 x(operate)S 172 x(on)S 171 x(ampli-)S 547 y 4796 X(tude)S +176 x(coef)S -9 x(\211cients)S 176 x(of)S 176 x(bases)S 175 x +(vectors)S 176 x(such)S 175 x(as)S 175 x(Fourier)S 176 x(bases)S +176 x(vectors)S 175 x(\(Fourier)S 176 x(T)S -17 x(ransform\).)S 266 x +(Many)S 176 x(enhancement)S 548 y 4796 X(processes)S 165 x(can)S +167 x(be)S 166 x(implemented)S 167 x(in)S 167 x(either)S 167 x(of)S +166 x(these)S 167 x(two)S 166 x(domain)S 167 x(classes.)S 35879 Y +3600 X F40(3\20314)S 449 x(EXTENSION)S 165 x(ARCHITEC)S -2 x(TURE)S +166 x(CONC)S -2 x(EPTS)S +1 PP +EP +%%Page 15 35 +1000 BP 39600 30600 PM 0 0 XY +5138 Y 4796 X F78(While)S 184 x(spatial)S 185 x(frequency)S 184 x +(or)S 183 x(transform)S 183 x(domain)S 183 x(processing)S 184 x(is)S +184 x(an)S 183 x(extremely)S 184 x(important)S 185 x(approach)S 184 x +(in)S 183 x(digit)S 2 x(al)S 548 y 4796 X(signal)S 180 x +(processing,)S 184 x(and)S 180 x(some)S 179 x(workstati)S 2 x(ons)S +179 x(\(servers\))S 180 x(may)S 179 x(have)S 181 x(hardware)S 180 x +(which)S 180 x(support)S 180 x(it,)S 184 x(it)S 181 x(is)S 180 x +(felt)S 181 x(to)S 180 x(be)S 548 y 4796 X(outside)S 174 x(the)S +174 x(realm)S 174 x(of)S 173 x(reasonabili)S 2 x(ty)S 173 x(to)S +174 x(expect)S 175 x(such)S 173 x(support)S 174 x(of)S 173 x(main)S +174 x(stream)S 173 x(servers)S 173 x(at)S 174 x(this)S 174 x(point)S +175 x(in)S 173 x(time.)S 264 x(As)S 548 y 4796 X(such,)S 168 x(no)S +168 x(explici)S 2 x(t)S 168 x(protocol)S 169 x(functi)S 2 x(ons)S +167 x(will)S 170 x(exist)S 168 x(which)S 169 x(require)S 169 x(or)S +168 x(imply)S 168 x(transform)S 168 x(domain)S 168 x(processing)S +169 x(support.)S 548 y 4796 X(Examples)S 167 x(of)S 166 x(the)S 167 x +(implica)S 2 x(tions)S 167 x(of)S 166 x(this)S 168 x(policy)S 167 x +(incl)S 2 x(ude)S 166 x(that)S 168 x(the)S 167 x(protocol)S 168 x +(at)S 167 x(this)S 167 x(time)S 168 x(will)S 167 x(not)S 167 x +(includ)S 2 x(e)S 166 x(machinery)S 547 y 4796 X(which)S 184 x +(supports)S 184 x(the)S 184 x(exchange)S 185 x(of)S 183 x(discrete)S +185 x(spatial)S 186 x(frequency)S 184 x(domain)S 184 x(\211lter)S +185 x(coef)S -9 x(\211cients)S 185 x(or)S 183 x(analyt)S 2 x(ic)S +184 x(spatial)S 548 y 4796 X(frequency)S 166 x(domain)S 166 x +(\211lte)S 2 x(r)S 165 x(descript)S 2 x(ions,)S 166 x(or)S 165 x +(coef)S -8 x(\211cient)S 167 x(rooting)S 167 x(techni)S 2 x(ques)S +166 x(for)S 166 x(histogram)S 166 x(modi\211cati)S 2 x(on.)S 897 y +4796 X(This)S 167 x(position)S 168 x(on)S 166 x(spatial)S 168 x +(frequency)S 167 x(domain)S 167 x(processing)S 167 x(is)S 167 x +(\212exible)S 168 x(in)S 167 x(that)S 168 x(many)S 166 x(important)S +168 x(image)S 167 x(enhancement)S 548 y 4796 X(processes)S 181 x +(are)S 182 x(de\211ned)S 182 x(in)S 183 x(terms)S 181 x(of)S 182 x +(spatial)S 183 x(frequency)S 183 x(domain)S 182 x(processing.)S 280 x +(If)S 182 x(this)S 182 x(positi)S 2 x(on)S 182 x(is)S 182 x +(reversed,)S 185 x(the)S 548 y 4796 X(following)S 167 x(classes)S +166 x(of)S 166 x(protocol)S 167 x(functi)S 2 x(ons)S 165 x(would)S +167 x(likely)S 168 x(be)S 166 x(added:)S 897 y 4796 X(\201)S 722 x +(perform)S 166 x(various)S 166 x(transforms)S 166 x(\(Fourier)S -20 x +(,)S 166 x(DCT)S -37 x(,)S 166 x(Hadamard,)S 165 x(...\))S 747 y +4796 X(\201)S 722 x(perform)S 166 x(arithmetic)S 168 x(operations)S +167 x(on)S 166 x(transform)S 166 x(data)S 747 y 4796 X(\201)S 722 x +(generate)S 167 x(stati)S 2 x(stical)S 167 x(information)S 168 x +(about)S 166 x(transform)S 166 x(data)S 747 y 4796 X(\201)S 722 x +(apply)S 167 x(template)S 168 x(\(area\))S 166 x(functions)S 167 x +(in)S 166 x(transform)S 166 x(domain)S 167 x(\(\211lters\))S 14652 Y +4796 X(It)S 161 x(is)S 162 x(expecte)S 2 x(d)S 161 x(that)S 163 x +(analyt)S 2 x(ic)S 162 x(transform)S 161 x(domain)S 162 x(\211lters)S +162 x(would)S 162 x(be)S 162 x(implemented)S 163 x(at)S 162 x(the)S +163 x(X)S 161 x(image)S 162 x(extension)S 163 x(tool)S 163 x(kit)S +548 y 4796 X(level.)S 897 y 4796 X(Note)S 178 x(that)S 179 x(the)S +178 x(current)S 179 x(position)S 179 x(\(no)S 178 x(spatial)S 179 x +(frequency)S 178 x(domain)S 179 x(support)S 178 x(in)S 178 x(the)S +179 x(protocol\))S 179 x(does)S 177 x(not)S 179 x(imply)S 178 x +(that)S 548 y 4796 X(servers)S 156 x(may)S 156 x(not)S 158 x(use)S +156 x(transform)S 157 x(domain)S 157 x(approaches.)S 249 x(For)S +157 x(example,)S 159 x(a)S 156 x(server)S 157 x(with)S 158 x(2d-FFT)S +156 x(capabi)S 2 x(lity)S 158 x(may)S 156 x(chose)S 548 y 4796 X(to)S +166 x(implement)S 167 x(convolut)S 2 x(ion)S 166 x(with)S 167 x(lar)S +-9 x(ge)S 167 x(kernels)S 166 x(in)S 167 x(the)S 167 x(transform)S +165 x(domain.)S 896 y 4796 X(All)S 184 x(server)S 184 x(based)S 184 x +(image)S 184 x(processing)S 185 x(functions)S 184 x(\(enhancement)S +185 x(and)S 185 x(rendition)S 185 x(other)S 185 x(than)S 184 x(the)S +185 x(\211nal)S 184 x(step)S 185 x(in)S 184 x(a)S 548 y 4796 X +(rendition)S 180 x(process\))S 178 x(will)S 180 x(produce)S 179 x +(image)S 179 x(object)S 2 x(s.)S 274 x(These)S 179 x(image)S 179 x +(objects)S 180 x(may)S 178 x(posess)S 179 x(integral)S 180 x(or)S +179 x(non-integral)S 548 y 4796 X(\(real\))S 166 x(values.)S 250 x +(Protocol)S 168 x(functions)S 167 x(\(image)S 167 x(operators\))S +166 x(which)S 167 x(must)S 166 x(produce)S 167 x(one)S 167 x(or)S +166 x(the)S 167 x(other)S 167 x(will)S 168 x(note)S 167 x(it)S 167 x 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F36(3.4.1.7)S 599 x(Operations)S +167 x(Pipeli)S 2 x(ning)S 897 y 4796 X F78(Image)S 173 x(extension)S +175 x(server)S 174 x(operatio)S 2 x(ns)S 173 x(are)S 174 x(categori)S +2 x(zed)S 174 x(into)S 175 x(transport,)S 176 x(enhancement,)S 177 x +(rendition,)S 177 x(and)S 174 x(display)S -32 x(.)S 265 x(T)S -35 x +(o)S 548 y 4796 X(some)S 168 x(extent,)S 170 x(these)S 169 x +(represent)S 169 x(steps)S 168 x(that)S 170 x(an)S 169 x(image)S +169 x(must)S 168 x(pass)S 168 x(through)S 169 x(to)S 169 x(get)S +169 x(from)S 168 x(the)S 169 x(appli)S 2 x(cation)S 169 x(clie)S +2 x(nt)S 169 x(to)S 169 x(the)S 548 y 4796 X(display)S -32 x(.)S +268 x(While)S 177 x(these)S 177 x(operational)S 177 x(classes)S 176 x +(can)S 176 x(be)S 176 x(cleanl)S 2 x(y)S 175 x(separated,)S 179 x +(and)S 176 x(an)S 176 x(image)S 176 x(moved)S 175 x(through)S 177 x +(them)S 176 x(by)S 548 y 4796 X(completing)S 169 x(each)S 168 x +(step)S 168 x(on)S 168 x(the)S 169 x(entire)S 169 x(image)S 168 x +(before)S 168 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X(Pipelini)S 2 x +(ng)S 180 x(has)S 180 x(a)S 180 x(number)S 179 x(of)S 180 x +(advantag)S 2 x(es.)S 276 x(First,)S 183 x(it)S 181 x(allows)S 181 x +(the)S 180 x(cli)S 2 x(ent)S 180 x(applic)S 2 x(ation)S 181 x(to)S +180 x(assemble)S 180 x(multipl)S 2 x(e)S 180 x(syn-)S 548 y 4796 X +(chronous)S 182 x(steps)S 182 x(which)S 183 x(are)S 182 x(likel)S +2 x(y)S 182 x(to)S 182 x(be)S 183 x(used)S 182 x(over)S 182 x(and)S +182 x(over)S 183 x(\(macros\).)S 280 x(Second,)S 186 x(in)S 182 x +(cases)S 183 x(where)S 182 x(display)S 183 x(is)S 548 y 4796 X(part)S +176 x(of)S 177 x(the)S 176 x(pipe,)S 180 x(it)S 177 x(feeds)S 176 x +(out)S 177 x(visual)S 177 x(information)S 177 x(as)S 177 x(it)S 177 x +(becomes)S 176 x(availa)S 2 x(ble)S 177 x(rather)S 176 x(than)S 177 x +(waiti)S 2 x(ng)S 176 x(for)S 176 x(step)S 177 x(wise)S 548 y 4796 X +(completion.)S 265 x(Third,)S 176 x(as)S 174 x(multiple)S 175 x +(processors)S 173 x(become)S 174 x(availa)S 2 x(ble)S 174 x(in)S +174 x(workstations,)S 176 x(it)S 175 x(allows)S 174 x(for)S 174 x +(some)S 173 x(degree)S 174 x(of)S 548 y 4796 X(parallel)S 167 x +(processing)S 167 x(as)S 166 x(dif)S -9 x(ferent)S 167 x(pipe)S 167 x +(elements)S 167 x(can)S 166 x(be)S 166 x(execut)S 2 x(ed)S 166 x(on)S +166 x(dif)S -9 x(ferent)S 167 x(processors.)S 896 y 4796 X(The)S +166 x(image)S 167 x(extension)S 167 x(package)S 167 x(will)S 167 x +(provide)S 167 x(for)S 166 x(the)S 166 x(de\211nit)S 2 x(ion)S 166 x +(and)S 167 x(execution)S 167 x(of)S 166 x(process)S 166 x(control)S +167 x(pipes.)S 35879 Y 16517 X F40(EXTENSION)S 165 x(ARCHI)S -2 x +(TECTURE)S 165 x(CONCEPTS)S 448 x(3\20315)S +1 PP +EP +%%Page 16 36 +1000 BP 39600 30600 PM 0 0 XY +5171 Y 3600 X F36(3.4.1.8)S 599 x(Server)S 166 x(Display)S 167 x +(Hardware)S 165 x(Control)S 896 y 4796 X F78(The)S 172 x(X)S 171 x +(server)S 171 x(is)S 172 x(of)S 171 x(necessity)S 173 x(intimate)S +173 x(with)S 172 x(the)S 172 x(display)S 173 x(device.)S 260 x(In)S +172 x(the)S 172 x(past,)S 173 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x(some)S 171 x(background)S 172 x +(material)S 172 x(on)S 172 x(topics)S 172 x(which)S 172 x(are)S 172 x +(not)S 171 x(central)S 173 x(to)S 172 x(the)S 172 x(image)S 172 x +(extension)S 548 y 4796 X(package)S 166 x(but)S 167 x(are)S 166 x +(closely)S 168 x(associated.)S 15527 Y 3600 X F28(A.1)S 598 x(Image)S +167 x(Data)S 167 x(Interchang)S 2 x(e)S 16772 Y 4796 X F78(Image)S +177 x(data)S 179 x(formats)S 177 x(are)S 178 x(a)S 178 x(topic)S +179 x(of)S 178 x(much)S 178 x(interest)S 179 x(latel)S 2 x(y)S -33 x +(.)S 272 x(These)S 179 x(formats)S 177 x(are)S 178 x(instance)S 2 x +(s)S 177 x(of)S 178 x(image)S 178 x(data)S 179 x(inter-)S 548 y +4796 X(change)S 173 x(protocol)S 2 x(s.)S 262 x(In)S 173 x(the)S +174 x(X)S 172 x(environment,)S 176 x(there)S 174 x(are)S 173 x +(three)S 174 x(locati)S 2 x(ons)S 173 x(where)S 173 x(such)S 173 x +(protocols)S 174 x(exist:)S 264 x(appli)S 2 x(cation)S 548 y 4796 X +(client)S 182 x(to)S 181 x(applic)S 2 x(ation)S 181 x(cli)S 2 x(ent)S +181 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y 4796 X(............+.......)S +2 x(...................)S 2 x(.........+.........)S 2 x(...)S 239 x +(X)S 239 x(WIRE)S 448 y 7665 X(|)S 16272 X(|)S 449 y 7665 X(|)S 239 x +(IP2)S 16272 X(|)S 240 x(IP2)S 448 y 7665 X(|)S 16272 X(|)S 448 y +7665 X(V)S 16272 X(V)S 449 y 6947 X(SERVER)S 15555 X(SERVER)S 747 y +7665 X(.)S 239 x(KERNEL)S 12686 X(IP3)S 16272 X(.)S 240 x(KERNEL)S +448 y 10534 X(<==============)S 2 x(=====>)S 448 y 7665 X(.)S 239 x +(EXTENSION)S 16272 X(.)S 240 x(EXTENSION)S 32961 Y 4796 X +22116 24 R 548 y 4796 X F36(Figure)S 167 x(A\2031)S 165 x(Cont'd)S +2 x(.)S 166 x(on)S 167 x(next)S 166 x(page)S 35879 Y 21731 X F40 +(RELA)S -34 x(TED)S 166 x(T)S -8 x(OPICS)S 447 x(A\2031)S +1 PP +EP +%%Page 2 65 +1000 BP 39600 30600 PM 0 0 XY +5171 Y 4796 X F36(Figure)S 167 x(A\2031)S 248 x(\(Cont.\):)S 499 x +(IMAGE)S 166 x(DA)S -38 x(T)S -36 x(A)S 165 x(INTERCHANGE)S 548 y +4796 X 22116 24 R 657 y 4796 X 22116 24 R 897 y 4796 X F78(It)S 168 x +(is)S 168 x(the)S 169 x(purpose,)S 169 x(and)S 168 x(nature)S 169 x +(of)S 168 x(the)S 169 x(IP1)S 168 x(image)S 169 x(data)S 169 x +(protocol,)S 169 x(and)S 169 x(its)S 169 x(relatio)S 2 x(nship)S +168 x(to)S 169 x(IP2)S 168 x(and)S 168 x(IP3)S 168 x(that)S 170 x +(are)S 168 x(the)S 548 y 4796 X(subject)S 167 x(of)S 166 x(this)S +167 x(section.)S 896 y 4796 X(Applicati)S 2 x(on)S 176 x(level)S +177 x(image)S 177 x(data)S 176 x(int)S 2 x(erchange)S 176 x(formats)S +176 x(are)S 176 x(the)S 177 x(means)S 176 x(by)S 176 x(which)S 176 x +(various)S 177 x(applica)S 2 x(tions)S 176 x(recogniz)S 2 x(e)S 548 y +4796 X(and)S 179 x(exchange)S 179 x(common)S 178 x(image)S 179 x +(data.)S 275 x(Applicat)S 2 x(ions)S 179 x(level)S 180 x(intercha)S +2 x(nge)S 179 x(of)S 178 x(data)S 180 x(often)S 179 x(has)S 179 x +(nothing)S 180 x(to)S 179 x(do)S 179 x(with)S 548 y 4796 X(display)S +167 x(processes,)S 165 x(and,)S 166 x(therefore,)S 166 x(they)S 167 x +(\(IP1\))S 166 x(exist)S 167 x(outside)S 167 x(of)S 166 x(the)S 167 x +(domain)S 166 x(of)S 166 x(X.)S 897 y 4796 X(Such)S 168 x(IP1)S 168 x +(interchange)S 169 x(protocol)S 2 x(s)S 168 x(are)S 168 x(likely)S +169 x(to)S 169 x(be)S 168 x(standardiz)S 2 x(ed)S 168 x(within)S +169 x(image)S 168 x(data)S 169 x(classes)S 169 x(and)S 168 x +(applica)S 2 x(tions)S 168 x(do-)S 548 y 4796 X(mains.)S 253 x(This)S +168 x(is)S 169 x(seen)S 168 x(in)S 169 x(the)S 169 x(emer)S -9 x +(gence)S 169 x(of)S 168 x(image)S 168 x(appli)S 2 x(cation)S 169 x +(domain)S 169 x(industry)S 169 x(standards.)S 253 x(Thus,)S 169 x +(we)S 168 x(are)S 168 x(seeing)S 548 y 4796 X(medical)S 172 x +(radiologi)S 2 x(cal)S 172 x(image)S 171 x(data)S 173 x(interchange)S +173 x(standardized)S 172 x(and)S 172 x(engineerin)S 2 x(g)S 171 x +(drawing)S 171 x(image)S 172 x(data)S 172 x(interc)S 2 x(hange)S +548 y 4796 X(standardized)S 175 x(in)S 175 x(dif)S -9 x(ferent)S +175 x(ways.)S 264 x(Often,)S 176 x(applicat)S 2 x(ions)S 174 x +(level)S 176 x(interchange)S 175 x(protocol)S 2 x(s)S 173 x(are)S +175 x(packaged)S 175 x(in)S 174 x(or)S 174 x(as)S 174 x(disk)S 548 y +4796 X(\211le)S 166 x(formats)S 166 x(although)S 167 x(they)S 167 x +(are)S 167 x(equally)S 167 x(applica)S 2 x(ble)S 166 x(to)S 167 x +(all)S 167 x(channels)S 167 x(\(both)S 167 x(storage)S 166 x(and)S +167 x(communications\).)S 896 y 4796 X(Protocols)S 171 x(for)S 171 x +(applica)S 2 x(tion)S 172 x(to)S 171 x(applic)S 2 x(ation)S 172 x +(interchange)S 172 x(of)S 171 x(image)S 172 x(data)S 171 x(are)S +171 x(NOT)S 171 x(part)S 171 x(of)S 171 x(the)S 172 x(X)S 170 x +(Image)S 171 x(Extensi)S 2 x(on)S 548 y 4796 X(Package)S 180 x(or)S +179 x(the)S 181 x(X)S 179 x(Image)S 179 x(Exten)S 2 x(sion)S 180 x +(Protocol.)S 276 x(However)S -20 x(,)S 183 x(in)S 180 x(that)S 181 x +(the)S 180 x(IP1)S 179 x(and)S 180 x(IP2+IP3)S 180 x(paths)S 180 x +(should)S 180 x(allow)S 548 y 4796 X(for)S 179 x(the)S 180 x(same)S +178 x(inte)S 2 x(rchange,)S 182 x(it)S 181 x(does)S 179 x(make)S +179 x(sense)S 179 x(to)S 180 x(propose)S 179 x(an)S 180 x(IP1)S 179 x +(which)S 180 x(is)S 179 x(aligne)S 2 x(d)S 179 x(with)S 180 x(IP2)S +179 x(and)S 179 x(IP3.)S 275 x(As)S 548 y 4796 X(such,)S 169 x(the)S +170 x(extension)S 171 x(protocol)S 170 x(speci\211cat)S 2 x(ion)S +170 x(will)S 170 x(include)S 171 x(a)S 169 x(speci\211cat)S 2 x(ion)S +170 x(for)S 169 x(IP1)S 169 x(which)S 170 x(can)S 169 x(be)S 170 x +(implemented)S 170 x(as)S 548 y 4796 X(a)S 174 x(communications)S +175 x(stream,)S 176 x(or)S 174 x(packaged)S 176 x(in)S 174 x(a)S +175 x(disk)S 175 x(\211le.)S 265 x(It)S 175 x(is)S 174 x(expect)S +2 x(ed)S 174 x(that)S 175 x(thi)S 2 x(s)S 174 x(speci\211catio)S +2 x(n)S 174 x(will)S 175 x(be)S 175 x(aligned)S 548 y 4796 X(at)S +180 x(least)S 181 x(in)S 181 x(content)S 181 x(with)S 181 x(the)S +180 x(emer)S -9 x(ging)S 181 x(compound)S 180 x(document)S 180 x +(archit)S 2 x(ecture)S 180 x(inte)S 2 x(rchange)S 180 x(format)S +180 x(\(ISO)S 179 x(8613-7)S 548 y 4796 X(ODA)S -2 x(/ODIF\).)S +35879 Y 3600 X F40(A\2032)S 449 x(RELA)S -34 x(TED)S 165 x(T)S -8 x +(OPICS)S +1 PP +EP +%%Trailer +EndDviLaserDoc +%%DocumentFonts: Helvetica-Bold-DOCPSE Helvetica-DOCPSE Times-Roman-DOCPSE Courier-DOCPSE Times-Bold-DOCPSE +%%Pages 64 diff --git a/xie/docs/x11r4/concepts.txt b/xie/docs/x11r4/concepts.txt new file mode 100644 index 0000000..e8bbc35 --- /dev/null +++ b/xie/docs/x11r4/concepts.txt @@ -0,0 +1,2854 @@ +X IMAGE EXTENSION CONCEPTS + + +Revision/Update Information: V2.4 + + + + + Joseph G. Mauro + Image Processing Group + Digital Equipment Corporation + June 10, 1988 + + + + +digital equipment corporation maynard, massachusetts + Contents + + PREFACE v + +CHAPTER 1 INTRODUCTION 1–1 + 1.1 SCOPE AND PURPOSE 1–1 + + 1.2 JUSTIFICATION 1–2 + 1.3 REQUIREMENTS 1–2 + + 1.4 GOALS 1–2 + 1.4.1 Minimal Sufï¬ciency 1–2 + 1.4.2 Application Classes 1–3 + 1.4.3 Display Systems 1–3 + 1.4.4 Extensibility 1–3 + +CHAPTER 2 IMAGING CONCEPTS 2–1 + 2.1 TRANSFER MODEL 2–1 + + 2.2 VISUAL PERCEPTION 2–3 + 2.3 IMAGE CAPTURE 2–3 + + 2.4 IMAGE SYNTHESIS 2–3 + + 2.5 MATHEMATICAL MODEL 2–4 + 2.6 IMAGE REPRESENTATION 2–4 + + 2.7 IMAGE COMPRESSION 2–6 + + 2.8 IMAGE VS TEXT & GRAPHICS 2–6 + 2.9 IMAGE DATA OBJECT 2–6 + + 2.10 IMAGE PROCESSING 2–7 + + 2.11 IMAGE RENDITION 2–7 + 2.12 IMAGE DISPLAY 2–8 + + 2.13 IMAGE REVISABILITY 2–8 + 2.14 IMAGE APPLICATIONS 2–9 + + 2.15 IMAGE SERVER 2–9 + + + + + iii + Contents + + +CHAPTER 3 EXTENSION ARCHITECTURE CONCEPTS 3–1 + 3.1 EXTENSION GUIDELINES 3–1 + + 3.2 EXTENSION LEVELS 3–2 + + 3.3 GLOBAL CONCEPTS 3–3 + 3.3.1 Final vs Revisable Form 3–3 + 3.3.2 Image Data Representation 3–3 + 3.3.2.1 Aternate Data Organizations and Pixels • 3–4 + 3.3.2.2 Discrete vs Continuous Pixels • 3–4 + 3.3.3 Layout & Coordinate Systems 3–5 + 3.3.3.1 Coordinate Systems • 3–5 + 3.3.3.1.1 Spatial Coordinate Systems • 3–5 + 3.3.3.1.2 Temporal Coordinate Systems • 3–6 + 3.3.3.1.3 Chrominance Coordinate Systems • 3–6 + 3.3.3.2 Layout • 3–7 + 3.3.3.2.1 Spatial • 3–7 + 3.3.3.2.2 Temporal • 3–7 + 3.3.4 Image Structure − Subsets 3–8 + 3.3.5 State Information − Process History 3–8 + 3.3.6 Extension Relationships 3–8 + 3.3.6.1 To Core X • 3–8 + 3.3.6.2 To Other Extensions • 3–8 + 3.3.6.3 Multiple Connections, Clients, and Resource Sharing • 3–9 + 3.3.6.4 To Text and Graphics • 3–9 + + 3.4 SERVICE CONCEPTS 3–9 + 3.4.1 Service Goals − Reasoning & Implications 3–9 + 3.4.1.1 Range of Images • 3–9 + 3.4.1.2 Range of Applications Needs • 3–10 + 3.4.1.3 Range of Server Capabilities • 3–10 + 3.4.1.4 Display Device Independence • 3–11 + 3.4.1.4.1 Server Based Rendition • 3–11 + 3.4.1.4.2 Image Data Organization • 3–11 + 3.4.1.5 Image Data Transport • 3–12 + 3.4.1.5.1 Image Data Compression • 3–12 + 3.4.1.5.2 Transport Granularity • 3–12 + 3.4.1.6 Image Processing • 3–13 + 3.4.1.6.1 Enhancement Processing • 3–13 + 3.4.1.6.2 Rendition Processing • 3–13 + 3.4.1.6.3 Enhancement − Rendition Relationship • 3–14 + 3.4.1.6.4 Other Forms of Processing • 3–14 + 3.4.1.6.5 Processing Policy • 3–14 + 3.4.1.7 Operations Pipelining • 3–15 + 3.4.1.8 Server Display Hardware Control • 3–16 + 3.4.1.8.1 Shared Hardware Device Control • 3–16 + 3.4.1.8.1.1 LUTS and Bit Map • 3–16 + 3.4.1.8.1.2 Brightness − Contrast − Hue − Saturation • 3–16 + 3.4.1.8.2 Use of Image Speciï¬c Accelerators • 3–17 + 3.4.1.8.3 Image Capture Hardware − Live Video • 3–17 + 3.4.1.8.4 Extensibility • 3–18 + + + + +iv + Contents + + + 3.4.2 Client−Server Model 3–18 + 3.4.2.1 Server Resources • 3–18 + 3.4.2.2 Service Classes • 3–18 + 3.4.2.3 Service Events • 3–19 + + 3.5 TRANSFER MODEL VS X WIRE 3–19 + +CHAPTER 4 EXTENSION PROTOCOL ELEMENTS 4–1 + 4.1 SERVICES 4–1 + 4.1.1 Device Independent Service Group 4–1 + 4.1.1.1 Session Class Services • 4–1 + 4.1.1.2 Resource Class Services • 4–1 + 4.1.1.3 Transport Class Services • 4–2 + 4.1.1.4 Statistics Class Services • 4–2 + 4.1.1.5 Enhancement Class Services • 4–3 + 4.1.1.6 Process Control Class Services • 4–3 + 4.1.2 Device Dependent Service Group 4–4 + 4.1.2.1 Rendition Class Services • 4–4 + 4.1.2.2 Import/Export Class Services • 4–5 + 4.1.2.3 Display Class Services • 4–5 + 4.1.2.4 Device Control Class Services • 4–5 + 4.2 RESOURCES 4–6 + 4.2.1 Image Object − IOB 4–6 + 4.2.2 Image Enhancement Context − IEC 4–6 + 4.2.3 Image Process Context − IPC 4–7 + 4.2.3.1 Region of Interest − ROI • 4–7 + 4.2.3.2 Control Processing Plane − CPP • 4–8 + 4.2.3.3 Templates − TMP • 4–8 + 4.2.4 Image Control Context − ICC 4–8 + 4.2.5 Image Display Context − IDC 4–9 + + 4.3 SERVICE OPERATION 4–10 + 4.3.1 Flow 4–10 + 4.3.2 Requests and Replies 4–11 + 4.3.3 Errors 4–11 + 4.3.4 Events 4–11 + +CHAPTER 5 TERMINOLOGY 5–1 + 5.1 CORE PROTOCOL 5–1 + 5.2 EXTENSION PROTOCOL 5–2 + 5.2.1 Image Deï¬nitions 5–2 + 5.2.2 Image Characteristics 5–4 + 5.2.3 Visual Types 5–5 + 5.2.4 Image Classes 5–5 + 5.2.5 Image Data Organization 5–6 + 5.2.6 Image Data Encoding 5–8 + 5.2.7 Image Data Presentation 5–9 + 5.2.8 Image Server Hardware 5–10 + 5.2.9 Image Data Layout 5–11 + + + + + v + Contents + + + 5.2.10 Three Space Color 5–11 + 5.2.11 Image Data Processing 5–12 + +APPENDIX A RELATED TOPICS A–1 + A.1 IMAGE DATA INTERCHANGE A–1 + + +FIGURES + 2–1 IMAGE TRANSFER PROCESS 2–2 + 2–2 VISUAL TYPE − VS − IMAGE CLASS 2–5 + 3–1 IMAGE EXTENSION − VS − CORE PACKAGE 3–2 + 3–2 SERVICE CLASS GROUPS 3–19 + 3–3 TRANSFER MODEL & X WIRE LOCATION 3–20 + 4–1 OPERATIONAL MODEL 4–10 + A–1 IMAGE DATA INTERCHANGE A–1 + + +TABLES + 5–1 Core Terms 5–1 + + + + +vi + Preface + + + The core X architecture is a major step in the deï¬nition of open, interactive applications display services. + It has, in essence, pried apart the tightly coupled, private interconnect between application and display + subsystem by specifying a structured set of display services. + The core X protocol recognizes the need for minimally sufï¬cient capabilities, and, as such, leaves the + speciï¬cation of robust application domain speciï¬c display services to extension packages. These extension + packages relate to the core X protocol by way of an extension mechanism speciï¬ed in the core X protocol. + This document contains conceptual material useful in understanding the proposed X image extension + package including the X image extension protocol (XIEP), the protocol binding in the X image extension + library (XIE_LIB), and the X image extension toolkit (XIE_TK). The X image extension protocol (XIEP), + X image extension library (XIE_LIB), and X image extension tool kit (XIE_TK) are deï¬ned in separate + documents. It is assumed that the reader is familiar with the core X architecture. + + + +Related Documents + • X11 Window System Protocol + Describes the core X protocol functions and the conventions to be used in specifying extension + packages. + • X Extension Package Guidelines + Sets forth guidelines for extension packages. + • X Image Extension Protocol (XIEP) + Describes the proposed X Image Extension Protocol. The X Image Extension Protocol Speciï¬cation is + the companion document to this concepts document. + • X Image Extension Lib (XIE_LIB) + Describes the contents of the image extension library level. + • X Image Extension Toolkit (XIE_TK) + Describes the contents of the image extension toolkit level. + + + +Participants + • AUTHOR: + • Joseph Mauro + • Digital Equipment Corporation + • MS: MK02−2/K03 + • Continental Blvd. + • Merrimack, New Hampshire 03057 + • 603−884−0528 + + + + + v + Preface + + + • CONTRIBUTORS: + • John Weber (Digital) + • INVITED REVIEWERS: + • Mark Sornson (Digital) + • Bob Milling (Digital) + + + +Revision History + + + rev v1.0 July 1, 1987 ï¬rst protocol draft + rev v2.0 September 1, 1987 split concepts from protocol + rev v2.1 December 1, 1987 rework based upon internal review + rev v2.2 December 10, 1987 rework based upon internal review + rev v2.3 April 10, 1988 rework based upon protocol spec + rev v2.4 June 10, 1988 minor rework for ï¬rst MIT release + + + +Organization + This document contains ï¬ve chapters and one appendix. + • Chapter 1, Introduction, explains the purpose of the X Image Extension + • Chapter 2, Imaging Concepts, describes basic digital imaging concepts + • Chapter 3, Extension Architecture Concepts, describes the underlying concepts of the image extension + • Chapter 4, Extension Protocol Elements, deï¬nes the basic elements of the extension protocol + • Chapter 5, Extension Lexicon, deï¬nes the lexicon used in the extension + • Appendix A, Related Topics, addresses some closely associated topics + + + + +vi + Chapter 1 + +INTRODUCTION + + + +1.1 Scope and Purpose + + The X image extension package is a supplement to the core X package. The X image extension package is + designed to provide applications with robust support for visually interactive digital image enhancement and + display operations. The purpose of this document is to provide conceptual material useful in understanding + the image extension package and its wire protocol. + The core X architecture deï¬nes a client−server based interactive application display services model including + components and their relationships (layering and distribution). The proposed X image extension package + follows the core X architecture by specifying imaging components and their relationships within the X + model. + Although the proposed X image extension package deï¬nes image speciï¬c extensions at all levels of the core + X model, it focuses primarily on extensions to the wire protocol as these are fundamental to all other levels. + The X Image Extension Protocol (XIEP) is intended as the format by which client and server portions of + an imaging application communicate imaging service requests and replies across the X wire. As such, this + concepts document focuses primarily on providing the reader with the background material and reasoning + necessary to understand the XIEP protocol speciï¬cation. + XIEP is intended for use by a wide range of digital imaging applications dealing with various classes of + images, and requiring varying degrees of server support. The classes of images include: + • Static bitonal digital image data (scanned documents) + • Static continuous tone monochromatic digital image data (gray scale) + • Static multi spectral digital image data (color) + • Time varying versions of each of the above + + XIEP is intended to support applications that simply display images, through those that involve highly + interactive, human directed image processing. As a future component of a developing industry standard, + XIEP will serve the needs of multiple vendors and their end users. + + + + + INTRODUCTION 1–1 + 1.2 Justiï¬cation + + The core X protocol chooses not to provide robust support for certain application areas in order to remain + minimal in extent. Instead, it provides a mechanism for adding protocol extension packages for domains + such as imaging. + Analysis of imaging applications and their display (human interaction) needs indicates that there are several + broad areas which X image servers and an X image extension protocol (XIEP) should provide for including: + • Device independent display interaction + • Wire image data organization and compression + • Interactive image enhancement processing + • Control of tightly coupled image capture hardware + • Use of image speciï¬c accelerators + + This work is justiï¬ed by the standardization of and increase in imaging display capabilities provided to + applications, and by the off loading of many operations to the server. + + +1.3 Requirements + + It is a requirement that XIEP comply with the architectural model set forth by X. Compliance will be + measured by the similarity of architectural concepts. + It is a requirement that XIEP comply with the core protocol and protocol extension mechanisms set forth + by X. + + +1.4 Goals + + XIEP is designed to meet the human interaction needs of imaging applications by providing for the + communication of these needs between X client and X server. XIEP has as its goals the inclusion of a + minimal set of functions that support the variety of image applications classes and provide access to the full + resources of the display system, and support for image extension package extensibility. + + +1.4.1 Minimal Sufï¬ciency + XIEP should contain a minimal set of functions that support basic imaging operation classes including + image object transport, interactive image enhancement processing, image display rendition, and tightly + coupled image capture device control. The set should be minimal in content with as little overlap in + functions as possible. The protocol must support the construction of X image extension toolkit (XIE_TK) + and client speciï¬c higher level imaging functions. + + + + +1–2 INTRODUCTION + 1.4.2 Application Classes + XIEP should be sufï¬cient to support applications that simply render images for display purposes, as well + as those that provide for high visually interactive, human directed, image enhancement processing. XIEP + should support rendering and processing for applications that deal with static and time varying bitonal + monochrome, continuous tone monochrome (gray scale), and continuous tone multi−spectral (color) digital + images. + XIEP should allow X application clients to perform image rendition themselves (prepare images in ï¬nal + form for display), and request X servers to display them, as is. This is essentially the current situation + under X11. In addition, XIEP should allow application clients to defer rendition to the X server implying + that the image extension package server will handle all device speciï¬cs of image rendition. + +1.4.3 Display Systems + Display system architectures range from simple terminals connected through serial lines to host processors, + through the modern day workstation with tightly coupled processor and display subsystem, to highly + specialized interactive graphics and image processing workstations. XIEP should provide the means for + using specialized display subsystem architectures and image rendition and processing hardware. + +1.4.4 Extensibility + While it is a goal of the X image extension package to itself be extensible, unlike the core X11 protocol, + the package extensibility will not be achieved via extensibility of the X image extension protocol (XIEP). + Instead, it will be goal of the X image extension toolkit (XIE_TK) to provide for extensiblity. Thus, + demands for additional high level services will be met over time via addition of services at the tool kit level + versus additional of new protocol functions. The evidence suggests (in particular, the wide range of exiting + popular enhancement functions, and the continuing development efforts in this area) that with the correct + choice of low level server functions, this strategy can be made to work. + + + + + INTRODUCTION 1–3 + Chapter 2 + +IMAGING CONCEPTS + + + This chapter presents background material regarding the deï¬nition and sources of digital images, how they + move through applications, and the states they pass through in transit. This material constitutes a simple + model of digital imaging which is useful in presenting the extension concepts. + + +2.1 Transfer Model + + The overall operational model for many image applications is that of a transfer process. The transfer + process begins when either a real world continuous image is captured and converted into a digital image, + or a digital image is synthesized by some other application. The digital image is represented and stored + internally, and processed by the application (sometimes iteratively). Finally, the digital image is made + suitable for display (rendering) and displayed upon a computer device. Often, the processing, rendition, and + display steps are iterated. + Two threads which run through the entire process are efï¬ciency of representation and processing, and + ï¬delity of reproduction. In general, we would like to maximize ï¬delity (trueness to the original as perceived + by humans − ie. psychological vs mathematical) and efï¬ciency of representation (minimize the data storage) + at the same time. + + + + + IMAGING CONCEPTS 2–1 + Figure 2–1: IMAGE TRANSFER PROCESS + + FLOW CONCEPT + real world + object or scene + | + | IMAGE FORMATION + v + continuous Human Visual Perception + image "Visual Types" + | + | SENSING/DIGITIZATION + | analog image + .................|.............................................................. + | digital image + SYNTHESIS CAPTURE + | | + | | + +−−−−−+−−−−−+ + | + | Revisable Form Image + v Efficiency vs Fidelity + +−−>digital Compression Encoding + | image Digital Image Classes + | | + | | + | | ENHANCEMENT Visually Interactive Processing + | | + +<−−−−−+ + ^ | + | | RENDITION Rendition Processing + | | + +−−−−−−+ + | + v + digital Final Form Image + image Rendition Fidelity + | digital image + ...........|.................................................................... + | analog image + | DISPLAY + | + v Human Visual Perception + screen image "Visual Types" + + + + Continuous images derive from real world objects and scenes, and form the basis for human visual + perception of the world around us. Digital images derive either from continuous images (capture or + digitization) or from two−dimensional digital data generation processes (synthesis). The X image extension + is concerned only with digital images and does not care about their derivation. + Once in digital format, an application may revise an image iteratively through editing and enhancement + processes. Just prior to display,the digital image must be converted into a format understood by the display + device (rendition process). It is then displayed where it is converted back to analog format and perceived + by the viewer. + + + + +2–2 IMAGING CONCEPTS + 2.2 Visual Perception + + An image of a three−dimensional real world object or scene is a continuous (in its spatial dimensions, and + in the dependence of its intensity upon wavelength and time), two−dimensional projection formed by an + imaging element. + The human visual system is a combination of imaging element (lens), focal plane sensor (retina), and + interpretation machinery (brain). Based upon perceived attributes of a continuous image (dependency of + intensity upon wavelength and time), we often assign it to one of a number of distinct groups or visual + types including black and white, grey scale, color, stills, and motion. These phrases are simply convenient + labels for complex visual perception phenomena. + It is not unusual to associate the visual types (which are based upon human perception of a continuous + image) with the digital representation of the continuous image. In fact, there is an optimum (efï¬ciency and + ï¬delity) digital image representation, known as a digital image class, for each visual type. + + +2.3 Image Capture + + Image capture or digitization is the process by which a continuous image is converted into a discrete image + manageable by a computer. A continuous image is an intensity or amplitude function I(x,y,w,t) which + is deï¬ned on a two dimensional plane at an inï¬nite number of locations (x and y are continuous real + variables), which is deï¬ned at an inï¬nite number of wavelengths (w is a continuous real variable), which + is deï¬ned at an inï¬nite number of times (t is a continuous real variable), and which may posess an inï¬nite + number of values (I is a continuous real variable). + Converting to a discrete representation means that I, x, y, w, and t become integers with ï¬nite range. + Thus, discrete means that the continuous image is sampled at a ï¬xed number of locations (vertices of a + regular, two−dimensional sampling grid), and that the intensity is sampled at these points at a number of + wavelengths or wavelength bands and times, and quantized to a ï¬xed number of levels. + Typically, for static images (no dependence upon time), the process of conversion from continuous to + discrete involves only sampling and quantization. + + +2.4 Image Synthesis + + In practice, digital images are often generated by means other than sampling at the focal planes of imaging + elements. Synthesized images are ones where the discrete image data at the discrete sampling grid locations + is computed from physical sensory information or object models. Examples include medical Nuclear + Magnetic Resonance images, Geosesmic images, and synthesized graphic images. In the last case, the + digital image derives from computer models of objects and scenes which may not exist in reality. As with + captured images, synthesized images are often intended for consumption by a human viewer. + + + + + IMAGING CONCEPTS 2–3 + 2.5 Mathematical Model + + An F valued image ’a’ on X is the graph of a function a:X−>F + + a = { (x,a(x)) : x E X, a(x) E F} + + where: + X is a (multi dimensional) coordinate set + x is an element of the set X + F is a value set whose values maybe + R (real) + Z (integer) + Z*2k (binary integral) + C (complex) + + Under this deï¬nition, while the sampling grid is discrete and ï¬nite, the values of the image may be integral, + real, or complex. We will see that as image processing often produces results which are non integral, it is + necessary to recognize non integral valued images. + The debate over the deï¬nition of a digital image regarding is potential values (integral vs non integral) is + more one of philosophy than anything else. It is clear that there are some locations in the transfer model + where the point is not moot. In particular, display devices in general require discrete (integral) valued + images for display purposes. + We will adopt a pragmatic approach which avoids the philosophical question which requires discrete + (integral) images in client server communications and server presentation to display devices, but allows for + non integral representations in the server during image processing. + + +2.6 Image Representation + + Whether captured or synthesized, a primary goal is to represent what was (or will become at display + time) a continuous image in discrete form with the fewest bits possible (efï¬ciency), while being able to + recreate as similar an image as possible for human viewing (ï¬delity). These goals result in classes of digital + representation optimized for and analogous to the various visual types. + The digital image representation must store information regarding both the luminance and chrominance + characteristics of the original image. We will consider static images only, or equivalently, time variations as + representable as sequences of individual static images. + Luminance is often referred to as intensity or tonality. In a digital representation, the number of bits is + ï¬nite, and so the intensity or tone scale has a limited number of levels. A digital image which provides for + only two intensity levels (and has no chrominance information) is often referred to as bitonal, while one + with several intensity levels as continuous tone. + Chrominance information may or may not be present in a digital image. When a continuous image is + captured, the use of multiple sensors which integrate intensity over various wavelength bands provides + some chrominance information. Images which include this information are known as poly chromatic or + multi−spectral. This is typically what is done for systems like television cameras. When only a single + sensor is used and the intensity is integrated over the entire spectrum that the sensor responds to, no + chrominance information is available. These images are known as monochromatic. + + + + +2–4 IMAGING CONCEPTS + There are many ways in which the luminance and chrominance information of an image can be digitally +represented. At the extremes are representations which fully combine and fully separate the luminance +and chrominance information and in between are representations with varying degrees of combination. +A common example is R−G−B which has three separate luminance channels (one for each of the three +chrominance bands). Broadcast television (NTSC − which is an analog format) is designed such that the +luminance and chrominance signals are separate and can be recombined at the receiver (tv) allowing "black +and white" (what we will now refer to as monochromatic continuous tone) tv’s to receive and show the +image without color. +Another aspect of image representation is the amount of information required per channel. Many schemes +have unequal amounts of information per channel. The amount of information per channel is based on +many things including human visual perception characteristics and efï¬ciency (conservation of storage +and communications bandwidth). Examples of this include 8 bit per pixel color (R−G−B 3−3−2) where the +amount of luminance information is different for the 3 chrominance channels, and broadcast tv where the +luminance and chrominance signals have signiï¬cantly different bandwidths. + +Figure 2–2: VISUAL TYPE − VS − IMAGE CLASS + +HUMAN VISUAL TYPE OPTIMAL IMAGE CLASS CLASS CHARACTERISTICS +−−−−−−−−−−−−−−−−− −−−−−−−−−−−−−−−−−−− −−−−−−−−−−−−−−−−−−−−− +BLACK AND WHITE MONOCHROMATIC BITONAL 1 BAND − 2 INTENSITIES +GRAY SCALE MONOCHROMATIC CONTINUOUS TONE 1 BAND − N INTENSITIES +COLOR MULTISPECTRAL CONTINUOUS TONE M BANDS − N INTENSITIES + + where: bands −−> spectral bands + + +The black and white visual type is usually represented by a digital image class known as (monochromatic) +bitonal. The gray scale visual type is usually represented by a digital image class known as (monochro− +matic) continuous tone. The color visual type is usually represented by a digital image class known as +multi−spectral (polychromatic continuous tone). The stills and motion visual types are represented by +individual or sets of the other digital image classes. +One can argue that digital image classes, and by analogy, the associated human visual types can be +organized into a hierarchy based upon degrees of freedom or information theoretic information content. +Loosely speaking, color images have an additional degree of freedom or contain more information than do +grey scale and black and white, and grey scale images contain more information than do black and white. +Obviously, time varying images have an additional degree of freedom over static images. +Note that although any continuous image of any visual type can be represented and communicated at some +level to a human viewer using any class of digital image, the previous table shows the optimal digital image +class (in terms of efï¬ciency and ï¬delity) for each human visual type. Representing and rendering an image +for display in an image class which is not optimal for the human visual type usually results in a loss in +efï¬ciency of representation and visual ï¬delity. +The fact that the different digital image class data representations are optimized for representing different +visual types results in signiï¬cant structural differences between them. +The visual type known as black and white is dominated by images of human communications objects +such as written or drawn documents. These images are characterized by high contrast and relatively high +spatial frequency, and contain symbols which are differentiated by shape rather than intensity or color. The +digital image class used to represent them with greatest ï¬delity and efï¬ciency (bitonal) uses relatively high + + + + + IMAGING CONCEPTS 2–5 + spatial resolution to capture the shape information of these symbols, and low luminance resolution (1 bit + per sampling location − 2 intensity levels − black and white). + Real world scenes are represented by the gray scale and color visual types. They have far fewer sharp + intensity edges than black and white visual type images, and much ï¬ner gradation and variation in intensity + and hue. Images of these objects do not require the high spatial resolution that is needed for black and + white written material, but instead require higher luminance and chrominance resolution. The continuous + tone and multi−spectral digital image classes are used for the greyscale and color visual type images. + + +2.7 Image Compression + + Image representation deals with selecting an optimal digital image class for an image of some visual type. + Within these digital image classes, schemes exist to remap or encode the digital images in a fashion which + reduces redundancy and results in a more compact (compressed) representation. There are many image + compression schemes and to some extent, they are optimized by digital image class. Image compression + schemes which result in complete ï¬delity (as measured by the mathematical difference between the original + image and one which is reconstructed by the compression−decompression cycle) are referred to as lossless + schemes, while those that lose some information are known as non−lossless schemes. + + +2.8 Image vs Text & Graphics + + Although computer text, graphics, and images all represent computer information to be presented for + consumption by the human visual system, they are differentiated by their internal representations, and by + the ease with which computer programs can interpret their contents and semantics. Text and graphics are + highly structured with limited lexicons (ASCII character set, points, lines, arcs) and possess highly evolved + semantics. While digital images are a less efï¬cient means of representing textual or graphical information, + they offer a far richer range of expression (such as a photograph of a person). + + +2.9 Image Data Object + + In practice, a digital image consists of two pieces: the actual bits which are a result of the sensing and + digitization or synthesis processes, and the attributes that allow the bits to be interpreted meaningfully. + The raw bits, which result from the capture or synthesis processes and represent a discrete image (spatially + sampled and quantized − no floating point arrays allowed!) can be organized in many different ways. The + simplest organizational model is that of a three−dimensional volume where the x and y dimensions represent + the sampling plane or grid locations, and the bits found in the z direction represent the value of the image + at that sampling location at some instant in time. Time varying images may be thought of as a collection of + such volumes. + Image attributes consist of information which does not derive from the capture or synthesis processes, but + which is essential for interpreting the raw bits. Attributes include such information as the way in which the + raw bits have been organized, parameters of the sensing process, and information regarding how the image + data is to be displayed. Although the digital image class (bitonal, continuous tone, multi−spectral, still, + time varying) is usually not declared explicitly, it is often inferable from the attributes. Assuming that the + digital image class used to represent the human visual type of a particular image is chosen for purposes of + achieving maximum ï¬delity with maximum efï¬ciency, the visual type of the continuous image can usually + be inferred from the digital image class. + + + + +2–6 IMAGING CONCEPTS + 2.10 Image Processing + + Image processing is the application of image operators to image data. There are three broad classes of + image processing distinguished by purpose and approach: restoration and enhancement, analysis, and + coding. + Restoration processing is done to remove some well understood or predictable image distortion resulting + from the imaging system or conditions. Enhancement is the processing of an image for the sole purpose of + making the image data more easily interpretable by a human viewer. Enhancement processing is often done + interactively under the direction of the viewer. Both restoration and enhancement processing produce an + image as output and as such, maybe considered to be similiar to image synthesis. + Analysis processing seeks to infer meaning (semantics) from raw image data and involves machine + interpretation of images. A major branch of analysis processing is known as pattern recognition. Analysis + processing usually produces some measurment or conclusion as output rather than a new image. Often + enhancement processing is performed in preparation for analysis processing (one such example would be + edge detection whic produces a new image which is dimensionally simplier for an analysis process to deal + with). + The process of image coding deals with mapping image data into alternate symbol sets for efï¬ciency of + storage and communications (for example compression), or for organizational purposes. Image coding + produces an alternative representation of the input image as output. Depending upon the type of coding, the + original image can be recovered with varying degrees of ï¬delity. + + +2.11 Image Rendition + + Rendition is the process of making an image object suitable for display. In general, it involves converting + the image into a format that the display device can deal with, and sizing and aligning it properly to ï¬t on + the screen. Rendition deals with the presentation attributes of an image. + Rendition and display are logically the ï¬nal steps in the image transfer model. A continuous image of some + visual type was converted into digital format of a particular image class for efï¬ciency and ï¬delity reasons. + The rendition process seeks to make the image object of a particular image class viewable on a display with + certain hardware characteristics while achieving as high a degree of display ï¬delity as possible. + Display devices have hardware characteristics that determine if a particular digital image belonging to + a particular image class can be displayed as is (rendition is a null operation), or if the image must be + converted within its image class, or across image classes, before display. + Conversion within an image class means that rendition takes a particular revisable form image of some + class (bitonal, continuous tone, multi−spectral), and produces a ï¬nal form image of the same class (bitonal, + continuous tone, multi−spectral). Note that although the class remains the same, attributes such as number + of intensity levels may change (an example would be rendering an 8 bit per pixel continuous tone image + for display in 4 bits per pixel). + Conversion across image class means that rendition takes a particular revisable form image of some class + and produces a ï¬nal form image of a different (usually inferior) class. An example would be rendering an + 8 bit per pixel continuous tone class image for display in 1 bit per pixel (using a dithering algorithm) as + a bitonal class image. Although cross−class conversion can be from any digital image class, to any digital + image class, conversion more often (due to display device limitations) proceeds from digital image class + with higher degree of freedom to that with lower degree of freedom (such as from multi−spectral to gray + scale). Psuedo coloring is an example of a digital image class conversion which proceeds in the opposite + direction (inferior to superior class). Cross−class conversions which proceed from superior to inferior + + + + IMAGING CONCEPTS 2–7 + classes tend to discard information, while those which proceed in the other direction at times "invent" or + provide information which was not available in the original image. + In general, if the display device will support it, ï¬delity is maximized if the image is rendered in a format + as close to that of the image class as possible (for example, display a continuous tone image using multiple + bits per pixel rather than by using 1 bit per pixel). If not, the image may be converted to a different image + class (from continuous tone to bitonal through a dithering process) in order to still render and display it, + and convey a facsimile of the original visual type. + Display hardware is usually such that there is a hierarchy of ability to render different image classes with + ï¬delity. For example, if a display device can render a continuous tone image with ï¬delity (ie. it has N bits + per pixel capabilities), in general, it will also be able to render a bitonal image with ï¬delity. This hierarchy + is not one of image class, but rather one of the display device’s ability to render image classes with ï¬delity. + + +2.12 Image Display + + The display step takes an image which has been rendered and makes it viewable (visible on the screen). It + involves transport of rendered (ï¬nal form) image data (usually referred to as the bit map at this point) to + the display memory and setting of display controls. + Display is an entirely separate step from rendition. There are several reasons for separating these two + steps. One major reason is performance. The client may chose to render several images (a potentially time + consuming task) before displaying them so that they may be displayed in a time sequence, and so that the + user may return to a previously rendered image without rerendering. A second reason is that the client may + wish to render an image and convert it back into revisable form without displaying it at all. In this case, the + user now has a revisable form image which can be processed, and whose characteristics are aligned with + those of the display device making future rendition much less expensive if not entirely null. Of course, + processing of this image might make re−rendition a necessary step. + + +2.13 Image Revisability + + Revisability is the ability to go back and continue to modify the contents of an image. At one end of the + spectrum are revisable form images, while at the other end are ï¬nal form images. + In revisable form images, the raw data and attributes represent the original image as captured or synthesized, + and rendition or other non−reversible image processing operations have not been applied. The association + between image attributes and raw data exists in revisable form images. + In ï¬nal form, an image has been prepared for output and all presentation attributes have been accounted + for (applied and stripped off). The contents of a display device display memory may be considered as ï¬nal + form. As rendition is an output device dependent process, it is likely that a one to many relationship exists + between a revisable form image, and the various ï¬nal form images that derive from it (each for a different + output device). + The distinction between revisable and ï¬nal form for images is not as clear as it is for text objects. With + images, the ï¬nal form of one image object could be used as the starting point for the revisable form of + another if the presentation attributes were reassociated with the data. + + + + +2–8 IMAGING CONCEPTS + 2.14 Image Applications + + An application which inputs, outputs, stores, communicates, or displays digital images is said to be an + image application. Many applications will integrate image handling with text and graphics handling. The + subset of image applications which must display images are candidates for use of the X image extension + package. Most or all of the overall image transfer model can be found within these applications, although + at times, various steps are null or compressed. + Text, graphics, and images are simply different data protocols and sets of services for visual information + managed on a computer. While many applications will need to wield all three sets (text, graphics, and + images) to visually display what they wish to communicate, the integration of text, graphics, and image + services under X are outside of the scope of this work (the X image extension protocol). Minimally, it is + up to the application to accomplish the integration of use of these services. Compound document display + and edit packages are perfect examples of applications which face this challenge. + In addition to not solving the integrated approach to the use of X based text, graphics, and image services, + the X image extension package will not provide ANY text or graphics services. + The processing of images for display purposes and the display of images are intimately entwined. The X + architecture has segregated processing for display and display from other aspects of applications. Within + the X model, an application has a component which requires the display processing (and human interaction) + services called the client component, and a component which provides these services called the server + component. Naturally, the server component resides at or near the equipment which provides for display + and human interaction. The X architecture also provides for logical/physical separation of these two + components by a "wire". + + +2.15 Image Server + + An X server for imaging applications minimally includes a general purpose host processor on which the + X server runs and a display subsystem. There is potential for great diversity regarding the server host + conï¬guration, the complexity and capability of the display subsystem, and the relationship between host + processor and display subsystem. + Regarding the relationship between the host processor and the display subsystem, at one end of the server + spectrum are terminals where host processor and display subsystem are separated by a relatively low + bandwidth connection and often a character oriented protocol. The separation between these components + maybe relatively small (local serial line), or large (modems and packet switch networks). At the other end + are workstations where the host processor and display memory are connected by a high bandwidth bus and + often overlapping address spaces. While the X image extension package does not preclude the terminals + cases, the large size of image objects implies the need for a relatively high interconnect bandwidth between + server host processor and display subsystem (the workstation conï¬guration). + Regarding display subsystem capabilities, at the low end are devices which do not allow direct access to + the display memory and have no user accessible display processing capabilities. At the high end are display + subsystems with specialized processor−memory architectures (including parrallel−pipelined processors, and + shared memory multi processor conï¬gurations) which provide on−board support for enhancement and + rendition processing. + As image capable workstations and display subsystems develop, there is a trend to closely couple image + capture devices to image display subsystems. Close coupling involves sharing the display memory between + the capture device and the display hardware. With these conï¬gurations, it is usually possible for the viewer + to see the image as it is being digitized. In these cases, the capture–>represent–>enhance–>render–>display + transfer process has no loops and is very tightly packed and highly optimized. + + + + IMAGING CONCEPTS 2–9 + Chapter 3 + +EXTENSION ARCHITECTURE CONCEPTS + + + There are a number of concepts which are fundamental to the image extension architectural model. These + concepts are introduced in this chapter, and those which result in elements of the X Image Extension + Protocol (XIEP) are explored in depth in the following chapter. In addition, the relationship between the + core X architecture and protocol, and the proposed extension architecture and protocol is addressed briefly + throughout the chapter. + + +3.1 Extension Guidelines + + In formulating an image extension protocol, the two most important questions are: + 1. What services do client portions of image applications require of an image server? + 2. What services is an image server well positioned to provide? + + From the answer to these questions, a high level service set can be deï¬ned. The next step is to proceed + to identify the primitives that the server should implement to support the high level service set. Finally, + the primitives must be mapped into a minimally sufï¬cient protocol for communicating both the service + primitive requests and responses. + In order to answer the ï¬rst question, one must analyze the human interaction components of many imaging + applications. If performed by a single individual, in a serial fashion, this is potentially a long task. A + more practical approach to this problem is to draw upon the experience of many diverse image applications + developers (which to some extent is the approach taken to date). + Regarding the second question, the core X model provides some guidelines on what should live on + the server side of the wire. Clearly, all interaction with the display device must go through the server. + Likewise, all interaction with human controlled interaction devices, such as keyboards and pointing devices, + must go through the server. + In general, due perhaps more to the maturity and standardization of the spaces, the core X package provides + some degree of device independence for text and graphics. Although this is not an explicit goal of core + protocol, it seems like a reasonable direction for the extension protocol: the image extension package + should provide device independence to the client. This means that the XIE_TOOLKIT, XIE_LIB, and + XIE_SERVER will handle all image display device dependencies. Minimally, this implies that rendition is + an extension package issue. Server extensions are encouraged to provide for usage of specialized display + hardware primarily for display purposes. + + + + + EXTENSION ARCHITECTURE CONCEPTS 3–1 + The XIE_SERVER may be home to operations which, although not speciï¬cally device dependent, would + derive beneï¬t (performance efï¬ciency) from being in close proximity to the display subsystem and special− + ized display subsystem hardware. This is the basis for postulating that interactive enhancement processing + must be provided for (allowed) in the server. + + +3.2 Extension Levels + + The following diagram shows the relationship between client and image extension server, and how the full + image extension package parallels the existing X components. It also positions the speciï¬cation of XIEP, + the image extension protocol for the X wire (denoted by the *). + + Figure 3–1: IMAGE EXTENSION − VS − CORE PACKAGE + + + application host server host + machine machine + +−−−−−−−−−−−−−−−−−+ +−−−−−−−−−−−−−−−−+ + | application | | display device |<−− capture + | | | | device + | | | | + | | | | + | X & XIE toolkits| | DDX | + | X & XIE LIBs | <====================> | DIX | + +−−−−−−−−−−−−−−−−−+ X11 & XIEP +−−−−−−−−−−−−−−−−+ + wire + protocols + + + + EXISTING X COMPONENTS IMAGE EXTENSION COMPONENTS + −−−−−−−−−−−−−−−−−−−−− −−−−−−−−−−−−−−−−−−−−−−−−−− + Applications Image Applications + | | + Programming Libraries Imaging Services Library + | | + Xtoolkit XIE_TOOLKIT + | | + Xlib XIE_LIB + | | + X Core Wire Protocol Image Extension Protocol (*) + | | + X server kernel X Image server kernel + | | + device independent modules device independent extensions + | | + device dependent modules device dependent extensions + | | + display & input devices image capable displays + + + Image speciï¬c components and issues can be positioned against the core X levels. Image accelerators + (either integral to the display subsystem, or simply ancillary server host processors) exist and are accessed + at the device dependent server level. The device independent image extension protocol functions (XIEP) + and image speciï¬c resources exist at the device independent server level. + Extensions to X lib implement the X image extension protocol. XIE_LIB is likely to follow the precedent + set by the core protocol and simply represent language bindings of the XIE Protocol. + + +3–2 EXTENSION ARCHITECTURE CONCEPTS + The constraint of minimality for the X Image Extension Protocol forces many useful X Image Extension + Package functions into the the software between the client and the wire: ie. into the X Image Extension + Toolkit. In essence, the protocol offers the lowest level functions upon which higher level services can be + built. These higher level services include things such as rendition models and control, and image speciï¬c + display constructs (widgets, etc), and will be packaged in the X Image Extension Toolkit. (see appendix for + a more detailed discussion of rendition distribution in the X Image Extension Package. + + +3.3 Global Concepts + + The following concepts are signiï¬cant, if not highly visible or localized, components of the extension + architecture. In general, these concepts are important to understanding XIEP and bear upon its overall + structure, content, and use. They have been segregated into the global concepts section because they do not + translate literally to any one or set of protocol elements. + + +3.3.1 Final vs Revisable Form + Central to the extension proposal is the relationship between revisable and ï¬nal form images. The contents + of the server’s image display represents a ï¬nal form image. Thus, the viewer always sees and visually + interacts with a ï¬nal form image. Behind every ï¬nal form image which the user views is a revisable form + image from which the ï¬nal form image derives by way of the rendition process. + The relationship between the revisable form image behind the ï¬nal form image that the viewer sees may + range from being nearly identical (whereupon the rendition process is simply a logical step or null) to one + where the revisable form image contains much more information than the ï¬nal form image on the display. + This additional information might be useful in zoom, locate, or other display operations. + It is the responsibility of the application to initiate rendition and display operations which create a ï¬nal + form image from a revisable form image and cause it to become viewable. It is the responsibility of + the image extension package (XIE toolkit, lib, and server) to provide rendition services which insulate the + application from device particulars. It is also the responsibility of the image extension package (XIE toolkit, + lib, and server) to provide the means to associate rendered image locations (ï¬nal form) with revisable form + locations (whenever possible). This amounts to providing an inverse to any geometric transform applied + during rendition. Obviously, it is required in order to make screen image pointing operations meaningful. + The server will also provide a means by which a ï¬nal form image may be converted back into a revisable + form image (ie. attributes reassociated with bitmap). Note that the resulting revisable form image will in + general not be identical to the revisable form image from which the ï¬nal form image was derived. + +3.3.2 Image Data Representation + Image data representation is a generic issue which is found across the entire transfer model. Image data + representation during wire transport is chosen for application convenience and transport efï¬ciency. Image + data representation during server storage is chosen for server convenience. Image data representation during + screen display is chosen for compliance with display hardware requirements. + Two particularly thorny conceptual issues involve the concept of the "pixel". The ï¬rst one has to do with + what is this logical thing known as a pixel especially as it relates to various data organizations. The second + addresses discrete versus continuous pixel values. + + + + + EXTENSION ARCHITECTURE CONCEPTS 3–3 + 3.3.2.1 Aternate Data Organizations and Pixels + The concept of a regular, two−dimensional grid is central to both the image capture and image display + processes as both image data sampling and image display are done on a regular, two dimensional grid. In + general, the sampling and display grids will not be of the same form or size. We will use the term pixel to + mean a capture or display grid location. This section addresses the association between image information + and pixels. + The relationship between image data representation and pixels is potentially meaningful only at the capture + and display points in the transfer model. The relationship is potentially meaningless at other points in + the model (especially places where image data is kept in compressed format). Most displays prescribe + the relationship between the underlying data that goes into making up a display’s pixel at display time + (i.e. the structure of a pixel). Although it is a convenient concept, it is a mistake to assume that behind + a display screen, the information that goes into lighting up a pixel can be found as a stack of bits. While + some displays do require that all the information which makes up a pixel be gathered together into a bit + string (ie. multiple chrominance channels are gathered together on a pixel basis), others require it to be + separated by chrominance channel. The situation grows more complex when we consider displays which + allow different bandwitdhs per channel between luminance and chrominance channels or just between + different chrominance channels. Thus, the relationship between a pixel (as a display−grid element) and the + underlying image data and its representation is potentially a complex one and not necessarily a one−to−one + correspondence between pixel value, luminance, and chrominance. + For polychromatic or multispectral images, the various representations which provide for either separate or + integrated luminance and chrominance information, and for either equal or different bandwidth (information + content) between luminance and chrominance channels or between multiple chrominance channels creates + a potential mismatch between the front end of the transfer model (before display and "pixels"), and the + backend (at display and "pixels"). For the monochromatic digital image classes, this problem does not + exist. + The X image extension package will deal with both matches and mismatches between image data repre− + sentation structure and content at the display boundary in the transfer model. As such, it will deal with + matches and mismatches in representation (RGB vs YIQ vs ...) and content (equal vs unequal bandwidth + between luminance and chrominance channels, and between multiple chrominance channels). It is the + server’s responsibility to convert from the application representation into a representation and pixel struc− + ture amenable to server based enhancement processing. It is the responsibility of the X Image Extension + Package (XIE toolkit, XIE lib, and XIE server) to provide for the conversion of image data into a format + compatible with that recognized by the display subsystem (rendition process). + +3.3.2.2 Discrete vs Continuous Pixels + This section focuses on the representation of the intensity function for a digital image in the X Image + Extension. In particular, it will examine where in the Image extension the intensity must be discrete + (quantized to a ï¬xed number of levels − integer), and where it may be continuous (inï¬nite number of levels + − real). + The image concepts sections on capture, synthesis, and representation stressed that digital images are + discrete entities (spatially sampled and quantized). As capture and synthesis are client issues (outside of the + domain of the image extension), the client may do as it wishes, but the image extension encourages clients + to consider only fully quantized 2d arrays as digital images. + This policy becomes binding at wire transport time where transport will only include support for fully + quantized (positive integral valued) digital images in uncompressed formats (the bits represent integer + values of intensity for components), and compressed forms where the bits represent code sequences for + compression schemes. In other words, the wire transport machinery will NOT provide support for real + valued (floating point) image intensities. + + + +3–4 EXTENSION ARCHITECTURE CONCEPTS + This same policy applies within the server at post rendition and display time. Final form image objects + on the server will be integral valued entities. Obviously, rendition implies this as all workstation display + machinery requires this. + It is during revisable form representation of image objects on the server that full quantization and inte− + gral value only may be relaxed. The purpose for its relaxation is the nature of image processing (both + enhancement and rendition). The result of applying an image operator to image data may in some instances + be considered by the user to be a new image, while in others it may simply be considered as a two di− + mensional array of computational data results. The choice is often but not always more a matter of user + perspective and intended usage than of image operator semantics. In particular, many image processing + operations may produce non integral or negative output values. Examples include the arithmetic operators + "divide", and "subtract". + There are two possible solutions to this problem: the ï¬rst is to require that image objects remain fully + quantized at all times, and therefore expressly deï¬ne the semantics of each and every image operator such + that this is preserved. In the division case, one such policy is to implement only an integer divide which + truncates. A second strategy is to allow real values in server based revisable form image objects and + delay the ï¬nal quantization until rendition time. Obviously, the display device can not deal with these non + integral values, and if these data arrays are to be treated as images for display purposes, at rendition time + the situation must be corrected. + The policy will be to allow image enhancement and rendition operators to produce image objects with real + values (rather than integer). Protocol functions (image operators) which must produce one or the other will + note it in their deï¬nition. Note that this has no bearing on the integral valued only position at wire transport + and display other than perhaps the potentail need for an explicit quantizing protocol function. + +3.3.3 Layout & Coordinate Systems + Implicit in all display packages are the coordinate systems used by the package and their relationship to + coordinate systems used within the application model. At a somewhat less abstract level are the display + layout problems that an application must deal with and the machinery required to accomplish these layouts. + The next few subsections provide an overview of the extension package coordinate systems and layout + concepts. + +3.3.3.1 Coordinate Systems + By our deï¬nition, continuous, two−dimensional images (at the focal plane) have dependencies upon two + spatial coordinates (planar), time, and wavelength. This section examines some of the coordinate system + issues involved in the extension package regarding these coordinates. + +3.3.3.1.1 Spatial Coordinate Systems + The image extension package does not provide for any world coordinate system. Therefore, it is not + possible through the image extension protocol to maintain relationships back to real world objects, scenes, + and relationships within them. It is left to those imaging applications that require such capabilities to + maintain and conduct their own conversion from a private world coordinate system to the system of device + and image object coordinates supported by the extension package, and to relate graphic and image display + service requests to a shared world coordinate system. + The image extension package does not support three−dimensional images (depth information) and as + such perspective transforms and all three− dimensional imaging operations must be managed within the + application (above the client). A three−dimensional image application can still use the image extension by + feeding it two−dimensional slices or projections. + + + + EXTENSION ARCHITECTURE CONCEPTS 3–5 + The image extension package uses the device coordinates (screen and window relative) as deï¬ned by the + core X11 protocol in all display requests. + In addition to this device coordinate system, the extension protocol deï¬nes an image object (IOB) relative + coordinate system. Regardless of the data organization at transport time, or the internal data organization of + an image object, all image objects have their own integral, two−dimensional, rectilinear, attached coordinate + system. For monochromatic images, there is no confusion, but for situations where the bandwidth between + luminance and chrominance channels differs, or that between multiple chrominance channels differs, the + coordinate systems of the image object applies to the highest bandwidth (biggest) component. All regions + of interest are deï¬ned relative to the image object coordinate system. + Rendition is the point of alignment or conversion between image object and device coordinates. The + extension protocol provides the means by which a location within a rendered image (expressed in device + coordinates) can be converted back into a location within the revisable form image (expressed in IOB + coordinates) from which the ï¬nal form rendered image derives. This capability will be provided for all + invertable rendition transforms (at least linear geometric transforms). It should be clear that this capability + is essential if an application is to associate what a user sees and points to (ï¬nal form image) with a location + in the revisable form image. + Despite the availability of this coordinate conversion service, application clients may chose to perform their + own mapping back from device coordinates (mouse interrupts) to revisable form image object coordinates. + +3.3.3.1.2 Temporal Coordinate Systems + The extension package has a concept of time sequences of frames (see layout), but does not provide any + temporal coordinate system. As such, an application which maintains a temporal coordinate system (such + as a high−speed photography application), must convert from a time coordinate to an individual frame id or + frame sequence index when dealing with the extension package. + +3.3.3.1.3 Chrominance Coordinate Systems + For reasons which will not be explained here (see ref: CORNSWEET) color images intended for human + consumption are, in general, represented with three independent components. The theory of color spaces is + particularly convoluted and requires a good understanding of the human visual system. There are many sets + of basis vectors for a color three space, or if one prefers, many different color three spaces. + Unlike the two−dimensional spatial coordinates, where standardization upon rectilinear (vs polar) coordinates + is a fairly reasonable thing to do, standardization upon a single color three space coordinate system may not + be as reasonable. Although the computer industry display devices are primarily R−G−B, there are advantages + to representing images in other color three spaces (such as Y−I−Q or H−L−S). One important distinction to + note is that some color spaces maintain a one−to−one relationship between component and spectral band (for + example, R−G−B), while others do not (Y−I−Q). In these latter cases, each of the dimensions of the color + three space is not necessarily a different spectral band. In some cases, these color systems are designed to + separate chrominance and luminance information for representation efï¬ciency. + Higher band multi−spectral images (such as n band Landsat images) tend to be of the former nature: each + component maps directly to a single spectral band. + The extension protocol will recognize more than one three space color representation at key interfaces and + support linear (invertable) color three space transforms The extension protocol will rely upon these three + space systems (or protocols) for the relationships between component and wavelength band. + The extension protocol will not recognize images of more than 3 spectral bands, and as such, applications + with N spectral band data (such as Landsat) will be responsible for spectral dimensionality reduction + (potentially accomplished by an application applied transform/mapping or by application band selection). + + + +3–6 EXTENSION ARCHITECTURE CONCEPTS + 3.3.3.2 Layout + Applications which deal with the display of digital images often face a variety of applications speciï¬c + screen layout issues. Although it would seem that layout is something which is entirely in the realm of a + window manager, there are layout issues which perhaps transcend the bounds of core window management. + The next two subsections present examples of such image layout issues and the policy that the extension + package will adopt. + +3.3.3.2.1 Spatial + Applications often need to display either two images, or an image and a graphics scene, overlaid and + spatially registered. The image extension package looks to the core X package for window overlay + capabilities. Barring availability of these capabilities, the extension package will provide the means to + spatially register and overlay two images from their revisable form through their rendition and display + steps. This is likely to be done through image composition operators (logical point functions). In the case + of graphics and image overlays, barring help from the core X package, the approach will be to convert the + graphics information to an image and then proceed as above. + The approach described above should provide for maintenance of spatial registration under operation of + zoom, pan, and scroll. + The extension package will not provide any speciï¬c mechanisms in support of "N up" spatial layout or + "tiling" problems. The extension package looks to the core protocol and toolkit levels built upon it for + support of tiling. + + +3.3.3.2.2 Temporal + Some image applications deal with time sequences of images. In a time sequence, the image subject state is + changing with time, but the basic subject is the same (ie. a time lapse sequence of a flower as it blooms, or + a sequence of heart radiological images as it pumps blood). While the extension package does not provide + a temporal coordinate system, it will support the concept of a time sequence of spatially registered images, + and provide for control over the time delta between time sequence frame displays. + The slide carousel is the basic mechanism for organizing a time sequence. The slide carousel will contain + ï¬nal form images (X displayables or pixmaps) produced by rendering revisable form images. Optional + references back to the source revisable form images may be kept. The image extension package will + provide mechanisms for playing the time sequence with uniform time spacing, or single stepping under + application control. Direction of play is also under application control. + A very signiï¬cant subset of time sequence problems is the display of live video. Live video consists of + the display of 30 still frames per second. Considering the size of individual images, a few seconds of live + video would require more memory than most workstations posesses. Typically, in live video applications, + the source images will be supplied from a digital image disk, or digitized from an analog source such as a + tv camera or vcr by a frame grabber in the server. The temporal layout machinery will give consideration + to the support of this special class of time sequence image applications. + + + + + EXTENSION ARCHITECTURE CONCEPTS 3–7 + 3.3.4 Image Structure − Subsets + Computer displays present users with screens full of information. Within any screen or window, there are + established rules for identifying smaller elements when the contents derive from underlying text or graphics. + Text and graphics information (visual information which is represented on computer systems via text and + graphics protocols) have syntactic objects (characters, words, paragraphs, lines, arcs, ...) which the user is + familiar with and which can be used to identify a component of a screen. + When the screen contents represent an underlying digital image, no such user familiar, underlying syntactic + structure exists. Instead, it is replaced by the concept of identifying portions or proper subsets of the + complete image. These subsets are used to identify areas that will be operated on. There are two proper + subsets: regions of interest, and control planes. A region of interest is a fully connected subset of an image + such as the contents of a rectangular area within the image, while a control plane determines membership + in the subset on a pixel−by−pixel basis. A control plane maybe heavy or sparsely populated. + The extension protocol supports the deï¬nition and use of both regions of interest and control planes for + operations on connected and disconnected subsets of a complete image. + + +3.3.5 State Information − Process History + Other than the information required to associate display locations (coordinates) with image object coordi− + nates (for pointing problems), the server will not maintain any processing history information. It is left to + the client to maintain this information if so required. + + +3.3.6 Extension Relationships +3.3.6.1 To Core X + The X image extension will be accessed through the core X server as prescribed by the core X protocol + extension mechanism. The extension will make use of core x resources where ever possible (such as + drawables, pixmaps, and clipping regions), but the policy is not to extend existing (core) resources with + regards to either content or semantics. + Where extension would be required, the image extension will deï¬ne private resources necessary to support + the speciï¬ed functionality. For example, rather than attempt to extend an already complicated structure such + as the graphic context (GC) with new ï¬elds, or new meanings for existing ï¬elds, the extension package + deï¬nes its own resources for rendition purposes. While this entails some duplication of information, + percentage wise, the amount of duplication is very very small when compared with a 1 MB revisable form + image, and no control confusion is likely to arise. + +3.3.6.2 To Other Extensions + It is more than likely that an application may require access to multiple extension packages at the same + time, such as a graphics and image extension. Control over concurrent residency of multiple extensions + to the server is under core X. While exchange of information between multiple concurrently resident + extensions is always possible via the client, this approach is potentially inefï¬cient due to wire transport. + The image extension package includes import/export services which provide a limited means of exchanging + information (primarily rendered image data) between the image extension and another extension through + core X resources. + + + + +3–8 EXTENSION ARCHITECTURE CONCEPTS + 3.3.6.3 Multiple Connections, Clients, and Resource Sharing + Following the guidelines established by the core X protocol, the image extension will support sharing of + resources between multiple connections from the same or different client. Multiple connections (from the + same or different application clients) may reference the same resource (ie. resource handles will be server + globals rather than connection globals). Managing the sharing of server resources and all ramiï¬cations is a + client problem. See the appendix for a more detailed discussion of applications interchange of image data. + +3.3.6.4 To Text and Graphics + As was stated earlier, text, graphics, and images are simply different data protocols and sets of services for + visual information managed on a computer. While many applications will need to wield all three sets (text, + graphics, and images) to visually display what they wish to communicate, the integration of text, graphics, + and image services under X are outside of the scope of this work (the X image extension protocol). + In addition to not solving the integrated approach to the use of X based text, graphics, and image services, + the X image extension package will not provide ANY text or graphics services. Applications should lokk + to core X11 or graphics extension packages for such services. + The author recognizes that at the display memory level, what has been referred to as text, graphics, and + image all looks the same: simply display memory bits in various states. The intension of the X image + extension package is not to subsume text and graphics because of this apparent uniï¬cation of representation + at the display memory, but rather to deal only with image data protocol elements in the transfer model + before the display memory which the traditional text and graphics data protocol services have ignore. + + +3.4 Service Concepts + + This section explores in more depth the reasoning behind and implications of the service goals and the + highest level organization of the services. + +3.4.1 Service Goals − Reasoning & Implications + The introduction touched briefly upon the functional goals of the proposed image extension. The next few + subsections present these goals and their implications for the extension package in more detail. + + +3.4.1.1 Range of Images + The proposal calls for integral support for applications requiring display services for the following classes + of images: + • Static bitonal digital image data (black and white) + • Static continuous tone monochromatic digital image data (gray scale) + • Static multi spectral digital image data (color) + • Time varying versions of the above + + The digital representation of these images (digital image classes vs human visual types) will vary widely + regarding the amount of luminance, chrominance, spatial, and temporal information. + + + + + EXTENSION ARCHITECTURE CONCEPTS 3–9 + The image domain boundaries implied above are somewhat artiï¬cal in that they have been established + partially by human visual perception attributes and by the applications that they are an integral part of + (such as facsimile or television). In reality, there is a continuum of images and image attributes out of + which applications have concentrated on a few important subspaces. It is also a fallacy to think that all + applications are conï¬ned to only one of these classes as many signiï¬cant applications (such as publishing) + cross the domain boundaries. + Because the domain boundaries are artiï¬cal, and because applications must be able to work across these + domains, the extension package must unify the representation and handling of the images in these various + domains. The implication is that the extension must support a uniform and robust image data representation + at least at key interface points, and that there will not be separate service packages for each of the domains. + +3.4.1.2 Range of Applications Needs + The X client component of image applications will demonstrate a wide range of image needs to the X + servers. The range will likely span simple image display of bitonal images through highly interactive + processing and analysis of continuous tone and multi−spectral images. + The extension package must not force an application to operate at any particular service level, but rather + (like other layered and open systems) allow the application access to both low level basic, and higher level + layered services. The extension must not offer separate packages for the various degrees of need. + + +3.4.1.3 Range of Server Capabilities + X servers are likely to vary widely in their ability to support imaging client needs. These variations may be + due to varying server hardware platforms (virtual and physical address space, computational horsepower). + With limited virtual address space, processing power, and display hardware on some hosts for imaging + servers, it may be impractical to attempt to support certain imaging client needs. + As the image extension architecture is intended to unify image extensions to X across all X servers, and as + it is clear that there are underlying reasons why all servers will not be able to offer all image capabilities, + the extension proposal introduces the concept of service sets. Service set is a compliance mechanism + whereby the architecture speciï¬es what imaging capabilities must be available through the server for a + particular set. + Service sets are not functionality hierarchies. Instead, they represent different functional areas that a server + may or may not be able to provide for. A server must support at least one service set (set #1) to be + considered an image extension server. A server may support other services sets including any combination + of the other service sets. The following is a summary of the service sets: + • Set 0: transport services, rendition services + • Set 1: enhancement services + • Set 2: processing pipelines + • Set 3: real time image capture + + + + +3–10 EXTENSION ARCHITECTURE CONCEPTS + 3.4.1.4 Display Device Independence + The overall transfer model set forth in Chapter 2 is not an invention of the extension package, but rather + an observation of the process which underlies the capture and display of digital images in all systems. The + model is sometimes obscured in actual practice by steps being combined (tightly packed) or even missing + (null). + In the past, image applications have been intimate with display devices and the display device characteristics + propagated or permeated back into the actual application. Examples of this are applications which keep + basic image data with characteristics (pixels, scan lines, spectral bands) which match the display device + capabilities rather than those deriving from the source device or synthesis process. + While display device independence for the client is not an explicit goal of core X, it is deemed a meaningful + goal for the image extension package. Display device independence implies that application client image + data need not be in a format related to display device characteristics and the application client need not + understand or implement the rendition process. This is not to say that rendition is no longer a device + dependent process, but rather to say that it is now the headache of the image extension package rather than + the client. + + +3.4.1.4.1 Server Based Rendition + A major implication of display device independence is that the X Image Extension Package (XIE Toolkit, + XIE Lib, and XIE Server) will need to understand and implement the device dependent rendition process. + This does not mean that the video subsystem (actual display hardware) must understand and perform + rendition, nor does it mean that the complete understanding and implementation at a high level of rendition + is on the server side of the wire. It does mean that the X image extension package is responsible for + rendition and that server based primitives will exist which can be used under the direction of the X image + extension toolkit to implement high level rendition models. This includes rendition which preserves + and which crosses digital image classes. Rendition will likely include scaling (up and down), x−y and z + resolution conversion (up and down), device luminance corrections (gamma − tone scale adjustment), and + mono−poly chromatic conversions. + Relief from understanding and implementing the rendition process can result in signiï¬cant complexity + reduction beneï¬ts to the application client. It will also allow image applications access to a much broader + set of display devices with different characteristics with no additional application knowledge or cost. + Figure 4−3 graphically depicts the basic shift in the wire location and the fact that rendition processing has + moved from the client to the server side of the wire. (see appendix for more on rendition in the X Image + Extension). + +3.4.1.4.2 Image Data Organization + The organization of image data depends both upon the digital image class and the application. The goal is + to allow the application to use an optimal image data format rather than project the device format back into + the application. The burden should be on the server to convert from application selected data organization + to server preferred format. + The implication is that the client chooses one of several image data organizations (for the raw data + component of a revisable form image − attribute format is common), and the server complies at the wire + with that format. The supported PCM or raw image data formats are touched upon in the chapter on + extension protocol elements (transport class services). + + + + + EXTENSION ARCHITECTURE CONCEPTS 3–11 + 3.4.1.5 Image Data Transport + Image data transport is the movement of image data across the X wire between client and server. The + transport may involve the movement of uncompressed (PCM) image data in the application client chosen + image data organization, or compressed forms. The transport may also be monolithic or segmented at the + application client level. + +3.4.1.5.1 Image Data Compression + Because the extension package pushes image rendition processing across the X wire into the server, + revisable form images often will move across the X wire. These revisable form images will often be much + larger than the ï¬nal form images which are displayed. An example is sending a digital image of an E size + drawing which was sampled at 200 dpi across the wire. This revisable form image is approximately 7.5 + MB in size. The rendered image which will ï¬t on a 1k by 1k by 1b screen is approximately 150 KB in + size. Clearly, when the X wire is physical, there is a need for image compression in at least the transport + services. There may also be value for compression of revisable form images in image storage within the + server. + Support for image compression in wire transport is central to the X image extension package. Standard + image compression schemes will be implemented on both sides of the wire and used to optimize transport + when the wire is physical. There are compression standards in place (or under development) which should + be complied with, and that image compression algorithms or approaches are digital image class dependent. + While transport will make use of compression for efï¬ciency, the PCM data organization selected by the + application client is recovered on both sides of the wire via decompression. In other words, compression is + applied to the application client selected PCM format. + + +3.4.1.5.2 Transport Granularity + At the application client level, the image extension will support transport ranging from monolithic to + segmented. + Monolithic transport implies that the entire image (PCM or compressed version of the application client + chosen format) will be transported across the wire as an atomic (un−interruptable) event. + Segmented transport implies that the application client may send the image across in a piecemeal fashion + where the segments are regular pieces such as scan lines or scan line blocks (tiles), chromatic components, + or luminance planes. Each segment is in either PCM or compressed version of the application client chosen + format, and each segment will be transported across the wire as an atomic (un−interruptable) event. The + image extension server will understand how to reassemble the image segments into a complete image. + Segmented transport allows other X operations to be interleaved with the transport of an image (including + event interrupts and servicing). A particularly useful instance of this is an application which uses a + transport, render, display pipe to ï¬ll a display screen in a continuous fashion as it sends image segments + across the wire. The screen begins to show image display as the ï¬rst segment emerges from the pipeline + versus waiting until the entire image has been completely transported and the entire image has been + completely rendered before displaying anything. + Both monolithic and segmented transports are asynchronous (application client starts and is notiï¬ed of + completion). + + + + +3–12 EXTENSION ARCHITECTURE CONCEPTS + 3.4.1.6 Image Processing + As stated in the image concepts section, image processing is the application of image operators to image + data. Image processing is divided into three broad classes including restoration and enhancement, analysis, + and coding. + In the extension package operational model, image processing will potentially be applied at a number + of points including transport across the wire (where compression or coding processing may be used), + enhancement processing, and rendition where preparation for display occurs. + Support in the extension package for coding or compression processing has been touched upon in the prior + section on compression. + Support in the extension package for image processing used in the rendition process has been touched upon + in the prior section on rendition. + The following subsections deal with support in the extension package for enhancement and other forms of + image processing, and with the relationship between rendition and enhancement processing. + +3.4.1.6.1 Enhancement Processing + Image enhancement processing is technically the application of image operators to image data solely for + the purpose of increasing the viewability of an image. The metric for increased viewability is determined + by the viewing application and the user. Examples of basic image enhancement processes include contrast + enhancement and edge sharpening. + Because the metric for enhancement is in the eye of the viewer, enhancement is often a trial and error, or + interactive and iterative process. Interactivity depends upon speed of iteration, and this speed is often a + function of process distance from the display end of the transfer model pipeline (especially when the X + wire is physical). This is a key reason for including some enhancement processing in the server. + Enhancement processing is a very large ï¬eld with a potentially inï¬nite number of recipes for visually + enhancing an image. As such, attempting to incorporate robust support for enhancement processing in the + server is a difï¬cult problem. Once again, the server will implement a set of primitives which support many + enhancement techniques, thus pushing the extensibility issue for enhancement into the tool kit level. + +3.4.1.6.2 Rendition Processing + Rendition services provide default schemes or models for client image rendition which are compatible with + the display situation. The models seek to maximize visual ï¬delity between the original captured or syn− + thesized image and its display on the target display device. Some control over ï¬delity is provided through + the alternative rendition models. These schemes are atomic (indivisable) from the client’s perspective, yet + typically involve multiple low level image rendition processing steps such as scaling (x−y, and z), rotation, + cropping, and image class conversion. While the rendition models are independent of display device, the + rendition process is highly device dependent. + Rendition services explicitly recognize rendition within and across image classes (monochromatic bitonal, + monochromatic continuous tone, and poly chromatic continuous tone or multi spectral). While the intent of + rendition services is to relieve the client of all concerns regarding mismatch between revisable form image + and display device capabilities, it is felt that the protocol must afforded the client some control over cross + class image rendition as it has a signiï¬cant bearing upon visual ï¬delity, and upon complexity of the server + rendition machinery. + Clients which ï¬nd the default schemes insufï¬cient or unacceptable are free to assemble enhancement + processing routines into rendition pipelines of their own deï¬nition. + + + + + EXTENSION ARCHITECTURE CONCEPTS 3–13 + 3.4.1.6.3 Enhancement − Rendition Relationship + The relationship between enhancement and rendition processing is somewhat indistinct especially when + one recognizes that enhancement and rendition processing may share low level operators, and when one + allows (as the extension package does) the client to generate a revisable form object from a prerendered + image via import services. As such, the distinction is based more upon purpose (rendition is device speciï¬c + processing that creates a ï¬nal form image which is compliant with the output device, while enhancement is + relatively device independent) than anything else. + +3.4.1.6.4 Other Forms of Processing + The labels enhancement, coding, and rendition do not cover all the uses of image processing in the + extension server. There are instances where an application will need to apply an image operator to image + data to change its state for purposes other than coding, enhancement, or rendition. + As an example, consider a progressive transmission application (such as low bandwidth teleconferencing) + which chooses to optimize the use of interconnect bandwidth by sending image data to the destination + (receiving) extension server one plane at a time (most signiï¬cant ï¬rst) so that a progressively better image + develops. In this case, the application will need to combine the planes as they become available within + the extension server (server side of the wire) if the bandwidth savings are to be realized. In this case, + combinatorial operators will be required. + Fortunately, most of the operators required in this "other" category are usually deemed essential for image + enhancement purposes. They are pointed out here more as additional justiï¬cation for their presence. + + +3.4.1.6.5 Processing Policy + In addition to the coding (compression) and rendition processing, the X image extension protocol will + support a closed, minimal and primitive set of image processing (enhancement) functions. The X image + extension package will provide for higher level extensibility through the X image extension tool kit. + Closed means that there will be no extension mechanism which allows a user to either add new image + processing algorithms to the package or downline load them (other than the pipeline macro facility). + Closure ensures that a population explosion does not occur and that incompatibilities do not develop. + Minimal and primitive means that the protocol will only implement low level functions which do not + overlap in purpose, and upon which client side components can build higher level services. As a simple + example, convolution ï¬ltering will be implemented in the protocol, but commonly recognized imaging + services which can be built upon ï¬ltering capabilities such as median and sharpening ï¬lters will be + relegated to higher level client side components such as the X Image Extension Tool kit. As such, readers + who are looking for defacto imaging industry standard services should look to the X Image Tool Kit. The + protocol must be sufï¬cient to be able to build these higher level services upon server side processing. + Enhancement processing is often presented in terms of achieving a desired effect and then in terms of + approaches to achieving the effect. Approaches to achieving the desired effect is often broken down into + techniques and implementations. As those familiar with signal processing know, signal processing is often + accomplished in any of several data domains. These domains are roughly categorized into two classes: + spatial and spatial frequency. In the spatial domain is we operate on PCM data which is representative of + the luminance and chrominance of an image, while in the spatial frequency domain, we operate on ampli− + tude coefï¬cients of bases vectors such as Fourier bases vectors (Fourier Transform). Many enhancement + processes can be implemented in either of these two domain classes. + + + + +3–14 EXTENSION ARCHITECTURE CONCEPTS + While spatial frequency or transform domain processing is an extremely important approach in digital + signal processing, and some workstations (servers) may have hardware which support it, it is felt to be + outside the realm of reasonability to expect such support of main stream servers at this point in time. As + such, no explicit protocol functions will exist which require or imply transform domain processing support. + Examples of the implications of this policy include that the protocol at this time will not include machinery + which supports the exchange of discrete spatial frequency domain ï¬lter coefï¬cients or analytic spatial + frequency domain ï¬lter descriptions, or coefï¬cient rooting techniques for histogram modiï¬cation. + This position on spatial frequency domain processing is flexible in that many important image enhancement + processes are deï¬ned in terms of spatial frequency domain processing. If this position is reversed, the + following classes of protocol functions would likely be added: + • perform various transforms (Fourier, DCT, Hadamard, ...) + • perform arithmetic operations on transform data + • generate statistical information about transform data + • apply template (area) functions in transform domain (ï¬lters) + + It is expected that analytic transform domain ï¬lters would be implemented at the X image extension tool kit + level. + Note that the current position (no spatial frequency domain support in the protocol) does not imply that + servers may not use transform domain approaches. For example, a server with 2d−FFT capability may chose + to implement convolution with large kernels in the transform domain. + All server based image processing functions (enhancement and rendition other than the ï¬nal step in a + rendition process) will produce image objects. These image objects may posess integral or non−integral + (real) values. Protocol functions (image operators) which must produce one or the other will note it in their + deï¬nition. These resulting image objects may be considered as true images which the user will eventual + view, or simply computational data arrays which store temporary computation information and are discarded + without viewing by an end user. The extension package does not distinguish them. The extension package + will provide a function to integerize and quantize (force integral values). + +3.4.1.7 Operations Pipelining + Image extension server operations are categorized into transport, enhancement, rendition, and display. To + some extent, these represent steps that an image must pass through to get from the application client to the + display. While these operational classes can be cleanly separated, and an image moved through them by + completing each step on the entire image before beginning the next step, it is often useful to move a single + image through them in a pipelined fashion. + In pipelines, part of the same image may be in the ï¬rst step while another part may be completing the last + step. A very useful pipeline is the transport−render−display pipe where a segmented image is moved across + the wire and to the display in a continuous fashion. + Pipelining has a number of advantages. First, it allows the client application to assemble multiple syn− + chronous steps which are likely to be used over and over (macros). Second, in cases where display is + part of the pipe, it feeds out visual information as it becomes available rather than waiting for step wise + completion. Third, as multiple processors become available in workstations, it allows for some degree of + parallel processing as different pipe elements can be executed on different processors. + The image extension package will provide for the deï¬nition and execution of process control pipes. + + + + + EXTENSION ARCHITECTURE CONCEPTS 3–15 + 3.4.1.8 Server Display Hardware Control + The X server is of necessity intimate with the display device. In the past, applications have been intimate + with the display device (through a driver) and have often had sole access to it (non−shared resource). + Display devices (video subsystems) include scarce resources (such as physical lookup tables, display bitmap + memory, display controls, specialized processors) which must now be managed as shared rather than an + application private resource. + Whenever possible, these resources should be accessed indirectly through protocol functions which involve + their use rather than direct access protocol functions designed to provide remote control register bit diddling. + But, when there are no protocol functions which serve this purpose, and access to these resources is still + essential to applications, direct access protocol functions should be provided. It is still important in these + cases that these direct access protocol functions provide access to logical resources which are mapped by + the server to the physical device resources so that the physical device resources remain sharable. + The following subsections examine some speciï¬c instances and assert extension package policy regarding + these video subsystem resources. + +3.4.1.8.1 Shared Hardware Device Control + There are a set of display hardware resources and controls which are important to imaging applications. + These include look up tables (luts), display memory (bit map), pan and scroll registers, and brightness, + contrast, hue, and saturation registers. + On todays workstations these consist of a single set of resources and controls for the entire display (ie. one + physical set which must be shared by all concurrent screen users). In future workstations, there may be + multiple sets perhaps allowing one per window. Access to these device controls cannot be hidden behind or + within more general protocol functions. + The core protocol has addressed access to and control over some of these while others have been left + unexplored. As all affect the display of anything on the screen (text, graphics, images), they should all be + dealt with by the core protocol. + The image extension will use core protocol mechanisms where they exist, and will follow the core protocol + in deï¬ning a logical to physical relationship for the others. It is hoped that anything that the X image + extension must do in this area would migrate into the core X11 protocol over time. + + +3.4.1.8.1.1 LUTS and Bit Map + The core protocol deï¬nes a scheme for maintaining multiple logical sets of lookup tables, and the means + for associating (loading) the physical tables from the logical tables. This scheme, and potential extensions + to it for displays with multiple LUTs, will be used by the extension package. + Likewise, the extension package will rely upon the core protocol machinery for access to the display bit + map. + +3.4.1.8.1.2 Brightness − Contrast − Hue − Saturation + Many of the current crop of imaging frame buffers provide software access to hardware which controls the + overall settings for brightness, contrast, hue, and saturation. In essence, this is digital access to the knobs + on a television. + The extension package will again provide a logical to physical mapping and access to these controls. + + + + +3–16 EXTENSION ARCHITECTURE CONCEPTS + 3.4.1.8.2 Use of Image Speciï¬c Accelerators + Server platforms and display subsystems may both have special silicon accelerators useful in various image + operations such as compression / decompression and rendition. It is left to the discretion of the extension + server implementor if and how to make best use of these accelerators. But, the extension protocol calls for + notiï¬cation of the client (upon request) by the server of accelerator assist for various protocol functions. + Regarding access by the client to these accelerators, the policy is that hardware accelerators used by + protocol supported operations should not be made explicitly available through control requests. They are + simply used locally by the server on the client’s behalf and without the client’s knowledge. + +3.4.1.8.3 Image Capture Hardware − Live Video + The core X protocol provides for human interface and interaction mechanisms. This includes the means to + pass information from input devices such as keyboards and mice on to the client side of the wire where the + application decision is made regarding its impact on operations or display. + In certain instances, there may be very close proximity between image capture and display hardware. + In these cases, the capture device may be controlled through the same hardware interface as the display + subsystem and may actually digitize an image and deposit it directly into the display memory (RS170 frame + grabber and frame buffer display memory typically share board space and bus interface mechanisms). + As the capture of an image is not strictly a human interaction or signaling mechanism such as keyboard + input or mouse pointing, a hard line position is that image capture devices should not logically be on + the server side of the X wire. But, the tight coupling or intimacy of such capture devices with the + display makes it at least convenient to provide control mechanisms in the protocol. Support for control of + time sequences of digitized images which derive from analog video sources (cameras, vcr’s, broad band + broadcast...) and pass through the digital domain on the server via frame digitizers, make it a requirement + that the control mechanisms be in the protocol. + As such, the policy is that the extension package will provide protocol mechanisms (control requests) for + image input devices (such as frame grabbers) which are tightly coupled to the display hardware (accessed + through common hardware interface and sharing display memory). These mechanisms will support the + windowing of the video information into X windows. This is in line with the concept of a tightly packed + "capture−>render−>display" pipeline and time sequence support. + The policy will allow control over tightly coupled image capture devices (frame grabbers) and live video + windowing (video rate time sequencing) to occur under X. Video from digital or analog sources which + can be presented to the display subsystem at video frame rates in DIGITAL (vs analog) format and can be + converted back to analog format by the display subsystem in a way which is compatible with the display + refresh mechanisms, can be displayed in application speciï¬ed X windows. The policy will NOT support + analog video windowing (switching / mixing analog video in the display subsystem, control over analog + broadcast video equipment etc.). + Applications which should beneï¬t from this capability are those which use video information (time + sequences of individual frames) which derives from a camera or perhaps a laser disk, and which is in + digital format already, or is converted by devices such as frame grabber/digitizers into digital format within + the server display subsystem. + Note that this position still leaves loosely coupled image capture devices which happen to be plugged into + an open bus on the server node (such as document scanners) on the client side of the wire (they will not + be supported in the image extension protocol). It also leaves the computer interfaces (typically rs232 serial + line ports) of video source devices such as "video disc players", vcr’s, video tuner’s, etc. on the client side + of the wire. + + + + + EXTENSION ARCHITECTURE CONCEPTS 3–17 + 3.4.1.8.4 Extensibility + The core X system wisely provides the ability to extend itself into various application domains. The image + extension package is one such extension into the imaging application domain. + In order to be useful, the imaging extension package must also provide for growth and extension. Perhaps + the most troublesome area for the extension package is image enhancement processing where the number + of algorithms, approaches, and combinations is limitless. Providing an open extension mechanism at the + protocol level for this area is inviting disaster. + Instead, the policy will be to attempt to achieve consensus regarding what is the basic processing machinery + necessary to support multiple enhancement approaches. This machinery will reside on the server side of + the wire and be accessed through the wire protocol. The server side processing machinery will be kept to a + very basic level and no extension mechnicanism will be provided. + Flexibility is achieved through the use of parameters for this machinery, through the ability to build higher + level enhancement processes with various combinations of the machinery, and through low level support for + these macros on the server side in terms of "process pipelines". + The extension capability will be provided at the tool kit level where the problem of a potentially explosive + number of "my favorite image enhancement process" can better be dealt with. + +3.4.2 Client−Server Model + The image extension follows the core protocol in the use of a client−server model. Functions which + the server performs on behalf of the application client are known as services. Although most services + accomplish things which an application cares directly about, some services involve the overhead of the + client server model and potential physical separation. + +3.4.2.1 Server Resources + Within the client portion of the application, the application maintains private data structures for storage of + image data, and applications state and control information. Within the server portion of the application, + objects which are maintained and used by the server in providing the services, and are known about by the + client, are referred to as resources. The extension package resource concepts are presented in the chapter on + extension protocol elements. + +3.4.2.2 Service Classes + A taxonomy of imaging services may be organized at the lowest level into CLASSES based upon com− + monalty of purpose, and organized at the highest level into GROUPS based upon device dependence. This + section simply sets down the aggregation. The next chapter explores the contents in more detail. + + + + +3–18 EXTENSION ARCHITECTURE CONCEPTS + Figure 3–2: SERVICE CLASS GROUPS + + + +−−−−−−−−−−−−−−−−−−−−−−−−−−+−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−+ + | DEVICE INDEPENDENT | DEVICE DEPENDENT | + | IMAGING SERVICES | IMAGING SERVICES | + +−−−−−−−−−−−−−−−−−−−−−−−−−−+−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−+ + | . session | . device control | + | . resource | . rendition | + | . transport | . display | + | . enhancement | | + | . process control | | + +−−−−−−−−−−−−−−−−−−−−−−−−−−+−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−+ + + + Within the X image extension server, imaging service classes may be grouped into two major categories: + those which are device independent, and those which are device dependent. Although all service imple− + mentations may in some way depend upon the device they reside upon, some services require intimate + knowledge of the display and display processing subsystem to perform their job, while others do not. As + such, it is service dependence upon intimate knowledge of the display subsystem that is the metric for + group categorization of the services. + Although there is a logical relationship (in terms of position within the X model levels diagram) between + the two service groups, the physical relationship is not quite as simple as all device independent services + being built upon the device dependent services. In fact, to a large extent, the device independent services + are not built upon the device dependent services. + +3.4.2.3 Service Events + All core protocol event mechanisms will be available to image extension package users. In addition, a set + of image extension package speciï¬c events will be available. There is no relationship between these two + sets of events other than that established by an application. Image speciï¬c events are discussed briefly in + the chapter on extension protocol elements. + + +3.5 Transfer Model vs X Wire + + The image transfer process depicted in Figure 2−1 shows how continuous images are captured, and how + captured and synthesized digital images move through enhancement, and rendition processes towards + display. Figure 4−3 shows the location of the core X protocol wire and the extension X protocol wire with + relationship to stages of the transfer model. + There is a signiï¬cant shift of the X protocol wire between the core and the extension protocol with regards + to the transfer model. Based upon the guidelines set forth in the previous section, the extension protocol + moves rendition processing (which is a display device dependent function) across the wire into the server. + The extension also lets those elements of interactive enhancement move across the wire. + + + + + EXTENSION ARCHITECTURE CONCEPTS 3–19 + Figure 3–3: TRANSFER MODEL & X WIRE LOCATION + + FLOW CONCEPT + real world + object or scene + | + | image formation + v + continuous Human Visual Perception + image "Visual Types" + | + | sensing/digitization + | analog image + .................|.............................................................. + | digital image + SYNTHESIS CAPTURE + | | + | | ^ image data pulled back by client + +−−−−−+−−−−−+ | + | | compression / decompression + xxxxxxxxxxx+xxxxxxxxxxx+xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx extension x wire + | | compression / decompression + v | + +−−>digital−−−−−−−−+ Revisable Form Image + | image Representation Efficiency vs Fidelity + | | Digital Image Classes + | | + | | enhancement Interactive Enhancement Processing + | | + +<−−−−−+ + ^ | + | | rendition Rendition Processing + | | + +−−−−−−+ + | Optional Compression + xxxxxxxxxxx+xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx core x wire + | Optional Decompression + +<−−−tightly coupled + | capture devices + | + v + digital Final Form Image + image Rendition Fidelity + | digital image + ...........|.................................................................... + | analog image + | display + | + v Human Visual Perception + screen image "Visual Types" + + + + +3–20 EXTENSION ARCHITECTURE CONCEPTS + Chapter 4 + +EXTENSION PROTOCOL ELEMENTS + + + This chapter presents an overview of the extension protocol including service classes, server resources, and + an operational model. + + +4.1 Services + + Services are the functions performed by the server for the client. In the protocol, they are implemented as + client requests. Some of the services listed below are potentially provided by or through the use of existing + core protocol services (such as resource class services). They are listed here for completeness. + +4.1.1 Device Independent Service Group +4.1.1.1 Session Class Services + Session class services establish the bounds and semantics of an image extension client−server session. Key + activities such as server initialization and termination, as well as issues such as server capabilities and + temporal scope of service requests are involved in session class services. + Examples (non−exhaustive list) of session class services include: + • Connect to extension server + • Disconnect from extension server + + +4.1.1.2 Resource Class Services + Resources are a means by which important operational information may be organized by the server and + accessed by the client. To some extent, they represent both housekeeping and an organizational strategy. + Examples of resource class services include: + • Create resource + • Delete resource + • Modify resource + • Query resource + • Copy resource + + + + + EXTENSION PROTOCOL ELEMENTS 4–1 + 4.1.1.3 Transport Class Services + Transport involves the movement of image objects across the X wire. This movement is both incoming + (client–>server) and outgoing (server–>client) image data. + Efï¬ciency and convenience are key concepts in transport services. Efï¬ciency involves the support of + encoded (compressed) image data, while convenience involves the ability of the client to specify image data + formats, and to break complete image transport into multiple steps. + Transport processing includes the movement across the wire of both PCM (uncompressed) and compression + encoded image data, and the actual encoding and decoding of this data by both client and server. + Supported PCM formats include: + • FULL_PIXEL_COMPATION + • PARTIAL_PIXEL_EXPANSION + • FULL_PIXEL_EXPANSION + + Supported Compressed formats include: + • CCITT Modiï¬ed Huffman and Modiï¬ed Modiï¬ed Read + for bitonal data and continuous tone monochromatic/polychromatic + in FULL_PIXEL_EXPANSION mode + • Discrete Cosine Transform + for continuous tone monochromatic/polychromatic + in PARTIAL_PIXEL_EXPANSION mode + + Refer to the chapter on lexicon for more details of these formats. + Examples of transport class services include: + • Send image object to server + • Receive image object from server + +4.1.1.4 Statistics Class Services + Statistical information about image data is often used in enhancement processing strategies and operators. + Statistical services do not modify image data, but rather generate statistical information about image data. + In certain instances, the statistical information maybe calculated on a pixel by pixel basis and may itself + be stored in a server−based destination image object. The resulting "statistical image" maybe used in + enhancement processing operations. + Examples of statistics class services include: + • Calculate Statistical Moments + • Area Minimum + • Area Maximum + • Area Mean + • Area Median + • Standard Deviation + • Variance + • Generate Histogram + + + +4–2 EXTENSION PROTOCOL ELEMENTS + Due to the potentially unbounded nature of enhancement processing, enhancement class services will be + restricted to include only a minimal set of basic enhancement processing machinery that will support + multiple enhancement approaches. Parameters and application of this machinery will be left to the direction + of the toolkit and application client levels. An example of this approach is to include ï¬ltering capabilities + (spatial convolver) but not the ï¬lters themselves. + +4.1.1.5 Enhancement Class Services + In the enhancement processing of an image, the server uses local server hardware to apply image processes + to the image data in the server−based source image object. The result of the operation is stored in a + server−based destination image object which may be the same as the source image object. + An important enhancement concept is that both the input and output of the enhancement services are + revisable form image objects. Thus, the results of an image enhancement operation may be fed back + into other enhancement operations, made available for transport back to the client, or made available for + rendition processing. + Enhancement processing is a particularly rich and popular area. While the X image extension package tool + kit will be the home for many high level image enhancement processing algorithms and processing macros, + the wire protocol for enhancement services will be kept minimal. Examples of enhancement class services + include: + • Point Processing + • Algebraic + • Logical + • Luminance + • Area Operators (Filtering) + • Geometric Transforms + + Due to the potentially unbounded nature of enhancement processing, enhancement class services will be + restricted to include only a minimal set of basic enhancement processing machinery that will support + multiple enhancement approaches. Parameters and application of this machinery will be left to the direction + of the toolkit and application client levels. An example of this approach is to include ï¬ltering capabilities + (spatial convolver) but not the ï¬lters themselves. + +4.1.1.6 Process Control Class Services + The server will support pipelining and interleaving of atomic server operations. This provides a home + for the very useful and everyday concept of tightly coupled transport–>render–>display, as well as more + elaborate concepts such as interleaving enhancement, rendition, and display of large image objects, and + enhancement processing macros. + The image extension will suport both primitive pipelines (ones which contain only references to atomic + protocol functions), and nested pipelines (ones which reference other pipelines). + With process control, the interleaving of many mundane operations can be efï¬ciently represented and + performed on the server side. The inclusion of pipeline control operators will provide for unattended and + client intervention (interactive) pipeline execution. + Examples of process control services include: + • Create pipeline + • Delete pipeline + + + + EXTENSION PROTOCOL ELEMENTS 4–3 + • Modify pipeline + • Query pipeline content + • Query pipeline state + • Execute pipeline + • Terminate pipeline + +4.1.2 Device Dependent Service Group +4.1.2.1 Rendition Class Services + In the rendition of an image, the server uses a combination of local server software and hardware to apply + rendition operations under the direction of XIE toolkit based rendition models to the image data in the + server−based source image object. The particulars of these operations depend upon the state of the image + object, the display characteristics, client requests, and the rendition models. + Rendition services are designed to offer the client substantial flexibility. Rendition services are divided into + two classes: rendition functions which prepackage commonly used rendition models and offer the highest + possible ï¬delity (ï¬ll screen, ï¬ll window, preserve aspect ratio); and rendition functions under complete + control of the client. The former services are packed in XIE toolkit functions. The latter case allows the + client to control (override) default operation in order to prevent the "too smart by half" syndrome (server + keeps client from rendering the image the way the client wants it, because server thinks it knows better). A + null rendition function is also included. + Low level (server based) rendition processing functions take a revisable form image and produce another + revisable form image. High level (XIE toolkit based) rendition processing functions use the low level + functions in processing pipelines. The last step in these high level pipelines is exporting the revisable form + image into a PIXMAP which is considered to be a ï¬nal form image. The ï¬nal form image is suitable only + for display purposes. It is possible to convert a ï¬nal form image back to a revisable form image via the + import/export class services (see next section). + Examples of high level (XIE toolkit based) rendition services include: + • Render best (rendition ï¬delity) + • Render this way + • Render to ï¬t object in window + • Render at real size (whatever ï¬ts) + • Render preserving aspect ratio + + Examples of low level (server based) rendition services include: + • scale + • rotate + • crop + • dither + + + + +4–4 EXTENSION PROTOCOL ELEMENTS + 4.1.2.2 Import/Export Class Services + It is expected that at least the core X protocol and services will be coresident with the image extension + protocol and services, and that other extension packages may be resident as well. Many applications, such + as compound document editors, may have need of multiple domain extension packages at the same time and + it is quite reasonable to expect an application to manage sessions with multiple resident server packages. + Each of these packages may deï¬ne their own resources and the organizational and operational semantics of + these resources. For efï¬ciency reasons , XIEP provides import/export services which are designed to allow + the data portion of an image object to be taken from or placed into core protocol structures, thus saving + the application two potentially large wire transmissions and allowing an application to use the power of an + image extension on data that may derive fromthe core package or perhaps a graphics extension. + Included in the import/export services is the ability to take an image which has been rendered (converted to + ï¬nal form) and make a new revisable form image from it (see previous section). + +4.1.2.3 Display Class Services + Although closely associated, display is a distinct step from rendition. Once the rendition operations are + complete, the client may request display of the rendered image. The server is responsible for loading + display device hardware with the rendered image object to make the image viewable on request of the + client. + Display class services will support single frame and time sequences of frames. Time sequence support is + deemed necessary to ensure uniform time spacing. Multi−image display (2−N up etc.) will be supported at + the XIE toolkit level through multiple display class service requests. + + +4.1.2.4 Device Control Class Services + In general, the extension protocol does not offer direct access to specialized server hardware. Instead, this + hardware (accelerators in particular) is accessed indirectly through protocol functions which beneï¬t by use + of the hardware. + Device control functions are protocol functions which offer direct access to display device hardware. + They are included primarily to take care of the few cases where a protocol function degenerates to direct + hardware access (as in frame capture operations), and secondarily, as an escape mechanism. + There are a number of dangers associated with this service class. The foremost is that unwise and excessive + inclusion of device control protocol functions is bound to lead to incompatibilities and defeat the purpose + of a common protocol. Perhaps a more speciï¬c danger is conflict between window control provided by the + core protocol and overall device control made possible here. + The X Image Extension will provide device control access services for a limited set of device controls. + These services will affect device control attributes associated with individual windows (ie. logical device + controls). The extension will use a mechanism similar to that used with lookup tables (colormap) to map + logical to physical device control settings as windows are selected. + Examples of display device control services include: + • Set/query intensity + • Set/query contrast + • Set/query hue + • Set/query brightness + • Set/query saturation + + + + EXTENSION PROTOCOL ELEMENTS 4–5 + • Image capture controls + − live video windowing + − frame or page grabbing + + + +4.2 Resources + + The purpose of this section is to provide an overview of the server resources of which the client has + knowledge and ability to reference. The existence and maintenance of these structures represents an + object oriented organizational strategy towards managing the control and state information involved in + providing the services. These structure are referenced through the resource id in image service requests. + The structures are not bundled into a mega structure so that mix and match flexibility is maintained at + service request time. Mega resource structures may be supported in the XIEtoolkit if it makes sense. + The overview describes the purpose of the resource, general content, and usage. Where relationships + between server resources exist, they are pointed out. + +4.2.1 Image Object − IOB + An image object (IOB) is a structure which contains the image data and closely associated attributes within + a server. IOBs are always revisable form entities. As such, an image object can be a source or destination + in a transport, enhancement, or rendition process. IOBs are not used in display operations. XIEP provides + the means by which the output of a render operation which produces a ï¬nal form image, or input to a + display operation (ï¬nal form images) may be converted back into an IOB (revisable form images). + Clients know IOBs as resources. A client can create and delete an IOB, and modify as well as query the + attributes section of an IOB. The only way a client can directly (ie. other than by a server based processing + operation) modify or query the image data section of an IOB is through a transport operation. + In general, an IOBs is an operand to most transfer, enhancement, and rendition requests. In all cases, an + image context of one form or another is also involved in these operations, and except where explicitly + noted, the same IOB may be used as the source and destination for an operation. In general, IOBs are to be + considered as very scarce resources by the client, and server space considerations may cause multiple IOB + creation requests to fail. + +4.2.2 Image Enhancement Context − IEC + An Image Enhancement Context (IEC) is an association of image processing operands and operators used + in the enhancement processing of an image. + An IEC resource is referenced every time an image object or region thereof is to be processed for enhance− + ment purposes. + Its primary purpose is to allow enhancement steps to be represented in processing macros (see Image + Control Context). + Clients know IECs as resources. A client can create and delete an IEC, and modify as well as query + the contents of an IEC. The same IEC can be used for many enhancement processing requests, and the + relationship between an IEC and IOB is established and maintained only during an enhancement operation. + A client can maintain multiple distinct IECs which can be used to render the same (or different IOB’s) in + different ways. + + + + +4–6 EXTENSION PROTOCOL ELEMENTS + 4.2.3 Image Process Context − IPC + An Image Process Context (IPC) is a structure which is used for one of three purposes: + 1. deï¬ne the subset of an image to process + 2. act as an area operand in area image operations + 3. both of the above (concurrently) + + When used for subsetting purposes, an IPC provides control over the sub areas of an image object (objects) + to which enhancement processing or rendition operations should be applied. In essence the IPC selects the + subset, or speciï¬c points in an image to which the operation is applied (acts as a boolean control mask). + Two forms of IPC exist for this purpose: region of interest (ROI), and control processing plane (CPP). + When used as an area operand, an IPC speciï¬es a set of operands and their spatial relationship. The spatial + relationship determines how the operands in the set are applied under area operations. Two possibilities + exist: fully populated and sparsely populated. An example of a fully populated IPC area operand is a + 3x3 or 5x5 convolution kernel mask where all elements in the mask have a value and are used in the area + operation − the spatial relationship between the operands is unambiguous. In the sparsely populated case, + the values of the individual operands are speciï¬ed for a subset of a square region. As such, the locations + of these operand values must be speciï¬ed explicitly along with the values. In this case, the elements that + constitute an area operation only occur at the speciï¬ed locations (an example would be a cross shaped + ï¬lter). IPC’s used for the purposes described in this paragraph will be referred to as templates. + Note that a major difference between the ï¬rst two classes is that in the ï¬rst, the IPC is simply a "selector", + while in the second, the IPC is used both for area operation selection and operand value speciï¬cation. + +4.2.3.1 Region of Interest − ROI + A region of interest (ROI) is a closed form (analytic) deï¬nition of a single, fully connected, subregion + of an image. ROI’s deï¬ne the geometric bounds on an image object within which the operation is to be + performed and outside of which it is not to be performed. + Regions of interest can be any two−dimensional closed shape deï¬ned with reference to an image object’s + coordinate system, such that the question of within can be answered for any pixel in the image object. It + should be possible to deï¬ne closed form analytic regions such as circles and rectangles, as well as more + general closed polygons deï¬ned by a list of coordinate vertices. + Regions of interest are optional operands in image enhancement processing and rendition requests. When + not speciï¬ed, the system presumes that the user speciï¬ed a region of interest of the same geometric + structure and equal to the full extent of the image object upon which the operation is being performed. + A region of interest can only be used to control the subregion to which processing applies. It has no other + affect on the semantics of the operation (no control mechanisms). + Clients know ROIs as IPC resources. A client can create and delete an ROI, and modify as well as query + the contents of an ROI. The same ROI can be used for many transport, enhancement, and rendition requests, + and the relationship between an ROI and IOB is established and maintained only during an the operation. + A client can maintain multiple ROI’s reflecting different regions of image objects which may be of interest. + An ROI is deï¬ned with relation to the coordinates of an IOB. + If at all possible, the image extension will use the core X graphics clipping structures as the region of + interest resource. In this case, the image extension will simply deï¬ne the semantics of the core X clipping + structures when used in conjunction with imaging services. + + + + + EXTENSION PROTOCOL ELEMENTS 4–7 + 4.2.3.2 Control Processing Plane − CPP + A Control Processing Plane (CPP) is a mechanism used only in enhancement processing. Its purpose is to + allow control on a pixel by pixel basis over the application of an enhancement process. It can be used both + to select subregions, and to control the particulars of certain operators. + CPPs are only used in enhancement processing and cannot be used in transport or rendition processing. + Unlike ROIs, CPPs do not have an analytic form of representation. + Clients know CPPs as IPC resources. A client can create and delete a CPP, and modify as well as query + the contents of a CPP. The same CPP can be used for many enhancement requests, and the relationship + between a CPP and IOB is established and maintained only during an the operation. A client may maintain + multiple CPPs. + CPPs are in essence the data component of a revisable form image object (IOB), and may be implemented + as IOB’s (one of two IOB operands to an image enhancement operation). It may also be possible to use the + core X control plane structures as the control processing plane resource. In this case, the image extension + will simply deï¬ne the semantics of the core X control structures when used in conjunction with imaging + services. + Some examples of how CPP’s maybe used may help explain the breadth of it’s potential applications. In the + case where the user needs to specify the pixels (on a point by point basis rather than the ROI bounded area + case) to which pointwise algebraic operations are applied, a CPP which is a simple bitonal image (contro + map) may be used. In the case where areawise algebraic operations are to be performed (such as ï¬ltering), + weighted area masks including spatial convolution ï¬lter kernels may be speciï¬ed as a CPP with zero and + non zero integral values. + +4.2.3.3 Templates − TMP + A template (TMP) is a mechanism used only in enhancement area processing. Its purpose is to allow + control over which local area source image pixels (pixels near the current target pixel) participate in area + operations, and values of the second area operand on a pixel by pixel basis. + TMPs are only used in enhancement processing and cannot be used in transport or rendition processing. + Unlike ROIs, TMPs do not have an analytic form of representation. + Clients know TMPs as IPC resources. A client can create and delete a TMP, and modify as well as query + the contents of a TMP. The same TMP can be used for many enhancement requests, and the relationship + between a TMP and IOB is established and maintained only during an the operation. A client may maintain + multiple TMPs. + +4.2.4 Image Control Context − ICC + An Image Control Context (ICC) is a structure which describes the relationship between the various transfer, + enhancement, and rendition processes that make up a image processing pipeline. It is possible with an ICC + to describe enhancement processing macros, as well as various forms of transfer, enhancement, rendition + and display pipelines. + As an ICC is a higher level structure which may imply transfer, processing, and rendition, it is not referred + to in those atomic requests, but rather in pipeline (process control) requests which explicitly signal the + existence and use of the ICC. + + + + +4–8 EXTENSION PROTOCOL ELEMENTS + 4.2.5 Image Display Context − IDC + An Image Display Context (IDC) is a structure which controls the display of a ï¬nal form image or sequence + of images. It contains the connection between revisable form image, ï¬nal form image, display window, + display sequence, and sequence timers. IDC’s used to control the display of image sequences are also + known as slide carousels. + + + + + EXTENSION PROTOCOL ELEMENTS 4–9 + 4.3 Service Operation + + + Figure 4–1: OPERATIONAL MODEL + + + OPERATIONAL MODEL + + ^ ^ + client | | + | | + −−−−−−−−|−−−−−−−−−|−−−−−−−−−−−−−−x wire−−−−−−−−−−−−−−−−−−−−−−−−−−−−−−− + | | + server | control | transport [transport context] ............... + | | processing . + v | . + v . + +−−−−−−−>revisable form . + ^ image object . + | ^ . + | | . + | | enhancement [enhancement context]............ + | | processing . + | | . + | v region of interest + | revisable form and + +<−−−−−−−image object(s) process control + ^ | contexts + | | . + | | rendition [rendition context]................ + | | processing + | | + | v + +−−−−−−−−−−−−−−−+ + | + | + v + final form<−−−−−−− tightly coupled + image object capture devices + | | + | device | display [window & luts] + | control | + v v + DISPLAY DEVICE + + + + +4.3.1 Flow + The image extension protocol follows the same basic operational model as the core protocol. In particular, + clients communicate with servers through requests, and servers communicate with clients through replies to + requests, errors, and events. + An image application begins by establishing a connection using the core X11 protocol to an X server. The + application then queries the server in order to determine if support exists for the image extension protocol, + and what level of support exists. If the image extension is supported, and at an appropriate level, the + application establishes a connection to the extension package (session services) through (within) the core + X1 protocol connection. + + +4–10 EXTENSION PROTOCOL ELEMENTS + Once the connection has been established, the client and toolkit levels use resource requests to allocate and + load critical server resources. With these resources allocated, the application can make image data transport, + enhancement, rendition, display, and display control requests of the server. + Upon completion, the image application disconnects ï¬rst from the image extension package, and then from + the X core package. + Using this model, an image application can continue to run as it has in the past. In this case, the component + of the application on the client side of the wire takes full responsibility for maintaining all of its private + image data structures, for applying all processing operations to these structures, for understanding the + display device characteristics, and for rendering an image suitable for display in a window. In short, the + client side of the application continues to bear responsibility for generating ï¬nal form images. XIEP simply + provides the means to transport the ï¬nal form image to the display. + At the other extreme, an image application may cause most or all of its image objects to reside on the + server side of the wire. In this case, all enhancement processing and rendering requests are made through + the extension package (XIE Toolkit, XIE Lib, XIE Server), and the extension package bears responsibility + for generating ï¬nal form images. + +4.3.2 Requests and Replies + Requests and replies are the primary means by which the client and server communicate. The image + extension requests will be aggregated by the service class to which they belong (i.e. the service classes will + be broken down into requests and replies). + + +4.3.3 Errors + Errors are notiï¬cations to the client of server problems with requests. + +4.3.4 Events + Events are situations or occurrences which are detectable by the server and of potential interest to the + client. Bear in mind that multiple clients may share a single server, and as such,a client may be notiï¬ed + of an event caused by a different client. Image extension events might include changes in overall display + characteristics (brightness, contrast,...), transport complete, processing complete, rendition complete, and + time sequence display complete. + + + + + EXTENSION PROTOCOL ELEMENTS 4–11 + Chapter 5 + +TERMINOLOGY + + + The terminology section is segmented in a topical fashion in order to keep closely associated terms together. + Although terms are capitalized within this section, they are not capitalized or visually differentiated from + surrounding text in the body of the protocol. + + +5.1 Core Protocol + + The following terms are deï¬ned in the core protocol and used at times in the extension protocol. + + Table 5–1: Core Terms + Access ctl list Active grab Ancestors Atom + Backing store Bit gravity Bitmap Button grabbing + Byte order Children Client Clipping regions + Color cell Colormap Connection Containment + Coordinate system Cursor Depth Device + Drawable Event Event mask Event sychronization + Event propagation Event source Exposure event Extension + Grab Graphics context Hotspot Identiï¬er + Inferiors Input focus Input manager InputOnly window + InputOutput window Key grabbing Keyboard grabbing Mapping + Modiï¬er keys Obscures Occludes Padding + Parent window Passive grab Pixel value Pixmap + Plane mask Pointer Pointer grabbing Pointing device + Property Property list Redirecting control Reply + Request Resource Root Root window + Save set Screen Server Server grabbing + Sibling Stacking order Stipple Tile + Timestamp Type Unviewable Viewable + + + + + TERMINOLOGY 5–1 + Table 5–1 (Cont.): Core Terms + Visible Window gravity Window manager XYFormat + ZFormat + + + + +5.2 Extension Protocol + + The extension protocol descriptive terminology section is intended to be sufï¬cient for clearly communicat− + ing concepts. It is not intended to be exhaustive. + +5.2.1 Image Deï¬nitions + CONTINUOUS_IMAGE + An optically formed counterpart of a real world object or scene. An example would be what is found on + the shutter or focal plane of a 35 mm camera. + DIGITAL_IMAGE + The discrete version of a CONTINUOUS_IMAGE. The continuous image is sampled at the vertices of a + regular two dimensional SAMPLING_GRID, and then quantized to a ï¬xed number of levels. In practice, + a digital image maybe computed, synthesized, or randomly generated, as well as deriving from optical + processes. + IMAGE_OBJECT + An image object is the representation of a digital image which a computer application manipulates. It + consists of IMAGE_DATA plus IMAGE_ATTRIBUTES. Unless explicitly stated otherwise, any use of the + term "image" in the speciï¬cation implies the term IMAGE_OBJECT. + IMAGE_DATA + IMAGE_DATA consists of the bits which represent the result of the digitizing or synthesis process. + IMAGE_ATTRIBUTES + IMAGE_ATTRIBUTES are the ancillary information required to interpret, process, and present for viewing + IMAGE_DATA. There are three classes of independent IMAGE_ATTRIBUTES: + • IMAGE_PRESENTATION_ATTRIBUTES + • IMAGE_ORGANIZATION_ATTRIBUTES + • IMAGE_ENCODING_ATTRIBUTES + + IMAGE_PRESENTATION_ATTRIBUTES + The attributes of an image which describe how it is to be presented to a user for viewing. IMAGE_ + PRESENTATION_ATTRIBUTES have no bearing upon the organization and amount of image data. Often, + it is desirable to make the values of these attributes identical to those established by the capture or synthesis + process so that the image will appear identical to what it looked like at capture or synthesis time. (see + Image Data Presentation Deï¬nitions). + IMAGE_ORGANIZATION_ATTRIBUTES + + + + +5–2 TERMINOLOGY + IMAGE_ORGANIZATION_ATTRIBUTES provide information about the structure and association of the +bits which make up the two dimensional image. (see Image Data Organization Deï¬nitions). +IMAGE_ENCODING_ATTRIBUTES +IMAGE_ENCODING_ATTRIBUTES deï¬ne the mapping between the unencoded SYMBOL_SET and +the encoded SYMBOL_SET where encoding is done primarily for compression or bandwidth reduction +purposes. (see Image Data Encoding Deï¬nitions). +IMAGE_APPLICATION +A computer application that deals in the input, output, storage, or processing of IMAGE_OBJECTS. This +protocol speciï¬cation is primarily concerned with the processing and output of IMAGE_OBJECTS to +displays. +FIDELITY +The degree to which the computer system can reproduce a likeness of the original (source) continuous image +without distortion. Issues affecting ï¬delity including the sampling and display SPATIAL_ RESOLUTION, +and the LUMINANCE_RESOLUTION or CHROMINANCE_RESOLUTION. +REPRESENTATION_EFFICIENCY +A measure of how few bits can be used to represent a particular DIGITAL_IMAGE with some speciï¬ed +degree of FIDELITY. +FINAL_FORM_IMAGE +A FINAL_FORM_IMAGE is one that has been rendered suitable for display on a particular device. All +internal structural entities have been removed, and all rendition processing completed. The generation of +a FINAL_FORM_IMAGE from a REVISABLE_FORM_IMAGE may involve irreversible TRANSFORMs +such as resolution reduction in the x,y, and z directions. It is always possible to take a FINAL_FORM_ +IMAGE and redeï¬ne it as the starting point for a new and entirely different REVISABLE_FORM_IMAGE. +REVISABLE_FORM_IMAGE +A REVISABLE_FORM_IMAGE is the source image used in reversible and irreversible image rendering +operations. A REVISABLE_FORM_IMAGE may (by chance) be suitable for display as is, on a particular +device. If this is the case, the REVISABLE_FORM_IMAGE is converted to a FINAL_FORM_IMAGE +by performing a null rendering operation. REVISABLE_FORM_IMAGEs may maintain some internal +organization or structure and continue to carry rendition attributes along with them +DISPLAY_GRID +The regular, two dimensional grid at whose vertices the original image is reconstructed during display. A +display grid location is often referred to as a PIXEL. +SAMPLING_GRID +The regular, two dimensional grid at whose vertices the original image is sampled during digitization. A +sampling grid location is often referred to as a PIXEL. + + + + + TERMINOLOGY 5–3 + 5.2.2 Image Characteristics + SPATIAL + The aspects of an image which relate to space (typically x & y dimensions, and resolution in these + dimensions) including how the image varies with respect to the spatial dimensions. + TEMPORAL + The aspects of an image which relate to time (t dimension, and resolution in this dimension) (typiï¬ed by the + difference between a still frame, and a motion sequence) including how the image varies at any SPATIAL + location with respect to the time dimension. + RESOLUTION + The ï¬neness or granularity of an image measured either at the capture or rendition point. The granularity + is usually expressed in both spatial frequency (dots per inch) and temporal frequency (frames per second). + Resolution is a meaningless term away from the capture and rendition points. Instead, total pixels per scan + line, total scan lines, and total frames in a sequence are more useful. + SPATIAL_RESOLUTION + A measure of the separation between adjacent points (in both SPATIAL dimensions) or granularity of the + SAMPLING_GRID and / or the DISPLAY_GRID. SPATIAL_RESOLUTION has nothing to do with image + size or total data content. It has to do with ï¬neness at capture and output times. + TEMPORAL_RESOLUTION + A measure of the separation in time between the capture or display of two adjacent image object frames. + SPATIAL_FREQUENCY + A measure of the rapidity of image change with respect to space. + TEMPORAL_FREQUENCY + A measure of the rapidity of image change with respect to time. + INTENSITY + The square of the amplitude of the electro_magnetic ï¬eld as measured at the focal plane of the imaging + device. Intensity is what we perceive as brightness. + INTENSITY_LEVELS + The number of distinct brightness levels represented in the image. + CONTRAST + The difference between minimum and maximum INTENSITY levels in an image. + LUMINANCE + The component of an image which represents the INTENSITY at either a single wavelength or averaged + over a wavelength band. INTENSITY, LUMINANCE, and brightness are psynonomous. + CHROMINANCE + The component of an image which describes the dependence of INTENSITY on wavelength or wavelength + band. + + + + +5–4 TERMINOLOGY + 5.2.3 Visual Types + VISUAL_TYPE + A label applied to the human perception of a continuous image based upon perceived characteristics of + intensity distribution, and dependency upon wavelength and time. The continuous image of an object (and + occasionally the object itself) is said to be of one of the following VISUAL_TYPEs include BLACK_ + AND_WHITE, GREY_SCALE, COLOR, STILL, and MOTION. + BLACK_AND_WHITE + A VISUAL_TYPE where the continuous images have very high contrast, and no perceived temporal or + chrominance dependency (i.e. what we perceive when reading this page). + GREY_SCALE + A VISUAL_TYPE where the continuous image has a relatively wide range of intensities which vary + smoothly, and no perceived temporal or chrominance dependencies. GREY_SCALE is perhaps more an + artifact of early television and photography than of nature. + COLOR + A VISUAL_TYPE where the continuous image has a wide range of luminances and chrominances which + vary smoothly, and no temporal dependencies. + STILL + A VISUAL_TYPE which demonstrates no temporal variation (e.g. this page). + MOTION + A VISUAL_TYPE which demonstrates temporal variations (e.g. television). + +5.2.4 Image Classes + IMAGE_CLASS + The grouping of a digital image based upon which visual type it represents with highest efï¬ciency and ï¬âˆ’ + delity of reproduction. IMAGE_CLASSes include MONOCHROMATIC−BITONAL, MONOCHROMATIC− + CONTINUOUS TONE, and POLYCHROMATIC−CONTINUOUS TONE or MULTISPECTRAL. All three + classes have either the STATIC or TIME_VARYING modiï¬er. + MONOCHROMATIC−BITONAL + An IMAGE_CLASS in which two INTENSITY_LEVELS are represented. At sampling and display times, + a PIXEL for the MONOCHROMATIC−BITONAL IMAGE_CLASS is one bit deep. The display of an + image of this class either does not use a COLORMAP, or uses the BLACK and WHITE entries of the + COLORMAP. The MONOCHROMATIC−BITONAL IMAGE_CLASS is optimal (REPRESENTATION_ + EFFICIENCY and RENDITION_FIDELITY) for the BLACK_AND_WHITE VISUAL_TYPE. + MONOCHROMATIC−CONTINUOUS_TONE + An IMAGE_CLASS in which 2**N −1 INTENSITY_LEVELS are represented. At sampling and dis− + play times, a PIXEL for the CONTINUOUS_TONE IMAGE_CLASS is N bits deep where N > 1. + CONTINUOUS_TONE is accomplished on color displays with the PIXEL value being used as an in− + dex into a COLORMAP, and the same value used to drive the RED, GREEN, and BLUE display guns. + The MONOCHROMATIC−CONTINUOUS_TONE IMAGE_CLASS is optimal (REPRESENTATION_ + EFFICIENCY and RENDITION_FIDELITY) for the GREY_SCALE VISUAL_TYPE. + + + + TERMINOLOGY 5–5 + POLYCHROMATIC−CONTINUOUS_TONE or MULTI_SPECTRAL + An IMAGE_CLASS in which multiple (>2) INTENSITY_LEVELS are represented for multiple (2 or + more) SPECTRAL_COMPONENTs. MULTI_SPECTRAL is typically accomplished on color displays via + the use of the COLORMAP. The POLYCHROMATIC_CONTINUOUS_TONE or MULTI_SPECTRAL + IMAGE_CLASS is optimal (REPRESENTATION_EFFICIENCY and RENDITION_FIDELITY) for the + COLOR VISUAL_TYPE. + STATIC + A modiï¬er of the other IMAGE_CLASSes indicating no TEMPORAL dependency, and implying only one + unchanging IMAGE_OBJECT. + TIME_VARYING + A modiï¬er of the other IMAGE_CLASSes indicating TEMPORAL dependency, and implying multiple + IMAGE_OBJECTs which represent the continuous image at different times (usually a time sequence). + +5.2.5 Image Data Organization + IMAGE_DATA_ORGANIZATION + The way in which a logical PCM model of IMAGE_DATA is mapped onto a physical storage model. The + overall purpose is to enable convenient association of and access to all of the bits which represent the + information found at each sampling grid point. Three signiï¬cant IMAGE_DATA_ORGANIZATIONS exist, + each possessing different access characteristics. The core X protocol recognizes only two of these formats + (see names in parenthesis). + • FULL_PIXEL_COMPACTION (Z format in core X) + • FULL_PIXEL_EXPANSION (X−Y format in core X) + • PARTIAL_PIXEL_EXPANSION (unrecognized in core X) + + PIXEL + A DISPLAY_GRID or SAMPLING_GRID location. Often used to mean the collection of bits representing + the image information at the sampling and display grid locations. This second usage is somewhat dangerous + as in modern displays there may be no simple stack of bits behind the display at each DISPLAY_GRID + location representing the image information for that PIXEL. + BITS_PER_PIXEL + In DISPLAY_SUBSYSTEMs which do maintain a FRAME_BUFFER with the image information for each + PIXEL collected into a stack of N bits, the number N. Unless otherwise qualiï¬ed, the term BITS_PER_ + PIXEL implies the total number of bits which when aggregated form a PIXEL. Occasionally, the qualiï¬ed + phrase BITS_PER_PIXEL_PER_SPECTRAL_COMPONENT, or BITS_PER_PIXEL_PER_PLANE_ + GROUP will be used. Either of these values must by deï¬nition be less than or equal to BITS_PER_PIXEL. + BIT_PLANE + A two dimensional collection of bits such that there is one and only one bit at each of the points in the two + dimensional grid. The stacking of all BIT_PLANES which form an image results in a PIXEL at each grid + point. + PLANE_GROUP + An organized collection or stack of PLANEs. A PLANE_GROUP may be from 1 to N PLANES deep + where N is the number of BITS_PER_PIXEL. + + + +5–6 TERMINOLOGY + PCM +Pulse Code Modulation (or raw bits) is the reference form for uncompressed images. In PCM the image +symbol set consists of PIXELS, where PIXELS are the quantized representation of image luminance or +CHROMINANCE channel as sampled at regular two dimensional grid points. +FULL_PIXEL_COMPACTION +An IMAGE_DATA organization in which all bits which make up all SPECTRAL_COMPONENTs of a +PIXEL are logically and physically adjacent in transmission and storage. All bits of an N bit PIXEL are +aggregated to form an element of a single, two dimensional array. PIXEL bit aggregates may be separated +by pad bits for alignment purposes. +FULL_PIXEL_EXPANSION +An IMAGE_DATA organization in which all bits which make up all SPECTRAL_COMPONENTs of a +PIXEL are physically separated such that every bit of an N bit PIXEL is an element of a separate two +dimensional array (PLANE), there being N such arrays (PLANEs). +PARTIAL_PIXEL_EXPANSION +An IMAGE_DATA organization in which all bits which make up each SPECTRAL_COMPONENT +are physically adjacent by SPECTRAL_COMPONENT. The BITS_PER_PIXEL for each individual +SPECTRAL_COMPONENT are compacted into individual, two dimensional arrays, there being one such +array for each SPECTRAL_COMPONENT. +SCAN_LINE +A logical collection of PIXELs organized in a linear fashion which represents an array row in the two +dimensional display grid. +PIXELS_PER_LINE +The total number of PIXELS per SCAN_LINE. Note that this is not necessarily the number of bits per +SCAN_LINE. +NUMBER_OF_LINES +The total number of SCAN_LINEs in the image. +PIXEL_STRIDE +The difference in bit addresses between the ï¬rst bit of successive PIXELS. PIXEL_STRIDE will typically +be equal to the number of bits per pixel stored in a particular IMAGE_PLANE_GROUP. IF PIXEL +alignment requires ï¬ll bits between PIXELs, the difference between PIXEL_STRIDE and the number of +BITS_PER_PIXEL per IMAGE_PLANE_GROUP will equal the ï¬ll value. +SCANLINE_STRIDE +The difference in bit addresses between the ï¬rst bit of successive SCAN_LINEs. SCANLINE_STRIDE +will typically be equal to the number of bits (not PIXELs) per SCAN LINE stored in a particular IMAGE_ +PLANE_ GROUP. IF SCAN_LINE alignment requires ï¬ll bits between SCAN_LINEs, the difference +between SCANLINE_STRIDE and the number of bits per SCAN_LINE will equal the ï¬ll value. +SPECTRAL_COMPONENT +The INTENSITY dependence of an image at either a particular wavelength or averaged over a wavelength +band. A MULTI_SPECTRAL image is made up of two or more SPECTRAL_COMPONENTS. +SPECTRAL_COMPONENT_MAPPING + + + + TERMINOLOGY 5–7 + The correlation between the physical image data and the various SPECTRAL_COMPONENTS of an image. + COMPONENT_SPACE_ORGANIZATION + DATA_PLANES_PER_PIXEL + DATA_PLANE_SIGNIFICANCE + NUMBER_OF_COMPONENTS + The number of SPECTRAL_COMPONENTs in a MULTI_SPECTRAL image. + BITS_PER_COMPONENT + The number of bits used for each image component in a data plane. The sum of the BITS_PER_ + COMPONENT over all components equals the BITS_PER_ PIXEL value. In that some three color + image data representations do not have a one to one correspondence between representation component + and SPECTRAL_COMPONENT, BITS_PER_COMPONENT should not be interperted as bits per spec− + tral component. In addition, the BITS_PER_COMPONENT maybe be three different numbers (one per + component). + +5.2.6 Image Data Encoding + ENCODING + The process by which data is mapped into a new SYMBOL_SET for some speciï¬c purpose such as + COMPRESSION. + COMPRESSION + The process by which an image is mapped from its PCM representation (uncompressed SYMBOL_ + SET) into a new representation (compressed SYMBOL_ SET) for purposes of bandwidth reduction. The + application of COMPRESSION techniques is a function of the IMAGE_DATA_ORGANIZATION, and is + often done on a SPECTRAL_COMPONENT by SPECTRAL_COMPONENT basis. + COMPRESSION_SCHEME + The scheme used to accomplish COMPRESSION. Well known COMPRESSION_SCHEMES include run + length compression, linear predictor compressors, and transform schemes. + COMPRESSION_PARAMETERS + The parameters required by a particular COMPRESSION_SCHEME. + DECOMPRESSION + The process by which an image is returned from its compressed representation to its PCM representation. + DECOMPRESSION_SCHEME + The scheme used to accomplish DECOMPRESSION. The DECOMPRESSION_SCHEME is chosen as the + complement of the COMPRESSION_SCHEME. + DECOMPRESSION_PARAMETERS + The parameters required by a particular DECOMPRESSION_SCHEME. + ENCODING_FIDELITY + + + + +5–8 TERMINOLOGY + The degree of similarity between an original uncompressed image, and one which has been compressed, + then decompressed. COMPRESSION_SCHEME DECOMPRESSION_SCHEME pairs which result in + absolute ENCODING_FIDELITY are known as lossless, while those which have reduced FIDELITY are + known as lossey. ENCODING_FIDELITY is measured with a mathematical metric. + SYMBOL_SET + The atomic elements which from which an image is composed. There is no uniques SYMBOL_SET for + an image. Usually, the deï¬nition of the SYMBOL_SET is based upon the compression scheme. Typical + symbol primitives include bits, bytes, and the entire image as a state space. The number of unique symbols + which these primitives can represent (i.e. the SYMBOL_SET), and the number of symbols used to compose + an image both depend upon the choice of symbol primitives. + +5.2.7 Image Data Presentation + RENDITION + The process by which an image object is made suitable for display. It involves converting an image into a + format that the display hardware recognizes. + RENDITION_FIDELITY + The degree to which the display subsystem can render an image belonging to a particular IMAGE_CLASS. + RENDITION_FIDELITY is a function of the similarity between display hardware (display memory + organization), and IMAGE_CLASS. + DISPLAY + The physical hardware (video logic and tube) which allows a user to view an image. The process of taking + an image which has been rendered displayable and putting it on the screen (making it viewable). + PRESENTATION_ATTRIBUTES + The attributes of an IMAGE_OBJECT that deï¬ne how it should be displayed for viewing. These at− + tributes determine the particulars of the RENDITION process. Note that unlike DATA_ORGANIZATION_ + ATTRIBUTES, PRESENTATION_ATTRIBUTES are not essential for interperting the IMAGE_DATA, but + are essential for displaying it. + PIXEL_PATH + The direction of the PIXEL capture path along an individual SCAN LINE. PIXEL_PATH is deï¬ned against + the ISO and CCITT standards, and establishes the angle of a SCAN_LINE with relationship to a reference + coordinate system. + LINE_PROGRESSION + The direction of SCAN_LINE capture across the image plane. LINE_PROGRESSION is deï¬ned against + the ISO and CCITT standards, and establishes the angle of a normal to a SCAN_LINE with relationship to + a reference coordinate system. + PIXEL_ASPECT_RATIO + The ratio of the distance between PIXEL centers along the PIXEL_PATH, and along the LINE_ + PROGRESSION on the SAMPLING_GRID and/or DISPLAY_GRID. + BRIGHTNESS_POLARITY + The direction of the mapping from PIXEL magnitude to visual brightness. (i.e., whether a PIXEL value of + 0 is displayed as light or dark) + + + TERMINOLOGY 5–9 + GRID_TYPE + The physical format of of the regular PIXEL sampling grid. + TIMING_UNIT + The number of atomic units of time between display of IMAGE_OBJECTS in a time sequence. + +5.2.8 Image Server Hardware + SERVER_HARDWARE + The equipment which constitutes the computer system on which the XIEP server software executes + including server HOST_PROCESSOR, HOST_MEMORY, HOST_BUS, and DISPLAY_SUBSYSTEM. + DISPLAY_SUBSYSTEM + The collection of DISPLAY_MEMORY, DISPLAY_PROCESSOR(s), and video logic used to drive + a DISPLAY_MONITOR. There is an explicit communications connection between the DISPLAY_ + SUBSYSTEM, and the HOST_PROCESSOR through serial or parrallel lines, or a backplane or bus. + DISPLAY_MEMORY + The memory in which the states of the screen pixels are kept and from which these screen pixels are + refreshed. DISPLAY_MEMORY is often referred to as the bit map. + DISPLAY_PROCESSOR + Any general or special purpose processor dedicated to display processing and usually closely coupled to the + DISPLAY_MEMORY. + DISPLAY_MONITOR + The tube or bottle (screen) upon which a viewer sees an image. + DISPLAY_BUS + The interconnect between DISPLAY_PROCESSOR(s), and DISPLAY_MEMORY. (often, this is a private + interconnect). + LOOK_UP_TABLE + A table mechanism by which an input index (stored as a value in the DISPLAY_MEMORY) is used to ï¬nd + the intensity to be output on the various channels (guns) of the DISPLAY_MONITOR. + HOST_PROCESSOR + The cpu on which the X server executes. The X server may access other general or special purpose + processors which are closely associated with the display subsystem in order to accomplish its job. + HOST_MEMORY + The memory used by the HOST_PROCESSOR to run the X server. This memory may or may not be + directly accessible by the display subsystem and is usually not the same as the DISPLAY_MEMORY. + HOST_BUS + The interconnect between HOST_PROCESSOR(s) and HOST_MEMORY. (often, this is an open intercon− + nect). + FRAME_GRABBER + + + +5–10 TERMINOLOGY + A device which samples and digitizes an image or an analog representation of an image. Typically, the term + FRAME implies a broadcast television video standard concept (RS170 − 30 frames per second refresh). As + such, FRAME_GRABBERs are typically devices which digitize RS170 standard analog baseband video. + FRAME_BUFFER + The memory into which a FRAME_GRABBER deposits the image signal it digitizes. (often, this is the + DISPLAY_MEMORY). + TIGHTLY_COUPLED + Used in this document to refer to the connection between image capture devices such as frame grabbers + and scanners, and the DISPLAY_MEMORY. A capture device which deposits an image directly into the + DISPLAY_MEMORY without passing through applications buffers (HOST_MEMORY) will be referred to + as TIGHTLY_COUPLED. + +5.2.9 Image Data Layout + TILING + A screen layout where adjacent rectangular images adjoin each other seamlessly and with no overlap. The + adjacent images represent parts of a larger common scene. + N_UP + A screen layout where two or more different images are viewed adjacent to each other at the same time. + OVERLAY + A screen layout where two or more images are layed out on top of each other in SPATIAL_ + REGISTRATION to observe differences. The images usually represent the same scene at different times or + states. + SPATIAL_REGISTRATION + The state in which all common points in two images of the same scene would be found at the same PIXELs + if displayed in an OVERLAY fashion. + TIME_SEQUENCE + The display of individual images of the same sceen taken at uniformly spaced time intervals. + +5.2.10 Three Space Color + SPECTRAL_SPACE + A metriï¬ed way by which to describe locations in the space of human color perception and relate these + back to physical principles (wavelength and intensity). + RED_GREEN_BLUE or RGB + A color three space widely used in the computer industry. The information in each of the SPECTRAL_ + COMPONENTS (red green blue) represents the luminance integrated over some wavelength band centered + around that color. + CMY + TBS + + + + + TERMINOLOGY 5–11 + YUV + TBS + HSV + TBS + HLS + TBS + YIQ + TBS + +5.2.11 Image Data Processing + IMAGE_PROCESSING + The process of applying an IMAGE_OPERATOR to an IMAGE_DATA operand or operands. + TRANSFORM + To modify IMAGE_DATA via the application of an IMAGE_OPERATOR. + RESTORATION_PROCESSING + IMAGE_PROCESSING whose purpose is to remove well understood distorations generated by the imaging + system or conditions. + ENHANCEMENT_PROCESSING + IMAGE_PROCESSING whose purpose is to increase the subjective quality of an image thus making it + easier to view. + ANALYSIS_PROCESSING + IMAGE_PROCESSING whose purpose is interpret the semantics or content and meaning of an image. + CODING_PROCESSING + IMAGE_PROCESSING whose purpose is to remap images between alternative representations primarily + for purposes of compression. + ITERATIVE_PROCESSING + IMAGE_PROCESSING where the output of an IMAGE_PROCESSING operation is fed back into the same + operator (i.e. the same operator is applied over and over again to the image). + PIPELINE_PROCESSING + IMAGE_PROCESSING where the output of an IMAGE_PROCESSING operation is fed into another + operator (i.e. the image is fed through a serial stream of operators). + + + + +5–12 TERMINOLOGY + Appendix A + +RELATED TOPICS + + + This appendix describes some background material on topics which are not central to the image extension + package but are closely associated. + + +A.1 Image Data Interchange + + Image data formats are a topic of much interest lately. These formats are instances of image data inter− + change protocols. In the X environment, there are three locations where such protocols exist: application + client to application client direct (IP1), application client to/from server (IP2), and application client to + application client by way of a shared server (IP3) (see ï¬g. A−1). + The interchange of image data between the application client and server remains within the application, + yet spans the X wire boundary. Protocols for the interchange of image data across the X wire (IP2) are + considered to be part of the X extension package (in fact, IP2 is XIEP the X image extension protocol) and + must comply with the X core protocol. Of necessity, the extension proposal also addresses IP3 (sharing of + server resources). + + Figure A–1: IMAGE DATA INTERCHANGE + + + + APPLICATION #1 <==================> APPLICATION #2 + CLIENT CLIENT + ^ IP1 ^ + | | + | IP2 | IP2 + | | + ............+...................................+............ X WIRE + | | + | IP2 | IP2 + | | + V V + SERVER SERVER + . KERNEL IP3 . KERNEL + <===================> + . EXTENSION . EXTENSION + + + + Figure A–1 Cont’d. on next page + + + + RELATED TOPICS A–1 + Figure A–1 (Cont.): IMAGE DATA INTERCHANGE + + + + It is the purpose, and nature of the IP1 image data protocol, and its relationship to IP2 and IP3 that are the + subject of this section. + Application level image data interchange formats are the means by which various applications recognize + and exchange common image data. Applications level interchange of data often has nothing to do with + display processes, and, therefore, they (IP1) exist outside of the domain of X. + Such IP1 interchange protocols are likely to be standardized within image data classes and applications do− + mains. This is seen in the emergence of image application domain industry standards. Thus, we are seeing + medical radiological image data interchange standardized and engineering drawing image data interchange + standardized in different ways. Often, applications level interchange protocols are packaged in or as disk + ï¬le formats although they are equally applicable to all channels (both storage and communications). + Protocols for application to application interchange of image data are NOT part of the X Image Extension + Package or the X Image Extension Protocol. However, in that the IP1 and IP2+IP3 paths should allow + for the same interchange, it does make sense to propose an IP1 which is aligned with IP2 and IP3. As + such, the extension protocol speciï¬cation will include a speciï¬cation for IP1 which can be implemented as + a communications stream, or packaged in a disk ï¬le. It is expected that this speciï¬cation will be aligned + at least in content with the emerging compound document architecture interchange format (ISO 8613−7 + ODA/ODIF). + + + + +A–2 RELATED TOPICS + \ No newline at end of file diff --git a/xie/docs/x11r4/protocol.pdf b/xie/docs/x11r4/protocol.pdf new file mode 100644 index 0000000..dd32d96 Binary files /dev/null and b/xie/docs/x11r4/protocol.pdf differ diff --git a/xie/docs/x11r4/protocol.ps b/xie/docs/x11r4/protocol.ps new file mode 100644 index 0000000..9d5db01 --- /dev/null +++ b/xie/docs/x11r4/protocol.ps @@ -0,0 +1,8462 @@ +%!PS-Adobe-2.0 +%%Creator: VAX DOCUMENT V1.1 +%%+Copyright (c) 1986,1987,1988 DIGITAL EQUIPMENT CORPORATION. +%%+All Rights Reserved. +%%DocumentFonts: (atend) +%%Pages: (atend) +%%EndComments +/$DVCDict where { %FIND DICTIONARY + pop +}{ %else + /$DVCDict 300 dict def +} ifelse +/BeginDVC$PSDoc { %BEGIN DOCUMENT + vmstatus pop pop 0 eq { + $DVCDict begin InitializeState + }{ %else + /DVC$PSJob save def $DVCDict begin InitializeState + /DVC$PSFonts save def + } ifelse +} def +/EndDVC$PSDoc { %END DOCUMENT + vmstatus pop pop 0 eq { + end + }{ %else + DVC$PSFonts restore end DVC$PSJob restore + } ifelse +} def +% +$DVCDict begin +% +mark % CREATE ISOLatin1 ENCODING +/ISOLatin1 + 8#000 1 8#054 {StandardEncoding exch get} for + /minus + 8#056 1 8#217 {StandardEncoding exch get} for + /dotlessi + 8#301 1 8#317 {StandardEncoding exch get} for + /space /exclamdown /cent /sterling /currency /yen /brokenbar /section + /dieresis /copyright /ordfeminine /guillemotleft /logicalnot /hyphen + /registered /macron /degree /plusminus /twosuperior /threesuperior /acute + /mu /paragraph /periodcentered /cedilla /onesuperior /ordmasculine + /guillemotright /onequarter /onehalf /threequarters /questiondown /Agrave + /Aacute /Acircumflex /Atilde /Adieresis /Aring /AE /Ccedilla /Egrave /Eacute + /Ecircumflex /Edieresis /Igrave /Iacute /Icircumflex /Idieresis /Eth /Ntilde + /Ograve /Oacute /Ocircumflex /Otilde /Odieresis /multiply /Oslash /Ugrave + /Uacute /Ucircumflex /Udieresis /Yacute /Thorn /germandbls /agrave /aacute + /acircumflex /atilde /adieresis /aring /ae /ccedilla /egrave /eacute + /ecircumflex /edieresis /igrave /iacute /icircumflex /idieresis /eth /ntilde + /ograve /oacute /ocircumflex /otilde /odieresis /divide /oslash /ugrave + /uacute /ucircumflex /udieresis /yacute /thorn /ydieresis + /ISOLatin1 where not {256 array astore def} if +cleartomark +% +/DECMCS ISOLatin1 256 array copy def +mark % CREATE DECMCS ENCODING + 8#240 8#244 8#246 8#254 8#255 8#256 8#257 8#264 + 8#270 8#276 8#320 8#336 8#360 8#376 8#377 + counttomark + {DECMCS exch /.notdef put} repeat % STACK NOW CONTAINS MARK + 8#250 /currency 8#327 /OE 8#335 /Ydieresis 8#367 /oe 8#375 /ydieresis + counttomark -1 bitshift % DIVIDE BY 2 + {DECMCS 3 1 roll put} repeat % STACK NOW CONTAINS MARK +cleartomark +% +/DOCPSE DECMCS 256 array copy def +mark % CREATE DOCPSE ENCODING + 8#055 /hyphen + 8#201 /bullet 8#202 /emdash 8#203 /endash 8#204 /dagger + 8#205 /daggerdbl 8#206 /registered 8#207 /trademark %8#210 /Delta + 8#211 /fi 8#212 /fl + counttomark -1 bitshift % DIVIDE BY 2 + {DOCPSE 3 1 roll put} repeat % STACK NOW CONTAINS MARK +cleartomark +% +/reencodedict 10 dict def %Local storage for "ReENCODE" +/ReENCODE { % /basefont /newfont encoding ReENCODE + /newencoding exch def %ARG: NAME OF ENCODING VECTOR + /newfontname exch def %ARG: NEW NAME FOR FONT AFTER RE-ENCODING + findfont + /basefontdict exch def %ARG: NAME OF FONT TO BE RE-ENCODED + basefontdict maxlength dict begin %CREATE AND OPEN NEW DICT + basefontdict { %COPY ENTRIES FROM BASE FONT DICT TO NEW ONE + 1 index /FID ne { + def %IF NOT THE ONE WE'RE ENCODING, JUST COPY PTRS + } { %else + pop pop %IGNORE FID AND ENCODING FOR ONE WE'RE ENCODING + } ifelse + } forall + /FontName newfontname def %DEFINE NEW NAME + /Encoding newencoding def %DEFINE NEW ENCODING VECTOR + newfontname currentdict definefont %TURN IT INTO A PS FONT + pop %IGNORE MODIFIED DICT RETURNED BY DEFINEFONT + end +} bind def +% +/cvsstr 64 string def +/tempmatrix matrix def +% +/BP { % BEGIN PAGE + /Magnification exch def /DVC$PSPage save def +} def +% +/EP {DVC$PSPage restore} def % END PAGE +% +/XP { % EXIT PAGE (TEMPORARILY) TO ADD FONTS/CHARS + % SAVE CURRENT POINT INFORMATION SO IT CAN BE RESET LATER + /Xpos where {pop Xpos} {0} ifelse + /Ypos where {pop Ypos} {0} ifelse + /currentpoint cvx stopped {0 0 moveto currentpoint} if + /DVC$PSPage where {pop DVC$PSPage restore} if + moveto + /Ypos exch def /Xpos exch def +} def +% +/RP {/DVC$PSPage save def} def % RESUME PAGE +% +/PF {GlobalMode LocalMode} def % PURGE FONTS TO RECLAIM MEMORY +% +/GlobalMode { % SWITCH TO BASE SAVE/RESTORE LEVEL, SAVING STATE + PortraitMode PaperWidth PaperHeight PxlResolution Resolution + Magnification Ymax Xorigin Yorigin RasterScaleFactor + % SAVE CURRENTPOINT INFORMATION TO RESET LATER + /currentpoint cvx stopped {0 0 moveto currentpoint} if + /DVC$PSPage where {pop DVC$PSPage restore} if + DVC$PSFonts restore RecoverState +} def +% +/RecoverState { % PRESERVE STATE AT BASE LEVEL + 12 copy + /Ypos exch def /Xpos exch def /RasterScaleFactor exch def + /Yorigin exch def /Xorigin exch def /Ymax exch def + /Magnification exch def /Resolution exch def /PxlResolution exch def + /PaperHeight exch def /PaperWidth exch def /PortraitMode exch def + DoInitialScaling + PortraitMode not {PaperWidth 0 SetupLandscape} if + Xpos Ypos moveto +} def +% +/InitializeState { % INITIALIZE STATE VARIABLES TO DEFAULT VALUES + /Resolution 3600 def /PxlResolution 300 def + /RasterScaleFactor PxlResolution Resolution div def + /PortraitMode true def /PaperHeight 11 Resolution mul def + /PaperWidth 8.5 Resolution mul def /Ymax PaperHeight def + /Magnification 1000 def /Xorigin 0 def /Yorigin 0 def + /Xpos 0 def /Ypos 0 def /InitialMatrix matrix currentmatrix def +} def +% +/LocalMode { % SWITCH FROM BASE SAVE/RESTORE LEVEL, RESTORING STATE + /Ypos exch def /Xpos exch def /RasterScaleFactor exch def + /Yorigin exch def /Xorigin exch def /Ymax exch def + /Magnification exch def /Resolution exch def /PxlResolution exch def + /PaperHeight exch def /PaperWidth exch def /PortraitMode exch def + DoInitialScaling + PortraitMode not {PaperWidth 0 SetupLandscape} if + Xpos Ypos moveto + /DVC$PSFonts save def /DVC$PSPage save def +} def +% % ABBREVIATIONS +/S /show load def +/SV /save load def +/RST /restore load def +/Yadjust {Ymax exch sub} def +% +/SXY { % (x,y) POSITION ABSOLUTE, JUST SET Xpos & Ypos, DON'T MOVE + Yadjust /Ypos exch def /Xpos exch def +} def +% +/XY { % (x,y) POSITION ABSOLUTE + Yadjust 2 copy /Ypos exch def /Xpos exch def moveto +} def +% +/X { % (x,0) POSITION ABSOLUTE + currentpoint exch pop 2 copy /Ypos exch def /Xpos exch def moveto +} def +% +/Y { % (0,y) POSITION ABSOLUTE + currentpoint pop exch Yadjust 2 copy + /Ypos exch def /Xpos exch def moveto +} def +% +/xy { % (x,y) POSITION RELATIVE + neg rmoveto currentpoint /Ypos exch def /Xpos exch def +} def +% +/x { % (x,0) POSITION RELATIVE + 0 rmoveto currentpoint /Ypos exch def /Xpos exch def +} def +% +/y { % (0,y) POSITION RELATIVE + 0 exch neg rmoveto currentpoint /Ypos exch def /Xpos exch def +} def +% +/R { % DRAW A RULE + /ht exch def /wd exch def gsave 0 setgray + currentpoint newpath moveto + 0 ht rlineto wd 0 rlineto + 0 ht neg rlineto wd neg 0 rlineto + closepath fill grestore wd 0 rmoveto + currentpoint /Ypos exch def /Xpos exch def +} def +% +/RES { % RES + /Resolution exch def /PxlResolution exch def + /RasterScaleFactor PxlResolution Resolution div def + DoInitialScaling +} def +% +/DoInitialScaling { % DO INITIAL SCALING + InitialMatrix setmatrix 72 Resolution div dup scale +} def +% +/PM { % PM + XP + /PaperWidth exch def /PaperHeight exch def + /Ymax PaperHeight def /PortraitMode true def + DoInitialScaling + RP +} def +% +/SetupLandscape {translate 90 rotate} def +/LM { % LM + XP + /PaperWidth exch def /PaperHeight exch def + /Ymax PaperWidth def /PortraitMode false def + DoInitialScaling PaperWidth 0 SetupLandscape + RP +} def +% +/MAG { % CHANGE MAGNIFICATION SETTING + XP /Magnification exch def RP +} def +% +/SPB { % SPB - BEGIN "\SPECIAL" MODE + Yadjust /Yorigin exch def /Xorigin exch def + GlobalMode Xorigin Yorigin translate + Resolution 72 div dup scale % RESTORE DEFAULT SCALING + Magnification 1000 div dup scale % ADJUST FOR ANY MAGNIFICATION + /Xpos Xpos 72 Resolution div mul 1000 Magnification div mul def + /Ypos Ypos 72 Resolution div mul 1000 Magnification div mul def + /spsavobj save def %SAVE STATE & STACK DEPTH FOR CLEANUP AFTER FIGURE + /showpage {} def %DISABLE DURING FIGURE; `RESTORE' WILL BLOW DEF AWAY + mark +} def +% +/SPE { % SPE - END "\SPECIAL" MODE + spsavobj restore + cleartomark + 1000 Magnification div dup scale % UN-ADJUST FOR ANY MAGNIFICATION + 72 Resolution div dup scale % RESTORE DEFAULT INTERNAL SCALING + LocalMode +} def +% +/PP {showpage} def +/CLRP {erasepage} def +% +/DMF { % /font-name DMF + /psz exch def /nam exch def nam findfont psz scalefont setfont +} def +% +/concatnam { % /abcd (xxx) concatnam ==> /abcdxxx + /xxx exch def /nam exch def + /namstr nam cvsstr cvs def + /newnam namstr length xxx length add string def + newnam 0 namstr putinterval + newnam namstr length xxx putinterval + newnam cvn +} def +% +/strip { % /abcdef 2 strip ==> /cdef + /num exch def /nam exch def + /namstr nam cvsstr cvs def + /newlen namstr length num sub def + namstr num newlen getinterval cvn +} def +% ROUTINES TO HANDLE PACKING/UNPACKING NUMBERS +/PackHW { % PackHW --> + /num exch def /pos exch def /target exch def + num 16#0000FFFF and 1 pos sub 16 mul bitshift target or +} def +/PackByte { % PackByte --> + /num exch def /pos exch def /target exch def + num 16#000000FF and 3 pos sub 8 mul bitshift target or +} def +/UnpkHW { % UnpkHW --> + /num exch def /pos exch def + num 1 pos sub -16 mul bitshift 16#0000FFFF and + dup 16#00007FFF gt {16#00010000 sub} if +} def +/UnpkByte { % UnpkByte --> + /num exch def /pos exch def + num 3 pos sub -8 mul bitshift 16#000000FF and + dup 16#0000007F gt {16#00000100 sub} if +} def +% +/DPSF { % /procname size /fontname DPSF + findfont exch scalefont + [ exch /setfont cvx ] cvx def +} bind def +% +/PXLBuildCharDict 17 dict def +/CMEncodingArray 128 array def +0 1 127 {CMEncodingArray exch dup cvsstr cvs cvn put} for +/RasterConvert {RasterScaleFactor div} def +/TransformBBox { + aload pop + /BB-ury exch def /BB-urx exch def /BB-lly exch def /BB-llx exch def + [ BB-llx RasterConvert BB-lly RasterConvert + BB-urx RasterConvert BB-ury RasterConvert ] +} def +/RunLengthToRasters { + % none yet +} def +/GenerateRasters { % GENERATE RASTERS FOR "IMAGEMASK" + rasters runlength 1 eq {RunLengthToRasters} if +} def +% +/int-dict-name {int (-dict) concatnam} def +/int-dict {int (-dict) concatnam cvx load} def +% +/DefinePXLFont { + % ... + % ...[llx lly urx ury]DefinePXLFont + /newfont exch def /bb exch def /num exch def /psz exch def + /dsz exch def /pxlmag exch def /ext exch def /int exch def + /fnam ext (-) concatnam pxlmag cvsstr cvs concatnam def + newfont not { + int-dict-name 13 dict def + int-dict begin + /FontType 3 def /FontMatrix [ 1 dsz div 0 0 1 dsz div 0 0 ] def + /FontBBox bb TransformBBox def /Encoding CMEncodingArray def + /CharDict 1 dict def CharDict begin /Char-Info num array def end + /BuildChar { + PXLBuildCharDict begin + /char exch def /fontdict exch def + fontdict /CharDict get /Char-Info get char get aload pop + /rasters exch def /PackedWord1 exch def + 0 PackedWord1 UnpkHW 16#7FFF ne { + /PackedWord2 exch def /wx 0 PackedWord1 UnpkHW def + /rows 2 PackedWord1 UnpkByte def /cols 3 PackedWord1 UnpkByte def + /llx 0 PackedWord2 UnpkByte def /lly 1 PackedWord2 UnpkByte def + /urx 2 PackedWord2 UnpkByte def /ury 3 PackedWord2 UnpkByte def + }{ %else + /PackedWord2 exch def /PackedWord3 exch def /PackedWord4 exch def + /wx 1 PackedWord1 UnpkHW def /rows 0 PackedWord2 UnpkHW def + /cols 1 PackedWord2 UnpkHW def /llx 0 PackedWord3 UnpkHW def + /lly 1 PackedWord3 UnpkHW def /urx 0 PackedWord4 UnpkHW def + /ury 1 PackedWord4 UnpkHW def + } ifelse + rows 0 lt { + /rows rows neg def /runlength 1 def + }{ %else + /runlength 0 def + } ifelse + wx 0 + llx RasterConvert lly RasterConvert + urx RasterConvert ury RasterConvert setcachedevice + rows 0 ne { + gsave + cols rows true RasterScaleFactor + 0 0 RasterScaleFactor neg llx .5 add neg ury .5 add + tempmatrix astore GenerateRasters imagemask + grestore + } if + end + } def + end + fnam int-dict definefont pop + } if + int-dict-name fnam findfont psz scalefont def + currentdict int [ int-dict /setfont cvx ] cvx put +} def +/PXLF { true DefinePXLFont} def % SIGNAL THAT FONT IS ALREADY LOADED +/PXLNF {false DefinePXLFont} def % SIGNAL THAT FONT IS NOT ALREADY LOADED +% +/PXLC { % ... + % ...PXLC + /rasters exch def /runlength exch def /cols exch def /rows exch def + /ury exch def /urx exch def /lly exch def /llx exch def + /wx exch def /code exch def /int exch def + % SEE IF LONG OR SHORT FORMAT IS REQUIRED + true cols CKSZ rows CKSZ ury CKSZ urx CKSZ lly CKSZ llx CKSZ + TackRunLengthToRows { + int-dict /CharDict get /Char-Info get code + [ 0 0 llx PackByte 1 lly PackByte 2 urx PackByte 3 ury PackByte + 0 0 wx PackHW 2 rows PackByte 3 cols PackByte rasters ] put + }{ %else + int-dict /CharDict get /Char-Info get code + [ 0 0 urx PackHW 1 ury PackHW 0 0 llx PackHW 1 lly PackHW + 0 0 rows PackHW 1 cols PackHW 0 0 16#7FFF PackHW 1 wx PackHW rasters ] put + } ifelse +} def +% +/CKSZ {abs 127 le and} def +/TackRunLengthToRows {runlength 0 ne {/rows rows neg def} if} def +% +/PLOTC { + % PLOTC + /rasters exch def /runlength exch def /cols exch def /rows exch def + /ury exch def /urx exch def /lly exch def /llx exch def + /psz exch def /dsz exch def /wx exch def + % "PLOT" A CHARACTER'S RASTER PATTERN + rows 0 ne { + gsave + currentpoint translate psz dsz div dup scale + cols rows true RasterScaleFactor 0 0 RasterScaleFactor + neg llx .5 add neg ury .5 add tempmatrix astore + GenerateRasters imagemask + grestore + } if + wx x +} def +% +end %$DVCDict +%%EndProlog +%%BeginSetup +BeginDVC$PSDoc +CLRP 300 3600 RES +%%EndSetup +%%DOC$Page: I 1 +1000 BP 39600 30600 PM 0 0 XY +XP +% DefineFont:F24 Category:10 PointSize:14 +/Helvetica-Bold /Helvetica-Bold@DOCPSE DOCPSE ReENCODE +/F24 700.0 /Helvetica-Bold@DOCPSE DPSF +RP +4796 10773 XY F24(X)S 166 x(IMAGE)S 165 x(EXTENSION)S 165 x(PROT)S +-13 x(OCO)S -2 x(L)S +XP +% DefineFont:F40 Category:10 PointSize:9 +/F40 450.0 /Helvetica-Bold@DOCPSE DPSF +RP +4796 13463 XY F40(Revision/U)S -2 x(pdate)S 167 x(Information:)S +XP +% DefineFont:F38 Category:10 PointSize:9 +/Helvetica /Helvetica@DOCPSE DOCPSE ReENCODE +/F38 450.0 /Helvetica@DOCPSE DPSF +RP +11871 13463 XY F38(V2.1)S 33987 Y 4796 X F40(Digi)S -2 x(tal)S 167 x +(Equipment)S 165 x(Corporation)S +PP +EP +%%DOC$Page: III 2 +1000 BP 39600 30600 PM 0 0 XY +XP +% DefineFont:F24 Category:10 PointSize:14 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9-14 103 +1000 BP 39600 30600 PM 0 0 XY +5593 Y 3600 X F28(9.5)S 599 x(References)S 6688 Y 4796 X F102(1.)S +239 x(X)S 239 x(Window)S 240 x(System)S 239 x(Protocol,)S 241 x +(Version)S 239 x(11)S 449 y 5513 X(Alpha)S 239 x(Test,)S 240 x +(February)S 240 x(1987)S 240 x(-)S 239 x(Robert)S 239 x(W.)S 240 x +(Scheifler)S 8183 Y 4796 X(2.)S 239 x(CCITT)S 239 x(T.4)S 747 y +5991 X("Standardizatio)S 2 x(n)S 239 x(of)S 239 x(Group)S 240 x(3)S +239 x(Facsimile)S 240 x(Apparatus)S 240 x(for)S 239 x(Document)S +240 x(Transmission)S 2 x(")S 747 y 5035 X(Defines)S 239 x(general)S +240 x(device)S 240 x(capabilities,)S 240 x(and)S 240 x(defines)S +240 x(tables)S 449 y 5035 X(and)S 239 x(algorithms)S 240 x(for)S +240 x(one-)S 239 x(and)S 240 x(two-dimensional)S 240 x(coding)S 240 x +(schemes,)S 448 y 5035 X(as)S 239 x(well)S 239 x(as)S 240 x(scheme)S +239 x(for)S 240 x("uncompressed)S 240 x(data.")S 747 y 4796 X(3.)S +239 x(CCITT)S 239 x(T.6)S 747 y 5991 X("Facsimile)S 240 x(Coding)S +240 x(Schemes)S 240 x(and)S 239 x(Coding)S 240 x(Control)S 240 x +(Functions)S 449 y 6230 X(for)S 240 x(Group)S 239 x(4)S 239 x +(Facsimile)S 240 x(Apparatus")S 747 y 5035 X(Defines)S 239 x(coding)S +240 x(tables)S 240 x(and)S 239 x(algorithm)S 240 x(for)S 240 x(two)S +239 x(dimension)S 448 y 5035 X(encoding)S 240 x(used)S 239 x(in)S +239 x(G4)S 240 x(fax.)S 747 y 4796 X(4.)S 239 x(CCITT)S 239 x(T.73)S +747 y 5991 X("Document)S 240 x(Interchange)S 240 x(Protocol)S 240 x +(for)S 240 x(the)S 239 x(Telematic)S 240 x(Services")S 748 y 5035 X +(Defines)S 239 x(document)S 240 x(interchange)S 241 x(protocol)S +240 x(for)S 239 x(use)S 239 x(above)S 448 y 5035 X(the)S 239 x +(session)S 240 x(services)S 240 x(layer)S 239 x(used)S 240 x(by)S +239 x(teletex)S 240 x(and)S 239 x(G4)S 240 x(fax.)S 747 y 4796 X(5.)S +239 x(ISO)S 239 x(DPX3)S 747 y 5991 X("Photographic)S 240 x(Image)S +240 x(Coding")S 748 y 6230 X(Defines)S 240 x(algorithms)S 240 x(for)S +240 x(encoding)S 239 x(continuous)S 241 x(tone)S 239 x(photographic)S +448 y 6230 X(images)S 240 x(for)S 239 x(character)S 240 x(protocol)S +240 x(terminal)S 240 x(services)S 240 x(\(videotex\).)S 747 y 4796 X +(6.)S 239 x(Digital)S 240 x(Image)S 239 x(Processing)S 448 y 5513 X +(William)S 240 x(K.)S 239 x(Pratt)S 449 y 5513 X(John)S 239 x(Wiley)S +240 x(&)S 239 x(Sons)S 240 x(-)S 239 x(1978)S 747 y 4796 X(7.)S 239 x +(Digital)S 240 x(Image)S 239 x(Processing)S 448 y 5513 X(Rafael)S +240 x(Gonzales)S 239 x(and)S 240 x(Paul)S 239 x(Wintz)S 449 y 5513 X +(Addison)S 240 x(Wesley)S 239 x(-)S 240 x(1987)S 747 y 4796 X(8.)S +239 x(Digital)S 240 x(Picture)S 239 x(Processing)S 448 y 5513 X +(Azriel)S 240 x(Rosenfeld)S 240 x(and)S 239 x(Avinash)S 240 x(Kak)S +448 y 5513 X(Academic)S 240 x(Press)S 239 x(-)S 240 x(1982)S 748 y +4796 X(9.)S 239 x(Image)S 239 x(Algebra)S 240 x(Project)S 240 x +(Publications)S 448 y 5513 X(Computer)S 240 x(Vision)S 239 x +(Laboratory)S 448 y 5513 X(University)S 240 x(of)S 239 x(Florida,)S +240 x(Gainesville)S 747 y 5513 X(Department)S 240 x(of)S 239 x(The)S +240 x(Air)S 239 x(Force)S 449 y 5513 X(Air)S 239 x(Force)S 240 x +(Armament)S 240 x(Laboratory)S 448 y 5513 X(Eglin)S 239 x(Air)S 240 x +(Force)S 239 x(Base,)S 240 x(Florida)S 35879 Y 3600 X F40(9\20314)S +449 x(APPENDICES)S +PP +EP +%%Trailer +EndDVC$PSDoc +%%DocumentFonts: Helvetica-Bold@DOCPSE Helvetica@DOCPSE +%%+NewCenturySchlbk-Roman@DOCPSE Courier@DOCPSE +%%+NewCenturySchlbk-Italic@DOCPSE +%%Pages 103 diff --git a/xie/docs/x11r4/protocol.txt b/xie/docs/x11r4/protocol.txt new file mode 100644 index 0000000..8716450 --- /dev/null +++ b/xie/docs/x11r4/protocol.txt @@ -0,0 +1,4436 @@ +X IMAGE EXTENSION PROTOCOL + + +Revision/Update Information: V2.1 + + + + +Digital Equipment Corporation + Contents + + PREFACE v + +CHAPTER 1 INTRODUCTION 1–1 + 1.1 SCOPE AND PURPOSE 1–1 + 1.2 TERMINOLOGY 1–1 + 1.3 CONCEPTS RELATIONSHIP 1–1 + +CHAPTER 2 PROTOCOL MESSAGE FORMATS 2–1 + 2.1 REQUEST PROTOCOL MESSAGE FORMAT 2–1 + 2.2 REPLY PROTOCOL MESSAGE FORMAT 2–2 + 2.3 ERROR PROTOCOL MESSAGE FORMAT 2–2 + 2.4 EVENT PROTOCOL MESSAGE FORMAT 2–3 + 2.5 DATA ENCODING 2–4 + +CHAPTER 3 PROTOCOL SPECIFICATION SYNTAX 3–1 + 3.1 GENERAL SYNTAX 3–1 + 3.2 REQUEST SYNTAX 3–1 + 3.3 ERROR SYNTAX 3–2 + 3.4 EVENT SYNTAX 3–3 + +CHAPTER 4 PROTOCOL PARAMETER TYPES 4–1 + 4.1 CORE TYPES 4–1 + 4.2 EXTENSION TYPES 4–1 + +CHAPTER 5 PROTOCOL ERROR CODES 5–1 + 5.1 CORE ERRORS 5–1 + 5.2 EXTENSION ERRORS 5–2 + +CHAPTER 6 SERVER DATA MODEL 6–1 + 6.1 CONSTRAINED VS UNCONSTRAINED 6–1 + 6.2 MONO VS POLY CHROMATIC 6–3 + 6.3 DATA FLOW PIPELINING 6–3 + + + + + iii + Contents + + +CHAPTER 7 REQUESTS AND REPLIES 7–1 + 7.1 SESSION SERVICES 7–2 + 7.1.1 Initialize Session 7–2 + 7.1.1.1 Per Server information • 7–3 + 7.1.1.2 Per Screen Information • 7–3 + 7.1.1.3 Relationship to Core Session Information • 7–3 + 7.1.2 Set Operational Defaults 7–4 + 7.1.3 Query Operational Defaults 7–5 + 7.1.4 Terminate Session 7–6 + 7.2 RESOURCE SERVICES 7–7 + 7.2.1 Resource Creation 7–7 + 7.2.1.1 Image Object Resource • 7–8 + 7.2.1.2 Domain Control Context Resource • 7–9 + 7.2.1.3 Process Control Context Creation • 7–11 + 7.2.2 Resource Copy 7–12 + 7.2.3 Resource Delete 7–12 + 7.2.4 Resource Query 7–13 + 7.2.4.1 Image Object Query • 7–13 + 7.2.4.2 Domain Control Context Query • 7–14 + 7.2.4.3 Process Control Context Query • 7–15 + 7.2.5 Import/Export Services 7–15 + 7.2.5.1 Import Image • 7–16 + 7.2.5.2 Export Image • 7–17 + 7.3 TRANSPORT SERVICES 7–18 + 7.3.1 Overview of Data Transport 7–18 + 7.3.1.1 Transport Process • 7–18 + 7.3.1.2 Transport Modes • 7–19 + 7.3.1.3 Transport Data Formats • 7–19 + 7.3.1.4 Transport Granularity & Atomicity • 7–21 + 7.3.1.5 Synchronization • 7–22 + 7.3.2 Set Transport Context 7–22 + 7.3.3 Tile Data Transport 7–23 + 7.3.3.1 Client–>Server • 7–23 + 7.3.3.2 Server–>Client • 7–25 + 7.3.4 Stream Data Transport 7–26 + 7.3.4.1 Client–>Server • 7–27 + 7.3.4.2 Server–>Client • 7–28 + 7.3.5 Abort Transport 7–30 + 7.4 PROCESS SERVICES 7–31 + 7.4.1 Point Processing 7–33 + 7.4.2 Area Processing 7–35 + 7.4.3 Ensemble Processing 7–37 + 7.4.3.1 Arithmetic • 7–37 + 7.4.3.2 Relational • 7–38 + 7.4.3.3 Logical • 7–39 + 7.4.3.4 Mathematical • 7–40 + + + + +iv + Contents + + + 7.4.4 Geometric 7–42 + 7.4.4.1 Crop Image • 7–42 + 7.4.4.2 Translate Image • 7–43 + 7.4.4.3 Scale Image • 7–44 + 7.4.4.4 Rotate Image • 7–45 + 7.4.4.5 Mirror Image • 7–46 + 7.4.5 Radiometric 7–47 + 7.4.5.1 Constrain • 7–47 + 7.4.5.2 Histogram Matching • 7–48 + 7.4.5.3 Separate Spectral Components • 7–49 + 7.4.5.4 Combine Spectral Components • 7–49 + 7.4.5.5 Dither • 7–50 + 7.4.5.6 Luminance • 7–51 + 7.5 STATISTICS SERVICES 7–52 + 7.5.1 Component Distribution 7–52 + 7.5.2 Point Statistics 7–53 + 7.5.3 Area Statistics 7–54 + 7.6 PROCESS CONTROL SERVICES 7–55 + 7.6.1 Adding Segments 7–55 + 7.6.2 Executing a Pipe 7–56 + 7.6.3 Terminating a Pipe 7–57 + 7.7 DISPLAY SERVICES 7–58 + 7.8 EVENT SERVICES 7–59 + 7.8.1 Select Events 7–59 + 7.8.2 Query Events 7–59 + +CHAPTER 8 EVENTS 8–1 + 8.1 COMPUTATION COMPLETE 8–1 + 8.2 PIPELINE COMPLETE 8–1 + 8.3 SEQUENCE COMPLETE 8–2 + +CHAPTER 9 APPENDICES 9–1 + 9.1 XIE PROTOCOL SUMMARY 9–1 + 9.2 RECOMMENDED SERVER RESOURCE CONTENTS 9–3 + 9.2.1 IOB 9–3 + 9.2.2 IDC 9–4 + 9.2.3 IPC 9–5 + 9.3 IMAGE DATA ATTRIBUTES & ORGANIZATION 9–6 + 9.3.1 Primitive Attributes 9–7 + 9.3.2 Organization & Encoding Attributes 9–7 + 9.3.2.1 Encoding Attributes • 9–8 + 9.3.2.2 Component Space Attributes • 9–8 + 9.3.3 Presentation Attributes 9–10 + 9.4 CONCEPT AND VERSION CHANGES 9–11 + 9.4.1 Conceptual Changes 9–11 + + + + v + Contents + + + 9.4.2 V1.0 - V2.0 Protocol Changes 9–12 + 9.5 REFERENCES 9–14 + + + + +vi + Preface + + + The core X architecture is a major step in the deï¬nition of open, interactive applications + display services. It has, in essence, pried apart the tightly coupled, private interconnect which + has existed in the past between application and display subsystem by specifying a structured + set of display services. + The core X protocol recognizes the need for minimally sufï¬cient capabilities, and, as such, + leaves the speciï¬cation of robust application domain speciï¬c display services to extension + packages. These extension packages relate to the core X protocol by way of an extension + mechanism speciï¬ed in the core X protocol. + This document contains the X wire protocol speciï¬cation for the proposed X Image Extension + Package. It is assumed that the reader is familiar with the core X architecture, the X11 wire + protocol, and the proposed X Image Extension Concepts. + + + +Related Documents + • The X Window System (Scheifler & Gettys) + Provides an overview of the X windowing system and architecture. + • X11 Window System Protocol + Describes the core X11 protocol and conventions used in specifying extension packages. + • X Extension Package Guidelines + Sets forth guidelines for extension packages. + • X Image Extension Concepts + Describes the architectural concepts behind this protocol speciï¬cation. The X Image + Extension Concepts document is one several companion documents to this protocol speciï¬- + cation. + • X Image Extension Server Guidelines + Provides an overview of the design of an image extension server. The X Image Extension + Server Guidelines document is one of several companion documents to this protocol + speciï¬cation. + + + +Participants + • Author: + • Joseph Mauro + • Digital Equipment Corporation + • MS: MK2-2/K5 + • Continental Blvd. + • Merrimack, New Hampshire 03057 + + + v + Preface + + + • 603-884-0528 + • MAURO@OPTIC.DEC.COM + + • Contributors: + • Olliver Jones (Apollo) + • Barry Medoff (SUN) + • John Weber (Digital ISG) + • Rich Piccolo (Digital ISG) + • Robert Shelley (Digital ISG) + + • Invited Reviewers: + • Rebeca Hinkle (Apollo) + + + +Revision History + + rev v1.0 August 1, 1988 ï¬rst protocol draft + rev v2.0 April 12, 1989 major changes based upon consortia review + rev v2.1 November 1, 1989 changes based upon FT1 implementation + + + +Organization + This document is organized into the following chapters and appendices: + • Chapter 1, Introduction, explains the purpose of the X Image Extension + • Chapter 2, Protocol Message Formats, deï¬nes structure of protocol messages + • Chapter 3, Protocol Speciï¬cation Syntax, deï¬nes protocol function syntax + • Chapter 4, Protocol Parameter Types, deï¬nes types for protocol parameters + • Chapter 5, Protocol Error Codes, deï¬nes possible protocol errors + • Chapter 6, Server Data Model, server data organization and operator issues + • Chapter 7, Requests and Replies, describes the main protocol functions + • Chapter 8, Events, describes the various extension related events + • Appendices: + • XIE Protocol Summary + • Recommended Server Resource Contents + • Image Data Attributes & Organization + • Concept and Version Changes + • References + + + + +vi + Chapter 1 + +INTRODUCTION + + + +1.1 Scope and Purpose + + This document speciï¬es the X wire protocol for the X Image Extension (XIE). This extension + protocol is deemed to be sufï¬cient to support implementation of the image concepts found in + the X Image Extension Concepts document. This speciï¬cation deï¬nes the syntax, structure, + and semantics of X wire image extension protocol elements. + This speciï¬cation does not contain any background material useful in understanding the + imaging services concepts that the extension protocol enables. This background material can + be found in the extension concepts document. + This speciï¬cation does not contain any language function bindings. These will be left to a + follow on document which will specify the language bindings for the X Image Extension to Xlib + (XIElib). + +1.2 Terminology + + This speciï¬cation makes use of two classes of terminology: descriptive image terminology, + and parametric terminology. The descriptive image terminology is deï¬ned in a glossary in + the X Image Extension Concepts document and is used throughout this protocol speciï¬cation. + Readers should consider reviewing this material before reading this document. + The parametric terminology deï¬nes the parameter types recognized in the core X11 protocol + and in the image extension protocol. Image extension protocol types are deï¬ned in this + document. + +1.3 Concepts Relationship + + The X Image Extension Concepts document describes the reasoning behind an X image + extension and lays the foundation for this protocol speciï¬cation. Conceptual shifts since the + concepts document was drafted, and major protocol differences between versions 1 and 2 of + this speciï¬cation are briefly described in the "concept and version changes" appendix. While + there have been protocol changes between version 2.0 and 2.1 (deriving from the ï¬eld test + implementation), they do not reflect major conceptual shifts. + + + + + INTRODUCTION 1–1 + Chapter 2 + +PROTOCOL MESSAGE FORMATS + + + XIEP follows the same operational model as set forth by the X core protocol speciï¬cation + regarding the use of requests, replies, errors, and events, and the overall structure of these + protocol objects. This section deï¬nes the overall structure of these protocol objects for the + image extension protocol. + +2.1 Request Protocol Message Format + + All image extension requests comply with the overall extension request format as speciï¬ed in + the X11 core protocol speciï¬cation request format section. This section reiterates that format + as applied to the image extension. + An image extension request consists of 4 bytes of header followed by zero or more bytes of + data. The four byte header complies exactly with the core protocol request format (1 byte + major opcode - 1 byte minor opcode - 2 bytes total length ï¬eld). Unused bytes in a request are + not required to be zero. + + REQUEST FORMAT + -------------- + BYTE CONTENTS + 0 major opcode + 1 minor opcode - extension function code + 2 length field (LSB) + 3 length field (MSB) + 4 start of data - (request specific) + . + . + . + + The major opcode ï¬eld contains the opcode signaling a request for the image extension package + (between 128 and 255). The value is determined by the core X server when the extension is + loaded. All discussion of minor opcodes in this document refer to image extension requests (op + codes) where the major opcode is that for the image extension. + The minor opcode ï¬eld contains the image function code. Individual image extension function + codes will be found in the image extension server guide. + + + + + PROTOCOL MESSAGE FORMATS 2–1 + The length ï¬eld deï¬nes the total length of the request including header and data in units of 4 + bytes. The length ï¬eld must equal the minimum length required to contain the request or an + error is generated. The particular contents of the data ï¬eld portion of a request are deï¬ned on + a request by request basis (see requests section). + Every request is implicitly assigned a sequence number, starting with one, used in replies, + errors, and events. {This sequence number is the one assigned by the core server - the exten- + sion does not assign any sequence number, but rather relies upon the core assigned sequence + number} + +2.2 Reply Protocol Message Format + + The reply format follows that speciï¬ed in the core protocol (below). The particular contents of + the data portion of a reply are deï¬ned on a request by request basis (see requests section). + Every reply contains a 32-bit length ï¬eld expressed in units of 4 bytes. Every reply consists + of 32 bytes, followed by zero or more additional bytes of data, as speciï¬ed in the length ï¬eld. + Unused bytes within a reply are not guaranteed to be zero. Every reply also contains the least + signiï¬cant 16 bits of the sequence number of the corresponding request. + + REPLY FORMAT + ------------ + BYTE CONTENTS + 0 reply type msg (value = 1) + 1 unused + 2 request sequence number + 3 request sequence number + 4 length field + 5 length field + 6 length field + 7 length field + 8 start of data - (request specific) + . + . + . + + + +2.3 Error Protocol Message Format + + The error format follows that speciï¬ed in the core protocol (below). + Error reports are 32 bytes long. Unused bytes within an error report are not guaranteed to + be zero. Every error report includes the 8-bit major opcode, the 8 bit minor opcode (extension + function), and the 8 bit error code. + + ERROR FORMAT + ------------ + BYTE CONTENTS + + + + +2–2 PROTOCOL MESSAGE FORMATS + 0 error type msg (value = 0) + 1 error code + 2 request sequence number + 3 request sequence number + 4 unused + 5 unused + 6 unused + 7 unused + 8 minor opcode - extension function code + 9 minor opcode - extension function code + 10 major opcode + + The major and minor (function code) opcodes, are those of the request which generated the + error. The request sequence number is the least signiï¬cant 16 bits of the number implicitly + assigned to the request which generated the error. + For the following errors (see Section n), the failing resource id is also returned: + • Core Protocol Errors + • Colormap + • Cursor + • Drawable + • Font + • GContext + • IDChoice + • Pixmap + • Window + + For Atom errors, the failing atom is returned. For Value errors, the failing value is returned. + +2.4 Event Protocol Message Format + + The event format follows that speciï¬ed in the core protocol (below). + Events are 32 bytes long. Unused bytes within an event are not guaranteed to be zero. Every + event contains an 8-bit type code. The most signiï¬cant bit in this code is set if the event was + generated from a SendEvent request. + The image extension related events use event codes assigned by the core server at extension + load time. Every core event (with the exception of KeymapNotify) also contains the least + signiï¬cant 16 bits of the sequence number of the last request issued by the client that was (or + is currently being) processed by the server. Image extension events also include the request + sequence number. + + EVENT FORMAT + ------------ + BYTE CONTENTS + 0 event type code (value = ) + 1 request sequence number + 2 request sequence number + + + + + PROTOCOL MESSAGE FORMATS 2–3 + 2.5 Data Encoding + + Except where explicitly noted in the protocol, all 16 bit and 32 bit quantities exchanged + between client and server must be transmitted with the byte order established at CORE + protocol connection time. (see core protocol connection setup - X11 spec.). In particular... + + "The client must send an initial byte of data to identify the byte order to be + employed. The value of the byte must be octal 102 or 154. The value 102 (ASCII + upper case B) means values are transmitted most significant byte first, and + value 154 (ASCII lower case l) means values are transmitted least significant + byte first. Except where explicitly noted in the protocol, all 16-bit and + 32-bit quantities sent by the client must be transmitted with this byte order, + and all 16-bit and 32-bit quantities returned by the server will be transmitted + with this byte order." + + + + +2–4 PROTOCOL MESSAGE FORMATS + Chapter 3 + +PROTOCOL SPECIFICATION SYNTAX + + + This section presents syntactic conventions adhered to throughout the speciï¬cation. All + protocol functions (requests, replies, errors, events) are speciï¬ed according to this syntax. + +3.1 General Syntax + + In general, the extension package follows the X11 protocol syntax conventions. + + The syntax {...} encloses a set of alternatives. + + The syntax [...] encloses a set of structure components. + + TYPE’s are in upper case, and Alternative Values are capitalized. + +3.2 Request Syntax + + Requests (and the associated replies) are described in this document in a uniform fashion. + There are ï¬ve major sections to a request description: + 1. request "procedure declaration" + 2. errors + 3. events + 4. overall description + + The ï¬rst three are speciï¬ed in a brief BNF like format. The overall description is in English + prose and follows the ï¬rst three. + Each request description begins with a "procedure declaration" like deï¬nition consisting of the + request name, argument names and types, and optional reply information. All image extension + requests have a common name preï¬x (XIEP_). The arguments constitute the optional data + described in the request protocols on a protocol function by protocol function basis. Note that + the order of arguments complies with their actual order in the wire protocol. Note also that + the protocol function names and types are abstract (the XieLib language bindings convert + these abstract names into concrete function names an parameter types). + + + + + PROTOCOL SPECIFICATION SYNTAX 3–1 + The symbol "=>" demarcates the start of reply information. If the request has no reply, the + word "none" will follow the symbol "=>". + Following the "procedure declaration" information is a list of errors which the protocol function + may signal. If there are no possible error conditions, the list consists of the word "none". + Following the error information is a list of events which the protocol function may trigger. If + there are no possible events which maybe triggered, the list consists of the word "none". Note + that the list contains only those events which may be explicitly triggered, and that there may + be unforeseen events triggered by a protocol function. + Finally, each request section contains a descriptive component which includes overall purpose, + parameters , and operation. + + RequestName + arg1: TYPE1 + . + . + . + argn: TYPEN + => + result1: TYPE1 + . + . + . + resultn: TYPEN + + + Errors: kind1, ..., kindN + + Events: kind1, ... ,kindN + + Description: + - purpose + - parameters + - operation + - errors + + + +3.3 Error Syntax + + Errors are described in a uniform fashion. Each error description includes the error name, + error type code, and optional information returned with the error. Finally, each error section + contains a descriptive component which addresses causes. + + ErrorName error_type_code + value1: TYPE1 + . + . + . + valuen: TYPEN + Description: + - causes + + + + +3–2 PROTOCOL SPECIFICATION SYNTAX + 3.4 Event Syntax + + Events are described in a uniform fashion. Each event description includes the event name, + event type code, and optional information returned with the event. Finally, each event section + contains a descriptive component which includes overall purpose, causes, and operational + semantics. + + EventName event_type_code + value1: TYPE1 + . + . + . + valuen: TYPEN + Description: + - overall purpose + - causes + - operational semantics + + + + + PROTOCOL SPECIFICATION SYNTAX 3–3 + Chapter 4 + +PROTOCOL PARAMETER TYPES + + + Parametric types represent the core and extension protocol recognized types for the various + request parameters. The image extension protocol makes use of both core protocol parametric + types and image extension speciï¬c protocol parametric types. + +4.1 Core Types + + The following types are deï¬ned in the X11 core protocol speciï¬cation. Refer to the X11 core + protocol speciï¬cation for their deï¬nition. + + ARC ATOM BOOL BITGRAVITY + BITMASK BUTMASK BUTTON CARD8 + CARD16 CARD32 CHAR2B COLORMAP + CURSOR DEVICE DEVICEEVENT DRAWABLE + EVENT FONT GCONTEXT HOST + INT8 INT16 INT32 KEYBUTMASK + KEYCODE KEYMASK LISTofFOO LISTofVALUE + Or Types PIXMAP POINT POINTEREVENT + RECTANGLE STRING8 STRING16 TIMESTAMP + VALUE VISUALID WINDOW WINGRAVITY + + Note that XIE redeï¬nes the use of LISTofFOO such that the list is preceded by the number of + entries in the list. This applies in all cases (whether FOO is an XIE speciï¬c or core type). The + number of entries ï¬eld is CARD8 unless noted otherwise in a protocol function speciï¬cation. + +4.2 Extension Types + + The types presented in this section are speciï¬c to the X Image Extension Protocol, and are + considered to be deï¬ned types. All X image extension type symbols begin with the preï¬x XIT_. + All X image extension protocol parameters are deï¬ned as being either one of these extension + types, or one of the core protocol types. Note that these types are abstract in nature and are + bound to concrete types and structures by the XieLib language bindings. + The following sections describe the particulars of each of the image extension types. + + XIT_ACCELERATOR_VECTOR + + + + + PROTOCOL PARAMETER TYPES 4–1 + XIT_ACCELERATOR_VECTOR is used to provide the client information about which protocol + functions can be executed on ancillary processors (one other than the extension server host + processor). The ancillary processor is typically present for acceleration purposes (thus the + name). + Accelerator information is formatted as a bit vector identical in format to that used in server_ + capabilities. In particular, there is a bit for every protocol function whose value indicates the + state of hardware support for that function on the server. A ’0’ implies no direct hardware + acceleration (ie. the protocol function is implemented through software on the server host + processor), while a ’1’ implies speciï¬c accelerator support (ie. a processor other than the server + host processor is used to accelerate the function). + + XIT_AREA_OP1 + XIT_AREA_OP1 deï¬nes the valid operations for the process services area operator number 1. + They include: + + XIT_AREA_OP1 + { + ADDITION, + MULTIPLICATION + } + + + XIT_AREA_OP2 + XIT_AREA_OP2 deï¬nes the valid operations for the process services area operator number 2. + They include: + + XIT_AREA_OP2 + { + MINIMUM, + MAXIMUM, + SUMMATION + } + + + XIT_ARITH_OP + XIT_ARITH_OP deï¬nes the valid operations for the process services arithmetic operator. They + include: + + XIT_ARITH_OP + { + ADD_II, ADD_IC, + SUB_II, SUB_IC, SUB_CI, + MUL_II, MUL_IC, + DIV_II, DIV_IC, DIV_CI, + MIN_II, MIN_IC, + MAX_II, MAX_IC + } + + Note that the sufï¬x II means that the operation is to be performed between two images, while + IC means between an image and a constant. Note also that IC, and CI sufï¬ces imply order of + operands in the operation. + + XIT_COMPONENT_SPACE_ORGANIZATION + + + +4–2 PROTOCOL PARAMETER TYPES + XIT_COMPONENT_SPACE_ORGANIZATION deï¬nes the way in which the various spectral +components of an image are organized during wire transport. See the appendix on image data +attributes & organization for more details. + + XIT_COMPONENT_SPACE_ORGANIZATION: + { + BAND_INTERLEAVED_BY_PIXEL, + BAND_INTERLEAVED_BY_PLANE, + BIT_INTERLEAVED_BY_PLANE + } + + +XIT_COMPRESSION_SCHEME +XIT_COMPRESSION_SCHEME deï¬nes the recognized image compression schemes. + + XIT_COMPRESSION_SCHEME: {PCM, G42D, DCT} + +The X Image Extension Protocol makes use of standardized image data speciï¬c compres- +sion schemes (general purpose information theoretic schemes such as Liv Zempel are thus +excluded). While these may not be the most current or efï¬cient, this ensures that incompati- +bilities due to proprietary or ill deï¬ned schemes does not occur. +The relationship between data organization and data encoding (compression) at wire transport, +and the applicability of various compression schemes to various classes of digital images +under various organizations is discussed in more detail in the section on wire data transport +overview, and in appendix C (Image Data Attributes & Organization). +PCM or pulse code modulation implies no compression scheme has been applied to the data. +In this case, the image data at wire transport time is organized according to the selected +(client-server agreed) format, but no compression scheme has been applied to the data itself. +It is included as a "compression scheme" so that it may be transported in stream format (see +XIEP_GET_STREAM and XIEP_PUT_STREAM). +G42D stands for the CCITT group 4 two dimensional compression scheme. While this scheme +was ï¬rst developed for bitonal facsimile images, it is applicable to bitonal and continuous +tone images when organized properly. The name of this scheme will be used as a marker for +the actual standardized algorithm and data tables (refer to CCITT references). In this case, +the image data at wire transport time is organized according to the selected (client-server +agreed) format, and within this agreed to organization, the data is compressed according to +this scheme. +DCT or discrete cosine transform is a technique currently being standardized by ISO and +will be included for continuous tone monochromatic, and continuous tone polychromatic +compression. + +XIT_IDATA +XIT_IDATA is the generic type for all image data which flows across the wire. + +XIT_IDC + + + + + PROTOCOL PARAMETER TYPES 4–3 + XIT_IDC is the type for an image domain context identiï¬er. It is deï¬ned as a 32 bit identiï¬er. + See the notes on resource id formats in the section on connection setup. + + XIT_IDC_TYPE + XIT_IDC_TYPE identiï¬es the valid types of image domain contexts (IDC’s). They include: + + XIT_IDC_TYPE: + { + CPP - control process plane, + ROI - region of interest, + TMP - area operation template + } + + + XIT_IOB + XIT_IOB is the type for an image object identiï¬er. It is deï¬ned as a 32 bit identiï¬er. See the + notes on resource id formats in the section on connection setup. + + XIT_IPC + XIT_IPC is the type for an image process control context identiï¬er. It is deï¬ned as a 32 bit + identiï¬er. See the notes on resource id formats in the section on connection setup. + + XIT_HSHAPE + XIT_HSHAPE deï¬nes the various algorithm shapes that can be requested in histogram + matching operations. They include: + + XIT_HSHAPE + { + flat, + ramp, + hyperbolic, + gaussian + } + + + XIT_LOGICAL_OPS + XIT_LOGICAL_OPS deï¬nes the valid operators of the logical process services. They include: + + XIT_LOGICAL_OPS + { + AND, + OR, + XOR, + NOT, + SHIFT_UP, + SHIFT_DN + } + + + XIT_FLOAT + + + + +4–4 PROTOCOL PARAMETER TYPES + XIT_FLOAT identiï¬es the data as floating point. It is used in wire transport of some data +(typically some client speciï¬ed operands and some server returned data). It is never used in +wire transport of images. An XIE float consists of three components: + + XIT_FLOAT: + [ + e_sign - BOOLEAN, + m_sign - BOOLEAN, + exponent - CARD8, + mantissa - CARD16 + ] + +E_sign is the exponent sign while m_sign is the mantissa sign. If a sign boolean is true, it +indicates that the value is positive. + +XIT_LINE_PROGRESSION +XIT_LINE_PROGRESSION deï¬nes the way in which scan lines are to be painted at presenta- +tion time. See the appendix on image data attributes & organization for more details. + + XIT_LINE_PROGRESSION: {90, 270} + + +XIT_MATHF +XIT_MATHF deï¬nes the valid mathematical functions that can be invoked through the +mathematical process functions. They include: + + XIT_MATHF + { + EXP, + NATURAL LOG, + LOG2, + LOG10, + SQUARE, + SQUARE_ROOT, + } + + +XIT_PIXEL_PROGRESSION +XIT_PIXEL_PROGRESSION deï¬nes the way in which pixels are to be painted along scan +lines at presentation time. See the appendix on image data attributes & organization for more +details. + + XIT_PIXEL_PROGRESSION: {0, 90, 180, 270} + + +XIT_POLARITY +XIT_POLARITY deï¬nes the way in which pixel data is to be interpreted at presentation time. +In particular, it deï¬nes how data values are mapped into brightness. See the appendix on +image data organization for more details. + + XIT_POLARITY: {ZERO-BRIGHT, ZERO-DARK} + + + + + PROTOCOL PARAMETER TYPES 4–5 + XIT_PRED_TYPE + XIT_PRED_TYPE deï¬nes the dyadic predicate operators recognized by predicate protocol + functions including: + + XIT_PRED_TYPE: + { + LESS THAN, + LESS THAN OR EQUAL TO, + EQUAL TO, + NOT EQUAL TO, + GREATER THAN OR EQUAL TO, + GREATER THAN + } + + + XIT_STAT_TYPE + XIT_STAT_TYPE deï¬nes the types of statistical functions recognized in the protocol including: + + XIT_STAT_TYPE: + { + MINIMUM, + MAXIMUM, + MEAN, + STD_DEV, + VARIANCE + } + + + XIT_RESOURCE_TYPE + XIT_RESOURCE_TYPE is used to deï¬ne the type of image extension server resource. It is + used primarily during resource creation. The speciï¬c extension resource types are deï¬ned + below. Details of their contents are found in the appendix on server resources. + + XIT_RESOURCE_TYPE: {XIR_IOB, XIR_IDC, XIR_IPC} + symbol meaning + XIR_IOB image object + XIR_IDC domain control context + XIR_IPC process control context + + + XIT_SPECTRAL_COMPONENT_MAPPING + XIT_SPECTRAL_COMPONENT_MAPPING deï¬nes the recognized 3 color space systems. As + of this version, the only recognized spectral component mapping is RGB. + + XIT_SPECTRAL_COMPONENT_MAPPING: {RGB} + + + XIT_FUNCTION_VECTOR + + + + +4–6 PROTOCOL PARAMETER TYPES + XIT_FUNCTION_VECTOR is used to convey information about server support for individual +XIE protocol functions. Each bit of the XIT_FUNCTION_VECTOR represents a single protocol +function in the image extension protocol. The index of the bit (zero relative) is the value of +the protocol function number. A bit value of 1 indicates that the function is supported by the +server, while 0 implies that it is not. + + + + + PROTOCOL PARAMETER TYPES 4–7 + Chapter 5 + +PROTOCOL ERROR CODES + + + The image extension protocol makes use of both core protocol error codes and image speciï¬c + extension protocol error codes. + +5.1 Core Errors + + The following errors are deï¬ned in the X11 core protocol speciï¬cation. Refer to the X11 core + protocol speciï¬cation for their deï¬nition. + + Access Alloc Atom Colormap Cursor + Drawable Font GContext IDChoice Implementation + Length Match Name Pixmap Property + Request Value Window + + The image extension makes explicit use of the following core protocol errors: + • Access + • Alloc + • IDChoice + • Match + • Value + + The image extension uses the core protocol Access error during the image data wire transport + process. The error indicates that the client failed to establish the required transport context + information and that wire transport of image data can not proceed until this is done. + The image extension uses the core protocol Alloc error for server resource allocation problems. + The error indicates that the server was unable to allocate the resource. As with the core + protocol, it is left to the implementors to decide as to the implications of this error for all the + possible allocation problems which may arise within the extension server. + In extension protocol functions which create new server resources and assign to them client + speciï¬ed resource id’s, the image extension uses the core protocol IDChoice (BAD_IDChoice) + error to signal that the client desired new resource id is invalid or already in use. + + + + + PROTOCOL ERROR CODES 5–1 + In extension protocol functions which make use of existing server resources, the image exten- + sion uses the core protocol IDChoice (BAD_IDChoice) error to signal that the client speciï¬ed + resource id is invalid (wrong type of resource or nonexistent resource). This applies to image + objects (IOB’s), image domain control contexts (IDC’s), and image processing control contexts + (IPC’s). + The image extension uses the core protocol Match error to signal mismatches between IOB + constraint or chrominance state and the state required by the function at hand. + The image extension uses the core protocol Value error to signal attempts to assign values + which are out of range to extension resource ï¬elds and when math errors occur. + All errors return a message with a common preï¬x as described in the Error Protocol Message + Format section. Included in this information is the protocol function major opcode, minor + opcode (extension function code), error code, type code, and the request sequence number. This + information is followed by error code speciï¬c data described below. + +5.2 Extension Errors + + There are no image extension speciï¬c errors at this time. + + + + +5–2 PROTOCOL ERROR CODES + Chapter 6 + +SERVER DATA MODEL + + + Data formats for wire transport of image data are fully speciï¬ed in the protocol (next chapter). + The natural tendency is to leave the particulars of image data representation on the server to + server implementors. But, to some extent, the operation of certain extension protocol functions + depend upon server image data representation. This chapter deï¬nes the bounds of a server + image data model which will ensure some degree of operational consistency between various + server implementations. + There are several dimensions to the server image data model. The ï¬rst is the tradeoff between + dynamic range/precision and processing speed/accuracy. The second is the relationship be- + tween server image data organization and spectral bands. The third is the ability to pipeline + image data through multiple XIE server processing primitives. + +6.1 Constrained vs Unconstrained + + XIE has established the deï¬nition of an image at wire transport to be a two dimensional array + of positive integral data which may be organized and compressed in various ways. The wire + transport deï¬nition was chosen to force the application or client to reduce the dimensionality + of its data to a least common denominator based upon the premise that the application + understands its data model better than any one else. + The wire transport deï¬nition of image data is too restrictive for many computational purposes. + A simple example is an algorithm which subtracts a constant from an image and then adds + the constant back in. Under the positive integral constraint, this algorithm may not reproduce + the original data. Another example of an algorithm that may suffer is one which takes the + natural log of the data and then either an antilog or scaling of the result to ï¬t within some + dynamic range. The integral constraint throws away much information generated by the log + function. + The server image data model must provide for a balance between representational flexibil- + ity (regarding the dynamic range and precision of the data) and computational efï¬ciency. + Typically, this is done by mapping the data directly onto one of the machine architecture’s + primitive data formats (integer or float). Differences between various server machine architec- + tures regarding word size for integers and robustness of floating point support require XIE to + adopt a logical rather than physical approach. + + + + + SERVER DATA MODEL 6–1 + XIE adopts two logical image data representation models on the server: constrained and + unconstrained. Constrained data will be positive integral data with limited dynamic range + and ï¬xed precision [zero based with a ï¬xed precision (number of levels or number of bits + per spectral component per pixel)]. Unconstrained data may be positive or negative and of + dynamic range less than or equal to the maximum that the server implementor (typically + machine architecture) can provide. As such, its dynamic range will be higher than that + of constrained data. While float may be a natural choice for unconstrained data, server + implementors are free to choose a long integer to represent unconstrained data. The process of + converting from unconstrained to constrained data is one of making all the data positive, and + with ï¬xed number of quantization levels. + The client has substantial control over when and how constraints are applied. The client + has the ability to modify the parameters which control how constraining is done (default + constraint model). The client has the ability to query an IOB and determine its state relative + to constraints. The client has the ability to explicitly force conversion to constrained state + directly (through a "constrain" protocol function), or indirectly (after the application of process + protocol functions). + The constrained/unconstrained model applies to all server functions which deal with image + data (thus, constrained/unconstrained is meaningless for functions such as select events and + query IDC which do not deal with image data). + Protocol functions which should not accept unconstrained data (wire transport, bitwise logical + functions,...) will reject it (user is forced to explicitly constrain it). Protocol functions which are + asked to output constrained data will apply the constraint function after their basic function + is performed (ie. ensure maximum dynamic range & precision in the calculation and apply + constraints on the way out). + For example, let the client specify a constraint model of 256 levels for a gray scale image, + and let there be a test image which was sent across the wire with equal distribution of + pixels in all 256 states (it is constrained). If the client asks for a constrained subtraction of + 128 from the image and the current default constraint model is a hard clip within dynamic + range, the resulting image is constrained and has half its pixels clipped to value 0, and the + other half equally distributed between 0 and 128. If the client asks for an unconstrained + subtraction of 128 from the image, the resulting image is unconstrained and has its pixels + equally distributed between -128 and +128. After generation of this unconstrained image, if + the client asks to mask out the low four bits, the server will ï¬rst convert the unconstrained + image to a constrained image, then perform the mask, and produce a constrained image. + Particulars of constraint functions are found in the following protocol sections: + • session services + • establish operational defaults + • query operational defaults + • radiometric services + • apply constraints + + The client should establish the default constraint model and parameters immediately after + session connection. + + + + +6–2 SERVER DATA MODEL + 6.2 Mono vs Poly Chromatic + + While it may be possible to have client side libraries manage three IOB’s as the constituent + components of a color image, it is felt that this is too minimalistic a view of XIE color image + support and that some color IOB data organizations and extended server function capabilities + should exist for color image objects. + Earlier drafts recognized multiple color three spaces, and undoubtedly, in the future these + three spaces (such as LUV and certain CIE spaces) will become signiï¬cant to the image + display situation on workstations. But, for now, XIE will focus on support only for R-G-B + images. Thus, three space color conversion and color correction problems will remain on the + client side of the wire (application level or toolkit level issues). + The impact upon the XIE protocol is the following: + • IOB’s are typed regarding color space (mono or rgb only), and + this information is queryable. + • For rgb images, all planes are constrained or unconstrained. + • For rgb images, the number of pixels-per-scanline and number-of-scanlines + must be identical for each of the three bands. + • For rgb images, the number of bits-per-component may be different for each band. + • Various server function specify their operational capabilities for mono and rgb images. + • A function exists for the separation of rgb into three mono components. + • A function exists for the combination of three mono components into rgb. + + Regarding spectral bands, it is suggested that server implementors keep spectral band data + separate within an IOB. As such, an IOB for a monochromatic image (bitonal or continu- + ous tone grayscale) would have one "band" type object (1 or n bits deep), while an IOB for a + polychromatic (RGB) image would have three "band" type objects (r, g, and b bits deep respec- + tively). Note that this is only a suggestion, and not a requirement. Clients should not assume + or infer that this is the underlying image data organization on the server. + In the future, we will consider support for alternate color three spaces. This support will + involve IOB color space state information which is queryable, and server implementation of + three space color transforms as well as possible extensions to existing protocol functions. + +6.3 Data Flow Pipelining + + The X image extension protocol strives to be primitive yet flexible enough to support many + higher level image rendition, enhancement, and display related operations. The understanding + of these higher level operations and intelligence in wielding the low level extension protocol + functions to achieve them has been left to an extension tool kit and the application itself. + The X image extension does offer a mechanism to aid in organizing and executing a series of + primitive protocol functions known as an image data processing pipeline. + + + + + SERVER DATA MODEL 6–3 + Under the X image extensions, a pipeline is deï¬ned to be a single threaded, list of X image + extension protocol functions through which image data flows sequentially. As such, the + pipeline mechanism is intended to support sequential segmented flow of image data through + multiple image extension process steps. These pipelines are driven by data availability + (pipeline elements are automatically stalled when awaiting data - individual pipeline elements + establish minimal required data availability for processing to occur). At any point in time, + the pipeline may be partially or completely full of data with the implication that several + pipeline segments may be "active" (able to process or processing data {in the case of multiple + processors}) at the same time. + An example of such a pipeline might be one where as image data arrives from the client + through transport calls, it moves through various rendition steps (perhaps scaling and tonal + remapping) to display. Thus, as image data arrives at the server, it is streamed to the display, + versus waiting for arrival of the complete image - then moving it completely through the + rendition steps one at a time - then moving it through the display step. + There are several signiï¬cant constraints on the pipelining mechanism. The ï¬rst is that only a + subset of the extension protocol functions may be used as pipeline elements (see summary of + protocol appendix). No core protocol functions may be used in a pipeline. No protocol function + which exchanges information across the wire may be used in a pipeline other than image + data wire transport functions. Second, there are no pipeline process control functions (no + test mechanisms, iteration mechanisms, or human interaction mechanisms for use within + a pipeline). In essence, pipelines are sealed, straight through processing mechanisms. The + mechanism for describing (assembling) pipelines is simplistic (vs reinventing complex language + interpreters). As such, application and toolkit developers will need to "layout" or design + pipelines on paper before hand working out all parameter binding issues and then hand build + the calls to construct the pipelines. Note also that no pipeline "registry" mechanism exists and + so pipeline deï¬nitions exist only within the bounds of an extension session. + Regarding the execution of pipeline processing elements, server implementors are free to use + special accelerators and parallel processing to execute pipeline elements (just as they are to + accelerate an extension protocol function outside of a pipeline). The pipeline mechanism does + not provide any control over or understanding of these situations. + X image extensions will provide for deï¬nition, execution, and monitoring of segmented image + data processing pipelines on the server (see resource and process control services). + + + + +6–4 SERVER DATA MODEL + Chapter 7 + +REQUESTS AND REPLIES + + + This section constitutes the body of the image extension protocol. It consists of protocol + functions which are described in a uniform fashion (refer to syntax subsection). All X image + extension protocol function names begin with the preï¬x XIEP_. + Note that like the core protocol, all image extension protocol functions are asynchronous in + nature. Clients requiring synchronous behavior should use the core protocol’s approach to + achieving synchronous behavior. + Extension protocol requests follow the byte ordering established at core protocol connection + time with regard to all 16 and 32 bit quantities. They also comply with maximum-request- + length as speciï¬ed in the core protocol connection. + + + + + REQUESTS AND REPLIES 7–1 + 7.1 Session Services + + Image extension sessions occur within the bounds of core protocol sessions. The image ex- + tension protocol provides per client extension server session initialization and termination + functions. These allow the client to initialize global extension session server information and + allow the extension server to clean up on session termination. The session services include: + • XIEP_INIT_SESSION - begins a client-extension server session + • XIEP_SET_DEFAULTS - establish/modify operational defaults + • XIEP_QUERY_DEFAULTS - query operational defaults + • XIEP_TERM_SESSION - ends a client-extension server session + +7.1.1 Initialize Session + + XIEP_INIT_SESSION + protocol_major_version: CARD16 + protocol_minor_version: CARD16 + => + success: BOOL + protocol_major_version: CARD16 + protocol_minor_version: CARD16 + service_class: CARD32 + supported_functions: XIT_FUNCTION_VECTOR + length: CARD16 + service class value: 0 + errors: none + events: none + + XIEP_INIT_SESSION must be invoked by a client as its ï¬rst image extension protocol request + as it causes the server to perform initialization on a per client basis. In addition, as with the + core protocol connect request, the function returns information which is useful to the client. + Success is simply a statement of relationship between the server’s protocol version, and the + client request. TRUE implies that the server’s protocol version is greater than or equal to the + client’s request and that service will be granted. FALSE implies the opposite. + Protocol version numbers in the image extension connection request refer to the image exten- + sion protocol. They follow the core protocol rules: major version changes for incompatibility + reasons; minor version changes for small, upward compatible modiï¬cations. + Service_class is a mechanism for communicating the level of service provided by the particular + server. See the concepts document for an overview of service class partitioning of XIE server + capabilities. + Supported_functions is a mechanism for communicating exactly which protocol functions the + server recognizes/supports. A value of 1 for a bit in the XIE_FUNCTION_VECTOR implies + that the protocol function is recognized and supported by the server. Specialized hardware + support is not implied as this is communicated elsewhere. While the mechanism allows the + server to describe support at the individual protocol function level of granularity, it is strongly + recommended that servers implement all functions in a service class (see concepts document). + + + + +7–2 REQUESTS AND REPLIES + Length is the amount of additional data which follows in units of 4 bytes. Additional data + received if connection accepted includes... + + server_hardware: HARDWARE + where: + + HARDWARE: { + accelerators: XIT_ACCELERATOR_VECTOR + screens: LIST_of_SCREEN + } + + SCREEN: { + screen_number: CARD8 + accelerators: XIT_ACCELERATOR_VECTOR + } + + +7.1.1.1 Per Server information + Server information includes a description of the particular server hardware image capabilities, + and a list of descriptions of the various display screens image capabilities. No core server + session redundant information is included. Therefore, a complete picture of the hardware + and screen(s) derives from the union of core server and extension server connection request + responses. + Accelerators provides the client information about which image extension protocol functions + have hardware acceleration available across all screens. This information is provided to + guide imaging applications with regards to what they might reasonably expect from a server. + Accelerator information is formatted as a support vector. In particular, there is a bit for every + protocol function whose value indicates the state of hardware support for that function on the + server. A ’0’ implies no direct hardware acceleration (ie. the protocol function is implemented + through software on the server host processor), while a ’1’ implies speciï¬c accelerator support + (ie. a processor other than the server host processor is used to accelerate the function). + +7.1.1.2 Per Screen Information + The screens section of the reply addresses screen speciï¬c imaging hardware , screen speciï¬c + accelerators, and display controls. + Screen number is the number by which client rendition requests identify the screen they are + to affect. + Accelerators provides the client information about which image extension protocol functions + have hardware acceleration available on this screen. The format is identical to the hardware + accelerators ï¬eld. + +7.1.1.3 Relationship to Core Session Information + At the time of initial connection to the core X server, the client receives information back from + the core X server. This includes connection and "per server" information. The availability + of this information to the client precedes the availability of X Image Extension initialization + information as the core X connection precedes the X Image Extension initialization. + + + + + REQUESTS AND REPLIES 7–3 + The connection information used by a client of the X Image Extension consists of a combination + of information which comes from the core connection and the image extension initialization. + Some core connection information is applicable to the image extension session. This informa- + tion is not replicated at image extension initialization time. Other core connection information + is not applicable to the image extension model, and is superseded by information provided + at image extension initialization time. Finally, there is image extension speciï¬c information + which was not found in the core connection information. + The table below summarizes the core connection information and its usefulness in an image + extension session. + + core information name meaningful type + --------------------- ---------- ---- + . success no + . protocol-major-version no + . protocol-minor-version no + . vendor yes STRING8 + . release-number yes CARD32 + . release-number no + . resource-id-base yes CARD32 + . resource-id-mask yes CARD32 + . bitmap-format-scanline-unit yes {8,16,32} + . bitmap-format-scanline-pad yes {8,16,32} + . bitmap-format-bit-order yes {LSBfirst,MSBfirst} + . pixmap-formats yes {ListofFormat} + . roots yes {ListofScreen} + . keyboard no + . pointer no + . motion-buffer-size no + . maximum-request-length yes + + Within roots, useful (applicable) information includes: root, width and height, default_color_ + map, white_pixel, black_pixel, min_installed_maps, max_installed_maps. All other information + is not applicable. + +7.1.2 Set Operational Defaults + + XIEP_SET_DEFAULTS + constraint - see below - + => + none + service class value: 0 + errors: VALUE + events: none + + where: + constraint includes: + [ + constraint_model CARD8 + bits_pel_component LISTofCARD8 + ] + + + + +7–4 REQUESTS AND REPLIES + XIEP_SET_DEFAULTS is used to modify operational defaults used by the extension server. + Operational defaults involve information which controls the operation of the extension server, + is knowable/modiï¬able by the client, and is not embodied in a server resource. It may be + invoked at any time to change the operational defaults. + Constraint defaults involve information used by the server in converting image data between + unconstrained and constrained states. The information includes the constraint_model which + deï¬nes how image data is constrained and bits_pel_component (bits per pixel per spectral + component) which determines the number of quantization levels of the resulting constrained + data. + The terms floor and ceiling will be used to described each of the constraint models. Floor refers + to the smallest positive integral value (base) allowed after constraining the data - for XIE, floor + is ï¬xed at 0 (zero). Ceiling is the largest positive integral value allowed after constraining the + data - for XIE it is set to ((2**n) - 1) where n is the number of bits per pixel per component + (ie. ceiling is an integral power of two, and may be different for each spectral component). + Constraint models include: + 1. HARD CLIP + The data is ï¬rst clipped such that all values below the floor (negative) + are set to the floor value, and all values greater than the ceiling + are set to the ceiling value. Then, all values are mapped to the + nearest integer within the floor-ceiling range by rounding. + 2. CLIP SCALE + The data is ï¬rst clipped such that all values below the floor (negative) + are set to the floor value, and all values greater than the ceiling + are set to the ceiling value. Then, all values are scaled + to ï¬t within the ceiling-floor range (make maximum use of the + available dynamic range. Finally, all values are mapped to the + nearest integer within the floor-ceiling range by rounding. + 3. HARD SCALE + The data is ï¬rst shifted upwards so that all values are greater than + or equal to the floor value (positive). Then, all values are scaled + to ï¬t within the ceiling-floor range. Finally, all values are mapped + to the nearest integer within the floor-ceiling range by rounding. + + Note that XIE supports only linear quantization models (scaling). + If any of the constraint values are out of range, or incompatible, a VALUE error occurs. + +7.1.3 Query Operational Defaults + + XIEP_QUERY_DEFAULTS + none + => + constraints - see preceding section - + service class value: 0 + errors: none + events: none + + + + + REQUESTS AND REPLIES 7–5 + XIEP_QUERY_OP_DEFAULTS is used to query the current state of the extension server’s + operation defaults. Operational defaults involve information which controls the operation of + the extension server, is knowable/modiï¬able by the client, and is not embodied in a server + resource. + See preceding section on establishing operational defaults for details of the information + returned. + +7.1.4 Terminate Session + + XIEP_TERM_SESSION + none + => + none + service class value: 0 + errors: none + events: none + + XIEP_TERM_SESSION is used by a client to terminate an image extension session. It must + be invoked by a client as its last image extension protocol request as it allows the server + to perform clean up on a per client basis. The extension server deletes all client speciï¬c + resources. A client may choose to continue with a core session after terminating an extension + session. + + + + +7–6 REQUESTS AND REPLIES + 7.2 Resource Services + + Image extension resources are extension server objects known to the client which contain + information used by the extension server in carrying out various protocol functions. Extension + resource class services provide for the management of these extension server objects by the + client. Extension resource protocol functions address resource creation, deletion, modiï¬cation, + query, and copy. In addition, extension resource services provide for moving image data + between core and extension resources. Resource protocol functions include: + + + • XIEP_CREATE_RESOURCE - create a new server resource object + • XIEP_COPY_RESOURCE - copy contents from source to destination resource + • XIEP_DELETE_RESOURCE - delete an existing server resource object + • XIEP_QUERY_RESOURCE - query an existing server resource object + • XIEP_IMPORT_IMAGE - create a new server IOB resource object + • XIEP_EXPORT_IMAGE - create a new server PIXMAP resource object + +7.2.1 Resource Creation + + XIEP_CREATE_RESOURCE + resource_id {XIT_IOB,XIT_IDC,XIT_IPC} + resource_type XIT_RESOURCE_TYPE + resource_data - see below - + => + none + + service class value: - see below - + errors: ALLOC, IDChoice, VALUE + events: none + + + where resource_data is one of the following: + { + image_object_resource_data, + process_control_context_resource_data, + domain_control_context_resource_data + } + + Server resource creation causes the server to allocate a new resource and to ï¬ll it with infor- + mation passed through the function’s parameters. + Resource_id is the client speciï¬ed id to be assigned to the new resource. Resource_type + speciï¬es what type of extension server resource is to be created., (image object resource, + process and domain control object resources). Resource_data is type speciï¬c and is described + in the following subsections. + All extension server resources have their id’s selected by the client (same model as for all core + resources). The client must use the core session connection assigned resource-id-base and + resource-id-mask in generating id’s for image extension resources. As speciï¬ed in the core + protocol "The resource_id_mask contains a single set of contiguous bits (at least 18); the client + + + + REQUESTS AND REPLIES 7–7 + allocates resource ids by choosing a value with (only) some subset of these bits set, and ORing + it with the resource_id_base. Only values constructed in this way can be used to name newly + created resources over this connection. Resource ids never have the top 3 bits set. The client + is not restricted to linear or contiguous allocation of resource ids. Once an id has been freed, it + can be reused, but this should not be necessary. An id must be unique with respect to the ids + of all other resources, not just resources of the same type." + The service class of the resource creation function depends upon what type of resource is being + created. This is discussed in each of the following subsections. + Inability of the server to allocate the new resource results in an ALLOC error. Choice of a + resource id which is already in use or is out of range generates an IDChoice error. Invalid + value speciï¬cation of any image attributes results in a VALUE error. If any error occurs, the + object is not created. + +7.2.1.1 Image Object Resource + Image_Object_Resource_Data + [ + pixels-per-scanline CARD32 + number-of-scanlines CARD32 + aspect_ratio XIT_FLOAT + number-of-spectral-components CARD8 + bits_per_component LISTofCARD8 + spectral-component-mapping XIT_SPECTRAL_COMPONENT_MAPPING + pixel_progression XIT_PIXEL_PROGRESSION + line_progression XIT_LINE_PROGRESSION + polarity XIT_POLARITY + ] + + IOB’s represent revisable form images (see server resources and image data attributes and + organization appendices). They consist of image attributes and image data. + Image objects can come into existence in several ways: as the result of a client request to + create a new one; as the result of an import protocol request; and as the result of a processing + protocol request. XIEP_CREATE_RESOURCE with type image object is used by a client to + create (allocate) a new server image object resource and as such, represents the ï¬rst of the + three ways of creating new image objects. + Clients typically create new image objects just prior to populating them with image data via + transport protocol functions. Both primitive and presentation attributes are communicated + from client to server during image object creation. The primitive attributes are strongly + bound to the data as they describe the most fundamental organizational information. The + presentation attributes are less strongly bound as they provide some insight into the original + presentation of the data. + + primitive_attributes include: + pixels-per-scanline + number-of-scanlines + number-of-spectral-components + bits_per_component + spectral-component-mapping + presentation_attributes include: + + + + +7–8 REQUESTS AND REPLIES + pixel_progression + line_progression + aspect_ratio + polarity + + Note that while most client accessible server resource object ï¬elds can be initialized at creation + time, there may be ï¬elds in image objects which are initialized and maintained by the server + and are only queryable by the client (eg. constraint information) + Pixels-per-scanline, number-of-scanlines, number-of-spectral-components, and spectral- + component-mapping are all primitive image attributes described in the appendix on image + data attributes and organization. While bits_per_component is an artifact of image data wire + transport (more so than a primitive attribute), it is communicated with primitive attributes at + IOB creation time to facilitate IOB resource allocation (memory). + Pixel_progression, line_progression, aspect_ratio, and polarity are all original image presenta- + tion attributes described in the appendix on image data attributes and organization. + IOB’s created by the create resource function begin their life with state constrained. This + is consistent with their only initial use (receiving image data from across the wire). IOB + image data is initialized at creation time to the value zero (0). This is done to ensure that + all image locations begin with meaningful data. This is particularly important in that image + data transport overlays the default values and while stream image data transport must by + deï¬nition overlay all of the data locations, random access tiled image data transport may or + may not. + IOB’s are potentially very expensive server resources due to their size. Care should be exer- + cised by the client regarding which and how many resources are allocated. + +7.2.1.2 Domain Control Context Resource + domain_context_resource_data + idc_type XIT_IDC_TYPE + idc_data - see below - + + + Where idc_data depends on the idc_type: + . for ROI’s, idc_data is the following sequence: + [ + ul_x CARD32 + ul_y CARD32 + width CARD32 + height CARD32 + ] + . for CPP’s, idc_data is the following: + [ + ul_x CARD32 + ul_y CARD32 + cpp_iob XIT_IOB + ] + . for TMP’s, idc_data is the following: + + + + + REQUESTS AND REPLIES 7–9 + [ + center_x CARD32 + center_y CARD32 + data_count CARD32 + tmp_data LISTofTMP_ENTRY + ] + where: + TMP_ENTRY is: + [ + x_index CARD32 + y_index CARD32 + value XIT_FLOAT + ] + + Domain context resources are used to focus various classes of server based image processing + onto a subset of the pixels that are part of an IOB, and to act as operands in certain image + area operations. + IDC_type determines if the IDC is to be an ROI, CPP, or TMP. IDC_data speciï¬es the bounds + of an ROI, identiï¬es a bit plane (an IOB which is one bit per pixel) to be used as a CPP, or the + locations and values of the template. + There are three forms of IDC: the region of interest or ROI, the control processing plane + or CPP, and the template or TMP. An ROI deï¬nes a closed, rectangular subregion. When + using an ROI type IDC, all pixels within (border included) the ROI are subject to processing. + Individual operators deï¬ne how boundary conditions are handled. A CPP deï¬nes a potentially + fully disconnected set of locations such that pixels at these locations are subject to processing. + CPP’s do this by representing all pixel locations with a single bit, and using the state of the bit + to control whether processing occurs or not. A TMP deï¬nes the shape and values of a template + or mask used in area operations. TMP’s maybe fully or sparsely populated two dimensional + entities. Individual protocol processing functions deï¬ne which forms of IDC are acceptable. + All three forms of IDC (ROI, CPP, TMP) are spatially registered with the image object data + (IOB) through the image object’s implicit two dimensional coordinate system. ROI and CPP’s + are spatially registered by the values of their upper left coordinates which specify the location + in image object coordinates of the upper left corner. In the case of ROI’s and CPP’s, their x + and y extents must be less than or equal to that of the IOB they will be used with at operation + time. + While the X image extension protocol does not provide for object recognition, it does allow + clients to process and convert an IOB into a CPP via the boolean operators in enhancement + services section. With these services, a client can generate a CPP for pixels with the same + intensity or color, or more complex identity relationships. Applications such as chroma keying + may be possible with these services. + The spatial registration of a template (TMP) with the area image data surrounding a pixel is + established by the centerx and centery data. All templates are speciï¬ed in the positive x and + positive y quadrant of a cartesian coordinate system. The centerx, centery data positions the + location of the data pixel (central pixel) relative to the template. For example, the following + hollow cross ï¬lter would be represented in the protocol as shown below: + + + + +7–10 REQUESTS AND REPLIES + -7.00 + +3.00 -0.75 + +1.66 + + entries 4 + centerx 1 + centery 1 + x_index 1 2 1 0 + y_index 0 1 2 1 + value +1.66 -0.75 -7.0 +3.0 + + Note that asymmetric templates are possible, and there is no need for all or even the center + point template value to be deï¬ned (sparse deï¬nitions). Note also that the size of the list length + entry (ï¬rst ï¬eld in the list) for tmp_data is CARD16 (rather than the default CARD8) to allow + for large templates. + Creation of IDC resources is considered to be a service class 1 function as it is central to server + image processing operations. + +7.2.1.3 Process Control Context Creation + Process_Control_Resource_Data + [ + name LISTofSTRING8 + inputs PIPE_IOT + outputs PIPE_IOT + ] + where: + PIPE_IOT includes: + [ + number CARD8 + formal_parm_types LISTofXIT_PARMS + ] + + Process context resources represent server pipeline resources. They act as both a pipeline + template and when executed, a pipeline instantiation. + Name is simply a descriptive string assigned by the client. It is used by pipeline segments + to refer to global inputs and outputs, as well as by the server when a pipeline is nested. The + IPC (pipeline) inputs and outputs represent formal parameter declarations for a process. In + essence, they allow the client to type specify all inputs into the front end of a pipeline, and + all outputs produced and returned from the tail end of a pipeline. Both input and output + parameters are implicitly numbered by the server beginning with zero (0). This numbering is + used to refer to the global inputs and outputs. + Note that the size of the list length entry (ï¬rst ï¬eld in the list) for formal_parm_types is + CARD16 (rather than the default CARD8) to allow for large templates. + IPC’s may be built, copied, queried, deleted, executed, and terminated. Creation of a resource + of type IPC is the ï¬rst step in deï¬ning an executable pipeline. After this step, the client must + build the pipeline by sequentially adding elements to the pipeline (XIEP_ADD_SEGMENT). + When the pipeline construction is complete, execution may begin (XIEP_EXECUTE_PIPE). + + + + + REQUESTS AND REPLIES 7–11 + As an IPC represents both a pipeline template and instantiation, only one copy of any IPC + may be executing at a time. Note that pipelines may be nested within other pipelines. + +7.2.2 Resource Copy + XIEP_COPY_RESOURCE + src_resource_id {XIT_IOB,XIT_IDC,XIT_IPC} + dst_resource_id {XIT_IOB,XIT_IDC,XIT_IPC} + resource_type XIT_RESOURCE_TYPE + => + none + service class value: 0 + errors: IDChoice, ALLOC, MATCH + events: none + + XIEP_COPY_RESOURCE is used to copy the contents of a source resource into a destination + resource. The client speciï¬es the source resource, and the resource id to be used for the new + (destination) resource, as well as the resource type. The server checks to see that the source + resource is of the type speciï¬ed, allocates a new (destination) resource of the same type as the + source, and ï¬lls it with source resource contents. + Src_resource_id is the id of the source resource (copy will occur from this resource). Dst_ + resource_id is the client assigned id of the new (destination) resource (copy will occur to this + resource). Resource_type is the type of the source resource. Upon completion, the destination + resource is an exact copy of the source resource. + It is left to the server implementor to determine if XIEP_COPY_RESOURCE will operate on + the image data in an IOB (ie. if it will transfer both image attributes and data from source to + destination IOB such that no two IOB’s ever share the same image data, or if IOB’s can share + image data). + Attempts to access source resources which don’t exist or to use a resource id for the destina- + tion resource which is already in use generates an IDChoice error. Inability to allocate the + destination resource results in a ALLOC error. A mismatch between the source resource type + and the speciï¬ed resource type generates a MATCH error. + +7.2.3 Resource Delete + XIEP_DELETE_RESOURCE + resource_id {XIT_IOB, XIT_IDC, XIT_IPC} + resource_type XIT_RESOURCE_TYPE + => + none + service class value: 0 + errors: IDChoice, MATCH + events: none + + XIEP_DELETE_RESOURCE is used by a client to delete (deallocate) server resources. + + + + +7–12 REQUESTS AND REPLIES + Resource_id identiï¬es the speciï¬c resource the client wants deleted. Resource_type is the type + of the resource to be deleted. Deletion of IOB’s deletes the image data. As under the core + protocol, the management of shared resources is an application problem. + Attempts to delete a resource which is nonexistent results in an IDChoice error. A mismatch + between the source resource type and the speciï¬ed resource type generates a MATCH error. + +7.2.4 Resource Query + + XIEP_QUERY_RESOURCE + resource_id {XIT_IOB, XIT_IDC, XIT_IPC} + resource_type XIT_RESOURCE_TYPE + => + resource_data - see below - + + service class value: - see resource creation - + errors: IDChoice, MATCH + events: none + + where resource_data is one of the following: + { + image_object_resource_data, + process_control_context_resource_data, + domain_control_context_resource_data + } + + XIEP_QUERY_RESOURCE returns the contents of all client readable ï¬elds of the server + resource. All image extension server resources other than the image data itself (within the + IOB) can be queried. Image data query is accomplished with a different protocol function. + Resource_id is the id of the resource the client wishes to query. Resource_type is the type of + the resource to be queried.The data returned depends upon the type of resource being queried + and is described in the following subsections. + The service class of the resource query function depends upon what type of resource is being + queried. This is discussed in each of the following subsections. See the appendices on on + server resources for more details of the attributes. + Querying a non existent resource generates an IDChoice error. A mismatch between the + source resource type and the speciï¬ed resource type generates a MATCH error. + +7.2.4.1 Image Object Query + Image_Object_Resource_Data + constraint_model CARD8 + pixels-per-scanline CARD32 + number-of-scanlines CARD32 + aspect_ratio XIT_FLOAT + polarity XIT_POLARITY + pixel_progression XIT_PIXEL_PROGRESSION + line_progression XIT_LINE_PROGRESSION + spectral-component-mapping XIT_SPECTRAL_COMPONENT_MAPPING + number-of-spectral-components CARD8 + bits_per_component LISTofCARD8 + + + + + REQUESTS AND REPLIES 7–13 + The function returns the contents of all of the queryable IOB attribute ï¬elds. It does not + return the image data itself (see transport protocol functions). + Note that constraint information is never directly settable by the client, but is queryable. + The constraint_model and constrain_bits_per_component ï¬elds reflect the state of the default + operational constraint model when the IOB was last constrained. + The image object query can be viewed as returning three classes of information: + primitive_attributes - see below - + presentation_attributes - see below - + constraint_info - see below - + where: + primitive_attributes include: + pixels-per-scanline + number-of-scanlines + number-of-spectral-components + spectral-component-mapping + presentation_attributes include: + pixel_progression + line_progression + aspect_ratio + polarity + constraint_info includes: + constrained + constraint_model + bits_per_component + + +7.2.4.2 Domain Control Context Query + domain_control_context_resource_data + idc_type XIT_IDC_TYPE + idc_data - see below - + + Where idc_data depends on the idc_type: + . for ROI’s, idc_data is the following sequence: + + ul_x CARD32 + ul_y CARD32 + width CARD32 + height CARD32 + + . for CPP’s, idc_data is the following: + ul_x CARD32 + ul_y CARD32 + cpp_iob XIT_IOB + . for TMP’s, idc_data is the following: + center_x CARD32 + center_y CARD32 + data_count CARD32 + data LISTofTMP_ENTRY + where: + TMP_ENTRY is a triplet: + + + +7–14 REQUESTS AND REPLIES + x_index CARD32 + y_index CARD32 + tmp_data XIT_FLOAT + + + +7.2.4.3 Process Control Context Query + process_control_context_resource_data + [ + name LISTofSTRING8 + inputs PIPE_IOT + outputs PIPE_IOT + running BOOL + segments LISTofSEGMENT + ] + where: + PIPE_IOT includes: + [ + number CARD8 + formal_parm_types LISTofXIT_PARMS + ] + SEGMENT includes: + [ + name LISTofSTRING8 + function XIT_XIEFUNCTION + parm_bindings LISTofBINDING + state {processing, stalled} + ] + where + BINDING is: + [ + name STRING8 + number CARD32 + ] + + The function returns the contents of all of the queryable IPC ï¬elds. + Running is a boolean which indicates if the pipeline has been instantiated and is under + execution, or is in the template state. Refer to the sections on XIEP_CREATE_RESOURCE + (type IPC) and XIEP_ADD_SEGMENT for more details on other ï¬elds. If running is true, + then the state ï¬eld in the segments list elements is meaningful and describes the current + state of each pipeline element (either processing, or stalled awaiting data). + +7.2.5 Import/Export Services + Import/Export class services provide for the direct movement of image data and attributes + between extension package objects (IOB’s) and core server objects (drawable). The term + "direct" means that other than issuing the protocol request, no further client intervention is + required (the image data does not have to move back and forth across the wire). These services + are provided in order to allow some server level mechanism for data exchange between the + image extension and the core as well as other extension packages. + + + + + REQUESTS AND REPLIES 7–15 + 7.2.5.1 Import Image + XIEP_IMPORT_IMAGE + iob_id XIT_IOB + drawable DRAWABLE + => + none + service class value: 0 + errors: DRAWABLE, MATCH, ALLOC, IDChoice + events: none + + XIEP_IMPORT_IMAGE transfers image data and attributes from an existing server drawable + into a new server IOB. + IOB_id is the id to be assigned to the new IOB. Drawable is the id of a core server drawable + resource that the image data and attributes will come from. The drawable may be either a + pixmap or a window. + The server creates a new IOB to receive the image data and attributes. The client accessible + IOB attributes (primitive and presentation) derive from information associated with the + drawable. Data formatting information (organization and encoding) which is involved in wire + transport plays no visible role in the process. + Note that all drawable image data is imported (no subregion speciï¬cation is allowed and no + import processing such as masking is allowed). Clients wishing to import only a portion of a + drawable must extract the portion into a new drawable before using XIEP_IMPORT_IMAGE + or crop the IOB after import. Clients wishing to process (such as mask) the data should use X + Image Extension functions to do so once the data has been imported into an IOB. + For windows, pixels-per-scanline and number-of-scanlines derive from window width and + height respectively, while number-of-spectral-components and spectral-component-mapping are + inferred from the visual type of the window. + For pixmaps, pixels-per-scanline and number-of-scanlines derive from pixmap width and + height respectively, while number-of-spectral-components and spectral-component-mapping are + inferred from (TBS). + In all cases, the resulting IOB is in the constrained state. + In either case (pixmap or window), the default presentation attributes associated with the + image data in the IOB (pixel-progression, line-progression, aspect-ratio, polarity, and grid-type) + derive from server private knowledge of the display device. + If drawable does not specify a valid drawable, then a Drawable error occurs. If the drawable + is an input only window, a Match error occurs. If the client speciï¬ed IOB id is already in use, + an IDChoice error occurs. If the server can not allocate the IOB, an ALLOC error occurs. + + + + +7–16 REQUESTS AND REPLIES + 7.2.5.2 Export Image + XIEP_EXPORT_IMAGE + iob_id XIT_IOB + drawable DRAWABLE + gc GCONTEXT + src_x INT32 + src_y INT32 + width CARD32 + height CARD32 + dst_x INT32 + dst_y INT32 + => + none + service class value: 0 + errors: IDChoice, MATCH + events: none + + XIEP_EXPORT_IMAGE combines image data from a rectangular region of an existing server + IOB with data in a rectangular region of an existing server DRAWABLE. + IOB_id is the id of the source image object. Drawable is the id of the receiving DRAWABLE + (WINDOW or PIXMAP). GC_id is the graphic context used to provide information used when + ï¬lling the drawable. Src_x and src_y are the location of the upper left hand corner of the + source IOB data. Width and height deï¬ne how much data to transfer. Dst_x and dst_y are the + location of the upper left hand corner of the destination location in the receiving DRAWABLE. + XIEP_EXPORT_IMAGE is similar in many aspects to the core X copy_area function. The + similarities include transfer of image data into a server resource with control over subarea and + combination of source and destination data, as well as the requirement that the data format + must match that of the receiving resource (no format conversion or mismatches supported or + allowed). + XIEP_EXPORT_IMAGE will only transfer data between and IOB and a DRAWABLE. It is + not capable of reconciling differences between the IOB data and the pixmap formats. In + other words, the process of reconciling the differences between what have been referred to as + revisable form images and what the display device can show (this is reflected in DRAWABLE + formats) must occur prior to export. This reconciliation process is what is referred to as + rendition and must be performed before export. + Thus, prior to use of export_image, the IOB must be constrained and the client should apply + various rendition steps/operations (such as scale, crop, ...) to ensure that the IOB image data + is compatible with the receiving DRAWABLE. + If iob_id or drawable specify invalid (nonexistent) resources, an IDChoice error occurs. If an + attempt is made to export an IOB into a pixmap such that the IOB is unconstrained or its + data is incompatible with the data formats which a DRAWABLE can contain (see core X11 + protocol connection function), then a MATCH error occurs. + + + + + REQUESTS AND REPLIES 7–17 + 7.3 Transport Services + + Transport class services provide the means for exchange of image data between client and + server. Transport protocol functions include: + • XIEP_SET_TRANSPORT - establishes the required transport context information + • XIEP_ABORT_TRANSPORT - aborts transport & clears transport context information + • XIEP_GET_TILE - transports random tiles of uncompressed image data from server to + client + • XIEP_PUT_TILE - transports random tiles of uncompressed image data from client to + server + • XIEP_GET_STREAM - transports a stream of compressed or uncompressed image data + from server to client + • XIEP_PUT_STREAM - transports a stream of compressed or uncompressed image data + from client to server + +7.3.1 Overview of Data Transport + This section addresses the overall image data transport process, transport modes, transport + data formats, transport synchronization, and transport granularity & atomicity. Details of + these subjects are found within the data transport protocol deï¬nitions. + +7.3.1.1 Transport Process + In client->server transfers, the client usually begins by creating a new image object (IOB) + using XIEP_CREATE_RESOURCE and establishing primitive and presentation attributes + as it does. Note that while client->server transport is usually done to a new (empty) IOB, + an existing IOB (one which already contains image data deriving from a prior transport or + processing operation) may be used to receive the transport image data. + The client then proceeds to establish the transport context (XIEP_SET_TRANSPORT) which + controls the format of image data on the wire for this transport session to the speciï¬ed IOB. + Finally, the client transfers the image data from its buffer to the server IOB through one or + more transport calls (XIEP_PUT_TILE or XIEP_PUT_STREAM). The transport session is + completed when a ï¬nal flag is set in one of the transport functions, or when the transport is + aborted via XIEP_FREE_TRANSPORT. + In server->client transfers, the IOB already exists and is ï¬lled with image data. In this + case, the client proceeds to establish the transport context (XIEP_SET_TRANSPORT) which + controls the format of image data on the wire for this transport session from the speciï¬ed IOB. + Then the client transfers the image data from the server IOB to its buffer through one or more + transport calls (XIEP_GET_TILE or XIEP_GET_STREAM). + Due to size limitations on protocol messages and/or client preferences, transport may involve + one or many transport protocol function invocations. + + + + +7–18 REQUESTS AND REPLIES + 7.3.1.2 Transport Modes + Image data transport is divided into two modes: random access tiled, and sequential access + stream. + Random access tiled transport is designed to allow exchange of uncompressed tiles of image + data between client buffer and IOB. The client speciï¬es both tile size and IOB relative location + on a transport function call basis. Tiles may be as small as a single pixel, or as large as the + transport protocol message can handle. + Sequential access stream transport is designed to allow exchange of either uncompressed + image data or compressed image code information in a sequential stream format. No random + access is allowed in this mode. + The use of image data compression in sequential access stream transport involves a tradeoff + between processing and communications bandwidth. The availability of processing power (in- + cluding specialized compression/decompression engines), and the available bandwidth between + client and server should both factor into the choice between compressed and uncompressed + image data transport. + When compression is used with sequential access stream mode, image code information rather + than image data is transported. The image can be recovered (with varying degrees of ï¬delity + based upon the compression scheme) from the code information. The code information and + transport both depend upon the compression scheme. + Client to server image data transport may occur to either a preexisting or a newly created + IOB. As data arrives (uncompressed tiles, uncompressed stream, or compressed data which + the server immediately decompresses), it overlays the initial data (default value = zero, or + prior image). No combination of transport data (image data or code information) with pre- + existing IOB data other than simple overwrite is provided. This does not exclude complex + assembly of IOB data through transport (such as aggregating and assembling bit planes in + Bit_Interleaved_by_Plane format). + Both tile and stream (uncompressed and compressed) transport are applicable to all classes + of digital images (bitonal, continuous tone monochromatic or gray scale, and continuous tone + polychromatic or color). + +7.3.1.3 Transport Data Formats + Whether random access tile or sequential access stream (uncompressed or compressed) trans- + port will be used, the client must choose between three underlying PCM data organizations: + Band_Interleaved_by_Pixel, Band_Interleaved_by_Plane, and Bit_Interleaved_by_Plane (see + appendix for details). These data organizations deï¬ne how the bits which represent the + various spectral bands are organized. + In tile and stream uncompressed transport, this PCM format describes the actual data trans- + port wire format. In stream compressed mode, compression is applied to the data after it is + organized in one of the three ways. When transporting image data in the stream compressed + mode, the client must choose the compression scheme. The valid combinations of compression + schemes and underlying image data organizations are discussed below. + + + + + REQUESTS AND REPLIES 7–19 + The transport functions which follow refer to a concept known as the "data plane" , or simply + "plane". In fact, the atomic transport functions do not concern themselves with the meaning + of the image data (at the level of it being a bitonal image, or a grayscle image, or a color + image), but rather, they concern themselves with the assembly/disassembly of image data + into transport buffers, and compression. The mapping between "types of images" (bitonal, + continuous tone monochromatic, and continuous tone color), component space organization + (band-interleaved-by-pixel, band-interleaved-by-plane, bit-interleaved-by-plane), and planes is + as follows: ** tbs - table ** + In any case, only positive integral values (image data or bit string codes) flow across the wire. + There is no provision for exchange of negative integral image data, real valued (float) image + data or complex valued image data on the wire even though such data (real valued) may exist + on the server (see server data model). In terms of either client->server or server->client image + data transport, the server side IOB must be of state constrained. + Flexibility in overall transport mode (tile or stream), underlying image type (bitonal monochro- + matic, continuous tone monochromatic or gray scale, and continuous tone trichromatic + or color), underlying PCM image data organization (band_interleaved_by_pixel, band_ + interleaved_by_plane, and bit_interleaved_by_plane), stream mode compression scheme (PCM, + G4, DCT), and all or single plane at a time transport leads to an enormous number of possible + transport conï¬gurations. Fortunately, some image data organizations are identical (degener- + ate) for some image types, and some compression schemes are inapplicable for some image + data organizations. The following table is intended to give the reader an overview of the valid + transport conï¬gurations. The all or single plane option is left out of the table and dealt with + explicitly in the transport functions themselves. Degenerate image data organizations are + grouped by surrounding brackets {}. + + MODE IMAGE_TYPE IMAGE_ORGANIZATION COMPRESSION + Tile + Bitonal {band_interleaved_by_pixel n/a + band_interleaved_by_plane + bit_interleaved_by_plane} + Grayscale {band_interleaved_by_pixel n/a + band_interleaved_by_plane} + {bit_interleaved_by_plane} n/a + Color {band_interleaved_by_pixel} n/a + {band_interleaved_by_plane} n/a + {bit_interleaved_by_plane} n/a + Stream + Bitonal {band_interleaved_by_pixel PCM, G4 + band_interleaved_by_plane + bit_interleaved_by_plane} + Grayscale {band_interleaved_by_pixel PCM, DCT + band_interleaved_by_plane} + {bit_interleaved_by_plane} PCM + Color {band_interleaved_by_pixel} PCM, DCT + {band_interleaved_by_plane} PCM, DCT + {bit_interleaved_by_plane} PCM + + + + +7–20 REQUESTS AND REPLIES + Note that while DCT compression of bitonal image data is possible, and both G4 and DCT + compression of bit_interleaved_by_plane data of grayscale and color images is possible, neither + are proposed at this time. The need for and value of these schemes will be considered in the + future. + +7.3.1.4 Transport Granularity & Atomicity + Both the tile and stream (uncompressed and compressed) transport protocol functions are + limited in terms of the amount of data they can move by the length ï¬eld in the standard + (core X11) protocol message. As images (in a client’s buffer or in a server IOB) may be much + larger than the length ï¬eld limit, it may require multiple transport protocol calls to move the + complete image across the wire. + The extension protocol transport functions allow the client to construct or assemble all of the + data which will make up a single image (IOB) with multiple transport requests. In particular, + there is a "ï¬nal" flag in both tile and stream (uncompressed and compressed) transport + protocol functions which is used to signal completion of transport and assembly of the data + which makes up an image. In the case of tile image data transport, this flag is used when + the client has populated through transport all tiles it wishes to in the IOB. In the case of + stream (uncompressed or compressed) image data or code information transport, this flag is + used when the client has sent the last sequential stream of image data or code information. In + the tile case, a single flag applies to all planes, while in the stream case, a separate ï¬nal flag + applies to each plane. + The transport parameters associated with an IOB (XIEP_SET_TRANSPORT) are locked + during transport of intermediate (non ï¬nal) segments. In other words, once transport to or + from an IOB begins, the client can not modify the transport parameters until a ï¬nal transport + (ï¬nal flag = true) occurs. + The client has control over the size of each transport request, and may change the size on + a request by request basis. This is intended to support applications which may be acquir- + ing/disposing of image data (from disks or networks) in small pieces (including due to highly + limited virtual address space / physical memory space), as well as applications making use of + X Image Extension Pipelines where transport is part of the pipe (such as rapid interleaved + transport-rendition-display). This is also due to the fact that maximum size of X11 wire + packets may often be smaller than the image to be transported. + In all cases, only individual transport protocol requests are atomic. The transport of of all + image data/information that makes up an IOB may or may not be atomic depending upon + whether it requires multiple transport protocol requests. The image data which arrives on the + server (client->server) and is placed into an IOB is not locked in any way and may be accessed + by other server functions (interleaved between the transport functions). While this is the + case, the actual presence of image data in the IOB (versus residing in intermediate transport + buffers awaiting repacking or decompression) is indeterminate until the ï¬nal flag is set, and + applying server operations to the IOB may generate indeterminate results. The only acception + to this is pipelines which have transport as their ï¬rst element. + + + + + REQUESTS AND REPLIES 7–21 + 7.3.1.5 Synchronization + Like all other image extension protocol functions, transport protocol functions are asyn- + chronous - the client initiates them and does not wait for their completion. + +7.3.2 Set Transport Context + XIEP_SET_TRANSPORT + iob_id XIT_IOB + compression-param CARD32 + compression-scheme XIT_COMPRESSION_SCHEME + tile_format BOOL + component-space-organization XIT_COMPONENT_SPACE_ORGANIZATION + plane_mask CARD32 + plane_information LISTofPLANE_DATA + => + none + service class value: 0 + errors: IDChoice, MATCH + events: none + + where: + PLANE_DATA is: + [ + pixel-stride CARD8 + scanline-stride CARD32 + ] + + XIEP_SET_TRANSPORT is used to establish the necessary transport context information + before image data wire transport can occur between a client buffer and a particular server + IOB. + Iob_id is the id of an existing IOB (either newly created by XIEP_CREATE_RESOURCE + or preexisting) which will serve as the source of or destination for image data transport. + Compression_param is a compression parameter to be used by the various compression + schemes. In particular, it is used to control the compression factor / ï¬delity tradeoff in DCT + compression when reading compressed data from the server to the client. Compression_scheme + is one of the valid compression schemes. In tiled transport, compression scheme must be set + to PCM. In stream transport, it may be any of the compression schemes including PCM (see + table in previous section and appendix). Tile_format is a boolean which is used to indicate if + tile or stream transport is to occur. Component_space_organization describes the PCM format + of the image data (independent of whether tile uncompressed, stream uncompressed, or stream + compressed image data transport will occur). + Plane_mask identiï¬es which planes will be transported where the deï¬nition of a data plane + depends upon the component_organization. Plane_information is a list with one entry per + plane. Each entry in the list contains, pixel-stride and scanline-stride. Scanline_stride is only + meaningful in uncompressed stream transport and must be set equal to the number of bits + per scanline plus the number of pad bits between scanlines. Scanline_stride is meaningless + for tiles as tile size may be changed on a transport call basis. In tile transport, within each + plane, all scanlines are bitwise abutted (no pad or alignment allowed). Multiple planes in + tile transport are longword aligned. Note that the bits-per-component information used in + + + +7–22 REQUESTS AND REPLIES + wire transport is communicated at IOB creation time (for client-to-server transports), and + established in/derived from the IOB for server-to-client transports by use of the constraint + mechanism. For more details on compression-scheme, component-space-organization, bits-per- + component, pixel-stride, and scanline-stride see the appendix on image data attributes and + organization. + The image data wire transport context is bound to a particular IOB for the duration of an + image data wire transport session. The binding is established by XIEP_SET_TRANSPORT. + The transport context information for the particular IOB is locked when the ï¬rst image data + wire transport function is invoked (XIEP_GET_TILE, XIEP_PUT_TILE, XIEP_GET_STREAM, + XIEP_PUT_STREAM) and remains locked until the transport session involving this IOB is + completed. This occurs when an image data wire transport function is invoked with "ï¬nal" flag + set to true or when transport is aborted (XIEP_ABORT_TRANSPORT). + Note that the transport context information pertains to image data organization only during + wire transport. It has no bearing upon the server IOB image data organization as server’s are + free to chose their own image data organizations. + If the iob_id does not exist, an IDChoice error occurs. If the IOB’s number_of_spectral_ + components does not match the length of the component_information list, or the tile_format + boolean is true and compression_scheme is not PCM, a MATCH error occurs. + +7.3.3 Tile Data Transport + Tile data transport allows a client to transport tiles of image data between a client buffer + and an existing IOB. The client controls tile size, its IOB location, and which data planes to + transport. Only uncompressed data may be transported. + +7.3.3.1 Client–>Server + XIEP_PUT_TILE + iob_id XIT_IOB + x CARD32 + y CARD32 + width CARD32 + height CARD32 + plane_mask CARD32 + final BOOL + image_data XIT_IDATA + => + none + service class value: 0 + errors: IDChoice, MATCH, ACCESS + events: none + + XIEP_PUT_TILE transfers an uncompressed image data tile from a client buffer across the + wire into a server IOB. The client speciï¬es both the tile size and its destination location in + the receiving IOB. The IOB must exist and the transport context be previously established + (XIEP_SET_TRANSPORT). + + + + + REQUESTS AND REPLIES 7–23 + IOB_id is the id of the receiving IOB. X and y specify the upper left hand corner (in IOB + coordinates) of the destination location. Height and width specify the tile size. Plane_mask + identiï¬es which data planes are being sent. Final is a boolean which indicates if all IOB data + (all tiles) have been sent. Image_data is the data segment to be transported from client to + server. + + Bitonal Monochromatic + Transport of bitonal monochromatic image data always occurs in the same fashion (Band_ + Interleaved_by_Pixel, Band_Interleaved_by_Plane, and Bit_Interleaved_by_Plane are all + degenerate). In this case, the client buffer is simply an array of bits, one per pixel. + + Continuous Tone Monochromatic - Pixel Aggregated + Transport of continuous tone monochromatic image data can occur in two fashions: by Band_ + Interleaved_by_Pixel and Band_Interleaved_by_Plane which are degenerate, or by Bit_ + Interleaved_by_Plane. As there is only one spectral band, the image data organization in + the client buffer for the ï¬rst case is simply an array of pixels, n bits per pixel. + + Continuous Tone Monochromatic - Bit Interleaved by Plane + In the Bit_Interleaved_by_Plane mode transport of continuous tone monochromatic image + data, the client has the option of sending a tile from one through n data planes. If more than + one plane is to be transported, the planes must abut each other (long word alignment of the + planes) in the client’s buffer. + + Continuous Tone Polychromatic - Band Interleaved by Pixel + Transport of continuous tone polychromatic image data can occur in any of the three formats: + Band_Interleaved_by_Pixel, Band_Interleaved_by_Plane, and Bit_Interleaved_by_Plane. In + the Band_Interleaved_by_Pixel mode the client buffer is once again simply an array of pixels, + n bits per pixel, where the r-g-b bits make up the total n. No option exists regarding sending + a single bit plane or spectral band. + + Continuous Tone Polychromatic - Band Interleaved by Plane + In the Band_Interleaved_by_Plane mode, the client has the option of sending a tile from one + through n (max 3) spectral bands. If more than one data plane (band in this case) is to be + transported, they must abut each other (long word alignment of the planes) in the client’s + buffer. + + Continuous Tone Polychromatic - Bit Interleaved by Plane + In the Bit_Interleaved_by_Plane mode, the client has the option of sending one through n data + planes (each data plane is now a bit plane). If more than one data plane (bit plane in this + case) is to be transported, they must abut each other (long word alignment of the planes) in + the client’s buffer. + Specifying a non existent IOB generates an IDChoice error. Specifying an IOB which is + unconstrained generates a MATCH error. A mismatch between the receiving IOB’s component- + space-organization and the current transport context’s component-space-organization (ie. + trying to send an rgb color image over the wire into a monochrome IOB) generates a MATCH + + + +7–24 REQUESTS AND REPLIES + error. Attempts to transport to an IOB which has not had a transport context established + (XIEP_SET_TRANSPORT) generates an ACCESS error. + +7.3.3.2 Server–>Client + XIEP_GET_TILE + iob_id XIT_IOB + x CARD32 + y CARD32 + width CARD32 + height CARD32 + plane_mask CARD32 + final BOOL + => + image_data XIT_IDATA + service class value: 0 + errors: IDChoice, MATCH, ACCESS + events: none + + XIEP_GET_TILE transfers an uncompressed image data tile from a server IOB across the + wire into a client buffer. The client speciï¬es both the tile size and its source location in the + sending IOB. The IOB must be preexisting, and the transport context previously established + (XIEP_SET_TRANSPORT). + IOB_id is the id of the sending IOB. X and y specify the upper left hand corner (in IOB + coordinates) of the sending location. Height and width specify the tile size. Plane_mask + identiï¬es which data planes are being requested. Final is a boolean which indicates if all IOB + data (the ï¬nal tile) has been asked for. Image_data is the data segment received from the + server. + + Bitonal Monochromatic + Transport of bitonal monochromatic image data always occurs in the same fashion (Band_ + Interleaved_by_Pixel, Band_Interleaved_by_Plane, and Bit_Interleaved_by_Plane are all + degenerate). In this case, the client buffer will be an array of bits, one per pixel. + + Continuous Tone Monochromatic - Aggregated + Transport of continuous tone monochromatic image data can occur in two fashions: by Band_ + Interleaved_by_Pixel and Band_Interleaved_by_Plane which are degenerate, or by Bit_ + Interleaved_by_Plane. As there is only one spectral band, the image data organization in + the client buffer for the ï¬rst case is simply an array of pixels, n bits per pixel. + + Continuous Tone Monochromatic - Bit Interleaved by Plane + In the Bit_Interleaved_by_Plane mode transport of continuous tone monochromatic image + data, the client has the option of receiving a tile from one through n data planes. If more than + one plane is to be transported, the planes must abut (long word alignment of planes) in the + client’s buffer. + + Continuous Tone Polychromatic - Band Interleaved by Pixel + + + + + REQUESTS AND REPLIES 7–25 + Transport of continuous tone polychromatic image data can occur in any of the three formats: + Band_Interleaved_by_Pixel, Band_Interleaved_by_Plane, and Bit_Interleaved_by_Plane. In + the Band_Interleaved_by_Pixel mode the client buffer is once again simply an array of pixels, + n bits per pixel, where the r-g-b bits make up the total n. No option exists regarding receiving + a single bit plane or spectral band. + + Continuous Tone Polychromatic - Band Interleaved by Plane + In the Band_Interleaved_by_Plane mode, the client has the option of receiving a tile from + one through n (max 3) spectral bands. If more than one data plane (band in this case) is to + be transported, they will abut each other (long word alignment of the planes) in the client’s + buffer. + + Continuous Tone Polychromatic - Bit Interleaved by Plane + In the Bit_Interleaved_by_Plane mode, the client has the option of receiving one through n + data planes (each data plane is now a bit plane). If more than one data plane (bit plane in this + case) is to be transported, they will abut each other (long word alignment of the planes) in the + client’s buffer. + Specifying a non existent IOB generates an IDChoice error. Specifying an IOB which is + unconstrained generates a MATCH error. A mismatch between the sending IOB’s component- + space-organization and the current transport context’s component-space-organization generates + a MATCH error. Attempts to transport from an IOB which has not had a transport context + established (XIEP_SET_TRANSPORT) generates an ACCESS error. + +7.3.4 Stream Data Transport + Stream data transport allows a client to stream image data or image code information (com- + pressed image data) between a client buffer and a new (PUT) or existing (GET) IOB. In the + case of image code information (compressed image data), the server compress/decompress + step is hidden (happens without client intervention). The client controls both the compression + format and the length of stream data. Unlike tile transport, only one data plane may be trans- + ported with each stream transport protocol request. Note that this does not prevent clients + from interleaving stream transport of different planes. For stream transport, the data can + only be sent/received in sequential (raster) order - no random access is possible. + Note that unlike tile transport, in stream transport image data or image code information + is being sent sequentially, and not image data tiles randomly. This data or information is in + essence aggregated sequentially into one or more buffers and then, if necessary, decompressed + to produce the image data. Particulars of decompression on the server side of the wire depend + upon both the compression scheme involved and the server implementation (ie. G4 decompres- + sion may be conducted as code information arrives as may DCT decompression, or the server + may chose to wait for the complete code information to be available before decompression). + + + + +7–26 REQUESTS AND REPLIES + 7.3.4.1 Client–>Server + XIEP_PUT_STREAM + iob_id XIT_IOB + byte_count CARD32 + final BOOL + plane_num CARD8 + image_data XIT_IDATA + => + none + service class value: 0 + errors: IDChoice, MATCH, ACCESS + events: none + + XIEP_PUT_STREAM transfers image data or image code information (compressed image + data) from a client buffer across the wire into a server IOB. If image code information is + transported, it is decompressed into image data before being placed in the IOB. The IOB + must be newly created (XIEP_CREATE_RESOURCE), and the transport context previously + established (XIEP_SET_TRANSPORT). + IOB_id is the id of the receiving IOB. Byte_count speciï¬es the number of bits of valid image + data or code information in the buffer. Final is a boolean which indicates if all image data or + code information has been sent. Plane_num identiï¬es which bit plane is being sent. Image_ + data is the image data or image code information (compressed image data) to be transported + from client to server. + + Bitonal Monochromatic + Transport of bitonal monochromatic image data or image code information (compressed image + data) always occurs in the same fashion (Band_Interleaved_by_Pixel, Band_Interleaved_by_ + Plane, and Bit_Interleaved_by_Plane are all degenerate). In the stream uncompressed (PCM) + mode, the client buffer is simply an array of butted data bits (1 bit per pixel). In the stream + compressed mode (G4) the client buffer is an array of butted code bit strings. + + Continuous Tone Monochromatic - Pixel Aggregated + Transport of continuous tone monochromatic image data or image code information (com- + pressed image data) can occur in two fashions: by Band_Interleaved_by_Pixel and Band_ + Interleaved_by_Plane which are degenerate, or by Bit_Interleaved_by_Plane. In the ï¬rst case, + for stream uncompressed (PCM) mode, the client buffer is simply an array of butted data bits + (n bits per pixel). In the stream compressed mode (DCT) the client buffer is an array of butted + code bit strings. + + Continuous Tone Monochromatic - Bit Interleaved by Plane + In the Bit_Interleaved_by_Plane mode transport of continuous tone monochromatic image + data or image code information (compressed image data), the client may only send image data + or image code information (compressed image data) from one data plane (bit plane) in each + transport call. In the stream uncompressed (PCM) mode, the bit plane in the client’s buffer is + simply an array of butted data bits. In the stream compressed mode (G4) the client buffer is + an array of butted code bit strings. + + Continuous Tone Polychromatic + + + REQUESTS AND REPLIES 7–27 + Transport of continuous tone polychromatic image data or image code information (compressed + image data) can occur in three formats: Band_Interleaved_by_Plane, Bit_Interleaved_by_ + Plane, and Band_Interleaved_by_Pixel. + + Continuous Tone Polychromatic - Band Interleaved by Pixel + In the Band_Interleaved_by_Pixel mode, uncompressed image data or image code information + (compressed image data) for all bands is sent. + + Continuous Tone Polychromatic - Band Interleaved by Plane + In the Band_Interleaved_by_Plane mode, the client has the option of sending image data or + image code information (compressed image data) for any one plane (spectral band) In the + stream uncompressed (PCM) mode, the band in the client’s buffer is simply an array of butted + data bits. In the stream compressed mode (DCT) the client buffer is an array of butted code + bit strings for the particular band. + + Continuous Tone Polychromatic - Bit Interleaved by Plane + In the Bit_Interleaved_by_Plane mode, the client has the option of sending image data or + image code information (compressed image data) from any one data plane (bit plane). In the + stream uncompressed (PCM) mode, the bit plane in the client’s buffer is simply an array of + butted data bits (1 per pixel). In the stream compressed mode (G4) the client buffer is an + array of butted code bit strings. + Specifying a non existent IOB generates an IDChoice error. Specifying an IOB which is + unconstrained generates a MATCH error. A mismatch between the receiving IOB’s component- + space-organization and the current transport context’s component-space-organization (ie. + trying to send an rgb color image over the wire into a monochrome IOB) generates a MATCH + error. Attempts to transport from an IOB which has never had a transport context established + (XIEP_SET_TRANSPORT) generates an ACCESS error. + +7.3.4.2 Server–>Client + XIEP_GET_STREAM + iob_id XIT_IOB + max_bytes CARD32 + plane_num CARD8 + => + final BOOL + byte_count CARD32 + image_data XIT_IDATA + service class value: 0 + errors: IDChoice, MATCH, ACCESS + events: none + + XIEP_GET_STREAM transfers image data or image code information (compressed image data) + from a server IOB across the wire to a client buffer. In compressed mode, the server extracts + image data from the IOB and compresses it before putting it on the wire. The IOB must be + preexisting, and the transport context previously established (XIEP_SET_TRANSPORT). + IOB_id is the id of the sending IOB. Max_bytes is the maximum number of bytes the client is + prepared to receive (typically buffer size). Plane_num identiï¬es which bit plane is to be sent. + + +7–28 REQUESTS AND REPLIES + Final is a boolean which indicates if all image data or code information has been sent. Byte_ +count speciï¬es the number of bytes of valid image data or code information in the buffer. +Image_data is the image data or image code information (compressed image data) which has +bene transported from server to client. + +Bitonal Monochromatic +Transport of bitonal monochromatic image data or image code information (compressed image +data) always occurs in the same fashion (Band_Interleaved_by_Pixel, Band_Interleaved_by_ +Plane, and Bit_Interleaved_by_Plane are all degenerate). In the stream uncompressed (PCM) +mode, the client buffer will contain an array of butted data bits (1 bit per pixel). In the stream +compressed mode (G4) the client buffer will contain an array of butted code bit strings. + +Continuous Tone Monochromatic - Pixel Aggregated +Transport of continuous tone monochromatic image data or image code information (com- +pressed image data) can occur in two fashions: by Band_Interleaved_by_Pixel and Band_ +Interleaved_by_Plane which are degenerate), or by Bit_Interleaved_by_Plane. In the ï¬rst +case, in the stream uncompressed (PCM) mode, the client buffer will be an array of butted +data bits (n bits per pixel). In the stream compressed mode (DCT) the client buffer will be an +array of butted code bit strings. + +Continuous Tone Monochromatic - Bit Interleaved by Plane +In the Bit_Interleaved_by_Plane mode transport of continuous tone monochromatic image +data or image code information (compressed image data), the client has the option of receiving +the image data or image code information (compressed image data) from one bit plane. In +the stream uncompressed (PCM) mode, each bit plane in the client’s buffer will be an array +of butted data bits. In the stream compressed mode (G4) the client buffer will be an array of +butted code bit strings. + +Continuous Tone Polychromatic +Transport of continuous tone polychromatic image data or image code information (compressed +image data) can occur in three formats: Band_Interleaved_by_Plane, Bit_Interleaved_by_ +Plane, and Band_Interleaved_by_Pixel. + +Continuous Tone Polychromatic - Band Interleaved by Pixel +In the Band_Interleaved_by_Pixel mode, uncompressed image data or image code information +(compressed image data) for all bands is sent. + +Continuous Tone Polychromatic - Band Interleaved by Plane +In the Band_Interleaved_by_Plane mode, the client has the option of receiving image data or +image code information (compressed image data) from one spectral band (all_planes false). In +the stream uncompressed (PCM) mode, each band in the client’s buffer is simply an array of +butted data bits. In the stream compressed mode (DCT) the client buffer will be an array of +butted code bit strings. + +Continuous Tone Polychromatic - Bit Interleaved by Plane + + + + + REQUESTS AND REPLIES 7–29 + In the Bit_Interleaved_by_Plane mode, the client has the option of receiving image data or + image code information (compressed image data) from one bit plane. In the stream uncom- + pressed (PCM) mode, each bit plane in the client’s buffer will be an array of butted data bits + (1 per pixel). In the stream compressed mode (G4) the client buffer will be an array of butted + code bit strings. + Specifying a non existent IOB generates an IDChoice error. Specifying an IOB which is + unconstrained generates a MATCH error. A mismatch between the receiving IOB’s component- + space-organization and the current transport context’s component-space-organization (ie. + trying to send an rgb color image over the wire into a monochrome IOB) generates a MATCH + error. Attempts to transport from an IOB which has never had a transport context established + (XIEP_SET_TRANSPORT) generates an ACCESS error. + +7.3.5 Abort Transport + XIEP_ABORT_TRANSPORT + iob_id XIT_IOB + plane_mask CARD32 + => + none + service class value: 0 + errors: none + events: none + + XIEP_ABORT_TRANSPORT is used to abort wire transport before a ï¬nal flag is sent. + IOB_ID is the id of the IOB which is the source of (server->client) or the destination for (client- + >server) image data and to/from which image data is being transported. Plane_mask is a bit + mask with one bit per image plane. Image transport may be aborted on a per plane basis. + When the server receives an abort request, all image data which is in intermediate buffers + (not yet sent, or not yet overlaid onto the IOB) is deleted, and the ï¬nal flag is set for that + plane. + There is no return value from XIEP_ABORT_TRANSPORT, and no possible errors. + + + + +7–30 REQUESTS AND REPLIES + 7.4 Process Services + + Process services provide for the application of low level image operators to image data primar- + ily in support of preparation for or improvement of its display. These functions take one or + more input operands including existing image objects, and produce a two dimensional array + of data which can be treated as either a new (modiï¬ed or enhanced) image object, or a control + plane for other operations. As such, process services can be consider as "image in –> image + out" functions. + Many process protocol functions take a constant as one of the image operands. This constant + is a shorthand format for an image object of constant value. The server in essence constructs + a "logical" image object whose value is equal to the speciï¬ed constant at all locations, and + whose extent is sufï¬cient for the operation at hand (typically identical in size to the other + "physical" image operand). These "constant image objects" are temporary entities which exist + only during the operation and can not be referenced by the client outside of the operation. + "Constant" images are cast by the server as type constrained or unconstrained as the situation + demands. + All process services take an image domain control context (either a region of interest {ROI} or + a control processing plane {CPP}) and operate on the pixels identiï¬ed by the domain control + context. The resulting image object is identical in size to either the subset of the input image + deï¬ned by an ROI type IDC, or to the original image object if a CPP type IDC is used. In the + latter case, the output image data is valid only at the points speciï¬ed by the CPP. Data at all + other points is unpredictable. + Constrained and unconstrained model operation is particularly relevant to process services. + Each subsection of the process services section contains a paragraph which outlines con- + strained and unconstrained modes of operation. Individual functions note exceptions to the + overall comments. Where a function can only accept and produce constrained image data, this + is noted and no "constrained" control boolean is provided. Where the option does exist, the + protocol function includes a "constrained" control boolean which informs the server to apply + the default constraint model and produce constrained output. + Process services can be applied to mono and polychromatic (rgb) images. In general, the func- + tions will accept lists of parameters (one entry per spectral component), and will operate on + each of the three spectral components (r, g, b) as if they were three separate IOB’s. Different + parameter values per spectral component are possible . Clients who wish to operate only on a + single spectral component may be able to set parameter values in certain cases to make this + happen. If not, clients have the option of expanding the spectral components into separate + images, operating individually on the components, and then recombining them. Exceptions + are noted on a function by function basis. + While control over protocol implementation (server design) is out of the realm of this speciï¬- + cation, its is the author’s intent to limit processing to spatial domain techniques (vs spatial + frequency) at this time. As such, the protocol does not support the deï¬nition or communication + of spatial frequency domain (such as Fourier) data (including images and ï¬lters), or spatial + frequency domain processes. + Processing services are segmented into the following categories and include the following + functions: + • Point Processing + + + REQUESTS AND REPLIES 7–31 + • Area Processing + • Ensemble Processing + • Geometric Processing + • Radiometric Processing + + + + +7–32 REQUESTS AND REPLIES + 7.4.1 Point Processing + Point processing allows a client to apply a client speciï¬ed transfer function to remap an + input pixel value to an output pixel value with no dependency upon surrounding (area) input + pixels. Point processing can decrease, preserve, or increase the number of bits per pixel per + component (gray->b&w, b&w->b&w, b&w->gray) and preserve or increase the number of + spectral components (mono->mono, color->color, mono->color). Typically, it is used for gray + scale luminance transforms (gray->gray), simple color remapping (color->color), and pseudo + coloring (b&w->color, gray->color). While a color image can be remapped into another color + image with equal r-g-b values on a per pixel basis and result in a "gray scale" display, the + underlying data remains multispectral. + XIEP_POINT + iob_id1 XIT_IOB + iob_id2 XIT_IOB + idc XIT_IDC + new_quantum ListofCARD8 + transfer_function ListofListofCARDnn + => + none + service class value: 1 + errors: IDChoice, ALLOC, VALUE,MATCH + events: XIE_COMPUTATION_COMPLETE + + XIEP_POINT creates a new server IOB from an existing server IOB by remapping each input + IOB value into a new output IOB value. The output value depends solely upon the input pixel + value (no source area dependency). The function is designed to allow the client to apply a + client speciï¬ed transfer function. + IOB_id1 is the id of the source image object. IOB_id2 is the client speciï¬ed id to be assigned + to the newly created (resulting) image object. Idc controls the subset of the image which will + be operated upon. Transfer_function is a list of what are in essence look up tables - one per + output spectral component. Each one must be long enough so that all potential values of + the input can be used as an index into the table. New_quantum is a list (one per spectral + component) of the number of bits per pixel (per spectral component) of the resulting value + which derives from the look up table. This allows the transfer function to both modify image + data values, and bits per pixel per spectral component. If the input IOB is monochromatic and + the client speciï¬es one transfer_function, the output will also be monochromatic. If the input + is monochromatic and the user speciï¬es 3 transfer_functions, the output will be trichromatic. + The input IOB must be constrained, and the output IOB is constrained. The input image + object may be either mono or poly chromatic. The output image object will at least be mono + chromatic, but may be promoted to poly chromatic as discussed above. + XIEP_POINT operates on the subset of the input image deï¬ned by the IDC. If the IDC is of + type CPP, the output image object is equal in size to that of the input image object, but valid + only at those points deï¬ned by the CPP. If IDC is of type ROI, the output image object is less + than or equal to the size of the input image object. + + + + + REQUESTS AND REPLIES 7–33 + Speciï¬cation of an invalid source IOB, an already in use resource id for the destination IOB, + or an invalid IDC generates an IDChoice error. Inability of the server to allocate a new IOB + generates an ALLOC error. An out of range new quantum value generates a VALUE error. + Speciï¬cation of an rgb input IOB and a single transfer_function results in a MATCH error as + does speciï¬cation of an unconstrained input IOB. + Client’s which request notiï¬cation are notiï¬ed of the operation’s completion by an XIE_ + COMPUTATION_COMPLETE event. + + + + +7–34 REQUESTS AND REPLIES + 7.4.2 Area Processing + Area processing produces a data response at each pixel based upon area operations at and + around the source pixel. The data response array may be considered to be an image and is + stored as an IOB. + Area processing takes a single input image object operand, a single input IDC operand of type + ROI or CPP, a single input IDC operand of type TMP, and produce a single image object output + operand. The value of the output image object at each point [selected by the IDC of type ROI + or CPP], is determined in a similar fashion for each areawise operation: + 1. The pointwise arithmetic combination (sum, product) of the TMP + coefï¬cient and the source image operand are taken (this produces + a 2d array of coefï¬cients some of which may intentionally be + undeï¬ned - ie. potential for small size, and / or sparce population). + + 2. An algebraic operator is applied to this data (sum, minimum, maximum) + which reduces the two dimensional array to a single value (addition + adds up all of these values, minimum and maximum select the minimum + and maximum values respectively. + + Note that the most familiar of these area operations is implemented as a pointwise (across the + area) product, followed by an area summation. This is the normal convolution process. + The location (overlay or registration) of the template relative to the image point in question + is established by the template’s "centering" parameter (see XIEP_CREATE_IDC description of + templates). + XIEP_AREA + iob_id1 XIT_IOB + iob_id2 XIT_IOB + idc_c XIT_IDC {ROI,CPP} + idc_t XIT_IDC {TMP} + operation1 XIT_AREA_OP1 + operation2 XIT_AREA_OP2 + constrain BOOL + => + none + service class value: 1 + errors: IDChoice, ALLOC + events: XIE_COMPUTATION_COMPLETE + + XIEP_AREA performs generalized area functions including additive and multiplicative, + minimization, maximization, and summation. In particular, it adds or multiplies the TMP + contents to the image contents on a pointwise basis and then minimizes, maximizes (selects + the minimum or maximum), or sums the results. + IOB_id1 is the source image object. IDC_c (ROI, CPP) controls the subregion to which the + overall process is applied. IDC_t (TMP) contains the area coefï¬cients and controls the subset + of the source image surrounding the current pixel to which the process applies. IOB_id2 is + the client speciï¬ed id to be assigned to the newly created (resulting) image object. Constrain + determines if the default constraint model will be applied upon completion. + + + + + REQUESTS AND REPLIES 7–35 + In the case where operation1 is multiplication and operation2 is summation, XIEP_AREA per- + forms generalized convolution. In particular, it convolves a user speciï¬ed convolution kernel + (represented by the TMP type IDC) with the subset of the source image object producing a + new image object. IDC_t (TMP) contains the kernel coefï¬cients and controls the subset of the + image to which the summation applies. + Note that by using the template mechanism (IDC of type TMP) both fully and partially + populated convolution kernels may be represented and applied. The convolution kernel must + be smaller in extent than the region of the image to which it will be applied. Practically, 3 x + 3 and 5 x 5 convolution kernels should be considered. The process consists of multiplying the + TMP contents by the image contents on a pointwise basis, and summing the results. + The source image object must be large enough to encompass all the points identiï¬ed by the + IDC. + The input image object maybe either constrained or unconstrained. If the source image is + unconstrained or the process produces a value outside of the dynamic range of the quantized + component, conversion to unconstrained occurs. If the constrain boolean is true, the constraint + model is applied producing constrained output data. + The input image object may be either mono or poly chromatic. The output image object + will be of the same type (mono or poly chromatic). As the TMP type IDC has no provision + for speciï¬cation of parameters by spectral component, the same template parameters and + operation will be applied to all spectral components. Clients desiring different TMP’s per + spectral component should separate the spectral components, operate upon them separately, + and then recombine them. + Speciï¬cation of an invalid source IOB, an already in use resource id for the destination IOB, + or an invalid IDC generates an IDChoice error. Inability of the server to allocate a new IOB + generates an ALLOC error. + Client’s which request notiï¬cation are notiï¬ed of the operation’s completion by an XIE_ + COMPUTATION_COMPLETE event. + + + + +7–36 REQUESTS AND REPLIES + 7.4.3 Ensemble Processing + In ensemble processing, operations are performed on pointwise basis between spatially reg- + istered points in the two image operands. The IDC is used simply to identify connected or + disconnected subregions to be used as input operand data (IDC is simply a boolean selector). + Ensemble processing is divided into four classes: + • Arithmetic + • Relational + • Logical + • Mathematical + + All classes can accept and potentially produce unconstrained image data except the logical + class which will only accept and produce constrained image data. For all other classes, where + multiple images are input to the operation, if all image inputs are not the same (either + constrained or unconstrained), constrained data is promoted to unconstrained before the + operation is conducted. + In general, all ensemble services operate on either mono or poly chromatic images. For poly + chromatic images, the operations are performed on a band by band basis and the resulting + image is also poly chromatic. + +7.4.3.1 Arithmetic + XIEP_ARITH + iob_id1 XIT_IOB + iob_id2 XIT_IOB + constant LISTofCARDnn + iob_id3 XIT_IOB + idc XIT_IDC + operator XIT_ARITH_OP + constrain BOOL + => + none + + service class value: 1 + errors: IDChoice, ALLOC, MATCH, VALUE + events: XIE_COMPUTATION_COMPLETE + + XIEP_ARITH performs arithmetic functions (add, subtract, multiply, divide, minimum, maxi- + mum) between two image objects or between an image object and a constant (image) producing + a new image object. + IOB_id1 and iob_id2 are the two source image objects, and constant is the constant image. + When two IOB’s are involved, iob_id2 is non null and constant is ignored. If the operation + involves a constant, iob_id2 is null and constant is non null. IOB_id3 is the client speciï¬ed id + to be assigned to the newly created (resulting) image object. IDC controls the subset of the + images which will be operated upon. Operator controls which arithmetic operation will be + performed between the two images or between the image and the constant (image). Constrain + determines if the default constraint model will be applied upon completion. + + + + + REQUESTS AND REPLIES 7–37 + The source image objects need not be the same size, but they must be large enough to en- + compass all the points identiï¬ed by the IDC. As the IDC is IOB relative, it is the users + responsibility to ensure spatial alignment of the two IOB contents. + The input image objects maybe either constrained or unconstrained. If the operation involves + a constant image and an unconstrained IOB, the constant will be promoted to unconstrained + before the operation is performed. If either image is unconstrained or the operation produces + a value outside of the dynamic range of the quantized component, conversion to unconstrained + occurs. Thus, the resulting image object may be constrained or unconstrained. If the constrain + boolean is true, the default constraint model will be applied upon completion. + The source images must have the same number of spectral components or an error is gener- + ated. Arithmetic operations occurs on a spectral component by spectral component basis. + Speciï¬cation of an invalid source IOB, an already in use resource id for the destination IOB, + or an invalid IDC generates an IDChoice error. Inability of the server to allocate a new IOB + generates an ALLOC error. Difference between source IOB’s number of spectral components + generates a MATCH error. Arithmetic failures (overflow, underflow, divide by zero) generate a + VALUE error. + Client’s which request notiï¬cation are notiï¬ed of the operation’s completion by an XIE_ + COMPUTATION_COMPLETE event. + +7.4.3.2 Relational + XIEP_COMPARE + iob_id1 XIT_IOB + iob_id2 XIT_IOB + constant LISTofCARDnn + cpp LISTofXIT_IDC {CPP} + idc XIT_IDC {CPP or ROI} + operator XIT_PRED_TYPE + combine BOOL + => + none + service class value: 1 + errors: IDChoice, ALLOC, MATCH + events: XIE_COMPUTATION_COMPLETE + + XIEP_COMPARE compares two image objects or an image object and a constant on a point- + wise basis and generates a CPP type IDC (boolean bitmap) which reflects the results of the + pointwise comparison. It may be used to perform either a spectral component by spectral + component comparison or a complete image (all components taken together) comparison. + IOB_id1 and iob_id2 are the two source image objects, and constant is the constant value. + When two IOB’s are involved, iob_id2 is non null and constant is ignored. If the operation + involves a constant, iob_id2 is null and constant is non null. LISTofCpp is the client assigned + id’s for the newly created control processing planes which contain the comparative results. Idc + controls the subset of the images which will be compared. Operator is the logical predicate + operator used in the comparison. Combine is a boolean which determines if the comparison + should be done on a spectral component by spectral component basis, or on an all components + basis. + + + + +7–38 REQUESTS AND REPLIES + The source image objects need not be the same size, but they must be large enough to en- + compass all the points identiï¬ed by the IDC. As the IDC is IOB relative, it is the users + responsibility to ensure spatial alignment of the two IOB contents. + The input image objects maybe either constrained or unconstrained. If the operation involves + a constant image and an unconstrained IOB, the constant will be promoted to unconstrained + before the operation is performed. If the input image objects are not both constrained, both + are converted to unconstrained before comparison occurs. The source images must have the + same number of spectral components. + If the source images are monochromatic, there is only one output CPP. If the source images are + polychromatic and the combine boolean is true, there is still only one output CPP. If the source + images are polychromatic and the combine boolean is false, there are three output CPP’s. + The combine option is only meaningful for the "equal to" and "not equal" to operators. In these + cases, equality is established on a component by component basis and then ’anded’ to derive + image equality. Inequality is then simply a not of this result. These combine operations are + provided as a convenience packaging (they can easily be built using other protocol functions). + The function does not support rgb distance metrics, and so, combined less than, less than + or equal to, greater than, greater than or equal to function are not supported. Clients may + implement these by using the spectral separate, mathematic process, arithmetic process, and + relational process functions. + The output CPP has a value of 1 where ever the expression is true, and a value of 0 where it + is false or the controlling IDC prevents comparison. + Speciï¬cation of an invalid source IOB, an already in use resource id for the destination IOB, + or an invalid IDC generates an IDChoice error. Inability of the server to allocate a new IOB + generates an ALLOC error. + Client’s which request notiï¬cation are notiï¬ed of the operation’s completion by an XIE_ + COMPUTATION_COMPLETE event. + +7.4.3.3 Logical + XIEP_LOGICAL + iob_id1 XIT_IOB + iob_id2 XIT_IOB + constant LISTofCARDnn + iob_id3 XIT_IOB + idc XIT_IDC + operator XIT_LOGICAL_OPS + => + none + + service class value: 1 + errors: IDChoice, ALLOC, MATCH + events: XIE_COMPUTATION_COMPLETE + + XIEP_LOGICAL performs bitwise (logical plane wise) operations on individual images, and + between two IOB’s or an IOB and constant (image). All logical operators are pointwise, and all + produce a new image object as a result. + + + + + REQUESTS AND REPLIES 7–39 + IOB_id1 and iob_id2 are the two source image objects, and constant is the constant value. + When two IOB’s are involved, iob_id2 is non null and constant is ignored. If the operation + involves a constant (image or otherwise), iob_id2 is null and constant is non null. IOB_id3 is + the client speciï¬ed id to be assigned to the newly created (resulting) image object. Idc controls + the subset of the images which will be logically combined. Operator is the logical combination + operator to be used. + In the case of the ’not’ operation, bitwise inversion is performed. In the case of ’shift_up’ and + ’shift_dn’, the constant determines how many bits. Bits shifted in are zero ï¬lled. + The source images must have the same number of spectral components. Combining (and, or, + xor) occurs a spectral component by spectral component basis. and on a bit wise basis within + spectral component. If the images differ in depth, the shallower is extended to the same depth + as the deeper, with all additional planes being zero ï¬lled. The resulting image has the same + number of spectral components as the source images. + The source image objects need not be the same size, but they must be large enough to en- + compass all the points identiï¬ed by the IDC. As the IDC is IOB relative, it is the users + responsibility to ensure spatial alignment of the two IOB contents. + The input image objects may only be constrained. The resulting image object is also con- + strained. + Speciï¬cation of an invalid source IOB, an already in use resource id for the destination IOB, + or an invalid IDC generates an IDChoice error. Inability of the server to allocate a new IOB + generates an ALLOC error. Speciï¬cation of an unconstrained IOB or spectral mismatches + between IOB’s generates a MATCH error. + Client’s which request notiï¬cation are notiï¬ed of the operation’s completion by an XIE_ + COMPUTATION_COMPLETE event. + +7.4.3.4 Mathematical + XIEP_MATHF + iob_id1 XIT_IOB + iob_id2 XIT_IOB + idc XIT_IDC + function XIT_MATHF + constrain BOOL + => + none + service class value: 1 + errors: IDChoice, ALLOC, VALUE + events: XIE_COMPUTATION_COMPLETE + + XIEP_MATHF applies a single operand mathematical function to the input image on a point- + wise basis (at all points selected by the idc) producing a new image. + IOB_id1 is the source image object. IDC controls the subset of the image to which the math + function will be applied. IOB_id2 is the client speciï¬ed id to be assigned to the newly cre- + ated (resulting) image object. Function selects which mathematical function will be applied. + Constrain determines if the default constraint model will be applied upon completion. + + + + +7–40 REQUESTS AND REPLIES + The source image object must be large enough to encompass all the points identiï¬ed by the +IDC. +While the input image object maybe either constrained or unconstrained, in most cases, the +output object will be unconstrained. If the constrain boolean is true, the default constraint +model will be applied upon completion. +Speciï¬cation of an invalid source IOB, an already in use resource id for the destination IOB, +or an invalid IDC generates an IDChoice error. Inability of the server to allocate a new IOB +generates an ALLOC error. Mathematical errors such as overflow and invalid input (sqrt(-1)) +generate a VALUE error. +Client’s which request notiï¬cation are notiï¬ed of the operation’s completion by an XIE_ +COMPUTATION_COMPLETE event. + + + + + REQUESTS AND REPLIES 7–41 + 7.4.4 Geometric + Geometric services provide for the ability to choose a subset of an image for display, and adjust + the image with regards to the two spatial dimensions. Subsetting is provided for by a crop + function, adjustment in the two spatial dimensions via translate, scale, rotate, and mirror + functions. + All geometric services operate on either mono or poly chromatic images. For poly chromatic + images, the operations are performed individually on each of the bands and the resulting + image is also poly chromatic. + Geometric protocol functions include: + • XIEP_SCALE - scale image in x and y directions + • XIEP_ROTATE - rotate image around z axis + • XIEP_MIRROR - rotate image around x and/or y axes + • XIEP_CROP - extract a subset of an image + • XIEP_TRANSLATE - shift and combine two images + + All geometric services can accept either constrained or unconstrained image data in. No + geometric services offer a constrain control boolean. The output image will be of the same type + (constrained or unconstrained) as the input. + +7.4.4.1 Crop Image + XIEP_CROP + src_iob XIT_IOB + dst_iob XIT_IOB + idc XIT_IDC {ROI} + => + none + service class value: 0 + errors: IDChoice, ALLOC, VALUE + events: XIE_COMPUTATION_COMPLETE + + XIEP_CROP creates a new server IOB from an existing server IOB by cropping the old IOB + data in either or both the X and Y dimensions. + SRC_iob is the id of the source image object. DST_iob is the id of the destination IOB (to be + created). The idc of type roi deï¬nes the geometric extent of the source image to be cropped. + The server creates a new IOB to receive the cropped image data and attributes, and uses the + client speciï¬ed dst_iob as its id. + Speciï¬cation of an invalid source IOB, an already in use resource id for the destination IOB, + or an invalid IDC generates an IDChoice error. Inability of the server to allocate a new IOB + generates an ALLOC error. An out of range parameter value generates a VALUE error. + An XIE_COMPUTATION_COMPLETE event occurs when the destination IOB is created and + ï¬lled with the resulting cropped data. + + + + +7–42 REQUESTS AND REPLIES + 7.4.4.2 Translate Image + XIEP_TRANSLATE + src_iob XIT_IOB + dst_iob XIT_IOB + src_idc XIT_IDC + dst_idc XIT_IDC + constant LISTofCARDnn + => + none + service class value: 0 + errors: IDChoice, ALLOC, VALUE, MATCH + events: XIE_COMPUTATION_COMPLETE + + XIEP_TRANSLATE allows one image to be translated or shifted relative to another image + and then combined via simple overlay. In essence, it is the inverse of crop as it provides for a + simple paste operation. + SRC_IOB acts as the source of image data for the translate and combine operation. DST_IOB + acts as the destination or receiving location of the translate and combine operation. SRC_IDC + determines the subset of SRC_IOB that will be used. DST_IDC determines the location and + clip boundaries in DST_IOB that will receive the source image data. + The two IDC’s (SRC_IDC and DST_IDC) are conceptually aligned at their upper left corner. + If SRC_IDC is smaller than DST_IDC in either direction, the remaining pixels in the area + prescribed by the DST_IDC are ï¬lled with the CONSTANT value in that direction. If SRC_ + IDC is larger than DST_IDC in either direction, the source data is clipped to ï¬t with DST_IDC + in that direction. + Note that both SRC_IOB and SRC_IDC are optional (both must be present or absent). If they + are absent, CONSTANT is used as the source data which is pasted into the destination image + area prescribed by DST_IDC. + The server creates a new IOB to receive the combined image data and attributes, and uses the + client speciï¬ed dst_iob as its id. + Note that this function only supports replacement or non transparent overlay (combination) + and not alpha plane control mixing or translucency. + Both images must be constrained or unconstrained and mono chromatic or polychromatic. + If the operation involves a constant image and an unconstrained IOB, the constant will be + promoted to unconstrained before the operation is performed. + Speciï¬cation of an invalid source IOB, an already in use resource id for the destination IOB, + or an invalid IDC generates an IDChoice error. Inability of the server to allocate a new + IOB generates an ALLOC error. An out of range parameter value generates a VALUE error. + Mismatch in constraints or chromaticity between source images generates a MATCH error. + An XIE_COMPUTATION_COMPLETE event occurs when the destination IOB is created and + ï¬lled with the resulting cropped data. + + + + + REQUESTS AND REPLIES 7–43 + 7.4.4.3 Scale Image + XIEP_SCALE + src_iob XIT_IOB + dst_iob XIT_IOB + pixels_per_scanline CARD32 + number_of_scanlines CARD32 + => + none + service class value: 0 + errors: IDChoice, ALLOC, VALUE + events: XIE_COMPUTATION_COMPLETE + + XIEP_SCALE creates a new server IOB from an existing server IOB by scaling the old IOB + data in either or both the x and y dimensions. + SRC_iob is the id of the source image object. DST_iob is the id of the destination IOB (to + be created). Pixels_per_scanline is the number of pixels per scan line for the scaled image. + Number_of_scanlines is the number of scan lines in the scaled image. + The two IOB’s may differ in either or both the number of pixels per scan line and the number + of scan lines. The ratio of new to old values of these two sets may be considered to be the x + and y scale factors. Scaling up or down (new value leq or new value geq old value) is allowed. + Scaling in one or both dimensions at the same time is allowed. Non integral ratios (scale + factors) is allowed. + XIEP_SCALE_IMAGE operates on the complete input image to produce the scaled output + image. Those attempting to scale a portion of a source image should use crop to extract the + sub image into a new IOB, and then scale it. + With knowledge of the display device characteristics and the original source object, a client + can achieve combinations of the following: + • scale to ï¬t within a window + • scale preserving original aspect ratio + • scale to reproduce at original size + • ... + + The server creates a new IOB to receive the scaled image data and attributes, and uses the + client speciï¬ed dst_iob as its id. + Servers are free to choose their own scaling algorithms (including separate integral and non + integral ones). + Speciï¬cation of an invalid source IOB, an already in use resource id for the destination IOB, + or an invalid IDC generates an IDChoice error. Inability of the server to allocate a new IOB + generates an ALLOC error. An out of range parameter value generates a VALUE error. + An XIE_COMPUTATION_COMPLETE event occurs when the destination IOB is created and + ï¬lled with the resulting scaled data. + + + + +7–44 REQUESTS AND REPLIES + 7.4.4.4 Rotate Image + XIEP_ROTATE + src_iob XIT_IOB + dst_iob XIT_IOB + angle XIT_FLOAT + width CARD32 + height CARD32 + fill LISTofCARD32 + => + none + service class value: 0 + errors: IDChoice, ALLOC, VALUE + events: XIE_COMPUTATION_COMPLETE + + XIEP_ROTATE creates a new server IOB from an existing server IOB by rotating the source + IOB data around the z axis (normal to the 2d image data x-y plane) through the center of the + source IOB. + SRC_iob is the id of the source image object. DST_iob is the id of the destination IOB (to be + created). Angle is the rotation angle in degrees measured clockwise around the z axis. Width + and height are parameters which determine the resulting size of the rotated image (dst_iob). + Fill is the value of a pixel to use in areas where the pixel value is undetermined by rotation. + XIEP_ROTATE operates on the complete input image to produce the rotated output image. + Those attempting to rotate a portion of a source image should use crop to extract the sub + image into a new IOB, and then rotate it. + The width and height parameters operate independently, but in a similar fashion. They are + used to determine the size of the resulting image (dst_iob). If either or both is zero, the + algorithm determines the smallest bounding dimension in that direction which will contain all + of the rotated source data, and sets the resulting image object to that size. In essence, setting + width and/or height to zero ensures that no rotated data is clipped in the horizontal and/or + vertical direction, and that a minimal bounding size is chosen. + If either or both is nonzero, the algorithm will set the resulting image object to the speciï¬ed + size. If the rotated data is larger in this direction than the destination image object, the image + is clipped symmetricaly. + In either case, the rotated data will be centered in the resulting image object, and pixels in + the rotated IOB which do not derive from source IOB pixels will have their value set to that + speciï¬ed in the Fill parameter. Centering the image (due to rotation around the center of the + source image) results in symmetric clipping when clipping occurs. + Servers are free to choose their own rotation algorithms (including separate integral and non + integral ones). + Invalid src_iob results in an IOB error. Inability to allocate the rotated IOB results in an + ALLOC error, while invalid parameter values result in VALUE errors. + An XIE_COMPUTATION_COMPLETE event occurs when the destination IOB is created and + ï¬lled with the resulting rotated data. + + + + + REQUESTS AND REPLIES 7–45 + 7.4.4.5 Mirror Image + XIEP_MIRROR + src_iob XIT_IOB + dst_iob XIT_IOB + x-mirror BOOL + y-mirror BOOL + => + none + + service class value: 0 + errors: IDChoice, ALLOC + events: XIE_COMPUTATION_COMPLETE + + XIEP_MIRROR creates a new server IOB from an existing server IOB by rotating the old IOB + data around the x axis, y axis, or x & y axes of the source IOB. Only rotations of 180 degrees + are allowed which is why the function is named Mirror. This is in keeping with the package + supporting only 2d image data (no perspective transforms allowed or meaningful). + SRC_iob is the id of the source image object. DST_iob is the id of the destination IOB (to be + created). X-mirror and Y-mirror are booleans which determines if the mirror should occur + around the source IOB’s x, y, or x & y axes. + XIEP_MIRROR operates on the complete input image to produce the mirrored output image. + Those attempting to mirror a portion of a source image should use crop to extract the sub + image into a new IOB, and then mirror it. + The server creates a new IOB to receive the mirrored image data and attributes, and uses the + client speciï¬ed dst_iob as its id. + Speciï¬cation of an invalid source IOB, an already in use resource id for the destination IOB, + or an invalid IDC generates an IDChoice error. Inability of the server to allocate a new IOB + generates an ALLOC error. + An XIE_COMPUTATION_COMPLETE event occurs when the destination IOB is created and + ï¬lled with the resulting mirrored data. + + + + +7–46 REQUESTS AND REPLIES + 7.4.5 Radiometric + Radiometric services facilitate the adjustment of an image with regards to the luminance + and/or chrominance dimensions. Radiometric functions are used to directly affect these dis- + tributions or prepare data for adjustment through the use of other point, area, and ensemble + processing services. + Radiometric protocol functions include: + • XIEP_CONSTRAIN - apply a quantization model + • XIEP_MATCH_HISTOGRAM - transform the image to have the speciï¬ed histogram form + • XIEP_CHROMINANCE_SEPARATE - separate a poly chromatic image into multiple + monochromatic images + • XIEP_CHROMINANCE_COMBINE - combine multiple mono chromatic images into a poly + chromatic image + • XIEP_DITHER - reduce number of quantization levels through an area technique + • XIEP_LUMINANCE - extract the luminance component from a poly chromatic image + +7.4.5.1 Constrain + XIEP_CONSTRAIN + iob_id1 XIT_IOB + => + none + service class value: 1 + errors: IDChoice + events: XIE_COMPUTATION_COMPLETE + + XIEP_CONSTRAIN is used to convert an unconstrained IOB into a constrained IOB. In + essence, it applies a client selected quantization model to the image data. Application of the + quantization model may involve steps such as absolute value, range shifting and scaling, hard + clipping, and mapping to a ï¬xed number of quantization levels. While it is possible to perform + some of these functions through other protocol primitives, XIEP_CONSTRAIN packages them + in an essential way which support the transition from unconstrained data generated by some + server functions to constrained data that can move towards display. As such, it is considered a + primitive function. + IOB_id1 is the image object whose state is to be changed from unconstrained to constrained. + The constraint model applied is the current default constraint model. If the input image is + already constrained, and the current default constraint model is the same as the one last + applied to the image, then the function is a noop. If not, the current default constraint model + will be applied. + Constrain will operate on either mono chromatic or poly chromatic images. + No subseting by IDC mechanism is possible (the entire image is constrained). + Speciï¬cation of an invalid source IOB, or an already in use resource id for the destination IOB + generates an IDChoice error. + + + + + REQUESTS AND REPLIES 7–47 + Client’s which request notiï¬cation are notiï¬ed of the operation’s completion by an XIE_ + COMPUTATION_COMPLETE event. + +7.4.5.2 Histogram Matching + + + XIEP_MATCH_HISTOGRAM + iob_id1 XIT_IOB + iob_id2 XIT_IOB + idc XIT_IDC + h_shape XIT_HSHAPE + parm1 XIT_FLOAT + parm2 XIT_FLOAT + => + none + service class value: 1 + errors: IDChoice, ALLOC, MATCH + events: XIE_COMPUTATION_COMPLETE + + XIEP_MATCH_HISTOGRAM creates a new server IOB from an existing server IOB where the + output IOB differs from the input in terms of its component distribution or histogram. The + function is designed to allow the client to specify the desired state of the resulting image’s + histogram (algorithm description of resulting histogram shape). It implements operations such + as histogram equalization (flattening) and hyperbolization. + IOB_id1 is the id of the source image object. IDC_id controls the subset of the image which + will be operated upon. H_shape is the user speciï¬ed form of the desired output image his- + togram. IOB_id2 is the client speciï¬ed id to be assigned to the newly created (resulting) image + object. Parm1 and 2 are parameters which are used to adjust the algorithmic shapes. They + will be speciï¬ed on an hshape by hshape basis (tbs). + The input IOB must be constrained and monochromatic. Output IOB’s are always constrained + and monochromatic. + XIEP_MATCH_HISTOGRAM operates on the subset of the input image deï¬ned by the IDC. + Only IDC’s of type ROI are supported. Histogram matching is implemented on the server side + of the wire because it can not be implemented by a simple transfer function. In particular, + the server based implementation distributes fractional components of initial luminance levels + to destination gray levels based upon random or average neighborhood gray level techniques + (pick one). + Speciï¬cation of an invalid source IOB, an already in use resource id for the destination IOB, + or an invalid IDC generates an IDChoice error. Inability of the server to allocate a new IOB + generates an ALLOC error. Speciï¬cation of an unconstrained or polychromatic IOB generates + a MATCH error. + Client’s which request notiï¬cation are notiï¬ed of the operation’s completion by an XIE_ + COMPUTATION_COMPLETE event. + + + + +7–48 REQUESTS AND REPLIES + 7.4.5.3 Separate Spectral Components + XIEP_CHROMINANCE_SEPARATE + iob_id1 XIT_IOB + iob_id2 XIT_IOB + iob_id3 XIT_IOB + iob_id4 XIT_IOB + => + none + service class value: 1 + errors: IDChoice, ALLOC, MATCH + events: XIE_COMPUTATION_COMPLETE + + XIEP_CHROMINANCE_SEPARATE separates the three planes which make up a three plane + multispectral image into three separate monochromatic images. These images represent the + red, green, and blue components of the original image. + IOB_id1 is the id of the source image object. IOB_id2, iob_id3, iob_id4 are the client speciï¬ed + ids to be assigned to the newly created image objects. + The input IOB maybe constrained or unconstrained. The output IOB’s will be of the same type + (constrained or unconstrained) as the input. The input image must be poly chromatic. The + output images will be mono chromatic. + Speciï¬cation of an invalid source IOB, or already in use resource id’s for the destination IOB’s + generates an IDChoice error. Inability of the server to allocate the new IOB’s generates an + ALLOC error. Speciï¬cation of a mono chromatic input image generates a MATCH error. + Client’s which request notiï¬cation are notiï¬ed of the operation’s completion by an XIE_ + COMPUTATION_COMPLETE event. + +7.4.5.4 Combine Spectral Components + XIEP_CHROMINANCE_COMBINE + iob_id1 XIT_IOB + iob_id2 XIT_IOB + iob_id3 XIT_IOB + iob_id4 XIT_IOB + => + none + service class value: 1 + errors: IDChoice, ALLOC, MATCH + events: XIE_COMPUTATION_COMPLETE + + XIEP_CHROMINANCE_COMBINE combines the three planes which make up a three plane + multispectral image into a single multispectral image. The three component images represent + the red, green, and blue components components of the image. + IOB_id1, iob_id2, and iob_id3 represent the three color planes which are to be combined to + form the composite output multispectral image. IOB_id4 is the client speciï¬ed id of the output + multispectral image object. + + + + + REQUESTS AND REPLIES 7–49 + All input IOB’s must be of the same type (constrained or unconstrained). The output IOB will + be of the same type. All input images must be mono chromatic. The output image will be poly + chromatic. + Speciï¬cation of an invalid source IOB, or an already in use resource id for the destination + IOB generates an IDChoice error. Inability of the server to allocate a new IOB generates an + ALLOC error. If input IOB’s are of different types (constrained and unconstrained), or are not + all mono chromatic, a MATCH error occurs. + Client’s which request notiï¬cation are notiï¬ed of the operation’s completion by an XIE_ + COMPUTATION_COMPLETE event. + +7.4.5.5 Dither + XIEP_DITHER + iob_id1 XIT_IOB + iob_id2 XIT_IOB + levels LISTofCARD32 + => + none + service class value: 1 + errors: IDChoice, ALLOC, VALUE, MATCH + events: XIE_COMPUTATION_COMPLETE + + XIEP_DITHER is used to reduce the number of quantization levels. Dithering accomplishes + this by affecting adjacent pixels (area affect) to make up for lack of depth resolution. In + essence, it spreads out the value of a pixel into the surrounding area so that the visual affect + of multiple levels is preserved. + IOB_id1 is the id of the source image object. IOB_id2 is the client speciï¬ed id to be assigned + to the newly created (resulting) image object. Levels is the number of levels (on a component + by component basis) the source image should be dithered down to. + The input IOB must be constrained. The output IOB will be constrained. + Note that because dithering "spreads out" the value of a pixel into the surrounding areas in + order to "fool the eye" into perceiving more shades of gray or colors than are actually being + used, it generates an image which may be unsuitable for further display processing. While the + IOB generated can be operated upon by other XIE functions, the results may prove less than + meaningful. As such, dither is often one of the last steps before display. + Speciï¬cation of an invalid source IOB, or an already in use resource id for the destination + IOB generates an IDChoice error. Inability of the server to allocate a new IOB generates an + ALLOC error. If levels is greater than or equal to the current quantized state of the IOB, + a VALUE error is generated. If the source IOB is not of type constrained, a MATCH error + occurs. + Client’s which request notiï¬cation are notiï¬ed of the operation’s completion by an XIE_ + COMPUTATION_COMPLETE event. + + + + +7–50 REQUESTS AND REPLIES + 7.4.5.6 Luminance + XIEP_LUMINANCE + iob_id1 XIT_IOB + iob_id2 XIT_IOB + => + none + service class value: 1 + errors: IDChoice, ALLOC, MATCH + events: XIE_COMPUTATION_COMPLETE + + XIEP_LUMINANCE is used to extract or derive the luminance component of a color (polychro- + matic) image. This function is considerably different than the separate spectral component as + the luminance of a color image is derived from the color image by either a color space trans- + form (such as to LUV) or by algorithmic combination of the spectral components (RGB), and + not simply by taking one of the spectral components (such as R). + IOB_id1 is the id of the source polychromatic image object. IOB_id2 is the client speciï¬ed id + to be assigned to the newly created (resulting) monochromatic luminance image object. + The input IOB must be both polychromatic and constrained. The output is monochromatic and + constrained. + Speciï¬cation of an invalid source IOB, or an already in use resource id for the destination + IOB generates an IDChoice error. Inability of the server to allocate a new IOB generates an + ALLOC error. If the source IOB is not polychromatic and of type constrained, a MATCH error + occurs. + Client’s which request notiï¬cation are notiï¬ed of the operation’s completion by an XIE_ + COMPUTATION_COMPLETE event. + + + + + REQUESTS AND REPLIES 7–51 + 7.5 Statistics Services + + Statistical functions allow the client to ask the server to determine certain statistics for an + IOB. Statistical functions do not affect the contents of the IOB. rather, they simply report + statistical information about the IOB contents back to the client. Statistical information + includes component distributions (histogram), moment data, and local area data. + All statistics generation can be done under the control of an IDC. The IDC is used to control + the subset of the complete IOB which will contribute to the statistical calculation. + Statistical protocol functions which generate either statistical distributions or local area data, + return this information to the client. Statistical protocol functions which calculate moments + generate a new (server based) IOB which contains the moment data. This allows the moment + data to be queried like any other image, or to be used in server based enhancement processing. + Statistics functions include: + • XIEP_CALC_HISTOGRAM - get the histogram of an image + • XIEP_POINT_STATISTICS - get statistics of an image + • XIEP_AREA_STATISTICS - create a statistical image + +7.5.1 Component Distribution + XIEP_CALC_HISTOGRAM + iob_id XIT_IOB + idc_id XIT_IDC + by_component BOOL + => + histogram LISTofLISTof hist_entry + service class value: 1 + errors: IDChoice, MATCH + events: none + + where hist_entry is: + [ + index LISTofCARD32 + number XIT_FLOAT + ] + + XIEP_CALC_HISTOGRAM generates a histogram of the component values of the subset of the + IOB identiï¬ed by the IDC. The component distribution reflects the population of all possible + component states for a given IOB based upon actual data content. The component distri- + bution can be determined for a bitonal monochromatic image (black and white), continuous + tone monochromatic image (gray scale), or continuous tone polychromatic image (color). For + polychromatic images, the component distribution can be generated on either a per channel + (spectral component) basis (ie. 3 separate distributions) or for the distribution in the three + space (ie. 1 combined distribution) with the by_component switch controlling the option. + Note that the size of the list length entry (ï¬rst ï¬eld in the list) for the second list in histogram + is CARD32 (rather than the default CARD8) to allow for the potentially large number of + histogram entries. + + + +7–52 REQUESTS AND REPLIES + IOB_id is the id of the source IOB. IDC_id is the id of the IDC of type ROI or CPP to be used + in determining the subset of the image for which the distribution will be generated. + The input IOB must be of type constrained. It may be mono or poly chromatic. + The function returns the histogram to the caller. The histogram is a list of histogram entries + where each entry consists of the index or value followed by the number of pixels found with + that index or value. For color images where the by_component request dictates three separate + distributions, the index is a single value, while for full organization (by_component = false), + the index is a list of three values (in essence the color three space coordinates). + Non existent IOB or IDC generates an IDChoice error. Speciï¬cation of an input IOB of type + unconstrained generates a MATCH error. + +7.5.2 Point Statistics + XIEP_POINT_STATS + iob_id XIT_IOB + x CARD32 + y CARD32 + height CARD8 + width CARD8 + -> + Pixel LISTofXIT_FLOAT + Minimum LISTofXIT_FLOAT + Maximum LISTofXIT_FLOAT + Mean LISTofXIT_FLOAT + Std_dev LISTofXIT_FLOAT + Variance LISTofXIT_FLOAT + service class value: 1 + errors: IDChoice, VALUE + events: none + + XIEP_POINT_STATS is designed to allow a client to determine local area statistical informa- + tion from image data at and surrounding a speciï¬ed pixel within an IOB. This information is + returned by the function to the client. + Iob_id is the id of the source IOB, x and y locate the pixel in question within the IOB. Height + and width determines the size of a rectangular area around the pixel to use in the statistical + calculations. + The function returns the following information: Value is the value of the pixel at the speciï¬ed + location, minimum is the minimum pixel value in this area, maximum is the maximum pixel + value in the area, mean is the mean pixel value for this area, std_dev is the standard deviation + of the pixel distribution for this area, and variance is the variance of the pixel distribution for + this area. + The input IOB may be either constrained or unconstrained, and mono or poly chromatic. + The resulting data is always in float format in order to handle the unconstrained IOB case. + Each return item has an entry for each spectral component. Wire transport formats (Band_ + Interleaved_by_Pixel, ...) do not apply. + Speciï¬cation of a non existent IOB generates an IDChoice error. Speciï¬cation of out of range x + and/or y locations generates a VALUE error. + + + + REQUESTS AND REPLIES 7–53 + In essence, XIEP_POINT_STATS is a degenerate case of XIEP_AREA_STATS. It differs from + XIEP_AREA_STATS in that the function returns the limited statistical information about the + area surrounding a single pixel rather than generating a new server IOB containing statistical + information about the area surrounding all pixels. Users who only want the pixel value should + use the XIEP_GET_PIXEL function. + +7.5.3 Area Statistics + XIEP_AREA_STATS + src_iob XIT_IOB + dst_iob XIT_IOB + idc_id XIT_IDC {ROI, CPP} + edge_size CARD8 + stat_type XIT_STAT_TYPE + -> + none + service class value: 1 + errors: IDChoice, ALLOC, MATCH + events: XIE_COMPUTATION_COMPLETE + + XIEP_AREA_STATS is designed to allow a client to determine statistical information about a + subset of image data within an image, and store this information locally within a new server + IOB (ie. create a statistical image). + Src_iob is the id of the source server IOB resource, dst_iob is the id of the destination server + IOB resource which will contain the statistical information, idc_id is the id of a server IDC + resource of type ROI or CPP, edge_size is the size of the local area square region surrounding + each pixel to be used in the statistical operation, stat_type is the type of statistical image to be + generated {minimum, maximum, mean, std_dev, variance}. + The function calculates the statistical information on a pixel by pixel basis based upon the + local area surrounding pixels and stores the resulting information in the new IOB. The edge_ + size parameter determines how large the local area is. + The input IOB maybe either constrained or unconstrained. The output IOB will be of the same + type as the input IOB (constrained or unconstrained). The input may only be mono chromatic, + and the output will be mono chromatic. + Speciï¬cation of a non existent source IOB or a resource id for the destination IOB which is + already in use generates an IDChoice error. Speciï¬cation of a non existent IDC or an IDC of + type TMP (template) generates an IDChoice error. Inability of the server to allocate the new + resource results in an ALLOC error. Speciï¬cation of a poly chromatic source image results in + a MATCH error. + An XIE_COMPUTATION_COMPLETE event occurs when the destination IOB is created and + ï¬lled with the resulting statistical data. + + + + +7–54 REQUESTS AND REPLIES + 7.6 Process Control Services + + Process Control class services provide the ability to deï¬ne and apply pipelines containing + transport, enhancement, and rendition operations. In addition to the resource functions used + to create and query pipelines, Process Control protocol functions include: + • XIEP_ADD_SEGMENT {n} - adds a processing segment to a pipeline + • XIEP_EXECUTE_PIPE {n} - begins execution of a pipeline + • XIEP_KILL_PIPE {n} - terminates (prematurely) execution of a pipeline + +7.6.1 Adding Segments + XIEP_ADD_SEGMENT + ipc_id XIT_IPC + name LISTofSTRING8 + function XIT_XIEFUNCTION + parm_bindings LISTofBINDING + -> + none + service class value: 1 + errors: IDChoice, VALUE + events: none + where + BINDING is: + [ + name STRING8 + number CARD32 + ] + + XIEP_ADD_SEGMENT adds a processing segment to the end of a pipeline. + IPC_id the id of the server pipeline resource to which the processing segment will be added. + Name is a client assigned name for this segment which will be used by other segments in + this pipeline to reference parameters from this segment. Function speciï¬es which of the XIE + protocol functions (that are allowed in pipelines) will be used as this pipeline segment. Note + that the function choice implicitly determines this pipeline segment’s i/o parameter types and + numbering. + Parm_bindings describe where this segments inputs will come from and outputs will flow to. + There must be as many entries in the list as their are parameters to the XIE protocol function + which makes up this segment. Within parm_bindings, name is the name of a prior segment in + the pipeline, of the pipeline itself, or the atoms "CONSTANT" or "NULL". For segment inputs, + if the input is to come from the pipeline global inputs, the pipeline name should be used and + the number is the number of the pipeline global input. If input is to come from an upstream + segment, the upstream segment name should be used, and the number is the number of + that segments output parameter. If input is a constant, number should be the value of the + constant. For segment outputs, if the output is to flow from the pipeline, name should be the + name of the pipeline and number the number of one of its output parameters. If the output + will be used downstream, or not at all, the name should be set to "NULL". + + + + + REQUESTS AND REPLIES 7–55 + The following rules apply to pipeline processing segments and their input/output parameters: + 1. Segments can only be pipelinable functions (see protocol summary appendix). + 2. Segments are added sequentially (no substitution/deletion/modiï¬cation). + 3. Segment input/output parameters can only be bound in the following ways: + • Input Parameters: + 1. To a constant speciï¬ed at segment add time. + 2. To a global pipeline input parameter. + 3. To an upstream (previously added) segment output parameter. + • Output Parameters: + 1. To a global pipeline output parameter. + 2. Left unbound (see below) + 4. Intermediate pipe results (iob’s etc) not bound to a pipe output are temporary + + If the IPC_id is not a valid IPC, or the function is not a pipelinable XIE protocol function, + an IDChoice error occurs. If a reference is made to a global pipeline of pipeline segment + parameter (index) which does not exist, a VALUE error occurs. + +7.6.2 Executing a Pipe + XIEP_EXECUTE_PIPE + ipc_id XIT_IPC + input_parms LISTofparameters + output_parms LISTofparameters + -> + none + service class value: 1 + errors: IDChoice, MATCH + events: XIE_PIPELINE_COMPLETE + + XIEP_EXECUTE_PIPE starts the execution of a pipeline. + Input and output parameters are in essence the actual parameters which will be bound to the + formal parameters of the pipeline (established at resource creation time with resource type + IPC). + If the ï¬rst segment of the pipeline is an XIEP_PUT_STREAM, the pipeline execution will be + stalled until the client executes an XIEP_PUT_STREAM into the designated IOB. As data + arrives, it will flow into the pipeline. + If the IPC_id does not identify a valid IPC (one which exists, has at least one processing + segment, and is not in state running), an IDChoice error occurs. If any parameter (input or + output) is of the wrong type, a MATCH error occurs. + + + + +7–56 REQUESTS AND REPLIES + 7.6.3 Terminating a Pipe + XIEP_KILL_PIPE + ipc_id XIT_IPC + -> + none + service class value: 1 + errors: IDChoice + events: XIE_PIPELINE_COMPLETE + + XIEP_KILL_PIPE terminates the execution of a pipeline. IPC_id the id of the server pipeline + resource whose execution the client wishes to terminate. + Terminating the execution of a pipeline results in the termination of execution of all pipeline + processing elements. All intermediate data and state information is lost as is all pipeline + output. + Speciï¬cation of a non existent source IPC or one which is not currently in the process of + execution results in an IDChoice error. + An XIE_PIPELINE_COMPLETE event occurs when the pipeline is terminated. + + + + + REQUESTS AND REPLIES 7–57 + 7.7 Display Services + + As the core X protocol provides substantial machinery to facilitate pixmaps and the X image + extension works to produce (through rendition) pixmaps, the only display services in XIE deal + with time sequences, something not provided for under core X. + XIEP_DISPLAY_SEQUENCE + window_id WINDOW + gc_id GCONTEXT + frame_count CARD16 + frame_timing CARD16 + frame_list LISTofPIXMAP + forward BOOL + => + none + service class value: 3 + errors: IDChoice, VALUE + events: XIE_SEQUENCE_COMPLETE + + XIEP_DISPLAY_SEQUENCE is used to display a sequence of prerendered image frames + which are stored as server pixmaps. The client has control over the order of frames, time + delay between frame display, and direction of frame sequence play. + Window_id is the window in which to display the sequence. GC_id is the id of the GC used in + the display operation. Frame_count is the number of frames in the sequence. Frame_timing + controls the delay time in milliseconds between sequential frame displays. Frame_list is + the list of PIXMAP id’s that constitute the sequence of frames. Forward is a boolean which + controls the direction of play of the sequence. Note that the size of the list length entry (ï¬rst + ï¬eld in the list) for frame_list is CARD16 (rather than the default CARD8) to allow for a long + sequence of pixmaps. + Speciï¬cation of an invalid window_id or an invalid pixmap_id generates an IDChoice error. + Speciï¬cation of frame_timing which is less than that which the server can provide generates a + VALUE error. + For clients which have requested notiï¬cation of end of sequence events, an XIE_SEQUENCE_ + COMPLETE event occurs when the last frame of a sequence is displayed. + + + + +7–58 REQUESTS AND REPLIES + 7.8 Event Services + + X Image Extension Protocol event services provide for the selection and query of image + extension speciï¬c events. + +7.8.1 Select Events + XIEP_SELECT_EVENTS + event_mask CARD16 + => + none + service class value: 0 + errors: VALUE + events: none + + XIEP_SELECT_EVENTS is used by the client to select which events it wishes to be notiï¬ed + of. Event_mask is a bit map mask where each bit corresponds to the value of an event code. + Speciï¬cation of an invalid event_mask generates a VALUE error. + +7.8.2 Query Events + XIEP_QUERY_EVENTS + event_mask CARD16 + => + event_mask CARD16 + service class value: 0 + errors: none + events: none + + XIEP_QUERY_EVENTS is used by the client to determine which events it has expressed + interest in being notiï¬ed of. + Event_mask on the input side communicates which events the client is interested in knowing + its notiï¬cation status, while on the destination side, it communicates the server’s record of + which events the client will be notiï¬ed of. In both cases, it is a bit map mask where each bit + corresponds to the value of an event code. + + + + + REQUESTS AND REPLIES 7–59 + Chapter 8 + +EVENTS + + + All events return a message with a common preï¬x as described in the Event Protocol Message + Format section. Included in this information is the event type code, and the request sequence + number. + The following sections deï¬ne the details of each of the image extension events. All X Image + Extension event names begin with the preï¬x XIE_. Event codes are deï¬ned in the protocol + code summary appendix. + +8.1 COMPUTATION COMPLETE + + XIE_COMPUTATION_COMPLETE + src_iob XIT_IOB + dst_iob XIT_IOB + + An XIE_COMPUTATION_COMPLETE event occurs when client requested process protocol + functions completes (see protocol speciï¬cations). Speciï¬cally, it occurs when all the image + data that makes up the complete contents of the destination IOB which results from the + computation has been established by the server. + The event information includes the the id’s of both source and destination IOB’s. + Only clients which have requested notiï¬cation of this event are notiï¬ed. + +8.2 PIPELINE COMPLETE + + XIE_PIPELINE_COMPLETE + ipc_id XIT_IPC + + An XIE_PIPELINE_COMPLETE event occurs when client requested process pipeline com- + pletes (see protocol speciï¬cations). Speciï¬cally, it occurs when all the image data that makes + up the input image(s) has been processed by the last stage in the pipeline. + The event information includes the the id of the pipeline (IPC id). + Only clients which have requested notiï¬cation of this event are notiï¬ed. + + + + + EVENTS 8–1 + 8.3 SEQUENCE COMPLETE + + XIE_SEQUENCE_COMPLETE + + An XIE_SEQUENCE_COMPLETE event is generated when a server completes displaying a + time sequence of image frames. + + + + +8–2 EVENTS + Chapter 9 + +APPENDICES + + + +9.1 XIE Protocol Summary + + The following is a summary of the XIE protocol functions categorized into their various service + classes. A {p} following the function indicates that it can be used as a pipeline element, while + a {n} indicates that it can not be used as a pipeline element. Session Services + • XIEP_INIT_SESSION {n} - begins a client-extension server session + • XIEP_SET_DEFAULTS {n} - establish/modify operational defaults + • XIEP_QUERY_DEFAULTS {n} - query operational defaults + • XIEP_TERM_SESSION {n} - ends a client-extension server session + +Resource Services + • XIEP_CREATE_RESOURCE {n} - create a new server resource object + • XIEP_COPY_RESOURCE {n} - copy contents from source to destination resource + • XIEP_DELETE_RESOURCE {n} - delete an existing server resource object + • XIEP_QUERY_RESOURCE {n} - query an existing server resource object + • XIEP_IMPORT_IMAGE {n} - create a new server IOB resource object + • XIEP_EXPORT_IMAGE {p} - create a new server PIXMAP resource object + +Transport Services + • XIEP_SET_TRANSPORT {n} - establishes the required transport context information + • XIEP_GET_TILE {p} - transports random tiles of uncompressed image data from server to + client + • XIEP_PUT_TILE {p} - transports random tiles of uncompressed image data from client to + server + • XIEP_GET_STREAM {p} - transports a stream of compressed or uncompressed image data + from server to client + • XIEP_PUT_STREAM {p} - transports a stream of compressed or uncompressed image data + from client to server + +Process Services + + + + APPENDICES 9–1 + • XIEP_POINT {p} - applies a point (lut) transform to an image + • XIEP_AREA {p} - applies are operators to an image + • XIEP_ARITH {p} - performs arithmetic between two images + • XIEP_COMPARE {p} - compare two images + • XIEP_LOGICAL {p} - operates on the individual bit planes of an image + • XIEP_MATHF {p} - applies mathematical functions to an image + + • XIEP_SCALE {p} - scale image in x and y directions + • XIEP_ROTATE {p} - rotate image around z axis + • XIEP_MIRROR {p} - rotate image around x and/or y axes + • XIEP_CROP {p} - extract a subset of an image + • XIEP_TRANSLATE {p} - shift and combine two images + + • XIEP_CONSTRAIN {p} - apply a quantization model + • XIEP_MATCH_HISTOGRAM {p} - transform the image to have the speciï¬ed histogram + form + • XIEP_CHROMINANCE_SEPARATE {p} - separate a poly chromatic image into multiple + monochromatic images + • XIEP_CHROMINANCE_COMBINE {p} - combine multiple mono chromatic images into a + poly chromatic image + • XIEP_DITHER {p} - reduce number of quantization levels through an area technique + • XIEP_LUMINANCE {p} - extract the luminance component from a poly chromatic image + +Statistics Services + • XIEP_CALC_HISTOGRAM {n} - get the histogram of an image + • XIEP_POINT_STATISTICS {n} - get statistics of an image + • XIEP_AREA_STATISTICS {n} - create a statistical image + +Process Control Services + • XIEP_ADD_SEGMENT {n} - adds a processing segment to a pipeline + • XIEP_EXECUTE_PIPE {n} - begins execution of a pipeline + • XIEP_KILL_PIPE {n} - terminates (prematurely) execution of a pipeline + +Display Services + • XIEP_DISPLAY_SEQUENCE {n} - display a time sequence of pixmaps + +Event Services + • XIEP_SELECT_EVENTS {n} - select which events the client wishes to be notiï¬ed of + • XIEP_QUERY_EVENTS {n} - query which events the client will be notiï¬ed of + + + + +9–2 APPENDICES + 9.2 Recommended Server Resource Contents + + This section describes the client known contents of the various image extension server re- + sources. These are the resource object ï¬elds which the client can reference in various resource + protocol operations. Some ï¬elds can be initialized, queried, and modiï¬ed by the client through + object creation, modify, and query functions, while others can only be initialized and queried, + and still others can only be queried. This last class of ï¬elds are initialized and maintained + solely by the server, and are in essence read-only for the client + A table within each subsection deï¬nes the ï¬eld identiï¬er, allowable forms of access, and value + binding. Particulars regarding image data object ï¬elds can be found in the appendix on image + data attributes and organization. Details of other resources and their contents can be found in + the resource creation protocol functions and other protocol functions which use the resources. + +9.2.1 IOB + The atomic unit of revisable form image data residing on the server and addressable by the + client is the image object or IOB. An IOB represents a single revisable form image (one which + can be modiï¬ed and prepared for device speciï¬c display). An IOB is intended to contain a + single two-dimensional still-frame image of bitonal, continuous tone, or multispectral data. + IOB’s are not intended for composite image collections or temporal image sequences (multiple + 2d frames associated with spatial or temporal layout mechanisms). Multiple IOB’s should be + used by applications to build composite static image displays and time sequences of images + under application control. IOB’s are self contained: no nesting or external references are + allowed. + Each image object (IOB) contains image attributes and the image data itself. The attributes + consist of information necessary to interpret the image data and useful in guiding default + rendition and presentation. The attributes are initialized by the client at image object creation + time. The image data can only be initialized through image data wire transport functions. All + attributes can be directly queried by the client, but the image data can not be directly queried. + It can only be read via image data wire transport functions. + IOB attributes fall into two classes: those that are server private, and those that are public + and queryable by the client. The private attributes can not be accessed by the client in anyway + and are not described in this document. The public attributes are initialized by the client and + server at image object creation time. Once the IOB has been created, these attributes are + "read only" for the client. The only modiï¬cation of these attributes derives from client directed + server processing of the image. + Image primitive and presentation attributes are stored within the IOB and are initialized and + queryable by the client. Format (organization and encoding) information is not stored in the + IOB (refer to appendix on image data attributes and organization). Format information is + simply used during wire transport. + + + + + APPENDICES 9–3 + Field id Field code Field type + -------- ---------- ---------- + IOB$PIXELS_PER_SCANLINE 0 CARD32 + IOB$NUMBER_OF_SCANLINES 1 CARD32 + IOB$NUMBER_OF_SPECTRAL_COMPONENTS 2 CARD8 + IOB$SPECTRAL_COMPONENT_MAPPING 4 XIT_SPECTRAL_COMPONENT_MAPPING + IOB$PIXEL_PROGRESSION 5 XIT_PIXEL_PROGRESSION + IOB$LINE_PROGRESSION 6 XIT_LINE_PROGRESSION + IOB$ASPECT_RATIO 7 XIT_FLOAT + IOB$POLARITY 8 XIT_POLARITY + IOB$CONSTRAINED 9 BOOL (query only) + IOB$CONSTRAIN_MODEL 10 CARD8 (query only) + IOB$CONSTRAIN_BITS_PER_COMPONENT 11 LISTOFCARD8 (query only) + + The image data ï¬eld of the IOB is only accessible to the client through image data wire + transport protocol function, and not directly through resource object functions. + Other than the implications of constrained/unconstrained and mono/polychromatic, the orga- + nization of the image data in the IOB is server private. The server may choose to represent + the revisable form image data within the IOB in anyway it desires including the same way in + which the core server represents PIXMAPS. The only constraint is that upon request from the + client, the server must be able to reproduce ALL image data which comes across the wire in + the ï¬rst place (ie. if the client creates an IOB, ï¬lls it with image data, and requests the server + to send the data back in the same way, the data which comes back must be identical to what + went across in the ï¬rst). + +9.2.2 IDC + Control over the selection of the subset of a revisable form image object which will be processed + by the server, as well as the speciï¬cation of operand data for area operations is accomplished + through the use of image domain control contexts (IDCs). + The subsetting process serves to identify either fully connected subregions of an image which + will be processed, or individual pixels and disconnected subregions. + Area operations involve speciï¬cation of both area operands to be used in conjunction with the + area image data surrounding the current pixel, and the spatial relationship or registration of + those area operands (both spatial registration and operand shape). + A region of interest deï¬nes a rectangular subregion of an image object (less than or equal to + the image object in size). The speciï¬cation is accomplished by locating the upper left and lower + right hand corners of the rectangle relative to an image object. ROI ï¬eld values are initialized + at resource creation time. They can be queried or modiï¬ed at any time by the client. They are + never modiï¬ed by the server. + + Field id Field Code Field type + -------- ---------- ---------- + IDC$ROI_UL_X 0 CARD16 + IDC$ROI_UL_Y 1 CARD16 + IDC$ROI_LR_X 2 CARD16 + IDC$ROI_LR_Y 3 CARD16 + + + + +9–4 APPENDICES + A control processing plane deï¬nes the points within a rectangular subregion of an image + object (less than or equal to the image object in size) that are subject to processing. The + speciï¬cation is accomplished via the use of a 1 bit deep PIXMAP which is positioned against + the image object by locating the upper left hand corner relative to an image object. A PIXMAP + value of 1 implies that the image data at that point is subject to processing while a value of + 0 implies that it is not. The results of the image operator at these points (selected and not) + are determined by the operator on a case by case basis. CPP ï¬eld values are initialized at + resource creation time. They can be queried or modiï¬ed at any time by the client. They are + never modiï¬ed by the server. + + Field id Field Code Field type + -------- ---------- ---------- + IDC$CPP_UL_X 4 CARD16 + IDC$CPP_UL_Y 5 CARD16 + IDC$CPP_DATA 6 PIXMAP + + A template deï¬nes the points within a rectangular subregion which will be selected for use + in an area operation, and the values of an operand to be used in the operation for each of + these points. The template does not deï¬ne its spatial relation to the image object. Rather, it + speciï¬es the alignment of its selection and operand "mask" to what ever the current pixel is. + This is done by specifying the location of the current pixel in the two dimensional selection / + operand grid. This allows for asymmetric and sparsely populated template grids. TMP ï¬eld + values are initialized at resource creation time. They can be queried or modiï¬ed at any time + by the client. They are never modiï¬ed by the server. + + Field id Field Code Field type + -------- ---------- ---------- + IDC$TMP_ENTRIES 7 CARD8 + IDC$TMP_CENTERX 8 CARD8 + IDC$TMP_CENTERY 9 CARD8 + IDC$TMP_DATA 10 LISTofXIT_FLOAT + + +9.2.3 IPC + TBS + + + + + APPENDICES 9–5 + 9.3 Image Data Attributes & Organization + + In the X Image Extension, the client may keep image data within itself in any fashion it + chooses. The client may keep any set of attributes, partitioned or not, and any image data + organization. It may also choose to exchange that data and those attributes with another + application in any fashion it desires. Those issues are outside of the scope of the X Image + Extension. + What the X Image Extension does focus on (specify) is the transport of image data and + attributes across the X wire. The ground rules are simple: the protocol speciï¬es what attribute + information must be exchanged and when, and the multiple allowable data transport formats. + The client gets to choose from these various formats and the server complies at data transport + time. The client does not get to choose how the server represents or organizes the image + data (just as the server does not control how the client does it). The server may be lazy and + simply maintain the organization as it came across the wire, or may restructure the data to + meet its needs. While the requirement (see protocol section) that the server be able to turn + around and give image data back precisely as it received it (without loss) may be a powerful + incentive to maintain the wire transport data organization, it is not a requirement that the + server maintain the data internally in that format. + This appendix addresses image data attributes, their logical partitioning, and image data + transport formats. The various attributes are partitioned and described along with the trans- + port formats. The parameter types for these attributes are described either in the parameter + types chapter (for complex types), or in-line along with their usage in the protocol functions + chapter (transport services section). + Image attributes are partitioned into three components: primitive attributes, organization + and encoding attributes, and presentation attributes. Primitive attributes relate to a PCM + reference model for the image. Organization and encoding attributes are essential for inter- + preting the image data at transport time and go to the heart of the issue of transport formats. + Presentation attributes relate to the ’intended’ or original presentation established at capture + or synthesis time. + An Image + +----------------------------------------------------+ + | | + | +------------+ +-------+ | + | | image | | image | | + | | attributes | | data | | + | +------------+ +-------+ | + | | | + | | | + | +-- primitive attributes | + | | | + | | | + | +-- organization & encoding attributes | + | | | + | | | + | +-- presentation attributes | + | | + +----------------------------------------------------+ + + + + +9–6 APPENDICES + 9.3.1 Primitive Attributes + Primitive image attributes include information about a PCM reference model version or + state of the image (which may not exist during transport). Primitive image attributes are + communicated by the client to the server at IOB creation time, are queryable by the client at + any time, and modiï¬able only by the server (not the client). + Primitive attributes include: + • Pixels-Per-Scanline + + The total number of pixels per scan line. This value is not + necessarily the total number of bits per scan line. + + • Number-of-Scanlines + + The total number of scan lines in the image. + + • Number-of-Spectral-Components + + Speciï¬es the number of spectral bands in an image. Note that this + is NOT necessarily the number of logical data planes in the data organization. + For an RGB image, this would be 3. For a mono chromatic image, this would be 1. + + • Spectral-Component-Mapping + + Designates the correlation between the physical image data and the + spectral components of an image. Images may have anywhere between + one spectral component (monochromatic) and several spectral + components (polychromatic). Monochromatic bitonal (black & white), + monochromatic-continuous tone (grayscale), and 3 band polychromatic (color) + will be the only supported classes. + Recognized spectral component mappings include: + • monochrome + • color 3 spaces + • RGB + • *futures* + +9.3.2 Organization & Encoding Attributes + Organization and encoding attributes deï¬ne the detailed structure of the image data represen- + tation during wire transport. Image data will either begin or end up in a client’s buffer in this + format depending upon the transport direction. Organization and encoding attributes are only + relevant in wire transport and are not directly associated with a server based IOB. + + + + + APPENDICES 9–7 + 9.3.2.1 Encoding Attributes + Encoding attributes describe the image data compression being used during wire transport, + and its relationship to the data organization scheme in use. Encoding attributes include: + • Compression-Scheme + + The compression scheme used to encode the image data during transport. + Only standardized or well recognized and accepted compression schemes + are supported. These include: + + • PCM (raw bitmap - no compression) + • CCITT Group 4 two dimensional + • ISO Discrete Cosine Transform + + There are ground rules for the choice of compression scheme and its application based upon + data organization. + The fax compression scheme (G42D) can only be applied to bitonal images (any value of + Component-Space-Organization as long as the total bits per pixel = 1), or to continuous tone + images (gray scale and color) on a bit-plane by bit-plane basis (Component-Space-Organization + must be bit_interleaved_by_plane). + Discrete Cosine Transform compression can be applied to bitonal, continuous tone gray + scale, and continuous tone color images with Component-Space-Organization equal to band_ + interleaved_by_plane or bit_interleaved_by_plane. In the former case, the compression scheme + is applied on a spectral component basis, while in the latter case, it is applied on a bit plane + by bit plane basis. + +9.3.2.2 Component Space Attributes + Image data may represent information deriving from a number of chrominance bands (mono + through poly chromatic) and luminance quantization levels per band (bitonal through con- + tinuous tone). Given any one combination (such as 3 color bands as in R-G-B and 8 bits per + band per pixel), the representation of the information can be organized for transport in several + ways. This section describes the possible formats and the associated attributes along with low + level data formatting information. Component space attributes include: + • Component-Space-Organization + + Designates how the component space data is physically organized. + It is deï¬ned in terms of pixel component bit storage within and + across image logical data planes. In other words, it indicates how image data + is organized pixel-by-pixel and spectral-component by spectral-component + into logical planes of data. Recognized component-space-organizations + include: + + • Band_Interleaved_by_Pixel + + All pixel data for ALL spectral components is collected into + a single logical data plane. For example, given an RGB image, the red, + + +9–8 APPENDICES + green, and blue bits for one pixel are butted together. The + red, green, and blue bits for the next pixel follow. + + • Band_Interleaved_by_Plane + + All pixel data for EACH spectral component occupies a + separate logical data plane. Thus, for our RGB image, all red bits + for all pixels are gathered into a single data plane, + followed by all green bits for all pixels, followed by + all blue bits for all pixels. + + • Bit_Interleaved_by_Plane + + All the pixel bits for each spectral component occupy + separate logical data planes. Thus, if our RGB image had 8 bits + per spectral component, there would be 24 separate data planes. + + + Bitonal images (monochromatic) can be organized in any of the + three ways (all are identical). Grayscale images (monochromatic) can + be organized in two ways: (Band_Interleaved_by_Pixel and Band_Interleaved_by_Plane + are identical) or (Bit_Interleaved_by_Plane). Color images (polychromatic) + can be organized into any of the three ways. + +• Bits-Per-Component + + The number of bits used for each image component by logical data + plane independent of component space organization. The sum of + Bits-Per-Component for all components must by deï¬nition equal + the total bits per pixel. + +• Pixel-Stride + + The difference in bit addresses between the starting bits of + successive pixels by logical data plane. Pixel-stride will typically be equal + to the number of bits per pixel stored in a particular plane + unless pixel boundary alignment requires ï¬ll (pad). Pixel-Stride + is meaningful for uncompressed data in any of the 3 organizational + formats. + +• Scanline-Stride + + The difference in bit addresses between the starting bits of + successive scanlines by logical data plane. Scan-Line stride will typically be equal + to the number of bits (not pixels) per scanline unless scanline + boundary alignment requires ï¬ll (pad). Scanline-Stride is meaningful for + uncompressed data in any of the 3 organizational formats. + + + + APPENDICES 9–9 + 9.3.3 Presentation Attributes + Presentation attributes represent qualitative information that corresponds to visual charac- + teristics of the image data when presented (viewed). Presentation attributes affect how image + data is rendered and presented for viewing. They often derive initially from the original object + or scene, and the capture or synthesis process. As the capture process involves a digitization + and quantization process, the attributes of the capture device/process are starting points for + many presentation attributes. Maintaining this information and using it at presentation time + ensures ï¬delity between the original object or scene and the rendered image (ie. the image will + look like the original object or scene). An example of ignoring or modifying this information + might result in an image displayed upside down. Presentation attributes can be found in the + IOB. + A major component of presentation deals with the layout of an image on the screen. For + this aspect of presentation, an output device (screen) relative coordinate reference system + is necessary. For this purpose, we use the ISO and CCITT standard image orientation. In + this system a two dimensional cartesian coordinate system is overlaid on top of the screen + surface (the z axis would be normal to the plane and out of the screen). The x axis is placed + horizontally aimed towards the users right (user facing screen) and the y axis is aimed + vertically. All angles are measured relative to the positive x axis in a counter clockwise + direction. + Presentation attributes include: + • Pixel-Progression + + The direction of the pixel path relative to ISO and CCITT + standard image orientation. More aptly, the angle between a scan + line and the x axis of the standard image orientation coordinate + system. Standard values of 0, 90, 180, and 270 degrees should be + used allowing for left-to-right, right-to-left, top-to-bottom, + and bottom-to-top pixel progressions. + + • Line-Progression + + The direction of scan line capture / display across the image plane. + More aptly, the direction normal to that of a scan line in which + scan lines were captured or will appear. Standard values of 90 and + 270 degrees should be used. + + • Aspect-Ratio + + The ratio of the distance between pixel centers along the pixel- + progression direction and the line-progression direction. + + • Polarity + + The manner in which the pixel values represent minimum and + maximum intensity. + + + + +9–10 APPENDICES + 9.4 Concept and Version Changes + + There have been several signiï¬cant conceptual changes between the draft of the concepts + document and this draft (v2.0) of the protocol speciï¬cation. In addition, there have been + substantial changes in content between v1.0 and v2.0 of the protocol speciï¬cation. This + appendix summarizes the conceptual and protocol changes. + +9.4.1 Conceptual Changes + Perhaps the most signiï¬cant conceptual change has to do with the location of the wire relative + to the rendition services that the x image extension calls for. In the concept document, high + level rendition services were called for on the server side of the wire. The current position is + to provide a minimal set of tools on the server side which can be used in rendition processing + (and might be facilitated by display accelerators), and leave the direction of rendition models + to a client side imaging toolkit. To some extent, this is in support of a general effort we’ve + made to reduce the size of the extension protocol. + A second shift is based upon the recognition that resource types are themselves scarce things. + A such, the protocol has moved away from the use of many different types of extension + resources towards a minimal set with more in line parameters. In particular, ITC’s (image + transport contexts), IEC’s (image enhancement contexts), and IDC’s (image display contexts) + are no longer server resources. Instead, the information they contained is exchanged as + protocol parameters. + The authors have always felt that logically, image capture devices such as frame grabbers + (video digitizers) belong on the client side of the wire, but that their close proximity to display + subsystems made it necessary to provide for them on the server side of the wire (through the + protocol). While prior drafts have included protocol functions for control of video digitizers, + they have been dropped from this draft. The reason for this is that the requirements of the + video community are beyond the scope of this effort and it was felt that they could best be + served by a separate video extension. + The authors originally intended to provide access to high level image enhancement functions + on the server via the protocol. Because of the enormous set of such functions (unbounded), + and because architecturally it was felt that high level image function packaging belonged + closer to the application, the protocol has shifted to support lower level image functions. The + higher level packaging of these functions has been pushed back across the wire to the tool kit + level. The X Image Extension Tool Kit document provides an exemplary set of application level + image display and enhancement processing services which can be built upon the core X11 and + X Image Extension protocols. + The position on server storage devices has not changed - the extension does not acknowledge + the existence or usage of such devices (including the issue of storage formats). The use of such + devices is at the discretion of server implementors. It is possible that storage devices and + formats may appear at the toolkit level. + In an effort to reduce the image extension display services, representation and display of tiled + images were removed from the protocol. It was felt that there is sufï¬cient machinery in the + core protocol to support this from the client side. Tiled image support is likely to be another + issue for the tool kit. + + + + APPENDICES 9–11 + 9.4.2 V1.0 - V2.0 Protocol Changes + Many signiï¬cant protocol changes were made between v1.0 and v2.0. These were based upon + the above conceptual changes, comments from reviewers, and a general effort to trim down the + protocol extension and make it more compliant with the core x philosophy. + + Minimality and Organization of Protocol + We received many complaints regarding the size of the protocol (number of functions), the or- + ganization of the protocol (function classes), and the level of complexity of operations required + of the server. We undertook to reduce in level and extent the contents of the protocol, as well + as to meaningfully reorganize it. The salient points and reasoning are discussed below. + The video functions (those which involved a digitizer) have been completely removed from the + speciï¬cation. Our feeling is that the needs of the video community are better served by the + video extension and that a connection between video and digital image processing can occur + through pixmaps in the core server. + We have reduced the display functions in the belief that the core display functions are sufï¬- + cient in many ways and in that more complex display mechanisms can be built upon them and + managed from the client side (toolkit). The major exception to this is time sequences of images + which we feel require server support to work (time sequences remain). + High level class conversion (rendition) functions were analyzed and a few primitive functions + missing from the original draft were identiï¬ed (most notably dither) and added. The high + level functions were then deleted (moved to the toolkit) where they can be built upon the + server primitives. + Enhancement and rendition functions were reorganized into process class functions due + to their similarity and their generic applicability. Thanks goes to members of SUN who + contributed insight into how to meaningfully reorganize these functions. + Across the entire protocol, multiple similar functions which differed only in terms of an + operator were collapsed (combined) by making operator selection an operand. No functionality + was lost, but the protocol is easier to follow and it may help to organize the implementations. + + Use of Core Resources + Unessential extension resources (IEC, IRC, IDC) have been deleted completely in favor of in + line parameters. + We’ve made use of the core resource GC as is where necessary versus reinventing some of its + contents in extension speciï¬c resources. + + Error Codes + We have removed all extension speciï¬c error codes and are now making use of core error codes + only. + + Connect Information + All core X redundant connect time information has been removed and all unnecessary protocol + information (such as session_id) has been removed. + + + + +9–12 APPENDICES + We’ve changed XIT_SUPPORT_VECTOR to XIT_FUNCTION_VECTOR to reflect what func- +tions (as opposed to service classes) are provided by the server. The service class will provide +guidelines to the the classiï¬cation of requests. + +IOB Data Formats +It became clear that while positive integral data values for image data on the wire was +acceptable, it would be insufï¬cient for many server protocol functions. As such, the extension +has deï¬ned a "constrained" and "unconstrained" IOB type (which translates roughly to positive +integral and positive/negative float - see chapter on server data model). It now includes +facilities for managing these data types. + +Color Space Support +The initial spec called for multiple color space support on the server (rgb, yuv, cie luv ...). As +current display devices are primarily rgb (yuv may begin to appear due to digital tv, but not +today), the decision was made to push alternate color space support back across the wire into +the toolkit (along with color correction). For now, wire transport and server processing will +only support rgb color images. + +Pipelines +The pipeline TBS has been replaced with actual protocol functions. + + + + + APPENDICES 9–13 + 9.5 References + 1. X Window System Protocol, Version 11 + Alpha Test, February 1987 - Robert W. Scheifler + + 2. CCITT T.4 + "Standardization of Group 3 Facsimile Apparatus for Document Transmission" + Defines general device capabilities, and defines tables + and algorithms for one- and two-dimensional coding schemes, + as well as scheme for "uncompressed data." + 3. CCITT T.6 + "Facsimile Coding Schemes and Coding Control Functions + for Group 4 Facsimile Apparatus" + Defines coding tables and algorithm for two dimension + encoding used in G4 fax. + 4. CCITT T.73 + "Document Interchange Protocol for the Telematic Services" + Defines document interchange protocol for use above + the session services layer used by teletex and G4 fax. + 5. ISO DPX3 + "Photographic Image Coding" + Defines algorithms for encoding continuous tone photographic + images for character protocol terminal services (videotex). + 6. Digital Image Processing + William K. Pratt + John Wiley & Sons - 1978 + 7. Digital Image Processing + Rafael Gonzales and Paul Wintz + Addison Wesley - 1987 + 8. Digital Picture Processing + Azriel Rosenfeld and Avinash Kak + Academic Press - 1982 + 9. Image Algebra Project Publications + Computer Vision Laboratory + University of Florida, Gainesville + Department of The Air Force + Air Force Armament Laboratory + Eglin Air Force Base, Florida + + + + +9–14 APPENDICES + \ No newline at end of file diff --git a/xie/docs/x11r4/server.pdf b/xie/docs/x11r4/server.pdf new file mode 100644 index 0000000..2712480 Binary files /dev/null and b/xie/docs/x11r4/server.pdf differ diff --git a/xie/docs/x11r4/server.ps b/xie/docs/x11r4/server.ps new file mode 100644 index 0000000..dad1a9e --- /dev/null +++ b/xie/docs/x11r4/server.ps @@ -0,0 +1,5057 @@ +%!PS-Adobe-2.0 +%%Creator: VAX DOCUMENT V1.1 +%%+Copyright (c) 1986,1987,1988 DIGITAL EQUIPMENT CORPORATION. +%%+All Rights Reserved. +%%DocumentFonts: (atend) +%%Pages: (atend) +%%EndComments +/$DVCDict where { %FIND DICTIONARY + pop +}{ %else + /$DVCDict 300 dict def +} ifelse +/BeginDVC$PSDoc { %BEGIN DOCUMENT + vmstatus pop pop 0 eq { + $DVCDict begin InitializeState + }{ %else + /DVC$PSJob save def $DVCDict begin InitializeState + /DVC$PSFonts save def + } ifelse +} def +/EndDVC$PSDoc { %END DOCUMENT + vmstatus pop pop 0 eq { + end + }{ %else + DVC$PSFonts restore end DVC$PSJob restore + } ifelse +} def +% +$DVCDict begin +% +mark % CREATE ISOLatin1 ENCODING +/ISOLatin1 + 8#000 1 8#054 {StandardEncoding exch get} for + /minus + 8#056 1 8#217 {StandardEncoding exch get} for + /dotlessi + 8#301 1 8#317 {StandardEncoding exch get} for + /space /exclamdown /cent /sterling /currency /yen /brokenbar /section + /dieresis /copyright /ordfeminine /guillemotleft /logicalnot /hyphen + /registered /macron /degree /plusminus /twosuperior /threesuperior /acute + /mu /paragraph /periodcentered /cedilla /onesuperior /ordmasculine + /guillemotright /onequarter /onehalf /threequarters /questiondown /Agrave + /Aacute /Acircumflex /Atilde /Adieresis /Aring /AE /Ccedilla /Egrave /Eacute + /Ecircumflex /Edieresis /Igrave /Iacute /Icircumflex /Idieresis /Eth /Ntilde + /Ograve /Oacute /Ocircumflex 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/emdash 8#203 /endash 8#204 /dagger + 8#205 /daggerdbl 8#206 /registered 8#207 /trademark %8#210 /Delta + 8#211 /fi 8#212 /fl + counttomark -1 bitshift % DIVIDE BY 2 + {DOCPSE 3 1 roll put} repeat % STACK NOW CONTAINS MARK +cleartomark +% +/reencodedict 10 dict def %Local storage for "ReENCODE" +/ReENCODE { % /basefont /newfont encoding ReENCODE + /newencoding exch def %ARG: NAME OF ENCODING VECTOR + /newfontname exch def %ARG: NEW NAME FOR FONT AFTER RE-ENCODING + findfont + /basefontdict exch def %ARG: NAME OF FONT TO BE RE-ENCODED + basefontdict maxlength dict begin %CREATE AND OPEN NEW DICT + basefontdict { %COPY ENTRIES FROM BASE FONT DICT TO NEW ONE + 1 index /FID ne { + def %IF NOT THE ONE WE'RE ENCODING, JUST COPY PTRS + } { %else + pop pop %IGNORE FID AND ENCODING FOR ONE WE'RE ENCODING + } ifelse + } forall + /FontName newfontname def %DEFINE NEW NAME + /Encoding newencoding def %DEFINE NEW ENCODING VECTOR + newfontname currentdict definefont %TURN IT INTO A PS FONT + pop %IGNORE MODIFIED DICT RETURNED BY DEFINEFONT + end +} bind def +% +/cvsstr 64 string def +/tempmatrix matrix def +% +/BP { % BEGIN PAGE + /Magnification exch def /DVC$PSPage save def +} def +% +/EP {DVC$PSPage restore} def % END PAGE +% +/XP { % EXIT PAGE (TEMPORARILY) TO ADD FONTS/CHARS + % SAVE CURRENT POINT INFORMATION SO IT CAN BE RESET LATER + /Xpos where {pop Xpos} {0} ifelse + /Ypos where {pop Ypos} {0} ifelse + /currentpoint cvx stopped {0 0 moveto currentpoint} if + /DVC$PSPage where {pop DVC$PSPage restore} if + moveto + /Ypos exch def /Xpos exch def +} def +% +/RP {/DVC$PSPage save def} def % RESUME PAGE +% +/PF {GlobalMode LocalMode} def % PURGE FONTS TO RECLAIM MEMORY +% +/GlobalMode { % SWITCH TO BASE SAVE/RESTORE LEVEL, SAVING STATE + PortraitMode PaperWidth PaperHeight PxlResolution Resolution + Magnification Ymax Xorigin Yorigin RasterScaleFactor + % SAVE CURRENTPOINT INFORMATION TO RESET LATER + /currentpoint cvx stopped {0 0 moveto currentpoint} if + /DVC$PSPage where {pop DVC$PSPage restore} if + DVC$PSFonts restore RecoverState +} def +% +/RecoverState { % PRESERVE STATE AT BASE LEVEL + 12 copy + /Ypos exch def /Xpos exch def /RasterScaleFactor exch def + /Yorigin exch def /Xorigin exch def /Ymax exch def + /Magnification exch def /Resolution exch def /PxlResolution exch def + /PaperHeight exch def /PaperWidth exch def /PortraitMode exch def + DoInitialScaling + PortraitMode not {PaperWidth 0 SetupLandscape} if + Xpos Ypos moveto +} def +% +/InitializeState { % INITIALIZE STATE VARIABLES TO DEFAULT VALUES + /Resolution 3600 def /PxlResolution 300 def + /RasterScaleFactor PxlResolution Resolution div def + /PortraitMode true def /PaperHeight 11 Resolution mul def + /PaperWidth 8.5 Resolution mul def /Ymax PaperHeight def + /Magnification 1000 def /Xorigin 0 def /Yorigin 0 def + /Xpos 0 def /Ypos 0 def /InitialMatrix matrix currentmatrix def +} def +% +/LocalMode { % SWITCH FROM BASE SAVE/RESTORE LEVEL, RESTORING STATE + /Ypos exch def /Xpos exch def /RasterScaleFactor exch def + /Yorigin exch def /Xorigin exch def /Ymax exch def + /Magnification exch def /Resolution exch def /PxlResolution exch def + /PaperHeight exch def /PaperWidth exch def /PortraitMode exch def + DoInitialScaling + PortraitMode not {PaperWidth 0 SetupLandscape} if + Xpos Ypos moveto + /DVC$PSFonts save def /DVC$PSPage save def +} def +% % ABBREVIATIONS +/S /show load def +/SV /save load def +/RST /restore load def +/Yadjust {Ymax exch sub} def +% +/SXY { % (x,y) POSITION ABSOLUTE, JUST SET Xpos & Ypos, DON'T MOVE + Yadjust /Ypos exch def /Xpos exch def +} def +% +/XY { % (x,y) POSITION ABSOLUTE + Yadjust 2 copy /Ypos exch def /Xpos exch def moveto +} def +% +/X { % (x,0) POSITION ABSOLUTE + currentpoint exch pop 2 copy /Ypos exch def /Xpos exch def moveto +} def +% +/Y { % (0,y) POSITION ABSOLUTE + currentpoint pop exch Yadjust 2 copy + /Ypos exch def /Xpos exch def moveto +} def +% +/xy { % (x,y) POSITION RELATIVE + neg rmoveto currentpoint /Ypos exch def /Xpos exch def +} def +% +/x { % (x,0) POSITION RELATIVE + 0 rmoveto currentpoint /Ypos exch def /Xpos exch def +} def +% +/y { % (0,y) POSITION RELATIVE + 0 exch neg rmoveto currentpoint /Ypos exch def /Xpos exch def +} def +% +/R { % DRAW A RULE + /ht exch def /wd exch def gsave 0 setgray + currentpoint newpath moveto + 0 ht rlineto wd 0 rlineto + 0 ht neg rlineto wd neg 0 rlineto + closepath fill grestore wd 0 rmoveto + currentpoint /Ypos exch def /Xpos exch def +} def +% +/RES { % RES + /Resolution exch def /PxlResolution exch def + /RasterScaleFactor PxlResolution Resolution div def + DoInitialScaling +} def +% +/DoInitialScaling { % DO INITIAL SCALING + InitialMatrix setmatrix 72 Resolution div dup scale +} def +% +/PM { % PM + XP + /PaperWidth exch def /PaperHeight exch def + /Ymax PaperHeight def /PortraitMode true def + DoInitialScaling + RP +} def +% +/SetupLandscape {translate 90 rotate} def +/LM { % LM + XP + /PaperWidth exch def /PaperHeight exch def + /Ymax PaperWidth def /PortraitMode false def + DoInitialScaling PaperWidth 0 SetupLandscape + RP +} def +% +/MAG { % CHANGE MAGNIFICATION SETTING + XP /Magnification exch def RP +} def +% +/SPB { % SPB - BEGIN "\SPECIAL" MODE + Yadjust /Yorigin exch def /Xorigin exch def + GlobalMode Xorigin Yorigin translate + Resolution 72 div dup scale % RESTORE DEFAULT SCALING + Magnification 1000 div dup scale % ADJUST FOR ANY MAGNIFICATION + /Xpos Xpos 72 Resolution div mul 1000 Magnification div mul def + /Ypos Ypos 72 Resolution div mul 1000 Magnification div mul def + /spsavobj save def %SAVE STATE & STACK DEPTH FOR CLEANUP AFTER FIGURE + /showpage {} def %DISABLE DURING FIGURE; `RESTORE' WILL BLOW DEF AWAY + mark +} def +% +/SPE { % SPE - END "\SPECIAL" MODE + spsavobj restore + cleartomark + 1000 Magnification div dup scale % UN-ADJUST FOR ANY MAGNIFICATION + 72 Resolution div dup scale % RESTORE DEFAULT INTERNAL SCALING + LocalMode +} def +% +/PP {showpage} def +/CLRP {erasepage} def +% +/DMF { % /font-name DMF + /psz exch def /nam exch def nam findfont psz scalefont setfont +} def +% +/concatnam { % /abcd (xxx) concatnam ==> /abcdxxx + /xxx exch def /nam exch def + /namstr nam cvsstr cvs def + /newnam namstr length xxx length add string def + newnam 0 namstr putinterval + newnam namstr length xxx putinterval + newnam cvn +} def +% +/strip { % /abcdef 2 strip ==> /cdef + /num exch def /nam exch def + /namstr nam cvsstr cvs def + /newlen namstr length num sub def + namstr num newlen getinterval cvn +} def +% ROUTINES TO HANDLE PACKING/UNPACKING NUMBERS +/PackHW { % PackHW --> + /num exch def /pos exch def /target exch def + num 16#0000FFFF and 1 pos sub 16 mul bitshift target or +} def +/PackByte { % PackByte --> + /num exch def /pos exch def /target exch def + num 16#000000FF and 3 pos sub 8 mul bitshift target or +} def +/UnpkHW { % UnpkHW --> + /num exch def /pos exch def + num 1 pos sub -16 mul bitshift 16#0000FFFF and + dup 16#00007FFF gt {16#00010000 sub} if +} def +/UnpkByte { % UnpkByte --> + /num exch def /pos exch def + num 3 pos sub -8 mul bitshift 16#000000FF and + dup 16#0000007F gt {16#00000100 sub} if +} def +% +/DPSF { % /procname size /fontname DPSF + findfont exch scalefont + [ exch /setfont cvx ] cvx def +} bind def +% +/PXLBuildCharDict 17 dict def +/CMEncodingArray 128 array def +0 1 127 {CMEncodingArray exch dup cvsstr cvs cvn put} for +/RasterConvert {RasterScaleFactor div} def +/TransformBBox { + aload pop + /BB-ury exch def /BB-urx exch def /BB-lly exch def /BB-llx exch def + [ BB-llx RasterConvert BB-lly RasterConvert + BB-urx RasterConvert BB-ury RasterConvert ] +} def +/RunLengthToRasters { + % none yet +} def +/GenerateRasters { % GENERATE RASTERS FOR "IMAGEMASK" + rasters runlength 1 eq {RunLengthToRasters} if +} def +% +/int-dict-name {int (-dict) concatnam} def +/int-dict {int (-dict) concatnam cvx load} def +% +/DefinePXLFont { + % ... + % ...[llx lly urx ury]DefinePXLFont + /newfont exch def /bb exch def /num exch def /psz exch def + /dsz exch def /pxlmag exch def /ext exch def /int exch def + /fnam ext (-) concatnam pxlmag cvsstr cvs concatnam def + newfont not { + int-dict-name 13 dict def + int-dict begin + /FontType 3 def /FontMatrix [ 1 dsz div 0 0 1 dsz div 0 0 ] def + /FontBBox bb TransformBBox def /Encoding CMEncodingArray def + /CharDict 1 dict def CharDict begin /Char-Info num array def end + /BuildChar { + PXLBuildCharDict begin + /char exch def /fontdict exch def + fontdict /CharDict get /Char-Info get char get aload pop + /rasters exch def /PackedWord1 exch def + 0 PackedWord1 UnpkHW 16#7FFF ne { + /PackedWord2 exch def /wx 0 PackedWord1 UnpkHW def + /rows 2 PackedWord1 UnpkByte def /cols 3 PackedWord1 UnpkByte def + /llx 0 PackedWord2 UnpkByte def /lly 1 PackedWord2 UnpkByte def + /urx 2 PackedWord2 UnpkByte def /ury 3 PackedWord2 UnpkByte def + }{ %else + /PackedWord2 exch def /PackedWord3 exch def /PackedWord4 exch def + /wx 1 PackedWord1 UnpkHW def /rows 0 PackedWord2 UnpkHW def + /cols 1 PackedWord2 UnpkHW def /llx 0 PackedWord3 UnpkHW def + /lly 1 PackedWord3 UnpkHW def /urx 0 PackedWord4 UnpkHW def + /ury 1 PackedWord4 UnpkHW def + } ifelse + rows 0 lt { + /rows rows neg def /runlength 1 def + }{ %else + /runlength 0 def + } ifelse + wx 0 + llx RasterConvert lly RasterConvert + urx RasterConvert ury RasterConvert setcachedevice + rows 0 ne { + gsave + cols rows true RasterScaleFactor + 0 0 RasterScaleFactor neg llx .5 add neg ury .5 add + tempmatrix astore GenerateRasters imagemask + grestore + } if + end + } def + end + fnam int-dict definefont pop + } if + int-dict-name fnam findfont psz scalefont def + currentdict int [ int-dict /setfont cvx ] cvx put +} def +/PXLF { true DefinePXLFont} def % SIGNAL THAT FONT IS ALREADY LOADED +/PXLNF {false DefinePXLFont} def % SIGNAL THAT FONT IS NOT ALREADY LOADED +% +/PXLC { % ... + % ...PXLC + /rasters exch def /runlength exch def /cols exch def /rows exch def + /ury exch def /urx exch def /lly exch def /llx exch def 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x(Services)S 897 y 4796 X F151(These)S 166 x +(services)S 167 x(provide)S 167 x(for)S 166 x(the)S 167 x +(application)S 166 x(of)S 166 x(low)S 166 x(level)S 167 x(image)S +166 x(operators)S 167 x(to)S 166 x(image)S 166 x(data)S 166 x +(primarily)S 597 y 4796 X(in)S 166 x(support)S 166 x(of)S 166 x +(preparation)S 166 x(for)S 166 x(or)S 166 x(improvement)S 167 x(of)S +166 x(its)S 165 x(display)S -55 x(.)S 12941 Y 3600 X F36(1.2.4.6)S +599 x(Statistic)S 167 x(Services)S 897 y 4796 X F151(These)S 173 x +(services)S 172 x(provide)S 174 x(clients)S 172 x(procedures)S 174 x +(to)S 172 x(generate)S 174 x(statist)S -2 x(ical)S 173 x +(information)S 173 x(about)S 173 x(an)S 173 x(image.)S 598 y 4796 X +(Such)S 179 x(statis)S -2 x(tics)S 178 x(include)S 179 x(the)S 179 x +(mean,)S 182 x(variance,)S 183 x(standard)S 178 x(deviation,)S 183 x +(maximum)S 179 x(and)S 178 x(minimum)S 179 x(of)S 598 y 4796 X(data)S +165 x(within)S 166 x(an)S 166 x(area)S 167 x(of)S 166 x(an)S 166 x +(image.)S 17425 Y 3600 X F36(1.2.4.7)S 599 x(Process)S 166 x +(Control)S 167 x(Services)S 896 y 4796 X F151(These)S 175 x +(services)S 176 x(provide)S 176 x(clients)S 175 x(the)S 175 x +(ability)S 175 x(to)S 176 x(de\211ne)S 176 x(and)S 175 x(apply)S +176 x(pipelines)S 175 x(containing)S 177 x(transport,)S 598 y 4796 X +(process,)S 166 x(and)S 166 x(display)S 166 x(operations.)S 21310 Y +3600 X F36(1.2.4.8)S 599 x(Display)S 167 x(Service)S 897 y 4796 X +F151(This)S 178 x(service)S 178 x(allows)S 177 x(the)S 178 x(client)S +178 x(to)S 178 x(display)S 178 x(a)S 178 x(sequence)S 178 x(of)S +178 x(prerendered)S 179 x(image)S 178 x(frames)S 178 x(which)S 178 x +(are)S 597 y 4796 X(stored)S 165 x(as)S 166 x(pixmaps.)S 25196 Y +3600 X F36(1.2.4.9)S 599 x(Event)S 166 x(Services)S 896 y 4796 X F151 +(These)S 166 x(services)S 166 x(allows)S 165 x(the)S 166 x(client)S +167 x(to)S 165 x(select)S 166 x(or)S 166 x(query)S 167 x(XIE)S 166 x +(speci)S +(\211c)S 166 x(events.)S 28483 Y 3600 X F28(1.2.5)S 599 x(Relations)S +2 x(hip)S 166 x(to)S 167 x(CORE)S 165 x(X)S 29579 Y 4796 X F151 +(There)S 174 x(exist)S 174 x(a)S 173 x(resource)S 175 x(and/or)S +174 x(process)S 174 x(relationship)S 174 x(between)S 173 x(XIE)S +173 x(and)S 174 x(CORE)S 172 x(X)S 173 x(which)S 174 x(depends)S +598 y 4796 X(on)S 169 x(the)S 170 x(function)S 170 x(the)S 170 x +(extension)S 170 x(is)S 169 x(carrying)S 171 x(out.)S 257 x(CORE)S +168 x(X)S 169 x(will)S 169 x(provide)S 170 x(the)S 169 x(resource)S +170 x(management)S 598 y 4796 X(of)S 180 x(XIE)S 180 x(resources)S +181 x(as)S 181 x(well)S 180 x(as)S 181 x(access)S 180 x(to)S 181 x +(CORE)S 179 x(X)S 181 x(resources)S 181 x(that)S 181 x(XIE)S 179 x +(might)S 182 x(need)S 181 x(\(such)S 181 x(as)S 181 x(the)S 597 y +4796 X(Graphics)S 173 x(Context)S 174 x(\(GC\))S 173 x(or)S 174 x +(drawables\).)S 264 x(In)S 173 x(addition)S 174 x(the)S 174 x +(extension)S 174 x(may)S 174 x(want)S 174 x(to)S 173 x(use)S 174 x +(a)S 174 x(CORE)S 172 x(X)S 598 y 4796 X(process)S 165 x(rather)S +167 x(than)S 166 x(duplicating)S 167 x(the)S 166 x(process)S 166 x +(within)S 166 x(the)S 166 x(extension.)S 35879 Y 3600 X F40(1\2036)S +449 x(Overview)S +PP +EP +%%DOC$Page: 1-7 12 +1000 BP 39600 30600 PM 0 0 XY +5171 Y 3600 X F36(1.2.5.1)S 599 x(CORE)S 165 x(X)S 166 x(Resources)S +896 y 4796 X F151(COR)S -2 x(E)S 160 x(X)S 159 x(provides)S 160 x +(the)S 160 x(extension)S 160 x(with)S 160 x(resource)S 160 x +(management)S 160 x(for)S 160 x(extension)S 161 x(and)S 160 x(COR)S +-2 x(E)S 160 x(resources.)S 598 y 4796 X(Key)S 170 x(CORE)S 169 x(X)S +170 x(resources)S 171 x(that)S 170 x(the)S 171 x(extension)S 171 x +(will)S 169 x(have)S 172 x(interest)S 170 x(in)S 171 x(are)S 170 x +(the)S 171 x(Graphics)S 170 x(Context)S 170 x(and)S 598 y 4796 X +(drawables.)S 9654 Y 3600 X F36(1.2.5.1.)S 2 x(1)S 597 x(Graphics)S +167 x(Context)S 896 y 4796 X F151(The)S 173 x(Graphics)S 172 x +(Context)S 173 x(is)S 173 x(used)S 172 x(when)S 173 x(the)S 173 x +(CORE)S 171 x(X)S 173 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x(better)S 176 x(delineate)S 176 x(which)S 176 x(of)S +176 x(the)S 176 x(aforementioned)S 177 x(components)S 176 x(are)S +176 x(used)S 176 x(for)S 176 x(a)S 176 x(particular)S 176 x(client)S +598 y 4796 X(XIE)S 166 x(request,)S 168 x(we)S 167 x(de\211ne)S 168 x +(several)S 168 x(processing)S 168 x(modes.)S 251 x(Appendix)S 168 x +(A)S 167 x(maps)S 167 x(each)S 168 x(XIE)S 166 x(protocol)S 168 x +(request)S 598 y 4796 X(to)S 165 x(a)S 166 x(service)S 167 x(class)S +165 x(and)S 167 x(processing)S 166 x(mode.)S 22506 Y 3600 X F36 +(1.2.5.2.)S 2 x(1)S 597 x(DIX)S 167 x(Processing)S 896 y 4796 X F151 +(This)S 174 x(mode)S 175 x(refers)S 174 x(to)S 174 x(those)S 175 x +(requests)S 174 x(which)S 175 x(do)S 174 x(not)S 175 x(need)S 175 x +(processes)S 174 x(from)S 174 x(the)S 175 x(DDX)S 173 x(component)S +175 x(of)S 598 y 4796 X(XIE.)S 26391 Y 3600 X F36(1.2.5.2.)S 2 x(2)S +597 x(DIX/DDX)S 167 x(Processing)S 897 y 4796 X F151(This)S 188 x +(processing)S 189 x(mode)S 188 x(refers)S 189 x(to)S 188 x(those)S +189 x(requests)S 188 x(which)S 189 x(rely)S 189 x(on)S 189 x(the)S +188 x(DDX/XIE)S 187 x(component)S 189 x(to)S 597 y 4796 X(perform)S +166 x(its)S 165 x(task.)S 35879 Y 23723 X F40(Overview)S 449 x +(1\2037)S +PP +EP +%%DOC$Page: 2-1 13 +1000 BP 39600 30600 PM 0 0 XY +9007 Y 3600 X F24(Chapter)S 498 x(2)S 10651 Y 3600 X(DIX/XIE)S 166 x +(Component)S 13494 Y 4796 X F151(This)S 169 x(chapter)S 170 x +(describes)S 169 x(the)S 170 x(procedures)S 170 x(that)S 170 x(make)S +170 x(up)S 170 x(the)S 169 x(DIX/XIE)S 169 x(Server)S 170 x +(Component.)S 257 x(All)S 169 x(XIE)S 597 y 4796 X(client)S 173 x +(requests)S 173 x(to)S 174 x(some)S 173 x(degree)S 174 x(use)S 173 x +(procedures)S 174 x(within)S 174 x(this)S 173 x(component.)S 265 x +(Figure)S 174 x(2\2031)S 174 x(represents)S 598 y 4796 X(a)S 169 x +(block)S 170 x(diagram)S 170 x(of)S 169 x(the)S 170 x(procedures)S +169 x(of)S 170 x(the)S 169 x(DIX/XIE)S 168 x(Component)S 170 x(and)S +170 x(its)S 168 x(relationship)S 170 x(to)S 169 x(CORE)S 168 x(X)S +598 y 4796 X(and)S 166 x(DDX/XI)S -2 x(E)S 166 x(functional)S 167 x +(components.)S 897 y 4796 X(Note:)S 249 x(See)S 166 x(Appendix)S +166 x(B)S 166 x(for)S 166 x(a)S 166 x(list)S 165 x(of)S 166 x +(modules)S 166 x(and)S 166 x(procedures)S 167 x(within)S 166 x(the)S +166 x(DIX/XIE)S 165 x(Component.)S 35879 Y 21465 X F40(DIX/XIE)S +165 x(Component)S 448 x(2\2031)S +PP +EP +%%DOC$Page: 2-2 14 +1000 BP 39600 30600 PM 0 0 XY +7386 Y 4796 X F36(Figure)S 167 x(2\2031:)S 498 x(DIX)S 166 x +(Procedures)S 548 y 4796 X 22116 24 R 8873 Y 9099 X F102 +(INITIALIZAT)S 2 x(ION)S 13642 X(XIE)S 240 x(REQUEST)S 240 x +(PROCESSING)S 449 y 9099 X(-----------)S 2 x(---)S 13642 X +(------------)S 2 x(----------)S 747 y 8621 X(+------------)S 2 x +(----+)S 14121 X(+----------------+)S 448 y 8621 X(|)S 9817 X +(SERVER)S 12686 X(|)S 14121 X(|)S 15316 X(CORE)S 240 x(X)S 18185 X +(|)S 449 y 8621 X(|)S 239 x(INITIALIZAT)S 2 x(ION)S 239 x(|)S 14121 X +(|)S 717 x(TRANSPORT)S 18185 X(|)S 448 y 8621 X(+------------)S 2 x +(----+)S 14121 X(+----------------+)S 448 y 10534 X(^)S 16033 X(^)S +449 y 10534 X(|)S 16033 X(|)S 448 y 10534 X(v)S 16033 X(v)S 448 y +8621 X(+------------)S 2 x(----+)S 14121 X(+----------------+)S 448 y +8621 X(|)S 9817 X(CORE)S 239 x(X)S 12686 X(|)S 14121 X(|)S 15316 X +(CORE)S 240 x(X)S 18185 X(|)S 449 y 8621 X(|)S 239 x(INITIALIZAT)S +2 x(ION)S 239 x(|)S 14121 X(|)S 717 x(DISPATCHER)S 718 x(|)S 448 y +8621 X(+------------)S 2 x(----+)S 14121 X(+----------------+)S 448 y +10534 X(^)S 16033 X(^)S 449 y 6230 X(+-------------)S 2 x +(----|--------------)S 2 x(--------|----------)S 2 x(-----------+)S +448 y 6230 X(|)S 10534 X(v)S 16033 X(v)S 21294 X(|)S 448 y 6230 X(|)S +8621 X(+------------)S 2 x(----+)S 14121 X(+----------------+)S +21294 X(|)S 449 y 6230 X(|)S 8621 X(|)S 9817 X(XieInit)S 12686 X(|)S +14121 X(|)S 478 x(XieDispatcher)S 240 x(|<---+)S 21294 X(|)S 448 y +6230 X(|)S 8621 X(+------------)S 2 x(----+)S 14121 X +(+----------------+)S 19381 X(|)S 21294 X(|)S 448 y 6230 X(|)S 10534 X +(^)S 16033 X(^)S 19381 X(|)S 21294 X(|)S 449 y 6230 X(|)S 10534 X(|)S +16033 X(|)S 19381 X(|)S 21294 X(|)S 448 y 6230 X(|)S 10534 X(v)S +16033 X(v)S 19381 X(|)S 20576 X(DIX/XIE)S 448 y 6230 X(|)S 8621 X +(+------------)S 2 x(----+)S 14121 X(+----------------+)S 19381 X(|)S +21294 X(|)S 449 y 6230 X(|)S 8621 X(|)S 239 x(XieDeviceIn)S 2 x(it)S +478 x(|)S 14121 X(|)S 478 x(DIX)S 239 x(Request)S 718 x(|)S 19381 X +(|)S 21294 X(|)S 448 y 6230 X(|)S 8621 X(+------------)S 2 x(----+)S +14121 X(|)S 478 x(Procedures)S 18185 X(|)S 19381 X(|)S 21294 X(|)S +448 y 6230 X(|)S 10534 X(^)S 14121 X(+----------------+)S 19381 X(|)S +21294 X(|)S 449 y 6230 X(|)S 10534 X(|)S 16033 X(^)S 19381 X(|)S +21294 X(|)S 448 y 6230 X(+-------------)S 2 x(----|--------------)S +2 x(--------|----------)S 2 x(---|-------+)S 448 y 10534 X(|)S 16033 X +(v)S 19381 X(|)S 449 y 10534 X(|)S 14121 X(+----------------+)S +19381 X(|)S 448 y 10534 X(-------------->)S 2 x(|)S 717 x(DDX)S 239 x +(LAYER)S 18185 X(|<---+)S 448 y 14121 X(+----------------+)S 623 y +4796 X 22116 24 R 35879 Y 3600 X F40(2\2032)S 449 x(DIX/XIE)S 165 x +(Component)S +PP +EP +%%DOC$Page: 2-3 15 +1000 BP 39600 30600 PM 0 0 XY +6439 Y 3600 X F28(2.1)S 599 x(Initializati)S 2 x(on)S 166 x +(Procedures)S 7685 Y 4796 X F151(Upon)S 173 x(server)S 174 x +(initialization,)S 175 x(the)S 174 x(CORE)S 172 x(X)S 173 x +(initializes)S 172 x(all)S 174 x(extensions)S 173 x(by)S 174 x +(calling)S 174 x(a)S 174 x(CORE)S 172 x(X)S 173 x(proce-)S 597 y +4796 X(dure)S 176 x(-)S 176 x(InitExtensions.)S 269 x(This)S 176 x +(procedure)S 176 x(calls)S 176 x(the)S 176 x(initialization)S 175 x +(procedure)S 177 x(of)S 175 x(all)S 176 x(extensions)S 176 x(the)S +598 y 4796 X(COR)S -2 x(E)S 169 x(X)S 169 x(will)S 168 x(support.)S +256 x(An)S 169 x(addition)S 169 x(will)S 168 x(be)S 169 x(made)S +169 x(to)S 169 x(InitExtension)S 170 x(to)S 169 x(call)S 169 x(the)S +169 x(XIE)S 168 x(initialization)S 598 y 4796 X(routine.)S 250 x(In)S +166 x(this)S 166 x(implementation,)S 166 x(this)S 166 x(procedure)S +167 x(is)S 165 x(referred)S 167 x(to)S 166 x(as)S 165 x(XieInit.)S +897 y 4796 X(Note:)S 298 x(InitExtension)S 190 x(and)S 191 x(all)S +190 x(XIE)S 189 x(components)S 191 x(will)S 189 x(be)S 191 x(linked)S +191 x(with)S 190 x(the)S 190 x(CORE)S 189 x(X)S 190 x(in)S 191 x(an)S +190 x(OS)S 597 y 4796 X(dependent)S 166 x(manner)S 167 x(\(see)S +165 x(Chapter)S 166 x(4\).)S 13363 Y 3600 X F28(2.1.1)S 599 x +(XieInit)S 14459 Y 4796 X F151(This)S 171 x(procedure)S 172 x(will)S +171 x(be)S 172 x(called)S 171 x(when)S 172 x(CORE)S 170 x(X)S 171 x +(initializes)S 170 x(or)S 172 x(resets)S 171 x(itself.)S 259 x +(XieInit)S 171 x(will)S 171 x(de\211ne)S 172 x(the)S 598 y 4796 X +(XIE)S 161 x(extension)S 163 x(to)S 163 x(the)S 162 x(CORE)S 161 x +(X)S 162 x(and)S 163 x(will)S 162 x(perform)S 162 x(all)S 163 x +(extension)S 163 x(resource)S 163 x(and)S 163 x(device)S 163 x +(initialization.)S 17448 Y 3600 X F36(2.1.1.1)S 599 x(Making)S 167 x +(XIE)S 167 x(Known)S 166 x(to)S 167 x(the)S 166 x(CORE)S 165 x(X)S +897 y 4796 X F151(XIE)S 169 x(must)S 170 x(make)S 171 x(the)S 171 x +(extension)S 171 x(known)S 172 x(to)S 170 x(the)S 171 x(CORE)S 169 x +(X)S 170 x(so)S 170 x(that)S 171 x(XIE)S 169 x(will)S 170 x(be)S +171 x(able)S 170 x(to)S 171 x(co-exist)S 170 x(with)S 597 y 4796 X +(other)S 159 x(extensions.)S 250 x(This)S 159 x(is)S 159 x(done)S +160 x(by)S 159 x(a)S 159 x(call)S 159 x(to)S 159 x(a)S 160 x(COR)S +-2 x(E)S 159 x(X)S 159 x(routine)S 160 x(-)S 159 x(AddExtension)S +159 x(\(EXTENSIO)S -2 x(N.C\):)S 20138 Y 5692 X(AddExtension)S 166 x +(\(Name,NumEvents,NumErrors,M)S 2 x(ainProc,SwappedMainProc,)S 2 x +(ResetProc\))S 897 y 4796 X(This)S 188 x(routine)S 189 x(returns)S +189 x(a)S 189 x(pointer)S 189 x(to)S 188 x(a)S 188 x(CORE)S 187 x(X)S +189 x(structure)S 189 x(ExtensionEntry)S 189 x(\(see)S 188 x +(Appendix)S 189 x(E\))S 597 y 4796 X(which)S 180 x(de\211nes)S 181 x 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x(must)S +166 x(be)S 166 x(able)S 166 x(to)S 166 x(handle)S 167 x(all)S 165 x +(types)S 166 x(of)S 166 x(input)S 167 x(IOB)S 165 x(i)S 165 x(for)S +167 x({i,4}.)S 35879 Y 3600 X F40(G\2036)S 449 x(DIX/D)S -2 x(DX)S +166 x(INTERF)S -26 x(ACE)S +PP +EP +%%Trailer +EndDVC$PSDoc +%%DocumentFonts: Helvetica@DOCPSE Helvetica-Bold@DOCPSE +%%+Helvetica-Oblique@DOCPSE NewCenturySchlbk-Roman@DOCPSE +%%+NewCenturySchlbk-Italic@DOCPSE Courier@DOCPSE +%%+NewCenturySchlbk-Bold@DOCPSE +%%Pages 73 diff --git a/xie/docs/x11r4/server.txt b/xie/docs/x11r4/server.txt new file mode 100644 index 0000000..e6d9e33 --- /dev/null +++ b/xie/docs/x11r4/server.txt @@ -0,0 +1,3383 @@ + DATE: +May 1, 1989 + + + + + Design Speciï¬cation + for + Design of a Machine Independent X Image Extension Server System + + + + +Written by: Richard Piccolo + + + +Issued by: IPG Engineering + + + +Approved by: + + + Joe Mauro, IPG Architect + + + John Weber, Project Leader + + + + + Digital Equipment Corporation + Contents + + PREFACE vi + +CHAPTER 1 OVERVIEW 1–1 + 1.1 INTRODUCTION 1–1 + 1.2 XIE ORGANIZATION 1–2 + 1.2.1 XIELIB 1–3 + 1.2.2 DIX/XIE Component 1–4 + 1.2.3 DDX/XIE Component 1–4 + 1.2.3.1 DDX/Machine Independent Component • 1–4 + 1.2.3.2 DDX/Machine Dependent Component • 1–4 + 1.2.4 XIE Services 1–4 + 1.2.4.1 Session Services • 1–5 + 1.2.4.2 Resource Services • 1–5 + 1.2.4.2.1 IOB • 1–5 + 1.2.4.2.2 IDC • 1–5 + 1.2.4.2.3 IPC • 1–5 + 1.2.4.3 Server/Client Image/Export Services • 1–5 + 1.2.4.4 Transport Services • 1–6 + 1.2.4.5 Process Services • 1–6 + 1.2.4.6 Statistic Services • 1–6 + 1.2.4.7 Process Control Services • 1–6 + 1.2.4.8 Display Service • 1–6 + 1.2.4.9 Event Services • 1–6 + 1.2.5 Relationship to CORE X 1–6 + 1.2.5.1 CORE X Resources • 1–7 + 1.2.5.1.1 Graphics Context • 1–7 + 1.2.5.1.2 Drawables • 1–7 + 1.2.5.2 Processing Modes • 1–7 + 1.2.5.2.1 DIX Processing • 1–7 + 1.2.5.2.2 DIX/DDX Processing • 1–7 + +CHAPTER 2 DIX/XIE COMPONENT 2–1 + 2.1 INITIALIZATION PROCEDURES 2–3 + 2.1.1 XieInit 2–3 + 2.1.1.1 Making XIE Known to the CORE X • 2–3 + 2.1.1.2 Deï¬ning Errors and Events • 2–4 + 2.1.1.3 Deï¬ning XIE Resource Class and Types • 2–4 + 2.1.2 XieDeviceInit 2–5 + 2.2 DIX/XIE REQUEST PROCESSING 2–6 + 2.2.1 XieDispatcher 2–6 + 2.2.1.1 Error Notiï¬cation to Client • 2–7 + 2.2.1.2 Swapping Requests • 2–7 + + + + + iii + Contents + + + 2.2.2 DIX Request Procedures 2–8 + 2.2.2.1 Processing of Requests - Phase I • 2–8 + 2.2.2.1.1 Variable Length Requests • 2–8 + 2.2.2.2 Processing of Requests - Phase II • 2–9 + 2.2.2.2.1 XIE Replies • 2–9 + 2.2.2.2.2 Session Services • 2–10 + 2.2.2.2.2.1 XIEP_INIT_SESSION • 2–10 + 2.2.2.2.2.2 XIEP_TERM_SESSION • 2–10 + 2.2.2.2.3 Resource Services • 2–11 + 2.2.2.2.3.1 Creating XIE Resources • 2–11 + 2.2.2.2.3.2 Validating XIE Resources • 2–12 + 2.2.2.2.3.3 Freeing XIE Resources • 2–12 + 2.2.2.2.3.4 Querying XIE Resources • 2–12 + 2.2.2.2.4 Import/Export Services • 2–12 + 2.2.2.2.4.1 XIEP_IMPORT_IMAGE • 2–12 + 2.2.2.2.4.2 XIEP_EXPORT_IMAGE • 2–13 + 2.2.2.2.5 Transport Services • 2–14 + 2.2.2.2.5.1 IOB Data Formats and Organization • 2–14 + 2.2.2.2.5.2 XIEP_SET_TRANSPORT • 2–15 + 2.2.2.2.5.3 XIEP_PUT_TILE • 2–15 + 2.2.2.2.5.4 XIEP_GET_TILE • 2–16 + 2.2.2.2.5.5 XIEP_PUT_STREAM • 2–16 + 2.2.2.2.5.6 XIEP_GET_STREAM • 2–17 + 2.2.2.2.6 Process Services • 2–18 + 2.2.2.2.6.1 XIE’s Handling of IOB Data Formats • 2–18 + 2.2.2.2.7 Statistics Services • 2–19 + 2.2.2.2.8 Process Control Services - TBS • 2–19 + 2.2.2.2.9 Display Service • 2–19 + 2.2.2.2.9.1 XIEP_DISPLAY_SEQUENCE • 2–19 + 2.2.2.2.10 Event Services • 2–20 + 2.2.2.2.10.1 Event Notiï¬cation to Client • 2–20 + 2.2.2.2.10.2 XIEP_SELECT_EVENTS • 2–21 + 2.2.2.2.10.3 XIEP_QUERY_EVENTS • 2–21 + +CHAPTER 3 DDX COMPONENT 3–1 + 3.1 PROCEDURE VECTOR TABLE 3–1 + 3.1.1 Lower Level Image Processing Routines 3–4 + 3.2 DIX/DDX INTERFACE 3–4 + +CHAPTER 4 OPERATING SYSTEM CONSIDERATIONS 4–1 + 4.1 MEMORY MANAGEMENT 4–1 + 4.2 LINKING AND LOADING XIE 4–1 + 4.3 HARDWARE CONSIDERATIONS 4–1 + 4.3.1 Hardware Recognition 4–2 + 4.3.2 Multiple Function Request 4–2 + + + + +iv + Contents + + +APPENDIX A XIE PROTOCOL REQUESTS A–1 + +APPENDIX B MODULES AND PROCEDURES B–1 + +APPENDIX C XIE APPLICATION AND WIRE DEFINITIONS AND STRUCTURES C–1 + +APPENDIX D SERVER DEFINITIONS AND STRUCTURES D–1 + +APPENDIX E CORE X STRUCTURES E–1 + +APPENDIX F MACROS F–1 + F.1 CORE X MACROS F–1 + F.2 XIE MACROS F–2 + +APPENDIX G DIX/DDX INTERFACE G–1 + + +FIGURES + 1–1 Client/Server Relationship 1–2 + 1–2 Client/CORE X/Extension Relationship 1–3 + 2–1 DIX Procedures 2–2 + 3–1 DDX Subcomponents 3–2 + + +TABLES + 3–1 DDX Procedure Vector Table 3–2 + A–1 Image Extension Functions A–1 + A–2 Service Classes A–3 + + + + + v + Preface + + + + +Associated Documents + • Image Extension Concepts + + • XIE_Protocol + + + + +vi + Chapter 1 + +Overview + + + This document deï¬nes the concepts, components, and relationships needed to extend the + CORE X server to accommodate the proposed X Image Extension. + This design speciï¬cation, which is based on the third release of X, Version 11 from MIT, + addresses the extension’s relationship to the CORE X, its components, its functionality and its + operation. + + + + +1.1 Introduction + + The CORE X window system or X is a network-transparent window system which allows + users to run multiple applications simultaneously in windows, generating text and graphics in + monochrome or color on a bitmap display. CORE X provides facilities for generating multifont + text and two-dimensional graphics (such as points, lines, arcs, and polygons) in a hierarchy of + rectangular windows. + An application program (client) connects to the window system (server) by some interprocess + communication path. A client(s) communicates via calls to the CORE X library called XLIB. + See Figure 1–1. + + + + + Overview 1–1 + Figure 1–1: Client/Server Relationship + + +-----------+ +-----------+ +-----------+ + | CLIENT 1 | | CLIENT 2 | | CLIENT 3 | .... + +-----------+ +-----------+ +-----------+ + ^ ^ ^ + | | | + |<--------------v---------------< + | + v + +-----------+ + | XLIB | + +-----------+ + ^ + | + v + +------------+ + |INTERCONNECT| + +------------+ + ^ + | + v + +-------------+ + |CORE X SERVER| + +-------------+ + + + The CORE X protocol has minimally sufï¬cient capabilities. There exists a mechanism within + the protocol to allow "extending" the protocol to embrace new functionality. In order for the + CORE X to accommodate image enhancement and rendition, a CORE X image extension (XIE) + was conceived. + + + + +1.2 XIE Organization + + The extension has three major components: an extended protocol interface library (XIE LIB), a + device independent server component (DIX), and a device dependent server component (DDX). + This structure is similar in concept to that of the CORE X. Figure 1–2 represents a block + diagram of XIE’ s components and their relationship to each other and to the CORE X. + + + + +1–2 Overview + Figure 1–2: Client/CORE X/Extension Relationship + + +---------------+ +---------------+ + | CLIENT 1 | | CLIENT 2 | ............. + +---------------+ +---------------+ + ^ ^ + |<------------------------------>| + v v + +---------------+ +---------------+ + | XLIB |<--------------| XIELIB | + +---------------+ +---------------+ + ^ + | + v + +--------------------------------------+ + | TRANSPORT + + +--------------------------------------+ + ^ + | + v + +--------------+ + | CORE X | + | SCHEDULER | + +--------------+ + ^ + | + v + +--------------+ +--------------+ + | DIX CORE X |--------->| DIX/XIE | + | DISPATCHER | | DISPATCHER | + +--------------+ +--------------+ + ^ ^ + | | + v v + +--------------+ +---------------+ + | CORE X DIX |<-------->| DIX/XIE | + +--------------+ +---------------+ + ^ ^ ^ ^ + | | | | + v v v v + +---------+ +---------+ +---------+ +---------+ + |DDX/CORE | |DDX/CORE | | DDX/XIE | | DDX/XIE | + | MACHINE | | MACHINE | | MACHINE | | MACHINE | + | IND. | | DEP. | | IND. | | DEP. | + +---------+ +---------+ +---------+ +---------+ + + + + +1.2.1 XIELIB + This component resides on the client side of the wire and represents the extended protocol + interface library (analogous to XLIB) which is used to pass requests to the server exten- + sion. Since this document represents the server side of the extension, it is stated here for + completeness and because of its relevance to the CORE X protocol. + + + + + Overview 1–3 + 1.2.2 DIX/XIE Component + The functional responsibility of the DIX/XIE component is to: + + o Initialize the extension server. + o Dispatch execution of extension server requests. + o Return extension server events, errors and replies. + o Manage extension server resources. + o Interface with the CORE X services. + o Interface with the server DDX component. + + + + +1.2.3 DDX/XIE Component + The DDX/XIE component consists of two subcomponents: machine independent DDX and + machine dependent DDX. The former represents a software implementation of a DDX function, + independent of hardware platform, while the latter represents a combined software/hardware + implementation speciï¬c to a speciï¬c system platform or class of system platforms. + + + +1.2.3.1 DDX/Machine Independent Component + This component includes the software algorithms to perform the various image processing + tasks called upon by the client. This document will address this implementation. + + + +1.2.3.2 DDX/Machine Dependent Component + This component performs all hardware related tasks in performing client requests. Hardware + accelerators such as array processors and other specialized display components can achieve + high efï¬ciency in carrying out the various image rendition algorithms. To that end the DDX + component will be called upon to make calls to the drivers of these devices when they exist. + + + +1.2.4 XIE Services + A client XIE request can be classiï¬ed by its type of service. The following outlines the various + classes. For further details regarding the XIE services and resources, readers should read the + documents referenced in the preface. + + + + +1–4 Overview + 1.2.4.1 Session Services + These services allow clients to initialize and terminate a session with the extension. + + + +1.2.4.2 Resource Services + These services allow clients to create, query, copy, and delete XIE resources. Resources include + the following: + • IOB - Image Objects + • IDC - Image Domain Context + • IPC - Image Process Context + + + + +1.2.4.2.1 IOB + An Image Object (IOB) is a structure which contains the image data and closely associated + attributes within a server. + + + +1.2.4.2.2 IDC + An Image Domain Context (IDC) is a structure which is used for one of three purposes: + • deï¬ne the subset or region of an image to process + • act as an area operand in area image operations + • both of the above (concurrently) + + + + +1.2.4.2.3 IPC + An Image Process Context (IPC) is a structure which describes the relationship between the + various transfer, enhancement, and rendition processes that make up an image processing + pipeline. + + + +1.2.4.3 Server/Client Image/Export Services + These services allow clients to read/write image data within an XIE server resource from/to + CORE X server resources such as pixmaps. The XIE resource is called an image object (IOB). + + + + + Overview 1–5 + 1.2.4.4 Transport Services + These services allow the transfer of image data to/from client/server. The server keeps images + in server resources called image objects (IOB). + + + +1.2.4.5 Process Services + These services provide for the application of low level image operators to image data primarily + in support of preparation for or improvement of its display. + + + +1.2.4.6 Statistic Services + These services provide clients procedures to generate statistical information about an image. + Such statistics include the mean, variance, standard deviation, maximum and minimum of + data within an area of an image. + + + +1.2.4.7 Process Control Services + These services provide clients the ability to deï¬ne and apply pipelines containing transport, + process, and display operations. + + + +1.2.4.8 Display Service + This service allows the client to display a sequence of prerendered image frames which are + stored as pixmaps. + + + +1.2.4.9 Event Services + These services allows the client to select or query XIE speciï¬c events. + + + +1.2.5 Relationship to CORE X + There exist a resource and/or process relationship between XIE and CORE X which depends + on the function the extension is carrying out. CORE X will provide the resource management + of XIE resources as well as access to CORE X resources that XIE might need (such as the + Graphics Context (GC) or drawables). In addition the extension may want to use a CORE X + process rather than duplicating the process within the extension. + + + + +1–6 Overview + 1.2.5.1 CORE X Resources + CORE X provides the extension with resource management for extension and CORE resources. + Key CORE X resources that the extension will have interest in are the Graphics Context and + drawables. + + + +1.2.5.1.1 Graphics Context + The Graphics Context is used when the CORE X performs graphic operations. This resource + consists of information relating to performing such operations: putImage (from a server data + buffer to a CORE X pixmap), line style and so on. + + + +1.2.5.1.2 Drawables + Graphics operations can be performed to either windows or pixmaps which collectively are + called drawables. XIE will use these resources for services such as import/export. + + + +1.2.5.2 Processing Modes + To better delineate which of the aforementioned components are used for a particular client + XIE request, we deï¬ne several processing modes. Appendix A maps each XIE protocol request + to a service class and processing mode. + + + +1.2.5.2.1 DIX Processing + This mode refers to those requests which do not need processes from the DDX component of + XIE. + + + +1.2.5.2.2 DIX/DDX Processing + This processing mode refers to those requests which rely on the DDX/XIE component to + perform its task. + + + + + Overview 1–7 + Chapter 2 + +DIX/XIE Component + + + + This chapter describes the procedures that make up the DIX/XIE Server Component. All XIE + client requests to some degree use procedures within this component. Figure 2–1 represents + a block diagram of the procedures of the DIX/XIE Component and its relationship to CORE X + and DDX/XIE functional components. + Note: See Appendix B for a list of modules and procedures within the DIX/XIE Component. + + + + + DIX/XIE Component 2–1 + Figure 2–1: DIX Procedures + + INITIALIZATION XIE REQUEST PROCESSING + -------------- ---------------------- + +----------------+ +----------------+ + | SERVER | | CORE X | + | INITIALIZATION | | TRANSPORT | + +----------------+ +----------------+ + ^ ^ + | | + v v + +----------------+ +----------------+ + | CORE X | | CORE X | + | INITIALIZATION | | DISPATCHER | + +----------------+ +----------------+ + ^ ^ + +-----------------|----------------------|---------------------+ + | v v | + | +----------------+ +----------------+ | + | | XieInit | | XieDispatcher |<---+ | + | +----------------+ +----------------+ | | + | ^ ^ | | + | | | | | + | v v | DIX/XIE + | +----------------+ +----------------+ | | + | | XieDeviceInit | | DIX Request | | | + | +----------------+ | Procedures | | | + | ^ +----------------+ | | + | | ^ | | + +-----------------|----------------------|-------------|-------+ + | v | + | +----------------+ | + -------------->| DDX LAYER |<---+ + +----------------+ + + + + +2–2 DIX/XIE Component + 2.1 Initialization Procedures + + Upon server initialization, the CORE X initializes all extensions by calling a CORE X proce- + dure - InitExtensions. This procedure calls the initialization procedure of all extensions the + CORE X will support. An addition will be made to InitExtension to call the XIE initialization + routine. In this implementation, this procedure is referred to as XieInit. + Note: InitExtension and all XIE components will be linked with the CORE X in an OS + dependent manner (see Chapter 4). + + + +2.1.1 XieInit + This procedure will be called when CORE X initializes or resets itself. XieInit will deï¬ne the + XIE extension to the CORE X and will perform all extension resource and device initialization. + + + +2.1.1.1 Making XIE Known to the CORE X + XIE must make the extension known to the CORE X so that XIE will be able to co-exist with + other extensions. This is done by a call to a CORE X routine - AddExtension (EXTENSION.C): + + AddExtension (Name,NumEvents,NumErrors,MainProc,SwappedMainProc,ResetProc) + This routine returns a pointer to a CORE X structure ExtensionEntry (see Appendix E) + which deï¬nes extension parameters, including its base opcode (used by SendErrorToClient + - see Section 2.2.1.1), base and last error codes and event codes. It should be noted that + this structure also contains a private pointer which, in the future, XIE can use for its own + purposes. + Name is a string indicating the name of the extension ("xImageExtension"). + NumEvents is the number of events deï¬ned by XIE. (3) + NumErrors is the number of errors deï¬ned by XIE. (0) + MainProc speciï¬es where the CORE X dispatcher will call when it sees an XIE request. For + this implementation this will be named XieDispatcher. XieDispatcher is called with a pointer + to the client structure (from the server transport). See Appendix E. + SwappedMainProc is called in place of MainProc if the client’s byte ordering is different from + the server. This routine must rearrange the bytes in place and then act like MainProc. (The + CORE X modules SWAPREP.C, MISC.H, DIXUTILS.C contain useful macros and procedures + for swapping). For this implementation this procedure will be called SwapXieDispatcher. This + routine is called with a pointer to the client structure (from the server transport). + + + + + DIX/XIE Component 2–3 + ResetProc is called when the server closes down (has no more clients). The purpose of reset + is to return the server to the state it was in when it started up. After reset, the extension is + no longer deï¬ned. For this implementation this procedure will be named XieReset. Speciï¬c + functionality is to be determined later, however it is envisioned that for this implementation + this routine may just return. For hardware related implementations, this routine will provide + a mechanism in getting the hardware to an idle state. + + + +2.1.1.2 Deï¬ning Errors and Events + XieInit must also deï¬ne the XIE error and event codes using the errorBase and eventBase + ï¬elds, respectively, within the ExtensionEntry structure. This is done by adding the XIE error + and event constants (see Appendix C) to the extension error and event base, respectively. + For the events XIE deï¬nes, this module must load the CORE X vector table EventSwapVector[ ] + with the XIE procedure to swap the event data. See Section 2.2.2.2.10.1 for a discussion on + XIE events. + In addition, XieInit will deï¬ne a mask for each XIE event (see Section 2.2.2.2.10.1). + The following are the event codes XIE will use: + • XIE_COMPUTATION_COMPLETE + • XIE_NEW_FRAME + • XIE_SEQUENCE_COMPLETE + + Currently there are no XIE server error codes. All errors that the extension can generate will + use an appropriate CORE X error code. + + + +2.1.1.3 Deï¬ning XIE Resource Class and Types + XieInit must also deï¬ne an XIE resource class and all the XIE resource types. To create + an XIE resource class, XIE will use the CORE X procedure - CreateNewResourceClass + (RESOURCE.C) + CreateNewResourceClass returns a new class (int) for use in creating new resources. This + class will be referred to as RC_Xie.The format of the call is: + + CreateNewResourceClass( ) + To deï¬ne XIE resource types, XIE will call the CORE X procedure - CreateNewResourceType + (RESOURCE.C). + CreateNewResourceType returns a new resource type (int) which is also used in other resource + routines. Each XIE resource (IOBs, IDCs etc.) will be associated with a type - RT_Iob, RT_Idc + etc.. + The format of this call is: + + CreateNewResourceType ( ) + + + +2–4 DIX/XIE Component + See Section 2.2.2.2.3 for a description on the use of XIE resources. + + + +2.1.2 XieDeviceInit + This procedure will initialize any hardware or accelerators the extension may use by calling + the routine Init_xxx where xxx is the symbol for the particular accelerator. The mechanism to + perform this is addressed in Chapter 4. + In addition, XieDeviceInit must load entries into the XIE/DDX procedure vector table for + those functions which beneï¬t from accelerators. As an example, if there is an accelerator + which performs scale, XieDeviceInit must load the DDX scale entry with the entry to the DDX + routine which takes the same arguments as the machine independent version and uses the + accelerator to perform the scale. The mechanism to do this will be similar to the above. + + + + + DIX/XIE Component 2–5 + 2.2 DIX/XIE Request Processing + + The DIX/XIE request procedures include the XIE dispatcher and a DIX procedure for each XIE + protocol request. The latter is broken into two processing phases: Phase I and II. + + + +2.2.1 XieDispatcher + XieDispatcher is called by CORE X when its dispatcher recognizes that the client’s request is + an XIE request. XieDispatcher’s responsibilities are to: + + o Determine which function was requested + o Swap the function request if necessary + o Vector to the appropriate DIX Phase I processing procedure + CORE X calls XieDispatcher with a pointer to the client structure (see Appendix E). This + structure represents the context of the client request and is used by the CORE X for its + wire transport. This structure is used for any subsequent communication to the client and + thus must be passed along to lower levels if the lower levels are to communicate with the + client (macros and routines such as SendErrorToClient, WRITE_REPLY_TO_CLIENT and + WriteToClient use a pointer to this structure as one of its arguments). + XieDispatcher’s ï¬rst job is to determine the XIE function requested. This is accomplished by + using a CORE X macro - REQUEST (see Section F.1). REQUEST is called with a structure + xieReq that exists in a XIE include ï¬le XIEPROTO.H. This structure represents the header of + all XIE requests. See Appendix C for a list of this and other request structures. + The REQUEST macro deï¬nes a record called "stuff" which is of type xieReq, and which + is bound to the request buffer. XieDispatcher initiates the appropriate DIX/XIE Request + Processing function by case switching on the opcode represented in stuff->data. This + represents the XIE request code. (Note: For XIE deï¬ned structures this ï¬eld is repre- + sented by stuff->opcode.) If XieDispatcher does not recognize the requested opcode, then + a call to SendErrorToClient is made with a CORE X error code - BadRequest and a "re- + turn(BadRequest)" is made. + XieDispatcher returns success or failure to the CORE X. It is expected that any errors gener- + ated by lower level routines will use SendErrorToClient and return the error code back to the + dispatcher so that it can, in turn, return the error code back to CORE X. + + + + +2–6 DIX/XIE Component + 2.2.1.1 Error Notiï¬cation to Client + If an error is detected anytime during the dispatcher or the DIX processing phases, XIE must + notify the client via a CORE X routine, SendErrorToClient (EXTENSION.C), and make a + "return(errorcode)" back to the XIE dispatcher. + NOTE: When we state that the error must be reported, it is implied that a SendErrorToClient + and a "return (errorcode)" is made. + SendErrorToClient routine has the following format: + + SendErrorToClient (client,reqCode,minorCode,ResourceID,errorcode) + + Client is the client structure passed to the extension with the request; reqCode is the base ï¬eld + of the ExtensionEntry structure returned by AddExtension performed during initialization in + the XieInit component; minorCode is the extension request opcode (stuff->opcode); errorcode is + one of the error codes assigned to the calling extension or a CORE X error; and resourceID is + a parameter that the extension may use to return a resourceID that is involved in the error. If + none is involved, the routine should pass NONE deï¬ned in the CORE X include ï¬le - X.h. + + + +2.2.1.2 Swapping Requests + If the byte order on the server is different than the client, the CORE X, upon seeing an + XIE request, will call SwapXieDispatcher. This routine will be responsible for swapping the + request (in place) and then performing the same tasks as XieDispatcher. To ease the swapping + task, several requests have pads within their request structure. This is to prevent having a + word in the middle of a longword. + + + + + DIX/XIE Component 2–7 + 2.2.2 DIX Request Procedures + There exist two phases of DIX request processing. The ï¬rst phase does the request length + checking while the second phase manages the XIE resources, checks for valid arguments, and + prepares data for DDX processing. + + + +2.2.2.1 Processing of Requests - Phase I + Phase I request processing entails checking the request length. This is facilitated by the use + of the following CORE X macros (see Section F.1): + + o REQUEST + o REQUEST_SIZE_MATCH + o REQUEST_AT_LEAST_SIZE + + REQUEST is called with the structure of the particular request. This implies that a structure + exist for each of the XIE protocol requests (see Appendix C). Calling this macro allows the + extension to verify the length of the request via another CORE X macro: REQUEST_SIZE_ + MATCH. This macro makes sure that the request in "stuff" is the right size for this particular + request. It will return BadLength (back to CORE X) if the size is incorrect. + REQUEST_AT_LEAST_SIZE is the same as REQUEST_SIZE_MATCH except it is used for + variable length requests. It checks to make sure that the request is no shorter than the + minimum size. It returns BadLength if the size is invalid. See next section. + If no errors exist during request matching, then this component will initiate the second phase + of DIX request processing. See Section 2.2.2.2. + + + +2.2.2.1.1 Variable Length Requests + REQUEST_AT_LEAST_SIZE is used by requests such as XIEP_PUT_TILE which will have + a variable length request size due to the tile dimensions. In this case the ï¬rst phase of DIX + processing checks the minimum size allowed and passes the responsibility of absolute length + checking to the second phase of DIX request processing. The second phase will then read + the request length and the dimension arguments and verify that they agree. If not, then a + "BadLength" error is reported. Return is back to the ï¬rst phase which, in turn, will return + back to the XIE dispatcher. + + + + +2–8 DIX/XIE Component + 2.2.2.2 Processing of Requests - Phase II + Depending on the request, the Phase II processing logic may be inline with the Phase I + processing code (the length check code) or may initiate calls to subroutines. For the latter case, + the procedures may reside in module XIE_UTILS.C (see Appendix B). For simple requests, + such as resource create, they can be inline with the Phase I code, while for more complex calls + it may be better to have a separate subroutine. This phase is responsible for the following + functions: + + o Organization and sending of client replies. + o Establishment of context for an XIE client/server session. + o Resource creation, validation, deletion , modiï¬cation and inquisition. + o Preparation of services, data and/or resources for input into the CORE X or the DDX + layer. + o Organization and sending of events. + For DIX/DDX related tasks this phase may represent a functional subset of high level routines + which interface to an image processing library. Such routines may in turn call a set of lower + level image processing algorithms within the DDX layer. + Depending on the request, this phase of processing may not need procedures from the DDX + component. In this case we say that the processing mode for this request is a DIX only type of + process. If DIX/XIE calls procedures in the DDX component we say that the processing mode + of the request is a DIX/DDX type of process. + + + +2.2.2.2.1 XIE Replies + There exist several XIE requests which will generate replies to the client. The XIE macro - + WRITE_REPLY_TO_CLIENT (see Section F.2) is used to send replies back to the requesting + client. The format of the macro is: + + WRITE_REPLY_TO_CLIENT (client, length, buf) + + Client is the client structure; length is the length of the reply in bytes; and buf contains the + reply. This macro will call the reply swap routine for this request (based on the request opcode + represented by stuff->opcode) using XieReplySwapVector table if swapping is necessary (i.e. if + client->swapped = = TRUE). + XieReplySwapVector table consists of addresses of procedures which swap replies. For each + request, there is a location within this table. Each entry/request in this table will either have + a "NotImplemented" procedure which will return an error (indicating that the request has no + replies) or an address of the reply swap procedure. + The format of the reply must match the protocol and is 32 bytes long. Each XIE request + that generates a reply will have a corresponding structure, so length will be speciï¬ed by + sizeof(xReplyForThisRequest). See Appendix C. + There are several replies which have pads within their reply structure. This is to prevent + having a word in the middle of a longword thus making the swapping tasks easier. + + + + + DIX/XIE Component 2–9 + For replies of length greater than 32 bytes, XIE, in addition to calls to WRITE_REPLY_ + TO_CLIENT, will call the CORE X routine - WriteToClient (see Section 2.2.2.2.5.4). XIE is + responsible for byte swapping in the latter case. To accomplish this, XIE must ï¬rst load the + client structure ï¬eld, client->pSwapReplyFunc, with the address of a function that swaps and + writes to the client (via WriteToClient) and then use the XIE macro - WRITE_SWAPPED_ + DATA_TO_CLIENT: + + WRITE_SWAPPED_DATA_TO_CLIENT (client, length, pBuf) + Client is the client structure, length is the length in longwords, and pBuf is a pointer to the + reply. This macro will check the client structure ï¬eld, client->swapped, for true, and if so will + call the function speciï¬ed by client->pSwapReplyFunc else it will just write to the client via + WriteToClient (see Section F.2). + Note: There exists swap utilities within CORE X and is expected that XIE will use these + utilities. These reside in the CORE X modules SWAPREQ, SWAPREP.C, and others. + + + +2.2.2.2.2 Session Services + This service establishes the bounds and semantics of the server/client XIE session. + + + +2.2.2.2.2.1 XIEP_INIT_SESSION + The function of this request is for the client to determine if XIE is available, and if so, return + information (via a reply) describing the extension and its functions back to the client. This + function will enter the client ID and other client speciï¬c data into a static XIE table (client_ + table). See Appendix D. The quantization context pointer and the event mask are examples of + the client speciï¬c data necessary for XIE to maintain. For the former, memory for the quantize + structure will be allocated. + + + +2.2.2.2.2.2 XIEP_TERM_SESSION + This request will release the memory resources used by the requesting client and established + at XIEP_INIT_SESSION. This involves deleting the client’s entry from the client_table and + deallocating the memory used by any of it entries. + Note: Other XIE resources which use the CORE X facility will be terminated upon the client + closing the connection. + + + + +2–10 DIX/XIE Component + 2.2.2.2.3 Resource Services + The DIX component is responsible for creating, validating, deleting, and querying XIE + resources. These services require use of the CORE X resource management facility + (RESOURCE.C). + + + +2.2.2.2.3.1 Creating XIE Resources + Before XIE can create a resource, it must determine if the ID of the resource received from the + client (via XIELIB) is a legal ID. This is accomplished by doing the following: + + o Verifying that the ID is not previously deï¬ned via LookupId ( see Section 2.2.2.2.3.2) + o Making sure that the ID "and" CORE X parameter SERVER_BIT is FALSE + o Making sure the client structure ï¬eld "clientAsMask" equals the upper 12 bits of the ID. + The XIE macro LEGAL_NEW_XIE_RESOURCE (see Section F.2) does the above: + + LEGAL_NEW_XIE_RESOURCE (id, rType) + The id is the resource id and rType is the resource type (RT_Iob, RT_Idc etc.). + The CORE X procedure, AddResource, allows extensions to add a new resource class-value + pair into the CORE X resource management given a resource ID (provided by client), class + type (created by XieInit), and value (pointer to the just allocated resource). + For example, in creating an IOB, the client passes a resource ID, and the IOB resource data. + XIE ï¬rst checks to see if its a legal ID, then allocates memory for the IOB and passes the + memory pointer (value) to AddResource. Now if the client some time later wishes to query this + IOB, XIE will use the client passed ID as a handle to accessing the IOB data by using a CORE + X routine LookupID (see Section 2.2.2.2.3.2) which returns the pointer. + AddResource will create the resource if it does not exist. The following represents the call to + AddResource: + + AddResource (ID, Type, Value, Func, RC_Xie) + Func represents the procedure to call when the resource is freed (see Section 2.2.2.2.3.3) + and is called with the address of the resource data. There will be a delete procedure, which + will de-allocate the memory used by the resource, for each XIE resource. Entries to these + procedures will be DestroyIob, DestroyIdc etc.. These will reside in the XIE_UTILS.C module + (see Appendix B. + Adding the resource will allow XIE to establish the location of XIE data from the resource ID + (see next section). + + + + + DIX/XIE Component 2–11 + 2.2.2.2.3.2 Validating XIE Resources + The validation of XIE resources is done via a call to the CORE X procedure LookupID (in + RESOURCE.C): + + LookupID (ID, rType, RC_Xie) + Where rType is the resource type (RT_iob, RT_idc, RT_ipc) and RC_Xie is the XIE resource + class. Both are deï¬ned in XieInit. + LookupId will return a pointer (value) if it is valid otherwise it returns a NULL. All extension + requests having a resource ID will use LookupID as a validity check. If a Null is returned + then a BadIDChoice error will be reported to the client. + Note: All requests which have an XIE resource ID will be validated during the processing + phase of request processing. + + + +2.2.2.2.3.3 Freeing XIE Resources + To free a resource, XIE must call FreeResource (ID,SkipDeleteCallClass). SkipDeleteCallClass + indicates those classes the caller wishes not to free. For XIE related resources this will mean + a value (not RC_Xie) where RC_Xie represents the class of XIE resources. This routine will + call the delete function speciï¬ed by "func" in the AddResource call. + + + +2.2.2.2.3.4 Querying XIE Resources + Querying a resource requires that the resource be owned by the client requesting the resource + information. Therefore, a validity check must be done before the attributes within the resource + are read and reported back to the client. (See Section 2.2.2.2.3.2). + + + +2.2.2.2.4 Import/Export Services + These tasks allow an image to be moved between a CORE drawable (pixmap or window) and + an IOB. They depend on some procedures (GetImage and PutImage for example) from the + CORE X in order to accomplish their task. + + + +2.2.2.2.4.1 XIEP_IMPORT_IMAGE + This request will take image data from a pixmap or window and copy it to an IOB. The IOB + must be valid or a BadIDChoice error will be reported (see Section 2.2.2.2.3.2). Functionally + this request will do what the CORE X GetImage procedure does (calls CORE X routines + GetImage and WriteToClient) without sending the data to the client. GetImage is called + through the drawable (*pdraw->pScreen->GetImage) and transfers data within the drawable + to a buffer. The buffer represents the image data. Depending on the current state of the IOB, + DIX may have to allocate a larger or smaller buffer than is currently allocated for this IOB. In + + + +2–12 DIX/XIE Component + addition, new IOB attributes are derived from the drawable speciï¬ed within the client request. + The format of GetImage is: + + GetImage (pDraw, x, y, width, height, format, planemask, pBuf) + The arguments, with the exception of pDraw and pBuf, are derived from the drawable. pDraw + and pBuf are the drawable passed by the client and the IOB data pointer, respectively. + The speciï¬ed drawable must be valid or a BadDrawable error will be reported. To validate the + drawable, XIE will use the CORE X macro LOOKUP_DRAWABLE: + + + + pDraw = LOOKUP_DRAWABLE (drawable_id, client) + + The drawable_id is the drawable ID; client is the client structure, and pDraw is a pointer to a + drawable type. If pDraw is a NULL then the drawable is not valid and a BadDrawable must + be reported. If the drawable is an input only drawable, a BadMatch error will be reported. + (see Section F.1) + + + +2.2.2.2.4.2 XIEP_EXPORT_IMAGE + This request transfers image data and its attributes from an existing IOB into a drawable. + The IOB must be valid or a BadId error will be reported (see Section 2.2.2.2.3.2). The pixmap + must be a valid drawable or a BadDrawable error will be reported. Similarly, the graphics + context (also within this request protocol) must also be valid or a BadGc error will be reported. + To validate a drawable and a GC, XIE will use a CORE X macro VALIDATE_DRAWABLE_ + AND_GC: + + VALIDATE_DRAWABLE_AND_GC (dst_drawable_id, pDraw, pGC, client) + dst_drawable_id is the pixmap drawable Id (from the client); pDraw is a pointer to a drawable + type (returned); pGC is a pointer to the GC (returned); and client is the client structure. + This macro will return a BadDrawable, BadGc or BadMatch error if input is not valid (see + Section F.1) + This procedure will use the Graphics Context, which the client must pass, and make calls + through the GC to PutImage (pGc->PutImage). PutImage has the following format: + + PutImage (pDraw, pGc, depth, dstX, dstY, width, height, left_pad, format, IOB_Image_ + Data) + All arguments, with the exception of left_pad, format, and IOB_Image_Data, are within the + request block as stated in the XIE Protocol. The left_pad, format, and IOB_Image_Data + arguments are inferred from the speciï¬ed IOB. + + + + + DIX/XIE Component 2–13 + 2.2.2.2.5 Transport Services + These services allow the client to transfer image data between the client and server. Once the + client has established the transport context, clients can then move images to/from IOBs. + + + + +2.2.2.2.5.1 IOB Data Formats and Organization + The DIX will have the following IOB image data types (see Appendix D): + + o XieK_Bitstream + o XieK_ByteImage + o XieK_WordImage + o XieK_LongImage + o XieK_FloatImage + XieK_Bitstream represents a packed image where each pixel is one bit long. There will be no + padding allowed either between pixels or scanlines. The start of the image data will always be + byte aligned. + XieK_xxxImage represents image data in either 8,16 or 32 bit pixels with no padding pixels + allowed between pixels or between scanlines. The start of the image data will always be byte + aligned. + XieK_FloatImage represents image data using the server’s machine representation of single + precision floating point. + This implies that Transport Services must reorganize and reformat the data when data is + transferred over the wire. For example, when the client transfers an image (to the server) + which includes pixel and/or scanline strides, the DIX will be responsible in "weeding" out the + data which will not be used in any subsequent rendering or DDX operation. In addition, the + DIX/XIE must choose the integer type large enough to support the incoming data. Similarly, + when the transfer is from the server to the client, the DIX will be responsible for packing if + dictated by the transport context. + To accomplish this reformatting, the DIX may depend on DDX functions which will facilitate + the processing of data from one organization to another. + The server will use the IOB attribute list to keep track of the various formats. See + Section 2.2.2.2.6.1 for more on IOB data formats. + For multispectral image data, DIX/XIE must reorganize the data to ease subsequent process- + ing. Thus when transferring multispectral images from the client, DIX/XIE will un-bundle the + data into the speciï¬ed IOB (parent IOB) and n-1 data entities (child IOBs) of data format byte, + word or long, where n represents the number of spectral components. The parent IOB will + have pointers to the child IOBs whose meaning is inferred by the spectral type (of the parent + IOB). Thus clients can still access multispectral IOBs via the IOB id of the parent. + + + + +2–14 DIX/XIE Component + As an example, if client sends an RGB image of 3,3,2 bits, respectivily, DIX/XIE will use the + destination IOB speciï¬ed by the client as the red component of data type XieK_ByteImage + and will create two "child IOBs" to represent the two components green and blue of data + type XieK_ByteImage. Thus when the client wishes to scale this RGB image, DIX/XIE will + recognize that this is a multispectral image and will initiate the DDX scale algorithm for + each component - parent and children. This will allow DDX writers not to be concern with + "difï¬cult" data formats. + + + +2.2.2.2.5.2 XIEP_SET_TRANSPORT + This request will establish the required context necessary to support image data wire trans- + port operations (either direction). The context includes information about the data organiza- + tion, compression scheme, and component information of the image as it exists on the client + side. The DIX responsibility is to read the information within the request and attach it to the + speciï¬ed IOB. + The IOB ï¬eld, structure XieTransport, will contain the information describing the data orga- + nization of the client image (see Appendix D). Thus, subsequent wire transporting of the data + to/from an IOB will be fully described by the IOB ï¬elds. + + + +2.2.2.2.5.3 XIEP_PUT_TILE + This request allows the client to randomly transfer client image data to an IOB via tiles. Prior + to calling this request the client must have previously called XIEP_SET_TRANSPORT and + must have allocated an IOB. This function will copy the data from the protocol request buffer + to an allocated buffer within the IOB. Granularity, formats, size and location of the tiles etc. + are provided by the arguments within the request and by the speciï¬ed IOB ï¬elds. + The DIX responsibility is to: + + + • check that the IOB is valid using the IOB id passed by the client (see Section 2.2.2.2.3.2) + and if not report a BadIDChoice error. + • check that the IOB is constrained and if not, report a BadMatch error. + • check that the transport ï¬eld within the IOB has been previously deï¬ned (i.e. not NULL) + and if not, report a BadAccess error. + • check that the component organization as speciï¬ed in the IOB is consistent with that + within the transport ï¬elds and if not, report a BadMatch error. + • set the IOB transport ï¬eld to NULL on the last transfer. + + In addition, the DIX will be responsible for changing the data format and organization from + that speciï¬ed in the IOB’s XieTransport ï¬eld to one of the DIX supported image constructs. + NOTE: If byte swapping is necessary (i.e client->swapped = = TRUE), then the swapping must + be done before reading from the client and storing to the speciï¬ed IOB. + + + + + DIX/XIE Component 2–15 + 2.2.2.2.5.4 XIEP_GET_TILE + This request allows the client to randomly transfer IOB image data to a client buffer via tiles. + Prior to calling this request the client must have previously called XIEP_SET_TRANSPORT + and must have allocated an IOB. This function will send data to the client via a CORE X + procedure WriteToClient: + + WriteToClient (client, numBytes, pbytes) + Client is the client structure passed to XIE, numBytes are the numBytes passed to client, and + pbytes is pointer to the bytes to pass. + Granularity, formats, size and location of the tiles etc. are provided by the arguments within + the request and by the speciï¬ed IOB ï¬elds. + The DIX responsibility is to: + + + • check that the IOB is valid using the IOB id passed by the client (see Section 2.2.2.2.3.2) + and if not report a BadIDChoice error. + • check that the IOB is constrained and if not report a BadMatch error. + • check that the transport ï¬eld within the IOB has been previously deï¬ned (i.e. not NULL) + and if not, report a BadAccess error. + • check that the component organization as speciï¬ed in the IOB is consistent with that + within the transport ï¬elds and if not, report a BadMatch error. + • set the IOB transport ï¬eld to NULL on the last transfer. + + In addition, the DIX will be responsible for changing the data format and organization to that + speciï¬ed in the IOB’s XieTransport ï¬eld from one of the DIX supported image constructs. + NOTE: If byte swapping is necessary (i.e client->swapped = = TRUE), then the swapping must + be done before sending data to the client. + + + +2.2.2.2.5.5 XIEP_PUT_STREAM + This request allows the client to sequentially transfer client image data to an IOB. This + protocol request may be used for both uncompressed and compressed image data. Prior to + calling this request the client must have previously called XIEP_SET_TRANSPORT and must + have allocated an IOB. This function will copy the data from the protocol request buffer to + an allocated buffer within the IOB. Granularity, formats, etc. are provided by the arguments + within the request and by the speciï¬ed IOB ï¬elds. + The DIX responsibility is to: + + + • check that the IOB is unconstrained and if not report a BadMatch error. + • check that the IOB is valid using the IOB id passed by the client (see Section 2.2.2.2.3.2) + and if not report a BadIDChoice error. + + + + +2–16 DIX/XIE Component + • check that the transport ï¬eld within the IOB has been previously deï¬ned (i.e. not NULL) + and if not, report a BadAccess error. + • check that the component organization as speciï¬ed in the IOB is consistent with that + within the transport ï¬elds and if not, report a BadMatch error. + • set the IOB transport ï¬eld to NULL on the last transfer. + • keep track of the offset into the IOB data area by using the "data_offset" ï¬eld within + the IOB (see Appendix D). This offset will be a bit offset when the IOB is of type XieK_ + Bitstream and a pixel offset otherwise. + + In addition, the DIX will be responsible for changing the data format and organization from + that speciï¬ed in the IOB’s XieTransport ï¬eld to one of the DIX supported image constructs. + This may also entail decompressing the data; in this case the DIX will call the DDX function + to perform the decompression. + NOTE: If byte swapping is necessary (i.e client->swapped = = TRUE), then the swapping must + be done before reading from the client and storing to the speciï¬ed IOB. + + + +2.2.2.2.5.6 XIEP_GET_STREAM + This request allows the client to sequentially receive server image data. This protocol request + may be used for both uncompressed and compressed image data. Prior to calling this request + the client must have previously called XIEP_SET_TRANSPORT. This function will send data + to the client via a CORE X procedure WriteToClient (see Section 2.2.2.2.5.4). + Granularity, formats, etc. are provided by the arguments within the request and by the + speciï¬ed IOB ï¬elds. + The DIX responsibility is to: + + + • check that the IOB is unconstrained and if not report a BadMatch error. + • check that the IOB is valid using the IOB id passed by the client (see Section 2.2.2.2.3.2) + and if not report a BadIDChoice error. + • check that the transport ï¬eld within the IOB has been previously deï¬ned (i.e. not NULL) + and if not, report a BadAccess error. + • check that the component organization as speciï¬ed in the IOB is consistent with that + within the transport ï¬elds and if not, report a BadMatch error. + • set the reply’s ï¬nal ï¬eld to TRUE on the last transfer. + • set the IOB transport ï¬eld to NULL on the last transfer. + • keep track of the offset into the IOB data area by using the "data_offset" ï¬eld within the + IOB (see Appendix D). The units of this offset will be dictated by the data type ï¬eld (bit + offset, byte offset, etc.). + + In addition, the DIX will be responsible for changing the data format and organization to + that speciï¬ed in the IOB’s XieTransport ï¬eld from one of the DIX supported image constructs. + This may also entail compressing the data; in this case the DIX will call the DDX function to + perform the compression. + + + + DIX/XIE Component 2–17 + NOTE: If byte swapping is necessary (i.e client->swapped = = TRUE), then the swapping must + be done before sending data to the client. + + + +2.2.2.2.6 Process Services + For these services, DIX will perform argument checking and if in error, report the appropriate + error code. Also the DIX will check all the resources speciï¬ed by the client as being valid (see + Section 2.2.2.2.3.2) and if no errors exist, vector through the DDX component to perform the + desired function. If the resource is in error, an appropriate invalid resource error is reported. + For those operations which require additional requirements on the client speciï¬ed resources, + the DIX will check that these resources are valid for the particular process and if not, report a + BadMatch error. + If the client requested notiï¬cation, the DIX will send an XIE_COMPUTATION_COMPLETE + event upon the completion of the requested function (see Section 2.2.2.2.10.1). + One of the major tasks of the DIX for this request class is to prepare data to operate within + the semantics of a DDX computation. + + + +2.2.2.2.6.1 XIE’s Handling of IOB Data Formats + Each process request will have a control flag indicating whether the operation should be + "constrained" or "unconstrained". The latter implies that precision in the computation be + maintained. For example, when adding two image objects, DIX/XIE will create a destination + IOB whose format will either be integer (if the two IOBs pixel depth indicate that the result + can ï¬t into an integer format - 8,16, or 32 bits) or a float (if 32 bit integer representation + cannot guarantee precision). The DIX responsibility is to determine this before initiating the + DDX process. (The DDX process will read the format ï¬eld within the speciï¬ed IOB(s) and + will operate accordingly.) Thus for some operations, DIX will be responsible for changing the + allocation of an existing IOB’s data to that of another type. Whenever possible, the DIX will + call upon the DDX to compute using integer formats for efï¬ciency reasons. + For cases when the DIX does not know the possible outcome, it will take the conservative + approach (float) for the computation to assure precision. + For client requested "constrained" operations, the DIX function will generate positive in- + tegral data by quantizing before returning to caller. For example on subtraction, the DDX + function could generate negative results but the DIX will force integral positive based on the + quantization context and the DDX quantize function. + In addition, DIX must also call the quantize DDX function whenever it needs to constrain the + data for operations which require such data (mask, bit oring etc.). The quantize context will + dictate what method it will use to do this. See Appendix G for a breakdown on the DIX and + DDX responsibilities for each of the DDX functions. + + + + +2–18 DIX/XIE Component + 2.2.2.2.7 Statistics Services + These services allow the client to obtain statistics on an IOB. The DIX will check all the + resources speciï¬ed by the client as being valid (see Section 2.2.2.2.3.2) and if no errors exist, + vector through the DDX component to perform the desired function. If the resource is in error, + an appropriate invalid resource error is reported. + In addition, the DIX is responsible for checking the arguments for validity and if in error, + reporting a BadValue or BadMatch error. If no errors exist, the DIX will call the appropriate + DDX function and then return the statistical results in the form of a reply to the client (see + Appendix C). + One of the major tasks for the DIX for this request class is to prepare data to operate within + the semantics of a DDX computation. See Section 2.2.2.2.6.1 for information on the way DIX + handles image data. + For the XIEP_AREA_STAT request if the client requested notiï¬cation, the DIX will send an + XIE_COMPUTATION_COMPLETE event upon the completion of the requested function (see + Section 2.2.2.2.10.1). + + + +2.2.2.2.8 Process Control Services - TBS + + + + +2.2.2.2.9 Display Service + This service allows the client to display a sequence of prerendered image frames which are + stored as pixmaps. The XIEP_DISPLAY_SEQUENCE request is used to do this. + + + +2.2.2.2.9.1 XIEP_DISPLAY_SEQUENCE + The processing of this request requires use of the CORE X procedure CopyArea which copies + one drawable to another. Before XIE can initiate CopyArea it must: + + - validate the client’s destination drawable and GC + - validate the client’s source drawable. + - check to see that the parameters of the source and destination drawable match. + + To validate the drawable and GC, XIE will use the macro VALIDATE_DRAWABLE_AND_ GC + (see XIEP_EXPORT_IMAGE above). + To validate the source drawable, XIE will use the CORE X macro LOOKUP_DRAWABLE (see + Section 2.2.2.2.4.1). + Argument checking is done by assuring that pSrc->pScreen (pSrc is a pointer to the source + drawable) equals pDst->pScreen (pDst is a pointer to the destination drawable) and that + pSrc->depth equals pDst->depth, otherwise a BadMatch must be reported. + + + + DIX/XIE Component 2–19 + The format of the CopyArea procedure is: + + CopyArea (pSrc, pDst, pGc, src_x, src_y, width, height, dst_x, dst_y) + + The arguments src_x, src_y, width, height, dst_x and dst_y are inferred by the IDC during + some preprocess and the other arguments are as deï¬ned above. + + + +2.2.2.2.10 Event Services + Events are situations or occurrences which are detectable by XIE and are of interest to the + client. + + + +2.2.2.2.10.1 Event Notiï¬cation to Client + There are three events deï¬ned in XIE. The CORE X routine, WriteEventsToClient, allows XIE + to send events to interesting clients: + + WriteEventsToClient (client, count, events) + Client is the client structure, count is the number of events to send (usually one), and events is + a pointer to the particular event structure (see Appendix D). XIE will load the event structure + with the pertinent data before invoking WriteEventsToClient. + If swapping is necessary, this routine will call EventSwapVector[code] for the particular event + code (deï¬ned during XieInit). Therefore XIE must tell the CORE X about the routine which + does the swapping for each event that XIE deï¬nes. This is done during the XieInit phase by + setting the CORE X array entry EventSwapVector[code] to the XIE procedure that swaps that + particular event code. This procedure is called with three arguments: client structure, the + count (as stated above) and a pointer to the event(s). Each event swapping routine will have + an entry name of the form SwapXxxEvent. + Only events that the client has expressed interest in will be sent. This is accomplished be + using the client_table entry ï¬eld - eventMask (see Appendix D). The DIX will use the client ID + to ï¬nd the client_table entry which will point to the eventMask for this client. + The event mask as deï¬ned by the protocol (client) will be stored within this table and will be + used to indicate whether the client wishes for a particular event to be sent (see Appendix C). + This mask is set by XIEP_SELECT_EVENTS. + + + + +2–20 DIX/XIE Component + 2.2.2.2.10.2 XIEP_SELECT_EVENTS + Several XIE requests can generate events, however, an event will be sent to the client if and + only if the client has expressed interest in the event. Thus any request which can potentially + send an event will read the event mask from the client_table entry ï¬eld to determine if + it should send the event. The client is able to set this mask via a call to XIEP_SELECT_ + EVENTS. + The XIEP_SELECT_EVENTS request will load the client passed event mask into the client_ + table entry ï¬eld - eventMask. + + + +2.2.2.2.10.3 XIEP_QUERY_EVENTS + This request is for clients to determine which events it has expressed interest in being notiï¬ed + of. This request will return the event mask resident in the client_table back to the requesting + client. + + + + + DIX/XIE Component 2–21 + Chapter 3 + +DDX Component + + + + This component represents the device dependent component of the extension. + For this implementation, entries into this subcomponent will comprise of a subset of lower + level image processing routines which will be called from either the DIX Request procedures or + from procedures within XIE_UTILS.C. Entry to DDX procedures is made via a table of entries + called the procedure vector table. + Although this document does not address the machine dependent design, it should be stated + that it is at this level where hardware related tasks get executed. That is, the procedure + vectors will either be the entries to the lower level image processing routines and/or hardware + routines to perform the various tasks. This implies that at server/extension initialization time, + the extension must recognize the fact that it may have hardware resources, and if so, load the + appropriate procedure vector. Since such routines must have knowledge about the particular + device used, these reside within the DDX component and are said to be machine dependent. + Note: For severe hardware related errors, this level must set a client structure ï¬eld, client- + >noClientException, to the errorcode. This will cause the CORE X scheduler to shutdown the + client connection. + + + + +3.1 Procedure Vector Table + + The procedure vector table consists of entries to two classes of XIE functions: low level math + tools (e.g. add, sub etc.) and higher level functions such as decompression, scaling, image + rotation etc.. Each of these procedures will deï¬ne a minimum set of arguments necessary to + carry out its function. The exact speciï¬cation of the arguments will be determined later, how- + ever, it is envisioned that the image inputs to the DDX function will most likely pointers to a + structure that deï¬nes the organization and type of data. To that end, each DDX function must + support a set of recognized data types: XieK_Bitstream, XieK_ByteImage, XieK_WordImage, + XieK_LongImage, and XieK_FloatImage. In particular, some permutations of integer and float + must be supported. For example, ADD must support integer in and float out, float in and float + out, etc. See Appendix G for a description of the DDX support of data formats/types. + The DDX functions will presume that the arguments as valid since it will be the DIX respon- + sibility to perform argument checking. + + + + DDX Component 3–1 + Figure 3–1 outlines the flow of the DDX component in relationship to the DIX component. + + + + + Figure 3–1: DDX Subcomponents + + +-----------+ +-----------+ +-----------+ +-----------+ + | DIX | | DIX | | DIX | | DIX | + | Transport | | Process | |Statistics | .... | Other | + | Services | | Services | | Services | | Services | + +-----------+ +-----------+ +-----------+ +-----------+ + ^ ^ ^ ^ + | | | | + v v v | + +-----------------------------------------+ | + | Procedure Vectors |<-----------+ + +-----------------------------------------+ + ^ + | + v + +-----------------------------------------+ + | Lower Level Image Processing Routines | + +-----------------------------------------+ + + + The following represents the procedure table: + + + + Table 3–1: DDX Procedure Vector Table + ROUTINE FUNCTION + _POINT remap input IOB to output IOB + _AREA apply area operators to input IOB and store to output IOB + _ARITH perform arithmetic operation on two IOBs or IOB and a constant + and store to output IOB + _COMPARE comparing two IOBs or one IOB and a constant and store + boolean result to a 2D boolean bitmap + _LOGICAL perform logical operation on two IOBs or one IOB and a con- + stant and store to output IOB + _MATHF apply mathematical function on input IOB and store to output + IOB + _DECOMPRESS decompress input IOB and store to output IOB + _SCALE scale input IOB and store to output IOB + _ROTATE rotate input IOB and store to output IOB + _MIRROR flip input IOB and store to output IOB + _CROP crop input IOB and store to output IOB + + + + +3–2 DDX Component + Table 3–1 (Cont.): DDX Procedure Vector Table +ROUTINE FUNCTION + +_TRANSLATE overlay two IOBs or one IOB and constant and store to output + IOB +_CONSTRAIN apply quantization on input IOB and store to output IOB +_MATCH_HISTOGRAM apply transformation on input IOB to conform with speciï¬ed + histogram form and store to output IOB +_CHROMINANCE_SEPARATE create 3 IOBs from multispectral IOB +_CHROMINANCE_COMBINE combine 3 IOBs to multispectral IOB +_DITHER reduce number of levels of input IOB and store to output IOB +_LUMINANCE extract luminance component of polychromatic IOB and store to + output IOB +_CALC_HISTOGRAM generates histogram of input IOB +_POINT_STATISTICS generate statistics for an IOB +_AREA_STATISTICS generate statistical IOB from input IOB +_DISPLAY_SEQUENCE display time sequences of pixmaps +_SELECT_EVENTS select which events to be notiï¬ed of +_QUERY_EVENTS query which events have been set for notiï¬cation +_COMPRESS compress input IOB - DIX private +_FLOAT_DATA float buffer - DIX private +_MULTIPLE_REQUEST hardware dependent routine + + + + + DDX Component 3–3 + Some of these vectors represent those functions that may have accelerators to perform the + client image request. If the accelerators exist, the DIX must load the appropriate procedure + vector with the entry of the routine which uses the accelerators to perform the particular + function. This will be done at XieDeviceInit time. + Note: These vectors represent a superset of those functions that are within the XIE protocol. + There exist DDX functions which can not explicitly be called by the client (decompress, float_ + data etc.) + For those functions (if any) that are not supported, XIE during initialization time (via XieInit) + must insert a NotImplemented procedure which returns a BadRequest error. + The DDX component must always return to the DIX component so that status can return to + the CORE X dispatcher. + + + +3.1.1 Lower Level Image Processing Routines + For this implementation these procedures will be implemented by software. There will be no + accelerators for this implementation. + + + + +3.2 DIX/DDX Interface + + All DDX routines will use the protocol document as a functional guide. The semantics of + operation (integer vs. float) will be determined by the data_type ï¬eld within the speciï¬ed + IOB(s). All input constants will be represented by integer unless deemed otherwise. + + + + +3–4 DDX Component + Chapter 4 + +Operating System Considerations + + + + This chapter addresses some operating system dependencies in the implementation of XIE. + + + + +4.1 Memory Management + + Allocation, reallocation and deallocation of memory is performed by using the CORE X routines + Xalloc, Xrealloc and Xfree, respectively. + + + + +4.2 Linking and Loading XIE + + There exist two ways an extension can be loaded with the server: linked during the linking + of the server and loaded at runtime using sharable images. This document has addressed the + linked method since we intend to develop the initial version under Ultrix and Ultrix does not + support sharable images. + + + + +4.3 Hardware Considerations + + Although this document’s goal is to address the machine independent implementation, we have + attempted to address some of the implications of the current model on other implementations. + As an example of this we have provided a multiple request function in the DDX procedure + vector table. This is intended as a possible way for handling hardware devices that can + perform several functions at once such as scaling and rotating. More importantly it illustrates + how functionality may be increased with the addition of DDX vectors; the DDX procedure + table is not necessarily bounded. + + + + + Operating System Considerations 4–1 + 4.3.1 Hardware Recognition + XIE must identify, by some deï¬ned mechanism during XieInit, particular hardware platforms + and the procedures for initializing the hardware and for performing the DDX processes. The + CORE X has a similar scenario when it initializes itself. The CORE X for VMS, for example, + utilizes system tables to identify the name of a device and then initializes the device by using + a consistent naming scheme for the entry. For XIE, a similar mechanism will be employed. + CORE routines InitOuput.C, Logical_Setup.C can provide some insight as to how this is + performed in the VMS environment. Additional information will be provided once a machine + independent model has been implemented. This model will need no such mechanism since no + accelerators are deï¬ned. + + + +4.3.2 Multiple Function Request + Due to hardware components which can accelerate several processes by pipelining data to its + components, there will be a need for XIE to recognize a multiple function call. As an example + of this, suppose there exists an accelerator which can scale and rotate with one call. XIE must + have a DDX entry for such a call. This is accomplished upon initialization when XIE reads a + ï¬le or table which fully describes the various multiple possibilities. + Note that these permutations only exist for upper level DDX functions such as scale and + rotate. This reduces the number of combinations to a manageable set and represents a likely + correspondence with display accelerator functions. + A mechanism will be deï¬ned such that XIE can determine the possible combinations so that + it can report them to the client at INIT_SESSION time. This will be reported as a subcode + (for the multiple request call) which represent the sequence of two or greater series of opcodes + which indicate both order of functionality and the speciï¬c multiple capability. The procedure + that implements this may be a operating system dependent function. + XIE at initialization time will enter this capability within an internal structure and upon + seeing a multiple function request from the client, it will invoke the proper procedure based on + the subcode. + + + + +4–2 Operating System Considerations + Appendix A + +XIE Protocol Requests + + + + + Table A–1: Image Extension Functions + ROUTINE CLASS MODULE FUNCTION + _INIT_SESSION 1 DIX begin client-extension server ses- + sion + _TERM_SESSION 1 DIX terminate client-extension server + session + _QUERY_DEFAULTS 1 DIX query operational defaults + _SET_DEFAULTS 1 DIX establish/modify operational de- + faults + _CREATE_RESOURCE 2 DIX create XIE resource + _COPY_RESOURCE 2 DIX copy an XIE resource + _DELETE_RESOURCE 2 DIX delete an XIE resource + _QUERY_RESOURCE 2 DIX query an XIE resource + _IMPORT_IMAGE 2 DIX transfer image data from drawable + to IOB + _EXPORT_IMAGE 2 DIX transfer image data from IOB -> + PIXMAP + _SET_TRANSPORT 3 DIX establishes context for image trans- + fer + _GET_TILE 3 DDX randomly transfers image data + from IOB to client + _PUT_TILE 3 DDX transfers image data from client to + IOB + _GET_STREAM 3 DIX transfers stream data from IOB -> + client + _PUT_STREAM 3 DIX transfers stream data from client -> + IOB + + + + + XIE Protocol Requests A–1 + Table A–1 (Cont.): Image Extension Functions + ROUTINE CLASS MODULE FUNCTION + + _POINT 4 DDX remap input IOB to output IOB + _AREA 4 DDX apply area operators to input IOB + and store to output IOB + _ARITH 4 DDX perform arithmetic operation on + two IOBs or IOB and a constant + and store to output IOB + _COMPARE 4 DDX comparing two IOBs or one IOB + and a constant and store boolean + result to a 2D boolean bitmap + _LOGICAL 4 DDX perform logical operation on two + IOBs or one IOB and a constant + and store to output IOB + _MATHF 4 DDX apply mathematical function on + input IOB and store to output IOB + _DECOMPRESS 4 DDX decompress input IOB and store to + output IOB + _SCALE 4 DDX scale input IOB and store to output + IOB + _ROTATE 4 DDX rotate input IOB and store to + output IOB + _MIRROR 4 DDX flip input IOB and store to output + IOB + _CROP 4 DDX crop input IOB and store to output + IOB + _TRANSLATE 4 DDX overlay two IOBs or one IOB and + constant and store to output IOB + _CONSTRAIN 4 DDX apply quantization on input IOB + and store to output IOB + _MATCH_HISTOGRAM 4 DDX apply transformation on input IOB + to conform with speciï¬ed histogram + form and store to output IOB + _CHROMINANCE_SEPARATE 4 DDX create 3 IOBs from multispectral + IOB + _CHROMINANCE_COMBINE 4 DDX combine 3 IOBs to multispectral + IOB + _DITHER 4 DDX reduce number of levels of input + IOB and store to output IOB + _LUMINANCE 4 DDX extract luminance component of + polychromatic IOB and store to + output IOB + _CALC_HISTOGRAM 5 DDX generates histogram of input IOB + + + + +A–2 XIE Protocol Requests + Table A–1 (Cont.): Image Extension Functions +ROUTINE CLASS MODULE FUNCTION + +_POINT_STATISTICS 5 DDX generate statistics for an IOB +_AREA_STATISTICS 5 DDX generate statistical IOB from input + IOB +_DISPLAY_SEQUENCE 7 DIX display time sequences of pixmaps +_SELECT_EVENTS 8 DIX select which events to be notiï¬ed of +_QUERY_EVENTS 8 DIX query which events have been set + for notiï¬cation + + + +Table A–2: Service Classes +Class Service +1 session services +2 resource services +3 transport services +4 process services +5 statistics services +6 process control services +7 display services +8 event services + + + + + XIE Protocol Requests A–3 + Appendix B + +Modules and Procedures + + + For coding purposes, all XIE/DIX procedures will reside in two modules: XIE.C and XIE_ + UTILS.C. + The following is a list of XIE server related software modules: + • XieProto.h - contains deï¬nitions and structures that are used on both sides of the wire. + • XieAppl.h - contains public deï¬nitions and structures + • XieServer.h - contains deï¬nitions and structures that pertain to the server. + • XIE.C - contains XIE dispatch logic and DIX request logic + • XIE_UTILS.C - contains utilities for DIX Phase II Request Processing + + The following represents the procedures within the XIE.C module: + • XieDispatcher - vectors to the appropriate DIX process - Phase I. + • XieInit - identiï¬es XIE to the CORE X and initializes XIE + • XieDeviceInit - initializes any hardware devices and modiï¬es the DDX procedure vector + table. + • ProcXxx - perform DIX Phase I processing for request Xxx and depending on the request, + perform Phase II processing or call procedures that reside in XIE_UTILS.C. + + The following represents the type of procedures that will reside within the XIE_UTILS.C + module: + • DestroyXxx - logic to delete an XIE resource Xxx. + • TransportTileImage - procedure to randomly transfer image data. + • TransportStreamImage - procedure to sequentially transfer image data. + + + + + Modules and Procedures B–1 + Appendix C + +XIE Application and Wire Deï¬nitions and Structures + + + + The following represents a draft of some of the XIE wire deï¬nitions and structures that will + reside in XieProto.h. + Note: this ï¬le represents a draft and may contain inconsistencies with the text and the + referenced documents. + + + /* + ** Symbol XIEPROTO allows XieProto.h to be included multiple times. + */ + #ifndef XIEPROTO + #define XIEPROTO /* the "endif" MUST be the last line of this file */ + /* + ** Include files + */ + #ifdef VMS + #include "XieAppl.h" /* XIE inter-layer definitions */ + #endif + #ifdef ultrix + #include "XieAppl.h" /* XIE inter-layer definitions */ + #endif + + /* + ** Wire protocol constant definitions. + */ + /* + ** Version number + */ + #define XieK_MajorVersion 1 + #define XieK_MinorVersion 0 + /* + ** Number of supported Events and Errors + */ + #define XieK_NumEvents 0 + #define XieK_NumErrors 0 + /* + ** Resource Types + */ + #define XieK_ImageObject 0 + #define XieK_ImageContext 1 + + + + + XIE Application and Wire Deï¬nitions and Structures C–1 + /***************************************************************************** + ** Protocol request packet minor op-codes + *****************************************************************************/ + #define X_ieInitSession 1 + #define X_ieSetTransport 2 + #define X_iePutTile 3 + #define X_ieExportImage 4 + #define X_ieCreateResource 5 + #define X_ieTermSession 6 + #define X_iePutStream 7 + #define X_ieLastRequest 99 + + /***************************************************************************** + ** Protocol packet size definitions required by Xlibint.h + *****************************************************************************/ + #define sz_xieReq 4 + #define sz_xieInitSessionReq 8 + #define sz_xiePutTileReq 28 + #define sz_xiePutStreamReq 16 + #define sz_xieExportImageReq 40 + #define sz_xieSetTransportReq 36 + #define sz_xieCreateResourceReq 12 + #define sz_xieCreateIobReq 36 + #define sz_xieTermSessionReq 4 + + /***************************************************************************** + ** Miscellaneous protocol structure definitions + *****************************************************************************/ + /* + ** Wire floating point format + */ + typedef struct { + unsigned char e_sign; + unsigned char m_sign; + unsigned char exponent; + unsigned char pad1; + unsigned short mantissa; + unsigned short pad2; + } XieFloat; + + /***************************************************************************** + ** Protocol request packets + *****************************************************************************/ + /* + ** Generic part of all XIE requests + */ + typedef struct { + unsigned char reqType; /* major op-code assigned to extension */ + unsigned char opcode; /* minor op-code == XIE function */ + unsigned short length; /* length in longwords of entire request */ + } xieReq; + /* + ** Init Session Request + */ + typedef struct { + unsigned char reqType; + unsigned char opcode; /* function == X_ieInitSession */ + unsigned short length; + unsigned short major_version; /* XIE major version */ + unsigned short minor_version; /* XIE minor version */ + } xieInitSessionReq; + + + + +C–2 XIE Application and Wire Deï¬nitions and Structures + /* + ** Term Session Request + */ +typedef struct { + unsigned char reqType; + unsigned char opcode; /* function == X_ieTermSession */ + unsigned short length; +} xieTermSessionReq; + /* + ** Set transport Request (set transport parameters) + */ +typedef struct { + unsigned char reqType; + unsigned char opcode; /* function == X_ieSetTransport */ + unsigned short length; + unsigned long iob_id; + struct { + unsigned long scanline_stride; + unsigned char scanlines_abut; + unsigned char pixel_stride; + unsigned char pad[2]; + } comp_data[XieK_MaxComponents]; + unsigned char compression_scheme; + unsigned char tile_format; + unsigned char component_organization; + unsigned char pad[1]; +} xieSetTransportReq; + /* + ** Generic create resource + */ +typedef struct { + unsigned char reqType; + unsigned char opcode; /* function == X_ieCreateResource */ + unsigned short length; + unsigned long resource_id; /* resource identifier */ + unsigned long resource_type; /* resource type */ +} xieCreateResourceReq; + /* + ** Create image object request + */ +typedef struct { + unsigned char reqType; + unsigned char opcode; /* function == X_ieCreateResource */ + unsigned short length; + unsigned long resource_id; /* resource identifier */ + unsigned long resource_type; /* resource type == XieImageObject */ + unsigned long pixels_per_scanline; + unsigned long number_of_scanlines; + XieFloat aspect_ratio; + unsigned char number_of_components; + unsigned char bits_per_component[XieK_MaxComponents]; + unsigned char component_mapping; + unsigned char pixel_progression; + unsigned char line_progression; + unsigned char polarity; +} xieCreateIobReq; + + + + + XIE Application and Wire Deï¬nitions and Structures C–3 + /* + ** Create IDC Request + */ + typedef struct { + unsigned char reqType; + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of "whole" request */ + unsigned long resource_type; + unsigned long idc_id; /* IDC identifier */ + unsigned char idc_type; /* type of data for this dPC req */ + }xieCreateIdcReq; + /* + ** The following request structures are used with CreateIdc depending on + ** idc_type + */ + /* + ** Roi type + */ + typedef struct { + unsigned char pad[3]; /* get on 32 word boundary */ + unsigned long ul_x; + unsigned long ul_y; + unsigned long lr_x; + unsigned long lr_y; + } xieIdcRoiReq; + /* + ** Cpp type + */ + typedef struct { + unsigned char pad[3]; /* get on 32 word boundary */ + unsigned long ul_x; + unsigned long ul_y; + unsigned long iob_id; + } xieIdcCppReq; + /* + ** Tmp type + */ + typedef struct { + unsigned char pad[3]; /* get on 32 word boundary */ + unsigned long centerx; + unsigned long centery; + unsigned long ListOfTmpEntries;/* no. of tmp entries (8 unsigned chars) that follow */ + } xieIdcTmpReq; + /* + ** Import Image Request + */ + typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long iob_id; + unsigned long drawable; + } xieImportImageReq; + + + + +C–4 XIE Application and Wire Deï¬nitions and Structures + /* + ** Export Image Request (copy image data: Iob --> drawable) + */ +typedef struct { + unsigned char reqType; + unsigned char opcode; /* function == X_ieExportImage */ + unsigned short length; + unsigned long iob_id; + unsigned long drawable; + GContext gc; + unsigned long src_x; + unsigned long src_y; + unsigned long width; + unsigned long height; + unsigned long dst_x; + unsigned long dst_y; +} xieExportImageReq; + /* + ** General Query and Delete Resource + */ +typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long resource_id; +} xieQueryOrDeleteReq; + /* + ** Copy Resource + */ +typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src_id; + unsigned long dst_id; +} xieCopyResourceReq; + /* + ** Get Tile Request + */ +typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long iob_id; + unsigned long x; + unsigned long y; + unsigned long width; + unsigned long height; + unsigned char final; + unsigned char all_planes; + unsigned char plane_num; + unsigned char pad; +} xieGetTileReq; + + + + + XIE Application and Wire Deï¬nitions and Structures C–5 + /* + ** Put Tile Request (transport image data: client --> server) + */ + typedef struct _xiePutTileReq { + unsigned char reqType; + unsigned char opcode; /* function == X_iePutTile */ + unsigned short length; + unsigned long iob_id; + unsigned long x; + unsigned long y; + unsigned long width; + unsigned long height; + unsigned char final; + unsigned char all_planes; + unsigned char plane_num; + unsigned char pad[1]; + } xiePutTileReq; + /* + ** Put Stream Request (transport image data: client --> server) + */ + typedef struct _xiePutStreamReq { + unsigned char reqType; + unsigned char opcode; /* function == X_iePutStream */ + unsigned short length; + unsigned long iob_id; + unsigned char final; + unsigned char all_planes; + unsigned char plane_num; + unsigned char number_of_lengths; + unsigned long image_len[1]; /* at run time [number_of_lengths] */ + } xiePutStreamReq; + /* + ** Get Stream Request + */ + typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long iob_id; + unsigned char all_planes; + unsigned char plane_num; + unsigned char pad[2]; + } xieGetStreamReq; + /* + ** Point Request + */ + typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src_iob_id; + unsigned long dst_iob_id; + unsigned long ipc_id; + unsigned char new_quantum[XieK_MaxComponents]; + /* list of list follow */ + } xiePointReq; + + + + +C–6 XIE Application and Wire Deï¬nitions and Structures + /* + ** Area Request + */ +typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src_iob_id; + unsigned long dst_iob_id; + unsigned long ipcc_id; + unsigned long ipct_id; + unsigned char op1; + unsigned char op2; + unsigned char constrain; + unsigned char pad; +} xieAreaReq; + /* + ** Arith Request + */ +typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src1_iob_id; + unsigned long src2_iob_id; + unsigned long constants[XieK_MaxComponents]; + unsigned long dst_iob_id; + unsigned long ipc_id; + unsigned char op; + unsigned char constrain; + unsigned short pad; +} xieArithReq; + /* + ** Compare Request + */ +typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src1_iob_id; + unsigned long src2_iob_id; + unsigned long constants[XieK_MaxComponents]; + unsigned long cpp_id; + unsigned long ipc_id; + unsigned char op; + unsigned char combine; + unsigned short pad; +} xieCompareReq; + /* + ** Logical Request + */ +typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src1_iob_id; + unsigned long src2_iob_id; + unsigned long constants[XieK_MaxComponents]; + unsigned long dst_iob_id; + unsigned long ipc_id; + unsigned char op; + unsigned char pad[3]; +} xieLogicalReq; + + + + + XIE Application and Wire Deï¬nitions and Structures C–7 + /* + ** Math Function Request + */ + typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src1_iob_id; + unsigned long src2_iob_id; + unsigned long ipc_id; + unsigned char op; + unsigned char constrain; + unsigned short pad; + } xieMathfReq; + /* + ** Crop Image Request + */ + typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src_iob_id; + unsigned long dst_iob_id; + unsigned long ipc_id; + } xieCropImageReq; + /* + ** Translate Image Request + */ + typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src_iob_id; + unsigned long constants[XieK_MaxComponents]; + unsigned long dst_iob_id; + unsigned long ipc_id; + } xieCropImageReq; + /* + ** Scale Image Request + */ + typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src_iob_id; + unsigned long dst_iob_id; + unsigned short pixels_per_scanline; + unsigned short number_of_scanlines; + } xieScaleImageReq; + /* + ** Rotate Image Request + */ + typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* xie function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src_iob_id; + unsigned long dst_iob_id; + XieFloat angle; + unsigned char clip; + unsigned char pad[3]; + unsigned long bits_per_component[XieK_MaxComponents]; + } xieRotateImageReq; + + + +C–8 XIE Application and Wire Deï¬nitions and Structures + /* + ** Mirror Image Request + */ +typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src_iob_id; + unsigned long dst_iob_id; + unsigned char x_mirror; + unsigned char y_mirror; + unsigned char pad[2]; +} xieMirrorImageReq; + /* + ** Constrain Request + */ +typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long iob_id; +} xieConstrainReq; + /* + ** Match Histogram Request + */ +typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long iob_id1; + unsigned long iob_id2; + unsigned long ipc_id; + XieFloat param1; + XieFloat param2; + unsigned char h_shape; + unsigned char pad[3]; +} xieMatchHistogramReq; + /* + ** Chrominance Separate Request + */ +typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long iob_id1; + unsigned long iob_id2; + unsigned long iob_id3; + unsigned long dst_iob_id; +} xieChromeSepReq; + /* + ** Chrominance Combine Request + */ +typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src_iob; + unsigned long iob_id1; + unsigned long iob_id2; + unsigned long iob_id3; +} xieChromeComReq; + + + + + XIE Application and Wire Deï¬nitions and Structures C–9 + /* + ** Dither Request + */ + typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src_iob_id; + unsigned long dst_iob_id; + unsigned char result_bits[XieK_MaxComponents]; + unsigned char pad; + } xieDitherReq; + /* + ** Luminance Request + */ + typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src_iob_id; + unsigned long dst_iob_id; + } xieLuminanceReq; + /* + ** Calculate Histogram Request + */ + typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long iob_id; + unsigned long ipc_id; + unsigned char by_component]; + unsigned char pad[3]; + } xieCalcHistReq; + /* + ** Point Statistics Request + */ + typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long iob_id; + unsigned long x_location; + unsigned long y_location; + unsigned char edge_size; + unsigned char pad[3]; + } xiePointStatsReq; + /* + ** Area Statistics Request + */ + typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long src_iob_id; + unsigned long dst_iob_id; + unsigned long ipc_id; + unsigned char edge_size; + unsigned char stat_type; + unsigned char pad[2]; + } xieAreaStatsReq; + + + + +C–10 XIE Application and Wire Deï¬nitions and Structures + /* + ** Display Sequence Request + */ +typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long window_id; + unsigned short frame_count; + unsigned short frame_timing; + unsigned char forward; + unsigned char number_of_pixmaps; +} xieDisplaySeqReq; + /* + ** Events Requests + */ +typedef struct { + unsigned char reqType; /* Extension type */ + unsigned char opcode; /* XIE function */ + unsigned short length; /* length in longwords of whole request */ + unsigned long event_param; +} xieEventsReq; + +/**************************************************************************** +** Replies +****************************************************************************/ +/* Reply for Get Image */ +typedef struct { + char type; /* XIE_Reply */ + char pad; + unsigned short sequenceNumber; + unsigned long length; /* length of returned image data + in bytes*/ + unsigned long pad1[6]; +} xieGetImageReply; +/* Reply for IOB query */ +typedef struct { + char type; /* XIE_Reply */ + char pad; + unsigned short sequenceNumber; + unsigned long length; /* 0 */ + unsigned short pixels_per_scanline; + unsigned short number_of_scanlines; + unsigned char number_of_spectral_components; + unsigned char total_bits_per_pixel; + unsigned char polarity; + unsigned char grid_type; + char pad0; + unsigned char num_of_aspect_ratio; /* will this exceed 32 chars ? */ + unsigned long pad1; + unsigned long pad2; + unsigned long pad3; +} xieQueryIobReply; +/* Reply for IPC/ROI query */ + + + + + XIE Application and Wire Deï¬nitions and Structures C–11 + typedef struct { + char type; /* XIE_Reply */ + char pad; + unsigned short sequenceNumber; + unsigned long length; /* 0 */ + unsigned char ipc_type; + char pad1; + unsigned short ul_x; + unsigned short ul_y; + unsigned short lr_x; + unsigned short lr_y; + unsigned short pad2; + unsigned long pad3; + unsigned long pad4; + unsigned long pad5; + } xieQueryIpcRoiReply; + /* Reply for IPC/CPP query */ + typedef struct { + char type; /* XIE_Reply */ + char pad; + unsigned short sequenceNumber; + unsigned long length; /* 0 */ + unsigned char ipc_type; + char pad1; + unsigned short ul_x; + unsigned short ul_y; + unsigned long ipc_data; + unsigned short pad2; + unsigned long pad3; + unsigned long pad4; + unsigned long pad5; + } xieQueryIpcCppReply; + /* Reply for IPC/TMP query */ + typedef struct { + char type; /* XIE_Reply */ + char pad; + unsigned short sequenceNumber; + unsigned long length; /* length of entries */ + unsigned char ipc_type; + char pad1; + unsigned short ListOfTmpEntries; + unsigned short centerx; + unsigned short centery; + unsigned long pad2; + unsigned long pad3; + unsigned long pad4; + unsigned long pad5; + } xieQueryIpcTmpReply; + /* Each TMP entry uses the folowing structure */ + typedef struct { + CARD8 x_index; + CARD8 y_index; + unsigned short numerator; + unsigned short denominator; + unsigned char positive; + char pad; /* 32 bit boundary for swapping */ + } xieTmpEntry; + + + + +C–12 XIE Application and Wire Deï¬nitions and Structures + /* + ** Reply for Init Session + */ +typedef struct { + char type; /* XIE_Reply */ + unsigned char success; + unsigned short sequenceNumber; + unsigned long length; /* length in chars of additional data */ + unsigned long service_classes; + unsigned short major_version; + unsigned short minor_version; + char vendor; + char model; + unsigned char video_digitizer; + char pad; + unsigned long accelerators; + unsigned short number_of_screens; + char pad1[6]; +} xieInitSessionReply; +/* the following structure is used for screen data for CONNECTION reply */ +/* one set per screen - 20 chars */ +typedef struct { + unsigned short screen_width_millimeters; + unsigned short screen_height_millimeters; + unsigned short screen_width_pixels; + unsigned short screen_height_pixels; + unsigned short screen_depth; + unsigned short screen_luts_size; + unsigned char screen_number; + unsigned char screen_luts; + unsigned char screen_brightness_control; + unsigned char screen_contrast_control; + unsigned char screen_hue_control; + char pad; + unsigned short pad1[2]; /* 32 bit boundary */ +} screen_data; +/* Reply for Export */ +typedef struct { + char type; /* XIE_Reply */ + char pad; + unsigned short sequenceNumber; + unsigned long length; /* 0 */ + unsigned long pixmap; + unsigned long pad1[5]; +} xieExportReply; +/* Reply for Luminance Distribution */ +typedef struct { + char type; /* XIE_Reply */ + char pad; + unsigned short sequenceNumber; + unsigned long length; /* length in chars of stat data */ + unsigned long pad1[6]; +} xieLuminanceDistributionReply; +/* the folowing structure is used for the above reply */ + + + + + XIE Application and Wire Deï¬nitions and Structures C–13 + typedef struct { + unsigned long minimum; + unsigned long maximum; + unsigned long mean; + unsigned long std_dev; + unsigned long variance; + } statistics_data; + /* Reply for Point Statistics*/ + typedef struct { + char type; /* XIE_Reply */ + char pad; + unsigned short sequenceNumber; + unsigned long length; /* length of point stat data that + follows */ + unsigned long pad1[6]; + } xiePointStatisticsReply; + /* the following structure is used for Point Statistics */ + typedef struct { + unsigned long pixel; + unsigned long minimum; + unsigned long maximum; + unsigned long mean; + unsigned long std_dev; + unsigned long variance; + } point_statistics_data; + /* Reply for Dot Product */ + typedef struct { + char type; /* XIE_Reply */ + char pad; + unsigned short sequenceNumber; + unsigned long length; /* 0 */ + unsigned long pad1[6]; + } xieDotProductReply; + /*** following display stuff may be deleted or expanded */ + typedef struct { + char type; /* XIE_Reply */ + char pad; + unsigned short sequenceNumber; + unsigned long length; + unsigned char idc_type; + unsigned char skip_or_show; + unsigned long pixmap; + unsigned short pad1; + } xieSingleStaticReply; + typedef struct { + char type; /* XIE_Reply */ + char pad; + unsigned short sequenceNumber; + unsigned long length; + unsigned char idc_type; + unsigned char map_x_tiles; + unsigned char map_y_tiles; + unsigned long current_frame; + unsigned long number_of_display_frames; + } xieSpatialMapReply; + + + + +C–14 XIE Application and Wire Deï¬nitions and Structures + typedef struct { + unsigned char skip_or_show; + unsigned long pixmap; + unsigned short pad1; + char pad2; +} display_frame; +typedef struct { + char type; /* XIE_Reply */ + char pad; + unsigned short sequenceNumber; + unsigned long length; + unsigned char idc_type; + unsigned char map_x_tiles; + unsigned char map_y_tiles; + unsigned long current_frame; + unsigned long number_of_display_frames; +} xieTimeSequenceReply; +/* +** This "endif" MUST be the last line of this file. +*/ +#endif /* end of XIEPROTO -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ + + + + + XIE Application and Wire Deï¬nitions and Structures C–15 + The following represents a draft of some of the XIE application deï¬nitions and structures that + will reside in XieAppl.h. + Note: this ï¬le represents a draft and may contain inconsistencies with the text and the + referenced documents. + + + /* + ** Symbol XIEAPPL allows XieAppl.h to be included multiple times. + */ + #ifndef XIEAPPL + #define XIEAPPL /* The "endif" MUST be the last line of this file. + + /* + ** X Image Extension name string + */ + #define XieS_Name "xImageExtension" + /* + ** Implementation bounds + */ + #define XieK_MaxComponents 3 /* number of spectral components supported*/ + /* + ** Spectral Component Mappings + */ + #define XieK_Bitonal 1 + #define XieK_GrayScale 2 + #define XieK_RGB 3 + /* + ** Component Space Organizations + */ + #define XieK_BandByPixel 0 + #define XieK_BandByLine 1 + #define XieK_BandByPlane 2 + #define XieK_BitByPlane 3 + /* + ** IDC Types + */ + #define XieK_SingleStatic 0 + #define XieK_SpatialMap 1 + #define XieK_TimeSequence 2 + /* + ** IPC Types + */ + #define XieK_CPP 0 + #define XieK_ROI 1 + #define XieK_TMP 2 + /* + ** Compression Schemes + */ + #define XieK_PCM 0 + #define XieK_G42D 3 + #define XieK_DCT 5 + /* + ** Line Progressions + */ + #define XieK_LP90 0 + #define XieK_LP270 1 + + + + +C–16 XIE Application and Wire Deï¬nitions and Structures + /* + ** Pixel Progressions + */ +#define XieK_PP0 0 +#define XieK_PP90 1 +#define XieK_PP180 2 +#define XieK_PP270 3 + /* + ** Polarities + */ +#define XieK_ZeroBright 0 +#define XieK_ZeroDark 1 + /* + ** Statistics Types + */ +#define XieK_Minimum 0 +#define XieK_Maximum 1 +#define XieK_Mean 2 +#define XieK_StdDev 3 +#define XieK_Variance 4 + /* + ** Gray to Bitonal bit reduction methods + */ +#define XieK_Dither 0 +#define XieK_Threshold 1 + /* + ** Support Vector + */ +#define XieK_Transport 1 +#define XieK_Enhancement 2 +#define XieK_Pipelines 4 +#define XieK_ImageCapture 8 + /* + ** XieK_ Events + */ +#define XieK_ComputationEvent 1 +#define XieK_NewFrameEvent 2 +#define XieK_SequenceEvent 3 +#define XieK_EdgeDetectEvent 4 + /* + ** Edge Contact on Edge_detect Event + */ +#define XieK_North 0 +#define XieK_East 1 +#define XieK_South 2 +#define XieK_West 3 + /* + ** Conditional Operator Types + */ +#define XieK_LT 0 +#define XieK_LE 1 +#define XieK_EQ 2 +#define XieK_GT 3 +#define XieK_GE 4 +/* +** This "endif" MUST be the last line of this file. +*/ +#endif /* end of XIEAPPL -- NO DEFINITIONS ALLOWED BEYOND THIS POINT */ + + + + + XIE Application and Wire Deï¬nitions and Structures C–17 + Appendix D + +Server Deï¬nitions and Structures + + + The following represents a draft of some deï¬nitions and structures that pertain to the XIE + server. These will reside in XieServer.h. + Note: this ï¬le represents a draft and may contain inconsistencies with the text and the + referenced documents. + + + + #define XieK_MaxNumberOfClients 100 + /* Image Data Types */ + #define XieK_Bitstream 0 + #define XieK_ByteImage 1 + #define XieK_WordImage 2 + #define XieK_LongImage 3 + #define XieK_FloatImage 4 + #define XieK_NoFormat 5 + /* XIE Event Mask */ + #define XieK_ComputationComplete 1<<0 + #define XieK_NewFrame 1<<1 + #define XieK_SequenceComplete 1<<2 + #define XieK_EdgeDetect 1<<3 + + /* + ** When a connection between the client and XIE is established, the following + ** structure will have its fields defined: (TBDL) + */ + static struct client_struct + { + unsigned short event_mask; + unsigned long client_id; + unsigned long *quantize_ptr; + } client_table[XieK_MaxNumberOfClients]; + /*The following represents XIE resource structures. */ + typedef struct components + { + unsigned long scanline_stride; + unsigned char scanlines_abut; + unsigned char pixel_stride; + unsigned char pad[2]; + } XieCompData; + + + + + Server Deï¬nitions and Structures D–1 + typedef struct transport { + unsigned char compression_scheme; + unsigned char tile_format; + unsigned char component_organization; + unsigned char component_mapping; + XieCompData comp_data[XieK_MaxComponents]; + } XieTransportRec; + typedef struct transport *XieTransportPtr; + typedef struct IobResource { + unsigned long pixels_per_scanline; + unsigned long number_of_scanlines; + unsigned char number_of_components; + unsigned char pixel_progression; + unsigned char line_progression; + XieFloat aspect_ratio; + unsigned char polarity; + unsigned char constrained; + XieTransportPtr transport_ptr; + unsigned long *data_pointer[XieK_MaxComponents]; + unsigned long data_offset[XieK_MaxComponents]; + unsigned long data_type[XieK_MaxComponents]; + unsigned char bits_per_comp[XieK_MaxComponents]; + } IobResourceRec; + typedef struct IobResource *IobPtr; + typedef struct IdcRoiResource { + unsigned short ul_x; + unsigned short ul_y; + unsigned short lr_x; + unsigned short lr_y; + } IdcRoiResourceRec; + typedef struct IdcRoiResource *Roi_ptr; + typedef struct IdcCppResource { + unsigned short ul_x; + unsigned short ul_y; + unsigned long pixmap; + } IdcCppResourceRec; + typedef struct IdcCppResource *Cpp_ptr; + typedef struct { + char center_x; + char center_y; + char num_tmp_entries; + } IdcTmpResource; + /* + ** The following structures represent those used for XIE events + */ + typedef struct { + char type; /* event code */ + char pad; + unsigned short sequenceNumber; /* client sequence */ + unsigned long iob_id; + char direction; /* CLIENT_TO_SERVER or SERVER_TO_CLIENT */ + char pad0[3]; /* pads for 32 char long event */ + unsigned long pad1[5]; + } xie_transport_complete; + + + + +D–2 Server Deï¬nitions and Structures + typedef struct { + char type; /* event code */ + char pad; + unsigned short sequenceNumber; /* client sequence */ + unsigned long src_iob_id; + unsigned long dst_iob_id; + unsigned long pad1[5]; /* pad for 32 char long event */ +} xie_computation_complete; +typedef struct { + char type; /* event code */ + char pad; + unsigned short sequenceNumber; /* client sequence */ + unsigned long idc_id; + unsigned long frame_number; /* frame that is currently displayed */ + unsigned long pad1[5]; /* pad for 32 char long event */ +} xie_new_frame; +typedef struct { + char type; /* event code */ + char pad; + unsigned short sequenceNumber; /* client sequence */ + unsigned long idc_id; + unsigned long pad1[6]; /* pad for 32 char long event */ +} xie_sequence_complete; +typedef struct { + char type; /* event code */ + char pad; + unsigned short sequenceNumber; /* client sequence */ + unsigned int pixmap; + unsigned long window; + unsigned long pixmap_x; /* upper left x pixmap location */ + unsigned long pixmap_y; /* upper left y pixmap location */ + char edge; /* NORTH, EAST, SOUTH, WEST */ + char pad0[3]; /* pads for 32 byte long event */ + unsigned long pad1[2]; +} xie_edge_detect; + + + + + Server Deï¬nitions and Structures D–3 + Appendix E + +CORE X Structures + + + The following CORE X structure is deï¬ned in EXTNSIONST.H: + + typedef struct _ExtensionEntry { + int index; + void (* CloseDown)(); /* called at server shutdown */ + char *name; /* extension name */ + int base; Definitions and /* base request number */ + int eventBase; + int errorBase; + int errorLast; + pointer extPrivate; + } ExtensionEntry; + + The following CORE X structure is deï¬ned in DIXSTRUCT.H and represents the client + structure that is used throughout XIE: + + typedef struct _Client { + int index; + Mask clientAsMask; + pointer requestBuffer; + pointer osPrivate; /* for OS layer, including scheduler */ + Bool swapped; + void (* pSwapReplyFunc)(); + int errorValue; + int sequence; + int closeDownMode; + int clientGone; + int noClientException; /* this client died or needs to be killed*/ + DrawablePtr lastDrawable; + int lastDrawableID; + GCPtr lastGC; + int lastGCID; + pointer *saveSet; + int numSaved; + pointer screenPrivate[MAXSCREENS]; + #ifndef ultrix + REQSB Reqsb; /* holds request buffer process info */ + pointer *pXportWriteBuffer; + #endif ultrix + } ClientRec; + + + + + CORE X Structures E–1 + Appendix F + +MACROS + + + + +F.1 CORE X Macros + + These macros will be copied from the CORE X source ï¬les (PROCMUMBLE.C and DIX.H) to + XieServer.H. This redundancy will allow for cleaner looking code. + + o REQUEST + o REQUEST_SIZE_MATCH + o REQUEST_AT_LEAST_SIZE + o LOOKUP_DRAWABLE + + Note: There exists other useful macros within the CORE X modules SWAPREQ.C, + DIXUTILS.C and MISC.H to name a few. + + #ifndef ultrix + #define REQUEST(type) \ + register type *stuff = (type *)client->Reqsb.pCurrentReq + #else ultrix + #define REQUEST(type) \ + register type *stuff = (type *)client->requestBuffer + #endif ultrix + #define REQUEST_SIZE_MATCH(req)\ + if ((sizeof(req) >> 2) != stuff->length)\ + return(BadLength) + #define REQUEST_AT_LEAST_SIZE(req) \ + if ((sizeof(req) >> 2) > stuff->length )\ + return(BadLength) + #define LOOKUP_DRAWABLE(did, client)\ + ((client->lastDrawableID == did) ? \ + (DrawablePtr)client->lastDrawable : + (DrawablePtr)LookupDrawable(did, client)) + + + + + MACROS F–1 + F.2 XIE MACROS + + The following macros are XIE speciï¬c macros: + + o LEGAL_NEW_XIE_RESOURCE_ + o CHECK_XIE_ERROR_ + o VALIDATE_DRAWABLE_AND_GC + o FIND_CLIENT_INDEX_ + o WRITE_REPLY_TO_CLIENT_ + o WRITE_SWAPPED_DATA_TO_CLIENT_ + + + /* + ** MACRO definitions + */ + /* This macro checks "value" for NULL and if so, sends errorcode indicated + ** by "error_code" with the relevant resource "id". + */ + #define CHECK_XIE_ERROR_(value,id,error_code) \ + if (!value) \ + {\ + SendErrorToClient (client, xieReqCode, stuff->opcode, id, error_code);\ + return (error_code);\ + } + /* This macro makes sure that the a drawable and GC is valid */ + #define VALIDATE_DRAWABLE_AND_GC_(drawID, pDraw, pGC, client)\ + if ((client->lastDrawableID != drawID) || (client->lastGCID != stuff->gc))\ + {\ + if (client->lastDrawableID != drawID)\ + {\ + pDraw = (DrawablePtr)LookupID(drawID, RT_DRAWABLE, RC_CORE);\ + CHECK_XIE_ERROR_(pDraw, drawID, BadDrawable);\ + if ((pDraw->type == DRAWABLE_WINDOW) || \ + (pDraw->type == DRAWABLE_PIXMAP))\ + {\ + client->lastDrawable = (DrawablePtr)pDraw;\ + client->lastDrawableID = drawID;\ + }\ + else\ + {\ + SendErrorToClient (client, xieReqCode, stuff->opcode, drawID,\ + BadDrawable);\ + return (BadDrawable);\ + }\ + }\ + else\ + pDraw = (DrawablePtr)client->lastDrawable;\ + if (client->lastGCID != stuff->gc)\ + {\ + pGC = (GC *)LookupID(stuff->gc, RT_GC, RC_CORE);\ + CHECK_XIE_ERROR_(pGC, stuff->gc, BadGC);\ + client->lastGC = (GCPtr)pGC;\ + client->lastGCID = stuff->gc;\ + }\ + else\ + pGC = (GC *) client->lastGC;\ + if ((pGC->depth != pDraw->depth) || (pGC->pScreen != pDraw->pScreen))\ + {\ + client->lastGCID = -1;\ + + + +F–2 MACROS + client->lastGC = (GCPtr)NULL;\ + SendErrorToClient (client, xieReqCode, stuff->opcode, stuff->gc,\ + BadMatch);\ + return (BadMatch);\ + }\ + }\ + else\ + {\ + pGC = (GC *) client->lastGC;\ + pDraw = (DrawablePtr)client->lastDrawable;\ + }\ + if (pGC->serialNumber != pDraw->serialNumber)\ + { \ +ValidateGC(pDraw, pGC);\ + } + /* This macro loops through the current number of clients that the + ** is supporting and finding a match with "index". If no match is + ** found, an error is reported to the client. + */ +#define FIND_CLIENT_INDEX_(index)\ + for (index=0; index <= num_of_clients; index++)\ + {\ + if (client->index == client_table[index].client_id) break;\ + }\ + if (index == num_of_clients)\ + {\ + SendErrorToClient (client, xieReqCode, stuff->opcode, client->index, \ + BadMatch); \ + return (BadMatch);\ + } + /* This macro checks that an XIE resource ID is valid else returns + ** error to client + */ +#define LEGAL_NEW_XIE_RESOURCE_(id,rType)\ + if ((LookupID(id, rType, RC_xie) != 0) || (id & SERVER_BIT) \ + || (client->clientAsMask != CLIENT_BITS(id)))\ + {\ + SendErrorToClient (client,xieReqCode, stuff->opcode, id, BadIDChoice);\ + return(BadIDChoice);\ + } + /* This macro verifies that a GC is valid else returns error to client*/ +#define VERIFY_GC(pGC, rid, client)\ + if (client->lastGCID == rid)\ + pGC = client->lastGC;\ + else\ + pGC = (GC *)LookupID(rid, RT_GC, RC_CORE);\ + CHECK_XIE_ERROR_(pGC, rid, BadGC);\ + +#define WRITE_REPLY_TO_CLIENT_ (pClient, size, pReply) \ + if (pClient->swapped) \ + (*XieReplySwapVector[((XieReq *)pClient->requestBuffer)->data]) \ + (pClient, size, pReply); \ + else WriteToClient(pClient, size, (char *) pReply); +#define WRITE_SWAPPED_DATA_TO_CLIENT_ (pClient, size, pbuf) \ + if (pClient->swapped) \ + (*pClient->pSwapReplyFunc)(pClient, size, pbuf); \ + else WriteToClient (pClient, size, (char *) pbuf); + + + + + MACROS F–3 + Appendix G + +DIX/DDX INTERFACE + + + The following represent the DIX and DDX responsibilities regarding data formats for each + DDX call. For constrained operations, the DIX will apply the quantize function upon comple- + tion. + Note: the format {i,j,k} refers to two input IOB data types (i,j) and its result (k), while the + format {i,c,k} refers to one input IOB of type i and a constant (c), and {i,k} refers to one input + IOB of data type i and a resultant IOB of data type k. The symbol c is presumed to be of type + LONG, the symbol frac is the symbol for fractional constants, and the symbols i,j and k take + on the following possible values: + + + XieK_Bitstream 0 + XieK_ByteImage 1 + XieK_WordImage 2 + XieK_LongImage 3 + XieK_Float 4 + + _POINT + + DIX: create destination IOB of type indicated by the request parameter - new_quantum. + DDX: must be able to handle all permutations of data formats {i,k} with the exception of + i,k = 4. + + _AREA (Addition) + + DIX: create destination IOB of type 4. + DDX: must be able to handle all permutations of data formats {i,4}. + + _AREA (Multiplication) + + DIX: create destination IOB of type 4. + DDX: must be able to handle all permutations of data formats {i,4}. + + -ARITH (ADD_II) + + DIX: create destination IOB of type k where k = max(i,j)+1. + + + DIX/DDX INTERFACE G–1 + DDX: must be able to handle all permutations of data formats {i,j,k} where k = max(i,j)+1. + + + + _ARITH (ADD_IC) + + DIX: create destination IOB of type 4. + DDX: must be able to handle all permutations of data formats {i,c,4}. + + _ARITH (SUB_II) + + DIX: create destination IOB of type 4. + DDX: must be able to handle all permutations of data formats {i,j,4}. + + + _ARITH (SUB_IC) + + DIX: create destination IOB of type 4. + DDX: must be able to handle all permutations of data formats {i,c,4}. + + _ARITH (SUB_CI) + + DIX: create destination IOB of type 4. + DDX: must be able to handle all permutations of data formats {c,i,4}. + + _ARITH (MUL_II) + + DIX: create destination IOB of type k where k = max(i,j) + 1, unless i or j = 0, then k = + max(i,j). + DDX: must be able to handle all permutations of data formats {i,j,k} where k = i or k = i + + 1. + + _ARITH (MUL_IC) + + DIX: create destination IOB of type 4. + DDX: must be able to handle all permutations of data formats {i,c,4}. + + _ARITH (DIV_IC) + + DIX: create destination IOB of type 4. + DDX: must be able to handle all permutations of data formats {i,c,4}. + + _ARITH (DIV_CI) + + DIX: create destination IOB of type 4. + DDX: must be able to handle all permutations of data formats {i,c,4}. + + _ARITH (DIV_II) + + + + +G–2 DIX/DDX INTERFACE + DIX: create destination IOB of type 4. +DDX: must be able to handle all permutations of data formats {i,c,4}. + +_ARITH (MIN_II) + +DIX: create destination IOB of type k where k = max(i,j) +DDX: must be able to handle all permutations of data formats {i,j,k} where k = max(i,j). + +_ARITH (MIN_IC) + +DIX: create destination IOB of type k where k = i. +DDX: must be able to handle all permutations of data formats {i,c,k} where k = i. + +_ARITH (MAX_II) + +DIX: create destination IOB of type k where k = max(i,j) +DDX: must be able to handle all permutations of data formats {i,j,k} where k = max(i,j). + +_ARITH (MAX_IC) + +DIX: create destination IOB of type k = max(i,c). +DDX: must be able to handle all permutations of data formats {i,c,k} where k = max(i,c). + +_COMPARE + +DIX: create destination IOB of type 0. +DDX: must be able to handle all permutations of data formats {i,j,0}. + +_LOGICAL (AND_II) + +DIX: create destination IOB of type k = max(i,j). +DDX: must be able to handle all permutations of data formats {i,j,k} where i,j and k are +not 4. + +_LOGICAL (AND_IC) + +DIX: create destination IOB of type 3. +DDX: must be able to handle all permutations of data formats {i,c,k} where i = 0,1,2,3 and +k = 3. + +_LOGICAL (OR_II) + +DIX: create destination IOB of type k = max(i,j). +DDX: must be able to handle all permutations of data formats {i,j,k} where i,j and k are +not 4. + +_LOGICAL (OR_IC) + +DIX: create destination IOB of type 3. + + + + DIX/DDX INTERFACE G–3 + DDX: must be able to handle all permutations of data formats {i,c,k} where i = 0,1,2,3 and + k = 3. + + _LOGICAL (XOR_II) + + DIX: create destination IOB of type k = max(i,j). + DDX: must be able to handle all permutations of data formats {i,j,k} where i,j and k are + not 4. + + _LOGICAL (XOR_IC) + + DIX: create destination IOB of type 3. + DDX: must be able to handle all permutations of data formats {i,c,k} where i = 0,1,2,3 and + k = 3. + + _LOGICAL (SHIFT_UP or SHIFT_DOWN) + + DIX: create destination IOB of same type as input. + DDX: must be able to handle all permutations of data formats {i,j,k} where i,j and k are + not 4. + + _LOGICAL (NOT) + + DIX: create destination IOB of same type as input. + DDX: must be able to handle all permutations of data formats {i,j,k} where i,j and k are + not 4. + + _MATHF (PWR) + + DIX: create destination IOB of type 4. + DDX: must be able to handle all permutations of data formats {i,frac,4}. + + _MATHF (LOG2, LN, LOG10) + + DIX: create destination IOB of type 4. + DDX: must be able to handle all permutations of data formats {i,4}. + + _MATHF (SQUARE) + + DIX: create destination IOB of type k where k = i + 1, unless i = 0, then k = i. + DDX: must be able to handle all permutations of data formats {i,k} where k = i or k = i + + 1. + + _MATHF (SQUARE_ROOT) + + DIX: create destination IOB of type 4. + DDX: must be able to handle all permutations of data formats {i,4}. + + _SCALE + + + +G–4 DIX/DDX INTERFACE + DIX: create destination IOB of type k = i. +DDX: must be able to handle all cases of data types of the form {i,k} where k = i. + +_ROTATE + +DIX: Create destination IOB of type k = i. +DDX: must be able to handle all cases of data types of the form {i,k} where k = i. + +_MIRROR + +DIX: Create destination IOB of type k = i. +DDX: must be able to handle all cases of data types of the form {i,k} where k = i. + +_CROP + +DIX: Create destination IOB of type k = i. +DDX: must be able to handle all cases of data types of the form {i,k} where k = i. + +_TRANSLATE (II) + +DIX: create destination IOB of type k where k = max(i,j). +DDX: must be able to handle all permutations of data formats {i,j,k} where k = max(i,j). + +_TRANSLATE (IC) + +DIX: create destination IOB of type k where k = max(i,c) +DDX: must be able to handle all cases of data types of formats {i,c,k} where k = max(i,c). + +_CONSTRAIN + +DIX: create destination IOB of type k where k is dictated by the quantize context. +DDX: must be able to handle all permutations of data formats {i,k} with the exception of k += 4. + +_MATCH_HISTOGRAM (TBS) + + +_CHROMINANCE_SEPARATE + +DIX: if input IOB is of type 4, quantize to IOB of type speciï¬ed by the quantization +context, then create IOBs of type 1,2 or 3 depending on component depth. +DDX: must be able to handle all types of input IOBs except 4. + +_CHROMINANCE_COMBINE + +DIX: If input IOBs are of type 4, quantize according to quantization context, create +destination IOB of type 1,2, or 3 as dictated by the "quantized" input IOBs. +DDX: must be able to handle all types of input IOBs except 4. + + + + DIX/DDX INTERFACE G–5 + _DITHER + + DIX: if input IOB is of type 4, quantize to IOB of type speciï¬ed by the quantization + context, then create destination IOB of type indicated by "result_bits" + DDX: must be able to handle all cases of data formats {i,k} where i or k not equal to 4 + + _LUMINANCE (TBS) + + + _CALC_HISTOGRAM + + DIX: if input IOB is of type 4, quantize to IOB of type speciï¬ed by the quantization + context. + DDX: must be able to handle all types of input IOB except 4. + + POINT_STATS + + DIX: NONE + DDX: must be able to handle all types of input IOBs. + + AREA_STATS + + DIX: Create destination IOB of type 4. + DDX: must be able to handle all types of input IOB i for {i,4}. + + + + +G–6 DIX/DDX INTERFACE + \ No newline at end of file diff --git a/xie/evidence/ACCELERATOR_NOT_MODELLED.txt b/xie/evidence/ACCELERATOR_NOT_MODELLED.txt new file mode 100644 index 0000000..9f1d94a --- /dev/null +++ b/xie/evidence/ACCELERATOR_NOT_MODELLED.txt @@ -0,0 +1,47 @@ +DEFINITIVE FINDING: XIE's RENDER PATH NEEDS THE IMAGE ACCELERATOR, WHICH THIS +MACHINE DOES NOT MODEL. ITS REGISTER WINDOW IS SWALLOWED BY THE VRAM MAPPING. + +A) THE CONVERSION ROUTINE THE EXPORT ENDS IN + The post-gate trace showed the failing callee: + r6CF4 a8=00000002 ; call at 0x36CEE -> file 0x122D94 returns 2 + file 0x122D94 (ddx/smi conversion) begins by driving hardware registers: + 0x122DA2 MOVE A11,@0x5600000,0x0 + 0x122DA8 MOVE A11,@0x5600100,0x0 + 0x122DBC *A11(A9) reads @0x5600100, ANDI 0xfffd, writes back + 0x122DD8 MOVE 0x258,@0x5600020,0x0 + 0x122DE2 MOVE 0x32, @0x5600030,0x0 + 0x122E24 MOVE A11,@0x5600080,0x0 + 0x122E44 *A11 reads @0x5600030, OR 1, writes back + i.e. the VT1200's image accelerator (the "scalution" device the firmware also + names: "error initializing scalution") at bit window 0x5600000. + +B) THAT WINDOW IS NOT A DEVICE IN THE DRIVER + harness/mame/vt1200.cpp: + 1127: map(VRAM_BASE_BITS, 0x1fffffff).ram().share("vram"); + VRAM_BASE_BITS = 0x04000000 + so 0x04000000..0x1fffffff is plain shared VRAM and **0x5600000 lies inside it**. + Reads therefore return pixel data, writes land in video memory, and the + accelerator never behaves like hardware. + + Confirmed with the driver's own unmapped-access log (VT1200_LOG_UNMAPPED): + during a full export the log contained ONLY its 2 header lines -- no entry for + 0x5600000 -- precisely because that address is "mapped" (as RAM), not unmapped. + +C) WHY THIS EXPLAINS EVERY NEGATIVE + * the conversion polls accelerator registers expecting status bits; with VRAM + contents it never sees them and returns BadValue(2); + * every client-side attribute is correct and unchanged across ~45 turns + (transport mode 3, scheme PCM, photomap levels 2 / comp_COUNT 1, drawable, + GC, depth 1, geometry, imported data 0xFF white / 0x00 black); + * both the hand-rolled client and DEC's own 2.3 client fail identically; + * the two earlier DDX gates (compression, src_base) are upstream of this and + can be made to pass, after which this hardware access is what remains. + +STATUS. NO client-chosen XIE image has been displayed, and in this emulator it +cannot be: the display path terminates in a hardware device that is not modelled. + +WHAT WOULD BE REQUIRED + A model of the VT1200 image accelerator (register block 0x5600000.., and the + pixel-engine semantics behind "scalution"), mapped over that address range and + with the VRAM window narrowed around it. That is a substantial new device to + implement -- not a client or protocol issue. diff --git a/xie/evidence/ACCEL_IS_DMA_NOT_CPU_FED.txt b/xie/evidence/ACCEL_IS_DMA_NOT_CPU_FED.txt new file mode 100644 index 0000000..f0a7970 --- /dev/null +++ b/xie/evidence/ACCEL_IS_DMA_NOT_CPU_FED.txt @@ -0,0 +1,35 @@ +COMMAND STREAM DECODED -- THE ACCELERATOR IS DMA-DRIVEN, NOT CPU-FED. + +Fresh capture during a completing export (VT1200_ACCEL=1 + compression poke): + + 0x5600080 : 154 writes <- a PARAMETER TABLE + 0x5600050 : 1 write <- a single flush word (0000) + +The 0x5600080 stream is a register/value table, not pixel data. Decoded as +(low byte = parameter index, high byte = value): + + idx 00=02 idx 01=00 idx 02=01 idx 04=FF idx 05=BF idx 06=FF idx 07=F8 + idx 08=01 idx 09=02 idx 0A=00 idx 0B=01 idx 0C=01 idx 0D=02 idx 0E=00 + idx 0F=01 idx 10=00 idx 11=4B idx 12=4B idx 13=FF idx 14=EF idx 15=FF + idx 16=EF ... (values FF/BF/F8/EF/4B look like coefficient/mask entries) + +154 words is far too few for 64x64 pixels (256 words minimum), and there is only +ONE data write. So the pixel traffic never passes through the CPU-visible FIFO +in this run: the engine is expected to fetch the source and write the +destination by DMA from the descriptor programmed into the register block. + +CONSEQUENCE + Believing the earlier 0x7FE-word loop was the pixel path was wrong: that loop + writes a constant (A11=0) and is a flush. Implementing "FIFO -> framebuffer" + as previously planned would not paint anything. + + To paint, the model must decode the descriptor (source address, destination + address, width/height, strides, and the table uploaded to 0x5600080) and + perform the copy itself -- i.e. a real device implementation, not a status + shim. + +STATE + * export completes with no error (previous milestone, still true); + * the framebuffer is unchanged; no client-chosen image is displayed; + * model remains opt-in (VT1200_ACCEL=1); default configuration verified intact; + * xshow (core X) remains the only viewer that has shown an image. diff --git a/xie/evidence/ACCEL_ITERATION_2.txt b/xie/evidence/ACCEL_ITERATION_2.txt new file mode 100644 index 0000000..f775346 --- /dev/null +++ b/xie/evidence/ACCEL_ITERATION_2.txt @@ -0,0 +1,38 @@ +ACCELERATOR MODEL, ITERATION 2 -- THREE WAITS CLEARED, NOW BLOCKED ON THE FIFO +HANDSHAKE (which must be stateful, not a constant). + +Method: with VT1200_ACCEL=1 plus the labelled compression poke, sample the guest +PC during the freeze (emu.register_periodic) and map each sample to a file +offset. Each wait cleared moved the spin to the next one. + + 1. 0x122E54 polls bit 1 of 0x5600010 -> "initialisation of scalution" + model: return bit 1. CLEARED + 2. 0x1253FC polls bit 9 (done) or bit 0 (data ready) of *B5, error mask 0x450 + model: add bit 9. CLEARED + 3. 0x125448 polls bit 2 or (bit 9 of *B3) + model: add bit 2. CLEARED + 4. 0x1254F2 polls bit 0 (data ready) -> transfer path + model: add bit 0. REACHED + 5. 0x125568..0x125570 write loop: MOVI 0x7FE,B8 ; MOVE A11,*A5 ; DSJS + -- writes 0x7FE words to the FIFO data register, then returns to + 0x1254F8 -> 0x1254F2, which sees bit 0 still set, and re-enters. + => infinite transfer loop; the guest freezes here. + +So the model needs the DATA-READY bit to be *transient*: asserted so the engine +takes a transfer, deasserted once the FIFO write happens (and re-asserted when +the engine wants more), rather than held permanently as it is now. + +Current status value in the model: 0x0207 (bits 0,1,2,9) -- one bit too many: +bit 0 must be a handshake, not a constant. + +STATE + * default configuration unchanged and verified booting (model is opt-in). + * with VT1200_ACCEL=1 + poke the export advances through three accelerator + gates instead of failing at the first, and now blocks in the FIFO transfer. + * NO client-chosen XIE image has been displayed; the window is unchanged; + xshow (core X) remains the only viewer that has shown an image. + +NEXT: make 0x5600010 bit 0 a latch -- set when the engine writes the FIFO command +(0x5600080 / 0x5600050) and cleared by the first FIFO data write -- i.e. give the +accelerator a one-word-deep "data request" handshake. That is a small, +well-scoped change to accel_r/accel_w in harness/mame/vt1200.cpp. diff --git a/xie/evidence/ACCEL_MODEL_FIRST_CUT.txt b/xie/evidence/ACCEL_MODEL_FIRST_CUT.txt new file mode 100644 index 0000000..abe6f8c --- /dev/null +++ b/xie/evidence/ACCEL_MODEL_FIRST_CUT.txt @@ -0,0 +1,48 @@ +ACCELERATOR MODEL, FIRST CUT (opt-in, VT1200_ACCEL=1) + +1) REGISTER PROTOCOL CAPTURED + A read/write watch over 0x5600000..0x56001FF during one genuine decclient + export recorded 8365 accesses: + 0x5600010 read 8192 times <- status, polled + 0x5600080 written 154 times <- command/data FIFO + 0x5600100 read+written 10 <- control + 0x5600030 written 6 + 0x5600020 written 2 (0x248) + 0x5600000 written 1 (0) + The poll at file 0x122E54 tests bit 1 of 0x5600010, 0xFFF times, and on + failure prints the ROM string + "ERROR: timeout occurred on initialization of scalution" + then returns XIE BadValue(2). + +2) DRIVER CHANGE (harness/mame/vt1200.cpp) + Added an accelerator register block at bit 0x05600000 with: + accel_r: offset 1 (== 0x5600010) returns 0x0002 ("initialised"); + other offsets return the last written value + accel_w: latch + Made it exclusive by splitting the VRAM window around the block, and made the + whole thing OPT-IN via VT1200_ACCEL so the verified default is untouched. + + Two things learned the hard way while doing it: + * the address map hands handlers (address - base) >> 4, so 0x5600010 arrives + as offset 1, not 0x10; + * an overlapping map entry does NOT take precedence over the VRAM window -- + the range had to be made exclusive by splitting VRAM. + +3) RESULT WITH THE MODEL ENABLED + * the CPU now reads a9=0002 from 0x5600010 (bit 1 set) and the code reaches + the post-poll path instead of the timeout branch; + * the machine then FREEZES at frame 1: the export hangs and the guest spins, + i.e. after passing the "initialisation" wait the firmware blocks in a + further accelerator wait whose register the model does not satisfy. + * no image is painted. + +4) DEFAULT CONFIGURATION VERIFIED UNCHANGED + With no environment, the machine boots normally (X ready in 3 s) and the + framebuffer screenshot is produced. The model is inert unless VT1200_ACCEL=1. + +STATUS. NO client-chosen XIE image has been displayed. + +NEXT: with VT1200_ACCEL=1, sample the guest PC during the freeze to find the +second wait loop, then extend the model with the register it polls (likely the +0x5600080 FIFO's status or a done bit in 0x5600100) -- the same iterative +approach that got past the first gate. diff --git a/xie/evidence/ACCEL_REGISTER_MAP_WITH_PCS.txt b/xie/evidence/ACCEL_REGISTER_MAP_WITH_PCS.txt new file mode 100644 index 0000000..eda6245 --- /dev/null +++ b/xie/evidence/ACCEL_REGISTER_MAP_WITH_PCS.txt @@ -0,0 +1,41 @@ +ACCELERATOR REGISTER MAP, WITH THE FIRMWARE PC THAT WRITES EACH ONE. + +Captured during a COMPLETING export (VT1200_ACCEL=1 + compression poke): + writes 180, reads 591. Reads: 0x5600200 x384, 0x5600100 x102, 0x5600010 x100, + 0x5600030 x5. + + address count sample values writer PC -> file + 0x5600000 2 0000 3F3B6A40 -> 0x36D48 + 0x5600020 3 0248 / 0248 / 0258 3F3B6090 -> 0x36C12 + 3F3B6A00 -> 0x36D40 + 3FB16EF0 -> 0x125DDE + 0x5600030 8 0032 0033 0432 0232 0233 0032 multiple + 0x5600040 1 0040 3F3B6D30 -> 0x36DA6 + 0x5600050 1 0000 (flush) + 0x5600080 154 parameter table (idx/value pairs) 0x1B44C.. + 0x5600100 11 0000 0001 0002 0008 0200 0202 0201 multiple + 0x5600200 (read 384x) <-- output/status FIFO + +WHAT 0x5600040 IS + file 0x36DA0: MOVE A11,@0x5600040,0x0 + where A11 = *A13(0x240), a frame scalar. Observed value 0x40 = 64, i.e. a + dimension (strip height or pitch). The same block then calls 0x7F6538C with + six frame arguments -- the transfer setup. + +INTERPRETATION + * 0x5600030 is a control register whose value toggles bit 9 (0x200) and bit 10 + (0x400): 0032 -> 0432 -> 0232 -> 0032, and 0201/0202 on 0x5600100. + * 0x5600100 is the command register (0x200 / 0x201 / 0x202 / 0x0008 ...). + * 0x5600200 is read 384x -- almost certainly the engine's output/data port. + * the parameter table at 0x5600080 carries coefficients, not pixels. + + So the engine is programmed with (dimension, coefficients, command) and is then + expected to move pixels itself. No CPU-visible source/destination pointer is + written: 16-bit writes only, and no value in the 0x10..0x1ffffff (main RAM) or + >=0x04000000 (VRAM) ranges appears anywhere in the write stream. + +STATE + * export completes, no error; + * framebuffer unchanged; NO client-chosen XIE image displayed; + * model opt-in (VT1200_ACCEL=1); default configuration intact; + * xshow (core X) is still the only viewer that has shown an image. diff --git a/xie/evidence/ACCEL_TRACE_DIFF.txt b/xie/evidence/ACCEL_TRACE_DIFF.txt new file mode 100644 index 0000000..0c77024 --- /dev/null +++ b/xie/evidence/ACCEL_TRACE_DIFF.txt @@ -0,0 +1,31 @@ +ACCELERATOR REGISTER TRACE, WHITE vs BLACK, DIFFED (properly formed watch this time). + +Watch: 0x05600000 + 0x200, read/write, logging addr, value and PC. +Both traces: 2436 lines. diff = 2145 lines, and they are ENTIRELY the data FIFO: + + < ACC 05600080 FFFF 3FB2A0C0 (white) + > ACC 05600080 0000 3FB2A0C0 (black) + ... repeated for the ~256 payload words + +Every other register line is identical between the two fills: + + 0x5600020 0248 / 0258 (constants) + 0x5600030 0032 0033 0432 0233 ... (control sequencing, identical) + 0x5600100 0000 0001 0002 0008 0200 0201 0202 (identical) + 0x5600010 polled identically + 0x5600200 read identically (values differ only in what the model returns) + +So: **the ONLY fill-dependent engine port is the data FIFO (0x5600080).** No +placement, geometry or destination register differs between a white and a black +export -- the engine is never told where to put the pixels per export. + +That is why implementing "the missing store" in accel_r/accel_w is not possible +from the traffic: there is no address to key it on. The engine must place output +using state established outside this per-export register window (its own internal +registers, set once), which is exactly the device model that does not exist. + +STATE + * NO client-chosen XIE image has ever been displayed; + * VRAM byte-identical for white and black (0 differing bytes / 128 KiB); + * model opt-in (VT1200_ACCEL=1); default unchanged; + * xshow (core X) is the only viewer that has shown an image. diff --git a/xie/evidence/CLIENT_DATA_IN_SERVER.txt b/xie/evidence/CLIENT_DATA_IN_SERVER.txt new file mode 100644 index 0000000..a630732 --- /dev/null +++ b/xie/evidence/CLIENT_DATA_IN_SERVER.txt @@ -0,0 +1,41 @@ +MILESTONE: CLIENT-CHOSEN PIXEL DATA IS NOW VERIFIED INSIDE THE XIE SERVER, +DISTINCT FOR SOLID-WHITE AND SOLID-BLACK, WITH NO DEBUG POKES. + +THE RECIPE (all client requests, no pokes, reproduces): + 1. InitSession minor 1, 2 words [major=2 | minor=3<<16] + 2. CreatePhoto (photomap) minor 8, 12 words [type=2, id, w=64, h=64, + 0,0, w6=1, 0,0, 0x100, 0] + 3. SetTransport minor 20, 35 words [photo_id, 0, 0, plane_mask=1, + zeros x6, zeros x24] with + word2 = (mode=3 << 8) | (component_organization=1 << 16) + pixel_stride[0] = 1, scanline_stride[0] = 8 + 4. PutTile minor 19, 8 + 128 words + [photomap, x=0, y=0, w=64, h=64, plane_mask=1, final=TRUE] + + 128 words of tile data + +RESULT -- the server's own element buffer: + white tile: element+0x28 = 008F8B90 + buffer[0..48] = ffffffff... (48 bytes, distinct = {255}) + black tile: element+0x28 = 008F8B90 + buffer[0..48] = 00000000... (48 bytes, distinct = {0}) + + QueryResource on the photomap: w=64 h=64 comp_COUNT=1 constrained=1 + + And at export, the render driver reports a real source for the first time: + RD_ENTRY + RD_ENAB flag=1 + RD_ALLOC rp=008FD090 + RD_SRCBASE a5=003FD590 e28=002909B0 + RP a11=008FD090 src_base610=002909B0 <-- previously always 0 + (src_base = *(element+0x28), per the store at 0x1B238.) + +WHY IT WAS ALWAYS ZERO BEFORE: transport `component_organization` selects a +handoff branch; org=4 (XieK_BitByPlane) makes the handoff clear element+0x28 +(0x6B8D6), while **org=1 preserves it**. With org=1 the source survives to the +renderer. Earlier traces showed src_base "-" only because the RP breakpoint was +not in that run's set. + +STILL NOT DISPLAYED: Export (minor 21) returns err2, and framebuffer captures of +the 64x64 window are unchanged (white vs black differ by 1186 px = the Terminal +Manager's own figures and the cursor). The remaining failure is on the export +side, AFTER the renderer has a valid populated source. diff --git a/xie/evidence/CONTROL_REGS_NOT_STAGING.txt b/xie/evidence/CONTROL_REGS_NOT_STAGING.txt new file mode 100644 index 0000000..06e5164 --- /dev/null +++ b/xie/evidence/CONTROL_REGS_NOT_STAGING.txt @@ -0,0 +1,29 @@ +THE ENGINE IS NOT PROGRAMMED WITH THE STAGING ADDRESS. + +Logged every write to the accelerator's control registers for a white and a black +export, with the writing PC: + + fill=ff + 0x5600020: 0248@3F3B6090 0248@3F3B6A00 0258@3FB16EF0 + 0x5600030: 0032@3F3B60E0 0033@3F3B6420 0032@3F3B6C00 + 0432@3FB29FD0 0633@3FB2A130 0233@3FB2A1E0 + 0032@3FB2A790 0032@3FB16F40 0233@3FB17260 + fill=00 + identical sequence (0x248 / 0x258 / 0x32 / 0x33 / 0x432 / 0x633 / 0x233 ...) + +Neither register, in either fill, carries anything derived from the staging +address 0x004FE790 (which would appear as the halves 0x4FE7 / 0x9070). The +sequences are fill-independent. + +So the "engine fetches the staged buffer" hypothesis is dead: there is nothing to +add to accel_w. The engine is programmed with small scalars only, and the staged +pixels are discarded. + +STATE + * NO client-chosen XIE image has ever been displayed; + * fill-dependent proof: client -> photomap -> FIFO -> engine output -> CPU store + into staging (283 x 0xFFFF for white vs mostly 0x0000 for black); + * staging is overwritten; VRAM never differs (0 bytes / 128 KiB); + * no register carries a source/destination address for the engine; + * model opt-in (VT1200_ACCEL=1); default configuration unchanged; + * xshow (core X) is the only viewer that has shown an image. diff --git a/xie/evidence/CORRECTION_TILE_NOT_IN_VRAM.txt b/xie/evidence/CORRECTION_TILE_NOT_IN_VRAM.txt new file mode 100644 index 0000000..ee185a5 --- /dev/null +++ b/xie/evidence/CORRECTION_TILE_NOT_IN_VRAM.txt @@ -0,0 +1,31 @@ +CORRECTION: THE "TILE IN VRAM" READING WAS WRONG. THE EXPORT DOES NOT WRITE IT. + +Read VRAM at 0x04017830 after a WHITE export and after a BLACK export, in the +same session: + + fill=ff : 0x04017830 = effefffffdffffff + fill=00 : 0x04017830 = effefffffdffffff <-- IDENTICAL + +Identical for both fills means those bytes are NOT the exported tile -- they are +ambient VRAM content (the Terminal Manager's own screen), which merely happens to +be mostly 0xFF in that region. My previous turn reported "the tile is in VRAM" +from a single read of 0xFF bytes; that conclusion does not survive the white/black +comparison and is withdrawn. + +Likewise the 18,338 VRAM writes observed "during the export cycle" are the +window-creation / Terminal-Manager repaint, in the same way the earlier 43,882 +figure was (see VRAM_WRITE_ATTRIBUTION.txt). The export's own contribution is +not separable from that traffic and does not carry the tile. + +WHAT ACTUALLY STANDS (all reproducible): + * import verified in the server: element+0x28 = 0xFF white / 0x00 black; + * export completes without error, under the opt-in VT1200_ACCEL=1 model only; + * source pixels do reach the accelerator FIFO (0x5600080 writes containing + 0xFFFF / 0x0000) and are staged into main RAM at 0x004FE790; + * nothing puts them on screen: the 64x64 window is unchanged, and white vs + black captures differ only by Terminal Manager figures and cursor. + +STATE + * NO client-chosen XIE image has ever been displayed; + * model opt-in; default configuration unchanged; + * xshow (core X) remains the only viewer that has shown an image. diff --git a/xie/evidence/DDX_MODULE_INSTRUMENTED.txt b/xie/evidence/DDX_MODULE_INSTRUMENTED.txt new file mode 100644 index 0000000..dc9dbda --- /dev/null +++ b/xie/evidence/DDX_MODULE_INSTRUMENTED.txt @@ -0,0 +1,56 @@ +FULL DDX MODULE INSTRUMENTATION -- THE FIRMWARE NAMES THE FAILURE. + +1) WHERE THE EXPORT ACTUALLY DIES + The trace showed the cleanup/return block's call 0x7E75EA8 returning 2: + after 7F67F38 a8=00001441 + after 7E75EA8 a8=00000002 <-- returns BadValue + after 7EA45FE a8=00000000 + after 7E7FE96 a8=00000000 + RET a8=00000002 + file 0x7E75EA8 - 0x7E40000 = **file 0x35EA8**, which is the DDX render entry + (the CALLA is made with the constant 0xa6000, the render-params table). + +2) THE DDX MODULE'S OWN DIAGNOSTIC STRINGS (extracted from vt1200_v22.bin) + file 01C6DF "error allocating renderparams block" + file 01C775 "RenderSetupPipe: %d ms" + file 01C877 "RenderSetup: %d ms" + file 037156 "DDX_RENDER: unsupported compression scheme" + file 037185 "DDX_RENDER: renderptr->src_base == NULL == %x" + file 03722E "DDX_RENDER: error allocating tmpudp or smiconvert to dst_photo" + These are the three DDX_RENDER failure modes, in that order. + +3) WHICH ONE FIRES -- MEASURED + Instrumented inside DDX_RENDER (file 0x35EA8): + CLS 0x35F0E reads *A11(0x630) (renderptr byte 198) + F610 0x35F2A reads *A9(0x610) (renderptr byte 194) + ERR2 0x35EF2 -> prints string 0x3F3B8AB0 = "unsupported compression scheme" + ERR610 0x35F30 -> prints 0x3F3B8C28 = "renderptr->src_base == NULL == %x" + Live run (genuine DEC client, export with and without a colormap): + + DDX class=85 (0x55) -> DDX_BADVALUE_class -> DDX_RET a8=00000002 + DDX class=115 (0x73) -> DDX_BADVALUE_class -> DDX_RET a8=00000002 + DDX class=123 (0x7B) -> DDX_BADVALUE_class -> DDX_RET a8=00000002 + + The dispatch validates renderptr byte 198 against {0,1,2,3} (mapping to + 5/0/1/3) and rejects anything else. The values read are **0x55 / 0x73 / + 0x7B** -- the heap fill pattern and heap residue, i.e. renderptr byte 198 is + NEVER INITIALISED. So the reported failure is literally + "DDX_RENDER: unsupported compression scheme" with a garbage scheme. + +4) WHAT THAT MEANS + The render-params block (allocated by the export path; the firmware even has + a message for failing that) is handed to DDX_RENDER with its compression-scheme + field unwritten. Everything the client can set -- transport mode/scheme, + photomap compression (XieK_PCM=0), levels, organisation, drawable, GC, depth, + geometry -- has been verified correct, and the imported data is present + (element+0x28 = 0xFF white / 0x00 black). + + Passing colormap_id (DefaultColormap) instead of 0 changes the garbage value + but not the outcome: still uninitialised, still rejected. + +5) STATE + No client-chosen image displayed. Window untouched; white vs black captures + differ only by Terminal Manager figures and cursor. + xshow (core X) is the only viewer that has shown an image. + +This is the firmware's own diagnosis, not an inference from absence. diff --git a/xie/evidence/DDX_progress_with_compression_fixed.txt b/xie/evidence/DDX_progress_with_compression_fixed.txt new file mode 100644 index 0000000..2bfae3a --- /dev/null +++ b/xie/evidence/DDX_progress_with_compression_fixed.txt @@ -0,0 +1,39 @@ +WITH THE COMPRESSION FIELD CORRECTED, THE RENDERER ADVANCES PAST BOTH ITS FIRST +CHECKS -- AND STILL FAILS LATER. + +A) ROOT CAUSE (measured end to end) + render setup 0x1B256: rp byte 198 <- element byte 4 (element = 0x3FD590) + live: W256 a5=003FD590 val=55 rp=00291550 + RD198 rp=00291550 b198=55 + element byte 4 is 0x55 = heap fill, i.e. NEVER INITIALISED, and the firmware + copies it verbatim into renderptr->compression_scheme. + +B) FORCING THE DEFINED VALUE (labelled debug poke: element.byte4 = 0 = XieK_PCM) + at the copy site 0x1B256: + FORCED b4=0 rp=00291550 + CHK_610 val=00911050 ; renderptr->src_base is NON-ZERO + PAST_610_OK ; the src_base check passes + So with compression corrected the two DDX_RENDER gates + "unsupported compression scheme" and "renderptr->src_base == NULL" + both pass. This confirms the diagnosis: the first failure really was the + uninitialised compression field. + +C) STILL FAILING AFTERWARDS + Export still returns BadValue, and the third documented DDX string + "DDX_RENDER: error allocating tmpudp or smiconvert to dst_photo" + (file 0x3722E, referenced at file 0x37126) does NOT fire either. + So a further BadValue is raised after both gates, on a path not covered by + the three strings the firmware carries. + +D) WHAT IS NOW PROVEN + * The client, the request, the transport, the photomap, the drawable, the GC, + the depth, the geometry and the imported data are all correct (unchanged + across ~40 turns of measurement). + * The export's first failure is a server-side uninitialised field + (band element byte 4), copied into the render params as the compression + scheme and rejected by DDX_RENDER's first validation. + * Correcting that field moves the renderer past both of its first gates. + +STATUS. NO client-chosen XIE image has been displayed. Window unchanged; +white vs black captures differ only by Terminal Manager figures and cursor. +xshow (core X) remains the only viewer that has shown an image. diff --git a/xie/evidence/DEC_23_SOURCE_AND_CREATE_FIXED.txt b/xie/evidence/DEC_23_SOURCE_AND_CREATE_FIXED.txt new file mode 100644 index 0000000..562af56 --- /dev/null +++ b/xie/evidence/DEC_23_SOURCE_AND_CREATE_FIXED.txt @@ -0,0 +1,54 @@ +MAJOR: DEC XIE 2.3 CLIENT **AND SERVER** SOURCE OBTAINED; THE CREATE REQUEST IS +NOW DECODED EXACTLY AND levels IS FIXED (was 1, now 2). + +A) SOURCE (peer session, from OSF/1 2.0 source kits; copied to xie/docs/dec/xie23-src/) + include/ XieProto.h (XieK_MajorVersion 2 / MinorVersion 3) etc. + lib/xie/ XIElib client library, 9,723 lines (9 C files) + server/xie/ 107 files -- the server: XieDisplay.c, XieTransport.c, + XieResource.c, and smi/ (SmiConvert.c SmiCrop.c SmiScale.c + SmiRotate.c SmiPipe.c ...), plus decimage-ids/ glue. + This is the actual implementation of the code I have been disassembling. + +B) THE CREATE REQUEST IS `xieCreatePhotoReq` (48 bytes = 12 words): + +4 resource_type +8 resource_id +12 width +16 height + +20 aspect_ratio (XieFloatRec, 8 bytes) + +28 levels[XieK_MaxComponents=3] (12 bytes) + +40 number_of_components +41 component_mapping + +42 pixel_progression +43 line_progression + +44 polarity +45 pad[3] + So in 32-bit data words: + w0 type, w1 id, w2 width, w3 height, w4/w5 aspect, w6 levels[0], + w7 levels[1], w8 levels[2], + w9 = noc | map<<8 | pxprog<<16 | lnprog<<24, w10 = polarity + MY OLD PAYLOAD SET w6=1 (levels[0]=1 => 0 bits/pixel) and w9=0x100 + (number_of_components = 0). Corrected to: + levels = (2,2,2), noc=1, component_mapping=XieK_Bitonal(1), + pxprog=XieK_BandByPixel(1), lnprog=XieK_BandByLine(2), polarity=1 + VERIFIED: QueryResource now reports levels=(2, ...) and comp_COUNT=1 + (it was levels=(1, ...) before). + +C) SERVER EXPORT PATH (XieDisplay.c) -- now read from source, not inferred + ProcExport: LookupPhotos_ -> MatchOkIf_(Constrained_(img)) + x=max(src_x,0); y=max(src_y,0); + w=min(src_x,0)+width; h=min(src_y,0)+height; + w = Width_(img) < x+w ? Width_(img) -x : w; + h = Height_(img) < y+h ? Height_(img)-y : h; + ValueOkIf_( w > 0 && h > 0 ) <- the only BadValue here + CreateExportContext(...) ; Format(...) ; Export(...) + CreateExportContext contains NO ValueOkIf_ at all, and XieDisplay.c contains + no BadValue literal -- so a BadValue must come from a callee + (CvtZPixmap -> DdxConvert_ -> SmiConvert). + Checked: SmiConvert's unsupported path returns **BadImplementation (17)**, not + BadValue(2). So that is not the source either. + +D) STILL OPEN: what returns 2. The candidates are now a small set inside the + conversion/export callees, and the source makes this readable rather than + guessable. + +STATE + import verified (element+0x28 = 0xFF white / 0x00 black) + create now correct (levels=2, noc=1) + export still err2 ; window never changes ; white vs black AE = 2040 (stats+cursor) + xshow (core X) remains the only viewer that has displayed an image + +STATUS. NO client-chosen XIE image. diff --git a/xie/evidence/DEC_IDS_SEQUENCE_PIXMAP.txt b/xie/evidence/DEC_IDS_SEQUENCE_PIXMAP.txt new file mode 100644 index 0000000..61196d5 --- /dev/null +++ b/xie/evidence/DEC_IDS_SEQUENCE_PIXMAP.txt @@ -0,0 +1,41 @@ +DEC'S OWN IDS CLIENT SHOWS THE CORRECT DISPLAY SEQUENCE -- EXPORT INTO A PIXMAP. + +Newly read (never used before): decimage-ids/ids_build_xie_pipe.c, DEC's own +client-side pipeline assembler. The calls it makes: + + XieCrop, XieScale, XieRotate, XieTranslate -- pipeline elements + XieTapFlo(Photo_(xiectx), True) -- TAP the photoflo (3 sites) + XieSelectEvents(... XieM_ComputationEvent | XieM_DisplayEvent | ...) + XieExport(Photo_(xiectx), CPix_(xiedat), RPixGC_(phoctx), 0,0, 0,0, w, h, ...) + XieQueryExport + XiePutImage + XieFreeResource + +Two findings, both new to this work: + +1. **Export targets a PIXMAP, not the window.** DEC exports into CPix_/RPix_ + (an X pixmap) and then the caller copies it. This matches the manual's + "XIEP_EXPORT creates a new server PIXMAP resource object" and explains why + exporting straight to the window was never right. + +2. **The photoflo is TAPPED (XieTapFlo) and elements are added to it** + (Crop/Scale/Rotate/Translate) before export -- the pipeline model the manual + describes, which the hand-built client never used. + +IMPLEMENTED AND TESTED + decclient now supports the pixmap path (argv[4]=1): + XCreatePixmap(depth 1) -> XieExport(photomap, pixmap, gc, ...) + -> XCopyArea(pixmap, window) + Both fills run clean: + exporting to PIXMAP / export sent (pixmap) / copyarea sent (no X errors) + but the framebuffer is still unchanged: white vs black AE = 2600 (TM figures + and cursor only). + +So the request sequence is now the real one, and it completes -- the pixmap is +simply empty because the accelerator performs no pixel transfer. + +STATE + * NO client-chosen XIE image has ever been displayed; + * VRAM byte-identical for both fills (0 differing bytes / 128 KiB); + * model opt-in (VT1200_ACCEL=1); default configuration unchanged; + * xshow (core X) is the only viewer that has shown an image. diff --git a/xie/evidence/DESTINATION_IS_MAIN_RAM.txt b/xie/evidence/DESTINATION_IS_MAIN_RAM.txt new file mode 100644 index 0000000..e9abd63 --- /dev/null +++ b/xie/evidence/DESTINATION_IS_MAIN_RAM.txt @@ -0,0 +1,32 @@ +THE ENGINE'S OUTPUT GOES TO MAIN RAM, NOT VRAM -- AND OUR PIXELS DO NOT LAND. + +Instrumented the read-back loop at file 0x125528 during a completing export: + + 0x125528 MOVE *B6,*B1 ; engine output port 0x5600200 -> *B1 + 0x12552A ADDK 0x10,B1 ; advance one word + 0x12552C DSJS A11,0x125528 + +Measured destination pointer: + DST b1=004FE790 b2=3FB2ACF0 a6=00000000 + DST b1=004FE7A0 ... + distinct b1: first=004FE790 last=004FE980 + inside VRAM (0x04000000..0x1fffffff): FALSE + +So B1 is a MAIN RAM buffer (0x004FE790..0x004FE980, ~0x200 words), i.e. the +engine's result is staged in RAM and something else is expected to move it to the +frame buffer. The 384 reads of 0x5600200 come from exactly this loop (384 == the +a1 argument seen at the routine entry). + +CHECKED: after a white export, the staging buffer does NOT contain 0xFFFF -- +0x004FE790 holds pointer-like garbage instead. So either the read-back returns +the wrong thing, or this path is not the one that carries the tile. + +STATE + * export completes without error (opt-in VT1200_ACCEL model); + * source pixels do reach the accelerator FIFO (0xFFFF / 0x0000 verified); + * the engine's output is staged to main RAM at 0x004FE790 (destination located); + * the staged data is not our tile, and nothing writes the tile to VRAM; + * NO client-chosen XIE image has ever been displayed; white vs black captures + differ only by Terminal Manager figures and cursor; + * model opt-in; default configuration unchanged; + * xshow (core X) is still the only viewer that has shown an image. diff --git a/xie/evidence/EXPORT_COMPLETES.txt b/xie/evidence/EXPORT_COMPLETES.txt new file mode 100644 index 0000000..f25a4a5 --- /dev/null +++ b/xie/evidence/EXPORT_COMPLETES.txt @@ -0,0 +1,38 @@ +MILESTONE: THE XIE EXPORT REQUEST NOW COMPLETES WITHOUT ERROR. + +With VT1200_ACCEL=1 and the accelerator status model reporting + bit 1 initialised (polled at file 0x122E54) + bit 2 transfer complete (polled at 0x125448) + bit 9 done (polled at 0x1253FC and on other control registers) + bit 0 data ready, as a LATCH -- raised by a FIFO command write (0x5600080), + cleared by the first FIFO data write (0x5600050) + +the client reports, for BOTH fills: + + display 192.168.99.2:0 opened (root depth 1) + image: org=3 w=64 h=64 levels=2,0,0 arSize=4096 + photomap created + put tile sent + export sent (with colormap) <-- NO X ERROR + +Previously every export returned BadValue(2) or BadMatch(8). The request is now +accepted and the whole DDX render path runs to completion. + +WHAT IS STILL MISSING + The framebuffer does not change: white vs black captures differ by ~2486 px, + which is the Terminal Manager's own figures and the cursor, not the 64x64 + window. The accelerator model reports status honestly but performs no pixel + transfer -- it has no idea of destination, geometry or data format, and the + 154-write command stream to 0x5600080 has not been decoded. + + So the protocol layer is now complete end to end; what remains is the pixel + engine itself. + +STATE + * default configuration unchanged and verified (model is opt-in). + * NO client-chosen XIE image displayed yet. + * xshow (core X) remains the only viewer that has shown an image. + +NEXT: decode the 0x5600080 command stream (154 writes captured earlier) to learn +destination address/geometry, then implement the FIFO -> framebuffer copy in +accel_w so the transfer actually paints. diff --git a/xie/evidence/EXPORT_NOW_WRITES_VRAM.txt b/xie/evidence/EXPORT_NOW_WRITES_VRAM.txt new file mode 100644 index 0000000..021f95e --- /dev/null +++ b/xie/evidence/EXPORT_NOW_WRITES_VRAM.txt @@ -0,0 +1,41 @@ +WITH THE ENGINE-OUTPUT READ PATH MODELLED, THE EXPORT NOW WRITES THE TILE INTO VRAM. + +Found and implemented the last link in the data path: + + file 0x125528: MOVE *B6,*B1 ; ADDK 0x10,B1 ; DSJS A11,0x125528 + B6 = 0x5600200 (engine output port), B1 = a main-RAM staging pointer + (measured 0x004FE790, ~0x200 words). + + So the engine's OUTPUT port must return the pixels pushed into the FIFO; the + firmware then stores them. My model returned a status word there, which is + why nothing carried through. Now accel_r returns the FIFO contents for + 0x5600200. + +MEASURED AFTER THE CHANGE + * staging buffer 0x004FE790: receives the tile -- 250 writes of 0xFFFF in a + white export (earlier my peek showed garbage because it is overwritten later). + * VRAM writes during one export cycle, white tile: + before: 241 words + after: 18,338 words, containing 0xFFFF at e.g. 0x04017830/40/50 + The dominant writer is pc=3F7421E0 (file 0xA843C). + * export still completes with no error. + +So the chain now runs end to end: + client -> XIE -> photomap -> accelerator FIFO -> engine output -> staging -> + VRAM writes (18,338 words carrying the tile). + +WHAT STILL DOES NOT HAPPEN + The framebuffer capture does not show the tile: white vs black differ by + AE 3130 px (Terminal Manager figures + cursor only). The written addresses + (0x040178xx) map, at the renderer's VRAM319 pitch of 2048 bits, to about + (x=48, y=47) -- an area the Terminal Manager repaints, and nothing of the + client's 64x64 window appears there or at (150,200). + + Either the writes are to a region that is subsequently repainted, or the + coordinate/pitch mapping between the accelerator's destination and the + renderer's active picture is still wrong. + +STATE + * NO client-chosen XIE image displayed; + * model opt-in (VT1200_ACCEL=1); default configuration unchanged; + * xshow (core X) remains the only viewer that has shown an image. diff --git a/xie/evidence/FILL_DATA_REACHES_CPU_ONLY.txt b/xie/evidence/FILL_DATA_REACHES_CPU_ONLY.txt new file mode 100644 index 0000000..4cdfee0 --- /dev/null +++ b/xie/evidence/FILL_DATA_REACHES_CPU_ONLY.txt @@ -0,0 +1,28 @@ +THE FILL-DEPENDENT DATA REACHES THE CPU READBACK -- AND STOPS THERE. + +Engine output port 0x5600200, read 384 times per export (pc file 0x12552A), +values captured per fill: + + fill=ff : 384 reads -> FFFF x256, 0000 x65, 0001 x3, 0091 x3 + fill=00 : (cumulative) -> 0000 x213, FFFF x262, 0032 x29, 0091 x14 + +So the readback IS fill-dependent: a white tile yields ~256 words of 0xFFFF from +the engine, a black tile yields 0x0000. The data therefore travels: + + photomap (element+0x28 = FF/00) fill-dependent [verified] + accelerator FIFO (0x5600080) fill-dependent [verified] + engine output (0x5600200 -> CPU) fill-dependent [verified here] + + staging buffer (0x004FE790) NOT fill-dependent [802 identical writes] + VRAM 0x04000000..0x0401FFFF NOT fill-dependent [0 differing bytes] + +So the loss is between the CPU's read of the engine output and video memory. The +routines that read the staging buffer (file 0x1255BA inside the transfer routine, +0x182D94, 0x1288DA, 0x128B0A) are byte/word copy loops, and none of them was +observed producing fill-dependent VRAM traffic. + +STATE + * NO client-chosen XIE image has ever been displayed; + * export completes only under the opt-in VT1200_ACCEL=1 model; + * default configuration unchanged; xshow (core X) is the only viewer that has + shown an image. diff --git a/xie/evidence/IDS_LAYER_NOT_BUILDABLE.txt b/xie/evidence/IDS_LAYER_NOT_BUILDABLE.txt new file mode 100644 index 0000000..60f8693 --- /dev/null +++ b/xie/evidence/IDS_LAYER_NOT_BUILDABLE.txt @@ -0,0 +1,31 @@ +THE DECimage IDS LAYER CANNOT BE BUILT: ITS HEADERS ARE NOT IN THE MEDIA. + +ids_build_xie_pipe.c / ids_render_xie.c / ids_xieimage_ddif.c include: + + -- NOT PRESENT + -- NOT PRESENT + -- NOT PRESENT + +Searched the whole dec-media tree (which does contain the XIE 2.3 client and +server sources, XIE/PEX/Xmu/Xaw headers): + find . -name idsprot.h -o -name ImgDef.h -o -name ImgEntry.h -> nothing + find . -type d -name img -> nothing + +The IDS sources depend on symbols those headers define, e.g. + ImgDef, ImgDeleteFrame, ImgScale, ids__widget +i.e. DEC's Image Utility Library / DECimage application API -- a separate +product from the XIE extension kit that was recovered. + +So this is not a matter of wiring up the three .c files: the API they build on +(the DECimage Image Utility Library headers, and the library itself) is absent +from every artifact available here. The suggested "build and run the IDS layer" +step is therefore blocked by a demonstrable missing dependency, not by a +judgement call. + +STATE + * NO client-chosen XIE image has ever been displayed; + * VRAM byte-identical for white vs black (0 differing bytes / 128 KiB); + * public XieCrop/XieTapFlo/XieBindMapToFlo SIGSEGV without the IDS xiec ctx; + * the IDS layer itself needs headers that do not exist in the media; + * accelerator model opt-in (VT1200_ACCEL=1); default unchanged; + * xshow (core X) is the only viewer that has shown an image. diff --git a/xie/evidence/MiEncodeDouble_and_create_layout.txt b/xie/evidence/MiEncodeDouble_and_create_layout.txt new file mode 100644 index 0000000..3a4351c --- /dev/null +++ b/xie/evidence/MiEncodeDouble_and_create_layout.txt @@ -0,0 +1,43 @@ +TURN RECORD: TWO DEFECTS FIXED FROM THE DEC 2.3 SOURCE; DISPLAY STILL FAILS. + +A) CREATE REQUEST LAYOUT (from include/XieProto.h, xieCreatePhotoReq) + +4 type +8 id +12 width +16 height +20 aspect_ratio(8) + +28 levels[3] +40 #components +41 component_mapping + +42 pixel_progression +43 line_progression +44 polarity + I had been sending levels[0]=1 (=> 0 bits/pixel) and #components=0. + Corrected to levels=(2,2,2), #components=1, XieK_Bitonal(1), + BandByPixel(1)/BandByLine(2), polarity=1. + VERIFIED: QueryResource now reports levels=(2,...) and comp_COUNT=1. + +B) XieFloatRec ENCODING (from lib/xie/XieFloat.c, MiEncodeDouble) + ptr->m_sign = (mantissa >= 0.0) <- 1 means POSITIVE + ptr->mantissa = 2^(8*sizeof-1) * f + 0.5, then <<= 1 + ptr->e_sign = (exponent >= 0) + ptr->exponent = |exponent| + So MiEncodeDouble(0.0) is bytes 01 01 00 00 | 00 00 00 00 (= words + 0x00000101, 0x00000000), NOT all zeros as I had been sending for + match_limit/gray_limit in every export. + +C) RESULT WITH BOTH FIXED + create levels=(2,...) comp_COUNT=1 + SetTransport(mode=3, org=1) -> ok + PutTile -> ok + Export (with properly encoded match/gray) -> err2 + window unchanged; white vs black AE = 2040 (Terminal Manager + cursor) + src_base non-zero (002909B0 / 0092B210) + +D) WHAT THE SERVER SOURCE SAYS ABOUT THE REMAINING err2 + XieDisplay.c ProcExport has exactly ONE BadValue: ValueOkIf_(w>0 && h>0), + and that check is measured passing. CreateExportContext contains no + ValueOkIf_ at all; XieDisplay.c contains no BadValue literal; Export() + returns Success when photo_lut_id == 0 (no LUT). SmiConvert's unsupported + path returns BadImplementation(17), not 2. + So the 2 is produced in the Format/CreateExportContext callees, which is now + a small, readable set. + +STATUS. NO client-chosen XIE image. xshow (core X) remains the only viewer +that has displayed an image. + +SOURCE NOW AVAILABLE (copied to xie/docs/dec/xie23-src/, 3.5 MB): + include/, lib/xie/ (client, 9,723 lines), server/xie/ (server incl. smi/), + decimage-ids/ (DEC's own pipeline assembler ids_build_xie_pipe.c). diff --git a/xie/evidence/PIPELINE_CRASH_DIAGNOSED.txt b/xie/evidence/PIPELINE_CRASH_DIAGNOSED.txt new file mode 100644 index 0000000..643025e --- /dev/null +++ b/xie/evidence/PIPELINE_CRASH_DIAGNOSED.txt @@ -0,0 +1,30 @@ +PIPELINE PATH CRASH DIAGNOSED -- IT NEEDS A FULL IDS CONTEXT, NOT JUST A FLO. + +gdb backtraces (decclient argv[4]=2): + + attempt 1: XieCrop(pm,0) -> XieTapFlo(crop,1) + SIGSEGV in XieTapFlo () [crop had no flo link] + + attempt 2: XieCreatePhoto(XieK_Photoflo) -> XieBindMapToFlo(flo, pm) + -> XieCrop(flo,0) -> XieTapFlo(...) + SIGSEGV in XieBindMapToFlo () [before any element work] + (the photoflo itself was created: printed photoflo=555555580770) + +So the DEC library's element/bind entry points fault when driven from a +hand-built client, even in the order DEC's IDS code implies. Reading +ids_build_xie_pipe.c shows why: the IDS layer maintains a full xiectx/phoctx +context (XieIdc templates, destination resolution via _XieGetDst, taps created +on an already-populated chain) -- this is not a short sequence of public calls, +it is the DECimage application library driving them. + +CONCLUSION: this avenue cannot be exercised without building the IDS layer +(ids_build_xie_pipe.c + ids_render_xie.c + ids_xieimage_ddif.c, ~4,700 lines with +unsatisfied external dependencies), which is a separate integration project. + +STATE + * NO client-chosen XIE image has ever been displayed; + * pixmap export path runs clean but paints nothing (engine does no transfer); + * pipeline/bind path faults inside libXie; + * VRAM byte-identical for white and black (0 differing bytes / 128 KiB); + * accelerator model opt-in (VT1200_ACCEL=1); default unchanged; + * xshow (core X) is the only viewer that has shown an image. diff --git a/xie/evidence/PIPELINE_PATH_CRASHES.txt b/xie/evidence/PIPELINE_PATH_CRASHES.txt new file mode 100644 index 0000000..c615d6b --- /dev/null +++ b/xie/evidence/PIPELINE_PATH_CRASHES.txt @@ -0,0 +1,27 @@ +THE PIPELINE (CROP/TAP) PATH CRASHES -- LAST UNTESTED AVENUE CLOSED. + +Read DEC's own IDS sequence (ids_build_xie_pipe.c): + SPhoto_(xiectx) = XieTapFlo( XieCrop( Photo_(xiectx), 0 ), True ); + XieExport( Photo_(xiectx), CPix_(xiedat), RPixGC_(phoctx), ... ); + +Implemented as decclient argv[4]=2: + XiePhoto crop = XieCrop(pm, 0); + XiePhoto tap = XieTapFlo(crop, 1); + XieExport(tap, pixmap, gc, ...); XCopyArea(...); + +RESULT (both fills, identical): + display opened / image created / photomap created / put tile sent + ... then the process CRASHES (core dumped) inside XieCrop/XieTapFlo. + +So this path is not usable with a plain Class-2 photomap: XieCrop expects a +photoflo/photo context that the hand-built client does not establish, and the +crash is inside the library, before any request that could be inspected. + +STATE + * NO client-chosen XIE image has ever been displayed; + * pixmap-export path (argv[4]=1) runs clean but paints nothing (engine does no + transfer); + * crop/tap pipeline path crashes in the client library; + * VRAM byte-identical for white and black (0 differing bytes / 128 KiB); + * accelerator model opt-in (VT1200_ACCEL=1); default unchanged; + * xshow (core X) is the only viewer that has shown an image. diff --git a/xie/evidence/PIXEL_DATA_REACHES_ACCELERATOR.txt b/xie/evidence/PIXEL_DATA_REACHES_ACCELERATOR.txt new file mode 100644 index 0000000..4a18457 --- /dev/null +++ b/xie/evidence/PIXEL_DATA_REACHES_ACCELERATOR.txt @@ -0,0 +1,45 @@ +MILESTONE: THE IMAGE DATA NOW ACTUALLY STREAMS INTO THE ACCELERATOR. + +File 0x12538C (called from 0x36DD2) is the transfer routine. It sets up its own +register pointers, which identifies the whole interface: + + B3 = 0x5600100 command + B4 = 0x5600030 control + B5 = 0x5600010 status + B6 = 0x5600200 engine output port (read 384x) + A5 = 0x5600080 FIFO / parameter port + A6 = 0x5600050 data register + + 0x1253FA MOVE A7,*A6 ; data register + 0x1253FC poll bit9 (done) / bit0 (ready) / error mask 0x450 + 0x125412 MOVI 0x7FE,B8 + MOVE *A0,*A5 ; ADDK 0x10,A0 ; DSJS ; SOURCE PIXELS -> FIFO + 0x12541C set bit0 of 0x5600030 + +i.e. A0 is the source pointer and the pixels are pushed into 0x5600080 in bursts +of 0x7FE words. My previous constant-"done" status made the code jump straight +past this loop, which is why the FIFO only ever saw the 154-word parameter table. + +After modelling the handshake (data register write -> ready; FIFO consumed +0x7FE words -> done) the SAME export produces: + + FIFO (0x5600080) writes: 154 -> 2200 (white run) + 154 -> 4400 (black run, two exports) + + white: 0xFFFF appears 348 times in the stream + black: 0x0000 dominates (1685), 0xFFFF only 348 (leftover from the previous run) + +So the client-chosen pixel data is now genuinely flowing into the accelerator. + +WHAT REMAINS + The engine is responsible for writing those pixels to the drawable. The + destination is not in any register we have seen (the data register 0x5600050 is + written once with 0, and 0x5600020 carries only 0x248/0x258), so the + destination/geometry still has to be derived from the caller at 0x36D90 and the + engine's own output port (0x5600200, read 384x). + +STATE + * export completes with no error; pixel data reaches the accelerator; + * framebuffer still unchanged -- NO client-chosen XIE image displayed; + * model opt-in (VT1200_ACCEL=1); default configuration intact; + * xshow (core X) remains the only viewer that has shown an image. diff --git a/xie/evidence/ROOT_CAUSE_element_byte4.txt b/xie/evidence/ROOT_CAUSE_element_byte4.txt new file mode 100644 index 0000000..17d0caa --- /dev/null +++ b/xie/evidence/ROOT_CAUSE_element_byte4.txt @@ -0,0 +1,43 @@ +ROOT CAUSE, MEASURED END TO END. + + render setup (render driver, file 0x1B152): + 0x1B256 MOVB *A5(0x20),*A11(0x630) ; rp byte 198 <- element byte 4 + DDX render (file 0x35EA8): + 0x35F0E A8 = *A11(0x630) ; read it back + 0x35F12..0x35F1E accept 0,1,2,3 only + 0x35EF2 -> "DDX_RENDER: unsupported compression scheme" -> BadValue + + LIVE TRACE (genuine DEC 2.3 client, export to a depth-1 window): + W256 a5=003FD590 val=55 rp=00291550 + RD198 rp=00291550 b198=55 + -> DDX_BADVALUE_class -> DDX_RET a8=00000002 -> client BadValue + +So the chain is exact: + element byte 4 (uninitialised = 0x55 heap fill) + -> copied verbatim into renderptr->compression_scheme + -> DDX_RENDER's very first validation rejects it + -> export returns BadValue before src_base is even examined. + +The render-params block IS written, and the writer is identified; the value it +copies is garbage because the BAND ELEMENT's byte 4 was never initialised. +(The element is 0x3FD590, the same band element whose +0x28 holds the imported +image; its byte 4 should be the compression scheme, XieK_PCM = 0.) + +WHY THIS EXPLAINS EVERYTHING SEEN + * every client-side attribute is correct (transport mode 3, scheme PCM 0, + levels 2, organisation, drawable, GC, depth 1, geometry, imported data + verified 0xFF white / 0x00 black); + * both the hand-rolled client and DEC's own 2.3 client fail identically, + because the defect is in server-side element initialisation; + * changing component_organization, destination (window vs pixmap), colormap, + lut, geometry or client library never changes the outcome -- none of them + touch element byte 4. + +STATUS. NO client-chosen XIE image has ever been displayed. The window is +unchanged; white vs black captures differ only by Terminal Manager figures and +cursor. xshow (core X) remains the only viewer that has shown an image. + +NEXT (precise): find who should initialise the band element's byte 4 -- i.e. +which server path sets the element's compression when a Photomap's Sink is +created -- and why that path did not run for a photomap populated via PutTile +with XieK_PCM. diff --git a/xie/evidence/STAGING_FINAL.txt b/xie/evidence/STAGING_FINAL.txt new file mode 100644 index 0000000..93f1ca6 --- /dev/null +++ b/xie/evidence/STAGING_FINAL.txt @@ -0,0 +1,23 @@ +STAGING BUFFER RE-MEASURED WITH THE CORRECT SPAN -- STILL NOT FILL-DEPENDENT. + +Correction first: the previous staging watch used length 0x400 address units +(128 bytes) but B1 walks 0x004FE790..0x004FE980 (496 bytes), so most stores fell +outside the watch. Re-measured with a 512-byte span: + + fill=ff : 4399 writes 0000 x1960, FFFF x260, 5555 x256, 4100 x114 + fill=00 : 4699 writes 0000 x2123, FFFF x260, 5555 x256, 4100 x127 + +The 0xFFFF count is IDENTICAL (260) for both fills, so the FFFF words in the +staging buffer are constant engine/manager traffic, not the client's tile. The +totals differ slightly (allocation bookkeeping) but no value tracks the fill. + +Meanwhile the engine output read IS fill-dependent (0x5600200: FFFF x256 for a +white export). So the divergence is real and located precisely at the point +where the CPU's read of the engine output is stored: the store lands at B1, but +what ends up in that buffer is not what the read returned. + +STATE + * NO client-chosen XIE image has ever been displayed; + * VRAM byte-identical for white and black (0 differing bytes / 128 KiB); + * model opt-in (VT1200_ACCEL=1); default configuration unchanged; + * xshow (core X) is the only viewer that has shown an image. diff --git a/xie/evidence/STAGING_NOT_FILL_DEPENDENT.txt b/xie/evidence/STAGING_NOT_FILL_DEPENDENT.txt new file mode 100644 index 0000000..8da57b8 --- /dev/null +++ b/xie/evidence/STAGING_NOT_FILL_DEPENDENT.txt @@ -0,0 +1,31 @@ +DECISIVE NEGATIVE: NOTHING FILL-DEPENDENT REACHES THE STAGING BUFFER OR VRAM. + +Watched writes into the staging buffer 0x004FE780..0x004FE97F for a WHITE export +and for a BLACK export, in the same session: + + fill=ff : 802 writes, values: 0000 x310, FFFF x250, 0001 x37, 5555 x32 + fill=00 : 802 writes, values: 0000 x310, FFFF x250, 0001 x37, 5555 x32 + ^^^^ IDENTICAL + +The staging traffic is byte-for-byte the same for white and black. So it does +not carry the client's tile -- the 0xFFFF words are engine/Terminal-Manager +constants, not our fill. Combined with the previous turn's VRAM finding (also +identical for both fills), the conclusion is: + + THE ONLY FILL-DEPENDENT DATA IN THE WHOLE SYSTEM IS THE CLIENT-SIDE IMPORT + (element+0x28 = 0xFF for white, 0x00 for black). Everything downstream of the + accelerator FIFO -- the engine output port, the staging buffer and VRAM -- is + fill-independent, i.e. our model of the engine's output path is not delivering + the pixels, and nothing else downstream copies them either. + +CUMULATIVE, HONEST STATE + * client/protocol/library: complete (DEC 2.3 built from DEC's own sources); + * import: verified and fill-dependent; + * export: completes without error, opt-in model only; + * accelerator FIFO: receives 0xFFFF/0x0000 (fill-dependent) -- the last point + where the data is proven to be ours; + * engine output 0x5600200 -> staging 0x004FE790 -> VRAM: all fill-INDEPENDENT, + so the tile is lost somewhere in that modelled path; + * NO client-chosen XIE image has ever been displayed; + * default configuration unchanged; xshow (core X) remains the only viewer that + has shown an image. diff --git a/xie/evidence/STAGING_WRITER_PCS.txt b/xie/evidence/STAGING_WRITER_PCS.txt new file mode 100644 index 0000000..1e3298b --- /dev/null +++ b/xie/evidence/STAGING_WRITER_PCS.txt @@ -0,0 +1,24 @@ +STAGING-BUFFER WRITERS, BY PC, WHITE vs BLACK. + +Watched writes to 0x004FE780..0x004FEB7F with the writing PC, one export per fill: + + white : 1588 writes PCs 3F229B80 x724, 3FB44CC0 x224, 3F70C9A0 x162 + values 0000 x852, 5555 x64, 4100 x55 + black : 150 writes PCs 3F229B80 x106, 3F70C9A0 x16, 3F70D580 x16 + values 0000 x82, 4100 x6, 40E0 x4 + +The two runs differ in volume and in writer mix, but neither carries the tile: +no 0xFFFF appears in either, and the dominant writer (3F229B80, file 0x114D70) is +present in both. The traffic is allocator/manager bookkeeping, not pixels. + +Combined with the earlier measurements this closes the question of where the data +goes: the fill-dependent path ends at the CPU read of the engine output +(0x5600200: FFFF x256 white / 0000 black). Nothing after it -- staging buffer, +VRAM -- is fill-dependent, and the copy that would carry it is not something I +can identify from the observable firmware. + +STATE (unchanged) + * NO client-chosen XIE image has ever been displayed; + * VRAM byte-identical for white and black exports (0 differing bytes / 128 KiB); + * model opt-in (VT1200_ACCEL=1); default configuration unchanged; + * xshow (core X) is the only viewer that has shown an image. diff --git a/xie/evidence/STORE_IS_FILL_DEPENDENT.txt b/xie/evidence/STORE_IS_FILL_DEPENDENT.txt new file mode 100644 index 0000000..1e89234 --- /dev/null +++ b/xie/evidence/STORE_IS_FILL_DEPENDENT.txt @@ -0,0 +1,33 @@ +THE STORE AT 0x125528 **IS** FILL-DEPENDENT -- THE ENGINE PORT IS THE PIXEL STREAM. + +Read back the destination immediately after each store (breakpoint at 0x12552A, +before B1 is advanced), one export per fill: + + fill=ff : 384 stores -> FFFF x283, 0000 x26, 1F00 x4, FF00 x4 + fill=00 : (cumulative 768) -> FFFF x294, 0000 x83, 3200 x17, 3FBD x11 + subtracting the white run: black alone is ~11 FFFF and ~57 0000 + +So the engine output port 0x5600200 IS the pixel stream: a white tile yields 283 +words of 0xFFFF stored at B1, a black tile yields 0x0000. The value read is the +value stored -- the store is not losing anything. + +That resolves the question this turn was asked to settle: 0x5600200 is not a +mis-modelled status/echo register; it carries the pixels. + +WHERE IT IS THEN LOST + The staging buffer's own write-watch (0x4FE780..0x497F, 512 bytes) shows 0xFFFF + x260 for BOTH fills -- i.e. after our 283 fill-dependent stores, the buffer is + overwritten by constant allocator/manager traffic (0x5555, 0x0000, 0x4100 from + the always-present writer PCs). And the byte-level VRAM diff between white and + black is ZERO. + + So the tile is written correctly into the staging buffer and then discarded; no + step copies it to video memory. + +STATE + * NO client-chosen XIE image has ever been displayed; + * fill-dependent proof now extends one step further: client -> photomap -> + accelerator FIFO -> engine output -> CPU store into the staging buffer; + * from there it is overwritten, and VRAM never differs (0 bytes / 128 KiB); + * model opt-in (VT1200_ACCEL=1); default configuration unchanged; + * xshow (core X) is the only viewer that has shown an image. diff --git a/xie/evidence/TILE_IS_IN_VRAM_NOT_ON_SCREEN.txt b/xie/evidence/TILE_IS_IN_VRAM_NOT_ON_SCREEN.txt new file mode 100644 index 0000000..9b264df --- /dev/null +++ b/xie/evidence/TILE_IS_IN_VRAM_NOT_ON_SCREEN.txt @@ -0,0 +1,39 @@ +THE TILE IS IN VRAM -- BUT IT DOES NOT MAP TO THE VISIBLE PICTURE. + +Read VRAM through rdebug while the client was live, right after a WHITE export: + + 0x04017830: effefffffdffffffffffffffffffffff + 0x04017840: fffffdffffffffffffffffffffffffff + 0x04017850: fdffffffffffffffffffffffffffffff + 0x04017900: ffffffffffffffffffffffffffffffff + 0x04017A00: ffffffffffffffffffffffffffffffff + +That is the 0xFF tile, present in video memory. So the whole chain now works: + + client -> XIE -> photomap -> accelerator FIFO -> engine output -> staging + -> VRAM (tile verified by direct read) + +BUT the picture does not show it. Sampled the framebuffer at the coordinates +that VRAM 0x040178xx maps to under the renderer's 2048-bit pitch (row 47, x=48): + + WHITE export: (48,47)=255 (48,79)=255 (80,60)=255 (100,90)=255 + BLACK export: (48,47)=255 (48,79)=255 (80,60)=255 (100,90)=255 + +Identical for both -- those pixels are the Terminal Manager's own light UI, not +the tile. So the VRAM the engine writes and the VRAM the renderer displays are +offset from one another: the renderer's active picture is derived from +HEBLNK..HSBLNK (x=336 in MAME's 1696-wide raster, per RENDER_REPORT.md), while the +written address sits at a different place in the same memory. + +STATE + * THE CLIENT-CHOSEN TILE IS NOW DEMONSTRABLY IN VIDEO MEMORY; + * it is not visible on screen -- the destination/pitch mapping between the + engine's writes and the renderer's active picture is still wrong; + * NO client-chosen XIE image has been displayed on screen; + * model opt-in (VT1200_ACCEL=1); default configuration unchanged; + * xshow (core X) remains the only viewer that has shown an image. + +NEXT: compute where VRAM 0x04017830 actually falls in the renderer's mapping +(scanline = bit/2048, x = bit%2048, then apply the HEBLNK origin) and compare with +where the 64x64 window's own exposure repaint lands; that will show whether the +engine's destination should be adjusted or the renderer's origin is mis-modelled. diff --git a/xie/evidence/VRAM_IDENTICAL_FOR_BOTH_FILLS.txt b/xie/evidence/VRAM_IDENTICAL_FOR_BOTH_FILLS.txt new file mode 100644 index 0000000..131ac72 --- /dev/null +++ b/xie/evidence/VRAM_IDENTICAL_FOR_BOTH_FILLS.txt @@ -0,0 +1,32 @@ +DEFINITIVE TEST: THE FRAMEBUFFER IS BYTE-IDENTICAL FOR A WHITE AND A BLACK EXPORT. + +Method (unambiguous, no inference from constant-looking traffic): + * run the genuine DEC 2.3 client with fill 0xFF, wait for the export to + complete, then dump VRAM 0x04000000..0x0401FFFF (128 KiB) in 1 KiB chunks + through rdebug; + * repeat with fill 0x00 in the same session; + * diff the two dumps byte for byte. + +RESULT + dumped 131,072 bytes each + differing byte offsets: 0 + => NO DIFFERENCE. The client-chosen tile never reaches video memory at all. + +This supersedes the earlier, wrong readings ("18,338 VRAM writes carrying the +tile", "the tile is in VRAM at 0x04017830", "250 staging writes of 0xFFFF"): the +VRAM and staging traffic is fill-independent Terminal-Manager/engine constant +activity, and only the DIRECT white-vs-black comparison could show that. + +WHERE THE DATA IS PROVEN TO EXIST + element+0x28 in the server photomap: 0xFF white / 0x00 black (verified) + accelerator FIFO writes 0x5600080 : 0xFFFF / 0x0000 (verified) + everything after that : fill-independent (proven here) + +So the tile is lost inside the modelled engine path, and no downstream stage +copies it to the frame buffer. + +STATE + * NO client-chosen XIE image has ever been displayed; + * export completes only under the opt-in VT1200_ACCEL=1 model; the default + configuration is unchanged and still behaves as before; + * xshow (core X) remains the only viewer that has shown an image. diff --git a/xie/evidence/VRAM_WRITE_ATTRIBUTION.txt b/xie/evidence/VRAM_WRITE_ATTRIBUTION.txt new file mode 100644 index 0000000..d74a3a6 --- /dev/null +++ b/xie/evidence/VRAM_WRITE_ATTRIBUTION.txt @@ -0,0 +1,35 @@ +ATTRIBUTION: THE VRAM WRITES ARE NOT THE IMAGE. + +Measured with a write watch over VRAM 0x04000000..0x0403FFFF during a completing +export under VT1200_ACCEL=1: + + idle (6 s, no client) : 0 writes + total after one full export cycle : 43,882 writes (peak 0x0403FCF0) + writes attributable to the export call: 241 + +So the ~43.9k writes happen when the client's window is created/mapped and the +Terminal Manager repaints -- not from the pixel engine. The export itself +contributes only 241 words, which is nowhere near the 64x64 tile (4096 pixels / +512 bytes / 256 words at minimum), and the framebuffer is unchanged: + + white vs black captures differ by AE 1841-2600 px = TM figures + cursor only. + +CORRECTING AN EARLIER READING: "43,882 VRAM writes with 0xFFFF during the export" +was wrong -- those writes are the window/TM redraw. The export's own VRAM +footprint is 241 words and does not draw the tile. + +TRIED THIS TURN + * watch VRAM during export, with the renderer at pitch 2048 (default VR319) AND + at pitch 1024 (VT1200_MONITOR=VR150) in case the write address mapped + off-screen; neither shows the block. + * the accelerator FIFO does receive the source pixels (verified previously: + 2200/4400 writes containing 0xFFFF / 0x0000), so the data path is real; the + engine simply never performs the store. + +STATE + * export completes without error (opt-in model); + * source pixels reach the accelerator FIFO; + * the engine performs no VRAM store; destination/placement is still undecoded; + * NO client-chosen XIE image displayed; + * model opt-in (VT1200_ACCEL=1); default configuration unchanged; + * xshow (core X) remains the only viewer that has shown an image. diff --git a/xie/evidence/XFER_ARGUMENTS.txt b/xie/evidence/XFER_ARGUMENTS.txt new file mode 100644 index 0000000..7edae0c --- /dev/null +++ b/xie/evidence/XFER_ARGUMENTS.txt @@ -0,0 +1,40 @@ +TRANSFER ROUTINE ARGUMENTS -- SOURCE FOUND, DESTINATION ABSENT. + +Breakpoint at file 0x1253FA (the MOVE A7,*A6 inside the transfer routine): + + XFER a0(src)=00919850 a7=00000000 a5=05600080 a6=05600050 + b3=05600100 b4=05600030 b5=0560010 b6=05600200 + + and the copy loop confirms the source walks forward one word at a time: + COPY a0=00919850 a5=05600080 + COPY a0=00919860 a5=05600080 + COPY a0=00919870 a5=05600080 (steps of 0x10 bits = 1 word) + +So: + A0 = 0x00919850 -- a MAIN RAM bit address (byte 0x0012330A): the source pixels, + i.e. the photomap data (the same buffer verified to hold + 0xFF white / 0x00 black). + A7 = 0 -- the word handed to the data register. + A5/A6/B3..B6 -- exactly the register pointers (FIFO, data, command, + control, status, engine output). + +NO DESTINATION IS PASSED TO THIS ROUTINE. There is no pointer to VRAM +(>= 0x04000000) anywhere in the arguments, the register writes or the table. +The engine is expected to know where to put the pixels -- the placement must be +programmed before this call, through the parameter/command ports +(0x5600080 table, 0x5600020 = 0x248/0x258, 0x5600100 = 0008/0200/0201/0202), and +that encoding is not yet decoded. + +WHAT IS PROVEN NOW + * the export completes without error; + * the source pixels are streamed into the accelerator FIFO (2200 writes for a + white tile, containing 0xFFFF; 4400 across two exports; 0x0000 dominates for + a black tile); + * the transfer routine, its arguments and the full register interface are + identified. + +WHAT IS NOT + * where the engine is told to put them -- hence nothing reaches VRAM and no + client-chosen XIE image has been displayed; + * the model is opt-in (VT1200_ACCEL=1); the default configuration is unchanged; + * xshow (core X) remains the only viewer that has shown an image. diff --git a/xie/evidence/XFER_SIX_ARGUMENTS.txt b/xie/evidence/XFER_SIX_ARGUMENTS.txt new file mode 100644 index 0000000..5d4ec48 --- /dev/null +++ b/xie/evidence/XFER_SIX_ARGUMENTS.txt @@ -0,0 +1,35 @@ +THE TRANSFER ROUTINE TAKES SIX ARGUMENTS -- NONE IS A DESTINATION. + +Breakpoint at file 0x1253AE (after all six argument loads in 0x12538C): + + ARGS a0=00916B50 a1=00000180 a2=00000000 + a3=00000004 a4=00000000 a7=00000000 + + a0 = 0x00916B50 main-RAM bit address -> the SOURCE pixels + a1 = 0x180 (384) a count -- note the engine's output port 0x5600200 is read + exactly 384 times, so a1 is almost certainly the number of + words/units to move + a2 = 0 + a3 = 4 + a4 = 0 + a7 = 0 the word handed to the data register + +There is still NO destination: no VRAM address (>= 0x04000000) in any argument, +in any register write, or in the 154-word table. The engine is expected to place +the pixels using state programmed before the call, and that state is not a plain +address in anything observable. + +CUMULATIVE RESULT + The protocol stack is complete and verified end to end: + DEC 2.3 client (built from DEC's source) + -> XIE session, photomap, transport, PutTile (verified import) + -> Export accepted, DDX gates passed (export completes) + -> source pixels streamed into the accelerator FIFO (0xFFFF / 0x0000) + -> transfer routine and all six arguments identified + The single missing link is the engine's placement programming. + +STATE + * NO client-chosen XIE image has ever been displayed; + * framebuffer unchanged; white vs black differ only by TM figures + cursor; + * model opt-in (VT1200_ACCEL=1); default configuration unchanged; + * xshow (core X) remains the only viewer that has shown an image. diff --git a/xie/evidence/XIE_IMAGE_DISPLAYED.md b/xie/evidence/XIE_IMAGE_DISPLAYED.md new file mode 100644 index 0000000..7af33ab --- /dev/null +++ b/xie/evidence/XIE_IMAGE_DISPLAYED.md @@ -0,0 +1,135 @@ +# A client-chosen XIE image is displayed on the VT1200 + +**Result: the tile a client sends through XIE appears on the terminal's screen, +at the client's window position, pixel-exact.** + +Evidence frames: `xie/evidence/png/xie_window_tiles.png` (5 tiles side by side), +`xie_white_real.png`, `xie_black_real.png`, `xie_fill_aa.png`, `xie_fill_0f.png`, +`xie_baseline_noexport.png`. + +``` +win_* crops are 64x64 at +150+200 == the client window's X geometry + +no export vs 0xFF : 4096 / 4096 pixels differ +no export vs 0x00 : 0 / 4096 (window background is black) +0xFF vs 0x00 : 4096 / 4096 +0xAA vs 0x0F : 2048 / 4096 (half - the two stripe phases) +0x0F vs none : 2048 / 4096 +``` + +Patterns are drawn pixel-exact: tile byte `0xAA` reproduces as 1-pixel vertical +stripes, `0x0F` as 4-pixel vertical stripes, perfectly vertical (no shear). + +## What was actually broken + +Two independent faults, one in the device model and one in the measurement. + +### 1. Device model: the accelerator's output FIFO read pointer was never reset + +`accel_r` returns the pixel stream on `0x5600200`: + +``` +file 0x125528: MOVE *B6,*B1 ; engine output port -> *B1 (staging) + ADDK 0x10,B1 ; next word + DSJS A11,0x125528 +``` + +`m_fifo_in` / `m_fifo_out` were never reset, so consecutive exports read words +left over from the previous one: the same fill produced 759, then 516 set pixels +in different runs. Reset both pointers on the data-register write, which is what +starts a transfer: + +```c +if ((off & 0xff) == 0x05) { m_accel_rdy = true; m_accel_done = false; m_accel_cnt = 0; + m_fifo_in = m_fifo_out = 0; } +``` + +After that the export is deterministic and correct: + +``` +fill=0xff -> pixmap after export: 4096/4096 pixels set (first row 11111111) +fill=0x00 -> pixmap after export: 0/4096 pixels set (first row 00000000) +``` + +### 2. Measurement: two wrong reads, and one bad conclusion built on them + +* **`dwt/screenshot.py` without `--real` reads 1024x1024 at a 128-byte row + stride.** The firmware at the VR319 default programs a 1280x1024 display with a + 2048-bit (256-byte) row pitch, so that read shears the picture. That is the + "shifted" look: use `--real` (1280 wide, 256-byte stride). +* **The earlier "0 differing bytes over 128 KiB" VRAM comparison was not 128 KiB + of VRAM.** It stepped `peek` by 1024 *bit* addresses, i.e. 128 bytes, over + `0..0x20000` bit addresses: **16 KiB of bytes, rows 0..63**. The window is at + rows 200..263, so the test never looked at it. Re-run over the whole raster + (`0x200000` bit addresses = 256 KiB of bytes) it reports 576 differing bytes + spanning exactly rows 200..263. +* **New instrument: server-side `XGetImage`.** `decclient` now reads the pixmap + and the window back *from the server* and counts set pixels. This distinguishes + "the server never drew it" from "the server drew it but the framebuffer view is + wrong" - the distinction that was missing for the whole investigation. + +## The working request sequence + +``` +XieCreateImage -> XieCreatePhoto(photomap) -> XiePutTile +XieExport(photomap -> depth-1 Pixmap) +XCopyArea(pixmap -> window) +``` + +Export must target a **pixmap**, not the window, and the copy is a plain core-X +`XCopyArea` - exactly what DEC's own IDS client does +(`ids_build_xie_pipe.c`: `XieExport(Photo_, CPix_(xiedat), RPixGC_(phoctx), ...)`). +See `DEC_IDS_SEQUENCE_PIXMAP.txt`. + +`decclient` argv: + +| argv[4] | path | +|---|---| +| (absent) | export straight to the window | +| `1` | export to a pixmap + `XCopyArea` (the working path) | +| `2` | `XieBindMapToFlo` / `XieCrop` / `XieTapFlo` pipeline (SIGSEGVs: needs the IDS context) | +| `9` | control: window mapped, no export (baseline) | + +## Reproduce + +```sh +M=/home/arti/code/k-space/mame0289/vt1200 +(sudo python3 -u harness/serve.py 192.168.99.1 --bootp &) +setsid env VT1200_SKIP_LEVEL1=1 VT1200_ACCEL=1 \ + $M vt1200 -rompath harness/mame/roms -sound none -skip_gameinfo \ + -networkprovider taptun -video none -seconds_to_run 500 \ + -cfg_directory harness/mame/cfg-net -debug -debugger none -debuglog \ + -autoboot_script harness/mame/xie_fix.lua -autoboot_delay 0 & + +# baseline, then two fills; screenshot with the REAL geometry each time +./xie/build/dec/decclient 192.168.99.2:0 00 3 9 # no export +./xie/build/dec/decclient 192.168.99.2:0 ff 3 1 # 0xFF +./xie/build/dec/decclient 192.168.99.2:0 00 3 1 # 0x00 + +python3 dwt/screenshot.py --host 192.168.99.2 --real --out /tmp/shot.png +magick /tmp/shot.png -crop 64x64+150+200 +repage /tmp/win.png +``` + +Verified twice, the second time from a freshly started machine. + +## Corrections to earlier evidence in this directory + +* `VRAM_IDENTICAL_FOR_BOTH_FILLS.txt` - withdrawn: the dump covered rows 0..63, + not the picture. The tile is at rows 200..263 and does differ by fill. +* `CORRECTION_TILE_NOT_IN_VRAM.txt`, `STAGING_FINAL.txt`, + `STAGING_NOT_FILL_DEPENDENT.txt`, `FILL_DATA_REACHES_CPU_ONLY.txt` - the + measurement of `0x004FE790` as "reused heap" was correct, but the conclusion + "nothing downstream is fill-dependent" was wrong: the buffer is transient and + the data does reach the drawable. +* `ACCEL_TRACE_DIFF.txt` - still correct, and not a defect: only the data FIFO is + fill-dependent because the *destination* is passed per call (the drawable's + address is in `B1`, set up by the caller), not written to a register. + +## Status of the accelerator model + +`VT1200_ACCEL=1` remains **opt-in**; the verified default configuration is +unchanged (no-env run still parks in the level-0 diagnostics menu at +`PC=3FDCE400`). The model is a status/data handshake plus a 8 KiB output FIFO - +it is not a real accelerator, and it is honest about that: it performs no +compositing, and the pixels reach the screen because the firmware itself copies +the engine's output words into the drawable at `B1`. diff --git a/xie/evidence/armF_lookup_codes.txt b/xie/evidence/armF_lookup_codes.txt new file mode 100644 index 0000000..61d23a3 --- /dev/null +++ b/xie/evidence/armF_lookup_codes.txt @@ -0,0 +1,27 @@ +THE armF STATE, TRACED. Three distinct lookup codes, one per arming choice. + +One connection: I = create op=2 (image), F = create op=1 (photoflo). + + create I 0x40C000 -> OK REGIDSTORE id=0040C000 obj=003FDC50 ; REGISTER + create F 0x40D000 -> OK REGIDSTORE id=0040D000 obj=00388090 ; REGISTER + + arm F (v16=1) then PUT_TILE I -> S19LOOK a8=0000000A (BadAccess, 10) + arm I (v16=1) then PUT_TILE I -> S19LOOK a8=00000008 (BadMatch, 8) + PUT_TILE F (never armed) -> S19LOOK a8=0000000E (BadIDChoice, 14) + +So arming the photoflo genuinely changes WHICH failure the typed lookup reports: +it gets past the stage that produces BadMatch and stops at a BadAccess check. +That is a real state difference, not noise, and it is the only one found. + +Caveat on the LOOK breakpoint (0x6BA38): it prints cls=01 in both the armF and +armI cases, and earlier it printed an incrementing 01,02,03 across successive +calls. That means A7 at 0x6BA38 is NOT the resource struct -- it is the export +element (the same buffer whose +0x28 is src_base). So LOOK's "cls" and "b40" +columns are not resource fields and must not be read as such; only S19LOOK's +return code (a8 at 0x6A7B4) is trustworthy in that trace. + +Registration sites during armF/put: 0 hits (they fire only inside create). + +CONCLUSION: arming the photoflo advances the import lookup past BadMatch to +BadAccess. That is the furthest any configuration has reached. No configuration +reached the handoff (0x6B640) or wrote src_base. diff --git a/xie/evidence/arm_check_trace.txt b/xie/evidence/arm_check_trace.txt new file mode 100644 index 0000000..4f7805b --- /dev/null +++ b/xie/evidence/arm_check_trace.txt @@ -0,0 +1,41 @@ +ARM CHECK TRACED -- and the printed operands CONTRADICT the static reading. + +Addresses computed in code this time (my hand-computed ones were wrong by +0x8000, which is why the previous attempt showed no trace at all). + + w9=0x100 (byte8=1): arm1 = SILENT(ok) + ACBA a11=00000002 b8=00 b12=00 + ACBE a7=FFFFFFE9 + ACC4 a7=00000000 + ACCA a7=00000000 + ACD0 a7=FFFFFFFE + OKPATH_6AD34 <- success path + + w9=0x300 (byte8=3): arm1 = ERROR 8 + ACBA a11=00000002 b8=00 b12=00 + ACBE a7=FFFFFFE9 + ACD4_BADMATCH <- rejected + +THE PROBLEM: at 0x6ACBA the static reading says + 6ACBA MOVE *A13(0x20),A11,1 ; A11 should be an OBJECT pointer + 6ACBE MOVE *A11(0x40),A7,0 ; then A7 = object->byte8 +but A11 prints as 00000002, i.e. not an object pointer, and `b@(a11+0x40)` reads +0 -- so the static reading of this block is WRONG. + +Also, A7 at ACBE prints the SAME value (FFFFFFE9) for both byte8=1 and byte8=3, +yet the subsequent branch takes different paths. So the value I am printing is +not the one that decides the branch, and I have not identified the real operand. + +Therefore: the reason arm fails on a byte8=3 resource is NOT established by this +trace. I am recording the negative rather than inventing an explanation. + +WHAT IS STILL TRUE FROM LAST TURN (measured and reproducible): + * with object->byte36 pointing at a byte equal to 3, PUT_TILE returns success + (A8=0) -- the import mechanism works; + * but arm still fails on that same byte8=3 resource, so EXPORT fails, RP never + fires, and src_base remains unreadable; + * the goal (a client-chosen image via XIE) is NOT met, and the successful + import depended on debug pokes, not on client-reachable state. + +NEXT would need either a correct reading of the arm check (all registers at +0x6ACBE, not just A7/A11) or the DEC 2.3 definition of what arm validates. diff --git a/xie/evidence/arm_does_not_set_byte8.txt b/xie/evidence/arm_does_not_set_byte8.txt new file mode 100644 index 0000000..42c65e6 --- /dev/null +++ b/xie/evidence/arm_does_not_set_byte8.txt @@ -0,0 +1,39 @@ +SECOND CORRECTION ON byte8. The previous turn claimed "the arm request sets +object->byte8 = v12". THAT IS WRONG. Controlled before/after on the SAME +object shows byte8 unchanged by arm. + +Method: one connection per case; create op=2 (id 0x0047000x, w9=0x100); +take the object pointer from the REGIDSTORE line of THAT create; peek it +immediately after create and again immediately after arm; then put. + + v12=2: + after create cls=2 w=64 h=64 b8=01 b9=01 w4=00010102 + after arm cls=2 w=64 h=64 b8=01 b9=01 w4=00010102 + put=ERR8 class1_path=0 e8_main(0x6BAF8)=1 selector_dispatch=0 gate(0x6BAF4)=0 + + v12=3: + after create cls=2 w=64 h=64 b8=01 b9=01 w4=00010102 + after arm cls=2 w=64 h=64 b8=01 b9=01 w4=00010102 + put=ERR8 class1_path=0 e8_main(0x6BAF8)=1 selector_dispatch=0 gate(0x6BAF4)=0 + +So: + * arm with v12=3 does NOT change class, w, h, byte8, byte9 or the word at + byte4. "b8after == v12" in the previous sweep was an artefact -- in that + sweep the object was read after the arm had run, and the pointer taken from + `stores()[-1]` was not reliably the object created by that iteration. + * The earlier sweep's other observation does still hold and is the useful one: + arm returns OK for v16 in {0,1} and ERR8 for v16 in {2,3}. + +NEW FACT -- the 0x8 site has more than one entry point: + * e8_main (0x6BAF8) fires, gate (0x6BAF4, the CMP) does NOT fire, and + selector_dispatch does not fire either. + * 0x6BAF8 is the FALL-THROUGH of the JREQ at 0x6BAF6, so reaching it normally + requires executing 0x6BAF4 first. Reaching it without 0x6BAF4 means there + is a SECOND entry into 0x6BAF8 from elsewhere in the function. + * That also explains the earlier confusion where "the gate is not reached" and + yet the same ERR8 was returned. + +NEXT (bounded): do a reference search in Ghidra for branches/jumps targeting +0x6BAF8, list them, and instrument each. The one that fires in the +create(w9=0x100)->arm(v12=3)->put sequence is the true producer of our ERR8, +and its preceding comparison is the thing to satisfy. diff --git a/xie/evidence/arm_lookup_byte13.txt b/xie/evidence/arm_lookup_byte13.txt new file mode 100644 index 0000000..c397523 --- /dev/null +++ b/xie/evidence/arm_lookup_byte13.txt @@ -0,0 +1,44 @@ +SLOT 20 (arm) USES THE SAME LOOKUP AS SLOT 19 BUT PASSES A DIFFERENT TYPE BYTE. + +Slot 20 (file 0x6AA54) calls 0x7EAB966 at 0x6AAB2 -- the identical lookup slot 19 +uses -- but the arguments differ. Push order at 0x6AA8A..0x6AAAE: + + 1 MOVI 0xffff (7th from last) + 2 *A9(0x68) = request BYTE 13 (6th) <-- slot 19 pushes the literal 3 + 3 *A9(0x20) = payload word 0 = id(5th) + 4 A13+0x40 = out pointer (4th) + 5 A13 (3rd) + 6 A13 (2nd) + 7 client (1st) + +In 0x6B966's frame that makes *A13(0xff40) = request byte 13, and the gate at +0x6BAEE/0x6BAF4 compares the object byte against it. Request byte 13 is payload +byte 9 -- the field this client has always set to 1 (p[9], the "mode"). + +MEASURED (4 breakpoints: ID store, class dispatch, gate CMP, lookup-null): + + arm, w9=0x100 (byte8=1) -> CLASSDISP=1 cls=02 GATE=0 arm succeeded + arm, w9=0x300 (byte8=3) -> CLASSDISP=1 cls=02 GATE=0 arm = ERR8 + arm, w9=0x300, mode=3 -> CLASSDISP=1 cls=02 GATE=0 arm = ERR8 + put, w9=0x100 (no arm) -> CLASSDISP=1 cls=02 GATE=0 put = BadAccess + +So: + * arm DOES find the resource and DOES reach the class-2 dispatch. + * arm NEVER reaches the 0x6BAF4 gate -- GATE=0 in every arm case, including + byte8=3. Its BadMatch therefore comes from somewhere else, earlier or in a + different branch. + * mode=4 gives BadValue(2), so the mode field is validated (1..3 accepted). + +Also measured this turn (clean instrumentation, byte N = ptr + N*8): + + * byte40 is 0 for BOTH the class-2 resource (op=2) and the class-1 photoflo + (op=1). Earlier reports of a non-zero byte40 are NOT reproducible and are + retracted. + * Poking byte40 to a valid pointer (the object's own address) does not change + arm's result for either byte8=1 or byte8=3, so byte40 is not the arm gate + either. + +STATE: arm fails on a byte8=3 resource after the class dispatch, for a reason +that is neither the 0x6BAF4 gate nor byte40. The next step would be to bisect +0x6BA1E..0x6BAA2 (the class-2/3 branch) during an arm on a byte8=3 resource, +since that is now the only unmeasured stretch on the arm path. diff --git a/xie/evidence/arm_requires_byte8_eq1.txt b/xie/evidence/arm_requires_byte8_eq1.txt new file mode 100644 index 0000000..98266a5 --- /dev/null +++ b/xie/evidence/arm_requires_byte8_eq1.txt @@ -0,0 +1,45 @@ +THE WALL, IN CODE: arm requires object->byte8 == 1, while the import gate +requires object->byte8 == 3. No request changes byte8 except create, so the +two are mutually exclusive on one resource. + +Site found by bisecting slot 20's body with generated bit addresses +(harness/mame/xie_min9.lua; bit = 0x3F200000 + file*8), valid ids, no-reply +model. Fired-path per request: + + w9=0x100 v14=1 : JREQ_6AB82 -> TGT_6AC34 -> EXIT_6AFDC -> SILENT (success) + w9=0x100 v14=2 : JREQ_6AB82 -> TGT_6AC34 -> E8_2_6AC5C -> BadMatch + w9=0x300 v14=3 : JREQ_6AB82 -> TGT_6AC34 -> E8_4_6ACD4 -> BadMatch + w9=0x300 v14=1 : JREQ_6AB82 -> TGT_6AC34 -> E8_4_6ACD4 -> BadMatch + +The failing check for byte8=3 is at 0x6ACBA..0x6ACD2 (file): + + 6ACBA MOVE *A13(0x20),A11,0x1 + 6ACBE MOVE *A11(0x40),A7,0x0 ; A7 := object->byte8 + 6ACC2 DSJS A7,0x0006acd2 ; byte8==1 -> skip to 0x6ACD2 chain + 6ACC4 MOVE *A13(0xc0),A7,0x1 + 6ACC8 DSJS A7,0x0006acd2 + 6ACCA MOVE *A9(0x68),A7,0x0 ; request byte 13 (the "mode" field) + 6ACCE SUBK 0x3,A7 + 6ACD0 JRNE 0x0006ad34 ; mode != 3 -> OK path + 6ACD2 MOVK 0x8 ; otherwise BadMatch + +Empirically: byte8=1 takes the OK path, byte8=3 falls through to the BadMatch. +Separately, mode=3 also fails here (mode != 3 is required), which is consistent +with the earlier finding that mode=3 does not help. + +Cross-referenced with the import path (evidence/badmatch_gate_located.txt), where +the gate at 0x6BAF4 requires the object byte to EQUAL the literal 3: + + arm : byte8 == 1 required (0x6ACBE) + import : byte8 == 3 required (0x6BAF4) + +and evidence/byte8_slot_sweep.txt shows NO request changes byte8 except create +(word9>>8). Therefore, with the client-reachable request set, a resource cannot +be simultaneously arm-able and import-eligible. That is why every configuration +ends in BadMatch, BadAccess or BadIDChoice, why src_base never becomes non-zero, +and why EXPORT has nothing to draw. + +Minor correction to the fired paths above: every arm case passes through +EXIT_6AFDC (0x6AFDC) regardless of outcome, so that address is a common exit, not +an error-only exit. The discriminating sites are E8_2 (0x6AC5C) for the v14 +mismatch and E8_4 (0x6ACD4) for the byte8 mismatch. diff --git a/xie/evidence/arm_sets_byte8.txt b/xie/evidence/arm_sets_byte8.txt new file mode 100644 index 0000000..0fb660d --- /dev/null +++ b/xie/evidence/arm_sets_byte8.txt @@ -0,0 +1,56 @@ +CORRECTION + NEW CONTROL FOUND. + +A) CORRECTION to evidence/badmatch_gate_located.txt: the "w9=0x300 moves the + failure from BadMatch to BadAccess" reading was WRONG. BadAccess is simply + the UNARMED path: + + w9=0x100, NO arm -> put = ERR10 (BadAccess), lookup gate not reached + w9=0x100, armed -> put = ERR8 (BadMatch), lookup gate reached + + With w9=0x300 the arm itself fails, so the put was effectively unarmed and + therefore reported BadAccess. Nothing was passed. + +B) NEW: the arm request SETS object->byte8, and the value is the arm request's + 16-bit field at payload bytes 8..9 (packed here as "v12"). Measured across + v12 = 0,1,2,3 (v16 = 0..3): + + v12 v16 arm result object->byte8 after arm + 0 0 OK 0 + 0 1 OK 0 + 0 2 ERR8 - + 0 3 ERR8 - + 1 0 OK 1 + 1 1 OK 1 + 1 2 ERR8 - + 1 3 ERR8 - + 2 0 OK 2 + 2 1 OK 2 + 2 2 ERR8 - + 2 3 ERR8 - + 3 0 OK 3 + 3 1 OK 3 + 3 2 ERR8 - + 3 3 ERR8 - + + So b8after == v12 exactly. byte8 is arm-controlled state -- which is + precisely the byte the lookup gate at 0x6BAF4 compares against 3. + +C) BUT with v12=3 (arm OK, byte8=3) the lookup gate is NOT REACHED, and + neither 0x8 site (0x6BB4A selector check, 0x6BB86 mask check) fires, yet + put still returns ERR8: + + v12=3 v16=0 arm=OK put=ERR8 GATE=not reached sel12=0 mask=0 + v12=3 v16=1 arm=OK put=ERR8 GATE=not reached sel12=0 mask=0 + v12=2 v16=0 arm=OK put=ERR8 GATE=not reached sel12=0 mask=0 + + (the v12=2 case also does not reach the gate here, unlike earlier runs, so + the gate is only reached under some additional condition) + + Therefore ERR8 has at least TWO distinct origins in slot 19, and the one + that fires now is EARLIER than the lookup. Prime candidates are slot 19's + own geometry checks at 0x6A7D0..0x6A846, which compare the request's + x/y/w/h against the resource's dimensions. + +NEXT (bounded): with v12=3 armed (byte8=3), sweep the tile header x/y/w/h +(payload words 1..4) and watch which early check in 0x6A7D0..0x6A846 rejects, +since the lookup gate is no longer the blocker in this configuration. diff --git a/xie/evidence/arm_vs_put_branch_divergence.txt b/xie/evidence/arm_vs_put_branch_divergence.txt new file mode 100644 index 0000000..d1e34f6 --- /dev/null +++ b/xie/evidence/arm_vs_put_branch_divergence.txt @@ -0,0 +1,43 @@ +BISECT OF file 0x6BA1E..0x6BAA2 -- arm and put take DIFFERENT branches. + +10 breakpoints (harness/mame/xie_min4.lua), fired-path per request: + B=0x6BA1E class2/3 entry C=0x6BA24 copy byte40 out D=0x6BA32 byte40==0 + E=0x6BA3E err 0E(byte40) F=0x6BA66 err 0E(other) G=0x6BAA2 merge + H=0x6BAAC store 5a8 I=0x6BAB8 outcell test J=0x6BAC4 err 0A + + arm, w9=0x100 (byte8=1) : B C G H -> succeeded + arm, w9=0x300 (byte8=3) : B C G H -> ERR8 (BadMatch) + arm, w9=0x300, mode=3 : B C G H -> ERR8 + put, w9=0x100 (+ arm) : B D G H I -> ERR8 + +At B the printed arg1 (`*A13(0xffc0)`, the 2nd-from-last pushed argument): + arm pushes A13 -> non-zero -> takes C (0x6BA24: *arg1 = obj->byte40) + put pushes 0 -> zero -> takes D (0x6BA32: require obj->byte40 == 0) + +So the branch is chosen by an argument the CLIENT controls indirectly through +which request is sent, not by the resource state. + +Both then merge at G (0x6BAA2) and execute H (0x6BAAC). From there: + * put continues to I (0x6BAB8) and then on into the gate at 0x6BAF4. + * arm STOPS -- I never fires -- and the request returns BadMatch. + +So arm's BadMatch is produced between 0x6BAAC and 0x6BAB8, i.e. in + 0x6BAB2 A7 = *A13(0xff20) ; arm pushes 0xffff here -> 0x0000FFFF + 0x6BAB6 JRLT 0x6BABC + 0x6BAB8 A7 = *A11 ; JRNE 0x6BAEA +For arm that value is 0xFFFF (positive), so JRLT should fall through to 0x6BAB8 +-- yet 0x6BAB8 does not fire. That contradiction is the next thing to resolve; +it may mean the arm frame's *A13(0xff20) is NOT the pushed 0xffff (argument order +differs from the mapping assumed here), or that the failing instruction is the +store at H dereferencing a zero. + +NOTE on a related measurement: for arm the copy at C writes obj->byte40 (which is +0 for our resources) to the caller's local, and H then uses that zero as a +pointer: 0x6BAA6 A7 = *A11 (A7 := the copied 0) + 0x6BAAC *(A11+0x120) = *(A7+0x120) -> reads at 0x120 +This is consistent with "arm needs byte40 non-zero", but a direct test (poking +byte40 = the object's own address) did NOT change arm's result, so that theory +is unconfirmed. + +Nothing here yet makes arm return OK with byte8=3, so the sequence still cannot +reach the import handoff and src_base remains 0. diff --git a/xie/evidence/badmatch_gate_located.txt b/xie/evidence/badmatch_gate_located.txt new file mode 100644 index 0000000..8090c87 --- /dev/null +++ b/xie/evidence/badmatch_gate_located.txt @@ -0,0 +1,43 @@ +THE BadMatch(8) GATE IS LOCATED. It is a single byte comparison against the +literal 3 that slot 19 hardcodes. + +Code path (file offsets, all inside 0x6B966): + 6BA8C A11 = object ; A8 = object->byte4 (class) + 6BA90 DEC A8 ; JREQ 0x6B9C4 ; class 1 + 6BA98 DEC A8 ; JREQ 0x6BA1E ; class 2 + 6BA9C DEC A8 ; JREQ 0x6BA1E ; class 3 + 6BAA0 JR 0x6BA66 -> MOVK 0xe ; anything else: BadIDChoice + 6BAEA ... A7 = + 6BAEC SETF 8 + 6BAEE MOVE *A13(0xff40),A11,0x0 ; = 3, the literal slot 19 pushes + 6BAF2 MOVE *A7,A7,0x0 ; 8-bit field + 6BAF4 CMP A7,A11 + 6BAF6 JREQ 0x6BBCE ; equal -> selector dispatch -> success path + 6BAF8 ... MOVK 0x8 ; NOT equal -> BadMatch (8) + +Measured at 0x6BAF4 (the CMP), one put per configuration: + + create op=2, id=0040C000 : GATE a7=00000001 a11=00000003 put = ERR8 + create op=1, id=0040D000 : (gate not reached) put = ERR14 + +and at the class dispatch 0x6BA8C the object reached is: + + op=2 -> a11=003FDA10 b0=00 b4=02 b8=01 b12=00 b16=40 + op=1 -> a11=00383D10 b0=00 b4=01 b8=D0 b12=D0 b16=90 + +So the compared byte is 1 for a class-2 resource and must be 3. The gate is +exactly the branch I once "skipped" with `pc = 0x3F55DE70` to make PUT_TILE +report success -- that was never a real path, and now we know what it bypassed. + +Note the object reached here is 0x003FDA10, the SAME buffer whose +0x28 is +src_base and which EXPORT builds. So the import and the export are looking at +the same object, and the import refuses it because one of its bytes is 1, not 3. + +Not yet determined: which named field that byte is, and what request sets it to +3. Candidates from the create code (file 0x6CA82): + 6CB0A MOVB *A13(0xffe0),*A9(0x40) ; byte8 := arg (low byte of an argument) + 6CB12 MOVE *A9(0x40),A7 ; SUBK 3 ; byte9 := (byte8==3) ? 3 : 1 + 6CB04 MOVK 1 ; MOVE A11,*A9(0x30) ; word at byte 6 := 1 +so byte8 is copied from an argument of the create, and byte9 is derived from it. +Making byte8 == 3 is therefore the concrete next probe: find which create +argument feeds it and supply 3. diff --git a/xie/evidence/band_d8_zero.txt b/xie/evidence/band_d8_zero.txt new file mode 100644 index 0000000..3fa6914 --- /dev/null +++ b/xie/evidence/band_d8_zero.txt @@ -0,0 +1,21 @@ +Bit/byte correction: *A9(0xd8) is byte 27, not byte 216. + +Live band array entry from the BAND breakpoint: + BAND a11=00290C30 + band entry bytes: + 05 00 00 00 00 00 50 00 70 48 90 00 30 b1 3d 00 + 00 00 00 00 10 21 35 3f 00 00 00 00 04 00 00 00 + ... + byte 27 (0xd8/8) = 0x00 + u32 @24 = 0x00000000 + +The import handoff at 0x6B688 does: + 0x6B684 MOVE *A9(0xd8),A9,1 + 0x6B688 JREQ 0x6B84C ; zero -> no-op + +So with band+0xd8 == 0 the tile payload is never handed to an element. +The create path that should store it is 0x6CC48/0x6CC4E: + CALLA 0x7EAC660 ; allocate 0x39-byte band record + MOVE A8,*A9(0xd8) ; store at band entry + 27 +Our class-2 resource has this zero; class-3 PUT_TILE still fails +BadIDChoice. The band-record allocation path is the remaining unknown. diff --git a/xie/evidence/band_element_dump.txt b/xie/evidence/band_element_dump.txt new file mode 100644 index 0000000..8899d81 --- /dev/null +++ b/xie/evidence/band_element_dump.txt @@ -0,0 +1,36 @@ +BAND / ELEMENT STRUCTURE DUMPED, BEFORE AND AFTER A BIND ATTEMPT. + +Setup: valid c.new_id ids; object pointers taken from the REGIDSTORE breakpoint +(fix: the log line starts "REGIDSTORE", not "IDSTORE" -- my earlier anchored +grep silently matched nothing). + + IMG = 00403000 -> obj 003FD110 class=2 b8=1 b9=1 p44=003DC4B0 + FLO = 00404000 -> obj 00382B90 class=1 b8=0x80 b9=0x32 p44=00386510 + +The IMAGE resource ALREADY has an element pointer at band_array+0xd8, before any +bind: + + band[] at 003DC4B0: 00000000 00000000 00050029 40002005 48000000 48003DC5 + elem = *(003DC4B0 + 0xd8) = 003FD7D0 + elem[]: 01050001 00000002 00100000 00000100 00004000 00000000 + + (0x01050001 as bytes = 01 00 05 01; then 2; then 0x00100000; then 0x100 = 256; + then 0x4000 = 16384. 256 and 16384 are plausibly pitch/geometry values.) + +The PHOTOflo (class 1) has no element (*(p44+0xd8) reads 0x55555555, the heap +fill), and its band array is two pointers: 00382CD0 00382F50. + +BIND attempts: + slot 11 [img,flo] -> BadIDChoice(14) + slot 11 [flo,img] -> BadIDChoice(14) + (both orders rejected here, although the previous turn recorded a REPLY for + the same request shape -- that difference was not explained) + +Effect on the photoflo: its p44 changed 00386510 -> 00382E10 and its band array +became 00382CD0 00386510 ... , i.e. the bind DID touch the photoflo even though +the request reported an error. The image resource was unchanged. + +NOT RESOLVED: what the element record's field layout is (its first word 0x01050001 +does not decompose into a recognisable type/flag pair), what the bind is meant to +write, or how the element chain is meant to be constructed. Without the 2.3 +element encoding these dumps cannot be turned into a conforming pipeline. diff --git a/xie/evidence/baseline_and_arm_failure_after_lookup.txt b/xie/evidence/baseline_and_arm_failure_after_lookup.txt new file mode 100644 index 0000000..a8bfa19 --- /dev/null +++ b/xie/evidence/baseline_and_arm_failure_after_lookup.txt @@ -0,0 +1,41 @@ +TRUSTWORTHY BASELINE ESTABLISHED, and arm's BadMatch localised to AFTER the +shared lookup. + +Protocol model used (established last turn, re-confirmed here): + * create and arm are NO-REPLY requests -- silence means success; + * only errors emit a packet (type=0 | code | seq | bad | minor | major=0x81); + * ids MUST come from c.new_id(...) (the client id base changes per connection). + +BASELINE -- 3 independent trials, one connection each, each step asserted: + + create silent + arm silent + put err BadMatch + (id=00404000 in all three trials; trace: A_IDSTORE once per trial) + +That is reproducible and is now the reference sequence. + +ARM FAILURE LOCALISED (4 breakpoints: ID store, lookup success 0x6BBE2, +DD dispatcher entry 0x40008, DD worker call 0x40086): + + arm w9=0x100 (byte8=1) -> silent (success) trace: LK_SUCCESS + arm w9=0x300 (byte8=3) -> err BadMatch trace: LK_SUCCESS + put w9=0x100 (armed) -> err BadMatch trace: (none) + +Readings: + * For BOTH arm cases the shared lookup REACHES 0x6BBE2 (its success return, + `SUB A8,A8`). So the lookup does not reject a byte8=3 resource. + * Arm with byte8=3 still returns BadMatch, and the DD dispatcher (0x40008) and + its worker call (0x40086) are NOT entered. So the error is produced after the + lookup, but not via the device-dependent dispatcher. + * Put with byte8=1 returns BadMatch WITHOUT reaching 0x6BBE2 -- consistent with + the gate at 0x6BAF4 failing (1 != 3) and returning at 0x6BAF8. + +Also note a correction to the previous turn's instrumented run: that run included +a stray breakpoint at the ROM entry 0x3F200000 which suppressed the trace. This +run (4 breakpoints, no junk) is the valid one. + +NEXT: the arm error is in slot 20's body between the lookup return (0x6AAB8) and +the DD dispatcher, excluding the four MOVK 0x8 sites (0x6ABD2/0x6AC5C/0x6AC96/ +0x6ACD4, which do not fire). Bisect 0x6AAC2..0x6AD1A with valid ids and the +no-reply model. diff --git a/xie/evidence/bind_672a4.txt b/xie/evidence/bind_672a4.txt new file mode 100644 index 0000000..a753268 --- /dev/null +++ b/xie/evidence/bind_672a4.txt @@ -0,0 +1,19 @@ +0x672A4 (called by slots 11, 33, 40, 43, 44) is a bind/copy helper: + + 0x673E2..0x673F2 checks the resource class at +0x20 + 0x673F4 MOVE *A13(0xffe0),*A11(0x140),0x1 + ; resource byte 40 = source pointer (for class 2 or 3) + 0x673FA stores the target pointer back into the caller's local + +Slot 11 is a two-resource bind: + lookup id@4 (type any) + lookup id@8 (type any) + call 0x672A4 with (0, second, first, client) + +So any class-2/3 resource created or bound through this helper gets a +**non-zero byte 40** (the source pointer). That is why class-3 PUT_TILE +returns BadIDChoice: the lookup requires byte40 == 0. + +No request in the recovered set produces a class-3 resource with byte 40 +clear. Slot 43 calls the same helper; its type descriptors/inputs remain the +only untried route. diff --git a/xie/evidence/byte40_and_outcell.txt b/xie/evidence/byte40_and_outcell.txt new file mode 100644 index 0000000..454ee9a --- /dev/null +++ b/xie/evidence/byte40_and_outcell.txt @@ -0,0 +1,42 @@ +TWO VERIFIED FACTS ABOUT THE IMPORT LOOKUP'S INTERNAL TESTS. + +Matrix run under the validated harness (byte8 gate trace + asserted replies). +byte40 is poked only in the DEBUG-only cases, and labelled as such. + + w9=0x100 byte8=1 byte40=0 -> arm1 ok ; put ERROR 8 ; trace ...T_MERGE T_GATE + w9=0x100 byte8=1 byte40=self * -> arm1 ok ; put ERROR 14; trace ...T_B32_zerochk (no MERGE) + w9=0x300 byte8=3 byte40=0 -> arm1 ERR 8; put ERROR 8 ; trace ...T_MERGE (no GATE) + w9=0x300 byte8=3 byte40=self * -> arm1 ERR 8; put ERROR 8 ; trace ...T_B32_zerochk (no MERGE) + + (* debug-only poke, not a client-driven state) + +FACT 1 -- byte40 MUST BE ZERO for the class-2 path. + With byte40 poked non-zero the trace stops at T_B32_zerochk (0x6BA32) and the + request returns BadIDChoice(14). That matches the code: + 6BA38 MOVE *A7(0x140),A7 ; A7 = object->byte40 + 6BA3C JREQ 0x6BAA2 ; zero -> continue + 6BA3E ... MOVK 0xe ; non-zero -> BadIDChoice + So a non-zero byte40 is a fast rejection for this request. (This is the + opposite of what the bind helper 0x672A4 writes into byte40 -- so a bound + resource cannot be used for PUT_TILE in this path.) + +FACT 2 -- with byte8 == 3 the flow reaches T_MERGE but NOT the gate. + For byte8=1 the trace is ...T_MERGE T_GATE; for byte8=3 it is ...T_MERGE then + exit with BadMatch. The only code between is + 6BAA2..6BAAC setup / store + 6BAB2 A7 = *A13(0xff20) ; 6BAB6 JRLT + 6BAC0 A7 = *A11 ; 6BABA JRNE 0x6BAEA <-- reaches the gate only if non-zero + so the "out-cell" test at 0x6BAB8 succeeds with byte8=1 and fails with byte8=3, + on the same request and the same slot-19 frame. I cannot yet explain that + difference, and I am not going to assert a mechanism for it. + +FACT 3 -- arming via slot 33 / slot 44 does not help. + create w9=0x300 (byte8=3) then slot33 [A,B,0]: + arming ERROR 2, byte8 stays 3, PUT_TILE ERROR 2, trace stops before T_GATE + create w9=0x300 then slot44 [A,B,1,1]: + arming ERROR 10, byte8 stays 3, PUT_TILE ERROR 10, trace stops before T_GATE + Neither is an arming path: byte8 is unchanged and the gate is never reached. + +STATUS: no client-chosen XIE image. The import path needs byte8==3 AND a +successful out-cell test at 0x6BAB8, and no client-driven state produces that +combination. src_base remains 0. diff --git a/xie/evidence/byte8_no_writer_final.txt b/xie/evidence/byte8_no_writer_final.txt new file mode 100644 index 0000000..63c60da --- /dev/null +++ b/xie/evidence/byte8_no_writer_final.txt @@ -0,0 +1,44 @@ +FINAL TEST OF THE byte8 TRANSITION HYPOTHESIS -- VALIDATED AND NEGATIVE. + +Setup (harness/mame/xie_b8t.lua): write watchpoints on BOTH resources' byte8, plus +the stack positive control, under the asserting harness (byte(N)=ptr+N*8, every +reply read). + + installed: A byte8 003FDA50, B byte8 003FD5D0, stack 000052A0 + + before: + id 00401000 byte8=1 byte9=1 p44=003DBAF0 elem=003FD7D0 elem0=01 + id 00402000 byte8=1 byte9=1 p44=003DB7B0 elem=003FD350 elem0=01 + + slot33 [A,B,0] -> ERROR 2 (BadValue) no state change + slot40 [A,B,0] -> ERROR 2 (BadValue) no state change + slot44 [A,B,1,1] -> ERROR 2 (BadValue) no state change + + after: identical for both resources (byte8=1, byte9=1, p44 and elem unchanged) + + byte8 watch hits: 0 stack control hits: 2968 + +READINGS: + * The watch mechanism is proven working (2968 stack hits in the same window). + * NOTHING in these three accepted shapes writes byte8 (0 hits on two watched + objects), and none of them changes the element record. + * All three shapes reproducibly return BadValue(2) under the asserting harness + -- earlier "reply" readings for them were the stale SET_OP_DEFAULTS ack. + * The element record IS populated from create (elem0 = 0x01) and is static; it + was never unpopulated, and nothing here populates it further. + +CONCLUSION (validated): among every request shape that can be driven from this +client -- create opcodes, all implemented slots, single- and multi-operand forms, +the bind-family accepted shapes, and the full import/export cycle -- NO request +writes object->byte8 except create. Since + + arm (slot 20) requires byte8 == 1 + import gate (0x6BAF4) requires byte8 == 3 + create sets byte8 = word9 >> 8 + +there is no reachable configuration in which a single resource can be both armed +and import-eligible. That is the wall, and it is now measured rather than +inferred, with a positive control for every watch used. + +Status: no client-chosen XIE image; src_base 0; window still the stipple; +xshow (core X) is the only verified viewer. diff --git a/xie/evidence/byte8_slot_sweep.txt b/xie/evidence/byte8_slot_sweep.txt new file mode 100644 index 0000000..d573275 --- /dev/null +++ b/xie/evidence/byte8_slot_sweep.txt @@ -0,0 +1,36 @@ +CAN ANY OTHER REQUEST RAISE byte8 FROM 1 TO 3? No. + +Clean instrumentation: harness/mame/xie_min.lua (ONE breakpoint: the ID store, +used only to learn the object pointer). All object fields read via rdebug at +the CORRECTED offsets (byte N = ptr + N*8, because ptr is a bit address). + +Per slot: fresh connection, create op=2 with w9=0x100 (which gives byte8=1), +read byte8, send with payload [id,0,...] at that slot's required length, +read byte8 again, then arm. + + slot len request byte8 before -> after arm + 43 10 BadValue(2) 1 -> 1 (no reply read) + 44 5 BadValue(2) 1 -> 1 (no reply read) + 40 4 BadValue(2) 1 -> 1 (no reply read) + 33 4 BadValue(2) 1 -> 1 (no reply read) + 24 4 REPLY 1 -> 1 (no reply read) + 19 8 BadAccess(10) 1 -> 1 (no reply read) + +No implemented request moves byte8. Only create does, and only through word 9's +high byte: byte8 = (word9 >> 8) & 0xFF, with byte9 = (byte8==3) ? 3 : 1 +(verified: w9 = 0x000,0x100,0x200,0x300,0x400 -> byte8 = 0,1,2,3,4). + +Combined with the arm sweep (v12 = 0..6 x v16 = 0..3, 28 shapes): + byte8=1 -> arm OK, put = BadMatch (gate compares 1 with 3) + byte8=3 -> arm ERR8 for every shape, put = BadAccess (unarmed) + +HARNESS NOTE: in these runs the arm (and sometimes create) replies were often +not read back -- the reply stream gets misaligned once several requests are +outstanding on one connection. That does NOT affect this result, because byte8 +and the put error codes are read independently (rdebug peek / slot-19 reply on a +fresh connection). Future runs should read replies with a drain between +requests, or use one request per connection. + +CONCLUSION: within the client-reachable request set, byte8 cannot be raised to 3 +while keeping the resource arm-able. The import therefore cannot be driven to +the handoff, src_base stays 0, and EXPORT has nothing to draw. diff --git a/xie/evidence/byte8_watch_validated.txt b/xie/evidence/byte8_watch_validated.txt new file mode 100644 index 0000000..c4bd703 --- /dev/null +++ b/xie/evidence/byte8_watch_validated.txt @@ -0,0 +1,41 @@ +byte8 WRITE WATCH, NOW WITH A PROVABLE POSITIVE CONTROL. + +Previous attempts at this watch had no control that could be shown to fire, so the +"0 writes" result was not trustworthy (and one VRAM control also read 0, which +told us nothing). + +This run installs, alongside the byte8 watch, a control watchpoint on the STACK +region just below SP -- any function call pushes there, so it must fire if +watchpoints work at all: + + installed: byte8 watch at 003FDA50 ; stack control at 000052A0 (sp=000053A0) + + arm1 -> SILENT(ok) stack control hits: 1218 + PUT_TILE -> ERROR 8 + arm2 -> ERROR 8 + + TOTALS: stack-control hits: 1820 byte8 hits: 0 + +So: + * write watchpoints DO work in this MAME build (1820 positive hits); + * NOTHING writes object->byte8 during create -> arm1 -> PUT_TILE -> arm2 + (0 hits against that control). + +This CONFIRMS, on validated instrumentation, the earlier claim that only create +sets byte8 (via word9 >> 8), and therefore confirms the mutual exclusion: + + arm (slot 20) requires byte8 == 1 + import gate (0x6BAF4) requires byte8 == 3 + only create can set byte8 + +Together with the previous turn's validated gate trace (T_ENTRY -> T_DISP -> T_C2 +-> T_J1 -> T_B32 -> T_MERGE -> T_GATE -> a8=8), the model is now: + + byte8 = 1 : arm succeeds; PUT_TILE reaches 0x6BAF4 and fails there (BadMatch) + byte8 = 3 : arm fails; PUT_TILE never reaches the gate + +and no client request can move byte8 between those values. Within the request +surface I can construct, the two requests are mutually exclusive. + +Status: no client-chosen XIE image; src_base 0; window still the stipple; +xshow (core X) is the only verified viewer. diff --git a/xie/evidence/byte8_write_watch_closure.txt b/xie/evidence/byte8_write_watch_closure.txt new file mode 100644 index 0000000..56d5721 --- /dev/null +++ b/xie/evidence/byte8_write_watch_closure.txt @@ -0,0 +1,42 @@ +CLOSURE: no client request writes object->byte8. The transition into the +importable state is unreachable from the request set. + +Method: valid c.new_id ids, no-reply model (silence = success), generated bit +addresses. A single breakpoint captured the object pointer from create, then a +WRITE WATCHPOINT was installed on byte 8 of that object and left armed across a +complete cycle. + + create -> silent (success) obj = 003FDC50 + watch installed at 003FDC90 (= obj + 8 bytes), byte8 read-back = 1 + arm1 -> silent (success) + put -> BadMatch + arm2 -> BadMatch + export -> silent (success) + + byte8 WRITE EVENTS AFTER CREATE: 0 + byte8 value throughout : 1 + +So nothing in create-after, arm, import, re-arm or export writes byte8. Combined +with the code findings: + + arm requires obj->byte8 == 1 (slot 20, file 0x6ACBE/0x6ACC2) + import requires obj->byte8 == 3 (slot 19, file 0x6BAF4/0x6BAF6) + create sets byte8 = word9 >> 8 (file 0x6CB0A/0x6CB12) + +the only way to obtain byte8 == 3 is create with word9 = 0x300, and such a +resource cannot be armed (arm returns BadMatch at 0x6ACD4 for every one of the 25 +(v12,v14) combinations tried). An unarmed resource's import returns BadAccess +without reaching the gate. + +CONCLUSION (with evidence, not assertion): a byte8 transition into the importable +state is NOT reachable from the client request set. Therefore the import cannot +be driven, src_base remains 0, and EXPORT has nothing to draw. This closes the +last request-level door identified in this investigation. + +Residual possibilities, all outside the client request set: + * an internal code path that writes byte8 (the watch shows none occurs in a + normal cycle, but a path we cannot trigger could exist); + * a request form with a shape never constructed (every implemented slot has + been swept, so this would have to be an unimplemented minor); + * the DEC XIE 2.3 protocol may define a different intended sequence entirely, + which the documentation would state directly. diff --git a/xie/evidence/chain_arm_import_export_ok.txt b/xie/evidence/chain_arm_import_export_ok.txt new file mode 100644 index 0000000..a7e21f2 --- /dev/null +++ b/xie/evidence/chain_arm_import_export_ok.txt @@ -0,0 +1,37 @@ +FIRST CHAIN WHERE arm1, PUT_TILE AND EXPORT ALL RETURN SUCCESS. + +Key realisation from the register dump: the two checks read DIFFERENT fields, so +they are NOT mutually exclusive after all -- + arm requires object->byte8 == 1 (DSJS at 0x6ACC2, a7 = byte8) + import requires *(object->byte36) == 3 (dereferenced byte, 0x6BAF2) +Earlier turns concluded they conflicted only because I assumed both were byte8. + +CHAIN (create w9=0x100 -> byte8=1; byte36/scratch poked to satisfy the import +gate; debug pokes labelled): + + white tile black tile + arm1 SILENT(ok) SILENT(ok) + PUT_TILE SILENT(ok) <- import accepted SILENT(ok) + arm2 ERROR 8 ERROR 8 + EXPORT SILENT(ok) <- export accepted SILENT(ok) + RP src_base610=00000000 src_base610=00000000 + window nz 512 -> 512, changed=False changed=False + first=888888888888888822222222... same + +So for the first time the import AND the export both report success -- but + * src_base (rp+0x610) is STILL 0, + * the window is unchanged, white and black identical, + * arm2 (the second execute) still returns BadMatch. + +WHAT THIS MEANS: the import being accepted does not populate the export's source +buffer. The handoff that should fill element+0x28 (the import-element executor +0x7EAB640, which the earlier analysis tied to this path) evidently does not run, +or runs without a destination. arm2 failing may be part of the same gap. + +NEXT: instrument 0x7EAB640 (file 0x6B640) during this now-successful PUT_TILE to +confirm whether the import handoff executes at all, and if it does, what it +writes -- since that is the only remaining step between "import accepted" and +"src_base non-zero". + +Status: no client-chosen XIE image yet; the window remains the stipple; xshow is +still the only viewer that has displayed an image. diff --git a/xie/evidence/class3_b40_patch.txt b/xie/evidence/class3_b40_patch.txt new file mode 100644 index 0000000..2e00ed7 --- /dev/null +++ b/xie/evidence/class3_b40_patch.txt @@ -0,0 +1,17 @@ +Deterministic resource pointer from breakpoint 0x6CC0E (RESPTR a7=...): + + create op 1 (class 3): + resource 0x003FDC50 class 3 byte40 before 0x003C73D0 + patch byte40 -> 0x00000000 + arm1 OK + put -> ERR14 (BadIDChoice) + S19LOOK a8=0000000E (BadIDChoice) + no S19HANDOFF + +Second run: + resource 0x003FC810 class 3 byte40 0x00320C10 -> 0 + put -> ERR14, S19LOOK a8=0x0E + +So even a class-3 resource with byte 40 forced to 0 is not found by the +lookup table slot 19 uses. Class-3 resources live in a different table or +namespace; patching the struct does not register them for PUT_TILE. diff --git a/xie/evidence/class3_id_not_stored.txt b/xie/evidence/class3_id_not_stored.txt new file mode 100644 index 0000000..fb58fc8 --- /dev/null +++ b/xie/evidence/class3_id_not_stored.txt @@ -0,0 +1,57 @@ +WHY CLASS 3 IS UNREACHABLE -- the ID is never stored. This also retracts the +"byte 40 == 0" explanation: byte 40 is a copy-out field, not a gate. + +A. slot 8 (create, file 0x668E4) dispatches on request word 0: + 6696C DEC A8 ; JREQ -> 0x66912 op 1 ---\ + 66970 DEC A8 ; JREQ -> 0x66912 op 2 ---/ SAME routine 0x7EA78DA + 66974 SUBK 2 ; JREQ -> 0x66902 op 4 -> 0x7EA76CA + 66978 DEC ; JREQ -> 0x66922 op 5 -> 0x7EA7B46 + 6697C DEC ; JREQ -> 0x66932 op 6 -> 0x7EA7DA8 + So op 1 and op 2 are the SAME create code (file 0x678DA). + +B. Inside 0x678DA (file), the only op-dependent value is: + 6799C MOVE *A9(0x20),A11,1 ; word0 = op + 679A2 SUBK 0x2,A11 + 679A4 MOVK 0x1,A11 + 679A6 JREQ 0x679AA ; op==2 -> arg = 1 + 679A8 SUB A11,A11 ; else -> arg = 0 + 679AA ... push arg, w, h, and bytes at request offsets 44/43/42 + 679D6 CALLA 0x7F638C2 ; allocator + 67A20 MOVE *A9(0x20),A11,1 + 67A24 DSJ A11,0x67AFC ; loop runs `op` times (op = level count) + +C. Measured objects (RESPTR 0x6CC0E gives the allocation deterministically): + + create op=1 ID=0040B301 object=003FCC90 + words: 00000000 00010103 00000101 00000000 00000040 00000040 ... + word1 = 0x00010103 -> class byte 3 + id@0 = 0x00000000 *** ID NOT STORED *** + ID string 0040B301 appears NOWHERE in the object's first 0x100 bytes + slot24 query -> ERR10 (BadAccess), PUT_TILE -> ERR14 (BadIDChoice) + + create op=2 ID=0040B302 object=003FDA10 + words: 0040b302 00010102 00000101 00000000 00000040 00000040 ... + word1 = 0x00010102 -> class byte 2 + id@0 = 0x0040B302 ID stored + slot24 query -> REPLY, PUT_TILE -> ERR10 / ERR8 + + ID position sweep: only payload word 1 is accepted. Putting the ID in any + other word makes create fail with ERR14, so word 1 IS the ID field. + +D. Retraction of the byte-40 rule. The shared lookup helper (file 0x66FA0) + has two variants: + 6707E MOVE *A7(0x140),*A11(0x0),1 ; non-NULL out-param: COPY byte40 out + 6708C MOVE *A7(0x140),A7,1 ; JREQ ; NULL out-param: require byte40 == 0 + The "must be 0" test only exists in the variant with a NULL out-parameter, + and it raises 0xE, not 0x8. The 0x8 (BadMatch) we observe comes from the + table lookup 0x7F174A4 / the class compare, not from byte 40. So patching + byte 40 could never have fixed PUT_TILE, which is exactly what was measured. + +E. Falsified during this check: the word at parent+48 is NOT a child object. + At 003FD6F0 it reads as heap-block metadata followed by the terminal message + "Connection request from IP host 192.168.99.1". There is no class-3 child. + +CONCLUSION: PUT_TILE demands a class-3 resource that is registered by ID, and +the only class-3 creator (create op=1) never stores the ID, so it can never be +found. The missing piece is the request that both selects class 3 and stores +an ID -- the create routine's `(op==2)?1:0` flag is the only knob found so far. diff --git a/xie/evidence/class3_registration_impossible.txt b/xie/evidence/class3_registration_impossible.txt new file mode 100644 index 0000000..bec58aa --- /dev/null +++ b/xie/evidence/class3_registration_impossible.txt @@ -0,0 +1,78 @@ +STRUCTURAL RESULT: a class-3 resource with a stored ID cannot be created through +slot 8 at all. The class and the registration are mutually exclusive inside the +only routine that produces either. + +All offsets are FILE offsets (Ghidra addresses); the CALLA convention is +file = immediate - 0x7E40000 (verified: 0x7EA78DA -> 0x678DA). + +1) slot 8 dispatches op 1 and op 2 to the SAME routine, file 0x678DA: + 6696C DEC A8 ; JREQ 0x66912 op 1 ---\ + 66970 DEC A8 ; JREQ 0x66912 op 2 ---/ -> 0x7EA78DA + +2) The only op-dependent value passed on is (op == 2) ? 1 : 0: + 6799C MOVE *A9(0x20),A11,1 ; word0 = op + 679A2 SUBK 0x2,A11 + 679A4 MOVK 0x1,A11 + 679A6 JREQ 0x679AA ; op==2 -> arg = 1 + 679A8 SUB A11,A11 ; else -> arg = 0 + +3) That flag alone decides the class, at 0x6CAF2 in file 0x6CA82: + 6CAF2 MOVE *A13(0xfec0),A11,1 ; the flag + 6CAF6 JREQ 0x6CAFC + 6CAF8 MOVK 0x2,A11 ; flag != 0 -> class 2 + 6CAFA JR 0x6CAFE + 6CAFC MOVK 0x3,A11 ; flag == 0 -> class 3 + 6CAFE MOVB *A11,*A9(0x20) ; obj->byte4 = class (0x20 bits = 4 bytes) + + So class = 3 iff op == 1, and class = 2 iff op == 2. + +4) The ID store and the table registration live ONLY in the loop body at 0x67AFC, + which is reached only when DSJ jumps: + 67A20 MOVE *A9(0x20),A11,1 ; A11 = op + 67A24 DSJ A11,0x00067afc ; op-1 != 0 -> jump to the registering body + 67A28 ... ; op-1 == 0 -> photoflo path (see 5) + + 67AFC MOVE *A13(0x20),A11,1 + 67B00 JRNE 0x67B04 + 67B02 MOVE *A13,A11,1 + 67B04 MOVE *A9(0x40),*A11(0x0),1 ; *** ID -> obj+0 *** + 67B0E MOVE @0x1ad980,A11,0 + 67B16 MOVI 0x3f566ed0,A7 ; the XIE handler pointer + 67B1E MOVE *A13(0x20),A7,1 + 67B22 JRNE 0x67B26 + 67B24 MOVE *A13,A7,1 + 67B26 MOVE A7,*A14+ + 67B28 MOVE @0x1ad990,A7,0 + 67B30 MOVE *A9(0x40),*A14+ ; the id + 67B34 CALLA 0x07f16ca2 ; *** register in the resource table *** + + op = 1 -> DSJ decrements to 0, does not jump -> 0x67A28: the ID is NEVER + stored and the resource is NEVER registered. + op = 2 -> DSJ decrements to 1, jumps -> ID stored at obj+0 and registered. + +5) What op=1 does instead is create a PHOTOflo, not a resource: + 67A28 MOVK 0x14,A11 ; 20-word allocation + 67A32 CALLA 0x07f63a30 + 67A42 MOVI 0x3f544b10,A8 ; "error allocating photoflo" string + 67A88 MOVK 0x1,A7 + 67A8A MOVB *A7,*A11(0x20) ; that object's class = 1 + 67AB0 CALLA 0x07ea72a4 ; bind helper + + This is why every measured create op=1 object has class 3 (from step 3) but + id@0 == 0 (step 4): they are two different objects, and the class-3 one was + never registered. + +6) Measured consequence, reproduced many times this session: + create op=2 -> class 2, id@0 = ID, query OK, PUT_TILE -> BadMatch (8) + create op=1 -> class 3, id@0 = 0, query BadIDChoice, PUT_TILE -> BadIDChoice + + PUT_TILE's lookup demands class 3 (slot 19 pushes MOVK 0x3 before the typed + lookup). The only class-3 producer never registers. So the import is + unreachable: not because a request shape is missing, but because the two + properties the lookup requires are mutually exclusive in the implementation. + +7) Also measured, and it rules out the remaining "add levels" idea: + op=4 [newid, existing] increments a 16-bit counter on the existing resource + (obj word at byte 6): 1 -> 2 -> 3 after two calls, and RESPTR shows NO new + allocation. PUT_TILE on that resource stays BadMatch (8) at every count, + including when the counter is 3. diff --git a/xie/evidence/class_skip_false_success.txt b/xie/evidence/class_skip_false_success.txt new file mode 100644 index 0000000..7f1f93c --- /dev/null +++ b/xie/evidence/class_skip_false_success.txt @@ -0,0 +1,15 @@ +Instrumentation during create -> arm -> PUT_TILE: + + breakpoint 0x6A76E slot 19 entry -> no hit logged + 0x6A7B4 after resource lookup -> no hit logged + 0x6A9A2 call to 0x7EAB640 -> no hit (HANDOFF absent) + 0x6B688 band+0xd8 load -> no hit + 0x6B6EA call to 0x7E80008 -> no hit (DEARG absent) + 0x7E80008 entry / 0x4001E / 0x40042 / 0x40086 -> no hit (DE/DDCALL absent) + +So the import handoff 0x7EAB640 is never called. The "PUT_TILE OK" seen +earlier is the debugger branch-skip at 0x6BAF6 taking an early success path, +not a real import. The class-2 resource cannot reach the band handoff; the +legitimate path requires a class-3 resource with resource byte 40 == 0. + +This invalidates the earlier "put OK" results as evidence of import. diff --git a/xie/evidence/conversion_helpers_probed.txt b/xie/evidence/conversion_helpers_probed.txt new file mode 100644 index 0000000..d1daedb --- /dev/null +++ b/xie/evidence/conversion_helpers_probed.txt @@ -0,0 +1,39 @@ +TURN RECORD: FIRMWARE CONVERSION HELPERS PROBED DURING A REAL EXPORT. + +Addresses derived from the CALLA immediates (file = cal - 0x7E40000): + 0x07FC229C -> file 0x18229C (bit 0x3FE114E0) + 0x07FC1EB2 -> file 0x181EB2 (bit 0x3FE0F590) + 0x07FC1F5E -> file 0x181F5E (bit 0x3FE0FAF0) + 0x07FC2210 -> file 0x182210 (bit 0x3FE11080) + +Run: ./xie/build/dec/decclient 192.168.99.2:0 ff 3 (the genuine 2.3 client, + org=BandByPlane, export straight to the window) + +MEASURED: + image: org=3 w=64 h=64 levels=2,0,0 arSize=4096 + photomap created + put tile sent + X Error: BadValue, Major 129 (Xie), Minor 21 (Export) + + trace: + H1EB2 a0=003F09B0 a1=00000000 a8=40C4D134 + H1EB2 a0=003F09B0 a1=00000000 a8=44CFF000 + + H229C (0x7FC229C) never fired, H1F5E and H2210 never fired, and none of the + post-call sites (R_C4 / R_E2 / R_10 / R_44) fired either. + +So with org=BandByPlane the export does NOT go through the per-element block at +0x1B3C4..0x1B43E at all -- the only conversion helper reached is 0x7FC1EB2, twice, +with the same source pointer (0x3F09B0) and a1 = 0, and float-looking results in +A8 (0x40C4D134 / 0x44CFF000). Those are the only two conversion calls observed. + +INTERPRETATION (not yet proven): 0x7FC1EB2 is being used as a numeric helper +(its outputs look like IEEE singles), not as the pixel mover; the pixel-moving +call that would fail is not reached, which is consistent with BadValue being +raised before any real conversion. + +STATE (unchanged): no client-chosen image displayed; window untouched; white vs +black captures differ only by Terminal Manager figures and cursor. +xshow (core X) remains the only viewer that has shown an image. + +STATUS. NO client-chosen XIE image. diff --git a/xie/evidence/create_by_reference_and_arm_loop.txt b/xie/evidence/create_by_reference_and_arm_loop.txt new file mode 100644 index 0000000..1d77612 --- /dev/null +++ b/xie/evidence/create_by_reference_and_arm_loop.txt @@ -0,0 +1,57 @@ +TURN RECORD: ops 4/5/6 DECODED (CREATE_BY_REFERENCE family), AND SLOT 20 IS THE +ELEMENT EXECUTOR. + +A) ops 4/5/6 ARE LENGTH-KEYED (static, then confirmed on the wire) + Each routine opens with the same prologue and compares the REQUEST LENGTH: + op4 0x676CA: MOVE *A9(0x10) = length ; SUBK 0x6 ; -> must be 6 words + op5 0x67B46: SUBK 0x7 ; -> must be 7 words + op6 0x67DA8: SUBK 0x6 ; -> must be 6 words + Wire confirmation (asserting replies): + op=4 len=12 -> err16 (BadLength) <- wrong length rejected + op=4 len=6 -> not a length error + +B) WITH THE RIGHT LENGTH THEY VALIDATE AN EXISTING ID AND CREATE NOTHING + Source = a real op=2 resource (SRC, byte36=0). New id = NEW (never used). + op=4 [NEW, SRC] -> silent arm(NEW) -> BadIDChoice(14) bad=NEW + op=4 [SRC, NEW] -> err14 bad=NEW (so w2 is the id it validates) + op=5 [NEW, SRC] -> err2 (BadValue) + op=5 [SRC, NEW] -> err2 + op=6 [NEW, SRC] -> err14 bad=NEW + op=6 [SRC, NEW] -> silent arm(NEW) -> BadIDChoice(14) bad=NEW + In NO case does the REGIDSTORE breakpoint (0x67B04) fire, and the new id is + never resolvable afterwards. So these requests are accepted but produce no + registered resource -- the same "allocate without registering" behaviour seen + for the by-value path. + +C) THE REFERENCE MUST BE AN XIE ID, NOT A CORE-X DRAWABLE + Passing a mapped core-X window (0x70D000) and its GC (0x70D100): + op=4 [NEW, window] -> silent, then queued errors + err14 bad=0070D000 (the window id) + err14 bad=0070D100 (the GC id) + So the routine does look up a DRAWABLE + GC pair by id -- the create-by- + reference signature -- but the server's lookup rejects core-X ids. + +D) SLOT 20 (arm / execute) IS THE ELEMENT EXECUTOR -- it loops over elements + 6AAE4 A7 = *A5(0xd8) ; element pointer for band index + 6AAE8 JREQ 0x6AB46 ; no element -> A7 = 0 + 6AB0A A8 = *A7(0x1a8) + 6AB0E CALLA 0x07FC22DE ; 6AB14 CALLA 0x07FC2C34 ; 6AB2A CALLA 0x07FC2C34 + 6AB30 CALLA 0x07FC1ACA ; 6AB36 CALLA 0x07FC288A ; 6AB3C CALLA 0x07FC216A + 6AB48 MOVE A7,*A11(0x120) ; A11 = A13 + idx*0x20 -> PER-ELEMENT FRAME SLOT + 6AB5C A11 = *A11(0x120) ; A7 = *A13(0x100) ; A11 += A7 ; store -> accumulator + 6AB6E SUBK 0x3 ; JRC 0x6AACC ; loop over (up to) THREE elements + So arm walks up to three elements taken from the band array at +0xd8, runs a + chain of routines on each, and accumulates an output pointer. The element + pointers ARE populated by create (e.g. 0x3FD7D0), so arm has elements to run + -- but the element carries no process-block chain (nothing ever wrote one), + and src_base (rp+0x610) stays 0. + +E) WHAT THIS SETTLES + * op 4/5/6 are not the missing "photomap with a band descriptor": they are + reference-based creation that registers nothing on this server. + * The import gate's object->byte36 is still never written by any request. + * The pipeline elements at band_array+0xd8 exist but are empty; nothing in the + tested request surface adds a process block to them. + +STATUS. No client-chosen XIE image; src_base (rp+0x610) 0; window still the +stipple; xshow (core X) is the only viewer that has displayed an image. diff --git a/xie/evidence/create_is_fixed_and_puttile_not_reproducible.txt b/xie/evidence/create_is_fixed_and_puttile_not_reproducible.txt new file mode 100644 index 0000000..7349c04 --- /dev/null +++ b/xie/evidence/create_is_fixed_and_puttile_not_reproducible.txt @@ -0,0 +1,41 @@ +TURN RECORD: CREATE IS A FIXED-SIZE REQUEST, SLOT 20 USES ONLY 4 WORDS, AND THE +ONE "SUCCESSFUL" PUT_TILE DOES NOT REPRODUCE. + +A) CREATE IS EXACTLY 11 DATA WORDS FOR BOTH OPS -- NO ELEMENT LIST + Previously I had only swept payload lengths with op=2. Swept op=1 now: + L=11 -> ok/silent, REGISTERS (cls=1, b8=D0, b9=09, b36=00385990, + b44=00385890, elem=55555555) + L=12,13,14,15,16,18,20,22,24 -> err16 (BadLength), NO registration + Same for op=1 with element-ish words (2,1,1,0) at every length >= 12. + So the create request is a fixed 11-data-word structure and CANNOT carry the + "supplied list of elements" described in xieSIarch.txt 8.3.4.1. That + hypothesis is closed. + +B) SLOT 20 READS ONLY w0..w3 + All request words slot 20 touches: 0x20 (w0), 0x40 (w1), 0x60 (w2), + 0x68 (byte 13), 0x70 (byte 14), 0x80 (w3), plus 0x8 (minor) and 0x10 + (length, must be exactly 0x23 = 35). The other 28 data words are unused + padding -- the 35 is a fixed wire struct, not an element array. + Swept w0/w1/w2/w3 with a registered photoflo, a registered photomap and a + mapped core-X window in every position: + every combination -> err2 (BadValue); TYPE1..TYPE5, RP and GATE never fire. + +C) SLOT 18'S BadAccess IS NOT ITS OWN + slot 18 contains no `MOVK 0xa,A8`; its request words are only w0 (0x20) and + w2 (0x60) plus byte 13 (0x68). The BadAccess(10) therefore comes from the + shared lookup callee (0x7EAB966 / 0x7EABEFA / 0x7EABC2A), i.e. from the + object's state rather than from an operand. + +D) THE EARLIER PUT_TILE SUCCESS DOES NOT REPRODUCE + Re-ran the exact configuration that once returned SILENT(ok) with + element+0x28 = 0x00929990 (create op=2, arm, byte36 -> scratch with + [0]=3 [1]=1 [8]=1, band=1, 64x64 white and black tiles): + white: arm1 ok/silent, PUT_TILE = err2, elem+0x28 = 00000000 + black: arm1 ok/silent, PUT_TILE = err2, elem+0x28 = 00000000 + So that lone success was an artefact of uninitialised heap state (byte36 and + the byte it pointed at), not a reproducible protocol path. No tile data is in + server memory and white/black are still identical. + +STATUS. No client-chosen XIE image. src_base (rp+0x610) has been 00000000 in +every run; the window has never differed from the no-export baseline; the only +viewer that has displayed an image is xshow, which is core X. diff --git a/xie/evidence/create_opcode_sweep.txt b/xie/evidence/create_opcode_sweep.txt new file mode 100644 index 0000000..96aee76 --- /dev/null +++ b/xie/evidence/create_opcode_sweep.txt @@ -0,0 +1,39 @@ +CREATE OPCODE SWEEP -- all accepted ops tested; none yields an addressable +class-3 resource. + +slot 8 (create) dispatch, file 0x668E4: + 6696C DEC A8 ; JREQ 0x66912 op 1 -> 0x7EA78DA + 66970 DEC A8 ; JREQ 0x66912 op 2 -> 0x7EA78DA (SAME routine as op 1) + 66974 SUBK 2 ; JREQ 0x66902 op 4 -> 0x7EA76CA + 66978 DEC ; JREQ 0x66922 op 5 -> 0x7EA7B46 + 6697C DEC ; JREQ 0x66932 op 6 -> 0x7EA7DA8 + 66980 JR 0x66942 anything else -> BadValue + +Required lengths, read from each routine's own prologue: + op 1/2 -> exactly 12 words (0x678F8 SUBK 0xc) + op 4 -> exactly 6 words (0x676E2 SUBK 0x6 ; JREQ) + op 5 -> exactly 7 words (0x67B5E SUBK 0x7 ; JREQ) + op 6 -> >= 6 words (0x67DC0 SUBK 0x6 ; JRNC) + +Measured (single instance, RESPTR breakpoint at 0x6CC0E as the create tell): + + op=1 [1,ID,64,64,...] create OK RESPTR 1 query ERR14 put ERR14 + op=2 [2,ID,64,64,...] create OK RESPTR 1 query REPLY put ERR10/ERR8 + op=3 [3,...] ERR14 (BadIDChoice) RESPTR 0 + op=4 [4,newID,existingID,0,0] create OK RESPTR 0 query ERR14 put ERR14 + op=5 [5,ID,64,64,1,1] create OK RESPTR 0 query ERR14 put ERR14 + op=6 [6,existingID,0,0,0] OK RESPTR 0 existing stays REPLY + +Readings: + * op 4 and op 5 return OK but allocate NOTHING that the create tell sees, and + their ID is never addressable, so they are not creates -- both first act on + an existing resource (op 4 starts with a lookup of payload word 2 via + 0x7EA6FA0 at 0x676FE; op 6 looks up payload word 1 via 0x7F174A4). + * op 6 leaves the existing resource intact and queryable, so it is not a + destroy either. + * op 3 is rejected outright. + * Only op 2 produces an addressable resource, and its class is 2. + +Therefore the whole accepted create opcode space {1,2,4,5,6} has been tested and +none of it produces a class-3 resource that is registered by ID. This closes +the "try another create opcode" route to the PUT_TILE lookup. diff --git a/xie/evidence/dec_23_client_built.txt b/xie/evidence/dec_23_client_built.txt new file mode 100644 index 0000000..99ce1d3 --- /dev/null +++ b/xie/evidence/dec_23_client_built.txt @@ -0,0 +1,42 @@ +TURN RECORD: DEC'S OWN XIE 2.3 CLIENT LIBRARY IS BUILT AND RUNNING AGAINST THE +TERMINAL. ITS EXPORT FAILS WITH BadMatch (8), NOT BadValue (2). + +A) BUILD + Sources: xie/docs/dec/xie23-src/lib/xie/*.c (9 files, 9,723 lines) + Headers shimmed into xie/build/dec/{,X11/extensions/} and X.h copied. + Compile: gcc -std=gnu89 -fcommon -w -I xie/build/dec -I /include \ + -I /lib/xie + 8/9 files built clean; XieConvert.c needed X.h. All 9 linked into + xie/build/dec/libXie.a (140,164 bytes), exporting the full client API + (XieCreateImage, XieCreatePhoto, XiePutImage, XiePutTile, XieExport, + XieQueryExport, XieCrop, XieScale, ...). + Client program: xie/decclient.c -> xie/build/dec/decclient + (needs one stub: unsigned long (*xieDdxProc[1])() = {0}; the client never + calls the DDX dispatch table.) + +B) RUN AGAINST THE VT1200 (192.168.99.2:0) + display opened; root depth = 1 (xdpyinfo: "depths (1): 1", + "depth of root window: 1 plane") -- so drawable depth MATCHES the 1-bit image. + XieCreateImage -> ok (w=64 h=64) + XiePutImage -> photomap created + XieExport -> **BadMatch (invalid parameter attributes)** + Major opcode 129 (Xie), Minor opcode 21 (Export) + + That is a DIFFERENT error from my hand-rolled client, which got BadValue (2). + Per the server source, ProcExport's MatchOkIf_ is + MatchOkIf_( Constrained_(img), stuff->photo_id ) + and Constrained_(img) = ( *cmplvl > 0 ) set at photomap creation. + +C) VARIANT ATTEMPTED + Replaced XiePutImage with XieCreatePhoto + XiePutTile + XieExport (the + library's own encoding of the sequence my hand-rolled probe uses). + The process CRASHED (core dumped) in that combination -- not yet diagnosed. + +D) STATE + No client-chosen image has been displayed. Window unchanged. + xshow (core X) remains the only viewer that has shown an image. + +WHAT THIS BUYS: a genuine 2.3 client now exercises the terminal, so the wire +format is no longer in question -- the remaining difference is server-side state +(the photomap's Constrained_ flag / creation attributes) or an incompatibility +between the image and the drawable that BadMatch is telling us about. diff --git a/xie/evidence/dispatch_entry19.txt b/xie/evidence/dispatch_entry19.txt new file mode 100644 index 0000000..d66b971 --- /dev/null +++ b/xie/evidence/dispatch_entry19.txt @@ -0,0 +1,22 @@ +Live XIE dispatch table, read at RAM bit 0xD3F90 + idx*32: + + entry 1 handler=3F545260 file=0x68a4c + entry 8 handler=3F534720 file=0x668e4 + entry 19 handler=3F553B70 file=0x6a76e + entry 20 handler=3F5552A0 file=0x6aa54 + entry 21 handler=3F516A00 file=0x62d40 + entry 24 handler=3F518AF0 file=0x6315e + +So minor 19 really is 0x6A76E. + +PUT_TILE without the 0x6BAF6 branch skip: + + XIEHIT ... 1381 0088 ... (minor 19 reaches XieProc) + S19ENTRY (0x6A76E reached) + S19LOOK a8=00000008 (resource lookup returns BadMatch/8) + put -> ERR8 bad=id minor=19 + no S19HANDOFF (0x7EAB640 never called) + +The earlier "put OK" was the branch skip bypassing this lookup and returning +early. The real path requires a resource that passes the lookup: class 3 with +byte 40 == 0. diff --git a/xie/evidence/element_byte4_never_written.txt b/xie/evidence/element_byte4_never_written.txt new file mode 100644 index 0000000..bf6cc26 --- /dev/null +++ b/xie/evidence/element_byte4_never_written.txt @@ -0,0 +1,36 @@ +ANSWER: NOTHING INITIALISES THE BAND ELEMENT'S BYTE 4. + +Test: photomap created with the correct xieCreatePhotoReq (levels 2,2,2, +#components 1, bitonal), then SetTransport(mode=3, org=1) and PutTile(64x64, +plane_mask=1, final=1). A write watchpoint was armed on element+0x20 (byte 4) +as soon as the element existed, with the stack control watch proving the +mechanism was live (952 control hits). + + obj=003FD7D0 band=003DBAF0 elem=003FD590 elem.b4=55 + after PutTile: elem.b4=55 <-- UNCHANGED + watch hits: 1, at pc=3F4019D0 (file 0x4033A), val=0000B055 + -- that instruction is `MOVE A8,*A9(0x28)`, i.e. it stores byte 5, the + adjacent field, not byte 4. + +So across create -> SetTransport -> PutTile the element's compression byte stays +at the heap fill value 0x55. The import path never initialises it, and the +export path later copies it verbatim into renderptr->compression_scheme +(0x1B256: MOVB *A5(0x20),*A11(0x630)), where DDX_RENDER rejects it with +"unsupported compression scheme". + +That is the complete, measured causal chain from a correct client request to the +BadValue the client receives. + +STATE + import verified: element+0x28 = 0xFF white / 0x00 black, QueryResource + comp_COUNT=1, 64x64, constrained + export: BadValue in every configuration, from both the hand-rolled client and + DEC's own 2.3 client built from source + with a labelled poke setting element byte 4 = 0 (XieK_PCM), the renderer + passes both DDX gates (CHK_610 val=00911050, PAST_610_OK) and then fails on a + further, undocumented path + window: unchanged in every run; white vs black captures differ only by + Terminal Manager figures and cursor + xshow (core X) remains the only viewer that has shown an image + +STATUS. NO client-chosen XIE image has been displayed. diff --git a/xie/evidence/element_list_handler_hunt.txt b/xie/evidence/element_list_handler_hunt.txt new file mode 100644 index 0000000..973ea14 --- /dev/null +++ b/xie/evidence/element_list_handler_hunt.txt @@ -0,0 +1,52 @@ +HUNT FOR THE ELEMENT-LIST HANDLER: NO VARIABLE-LENGTH ELEMENT REQUEST EXISTS +IN THE IMPLEMENTED SURFACE. + +A) STATIC: every handler's length gate was extracted and classified + slot 0 EXACT(4) slot 1 EXACT(2) slot 3 EXACT(2) slot 4 EXACT(2) + slot 5 EXACT(5) slot 7 EXACT(4) slot 8 MIN(>=3) slot 9 EXACT(3) + slot 10 EXACT(3) slot 11 EXACT(3) slot 12 EXACT(2) slot 13 EXACT(2) + slot 14 EXACT(4) slot 15 EXACT(3) slot 18 MIN(>=4) slot 19 MIN(>=8) + slot 20 EXACT(35) slot 21 EXACT(16) slot 22 EXACT(2) slot 24 EXACT(4) + slot 33 EXACT(4) slot 40 EXACT(4) slot 43 EXACT(10) slot 44 EXACT(5) + Only slots 8, 18, 19 accept a variable length. A photoflo-create request + carrying "the supplied list of elements" (xieSIarch.txt 8.3.3.1 / 8.3.4.1) + would have to be variable length or a very large fixed layout. + +B) SLOT 20 IS THE ONLY LARGE FIXED REQUEST: length must be EXACTLY 35 words + 0x6AA6E MOVE *A9(0x10),A7,0x0 ; request length + 0x6AA72 CMPI 0x23,A7 ; 0x23 = 35 + 0x6AA76 JREQ 0x6AA7E else MOVK 0x10 (BadLength) + It then does the generic resource lookup (0x7EAB966) on w0 with byte13 as a + class argument, and loops over up to 3 band-array elements (*A5(0xd8)). + + Measured (photoflo + image both registered, 35-word payload, 32 data words): + w0=FLO w2hi=0 -> err2 (BadValue) renderer trace: (none) + w0=FLO w2hi=1 -> err8 (BadMatch) renderer trace: (none) + w0=FLO w2hi=2 -> err8 (BadMatch) renderer trace: (none) + w0=FLO w2hi=3 -> err8 (BadMatch) renderer trace: (none) + w0=IMA w2hi=2 -> err8 (BadMatch) renderer trace: (none) + No TYPE1..TYPE5 store fired, the RP (0x1B296) breakpoint never fired, and the + GATE never ran. So slot 20 rejects before building anything. + +C) THE TWO VARIABLE-LENGTH HANDLERS DO NOT FIT EITHER + slot 8 MIN(>=3): parses 4 request words, has NO element loop, and an + over-long payload simply fails to register (length sweep 11..27). + slot 18 MIN(>=4): the only handler that touches *A7(0xd8) and writes + element+0x20, but it returns BadAccess(10) with the resource id for + BOTH a class-2 resource and a class-1 photoflo. + +D) CONSEQUENCE + Within the request surface this server implements and that I can drive, there + is no request that accepts a list of elements with phototags, no request that + writes the element record, and no request that makes the renderer produce a + non-zero source (src_base = rp+0x610 has been 00000000 in every run). + +STATUS. No client-chosen XIE image. The window has never differed from the +no-export baseline; solid-white and solid-black readbacks are identical; xshow +(core X) is the only viewer that has displayed an image. + +WHAT IS STILL MISSING, precisely: the WIRE ENCODING of the photoflo element list +(phototag / element type / parameter field order and the DAG connection fields) +plus the minor opcode of the request that carries it. xieSIarch.txt documents +the semantics (7.3 Photo Element Definition; 8.3.4.1 Create) but is a server +architecture document and does not specify the protocol encoding. diff --git a/xie/evidence/element_pointer_timing.txt b/xie/evidence/element_pointer_timing.txt new file mode 100644 index 0000000..37b20f7 --- /dev/null +++ b/xie/evidence/element_pointer_timing.txt @@ -0,0 +1,35 @@ +WHERE element+0x28 COMES FROM -- a timing measurement. + +Setup: watch registered by reading the live resource, then + band_array = *(res+44) (bit offsets: *8) + element = *(band_array + 0xd8) +and installing a write watchpoint on element+0x28. + +Measured: + after create (before arm1) band=00291D70 p44=003DC4B0 element = 0 + after arm1 (same) element = 0 + after PUT_TILE (same) element = 0 + WPELEM write hits on element+0x28: 0 + +But inside EXPORT (breakpoint 0x1B234, i.e. 0x1B238's predecessor) the SAME +read gives a non-zero element: + + EX_BAND a5=003DC4B0 elem@d8=003FDA10 + EX_ELEM a5=003FDA10 f28=00000000 + +So the element record does not exist until the export path runs: EXPORT itself +creates/binds it. Consequences for the model: + + * PUT_TILE does not fill element+0x28 -- the element is not there yet while + PUT_TILE runs. The earlier reading ("PUT_TILE fills/clears element+0x28") + is therefore wrong for this configuration. + * Nothing writes element+0x28 at all (0 watch hits), which is consistent with + export painting nothing: the element it builds has no source image. + * So the source for export has to be established on the band array BEFORE + export, and export only mirrors what is already there. + +NEXT LEVER: dump the band array (p44) immediately before EXPORT and compare its +fields with what export expects; the source pointer must be one of the fields +export copies into renderparams (0x1B222..0x1B292 writes 0x5a8, 0x5c8, 0x5d0, +0x5f0, 0x610, 0x630, 0x638, 0x658, 0x6b8, 0x6d8, 0x6f8, 0x718, 0x738, 0x758, +0x778, 0x788, 0x790). diff --git a/xie/evidence/element_poke_no_effect.txt b/xie/evidence/element_poke_no_effect.txt new file mode 100644 index 0000000..db2f138 --- /dev/null +++ b/xie/evidence/element_poke_no_effect.txt @@ -0,0 +1,15 @@ +Populating the +36 element record by rdebug poke: + + resource 0x003FDC50 + r36 0x00291D70 (+36 element array) + r44 0x003DD9D0 (+44 band array) + band record 0x003FDA10 (u32 at r44+27) + poke r36+27 <- 0x003FDA10 + +Then create -> arm1 -> PUT_TILE -> arm2(v16=0) -> export: + put=OK arm2=OK export=OK + solid-white: nz=512 first=88888888888888882222222222222222 + solid-black: nz=512 first=88888888888888882222222222222222 + +The poke does not make export depend on the tile data. Even with the element +record populated, the export remains the fixed XIE default pattern. diff --git a/xie/evidence/element_types_and_render_gate.txt b/xie/evidence/element_types_and_render_gate.txt new file mode 100644 index 0000000..f514882 --- /dev/null +++ b/xie/evidence/element_types_and_render_gate.txt @@ -0,0 +1,42 @@ +ELEMENT-TYPE STORES AND THE RENDER GATE -- measured, and both are dead ends so far. + +A) The element-type stores at file 0x1B2B8 (type 1) and 0x1B362 (type 2) are in + the EXPORT-side render driver (0x1B152), not in arm. Instrumented through a + full create -> arm1 -> put -> arm2 -> export cycle: + + TYPE1 / TYPE2 stores fired: NONE + + So no element type is ever written for our requests; the types array at + rp+0x58 stays zero. + +B) The persistent element record at band_array+0xd8 does not change either: + + elem before export : 01050001 00000055 00100000 00000100 00004000 00000000 00003F00 + elem after export : 01050001 00000055 00100000 00000100 00004000 00000000 00003F00 + + Note word 1 = 0x00000055, the heap fill pattern -- the record is PARTIALLY + UNINITIALISED, so it is not a populated element descriptor and cannot be used + to infer a field layout. + +C) The render-enable flag @0xA6220 is 1 at every step and never changes: + + session init 1 | SET_OP_DEFAULTS 1 | create 1 | arm1 1 | put 1 | arm2 1 | + window+gc 1 | EXPORT 1 + + So the render path is not gated off by that flag. + +D) rp (the render-params block, @0xA6000) reads 0 after export -- but that is + expected: export ALLOCATES it (0x1B18A) and FREES it in its tail + (CALLA 0x7F63B00). Reading it from outside is therefore always 0; it must be + sampled at the in-export breakpoint 0x1B296 (which earlier showed + rp+0x5a8=src_res_id, rp+0x610=0). + +CONCLUSION FROM THIS TURN: the element record is uninitialised, no element type +is ever written, and the render flag is always on -- so nothing in the observed +flow constructs a pipeline at all. The missing piece remains the 2.3 encoding of +element records (what XIEP_SCALE/CROP/ROTATE/MIRROR/EXPORT carry), which these +probes cannot reveal: a malformed element and a missing element both produce the +same documented BadValue. + +NOT PROVEN IMPOSSIBLE -- but no request shape tried so far causes an element type +to be written, and the struct fields do not self-describe. diff --git a/xie/evidence/element_writes_and_dec_doc.txt b/xie/evidence/element_writes_and_dec_doc.txt new file mode 100644 index 0000000..88997ff --- /dev/null +++ b/xie/evidence/element_writes_and_dec_doc.txt @@ -0,0 +1,68 @@ +TURN RECORD: NO REQUEST WRITES THE ELEMENT RECORD, AND THE DEC XIE SERVER +DOCUMENT WAS FOUND (it confirms the missing request shape). + +A) WATCHPOINTS ON THE ELEMENT RECORD -- ZERO WRITES FROM 33/40/43/44 + Live write watchpoints (proven: stack control fired 3052 times) on + band_array+0xd8 and the whole element block (+0x800 bits), issuing: + slot33 [A,B,0] -> err2 elem_changed=False writes=0 + slot40 [A,B,0] -> err2 elem_changed=False writes=0 + slot44 [A,B,1,1] -> err2 elem_changed=False writes=0 + slot43 len 3/5 -> err16 (BadLength) + Full slot sweep at each handler's REQUIRED length, watching the photoflo's + p44 block: no slot produced a pipeline element. + +B) SLOT 43 IS THE ONE THAT REACHES THE RENDERER -- AND STOPS THERE + Slot 43 requires length EXACTLY 10 (0x65614: MOVE *A9(0x10) ; SUBK 0xa ; + JREQ). With len=10 and two valid ids: + reply: err2 (BadValue) + RP breakpoint at 0x1B296 FIRES: RP a11=00291AF0 src_base610=00000000 + i.e. it enters the export/render driver, finds no elements, and returns + BadValue. src_base stays 0. TYPE1/TYPE2 (the element-type stores) never fire. + +C) SLOT 18 REJECTS EVEN A PHOTOFLO + Slot 18 is the only large handler with a MINIMUM length (>=4) and it does + touch *A7(0xd8) and write element+0x20. Tested against a class-2 resource + and against a class-1 photoflo: + err10 (BadAccess) with bad = the resource id, in both cases. + So it finds the resource and refuses access; its accepted shape is unknown. + +D) THE MISSING DOCUMENT WAS FOUND + xie/docs/dec/xieSIarch.txt (fetched from + https://ftp5.gwdg.de/pub/xfree86/XFree86/4.2.0/doc/xieSIarch.TXT) + 147 occurrences of "photoflo" -- this is the DEC XIE Server Interpretation + architecture document, i.e. the right lineage (the X Consortium specs in + xie/docs/x11r4 have ZERO). + + What it settles: + * XIE defines six resources: ColorList, LUT, Photoflo, Photomap, + Photospace, ROI. + * 7.2.3 Photomap: stores a complete image; populated by an ExportPhotomap + element; attributes inherited from that element. + * 7.2.6 Photoflo (flo-def): "the number of elements received from the + client" and "an array of pointers to client elements in PHOTOTAG ORDER", + plus a definition DAG and an optimized DAG. + * 7.3 Photo Element (pe-def): "the element phototag number received from + the client" and "the element TYPE received from the client"; class + Booleans import/process/export; input connections carry the phototag of + the source element. + * 8.3.3.1 ExecuteImmediate / 8.3.4.1 Create: "Create a flo-def, copy the + SUPPLIED LIST OF ELEMENTS to the flo-def while verifying that the list + is a DAG". + * 8.3.4.2 Modify replaces element PARAMETERS only; 8.3.4.3 Redefine + destroys and recreates under the same id. + + So elements are NOT added one at a time by scale/crop/rotate requests: the + whole element list arrives in ONE photoflo create/redefine request, each + element carrying {phototag, type, params}, wired by phototag. + +E) WHAT THIS MEANS FOR THE REMAINING WORK + The create path we drive (slot 8, op=1/2) checks only length >= 3 and has no + element loop, so it is not the photoflo-create request that carries elements. + The request that does carry them is still unidentified, and this document -- + being a SERVER ARCHITECTURE description -- deliberately does not give the + wire encoding of that list (phototag/type/param field order), which is what + a request has to match. + +STATUS. No client-chosen XIE image. src_base (rp+0x610) 0 in every run; the +window is unchanged from the no-export baseline; xshow (core X) is still the only +viewer that has displayed an image. diff --git a/xie/evidence/err2_is_the_render_driver.txt b/xie/evidence/err2_is_the_render_driver.txt new file mode 100644 index 0000000..fe6c84f --- /dev/null +++ b/xie/evidence/err2_is_the_render_driver.txt @@ -0,0 +1,40 @@ +TURN RECORD: err2 IS THE RENDER DRIVER'S RETURN CODE. EVERY EXPORT-SIDE STEP +SUCCEEDS. + +Instrumented the whole export tail (slot 21, file 0x62D40) during a working +client-driven sequence: + + ALLOC ret=00321C50 ; 0x6301C..0x6302A allocate the export context: OK + SETUP_before_render ; 0x63072 fills it (type 5, photo_id at +0x48, + ; geometry at +0x88/+0xa8) + CALL_RD ; 0x63098 CALLA 0x07E5B152 == render driver 0x1B152 + AFTER_RD a8=00000002 ; <-- the RENDER DRIVER RETURNS 2 (BadValue) + EPI a8=00000002 ; handler returns that value unchanged + +Also confirmed on the same run: + * the drawable lookup at 0x62F7E (0x7EA3432) SUCCEEDS, so the handler jumps to + 0x62FBC; + * at 0x62FBC the frame word is zero, so the second lookup (0x62FDC, the one I + was told to instrument) is SKIPPED -- it is never called on this path; + * the extent check at 0x62F12 passes; + * no BadValue site in the handler fires (EX_BADVALUE_1/2/3 never reached). + +So the client's err2 is produced INSIDE 0x1B152, after that function has already: + * allocated rp (@0xa6000), + * stored src_base = *(element+0x28) = 00915FD0 at 0x1B238 (RP 0x1B296 fires + with src_base610 = 00915FD0), + * and with the element buffer verified to contain 0xFF for a white tile and + 0x00 for a black tile. + +MEANING: the export request, the drawable, the GC, the depth (window is depth 1), +the geometry, the extents and the source buffer are all correct. The single +remaining failure is inside the render driver's own processing of a valid, +populated source. + +STATUS. NO client-chosen XIE image. The 64x64 window is unchanged; white and +black captures are byte-identical (AE = 0). + +WHAT WOULD FINISH IT + The next instrumented range is 0x1B296.. the end of 0x1B152 (the render driver + is ~0x500 bytes of dense code and calls five helper routines). That is the + only place left where the BadValue can be produced. diff --git a/xie/evidence/events_and_bind_attempt.txt b/xie/evidence/events_and_bind_attempt.txt new file mode 100644 index 0000000..16ce9c7 --- /dev/null +++ b/xie/evidence/events_and_bind_attempt.txt @@ -0,0 +1,42 @@ +EVENT PATH AND BIND-PHOTOFLO ATTEMPT. + +A) EVENTS: EXPORT EMITS NOTHING. + Collected every packet with timestamps instead of draining (my earlier drains + were discarding packets -- this run captured them): + before export: 3 packets + reply (type 1, seq 3) + err 08 minor 0x13 (19 = PUT_TILE) major 0x81 <- the expected BadMatch + err 08 minor 0x0000 major 0x81 + after export : 0 packets + So EXPORT produces no event and no reply. Nothing carries a pixmap XID. + (XIEP_SELECT_EVENTS / QUERY_EVENTS were never identified among the + implemented slots, so the selection could not be issued either.) + +B) BIND_PHOTOFLO SUCCEEDS (first time measured). + slot 11 with TWO LIVE ids ([img,flo] and [flo,img]) returns a REPLY -- i.e. + success. Earlier BadIDChoice results for slot 11 were caused by my invalid + hardcoded ids / a zero second operand, not by the request being wrong. + +C) FULL MANUAL-ORDER ATTEMPT + SET_OP_DEFAULTS(bpp=1) -> create img (op=2) + photoflo (op=1) -> BIND -> + PUT_TILE -> EXPORT -> EXECUTE_PHOTOFLO -> EXPORT -> QUERY_EXPORT -> XCopyArea + -> GetImage, for solid-white and solid-black, both bind orders: + + bind(img,flo)=reply put=err14 exec=silent pix=00310101 copy=err9 chg=True(nz -1->512) + bind(img,flo)=reply put=err14 exec=silent pix=00380101 copy=err9 chg=True + bind(flo,img)=reply put=err14 exec=silent pix=00910101 copy=err9 chg=False + bind(flo,img)=reply put=err14 exec=silent pix=00910101 copy=err9 chg=False + white==black in every case: True + + Notes: + * after a successful BIND, PUT_TILE changes from BadMatch(8) to + BadIDChoice(14) -- the bind does change resource state, but not into a + state where the tile import succeeds. + * QUERY_EXPORT still returns a heap-pointer-like field (00310101, 00380101, + 00910101 -- different every run), and XCopyArea still reports BadDrawable. + * the window readback is still the stipple (88888888888888882222222222222222) + and identical for white and black. + +STATUS: still no client-chosen image. Two new facts were established (export +emits no events; slot-11 BIND does succeed with two live ids and perturbs the +import state), but neither yields a usable pixmap or an import that succeeds. diff --git a/xie/evidence/export_badvalue_geometry_ruled_out.txt b/xie/evidence/export_badvalue_geometry_ruled_out.txt new file mode 100644 index 0000000..2bac542 --- /dev/null +++ b/xie/evidence/export_badvalue_geometry_ruled_out.txt @@ -0,0 +1,45 @@ +TURN RECORD: EXPORT'S BadValue IS NOT A GEOMETRY/RANGE CHECK EITHER. + +Decoded the export handler's frame use (slot 21, file 0x62D40): + 0x62D4E A9 = request base (0x62D54 reads *A9(0x10) = the LENGTH + field and requires exactly 0x10 words) + 0x62D78 CALLA 0x7EA6FA0 ; lookup photo_id (*A9(0x20) = w0) + 0x62D88 A11 = *A13(0x20) ; the looked-up resource object + 0x62D8E A7 = *A11(0x28) ; object byte 5 + 0x62D92 JRNE 0x62DBC ; non-zero -> do the range checks + ; zero -> MOVK 0x8 (BadMatch) + 0x62DBC *A9(0x80) vs *A11(0x80) ; src_x vs object byte 16 (= width) + 0x62DF8 *A9(0xa0) vs *A11(0xa0) ; src_y vs object byte 20 (= height) + 0x62E30 *A9(0xc0) != 0 and *A9(0xe0) != 0 ; width and height non-zero +So the three BadValue sites compare src_x/src_y against the photomap's +width/height and require width,height non-zero. + +TESTED (full working sequence each time: CreatePhoto(w6=1) -> SetTransport(mode=3) +-> PutTile -> Export onto a mapped 64x64 window + GC): + + w=64 h=64 sx=0 sy=0 -> err2 src_base=00000000 RP/TYPE5 + w=32 h=64 -> err2 src_base=00000000 RP/TYPE5 + w=64 h=32 -> err2 src_base=00000000 RP/TYPE5 + w= 1 h=64 -> err2 src_base=00000000 RP/TYPE5 + w=63 h=64 -> err2 src_base=00000000 RP/TYPE5 + w=32 h=32 -> err2 src_base=00000000 RP/TYPE5 + +Every geometry satisfies those comparisons (0 < 64, width/height non-zero), yet +the answer is always BadValue. So the rejection happens BEFORE or AROUND those +sites -- most plausibly in the photomap lookup at 0x7EA6FA0 returning a non-zero +code that I have not been printing, or in object byte 5 being zero. + +FINAL STATE OF THE INVESTIGATION + * Import half: COMPLETE and independently verified by the server's own + QueryResource reply (comp_COUNT=1, 64x64, constrained=1), reproduced with no + debug pokes (CreatePhoto w6=1 -> SetTransport mode=3 -> PutTile). + * Display half: never painted. Unbound photomap -> export err2 (BadValue), + renderer entered (RP + TYPE5) with src_base (rp+0x610) = 00000000. + Bound photomap -> export/execute err1 (BadRequest). + * The window is provably drawable (core-X PutImage into it shows a visible + block), so the absence of change is real. + * Nothing I can send makes rp+0x610 non-zero; the renderer always reports no + source. + +STATUS. NO client-chosen XIE image. xshow (core X) remains the only viewer +that has displayed an image. diff --git a/xie/evidence/export_badvalue_is_in_firmware_ddx.txt b/xie/evidence/export_badvalue_is_in_firmware_ddx.txt new file mode 100644 index 0000000..d75dbe5 --- /dev/null +++ b/xie/evidence/export_badvalue_is_in_firmware_ddx.txt @@ -0,0 +1,46 @@ +TURN RECORD: THE Genuine 2.3 CLIENT NOW RUNS THE WHOLE EXPORT PATH CORRECTLY, AND +THE REMAINING BadValue IS IN THE FIRMWARE DDX -- DEC'S PORTABLE SOURCE HAS NONE. + +A) CLIENT FIXED AND RUNNING THE INTENDED SEQUENCE + xie/decclient.c now does: + XieCreateImage(w,h, XieK_PCM, XieK_BandByPlane, XieK_Bitonal, 1, + unsigned long lvl[3]={2,2,2}, ...) + XieCreatePhoto(dpy, XieK_Photomap, w,h, XieK_Bitonal, 1, lvl, ...) + XiePutTile(pm, img, XieK_AllPlanes, 0,0,0,0, w,h) + XieExport(pm, win, gc, 0,0, 0,0, 64,64, 0,0, 0.0, 0.0) + Output: "image: w=64 h=64 levels=2,0,0 arSize=4096" / "photomap created" / + "put tile sent" -- all three steps succeed. + +B) THE SERVER-SIDE CHECKS ALL PASS + With xie_ext.lua armed during the C client's export: + EX_EF8 f80=00000000 fA0=00000040 fC0=00000040 a11=003FD7D0 + EX_F0E a7=00000040 a5=00000040 + EX_F12 a5=00000040 + EX_CONTINUE_TO_RENDER + i.e. ProcExport's ValueOkIf_(w>0 && h>0) PASSES (w=h=64). + +C) EXHAUSTIVE SEARCH OF THE PORTABLE SERVER SOURCE FOR BadValue ON THIS PATH + XieDisplay.c : exactly one ValueOkIf_ (line 301, measured passing); + no BadValue literal at all. + CreateExportContext : no ValueOkIf_ (only Match/Access/Alloc/Color). + LookupPhotos (XieResource.c:576) : returns only BadIDChoice / BadAccess. + BePCM_ (XieMacros.h:111) -> UtilBePCM : BadAccess / BadAlloc only. + Export() : returns Success when photo_lut_id == 0. + SmiConvert unsupported path : BadImplementation (17). + Only BadValue_ sites in the whole server: XieTransport.c:626 + (SetTransport's unknown compression_scheme) and XieTransport.c:1012 + (LookupTransport's unknown mode). Export calls neither. + => The BadValue the client receives CANNOT come from DEC's portable server + code. It comes from the device-dependent layer (DdxConvert_ and the + terminal's image accelerator), which exists only in the VT1200 firmware. + +D) STATE + No client-chosen image displayed. Window unchanged; white vs black AE + ~2895 px = Terminal Manager figures + cursor. + Import still verified (element+0x28 = 0xFF white / 0x00 black). + xshow (core X) remains the only viewer that has shown an image. + +CONCLUSION: the export request, the drawable, the GC, the depth (root is depth 1), +the geometry, the photomap attributes and every portable check are now correct, +and both a hand-rolled and a genuine DEC 2.3 client fail identically inside the +firmware's own conversion routine. diff --git a/xie/evidence/export_badvalue_sites.txt b/xie/evidence/export_badvalue_sites.txt new file mode 100644 index 0000000..c4b4d7a --- /dev/null +++ b/xie/evidence/export_badvalue_sites.txt @@ -0,0 +1,48 @@ +TURN RECORD: WHERE EXPORT'S BadValue COMES FROM, AND WHY IT IS NOT THE FLOATS. + +A) EXACT REJECTION SITES IN THE EXPORT HANDLER (server, file 0x62D40) + BadValue (MOVK 0x2) is emitted at 0x62DCA, 0x62E06 and 0x62E3E, each preceded + by a comparison of a request word against a field of a looked-up object: + + 0x62DBC A7 = *A9(0x80) ; a request word (16 bytes into the data) + A11 = *A11(0x80) ; the same offset in the looked-up object + CMP A11,A7 ; JRC 0x62DF4 else BadValue + 0x62DF8 A7 = *A9(0xa0) / A11 = *A11(0xa0) ; CMP ; JRC else BadValue + 0x62E30 A11 = *A9(0xc0) ; JREQ 0x62E3C ; word == 0 + A11 = *A9(0xe0) ; JRNE 0x62E68 ; and the next word == 0 + else BadValue + So the rejection is a RANGE/COMPATIBILITY comparison between export operands + and the resource's own attributes -- not a decode failure. + +B) THE XieFloatRec HYPOTHESIS IS DEAD + Sent match_limit and gray_limit as properly encoded 1.0 + (e_sign=0, m_sign=0, exponent=1, mantissa=0x80000000 -> words + 0x00010000,0x80000000) and as 0.0, full 15 data words, everything else + identical: + match/gray = 1.0/1.0 -> export err2, src_base 00000000, RP/TYPE5 + match/gray = 0/0 -> export err2, src_base 00000000, RP/TYPE5 + Identical. The floats are not the cause. + +C) WHY THE LIBRARY WOULD NOT HAVE HELPED EITHER + The 2.3 client library on disk is MIPS (osf1-2.0-decstation/libXie.a) and + Alpha (osf1-1.2-alpha/libXie.a). It builds requests by filling the very + structs already read out of XieProto.h (photo_id, drawable_id, gc_id, src_x, + src_y, width, height, dst_x, dst_y, photo_lut_id, colormap_id, then the two + XieFloatRecs), so disassembling it cannot change the byte layout -- only + confirm it. The failing comparison is server-side range checking, which the + library does not encode. + +D) STATE OF THE TWO PATHS (unchanged, re-measured this turn) + unbound photomap: transport ok, puttile ok, export err2, renderer entered + (RP + TYPE5) with src_base = 00000000 + bound photomap : bind ok, export err1 x6, execute err1 x6, no renderer trace + +STATUS. Still NO client-chosen XIE image. The window is unchanged by XIE; +solid-white and solid-black captures differ only by the Terminal Manager's own +figures and the cursor; xshow (core X) remains the only viewer that has displayed +an image. + +NEXT, concretely: identify which object the export handler looks up at 0x62DBC +(it is not obviously the photomap) and which of its fields at 0x80/0xa0/0xc0/0xe0 +is being compared, then set the export operands inside those ranges. That is a +register/field identification in one handler, not a protocol question. diff --git a/xie/evidence/export_before_put.txt b/xie/evidence/export_before_put.txt new file mode 100644 index 0000000..30c82c7 --- /dev/null +++ b/xie/evidence/export_before_put.txt @@ -0,0 +1,17 @@ +Export context before PUT_TILE: + + create -> arm1 -> create window+GC -> slot21 EXPORT -> PUT_TILE -> arm2(v16=0) + + arm1=OK export-before-put=OK put=OK arm2=OK + solid-white: nz=512 first=88888888888888882222222222222222 + solid-black: nz=512 first=88888888888888882222222222222222 + +Slot 21 allocates a 0xC8-byte export context, fills it (type 5, resource, +request id, params) and calls 0x7E5B152; on success it immediately frees the +context at 0x630B0 and returns. The export process block reads the band's +transient payload pointer at band+0x28 (byte 5); slot 19 clears it after the +handoff. Creating the export before the put therefore still captures no data. + +The export element that would read the band's retained UDP during the handoff +is not defined by any request field tried. The fixed 8888...2222... pattern +is the export default/dither. diff --git a/xie/evidence/export_chain_trace.log b/xie/evidence/export_chain_trace.log new file mode 100644 index 0000000..b9e9ae3 --- /dev/null +++ b/xie/evidence/export_chain_trace.log @@ -0,0 +1,4 @@ +EXPORTENTRY +EXPORTFLAG f=01 +EX_BAND a5=003DC4B0 elem@d8=003FDA10 +EX_ELEM a5=003FDA10 f28=00000000 diff --git a/xie/evidence/export_fourth_badvalue.txt b/xie/evidence/export_fourth_badvalue.txt new file mode 100644 index 0000000..6f5bba7 --- /dev/null +++ b/xie/evidence/export_fourth_badvalue.txt @@ -0,0 +1,43 @@ +TURN RECORD: WITH org=1 THE EXPORT DIES AT A FOURTH BadValue SITE, AFTER ALL THE +CHECKS I HAD BEEN INSTRUMENTING. + +A) org=1 RE-RUN OF THE EXPORT HANDLER (full working sequence, elem+0x28=002909B0) + EX_LK ret=00000000 obj=003FD7D0 ; lookup OK + EX_F5 f5=01000101 ; byte5 != 0, BadMatch route skipped + EX_CK1 req=00000000 obj=00000040 ; src_x < width -> pass + EX_CK2 req=00000000 obj=00000040 ; src_y < height -> pass + EX_CK3 c0=00000040 e0=00000040 ; w,h non-zero -> pass + and NONE of EX_BADVALUE_1/2/3 fired. + Export still returns err2 and RP (0x1B296) never fires. + +B) THE SITE THAT ACTUALLY REJECTS + slot21 listing, 0x62F0E: + 0x62F0E A5 = *A13(0xa0) + 0x62F12 JRLE 0x62F18 ; A5 <= 0 -> BadValue + 0x62F14 A8 = A7 + 0x62F16 JRGT 0x62F40 ; A7 > 0 -> continue to the render + 0x62F18..0x62F1A MOVK 0x2,A5 -> BadValue + where A7 is computed just above as a difference between a request field and a + looked-up object field (0x62EFA: A7 = obj->0xa0 - frame[0x80]; + 0x62F06: A7 = frame[0xc0]), i.e. a remaining-extent/clip computation. + +C) TESTED EVERY GEOMETRY AT org=1 -- ALL REJECT IDENTICALLY + 32x32, 63x63, 1x1, 64x32, 32x64 -> err2, and the trace always stops right + after EX_CK3, never reaching the render driver. + So the value tested at 0x62F12 is <= 0 no matter what source rectangle I ask + for, which points at a failing comparison against a looked-up object field + rather than at my width/height. + +FINAL STATE + * Import half: complete, client-driven, verified by QueryResource. + * Export request: all instrumented checks pass; the handler rejects later, in a + remaining-extent computation, before the render driver. + * With org=4 the renderer IS reached but element+0x28 was cleared by the + handoff, so src_base is 0; with org=1/3 element+0x28 survives but export + never reaches the renderer. + * src_base (rp+0x610) has never been non-zero. + +STATUS. NO client-chosen XIE image. The 64x64 window is unchanged in every +run; solid-white and solid-black captures differ only by the Terminal Manager's +own figures and the cursor; xshow (core X) remains the only viewer that has +displayed an image. diff --git a/xie/evidence/export_half_still_fails.txt b/xie/evidence/export_half_still_fails.txt new file mode 100644 index 0000000..d803212 --- /dev/null +++ b/xie/evidence/export_half_still_fails.txt @@ -0,0 +1,56 @@ +TURN RECORD: THE DISPLAY HALF STILL FAILS; TWO STRUCT FACTS CORRECTED. + +A) QueryExport RETURNS PIXELS, NOT A PIXMAP + xieQueryExportReply (XieProto.h) = { type, _reserved, sequenceNumber, length, + pixel_count, lut_id, lut_mapping, _pad[15] }. + So minor 24 reports how many colormap pixels the export allocated (plus an + optional LUT id). There is NO pixmap id to XCopyArea -- "export paints + straight to the drawable". My earlier plan of copying a pixmap to the window + was based on a wrong assumption and is dropped. + +B) XieExport.3X ERROR TABLE (read in full) + BadIDChoice Invalid identifier + BadAlloc Insufficient server resources + BadDrawable Invalid X11 drawable + BadGC Invalid graphics context + BadMatch source image is not constrained / gc not compatible with the + drawable / LUT has fewer levels than the source / LUT not + compatible with the drawable levels / source image not + compatible with the drawable + Note there is no BadValue in this list, yet a correctly-idded export returns + err2 (BadValue), so the failure is not one of the documented export + conditions. + +C) THE BadDrawable WAS MY BUG + In the previous A/B run I hard-coded window/gc ids (0x55300/0x55400) instead + of using c.new_id(), so the drawable id was never valid. Re-run with real + ids: + white/black: transport=ok puttile=ok export=err2 src_base=00000000 + trace RP/TYPE5 + i.e. BadDrawable disappears; BadValue remains. + +D) BOUND PATH WITH THE CORRECTED OPERAND ORDER + xieBindPhotomapReq = { photoflo_id, photomap_id }. Sequence + create photomap(w6=1) -> SetTransport(mode=3) -> PutTile(ok) + -> create photoflo(type=1, w6=1) (ok) -> BindPhotomap {flo,map} (ok) + -> Export -> ExecutePhotoflo(13) + gives: export = err1 (BadRequest) x6, execute = err1 x6, renderer trace + (none). So once bound, minor 21/13 are rejected outright -- the bound path is + not usable with the operand shapes I have. + +E) WINDOW IS PROVABLY DRAWABLE + Control (unchanged): core-X PutImage into the same 64x64 window produces a + visible block in dwt/screenshot.py. So any successful XIE paint would be + visible; the absence of change is real. + White vs black captures continue to differ only by the Terminal Manager's own + figures and the cursor (2697-2950 px). + +STATUS. Still NO client-chosen XIE image. src_base (rp+0x610) 00000000 in every +run; the window is unchanged by XIE; xshow (core X) remains the only viewer that +has displayed an image. + +WHERE IT STANDS: the import half is complete and verified by the server's own +QueryResource (comp_COUNT=1, 64x64, constrained). The display half has exactly +two observable failure modes left -- unbound photomap => renderer entered but +src_base 0, bound photomap => BadRequest on export/execute -- and the documented +error conditions in XieExport.3X do not cover either. diff --git a/xie/evidence/export_paints_nothing.txt b/xie/evidence/export_paints_nothing.txt new file mode 100644 index 0000000..6edad12 --- /dev/null +++ b/xie/evidence/export_paints_nothing.txt @@ -0,0 +1,37 @@ +EXPORT PAINTS NOTHING -- the "XIE output pattern" was the window's default +background. Measured on one MAME instance, one X connection, 64x64 window. + +1) Baseline: window created + mapped + GC created, NO export at all: + BASELINE no-export nz=512 first=88888888888888882222222222222222 + +2) Full sequence create -> arm1 -> PUT_TILE -> arm2(v16=0) -> EXPORT, + then read back the same window: + AFTER export nz=512 first=88888888888888882222222222222222 + identical to baseline: True + +So every earlier "export OK ... 8888...2222..." result measured the window +background (a stipple), not XIE output. The white-vs-black comparisons were +therefore vacuous: export has never drawn anything. + +3) Why: the export chain is present but has no source image. + Breakpoints in the export driver (file 0x1B152 = bit 0x3F2D8A90): + + EXPORTENTRY + EXPORTFLAG f=01 ; global @0xA6220 non-zero, render taken + EX_BAND a5=003DC4B0 elem@d8=003FDA10 ; photoflo->band->element IS present + EX_ELEM a5=003FDA10 f28=00000000 ; element+0x28 == 0 + + The driver copies element+0x28 into the render params + (0x1B238 MOVE *A5(0x28),*A11(0x610)), i.e. it is the imported source + image. It is zero because the import never ran: PUT_TILE (minor 19) is + rejected at the class lookup with BadMatch (S19LOOK a8=00000008), so the + handoff that fills/uses element+0x28 (0x6B640) is never called. + +4) The per-element render loop (file 0x1BC38..0x1BF30) is never reached: + its breakpoints (ELTYPE / PIPE_T1..T4 / PIPE_LOOPEND / BADFUNC) do not + fire during the export. + +Conclusion: export produces no pixels because the source image pointer at +element+0x28 is NULL. The single remaining blocker is unchanged and is +upstream of export: PUT_TILE's lookup requires a class-3 resource with +resource byte 40 == 0, which no reachable request produces. diff --git a/xie/evidence/export_query_copyarea.txt b/xie/evidence/export_query_copyarea.txt new file mode 100644 index 0000000..c721443 --- /dev/null +++ b/xie/evidence/export_query_copyarea.txt @@ -0,0 +1,44 @@ +DOCUMENTED DISPLAY PATH IMPLEMENTED: export -> QUERY_EXPORT -> XCopyArea -> GetImage. + +Source of the model: docs/EK-V120I-IN-001_installing-DECimage-1200.txt, +Appendix C, Table C-1: + XIEP_EXPORT "Creates a new server PIXMAP resource object." + XIEP_QUERY_EXPORT "Queries the export context." + and: "When displaying an image by copying from a pixmap ... using XCopyArea + or XCopyPlane ..." +So export does NOT paint a window; the client must copy from the created pixmap. + +IMPLEMENTED AND MEASURED (valid c.new_id ids, no-reply model, one connection; +core-X requests sent on the same socket so the pixmap is in the right client): + + EXPORT (slot 21) -> no reply (success) + QUERY_EXPORT (minor 10, op 3) -> REPLY with 4 words + 4 extra: + head : 0x40, 0x40, , 0x80000000, 0x01000000, + extra: 2, 0, , + op 3 and op 4 reply; ops 1,2,5,6 -> BadIDChoice. w/h = 64,64 correct. + XCopyArea(pixmap_candidate -> window, gc) -> BadDrawable every time + GetImage(window) -> unchanged + + The "" field VARIES every run: 0x00920101, 0x00380101, 0x00330101, + 0x00360101 across four runs. Values like 0x00330101 are 0x33xxxx, which on + this bit-addressed machine look like HEAP POINTERS (bit 0x330101 = byte + 0x66020), not XIDs. XCopyArea rejects each with BadDrawable. + + Result, both tile contents: + solid-white tile: window nz 512 -> 512, changed=False + solid-black tile: window nz 512 -> 512, changed=False + white vs black identical: True + first bytes both: 88888888888888882222222222222222 (the window stipple) + +CONCLUSION: the documented model is confirmed in principle -- export creates a +server pixmap and the client is expected to copy it -- but the export context +reply does not expose a usable pixmap XID (it carries 64x64, server pointers and +the resource id). The pixmap is therefore not reachable through the field +identified, or it is owned/freed elsewhere. The window still never changes. + +NEXT: determine whether the export context's first pointer field is the pixmap +object (read its header via rdebug and look for an XID at a known offset), or +whether the pixmap only becomes valid after a pipeline ends in export per the +documented rules (the pipeline must END with export; ours is not a valid +pipeline: it has no explicit scale/crop elements and was never bound via +XIEP_BIND_PHOTOFLO). diff --git a/xie/evidence/export_renderparams_map.txt b/xie/evidence/export_renderparams_map.txt new file mode 100644 index 0000000..5bb4932 --- /dev/null +++ b/xie/evidence/export_renderparams_map.txt @@ -0,0 +1,60 @@ +WHAT EXPORT ACTUALLY HAS -- render-params map, and the one missing field. + +Breakpoint after the export copy block (0x1B296, file) prints the values the +driver just wrote into the render-params block: + + RP 5a8=0040C000 5d0=00000040 5f0=00000040 610=00000000 + 6f8=00000000 718=00000000 738=00000040 758=00000040 + +Named against the firmware's own dump format strings (file 0x1C8B6..0x1CA79, +which print in this order: floID, flo, active, crop, scale, rotate, mirror, +export, func_count, src_img[][PWIDTH/PHEIGHT], dst_img[][PWIDTH/PHEIGHT], +src_res_id, src_delete, src_base, src_width, src_height, comp format, pGC, +pDraw, drw_x, drw_y, PxlsPerScn, NumOfScns, src_x, src_y, src_w, src_h, +rot_indx, x_mirror, y_mirror): + + rp+0x5a8 = 0x0040C000 src_res_id -> OUR RESOURCE, correctly resolved + rp+0x5d0 = 64 src_width + rp+0x5f0 = 64 src_height + rp+0x610 = 0 src_base <-- the pixel buffer: MISSING + rp+0x738 = 64 dst_img PWIDTH + rp+0x758 = 64 dst_img PHEIGHT + rp+0x6f8 / 0x718 = 0 (pipeline intermediate width/height, unused with no + crop/scale element) + +So EXPORT is not failing to find the resource: it resolves the source resource +id and its 64x64 size correctly. The only empty field is src_base, which is +loaded at 0x1B238 as `MOVE *A5(0x28),*A11(0x610)` -- i.e. element+0x28, which +we measured as 0 (evidence/element_pointer_timing.txt), and which no write +watchpoint ever saw being written. + +CONCLUSION: the single missing datum is a pixel buffer base for the source +image (src_base / element+0x28). The only request that would produce it is the +import (slot 19 PUT_TILE), which cannot enter because its typed lookup +requests class 3 and no addressable class-3 resource is producible. + +Band array (*(res+44) = 0x003DC4B0) dumped immediately before EXPORT: + + +000: 00000000 00000000 00050029 40002005 + +010: 00000000 00050029 40002005 48000000 + +020: 00050029 40002005 48000000 48003DC5 + +030: 40002005 48000000 48003DC5 10003DC5 + +040: 48000000 48003DC5 10003DC5 00004007 + +050: 48003DC5 10003DC5 00004007 00000000 + +060: 10003DC5 00004007 00000000 18000000 + +070: 00004007 00000000 18000000 3FB90900 + +Note element+0x28 is NOT at band_array+0xd8 (that read yields 0x40 etc.); the +element pointer EXPORT uses is reached after the 0x1B230 `MOVE *A5(0x160)` +deref chain, so the earlier "element = *(res+44 + 0xd8)" shortcut was wrong. +The authoritative element pointer is the one EXPORT loads at 0x1B234 +(EX_BAND a5=003DC4B0 elem@d8=003FDA10). + +SIDE FINDING -- slot 47 is a dispatch trampoline, not a request: + file 0x697B4 swaps the bytes of request words at bit offsets 0x10/0x18 then + 0x20/0x28 then 0x30/0x38, then does + MOVE *A10(0x8),A11 (byte 1 = minor) ; SLL 5 ; ADDI 0xd3f90 ; + MOVE *A11,A11 ; CALL A11 + i.e. it re-dispatches through the SAME table at 0xD3F90 after byte-swapping + the first argument words. It is the byte-swapped entry point for other + requests, which is why a plain 3-word probe of minor 47 returned BadRequest. diff --git a/xie/evidence/export_reports_badvalue_unconditionally.txt b/xie/evidence/export_reports_badvalue_unconditionally.txt new file mode 100644 index 0000000..9993e49 --- /dev/null +++ b/xie/evidence/export_reports_badvalue_unconditionally.txt @@ -0,0 +1,40 @@ +TURN RECORD: THE EXPORT PATH ENDS IN AN UNCONDITIONAL BadValue REPORT. + +Traced with the genuine DEC 2.3 client (decclient, org=BandByPlane): + + J884 b9=01 ; rp byte 9 non-zero -> JREQ NOT taken + CONT_1B888 ; normal continuation + J9F2 a8=00000000 ; the call at 0x1B9EC RETURNED 0 (success) + ERR_1BA30 ; ...and execution then jumps to 0x1BA30 anyway + ERR_1BA68 MOVK2 ; 0x1BA68 MOVK 0x2,A11 -> report BadValue + DRIVER_RET a8=00000002 ; the driver returns 2; the export handler + ; (0x630BC: A5 = *A13(0x120); JREQ -> success) + ; therefore reports BadValue to the client + +The code at the junction (file 0x1B9D4..0x1B9F2): + 0x1B9D4 push MOVK 0x2 ; operation code 2 + 0x1B9D6..0x1B9EA push five frame values + 0x1B9EC CALLA 0x07E5BBCA ; the actual export-to-drawable operation + 0x1B9F2 JR 0x0001BA30 ; UNCONDITIONAL jump into the report/cleanup block +and 0x1BA30 is: + 0x1BA30 CALLA 0x07F67F38 ; 0x1BA44 CALLA 0x07E75EA8 (called with 0xa6000, frees rp) + 0x1BA60 CALLA 0x07EA45FE + 0x1BA68 MOVK 0x2,A11 ... 0x1BA78 CALLA 0x07E7FE96 ; send BadValue + +So on this path the driver performs the operation, gets 0 (no error), then jumps +unconditionally into a block whose only exit is "report BadValue (2) and return +2". The export handler faithfully propagates that 2. + +This is consistent with the terminal firmware's export-to-drawable being +unimplemented (or gated behind a precondition that is always false here), rather +than with any defect in the client, the request, the drawable, the GC, the depth +(1), the geometry, the photomap attributes or the imported data. + +EVIDENCE ACCUMULATED ACROSS THE INVESTIGATION + import: element+0x28 = 0xFF white / 0x00 black ; QueryResource comp_COUNT=1 + request: passes every check in DEC's portable server source + clients: hand-rolled AND DEC's own 2.3 client fail identically at this point + window: depth 1 (root is depth 1), drawable, and proven paintable by core X + +STATUS. NO client-chosen XIE image has ever been displayed. xshow (core X) is +the only viewer that has shown one. diff --git a/xie/evidence/export_request_is_correct.txt b/xie/evidence/export_request_is_correct.txt new file mode 100644 index 0000000..2442937 --- /dev/null +++ b/xie/evidence/export_request_is_correct.txt @@ -0,0 +1,38 @@ +TURN RECORD: THE EXPORT REQUEST IS CORRECT. ALL OF THE HANDLER'S CHECKS PASS +AND NONE OF ITS BadValue SITES FIRE -- THE err2 COMES FROM THE RENDER DRIVER. + +Instrumented the export handler (slot 21, file 0x62D40) during a full working +sequence, with the photomap already populated and a mapped 64x64 window + GC: + + MAP=00402200 object=003FDA10 object byte5 (0x28) = 01000101 + + EX_LK ret=00000000 obj=003FDA10 ; photomap lookup SUCCEEDS + EX_F5 obj=003FDA10 f5=01000101 ; byte5 != 0 -> JRNE 0x62DBC taken + ; (the BadMatch route at 0x62D94 is + ; NOT taken) + EX_CK1 req80=00000000 obj80=00000040 ; src_x 0 < width 64 -> pass + EX_CK2 req_a0=00000000 obj_a0=00000040 ; src_y 0 < height 64 -> pass + EX_CK3 req_c0=00000040 req_e0=00000040 ; width,height non-zero -> pass + (EX_BADVALUE_1 at 0x62DCA never fired) + +So every documented condition on the export request is satisfied, and the +handler's own error paths are not taken. Yet the client still receives +err2 (BadValue), and the renderer trace is RP(0x1B296) + TYPE5 with +src_base (rp+0x610) = 00000000. + +CONCLUSION: the BadValue is produced DOWNSTREAM, by the render driver that +slot 21 calls (0x1B152), when it fails to resolve a source for the export +element. The export packet itself is not the problem -- the byte layout, +operand order, geometry, float encoding and bounds are all now verified correct +against DEC's own 2.3 structs and against the handler's own comparisons. + +WHAT THAT MEANS + * Import half: complete, client-driven, verified by QueryResource. + * Export request: correct and accepted (this turn). + * Remaining failure: the renderer cannot bind a source for the export element, + which is what leaves src_base = 0 and stops the paint. + +STATUS. NO client-chosen XIE image. The 64x64 window is unchanged by XIE; +solid-white and solid-black captures differ only by the Terminal Manager's own +figures and the cursor; xshow (core X) remains the only viewer that has displayed +an image. diff --git a/xie/evidence/export_side_state.txt b/xie/evidence/export_side_state.txt new file mode 100644 index 0000000..0b9a55b --- /dev/null +++ b/xie/evidence/export_side_state.txt @@ -0,0 +1,36 @@ +TURN RECORD: EXPORT-SIDE STATE AFTER THE IMPORT MILESTONE. + +CONFIRMED AGAIN (client-driven, no pokes): + InitSession -> CreatePhoto(w6=1) -> SetTransport(mode=3, org=1) + -> PutTile => element+0x28 buffer holds 0xFF (white) / 0x00 (black) + Export(21) => err2 (BadValue); renderer runs with src_base = 00915FD0 + (non-zero, verified at RP 0x1B296) + framebuffer => white and black captures byte-identical (AE = 0) + +WHERE THE err2 COMES FROM -- narrowed this turn + slot21 between the extent check and the render call: + 0x62F7E CALLA 0x7EA3432 ; drawable resource init/lookup + 0x62F88 A5 = A8 ; JREQ 0x62FBC ; zero => continue, non-zero => return A5 + and the callee (file 0x63432) returns: + 0x634B0 MOVK 0x9 (BadDrawable) if *A11(0x160) == 0 + So a failed drawable init would give err9, NOT err2. The err2 must therefore + come from a later path (0x62FDC CALLA 0x7EA47B6, or the render driver itself + returning 2 after 0x1B296). + Also checked: the target window's geometry is depth=1, 80x64 -- it MATCHES the + 1-bit image, so depth mismatch is ruled out. + Creating the GC explicitly with function=GXcopy and plane-mask=1 changes + nothing (still err2, still no paint, AE=0). + +STATUS. NO client-chosen image displayed. The window never changes. + +WHAT IS SOLID + * The XIE import path is fully client-driven and verified inside the server + (element+0x28 -> 0xFF for white, 0x00 for black). + * src_base at rp+0x610 is non-zero (00915FD0 / 002909B0) with org=1. + * The export request passes every check the handler performs. + * The window is depth 1 and provably drawable (core-X PutImage control). + +WHAT IS STILL UNKNOWN + The single remaining failure is inside the export/render completion path: the + renderer has a correct, populated source and still the client receives + BadValue, and the composited result never reaches the window. diff --git a/xie/evidence/export_variants_exhausted.txt b/xie/evidence/export_variants_exhausted.txt new file mode 100644 index 0000000..1deaa00 --- /dev/null +++ b/xie/evidence/export_variants_exhausted.txt @@ -0,0 +1,34 @@ +TURN RECORD: EXPORT DESTINATION/ORGANISATION VARIANTS ALL FAIL IDENTICALLY. + +With the working DEC 2.3 client (XieCreatePhoto + XiePutTile + XieExport): + + cmp_org = XieK_BandByPixel (1) -> photomap created, put tile sent, Export BadValue + cmp_org = XieK_BandByLine (2) -> client aborted before export (no output) + cmp_org = XieK_BandByPlane (3) -> photomap created, put tile sent, Export BadValue + +And exporting to a **depth-1 Pixmap** (then XCopyArea to the window) instead of +directly to the window: + "exporting to PIXMAP depth 1" -> X Error BadValue (integer parameter out of range) + +So the destination type (Window vs depth-1 Pixmap) makes no difference, and the +component organisation makes no difference. Every attempt reaches the identical +BadValue. + +CUMULATIVE EVIDENCE THAT THIS IS FIRMWARE-SIDE + * Every check in DEC's portable server (ProcExport, LookupPhotos, BePCM_, + CreateExportContext, Export, SmiConvert) passes or cannot return BadValue. + * The server's only two BadValue_ sites are in XieTransport.c and are not + called by export. + * The request, drawable, GC, depth (root is depth 1), geometry, photomap + attributes, levels (2) and the imported data (element+0x28 = 0xFF white / + 0x00 black) are all correct and measured. + * Both a hand-rolled client and DEC's own 2.3 client fail identically inside + the same routine. + +STATUS. NO client-chosen XIE image has ever been displayed. The 64x64 window +never changes; white vs black captures differ only by the Terminal Manager's own +figures and the cursor (AE 1131-2950). + +What remains is the VT1200's device-dependent conversion (DdxConvert_ / +xieDdxProc dispatch), which is not present in DEC's portable source and exists +only in the terminal firmware. diff --git a/xie/evidence/finalize_returns_zero.txt b/xie/evidence/finalize_returns_zero.txt new file mode 100644 index 0000000..cf3254a --- /dev/null +++ b/xie/evidence/finalize_returns_zero.txt @@ -0,0 +1,34 @@ +TURN RECORD: THE FINALIZER RETURNS 0, SO THE err2 IS STILL FURTHER OUT. + +Instrumented the render driver's finalizer path (0x1B842 -> CALLA 0x07E79F32) +and the helper's own BadValue site (file 0x39F32): + + 0x39F54 A11 = rp + 0x39F58 A11 = *A11(0x20) ; rp byte 4 + 0x39F5C JRNE 0x39F64 ; non-zero -> continue + 0x39F5E MOVK 0x2,A8 ; else -> return 2 + +MEASURED on a live export: + RP20 rp=008FD510 byte4=01 -> forcing 1 + RP20_OK_CONTINUE + AFTER_FINALIZE a8=00000000 ; the finalizer SUCCEEDS + +So: + * rp byte 4 was already 1 -- that BadValue site is NOT the one firing; + * the finalizer returns 0 (success); + * the client still receives err2 and the window still does not change + (white vs black AE = 2040 px, i.e. the Terminal Manager's own figures and + the cursor, not the 64x64 window). + +The err2 therefore originates even later in the chain than 0x1B842 -- after a +successful finalize -- or in the export handler's post-render cleanup +(0x630B0 CALLA 0x07F63B00) before it reaches 0x630E8 (which would return 0). + +STATE OF THE OBJECTIVE (unchanged) + import: verified in the server (element+0x28 = 0xFF white / 0x00 black) + src_base: non-zero (008FD510 / 00915FD0) + export: always err2; window never changes; white and black captures identical + apart from the Terminal Manager's own figures and the cursor + viewer: xshow (core X) is the only thing that has ever displayed an image + +STATUS. NO client-chosen XIE image. diff --git a/xie/evidence/gate_model_reconfirmed.txt b/xie/evidence/gate_model_reconfirmed.txt new file mode 100644 index 0000000..82be8ce --- /dev/null +++ b/xie/evidence/gate_model_reconfirmed.txt @@ -0,0 +1,40 @@ +INSTRUMENTATION VALIDATED, AND THE byte8 GATE MODEL IS RECONFIRMED. + +A) INSTRUMENT VALIDATION (harness/mame/xie_val.lua, 10 breakpoints) + All 10 reported "Breakpoint N set", 0 "Error in command", and the control + breakpoint CTRL_REGIDSTORE fired on create. With this set, a single PUT_TILE + produces the FULL ordered trace: + + T_ENTRY(0x6B966) -> T_DISP(0x6BA8C) -> T_C2(0x6BA1E) -> T_J1(0x6BA22) + -> T_B32(0x6BA32) -> T_MERGE(0x6BAA2) -> T_GATE(0x6BAF4) -> S19RET a8=8 + + The gate at 0x6BAF4 DOES execute. My previous turn reported 0 hits for it and + I withdrew the model on that basis -- that was a dropped-breakpoint artifact, + and the withdrawal was wrong. + +B) THE MODEL, RE-MEASURED (asserting replies, byte(N)=ptr+N*8): + + create w9=0x100 -> byte8=1, byte9=1 + arm1 -> SILENT(ok) + PUT_TILE -> ERROR 8 ; trace reaches T_GATE ; byte8 after = 1 + + create w9=0x300 -> byte8=3, byte9=3 + arm1 -> ERROR 8 <-- arm fails + PUT_TILE -> ERROR 8 ; trace does NOT reach T_GATE ; byte8 after = 3 + + So, with trustworthy instrumentation: + * byte8 == 1 : arm succeeds, PUT_TILE reaches the gate and fails there + * byte8 == 3 : arm FAILS, and PUT_TILE does not even reach the gate + + That is the same mutual exclusion reported earlier in the session: + arm requires object->byte8 == 1 + import requires object->byte8 == 3 (gate 0x6BAF4) + and only create (word9>>8) sets byte8; a write watch on byte8 across a full + cycle recorded zero writers. + +C) NET: the model is RESTORED and now rests on validated instrumentation and + asserted replies. The blocker is unchanged and re-verified: the two requests + need opposite values of a byte that nothing but create can set. + +Status: no client-chosen XIE image; window still the stipple; src_base 0; +xshow (core X) is the only verified viewer. diff --git a/xie/evidence/gate_reached_with_byte8_3.txt b/xie/evidence/gate_reached_with_byte8_3.txt new file mode 100644 index 0000000..1e0ff32 --- /dev/null +++ b/xie/evidence/gate_reached_with_byte8_3.txt @@ -0,0 +1,45 @@ +GATE REACHED WITH byte8 == 3 (first time) -- AND ITS OPERAND IS NOT byte8. + +Method: create w9=0x300 (byte8=3), then force object->byte36 non-zero with a +LABELLED DEBUG POKE (not a client-driven state), then PUT_TILE. + + poke byte36 = 0 (control): + STORE src120=00000000 ; OUTCEL star=00000000 ; (no T_GATE) ; ERROR 10 + + poke byte36 = 1: + STORE src120=00000001 ; OUTCEL star=00000001 ; + T_GATE a7=00000000 a11=00000003 ; ERROR 8 <-- GATE REACHED + + poke byte36 = p44 (003DBAF0): + STORE src120=003DBAF0 ; OUTCEL star=003DBAF0 ; + T_GATE a7=00000000 a11=00000003 ; ERROR 8 <-- GATE REACHED + +So the out-cell hypothesis is CONFIRMED: byte36 non-zero => out-cell non-zero => +the out-cell test at 0x6BAB8 passes => the gate at 0x6BAF4 executes even with +byte8 = 3. + +BUT THE GATE STILL FAILS: it compares + a7 = 00000000 with a11 = 00000003 +and 0 != 3 -> BadMatch. + +THIS OVERTURNS MY GATE MODEL: a7 is NOT byte8. + byte8 = 1 -> a7 = 1 + byte8 = 3 -> a7 = 0 (not 3!) +So the "3" the gate wants belongs to some OTHER field, whose value happens to be +1 when byte8 is 1 and 0 when byte8 is 3. Every earlier statement of the form +"the import gate requires byte8 == 3" was therefore wrong -- the gate does not +read byte8, it reads whatever a7 is derived from. + +WHAT IS NOW ESTABLISHED (all measured): + * object->byte36 is uninitialised by create (0 for every w9 in one run, and + non-zero for one allocation in an earlier run); + * out-cell := object->byte36 (store at 0x6BAAC); + * non-zero byte36 makes the gate REACHABLE at byte8=3; + * the gate then compares a7 (0 at byte8=3, 1 at byte8=1) against 3 and fails. + +NEXT: identify what a7 is derived from at 0x6BAEA..0x6BAF2 + (6BAEA MOVE *A11,A7,1 ; 6BAEC SETF 8 ; 6BAEE MOVE *A13(0xff40),A11,0 ; + 6BAF2 MOVE *A7,A7,0 ; 6BAF4 CMP A7,A11) +where A11 = *A13(0xffa0), and find the field that must equal 3. + +Status: no client-chosen XIE image; src_base 0; window still the stipple. diff --git a/xie/evidence/handler_propagates_render_code.txt b/xie/evidence/handler_propagates_render_code.txt new file mode 100644 index 0000000..73d9090 --- /dev/null +++ b/xie/evidence/handler_propagates_render_code.txt @@ -0,0 +1,34 @@ +TURN RECORD: THE EXPORT HANDLER SIMPLY PROPAGATES THE RENDER DRIVER'S CODE. +(Undecoded code at 0x630BC..0x630E7 was the missing link; now read.) + + 0x630B6 CALLA 0x07F63B00 ; free the export context + 0x630BC A5 = *A13(0x120) ; <-- the RENDER DRIVER's return value + 0x630C0 JREQ 0x630E8 ; zero -> SUB A8,A8 -> return 0 (success) + 0x630C2 ... error report ... + 0x630E2 A8 = *A13(0x120) + 0x630E6 JR 0x630EA ; return the render driver's code unchanged + +So everything the export handler does -- lookup, three range checks, extent +computation, drawable init, context allocation, finalize -- either succeeds or is +not reached, and the value the client sees is precisely what 0x1B152 returned. + +Combined with previous turns: + 0x1B852 AFTER_FINALIZE a8 = 0 (finalizer succeeds) + 0x39F5E BadValue site NOT firing (rp byte 4 already 1) + err2 therefore comes from elsewhere inside 0x1B152 after 0x1B852. + +CLIENT-SIDE STATE (unchanged, reproducible): + CreatePhoto(w6=1) -> SetTransport(mode=3, component_organization=1) -> PutTile + element+0x28 buffer = 0xFF (white) / 0x00 (black) + QueryResource: comp_COUNT=1, 64x64, constrained + Export(minor 21): + src_base (rp+0x610) = 008FD510 / 00915FD0 (non-zero) + returns err2; window unchanged; white vs black captures differ only by the + Terminal Manager's own figures and the cursor (AE 1186-2950) + +STATUS. NO client-chosen XIE image. xshow (core X) remains the only viewer that +has displayed an image. + +REMAINING SCOPE: strictly inside one function (0x1B152, ~0x500 bytes) after +0x1B852, on a code path that has a valid source, a successful finalize, and still +produces 2. diff --git a/xie/evidence/handoff_dispatch_and_create_shape.txt b/xie/evidence/handoff_dispatch_and_create_shape.txt new file mode 100644 index 0000000..a23ca9e --- /dev/null +++ b/xie/evidence/handoff_dispatch_and_create_shape.txt @@ -0,0 +1,75 @@ +TURN RECORD: THE HANDOFF'S REAL DISPATCH, CREATE'S TRUE WIRE SHAPE, AND A +TYPE-SIGNATURE GATE. Two earlier claims are CORRECTED here. + +A) CORRECTION: 0x6B84C IS NOT A "band+0xd8 GUARD". IT IS THE SUCCESS RETURN. + The handoff at file 0x6B640 begins: + 6B640 MMTM SP,0x154 / MOVE A14,A13 / ADDI 0x230,A14 + 6B64A JR 0x6B834 <-- jumps to the real entry + and 0x6B834 dispatches on *object->byte8: + 6B834 A11 = *A13(0xffe0) ; SETF 8 + 6B83A A8 = *A11(8) <-- BIT OFFSET 8 = BYTE 1 + 6B83E DEC A8 ; JREQ 0x6B64E ; byte1 == 1 + 6B844 SUBK 2 ; JREQ 0x6B75E ; byte1 == 3 + 6B848 DEC ; JREQ 0x6B7E8 ; byte1 == 4 + 6B84C SUB A8,A8 -> epilogue <-- A8 = 0 = SUCCESS + So 0x6B84C is the shared success return, reached from three places + (0x6B674, 0x6B688, 0x6B746/0x6B75C). My long-standing "H_84C_NOOP" label + was wrong: an H_84C hit after real work is a SUCCESSFUL completion. + + Also: why H_684 never fired in earlier runs -- 0x6B684 lies in the byte1==1 + block (0x6B64E...), which is only entered when the dispatch value is 1. + The dispatch value was 0, so control fell straight through to 0x6B84C. + +B) THE HANDOFF'S OBJECT IS *(object->byte36), NOT THE RESOURCE. + Measured at 0x6B83E with the import gate satisfied: + H_83E ddobj=00010100 b1=00 a8=0 -> H_84C_default (byte1 not in {1,3,4}) + ddobj 0x00010100 was my scratch pointer == *(byte36). So the handoff + dispatches on BYTE 1 OF THE STRUCTURE THAT byte36 POINTS AT. + + Setting that byte made the handoff run its real body: + ddobj[1]=1 -> H_64E -> H_674(cnt=0) -> H_684(d8=) + -> H_688 -> CALLA 0x7EAC356 -> CALLA 0x7E80008 -> success + ddobj[1]=3 -> dispatch reached, PUT_TILE BadValue(2) + ddobj[1]=4 -> dispatch reached, PUT_TILE BadMatch(8) + and in that run element+0x28 (bits) became NON-ZERO (0x00929990) -- the first + time any element source pointer was populated. + +C) CREATE'S TRUE SHAPE (new, measured) + - The request must be EXACTLY 12 words (11 data words). Length 11 works; + 13, 15, 17, 19, 23, 27 words all produce NO OBJECT. + - word0 (op) dispatches to four routines: + op 1,2 -> CALLA 0x7EA78DA op 4 -> 0x7EA76CA + op 5 -> 0x7EA7B46 op 6 -> 0x7EA7DA8 else BadValue + - ops 4,5,6 are accepted (no error) but register NOTHING: a following arm + returns BadIDChoice(14) with bad = the id. Only ops 1 and 2 register. + - Field attribution for op=2 (vary one word, diff 64 object bytes): + w2 -> bytes 16..19 (width) + w3 -> bytes 20..23 (height) + w8/w9 -> byte 8 (bits/pixel = w9>>8; must be 1) + w10 -> byte 10 + w5 -> bytes 24..31 + w1 -> the id at bytes 0..3 ; byte 4 = class (2 for op=2) + bytes 32..39 (incl. byte 36) are ALL ZERO for every value tried. + +D) object->byte36 IS NEVER SET BY ANY CLIENT REQUEST. + Swept: op in 0..15; payload length 11..27; w2/w3 geometry 0x0, 1x1, 64x1, + 1x64, 64x64, 640x480, 1024x1024, 32768x1; w4 in 0..4; w5 in 0..6; w6 in 0..8. + byte36 == 00000000 in EVERY class-2 object. The import gate dereferences it + (0x6BAF2 `A7 = *A7`), so on a client-created resource the gate reads address 0. + Only the class-1 object (op=1) has a non-zero byte36, and its other fields at + those offsets are not meaningful (b8=0xD0, b44=0x02410092), i.e. that object's + layout differs by class. + +E) NEW GATE FOUND: TYPE-SIGNATURE VALIDATION IN THE ELEMENT EXECUTOR. + The helper the failing handoff calls is file 0x40008 (CALLA 0x07E80008): + 40018 CALLA 0x07E80162 ; get a signature for arg object + 40026 SUBI 0x9ED8014,A8 ; JREQ 0x40022 -> MOVK 2,A8 (return BadValue) + 4002E SUBK 8 ; JREQ 0x40022 ; 0x9ED801C also rejected + 40032 SUBK 8 ; JREQ 0x40022 ; 0x9ED8024 also rejected + So the executor type-checks the objects it is handed and returns 2 on a + mismatch. Our PUT_TILE BadValue(2) comes from here. + +STATUS. No client-chosen XIE image; src_base (rp+0x610) still 0 in every run +where it could be read; the window is still the stipple; xshow (core X) remains +the only viewer that has displayed an image. Everything in this file is measured +against the running emulator; D and C are exhaustive for the shapes listed. diff --git a/xie/evidence/handoff_never_runs.txt b/xie/evidence/handoff_never_runs.txt new file mode 100644 index 0000000..73d6881 --- /dev/null +++ b/xie/evidence/handoff_never_runs.txt @@ -0,0 +1,38 @@ +PUT_TILE "SUCCESS" IS A NO-OP: THE IMPORT HANDOFF NEVER RUNS. + +Instrumented the handoff (file 0x6B640) and slot 19's own path during a +PUT_TILE that now returns success (byte8=1, byte36 pointed at a byte == 3): + + handle breakpoints set: HANDOFF_ENTRY 0x6B640, H_684, H_688, H_6EA, H_84C, + H_8D6, plus S19RET. + result trace: S19RET a8=00000000 (lookup returned 0 = ok) + ... and NOTHING from the handoff. + +Second run, tracing slot 19's own landmarks: + + S19RET a8=00000000 (0x6A7B4: lookup succeeded) + S19_7BE 0x6A7BE + S19_850 0x6A850 + S19_ERR_EXIT 0x6AA4A <-- slot 19 exits here + (S19_9A2, the CALLA 0x7EAB640 handoff call, is NEVER reached) + +So with the gate satisfied, slot 19 accepts the request, walks to 0x6A850, and +then takes the exit at 0x6AA4A without ever calling the import-element executor +0x7EAB640. A8 is 0, so the client sees "success" -- but no tile data is +transferred, and element+0x28 is never written. That is exactly why src_base +(rp+0x610) stays 00000000 even when arm1, PUT_TILE and EXPORT all report success. + +RECAP OF THE NOW-COMPLETE GATE PICTURE (all measured): + arm requires object->byte8 == 1 (DSJS 0x6ACC2, a7 = byte8) + import requires *(object->byte36) == 3 (deref at 0x6BAF2) + -> these are independent, so a byte8=1 resource with byte36 -> byte==3 passes + BOTH and PUT_TILE returns 0. + BUT passing the gate only reaches the exit at 0x6AA4A; the actual import + (0x7EAB640) sits on a different branch that is not taken. + +NEXT: read the code between 0x6A850 and 0x6AA4A to find the branch that bypasses +0x6A9A2, and what it tests. That branch is now the single remaining obstacle +between "gate passed" and "tile actually imported". + +Status: no client-chosen XIE image; src_base 0; window unchanged; xshow is the +only viewer that has displayed an image. diff --git a/xie/evidence/handoff_runs_now.txt b/xie/evidence/handoff_runs_now.txt new file mode 100644 index 0000000..b043322 --- /dev/null +++ b/xie/evidence/handoff_runs_now.txt @@ -0,0 +1,42 @@ +THE IMPORT HANDOFF 0x7EAB640 NOW EXECUTES (first time in this investigation). + +Two more conditions were needed beyond the gate, both found by instrumenting: + + 1. the lookup's mask check at 0x6BB82 (CMP A7,A11) compares *(byte36 + 8) + against the requested band. With band = 1 the byte at byte36+8 must have + bit0 set: + byte36->[0]=3, [8]=0, band=1 : SELB_CMP a7=0 a11=1 -> SELB_BAD8 + byte36->[0]=3, [8]=1, band=1 : SELB_CMP a7=1 a11=1 -> OK_6BBE2 + 2. with that satisfied the lookup returns 0 and PUT_TILE is accepted. + + Debug pokes used: object->byte36 = scratch; scratch[0] = 3; scratch[8] = 1. + (All pokes labelled; client reachability still unproven.) + +RESULT (both tiles, identical): + + arm1 SILENT(ok) + PUT_TILE SILENT(ok) + handoff HANDOFF_ENTRY 0x6B640 -> H_84C_NOOP <-- RUNS, then NO-OPS + arm2 ERROR 8 + EXPORT SILENT(ok) + window nz 512 -> 512, unchanged, 888888888888888822222222 + src_base 0 (RP never printed non-zero) + +So the handoff executes but immediately takes its no-op branch at 0x6B84C, which +is the guard + 0x6B684 MOVE *A9(0xd8),A9,1 + 0x6B688 JREQ 0x6B84C ; band subobject == 0 -> no-op +i.e. the band subobject pointer at band+0xd8 is zero for this resource. + +PROGRESS SUMMARY (each step measured, in order): + byte8 == 1 -> arm passes + *(byte36) == 3 -> gate at 0x6BAF4 passes + *(byte36 + 8) bit0 == band -> lookup mask check at 0x6BB82 passes + band (word5) != 0 -> import path not skipped at 0x6A896 + -> handoff 0x6B640 finally RUNS, but band+0xd8 == 0 so it no-ops. + +NEXT: make band+0xd8 non-zero (the band subobject / element record). That is the +last gate before tile data can reach element+0x28 and hence src_base. + +Status: no client-chosen XIE image yet; window unchanged; xshow (core X) remains +the only viewer that has displayed an image. diff --git a/xie/evidence/import_guard_word5.txt b/xie/evidence/import_guard_word5.txt new file mode 100644 index 0000000..6b4400e --- /dev/null +++ b/xie/evidence/import_guard_word5.txt @@ -0,0 +1,35 @@ +THE BRANCH THAT SKIPS THE IMPORT IS FOUND: request payload WORD 5. + +Slot 19, after the geometry check passes (0x6A87C main path): + + 6A88C MOVE *A9(0xc0),*A13(0x40),0x1 ; A9(0xc0) = byte 24 = payload WORD 5 + 6A892 MOVE *A13(0x40),A7,0x1 + 6A896 JREQ 0x0006AA28 ; word5 == 0 -> skip to exit + 6A89A MOVE *A13(0x40),A11,0x1 + 6A89E BTST 0x0,A11 + 6A8A0 JREQ 0x0006AA10 ; bit0 clear -> another path + 6A8A4 ... ; then the import loop (reaches 0x6A9A2) + +My tile header has always been [id, x, y, w, h, band, flags] with band = 0, i.e. +word5 = 0 -- which takes the JREQ and exits without importing. That is exactly +why 0x7EAB640 never ran and src_base stayed 0. + +MEASURED with band (word5) varied, gate satisfied, byte8=1: + + band = 0 -> PUT_TILE SILENT(ok) handoff trace: (none) + band = 1 -> PUT_TILE ERROR 8 handoff trace: (none) + band = 3 -> PUT_TILE ERROR 8 handoff trace: (none) + +So word5 != 0 does move past the skip (the request now fails with BadMatch +instead of silently succeeding), but the handoff still does not execute -- a +further check on that path rejects it (candidate: the band/subobject lookup that +0x6A8A4.. performs). + +ALSO CONFIRMED THIS TURN: the trace now shows the main path being taken + S19_C0 -> S19_852 -> S19_87C_mainpath -> S19_EXIT +where earlier runs went S19_850 -> S19_EXIT directly, so the geometry condition +(A13(0xc0) > 0) is satisfied with a 64x64 tile at 0,0. + +STATUS: no client-chosen XIE image. Progress: the "success is a no-op" is now +explained (word5 == 0 skips the import), and the next obstacle is the BadMatch +raised when word5 != 0. diff --git a/xie/evidence/import_revalidated.txt b/xie/evidence/import_revalidated.txt new file mode 100644 index 0000000..1d9de97 --- /dev/null +++ b/xie/evidence/import_revalidated.txt @@ -0,0 +1,43 @@ +IMPORT PATH RE-VALIDATED WITH THE TRUSTWORTHY HARNESS. A long-standing model is +OVERTURNED. + +Two trials, one connection each, every reply read and asserted, raw bytes shown. + + trial 1 (white tile) trial 2 (black tile) + SET_OP_DEFAULTS ack REPLY 01 41 03 00 ... ack REPLY 01 00 03 00 ... (detail differs) + create 00401000 SILENT(ok) SILENT(ok) + obj 003FDA10 003FD110 + byte8=1 byte9=1 class=2 byte8=1 byte9=1 class=2 + p44 / elem set, populated set, populated + arm1 SILENT(ok) SILENT(ok) + PUT_TILE ERROR 8 ERROR 8 + arm2 ERROR 8 ERROR 8 + EXPORT SILENT(ok) SILENT(ok) + GATE (0x6BAF4) hits during put: NONE NONE + RP line a11=00923CB0 src_base610=00000000 a11=009240F0 src_base610=00000000 + byte8 after all 1 1 + QUERY_EXPORT REPLY 01 00 0c 00 04 00 00 00 REPLY 01 00 0c 00 04 00 00 00 + +THE OVERTURNED MODEL: + I have been reporting since the middle of this session that + arm requires object->byte8 == 1 (0x6ACBE) + import requires object->byte8 == 3 (0x6BAF4) + and that PUT_TILE fails AT that gate. + + With a harness that actually asserts replies, the gate at 0x6BAF4 is NEVER + REACHED during PUT_TILE -- zero hits in both trials. So PUT_TILE's BadMatch is + produced somewhere else entirely, and the entire byte8/gate story (including + the w9=0x300 experiments) was built on data from the stale-reply era. + +Also newly verified in this run: + * arm2 (slot 20, v16=0) returns BadMatch(8) -- it is NOT silent/OK as reported + earlier; + * EXPORT is silent(ok) even when PUT_TILE and arm2 both failed; + * QUERY_EXPORT replies `01 00 0c 00 04 00 00 00` identically in both trials + (this is its real reply; the 4-word payload follows in the head); + * src_base (rp+0x610) is 0 in both trials, read at the in-export breakpoint. + +CONSEQUENCE: the import failure must be re-located from scratch. The next step is +NOT the byte8 gate. Candidates, now that replies are trustworthy: the lookup at +0x7EAB966 returning 8, or a check in slot 19 before/after it. S19LOOK-style +breakpoints must be re-run under this harness. diff --git a/xie/evidence/levels_type_bug_fixed.txt b/xie/evidence/levels_type_bug_fixed.txt new file mode 100644 index 0000000..2c97af2 --- /dev/null +++ b/xie/evidence/levels_type_bug_fixed.txt @@ -0,0 +1,48 @@ +TURN RECORD: Genuine DEC 2.3 client -- TWO API MISUSES FOUND AND FIXED. + +A) XiePutImage MODE WAS WRONG + XieLibImage.c: + XiePhoto XiePutImage(display, img, mode) + switch(mode) { + case XieK_DataFlo: case XieK_DataMap: CreateXport(...PutStream...) + case XieK_DataNone: break; + case XieK_DataCopy: CreateXport(...); XiePutImageData(img); + default: _XieLibError(EINVAL, "XiePutImage (mode)"); + } + I was passing XieK_Tile, which hits the `default` error branch -- so no image + data was ever transported. Corrected to XieK_DataCopy. + +B) cmp_lvl TYPE WAS WRONG (the real bug) + XieLibImage.c: + XieImage XieCreateImage(width, height, cmpres, cmp_org, cmp_map, + cmp_cnt, cmp_lvl, pxl_mod, scn_mod) + unsigned long width, height, *cmp_lvl; <-- unsigned long * + I passed `unsigned char lvl[3]`, so the server/client saw levels = 0x00020202 + (131586) instead of 2, and printed "image levels 131586,0,0". + Corrected to `unsigned long lvl[3] = {2,2,2}` -> "image levels 2,0,0". + +C) EFFECT ON THE ERROR + before fixes: Export -> BadMatch (8) [Constrained_/src_lvls mismatch] + after fixes: Export -> BadValue (2), "Value in failed request: 0x0" + i.e. BadMatch is resolved; the remaining failure is the + ValueOkIf_( w > 0 && h > 0 ) + in ProcExport, where + w = min(src_x,0)+width ; w = Width_(img) < x+w ? Width_(img)-x : w + h = min(src_y,0)+height; h = Height_(img) < y+h ? Height_(img)-y : h + With src 0,0 and 64x64 that is BadValue only if the server's Width_/Height_ of + the photomap are 0 -- i.e. the photomap the library created via PutStream is + not populated with dimensions from the image. + +D) OTHER OBSERVATIONS + XieCreateImage now reports plane arSize = 4096 bytes for 64x64 1-bit + (512 bytes of pixels); earlier, with the bogus levels, it was 262144. + Window depth is 1 (root: "depths (1): 1"), so drawable depth matches. + +E) STATE + No client-chosen image displayed. Window unchanged. + xshow (core X) remains the only viewer that has shown an image. + +NEXT: make the photomap carry Width_/Height_ -- inspect ProcPutStream / +XieCreatePhoto in the server source for when Width_/Height_ are set, or use +XieCreatePhoto + XiePutTile (which is the path my hand-rolled client used +successfully for the import) instead of XiePutImage/PutStream. diff --git a/xie/evidence/lookup_is_6B966.txt b/xie/evidence/lookup_is_6B966.txt new file mode 100644 index 0000000..2defdde --- /dev/null +++ b/xie/evidence/lookup_is_6B966.txt @@ -0,0 +1,63 @@ +THE SLOT-19 LOOKUP IS FILE 0x6B966, NOT 0x66FA0. And it does not contain the +failure we see. All previous explanations built on 0x66FA0 are void. + +1) The call, from slot 19's own handler: + rom:0006a7ae CALLA 0x07eab966 ; file = imm - 0x7E40000 = 0x6B966 + rom:0006a7b4 MOVE A8,*A13(0x140),0x1 ; A8 = the returned code + + Arguments pushed immediately before it (slot19 listing 0x6A790..0x6A7AC): + *A9(0xc0) -> request payload word 5 (offset 24) + MOVK 0x3 -> literal 3 + *A9(0x20) -> request payload word 0 (the resource id) + A13+0 -> out pointer + A13 -> frame pointer + 0 + client (*A13(0xffe0)) + i.e. 7 arguments. 0x6B966's frame reads them as + A13(0xffe0)=client, 0xffc0=arg1, 0xffa0=arg2, 0xff80=arg3, + 0xff60=arg4 (the id), 0xff40=arg5 (=3), 0xff20=arg6 (= payload word 5) + +2) 0x6B966's flow (file offsets): + 6B97C push @0x1ad980 (8-bit) ; core-X-ish table args + 6B984 push @0x1ad990 (8-bit) + 6B98C push the id + 6B990 CALLA 0x07F174A4 ; returns an object pointer + 6B996 store it, A11 = *A7 + 6B99A JRNE 0x6BA8C ; non-null -> dispatch on class + 6B99C ... MOVK 0xe ; null -> BadIDChoice + 6BA8C A11 = object ; A8 = object->byte4 ; class byte + 6BA90 DEC ; JREQ 0x6B9C4 ; class 1 + 6BA98 DEC ; JREQ 0x6BA1E ; class 2 + 6BA9C DEC ; JREQ 0x6BA1E ; class 3 + 6BAA0 JR 0x6BA66 -> MOVK 0xe ; any other class -> BadIDChoice + 6BA1E (classes 2/3) arg3==NULL ? + -> require object->byte40 == 0, else MOVK 0xe (6BA38..6BA40) + arg3!=NULL -> copy object->byte40 out to *arg3 (6BA2A) + 6B9C4 (class 1) requires arg3 != NULL (else 0xe) and uses a + two-step deref: object->byte8->byte8 or object->byte12->byte8 + + NOTE: this function raises ONLY 0xE and 0xA (6BA40 / 6BAC6). There is no + route in 0x6B966 that produces 0x8 before 0x6BBC0. + +3) Measurements that conflict with any simple story, recorded as-is: + a) Sweeping request payload word 5 (arg6) over + 0x0 0x1 0x2 0x100 0x10000 0x80000000 0xFFFFFFFF 0xFFFFFFFE + in both armI and armF produced BadMatch(8) EVERY time -- arg6 has no + observable effect. + b) A breakpoint on the 0xE-build site (0x6BA86) DID fire during a put whose + reply to the client was ERR8. + c) Breakpoints on the 0xA site (0x6BAC6) and on a MOVK-0x8 site inside the + function (0x6BB4C) did NOT fire during that same put. + d) A breakpoint on the shared reply/logging helper 0x7EFFA5E did not fire at + all during the put. + + So the ERR8 the client receives is NOT produced by the error-site we can see, + and site-based attribution is unreliable. The handler's return value is what + the framework turns into the protocol error, and the 0x8 must come from a + callee return (candidates inside 0x6B966: 0x7F174A4, 0x7F16AD0, 0x7EFFA5E). + Of those, 0x7F16AD0 (file 0xD6AD0) was checked and is a bit-field extractor + returning 0xFFFF for unknown selectors -- not the source either. + +NEXT (bounded): disassemble the rest of 0x6B966 (0x6BBC0..0x6BBE4) and the +0x6BAEA path, and log A8 at every return, to find the 0x8's true origin. Until +that is known, "BadMatch" cannot be interpreted. diff --git a/xie/evidence/mame_band_arm2.log b/xie/evidence/mame_band_arm2.log new file mode 100644 index 0000000..009fdd2 --- /dev/null +++ b/xie/evidence/mame_band_arm2.log @@ -0,0 +1,23 @@ +MAME debugger version 0.289 (mame0289-1-gf0cbd6294c39) +Currently targeting vt1200 (VT1200 X terminal (v2.2 firmware)) +Breakpoint 1 set +Breakpoint 2 set +Breakpoint 3 set +Breakpoint 4 set +Breakpoint 5 set +XIEHIT buf=00951250 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00951250 0881 000C 0000 50AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FDC50 id=00000000 class=00 b8=00 b36=00 b40=00000000 b44=00000000 + +XIEHIT buf=00951250 1481 0023 0050 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00951250 1381 0088 0050 0000 0000 0040 0000 FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF + +LOOK a7=003FDC50 id=0050AAAA class=01 b36=00 b40=00000000 b44=00000000 + +XIEHIT buf=00951250 1481 0023 0050 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +BAND a11=00291D70 f1=01 f2=02 f4=00010000 f8=00000000 f12=00000000 f16=00000000 + diff --git a/xie/evidence/mame_bind_slot7.txt b/xie/evidence/mame_bind_slot7.txt new file mode 100644 index 0000000..58802d2 --- /dev/null +++ b/xie/evidence/mame_bind_slot7.txt @@ -0,0 +1,10 @@ +Slot 7 as a bind candidate, tested with the solved arm-2 gate (v16=0): + + bind=False fill=one : arm1=OK put=OK arm2=OK export=OK nz=512 first=8888...2222... + bind=False fill=zero : arm1=OK put=OK arm2=OK export=OK nz=512 first=8888...2222... + bind=True fill=one : arm1=OK put=ERR14(BadIDChoice) arm2=OK export=OK nz=512 ... + bind=True fill=zero : arm1=OK put=ERR14(BadIDChoice) arm2=OK export=OK nz=512 ... + +Slot 7 {op=1, type=0, id} is therefore not the sink bind: it makes PUT_TILE +fail and does not change the export pattern. The export remains independent +of the tile data. diff --git a/xie/evidence/mame_look_dump.log b/xie/evidence/mame_look_dump.log new file mode 100644 index 0000000..b6b09b1 --- /dev/null +++ b/xie/evidence/mame_look_dump.log @@ -0,0 +1,23 @@ +MAME debugger version 0.289 (mame0289-1-gf0cbd6294c39) +Currently targeting vt1200 (VT1200 X terminal (v2.2 firmware)) +Breakpoint 1 set +Breakpoint 2 set +Breakpoint 3 set +Breakpoint 4 set +Breakpoint 5 set +XIEHIT buf=009367B0 0181 0002 0003 0C08 0002 AAAA 0050 0000 0000 0000 0000 0000 0000 0000 0102 0001 + +XIEHIT buf=009367B0 0881 000C 0000 50AA 0040 0040 0000 0000 0000 0100 0000 0000 0023 0000 0000 0000 + +RES a9=003FE0D0 id=00000000 class=00 b8=00 b36=4E b40=00000000 b44=00000000 + +XIEHIT buf=009367B0 1481 0023 0050 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009367B0 1381 0088 0050 0000 0000 0040 0000 FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF + +LOOK a7=003FE0D0 id=0050AAAA cls=01 b36=4E b40=00000000 AA 01 00 00 4D F0 55 50 00 4E 00 00 0C 00 02 00 + +XIEHIT buf=009367B0 1481 0023 0050 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +BAND a11=00904D90 f1=01 f2=02 f4=00010000 f8=00000000 f12=00000000 f16=00000000 + diff --git a/xie/evidence/mame_look_not_resource.txt b/xie/evidence/mame_look_not_resource.txt new file mode 100644 index 0000000..5cadca0 --- /dev/null +++ b/xie/evidence/mame_look_not_resource.txt @@ -0,0 +1,18 @@ +The 0x6BA38 breakpoint is not a stable XIE resource pointer. + +First connection (create/arm/put) printed: + LOOK a7=003FDA10 id=0030AAAA cls=01 b36=6E b40=2074736F + AA 01 00 00 5C D0 00 D0 6E 6E 6F 32 39 55 02 10 + +Second connection (create/arm), peeking the same 0x003FDA10 before and after +PUT_TILE returned the terminal message string: + + before 43 6f 6e 6e 65 63 74 69 6f 6e 20 72 65 71 75 65 73 74 20 66 72 6f 6d + 20 49 50 20 68 6f 73 74 20 31 39 32 2e 31 36 38 2e 39 39 2e 31 00 ... + after (identical) + diff: none + +So the "resource pointer" observed at 0x6BA38 is an unrelated lookup (the +terminal's log/message buffer), not the XIE resource. The requested +before/after resource diff is therefore not obtainable with this breakpoint; +the address mapping in GHIDRA_XIE_IMPORT.md is wrong for this path. diff --git a/xie/evidence/mame_put_gate.txt b/xie/evidence/mame_put_gate.txt new file mode 100644 index 0000000..07d5049 --- /dev/null +++ b/xie/evidence/mame_put_gate.txt @@ -0,0 +1,26 @@ +PUT_TILE state gate, single MAME instance, live resource found by scanning the +XIE table entry (ID + handler 0x3F566ED0, resource pointer at +12). + +Write watchpoints during PUT_TILE (res, band, resource+44, band+0x30): + WPHIT res addr=003FDC80 data=00000000 ; resource byte 48 = 0 + WPHIT band addr=008F6750 data=00000001 ; band byte 12 = 1 +No other writes in those ranges. + +Slot 20 compares band+0x60 (byte 12) with request byte 16 (v16) and requires +the AND to be zero. Therefore after PUT_TILE the second execute must use +v16 = 0: + + arm1 v16=1 -> OK + put -> OK + arm2 v16=0 -> OK + arm2 v16=2/3/4/0x10 -> BadMatch + +So the post-put gate is solved: band byte 12 = 1, second arm v16 = 0. + +BUT export is still independent of the pixels: + solid-white nz=512 first=88888888888888882222222222222222 + solid-black nz=512 first=88888888888888882222222222222222 + +Binding band+0x30 (which is zero) to the resource+44 pointer by rdebug poke +also produced the same pattern. The remaining gap is the destination/sink for +the tile data and the export draw path, not the arm-2 gate. diff --git a/xie/evidence/mame_put_watchpoints.log b/xie/evidence/mame_put_watchpoints.log new file mode 100644 index 0000000..f7d2a39 --- /dev/null +++ b/xie/evidence/mame_put_watchpoints.log @@ -0,0 +1,826 @@ +MAME debugger version 0.289 (mame0289-1-gf0cbd6294c39) +Currently targeting vt1200 (VT1200 X terminal (v2.2 firmware)) +Breakpoint 1 set +Breakpoint 2 set +Breakpoint 3 set +Breakpoint 4 set +Breakpoint 5 set +XIEHIT buf=0096A6D0 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=0096A6D0 0881 000C 0000 40BE 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FDC50 id=00000000 class=00 b8=00 b36=4E b40=00000000 b44=00000000 + +XIEHIT buf=0096A6D0 1481 0023 0040 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=0096A6D0 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=0096A6D0 0881 000C 0000 40BE 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FDC50 id=00000000 class=00 b8=00 b36=4E b40=00000000 b44=00000000 + +XIEHIT buf=0096A6D0 1481 0023 0040 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +Watchpoint 1 set +Watchpoint 2 set +Watchpoint 3 set +XIEHIT buf=0096A6D0 1381 0088 0040 0000 0000 0040 0000 FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF + +LOOK a7=003FDC50 id=0040BEEF cls=01 b36=4E b40=00000000 EF 01 00 00 66 F0 55 10 3F 4E 00 00 0C 00 02 55 + +XIEHIT buf=0096A6D0 1481 0023 0040 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +BAND a11=008F66F0 f1=01 f2=02 f4=00010000 f8=00000000 f12=00000000 f16=00000000 + +WPHIT res addr=003FDC80 data=00000000 + +WPHIT band addr=008F6750 data=00000001 + +WPHIT res addr=003FDC50 data=00000000 + +WPHIT res addr=003FDC60 data=00000000 + +WPHIT res addr=003FDC70 data=00000000 + +WPHIT res addr=003FDC80 data=00000000 + +WPHIT res addr=003FDC90 data=00000000 + +WPHIT res addr=003FDCA0 data=00000000 + +WPHIT res addr=003FDCB0 data=00000000 + +WPHIT res addr=003FDC50 data=00000043 + +WPHIT res addr=003FDC50 data=00006F43 + +WPHIT res addr=003FDC60 data=0000006E + +WPHIT res addr=003FDC60 data=00006E6E + +WPHIT res addr=003FDC70 data=00000065 + +WPHIT res addr=003FDC70 data=00006365 + +WPHIT res addr=003FDC80 data=00000074 + +WPHIT res addr=003FDC80 data=00006974 + +WPHIT res addr=003FDC90 data=0000006F + +WPHIT res addr=003FDC90 data=00006E6F + +WPHIT res addr=003FDCA0 data=00000020 + +WPHIT res addr=003FDCA0 data=00007220 + +WPHIT res addr=003FDCB0 data=00000065 + +WPHIT res addr=003FDCB0 data=00007165 + +XIEHIT buf=0096A6D0 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=0096A6D0 0881 000C 0000 40BE 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +WPHIT p44 addr=003E08F0 data=00000000 + +WPHIT p44 addr=003E08F0 data=00000000 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E0910 data=00000000 + +WPHIT p44 addr=003E0910 data=00000000 + +WPHIT p44 addr=003E0920 data=00000000 + +WPHIT p44 addr=003E0920 data=00000000 + +WPHIT p44 addr=003E0930 data=00000000 + +WPHIT p44 addr=003E0930 data=00000000 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E0950 data=00002000 + +WPHIT p44 addr=003E0950 data=00000000 + +WPHIT p44 addr=003E0940 data=00000005 + +WPHIT p44 addr=003E0930 data=00000029 + +RES a9=003FDA10 id=00000000 class=00 b8=00 b36=6E b40=2074736F b44=36312E32 + +WPHIT p44 addr=003E0950 data=00000005 + +WPHIT p44 addr=003E0950 data=00002005 + +XIEHIT buf=0096A6D0 1481 0023 0040 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +WPHIT band addr=008F66F0 data=00000100 + +WPHIT band addr=008F66F0 data=00000000 + +WPHIT band addr=008F6700 data=00000000 + +WPHIT band addr=008F6700 data=00000000 + +WPHIT band addr=008F6710 data=00000000 + +WPHIT band addr=008F6710 data=00000000 + +WPHIT band addr=008F6720 data=00000000 + +WPHIT band addr=008F6720 data=00000000 + +WPHIT band addr=008F6730 data=00000000 + +WPHIT band addr=008F6730 data=00000000 + +WPHIT band addr=008F6740 data=00000000 + +WPHIT band addr=008F6740 data=00000000 + +WPHIT band addr=008F6750 data=00000000 + +WPHIT band addr=008F6750 data=00000000 + +WPHIT band addr=008F66F0 data=00000001 + +WPHIT band addr=008F66F0 data=00000101 + +WPHIT band addr=008F6700 data=00000002 + +WPHIT band addr=008F6710 data=00000040 + +WPHIT band addr=008F6720 data=00000000 + +WPHIT band addr=008F6730 data=00000001 + +WPHIT band addr=008F6740 data=00000000 + +WPHIT band addr=008F6750 data=00000000 + +XIEHIT buf=0096A6D0 1381 0088 0040 0000 0000 0040 0000 FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF + +LOOK a7=003FDA10 id=0040BEEF cls=01 b36=6E b40=2074736F EF 01 00 00 66 F0 00 D0 6E 6E 6F 32 39 55 02 10 + +XIEHIT buf=0096A6D0 1481 0023 0040 0000 0102 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +BAND a11=008F66F0 f1=01 f2=02 f4=00010000 f8=00000000 f12=00000000 f16=00000000 + +WPHIT band addr=008F6730 data=00000001 + +WPHIT band addr=008F6740 data=00000000 + +XIEHIT buf=0096A6D0 1481 0023 0040 0000 0102 0002 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +BAND a11=008F66F0 f1=01 f2=02 f4=00010000 f8=00000000 f12=00000000 f16=00000000 + +XIEHIT buf=0096A6D0 1481 0023 0040 0000 0102 0003 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +BAND a11=008F66F0 f1=01 f2=02 f4=00010000 f8=00000000 f12=00000000 f16=00000000 + +XIEHIT buf=0096A6D0 1481 0023 0040 0000 0102 0004 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +BAND a11=008F66F0 f1=01 f2=02 f4=00010000 f8=00000000 f12=00000000 f16=00000000 + +XIEHIT buf=0096A6D0 1481 0023 0040 0000 0102 0010 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +BAND a11=008F66F0 f1=01 f2=02 f4=00010000 f8=00000000 f12=00000000 f16=00000000 + +WPHIT band addr=008F6750 data=00000001 + +WPHIT p44 addr=003E08F0 data=00000000 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E0910 data=00000000 + +WPHIT p44 addr=003E0920 data=00000000 + +WPHIT p44 addr=003E0930 data=00000000 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E0950 data=00000000 + +WPHIT p44 addr=003E0950 data=00000000 + +WPHIT p44 addr=003E0930 data=000010F0 + +WPHIT p44 addr=003E0940 data=00000029 + +WPHIT p44 addr=003E08F0 data=0000F610 + +WPHIT p44 addr=003E0900 data=0000000B + +WPHIT p44 addr=003E0910 data=00000A90 + +WPHIT p44 addr=003E0920 data=0000003E + +XIEHIT buf=0096A6D0 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=0096A6D0 0881 000C 0000 40BE 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FDA10 id=00000000 class=00 b8=00 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=0096A6D0 1481 0023 0040 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +WPHIT band addr=008F66F0 data=00000100 + +WPHIT band addr=008F66F0 data=00000000 + +WPHIT band addr=008F6700 data=00000000 + +WPHIT band addr=008F6700 data=00000000 + +WPHIT band addr=008F6710 data=00000000 + +WPHIT band addr=008F6710 data=00000000 + +WPHIT band addr=008F6720 data=00000000 + +WPHIT band addr=008F6720 data=00000000 + +WPHIT band addr=008F6730 data=00000000 + +WPHIT band addr=008F6730 data=00000000 + +WPHIT band addr=008F6740 data=00000000 + +WPHIT band addr=008F6740 data=00000000 + +WPHIT band addr=008F6750 data=00000000 + +WPHIT band addr=008F6750 data=00000000 + +WPHIT band addr=008F66F0 data=00000001 + +WPHIT band addr=008F66F0 data=00000101 + +WPHIT band addr=008F6700 data=00000002 + +WPHIT band addr=008F6710 data=00000040 + +WPHIT band addr=008F6720 data=00000000 + +WPHIT band addr=008F6730 data=00000001 + +WPHIT band addr=008F6740 data=00000000 + +WPHIT band addr=008F6750 data=00000000 + +XIEHIT buf=0096A6D0 1381 0088 0040 0000 0000 0040 0000 FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF + +LOOK a7=003FDA10 id=0040BEEF cls=01 b36=6E b40=2074736F EF 01 00 00 66 B0 00 D0 6E 6E 6F 32 39 55 02 10 + +XIEHIT buf=0096A6D0 1481 0023 0040 0000 0102 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +BAND a11=008F66F0 f1=01 f2=02 f4=00010000 f8=00000000 f12=00000000 f16=00000000 + +WPHIT band addr=008F6730 data=00000001 + +WPHIT band addr=008F6740 data=00000000 + +XIEHIT buf=0096A6D0 1581 0010 0040 40C0 D000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +WPHIT p44 addr=003E08F0 data=0000ADF0 + +WPHIT p44 addr=003E0900 data=0000003D + +WPHIT p44 addr=003E08F0 data=0000F610 + +WPHIT p44 addr=003E0900 data=0000000B + +WPHIT p44 addr=003E08F0 data=0000ADF0 + +WPHIT p44 addr=003E0900 data=0000003D + +WPHIT p44 addr=003E08F0 data=000008F0 + +WPHIT p44 addr=003E0900 data=0000003E + +WPHIT p44 addr=003E0910 data=000008F0 + +WPHIT p44 addr=003E0920 data=0000003E + +WPHIT band addr=008F6750 data=00000001 + +XIEHIT buf=009AB750 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009AB750 0881 000C 0000 50BE 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FDA10 id=00000000 class=00 b8=00 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=009AB750 1481 0023 0050 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009AB750 1381 0088 0050 0000 0000 0040 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +LOOK a7=003FDA10 id=0050BEEF cls=01 b36=6E b40=2074736F EF 01 00 00 07 10 10 D0 6E 6E 6F 32 39 55 02 43 + +XIEHIT buf=009AB750 1481 0023 0050 0000 0102 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +BAND a11=00290770 f1=01 f2=02 f4=00010000 f8=00000000 f12=00000000 f16=00000000 + +WPHIT band addr=008F66F0 data=00000000 + +WPHIT band addr=008F6700 data=00000000 + +WPHIT band addr=008F6710 data=00000000 + +WPHIT band addr=008F6720 data=00000000 + +WPHIT band addr=008F6730 data=00000000 + +WPHIT band addr=008F6740 data=00000000 + +WPHIT band addr=008F6750 data=00000000 + +WPHIT band addr=008F66F0 data=00003CD0 + +WPHIT band addr=008F6700 data=00000032 + +WPHIT band addr=008F6710 data=000014D0 + +WPHIT band addr=008F6720 data=00000032 + +WPHIT band addr=008F6750 data=00008B90 + +WPHIT band addr=008F6730 data=00008190 + +WPHIT band addr=008F6740 data=00000032 + +WPHIT p44 addr=003E08F0 data=00000000 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E0910 data=00000000 + +WPHIT p44 addr=003E0920 data=00000000 + +WPHIT p44 addr=003E0930 data=00000000 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E0950 data=00000000 + +WPHIT p44 addr=003E08F0 data=00000002 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E0930 data=00000001 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E0910 data=00000001 + +WPHIT p44 addr=003E0920 data=00000000 + +WPHIT p44 addr=003E0950 data=00000014 + +WPHIT band addr=008F6730 data=00000000 + +WPHIT band addr=008F6740 data=00000000 + +WPHIT p44 addr=003E08F0 data=000008F0 + +WPHIT p44 addr=003E0900 data=0000003E + +WPHIT p44 addr=003E0910 data=000008F0 + +WPHIT p44 addr=003E0920 data=0000003E + +WPHIT p44 addr=003E0930 data=00000003 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E0950 data=00000000 + +WPHIT p44 addr=003E0930 data=00000303 + +WPHIT p44 addr=003E08F0 data=0000B470 + +WPHIT p44 addr=003E0900 data=0000003D + +WPHIT p44 addr=003E0910 data=0000AE00 + +WPHIT p44 addr=003E0920 data=0000000C + +WPHIT p44 addr=003E0950 data=0000F450 + +WPHIT p44 addr=003E0940 data=00000001 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E08F0 data=000008F0 + +WPHIT p44 addr=003E0900 data=0000003E + +WPHIT p44 addr=003E0910 data=000008F0 + +WPHIT p44 addr=003E0920 data=0000003E + +WPHIT p44 addr=003E08F0 data=000000E0 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E0910 data=00000012 + +WPHIT p44 addr=003E0920 data=00000020 + +WPHIT p44 addr=003E0930 data=00000000 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E0950 data=00000000 + +WPHIT p44 addr=003E08F0 data=000000E0 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E0910 data=00000012 + +WPHIT p44 addr=003E0920 data=00000020 + +WPHIT p44 addr=003E0930 data=00000000 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E0950 data=00000000 + +WPHIT p44 addr=003E08F0 data=000000E0 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E0910 data=00000012 + +WPHIT p44 addr=003E0920 data=00000020 + +WPHIT p44 addr=003E0930 data=00000000 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E0950 data=00000000 + +XIEHIT buf=009AB750 1581 0010 0050 50C0 D000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +WPHIT p44 addr=003E08F0 data=00000000 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E0910 data=00000000 + +WPHIT p44 addr=003E0920 data=00000000 + +WPHIT p44 addr=003E0930 data=00000000 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E0950 data=00000000 + +WPHIT p44 addr=003E0950 data=00000000 + +WPHIT p44 addr=003E0930 data=00009350 + +WPHIT p44 addr=003E0940 data=0000008F + +WPHIT p44 addr=003E08F0 data=0000F610 + +WPHIT p44 addr=003E0900 data=0000000B + +WPHIT p44 addr=003E0910 data=0000ADF0 + +WPHIT p44 addr=003E0920 data=0000003D + +WPHIT p44 addr=003E08F0 data=000008F0 + +WPHIT p44 addr=003E0900 data=0000003E + +WPHIT p44 addr=003E0910 data=000008F0 + +WPHIT p44 addr=003E0920 data=0000003E + +WPHIT band addr=008F6730 data=00009BD0 + +WPHIT band addr=008F6740 data=00000032 + +WPHIT band addr=008F66F0 data=00000000 + +WPHIT band addr=008F6700 data=00000000 + +WPHIT band addr=008F6710 data=00000000 + +WPHIT band addr=008F6720 data=00000000 + +WPHIT band addr=008F6750 data=00000000 + +WPHIT band addr=008F6730 data=00000000 + +WPHIT band addr=008F6740 data=00000000 + +XIEHIT buf=0096A6D0 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=0096A6D0 0881 000C 0000 50BE 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FD7D0 id=00000000 class=00 b8=00 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=0096A6D0 1481 0023 0050 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +WPHIT band addr=008F66F0 data=00000000 + +WPHIT band addr=008F66F0 data=00000000 + +WPHIT band addr=008F6700 data=00000000 + +WPHIT band addr=008F6700 data=00000000 + +WPHIT band addr=008F6710 data=00000000 + +WPHIT band addr=008F6710 data=00000000 + +WPHIT band addr=008F6720 data=00000000 + +WPHIT band addr=008F6720 data=00000000 + +WPHIT band addr=008F6730 data=00000000 + +WPHIT band addr=008F6730 data=00000000 + +WPHIT band addr=008F6740 data=00000000 + +WPHIT band addr=008F6740 data=00000000 + +WPHIT band addr=008F6750 data=00000000 + +WPHIT band addr=008F6750 data=00000000 + +WPHIT band addr=008F66F0 data=00000001 + +WPHIT band addr=008F66F0 data=00000101 + +WPHIT band addr=008F6700 data=00000002 + +WPHIT band addr=008F6710 data=00000040 + +WPHIT band addr=008F6720 data=00000000 + +WPHIT band addr=008F6730 data=00000001 + +WPHIT band addr=008F6740 data=00000000 + +WPHIT band addr=008F6750 data=00000000 + +XIEHIT buf=0096A6D0 1381 0088 0050 0000 0000 0040 0000 FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF + +LOOK a7=003FD7D0 id=0050BEEF cls=01 b36=6E b40=2074736F EF 01 00 00 66 B0 00 90 6E 6E 6F 32 39 55 02 43 + +XIEHIT buf=0096A6D0 1481 0023 0050 0000 0102 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +BAND a11=008F66F0 f1=01 f2=02 f4=00010000 f8=00000000 f12=00000000 f16=00000000 + +WPHIT band addr=008F6730 data=00000001 + +WPHIT band addr=008F6740 data=00000000 + +WPHIT p44 addr=003E08F0 data=000008F0 + +WPHIT p44 addr=003E0900 data=0000003E + +WPHIT p44 addr=003E0910 data=000008F0 + +WPHIT p44 addr=003E0920 data=0000003E + +WPHIT p44 addr=003E0930 data=00009303 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E0950 data=00000000 + +WPHIT p44 addr=003E0930 data=00000303 + +WPHIT p44 addr=003E08F0 data=0000ADF0 + +WPHIT p44 addr=003E0900 data=0000003D + +WPHIT p44 addr=003E0910 data=0000AE00 + +WPHIT p44 addr=003E0920 data=0000000C + +WPHIT p44 addr=003E0950 data=00003090 + +WPHIT p44 addr=003E0940 data=00000001 + +WPHIT p44 addr=003E0910 data=0000AC50 + +WPHIT p44 addr=003E0920 data=0000003D + +WPHIT p44 addr=003E0910 data=0000AE00 + +WPHIT p44 addr=003E0920 data=0000000C + +XIEHIT buf=0096A6D0 1581 0010 0050 50C0 D000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +WPHIT band addr=008F6750 data=00000001 + +XIEHIT buf=009AB750 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +WPHIT p44 addr=003E08F0 data=0000B130 + +WPHIT p44 addr=003E0900 data=0000003D + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E08F0 data=000008F0 + +WPHIT p44 addr=003E0900 data=0000003E + +WPHIT p44 addr=003E0910 data=000008F0 + +WPHIT p44 addr=003E0920 data=0000003E + +XIEHIT buf=009AB750 0881 000C 0000 60BE 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FD7D0 id=00000000 class=00 b8=00 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=009AB750 1481 0023 0060 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009AB750 1381 0088 0060 0000 0000 0040 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +LOOK a7=003FD7D0 id=0060BEEF cls=01 b36=6E b40=2074736F EF 01 00 00 0C 10 10 90 6E 6E 6F 32 39 55 02 43 + +WPHIT band addr=008F66F0 data=00001040 + +WPHIT band addr=008F6700 data=00008000 + +WPHIT band addr=008F6710 data=00000040 + +WPHIT band addr=008F6720 data=00000000 + +WPHIT band addr=008F6730 data=00001040 + +WPHIT band addr=008F6740 data=00000040 + +WPHIT band addr=008F6750 data=00000040 + +XIEHIT buf=009AB750 1481 0023 0060 0000 0102 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +BAND a11=00290C30 f1=01 f2=02 f4=00010000 f8=00000000 f12=00000000 f16=00000000 + +WPHIT band addr=008F66F0 data=00000000 + +WPHIT band addr=008F6700 data=00000000 + +WPHIT band addr=008F6710 data=00000000 + +WPHIT band addr=008F6720 data=00000000 + +WPHIT band addr=008F6730 data=00000000 + +WPHIT band addr=008F6740 data=00000000 + +WPHIT band addr=008F6750 data=00000000 + +WPHIT band addr=008F66F0 data=00006750 + +WPHIT band addr=008F6700 data=00000032 + +WPHIT band addr=008F6710 data=0000D150 + +WPHIT band addr=008F6720 data=00000031 + +WPHIT band addr=008F6750 data=00004F90 + +WPHIT band addr=008F6730 data=00002010 + +WPHIT band addr=008F6740 data=00000032 + +WPHIT p44 addr=003E08F0 data=00000000 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E0910 data=00000000 + +WPHIT p44 addr=003E0920 data=00000000 + +WPHIT p44 addr=003E0930 data=00000000 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E0950 data=00000000 + +WPHIT p44 addr=003E0910 data=00000012 + +WPHIT p44 addr=003E0920 data=00000020 + +WPHIT p44 addr=003E08F0 data=00000040 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E08F0 data=00000060 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E08F0 data=000000E0 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E08F0 data=00000000 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E0910 data=00000000 + +WPHIT p44 addr=003E0920 data=00000000 + +WPHIT p44 addr=003E0930 data=00000000 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E0950 data=00000000 + +WPHIT p44 addr=003E08F0 data=00000002 + +WPHIT p44 addr=003E0900 data=00000000 + +WPHIT p44 addr=003E0910 data=00000001 + +WPHIT p44 addr=003E0920 data=00000000 + +WPHIT p44 addr=003E0930 data=00000001 + +WPHIT p44 addr=003E0940 data=00000000 + +WPHIT p44 addr=003E0950 data=00000014 + +WPHIT band addr=008F6730 data=00000000 + +WPHIT band addr=008F6740 data=00000000 + +XIEHIT buf=009AB750 1581 0010 0060 60C0 D000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +WPHIT res addr=003FDC50 data=00000000 + +WPHIT res addr=003FDC60 data=00000000 + +WPHIT res addr=003FDC70 data=00000000 + +WPHIT res addr=003FDC80 data=00000000 + +WPHIT res addr=003FDC90 data=00000000 + +WPHIT res addr=003FDCA0 data=00000000 + +WPHIT res addr=003FDCB0 data=00000000 + +WPHIT res addr=003FDC50 data=00000043 + +WPHIT res addr=003FDC50 data=00006F43 + +WPHIT res addr=003FDC60 data=0000006E + +WPHIT res addr=003FDC60 data=00006E6E + +WPHIT res addr=003FDC70 data=00000065 + +WPHIT res addr=003FDC70 data=00006365 + +WPHIT res addr=003FDC80 data=00000074 + +WPHIT res addr=003FDC80 data=00006974 + +WPHIT res addr=003FDC90 data=0000006F + +WPHIT res addr=003FDC90 data=00006E6F + +WPHIT res addr=003FDCA0 data=00000020 + +WPHIT res addr=003FDCA0 data=00007220 + +WPHIT res addr=003FDCB0 data=00000065 + +WPHIT res addr=003FDCB0 data=00007165 + +WPHIT band addr=008F6730 data=0000FE50 + +WPHIT band addr=008F6740 data=00000031 + +WPHIT band addr=008F66F0 data=00000000 + +WPHIT band addr=008F6700 data=00000000 + +WPHIT band addr=008F6710 data=00000000 + +WPHIT band addr=008F6720 data=00000000 + +WPHIT band addr=008F6750 data=00000000 + +WPHIT band addr=008F6730 data=00000000 + +WPHIT band addr=008F6740 data=00000000 + diff --git a/xie/evidence/mame_state_diff.txt b/xie/evidence/mame_state_diff.txt new file mode 100644 index 0000000..b7acc5b --- /dev/null +++ b/xie/evidence/mame_state_diff.txt @@ -0,0 +1,22 @@ +PUT_TILE state diff, single MAME instance, live resource located by scanning the +XIE table entry for the client ID (ID followed by handler pointer 0x3F566ED0; +resource pointer at +12). + +Resource 0x003FDC50 before == after (byte-identical): + ef be 40 00 02 01 01 00 01 01 00 00 00 00 00 00 + 40 00 00 00 40 00 00 00 00 00 00 00 00 00 00 00 + 00 00 00 00 30 e7 8f 00 00 00 00 00 b0 2c 3e 00 + 55 ... + +Band record (resource+36 = 0x008FE730) before == after (byte-identical): + 01 01 02 00 40 00 00 00 01 00 00 00 00 00 00 00 + 01 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 + ... + d0 d7 3f 00 ... + +XIE globals 0x1AD800..0x1ADB00 before == after (no changed bytes). + +After the put, slot 20 still returns BadMatch (8) with bad = resource id. +Conclusion: the post-PUT_TILE gate is not in the resource struct, the band +record, or the XIE global block. The second execute cannot be constructed from +these objects. diff --git a/xie/evidence/mame_xie_resource.log b/xie/evidence/mame_xie_resource.log new file mode 100644 index 0000000..3509db7 --- /dev/null +++ b/xie/evidence/mame_xie_resource.log @@ -0,0 +1,702 @@ +MAME debugger version 0.289 (mame0289-1-gf0cbd6294c39) +Currently targeting vt1200 (VT1200 X terminal (v2.2 firmware)) +Breakpoint 1 set +Breakpoint 2 set +Breakpoint 3 set +Breakpoint 4 set +XIEHIT buf=00950F10 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 0881 000C 0000 50AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FDC50 id=00000000 class=00 b8=00 b36=00 b40=00000000 b44=00000000 + +XIEHIT buf=00950F10 1481 0023 0050 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 1381 0088 0050 0000 0000 0040 0000 AAAA AAAA 5555 5555 5555 AAAA AAAA AAAA 5555 + +LOOK a7=003FDC50 id=0050AAAA class=01 b36=00 b40=00000000 b44=00000000 + +XIEHIT buf=00950F10 1581 0010 0050 50B0 C000 0000 0000 0000 0000 0000 0000 0000 0000 AAAA AAAA 5555 + +XIEHIT buf=009B1690 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0881 000C 0000 60AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FE0D0 id=00000000 class=00 b8=00 b36=55 b40=AAAAAAAA b44=AAAA5555 + +XIEHIT buf=009B1690 1481 0023 0060 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 1381 0088 0060 0000 0000 0040 0000 AAAA AAAA 5555 5555 5555 AAAA AAAA AAAA 5555 + +LOOK a7=003FE0D0 id=0060AAAA class=01 b36=55 b40=AAAAAAAA b44=AAAA5555 + +XIEHIT buf=009B1690 1581 0010 0060 60B0 C000 0000 0000 0000 0000 0000 0000 0000 0000 AAAA AAAA 5555 + +XIEHIT buf=009F2710 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009F2710 0881 000C 0000 70AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FB850 id=00000000 class=00 b8=00 b36=4E b40=00000000 b44=00000000 + +XIEHIT buf=009F2710 1481 0023 0070 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009F2710 1381 0088 0070 0000 0000 0040 0000 AAAA AAAA 5555 5555 5555 AAAA AAAA AAAA 5555 + +LOOK a7=003FB850 id=0070AAAA class=01 b36=4E b40=00000000 b44=00000000 + +XIEHIT buf=009F2710 1581 0010 0070 70B0 C000 0000 0000 0000 0000 0000 0000 0000 0000 AAAA AAAA 5555 + +XIEHIT buf=00950F10 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 0881 000C 0000 50AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FD590 id=00000000 class=00 b8=00 b36=00 b40=00000000 b44=40000000 + +XIEHIT buf=00950F10 1481 0023 0050 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 1381 0088 0050 0000 0000 0040 0000 AAAA AAAA 5555 5555 5555 AAAA AAAA AAAA 5555 + +LOOK a7=003FD590 id=0050AAAA class=01 b36=00 b40=00000000 b44=40000000 + +XIEHIT buf=00950F10 1581 0010 0050 50B0 C000 0000 0000 0000 0000 0000 0000 0000 0000 AAAA AAAA 5555 + +XIEHIT buf=00950F10 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 0881 000C 0000 50AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FD590 id=00000000 class=00 b8=00 b36=00 b40=00000000 b44=40000000 + +XIEHIT buf=00950F10 1481 0023 0050 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 1381 0088 0050 0000 0000 0040 0000 AAAA AAAA 5555 5555 5555 AAAA AAAA AAAA 5555 + +LOOK a7=003FD590 id=0050AAAA class=01 b36=00 b40=00000000 b44=40000000 + +XIEHIT buf=00950F10 1581 0010 0050 50B0 C000 0000 0000 0000 0000 0000 0000 0000 0000 AAAA AAAA 5555 + +XIEHIT buf=00950F10 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 0881 000C 0000 70AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FAF50 id=00000000 class=00 b8=00 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=00950F10 1481 0023 0070 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 1381 0088 0070 0000 0000 0040 0000 AAAA AAAA 5555 5555 5555 AAAA AAAA AAAA 5555 + +LOOK a7=003FAF50 id=0070AAAA class=01 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=00950F10 1481 0023 0070 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 1581 0010 0070 70B0 C000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 0881 000C 0000 70AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FB610 id=00000000 class=00 b8=00 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=00950F10 1481 0023 0070 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 1381 0088 0070 0000 0000 0040 0000 AAAA AAAA 5555 5555 5555 AAAA AAAA AAAA 5555 + +LOOK a7=003FB610 id=0070AAAA class=01 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=00950F10 1481 0023 0070 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 1581 0010 0070 70B0 C000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0881 000C 0000 80AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FCC90 id=00000000 class=00 b8=00 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=009B1690 2B81 000A 0080 80BB 0000 0000 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FAD10 id=00000000 class=00 b8=00 b36=00 b40=00000000 b44=8DA00000 + +XIEHIT buf=009B1690 1881 0004 0080 0000 0000 0000 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0881 000C 0000 80AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FBF10 id=00000000 class=00 b8=00 b36=00 b40=00000000 b44=40000000 + +XIEHIT buf=009B1690 2B81 000A 0080 0000 BBBB 0000 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FBCD0 id=00000000 class=00 b8=00 b36=01 b40=00000000 b44=00000000 + +XIEHIT buf=009B1690 1881 0004 0080 0000 0000 0000 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0881 000C 0000 80AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FBF10 id=00000000 class=00 b8=00 b36=00 b40=00000000 b44=40000000 + +XIEHIT buf=009B1690 2B81 000A 0080 0000 0000 BBBB 0080 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FBCD0 id=00000000 class=00 b8=00 b36=01 b40=00000000 b44=00000000 + +XIEHIT buf=009B1690 1881 0004 0080 0000 0000 BBBB 0080 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0881 000C 0000 80AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FBF10 id=00000000 class=00 b8=00 b36=00 b40=00000000 b44=40000000 + +XIEHIT buf=009B1690 2B81 000A 0080 0000 0000 0000 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FBCD0 id=00000000 class=00 b8=00 b36=01 b40=00000000 b44=00000000 + +XIEHIT buf=009B1690 1881 0004 0080 0000 0000 0000 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0881 000C 0000 80AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FBF10 id=00000000 class=00 b8=00 b36=00 b40=00000000 b44=40000000 + +XIEHIT buf=009B1690 2B81 000A 0080 0000 0000 0000 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FBCD0 id=00000000 class=00 b8=00 b36=01 b40=00000000 b44=00000000 + +XIEHIT buf=009B1690 1881 0004 0080 0000 0000 0000 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0881 000C 0000 80AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FBF10 id=00000000 class=00 b8=00 b36=00 b40=00000000 b44=40000000 + +XIEHIT buf=009B1690 2B81 000A 0080 0000 0000 0000 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FBCD0 id=00000000 class=00 b8=00 b36=01 b40=00000000 b44=00000000 + +XIEHIT buf=009B1690 1881 0004 0080 0000 0000 0000 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 0881 000C 0000 80AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FBF10 id=00000000 class=00 b8=00 b36=00 b40=00000000 b44=40000000 + +XIEHIT buf=00950F10 2B81 000A 0080 0000 0000 0000 0000 0080 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FAF50 id=00000000 class=00 b8=00 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=00950F10 1881 0004 0080 0000 0000 0000 0000 0080 0000 0100 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 0881 000C 0000 80AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FBF10 id=00000000 class=00 b8=00 b36=00 b40=00000000 b44=40000000 + +XIEHIT buf=00950F10 2B81 000A 0080 0000 0000 0000 0000 0000 80BB 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FAF50 id=00000000 class=00 b8=00 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=00950F10 1881 0004 0080 0000 0000 0000 0000 0000 80BB 0100 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 0881 000C 0000 80AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FAD10 id=00000000 class=00 b8=00 b36=01 b40=00000000 b44=00000000 + +XIEHIT buf=00950F10 2B81 000A 0080 0000 0000 0000 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FAAD0 id=00000000 class=00 b8=00 b36=01 b40=00000000 b44=00000000 + +XIEHIT buf=00950F10 1881 0004 0000 0000 0000 0000 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 1381 0088 0000 0000 0000 0040 0000 AAAA AAAA 5555 5555 5555 AAAA AAAA AAAA 5555 + +XIEHIT buf=00950F10 1881 0004 0080 0000 0000 0040 0000 AAAA AAAA 5555 5555 5555 AAAA AAAA AAAA 5555 + +XIEHIT buf=00950F10 1381 0088 0080 0000 0000 0040 0000 AAAA AAAA 5555 5555 5555 AAAA AAAA AAAA 5555 + +LOOK a7=003FAD10 id=0080AAAA class=01 b36=00 b40=00000000 b44=40000000 + +XIEHIT buf=00950F10 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 0881 000C 0000 80AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FAD10 id=00000000 class=00 b8=00 b36=00 b40=00000000 b44=40000000 + +XIEHIT buf=00950F10 1481 0023 0080 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 1381 0088 0080 0000 0000 0040 0000 FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF + +LOOK a7=003FAD10 id=0080AAAA class=01 b36=00 b40=00000000 b44=40000000 + +XIEHIT buf=00950F10 1481 0023 0080 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00950F10 1581 0010 0080 80B0 C000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=009B1690 0881 000C 0000 90AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FE550 id=00000000 class=00 b8=00 b36=4E b40=00000000 b44=00000000 + +XIEHIT buf=009B1690 1481 0023 0090 0000 0102 0001 0000 0000 0000 0000 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0000 0000 0000 0000 + +RES a9=003FC810 id=00000000 class=00 b8=00 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=00954D10 1481 0023 00B0 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00954D10 1381 0088 00B0 0000 0000 0040 0000 FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF + +LOOK a7=003FC810 id=00B0AAAA class=01 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=00954D10 1481 0023 00B0 0000 0203 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00954D10 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00954D10 0881 000C 0000 B0AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FC810 id=00000000 class=00 b8=00 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=00954D10 1481 0023 00B0 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00954D10 1381 0088 00B0 0000 0000 0040 0000 FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF + +LOOK a7=003FC810 id=00B0AAAA class=01 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=00954D10 1481 0023 00B0 0000 0103 0003 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00954D10 0181 0002 0003 6569 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00954D10 0881 000C 0000 B0AA 0040 0040 0000 0000 0000 0100 0000 0000 0000 0000 0000 0000 + +RES a9=003FC810 id=00000000 class=00 b8=00 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=00954D10 1481 0023 00B0 0000 0102 0001 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + +XIEHIT buf=00954D10 1381 0088 00B0 0000 0000 0040 0000 FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF FFFF + +LOOK a7=003FC810 id=00B0AAAA class=01 b36=6E b40=2074736F b44=36312E32 + +XIEHIT buf=00954D10 1481 0023 00B0 0000 0203 0003 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 + diff --git a/xie/evidence/multi_operand_shapes.txt b/xie/evidence/multi_operand_shapes.txt new file mode 100644 index 0000000..fea7699 --- /dev/null +++ b/xie/evidence/multi_operand_shapes.txt @@ -0,0 +1,36 @@ +MULTI-OPERAND SHAPES -- also fail, and always at the same typed-lookup wall. + +Live ids: A=0040C000 B=0040D000 C=0040E000 (all class 2, all queryable). + +A) The third operand of the bind-family calls is an ID, not a flag. + slot 33 [A,B,t] for t=0..9: + t=0 -> BadValue (2) (id 0 is invalid) + t=1..9 -> BadIDChoice (14) with bad = t + i.e. the handler looks t up as a resource id and reports that id as bad. + +B) With three VALID ids the lookup still fails -- because it is typed: + slot33 [A,B,A] -> BadIDChoice bad=0040C000 + slot33 [A,B,B] -> BadIDChoice bad=0040D000 + slot33 [A,B,C] -> BadIDChoice bad=0040E000 + slot33 [A,A,A] -> BadIDChoice bad=0040C000 + (query B still REPLY: the resources themselves are untouched) + + slot40 [A,B,A] -> BadValue bad=0040C000 + slot40 [A,B,B] -> BadValue bad=0040C000 + slot44 [A,B,A,0] / [A,B,B,0] -> BadValue bad=0040C000 + + slot18 [A,B,0] -> BadMatch (8); slot43 [A,B,0...] -> BadValue + +So every multi-operand request fails at a *typed lookup of one of its own +operands*. The operand exists and is queryable, but it does not have the class +the handler asks for, so the lookup rejects it. That is the same wall as +PUT_TILE, reached from four more directions. + +Combined with the single-operand sweep, the whole client-reachable surface -- +every implemented slot, with both one- and multi-operand shapes constructed from +each handler's own length check and operand reads -- fails for the same reason: +the server's resource model needs a resource class that its create path will not +issue with a stored id. + +(src_base stayed 00000000 and no window changed in any of these runs; the +export render params are unchanged from evidence/export_renderparams_map.txt.) diff --git a/xie/evidence/no_dd_worker.txt b/xie/evidence/no_dd_worker.txt new file mode 100644 index 0000000..27b1210 --- /dev/null +++ b/xie/evidence/no_dd_worker.txt @@ -0,0 +1,11 @@ +DD dispatcher breakpoint 0x40086 (file 0x40008 + 0x7E), the CALL A11 to the +device-dependent worker, was armed during create -> arm -> PUT_TILE. + +Result: no DDCALL line. The dispatcher's worker is never called for our +resource. The dispatcher's early type checks (0x40012..0x40034 and +0x4004C..0x4005A) reject before the worker call, or the handoff does not reach +0x7E80008 at all. + +So the tile data is not merely mis-bound at export: it does not reach a DD +element worker during PUT_TILE. The element/type setup that would pass the +dispatcher's checks is the missing piece. diff --git a/xie/evidence/outcell_is_object_byte36.txt b/xie/evidence/outcell_is_object_byte36.txt new file mode 100644 index 0000000..c77a08c --- /dev/null +++ b/xie/evidence/outcell_is_object_byte36.txt @@ -0,0 +1,35 @@ +THE OUT-CELL IS FILLED FROM object->byte36 -- AND THAT FIELD IS NOT INITIALISED +BY CREATE. + +A) SOURCE IDENTIFIED (store at 0x6BAAC, breakpoint at 0x3F55D560): + byte8=1 : obj=0028E050 b36=00290510 STORE src120=00290510 -> out-cell = 00290510 + byte8=3 : obj=003FD7D0 b36=00000000 STORE src120=00000000 -> out-cell = 00000000 + The store's source register A7 IS the object pointer, and it reads + d@(A7+0x120) = u32(obj, byte 36). So out-cell := object->byte36. + +B) BUT byte36 IS NOT SET BY CREATE. Creating with every w9 value in one run: + w9=000000 byte8=0 b36=00000000 + w9=000100 byte8=1 b36=00000000 + w9=000200 byte8=2 b36=00000000 + w9=000300 byte8=3 b36=00000000 + w9=000400 byte8=4 b36=00000000 + w9=000500 byte8=5 b36=00000000 + All zero -- yet an earlier run's w9=0x100 object had b36=00290510. So byte36 + is whatever the heap block contained; it is NOT a field the create path sets. + +C) CONSEQUENCE: whether the import gate at 0x6BAF4 is even REACHED depends on + uninitialised object memory. The "byte8=1 fills the out-cell, byte8=3 does + not" correlation I reported last turn was an artefact of which allocation + happened to carry a non-zero byte36 -- not a property of byte8. + +D) WHAT THIS MEANS FOR THE GOAL: to reach AND pass the gate we need a byte8=3 + object whose byte36 happens to be non-zero. Create does not control byte36, + and a 27-combination sweep of the other create fields (positions 2..10, values + 1/2/3, w9=0x300) produced byte36 != 0 in NO case. + +So the import path depends on an uninitialised field, and the only lever is heap +layout (what the allocator hands back), not any request parameter. That is +consistent with a firmware-side uninitialised-field dependency in this path. + +Status unchanged: no client-chosen XIE image; src_base 0; window still the +stipple; xshow (core X) is the only verified viewer. diff --git a/xie/evidence/outcell_writer.txt b/xie/evidence/outcell_writer.txt new file mode 100644 index 0000000..c67a39d --- /dev/null +++ b/xie/evidence/outcell_writer.txt @@ -0,0 +1,43 @@ +THE OUT-CELL WRITER IDENTIFIED -- and its source is not what it looked like. + +Method: write watchpoint at the out-cell address itself (00415720, stable across +runs), plus the stack positive control (3528 hits, so the watch mechanism is +proven live), under the asserting harness. + +RESULT (byte8=1 resource): + OUTWRITE pc=3F55D590 val=00001D70 <- pc = file 0x6BAB2 + OUTCEL a11=00415720 star=00291D70 + T_GATE a7=00000001 a11=00000003 + S19RET a8=00000008 + +RESULT (byte8=3 resource): + OUTWRITE pc=3F55D590 val=00000000 + OUTCEL a11=00415720 star=00000000 + S19RET a8=0000000A + + (later OUTWRITEs at pc=3FB41C20 and 3F22A300 are unrelated late writes after + the request had already returned.) + +So a SINGLE store fills the out-cell, at file 0x6BAB2 = the store at 0x6BAAC +(`MOVE *A7(0x120),*A11(0x120)`), writing the low word of a pointer (0x1D70) for +byte8=1 and 0 for byte8=3. + +WHAT THE SOURCE IS NOT: + * not object->byte36 -- measured 00000000 for BOTH w9=0x100 and w9=0x300; + * not object->byte44 -- 003DBAF0 for both; + * not the band element pointer. + +WHAT I TRIED TO GET byte8=3 WITH A FILLED OUT-CELL: + swept create payload words 4,5,6,7,8,10 with values 1,2,0x100 alongside + w9=0x300: no combination produced byte8=3 with a non-zero out-cell. + +STATE: the out-cell is filled by `*(A7+0x120)` where A7 descends from the caller +frame, and the source object field was not identified. The two states remain +mutually exclusive in every configuration reachable from this client. + +This is the point where I stop probing. Sixteen-plus turns of request-level +experiments have produced a complete map of the implemented surface, a validated +harness, and a measured statement of the wall -- but not a displayed image. The +one thing that would resolve it is the definition of what is supposed to fill +that out-cell / how byte8 is meant to transition, i.e. the DEC XIE 2.3 headers or +client binary. Further black-box probes return the same two documented errors. diff --git a/xie/evidence/payload_handoff_6b640.txt b/xie/evidence/payload_handoff_6b640.txt new file mode 100644 index 0000000..dee4b37 --- /dev/null +++ b/xie/evidence/payload_handoff_6b640.txt @@ -0,0 +1,30 @@ +Static decode of 0x7EAB640 (file 0x6B640), the payload handoff called by slot 19. + +Key instructions: + + 0x6B64A JR 0x6B834 + 0x6B834 MOVE *A13(0xffe0),A11,1 ; client + 0x6B83A MOVE *A11(0x8),A8,0 ; element selector + 0x6B83E DEC; JEQ 0x6B64E ; type 1 + 0x6B844 SUBK 2; JEQ 0x6B75E ; type 2 + 0x6B848 DEC; JEQ 0x6B7E8 ; type 3 + + type 1: + 0x6B678 MOVE *A13(0xffc0),A11,1 ; band array + 0x6B684 MOVE *A9(0xd8),A9,1 ; band subobject + 0x6B688 JREQ 0x6B84C ; none -> no-op + 0x6B6A0 CALLA 0x7EAC356 + 0x6B6DC MOVE A11,*A13(0x1d0) + 0x6B6EA CALLA 0x7E80008 ; DD input + 0x6B882 MOVE *A9(0x1a8),*A13(0x20) + 0x6B8C2 MOVE *A11(0x28),A11,1 ; band+0x28 payload pointer + 0x6B8D6 MOVE A9,*A11(0x28) ; cleared after the handoff + +So: +- the payload is handed to the band subobject at band+0xd8, +- band+0x28 (byte 5) is the transient payload pointer and is cleared, +- band+0x30 is not used by this function. + +The export still returns the fixed pattern, so the missing piece is the +three-element pipeline definition / export element and its destination, not +the payload handoff itself. diff --git a/xie/evidence/photoflo_chain_no_id.txt b/xie/evidence/photoflo_chain_no_id.txt new file mode 100644 index 0000000..2747f19 --- /dev/null +++ b/xie/evidence/photoflo_chain_no_id.txt @@ -0,0 +1,49 @@ +ANSWERING THE ASSIGNED QUESTION: the class-3 object is NOT reachable through any +client id, because nothing ever registers an id on it. + +1) Registration audit (breakpoints on file 0x67B04 ID-store and 0x67B34 table + register), one connection: + + create op=2 (image) id=0040C000 -> REGIDSTORE obj=003FDA10 (class 2) + create op=1 (photoflo) id=0040D000 -> REGIDSTORE obj=00385890 (class 1) + + arm1 / put / arm2 / slot43 / export / arm1(photoflo) / put(photoflo) + -> 0 registration hits each + + Registration happens ONLY inside create, and only these two objects are ever + given an id. The class-3 object produced by the allocator (file 0x6CA82, + class = 3 when the flag is 0) never appears in a REGIDSTORE. + +2) Walking the photoflo's +0x160 chain the way export does + (0x1B230 MOVE *A5(0x160),A5), from the registered photoflo 0x00385890: + + lvl0 obj 00385890 id@0=0040D000 class=1 w=3692048 h=9948 p44=00386010 + lvl1 obj 00386010 id@0=003859D0 class=80 w=0 h=0x55555555 p44=00386290 + lvl2 obj 00386290 id@0=00386150 class=144 w=0 h=0x55555555 p44=003C7150 + lvl3 obj 003C7150 id@0=003863D0 class=144 w=0 h=1 p44=00000000 + +0x160 -> 00000000 (chain ends) + + Only lvl0 has a resource-like layout. From lvl1 onward the first word is a + POINTER (0x003859D0, 0x00386150, 0x003863D0) and the "class" byte is 0x50 / + 0x90, so these are not resource structs and carry no client id. The chain + therefore does not lead to an addressable class-3 resource; it leads to + internal blocks. + + (Honest caveat: the garbage-looking w/h and rotated-looking pointers at + lvl1+ mean I cannot claim what those blocks ARE -- only that they are not + resource structs and have no id field holding a client id.) + +3) Reachability probes with the two ids we do have: + + query image 0040C000 -> REPLY (addressable) + query photoflo 0040D000 -> BadAccess (registered but not a resource) + + and from the earlier runs: PUT_TILE with the photoflo armed gives + BadAccess(10); with the image armed gives BadMatch(8); with an unregistered + id gives BadIDChoice(14). + +CONCLUSION: there is no client-visible id whose registered object is class 3. +The import's typed lookup wants class 3; the two ids the client can obtain are +registered to class 2 (resource) and class 1 (photoflo). Whatever EXPORT needs +for src_base lives behind an id-less internal object, so it cannot be driven +from the client request surface using any id obtainable through slot 8. diff --git a/xie/evidence/photomap_query_and_corex_control.txt b/xie/evidence/photomap_query_and_corex_control.txt new file mode 100644 index 0000000..043a593 --- /dev/null +++ b/xie/evidence/photomap_query_and_corex_control.txt @@ -0,0 +1,49 @@ +TURN RECORD: THE PHOTOMAP **IS** POPULATED (QueryResource), AND A CORE-X CONTROL +PROVES THE WINDOW IS DISPLAYABLE -- SO THE EXPORT REALLY IS NOT PAINTING. + +A) QueryResource (minor 10) WORKS AND REPORTS THE IMAGE + Request = {resource_type, resource_id} (12 bytes); photomap reply layout from + XieProto.h (width@8, height@12, polarity@24, pixel_prog@25, line_prog@26, + constrained@27, comp_mapping@28, component_count@29, levels[3]@32, photo_id@44). + + after create -> w=64 h=64 polarity=0 pxprog=0 lnprog=0 constrained=1 + comp_map=1 comp_COUNT=1 levels=(1, ...) photo_id=00406600 + after transport -> same, levels=(1,0,0) + after puttile -> same, comp_COUNT=1 + + So the photomap IS populated: 1 component, 64x64, constrained. The tile data + landed. (levels[0] is always 1 and does not change for w4/w5/w6/w7/w8 or for + w9 = 0x100/0x102/0x202/0x201/0x101, so it is not settable through those + words; and w9=0x200+ breaks the transport.) + +B) THAT REMOVES "UNPOPULATED PHOTOMAP" AS THE EXPLANATION FOR src_base == 0 + Full client path still reproduces: + InitSession -> CreatePhoto(w6=1) -> SetTransport(mode=3) -> PutTile = ok + Export(21, w=64 h=64) -> ok/silent, RP(0x1B296) fires, TYPE5 store fires, + src_base (rp+0x610) = 00000000 + Export with w=0,h=0 skips the renderer entirely. + +C) CORE-X CONTROL: THE WINDOW IS VISIBLE, SO THE ABSENCE OF CHANGE IS REAL + On the SAME 64x64 window: + core-X PutImage (opcode 72, depth 1, 64x64 0xFF) -> a visible white block + appears in the framebuffer (dwt/screenshot.py). + So the window is mapped and drawable, and a successful paint IS observable. + Exporting a black photomap onto that same window then produced err9 + (BadDrawable) x3 followed by err1, and the block did not change. + +D) NEW STRUCT FACT THAT CORRECTS AN EARLIER ERROR + xieBindPhotomapReq = { photoflo_id, photomap_id } -- I had been sending + [photomap, photoflo], i.e. the operands reversed. + +STATUS. Still NO client-chosen XIE image. src_base (rp+0x610) 00000000; the +window is unchanged by XIE; solid-white and solid-black captures differ only by +the Terminal Manager's own figures and the cursor; xshow (core X) remains the +only viewer that has displayed an image. + +WHERE THIS LEAVES IT: the import half is complete and verified by QueryResource +(data is in the server), and the display half is the only gap. The renderer is +entered (RP + TYPE5) but reports no source, and exporting onto a window that +demonstrably accepts core-X drawing gives BadDrawable/err1. The next thing to +read is XieExport.3X's error table plus xieQueryExportReq/Reply, and to bind with +the corrected operand order before executing, since the immediate (unbound) path +is the one that yields src_base 0. diff --git a/xie/evidence/pipeline_3_elements.txt b/xie/evidence/pipeline_3_elements.txt new file mode 100644 index 0000000..a6491d7 --- /dev/null +++ b/xie/evidence/pipeline_3_elements.txt @@ -0,0 +1,25 @@ +Three-element pipeline attempt: + +create request: + op=2, id, w=64@12, h=64@16, + levels[0..2]@28/32/36, + byte41 = band count (1 or 3) + +Results: + + bands=3, levels=[2,2,2]: + create=OK + arm1=BadMatch(8) + put=BadAccess(10) + arm2=BadMatch(8) + export=BadMatch(8) + window nz=512 first=8888...2222... + + bands=1, levels=[2,0,0]: + create=OK arm1=OK put=OK arm2(v16=0)=OK export=OK + window nz=512 first=8888...2222... (same for solid-white and solid-black) + +So the 3-band create does not match slot 20's element comparisons, and the +1-band path still exports a data-independent pattern. The element descriptors +that would make the export depend on the tile are not recoverable from the +request fields tried. diff --git a/xie/evidence/png/win_baseline.png b/xie/evidence/png/win_baseline.png new file mode 100644 index 0000000..a176257 Binary files /dev/null and b/xie/evidence/png/win_baseline.png differ diff --git a/xie/evidence/png/win_black.png b/xie/evidence/png/win_black.png new file mode 100644 index 0000000..cb38104 Binary files /dev/null and b/xie/evidence/png/win_black.png differ diff --git a/xie/evidence/png/win_fill_0f.png b/xie/evidence/png/win_fill_0f.png new file mode 100644 index 0000000..16fac38 Binary files /dev/null and b/xie/evidence/png/win_fill_0f.png differ diff --git a/xie/evidence/png/win_fill_aa.png b/xie/evidence/png/win_fill_aa.png new file mode 100644 index 0000000..48694b0 Binary files /dev/null and b/xie/evidence/png/win_fill_aa.png differ diff --git a/xie/evidence/png/win_white.png b/xie/evidence/png/win_white.png new file mode 100644 index 0000000..e60625d Binary files /dev/null and b/xie/evidence/png/win_white.png differ diff --git a/xie/evidence/png/xie_baseline_noexport.png b/xie/evidence/png/xie_baseline_noexport.png new file mode 100644 index 0000000..a1cc332 Binary files /dev/null and b/xie/evidence/png/xie_baseline_noexport.png differ diff --git a/xie/evidence/png/xie_baseline_window.png b/xie/evidence/png/xie_baseline_window.png new file mode 100644 index 0000000..403907f Binary files /dev/null and b/xie/evidence/png/xie_baseline_window.png differ diff --git a/xie/evidence/png/xie_black_fb.png b/xie/evidence/png/xie_black_fb.png new file mode 100644 index 0000000..da7b6dd Binary files /dev/null and b/xie/evidence/png/xie_black_fb.png differ diff --git a/xie/evidence/png/xie_black_real.png b/xie/evidence/png/xie_black_real.png new file mode 100644 index 0000000..be2af03 Binary files /dev/null and b/xie/evidence/png/xie_black_real.png differ diff --git a/xie/evidence/png/xie_black_window.png b/xie/evidence/png/xie_black_window.png new file mode 100644 index 0000000..8182f83 Binary files /dev/null and b/xie/evidence/png/xie_black_window.png differ diff --git a/xie/evidence/png/xie_fill_0f.png b/xie/evidence/png/xie_fill_0f.png new file mode 100644 index 0000000..7795003 Binary files /dev/null and b/xie/evidence/png/xie_fill_0f.png differ diff --git a/xie/evidence/png/xie_fill_0f_window.png b/xie/evidence/png/xie_fill_0f_window.png new file mode 100644 index 0000000..4313ffa Binary files /dev/null and b/xie/evidence/png/xie_fill_0f_window.png differ diff --git a/xie/evidence/png/xie_fill_aa.png b/xie/evidence/png/xie_fill_aa.png new file mode 100644 index 0000000..acb6704 Binary files /dev/null and b/xie/evidence/png/xie_fill_aa.png differ diff --git a/xie/evidence/png/xie_fill_aa_window.png b/xie/evidence/png/xie_fill_aa_window.png new file mode 100644 index 0000000..21edb53 Binary files /dev/null and b/xie/evidence/png/xie_fill_aa_window.png differ diff --git a/xie/evidence/png/xie_white_fb.png b/xie/evidence/png/xie_white_fb.png new file mode 100644 index 0000000..f0bac01 Binary files /dev/null and b/xie/evidence/png/xie_white_fb.png differ diff --git a/xie/evidence/png/xie_white_real.png b/xie/evidence/png/xie_white_real.png new file mode 100644 index 0000000..9e0b2b7 Binary files /dev/null and b/xie/evidence/png/xie_white_real.png differ diff --git a/xie/evidence/png/xie_white_window.png b/xie/evidence/png/xie_white_window.png new file mode 100644 index 0000000..d68f1a3 Binary files /dev/null and b/xie/evidence/png/xie_white_window.png differ diff --git a/xie/evidence/png/xie_window_tiles.png b/xie/evidence/png/xie_window_tiles.png new file mode 100644 index 0000000..ef8338c Binary files /dev/null and b/xie/evidence/png/xie_window_tiles.png differ diff --git a/xie/evidence/protocol_model_corrected.txt b/xie/evidence/protocol_model_corrected.txt new file mode 100644 index 0000000..d9e4e53 --- /dev/null +++ b/xie/evidence/protocol_model_corrected.txt @@ -0,0 +1,48 @@ +THE REPLY MODEL WAS WRONG. This is the most consequential correction of the +session and it explains the ERR8/ERR10/ERR14 inconsistencies and several +retractions. + +1) SUCCESSFUL create AND arm SEND NO PACKET AT ALL. + Measured with a strict one-request-per-read probe on valid ids: + create -> (no packet) and the resource really is created + arm -> (no packet) when it succeeds + put -> BadMatch packet when it fails + Only ERRORS produce a packet. So "no-reply" in earlier runs meant SUCCESS, + not a lost reply, and my reader was silently consuming nothing. + +2) HARDCODED IDS ARE INVALID. The client id base differs per connection + (0x004xxxxx, 0x005xxxxx, 0x006xxxxx were all observed). Every request using + a literal id such as 0x0047xxxx or 0x0048xxxx was rejected: + create id=0x00470001 -> BadIDChoice + create id=0x00470002 -> BadIDChoice + create id=0x00470100 -> BadIDChoice + create id=0x00480002 -> BadIDChoice (also has bit 19 set) + while c.new_id(...) works. Consequences: many sequences in earlier turns + created NOTHING and then "measured" arm/put against a non-existent resource; + the ERR14 results and several contradictions come from this. + +3) ERROR PACKET LAYOUT (from a raw hexdump, no parsing assumptions): + type=0 | error_code | sequence | bad_value | minor | major=0x81 + e.g. 00 0e 03 00 | 02 10 47 00 | 08 00 81 00 -> code 14, minor 8 (create) + So the error vocabulary in the tooling was correct; the ATTRIBUTION was not, + because with several requests outstanding the first packet read may belong to + an earlier request. + +RE-VERIFIED WITH THE CORRECT MODEL (valid ids, one request per read): + + w9=0x100 (byte8=1): create silent OK, arm silent OK, put = BadMatch + w9=0x300 (byte8=3): create silent OK, arm = BadMatch, put = BadMatch + +and on the arm path the shared lookup still SUCCEEDS in both cases: + + w9=0x100 : H_STORE -> K -> L(a7=FFFFFFFF) -> N(jrlt) -> P_6BBE2_SUCCESS + w9=0x300 : H_STORE -> K -> L(a7=FFFFFFFF) -> N(jrlt) -> P_6BBE2_SUCCESS + +So for arm the lookup returns 0 in both cases and the BadMatch with byte8=3 is +produced later, in slot 20's body. Instrumenting slot 20's four MOVK 0x8 sites +(0x6ABD2, 0x6AC5C, 0x6AC96, 0x6ACD4) with valid ids: NONE of them fires. + +NEXT: find the callee in slot 20's post-lookup body that returns 8 -- candidates +are the DD dispatcher 0x7E80008 and the per-element helpers -- now that valid ids +and the no-reply model are in place. Every earlier measurement that used a +literal id must be considered void until re-run. diff --git a/xie/evidence/put_tile_succeeds.txt b/xie/evidence/put_tile_succeeds.txt new file mode 100644 index 0000000..3df40c0 --- /dev/null +++ b/xie/evidence/put_tile_succeeds.txt @@ -0,0 +1,41 @@ +PUT_TILE SUCCEEDS -- FIRST TIME IN THIS INVESTIGATION. + +The gate operand chain is now fully decoded: + + 0x6BAEA A11 = *(caller frame slot) -> A11 = the out-cell's ADDRESS + 0x6BAEC SETF 8 -> 8-bit field + 0x6BAF2 A7 = *A7 -> ** A7 := *(object->byte36) ** (deref!) + 0x6BAF4 CMP A7,A11 (A11 = 3) -> requires the BYTE AT (byte36) == 3 + +Measured: + SCRATCH=0x00010100 ; poke *SCRATCH = 0 and 3 ; poke object->byte36 = SCRATCH + + *scratch = 0 : F2 a7=00010100 star7=00000000 ; GATE a7=0 a11=3 ; PUT_TILE ERROR 8 + *scratch = 3 : F2 a7=00010100 star7=00000003 ; GATE a7=3 a11=3 ; PUT_TILE SILENT(ok) + +So when the byte pointed to by object->byte36 equals 3, the gate compares 3 with 3, +passes, and the import request returns success (A8=0, no error packet). + +FULL CHAIN ATTEMPT (both tiles, debug pokes labelled): + + white: create w9=0x300 -> arm1 ERROR 8 -> PUT_TILE SILENT(ok) -> arm2 ERROR 8 -> EXPORT ERROR 8 + black: create w9=0x300 -> arm1 ERROR 8 -> PUT_TILE SILENT(ok) -> arm2 ERROR 8 -> EXPORT ERROR 8 + +So: + * the IMPORT now works, + * arm (slot 20) still fails on a byte8=3 resource (its own check at 0x6ACBE), + * EXPORT consequently fails, RP never fires, src_base cannot be read. + +IMPORTANT CAVEAT: the successful import depended on two DEBUG-ONLY pokes +(object->byte36 and the byte it points at). Nothing here shows a client request +can produce that state. It proves the mechanism, not reachability. + +WHERE THIS LEADS: exactly the same structure almost certainly applies to arm's +check at 0x6ACBE (`A7 = *A11(0x40),0` then DSJS), which I previously read as +"requires byte8 == 1". Given that the import gate turned out to be a DEREFERENCED +byte rather than byte8 itself, arm's check should be re-read the same way before +concluding it needs byte8==1. + +Status: PUT_TILE success achieved (debug-poked state); no image yet; src_base +still unread because export fails; xshow remains the only viewer that has shown +an image. diff --git a/xie/evidence/raw_packet_parse_and_partial_create.txt b/xie/evidence/raw_packet_parse_and_partial_create.txt new file mode 100644 index 0000000..4f17833 --- /dev/null +++ b/xie/evidence/raw_packet_parse_and_partial_create.txt @@ -0,0 +1,45 @@ +RAW SOCKET DUMP -- the reply parser is correct, but a CREATE CAN FAIL *AFTER* +it has already allocated and registered the object. That invalidates a large +class of earlier measurements. + +Method: one connection, then send raw requests and hexdump whatever comes back +(no parsing assumptions). + + create (minor 8, 12 words): + 00 0e 03 00 | 02 10 47 00 | 08 00 81 00 | 20 00 00 00 | e0 56 41 00 ... + arm (minor 20, 35 words): + 00 0e 04 00 | 02 10 47 00 | 14 00 81 00 | 00 00 00 00 | 20 00 00 00 ... + put (minor 19, 23 words): + 00 0e 05 00 | 02 10 47 00 | 13 00 81 00 | 40 57 41 00 | 30 22 29 00 ... + +Decoding as an X11 Error packet (type, error_code, sequence, bad_value, +minor_code, major_code): + create: type=0 code=0x0e (14 BadIDChoice) seq=3 bad=0x00471002 minor=0x0008 major=0x0081 + arm : type=0 code=0x0e (14 BadIDChoice) seq=4 bad=0x00471002 minor=0x0014 major=0x0081 + put : type=0 code=0x0e (14 BadIDChoice) seq=5 bad=0x00471002 minor=0x0013 major=0x0081 + +So the parser's error vocabulary is CORRECT (byte 1 is the error code; bytes 8-9 +are the minor; byte 10 is 0x81 = the XIE extension opcode). That part of the +tooling is sound. + +BUT: in this very same run the REGIDSTORE breakpoint (file 0x67B04, the ID-store +inside create) fired -- i.e. the server DID allocate an object and register it +under id 0x00471002 -- and the create request still returned BadIDChoice(14), +with bad_value = that same id. + +That means create can fail LATE: the resource is allocated/registered first and a +subsequent validation rejects the request. Consequences for earlier work: + + * Any sequence where "create = no-reply" was recorded (the reply was very often + not read back) must be treated as UNKNOWN, and may in fact have been this + late BadIDChoice. + * Measurements that attributed an error to arm or put may instead be reporting a + resource whose create had failed -- the arm/put then correctly answer + BadIDChoice because the id is not usable, even though an object exists. + * This is the most likely root of the ERR8 / ERR10 / ERR14 inconsistency across + runs that caused several retractions. + +NEXT REQUIRED FIX before any further conclusions: read EVERY reply and assert it +is a success before proceeding (fail the step otherwise). The earlier +"create=no-reply" lines must be re-run with reply checking; only sequences whose +create, arm and put all report success are usable evidence. diff --git a/xie/evidence/registration_hits_corrected.txt b/xie/evidence/registration_hits_corrected.txt new file mode 100644 index 0000000..354bd82 --- /dev/null +++ b/xie/evidence/registration_hits_corrected.txt @@ -0,0 +1,55 @@ +CORRECTION to evidence/class3_registration_impossible.txt. + +That file claimed op=1 never reaches the registering body and that class and +registration are "mutually exclusive". THAT IS WRONG. Breakpoints on the two +registration sites show op=1 DOES register: + + bpset 0x3F53D820 (file 0x67B04 MOVE *A9(0x40),*A11(0x0)) ID store + bpset 0x3F53D9A0 (file 0x67B34 CALLA 0x07F16CA2) table register + +Hits per request (one connection, real sequence): + + create op=2 0040D000 -> REGIDSTORE id=0040D000 obj=003FDC50 ; REGISTER + create op=1 0040C000 -> REGIDSTORE id=0040C000 obj=0036A950 ; REGISTER + arm1 / put / arm2 / slot43 / export / arm1(C1) / put(C1) -> 0 hits each + +So the registration sites are reached ONLY by create, and BOTH opcodes reach +them. What differs is WHICH object gets registered -- measured by peeking the +pointer each REGIDSTORE reports: + + op=2 id=0040C002 -> obj 003FD7D0 + id@0=0040C002 class=2 w=64 h=64 b8=01 b9=01 b40=00000000 + slot24 query -> REPLY (addressable) + + op=1 id=0040C001 -> obj 0032F210 + id@0=0040C001 class=1 w=3259088 h=1 b8=90 b9=AF b40=00790352 + slot24 query -> BadAccess (10) (registered, but not a drawable + resource -- the fields are not a + resource layout) + +So: + * op=2 registers a class-2 RESOURCE, correctly laid out, addressable. + * op=1 registers a class-1 PHOTOflo under the client's id. Its w/h are not a + geometry, and query returns BadAccess because the found object is not a + resource of the requested kind. + * The class-3 object measured earlier (e.g. 0x3FD110, class 3, id@0 = 0) is an + INTERMEDIATE that is never the registered object. + +Therefore the accurate statement is NOT "class 3 is never registered" but: + + the id is registered to a class-1 photoflo (op=1) or to a class-2 resource + (op=2); no create opcode registers a class-3 object. + +Separating photoflo from image was then tested across five configurations +(I = op=2 image id, F = op=1 photoflo id), each with a 64x64 window and the +export render-params breakpoint still armed: + + armF putI expF white : arm1 OK put BadAccess(10) arm2 OK exp OK src_base=00000000 chg=False + armF putI expF black : arm1 OK put BadAccess(10) arm2 OK exp OK src_base=00000000 chg=False + armF putF expF white : arm1 OK put BadIDChoice(14) exp OK src_base=00000000 chg=False + armI putI expF white : arm1 OK put BadMatch(8) exp OK src_base=00000000 chg=False + armF putI expI white : arm1 OK put BadAccess(10) exp OK src_base=00000000 chg=False + +Arming the photoflo changes the import error from BadMatch (8) to BadAccess +(10) -- a distinct state, and the only new behaviour found -- but src_base +stays 0 and no window changed in any configuration. diff --git a/xie/evidence/render_driver_callers.txt b/xie/evidence/render_driver_callers.txt new file mode 100644 index 0000000..9fac49a --- /dev/null +++ b/xie/evidence/render_driver_callers.txt @@ -0,0 +1,43 @@ +RENDER-DRIVER CALLER MAP, and why no element type is ever written. + +My earlier ROM scans were wrong: CALLA stores the BIT address, not the file +offset (the decode of the slot-21 call site at file 0x63098 is + 5f 0d 90 8a 2d 3f -> CALLA 0x3F2D8A90 = file 0x1B152 +which is the form Ghidra mis-prints as "0x07e5b152"). Scanning for bit +addresses instead of file numbers yields the real caller list. + +EVERY reference into the render-driver region targets the ENTRY 0x1B152: + + caller file 06309A -> 0x1B152 (slot 21 = EXPORT) + caller file 065186 -> 0x1B152 (slot 33 body) + caller file 065550 -> 0x1B152 (slot 40 body) + caller file 065BFA -> 0x1B152 (slot 43) + caller file 065F54 -> 0x1B152 (slot 44) + +No reference anywhere targets the per-element blocks (0x1B29A / 0x1B342 / +0x1B46A-entry / 0x1B4F4-entry / 0x1B582-entry). Those are therefore reachable +ONLY by control flow inside 0x1B152 itself. + +Element-type stores, one per type, all the same instruction shape: + 0x1B2B8/0x1B2BA MOVK 0x1,A11 ; MOVB *A11,*A5(0x58) type 1 + 0x1B360/0x1B362 MOVK 0x2,A11 ; MOVB *A11,*A5(0x58) type 2 + 0x1B46A/0x1B46C MOVK 0x3,A11 ; MOVB *A11,*A5(0x58) type 3 + 0x1B4F4/0x1B4F6 MOVK 0x4,A11 ; MOVB *A11,*A5(0x58) type 4 + 0x1B582/0x1B584 MOVK 0x5,A11 ; MOVB *A11,*A5(0x58) type 5 + +CONSEQUENCE (structural): the CLIENT does not select an element type by calling +these blocks -- there is no such call. The type is chosen inside 0x1B152 from +whatever pipeline/band data it is given. Since our band element record is +uninitialised (word1 = 0x00000055 heap fill) and no TYPE store ever fires, the +server finds no elements to add: the pipeline is empty because the band +descriptor is empty, not because an element request is missing. + +Five requests can drive the renderer: slots 21, 33, 40, 43, 44. Slots 33/40/44 +are the bind-family handlers that call both the resource lookup (0x7EA6FA0) and +the bind helper (0x7EA72A4); their operand requirements are what I have not been +able to satisfy (they reject with BadValue/BadIDChoice before reaching the +renderer). + +NET: the missing capability is still the 2.3 encoding of the pipeline/band +descriptor that these five requests carry. The call-graph is now fully mapped, +which is real structure, but it does not by itself yield a working request. diff --git a/xie/evidence/render_driver_returns_2.txt b/xie/evidence/render_driver_returns_2.txt new file mode 100644 index 0000000..256b748 --- /dev/null +++ b/xie/evidence/render_driver_returns_2.txt @@ -0,0 +1,42 @@ +THE RENDER DRIVER ITSELF RETURNS 2 TO SLOT 43. + +Instrumented tail of slot 43 with a live class-2 resource (9 breakpoints, +generated addresses, valid ids, isolated connection, create drained first): + + T_LOOKUP_OK 0x65646 lookup returned 0 + T_RENDER_RET 0x65BFE a8 = 00000002 <-- the driver returned 2 + T_JREQ 0x65C02 (non-zero path) + T_FREE 0x65C06 + (T_MERGE 0x65C46 did not fire) + +So slot 43 calls 0x07E5B152 (= file 0x1B152, the render/export driver) and that +call returns 2. The client then receives BadValue(2) -- and neither of slot 43's +own MOVK 0x2 sites (0x658C0, 0x6598C) is involved. + +Inside 0x1B152 the first 240 instructions contain only ONE `MOVK 0x2`, at +0x1B360, and its context shows it is NOT an error return: + + 1B358 MOVE *A7(0x50),A5,0 ; element index + 1B35C SLL 0x3,A5 + 1B35E ADD A7,A5 + 1B360 MOVK 0x2,A11 + 1B362 MOVB *A11,*A5(0x58) ; element type := 2 (not an error code) + +so the returned 2 comes from some other exit of 0x1B152 that was not identified. + +HONEST CAVEAT -- instrumentation inconsistency observed again: after T_FREE +(0x65C06) the code at 0x65C0C calls a free and then FALLS THROUGH to 0x65C46, +yet the breakpoint at 0x65C46 did not fire. Either that breakpoint was dropped +(despite only 9 being armed) or the free call does not return normally. I did +not resolve which, so the tail path after 0x65C06 is NOT fully established. + +WHAT IS ESTABLISHED THIS TURN + * slot 43 reaches the render driver 0x1B152 (already known) and + * the driver returns 2 to it (NEW), which is what the client sees as BadValue. + * The failure is therefore inside the render driver, not in slot 43's own checks, + not in the import lookup, and not in the byte8 gate. + +NEXT: find 0x1B152's exit points and which returns 2 -- i.e. trace A8 at every +`MOVE ...A8` / final epilogue of 0x1B152 (0x1B81A..0x1BBC0 region holds most of +them), since an accepted slot 43 would drive the render path directly and bypass +the byte8 gate entirely. diff --git a/xie/evidence/render_driver_tail_scan.txt b/xie/evidence/render_driver_tail_scan.txt new file mode 100644 index 0000000..9c05929 --- /dev/null +++ b/xie/evidence/render_driver_tail_scan.txt @@ -0,0 +1,38 @@ +TURN RECORD: SCAN OF THE RENDER DRIVER AFTER 0x1B296. + +Static scan of 0x1B296..0x1B6E0 for everything that could yield the A8=2 the +export handler returns: + + 0x1B360 MOVK 0x2,A11 ; 0x1B362 MOVB *A11,*A5(0x58) + -- this is the ELEMENT-TYPE store (type 2), NOT an error. It writes + the element type into the render-params block; I had earlier + chased this as a possible BadValue and it is not one. + + 0x1B3C4..0x1B43E the render worker's helper calls + CALLA 0x07FC229C (x5), 0x07FC1EB2 (x2), 0x07FC1F5E (x2), 0x07FC2210 (x2) + -- the actual per-element processing; these return codes are the + remaining candidates for A8=2. + + 0x1B5FA..0x1B67A drawable-bind path: returns MOVK 0x18 and then MOVK 0x9 + (BadDrawable), NOT 2. + 0x1B68C..0x1B6E2 gc-bind path: returns MOVK 0xd (BadGC), NOT 2. + 0x1B612 / 0x1B6A0 CALLA 0x07F174A4 (bind helper) + 0x1B672 CALLA 0x07EFFA5E (send-error helper) + +So there is NO `MOVK 0x2` that sets A8 anywhere in the scanned range: the A8=2 +observed at AFTER_RD (0x6309E) is a value RETURNED by one of the 0x7FC2xxx +helpers and propagated out of the driver unchanged. + +MEASURED (unchanged, reproducible): + import: element+0x28 -> 0xFF (white) / 0x00 (black), QueryResource comp_COUNT=1 + export: all handler checks pass, context alloc OK (ret=00321C50), + render driver called at 0x63098, returns a8=2, handler returns it + window: 64x64, depth 1, provably drawable (core-X PutImage control) + framebuffer: white vs black byte-identical (AE = 0) + +STATUS. NO client-chosen XIE image. xshow (core X) remains the only viewer +that has displayed an image. + +WHERE IT IS NOW: the last unidentified return is inside the 0x7FC2xxx helper +family invoked between 0x1B3C4 and 0x1B43E. That is the only place left that +can produce the 2. diff --git a/xie/evidence/residual_items_tested.txt b/xie/evidence/residual_items_tested.txt new file mode 100644 index 0000000..c558fd6 --- /dev/null +++ b/xie/evidence/residual_items_tested.txt @@ -0,0 +1,46 @@ +ALL THREE RESIDUAL ITEMS TESTED. None provides the byte8 transition or an +alternate import path. + +A) STATIC SEARCH for internal writers of a resource's byte-8 field + (pattern: store whose destination is *A?(0x40), across every disassembled XIE + handler): + + slot01 0x68D04 MOVE A5,*A7(0x40) (A7 = frame/temp, not resource) + slot03 0x3FDBC MOVE *A5(0x0),*A13(0x40) (frame local) + slot05 0x68EAA MOVE *A5(0x40),*A7(0x40) (block -> block copy) + slot11 0x667F2 / 0x66816 (frame local) + slot14 0x66C74 (frame local) + slot19 0x6A88C / 0x6AA20 (frame local) + slot20 0x6AC00 MOVE A7,*A11(0x40),0x1 <-- the only real candidate + slot20 0x6ADB4 MOVE *A9(0x80),*A5(0x40) (params block, not resource) + slot21 0x6302A / slot22 0x6313C / slot24 0x631DE (frame locals) + + The one candidate, 0x6ABF6..0x6AC00 in slot 20: + 6ABF6 MOVE *A11(0x40),A7,1 ; 16-bit field at byte 8 + 6ABFA MOVE *A9(0x80),A5,1 ; request payload byte 16 + 6ABFE OR A5,A7 + 6AC00 MOVE A7,*A11(0x40),1 ; ORs the request into byte8/byte9 + is DEAD CODE as written: it is reached only if `*A13(0x40) != 0` (0x6AB82 + MOVE *A13(0x40),A11 ; JREQ 0x6AC34), and `*A13(0x40)` is only ever ASSIGNED + later, at 0x6AD92 (`MOVE *A11(0x120),*A13(0x40)`), from a freshly allocated + params block. The read at 0x6AB82 therefore always sees 0 and takes the + JREQ. Measured fired-path confirms it: every arm goes + 0x6AB82 -> 0x6AC34 and never enters 0x6AB88..0x6AC00. + +B) RUNTIME WATCH on a w9=0x300 resource (byte8=3), four arm attempts + (v12,v14) = (2,1) (3,3) (2,2) (1,1), all BadMatch: + + byte8 WRITE EVENTS: 0 + + So even on the resource type the import wants, no arm attempt writes byte8. + +C) UNIMPLEMENTED MINORS as an alternate import path. All 21 unassigned minors + (16,17,23,25..32,34..39,41,42,45,46) probed at lengths 2,3,4,6,8,12 with a + live resource id: 126 requests, EVERY ONE returned err1 (BadRequest). + No alternate import path exists among them. + +RESULT: the static search finds no executing internal writer, the runtime watch +finds no writer at all, and the minor space offers no alternative. The byte8 +transition into the importable state is therefore unreachable from the client, +and there is no second import entry point. src_base stays 0 and EXPORT has +nothing to draw. diff --git a/xie/evidence/resource_scan_fail.txt b/xie/evidence/resource_scan_fail.txt new file mode 100644 index 0000000..92220f6 --- /dev/null +++ b/xie/evidence/resource_scan_fail.txt @@ -0,0 +1,15 @@ +Live-resource scan attempts: + + 0x60000..0x180000, filter ID + +36/+44 non-zero: + hits 0x7FB8A and 0x7FAB2, but byte4 (class) = 0 + -> these are copies/table entries, not the resource + + 0x3E0000..0x400000, filter ID + class2 + width=64 + height=64 + +36/+44: + no match + +The live resource pointer is not stable across runs and the field-filtered +scan does not find it reliably. The earlier known address (0x3FDC50) was a +heap allocation from a previous run; it is not present in this run. + +Consequently the class-byte patch test could not be applied to the real +resource, and the real PUT_TILE still returns BadMatch (S19LOOK a8=8). diff --git a/xie/evidence/rp48_is_set_and_block_is_shared.txt b/xie/evidence/rp48_is_set_and_block_is_shared.txt new file mode 100644 index 0000000..b9bc0b8 --- /dev/null +++ b/xie/evidence/rp48_is_set_and_block_is_shared.txt @@ -0,0 +1,29 @@ +TURN RECORD: THE rp+0x48 TEST PASSES; 0x1BA30 IS A SHARED REPORT BLOCK REACHED BY +AN UNCONDITIONAL JUMP, AND IT REPORTS WHATEVER CODE WAS ALREADY IN FRAME 0x120. + +MEASURED (both id low-bytes, with instrumentation on the branch itself): + MAP=00400B00 J884 rp=009261D0 b9=01 -> CONT_1B888 ... ERRCHAIN_1BA30 RET a8=2 + MAP=00400B01 J884 rp=00926910 b9=01 -> CONT_1B888 ... ERRCHAIN_1BA30 RET a8=2 + +So: + * rp byte 9 is ALREADY 1 in both cases -- the 0x1B884 JREQ 0x1BA30 is NOT taken; + the earlier "flag is zero" reading was wrong. + * 0x1BA30 is nevertheless reached, from 0x1B9F2 `JR 0x0001BA30` -- an + UNCONDITIONAL jump that is the normal continuation after + `CALLA 0x07E5BBCA` returns 0. + * 0x1BA30 is therefore not an error branch but a shared epilogue that: + 0x1BA30 CALLA 0x07F67F38 -> @0xa5e60 + 0x1BA44 CALLA 0x07E75EA8 (called with 0xa6000 -- frees/marks the rp) + 0x1BA60 CALLA 0x07EA45FE + 0x1BA68 MOVK 0x2,A11 ; ... ; 0x1BA78 CALLA 0x07E7FE96 + i.e. it REPORTS THE CODE ALREADY HELD IN FRAME SLOT *A13(0x120), which is 2. + +CONCLUSION: the 2 is decided earlier in the driver and merely reported here. +The chain to chase is whatever stores 2 into *A13(0x120) before 0x1B9F2. + +STATE (unchanged): + import verified (element+0x28 = 0xFF white / 0x00 black, comp_COUNT=1) + export: err2 in every configuration; window never changes + viewer: xshow (core X) is the only thing that has displayed an image + +STATUS. NO client-chosen XIE image. diff --git a/xie/evidence/rp48_low_byte_tested.txt b/xie/evidence/rp48_low_byte_tested.txt new file mode 100644 index 0000000..b04322b --- /dev/null +++ b/xie/evidence/rp48_low_byte_tested.txt @@ -0,0 +1,31 @@ +TURN RECORD: THE ERROR CHAIN IS ENTERED AT 0x1BA30 BECAUSE rp+0x48 TESTS ZERO. +HYPOTHESIS (LOW BYTE OF THE ID) TESTED AND REJECTED. + +Trace of the composition path: + r9F2 a8=00000000 ; the call at 0x1B9EC returns 0 + ERRCHAIN_1BA30 ; <-- 0x1B884 JREQ 0x1BA30 taken (rp+0x48 == 0) + ERR_1BAA6 / ERR_1BAC6 / ERR_1BB96 + DRIVER_RET a8=00000002 ; the chain reports 2 (0x1BA68 MOVK 0x2,A11) + +The tests: + 0x1B878 A5 = @0xa6000 + 0x1B87E MOVE *A5(0x48),A11,0x0 ; NOTE: SETF 8 -- an 8-BIT read of byte 9 + 0x1B884 JREQ 0x1BA30 ; zero -> the BadValue error chain +and the caller had stored a 32-bit value there: + 0x63080 MOVE *A9(0x20),*A8(0x48) ; rp+0x48 <- request w0 = photo_id +So an 8-bit test against the low byte of the photomap id looked plausible. + +TESTED: created the photomap with an id whose low byte is non-zero + MAP = 00400B01 (previously 00400B00) + full sequence: CreatePhoto(w6=1) -> SetTransport(mode=3, org=1) -> PutTile + -> Export(21) + RESULT: export = err2,err2 ; white vs black framebuffer AE = 0 +So the low-byte theory is WRONG: the id's low byte is not what that flag reads, +or rp is a table entry (0xa6000 + index*32) whose 0x48 field is set elsewhere. + +STATE (unchanged and reproducible) + import: element+0x28 = 0xFF white / 0x00 black ; QueryResource comp_COUNT=1 + export: err2 in every configuration tried; window never changes + viewer: xshow (core X) is the only thing that has displayed an image + +STATUS. NO client-chosen XIE image. diff --git a/xie/evidence/s19_lookup_retrace.txt b/xie/evidence/s19_lookup_retrace.txt new file mode 100644 index 0000000..7e5a0eb --- /dev/null +++ b/xie/evidence/s19_lookup_retrace.txt @@ -0,0 +1,47 @@ +SLOT-19 LOOKUP RE-TRACED WITH ASSERTING HARNESS -- and it produces an +INTERNALLY INCONSISTENT result that I could not resolve. + +REPRODUCIBLE TOP-LEVEL FACTS (two trials, identical): + create -> SILENT(ok); arm1 -> SILENT(ok); PUT_TILE -> ERROR 8 (BadMatch) + +TRACE (trial 1 and trial 2 identical): + S19CALL 0x6A7AE slot 19 calls 0x7EAB966 (file 0x6B966) + CALLEE_ENTRY 0x6B966 callee entered + CALLEE_DISP 0x6BA8C class dispatch reached (class 2) + CALLEE_C2 0x6BA1E class-2/3 branch entered + S19RET 0x6A7B4 a8 = 00000008 + +So the callee IS entered, DOES reach the class dispatch and the class-2/3 branch, +and returns 8. + +THE CONTRADICTION: + A full scan of 0x6B966 (330 instructions) finds exactly THREE sites that set 8: + 0x6BAFA MOVK 0x8,A7 (fall-through of the JREQ at 0x6BAF6) + 0x6BB4C MOVK 0x8,A11 + 0x6BB88 MOVK 0x8,A7 + Instrumented with breakpoints at the corresponding points (0x6BAF4 the CMP + before the first, 0x6BB4A, 0x6BB86) in this run: + SEL_DISP 0x6BBCE -> 0 hits + MASK_A_8 0x6BB4A -> 0 hits + MASK_B_8 0x6BB86 -> 0 hits + ERR_0A 0x6BAC4 -> 0 hits + OK_PATH 0x6BBE2 -> 0 hits + and in the previous run the gate CMP 0x6BAF4 also had 0 hits. + + So the function returns 8 without executing ANY of the three 8-producing sites, + and without reaching the selector dispatch, the 0xA site, or the success exit. + Every transition I can see between 0x6BA1E and the exits is accounted for, and + none of them yields 8. + +WHAT I AM NOT GOING TO DO: pick one of those sites and assert it is the source. +The measurement says they do not run. + +Conclusion: the same class of instrumented-vs-observed contradiction that has +recurred through this session is present here, and I have not found its cause +(candidates: dropped breakpoints in this MAME build, or the return value being +delivered by a path outside 0x6B966). Until that is understood, the origin of +PUT_TILE's BadMatch(8) is NOT established, and the byte8/gate model remains +withdrawn. + +Status unchanged: no client-chosen XIE image; window still the stipple; +xshow (core X) is the only verified viewer. diff --git a/xie/evidence/setopdefaults_and_export_ctx.txt b/xie/evidence/setopdefaults_and_export_ctx.txt new file mode 100644 index 0000000..28149d7 --- /dev/null +++ b/xie/evidence/setopdefaults_and_export_ctx.txt @@ -0,0 +1,37 @@ +CONFORMING ATTEMPT (SET_OP_DEFAULTS bits/pixel=1) + export-context read. + +1) SET_OP_DEFAULTS located: slot 3, length must be EXACTLY 2 words + (3 words -> BadLength 16). Its payload is one word, so the value is carried + directly rather than as selector+value: + slot 3, 2 words, payload = 1 -> SILENT (accepted) + Slots 3/4 are the set/get pair of client-attribute (op-defaults) requests. + +2) Full documented-ish sequence with that issued first: + SET_OP_DEFAULTS(1) + create op=2 bitonal (w9=0x100 -> byte8=1, i.e. bits/pixel 1) + arm1 / PUT_TILE / arm2 / EXPORT + QUERY_EXPORT (minor 10, op 3) -> reply + XCopyArea( -> window, gc) -> BadDrawable every time + GetImage(window) -> 88888888888888882222222222222222 (stipple, unchanged) + solid-white and solid-black readbacks IDENTICAL + +3) THE QUERY_EXPORT REPLY DOES NOT CARRY A PIXMAP XID. Read via rdebug: + head words : 00000040 00000040 03FD0100 80000000 01000000 00310101 + (64,64 = w,h; then three pointer-like values) + extra words: 00000002 00000000 0031BAD0 00401000 (00401000 = resource id) + + Reading the last head field (00310101) as an address yields IMAGE DATA: + 00310101: AAAAAAAA AAAAAAAA AAAAAAAA AAAAAAAA 00A02AAA 80280000 AAAA8018 + and 03FD0100 / 80000000 read as zero-filled blocks, 01000000 contains 0x800000. + + So the field I was feeding to XCopyArea is a POINTER INTO IMAGE/HEAP DATA, not + an XID. That is why every CopyArea attempt returned BadDrawable: there is no + client-visible pixmap id in this reply at all. + +CONCLUSION: issuing SET_OP_DEFAULTS(bpp=1) does not change the outcome, and the +export context does not expose the server pixmap as an XID. The window still +never changes and white/black are identical. If the exported pixmap is to be +used at all it must be reachable some other way -- the manual's XCopyArea advice +assumes a pixmap id the server never returns here, so either the id is delivered +by an event (XIEP_SELECT_EVENTS / QUERY_EVENTS are listed in Table C-1 and were +never exercised) or export is meant to target the drawable directly. diff --git a/xie/evidence/slot11_bind_and_second_allocator.txt b/xie/evidence/slot11_bind_and_second_allocator.txt new file mode 100644 index 0000000..c11f930 --- /dev/null +++ b/xie/evidence/slot11_bind_and_second_allocator.txt @@ -0,0 +1,49 @@ +TWO ROUTES TESTED: slot 11 as a class-3 bind, and a second allocator for the +op-1 object. Both negative, with reasons. + +1) SLOT 11 as bind. slot 11 requires exactly 3 words = 2 payload ids. + (0x667CE SUBK 0x3 ; JREQ). It performs TWO lookups (0x667EC and 0x66810, + both CALLA 0x7EA6FA0) before calling the bind helper. + + Earlier attempts used a fresh id as the second operand, which was invalid. + This run used TWO EXISTING class-2 resources: + + A=0040C000 id=0040C000 class=2 w=64 h=64 b36=00000000 b40=00000000 + B=0040D000 id=0040D000 class=2 w=64 h=64 b36=00000000 b40=00000000 + + slot11 [A,B] -> ERR14 (BadIDChoice) + slot11 [B,A] -> ERR14 (BadIDChoice) + + after: A unchanged, B unchanged (both still class 2, b40 = 0) + query A: REPLY query B: REPLY + put A: ERR10 put B: ERR10 + + So slot 11 rejects even two valid, queryable resources. The lookups it does + are typed: call #1 pushes the literal 0xffff, call #2 pushes 0 + (0x667E2 SUB A7,A7 ; 0x667E4 MOVE A7,*A14+). Neither class-2 resource + satisfies those types, so slot 11 is not the class-3 bind: its operand types + are fixed by the handler and are not carried in the request. + +2) SECOND ALLOCATOR for the op-1 object. If a second allocator registered the + class-3 object's id, the id would appear somewhere near it. + + create op=1 C=0040E000 object=003FD110 + id@0=00000000 class=3 w=64 h=64 b36=00000000 b40=00383950 + ID 0040E000 found near the object: NOWHERE within +/-0x4000 (32 KiB + scanned in 0x400 blocks, centred on the object) + + So the op-1 object is not registered anywhere near itself. Combined with the + earlier full-object scan (id absent from its first 0x100 bytes), the class-3 + object carries no id at all, in any location found so far. + +3) Side observation that constrains the next step: PUT_TILE's lookup is typed + too (slot 19 pushes MOVK 0x3 immediately before the lookup), and a + class-2 resource that is present and queryable still yields BadMatch. So the + gate is the lookup TYPE/CLASS match, not mere existence -- and the type is + carried inside the handler, not in the request fields tried so far. + +NEXT LEVER (not yet tried): element+0x28 is the field export treats as the +source image (0x1B238 MOVE *A5(0x28),*A11(0x610)); it is 0 at export time. +A write watchpoint on element+0x28 across create/arm1/arm2 would show whether +any slot-20 field sets it (i.e. whether the source is supplied by EXECUTE +rather than by PUT_TILE). diff --git a/xie/evidence/slot33_40_operands.txt b/xie/evidence/slot33_40_operands.txt new file mode 100644 index 0000000..e0e58ae --- /dev/null +++ b/xie/evidence/slot33_40_operands.txt @@ -0,0 +1,45 @@ +SLOT 33 / 40 OPERAND REQUIREMENTS -- accepted shapes found, but they change nothing. + +STATIC (from the handlers): + +slot 40 (file 0x65262), before its render call: + 652B4 A7 = req byte 12 ; DEC ; JREQ 0x652E8 ; byte12 == 1 -> ok + 652BC A7 = req byte 12 ; JREQ 0x652E8 ; byte12 == 0 -> ok + otherwise MOVK 0x2 -> BadValue + 652E8 same test on req byte 13 (*A9(0x68)) + Byte 12 = payload byte 8 = low half of payload word 2; byte 13 = its high half. + So word 2's two bytes must each be 0 or 1. + +slot 33 (file 0x64CC8) reads the same *A9(0x60) = req byte 12. + +EMPIRICAL sweep (SET_OP_DEFAULTS(1) first, two live class-2 resources A,B): + + slot 33: 00000000:reply 00000001:err2 00000100:err2 00000101:err14 + 00000002:err14 00000200:err14 01000000:err14 + slot 40: 00000000:reply 00000001:err2 00000100:err2 00000101:err2 + 00000002:err2 00000200:err2 01000000:err2 + +So word2 = 0 is the accepted value for BOTH slots -- which is exactly the shape I +had reported as BadValue in an early turn. That earlier result was wrong: with +SET_OP_DEFAULTS(bpp=1) issued and two valid distinct ids, [A,B,0] is ACCEPTED. + +WHAT THE ACCEPTED REQUESTS DO: NOTHING OBSERVABLE. + + slot 33 [A,B,0] -> REPLY len=0, head 01 41 03 00 followed by all zeros + new REGIDSTORE: none + element records unchanged: + id 00401000 p44=003DBAF0 elem=003FDA10 elem0=01050001 + id 00402000 p44=003DB7B0 elem=003FCED0 elem0=01050001 + slot 40 [A,B,0] -> in the follow-up run returned BadValue, although the sweep + returned a reply for the same shape (NOT reproducible; recorded as such) + +No element type is stored, no new resource is registered, the element records are +unchanged, and rp stays 0. + +CORRECTION: in this run I printed a "b8" column using rd.peek(p+8,1) -- that is +object BYTE 1, not byte 8 (the correct offset is p + 8*8). Those b8 values +(0x10, 0x20) are therefore meaningless and are withdrawn. + +STATUS: slots 33 and 40 now have accepted shapes ([A,B,0]) but, like slot 44's +accepted shape, they produce no state change: no element, no registration, no +render. The pipeline is still never constructed. diff --git a/xie/evidence/slot43_compare_operands.txt b/xie/evidence/slot43_compare_operands.txt new file mode 100644 index 0000000..f02b641 --- /dev/null +++ b/xie/evidence/slot43_compare_operands.txt @@ -0,0 +1,42 @@ +SLOT 43's DOUBLE OPERANDS MEASURED -- and it is STILL NOT ACCEPTED. +Recording honestly: I did not satisfy its precondition. + +A) The table is little-endian doubles (TMS34010 is LE; big-endian decoding + produced nonsense). Decoded correctly: + + 3F533780 = 3.0 + 3F5337C0 = 871.0 + 3F533800 = 873.0 + 3F533840 = 217.0 + 3F533880 = 219.0 + +B) Logging the operands at both double-compare call sites + (breakpoints at file 0x658B8 -> "CMP900" and file 0x656B0 -> "CMP740"), + printing the two frame locals that are pushed as the operand pair + (*A13(0x0) and *A13(0x20) -- the two 32-bit halves of a double): + + request shape result logged comparison + [id,0,0,0,0,0,0,0,0] BadValue CMP740 a0=00000000 a1=00000000 + [id,0,3.0hi,0,...] BadValue CMP740 a0=00000000 a1=00000000 + [id,0,0,3.0hi,0,...] BadValue CMP740 a0=FFF7D264 a1=BFE800FF + + * CMP900 -- the site that raises BadValue at 0x658C0 -- NEVER FIRED in any + case, so the rejection happens EARLIER than the comparison I was chasing. + * The operand pair at CMP740 is 0/0 (double 0.0) for the zero payload, and + becomes garbage when a 3.0 high-half is placed in payload word 3. So the + doubles are NOT read from the payload words tried; they come from frame + locals populated elsewhere in the handler. + +C) State of the claim about slot 43: + * Its body is a per-element reporting loop that copies element+0x1a8 into a + FRAME-LOCAL array (A11 = A13 + i*4, store at +0x140) and then formats with + the printf family -- no write to resource+0x140, none to rp+0x610, no image + buffer allocation. + * That reading is unchanged and is why it is not credible as an image source. + * BUT its acceptance path was never exercised: BadValue is raised before the + comparison I instrumented, and I did not locate that earlier check. + +So the honest position is: slot 43 is excluded on CODE READING (reporting loop +into locals) and on the watched evidence that no slot-43 request produced a +non-zero write to src_base -- NOT on a completed, accepted request. Its exact +acceptance precondition remains unknown. diff --git a/xie/evidence/slot43_decoded.txt b/xie/evidence/slot43_decoded.txt new file mode 100644 index 0000000..88007fc --- /dev/null +++ b/xie/evidence/slot43_decoded.txt @@ -0,0 +1,48 @@ +SLOT 43 DECODED (partially) -- it is a REPORTING request, not an image source. + +Length: exactly 10 words (0x65618 SUBK 0xa ; JREQ ; else BadLength 0x10). + +Payload words actually read (bit offsets -> payload byte / word index): + 0x65624 *A9(0x40) byte 8 -> payload word 1 (id #2) + 0x65628 *A9(0x20) byte 4 -> payload word 0 (id #1) + 0x65650 *A9(0xa0) byte 20 -> payload word 4 (ROI field) + 0x65668 *A9(0xc0) byte 24 -> payload word 5 (ROI field) + 0x65674 fallback width = *(*A13(0x1c0))(0x80) + 0x65678 fallback height = *(*A13(0x1c0))(0xa0) +so the shape is [id1, id2, ?, ?, roiA, roiB, ...] with two live resources +looked up through 0x7EA6FA0 at 0x65640. + +The "descriptor tables with 3.0 / 438.0" are NOT descriptors: they are arrays of +IEEE doubles and each MOVI points 8 bytes further into the same array: + + 3F533740 -> 00 00 00 00 00 00 08 40 = 3.0 + 3F533780 -> next double (8 bytes later) + 3F5337C0, 3F533800, 3F533840, 3F533880 ... successive doubles + +and each load is followed by two `MOVE *A8+,*A14+` (copy 8 bytes = one double) +then `CALLA 0x07FC1CE6 / 0x07FC18F6 / 0x07FC1CDE` -- the printf family (the same +helpers used by the export timing print and by 0x7F638C2, the logger). + +So slot 43 formats and prints doubles; it is a diagnostic/report request. + +TESTED LIVE (valid c.new_id ids, no-reply model). 17 payload shapes, including +doubles (0x40080000 = high half of 3.0) in every position, single-id and two-id +forms, and ROI-shaped values: + + all-zero, wN=3.0hi for N=1..5, w1..w3, all=3.0hi + [A,B,0,0,64,64,0,0,0] [A,A,0,0,64,64,0,0,0] [A,B,0,0,64,64,1,1,0] + [A,B,0,0,0,0,0,0,0] [A,B,1,1,64,64,0,0,0] [A,B,64,64,64,64,0,0,0] + + EVERY ONE returned BadValue (2). + +Therefore: + * slot 43's exact ROI/validity preconditions were not reconstructed, but + * its body is printf-dominated and its constants are printed doubles, and + * nothing observed connects it to src_base or to an image data plane. + +It is therefore not credible as "the image-source element that populates +src_base": there is no evidence it writes any image buffer. + +Incidental but useful: c.new_id now yields ids like 0x00302000 / 0x00303000 on +this run, confirming again that the per-connection id base varies (0x0040xxxx, +0x0050xxxx, 0x0030xxxx all seen) -- further validating the earlier id fix. diff --git a/xie/evidence/slot43_excluded.txt b/xie/evidence/slot43_excluded.txt new file mode 100644 index 0000000..6abac6a --- /dev/null +++ b/xie/evidence/slot43_excluded.txt @@ -0,0 +1,40 @@ +SLOT 43 EXCLUDED AS AN IMAGE-SOURCE PATH -- structurally and empirically. + +A) WHERE ITS BadValue COMES FROM + Its body is a chain of double comparisons: it loads a double from the table + (0x3F533740 = 3.0, 0x3F533780, 0x3F533900, ... successive 8-byte entries) and + calls the double-compare helpers 0x7FC1CE6 / 0x7FC18F6 / 0x7FC1CDE. On a + mismatch it raises BadValue: + 658B8 CALLA 0x07FC1CDE + 658BE JREQ 0x658CA ; equal -> continue + 658C0 MOVK 0x2,A7 ; else BadValue + So it validates a double parameter against a fixed table. That is why all 17 + payload shapes failed: the double the request must carry was never right. + +B) WHAT IT DOES WITH THE ELEMENT CHAIN (the one suspicious block) + 659CE A7 = *A13(0x1c0) ; resource + 659D2 A5 = *A7(0x160) ; photoflo-ish base + 659D6..659DC A5 = base + i*4 ; per-element index + 659DE A7 = *A5(0xd8) ; element + 659E2 *A11(0x140) = *A7(0x1a8) ; copy element+0x1a8 into a LOCAL array + 659FE.. printf the collected values + The destination is a frame-local array (A11 = A13 + i*4, store at +0x140), not + the resource and not src_base. Every store in the handler goes to frame + locals (*A13(...)) or to the params block; the handler never writes + resource+0x140, never writes rp+0x610, and allocates no image buffer. + +C) EMPIRICAL EXCLUSION with the src_base slot watched + rp = 0091F090 -> src_base = 0091F6A0, 32-bit write watchpoint installed. + Four slot-43 shapes issued: + [id,0...] [id,id,0...] [id,id,0,0,64,64,0,0,0] [id,id,3.0hi,0...] + -> every one BadValue (2), none reached the reporting loop. + 64 watch events at/around 0091F6A0: every value is 00000000 or 00000055 + (allocator fill), written by export's own copy (pc 3F2D91F0) and allocator + fill (pc 3FE16CA0 / 3F2D92E0 / 3F2E2C00 / 3F2E2C90). NOT ONE non-zero + image pointer. + +CONCLUSION: slot 43 is a reporting/describe request -- it validates a double +parameter against a table, then prints per-element values collected into frame +locals. It neither writes src_base nor allocates an image buffer, so it cannot +be the element that populates the source image. This closes the last +implemented slot whose acceptance condition was unresolved. diff --git a/xie/evidence/slot43_instrumentation.txt b/xie/evidence/slot43_instrumentation.txt new file mode 100644 index 0000000..ce1f843 --- /dev/null +++ b/xie/evidence/slot43_instrumentation.txt @@ -0,0 +1,20 @@ +Slot 43 instrumentation (create class-2 A, request [A, 0, 0...]): + + S43OBJ a8=00385D90 (0x65BD0 object allocation hit) + S43ID (0x65C46 ID store NEVER hit) + + slot43 -> BadValue (2) + query id 0 -> BadIDChoice + put id 0 -> BadIDChoice + +Object at 0x00385D90: + before poke: d0 54 38 00 50 57 38 00 00 00 00 00 00 00 00 00 + after poke id->B: bb bb 40 00 50 57 38 00 ... + query B -> BadIDChoice + put B -> BadIDChoice + +So slot 43 fails before the ID store for [A,0]; the hit object is a temporary +process block, not an addressable XIE resource. Changing its first word to a +valid id does not insert it into the lookup table. + +No class-3 resource with byte 40 = 0 is produced. diff --git a/xie/evidence/slot43_is_a_render_request.txt b/xie/evidence/slot43_is_a_render_request.txt new file mode 100644 index 0000000..d7726c1 --- /dev/null +++ b/xie/evidence/slot43_is_a_render_request.txt @@ -0,0 +1,37 @@ +SLOT 43 IS A RENDER REQUEST -- correction to the earlier "printf/describe" label. + +Instrumented path for [A,A,0,0,64,64,0,0,0] on a live class-2 resource +(9 breakpoints, generated addresses, valid ids, isolated connection): + + S43_LOOKUP 0x65646 (lookup returned 0 -- success) + S43_TAIL_A 0x65A3A + S43_TAIL_B 0x65B78 + S43_SET3 0x65BD0 MOVK 0x3,A5 + S43_STORE3 0x65BD2 MOVB A5,*A8 <-- writes the value 3 into the new block + S43_RENDER 0x65BF8 CALLA 0x07E5B152 <-- the SAME render/export driver slot 21 uses + (S43_EXIT0 0x65C9E never reached) + +So slot 43: + 1. looks up the resource (word 0 must be a class-2 image resource; word 0 = photoflo + gives 0xE, word 0 = image gives 0), + 2. allocates and fills a process block, + 3. sets a byte of it to 3 (0x65BD2), + 4. invokes the render driver 0xE5B152 = file 0x1B152, the same function slot 21's + export calls, + 5. never reaches its own `SUB A8,A8` return at 0x65C9E. + +The client still receives BadValue (2), and the two MOVK 0x2 sites (0x658C0 and +0x6598C) do NOT fire. So the 2 is produced by a callee inside the tail -- the +candidates in that range are 0x7E5B152 (render driver), 0x7F16CA2 (table insert), +0x7E7FE96 and 0x7F63B00 (free). + +CONSEQUENCE FOR EARLIER CLAIMS: + * "Slot 43 is a printf/describe request" was WRONG. It formats doubles for a + report, but its substantive action is to build a process block and call the + render driver -- i.e. it is a second, independent entry into the render path. + * It is still not an image SOURCE (it never writes resource+0x140 or rp+0x610 as + a buffer), but it is a render TRIGGER and was misclassified. + +NEXT: bisect inside the tail (0x65C02..0x65C9E) and inside 0x1B152's return path to +find what returns 2, since an accepted slot 43 would drive the render driver +directly -- the closest any request has come to the export path. diff --git a/xie/evidence/slot43_self.txt b/xie/evidence/slot43_self.txt new file mode 100644 index 0000000..b472235 --- /dev/null +++ b/xie/evidence/slot43_self.txt @@ -0,0 +1,15 @@ +Slot 43 with the source id duplicated as the destination field: + + create class-2 A -> slot43 [A, A, 0...] -> query A -> PUT_TILE A + +Results vary with the sequence: + + no slot-20 arm: + slot43 = BadValue (2), qA = REPLY, putA = BadAccess (10) + with arm / arm2: + slot43 = BadValue (2), putA = BadMatch (8) + +So slot43 partially changes the resource (the lookup error moves from +BadMatch to BadAccess once), but the state is not stable and the real +PUT_TILE never passes. No class-3 resource with byte 40 == 0 and a usable +band is produced. diff --git a/xie/evidence/slot44_accepted_shape.txt b/xie/evidence/slot44_accepted_shape.txt new file mode 100644 index 0000000..fcdadff --- /dev/null +++ b/xie/evidence/slot44_accepted_shape.txt @@ -0,0 +1,40 @@ +SLOT 44: AN ACCEPTED SHAPE FOUND -- but it has no observable effect. + +1) The post-0x65D2E path calls 0x07EACA82 = file 0x6CA82, the same CREATE routine + the create request uses: + 65DB0 CALLA 0x07EACA82 + 65DB6 MOVE A8,*A13(0xc0) + 65DBA MOVE A8,A8 + 65DBC JRNE 0x65DE6 + and A8 came back as a POINTER (003FD350), not an error code -- so 0x65DE6 is + the SUCCESS continuation, not an error path (my earlier label was wrong). + +2) The two trailing fields are ENUMERATED, not merely "non-zero": + [A,B,1,1] -> REPLY (accepted) + [A,B,2,1] -> BadValue(2) + [A,B,1,2] -> BadValue(2) + So word2 = 1 and word3 = 1 are valid values; 2 is not. Both must be present. + +3) The accepted reply is 32 bytes with no data: + 01 41 03 00 | 00 00 00 00 ... (all zero) + +4) NO observable effect from the accepted request: + - no new REGIDSTORE line (nothing registered) + - both resources' p44 / element pointers unchanged (elem0 = 01050001 both + before and after) + - rp (@0xA6000) still 0 + - no element-type store fired in this run + +So slot 44 accepts (src, dst, 1, 1) and returns a zeroed reply, but creates +nothing addressable and populates no element. It is CREATE_BY_REFERENCE by +structure (it calls the create routine with a source resource), but the accepted +form has no visible effect -- consistent with the earlier finding that create can +allocate without registering, and with the element record remaining +uninitialised (word1 = 0x55 heap fill). + +Element records observed (unchanged throughout): + id 00401000 obj=003FDC50 p44=003DE530 elem=003FDA10 elem0=01050001 + id 00402000 obj=003FD350 p44=003DB7B0 elem=003FD110 elem0=01050001 + +STATUS: an accepted slot-44 shape exists (a first), but it moves nothing. The +pipeline is still never constructed and no image appears. diff --git a/xie/evidence/slot44_operand_requirement.txt b/xie/evidence/slot44_operand_requirement.txt new file mode 100644 index 0000000..334e295 --- /dev/null +++ b/xie/evidence/slot44_operand_requirement.txt @@ -0,0 +1,36 @@ +SLOT 44 OPERAND REQUIREMENT FOUND -- and the first element-type write ever seen. + +Static requirement, from the handler (file 0x65CAA, 5 words): + 65CFA MOVE *A9(0x60),A7,0x1 ; payload word 2 + 65CFE JREQ 0x65D06 ; word2 == 0 -> other path + 65D00 MOVE *A9(0x80),A7,0x1 ; payload word 3 + 65D04 JRNE 0x65D2E ; word3 != 0 -> main path +So BOTH word2 and word3 must be non-zero. Every earlier sweep of slot 44 used +word3 = 0, which is why it always came back BadValue. + +MEASURED (valid ids, two live resources A/B, SET_OP_DEFAULTS(1) first): + + [A,B,0,0] both zero -> reply render=0 types=- + [A,B,1,0] w3 zero -> BadValue(2) render=0 types=- + [A,B,0,1] w2 zero -> BadValue(2) render=0 types=- + [A,B,1,1] -> BadValue(2) render=0 types=['TYPE2'] <-- ! + [A,A,1,1] -> BadValue(2) render=0 types=['TYPE2'] <-- ! + [A,B,3,3] -> BadValue(2) render=0 types=['TYPE2'] <-- ! + +FIRST ELEMENT TYPE EVER WRITTEN: the type-2 store (file 0x1B362, +MOVK 0x2,A11 ; MOVB *A11,*A5(0x58)) now executes. In every previous +configuration, including the full export cycle, NO type store ever fired. + +So slot 44 with two non-zero trailing fields DOES reach the element-add path and +selects element type 2. It then returns BadValue -- so a later check rejects the +request -- and the render call at 0x65F54 did not fire. + +CAVEAT RECORDED HONESTLY: I armed a breakpoint at the 0x65F54 call site and it +did not fire even though the type write (which lives inside the callee 0x1B152) +did. Either the call is reached by a different route than the site I targeted, +or the breakpoint was dropped despite only 7 being armed. I did not resolve +which, so the exact call path from slot 44 into 0x1B152 is not established. + +NEXT: bisect the remainder of slot 44 after the type write (0x65D2E onward) to +find the check that still returns BadValue, since that is now the only obstacle +between us and a constructed element. diff --git a/xie/evidence/src_base_chain_found.txt b/xie/evidence/src_base_chain_found.txt new file mode 100644 index 0000000..400cd31 --- /dev/null +++ b/xie/evidence/src_base_chain_found.txt @@ -0,0 +1,53 @@ +TURN RECORD: THE src_base CHAIN IS FULLY IDENTIFIED, AND THE IMPORT DOES PRODUCE A +SOURCE -- BUT THE TRANSPORT ORGANIZATION DECIDES WHETHER IT SURVIVES. + +A) WHERE src_base COMES FROM (static) + 0x1B238 MOVE *A5(0x28),*A11(0x610) + i.e. rp+0x610 = *(element + 0x28 bits). Measured at that store during a + working export: + SRCBASE_ST a5=003FD590 elem28=00000000 rp=009261D0 + RP a11=009261D0 src_base610=00000000 + So the renderer reads the source pointer straight out of the band element. + +B) THE IMPORT **DOES** WRITE IT + Instrumented slot 19 during a successful PutTile (mode=3): + S896 plane_mask=00000001 + S8A0 bit0test + S8A4_import_loop + S98E_ELEM28_STORE val=00982B70 <-- element+0x28 written + S9A2_handoff_call + H_ENTRY + SAA28_skip_exit + and then element+0x28 = 00000000 again. The handoff clears it at + 0x6B8D6 (`SUB A9,A9 ; MOVE A9,*A11(0x28)`) on the path it takes there. + +C) THE HANDOFF'S PATH IS CHOSEN BY component_organization + The handoff dispatches on (*(byte36))[1] (0x6B83A, bit offset 8 = BYTE 1). + byte36 is the transport context, and its byte 1 = component_organization. + Measured, after SetTransport(mode=3) + PutTile: + org=1 transport ok puttile ok elem+0x28 = 0098CAB0 (SURVIVES) + org=3 transport ok puttile ok elem+0x28 = 0098CAB0 (SURVIVES) + org=4 transport ok puttile ok elem+0x28 = 00000000 (CLEARED) + org=2 transport BadMatch puttile BadAccess + So XieK_BitByPlane (4) -- the value I had been using -- is exactly the one that + makes the handoff clear the source pointer. + +D) BUT WITH org=1/3 THE EXPORT FAILS EARLIER + org=1 or 3 with plane_mask=1: elem+0x28 = 0098DB10 (non-zero), then + export -> err2 and the renderer breakpoint (RP 0x1B296) NEVER fires, + i.e. the export handler rejects before reaching the render driver. + org=4: elem+0x28 = 0, export -> err2, RP fires with src_base 0. + So the two halves of the failure are complementary: the setting that keeps a + source also breaks the export request path, and vice versa. + +E) ALSO MEASURED + plane_mask must be 1; 0xFFFFFF fails the transport (BadMatch) and PutTile + (BadAccess) for both org=1 and org=3. + +STATUS. NO client-chosen XIE image. The 64x64 window is unchanged; src_base has +never been observed non-zero at the renderer. + +This is the most precise statement of the wall so far: the import produces a real +source buffer (0098CAB0 / 0098DB10) inside the element, and the only thing that +destroys it is the handoff branch selected by component_organization -- while the +value that preserves it also makes Export bail out before the renderer. diff --git a/xie/evidence/src_base_sweep_all_slots.txt b/xie/evidence/src_base_sweep_all_slots.txt new file mode 100644 index 0000000..216b01e --- /dev/null +++ b/xie/evidence/src_base_sweep_all_slots.txt @@ -0,0 +1,41 @@ +src_base SWEEP ACROSS ALL REMAINING IMPLEMENTED SLOTS -- none writes it. + +Method, per slot: fresh connection, create class-2 resource (op=2), arm1, +, PUT_TILE, arm2(v16=0), create window+GC, read window +baseline, EXPORT, read window again. The export breakpoint prints the render +params, so rp+0x610 (src_base) is read directly from what EXPORT used. + +Candidate request shape for every slot: payload = [resource_id, 0, 0...] at the +slot's own required length (from each handler's length check). + +slot words create candidate put export src_base window changed + 18 4 OK ERR8 ERR8 OK 00000000 False + 40 4 OK ERR2 ERR8 OK 00000000 False + 44 5 OK ERR2 ERR8 OK 00000000 False + 33 4 OK ERR2 ERR8 OK 00000000 False + 14 4 OK ERR14 ERR8 OK 00000000 False + 15 3 OK OK ERR8 OK 00000000 False + 9 3 OK ERR1 ERR8 OK 00000000 False + 13 2 OK ERR14 ERR8 OK 00000000 False + 24 4 OK REPLY ERR8 OK 00000000 False + +Every export shows the same render params, with only the source id varying: + + RP 5a8= 5d0=00000040 5f0=00000040 610=00000000 + 6f8=00000000 718=00000000 738=00000040 758=00000040 + +So the export always resolves the source resource and its 64x64 geometry, and +the source pixel base stays 0 for every slot tried. Not one of these requests +supplies a data plane. + +Coverage note: with this, every implemented slot in the dispatch table has now +been exercised at least once against a created resource -- + 1 (session) 2 3 4 5 6 7 8 9 10 11 12 13 14 15 18 19 20 21 22 24 33 40 43 44 +plus 0 and 47 which are the BadRequest default and the unreachable trampoline. + +This is not a proof of impossibility: only ONE argument shape per slot was +tried ([id, 0, 0...]). A slot could still require additional distinct ids or +non-zero parameters. It does show that no implemented slot populates src_base +when handed the resource id alone, so the import that creates a data plane is +either (a) slot 19 with preconditions we cannot satisfy, or (b) a slot that +needs a multi-operand shape not yet constructed. diff --git a/xie/evidence/srcbase_watch_and_slots15_22.txt b/xie/evidence/srcbase_watch_and_slots15_22.txt new file mode 100644 index 0000000..db9f0fc --- /dev/null +++ b/xie/evidence/srcbase_watch_and_slots15_22.txt @@ -0,0 +1,45 @@ +WRITE WATCH ON THE ACTUAL src_base SLOT (rp+0x610), plus slots 15 and 22. + +Setup: valid c.new_id ids, no-reply model, generated bit addresses. The rp +pointer was captured at the export breakpoint (0x1B296, where A11 = rp): + rp = 00913330 -> rp+0x610 = 00913940 +A 32-bit write watchpoint was installed at 00913940. + +Sequence and results: + + create/arm1/put/export#1 put = BadMatch, export#1 = BadMatch + slot15 [id,0] silent (success) + slot22 [id] silent (success) + slot15 [id,id] silent (success) + arm2, export#2 silent (success) + + rp+0x610 after export#1 = 00000000 + rp+0x610 after export#2 = 00000000 + +WRITES OBSERVED AT rp+0x610 (18 events), by PC: + pc=3FE16CA0 val=00000000 x8 (file 0x3C2D94 - allocator/fill) + pc=3F2D91F0 val=00000000 x2 (file 0x1B23E - the export copy block) + pc=3F2D92E0 val=00000055 + pc=3F2D9300 val=00000055 / 00000000 + pc=3F2DBC70 val=0000B055 / 000090E6 + pc=3F2E2C00 val=0000B000 + pc=3F2E2C90 val=00000000 + +Readings: + * The only writer inside the XIE export path is 0x1B23E (pc 3F2D91F0), i.e. the + known `MOVE *A5(0x28),*A11(0x610)` copy, and it writes 0 because + element+0x28 is 0. + * The 0x55 / 0xB055 / 0x90E6 values are the heap fill pattern and unrelated + allocator metadata, not an image pointer. + * Slots 15 and 22 both return SILENT (success) for [id,0], [id,id] and [id] - + they are permissive requests - but neither causes any non-zero write to + src_base. + +So: slots 15 and 22 do not populate the source image buffer, and the only +in-code writer of src_base is export's own copy from element+0x28, which stays 0. +Also noted: export fails (BadMatch) if arm2 has not been issued; with arm2, export +is silent/success - consistent with the earlier arm2 gate finding. + +CONCLUSION for this line: the src_base slot has been watched directly, across the +full cycle plus slots 15/22, and nothing sets it. The image source buffer is +never produced. diff --git a/xie/evidence/three_wrong_assumptions.txt b/xie/evidence/three_wrong_assumptions.txt new file mode 100644 index 0000000..49ac45e --- /dev/null +++ b/xie/evidence/three_wrong_assumptions.txt @@ -0,0 +1,34 @@ +THREE STRUCTURAL ASSUMPTIONS TESTED THIS TURN -- ALL WRONG. Recorded so the +next person does not repeat them. + +1) "0x7F638C2 is the resource allocator" -> WRONG. + file 0x1238C2 is a printf-style logger: it loads format descriptors + (MOVI 0x3fb1cea0 / 0x3fb1ce60 / 0x3fb1cf20 / 0x3fb1cf60), fetches args from + A11's fields and calls 0x7FC22DE / 0x7FC1BD2 / 0x7FC2F04. The real + allocation is the NEXT call, 0x7EACA82 -> file 0x6CA82. + +2) "0x7F174A4 is the XIE resource-table lookup" -> WRONG. + file 0xD74A4 indexes a table at bit 0x21FFE0 by + N = (id & 0xFFF00000) >> 12 + and bounds-checks N against the count at 0x225870, which reads 16. + For our client ids (0x40C000, 0x40D000) N = 1024, i.e. far out of range, + and the bucket slot (0x227FE0) reads 0. + (id & 0xFFF00000)>>12 is the CORE-X client index, so this is the core-X + resource lookup by XID, not anything to do with XIE resources. + +3) "@0x1AD980 / @0x1AD990 / @0x1AD9A0 are the XIE resource list heads" -> WRONG. + Reading 32 bits at those bit addresses yields 0x02000002, 0x04000200 and + 0x00000400 -- small 16-bit-field values, and following them as a pointer + chain reads zeros. They are not list heads; the arguments built around + them at 0x679B0E / 0x67B28 are something else (they are read with `MOVE + @addr,A11,0x0`, an 8-bit field, which is suspicious in itself). + +WHY THIS MATTERS: the BadMatch(8) / BadAccess(10) / BadIDChoice(14) codes we +have been comparing all session were being attributed to structures I had +mis-identified. The measurements themselves are sound (S19LOOK a8 = 0x08 / +0x0A / 0x0E at 0x6A7B4 is a direct observation), but every explanation built on +top of these three functions is now void. + +CONCLUSION: further static inference about the XIE resource model is producing +wrong answers faster than it produces progress. The remaining work needs the +protocol definition, not more guessing. diff --git a/xie/evidence/trampoline_unreachable.txt b/xie/evidence/trampoline_unreachable.txt new file mode 100644 index 0000000..1c320d2 --- /dev/null +++ b/xie/evidence/trampoline_unreachable.txt @@ -0,0 +1,40 @@ +THE BYTE-SWAPPED DISPATCH FAMILY IS NOT CLIENT-REACHABLE. + +slot 47's table entry is 0x3F54BDA0 (file 0x697B4), a trampoline that swaps +the bytes of request words at bit offsets 0x10/0x18, 0x20/0x28, 0x30/0x38 and +then re-dispatches: SLL 5 on the minor byte ; ADDI 0xd3f90 ; MOVE *A11,A11 ; +CALL A11. + +Breakpoints armed on both the table read (0x3F54BFF0) and the CALL (0x3F54C000), +i.e. the trampoline body itself. Breakpoint count went 36 -> 38, so both were +installed (no "Error in command"). + +Requests sent (one connection, after creating a class-2 resource): + + minor47 len3 plain -> ERR1 (BadRequest) + minor47 len16 byte-swapped args-> ERR1 (BadRequest) + minor47 len16 plain args -> ERR1 (BadRequest) + control minor19 len16 -> ERR10 (BadAccess) + + TRAMP hits: 0 + ("TRAMP minor=.. target=.." never printed; count = 0) + +So minor 47 is rejected with BadRequest before the trampoline body ever runs, +for both swapped and unswapped argument words. The trampoline is therefore +internal/dead for a client: there is no client-reachable byte-swapped request +family, and the swapped-import route is closed. + +Related diagnostic: the default handler 0x64C3C (used by every unimplemented +slot, and by slot 0) is the BadRequest responder -- that is why probing the +unimplemented slots returned ERR1 rather than a length error. + +Also note: the trampoline's own self-reference is why it can never be entered +from a client -- it re-dispatches on the SAME minor byte it arrived with +(*A10(0x8) is not touched by the byte swaps, which only cover offsets 2..7), +so a client request for minor 47 would re-enter it forever. + +One measurement caveat recorded honestly: in this run the opening `create` +returned no reply (timeout), and the control import then returned BadAccess +rather than the usual BadMatch. That does not affect the trampoline result -- +TRAMP never fired even though the server was still answering requests -- but it +means this particular run's create state is not a clean baseline. diff --git a/xie/evidence/transport_component_and_export_state.txt b/xie/evidence/transport_component_and_export_state.txt new file mode 100644 index 0000000..ccaee46 --- /dev/null +++ b/xie/evidence/transport_component_and_export_state.txt @@ -0,0 +1,66 @@ +TURN RECORD: THE TRANSPORT PATH IS NOW FULLY CLIENT-DRIVEN; EXPORT RUNS THE +RENDERER BUT STILL FINDS NO SOURCE. + +A) XieCreatePhoto requirement discovered by measurement + The create request is XieCreatePhoto(type, width, height, cmp_map, cmp_cnt, + cmp_lvl[], pxl_pol, pxl_ratio, pxl_prog, scn_prog) -- man page + xie/docs/dec/xie23/man/XieCreatePhoto.3X. Sweeping the words that follow + width/height (w4..w8, unique id per trial, full pipeline each time): + + baseline (w4..w8 = 0) transport=err8 puttile=err10 (fails) + w4=1 err8 / err10 + w5=1 err8 / err10 + ** w6=1 transport=ok/silent puttile=ok/silent ** + w7=1 err8 / err10 + w8=1 err8 / err10 + w5=0x020202 err8 / err10 + w6=1 w5=0x020202 ok / ok + + So **w6 = 1 is required** (the component count / image-attribute word). + Without it the photomap has no components, SetTransport fails with BadMatch + and PutTile with BadAccess. With it, and with SetTransport mode=3 + (component_organization=4, plane_mask=1, pixel_stride[0]=1, + scanline_stride[0]=8), the whole client path works: + + InitSession(2.3) -> CreatePhoto(w6=1) -> SetTransport(mode=3) + -> PutTile(64x64, plane_mask=1, final=1) = ok/silent, NO DEBUG POKES + +B) EXPORT FROM AN UNBOUND PHOTOMAP RUNS THE RENDERER BUT HAS NO SOURCE + export(minor 21, 16 words, w=64 h=64) -> ok/silent + trace: RP(0x1B296) fires with src_base610=00000000, and the TYPE5 element + store executes. + w=0,h=0 skips the renderer entirely. + Framebuffer captures (dwt/screenshot.py) for a solid-white tile and a + solid-black tile differ by 1600-1608 pixels -- the Terminal Manager's memory + figures and the pointer cursor. The 64x64 window itself is unchanged. + +C) THE BOUND PATH DOES NOT WORK AS-IS + Create a photoflo (type=1, w6=1), BindPhotomap (11) with [photomap, photoflo] + -> ok/silent, then Export(21) -> err14 (BadIDChoice), ExecutePhotoflo(13) + -> err1. Per XiePutTile.3X a photomap bound to a flo can no longer receive + tiles, so this ordering is wrong: tiles must go in BEFORE bind, which is what + B does, and then the unbound-immediate export is the right request -- yet + src_base stays 0. + +D) QUERYEXPORT IS NOT USABLE YET + minor 24 with 3 and 4 words (photo_id alone, photo_id+drawable) always + returns err1 (BadRequest), so the export context cannot be inspected to see + whether a pixmap was produced. + +E) CORRECTION FROM THE PEER SESSION, checked against the header + XieFloatRec is NOT an IEEE float (XieFloat.h: {u8 e_sign; u8 m_sign; + u16 exponent; u32 mantissa}). Zero-filling match_limit/gray_limit encodes + mantissa=0 => 0.0, which is a valid value ("exact matches only"), so that was + not the failure. Encoding 1.0 would be mantissa 0x80000000, exponent 1. + +STATUS. Still NO client-chosen XIE image. src_base (rp+0x610) remains +00000000 in every run; the window is unchanged; solid-white and solid-black +captures are identical apart from the Terminal Manager's own stats; xshow +(core X) remains the only viewer that has displayed an image. + +WHAT IS NOW TRUE THAT WAS NOT BEFORE: the import half of the path is entirely +client-driven and reproduces (no pokes), and the create request has a known, +required attribute word (w6=1). The remaining gap is only the export half: the +renderer runs but reports no source, so either the photomap is still not +"populated" in the sense XieExport needs, or the export needs a length/element +form I have not matched. diff --git a/xie/evidence/verified_slot33_44.txt b/xie/evidence/verified_slot33_44.txt new file mode 100644 index 0000000..3c2fcce --- /dev/null +++ b/xie/evidence/verified_slot33_44.txt @@ -0,0 +1,41 @@ +VERIFIED PROBE (xie/probe_verify.py): one field helper, one reply per request, +raw bytes printed, run TWICE. Both runs identical. + + SET_OP_DEFAULTS(bpp=1) -> REPLY len=0, head = 01 41 03 00 then all zeros + create 00401000 -> SILENT (accepted) + create 00402000 -> SILENT (accepted) + registered -> both ids registered, class=2, byte8=1, byte9=1, + p44 set, elem(+0xd8) populated, elem.byte0 = 0x01 + + slot33 [A,B,0] -> Invalid code=2 (BadValue) new REGIDSTORE: none + slot44 [A,B,1,1] -> Invalid code=2 (BadValue) new REGIDSTORE: none + element records unchanged by both. + + reproducibility: slot33 MATCH, slot44 MATCH across the two runs. + +ROOT CAUSE OF THE EARLIER FLAKINESS (found by this script): + SET_OP_DEFAULTS REPLIES with a 32-byte packet `01 41 03 00` + zeros. In all my + earlier ad-hoc runs that reply was never consumed, so it was sitting in the + socket and got attributed to the NEXT request. That is why slot 33 "returned + a reply" with head `01 41 03 00 00...` in some runs -- that packet is + SET_OP_DEFAULTS' reply, not slot 33's. Likewise the slot-40 "reply in one run, + BadValue in another" was the same stale packet. + + So: the 32-byte `01 41` reply carries NOTHING about slot 33/44. It is the + op-defaults acknowledgement and its payload is all zeros. + +CORRECTION to earlier statements: the element pointer at band_array+0xd8 IS +populated by create (0x3FD7D0 / 0x3FD590) and its byte0 = 0x01 -- it is not +"uninitialised heap fill" as I said; the 0x55 I saw was in a different field +(word 1 of that record). + +VERIFIED MODEL NOW: + create (op=2) -> class-2 resource, byte8=1 (bits/pixel), byte9=1, + band array at +44, element pointer at band_array+0xd8, + element record populated with byte0=1. + slot 33 [A,B,0] and slot 44 [A,B,1,1] are BOTH rejected (BadValue), + reproducibly, and change no state. + +STATUS: still no client-chosen image. But this is the first measurement set this +session that is reproducible across runs, and it removes a whole class of earlier +"results" that were actually the stale op-defaults reply. diff --git a/xie/evidence/word5_path_diverges.txt b/xie/evidence/word5_path_diverges.txt new file mode 100644 index 0000000..7e7471c --- /dev/null +++ b/xie/evidence/word5_path_diverges.txt @@ -0,0 +1,37 @@ +WITH word5 (band) != 0 THE GATE PASSES, BUT THE LOOKUP STILL RETURNS BadMatch. + +Trace with the import gate satisfied (byte8=1, byte36 -> byte == 3): + + band = 0 : GATE a7=00000003 a11=00000003 (passes) + S19RET a8=00000000 (success) + S88C word5=00000000 -> S896 -> SAA28_skip_exit (import skipped) + + band = 1 : GATE a7=00000003 a11=00000003 (passes) + S19RET a8=00000008 (BadMatch) + and NOTHING else fires: no S88C, no S896, no SAA28, no S8A4, + no S9A2 + +So with band=1 the request DOES pass the gate, but control never reaches the +post-gate block at 0x6A88C. The BadMatch therefore comes from INSIDE the lookup +callee (0x6B966) after 0x6BAF4 -- most plausibly its selector/mask section +(0x6BBCE..0x6BB86), which is the only code between the gate and the return. + +I cannot reconcile this with the static reading: the selector-3 path compares +object->byte8 with the request-derived mask, and with byte8=1 and band=1 that +comparison should succeed. It does not. I have no explanation I can defend, and +I am not going to invent one. + +STANDING FACTS (measured, reproducible): + * arm requires object->byte8 == 1 + * import gate requires *(object->byte36) == 3 + * band (word5) == 0 skips the import and returns a hollow success + * band != 0 passes the gate but the lookup returns BadMatch before slot 19's + own post-gate code runs + * the import handoff 0x7EAB640 has never executed in any run + * src_base (rp+0x610) has never been non-zero in any run + * the window has never differed from the no-export baseline + * xshow (core X) remains the only viewer that has displayed an image + +STATUS: goal not met. The remaining question -- what the lookup's selector/mask +section requires on this path -- is not answerable from behaviour I can observe: +every combination tried returns one of two documented XIE errors. diff --git a/xie/evidence/xie23_headers_and_transport.txt b/xie/evidence/xie23_headers_and_transport.txt new file mode 100644 index 0000000..45c7248 --- /dev/null +++ b/xie/evidence/xie23_headers_and_transport.txt @@ -0,0 +1,70 @@ +DEC XIE 2.3 HEADERS FOUND (peer session) AND THE REAL CAUSE OF EVERY BLOCKER. + +H) THE AUTHORITATIVE HEADER + xie/docs/dec/xie23/include/dec/extensions/XieProto.h + XieK_MajorVersion 2 / XieK_MinorVersion 3 <- matches the VT1200 + Found on DEC OSF/1 2.0 DECstation + 1.3a AXP media by the sibling session and + copied here with the man pages (84 Xie*.3X, DEC 1992). + + The 2.3 minor table (XieProto.h:99-...): + 1 InitSession 2 TermSession 3 QueryEvents 4 SelectEvents + 5 SetOpDefaults 6 QueryOpDefaults 7 CreateByReference 8 CreateByValue + 9 DeleteResource 10 QueryResource 11 BindPhotomap 12 AbortPhotoflo + 13 ExecutePhotoflo 14 TapPhotoflo 15 AbortTransport 16 GetStream 17 GetTile + 18 PutStream 19 PutTile 20 SetTransport 21 Export 22 FreeExport 23 Import + 24 QueryExport 25 Area ... 33 Crop ... 40 Mirror 43 Rotate 44 Scale + 45 Translate 46 LastRequest + + CONSEQUENCES -- three long-standing misidentifications, all now corrected: + * slot 20 is **SetTransport**, not "arm/execute". sz_xieSetTransportReq = + 140 bytes = 35 words, which is exactly the fixed length I measured and + could not explain. Every "arm" experiment was really a transport setup. + * slot 3 is QueryEvents, NOT SetOpDefaults. My "SET_OP_DEFAULTS(bpp=1)" was + a QueryEvents reply all along. SetOpDefaults is minor 5 (20 bytes). + * ExecutePhotoflo is minor 13 (8 bytes), which I never sent. + * There is no PutClientData in 2.3 at all; and "QueryTechniques" does not + exist either. + +I) STRUCTS THAT MATCH MY MEASUREMENTS EXACTLY + xiePutTileReq (32 bytes = 8 words): + photomap_id, x, y, width, height, plane_mask, final(BOOL), pad[3] + -> the word I had been calling "band" (word 5) is **plane_mask**. + xieExportReq (64 bytes = 16 words): + photo_id, drawable_id, gc_id, src_x, src_y, width, height, dst_x, dst_y, + photo_lut_id, colormap_id, match_limit, gray_limit + xieCreateByValueReq: resource_type, resource_id (this build wants 12 words) + Element type numbers (Xie.h): ImportClientPhoto=2, ImportDrawable=4, + ImportPhotomap=7, ExportDrawable=33, ExportClientPhoto=31 + +J) THE BREAKTHROUGH: CLIENT-REACHABLE PutTile, NO DEBUG POKES + SetTransport parameter sweep (plane_mask=1, pixel_stride[0]=1, + scanline_stride[0]=8, compression_scheme=0, component_organization=4 + (=XieK_BitByPlane)): + + mode=0 -> BadValue mode=1 -> ok, ctx[0]=1, PutTile a7=1 BadMatch + mode=2 -> ok, ctx[0]=2 PutTile a7=2 BadMatch + mode=3 -> ok, ctx[0]=3 PutTile ** ok/silent, a7=3 ** <-- PASSES + mode=4,5 -> BadValue + + So: SetTransport copies `mode` into transport-context byte 0, and PutTile's + gate (0x6BAF4) requires that byte to be 3. With mode=3 the import succeeds + with NO pokes -- the entire "debug-poke-dependent" blocker is gone. + object->byte36 becomes 0x00291FB0 from a CLIENT REQUEST (was always 0). + ctx bytes measured: 01 04 00 00 00 00 00 00 01 00 00 00 ... -> ctx[0]=mode, + ctx[1]=component_organization, ctx[8]=plane_mask low byte. + +K) EXPORT NOW ENTERS THE RENDERER + With a populated photomap, Export (minor 21, 16 words, w=64 h=64, unbound + photomap so it is "performed immediately" per XieExport.3X): + export -> ok/silent ; RP(0x1B296) fires ; ** TYPE5 store fires ** + and with w=0,h=0 the renderer is skipped entirely (silent, no trace). + This is the first time the renderer has been entered from a client-driven + request. BUT: src_base (rp+0x610) is still 00000000, and framebuffer captures + (dwt/screenshot.py) for a solid-white tile and a solid-black tile are + effectively identical -- the 1600 differing pixels are the Terminal Manager's + memory figures and the pointer cursor, not our 64x64 window. + +STATUS. Still NO client-chosen XIE image on screen. Window unchanged; white +and black identical in substance; xshow (core X) remains the only viewer that has +displayed an image. What changed this turn is decisive for the mechanism: the +transport layer is now correct and PutTile imports real client data with no pokes. diff --git a/xie/evidence/xie_create_export_probe.txt b/xie/evidence/xie_create_export_probe.txt new file mode 100644 index 0000000..cffff53 --- /dev/null +++ b/xie/evidence/xie_create_export_probe.txt @@ -0,0 +1,113 @@ +XIE 2.3 resource creation / export probe (live, 192.168.99.2:0) +================================================================ + +Client: xie/probe23.py (raw X11, same connection for the whole sequence). +Each request is preceded by minor 1 (INIT_SESSION, declare 2.3). + +Resource IDs +------------ +The X setup reply gives a per-connection resource-id base and mask. One +observed connection: + + id_base = 0x00C00000 id_mask = 0x000FFFFF + +A legal XIE resource id is `base | (n & mask)`, and the slot-8 create handler +additionally rejects ids with bit 19 set: + + rom:00067936 MOVE *A9(0x40),A11,0x1 ; request id (byte 8) + rom:0006793e ANDI -0x100000,A11 ; compare with client resource base + rom:00067950 BTST 0x13,A11 ; bit 19 must be clear + -> BadIDChoice (14) if either check fails + +So `0xC0AAAA` is a usable id; `0xCAAAAA` is not. + +Slot 8 op 2 creates a resource +------------------------------ +Request is exactly 12 words: + + word 0 (byte 4) op = 2 + word 1 (byte 8) new resource id + word 2 (byte 12) param A (must be non-zero) + word 3 (byte 16) param B (must be non-zero) + bytes 42/43/44 8-bit fields (read as three SETF 8 fields) + +Wire result: + + slot 8 op=2, id=0xC0AAAA, A=64, B=64 -> NO PACKETS (success) + then slot 24 (query, id, 0, 0) -> REPLY, length 0 + +Slot 8 op 1 also succeeds, but the resulting resource answers query 24 with +BadAccess (code 10); its byte +0x29 is non-zero. + +Slot 19 (PUT_TILE) on the created resource +------------------------------------------ +Header used: {id, x, y, w, h, count, flags} + data. +Slot 19 hard-codes a lookup type of 3. + + op-1 resource -> BadIDChoice (14) (not type 3 / not found) + op-2 resource -> BadAccess (10) (found, but the access flag is set) + +Slot 21 (EXPORT) on the created resource +---------------------------------------- +Request is exactly 16 words; id at byte 4, then parameters. +Both op-1 and op-2 resources return: + + ERROR code=8 (BadMatch), bad=id, minor_op=21 + +The handler tests resource byte +0x28 bit 0 before anything else: + + rom:00062d88 MOVE *A13(0x20),A11,1 + rom:00062d8c SETF 1,0,0 + rom:00062d8e MOVE *A11(0x28),A7,0 + rom:00062d92 JRNE ok + -> SendError(code=8, bad=id) + +So slot 8 create does not produce an exportable resource. + +Tried without effect +-------------------- +- all 8-bit create fields 0..3 in combination (64 combos per op): + export still BadMatch for every combination. +- slots 15/43/18 as post-create mutators: export still BadMatch. +- slot 7 op 1/2 with a core drawable (root 0x8006B) as the second id: + BadIDChoice on that id — slot 7 only looks up XIE photo resources. + +Conclusion +---------- +The create path for an *exportable* resource (the `+0x28` bit-0 object) is in +the photoflo/pipeline layer (slots 20/43 and the resource class codes), not in +slot 8. That layer is what GHIDRA_XIE_PIPELINE.md is recovering. + +Update after GHIDRA_XIE_PIPELINE.md +----------------------------------- +The `+0x28` bit is **"level array defined"**, not a missing capability. The +create request's level word at byte 28 must be non-zero; `2` means 1 bpp: + + create: op=2, id, w=64@12, h=64@16, level[0]=2@28 + byte41=1 (one band), rest zero + -> NO PACKETS (success), query 24 answers (empty) + +With that, slot 21 no longer returns BadMatch. The export sequence that +succeeds against the live server is: + + create XIE resource (above) + core X CreateWindow 64x64 + MapWindow + CreateGC + slot 21, 16 words: + [id, window, gc, 0, 0, 64, 64, 64, 64, 0, 0, 0, 0, 0, 0] + -> NO PACKETS (success; window is mapped) + +So the XIE create + export path works. The window is **empty** because pixel +import is still blocked: + + slot 19 PUT_TILE, class-2 resource -> BadAccess (code 10) + slot 19 PUT_TILE, class-3 resource -> BadIDChoice (code 14) + band count 3 / three levels does not change either result + +Slot 19 hard-codes lookup type 3; the class-2 resource is found but denied, the +class-3 resource is not found. The missing piece is the exact target/binding +for `PUT_TILE` (or the correct import request for the class-2 sink). That is +the only reason the exported window has no picture. + +Reproducer: `./probe23.py export 5` creates and exports the resource; the +window is visible for 5 seconds. + diff --git a/xie/evidence/xie_export_crop.png b/xie/evidence/xie_export_crop.png new file mode 100644 index 0000000..3cb9115 Binary files /dev/null and b/xie/evidence/xie_export_crop.png differ diff --git a/xie/evidence/xie_export_window_vt1200.png b/xie/evidence/xie_export_window_vt1200.png new file mode 100644 index 0000000..a67fe87 Binary files /dev/null and b/xie/evidence/xie_export_window_vt1200.png differ diff --git a/xie/evidence/xie_export_window_vt1200.txt b/xie/evidence/xie_export_window_vt1200.txt new file mode 100644 index 0000000..a20a052 --- /dev/null +++ b/xie/evidence/xie_export_window_vt1200.txt @@ -0,0 +1,5 @@ +extension opcode=129 first_event=64 +init (1,2w): REPLY len=8 01010200080000000200030020000000e056410050ad8c000000000003000000 +32B +create: NO PACKETS (success or ignored) +export: NO PACKETS (success or ignored) +window 0xc0bbbb up for 1 s; image buffer is empty (PUT_TILE still blocked) diff --git a/xie/evidence/xie_min_client_vt1200.txt b/xie/evidence/xie_min_client_vt1200.txt new file mode 100644 index 0000000..4a7ab0a --- /dev/null +++ b/xie/evidence/xie_min_client_vt1200.txt @@ -0,0 +1,5 @@ +extension present=1 opcode=129 first_event=64 first_error=0 +init (1,2w): REPLY len=8 010102000800000002000300f09b7c0070db2000050000000000000050b88f00 +qdefs (3,2w): REPLY len=0 0141030000000000000000001400000000000000000000000000000000000000 +qevents(6,1w): REPLY len=0 0100040000000000020000000001000000010000000100000000000000000000 +term (2,1w): TIMEOUT diff --git a/xie/evidence/xie_protocol_spec_found.txt b/xie/evidence/xie_protocol_spec_found.txt new file mode 100644 index 0000000..b27475e --- /dev/null +++ b/xie/evidence/xie_protocol_spec_found.txt @@ -0,0 +1,80 @@ +THE XIE PROTOCOL SPECIFICATION WAS FOUND, WITH THE PHOTOFLO ELEMENT ENCODING. + +Source (the same FTP mirror that yielded xieSIarch.txt): + https://ftp5.gwdg.de/pub/xfree86/XFree86/4.2.0/doc/ + XIEProto.TXT 291988 bytes "X Image Extension Protocol", Version 5.02, + X11R6.3, Dec 1996, (c) DEC/X Consortium/AGE Logic + photoflo=343 photomap=132 + xielib.TXT 297381 bytes photoflo=267 photomap=110 + overview_xie.TXT 26659 bytes + Saved to xie/docs/dec/ (XIEProto.TXT, xielib.TXT, overview_xie.TXT). + NOTE: this is the document whose vocabulary matches the VT1200 (photoflo / + photomap). The X11R4 "contrib" specs already in xie/docs/x11r4/ have ZERO + photoflo hits -- they are a different lineage. + +WHAT IT DEFINES (verbatim structures) + +1. PhotoElement subpacket (a subpacket INSIDE a photoflo request, not a request): + 2 bytes CARD16 Element type + 2 bytes CARD16 Element length (bytes divided by 4) + multiple of 2 XieTyp(Phototag|Tile) element's data source(s), if required + N parameters as required by element type + < 4 pad to a multiple of 4 + "A photo element consists of four (4) bytes of header followed by zero (0) or + more bytes of element input connection definitions and by ... additional data." + +2. Element list / phototag rules (chapter 5): + - the protocol representation of a Photoflo IS a list of elements, sent as ONE + request; its total length must fit in maximum-request-length; + - each element is identified by its POSITION in the list = Phototag; the first + element is index ONE (1); phototag 0 is reserved; + - "the order of elements in the list does not have to match the Photoflo + topology ... the source for each element's input connections are explicitly + specified using the Phototags of upstream elements"; + - three element kinds: Import (no inputs, 1 output), Process (>=1 input, 1 + output), Export (1 input, no output). A useful Photoflo has >=1 import and + >=1 export. + +3. Request encodings (v5.02 minor numbers): + CreatePhotoflo minor 17 length 3+n/4 + photoflo(4) | CARD16 #elements | 2 unused | element-list + ExecuteImmediate minor 16 length 4+n/4 + Executable(8) | CARD16 #elements | BOOL notify | 1 unused | element-list + ExecutePhotoflo minor 19 length 3 + photoflo(4) | BOOL notify | 3 unused + ModifyPhotoflo minor 20 ; RedefinePhotoflo minor 21 ; + DestroyPhotoflo minor 18 + PutClientData minor 22 (client -> ImportClient element; phototag + band) + GetClientData minor 23 + And: "CreatePhotoflo ... no action is taken to validate them at that time. + CreatePhotoflo will only STORE the Photoflo's definition; parameter validation + is delayed until an execute request is received." + +4. Photomap (7.2.3 / XieTypPhotomap): the resource that stores image data; + ImportPhotomap brings it into a flo, ExportPhotomap re-populates it. + +MEASURED AGAINST THE VT1200 THIS TURN + + slot 18 is the only handler whose length gate is a MINIMUM (>=4) and it reads + w0 (0x20) plus request BYTE 13 (0x68) -- that is exactly the shape of + CreatePhotoflo (photoflo id in w0; the element-type CARD16 of the first + element straddles bytes 12-13). But the v5.02 numbering does not hold: + slot18 with a NEW id + 3 header-only elements + [FLO, 3, 0x00010001, 0x00010002, 0x00010003] (len = 6 words) + -> err14 (BadIDChoice) bad = the new id, and NOTHING registers + So on this server slot 18 operates on an EXISTING resource, i.e. it is a + modify/execute-family request, not CreatePhotoflo. (Earlier: an existing + class-2 resource and an existing class-1 photoflo both gave BadAccess(10).) + + The shared lookup's BadAccess site was also read exactly: + 6BAB2 A7 = *A13(0xff20) ; JRLT 0x6BABC + 6BAB8 A7 = *A11 ; JRNE 0x6BAEA ; value != 0 -> gate path + 6BABC A7 = *A13(0xff20) ; JRLT 0x6BBCE ; < 0 -> skip + 6BAC6 MOVK 0xa -> BadAccess ; only when >=0 AND *A11 == 0 + i.e. BadAccess requires the caller-supplied signed local at frame 0xff20 to be + >= 0 while the dereferenced caller pointer holds 0. + +STATUS. No client-chosen XIE image. src_base (rp+0x610) 0 in every run, the +window never differs from the no-export baseline, and xshow (core X) is still the +only viewer that has displayed an image. What changed: the element wire format is +now READ rather than guessed. diff --git a/xie/evidence/xie_raw.py b/xie/evidence/xie_raw.py new file mode 100644 index 0000000..d8a9de9 --- /dev/null +++ b/xie/evidence/xie_raw.py @@ -0,0 +1,115 @@ +#!/usr/bin/env python3 +"""Minimal X11 client: send one raw XIE request and report the response. + +Used to probe the VT1200's XIE 2.3 request sizes/opcodes without XIElib. +Read-only probes only. +""" +import socket +import struct +import sys + +HOST, PORT = "192.168.99.2", 6000 +LAST_SETUP = {} + + +def read_exact(sock, n): + buf = b"" + while len(buf) < n: + chunk = sock.recv(n - len(buf)) + if not chunk: + raise EOFError("server closed connection") + buf += chunk + return buf + + +def setup(sock): + # little-endian, protocol 11.0, no auth + sock.sendall(struct.pack("= 32: + LAST_SETUP.update( + release=struct.unpack(" 21 else 0 + off = 32 + ((vendor_len + 3) // 4) * 4 + n_formats * 8 + if len(body) >= off + 40: + LAST_SETUP.update( + root=struct.unpack("= 1 else b"" + req = struct.pack(" REPLY, reply length 8 (8 CARD32 levels) + bytes 8.. : 02 00 03 00 20 00 00 00 e0 56 41 00 ... + -> server major 2, minor 3, service class 0x20, alignment 0 +words=3,4 -> BadLength + +Request length map (BadLength = error 16, BadRequest = 1, BadIDChoice = 14) +--------------------------------------------------------------------------- +minor 1 (QueryImageExtension): WORKS at 2 words +minor 2 (5.0 QueryTechniques): 1 word -> TIMEOUT; 2..12 words -> BadLength, + and every BadLength reports minor_op=0 (not 2) +minor 6 (5.0 QueryColorList): 1 word -> REPLY len=0 (no arguments!); + 2..8 words -> BadLength +minor 11 (5.0 QueryPhotomap): 3 words -> BadIDChoice (dispatched); + 1,2,4..6 -> BadLength +minor 23 (5.0 GetClientData): BadRequest at every length (not implemented) +minor 24 (5.0 QueryPhotoflo): 4 words -> BadIDChoice (dispatched); + 1..3,5..6 -> BadLength + +Interpretation +-------------- +The server dispatches 2.3 requests with sizes that differ from XIE 5.0: + - QueryColorList takes no color-list id (5.0 takes 8 bytes). + - QueryPhotomap takes 3 words (5.0: 2). + - QueryPhotoflo takes 4 words (5.0: 3). + - QueryTechniques is absent or different: no length works. + - GetClientData does not exist. + +The BadLength path reports minor_op=0, whereas handler-level errors +(BadIDChoice) report the real minor opcode. So minor 0 in the error is a +server-side dispatcher artefact, not a malformed client request. + +xieperf consequence +------------------- +xieperf 5.0 calls QueryTechniques (minor 2) during capability setup, which is +why it dies immediately after "Class name: ColorAlloc"; the wire request is +`81 02 02 00 0c 00 00 00` (X_ieQueryTechniques, techniqueGroup=12). diff --git a/xie/evidence/xieperf_import1_vt1200.txt b/xie/evidence/xieperf_import1_vt1200.txt new file mode 100644 index 0000000..f6dadcf --- /dev/null +++ b/xie/evidence/xieperf_import1_vt1200.txt @@ -0,0 +1,19 @@ +xieperf - XIE performance program, version 1.0 + +XIE V2.3 +FULL server +Screen visual class is StaticGray +Colormap has 2 entries +Effective depth is 1-bit + +DECWINDOWS DigitalEquipmentCorp. server version 11 on 192.168.99.2:0 +from sid +Sun Nov 1 12:59:34 2026 + +Sync time adjustment is 0.0000 msecs. + +X Error of failed request: BadLength (poly request too large or internal Xlib length error) + Major opcode of failed request: 129 (Xie) + Minor opcode of failed request: 0 () + Serial number of failed request: 34 + Current serial number in output stream: 34 diff --git a/xie/evidence/xieperf_import_vt1200.txt b/xie/evidence/xieperf_import_vt1200.txt new file mode 100644 index 0000000..f38cd69 --- /dev/null +++ b/xie/evidence/xieperf_import_vt1200.txt @@ -0,0 +1,35 @@ +usage: ./build/xieperf/xieperf [-options ...] +where options include: + -display the XIE server to contact + -images path to images supplied with this software, + defaults to ./images if flag not specified + -timeout timeout value for certain tests (default=60 secs) + -sync do the tests in synchronous mode + -script file read tests from a file, ``-'' to use console + -repeat do tests times (outer loop) (default = 2) + -time do tests for seconds each (default = 5) + -depth use a visual with planes per pixel + -GrayScale use a GrayScale visual + -StaticGray use a StaticGray visual + -StaticColor use a StaticColor visual + -PseudoColor use a PseudoColor visual + -TrueColor use a TrueColor visual + -DirectColor use a DirectColor visual + -WMSafe let window manager install colormap + -showtechs print supported techniques + -showlabels print test label to screen before calibration + -showevents for error and event tests, display as received + -events include event tests + -errors include error tests + -loCal no calibration, fix reps to 5 ( -reps overrides this ) + -all do all tests + -tests generate a list of all tests + -mkscript generate script file to stderr ( recognizes -repeat and -reps ) + -cache cache up to n photomaps in server + -labels print test labels ( use -all or -range to specify tests ) + -DIS run DIS subset tests only ( use -all or -range to specify tests ) + -range [,] like all, but do to + -reps fix the inner loop rep count (default = auto scale) + +./build/xieperf/xieperf -display 192.168.99.2:0 -range Import -time 1 -reps 1 -loCal + diff --git a/xie/evidence/xieperf_showtechs_vt1200.txt b/xie/evidence/xieperf_showtechs_vt1200.txt new file mode 100644 index 0000000..b20b9d9 --- /dev/null +++ b/xie/evidence/xieperf_showtechs_vt1200.txt @@ -0,0 +1,21 @@ +xieperf - XIE performance program, version 1.0 + +XIE V2.3 +FULL server +Screen visual class is StaticGray +Colormap has 2 entries +Effective depth is 1-bit + +DECWINDOWS DigitalEquipmentCorp. server version 11 on 192.168.99.2:0 +from sid +Sun Nov 1 12:58:08 2026 + +Sync time adjustment is 14.2710 msecs. + +Class name: ColorAlloc +X Error of failed request: BadLength (poly request too large or internal Xlib length error) + Major opcode of failed request: 129 (Xie) + Minor opcode of failed request: 0 () + Serial number of failed request: 300 + Current serial number in output stream: 300 + Technique ColorAllocAll: \ No newline at end of file diff --git a/xie/evidence/xieprobe_vt1200.txt b/xie/evidence/xieprobe_vt1200.txt new file mode 100644 index 0000000..2922ee3 --- /dev/null +++ b/xie/evidence/xieprobe_vt1200.txt @@ -0,0 +1,4 @@ +extensions (2): [ServerManagementExtension] [Xie] +XQueryExtension("XIE") = 0, opcode=0 event=47 error=0 +XQueryExtension("Xie") = 1, opcode=129 event=64 error=0 +XQueryExtension("xie") = 0, opcode=0 event=47 error=0 diff --git a/xie/evidence/xshow_vt1200.txt b/xie/evidence/xshow_vt1200.txt new file mode 100644 index 0000000..f4915e2 --- /dev/null +++ b/xie/evidence/xshow_vt1200.txt @@ -0,0 +1,2 @@ +xshow: displayed 320x240 checker on 192.168.99.2:0; source on-pixels=38400 window on-pixels=38400 MATCH +xshow: core X fallback window; XIE 2.3 export path is separate diff --git a/xie/ghidra-evidence/dispatch_table.txt b/xie/ghidra-evidence/dispatch_table.txt new file mode 100644 index 0000000..90b3fbc --- /dev/null +++ b/xie/ghidra-evidence/dispatch_table.txt @@ -0,0 +1,70 @@ +XIE 2.3 dispatch tables, dumped straight out of the ROM image. +Ghidra session afdab6e16b8240f294d45a5309f7caa3, program vt1200_v22.bin +(raw binary, base rom:00000000 == file offset 0, md5 b46a3e442ccb86134d2356bd70d22fd2) + +Encodings + ghidra_byte = (mame_bit - 0x3F200000) / 8 + mame_bit = 0x3F200000 + ghidra_byte * 8 + +Three 46-entry CARD32 arrays (bit addresses) live back to back, each preceded +by its own {CARD16, CARD32} install record: + 0x18D8E8 -> RAM 0xD3F90 proc table (used by XieProc) + 0x18D9A6 -> RAM 0xD4550 swapped proc table (used by XieSProc) + 0x18DA64 -> RAM 0xD4B10 REPLY-swap table (used inside the five query + handlers; only slots 1,3,6,10,24 are non-stub) +NOTE: the "swapped" columns printed below are the 0x18DA64 array, i.e. the +reply-swap table, not the swapped-proc table. See GHIDRA_XIE_HANDLERS.md. + 0x18D8E2: CARD16 0x005C CARD32 0x000D3F90 <- proc table + 0x18D9A0: CARD16 0x005C CARD32 0x000D4550 <- swapped proc table + 0x18DA5E: CARD16 0x005C CARD32 0x000D4B10 <- reply-swap table + +idx main(bit) main_off swapped(bit) swap_off + 0 3F5261E0 064C3C 3F5261E0 064C3C + 1 3F545260 068A4C 3F5491E0 06923C + 2 3F546D30 068DA6 3F5261E0 064C3C + 3 3F3FEBC0 03FD78 3F549620 0692C4 + 4 3F3FF030 03FE06 3F5261E0 064C3C + 5 3F546EE0 068DDC 3F5261E0 064C3C + 6 3F547630 068EC6 3F549980 069330 + 7 3F534330 066866 3F5261E0 064C3C + 8 3F534720 0668E4 3F5261E0 064C3C + 9 3F534C70 06698E 3F5261E0 064C3C + 10 3F535B20 066B64 3F549CA0 069394 + 11 3F533DB0 0667B6 3F5261E0 064C3C + 12 3F5339C0 066738 3F5261E0 064C3C + 13 3F535470 066A8E 3F5261E0 064C3C + 14 3F5361A0 066C34 3F5261E0 064C3C + 15 3F5529B0 06A536 3F5261E0 064C3C + 16 3F5261E0 064C3C 3F5261E0 064C3C + 17 3F5261E0 064C3C 3F5261E0 064C3C + 18 3F552D20 06A5A4 3F5261E0 064C3C + 19 3F553B70 06A76E 3F5261E0 064C3C + 20 3F5552A0 06AA54 3F5261E0 064C3C + 21 3F516A00 062D40 3F5261E0 064C3C + 22 3F5187A0 0630F4 3F5261E0 064C3C + 23 3F5261E0 064C3C 3F5261E0 064C3C + 24 3F518AF0 06315E 3F54AFC0 0695F8 + 25 3F5261E0 064C3C 3F5261E0 064C3C + 26 3F5261E0 064C3C 3F5261E0 064C3C + 27 3F5261E0 064C3C 3F5261E0 064C3C + 28 3F5261E0 064C3C 3F5261E0 064C3C + 29 3F5261E0 064C3C 3F5261E0 064C3C + 30 3F5261E0 064C3C 3F5261E0 064C3C + 31 3F5261E0 064C3C 3F5261E0 064C3C + 32 3F5261E0 064C3C 3F5261E0 064C3C + 33 3F526640 064CC8 3F5261E0 064C3C + 34 3F5261E0 064C3C 3F5261E0 064C3C + 35 3F5261E0 064C3C 3F5261E0 064C3C + 36 3F5261E0 064C3C 3F5261E0 064C3C + 37 3F5261E0 064C3C 3F5261E0 064C3C + 38 3F5261E0 064C3C 3F5261E0 064C3C + 39 3F5261E0 064C3C 3F5261E0 064C3C + 40 3F529310 065262 3F5261E0 064C3C + 41 3F5261E0 064C3C 3F5261E0 064C3C + 42 3F5261E0 064C3C 3F5261E0 064C3C + 43 3F52B000 065600 3F5261E0 064C3C + 44 3F52E550 065CAA 3F5261E0 064C3C + 45 3F5261E0 064C3C 3F5261E0 064C3C + +0x64C3C is the shared "not implemented" stub (returns/sends BadRequest). +Only 9 slots have a distinct swapped handler: 1, 3, 6, 10, 24. diff --git a/xie/ghidra-evidence/handlers/client_session.txt b/xie/ghidra-evidence/handlers/client_session.txt new file mode 100644 index 0000000..4a7ab0a --- /dev/null +++ b/xie/ghidra-evidence/handlers/client_session.txt @@ -0,0 +1,5 @@ +extension present=1 opcode=129 first_event=64 first_error=0 +init (1,2w): REPLY len=8 010102000800000002000300f09b7c0070db2000050000000000000050b88f00 +qdefs (3,2w): REPLY len=0 0141030000000000000000001400000000000000000000000000000000000000 +qevents(6,1w): REPLY len=0 0100040000000000020000000001000000010000000100000000000000000000 +term (2,1w): TIMEOUT diff --git a/xie/ghidra-evidence/handlers/slot00_064C3C.txt b/xie/ghidra-evidence/handlers/slot00_064C3C.txt new file mode 100644 index 0000000..8daa20e --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot00_064C3C.txt @@ -0,0 +1,857 @@ +rom:00064c3c MMTM SP,0x154 +rom:00064c40 MOVE A14,A13 +rom:00064c42 MOVE *A13(0xffe0),A11,0x1 +rom:00064c46 MOVE *A11(0x40),A9,0x1 +rom:00064c4a MOVE A14,-*SP,0x1 +rom:00064c4c MOVK 0x1,A7 +rom:00064c4e MOVE A7,*A14+,0x1 +rom:00064c50 SUB A7,A7 +rom:00064c52 MOVE A7,*A14+,0x1 +rom:00064c54 SETF 0x8,0x0,0x0 +rom:00064c56 MOVE *A9(0x8),A8,0x0 +rom:00064c5a MOVE A8,*A14+,0x1 +rom:00064c5c MOVE 0x1ad960,*A14+,0x1 +rom:00064c62 MOVE A11,*A14+,0x1 +rom:00064c64 CALLA 0x07effa5e +rom:00064c6a MOVK 0x1,A8 +rom:00064c6c MOVE *SP(0xa0),A14,0x1 +rom:00064c70 MMFM SP,0x2a80 +rom:00064c76 RL B10,B8 +rom:00064cc8 MMTM SP,0x554 +rom:00064ccc MOVE A14,A13 +rom:00064cce ADDI 0x180,A14 +rom:00064cd2 MOVE *A13(0xffe0),A11,0x1 +rom:00064cd6 MOVE *A11(0x40),A9,0x1 +rom:00064cda SETF 0x10,0x0,0x0 +rom:00064cdc MOVE *A9(0x10),A11,0x0 +rom:00064ce0 SUBK 0x4,A11 +rom:00064ce2 JREQ 0x00064cea +rom:00064ce4 MOVK 0x10,A8 +rom:00064ce6 JR 0x00065258 +rom:00064cea MOVE A14,-*SP,0x1 +rom:00064cec MOVE *A9(0x40),*A14+,0x1 +rom:00064cf0 MOVE *A9(0x20),*A14+,0x1 +rom:00064cf4 MOVE A13,A11 +rom:00064cf6 ADDI 0xa0,A11 +rom:00064cfa MOVE A11,*A14+,0x1 +rom:00064cfc MOVE A13,A7 +rom:00064cfe ADDI 0x80,A7 +rom:00064d02 MOVE A7,*A14+,0x1 +rom:00064d04 MOVE *A13(0xffe0),*A14+,0x1 +rom:00064d08 CALLA 0x07ea6fa0 +rom:00064d0e MOVE A8,*A13(0x160),0x1 +rom:00064d12 MOVE A8,A8 +rom:00064d14 JRNE 0x00065258 +rom:00064d18 MOVE *A9(0x60),A7,0x1 +rom:00064d1c JRNE 0x00064d60 +rom:00064d1e MOVE A14,-*SP,0x1 +rom:00064d20 MOVE *A13(0xe0),*A14+,0x1 +rom:00064d24 MOVE *A13(0xa0),*A14+,0x1 +rom:00064d28 CALLA 0x07ea6004 +rom:00064d2e MOVE *A13(0xe0),A7,0x1 +rom:00064d32 MOVE *A7(0x40),A11,0x1 +rom:00064d36 JRNE 0x00064d86 +rom:00064d38 MOVE A14,-*SP,0x1 +rom:00064d3a MOVK 0xb,A11 +rom:00064d3c MOVE A11,*A14+,0x1 +rom:00064d3e SUB A11,A11 +rom:00064d40 MOVE A11,*A14+,0x1 +rom:00064d42 SETF 0x8,0x0,0x0 +rom:00064d44 MOVE *A9(0x8),A8,0x0 +rom:00064d48 MOVE A8,*A14+,0x1 +rom:00064d4a MOVE 0x1ad960,*A14+,0x1 +rom:00064d50 MOVE *A13(0xffe0),*A14+,0x1 +rom:00064d54 CALLA 0x07effa5e +rom:00064d5a MOVK 0xb,A8 +rom:00064d5c JR 0x00065258 +rom:00064d60 MOVE A14,-*SP,0x1 +rom:00064d62 MOVK 0x5,A7 +rom:00064d64 MOVE A7,*A14+,0x1 +rom:00064d66 MOVE *A9(0x60),*A14+,0x1 +rom:00064d6a MOVE A13,A7 +rom:00064d6c ADDI 0xe0,A7 +rom:00064d70 MOVE A7,*A14+,0x1 +rom:00064d72 MOVE *A13(0xffe0),*A14+,0x1 +rom:00064d76 CALLA 0x07ea6e70 +rom:00064d7c MOVE A8,*A13(0x160),0x1 +rom:00064d80 MOVE A8,A8 +rom:00064d82 JRNE 0x00065258 +rom:00064d86 MOVE *A13(0xe0),A11,0x1 +rom:00064d8a MOVE *A11(0x40),A7,0x1 +rom:00064d8e MOVE *A7(0xa8),A7,0x1 +rom:00064d92 JRLT 0x00064e52 +rom:00064d94 MOVE *A11(0x40),A7,0x1 +rom:00064d98 MOVE *A13(0xa0),A11,0x1 +rom:00064d9c MOVE *A7(0xa8),A7,0x1 +rom:00064da0 MOVE *A11(0x80),A11,0x1 +rom:00064da4 CMP A11,A7 +rom:00064da6 JRNC 0x00064e52 +rom:00064da8 MOVE *A13(0xe0),A11,0x1 +rom:00064dac MOVE *A11(0x40),A7,0x1 +rom:00064db0 MOVE *A7(0xe8),A7,0x1 +rom:00064db4 JRLT 0x00064e52 +rom:00064db6 MOVE *A11(0x40),A7,0x1 +rom:00064dba MOVE *A13(0xa0),A11,0x1 +rom:00064dbe MOVE *A7(0xe8),A7,0x1 +rom:00064dc2 MOVE *A11(0xa0),A11,0x1 +rom:00064dc6 CMP A11,A7 +rom:00064dc8 JRNC 0x00064e52 +rom:00064dca MOVE *A13(0xe0),A11,0x1 +rom:00064dce MOVE *A11(0x40),A7,0x1 +rom:00064dd2 MOVE *A7(0x128),A7,0x1 +rom:00064dd6 JREQ 0x00064e52 +rom:00064dd8 MOVE *A11(0x40),A7,0x1 +rom:00064ddc MOVE *A13(0xa0),A11,0x1 +rom:00064de0 MOVE *A7(0x128),A7,0x1 +rom:00064de4 MOVE *A11(0x80),A11,0x1 +rom:00064de8 CMP A11,A7 +rom:00064dea JRHI 0x00064e52 +rom:00064dec MOVE *A13(0xe0),A11,0x1 +rom:00064df0 MOVE *A11(0x40),A7,0x1 +rom:00064df4 MOVE *A7(0x148),A7,0x1 +rom:00064df8 JREQ 0x00064e52 +rom:00064dfa MOVE *A11(0x40),A7,0x1 +rom:00064dfe MOVE *A13(0xa0),A11,0x1 +rom:00064e02 MOVE *A7(0x148),A7,0x1 +rom:00064e06 MOVE *A11(0xa0),A11,0x1 +rom:00064e0a CMP A11,A7 +rom:00064e0c JRHI 0x00064e52 +rom:00064e0e MOVE *A13(0xe0),A11,0x1 +rom:00064e12 MOVE *A11(0x40),A7,0x1 +rom:00064e16 MOVE *A11(0x40),A11,0x1 +rom:00064e1a MOVE *A7(0xa8),A7,0x1 +rom:00064e1e MOVE *A11(0x128),A11,0x1 +rom:00064e22 ADD A11,A7 +rom:00064e24 MOVE *A13(0xa0),A11,0x1 +rom:00064e28 MOVE *A11(0x80),A11,0x1 +rom:00064e2c CMP A11,A7 +rom:00064e2e JRHI 0x00064e52 +rom:00064e30 MOVE *A13(0xe0),A11,0x1 +rom:00064e34 MOVE *A11(0x40),A7,0x1 +rom:00064e38 MOVE *A11(0x40),A11,0x1 +rom:00064e3c MOVE *A7(0xe8),A7,0x1 +rom:00064e40 MOVE *A11(0x148),A11,0x1 +rom:00064e44 ADD A11,A7 +rom:00064e46 MOVE *A13(0xa0),A11,0x1 +rom:00064e4a MOVE *A11(0xa0),A11,0x1 +rom:00064e4e CMP A11,A7 +rom:00064e50 JRLS 0x00064ea0 +rom:00064e52 MOVE A14,-*SP,0x1 +rom:00064e54 MOVI 0x3f532380,A8 +rom:00064e5a MOVE A8,*A14+,0x1 +rom:00064e5c CALLA 0x07f24f78 +rom:00064e62 MOVE *A9(0x60),A11,0x1 +rom:00064e66 JRNE 0x00064e78 +rom:00064e68 MOVE A14,-*SP,0x1 +rom:00064e6a MOVE *A13(0xe0),A11,0x1 +rom:00064e6e MOVE *A11(0x40),*A14+,0x1 +rom:00064e72 CALLA 0x07f63b00 +rom:00064e78 MOVE A14,-*SP,0x1 +rom:00064e7a MOVK 0x2,A11 +rom:00064e7c MOVE A11,*A14+,0x1 +rom:00064e7e SUB A7,A7 +rom:00064e80 MOVE A7,*A14+,0x1 +rom:00064e82 SETF 0x8,0x0,0x0 +rom:00064e84 MOVE *A9(0x8),A8,0x0 +rom:00064e88 MOVE A8,*A14+,0x1 +rom:00064e8a MOVE 0x1ad960,*A14+,0x1 +rom:00064e90 MOVE *A13(0xffe0),*A14+,0x1 +rom:00064e94 CALLA 0x07effa5e +rom:00064e9a MOVE A11,A8 +rom:00064e9c JR 0x00065258 +rom:00064ea0 SUB A11,A11 +rom:00064ea2 MOVE A11,*A13,0x1 +rom:00064ea4 MOVE *A13(0xa0),A7,0x1 +rom:00064ea8 SETF 0x8,0x0,0x0 +rom:00064eaa MOVE *A7(0x48),A7,0x0 +rom:00064eae CMP A7,A11 +rom:00064eb0 JRNC 0x00064ee2 +rom:00064eb2 MOVE *A13,A11,0x1 +rom:00064eb4 SLL 0x5,A11 +rom:00064eb6 ADD A13,A11 +rom:00064eb8 MOVE *A13(0xa0),A7,0x1 +rom:00064ebc MOVE *A7(0x160),A5,0x1 +rom:00064ec0 MOVE *A13,A7,0x1 +rom:00064ec2 SLL 0x5,A7 +rom:00064ec4 ADD A7,A5 +rom:00064ec6 MOVE *A5(0xd8),A7,0x1 +rom:00064eca MOVE *A7(0x1a8),*A11(0x20),0x1 +rom:00064ed0 MOVE *A13,A11,0x1 +rom:00064ed2 INC A11 +rom:00064ed4 MOVE A11,*A13,0x1 +rom:00064ed6 MOVE *A13(0xa0),A7,0x1 +rom:00064eda MOVE *A7(0x48),A5,0x0 +rom:00064ede CMP A5,A11 +rom:00064ee0 JRC 0x00064eb2 +rom:00064ee2 MOVE A14,-*SP,0x1 +rom:00064ee4 MOVE *A13(0x80),A7,0x1 +rom:00064ee8 MOVK 0x1,A5 +rom:00064eea JREQ 0x00064eee +rom:00064eec SUB A5,A5 +rom:00064eee MOVE A5,*A14+,0x1 +rom:00064ef0 MOVE *A13(0xe0),A5,0x1 +rom:00064ef4 MOVE *A5(0x40),A5,0x1 +rom:00064ef8 MOVE *A5(0x148),*A14+,0x1 +rom:00064efc MOVE *A13(0xe0),A5,0x1 +rom:00064f00 MOVE *A5(0x40),A5,0x1 +rom:00064f04 MOVE *A5(0x128),*A14+,0x1 +rom:00064f08 MOVE *A13(0xa0),A5,0x1 +rom:00064f0c MOVE *A5(0x50),A8,0x0 +rom:00064f10 MOVE A8,*A14+,0x1 +rom:00064f12 MOVE *A5(0x60),A8,0x0 +rom:00064f16 MOVE A8,*A14+,0x1 +rom:00064f18 MOVE *A5(0x58),A8,0x0 +rom:00064f1c MOVE A8,*A14+,0x1 +rom:00064f1e MOVE *A5(0xc0),*A14+,0x1 +rom:00064f22 MOVE *A5(0xe0),*A14+,0x1 +rom:00064f26 MOVE A13,A5 +rom:00064f28 ADDK 0x0,A5 +rom:00064f2a MOVE A5,*A14+,0x1 +rom:00064f2c MOVE *A13(0xa0),A5,0x1 +rom:00064f30 MOVE *A5(0x40),A8,0x0 +rom:00064f34 MOVE A8,*A14+,0x1 +rom:00064f36 CALLA 0x07eaca82 +rom:00064f3c MOVE A8,*A13(0xc0),0x1 +rom:00064f40 MOVE A8,A8 +rom:00064f42 JRNE 0x00064f82 +rom:00064f44 MOVE *A9(0x60),A5,0x1 +rom:00064f48 JRNE 0x00064f5a +rom:00064f4a MOVE A14,-*SP,0x1 +rom:00064f4c MOVE *A13(0xe0),A5,0x1 +rom:00064f50 MOVE *A5(0x40),*A14+,0x1 +rom:00064f54 CALLA 0x07f63b00 +rom:00064f5a MOVE A14,-*SP,0x1 +rom:00064f5c MOVK 0xb,A5 +rom:00064f5e MOVE A5,*A14+,0x1 +rom:00064f60 MOVE *A9(0x40),*A14+,0x1 +rom:00064f64 SETF 0x8,0x0,0x0 +rom:00064f66 MOVE *A9(0x8),A8,0x0 +rom:00064f6a MOVE A8,*A14+,0x1 +rom:00064f6c MOVE 0x1ad960,*A14+,0x1 +rom:00064f72 MOVE *A13(0xffe0),*A14+,0x1 +rom:00064f76 CALLA 0x07effa5e +rom:00064f7c MOVE A5,A8 +rom:00064f7e JR 0x00065258 +rom:00064f82 MOVE A7,A7 +rom:00064f84 JREQ 0x000650ba +rom:00064f88 MOVE A14,-*SP,0x1 +rom:00064f8a MOVE *A13(0xe0),A5,0x1 +rom:00064f8e MOVE *A5(0x40),A5,0x1 +rom:00064f92 MOVE *A5(0x148),*A14+,0x1 +rom:00064f96 MOVE *A13(0xe0),A5,0x1 +rom:00064f9a MOVE *A5(0x40),A5,0x1 +rom:00064f9e MOVE *A5(0x128),*A14+,0x1 +rom:00064fa2 MOVE *A13(0xe0),A5,0x1 +rom:00064fa6 MOVE *A5(0x40),A5,0x1 +rom:00064faa MOVE *A5(0xe8),*A14+,0x1 +rom:00064fae MOVE *A13(0xe0),A5,0x1 +rom:00064fb2 MOVE *A5(0x40),A5,0x1 +rom:00064fb6 MOVE *A5(0xa8),*A14+,0x1 +rom:00064fba MOVE *A8(0x160),*A14+,0x1 +rom:00064fbe MOVE *A13(0xa0),A5,0x1 +rom:00064fc2 MOVE *A5(0x160),*A14+,0x1 +rom:00064fc6 MOVE *A7(0x80),*A14+,0x1 +rom:00064fca SETF 0x8,0x0,0x0 +rom:00064fcc MOVE *A9(0x8),A5,0x0 +rom:00064fd0 SLL 0x5,A5 +rom:00064fd2 ADDI 0xd5730,A5 +rom:00064fd8 MOVE *A5,A5,0x1 +rom:00064fda CALL A5 +rom:00064fdc MOVE A8,*A13(0x140),0x1 +rom:00064fe0 MOVE A8,A5 +rom:00064fe2 JREQ 0x00065030 +rom:00064fe4 MOVE A14,-*SP,0x1 +rom:00064fe6 MOVE *A13(0xc0),*A14+,0x1 +rom:00064fea CALLA 0x07eacdda +rom:00064ff0 MOVE *A9(0x60),A5,0x1 +rom:00064ff4 JRNE 0x00065006 +rom:00064ff6 MOVE A14,-*SP,0x1 +rom:00064ff8 MOVE *A13(0xe0),A5,0x1 +rom:00064ffc MOVE *A5(0x40),*A14+,0x1 +rom:00065000 CALLA 0x07f63b00 +rom:00065006 MOVE A14,-*SP,0x1 +rom:00065008 MOVE *A13(0x140),*A14+,0x1 +rom:0006500c SUB A5,A5 +rom:0006500e MOVE A5,*A14+,0x1 +rom:00065010 SETF 0x8,0x0,0x0 +rom:00065012 MOVE *A9(0x8),A8,0x0 +rom:00065016 MOVE A8,*A14+,0x1 +rom:00065018 MOVE 0x1ad960,*A14+,0x1 +rom:0006501e MOVE *A13(0xffe0),*A14+,0x1 +rom:00065022 CALLA 0x07effa5e +rom:00065028 MOVE *A13(0x140),A8,0x1 +rom:0006502c JR 0x00065258 +rom:00065030 MOVE A14,-*SP,0x1 +rom:00065032 MOVK 0x1,A5 +rom:00065034 MOVE A5,*A14+,0x1 +rom:00065036 MOVE *A13(0xc0),*A14+,0x1 +rom:0006503a MOVE A7,*A14+,0x1 +rom:0006503c CALLA 0x07ea72a4 +rom:00065042 MOVE A8,A8 +rom:00065044 JRNE 0x00065240 +rom:00065048 MOVE A14,-*SP,0x1 +rom:0006504a MOVE *A13(0xc0),*A14+,0x1 +rom:0006504e CALLA 0x07eacdda +rom:00065054 MOVE *A7(0x80),A5,0x1 +rom:00065058 MOVE *A5(0x20),*A13(0x100),0x1 +rom:0006505e MOVE A14,-*SP,0x1 +rom:00065060 MOVE *A13(0x100),*A14+,0x1 +rom:00065064 MOVE *A13(0x100),A5,0x1 +rom:00065068 MOVE *A5(0x60),A5,0x1 +rom:0006506c MOVE *A5(0xe0),A5,0x1 +rom:00065070 CALL A5 +rom:00065072 MOVE *A13(0x100),A5,0x1 +rom:00065076 MOVE *A5(0x20),A5,0x1 +rom:0006507a MOVE *A13(0x100),A7,0x1 +rom:0006507e MOVE *A7,*A5,0x1 +rom:00065080 MOVE *A7,A5,0x1 +rom:00065082 MOVE *A7(0x20),*A5(0x20),0x1 +rom:00065088 MOVE A14,-*SP,0x1 +rom:0006508a MOVE A7,*A14+,0x1 +rom:0006508c CALLA 0x07f63b18 +rom:00065092 MOVE A14,-*SP,0x1 +rom:00065094 MOVK 0xb,A5 +rom:00065096 MOVE A5,*A14+,0x1 +rom:00065098 MOVE *A9(0x40),*A14+,0x1 +rom:0006509c SETF 0x8,0x0,0x0 +rom:0006509e MOVE *A9(0x8),A8,0x0 +rom:000650a2 MOVE A8,*A14+,0x1 +rom:000650a4 MOVE 0x1ad960,*A14+,0x1 +rom:000650aa MOVE *A13(0xffe0),*A14+,0x1 +rom:000650ae CALLA 0x07effa5e +rom:000650b4 MOVE A5,A8 +rom:000650b6 JR 0x00065258 +rom:000650ba MOVE A14,-*SP,0x1 +rom:000650bc MOVI 0xc8,A5 +rom:000650c0 MOVE A5,*A14+,0x1 +rom:000650c2 CALLA 0x07f63a74 +rom:000650c8 MOVE A8,*A13(0x120),0x1 +rom:000650cc MOVE A8,A8 +rom:000650ce JRNE 0x0006512a +rom:000650d0 MOVE A14,-*SP,0x1 +rom:000650d2 MOVI 0x3f532468,A8 +rom:000650d8 MOVE A8,*A14+,0x1 +rom:000650da CALLA 0x07f24f78 +rom:000650e0 MOVE A14,-*SP,0x1 +rom:000650e2 MOVE *A13(0xc0),*A14+,0x1 +rom:000650e6 CALLA 0x07eacdda +rom:000650ec MOVE *A9(0x60),A5,0x1 +rom:000650f0 JRNE 0x00065102 +rom:000650f2 MOVE A14,-*SP,0x1 +rom:000650f4 MOVE *A13(0xe0),A5,0x1 +rom:000650f8 MOVE *A5(0x40),*A14+,0x1 +rom:000650fc CALLA 0x07f63b00 +rom:00065102 MOVE A14,-*SP,0x1 +rom:00065104 MOVK 0xb,A5 +rom:00065106 MOVE A5,*A14+,0x1 +rom:00065108 SUB A5,A5 +rom:0006510a MOVE A5,*A14+,0x1 +rom:0006510c SETF 0x8,0x0,0x0 +rom:0006510e MOVE *A9(0x8),A8,0x0 +rom:00065112 MOVE A8,*A14+,0x1 +rom:00065114 MOVE 0x1ad960,*A14+,0x1 +rom:0006511a MOVE *A13(0xffe0),*A14+,0x1 +rom:0006511e CALLA 0x07effa5e +rom:00065124 MOVK 0xb,A8 +rom:00065126 JR 0x00065258 +rom:0006512a MOVK 0x1,A5 +rom:0006512c MOVB A5,*A8 +rom:0006512e MOVE *A13(0xa0),*A8(0x8),0x1 +rom:00065134 MOVE *A13(0xc0),*A8(0x28),0x1 +rom:0006513a MOVE *A9(0x20),*A8(0x48),0x1 +rom:00065140 MOVE *A9(0x40),*A8(0x68),0x1 +rom:00065146 MOVE *A13(0xe0),A5,0x1 +rom:0006514a MOVE *A5(0x40),A5,0x1 +rom:0006514e SETF 0x10,0x0,0x0 +rom:00065150 MOVE *A5(0xa8),*A8(0x88),0x0 +rom:00065156 MOVE *A13(0xe0),A5,0x1 +rom:0006515a MOVE *A5(0x40),A5,0x1 +rom:0006515e MOVE *A5(0xe8),*A8(0x98),0x0 +rom:00065164 MOVE *A13(0xe0),A5,0x1 +rom:00065168 MOVE *A5(0x40),A5,0x1 +rom:0006516c MOVE *A5(0x128),*A8(0xa8),0x0 +rom:00065172 MOVE *A13(0xe0),A5,0x1 +rom:00065176 MOVE *A5(0x40),A5,0x1 +rom:0006517a MOVE *A5(0x148),*A8(0xb8),0x0 +rom:00065180 MOVE A14,-*SP,0x1 +rom:00065182 MOVE A8,*A14+,0x1 +rom:00065184 CALLA 0x07e5b152 +rom:0006518a MOVE A8,*A13(0x140),0x1 +rom:0006518e MOVE A8,A5 +rom:00065190 JREQ 0x000651e8 +rom:00065192 MOVE A14,-*SP,0x1 +rom:00065194 MOVE *A13(0x120),*A14+,0x1 +rom:00065198 CALLA 0x07f63b00 +rom:0006519e MOVE A14,-*SP,0x1 +rom:000651a0 MOVE *A13(0xc0),*A14+,0x1 +rom:000651a4 CALLA 0x07eacdda +rom:000651aa MOVE *A9(0x60),A5,0x1 +rom:000651ae JRNE 0x000651c0 +rom:000651b0 MOVE A14,-*SP,0x1 +rom:000651b2 MOVE *A13(0xe0),A5,0x1 +rom:000651b6 MOVE *A5(0x40),*A14+,0x1 +rom:000651ba CALLA 0x07f63b00 +rom:000651c0 MOVE A14,-*SP,0x1 +rom:000651c2 MOVE *A13(0x140),*A14+,0x1 +rom:000651c6 SUB A5,A5 +rom:000651c8 MOVE A5,*A14+,0x1 +rom:000651ca SETF 0x8,0x0,0x0 +rom:000651cc MOVE *A9(0x8),A8,0x0 +rom:000651d0 MOVE A8,*A14+,0x1 +rom:000651d2 MOVE 0x1ad960,*A14+,0x1 +rom:000651d8 MOVE *A13(0xffe0),*A14+,0x1 +rom:000651dc CALLA 0x07effa5e +rom:000651e2 MOVE *A13(0x140),A8,0x1 +rom:000651e6 JR 0x00065258 +rom:000651e8 MOVE *A13(0xc0),A5,0x1 +rom:000651ec MOVE *A9(0x40),*A5(0x0),0x1 +rom:000651f2 MOVE A14,-*SP,0x1 +rom:000651f4 SETF 0x10,0x0,0x0 +rom:000651f6 MOVE @0x1ad980,A5,0x0 +rom:000651fc MOVE A5,*A14+,0x1 +rom:000651fe MOVI 0x3f566ed0,A7 +rom:00065204 MOVE A7,*A14+,0x1 +rom:00065206 MOVE *A13(0xc0),*A14+,0x1 +rom:0006520a MOVE @0x1ad990,A7,0x0 +rom:00065210 MOVE A7,*A14+,0x1 +rom:00065212 MOVE *A9(0x40),*A14+,0x1 +rom:00065216 CALLA 0x07f16ca2 +rom:0006521c MOVE A14,-*SP,0x1 +rom:0006521e SUB A7,A7 +rom:00065220 MOVE A7,*A14+,0x1 +rom:00065222 MOVE *A13(0xc0),*A14+,0x1 +rom:00065226 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006522a CALLA 0x07e7fe96 +rom:00065230 MOVE A8,*A13(0x140),0x1 +rom:00065234 MOVE A14,-*SP,0x1 +rom:00065236 MOVE *A13(0x120),*A14+,0x1 +rom:0006523a CALLA 0x07f63b00 +rom:00065240 MOVE *A9(0x60),A7,0x1 +rom:00065244 JRNE 0x00065256 +rom:00065246 MOVE A14,-*SP,0x1 +rom:00065248 MOVE *A13(0xe0),A7,0x1 +rom:0006524c MOVE *A7(0x40),*A14+,0x1 +rom:00065250 CALLA 0x07f63b00 +rom:00065256 SUB A8,A8 +rom:00065258 MOVE *SP(0xc0),A14,0x1 +rom:0006525c MMFM SP,0x2aa0 +rom:00065262 MMTM SP,0x554 +rom:00065266 MOVE A14,A13 +rom:00065268 ADDI 0x160,A14 +rom:0006526c MOVE *A13(0xffe0),A11,0x1 +rom:00065270 MOVE *A11(0x40),A9,0x1 +rom:00065274 SETF 0x10,0x0,0x0 +rom:00065276 MOVE *A9(0x10),A11,0x0 +rom:0006527a SUBK 0x4,A11 +rom:0006527c JREQ 0x00065284 +rom:0006527e MOVK 0x10,A8 +rom:00065280 JR 0x000655f6 +rom:00065284 MOVE A14,-*SP,0x1 +rom:00065286 MOVE *A9(0x40),*A14+,0x1 +rom:0006528a MOVE *A9(0x20),*A14+,0x1 +rom:0006528e MOVE A13,A11 +rom:00065290 ADDI 0xa0,A11 +rom:00065294 MOVE A11,*A14+,0x1 +rom:00065296 MOVE A13,A7 +rom:00065298 ADDI 0x80,A7 +rom:0006529c MOVE A7,*A14+,0x1 +rom:0006529e MOVE *A13(0xffe0),*A14+,0x1 +rom:000652a2 CALLA 0x07ea6fa0 +rom:000652a8 MOVE A8,*A13(0x140),0x1 +rom:000652ac MOVE A8,A8 +rom:000652ae JRNE 0x000655f6 +rom:000652b2 SETF 0x8,0x0,0x0 +rom:000652b4 MOVE *A9(0x60),A7,0x0 +rom:000652b8 DEC A7 +rom:000652ba JREQ 0x000652e8 +rom:000652bc MOVE *A9(0x60),A7,0x0 +rom:000652c0 JREQ 0x000652e8 +rom:000652c2 MOVE A14,-*SP,0x1 +rom:000652c4 MOVK 0x2,A7 +rom:000652c6 MOVE A7,*A14+,0x1 +rom:000652c8 MOVE *A9(0x20),*A14+,0x1 +rom:000652cc MOVE *A9(0x8),A8,0x0 +rom:000652d0 MOVE A8,*A14+,0x1 +rom:000652d2 MOVE 0x1ad960,*A14+,0x1 +rom:000652d8 MOVE *A13(0xffe0),*A14+,0x1 +rom:000652dc CALLA 0x07effa5e +rom:000652e2 MOVE A7,A8 +rom:000652e4 JR 0x000655f6 +rom:000652e8 MOVE *A9(0x68),A7,0x0 +rom:000652ec DEC A7 +rom:000652ee JREQ 0x0006531c +rom:000652f0 MOVE *A9(0x68),A7,0x0 +rom:000652f4 JREQ 0x0006531c +rom:000652f6 MOVE A14,-*SP,0x1 +rom:000652f8 MOVK 0x2,A7 +rom:000652fa MOVE A7,*A14+,0x1 +rom:000652fc MOVE *A9(0x20),*A14+,0x1 +rom:00065300 MOVE *A9(0x8),A8,0x0 +rom:00065304 MOVE A8,*A14+,0x1 +rom:00065306 MOVE 0x1ad960,*A14+,0x1 +rom:0006530c MOVE *A13(0xffe0),*A14+,0x1 +rom:00065310 CALLA 0x07effa5e +rom:00065316 MOVE A7,A8 +rom:00065318 JR 0x000655f6 +rom:0006531c SUB A7,A7 +rom:0006531e MOVE A7,*A13,0x1 +rom:00065320 MOVE *A13(0xa0),A11,0x1 +rom:00065324 MOVE *A11(0x48),A11,0x0 +rom:00065328 CMP A11,A7 +rom:0006532a JRNC 0x0006535c +rom:0006532c MOVE *A13,A11,0x1 +rom:0006532e SLL 0x5,A11 +rom:00065330 ADD A13,A11 +rom:00065332 MOVE *A13(0xa0),A7,0x1 +rom:00065336 MOVE *A7(0x160),A5,0x1 +rom:0006533a MOVE *A13,A7,0x1 +rom:0006533c SLL 0x5,A7 +rom:0006533e ADD A7,A5 +rom:00065340 MOVE *A5(0xd8),A7,0x1 +rom:00065344 MOVE *A7(0x1a8),*A11(0x20),0x1 +rom:0006534a MOVE *A13,A11,0x1 +rom:0006534c INC A11 +rom:0006534e MOVE A11,*A13,0x1 +rom:00065350 MOVE *A13(0xa0),A7,0x1 +rom:00065354 MOVE *A7(0x48),A5,0x0 +rom:00065358 CMP A5,A11 +rom:0006535a JRC 0x0006532c +rom:0006535c MOVE A14,-*SP,0x1 +rom:0006535e MOVE *A13(0x80),A11,0x1 +rom:00065362 MOVK 0x1,A7 +rom:00065364 JREQ 0x00065368 +rom:00065366 SUB A7,A7 +rom:00065368 MOVE A7,*A14+,0x1 +rom:0006536a MOVE *A13(0xa0),A7,0x1 +rom:0006536e MOVE *A7(0xa0),*A14+,0x1 +rom:00065372 MOVE *A7(0x80),*A14+,0x1 +rom:00065376 MOVE *A7(0x50),A8,0x0 +rom:0006537a MOVE A8,*A14+,0x1 +rom:0006537c MOVE *A7(0x60),A8,0x0 +rom:00065380 MOVE A8,*A14+,0x1 +rom:00065382 MOVE *A7(0x58),A8,0x0 +rom:00065386 MOVE A8,*A14+,0x1 +rom:00065388 MOVE *A7(0xc0),*A14+,0x1 +rom:0006538c MOVE *A7(0xe0),*A14+,0x1 +rom:00065390 MOVE A13,A5 +rom:00065392 ADDK 0x0,A5 +rom:00065394 MOVE A5,*A14+,0x1 +rom:00065396 MOVE *A7(0x40),A8,0x0 +rom:0006539a MOVE A8,*A14+,0x1 +rom:0006539c CALLA 0x07eaca82 +rom:000653a2 MOVE A8,*A13(0xc0),0x1 +rom:000653a6 MOVE A8,A8 +rom:000653a8 JRNE 0x000653d2 +rom:000653aa MOVE A14,-*SP,0x1 +rom:000653ac MOVK 0xb,A5 +rom:000653ae MOVE A5,*A14+,0x1 +rom:000653b0 MOVE *A9(0x40),*A14+,0x1 +rom:000653b4 SETF 0x8,0x0,0x0 +rom:000653b6 MOVE *A9(0x8),A8,0x0 +rom:000653ba MOVE A8,*A14+,0x1 +rom:000653bc MOVE 0x1ad960,*A14+,0x1 +rom:000653c2 MOVE *A13(0xffe0),*A14+,0x1 +rom:000653c6 CALLA 0x07effa5e +rom:000653cc MOVE A5,A8 +rom:000653ce JR 0x000655f6 +rom:000653d2 MOVE A11,A11 +rom:000653d4 JREQ 0x000654cc +rom:000653d6 MOVE A14,-*SP,0x1 +rom:000653d8 SETF 0x8,0x0,0x0 +rom:000653da MOVE *A9(0x68),A8,0x0 +rom:000653de MOVE A8,*A14+,0x1 +rom:000653e0 MOVE *A9(0x60),A8,0x0 +rom:000653e4 MOVE A8,*A14+,0x1 +rom:000653e6 MOVE *A13(0xc0),A5,0x1 +rom:000653ea MOVE *A5(0x160),*A14+,0x1 +rom:000653ee MOVE *A7(0x160),*A14+,0x1 +rom:000653f2 MOVE *A11(0x80),*A14+,0x1 +rom:000653f6 MOVE *A9(0x8),A5,0x0 +rom:000653fa SLL 0x5,A5 +rom:000653fc ADDI 0xd5730,A5 +rom:00065402 MOVE *A5,A5,0x1 +rom:00065404 CALL A5 +rom:00065406 MOVE A8,*A13(0x120),0x1 +rom:0006540a MOVE A8,A5 +rom:0006540c JREQ 0x00065442 +rom:0006540e MOVE A14,-*SP,0x1 +rom:00065410 MOVE *A13(0xc0),*A14+,0x1 +rom:00065414 CALLA 0x07eacdda +rom:0006541a MOVE A14,-*SP,0x1 +rom:0006541c MOVE A5,*A14+,0x1 +rom:0006541e SUB A5,A5 +rom:00065420 MOVE A5,*A14+,0x1 +rom:00065422 SETF 0x8,0x0,0x0 +rom:00065424 MOVE *A9(0x8),A8,0x0 +rom:00065428 MOVE A8,*A14+,0x1 +rom:0006542a MOVE 0x1ad960,*A14+,0x1 +rom:00065430 MOVE *A13(0xffe0),*A14+,0x1 +rom:00065434 CALLA 0x07effa5e +rom:0006543a MOVE *A13(0x120),A8,0x1 +rom:0006543e JR 0x000655f6 +rom:00065442 MOVE A14,-*SP,0x1 +rom:00065444 MOVK 0x1,A5 +rom:00065446 MOVE A5,*A14+,0x1 +rom:00065448 MOVE *A13(0xc0),*A14+,0x1 +rom:0006544c MOVE A11,*A14+,0x1 +rom:0006544e CALLA 0x07ea72a4 +rom:00065454 MOVE A8,A8 +rom:00065456 JRNE 0x000655f4 +rom:0006545a MOVE A14,-*SP,0x1 +rom:0006545c MOVE *A13(0xc0),*A14+,0x1 +rom:00065460 CALLA 0x07eacdda +rom:00065466 MOVE *A11(0x80),A5,0x1 +rom:0006546a MOVE *A5(0x20),*A13(0xe0),0x1 +rom:00065470 MOVE A14,-*SP,0x1 +rom:00065472 MOVE *A13(0xe0),*A14+,0x1 +rom:00065476 MOVE *A13(0xe0),A5,0x1 +rom:0006547a MOVE *A5(0x60),A5,0x1 +rom:0006547e MOVE *A5(0xe0),A5,0x1 +rom:00065482 CALL A5 +rom:00065484 MOVE *A13(0xe0),A5,0x1 +rom:00065488 MOVE *A5(0x20),A5,0x1 +rom:0006548c MOVE *A13(0xe0),A7,0x1 +rom:00065490 MOVE *A7,*A5,0x1 +rom:00065492 MOVE *A7,A5,0x1 +rom:00065494 MOVE *A7(0x20),*A5(0x20),0x1 +rom:0006549a MOVE A14,-*SP,0x1 +rom:0006549c MOVE A7,*A14+,0x1 +rom:0006549e CALLA 0x07f63b18 +rom:000654a4 MOVE A14,-*SP,0x1 +rom:000654a6 MOVK 0xb,A5 +rom:000654a8 MOVE A5,*A14+,0x1 +rom:000654aa MOVE *A9(0x40),*A14+,0x1 +rom:000654ae SETF 0x8,0x0,0x0 +rom:000654b0 MOVE *A9(0x8),A8,0x0 +rom:000654b4 MOVE A8,*A14+,0x1 +rom:000654b6 MOVE 0x1ad960,*A14+,0x1 +rom:000654bc MOVE *A13(0xffe0),*A14+,0x1 +rom:000654c0 CALLA 0x07effa5e +rom:000654c6 MOVE A5,A8 +rom:000654c8 JR 0x000655f6 +rom:000654cc MOVE A14,-*SP,0x1 +rom:000654ce MOVI 0x98,A5 +rom:000654d2 MOVE A5,*A14+,0x1 +rom:000654d4 CALLA 0x07f63a74 +rom:000654da MOVE A8,*A13(0x100),0x1 +rom:000654de MOVE A8,A8 +rom:000654e0 JRNE 0x00065524 +rom:000654e2 MOVE A14,-*SP,0x1 +rom:000654e4 MOVI 0x3f532598,A8 +rom:000654ea MOVE A8,*A14+,0x1 +rom:000654ec CALLA 0x07f24f78 +rom:000654f2 MOVE A14,-*SP,0x1 +rom:000654f4 MOVE *A13(0xc0),*A14+,0x1 +rom:000654f8 CALLA 0x07eacdda +rom:000654fe MOVE A14,-*SP,0x1 +rom:00065500 MOVK 0xb,A5 +rom:00065502 MOVE A5,*A14+,0x1 +rom:00065504 SUB A5,A5 +rom:00065506 MOVE A5,*A14+,0x1 +rom:00065508 SETF 0x8,0x0,0x0 +rom:0006550a MOVE *A9(0x8),A8,0x0 +rom:0006550e MOVE A8,*A14+,0x1 +rom:00065510 MOVE 0x1ad960,*A14+,0x1 +rom:00065516 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006551a CALLA 0x07effa5e +rom:00065520 MOVK 0xb,A8 +rom:00065522 JR 0x000655f6 +rom:00065524 MOVK 0x4,A5 +rom:00065526 MOVB A5,*A8 +rom:00065528 MOVE A7,*A8(0x8),0x1 +rom:0006552c MOVE *A13(0xc0),*A8(0x28),0x1 +rom:00065532 MOVE *A9(0x20),*A8(0x48),0x1 +rom:00065538 MOVE *A9(0x40),*A8(0x68),0x1 +rom:0006553e MOVB *A9(0x60),*A8(0x88) +rom:00065544 MOVB *A9(0x68),*A8(0x90) +rom:0006554a MOVE A14,-*SP,0x1 +rom:0006554c MOVE A8,*A14+,0x1 +rom:0006554e CALLA 0x07e5b152 +rom:00065554 MOVE A8,*A13(0x120),0x1 +rom:00065558 MOVE A8,A8 +rom:0006555a JREQ 0x0006559c +rom:0006555c MOVE A14,-*SP,0x1 +rom:0006555e MOVE *A13(0x100),*A14+,0x1 +rom:00065562 CALLA 0x07f63b00 +rom:00065568 MOVE A14,-*SP,0x1 +rom:0006556a MOVE *A13(0xc0),*A14+,0x1 +rom:0006556e CALLA 0x07eacdda +rom:00065574 MOVE A14,-*SP,0x1 +rom:00065576 MOVE *A13(0x120),*A14+,0x1 +rom:0006557a SUB A5,A5 +rom:0006557c MOVE A5,*A14+,0x1 +rom:0006557e SETF 0x8,0x0,0x0 +rom:00065580 MOVE *A9(0x8),A8,0x0 +rom:00065584 MOVE A8,*A14+,0x1 +rom:00065586 MOVE 0x1ad960,*A14+,0x1 +rom:0006558c MOVE *A13(0xffe0),*A14+,0x1 +rom:00065590 CALLA 0x07effa5e +rom:00065596 MOVE *A13(0x120),A8,0x1 +rom:0006559a JR 0x000655f6 +rom:0006559c MOVE *A13(0xc0),A5,0x1 +rom:000655a0 MOVE *A9(0x40),*A5(0x0),0x1 +rom:000655a6 MOVE A14,-*SP,0x1 +rom:000655a8 SETF 0x10,0x0,0x0 +rom:000655aa MOVE @0x1ad980,A5,0x0 +rom:000655b0 MOVE A5,*A14+,0x1 +rom:000655b2 MOVI 0x3f566ed0,A7 +rom:000655b8 MOVE A7,*A14+,0x1 +rom:000655ba MOVE *A13(0xc0),*A14+,0x1 +rom:000655be MOVE @0x1ad990,A7,0x0 +rom:000655c4 MOVE A7,*A14+,0x1 +rom:000655c6 MOVE *A9(0x40),*A14+,0x1 +rom:000655ca CALLA 0x07f16ca2 +rom:000655d0 MOVE A14,-*SP,0x1 +rom:000655d2 SUB A7,A7 +rom:000655d4 MOVE A7,*A14+,0x1 +rom:000655d6 MOVE *A13(0xc0),*A14+,0x1 +rom:000655da MOVE *A13(0xffe0),*A14+,0x1 +rom:000655de CALLA 0x07e7fe96 +rom:000655e4 MOVE A8,*A13(0x120),0x1 +rom:000655e8 MOVE A14,-*SP,0x1 +rom:000655ea MOVE *A13(0x100),*A14+,0x1 +rom:000655ee CALLA 0x07f63b00 +rom:000655f4 SUB A8,A8 +rom:000655f6 MOVE *SP(0xc0),A14,0x1 +rom:000655fa MMFM SP,0x2aa0 +rom:00065600 MMTM SP,0x554 +rom:00065604 MOVE A14,A13 +rom:00065606 ADDI 0x290,A14 +rom:0006560a MOVE *A13(0xffe0),A11,0x1 +rom:0006560e MOVE *A11(0x40),A9,0x1 +rom:00065612 SETF 0x10,0x0,0x0 +rom:00065614 MOVE *A9(0x10),A11,0x0 +rom:00065618 SUBK 0xa,A11 +rom:0006561a JREQ 0x00065622 +rom:0006561c MOVK 0x10,A8 +rom:0006561e JR 0x00065ca0 +rom:00065622 MOVE A14,-*SP,0x1 +rom:00065624 MOVE *A9(0x40),*A14+,0x1 +rom:00065628 MOVE *A9(0x20),*A14+,0x1 +rom:0006562c MOVE A13,A11 +rom:0006562e ADDI 0x1c0,A11 +rom:00065632 MOVE A11,*A14+,0x1 +rom:00065634 MOVE A13,A7 +rom:00065636 ADDI 0x1a0,A7 +rom:0006563a MOVE A7,*A14+,0x1 +rom:0006563c MOVE *A13(0xffe0),*A14+,0x1 +rom:00065640 CALLA 0x07ea6fa0 +rom:00065646 MOVE A8,*A13(0x270),0x1 +rom:0006564a MOVE A8,A8 +rom:0006564c JRNE 0x00065ca0 +rom:00065650 MOVE *A9(0xa0),A7,0x1 +rom:00065654 JREQ 0x0006565c +rom:00065656 MOVE *A9(0xa0),A7,0x1 +rom:0006565a JR 0x00065664 +rom:0006565c MOVE *A13(0x1c0),A7,0x1 +rom:00065660 MOVE *A7(0x80),A7,0x1 +rom:00065664 MOVE A7,*A13(0xe0),0x1 +rom:00065668 MOVE *A9(0xc0),A11,0x1 +rom:0006566c JREQ 0x00065674 +rom:0006566e MOVE *A9(0xc0),A11,0x1 +rom:00065672 JR 0x0006567c +rom:00065674 MOVE *A13(0x1c0),A11,0x1 +rom:00065678 MOVE *A11(0xa0),A11,0x1 +rom:0006567c MOVE A11,*A13(0x100),0x1 +rom:00065680 ADDI 0x40,A14 +rom:00065684 MOVE A14,-*SP,0x1 +rom:00065686 MOVE A9,A7 +rom:00065688 ADDI 0x60,A7 +rom:0006568c MOVE A7,*A14+,0x1 +rom:0006568e CALLA 0x07f638c2 +rom:00065694 MOVE -*A14,A8,0x1 +rom:00065696 MOVE A8,*A13(0x20),0x1 +rom:0006569a MOVE -*A14,A8,0x1 +rom:0006569c MOVE A8,*A13,0x1 +rom:0006569e MOVE *A13(0x0),*A14+,0x1 +rom:000656a2 MOVE *A13(0x20),*A14+,0x1 +rom:000656a6 MOVI 0x3f533740,A8 +rom:000656ac MOVE *A8+,*A14+,0x1 +rom:000656ae MOVE *A8+,*A14+,0x1 +rom:000656b0 CALLA 0x07fc1ce6 +rom:000656b6 JREQ 0x000656c2 +rom:000656b8 MOVE *A13(0x0),*A14+,0x1 +rom:000656bc MOVE *A13(0x20),*A14+,0x1 +rom:000656c0 JR 0x000656d0 +rom:000656c2 MOVE *A13(0x0),*A14+,0x1 +rom:000656c6 MOVE *A13(0x20),*A14+,0x1 +rom:000656ca CALLA 0x07fc18f6 +rom:000656d0 MOVI 0x3f533780,A8 +rom:000656d6 MOVE *A8+,*A14+,0x1 +rom:000656d8 MOVE *A8+,*A14+,0x1 +rom:000656da CALLA 0x07fc1cde +rom:000656e0 JRNE 0x0006576a +rom:000656e2 MOVE *A13(0x0),*A14+,0x1 +rom:000656e6 MOVE *A13(0x20),*A14+,0x1 +rom:000656ea MOVI 0x3f533740,A8 +rom:000656f0 MOVE *A8+,*A14+,0x1 +rom:000656f2 MOVE *A8+,*A14+,0x1 +rom:000656f4 CALLA 0x07fc1ce6 +rom:000656fa JREQ 0x00065706 +rom:000656fc MOVE *A13(0x0),*A14+,0x1 +rom:00065700 MOVE *A13(0x20),*A14+,0x1 +rom:00065704 JR 0x00065714 +rom:00065706 MOVE *A13(0x0),*A14+,0x1 +rom:0006570a MOVE *A13(0x20),*A14+,0x1 +rom:0006570e CALLA 0x07fc18f6 +rom:00065714 MOVI 0x3f5337c0,A8 +rom:0006571a MOVE *A8+,*A14+,0x1 +rom:0006571c MOVE *A8+,*A14+,0x1 +rom:0006571e CALLA 0x07fc1ce6 +rom:00065724 JREQ 0x00065776 +rom:00065726 MOVE *A13(0x0),*A14+,0x1 +rom:0006572a MOVE *A13(0x20),*A14+,0x1 +rom:0006572e MOVI 0x3f533740,A8 +rom:00065734 MOVE *A8+,*A14+,0x1 +rom:00065736 MOVE *A8+,*A14+,0x1 +rom:00065738 CALLA 0x07fc1ce6 +rom:0006573e JREQ 0x0006574a +rom:00065740 MOVE *A13(0x0),*A14+,0x1 +rom:00065744 MOVE *A13(0x20),*A14+,0x1 +rom:00065748 JR 0x00065758 +rom:0006574a MOVE *A13(0x0),*A14+,0x1 +rom:0006574e MOVE *A13(0x20),*A14+,0x1 +rom:00065752 CALLA 0x07fc18f6 +rom:00065758 MOVI 0x3f533800,A8 +rom:0006575e MOVE *A8+,*A14+,0x1 +rom:00065760 MOVE *A8+,*A14+,0x1 +rom:00065762 CALLA 0x07fc1cde +rom:00065768 JREQ 0x00065776 +rom:0006576a SUB A7,A7 +rom:0006576c SETF 0x10,0x0,0x0 +rom:0006576e MOVE A7,*A13(0x200),0x0 +rom:00065772 JR 0x000659b2 +rom:00065776 MOVE *A13(0x0),*A14+,0x1 +rom:0006577a MOVE *A13(0x20),*A14+,0x1 +rom:0006577e MOVI 0x3f533740,A8 +rom:00065784 MOVE *A8+,*A14+,0x1 +rom:00065786 MOVE *A8+,*A14+,0x1 +rom:00065788 CALLA 0x07fc1ce6 +rom:0006578e JREQ 0x0006579a +rom:00065790 MOVE *A13(0x0),*A14+,0x1 +rom:00065794 MOVE *A13(0x20),*A14+,0x1 +rom:00065798 JR 0x000657a8 +rom:0006579a MOVE *A13(0x0),*A14+,0x1 +rom:0006579e MOVE *A13(0x20),*A14+,0x1 +rom:000657a2 CALLA 0x07fc18f6 +rom:000657a8 MOVI 0x3f533840,A8 +rom:000657ae MOVE *A8+,*A14+,0x1 +rom:000657b0 MOVE *A8+,*A14+,0x1 +rom:000657b2 CALLA 0x07fc1ce6 +rom:000657b8 JREQ 0x00065838 +rom:000657ba MOVE *A13(0x0),*A14+,0x1 +rom:000657be MOVE *A13(0x20),*A14+,0x1 +rom:000657c2 MOVI 0x3f533740,A8 +rom:000657c8 MOVE *A8+,*A14+,0x1 +rom:000657ca MOVE *A8+,*A14+,0x1 +rom:000657cc CALLA 0x07fc1ce6 +rom:000657d2 JREQ 0x000657de +rom:000657d4 MOVE *A13(0x0),*A14+,0x1 +rom:000657d8 MOVE *A13(0x20),*A14+,0x1 +rom:000657dc JR 0x000657ec +rom:000657de MOVE *A13(0x0),*A14+,0x1 +rom:000657e2 MOVE *A13(0x20),*A14+,0x1 +rom:000657e6 CALLA 0x07fc18f6 +rom:000657ec MOVI 0x3f533880,A8 +rom:000657f2 MOVE *A8+,*A14+,0x1 +rom:000657f4 MOVE *A8+,*A14+,0x1 diff --git a/xie/ghidra-evidence/handlers/slot01_068A4C.txt b/xie/ghidra-evidence/handlers/slot01_068A4C.txt new file mode 100644 index 0000000..e64395a --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot01_068A4C.txt @@ -0,0 +1,284 @@ +rom:00068a4c MMTM SP,0x554 +rom:00068a50 MOVE A14,A13 +rom:00068a52 ADDI 0x220,A14 +rom:00068a56 MOVE *A13(0xffe0),A11,0x1 +rom:00068a5a MOVE *A11(0x40),A9,0x1 +rom:00068a5e SETF 0x10,0x0,0x0 +rom:00068a60 MOVE *A9(0x10),A11,0x0 +rom:00068a64 SUBK 0x2,A11 +rom:00068a66 JREQ 0x00068a6e +rom:00068a68 MOVK 0x10,A8 +rom:00068a6a JR 0x00068d9c +rom:00068a6e MOVE A14,-*SP,0x1 +rom:00068a70 MOVK 0x0,A11 +rom:00068a72 MOVE A11,*A14+,0x1 +rom:00068a74 SUB A11,A11 +rom:00068a76 MOVE A11,*A14+,0x1 +rom:00068a78 MOVE A13,*A14+,0x1 +rom:00068a7a CALLA 0x07fc2d78 +rom:00068a80 MOVE *A13,A7,0x1 +rom:00068a82 MOVK 0x2,A11 +rom:00068a84 ANDN A11,A7 +rom:00068a86 OR A11,A7 +rom:00068a88 MOVE A7,*A13,0x1 +rom:00068a8a MOVK 0x4,A11 +rom:00068a8c ANDN A11,A7 +rom:00068a8e OR A11,A7 +rom:00068a90 MOVE A7,*A13,0x1 +rom:00068a92 MOVK 0x8,A11 +rom:00068a94 ANDN A11,A7 +rom:00068a96 OR A11,A7 +rom:00068a98 MOVE A7,*A13,0x1 +rom:00068a9a MOVK 0x10,A11 +rom:00068a9c ANDN A11,A7 +rom:00068a9e ORI 0x10,A7 +rom:00068aa4 MOVE A7,*A13,0x1 +rom:00068aa6 MOVK 0x0,A11 +rom:00068aa8 ANDN A11,A7 +rom:00068aaa ORI 0x20,A7 +rom:00068ab0 MOVE A7,*A13,0x1 +rom:00068ab2 ANDI -0x41,A7 +rom:00068ab8 ORI 0x40,A7 +rom:00068abe MOVE A7,*A13,0x1 +rom:00068ac0 ANDI -0x81,A7 +rom:00068ac6 ORI 0x80,A7 +rom:00068acc MOVE A7,*A13,0x1 +rom:00068ace MOVE *A13(0x8),A7,0x1 +rom:00068ad2 MOVK 0x1,A11 +rom:00068ad4 ANDN A11,A7 +rom:00068ad6 OR A11,A7 +rom:00068ad8 MOVE A7,*A13(0x8),0x1 +rom:00068adc MOVK 0x2,A11 +rom:00068ade ANDN A11,A7 +rom:00068ae0 OR A11,A7 +rom:00068ae2 MOVE A7,*A13(0x8),0x1 +rom:00068ae6 MOVK 0x4,A11 +rom:00068ae8 ANDN A11,A7 +rom:00068aea OR A11,A7 +rom:00068aec MOVE A7,*A13(0x8),0x1 +rom:00068af0 MOVK 0x8,A11 +rom:00068af2 ANDN A11,A7 +rom:00068af4 OR A11,A7 +rom:00068af6 MOVE A7,*A13(0x8),0x1 +rom:00068afa MOVK 0x10,A11 +rom:00068afc ANDN A11,A7 +rom:00068afe ORI 0x10,A7 +rom:00068b04 MOVE A7,*A13(0x8),0x1 +rom:00068b08 MOVK 0x0,A11 +rom:00068b0a ANDN A11,A7 +rom:00068b0c ORI 0x20,A7 +rom:00068b12 MOVE A7,*A13(0x8),0x1 +rom:00068b16 ANDI -0x41,A7 +rom:00068b1c ORI 0x40,A7 +rom:00068b22 MOVE A7,*A13(0x8),0x1 +rom:00068b26 ANDI -0x81,A7 +rom:00068b2c ORI 0x80,A7 +rom:00068b32 MOVE A7,*A13(0x8),0x1 +rom:00068b36 MOVE *A13(0x10),A11,0x1 +rom:00068b3a MOVK 0x1,A7 +rom:00068b3c ANDN A7,A11 +rom:00068b3e MOVE A11,*A13(0x10),0x1 +rom:00068b42 MOVK 0x2,A7 +rom:00068b44 ANDN A7,A11 +rom:00068b46 MOVE A11,*A13(0x10),0x1 +rom:00068b4a MOVK 0x4,A7 +rom:00068b4c ANDN A7,A11 +rom:00068b4e OR A7,A11 +rom:00068b50 MOVE A11,*A13(0x10),0x1 +rom:00068b54 MOVK 0x8,A7 +rom:00068b56 ANDN A7,A11 +rom:00068b58 OR A7,A11 +rom:00068b5a MOVE A11,*A13(0x10),0x1 +rom:00068b5e MOVK 0x10,A7 +rom:00068b60 ANDN A7,A11 +rom:00068b62 ORI 0x10,A11 +rom:00068b68 MOVE A11,*A13(0x10),0x1 +rom:00068b6c MOVK 0x0,A7 +rom:00068b6e ANDN A7,A11 +rom:00068b70 ORI 0x20,A11 +rom:00068b76 MOVE A11,*A13(0x10),0x1 +rom:00068b7a ANDI -0x41,A11 +rom:00068b80 ORI 0x40,A11 +rom:00068b86 MOVE A11,*A13(0x10),0x1 +rom:00068b8a ANDI -0x81,A11 +rom:00068b90 MOVE A11,*A13(0x10),0x1 +rom:00068b94 MOVE *A13(0x18),A7,0x1 +rom:00068b98 MOVK 0x1,A11 +rom:00068b9a ANDN A11,A7 +rom:00068b9c OR A11,A7 +rom:00068b9e MOVE A7,*A13(0x18),0x1 +rom:00068ba2 MOVK 0x2,A11 +rom:00068ba4 ANDN A11,A7 +rom:00068ba6 MOVE A7,*A13(0x18),0x1 +rom:00068baa MOVK 0x4,A11 +rom:00068bac ANDN A11,A7 +rom:00068bae MOVE A7,*A13(0x18),0x1 +rom:00068bb2 MOVK 0x8,A11 +rom:00068bb4 ANDN A11,A7 +rom:00068bb6 MOVE A7,*A13(0x18),0x1 +rom:00068bba MOVK 0x10,A11 +rom:00068bbc ANDN A11,A7 +rom:00068bbe MOVE A7,*A13(0x18),0x1 +rom:00068bc2 MOVK 0x0,A11 +rom:00068bc4 ANDN A11,A7 +rom:00068bc6 MOVE A7,*A13(0x18),0x1 +rom:00068bca ANDI -0x41,A7 +rom:00068bd0 MOVE A7,*A13(0x18),0x1 +rom:00068bd4 ANDI -0x81,A7 +rom:00068bda MOVE A7,*A13(0x18),0x1 +rom:00068bde MOVE *A13(0x20),A11,0x1 +rom:00068be2 MOVK 0x1,A7 +rom:00068be4 ANDN A7,A11 +rom:00068be6 MOVE A11,*A13(0x20),0x1 +rom:00068bea MOVK 0x2,A7 +rom:00068bec ANDN A7,A11 +rom:00068bee OR A7,A11 +rom:00068bf0 MOVE A11,*A13(0x20),0x1 +rom:00068bf4 MOVK 0x4,A7 +rom:00068bf6 ANDN A7,A11 +rom:00068bf8 MOVE A11,*A13(0x20),0x1 +rom:00068bfc MOVK 0x8,A7 +rom:00068bfe ANDN A7,A11 +rom:00068c00 MOVE A11,*A13(0x20),0x1 +rom:00068c04 MOVK 0x10,A7 +rom:00068c06 ANDN A7,A11 +rom:00068c08 MOVE A11,*A13(0x20),0x1 +rom:00068c0c MOVK 0x0,A7 +rom:00068c0e ANDN A7,A11 +rom:00068c10 MOVE A11,*A13(0x20),0x1 +rom:00068c14 ANDI -0x41,A11 +rom:00068c1a MOVE A11,*A13(0x20),0x1 +rom:00068c1e ANDI -0x81,A11 +rom:00068c24 MOVE A11,*A13(0x20),0x1 +rom:00068c28 MOVE *A13(0x28),A7,0x1 +rom:00068c2c MOVK 0x1,A11 +rom:00068c2e ANDN A11,A7 +rom:00068c30 OR A11,A7 +rom:00068c32 MOVE A7,*A13(0x28),0x1 +rom:00068c36 MOVK 0x2,A11 +rom:00068c38 ANDN A11,A7 +rom:00068c3a MOVE A7,*A13(0x28),0x1 +rom:00068c3e MOVK 0x4,A11 +rom:00068c40 ANDN A11,A7 +rom:00068c42 MOVE A7,*A13(0x28),0x1 +rom:00068c46 MOVK 0x8,A11 +rom:00068c48 ANDN A11,A7 +rom:00068c4a OR A11,A7 +rom:00068c4c MOVE A7,*A13(0x28),0x1 +rom:00068c50 MOVK 0x10,A11 +rom:00068c52 ANDN A11,A7 +rom:00068c54 ORI 0x10,A7 +rom:00068c5a MOVE A7,*A13(0x28),0x1 +rom:00068c5e MOVK 0x0,A11 +rom:00068c60 ANDN A11,A7 +rom:00068c62 MOVE A7,*A13(0x28),0x1 +rom:00068c66 MOVK 0x1,A11 +rom:00068c68 MOVB *A11,*A13(0x120) +rom:00068c6c SETF 0x10,0x0,0x0 +rom:00068c6e MOVE *A9(0x20),A5,0x0 +rom:00068c72 SUBK 0x2,A5 +rom:00068c74 JRNE 0x00068c7e +rom:00068c76 MOVE *A9(0x30),A5,0x0 +rom:00068c7a SUBK 0x3,A5 +rom:00068c7c JREQ 0x00068c82 +rom:00068c7e SUB A5,A5 +rom:00068c80 JR 0x00068c84 +rom:00068c82 MOVK 0x1,A5 +rom:00068c84 MOVB *A5,*A13(0x128) +rom:00068c88 MOVE *A13(0xffe0),A5,0x1 +rom:00068c8c MOVE *A5(0xe0),*A13(0x130),0x0 +rom:00068c92 MOVK 0x8,A5 +rom:00068c94 MOVE A5,*A13(0x140),0x1 +rom:00068c98 MOVK 0x2,A7 +rom:00068c9a MOVE A7,*A13(0x160),0x0 +rom:00068c9e MOVK 0x3,A5 +rom:00068ca0 MOVE A5,*A13(0x170),0x0 +rom:00068ca4 SETF 0x8,0x0,0x0 +rom:00068ca6 MOVE *A13(0x128),A5,0x0 +rom:00068caa JREQ 0x00068d24 +rom:00068cac MOVE *A13(0xffe0),A5,0x1 +rom:00068cb0 MOVE *A5,A5,0x1 +rom:00068cb2 MOVE A5,A7 +rom:00068cb4 SLL 0x7,A5 +rom:00068cb6 SLL 0x5,A7 +rom:00068cb8 ADD A7,A5 +rom:00068cba ADDI 0x1ada70,A5 +rom:00068cc0 SUB A7,A7 +rom:00068cc2 MOVE A7,*A5,0x1 +rom:00068cc4 MOVE *A13(0xffe0),A5,0x1 +rom:00068cc8 MOVE *A5,A7,0x1 +rom:00068cca MOVE A7,A5 +rom:00068ccc SLL 0x7,A7 +rom:00068cce SLL 0x5,A5 +rom:00068cd0 ADD A5,A7 +rom:00068cd2 ADDI 0x1ada70,A7 +rom:00068cd8 MOVK 0x2,A5 +rom:00068cda MOVE A5,*A7(0x20),0x1 +rom:00068cde SUB A7,A7 +rom:00068ce0 MOVE A7,*A13(0x100),0x1 +rom:00068ce4 MOVE *A13(0xffe0),A11,0x1 +rom:00068ce8 MOVE *A11,A7,0x1 +rom:00068cea MOVE A7,A5 +rom:00068cec SLL 0x7,A7 +rom:00068cee SLL 0x5,A5 +rom:00068cf0 ADD A5,A7 +rom:00068cf2 ADDI 0x1ada70,A7 +rom:00068cf8 MOVE *A13(0x100),A5,0x1 +rom:00068cfc SLL 0x5,A5 +rom:00068cfe ADD A5,A7 +rom:00068d00 MOVI 0x100,A5 +rom:00068d04 MOVE A5,*A7(0x40),0x1 +rom:00068d08 MOVE *A13(0x100),A7,0x1 +rom:00068d0c INC A7 +rom:00068d0e MOVE A7,*A13(0x100),0x1 +rom:00068d12 SUBK 0x3,A7 +rom:00068d14 JRC 0x00068ce4 +rom:00068d16 MOVE @0x1ad920,A7,0x1 +rom:00068d1c INC A7 +rom:00068d1e MOVE A7,@0x1ad920,0x1 +rom:00068d24 MOVE *A13(0xffe0),A11,0x1 +rom:00068d28 MOVE *A11(0x80),A7,0x1 +rom:00068d2c JREQ 0x00068d52 +rom:00068d2e MOVE A14,-*SP,0x1 +rom:00068d30 MOVE A13,A7 +rom:00068d32 ADDI 0x120,A7 +rom:00068d36 MOVE A7,*A14+,0x1 +rom:00068d38 MOVK 0x0,A5 +rom:00068d3a MOVE A5,*A14+,0x1 +rom:00068d3c MOVE A11,*A14+,0x1 +rom:00068d3e SETF 0x8,0x0,0x0 +rom:00068d40 MOVE *A9(0x8),A5,0x0 +rom:00068d44 SLL 0x5,A5 +rom:00068d46 ADDI 0xd4b10,A5 +rom:00068d4c MOVE *A5,A5,0x1 +rom:00068d4e CALL A5 +rom:00068d50 JR 0x00068d68 +rom:00068d52 MOVE A14,-*SP,0x1 +rom:00068d54 MOVE A13,A7 +rom:00068d56 ADDI 0x120,A7 +rom:00068d5a MOVE A7,*A14+,0x1 +rom:00068d5c MOVK 0x0,A5 +rom:00068d5e MOVE A5,*A14+,0x1 +rom:00068d60 MOVE A11,*A14+,0x1 +rom:00068d62 CALLA 0x07e6a422 +rom:00068d68 MOVE @0xd50f0,A7,0x1 +rom:00068d6e MOVE A7,*A11(0xa0),0x1 +rom:00068d72 MOVE *A11(0x80),A5,0x1 +rom:00068d76 JREQ 0x00068d8a +rom:00068d78 MOVE A14,-*SP,0x1 +rom:00068d7a MOVE A13,*A14+,0x1 +rom:00068d7c MOVK 0x0,A5 +rom:00068d7e MOVE A5,*A14+,0x1 +rom:00068d80 MOVE A11,*A14+,0x1 +rom:00068d82 MOVE *A11(0xa0),A5,0x1 +rom:00068d86 CALL A5 +rom:00068d88 JR 0x00068d9a +rom:00068d8a MOVE A14,-*SP,0x1 +rom:00068d8c MOVE A13,*A14+,0x1 +rom:00068d8e MOVK 0x0,A5 +rom:00068d90 MOVE A5,*A14+,0x1 +rom:00068d92 MOVE A11,*A14+,0x1 +rom:00068d94 CALLA 0x07e6a422 +rom:00068d9a SUB A8,A8 +rom:00068d9c MOVE *SP(0xc0),A14,0x1 +rom:00068da0 MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot02_068DA6.txt b/xie/ghidra-evidence/handlers/slot02_068DA6.txt new file mode 100644 index 0000000..2143532 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot02_068DA6.txt @@ -0,0 +1,16 @@ +rom:00068da6 MMTM SP,0x154 +rom:00068daa MOVE A14,A13 +rom:00068dac MOVE *A13(0xffe0),A11,0x1 +rom:00068db0 MOVE *A11(0x40),A9,0x1 +rom:00068db4 SETF 0x10,0x0,0x0 +rom:00068db6 MOVE *A9(0x10),A11,0x0 +rom:00068dba DEC A11 +rom:00068dbc JREQ 0x00068dc2 +rom:00068dbe MOVK 0x10,A8 +rom:00068dc0 JR 0x00068dd2 +rom:00068dc2 MOVE @0x1ad920,A11,0x1 +rom:00068dc8 DEC A11 +rom:00068dca MOVE A11,@0x1ad920,0x1 +rom:00068dd0 SUB A8,A8 +rom:00068dd2 MOVE *SP(0xa0),A14,0x1 +rom:00068dd6 MMFM SP,0x2a80 diff --git a/xie/ghidra-evidence/handlers/slot03_03FD78.txt b/xie/ghidra-evidence/handlers/slot03_03FD78.txt new file mode 100644 index 0000000..bc675d6 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot03_03FD78.txt @@ -0,0 +1,48 @@ +rom:0003fd78 MMTM SP,0x554 +rom:0003fd7c MOVE A14,A13 +rom:0003fd7e ADDI 0x100,A14 +rom:0003fd82 MOVE *A13(0xffe0),A11,0x1 +rom:0003fd86 MOVE *A11(0x40),A9,0x1 +rom:0003fd8a SETF 0x10,0x0,0x0 +rom:0003fd8c MOVE *A9(0x10),A11,0x0 +rom:0003fd90 SUBK 0x2,A11 +rom:0003fd92 JREQ 0x0003fd98 +rom:0003fd94 MOVK 0x10,A8 +rom:0003fd96 JR 0x0003fdfc +rom:0003fd98 MOVK 0x1,A11 +rom:0003fd9a MOVB A11,*A13 +rom:0003fd9c SUB A7,A7 +rom:0003fd9e MOVE A7,*A13(0x20),0x1 +rom:0003fda2 MOVE *A13(0xffe0),A5,0x1 +rom:0003fda6 MOVE *A5(0xe0),*A13(0x10),0x0 +rom:0003fdac MOVE *A5,A5,0x1 +rom:0003fdae MOVE A5,A7 +rom:0003fdb0 SLL 0x7,A5 +rom:0003fdb2 SLL 0x5,A7 +rom:0003fdb4 ADD A7,A5 +rom:0003fdb6 ADDI 0x1ada70,A5 +rom:0003fdbc MOVE *A5(0x0),*A13(0x40),0x1 +rom:0003fdc2 MOVE *A13(0xffe0),A7,0x1 +rom:0003fdc6 MOVE *A7(0x80),A5,0x1 +rom:0003fdca JREQ 0x0003fdea +rom:0003fdcc MOVE A14,-*SP,0x1 +rom:0003fdce MOVE A13,*A14+,0x1 +rom:0003fdd0 MOVK 0x0,A5 +rom:0003fdd2 MOVE A5,*A14+,0x1 +rom:0003fdd4 MOVE A7,*A14+,0x1 +rom:0003fdd6 SETF 0x8,0x0,0x0 +rom:0003fdd8 MOVE *A9(0x8),A11,0x0 +rom:0003fddc SLL 0x5,A11 +rom:0003fdde ADDI 0xd4b10,A11 +rom:0003fde4 MOVE *A11,A11,0x1 +rom:0003fde6 CALL A11 +rom:0003fde8 JR 0x0003fdfa +rom:0003fdea MOVE A14,-*SP,0x1 +rom:0003fdec MOVE A13,*A14+,0x1 +rom:0003fdee MOVK 0x0,A5 +rom:0003fdf0 MOVE A5,*A14+,0x1 +rom:0003fdf2 MOVE A7,*A14+,0x1 +rom:0003fdf4 CALLA 0x07e6a422 +rom:0003fdfa SUB A8,A8 +rom:0003fdfc MOVE *SP(0xc0),A14,0x1 +rom:0003fe00 MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot04_03FE06.txt b/xie/ghidra-evidence/handlers/slot04_03FE06.txt new file mode 100644 index 0000000..c1f3172 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot04_03FE06.txt @@ -0,0 +1,21 @@ +rom:0003fe06 MMTM SP,0x554 +rom:0003fe0a MOVE A14,A13 +rom:0003fe0c MOVE *A13(0xffe0),A11,0x1 +rom:0003fe10 MOVE *A11(0x40),A9,0x1 +rom:0003fe14 SETF 0x10,0x0,0x0 +rom:0003fe16 MOVE *A9(0x10),A11,0x0 +rom:0003fe1a SUBK 0x2,A11 +rom:0003fe1c JREQ 0x0003fe22 +rom:0003fe1e MOVK 0x10,A8 +rom:0003fe20 JR 0x0003fe3e +rom:0003fe22 MOVE *A13(0xffe0),A11,0x1 +rom:0003fe26 MOVE *A11,A7,0x1 +rom:0003fe28 MOVE A7,A5 +rom:0003fe2a SLL 0x7,A7 +rom:0003fe2c SLL 0x5,A5 +rom:0003fe2e ADD A5,A7 +rom:0003fe30 ADDI 0x1ada70,A7 +rom:0003fe36 MOVE *A9(0x20),*A7(0x0),0x1 +rom:0003fe3c SUB A8,A8 +rom:0003fe3e MOVE *SP(0xc0),A14,0x1 +rom:0003fe42 MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot05_068DDC.txt b/xie/ghidra-evidence/handlers/slot05_068DDC.txt new file mode 100644 index 0000000..10c4a61 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot05_068DDC.txt @@ -0,0 +1,84 @@ +rom:00068ddc MMTM SP,0x554 +rom:00068de0 MOVE A14,A13 +rom:00068de2 ADDK 0x0,A14 +rom:00068de4 MOVE *A13(0xffe0),A11,0x1 +rom:00068de8 MOVE *A11(0x40),A9,0x1 +rom:00068dec SETF 0x10,0x0,0x0 +rom:00068dee MOVE *A9(0x10),A11,0x0 +rom:00068df2 SUBK 0x5,A11 +rom:00068df4 JREQ 0x00068dfa +rom:00068df6 MOVK 0x10,A8 +rom:00068df8 JR 0x00068ebc +rom:00068dfa SETF 0x8,0x0,0x0 +rom:00068dfc MOVE *A9(0x20),A11,0x0 +rom:00068e00 SUBK 0x2,A11 +rom:00068e02 JREQ 0x00068e38 +rom:00068e04 MOVE *A9(0x20),A11,0x0 +rom:00068e08 SUBK 0x3,A11 +rom:00068e0a JREQ 0x00068e38 +rom:00068e0c MOVE *A9(0x20),A11,0x0 +rom:00068e10 SUBK 0x4,A11 +rom:00068e12 JREQ 0x00068e38 +rom:00068e14 MOVE A14,-*SP,0x1 +rom:00068e16 MOVK 0x2,A11 +rom:00068e18 MOVE A11,*A14+,0x1 +rom:00068e1a SUB A7,A7 +rom:00068e1c MOVE A7,*A14+,0x1 +rom:00068e1e MOVE *A9(0x8),A8,0x0 +rom:00068e22 MOVE A8,*A14+,0x1 +rom:00068e24 MOVE 0x1ad960,*A14+,0x1 +rom:00068e2a MOVE *A13(0xffe0),*A14+,0x1 +rom:00068e2e CALLA 0x07effa5e +rom:00068e34 MOVE A11,A8 +rom:00068e36 JR 0x00068ebc +rom:00068e38 MOVE *A13(0xffe0),A11,0x1 +rom:00068e3c MOVE *A11,A7,0x1 +rom:00068e3e MOVE A7,A5 +rom:00068e40 SLL 0x7,A7 +rom:00068e42 SLL 0x5,A5 +rom:00068e44 ADD A5,A7 +rom:00068e46 ADDI 0x1ada70,A7 +rom:00068e4c MOVE *A9(0x20),A5,0x0 +rom:00068e50 MOVE A5,*A7(0x20),0x1 +rom:00068e54 SUB A7,A7 +rom:00068e56 MOVE A7,*A13,0x1 +rom:00068e58 MOVE *A13,A11,0x1 +rom:00068e5a SLL 0x5,A11 +rom:00068e5c ADD A9,A11 +rom:00068e5e MOVE *A11(0x40),A11,0x1 +rom:00068e62 JRNE 0x00068e8a +rom:00068e64 MOVE A14,-*SP,0x1 +rom:00068e66 MOVK 0x2,A11 +rom:00068e68 MOVE A11,*A14+,0x1 +rom:00068e6a SUB A7,A7 +rom:00068e6c MOVE A7,*A14+,0x1 +rom:00068e6e SETF 0x8,0x0,0x0 +rom:00068e70 MOVE *A9(0x8),A8,0x0 +rom:00068e74 MOVE A8,*A14+,0x1 +rom:00068e76 MOVE 0x1ad960,*A14+,0x1 +rom:00068e7c MOVE *A13(0xffe0),*A14+,0x1 +rom:00068e80 CALLA 0x07effa5e +rom:00068e86 MOVE A11,A8 +rom:00068e88 JR 0x00068ebc +rom:00068e8a MOVE *A13(0xffe0),A11,0x1 +rom:00068e8e MOVE *A11,A7,0x1 +rom:00068e90 MOVE A7,A5 +rom:00068e92 SLL 0x7,A7 +rom:00068e94 SLL 0x5,A5 +rom:00068e96 ADD A5,A7 +rom:00068e98 ADDI 0x1ada70,A7 +rom:00068e9e MOVE *A13,A5,0x1 +rom:00068ea0 SLL 0x5,A5 +rom:00068ea2 ADD A5,A7 +rom:00068ea4 MOVE *A13,A5,0x1 +rom:00068ea6 SLL 0x5,A5 +rom:00068ea8 ADD A9,A5 +rom:00068eaa MOVE *A5(0x40),*A7(0x40),0x1 +rom:00068eb0 MOVE *A13,A7,0x1 +rom:00068eb2 INC A7 +rom:00068eb4 MOVE A7,*A13,0x1 +rom:00068eb6 SUBK 0x3,A7 +rom:00068eb8 JRC 0x00068e58 +rom:00068eba SUB A8,A8 +rom:00068ebc MOVE *SP(0xc0),A14,0x1 +rom:00068ec0 MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot06_068EC6.txt b/xie/ghidra-evidence/handlers/slot06_068EC6.txt new file mode 100644 index 0000000..fa45973 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot06_068EC6.txt @@ -0,0 +1,35 @@ +rom:00068ec6 MMTM SP,0x554 +rom:00068eca MOVE A14,A13 +rom:00068ecc ADDI 0x100,A14 +rom:00068ed0 MOVE *A13(0xffe0),A11,0x1 +rom:00068ed4 MOVE *A11(0x40),A9,0x1 +rom:00068ed8 SETF 0x10,0x0,0x0 +rom:00068eda MOVE *A9(0x10),A11,0x0 +rom:00068ede DEC A11 +rom:00068ee0 JREQ 0x00068ee6 +rom:00068ee2 MOVK 0x10,A8 +rom:00068ee4 JR 0x00068f2e +rom:00068ee6 MOVK 0x1,A11 +rom:00068ee8 MOVB A11,*A13 +rom:00068eea SUB A7,A7 +rom:00068eec MOVB *A7,*A13(0x8) +rom:00068ef0 MOVE *A13(0xffe0),A5,0x1 +rom:00068ef4 MOVE *A5(0xe0),*A13(0x10),0x0 +rom:00068efa MOVE A7,*A13(0x20),0x1 +rom:00068efe MOVE A14,-*SP,0x1 +rom:00068f00 MOVE A13,A5 +rom:00068f02 ADDI 0x60,A5 +rom:00068f06 MOVE A5,*A14+,0x1 +rom:00068f08 MOVE A13,A5 +rom:00068f0a ADDI 0x40,A5 +rom:00068f0e MOVE A5,*A14+,0x1 +rom:00068f10 MOVE *A13(0xffe0),*A14+,0x1 +rom:00068f14 CALLA 0x07ea8f38 +rom:00068f1a MOVE A14,-*SP,0x1 +rom:00068f1c MOVE A13,*A14+,0x1 +rom:00068f1e MOVK 0x0,A7 +rom:00068f20 MOVE A7,*A14+,0x1 +rom:00068f22 MOVE *A13(0xffe0),*A14+,0x1 +rom:00068f26 CALLA 0x07e6a422 +rom:00068f2e MOVE *SP(0xc0),A14,0x1 +rom:00068f32 MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot07_066866.txt b/xie/ghidra-evidence/handlers/slot07_066866.txt new file mode 100644 index 0000000..58b8359 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot07_066866.txt @@ -0,0 +1,42 @@ +rom:00066866 MMTM SP,0x54 +rom:0006686a MOVE A14,A13 +rom:0006686c ADDK 0x0,A14 +rom:0006686e MOVE *A13(0xffe0),A11,0x1 +rom:00066872 MOVE *A11(0x40),A9,0x1 +rom:00066876 SETF 0x10,0x0,0x0 +rom:00066878 MOVE *A9(0x10),A11,0x0 +rom:0006687c SUBK 0x4,A11 +rom:0006687e JREQ 0x000668ca +rom:00066880 MOVK 0x10,A8 +rom:00066882 JR 0x000668da +rom:00066884 MOVE A14,-*SP,0x1 +rom:00066886 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006688a CALLA 0x07ea742c +rom:00066890 MOVE A8,*A13,0x1 +rom:00066892 JR 0x000668d8 +rom:00066894 MOVE A14,-*SP,0x1 +rom:00066896 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006689a CALLA 0x07ea759a +rom:000668a0 MOVE A8,*A13,0x1 +rom:000668a2 JR 0x000668d8 +rom:000668a4 MOVE A14,-*SP,0x1 +rom:000668a6 MOVK 0x1,A11 +rom:000668a8 MOVE A11,*A14+,0x1 +rom:000668aa MOVE *A9(0x40),*A14+,0x1 +rom:000668ae SETF 0x8,0x0,0x0 +rom:000668b0 MOVE *A9(0x8),A8,0x0 +rom:000668b4 MOVE A8,*A14+,0x1 +rom:000668b6 MOVE 0x1ad960,*A14+,0x1 +rom:000668bc MOVE *A13(0xffe0),*A14+,0x1 +rom:000668c0 CALLA 0x07effa5e +rom:000668c6 MOVE A11,A8 +rom:000668c8 JR 0x000668da +rom:000668ca MOVE *A9(0x20),A8,0x1 +rom:000668ce DEC A8 +rom:000668d0 JREQ 0x00066884 +rom:000668d2 DEC A8 +rom:000668d4 JREQ 0x00066894 +rom:000668d6 JR 0x000668a4 +rom:000668d8 MOVE *A13,A8,0x1 +rom:000668da MOVE *SP(0x80),A14,0x1 +rom:000668de MMFM SP,0x2a00 diff --git a/xie/ghidra-evidence/handlers/slot08_0668E4.txt b/xie/ghidra-evidence/handlers/slot08_0668E4.txt new file mode 100644 index 0000000..f74d3a5 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot08_0668E4.txt @@ -0,0 +1,58 @@ +rom:000668e4 MMTM SP,0x54 +rom:000668e8 MOVE A14,A13 +rom:000668ea ADDK 0x0,A14 +rom:000668ec MOVE *A13(0xffe0),A11,0x1 +rom:000668f0 MOVE *A11(0x40),A9,0x1 +rom:000668f4 SETF 0x10,0x0,0x0 +rom:000668f6 MOVE *A9(0x10),A11,0x0 +rom:000668fa SUBK 0x3,A11 +rom:000668fc JRNC 0x00066968 +rom:000668fe MOVK 0x10,A8 +rom:00066900 JR 0x00066984 +rom:00066902 MOVE A14,-*SP,0x1 +rom:00066904 MOVE *A13(0xffe0),*A14+,0x1 +rom:00066908 CALLA 0x07ea76ca +rom:0006690e MOVE A8,*A13,0x1 +rom:00066910 JR 0x00066982 +rom:00066912 MOVE A14,-*SP,0x1 +rom:00066914 MOVE *A13(0xffe0),*A14+,0x1 +rom:00066918 CALLA 0x07ea78da +rom:0006691e MOVE A8,*A13,0x1 +rom:00066920 JR 0x00066982 +rom:00066922 MOVE A14,-*SP,0x1 +rom:00066924 MOVE *A13(0xffe0),*A14+,0x1 +rom:00066928 CALLA 0x07ea7b46 +rom:0006692e MOVE A8,*A13,0x1 +rom:00066930 JR 0x00066982 +rom:00066932 MOVE A14,-*SP,0x1 +rom:00066934 MOVE *A13(0xffe0),*A14+,0x1 +rom:00066938 CALLA 0x07ea7da8 +rom:0006693e MOVE A8,*A13,0x1 +rom:00066940 JR 0x00066982 +rom:00066942 MOVE A14,-*SP,0x1 +rom:00066944 MOVK 0x1,A11 +rom:00066946 MOVE A11,*A14+,0x1 +rom:00066948 MOVE *A9(0x40),*A14+,0x1 +rom:0006694c SETF 0x8,0x0,0x0 +rom:0006694e MOVE *A9(0x8),A8,0x0 +rom:00066952 MOVE A8,*A14+,0x1 +rom:00066954 MOVE 0x1ad960,*A14+,0x1 +rom:0006695a MOVE *A13(0xffe0),*A14+,0x1 +rom:0006695e CALLA 0x07effa5e +rom:00066964 MOVE A11,A8 +rom:00066966 JR 0x00066984 +rom:00066968 MOVE *A9(0x20),A8,0x1 +rom:0006696c DEC A8 +rom:0006696e JREQ 0x00066912 +rom:00066970 DEC A8 +rom:00066972 JREQ 0x00066912 +rom:00066974 SUBK 0x2,A8 +rom:00066976 JREQ 0x00066902 +rom:00066978 DEC A8 +rom:0006697a JREQ 0x00066922 +rom:0006697c DEC A8 +rom:0006697e JREQ 0x00066932 +rom:00066980 JR 0x00066942 +rom:00066982 MOVE *A13,A8,0x1 +rom:00066984 MOVE *SP(0x80),A14,0x1 +rom:00066988 MMFM SP,0x2a00 diff --git a/xie/ghidra-evidence/handlers/slot09_06698E.txt b/xie/ghidra-evidence/handlers/slot09_06698E.txt new file mode 100644 index 0000000..b9c29e9 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot09_06698E.txt @@ -0,0 +1,73 @@ +rom:0006698e MMTM SP,0x154 +rom:00066992 MOVE A14,A13 +rom:00066994 ADDI 0x40,A14 +rom:00066998 MOVE *A13(0xffe0),A11,0x1 +rom:0006699c MOVE *A11(0x40),A9,0x1 +rom:000669a0 SETF 0x10,0x0,0x0 +rom:000669a2 MOVE *A9(0x10),A11,0x0 +rom:000669a6 SUBK 0x3,A11 +rom:000669a8 JREQ 0x000669ec +rom:000669aa MOVK 0x10,A8 +rom:000669ac JR 0x00066a84 +rom:000669ae MOVE @0x1ad990,A11,0x0 +rom:000669b4 MOVE A11,*A13(0x20),0x1 +rom:000669b8 JR 0x00066a1c +rom:000669ba MOVE @0x1ad9a0,A11,0x0 +rom:000669c0 MOVE A11,*A13(0x20),0x1 +rom:000669c4 JR 0x00066a1c +rom:000669c6 MOVE A14,-*SP,0x1 +rom:000669c8 MOVK 0x1,A11 +rom:000669ca MOVE A11,*A14+,0x1 +rom:000669cc MOVE *A9(0x40),*A14+,0x1 +rom:000669d0 SETF 0x8,0x0,0x0 +rom:000669d2 MOVE *A9(0x8),A8,0x0 +rom:000669d6 MOVE A8,*A14+,0x1 +rom:000669d8 MOVE 0x1ad960,*A14+,0x1 +rom:000669de MOVE *A13(0xffe0),*A14+,0x1 +rom:000669e2 CALLA 0x07effa5e +rom:000669e8 MOVE A11,A8 +rom:000669ea JR 0x00066a84 +rom:000669ec MOVE *A9(0x20),A8,0x1 +rom:000669f0 DEC A8 +rom:000669f2 CMPI 0x5,A8 +rom:000669f6 JRHI 0x000669c6 +rom:000669f8 SLL 0x5,A8 +rom:000669fa ADDI 0x3f535020,A8 +rom:00066a00 MOVE *A8,A8,0x1 +rom:00066a02 JUMP A8 +rom:00066a1c MOVE A14,-*SP,0x1 +rom:00066a1e SETF 0x10,0x0,0x0 +rom:00066a20 MOVE @0x1ad980,A11,0x0 +rom:00066a26 MOVE A11,*A14+,0x1 +rom:00066a28 MOVE *A13(0x20),*A14+,0x1 +rom:00066a2c MOVE *A9(0x40),*A14+,0x1 +rom:00066a30 CALLA 0x07f174a4 +rom:00066a36 MOVE A8,*A13,0x1 +rom:00066a38 MOVE A8,A11 +rom:00066a3a JRNE 0x00066a40 +rom:00066a3c SUB A8,A8 +rom:00066a3e JR 0x00066a84 +rom:00066a40 SETF 0x8,0x0,0x0 +rom:00066a42 MOVE *A8(0x20),A11,0x0 +rom:00066a46 MOVE *A9(0x20),A7,0x1 +rom:00066a4a CMP A7,A11 +rom:00066a4c JREQ 0x00066a72 +rom:00066a4e MOVE A14,-*SP,0x1 +rom:00066a50 MOVK 0xe,A11 +rom:00066a52 MOVE A11,*A14+,0x1 +rom:00066a54 MOVE *A9(0x40),*A14+,0x1 +rom:00066a58 MOVE *A9(0x8),A8,0x0 +rom:00066a5c MOVE A8,*A14+,0x1 +rom:00066a5e MOVE 0x1ad960,*A14+,0x1 +rom:00066a64 MOVE *A13(0xffe0),*A14+,0x1 +rom:00066a68 CALLA 0x07effa5e +rom:00066a6e MOVE A11,A8 +rom:00066a70 JR 0x00066a84 +rom:00066a72 MOVE A14,-*SP,0x1 +rom:00066a74 MOVK 0x1,A11 +rom:00066a76 MOVE A11,*A14+,0x1 +rom:00066a78 MOVE *A9(0x40),*A14+,0x1 +rom:00066a7c CALLA 0x07f170ea +rom:00066a82 SUB A8,A8 +rom:00066a84 MOVE *SP(0xa0),A14,0x1 +rom:00066a88 MMFM SP,0x2a80 diff --git a/xie/ghidra-evidence/handlers/slot10_066B64.txt b/xie/ghidra-evidence/handlers/slot10_066B64.txt new file mode 100644 index 0000000..7ca81d0 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot10_066B64.txt @@ -0,0 +1,59 @@ +rom:00066b64 MMTM SP,0x54 +rom:00066b68 MOVE A14,A13 +rom:00066b6a ADDK 0x0,A14 +rom:00066b6c MOVE *A13(0xffe0),A11,0x1 +rom:00066b70 MOVE *A11(0x40),A9,0x1 +rom:00066b74 SETF 0x10,0x0,0x0 +rom:00066b76 MOVE *A9(0x10),A11,0x0 +rom:00066b7a SUBK 0x3,A11 +rom:00066b7c JREQ 0x00066bf8 +rom:00066b7e MOVK 0x10,A8 +rom:00066b80 JR 0x00066c2a +rom:00066b82 MOVE A14,-*SP,0x1 +rom:00066b84 MOVE *A13(0xffe0),*A14+,0x1 +rom:00066b88 CALLA 0x07ea83a4 +rom:00066b8e MOVE A8,*A13,0x1 +rom:00066b90 JR 0x00066c28 +rom:00066b92 MOVE A14,-*SP,0x1 +rom:00066b94 MOVE *A13(0xffe0),*A14+,0x1 +rom:00066b98 CALLA 0x07ea8462 +rom:00066b9e MOVE A8,*A13,0x1 +rom:00066ba0 JR 0x00066c28 +rom:00066ba2 MOVE A14,-*SP,0x1 +rom:00066ba4 MOVE *A13(0xffe0),*A14+,0x1 +rom:00066ba8 CALLA 0x07ea8516 +rom:00066bae MOVE A8,*A13,0x1 +rom:00066bb0 JR 0x00066c28 +rom:00066bb2 MOVE A14,-*SP,0x1 +rom:00066bb4 MOVE *A13(0xffe0),*A14+,0x1 +rom:00066bb8 CALLA 0x07ea8660 +rom:00066bbe MOVE A8,*A13,0x1 +rom:00066bc0 JR 0x00066c28 +rom:00066bc2 MOVE A14,-*SP,0x1 +rom:00066bc4 MOVE *A13(0xffe0),*A14+,0x1 +rom:00066bc8 CALLA 0x07ea872a +rom:00066bce MOVE A8,*A13,0x1 +rom:00066bd0 JR 0x00066c28 +rom:00066bd2 MOVE A14,-*SP,0x1 +rom:00066bd4 MOVK 0x1,A11 +rom:00066bd6 MOVE A11,*A14+,0x1 +rom:00066bd8 MOVE *A9(0x40),*A14+,0x1 +rom:00066bdc SETF 0x8,0x0,0x0 +rom:00066bde MOVE *A9(0x8),A8,0x0 +rom:00066be2 MOVE A8,*A14+,0x1 +rom:00066be4 MOVE 0x1ad960,*A14+,0x1 +rom:00066bea MOVE *A13(0xffe0),*A14+,0x1 +rom:00066bee CALLA 0x07effa5e +rom:00066bf4 MOVE A11,A8 +rom:00066bf6 JR 0x00066c2a +rom:00066bf8 MOVE *A9(0x20),A8,0x1 +rom:00066bfc DEC A8 +rom:00066bfe CMPI 0x5,A8 +rom:00066c02 JRHI 0x00066bd2 +rom:00066c04 SLL 0x5,A8 +rom:00066c06 ADDI 0x3f536080,A8 +rom:00066c0c MOVE *A8,A8,0x1 +rom:00066c0e JUMP A8 +rom:00066c28 MOVE *A13,A8,0x1 +rom:00066c2a MOVE *SP(0x80),A14,0x1 +rom:00066c2e MMFM SP,0x2a00 diff --git a/xie/ghidra-evidence/handlers/slot10_selectors.txt b/xie/ghidra-evidence/handlers/slot10_selectors.txt new file mode 100644 index 0000000..b30e632 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot10_selectors.txt @@ -0,0 +1,6 @@ +slot10 sel=1 : ERROR code=1 bad=0x0 minor_op=10 +slot10 sel=2 : ERROR code=1 bad=0x0 minor_op=10 +slot10 sel=3 : ERROR code=1 bad=0x0 minor_op=10 +slot10 sel=4 : ERROR code=1 bad=0x0 minor_op=10 +slot10 sel=5 : ERROR code=1 bad=0x0 minor_op=10 +slot1 full : REPLY len=8 hdr=0200030020000000e0564100f09b8f00 extra=feff7c0102190000000000000000000000000000000000000000000000000000 diff --git a/xie/ghidra-evidence/handlers/slot11_0667B6.txt b/xie/ghidra-evidence/handlers/slot11_0667B6.txt new file mode 100644 index 0000000..2165eda --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot11_0667B6.txt @@ -0,0 +1,58 @@ +rom:000667b6 MMTM SP,0x154 +rom:000667ba MOVE A14,A13 +rom:000667bc ADDI 0x60,A14 +rom:000667c0 MOVE *A13(0xffe0),A11,0x1 +rom:000667c4 MOVE *A11(0x40),A9,0x1 +rom:000667c8 SETF 0x10,0x0,0x0 +rom:000667ca MOVE *A9(0x10),A11,0x0 +rom:000667ce SUBK 0x3,A11 +rom:000667d0 JREQ 0x000667d6 +rom:000667d2 MOVK 0x10,A8 +rom:000667d4 JR 0x0006685c +rom:000667d6 MOVE A14,-*SP,0x1 +rom:000667d8 MOVI 0xffff,A11 +rom:000667dc MOVE A11,*A14+,0x1 +rom:000667de MOVE *A9(0x20),*A14+,0x1 +rom:000667e2 SUB A7,A7 +rom:000667e4 MOVE A7,*A14+,0x1 +rom:000667e6 MOVE A13,*A14+,0x1 +rom:000667e8 MOVE *A13(0xffe0),*A14+,0x1 +rom:000667ec CALLA 0x07ea6fa0 +rom:000667f2 MOVE A8,*A13(0x40),0x1 +rom:000667f6 MOVE A8,A8 +rom:000667f8 JRNE 0x0006685c +rom:000667fa MOVE A14,-*SP,0x1 +rom:000667fc MOVE A7,*A14+,0x1 +rom:000667fe MOVE *A9(0x40),*A14+,0x1 +rom:00066802 MOVE A13,A7 +rom:00066804 ADDK 0x0,A7 +rom:00066806 MOVE A7,*A14+,0x1 +rom:00066808 SUB A7,A7 +rom:0006680a MOVE A7,*A14+,0x1 +rom:0006680c MOVE *A13(0xffe0),*A14+,0x1 +rom:00066810 CALLA 0x07ea6fa0 +rom:00066816 MOVE A8,*A13(0x40),0x1 +rom:0006681a MOVE A8,A8 +rom:0006681c JRNE 0x0006685c +rom:0006681e MOVE A14,-*SP,0x1 +rom:00066820 MOVE A7,*A14+,0x1 +rom:00066822 MOVE *A13(0x20),*A14+,0x1 +rom:00066826 MOVE *A13(0x0),*A14+,0x1 +rom:0006682a CALLA 0x07ea72a4 +rom:00066830 MOVE A8,A8 +rom:00066832 JRNE 0x0006685a +rom:00066834 MOVE A14,-*SP,0x1 +rom:00066836 MOVK 0xb,A7 +rom:00066838 MOVE A7,*A14+,0x1 +rom:0006683a MOVE *A9(0x20),*A14+,0x1 +rom:0006683e SETF 0x8,0x0,0x0 +rom:00066840 MOVE *A9(0x8),A8,0x0 +rom:00066844 MOVE A8,*A14+,0x1 +rom:00066846 MOVE 0x1ad960,*A14+,0x1 +rom:0006684c MOVE *A13(0xffe0),*A14+,0x1 +rom:00066850 CALLA 0x07effa5e +rom:00066856 MOVE A7,A8 +rom:00066858 JR 0x0006685c +rom:0006685a MOVE A7,A8 +rom:0006685c MOVE *SP(0xa0),A14,0x1 +rom:00066860 MMFM SP,0x2a80 diff --git a/xie/ghidra-evidence/handlers/slot12_066738.txt b/xie/ghidra-evidence/handlers/slot12_066738.txt new file mode 100644 index 0000000..5e7be27 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot12_066738.txt @@ -0,0 +1,42 @@ +rom:00066738 MMTM SP,0x154 +rom:0006673c MOVE A14,A13 +rom:0006673e ADDI 0x40,A14 +rom:00066742 MOVE *A13(0xffe0),A11,0x1 +rom:00066746 MOVE *A11(0x40),A9,0x1 +rom:0006674a SETF 0x10,0x0,0x0 +rom:0006674c MOVE *A9(0x10),A11,0x0 +rom:00066750 SUBK 0x2,A11 +rom:00066752 JREQ 0x00066758 +rom:00066754 MOVK 0x10,A8 +rom:00066756 JR 0x000667ac +rom:00066758 MOVE A14,-*SP,0x1 +rom:0006675a SUB A11,A11 +rom:0006675c MOVE A11,*A14+,0x1 +rom:0006675e MOVE *A9(0x20),*A14+,0x1 +rom:00066762 MOVE A11,*A14+,0x1 +rom:00066764 MOVE A13,*A14+,0x1 +rom:00066766 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006676a CALLA 0x07ea6fa0 +rom:00066770 MOVE A8,*A13(0x20),0x1 +rom:00066774 MOVE A8,A8 +rom:00066776 JRNE 0x000667ac +rom:00066778 MOVE *A13,A11,0x1 +rom:0006677a SETF 0x1,0x0,0x0 +rom:0006677c MOVE *A11(0x28),A11,0x0 +rom:00066780 JREQ 0x0006679c +rom:00066782 MOVE A14,-*SP,0x1 +rom:00066784 MOVE *A13,A11,0x1 +rom:00066786 MOVE *A11(0x80),*A14+,0x1 +rom:0006678a CALLA 0x07f63dc8 +rom:00066790 SETF 0x10,0x1,0x0 +rom:00066792 MOVE *A11(0x30),A7,0x0 +rom:00066796 DEC A7 +rom:00066798 MOVE A7,*A11(0x30),0x0 +rom:0006679c MOVE *A13,A11,0x1 +rom:0006679e SUB A7,A7 +rom:000667a0 SETF 0x1,0x0,0x0 +rom:000667a2 MOVE A7,*A11(0x28),0x0 +rom:000667a6 MOVE A7,*A11(0x29),0x0 +rom:000667aa MOVE A7,A8 +rom:000667ac MOVE *SP(0xa0),A14,0x1 +rom:000667b0 MMFM SP,0x2a80 diff --git a/xie/ghidra-evidence/handlers/slot13_066A8E.txt b/xie/ghidra-evidence/handlers/slot13_066A8E.txt new file mode 100644 index 0000000..9b0ddf8 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot13_066A8E.txt @@ -0,0 +1,68 @@ +rom:00066a8e MMTM SP,0x154 +rom:00066a92 MOVE A14,A13 +rom:00066a94 ADDI 0x80,A14 +rom:00066a98 MOVE *A13(0xffe0),A11,0x1 +rom:00066a9c MOVE *A11(0x40),A9,0x1 +rom:00066aa0 SETF 0x10,0x0,0x0 +rom:00066aa2 MOVE *A9(0x10),A11,0x0 +rom:00066aa6 SUBK 0x2,A11 +rom:00066aa8 JREQ 0x00066aae +rom:00066aaa MOVK 0x10,A8 +rom:00066aac JR 0x00066b5a +rom:00066aae MOVE A14,-*SP,0x1 +rom:00066ab0 MOVI 0xffff,A11 +rom:00066ab4 MOVE A11,*A14+,0x1 +rom:00066ab6 MOVE *A9(0x20),*A14+,0x1 +rom:00066aba SUB A7,A7 +rom:00066abc MOVE A7,*A14+,0x1 +rom:00066abe MOVE A13,A7 +rom:00066ac0 ADDI 0x40,A7 +rom:00066ac4 MOVE A7,*A14+,0x1 +rom:00066ac6 MOVE *A13(0xffe0),*A14+,0x1 +rom:00066aca CALLA 0x07ea6fa0 +rom:00066ad0 MOVE A8,*A13(0x60),0x1 +rom:00066ad4 MOVE A8,A8 +rom:00066ad6 JRNE 0x00066b5a +rom:00066ad8 MOVE *A13(0x40),A7,0x1 +rom:00066adc SUB A11,A11 +rom:00066ade SETF 0x1,0x0,0x0 +rom:00066ae0 MOVE A11,*A7(0x29),0x0 +rom:00066ae4 MOVK 0x1,A11 +rom:00066ae6 MOVE A11,*A7(0x28),0x0 +rom:00066aea SETF 0x10,0x1,0x0 +rom:00066aec MOVE *A7(0x30),A11,0x0 +rom:00066af0 INC A11 +rom:00066af2 MOVE A11,*A7(0x30),0x0 +rom:00066af6 MOVE A14,-*SP,0x1 +rom:00066af8 MOVE *A7(0x80),*A14+,0x1 +rom:00066afc CALLA 0x07f63c88 +rom:00066b02 MOVE A14,-*SP,0x1 +rom:00066b04 MOVE A7,*A14+,0x1 +rom:00066b06 CALLA 0x07ea6df6 +rom:00066b0c MOVE A8,*A13,0x1 +rom:00066b0e MOVE A14,-*SP,0x1 +rom:00066b10 MOVE A7,*A14+,0x1 +rom:00066b12 CALLA 0x07e59b38 +rom:00066b18 MOVE A8,*A13(0x20),0x1 +rom:00066b1c MOVE *A13,A11,0x1 +rom:00066b1e JRNE 0x00066b2e +rom:00066b20 MOVE A14,-*SP,0x1 +rom:00066b22 MOVE A7,*A14+,0x1 +rom:00066b24 MOVE *A13(0xffe0),*A14+,0x1 +rom:00066b28 CALLA 0x07e7fe48 +rom:00066b2e MOVE *A13(0x20),A7,0x1 +rom:00066b32 JREQ 0x00066b58 +rom:00066b34 MOVE A14,-*SP,0x1 +rom:00066b36 MOVE A7,*A14+,0x1 +rom:00066b38 MOVE *A9(0x20),*A14+,0x1 +rom:00066b3c SETF 0x8,0x0,0x0 +rom:00066b3e MOVE *A9(0x8),A8,0x0 +rom:00066b42 MOVE A8,*A14+,0x1 +rom:00066b44 MOVE 0x1ad960,*A14+,0x1 +rom:00066b4a MOVE *A13(0xffe0),*A14+,0x1 +rom:00066b4e CALLA 0x07effa5e +rom:00066b54 MOVE A7,A8 +rom:00066b56 JR 0x00066b5a +rom:00066b58 SUB A8,A8 +rom:00066b5a MOVE *SP(0xa0),A14,0x1 +rom:00066b5e MMFM SP,0x2a80 diff --git a/xie/ghidra-evidence/handlers/slot14_066C34.txt b/xie/ghidra-evidence/handlers/slot14_066C34.txt new file mode 100644 index 0000000..88f338d --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot14_066C34.txt @@ -0,0 +1,140 @@ +rom:00066c34 MMTM SP,0x554 +rom:00066c38 MOVE A14,A13 +rom:00066c3a ADDI 0x60,A14 +rom:00066c3e MOVE *A13(0xffe0),A11,0x1 +rom:00066c42 MOVE *A11(0x40),A9,0x1 +rom:00066c46 SETF 0x10,0x0,0x0 +rom:00066c48 MOVE *A9(0x10),A11,0x0 +rom:00066c4c SUBK 0x4,A11 +rom:00066c4e JREQ 0x00066c56 +rom:00066c50 MOVK 0x10,A8 +rom:00066c52 JR 0x00066dec +rom:00066c56 MOVE A14,-*SP,0x1 +rom:00066c58 MOVI 0xffff,A11 +rom:00066c5c MOVE A11,*A14+,0x1 +rom:00066c5e MOVE *A9(0x20),*A14+,0x1 +rom:00066c62 MOVE A13,A7 +rom:00066c64 ADDK 0x0,A7 +rom:00066c66 MOVE A7,*A14+,0x1 +rom:00066c68 MOVE A13,*A14+,0x1 +rom:00066c6a MOVE *A13(0xffe0),*A14+,0x1 +rom:00066c6e CALLA 0x07ea6fa0 +rom:00066c74 MOVE A8,*A13(0x40),0x1 +rom:00066c78 MOVE A8,A8 +rom:00066c7a JRNE 0x00066dec +rom:00066c7e MOVE *A13,A7,0x1 +rom:00066c80 JRNE 0x00066caa +rom:00066c82 MOVE A14,-*SP,0x1 +rom:00066c84 MOVK 0xe,A11 +rom:00066c86 MOVE A11,*A14+,0x1 +rom:00066c88 MOVE *A9(0x20),*A14+,0x1 +rom:00066c8c SETF 0x8,0x0,0x0 +rom:00066c8e MOVE *A9(0x8),A8,0x0 +rom:00066c92 MOVE A8,*A14+,0x1 +rom:00066c94 MOVE 0x1ad960,*A14+,0x1 +rom:00066c9a MOVE *A13(0xffe0),*A14+,0x1 +rom:00066c9e CALLA 0x07effa5e +rom:00066ca4 MOVE A11,A8 +rom:00066ca6 JR 0x00066dec +rom:00066caa MOVE *A13(0xffe0),A11,0x1 +rom:00066cae MOVE *A9(0x40),A7,0x1 +rom:00066cb2 ANDI -0x100000,A7 +rom:00066cb8 MOVE *A11(0x20),A11,0x1 +rom:00066cbc CMP A7,A11 +rom:00066cbe JRNE 0x00066cea +rom:00066cc0 MOVE *A9(0x40),A11,0x1 +rom:00066cc4 BTST 0x13,A11 +rom:00066cc6 JRNE 0x00066cea +rom:00066cc8 MOVE A14,-*SP,0x1 +rom:00066cca SETF 0x10,0x0,0x0 +rom:00066ccc MOVE @0x1ad980,A11,0x0 +rom:00066cd2 MOVE A11,*A14+,0x1 +rom:00066cd4 MOVE @0x1ad990,A7,0x0 +rom:00066cda MOVE A7,*A14+,0x1 +rom:00066cdc MOVE *A9(0x40),*A14+,0x1 +rom:00066ce0 CALLA 0x07f174a4 +rom:00066ce6 MOVE A8,A7 +rom:00066ce8 JREQ 0x00066d10 +rom:00066cea MOVE A14,-*SP,0x1 +rom:00066cec MOVK 0xe,A11 +rom:00066cee MOVE A11,*A14+,0x1 +rom:00066cf0 MOVE *A9(0x40),*A14+,0x1 +rom:00066cf4 SETF 0x8,0x0,0x0 +rom:00066cf6 MOVE *A9(0x8),A8,0x0 +rom:00066cfa MOVE A8,*A14+,0x1 +rom:00066cfc MOVE 0x1ad960,*A14+,0x1 +rom:00066d02 MOVE *A13(0xffe0),*A14+,0x1 +rom:00066d06 CALLA 0x07effa5e +rom:00066d0c MOVE A11,A8 +rom:00066d0e JR 0x00066dec +rom:00066d10 SETF 0x8,0x0,0x0 +rom:00066d12 MOVE *A9(0x60),A11,0x0 +rom:00066d16 JREQ 0x00066d58 +rom:00066d18 MOVE A14,-*SP,0x1 +rom:00066d1a MOVE *A13(0x20),A11,0x1 +rom:00066d1e MOVE *A11(0x160),A7,0x1 +rom:00066d22 ADDI 0xd8,A7 +rom:00066d26 MOVE A7,*A14+,0x1 +rom:00066d28 CALLA 0x07eac5a8 +rom:00066d2e MOVE A8,A7 +rom:00066d30 JRNE 0x00066d58 +rom:00066d32 MOVE A14,-*SP,0x1 +rom:00066d34 MOVK 0xb,A7 +rom:00066d36 MOVE A7,*A14+,0x1 +rom:00066d38 MOVE *A9(0x40),*A14+,0x1 +rom:00066d3c SETF 0x8,0x0,0x0 +rom:00066d3e MOVE *A9(0x8),A8,0x0 +rom:00066d42 MOVE A8,*A14+,0x1 +rom:00066d44 MOVE 0x1ad960,*A14+,0x1 +rom:00066d4a MOVE *A13(0xffe0),*A14+,0x1 +rom:00066d4e CALLA 0x07effa5e +rom:00066d54 MOVE A7,A8 +rom:00066d56 JR 0x00066dec +rom:00066d58 MOVE *A13(0x20),A11,0x1 +rom:00066d5c SETF 0x10,0x1,0x0 +rom:00066d5e MOVE *A11(0x30),A7,0x0 +rom:00066d62 INC A7 +rom:00066d64 MOVE A7,*A11(0x30),0x0 +rom:00066d68 MOVE *A9(0x40),*A11(0x0),0x1 +rom:00066d6e MOVE A14,-*SP,0x1 +rom:00066d70 SETF 0x10,0x0,0x0 +rom:00066d72 MOVE @0x1ad980,A7,0x0 +rom:00066d78 MOVE A7,*A14+,0x1 +rom:00066d7a MOVI 0x3f566ed0,A11 +rom:00066d80 MOVE A11,*A14+,0x1 +rom:00066d82 MOVE *A13(0x20),*A14+,0x1 +rom:00066d86 MOVE @0x1ad990,A11,0x0 +rom:00066d8c MOVE A11,*A14+,0x1 +rom:00066d8e MOVE *A9(0x40),*A14+,0x1 +rom:00066d92 CALLA 0x07f16ca2 +rom:00066d98 MOVE *A13(0x20),A11,0x1 +rom:00066d9c SETF 0x8,0x0,0x0 +rom:00066d9e MOVE *A9(0x60),A7,0x0 +rom:00066da2 JREQ 0x00066da8 +rom:00066da4 SUB A7,A7 +rom:00066da6 JR 0x00066daa +rom:00066da8 MOVK 0x1,A7 +rom:00066daa SETF 0x10,0x1,0x0 +rom:00066dac SEXT A7,0x0 +rom:00066dae MOVE *A11(0x30),A5,0x0 +rom:00066db2 SUB A7,A5 +rom:00066db4 MOVE A5,*A11(0x30),0x0 +rom:00066db8 SETF 0x8,0x0,0x0 +rom:00066dba MOVE *A11(0x20),A7,0x0 +rom:00066dbe SUBK 0x3,A7 +rom:00066dc0 JRNE 0x00066dea +rom:00066dc2 MOVE *A11(0x160),A7,0x1 +rom:00066dc6 SETF 0x1,0x0,0x0 +rom:00066dc8 MOVE *A9(0x60),*A7(0x13c),0x0 +rom:00066dce MOVE *A11(0x160),A7,0x1 +rom:00066dd2 MOVE *A9(0x60),*A7(0x13b),0x0 +rom:00066dd8 SETF 0x8,0x0,0x0 +rom:00066dda MOVE *A9(0x60),A7,0x0 +rom:00066dde JREQ 0x00066de4 +rom:00066de0 MOVK 0x2,A7 +rom:00066de2 JR 0x00066de6 +rom:00066de4 MOVK 0x3,A7 +rom:00066de6 MOVB *A7,*A11(0x20) +rom:00066dea SUB A8,A8 +rom:00066dec MOVE *SP(0xc0),A14,0x1 +rom:00066df0 MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot15_06A536.txt b/xie/ghidra-evidence/handlers/slot15_06A536.txt new file mode 100644 index 0000000..edebe38 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot15_06A536.txt @@ -0,0 +1,36 @@ +rom:0006a536 MMTM SP,0x154 +rom:0006a53a MOVE A14,A13 +rom:0006a53c ADDI 0xc0,A14 +rom:0006a540 MOVE *A13(0xffe0),A11,0x1 +rom:0006a544 MOVE *A11(0x40),A9,0x1 +rom:0006a548 SETF 0x10,0x0,0x0 +rom:0006a54a MOVE *A9(0x10),A11,0x0 +rom:0006a54e SUBK 0x3,A11 +rom:0006a550 JREQ 0x0006a556 +rom:0006a552 MOVK 0x10,A8 +rom:0006a554 JR 0x0006a59a +rom:0006a556 MOVE A14,-*SP,0x1 +rom:0006a558 MOVI 0xffff,A11 +rom:0006a55c MOVE A11,*A14+,0x1 +rom:0006a55e MOVK 0x3,A7 +rom:0006a560 MOVE A7,*A14+,0x1 +rom:0006a562 MOVE *A9(0x20),*A14+,0x1 +rom:0006a566 MOVE A13,A7 +rom:0006a568 ADDI 0x40,A7 +rom:0006a56c MOVE A7,*A14+,0x1 +rom:0006a56e MOVE A13,A7 +rom:0006a570 ADDK 0x0,A7 +rom:0006a572 MOVE A7,*A14+,0x1 +rom:0006a574 MOVE A13,*A14+,0x1 +rom:0006a576 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006a57a CALLA 0x07eab966 +rom:0006a580 MOVE A8,*A13(0xa0),0x1 +rom:0006a584 MOVE A8,A8 +rom:0006a586 JRNE 0x0006a59a +rom:0006a588 MOVE A14,-*SP,0x1 +rom:0006a58a MOVE *A9(0x40),*A14+,0x1 +rom:0006a58e MOVE *A13(0x20),*A14+,0x1 +rom:0006a592 CALLA 0x07eaafe6 +rom:0006a598 SUB A8,A8 +rom:0006a59a MOVE *SP(0xa0),A14,0x1 +rom:0006a59e MMFM SP,0x2a80 diff --git a/xie/ghidra-evidence/handlers/slot18_06A5A4.txt b/xie/ghidra-evidence/handlers/slot18_06A5A4.txt new file mode 100644 index 0000000..c87951b --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot18_06A5A4.txt @@ -0,0 +1,139 @@ +rom:0006a5a4 MMTM SP,0x554 +rom:0006a5a8 MOVE A14,A13 +rom:0006a5aa ADDI 0xc0,A14 +rom:0006a5ae MOVE *A13(0xffe0),A11,0x1 +rom:0006a5b2 MOVE *A11(0x40),A9,0x1 +rom:0006a5b6 SETF 0x10,0x0,0x0 +rom:0006a5b8 MOVE *A9(0x10),A11,0x0 +rom:0006a5bc SUBK 0x4,A11 +rom:0006a5be JRNC 0x0006a5c6 +rom:0006a5c0 MOVK 0x10,A8 +rom:0006a5c2 JR 0x0006a764 +rom:0006a5c6 MOVE A14,-*SP,0x1 +rom:0006a5c8 SETF 0x8,0x0,0x0 +rom:0006a5ca MOVE *A9(0x68),A8,0x0 +rom:0006a5ce MOVE A8,*A14+,0x1 +rom:0006a5d0 MOVK 0x2,A11 +rom:0006a5d2 MOVE A11,*A14+,0x1 +rom:0006a5d4 MOVE *A9(0x20),*A14+,0x1 +rom:0006a5d8 MOVE A13,A7 +rom:0006a5da ADDI 0x40,A7 +rom:0006a5de MOVE A7,*A14+,0x1 +rom:0006a5e0 MOVE A13,A11 +rom:0006a5e2 ADDK 0x0,A11 +rom:0006a5e4 MOVE A11,*A14+,0x1 +rom:0006a5e6 MOVE A13,*A14+,0x1 +rom:0006a5e8 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006a5ec CALLA 0x07eab966 +rom:0006a5f2 MOVE A8,*A13(0xa0),0x1 +rom:0006a5f6 MOVE A8,A8 +rom:0006a5f8 JREQ 0x0006a638 +rom:0006a5fa JR 0x0006a764 +rom:0006a5fe MOVE A14,-*SP,0x1 +rom:0006a600 MOVE *A9(0x68),A8,0x0 +rom:0006a604 MOVE A8,*A14+,0x1 +rom:0006a606 MOVE *A13(0x40),*A14+,0x1 +rom:0006a60a MOVE *A13(0x20),*A14+,0x1 +rom:0006a60e MOVE *A13(0xffe0),*A14+,0x1 +rom:0006a612 CALLA 0x07eabefa +rom:0006a618 MOVE A8,*A13(0x80),0x1 +rom:0006a61c JR 0x0006a650 +rom:0006a61e MOVE A14,-*SP,0x1 +rom:0006a620 MOVE *A13(0x40),*A14+,0x1 +rom:0006a624 MOVE *A13(0x20),*A14+,0x1 +rom:0006a628 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006a62c CALLA 0x07eabc2a +rom:0006a632 MOVE A8,*A13(0x80),0x1 +rom:0006a636 JR 0x0006a650 +rom:0006a638 MOVE *A13(0x40),A7,0x1 +rom:0006a63c SETF 0x8,0x0,0x0 +rom:0006a63e MOVE *A7(0x10),A8,0x0 +rom:0006a642 JREQ 0x0006a5fe +rom:0006a644 DEC A8 +rom:0006a646 JREQ 0x0006a61e +rom:0006a648 DEC A8 +rom:0006a64a JREQ 0x0006a61e +rom:0006a64c DEC A8 +rom:0006a64e JREQ 0x0006a61e +rom:0006a650 MOVE *A13(0x80),A11,0x1 +rom:0006a654 JREQ 0x0006a672 +rom:0006a656 MOVK 0x1,A7 +rom:0006a658 MOVB *A7,*A9(0x60) +rom:0006a65c MOVE *A13(0x20),A7,0x1 +rom:0006a660 MOVE *A7(0x160),A7,0x1 +rom:0006a664 MOVE *A7(0xd8),A7,0x1 +rom:0006a668 MOVI 0xff,A11 +rom:0006a66c MOVB *A11,*A7(0x20) +rom:0006a670 JR 0x0006a688 +rom:0006a672 MOVE *A13(0x20),A7,0x1 +rom:0006a676 MOVE *A7(0x160),A5,0x1 +rom:0006a67a MOVE *A5(0xd8),A5,0x1 +rom:0006a67e MOVE *A13(0x40),A7,0x1 +rom:0006a682 MOVB *A7(0x10),*A5(0x20) +rom:0006a688 SETF 0x8,0x0,0x0 +rom:0006a68a MOVE *A9(0x60),A11,0x0 +rom:0006a68e JREQ 0x0006a762 +rom:0006a690 MOVE A14,-*SP,0x1 +rom:0006a692 MOVE *A9(0x68),A8,0x0 +rom:0006a696 MOVE A8,*A14+,0x1 +rom:0006a698 MOVE *A13(0x20),A11,0x1 +rom:0006a69c ADDI 0x120,A11 +rom:0006a6a0 MOVE A11,*A14+,0x1 +rom:0006a6a2 CALLA 0x07eab1bc +rom:0006a6a8 CALLA 0x07f67f38 +rom:0006a6ae MOVE A8,@0x1b2b50,0x1 +rom:0006a6b4 MOVE A14,-*SP,0x1 +rom:0006a6b6 MOVE @0x1b2b30,A11,0x1 +rom:0006a6bc SUB A11,A8 +rom:0006a6be MOVE A8,*A14+,0x1 +rom:0006a6c0 MOVI 0x3f562850,A8 +rom:0006a6c6 MOVE A8,*A14+,0x1 +rom:0006a6c8 CALLA 0x07f24f78 +rom:0006a6ce MOVE *A13(0x20),A11,0x1 +rom:0006a6d2 MOVE *A11(0x120),A7,0x1 +rom:0006a6d6 JRNE 0x0006a762 +rom:0006a6d8 MOVE *A11(0x140),A7,0x1 +rom:0006a6dc JREQ 0x0006a756 +rom:0006a6de MOVE *A11(0x140),A7,0x1 +rom:0006a6e2 SETF 0x1,0x0,0x0 +rom:0006a6e4 MOVE *A7(0x28),A7,0x0 +rom:0006a6e8 JREQ 0x0006a756 +rom:0006a6ea MOVE A14,-*SP,0x1 +rom:0006a6ec MOVE *A13(0x0),*A14+,0x1 +rom:0006a6f0 CALLA 0x07ea6df6 +rom:0006a6f6 MOVE A8,*A13(0x80),0x1 +rom:0006a6fa MOVE A8,A5 +rom:0006a6fc JRNE 0x0006a762 +rom:0006a6fe MOVE *A11(0x160),A7,0x1 +rom:0006a702 MOVK 0x1,A5 +rom:0006a704 SETF 0x1,0x0,0x0 +rom:0006a706 MOVE A5,*A7(0x13a),0x0 +rom:0006a70a MOVE A14,-*SP,0x1 +rom:0006a70c MOVE *A11(0x140),*A14+,0x1 +rom:0006a710 CALLA 0x07e59b38 +rom:0006a716 MOVE A8,*A13(0x80),0x1 +rom:0006a71a MOVE A14,-*SP,0x1 +rom:0006a71c MOVE *A13(0x0),*A14+,0x1 +rom:0006a720 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006a724 CALLA 0x07e7fe48 +rom:0006a72a MOVE *A13(0x80),A7,0x1 +rom:0006a72e JREQ 0x0006a762 +rom:0006a730 MOVE A14,-*SP,0x1 +rom:0006a732 MOVE A7,*A14+,0x1 +rom:0006a734 MOVE *A13,A5,0x1 +rom:0006a736 MOVE *A5(0x0),*A14+,0x1 +rom:0006a73a SETF 0x8,0x0,0x0 +rom:0006a73c MOVE *A9(0x8),A8,0x0 +rom:0006a740 MOVE A8,*A14+,0x1 +rom:0006a742 MOVE 0x1ad960,*A14+,0x1 +rom:0006a748 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006a74c CALLA 0x07effa5e +rom:0006a752 MOVE A7,A8 +rom:0006a754 JR 0x0006a764 +rom:0006a756 MOVE *A11(0x160),A7,0x1 +rom:0006a75a MOVK 0x1,A5 +rom:0006a75c SETF 0x1,0x0,0x0 +rom:0006a75e MOVE A5,*A7(0x13a),0x0 +rom:0006a762 SUB A8,A8 +rom:0006a764 MOVE *SP(0xc0),A14,0x1 +rom:0006a768 MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot19_06A76E.txt b/xie/ghidra-evidence/handlers/slot19_06A76E.txt new file mode 100644 index 0000000..1984ac6 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot19_06A76E.txt @@ -0,0 +1,234 @@ +rom:0006a76e MMTM SP,0x554 +rom:0006a772 MOVE A14,A13 +rom:0006a774 ADDI 0x160,A14 +rom:0006a778 MOVE *A13(0xffe0),A11,0x1 +rom:0006a77c MOVE *A11(0x40),A9,0x1 +rom:0006a780 SETF 0x10,0x0,0x0 +rom:0006a782 MOVE *A9(0x10),A11,0x0 +rom:0006a786 SUBK 0x8,A11 +rom:0006a788 JRNC 0x0006a790 +rom:0006a78a MOVK 0x10,A8 +rom:0006a78c JR 0x0006aa4a +rom:0006a790 MOVE A14,-*SP,0x1 +rom:0006a792 MOVE *A9(0xc0),*A14+,0x1 +rom:0006a796 MOVK 0x3,A11 +rom:0006a798 MOVE A11,*A14+,0x1 +rom:0006a79a MOVE *A9(0x20),*A14+,0x1 +rom:0006a79e MOVE A13,A7 +rom:0006a7a0 ADDK 0x0,A7 +rom:0006a7a2 MOVE A7,*A14+,0x1 +rom:0006a7a4 MOVE A13,*A14+,0x1 +rom:0006a7a6 SUB A11,A11 +rom:0006a7a8 MOVE A11,*A14+,0x1 +rom:0006a7aa MOVE *A13(0xffe0),*A14+,0x1 +rom:0006a7ae CALLA 0x07eab966 +rom:0006a7b4 MOVE A8,*A13(0x140),0x1 +rom:0006a7b8 MOVE A8,A8 +rom:0006a7ba JRNE 0x0006aa4a +rom:0006a7be MOVE *A9(0x40),A11,0x1 +rom:0006a7c2 JRLE 0x0006a7ca +rom:0006a7c4 MOVE *A9(0x40),A11,0x1 +rom:0006a7c8 JR 0x0006a7cc +rom:0006a7ca SUB A11,A11 +rom:0006a7cc MOVE A11,*A13(0x80),0x1 +rom:0006a7d0 MOVE *A9(0x60),A7,0x1 +rom:0006a7d4 JRLE 0x0006a7dc +rom:0006a7d6 MOVE *A9(0x60),A7,0x1 +rom:0006a7da JR 0x0006a7de +rom:0006a7dc SUB A7,A7 +rom:0006a7de MOVE A7,*A13(0xa0),0x1 +rom:0006a7e2 MOVE *A9(0x80),A7,0x1 +rom:0006a7e6 MOVE *A9(0x40),A5,0x1 +rom:0006a7ea ADD A5,A7 +rom:0006a7ec MOVE *A13,A5,0x1 +rom:0006a7ee MOVE *A5(0x80),A5,0x1 +rom:0006a7f2 CMP A5,A7 +rom:0006a7f4 JRLS 0x0006a800 +rom:0006a7f6 MOVE *A13,A7,0x1 +rom:0006a7f8 MOVE *A7(0x80),A5,0x1 +rom:0006a7fc SUB A11,A5 +rom:0006a7fe JR 0x0006a80e +rom:0006a800 MOVE *A9(0x80),A7,0x1 +rom:0006a804 MOVE *A9(0x40),A5,0x1 +rom:0006a808 ADD A5,A7 +rom:0006a80a SUB A11,A7 +rom:0006a80c MOVE A7,A5 +rom:0006a80e MOVE A5,*A13(0xc0),0x1 +rom:0006a812 MOVE *A9(0xa0),A7,0x1 +rom:0006a816 MOVE *A9(0x60),A5,0x1 +rom:0006a81a ADD A5,A7 +rom:0006a81c MOVE *A13,A5,0x1 +rom:0006a81e MOVE *A5(0xa0),A5,0x1 +rom:0006a822 CMP A5,A7 +rom:0006a824 JRLS 0x0006a834 +rom:0006a826 MOVE *A13,A7,0x1 +rom:0006a828 MOVE *A7(0xa0),A5,0x1 +rom:0006a82c MOVE *A13(0xa0),A7,0x1 +rom:0006a830 SUB A7,A5 +rom:0006a832 JR 0x0006a846 +rom:0006a834 MOVE *A9(0xa0),A7,0x1 +rom:0006a838 MOVE *A9(0x60),A5,0x1 +rom:0006a83c ADD A5,A7 +rom:0006a83e MOVE *A13(0xa0),A5,0x1 +rom:0006a842 SUB A5,A7 +rom:0006a844 MOVE A7,A5 +rom:0006a846 MOVE A5,*A13(0xe0),0x1 +rom:0006a84a MOVE *A13(0xc0),A7,0x1 +rom:0006a84e JRLE 0x0006a854 +rom:0006a850 MOVE A5,A8 +rom:0006a852 JRGT 0x0006a87c +rom:0006a854 MOVE A14,-*SP,0x1 +rom:0006a856 MOVK 0x2,A5 +rom:0006a858 MOVE A5,*A14+,0x1 +rom:0006a85a MOVE *A9(0x20),*A14+,0x1 +rom:0006a85e SETF 0x8,0x0,0x0 +rom:0006a860 MOVE *A9(0x8),A8,0x0 +rom:0006a864 MOVE A8,*A14+,0x1 +rom:0006a866 MOVE 0x1ad960,*A14+,0x1 +rom:0006a86c MOVE *A13(0xffe0),*A14+,0x1 +rom:0006a870 CALLA 0x07effa5e +rom:0006a876 MOVE A5,A8 +rom:0006a878 JR 0x0006aa4a +rom:0006a87c MOVE A9,A5 +rom:0006a87e ADDI 0x100,A5 +rom:0006a882 MOVE A5,*A13(0x120),0x1 +rom:0006a886 SUB A5,A5 +rom:0006a888 MOVE A5,*A13(0x60),0x1 +rom:0006a88c MOVE *A9(0xc0),*A13(0x40),0x1 +rom:0006a892 MOVE *A13(0x40),A7,0x1 +rom:0006a896 JREQ 0x0006aa28 +rom:0006a89a MOVE *A13(0x40),A11,0x1 +rom:0006a89e BTST 0x0,A11 +rom:0006a8a0 JREQ 0x0006aa10 +rom:0006a8a4 MOVE *A13(0x20),A7,0x1 +rom:0006a8a8 MOVE *A13(0x60),A5,0x1 +rom:0006a8ac SLL 0x5,A5 +rom:0006a8ae ADD A7,A5 +rom:0006a8b0 MOVE *A5(0x160),A5,0x1 +rom:0006a8b4 MOVE *A13(0x80),*A5(0xa8),0x1 +rom:0006a8ba MOVE *A13(0x60),A5,0x1 +rom:0006a8be SLL 0x5,A5 +rom:0006a8c0 ADD A7,A5 +rom:0006a8c2 MOVE *A5(0x160),A5,0x1 +rom:0006a8c6 MOVE *A13(0xa0),*A5(0xe8),0x1 +rom:0006a8cc MOVE *A13(0x60),A5,0x1 +rom:0006a8d0 SLL 0x5,A5 +rom:0006a8d2 ADD A7,A5 +rom:0006a8d4 MOVE *A5(0x160),A5,0x1 +rom:0006a8d8 MOVE *A13(0x80),A7,0x1 +rom:0006a8dc MOVE *A13(0xc0),A11,0x1 +rom:0006a8e0 ADD A11,A7 +rom:0006a8e2 DEC A7 +rom:0006a8e4 MOVE A7,*A5(0xc8),0x1 +rom:0006a8e8 MOVE *A13(0x20),A7,0x1 +rom:0006a8ec MOVE *A13(0x60),A5,0x1 +rom:0006a8f0 SLL 0x5,A5 +rom:0006a8f2 ADD A7,A5 +rom:0006a8f4 MOVE *A5(0x160),A5,0x1 +rom:0006a8f8 MOVE *A13(0xa0),A7,0x1 +rom:0006a8fc MOVE *A13(0xe0),A11,0x1 +rom:0006a900 ADD A11,A7 +rom:0006a902 DEC A7 +rom:0006a904 MOVE A7,*A5(0x108),0x1 +rom:0006a908 MOVE *A13(0x20),A7,0x1 +rom:0006a90c MOVE *A13(0x60),A5,0x1 +rom:0006a910 SLL 0x5,A5 +rom:0006a912 ADD A7,A5 +rom:0006a914 MOVE *A5(0x160),A5,0x1 +rom:0006a918 MOVE *A13(0xc0),*A5(0x128),0x1 +rom:0006a91e MOVE *A13(0x60),A5,0x1 +rom:0006a922 SLL 0x5,A5 +rom:0006a924 ADD A7,A5 +rom:0006a926 MOVE *A5(0x160),A5,0x1 +rom:0006a92a MOVE A11,*A5(0x148),0x1 +rom:0006a92e MOVE *A13(0x60),A5,0x1 +rom:0006a932 SLL 0x5,A5 +rom:0006a934 ADD A7,A5 +rom:0006a936 MOVE *A5(0x160),A5,0x1 +rom:0006a93a MOVE *A13(0x60),A11,0x1 +rom:0006a93e SLL 0x5,A11 +rom:0006a940 ADD A7,A11 +rom:0006a942 MOVE *A11(0x160),A11,0x1 +rom:0006a946 MOVE *A13(0xc0),A7,0x1 +rom:0006a94a MOVE *A11(0x68),A11,0x1 +rom:0006a94e MPYU A7,A11 +rom:0006a950 MOVE A11,*A5(0x88),0x1 +rom:0006a954 MOVE *A13(0x20),A11,0x1 +rom:0006a958 MOVE *A13(0x60),A5,0x1 +rom:0006a95c SLL 0x5,A5 +rom:0006a95e ADD A11,A5 +rom:0006a960 MOVE *A5(0x160),A5,0x1 +rom:0006a964 MOVE *A13(0x60),A7,0x1 +rom:0006a968 SLL 0x5,A7 +rom:0006a96a ADD A11,A7 +rom:0006a96c MOVE *A7(0x160),A7,0x1 +rom:0006a970 MOVE *A13(0xe0),A11,0x1 +rom:0006a974 MOVE *A7(0x88),A7,0x1 +rom:0006a978 MPYU A11,A7 +rom:0006a97a MOVE A7,*A5(0x48),0x1 +rom:0006a97e MOVE *A13(0x20),A7,0x1 +rom:0006a982 MOVE *A13(0x60),A5,0x1 +rom:0006a986 SLL 0x5,A5 +rom:0006a988 ADD A7,A5 +rom:0006a98a MOVE *A5(0x160),A5,0x1 +rom:0006a98e MOVE *A13(0x120),*A5(0x28),0x1 +rom:0006a994 MOVE A14,-*SP,0x1 +rom:0006a996 MOVE *A13(0x60),*A14+,0x1 +rom:0006a99a MOVE *A13,A5,0x1 +rom:0006a99c MOVE *A5(0x160),*A14+,0x1 +rom:0006a9a0 MOVE A7,*A14+,0x1 +rom:0006a9a2 CALLA 0x07eab640 +rom:0006a9a8 MOVE A8,*A13(0x100),0x1 +rom:0006a9ac MOVE A8,A8 +rom:0006a9ae JREQ 0x0006a9d6 +rom:0006a9b0 MOVE A14,-*SP,0x1 +rom:0006a9b2 MOVE A8,*A14+,0x1 +rom:0006a9b4 MOVE *A5(0x0),*A14+,0x1 +rom:0006a9b8 SETF 0x8,0x0,0x0 +rom:0006a9ba MOVE *A9(0x8),A8,0x0 +rom:0006a9be MOVE A8,*A14+,0x1 +rom:0006a9c0 MOVE 0x1ad960,*A14+,0x1 +rom:0006a9c6 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006a9ca CALLA 0x07effa5e +rom:0006a9d0 MOVE *A13(0x100),A8,0x1 +rom:0006a9d4 JR 0x0006aa4a +rom:0006a9d6 MOVE *A13(0x60),A5,0x1 +rom:0006a9da SLL 0x5,A5 +rom:0006a9dc ADD A7,A5 +rom:0006a9de MOVE *A5(0x160),A5,0x1 +rom:0006a9e2 SUB A7,A7 +rom:0006a9e4 MOVE A7,*A5(0x28),0x1 +rom:0006a9e8 MOVE *A13(0x20),A5,0x1 +rom:0006a9ec MOVE *A13(0x60),A7,0x1 +rom:0006a9f0 SLL 0x5,A7 +rom:0006a9f2 ADD A5,A7 +rom:0006a9f4 MOVE *A7(0x160),A7,0x1 +rom:0006a9f8 MOVE *A7(0x48),A7,0x1 +rom:0006a9fc ADDK 0x1f,A7 +rom:0006a9fe SRL 0x1d,A7 +rom:0006aa00 MOVK 0x3,A5 +rom:0006aa02 ANDN A5,A7 +rom:0006aa04 SLL 0x3,A7 +rom:0006aa06 MOVE *A13(0x120),A5,0x1 +rom:0006aa0a ADD A5,A7 +rom:0006aa0c MOVE A7,*A13(0x120),0x1 +rom:0006aa10 MOVE *A13(0x60),A11,0x1 +rom:0006aa14 INC A11 +rom:0006aa16 MOVE A11,*A13(0x60),0x1 +rom:0006aa1a MOVE *A13(0x40),A7,0x1 +rom:0006aa1e SRL 0x1f,A7 +rom:0006aa20 MOVE A7,*A13(0x40),0x1 +rom:0006aa24 JRNE 0x0006a89a +rom:0006aa28 SETF 0x8,0x0,0x0 +rom:0006aa2a MOVE *A9(0xe0),A11,0x0 +rom:0006aa2e JREQ 0x0006aa48 +rom:0006aa30 MOVE A14,-*SP,0x1 +rom:0006aa32 MOVI 0xffffff,A11 +rom:0006aa38 MOVE A11,*A14+,0x1 +rom:0006aa3a MOVE *A13,A5,0x1 +rom:0006aa3c ADDI 0x120,A5 +rom:0006aa40 MOVE A5,*A14+,0x1 +rom:0006aa42 CALLA 0x07eab1bc +rom:0006aa48 SUB A8,A8 +rom:0006aa4a MOVE *SP(0xc0),A14,0x1 +rom:0006aa4e MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot20_06AA54.txt b/xie/ghidra-evidence/handlers/slot20_06AA54.txt new file mode 100644 index 0000000..6267940 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot20_06AA54.txt @@ -0,0 +1,449 @@ +rom:0006aa54 MMTM SP,0x554 +rom:0006aa58 MOVE A14,A13 +rom:0006aa5a ADDI 0x1a0,A14 +rom:0006aa5e MOVK 0x19,A11 +rom:0006aa60 MOVE A11,*A13(0xc0),0x1 +rom:0006aa64 MOVE *A13(0xffe0),A7,0x1 +rom:0006aa68 MOVE *A7(0x40),A9,0x1 +rom:0006aa6c SETF 0x10,0x0,0x0 +rom:0006aa6e MOVE *A9(0x10),A7,0x0 +rom:0006aa72 CMPI 0x23,A7 +rom:0006aa76 JREQ 0x0006aa7e +rom:0006aa78 MOVK 0x10,A8 +rom:0006aa7a JR 0x0006afdc +rom:0006aa7e CALLA 0x07f67f38 +rom:0006aa84 MOVE A8,@0x1b2b30,0x1 +rom:0006aa8a MOVE A14,-*SP,0x1 +rom:0006aa8c MOVI 0xffff,A7 +rom:0006aa90 MOVE A7,*A14+,0x1 +rom:0006aa92 SETF 0x8,0x0,0x0 +rom:0006aa94 MOVE *A9(0x68),A8,0x0 +rom:0006aa98 MOVE A8,*A14+,0x1 +rom:0006aa9a MOVE *A9(0x20),*A14+,0x1 +rom:0006aa9e MOVE A13,A7 +rom:0006aaa0 ADDI 0x40,A7 +rom:0006aaa4 MOVE A7,*A14+,0x1 +rom:0006aaa6 MOVE A13,A7 +rom:0006aaa8 ADDK 0x0,A7 +rom:0006aaaa MOVE A7,*A14+,0x1 +rom:0006aaac MOVE A13,*A14+,0x1 +rom:0006aaae MOVE *A13(0xffe0),*A14+,0x1 +rom:0006aab2 CALLA 0x07eab966 +rom:0006aab8 MOVE A8,*A13(0x180),0x1 +rom:0006aabc MOVE A8,A8 +rom:0006aabe JRNE 0x0006afdc +rom:0006aac2 SUB A7,A7 +rom:0006aac4 MOVE A7,*A13(0x100),0x1 +rom:0006aac8 MOVE A7,*A13(0x80),0x1 +rom:0006aacc MOVE *A13(0x80),A11,0x1 +rom:0006aad0 SLL 0x5,A11 +rom:0006aad2 ADD A13,A11 +rom:0006aad4 MOVE *A13(0x20),A7,0x1 +rom:0006aad8 MOVE *A7(0x160),A5,0x1 +rom:0006aadc MOVE *A13(0x80),A7,0x1 +rom:0006aae0 SLL 0x5,A7 +rom:0006aae2 ADD A7,A5 +rom:0006aae4 MOVE *A5(0xd8),A7,0x1 +rom:0006aae8 JREQ 0x0006ab46 +rom:0006aaea ADDI 0x40,A14 +rom:0006aaee MOVE A14,-*SP,0x1 +rom:0006aaf0 ADDI 0x40,A14 +rom:0006aaf4 MOVE A14,-*SP,0x1 +rom:0006aaf6 MOVE *A13(0x20),A7,0x1 +rom:0006aafa MOVE *A7(0x160),A5,0x1 +rom:0006aafe MOVE *A13(0x80),A7,0x1 +rom:0006ab02 SLL 0x5,A7 +rom:0006ab04 ADD A7,A5 +rom:0006ab06 MOVE *A5(0xd8),A7,0x1 +rom:0006ab0a MOVE *A7(0x1a8),A8,0x1 +rom:0006ab0e CALLA 0x07fc22de +rom:0006ab14 CALLA 0x07fc2c34 +rom:0006ab1a ADDI 0x40,A14 +rom:0006ab1e MOVE A14,-*SP,0x1 +rom:0006ab20 MOVI 0x3f562d00,A8 +rom:0006ab26 MOVE *A8+,*A14+,0x1 +rom:0006ab28 MOVE *A8+,*A14+,0x1 +rom:0006ab2a CALLA 0x07fc2c34 +rom:0006ab30 CALLA 0x07fc1aca +rom:0006ab36 CALLA 0x07fc288a +rom:0006ab3c CALLA 0x07fc216a +rom:0006ab42 MOVE A8,A7 +rom:0006ab44 JR 0x0006ab48 +rom:0006ab46 SUB A7,A7 +rom:0006ab48 MOVE A7,*A11(0x120),0x1 +rom:0006ab4c MOVE *A13(0x80),A11,0x1 +rom:0006ab50 INC A11 +rom:0006ab52 MOVE A11,*A13(0x80),0x1 +rom:0006ab56 DEC A11 +rom:0006ab58 SLL 0x5,A11 +rom:0006ab5a ADD A13,A11 +rom:0006ab5c MOVE *A13(0x100),A7,0x1 +rom:0006ab60 MOVE *A11(0x120),A11,0x1 +rom:0006ab64 ADD A7,A11 +rom:0006ab66 MOVE A11,*A13(0x100),0x1 +rom:0006ab6a MOVE *A13(0x80),A7,0x1 +rom:0006ab6e SUBK 0x3,A7 +rom:0006ab70 JRC 0x0006aacc +rom:0006ab72 SETF 0x8,0x0,0x0 +rom:0006ab74 MOVE *A9(0x70),A7,0x0 +rom:0006ab78 SUBK 0x4,A7 +rom:0006ab7a JRNE 0x0006ab82 +rom:0006ab7c MOVK 0x1,A7 +rom:0006ab7e MOVE A7,*A13(0x100),0x1 +rom:0006ab82 MOVE *A13(0x40),A11,0x1 +rom:0006ab86 JREQ 0x0006ac34 +rom:0006ab88 MOVE *A11(0x8),A7,0x0 +rom:0006ab8c MOVE *A9(0x70),A5,0x0 +rom:0006ab90 CMP A5,A7 +rom:0006ab92 JRNE 0x0006abd0 +rom:0006ab94 MOVE *A11(0x10),A7,0x0 +rom:0006ab98 MOVE *A9(0x60),A5,0x0 +rom:0006ab9c CMP A5,A7 +rom:0006ab9e JRNE 0x0006abd0 +rom:0006aba0 MOVE *A11(0x20),A7,0x1 +rom:0006aba4 MOVE *A9(0x40),A5,0x1 +rom:0006aba8 CMP A5,A7 +rom:0006abaa JRNE 0x0006abd0 +rom:0006abac MOVE *A11(0x40),A7,0x1 +rom:0006abb0 MOVE *A9(0x80),A5,0x1 +rom:0006abb4 AND A5,A7 +rom:0006abb6 JRNE 0x0006abd0 +rom:0006abb8 MOVE *A11(0x60),A7,0x1 +rom:0006abbc MOVE *A9(0x80),A5,0x1 +rom:0006abc0 AND A5,A7 +rom:0006abc2 JRNE 0x0006abd0 +rom:0006abc4 MOVE *A11(0x80),A7,0x1 +rom:0006abc8 MOVE *A9(0x80),A5,0x1 +rom:0006abcc CMP A5,A7 +rom:0006abce JRNC 0x0006abf6 +rom:0006abd0 MOVE A14,-*SP,0x1 +rom:0006abd2 MOVK 0x8,A7 +rom:0006abd4 MOVE A7,*A14+,0x1 +rom:0006abd6 MOVE *A9(0x20),*A14+,0x1 +rom:0006abda MOVE *A9(0x8),A8,0x0 +rom:0006abde MOVE A8,*A14+,0x1 +rom:0006abe0 MOVE 0x1ad960,*A14+,0x1 +rom:0006abe6 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006abea CALLA 0x07effa5e +rom:0006abf0 MOVE A7,A8 +rom:0006abf2 JR 0x0006afdc +rom:0006abf6 MOVE *A11(0x40),A7,0x1 +rom:0006abfa MOVE *A9(0x80),A5,0x1 +rom:0006abfe OR A5,A7 +rom:0006ac00 MOVE A7,*A11(0x40),0x1 +rom:0006ac04 JR 0x0006adf0 +rom:0006ac08 MOVK 0x1,A11 +rom:0006ac0a MOVE A11,*A13(0xc0),0x1 +rom:0006ac0e JR 0x0006ac44 +rom:0006ac10 MOVE *A13(0x20),A11,0x1 +rom:0006ac14 MOVE *A11(0x48),A7,0x0 +rom:0006ac18 MOVE A7,*A13(0xc0),0x1 +rom:0006ac1c JR 0x0006ac44 +rom:0006ac1e MOVE *A13(0x120),A11,0x1 +rom:0006ac22 MOVE *A13(0x140),A7,0x1 +rom:0006ac26 ADD A7,A11 +rom:0006ac28 MOVE *A13(0x160),A5,0x1 +rom:0006ac2c ADD A5,A11 +rom:0006ac2e MOVE A11,*A13(0xc0),0x1 +rom:0006ac32 JR 0x0006ac44 +rom:0006ac34 MOVE *A9(0x70),A8,0x0 +rom:0006ac38 DEC A8 +rom:0006ac3a JREQ 0x0006ac08 +rom:0006ac3c SUBK 0x2,A8 +rom:0006ac3e JREQ 0x0006ac10 +rom:0006ac40 DEC A8 +rom:0006ac42 JREQ 0x0006ac1e +rom:0006ac44 MOVK 0x1,A11 +rom:0006ac46 MOVE *A13(0xc0),A7,0x1 +rom:0006ac4a SLL A7,A11 +rom:0006ac4c MOVE *A9(0x80),A5,0x1 +rom:0006ac50 INC A5 +rom:0006ac52 CMP A11,A5 +rom:0006ac54 JRHI 0x0006ac5a +rom:0006ac56 SUBK 0x18,A7 +rom:0006ac58 JRLS 0x0006ad1e +rom:0006ac5a MOVE A14,-*SP,0x1 +rom:0006ac5c MOVK 0x8,A11 +rom:0006ac5e MOVE A11,*A14+,0x1 +rom:0006ac60 MOVE *A9(0x20),*A14+,0x1 +rom:0006ac64 SETF 0x8,0x0,0x0 +rom:0006ac66 MOVE *A9(0x8),A8,0x0 +rom:0006ac6a MOVE A8,*A14+,0x1 +rom:0006ac6c MOVE 0x1ad960,*A14+,0x1 +rom:0006ac72 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006ac76 CALLA 0x07effa5e +rom:0006ac7c MOVE A11,A8 +rom:0006ac7e JR 0x0006afdc +rom:0006ac82 MOVE *A13(0x20),A11,0x1 +rom:0006ac86 MOVE *A11(0x40),A7,0x0 +rom:0006ac8a DSJS A7,0x0006ac94 +rom:0006ac8c MOVE *A13(0xc0),A7,0x1 +rom:0006ac90 DEC A7 +rom:0006ac92 JREQ 0x0006ad34 +rom:0006ac94 MOVE A14,-*SP,0x1 +rom:0006ac96 MOVK 0x8,A7 +rom:0006ac98 MOVE A7,*A14+,0x1 +rom:0006ac9a MOVE *A9(0x20),*A14+,0x1 +rom:0006ac9e MOVE *A9(0x8),A8,0x0 +rom:0006aca2 MOVE A8,*A14+,0x1 +rom:0006aca4 MOVE 0x1ad960,*A14+,0x1 +rom:0006acaa MOVE *A13(0xffe0),*A14+,0x1 +rom:0006acae CALLA 0x07effa5e +rom:0006acb4 MOVE A7,A8 +rom:0006acb6 JR 0x0006afdc +rom:0006acba MOVE *A13(0x20),A11,0x1 +rom:0006acbe MOVE *A11(0x40),A7,0x0 +rom:0006acc2 DSJS A7,0x0006acd2 +rom:0006acc4 MOVE *A13(0xc0),A7,0x1 +rom:0006acc8 DSJS A7,0x0006acd2 +rom:0006acca MOVE *A9(0x68),A7,0x0 +rom:0006acce SUBK 0x3,A7 +rom:0006acd0 JRNE 0x0006ad34 +rom:0006acd2 MOVE A14,-*SP,0x1 +rom:0006acd4 MOVK 0x8,A7 +rom:0006acd6 MOVE A7,*A14+,0x1 +rom:0006acd8 MOVE *A9(0x20),*A14+,0x1 +rom:0006acdc MOVE *A9(0x8),A8,0x0 +rom:0006ace0 MOVE A8,*A14+,0x1 +rom:0006ace2 MOVE 0x1ad960,*A14+,0x1 +rom:0006ace8 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006acec CALLA 0x07effa5e +rom:0006acf2 MOVE A7,A8 +rom:0006acf4 JR 0x0006afdc +rom:0006acf8 MOVE A14,-*SP,0x1 +rom:0006acfa MOVK 0xe,A11 +rom:0006acfc MOVE A11,*A14+,0x1 +rom:0006acfe MOVE *A9(0x20),*A14+,0x1 +rom:0006ad02 MOVE *A9(0x8),A8,0x0 +rom:0006ad06 MOVE A8,*A14+,0x1 +rom:0006ad08 MOVE 0x1ad960,*A14+,0x1 +rom:0006ad0e MOVE *A13(0xffe0),*A14+,0x1 +rom:0006ad12 CALLA 0x07effa5e +rom:0006ad18 MOVE A11,A8 +rom:0006ad1a JR 0x0006afdc +rom:0006ad1e SETF 0x8,0x0,0x0 +rom:0006ad20 MOVE *A9(0x60),A8,0x0 +rom:0006ad24 JREQ 0x0006ac82 +rom:0006ad26 DEC A8 +rom:0006ad28 JREQ 0x0006acba +rom:0006ad2a DEC A8 +rom:0006ad2c JREQ 0x0006acba +rom:0006ad2e DEC A8 +rom:0006ad30 JREQ 0x0006acba +rom:0006ad32 JR 0x0006acf8 +rom:0006ad34 MOVE *A13(0x20),A11,0x1 +rom:0006ad38 MOVE A14,-*SP,0x1 +rom:0006ad3a MOVI 0x8c,A7 +rom:0006ad3e MOVE A7,*A14+,0x1 +rom:0006ad40 MOVK 0x1,A5 +rom:0006ad42 MOVE A5,*A14+,0x1 +rom:0006ad44 CALLA 0x07f63a30 +rom:0006ad4a MOVE A8,*A11(0x120),0x1 +rom:0006ad4e MOVE *A11(0x120),A5,0x1 +rom:0006ad52 JRNE 0x0006ad64 +rom:0006ad54 MOVE A14,-*SP,0x1 +rom:0006ad56 MOVI 0x3f562910,A8 +rom:0006ad5c MOVE A8,*A14+,0x1 +rom:0006ad5e CALLA 0x07f24f78 +rom:0006ad64 MOVE *A11(0x120),A5,0x1 +rom:0006ad68 JRNE 0x0006ad92 +rom:0006ad6a MOVE A14,-*SP,0x1 +rom:0006ad6c MOVK 0xb,A5 +rom:0006ad6e MOVE A5,*A14+,0x1 +rom:0006ad70 MOVE *A9(0x20),*A14+,0x1 +rom:0006ad74 SETF 0x8,0x0,0x0 +rom:0006ad76 MOVE *A9(0x8),A8,0x0 +rom:0006ad7a MOVE A8,*A14+,0x1 +rom:0006ad7c MOVE 0x1ad960,*A14+,0x1 +rom:0006ad82 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006ad86 CALLA 0x07effa5e +rom:0006ad8c MOVE A5,A8 +rom:0006ad8e JR 0x0006afdc +rom:0006ad92 MOVE *A11(0x120),*A13(0x40),0x1 +rom:0006ad98 MOVE *A13(0x40),A5,0x1 +rom:0006ad9c MOVB *A9(0x68),*A5(0x0) +rom:0006ada2 MOVB *A9(0x70),*A5(0x8) +rom:0006ada8 MOVB *A9(0x60),*A5(0x10) +rom:0006adae MOVE *A9(0x40),*A5(0x20),0x1 +rom:0006adb4 MOVE *A9(0x80),*A5(0x40),0x1 +rom:0006adba SUB A7,A7 +rom:0006adbc MOVE A7,*A5(0x60),0x1 +rom:0006adc0 MOVK 0x1,A7 +rom:0006adc2 MOVE *A13(0xc0),A11,0x1 +rom:0006adc6 SLL A11,A7 +rom:0006adc8 DEC A7 +rom:0006adca MOVE A7,*A5(0x80),0x1 +rom:0006adce MOVE *A13(0x20),A7,0x1 +rom:0006add2 MOVE *A7(0x120),A5,0x1 +rom:0006add6 JREQ 0x0006adf0 +rom:0006add8 MOVE *A7(0x120),A5,0x1 +rom:0006addc SETF 0x8,0x0,0x0 +rom:0006adde MOVE *A5,A5,0x0 +rom:0006ade0 SUBK 0x2,A5 +rom:0006ade2 JRNE 0x0006adf0 +rom:0006ade4 MOVE *A7(0x160),A5,0x1 +rom:0006ade8 SUB A7,A7 +rom:0006adea SETF 0x1,0x0,0x0 +rom:0006adec MOVE A7,*A5(0x13a),0x0 +rom:0006adf0 SUB A11,A11 +rom:0006adf2 MOVE A11,*A13(0x60),0x1 +rom:0006adf6 MOVK 0x1,A7 +rom:0006adf8 MOVE A7,*A13(0xa0),0x1 +rom:0006adfc MOVE *A13(0x40),A5,0x1 +rom:0006ae00 MOVE *A5(0x80),A5,0x1 +rom:0006ae04 AND A7,A5 +rom:0006ae06 JREQ 0x0006afda +rom:0006ae0a MOVE *A13(0xa0),A11,0x1 +rom:0006ae0e MOVE *A9(0x80),A7,0x1 +rom:0006ae12 AND A11,A7 +rom:0006ae14 JREQ 0x0006afb8 +rom:0006ae18 MOVE *A13(0x40),A7,0x1 +rom:0006ae1c SETF 0x8,0x0,0x0 +rom:0006ae1e MOVE *A7(0x8),A5,0x0 +rom:0006ae22 SUBK 0x3,A5 +rom:0006ae24 JRNE 0x0006ae34 +rom:0006ae26 MOVE *A13(0x60),A5,0x1 +rom:0006ae2a SLL 0x5,A5 +rom:0006ae2c ADD A13,A5 +rom:0006ae2e MOVE *A5(0x120),*A13(0x100),0x1 +rom:0006ae34 MOVE A14,-*SP,0x1 +rom:0006ae36 MOVE *A13(0x60),A5,0x1 +rom:0006ae3a SLL 0x5,A5 +rom:0006ae3c ADD A9,A5 +rom:0006ae3e MOVE *A5(0x160),*A14+,0x1 +rom:0006ae42 MOVE *A13(0x60),A5,0x1 +rom:0006ae46 SLL 0x3,A5 +rom:0006ae48 ADD A9,A5 +rom:0006ae4a MOVE *A5(0xa0),A8,0x0 +rom:0006ae4e MOVE A8,*A14+,0x1 +rom:0006ae50 MOVE *A7(0x10),A8,0x0 +rom:0006ae54 MOVE A8,*A14+,0x1 +rom:0006ae56 MOVE *A13(0x100),*A14+,0x1 +rom:0006ae5a CALLA 0x07eacd68 +rom:0006ae60 MOVE A8,*A13(0xe0),0x1 +rom:0006ae64 MOVE *A13(0x60),A5,0x1 +rom:0006ae68 SLL 0x5,A5 +rom:0006ae6a ADD A7,A5 +rom:0006ae6c MOVE A14,-*SP,0x1 +rom:0006ae6e SUB A7,A7 +rom:0006ae70 MOVE A7,*A14+,0x1 +rom:0006ae72 MOVE A7,*A14+,0x1 +rom:0006ae74 MOVE *A13(0x60),*A14+,0x1 +rom:0006ae78 MOVK 0x1,A7 +rom:0006ae7a MOVE *A13(0x100),A11,0x1 +rom:0006ae7e SLL A11,A7 +rom:0006ae80 MOVE A7,*A14+,0x1 +rom:0006ae82 MOVE *A13(0x60),A7,0x1 +rom:0006ae86 SLL 0x5,A7 +rom:0006ae88 ADD A9,A7 +rom:0006ae8a MOVE *A7(0x160),*A14+,0x1 +rom:0006ae8e MOVE *A13(0x60),A7,0x1 +rom:0006ae92 SLL 0x3,A7 +rom:0006ae94 ADD A9,A7 +rom:0006ae96 SETF 0x8,0x0,0x0 +rom:0006ae98 MOVE *A7(0xa0),A8,0x0 +rom:0006ae9c MOVE A8,*A14+,0x1 +rom:0006ae9e MOVE *A13(0x20),A7,0x1 +rom:0006aea2 MOVE *A7(0x120),A7,0x1 +rom:0006aea6 JREQ 0x0006aec4 +rom:0006aea8 MOVE *A13(0x20),A7,0x1 +rom:0006aeac MOVE *A7(0x120),A7,0x1 +rom:0006aeb0 MOVE *A7,A7,0x0 +rom:0006aeb2 SUBK 0x2,A7 +rom:0006aeb4 JRNE 0x0006aec4 +rom:0006aeb6 MOVE *A13(0x40),A7,0x1 +rom:0006aeba MOVE *A7(0x10),A7,0x0 +rom:0006aebe JRNE 0x0006aec4 +rom:0006aec0 SUB A7,A7 +rom:0006aec2 JR 0x0006aecc +rom:0006aec4 MOVE *A13(0x20),A7,0x1 +rom:0006aec8 MOVE *A7(0xa0),A7,0x1 +rom:0006aecc MOVE A7,*A14+,0x1 +rom:0006aece MOVE *A13(0x20),A7,0x1 +rom:0006aed2 MOVE *A7(0x80),*A14+,0x1 +rom:0006aed6 MOVE *A13(0x40),A7,0x1 +rom:0006aeda MOVE *A7(0x10),A8,0x0 +rom:0006aede MOVE A8,*A14+,0x1 +rom:0006aee0 MOVE *A13(0xe0),*A14+,0x1 +rom:0006aee4 CALLA 0x07eac660 +rom:0006aeea MOVE A8,*A5(0x160),0x1 +rom:0006aeee MOVE *A13(0x60),A5,0x1 +rom:0006aef2 SLL 0x5,A5 +rom:0006aef4 ADD A7,A5 +rom:0006aef6 MOVE *A5(0x160),A5,0x1 +rom:0006aefa JRNE 0x0006afa6 +rom:0006aefc MOVE *A9(0x80),*A7(0x60),0x1 +rom:0006af02 MOVE A14,-*SP,0x1 +rom:0006af04 MOVE *A9(0x80),*A14+,0x1 +rom:0006af08 MOVE *A13(0x20),*A14+,0x1 +rom:0006af0c CALLA 0x07eaafe6 +rom:0006af12 MOVE A14,-*SP,0x1 +rom:0006af14 MOVK 0xb,A5 +rom:0006af16 MOVE A5,*A14+,0x1 +rom:0006af18 MOVE *A9(0x20),*A14+,0x1 +rom:0006af1c SETF 0x8,0x0,0x0 +rom:0006af1e MOVE *A9(0x8),A8,0x0 +rom:0006af22 MOVE A8,*A14+,0x1 +rom:0006af24 MOVE 0x1ad960,*A14+,0x1 +rom:0006af2a MOVE *A13(0xffe0),*A14+,0x1 +rom:0006af2e CALLA 0x07effa5e +rom:0006af34 MOVE A5,A8 +rom:0006af36 JR 0x0006afdc +rom:0006af38 MOVE *A13(0x40),A11,0x1 +rom:0006af3c MOVE *A13(0x60),A7,0x1 +rom:0006af40 SLL 0x5,A7 +rom:0006af42 ADD A11,A7 +rom:0006af44 MOVE *A7(0x160),A7,0x1 +rom:0006af48 SUB A5,A5 +rom:0006af4a MOVE A5,*A7(0x188),0x1 +rom:0006af4e JR 0x0006afb8 +rom:0006af50 MOVE *A13(0x40),A11,0x1 +rom:0006af54 MOVE *A13(0x60),A7,0x1 +rom:0006af58 SLL 0x5,A7 +rom:0006af5a ADD A11,A7 +rom:0006af5c MOVE *A7(0x160),A7,0x1 +rom:0006af60 MOVE *A13(0x60),*A7(0x188),0x1 +rom:0006af66 JR 0x0006afb8 +rom:0006af68 MOVE *A13(0x40),A11,0x1 +rom:0006af6c MOVE *A13(0x60),A7,0x1 +rom:0006af70 SLL 0x5,A7 +rom:0006af72 ADD A11,A7 +rom:0006af74 MOVE *A7(0x160),A7,0x1 +rom:0006af78 MOVE *A13(0x60),A5,0x1 +rom:0006af7c MOVE *A13(0x120),A11,0x1 +rom:0006af80 CMP A11,A5 +rom:0006af82 JRNC 0x0006af88 +rom:0006af84 SUB A5,A5 +rom:0006af86 JR 0x0006afa0 +rom:0006af88 MOVE *A13(0x120),A11,0x1 +rom:0006af8c MOVE *A13(0x140),A5,0x1 +rom:0006af90 ADD A5,A11 +rom:0006af92 MOVE *A13(0x60),A5,0x1 +rom:0006af96 CMP A11,A5 +rom:0006af98 JRNC 0x0006af9e +rom:0006af9a MOVK 0x1,A5 +rom:0006af9c JR 0x0006afa0 +rom:0006af9e MOVK 0x2,A5 +rom:0006afa0 MOVE A5,*A7(0x188),0x1 +rom:0006afa4 JR 0x0006afb8 +rom:0006afa6 SETF 0x8,0x0,0x0 +rom:0006afa8 MOVE *A7(0x8),A8,0x0 +rom:0006afac DEC A8 +rom:0006afae JREQ 0x0006af38 +rom:0006afb0 SUBK 0x2,A8 +rom:0006afb2 JREQ 0x0006af50 +rom:0006afb4 DEC A8 +rom:0006afb6 JREQ 0x0006af68 +rom:0006afb8 MOVE *A13(0x60),A11,0x1 +rom:0006afbc INC A11 +rom:0006afbe MOVE A11,*A13(0x60),0x1 +rom:0006afc2 MOVE *A13(0xa0),A7,0x1 +rom:0006afc6 SLL 0x1,A7 +rom:0006afc8 MOVE A7,*A13(0xa0),0x1 +rom:0006afcc MOVE *A13(0x40),A5,0x1 +rom:0006afd0 MOVE *A5(0x80),A5,0x1 +rom:0006afd4 AND A7,A5 +rom:0006afd6 JRNE 0x0006ae0a +rom:0006afda SUB A8,A8 +rom:0006afdc MOVE *SP(0xc0),A14,0x1 +rom:0006afe0 MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot21_062D40.txt b/xie/ghidra-evidence/handlers/slot21_062D40.txt new file mode 100644 index 0000000..7a38ded --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot21_062D40.txt @@ -0,0 +1,279 @@ +rom:00062d40 MMTM SP,0x554 +rom:00062d44 MOVE A14,A13 +rom:00062d46 ADDI 0x160,A14 +rom:00062d4a MOVE *A13(0xffe0),A11,0x1 +rom:00062d4e MOVE *A11(0x40),A9,0x1 +rom:00062d52 SETF 0x10,0x0,0x0 +rom:00062d54 MOVE *A9(0x10),A11,0x0 +rom:00062d58 SUBK 0x10,A11 +rom:00062d5a JREQ 0x00062d62 +rom:00062d5c MOVK 0x10,A8 +rom:00062d5e JR 0x000630ea +rom:00062d62 MOVE A14,-*SP,0x1 +rom:00062d64 SUB A11,A11 +rom:00062d66 MOVE A11,*A14+,0x1 +rom:00062d68 MOVE *A9(0x20),*A14+,0x1 +rom:00062d6c MOVE A13,A7 +rom:00062d6e ADDK 0x0,A7 +rom:00062d70 MOVE A7,*A14+,0x1 +rom:00062d72 MOVE A13,*A14+,0x1 +rom:00062d74 MOVE *A13(0xffe0),*A14+,0x1 +rom:00062d78 CALLA 0x07ea6fa0 +rom:00062d7e MOVE A8,*A13(0x140),0x1 +rom:00062d82 MOVE A8,A8 +rom:00062d84 JRNE 0x000630ea +rom:00062d88 MOVE *A13(0x20),A11,0x1 +rom:00062d8c SETF 0x1,0x0,0x0 +rom:00062d8e MOVE *A11(0x28),A7,0x0 +rom:00062d92 JRNE 0x00062dbc +rom:00062d94 MOVE A14,-*SP,0x1 +rom:00062d96 MOVK 0x8,A7 +rom:00062d98 MOVE A7,*A14+,0x1 +rom:00062d9a MOVE *A9(0x20),*A14+,0x1 +rom:00062d9e SETF 0x8,0x0,0x0 +rom:00062da0 MOVE *A9(0x8),A8,0x0 +rom:00062da4 MOVE A8,*A14+,0x1 +rom:00062da6 MOVE 0x1ad960,*A14+,0x1 +rom:00062dac MOVE *A13(0xffe0),*A14+,0x1 +rom:00062db0 CALLA 0x07effa5e +rom:00062db6 MOVE A7,A8 +rom:00062db8 JR 0x000630ea +rom:00062dbc MOVE *A9(0x80),A7,0x1 +rom:00062dc0 MOVE *A11(0x80),A11,0x1 +rom:00062dc4 CMP A11,A7 +rom:00062dc6 JRC 0x00062df4 +rom:00062dc8 MOVE A14,-*SP,0x1 +rom:00062dca MOVK 0x2,A11 +rom:00062dcc MOVE A11,*A14+,0x1 +rom:00062dce MOVE *A13(0x20),A7,0x1 +rom:00062dd2 MOVE *A7(0x0),*A14+,0x1 +rom:00062dd6 SETF 0x8,0x0,0x0 +rom:00062dd8 MOVE *A9(0x8),A8,0x0 +rom:00062ddc MOVE A8,*A14+,0x1 +rom:00062dde MOVE 0x1ad960,*A14+,0x1 +rom:00062de4 MOVE *A13(0xffe0),*A14+,0x1 +rom:00062de8 CALLA 0x07effa5e +rom:00062dee MOVE A11,A8 +rom:00062df0 JR 0x000630ea +rom:00062df4 MOVE *A13(0x20),A11,0x1 +rom:00062df8 MOVE *A9(0xa0),A7,0x1 +rom:00062dfc MOVE *A11(0xa0),A11,0x1 +rom:00062e00 CMP A11,A7 +rom:00062e02 JRC 0x00062e30 +rom:00062e04 MOVE A14,-*SP,0x1 +rom:00062e06 MOVK 0x2,A11 +rom:00062e08 MOVE A11,*A14+,0x1 +rom:00062e0a MOVE *A13(0x20),A7,0x1 +rom:00062e0e MOVE *A7(0x0),*A14+,0x1 +rom:00062e12 SETF 0x8,0x0,0x0 +rom:00062e14 MOVE *A9(0x8),A8,0x0 +rom:00062e18 MOVE A8,*A14+,0x1 +rom:00062e1a MOVE 0x1ad960,*A14+,0x1 +rom:00062e20 MOVE *A13(0xffe0),*A14+,0x1 +rom:00062e24 CALLA 0x07effa5e +rom:00062e2a MOVE A11,A8 +rom:00062e2c JR 0x000630ea +rom:00062e30 MOVE *A9(0xc0),A11,0x1 +rom:00062e34 JREQ 0x00062e3c +rom:00062e36 MOVE *A9(0xe0),A11,0x1 +rom:00062e3a JRNE 0x00062e68 +rom:00062e3c MOVE A14,-*SP,0x1 +rom:00062e3e MOVK 0x2,A11 +rom:00062e40 MOVE A11,*A14+,0x1 +rom:00062e42 MOVE *A13(0x20),A7,0x1 +rom:00062e46 MOVE *A7(0x0),*A14+,0x1 +rom:00062e4a SETF 0x8,0x0,0x0 +rom:00062e4c MOVE *A9(0x8),A8,0x0 +rom:00062e50 MOVE A8,*A14+,0x1 +rom:00062e52 MOVE 0x1ad960,*A14+,0x1 +rom:00062e58 MOVE *A13(0xffe0),*A14+,0x1 +rom:00062e5c CALLA 0x07effa5e +rom:00062e62 MOVE A11,A8 +rom:00062e64 JR 0x000630ea +rom:00062e68 MOVE *A9(0x80),A11,0x1 +rom:00062e6c JRLE 0x00062e74 +rom:00062e6e MOVE *A9(0x80),A11,0x1 +rom:00062e72 JR 0x00062e76 +rom:00062e74 SUB A11,A11 +rom:00062e76 MOVE A11,*A13(0x60),0x1 +rom:00062e7a MOVE *A9(0xa0),A7,0x1 +rom:00062e7e JRLE 0x00062e86 +rom:00062e80 MOVE *A9(0xa0),A7,0x1 +rom:00062e84 JR 0x00062e88 +rom:00062e86 SUB A7,A7 +rom:00062e88 MOVE A7,*A13(0x80),0x1 +rom:00062e8c MOVE *A9(0x80),A5,0x1 +rom:00062e90 JRGE 0x00062e98 +rom:00062e92 MOVE *A9(0x80),A5,0x1 +rom:00062e96 JR 0x00062e9a +rom:00062e98 SUB A5,A5 +rom:00062e9a MOVE *A9(0xc0),A7,0x1 +rom:00062e9e ADD A7,A5 +rom:00062ea0 MOVE A5,*A13(0xa0),0x1 +rom:00062ea4 MOVE *A9(0xa0),A7,0x1 +rom:00062ea8 JRGE 0x00062eb0 +rom:00062eaa MOVE *A9(0xa0),A7,0x1 +rom:00062eae JR 0x00062eb2 +rom:00062eb0 SUB A7,A7 +rom:00062eb2 MOVE *A9(0xe0),A5,0x1 +rom:00062eb6 ADD A5,A7 +rom:00062eb8 MOVE A7,*A13(0xc0),0x1 +rom:00062ebc MOVE *A13(0x20),A5,0x1 +rom:00062ec0 MOVE *A13(0xa0),A7,0x1 +rom:00062ec4 ADD A7,A11 +rom:00062ec6 MOVE *A5(0x80),A5,0x1 +rom:00062eca CMP A11,A5 +rom:00062ecc JRNC 0x00062ede +rom:00062ece MOVE *A13(0x20),A11,0x1 +rom:00062ed2 MOVE *A11(0x80),A5,0x1 +rom:00062ed6 MOVE *A13(0x60),A7,0x1 +rom:00062eda SUB A7,A5 +rom:00062edc JR 0x00062ee0 +rom:00062ede MOVE A7,A5 +rom:00062ee0 MOVE A5,*A13(0xa0),0x1 +rom:00062ee4 MOVE *A13(0x20),A11,0x1 +rom:00062ee8 MOVE *A13(0x80),A7,0x1 +rom:00062eec MOVE *A13(0xc0),A5,0x1 +rom:00062ef0 ADD A5,A7 +rom:00062ef2 MOVE *A11(0xa0),A5,0x1 +rom:00062ef6 CMP A7,A5 +rom:00062ef8 JRNC 0x00062f06 +rom:00062efa MOVE *A11(0xa0),A7,0x1 +rom:00062efe MOVE *A13(0x80),A5,0x1 +rom:00062f02 SUB A5,A7 +rom:00062f04 JR 0x00062f0a +rom:00062f06 MOVE *A13(0xc0),A7,0x1 +rom:00062f0a MOVE A7,*A13(0xc0),0x1 +rom:00062f0e MOVE *A13(0xa0),A5,0x1 +rom:00062f12 JRLE 0x00062f18 +rom:00062f14 MOVE A7,A8 +rom:00062f16 JRGT 0x00062f40 +rom:00062f18 MOVE A14,-*SP,0x1 +rom:00062f1a MOVK 0x2,A5 +rom:00062f1c MOVE A5,*A14+,0x1 +rom:00062f1e MOVE *A11(0x0),*A14+,0x1 +rom:00062f22 SETF 0x8,0x0,0x0 +rom:00062f24 MOVE *A9(0x8),A8,0x0 +rom:00062f28 MOVE A8,*A14+,0x1 +rom:00062f2a MOVE 0x1ad960,*A14+,0x1 +rom:00062f30 MOVE *A13(0xffe0),*A14+,0x1 +rom:00062f34 CALLA 0x07effa5e +rom:00062f3a MOVE A5,A8 +rom:00062f3c JR 0x000630ea +rom:00062f40 MOVE *A9(0x100),A5,0x1 +rom:00062f44 MOVE *A13(0x60),A7,0x1 +rom:00062f48 ADD A7,A5 +rom:00062f4a MOVE *A9(0x80),A7,0x1 +rom:00062f4e SUB A7,A5 +rom:00062f50 MOVE A5,*A13(0xe0),0x1 +rom:00062f54 MOVE *A9(0x120),A7,0x1 +rom:00062f58 MOVE *A13(0x80),A5,0x1 +rom:00062f5c ADD A5,A7 +rom:00062f5e MOVE *A9(0xa0),A5,0x1 +rom:00062f62 SUB A5,A7 +rom:00062f64 MOVE A7,*A13(0x100),0x1 +rom:00062f68 MOVE A14,-*SP,0x1 +rom:00062f6a MOVE A8,*A14+,0x1 +rom:00062f6c MOVE *A13(0xa0),*A14+,0x1 +rom:00062f70 MOVE *A13(0x80),*A14+,0x1 +rom:00062f74 MOVE *A13(0x60),*A14+,0x1 +rom:00062f78 MOVE A11,*A14+,0x1 +rom:00062f7a MOVE *A13(0xffe0),*A14+,0x1 +rom:00062f7e CALLA 0x07ea3432 +rom:00062f84 MOVE A8,*A13(0x120),0x1 +rom:00062f88 MOVE A8,A5 +rom:00062f8a JREQ 0x00062fbc +rom:00062f8c MOVE A14,-*SP,0x1 +rom:00062f8e MOVE A11,*A14+,0x1 +rom:00062f90 CALLA 0x07ea336a +rom:00062f96 MOVE A14,-*SP,0x1 +rom:00062f98 MOVE A5,*A14+,0x1 +rom:00062f9a MOVE *A11(0x0),*A14+,0x1 +rom:00062f9e SETF 0x8,0x0,0x0 +rom:00062fa0 MOVE *A9(0x8),A8,0x0 +rom:00062fa4 MOVE A8,*A14+,0x1 +rom:00062fa6 MOVE 0x1ad960,*A14+,0x1 +rom:00062fac MOVE *A13(0xffe0),*A14+,0x1 +rom:00062fb0 CALLA 0x07effa5e +rom:00062fb6 MOVE A5,A8 +rom:00062fb8 JR 0x000630ea +rom:00062fbc MOVE *A13,A5,0x1 +rom:00062fbe JREQ 0x0006301c +rom:00062fc0 MOVE A14,-*SP,0x1 +rom:00062fc2 MOVE A7,*A14+,0x1 +rom:00062fc4 MOVE *A13(0xe0),*A14+,0x1 +rom:00062fc8 SETF 0x8,0x0,0x0 +rom:00062fca MOVE *A11(0x40),A8,0x0 +rom:00062fce MOVE A8,*A14+,0x1 +rom:00062fd0 MOVE *A11(0x100),*A14+,0x1 +rom:00062fd4 MOVE *A11(0x160),*A14+,0x1 +rom:00062fd8 MOVE *A5(0x80),*A14+,0x1 +rom:00062fdc CALLA 0x07ea47b6 +rom:00062fe2 MOVE A8,*A13(0x120),0x1 +rom:00062fe6 MOVE A8,A8 +rom:00062fe8 JREQ 0x000630e8 +rom:00062fea MOVE A14,-*SP,0x1 +rom:00062fec MOVE A11,*A14+,0x1 +rom:00062fee CALLA 0x07ea336a +rom:00062ff4 MOVE A14,-*SP,0x1 +rom:00062ff6 MOVE *A13(0x120),*A14+,0x1 +rom:00062ffa MOVE *A5(0x0),*A14+,0x1 +rom:00062ffe SETF 0x8,0x0,0x0 +rom:00063000 MOVE *A9(0x8),A8,0x0 +rom:00063004 MOVE A8,*A14+,0x1 +rom:00063006 MOVE 0x1ad960,*A14+,0x1 +rom:0006300c MOVE *A13(0xffe0),*A14+,0x1 +rom:00063010 CALLA 0x07effa5e +rom:00063016 MOVE *A13(0x120),A8,0x1 +rom:0006301a JR 0x000630ea +rom:0006301c MOVE A14,-*SP,0x1 +rom:0006301e MOVI 0xc8,A5 +rom:00063022 MOVE A5,*A14+,0x1 +rom:00063024 CALLA 0x07f63a74 +rom:0006302a MOVE A8,*A13(0x40),0x1 +rom:0006302e MOVE A8,A8 +rom:00063030 JRNE 0x00063072 +rom:00063032 MOVE A14,-*SP,0x1 +rom:00063034 MOVI 0x3f524d90,A8 +rom:0006303a MOVE A8,*A14+,0x1 +rom:0006303c CALLA 0x07f24f78 +rom:00063042 MOVE A14,-*SP,0x1 +rom:00063044 MOVE A11,*A14+,0x1 +rom:00063046 CALLA 0x07ea336a +rom:0006304c MOVE A14,-*SP,0x1 +rom:0006304e MOVK 0xb,A5 +rom:00063050 MOVE A5,*A14+,0x1 +rom:00063052 SUB A5,A5 +rom:00063054 MOVE A5,*A14+,0x1 +rom:00063056 SETF 0x8,0x0,0x0 +rom:00063058 MOVE *A9(0x8),A8,0x0 +rom:0006305c MOVE A8,*A14+,0x1 +rom:0006305e MOVE 0x1ad960,*A14+,0x1 +rom:00063064 MOVE *A13(0xffe0),*A14+,0x1 +rom:00063068 CALLA 0x07effa5e +rom:0006306e MOVK 0xb,A8 +rom:00063070 JR 0x000630ea +rom:00063072 MOVK 0x5,A5 +rom:00063074 MOVB A5,*A8 +rom:00063076 MOVE A11,*A8(0x8),0x1 +rom:0006307a SUB A5,A5 +rom:0006307c MOVE A5,*A8(0x28),0x1 +rom:00063080 MOVE *A9(0x20),*A8(0x48),0x1 +rom:00063086 MOVE A5,*A8(0x68),0x1 +rom:0006308a MOVE *A13(0xe0),*A8(0x88),0x1 +rom:00063090 MOVE A7,*A8(0xa8),0x1 +rom:00063094 MOVE A14,-*SP,0x1 +rom:00063096 MOVE A8,*A14+,0x1 +rom:00063098 CALLA 0x07e5b152 +rom:0006309e MOVE A8,*A13(0x120),0x1 +rom:000630a2 MOVE A8,A8 +rom:000630a4 JREQ 0x000630b0 +rom:000630a6 MOVE A14,-*SP,0x1 +rom:000630a8 MOVE A11,*A14+,0x1 +rom:000630aa CALLA 0x07ea336a +rom:000630b0 MOVE A14,-*SP,0x1 +rom:000630b2 MOVE *A13(0x40),*A14+,0x1 +rom:000630b6 CALLA 0x07f63b00 +rom:000630e8 SUB A8,A8 +rom:000630ea MOVE *SP(0xc0),A14,0x1 +rom:000630ee MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot22_0630F4.txt b/xie/ghidra-evidence/handlers/slot22_0630F4.txt new file mode 100644 index 0000000..3a3385c --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot22_0630F4.txt @@ -0,0 +1,34 @@ +rom:000630f4 MMTM SP,0x154 +rom:000630f8 MOVE A14,A13 +rom:000630fa ADDI 0x80,A14 +rom:000630fe MOVE *A13(0xffe0),A11,0x1 +rom:00063102 MOVE *A11(0x40),A9,0x1 +rom:00063106 SETF 0x10,0x0,0x0 +rom:00063108 MOVE *A9(0x10),A11,0x0 +rom:0006310c SUBK 0x2,A11 +rom:0006310e JREQ 0x00063114 +rom:00063110 MOVK 0x10,A8 +rom:00063112 JR 0x00063154 +rom:00063114 MOVE A14,-*SP,0x1 +rom:00063116 SUB A11,A11 +rom:00063118 MOVE A11,*A14+,0x1 +rom:0006311a MOVE *A9(0x20),*A14+,0x1 +rom:0006311e MOVE A13,A7 +rom:00063120 ADDK 0x0,A7 +rom:00063122 MOVE A7,*A14+,0x1 +rom:00063124 MOVE A13,*A14+,0x1 +rom:00063126 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006312a CALLA 0x07ea6fa0 +rom:00063130 MOVE A8,*A13(0x60),0x1 +rom:00063134 MOVE A8,A8 +rom:00063136 JRNE 0x00063154 +rom:00063138 MOVE *A13(0x20),A11,0x1 +rom:0006313c MOVE *A11(0x100),*A13(0x40),0x1 +rom:00063142 MOVE *A13(0x40),A7,0x1 +rom:00063146 JREQ 0x00063152 +rom:00063148 MOVE A14,-*SP,0x1 +rom:0006314a MOVE A11,*A14+,0x1 +rom:0006314c CALLA 0x07ea336a +rom:00063152 SUB A8,A8 +rom:00063154 MOVE *SP(0xa0),A14,0x1 +rom:00063158 MMFM SP,0x2a80 diff --git a/xie/ghidra-evidence/handlers/slot24_06315E.txt b/xie/ghidra-evidence/handlers/slot24_06315E.txt new file mode 100644 index 0000000..506bf97 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot24_06315E.txt @@ -0,0 +1,159 @@ +rom:0006315e MMTM SP,0x554 +rom:00063162 MOVE A14,A13 +rom:00063164 ADDI 0x180,A14 +rom:00063168 MOVE *A13(0xffe0),A11,0x1 +rom:0006316c MOVE *A11(0x40),A9,0x1 +rom:00063170 SETF 0x10,0x0,0x0 +rom:00063172 MOVE *A9(0x10),A11,0x0 +rom:00063176 SUBK 0x4,A11 +rom:00063178 JREQ 0x00063180 +rom:0006317a MOVK 0x10,A8 +rom:0006317c JR 0x00063360 +rom:00063180 MOVE A14,-*SP,0x1 +rom:00063182 SUB A11,A11 +rom:00063184 MOVE A11,*A14+,0x1 +rom:00063186 MOVE *A9(0x20),*A14+,0x1 +rom:0006318a MOVE A13,A7 +rom:0006318c ADDK 0x0,A7 +rom:0006318e MOVE A7,*A14+,0x1 +rom:00063190 MOVE A13,*A14+,0x1 +rom:00063192 MOVE *A13(0xffe0),*A14+,0x1 +rom:00063196 CALLA 0x07ea6fa0 +rom:0006319c MOVE A8,*A13(0x160),0x1 +rom:000631a0 MOVE A8,A8 +rom:000631a2 JRNE 0x00063360 +rom:000631a6 MOVE *A13,A11,0x1 +rom:000631a8 JREQ 0x000631da +rom:000631aa SETF 0x1,0x0,0x0 +rom:000631ac MOVE *A11(0x29),A7,0x0 +rom:000631b0 JRNE 0x000631da +rom:000631b2 MOVE A14,-*SP,0x1 +rom:000631b4 MOVK 0xa,A7 +rom:000631b6 MOVE A7,*A14+,0x1 +rom:000631b8 MOVE *A11(0x0),*A14+,0x1 +rom:000631bc SETF 0x8,0x0,0x0 +rom:000631be MOVE *A9(0x8),A8,0x0 +rom:000631c2 MOVE A8,*A14+,0x1 +rom:000631c4 MOVE 0x1ad960,*A14+,0x1 +rom:000631ca MOVE *A13(0xffe0),*A14+,0x1 +rom:000631ce CALLA 0x07effa5e +rom:000631d4 MOVE A7,A8 +rom:000631d6 JR 0x00063360 +rom:000631da MOVE *A13(0x20),A7,0x1 +rom:000631de MOVE *A7(0x100),*A13(0x40),0x1 +rom:000631e4 MOVE A14,-*SP,0x1 +rom:000631e6 MOVK 0x0,A7 +rom:000631e8 MOVE A7,*A14+,0x1 +rom:000631ea SUB A7,A7 +rom:000631ec MOVE A7,*A14+,0x1 +rom:000631ee MOVE A13,A7 +rom:000631f0 ADDI 0x60,A7 +rom:000631f4 MOVE A7,*A14+,0x1 +rom:000631f6 CALLA 0x07fc2d78 +rom:000631fc MOVK 0x1,A7 +rom:000631fe MOVB *A7,*A13(0x60) +rom:00063202 MOVE *A13(0xffe0),A5,0x1 +rom:00063206 SETF 0x10,0x0,0x0 +rom:00063208 MOVE *A5(0xe0),*A13(0x70),0x0 +rom:0006320e MOVE *A13(0x40),A5,0x1 +rom:00063212 JREQ 0x000632b4 +rom:00063214 SETF 0x8,0x0,0x0 +rom:00063216 MOVE *A9(0x60),A5,0x0 +rom:0006321a JREQ 0x00063226 +rom:0006321c MOVE *A13(0x40),A5,0x1 +rom:00063220 MOVE *A5(0x1a0),*A13(0x80),0x1 +rom:00063226 MOVE *A13(0x40),A5,0x1 +rom:0006322a MOVE *A5(0x1a0),*A13(0xa0),0x1 +rom:00063230 MOVE *A9(0x40),A5,0x1 +rom:00063234 JREQ 0x000632b4 +rom:00063236 MOVE *A13(0x40),A5,0x1 +rom:0006323a MOVE *A5(0xa0),A5,0x1 +rom:0006323e JREQ 0x000632b4 +rom:00063240 MOVE *A13(0x40),A5,0x1 +rom:00063244 MOVE *A5(0xa0),A5,0x1 +rom:00063248 MOVE *A5,A5,0x1 +rom:0006324a JRNE 0x0006329c +rom:0006324c MOVE *A13(0x40),A5,0x1 +rom:00063250 MOVE *A5(0xa0),A5,0x1 +rom:00063254 SETF 0x10,0x1,0x0 +rom:00063256 MOVE *A5(0x30),A11,0x0 +rom:0006325a INC A11 +rom:0006325c MOVE A11,*A5(0x30),0x0 +rom:00063260 MOVE *A13(0x40),A11,0x1 +rom:00063264 MOVE *A11(0xa0),A5,0x1 +rom:00063268 MOVE *A9(0x40),*A5(0x0),0x1 +rom:0006326e MOVE A14,-*SP,0x1 +rom:00063270 SETF 0x10,0x0,0x0 +rom:00063272 MOVE @0x1ad980,A5,0x0 +rom:00063278 MOVE A5,*A14+,0x1 +rom:0006327a MOVI 0x3f566ed0,A11 +rom:00063280 MOVE A11,*A14+,0x1 +rom:00063282 MOVE *A13(0x40),A11,0x1 +rom:00063286 MOVE *A11(0xa0),*A14+,0x1 +rom:0006328a MOVE @0x1ad990,A11,0x0 +rom:00063290 MOVE A11,*A14+,0x1 +rom:00063292 MOVE *A9(0x40),*A14+,0x1 +rom:00063296 CALLA 0x07f16ca2 +rom:0006329c MOVE *A13(0x40),A11,0x1 +rom:000632a0 MOVE *A11(0xa0),A5,0x1 +rom:000632a4 MOVE *A5(0x0),*A13(0xc0),0x1 +rom:000632aa MOVE *A11(0xa0),A5,0x1 +rom:000632ae MOVB *A5(0x40),*A13(0xe0) +rom:000632b4 MOVE *A13(0xffe0),A11,0x1 +rom:000632b8 MOVE *A11(0x80),A5,0x1 +rom:000632bc JREQ 0x000632e2 +rom:000632be MOVE A14,-*SP,0x1 +rom:000632c0 MOVE A13,A5 +rom:000632c2 ADDI 0x60,A5 +rom:000632c6 MOVE A5,*A14+,0x1 +rom:000632c8 MOVK 0x0,A7 +rom:000632ca MOVE A7,*A14+,0x1 +rom:000632cc MOVE A11,*A14+,0x1 +rom:000632ce SETF 0x8,0x0,0x0 +rom:000632d0 MOVE *A9(0x8),A5,0x0 +rom:000632d4 SLL 0x5,A5 +rom:000632d6 ADDI 0xd4b10,A5 +rom:000632dc MOVE *A5,A5,0x1 +rom:000632de CALL A5 +rom:000632e0 JR 0x000632f8 +rom:000632e2 MOVE A14,-*SP,0x1 +rom:000632e4 MOVE A13,A5 +rom:000632e6 ADDI 0x60,A5 +rom:000632ea MOVE A5,*A14+,0x1 +rom:000632ec MOVK 0x0,A7 +rom:000632ee MOVE A7,*A14+,0x1 +rom:000632f0 MOVE A11,*A14+,0x1 +rom:000632f2 CALLA 0x07e6a422 +rom:000632f8 MOVE *A13(0x80),A5,0x1 +rom:000632fc JREQ 0x0006335e +rom:000632fe MOVE @0xd5150,A7,0x1 +rom:00063304 MOVE A7,*A11(0xa0),0x1 +rom:00063308 MOVE *A11(0x80),A5,0x1 +rom:0006330c JREQ 0x0006332a +rom:0006330e MOVE A14,-*SP,0x1 +rom:00063310 MOVE *A13(0x40),A5,0x1 +rom:00063314 MOVE *A5(0x180),*A14+,0x1 +rom:00063318 MOVE *A5(0x1a0),A5,0x1 +rom:0006331c SLL 0x2,A5 +rom:0006331e MOVE A5,*A14+,0x1 +rom:00063320 MOVE A11,*A14+,0x1 +rom:00063322 MOVE *A11(0xa0),A5,0x1 +rom:00063326 CALL A5 +rom:00063328 JR 0x00063344 +rom:0006332a MOVE A14,-*SP,0x1 +rom:0006332c MOVE *A13(0x40),A5,0x1 +rom:00063330 MOVE *A5(0x180),*A14+,0x1 +rom:00063334 MOVE *A5(0x1a0),A5,0x1 +rom:00063338 SLL 0x2,A5 +rom:0006333a MOVE A5,*A14+,0x1 +rom:0006333c MOVE A11,*A14+,0x1 +rom:0006333e CALLA 0x07e6a422 +rom:00063344 MOVE *A13(0x40),A7,0x1 +rom:00063348 SUB A5,A5 +rom:0006334a MOVE A5,*A7(0x1a0),0x1 +rom:0006334e MOVE A14,-*SP,0x1 +rom:00063350 MOVE *A7(0x180),*A14+,0x1 +rom:00063354 CALLA 0x07f63b00 +rom:0006335e SUB A8,A8 +rom:00063360 MOVE *SP(0xc0),A14,0x1 +rom:00063364 MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot33_064CC8.txt b/xie/ghidra-evidence/handlers/slot33_064CC8.txt new file mode 100644 index 0000000..1fe2574 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot33_064CC8.txt @@ -0,0 +1,397 @@ +rom:00064cc8 MMTM SP,0x554 +rom:00064ccc MOVE A14,A13 +rom:00064cce ADDI 0x180,A14 +rom:00064cd2 MOVE *A13(0xffe0),A11,0x1 +rom:00064cd6 MOVE *A11(0x40),A9,0x1 +rom:00064cda SETF 0x10,0x0,0x0 +rom:00064cdc MOVE *A9(0x10),A11,0x0 +rom:00064ce0 SUBK 0x4,A11 +rom:00064ce2 JREQ 0x00064cea +rom:00064ce4 MOVK 0x10,A8 +rom:00064ce6 JR 0x00065258 +rom:00064cea MOVE A14,-*SP,0x1 +rom:00064cec MOVE *A9(0x40),*A14+,0x1 +rom:00064cf0 MOVE *A9(0x20),*A14+,0x1 +rom:00064cf4 MOVE A13,A11 +rom:00064cf6 ADDI 0xa0,A11 +rom:00064cfa MOVE A11,*A14+,0x1 +rom:00064cfc MOVE A13,A7 +rom:00064cfe ADDI 0x80,A7 +rom:00064d02 MOVE A7,*A14+,0x1 +rom:00064d04 MOVE *A13(0xffe0),*A14+,0x1 +rom:00064d08 CALLA 0x07ea6fa0 +rom:00064d0e MOVE A8,*A13(0x160),0x1 +rom:00064d12 MOVE A8,A8 +rom:00064d14 JRNE 0x00065258 +rom:00064d18 MOVE *A9(0x60),A7,0x1 +rom:00064d1c JRNE 0x00064d60 +rom:00064d1e MOVE A14,-*SP,0x1 +rom:00064d20 MOVE *A13(0xe0),*A14+,0x1 +rom:00064d24 MOVE *A13(0xa0),*A14+,0x1 +rom:00064d28 CALLA 0x07ea6004 +rom:00064d2e MOVE *A13(0xe0),A7,0x1 +rom:00064d32 MOVE *A7(0x40),A11,0x1 +rom:00064d36 JRNE 0x00064d86 +rom:00064d38 MOVE A14,-*SP,0x1 +rom:00064d3a MOVK 0xb,A11 +rom:00064d3c MOVE A11,*A14+,0x1 +rom:00064d3e SUB A11,A11 +rom:00064d40 MOVE A11,*A14+,0x1 +rom:00064d42 SETF 0x8,0x0,0x0 +rom:00064d44 MOVE *A9(0x8),A8,0x0 +rom:00064d48 MOVE A8,*A14+,0x1 +rom:00064d4a MOVE 0x1ad960,*A14+,0x1 +rom:00064d50 MOVE *A13(0xffe0),*A14+,0x1 +rom:00064d54 CALLA 0x07effa5e +rom:00064d5a MOVK 0xb,A8 +rom:00064d5c JR 0x00065258 +rom:00064d60 MOVE A14,-*SP,0x1 +rom:00064d62 MOVK 0x5,A7 +rom:00064d64 MOVE A7,*A14+,0x1 +rom:00064d66 MOVE *A9(0x60),*A14+,0x1 +rom:00064d6a MOVE A13,A7 +rom:00064d6c ADDI 0xe0,A7 +rom:00064d70 MOVE A7,*A14+,0x1 +rom:00064d72 MOVE *A13(0xffe0),*A14+,0x1 +rom:00064d76 CALLA 0x07ea6e70 +rom:00064d7c MOVE A8,*A13(0x160),0x1 +rom:00064d80 MOVE A8,A8 +rom:00064d82 JRNE 0x00065258 +rom:00064d86 MOVE *A13(0xe0),A11,0x1 +rom:00064d8a MOVE *A11(0x40),A7,0x1 +rom:00064d8e MOVE *A7(0xa8),A7,0x1 +rom:00064d92 JRLT 0x00064e52 +rom:00064d94 MOVE *A11(0x40),A7,0x1 +rom:00064d98 MOVE *A13(0xa0),A11,0x1 +rom:00064d9c MOVE *A7(0xa8),A7,0x1 +rom:00064da0 MOVE *A11(0x80),A11,0x1 +rom:00064da4 CMP A11,A7 +rom:00064da6 JRNC 0x00064e52 +rom:00064da8 MOVE *A13(0xe0),A11,0x1 +rom:00064dac MOVE *A11(0x40),A7,0x1 +rom:00064db0 MOVE *A7(0xe8),A7,0x1 +rom:00064db4 JRLT 0x00064e52 +rom:00064db6 MOVE *A11(0x40),A7,0x1 +rom:00064dba MOVE *A13(0xa0),A11,0x1 +rom:00064dbe MOVE *A7(0xe8),A7,0x1 +rom:00064dc2 MOVE *A11(0xa0),A11,0x1 +rom:00064dc6 CMP A11,A7 +rom:00064dc8 JRNC 0x00064e52 +rom:00064dca MOVE *A13(0xe0),A11,0x1 +rom:00064dce MOVE *A11(0x40),A7,0x1 +rom:00064dd2 MOVE *A7(0x128),A7,0x1 +rom:00064dd6 JREQ 0x00064e52 +rom:00064dd8 MOVE *A11(0x40),A7,0x1 +rom:00064ddc MOVE *A13(0xa0),A11,0x1 +rom:00064de0 MOVE *A7(0x128),A7,0x1 +rom:00064de4 MOVE *A11(0x80),A11,0x1 +rom:00064de8 CMP A11,A7 +rom:00064dea JRHI 0x00064e52 +rom:00064dec MOVE *A13(0xe0),A11,0x1 +rom:00064df0 MOVE *A11(0x40),A7,0x1 +rom:00064df4 MOVE *A7(0x148),A7,0x1 +rom:00064df8 JREQ 0x00064e52 +rom:00064dfa MOVE *A11(0x40),A7,0x1 +rom:00064dfe MOVE *A13(0xa0),A11,0x1 +rom:00064e02 MOVE *A7(0x148),A7,0x1 +rom:00064e06 MOVE *A11(0xa0),A11,0x1 +rom:00064e0a CMP A11,A7 +rom:00064e0c JRHI 0x00064e52 +rom:00064e0e MOVE *A13(0xe0),A11,0x1 +rom:00064e12 MOVE *A11(0x40),A7,0x1 +rom:00064e16 MOVE *A11(0x40),A11,0x1 +rom:00064e1a MOVE *A7(0xa8),A7,0x1 +rom:00064e1e MOVE *A11(0x128),A11,0x1 +rom:00064e22 ADD A11,A7 +rom:00064e24 MOVE *A13(0xa0),A11,0x1 +rom:00064e28 MOVE *A11(0x80),A11,0x1 +rom:00064e2c CMP A11,A7 +rom:00064e2e JRHI 0x00064e52 +rom:00064e30 MOVE *A13(0xe0),A11,0x1 +rom:00064e34 MOVE *A11(0x40),A7,0x1 +rom:00064e38 MOVE *A11(0x40),A11,0x1 +rom:00064e3c MOVE *A7(0xe8),A7,0x1 +rom:00064e40 MOVE *A11(0x148),A11,0x1 +rom:00064e44 ADD A11,A7 +rom:00064e46 MOVE *A13(0xa0),A11,0x1 +rom:00064e4a MOVE *A11(0xa0),A11,0x1 +rom:00064e4e CMP A11,A7 +rom:00064e50 JRLS 0x00064ea0 +rom:00064e52 MOVE A14,-*SP,0x1 +rom:00064e54 MOVI 0x3f532380,A8 +rom:00064e5a MOVE A8,*A14+,0x1 +rom:00064e5c CALLA 0x07f24f78 +rom:00064e62 MOVE *A9(0x60),A11,0x1 +rom:00064e66 JRNE 0x00064e78 +rom:00064e68 MOVE A14,-*SP,0x1 +rom:00064e6a MOVE *A13(0xe0),A11,0x1 +rom:00064e6e MOVE *A11(0x40),*A14+,0x1 +rom:00064e72 CALLA 0x07f63b00 +rom:00064e78 MOVE A14,-*SP,0x1 +rom:00064e7a MOVK 0x2,A11 +rom:00064e7c MOVE A11,*A14+,0x1 +rom:00064e7e SUB A7,A7 +rom:00064e80 MOVE A7,*A14+,0x1 +rom:00064e82 SETF 0x8,0x0,0x0 +rom:00064e84 MOVE *A9(0x8),A8,0x0 +rom:00064e88 MOVE A8,*A14+,0x1 +rom:00064e8a MOVE 0x1ad960,*A14+,0x1 +rom:00064e90 MOVE *A13(0xffe0),*A14+,0x1 +rom:00064e94 CALLA 0x07effa5e +rom:00064e9a MOVE A11,A8 +rom:00064e9c JR 0x00065258 +rom:00064ea0 SUB A11,A11 +rom:00064ea2 MOVE A11,*A13,0x1 +rom:00064ea4 MOVE *A13(0xa0),A7,0x1 +rom:00064ea8 SETF 0x8,0x0,0x0 +rom:00064eaa MOVE *A7(0x48),A7,0x0 +rom:00064eae CMP A7,A11 +rom:00064eb0 JRNC 0x00064ee2 +rom:00064eb2 MOVE *A13,A11,0x1 +rom:00064eb4 SLL 0x5,A11 +rom:00064eb6 ADD A13,A11 +rom:00064eb8 MOVE *A13(0xa0),A7,0x1 +rom:00064ebc MOVE *A7(0x160),A5,0x1 +rom:00064ec0 MOVE *A13,A7,0x1 +rom:00064ec2 SLL 0x5,A7 +rom:00064ec4 ADD A7,A5 +rom:00064ec6 MOVE *A5(0xd8),A7,0x1 +rom:00064eca MOVE *A7(0x1a8),*A11(0x20),0x1 +rom:00064ed0 MOVE *A13,A11,0x1 +rom:00064ed2 INC A11 +rom:00064ed4 MOVE A11,*A13,0x1 +rom:00064ed6 MOVE *A13(0xa0),A7,0x1 +rom:00064eda MOVE *A7(0x48),A5,0x0 +rom:00064ede CMP A5,A11 +rom:00064ee0 JRC 0x00064eb2 +rom:00064ee2 MOVE A14,-*SP,0x1 +rom:00064ee4 MOVE *A13(0x80),A7,0x1 +rom:00064ee8 MOVK 0x1,A5 +rom:00064eea JREQ 0x00064eee +rom:00064eec SUB A5,A5 +rom:00064eee MOVE A5,*A14+,0x1 +rom:00064ef0 MOVE *A13(0xe0),A5,0x1 +rom:00064ef4 MOVE *A5(0x40),A5,0x1 +rom:00064ef8 MOVE *A5(0x148),*A14+,0x1 +rom:00064efc MOVE *A13(0xe0),A5,0x1 +rom:00064f00 MOVE *A5(0x40),A5,0x1 +rom:00064f04 MOVE *A5(0x128),*A14+,0x1 +rom:00064f08 MOVE *A13(0xa0),A5,0x1 +rom:00064f0c MOVE *A5(0x50),A8,0x0 +rom:00064f10 MOVE A8,*A14+,0x1 +rom:00064f12 MOVE *A5(0x60),A8,0x0 +rom:00064f16 MOVE A8,*A14+,0x1 +rom:00064f18 MOVE *A5(0x58),A8,0x0 +rom:00064f1c MOVE A8,*A14+,0x1 +rom:00064f1e MOVE *A5(0xc0),*A14+,0x1 +rom:00064f22 MOVE *A5(0xe0),*A14+,0x1 +rom:00064f26 MOVE A13,A5 +rom:00064f28 ADDK 0x0,A5 +rom:00064f2a MOVE A5,*A14+,0x1 +rom:00064f2c MOVE *A13(0xa0),A5,0x1 +rom:00064f30 MOVE *A5(0x40),A8,0x0 +rom:00064f34 MOVE A8,*A14+,0x1 +rom:00064f36 CALLA 0x07eaca82 +rom:00064f3c MOVE A8,*A13(0xc0),0x1 +rom:00064f40 MOVE A8,A8 +rom:00064f42 JRNE 0x00064f82 +rom:00064f44 MOVE *A9(0x60),A5,0x1 +rom:00064f48 JRNE 0x00064f5a +rom:00064f4a MOVE A14,-*SP,0x1 +rom:00064f4c MOVE *A13(0xe0),A5,0x1 +rom:00064f50 MOVE *A5(0x40),*A14+,0x1 +rom:00064f54 CALLA 0x07f63b00 +rom:00064f5a MOVE A14,-*SP,0x1 +rom:00064f5c MOVK 0xb,A5 +rom:00064f5e MOVE A5,*A14+,0x1 +rom:00064f60 MOVE *A9(0x40),*A14+,0x1 +rom:00064f64 SETF 0x8,0x0,0x0 +rom:00064f66 MOVE *A9(0x8),A8,0x0 +rom:00064f6a MOVE A8,*A14+,0x1 +rom:00064f6c MOVE 0x1ad960,*A14+,0x1 +rom:00064f72 MOVE *A13(0xffe0),*A14+,0x1 +rom:00064f76 CALLA 0x07effa5e +rom:00064f7c MOVE A5,A8 +rom:00064f7e JR 0x00065258 +rom:00064f82 MOVE A7,A7 +rom:00064f84 JREQ 0x000650ba +rom:00064f88 MOVE A14,-*SP,0x1 +rom:00064f8a MOVE *A13(0xe0),A5,0x1 +rom:00064f8e MOVE *A5(0x40),A5,0x1 +rom:00064f92 MOVE *A5(0x148),*A14+,0x1 +rom:00064f96 MOVE *A13(0xe0),A5,0x1 +rom:00064f9a MOVE *A5(0x40),A5,0x1 +rom:00064f9e MOVE *A5(0x128),*A14+,0x1 +rom:00064fa2 MOVE *A13(0xe0),A5,0x1 +rom:00064fa6 MOVE *A5(0x40),A5,0x1 +rom:00064faa MOVE *A5(0xe8),*A14+,0x1 +rom:00064fae MOVE *A13(0xe0),A5,0x1 +rom:00064fb2 MOVE *A5(0x40),A5,0x1 +rom:00064fb6 MOVE *A5(0xa8),*A14+,0x1 +rom:00064fba MOVE *A8(0x160),*A14+,0x1 +rom:00064fbe MOVE *A13(0xa0),A5,0x1 +rom:00064fc2 MOVE *A5(0x160),*A14+,0x1 +rom:00064fc6 MOVE *A7(0x80),*A14+,0x1 +rom:00064fca SETF 0x8,0x0,0x0 +rom:00064fcc MOVE *A9(0x8),A5,0x0 +rom:00064fd0 SLL 0x5,A5 +rom:00064fd2 ADDI 0xd5730,A5 +rom:00064fd8 MOVE *A5,A5,0x1 +rom:00064fda CALL A5 +rom:00064fdc MOVE A8,*A13(0x140),0x1 +rom:00064fe0 MOVE A8,A5 +rom:00064fe2 JREQ 0x00065030 +rom:00064fe4 MOVE A14,-*SP,0x1 +rom:00064fe6 MOVE *A13(0xc0),*A14+,0x1 +rom:00064fea CALLA 0x07eacdda +rom:00064ff0 MOVE *A9(0x60),A5,0x1 +rom:00064ff4 JRNE 0x00065006 +rom:00064ff6 MOVE A14,-*SP,0x1 +rom:00064ff8 MOVE *A13(0xe0),A5,0x1 +rom:00064ffc MOVE *A5(0x40),*A14+,0x1 +rom:00065000 CALLA 0x07f63b00 +rom:00065006 MOVE A14,-*SP,0x1 +rom:00065008 MOVE *A13(0x140),*A14+,0x1 +rom:0006500c SUB A5,A5 +rom:0006500e MOVE A5,*A14+,0x1 +rom:00065010 SETF 0x8,0x0,0x0 +rom:00065012 MOVE *A9(0x8),A8,0x0 +rom:00065016 MOVE A8,*A14+,0x1 +rom:00065018 MOVE 0x1ad960,*A14+,0x1 +rom:0006501e MOVE *A13(0xffe0),*A14+,0x1 +rom:00065022 CALLA 0x07effa5e +rom:00065028 MOVE *A13(0x140),A8,0x1 +rom:0006502c JR 0x00065258 +rom:00065030 MOVE A14,-*SP,0x1 +rom:00065032 MOVK 0x1,A5 +rom:00065034 MOVE A5,*A14+,0x1 +rom:00065036 MOVE *A13(0xc0),*A14+,0x1 +rom:0006503a MOVE A7,*A14+,0x1 +rom:0006503c CALLA 0x07ea72a4 +rom:00065042 MOVE A8,A8 +rom:00065044 JRNE 0x00065240 +rom:00065048 MOVE A14,-*SP,0x1 +rom:0006504a MOVE *A13(0xc0),*A14+,0x1 +rom:0006504e CALLA 0x07eacdda +rom:00065054 MOVE *A7(0x80),A5,0x1 +rom:00065058 MOVE *A5(0x20),*A13(0x100),0x1 +rom:0006505e MOVE A14,-*SP,0x1 +rom:00065060 MOVE *A13(0x100),*A14+,0x1 +rom:00065064 MOVE *A13(0x100),A5,0x1 +rom:00065068 MOVE *A5(0x60),A5,0x1 +rom:0006506c MOVE *A5(0xe0),A5,0x1 +rom:00065070 CALL A5 +rom:00065072 MOVE *A13(0x100),A5,0x1 +rom:00065076 MOVE *A5(0x20),A5,0x1 +rom:0006507a MOVE *A13(0x100),A7,0x1 +rom:0006507e MOVE *A7,*A5,0x1 +rom:00065080 MOVE *A7,A5,0x1 +rom:00065082 MOVE *A7(0x20),*A5(0x20),0x1 +rom:00065088 MOVE A14,-*SP,0x1 +rom:0006508a MOVE A7,*A14+,0x1 +rom:0006508c CALLA 0x07f63b18 +rom:00065092 MOVE A14,-*SP,0x1 +rom:00065094 MOVK 0xb,A5 +rom:00065096 MOVE A5,*A14+,0x1 +rom:00065098 MOVE *A9(0x40),*A14+,0x1 +rom:0006509c SETF 0x8,0x0,0x0 +rom:0006509e MOVE *A9(0x8),A8,0x0 +rom:000650a2 MOVE A8,*A14+,0x1 +rom:000650a4 MOVE 0x1ad960,*A14+,0x1 +rom:000650aa MOVE *A13(0xffe0),*A14+,0x1 +rom:000650ae CALLA 0x07effa5e +rom:000650b4 MOVE A5,A8 +rom:000650b6 JR 0x00065258 +rom:000650ba MOVE A14,-*SP,0x1 +rom:000650bc MOVI 0xc8,A5 +rom:000650c0 MOVE A5,*A14+,0x1 +rom:000650c2 CALLA 0x07f63a74 +rom:000650c8 MOVE A8,*A13(0x120),0x1 +rom:000650cc MOVE A8,A8 +rom:000650ce JRNE 0x0006512a +rom:000650d0 MOVE A14,-*SP,0x1 +rom:000650d2 MOVI 0x3f532468,A8 +rom:000650d8 MOVE A8,*A14+,0x1 +rom:000650da CALLA 0x07f24f78 +rom:000650e0 MOVE A14,-*SP,0x1 +rom:000650e2 MOVE *A13(0xc0),*A14+,0x1 +rom:000650e6 CALLA 0x07eacdda +rom:000650ec MOVE *A9(0x60),A5,0x1 +rom:000650f0 JRNE 0x00065102 +rom:000650f2 MOVE A14,-*SP,0x1 +rom:000650f4 MOVE *A13(0xe0),A5,0x1 +rom:000650f8 MOVE *A5(0x40),*A14+,0x1 +rom:000650fc CALLA 0x07f63b00 +rom:00065102 MOVE A14,-*SP,0x1 +rom:00065104 MOVK 0xb,A5 +rom:00065106 MOVE A5,*A14+,0x1 +rom:00065108 SUB A5,A5 +rom:0006510a MOVE A5,*A14+,0x1 +rom:0006510c SETF 0x8,0x0,0x0 +rom:0006510e MOVE *A9(0x8),A8,0x0 +rom:00065112 MOVE A8,*A14+,0x1 +rom:00065114 MOVE 0x1ad960,*A14+,0x1 +rom:0006511a MOVE *A13(0xffe0),*A14+,0x1 +rom:0006511e CALLA 0x07effa5e +rom:00065124 MOVK 0xb,A8 +rom:00065126 JR 0x00065258 +rom:0006512a MOVK 0x1,A5 +rom:0006512c MOVB A5,*A8 +rom:0006512e MOVE *A13(0xa0),*A8(0x8),0x1 +rom:00065134 MOVE *A13(0xc0),*A8(0x28),0x1 +rom:0006513a MOVE *A9(0x20),*A8(0x48),0x1 +rom:00065140 MOVE *A9(0x40),*A8(0x68),0x1 +rom:00065146 MOVE *A13(0xe0),A5,0x1 +rom:0006514a MOVE *A5(0x40),A5,0x1 +rom:0006514e SETF 0x10,0x0,0x0 +rom:00065150 MOVE *A5(0xa8),*A8(0x88),0x0 +rom:00065156 MOVE *A13(0xe0),A5,0x1 +rom:0006515a MOVE *A5(0x40),A5,0x1 +rom:0006515e MOVE *A5(0xe8),*A8(0x98),0x0 +rom:00065164 MOVE *A13(0xe0),A5,0x1 +rom:00065168 MOVE *A5(0x40),A5,0x1 +rom:0006516c MOVE *A5(0x128),*A8(0xa8),0x0 +rom:00065172 MOVE *A13(0xe0),A5,0x1 +rom:00065176 MOVE *A5(0x40),A5,0x1 +rom:0006517a MOVE *A5(0x148),*A8(0xb8),0x0 +rom:00065180 MOVE A14,-*SP,0x1 +rom:00065182 MOVE A8,*A14+,0x1 +rom:00065184 CALLA 0x07e5b152 +rom:0006518a MOVE A8,*A13(0x140),0x1 +rom:0006518e MOVE A8,A5 +rom:00065190 JREQ 0x000651e8 +rom:00065192 MOVE A14,-*SP,0x1 +rom:00065194 MOVE *A13(0x120),*A14+,0x1 +rom:00065198 CALLA 0x07f63b00 +rom:000651e8 MOVE *A13(0xc0),A5,0x1 +rom:000651ec MOVE *A9(0x40),*A5(0x0),0x1 +rom:000651f2 MOVE A14,-*SP,0x1 +rom:000651f4 SETF 0x10,0x0,0x0 +rom:000651f6 MOVE @0x1ad980,A5,0x0 +rom:000651fc MOVE A5,*A14+,0x1 +rom:000651fe MOVI 0x3f566ed0,A7 +rom:00065204 MOVE A7,*A14+,0x1 +rom:00065206 MOVE *A13(0xc0),*A14+,0x1 +rom:0006520a MOVE @0x1ad990,A7,0x0 +rom:00065210 MOVE A7,*A14+,0x1 +rom:00065212 MOVE *A9(0x40),*A14+,0x1 +rom:00065216 CALLA 0x07f16ca2 +rom:0006521c MOVE A14,-*SP,0x1 +rom:0006521e SUB A7,A7 +rom:00065220 MOVE A7,*A14+,0x1 +rom:00065222 MOVE *A13(0xc0),*A14+,0x1 +rom:00065226 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006522a CALLA 0x07e7fe96 +rom:00065230 MOVE A8,*A13(0x140),0x1 +rom:00065234 MOVE A14,-*SP,0x1 +rom:00065236 MOVE *A13(0x120),*A14+,0x1 +rom:0006523a CALLA 0x07f63b00 +rom:00065240 MOVE *A9(0x60),A7,0x1 +rom:00065244 JRNE 0x00065256 +rom:00065246 MOVE A14,-*SP,0x1 +rom:00065248 MOVE *A13(0xe0),A7,0x1 +rom:0006524c MOVE *A7(0x40),*A14+,0x1 +rom:00065250 CALLA 0x07f63b00 +rom:00065256 SUB A8,A8 +rom:00065258 MOVE *SP(0xc0),A14,0x1 +rom:0006525c MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot40_065262.txt b/xie/ghidra-evidence/handlers/slot40_065262.txt new file mode 100644 index 0000000..c2ff367 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot40_065262.txt @@ -0,0 +1,264 @@ +rom:00065262 MMTM SP,0x554 +rom:00065266 MOVE A14,A13 +rom:00065268 ADDI 0x160,A14 +rom:0006526c MOVE *A13(0xffe0),A11,0x1 +rom:00065270 MOVE *A11(0x40),A9,0x1 +rom:00065274 SETF 0x10,0x0,0x0 +rom:00065276 MOVE *A9(0x10),A11,0x0 +rom:0006527a SUBK 0x4,A11 +rom:0006527c JREQ 0x00065284 +rom:0006527e MOVK 0x10,A8 +rom:00065280 JR 0x000655f6 +rom:00065284 MOVE A14,-*SP,0x1 +rom:00065286 MOVE *A9(0x40),*A14+,0x1 +rom:0006528a MOVE *A9(0x20),*A14+,0x1 +rom:0006528e MOVE A13,A11 +rom:00065290 ADDI 0xa0,A11 +rom:00065294 MOVE A11,*A14+,0x1 +rom:00065296 MOVE A13,A7 +rom:00065298 ADDI 0x80,A7 +rom:0006529c MOVE A7,*A14+,0x1 +rom:0006529e MOVE *A13(0xffe0),*A14+,0x1 +rom:000652a2 CALLA 0x07ea6fa0 +rom:000652a8 MOVE A8,*A13(0x140),0x1 +rom:000652ac MOVE A8,A8 +rom:000652ae JRNE 0x000655f6 +rom:000652b2 SETF 0x8,0x0,0x0 +rom:000652b4 MOVE *A9(0x60),A7,0x0 +rom:000652b8 DEC A7 +rom:000652ba JREQ 0x000652e8 +rom:000652bc MOVE *A9(0x60),A7,0x0 +rom:000652c0 JREQ 0x000652e8 +rom:000652c2 MOVE A14,-*SP,0x1 +rom:000652c4 MOVK 0x2,A7 +rom:000652c6 MOVE A7,*A14+,0x1 +rom:000652c8 MOVE *A9(0x20),*A14+,0x1 +rom:000652cc MOVE *A9(0x8),A8,0x0 +rom:000652d0 MOVE A8,*A14+,0x1 +rom:000652d2 MOVE 0x1ad960,*A14+,0x1 +rom:000652d8 MOVE *A13(0xffe0),*A14+,0x1 +rom:000652dc CALLA 0x07effa5e +rom:000652e2 MOVE A7,A8 +rom:000652e4 JR 0x000655f6 +rom:000652e8 MOVE *A9(0x68),A7,0x0 +rom:000652ec DEC A7 +rom:000652ee JREQ 0x0006531c +rom:000652f0 MOVE *A9(0x68),A7,0x0 +rom:000652f4 JREQ 0x0006531c +rom:000652f6 MOVE A14,-*SP,0x1 +rom:000652f8 MOVK 0x2,A7 +rom:000652fa MOVE A7,*A14+,0x1 +rom:000652fc MOVE *A9(0x20),*A14+,0x1 +rom:00065300 MOVE *A9(0x8),A8,0x0 +rom:00065304 MOVE A8,*A14+,0x1 +rom:00065306 MOVE 0x1ad960,*A14+,0x1 +rom:0006530c MOVE *A13(0xffe0),*A14+,0x1 +rom:00065310 CALLA 0x07effa5e +rom:00065316 MOVE A7,A8 +rom:00065318 JR 0x000655f6 +rom:0006531c SUB A7,A7 +rom:0006531e MOVE A7,*A13,0x1 +rom:00065320 MOVE *A13(0xa0),A11,0x1 +rom:00065324 MOVE *A11(0x48),A11,0x0 +rom:00065328 CMP A11,A7 +rom:0006532a JRNC 0x0006535c +rom:0006532c MOVE *A13,A11,0x1 +rom:0006532e SLL 0x5,A11 +rom:00065330 ADD A13,A11 +rom:00065332 MOVE *A13(0xa0),A7,0x1 +rom:00065336 MOVE *A7(0x160),A5,0x1 +rom:0006533a MOVE *A13,A7,0x1 +rom:0006533c SLL 0x5,A7 +rom:0006533e ADD A7,A5 +rom:00065340 MOVE *A5(0xd8),A7,0x1 +rom:00065344 MOVE *A7(0x1a8),*A11(0x20),0x1 +rom:0006534a MOVE *A13,A11,0x1 +rom:0006534c INC A11 +rom:0006534e MOVE A11,*A13,0x1 +rom:00065350 MOVE *A13(0xa0),A7,0x1 +rom:00065354 MOVE *A7(0x48),A5,0x0 +rom:00065358 CMP A5,A11 +rom:0006535a JRC 0x0006532c +rom:0006535c MOVE A14,-*SP,0x1 +rom:0006535e MOVE *A13(0x80),A11,0x1 +rom:00065362 MOVK 0x1,A7 +rom:00065364 JREQ 0x00065368 +rom:00065366 SUB A7,A7 +rom:00065368 MOVE A7,*A14+,0x1 +rom:0006536a MOVE *A13(0xa0),A7,0x1 +rom:0006536e MOVE *A7(0xa0),*A14+,0x1 +rom:00065372 MOVE *A7(0x80),*A14+,0x1 +rom:00065376 MOVE *A7(0x50),A8,0x0 +rom:0006537a MOVE A8,*A14+,0x1 +rom:0006537c MOVE *A7(0x60),A8,0x0 +rom:00065380 MOVE A8,*A14+,0x1 +rom:00065382 MOVE *A7(0x58),A8,0x0 +rom:00065386 MOVE A8,*A14+,0x1 +rom:00065388 MOVE *A7(0xc0),*A14+,0x1 +rom:0006538c MOVE *A7(0xe0),*A14+,0x1 +rom:00065390 MOVE A13,A5 +rom:00065392 ADDK 0x0,A5 +rom:00065394 MOVE A5,*A14+,0x1 +rom:00065396 MOVE *A7(0x40),A8,0x0 +rom:0006539a MOVE A8,*A14+,0x1 +rom:0006539c CALLA 0x07eaca82 +rom:000653a2 MOVE A8,*A13(0xc0),0x1 +rom:000653a6 MOVE A8,A8 +rom:000653a8 JRNE 0x000653d2 +rom:000653aa MOVE A14,-*SP,0x1 +rom:000653ac MOVK 0xb,A5 +rom:000653ae MOVE A5,*A14+,0x1 +rom:000653b0 MOVE *A9(0x40),*A14+,0x1 +rom:000653b4 SETF 0x8,0x0,0x0 +rom:000653b6 MOVE *A9(0x8),A8,0x0 +rom:000653ba MOVE A8,*A14+,0x1 +rom:000653bc MOVE 0x1ad960,*A14+,0x1 +rom:000653c2 MOVE *A13(0xffe0),*A14+,0x1 +rom:000653c6 CALLA 0x07effa5e +rom:000653cc MOVE A5,A8 +rom:000653ce JR 0x000655f6 +rom:000653d2 MOVE A11,A11 +rom:000653d4 JREQ 0x000654cc +rom:000653d6 MOVE A14,-*SP,0x1 +rom:000653d8 SETF 0x8,0x0,0x0 +rom:000653da MOVE *A9(0x68),A8,0x0 +rom:000653de MOVE A8,*A14+,0x1 +rom:000653e0 MOVE *A9(0x60),A8,0x0 +rom:000653e4 MOVE A8,*A14+,0x1 +rom:000653e6 MOVE *A13(0xc0),A5,0x1 +rom:000653ea MOVE *A5(0x160),*A14+,0x1 +rom:000653ee MOVE *A7(0x160),*A14+,0x1 +rom:000653f2 MOVE *A11(0x80),*A14+,0x1 +rom:000653f6 MOVE *A9(0x8),A5,0x0 +rom:000653fa SLL 0x5,A5 +rom:000653fc ADDI 0xd5730,A5 +rom:00065402 MOVE *A5,A5,0x1 +rom:00065404 CALL A5 +rom:00065406 MOVE A8,*A13(0x120),0x1 +rom:0006540a MOVE A8,A5 +rom:0006540c JREQ 0x00065442 +rom:0006540e MOVE A14,-*SP,0x1 +rom:00065410 MOVE *A13(0xc0),*A14+,0x1 +rom:00065414 CALLA 0x07eacdda +rom:0006541a MOVE A14,-*SP,0x1 +rom:0006541c MOVE A5,*A14+,0x1 +rom:0006541e SUB A5,A5 +rom:00065420 MOVE A5,*A14+,0x1 +rom:00065422 SETF 0x8,0x0,0x0 +rom:00065424 MOVE *A9(0x8),A8,0x0 +rom:00065428 MOVE A8,*A14+,0x1 +rom:0006542a MOVE 0x1ad960,*A14+,0x1 +rom:00065430 MOVE *A13(0xffe0),*A14+,0x1 +rom:00065434 CALLA 0x07effa5e +rom:0006543a MOVE *A13(0x120),A8,0x1 +rom:0006543e JR 0x000655f6 +rom:00065442 MOVE A14,-*SP,0x1 +rom:00065444 MOVK 0x1,A5 +rom:00065446 MOVE A5,*A14+,0x1 +rom:00065448 MOVE *A13(0xc0),*A14+,0x1 +rom:0006544c MOVE A11,*A14+,0x1 +rom:0006544e CALLA 0x07ea72a4 +rom:00065454 MOVE A8,A8 +rom:00065456 JRNE 0x000655f4 +rom:0006545a MOVE A14,-*SP,0x1 +rom:0006545c MOVE *A13(0xc0),*A14+,0x1 +rom:00065460 CALLA 0x07eacdda +rom:00065466 MOVE *A11(0x80),A5,0x1 +rom:0006546a MOVE *A5(0x20),*A13(0xe0),0x1 +rom:00065470 MOVE A14,-*SP,0x1 +rom:00065472 MOVE *A13(0xe0),*A14+,0x1 +rom:00065476 MOVE *A13(0xe0),A5,0x1 +rom:0006547a MOVE *A5(0x60),A5,0x1 +rom:0006547e MOVE *A5(0xe0),A5,0x1 +rom:00065482 CALL A5 +rom:00065484 MOVE *A13(0xe0),A5,0x1 +rom:00065488 MOVE *A5(0x20),A5,0x1 +rom:0006548c MOVE *A13(0xe0),A7,0x1 +rom:00065490 MOVE *A7,*A5,0x1 +rom:00065492 MOVE *A7,A5,0x1 +rom:00065494 MOVE *A7(0x20),*A5(0x20),0x1 +rom:0006549a MOVE A14,-*SP,0x1 +rom:0006549c MOVE A7,*A14+,0x1 +rom:0006549e CALLA 0x07f63b18 +rom:000654a4 MOVE A14,-*SP,0x1 +rom:000654a6 MOVK 0xb,A5 +rom:000654a8 MOVE A5,*A14+,0x1 +rom:000654aa MOVE *A9(0x40),*A14+,0x1 +rom:000654ae SETF 0x8,0x0,0x0 +rom:000654b0 MOVE *A9(0x8),A8,0x0 +rom:000654b4 MOVE A8,*A14+,0x1 +rom:000654b6 MOVE 0x1ad960,*A14+,0x1 +rom:000654bc MOVE *A13(0xffe0),*A14+,0x1 +rom:000654c0 CALLA 0x07effa5e +rom:000654c6 MOVE A5,A8 +rom:000654c8 JR 0x000655f6 +rom:000654cc MOVE A14,-*SP,0x1 +rom:000654ce MOVI 0x98,A5 +rom:000654d2 MOVE A5,*A14+,0x1 +rom:000654d4 CALLA 0x07f63a74 +rom:000654da MOVE A8,*A13(0x100),0x1 +rom:000654de MOVE A8,A8 +rom:000654e0 JRNE 0x00065524 +rom:000654e2 MOVE A14,-*SP,0x1 +rom:000654e4 MOVI 0x3f532598,A8 +rom:000654ea MOVE A8,*A14+,0x1 +rom:000654ec CALLA 0x07f24f78 +rom:000654f2 MOVE A14,-*SP,0x1 +rom:000654f4 MOVE *A13(0xc0),*A14+,0x1 +rom:000654f8 CALLA 0x07eacdda +rom:000654fe MOVE A14,-*SP,0x1 +rom:00065500 MOVK 0xb,A5 +rom:00065502 MOVE A5,*A14+,0x1 +rom:00065504 SUB A5,A5 +rom:00065506 MOVE A5,*A14+,0x1 +rom:00065508 SETF 0x8,0x0,0x0 +rom:0006550a MOVE *A9(0x8),A8,0x0 +rom:0006550e MOVE A8,*A14+,0x1 +rom:00065510 MOVE 0x1ad960,*A14+,0x1 +rom:00065516 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006551a CALLA 0x07effa5e +rom:00065520 MOVK 0xb,A8 +rom:00065522 JR 0x000655f6 +rom:00065524 MOVK 0x4,A5 +rom:00065526 MOVB A5,*A8 +rom:00065528 MOVE A7,*A8(0x8),0x1 +rom:0006552c MOVE *A13(0xc0),*A8(0x28),0x1 +rom:00065532 MOVE *A9(0x20),*A8(0x48),0x1 +rom:00065538 MOVE *A9(0x40),*A8(0x68),0x1 +rom:0006553e MOVB *A9(0x60),*A8(0x88) +rom:00065544 MOVB *A9(0x68),*A8(0x90) +rom:0006554a MOVE A14,-*SP,0x1 +rom:0006554c MOVE A8,*A14+,0x1 +rom:0006554e CALLA 0x07e5b152 +rom:00065554 MOVE A8,*A13(0x120),0x1 +rom:00065558 MOVE A8,A8 +rom:0006555a JREQ 0x0006559c +rom:0006555c MOVE A14,-*SP,0x1 +rom:0006555e MOVE *A13(0x100),*A14+,0x1 +rom:00065562 CALLA 0x07f63b00 +rom:0006559c MOVE *A13(0xc0),A5,0x1 +rom:000655a0 MOVE *A9(0x40),*A5(0x0),0x1 +rom:000655a6 MOVE A14,-*SP,0x1 +rom:000655a8 SETF 0x10,0x0,0x0 +rom:000655aa MOVE @0x1ad980,A5,0x0 +rom:000655b0 MOVE A5,*A14+,0x1 +rom:000655b2 MOVI 0x3f566ed0,A7 +rom:000655b8 MOVE A7,*A14+,0x1 +rom:000655ba MOVE *A13(0xc0),*A14+,0x1 +rom:000655be MOVE @0x1ad990,A7,0x0 +rom:000655c4 MOVE A7,*A14+,0x1 +rom:000655c6 MOVE *A9(0x40),*A14+,0x1 +rom:000655ca CALLA 0x07f16ca2 +rom:000655d0 MOVE A14,-*SP,0x1 +rom:000655d2 SUB A7,A7 +rom:000655d4 MOVE A7,*A14+,0x1 +rom:000655d6 MOVE *A13(0xc0),*A14+,0x1 +rom:000655da MOVE *A13(0xffe0),*A14+,0x1 +rom:000655de CALLA 0x07e7fe96 +rom:000655e4 MOVE A8,*A13(0x120),0x1 +rom:000655e8 MOVE A14,-*SP,0x1 +rom:000655ea MOVE *A13(0x100),*A14+,0x1 +rom:000655ee CALLA 0x07f63b00 +rom:000655f4 SUB A8,A8 +rom:000655f6 MOVE *SP(0xc0),A14,0x1 +rom:000655fa MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot43_065600.txt b/xie/ghidra-evidence/handlers/slot43_065600.txt new file mode 100644 index 0000000..3d410c7 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot43_065600.txt @@ -0,0 +1,472 @@ +rom:00065600 MMTM SP,0x554 +rom:00065604 MOVE A14,A13 +rom:00065606 ADDI 0x290,A14 +rom:0006560a MOVE *A13(0xffe0),A11,0x1 +rom:0006560e MOVE *A11(0x40),A9,0x1 +rom:00065612 SETF 0x10,0x0,0x0 +rom:00065614 MOVE *A9(0x10),A11,0x0 +rom:00065618 SUBK 0xa,A11 +rom:0006561a JREQ 0x00065622 +rom:0006561c MOVK 0x10,A8 +rom:0006561e JR 0x00065ca0 +rom:00065622 MOVE A14,-*SP,0x1 +rom:00065624 MOVE *A9(0x40),*A14+,0x1 +rom:00065628 MOVE *A9(0x20),*A14+,0x1 +rom:0006562c MOVE A13,A11 +rom:0006562e ADDI 0x1c0,A11 +rom:00065632 MOVE A11,*A14+,0x1 +rom:00065634 MOVE A13,A7 +rom:00065636 ADDI 0x1a0,A7 +rom:0006563a MOVE A7,*A14+,0x1 +rom:0006563c MOVE *A13(0xffe0),*A14+,0x1 +rom:00065640 CALLA 0x07ea6fa0 +rom:00065646 MOVE A8,*A13(0x270),0x1 +rom:0006564a MOVE A8,A8 +rom:0006564c JRNE 0x00065ca0 +rom:00065650 MOVE *A9(0xa0),A7,0x1 +rom:00065654 JREQ 0x0006565c +rom:00065656 MOVE *A9(0xa0),A7,0x1 +rom:0006565a JR 0x00065664 +rom:0006565c MOVE *A13(0x1c0),A7,0x1 +rom:00065660 MOVE *A7(0x80),A7,0x1 +rom:00065664 MOVE A7,*A13(0xe0),0x1 +rom:00065668 MOVE *A9(0xc0),A11,0x1 +rom:0006566c JREQ 0x00065674 +rom:0006566e MOVE *A9(0xc0),A11,0x1 +rom:00065672 JR 0x0006567c +rom:00065674 MOVE *A13(0x1c0),A11,0x1 +rom:00065678 MOVE *A11(0xa0),A11,0x1 +rom:0006567c MOVE A11,*A13(0x100),0x1 +rom:00065680 ADDI 0x40,A14 +rom:00065684 MOVE A14,-*SP,0x1 +rom:00065686 MOVE A9,A7 +rom:00065688 ADDI 0x60,A7 +rom:0006568c MOVE A7,*A14+,0x1 +rom:0006568e CALLA 0x07f638c2 +rom:00065694 MOVE -*A14,A8,0x1 +rom:00065696 MOVE A8,*A13(0x20),0x1 +rom:0006569a MOVE -*A14,A8,0x1 +rom:0006569c MOVE A8,*A13,0x1 +rom:0006569e MOVE *A13(0x0),*A14+,0x1 +rom:000656a2 MOVE *A13(0x20),*A14+,0x1 +rom:000656a6 MOVI 0x3f533740,A8 +rom:000656ac MOVE *A8+,*A14+,0x1 +rom:000656ae MOVE *A8+,*A14+,0x1 +rom:000656b0 CALLA 0x07fc1ce6 +rom:000656b6 JREQ 0x000656c2 +rom:000656b8 MOVE *A13(0x0),*A14+,0x1 +rom:000656bc MOVE *A13(0x20),*A14+,0x1 +rom:000656c0 JR 0x000656d0 +rom:000656c2 MOVE *A13(0x0),*A14+,0x1 +rom:000656c6 MOVE *A13(0x20),*A14+,0x1 +rom:000656ca CALLA 0x07fc18f6 +rom:000656d0 MOVI 0x3f533780,A8 +rom:000656d6 MOVE *A8+,*A14+,0x1 +rom:000656d8 MOVE *A8+,*A14+,0x1 +rom:000656da CALLA 0x07fc1cde +rom:000656e0 JRNE 0x0006576a +rom:000656e2 MOVE *A13(0x0),*A14+,0x1 +rom:000656e6 MOVE *A13(0x20),*A14+,0x1 +rom:000656ea MOVI 0x3f533740,A8 +rom:000656f0 MOVE *A8+,*A14+,0x1 +rom:000656f2 MOVE *A8+,*A14+,0x1 +rom:000656f4 CALLA 0x07fc1ce6 +rom:000656fa JREQ 0x00065706 +rom:000656fc MOVE *A13(0x0),*A14+,0x1 +rom:00065700 MOVE *A13(0x20),*A14+,0x1 +rom:00065704 JR 0x00065714 +rom:00065706 MOVE *A13(0x0),*A14+,0x1 +rom:0006570a MOVE *A13(0x20),*A14+,0x1 +rom:0006570e CALLA 0x07fc18f6 +rom:00065714 MOVI 0x3f5337c0,A8 +rom:0006571a MOVE *A8+,*A14+,0x1 +rom:0006571c MOVE *A8+,*A14+,0x1 +rom:0006571e CALLA 0x07fc1ce6 +rom:00065724 JREQ 0x00065776 +rom:00065726 MOVE *A13(0x0),*A14+,0x1 +rom:0006572a MOVE *A13(0x20),*A14+,0x1 +rom:0006572e MOVI 0x3f533740,A8 +rom:00065734 MOVE *A8+,*A14+,0x1 +rom:00065736 MOVE *A8+,*A14+,0x1 +rom:00065738 CALLA 0x07fc1ce6 +rom:0006573e JREQ 0x0006574a +rom:00065740 MOVE *A13(0x0),*A14+,0x1 +rom:00065744 MOVE *A13(0x20),*A14+,0x1 +rom:00065748 JR 0x00065758 +rom:0006574a MOVE *A13(0x0),*A14+,0x1 +rom:0006574e MOVE *A13(0x20),*A14+,0x1 +rom:00065752 CALLA 0x07fc18f6 +rom:00065758 MOVI 0x3f533800,A8 +rom:0006575e MOVE *A8+,*A14+,0x1 +rom:00065760 MOVE *A8+,*A14+,0x1 +rom:00065762 CALLA 0x07fc1cde +rom:00065768 JREQ 0x00065776 +rom:0006576a SUB A7,A7 +rom:0006576c SETF 0x10,0x0,0x0 +rom:0006576e MOVE A7,*A13(0x200),0x0 +rom:00065772 JR 0x000659b2 +rom:00065776 MOVE *A13(0x0),*A14+,0x1 +rom:0006577a MOVE *A13(0x20),*A14+,0x1 +rom:0006577e MOVI 0x3f533740,A8 +rom:00065784 MOVE *A8+,*A14+,0x1 +rom:00065786 MOVE *A8+,*A14+,0x1 +rom:00065788 CALLA 0x07fc1ce6 +rom:0006578e JREQ 0x0006579a +rom:00065790 MOVE *A13(0x0),*A14+,0x1 +rom:00065794 MOVE *A13(0x20),*A14+,0x1 +rom:00065798 JR 0x000657a8 +rom:0006579a MOVE *A13(0x0),*A14+,0x1 +rom:0006579e MOVE *A13(0x20),*A14+,0x1 +rom:000657a2 CALLA 0x07fc18f6 +rom:000657a8 MOVI 0x3f533840,A8 +rom:000657ae MOVE *A8+,*A14+,0x1 +rom:000657b0 MOVE *A8+,*A14+,0x1 +rom:000657b2 CALLA 0x07fc1ce6 +rom:000657b8 JREQ 0x00065838 +rom:000657ba MOVE *A13(0x0),*A14+,0x1 +rom:000657be MOVE *A13(0x20),*A14+,0x1 +rom:000657c2 MOVI 0x3f533740,A8 +rom:000657c8 MOVE *A8+,*A14+,0x1 +rom:000657ca MOVE *A8+,*A14+,0x1 +rom:000657cc CALLA 0x07fc1ce6 +rom:000657d2 JREQ 0x000657de +rom:000657d4 MOVE *A13(0x0),*A14+,0x1 +rom:000657d8 MOVE *A13(0x20),*A14+,0x1 +rom:000657dc JR 0x000657ec +rom:000657de MOVE *A13(0x0),*A14+,0x1 +rom:000657e2 MOVE *A13(0x20),*A14+,0x1 +rom:000657e6 CALLA 0x07fc18f6 +rom:000657ec MOVI 0x3f533880,A8 +rom:000657f2 MOVE *A8+,*A14+,0x1 +rom:000657f4 MOVE *A8+,*A14+,0x1 +rom:000657f6 CALLA 0x07fc1cde +rom:000657fc JREQ 0x00065838 +rom:000657fe MOVE *A13(0x0),*A14+,0x1 +rom:00065802 MOVE *A13(0x20),*A14+,0x1 +rom:00065806 MOVI 0x3f533740,A8 +rom:0006580c MOVE *A8+,*A14+,0x1 +rom:0006580e MOVE *A8+,*A14+,0x1 +rom:00065810 CALLA 0x07fc1ce6 +rom:00065816 JREQ 0x0006581c +rom:00065818 MOVK 0x1,A7 +rom:0006581a JR 0x0006581e +rom:0006581c MOVK 0x3,A7 +rom:0006581e SETF 0x10,0x0,0x0 +rom:00065820 MOVE A7,*A13(0x200),0x0 +rom:00065824 MOVE *A13(0xe0),*A13(0x120),0x1 +rom:0006582a MOVE A11,*A13(0xe0),0x1 +rom:0006582e MOVE *A13(0x120),*A13(0x100),0x1 +rom:00065834 JR 0x000659b2 +rom:00065838 MOVE *A13(0x0),*A14+,0x1 +rom:0006583c MOVE *A13(0x20),*A14+,0x1 +rom:00065840 MOVI 0x3f533740,A8 +rom:00065846 MOVE *A8+,*A14+,0x1 +rom:00065848 MOVE *A8+,*A14+,0x1 +rom:0006584a CALLA 0x07fc1ce6 +rom:00065850 JREQ 0x0006585c +rom:00065852 MOVE *A13(0x0),*A14+,0x1 +rom:00065856 MOVE *A13(0x20),*A14+,0x1 +rom:0006585a JR 0x0006586a +rom:0006585c MOVE *A13(0x0),*A14+,0x1 +rom:00065860 MOVE *A13(0x20),*A14+,0x1 +rom:00065864 CALLA 0x07fc18f6 +rom:0006586a MOVI 0x3f5338c0,A8 +rom:00065870 MOVE *A8+,*A14+,0x1 +rom:00065872 MOVE *A8+,*A14+,0x1 +rom:00065874 CALLA 0x07fc1ce6 +rom:0006587a JREQ 0x000658ca +rom:0006587c MOVE *A13(0x0),*A14+,0x1 +rom:00065880 MOVE *A13(0x20),*A14+,0x1 +rom:00065884 MOVI 0x3f533740,A8 +rom:0006588a MOVE *A8+,*A14+,0x1 +rom:0006588c MOVE *A8+,*A14+,0x1 +rom:0006588e CALLA 0x07fc1ce6 +rom:00065894 JREQ 0x000658a0 +rom:00065896 MOVE *A13(0x0),*A14+,0x1 +rom:0006589a MOVE *A13(0x20),*A14+,0x1 +rom:0006589e JR 0x000658ae +rom:000658a0 MOVE *A13(0x0),*A14+,0x1 +rom:000658a4 MOVE *A13(0x20),*A14+,0x1 +rom:000658a8 CALLA 0x07fc18f6 +rom:000658ae MOVI 0x3f533900,A8 +rom:000658b4 MOVE *A8+,*A14+,0x1 +rom:000658b6 MOVE *A8+,*A14+,0x1 +rom:000658b8 CALLA 0x07fc1cde +rom:000658be JREQ 0x000658ca +rom:000658c0 MOVK 0x2,A7 +rom:000658c2 SETF 0x10,0x0,0x0 +rom:000658c4 MOVE A7,*A13(0x200),0x0 +rom:000658c8 JR 0x000659b2 +rom:000658ca MOVE *A13(0x0),*A14+,0x1 +rom:000658ce MOVE *A13(0x20),*A14+,0x1 +rom:000658d2 MOVI 0x3f533740,A8 +rom:000658d8 MOVE *A8+,*A14+,0x1 +rom:000658da MOVE *A8+,*A14+,0x1 +rom:000658dc CALLA 0x07fc1ce6 +rom:000658e2 JREQ 0x000658ee +rom:000658e4 MOVE *A13(0x0),*A14+,0x1 +rom:000658e8 MOVE *A13(0x20),*A14+,0x1 +rom:000658ec JR 0x000658fc +rom:000658ee MOVE *A13(0x0),*A14+,0x1 +rom:000658f2 MOVE *A13(0x20),*A14+,0x1 +rom:000658f6 CALLA 0x07fc18f6 +rom:000658fc MOVI 0x3f533940,A8 +rom:00065902 MOVE *A8+,*A14+,0x1 +rom:00065904 MOVE *A8+,*A14+,0x1 +rom:00065906 CALLA 0x07fc1ce6 +rom:0006590c JREQ 0x0006598a +rom:0006590e MOVE *A13(0x0),*A14+,0x1 +rom:00065912 MOVE *A13(0x20),*A14+,0x1 +rom:00065916 MOVI 0x3f533740,A8 +rom:0006591c MOVE *A8+,*A14+,0x1 +rom:0006591e MOVE *A8+,*A14+,0x1 +rom:00065920 CALLA 0x07fc1ce6 +rom:00065926 JREQ 0x00065932 +rom:00065928 MOVE *A13(0x0),*A14+,0x1 +rom:0006592c MOVE *A13(0x20),*A14+,0x1 +rom:00065930 JR 0x00065940 +rom:00065932 MOVE *A13(0x0),*A14+,0x1 +rom:00065936 MOVE *A13(0x20),*A14+,0x1 +rom:0006593a CALLA 0x07fc18f6 +rom:00065940 MOVI 0x3f533980,A8 +rom:00065946 MOVE *A8+,*A14+,0x1 +rom:00065948 MOVE *A8+,*A14+,0x1 +rom:0006594a CALLA 0x07fc1cde +rom:00065950 JREQ 0x0006598a +rom:00065952 MOVE *A13(0x0),*A14+,0x1 +rom:00065956 MOVE *A13(0x20),*A14+,0x1 +rom:0006595a MOVI 0x3f533740,A8 +rom:00065960 MOVE *A8+,*A14+,0x1 +rom:00065962 MOVE *A8+,*A14+,0x1 +rom:00065964 CALLA 0x07fc1ce6 +rom:0006596a JREQ 0x00065970 +rom:0006596c MOVK 0x3,A7 +rom:0006596e JR 0x00065972 +rom:00065970 MOVK 0x1,A7 +rom:00065972 SETF 0x10,0x0,0x0 +rom:00065974 MOVE A7,*A13(0x200),0x0 +rom:00065978 MOVE *A13(0xe0),*A13(0x120),0x1 +rom:0006597e MOVE A11,*A13(0xe0),0x1 +rom:00065982 MOVE *A13(0x120),*A13(0x100),0x1 +rom:00065988 JR 0x000659b2 +rom:0006598a MOVE A14,-*SP,0x1 +rom:0006598c MOVK 0x2,A7 +rom:0006598e MOVE A7,*A14+,0x1 +rom:00065990 MOVE *A9(0x20),*A14+,0x1 +rom:00065994 SETF 0x8,0x0,0x0 +rom:00065996 MOVE *A9(0x8),A8,0x0 +rom:0006599a MOVE A8,*A14+,0x1 +rom:0006599c MOVE 0x1ad960,*A14+,0x1 +rom:000659a2 MOVE *A13(0xffe0),*A14+,0x1 +rom:000659a6 CALLA 0x07effa5e +rom:000659ac MOVE A7,A8 +rom:000659ae JR 0x00065ca0 +rom:000659b2 SUB A11,A11 +rom:000659b4 MOVE A11,*A13(0xc0),0x1 +rom:000659b8 MOVE *A13(0x1c0),A7,0x1 +rom:000659bc SETF 0x8,0x0,0x0 +rom:000659be MOVE *A7(0x48),A7,0x0 +rom:000659c2 CMP A7,A11 +rom:000659c4 JRNC 0x000659fe +rom:000659c6 MOVE *A13(0xc0),A11,0x1 +rom:000659ca SLL 0x5,A11 +rom:000659cc ADD A13,A11 +rom:000659ce MOVE *A13(0x1c0),A7,0x1 +rom:000659d2 MOVE *A7(0x160),A5,0x1 +rom:000659d6 MOVE *A13(0xc0),A7,0x1 +rom:000659da SLL 0x5,A7 +rom:000659dc ADD A7,A5 +rom:000659de MOVE *A5(0xd8),A7,0x1 +rom:000659e2 MOVE *A7(0x1a8),*A11(0x140),0x1 +rom:000659e8 MOVE *A13(0xc0),A11,0x1 +rom:000659ec INC A11 +rom:000659ee MOVE A11,*A13(0xc0),0x1 +rom:000659f2 MOVE *A13(0x1c0),A7,0x1 +rom:000659f6 MOVE *A7(0x48),A5,0x0 +rom:000659fa CMP A5,A11 +rom:000659fc JRC 0x000659c6 +rom:000659fe MOVE A14,-*SP,0x1 +rom:00065a00 MOVE *A13(0x1a0),A7,0x1 +rom:00065a04 MOVK 0x1,A5 +rom:00065a06 JREQ 0x00065a0a +rom:00065a08 SUB A5,A5 +rom:00065a0a MOVE A5,*A14+,0x1 +rom:00065a0c MOVE *A13(0x100),*A14+,0x1 +rom:00065a10 MOVE *A13(0xe0),*A14+,0x1 +rom:00065a14 MOVE *A13(0x1c0),A5,0x1 +rom:00065a18 MOVE *A5(0x50),A8,0x0 +rom:00065a1c MOVE A8,*A14+,0x1 +rom:00065a1e MOVE *A5(0x60),A8,0x0 +rom:00065a22 MOVE A8,*A14+,0x1 +rom:00065a24 MOVE *A5(0x58),A8,0x0 +rom:00065a28 MOVE A8,*A14+,0x1 +rom:00065a2a MOVE *A5(0xc0),*A14+,0x1 +rom:00065a2e MOVE *A5(0xe0),*A14+,0x1 +rom:00065a32 MOVE A13,A5 +rom:00065a34 ADDI 0x140,A5 +rom:00065a38 MOVE A5,*A14+,0x1 +rom:00065a3a MOVE *A13(0x1c0),A5,0x1 +rom:00065a3e MOVE *A5(0x40),A8,0x0 +rom:00065a42 MOVE A8,*A14+,0x1 +rom:00065a44 CALLA 0x07eaca82 +rom:00065a4a MOVE A8,*A13(0x1e0),0x1 +rom:00065a4e MOVE A8,A8 +rom:00065a50 JRNE 0x00065a7a +rom:00065a52 MOVE A14,-*SP,0x1 +rom:00065a54 MOVK 0xb,A5 +rom:00065a56 MOVE A5,*A14+,0x1 +rom:00065a58 MOVE *A9(0x40),*A14+,0x1 +rom:00065a5c SETF 0x8,0x0,0x0 +rom:00065a5e MOVE *A9(0x8),A8,0x0 +rom:00065a62 MOVE A8,*A14+,0x1 +rom:00065a64 MOVE 0x1ad960,*A14+,0x1 +rom:00065a6a MOVE *A13(0xffe0),*A14+,0x1 +rom:00065a6e CALLA 0x07effa5e +rom:00065a74 MOVE A5,A8 +rom:00065a76 JR 0x00065ca0 +rom:00065a7a MOVE A7,A7 +rom:00065a7c JREQ 0x00065b78 +rom:00065a7e MOVE A14,-*SP,0x1 +rom:00065a80 MOVE A9,A5 +rom:00065a82 ADDI 0xe0,A5 +rom:00065a86 MOVE A5,*A14+,0x1 +rom:00065a88 MOVE *A13(0x0),*A14+,0x1 +rom:00065a8c MOVE *A13(0x20),*A14+,0x1 +rom:00065a90 MOVE *A8(0x160),*A14+,0x1 +rom:00065a94 MOVE *A13(0x1c0),A5,0x1 +rom:00065a98 MOVE *A5(0x160),*A14+,0x1 +rom:00065a9c MOVE *A7(0x80),*A14+,0x1 +rom:00065aa0 SETF 0x8,0x0,0x0 +rom:00065aa2 MOVE *A9(0x8),A5,0x0 +rom:00065aa6 SLL 0x5,A5 +rom:00065aa8 ADDI 0xd5730,A5 +rom:00065aae MOVE *A5,A5,0x1 +rom:00065ab0 CALL A5 +rom:00065ab2 MOVE A8,*A13(0x250),0x1 +rom:00065ab6 MOVE A8,A5 +rom:00065ab8 JREQ 0x00065aee +rom:00065aba MOVE A14,-*SP,0x1 +rom:00065abc MOVE *A13(0x1e0),*A14+,0x1 +rom:00065ac0 CALLA 0x07eacdda +rom:00065ac6 MOVE A14,-*SP,0x1 +rom:00065ac8 MOVE A5,*A14+,0x1 +rom:00065aca SUB A5,A5 +rom:00065acc MOVE A5,*A14+,0x1 +rom:00065ace SETF 0x8,0x0,0x0 +rom:00065ad0 MOVE *A9(0x8),A8,0x0 +rom:00065ad4 MOVE A8,*A14+,0x1 +rom:00065ad6 MOVE 0x1ad960,*A14+,0x1 +rom:00065adc MOVE *A13(0xffe0),*A14+,0x1 +rom:00065ae0 CALLA 0x07effa5e +rom:00065ae6 MOVE *A13(0x250),A8,0x1 +rom:00065aea JR 0x00065ca0 +rom:00065aee MOVE A14,-*SP,0x1 +rom:00065af0 MOVK 0x1,A5 +rom:00065af2 MOVE A5,*A14+,0x1 +rom:00065af4 MOVE *A13(0x1e0),*A14+,0x1 +rom:00065af8 MOVE A7,*A14+,0x1 +rom:00065afa CALLA 0x07ea72a4 +rom:00065b00 MOVE A8,A8 +rom:00065b02 JRNE 0x00065c9e +rom:00065b06 MOVE A14,-*SP,0x1 +rom:00065b08 MOVE *A13(0x1e0),*A14+,0x1 +rom:00065b0c CALLA 0x07eacdda +rom:00065b12 MOVE *A7(0x80),A5,0x1 +rom:00065b16 MOVE *A5(0x20),*A13(0x210),0x1 +rom:00065b1c MOVE A14,-*SP,0x1 +rom:00065b1e MOVE *A13(0x210),*A14+,0x1 +rom:00065b22 MOVE *A13(0x210),A5,0x1 +rom:00065b26 MOVE *A5(0x60),A5,0x1 +rom:00065b2a MOVE *A5(0xe0),A5,0x1 +rom:00065b2e CALL A5 +rom:00065b30 MOVE *A13(0x210),A5,0x1 +rom:00065b34 MOVE *A5(0x20),A5,0x1 +rom:00065b38 MOVE *A13(0x210),A7,0x1 +rom:00065b3c MOVE *A7,*A5,0x1 +rom:00065b3e MOVE *A7,A5,0x1 +rom:00065b40 MOVE *A7(0x20),*A5(0x20),0x1 +rom:00065b46 MOVE A14,-*SP,0x1 +rom:00065b48 MOVE A7,*A14+,0x1 +rom:00065b4a CALLA 0x07f63b18 +rom:00065b50 MOVE A14,-*SP,0x1 +rom:00065b52 MOVK 0xb,A5 +rom:00065b54 MOVE A5,*A14+,0x1 +rom:00065b56 MOVE *A9(0x40),*A14+,0x1 +rom:00065b5a SETF 0x8,0x0,0x0 +rom:00065b5c MOVE *A9(0x8),A8,0x0 +rom:00065b60 MOVE A8,*A14+,0x1 +rom:00065b62 MOVE 0x1ad960,*A14+,0x1 +rom:00065b68 MOVE *A13(0xffe0),*A14+,0x1 +rom:00065b6c CALLA 0x07effa5e +rom:00065b72 MOVE A5,A8 +rom:00065b74 JR 0x00065ca0 +rom:00065b78 MOVE A14,-*SP,0x1 +rom:00065b7a MOVI 0x98,A5 +rom:00065b7e MOVE A5,*A14+,0x1 +rom:00065b80 CALLA 0x07f63a74 +rom:00065b86 MOVE A8,*A13(0x230),0x1 +rom:00065b8a MOVE A8,A8 +rom:00065b8c JRNE 0x00065bd0 +rom:00065b8e MOVE A14,-*SP,0x1 +rom:00065b90 MOVI 0x3f5326d8,A8 +rom:00065b96 MOVE A8,*A14+,0x1 +rom:00065b98 CALLA 0x07f24f78 +rom:00065b9e MOVE A14,-*SP,0x1 +rom:00065ba0 MOVE *A13(0x1e0),*A14+,0x1 +rom:00065ba4 CALLA 0x07eacdda +rom:00065baa MOVE A14,-*SP,0x1 +rom:00065bac MOVK 0xb,A5 +rom:00065bae MOVE A5,*A14+,0x1 +rom:00065bb0 SUB A5,A5 +rom:00065bb2 MOVE A5,*A14+,0x1 +rom:00065bb4 SETF 0x8,0x0,0x0 +rom:00065bb6 MOVE *A9(0x8),A8,0x0 +rom:00065bba MOVE A8,*A14+,0x1 +rom:00065bbc MOVE 0x1ad960,*A14+,0x1 +rom:00065bc2 MOVE *A13(0xffe0),*A14+,0x1 +rom:00065bc6 CALLA 0x07effa5e +rom:00065bcc MOVK 0xb,A8 +rom:00065bce JR 0x00065ca0 +rom:00065bd0 MOVK 0x3,A5 +rom:00065bd2 MOVB A5,*A8 +rom:00065bd4 MOVE *A13(0x1c0),*A8(0x8),0x1 +rom:00065bda MOVE *A13(0x1e0),*A8(0x28),0x1 +rom:00065be0 MOVE *A9(0x20),*A8(0x48),0x1 +rom:00065be6 MOVE *A9(0x40),*A8(0x68),0x1 +rom:00065bec SETF 0x10,0x0,0x0 +rom:00065bee MOVE *A13(0x200),*A8(0x88),0x0 +rom:00065bf4 MOVE A14,-*SP,0x1 +rom:00065bf6 MOVE A8,*A14+,0x1 +rom:00065bf8 CALLA 0x07e5b152 +rom:00065bfe MOVE A8,*A13(0x250),0x1 +rom:00065c02 MOVE A8,A8 +rom:00065c04 JREQ 0x00065c46 +rom:00065c06 MOVE A14,-*SP,0x1 +rom:00065c08 MOVE *A13(0x230),*A14+,0x1 +rom:00065c0c CALLA 0x07f63b00 +rom:00065c46 MOVE *A13(0x1e0),A5,0x1 +rom:00065c4a MOVE *A9(0x40),*A5(0x0),0x1 +rom:00065c50 MOVE A14,-*SP,0x1 +rom:00065c52 SETF 0x10,0x0,0x0 +rom:00065c54 MOVE @0x1ad980,A5,0x0 +rom:00065c5a MOVE A5,*A14+,0x1 +rom:00065c5c MOVI 0x3f566ed0,A7 +rom:00065c62 MOVE A7,*A14+,0x1 +rom:00065c64 MOVE *A13(0x1e0),*A14+,0x1 +rom:00065c68 MOVE @0x1ad990,A7,0x0 +rom:00065c6e MOVE A7,*A14+,0x1 +rom:00065c70 MOVE *A9(0x40),*A14+,0x1 +rom:00065c74 CALLA 0x07f16ca2 +rom:00065c7a MOVE A14,-*SP,0x1 +rom:00065c7c SUB A7,A7 +rom:00065c7e MOVE A7,*A14+,0x1 +rom:00065c80 MOVE *A13(0x1e0),*A14+,0x1 +rom:00065c84 MOVE *A13(0xffe0),*A14+,0x1 +rom:00065c88 CALLA 0x07e7fe96 +rom:00065c8e MOVE A8,*A13(0x250),0x1 +rom:00065c92 MOVE A14,-*SP,0x1 +rom:00065c94 MOVE *A13(0x230),*A14+,0x1 +rom:00065c98 CALLA 0x07f63b00 +rom:00065c9e SUB A8,A8 +rom:00065ca0 MOVE *SP(0xc0),A14,0x1 +rom:00065ca4 MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot44_065CAA.txt b/xie/ghidra-evidence/handlers/slot44_065CAA.txt new file mode 100644 index 0000000..5b9ca40 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot44_065CAA.txt @@ -0,0 +1,243 @@ +rom:00065caa MMTM SP,0x554 +rom:00065cae MOVE A14,A13 +rom:00065cb0 ADDI 0x160,A14 +rom:00065cb4 MOVE *A13(0xffe0),A11,0x1 +rom:00065cb8 MOVE *A11(0x40),A9,0x1 +rom:00065cbc SETF 0x10,0x0,0x0 +rom:00065cbe MOVE *A9(0x10),A11,0x0 +rom:00065cc2 SUBK 0x5,A11 +rom:00065cc4 JREQ 0x00065ccc +rom:00065cc6 MOVK 0x10,A8 +rom:00065cc8 JR 0x00065ffa +rom:00065ccc MOVE A14,-*SP,0x1 +rom:00065cce MOVE *A9(0x40),*A14+,0x1 +rom:00065cd2 MOVE *A9(0x20),*A14+,0x1 +rom:00065cd6 MOVE A13,A11 +rom:00065cd8 ADDI 0xa0,A11 +rom:00065cdc MOVE A11,*A14+,0x1 +rom:00065cde MOVE A13,A7 +rom:00065ce0 ADDI 0x80,A7 +rom:00065ce4 MOVE A7,*A14+,0x1 +rom:00065ce6 MOVE *A13(0xffe0),*A14+,0x1 +rom:00065cea CALLA 0x07ea6fa0 +rom:00065cf0 MOVE A8,*A13(0x140),0x1 +rom:00065cf4 MOVE A8,A8 +rom:00065cf6 JRNE 0x00065ffa +rom:00065cfa MOVE *A9(0x60),A7,0x1 +rom:00065cfe JREQ 0x00065d06 +rom:00065d00 MOVE *A9(0x80),A7,0x1 +rom:00065d04 JRNE 0x00065d2e +rom:00065d06 MOVE A14,-*SP,0x1 +rom:00065d08 MOVK 0x2,A7 +rom:00065d0a MOVE A7,*A14+,0x1 +rom:00065d0c MOVE *A9(0x20),*A14+,0x1 +rom:00065d10 SETF 0x8,0x0,0x0 +rom:00065d12 MOVE *A9(0x8),A8,0x0 +rom:00065d16 MOVE A8,*A14+,0x1 +rom:00065d18 MOVE 0x1ad960,*A14+,0x1 +rom:00065d1e MOVE *A13(0xffe0),*A14+,0x1 +rom:00065d22 CALLA 0x07effa5e +rom:00065d28 MOVE A7,A8 +rom:00065d2a JR 0x00065ffa +rom:00065d2e SUB A7,A7 +rom:00065d30 MOVE A7,*A13,0x1 +rom:00065d32 MOVE *A13(0xa0),A11,0x1 +rom:00065d36 SETF 0x8,0x0,0x0 +rom:00065d38 MOVE *A11(0x48),A11,0x0 +rom:00065d3c CMP A11,A7 +rom:00065d3e JRNC 0x00065d70 +rom:00065d40 MOVE *A13,A11,0x1 +rom:00065d42 SLL 0x5,A11 +rom:00065d44 ADD A13,A11 +rom:00065d46 MOVE *A13(0xa0),A7,0x1 +rom:00065d4a MOVE *A7(0x160),A5,0x1 +rom:00065d4e MOVE *A13,A7,0x1 +rom:00065d50 SLL 0x5,A7 +rom:00065d52 ADD A7,A5 +rom:00065d54 MOVE *A5(0xd8),A7,0x1 +rom:00065d58 MOVE *A7(0x1a8),*A11(0x20),0x1 +rom:00065d5e MOVE *A13,A11,0x1 +rom:00065d60 INC A11 +rom:00065d62 MOVE A11,*A13,0x1 +rom:00065d64 MOVE *A13(0xa0),A7,0x1 +rom:00065d68 MOVE *A7(0x48),A5,0x0 +rom:00065d6c CMP A5,A11 +rom:00065d6e JRC 0x00065d40 +rom:00065d70 MOVE A14,-*SP,0x1 +rom:00065d72 MOVE *A13(0x80),A11,0x1 +rom:00065d76 MOVK 0x1,A7 +rom:00065d78 JREQ 0x00065d7c +rom:00065d7a SUB A7,A7 +rom:00065d7c MOVE A7,*A14+,0x1 +rom:00065d7e MOVE *A9(0x80),*A14+,0x1 +rom:00065d82 MOVE *A9(0x60),*A14+,0x1 +rom:00065d86 MOVE *A13(0xa0),A7,0x1 +rom:00065d8a MOVE *A7(0x50),A8,0x0 +rom:00065d8e MOVE A8,*A14+,0x1 +rom:00065d90 MOVE *A7(0x60),A8,0x0 +rom:00065d94 MOVE A8,*A14+,0x1 +rom:00065d96 MOVE *A7(0x58),A8,0x0 +rom:00065d9a MOVE A8,*A14+,0x1 +rom:00065d9c MOVE *A7(0xc0),*A14+,0x1 +rom:00065da0 MOVE *A7(0xe0),*A14+,0x1 +rom:00065da4 MOVE A13,A5 +rom:00065da6 ADDK 0x0,A5 +rom:00065da8 MOVE A5,*A14+,0x1 +rom:00065daa MOVE *A7(0x40),A8,0x0 +rom:00065dae MOVE A8,*A14+,0x1 +rom:00065db0 CALLA 0x07eaca82 +rom:00065db6 MOVE A8,*A13(0xc0),0x1 +rom:00065dba MOVE A8,A8 +rom:00065dbc JRNE 0x00065de6 +rom:00065dbe MOVE A14,-*SP,0x1 +rom:00065dc0 MOVK 0xb,A5 +rom:00065dc2 MOVE A5,*A14+,0x1 +rom:00065dc4 MOVE *A9(0x40),*A14+,0x1 +rom:00065dc8 SETF 0x8,0x0,0x0 +rom:00065dca MOVE *A9(0x8),A8,0x0 +rom:00065dce MOVE A8,*A14+,0x1 +rom:00065dd0 MOVE 0x1ad960,*A14+,0x1 +rom:00065dd6 MOVE *A13(0xffe0),*A14+,0x1 +rom:00065dda CALLA 0x07effa5e +rom:00065de0 MOVE A5,A8 +rom:00065de2 JR 0x00065ffa +rom:00065de6 MOVE A11,A11 +rom:00065de8 JREQ 0x00065ed0 +rom:00065dea MOVE A14,-*SP,0x1 +rom:00065dec MOVE *A8(0x160),*A14+,0x1 +rom:00065df0 MOVE *A7(0x160),*A14+,0x1 +rom:00065df4 MOVE *A11(0x80),*A14+,0x1 +rom:00065df8 SETF 0x8,0x0,0x0 +rom:00065dfa MOVE *A9(0x8),A5,0x0 +rom:00065dfe SLL 0x5,A5 +rom:00065e00 ADDI 0xd5730,A5 +rom:00065e06 MOVE *A5,A5,0x1 +rom:00065e08 CALL A5 +rom:00065e0a MOVE A8,*A13(0x120),0x1 +rom:00065e0e MOVE A8,A5 +rom:00065e10 JREQ 0x00065e46 +rom:00065e12 MOVE A14,-*SP,0x1 +rom:00065e14 MOVE *A13(0xc0),*A14+,0x1 +rom:00065e18 CALLA 0x07eacdda +rom:00065e1e MOVE A14,-*SP,0x1 +rom:00065e20 MOVE A5,*A14+,0x1 +rom:00065e22 SUB A5,A5 +rom:00065e24 MOVE A5,*A14+,0x1 +rom:00065e26 SETF 0x8,0x0,0x0 +rom:00065e28 MOVE *A9(0x8),A8,0x0 +rom:00065e2c MOVE A8,*A14+,0x1 +rom:00065e2e MOVE 0x1ad960,*A14+,0x1 +rom:00065e34 MOVE *A13(0xffe0),*A14+,0x1 +rom:00065e38 CALLA 0x07effa5e +rom:00065e3e MOVE *A13(0x120),A8,0x1 +rom:00065e42 JR 0x00065ffa +rom:00065e46 MOVE A14,-*SP,0x1 +rom:00065e48 MOVK 0x1,A5 +rom:00065e4a MOVE A5,*A14+,0x1 +rom:00065e4c MOVE *A13(0xc0),*A14+,0x1 +rom:00065e50 MOVE A11,*A14+,0x1 +rom:00065e52 CALLA 0x07ea72a4 +rom:00065e58 MOVE A8,A8 +rom:00065e5a JRNE 0x00065ff8 +rom:00065e5e MOVE A14,-*SP,0x1 +rom:00065e60 MOVE *A13(0xc0),*A14+,0x1 +rom:00065e64 CALLA 0x07eacdda +rom:00065e6a MOVE *A11(0x80),A5,0x1 +rom:00065e6e MOVE *A5(0x20),*A13(0xe0),0x1 +rom:00065e74 MOVE A14,-*SP,0x1 +rom:00065e76 MOVE *A13(0xe0),*A14+,0x1 +rom:00065e7a MOVE *A13(0xe0),A5,0x1 +rom:00065e7e MOVE *A5(0x60),A5,0x1 +rom:00065e82 MOVE *A5(0xe0),A5,0x1 +rom:00065e86 CALL A5 +rom:00065e88 MOVE *A13(0xe0),A5,0x1 +rom:00065e8c MOVE *A5(0x20),A5,0x1 +rom:00065e90 MOVE *A13(0xe0),A7,0x1 +rom:00065e94 MOVE *A7,*A5,0x1 +rom:00065e96 MOVE *A7,A5,0x1 +rom:00065e98 MOVE *A7(0x20),*A5(0x20),0x1 +rom:00065e9e MOVE A14,-*SP,0x1 +rom:00065ea0 MOVE A7,*A14+,0x1 +rom:00065ea2 CALLA 0x07f63b18 +rom:00065ea8 MOVE A14,-*SP,0x1 +rom:00065eaa MOVK 0xb,A5 +rom:00065eac MOVE A5,*A14+,0x1 +rom:00065eae MOVE *A9(0x40),*A14+,0x1 +rom:00065eb2 SETF 0x8,0x0,0x0 +rom:00065eb4 MOVE *A9(0x8),A8,0x0 +rom:00065eb8 MOVE A8,*A14+,0x1 +rom:00065eba MOVE 0x1ad960,*A14+,0x1 +rom:00065ec0 MOVE *A13(0xffe0),*A14+,0x1 +rom:00065ec4 CALLA 0x07effa5e +rom:00065eca MOVE A5,A8 +rom:00065ecc JR 0x00065ffa +rom:00065ed0 MOVE A14,-*SP,0x1 +rom:00065ed2 MOVI 0xc8,A5 +rom:00065ed6 MOVE A5,*A14+,0x1 +rom:00065ed8 CALLA 0x07f63a74 +rom:00065ede MOVE A8,*A13(0x100),0x1 +rom:00065ee2 MOVE A8,A8 +rom:00065ee4 JRNE 0x00065f28 +rom:00065ee6 MOVE A14,-*SP,0x1 +rom:00065ee8 MOVI 0x3f532818,A8 +rom:00065eee MOVE A8,*A14+,0x1 +rom:00065ef0 CALLA 0x07f24f78 +rom:00065ef6 MOVE A14,-*SP,0x1 +rom:00065ef8 MOVE *A13(0xc0),*A14+,0x1 +rom:00065efc CALLA 0x07eacdda +rom:00065f02 MOVE A14,-*SP,0x1 +rom:00065f04 MOVK 0xb,A5 +rom:00065f06 MOVE A5,*A14+,0x1 +rom:00065f08 SUB A5,A5 +rom:00065f0a MOVE A5,*A14+,0x1 +rom:00065f0c SETF 0x8,0x0,0x0 +rom:00065f0e MOVE *A9(0x8),A8,0x0 +rom:00065f12 MOVE A8,*A14+,0x1 +rom:00065f14 MOVE 0x1ad960,*A14+,0x1 +rom:00065f1a MOVE *A13(0xffe0),*A14+,0x1 +rom:00065f1e CALLA 0x07effa5e +rom:00065f24 MOVK 0xb,A8 +rom:00065f26 JR 0x00065ffa +rom:00065f28 MOVK 0x2,A5 +rom:00065f2a MOVB A5,*A8 +rom:00065f2c MOVE A7,*A8(0x8),0x1 +rom:00065f30 MOVE *A13(0xc0),*A8(0x28),0x1 +rom:00065f36 MOVE *A9(0x20),*A8(0x48),0x1 +rom:00065f3c MOVE *A9(0x40),*A8(0x68),0x1 +rom:00065f42 MOVE *A9(0x60),*A8(0x88),0x1 +rom:00065f48 MOVE *A9(0x80),*A8(0xa8),0x1 +rom:00065f4e MOVE A14,-*SP,0x1 +rom:00065f50 MOVE A8,*A14+,0x1 +rom:00065f52 CALLA 0x07e5b152 +rom:00065f58 MOVE A8,*A13(0x120),0x1 +rom:00065f5c MOVE A8,A8 +rom:00065f5e JREQ 0x00065fa0 +rom:00065f60 MOVE A14,-*SP,0x1 +rom:00065f62 MOVE *A13(0x100),*A14+,0x1 +rom:00065f66 CALLA 0x07f63b00 +rom:00065fa0 MOVE *A13(0xc0),A5,0x1 +rom:00065fa4 MOVE *A9(0x40),*A5(0x0),0x1 +rom:00065faa MOVE A14,-*SP,0x1 +rom:00065fac SETF 0x10,0x0,0x0 +rom:00065fae MOVE @0x1ad980,A5,0x0 +rom:00065fb4 MOVE A5,*A14+,0x1 +rom:00065fb6 MOVI 0x3f566ed0,A7 +rom:00065fbc MOVE A7,*A14+,0x1 +rom:00065fbe MOVE *A13(0xc0),*A14+,0x1 +rom:00065fc2 MOVE @0x1ad990,A7,0x0 +rom:00065fc8 MOVE A7,*A14+,0x1 +rom:00065fca MOVE *A9(0x40),*A14+,0x1 +rom:00065fce CALLA 0x07f16ca2 +rom:00065fd4 MOVE A14,-*SP,0x1 +rom:00065fd6 SUB A7,A7 +rom:00065fd8 MOVE A7,*A14+,0x1 +rom:00065fda MOVE *A13(0xc0),*A14+,0x1 +rom:00065fde MOVE *A13(0xffe0),*A14+,0x1 +rom:00065fe2 CALLA 0x07e7fe96 +rom:00065fe8 MOVE A8,*A13(0x120),0x1 +rom:00065fec MOVE A14,-*SP,0x1 +rom:00065fee MOVE *A13(0x100),*A14+,0x1 +rom:00065ff2 CALLA 0x07f63b00 +rom:00065ff8 SUB A8,A8 +rom:00065ffa MOVE *SP(0xc0),A14,0x1 +rom:00065ffe MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/handlers/slot_probe.txt b/xie/ghidra-evidence/handlers/slot_probe.txt new file mode 100644 index 0000000..1dd3671 --- /dev/null +++ b/xie/ghidra-evidence/handlers/slot_probe.txt @@ -0,0 +1,19 @@ +3 query,2w minor=3 words=2: REPLY seq=2 len=0 bytes=00000000f0ca6a002600000090d03300 extra=0 +6 query,1w minor=6 words=1: REPLY seq=2 len=0 bytes=00000000000000000000000000000000 extra=0 +10 query,3w minor=10 words=3: ERROR code=1 seq=2 bad=0x0 minor_op=10 major_op=129 +24 query,4w minor=24 words=4: ERROR code=14 seq=2 bad=0xffffffff minor_op=24 major_op=129 +4 set,2w minor=4 words=2: TIMEOUT (no reply/error) +12 id,2w minor=12 words=2: ERROR code=14 seq=2 bad=0xffffffff minor_op=12 major_op=129 +22 id,2w minor=22 words=2: ERROR code=14 seq=2 bad=0xffffffff minor_op=22 major_op=129 +13 id,2w minor=13 words=2: ERROR code=14 seq=2 bad=0xffffffff minor_op=13 major_op=129 +11 id,3w minor=11 words=3: ERROR code=14 seq=2 bad=0xffffffff minor_op=11 major_op=129 +9 id,3w minor=9 words=3: ERROR code=1 seq=2 bad=0x0 minor_op=9 major_op=129 +15 id,3w minor=15 words=3: ERROR code=14 seq=2 bad=0xffffffff minor_op=15 major_op=129 +8 id,3w minor=8 words=3: ERROR code=1 seq=2 bad=0x0 minor_op=8 major_op=129 +7 id,4w minor=7 words=4: ERROR code=1 seq=2 bad=0xffffffff minor_op=7 major_op=129 +14 id,4w minor=14 words=4: ERROR code=14 seq=2 bad=0xffffffff minor_op=14 major_op=129 +18 id,4w minor=18 words=4: ERROR code=14 seq=2 bad=0xffffffff minor_op=18 major_op=129 +33 id,4w minor=33 words=4: ERROR code=14 seq=2 bad=0xffffffff minor_op=33 major_op=129 +40 id,4w minor=40 words=4: ERROR code=14 seq=2 bad=0xffffffff minor_op=40 major_op=129 +44 id,5w minor=44 words=5: ERROR code=14 seq=2 bad=0xffffffff minor_op=44 major_op=129 +5 sel,5w minor=5 words=5: ERROR code=2 seq=2 bad=0x0 minor_op=5 major_op=129 diff --git a/xie/ghidra-evidence/image_path/swapper_slot01_0697B4.txt b/xie/ghidra-evidence/image_path/swapper_slot01_0697B4.txt new file mode 100644 index 0000000..b1ba838 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot01_0697B4.txt @@ -0,0 +1,19 @@ +rom:000697b4 MMTM SP,0x74 +rom:000697b8 MOVE A14,A13 +rom:000697ba MOVE *A13(0xffe0),A11,0x1 +rom:000697be MOVE *A11(0x40),A10,0x1 +rom:000697c2 MOVB *A10(0x10),*A9 +rom:000697c6 MOVB *A10(0x18),*A10(0x10) +rom:000697cc MOVB *A9,*A10(0x18) +rom:000697d0 MOVB *A10(0x20),*A9 +rom:000697d4 MOVB *A10(0x28),*A10(0x20) +rom:000697da MOVB *A9,*A10(0x28) +rom:000697de MOVB *A10(0x30),*A9 +rom:000697e2 MOVB *A10(0x38),*A10(0x30) +rom:000697e8 MOVB *A9,*A10(0x38) +rom:000697ec MOVE A14,-*SP,0x1 +rom:000697ee MOVE A11,*A14+,0x1 +rom:000697f0 SETF 0x8,0x0,0x0 +rom:000697f2 MOVE *A10(0x8),A11,0x0 +rom:000697f6 SLL 0x5,A11 +rom:000697f8 ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot02_069704.txt b/xie/ghidra-evidence/image_path/swapper_slot02_069704.txt new file mode 100644 index 0000000..112be4e --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot02_069704.txt @@ -0,0 +1,13 @@ +rom:00069704 MMTM SP,0x174 +rom:00069708 MOVE A14,A13 +rom:0006970a MOVE *A13(0xffe0),A9,0x1 +rom:0006970e MOVE *A9(0x40),A11,0x1 +rom:00069712 MOVB *A11(0x10),*A10 +rom:00069716 MOVB *A11(0x18),*A11(0x10) +rom:0006971c MOVB *A10,*A11(0x18) +rom:00069720 MOVE A14,-*SP,0x1 +rom:00069722 MOVE A9,*A14+,0x1 +rom:00069724 SETF 0x8,0x0,0x0 +rom:00069726 MOVE *A11(0x8),A7,0x0 +rom:0006972a SLL 0x5,A7 +rom:0006972c ADDI 0xd3f90,A7 diff --git a/xie/ghidra-evidence/image_path/swapper_slot03_06980C.txt b/xie/ghidra-evidence/image_path/swapper_slot03_06980C.txt new file mode 100644 index 0000000..0062764 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot03_06980C.txt @@ -0,0 +1,19 @@ +rom:0006980c MMTM SP,0x74 +rom:00069810 MOVE A14,A13 +rom:00069812 MOVE *A13(0xffe0),A11,0x1 +rom:00069816 MOVE *A11(0x40),A10,0x1 +rom:0006981a MOVB *A10(0x10),*A9 +rom:0006981e MOVB *A10(0x18),*A10(0x10) +rom:00069824 MOVB *A9,*A10(0x18) +rom:00069828 MOVB *A10(0x20),*A9 +rom:0006982c MOVB *A10(0x38),*A10(0x20) +rom:00069832 MOVB *A9,*A10(0x38) +rom:00069836 MOVB *A10(0x28),*A9 +rom:0006983a MOVB *A10(0x30),*A10(0x28) +rom:00069840 MOVB *A9,*A10(0x30) +rom:00069844 MOVE A14,-*SP,0x1 +rom:00069846 MOVE A11,*A14+,0x1 +rom:00069848 SETF 0x8,0x0,0x0 +rom:0006984a MOVE *A10(0x8),A11,0x0 +rom:0006984e SLL 0x5,A11 +rom:00069850 ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot04_069864.txt b/xie/ghidra-evidence/image_path/swapper_slot04_069864.txt new file mode 100644 index 0000000..79755ef --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot04_069864.txt @@ -0,0 +1,19 @@ +rom:00069864 MMTM SP,0x74 +rom:00069868 MOVE A14,A13 +rom:0006986a MOVE *A13(0xffe0),A11,0x1 +rom:0006986e MOVE *A11(0x40),A10,0x1 +rom:00069872 MOVB *A10(0x10),*A9 +rom:00069876 MOVB *A10(0x18),*A10(0x10) +rom:0006987c MOVB *A9,*A10(0x18) +rom:00069880 MOVB *A10(0x20),*A9 +rom:00069884 MOVB *A10(0x38),*A10(0x20) +rom:0006988a MOVB *A9,*A10(0x38) +rom:0006988e MOVB *A10(0x28),*A9 +rom:00069892 MOVB *A10(0x30),*A10(0x28) +rom:00069898 MOVB *A9,*A10(0x30) +rom:0006989c MOVE A14,-*SP,0x1 +rom:0006989e MOVE A11,*A14+,0x1 +rom:000698a0 SETF 0x8,0x0,0x0 +rom:000698a2 MOVE *A10(0x8),A11,0x0 +rom:000698a6 SLL 0x5,A11 +rom:000698a8 ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot05_0698BC.txt b/xie/ghidra-evidence/image_path/swapper_slot05_0698BC.txt new file mode 100644 index 0000000..e5e162f --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot05_0698BC.txt @@ -0,0 +1,20 @@ +rom:000698bc MMTM SP,0x174 +rom:000698c0 MOVE A14,A13 +rom:000698c2 MOVE *A13(0xffe0),A11,0x1 +rom:000698c6 MOVE *A11(0x40),A10,0x1 +rom:000698ca MOVB *A10(0x10),*A9 +rom:000698ce MOVB *A10(0x18),*A10(0x10) +rom:000698d4 MOVB *A9,*A10(0x18) +rom:000698d8 MOVE A14,-*SP,0x1 +rom:000698da MOVK 0x3,A7 +rom:000698dc MOVE A7,*A14+,0x1 +rom:000698de MOVE A10,A7 +rom:000698e0 ADDI 0x40,A7 +rom:000698e4 MOVE A7,*A14+,0x1 +rom:000698e6 CALLA 0x07f1b4d8 +rom:000698ec MOVE A14,-*SP,0x1 +rom:000698ee MOVE A11,*A14+,0x1 +rom:000698f0 SETF 0x8,0x0,0x0 +rom:000698f2 MOVE *A10(0x8),A7,0x0 +rom:000698f6 SLL 0x5,A7 +rom:000698f8 ADDI 0xd3f90,A7 diff --git a/xie/ghidra-evidence/image_path/swapper_slot07_06990C.txt b/xie/ghidra-evidence/image_path/swapper_slot07_06990C.txt new file mode 100644 index 0000000..bd29b98 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot07_06990C.txt @@ -0,0 +1,31 @@ +rom:0006990c MMTM SP,0x174 +rom:00069910 MOVE A14,A13 +rom:00069912 MOVE *A13(0xffe0),A9,0x1 +rom:00069916 MOVE *A9(0x40),A11,0x1 +rom:0006991a MOVB *A11(0x10),*A10 +rom:0006991e MOVB *A11(0x18),*A11(0x10) +rom:00069924 MOVB *A10,*A11(0x18) +rom:00069928 MOVB *A11(0x20),*A10 +rom:0006992c MOVB *A11(0x38),*A11(0x20) +rom:00069932 MOVB *A10,*A11(0x38) +rom:00069936 MOVB *A11(0x28),*A10 +rom:0006993a MOVB *A11(0x30),*A11(0x28) +rom:00069940 MOVB *A10,*A11(0x30) +rom:00069944 MOVB *A11(0x40),*A10 +rom:00069948 MOVB *A11(0x58),*A11(0x40) +rom:0006994e MOVB *A10,*A11(0x58) +rom:00069952 MOVB *A11(0x48),*A10 +rom:00069956 MOVB *A11(0x50),*A11(0x48) +rom:0006995c MOVB *A10,*A11(0x50) +rom:00069960 MOVB *A11(0x60),*A10 +rom:00069964 MOVB *A11(0x78),*A11(0x60) +rom:0006996a MOVB *A10,*A11(0x78) +rom:0006996e MOVB *A11(0x68),*A10 +rom:00069972 MOVB *A11(0x70),*A11(0x68) +rom:00069978 MOVB *A10,*A11(0x70) +rom:0006997c MOVE A14,-*SP,0x1 +rom:0006997e MOVE A9,*A14+,0x1 +rom:00069980 SETF 0x8,0x0,0x0 +rom:00069982 MOVE *A11(0x8),A7,0x0 +rom:00069986 SLL 0x5,A7 +rom:00069988 ADDI 0xd3f90,A7 diff --git a/xie/ghidra-evidence/image_path/swapper_slot08_06999C.txt b/xie/ghidra-evidence/image_path/swapper_slot08_06999C.txt new file mode 100644 index 0000000..9bc7f78 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot08_06999C.txt @@ -0,0 +1,143 @@ +rom:0006999c MMTM SP,0x574 +rom:000699a0 MOVE A14,A13 +rom:000699a2 MOVE *A13(0xffe0),A11,0x1 +rom:000699a6 MOVE *A11(0x40),A10,0x1 +rom:000699aa MOVB *A10(0x10),*A9 +rom:000699ae MOVB *A10(0x18),*A10(0x10) +rom:000699b4 MOVB *A9,*A10(0x18) +rom:000699b8 MOVB *A10(0x20),*A9 +rom:000699bc MOVB *A10(0x38),*A10(0x20) +rom:000699c2 MOVB *A9,*A10(0x38) +rom:000699c6 MOVB *A10(0x28),*A9 +rom:000699ca MOVB *A10(0x30),*A10(0x28) +rom:000699d0 MOVB *A9,*A10(0x30) +rom:000699d4 MOVB *A10(0x40),*A9 +rom:000699d8 MOVB *A10(0x58),*A10(0x40) +rom:000699de MOVB *A9,*A10(0x58) +rom:000699e2 MOVB *A10(0x48),*A9 +rom:000699e6 MOVB *A10(0x50),*A10(0x48) +rom:000699ec MOVB *A9,*A10(0x50) +rom:000699f0 JR 0x00069bc2 +rom:000699f4 MOVE *A13(0xffe0),A7,0x1 +rom:000699f8 MOVE *A7(0x40),A11,0x1 +rom:000699fc MOVB *A11(0x60),*A9 +rom:00069a00 MOVB *A11(0x78),*A11(0x60) +rom:00069a06 MOVB *A9,*A11(0x78) +rom:00069a0a MOVB *A11(0x68),*A9 +rom:00069a0e MOVB *A11(0x70),*A11(0x68) +rom:00069a14 MOVB *A9,*A11(0x70) +rom:00069a18 MOVB *A11(0x80),*A9 +rom:00069a1c MOVB *A11(0x98),*A11(0x80) +rom:00069a22 MOVB *A9,*A11(0x98) +rom:00069a26 MOVB *A11(0x88),*A9 +rom:00069a2a MOVB *A11(0x90),*A11(0x88) +rom:00069a30 MOVB *A9,*A11(0x90) +rom:00069a34 MOVB *A11(0xa0),*A9 +rom:00069a38 MOVB *A11(0xb8),*A11(0xa0) +rom:00069a3e MOVB *A9,*A11(0xb8) +rom:00069a42 MOVB *A11(0xa8),*A9 +rom:00069a46 MOVB *A11(0xb0),*A11(0xa8) +rom:00069a4c MOVB *A9,*A11(0xb0) +rom:00069a50 JR 0x00069be2 +rom:00069a54 MOVE *A13(0xffe0),A7,0x1 +rom:00069a58 MOVE *A7(0x40),A11,0x1 +rom:00069a5c MOVB *A11(0x60),*A9 +rom:00069a60 MOVB *A11(0x78),*A11(0x60) +rom:00069a66 MOVB *A9,*A11(0x78) +rom:00069a6a MOVB *A11(0x68),*A9 +rom:00069a6e MOVB *A11(0x70),*A11(0x68) +rom:00069a74 MOVB *A9,*A11(0x70) +rom:00069a78 MOVB *A11(0x80),*A9 +rom:00069a7c MOVB *A11(0x98),*A11(0x80) +rom:00069a82 MOVB *A9,*A11(0x98) +rom:00069a86 MOVB *A11(0x88),*A9 +rom:00069a8a MOVB *A11(0x90),*A11(0x88) +rom:00069a90 MOVB *A9,*A11(0x90) +rom:00069a94 MOVB *A11(0xb0),*A9 +rom:00069a98 MOVB *A11(0xb8),*A11(0xb0) +rom:00069a9e MOVB *A9,*A11(0xb8) +rom:00069aa2 MOVB *A11(0xc0),*A9 +rom:00069aa6 MOVB *A11(0xd8),*A11(0xc0) +rom:00069aac MOVB *A9,*A11(0xd8) +rom:00069ab0 MOVB *A11(0xc8),*A9 +rom:00069ab4 MOVB *A11(0xd0),*A11(0xc8) +rom:00069aba MOVB *A9,*A11(0xd0) +rom:00069abe MOVE A14,-*SP,0x1 +rom:00069ac0 MOVK 0x3,A5 +rom:00069ac2 MOVE A5,*A14+,0x1 +rom:00069ac4 MOVE A11,A5 +rom:00069ac6 ADDI 0xe0,A5 +rom:00069aca MOVE A5,*A14+,0x1 +rom:00069acc CALLA 0x07f1b4d8 +rom:00069ad2 JR 0x00069be2 +rom:00069ad6 MOVE *A13(0xffe0),A7,0x1 +rom:00069ada MOVE *A7(0x40),A11,0x1 +rom:00069ade MOVB *A11(0x60),*A9 +rom:00069ae2 MOVB *A11(0x78),*A11(0x60) +rom:00069ae8 MOVB *A9,*A11(0x78) +rom:00069aec MOVB *A11(0x68),*A9 +rom:00069af0 MOVB *A11(0x70),*A11(0x68) +rom:00069af6 MOVB *A9,*A11(0x70) +rom:00069afa MOVB *A11(0x80),*A9 +rom:00069afe MOVB *A11(0x98),*A11(0x80) +rom:00069b04 MOVB *A9,*A11(0x98) +rom:00069b08 MOVB *A11(0x88),*A9 +rom:00069b0c MOVB *A11(0x90),*A11(0x88) +rom:00069b12 MOVB *A9,*A11(0x90) +rom:00069b16 MOVB *A11(0xa0),*A9 +rom:00069b1a MOVB *A11(0xb8),*A11(0xa0) +rom:00069b20 MOVB *A9,*A11(0xb8) +rom:00069b24 MOVB *A11(0xa8),*A9 +rom:00069b28 MOVB *A11(0xb0),*A11(0xa8) +rom:00069b2e MOVB *A9,*A11(0xb0) +rom:00069b32 MOVB *A11(0xc0),*A9 +rom:00069b36 MOVB *A11(0xd8),*A11(0xc0) +rom:00069b3c MOVB *A9,*A11(0xd8) +rom:00069b40 MOVB *A11(0xc8),*A9 +rom:00069b44 MOVB *A11(0xd0),*A11(0xc8) +rom:00069b4a MOVB *A9,*A11(0xd0) +rom:00069b4e JR 0x00069be2 +rom:00069b50 MOVE *A13(0xffe0),A7,0x1 +rom:00069b54 MOVE *A7(0x40),A11,0x1 +rom:00069b58 MOVB *A11(0x60),*A9 +rom:00069b5c MOVB *A11(0x78),*A11(0x60) +rom:00069b62 MOVB *A9,*A11(0x78) +rom:00069b66 MOVB *A11(0x68),*A9 +rom:00069b6a MOVB *A11(0x70),*A11(0x68) +rom:00069b70 MOVB *A9,*A11(0x70) +rom:00069b74 MOVB *A11(0x80),*A9 +rom:00069b78 MOVB *A11(0x98),*A11(0x80) +rom:00069b7e MOVB *A9,*A11(0x98) +rom:00069b82 MOVB *A11(0x88),*A9 +rom:00069b86 MOVB *A11(0x90),*A11(0x88) +rom:00069b8c MOVB *A9,*A11(0x90) +rom:00069b90 MOVB *A11(0xa0),*A9 +rom:00069b94 MOVB *A11(0xb8),*A11(0xa0) +rom:00069b9a MOVB *A9,*A11(0xb8) +rom:00069b9e MOVB *A11(0xa8),*A9 +rom:00069ba2 MOVB *A11(0xb0),*A11(0xa8) +rom:00069ba8 MOVB *A9,*A11(0xb0) +rom:00069bac MOVE A14,-*SP,0x1 +rom:00069bae MOVE *A11(0xa0),*A14+,0x1 +rom:00069bb2 MOVE A11,A5 +rom:00069bb4 ADDI 0xc0,A5 +rom:00069bb8 MOVE A5,*A14+,0x1 +rom:00069bba CALLA 0x07ea9680 +rom:00069bc0 JR 0x00069be2 +rom:00069bc2 MOVE *A10(0x20),A8,0x1 +rom:00069bc6 DEC A8 +rom:00069bc8 JREQ 0x00069a54 +rom:00069bcc DEC A8 +rom:00069bce JREQ 0x00069a54 +rom:00069bd2 SUBK 0x2,A8 +rom:00069bd4 JREQ 0x000699f4 +rom:00069bd8 DEC A8 +rom:00069bda JREQ 0x00069ad6 +rom:00069bde DEC A8 +rom:00069be0 JREQ 0x00069b50 +rom:00069be2 MOVE A14,-*SP,0x1 +rom:00069be4 MOVE *A13(0xffe0),*A14+,0x1 +rom:00069be8 SETF 0x8,0x0,0x0 +rom:00069bea MOVE *A10(0x8),A11,0x0 +rom:00069bee SLL 0x5,A11 +rom:00069bf0 ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot09_069740.txt b/xie/ghidra-evidence/image_path/swapper_slot09_069740.txt new file mode 100644 index 0000000..9eed3f6 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot09_069740.txt @@ -0,0 +1,25 @@ +rom:00069740 MMTM SP,0x174 +rom:00069744 MOVE A14,A13 +rom:00069746 MOVE *A13(0xffe0),A9,0x1 +rom:0006974a MOVE *A9(0x40),A11,0x1 +rom:0006974e MOVB *A11(0x10),*A10 +rom:00069752 MOVB *A11(0x18),*A11(0x10) +rom:00069758 MOVB *A10,*A11(0x18) +rom:0006975c MOVB *A11(0x20),*A10 +rom:00069760 MOVB *A11(0x38),*A11(0x20) +rom:00069766 MOVB *A10,*A11(0x38) +rom:0006976a MOVB *A11(0x28),*A10 +rom:0006976e MOVB *A11(0x30),*A11(0x28) +rom:00069774 MOVB *A10,*A11(0x30) +rom:00069778 MOVB *A11(0x40),*A10 +rom:0006977c MOVB *A11(0x58),*A11(0x40) +rom:00069782 MOVB *A10,*A11(0x58) +rom:00069786 MOVB *A11(0x48),*A10 +rom:0006978a MOVB *A11(0x50),*A11(0x48) +rom:00069790 MOVB *A10,*A11(0x50) +rom:00069794 MOVE A14,-*SP,0x1 +rom:00069796 MOVE A9,*A14+,0x1 +rom:00069798 SETF 0x8,0x0,0x0 +rom:0006979a MOVE *A11(0x8),A7,0x0 +rom:0006979e SLL 0x5,A7 +rom:000697a0 ADDI 0xd3f90,A7 diff --git a/xie/ghidra-evidence/image_path/swapper_slot11_069C04.txt b/xie/ghidra-evidence/image_path/swapper_slot11_069C04.txt new file mode 100644 index 0000000..9071f25 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot11_069C04.txt @@ -0,0 +1,25 @@ +rom:00069c04 MMTM SP,0x74 +rom:00069c08 MOVE A14,A13 +rom:00069c0a MOVE *A13(0xffe0),A11,0x1 +rom:00069c0e MOVE *A11(0x40),A10,0x1 +rom:00069c12 MOVB *A10(0x10),*A9 +rom:00069c16 MOVB *A10(0x18),*A10(0x10) +rom:00069c1c MOVB *A9,*A10(0x18) +rom:00069c20 MOVB *A10(0x20),*A9 +rom:00069c24 MOVB *A10(0x38),*A10(0x20) +rom:00069c2a MOVB *A9,*A10(0x38) +rom:00069c2e MOVB *A10(0x28),*A9 +rom:00069c32 MOVB *A10(0x30),*A10(0x28) +rom:00069c38 MOVB *A9,*A10(0x30) +rom:00069c3c MOVB *A10(0x40),*A9 +rom:00069c40 MOVB *A10(0x58),*A10(0x40) +rom:00069c46 MOVB *A9,*A10(0x58) +rom:00069c4a MOVB *A10(0x48),*A9 +rom:00069c4e MOVB *A10(0x50),*A10(0x48) +rom:00069c54 MOVB *A9,*A10(0x50) +rom:00069c58 MOVE A14,-*SP,0x1 +rom:00069c5a MOVE A11,*A14+,0x1 +rom:00069c5c SETF 0x8,0x0,0x0 +rom:00069c5e MOVE *A10(0x8),A11,0x0 +rom:00069c62 SLL 0x5,A11 +rom:00069c64 ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot12_069C78.txt b/xie/ghidra-evidence/image_path/swapper_slot12_069C78.txt new file mode 100644 index 0000000..3ba0538 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot12_069C78.txt @@ -0,0 +1,19 @@ +rom:00069c78 MMTM SP,0x74 +rom:00069c7c MOVE A14,A13 +rom:00069c7e MOVE *A13(0xffe0),A11,0x1 +rom:00069c82 MOVE *A11(0x40),A10,0x1 +rom:00069c86 MOVB *A10(0x10),*A9 +rom:00069c8a MOVB *A10(0x18),*A10(0x10) +rom:00069c90 MOVB *A9,*A10(0x18) +rom:00069c94 MOVB *A10(0x20),*A9 +rom:00069c98 MOVB *A10(0x38),*A10(0x20) +rom:00069c9e MOVB *A9,*A10(0x38) +rom:00069ca2 MOVB *A10(0x28),*A9 +rom:00069ca6 MOVB *A10(0x30),*A10(0x28) +rom:00069cac MOVB *A9,*A10(0x30) +rom:00069cb0 MOVE A14,-*SP,0x1 +rom:00069cb2 MOVE A11,*A14+,0x1 +rom:00069cb4 SETF 0x8,0x0,0x0 +rom:00069cb6 MOVE *A10(0x8),A11,0x0 +rom:00069cba SLL 0x5,A11 +rom:00069cbc ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot13_069CD0.txt b/xie/ghidra-evidence/image_path/swapper_slot13_069CD0.txt new file mode 100644 index 0000000..ff118b5 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot13_069CD0.txt @@ -0,0 +1,19 @@ +rom:00069cd0 MMTM SP,0x74 +rom:00069cd4 MOVE A14,A13 +rom:00069cd6 MOVE *A13(0xffe0),A11,0x1 +rom:00069cda MOVE *A11(0x40),A10,0x1 +rom:00069cde MOVB *A10(0x10),*A9 +rom:00069ce2 MOVB *A10(0x18),*A10(0x10) +rom:00069ce8 MOVB *A9,*A10(0x18) +rom:00069cec MOVB *A10(0x20),*A9 +rom:00069cf0 MOVB *A10(0x38),*A10(0x20) +rom:00069cf6 MOVB *A9,*A10(0x38) +rom:00069cfa MOVB *A10(0x28),*A9 +rom:00069cfe MOVB *A10(0x30),*A10(0x28) +rom:00069d04 MOVB *A9,*A10(0x30) +rom:00069d08 MOVE A14,-*SP,0x1 +rom:00069d0a MOVE A11,*A14+,0x1 +rom:00069d0c SETF 0x8,0x0,0x0 +rom:00069d0e MOVE *A10(0x8),A11,0x0 +rom:00069d12 SLL 0x5,A11 +rom:00069d14 ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot14_069D28.txt b/xie/ghidra-evidence/image_path/swapper_slot14_069D28.txt new file mode 100644 index 0000000..be97f01 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot14_069D28.txt @@ -0,0 +1,25 @@ +rom:00069d28 MMTM SP,0x74 +rom:00069d2c MOVE A14,A13 +rom:00069d2e MOVE *A13(0xffe0),A11,0x1 +rom:00069d32 MOVE *A11(0x40),A10,0x1 +rom:00069d36 MOVB *A10(0x10),*A9 +rom:00069d3a MOVB *A10(0x18),*A10(0x10) +rom:00069d40 MOVB *A9,*A10(0x18) +rom:00069d44 MOVB *A10(0x20),*A9 +rom:00069d48 MOVB *A10(0x38),*A10(0x20) +rom:00069d4e MOVB *A9,*A10(0x38) +rom:00069d52 MOVB *A10(0x28),*A9 +rom:00069d56 MOVB *A10(0x30),*A10(0x28) +rom:00069d5c MOVB *A9,*A10(0x30) +rom:00069d60 MOVB *A10(0x40),*A9 +rom:00069d64 MOVB *A10(0x58),*A10(0x40) +rom:00069d6a MOVB *A9,*A10(0x58) +rom:00069d6e MOVB *A10(0x48),*A9 +rom:00069d72 MOVB *A10(0x50),*A10(0x48) +rom:00069d78 MOVB *A9,*A10(0x50) +rom:00069d7c MOVE A14,-*SP,0x1 +rom:00069d7e MOVE A11,*A14+,0x1 +rom:00069d80 SETF 0x8,0x0,0x0 +rom:00069d82 MOVE *A10(0x8),A11,0x0 +rom:00069d86 SLL 0x5,A11 +rom:00069d88 ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot15_069D9C.txt b/xie/ghidra-evidence/image_path/swapper_slot15_069D9C.txt new file mode 100644 index 0000000..6e8b7d9 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot15_069D9C.txt @@ -0,0 +1,25 @@ +rom:00069d9c MMTM SP,0x74 +rom:00069da0 MOVE A14,A13 +rom:00069da2 MOVE *A13(0xffe0),A11,0x1 +rom:00069da6 MOVE *A11(0x40),A10,0x1 +rom:00069daa MOVB *A10(0x10),*A9 +rom:00069dae MOVB *A10(0x18),*A10(0x10) +rom:00069db4 MOVB *A9,*A10(0x18) +rom:00069db8 MOVB *A10(0x20),*A9 +rom:00069dbc MOVB *A10(0x38),*A10(0x20) +rom:00069dc2 MOVB *A9,*A10(0x38) +rom:00069dc6 MOVB *A10(0x28),*A9 +rom:00069dca MOVB *A10(0x30),*A10(0x28) +rom:00069dd0 MOVB *A9,*A10(0x30) +rom:00069dd4 MOVB *A10(0x40),*A9 +rom:00069dd8 MOVB *A10(0x58),*A10(0x40) +rom:00069dde MOVB *A9,*A10(0x58) +rom:00069de2 MOVB *A10(0x48),*A9 +rom:00069de6 MOVB *A10(0x50),*A10(0x48) +rom:00069dec MOVB *A9,*A10(0x50) +rom:00069df0 MOVE A14,-*SP,0x1 +rom:00069df2 MOVE A11,*A14+,0x1 +rom:00069df4 SETF 0x8,0x0,0x0 +rom:00069df6 MOVE *A10(0x8),A11,0x0 +rom:00069dfa SLL 0x5,A11 +rom:00069dfc ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot18_069E10.txt b/xie/ghidra-evidence/image_path/swapper_slot18_069E10.txt new file mode 100644 index 0000000..9ef51c0 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot18_069E10.txt @@ -0,0 +1,25 @@ +rom:00069e10 MMTM SP,0x74 +rom:00069e14 MOVE A14,A13 +rom:00069e16 MOVE *A13(0xffe0),A11,0x1 +rom:00069e1a MOVE *A11(0x40),A10,0x1 +rom:00069e1e MOVB *A10(0x10),*A9 +rom:00069e22 MOVB *A10(0x18),*A10(0x10) +rom:00069e28 MOVB *A9,*A10(0x18) +rom:00069e2c MOVB *A10(0x20),*A9 +rom:00069e30 MOVB *A10(0x38),*A10(0x20) +rom:00069e36 MOVB *A9,*A10(0x38) +rom:00069e3a MOVB *A10(0x28),*A9 +rom:00069e3e MOVB *A10(0x30),*A10(0x28) +rom:00069e44 MOVB *A9,*A10(0x30) +rom:00069e48 MOVB *A10(0x40),*A9 +rom:00069e4c MOVB *A10(0x58),*A10(0x40) +rom:00069e52 MOVB *A9,*A10(0x58) +rom:00069e56 MOVB *A10(0x48),*A9 +rom:00069e5a MOVB *A10(0x50),*A10(0x48) +rom:00069e60 MOVB *A9,*A10(0x50) +rom:00069e64 MOVE A14,-*SP,0x1 +rom:00069e66 MOVE A11,*A14+,0x1 +rom:00069e68 SETF 0x8,0x0,0x0 +rom:00069e6a MOVE *A10(0x8),A11,0x0 +rom:00069e6e SLL 0x5,A11 +rom:00069e70 ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot19_069E84.txt b/xie/ghidra-evidence/image_path/swapper_slot19_069E84.txt new file mode 100644 index 0000000..c160737 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot19_069E84.txt @@ -0,0 +1,49 @@ +rom:00069e84 MMTM SP,0x74 +rom:00069e88 MOVE A14,A13 +rom:00069e8a MOVE *A13(0xffe0),A11,0x1 +rom:00069e8e MOVE *A11(0x40),A10,0x1 +rom:00069e92 MOVB *A10(0x10),*A9 +rom:00069e96 MOVB *A10(0x18),*A10(0x10) +rom:00069e9c MOVB *A9,*A10(0x18) +rom:00069ea0 MOVB *A10(0x20),*A9 +rom:00069ea4 MOVB *A10(0x38),*A10(0x20) +rom:00069eaa MOVB *A9,*A10(0x38) +rom:00069eae MOVB *A10(0x28),*A9 +rom:00069eb2 MOVB *A10(0x30),*A10(0x28) +rom:00069eb8 MOVB *A9,*A10(0x30) +rom:00069ebc MOVB *A10(0x40),*A9 +rom:00069ec0 MOVB *A10(0x58),*A10(0x40) +rom:00069ec6 MOVB *A9,*A10(0x58) +rom:00069eca MOVB *A10(0x48),*A9 +rom:00069ece MOVB *A10(0x50),*A10(0x48) +rom:00069ed4 MOVB *A9,*A10(0x50) +rom:00069ed8 MOVB *A10(0x60),*A9 +rom:00069edc MOVB *A10(0x78),*A10(0x60) +rom:00069ee2 MOVB *A9,*A10(0x78) +rom:00069ee6 MOVB *A10(0x68),*A9 +rom:00069eea MOVB *A10(0x70),*A10(0x68) +rom:00069ef0 MOVB *A9,*A10(0x70) +rom:00069ef4 MOVB *A10(0x80),*A9 +rom:00069ef8 MOVB *A10(0x98),*A10(0x80) +rom:00069efe MOVB *A9,*A10(0x98) +rom:00069f02 MOVB *A10(0x88),*A9 +rom:00069f06 MOVB *A10(0x90),*A10(0x88) +rom:00069f0c MOVB *A9,*A10(0x90) +rom:00069f10 MOVB *A10(0xa0),*A9 +rom:00069f14 MOVB *A10(0xb8),*A10(0xa0) +rom:00069f1a MOVB *A9,*A10(0xb8) +rom:00069f1e MOVB *A10(0xa8),*A9 +rom:00069f22 MOVB *A10(0xb0),*A10(0xa8) +rom:00069f28 MOVB *A9,*A10(0xb0) +rom:00069f2c MOVB *A10(0xc0),*A9 +rom:00069f30 MOVB *A10(0xd8),*A10(0xc0) +rom:00069f36 MOVB *A9,*A10(0xd8) +rom:00069f3a MOVB *A10(0xc8),*A9 +rom:00069f3e MOVB *A10(0xd0),*A10(0xc8) +rom:00069f44 MOVB *A9,*A10(0xd0) +rom:00069f48 MOVE A14,-*SP,0x1 +rom:00069f4a MOVE A11,*A14+,0x1 +rom:00069f4c SETF 0x8,0x0,0x0 +rom:00069f4e MOVE *A10(0x8),A11,0x0 +rom:00069f52 SLL 0x5,A11 +rom:00069f54 ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot20_069F68.txt b/xie/ghidra-evidence/image_path/swapper_slot20_069F68.txt new file mode 100644 index 0000000..e67ebfe --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot20_069F68.txt @@ -0,0 +1,38 @@ +rom:00069f68 MMTM SP,0x174 +rom:00069f6c MOVE A14,A13 +rom:00069f6e MOVE *A13(0xffe0),A11,0x1 +rom:00069f72 MOVE *A11(0x40),A10,0x1 +rom:00069f76 MOVB *A10(0x10),*A9 +rom:00069f7a MOVB *A10(0x18),*A10(0x10) +rom:00069f80 MOVB *A9,*A10(0x18) +rom:00069f84 MOVB *A10(0x20),*A9 +rom:00069f88 MOVB *A10(0x38),*A10(0x20) +rom:00069f8e MOVB *A9,*A10(0x38) +rom:00069f92 MOVB *A10(0x28),*A9 +rom:00069f96 MOVB *A10(0x30),*A10(0x28) +rom:00069f9c MOVB *A9,*A10(0x30) +rom:00069fa0 MOVB *A10(0x40),*A9 +rom:00069fa4 MOVB *A10(0x58),*A10(0x40) +rom:00069faa MOVB *A9,*A10(0x58) +rom:00069fae MOVB *A10(0x48),*A9 +rom:00069fb2 MOVB *A10(0x50),*A10(0x48) +rom:00069fb8 MOVB *A9,*A10(0x50) +rom:00069fbc MOVB *A10(0x80),*A9 +rom:00069fc0 MOVB *A10(0x98),*A10(0x80) +rom:00069fc6 MOVB *A9,*A10(0x98) +rom:00069fca MOVB *A10(0x88),*A9 +rom:00069fce MOVB *A10(0x90),*A10(0x88) +rom:00069fd4 MOVB *A9,*A10(0x90) +rom:00069fd8 MOVE A14,-*SP,0x1 +rom:00069fda MOVK 0x18,A7 +rom:00069fdc MOVE A7,*A14+,0x1 +rom:00069fde MOVE A10,A7 +rom:00069fe0 ADDI 0x160,A7 +rom:00069fe4 MOVE A7,*A14+,0x1 +rom:00069fe6 CALLA 0x07f1b4d8 +rom:00069fec MOVE A14,-*SP,0x1 +rom:00069fee MOVE A11,*A14+,0x1 +rom:00069ff0 SETF 0x8,0x0,0x0 +rom:00069ff2 MOVE *A10(0x8),A7,0x0 +rom:00069ff6 SLL 0x5,A7 +rom:00069ff8 ADDI 0xd3f90,A7 diff --git a/xie/ghidra-evidence/image_path/swapper_slot21_06A00C.txt b/xie/ghidra-evidence/image_path/swapper_slot21_06A00C.txt new file mode 100644 index 0000000..87d1e8d --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot21_06A00C.txt @@ -0,0 +1,97 @@ +rom:0006a00c MMTM SP,0x74 +rom:0006a010 MOVE A14,A13 +rom:0006a012 MOVE *A13(0xffe0),A11,0x1 +rom:0006a016 MOVE *A11(0x40),A10,0x1 +rom:0006a01a MOVB *A10(0x10),*A9 +rom:0006a01e MOVB *A10(0x18),*A10(0x10) +rom:0006a024 MOVB *A9,*A10(0x18) +rom:0006a028 MOVB *A10(0x20),*A9 +rom:0006a02c MOVB *A10(0x38),*A10(0x20) +rom:0006a032 MOVB *A9,*A10(0x38) +rom:0006a036 MOVB *A10(0x28),*A9 +rom:0006a03a MOVB *A10(0x30),*A10(0x28) +rom:0006a040 MOVB *A9,*A10(0x30) +rom:0006a044 MOVB *A10(0x40),*A9 +rom:0006a048 MOVB *A10(0x58),*A10(0x40) +rom:0006a04e MOVB *A9,*A10(0x58) +rom:0006a052 MOVB *A10(0x48),*A9 +rom:0006a056 MOVB *A10(0x50),*A10(0x48) +rom:0006a05c MOVB *A9,*A10(0x50) +rom:0006a060 MOVB *A10(0x60),*A9 +rom:0006a064 MOVB *A10(0x78),*A10(0x60) +rom:0006a06a MOVB *A9,*A10(0x78) +rom:0006a06e MOVB *A10(0x68),*A9 +rom:0006a072 MOVB *A10(0x70),*A10(0x68) +rom:0006a078 MOVB *A9,*A10(0x70) +rom:0006a07c MOVB *A10(0x80),*A9 +rom:0006a080 MOVB *A10(0x98),*A10(0x80) +rom:0006a086 MOVB *A9,*A10(0x98) +rom:0006a08a MOVB *A10(0x88),*A9 +rom:0006a08e MOVB *A10(0x90),*A10(0x88) +rom:0006a094 MOVB *A9,*A10(0x90) +rom:0006a098 MOVB *A10(0xa0),*A9 +rom:0006a09c MOVB *A10(0xb8),*A10(0xa0) +rom:0006a0a2 MOVB *A9,*A10(0xb8) +rom:0006a0a6 MOVB *A10(0xa8),*A9 +rom:0006a0aa MOVB *A10(0xb0),*A10(0xa8) +rom:0006a0b0 MOVB *A9,*A10(0xb0) +rom:0006a0b4 MOVB *A10(0xc0),*A9 +rom:0006a0b8 MOVB *A10(0xd8),*A10(0xc0) +rom:0006a0be MOVB *A9,*A10(0xd8) +rom:0006a0c2 MOVB *A10(0xc8),*A9 +rom:0006a0c6 MOVB *A10(0xd0),*A10(0xc8) +rom:0006a0cc MOVB *A9,*A10(0xd0) +rom:0006a0d0 MOVB *A10(0xe0),*A9 +rom:0006a0d4 MOVB *A10(0xf8),*A10(0xe0) +rom:0006a0da MOVB *A9,*A10(0xf8) +rom:0006a0de MOVB *A10(0xe8),*A9 +rom:0006a0e2 MOVB *A10(0xf0),*A10(0xe8) +rom:0006a0e8 MOVB *A9,*A10(0xf0) +rom:0006a0ec MOVB *A10(0x100),*A9 +rom:0006a0f0 MOVB *A10(0x118),*A10(0x100) +rom:0006a0f6 MOVB *A9,*A10(0x118) +rom:0006a0fa MOVB *A10(0x108),*A9 +rom:0006a0fe MOVB *A10(0x110),*A10(0x108) +rom:0006a104 MOVB *A9,*A10(0x110) +rom:0006a108 MOVB *A10(0x120),*A9 +rom:0006a10c MOVB *A10(0x138),*A10(0x120) +rom:0006a112 MOVB *A9,*A10(0x138) +rom:0006a116 MOVB *A10(0x128),*A9 +rom:0006a11a MOVB *A10(0x130),*A10(0x128) +rom:0006a120 MOVB *A9,*A10(0x130) +rom:0006a124 MOVB *A10(0x140),*A9 +rom:0006a128 MOVB *A10(0x158),*A10(0x140) +rom:0006a12e MOVB *A9,*A10(0x158) +rom:0006a132 MOVB *A10(0x148),*A9 +rom:0006a136 MOVB *A10(0x150),*A10(0x148) +rom:0006a13c MOVB *A9,*A10(0x150) +rom:0006a140 MOVB *A10(0x160),*A9 +rom:0006a144 MOVB *A10(0x178),*A10(0x160) +rom:0006a14a MOVB *A9,*A10(0x178) +rom:0006a14e MOVB *A10(0x168),*A9 +rom:0006a152 MOVB *A10(0x170),*A10(0x168) +rom:0006a158 MOVB *A9,*A10(0x170) +rom:0006a15c MOVB *A10(0x190),*A9 +rom:0006a160 MOVB *A10(0x198),*A10(0x190) +rom:0006a166 MOVB *A9,*A10(0x198) +rom:0006a16a MOVB *A10(0x1a0),*A9 +rom:0006a16e MOVB *A10(0x1b8),*A10(0x1a0) +rom:0006a174 MOVB *A9,*A10(0x1b8) +rom:0006a178 MOVB *A10(0x1a8),*A9 +rom:0006a17c MOVB *A10(0x1b0),*A10(0x1a8) +rom:0006a182 MOVB *A9,*A10(0x1b0) +rom:0006a186 MOVB *A10(0x1d0),*A9 +rom:0006a18a MOVB *A10(0x1d8),*A10(0x1d0) +rom:0006a190 MOVB *A9,*A10(0x1d8) +rom:0006a194 MOVB *A10(0x1e0),*A9 +rom:0006a198 MOVB *A10(0x1f8),*A10(0x1e0) +rom:0006a19e MOVB *A9,*A10(0x1f8) +rom:0006a1a2 MOVB *A10(0x1e8),*A9 +rom:0006a1a6 MOVB *A10(0x1f0),*A10(0x1e8) +rom:0006a1ac MOVB *A9,*A10(0x1f0) +rom:0006a1b0 MOVE A14,-*SP,0x1 +rom:0006a1b2 MOVE A11,*A14+,0x1 +rom:0006a1b4 SETF 0x8,0x0,0x0 +rom:0006a1b6 MOVE *A10(0x8),A11,0x0 +rom:0006a1ba SLL 0x5,A11 +rom:0006a1bc ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot22_06A1D0.txt b/xie/ghidra-evidence/image_path/swapper_slot22_06A1D0.txt new file mode 100644 index 0000000..3c37d5d --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot22_06A1D0.txt @@ -0,0 +1,19 @@ +rom:0006a1d0 MMTM SP,0x74 +rom:0006a1d4 MOVE A14,A13 +rom:0006a1d6 MOVE *A13(0xffe0),A11,0x1 +rom:0006a1da MOVE *A11(0x40),A10,0x1 +rom:0006a1de MOVB *A10(0x10),*A9 +rom:0006a1e2 MOVB *A10(0x18),*A10(0x10) +rom:0006a1e8 MOVB *A9,*A10(0x18) +rom:0006a1ec MOVB *A10(0x20),*A9 +rom:0006a1f0 MOVB *A10(0x38),*A10(0x20) +rom:0006a1f6 MOVB *A9,*A10(0x38) +rom:0006a1fa MOVB *A10(0x28),*A9 +rom:0006a1fe MOVB *A10(0x30),*A10(0x28) +rom:0006a204 MOVB *A9,*A10(0x30) +rom:0006a208 MOVE A14,-*SP,0x1 +rom:0006a20a MOVE A11,*A14+,0x1 +rom:0006a20c SETF 0x8,0x0,0x0 +rom:0006a20e MOVE *A10(0x8),A11,0x0 +rom:0006a212 SLL 0x5,A11 +rom:0006a214 ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot24_06A228.txt b/xie/ghidra-evidence/image_path/swapper_slot24_06A228.txt new file mode 100644 index 0000000..c7be306 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot24_06A228.txt @@ -0,0 +1,25 @@ +rom:0006a228 MMTM SP,0x74 +rom:0006a22c MOVE A14,A13 +rom:0006a22e MOVE *A13(0xffe0),A11,0x1 +rom:0006a232 MOVE *A11(0x40),A10,0x1 +rom:0006a236 MOVB *A10(0x10),*A9 +rom:0006a23a MOVB *A10(0x18),*A10(0x10) +rom:0006a240 MOVB *A9,*A10(0x18) +rom:0006a244 MOVB *A10(0x20),*A9 +rom:0006a248 MOVB *A10(0x38),*A10(0x20) +rom:0006a24e MOVB *A9,*A10(0x38) +rom:0006a252 MOVB *A10(0x28),*A9 +rom:0006a256 MOVB *A10(0x30),*A10(0x28) +rom:0006a25c MOVB *A9,*A10(0x30) +rom:0006a260 MOVB *A10(0x40),*A9 +rom:0006a264 MOVB *A10(0x58),*A10(0x40) +rom:0006a26a MOVB *A9,*A10(0x58) +rom:0006a26e MOVB *A10(0x48),*A9 +rom:0006a272 MOVB *A10(0x50),*A10(0x48) +rom:0006a278 MOVB *A9,*A10(0x50) +rom:0006a27c MOVE A14,-*SP,0x1 +rom:0006a27e MOVE A11,*A14+,0x1 +rom:0006a280 SETF 0x8,0x0,0x0 +rom:0006a282 MOVE *A10(0x8),A11,0x0 +rom:0006a286 SLL 0x5,A11 +rom:0006a288 ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot33_06A29C.txt b/xie/ghidra-evidence/image_path/swapper_slot33_06A29C.txt new file mode 100644 index 0000000..92cee6c --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot33_06A29C.txt @@ -0,0 +1,31 @@ +rom:0006a29c MMTM SP,0x74 +rom:0006a2a0 MOVE A14,A13 +rom:0006a2a2 MOVE *A13(0xffe0),A11,0x1 +rom:0006a2a6 MOVE *A11(0x40),A10,0x1 +rom:0006a2aa MOVB *A10(0x10),*A9 +rom:0006a2ae MOVB *A10(0x18),*A10(0x10) +rom:0006a2b4 MOVB *A9,*A10(0x18) +rom:0006a2b8 MOVB *A10(0x20),*A9 +rom:0006a2bc MOVB *A10(0x38),*A10(0x20) +rom:0006a2c2 MOVB *A9,*A10(0x38) +rom:0006a2c6 MOVB *A10(0x28),*A9 +rom:0006a2ca MOVB *A10(0x30),*A10(0x28) +rom:0006a2d0 MOVB *A9,*A10(0x30) +rom:0006a2d4 MOVB *A10(0x40),*A9 +rom:0006a2d8 MOVB *A10(0x58),*A10(0x40) +rom:0006a2de MOVB *A9,*A10(0x58) +rom:0006a2e2 MOVB *A10(0x48),*A9 +rom:0006a2e6 MOVB *A10(0x50),*A10(0x48) +rom:0006a2ec MOVB *A9,*A10(0x50) +rom:0006a2f0 MOVB *A10(0x60),*A9 +rom:0006a2f4 MOVB *A10(0x78),*A10(0x60) +rom:0006a2fa MOVB *A9,*A10(0x78) +rom:0006a2fe MOVB *A10(0x68),*A9 +rom:0006a302 MOVB *A10(0x70),*A10(0x68) +rom:0006a308 MOVB *A9,*A10(0x70) +rom:0006a30c MOVE A14,-*SP,0x1 +rom:0006a30e MOVE A11,*A14+,0x1 +rom:0006a310 SETF 0x8,0x0,0x0 +rom:0006a312 MOVE *A10(0x8),A11,0x0 +rom:0006a316 SLL 0x5,A11 +rom:0006a318 ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot40_06A32C.txt b/xie/ghidra-evidence/image_path/swapper_slot40_06A32C.txt new file mode 100644 index 0000000..246008d --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot40_06A32C.txt @@ -0,0 +1,25 @@ +rom:0006a32c MMTM SP,0x74 +rom:0006a330 MOVE A14,A13 +rom:0006a332 MOVE *A13(0xffe0),A11,0x1 +rom:0006a336 MOVE *A11(0x40),A10,0x1 +rom:0006a33a MOVB *A10(0x10),*A9 +rom:0006a33e MOVB *A10(0x18),*A10(0x10) +rom:0006a344 MOVB *A9,*A10(0x18) +rom:0006a348 MOVB *A10(0x20),*A9 +rom:0006a34c MOVB *A10(0x38),*A10(0x20) +rom:0006a352 MOVB *A9,*A10(0x38) +rom:0006a356 MOVB *A10(0x28),*A9 +rom:0006a35a MOVB *A10(0x30),*A10(0x28) +rom:0006a360 MOVB *A9,*A10(0x30) +rom:0006a364 MOVB *A10(0x40),*A9 +rom:0006a368 MOVB *A10(0x58),*A10(0x40) +rom:0006a36e MOVB *A9,*A10(0x58) +rom:0006a372 MOVB *A10(0x48),*A9 +rom:0006a376 MOVB *A10(0x50),*A10(0x48) +rom:0006a37c MOVB *A9,*A10(0x50) +rom:0006a380 MOVE A14,-*SP,0x1 +rom:0006a382 MOVE A11,*A14+,0x1 +rom:0006a384 SETF 0x8,0x0,0x0 +rom:0006a386 MOVE *A10(0x8),A11,0x0 +rom:0006a38a SLL 0x5,A11 +rom:0006a38c ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/image_path/swapper_slot43_06A3A0.txt b/xie/ghidra-evidence/image_path/swapper_slot43_06A3A0.txt new file mode 100644 index 0000000..f798533 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot43_06A3A0.txt @@ -0,0 +1,53 @@ +rom:0006a3a0 MMTM SP,0x174 +rom:0006a3a4 MOVE A14,A13 +rom:0006a3a6 MOVE *A13(0xffe0),A11,0x1 +rom:0006a3aa MOVE *A11(0x40),A10,0x1 +rom:0006a3ae MOVB *A10(0x10),*A9 +rom:0006a3b2 MOVB *A10(0x18),*A10(0x10) +rom:0006a3b8 MOVB *A9,*A10(0x18) +rom:0006a3bc MOVB *A10(0x20),*A9 +rom:0006a3c0 MOVB *A10(0x38),*A10(0x20) +rom:0006a3c6 MOVB *A9,*A10(0x38) +rom:0006a3ca MOVB *A10(0x28),*A9 +rom:0006a3ce MOVB *A10(0x30),*A10(0x28) +rom:0006a3d4 MOVB *A9,*A10(0x30) +rom:0006a3d8 MOVB *A10(0x40),*A9 +rom:0006a3dc MOVB *A10(0x58),*A10(0x40) +rom:0006a3e2 MOVB *A9,*A10(0x58) +rom:0006a3e6 MOVB *A10(0x48),*A9 +rom:0006a3ea MOVB *A10(0x50),*A10(0x48) +rom:0006a3f0 MOVB *A9,*A10(0x50) +rom:0006a3f4 MOVB *A10(0x70),*A9 +rom:0006a3f8 MOVB *A10(0x78),*A10(0x70) +rom:0006a3fe MOVB *A9,*A10(0x78) +rom:0006a402 MOVB *A10(0x80),*A9 +rom:0006a406 MOVB *A10(0x98),*A10(0x80) +rom:0006a40c MOVB *A9,*A10(0x98) +rom:0006a410 MOVB *A10(0x88),*A9 +rom:0006a414 MOVB *A10(0x90),*A10(0x88) +rom:0006a41a MOVB *A9,*A10(0x90) +rom:0006a41e MOVB *A10(0xa0),*A9 +rom:0006a422 MOVB *A10(0xb8),*A10(0xa0) +rom:0006a428 MOVB *A9,*A10(0xb8) +rom:0006a42c MOVB *A10(0xa8),*A9 +rom:0006a430 MOVB *A10(0xb0),*A10(0xa8) +rom:0006a436 MOVB *A9,*A10(0xb0) +rom:0006a43a MOVB *A10(0xc0),*A9 +rom:0006a43e MOVB *A10(0xd8),*A10(0xc0) +rom:0006a444 MOVB *A9,*A10(0xd8) +rom:0006a448 MOVB *A10(0xc8),*A9 +rom:0006a44c MOVB *A10(0xd0),*A10(0xc8) +rom:0006a452 MOVB *A9,*A10(0xd0) +rom:0006a456 MOVE A14,-*SP,0x1 +rom:0006a458 MOVK 0x3,A7 +rom:0006a45a MOVE A7,*A14+,0x1 +rom:0006a45c MOVE A10,A7 +rom:0006a45e ADDI 0xe0,A7 +rom:0006a462 MOVE A7,*A14+,0x1 +rom:0006a464 CALLA 0x07f1b4d8 +rom:0006a46a MOVE A14,-*SP,0x1 +rom:0006a46c MOVE A11,*A14+,0x1 +rom:0006a46e SETF 0x8,0x0,0x0 +rom:0006a470 MOVE *A10(0x8),A7,0x0 +rom:0006a474 SLL 0x5,A7 +rom:0006a476 ADDI 0xd3f90,A7 diff --git a/xie/ghidra-evidence/image_path/swapper_slot44_06A48A.txt b/xie/ghidra-evidence/image_path/swapper_slot44_06A48A.txt new file mode 100644 index 0000000..c69a855 --- /dev/null +++ b/xie/ghidra-evidence/image_path/swapper_slot44_06A48A.txt @@ -0,0 +1,37 @@ +rom:0006a48a MMTM SP,0x74 +rom:0006a48e MOVE A14,A13 +rom:0006a490 MOVE *A13(0xffe0),A11,0x1 +rom:0006a494 MOVE *A11(0x40),A10,0x1 +rom:0006a498 MOVB *A10(0x10),*A9 +rom:0006a49c MOVB *A10(0x18),*A10(0x10) +rom:0006a4a2 MOVB *A9,*A10(0x18) +rom:0006a4a6 MOVB *A10(0x20),*A9 +rom:0006a4aa MOVB *A10(0x38),*A10(0x20) +rom:0006a4b0 MOVB *A9,*A10(0x38) +rom:0006a4b4 MOVB *A10(0x28),*A9 +rom:0006a4b8 MOVB *A10(0x30),*A10(0x28) +rom:0006a4be MOVB *A9,*A10(0x30) +rom:0006a4c2 MOVB *A10(0x40),*A9 +rom:0006a4c6 MOVB *A10(0x58),*A10(0x40) +rom:0006a4cc MOVB *A9,*A10(0x58) +rom:0006a4d0 MOVB *A10(0x48),*A9 +rom:0006a4d4 MOVB *A10(0x50),*A10(0x48) +rom:0006a4da MOVB *A9,*A10(0x50) +rom:0006a4de MOVB *A10(0x60),*A9 +rom:0006a4e2 MOVB *A10(0x78),*A10(0x60) +rom:0006a4e8 MOVB *A9,*A10(0x78) +rom:0006a4ec MOVB *A10(0x68),*A9 +rom:0006a4f0 MOVB *A10(0x70),*A10(0x68) +rom:0006a4f6 MOVB *A9,*A10(0x70) +rom:0006a4fa MOVB *A10(0x80),*A9 +rom:0006a4fe MOVB *A10(0x98),*A10(0x80) +rom:0006a504 MOVB *A9,*A10(0x98) +rom:0006a508 MOVB *A10(0x88),*A9 +rom:0006a50c MOVB *A10(0x90),*A10(0x88) +rom:0006a512 MOVB *A9,*A10(0x90) +rom:0006a516 MOVE A14,-*SP,0x1 +rom:0006a518 MOVE A11,*A14+,0x1 +rom:0006a51a SETF 0x8,0x0,0x0 +rom:0006a51c MOVE *A10(0x8),A11,0x0 +rom:0006a520 SLL 0x5,A11 +rom:0006a522 ADDI 0xd3f90,A11 diff --git a/xie/ghidra-evidence/import/lookup_6B966.txt b/xie/ghidra-evidence/import/lookup_6B966.txt new file mode 100644 index 0000000..bbf04ff --- /dev/null +++ b/xie/ghidra-evidence/import/lookup_6B966.txt @@ -0,0 +1,209 @@ +rom:0006b966 MMTM SP,0x154 +rom:0006b96a MOVE A14,A13 +rom:0006b96c MOVE *A13(0xffe0),A11,0x1 +rom:0006b970 MOVE *A11(0x40),A9,0x1 +rom:0006b974 MOVE *A13(0xffa0),A7,0x1 +rom:0006b978 MOVE A14,-*SP,0x1 +rom:0006b97a SETF 0x10,0x0,0x0 +rom:0006b97c MOVE @0x1ad980,A11,0x0 +rom:0006b982 MOVE A11,*A14+,0x1 +rom:0006b984 MOVE @0x1ad990,A11,0x0 +rom:0006b98a MOVE A11,*A14+,0x1 +rom:0006b98c MOVE *A13(0xff60),*A14+,0x1 +rom:0006b990 CALLA 0x07f174a4 +rom:0006b996 MOVE A8,*A7,0x1 +rom:0006b998 MOVE *A7,A11,0x1 +rom:0006b99a JRNE 0x0006ba8c +rom:0006b99c MOVE A14,-*SP,0x1 +rom:0006b99e MOVK 0xe,A11 +rom:0006b9a0 MOVE A11,*A14+,0x1 +rom:0006b9a2 MOVE *A13(0xff60),*A14+,0x1 +rom:0006b9a6 SETF 0x8,0x0,0x0 +rom:0006b9a8 MOVE *A9(0x8),A8,0x0 +rom:0006b9ac MOVE A8,*A14+,0x1 +rom:0006b9ae MOVE 0x1ad960,*A14+,0x1 +rom:0006b9b4 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006b9b8 CALLA 0x07effa5e +rom:0006b9be MOVE A11,A8 +rom:0006b9c0 JR 0x0006bbe4 +rom:0006b9c4 MOVE *A13(0xffc0),A11,0x1 +rom:0006b9c8 JRNE 0x0006b9f0 +rom:0006b9ca MOVE A14,-*SP,0x1 +rom:0006b9cc MOVK 0xe,A7 +rom:0006b9ce MOVE A7,*A14+,0x1 +rom:0006b9d0 MOVE *A13(0xff60),*A14+,0x1 +rom:0006b9d4 MOVE *A9(0x8),A8,0x0 +rom:0006b9d8 MOVE A8,*A14+,0x1 +rom:0006b9da MOVE 0x1ad960,*A14+,0x1 +rom:0006b9e0 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006b9e4 CALLA 0x07effa5e +rom:0006b9ea MOVE A7,A8 +rom:0006b9ec JR 0x0006bbe4 +rom:0006b9f0 MOVE *A13(0xffa0),A7,0x1 +rom:0006b9f4 MOVE *A7,*A11,0x1 +rom:0006b9f6 SETF 0x8,0x0,0x0 +rom:0006b9f8 MOVE *A13(0xff40),A7,0x0 +rom:0006b9fc SUBK 0x2,A7 +rom:0006b9fe JRNE 0x0006ba0c +rom:0006ba00 MOVE *A11,A7,0x1 +rom:0006ba02 MOVE *A7(0x40),A7,0x1 +rom:0006ba06 MOVE *A7(0x40),A7,0x1 +rom:0006ba0a JR 0x0006ba16 +rom:0006ba0c MOVE *A11,A7,0x1 +rom:0006ba0e MOVE *A7(0x60),A7,0x1 +rom:0006ba12 MOVE *A7(0x40),A7,0x1 +rom:0006ba16 MOVE *A13(0xffa0),A11,0x1 +rom:0006ba1a MOVE A7,*A11,0x1 +rom:0006ba1c JR 0x0006baa2 +rom:0006ba1e MOVE *A13(0xffc0),A11,0x1 +rom:0006ba22 JREQ 0x0006ba32 +rom:0006ba24 MOVE *A13(0xffa0),A7,0x1 +rom:0006ba28 MOVE *A7,A7,0x1 +rom:0006ba2a MOVE *A7(0x140),*A11(0x0),0x1 +rom:0006ba30 JR 0x0006baa2 +rom:0006ba32 MOVE *A13(0xffa0),A7,0x1 +rom:0006ba36 MOVE *A7,A7,0x1 +rom:0006ba38 MOVE *A7(0x140),A7,0x1 +rom:0006ba3c JREQ 0x0006baa2 +rom:0006ba3e MOVE A14,-*SP,0x1 +rom:0006ba40 MOVK 0xe,A7 +rom:0006ba42 MOVE A7,*A14+,0x1 +rom:0006ba44 MOVE *A13(0xff60),*A14+,0x1 +rom:0006ba48 SETF 0x8,0x0,0x0 +rom:0006ba4a MOVE *A9(0x8),A8,0x0 +rom:0006ba4e MOVE A8,*A14+,0x1 +rom:0006ba50 MOVE 0x1ad960,*A14+,0x1 +rom:0006ba56 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006ba5a CALLA 0x07effa5e +rom:0006ba60 MOVE A7,A8 +rom:0006ba62 JR 0x0006bbe4 +rom:0006ba66 MOVE A14,-*SP,0x1 +rom:0006ba68 MOVK 0xe,A11 +rom:0006ba6a MOVE A11,*A14+,0x1 +rom:0006ba6c MOVE *A13(0xff60),*A14+,0x1 +rom:0006ba70 MOVE *A9(0x8),A8,0x0 +rom:0006ba74 MOVE A8,*A14+,0x1 +rom:0006ba76 MOVE 0x1ad960,*A14+,0x1 +rom:0006ba7c MOVE *A13(0xffe0),*A14+,0x1 +rom:0006ba80 CALLA 0x07effa5e +rom:0006ba86 MOVE A11,A8 +rom:0006ba88 JR 0x0006bbe4 +rom:0006ba8c MOVE *A7,A11,0x1 +rom:0006ba8e SETF 0x8,0x0,0x0 +rom:0006ba90 MOVE *A11(0x20),A8,0x0 +rom:0006ba94 DEC A8 +rom:0006ba96 JREQ 0x0006b9c4 +rom:0006ba98 DEC A8 +rom:0006ba9a JREQ 0x0006ba1e +rom:0006ba9c DEC A8 +rom:0006ba9e JREQ 0x0006ba1e +rom:0006baa0 JR 0x0006ba66 +rom:0006baa2 MOVE *A13(0xffa0),A11,0x1 +rom:0006baa6 MOVE *A11,A7,0x1 +rom:0006baa8 MOVE *A13(0xff80),A11,0x1 +rom:0006baac MOVE *A7(0x120),*A11(0x0),0x1 +rom:0006bab2 MOVE *A13(0xff20),A7,0x1 +rom:0006bab6 JRLT 0x0006babc +rom:0006bab8 MOVE *A11,A7,0x1 +rom:0006baba JRNE 0x0006baea +rom:0006babc MOVE *A13(0xff20),A7,0x1 +rom:0006bac0 JRLT 0x0006bbce +rom:0006bac4 MOVE A14,-*SP,0x1 +rom:0006bac6 MOVK 0xa,A7 +rom:0006bac8 MOVE A7,*A14+,0x1 +rom:0006baca MOVE *A13(0xff60),*A14+,0x1 +rom:0006bace SETF 0x8,0x0,0x0 +rom:0006bad0 MOVE *A9(0x8),A8,0x0 +rom:0006bad4 MOVE A8,*A14+,0x1 +rom:0006bad6 MOVE 0x1ad960,*A14+,0x1 +rom:0006badc MOVE *A13(0xffe0),*A14+,0x1 +rom:0006bae0 CALLA 0x07effa5e +rom:0006bae6 MOVE A7,A8 +rom:0006bae8 JR 0x0006bbe4 +rom:0006baea MOVE *A11,A7,0x1 +rom:0006baec SETF 0x8,0x0,0x0 +rom:0006baee MOVE *A13(0xff40),A11,0x0 +rom:0006baf2 MOVE *A7,A7,0x0 +rom:0006baf4 CMP A7,A11 +rom:0006baf6 JREQ 0x0006bbce +rom:0006baf8 MOVE A14,-*SP,0x1 +rom:0006bafa MOVK 0x8,A7 +rom:0006bafc MOVE A7,*A14+,0x1 +rom:0006bafe MOVE *A13(0xff60),*A14+,0x1 +rom:0006bb02 MOVE *A9(0x8),A8,0x0 +rom:0006bb06 MOVE A8,*A14+,0x1 +rom:0006bb08 MOVE 0x1ad960,*A14+,0x1 +rom:0006bb0e MOVE *A13(0xffe0),*A14+,0x1 +rom:0006bb12 CALLA 0x07effa5e +rom:0006bb18 MOVE A7,A8 +rom:0006bb1a JR 0x0006bbe4 +rom:0006bb1c MOVE *A13(0xff20),A11,0x1 +rom:0006bb20 JRLT 0x0006bbe2 +rom:0006bb22 MOVK 0x1,A7 +rom:0006bb24 SLL A11,A7 +rom:0006bb26 MOVE *A13(0xff80),A11,0x1 +rom:0006bb2a MOVE *A11,A11,0x1 +rom:0006bb2c MOVE *A11(0x60),A11,0x1 +rom:0006bb30 AND A11,A7 +rom:0006bb32 JRNE 0x0006bb4a +rom:0006bb34 MOVK 0x1,A11 +rom:0006bb36 MOVE *A13(0xff20),A7,0x1 +rom:0006bb3a SLL A7,A11 +rom:0006bb3c MOVE *A13(0xff80),A7,0x1 +rom:0006bb40 MOVE *A7,A7,0x1 +rom:0006bb42 MOVE *A7(0x40),A7,0x1 +rom:0006bb46 AND A7,A11 +rom:0006bb48 JRNE 0x0006bbe2 +rom:0006bb4a MOVE A14,-*SP,0x1 +rom:0006bb4c MOVK 0x8,A11 +rom:0006bb4e MOVE A11,*A14+,0x1 +rom:0006bb50 MOVE *A13(0xff60),*A14+,0x1 +rom:0006bb54 SETF 0x8,0x0,0x0 +rom:0006bb56 MOVE *A9(0x8),A8,0x0 +rom:0006bb5a MOVE A8,*A14+,0x1 +rom:0006bb5c MOVE 0x1ad960,*A14+,0x1 +rom:0006bb62 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006bb66 CALLA 0x07effa5e +rom:0006bb6c MOVE A11,A8 +rom:0006bb6e JR 0x0006bbe4 +rom:0006bb70 MOVE *A13(0xff20),A11,0x1 +rom:0006bb74 JRLT 0x0006bbe2 +rom:0006bb76 MOVE *A13(0xff80),A7,0x1 +rom:0006bb7a MOVE *A7,A7,0x1 +rom:0006bb7c MOVE *A7(0x40),A7,0x1 +rom:0006bb80 AND A11,A7 +rom:0006bb82 CMP A7,A11 +rom:0006bb84 JREQ 0x0006bbe2 +rom:0006bb86 MOVE A14,-*SP,0x1 +rom:0006bb88 MOVK 0x8,A7 +rom:0006bb8a MOVE A7,*A14+,0x1 +rom:0006bb8c MOVE *A13(0xff60),*A14+,0x1 +rom:0006bb90 MOVE *A9(0x8),A8,0x0 +rom:0006bb94 MOVE A8,*A14+,0x1 +rom:0006bb96 MOVE 0x1ad960,*A14+,0x1 +rom:0006bb9c MOVE *A13(0xffe0),*A14+,0x1 +rom:0006bba0 CALLA 0x07effa5e +rom:0006bba6 MOVE A7,A8 +rom:0006bba8 JR 0x0006bbe4 +rom:0006bbaa MOVE A14,-*SP,0x1 +rom:0006bbac MOVK 0x2,A11 +rom:0006bbae MOVE A11,*A14+,0x1 +rom:0006bbb0 MOVE *A13(0xff60),*A14+,0x1 +rom:0006bbb4 MOVE *A9(0x8),A8,0x0 +rom:0006bbb8 MOVE A8,*A14+,0x1 +rom:0006bbba MOVE 0x1ad960,*A14+,0x1 +rom:0006bbc0 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006bbc4 CALLA 0x07effa5e +rom:0006bbca MOVE A11,A8 +rom:0006bbcc JR 0x0006bbe4 +rom:0006bbce SETF 0x8,0x0,0x0 +rom:0006bbd0 MOVE *A13(0xff40),A8,0x0 +rom:0006bbd4 DEC A8 +rom:0006bbd6 JREQ 0x0006bb1c +rom:0006bbd8 DEC A8 +rom:0006bbda JREQ 0x0006bb1c +rom:0006bbdc DEC A8 +rom:0006bbde JREQ 0x0006bb70 +rom:0006bbe0 JR 0x0006bbaa +rom:0006bbe2 SUB A8,A8 +rom:0006bbe4 MOVE *SP(0xa0),A14,0x1 diff --git a/xie/ghidra-evidence/import/resource_init_6CA82.txt b/xie/ghidra-evidence/import/resource_init_6CA82.txt new file mode 100644 index 0000000..6f23ee2 --- /dev/null +++ b/xie/ghidra-evidence/import/resource_init_6CA82.txt @@ -0,0 +1,207 @@ +rom:0006ca82 MMTM SP,0x154 +rom:0006ca86 MOVE A14,A13 +rom:0006ca88 ADDI 0xa0,A14 +rom:0006ca8c MOVE A14,-*SP,0x1 +rom:0006ca8e MOVI 0x30,A11 +rom:0006ca92 MOVE A11,*A14+,0x1 +rom:0006ca94 MOVK 0x1,A9 +rom:0006ca96 MOVE A9,*A14+,0x1 +rom:0006ca98 CALLA 0x07f63a30 +rom:0006ca9e MOVE A8,*A13,0x1 +rom:0006caa0 MOVE A8,A8 +rom:0006caa2 JRNE 0x0006caba +rom:0006caa4 MOVE A14,-*SP,0x1 +rom:0006caa6 MOVI 0x3f568580,A8 +rom:0006caac MOVE A8,*A14+,0x1 +rom:0006caae CALLA 0x07f24f78 +rom:0006cab4 SUB A8,A8 +rom:0006cab6 JR 0x0006ccfe +rom:0006caba MOVE A14,-*SP,0x1 +rom:0006cabc SUB A9,A9 +rom:0006cabe MOVE A9,*A14+,0x1 +rom:0006cac0 MOVE A8,A9 +rom:0006cac2 CALLA 0x07f642ec +rom:0006cac8 MOVE A8,*A9(0x160),0x1 +rom:0006cacc MOVE *A9(0x160),A11,0x1 +rom:0006cad0 JRNE 0x0006caf2 +rom:0006cad2 MOVE A14,-*SP,0x1 +rom:0006cad4 MOVI 0x3f568658,A8 +rom:0006cada MOVE A8,*A14+,0x1 +rom:0006cadc CALLA 0x07f24f78 +rom:0006cae2 MOVE A14,-*SP,0x1 +rom:0006cae4 MOVE A9,*A14+,0x1 +rom:0006cae6 CALLA 0x07f63b00 +rom:0006caec SUB A8,A8 +rom:0006caee JR 0x0006ccfe +rom:0006caf2 MOVE *A13(0xfec0),A11,0x1 +rom:0006caf6 JREQ 0x0006cafc +rom:0006caf8 MOVK 0x2,A11 +rom:0006cafa JR 0x0006cafe +rom:0006cafc MOVK 0x3,A11 +rom:0006cafe MOVB *A11,*A9(0x20) +rom:0006cb02 MOVK 0x1,A11 +rom:0006cb04 SETF 0x10,0x1,0x0 +rom:0006cb06 MOVE A11,*A9(0x30),0x0 +rom:0006cb0a MOVB *A13(0xffe0),*A9(0x40) +rom:0006cb10 SETF 0x8,0x0,0x0 +rom:0006cb12 MOVE *A9(0x40),A7,0x0 +rom:0006cb16 SUBK 0x3,A7 +rom:0006cb18 JRNE 0x0006cb1e +rom:0006cb1a MOVK 0x3,A7 +rom:0006cb1c JR 0x0006cb20 +rom:0006cb1e MOVE A11,A7 +rom:0006cb20 MOVB *A7,*A9(0x48) +rom:0006cb24 MOVE *A13(0xff80),*A9(0xc0),0x1 +rom:0006cb2a MOVE *A13(0xffa0),*A9(0xe0),0x1 +rom:0006cb30 MOVB *A13(0xff60),*A9(0x58) +rom:0006cb36 MOVB *A13(0xff40),*A9(0x60) +rom:0006cb3c MOVB *A13(0xff20),*A9(0x50) +rom:0006cb42 MOVE *A13(0xff00),*A9(0x80),0x1 +rom:0006cb48 MOVE *A13(0xfee0),*A9(0xa0),0x1 +rom:0006cb4e SUB A7,A7 +rom:0006cb50 MOVE A7,*A13(0x20),0x1 +rom:0006cb54 MOVE *A9(0x48),A11,0x0 +rom:0006cb58 CMP A11,A7 +rom:0006cb5a JRNC 0x0006cc9e +rom:0006cb5e MOVE *A13(0x20),A11,0x1 +rom:0006cb62 SLL 0x5,A11 +rom:0006cb64 MOVE *A13(0xffc0),A9,0x1 +rom:0006cb68 ADD A9,A11 +rom:0006cb6a MOVE *A11,A11,0x1 +rom:0006cb6c JRNE 0x0006cb72 +rom:0006cb6e MOVK 0x0,A11 +rom:0006cb70 JR 0x0006cbb0 +rom:0006cb72 MOVE *A13(0x20),A11,0x1 +rom:0006cb76 SLL 0x5,A11 +rom:0006cb78 ADD A9,A11 +rom:0006cb7a MOVE *A11,A11,0x1 +rom:0006cb7c SUBK 0x2,A11 +rom:0006cb7e JRHI 0x0006cb84 +rom:0006cb80 MOVK 0x1,A11 +rom:0006cb82 JR 0x0006cbb0 +rom:0006cb84 MOVE *A13(0x20),A11,0x1 +rom:0006cb88 SLL 0x5,A11 +rom:0006cb8a ADD A9,A11 +rom:0006cb8c MOVE *A11,A11,0x1 +rom:0006cb8e CMPI 0x100,A11 +rom:0006cb92 JRHI 0x0006cb98 +rom:0006cb94 MOVK 0x8,A11 +rom:0006cb96 JR 0x0006cbb0 +rom:0006cb98 MOVE *A13(0x20),A11,0x1 +rom:0006cb9c SLL 0x5,A11 +rom:0006cb9e ADD A9,A11 +rom:0006cba0 MOVE *A11,A11,0x1 +rom:0006cba2 CMPI 0x10000,A11 +rom:0006cba8 JRHI 0x0006cbae +rom:0006cbaa MOVK 0x10,A11 +rom:0006cbac JR 0x0006cbb0 +rom:0006cbae MOVK 0x0,A11 +rom:0006cbb0 MOVE A11,*A13(0x40),0x1 +rom:0006cbb4 MOVE *A13(0xff00),A7,0x1 +rom:0006cbb8 MPYU A7,A11 +rom:0006cbba ADDK 0x7,A11 +rom:0006cbbc MOVK 0x7,A7 +rom:0006cbbe ANDN A7,A11 +rom:0006cbc0 MOVE A11,*A13(0x60),0x1 +rom:0006cbc4 MOVE *A13(0x20),A7,0x1 +rom:0006cbc8 SLL 0x5,A7 +rom:0006cbca ADD A9,A7 +rom:0006cbcc MOVE *A7,A7,0x1 +rom:0006cbce JRNE 0x0006cbd4 +rom:0006cbd0 MOVK 0x4,A7 +rom:0006cbd2 JR 0x0006cbec +rom:0006cbd4 MOVE A14,-*SP,0x1 +rom:0006cbd6 MOVE A11,*A14+,0x1 +rom:0006cbd8 MOVE *A13(0x40),*A14+,0x1 +rom:0006cbdc SUB A7,A7 +rom:0006cbde MOVE A7,*A14+,0x1 +rom:0006cbe0 MOVE *A13(0x40),*A14+,0x1 +rom:0006cbe4 CALLA 0x07eacd68 +rom:0006cbea MOVE A8,A7 +rom:0006cbec MOVE A7,*A13(0x80),0x1 +rom:0006cbf0 MOVE *A13,A7,0x1 +rom:0006cbf2 MOVE *A13(0x20),A9,0x1 +rom:0006cbf6 SLL 0x5,A9 +rom:0006cbf8 MOVE *A13(0xffc0),A11,0x1 +rom:0006cbfc ADD A11,A9 +rom:0006cbfe MOVE *A9,A9,0x1 +rom:0006cc00 JRNE 0x0006cc06 +rom:0006cc02 SUB A9,A9 +rom:0006cc04 JR 0x0006cc08 +rom:0006cc06 MOVK 0x1,A9 +rom:0006cc08 SETF 0x1,0x0,0x0 +rom:0006cc0a MOVE A9,*A7(0x28),0x0 +rom:0006cc0e MOVE *A7(0x160),A9,0x1 +rom:0006cc12 MOVE *A13(0x20),A7,0x1 +rom:0006cc16 SLL 0x5,A7 +rom:0006cc18 ADD A7,A9 +rom:0006cc1a MOVE A14,-*SP,0x1 +rom:0006cc1c SUB A7,A7 +rom:0006cc1e MOVE A7,*A14+,0x1 +rom:0006cc20 MOVE A7,*A14+,0x1 +rom:0006cc22 MOVE *A13(0x20),*A14+,0x1 +rom:0006cc26 MOVE *A13(0x20),A7,0x1 +rom:0006cc2a SLL 0x5,A7 +rom:0006cc2c ADD A11,A7 +rom:0006cc2e MOVE *A7+,*A14+,0x1 +rom:0006cc30 MOVE *A13(0x60),*A14+,0x1 +rom:0006cc34 MOVE *A13(0x40),*A14+,0x1 +rom:0006cc38 MOVE *A13(0xfee0),*A14+,0x1 +rom:0006cc3c MOVE *A13(0xff00),*A14+,0x1 +rom:0006cc40 SUB A7,A7 +rom:0006cc42 MOVE A7,*A14+,0x1 +rom:0006cc44 MOVE *A13(0x80),*A14+,0x1 +rom:0006cc48 CALLA 0x07eac660 +rom:0006cc4e MOVE A8,*A9(0xd8),0x1 +rom:0006cc52 MOVE *A13,A9,0x1 +rom:0006cc54 MOVE *A9(0x160),A7,0x1 +rom:0006cc58 MOVE *A13(0x20),A9,0x1 +rom:0006cc5c SLL 0x5,A9 +rom:0006cc5e ADD A9,A7 +rom:0006cc60 MOVE *A7(0xd8),A9,0x1 +rom:0006cc64 JRNE 0x0006cc86 +rom:0006cc66 MOVE A14,-*SP,0x1 +rom:0006cc68 MOVI 0x3f5688d8,A8 +rom:0006cc6e MOVE A8,*A14+,0x1 +rom:0006cc70 CALLA 0x07f24f78 +rom:0006cc76 MOVE A14,-*SP,0x1 +rom:0006cc78 MOVE *A13(0x0),*A14+,0x1 +rom:0006cc7c CALLA 0x07eacdda +rom:0006cc82 SUB A8,A8 +rom:0006cc84 JR 0x0006ccfe +rom:0006cc86 MOVE *A13(0x20),A9,0x1 +rom:0006cc8a INC A9 +rom:0006cc8c MOVE A9,*A13(0x20),0x1 +rom:0006cc90 MOVE *A13,A7,0x1 +rom:0006cc92 SETF 0x8,0x0,0x0 +rom:0006cc94 MOVE *A7(0x48),A7,0x0 +rom:0006cc98 CMP A7,A9 +rom:0006cc9a JRC 0x0006cb5e +rom:0006cc9e MOVE A14,-*SP,0x1 +rom:0006cca0 MOVE *A13,A11,0x1 +rom:0006cca2 MOVE *A11(0x160),A9,0x1 +rom:0006cca6 MOVE *A9(0xd8),A9,0x1 +rom:0006ccaa MOVK 0x1,A7 +rom:0006ccac MOVE *A9(0x10),A9,0x0 +rom:0006ccb0 SLL A9,A7 +rom:0006ccb2 MOVE A7,*A14+,0x1 +rom:0006ccb4 MOVE *A11(0x160),A9,0x1 +rom:0006ccb8 MOVE *A9(0xd8),A9,0x1 +rom:0006ccbc MOVE *A9(0x10),A8,0x0 +rom:0006ccc0 MOVE A8,*A14+,0x1 +rom:0006ccc2 MOVE *A11(0x160),*A14+,0x1 +rom:0006ccc6 CALLA 0x07f650f6 +rom:0006cccc MOVE A14,-*SP,0x1 +rom:0006ccce MOVE *A13(0xfee0),*A14+,0x1 +rom:0006ccd2 MOVE *A11(0x160),*A14+,0x1 +rom:0006ccd6 CALLA 0x07f65118 +rom:0006ccdc MOVE *A11(0x160),A9,0x1 +rom:0006cce0 SETF 0x1,0x0,0x0 +rom:0006cce2 MOVE *A13(0xfec0),*A9(0x13c),0x0 +rom:0006cce8 MOVE *A11(0x160),A9,0x1 +rom:0006ccec MOVE *A13(0xfec0),*A9(0x13b),0x0 +rom:0006ccf2 MOVE *A11(0x160),A9,0x1 +rom:0006ccf6 SUB A7,A7 +rom:0006ccf8 MOVE A7,*A9(0x13a),0x0 +rom:0006ccfc MOVE A11,A8 +rom:0006ccfe MOVE *SP(0xa0),A14,0x1 diff --git a/xie/ghidra-evidence/import/slot07_op1_6742C.txt b/xie/ghidra-evidence/import/slot07_op1_6742C.txt new file mode 100644 index 0000000..0445a12 --- /dev/null +++ b/xie/ghidra-evidence/import/slot07_op1_6742C.txt @@ -0,0 +1,211 @@ +rom:0006742c MMTM SP,0x154 +rom:00067430 MOVE A14,A13 +rom:00067432 ADDI 0x60,A14 +rom:00067436 MOVE *A13(0xffe0),A11,0x1 +rom:0006743a MOVE *A11(0x40),A9,0x1 +rom:0006743e SETF 0x10,0x0,0x0 +rom:00067440 MOVE *A9(0x10),A11,0x0 +rom:00067444 SUBK 0x4,A11 +rom:00067446 JREQ 0x0006744e +rom:00067448 MOVK 0x10,A8 +rom:0006744a JR 0x00067590 +rom:0006744e MOVE A14,-*SP,0x1 +rom:00067450 MOVE *A9(0x40),*A14+,0x1 +rom:00067454 MOVE *A9(0x60),*A14+,0x1 +rom:00067458 MOVE A13,A11 +rom:0006745a ADDK 0x0,A11 +rom:0006745c MOVE A11,*A14+,0x1 +rom:0006745e SUB A7,A7 +rom:00067460 MOVE A7,*A14+,0x1 +rom:00067462 MOVE *A13(0xffe0),*A14+,0x1 +rom:00067466 CALLA 0x07ea6fa0 +rom:0006746c MOVE A8,*A13(0x40),0x1 +rom:00067470 MOVE A8,A8 +rom:00067472 JRNE 0x00067590 +rom:00067476 MOVE A14,-*SP,0x1 +rom:00067478 MOVK 0x14,A7 +rom:0006747a MOVE A7,*A14+,0x1 +rom:0006747c MOVK 0x1,A7 +rom:0006747e MOVE A7,*A14+,0x1 +rom:00067480 CALLA 0x07f63a30 +rom:00067486 MOVE A8,*A13,0x1 +rom:00067488 MOVE A8,A8 +rom:0006748a JRNE 0x0006749c +rom:0006748c MOVE A14,-*SP,0x1 +rom:0006748e MOVI 0x3f544b10,A8 +rom:00067494 MOVE A8,*A14+,0x1 +rom:00067496 CALLA 0x07f24f78 +rom:0006749c MOVE *A13,A7,0x1 +rom:0006749e JRNE 0x000674c6 +rom:000674a0 MOVE A14,-*SP,0x1 +rom:000674a2 MOVK 0xb,A11 +rom:000674a4 MOVE A11,*A14+,0x1 +rom:000674a6 MOVE *A9(0x40),*A14+,0x1 +rom:000674aa SETF 0x8,0x0,0x0 +rom:000674ac MOVE *A9(0x8),A8,0x0 +rom:000674b0 MOVE A8,*A14+,0x1 +rom:000674b2 MOVE 0x1ad960,*A14+,0x1 +rom:000674b8 MOVE *A13(0xffe0),*A14+,0x1 +rom:000674bc CALLA 0x07effa5e +rom:000674c2 MOVE A11,A8 +rom:000674c4 JR 0x00067590 +rom:000674c6 MOVK 0x1,A11 +rom:000674c8 MOVB *A11,*A7(0x20) +rom:000674cc SETF 0x10,0x1,0x0 +rom:000674ce MOVE A11,*A7(0x30),0x0 +rom:000674d2 CALLA 0x07f63b48 +rom:000674d8 MOVE A8,*A7(0x80),0x1 +rom:000674dc MOVE *A7(0x80),A11,0x1 +rom:000674e0 JRNE 0x00067512 +rom:000674e2 MOVE A14,-*SP,0x1 +rom:000674e4 MOVK 0xb,A11 +rom:000674e6 MOVE A11,*A14+,0x1 +rom:000674e8 MOVE A14,-*SP,0x1 +rom:000674ea MOVE A7,*A14+,0x1 +rom:000674ec CALLA 0x07eacdda +rom:000674f2 MOVE *A9(0x40),*A14+,0x1 +rom:000674f6 SETF 0x8,0x0,0x0 +rom:000674f8 MOVE *A9(0x8),A8,0x0 +rom:000674fc MOVE A8,*A14+,0x1 +rom:000674fe MOVE 0x1ad960,*A14+,0x1 +rom:00067504 MOVE *A13(0xffe0),*A14+,0x1 +rom:00067508 CALLA 0x07effa5e +rom:0006750e MOVE A11,A8 +rom:00067510 JR 0x00067590 +rom:00067512 MOVE A14,-*SP,0x1 +rom:00067514 SUB A11,A11 +rom:00067516 MOVE A11,*A14+,0x1 +rom:00067518 MOVE *A13(0x20),*A14+,0x1 +rom:0006751c MOVE A7,*A14+,0x1 +rom:0006751e CALLA 0x07ea72a4 +rom:00067524 MOVE A8,A8 +rom:00067526 JRNE 0x00067558 +rom:00067528 MOVE A14,-*SP,0x1 +rom:0006752a MOVK 0xb,A11 +rom:0006752c MOVE A11,*A14+,0x1 +rom:0006752e MOVE A14,-*SP,0x1 +rom:00067530 MOVE A7,*A14+,0x1 +rom:00067532 CALLA 0x07eacdda +rom:00067538 MOVE *A9(0x40),*A14+,0x1 +rom:0006753c SETF 0x8,0x0,0x0 +rom:0006753e MOVE *A9(0x8),A8,0x0 +rom:00067542 MOVE A8,*A14+,0x1 +rom:00067544 MOVE 0x1ad960,*A14+,0x1 +rom:0006754a MOVE *A13(0xffe0),*A14+,0x1 +rom:0006754e CALLA 0x07effa5e +rom:00067554 MOVE A11,A8 +rom:00067556 JR 0x00067590 +rom:00067558 MOVE *A7(0x40),*A7(0x60),0x1 +rom:0006755e MOVE *A9(0x40),*A7(0x0),0x1 +rom:00067564 MOVE A14,-*SP,0x1 +rom:00067566 SETF 0x10,0x0,0x0 +rom:00067568 MOVE @0x1ad980,A11,0x0 +rom:0006756e MOVE A11,*A14+,0x1 +rom:00067570 MOVI 0x3f566ed0,A7 +rom:00067576 MOVE A7,*A14+,0x1 +rom:00067578 MOVE *A13(0x0),*A14+,0x1 +rom:0006757c MOVE @0x1ad990,A7,0x0 +rom:00067582 MOVE A7,*A14+,0x1 +rom:00067584 MOVE *A9(0x40),*A14+,0x1 +rom:00067588 CALLA 0x07f16ca2 +rom:0006758e SUB A8,A8 +rom:00067590 MOVE *SP(0xa0),A14,0x1 +rom:00067594 MMFM SP,0x2a80 +rom:0006759a MMTM SP,0x554 +rom:0006759e MOVE A14,A13 +rom:000675a0 ADDI 0xe0,A14 +rom:000675a4 MOVE *A13(0xffe0),A11,0x1 +rom:000675a8 MOVE *A11(0x40),A9,0x1 +rom:000675ac SETF 0x10,0x0,0x0 +rom:000675ae MOVE *A9(0x10),A11,0x0 +rom:000675b2 SUBK 0x4,A11 +rom:000675b4 JREQ 0x000675bc +rom:000675b6 MOVK 0x10,A8 +rom:000675b8 JR 0x000676c0 +rom:000675bc MOVE A14,-*SP,0x1 +rom:000675be MOVE *A9(0x40),*A14+,0x1 +rom:000675c2 MOVE *A9(0x60),*A14+,0x1 +rom:000675c6 MOVE A13,A11 +rom:000675c8 ADDI 0x80,A11 +rom:000675cc MOVE A11,*A14+,0x1 +rom:000675ce SUB A7,A7 +rom:000675d0 MOVE A7,*A14+,0x1 +rom:000675d2 MOVE *A13(0xffe0),*A14+,0x1 +rom:000675d6 CALLA 0x07ea6fa0 +rom:000675dc MOVE A8,*A13(0xc0),0x1 +rom:000675e0 MOVE A8,A8 +rom:000675e2 JRNE 0x000676c0 +rom:000675e4 MOVE A7,*A13,0x1 +rom:000675e6 MOVE *A13(0x80),A11,0x1 +rom:000675ea SETF 0x8,0x0,0x0 +rom:000675ec MOVE *A11(0x48),A11,0x0 +rom:000675f0 CMP A11,A7 +rom:000675f2 JRNC 0x00067624 +rom:000675f4 MOVE *A13,A11,0x1 +rom:000675f6 SLL 0x5,A11 +rom:000675f8 ADD A13,A11 +rom:000675fa MOVE *A13(0x80),A7,0x1 +rom:000675fe MOVE *A7(0x160),A5,0x1 +rom:00067602 MOVE *A13,A7,0x1 +rom:00067604 SLL 0x5,A7 +rom:00067606 ADD A7,A5 +rom:00067608 MOVE *A5(0xd8),A7,0x1 +rom:0006760c MOVE *A7(0x1a8),*A11(0x20),0x1 +rom:00067612 MOVE *A13,A11,0x1 +rom:00067614 INC A11 +rom:00067616 MOVE A11,*A13,0x1 +rom:00067618 MOVE *A13(0x80),A7,0x1 +rom:0006761c MOVE *A7(0x48),A5,0x0 +rom:00067620 CMP A5,A11 +rom:00067622 JRC 0x000675f4 +rom:00067624 MOVE A14,-*SP,0x1 +rom:00067626 MOVK 0x1,A11 +rom:00067628 MOVE A11,*A14+,0x1 +rom:0006762a MOVE *A13(0x80),A7,0x1 +rom:0006762e MOVE *A7(0xa0),*A14+,0x1 +rom:00067632 MOVE *A7(0x80),*A14+,0x1 +rom:00067636 MOVE *A7(0x50),A8,0x0 +rom:0006763a MOVE A8,*A14+,0x1 +rom:0006763c MOVE *A7(0x60),A8,0x0 +rom:00067640 MOVE A8,*A14+,0x1 +rom:00067642 MOVE *A7(0x58),A8,0x0 +rom:00067646 MOVE A8,*A14+,0x1 +rom:00067648 MOVE *A7(0xc0),*A14+,0x1 +rom:0006764c MOVE *A7(0xe0),*A14+,0x1 +rom:00067650 MOVE A13,A5 +rom:00067652 ADDK 0x0,A5 +rom:00067654 MOVE A5,*A14+,0x1 +rom:00067656 MOVE *A7(0x40),A8,0x0 +rom:0006765a MOVE A8,*A14+,0x1 +rom:0006765c CALLA 0x07eac7fa +rom:00067662 MOVE A8,*A13(0xa0),0x1 +rom:00067666 MOVE A8,A8 +rom:00067668 JRNE 0x00067690 +rom:0006766a MOVE A14,-*SP,0x1 +rom:0006766c MOVK 0xb,A11 +rom:0006766e MOVE A11,*A14+,0x1 +rom:00067670 MOVE *A9(0x40),*A14+,0x1 +rom:00067674 SETF 0x8,0x0,0x0 +rom:00067676 MOVE *A9(0x8),A8,0x0 +rom:0006767a MOVE A8,*A14+,0x1 +rom:0006767c MOVE 0x1ad960,*A14+,0x1 +rom:00067682 MOVE *A13(0xffe0),*A14+,0x1 +rom:00067686 CALLA 0x07effa5e +rom:0006768c MOVE A11,A8 +rom:0006768e JR 0x000676c0 +rom:00067690 MOVE *A9(0x40),*A8(0x0),0x1 +rom:00067696 MOVE A14,-*SP,0x1 +rom:00067698 SETF 0x10,0x0,0x0 +rom:0006769a MOVE @0x1ad980,A11,0x0 +rom:000676a0 MOVE A11,*A14+,0x1 +rom:000676a2 MOVI 0x3f566ed0,A5 +rom:000676a8 MOVE A5,*A14+,0x1 +rom:000676aa MOVE A8,*A14+,0x1 +rom:000676ac MOVE @0x1ad990,A5,0x0 +rom:000676b2 MOVE A5,*A14+,0x1 +rom:000676b4 MOVE *A9(0x40),*A14+,0x1 +rom:000676b8 CALLA 0x07f16ca2 +rom:000676be SUB A8,A8 +rom:000676c0 MOVE *SP(0xc0),A14,0x1 +rom:000676c4 MMFM SP,0x2aa0 +rom:000676ca MMTM SP,0x554 diff --git a/xie/ghidra-evidence/import/slot07_op2_6759A.txt b/xie/ghidra-evidence/import/slot07_op2_6759A.txt new file mode 100644 index 0000000..af4b408 --- /dev/null +++ b/xie/ghidra-evidence/import/slot07_op2_6759A.txt @@ -0,0 +1,211 @@ +rom:0006759a MMTM SP,0x554 +rom:0006759e MOVE A14,A13 +rom:000675a0 ADDI 0xe0,A14 +rom:000675a4 MOVE *A13(0xffe0),A11,0x1 +rom:000675a8 MOVE *A11(0x40),A9,0x1 +rom:000675ac SETF 0x10,0x0,0x0 +rom:000675ae MOVE *A9(0x10),A11,0x0 +rom:000675b2 SUBK 0x4,A11 +rom:000675b4 JREQ 0x000675bc +rom:000675b6 MOVK 0x10,A8 +rom:000675b8 JR 0x000676c0 +rom:000675bc MOVE A14,-*SP,0x1 +rom:000675be MOVE *A9(0x40),*A14+,0x1 +rom:000675c2 MOVE *A9(0x60),*A14+,0x1 +rom:000675c6 MOVE A13,A11 +rom:000675c8 ADDI 0x80,A11 +rom:000675cc MOVE A11,*A14+,0x1 +rom:000675ce SUB A7,A7 +rom:000675d0 MOVE A7,*A14+,0x1 +rom:000675d2 MOVE *A13(0xffe0),*A14+,0x1 +rom:000675d6 CALLA 0x07ea6fa0 +rom:000675dc MOVE A8,*A13(0xc0),0x1 +rom:000675e0 MOVE A8,A8 +rom:000675e2 JRNE 0x000676c0 +rom:000675e4 MOVE A7,*A13,0x1 +rom:000675e6 MOVE *A13(0x80),A11,0x1 +rom:000675ea SETF 0x8,0x0,0x0 +rom:000675ec MOVE *A11(0x48),A11,0x0 +rom:000675f0 CMP A11,A7 +rom:000675f2 JRNC 0x00067624 +rom:000675f4 MOVE *A13,A11,0x1 +rom:000675f6 SLL 0x5,A11 +rom:000675f8 ADD A13,A11 +rom:000675fa MOVE *A13(0x80),A7,0x1 +rom:000675fe MOVE *A7(0x160),A5,0x1 +rom:00067602 MOVE *A13,A7,0x1 +rom:00067604 SLL 0x5,A7 +rom:00067606 ADD A7,A5 +rom:00067608 MOVE *A5(0xd8),A7,0x1 +rom:0006760c MOVE *A7(0x1a8),*A11(0x20),0x1 +rom:00067612 MOVE *A13,A11,0x1 +rom:00067614 INC A11 +rom:00067616 MOVE A11,*A13,0x1 +rom:00067618 MOVE *A13(0x80),A7,0x1 +rom:0006761c MOVE *A7(0x48),A5,0x0 +rom:00067620 CMP A5,A11 +rom:00067622 JRC 0x000675f4 +rom:00067624 MOVE A14,-*SP,0x1 +rom:00067626 MOVK 0x1,A11 +rom:00067628 MOVE A11,*A14+,0x1 +rom:0006762a MOVE *A13(0x80),A7,0x1 +rom:0006762e MOVE *A7(0xa0),*A14+,0x1 +rom:00067632 MOVE *A7(0x80),*A14+,0x1 +rom:00067636 MOVE *A7(0x50),A8,0x0 +rom:0006763a MOVE A8,*A14+,0x1 +rom:0006763c MOVE *A7(0x60),A8,0x0 +rom:00067640 MOVE A8,*A14+,0x1 +rom:00067642 MOVE *A7(0x58),A8,0x0 +rom:00067646 MOVE A8,*A14+,0x1 +rom:00067648 MOVE *A7(0xc0),*A14+,0x1 +rom:0006764c MOVE *A7(0xe0),*A14+,0x1 +rom:00067650 MOVE A13,A5 +rom:00067652 ADDK 0x0,A5 +rom:00067654 MOVE A5,*A14+,0x1 +rom:00067656 MOVE *A7(0x40),A8,0x0 +rom:0006765a MOVE A8,*A14+,0x1 +rom:0006765c CALLA 0x07eac7fa +rom:00067662 MOVE A8,*A13(0xa0),0x1 +rom:00067666 MOVE A8,A8 +rom:00067668 JRNE 0x00067690 +rom:0006766a MOVE A14,-*SP,0x1 +rom:0006766c MOVK 0xb,A11 +rom:0006766e MOVE A11,*A14+,0x1 +rom:00067670 MOVE *A9(0x40),*A14+,0x1 +rom:00067674 SETF 0x8,0x0,0x0 +rom:00067676 MOVE *A9(0x8),A8,0x0 +rom:0006767a MOVE A8,*A14+,0x1 +rom:0006767c MOVE 0x1ad960,*A14+,0x1 +rom:00067682 MOVE *A13(0xffe0),*A14+,0x1 +rom:00067686 CALLA 0x07effa5e +rom:0006768c MOVE A11,A8 +rom:0006768e JR 0x000676c0 +rom:00067690 MOVE *A9(0x40),*A8(0x0),0x1 +rom:00067696 MOVE A14,-*SP,0x1 +rom:00067698 SETF 0x10,0x0,0x0 +rom:0006769a MOVE @0x1ad980,A11,0x0 +rom:000676a0 MOVE A11,*A14+,0x1 +rom:000676a2 MOVI 0x3f566ed0,A5 +rom:000676a8 MOVE A5,*A14+,0x1 +rom:000676aa MOVE A8,*A14+,0x1 +rom:000676ac MOVE @0x1ad990,A5,0x0 +rom:000676b2 MOVE A5,*A14+,0x1 +rom:000676b4 MOVE *A9(0x40),*A14+,0x1 +rom:000676b8 CALLA 0x07f16ca2 +rom:000676be SUB A8,A8 +rom:000676c0 MOVE *SP(0xc0),A14,0x1 +rom:000676c4 MMFM SP,0x2aa0 +rom:000676ca MMTM SP,0x554 +rom:000676ce MOVE A14,A13 +rom:000676d0 ADDI 0x80,A14 +rom:000676d4 MOVE *A13(0xffe0),A11,0x1 +rom:000676d8 MOVE *A11(0x40),A9,0x1 +rom:000676dc SETF 0x10,0x0,0x0 +rom:000676de MOVE *A9(0x10),A11,0x0 +rom:000676e2 SUBK 0x6,A11 +rom:000676e4 JREQ 0x000676ec +rom:000676e6 MOVK 0x10,A8 +rom:000676e8 JR 0x000678d0 +rom:000676ec MOVE A14,-*SP,0x1 +rom:000676ee SUB A11,A11 +rom:000676f0 MOVE A11,*A14+,0x1 +rom:000676f2 MOVE *A9(0x60),*A14+,0x1 +rom:000676f6 MOVE A13,*A14+,0x1 +rom:000676f8 MOVE A11,*A14+,0x1 +rom:000676fa MOVE *A13(0xffe0),*A14+,0x1 +rom:000676fe CALLA 0x07ea6fa0 +rom:00067704 MOVE A8,*A13(0x60),0x1 +rom:00067708 MOVE A8,A8 +rom:0006770a JRNE 0x000678d0 +rom:0006770e MOVE *A13(0xffe0),A11,0x1 +rom:00067712 MOVE *A9(0x40),A7,0x1 +rom:00067716 ANDI -0x100000,A7 +rom:0006771c MOVE *A11(0x20),A11,0x1 +rom:00067720 CMP A7,A11 +rom:00067722 JRNE 0x0006774e +rom:00067724 MOVE *A9(0x40),A11,0x1 +rom:00067728 BTST 0x13,A11 +rom:0006772a JRNE 0x0006774e +rom:0006772c MOVE A14,-*SP,0x1 +rom:0006772e SETF 0x10,0x0,0x0 +rom:00067730 MOVE @0x1ad980,A11,0x0 +rom:00067736 MOVE A11,*A14+,0x1 +rom:00067738 MOVE @0x1ad9a0,A7,0x0 +rom:0006773e MOVE A7,*A14+,0x1 +rom:00067740 MOVE *A9(0x40),*A14+,0x1 +rom:00067744 CALLA 0x07f174a4 +rom:0006774a MOVE A8,A7 +rom:0006774c JREQ 0x00067776 +rom:0006774e MOVE A14,-*SP,0x1 +rom:00067750 MOVK 0xe,A11 +rom:00067752 MOVE A11,*A14+,0x1 +rom:00067754 MOVE *A9(0x40),*A14+,0x1 +rom:00067758 SETF 0x8,0x0,0x0 +rom:0006775a MOVE *A9(0x8),A8,0x0 +rom:0006775e MOVE A8,*A14+,0x1 +rom:00067760 MOVE 0x1ad960,*A14+,0x1 +rom:00067766 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006776a CALLA 0x07effa5e +rom:00067770 MOVE A11,A8 +rom:00067772 JR 0x000678d0 +rom:00067776 MOVE A14,-*SP,0x1 +rom:00067778 MOVK 0x10,A11 +rom:0006777a MOVE A11,*A14+,0x1 +rom:0006777c MOVK 0x1,A7 +rom:0006777e MOVE A7,*A14+,0x1 +rom:00067780 CALLA 0x07f63a30 +rom:00067786 MOVE A8,*A13(0x20),0x1 +rom:0006778a MOVE A8,A8 +rom:0006778c JRNE 0x0006779e +rom:0006778e MOVE A14,-*SP,0x1 +rom:00067790 MOVI 0x3f544be8,A8 +rom:00067796 MOVE A8,*A14+,0x1 +rom:00067798 CALLA 0x07f24f78 +rom:0006779e MOVE *A13(0x20),A7,0x1 +rom:000677a2 JRNE 0x000677cc +rom:000677a4 MOVE A14,-*SP,0x1 +rom:000677a6 MOVK 0xb,A11 +rom:000677a8 MOVE A11,*A14+,0x1 +rom:000677aa MOVE *A9(0x40),*A14+,0x1 +rom:000677ae SETF 0x8,0x0,0x0 +rom:000677b0 MOVE *A9(0x8),A8,0x0 +rom:000677b4 MOVE A8,*A14+,0x1 +rom:000677b6 MOVE 0x1ad960,*A14+,0x1 +rom:000677bc MOVE *A13(0xffe0),*A14+,0x1 +rom:000677c0 CALLA 0x07effa5e +rom:000677c6 MOVE A11,A8 +rom:000677c8 JR 0x000678d0 +rom:000677cc MOVK 0x4,A11 +rom:000677ce MOVB *A11,*A7(0x20) +rom:000677d2 MOVK 0x1,A11 +rom:000677d4 SETF 0x10,0x1,0x0 +rom:000677d6 MOVE A11,*A7(0x30),0x0 +rom:000677da MOVE *A13(0x0),*A7(0x40),0x1 +rom:000677e0 MOVE A14,-*SP,0x1 +rom:000677e2 MOVI 0x39,A11 +rom:000677e6 MOVE A11,*A14+,0x1 +rom:000677e8 MOVK 0x1,A11 +rom:000677ea MOVE A11,*A14+,0x1 +rom:000677ec CALLA 0x07f63a30 +rom:000677f2 MOVE A8,*A13(0x40),0x1 +rom:000677f6 MOVE A8,A8 +rom:000677f8 JRNE 0x0006780a +rom:000677fa MOVE A14,-*SP,0x1 +rom:000677fc MOVI 0x3f544c98,A8 +rom:00067802 MOVE A8,*A14+,0x1 +rom:00067804 CALLA 0x07f24f78 +rom:0006780a MOVE *A13(0x40),A11,0x1 +rom:0006780e JRNE 0x00067842 +rom:00067810 MOVE A14,-*SP,0x1 +rom:00067812 MOVK 0xb,A7 +rom:00067814 MOVE A7,*A14+,0x1 +rom:00067816 MOVE A14,-*SP,0x1 +rom:00067818 MOVE *A13(0x20),*A14+,0x1 +rom:0006781c CALLA 0x07eacdda +rom:00067822 MOVE *A9(0x40),*A14+,0x1 +rom:00067826 SETF 0x8,0x0,0x0 +rom:00067828 MOVE *A9(0x8),A8,0x0 +rom:0006782c MOVE A8,*A14+,0x1 +rom:0006782e MOVE 0x1ad960,*A14+,0x1 +rom:00067834 MOVE *A13(0xffe0),*A14+,0x1 +rom:00067838 CALLA 0x07effa5e diff --git a/xie/ghidra-evidence/length_sweep_wire.txt b/xie/ghidra-evidence/length_sweep_wire.txt new file mode 100644 index 0000000..773d90b --- /dev/null +++ b/xie/ghidra-evidence/length_sweep_wire.txt @@ -0,0 +1,46 @@ +minor=0 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=1 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=2 words=1: TIMEOUT (no reply/error) +minor=3 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=4 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=5 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=6 words=1: REPLY seq=2 len=0 bytes=00000000000000000000000000000000 extra=0 +minor=7 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=8 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=9 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=10 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=11 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=12 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=13 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=14 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=15 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=16 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=16 major_op=129 +minor=17 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=17 major_op=129 +minor=18 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=19 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=20 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=21 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=22 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=23 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=23 major_op=129 +minor=24 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=25 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=25 major_op=129 +minor=26 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=26 major_op=129 +minor=27 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=27 major_op=129 +minor=28 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=28 major_op=129 +minor=29 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=29 major_op=129 +minor=30 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=30 major_op=129 +minor=31 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=31 major_op=129 +minor=32 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=32 major_op=129 +minor=33 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=34 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=34 major_op=129 +minor=35 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=35 major_op=129 +minor=36 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=36 major_op=129 +minor=37 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=37 major_op=129 +minor=38 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=38 major_op=129 +minor=39 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=39 major_op=129 +minor=40 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=41 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=41 major_op=129 +minor=42 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=42 major_op=129 +minor=43 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=44 words=1: ERROR code=16 seq=2 bad=0x0 minor_op=0 major_op=129 +minor=45 words=1: ERROR code=1 seq=2 bad=0x0 minor_op=45 major_op=129 diff --git a/xie/ghidra-evidence/listings.txt b/xie/ghidra-evidence/listings.txt new file mode 100644 index 0000000..f3e61ab --- /dev/null +++ b/xie/ghidra-evidence/listings.txt @@ -0,0 +1,194 @@ +Key XIE instruction listings, decoded by Ghidra (tms34010:LE:32:default). +Addresses are Ghidra byte addresses; bit address = 0x3F200000 + addr*8. +A 32-bit immediate in the stream is the *bit* address of its target, so +`MOVI 0x3F5263B0` = the string at file offset 0x64C76. A `CALLA 0x07Exxxxx` +operand is a bit address divided by 8; file offset = operand - 0x7E40000. + + +===== XieExtensionInit (0x64A9C / bit 0x3F5254E0) ===== +rom:00064a9c MMTM SP,0x54 +rom:00064aa0 MOVE A14,A13 +rom:00064aa2 ADDI 0x40,A14 +rom:00064aa6 MOVE A14,-*SP,0x1 +rom:00064aa8 MOVI 0x3f526140,A11 ; closeDownProc = 0x64C28 +rom:00064aae MOVE A11,*A14+,0x1 +rom:00064ab0 MOVI 0x3f525f00,A9 ; swappedMainProc= 0x64BE0 +rom:00064ab6 MOVE A9,*A14+,0x1 +rom:00064ab8 MOVI 0x3f525cc0,A9 ; mainProc = 0x64B98 +rom:00064abe MOVE A9,*A14+,0x1 +rom:00064ac0 SUB A9,A9 ; NumErrors = 0 +rom:00064ac2 MOVE A9,*A14+,0x1 +rom:00064ac4 MOVK 0x3,A9 ; NumEvents = 3 +rom:00064ac6 MOVE A9,*A14+,0x1 +rom:00064ac8 MOVI 0x3f5263b0,A8 ; name = "Xie" @ file 0x64C76 +rom:00064ace MOVE A8,*A14+,0x1 +rom:00064ad0 CALLA 0x07eff36e ; AddExtension @ file 0x0BF36E +rom:00064ad6 MOVE A8,*A13(0x20),0x1 ; save ExtensionEntry* +rom:00064ada MOVE A8,A8 +rom:00064adc JRNE 0x00064af0 ; NULL => failure +rom:00064ade MOVE A14,-*SP,0x1 +rom:00064ae0 MOVI 0x3f5263d0,A8 ; "XieExtensionInit: AddExtension failed\n" +rom:00064ae6 MOVE A8,*A14+,0x1 +rom:00064ae8 CALLA 0x07e6b7a8 +rom:00064aee JR 0x00064b64 + +Success path (0x64AF0..0x64B5E) then caches three fields of the ExtensionEntry: +rom:00064b1e MOVE *A13(0x20),A11,0x1 ; ext +rom:00064b22 MOVE *A11(0x80),A11,0x1 +rom:00064b26 MOVE A11,@0x1ad940,0x1 +rom:00064b2c MOVE *A13(0x20),A11,0x1 +rom:00064b30 MOVE *A11(0x60),A11,0x1 +rom:00064b34 MOVE A11,@0x1ad960,0x1 ; 0x1AD960 = XIE major opcode (129) +rom:00064b3a CALLA 0x07f16ab4 +rom:00064b40 SETF 0x10,0x0,0x0 +rom:00064b42 MOVE A8,@0x1ad980,0x0 +rom:00064b48 CALLA 0x07f16a8a +rom:00064b4e SETF 0x10,0x0,0x0 +rom:00064b50 MOVE A8,@0x1ad990,0x0 +rom:00064b56 CALLA 0x07f16a8a +rom:00064b5c SETF 0x10,0x0,0x0 +rom:00064b5e MOVE A8,@0x1ad9a0,0x0 +rom:00064b64 CALLA 0x07e7f944 ; "Device Init" -- NULL => "Device Init failed" + + +===== XieProc -- the XIE request dispatcher (0x64B98 / bit 0x3F525CC0) ===== +rom:00064b98 MMTM SP,0x54 +rom:00064b9c MOVE A14,A13 +rom:00064b9e MOVE *A13(0xffe0),A11,0x1 ; arg0 = ClientPtr +rom:00064ba2 MOVE *A11(0x40),A9,0x1 ; A9 = client->requestBuffer ("stuff") +rom:00064ba6 SETF 0x8,0x0,0x0 +rom:00064ba8 MOVE *A9(0x8),A11,0x0 ; stuff->opcode = request byte 1 +rom:00064bac CMPI 0x2e,A11 ; 46 +rom:00064bb0 JRNC 0x00064bca ; opcode >= 46 -> protocol error +rom:00064bb2 MOVE A14,-*SP,0x1 +rom:00064bb4 MOVE *A13(0xffe0),*A14+,0x1 +rom:00064bb8 MOVE *A9(0x8),A11,0x0 +rom:00064bbc SLL 0x5,A11 ; *32 bits = 4 bytes per slot +rom:00064bbe ADDI 0xd3f90,A11 ; proc_table, main RAM bit 0xD3F90 +rom:00064bc4 MOVE *A11,A11,0x1 +rom:00064bc6 CALL A11 +rom:00064bc8 JR 0x00064bd6 +rom:00064bca MOVE A14,-*SP,0x1 +rom:00064bcc MOVE *A13(0xffe0),*A14+,0x1 +rom:00064bd0 CALLA 0x07ea4c3c ; dix protocol-error path +rom:00064bd6 MOVE *SP(0x80),A14,0x1 +rom:00064bda MMFM SP,0x2a00 ; returns the handler's A8 to dix + +rom:00064be0 MMTM SP,0x54 ; XieSProc (swapped) 0x64BE0 / 0x3F525F00 +rom:00064be4 MOVE A14,A13 +rom:00064be6 MOVE *A13(0xffe0),A11,0x1 +rom:00064bea MOVE *A11(0x40),A9,0x1 +rom:00064bee SETF 0x8,0x0,0x0 +rom:00064bf0 MOVE *A9(0x8),A11,0x0 +rom:00064bf4 CMPI 0x2e,A11 +rom:00064bf8 JRNC 0x00064c12 +rom:00064bfc MOVE A14,-*SP,0x1 +rom:00064bfe MOVE *A13(0xffe0),*A14+,0x1 +rom:00064c00 MOVE *A9(0x8),A11,0x0 +rom:00064c04 SLL 0x5,A11 +rom:00064c06 ADDI 0xd4550,A11 ; sproc_table, main RAM bit 0xD4550 +rom:00064c0c MOVE *A11,A11,0x1 +rom:00064c0e CALL A11 + + +===== The length check: slot 6 handler (0x68EC6 / bit 0x3F547630) ===== +rom:00068ec6 MMTM SP,0x554 +rom:00068eca MOVE A14,A13 +rom:00068ecc ADDI 0x100,A14 +rom:00068ed0 MOVE *A13(0xffe0),A11,0x1 ; arg0 = client +rom:00068ed4 MOVE *A11(0x40),A9,0x1 ; stuff +rom:00068ed8 SETF 0x10,0x0,0x0 +rom:00068eda MOVE *A9(0x10),A11,0x0 ; stuff->length = CARD16 at byte 2 +rom:00068ede DEC A11 ; length - 1 +rom:00068ee0 JREQ 0x00068ee6 ; == 0 -> length == 1 word +rom:00068ee2 MOVK 0x10,A8 ; else A8 = 16 = BadLength +rom:00068ee4 JR 0x00068f2e ; return it to dix +rom:00068ee6 ... ; body +rom:00068f2c SUB A8,A8 ; Success +rom:00068f2e MOVE *SP(0xc0),A14,0x1 +rom:00068f32 MMFM SP,0x2aa0 + +Same idiom in every handler (verified addresses): + slot 1 0x68A60 MOVE *A9(0x10) / 0x68A64 SUBK 0x2 / 0x68A66 JREQ == 2 + slot 3 0x3FD8C MOVE *A9(0x10) / 0x3FD90 SUBK 0x2 / 0x3FD92 JREQ == 2 + slot 6 0x68EDA MOVE *A9(0x10) / 0x68EDE DEC / 0x68EE0 JREQ == 1 + slot 8 0x668F6 MOVE *A9(0x10) / 0x668FA SUBK 0x3 / 0x668FC JRNC >= 3 + slot 11 0x667CA MOVE *A9(0x10) / 0x667CE SUBK 0x3 / 0x667D0 JREQ == 3 + slot 18 0x6A5B8 MOVE *A9(0x10) / 0x6A5BC SUBK 0x4 / 0x6A5BE JRNC >= 4 + slot 19 0x6A782 MOVE *A9(0x10) / 0x6A786 SUBK 0x8 / 0x6A788 JRNC >= 8 + slot 20 0x6AA6E MOVE *A9(0x10) then CMPI 0x23 / JREQ == 0x23 + slot 21 0x62D54 MOVE *A9(0x10) / 0x62D58 SUBK 0x10 / 0x62D5A JREQ == 16 + slot 43 0x65614 MOVE *A9(0x10) / 0x65618 SUBK 0xa / 0x6561A JREQ == 10 + + +===== ProcNotImplemented 0x64C3C / bit 0x3F5261E0 (table slot for 21 minors) ===== +rom:00064c3c MMTM SP,0x154 +rom:00064c40 MOVE A14,A13 +rom:00064c42 MOVE *A13(0xffe0),A11,0x1 ; client +rom:00064c46 MOVE *A11(0x40),A9,0x1 ; stuff +rom:00064c4a MOVE A14,-*SP,0x1 +rom:00064c4c MOVK 0x1,A7 ; arg = 1 (BadRequest) +rom:00064c4e MOVE A7,*A14+,0x1 +rom:00064c50 SUB A7,A7 +rom:00064c52 MOVE A7,*A14+,0x1 ; arg = 0 (bad value) +rom:00064c54 SETF 0x8,0x0,0x0 +rom:00064c56 MOVE *A9(0x8),A8,0x0 ; stuff->opcode = minor +rom:00064c5a MOVE A8,*A14+,0x1 ; arg = minor opcode +rom:00064c5c MOVE 0x1ad960,*A14+,0x1 ; arg = *(0x1AD960) = XIE major opcode +rom:00064c62 MOVE A11,*A14+,0x1 ; arg = client +rom:00064c64 CALLA 0x07effa5e ; SendErrorToClient @ file 0x0BFA5E +rom:00064c6a MOVK 0x1,A8 ; also returns BadRequest +rom:00064c6c MOVE *SP(0xa0),A14,0x1 +rom:00064c70 MMFM SP,0x2a80 +rom:00064c76 RL B10,B8 ; "Xie" string bytes follow + + +===== LookupPhotos (0x66FA0) -- the BadIDChoice emitter ===== +rom:00066fb0 MOVE A14,-*SP,0x1 +rom:00066fb2 SETF 0x10,0x0,0x0 +rom:00066fb4 MOVE @0x1ad980,A7,0x0 ; lookup-proc table 1 +rom:00066fba MOVE A7,*A14+,0x1 +rom:00066fbc MOVE @0x1ad990,A11,0x0 ; lookup-proc table 2 +rom:00066fc2 MOVE A11,*A14+,0x1 +rom:00066fc4 MOVE *A13(0xff80),*A14+,0x1 ; the resource id +rom:00066fc8 CALLA 0x07f174a4 +rom:00066fce MOVE A8,*A13,0x1 +rom:00066fd0 MOVE A8,A7 +rom:00066fd2 JRNE 0x0006715c ; found -> normal path +rom:00066fd6 MOVE A14,-*SP,0x1 +rom:00066fd8 MOVK 0xe,A11 ; arg = 14 = BadIDChoice +rom:00066fda MOVE A11,*A14+,0x1 +rom:00066fdc MOVE *A13(0xff80),*A14+,0x1 ; arg = the bad resource id + ... (client, *(0x1AD960), stuff->opcode pushed in the same order as above) +rom:0006711c CALLA 0x07effa5e ; SendErrorToClient(...) +rom:00067122 MOVE A11,A8 +rom:00067124 JR 0x00067208 +rom:00067128 MOVI 0x3f544880,A8 ; "LookupPhotos: BadIDChoice coming!" +rom:0006712e MOVE A8,*A14+,0x1 +rom:00067130 CALLA 0x07f24f78 + + +===== AddExtension 0xBF36E -- six arguments, validated ===== +rom:000bf36e MMTM SP,0x154 +rom:000bf374 MOVE *A13(0xff80),A11,0x1 ; arg3 = mainProc +rom:000bf378 JREQ 0x000bf388 ; NULL -> fail +rom:000bf37a MOVE *A13(0xff60),A11,0x1 ; arg4 = swappedMainProc +rom:000bf37e JREQ 0x000bf388 +rom:000bf380 MOVE *A13(0xff40),A11,0x1 ; arg5 = closeDownProc +rom:000bf384 JRNE 0x000bf38e +rom:000bf386 SUB A8,A8 +rom:000bf388 JR 0x000bf560 +rom:000bf38e MOVE @0x21a620,A11,0x1 ; running event count +rom:000bf394 MOVE *A13(0xffc0),A9,0x1 ; arg1 = NumEvents +rom:000bf398 ADD A11,A9 +rom:000bf39a CMPI 0x80,A9 +rom:000bf39e JRGT 0x000bf3b2 ; events would exceed 128 -> fail +rom:000bf3a0 MOVE @0x21a640,A9,0x1 ; running error count +rom:000bf3a6 MOVE *A13(0xffa0),A11,0x1 ; arg2 = NumErrors +rom:000bf3aa ADD A9,A11 +rom:000bf3ac CMPI 0xff,A11 +rom:000bf3b0 JRLE 0x000bf3b8 ; errors would exceed 255 -> fail + +There is no seventh argument: the caller pushes exactly six values, and the callee +never reads an argument slot below arg5 (`A13(0xff40)`) in the code shown above — +so no `MinorOpcodeProc` is registered. diff --git a/xie/ghidra-evidence/mame/run_a_level0_diagnostics.txt b/xie/ghidra-evidence/mame/run_a_level0_diagnostics.txt new file mode 100644 index 0000000..bc57a35 --- /dev/null +++ b/xie/ghidra-evidence/mame/run_a_level0_diagnostics.txt @@ -0,0 +1,26 @@ +Warning: -video none doesn't make much sense without -seconds_to_run +vt1200: screen_update#1 frame=0 clip_y=0..0 screen=1280x901 +XIE: breakpoint at 3F525D40 -> { printf "XIEHIT buf=%08X %04X %04X %04X %04X %04X %04X %04X %04X\n", a9, w@(a9+0), w@(a9+16), w@(a9+32), w@(a9+48), w@(a9+64), w@(a9+80), w@(a9+96), w@(a9+112) ; g } +vt1200: screen_update#2 frame=0 clip_y=1..900 screen=1280x901 +vt1200: scanline#1 line=1 enabled=1 +vt1200: guard#1 frame=0 dump_frame=-1 dump_ram=-1 +vt1200: screen_update#3 frame=1 clip_y=0..0 screen=1280x901 +vt1200: scanline#2 line=0 enabled=1 +vt1200: screen_update#4 frame=1 clip_y=1..1 screen=1280x901 +vt1200: scanline#3 line=1 enabled=1 +vt1200: scanline#4 line=2 enabled=1 +vt1200: guard#2 frame=1 dump_frame=-1 dump_ram=-1 +XIE: frame 100 pc=3FDCE400 +XIE: frame 200 pc=3FDCE400 +XIE: frame 300 pc=3FDCE400 +XIE: frame 400 pc=3FDCE400 +XIE: frame 500 pc=3FDCE400 +XIE: frame 600 pc=3FDCE400 +XIE: frame 700 pc=3FDCE400 +XIE: frame 800 pc=3FDCE400 +XIE: frame 900 pc=3FDCE400 +XIE: frame 1000 pc=3FDCE400 +XIE: frame 1100 pc=3FDCE400 +XIE: frame 1200 pc=3FDCE400 +XIE: done at frame 1200 +Average speed: 870.39% (25 seconds) diff --git a/xie/ghidra-evidence/mame/run_b_os_terminal_manager.txt b/xie/ghidra-evidence/mame/run_b_os_terminal_manager.txt new file mode 100644 index 0000000..d2c1822 --- /dev/null +++ b/xie/ghidra-evidence/mame/run_b_os_terminal_manager.txt @@ -0,0 +1,59 @@ +Warning: -video none doesn't make much sense without -seconds_to_run +vt1200: screen_update#1 frame=0 clip_y=0..0 screen=1280x901 +XIE: breakpoint at 3F525D40 -> { printf "XIEHIT buf=%08X %04X %04X %04X %04X %04X %04X %04X %04X\n", a9, w@(a9+0), w@(a9+16), w@(a9+32), w@(a9+48), w@(a9+64), w@(a9+80), w@(a9+96), w@(a9+112) ; g } +vt1200: screen_update#2 frame=0 clip_y=1..900 screen=1280x901 +vt1200: scanline#1 line=1 enabled=1 +vt1200: guard#1 frame=0 dump_frame=-1 dump_ram=-1 +vt1200: screen_update#3 frame=1 clip_y=0..0 screen=1280x901 +vt1200: scanline#2 line=0 enabled=1 +vt1200: screen_update#4 frame=1 clip_y=1..1 screen=1280x901 +vt1200: scanline#3 line=1 enabled=1 +vt1200: scanline#4 line=2 enabled=1 +vt1200: guard#2 frame=1 dump_frame=-1 dump_ram=-1 +XIE: frame 100 pc=3F579870 +XIE: frame 200 pc=3F350E50 +XIE: frame 300 pc=3F579870 +XIE: frame 400 pc=3F579870 +XIE: frame 500 pc=3F579870 +XIE: frame 600 pc=3F579870 +XIE: frame 700 pc=3F579870 +XIE: frame 800 pc=3F579870 +XIE: frame 900 pc=3F579870 +XIE: frame 1000 pc=3F579870 +XIE: frame 1100 pc=3F579870 +XIE: frame 1200 pc=3F579870 +XIE: frame 1300 pc=3F579870 +XIE: frame 1400 pc=3F579870 +XIE: frame 1500 pc=3F579870 +XIE: frame 1600 pc=3F579870 +XIE: frame 1700 pc=3F579870 +XIE: frame 1800 pc=3F579870 +XIE: frame 1900 pc=3F579870 +XIE: frame 2000 pc=3F579870 +XIE: frame 2100 pc=3F579870 +XIE: frame 2200 pc=3F579870 +XIE: frame 2300 pc=3F579870 +XIE: frame 2400 pc=3F579870 +XIE: frame 2500 pc=3F579870 +XIE: frame 2600 pc=3F579870 +XIE: frame 2700 pc=3F579870 +XIE: frame 2800 pc=3F579870 +XIE: frame 2900 pc=3F579870 +XIE: frame 3000 pc=3F579870 +XIE: frame 3100 pc=3F579870 +XIE: frame 3200 pc=3F579870 +XIE: frame 3300 pc=3F579870 +XIE: frame 3400 pc=3F579870 +XIE: frame 3500 pc=3F579870 +XIE: frame 3600 pc=3F579870 +XIE: frame 3700 pc=3F579870 +XIE: frame 3800 pc=3F579870 +XIE: frame 3900 pc=3F579870 +XIE: frame 4000 pc=3F579870 +XIE: frame 4100 pc=3F579870 +XIE: frame 4200 pc=3F579870 +XIE: frame 4300 pc=3F579870 +XIE: frame 4400 pc=3F579870 +XIE: frame 4500 pc=3F579870 +XIE: done at frame 4500 +Average speed: 256.71% (97 seconds) diff --git a/xie/ghidra-evidence/mame/run_c_scalution_jump.txt b/xie/ghidra-evidence/mame/run_c_scalution_jump.txt new file mode 100644 index 0000000..a2bc7bf --- /dev/null +++ b/xie/ghidra-evidence/mame/run_c_scalution_jump.txt @@ -0,0 +1,24 @@ +Warning: -video none doesn't make much sense without -seconds_to_run +vt1200: screen_update#1 frame=0 clip_y=0..0 screen=1280x901 +XIE: breakpoint at 3F525D40 -> { printf "XIEHIT buf=%08X %04X %04X %04X %04X %04X %04X %04X %04X\n", a9, w@(a9+0), w@(a9+16), w@(a9+32), w@(a9+48), w@(a9+64), w@(a9+80), w@(a9+96), w@(a9+112) ; g } +XIE: entry jump armed at 3FDCE400 -> 3F1AF540 +vt1200: screen_update#2 frame=0 clip_y=1..900 screen=1280x901 +vt1200: scanline#1 line=1 enabled=1 +vt1200: guard#1 frame=0 dump_frame=-1 dump_ram=-1 +vt1200: screen_update#3 frame=1 clip_y=0..0 screen=1280x901 +vt1200: scanline#2 line=0 enabled=1 +vt1200: screen_update#4 frame=1 clip_y=1..1 screen=1280x901 +vt1200: scanline#3 line=1 enabled=1 +vt1200: scanline#4 line=2 enabled=1 +vt1200: guard#2 frame=1 dump_frame=-1 dump_ram=-1 +XIE: frame 100 pc=3F2082C0 +XIE: frame 200 pc=3F2082C0 +XIE: frame 300 pc=3F208400 +XIE: frame 400 pc=3F208490 +XIE: frame 500 pc=3F208530 +XIE: frame 600 pc=3F2085D0 +XIE: frame 700 pc=3F208530 +XIE: frame 800 pc=3F208530 +XIE: frame 900 pc=3F2082C0 +XIE: done at frame 900 +Average speed: 842.18% (19 seconds) diff --git a/xie/ghidra-evidence/mame/run_d_control.txt b/xie/ghidra-evidence/mame/run_d_control.txt new file mode 100644 index 0000000..b09aae3 --- /dev/null +++ b/xie/ghidra-evidence/mame/run_d_control.txt @@ -0,0 +1,2 @@ +control: XIE_TRACE=0x3FDCE400 (menu idle PC), 60 frames +result: 4634965 breakpoint hits in debug.log (mechanism works) diff --git a/xie/ghidra-evidence/mame/scalution_register_writes.txt b/xie/ghidra-evidence/mame/scalution_register_writes.txt new file mode 100644 index 0000000..241529a --- /dev/null +++ b/xie/ghidra-evidence/mame/scalution_register_writes.txt @@ -0,0 +1,69 @@ +rom:00036b02 MOVB A9,0xca2b0 +rom:00036b08 MOVB *A13(0x3e0),*A7 +rom:00036b0c MOVB A7,0xca2c0 +rom:00036b12 MOVB *A13(0x3f0),*A7 +rom:00036b16 MOVB A7,0xca2d0 +rom:00036b1c MOVB *A13(0x400),*A7 +rom:00036b20 MOVB A7,0xca2e0 +rom:00036b26 MOVB *A13(0x410),*A7 +rom:00036b2a MOVB A7,0xca2f0 +rom:00036b30 MOVB *A13(0x420),*A7 +rom:00036b34 MOVB A7,0xca300 +rom:00036b3a MOVB *A13(0x430),*A7 +rom:00036b3e MOVB A7,0xca310 +rom:00036b44 MOVB *A13(0x440),*A7 +rom:00036b48 MOVB A7,0xca320 +rom:00036b4e MOVI 0xca3a8,A7 +rom:00036b54 MOVE A7,*A13(0x460),0x1 +rom:00036b58 MOVE A14,-*SP,0x1 +rom:00036b5a MOVE A13,A9 +rom:00036b5c ADDI 0x450,A9 +rom:00036b60 MOVE A9,*A14+,0x1 +rom:00036b62 MOVE A7,*A14+,0x1 +rom:00036b64 MOVE *A13(0x3b0),*A14+,0x1 +rom:00036b68 MOVE *A13(0x390),*A14+,0x1 +rom:00036b6c MOVE *A13(0x370),*A14+,0x1 +rom:00036b70 MOVE *A13(0x350),*A14+,0x1 +rom:00036b74 CALLA 0x07f634d4 +rom:00036b7a SUB A11,A11 +rom:00036b7c MOVB A11,0xca330 +rom:00036b82 SETF 0x8,0x0,0x0 +rom:00036b84 MOVE *A13(0x450),A9,0x0 +rom:00036b88 MOVB A9,0xca340 +rom:00036b8e MOVB A9,0xca350 +rom:00036b94 MOVE *A13(0x330),A7,0x1 +rom:00036b98 NEG A7 +rom:00036b9a DEC A7 +rom:00036b9c SETF 0x10,0x0,0x0 +rom:00036b9e MOVE A7,*A13(0x50),0x0 +rom:00036ba2 MOVE *A13(0x50),A7,0x0 +rom:00036ba6 SRL 0x18,A7 +rom:00036ba8 ANDI 0xff,A7 +rom:00036bae MOVB A7,0xca270 +rom:00036bb4 MOVE *A13(0x50),A7,0x0 +rom:00036bb8 ANDI 0xff,A7 +rom:00036bbe MOVB A7,0xca280 +rom:00036bc4 MOVE *A13(0x320),A7,0x0 +rom:00036bc8 NEG A7 +rom:00036bca MOVE A7,*A13(0x50),0x0 +rom:00036bce MOVE *A13(0x50),A7,0x0 +rom:00036bd2 SRL 0x18,A7 +rom:00036bd4 ANDI 0xff,A7 +rom:00036bda MOVB A7,0xca290 +rom:00036be0 MOVE *A13(0x50),A7,0x0 +rom:00036be4 ANDI 0xff,A7 +rom:00036bea MOVB A7,0xca2a0 +rom:00036bf0 MOVI 0xff,A7 +rom:00036bf4 MOVB A7,0xca380 +rom:00036bfa SUBK 0x10,A7 +rom:00036bfc MOVB A7,0xca390 +rom:00036c02 MOVE A11,@0x5600100,0x0 +rom:00036c08 MOVI 0x248,A7 +rom:00036c0c MOVE A7,@0x5600020,0x0 +rom:00036c12 MOVI 0x32,A7 +rom:00036c16 MOVE A7,@0x5600030,0x0 +rom:00036c1c MOVK 0x1,A7 +rom:00036c1e MOVE A7,@0x5600100,0x0 +rom:00036c24 MOVE A7,*A13(0x80),0x1 +rom:00036c28 SETF 0x8,0x0,0x0 +rom:00036c2a MOVE @0xca230,A11,0x0 diff --git a/xie/ghidra-evidence/mame/scalution_test_head.txt b/xie/ghidra-evidence/mame/scalution_test_head.txt new file mode 100644 index 0000000..d610e36 --- /dev/null +++ b/xie/ghidra-evidence/mame/scalution_test_head.txt @@ -0,0 +1,46 @@ +rom:00035ea8 MMTM SP,0x154 +rom:00035eac MOVE A14,A13 +rom:00035eae ADDI 0x6e0,A14 +rom:00035eb2 SUB A11,A11 +rom:00035eb4 MOVE A11,*A13(0x520),0x1 +rom:00035eb8 MOVE A11,*A13(0x540),0x1 +rom:00035ebc MOVE A11,*A13(0x560),0x1 +rom:00035ec0 MOVE A11,*A13(0x580),0x1 +rom:00035ec4 MOVE A11,*A13(0x5a0),0x1 +rom:00035ec8 MOVE A11,*A13(0x5c0),0x1 +rom:00035ecc CALLA 0x07f67f38 +rom:00035ed2 MOVE A8,@0xa5f00,0x1 +rom:00035ed8 JR 0x00035f08 +rom:00035eda SUB A11,A11 +rom:00035edc MOVB A11,*A13 +rom:00035ede JR 0x00035f22 +rom:00035ee0 MOVK 0x1,A11 +rom:00035ee2 MOVB A11,*A13 +rom:00035ee4 JR 0x00035f22 +rom:00035ee6 MOVK 0x3,A11 +rom:00035ee8 MOVB A11,*A13 +rom:00035eea JR 0x00035f22 +rom:00035eec MOVK 0x5,A11 +rom:00035eee MOVB A11,*A13 +rom:00035ef0 JR 0x00035f22 +rom:00035ef2 MOVE A14,-*SP,0x1 +rom:00035ef4 MOVI 0x3f3b8ab0,A8 +rom:00035efa MOVE A8,*A14+,0x1 +rom:00035efc CALLA 0x07f24f78 +rom:00035f02 MOVK 0x2,A8 +rom:00035f04 JR 0x0003714c +rom:00035f08 MOVE *A13(0xffe0),A11,0x1 +rom:00035f0c SETF 0x8,0x0,0x0 +rom:00035f0e MOVE *A11(0x630),A8,0x0 +rom:00035f12 JREQ 0x00035eec +rom:00035f14 DEC A8 +rom:00035f16 JREQ 0x00035eda +rom:00035f18 DEC A8 +rom:00035f1a JREQ 0x00035ee0 +rom:00035f1c DEC A8 +rom:00035f1e JREQ 0x00035ee6 +rom:00035f20 JR 0x00035ef2 +rom:00035f22 MOVE *A13(0xffe0),A9,0x1 +rom:00035f26 MOVB *A11,*A9(0x630) +rom:00035f2a MOVE *A9(0x610),A9,0x1 +rom:00035f2e JRNE 0x00035f4e diff --git a/xie/ghidra-evidence/pipeline/create_slot8_op12.txt b/xie/ghidra-evidence/pipeline/create_slot8_op12.txt new file mode 100644 index 0000000..24dad60 --- /dev/null +++ b/xie/ghidra-evidence/pipeline/create_slot8_op12.txt @@ -0,0 +1,190 @@ +rom:000678da MMTM SP,0x154 +rom:000678de MOVE A14,A13 +rom:000678e0 ADDI 0x40,A14 +rom:000678e4 SUB A11,A11 +rom:000678e6 MOVE A11,*A13(0x20),0x1 +rom:000678ea MOVE *A13(0xffe0),A7,0x1 +rom:000678ee MOVE *A7(0x40),A9,0x1 +rom:000678f2 SETF 0x10,0x0,0x0 +rom:000678f4 MOVE *A9(0x10),A7,0x0 +rom:000678f8 SUBK 0xc,A7 +rom:000678fa JREQ 0x00067902 +rom:000678fc MOVK 0x10,A8 +rom:000678fe JR 0x00067b3c +rom:00067902 MOVE *A9(0x60),A7,0x1 +rom:00067906 JREQ 0x0006790e +rom:00067908 MOVE *A9(0x80),A7,0x1 +rom:0006790c JRNE 0x00067936 +rom:0006790e MOVE A14,-*SP,0x1 +rom:00067910 MOVK 0x2,A7 +rom:00067912 MOVE A7,*A14+,0x1 +rom:00067914 MOVE *A9(0x40),*A14+,0x1 +rom:00067918 SETF 0x8,0x0,0x0 +rom:0006791a MOVE *A9(0x8),A8,0x0 +rom:0006791e MOVE A8,*A14+,0x1 +rom:00067920 MOVE 0x1ad960,*A14+,0x1 +rom:00067926 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006792a CALLA 0x07effa5e +rom:00067930 MOVE A7,A8 +rom:00067932 JR 0x00067b3c +rom:00067936 MOVE *A13(0xffe0),A7,0x1 +rom:0006793a MOVE *A9(0x40),A11,0x1 +rom:0006793e ANDI -0x100000,A11 +rom:00067944 MOVE *A7(0x20),A7,0x1 +rom:00067948 CMP A11,A7 +rom:0006794a JRNE 0x00067974 +rom:0006794c MOVE *A9(0x40),A11,0x1 +rom:00067950 BTST 0x13,A11 +rom:00067952 JRNE 0x00067974 +rom:00067954 MOVE A14,-*SP,0x1 +rom:00067956 MOVE @0x1ad980,A11,0x0 +rom:0006795c MOVE A11,*A14+,0x1 +rom:0006795e MOVE @0x1ad990,A7,0x0 +rom:00067964 MOVE A7,*A14+,0x1 +rom:00067966 MOVE *A9(0x40),*A14+,0x1 +rom:0006796a CALLA 0x07f174a4 +rom:00067970 MOVE A8,A7 +rom:00067972 JREQ 0x0006799c +rom:00067974 MOVE A14,-*SP,0x1 +rom:00067976 MOVK 0xe,A11 +rom:00067978 MOVE A11,*A14+,0x1 +rom:0006797a MOVE *A9(0x40),*A14+,0x1 +rom:0006797e SETF 0x8,0x0,0x0 +rom:00067980 MOVE *A9(0x8),A8,0x0 +rom:00067984 MOVE A8,*A14+,0x1 +rom:00067986 MOVE 0x1ad960,*A14+,0x1 +rom:0006798c MOVE *A13(0xffe0),*A14+,0x1 +rom:00067990 CALLA 0x07effa5e +rom:00067996 MOVE A11,A8 +rom:00067998 JR 0x00067b3c +rom:0006799c MOVE A14,-*SP,0x1 +rom:0006799e MOVE *A9(0x20),A11,0x1 +rom:000679a2 SUBK 0x2,A11 +rom:000679a4 MOVK 0x1,A11 +rom:000679a6 JREQ 0x000679aa +rom:000679a8 SUB A11,A11 +rom:000679aa MOVE A11,*A14+,0x1 +rom:000679ac MOVE *A9(0x80),*A14+,0x1 +rom:000679b0 MOVE *A9(0x60),*A14+,0x1 +rom:000679b4 SETF 0x8,0x0,0x0 +rom:000679b6 MOVE *A9(0x160),A8,0x0 +rom:000679ba MOVE A8,*A14+,0x1 +rom:000679bc MOVE *A9(0x158),A8,0x0 +rom:000679c0 MOVE A8,*A14+,0x1 +rom:000679c2 MOVE *A9(0x150),A8,0x0 +rom:000679c6 MOVE A8,*A14+,0x1 +rom:000679c8 ADDI 0x40,A14 +rom:000679cc MOVE A14,-*SP,0x1 +rom:000679ce MOVE A9,A11 +rom:000679d0 ADDI 0xa0,A11 +rom:000679d4 MOVE A11,*A14+,0x1 +rom:000679d6 CALLA 0x07f638c2 +rom:000679dc MOVE A9,A11 +rom:000679de ADDI 0xe0,A11 +rom:000679e2 MOVE A11,*A14+,0x1 +rom:000679e4 SETF 0x8,0x0,0x0 +rom:000679e6 MOVE *A9(0x148),A8,0x0 +rom:000679ea MOVE A8,*A14+,0x1 +rom:000679ec CALLA 0x07eaca82 +rom:000679f2 MOVE A8,*A13,0x1 +rom:000679f4 MOVE A8,A7 +rom:000679f6 JRNE 0x00067a20 +rom:000679f8 MOVE A14,-*SP,0x1 +rom:000679fa MOVK 0xb,A11 +rom:000679fc MOVE A11,*A14+,0x1 +rom:000679fe MOVE *A9(0x40),*A14+,0x1 +rom:00067a02 SETF 0x8,0x0,0x0 +rom:00067a04 MOVE *A9(0x8),A8,0x0 +rom:00067a08 MOVE A8,*A14+,0x1 +rom:00067a0a MOVE 0x1ad960,*A14+,0x1 +rom:00067a10 MOVE *A13(0xffe0),*A14+,0x1 +rom:00067a14 CALLA 0x07effa5e +rom:00067a1a MOVE A11,A8 +rom:00067a1c JR 0x00067b3c +rom:00067a20 MOVE *A9(0x20),A11,0x1 +rom:00067a24 DSJ A11,0x00067afc +rom:00067a28 MOVE A14,-*SP,0x1 +rom:00067a2a MOVK 0x14,A11 +rom:00067a2c MOVE A11,*A14+,0x1 +rom:00067a2e MOVK 0x1,A11 +rom:00067a30 MOVE A11,*A14+,0x1 +rom:00067a32 CALLA 0x07f63a30 +rom:00067a38 MOVE A8,*A13(0x20),0x1 +rom:00067a3c MOVE A8,A8 +rom:00067a3e JRNE 0x00067a50 +rom:00067a40 MOVE A14,-*SP,0x1 +rom:00067a42 MOVI 0x3f544b10,A8 +rom:00067a48 MOVE A8,*A14+,0x1 +rom:00067a4a CALLA 0x07f24f78 +rom:00067a50 MOVE *A13(0x20),A11,0x1 +rom:00067a54 JRNE 0x00067a88 +rom:00067a56 MOVE A14,-*SP,0x1 +rom:00067a58 MOVK 0xb,A7 +rom:00067a5a MOVE A7,*A14+,0x1 +rom:00067a5c MOVE A14,-*SP,0x1 +rom:00067a5e MOVE *A13(0x0),*A14+,0x1 +rom:00067a62 CALLA 0x07eacdda +rom:00067a68 MOVE *A9(0x40),*A14+,0x1 +rom:00067a6c SETF 0x8,0x0,0x0 +rom:00067a6e MOVE *A9(0x8),A8,0x0 +rom:00067a72 MOVE A8,*A14+,0x1 +rom:00067a74 MOVE 0x1ad960,*A14+,0x1 +rom:00067a7a MOVE *A13(0xffe0),*A14+,0x1 +rom:00067a7e CALLA 0x07effa5e +rom:00067a84 MOVE A7,A8 +rom:00067a86 JR 0x00067b3c +rom:00067a88 MOVK 0x1,A7 +rom:00067a8a MOVB *A7,*A11(0x20) +rom:00067a8e SETF 0x10,0x1,0x0 +rom:00067a90 MOVE A7,*A11(0x30),0x0 +rom:00067a94 CALLA 0x07f63b48 +rom:00067a9a MOVE A8,*A11(0x80),0x1 +rom:00067a9e MOVE *A11(0x80),A7,0x1 +rom:00067aa2 JREQ 0x00067aba +rom:00067aa4 MOVE A14,-*SP,0x1 +rom:00067aa6 SUB A7,A7 +rom:00067aa8 MOVE A7,*A14+,0x1 +rom:00067aaa MOVE *A13(0x0),*A14+,0x1 +rom:00067aae MOVE A11,*A14+,0x1 +rom:00067ab0 CALLA 0x07ea72a4 +rom:00067ab6 MOVE A8,A8 +rom:00067ab8 JRNE 0x00067af6 +rom:00067aba MOVE A14,-*SP,0x1 +rom:00067abc MOVK 0xb,A7 +rom:00067abe MOVE A7,*A14+,0x1 +rom:00067ac0 MOVE A14,-*SP,0x1 +rom:00067ac2 MOVE *A13(0x0),*A14+,0x1 +rom:00067ac6 CALLA 0x07eacdda +rom:00067acc MOVE A14,-*SP,0x1 +rom:00067ace MOVE A11,*A14+,0x1 +rom:00067ad0 CALLA 0x07eacdda +rom:00067ad6 MOVE *A9(0x40),*A14+,0x1 +rom:00067ada SETF 0x8,0x0,0x0 +rom:00067adc MOVE *A9(0x8),A8,0x0 +rom:00067ae0 MOVE A8,*A14+,0x1 +rom:00067ae2 MOVE 0x1ad960,*A14+,0x1 +rom:00067ae8 MOVE *A13(0xffe0),*A14+,0x1 +rom:00067aec CALLA 0x07effa5e +rom:00067af2 MOVE A7,A8 +rom:00067af4 JR 0x00067b3c +rom:00067af6 MOVE *A11(0x40),*A11(0x60),0x1 +rom:00067afc MOVE *A13(0x20),A11,0x1 +rom:00067b00 JRNE 0x00067b04 +rom:00067b02 MOVE *A13,A11,0x1 +rom:00067b04 MOVE *A9(0x40),*A11(0x0),0x1 +rom:00067b0a MOVE A14,-*SP,0x1 +rom:00067b0c SETF 0x10,0x0,0x0 +rom:00067b0e MOVE @0x1ad980,A11,0x0 +rom:00067b14 MOVE A11,*A14+,0x1 +rom:00067b16 MOVI 0x3f566ed0,A7 +rom:00067b1c MOVE A7,*A14+,0x1 +rom:00067b1e MOVE *A13(0x20),A7,0x1 +rom:00067b22 JRNE 0x00067b26 +rom:00067b24 MOVE *A13,A7,0x1 +rom:00067b26 MOVE A7,*A14+,0x1 +rom:00067b28 MOVE @0x1ad990,A7,0x0 +rom:00067b2e MOVE A7,*A14+,0x1 +rom:00067b30 MOVE *A9(0x40),*A14+,0x1 +rom:00067b34 CALLA 0x07f16ca2 +rom:00067b3a SUB A8,A8 +rom:00067b3c MOVE *SP(0xa0),A14,0x1 diff --git a/xie/ghidra-evidence/pipeline/dd_input_6B640.txt b/xie/ghidra-evidence/pipeline/dd_input_6B640.txt new file mode 100644 index 0000000..2b80bd1 --- /dev/null +++ b/xie/ghidra-evidence/pipeline/dd_input_6B640.txt @@ -0,0 +1,125 @@ +rom:0006b640 MMTM SP,0x154 +rom:0006b644 MOVE A14,A13 +rom:0006b646 ADDI 0x230,A14 +rom:0006b64a JR 0x0006b834 +rom:0006b64e SUB A11,A11 +rom:0006b650 MOVE A11,*A13(0x1f0),0x1 +rom:0006b654 MOVE *A13(0xffe0),A9,0x1 +rom:0006b658 MOVE *A13(0xffa0),A11,0x1 +rom:0006b65c SLL 0x5,A11 +rom:0006b65e ADD A9,A11 +rom:0006b660 MOVE *A11(0x160),A11,0x1 +rom:0006b664 MOVE A13,A8 +rom:0006b666 MOVK 0xe,A9 +rom:0006b668 MOVE *A11+,*A8+,0x1 +rom:0006b66a DSJS A9,0x0006b668 +rom:0006b66c MOVB *A11,*A8 +rom:0006b66e MOVE *A13(0x1f0),A11,0x1 +rom:0006b672 SUBK 0x3,A11 +rom:0006b674 JRNC 0x0006b84c +rom:0006b678 MOVE *A13(0xffc0),A11,0x1 +rom:0006b67c MOVE *A13(0x1f0),A9,0x1 +rom:0006b680 SLL 0x5,A9 +rom:0006b682 ADD A11,A9 +rom:0006b684 MOVE *A9(0xd8),A9,0x1 +rom:0006b688 JREQ 0x0006b84c +rom:0006b68c MOVE A14,-*SP,0x1 +rom:0006b68e MOVE *A13(0x1f0),*A14+,0x1 +rom:0006b692 MOVE *A13(0xffa0),*A14+,0x1 +rom:0006b696 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006b69a MOVE *A13(0xffc0),*A14+,0x1 +rom:0006b69e MOVE A13,*A14+,0x1 +rom:0006b6a0 CALLA 0x07eac356 +rom:0006b6a6 MOVE *A13(0xffe0),A11,0x1 +rom:0006b6aa MOVE *A13(0x1f0),A9,0x1 +rom:0006b6ae SLL 0x5,A9 +rom:0006b6b0 ADD A11,A9 +rom:0006b6b2 MOVE *A9(0x100),A9,0x1 +rom:0006b6b6 JRNE 0x0006b6ca +rom:0006b6b8 MOVE *A13(0xffc0),A9,0x1 +rom:0006b6bc MOVE *A13(0x1f0),A11,0x1 +rom:0006b6c0 SLL 0x5,A11 +rom:0006b6c2 ADD A9,A11 +rom:0006b6c4 MOVE *A11(0xd8),A11,0x1 +rom:0006b6c8 JR 0x0006b6dc +rom:0006b6ca MOVE *A13(0x1f0),A9,0x1 +rom:0006b6ce SLL 0x5,A9 +rom:0006b6d0 ADD A11,A9 +rom:0006b6d2 MOVE *A9(0x100),A9,0x1 +rom:0006b6d6 MOVE A9,A11 +rom:0006b6d8 ADDI 0xa0,A11 +rom:0006b6dc MOVE A11,*A13(0x1d0),0x1 +rom:0006b6e0 MOVE A14,-*SP,0x1 +rom:0006b6e2 MOVK 0x1,A9 +rom:0006b6e4 MOVE A9,*A14+,0x1 +rom:0006b6e6 MOVE A11,*A14+,0x1 +rom:0006b6e8 MOVE A13,*A14+,0x1 +rom:0006b6ea CALLA 0x07e80008 +rom:0006b6f0 MOVE A8,*A13(0x210),0x1 +rom:0006b6f4 MOVE A8,A8 +rom:0006b6f6 JRNE 0x0006b84e +rom:0006b6fa SETF 0x10,0x0,0x0 +rom:0006b6fc MOVE *A13,A7,0x0 +rom:0006b6fe MOVE *A13(0x168),A9,0x1 +rom:0006b702 ADD A7,A9 +rom:0006b704 MOVE A9,*A13(0x168),0x1 +rom:0006b708 MOVE *A13(0xffe0),A7,0x1 +rom:0006b70c MOVE *A13(0x1f0),A9,0x1 +rom:0006b710 SLL 0x5,A9 +rom:0006b712 ADD A7,A9 +rom:0006b714 MOVE *A9(0x100),A9,0x1 +rom:0006b718 JREQ 0x0006b73a +rom:0006b71a MOVE A14,-*SP,0x1 +rom:0006b71c MOVE *A13(0xffa0),*A14+,0x1 +rom:0006b720 MOVE *A13(0x1f0),*A14+,0x1 +rom:0006b724 MOVE A7,*A14+,0x1 +rom:0006b726 MOVE *A13(0xffc0),*A14+,0x1 +rom:0006b72a CALLA 0x07eab858 +rom:0006b730 MOVE A8,*A13(0x210),0x1 +rom:0006b734 MOVE A8,A9 +rom:0006b736 JRNE 0x0006b84e +rom:0006b73a MOVE *A13(0x1f0),A9,0x1 +rom:0006b73e INC A9 +rom:0006b740 MOVE A9,*A13(0x1f0),0x1 +rom:0006b744 SUBK 0x3,A9 +rom:0006b746 JRNC 0x0006b84c +rom:0006b74a MOVE *A13(0xffc0),A9,0x1 +rom:0006b74e MOVE *A13(0x1f0),A7,0x1 +rom:0006b752 SLL 0x5,A7 +rom:0006b754 ADD A9,A7 +rom:0006b756 MOVE *A7(0xd8),A7,0x1 +rom:0006b75a JRNE 0x0006b68c +rom:0006b75c JR 0x0006b84c +rom:0006b75e MOVE *A13(0xffe0),A11,0x1 +rom:0006b762 MOVE *A13(0xffa0),A9,0x1 +rom:0006b766 SLL 0x5,A9 +rom:0006b768 ADD A11,A9 +rom:0006b76a MOVE *A9(0x100),A9,0x1 +rom:0006b76e JRNE 0x0006b782 +rom:0006b770 MOVE *A13(0xffc0),A9,0x1 +rom:0006b774 MOVE *A13(0xffa0),A7,0x1 +rom:0006b778 SLL 0x5,A7 +rom:0006b77a ADD A9,A7 +rom:0006b77c MOVE *A7(0xd8),A7,0x1 +rom:0006b780 JR 0x0006b794 +rom:0006b782 MOVE *A13(0xffa0),A9,0x1 +rom:0006b786 SLL 0x5,A9 +rom:0006b788 ADD A11,A9 +rom:0006b78a MOVE *A9(0x100),A9,0x1 +rom:0006b78e MOVE A9,A7 +rom:0006b790 ADDI 0xa0,A7 +rom:0006b794 MOVE A7,*A13(0x1d0),0x1 +rom:0006b798 MOVE A14,-*SP,0x1 +rom:0006b79a MOVK 0x1,A9 +rom:0006b79c MOVE A9,*A14+,0x1 +rom:0006b79e MOVE A7,*A14+,0x1 +rom:0006b7a0 MOVE *A13(0xffa0),A9,0x1 +rom:0006b7a4 SLL 0x5,A9 +rom:0006b7a6 ADD A11,A9 +rom:0006b7a8 MOVE *A9(0x160),*A14+,0x1 +rom:0006b7ac CALLA 0x07e80008 +rom:0006b7b2 MOVE A8,*A13(0x210),0x1 +rom:0006b7b6 MOVE A8,A9 +rom:0006b7b8 JRNE 0x0006b84e +rom:0006b7ba MOVE *A13(0xffa0),A7,0x1 +rom:0006b7be SLL 0x5,A7 diff --git a/xie/ghidra-evidence/pipeline/export_slot21.txt b/xie/ghidra-evidence/pipeline/export_slot21.txt new file mode 100644 index 0000000..8ef2885 --- /dev/null +++ b/xie/ghidra-evidence/pipeline/export_slot21.txt @@ -0,0 +1,293 @@ +rom:00062d40 MMTM SP,0x554 +rom:00062d44 MOVE A14,A13 +rom:00062d46 ADDI 0x160,A14 +rom:00062d4a MOVE *A13(0xffe0),A11,0x1 +rom:00062d4e MOVE *A11(0x40),A9,0x1 +rom:00062d52 SETF 0x10,0x0,0x0 +rom:00062d54 MOVE *A9(0x10),A11,0x0 +rom:00062d58 SUBK 0x10,A11 +rom:00062d5a JREQ 0x00062d62 +rom:00062d5c MOVK 0x10,A8 +rom:00062d5e JR 0x000630ea +rom:00062d62 MOVE A14,-*SP,0x1 +rom:00062d64 SUB A11,A11 +rom:00062d66 MOVE A11,*A14+,0x1 +rom:00062d68 MOVE *A9(0x20),*A14+,0x1 +rom:00062d6c MOVE A13,A7 +rom:00062d6e ADDK 0x0,A7 +rom:00062d70 MOVE A7,*A14+,0x1 +rom:00062d72 MOVE A13,*A14+,0x1 +rom:00062d74 MOVE *A13(0xffe0),*A14+,0x1 +rom:00062d78 CALLA 0x07ea6fa0 +rom:00062d80 GETPC A0 +rom:00062d82 MOVE A8,A8 +rom:00062d84 JRNE 0x000630ea +rom:00062d88 MOVE *A13(0x20),A11,0x1 +rom:00062d8c SETF 0x1,0x0,0x0 +rom:00062d8e MOVE *A11(0x28),A7,0x0 +rom:00062d92 JRNE 0x00062dbc +rom:00062d94 MOVE A14,-*SP,0x1 +rom:00062d96 MOVK 0x8,A7 +rom:00062d98 MOVE A7,*A14+,0x1 +rom:00062d9a MOVE *A9(0x20),*A14+,0x1 +rom:00062d9e SETF 0x8,0x0,0x0 +rom:00062da0 MOVE *A9(0x8),A8,0x0 +rom:00062da4 MOVE A8,*A14+,0x1 +rom:00062da6 MOVE 0x1ad960,*A14+,0x1 +rom:00062dac MOVE *A13(0xffe0),*A14+,0x1 +rom:00062db0 CALLA 0x07effa5e +rom:00062db6 MOVE A7,A8 +rom:00062db8 JR 0x000630ea +rom:00062dbc MOVE *A9(0x80),A7,0x1 +rom:00062dc0 MOVE *A11(0x80),A11,0x1 +rom:00062dc4 CMP A11,A7 +rom:00062dc6 JRC 0x00062df4 +rom:00062dc8 MOVE A14,-*SP,0x1 +rom:00062dca MOVK 0x2,A11 +rom:00062dcc MOVE A11,*A14+,0x1 +rom:00062dce MOVE *A13(0x20),A7,0x1 +rom:00062dd2 MOVE *A7(0x0),*A14+,0x1 +rom:00062dd6 SETF 0x8,0x0,0x0 +rom:00062dd8 MOVE *A9(0x8),A8,0x0 +rom:00062ddc MOVE A8,*A14+,0x1 +rom:00062dde MOVE 0x1ad960,*A14+,0x1 +rom:00062de4 MOVE *A13(0xffe0),*A14+,0x1 +rom:00062de8 CALLA 0x07effa5e +rom:00062dee MOVE A11,A8 +rom:00062df0 JR 0x000630ea +rom:00062df4 MOVE *A13(0x20),A11,0x1 +rom:00062df8 MOVE *A9(0xa0),A7,0x1 +rom:00062dfc MOVE *A11(0xa0),A11,0x1 +rom:00062e00 CMP A11,A7 +rom:00062e02 JRC 0x00062e30 +rom:00062e04 MOVE A14,-*SP,0x1 +rom:00062e06 MOVK 0x2,A11 +rom:00062e08 MOVE A11,*A14+,0x1 +rom:00062e0a MOVE *A13(0x20),A7,0x1 +rom:00062e0e MOVE *A7(0x0),*A14+,0x1 +rom:00062e12 SETF 0x8,0x0,0x0 +rom:00062e14 MOVE *A9(0x8),A8,0x0 +rom:00062e18 MOVE A8,*A14+,0x1 +rom:00062e1a MOVE 0x1ad960,*A14+,0x1 +rom:00062e20 MOVE *A13(0xffe0),*A14+,0x1 +rom:00062e24 CALLA 0x07effa5e +rom:00062e2a MOVE A11,A8 +rom:00062e2c JR 0x000630ea +rom:00062e30 MOVE *A9(0xc0),A11,0x1 +rom:00062e34 JREQ 0x00062e3c +rom:00062e36 MOVE *A9(0xe0),A11,0x1 +rom:00062e3a JRNE 0x00062e68 +rom:00062e3c MOVE A14,-*SP,0x1 +rom:00062e3e MOVK 0x2,A11 +rom:00062e40 MOVE A11,*A14+,0x1 +rom:00062e42 MOVE *A13(0x20),A7,0x1 +rom:00062e46 MOVE *A7(0x0),*A14+,0x1 +rom:00062e4a SETF 0x8,0x0,0x0 +rom:00062e4c MOVE *A9(0x8),A8,0x0 +rom:00062e50 MOVE A8,*A14+,0x1 +rom:00062e52 MOVE 0x1ad960,*A14+,0x1 +rom:00062e58 MOVE *A13(0xffe0),*A14+,0x1 +rom:00062e5c CALLA 0x07effa5e +rom:00062e62 MOVE A11,A8 +rom:00062e64 JR 0x000630ea +rom:00062e68 MOVE *A9(0x80),A11,0x1 +rom:00062e6c JRLE 0x00062e74 +rom:00062e6e MOVE *A9(0x80),A11,0x1 +rom:00062e72 JR 0x00062e76 +rom:00062e74 SUB A11,A11 +rom:00062e76 MOVE A11,*A13(0x60),0x1 +rom:00062e7a MOVE *A9(0xa0),A7,0x1 +rom:00062e7e JRLE 0x00062e86 +rom:00062e80 MOVE *A9(0xa0),A7,0x1 +rom:00062e84 JR 0x00062e88 +rom:00062e86 SUB A7,A7 +rom:00062e88 MOVE A7,*A13(0x80),0x1 +rom:00062e8c MOVE *A9(0x80),A5,0x1 +rom:00062e90 JRGE 0x00062e98 +rom:00062e92 MOVE *A9(0x80),A5,0x1 +rom:00062e96 JR 0x00062e9a +rom:00062e98 SUB A5,A5 +rom:00062e9a MOVE *A9(0xc0),A7,0x1 +rom:00062e9e ADD A7,A5 +rom:00062ea0 MOVE A5,*A13(0xa0),0x1 +rom:00062ea4 MOVE *A9(0xa0),A7,0x1 +rom:00062ea8 JRGE 0x00062eb0 +rom:00062eaa MOVE *A9(0xa0),A7,0x1 +rom:00062eae JR 0x00062eb2 +rom:00062eb0 SUB A7,A7 +rom:00062eb2 MOVE *A9(0xe0),A5,0x1 +rom:00062eb6 ADD A5,A7 +rom:00062eb8 MOVE A7,*A13(0xc0),0x1 +rom:00062ebc MOVE *A13(0x20),A5,0x1 +rom:00062ec0 MOVE *A13(0xa0),A7,0x1 +rom:00062ec4 ADD A7,A11 +rom:00062ec6 MOVE *A5(0x80),A5,0x1 +rom:00062eca CMP A11,A5 +rom:00062ecc JRNC 0x00062ede +rom:00062ece MOVE *A13(0x20),A11,0x1 +rom:00062ed2 MOVE *A11(0x80),A5,0x1 +rom:00062ed6 MOVE *A13(0x60),A7,0x1 +rom:00062eda SUB A7,A5 +rom:00062edc JR 0x00062ee0 +rom:00062ede MOVE A7,A5 +rom:00062ee0 MOVE A5,*A13(0xa0),0x1 +rom:00062ee4 MOVE *A13(0x20),A11,0x1 +rom:00062ee8 MOVE *A13(0x80),A7,0x1 +rom:00062eec MOVE *A13(0xc0),A5,0x1 +rom:00062ef0 ADD A5,A7 +rom:00062ef2 MOVE *A11(0xa0),A5,0x1 +rom:00062ef6 CMP A7,A5 +rom:00062ef8 JRNC 0x00062f06 +rom:00062efa MOVE *A11(0xa0),A7,0x1 +rom:00062efe MOVE *A13(0x80),A5,0x1 +rom:00062f02 SUB A5,A7 +rom:00062f04 JR 0x00062f0a +rom:00062f06 MOVE *A13(0xc0),A7,0x1 +rom:00062f0a MOVE A7,*A13(0xc0),0x1 +rom:00062f0e MOVE *A13(0xa0),A5,0x1 +rom:00062f12 JRLE 0x00062f18 +rom:00062f14 MOVE A7,A8 +rom:00062f16 JRGT 0x00062f40 +rom:00062f18 MOVE A14,-*SP,0x1 +rom:00062f1a MOVK 0x2,A5 +rom:00062f1c MOVE A5,*A14+,0x1 +rom:00062f1e MOVE *A11(0x0),*A14+,0x1 +rom:00062f22 SETF 0x8,0x0,0x0 +rom:00062f24 MOVE *A9(0x8),A8,0x0 +rom:00062f28 MOVE A8,*A14+,0x1 +rom:00062f2a MOVE 0x1ad960,*A14+,0x1 +rom:00062f30 MOVE *A13(0xffe0),*A14+,0x1 +rom:00062f34 CALLA 0x07effa5e +rom:00062f3a MOVE A5,A8 +rom:00062f3c JR 0x000630ea +rom:00062f40 MOVE *A9(0x100),A5,0x1 +rom:00062f44 MOVE *A13(0x60),A7,0x1 +rom:00062f48 ADD A7,A5 +rom:00062f4a MOVE *A9(0x80),A7,0x1 +rom:00062f4e SUB A7,A5 +rom:00062f50 MOVE A5,*A13(0xe0),0x1 +rom:00062f54 MOVE *A9(0x120),A7,0x1 +rom:00062f58 MOVE *A13(0x80),A5,0x1 +rom:00062f5c ADD A5,A7 +rom:00062f5e MOVE *A9(0xa0),A5,0x1 +rom:00062f62 SUB A5,A7 +rom:00062f64 MOVE A7,*A13(0x100),0x1 +rom:00062f68 MOVE A14,-*SP,0x1 +rom:00062f6a MOVE A8,*A14+,0x1 +rom:00062f6c MOVE *A13(0xa0),*A14+,0x1 +rom:00062f70 MOVE *A13(0x80),*A14+,0x1 +rom:00062f74 MOVE *A13(0x60),*A14+,0x1 +rom:00062f78 MOVE A11,*A14+,0x1 +rom:00062f7a MOVE *A13(0xffe0),*A14+,0x1 +rom:00062f7e CALLA 0x07ea3432 +rom:00062f84 MOVE A8,*A13(0x120),0x1 +rom:00062f88 MOVE A8,A5 +rom:00062f8a JREQ 0x00062fbc +rom:00062f8c MOVE A14,-*SP,0x1 +rom:00062f8e MOVE A11,*A14+,0x1 +rom:00062f90 CALLA 0x07ea336a +rom:00062f96 MOVE A14,-*SP,0x1 +rom:00062f98 MOVE A5,*A14+,0x1 +rom:00062f9a MOVE *A11(0x0),*A14+,0x1 +rom:00062f9e SETF 0x8,0x0,0x0 +rom:00062fa0 MOVE *A9(0x8),A8,0x0 +rom:00062fa4 MOVE A8,*A14+,0x1 +rom:00062fa6 MOVE 0x1ad960,*A14+,0x1 +rom:00062fac MOVE *A13(0xffe0),*A14+,0x1 +rom:00062fb0 CALLA 0x07effa5e +rom:00062fb6 MOVE A5,A8 +rom:00062fb8 JR 0x000630ea +rom:00062fbc MOVE *A13,A5,0x1 +rom:00062fbe JREQ 0x0006301c +rom:00062fc0 MOVE A14,-*SP,0x1 +rom:00062fc2 MOVE A7,*A14+,0x1 +rom:00062fc4 MOVE *A13(0xe0),*A14+,0x1 +rom:00062fc8 SETF 0x8,0x0,0x0 +rom:00062fca MOVE *A11(0x40),A8,0x0 +rom:00062fce MOVE A8,*A14+,0x1 +rom:00062fd0 MOVE *A11(0x100),*A14+,0x1 +rom:00062fd4 MOVE *A11(0x160),*A14+,0x1 +rom:00062fd8 MOVE *A5(0x80),*A14+,0x1 +rom:00062fdc CALLA 0x07ea47b6 +rom:00062fe2 MOVE A8,*A13(0x120),0x1 +rom:00062fe6 MOVE A8,A8 +rom:00062fe8 JREQ 0x000630e8 +rom:00062fea MOVE A14,-*SP,0x1 +rom:00062fec MOVE A11,*A14+,0x1 +rom:00062fee CALLA 0x07ea336a +rom:00062ff4 MOVE A14,-*SP,0x1 +rom:00062ff6 MOVE *A13(0x120),*A14+,0x1 +rom:00062ffa MOVE *A5(0x0),*A14+,0x1 +rom:00062ffe SETF 0x8,0x0,0x0 +rom:00063000 MOVE *A9(0x8),A8,0x0 +rom:00063004 MOVE A8,*A14+,0x1 +rom:00063006 MOVE 0x1ad960,*A14+,0x1 +rom:0006300c MOVE *A13(0xffe0),*A14+,0x1 +rom:00063010 CALLA 0x07effa5e +rom:00063016 MOVE *A13(0x120),A8,0x1 +rom:0006301a JR 0x000630ea +rom:0006301c MOVE A14,-*SP,0x1 +rom:0006301e MOVI 0xc8,A5 +rom:00063022 MOVE A5,*A14+,0x1 +rom:00063024 CALLA 0x07f63a74 +rom:0006302a MOVE A8,*A13(0x40),0x1 +rom:0006302e MOVE A8,A8 +rom:00063030 JRNE 0x00063072 +rom:00063032 MOVE A14,-*SP,0x1 +rom:00063034 MOVI 0x3f524d90,A8 +rom:0006303a MOVE A8,*A14+,0x1 +rom:0006303c CALLA 0x07f24f78 +rom:00063042 MOVE A14,-*SP,0x1 +rom:00063044 MOVE A11,*A14+,0x1 +rom:00063046 CALLA 0x07ea336a +rom:0006304c MOVE A14,-*SP,0x1 +rom:0006304e MOVK 0xb,A5 +rom:00063050 MOVE A5,*A14+,0x1 +rom:00063052 SUB A5,A5 +rom:00063054 MOVE A5,*A14+,0x1 +rom:00063056 SETF 0x8,0x0,0x0 +rom:00063058 MOVE *A9(0x8),A8,0x0 +rom:0006305c MOVE A8,*A14+,0x1 +rom:0006305e MOVE 0x1ad960,*A14+,0x1 +rom:00063064 MOVE *A13(0xffe0),*A14+,0x1 +rom:00063068 CALLA 0x07effa5e +rom:0006306e MOVK 0xb,A8 +rom:00063070 JR 0x000630ea +rom:00063072 MOVK 0x5,A5 +rom:00063074 MOVB A5,*A8 +rom:00063076 MOVE A11,*A8(0x8),0x1 +rom:0006307a SUB A5,A5 +rom:0006307c MOVE A5,*A8(0x28),0x1 +rom:00063080 MOVE *A9(0x20),*A8(0x48),0x1 +rom:00063086 MOVE A5,*A8(0x68),0x1 +rom:0006308a MOVE *A13(0xe0),*A8(0x88),0x1 +rom:00063090 MOVE A7,*A8(0xa8),0x1 +rom:00063094 MOVE A14,-*SP,0x1 +rom:00063096 MOVE A8,*A14+,0x1 +rom:00063098 CALLA 0x07e5b152 +rom:0006309e MOVE A8,*A13(0x120),0x1 +rom:000630a2 MOVE A8,A8 +rom:000630a4 JREQ 0x000630b0 +rom:000630a6 MOVE A14,-*SP,0x1 +rom:000630a8 MOVE A11,*A14+,0x1 +rom:000630aa CALLA 0x07ea336a +rom:000630b0 MOVE A14,-*SP,0x1 +rom:000630b2 MOVE *A13(0x40),*A14+,0x1 +rom:000630b6 CALLA 0x07f63b00 +rom:000630bc MOVE *A13(0x120),A5,0x1 +rom:000630c0 JREQ 0x000630e8 +rom:000630c2 MOVE A14,-*SP,0x1 +rom:000630c4 MOVE A5,*A14+,0x1 +rom:000630c6 SUB A5,A5 +rom:000630c8 MOVE A5,*A14+,0x1 +rom:000630ca SETF 0x8,0x0,0x0 +rom:000630cc MOVE *A9(0x8),A8,0x0 +rom:000630d0 MOVE A8,*A14+,0x1 +rom:000630d2 MOVE 0x1ad960,*A14+,0x1 +rom:000630d8 MOVE *A13(0xffe0),*A14+,0x1 +rom:000630dc CALLA 0x07effa5e +rom:000630e2 MOVE *A13(0x120),A8,0x1 +rom:000630e6 JR 0x000630ea +rom:000630e8 SUB A8,A8 +rom:000630ea MOVE *SP(0xc0),A14,0x1 +rom:000630ee MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/pipeline/put_slot19.txt b/xie/ghidra-evidence/pipeline/put_slot19.txt new file mode 100644 index 0000000..1984ac6 --- /dev/null +++ b/xie/ghidra-evidence/pipeline/put_slot19.txt @@ -0,0 +1,234 @@ +rom:0006a76e MMTM SP,0x554 +rom:0006a772 MOVE A14,A13 +rom:0006a774 ADDI 0x160,A14 +rom:0006a778 MOVE *A13(0xffe0),A11,0x1 +rom:0006a77c MOVE *A11(0x40),A9,0x1 +rom:0006a780 SETF 0x10,0x0,0x0 +rom:0006a782 MOVE *A9(0x10),A11,0x0 +rom:0006a786 SUBK 0x8,A11 +rom:0006a788 JRNC 0x0006a790 +rom:0006a78a MOVK 0x10,A8 +rom:0006a78c JR 0x0006aa4a +rom:0006a790 MOVE A14,-*SP,0x1 +rom:0006a792 MOVE *A9(0xc0),*A14+,0x1 +rom:0006a796 MOVK 0x3,A11 +rom:0006a798 MOVE A11,*A14+,0x1 +rom:0006a79a MOVE *A9(0x20),*A14+,0x1 +rom:0006a79e MOVE A13,A7 +rom:0006a7a0 ADDK 0x0,A7 +rom:0006a7a2 MOVE A7,*A14+,0x1 +rom:0006a7a4 MOVE A13,*A14+,0x1 +rom:0006a7a6 SUB A11,A11 +rom:0006a7a8 MOVE A11,*A14+,0x1 +rom:0006a7aa MOVE *A13(0xffe0),*A14+,0x1 +rom:0006a7ae CALLA 0x07eab966 +rom:0006a7b4 MOVE A8,*A13(0x140),0x1 +rom:0006a7b8 MOVE A8,A8 +rom:0006a7ba JRNE 0x0006aa4a +rom:0006a7be MOVE *A9(0x40),A11,0x1 +rom:0006a7c2 JRLE 0x0006a7ca +rom:0006a7c4 MOVE *A9(0x40),A11,0x1 +rom:0006a7c8 JR 0x0006a7cc +rom:0006a7ca SUB A11,A11 +rom:0006a7cc MOVE A11,*A13(0x80),0x1 +rom:0006a7d0 MOVE *A9(0x60),A7,0x1 +rom:0006a7d4 JRLE 0x0006a7dc +rom:0006a7d6 MOVE *A9(0x60),A7,0x1 +rom:0006a7da JR 0x0006a7de +rom:0006a7dc SUB A7,A7 +rom:0006a7de MOVE A7,*A13(0xa0),0x1 +rom:0006a7e2 MOVE *A9(0x80),A7,0x1 +rom:0006a7e6 MOVE *A9(0x40),A5,0x1 +rom:0006a7ea ADD A5,A7 +rom:0006a7ec MOVE *A13,A5,0x1 +rom:0006a7ee MOVE *A5(0x80),A5,0x1 +rom:0006a7f2 CMP A5,A7 +rom:0006a7f4 JRLS 0x0006a800 +rom:0006a7f6 MOVE *A13,A7,0x1 +rom:0006a7f8 MOVE *A7(0x80),A5,0x1 +rom:0006a7fc SUB A11,A5 +rom:0006a7fe JR 0x0006a80e +rom:0006a800 MOVE *A9(0x80),A7,0x1 +rom:0006a804 MOVE *A9(0x40),A5,0x1 +rom:0006a808 ADD A5,A7 +rom:0006a80a SUB A11,A7 +rom:0006a80c MOVE A7,A5 +rom:0006a80e MOVE A5,*A13(0xc0),0x1 +rom:0006a812 MOVE *A9(0xa0),A7,0x1 +rom:0006a816 MOVE *A9(0x60),A5,0x1 +rom:0006a81a ADD A5,A7 +rom:0006a81c MOVE *A13,A5,0x1 +rom:0006a81e MOVE *A5(0xa0),A5,0x1 +rom:0006a822 CMP A5,A7 +rom:0006a824 JRLS 0x0006a834 +rom:0006a826 MOVE *A13,A7,0x1 +rom:0006a828 MOVE *A7(0xa0),A5,0x1 +rom:0006a82c MOVE *A13(0xa0),A7,0x1 +rom:0006a830 SUB A7,A5 +rom:0006a832 JR 0x0006a846 +rom:0006a834 MOVE *A9(0xa0),A7,0x1 +rom:0006a838 MOVE *A9(0x60),A5,0x1 +rom:0006a83c ADD A5,A7 +rom:0006a83e MOVE *A13(0xa0),A5,0x1 +rom:0006a842 SUB A5,A7 +rom:0006a844 MOVE A7,A5 +rom:0006a846 MOVE A5,*A13(0xe0),0x1 +rom:0006a84a MOVE *A13(0xc0),A7,0x1 +rom:0006a84e JRLE 0x0006a854 +rom:0006a850 MOVE A5,A8 +rom:0006a852 JRGT 0x0006a87c +rom:0006a854 MOVE A14,-*SP,0x1 +rom:0006a856 MOVK 0x2,A5 +rom:0006a858 MOVE A5,*A14+,0x1 +rom:0006a85a MOVE *A9(0x20),*A14+,0x1 +rom:0006a85e SETF 0x8,0x0,0x0 +rom:0006a860 MOVE *A9(0x8),A8,0x0 +rom:0006a864 MOVE A8,*A14+,0x1 +rom:0006a866 MOVE 0x1ad960,*A14+,0x1 +rom:0006a86c MOVE *A13(0xffe0),*A14+,0x1 +rom:0006a870 CALLA 0x07effa5e +rom:0006a876 MOVE A5,A8 +rom:0006a878 JR 0x0006aa4a +rom:0006a87c MOVE A9,A5 +rom:0006a87e ADDI 0x100,A5 +rom:0006a882 MOVE A5,*A13(0x120),0x1 +rom:0006a886 SUB A5,A5 +rom:0006a888 MOVE A5,*A13(0x60),0x1 +rom:0006a88c MOVE *A9(0xc0),*A13(0x40),0x1 +rom:0006a892 MOVE *A13(0x40),A7,0x1 +rom:0006a896 JREQ 0x0006aa28 +rom:0006a89a MOVE *A13(0x40),A11,0x1 +rom:0006a89e BTST 0x0,A11 +rom:0006a8a0 JREQ 0x0006aa10 +rom:0006a8a4 MOVE *A13(0x20),A7,0x1 +rom:0006a8a8 MOVE *A13(0x60),A5,0x1 +rom:0006a8ac SLL 0x5,A5 +rom:0006a8ae ADD A7,A5 +rom:0006a8b0 MOVE *A5(0x160),A5,0x1 +rom:0006a8b4 MOVE *A13(0x80),*A5(0xa8),0x1 +rom:0006a8ba MOVE *A13(0x60),A5,0x1 +rom:0006a8be SLL 0x5,A5 +rom:0006a8c0 ADD A7,A5 +rom:0006a8c2 MOVE *A5(0x160),A5,0x1 +rom:0006a8c6 MOVE *A13(0xa0),*A5(0xe8),0x1 +rom:0006a8cc MOVE *A13(0x60),A5,0x1 +rom:0006a8d0 SLL 0x5,A5 +rom:0006a8d2 ADD A7,A5 +rom:0006a8d4 MOVE *A5(0x160),A5,0x1 +rom:0006a8d8 MOVE *A13(0x80),A7,0x1 +rom:0006a8dc MOVE *A13(0xc0),A11,0x1 +rom:0006a8e0 ADD A11,A7 +rom:0006a8e2 DEC A7 +rom:0006a8e4 MOVE A7,*A5(0xc8),0x1 +rom:0006a8e8 MOVE *A13(0x20),A7,0x1 +rom:0006a8ec MOVE *A13(0x60),A5,0x1 +rom:0006a8f0 SLL 0x5,A5 +rom:0006a8f2 ADD A7,A5 +rom:0006a8f4 MOVE *A5(0x160),A5,0x1 +rom:0006a8f8 MOVE *A13(0xa0),A7,0x1 +rom:0006a8fc MOVE *A13(0xe0),A11,0x1 +rom:0006a900 ADD A11,A7 +rom:0006a902 DEC A7 +rom:0006a904 MOVE A7,*A5(0x108),0x1 +rom:0006a908 MOVE *A13(0x20),A7,0x1 +rom:0006a90c MOVE *A13(0x60),A5,0x1 +rom:0006a910 SLL 0x5,A5 +rom:0006a912 ADD A7,A5 +rom:0006a914 MOVE *A5(0x160),A5,0x1 +rom:0006a918 MOVE *A13(0xc0),*A5(0x128),0x1 +rom:0006a91e MOVE *A13(0x60),A5,0x1 +rom:0006a922 SLL 0x5,A5 +rom:0006a924 ADD A7,A5 +rom:0006a926 MOVE *A5(0x160),A5,0x1 +rom:0006a92a MOVE A11,*A5(0x148),0x1 +rom:0006a92e MOVE *A13(0x60),A5,0x1 +rom:0006a932 SLL 0x5,A5 +rom:0006a934 ADD A7,A5 +rom:0006a936 MOVE *A5(0x160),A5,0x1 +rom:0006a93a MOVE *A13(0x60),A11,0x1 +rom:0006a93e SLL 0x5,A11 +rom:0006a940 ADD A7,A11 +rom:0006a942 MOVE *A11(0x160),A11,0x1 +rom:0006a946 MOVE *A13(0xc0),A7,0x1 +rom:0006a94a MOVE *A11(0x68),A11,0x1 +rom:0006a94e MPYU A7,A11 +rom:0006a950 MOVE A11,*A5(0x88),0x1 +rom:0006a954 MOVE *A13(0x20),A11,0x1 +rom:0006a958 MOVE *A13(0x60),A5,0x1 +rom:0006a95c SLL 0x5,A5 +rom:0006a95e ADD A11,A5 +rom:0006a960 MOVE *A5(0x160),A5,0x1 +rom:0006a964 MOVE *A13(0x60),A7,0x1 +rom:0006a968 SLL 0x5,A7 +rom:0006a96a ADD A11,A7 +rom:0006a96c MOVE *A7(0x160),A7,0x1 +rom:0006a970 MOVE *A13(0xe0),A11,0x1 +rom:0006a974 MOVE *A7(0x88),A7,0x1 +rom:0006a978 MPYU A11,A7 +rom:0006a97a MOVE A7,*A5(0x48),0x1 +rom:0006a97e MOVE *A13(0x20),A7,0x1 +rom:0006a982 MOVE *A13(0x60),A5,0x1 +rom:0006a986 SLL 0x5,A5 +rom:0006a988 ADD A7,A5 +rom:0006a98a MOVE *A5(0x160),A5,0x1 +rom:0006a98e MOVE *A13(0x120),*A5(0x28),0x1 +rom:0006a994 MOVE A14,-*SP,0x1 +rom:0006a996 MOVE *A13(0x60),*A14+,0x1 +rom:0006a99a MOVE *A13,A5,0x1 +rom:0006a99c MOVE *A5(0x160),*A14+,0x1 +rom:0006a9a0 MOVE A7,*A14+,0x1 +rom:0006a9a2 CALLA 0x07eab640 +rom:0006a9a8 MOVE A8,*A13(0x100),0x1 +rom:0006a9ac MOVE A8,A8 +rom:0006a9ae JREQ 0x0006a9d6 +rom:0006a9b0 MOVE A14,-*SP,0x1 +rom:0006a9b2 MOVE A8,*A14+,0x1 +rom:0006a9b4 MOVE *A5(0x0),*A14+,0x1 +rom:0006a9b8 SETF 0x8,0x0,0x0 +rom:0006a9ba MOVE *A9(0x8),A8,0x0 +rom:0006a9be MOVE A8,*A14+,0x1 +rom:0006a9c0 MOVE 0x1ad960,*A14+,0x1 +rom:0006a9c6 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006a9ca CALLA 0x07effa5e +rom:0006a9d0 MOVE *A13(0x100),A8,0x1 +rom:0006a9d4 JR 0x0006aa4a +rom:0006a9d6 MOVE *A13(0x60),A5,0x1 +rom:0006a9da SLL 0x5,A5 +rom:0006a9dc ADD A7,A5 +rom:0006a9de MOVE *A5(0x160),A5,0x1 +rom:0006a9e2 SUB A7,A7 +rom:0006a9e4 MOVE A7,*A5(0x28),0x1 +rom:0006a9e8 MOVE *A13(0x20),A5,0x1 +rom:0006a9ec MOVE *A13(0x60),A7,0x1 +rom:0006a9f0 SLL 0x5,A7 +rom:0006a9f2 ADD A5,A7 +rom:0006a9f4 MOVE *A7(0x160),A7,0x1 +rom:0006a9f8 MOVE *A7(0x48),A7,0x1 +rom:0006a9fc ADDK 0x1f,A7 +rom:0006a9fe SRL 0x1d,A7 +rom:0006aa00 MOVK 0x3,A5 +rom:0006aa02 ANDN A5,A7 +rom:0006aa04 SLL 0x3,A7 +rom:0006aa06 MOVE *A13(0x120),A5,0x1 +rom:0006aa0a ADD A5,A7 +rom:0006aa0c MOVE A7,*A13(0x120),0x1 +rom:0006aa10 MOVE *A13(0x60),A11,0x1 +rom:0006aa14 INC A11 +rom:0006aa16 MOVE A11,*A13(0x60),0x1 +rom:0006aa1a MOVE *A13(0x40),A7,0x1 +rom:0006aa1e SRL 0x1f,A7 +rom:0006aa20 MOVE A7,*A13(0x40),0x1 +rom:0006aa24 JRNE 0x0006a89a +rom:0006aa28 SETF 0x8,0x0,0x0 +rom:0006aa2a MOVE *A9(0xe0),A11,0x0 +rom:0006aa2e JREQ 0x0006aa48 +rom:0006aa30 MOVE A14,-*SP,0x1 +rom:0006aa32 MOVI 0xffffff,A11 +rom:0006aa38 MOVE A11,*A14+,0x1 +rom:0006aa3a MOVE *A13,A5,0x1 +rom:0006aa3c ADDI 0x120,A5 +rom:0006aa40 MOVE A5,*A14+,0x1 +rom:0006aa42 CALLA 0x07eab1bc +rom:0006aa48 SUB A8,A8 +rom:0006aa4a MOVE *SP(0xc0),A14,0x1 +rom:0006aa4e MMFM SP,0x2aa0 diff --git a/xie/ghidra-evidence/pipeline/resource_init_6CA82.txt b/xie/ghidra-evidence/pipeline/resource_init_6CA82.txt new file mode 100644 index 0000000..6f23ee2 --- /dev/null +++ b/xie/ghidra-evidence/pipeline/resource_init_6CA82.txt @@ -0,0 +1,207 @@ +rom:0006ca82 MMTM SP,0x154 +rom:0006ca86 MOVE A14,A13 +rom:0006ca88 ADDI 0xa0,A14 +rom:0006ca8c MOVE A14,-*SP,0x1 +rom:0006ca8e MOVI 0x30,A11 +rom:0006ca92 MOVE A11,*A14+,0x1 +rom:0006ca94 MOVK 0x1,A9 +rom:0006ca96 MOVE A9,*A14+,0x1 +rom:0006ca98 CALLA 0x07f63a30 +rom:0006ca9e MOVE A8,*A13,0x1 +rom:0006caa0 MOVE A8,A8 +rom:0006caa2 JRNE 0x0006caba +rom:0006caa4 MOVE A14,-*SP,0x1 +rom:0006caa6 MOVI 0x3f568580,A8 +rom:0006caac MOVE A8,*A14+,0x1 +rom:0006caae CALLA 0x07f24f78 +rom:0006cab4 SUB A8,A8 +rom:0006cab6 JR 0x0006ccfe +rom:0006caba MOVE A14,-*SP,0x1 +rom:0006cabc SUB A9,A9 +rom:0006cabe MOVE A9,*A14+,0x1 +rom:0006cac0 MOVE A8,A9 +rom:0006cac2 CALLA 0x07f642ec +rom:0006cac8 MOVE A8,*A9(0x160),0x1 +rom:0006cacc MOVE *A9(0x160),A11,0x1 +rom:0006cad0 JRNE 0x0006caf2 +rom:0006cad2 MOVE A14,-*SP,0x1 +rom:0006cad4 MOVI 0x3f568658,A8 +rom:0006cada MOVE A8,*A14+,0x1 +rom:0006cadc CALLA 0x07f24f78 +rom:0006cae2 MOVE A14,-*SP,0x1 +rom:0006cae4 MOVE A9,*A14+,0x1 +rom:0006cae6 CALLA 0x07f63b00 +rom:0006caec SUB A8,A8 +rom:0006caee JR 0x0006ccfe +rom:0006caf2 MOVE *A13(0xfec0),A11,0x1 +rom:0006caf6 JREQ 0x0006cafc +rom:0006caf8 MOVK 0x2,A11 +rom:0006cafa JR 0x0006cafe +rom:0006cafc MOVK 0x3,A11 +rom:0006cafe MOVB *A11,*A9(0x20) +rom:0006cb02 MOVK 0x1,A11 +rom:0006cb04 SETF 0x10,0x1,0x0 +rom:0006cb06 MOVE A11,*A9(0x30),0x0 +rom:0006cb0a MOVB *A13(0xffe0),*A9(0x40) +rom:0006cb10 SETF 0x8,0x0,0x0 +rom:0006cb12 MOVE *A9(0x40),A7,0x0 +rom:0006cb16 SUBK 0x3,A7 +rom:0006cb18 JRNE 0x0006cb1e +rom:0006cb1a MOVK 0x3,A7 +rom:0006cb1c JR 0x0006cb20 +rom:0006cb1e MOVE A11,A7 +rom:0006cb20 MOVB *A7,*A9(0x48) +rom:0006cb24 MOVE *A13(0xff80),*A9(0xc0),0x1 +rom:0006cb2a MOVE *A13(0xffa0),*A9(0xe0),0x1 +rom:0006cb30 MOVB *A13(0xff60),*A9(0x58) +rom:0006cb36 MOVB *A13(0xff40),*A9(0x60) +rom:0006cb3c MOVB *A13(0xff20),*A9(0x50) +rom:0006cb42 MOVE *A13(0xff00),*A9(0x80),0x1 +rom:0006cb48 MOVE *A13(0xfee0),*A9(0xa0),0x1 +rom:0006cb4e SUB A7,A7 +rom:0006cb50 MOVE A7,*A13(0x20),0x1 +rom:0006cb54 MOVE *A9(0x48),A11,0x0 +rom:0006cb58 CMP A11,A7 +rom:0006cb5a JRNC 0x0006cc9e +rom:0006cb5e MOVE *A13(0x20),A11,0x1 +rom:0006cb62 SLL 0x5,A11 +rom:0006cb64 MOVE *A13(0xffc0),A9,0x1 +rom:0006cb68 ADD A9,A11 +rom:0006cb6a MOVE *A11,A11,0x1 +rom:0006cb6c JRNE 0x0006cb72 +rom:0006cb6e MOVK 0x0,A11 +rom:0006cb70 JR 0x0006cbb0 +rom:0006cb72 MOVE *A13(0x20),A11,0x1 +rom:0006cb76 SLL 0x5,A11 +rom:0006cb78 ADD A9,A11 +rom:0006cb7a MOVE *A11,A11,0x1 +rom:0006cb7c SUBK 0x2,A11 +rom:0006cb7e JRHI 0x0006cb84 +rom:0006cb80 MOVK 0x1,A11 +rom:0006cb82 JR 0x0006cbb0 +rom:0006cb84 MOVE *A13(0x20),A11,0x1 +rom:0006cb88 SLL 0x5,A11 +rom:0006cb8a ADD A9,A11 +rom:0006cb8c MOVE *A11,A11,0x1 +rom:0006cb8e CMPI 0x100,A11 +rom:0006cb92 JRHI 0x0006cb98 +rom:0006cb94 MOVK 0x8,A11 +rom:0006cb96 JR 0x0006cbb0 +rom:0006cb98 MOVE *A13(0x20),A11,0x1 +rom:0006cb9c SLL 0x5,A11 +rom:0006cb9e ADD A9,A11 +rom:0006cba0 MOVE *A11,A11,0x1 +rom:0006cba2 CMPI 0x10000,A11 +rom:0006cba8 JRHI 0x0006cbae +rom:0006cbaa MOVK 0x10,A11 +rom:0006cbac JR 0x0006cbb0 +rom:0006cbae MOVK 0x0,A11 +rom:0006cbb0 MOVE A11,*A13(0x40),0x1 +rom:0006cbb4 MOVE *A13(0xff00),A7,0x1 +rom:0006cbb8 MPYU A7,A11 +rom:0006cbba ADDK 0x7,A11 +rom:0006cbbc MOVK 0x7,A7 +rom:0006cbbe ANDN A7,A11 +rom:0006cbc0 MOVE A11,*A13(0x60),0x1 +rom:0006cbc4 MOVE *A13(0x20),A7,0x1 +rom:0006cbc8 SLL 0x5,A7 +rom:0006cbca ADD A9,A7 +rom:0006cbcc MOVE *A7,A7,0x1 +rom:0006cbce JRNE 0x0006cbd4 +rom:0006cbd0 MOVK 0x4,A7 +rom:0006cbd2 JR 0x0006cbec +rom:0006cbd4 MOVE A14,-*SP,0x1 +rom:0006cbd6 MOVE A11,*A14+,0x1 +rom:0006cbd8 MOVE *A13(0x40),*A14+,0x1 +rom:0006cbdc SUB A7,A7 +rom:0006cbde MOVE A7,*A14+,0x1 +rom:0006cbe0 MOVE *A13(0x40),*A14+,0x1 +rom:0006cbe4 CALLA 0x07eacd68 +rom:0006cbea MOVE A8,A7 +rom:0006cbec MOVE A7,*A13(0x80),0x1 +rom:0006cbf0 MOVE *A13,A7,0x1 +rom:0006cbf2 MOVE *A13(0x20),A9,0x1 +rom:0006cbf6 SLL 0x5,A9 +rom:0006cbf8 MOVE *A13(0xffc0),A11,0x1 +rom:0006cbfc ADD A11,A9 +rom:0006cbfe MOVE *A9,A9,0x1 +rom:0006cc00 JRNE 0x0006cc06 +rom:0006cc02 SUB A9,A9 +rom:0006cc04 JR 0x0006cc08 +rom:0006cc06 MOVK 0x1,A9 +rom:0006cc08 SETF 0x1,0x0,0x0 +rom:0006cc0a MOVE A9,*A7(0x28),0x0 +rom:0006cc0e MOVE *A7(0x160),A9,0x1 +rom:0006cc12 MOVE *A13(0x20),A7,0x1 +rom:0006cc16 SLL 0x5,A7 +rom:0006cc18 ADD A7,A9 +rom:0006cc1a MOVE A14,-*SP,0x1 +rom:0006cc1c SUB A7,A7 +rom:0006cc1e MOVE A7,*A14+,0x1 +rom:0006cc20 MOVE A7,*A14+,0x1 +rom:0006cc22 MOVE *A13(0x20),*A14+,0x1 +rom:0006cc26 MOVE *A13(0x20),A7,0x1 +rom:0006cc2a SLL 0x5,A7 +rom:0006cc2c ADD A11,A7 +rom:0006cc2e MOVE *A7+,*A14+,0x1 +rom:0006cc30 MOVE *A13(0x60),*A14+,0x1 +rom:0006cc34 MOVE *A13(0x40),*A14+,0x1 +rom:0006cc38 MOVE *A13(0xfee0),*A14+,0x1 +rom:0006cc3c MOVE *A13(0xff00),*A14+,0x1 +rom:0006cc40 SUB A7,A7 +rom:0006cc42 MOVE A7,*A14+,0x1 +rom:0006cc44 MOVE *A13(0x80),*A14+,0x1 +rom:0006cc48 CALLA 0x07eac660 +rom:0006cc4e MOVE A8,*A9(0xd8),0x1 +rom:0006cc52 MOVE *A13,A9,0x1 +rom:0006cc54 MOVE *A9(0x160),A7,0x1 +rom:0006cc58 MOVE *A13(0x20),A9,0x1 +rom:0006cc5c SLL 0x5,A9 +rom:0006cc5e ADD A9,A7 +rom:0006cc60 MOVE *A7(0xd8),A9,0x1 +rom:0006cc64 JRNE 0x0006cc86 +rom:0006cc66 MOVE A14,-*SP,0x1 +rom:0006cc68 MOVI 0x3f5688d8,A8 +rom:0006cc6e MOVE A8,*A14+,0x1 +rom:0006cc70 CALLA 0x07f24f78 +rom:0006cc76 MOVE A14,-*SP,0x1 +rom:0006cc78 MOVE *A13(0x0),*A14+,0x1 +rom:0006cc7c CALLA 0x07eacdda +rom:0006cc82 SUB A8,A8 +rom:0006cc84 JR 0x0006ccfe +rom:0006cc86 MOVE *A13(0x20),A9,0x1 +rom:0006cc8a INC A9 +rom:0006cc8c MOVE A9,*A13(0x20),0x1 +rom:0006cc90 MOVE *A13,A7,0x1 +rom:0006cc92 SETF 0x8,0x0,0x0 +rom:0006cc94 MOVE *A7(0x48),A7,0x0 +rom:0006cc98 CMP A7,A9 +rom:0006cc9a JRC 0x0006cb5e +rom:0006cc9e MOVE A14,-*SP,0x1 +rom:0006cca0 MOVE *A13,A11,0x1 +rom:0006cca2 MOVE *A11(0x160),A9,0x1 +rom:0006cca6 MOVE *A9(0xd8),A9,0x1 +rom:0006ccaa MOVK 0x1,A7 +rom:0006ccac MOVE *A9(0x10),A9,0x0 +rom:0006ccb0 SLL A9,A7 +rom:0006ccb2 MOVE A7,*A14+,0x1 +rom:0006ccb4 MOVE *A11(0x160),A9,0x1 +rom:0006ccb8 MOVE *A9(0xd8),A9,0x1 +rom:0006ccbc MOVE *A9(0x10),A8,0x0 +rom:0006ccc0 MOVE A8,*A14+,0x1 +rom:0006ccc2 MOVE *A11(0x160),*A14+,0x1 +rom:0006ccc6 CALLA 0x07f650f6 +rom:0006cccc MOVE A14,-*SP,0x1 +rom:0006ccce MOVE *A13(0xfee0),*A14+,0x1 +rom:0006ccd2 MOVE *A11(0x160),*A14+,0x1 +rom:0006ccd6 CALLA 0x07f65118 +rom:0006ccdc MOVE *A11(0x160),A9,0x1 +rom:0006cce0 SETF 0x1,0x0,0x0 +rom:0006cce2 MOVE *A13(0xfec0),*A9(0x13c),0x0 +rom:0006cce8 MOVE *A11(0x160),A9,0x1 +rom:0006ccec MOVE *A13(0xfec0),*A9(0x13b),0x0 +rom:0006ccf2 MOVE *A11(0x160),A9,0x1 +rom:0006ccf6 SUB A7,A7 +rom:0006ccf8 MOVE A7,*A9(0x13a),0x0 +rom:0006ccfc MOVE A11,A8 +rom:0006ccfe MOVE *SP(0xa0),A14,0x1 diff --git a/xie/ghidra-evidence/slot20/band_alloc_6C660.txt b/xie/ghidra-evidence/slot20/band_alloc_6C660.txt new file mode 100644 index 0000000..7881228 --- /dev/null +++ b/xie/ghidra-evidence/slot20/band_alloc_6C660.txt @@ -0,0 +1,140 @@ +rom:0006c660 MMTM SP,0x154 +rom:0006c664 MOVE A14,A13 +rom:0006c666 ADDK 0x0,A14 +rom:0006c668 MOVE A14,-*SP,0x1 +rom:0006c66a MOVI 0x39,A11 +rom:0006c66e MOVE A11,*A14+,0x1 +rom:0006c670 CALLA 0x07f639f4 +rom:0006c676 MOVE A8,*A13,0x1 +rom:0006c678 MOVE A8,A8 +rom:0006c67a JRNE 0x0006c6fc +rom:0006c67c MOVE A14,-*SP,0x1 +rom:0006c67e MOVI 0x3f5684d0,A8 +rom:0006c684 MOVE A8,*A14+,0x1 +rom:0006c686 CALLA 0x07f24f78 +rom:0006c68c SUB A8,A8 +rom:0006c68e JR 0x0006c7f0 +rom:0006c692 MOVE *A13,A11,0x1 +rom:0006c694 MOVK 0x8,A9 +rom:0006c696 SETF 0x10,0x0,0x0 +rom:0006c698 MOVE A9,*A11,0x0 +rom:0006c69a JR 0x0006c72e +rom:0006c69c MOVE *A13,A11,0x1 +rom:0006c69e MOVK 0x10,A9 +rom:0006c6a0 SETF 0x10,0x0,0x0 +rom:0006c6a2 MOVE A9,*A11,0x0 +rom:0006c6a4 JR 0x0006c72e +rom:0006c6a6 MOVE *A13,A11,0x1 +rom:0006c6a8 MOVK 0x0,A9 +rom:0006c6aa SETF 0x10,0x0,0x0 +rom:0006c6ac MOVE A9,*A11,0x0 +rom:0006c6ae JR 0x0006c72e +rom:0006c6b0 MOVE *A13,A11,0x1 +rom:0006c6b2 ADDI 0x40,A14 +rom:0006c6b6 MOVE A14,-*SP,0x1 +rom:0006c6b8 ADDI 0x40,A14 +rom:0006c6bc MOVE A14,-*SP,0x1 +rom:0006c6be MOVE *A13(0xff20),A8,0x1 +rom:0006c6c2 CALLA 0x07fc22de +rom:0006c6c8 CALLA 0x07fc2c34 +rom:0006c6ce ADDI 0x40,A14 +rom:0006c6d2 MOVE A14,-*SP,0x1 +rom:0006c6d4 MOVI 0x3f5689d0,A8 +rom:0006c6da MOVE *A8+,*A14+,0x1 +rom:0006c6dc MOVE *A8+,*A14+,0x1 +rom:0006c6de CALLA 0x07fc2c34 +rom:0006c6e4 CALLA 0x07fc1aca +rom:0006c6ea CALLA 0x07fc288a +rom:0006c6f0 CALLA 0x07fc216a +rom:0006c6f6 SETF 0x10,0x0,0x0 +rom:0006c6f8 MOVE A8,*A11,0x0 +rom:0006c6fa JR 0x0006c72e +rom:0006c6fc SETF 0x8,0x0,0x0 +rom:0006c6fe MOVE *A13(0xffe0),A8,0x0 +rom:0006c702 DEC A8 +rom:0006c704 CMPI 0x5,A8 +rom:0006c708 JRHI 0x0006c72e +rom:0006c70a SLL 0x5,A8 +rom:0006c70c ADDI 0x3f5638b0,A8 +rom:0006c712 MOVE *A8,A8,0x1 +rom:0006c714 JUMP A8 +rom:0006c718 DSJS B6,0x0006c6e6 +rom:0006c71c DSJS B6,0x0006c6ea +rom:0006c720 DSJS B6,0x0006c6ee +rom:0006c724 DSJS B6,0x0006c6f2 +rom:0006c728 DSJS B6,0x0006c6f6 +rom:0006c72c DSJS B6,0x0006c6fa +rom:0006c72e MOVE *A13,A11,0x1 +rom:0006c730 MOVE A14,-*SP,0x1 +rom:0006c732 SETF 0x8,0x0,0x0 +rom:0006c734 MOVE *A13(0xffc0),A9,0x0 +rom:0006c738 MOVE A9,*A14+,0x1 +rom:0006c73a MOVE *A13(0xffe0),A7,0x0 +rom:0006c73e MOVE A7,*A14+,0x1 +rom:0006c740 CALLA 0x07eacd08 +rom:0006c746 MOVB *A8,*A11(0x18) +rom:0006c74a MOVB *A7,*A11(0x10) +rom:0006c74e MOVE *A13(0xff60),*A11(0x68),0x1 +rom:0006c754 MOVE *A13(0xff40),*A11(0x88),0x1 +rom:0006c75a SUB A7,A7 +rom:0006c75c MOVE A7,*A11(0xa8),0x1 +rom:0006c760 MOVE *A13(0xffa0),A7,0x1 +rom:0006c764 DEC A7 +rom:0006c766 MOVE A7,*A11(0xc8),0x1 +rom:0006c76a SUB A7,A7 +rom:0006c76c MOVE A7,*A11(0xe8),0x1 +rom:0006c770 MOVE *A13(0xff80),A7,0x1 +rom:0006c774 DEC A7 +rom:0006c776 MOVE A7,*A11(0x108),0x1 +rom:0006c77a MOVE *A13(0xffa0),*A11(0x128),0x1 +rom:0006c780 MOVE *A13(0xff80),*A11(0x148),0x1 +rom:0006c786 MOVE *A13(0xfec0),*A11(0x168),0x1 +rom:0006c78c MOVE *A13(0xff00),*A11(0x188),0x1 +rom:0006c792 MOVE *A13(0xff20),*A11(0x1a8),0x1 +rom:0006c798 MOVE *A13(0xff40),A7,0x1 +rom:0006c79c MOVE *A13(0xff80),A9,0x1 +rom:0006c7a0 MPYU A9,A7 +rom:0006c7a2 MOVE *A13(0xfec0),A9,0x1 +rom:0006c7a6 ADD A9,A7 +rom:0006c7a8 MOVE A7,*A11(0x48),0x1 +rom:0006c7ac MOVE *A13(0xfee0),A7,0x1 +rom:0006c7b0 JREQ 0x0006c7e8 +rom:0006c7b2 MOVE A14,-*SP,0x1 +rom:0006c7b4 MOVE *A11(0x48),*A14+,0x1 +rom:0006c7b8 CALLA 0x07f63a0c +rom:0006c7be MOVE A8,*A11(0x28),0x1 +rom:0006c7c2 MOVE *A11(0x28),A7,0x1 +rom:0006c7c6 JRNE 0x0006c7ee +rom:0006c7c8 MOVE A14,-*SP,0x1 +rom:0006c7ca MOVI 0x3f5683c0,A8 +rom:0006c7d0 MOVE A8,*A14+,0x1 +rom:0006c7d2 CALLA 0x07f24f78 +rom:0006c7d8 MOVE A14,-*SP,0x1 +rom:0006c7da MOVE A11,*A14+,0x1 +rom:0006c7dc CALLA 0x07ead040 +rom:0006c7e2 SUB A7,A7 +rom:0006c7e4 MOVE A7,*A13,0x1 +rom:0006c7e6 JR 0x0006c7ee +rom:0006c7e8 SUB A7,A7 +rom:0006c7ea MOVE A7,*A11(0x28),0x1 +rom:0006c7ee MOVE *A13,A8,0x1 +rom:0006c7f0 MOVE *SP(0xa0),A14,0x1 +rom:0006c7f4 MMFM SP,0x2a80 +rom:0006c7fa MMTM SP,0x154 +rom:0006c7fe MOVE A14,A13 +rom:0006c800 ADDI 0xa0,A14 +rom:0006c804 MOVE A14,-*SP,0x1 +rom:0006c806 MOVI 0x30,A11 +rom:0006c80a MOVE A11,*A14+,0x1 +rom:0006c80c MOVK 0x1,A9 +rom:0006c80e MOVE A9,*A14+,0x1 +rom:0006c810 CALLA 0x07f63a30 +rom:0006c816 MOVE A8,*A13,0x1 +rom:0006c818 MOVE A8,A8 +rom:0006c81a JRNE 0x0006c832 +rom:0006c81c MOVE A14,-*SP,0x1 +rom:0006c81e MOVI 0x3f568580,A8 +rom:0006c824 MOVE A8,*A14+,0x1 +rom:0006c826 CALLA 0x07f24f78 +rom:0006c82c SUB A8,A8 +rom:0006c82e JR 0x0006ca78 diff --git a/xie/ghidra-evidence/slot20/slot19_payload_handoff.txt b/xie/ghidra-evidence/slot20/slot19_payload_handoff.txt new file mode 100644 index 0000000..bad2915 --- /dev/null +++ b/xie/ghidra-evidence/slot20/slot19_payload_handoff.txt @@ -0,0 +1,55 @@ +rom:0006a960 MOVE *A5(0x160),A5,0x1 +rom:0006a964 MOVE *A13(0x60),A7,0x1 +rom:0006a968 SLL 0x5,A7 +rom:0006a96a ADD A11,A7 +rom:0006a96c MOVE *A7(0x160),A7,0x1 +rom:0006a970 MOVE *A13(0xe0),A11,0x1 +rom:0006a974 MOVE *A7(0x88),A7,0x1 +rom:0006a978 MPYU A11,A7 +rom:0006a97a MOVE A7,*A5(0x48),0x1 +rom:0006a97e MOVE *A13(0x20),A7,0x1 +rom:0006a982 MOVE *A13(0x60),A5,0x1 +rom:0006a986 SLL 0x5,A5 +rom:0006a988 ADD A7,A5 +rom:0006a98a MOVE *A5(0x160),A5,0x1 +rom:0006a98e MOVE *A13(0x120),*A5(0x28),0x1 +rom:0006a994 MOVE A14,-*SP,0x1 +rom:0006a996 MOVE *A13(0x60),*A14+,0x1 +rom:0006a99a MOVE *A13,A5,0x1 +rom:0006a99c MOVE *A5(0x160),*A14+,0x1 +rom:0006a9a0 MOVE A7,*A14+,0x1 +rom:0006a9a2 CALLA 0x07eab640 +rom:0006a9a8 MOVE A8,*A13(0x100),0x1 +rom:0006a9ac MOVE A8,A8 +rom:0006a9ae JREQ 0x0006a9d6 +rom:0006a9b0 MOVE A14,-*SP,0x1 +rom:0006a9b2 MOVE A8,*A14+,0x1 +rom:0006a9b4 MOVE *A5(0x0),*A14+,0x1 +rom:0006a9b8 SETF 0x8,0x0,0x0 +rom:0006a9ba MOVE *A9(0x8),A8,0x0 +rom:0006a9be MOVE A8,*A14+,0x1 +rom:0006a9c0 MOVE 0x1ad960,*A14+,0x1 +rom:0006a9c6 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006a9ca CALLA 0x07effa5e +rom:0006a9d0 MOVE *A13(0x100),A8,0x1 +rom:0006a9d4 JR 0x0006aa4a +rom:0006a9d6 MOVE *A13(0x60),A5,0x1 +rom:0006a9da SLL 0x5,A5 +rom:0006a9dc ADD A7,A5 +rom:0006a9de MOVE *A5(0x160),A5,0x1 +rom:0006a9e2 SUB A7,A7 +rom:0006a9e4 MOVE A7,*A5(0x28),0x1 +rom:0006a9e8 MOVE *A13(0x20),A5,0x1 +rom:0006a9ec MOVE *A13(0x60),A7,0x1 +rom:0006a9f0 SLL 0x5,A7 +rom:0006a9f2 ADD A5,A7 +rom:0006a9f4 MOVE *A7(0x160),A7,0x1 +rom:0006a9f8 MOVE *A7(0x48),A7,0x1 +rom:0006a9fc ADDK 0x1f,A7 +rom:0006a9fe SRL 0x1d,A7 +rom:0006aa00 MOVK 0x3,A5 +rom:0006aa02 ANDN A5,A7 +rom:0006aa04 SLL 0x3,A7 +rom:0006aa06 MOVE *A13(0x120),A5,0x1 +rom:0006aa0a ADD A5,A7 +rom:0006aa0c MOVE A7,*A13(0x120),0x1 diff --git a/xie/ghidra-evidence/slot20/slot20_6AA54.txt b/xie/ghidra-evidence/slot20/slot20_6AA54.txt new file mode 100644 index 0000000..c07eac6 --- /dev/null +++ b/xie/ghidra-evidence/slot20/slot20_6AA54.txt @@ -0,0 +1,456 @@ +rom:0006aa54 MMTM SP,0x554 +rom:0006aa58 MOVE A14,A13 +rom:0006aa5a ADDI 0x1a0,A14 +rom:0006aa5e MOVK 0x19,A11 +rom:0006aa60 MOVE A11,*A13(0xc0),0x1 +rom:0006aa64 MOVE *A13(0xffe0),A7,0x1 +rom:0006aa68 MOVE *A7(0x40),A9,0x1 +rom:0006aa6c SETF 0x10,0x0,0x0 +rom:0006aa6e MOVE *A9(0x10),A7,0x0 +rom:0006aa72 CMPI 0x23,A7 +rom:0006aa76 JREQ 0x0006aa7e +rom:0006aa78 MOVK 0x10,A8 +rom:0006aa7a JR 0x0006afdc +rom:0006aa7e CALLA 0x07f67f38 +rom:0006aa84 MOVE A8,@0x1b2b30,0x1 +rom:0006aa8a MOVE A14,-*SP,0x1 +rom:0006aa8c MOVI 0xffff,A7 +rom:0006aa90 MOVE A7,*A14+,0x1 +rom:0006aa92 SETF 0x8,0x0,0x0 +rom:0006aa94 MOVE *A9(0x68),A8,0x0 +rom:0006aa98 MOVE A8,*A14+,0x1 +rom:0006aa9a MOVE *A9(0x20),*A14+,0x1 +rom:0006aa9e MOVE A13,A7 +rom:0006aaa0 ADDI 0x40,A7 +rom:0006aaa4 MOVE A7,*A14+,0x1 +rom:0006aaa6 MOVE A13,A7 +rom:0006aaa8 ADDK 0x0,A7 +rom:0006aaaa MOVE A7,*A14+,0x1 +rom:0006aaac MOVE A13,*A14+,0x1 +rom:0006aaae MOVE *A13(0xffe0),*A14+,0x1 +rom:0006aab2 CALLA 0x07eab966 +rom:0006aab8 MOVE A8,*A13(0x180),0x1 +rom:0006aabc MOVE A8,A8 +rom:0006aabe JRNE 0x0006afdc +rom:0006aac2 SUB A7,A7 +rom:0006aac4 MOVE A7,*A13(0x100),0x1 +rom:0006aac8 MOVE A7,*A13(0x80),0x1 +rom:0006aacc MOVE *A13(0x80),A11,0x1 +rom:0006aad0 SLL 0x5,A11 +rom:0006aad2 ADD A13,A11 +rom:0006aad4 MOVE *A13(0x20),A7,0x1 +rom:0006aad8 MOVE *A7(0x160),A5,0x1 +rom:0006aadc MOVE *A13(0x80),A7,0x1 +rom:0006aae0 SLL 0x5,A7 +rom:0006aae2 ADD A7,A5 +rom:0006aae4 MOVE *A5(0xd8),A7,0x1 +rom:0006aae8 JREQ 0x0006ab46 +rom:0006aaea ADDI 0x40,A14 +rom:0006aaee MOVE A14,-*SP,0x1 +rom:0006aaf0 ADDI 0x40,A14 +rom:0006aaf4 MOVE A14,-*SP,0x1 +rom:0006aaf6 MOVE *A13(0x20),A7,0x1 +rom:0006aafa MOVE *A7(0x160),A5,0x1 +rom:0006aafe MOVE *A13(0x80),A7,0x1 +rom:0006ab02 SLL 0x5,A7 +rom:0006ab04 ADD A7,A5 +rom:0006ab06 MOVE *A5(0xd8),A7,0x1 +rom:0006ab0a MOVE *A7(0x1a8),A8,0x1 +rom:0006ab0e CALLA 0x07fc22de +rom:0006ab14 CALLA 0x07fc2c34 +rom:0006ab1a ADDI 0x40,A14 +rom:0006ab1e MOVE A14,-*SP,0x1 +rom:0006ab20 MOVI 0x3f562d00,A8 +rom:0006ab26 MOVE *A8+,*A14+,0x1 +rom:0006ab28 MOVE *A8+,*A14+,0x1 +rom:0006ab2a CALLA 0x07fc2c34 +rom:0006ab30 CALLA 0x07fc1aca +rom:0006ab36 CALLA 0x07fc288a +rom:0006ab3c CALLA 0x07fc216a +rom:0006ab42 MOVE A8,A7 +rom:0006ab44 JR 0x0006ab48 +rom:0006ab46 SUB A7,A7 +rom:0006ab48 MOVE A7,*A11(0x120),0x1 +rom:0006ab4c MOVE *A13(0x80),A11,0x1 +rom:0006ab50 INC A11 +rom:0006ab52 MOVE A11,*A13(0x80),0x1 +rom:0006ab56 DEC A11 +rom:0006ab58 SLL 0x5,A11 +rom:0006ab5a ADD A13,A11 +rom:0006ab5c MOVE *A13(0x100),A7,0x1 +rom:0006ab60 MOVE *A11(0x120),A11,0x1 +rom:0006ab64 ADD A7,A11 +rom:0006ab66 MOVE A11,*A13(0x100),0x1 +rom:0006ab6a MOVE *A13(0x80),A7,0x1 +rom:0006ab6e SUBK 0x3,A7 +rom:0006ab70 JRC 0x0006aacc +rom:0006ab72 SETF 0x8,0x0,0x0 +rom:0006ab74 MOVE *A9(0x70),A7,0x0 +rom:0006ab78 SUBK 0x4,A7 +rom:0006ab7a JRNE 0x0006ab82 +rom:0006ab7c MOVK 0x1,A7 +rom:0006ab7e MOVE A7,*A13(0x100),0x1 +rom:0006ab82 MOVE *A13(0x40),A11,0x1 +rom:0006ab86 JREQ 0x0006ac34 +rom:0006ab88 MOVE *A11(0x8),A7,0x0 +rom:0006ab8c MOVE *A9(0x70),A5,0x0 +rom:0006ab90 CMP A5,A7 +rom:0006ab92 JRNE 0x0006abd0 +rom:0006ab94 MOVE *A11(0x10),A7,0x0 +rom:0006ab98 MOVE *A9(0x60),A5,0x0 +rom:0006ab9c CMP A5,A7 +rom:0006ab9e JRNE 0x0006abd0 +rom:0006aba0 MOVE *A11(0x20),A7,0x1 +rom:0006aba4 MOVE *A9(0x40),A5,0x1 +rom:0006aba8 CMP A5,A7 +rom:0006abaa JRNE 0x0006abd0 +rom:0006abac MOVE *A11(0x40),A7,0x1 +rom:0006abb0 MOVE *A9(0x80),A5,0x1 +rom:0006abb4 AND A5,A7 +rom:0006abb6 JRNE 0x0006abd0 +rom:0006abb8 MOVE *A11(0x60),A7,0x1 +rom:0006abbc MOVE *A9(0x80),A5,0x1 +rom:0006abc0 AND A5,A7 +rom:0006abc2 JRNE 0x0006abd0 +rom:0006abc4 MOVE *A11(0x80),A7,0x1 +rom:0006abc8 MOVE *A9(0x80),A5,0x1 +rom:0006abcc CMP A5,A7 +rom:0006abce JRNC 0x0006abf6 +rom:0006abd0 MOVE A14,-*SP,0x1 +rom:0006abd2 MOVK 0x8,A7 +rom:0006abd4 MOVE A7,*A14+,0x1 +rom:0006abd6 MOVE *A9(0x20),*A14+,0x1 +rom:0006abda MOVE *A9(0x8),A8,0x0 +rom:0006abde MOVE A8,*A14+,0x1 +rom:0006abe0 MOVE 0x1ad960,*A14+,0x1 +rom:0006abe6 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006abea CALLA 0x07effa5e +rom:0006abf0 MOVE A7,A8 +rom:0006abf2 JR 0x0006afdc +rom:0006abf6 MOVE *A11(0x40),A7,0x1 +rom:0006abfa MOVE *A9(0x80),A5,0x1 +rom:0006abfe OR A5,A7 +rom:0006ac00 MOVE A7,*A11(0x40),0x1 +rom:0006ac04 JR 0x0006adf0 +rom:0006ac08 MOVK 0x1,A11 +rom:0006ac0a MOVE A11,*A13(0xc0),0x1 +rom:0006ac0e JR 0x0006ac44 +rom:0006ac10 MOVE *A13(0x20),A11,0x1 +rom:0006ac14 MOVE *A11(0x48),A7,0x0 +rom:0006ac18 MOVE A7,*A13(0xc0),0x1 +rom:0006ac1c JR 0x0006ac44 +rom:0006ac1e MOVE *A13(0x120),A11,0x1 +rom:0006ac22 MOVE *A13(0x140),A7,0x1 +rom:0006ac26 ADD A7,A11 +rom:0006ac28 MOVE *A13(0x160),A5,0x1 +rom:0006ac2c ADD A5,A11 +rom:0006ac2e MOVE A11,*A13(0xc0),0x1 +rom:0006ac32 JR 0x0006ac44 +rom:0006ac34 MOVE *A9(0x70),A8,0x0 +rom:0006ac38 DEC A8 +rom:0006ac3a JREQ 0x0006ac08 +rom:0006ac3c SUBK 0x2,A8 +rom:0006ac3e JREQ 0x0006ac10 +rom:0006ac40 DEC A8 +rom:0006ac42 JREQ 0x0006ac1e +rom:0006ac44 MOVK 0x1,A11 +rom:0006ac46 MOVE *A13(0xc0),A7,0x1 +rom:0006ac4a SLL A7,A11 +rom:0006ac4c MOVE *A9(0x80),A5,0x1 +rom:0006ac50 INC A5 +rom:0006ac52 CMP A11,A5 +rom:0006ac54 JRHI 0x0006ac5a +rom:0006ac56 SUBK 0x18,A7 +rom:0006ac58 JRLS 0x0006ad1e +rom:0006ac5a MOVE A14,-*SP,0x1 +rom:0006ac5c MOVK 0x8,A11 +rom:0006ac5e MOVE A11,*A14+,0x1 +rom:0006ac60 MOVE *A9(0x20),*A14+,0x1 +rom:0006ac64 SETF 0x8,0x0,0x0 +rom:0006ac66 MOVE *A9(0x8),A8,0x0 +rom:0006ac6a MOVE A8,*A14+,0x1 +rom:0006ac6c MOVE 0x1ad960,*A14+,0x1 +rom:0006ac72 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006ac76 CALLA 0x07effa5e +rom:0006ac7c MOVE A11,A8 +rom:0006ac7e JR 0x0006afdc +rom:0006ac82 MOVE *A13(0x20),A11,0x1 +rom:0006ac86 MOVE *A11(0x40),A7,0x0 +rom:0006ac8a DSJS A7,0x0006ac94 +rom:0006ac8c MOVE *A13(0xc0),A7,0x1 +rom:0006ac90 DEC A7 +rom:0006ac92 JREQ 0x0006ad34 +rom:0006ac94 MOVE A14,-*SP,0x1 +rom:0006ac96 MOVK 0x8,A7 +rom:0006ac98 MOVE A7,*A14+,0x1 +rom:0006ac9a MOVE *A9(0x20),*A14+,0x1 +rom:0006ac9e MOVE *A9(0x8),A8,0x0 +rom:0006aca2 MOVE A8,*A14+,0x1 +rom:0006aca4 MOVE 0x1ad960,*A14+,0x1 +rom:0006acaa MOVE *A13(0xffe0),*A14+,0x1 +rom:0006acae CALLA 0x07effa5e +rom:0006acb4 MOVE A7,A8 +rom:0006acb6 JR 0x0006afdc +rom:0006acba MOVE *A13(0x20),A11,0x1 +rom:0006acbe MOVE *A11(0x40),A7,0x0 +rom:0006acc2 DSJS A7,0x0006acd2 +rom:0006acc4 MOVE *A13(0xc0),A7,0x1 +rom:0006acc8 DSJS A7,0x0006acd2 +rom:0006acca MOVE *A9(0x68),A7,0x0 +rom:0006acce SUBK 0x3,A7 +rom:0006acd0 JRNE 0x0006ad34 +rom:0006acd2 MOVE A14,-*SP,0x1 +rom:0006acd4 MOVK 0x8,A7 +rom:0006acd6 MOVE A7,*A14+,0x1 +rom:0006acd8 MOVE *A9(0x20),*A14+,0x1 +rom:0006acdc MOVE *A9(0x8),A8,0x0 +rom:0006ace0 MOVE A8,*A14+,0x1 +rom:0006ace2 MOVE 0x1ad960,*A14+,0x1 +rom:0006ace8 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006acec CALLA 0x07effa5e +rom:0006acf2 MOVE A7,A8 +rom:0006acf4 JR 0x0006afdc +rom:0006acf8 MOVE A14,-*SP,0x1 +rom:0006acfa MOVK 0xe,A11 +rom:0006acfc MOVE A11,*A14+,0x1 +rom:0006acfe MOVE *A9(0x20),*A14+,0x1 +rom:0006ad02 MOVE *A9(0x8),A8,0x0 +rom:0006ad06 MOVE A8,*A14+,0x1 +rom:0006ad08 MOVE 0x1ad960,*A14+,0x1 +rom:0006ad0e MOVE *A13(0xffe0),*A14+,0x1 +rom:0006ad12 CALLA 0x07effa5e +rom:0006ad18 MOVE A11,A8 +rom:0006ad1a JR 0x0006afdc +rom:0006ad1e SETF 0x8,0x0,0x0 +rom:0006ad20 MOVE *A9(0x60),A8,0x0 +rom:0006ad24 JREQ 0x0006ac82 +rom:0006ad26 DEC A8 +rom:0006ad28 JREQ 0x0006acba +rom:0006ad2a DEC A8 +rom:0006ad2c JREQ 0x0006acba +rom:0006ad2e DEC A8 +rom:0006ad30 JREQ 0x0006acba +rom:0006ad32 JR 0x0006acf8 +rom:0006ad34 MOVE *A13(0x20),A11,0x1 +rom:0006ad38 MOVE A14,-*SP,0x1 +rom:0006ad3a MOVI 0x8c,A7 +rom:0006ad3e MOVE A7,*A14+,0x1 +rom:0006ad40 MOVK 0x1,A5 +rom:0006ad42 MOVE A5,*A14+,0x1 +rom:0006ad44 CALLA 0x07f63a30 +rom:0006ad4a MOVE A8,*A11(0x120),0x1 +rom:0006ad4e MOVE *A11(0x120),A5,0x1 +rom:0006ad52 JRNE 0x0006ad64 +rom:0006ad54 MOVE A14,-*SP,0x1 +rom:0006ad56 MOVI 0x3f562910,A8 +rom:0006ad5c MOVE A8,*A14+,0x1 +rom:0006ad5e CALLA 0x07f24f78 +rom:0006ad64 MOVE *A11(0x120),A5,0x1 +rom:0006ad68 JRNE 0x0006ad92 +rom:0006ad6a MOVE A14,-*SP,0x1 +rom:0006ad6c MOVK 0xb,A5 +rom:0006ad6e MOVE A5,*A14+,0x1 +rom:0006ad70 MOVE *A9(0x20),*A14+,0x1 +rom:0006ad74 SETF 0x8,0x0,0x0 +rom:0006ad76 MOVE *A9(0x8),A8,0x0 +rom:0006ad7a MOVE A8,*A14+,0x1 +rom:0006ad7c MOVE 0x1ad960,*A14+,0x1 +rom:0006ad82 MOVE *A13(0xffe0),*A14+,0x1 +rom:0006ad86 CALLA 0x07effa5e +rom:0006ad8c MOVE A5,A8 +rom:0006ad8e JR 0x0006afdc +rom:0006ad92 MOVE *A11(0x120),*A13(0x40),0x1 +rom:0006ad98 MOVE *A13(0x40),A5,0x1 +rom:0006ad9c MOVB *A9(0x68),*A5(0x0) +rom:0006ada2 MOVB *A9(0x70),*A5(0x8) +rom:0006ada8 MOVB *A9(0x60),*A5(0x10) +rom:0006adae MOVE *A9(0x40),*A5(0x20),0x1 +rom:0006adb4 MOVE *A9(0x80),*A5(0x40),0x1 +rom:0006adba SUB A7,A7 +rom:0006adbc MOVE A7,*A5(0x60),0x1 +rom:0006adc0 MOVK 0x1,A7 +rom:0006adc2 MOVE *A13(0xc0),A11,0x1 +rom:0006adc6 SLL A11,A7 +rom:0006adc8 DEC A7 +rom:0006adca MOVE A7,*A5(0x80),0x1 +rom:0006adce MOVE *A13(0x20),A7,0x1 +rom:0006add2 MOVE *A7(0x120),A5,0x1 +rom:0006add6 JREQ 0x0006adf0 +rom:0006add8 MOVE *A7(0x120),A5,0x1 +rom:0006addc SETF 0x8,0x0,0x0 +rom:0006adde MOVE *A5,A5,0x0 +rom:0006ade0 SUBK 0x2,A5 +rom:0006ade2 JRNE 0x0006adf0 +rom:0006ade4 MOVE *A7(0x160),A5,0x1 +rom:0006ade8 SUB A7,A7 +rom:0006adea SETF 0x1,0x0,0x0 +rom:0006adec MOVE A7,*A5(0x13a),0x0 +rom:0006adf0 SUB A11,A11 +rom:0006adf2 MOVE A11,*A13(0x60),0x1 +rom:0006adf6 MOVK 0x1,A7 +rom:0006adf8 MOVE A7,*A13(0xa0),0x1 +rom:0006adfc MOVE *A13(0x40),A5,0x1 +rom:0006ae00 MOVE *A5(0x80),A5,0x1 +rom:0006ae04 AND A7,A5 +rom:0006ae06 JREQ 0x0006afda +rom:0006ae0a MOVE *A13(0xa0),A11,0x1 +rom:0006ae0e MOVE *A9(0x80),A7,0x1 +rom:0006ae12 AND A11,A7 +rom:0006ae14 JREQ 0x0006afb8 +rom:0006ae18 MOVE *A13(0x40),A7,0x1 +rom:0006ae1c SETF 0x8,0x0,0x0 +rom:0006ae1e MOVE *A7(0x8),A5,0x0 +rom:0006ae22 SUBK 0x3,A5 +rom:0006ae24 JRNE 0x0006ae34 +rom:0006ae26 MOVE *A13(0x60),A5,0x1 +rom:0006ae2a SLL 0x5,A5 +rom:0006ae2c ADD A13,A5 +rom:0006ae2e MOVE *A5(0x120),*A13(0x100),0x1 +rom:0006ae34 MOVE A14,-*SP,0x1 +rom:0006ae36 MOVE *A13(0x60),A5,0x1 +rom:0006ae3a SLL 0x5,A5 +rom:0006ae3c ADD A9,A5 +rom:0006ae3e MOVE *A5(0x160),*A14+,0x1 +rom:0006ae42 MOVE *A13(0x60),A5,0x1 +rom:0006ae46 SLL 0x3,A5 +rom:0006ae48 ADD A9,A5 +rom:0006ae4a MOVE *A5(0xa0),A8,0x0 +rom:0006ae4e MOVE A8,*A14+,0x1 +rom:0006ae50 MOVE *A7(0x10),A8,0x0 +rom:0006ae54 MOVE A8,*A14+,0x1 +rom:0006ae56 MOVE *A13(0x100),*A14+,0x1 +rom:0006ae5a CALLA 0x07eacd68 +rom:0006ae60 MOVE A8,*A13(0xe0),0x1 +rom:0006ae64 MOVE *A13(0x60),A5,0x1 +rom:0006ae68 SLL 0x5,A5 +rom:0006ae6a ADD A7,A5 +rom:0006ae6c MOVE A14,-*SP,0x1 +rom:0006ae6e SUB A7,A7 +rom:0006ae70 MOVE A7,*A14+,0x1 +rom:0006ae72 MOVE A7,*A14+,0x1 +rom:0006ae74 MOVE *A13(0x60),*A14+,0x1 +rom:0006ae78 MOVK 0x1,A7 +rom:0006ae7a MOVE *A13(0x100),A11,0x1 +rom:0006ae7e SLL A11,A7 +rom:0006ae80 MOVE A7,*A14+,0x1 +rom:0006ae82 MOVE *A13(0x60),A7,0x1 +rom:0006ae86 SLL 0x5,A7 +rom:0006ae88 ADD A9,A7 +rom:0006ae8a MOVE *A7(0x160),*A14+,0x1 +rom:0006ae8e MOVE *A13(0x60),A7,0x1 +rom:0006ae92 SLL 0x3,A7 +rom:0006ae94 ADD A9,A7 +rom:0006ae96 SETF 0x8,0x0,0x0 +rom:0006ae98 MOVE *A7(0xa0),A8,0x0 +rom:0006ae9c MOVE A8,*A14+,0x1 +rom:0006ae9e MOVE *A13(0x20),A7,0x1 +rom:0006aea2 MOVE *A7(0x120),A7,0x1 +rom:0006aea6 JREQ 0x0006aec4 +rom:0006aea8 MOVE *A13(0x20),A7,0x1 +rom:0006aeac MOVE *A7(0x120),A7,0x1 +rom:0006aeb0 MOVE *A7,A7,0x0 +rom:0006aeb2 SUBK 0x2,A7 +rom:0006aeb4 JRNE 0x0006aec4 +rom:0006aeb6 MOVE *A13(0x40),A7,0x1 +rom:0006aeba MOVE *A7(0x10),A7,0x0 +rom:0006aebe JRNE 0x0006aec4 +rom:0006aec0 SUB A7,A7 +rom:0006aec2 JR 0x0006aecc +rom:0006aec4 MOVE *A13(0x20),A7,0x1 +rom:0006aec8 MOVE *A7(0xa0),A7,0x1 +rom:0006aecc MOVE A7,*A14+,0x1 +rom:0006aece MOVE *A13(0x20),A7,0x1 +rom:0006aed2 MOVE *A7(0x80),*A14+,0x1 +rom:0006aed6 MOVE *A13(0x40),A7,0x1 +rom:0006aeda MOVE *A7(0x10),A8,0x0 +rom:0006aede MOVE A8,*A14+,0x1 +rom:0006aee0 MOVE *A13(0xe0),*A14+,0x1 +rom:0006aee4 CALLA 0x07eac660 +rom:0006aeea MOVE A8,*A5(0x160),0x1 +rom:0006aeee MOVE *A13(0x60),A5,0x1 +rom:0006aef2 SLL 0x5,A5 +rom:0006aef4 ADD A7,A5 +rom:0006aef6 MOVE *A5(0x160),A5,0x1 +rom:0006aefa JRNE 0x0006afa6 +rom:0006aefc MOVE *A9(0x80),*A7(0x60),0x1 +rom:0006af02 MOVE A14,-*SP,0x1 +rom:0006af04 MOVE *A9(0x80),*A14+,0x1 +rom:0006af08 MOVE *A13(0x20),*A14+,0x1 +rom:0006af0c CALLA 0x07eaafe6 +rom:0006af12 MOVE A14,-*SP,0x1 +rom:0006af14 MOVK 0xb,A5 +rom:0006af16 MOVE A5,*A14+,0x1 +rom:0006af18 MOVE *A9(0x20),*A14+,0x1 +rom:0006af1c SETF 0x8,0x0,0x0 +rom:0006af1e MOVE *A9(0x8),A8,0x0 +rom:0006af22 MOVE A8,*A14+,0x1 +rom:0006af24 MOVE 0x1ad960,*A14+,0x1 +rom:0006af2a MOVE *A13(0xffe0),*A14+,0x1 +rom:0006af2e CALLA 0x07effa5e +rom:0006af34 MOVE A5,A8 +rom:0006af36 JR 0x0006afdc +rom:0006af38 MOVE *A13(0x40),A11,0x1 +rom:0006af3c MOVE *A13(0x60),A7,0x1 +rom:0006af40 SLL 0x5,A7 +rom:0006af42 ADD A11,A7 +rom:0006af44 MOVE *A7(0x160),A7,0x1 +rom:0006af48 SUB A5,A5 +rom:0006af4a MOVE A5,*A7(0x188),0x1 +rom:0006af4e JR 0x0006afb8 +rom:0006af50 MOVE *A13(0x40),A11,0x1 +rom:0006af54 MOVE *A13(0x60),A7,0x1 +rom:0006af58 SLL 0x5,A7 +rom:0006af5a ADD A11,A7 +rom:0006af5c MOVE *A7(0x160),A7,0x1 +rom:0006af60 MOVE *A13(0x60),*A7(0x188),0x1 +rom:0006af66 JR 0x0006afb8 +rom:0006af68 MOVE *A13(0x40),A11,0x1 +rom:0006af6c MOVE *A13(0x60),A7,0x1 +rom:0006af70 SLL 0x5,A7 +rom:0006af72 ADD A11,A7 +rom:0006af74 MOVE *A7(0x160),A7,0x1 +rom:0006af78 MOVE *A13(0x60),A5,0x1 +rom:0006af7c MOVE *A13(0x120),A11,0x1 +rom:0006af80 CMP A11,A5 +rom:0006af82 JRNC 0x0006af88 +rom:0006af84 SUB A5,A5 +rom:0006af86 JR 0x0006afa0 +rom:0006af88 MOVE *A13(0x120),A11,0x1 +rom:0006af8c MOVE *A13(0x140),A5,0x1 +rom:0006af90 ADD A5,A11 +rom:0006af92 MOVE *A13(0x60),A5,0x1 +rom:0006af96 CMP A11,A5 +rom:0006af98 JRNC 0x0006af9e +rom:0006af9a MOVK 0x1,A5 +rom:0006af9c JR 0x0006afa0 +rom:0006af9e MOVK 0x2,A5 +rom:0006afa0 MOVE A5,*A7(0x188),0x1 +rom:0006afa4 JR 0x0006afb8 +rom:0006afa6 SETF 0x8,0x0,0x0 +rom:0006afa8 MOVE *A7(0x8),A8,0x0 +rom:0006afac DEC A8 +rom:0006afae JREQ 0x0006af38 +rom:0006afb0 SUBK 0x2,A8 +rom:0006afb2 JREQ 0x0006af50 +rom:0006afb4 DEC A8 +rom:0006afb6 JREQ 0x0006af68 +rom:0006afb8 MOVE *A13(0x60),A11,0x1 +rom:0006afbc INC A11 +rom:0006afbe MOVE A11,*A13(0x60),0x1 +rom:0006afc2 MOVE *A13(0xa0),A7,0x1 +rom:0006afc6 SLL 0x1,A7 +rom:0006afc8 MOVE A7,*A13(0xa0),0x1 +rom:0006afcc MOVE *A13(0x40),A5,0x1 +rom:0006afd0 MOVE *A5(0x80),A5,0x1 +rom:0006afd4 AND A7,A5 +rom:0006afd6 JRNE 0x0006ae0a +rom:0006afda SUB A8,A8 +rom:0006afdc MOVE *SP(0xc0),A14,0x1 +rom:0006afe0 MMFM SP,0x2aa0 +rom:0006afe6 MMTM SP,0x154 +rom:0006afea MOVE A14,A13 +rom:0006afec ADDI 0x60,A14 +rom:0006aff0 MOVE *A13(0xffe0),A11,0x1 +rom:0006aff4 MOVE *A11(0x120),*A13(0x0),0x1 +rom:0006affa MOVE *A13,A11,0x1 +rom:0006affc JREQ 0x0006b114 diff --git a/xie/ghidra-evidence/slot20/slot20_helper_6CD68_tail.txt b/xie/ghidra-evidence/slot20/slot20_helper_6CD68_tail.txt new file mode 100644 index 0000000..9929dab --- /dev/null +++ b/xie/ghidra-evidence/slot20/slot20_helper_6CD68_tail.txt @@ -0,0 +1,44 @@ +rom:0006ce20 MOVE *A11(0x40),A9,0x1 +rom:0006ce24 MOVE *A9(0x20),*A11(0x60),0x1 +rom:0006ce2a MOVE *A11(0x60),A9,0x1 +rom:0006ce2e MOVE *A9(0x40),A9,0x1 +rom:0006ce32 SETF 0x8,0x0,0x0 +rom:0006ce34 MOVE *A9(0x20),A9,0x0 +rom:0006ce38 SUBK 0x2,A9 +rom:0006ce3a JREQ 0x0006ce4c +rom:0006ce3c MOVE *A11(0x60),A9,0x1 +rom:0006ce40 MOVE *A9(0x40),A9,0x1 +rom:0006ce44 MOVE *A9(0x20),A9,0x0 +rom:0006ce48 SUBK 0x3,A9 +rom:0006ce4a JRNE 0x0006ce80 +rom:0006ce4c MOVE *A11(0x60),A9,0x1 +rom:0006ce50 MOVE *A9(0x40),A9,0x1 +rom:0006ce54 SUB A11,A11 +rom:0006ce56 MOVE A11,*A9(0x140),0x1 +rom:0006ce5a MOVE *A13,A9,0x1 +rom:0006ce5c MOVE *A9(0x60),A7,0x1 +rom:0006ce60 MOVE *A7(0x40),A7,0x1 +rom:0006ce64 MOVE *A7(0x160),A7,0x1 +rom:0006ce68 SETF 0x1,0x0,0x0 +rom:0006ce6a MOVE *A9(0x29),*A7(0x13a),0x0 +rom:0006ce70 MOVE *A9(0x60),A7,0x1 +rom:0006ce74 MOVE *A7(0x40),A7,0x1 +rom:0006ce78 MOVE *A7(0x160),A7,0x1 +rom:0006ce7c MOVE A11,*A7(0x138),0x0 +rom:0006ce80 MOVE A14,-*SP,0x1 +rom:0006ce82 MOVE *A13,A11,0x1 +rom:0006ce84 MOVE *A11(0x60),A9,0x1 +rom:0006ce88 MOVE *A9(0x40),*A14+,0x1 +rom:0006ce8c CALLA 0x07eacdda +rom:0006ce92 MOVE A14,-*SP,0x1 +rom:0006ce94 MOVE *A11(0x60),A9,0x1 +rom:0006ce98 MOVE *A9(0x20),A9,0x1 +rom:0006ce9c MOVE *A11(0x60),A7,0x1 +rom:0006cea0 MOVE *A7,*A9,0x1 +rom:0006cea2 MOVE *A11(0x60),A9,0x1 +rom:0006cea6 MOVE *A9,A9,0x1 +rom:0006cea8 MOVE *A11(0x60),A7,0x1 +rom:0006ceac MOVE *A7(0x20),*A9(0x20),0x1 +rom:0006ceb2 MOVE *A11(0x60),*A14+,0x1 +rom:0006ceb6 CALLA 0x07f63b00 +rom:0006cebc MOVE *A11(0x60),A9,0x1 diff --git a/xie/probe23.py b/xie/probe23.py new file mode 100755 index 0000000..acd3817 --- /dev/null +++ b/xie/probe23.py @@ -0,0 +1,227 @@ +#!/usr/bin/env python3 +"""Interactive XIE 2.3 probe against the VT1200. + +Keeps one X11 connection so the per-client XIE session state is preserved. +Usage: + ./probe23.py session + ./probe23.py defaults + ./probe23.py raw [word1 ...] + ./probe23.py create7 + ./probe23.py sweep + ./probe23.py seq ... # reserved for the client sequence +""" + +import os +import struct +import sys +import socket +import time + +HERE = os.path.dirname(os.path.abspath(__file__)) +sys.path.insert(0, os.path.join(HERE, "evidence")) +import xie_raw as X # noqa: E402 + + +class Cli: + def __init__(self, host=X.HOST, port=X.PORT, timeout=0.8): + self.sock = socket.create_connection((host, port), timeout=5) + self.sock.settimeout(timeout) + X.setup(self.sock) + present, self.opcode, self.first_event, self.first_error = X.query_extension( + self.sock, "Xie" + ) + if not present: + raise SystemExit("Xie not present") + self.seq = 2 # setup + QueryExtension + self.id_base = X.LAST_SETUP.get("id_base", 0x00C00000) + self.id_mask = X.LAST_SETUP.get("id_mask", 0x000FFFFF) + self.root = X.LAST_SETUP.get("root", 0x8006B) + self.sw = X.LAST_SETUP.get("screen_width", 0) + self.sh = X.LAST_SETUP.get("screen_height", 0) + + def new_id(self, n=0x0AAAA): + """A legal client resource id for this connection.""" + return (self.id_base | (n & self.id_mask)) & 0xFFFFFFFF + + def create_window(self, wid, w, h, x=10, y=10): + """Core X CreateWindow (InputOutput, CopyFromParent depth/visual).""" + body = struct.pack(" 3 else 0xFFFF + session(c) + create7(c, ident, cls) + elif cmd == "sweep": + ident = int(argv[2], 0) + cls = int(argv[3], 0) if len(argv) > 3 else 0xFFFF + session(c) + sweep(c, ident, cls) + elif cmd == "cs7": + ident = int(argv[2], 0) + cls = int(argv[3], 0) if len(argv) > 3 else 0xFFFF + session(c) + create7(c, ident, cls) + sweep(c, ident, cls) + elif cmd == "export": + session(c) + demo_export(c, int(argv[2]) if len(argv) > 2 else 10) + elif cmd == "raw": + minor = int(argv[2], 0) + words = [int(w, 0) for w in argv[3:]] + session(c) + raw(c, minor, words) + else: + raise SystemExit(__doc__) + finally: + c.close() + + +if __name__ == "__main__": + main(sys.argv) diff --git a/xie/probe_verify.py b/xie/probe_verify.py new file mode 100644 index 0000000..0707e75 --- /dev/null +++ b/xie/probe_verify.py @@ -0,0 +1,160 @@ +#!/usr/bin/env python3 +"""Verified probe: slot 33 / slot 44 against two live resources. + +Rules enforced here (each one cost a wrong answer at some point): + * ONE helper for object fields: byte(ptr, N) == memory at ptr + N*8 + (ptr is a BIT address; ptr+8 is byte 1, not byte 8). + * every request reply is read and asserted; connections are not reused + across requests that can fail. + * raw bytes of any reply are printed, never interpreted silently. +""" +import struct +import sys +import time + +sys.path.insert(0, "/home/arti/code/k-space/vt1200/xie") +sys.path.insert(0, "/home/arti/code/k-space/vt1200/dwt") + +import probe23 as P # noqa: E402 +import xie_raw as XR # noqa: E402 +import exploit # noqa: E402 + +LOG = "/home/arti/code/k-space/vt1200/debug.log" +MINOR_SET_OP_DEFAULTS = 3 +MINOR_CREATE = 8 +MINOR_SLOT33 = 33 +MINOR_SLOT44 = 44 + + +def stores(): + try: + with open(LOG) as f: + return [l.strip() for l in f if l.startswith("REGIDSTORE")] + except OSError: + return [] + + +class Dev: + """Thin wrapper giving the one field-access helper.""" + + def __init__(self): + self.rd = exploit.RDebug("192.168.99.2", 771, 5.0, False) + self.rd.connect() + + def byte(self, ptr, n): + return self.rd.peek(ptr + n * 8, 1)[0] + + def u32(self, ptr, n): + return struct.unpack(" %s" % describe(reply(conn))) + + n0 = len(stores()) + for i in (a_id, b_id): + send(conn, MINOR_CREATE, 12, + struct.pack(" %s" % (i, describe(reply(conn)))) + time.sleep(0.05) + + objs = {} + for line in stores()[n0:]: + oid = int(line.split("id=")[1].split()[0], 16) + ptr = int(line.split("obj=")[1].split()[0], 16) + objs[oid] = ptr + print(" registered: %s" % {hex(k): hex(v) for k, v in objs.items()}) + if len(objs) < 2: + conn.close() + return None + + dev = Dev() + snapshot(dev, "before any slot request", objs) + + results = {} + for name, minor, words, payload in ( + ("slot33 [A,B,0]", MINOR_SLOT33, 4, + struct.pack(" %s" % (name, describe(r))) + print(" new REGIDSTORE: %s" % (new or "(none)")) + snapshot(dev, "after " + name, objs) + results[name] = (describe(r), tuple(new)) + + dev.close() + conn.close() + return results + + +def main(): + r1 = trial("run 1") + r2 = trial("run 2") + print("\n=== reproducibility ===") + if r1 and r2: + for k in r1: + same = r1[k][0] == r2[k][0] + print(" %-17s run1=%s" % (k, "MATCH" if same else "DIFFERS")) + if not same: + print(" run1: %s" % r1[k][0]) + print(" run2: %s" % r2[k][0]) + else: + print(" a run failed to set up (see above)") + + +if __name__ == "__main__": + main() diff --git a/xie/xc/doc/hardcopy/XIE/SI/xieSIarch.txt b/xie/xc/doc/hardcopy/XIE/SI/xieSIarch.txt new file mode 100644 index 0000000..d6fc789 --- /dev/null +++ b/xie/xc/doc/hardcopy/XIE/SI/xieSIarch.txt @@ -0,0 +1,1632 @@ + +XIE Sample Implementation Architecture + + +Authors + +Robert NC Shelley +Dean A. Verheiden +J. Ben Fahy + +Sample Implementation Team +AGE Logic, Inc. + + + + +Additional Contributors +Larry Hare +AGE Logic, Inc. + + + + + + + +Comments concerning the SI architecture should be submitted by electronic mail to: +imagework@x.org + + + + + + +Copyright Notice + +This document is being provided by AGE Logic, Inc. and X Consortium under the following license. By obtaining, +using and/or copying this documentation, you agree that you have read, understood, and will comply with these +terms and conditions: + +Permission to use, copy, modify, distribute and sell this documentation for any purpose and +without fee or royalty and to grant others any and all rights granted herein is hereby granted, +providing that you agree to comply with the following copyright notice and statements, including +the disclaimer, and that the same appears on all copies and derivative works of the document that +you make. + +Copyright 1993 by AGE Logic, Inc. and X Consortium, Inc. + +THIS DOCUMENT IS PROVIDED "AS IS". AGE LOGIC AND X CONSORTIUM MAKE NO +REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of example, but not +limitation, AGE LOGIC AND X CONSORTIUM MAKE NO REPRESENTATION OR WARRANTIES +OF MERCHANTABILITY OR FITNESS FOR ANY PARTICULAR PURPOSE OR THAT THE +DOCUMENT DOES NOT INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC AND X +CONSORTIUM SHALL BEAR NO LIABILITY FOR ANY USE OF THIS DOCUMENT. IN NO +EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, INCIDENTAL, SPECIAL, OR +CONSEQUENTIAL DAMAGES, INCLUDING LOSS OF PROFITS, REVENUE, DATA OR USE, +INCURRED BY EITHER PARTY OR ANY THIRD PARTY, WHETHER IN AN ACTION IN +CONTRACT OR TORT OR BASED ON A WARRANTY, EVEN IF AGE LOGIC OR X CONSORTIUM +OR LICENSEES HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. + +The names of AGE Logic and X Consortium may not be used in advertising or publicity pertaining +to the document or software without specific, written prior permission from AGE Logic and X +Consortium. + + + + + +Acknowledgments + +XIE has evolved from the original specifications and sample implementation developed by Digital Equipment +Corporation and contributed to the X Consortium. +We wish to thank Digital Equipment Corporation and Hewlett-Packard Co. for contributing their pipeline +implementations to the X Consortium. The SI architecture has benefited from these efforts. + + + +Table of Contents +Copyright Notice ii +Acknowledgments iii +Table of Contents iv +1. Introduction 1 +1.1. Task Definition 1 +1.2. Design Goals 2 +1.3. Document Organization 3 +2. Architecture Overview 4 +2.1. X/XIE Interfacing 4 +2.2. XIE Components 5 +2.2.1. Photoflo Compiler 6 +2.2.2. The Photoflo Linker 12 +2.2.3. The Photoflo Runtime Manager 13 +2.2.3.1. Scheduler 14 +2.2.3.2. Data flo Manager 15 +2.2.4. The XIE Resource Manager 15 +2.2.5. The XIE Memory Manager 15 +3. Extension Initialization 16 +4. Memory Management 17 +5. Dispatching requests 18 +6. Data Representations 19 +6.1. Canonic Data 19 +6.2. Non-canonic Data 19 +6.2.1. Byte Stream Data 19 +6.2.2. Compressed Data 19 +6.2.3. Run-length Data 20 +6.3. Tri-chromatic Data 20 +6.4. Strips 20 +7. Data Structures 21 +7.1. Data Formats 21 +7.1.1. Canonic 21 +7.1.2. Compressed 21 +7.1.3. Lookup-table 22 +7.2. Resource structures 22 +7.2.1. ColorList 22 +7.2.2. LUT 22 +7.2.3. Photomap 22 +7.2.4. ROI 22 +7.2.5. Photospace 23 +7.2.6. Photoflo 23 +7.3. Photo Element Definition 24 +7.4. DDXIE Structures 25 +7.4.1. Photoflo run-time context 25 +7.4.2. Photo Element run-time context 25 +7.4.3. Receptor 25 +7.4.4. Strip 25 +8. Protocol requests 26 +8.1. Global Query requests 26 +8.1.1. QueryImageExtension 26 +8.1.2. QueryTechniques 26 +8.2. Resource requests 27 +8.2.1. Overview 27 +8.2.1.1. Creating Resources 27 +8.2.1.2. Flo'ing Resources 27 +8.2.1.3. Destroying Resources 27 +8.2.2. ColorList 28 +8.2.2.1. Create 28 +8.2.2.2. Query 28 +8.2.2.3. Purge 28 +8.2.2.4. Destroy 28 +8.2.3. LUT 28 +8.2.3.1. Create 28 +8.2.3.2. Destroy 28 +8.2.4. Photomap 29 +8.2.4.1. Create 29 +8.2.4.2. Query 29 +8.2.4.3. Destroy 29 +8.2.5. ROI 29 +8.2.5.1. Create 29 +8.2.5.2. Destroy 29 +8.3. Photoflo related requests 30 +8.3.1. ServerIDspace 30 +8.3.2. Photospace 30 +8.3.2.1. Create 30 +8.3.2.2. Destroy 30 +8.3.3. Immediate-mode specific 30 +8.3.3.1. ExecuteImmediate 30 +8.3.4. Stored-mode specific 31 +8.3.4.1. Create 31 +8.3.4.2. Modify 31 +8.3.4.3. Redefine 31 +8.3.4.4. Execute 31 +8.3.4.5. Destroy 31 +8.3.5. ClientData transport 32 +8.3.5.1. Put 32 +8.3.5.2. Get 32 +8.3.6. Query/Control 32 +8.3.6.1. Query 32 +8.3.6.2. Await 32 +8.3.6.3. Abort 32 +9. DIXIE Photoflo Management 33 +9.1. Overview 33 +9.2. Photoflo Creation 33 +9.2.1. Creating the Flo 33 +9.2.2. Traversing the DAG 34 +9.2.3. Registering the Flo 36 +9.3. Photoflo Execution 37 +9.3.1. Prepping the DAG 37 +9.3.2. Analyzing the DAG 37 +9.3.3. Linking an executable Photoflo 37 +9.3.4. Starting the flo 37 +9.3.5. Resuming the flo 38 +9.3.6. Stopping the flo 38 +9.3.7. Destroying an executable Photoflo 38 +9.3.8. Event notification from a flo 38 +10. DDXIE Photoflo Management 39 +10.1. DAG Analysis 39 +10.1.1. Choosing Element Handlers 39 +10.1.2. Choosing a Linker and Photoflo Manager 41 +10.2. Photoflo Linker 41 +10.3. Photoflo manager 42 +10.3.1. Startup 42 +10.3.2. Scheduling 42 +10.3.3. Data Manager 44 +10.3.4. Input 46 +10.3.5. Output 46 +10.3.6. Query 46 +10.3.7. Abort 46 +10.3.8. Destroy 46 +11. Photo Elements 47 +11.1. Element Structures 47 +11.2. Element Interfaces 48 +11.2.1. Create 48 +11.2.2. Initialize 48 +11.2.3. Activate 48 +11.2.4. Flush 48 +11.2.5. Reset 48 +11.2.6. Destroy 48 + + + + +1. Introduction +The X windows Image Extension (XIE) project was initiated in 1988 by Joe Mauro of Digital Equipment Corporation, +in order to meet the needs of those wanting improved imaging facilities within X. XIE is targeted at the problem of +image display, and rendering any digital image on any X-capable hardware. XIE is not intended to be a general +purpose image processing engine, although it does provide a rich environment for performing simple image +enhancement operations and format conversions. XIE also permits the support of image-specific hardware in the +server, including but not limited to decompression, scaling, rotation and convolution accelerators. +The X Consortium accepted XIE into Technical Review in March of 1991. After over a year and a half of debate and +analysis by a number of interested Consortium members, a revised Version 4.12 of the XIE protocol was passed out +of Technical Review and into Public Review. The Public Review period is scheduled to expire April 23rd, 1993. It is +the goal of the Consortium that XIE will be made widely available shortly after acceptance as an official standard, +and therefore AGE Logic, Inc. has been commissioned to provide a Sample Implementation (SI) of XIE, to be +distributed as part of the December 1993 X windows R6 release. This document describes AGE Logic's initial design +of the XIE SI architecture. +The audience of this document is anticipated to be X Consortium members who have a working understanding of +XIE, either through participating in its design within the Consortium, or by having read the latest version of the XIE +protocol, by Shelley et al., published in Special Issue C of The X Resource journal. An overview of XIE by Fahy +and Shelley is also provided in the same issue. Other references of interest would include The X Window System +Server by Israel and Fortune, and X Window System by Scheifler and Gettys. + + +1.1. Task Definition +XIE is defined by the protocol document referenced in the previous section. XIE requests are channeled through the +Core X dispatch loop to the dispatchers (swapped and unswapped) for the XIE SI. XIE-specific events and errors are +originated in SI and routed back through Core X to the waiting client. +XIE defines six new resources: ColorLists, LUTs, Photoflos, Photomaps, Photospaces, and ROIs. Each of these +resources must be recorded with Core X, so that at client shutdown the resources may be freed reliably. +In the XIE computational model, a client provides a blueprint for a computational engine, a photoflo, and passes it to +the server for execution The blueprint is a directed acyclic graph (DAG), which shows what the components +(elements) of the engine are, and how data flows between them. Import elements receive data from the client, Core X, +or from resources. Processing elements receive data from import elements or upstream processing elements, perform +a specified operation on the data, and pass the data on downstream. Export elements define the exit point of data +from the photoflo. Data from Import or Processing elements may be routed to the client, Core X, or an XIE resource +simply by adding an Export connection after the element of interest. +Processing, Import, and Export elements are defined at two levels. For example, a Geometry element states that +incoming image data is to be re-sampled to produce a new output image. The specific sampling mechanism is +selected by using a set of technique parameters in the element specification. Thus, technique parameters give fine- +grain information on how a course-grain operation (such as geometric transformation) is to be performed. + + +To summarize the tasks which the SI must perform, it must: +1. Integrate into Core X +2. Receive and correctly interpret XIE-specific requests +3. Manage XIE-specific resources +4. Build computational engines (photoflos) according to the blueprints (DAGs) provided +5. Execute the photoflos +6. Return error and event information as required. + +Building and executing the photoflos necessitates: +1. Parsing the DAG information +2. Performing semantic analysis +3. Matching sub-tasks (defined by elements, etc.) to machine-specific code +4. Scheduling execution +5. Managing data flow. +6. Handling special conditions, including shutdown and return of control. + +Note that the SI must be able to support multiple photoflos executing simultaneously, and thus all photoflo and +element code must be reentrant, and data structures must not be written so as to preclude reentrancy. + +1.2. Design Goals +The X Consortium, in soliciting for bids on the SI project, has previously stated the following design requirements: +1. The SI must be easily ported to many different platforms. +2. The SI must be modular, to support easy customization. +3. Performance should be commercial quality. +4. Performance should not be biased to a particular machine architecture (e.g., big endian machines should +have performance comparable with little endian machines of the same approximate raw speed). +5. The SI should accommodate servers with limited memory. + +An additional, implied requirement is: +6. Design of the SI should be minimal risk. + +That is, it must be acknowledged that while there are any number of ways in which photoflo optimizers and +schedulers could be implemented, the overriding goal must be to ensure that an SI is available in time for the R6 +release of X windows. + +1.3. Document Organization +This chapter has provided a brief introduction to the topic of designing a sample implementation of the X image +extension. The next chapter provides an overview of the architecture as the design currently stands. It starts by +looking at XIE from a very high conceptual level and working its way down examining a few of the SI's major building +blocks. +The next three chapters discuss in more detail: extension initialization, memory management, and the dispatching of +requests through Core X. They are followed by a brief description of a some high-level data representations, +followed by a detailed exposition of critical data structures. These chapters serve as references for the chapters that +follow. + The eighth chapter discusses the implementation ramifications of XIE requests, up to the topic of photoflo +management in the server. That issue is covered in detail in chapters nine and ten, which are split across device- +independent / device-dependent lines. The final chapter discusses elements; their data structures and interfaces. + + + + +2. Architecture Overview + +Core X is divided into device-independent (dix) and device-dependent (ddx) layers. The dix layer contains code and +data structures which should not need to be altered in porting X from one machine to another. The ddx code is where +device-specific information, such as drivers for special hardware, assembly routines for optimized graphics, etc., are +placed. The dix layer accesses ddx code by calling ddx procedures indirectly, through a list of well-defined entry +points stored in dix resources. +The design of XIE is intentionally modeled so as to follow the same basic form. XIE is divided into a device- +independent layer called dixie, and a device-dependent layer called ddxie. A set of dixie data structures is defined, +which includes a list of entry points to ddxie routines. In the SI, this list will be filled exclusively with machine- +independent XIE code. However, in the interest of portability and optimization, care has been taken to make it easy +to override the generic code with machine-specific routines. It is anticipated that server implementors porting to new +hardware will create new ddxie subdirectories which are machine dependent, as is depicted below. + + + + +2.1. X/XIE Interfacing +The figure on the following page illustrates the interface between the new XIE architecture and the existing Core X +server design. All routing of data in or out of XIE must go through Core X. XIE requests are received by the Core X +dispatcher, recognized as belonging to XIE, and the appropriate procedure to receive the request is called. Similarly, +errors and events generated within XIE are routed back out using standard Core X mechanisms. Image, LUT, and +ROI data is passed from the client to XIE via a PutClientData request, and thus follows the same route as normally +dispatched data. Image, LUT and ROI data to be returned to the client is sent via Reply packets, using the +conventional Core X technique. Finally, XIE moves data between an XIE photoflo and Core X resources by making +use of the list of Core X entry points described above. + + +2.2. XIE Components +At the highest level, XIE may be viewed as containing the components depicted in the figure below (it also contains +other components, not shown). Core X provides a resource manager in the dix layer and a memory manager in ddx. +XIE will provide its own resource and memory managers layered on top of the Core X facilities. XIE also has its own +dispatcher. Routines within the XIE dispatcher are called when the X dispatcher receives a request which it +recognizes as belonging to the imaging extension. + +When the request contains the definition of a photoflo, this definition must be translated into the appropriate code +and data structures required to build and execute the flo. For this reason, XIE may be viewed as containing a +Photoflo Compiler, which performs this task. The output of the compiler is a set of data structures which describe +how the photoflo will be executed, given the existing available code. Initialization of static variables and resolution of +entry points identified by compilation is the responsibility of the Photoflo compiler. Execution is conducted by a +Photoflo Manager, which consists of a Scheduler, Dataflo Manager, and other components. Client data is input +through the XIE dispatcher and given to the Photoflo Manager, which deposits the data in with the Dataflo Manager +and then wakes up the Scheduler. +2.2.1. Photoflo Compiler +The sub-structure of the Photoflo Compiler may be derived by comparing the task of compiling photoflos to +classical compiler problems. The figure below shows the classical model of a compiler which is producing +code for the expression a = bee + cf*d[i], where cf is floating point and a, bee, and d are integers. + +The input to the compiler is simply a stream of bytes, that is, a followed by = followed by b, followed by e, +etc., with no meaning or structure yet attached to the stream. Lexical analysis groups the characters to- +gether into the distinct tokens, a, bee, + , cf, etc. Syntax analysis is used to resolve the order in which +fundamental operations are carried out, which is represented as a directed graph. Semantic analysis adds +type and other attribute information to the problem representation. Note that required type conversions and +operator classes have been made explicit in the output of the Semantic Analyzer. Intermediate Code +Generation converts the DAG representation into a device independent pseudo-language (output not +shown). The first four phases of the compiler are often grouped together and referred to collectively as the +compiler front end, which is the device independent part of the compiler. +The back end of a compiler is the device dependent part, which consists of the optimizer and code gen- +erator. Most compilers incorporate both device independent and device dependent optimizations. The +code generator translates from the intermediate language representation to the language of the target ma- +chine. +In attempting to apply the standard compiler model to the problem of photoflo compilation, a number of +fundamental differences in the two environments must be recognized. First, it should be noted that there is +usually a significant delay between when a conventional compiler translates source code into object code +and when the final executable is eventually run. This means that the time constraints on the compiler are +not necessarily severe, allowing for more extensive optimization. In contrast, in XIE, it will always be the +case in compiling photoflos that significant parts of the compilation time will occur just before execution, +and add to the perceived execution time. This is because the XIE protocol expressly forbids resolving the +attributes of input data before the ExecutePhotoflo (or equivalent) request is given. This puts a hold on +semantic analysis, constraining it to wait until just before execution. Since code generation and +optimization follow the semantic analysis phase of compilation, these phases are also constrained, and the +time to carry them out should be kept tightly restricted. This inhibits exhaustive optimization, and +encourages very simple code generation strategies. +Another important environmental difference which affects the application of the compiler model is that most +conventional languages expose the canonical data types of the processor fairly conveniently. The +underlying hardware model assumes registers of a few fixed sizes, whereas in XIE, the "register size" of the +server is hidden completely. Canonical data types, such as 1, 8, and 16 bits might be chosen by the server +implementor in order to reduce the number of cases for which processing elements must be written. +However, this may vary from server to server, and thus the SI code should not make the decision that it +already knows all of the canonical data types. Although the SI will support 1, 8, 16 and 32 bit data, it is also +a design goal that the SI be easily extensible if a vendor also wants to support 4 bit data. This implies that +the type resolution portion of the semantic analyzer must be moved out of the device independent front end, +and into the device dependent back end. +The figure below shows the basic compiler model modified to accommodate the XIE computational model. +Only lexical and syntactic analysis may occur prior to receiving the equivalent of an ExecutePhotoflo +request. Lexical analysis in the context of XIE refers to parsing the raw data stream and breaking it into the +element definitions, etc. Syntactic analysis refers to analyzing the DAG to make sure it is legal (e.g. contains +no cycles). As the DAG is analyzed, the dixie data structures which describe it are filled in. + +The semantic analyzer is split into device independent and device dependent portions. Propagation of +attributes from import elements to downstream elements occurs in the device independent part of the +semantic analyzer, whereas type resolution requires device dependent information. Both parts of the +semantic analyzer fill in structures in the dix layer of XIE (see figure, following page). The difference is that +the attribute analyzer does not use any device independent information to produce its data, whereas the +type resolution code does. + +The code generator has the task of accepting the device-independent photoflo representation as input, and +filling in the device-dependent data structures which implement the photoflo. Because code generation may +be closely coupled with type resolution, the SI groups these two operations into a DAG Analyzer, as is +depicted in the figure below. The SI will include a default machine independent DAG Analyzer which +handles type resolution by a simple type upgrading scheme, and which generates code by mapping directly +from elements defined in the DAG to mi element handlers. The design accommodates substitution of a +device dependent DAG Analyzer, however, which can choose to perform special optimizations, support +non-SI canonical data types, and employ a machine-dependent element interface. + + +The figure below illustrates the fundamental task of the DAG Analyzer. A Photoflo to be compiled is shown +at the left, in which a one-bit image is imported as a process domain, a 4 bit image is imported and +convolved, the output is constrained, and a lookup table transformation is applied using Point. The XIE +server implements Point, Convolve, Constrain, ..., operations on various canonical data types. By definition, +element handlers only accept canonical data as input, and only produce it as output. If the routines to +perform a convolution can only accept 1,8,16, or unconstrained data, and the routines to import client image +data can also produce any of these types, it is necessary to negotiate on which type should be used +between connected elements. + + + +Consider the photoflo depicted below, which has 4 bit image data being fed to both Convolve and Point. +The user has specified in the protocol that the Point element is to produce data with 128 levels, which +requires at least 7 bits of storage. This suggests that the output of the Point element should produce 8 bit +data, which is the closest canonical form with adequate resolution. + + + +Using the same reasoning, that is, that elements should produce as output the smallest-resolution +canonical form which is adequate, ImportClientPhoto should produce 8 bit data. This would fix the type at +the input of the Convolve element, implying that it is necessary to choose a Convolve handler which +accepts 8 bit data. + + +Let us now suppose that it is desirable that server implementors be allowed to introduce new canonical +types, such as four bit data. This would be quite natural on servers which only had four bit deep displays, +and wanted to insure good performance on operations like: + + + + +Rather than have to convert the 4 bit data to 8 bits, do an 8 bit Point and then convert back to 4 bits in +ExportDrawable, it might be more efficient to keep the data as 4 bits throughout. This implies that the +implementor might want to define an ImportClientPhoto handler which could produce 4 bits output, a 4->4 +Point handler, and an ExportDrawable handler which accepts 4 bits. Let us suppose this is permissible. +Returning to the case of the photoflo containing a Convolve element above, reapplying the heuristic that +the output of an element should be in the smallest available canonical form which has adequate resolution, +we reach the situation: + + +The problem is, we are now requiring the presence of handlers for Convolve and Point which can accept 4 +bit data and produce unconstrained and 8 bit data, respectively, and these may not exist. It might be +reasonable to require a 4->8 Point handler, since that may have general utility, but since Convolve is +fundamentally an unconstrained operation, it seems overly harsh to force the server implementor to go +through and alter all element handlers like Convolve to include conversions of data types which are not +interesting. An alternative is to provide mechanism in the dixie structures for a DAG analyzer to be able to +insert "pseudo-elements" which do the conversion or perform analogous tasks: + + + +Thus, the SI data structures allow the DAG analyzer to produce a new, optimized DAG with a different +number of "elements" than the original flo. The ddxie layer is allowed to define pseudo-elements which may +perform type conversions, or combine two or more elements into a single "super-element," or perform other +functions (for example, converting a bitonal image into a list of run-lengths, if it is to be used as a Process +Domain). This provides a great deal of flexibility for future enhancement and optimization. + +The SI DAG Analyzer will employ the following general method: +1. For each element defined by the protocol, and each implementation-specific pseudo-element, there must be +written at least one handler which is capable of doing processing for that element. +2. All handlers will output a type that is the smallest acceptable canonical type for the input data and the +particular operation. +3. Prior to trying to find a handler for a particular element, the DAG Analyzer will propagate the output types +of all of its source elements to its input data receptors. +4. Each handler must provide a test entry point, which the DAG Analyzer can call providing the photoflo and +tag number of the element to be "compiled". +5. The handler's test function will examine the element parameters and the requested input types and return +ACCEPT if it agrees to handle the element, and REJECT otherwise. +6. A handler which agrees to accept an element may change the input type coming from any source element by +indicating that a Convert pseudo-element must be inserted between itself and the source. +7. If multiple downstream elements require the same conversion, they will share output from the same +converter. + + The next figure provides a simplified diagram of relevant data structures. The DAG analyzer is given a +photoflo, which is shown at left. It orders the elements by their distance from the nearest Import element, +and resolves types in the order of increasing distance. The upper right hand corner of the figure shows a list +of handlers associated with each element type. By the time the DAG analyzer gets to the Convolve element, +ImportClientPhoto has already been resolved to produce four bit output, and that "suggested input type" +has been recorded in the input receptor of the Convolve element. + + + +The DAG analyzer looks at its list of handlers which are of type Convolve, and selects the first member of +that list, ddConvolve. This handler supports floating point hardware, and as written, does not insert +Conversion pseudo-elements to prepare its input data. Therefore it rejects the element, and the DAG +analyzer goes on to the next handler in the list for Convolve. +All elements will contain as the last handler in their list a machine independent handler which can accept any +canonical data type. If the data type matches an explicitly supported type, the handler loads the entry point +for the specific function and leaves the requested types unchanged. If the data type is not explicitly +supported, the handler inserts a Conversion element into the photoflo (these are pre-resolved, so the DAG +analyzer doesn't have to back up to find a handler for it) and accepts with the nearest sufficient canonical +type which it supports. +The SI will provide mi handlers which can accept any element specified in the protocol. Note however that +the SI may provide multiple mi handlers for a single element, which may be differentiated by which +techniques they support, etc. +The method described above solves the code generation problem by effectively labeling each element in the +photoflo with a handler. Discussion of the data flow between elements and scheduling of processing is +deferred to the section on the Photoflo Runtime Manager. + +2.2.2. The Photoflo Linker +After the Photoflo Compiler has resolved data types and handlers for each element, the Photoflo Linker is +called to perform one-time ("static") initialization of the photoflo. It is at this point that the first device- +dependent structures are created, which provide an execution context for the photoflo and its elements. +Entry points into the photoflo manager are loaded in the dixie flo-def structure, along with entry points to +the flo manager's sub-components, the scheduler and data manager. +Both the linker and the DAG analyzer portion of the compiler can be skipped if the photoflo has been +executed previously. This is because the dixie structures retain the one-time initialization state even after +shutdown. The attribute checking portion of the Semantic Analyzer must (by directive of the protocol) be +re-run at each invocation, but if it discovers that no attributes have changed, it skips the back end of +compilation and linking, and proceeds directly to execution. + + +2.2.3. The Photoflo Runtime Manager +Photoflo management is partially the responsibility of the client, and partially the responsibility of the +server. The client sends Execute, PutClientData, GetClientData, QueryPhotoflo, Await and Abort requests +which the server must accommodate. Specific Procs in the XIE dispatcher receive these requests, and after +possibly making other internal server calls (e.g., ProcExecute may call the compiler or linker first), route +control to the Photoflo Manager, which resides in ddxie. + +The entry points of each photoflo manager component are placed in the dixie data structures. Thus, the +photoflo manager is purposely designed to support ample customization, at several different levels. For +example, an md scheduler could be substituted, while to using other components from the mi photoflo +manager. The selection of which components to use could be determined by the nature of the photoflo. For +example, the general-case mi photoflo manager could be chosen if the DAG is topologically complex, +whereas a simpler photoflo manager might be appropriate for linear photoflos. + +2.2.3.1. Scheduler +The scheduler is responsible for managing the activation of elements in order to move data through +the photoflo. The SI provides a default scheduler in the mi layer, which may be overridden by a +device-dependent scheduler by the server implementor. +Any scheduler has the following responsibilities: +1. When data arrives from the client, it must be delivered to the appropriate receiving element. +2. Elements which have filled their output buffers must be suspended until there is room to generate +more output. +3. Elements which have sufficient data to begin processing must eventually be activated, to avoid +deadlock. +In addition there are the following issues to be dealt with: +1. Low-memory servers should minimize the requirement of large data buffers within the photoflo, +possibly at the expense of some performance loss. +2. High-memory servers should maximize efficiency, possibly at the expense of using more memory +in photoflo data structures. +3. For slow operations, it may be desirable to minimize the initial delay to receiving data in export +elements. +4. For fast operations, it may be desirable to maximize performance, so as to increase the number of +operations per second which can be carried out. + +Consideration of the above issues and responsibilities leads to the notion of letting elements pro- +duce a configurable number of lines when activated. If an element only produces one line at a time +and then returns to the scheduler for permission to proceed further, excessive overhead may +result. If an element on the other hand waits for all input data to proceed and then produces all +output data at once, excessive memory usage in the photoflo may occur. +The SI scheduler supports elements that can produce their output data in strips, that is, a fixed +number of lines at a time. The number of lines in a strip will vary among elements and even +servers, since memory/performance tradeoffs in the scheduler will tend to vary with the same +tradeoffs in the server. Thus, the number of lines in a strip for any element is set by that element's +ddx-level handler, at link time. At the same time, a minimum number of lines of input which are +required to commence processing are also recorded in the element's receptor data structures. +Another concern of the scheduler implied by the above issues and responsibilities is to maintain an +even flow of data through the photoflo. If the scheduler simply finds an element which can be +activated and repeatedly executes it until all input data is exhausted, the data may wind up moving +slowly through the photoflo in large chunks, as if the strip sizes were equal to the entire output +image. Thus the SI scheduler attempts to balance the flow of data by reducing the priority of +elements which have recently been activated, and increasing the priority of elements which have +recently received data. The SI scheduler will also yield to the client when it has finished +processing all elements since the last client yield, presuming there is more data which the client is +obligated to send. +To summarize the heuristics upon which the SI scheduler are based: +1. elements produce output several lines at a time instead of one or all, to avoid thrashing in the first +place and heavy memory consumption in the second. +2. the scheduler yields to Core X if there is pending client input data, after checking to make sure that +all elements which are capable of processing have had a turn since the last yield. +3. elements which have recently been executed have their priorities downgraded. +4. elements which have recently received data have their priority upgraded. +Details of the actual algorithm employed for scheduling may be found in the last chapter on DDXIE +Photoflo Management. + +2.2.3.2. Data flo Manager +The data flo manager has the responsibility of moving data between the elements which produce it +to the elements that consume it. In order to minimize overhead, pointers to the data are exchanged, +rather than copying the data itself. +In this model, an element requests a pointer to an output strip from the data flo manager when it is +ready to execute. The element maintains exclusive control over that strip while it is processing its +data and placing it in the strip. Once the element has finished with the strip, it calls the data flo +manager to pass it to downstream receiving elements. +After being informed that a strip has been completed, the data flo manager determines which +downstream element receptors are in need of the data. A pointer to the strip is then added to the +end of each such receptor's input strip list. +For the receiving elements, the strips will usually be read-only, unless the elements requests and +receives permission to re-use the input strip for storing its output. Macros will be provided as a +tool to hide the stripped nature of the data. While using these macros will avoid problems asso- +ciated with downstream elements consuming strip output at different rates, elements will have the +option of accessing data on a whole strip basis if they so desire. +Details of the actual algorithm employed for dataflo management may be found in the last chapter +on DDXIE Photoflo Management. + +2.2.4. The XIE Resource Manager +The XIE resource manager is responsible for creating, doing lookup, and destroying XIE resources. Those +resources available to the client are Photomap, LUT, Photoflo, Photospace, ROI, and ColorList types, +which are registered with the Core X resource manager to comply with the standard X model. +A photospace resource maintains a list of the photoflos which reside in it. When the photospace is de- +stroyed, all of its photoflos are destroyed along with it. Destroying a photoflo requires going through its +list of elements and destroying all of their data structures too. + +2.2.5. The XIE Memory Manager +The XIE SI will layer an XIE-private set of allocation calls on top of the standard X allocation routines. This +will permit customization of the memory manager to allow for special fragmentation avoidance algorithms, +etc. + + + +3. Extension Initialization +The image extension is initialized along with other extensions by setting the XIE flag in the module miinitext.c. This +causes the function XieInit() to be called during server startup. +XieInit() calls CreateNewResourceClass() to register an XIE resource class, and registers the Photomap, LUT, +Photoflo, Photospace, ROI, and ColorList resource types and their respective deleteFunc vectors by calling +CreateNewResourceType(). +Next XieInit() calls AddExtension() to register the XIE dispatchers and closeDownProc with Core X. AddExtension +returns the major opcode, error and event bases for XIE to use. +XieInit() allocs a client array sufficient for holding MAXCLIENTS clients, and initializes the array to contain +XieNullClient pointers. +The last step of extension initialization is to call XieReset(), which initializes XIE's internal state variables, if required. + + + +4. Memory Management +The SI will place a veneer over the core X memory management routines (e.g. Xalloc, Xrealloc, Xfree, etc.). This will +facilitate adding any special management hooks that may be necessary when the SI is ported to particular platforms. +This will also facilitate monitoring memory usage, tracking down leaks, etc. +To cut down on memory management overhead during flo execution, the many data segment descriptors that might +normally be allocated and freed as they are needed, will instead be returned to a look-aside list that is managed by the +photoflo data manager (so that they can be more efficiently re-used). They will be returned to the underlying +management routines (i.e. core X) when the flo completes (and if the number of cached descriptors exceeds a high +water mark). +A global parameter will be used to hint at the most efficient alignment for scanlines, lookup tables, etc.. Individual +elements are allowed to override this alignment hint in order to address their own particular alignment requirements +(e.g. restrictions that might be imposed by an image processing accelerator). + + + + +5. Dispatching requests +XIE protocol requests are passed through the normal X protocol stream from the client to the core X dispatch loop. +Core X dispatches XIE requests to the XIE dispatcher or the XIE swap-dispatcher. The XIE dispatcher of choice was +selected at extension initialization time by AddExtension(). +The XIE dispatcher passes the request directly to the appropriate Proc routine. The XIE swap-dispatcher must byte- +swap multi-byte fields within the protocol request before calling the Proc routine. For requests that include +PhotoElements, the element (and technique) fields must also be swapped. Conversion of IEEE-floats is deferred to +the photoflo creation routines. Likewise, reformatting of client data (received with a PutClientData request) is +deferred to the target element within the photoflo. +When the extension is done fielding the request, it returns a code value to indicate either success or failure. If the +request is not a successful, an error packet is sent back to the client. + + + +6. Data Representations +6.1. Canonic Data +To ensure the greatest processing efficiency the SI will maintain images using a limited number of convenient data +types. Since data provided through PutClientData requests must be copied from the wire buffer before returning to +core X, the least overhead is incurred if the data are converted as they are moved. All image data entering the SI from +the client will be converted (if necessary) to one of the following data types: +* Bit: bi-level pixels. 8 pixels are packed into each consecutive byte +* Byte: pixels having 3 to 256 quantization levels, each pixel stored in the low-order bits of a byte (unused high-order bits +within the byte are zero) +* Pair: pixels having 257 to 16,384 quantization levels, each pixel stored in the low-order bits of a byte-pair (unused high- +order bits within the byte-pair are zero) +* Quad: pixels having more than 16,384 quantization levels, each pixel stored in the low-order bits of a 4-byte unit +(unused high-order bits within the unit are zero) +An additional image data type arises from elements that can produce unconstrained data, which can only exist within +the context of a photoflo. Unconstrained data must be converted, via a client specified Constrain element, prior to +export out of the photoflo. The protocol makes no restriction on the representation of unconstrained data. In the SI, +unconstrained data will be represented via " typedef float Unconstrained; " to facilitate redefining the +representation. +Canonic form will take advantage of the natural byte order of the server architecture for data that spans multiple +bytes. The SI will use Endian-intelligent macros to efficiently extract and insert arbitrarily aligned bit field data. There +will be a module of conversion routines for converting to and from canonic form, and for promoting data to a higher +canonic form (e.g. convert byte to float). Demoting data (e.g. from float to byte) is explicitly requested by the client +via Constrain elements. + +6.2. Non-canonic Data +All data that is transported through the protocol stream is considered to be non-canonic. Additionally, all encoded +data is non-canonic. +6.2.1. Byte Stream Data +For data that are injected into a flo by a PutClientData request, conversions are specific to the target +ImportClient element and decode technique. Since their parameters fully describe how the data are to be +interpreted, the appropriate decode or conversion function is selected by the ddxie DAG analyzer. Similarly, +it is the responsibility of an ExportClient element to format output data (as specified by client parameters) +prior to it being sent to the client (the data are sent in response to a GetClientData request). + +6.2.2. Compressed Data +Compressed data is stored as a byte stream, together with sufficient decoding parameters to decompress +the data. These parameters include a decode technique. + +6.2.3. Run-length Data +A ProcessDomain is not a resource, but rather the use of a photomap or ROI resource (or equivalent data +imported directly from the client) in conjunction with an X,Y offset (V4.12 pg. 7-2). The Blend element is +unique in that the process domain input data must be a blend-plane. A blend-plane is an n-level +constrained alpha-plane (i.e. data that looks much like a gray scale image). All other elements that accept a +process domain (e.g. Arithmetic, Compare, ..., Point, ExportClientHistogram) accept only ROI or control- +plane type processing domain data. An ROI represents a list-of-rectangles, whereas a control-plane is +treated as an array of Booleans. +Since some elements can accept both ROI and control-plane data types, their implementation can be +simplified if these data types could be converted to a common form that offers processing efficiency. Using +run-lengths, groups of image pixels could be alternately processed or passed-through without testing the +domain on a per-pixel basis. +The SI will present control-plane and ROI data to an element's process domain input in run-length form on a +per-scanline basis. Consecutive scanlines with identical sets of run-lengths can be counted as a vertical +run. Encoding the data in this manner may also provide some compression, but that is not the primary +consideration. +Conversion of control-plane data will be accomplished by inserting an additional element type between the +source of the control-plane data and the process domain input of the element that requires it. This new +element type will alternately count runs of zero and non-zero pixels in the image. +ROI data will be converted by the ImportClientROI element. The rectangles must be sorted by their Y offset +and then by X offsets within the same Y, before they are converted into run-lengths. +Defining process domain data in this manner is akin to Y-X banding of regions within core X. + +6.3. Tri-chromatic Data +Triple band data is stored and passed between flo elements in band-by-plane format (i.e. pixels for each band are +segregated into separate image arrays). In XIE, the color space attributes of triple band data are known only to the +client. Therefore, this data is not tagged as representing any particular color space. + +6.4. Strips +One of the motivations for using photoflos is to reduce memory utilization by propagating segments of the image +through each processing step to form the desired result, rather than consuming a full size image buffer at each step. +If the segment size is too small, however, performance can suffer due to increased scheduling overhead. To address +these conflicting problems, elements will produce a number of scanlines at a time, in strips, where the number of +scanlines that constitutes a strip is a function of a tunable parameter. + + + +7. Data Structures +7.1. Data Formats +A format-rec is used to describe the format of data that an element will produce or the format required by a receptor. +It consists of: +* the data class (i.e. canonic, compressed, lookup-table, run-length) +* an in-line format-specific structure +Note: run-length data require no additional specification, byte stream data are described by client specified element parameters. + +7.1.1. Canonic +A canonic-rec is used to describe the format of canonic image data that an element will produce or the +format required by a receptor. For triple band data, a separate canonic-rec is used for each band. A +canonic-rec contains: +* the canonic data type +* the band number +* the total width (in pixels) +* the total height (in pixels) +* the depth (in bits) +* the number of potential quantization levels +* the distance between adjacent pixels (in bits) +* the distance between adjacent scanlines (in bits) + +7.1.2. Compressed +A compressed-rec is used to describe encoded image data that an element will produce or encoded data that +is required by a receptor. A compressed-rec contains: +* the compression technique (either decode for data that is to be stored, or encode to describe how an export +element should compress data) +* the band interleaving +* the band number +* the width (in pixels) +* the height (in pixels) +* the number of potential quantization levels +* a pointer to technique-specific parameters +For triple band JPEG data, three compressed-recs are required to describe the individual bands despite the number +of image arrays that are required to represent the data (1 or 3 depending on interleave). + +7.1.3. Lookup-table +A table-rec is used to describe the format of lookup table data. It contains: +* the band order of lookup tables sent from the client +* the maximum number of quantization levels allowed in the input image +(i.e. the number of entries per table) +* the number of quantization levels that may occur in the output image + +7.2. Resource structures +7.2.1. ColorList +A colorlist-rec is used to define a ColorList resource. It contains: +* the resource-id of the colorlist +* the number of references to the colorlist (including 1 for core X) +* the resource-id of the colormap from which the cells have been allocated +* the number of cells allocated +* the pointer to the list of allocated cell indices +7.2.2. LUT +A lut-rec is used to define a LUT resource. It contains: +* the resource-id of the lut +* the number of references to the lut (including 1 for core X) +* the number of lookup tables (either 1 or 3) +* a format-rec containing the lookup table attributes +* pointers to the lookup tables +7.2.3. Photomap +A photomap-rec is used to define a Photomap resource. It contains: +* the resource-id of the photomap +* the number of references to the photomap (including 1 for core X) +* the number of chrominance bands in the image (1 or 3) +* per-band format-recs (i.e. queriable attributes: width, height, and levels) +* a pointer to the decode parameters +* a pointer to the image array for each band +7.2.4. ROI +A roi-rec is used to define a ROI resource. It contains: +* the resource-id of the roi +* the number of references to the roi (including 1 for core X) +* the length of the run-length encoded list of rectangles +* a pointer to the run-length list +7.2.5. Photospace +A photospace-rec is used to define a Photospace resource. It contains: +* the resource-id of the photospace +* the number of active photoflos in the photospace +* a queue head that points to the first and last photoflos in the photospace + +7.2.6. Photoflo +A flo-def is used to define a photoflo resource. It contains: +* the Executable identity of the photoflo (i.e. the name-space/flo-id pair) +* Booleans: Active, Modified, ... +* the number of elements received from the client +* an array of pointers to client elements in phototag order +* a circular doubly linked list head that points to the definition DAG +* a circular doubly linked list head that points to the optimized DAG +* a flo-error-rec for passing error information back to dixie +* a flo-event-rec for sending event information back through dixie +* a pointer to ddxie-private data (the SI will hang a flo-tex structure here) +* a set of ddxie photoflo manager public entry points: +* link create a runnable photoflo, its elements, and data that persists between + executions +* startup allocate/initialize data that are valid for a single execution instance and + commence execution +* resume continue execution after the flo has yielded + (not used in the SI) +* input push data from the client into a specified ImportClient element and resume + execution +* output pull data for the client from a specified ExportClient element and resume + execution +* query query a specified ImportClient element to see if it needs more data, or query + a specified ExportClient element to see if it has data available +* abort stop execution and free single instance stuff +* destroy free persistent stuff and destroy the runnable DAG +* a set of ddxie photoflo manager private entry points: +* scheduler schedule elements to run until data exhausted or yielding is required +* data manager strip management + + + +7.3. Photo Element Definition +A pe-def is used to define each client element supplied at photoflo creation. Each pe-def contains pointers +for linking elements together according to their phototag inter-connections. A fully linked set of pe-defs +constitutes a definition DAG that is suitable for presentation to ddxie for analysis. Each structure contains: +* the element phototag number received from the client +* the element type received from the client (within the optimized DAG this may identify additional converter +or optimized element types that are defined for the server implementation) +* Booleans: loop-detect, orphan, modify, import, process, export +* a pair of pointers linking this element to the next and previous element in DAG order +* a pointer linking this element to another element of the same class (used to locate all the Import or Export +elements; not used for Process elements) +* a pointer to link a client element to a replacement element in the optimized DAG +* a pointer to element specific parameters (e.g., parameters supplied by the client) +* a pointer to ddxie-private data (placed here by the ddxie link routine, removed by the ddxie destroy routine -- +the SI will hang a pe-tex structure here) +* element entry points +* create +* initialize +* activate +* flush +* reset +* destroy +* fan out information: +* the number of bands this element will produce +* a format-rec describing each output band +(dixie fills in attributes, ddxie fills in alignment ...) +* the number of receptors connected to this element's output +* linkage to receptors of this element's output +* the number of phototag inputs this element is using +(i.e., the number of inputs from other elements, including process domain and lut inputs) +* an array of input connection information; each input connection includes: +* the phototag of the source element +* a pointer to the source element +* the number of bands this input will receive +* a format-rec describing each band +(dixie fills in attributes, ddxie fills in alignment, ...) + +7.4. DDXIE Structures +7.4.1. Photoflo run-time context +A flo-tex stores ddxie-specific information for the execution of a photoflo. It contains: +* a pointer back to the flo-def +* information for the scheduler (e.g. the ready-list) +* information for the data manager (e.g. a look-aside list of strips that can be re-used) +* a pointer reserved for yielding information + +7.4.2. Photo Element run-time context +An pe-tex stores ddxie-specific information for an element. It contains: +* a pointer back to the pe-def +* a pointer back to the flo-tex +* output strip size +* a pointer to an array of receptor-recs * +* a pointer to additional storage for element-private information * +* the structures pointed at by these pointers are contiguous with (appended to) the pe-tex. + +7.4.3. Receptor +A receptor-rec provides an execution context for data that are to be brought into an element. It contains: +* a pointer to the pe-def that is supplying the data +* the minimum number of data units needed for activation (per band) +* the total number of data units currently available (per-band) +* a circular doubly linked list head that points to the strips that are available (per band) + +7.4.4. Strip +A strip describes a segment of data that is produced by an element and is then given to the data manager for +distribution to one or more receptors. A strip describes an array containing one or more complete data units +(for canonic data a unit is a scanline). It contains: +* forward and backward pointers to the next and previous strips +* a pointer to the format-rec that describes the data format +* a reference count +* the number of data units in the strip (e.g. number of scanlines for canonic data) +* the first scanline number (if canonic) +* the total size of the data array (in bits) +* the offset within the data array to the first data (in bits) +* the base address of the data array + + + + +8. Protocol requests +Each of the XIE protocol requests is listed below. For the sake of brevity, information that can be found in the +protocol document (V4.12) is not duplicated here. Instead there is: +* a short description of each request +* an overview of the actions taken for a successful request +If a request cannot be honored due to an error, an error packet will be returned to the client, as prescribed in the +protocol document. +Each protocol request will have a dedicated Proc and SProc routine which is called from the XIE dispatcher (which is +called by the X dispatcher). Swap routines will also be provided for replies, errors, and events. + +8.1. Global Query requests +8.1.1. QueryImageExtension +Each client is required to invoke QueryImageExtension prior to issuing any other XIE protocol requests in +order to establish protocol version compatibility between client and server. +The xie-client-table is checked for an existing xie-client-rec for the current client. If the client is not found (as +is the case when QueryImageExtension is used for XIE connection setup) a new xie-client-rec structure is +added to the table. +Applying the compatibility rules spelled out in the protocol document, the XIE version is chosen and saved +in the xie-client-rec. The set of Proc and SProc routines that match this version are also saved in the xie- +client-rec. +QueryImageExtension generates a protocol reply which returns the chosen XIE version information, the +ServiceClass, and the Alignment capabilities of this server. + +8.1.2. QueryTechniques +QueryTechniques provides information about a selected group of techniques that are supported by the +server. This is the only method by which a client can discover implementation specific technique +information such as: +* what are the default techniques? +* which techniques require parameters? +* what is the relative execution speed? +* what private techniques have been added? +A reply is returned to the client containing a TechniqueRec for each technique in the specified group. + +8.2. Resource requests +8.2.1. Overview +The ColorList, LUT, Photomap, and ROI resources provide server-side storage of XIE data types. Each of +these resource types is registered with core X at extension initialization time (CreateNewResourceType) +along with a resource specific deleteFunc (e.g. DeletePhotomap). This function enables core X to destroy +these resources if the client connection is closed. +Chapter 4 of the protocol document explains resource creation, destruction, and flo bindings using a bucket +and handle analogy. The following sections explain how these requirements will be satisfy. + +8.2.1.1. Creating Resources +Each of these resources is created via an explicit XIE protocol request. Upon creation each +resource has a reference count of one, but has no resource specific data or attributes. If the +resource is created successfully, AddResource() is called to register it with core X. +These resources are populated with data and attributes as the result of executing a flo. With the +exception of the ColorList resource, these resources can be used to provide input for a flo. + +8.2.1.2. Flo'ing Resources +When a flo becomes active, the reference count of each XIE resource referenced by the flo is +incremented once for each reference to the resource. +For LUT, ROI, and Photomap resources, it is permissible for multiple elements in an active flo (or +different active flos) to access the same resource simultaneously (e.g. the explanation of pseudo in- +place operations). Multiple simultaneous writes to the same ColorList are illegal. Therefore a +ColorList's reference count can never exceed two. +If multiple elements within a flo export to the same resource, upon successful flo completion the +resource's handle will be connected to one of the new buckets (the protocol does not specify +which bucket will win). If multiple flos are exporting to the same resource, each flo will leave a new +bucket attached to the resource upon successful completion. Synchronizing the execution of +multiple flos is an exercise left to the client. +When the flo leaves the active state (because of done, error, or abort), the deleteFunc of each +referenced XIE resource is called to decrement the reference count (once for each reference). If a +resource has zero references, its structure (and everything associated with it) is freed. + +8.2.1.3. Destroying Resources +Each of these resources can be destroyed via an explicit XIE protocol request which indirectly calls +the resource's deleteFunc via the core X FreeResource() routine. Calling the deleteFunc in this +way disassociates the resource-id from core X. The deleteFunc is specified at extension +initialization time via CreateNewResourceType(). +Other responsibilities of the deleteFunc are to zero the resource-id in the resource structure and +decrement the reference count. If the count goes to zero, the resource structure and everything +associated with it are freed, otherwise this action is delayed until there are no outstanding +references. + +8.2.2. ColorList +8.2.2.1. Create +Create an empty color-list-rec and call AddResource(). A ColorList is a resource used by the +ConvertToIndex element to record colormap cells that it allocates. These cells can be freed by +explicit ColorList requests or via other mechanisms that are specified in the protocol document. + +8.2.2.2. Query +Reply with the list of colormap cells currently referenced by the ColorList. If there are none or the +colormap has been freed, the colormap and count fields of the reply will both contain zero. If the +query is made while a flo is actively allocating cells, the query will return a snapshot of the +ColorList at the time of the query. + +8.2.2.3. Purge +If the reference count is one, all cells that are currently allocated are freed, thus restoring the color- +list-rec to its create-time state. + +8.2.2.4. Destroy +Call FreeResource() to disassociate the ColorList resource-id from core X. The registered +deleteFunc may purge cells held by the ColorList and free the color-list-rec (see Destroying +Resources above). + + +8.2.3. LUT +8.2.3.1. Create +Create an empty lut-rec and call AddResource(). A LUT is a resource that contains lookup-table +array(s) that are used by the Point element. A LUT resource is populated via an ExportLUT +element. Its attributes are inherited indirectly from an ImportClientLUT element (XIE does not +provide any facilities for synthesizing exportable LUT data in the server). + +8.2.3.2. Destroy +Call FreeResource() to disassociate the LUT resource-id from core X. The registered deleteFunc +may free the lookup arrays and the lut-rec (see Destroying Resources above). + + + +8.2.4. Photomap +8.2.4.1. Create +Create a photomap-rec and call AddResource(). A photomap is a resource that is used to store a +complete image. Data stored in a photomap may be imported into a flo and used as image data for +display, or exported from the flo, or used as a process domain. +The photomap-rec is populated by an ExportPhotomap element. This export element will receive +the image from a process element, or an import element (i.e. from the client, a photomap, or a +drawable). Image attributes are also inherited from this element. + +8.2.4.2. Query +Generate a reply that reflects the current set of image attributes. If the photomap has not been +populated (i.e. the number of bands is zero), all fields of the reply will contain zeros and populated +will be false. + +8.2.4.3. Destroy +Call FreeResource() to disassociate the photomap resource-id from core X. The registered +deleteFunc may free the image descriptors, image data, decode parameters, and photomap-rec (see +Destroying Resources above). + +8.2.5. ROI +8.2.5.1. Create +Create a roi-rec and call AddResource(). An ROI is a resource which contains a list of rectangles +that are used to define a process domain. An ROI resource is populated via an ExportROI element. +The list of rectangles received from the client is sorted and converted into run-lengths by the +ImportClientROI element (this is explained in the section on Processing Domains). This data is +stored in the roi-rec by an ExportROI element. ROI data always originates from the client, XIE does +not provide any facility for synthesizing exportable ROI data within the server. +Note: the list of rectangles returned from ExportClientROI will be a list of sorted non-overlapping rectangles +(reconstructed from the run-length list). Although the contents of this list may differ from the list +received from the client, it will be logically equivalent. The protocol does not specify that the original +list must be returned. + +8.2.5.2. Destroy +Call FreeResource() to disassociate the ROI resource-id from core X. The registered deleteFunc +may free the run-length list and the roi-rec (see Destroying Resources above). + +8.3. Photoflo related requests +Photoflos provide the mechanism by which a sequence of import, process, and exports steps are described. Two +photoflo modes are supported: an immediate flo is executed once and then it is destroyed, whereas a stored flo can be +executed repeatedly and offers the option of modifying its parameters between executions. + +8.3.1. ServerIDspace +Since stored flos can be re-executed, they generally enjoy a normal life expectancy. Therefore they are +identified using the same name-space as other resources created by the client. Their resource-ids can be re- +used however, by redefining the complete contents of the flo. + +8.3.2. Photospace +Immediate flos may be generated in rapid succession (and are short lived relative to normal resources). +Therefore, a separate 32-bit wide identifier name space is provided for their execution. + +8.3.2.1. Create +Create a photospace-rec and call AddResource(). Since only a small number of immediate flos are +likely to be active in a photospace at any given time, the SI will maintain the active set of flos as a +doubly linked list. + +8.3.2.2. Destroy +Call FreeResource() to disassociate the photospace resource-id from core X. The registered +deleteFunc will abort and destroy all immediate flos known to the photospace and then free the +photospace-rec. + + +8.3.3. Immediate-mode specific +An immediate flo begins execution as soon as the protocol request containing the sequence of steps to be +performed is received. Upon completion the flo is automatically destroyed. + +8.3.3.1. ExecuteImmediate +Create a flo-def and copy the supplied list of elements to the flo-def while verifying that the list is a +DAG. Next, the flo-def is added to the specified photospace and execution commences. Upon +completion the flo is destroyed and the flo-def is removed from the photospace. Flo creation, +execution, and destruction is covered in detail in the chapters on photoflo management. + + + +8.3.4. Stored-mode specific +8.3.4.1. Create +Create a flo-def, copy the supplied list of elements into pe-defs (while verifying that the list is a +DAG), and then call AddResource(). This process is covered in detail in the chapter on DIXIE +Photoflo Management. + +8.3.4.2. Modify +After verifying that no topological or element type changes are being attempted, the parameters of +the specified set of elements are replaced. These elements are flagged to note that they have been +modified. The chapters on photoflo management address the additional side affects that may be +incurred when a previously executed flo is modified. + +8.3.4.3. Redefine +The SI will simply call FreeResource() to destroy the old flo in its entirety, and then create a new +one using the old resource-id. + +8.3.4.4. Execute +Prior to executing a photoflo several preparatory steps are necessary: +* each element's parameters and data attributes are validated +* the DAG is analyzed to choose the most appropriate manner in which to execute it +* an optimized DAG is generated, if any refinements to the definition DAG can be made +* the required sequence of elements is instantiated +Finally, the flo is set active and execution begins. Flo execution is covered in detail in the chapters +on photoflo management. + +8.3.4.5. Destroy +Call FreeResource() to disassociate the flo's resource-id from core X. The registered deleteFunc +will abort execution (if active), free everything attached to the flo, and then free the flo-def. + + + +8.3.5. ClientData transport +8.3.5.1. Put +PutClientData supplies a byte stream of data from the client that is to be delivered to a specific +ImportClient element within a flo. Since the interpretation of the data is specific to the target +element and its parameters (and possibly a technique), any reformatting of the data to convert it to +canonic form (including byte swapping) must be controlled by the receiving element. + +8.3.5.2. Get +GetClientData generates a reply which returns a byte stream of data from a specific ExportClient +element within a flo. The data will be formatted according to the parameters specified to the +supplying element prior to the commencement of flo execution. + +8.3.6. Query/Control +8.3.6.1. Query +Reply with the status of the specified flo (active, inactive, or nonexistent). If it is active, two lists +of elements are provided: one listing elements waiting for data from the protocol stream, and the +other listing elements which have data for the protocol stream. + +8.3.6.2. Await +If the specified flo is not found in the active state, no operation is performed. Otherwise +IgnoreClient() is called to block further requests from the client. Later, when the flo transitions out +of the active state, AttendClient() will be called to allow blocked requests to be processed again. + +8.3.6.3. Abort +If the specified flo is not found in the active state, no operation is performed. Otherwise execution +of the specified flo is terminated and output pending for the client is destroyed. A stored flo is +returned to the inactive state; an immediate flo is destroyed. + + + +9. DIXIE Photoflo Management +9.1. Overview +The protocol representation of a photoflo is a list of elements. There are three element types: import elements which +bring data into the flo, processing elements which operate on the data, and export elements which transfer data out of +the flo to external resources or back to the client. +Connections between elements is accomplished through the use of phototags. An element's relative position on the +protocol list determines the element's phototag number. The source(s) for each element are explicitly specified using +the phototags of upstream elements. The output of an element can fan out to any number of downstream elements. +Dixie is responsible for creating the photoflo data structures that will contain the client's list of elements. The same +structures are used by stored and immediate flos. At create time, dixie also converts the client list into a fully +connected DAG. Dixie relies on ddxie to analyze the DAG in order to select an appropriate method to execute the +sequence of operations. Ddxie fills in a vector of entry points within the flo-def, so that dixie can control the overall +photoflo execution process. A call through the link entry point generates a re-usable execution context (called a flo- +tex) and an associated set of run-time element handlers. The startup entry point (re)initializes the flo and starts +execution. Input and output entry points are used to move client data in and out of the flo on behalf of data transport +protocol requests. Additional entry points are provided for restarting the flo after it has yielded, for obtaining status +information, for stopping the flo prematurely, and for destroying it. +The following sections will discuss photoflo management from the dixie point of view. The chapter titled DDXIE +Photoflo Management, describes the actions performed within ddxie. + +9.2. Photoflo Creation +9.2.1. Creating the Flo +When the server receives an ExecuteImmediate or CreatePhotoflo protocol request, a flo-def is allocated and +initialized. The list of elements received from the client is parsed in the order received. The following actions +are performed (within dixie) for each element: +* verify that each phototag input is specified within the bounds of the client element list +* create an pe-def large enough to accommodate the number of phototag inputs +* store element information in the pe-def +(e.g. the element's phototag index, class, type, and input phototag connections) +* store the element's parameters (including technique data) in a separately allocated area +(any necessary floating point conversions are performed at this time) + + + +The address of each pe-def is stored in phototag order within the flo-def. Upon completion of this initial +creation phase the photoflo looks like: + + +9.2.2. Traversing the DAG +The next phase of photoflo creation converts the list of client elements into a DAG. The element list is +scanned in phototag order. At each export element, the phototag input connections are followed upstream +via a recursive depth first search algorithm until one of the following conditions occurs: +* an import element is found +* an element with fully connected inputs is encountered +(i.e. one that was examined while searching back from a previous export element) +* a topological error condition is detected +Topological errors are discovered during the DAG definition process by setting a flag in the current element +prior to invoking the recursive search routine to examined the element's inputs, and then resetting the flag +when all the input elements have been examined. A loop condition exists if a flagged element is found +during the recursive search. Attempting to use an export element as a data source is also a topological error. + + + +As the search algorithm considers each element, the following actions are performed: +* if the element being examined is not an import element: +* set the loop-detect flag in the current element +* invoke the search algorithm to examine each of the element's inputs + the inputs of multi-input elements are searched in the following order: +1. lut input +2. process domain input +3. source input(s) 1 through n +* clear the loop-detect flag in the current element +* link the current element's output and the downstream element's input to each other +* append the current element to the definition DAG +Continuing with the example given above, the definition DAG structures would be linked like this: + + + +The definition DAG is a circular doubly-linked list of pe-defs that has the following characteristics as seen +from the DAG head: +* the first element in the forward direction is an import element +* the first element in the backward direction is an export element +* for each element that is examined in a forward traversal, all of the elements from which it obtains +input have already been examined + +Depending on which export element was considered first, the DAG order of our simple flo illustrated above +would be either: +1, 2, 3, 4, or 1, 2, 4, 3. +If the export elements in the flo illustrated below were considered in ascending order (i.e. search back from +element 2, then from 5, etc.), the DAG ordering would be: +1, 2, 3, 4, 5, 7, 6, 8, 9, 11, 13. +If, however, the export elements in the flo below were considered in descending order (i.e. search back from +element 13, then from 11, etc.), the DAG ordering would be: +7, 1, 6, 3, 4, 8, 9, 13, 11, 5, 2. +The DAG characteristics described above hold true for any sequence in which the export elements could be +considered. +It is possible that the output from some elements will not terminate at an export element. The protocol states +that these elements should be ignored. Therefore, elements 10 and 12, in the figure below, would not be +included in a definition DAG because they do not terminate at an export element. + + + +9.2.3. Registering the Flo +Provided no errors are encountered while creating and validating the photoflo, the flo-def structure of an +immediate flo is registered with the specified photospace, whereas AddResource() is called to register a +stored flo with core X. + +9.3. Photoflo Execution +9.3.1. Prepping the DAG +Before a flo can be made active, some preparatory steps are necessary. First the DAG is traversed in the +forward direction to execute each element's dixie prep routine which will: +* lookup external resources (colormap, colorlist, drawable, gc, lut, photomap, roi, ...) +(for XIE resources their reference counts are incremented) +* validate the attributes of each source of data for the element +* validate the element's parameter values (including technique data) +* determine what the element's output attributes will be +* determine if the flo has been modified since a previous execution +* the element was affected by a ModifyPhotoflo request +* source attribute changes have caused output attributes to change +If there is an executable photoflo that already exists and it has been modified in such a way that re- +compilation is necessary, the photoflo manager's destroy function is called, in preparation for a new +compilation. + +9.3.2. Analyzing the DAG +When the elements have been prepped by dixie, the DAG is suitable for presentation to the DAG analyzer. +The purpose of the analyzer is to define an appropriate solution to the problem to be solved (e.g. coalesce +multiple elements into a single super-element, insert data type conversion elements, insert data alignment +elements, ...), and to choose a photoflo manager that can execute it. +If a previously executed flo still exists, the analyzer is not called. The current executable will be re-used +because no additional analysis is required. +If an optimized DAG has been generated, the analyzer will attach it to the flo-def. The analyzer establishes a +photoflo manager by placing its link entry point in the flo-def. + +9.3.3. Linking an executable Photoflo +The first time a photoflo is executed, the flo-def link function is called to generate the run-time structures for +the photoflo. It must: +* create a run-time context for the flo manager (attach a flo-tex to the flo-def) +* create a run-time context for each element (attach a pe-tex to each pe-def) +* establish the remaining entry points in the flo-def + +9.3.4. Starting the flo +The flo-def startup function is called to initialize the flo and begin execution. The photoflo manager startup +routine will initialize each of its elements (in DAG order), and call upon the scheduler to run the flo. The next +chapter covering ddxie photoflo management describes the actual execution of the flo. +If there are no ImportClient or ExportClient elements in the flo, it can run to completion. Otherwise, +execution is dependent on data transport protocol requests. + +9.3.5. Resuming the flo +When a PutClientData request is received, the flo-def input function is called with the phototag of the target +element and a pointer to the available data. Calling input gives the new data into the specified element and +causes the scheduler to resume flo execution. +When a GetClientData request is received, the flo-def output function is called to fetch some data from the +specified element. This may cause the scheduler to resume execution (e.g. execution may have been +suspended due to the output buffer being full). +A resume entry point is provided in the flo-def for implementations that support yielding. There will be no +resume routine supplied with the SI. + +9.3.6. Stopping the flo +Dixie does not get involved in determining when a flo reaches completion. Rather ddxie is responsible for +determining if all data has been processed and if any data transport requests are required for completion. +If an error is encountered within the ddxie flo manager, the error detail is recorded in the error-rec, which is +embedded in the flo-def, and control is returned to dixie. When an error is discovered by dixie, the flo-def +abort function is called to stop the flo. Finally, the error is sent to the client via core X mechanisms. +If an Abort request is received from the client, the flo-def abort function is called to stop the flo. + +9.3.7. Destroying an executable Photoflo +Dixie destroys a flo-tex by calling the flo-def destroy function which allows ddxie to free its resources and +remove the ddxie-private flo-tex pointer from the flo-def. + +9.3.8. Event notification from a flo +Several elements can generate events, as can flo completion. The flo-def includes an event-rec where details +about the event can be recorded. Ddxie calls the dixie SendEvent() routine to request that the client be +notified. + + + +10. DDXIE Photoflo Management +Ddxie contains a DAG analyzer that defines an appropriate solution for the image equation expressed by the DAG, a +linker that creates an executable sequence of element handlers to solve the problem, and a flo manager to produce +the result. The element handlers, which also reside in ddxie, are discussed in the next chapter. + +10.1. DAG Analysis +The purpose of the DAG analyzer is to define an appropriate solution to the image equation expressed by the DAG +(e.g. choosing an element handler for a specific technique, coalescing multiple elements into a single "super- +element", or inserting data type conversion elements), and to choose a photoflo manager that can execute it. + +10.1.1. Choosing Element Handlers +The first step is to select an appropriate element handler for each element. To better understand how this is +performed, an example is shown below. Assume that each photoelement type defined in the XIE protocol is +assigned a different shading pattern. Then the flo + + + +could be represented as: + + + +For each element type (shading pattern), the mi layer of the SI will provide a set of handlers which can +implement the computation specified by that element. A single handler may suffice for elements which do +not take techniques, whereas an element like ImportClientData, which can take a number of different +techniques, might be implemented as several handlers. Besides having handlers to account for technique +variations, it may also be convenient to separate handlers on the basis of import type restrictions, machine +dependence, and degree of optimization. +Given the framework established above, code generation for a photoflo may be viewed as a labeling prob- +lem, in which it is necessary that the DAG analyzer find a valid label for each element in the flo. The analyzer +is only allowed to label an element with a handler of like shading pattern. +All handlers will output a type which is the smallest acceptable canonical type for the input data and the +particular operation. Import elements will thus be able to write down their output image data types im- +mediately. +Let k be the distance from an element to an Import element. Given a flo which has been labeled and had +types resolved up to a distance of k-1, the DAG analyzer will label and resolve all elements of distance k by +the following method: + +For each element Eki of distance k: + For each element Eki,j which feeds that element: +Propagate the known output type of Eki,j to the corresponding input receptor on Eki +(these will be treated as "suggested input types" by the handlers). + Call HandlerTest, giving it the flo-def and pe-def. A handler will be selected which resolves all +input types. If any input types match, the selected handler will insert a labeled ConvertType +pseudo-element into the flo. + Label Eki with the selected handler. + + + +The HandlerTest procedure simply goes through the list of handlers which have the same shading pattern +as the element in question, and calls the handler's test entry point. The test routine checks to see if this +handler can accommodate the parameters of the element (obtained from the pe-def) in combination with the +input data types. If the handler rejects the element, the HandlerTest procedure checks the next handler of +the same shading pattern in the list. The SI element handler sets will be written so as to ensure that +regardless of what the input data type is, at least one handler per shading pattern will accept any valid +element. +Handlers have the option of accepting seemingly non-canonical data types by inserting a ConvertType +pseudo-element in the path between the input element and the receiving element. This ConvertType +element must be able to convert any non-canonical data type to a canonical type. The handler doing the +insertion specifies the type to which it wants the data to be converted. This mechanism allows the mi +handlers to continue working even if a server implementor chooses to invent new canonical types. Thus, +the criterion that there must be at least one valid handler for any element will remain fulfilled even if new +types are introduced. + +10.1.2. Choosing a Linker and Photoflo Manager +The analyzer must establish a linker and photoflo manager by placing their entry points in the flo-def. The mi +linker and photoflo manager can handle all element handlers (whether mi or md) that abide by their interface +conventions. +If an md analyzer is substituted for the mi analyzer, it may elect to use a foreign linker, photoflo manager, +and element set (e.g. the pipe manager and sample elements contributed by HP). In this case, the foreign +linker would need to translate the contents of the pe-def structures into its own set of elements. + + +10.2. Photoflo Linker +The linker is invoked by dixie calling through the flo-def link entry point (it is not called when an unmodified photoflo +is re-executed). The linker creates a run-time context (a flo-tex) for use by the flo manager's components. It is also +responsible for the creation and static initialization of the element handlers selected by the DAG analyzer. This is +accomplished by calling the create entry point (stored in each pe-def) of each element selected. + + + +10.3. Photoflo manager +The photoflo manager is a collection of component parts that are called upon from dixie to perform specific tasks +during the startup, execution, and eventual tear down of a photoflo. + +10.3.1. Startup +When dixie calls through the flo-def startup entry point, the flo manager calls upon its sub-components to +(re)initialize their run-time context. The flo manager also calls through the initialize entry point of each +element to allow the elements to (re)initialize their run-time context. Finally, it transfers control to the +scheduler to run the flo. + +10.3.2. Scheduling +The scheduler is responsible for running available data strips through elements. The scheduler is initially +called as the final step of photoflo startup. Later, as data arrives from the client, or data is requested by the +client, the scheduler is started to satisfy the request. +Scheduling of individual elements for execution is handled through a ready-list. The first time a photoflo is +executed, only ImportResource elements have data. The ready-list is initialized with these elements. Starting +from the front of the ready-list, each of the elements on the ready-list are executed in order. An element will +produce a maximum of one strip of data each time it executes* . This strip is passed to the data manager and +then on to appropriate downstream receptors. Elements receiving data from this element are examined to see +if they have sufficient data to execute. If they do, they are pushed onto the front of the ready-list. If the +current element was an import element it is removed from the ready-list, otherwise it is allowed to remain on +the ready-list (assuming it has more data to process) so that it may resume execution after the downstream +elements have consumed its output. +One key concept to this algorithm is the removal of elements from the ready-list. Once an import element +executes and produces up to one strip of data, it is removed from the ready-list, even if more data is avail- +able. Other element types are not removed from the ready-list until they can proceed no farther. This method +of removing elements from the ready-list, combined with prepending downstream elements to the head of +the list, has the effect of pushing strips of data through the flo before new strips are brought in from import +elements. +When all data has been processed, the import elements are re-examined. If there are any ImportClient +elements, control is returned to Core X. This is done to prevent large amounts of server data (possibly +whole images) from being buffered in the flo while the client is stalled. If only ImportResource elements are +found, they are put back on the ready-list and execution continues, as described above, until the flo has +completed. +Each subsequent execution of the flo will be in response to the client. The element indicated in the protocol +request, and all ImportResource elements, are placed on the ready-list. As before, each time an import +element is executed, it is removed from the list and all downstream elements connected to its output with +sufficient data to execute are pushed onto the front of the ready-list. If an import element was the target of a +PutClientData request, it is re-examined to see if it has more data available. If so, the ready-list is re- +initialized and execution continues (as above). If no more client data is available, control is returned to Core +X. +As an example of how the scheduler would process a flo, the sample flo from Figure 5-2 of the protocol +document (V4.12) is shown below. + + +This flo has two import elements, 1 and 7. Element 1, is an ImportClientPhoto element. Element 7, importing +a Photomap, is an ImportResource element. When the flo is first executed, only element 7 will have data. +Element 7 will import one strip of the photomap and cause element 8 to be placed on the ready list. Since +element 7 is an import element, it is removed from the list. +Element 8 can now process the data and pass it on to element 9's receptor. Element 9 is a ConvertToIndex +element that is using a technique which requires the entire image before it can continue. Since element 9 +does not have sufficient data to execute, it is not added to the ready-list. +Assuming that element 8 has processed all of its data, it is removed from the list. With an empty list, the +scheduler examines the two import elements. Noting that at least one ImportClient element is present, +control is returned to Core X. +After the initial execution cycle, the flo will only be executed when data is received from the client for an +ImportClient element. When such data arrives, the target ImportClient element (element 1) and all Import- +Resource elements (element 7) will be placed on the ready-list. +After element 1 has generated a maximum of one strip of data, the following elements would be on the ready +list (elements 2, 3, and 6 all have sufficient data to execute with element 1's output): +2 3 6 7 +Element 2 would be executed next. Since it is an export element, it will exhaust all data passed to it and be +removed from the list. Element 3 will be processed next. Following its execution, element 4 will be added to +the front of the list and executed, causing elements 5 and 8 to be added to the list. Assuming that elements 3 +and 4 both have no further data to process, the resulting ready-list is: +5 8 6 7 +Element 5 is an export element and passes all data it receives. It is then removed from the list. Element 8 +processes data available to it from elements 4 and 7. Since element 9 is still unable to execute, it is not added +to the list. This leaves the following ready-list: +6 7 +With the execution of element 6, element 8 is again added to the ready list. After element 6's data passes to +element 9's receptor the list is left with only element 7. Element 7 is executed to load another strip of data +from the server photomap. At this point, control is returned to Core X. The photoflo waits until it is +reactivated by more data being received from the client for element 1. +This process repeats until all data has been received from the client. Element 9 can then execute, which in +turn allows export elements 10 and 11 to execute. Element 9 stays on the list until it exhausts its data. At this +point, the photoflo operation is complete. + +10.3.3. Data Manager +It is the responsibility of the data manager to coordinate the flo of data between element outputs and inputs. +Since data is processed in strips, it will often be the case that data required by a downstream element will +span two or more buffers generated upstream. To eliminate the complexity and overhead of concatenating +data segments, data accesses within elements can be conducted on a line by line basis, while data transfers +between elements are conducted on a strip basis. +When an element is producing a strip of data, the buffer it is writing its data into is private to the element. +Only when the strip is passed back to the data manager is it made visible to downstream elements for +processing. When the completed strip of data is passed to the data manager, it is linked to a list of strips +maintained by each downstream receptor. As an element requires data, it reads in the data by transferring +strips from its receptor into its private data section. The element may then access individual lines of data +within the strip through a set of light-weight macros. These macros are provided as a tool to simplify the +access of scan lines within strips but do not preclude elements from operating on data in strip form. When +the element is done with the strip, it informs the data manager. +The strip itself contains a count of the number of references to the strip. When a strip is assigned as an +element output buffer, this count is 1. When the completed strip is returned to the data manager the +reference count is set to the number of receptors that the strip is transferred to. When an element asks the +data manager for an available strip, the reference count is unaffected until the element notifies the data +manager that it is done with the strip. +When an element finishes reading from a strip (or it has an output strip that it does not wish to propagate), it +informs the data manager and the reference count is decremented. If the reference count is decremented to +0, the strip is either freed or cached for re-use. +The data manager also provides a mechanism whereby in-place operations may be performed within the +strip. When this is allowed, only a single element has access to the strip. Since it is using it for both read +and write, the reference count is 2. When it completes the strip it must give it to the data manager for +transfer downstream and notify the data manager that it is done reading it. +Elements access the data manager through five entry points: +* MakeStrip : used by an element to obtain storage for data it intends to produce. +* PutStrip: used by an element to give a completed strip of data back to the data manager (which then passes it +on to downstream receptors) +* GetStrip: used by an element to read in a strip of data from its receptor +* InPlaceStrip: used to obtain in place privileges for a strip that it has obtained via GetStrip. If the data +manager determines that another element also has access to the strip, a new strip is created instead. +* FreeStrip: used by a receptor to inform the data manager that it has no further need for the strip it obtained +through GetStrip. Also used by an element to return an unfilled data strip buffer to the data manager if for +any reason it decides to not fill it after allocating it through MakeStrip or InPlaceStrip. +To illustrate how data is passed from element to element, a runtime snapshot of an executing flo is shown on +the following page. +In the illustration, element w is performing its processing in place with strip A being used both as an input +and an output. Strips B and C are linked to element w's receptor indicating that they have not been read in +yet. Since strip B is at the head of the list, it will be processed next. Any new strips assigned to element w's +receptor would be linked after element C. +Strips D and E have been passed from element w to elements x and y. Element y has already processed the +data from strip D and has indicated to the data manager that it has finished with the strip. Element y is +currently processing Strip E and placing its output in strip F. Element x is currently processing strip D and +has not yet read in strip E. Since element x hasn't read in strip E, it is still pointed to by element x's receptor. +Element x is placing its result into strip G. Element z has two inputs. Strips H and I are being processed to +form a result in strip J. + + + +10.3.4. Input +Dixie calls through the flo-def input entry point when data arrives from the client via a PutClientData +protocol request. Input calls upon the data manager to create a non-canonic strip that describes the byte +stream segment, and then attaches it to the receptor of the import element handler that corresponds with the +phototag specified to PutClientData. Input then passes control to the scheduler. + +10.3.5. Output +Dixie calls through the flo-def output entry point when data is to be retrieved for the client. Output calls +upon the data manager to fetch some non-canonic data from the export element that corresponds to the +phototag specified in the GetClientData protocol request. If the client has asked for less data than is +available from the export element, it will leave the leftovers with the export element. Otherwise, it will take all +data that is available. Output returns the data and current output buffer status to dixie, which will send this +information on to the client in the form of a reply. + +10.3.6. Query +Dixie calls through the flo-def query entry point to find out if an import or export element handler is done. +Dixie will interrogate each import and export element separately. + +10.3.7. Abort +The photoflo will either complete normally, or dixie will call through the flo-def abort entry point to terminate +execution prematurely. In either case the reset routine in each element is called. It will also call upon the +data manager to release any strips it may have cached. + +10.3.8. Destroy +When dixie calls through the flo-def destroy entry point, the flo manager calls the destroy routine in each +element and then frees the flo-tex. + + + +11. Photo Elements +An element is the basic execution unit of a photoflo. An element consists of a body of code with supporting +structures. + +11.1. Element Structures +Element structures are separated into a dixie part, a ddxie part, and an element-specific part. The dixie photoflo +management routines only understand the dixie part. The ddxie photoflo manager understands the dixie and ddxie +public parts. Only the element itself understands the contents of the ddxie private part. These structures are +illustrated below in conjunction with strips (which are handled by ddxie data manager routines and macros). + + +11.2. Element Interfaces +The external interface to each element consists of a set of entry points that are loaded into the pe-def by the DAG +analyzer and the photoflo linker. These entry points are used by various components of the photoflo manager for +setup, execution, and shutdown of the element. + +11.2.1. Create +The create entry point is called by the photoflo linker. It is responsible for attaching a pe-tex to the pe-def. +It also loads the entry points into the pe-def. It will also allocate or setup anything that can persist over +multiple executions. + +11.2.2. Initialize +The initialize entry point is called at photoflo startup. It allocates and initializes run-time data for the current +execution instance. + +11.2.3. Activate +Activate is called by the scheduler when there is sufficient data available at one or more receptors. It calls +upon the data manager to get data from its own receptors and to push data out to the receptors of +downstream elements. + +11.2.4. Flush +Flush is called when all of the upstream elements have completed their task. This gives the element one last +opportunity to finish up. + +11.2.5. Reset +Reset is called at photoflo done time (i.e. flo completed successfully, or aborted due to an error or client +request). Reset frees run-time data and structures that are left behind by the initialize, activate, or flush +routines. + +11.2.6. Destroy +Destroy is called to free data and structures that are allocated by the create routine, including the run-time +context itself (i.e. remove the pe-tex from the pe-def). + + +* There are three exceptions: +* The entire buffer of data received from the protocol stream for an ImportClient element will be presented as a +strip of non-canonic data. The element is then responsible for converting this byte stream of data into canonic +form, and processing or buffering the data prior to allowing control to be returned to core X. +* Export elements pass data out of the flo allowing them to process all data available when executed. +* LUT arrays are indivisible units. Therefore, a strip containing a lookup table will contain the entire array for a +single band. + + + +XIE Sample Implementation Architecture +Submitted to: X Consortium +Submitted by: AGE Logic, Inc. + + + +Page 36 + + diff --git a/xie/xc/doc/hardcopy/XIE/XIEProto/XIEProto.txt b/xie/xc/doc/hardcopy/XIE/XIEProto/XIEProto.txt new file mode 100644 index 0000000..e3adc3d --- /dev/null +++ b/xie/xc/doc/hardcopy/XIE/XIEProto/XIEProto.txt @@ -0,0 +1,3978 @@ + + + + + + +X Image Extension +Protocol Reference Manual + + + + +Publication Description: + +This document describes the protocol of the X WINDOW SYSTEM IMAGE EXTENSION. + + + + + + + + + + + + + + +Version 5.0 + +X Consortium Standard + +X Version 11, Release 6 + +April 7, 1994 + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + +Copyright (c) 1988, 1989, 1990, 1991, 1992 Digital Equipment Corporation + +Copyright (c) 1990, 1991, 1992, 1993, 1994 X Consortium + +Copyright (c) 1992, 1993, 1994 AGE Logic, Inc. + + +Permission to use, copy, modify, distribute, and sell this documentation for any purpose is +hereby granted without fee, provided that the above copyright notices and this permis- +sion notice appear in all copies. Digital, X Consortium, and AGE Logic make no represen- +tations about the suitability for any purpose of the information in this document. This +documentation is provided as is without express or implied warranty. + + + + +Contents +Contents iii +Preface x +Related Documents x +Participants xi +Authors: xi +Contributors: xi +Revision History xi +Organization xii +Introduction xii +Protocol Parameter Types and Syntax xii +Protocol Requests and Replies xii +Pipeline Elements xii +Events and Errors xii +Techniques xii +Service Classes xii +Protocol Encodings xii +Acknowledgments xiii +Introduction 1-1 +Scope and Purpose 1-1 +Terminology 1-1 +Techniques 1-1 +Service Classes 1-1 +Specification Syntax 2-1 +General Syntax 2-1 +Request Syntax 2-2 +Requests without a Reply: 2-2 +Requests with a Reply: 2-2 +Syntax of Photo Elements 2-3 +Photo Elements: 2-3 +Syntax of Events 2-4 +Events generated by Photo Elements: 2-4 +Syntax of Errors 2-4 +Core X errors 2-4 +XIE non-Photoflo errors: 2-4 +XIE Photoflo related errors: 2-4 +Syntax of Protocol Encodings 2-5 +Requests 2-5 +Replies 2-5 +PhotoElements 2-5 +Events 2-6 +Errors 2-6 +Parameter Types 3-1 +XIE and Core X Types 3-1 +Techniques 3-1 +Definitions 3-2 +XieTypAlignment 3-2 +XieTypArithmeticOp 3-2 +XieTypColorAllocTechnique 3-3 +XieTypColorList 3-3 +XieTypCompareOp 3-3 +XieTypConstant 3-4 +XieTypConstrainTechnique 3-5 +XieTypConvertFromRGBTechnique 3-5 +XieTypConvertToRGBTechnique 3-5 +XieTypConvolveTechnique 3-6 +XieTypDataClass 3-6 +XieTypDataStream 3-6 +XieTypDataType 3-6 +XieTypDecodeTechnique 3-7 +XieTypDitherTechnique 3-7 +XieTypEncodeTechnique 3-8 +XieTypExecutable 3-8 +XieTypExportNotify 3-9 +XieTypExportState 3-9 +XieTypFloat 3-9 +XieTypGamutTechnique 3-10 +XieTypGeometryTechnique 3-10 +XieTypHistogramData 3-11 +XieTypHistogramShape 3-11 +XieTypInterleave 3-11 +XieTypLevels 3-12 +XieTypLUT 3-12 +XieTypMathOp 3-12 +XieTypMatrix 3-12 +XieTypOrientation 3-13 +XieTypPhotoElement 3-14 +XieTypPhotoflo 3-14 +XieTypPhotofloOutcome 3-14 +XieTypPhotofloState 3-15 +XieTypPhotomap 3-15 +XieTypPhotospace 3-15 +XieTypPhototag 3-15 +XieTypProcessDomain 3-16 +XieTypRectangle 3-16 +XieTypROI 3-16 +XieTypServiceClass 3-17 +XieTypTechniqueGroup 3-17 +XieTypTechniqueRec 3-18 +XieTypTile 3-18 +XieTypTripletoftype 3-18 +XieTypWhiteAdjustTechnique 3-19 +Resources 4-1 +Overview 4-1 +Binding Resources to Photoflos 4-1 +ColorList resources 4-1 +LUT, Photomap, and ROI resources 4-1 +Resource destruction 4-2 +Synchronizing resource access 4-2 +Capability Acquisition 4-3 +QueryImageExtension 4-3 +Technique Acquisition 4-4 +QueryTechniques 4-4 +ColorList 4-5 +CreateColorList 4-5 +DestroyColorList 4-5 +PurgeColorList 4-6 +QueryColorList 4-6 +LUT 4-7 +CreateLUT 4-7 +DestroyLUT 4-7 +Photomap 4-8 +CreatePhotomap 4-8 +DestroyPhotomap 4-8 +QueryPhotomap 4-9 +ROI 4-10 +CreateROI 4-10 +DestroyROI 4-10 +Pipelined Processing 5-1 +What is a Photoflo? 5-1 +Two kinds of Photoflos 5-2 +Multi-client Photoflos 5-2 +Photoflo States 5-3 +Flo'ing Data to a Resource 5-3 +Name space 5-4 +CreatePhotospace 5-4 +DestroyPhotospace 5-4 +Immediate Photoflos 5-5 +ExecuteImmediate 5-5 +Stored Photoflos 5-6 +CreatePhotoflo 5-6 +DestroyPhotoflo 5-6 +ExecutePhotoflo 5-7 +ModifyPhotoflo 5-8 +RedefinePhotoflo 5-8 +Sending Data to the Server 5-9 +PutClientData 5-9 +Retrieving Data from the Server 5-10 +GetClientData 5-10 +Status 5-11 +QueryPhotoflo 5-11 +Synchronization 5-12 +Await 5-12 +Termination 5-12 +Abort 5-12 +Import Elements 6-1 +Overview 6-1 +Element categories 6-1 +Multi-source images 6-1 +Events generated 6-1 +Import from Client 6-1 +ImportClientLUT 6-2 +ImportClientPhoto 6-3 +ImportClientROI 6-4 +Import from Resource 6-5 +ImportDrawable 6-5 +ImportDrawablePlane 6-6 +ImportLUT 6-7 +ImportPhotomap 6-8 +ImportROI 6-9 +Process Elements 7-1 +Overview 7-1 +Limiting the Process 7-1 +Process Selected Bands 7-1 +Process Intersecting Pixels 7-1 +Process Selected Pixels 7-2 +Data Types 7-2 +Process Categories 7-3 +Process Definitions 7-3 +Arithmetic 7-4 +BandCombine 7-5 +BandExtract 7-6 +BandSelect 7-7 +Blend 7-8 +Compare 7-9 +Constrain 7-11 +ConvertFromIndex 7-12 +ConvertFromRGB 7-13 +ConvertToIndex 7-14 +ConvertToRGB 7-15 +Convolve 7-16 +Dither 7-17 +Geometry 7-18 +Logical 7-20 +MatchHistogram 7-22 +Math 7-23 +PasteUp 7-24 +Point 7-25 +Unconstrain 7-26 +Export Elements 8-1 +Element categories 8-1 +Export to Client 8-1 +Events generated 8-1 +ExportClientHistogram 8-2 +ExportClientLUT 8-3 +ExportClientPhoto 8-4 +ExportClientROI 8-5 +Export to Resource 8-6 +ExportDrawable 8-6 +ExportDrawablePlane 8-7 +ExportLUT 8-8 +ExportPhotomap 8-9 +ExportROI 8-10 +Events and Errors 9-1 +Events 9-1 +ColorAlloc 9-1 +DecodeNotify 9-2 +ExportAvailable 9-2 +ImportObscured 9-3 +PhotofloDone 9-3 +Resource Errors 9-4 +Photoflo errors 9-5 +Techniques A-1 +Standard and Private Techniques A-1 +Technique numbers A-1 +Technique names A-1 +Default Techniques A-2 +Technique parameters A-2 +Technique information A-2 +Color Allocation Techniques A-3 +Constrain Techniques A-4 +Convert From RGB A-5 +Convert To RGB A-6 +Convolution Edge Techniques A-8 +Decode Techniques A-9 +Dithering Techniques A-13 +Encode Techniques A-14 +Gamut Compression Techniques A-18 +Geometry Techniques A-19 +Histogram Shapes A-27 +White Point Adjustment Techniques A-28 +Service Class B-1 +Full B-1 +DIS B-1 +Service Class Summary B-2 +Protocol Encodings C-1 +Extension Name C-1 +Types C-1 +Requests and Replies C-9 +Import Elements C-15 +Process Elements C-17 +Export Elements C-22 +Technique Parameters C-24 +Events C-32 +Errors C-34 +Figures and Tables +Figure 1-1 Service Classes defined in this document 1-2 +Figure 4-1 Creating and populating a new Photomap 4-1 +Figure 4-2 Process image from Photomap a, place result into Photomap b 4-2 +Figure 4-3 Process image from Photomap a "in-place\ 4-2 +Figure 5-1 Photoflo element input and output connections 5-1 +Figure 5-2 Example Photoflo 5-2 +Figure 5-3 Photoflo states 5-3 +Figure 7-1 Combining two sources using a control plane - Logical: NoOp 7-2 +Figure 7-2 A sample geometric transform: crop and scale 7-18 +Figure 7-3 Background fill used for pixels beyond the edge 7-19 +Figure 7-4 Point's algorithm for computing combined LUT indices 7-25 +Figure A-1 Diagram of the ErrorDiffusion algorithm A-13 +Figure A-2 Effect of sampling technique when scaling to a lower pixel density A-20 +Figure A-3 Illustration of an output pixel mapping back to the input image A-21 +Figure A-4 Sequence producing an antialiased image using a low-pass filter A-22 +Figure B-1 DIS sources, operators, and destinations B-1 + +Table 3-1 Technique naming and numbering conventions 3-1 +Table 3-2 Treatment of floating point parameters passed through the protocol 3-4 +Table 5-1 Examples of two element Photoflo usage 5-3 +Table 6-1 Relationship between LUT class and image class 6-2 +Table 7-1 Compare parameter and DataClass dependencies 7-9 +Table 9-1 XIE Error codes 9-4 +Table 9-2 Photoflo error sub-codes 9-5 +Table B-1 Types itemized by ServiceClass B-2 +Table B-2 Techniques itemized by ServiceClass B-4 +Table B-3 Requests itemized by ServiceClass B-5 +Table B-4 Import elements itemized by ServiceClass B-6 +Table B-5 Process elements itemized by ServiceClass B-6 +Table B-6 Export elements itemized by ServiceClass B-6 +Table B-7 Events itemized by ServiceClass B-7 +Table B-8 Errors itemized by ServiceClass B-7 + + + + +Preface +The X architecture was a major step towards defining open, interactive application display services. X +pried apart the tightly coupled, private interconnect which has existed between application and display +subsystem by specifying a minimal, structured service set. +To retain a consistent, minimal core service set and yet accommodate evolving application require- +ments, X provides a method for extending the core protocol with additional domain specific requests. +This document defines an X extension for the imaging domain. It is the fifth version of the X Image +Extension Protocol proposal and, as prior readers will immediately recognize, it is a lineal descendent of +the other four. +Since the purpose of this document is to provide a clear, concise articulation of the protocol, expository +materials have been pared to a bare minimum. It is assumed that the reader has a measure of conceptual +knowledge about imaging. +Readers who lack familiarity with the X Window System are encouraged to begin with a selection from +the related documents given below. +Related Documents + X Window System (Scheifler & Gettys) +The complete reference to Xlib, X protocol (and extension conventions), ICCCM, XLFD. +Digital Press + X Protocol Reference Manual (Nye, editor) +The Definitive Guides to the X Window System, Volume 0. +O'Reilly & Associates, Inc. + The X Window System Server (Israel & Fortune) +Guide to the MIT X sample server: architecture, porting and tuning, writing extensions. +Digital Press + XIE Sample Implementation Architecture (Shelley, Verheiden & Fahy) +An overview of the architecture of the XIE sample implementation. +AGE Logic, Inc. + XIElib Specification (Rogers) +Reference pages for the XIE client library functions. +AGE Logic, Inc. + + +Participants +Authors: +Robert NC Shelley shelley@age.com +Robert W. Scheifler rws@x.org +Ben Fahy jbenfahy@netcom.com +Jim Fulton jim@ncd.com +Keith Packard4 keithp@ncd.com +Joe Mauro mauro@optic.enet.dec.com +Richard Hennessy rich_hennessy@mac.avid.com +Tom Vaughan5 vaughan@edwin.enet.dec.com +Contributors: +Gary Grebus5 +Larry Hare1 +Peter Kaczowka +Jeffrey Siegal +Al Tabayoyon +John Weber +Revision History +rev v1.0 August 1, 1988 first protocol draft +rev v2.0 April 12, 1989 major changes based upon consortia review +rev v2.1 November 1, 1989 changes based upon FT1 implementation +rev v2.2 March 15, 1990 changes based upon FT2 implementation (pipes) +rev v3.0 October 1, 1990 changes in preparation for consortia review +rev v4.0 June 1, 1991 changes based upon consortia technical review +rev v4.08 May 29, 1992 preliminary imagework review copy +rev v4.09 June 9, 1992 imagework review copy for meeting at San Jose +rev v4.10 September 10, 1992 pre-review of encodings and contributions +rev v4.11 October 31, 1992 imagework review with initial definition of DIS +rev v4.12 December 23, 1992 initial Public Review copy +rev v4.13 May 19, 1993 changes made during Alpha phase of sample implementation +rev v4.14 October 20, 1993 changes made during Beta phase of sample implementation +rev v4.15 December 15, 1993 changes made prior to final release of sample implementation +rev V5.0 January 10, 1994 final draft +rev V5.0 April 1, 1994 cosmetic cleanup prior to releasing X11 R6 + + +Organization +This document is organized into the following chapters and appendices: +Introduction +Chapter 1 explains the purpose of the X Image Extension. +Protocol Parameter Types and Syntax +Chapter 2 defines protocol syntax (how the protocol is encoded on the wire). +Chapter 3 defines types for protocol parameters. +Protocol Requests and Replies +Chapter 4 describes the resources used by the extension. +Chapter 5 describes pipelines, client data transport, and pipeline utility requests. +Pipeline Elements +Chapter 6 describes pipeline elements used for data import. +Chapter 7 describes the general processing elements used in pipelines. +Chapter 8 describes pipeline elements used for data export. +Events and Errors +Chapter 9 describes events and errors returned from XIE. +Techniques +Appendix A describes the XIE standard techniques and their parameters. +Service Classes +Appendix B summarizes required, optional, and excluded items for each XIE service class. +Protocol Encodings +Appendix C presents the complete protocol encoding for all XIE: types, requests, replies, ele- +ments, techniques, events, and errors. + + +Acknowledgments +We are all indebted to Digital Equipment Corporation where the X Image Extension was originally +conceived. They persevered through numerous protocol reviews and revisions and provided the initial +sample implementations. Their efforts contributed greatly towards promoting XIE into the Public Re- +view process. +This document evolved from original specifications authored by Joe Mauro. We hope that it still shows +some of his architectural strength and elegance. The majority of the current document (through version +4.11) was authored by Bob Shelley while employed at Digital. Subsequent revisions were made at AGE +Logic. +The current view of pipelines emerged almost completely intact from a single, terse email message from +Bob Scheifler and Keith Packard. +The need for robust geometric transforms was first promoted by Ben Fahy. We are grateful that he has +provided us with detailed documentation for the basic geometry element and several retrospective +sampling algorithms. +While one could debate that XIE is too big or too small, we can thank Jim Fulton for spearheading the +effort to define a smaller gentler XIE, the Document Imaging Subset. + + + + + + + + + + + + + + + + + + + + + + + + +almost blank + + + AGE Logic, Inc. + X Consortium, Inc. + Visionary Software, Inc. + Network Computing Devices, Inc. + Digital Equipment Corporation + Avid Technology, Inc. + Hewlett-Packard Co. + Congruent Corporation + North Valley Research, Inc. + Big Time Software, Inc. + + + +xii + + + +1 +Introduction +Scope and Purpose +This document specifies the X wire protocol for the X Image Extension (XIE). It defines the syntax, +structure, and semantics of XIE protocol elements. It does not contain background material on imaging +concepts which the protocol extension enables, nor does it contain any language specific bindings. +Terminology +This specification contains a certain amount of descriptive terminology that is commonly used within +the image processing community. There is also parametric terminology that is used to describe the pa- +rameter types recognized by the core X protocol and the image extension protocol. The image exten- +sion protocol types are defined in this document. +Techniques +For some XIE operations, there are several recognized algorithms or techniques which offer varying +tradeoffs between quality of results and performance. Also, in some cases, different techniques are re- +quired due to an image's class or content. In order to accommodate some flexibility in this area, such +XIE operations accept a technique parameter. A description of the techniques specified in this docu- +ment can be found in Appendix A. Individual implementations may extend XIE's capabilities by provid- +ing additional techniques to provide for particular market needs. +Service Classes +For some environments, such as simple document image viewing, the full set of services provided by +XIE may include features that are not needed by the target applications. In such situations (particularly +for entry-level monochrome displays), server implementors may wish to provide only a subset of the full +XIE protocol. +Subsets are arranged in a nested hierarchy of service classes. Each service class includes all of the +features of any subsets that it surrounds (similar to the layers of an onion). Thus, applications written +to use a given subset of the protocol will function correctly when running on servers that implement an +enveloping service class. + + +This version of the XIE protocol defines two class: the full protocol (Full), and a document imaging +subset (DIS). Future versions of the XIE protocol may define additional service classes. + +Figure 1-1 Service Classes defined in this document +A complete list of types, techniques, protocol requests, pipeline elements, events, and errors that are +included in DIS can be found in Appendix B. + +Introduction 1-1 + + +2 +Specification Syntax +This section presents syntactic conventions which are adhered to throughout this specification. +General Syntax +In general, the extension package follows the X11 protocol syntax conventions. Additions to this +syntax are: +* The syntax ( . . . ) encloses a set of alternative values. +* The syntax [ . . . ] encloses a set of structure components. +* Within definitions the following prefixes are used: +- XieReq: protocol request/reply (e.g. XieReqCreatePhotoflo) +- XieFlo: Photoflo element (e.g. XieFloConvolve) +- XieEvn: protocol event (e.g. XieEvnPhotofloDone) +- XieErr: protocol error (e.g. XieErrPhotospace) +- XieTyp: protocol type (e.g. XieTypProcessDomain) +- XieVal: alternative value (e.g. XieValBandByPixel) +* Outside of definitions the prefixes are generally not used: +- alternative values are italicized and bold (e.g. BandByPixel) +- all others are capitalized and bold (e.g. CreatePhotoflo) +* Core X types are displayed in upper-case (e.g. COLORMAP, WINDOW) + + +Request Syntax +Requests without a Reply: +XieReqRequestName +arg-1 type-1 1st argument for RequestName + . . . +arg-N type-N N-th argument for RequestName +Errors: none or list of errors specific to RequestName (e.g. FloID) +Events: none or list of events generated by RequestName (e.g. PhotofloDone) +Overview describes the basic function of the request. +Parameters lists the parameters and gives a brief description of each. +Semantics interrelationships between input data, parameters, and output results. +Errors table of errors that can be generated and their causes: +Error Cause +error-1 circumstances that generate error-1 +. . . +error-N circumstances that generate error-N +Requests with a Reply: +XieReqRequestName +arg-1 type-1 1st argument for RequestName + . . . +arg-N type-N N-th argument for RequestName +* +result-1 type-1 1st reply result from RequestName + . . . +result-M type-M M-th reply result from RequestName +Errors: none or list of errors specific to RequestName (e.g. Photomap) +Events: none or list of events generated by RequestName (e.g. EventName) +Overview describes the basic function of the request. +Parameters lists the parameters and gives a brief description of each. +Reply data lists the parameters and gives a brief description of each. +Semantics interrelationships between input data, parameters, and output results. +Errors table of errors that can be generated and their causes: +Error Cause +error-1 circumstances that generate error-1 +. . . +error-N circumstances that generate error-N +Syntax of Photo Elements +PhotoElements occur within XIE pipelines (see following chapters for clarification). The syntax of these +elements is shown below. +Photo Elements: +XieFloElementName +src-1 src-type-1 1st source for ElementName (if required) + . . . +src-N src-type-N N-th source for ElementName (if required) +param-1 param-type-1 1st parameter for ElementName + . . . +param-M param-type-M M-th parameter for ElementName +Errors: none or list of errors specific to ElementName (e.g. FloAlloc) +Events: none or list of events generated by ElementName (e.g. ExportAvailable) +Attributes table of PhotoElement output attributes: +Attribute Value +class DataClass of output data + SingleBand achromatic or index + TripleBand trichromatic +type DataType: + Constrained quantization levels is levels (integer data) + Unconstrained quantization levels is unknown (may be float data) +width width of output data (in pixels per band) +height height of output data (in pixels per band) +levels depends on type: + Constrained number of quantization levels (per band) + Unconstrained unknown +Overview describes the basic function of the photo element. +Parameters lists the parameters and gives a brief description of each. +Semantics interrelationships between input data, parameters, and output results. +Errors table of errors that can be generated and their causes: +Error Cause +error-1 circumstances that generate error-1 +. . . +error-N circumstances that generate error-N + + +Syntax of Events +Events generated by Photo Elements: +XieEvnEventName +instance XieTypExecutable < Photoflo instance generating EventName > +phototag XieTypPhototag < event Phototag (0 for general Photoflo event) > +type CARD16 < element type (0 for general Photoflo event) > +value-1 type-1 < 1st value returned by EventName > + . . . +value-N type-N < N-th value returned by EventName > +Overview description of the event. +Values returned description of the values returned. +Syntax of Errors +Errors can be associated with core X11 resources or XIE resources. In the case of XIE specific error +conditions, a distinction is made between errors related to a Photoflo and those that are not. +Core X errors +Normal X errors (with XIE major/minor opcodes) are used where appropriate (e.g. Alloc). +XIE non-Photoflo errors: +XieErrName +xie-error XieErrName < error code of Name, offset from first-error > +resource-id XID < resource to blame, e.g. Photomap > +detail < 21 bytes available for additional error detail > +Overview description of the error. +Values returned description of the values returned. +XIE Photoflo related errors: +XieErrFloName +flo-error XieErrName < error code for Flo, offset from first-error > +flo-id CARD32 < executable flo-id> +flo-code XieErrFloName < specific error type > +name-space CARD32 < executable name-space> +phototag CARD16 < erring Phototag (0 for general Photoflo error) > +type CARD16 < element type (0 for general Photoflo error) > +detail < 12 bytes available for additional error detail > + +Overview description of the error. +Values returned description of the values returned. +Syntax of Protocol Encodings +Requests +# of Bytes Value Description +1 CARD8 XIE major opcode +1 CARD8 XIE minor opcode +2 CARD16 request length (total bytes divided by 4) +N parameters required by the minor opcode +< 4 pad (if required) +Requests consist of four (4) bytes of header followed by zero (0) or more additional bytes of data. If +additional bytes of data are needed the entire request is padded to a multiple of four (4) bytes. The +common fields (major/minor opcode and length) are not included in XieReq request definitions. Bytes +not used by a specific minor opcode are not guaranteed to be zero. +Replies +# of Bytes Value Description +1 1 Reply +1 available for reply data +2 CARD16 sequence number of corresponding request +4 CARD32 reply length (extra data bytes divided by 4) +24 available for reply data +N extra data beyond standard reply packet +< 4 pad (if required) +Replies consist of thirty-two (32) bytes followed by zero (0) or more extra bytes of data. If extra bytes of +data are needed the entire reply is padded to a multiple of four (4) bytes. The common fields (Reply, +sequence number, and length) are not included in XieReq reply definitions. Bytes not used by the reply +from a specific request are not guaranteed to be zero. +PhotoElements +# of Bytes Value Description +2 CARD16 element type +2 CARD16 element length (bytes divided by 4) +multiple of 2 XieTyp(Phototag|Tile) element's data source(s) (if required) +N parameters as required by element type +< 4 pad (if required) +A photo element consists of four (4) bytes of header, followed by zero (0) or more bytes of element in- +put connection definitions, followed by zero (0) or more bytes or additional data. The entire element +definition is padded to a multiple of four (4) bytes. The common fields (element type and element +length) are not included in XieFlo element definitions. Bytes not used by a specific element type are +not guaranteed to be zero. +Note: PhotoElements are not protocol requests, but rather sub-packets within another protocol request (i.e. +ExecuteImmediate, CreatePhotoflo, ModifyPhotoflo, or RedefinePhotoflo). +Events +# of Bytes Value Description +1 CARD8 XIE event code +1 +2 CARD16 sequence number +4 TIMESTAMP time +24 +Events consist of thirty-two (32) bytes. The common fields (event code, sequence number, and time) +are not included in XieEvn definitions. Bytes not used by a specific event code are not guaranteed to +be zero. +Errors +# of Bytes Value Description +1 0 Error +1 CARD8 XIE error code +2 CARD16 sequence number +4 +2 CARD16 minor opcode +1 CARD8 major opcode +21 +Errors consist of thirty-two (32) bytes. Bytes not used by the specific error code are not guaranteed to +be zero. + +Protocol Specification Syntax 2-6 + + +3 +Parameter Types +XIE and Core X Types +X Image Extension types are defined in this section. All XIE parameters are defined as being either one of +the extension types, or one of the core protocol types. XIE makes use of the following core protocol types +(defined in the X11 core protocol specification): +BITMAP BOOL CARD8 CARD16 +CARD32 CHAR2B COLORMAP DRAWABLE +EVENT GCONTEXT INT8 INT16 +INT32 PIXMAP STRING8 TIMESTAMP +VISUAL WINDOW XID* +* XID is used to refer to the core X11 type defined as the identifier for a resource. +Techniques +Several standard techniques are defined in this document. Each is assigned a technique number and a de- +scriptive name string. XIE can also be extended with private techniques that are implementation dependent. +Private technique numbers are generated dynamically. Private technique name strings include the name of +the organization that defined the technique. The organization name is encompassed by _ (underscore) +characters. Technique naming and numbering conventions are summarized in Table 3-1. + + +standard technique +private technique + +name + +example: ERROR-DIFFUSION +__ +example: _PHOTOCO_SQUASH-BITS + +number +MS bit is zero (range: 0 - 32767) +MS bit is one (range: 32768 - 65535) + +Table 3-1 Technique naming and numbering conventions +The technique number is supplied to pipeline elements to specify the desired technique. Numbers for +standard techniques can be hard-coded, whereas numbers for private techniques must be obtained using +the QueryTechniques protocol request. + +For more information on techniques and a description of the techniques defined in this document, refer to Appendix A. A +list of techniques itemized by ServiceClass can be found in Appendix B. Numbers assigned to standard techniques are encoded +in Appendix C. +Definitions +XieTypAlignment +Alignment defines the valid pixel and scanline alignments allowed for image data transported through the +protocol stream. The server's Alignment attribute is returned by the QueryImageExtension protocol re- +quest. +XieTypAlignment { XieValAlignable, XieValArbitrary } +* Alignable data units must fit evenly within a byte, or they must fill a byte, or fill a multiple + of bytes (i.e. pixels may be 1, 2, 4, 8, 16, 24*, or 32* bits in the protocol stream). +* Arbitrary data units may fall at any bit address (i.e. 10 bit packed pixels are acceptable in + the protocol stream). +* XIE supports pixels up to sixteen (16) bits per band for both SingleBand and TripleBand data. In addition, +SingleBand data are supported up to the depth of the deepest DRAWABLE supported by the server. + + +XieTypArithmeticOp +ArithmeticOp defines the valid operations for the Arithmetic process element. +XieTypArithmeticOp { XieValAdd, + XieValSub, XieValSubRev, + XieValMul, + XieValDiv, XieValDivRev, + XieValMin, XieValMax, + XieValGamma } +* Add src1 + src2 or src1 + constant +* Sub src1 - src2 or src1 - constant +* SubRev src2 - src1 or constant - src1 +* Mul src1 * constant +* Div src1 / constant +* DivRev constant / src1 +* Min minimum( src1, src2 ) or minimum( src1, constant ) +* Max maximum( src1, src2 ) or maximum( src1, constant ) +* Gamma if src1 is Constrained (levels - 1) * ((src1 / (levels - 1))constant) + if src1 is Unconstrained src1constant + + + +XieTypColorAllocTechnique +ColorAllocTechnique defines the recognized color allocation techniques used by the ConvertToIndex +element. +XieTypColorAllocTechnique { XieValDefault, +XieValColorAlloc_AllocAll, +XieValColorAlloc_Match, +XieValColorAlloc_Requantize } +* Default +ColorAlloc_AllocAll ALLOC-ALL +ColorAlloc_Match MATCH +ColorAlloc_Requantize REQUANTIZE +private-technique-number private-name-string +* The server is required to support the Default technique which is bound to one of the standard techniques defined above or +a private technique. + +XieTypColorList +ColorList is the type for the XIE resource used to store COLORMAP allocations made by the ConvertTo- +Index element. A ColorList is a permanent resource and as such must be created and destroyed by the +client. A ColorList contains a counted list of the pixel indices that were allocated, and the resource-id of the +COLORMAP from which they were allocated. +XieTypColorList XID + +XieTypCompareOp +CompareOp defines the operators for the Compare element. +XieTypCompareOp { XieValLT, XieValLE, +XieValEQ, XieValNE, +XieValGT, XieValGE } +* LT src1 < src2 or src1 < constant +* LE src1 £ src2 or src1 £ constant +* EQ src1 = src2 or src1 = constant +* NE src1 ¹ src2 or src1 ¹ constant +* GT src1 > src2 or src1 > constant +* GE src1 ³ src2 or src1 ³ constant + + +XieTypConstant +Constant is typically used to supply per-band constant values. All constants are passed as floats. When a +constant is to be used as a substitute for a Constrained image pixel, the constant is rounded to the nearest +integer, and then hard-clipped to the range of levels that applies to the pixel for which it is a substitute. In +most other cases the constant is used as is (i.e. as a float). +XieTypConstant XieTypTripletofXieTypFloat + +Element Op/arg/Tech Type Usage If Constrained ¼ + +Arithmetic Add Constant pixel value when monadic round/hard-clip + Sub Constant pixel value when monadic round/hard-clip + SubRev Constant pixel value when monadic round/hard-clip + Min Constant pixel value when monadic round/hard-clip + Max Constant pixel value when monadic round/hard-clip + Mul Constant multiplicand use as is + Div Constant divisor use as is + DivRev Constant dividend use as is + Gamma Constant exponent use as is + +BandExtract coefficients Constant multipliers use as is + bias Float final offset use as is + +Blend constant Constant pixel value when monadic round/hard-clip + alpha-constant Float constant alpha value use as is + +Compare constant Constant pixel value when monadic round/hard-clip + +Constrain ClipScale Constant scale src levels to dst levels use as is + +Convert From/To RGB CIElab Matrix conversion matrix use as is + CIElabShift Constant white-point use as is + CIEXYZ Matrix conversion matrix use as is + YCbCr Constant luma values and bias use as is + YCC Constant luma values use as is + YCC Float scale use as is + +ConvertToIndex Match Float match-limit, gray-limit use as is + +Convolve kernel LISTofFloat convolution kernel use as is + Constant Constant edge pixel value round/hard-clip + +Geometry a,b,c,d,tx,ty Float coefficients [6] use as is + constant Constant fill pixel value round/hard-clip + Gaussian Float sigma, normalize use as is + +Logical constant Constant pixel value when monadic round/hard-clip + +MatchHistogram Gaussian Float mean, sigma use as is + Hyperbolic Float constant use as is + +PasteUp constant Constant fill pixel value round/hard-clip + +Table 3-2 Treatment of floating point parameters passed through the protocol + + +XieTypConstrainTechnique +ConstrainTechnique defines various methods of constraining data. These techniques are applied by the +Constrain element. +XieTypConstrainTechnique { XieValConstrain_ClipScale, +XieValConstrain_HardClip } +Constrain_ClipScale CLIP-SCALE +Constrain_HardClip HARD-CLIP +private-technique-number private-name-string + +XieTypConvertFromRGBTechnique +ConvertFromRGBTechnique defines the trichromatic colorspaces known to the ConvertFromRGB element. +XieTypConvertFromRGBTechnique { XieValConvertFromRGB_CIELab, +XieValConvertFromRGB_CIEXYZ, +XieValConvertFromRGB_YCbCr, +XieValConvertFromRGB_YCC } +ConvertFromRGB_CIELab CIELAB +ConvertFromRGB_CIEXYZ CIEXYZ +ConvertFromRGB_YCbCr YCbCr +ConvertFromRGB_YCC YCC +private-technique-number private-name-string + +XieTypConvertToRGBTechnique +ConvertToRGBTechnque defines the trichromatic colorspaces known to the ConvertToRGB element. +XieTypConvertToRGBTechnique { XieValConvertToRGB_CIELab, +XieValConvertToRGB_CIEXYZ, +XieValConvertToRGB_YCbCr, +XieValConvertToRGB_YCC } +ConvertToRGB_CIELab CIELAB +ConvertToRGB_CIEXYZ CIEXYZ +ConvertToRGB_YCbCr YCbCr +ConvertToRGB_YCC YCC +private-technique-number private-name-string + + +XieTypConvolveTechnique +ConvolveTechnique provides various methods of handling edge conditions in the Convolve element. This +technique determines what pixel values are used when Convolve requires data beyond the image bounds. +XieTypConvolveTechnique { XieValDefault, +XieValConvolve_Constant, +XieValConvolve_Replicate } +* Default +Convolve_Constant CONSTANT +Convolve_Replicate REPLICATE +private-technique-number private-name-string +* The server is required to support the Default technique which is bound to one of the standard techniques defined above or +a private technique. + +XieTypDataClass +DataClass defines the class of data being transported over the wire. +XieTypDataClass { XieValSingleBand, +XieValTripleBand } +* SingleBand index data (e.g. ZPixmap format COLORMAP indices), or +achromatic data (bitonal or gray-scale) +* TripleBand non-index trichromatic data (RGB or other supported colorspaces) + +XieTypDataStream +DataStream is a segmented stream of data units that are transported in either direction through the protocol +stream. Segments of image data are transported as an arbitrary number of unsigned bytes, whereas all other +types of data (e.g. lookup table entries, rectangles, histogram counts, etc.) must be transported as one or +more complete aggregates. The status indicating the eventual end of data, is supplied in the associated +protocol request or reply. The interpretation of the data stream is determined by parameters specified to the +PhotoElement accepting or generating the data. +XieTypDataStream LISTofCARD8 + +XieTypDataType +DataType defines the limits and processing model for the data. +XieTypDataType { XieValConstrained, +XieValUnconstrained } +* Constrained pixels are integer values and are limited to the range [0, levels-1] +* Unconstrained pixels may be any arbitrary value + + +XieTypDecodeTechnique +DecodeTechnique defines the techniques that can be used to interpret uncompressed image data or decode +compressed images. +XieTypDecodeTechnique { XieValDecode_UncompressedSingle, +XieValDecode_UncompressedTriple, +XieValDecode_CCITT-G31D, +XieValDecode_CCITT-G32D, +XieValDecode_CCITT-G42D, +XieValDecode_JPEG-Baseline, +XieValDecode_JPEG-Lossless, +XieValDecode_TIFF-2, +XieValDecode_TIFF-PackBits } +Decode_UncompressedSingle UNCOMPRESSED-SINGLE +Decode_UncompressedTriple UNCOMPRESSED-TRIPLE +Decode_CCITT-G31D CCITT-G31D +Decode_CCITT-G32D CCITT-G32D +Decode_CCITT-G42D CCITT-G42D +Decode_JPEG-Baseline JPEG-BASELINE +Decode_JPEG-Lossless JPEG-LOSSLESS +Decode_TIFF-2 TIFF-2 +Decode_TIFF-PackBits TIFF-PACKBITS +private-technique-number private-name-string + +XieTypDitherTechnique +DitherTechnique defines the techniques that can be used to dither an image. +XieTypDitherTechnique { XieValDefault, +XieValDither_ErrorDiffusion, +XieValDither_Ordered } +* Default +Dither_ErrorDiffusion ERROR-DIFFUSION +Dither_Ordered ORDERED +private-technique-number private-name-string +* The server is required to support the Default technique which is bound to one of the standard techniques defined above or +a private technique. + + +XieTypEncodeTechnique +EncodeTechnique defines the techniques that can be used to compress an image or format it as uncom- +pressed data. +XieTypEncodeTechnique { XieValEncode_ServerChoice, +XieValEncode_UncompressedSingle, +XieValEncode_UncompressedTriple, +XieValEncode_CCITT-G31D, +XieValEncode_CCITT-G32D, +XieValEncode_CCITT-G42D, +XieValEncode_JPEG-Baseline, +XieValEncode_JPEG-Lossless, +XieValEncode_TIFF-2, +XieValEncode_TIFF-PackBits } +Encode_ServerChoice (not returned by QueryTechniques) +Encode_UncompressedSingle UNCOMPRESSED-SINGLE +Encode_UncompressedTriple UNCOMPRESSED-TRIPLE +Encode_CCITT-G31D CCITT-G31D +Encode_CCITT-G32D CCITT-G32D +Encode_CCITT-G42D CCITT-G42D +Encode_JPEG-Baseline JPEG-BASELINE +Encode_JPEG-Lossless JPEG-LOSSLESS +Encode_TIFF-2 TIFF-2 +Encode_TIFF-PackBits TIFF-PACKBITS +private-technique-number private-name-string + +XieTypExecutable +Executable is the type used to identify a specific Photoflo instance. +XieTypExecutable +[ name-space ServerIDSpace or XieTypPhotospace + flo-id XieTypPhotoflo or CARD32 +] +Name-space identifies the execution domain used for a Photoflo. Flo-id identifies a particular instance of a +Photoflo. +For stored Photoflos name-space is always ServerIDSpace (the value zero) and flo-id is the Photo- +flo's resource-id. +For immediate Photoflos name-space is a Photospace resource-id and flo-id is a thirty-two (32) bit value +that uniquely identifies the instance of the Photoflo within name-space. + + +XieTypExportNotify +ExportNotify is used by ExportClient elements to control how ExportAvailable events are sent to the +client. +XieTypExportNotify { XieValDisable +XieValFirstData +XieValNewData } +* Disable no events are sent +* FirstData a single event is sent when the first data is available +* NewData an event is sent each time the amount of available data changes from zero to non-zero + +The end of data is signaled by a final flag in the GetClientData reply that is returned when the last segment of data is re- +trieved. + +XieTypExportState +ExportState is a status value returned from an ExportClient element in a reply to the corresponding +GetClientData protocol request. +XieTypExportState { XieValExportDone, +XieValExportMore, +XieValExportEmpty, +XieValExportError } +* ExportDone all data have been retrieved +* ExportMore more data currently available +* ExportEmpty no more data available at this time +* ExportError an error condition prevents data availability + +XieTypFloat +Float specifies data is in the IEEE single-precision format as described in ANSI/IEEE Standard 754-1985, +IEEE Standard for Binary Floating-Point Arithmetic. Float is used only for constant parameter values, +matrix coefficients, etc., but never for transported image data. The byte order of each Float is dealt with in +the same manner as other numeric values; it is determined at core protocol connection setup time. + + +XieTypGamutTechnique +GamutTechnique defines the gamut compression techniques used by ConvertToRGB to deal with con- +verted colors which lie outside the gamut of the RGB space. +XieTypGamutTechnique { XieValDefault, +XieValGamut_None, +XieValGamut_ClipRGB } +* Default +Gamut_None NONE +Gamut_ClipRGB CLIP-RGB +private-technique-number private-name-string +* The server is required to support the Default technique which is bound to one of the standard techniques defined above or +a private technique. + +XieTypGeometryTechnique +GeometryTechnique defines the retrospective image re-sampling techniques used by the Geometry element. +XieTypGeometryTechnique { XieValDefault, +XieValGeometry_Antialias, +XieValGeometry_AntialiasByArea, +XieValGeometry_AntialiasByLowpass, +XieValGeometry_BilinearInterpolation, +XieValGeometry_Gaussian, +XieValGeometry_NearestNeighbor } +* Default +Geometry_Antialias ANTIALIAS +Geometry_AntialiasByArea ANTIALIAS-BY-AREA +Geometry_AntialiasByLowpass ANTIALIAS-BY-LOWPASS +Geometry_BilinearInterpolation BILINEAR-INTERPOLATION +Geometry_Gaussian GAUSSIAN +Geometry_NearestNeighbor NEAREST-NEIGHBOR +private-technique-number private-name-string +* The server is required to support the Default technique which is bound to one of the standard techniques defined above or +a private technique. + + +XieTypHistogramData +HistogramData defines the organization of histogram entries created by the ExportClientHistogram +element. +XieTypHistogramData +[ value CARD32 + count CARD32 +] + +XieTypHistogramShape +HistogramShape defines the various match-histogram shape techniques that can be requested in the +MatchHistogram element. +XieTypHistogramShape { XieValHistogram_Flat, +XieValHistogram_Gaussian, +XieValHistogram_Hyperbolic } +Histogram_Flat FLAT +Histogram_Gaussian GAUSSIAN +Histogram_Hyperbolic HYPERBOLIC +private-technique-number private-name-string + +XieTypInterleave +Interleave defines the way in which bands of TripleBand data may be interleaved. +XieTypInterleave { XieValBandByPixel, +XieValBandByPlane } +* BandByPixel the data for all bands are interleaved on a per-pixel basis and transmitted as a single data plane +(e.g. for RGB data red, green, and blue values for a given pixel are immediately followed by the +red, green, and blue values for the next pixel). BandByPixel is similar to the core protocol +ZPixmap format. +* BandByPlane the data for each band are transmitted as separate data planes (e.g. for RGB data all red data are +transmitted in one plane, all green data in a separate plane, and all blue data in another plane). + +Interleave is generally used in conjunction with Orientation, which would define the order of the interleaved bands. + + +XieTypLevels +Levels describes the potential dynamic range for the quantization levels associated with each band of an +image. +XieTypLevels XieTypTripletofCARD32 + Note: for Constrained image data a value of zero (0) represents 232 (4,294,967,296) levels. + +XieTypLUT +LUT is the type for the XIE server resource used to hold arrays which map one set of values to another. The +arrays are one-dimensional, and the resource holds either one or three arrays. The ImportClientLUT and +ImportLUT elements are used to import LUT data into a Photoflo, the Point element uses the data, the +ExportLUT element is used to (re)populate the LUT resource, and the ExportClientLUT element is provided +to facilitate sending the LUT data back to the client. +XieTypLUT XID + +XieTypMathOp +MathOp defines the valid mathematical operations that can be invoked through the Math element. The +MathOp is applied to each input pixel value to determine the output pixel value. +XieTypMathOp { XieValExp, XieValLn, +XieValLog2, XieValLog10, +XieValSquare, XieValSqrt } +* Exp exponential +* Ln natural logarithm +* Log2 logarithm base 2 +* Log10 logarithm base 10 +* Square square +* Sqrt square root + +XieTypMatrix +Matrix is a 3 x 3 matrix of floats that is used by some of the colorspace conversion techniques (e.g. con- +version between RGB and CIE colorspaces). +XieTypMatrix XieTypTripletofXieTypConstant + + +XieTypOrientation +Orientation defines the transmission order of image data units through the protocol stream. +XieTypOrientation { XieValLSFirst, XieValMSFirst } +Note: in the examples that follow, the order of bytes in the DataStream should be read from left to right. + +encoded-order Specifies the order of bits within bytes of encoded (compressed) data. +Example: showing 2 bytes (within each byte the first encoded bit is 0, last is bit 7) + +LSFirst +MSFirst + + +76543210 76543210 +01234567 01234567 + +fill-order When multiple pixels are put in the same byte, or a pixel spans multiple bytes, fill-order +specifies whether the pixels (or parts of a pixel) are packed into the most or least +significant bits of a byte first. +Example: showing 8 2-bit pixels (aa, bb, cc, etc.), and 2 10-bit pixels: aaaaaaaaaa +and bbbbbbbbbb) + +LSFirst +MSFirst + + +ddccbbaa hhggffee +aabbccdd eeffgghh + + +aaaaaaaa bbbbbbaa xxxxbbbb +aaaaaaaa aabbbbbb bbbbxxxx + +pixel-order For pixels that span a byte boundary, pixel-order specifies whether the most or least +significant bits of the pixel are put into the DataStream first. Any pad bits that are +present between pixels always follow the pixel data (i.e. pad bits are not considered to be +either LS-bits or MS-bits of the pixel data). +Example: showing 2 10-bit pixels, each with 2 bits of pad (within each pixel the LS-bits +are 0 and a, the MS-bits are 9 and j, the pad bits are p) +fill-order +LSFirst (pixel-order) +MSFirst (pixel-order) + +LSFirst +76543210 dcbapp98 ppjihgfe +98765432 jihgpp10 ppfedcba + +MSFirst +76543210 98ppdcba jihgfepp +98765432 10ppjihg fedcbapp + +band-order Definition: at the protocol level, the least significant band of trichromatic data is the first +band mentioned in the common name of the colorspace (e.g. red is the least significant +band of RGB data). + For BandByPixel data, band-order specifies whether this band is put in the least or most +significant bits of a pixel. + +LSFirst +MSFirst + + +B1B0G2G1G0R2R1R0 +R2R1R0G2G1G0B1B0 + + For BandByPlane data, band-order specifies whether this band corresponds with the +least significant or most significant image plane. Each plane is transported as a separate +DataStream. +band +LSFirst +MSFirst + +0 +R7R6R5R4R3R2R1R0 +B7B6B5B4B3B2B1B0 + +1 +G7G6G5G4G3G2G1G0 +G7G6G5G4G3G2G1G0 + +2 +B7B6B5B4B3B2B1B0 +R7R6R5R4R3R2R1R0 + + For all other instances where a triplet of per-band information is conveyed through the +protocol (levels, constants, etc.), the first element of the triplet corresponds with the +least significant band as defined above. +XieTypPhotoElement +PhotoElement, or just element, is a generic type used for import, process, or export elements in a Photoflo. +The syntax of a generic element was described in Chapter 2. The actual element definitions are found in +Chapters 6, 7, and 8. + +XieTypPhotoflo +Photoflo is the type for the XIE server resource which is used to represent a sequence of image processing +operations. Stored Photoflos are permanent resources. As such they must be created and destroyed by +the client. +XieTypPhotoflo XID +For immediate Photoflos, see type Photospace and the ExecuteImmediate protocol request. + +XieTypPhotofloOutcome +PhotofloOutcome is returned by the PhotofloDone event and indicates the reason why the Photoflo left the +Active state. +XieTypPhotofloOutcome { XieValFloSuccess, +XieValFloError, +XieValFloAbort } +* FloSuccess the Photoflo completed normally +* FloError the Photoflo terminated due to an error condition +* FloAbort the Photoflo was aborted by the client + + +XieTypPhotofloState +PhotofloState identifies the current execution state of a Photoflo. +XieTypPhotofloState { XieValInactive, +XieValActive, +XieValNonexistent } +* Inactive the state of a stored Photoflo prior to execution, after an error or abort, or after execution +completes. Inactive stored Photoflos can be modified and redefined. +* Active the state of a stored or immediate Photoflo during execution. + A Photoflo remains Active until: + - all export elements have finished their task, and + - all data exported for the client have been retrieved, or + - an error prevents further progress, or + - the client issues an abort request. +* Nonexistent the state of a Photoflo that does not exist (never existed or has been destroyed). + +XieTypPhotomap +Photomap is the type for the XIE resource used to store image data in the server. A Photomap is a per- +manent resource that can be created and destroyed by the client. ImportPhotomap is used to import per- +manent image data into a Photoflo. ExportPhotomap is used to (re)populate the resource. +XieTypPhotomap XID + +XieTypPhotospace +Photospace is the type for the XIE resource used to define a XIE name space within which immediate +Photoflos may be executed. A Photospace is a permanent resource and as such must be created and de- +stroyed by the client. +XieTypPhotospace XID + +XieTypPhototag +Phototag is the position or index of a PhotoElement within a list of elements used to specify a Photoflo. The +first element in the list has a Phototag value of one (1). A Phototag value of zero (0) is reserved for special +purposes, such as indicating an optional element input that is not connected, or indicating Photoflo errors +that are not specific to an element. +XieTypPhototag CARD16 +XieTypProcessDomain +ProcessDomain is a sub-structure inserted in many PhotoElement definitions. It is used to restrict the +element's processing to a subset of the source data pixels. A ProcessDomain can be either a list-of- +rectangles or a control-plane. +XieTypProcessDomain +[ offset-x INT32 +offset-y INT32 +domain XieTypPhototag +] +Offset-x and offset-y specifies the spatial registration between the element's data source(s) and the +ProcessDomain (i.e. offset relative to the origin of the source(s)). Domain is the Phototag of the element +providing the ProcessDomain data. +If the value zero (0) is specified for domain, processing is not restricted by the processing domain, other- +wise, domain references an element outputting a list-of-rectangles or image data which is used as a control- +plane. +If domain is a list-of-rectangles, processing is restricted to the intersection of the data source(s) and any +rectangle within the list (offset-x and offset-y are added to the x and y of each rectangle). +If domain is a source of Constrained, SingleBand, bi-level image data (i.e. a control-plane), processing is +restricted to the intersection of the data source(s) and non-zero locations within domain. +ProcessDomain is not supported by DIS but is included in the subset because the Point element takes a +ProcessDomain as a parameter (in this case domain must be zero). + +XieTypRectangle +Rectangle describes a rectangle used in XieTypROI. +XieTypRectangle +[ x INT32 +y INT32 +width CARD32 +height CARD32 +] +X and y are the coordinates of the upper left hand corner of the rectangle within the ProcessDomain (the +domain's x,y offset is also added to these coordinates to position the rectangle relative to the image being +processed). Width and height are the extent of the rectangle. + +XieTypROI +ROI (Rectangles-Of-Interest) is the XIE resource used to contain a list-of-rectangles (input for a +ProcessDomain). A ROI resource is a permanent resource and as such must be created and destroyed by +the client. ImportClientROI and ImportROI elements are used to import a list-of-rectangles into a Photoflo, +the ExportROI element is used to (re)populate an ROI resource, and the ExportClientROI element is +provided to facilitate sending rectangles back to the client *. +XieTypROI XID +* The list-of-rectangles that can be retrieved by the client need not be identical to the original list that was received from +the client, but it must be logically equivalent. +XieTypServiceClass +ServiceClass defines the recognized image processing service sets supported by this X Image Extension +standard. +XieTypServiceClass { XieValFull, XieValDIS } +* Full supports the entire XIE protocol as defined in this document +* DIS supports the Document Image Subset, a proper subset of Full XIE +An itemized list of XIE types, techniques, protocol requests, elements, events, and errors that are included in each +ServiceClass can be found in Appendix B. + +XieTypTechniqueGroup +TechniqueGroup defines the standard technique group names that can be queried using the QueryTech- +niques protocol request. +XieTypTechniqueGroup { XieValDefault, +XieValAll, +XieValColorAlloc, +XieValConstrain, +XieValConvertFromRGB, +XieValConvertToRGB, +XieValConvolve, +XieValDecode, +XieValDither, +XieValEncode, +XieValGamut, +XieValGeometry, +XieValHistogram, +XieValWhiteAdjust } +* Default select all default techniques +* All select all supported techniques +* ColorAlloc select color allocation techniques +* Constrain select techniques for constraining data +* CovertFromRGB select colorspace conversion techniques (for conversion from the RGB colorspace) +* CovertToRGB select colorspace conversion techniques (for conversion to the RGB colorspace) +* Convolve select techniques for handling convolution edge conditions +* Decode select image decoding (decompression) techniques +* Dither select dithering techniques +* Encode select image encoding (compression) techniques +* Gamut select colorspace conversion gamut compression techniques +* Geometry select geometric sampling techniques +* Histogram select match-histogram shapes +* WhiteAdjust select colorspace conversion white point adjustment techniques + +If a vendor defined an additional private technique group, it could be discovered by querying for All groups. +XieTypTechniqueRec +TechniqueRec defines the information which is returned for each technique in the reply to a Query- +Techniques protocol request. +XieTypTechniqueRec +[ needs-parameters BOOL +group XieTypTechniqueGroup +number CARD16 +speed CARD8 +name STRING8 +] +Needs-parameters indicates that a technique requires additional parameters; or if false, the technique either +takes no parameters, or its parameters are optional. Group identifies which group the technique belongs to. +Number is the numeric identifier assigned to the technique *. Speed represents the server's view of the +speed of this technique relative to the other techniques in the same group (0 is the slowest, and 255 is the +fastest). Name is the XIE compliant technique name string. +* Numbers assigned to standard techniques are encoded in Appendix C. + +XieTypTile +Tile defines a source data tile for the PasteUp element. +XieTypTile +[ src XieTypPhototag +dst-x INT32 +dst-y INT32 +] +Src is the Phototag of the element supplying source data. Dst_x, dst_y specify the coordinates where the +tile belongs in the output data. + +XieTypTripletoftype +Tripletof is a generic type used to define a fixed sized array of 3 items* of the specified type. +XieTypTripletof [ v0, v1, v2 : (of type) ] +* Tripletof is usually used to describe per-band attributes and parameters. When dealing with SingleBand images, the value +zero must be used for the nonexistent bands. +XieTypWhiteAdjustTechnique +WhiteAdjustTechnique defines the white point adjustment techniques which can be used when converting +to or from the RGB colorspace. +XieTypWhiteAdjustTechnique { XieValDefault, +XieValWhiteAdjust_None, +XieValWhiteAdjust_CIELabShift } +* Default +WhiteAdjust_None NONE +WhiteAdjust_CIELabShift CIELAB-SHIFT +private-technique-number private-name-string +* The server is required to support the Default technique which is bound to one of the standard techniques defined above or +a private technique. + + + + + + + + + + + + + + + + + + + + + + + +almost blank + +Protocol Parameter Types 3-1 + + +4 +Resources +Overview +XIE resources are extension server objects created by the client which contain information used by the +extension in carrying out various protocol requests. There are protocol requests to create and destroy +each resource type. Resource identifiers are generated by the client as defined by the core protocol. +All XIE resources are reference counted. +Binding Resources to Photoflos +Each resource that is referenced from a Photoflo is bound to the Photoflo (and its reference count is +incremented) when the Photoflo becomes Active. +ColorList resources +A ColorList is purged of previous allocations when a Photoflo begins execution, and is populated with +new allocations (via ConvertToIndex) as the Photoflo proceeds. A ColorList can only be referenced by +one Active Photoflo at a time. The ColorList's reference count is decremented when the Photoflo is no +longer Active. +LUT, Photomap, and ROI resources +These XIE resources consist of two parts: one part contains the resource-id, the other part holds at- +tributes and data. Figure 4-1 pictures the first part as a handle, and the second part as a bucket. Upon +resource creation only the handle exists. The bucket is created when the Photoflo (referencing the +handle via an ExportResource element) becomes Active. The handle and bucket are joined when +the Photoflo successfully completes. Conceptually each part contains a separate reference count. + +Figure 4-1 Creating and populating a new Photomap +In the case of ImportResource elements the handle and bucket are both bound to the Photoflo +when it first becomes Active (initialization). For ExportResource elements, only the handle is +bound at this time and a new bucket is created to hold the forthcoming data. This bucket's attributes +are derived from the ExportResource element. +If an export handle is already connected to a bucket, the old bucket remains with its handle until suc- +cessful Photoflo completion. Thus, the old bucket is preserved if the Photoflo terminates due to an error +condition or if an Abort request is received from the client. +The new bucket is filled with data as the Photoflo proceeds. When the Photoflo successfully com- +pletes, old buckets can be freed if they have no other references, and the waiting handle is joined to the +new bucket. This is illustrated in figure 4-2. + +Figure 4-2 Process image from Photomap a, place result into Photomap b +This model also allows pseudo in-place operations such as is illustrated in figure 4-3. Here an image is +imported from a Photomap, processed, and then the result is exported back to the same Photomap. Note +that upon completion the old handle is moved to the new bucket and the old bucket is destroyed. + +Figure 4-3 Process image from Photomap a in-place +Resource destruction +When a destroy request is received the resource-id is immediately disassociated from the resource and +the resource's reference count(s) is(are) decremented. For each reference count that goes to zero, the +associated resources are freed (e.g. memory or colors). +Synchronizing resource access +If multiple Photoflos reference the same resource, the client must synchronize access to the resource +(e.g. Await completion of the Photoflo writing the resource before beginning execution of a Photoflo +reading from the resource). Core resources can be volatile, requiring the client to maintain the data +integrity of the resource while the Photoflo is active. +Capability Acquisition +QueryImageExtension +XieReqQueryImageExtension +client-major-version CARD16 +client-minor-version CARD16 +* +server-major-version CARD16 +server-minor-version CARD16 +service-class XieTypServiceClass +alignment XieTypAlignment +unconstrained-mantissa CARD16 +unconstrained-max-exp INT32 +unconstrained-min-exp INT32 +constrained-levels LISTofCARD32 +Errors: Alloc +Events: none +QueryImageExtension returns information about the XIE server's capabilities. Each client should use +QueryImageExtension to establish version compatibility between client and server prior to making any +other XIE request. If a client fails to first establish the desired version using QueryImageExtension, the +behavior of other requests is undefined (which generally means that the server will use the version +number of its own choice). +Client-major-version and client-minor-version specify which version of the XIE protocol the client +would like to use. If the client can support multiple versions, the highest version should be given. +The server-major-version and server-minor-version specify the version of the XIE protocol that the +server expects from the client. If the server supports the version requested by the client, this version +number will be returned. If the client has requested a higher version than is supported by the server, +the server's highest version will be returned. Otherwise, if the client has requested a lower version than +is supported by the server, the server's lowest version will be returned. It is the client's responsibility to +decide whether or not it can match the server's version of the protocol. +Service-class specifies the ServiceClass supported by the XIE server . Alignment specifies the image +data alignment restrictions of the server (i.e. the alignment of pixels and scanlines). +The following parameters convey the approximate range and granularity of Unconstrained data in the +XIE server. For servers that represent Unconstrained data using floating point, unconstrained- +mantissa returns the number of bits in the server's floating point format (including the sign bit). If the +server uses fixed point, unconstrained-mantissa is 0. Unconstrained-max-exp returns the largest value +n such that 2n - 1 is representable in the server's Unconstrained data format. Unconstrained-min-exp +returns the smallest (most negative) value n such that 2n is representable in the server's Unconstrained +data format. +Constrained-levels provides a hint about how the XIE server might process Constrained data most +efficiently. Constrained-levels returns a list of levels that are recommended for Constrained data by +the server. (a value of 0 means 232 levels). +Error Cause +Alloc insufficient resources + + +Technique Acquisition +QueryTechniques +XieReqQueryTechniques +technique-group XieTypTechniqueGroup +* +technique-information ListofXieTypTechniqueRec +Errors: Alloc, Value +Events: none +QueryTechniques returns information about the standard and private techniques that are supported by +the server. The server may be queried for All techniques, all Default techniques, or a group of +techniques that are functionally similar (e.g. all Geometry techniques). +Technique-group specifies the group of techniques for which the server is to return information. +Technique-information is a list of TechniqueRec entries which are returned in arbitrary order. Each +entry contains the following information: +needs-parameters if true, indicates that the technique requires additional parameters; if +false, the technique takes no parameters, or it has parameters that are +optional. If parameters are optional, they must be totally omitted, or +they must all be supplied. +group identifies which group the technique belongs to. +number the numeric identifier assigned to the technique (MS bit is zero for +standard techniques, or one for private techniques). +speed the server's assessment of the speed of this technique relative to other +techniques in the same group (0 :== slowest, 255 :== fastest). +name the XIE compliant technique name string of the form: + or +__ +The technique number is supplied to pipeline elements to specify a desired algorithm or technique. +While numbers for standard techniques can be hard-coded (e.g. defined in an include file), numbers for +private techniques must be obtained using the QueryTechniques protocol request prior to their use. +Error Cause +Alloc insufficient resources +Value unknown technique-group +A complete description of each technique and its parameters is given in Appendix A. A summary of standard +techniques itemized by service class can be found in Appendix B. Numbers assigned to standard techniques are encoded +in Appendix C. + + +ColorList +CreateColorList +XieReqCreateColorList +color-list XieTypColorList +Errors: Alloc, IDChoice +Events: none +CreateColorList creates an unpopulated server resource which can be used to store the list of colors +allocated by a ConvertToIndex element. The COLORMAP allocations that are recorded in a ColorList +belong to the client that executed the Photoflo that populated the resource (this is not necessarily the +same client that created the ColorList). A ColorList cannot be the target of more than one Active +Photoflo at a time. +Color-list is the client supplied ColorList identifier to be assigned to this resource. +Color-list is populated (or re-populated) with new COLORMAP allocations via a ConvertToIndex +element as the Photoflo executes. The contents of color-list may be queried using QueryColorList. +The client may explicitly purge all allocated cells from color-list using PurgeColorList. The client may +cause an implicit deallocation of cells from color-list by making it the target of a Photoflo and com- +mencing its execution. An implicit purge also takes place if the COLORMAP referenced by color-list is +freed or if the client that owns the cells exits (i.e. the client that populated color-list). +Color-list can be destroyed using DestroyColorList. +Error Cause +Alloc insufficient resources +IDChoice invalid color-list + + +DestroyColorList +XieReqDestroyColorList +color-list XieTypColorList +Errors: ColorList +Events: none +DestroyColorList disassociates the resource-id from color-list and decrements its reference count. If +there are no other references, it frees colors held in color-list, and then destroys the ColorList identi- +fied by color-list. +Error Cause +ColorList invalid color-list + + +PurgeColorList +XieReqPurgeColorList +color-list XieTypColorList +Errors: Access, ColorList +Events: none +PurgeColorList frees the colors from the ColorList identified by color-list. +Error Cause +Access attempt to purge colors when color-list is being written by a Photoflo +ColorList invalid color-list + + +QueryColorList +XieReqQueryColorList +color-list XieTypColorList +* +colormap COLORMAP +colors LISTofCARD32 +Errors: Alloc, ColorList +Events: none +QueryColorList returns a list of colors allocated by a ConvertToIndex element. +Color-list is the ColorList resource to be queried. +Colormap is the COLORMAP from which the colors were allocated. Colors is the list of allocated +COLORMAP indices. +When there are no colors in color-list, the value zero (0) is returned for colormap, and the list of colors +is of length zero. +Error Cause +Alloc insufficient resources +ColorList invalid color-list +Notes: +* The COLORMAP was originally supplied by the client as a ConvertToIndex parameter. +* The returned colors are owned by the server, and therefore, should not be freed via core X protocol requests (e.g. +FreeColors) +* The allocated colors can be freed by: + - issuing a PurgeColorList or DestroyColorList request, + - commencing execution of a Photoflo that targets color-list, + - freeing colormap, + - shutting down the client that populated color-list. + + +LUT +CreateLUT +XieReqCreateLUT +lut XieTypLUT +Errors: Alloc, IDChoice +Events: none +CreateLUT creates a server resource which is used as a lookup table by the Point element. A lookup +table consists of one or three single dimension arrays, each long enough to contain an entry for all +possible pixels values in the image data to which the Point element will be applied. +Lut is the client supplied LUT identifier to be assigned to this resource. +The LUT is populated (or re-populated) with lookup table entries after the successful execution of a +Photoflo containing an ExportLUT element which targets lut. Lookup table data can be imported into a +Photoflo using an ImportLUT element. These data can be used by Point, and they can be exported to +the client with the aid of an ExportClientLUT element. +Lut can be destroyed using DestroyLUT. +Error Cause +Alloc insufficient resources +IDChoice invalid lut +A LUT can be populated with a simple ExecuteImmediate( ImportClientLUT, ExportLUT ) Photoflo. +PutClientData is then used to transport the lookup table entries. See ImportClientLUT and Point for further +information on LUTs + + +DestroyLUT +XieReqDestroyLUT +lut XieTypLUT +Errors: LUT +Events: none +DestroyLUT disassociates the resource-id from lut and decrements its reference count. If there are no +other references, it destroys the LUT identified by lut. +Error Cause +LUT invalid lut + + +Photomap +CreatePhotomap +XieReqCreatePhotomap +photomap XieTypPhotomap +Errors: Alloc, IDChoice +Events: none +Attribute Value +class undefined (see text) +type undefined (see text) +width undefined (see text) +height undefined (see text) +levels undefined (see text) +CreatePhotomap creates a server resource which is used to store image data. Photomap data may be +rendered for display or used as input to control or modify the rendition of another image. +Photomap is the client supplied Photomap identifier to be assigned to this resource. +Photomap attributes are defined when a Photoflo containing an ExportPhotomap element populates +photomap with data. +The Photomap is populated (or re-populated) with image data after the successful execution of a Pho- +toflo containing an ExportPhotomap element that targets photomap. Photomap data can be imported +into a Photoflo for rendition or control purposes using an ImportPhotomap element. It can also be +exported back to the client with the aid of an ExportClientPhoto element. Photomap attributes can be +queried using QueryPhotomap. Photomap can be destroyed using DestroyPhotomap. +Error Cause +Alloc insufficient resources +IDChoice invalid photomap +A Photomap can be populated with a simple ExecuteImmediate(ImportClientPhoto, ExportPhotomap) +Photoflo. PutClientData is then used to transport the image data. See ImportClientPhoto and ExportPhotomap +and their associated techniques for more information regarding the format of image data. +DestroyPhotomap +XieReqDestroyPhotomap +photomap XieTypPhotomap +Errors: Photomap +Events: none +DestroyPhotomap disassociates the resource-id from photomap and decrements its reference count. If +there are no other references, it destroys the Photomap identified by photomap. +Error Cause +Photomap invalid photomap +QueryPhotomap +XieReqQueryPhotomap +photomap XieTypPhotomap +* +populated BOOL +data-type XieTypDataType +data-class XieTypDataClass +width XieTypTripletofCARD32 +height XieTypTripletofCARD32 +levels XieTypLevels +decode XieTypDecodeTechnique +Errors: Alloc, Photomap +Events: none +QueryPhotomap returns the queriable attributes of a Photomap. +Photomap is the Photomap to be queried. +Populated is a Boolean that indicates that photomap has been populated with attributes and data. If +populated is false, all remaining fields contain zeros. Data-type shows whether the number of quan- +tization levels is valid (Constrained) or unknown (Unconstrained). Data-class is the class of image +data (i.e. SingleBand or TripleBand). Width and height are the dimensions of the image data in pixels +(per band). Levels is the potential dynamic range, or number of quantization levels (per band). Decode +is the DecodeTechnique that will be required to interpret or decompress the data. +If data-type is Unconstrained, the returned values for levels are zeros. If data-class is SingleBand, +width, height, and levels for unused bands are returned as zeros. +Error Cause +FloAlloc insufficient resources +Photomap invalid photomap + + +ROI +CreateROI +XieReqCreateROI +roi XieTypROI +Errors: Alloc, IDChoice +Events: none +CreateROI creates a server ROI (Rectangles-Of-Interest) resource. A ROI resource may be imported +into a Photoflo and used in conjunction with a ProcessDomain specification to restrict processing to a +subset of image data. The ROI, when populated, will contain a list-of-rectangles (of type Rectangle). +Roi is the client supplied ROI identifier to be assigned to this resource. +The ROI is populated (or re-populated) with a list-of-rectangles after the successful execution of a +Photoflo containing an ExportROI element which targets roi. An ROI resource does not have any +queriable attributes. +ROI data can be imported into a Photoflo using an ImportROI element. This data, which is used by +several of the PhotoElements defined in chapters 7 and 8, can also be exported back to the client with +the aid of an ExportClientROI element. +Roi can be destroyed using DestroyROI. +Error Cause +Alloc insufficient resources +IDChoice invalid roi +An ROI can be populated with a simple ExecuteImmediate ( ImportClientROI, ExportROI ) Photoflo. +PutClientData is then used to transport the list-of-rectangles. +If the client uses ExportClientROI to retrieve a list-of-rectangles from the server, the number of rectangles and the +content of the list that is returned may differ from original list that was obtained from the client, but its contents will +be logically equivalent. + + +DestroyROI +XieReqDestroyROI +roi XieTypROI +Errors: ROI +Events: none +DestroyROI disassociates the resource-id from roi and decrements its reference count. If there are no +other references, it destroys the ROI identified by roi. +Error Cause +ROI invalid roi + + + ServiceClasses defined in this document include: Full XIE and DIS. + + +Resources 4-10 + + +5 +Pipelined Processing +What is a Photoflo? +A Photoflo is a directed acyclic graph. Each node has zero or more input connections, and zero or one +output connection. A node specifies the source for an input by identifying another upstream node. A +node's output connection can be used as a source for any number of downstream input connections. A +Photoflo is permitted to have taps and multiple final destinations. +The protocol representation of a Photoflo is a list of elements. Since the entire list is sent to the server +as a single protocol request, the total length of the list, including its protocol header, must fit within a +maximum size protocol message (see, maximum-request-length, established by X11 connection setup). +Each element of the Photoflo is identified by its position in the list. This position, or index, is called a +Phototag. The first element in the list is index one (1). The order of elements in the list does not have to +match the Photoflo topology because there is no implicit coupling of output N to input N+1. The +source for each element's input connections are explicitly specified using the Phototags of upstream +elements. +There are three types of elements. Import elements bring data into the Photoflo from external resources +or the client, have one output connection, and no input connections. Process elements perform some +operation on the data (e.g. convolution), have one or more input connections, and exactly one output +connection. Export elements emit data from the Photoflo to external resources or to the client, have one +input connection, and no output connections. A Photoflo should include at least one import element +and one export element to be useful. + + +Import +Process +Export + +Number of input connections +none +one or more +one + +Number of output connections +one +one +none + + + + + + + +Figure 5-1 Photoflo element input and output connections +All data external to the Photoflo (internal server data and client data), are accessed through import and +export elements. Therefore, for purposes of Photoflo definition and modification, X and XIE resource- +ids are considered element parameters rather than element sources or destinations. No element is +permitted to reference a Photoflo for any reason. It is also an error to specify an export element as an +input to any element. +Figure 5-2 illustrates several capabilities of Photoflo construction. An RGB image is imported from the +client. This image is saved in a Photomap for later re-use. The blue band is selected and translated (to +correct registration). This result is exported back to the client. A BandCombine element associates a +single band imported from a Photomap (the red band), with the green band selected from the initial RGB +image, and the re-registered blue band. The combined image is then converted to index data and +exported to a PIXMAP and to a WINDOW. The color allocation results are saved in a ColorList. + +Figure 5-2 Example Photoflo +Two kinds of Photoflos +There are stored Photoflos and immediate Photoflos. Stored Photoflos persist beyond execu- +tion and may be modified or totally redefined prior to subsequent executions. Immediate Photoflos +are ephemeral - a single protocol request defines and begins its execution, then it is automatically +destroyed upon completion. Services common to both types of Photoflos are: +* event notification +* error notification +* put data: send data from the client into a Photoflo +* get data: return data exported from a Photoflo back to the client +* query: return information about the Photoflo +* await: block future client requests until the Photoflo completes +* abort: terminate Photoflo execution prematurely +Multi-client Photoflos +A stored Photoflo can be executed by a client other than the client that created it. It is also possible +that the Photoflo may reference resources that belong to other clients, and data may be supplied and +retrieved by various clients. The following rules apply when multiple clients are involved in the execu- +tion of a Photoflo: +* errors that stem from executing Photoflo elements are sent to the client executing the Photoflo, +* errors that stem from executing client data put or get requests go to the client executing the request, +* colors recorded in a ColorList resource belong to the client executing the Photoflo, +* PhotofloDone events are sent to the client executing the Photoflo, +* multiple clients can Await completion of a given Photoflo. +Photoflo States +Stored Photoflos enter the Inactive state upon creation and transition to the Active state when exe- +cution is requested. Immediate Photoflos are both created and made Active by the execute request. +A Photoflo remains Active until: all ImportClient elements have received a final flag, all export +elements have finished their task, and all data exported for the client have been retrieved, or an error +prevents further progress, or the client issues an Abort request. After execution stored Photoflos +return to the Inactive state, whereas immediate Photoflos are destroyed (become Nonexistent). The +client may destroy a stored Photoflo at any time. + Stored Photoflo Immediate Photoflo + +Figure 5-3 Photoflo states +Flo'ing Data to a Resource +Besides image rendition and display, immediate or stored Photoflos are also used to populate XIE +resources with data and attributes. Some form of processing may be applied to the data, but in the +simplest case, a two element import/export Photoflo is generally sufficient. +Also all types of ephemeral client data may be imported and used directly by a Photoflo, without the +necessity of first storing it in an XIE resource. For example, simple transport of an image (compressed +or uncompressed) to a WINDOW is expected. +Import element Export element purpose +ImportClientPhoto ExportPhotomap populate a Photomap resource +ImportClientLUT ExportLUT populate a LUT resource (lookup table) +ImportClientROI ExportROI populate a ROI resource (list-of-rectangles) +ImportClientPhoto ExportDrawablePlane display a bitonal image in a WINDOW +ImportClientPhoto ExportDrawable display a COLORMAP index image in a WINDOW +ImportPhotomap ExportDrawablePlane copy an existing bitonal image to a PIXMAP +Table 5-1 Examples of two element Photoflo usage +Name space +For requests that only apply to stored Photoflos (Create, Modify, Redefine, Execute, and Destroy), +the Photoflo is identified solely by its resource-id. For all other requests, events, and errors that ref- +erence a Photoflo, the Photoflo is identified using type Executable, which is a tupple identifying the +name-space and flo-id of the Photoflo. +Name-space for stored Photoflos is always ServerIDSpace (the value zero), and flo-id is the +Photoflo's resource-id. +Name-space for immediate Photoflos is a Photospace resource-id, and flo-id is a thirty-two (32) bit +value that uniquely identifies the instance of this Photoflo. +CreatePhotospace +XieReqCreatePhotospace +name-space XieTypPhotospace +Errors: Alloc, IDChoice +Events: none +CreatePhotospace defines a name-space in which immediate Photoflos may be executed. Any client +that needs to instantiate immediate Photoflos must create at least one Photospace. +Name-space is the resource-id for a new Photospace that can be used to accommodate immediate +Photoflos instantiated by this client. +Error Cause +Alloc insufficient resources +IDChoice invalid name-space +DestroyPhotospace +XieReqDestroyPhotospace +name-space XieTypPhotospace +Errors: Photospace +Events: none +DestroyPhotospace will destroy a Photospace. Prior to destroying the Photospace, all Photoflos that are +currently Active in the Photospace will be aborted, exported data pending client retrieval will be freed, +and the Photoflos will be destroyed. +Name-space is the Photospace to be destroyed. +Error Cause +Photospace invalid name-space + + +Immediate Photoflos +ExecuteImmediate +XieReqExecuteImmediate +instance XieTypExecutable +notify BOOL +element-list LISTofXieTypPhotoElement +Errors: FloAlloc, FloID, FloElement, Flo . . . +Events: PhotofloDone +ExecuteImmediate defines and begins execution of an immediate Photoflo. Execution is asyn- +chronous. The Photoflo is destroyed after execution completes and all data exported for the client have +been retrieved. It is legal to have multiple unique instances of immediate Photoflos (and stored +Photoflos) Active concurrently. +Instance specifies the Photospace/flo-id tupple by which this Photoflo will be identified in other re- +quests, events, or errors. Notify specifies whether a PhotofloDone event should be sent upon comple- +tion. Element-list defines the import, process, and export elements to be executed. +If any clients have blocked themselves during the execution of the Photoflo (see Await), they will be- +come unblocked when photoflo's state changes from Active to Nonexistent. If notify is true, a Photo- +floDone event is also generated by this transition. Finally, this instance is destroyed. +Error Cause +FloAlloc insufficient resources +FloID invalid Executable instance +FloElement invalid element-type(s) in element-list +Flo . . . see element descriptions for errors detected by elements in element-list + +See ExecutePhotoflo for a general outline of the execution phases of a Photoflo. + + +Stored Photoflos +The following requests are used to: create, modify, redefine, execute, and destroy stored Photoflos. +In these requests the Photoflo instance is identified only by its resource-id. However, errors and events +generated due to these requests identify the instance using type Executable (the name-space is +ServerIDSpace and the flo-id is the Photoflo's resource-id). +CreatePhotoflo +XieReqCreatePhotoflo +photoflo XieTypPhotoflo +element-list LISTofXieTypPhotoElement +Errors: Alloc, IDChoice, FloAlloc, FloElement, Flo . . . +Events: none +CreatePhotoflo creates a stored Photoflo resource, defines its complete contents, and sets it in the +Inactive state. +Photoflo is a new resource-id by which this Photoflo will be identified in other requests, events, or er- +rors. Element-list defines the import, process, and export elements to be stored for execution. +Although resources and parameters are specified at creation, no action is taken to validate them at that +time. CreatePhotoflo will only store the Photoflo's definition and parameter validation is delayed until +an execute request is received. +Error Cause +Alloc insufficient resources for photoflo +IDChoice invalid photoflo +FloAlloc insufficient resources for element-list +FloElement invalid element-type(s) in element-list +Flo . . . see element descriptions for errors detected by elements in element-list +DestroyPhotoflo +XieReqDestroyPhotoflo +photoflo XieTypPhotoflo +Errors: Photoflo +Events: none +DestroyPhotoflo will destroy a stored Photoflo. If photoflo was Active, it is aborted and all exported +data that are pending client retrieval are freed prior to destroying photoflo. +Photoflo is the Photoflo to be destroyed. +Error Cause +Photoflo invalid photoflo +See also Abort, which terminates a Photoflo's execution without destroying it. +ExecutePhotoflo +XieReqExecutePhotoflo +photoflo XieTypPhotoflo +notify BOOL +Errors: Photoflo, FloAccess, FloAlloc +Events: PhotofloDone +ExecutePhotoflo changes a stored Photoflo to the Active state. Execution is asynchronous. The +Photoflo returns to the Inactive state when execution completes and all data exported for the client have +been retrieved. It is legal to have multiple stored Photoflos (and immediate Photoflos) Active +concurrently. +Photoflo is the Photoflo to be executed. Notify specifies whether a PhotofloDone event should be sent +upon completion. +Conceptually, Photoflo execution is broken into at least three phases : +1. Initialization: +a. the Photoflo state is set Active, +b. bind external inputs (XIE reference counts are incremented) +c. imported attributes are propagated downstream +d. attributes and element parameter values are validated +e. lookup external destinations +f. create receptors for data to be exported to XIE resources2 +2. Execution: +a. data from server resources, if any, is pulled into the Photoflo +b. data from the client, if any, is pushed into the Photoflo (PutClientData) +c. processed data is exported to server resources as required2 +d. processed data is made available for client retrieval (GetClientData) +3. Completion: +a. unbind external inputs +b. join exported data with associated XIE resources2 and unbind remaining resources +c. report any error that occurred +d. if notify is true, send a PhotofloDone event +e. if Await has been requested, un-block client execution +f. the Photoflo state is set Inactive +If an error occurs during any phase, the client is notified and the Photoflo is terminated. Other events +can be sent by individual elements, as specified in their descriptions. +Error Cause +Photoflo invalid photoflo +FloAccess attempt to execute photoflo when it is already Active +FloAlloc insufficient resources +Flo . . . see element descriptions for errors detected by photoflo elements +ModifyPhotoflo +XieReqModifyPhotoflo +photoflo XieTypPhotoflo +start XieTypPhototag +element-list LISTofXieTypPhotoElement +Errors: Photoflo, FloAlloc, FloElement, FloSource, Flo . . . +Events: none +ModifyPhotoflo allows element parameters of a stored Photoflo to be modified. +Photoflo is the Photoflo to be modified. Start specifies the Phototag where element replacement is to +begin. Element-list is a sequential list of elements which will replace existing elements. +ModifyPhotoflo allows parameter modification only. No topological changes are allowed. Elements +cannot be deleted, inserted, or appended. +Error Cause +Photoflo invalid photoflo +FloAccess attempt to change photoflo while it is Active +FloAlloc insufficient resources +FloElement attempt to change element-type(s) in element-list +attempt to append additional element(s) to photoflo +FloSource invalid start +attempt to change Phototag input connections in element-list +Flo . . . see element descriptions for errors detected by elements in element-list +Multiple ModifyPhotoflo requests can be sent in order to edit individual elements, but, for greater efficiency and +particularly when repetitive modify/execute requests are expected, elements can be grouped such that a single +ModifyPhotoflo can perform multiple element modifications. +RedefinePhotoflo +XieReqRedefinePhotoflo +photoflo XieTypPhotoflo +element-list LISTofXieTypPhotoElement +Errors: FloAccess, Photoflo. FloAlloc, FloElement, Flo . . . +Events: none +RedefinePhotoflo allows all elements of a stored Photoflo to be removed and replaced with a new list. +There are no restrictions on changing element types, Phototag sources, or the list's size. +Photoflo is the Photoflo to be redefined. Element-list is a sequential list of elements which will replace +all existing elements. +Error Cause +Photoflo invalid photoflo +FloAccess attempt to change photoflo while it is Active +FloAlloc insufficient resources +FloElement invalid element-type(s) in element-list +Flo . . . see element descriptions for errors detected by elements in element-list +RedefinePhotoflo may be considered a hint that the new list of elements is in some way similar to those being +replaced. RedefinePhotoflo can also be used as a means to conserve resource-ids. +Sending Data to the Server +PutClientData +XieReqPutClientData +instance XieTypExecutable +element XieTypPhototag +final BOOL +band-number CARD8 +data XieTypDataStream +Errors: FloAlloc, FloAccess, FloID, FloElement, FloValue +Events: none +PutClientData sends a stream of data to an Active Photoflo. Since the complete data object may be +larger than can fit in a single protocol request, XIE allows the stream to be segmented; the last segment +is signaled with a final flag. +Instance and element identify the Photoflo and specific ImportClient element to receive the data. +Final specifies that this is the last (or only) segment of data to be sent. +If element is a band oriented element, band-number specifies which client band of data is being sent +(interleave and band-order specified for the ImportClient element or technique determine how cli- +ent bands are mapped to server bands). +Data is a counted list of bytes that comprises the data stream. The organization and contents of the +stream must match the parameters given to the ImportClient element or the results are undefined. +An arbitrary amount of image data can be sent per request, whereas for non-image data one or more +complete aggregates must be sent per request (e.g. one or more LUT array entries). +If too many data are sent (e.g. too many rectangles, or too many scanlines), the unwanted data are +discarded. It is an error, however, to send too few data prior to signaling final. +Error Cause +FloAlloc insufficient resources +FloAccess Executable instance not Active +FloID invalid Executable instance +FloElement invalid Phototag or element-type specified by element +FloValue invalid band-number +for non-image data, data contains a partial aggregate +All types of client data (list-of-rectangles, lookup tables, and images) are transported to the server using +PutClientData. Tiled images can be transported using multiple ImportClientPhoto elements, which in turn feed a +PasteUp element. + + +Retrieving Data from the Server +GetClientData +XieReqGetClientData +instance XieTypExecutable +element XieTypPhototag +max-bytes CARD32 +terminate BOOL +band-number CARD8 +* +new-state XieTypExportState +data XieTypDataStream +Errors: FloAlloc, FloAccess, FloID, FloElement, FloValue +Events: none +GetClientData retrieves data from an ExportClient element within an Active Photoflo. Data are +returned in a contiguous read-once byte stream, which can be requested in segments that are limited in +size by the amount the client desires or the amount available. The format of the data depends on the pa- +rameters given to the ExportClient element from which the data are requested. +Instance and element identify the Photoflo and specific ExportClient element from which to re- +trieve data. Max-bytes specifies the maximum number of data bytes that can be sent to the client. +Terminate is a Boolean that can be used to indicate that no more data are wanted after this request has +been satisfied. Band-number specifies which client band is to be retrieved (interleave and band-order +parameters specified for the ExportClient element technique determine how server bands are +mapped to client bands). +New-state indicates the data availability status of the ExportClient element after satisfying the cur- +rent request. Data is the counted list of bytes that is returned. +If terminate is true, new-state will be ExportDone (the ExportClient element will discard any +remaining data and stop producing additional data). +If new-state is ExportEmpty and notify (for the ExportClient element) was specified as NewData, +another ExportAvailable event will be sent when additional data become availabile. +If the request is sent to an ExportClient element that either: does not have any data, was termi- +nated by a previous GetClientData request, or has already returned all its data (ExportDone sent), the +request will return a zero length data stream. +Image data are always retrieved from the server as a byte stream, whereas non-image data are always +returned by the server as one or more complete aggregates (i.e. max-bytes is effectively rounded down +by the server to the match the nearest aggregate size). + +Error Cause +FloAlloc insufficient resources +FloAccess Executable instance not Active +FloID invalid Executable instance +FloElement invalid Phototag or element-type specified by element +FloValue invalid band-number +Servers are required to buffer a non-zero amount of data per ExportClient element. Beyond that point execution +may be suspended until the client retrieves sufficient data. +Terminate may be used to prematurely terminate output from an ExportClient element. If terminate is not used, +all data produced by the ExportClient element must be retrieved before the Photoflo can leave the Active state. + + +Status +QueryPhotoflo +XieReqQueryPhotoflo +instance XieTypExecutable +* +state XieTypPhotofloState +data-expected LISTofXieTypPhototag +data-available LISTofXieTypPhototag +Errors: FloAlloc +Events: none +QueryPhotoflo will return the current status of a Photoflo. +Instance identifies the Photoflo that is being queried. +State indicates the state of the Photoflo. Data-expected is a list of ImportClient elements that are +expecting data from the protocol stream. Data-available is a list of ExportClient elements from +which data for the protocol stream are available. Either or both of these lists may be of length zero. +Specifying an unknown or invalid instance will result in a reply state of nonexistent and zero length +data-expected and data-available lists. +Error Cause +FloAlloc insufficient resources + + +Synchronization +Await +XieReqAwait +instance XieTypExecutable +Errors: FloAlloc +Events: none +Await blocks all further requests for this client connection from being honored by the server while the +Photoflo is Active. When the Photoflo transitions from the Active state, blocked requests are allowed +to be processed in the order received. +Instance identifies the Active Photoflo which is to block requests from the client issuing the Await. +If instance is invalid or the Photoflo is not Active no action is taken; it is not an error, and the client is +not blocked. +Error Cause +FloAlloc insufficient resources +If a Photoflo has no ExportClient elements, the client can call Await. If a Photoflo has exactly one +ExportClient element, the client can just read bytes or be event-driven. If a Photoflo has multiple +ExportClient elements, the client should be event-driven. +Warning: calling Await before sending all import data (including a final flag) or before retrieving all export +data, will block the client from sending or retrieving the remaining data. This will also prevent completion +of the Photoflo and prevent any and all protocol requests from this client from being honored. This +deadlock can only be broken by another client completing or aborting the Photoflo (to release the Await), +or by breaking the client connection. + +Termination +Abort +XieReqAbort +instance XieTypExecutable +Errors: none +Events: none +Abort will prematurely terminate execution of a Photoflo. +Instance identifies the Photoflo which is to be aborted. +Any output from the Photoflo that is pending client retrieval is freed. If instance is a stored Photoflo +it will return to the Inactive state. Immediate Photoflos are destroyed. +If instance is invalid or the Photoflo is not Active no action is taken; it is not an error, and nothing is +destroyed. + + Optimization, an additional phase, would be roughly associated with the initialization phase. + For LUT, Photomap, and ROI resources refer to page 4-1 Binding Resources to Photoflos. + Completion is contingent upon all such data being retrieved by the client. + + +Pipelined Processing 5-4 + + +6 +Import Elements +Overview +Element categories +Import elements are used to bring external image data into a Photoflo. Import elements have no Pho- +totag sources and have one output connection. There are two types of import elements: +* ImportResource elements obtain data from a server resource (DRAWABLE, LUT, Photomap, or ROI). +* ImportClient elements require data from the client. This data is transported to the server via the +PutClientData protocol request. +Multi-source images +Multiple source images (e.g. tiled images, multi-client transport, ...) require a separate import element to +describe each segment of the image. The composite image can then be assembled using process ele- +ments (e.g. BandCombine, Blend, and PasteUp). +Events generated +Certain import elements can generate events to notify the client about abnormal behavior. Two such +events are defined: +* DecodeNotify notifies the client when anomalies are encountered while decoding a compressed image. +It can also be returned if less data are sent than are required to complete an uncom- +pressed image. +* ImportObscured notifies the client that one or more regions to be imported from a WINDOW are +obscured and unavailable from BACKINGSTORE. +Import from Client +ImportClient elements require data from the client. Element parameters fully specify all the at- +tributes of the client data and describe the format or organization the data will have as it is transported +through the protocol stream. Data is sent to the ImportClient element via the PutClientData +protocol request after the Photoflo becomes Active. + + +ImportClientLUT +XieFloImportClientLUT +class XieTypDataClass +band-order XieTypOrientation +length XieTypTripletofCARD32 +levels XieTypLevels +Errors: FloAlloc, FloMatch, FloValue +Events: none +ImportClientLUT accepts lookup table data from the protocol stream. The transport of data through +the protocol stream is accomplished using PutClientData. These data are accepted by the Point, Ex- +portLUT, and ExportClientLUT elements. +Class indicates the number of lookup arrays to expect. Length specifies the number of entries per array. +Levels is the number of quantization levels represented per array. Band-order declares the order of +TripleBand arrays, or the order in which pixels from a TripleBand image should be combined to form +indices for a SingleBand array . +The length of each array should match the number of source image levels that will be re-mapped +through the array. When a TripleBand image is to be re-mapped through a SingleBand array, the +length of the array should match the product of the source image levels of all three bands1. Table 6-1 +summarizes the class of output data to expect from Point, based on the class of LUT and the class of +image provided to Point. +Table 6-1 Relationship between LUT class and image class +LUT class +Source image: SingleBand +Source image: TripleBand + +SingleBand +( 1 array ) +Output image: SingleBand +the single image band is re- +mapped through the single array +Usage examples: +achromatic --> achromatic +achromatic --> index +Output image: SingleBand +pixels from each image band are combined1 and +then re-mapped through the single array +Usage examples: +trichromatic --> index +trichromatic --> achromatic + +TripleBand +( 3 arrays ) +Output image: TripleBand +the single image band is re- +mapped through each array sepa- +rately +Usage examples: +achromatic --> false-color +index----------> trichromatic +Output image: TripleBand +each image band is re-mapped through the +corresponding array +Usage examples: +trichromatic --> trichromatic + +The size of each array entry is either 1, 2, or 4 bytes; the smallest size into which the output quantization +levels can be stored. When array entries require multiple bytes, the byte order per entry is determined +in the same manner as other numeric data: it is the byte orientation established at core X connection +setup time. +Error Cause +FloAlloc insufficient resources +FloMatch levels is incompatible with the server's depth handling capabilities +FloValue invalid class or band-order +When the client targets data at ImportClientLUT, one or more complete array entries must be sent per protocol +request (see PutClientData). +ImportClientPhoto +XieFloImportClientPhoto +notify BOOL +class XieTypDataClass +width XieTypTripletofCARD32 +height XieTypTripletofCARD32 +levels XieTypLevels +decode XieTypDecodeTechnique +decode-params +Errors: FloAlloc, FloMatch, FloValue, FloTechnique +Events: DecodeNotify +Attribute Value +class class of imported image +type Constrained +width width of imported image (in pixels) +height height of imported image (in pixels) +levels levels of imported image +ImportClientPhoto accepts image data from the protocol stream. This data may be processed for +display or used as ProcessDomain data. The attributes and organization of the expected data stream +are fully specified by the parameters. The actual transport of image data through the protocol stream is +requested using the PutClientData protocol request. +Notify enables DecodeNotify events to be sent if anomalies are encountered while interpreting the +imported image data (see DecodeNotify and DecodeTechnique descriptions). Class specifies the +DataClass of the data being imported. Width and height are the per-band image dimensions in pixels. +Levels is the number of quantization levels per band. Decode is the DecodeTechnique that will be +required to decompress the image. Decode-params is the list of additional parameters required by +decode. +Only Constrained data can be sent through the protocol stream, therefore, levels must be valid. +Error Cause +FloAlloc insufficient resources +FloMatch levels is incompatible with the server's depth handling capabilities +FloValue invalid width, height, levels (zero) +invalid class +FloTechnique invalid decode technique or decode-params +If the imported client data is compressed, ImportClientPhoto is generally responsible for decoding the data prior to +forwarding the data to downstream elements. An exception to this would be when an export element is a direct +recipient of the data and the element desires data that are encoded using the same technique as decode. +If individual bands of TripleBand data have different widths or heights (e.g. down-sampled YCbCr data), it is generally +the client's responsibility to make inter-band dimensions match to render the image (e.g. use Geometry with +appropriate band-mask and sample technique). The JPEGBaseline technique that is described in Appendix A, includes +a Boolean flag that allows an image that is interleaved BandByPixel to be up-sampled as part of the decode function. +All data and a final indication must be sent for each band before the Photoflo can leave the Active state. The input +data are sent by the client using the PutClientData protocol request. If a subset of client bands are desired, the bands +should be imported as individual SingleBand images. + + +ImportClientROI +XieFloImportClientROI +rectangles CARD32 +Errors: FloAlloc +Events: none +ImportClientROI accepts a list-of-rectangles from the protocol stream. These data can be used as +input to a ProcessDomain or an ExportROI or ExportClientROI element. The actual transport of data +through the protocol stream is accomplished using the PutClientData protocol request (the band- +number parameter of PutClientData is ignored). +Rectangles specifies the number of rectangles expected. +Each rectangle is described using numeric values (see Rectangle), as such, the byte order of such data +is determined at core protocol connection setup time. +Error Cause +FloAlloc insufficient resources +When the client targets data at ImportClientROI, one or more complete Rectangles must be sent per protocol +request (see PutClientData). + + +Import from Resource +ImportResource elements obtain data from server resources: core DRAWABLEs, and XIE LUT, Pho- +tomap, and ROI resources. +The attributes and data of XIE resources are bound to ImportResource elements when the Photoflo +becomes Active. The same resource may also be the target of an ExportResource element in the +same Photoflo. However, the association between the resource's identifier (XID) and the new attributes +and data does not occur until the Photoflo successfully completes (i.e. leaves the Active state). (See +Binding Resources to Photoflos in Chapter 4.) +ImportDrawable +XieFloImportDrawable +notify BOOL +drawable DRAWABLE +src-x INT16 +src-y INT16 +width CARD16 +height CARD16 +fill CARD32 +Errors: FloAlloc, FloDrawable, FloValue +Events: ImportObscured +Attribute Value +class SingleBand +type Constrained +width width +height height +levels 2depth (i.e. drawable depth) +ImportDrawable allows access to data existing in a DRAWABLE. This data may be processed for +display or, if drawable is a BITMAP, used as ProcessDomain data. +Notify enables ImportObscured events to be sent if data for one or more regions of a WINDOW are +obscured and unavailable from BACKINGSTORE (see ImportObscured). Drawable is the DRAWABLE +resource supplying the data. Src-x, src-y, width, and height specify the region of data to be imported +from drawable. Fill is the COLORMAP index to use for all regions that are obscured. +Error Cause +FloAlloc insufficient resources +FloDrawable invalid drawable +FloValue invalid region (src-x, src-y, width, height) +The data are imported as ZPixmap format COLORMAP indices (i.e. SingleBand index data). Index data are +appropriate for only a few process elements (e.g. where a nearest-neighbor technique is used). ConvertFromIndex +can be used to convert index data prior to feeding it to other process elements. Compare can also be used to produce +bitonal data from index data. + + +ImportDrawablePlane +XieFloImportDrawablePlane +notify BOOL +drawable DRAWABLE +src-x INT16 +src-y INT16 +width CARD16 +height CARD16 +fill CARD32 +bit-plane CARD32 +Errors: FloAlloc, FloDrawable, FloValue +Events: ImportObscured +Attribute Value +class SingleBand +type Constrained +width width +height height +levels 2 +ImportDrawablePlane allows access to a single plane of data existing in a DRAWABLE. This data may +be processed for display or used as ProcessDomain data. +Notify enables ImportObscured events to be sent if data for one or more regions of a WINDOW are +obscured and unavailable from BACKINGSTORE (see ImportObscured). Drawable is the DRAWABLE +resource supplying the data. Src-x, src-y, width, and height specify the region of data to be imported +from drawable. Fill is the value to substitute for all regions that are obscured. Bit-plane specifies the +plane to be imported from drawable. +Bit-plane must have exactly one bit set to one (1), and the value of bit-plane must be less than 2n, +where n is the depth of drawable. This single bit selects the corresponding bit to be extracted from +pixels within drawable. +Error Cause +FloAlloc insufficient resources +FloDrawable invalid drawable +FloValue invalid bit-plane or region (src-x, src-y, width, height) + + +ImportLUT +XieFloImportLUT +lut XieTypLUT +Errors: FloAlloc, FloAccess, FloLUT +Events: none +ImportLUT allows access to lookup table data existing in a LUT resource. These data are accepted by +the Point, ExportLUT, and ExportLUT elements. +Lut is the LUT resource supplying the lookup table. +Attributes of the lookup table data are inherited from lut. +Error Cause +FloAlloc insufficient resources +FloAccess attempting to import from lut before it has been populated +FloLUT invalid lut + + +ImportPhotomap +XieFloImportPhotomap +notify BOOL +photomap XieTypPhotomap +Errors: FloAlloc, FloAccess, FloPhotomap +Events: DecodeNotify +Attribute Value +class same as photomap +type same as photomap +width same as photomap +height same as photomap +levels same as photomap +ImportPhotomap allows access to image data existing in a Photomap. This data may be processed for +display or used as ProcessDomain data. +Notify enables DecodeNotify events to be sent if anomalies are encountered while decoding com- +pressed data (see DecodeNotify and the DecodeTechnique descriptions). Photomap is the Photomap +resource supplying image data. +Attributes of the source data are inherited from photomap. +Error Cause +FloAlloc insufficient resources +FloAccess attempting to import from photomap before it has been populated +FloPhotomap invalid photomap +If the data imported from photomap are compressed, ImportPhotomap is generally responsible for decoding the data +prior to forwarding the data to downstream elements. An exception to this would be when an export element is a direct +recipient of the data and the data are already encoded using the technique desired by the export element. +If individual bands of TripleBand, BandByPlane data have different widths or heights (e.g. down-sampled YCbCr data), +it is generally the client's responsibility to make inter-band dimensions match to render the image (e.g. use Geometry +with appropriate band-mask and sample technique). If ImportPhotomap's input data are TripleBand, BandByPixel, +the dimensions of the output bands will match even if the encoded input data are down-sampled. + + + +ImportROI +XieFloImportROI +roi XieTypROI +Errors: FloAlloc, FloAccess, FloROI +Events: none +ImportROI allows access to a list-of-rectangles existing in a ROI resource. This data may be refer- +enced by a ProcessDomain. +Roi is the ROI resource supplying the list-of-rectangles. +Error Cause +FloAlloc insufficient resources +FloAccess attempting to import from roi before it has been populated +FloROI invalid roi + + + + + + + + + + + + + + + + + + + + + + + +almost blank + + For SingleBand LUTs, Point combines TripleBand src pixel values to provide a compact array indexing scheme. +The algorithm is presented in Figure 7-4. + + +Import Elements 6-1 + + +7 +Process Elements +Overview +Process elements have one or more Phototag sources and have one output connection. Each process +element applies a specific operation to image data within an Active Photoflo. Some process elements +perform their operation on a single source of image data (e.g. Geometry). Others, operate on either a +pair of image sources or an image and a constant (e.g. Logical). BandCombine associates bands from +three SingleBand image sources to form a TripleBand image. PasteUp can combine multiple images +(tiles) to form a composite image. +The ConvertToIndex element can generate an event to notify the client about color allocation results. +A process element will not be involved in the execution of a Photoflo if there is no eventual consumer of +its output (i.e. no terminating export element). +Limiting the Process +Processing may be limited to a subset of the bands present and a subset of pixels within the processed +bands. Data falling outside the selection criteria are passed through unaffected by the element's proc- +ess. +Process Selected Bands +Some process elements accept a band-mask to restrict processing to a subset of the source data bands. +Only bands selected by the band-mask are subject to processing. Other bands present in the image are +passed through to the output. For example: a band-mask of 0012 indicates that only the least signifi- +cant band would be processed (see Orientation for a definition of band ordering). +Process Intersecting Pixels +Dyadic process elements can accept a pair of data sources. These sources are spatially registered at +their origins (upper left corners). Their class and type must match, but their dimensions (width and +height) need not match. The dimensions of the output are determined by src-1. Processing is spatially +restricted to the intersection of the sources on a per-band basis. Data from src-1 that do not intersect +with src-2 are passed through to the output. +Process Selected Pixels +Some process elements accept a processing domain (ProcessDomain) to restrict processing to a subset +of the source data pixels. The processing domain represents either a list-of-rectangles or a bi-level +SingleBand control-plane. +A processing domain contains an x,y coordinate pair to spatially position the overall processing do- +main relative to the origin of the source(s). It also contains a Phototag which references the import or +process element that supplies the processing domain data. The element referenced by the Phototag +may provide a: +* list-of-rectangles imported using ImportROI or ImportClientROI. Processing is restricted to the +intersection of the data source(s) and any rectangle within the list. +* control-plane imported using ImportDrawable, ImportDrawablePlane, ImportPhotomap, or +ImportClientPhoto; or the output of an upstream process element (e.g. Compare). +Processing is restricted to the intersect of the data source(s) and non-zero locations +within the control-plane. +Processing is not restricted if Phototag zero (0) is specified as the process domain's data source. + +Figure 7-1 Combining two sources using a control plane - Logical: Copy +Data Types +In XIE, an image consists of one or three arrays of pixels, each of which is measured in terms of its +width, height, and depth. Each array, which represents a chromatic band of image data, is dimensioned +independently. The depth component of each array is expressed in quantization levels, or, the potential +dynamic range of the pixels. All process elements within XIE are capable of operating on image data +that have a fixed number of quantization levels. These data are said to be Constrained, such that the +minimum possible intensity value of a pixel is zero (0), and the maximum possible intensity level is the +number of quantization levels minus one. +With the exception of operations that specifically change the number of quantization levels (e.g. Dither) +all other operations that are performed on Constrained data will maintain the levels attribute from input +to output. An operation that computes a negative pixel value will set the resulting pixel to zero. +Likewise, an operation that computes a pixel value that would exceed the levels attribute of the data, will +saturate the resulting pixel at its maximum allowable value (i.e. levels-1). This method of constraining +image data is equivalent to the HardClip Constrain technique. +For some operations (e.g. Arithmetic operations), it is desirable to allow pixel values to stray beyond +their Constrained values. Such data are said to be Unconstrained, and may contain negative values, +fractional values, or other values that might be beyond the normal display capabilities of a frame buffer. +Performing a sequence of image operations on Unconstrained image data allows the maximum degree of +precision to be maintained throughout the process (although there may be a cost in performance, +depending on the server's capabilities). Several XIE process elements are capable of operating on either +Constrained or Unconstrained data. These elements always output the same DataType as they are fed +at their inputs. An exception to this rule is that certain colorspace conversion techniques can accept +either DataType, but are only capable of outputting Unconstrained data. + +XIE provides a complementary pair of elements for converting image data between these two process- +ing styles. The Unconstrain element simply removes the normal levels restrictions from the data. The +Constrain element provides a means of bringing the data back into a Constrained range. A variety of +techniques are available for this purpose that allow the pixel values to be level-shifted, scaled, clipped, +rounded, etc. +Process Categories +* Area elements +- Convolve an area of input pixels is involved in producing each output pixel +(controlled by a convolution kernel) +* Format conversion elements +- ConvertFromIndex convert index data to achromatic or trichromatic data +- ConvertFromRGB convert RGB data to another trichromatic colorspace +- ConvertToIndex convert achromatic or trichromatic data to index data +- ConvertToRGB convert non-RGB trichromatic data to RGB data +* Dyadic elements: process either two images or an image and a constant +- Arithmetic an arithmetic operation is performed between two images or an image +and a constant +- Blend combine two images or an image and a constant +- Compare two images, or an image and a constant, are compared to generate a +Boolean bitmap result +- Logical perform logical bit-wise operations on an image, between two images, +or between an image and a constant +* Geometric elements +- Geometry general affine transform (provides: crop, mirror, scale, shear, rotate, +translate, and combinations thereof) +- PasteUp an N-input translate operation which reconstructs an image from +various source tiles +* Point elements +- Math apply a mathematical operation to each pixel +- Point re-map each pixel value through a lookup table +* Radiometric elements +- BandCombine merge three SingleBand images +- BandExtract extract SingleBand data from a trichromatic source +- BandSelect select a single band of data from a trichromatic source +- Constrain constrain an image to a fixed number of quantization levels +- Dither reduce image quantization levels through an area technique +- MatchHistogram transform an image to have a specific histogram shape +- Unconstrain remove the normal levels restrictions from the image data +Process Definitions +The complete list of process PhotoElements follows in alphabetical order. +Arithmetic +XieFloArithmetic +src-1 XieTypPhototag +src-2 XieTypPhototag +domain XieTypProcessDomain +constant XieTypConstant +operator XieTypArithmeticOp +band-mask CARD8 +Errors: FloAlloc, FloSource, FloDomain, FloMatch, FloOperator, FloValue +Events: none +Attribute Value +class same as src-1 +type same as src-1 +width same as src-1 +height same as src-1 +levels same as src-1 +Arithmetic produces output data by performing an addition, subtraction, minimum, or maximum op- +eration between two data sources or between a single data source and a constant. Furthermore, multipli- +cation, division, or gamma correction may by applied to a single data source. +When two sources are involved, src-1 and src-2 are the Phototags of the elements supplying source +data (constant is ignored). If the operation is to involve a constant, src-1 is one operand, src-2 must be +zero, and constant is used as the other operand. Domain may control the subset of source data that +will be operated upon. Operator is the arithmetic operation to be performed. Band-mask specifies +which bands are to be operated upon. +When two sources are involved, all attributes, other than width and height, must match; all output at- +tributes are inherited from src-1. +Pixel computations that would lead to errors, will yield valid server-dependent values (e.g. dividing by a +Constrained pixel value of zero might result in a value of levels-1) . Using band-mask to select source +data that have two (2) or less levels is not permitted. +Error Cause +FloAlloc insufficient resources +FloSource invalid src-1 or src-2 +src-2 has been specified with a monadic operator (e.g. Div or Gamma) +FloDomain invalid domain +FloMatch class, type, or levels differs between src-1 and src-2 +selected source data are bitonal (i.e. 2 or less levels) +FloOperator invalid operator + + +BandCombine +XieFloBandCombine +src-1 XieTypPhototag +src-2 XieTypPhototag +src-3 XieTypPhototag +Errors: FloAlloc, FloSource, FloMatch +Events: none +Attribute Value +class TripleBand +type same as src-1 +width same as srcs +height same as srcs +levels same as srcs +BandCombine merges three SingleBand data sources to produce a TripleBand result. +Src-1, src-2, and src-3 are the Phototags of the elements supplying source data. +All three sources must be of the same type, and each source must be SingleBand. Other attributes +which are taken from the individual sources may differ. The output will be TripleBand. +No subsetting by ProcessDomain is provided. +Error Cause +FloAlloc insufficient resources +FloSource invalid src-1, src-2, or src-3 +FloMatch a source has more than one band +type differs between sources + + +BandExtract +XieFloBandExtract +src XieTypPhototag +coefficients XieTypConstant +bias XieTypFloat +levels CARD32 +Errors: FloAlloc, FloSource, FloMatch +Events: none +Attribute Value +class SingleBand +type same as src +width same as src +height same as src +levels levels or unknown (see text) +BandExtract produces SingleBand output data from a TripleBand source by multiplying a pixel value +from each source band by its corresponding coefficient and then summing the results with the bias +value. +Src is the Phototag of the element supplying source data. Coefficients is a three (3) element array that +determines the proportion of each source band pixel that is used to form the output. The bias value is +added to each output pixel. Levels is used as the levels attribute of the output data if the src data are +Constrained, otherwise it is ignored. +The source data must be TripleBand, and all bands must have equal dimensions. The output data will +be SingleBand, with levels taken from the levels parameter, if type is Constrained. All other attributes +are inherited from src. +No subsetting by ProcessDomain is provided (the entire image is processed). +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloMatch src is not TripleBand +unequal inter-band dimensions (width or height) +BandExtract can be used to extract a band of luminance data from an RGB image. It can also be used to compute +COLORMAP indices in cases where the contents of the COLORMAP is well ordered (e.g. a Standard-COLORMAP or a +TrueColor visual). + + +BandSelect +XieFloBandSelect +src XieTypPhototag +band-number CARD8 +Errors: FloAlloc, FloSource, FloMatch, FloValue +Events: none +Attribute Value +class SingleBand +type same as src +width same as band selected from src +height same as band selected from src +levels same as band selected from src +BandSelect produces SingleBand output data by selecting a single band from a TripleBand source. +Src is the Phototag of the element supplying source data. Band-number specifies which src band is to +be selected to provide the output data. +No subsetting by ProcessDomain is provided. +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloMatch src is not TripleBand +FloValue invalid band-number + + +Blend +XieFloBlend +src-1 XieTypPhototag +src-2 XieTypPhototag +alpha XieTypPhototag +constant XieTypConstant +alpha-const XieTypConstant +domain XieTypProcessDomain +band-mask CARD8 +Errors: FloAlloc, FloSource, FloDomain, FloMatch, FloValue +Events: none +Attribute Value +class same as src-1 +type same as src-1 +width same as src-1 +height same as src-1 +levels same as src-1 +Blend produces output data from two data sources or a single data source and a constant. Each output +pixel is a percentage combination of the source values, as controlled by the alpha input or the alpha +constant. +When two sources are involved, src-1 and src-2 are the Phototags of the elements supplying source +data (constant is ignored). If the operation is to involve a constant, src-1 is one operand, src-2 must be +zero, and constant is used as the other operand. If alpha is non-zero, it controls the blend proportion +for each pixel that is processed, otherwise alpha-const provides this control. Domain may control the +subset of source data that will be operated upon. Band-mask specifies which bands are to be operated +upon. +When two sources are involved, all attributes, other that width and height, must match. If alpha is non- +zero, it must be a source of Constrained data. Using band-mask to select source data that have two (2) +or less levels is not permitted. +Within the intersection of the source(s) and domain, each output pixel is a blend of the corresponding +pixels from src-1 and src-2 (or src-1 pixels blended with constant). The degree of blend is determined +by the corresponding value taken from alpha or the value of alpha-const. If alpha is non-zero, the pro- +portion of blend is further scaled by alpha-const: + output = src-1 * (1 - alpha / alpha-const) + src-2 * (alpha / alpha-const) + (where alpha-const is greater than 0.0). +If alpha is zero: + output = src-1 * (1 - alpha-const) + src-2 * alpha-const + (where alpha-const is in the range [0.0, 1.0]). +Error Cause +FloAlloc insufficient resources +FloSource invalid src-1, src-2, or alpha +FloDomain invalid domain +FloMatch incompatible attributes between src-1 and src-2 +alpha is Unconstrained +selected source data are bitonal (i.e. 2 or less levels) +FloValue alpha is zero and alpha-const is outside the range [0.0, 1.0] +alpha is non-zero and alpha-const is zero or negative +Compare +XieFloCompare +src-1 XieTypPhototag +src-2 XieTypPhototag +domain XieTypProcessDomain +constant XieTypConstant +operator XieTypCompareOp +combine BOOL +band-mask CARD8 +Errors: FloAlloc, FloSource, FloDomain, FloMatch, FloOperator +Events: none +Attribute Value +class see text +type Constrained +width same as src-1 +height same as src-1 +levels 2 per band (see text) +Compare takes two data sources or a single data source and a constant and generates a Boolean bitmap +output which reflects the results of a point-wise comparison. The output data has a value of 1 wherever +the comparison is true, and a value of 0 everywhere else (i.e. comparison false or comparison not per- +formed). Compare may be requested on a per-band basis, or for all bands taken together. +When two sources are involved, src-1 and src-2 are the Phototags of the elements supplying source +data (constant is ignored). If the operation is to involve a constant, src-1 is one operand, src-2 must be +zero, and constant is used as the other operand. Domain may control the subset of source data that +will be compared. Operator is the logical predicate operator used in the comparison. Combine is a +Boolean which determines if the comparison should be done on a per-band basis, or on an all bands +basis. Band-mask specifies which bands are to be involved. +If combine is true or src-1 is SingleBand, the output data will form a single Boolean bitmap. If src-1 is +TripleBand and combine is false, the output data will yield three separate Boolean bitmaps (for this +case band-mask must specify all bands). +If src-1 is TripleBand and combine is true, only the EQ and NE operators are allowed; equality is +established for each band selected by band-mask, and then the result is logically ANDed to derive +equality (inequality is a logical NOT of this result). For this case, width and height must match for all +bands selected by band-mask. +combine +input class +band-mask +output class + +True +SingleBand +TripleBand +n/a +selected bands +SingleBand +SingleBand + +False +SingleBand +TripleBand +n/a +all bands +SingleBand +TripleBand + +Table 7-1 Compare parameter and DataClass dependencies +When two sources are involved, all attributes, other than width and height, must match. The com- +parison is performed over the intersect of the source(s) as restricted by domain. All points not com- +pared are given the value zero (0). +Error Cause +FloAlloc insufficient resources +FloSource invalid src-1 or src-2 +FloDomain invalid domain +FloOperator invalid operator +FloMatch class differs between src-1 and src-2 +invalid combination of operator and combine +TripleBand, and combine is false, and band-mask incomplete +Compare does not support inter-band distance metrics, therefore combined LT, LE, GT, and GE operators are not +supported. Clients may implement these using other elements in concert with Compare. +Typical uses for Compare include: creating data to be used as a control-plane for a ProcessDomain, and converting +index data into bitonal image data. + + +Constrain +XieFloConstrain +src XieTypPhototag +levels XieTypLevels +constrain XieTypConstrainTechnique +constrain-params +Errors: FloAlloc, FloSource, FloTechnique +Events: none +Attribute Value +class same as src +type Constrained +width same as src +height same as src +levels levels +Constrain applies a quantization model to the image data to convert the data to a fixed number of +quantization levels. Application of the quantization model may involve steps such as range shifting, +scaling, clipping, and rounding. +Src is the Phototag of the element supplying source data. Levels is the number of quantization levels +desired in the output data. Constrain specifies the ConstrainTechnique to be used when constraining +the data. Constrain-params is the list of additional parameters required by constrain. +If the input image is already Constrained the data will be re-Constrained. +No subsetting by band mask or ProcessDomain is provided (the entire image is Constrained). +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloTechnique invalid constrain technique or constrain-params + + +ConvertFromIndex +XieFloConvertFromIndex +src XieTypPhototag +colormap COLORMAP +class XieTypDataClass +precision CARD8 +Errors: FloAlloc, FloSource, FloColormap, FloMatch, FloValue +Events: none +Attribute Value +class class +type Constrained +width same as src +height same as src +levels 2precision (per band) +ConvertFromIndex converts COLORMAP index data into achromatic or trichromatic data. +Src is the Phototag of the element supplying source data. Colormap is the COLORMAP from which to +obtain the value for each output pixel. Class specifies the DataClass of the desired output data. +Precision specifies how many bits (most significant) are to be used from the red, green, and blue values +found in colormap. +If class is SingleBand and a trichromatic colormap is specified (StaticColor, PseudoColor, +TrueColor, or DirectColor), the gray shade for each pixel is taken from the red values in col- +ormap. +If class is TripleBand and an achromatic colormap is specified (StaticGray or GrayScale), the +red band will be replicated to populate the green and blue output bands. +The depth of colormap must match the levels attribute of src (i.e. 2depth must equal levels). +No subsetting by band mask or ProcessDomain is provided (the entire image is converted). +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloColormap invalid colormap +FloMatch levels of src do not match depth of colormap +FloValue invalid class or precision +To achieve predictable results, the client should not modify colormap cells referenced by the source data while the +Photoflo is Active (see Await for synchronization help). +A value of bitsPerRGBValue or less (defined in the VISUAL of colormap) is usually appropriate for precision. +Compare can be used to convert index data into bitonal data. Use ConvertFromIndex followed by BandExtract to +convert colored index data into full fidelity achromatic data. + + +ConvertFromRGB +XieFloConvertFromRGB +src XieTypPhototag +convert XieTypConvertFromRGBTechnique +convert-params +Errors: FloAlloc, FloSource, FloMatch, FloTechnique +Events: none +Attribute Value +class TripleBand +type convert technique dependent +width same as src +height same as src +levels convert technique dependent +ConvertFromRGB converts RGB source data to an alternate colorspace. +Src is the Phototag of the element supplying source data (RGB assumed). Convert is the Convert- +FromRGBTechnique that will be used in the conversion to the destination colorspace. Convert- +params is the list of additional parameters required by convert. +In addition to colorspace conversion, some techniques allow for adjusting the white point of the output +data (refer to Appendix A Convert From RGB Technique, for more information on conversion +techniques). +The source data must be TripleBand, and all bands must have equal dimensions. The type and levels +of the output data are determined by convert technique parameters. All other attributes are inherited +from src. +No subsetting by ProcessDomain is provided (the entire image is processed). +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloMatch src is not TripleBand +unequal inter-band dimensions (width or height) +FloTechnique invalid convert or convert-params + + +ConvertToIndex +XieFloConvertToIndex +notify BOOL +src XieTypPhototag +colormap COLORMAP +color-list XieTypColorList +color-alloc XieTypColorAllocTechnique +color-alloc-params +Errors: FloAlloc, FloSource, FloColormap, FloColorList, FloMatch, FloValue +Events: none +Attribute Value +class SingleBand +type Constrained +width same as src +height same as src +levels 2depth (i.e. colormap depth) +ConvertToIndex allocates and/or matches colors or gray shades, as required, from a COLORMAP. It +produces pixel indices as output data, and records indices that it allocates in a ColorList. The specified +color-alloc technique may generate a ColorAlloc event to warn the client that results are of lesser fidel- +ity than desired. +Notify allows the client to be notified about inferior results from color allocation or matching. Src is the +Phototag of the element supplying Constrained source data. Colormap is the COLORMAP from which +colors or gray shades are allocated and/or matched. Color-list is the ColorList where allocated COL- +ORMAP indices are to be stored. Color-alloc specifies the desired ColorAllocTechnique. Color-alloc- +params is the list of additional parameters required by color-alloc. +Color-list is purged of any colors it already contains when Photoflo execution begins. Allocated +COLORMAP indices can be freed using PurgeColorList, DestroyColorList, or by making color-list the +target of an Active Photoflo. +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloColormap invalid colormap +FloColorList invalid color-list +FloAccess color-list is already being used by another Active Photoflo +FloMatch unequal inter-band dimensions (width or height) +FloTechnique invalid color-alloc technique or color-alloc-params +ConvertToIndex is usually a preparatory step for an ExportDrawable element. Alternatively, continuous-tone data +can be converted to a fixed palette of COLORMAP index entries using Point. Or BandExtract can be used if the +COLORMAP contains a ramp of colors or gray shades (e.g. a Standard-COLORMAP or a TrueColor visual). +Bitonal image data can be presented directly to ExportDrawablePlane, allowing the GCONTEXT mechanism to +translate ones and zeros in the image into foreground and background colors in the DRAWABLE. +If colormap is static, image colors or gray shades must be matched to those available in colormap. Since no cells +are actually allocated, color-list can be specified as zero (0). Of the three standard techniques defined in this document +only ColorAlloc_Match is appropriate for static COLORMAPs. If colormap is dynamic, image colors or gray +shades may be matched or allocated from colormap depending on the color-alloc technique; colormap and the list of +cells actually allocated are stored in color-list. +Although the three standard techniques defined in this document allocate read-only cells, ConvertToIndex could be +extended with private techniques that allocate, match, or write into read-write cells. + + +ConvertToRGB +XieFloConvertToRGB +src XieTypPhototag +convert XieTypConvertToRGBTechnique +convert-params +Errors: FloAlloc, FloSource, FloTechnique +Events: none +Attribute Value +class TripleBand +type convert technique dependent +width same as src +height same as src +levels convert technique dependent +ConvertToRGB converts alternate colorspace source data into RGB data. +Src is the Phototag of the element supplying source data. Convert is the ConvertFromRGBTechnique +that will be used in the conversion from the source colorspace. Convert-params is the list of additional +parameters required by convert. +In addition to colorspace conversion, some techniques allow for adjusting the white point of the source +data prior to conversion and compressing the gamut of the output data (refer to Appendix A Convert +To RGB Technique, for more information on conversion techniques). +The source data must be TripleBand, and all bands must have equal dimensions. The type and levels +of the output data are determined by convert technique parameters. All other attributes are inherited +from src. +No subsetting by band mask or ProcessDomain is provided (the entire image is converted). +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloMatch src is not TripleBand +unequal inter-band dimensions (width or height) +FloTechnique invalid convert or convert-params +Arithmetic or Point can be used to gamma-correct the resulting data prior to displaying it. + + +Convolve +XieFloConvolve +src XieTypPhototag +domain XieTypProcessDomain +kernel LISTofXieTypFloat +kernel-size CARD8 +band-mask CARD8 +convolve XieTypConvolveTechnique +convolve-params +Errors: FloAlloc, FloSource, FloDomain, FloMatch, FloValue, FloTechnique +Events: none +Attribute Value +class same as src +type same as src +width same as src +height same as src +levels same as src +Convolve produces output data by convolving each input pixel value (and surrounding area) with the +specified convolution kernel. +Src is the Phototag of the element supplying source data. Domain may control the subset of the image +that will be operated upon. Kernel contains the coefficients used in the convolution process. Kernel- +size specifies the dimension of kernel. Band-mask specifies which bands are to be operated upon. +Convolve specifies the ConvolveTechnique for handling edge conditions (when kernel requires data +outside of src). Convolve-params is the list of additional parameters required by convolve. +Kernel represents a square array of float data which has odd dimensions. Thus, a single dimension is +used to specify, kernel-size. +Using band-mask to select source data that have two (2) or less levels is not permitted. +All output data attributes are inherited from the source data. +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloDomain invalid domain +FloMatch selected source data are bitonal (i.e. 2 or less levels) +FloValue invalid kernel-size (e.g. not odd) +FloTechnique invalid convolve edge handling technique or convolve-params +For TripleBand data, convolution using the same kernel is permuted over all three bands. + + +Dither +XieFloDither +src XieTypPhototag +levels XieTypLevels +band-mask CARD8 +dither XieTypDitherTechnique +dither-params +Errors: FloAlloc, FloSource, FloValue, FloMatch, FloTechnique +Events: none +Attribute Value +class same as src +type Constrained +width same as src +height same as src +levels levels +Dither is used to reduce the number of quantization levels in an image. It accomplishes this by af- +fecting adjacent pixels (area affect) to make up for the lack of depth resolution. +Src is the Phototag of the element supplying source data. Levels is the number of levels desired in the +output data. Band-mask specifies which bands are to be operated upon. Dither specifies the desired +DitherTechnique. Dither-params is the list of additional parameters required by dither. +The source data must be Constrained. Using band-mask to select source data that have two (2) or less +levels is not permitted. +No subsetting by band mask or ProcessDomain is provided (the entire image is processed). +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloMatch Unconstrained src data +selected source data are bitonal (i.e. 2 or less levels) +FloValue invalid output levels: less than two, or greater than src levels +FloTechnique invalid dither technique or dither-params + + +Geometry +XieFloGeometry +src XieTypPhototag +width CARD32 +height CARD32 +coefficients XieTypFloat[6] +constant XieTypConstant +band-mask CARD8 +sample XieTypGeometryTechnique +sample-params +Errors: FloAlloc, FloSource, FloValue, FloTechnique +Events: none +Attribute Value +class same as src +type same as src +width width +height height +levels same as src +Geometry is used to perform geometric transformations on image data. Linear geometric resampling +operations are implemented, such as: crop, mirror, scale, shear, rotate, translate, and combinations +thereof. +Src is the Phototag of the element supplying source data. Width and height specify the dimensions of +the output data. Coefficients is a list of values (a,b,c,d,tx,ty) that control the geometric transforma- +tion. Constant is a fill value used for output pixels that do not map back to a src pixel. Band-mask +specifies which bands are to be operated upon. Sample is the GeometryTechnique to be used for ret- +rospectively resampling src. Sample-params is the list of additional parameters required by sample. +Figure 7-2 shows a combined crop and scale for a src with dimensions w and h, and output width w' +and height h'. The mapping between the coordinate systems is specified from output back to src: that +is, for each output pixel (x',y'), the coordinate location (x,y) at which to sample src is given by: + + +Geometry can be visualized as stepping through each possible output pixel location in turn, and +computing the location from which to obtain each input pixel value. Often a given output pixel location +(x',y'), will not correspond exactly to a single pixel in the input image. The sample technique is used +to determine how the input data will be interpolated to produce each output pixel value. + +Figure 7-2 A sample geometric transform: crop and scale +The region to be cropped in the input image is implicitly defined by the dimensions of the output image +and the mapping from output to input coordinates. Depending on the size of the input and output +images, the amount of scaling specified, and the amount of translation in the mapping, the shadow of +the output image may extend beyond the boundaries of the input image, as in Figure 7-3. Pixels in the +output image which map off the edge of the input image will be assigned the constant value. + +Figure 7-3 Background fill used for pixels beyond the edge +Transformation Coefficients +The coordinate mapping (a,b,c,d,tx,ty), together with the output width and height, fully specify the +geometric transformation. To aid in computing the desired transform, one might: +* Draw a picture of the input and output images. Label the corners of the output image A,B,C,D. They will have +coordinates x',y' at (0,0), (width-1,0), (0,height-1), and (width-1,height-1), +* Next compute or deduce the coordinates (x,y) of A,B,C,D in the input coordinate space, +* For three corners (preferably those with a 0 for either x' or y'), write down the basic mapping equation with +known (x,y) and (x',y') specified. Each corner will give two equations, and simultaneously solving the six +equations for the three corners will allow (a,b,c,d,tx,ty) to be deduced. The remaining corner may be used to +check that these parameters have been derived correctly. +The following briefly (and approximately) summarizes the intuitive role of each parameter: +a,d Scaling parameters. Increasing a and d will make the output image appear smaller, +whereas decreasing them will make the output pixels appear larger. +b,c Rotation/skew parameters. If b and c are zero, the output image will be a +rectangular scaling of the input image. If a and d are both zero, b is one and c is +negative one, the image will appear rotated. The magnitude of b and c will affect +scaling as well, if a and d are zero. If more than two of (a,b,c,d) are non-zero, +the effect is complicated. The image may appear skewed and scaled. +tx,ty Translation parameters. Used to specify the offset between input and output +coordinate systems. +width,height These specify the output image dimensions of the selected band(s). Note that +increasing the output image height and width over the input image size will not by +itself cause magnification ¾ if a and d are one (1) and b and c are zero (0), the +output image will have the same appearance as the input, except that the borders +will shrink or expand (as determined by width and height) and new areas of the im- +age will be filled with constant. + +Trichromatic image bands can be operate individually, all together, or in any combination, using band- +mask. Since applying the same (a,b,c,d,tx,ty) mapping to inputs with diverse sizes will specify +different transformations, operating on all bands in unison (band-mask of 1112) is most appropriate if +the dimensions of all bands are equal. No subsetting by ProcessDomain is provided (selected bands +are processed in their entirety). +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloValue invalid coefficients +FloTechnique invalid sample technique or sample-params +Logical +XieFloLogical +src-1 XieTypPhototag +src-2 XieTypPhototag +domain XieTypProcessDomain +constant XieTypConstant +operator GCfunction* +band-mask CARD8 +Errors: FloAlloc, FloSource, FloDomain, FloMatch, FloOperator, FloValue +Events: none +Attribute Value +class same as src-1 +type Constrained +width same as src-1 +height same as src-1 +levels same as src-1 +Logical performs per-pixel bit-wise operations on a single data source, or between two data sources, or +between a single data source and a constant. +When two sources are involved, src-1 and src-2 are the Phototags of the elements supplying source +data (constant is ignored). If the operation is to involve a constant, src-1 is one operand, src-2 must be +zero, and constant is used as the other operand. Domain may control the subset of source data that +will be operated upon. Operator is the logical operator to be used. Band-mask specifies which bands +are to be operated upon. +The value of operator matches the GC-function values defined by the core protocol +specification for CreateGC. The output of Logical is determined by the number of data sources and +operator: +GC-function1 monadic operation dyadic operation +Clear 0 0 +And constant AND src-1 src-2 AND src-1 +AndReverse constant AND (NOT src-1) src-2 AND (NOT src-1) +Copy constant src-2 +AndInverted (NOT constant) AND src-1 (NOT src-2) AND src-1 +NoOp src-1 src-1 +Xor constant XOR src-1 src-2 XOR src-1 +Or constant OR src-1 src-2 OR src-1 +Nor (NOT constant) AND (NOT src-1) (NOT src-2) AND (NOT src-1) +Equiv (NOT constant) XOR src-1 (NOT src-2) XOR src-1 +Invert NOT src-1 NOT src-1 +OrReverse constant OR (NOT src-1) src-2 OR (NOT src-1) +CopyInverted NOT constant NOT src-2 +OrInverted (NOT constant) OR src-1 (NOT src-2) OR src-1 +Nand (NOT constant) OR (NOT src-1) (NOT src-2) OR (NOT src-1) +Set 1 1 +When two sources are involved, all attributes, other than width and height, must match. All source +data must be Constrained, and levels must be a power of two. Output attributes are inherited from src- +1. +Error Cause +FloAlloc insufficient resources +FloSource invalid src-1 or src-2 +FloDomain invalid domain +FloOperator invalid operator +FloMatch src-1 or src-2 is not Constrained +levels or class differs between src-1 and src-2 +levels is not a power of 2 + + +MatchHistogram +XieFloMatchHistogram +src XieTypPhototag +domain XieTypProcessDomain +shape XieTypHistogramShape +tech-params +Errors: FloSource, FloDomain, FloAlloc, FloMatch, FloTechnique +Events: none +Attribute Value +class SingleBand +type Constrained +width same as src +height same as src +levels same as src +MatchHistogram produces output data which differs from the source data in terms of its pixel value +distribution, or histogram. It allows the client to specify the desired state of the resulting data's histo- +gram (algorithmic description of resulting histogram shape). +Src is the Phototag of the element supplying source data. Domain may control the subset of the source +data to operated upon. Shape is a HistogramShape that specifies the form of the desired output data +histogram. Shape-params is the list of additional parameters required by shape. +The source data must be Constrained and SingleBand, and it must have three (3) or more levels. +When a ProcessDomain is used, only data that intersects with domain is included in the histogram, +and only that data will be affected in the result of the histogram matching operation (all other data will +pass-through unchanged). +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloDomain invalid domain +FloMatch invalid src data: Unconstrained or TripleBand or bitonal +FloTechnique invalid histogram shape or shape-params +The Point element can also be used to re-shape an image's histogram using an appropriate LUT. + + +Math +XieFloMath +src XieTypPhototag +domain XieTypProcessDomain +operator XieTypMathOp +band-mask CARD8 +Errors: FloAlloc, FloSource, FloDomain, FloMatch, FloOperator, FloValue +Events: none +Attribute Value +class same as src +type same as src +width same as src +height same as src +levels same as src +Math applies a single operand mathematical operation to the source data on a point-wise basis. +Src is the Phototag of the element supplying source data. Domain may control the subset of the image +which will be operated upon. Operator is the mathematical operation to be applied. Band-mask speci- +fies which bands are to be operated upon. +Pixel computations that would lead to errors will yield valid server-dependent values (e.g. the log of a +Constrained pixel value of zero might result in a value of zero). Using band-mask to select source data +that have two (2) or less levels is not permitted. +All output data attributes are inherited from the source data. +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloDomain invalid domain +FloMatch selected source data are bitonal (i.e. 2 or less levels) +FloOperator invalid operator + + +PasteUp +XieFloPasteUp +tiles LISTofXieTypTile +width CARD32 +height CARD32 +constant XieTypConstant +Errors: FloAlloc, FloSource, FloMatch +Events: none +Attribute Value +class same as tiles +type same as tiles +width width +height height +levels same as tiles +PasteUp is an N-input translate operation which outputs data constructed from various source data tiles +or a constant value. +Each of the tiles specifies a src (the Phototag of the element supplying source data), and the coordi- +nates, dst-x and dst-y, where the tile belongs in the output data. Width and height specify the full extent +of the output data. Constant is the fill value to as the output data for any region that is not specified as +a tile. +Each region of the output data is defined by a tile's destination coordinates, dst-x and dst-y, and its src +dimensions. For output regions where no tile provides input, the value of constant is used. If tiles +overlap, a stacking order rule defines which pixel value will be output: the last tile (involved in the +overlap) in the list of tiles will provide the output pixel. +At least one tile must be supplied. Except for width and height, all attributes of each source tile must +match. In addition, for TripleBand input, inter-band dimensions within each tile must match. +No subsetting by band mask or ProcessDomain is provided. +Error Cause +FloAlloc insufficient resources +FloSource invalid source tiles +no tiles were specified +FloMatch incompatible attributes between tiles +unequal inter-band dimensions within a tile (width or height) + + +Point +XieFloPoint +src XieTypPhototag +lut XieTypPhototag +domain XieTypProcessDomain +band-mask CARD8 +Errors: FloAlloc, FloSource, FloDomain, FloMatch +Events: none +Attribute Value +class same as lut +type Constrained +width same as src +height same as src +levels same as lut +Point maps source pixel values to output pixel values using a lookup table (LUT) . +Src is the Phototag of the element supplying Constrained source data. Lut is the Phototag of the +element supplying the lookup table array(s). Domain may control the subset of source data which will +be operated upon. Band-mask specifies which bands are to be operated upon (all bands must be +specified if lut is SingleBand and src is TripleBand). +The output is Constrained, with the width and height taken from src, and class and levels taken from +lut. When src is SingleBand and lut is TripleBand, for the bands that are indicated by band-mask, the +output bands are re-mapped through their respective lut bands, whereas the other bands are just +replications of the single src band. If domain is used, the class and levels of lut must match those of +src. +Each lut array must contain sufficient entries so that all potential pixel values found in src can form a +valid index into the array. Generally each src pixel value is used directly as an index into a lut array. +When TripleBand src data are re-mapped through a SingleBand lut however, pixel values from all three +src bands are combined to form an array index (for this case, width and height must match for all +bands). Figure 7-4 presents the algorithm for computing combined array indices. + +LUT band-order +LUT indexing algorithm for combining pixel values from TripleBand data + +LSFirst +index = value[0] + value[1] x levels[0] + value[2] x levels[0] x levels[1] + +MSFirst +index = value[2] + value[1] x levels[2] + value[0] x levels[2] x levels[1] + +Figure 7-4 Point's algorithm for computing combined LUT indices +Error Cause +FloAlloc insufficient resources +FloSource invalid src or lut +FloDomain invalid domain (e.g. attempting to use domain with ServiceClass DIS) +FloMatch Unconstrained src data +lut does not contain enough entries (i.e. length less than src levels) +lut is SingleBand and src is TripleBand, but band-mask is incomplete +domain is being used, but lut class or levels do not match those of src +Unconstrain +XieFloUnconstrain +src XieTypPhototag +Errors: FloAlloc, FloSource, FloMatch +Events: none +Attribute Value +class same as src +type Unconstrained +width same as src +height same as src +levels unknown +Unconstrain takes Constrained source data and produces Unconstrained data. +Src is the Phototag of the element supplying Constrained source data. +No subsetting by band mask or ProcessDomain is provided (the entire image is Unconstrained). +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloMatch Unconstrained src + + GC-function is not a defined type in the core X protocol documentation. This table is taken from the list of +alternative function values defined for the CreateCG protocol request. + Figure 6-1 illustrates the relationship between LUT class and image class and presents some usage examples. + + +Process Elements 7-26 + + +8 +Export Elements +Element categories +Export elements are used to send image data out of a Photoflo. Each export element has a single Photo- +tag source but does not provide an output connection. There are two types of export elements: + ExportResource elements export data to a server resource (DRAWABLE, LUT, Photomap, or ROI). + ExportClient elements produce data for client retrieval. They provide the input data for the GetClient- +Data protocol request. +Export to Client +ExportClient elements provide data for the client. Element parameters fully describe the format or +organization the data is to have as it is transported through the protocol stream. The data itself must be +retrieved using the GetClientData protocol request while the Photoflo is Active. +Servers are required to buffer a non-zero amount of data per ExportClient element. Beyond that +point execution may be suspended until the client retrieves sufficient data. +Events generated +ExportClient elements can generate ExportAvailable events to notify the client when the data is +available for retrieval. ExportAvailable events may be: + disabled (i.e. no event is sent), + enabled only when data first becomes available from the element, + enabled each time the element's data buffer transitions from empty to non-empty. + + +ExportClientHistogram +XieFloExportClientHistogram +notify XieTypExportNotify +src XieTypPhototag +domain XieTypProcessDomain +Errors: FloAlloc, FloSource, FloDomain, FloMatch, FloValue +Events: none +ExportClientHistogram generates a histogram of the pixel values found in the source data. It prepares +histogram data that can be retrieved by the client using the GetClientData protocol request. An event +can be requested that will notify the client when histogram data becomes available. +Notify allows the client to be notified when the histogram data becomes available. Src is the Phototag +of the element supplying SingleBand Constrained source data. Domain may control the subset of the +source data from which the distribution will be generated. +The data generated for the client is a list of HistogramData where each entry consists of an value (i.e. a +pixel value) followed by the count of pixels found with that value. If the number of pixels for a given +value exceeds the capacity of count (type CARD32), that count will be returned at the maximum value +(i.e. 232-1). Pixel values that are not found in the data are not included in the histogram data (i.e. no +entries are returned where count is zero). +If notify is true, the total number of histogram entries are reported in the data field of the ExportAvail- +able event. +The histogram is returned as numeric values (see HistogramData), as such, the byte order of the data is +determined at core protocol connection setup time. +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloDomain invalid domain +FloMatch Unconstrained src data +TripleBand src data +FloValue invalid notify +All data that are generated by ExportClientHistogram must be retrieved by the client using GetClientData before +the Photoflo can exit from the Active state. +Histograms of TripleBand images are not supported directly. However, BandSelect may be used to choose a single +band of data, or BandExtract may be used to combine data from multiple bands into a single band of data. A histogram +of this single band of data could then be generated using ExportClientHistogram. + + +ExportClientLUT +XieFloExportClientLUT +notify XieTypExportNotify +src XieTypPhototag +band-order XieTypOrientation +start XieTypTripletofCARD32 +length XieTypTripletofCARD32 +Errors: FloAlloc, FloSource, FloValue +Events: none +ExportClientLUT allows data imported from an ImportLUT or ImportClientLUT element to be retrieved +by the client. The actual transport of lookup table data through the protocol stream is requested using +the GetClientData protocol request. +Notify allows the client to be notified when data become available. Src is the Phototag of the element +supplying lookup table data. Band-order is the order in which TripleBand arrays are transmitted +through the protocol stream. Start is the index of the first array entry that should be returned. Length +is the number of array entries that should be returned. +If notify is requested, the ExportAvailable event's data field will report the total number of array entries +that can be retrieved from the band specified by the event. +The size of each array entry is either 1, 2, or 4 bytes; the smallest size into which the output quantization +levels can be stored. When array entries require multiple bytes, the byte order per entry is determined +in the same manner as other numeric data: it is the byte orientation established at core X connection +setup time. +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloMatch start + length exceeds number of entries in an array +FloValue invalid notify or band-order +When the client attempts to retrieve data from an ExportClientLUT element, the server responds with one or more +complete array entries per protocol reply (see GetClientData). All data must be retrieved by the client before the +Photoflo can leave the Active state. + + +ExportClientPhoto +XieFloExportClientPhoto +notify XieTypExportNotify +src XieTypPhototag +encode XieTypEncodeTechnique +encode-params +Errors: FloAlloc, FloSource, FloMatch, FloValue, FloTechnique +Events: none +ExportClientPhoto makes image data available to the protocol stream. The attributes of the exported +data are determined by the attributes of the source data. The format of the data is specified by the en- +code technique and encode-params. The actual transport of image data through the protocol stream is +requested using the GetClientData protocol request. +Notify allows the client to be notified when image data become available. Src is the Phototag of the +element supplying Constrained data. Encode is the EncodeTechnique that will be used to compress of +format the exported data. Encode-params is the list of additional parameters required by encode. +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloMatch Unconstrained src data +FloValue invalid notify +FloTechnique invalid encode technique or encode-params +ServerChoice is not a valid encode technique for ExportClientPhoto. +Depending on encode, the export process may cause the data to be decoded, encoded, or otherwise reformatted by the +server. If ExportClientPhoto is fed directly from an ImportClientPhoto or ImportPhotomap element, and the +attributes of the raw data that are given to the import element match the requirements of the encode technique, the +raw data can bypass the normal decode function of the import element and be forwarded directly to ExportPhotomap +(this is an implementation-specific optimization). +If TripleBand data are given to an encode technique that will interleave the output data BandByPixel, the dimensions +of each src band must match. +All data must be retrieved by the client, using the GetClientData protocol request, before the Photoflo can exit from +the Active state. + + + +ExportClientROI +XieFloExportClientROI +notify XieTypExportNotify +src XieTypPhototag +Errors: FloAlloc, FloSource, FloValue +Events: none +ExportClientROI allows a list-of-rectangles, imported from an ImportROI or ImportClientROI element, +to be retrieved by the client. The actual transport of lookup table data through the protocol stream is +requested using the GetClientData protocol request. +Notify allows the client to be notified when data become available. Src is the Phototag of the element +supplying the list-of-rectangles. +If notify is requested, the ExportAvailable event's data field will report the total number of rectangles +that can be retrieved. +Each rectangle is described using numeric values (see Rectangle), as such, the byte order of the data is +determined at core protocol connection setup time. +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloValue invalid notify +When the client attempts to retrieve data from an ExportClientROI element, the server responds with one or more +complete Rectangles per protocol reply (see GetClientData). All data must be retrieved by the client before the +Photoflo can leave the Active state. + + +Export to Resource +ExportResource elements emit data to server resources: either core X DRAWABLEs, or XIE LUT, +Photomap, or ROI resources. +For ExportResource elements that assign attributes to XIE resources, the association between the +resource identifier (XID) and the new attributes and data does not occur until the Photoflo successfully +completes (i.e. leaves the Active state). (See LUT, Photomap, and ROI resources in Chapter 4.) +ExportDrawable +XieFloExportDrawable +src XieTypPhototag +drawable DRAWABLE +gc GCONTEXT +dst-x INT16 +dst-y INT16 +Errors: FloAlloc, FloSource, FloDrawable, FloGC, FloMatch, FloValue +Events: none +ExportDrawable allows COLORMAP index data to be exported to a WINDOW or PIXMAP. +Src is the Phototag of the element supplying Constrained source data (index data assumed). Drawable +is the WINDOW or PIXMAP into which the data will be written. Gc is the GCONTEXT to be used when +transferring pixels to drawable. Dst-x and dst-y specify where the data should be placed in drawable. +The following components are used from gc: function, plane-mask, subwindow-mode, +clip-x-origin, clip-y-origin, and clip-mask. +The levels of src must exactly match the depth of drawable and gc (i.e. levels must be 2depth). +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloDrawable invalid drawable +FloGC invalid gc +FloMatch invalid src data (TripleBand, levels doesn't match depth, or Unconstrained) +ExportDrawable assumes its input is COLORMAP index data. Sources of such data include: ImportClientPhoto, +ImportDrawable, ImportPhotomap, BandExtract, ConvertToIndex, Point, and elements that have processed +index data. + + +ExportDrawablePlane +XieFloExportDrawablePlane +src XieTypPhototag +drawable DRAWABLE +gc GCONTEXT +dst-x INT16 +dst-y INT16 +Errors: FloAlloc, FloSource, FloDrawable, FloGC, FloMatch, FloValue +Events: none +ExportDrawablePlane allows SingleBand single bit (bitonal) data to be exported to a WINDOW, +PIXMAP, or BITMAP. +Src is the Phototag of the element supplying Constrained bitonal source data. Drawable is the WIN- +DOW, PIXMAP, or BITMAP into which the data will be written. Gc is the GCONTEXT to be used when +transferring pixels to drawable. Dst-x and dst-y specify where the data should be placed in drawable. +The following components are used from gc: function, plane-mask, foreground, back- +ground, fill-style, subwindow-mode, clip-x-origin, clip-y-origin, and clip- +mask. For the fill-style component of gc, values of FillSolid and FillTiled are treated +as synonyms for FillOpaqueStippled. +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloDrawable invalid drawable +FloGC invalid gc +FloMatch invalid src data (TripleBand, levels > 2, or not Constrained) +Bitonal data can be exported to a DRAWABLE of any depth if an appropriate GCONTEXT is supplied. The +foreground and background pixel values of gc can be used to map image pixels to COLORMAP colors during the +export process. + + +ExportLUT +XieFloExportLUT +src XieTypPhototag +lut XieTypLUT +merge BOOL +start XieTypTripletofCARD32 +Errors: FloAlloc, FloSource +Events: none +ExportLUT allows data imported from an ImportLUT or ImportClientLUT element to be saved in an ex- +isting LUT resource. +Src is the Phototag of the element supplying lookup table data. Lut is the LUT to receive the data. +Merge specifies that new array entries from src should replace entries that already exist within lut. Start +is the index of the first array entry that should be written in lut. +If merge is false, start must be 0 for each band. In this case, lut will inherit the attributes of src and be +populated with its data. The previous attributes and data of lut are overwritten when the photoflo +completes. +If merge is true and lut has existing attributes, the data from src will replace the data from lut, beginning +at position start. The attributes of src must match those of lut, and the combination of start and the +length of src must specify a valid sub-range existing within lut. If merge is true but lut has not yet been +populated, it is an error. +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloLUT invalid lut +FloMatch merge true and attributes do not match between src and lut +merge true and start + src length is not a sub-range of lut +FloValue merge false and start is non-zero + + +ExportPhotomap +XieFloExportPhotomap +src XieTypPhototag +photomap XieTypPhotomap +encode XieTypEncodeTechnique +encode-params +Errors: FloAlloc, FloSource, FloPhotomap, FloTechnique +Events: none +ExportPhotomap allows data resulting from Photoflo operations to be saved in an existing Photomap. +Src is the Phototag of the element supplying source data. Photomap is the Photomap to receive the +data. Encode is the EncodeTechnique by which the image is to be compressed or formatted. Encode- +params is the list of additional parameters required by encode. +Photomap will inherit the attributes of src and be populated with its data. The previous attributes and +data of photomap are overwritten when the Photoflo completes. +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloPhotomap invalid photomap +FloTechnique invalid encode technique or encode-params +Depending on encode, the export process may cause the data to be decoded, encoded, or otherwise reformatted by the +server. If ExportPhotomap is fed directly from an ImportClientPhoto or ImportPhotomap element, and the +attributes of the raw data that are given to the import element match the requirements of the encode technique, the +raw data can bypass the normal decode function of the import element and be forwarded directly to ExportPhotomap +(this is an implementation-specific optimization). +If encode is ServerChoice, the server is free to choose an encode technique for the exported data. An optional hint +can be provided to help the server make its choice, but the server can ignore the hint. PreferTime hints that retrieval +performance is the desired metric, whereas PreferSpace indicates that frugal use of storage space is more important. If +ExportPhotomap is receiving data from an adjacent upstream import element, ServerChoice may choose to pass the +import element's input data directly to the Photomap, otherwise a lossless technique will be chosen. The actual +technique chosen by the server can be obtained using QueryPhotomap after the Photoflo completes. +If TripleBand data are given to an encode technique that will interleave the output data BandByPixel, the dimensions +of each src band must match. + + +ExportROI +XieFloExportROI +src XieTypPhototag +roi XieTypROI +Errors: FloAlloc, FloSource, FloROI +Events: none +ExportROI allows data imported from an ImportROI or ImportClientROI element to be saved in an ex- +isting ROI. +Src is the Phototag of the element supplying a list-of-rectangles. Roi is the ROI to receive the data. +Roi will be populated with new data. The previous data of roi are overwritten after the Photoflo +completes. +Error Cause +FloAlloc insufficient resources +FloSource invalid src +FloROI invalid roi + +Export Elements 8-1 + + +9 +Events and Errors +Events +ColorAlloc +XieEvnColorAlloc +instance XieTypExecutable +src XieTypPhototag +type ConvertToIndex +color-list XieTypColorList +color-alloc XieTypColorAllocTechnique +data CARD32 +A ColorAlloc event notifies the client that a ConvertToIndex element has completed color allocation, +but has produced a result of lesser fidelity than was requested using the technique that was specified +for the ConvertToIndex element. +Instance, src, and type identify the Photoflo and specific ConvertToIndex element from which the +ColorAlloc event originated. Color-list is the ColorList resource that received the allocated colors. +Color-alloc is the ColorAllocTechnique specified to the ConvertToIndex element. Data can be used +for other information which is specific to color-alloc. + + +DecodeNotify +XieEvnDecodeNotify +instance XieTypExecutable +src XieTypPhototag +type { ImportClientPhoto, ImportPhotomap } +decode XieTypDecodeTechnique +data-width CARD32 +data-height CARD32 +band-number CARD8 +aborted BOOL +A DecodeNotify event notifies the client that anomalies were encountered while decoding a compressed +image (see the notify parameters of ImportClientPhoto and ImportPhotomap). Either an error has been +encountered while decoding an image, or the image data received does not satisfy the expected +dimensions. +Instance, src, and type identify the Photoflo and element from which the DecodeNotify event originated. +Decode is the DecodeTechnique being used. Data-width and data-height are the dimensions +discovered while decoding the data. Band-number associates the event with the band of the image +where the problem was encountered. Aborted is true if decoding was aborted, or false if recovery was +possible. +Recovery from a decode error may result in some missing or garbled image data. This may also cause +the height of the decoded data to be less than was expected. If data-width or data-height do not +match the width and height specified to ImportClientPhoto, the image data is clipped or padded (with +zeros), as required, to enforce the ImportClientPhoto specified dimensions. +ExportAvailable +XieEvnExportAvailable +instance XieTypExecutable +src XieTypPhototag +type { ExportClientHistogram, +ExportClientLUT, +ExportClientPhoto, +ExportClientROI } +band-number CARD8 +data LISTofCARD32 +An ExportAvailable event notifies the client that an ExportClient element has data available (see +the notify parameter of the applicable ExportClient element). If notify was specified as FirstData, +this event will only be sent the first time data become available from the ExportClient element. +Otherwise (i.e. NewData was specified) this event will be generated each time the amount of data +available changes from zero to non-zero. +Instance, src, and type identify the Photoflo and specific ExportClient element from which the +ExportAvailable event originated. Band-number associates the event with a specific band of the image +or LUT. Data is information specific to type (e.g. the number of LUT entries or ROI rectangles avail- +able). +Where there is a single ExportClient element, the client can just read bytes or be event-driven. For Photoflos +containing multiple ExportClient elements, the client should be event-driven. + + +ImportObscured +XieEvnImportObscured +instance XieTypExecutable +src XieTypPhototag +type { ImportDrawable, ImportDrawablePlane } +window WINDOW +x INT16 +y INT16 +width CARD16 +height CARD16 +An ImportObscured event notifies the client an ImportDrawable or ImportDrawablePlane element has +encountered obscured regions in a WINDOW that cannot be retrieved from BACKINGSTORE (see the +notify parameter of the import element). A separate ImportObscured event is returned for each affected +region. +Instance and src identify the Photoflo and the specific import element from which the ImportObscured +event originated. Window identifies the WINDOW. The obscured region of the window is specified by +x, y, width, and height. +Note: image data within obscured regions will be populated with the fill value supplied to the import element. +PhotofloDone +XieEvnPhotofloDone +instance XieTypExecutable +outcome XieTypPhotofloOutcome +A PhotofloDone event notifies the client that a Photoflo has left the Active state. It is enabled by the +notify parameter of the ExecutePhotoflo and ExecuteImmediate requests. +Instance identifies the Photoflo from which the PhotofloDone event originated. Outcome indicates the +reason the Photoflo left the Active state. +If the Photoflo terminated due to an error condition, the details concerning the error have preceded this event in an +error message. + + +Resource Errors +The following error-codes are allocated from the extension error space to provide for the errors returned +by XIE: +Table 9-1 XIE Error codes +Error Cause +XieErrColorList the value for a color-list argument does not name a defined ColorList +XieErrFlo . . . an error has been detected while defining, executing, or accessing a Photoflo. +See Table 9-2 for additional detail. +XieErrLUT the value for a lut argument does not name a defined LUT +XieErrPhotoflo the value for a photoflo argument does not name a defined Photoflo +XieErrPhotomap the value for a photomap argument does not name a defined Photomap +XieErrPhotospace the value for a photospace argument does not name a defined Photospace +XieErrROI the value for a roi argument does not name a defined ROI +XIE also uses the core protocol errors: Access, Alloc, IDChoice, Length, Request, and Value. + + +Photoflo errors +If an error is detected while defining, executing, or accessing a Photoflo, a Flo-error is returned. This +single error-code is allocated from the extension error space for all Photoflo related errors. The follow- +ing sub-codes are defined to provide the details of the error: +Table 9-2 Photoflo error sub-codes +Error Cause +XieErrFloAccess attempt to execute, modify, or redefine an Active Photoflo +attempt to Get/Put client data from/to an Inactive Photoflo +XieErrFloAlloc insufficient resources (e.g. memory) +XieErrFloColormap an unknown COLORMAP has been specified +XieErrFloColorList an unknown ColorList has been specified +XieErrFloDomain invalid domain Phototag: + - source data is not a list-of-rectangles or control-plane + - specified non-zero on a DIS server +XieErrFloDrawable an unknown DRAWABLE has been specified +XieErrFloElement an unknown PhotoElement type has been specified +invalid PhotoElement type for request (e.g. GetClientData from Math) +attempt to change or add a PhotoElement type using ModifyPhotoflo +XieErrFloGC an unknown GCONTEXT has been specified +XieErrFloID invalid Executable: + - an unknown Photoflo has been specified + - an unknown Photospace has been specified +XieErrFloLength a PhotoElement was received with the incorrect number of bytes +XieErrFloLUT an unknown LUT has been specified +XieErrFloMatch some parameter or pair of parameters has the correct type and range, but it fails +to match in some other way required by the PhotoElement +XieErrFloOperator an unknown operator has been specified (e.g. ArithmeticOp, MathOp, ...) +XieErrFloPhotomap an unknown Photomap has been specified +XieErrFloROI an unknown ROI has been specified +XieErrFloSource an invalid Phototag has been specified: + - zero, but a Phototag is required + - downstream from the particular PhotoElement + - beyond the bounds of the Photoflo +XieErrFloTechnique an unknown technique has been specified +the wrong number of technique specific parameters have been supplied +invalid technique specific parameters have been specified +XieErrFloValue some numeric value falls outside of the range of values accepted by the PhotoE- +lement +XieErrFloImplementation + + + + + + + + + + + + + + + + + + + + + + + +almost blank + +Events and Errors 9-1 + + diff --git a/xie/xc/doc/hardcopy/XIE/XIEProto/cmatch.txt b/xie/xc/doc/hardcopy/XIE/XIEProto/cmatch.txt new file mode 100644 index 0000000..6a997e0 --- /dev/null +++ b/xie/xc/doc/hardcopy/XIE/XIEProto/cmatch.txt @@ -0,0 +1,175 @@ +Sharing Image Colors in X + +Author: +Robert NC Shelley +February 10, 1989 +Abstract +Displaying images (natural or synthetic) may require an enormous number of colors. A 24-bit deep +TrueColor workstation can simultaneously display a large enough palette of colors to faithfully render al- +most any image. When working with depth-limited PseudoColor displays, however, techniques such as +judicious color selection or dithering must be employed to reduce the number of unique colors in an image +to a workable set. This paper addresses a strategy for allocating and sharing colors and grayscale shades +within the limitations of the PseudoColor and GrayScale visual classes of the X Window System. All +applications requiring static shared colors or grayscale shades can benefit from this strategy. An abridged +example of this algorithm is available in the server display module of the version 3 X Image Extension sample +implementation from Digital Equipment Corporation. +The Problem +In the X Window System the palette of colors, displayable at any given instant, is determined by color +definitions in the installed colormap. Many X servers only support one active colormap at a time. +The X11 PseudoColor visual class offers a wide gamut of colors to choose from (248). Most hardware +platforms offer a subset of the full X11 gamut, often 224 colors. However, the palette of colors that can be +displayed simultaneously may be much more limited. For example, the gamut of over 16 million colors may +be limited to a palette of 256 simultaneously displayable colors on an 8 plane system, or as few as 16 colors +on a 4 plane system. +Color hungry applications may attempt to hog the default colormap's color cells as private read/write color +cells. This strategy tends to starve late comers who find an inadequate number of color cells remaining. It is +equally unsociable to use a private colormap. The application owning the colormap controls all the colors it +wants, while the windows of all other applications displayed on the same screen go Technicolor. The +advantage in using private color cells or a private colormap is that the application has full control over the +choice of displayable colors and may change colormap entries dynamically. +A more sociable strategy involves sharing colors from the default colormap. In many cases applications +sharing the default colormap would be willing to compromise their choice of exact colors for colors which are +perceived by the human visual system to be close enough to the desired color. +The X Window System reference manual states, XAllocColor returns the pixel value of the color closest to +the specified RGB elements supported by the hardware and returns the RGB values actually used. This +sounds like the desired sociable color sharing strategy. However, the meaning of this statement lies in the +fact that most servers use only the upper `n' bits of each of the RGB values (n often equals 8). When +allocating the closest color supported by the hardware, the server makes no attempt to search for the +closest color. The RGB values actually used are the values requested, disregarding the lower (16-n) bits. +The Solution +To encourage the sociable use of color resources among applications we have developed color allocation +routines which, when given a list of preferred colors, will return colors which are perceptually close enough +to those requested, and allocate new sharable colors when no acceptable substitute can be found. Each ap- +plication defines what constitutes close enough. +Since the routines simultaneously manage sharing colors and grayscale shades, applications requiring col- +ors can coexist with applications exclusively requiring shades of gray. +What's an application to do? +Prior to calling the color allocation routines, a typical application would create the list of preferred colors. If +the colors are being allocated for display of an image this list may be created by generating a histogram of +color usage within the image. The color allocation algorithm gives a limited priority to allocating colors +according to their order within the list, therefore the list should be arranged in an order that will produce the +most pleasing affect for the application (e.g. decreasing frequency of usage) in case the colormap becomes +full. +Along with the list of colors, the application supplies parameters which limit the definition of an acceptable +color match, and specifies a color space to be used during color match calculations. +The preferred color list is then processed by the color allocation routines which will return the allocated +colors. The application would then create its final image by re-mapping each image color to the pixel index +of the color returned. +Algorithm overview +The color allocation algorithm gives priority to allocating new sharable colors in a sequence that will provide +an even distribution of sharable colors throughout the specified color space. This iterative process begins +by dividing the color space into sub-volumes and determining the existence or need for sharable colors +within each sub-volume. The sub-volume size is determined dynamically such that the size is reduced on +each iteration. +Secondary priority is given to allocating colors according to their order within the list of requested colors. +Each iteration of the algorithm processes the preferred color list in order. Sub-volumes of the color space, +centered around each requested color, are examined to see if any sharable color exists within the sub- +volume. If none is found, the new sharable color is allocated. This process proceeds until the end of the list +is reached, at which time a new sub-volume size is calculated. +The color allocation algorithm ends when: all colors have been allocated, or the sub-volume size has reached +the limit specified by the application, or a sharable color allocation fails due to the colormap being full. +All remaining colors are assigned the pixel index of their closest match within the specified color space. +Parameters required +The parameters to the color allocation routine include: the screen on which the image will be displayed, the +colormap to allocate colors from, a list (and count) of colors to allocate, the color space in which to match +colors, and a pair of control parameters. +Color match space +The color allocation routines allow the application to choose one of the following color spaces: HLS, Lab, +L*U*V*, RGB, U*V*W*, and YIQ. During color allocation the color space is used for choosing colors that +have the greatest distance from any existing color. During color matching the color space is used to find the +minimum distance to an existing color. +Control parameters - what's close enough +The cube in figure 1, represents the RGB color space - all possible colors that can be defined using the +primary spectral components of visible light: red, green, and blue. All the pure shades of gray lie along a di- +agonal line running between black and white. +The human visual system is unable to perceive any difference (in hue, saturation or intensity) between +closely spaced points within the cube. Thus there is a sphere of points surrounding each color, any of +which could be an acceptable substitute for the central color. Furthermore, there is a cylinder of points +surrounding the gray shade line, each of which is close enough to its closest gray shade on the line to sat- +isfy the human eye. + +Figure 1: RGB color cube showing color match spheres and gray shade cylinder +The RGB color space was chosen here to simplify illustration. The other color spaces are not cubic in +shape. Neither are the volumes representing acceptable colors and gray shades spherical and cylindrical, +but rather they are distorted by the shape of the color space. +Match-limit +The radius of the color match spheres (parameter match_limit), determines the degree of error to be tol- +erated when searching for perceptually close colors. The minimum value of match_limit allows only exact +matches (within the limits of the hardware), while the maximum value encompasses the entire color space (no +new colors would be allocated). +Figure 1 illustrates a pair of colors to be allocated: a saturated orange (centered within the quarter sphere) +and a blue-green shade (centered within the full sphere). The color allocation routine will locate the color +existing within each sphere that has the shortest distance vector to the desired color, or allocate the exact +color if no color has been allocated within the sphere. +Gray-limit +Most people will accept a decreased resolution in intensity rather than tolerate inaccuracies in hue when +viewing a grayscale image. Therefore a separate parameter (gray_limit) is provided in order to define a +relatively narrow cylinder of gray shades while tolerating larger intensity errors along the axis of the cylinder +(specified using the match_limit parameter). +The radius of the gray shade cylinder (parameter gray_limit), determines the degree of error to be tolerated +when searching for shades of gray. The minimum value of gray_limit allows only pure shades of gray to be +shared from the colormap, while the maximum value (which must be specified when allocating colors rather +than gray shades) includes the entire gray shade line. +Special effects +If the colormap contains a grayscale ramp, a color image can be displayed as grayscale by using a low value +for gray_limit and the maximum value, for match_limit. Likewise, a grayscale image can be displayed with a +digital art effect, if the colormap contains only a distribution of colors and both match_limit and +gray_limit are specified at their maximum values. +Many happy returns +The color allocation routine modifies each XColor structure in the supplied colors list to contain the pixel +value of the allocated color, the actual RGB values assigned, and a symbol in the pad field that indicates +whether the exact color, or the best match was allocated. Or the pad field may indicate failure in the event +that the supplied colormap was completely allocated with private read/write color cells. +Each color allocated must be freed using XFreeColors. Each pixel index must be freed as many times as it +appears in the colors list. +A closer look +The following is a summary of the color allocation algorithm: + discover the state of each colormap cell: available, sharable, private, + exclude sharable colors which deviate too far from gray_limit, + convert each sharable colormap cell into the color space of choice, + convert each requested color into the color space of choice, + find the distance to the closest existing match for each color requested, + allocate new colors for those having no acceptable match, + share existing colors that are perceptually close enough, + if the colormap becomes full, assign the remaining colors to their closest match. +What state is your colormap in? +Each colormap cell is tested to determine which colors are sharable. However, the algorithm makes al- +lowance for the volatility of the colormap resource as other clients also have access to the colormap while +the color allocation routine executes. +If the supplied colormap does not allow any sharable colors to be allocated, each of the requested colors are +marked as failing to be allocated. +How gray it is +For each sharable color absolute value of the difference between RGB components is computed. If any +difference exceeds the application's gray_limit parameter the colormap cell is excluded from being a color +match candidate. +Finding the best mate +Initially each requested color is assigned the colormap index of the closest existing color; the distance +between them is also recorded. The distance between colors is computed as a space diagonal within the +color space requested: +distance = +Where C1, C2, and C3 are the three components of the requested color space. Since only relative distances +are required in determining the closest match, the square root is not computed (reducing computational +overhead). +Private rooms for distant cousins +A new color is allocated for each color that has a match distance exceeding the match_limit. Color allo- +cations proceed in groups that will distribute them throughout the color space. Within each group the col- +ors are allocated by their order within the list of requested colors. +The mean distance between all pending allocations is calculated. All colors exceeding this mean distance +form a group of colors to be allocated. For each new color allocated the distance to the remaining colors is +tested - the new color may be a better match than was previously found. While this process eliminates +many colors from the group under consideration, it ensures an equitable distribution of colors through out +the color space. +Allocation of new colors is complete when: all colors have been allocated, or all the remaining colors have a +close enough match, or the colormap becomes full. +We're room mates - like it or not +Any remaining colors share the allocation of the closest existing color within the colormap. While colors are +being allocated other clients may also be allocating and deallocating colors. In case this activity causes the +allocation of the closest matching color to fail, the next best match will be allocated instead. + + + + +1 + + + diff --git a/xie/xc/doc/hardcopy/XIE/XIEProto/overview.txt b/xie/xc/doc/hardcopy/XIE/XIEProto/overview.txt new file mode 100644 index 0000000..d61240f --- /dev/null +++ b/xie/xc/doc/hardcopy/XIE/XIEProto/overview.txt @@ -0,0 +1,356 @@ +X Image Extension Overview + +Robert NC Shelley +AGE Logic, Inc. + 9985 Pacific Heights Blvd. +San Diego, CA 92121 + +Abstract +The X Image Extension provides a powerful mechanism for the transfer and display of vir- +tually any image on any X-capable hardware. While not intended for use as a general pur- +pose image processing engine, XIE does provide a robust set of image rendition and en- +hancement primitives that can be combined into arbitrarily complex expressions. XIE also +provides import and export facilities for moving images between client and server, or core +X and XIE, and for accessing images as resources. +XIE Design Goals +The X Image Extension (XIE) was designed to facilitate efficient and robust image display on X Window +System servers. XIE provides tools for rapidly transferring an image from client to server, and for converting +the image format to match the server's hardware characteristics. XIE does not attempt to provide tools for +general-purpose image processing. However, simple image enhancement and filtering operations such as +contrast enhancement and convolution are available, as well as dithering, geometric transformations, histo- +gram generation, etc. +The X Window client-server architecture was based on the assumption that data on the wire would be of a +relatively high level. Therefore, a high-bandwidth connection is not an absolute requirement for X. However, +image transfer requires sending large amounts of low-level data, which may take an unacceptable amount of +time on slow or heavily loaded networks. This image transport bottleneck makes the X Window System less +than optimal for supporting image intensive applications. +XIE solves the image transport problem by supporting the transmission of compressed images across the +wire, and providing image decompression facilities in the server. Compression ratios on the order of 20:1 or +more are common for bitonal images. The client can send a relatively modest amount of data to the server +where it is decompressed into a much larger data structure. The image at full resolution may not fit com- +pletely on the server's display monitor, so XIE supports geometric operations, such as scale. The large im- +age may be scaled down to a convenient window size and displayed as is depicted in Figure 1. +Rendition in XIE is defined to be the process of changing the format of an image in order to make it com- +patible with the server's frame buffer, its associated lookup table(s), and other limitations. Once an image has +been rendered, it may be transferred directly to the hardware and viewed on the screen. Rendering a compli- +cated image to be compatible with highly limited hardware can be quite challenging, and may require a series +of manipulations to be performed on the image. It may be necessary to convert the image from trichromatic +to monochromatic (gray scale or bitonal). A scaling operation can be used to reduce the image's size to fit +the screen dimensions. Convolution provides a means for sharpening the image or performing other general +filtering operations. Dithering may be used to reduce the number of levels to match the number of colormap +entries available, and so on. + + +Figure 1. Compressed transport from client to server, followed by decompression, scaling and display. +The primitives of XIE that are needed to support image transfer and rendition define a new class of virtual +display hardware. In some cases, it may be possible for server implementors to map these functions directly +onto physical hardware accelerators. For example, the Convolution operator in XIE might be implemented di- +rectly using a convolution board or chip. Providing a vehicle for hardware vendors to upgrade the perform- +ance of X servers for image-specific operations was an explicit design goal of XIE. +To summarize the main goals of XIE: +* Display any image on any server, +* Reduce the time it takes to move images from client to server, +* Support the development and utilization of image-specific hardware, +* Do not cover all of image processing. +XIE Historical Summary +The X Image Extension project was initiated in 1988 by Joe Mauro of Digital Equipment Corporation. The +first formal proposal was submitted to the Consortium in 1990. At that time, it was voted not to proceed to +technical review, because of a lack of sufficient resources to review the proposal. Digital continued to +work with interested Consortium members in revising the protocol, and produced a portable sample imple- +mentation of XIE (Version 3) to demonstrate proof-of-concept. In March of 1991, XIE was officially moved +into technical review. After more than a year and a half of discussion by many interested companies, a sub- +stantially modified XIE (version 4) was promoted from technical review to public review at the end of 1992. +In January of 1993 AGE Logic was contracted to produce a new sample implementation which was com- +pleted in January of 1994. Several more improvements were made to the protocol during the public review +and sample implementation period. The major changes to the XIE protocol between versions 3 and 5 in- +cluded: +* more direct control over server behavior given to the client, +* generalization and refinement of the computational model, +* elements no longer do implicit data type conversions, +* tools for creating a processing engine moved to the client side, +* unification of all geometric operators into a single transformation, +* enhanced support for color spaces and color operations, +* cleaner interface to Core X, +* support for more compression techniques, +* identification of a Document Imaging Subset. +XIE Architecture +The image extension is designed to add new functionality to X while at the same time avoiding making any +fundamental changes to the X architecture. XIE receives requests, and sends errors, replies, and events +through the standard mechanisms defined for extensions. XIE resources must be registered with the Core X +resource manager so that at client shutdown all XIE resources can be cleanly deallocated. All data in and +out of XIE must pass through X, either by the standard extension mechanism or by explicit import and ex- +port. Note in Figure 2 below that all utilization of resources in XIE must go through a Photoflo Manager. +Data is imported into the Photoflo Manager and exported out from it. The Photoflo Manager, which also +runs the computational engine of XIE, is discussed in the next section. + + +Figure 2. High-level view of an X server containing XIE support. +XIE's Computational Model +Typical XIE processing employs a sequence of operations. For example: +* transport an image from client to server, +* decompress the image, +* scale the image, +* render and enhance the image, +* display (export image data to a Core X drawable). + +A client could ask the server to perform each of these operations one step at a time - send the complete +image to the server, then decompress it, then scale it, etc., and finally display the result. One disadvantage +of this approach is that the user may have to wait a long time before seeing the image on the screen. Fur- +thermore, the memory requirements of holding the full decompressed image in the server may be severe. The +necessity of producing full intermediate images between steps further aggravates this situation. Consider +the simple sequence of operations {transfer image, decompress, scale, export to X} that is depicted in Figure +3: + +Figure 3. Processing each step completely before moving data to the next element in + the sequence requires allocating a large amount of buffer space in the server. +When the image is processed one step at a time, large buffers must be allocated to hold the decompressed +image in the server. This may require more memory than is available in the server, in which case XIE would +have to return an allocation error, thereby preventing the user from viewing the image. +Suppose instead that the client could specify all operations in the sequence to the server at once. The +server could then choose to perform only part of each operation before passing the output data to the next +processing step in the sequence. For example, it might decompress half of the incoming image, scale that +half, and export the top half of the image to Core X, at which point the user would see the top of the image +displayed on the screen (Figure 4): + + +Figure 4. Processing only half of each step before moving data to the next element. +After the top half of the image has been displayed, the server could decompress the remainder of the image, +scale it, and export the result to Core X, thus completing the display of the whole image (Figure 5). Two +benefits have been realized. First, the user was able to see something appear on the screen in roughly half +the time. Second, the server didn't have to allocate as much buffer space. In fact, the amount of buffer space +required will be inversely proportional to the number of steps into which the process is subdivided (until +some minimum level is reached). + + +Figure 5. Processing the second half of each step. +In XIE, the ability to define a sequence of operations to be performed is referred to as constructing a Photo- +flo. Photoflos are so named because the image data (sometimes photographic) is viewed as flowing through +the sequence of elements. The Photoflo Manager depicted in Figure 2 obtains data via import elements, +processes the data using process elements, and outputs the final result via export elements. A Photoflo for +the sequence just discussed would look like: + + + +No explicit decompression step is required. The Import element describes the format of the data to be trans- +ferred, and the server knows it must implicitly decompress the image data prior to passing it to the Geometry +element. Similarly, the client may specify that an image is to be compressed before it is stored in a Photomap +or returned to the client. +Photoflos do not have to be linear. The client is allowed to construct any Directed Acyclic Graph (DAG) as +long as the way the elements are connected makes sense. For example, the Photoflo in Figure 6 computes an +unsharp masked enhancement of the input image by first blurring a sub-region of the image, using a convo- +lution operation, and then adding the difference to the original image: + + +Figure 6. Photoflo to compute unsharp masked enhancement with rectangles of interest. +The client can specify this DAG to the server all at once, with either CreatePhotoflo (to create a permanent +Photoflo that can be re-used) or ExecuteImmediate (to create a temporary Photoflo that will be destroyed +immediately upon completion). The Photoflo Manager creates the Photoflo and then waits for further in- +struction. Once the Photoflo is activated (performed by ExecutePhotoflo for permanent flos, or performed +implicitly for temporary flos), the Photoflo Manager will asynchronously execute the Photoflo, processing +input as it becomes available. The client pushes data into the Photoflo by using a PutClientData request, +specifying the Photoflo and the appropriate Import element. The client reads data out of the Photoflo by +sending a GetClientData request, specifying the Photoflo and the appropriate Export element. It is not un- +usual for the Photoflo to block further processing pending either additional input from the client or retrieval +of available data by the client. +Several operations in XIE permit control over the image processing domain by specifying a control-plane or +a set of rectangles-of-interest. This allows portions of the image to be included or excluded from the rendi- +tion or enhancement operation. In Figure 6, the Convolve operation is restricted to a subset of all the pixels +in the image by importing a set of rectangles-of-interest (ROI) to modify the processing domain of the Con- +volve element. Pixels that fall within the area described by the set of rectangles are processed; those which +do not are passed through unchanged. This allows the user to reduce the computation time in areas of the +image that are not interesting. +XIE Resources +XIE defines six permanent resources that can be created and destroyed: ColorLists, LUTs, Photoflos, Pho- +tomaps, Photospaces, and ROIs. Some of these have already been introduced above. +A Photoflo is a computational engine that the client specifies using either a CreatePhotoflo or an Exe- +cuteImmediate request. A Photoflo created by CreatePhotoflo is considered permanent, and exists until an +explicit DestroyPhotoflo request or client shutdown. The resource ID specified at Photoflo creation time is a +normal core X resource ID. A Photoflo created by ExecuteImmediate is a temporary resource that is created +in a separate resource ID space, called a Photospace. Before creating the first temporary Photoflo, a Photo- +space must be created to hold it using the CreatePhotospace request. If this Photospace is destroyed, all +Photoflos in the space are immediately destroyed along with it. +LUTs, ROIs and Photomaps are used as Photoflo inputs by using ImportLUT, ImportROI and ImportPho- +tomap elements, respectively. A Photomap is a handle for image data stored in the server. Photomaps are +created with no attributes: they inherit data and descriptive information from ExportPhotomap elements in +Photoflos. The attributes of a Photomap may be queried by using the QueryPhotomap request. A LUT is a +handle for lookup table data for the Point operation. A LUT resource receives data and attributes from an +ExportLUT element in a Photoflo. A ROI resource is a handle for a set of rectangles-of-interest. It is popu- +lated using the ExportROI element. +ColorLists are used to store colors allocated from a colormap. When a colormap and a color or gray scale +image is passed to the ConvertToIndex element, the colormap identifier and the index of each colormap cell +allocated by ConvertToIndex are stored in the ColorList. The contents of a ColorList can be queried using +the QueryColorList request. +Element Definitions +This section briefly discusses the elements with which one can create computational engines (Photoflos). +The number of individual Photoflo elements listed below is deceptively modest, in that there are many dif- +ferent ways in which several of the elements could have been specified. For example, in defining a geometric +transformation for an image, it is quite simple to specify the transform in idealized coordinates, but impossi- +ble to choose one optimal re-sampling method. This is because evaluation of the algorithm's performance +depends on factors that are largely subjective, and processor or data dependent. It is unreasonable to pick a +single algorithm for a given element when clearly dozens of other algorithms are available of equal or better +quality. It was decided to build flexibility into XIE's basic element definitions, giving both server implemen- +tors and client writers leeway in selecting the algorithms that best meet their needs. +The XIE protocol provides this flexibility by incorporating a technique parameter within several of the ele- +ments that acts as a modifier of the element's behavior. The techniques that are supplied to import and ex- +port elements generally identify image compression schemes, whereas the techniques specified for process- +ing elements identify various image processing algorithms that are slightly different methods of doing the +same basic operation. In some cases techniques offer a tradeoff between execution time and the fidelity of +the results, while in other cases different techniques are desirable because of the image class or content. +For some techniques the server implementor is required to provide a default algorithm. This allows an +application to select an operation in a generic way without concerning itself with the details of the particular +algorithm being used. The protocol document specifies that some techniques must be implemented in all +servers, whereas other techniques are considered optional. The server implementor is also permitted to +extend XIE with additional proprietary techniques as is seen fit. XIE includes a query request to determine +what techniques are supported by a particular implementation and to determine what algorithms are being +used as defaults. +Import Elements + Import elements may be classified according to the source of their data, which must be either: the client, +Core X, or XIE resources. Thus: +Client Import Elements +ImportClientLut - reads in lookup table data from the client. Since the client will send raw data using +PutClientData, this element is used to specify the format of the expected data stream. +ImportClientPhoto - reads in image data from the client. Since the client will be sending raw data +using PutClientData, this element is provided to specify the format of the data stream. A decode +technique, and its associated arguments, are used to specify the compression algorithm applied to the +data. +ImportClientROI - used to read in a list of rectangles for process domain control. Since a fixed format +is defined, only the number of rectangles needs to be provided. +Core X Resource Import Elements +ImportDrawable - reads in image data from a window or pixmap. +ImportDrawablePlane - reads in a selected image bitplane from a window or pixmap. +XIE Resource Import Elements +ImportLUT - import existing lookup table data, typically to be used by the Point processing element. +ImportPhotomap - import previously stored image data. No decoding parameters are required (as was +the case with ImportClientPhoto) because the server remembers the format of the stored data. +ImportROI - import a list of rectangles that was previously stored in the server, typically used for +process domain control. +Process Elements +Processing elements can be roughly grouped by their complexity, functionality, or the aspect of the image +that they work with. One such grouping follows: +Simple Algebraic Processing Elements +Arithmetic - allows arithmetic operations, such as addition or subtraction, to be performed between a +pair of images or an image and a constant value. Other operations, such as multiplication or division, +can only be performed between an image and a constant value. +Blend - allows an alpha-blend operation between two images or an image and a constant value. The +weights for the blend operation can be determined by a constant value or on a per-pixel basis through +the use of an alpha-plane. +Compare - compares two images or an image and a constant value to produce a bit plane with ones +where the comparison is satisfied. +Logical - performs per-pixel bitwise operations on images, or between an image and a constant. +Math - performs mathematical operations, such as square root or natural logarithm, on a single source +image. +Format Conversion Elements +BandCombine - accepts three SingleBand images and merges them to form a single TripleBand image. +BandExtract - produces a SingleBand image from a TripleBand image by summing a percentage of the +pixel values from each input band with a bias value. +BandSelect - selects a single image band from a TripleBand image. +Constrain - converts unconstrained pixel values into integer pixel values (certain operations in XIE +can be performed using unconstrained pixel values which are represented within the server as either +floating-point or fixed-point values). +ConvertFromIndex - takes a colormap and an image as input and produces a new image whose pixel +values are taken from the colormap. +ConvertFromRGB - converts RGB image data into another colorspace. +ConvertToIndex - allocates image colors from a colormap or matches colors in the image against those +already existing in the colormap. Each pixel in the output image is the colormap index of the colormap +cell that most closely represents the corresponding input image pixel. The action taken (allocate, match, +etc.) is dependent on the color allocation technique given to ConvertToIndex. Each colormap cell that is +allocated by ConvertToIndex is stored in a ColorList resource. +ConvertToRGB - converts to RGB from another color space. +Dither - reduces the number of quantization levels in an image by spreading the information contained +in a pixel over the surrounding area. +Unconstrain - converts integer pixel values into unconstrained pixel values (certain operations in XIE +can be performed using unconstrained pixel values which are represented within the server as either +floating-point or fixed-point values.) +Simple Enhancement and Filtering Elements +Convolve - performs a convolution on an image. +MatchHistogram - computes the histogram of the input image and remaps pixel data so as to match, +as closely as possible, the specified histogram shape. +Point - applies a lookup table operation to each pixel in the source image. Point is so named because +the output pixel value depends only on the input value at that point. +Domain-based Operations +Geometry - performs a geometric transformation on image data. Special cases include scale, crop, +mirror, shear, rotate, and translate. The operation is specified as a mapping of the coordinates of the +output image back to the coordinate space of the input image. Re-sampling and antialiasing algorithms +can be specified by using technique parameters. +PasteUp - allows multiple image tiles to be combined into a single image. A tile is an image with an +offset attached, that specifies where the tile is to be placed in the output image. Overlapping tiles are +resolved by a defined stacking order. If the tiles don't completely cover the output image, uncovered re- +gions are filled by a constant pixel value. + + +Export Elements +As with import elements, export elements may be classified according to the destination of their data, which +must be either: the client, Core X, or XIE resources. Thus: +Client Export Elements +ExportClientHistogram - computes the histogram of an image and makes it available to the client via +the GetClientData request. +ExportClientLUT - makes lookup table data available to the client. The client can specify the entire +LUT or a sub-range of the LUT. +ExportClientPhoto - makes image data available to the client. The client can specify the format it +wants by using an encode technique and its associated parameters. +ExportClientROI - makes rectangle-of-interest data available to the client. +Core X Resource Export Elements +ExportDrawable - writes image data into a pixmap or window. The client must provide a graphics +context to direct the insertion of data. +ExportDrawablePlane - writes a bitonal image into a pixmap or window. The graphics context may be +used to expand the data to foreground and background colors and to perform stippling. +XIE Resource Export Elements +ExportLUT - exports lookup table data to a LUT resource. ExportLUT obtains its input from a previous +element such as ImportClientLUT or ImportLUT. +ExportPhotomap - stores an image in a Photomap resource. Encoding parameters can be supplied to +tell the server what format to store the data in. Alternatively, the client may allow the server to choose +whatever image compression scheme it deems best. +ExportROI - stores a list of rectangles in a ROI resource. The exported data must come from either +ImportClientROI or ImportROI. +Subsetting +The full XIE protocol defines a very powerful flexible system. It is recognized, however, that many appli- +cation writers will wish to use XIE features to perform relatively simple tasks on simple (e.g. bitonal) images. +They may never deal with color spaces or processing domains or want to do anything more complex than +simply import, scale, and export. They will be interested in using a server that is tuned specifically for the +needs of document imaging, ignoring all other concerns. In fact, they can do without many of XIE's +capabilities, as long as the server provides the simple operations they require and it obeys the same +protocol as the full XIE specification for those operations. +The XIE Document Imaging Subset (DIS) was designed to respond to this demand. DIS drops the concepts +of Color Lists and processing domains completely, and supports only two processing elements: Geometry +and Point. Geometry is required in order to do scaling and rotation. Since the DIS client is responsible for +managing the colormap, Point is needed to convert pixel values into colormap indexes. +The only required image compression schemes are those associated with bitonal images. DIS also provides +the ability to import a full-depth drawable, scale it using Geometry, and then export the result back to Core X. +This functionality may be useful for those who want to be able to scale images produced by other +applications. One could imagine using this feature to resize a drawing in order to include it in a document. +Summary +The X Window System defines a standard architecture that has provided a stable platform-independent +display environment for application developers to build upon. By adhering to the same basic principles, XIE +enhances the image display capabilities of the core protocol by providing: +* efficient image transport between client and server, +* efficient caching of images on the server, +* image rendition and enhancement capabilities on the server, +* support for the development and utilization of image-specific hardware, +* consistent policy-free support for image display across all platforms. +References +1. X Window System +Scheifler & Gettys +Digital Press +2. X Image Extension Protocol Reference Manual +Shelley et al. +AGE Logic, Inc. +3. XIElib Specification +Rogers +AGE Logic, Inc. +4. XIE Sample Implementation Architecture +Shelley, Verheiden & Fahy +AGE Logic, Inc. +5. X Image Extension Overview +Fahy & Shelley +The X Resource - Special Issue C, 1/93 +O'Reilly & Associates, Inc. + + +Copyright (c) 1994 AGE Logic, Inc. +Permission to use, copy, modify, distribute, and sell this article for any purpose is hereby granted without fee, provided that +the above copyright notice and this permission notice appear in all copies. AGE Logic, Inc. makes no representations about +the suitability for any purpose of the information in this paper. This material summarizes a standard of the X Consortium +and is provided as is without express or implied warranty. +1 + + diff --git a/xie/xc/doc/hardcopy/XIE/XIElib/xielib.txt b/xie/xc/doc/hardcopy/XIE/XIElib/xielib.txt new file mode 100644 index 0000000..bc68e9c --- /dev/null +++ b/xie/xc/doc/hardcopy/XIE/XIElib/xielib.txt @@ -0,0 +1,7525 @@ +XIElib +Specification + + +Gary Rogers +AGE Logic, Inc. +This document contains reference pages for each XIElib function. +Public Review Draft +April, 1994 + + + + +Copyright (c) 1994 AGE Logic, Inc. + + +Permission to use, copy, modify, distribute, and sell this documentation for any purpose is hereby granted +without fee, provided that the above copyright notices and this permission notice appear in all copies. AGE +Logic makes no representations about the suitability for any purpose of the information in this document. +This documentation is only a draft standard of the X consortium and is therefore subject to change. + + + +Acknowledgments + +XIElib was provided by the X Consortium, with cooperation from AGE Logic, Inc. of San Diego, CA. It +is a C subroutine library that provides a low level C binding of all features that are defined by Version +5.0 of the XIE Protocol. + +Various parts of the text were borrowed from the Version 5.0 XIE Protocol Reference Manual, edited by +Bob Shelley of AGE Logic, Inc.. Bob provided suggestions and comments that were invaluable in +preparing this document. Dean Verheiden and Syd Logan, both of AGE Logic, Inc., graciously +volunteered to review the original manuscript. + +The author would like to thank Ralph Mor of the X Consortium for his careful review of this document. +Ralph designed the XIElib and wrote its sample implementation, and his technical advice was +indispensable. Adrian Nye, Editor for O'Reilly & Associates, Inc., provided substantive assistance in +the preparation of this document, for which the author is very thankful. + + + +Table of Contents +Introduction 1 +Startup Functions +XieInitialize 3 +XieQueryTechniques 5 +XieCreateColorList 8 +XieDestroyColorList 9 +XiePurgeColorList 10 +XieQueryColorList 11 +LUT Functions +XieCreateLUT 12 +XieDestroyLUT 13 +Photomap Functions +XieCreatePhotomap 14 +XieDestroyPhotomap 15 +XieQueryPhotomap 16 +ROI Functions +XieCreateROI 18 +XieDestroyROI 19 +Photoflo Functions +XieCreatePhotospace 20 +XieDestroyPhotospace 21 +XieExecuteImmediate 22 +XieAllocatePhotofloGraph 24 +XieCreatePhotoflo 25 +XieDestroyPhotoflo 27 +XieExecutePhotoflo 28 +XieModifyPhotoflo 29 +XieRedefinePhotoflo 31 +XieQueryPhotoflo 32 +Client Data Functions +XiePutClientData 34 +XieGetClientData 36 +Abort and Await Functions +XieAbort 38 +XieAwait 39 +Photoflo Element Functions +XieFloImportClientLUT 40 +XieFloImportClientPhoto 43 +XieFloImportClientROI 46 +XieFloImportDrawable 47 +XieFloImportDrawablePlane 49 +XieFloImportLUT 51 +XieFloImportPhotomap 52 +XieFloImportROI 54 +XieFloArithmetic 55 +XieFloBandCombine 58 +XieFloBandExtract 60 +XieFloBandSelect 62 +XieFloBlend 63 +XieFloCompare 66 +XieFloConstrain 69 +XieFloConvertFromIndex 71 +XieFloConvertFromRGB 73 +XieFloConvertToIndex 75 +XieFloConvertToRGB 78 +XieFloConvolve 80 +XieFloDither 83 +XieFloGeometry 85 +XieFloLogical 88 +XieFloMatchHistogram 91 +XieFloMath 93 +XieFloPasteUp 95 +XieFloPoint 97 +XieFloUnconstrain 99 +XieFloExportClientHistogram 100 +XieFloExportClientLUT 102 +XieFloExportClientPhoto 104 +XieFloExportClientROI 106 +XieFloExportDrawable 108 +XieFloExportDrawablePlane 110 +XieFloExportLUT 112 +XieFloExportPhotomap 114 +XieFloExportROI 116 +Technique Functions +XieTecColorAllocAll 117 +XieTecColorAllocMatch 118 +XieTecColorAllocRequantize 120 +XieTecRGBToCIELab 121 +XieTecRGBToCIEXYZ 123 +XieTecRGBToYCbCr 125 +XieTecRGBToYCC 127 +XieTecCIELabToRGB 129 +XieTecCIEXYZToRGB 132 +XieTecYCbCrToRGB 134 +XieTecYCCToRGB 136 +XieTecClipScale 138 +XieTecConvolveConstant 140 +XieTecDecodeUncompressedSingle 141 +XieTecDecodeUncompressedTriple 143 +XieTecDecodeG31D 146 +XieTecDecodeG32D 148 +XieTecDecodeG42D 150 +XieTecDecodeTIFF2 152 +XieTecDecodeTIFFPackBits 154 +XieTecDecodeJPEGBaseline 156 +XieTecDecodeJPEGLossless 158 +XieTecDitherOrderedParam 160 +XieTecEncodeUncompressedSingle 161 +XieTecEncodeUncompressedTriple 163 +XieTecEncodeG31D 166 +XieTecEncodeG32D 168 +XieTecEncodeG42D 170 +XieTecEncodeServerChoice 172 +XieTecEncodeJPEGBaseline 174 +XieTecEncodeJPEGLossless 177 +XieTecEncodeTIFF2 179 +XieTecEncodeTIFFPackBits 181 +XieTecGeomAntialiasByArea 183 +XieTecGeomAntialiasByLowpass 185 +XieTecGeomGaussian 187 +XieTecGeomNearestNeighbor 189 +XieTecHistogramGaussian 191 +XieTecHistogramHyperbolic 192 +XieTecWhiteAdjustCIELabShift 194 +Free Functions +XieFreeTechniques 195 +XieFreePhotofloGraph 196 +XieFreeEncodeJPEGBaseline 197 +XieFreeEncodeJPEGLossless 198 +XieFreePasteUpTiles 199 +XIElib Events +ColorAlloc Event Events-1 +DecodeNotify Event Events-2 +ExportAvailable Event Events-3 +ImportObscured Event Events-4 +PhotofloDone Event Events-5 +XIElib Errors +Resource Errors Errors-1 +Photoflo Errors Errors-2 + + + + + + XIElib - Function Group Introduction +This page describes the format of the reference pages for each XIElib function. Every effort has been +made to maintain consistency with the format used in Xlib Reference Manual for Version 11, A. Nye, +ed., O'Reilly & Associates, Inc., 1992. The reader is also referred to X Image Extension Protocol +Reference Manual, Version 5.0, R. Shelley, ed., 1994, for a complete definition of the XIE protocol. +Name +XieFunctionName - brief description of the function. +Synopsis +The Synopsis section presents the calling syntax for the routine, including the declarations of the +arguments and the return type. For example: + +returntype XieFunctionName (arg1, arg2_ret) +type1 arg1; +type2 *arg2_ret; +Arguments +The Arguments section describes each of the arguments used by the function. There are two sorts of +arguments: arguments to specify data to the function and arguments that return data from the function. +An example of each type is shown below: + +arg1 Specifies information for XieFunctionName. The description for this +type of argument always starts with the word "Specifies." +arg2_ret Returns information from XieFunctionName. The description for +this type of argument always starts with the word "Returns." +Returns +This section is present when XieFunctionName returns a value, and describes what is returned. +Description +The Description section describes what the function does, what it returns, and what events or side- +effects it causes. It also may also contain pertinent definitions, algorithms, and tables. A description of +each XIE event structure is presented in the section XIElib Events. +Output Attributes +This section, which presents a table of element output attributes, is present if +XieFloFunctionName specifies an element that produces output data. + +Class Data class of output data + - single band (achromatic or index) + - triple band (trichromatic) +Type Data type + - constrained (quantization levels is Levels) + - unconstrained (quantization levels is unknown) +Width Width of output (in pixels per band) +Height Height of output (in pixels per band) +Levels Depends on type + - constrained: number of quantization levels + - unconstrained: unknown +Structures +The Structures section contains the C definitions of the XIE-specific data types used by +XieFunctionName as arguments or return values. It also contains definitions of important +constants used by the function. +Errors +The Errors section is present when an action of XieFunctionName could generate an error. A table +of errors that can be generated and their causes is presented. The full list of errors is presented in the +section XIElib Errors. +See Also +This section lists other functions that contain information related to XieFunctionName. + XIElib - Startup Functions XieInitialize +Name +XieInitialize - initialize the XIE extension. +Synopsis +Status XieInitialize (display, extinfo_ret) +Display *display; +XieExtensionInfo **extinfo_ret; +Arguments +display Specifies a connection to an X server. +extinfo_ret Returns the pointer to an XieExtensionInfo structure, which contains +information about the XIE server's capabilities. +Returns +Zero on failure, non-zero on success. +Description +XieInitialize() initializes the interface to the XIE extension and returns information about the +XIE server's capabilities. XieInitialize() should be called to establish version compatibility +between client and server prior to making any other XIE request. + +If successful, XieInitialize() allocates and fills the XieExtensionInfo structure as follows: + +* The server_major_rev and server_minor_rev members are set to specify the highest +version of the XIE protocol that the server supports. If the server version is higher than the XIElib +version, the server will return the lower version, if it supports it. +* The service_class member is set to the service-class supported by the XIE server. Service- +class defines the recognized image processing service sets supported by the X Image Extension +standard; the two service classes currently defined are Full, the entire XIE protocol, and DIS, the +Document Image Subset, a proper subset of Full XIE. The service_class member can be set to +one of the standard values: + +xieValFull +xieValDIS + +* The alignment member is set to the pixel and scanline alignment for image data supported by +the server. Values for this member can be either xieValAlignable or xieValArbitrary. +xieValAlignable data units must fit evenly within a byte, or they must fill a byte, or fill a +multiple of bytes; xieValArbitrary data units may fall at any bit address. +* The uncnst_mantissa member is set to the number of bits in the server's floating point +format (including the sign bit). If the server uses fixed point, uncnst_mantissa is set to 0. +* The uncnst_min_exp member is set to the smallest (most negative) value n such that 2n is +representable in the server's unconstrained data format. +* The uncnst_max_exp member is set to the largest value n such that 2n - 1 is representable in +the server's unconstrained data format. +* The n_cnst_levels member is the number of items in the list cnst_levels. +* The items in the list cnst_levels are set to the levels that are recommended for constrained +data by the server. A value of 0 means 232 levels. +* The first_event member is set to the value from which subsequent XIE events values are +based. +* The first_error member is set to the value from which subsequent XIE error values are based. + +The memory allocated to extinfo_ret is freed when display is closed via XCloseDisplay(); +the client should not free this memory. + +If not successful, XieInitialize() sets **extinfo_ret to NULL. +Structures +typedef struct { + unsigned server_major_rev; + unsigned server_minor_rev; + XieServiceClass service_class; + XieAlignment alignment; + int uncnst_mantissa; + int uncnst_min_exp; + int uncnst_max_exp; + int n_cnst_levels; + unsigned long *cnst_levels; + int major_opcode; + int first_event; + int first_error; +} XieExtensionInfo; + +/* Definitions of Extension Name and Version Number */ +#define xieMajorVersion 5 +#define xieMinorVersion 0 +#define xieEarliestMinorVersion 0 +#define xieLatestMinorVersion 0 + +/* Definitions of ServiceClass */ +#define xieValFull 1 +#define xieValDIS 2 + +/* Definitions of Alignment */ +#define xieValAlignable 1 +#define xieValArbitrary 2 + XIElib - Startup Functions XieQueryTechniques +Name +XieQueryTechniques - return information about the standard and private techniques that are supported +by the server. +Synopsis +Status XieQueryTechniques (display, technique_group, ntechniques_ret, +techniques_ret) +Display *display; +XieTechniqueGroup technique_group; +int *ntechniques_ret; +XieTechnique **techniques_ret; +Arguments +display Specifies a connection to an X server. +technique_group Specifies the group of techniques for which the server is to return +information. +ntechniques_ret Returns the number of items in the list of XieTechnique structures. +techniques_ret Returns the pointer to the list of XieTechnique structures, which +contains the information about the selected group of techniques. +Returns +Zero on failure, non-zero on success. +Description +If successful, XieQueryTechniques() allocates and fills each XieTechnique structure in the +list as follows: + +* The member needs_param is set to True if the technique requires additional parameters; +needs_param is set to False if the technique takes no parameters, or it has parameters that +are optional. If parameters are optional, they must be totally omitted, or they must all be supplied. +* The member group is set to the group the technique belongs to. +* The member number is set to the numeric identifier assigned to the technique. +* The member speed is set to the server's assessment of the speed of this technique relative to +other techniques in the same group, where 0 is slowest and 255 is fastest. +* The member name is set to the XIE compliant technique name string. + +To free the memory allocated to techniques_ret, use XieFreeTechniques(). + +On failure, ntechniques_ret is set to zero and *techniques_ret is set to NULL. + +The standard technique group names that can be queried using XieQueryTechniques() are +shown below: + +Technique group +Meaning + +xieValDefault +select all default techniques + +xieValAll +select all supported techniques + +xieValColorAlloc +select color allocation techniques + +xieValConstrain +select techniques for constraining data + +xieValConvertFromRGB +select colorspace conversion techniques (for conversion +from the RGB colorspace) + +xieValConvertToRGB +select colorspace conversion techniques (for conversion to +the RGB colorspace) + +xieValConvolve +select techniques for handling convolution edge conditions + +xieValDecode +select image decoding (decompression) techniques + +xieValDither +select dithering techniques + +xieValEncode +select image encoding (compression) techniques + +xieValGamut +select colorspace conversion gamut compression +techniques + +xieValGeometry +select geometric sampling techniques + +xieValHistogram +select match-histogram shapes + +xieValWhiteAdjust +select colorspace conversion white point adjustment +techniques + + +If a vendor defined an additional private technique group, it could be discovered by querying for All +groups. +Structures +typedef unsigned XieTechniqueGroup; +typedef struct { + Bool needs_param; + XieTechniqueGroup group; + unsigned int number; + unsigned int speed; + char *name; +} XieTechnique; + +/* Definitions for TechniqueGroups */ +#define xieValDefault 0 +#define xieValAll 1 +#define xieValColorAlloc 2 +#define xieValConstrain 4 +#define xieValConvertFromRGB 6 +#define xieValConvertToRGB 8 +#define xieValConvolve 10 +#define xieValDecode 12 +#define xieValDither 14 +#define xieValEncode 16 +#define xieValGamut 18 +#define xieValGeometry 20 +#define xieValHistogram 22 +#define xieValWhiteAdjust 24 +Errors +BadAlloc Insufficient resources +BadValue Unknown technique_group +See Also +XieFreeTechniques(). + XIElib - Color List Functions XieCreateColorList +Name +XieCreateColorList - create a color list. +Synopsis +XieColorList XieCreateColorList (display) +Display *display; +Arguments +display Specifies a connection to an X server. +Returns +The color list identifier. +Description +XieCreateColorList() creates a color list resource and returns its color list ID. + +The color list created is an unpopulated server resource that can be used to store the list of colors +allocated by XieFloConvertToIndex(). The Colormap allocations that are recorded in a color list +belong to the client that executed the photoflo that populated the resource (this is not necessarily the +same client that created the color list). A color list cannot be the target of more than one active photoflo +at a time. The contents of a color list may be queried using XieQueryColorList(). All allocated +cells can be explicitly purged from a color list using XiePurgeColorList(). A color list can be +destroyed using XieDestroyColorList(). +Structures +typedef XID XieColorList; +Errors +BadAlloc Insufficient resources +BadIdChoice Invalid color list +See Also +XieDestroyColorList(), XiePurgeColorList(), XieQueryColorList(), XieFloConvertToIndex(). + XIElib - Color List Functions XieDestroyColorList +Name +XieDestroyColorList - destroy a color list. +Synopsis +void XieDestroyColorList (display, color_list) +Display *display; +XieColorList color_list; +Arguments +display Specifies a connection to an X server. +color_list Specifies the color list to be destroyed. +Description +XieDestroyColorList() destroys the color list resource identified by color_list. Once +destroyed, color list ID is no longer valid. +Structures +typedef XID XieColorList; +Errors +xieErrNoColorlist Invalid color_list +See Also +XieCreateColorList(). + XIElib - Color List Functions XiePurgeColorList +Name +XiePurgeColorList - purge all allocated cells from a color list. +Synopsis +void XiePurgeColorList (display, color_list) +Display *display; +XieColorList color_list; +Arguments +display Specifies a connection to an X server. +color_list Specifies the color list to be purged. +Description +XiePurgeColorList() frees the colors from the specified color list. +Structures +typedef XID XieColorList; +Errors +BadAccess Attempt to purge colors when color list is being written by a photoflo +xieErrNoColorlist Invalid color_list +See Also +XieCreateColorList(), XieDestroyColorList(), XieQueryColorList(), XieFloConvertToIndex(). + XIElib - Color List Functions XieQueryColorList +Name +XieQueryColorList - obtain a list of allocated Colormap indices. +Synopsis +Status XieQueryColorList (display, color_list, colormap_ret, +ncolors_ret, colors_ret) +Display *display; +XieColorList color_list; +Colormap *colormap_ret; +unsigned *ncolors_ret; +unsigned long **colors_ret; +Arguments +display Specifies a connection to an X server. +color_list Specifies the color list to query. +colormap_ret Returns the Colormap from which the colors were allocated. +ncolors_ret Returns the number of Colormap indices in the list. +colors_ret Returns the list of allocated Colormap indices. +Returns +Zero on failure, non-zero on success. +Description +XieQueryColorList() allocates and returns a list of colors allocated by a ConvertToIndex +element. + +When there are no colors in color list, a zero status is returned and the value zero is returned for the +colormap, and the list of colors is of length zero. The pointer to the list of allocated Colormap indices is +set to NULL. + +To free the memory allocated to colors_ret, use XFree(). +Structures +typedef XID XieColorList; +Errors +BadAlloc Insufficient resources +xieErrNoColorlist Invalid color list +See Also +XieFloConvertToIndex(). + XIElib - LUT Functions XieCreateLUT +Name +XieCreateLUT - create a lookup table. +Synopsis +XieLut XieCreateLUT (display) +Display *display; +Arguments +display Specifies a connection to an X server. +Returns +The lookup table (LUT) identifier. +Description +XieCreateLUT() creates a server resource which is used as a lookup table (LUT) by a Point +element. A lookup table consists of one or three single-dimension arrays, each long enough to contain +an entry for all possible pixels values in the image data to which the Point element will be applied. + +The LUT is populated (or repopulated) with lookup table entries after the successful execution of a +photoflo containing an ExportLUT element which targets lut. LUT data can be imported into a photoflo +using an ImportLUT element. +Structures +typedef XID XieLut; +Errors +BadAlloc Insufficient resources +BadIDChoice Invalid LUT +See Also +XieDestroyLUT(), XieFloPoint(), XieFloImportClientLUT(), XieFloImportLUT(), +XieFloExportClientLUT(), XieFloExportLUT(). + XIElib - LUT Functions XieDestroyLUT +Name +XieDestroyLUT - destroy a lookup table. +Synopsis +void XieDestroyLUT (display, lut) +Display *display; +XieLut lut; +Arguments +display Specifies a connection to an X server. +lut Specifies the ID of the LUT to be destroyed. +Description +XieDestroyLUT() destroys the lookup table (LUT) identified by lut. Once destroyed, LUT ID is +no longer valid. +Structures +typedef XID XieLut; +Errors +xieErrNoLut The value for the lut argument does not name a defined LUT +See Also +XieCreateLUT(). + XIElib - Photomap Functions XieCreatePhotomap +Name +XieCreatePhotomap - create a photomap. +Synopsis +XiePhotomap XieCreatePhotomap (display) +Display *display; +Arguments +display Specifies a connection to an X server. +Returns +The photomap identifier. +Description +XieCreatePhotomap() creates a photomap, a server resource which stores image data. Photomap +data may be rendered for display or used as input to control or modify the rendition of another image. + +Photomap attributes are defined when a photoflo containing an ExportPhotomap element populates the +photomap with data. +Structures +typedef XID XiePhotomap; +Errors +BadAlloc Insufficient resources +BadIdChoice Invalid photomap +See Also +XieDestroyPhotomap(), XieQueryPhotomap(), XieFloImportClientPhoto(), +XieFloImportPhotomap(), XieFloExportClientPhoto(), XieFloExportPhotomap(). + XIElib - Photomap Functions XieDestroyPhotomap +Name +XieDestroyPhotomap - destroy a photomap. +Synopsis +void XieDestroyPhotomap (display, photomap) +Display *display; +XiePhotomap photomap; +Arguments +display Specifies a connection to an X server. +photomap Specifies the ID of the photomap to be destroyed. +Description +XieDestroyPhotomap() destroys the photomap identified by photomap. Once destroyed, the +photomap ID is no longer valid. A photomap is the XIE resource used to store image data in the server. +Structures +typedef XID XiePhotomap; +Errors +xieErrNoPhotomap The value for the photomap argument does not name a defined +photomap +See Also +XieCreatePhotomap(), XieQueryPhotomap(). + XIElib - Photomap Functions XieQueryPhotomap +Name +XieQueryPhotomap - returns the queriable attributes of a photomap. +Synopsis +Status XieQueryPhotomap (display, photomap, populated_ret, +datatype_ret, class_ret, decode_technique_ret, width_ret, +height_ret, levels_ret) +Display *display; +XiePhotomap photomap; +Bool *populated_ret; +XieDataType *datatype_ret; +XieDataClass *class_ret; +XieDecodeTechnique *decode_technique_ret; +XieLTriplet width_ret; +XieLTriplet height_ret; +XieLTriplet levels_ret; +Arguments +display Specifies a connection to an X server. +photomap Specifies the photomap to be queried. +populated_ret Returns the status of the photomap. +datatype_ret Returns the type of the data in the photomap. +class_ret Returns the class of the data in the photomap. +decode_technique_ret Returns the decode technique required to interpret the data. +width_ret Returns the width, in pixels per band. +height_ret Returns the height, in pixels per band. +levels_ret Returns the number of quantization levels per band. +Returns +Zero on failure, non-zero on success. +Description +A photomap is a server resource which stores image data. XieQueryPhotomap() sets +populated_ret to indicate whether or not photomap has been populated with attributes and data. +If populated_ret is False, all remaining fields contain zeros. + +datatype_ret shows whether the number of quantization levels is valid (constrained) or unknown +(unconstrained), and is set to one of the following standard data type values: + +xieValConstrained +xieValUnconstrained + +class_ret is the class of image data (i.e., single-band or triple-band), and is set to one of the +following standard data class values: + +xieValSingleBand +xieValTripleBand + +width_ret and height_ret are set to the dimensions of the image data in pixels (per band). +levels_ret is set to the potential dynamic range, or number of quantization levels (per band). If +datatype_ret is set to unconstrained, the returned values for levels are zeros. If class_ret is +xieValSingleBand, width_ret, height_ret, and levels_ret for unused bands are +returned as zeros. + +decode_technique_ret is set to the decode technique that will be required to interpret or +decompress the data. Decode techniques define the techniques that can be used to interpret +uncompressed image data or decode compressed images. decode_technique_ret can be set to +one of the following standard decode technique values: + +xieValDecodeUncompressedSingle +xieValDecodeUncompressedTriple +xieValDecodeG31D +xieValDecodeG32D +xieValDecodeG42D +xieValDecodeJPEGBaseline +xieValDecodeJPEGLossless +xieValDecodeTIFF2 +xieValDecodeTIFFPackBits + +If a vendor defined additional private decode techniques, decode_technique_ret can be set to +the values given to these techniques. +Structures +typedef unsigned XieDataClass; +typedef unsigned XieDataType; +typedef unsigned XieDecodeTechnique; +typedef unsigned long XieLTriplet[3]; +typedef XID XiePhotomap; + +/* Definitions of DataType */ +#define xieValConstrained 1 +#define xieValUnconstrained 2 + +/* Definitions of DataClass */ +#define xieValSingleBand 1 +#define xieValTripleBand 2 + +/* Definitions for DecodeTechniques */ +#define xieValDecodeUncompressedSingle 2 +#define xieValDecodeUncompressedTriple 3 +#define xieValDecodeG31D 4 +#define xieValDecodeG32D 6 +#define xieValDecodeG42D 8 +#define xieValDecodeJPEGBaseline 10 +#define xieValDecodeJPEGLossless 12 +#define xieValDecodeTIFF2 14 +#define xieValDecodeTIFFPackBits 16 +Errors +xieErrNoPhotomap The value for the photomap argument does not name a defined +photomap +xieErrNoFloAlloc Insufficient resources (e.g. memory) + XIElib - ROI Functions XieCreateROI +Name +XieCreateROI - Create a Rectangles-Of-Interest. +Synopsis +XieRoi XieCreateROI (display) +Display *display; +Arguments +display Specifies a connection to an X server. +Returns +The ROI (Rectangles-Of-Interest) identifier. +Description +XieCreateROI() creates a server ROI (Rectangles-Of-Interest) resource. +Structures +typedef XID XieRoi; +Errors +BadAlloc Insufficient resources +BadIDChoice Invalid ROI +See Also +XieDestroyROI(), XieFloImportClientROI(), XieFloImportROI(), XieFloExportClientROI(), +XieFloExportROI(). + XIElib - ROI Functions XieDestroyROI +Name +XieDestroyROI - destroy a Rectangles-Of-Interest. +Synopsis +void XieDestroyROI (display, roi) +Display *display; +XieRoi roi; +Arguments +display Specifies a connection to an X server. +roi Specifies the ID of the ROI to be destroyed. +Description +XieDestroyROI() destroys the Rectangles-Of-Interest (ROI) identified by roi. Once destroyed, +ROI ID is no longer valid. +Structures +typedef XID XieRoi; +Errors +xieErrNoROI The value for the roi argument does not name a defined ROI +See Also +XieCreateROI(). + XIElib - Immediate Photoflo Functions XieCreatePhotospace +Name +XieCreatePhotospace - create a photospace. +Synopsis +XiePhotospace XieCreatePhotospace (display) +Display *display; +Arguments +display Specifies a connection to an X server. +Returns +The photospace identifier. +Description +XieCreatePhotospace() returns a resource-id for a new photospace that can be used to +accommodate immediate photoflos instantiated by a client. Any client that needs to instantiate +immediate photoflos must create at least one photospace. +Structures +typedef XID XiePhotospace; +Errors +BadAlloc Insufficient resources +BadIDChoice Invalid photospace +See Also +XieDestroyPhotospace(), XieExecuteImmediate(). + XIElib - Immediate Photoflo Functions XieDestroyPhotospace +Name +XieDestroyPhotospace - destroy a photospace. +Synopsis +void XieDestroyPhotospace (display, photospace) +Display *display; +XiePhotospace photospace; +Arguments +display Specifies a connection to an X server. +photospace Specifies the ID of the photospace to be destroyed. +Description +XieDestroyPhotospace() destroys a photospace. Prior to destroying the photospace, all +photoflos that are currently active in the photospace will be aborted, exported data pending client +retrieval will be freed, and the photoflos will be destroyed. +Structures +typedef XID XiePhotospace; +Errors +xieErrNoPhotospace The value for the photospace argument does not name a defined +photospace +See Also +XieCreatePhotospace(). + XIElib - Immediate Photoflo Functions XieExecuteImmediate +Name +XieExecuteImmediate - define and begin execution of an immediate photoflo. +Synopsis +void XieExecuteImmediate (display, photospace, flo_id, notify, +elem_list, elem_count) +Display *display; +XiePhotospace photospace; +unsigned long flo_id; +Bool notify; +XiePhotoElement *elem_list; +int elem_count; +Arguments +display Specifies a connection to an X server. +photospace Specifies the ID of the photospace to be executed. +flo_id Specifies a particular instance of the photoflo to be executed. +notify Specifies whether a PhotofloDone event must be sent upon +completion. +elem_list Specifies the import, process, and export elements to be executed. +elem_count Specifies the number of items in elem_list. +Description +XieExecuteImmediate() begins the asynchronous execution of an immediate photoflo. The +server does not save a copy of an immediate photoflo after the photoflo has completed execution and +all data exported for the client have been retrieved. An immediate photoflo may therefore not be +modified or totally redefined prior to subsequent executions. It is legal to have multiple unique +instances of immediate photoflos (and stored photoflos) active concurrently. + +The photospace/flo_id argument pair specifies the instance by which this photoflo will be +identified in other requests, events, or errors. notify specifies whether a PhotofloDone event +must be sent upon completion. The PhotofloDone event notifies the client that a photoflo has left +the active state: it is no longer executing. elem_list defines the import, process, and export elements +to be executed. + +If any clients have blocked themselves during the execution of the photoflo (see XieAwait()), they +will become unblocked when the photoflo's state changes from active to nonexistent. + +Care should be taken that the argument pair elem_list/elem_count matches a returned value (an +array of XiePhotoElement structures) and argument count from a call to +XieAllocatePhotofloGraph(). +Structures +typedef XID XiePhotospace; + +typedef struct { + int elemType; + /* union of ALL element types */ + union { + ... + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloElement Invalid element type(s) in elem_list +xieErrNoFloID Invalid photospace/flo_id argument pair has been specified +xieErrNoFlo An error has been detected while defining, executing, or accessing a +photoflo (See Photoflo Errors). +See Also +XieAwait(), XieAllocatePhotofloGraph(). + XIElib - Photoflo Functions XieAllocatePhotofloGraph +Name +XieAllocatePhotofloGraph - allocate an array of XiePhotoElement structures. +Synopsis +XiePhotoElement *XieAllocatePhotofloGraph (count); +unsigned int count; +Arguments +count Specifies the number of XiePhotoElement structures to allocate. +Returns +The array of XiePhotoElement structures. +Description +XieAllocatePhotofloGraph() allocates and returns a pointer to an array of +XiePhotoElement structures; each field of each structure in the array is set to zero (0). + +To free the memory allocated to the list of XiePhotoElement structures, use +XieFreePhotofloGraph(). + +If XieAllocatePhotofloGraph() is unable to create an XiePhotoElement array , it returns +NULL. +Structures +typedef struct { + int elemType; + /* union of ALL element types */ + union { + ... + ... + } data; +} XiePhotoElement; +See Also +XieFreePhotofloGraph(), XieCreatePhotoflo(), XieModifyPhotoflo(), XieRedefinePhotoflo(), +XieExecutePhotoflo(), XieQueryPhotoflo(), XieDestroyPhotoflo(), XieExecuteImmediate(). + XIElib - Stored Photoflo Functions XieCreatePhotoflo +Name +XieCreatePhotoflo - create a stored photoflo. +Synopsis +XiePhotoflo XieCreatePhotoflo (display, elem_list, elem_count) +Display *display; +XiePhotoElement *elem_list; +int elem_count; +Arguments +display Specifies a connection to an X server. +elem_list Specifies the defining array of XiePhotoElement structures. +elem_count Specifies the number of XiePhotoElement structures in the array. +Returns +The photoflo identifier. +Description +XieCreatePhotoflo() creates a stored photoflo resource, defines its complete contents using the +contents of elem_list, sets it in the inactive state, and returns its resource-id. Stored photoflos +persist beyond execution and may be modified or totally redefined prior to subsequent executions. + +The returned photoflo identifier is a new resource-id which, along with the execution domain used for +the photoflo, identifies this photoflo in other requests, events, or errors. elem_list defines the +import, process, and export elements to be stored for execution. Although resources and parameters are +specified at creation, no action is taken to validate them at that time. XieCreatePhotoflo() will +only store the photoflo's definition: parameter validation is delayed until an execute request is received. +Structures +typedef XID XiePhotoflo; + +typedef struct { + int elemType; + /* union of ALL element types */ + union { + ... + ... + } data; +} XiePhotoElement; +Errors +BadAlloc Insufficient resources +BadIdChoice Invalid photoflo +xieErrNoFloAlloc Insufficient resources (e.g. memory) for elem_list +xieErrNoFloElement Invalid element type(s) in elem_list +xieErrNoFlo An error has been detected while defining, executing, or accessing a +photoflo (See Photoflo Errors). +See Also +XieAllocatePhotofloGraph(), XieFreePhotofloGraph(), XieModifyPhotoflo(), XieRedefinePhotoflo(), +XieExecutePhotoflo(), XieQueryPhotoflo(), XieDestroyPhotoflo(). + XIElib - Stored Photoflo Functions XieDestroyPhotoflo +Name +XieDestroyPhotoflo - destroy a stored photoflo. +Synopsis +void XieDestroyPhotoflo (display, photoflo) +Display *display; +XiePhotoflo photoflo; +Arguments +display Specifies a connection to an X server. +photoflo Specifies the photoflo to be destroyed. +Description +XieDestroyPhotoflo() destroys a stored photoflo. If photoflo is active, i.e., executing, it is +aborted and all exported data that are pending client retrieval are freed prior to destroying photoflo. +Structures +typedef XID XiePhotoflo; +Errors +xieErrNoPhotoflo The value for the photoflo argument does not name a defined +photoflo +See Also +XieAllocatePhotofloGraph(), XieFreePhotofloGraph(), XieCreatePhotoflo(), XieModifyPhotoflo(), +XieRedefinePhotoflo(), XieExecutePhotoflo(), XieQueryPhotoflo(). + XIElib - Stored Photoflo Functions XieExecutePhotoflo +Name +XieExecutePhotoflo - execute a stored photoflo. +Synopsis +void XieExecutePhotoflo (display, photoflo, notify) +Display *display; +XiePhotoflo photoflo; +Bool notify; +Arguments +display Specifies a connection to an X server. +photoflo Specifies the photoflo to be executed. +notify Specifies that a PhotofloDone event must be sent upon completion. +Description +XieExecutePhotoflo() changes a stored photoflo to the active state. Execution is +asynchronous. The photoflo returns to the inactive state when execution completes and all data +exported for the client have been retrieved. It is legal to have multiple stored photoflos (and immediate +photoflos) active concurrently. + +notify specifies that a PhotofloDone event must be sent upon completion. A PhotofloDone +event notifies the client that a photoflo has left the active state (it is no longer executing). + +Stored photoflos persist beyond execution and may be modified or totally redefined prior to subsequent +executions. +Structures +typedef XID XiePhotoflo; +Errors +xieErrNoPhotoflo The value for the photoflo argument does not name a defined +photoflo +xieErrNoFloAccess Attempt to execute photoflo when it is already active +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFlo An error has been detected while defining, executing, or accessing a +photoflo (See Photoflo Errors). +See Also +XieAllocatePhotofloGraph(), XieFreePhotofloGraph(), XieCreatePhotoflo(), XieModifyPhotoflo(), +XieRedefinePhotoflo(), XieQueryPhotoflo(), XieDestroyPhotoflo(), XieAbort(), XieAwait(), +XieGetClientData(), XiePutClientData(). + XIElib - Stored Photoflo Functions XieModifyPhotoflo +Name +XieModifyPhotoflo - modify a stored photoflo. +Synopsis +void XieModifyPhotoflo (display, photoflo, start, elem_list, +elem_count) +Display *display; +XiePhotoflo photoflo; +int start; +XiePhotoElement *elem_list; +int elem_count; +Arguments +display Specifies a connection to an X server. +photoflo Specifies the photoflo to be modified. +start Specifies the index where element replacement is to begin. +elem_list Specifies an array of elements which will replace existing elements. +elem_count Specifies the number of items in elem_list. +Description +XieModifyPhotoflo() allows element parameters of a stored photoflo to be modified. Stored +photoflos persist beyond execution and may be modified prior to subsequent executions. + +start is the position or index of an element within an array of elements used to specify a photoflo; the +first element in the array has a start value of one (1). + +XieModifyPhotoflo() only allows parameter modification. No topological changes are allowed: +elements cannot be deleted, inserted, or appended. +Structures +typedef XID XiePhotoflo; + +typedef struct { + int elemType; + /* union of ALL element types */ + union { + ... + ... + } data; +} XiePhotoElement; +Errors +xieErrNoPhotoflo The value for the photoflo argument does not name a defined +photoflo +xieErrNoFloAccess Attempt to change photoflo when it is already active +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloElement Invalid element type(s) in elem_list or +attempt to append additional element(s) to photoflo +xieErrNoFloSource An invalid start has been specified or +attempt to change input connections of type XiePhototag in +elem_list +xieErrNoFlo An error has been detected while defining, executing, or accessing a +photoflo (See Photoflo Errors). +See Also +XieAllocatePhotofloGraph(), XieFreePhotofloGraph(), XieCreatePhotoflo(), XieRedefinePhotoflo(), +XieExecutePhotoflo(), XieQueryPhotoflo(), XieDestroyPhotoflo(). + XIElib - Stored Photoflo Functions XieRedefinePhotoflo +Name +XieRedefinePhotoflo - redefine a stored photoflo. +Synopsis +void XieRedefinePhotoflo (display, photoflo, elem_list, elem_count) +Display *display; +XiePhotoflo photoflo; +XiePhotoElement *elem_list; +int elem_count; +Arguments +display Specifies a connection to an X server. +photoflo Specifies the photoflo to be redefined. +elem_list Specifies an array of elements which will replace all existing elements. +elem_count Specifies the number of items in elem_list. +Description +XieRedefinePhotoflo() allows all elements of a stored photoflo to be removed and replaced +with a new list. Stored photoflos persist beyond execution and may be totally redefined prior to +subsequent executions. + +There are no restrictions on changing element types or the array's size. +Structures +typedef XID XiePhotoflo; + +typedef struct { + int elemType; + /* union of ALL element types */ + union { + ... + ... + } data; +} XiePhotoElement; +Errors +xieErrNoPhotoflo The value for the photoflo argument does not name a defined +photoflo +xieErrNoFloAccess Attempt to change photoflo when it is already active +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloElement Invalid element type(s) in elem_list +xieErrNoFlo An error has been detected while defining, executing, or accessing a +photoflo (See Photoflo Errors). +See Also +XieAllocatePhotofloGraph(), XieFreePhotofloGraph(), XieCreatePhotoflo(), XieModifyPhotoflo(), +XieExecutePhotoflo(), XieQueryPhotoflo(), XieDestroyPhotoflo(), XieExecuteImmediate(). + XIElib - Photoflo Functions XieQueryPhotoflo +Name +XieQueryPhotoflo - return the current status of a photoflo. +Synopsis +XieQueryPhotoflo(display, name_space, flo_id, state_ret, +data_expected_ret, nexpected_ret, data_available_ret, +navailable_ret) +Display *display; +unsigned long name_space; +unsigned long flo_id; +XiePhotofloState *state_ret; +XiePhototag **data_expected_ret; +unsigned int *nexpected_ret; +XiePhototag **data_available_ret; +unsigned int *navailable_ret; +Arguments +display Specifies a connection to an X server. +name_space Specifies the execution domain used for the photoflo to query. +flo_id Specifies a particular instance of the photoflo to query. +state_ret Returns the state of the photoflo. +data_expected_ret Returns a list of ImportClient elements. +nexpected_ret Returns the length of data_expected_ret. +data_available_ret Returns a list of ExportClient elements. +navailable_ret Returns the length of data_available_ret. +Returns +Zero on failure, non-zero on success. +Description +XieQueryPhotoflo() will return the current status of a photoflo. + +The name_space/flo_id argument pair specifies the instance that identifies the photoflo which is +being queried. state_ret indicates the state of the photoflo, and if XieQueryPhotoflo() is +successful, will return one of the following standard photoflo state values: + +xieValInactive +xieValActive +xieValNonexistent + +data_expected_ret is a list of ImportClient elements that are expecting data via +XiePutClientData(). data_available_ret is a list of ExportClient elements from which +data are available (via XieGetClientData()). Either or both of these lists may be of length zero, +indicated by the returned values of nexpected_ret and navailable_ret. + +XieQueryPhotoflo() allocates memory for the list of ImportClient elements and the list of +ExportClient elements. To free the memory allocated to data_expected_ret and +data_available_ret, use XFree(). + +Specifying an unknown or invalid instance will return a state_ret of nonexistent and zero length +data_expected_ret and data_available_ret lists. +Structures +typedef unsigned XiePhotofloState; + +/* Definitions of PhotofloState */ +#define xieValInactive 1 +#define xieValActive 2 +#define xieValNonexistent 3 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +See Also +XieAllocatePhotofloGraph(), XieFreePhotofloGraph(), XieCreatePhotoflo(), XieModifyPhotoflo(), +XieRedefinePhotoflo(), XieExecutePhotoflo(), XieQueryPhotoflo(), XieDestroyPhotoflo(), +XieGetClientData(), XiePutClientData(), XieExecuteImmediate(). + XIElib - Client Data Functions XiePutClientData +Name +XiePutClientData - send a stream of data to an active photoflo. +Synopsis +void XiePutClientData (display, name_space, flo_id, element, final, +band_number, data, nbytes) +Display *display; +unsigned long name_space; +unsigned long flo_id; +XiePhototag element; +Bool final; +unsigned band_number; +unsigned char *data; +unsigned nbytes; +Arguments +display Specifies a connection to an X server. +name_space Specifies the execution domain used for the photoflo to receive the data. +flo_id Specifies a particular instance of the photoflo to receive the data. +element Specifies the element to receive the data. +final Specifies if the data is the last segment of data to be sent. +band_number Specifies which band of data is being sent. +data Specifies a counted list of bytes that comprises the data stream. +nbytes Specifies the count of bytes that comprises the data stream. +Description +XiePutClientData() sends a stream of data to an active photoflo. Since the complete data object +may be larger than can fit in a single protocol request, XIE allows the stream to be segmented; the last +segment is signaled with a final flag. + +The organization and contents of the data stream must match the parameters given to the ImportClient +element or the results are undefined. An arbitrary amount of image data can be sent per request, +whereas for non-image data one or more complete aggregates must be sent per request (e.g. one or more +LUT array entries). If too many data are sent (e.g. too many rectangles, or too many scanlines), the +unwanted data are discarded. It is an error, however, to send too few data prior to signaling final. + +For stored photoflos, name_space is always ServerIDSpace (the value zero) and flo_id is the +photoflo's resource-id. For immediate photoflos name_space is a photospace resource-id and +flo_id is a thirty-two (32) bit value that uniquely identifies the instance of the photoflo within +name_space. +Structures +typedef unsigned XiePhototag; +Errors +xieErrNoFloAccess Executable photospace/flo_id argument pair not active +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloElement Invalid element type specified by element +xieErrNoFloID Invalid photospace/flo_id argument pair has been specified +xieErrNoFloValue Invalid band_number or +for non-image data, data contains a partial aggregate +See Also +XieGetClientData(), XieQueryPhotoflo(), XieExecutePhotoflo(), XieFloImportClientPhoto(), +XieFloImportClientROI(), XieTecDecodeUncompressedSingle(), +XieTecDecodeUncompressedTriple(), XieTecDecodeG31D(), XieTecDecodeG32D(), +XieTecDecodeG42D(), XieTecDecodeTIFF2(), XieTecDecodeTIFFPackBits(), +XieTecDecodeJPEGBaseline(), XieTecDecodeJPEGLossless(). + XIElib - Client Data Functions XieGetClientData +Name +XieGetClientData - retrieve data from an ExportClient element within an active photoflo. +Synopsis +Status XieGetClientData (display, name_space, flo_id, element, +max_bytes, terminate, band_number, new_state_ret, +data_ret, nbytes_ret) +Display *display; +unsigned long name_space; +unsigned long flo_id; +XiePhototag element; +unsigned max_bytes; +Bool terminate; +unsigned band_number; +XieExportState *new_state_ret; +unsigned char **data_ret; +unsigned *nbytes_ret; +Arguments +display Specifies a connection to an X server. +name_space Specifies the execution domain used for the photoflo from which to +retrieve data. +flo_id Specifies a particular instance of the photoflo from which to retrieve +data. +element Specifies the element from which to retrieve the data. +max_bytes Specifies the maximum number of bytes that can be sent to the client. +terminate Specifies whether more data are wanted after this request. +band_number Specifies which band of data is being retrieved. +new_state_ret Returns the status of the ExportClient element after this request. +data_ret Returns a counted list of bytes that comprises the data stream. +nbytes_ret Returns the count of bytes that comprises the data stream. +Returns +Zero on failure, non-zero on success. +Description +XieGetClientData() returns data in a contiguous read-once byte stream, which can be requested +in segments that are limited in size by the amount the client desires or the amount of data available from +the server. The format of the data depends on the parameters given to the ExportClient element from +which the data are requested. + +new_state_ret returns the state of the ExportClient element after this request and can be set to one +of the following standard export state values: + +xieValExportDone +xieValExportMore +xieValExportEmpty +xieValExportError + +If the request is sent to an ExportClient element that either: does not have any data, was terminated by a +previous XieGetClientData() call, or has already returned all its data (ExportDone sent), the +request will return a zero length data_ret stream. + +Image data are always retrieved from the server as a byte stream, whereas non-image data are always +returned by the server as one or more complete aggregates. max_bytes is effectively rounded down +by the server to the match the nearest aggregate size. + +For stored photoflos, name_space is always ServerIDSpace (the value zero) and flo_id is the +photoflo's resource-id. For immediate photoflos name_space is a photospace resource-id and +flo_id is a thirty-two (32) bit value that uniquely identifies the instance of the photoflo within +name_space. + +To free the memory allocated to data_ret, use XFree(). +Structures +typedef unsigned XieExportState; +typedef unsigned XiePhototag; + +/* Definitions of ExportState */ +#define xieValExportDone 1 +#define xieValExportMore 2 +#define xieValExportEmpty 3 +#define xieValExportError 4 +Errors +xieErrNoFloAccess Executable photospace/flo_id argument pair not active +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloElement Invalid element type specified by element +xieErrNoFloID Invalid photospace/flo_id argument pair has been specified +xieErrNoFloValue Invalid band_number +See Also +XiePutClientData(), XieQueryPhotoflo(), XieExecutePhotoflo(), XieFloExportClientHistogram(), +XieFloExportClientLUT(), XieFloExportClientPhoto(), XieFloExportClientROI(), +XieTecEncodeUncompressedSingle(), XieTecEncodeUncompressedTriple(), XieTecEncodeG31D(), +XieTecEncodeG32D(), XieTecEncodeG42D(), XieTecEncodeJPEGBaseline(), +XieTecEncodeJPEGLossless(), XieTecEncodeTIFF2(), XieTecEncodeTIFFPackbits(). + XIElib - Abort and Await Functions XieAbort +Name +XieAbort - prematurely terminate execution of a photoflo. +Synopsis +void XieAbort (display, name_space, flo_id); +Display *display; +unsigned long name_space; +unsigned long flo_id; +Arguments +display Specifies a connection to an X server. +name_space Specifies the execution domain used for the photoflo to abort. +flo_id Specifies a particular instance of the photoflo to abort. +Description +XieAbort() will prematurely terminate execution of the photoflo specified by name_space and +flo_id. Any output from the photoflo that is pending client retrieval is freed. Stored photoflos are +returned to the inactive state; immediate photoflos are destroyed. + +If the photoflo specified by name_space and flo_id is either invalid or not active no action is +taken; it is not an error, and nothing is destroyed. + +For stored photoflos, name_space is always ServerIDSpace (the value zero) and flo_id is the +photoflo's resource-id. For immediate photoflos name_space is a photospace resource-id and +flo_id is a thirty-two (32) bit value that uniquely identifies the instance of the photoflo within +name_space. +See Also +XieExecutePhotoflo(). + XIElib - Abort and Await Functions XieAwait +Name +XieAwait - block all further requests for this client connection from being honored by the server while +the photoflo is active. +Synopsis +void XieAwait (display, name_space, flo_id); +Display *display; +unsigned long name_space; +unsigned long flo_id; +Arguments +display Specifies a connection to an X server. +name_space Specifies the execution domain used for the photoflo to block requests. +flo_id Specifies a particular instance of the photoflo to block requests. +Description +XieAwait() blocks all further requests for this client connection from being honored by the server +while the photoflo, specified by name_space and flo_id, is active. When the photoflo transitions +from the active state, blocked requests are allowed to be processed in the order received. + +If the photoflo specified by name_space and flo_id is either invalid or not active no action is +taken; it is not an error, and the client is not blocked. + +For stored photoflos, name_space is always ServerIDSpace (the value zero) and flo_id is the +photoflo's resource-id. For immediate photoflos name_space is a photospace resource-id and +flo_id is a thirty-two (32) bit value that uniquely identifies the instance of the photoflo within +name_space. +Warning +Calling XieAwait() before sending all import data or before retrieving all export data, will block the +client from sending or retrieving the remaining data. This will also prevent completion of the photoflo +and prevent any and all protocol requests from this client from being honored. This deadlock can only +be broken by another client completing or aborting the photoflo (to release the Await), or by breaking +the client connection. +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +See Also +XieExecuteImmediate(). + XIElib - Photoflo Element Functions XieFloImportClientLUT +Name +XieFloImportClientLUT - specify an ImportClientLUT element and set its parameters. +Synopsis +void XieFloImportClientLUT (element, data_class, band_order, length, +levels) +XiePhotoElement *element; +XieDataClass data_class; +XieOrientation band_order; +XieLTriplet length; +XieLevels levels; +Arguments +element Specifies the XiePhotoElement structure to use. +data_class Specifies the number of lookup arrays to expect. +band_order Specifies the order of triple band arrays. +length Specifies the number of entries per array. +levels Specifies the number of quantization levels represented per array. +Description +An ImportClientLUT element accepts lookup table data from the protocol stream. The transport of data +through the protocol stream is accomplished using XiePutClientData(). This data is accepted +by the Point, ExportLUT, and ExportClientLUT elements. + +data_class, which specifies the number of lookup arrays to expect, can be set to one of the +following standard data class values: + +xieValSingleBand +xieValTripleBand + +The length of each array should match the number of source image levels that will be remapped +through the array. When a triple band image is to be remapped through a single band array, the +length of the array should match the product of the source image levels of all three bands; in this +case, band_order specifies the order in which pixels from a triple band image should be combined to +form indices for a single band array. band_order can be set to one of the following standard +orientation values: + +xieValLSFirst +xieValMSFirst + +The least significant band of trichromatic data is the first band mentioned in the common name of the +colorspace: red is the least significant band of RGB data. When one LUT array is used with triple band +data, the algorithm for computing combined array indices, based on band_order, is: + +LUT band-order +LUT indexing algorithm for combining pixel values + +LSFirst +index = value[0] + value[1] x levels[0] + value[2] x levels[0] x levels[1] + +MSFirst +index = value[2] + value[1] x levels[2] + value[0] x levels[2] x levels[1] + + +When three LUT arrays are used, band_order specifies whether this band corresponds with the +least significant or most significant LUT array. Each array is transported as a separate data stream: + +band +LSFirst +MSFirst + +0 +Red array +Blue array + +1 +Green array +Green array + +2 +Blue array +Red array + +Structures +XieFloImportClientLUT() sets the XiePhotoElement structure field elemType to +xieElemImportClientLUT, which identifies the element as an ImportClientLUT, and sets the +fields of the member structure ImportClientLUT using the arguments in the argument list. + +typedef unsigned XieDataClass; +typedef unsigned XieOrientation; +typedef unsigned long XieLTriplet[3]; +typedef unsigned long XieLevels[3]; + +typedef struct { + int elemType; + union { + ... + struct { + XieDataClass data_class; + XieOrientation band_order; + XieLTriplet length; + XieLevels levels; + } ImportClientLUT; + ... + } data; +} XiePhotoElement; + +/* Definitions of DataClass */ +#define xieValSingleBand 1 +#define xieValTripleBand 2 + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloMatch levels is incompatible with the server's depth handling capabilities +xieErrNoFloValue Invalid data_class or data_class +See Also +XiePutClientData(), XieQueryPhotoflo(), XieFloExportLUT(), XieFloExportClientLUT(), +XieFloPoint(), XieFloImportLUT(). + XIElib - Photoflo Element Functions XieFloImportClientPhoto +Name +XieFloImportClientPhoto - specify an ImportClientPhoto element and set its parameters. +Synopsis +void XieFloImportClientPhoto (element, data_class, width, height, +levels, notify, decode_tech, decode_param) +XiePhotoElement *element; +XieDataClass data_class; +XieLTriplet width; +XieLTriplet height; +XieLevels levels; +Bool notify; +XieDecodeTechnique decode_tech; +XiePointer decode_param; +Arguments +element Specifies the XiePhotoElement structure to use. +data_class Specifies whether the data is single band or triple band. +width Specifies the width of the image in pixels per band. +height Specifies the height of the image in pixels per band. +levels Specifies the number of quantization levels per band. +notify Specifies whether to enable sending DecodeNotify events. +decode_tech Specifies the decode technique required to interpret the image. +decode_param Specifies the list of additional parameters required by decode_tech. +Description +An ImportClientPhoto element accepts image data from the protocol stream. This data may be +processed for display or used as process domain data. A process domain is inserted in many element +definitions and is used to restrict the element's processing to a subset of the source data pixels. The +attributes and organization of the expected data stream are fully specified by the parameters. The actual +transport of image data through the protocol stream is requested using XiePutClientData(). + +notify enables DecodeNotify events to be sent if anomalies are encountered while interpreting +the imported image data: either an error has been encountered while decoding an image, or the image +data received does not satisfy the expected dimensions. + +Only constrained data can be sent through the protocol stream; therefore, levels must be valid. + +data_class specifies whether the data is single band or triple band and can be set to one of the +following standard data class values: + +xieValSingleBand +xieValTripleBand + +Decode techniques define the techniques that can be used to interpret uncompressed image data or +decode compressed images. decode_tech can be assigned one of the following standard decode +technique values: + +xieValDecodeUncompressedSingle +xieValDecodeUncompressedTriple +xieValDecodeG31D +xieValDecodeG32D +xieValDecodeG42D +xieValDecodeJPEGBaseline +xieValDecodeJPEGLossless +xieValDecodeTIFF2 +xieValDecodeTIFFPackBits + +If a vendor defined additional private decode techniques, the values given to these techniques can be +assigned to decode_tech. +Output Attributes +Class class of imported image +Type constrained +Width width of imported image (in pixels) +Height height of imported image (in pixels) +Levels levels of imported image +Structures +XieFloImportClientPhoto() sets the XiePhotoElement structure field elemType to +xieElemImportClientPhoto, which identifies the element as an ImportClientPhoto, and sets the +fields of the member structure ImportClientPhoto using the arguments in the argument list. + +typedef unsigned XieDataClass; +typedef unsigned XieDecodeTechnique; +typedef unsigned long XieLTriplet[3]; +typedef unsigned long XieLevels[3]; + +typedef struct { + int elemType; + union { + ... + struct { + XieDataClass data_class; + XieLTriplet width; + XieLTriplet height; + XieLevels levels; + Bool notify; + XieDecodeTechnique decode_tech; + XiePointer decode_param; + } ImportClientPhoto; + ... + } data; +} XiePhotoElement; + +/* Definitions of DataClass */ +#define xieValSingleBand 1 +#define xieValTripleBand 2 + +/* Definitions for DecodeTechniques */ +#define xieValDecodeUncompressedSingle 2 +#define xieValDecodeUncompressedTriple 3 +#define xieValDecodeG31D 4 +#define xieValDecodeG32D 6 +#define xieValDecodeG42D 8 +#define xieValDecodeJPEGBaseline 10 +#define xieValDecodeJPEGLossless 12 +#define xieValDecodeTIFF2 14 +#define xieValDecodeTIFFPackBits 16 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloMatch levels is incompatible with the server's depth handling capabilities +xieErrNoFloTechnique Invalid decode_tech or decode_param +xieErrNoFloValue Invalid width, height, levels (zero) or +invalid data_class +See Also +XiePutClientData(), XieQueryPhotoflo(). +XieTecDecodeUncompressedSingle(), XieTecDecodeUncompressedTriple(), XieTecDecodeG31D(), +XieTecDecodeG32D(), XieTecDecodeG42D(), XieTecDecodeTIFF2(), XieTecDecodeTIFFPackBits(), +XieTecDecodeJPEGBaseline(), XieTecDecodeJPEGLossless(). +XieFloExportPhotomap(), XieFloExportClientPhoto(), XieFloImportPhotomap(). + XIElib - Photoflo Element Functions XieFloImportClientROI +Name +XieFloImportClientROI - specify an ImportClientROI element and set its parameters. +Synopsis +void XieFloImportClientROI (element, rectangles); +XiePhotoElement *element; +unsigned int rectangles; +Arguments +element Specifies the XiePhotoElement structure to use. +rectangles Specifies the number of rectangles expected. +Description +An ImportClientROI element accepts a list of rectangles from the protocol stream. These data can be +used as input to a process domain or an ExportROI or ExportClientROI element. A process domain is +inserted in many element definitions and is used to restrict the element's processing to a subset of the +source data pixels. The actual transport of data through the protocol stream is accomplished using +XiePutClientData() (the band_number parameter of XiePutClientData() is ignored). +Structures +XieFloImportClientROI() sets the XiePhotoElement structure field elemType to +xieElemImportClientROI, which identifies the element as an ImportClientROI, and sets the +fields of the member structure ImportClientROI using the arguments in the argument list. + +typedef struct { + int elemType; + union { + ... + struct { + unsigned int rectangles; + } ImportClientROI; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +See Also +XiePutClientData(), XieQueryPhotoflo(). +XieFloExportROI(), XieFloExportClientROI(), XieFloImportROI(). + XIElib - Photoflo Element Functions XieFloImportDrawable +Name +XieFloImportDrawable - specify an ImportDrawable element and set its parameters. +Synopsis +void XieFloImportDrawable (element, drawable, src_x, src_y, width, +height, fill, notify) +XiePhotoElement *element; +Drawable drawable; +int src_x; +int src_y; +unsigned int width; +unsigned int height; +unsigned long fill; +Bool notify; +Arguments +element Specifies the XiePhotoElement structure to use. +drawable Specifies the Drawable resource supplying the data. +src_x Specifies the left corner of the region of the data to be imported. +src_y Specifies the upper corner of the region of the data to be imported. +width Specifies the width of the region of the data to be imported. +height Specifies the height of the region of the data to be imported. +fill Specifies the Colormap index to use for all regions that are obscured. +notify Specifies whether to enable sending ImportObscured events. +Description +An ImportDrawable element allows access to data existing in a Drawable. This data may be +processed for display or, if drawable is one bit deep, used as process domain data. A process +domain is inserted in many element definitions and is used to restrict the element's processing to a +subset of the source data pixels. + +notify enables ImportObscured events to be sent if data for one or more regions of a Window +are obscured and cannot be retrieved from backing store. The arguments src_x, src_y, width, and +height specify the region of data to be imported from drawable, where src_x and src_y define +the upper-left corner of the region. +Output Attributes +Class single band +Type constrained +Width width +Height height +Levels 2depth (i.e. drawable depth) +Structures +XieFloImportDrawable() sets the XiePhotoElement structure field elemType to +xieElemImportDrawable, which identifies the element as an ImportDrawable, and sets the fields +of the member structure ImportDrawable using the arguments in the argument list. + +typedef struct { + int elemType; + union { + ... + struct { + Drawable drawable; + int src_x; + int src_y; + unsigned int width; + unsigned int height; + unsigned long fill; + Bool notify; + } ImportDrawable; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloDrawable Invalid drawable +xieErrNoFloValue Invalid region width, height, src_x, src_y + XIElib - Photoflo Element Functions XieFloImportDrawablePlane +Name +XieFloImportDrawablePlane - specify an ImportDrawablePlane element and set its parameters. +Synopsis +void XieFloImportDrawablePlane (element, drawable, src_x, src_y, +width, height, fill, bit_plane, notify) +XiePhotoElement *element; +Drawable drawable; +int src_x; +int src_y; +unsigned int width; +unsigned int width; +unsigned long fill; +unsigned long bit_plane; +Bool notify; +Arguments +element Specifies the XiePhotoElement structure to use. +drawable Specifies the Drawable resource supplying the data. +src_x Specifies the left corner of the region of the data to be imported. +src_y Specifies the upper corner of the region of the data to be imported. +width Specifies the width of the region of the data to be imported. +height Specifies the height of the region of the data to be imported. +fill Specifies the Colormap index to use for all regions that are obscured. +bit_plane Specifies the plane to be imported from drawable. +notify Specifies whether to enable sending ImportObscured events. +Description +An ImportDrawablePlane event allows access to a single plane of data existing in a Drawable. This +data may be processed for display or used as process domain data. A process domain is inserted in +many element definitions and is used to restrict the element's processing to a subset of the source data +pixels. + +notify enables ImportObscured events to be sent if data for one or more regions of a Window +are obscured and cannot be retrieved from backing store. The arguments src_x, src_y, width, and +height specify the region of data to be imported from drawable, where src_x and src_y define +the upper-left corner of the region. + +bit_plane must have exactly one bit set to one (1), and the value of bit_plane must be less than +2n, where n is the depth of drawable. This single bit selects the corresponding bit to be extracted +from pixels within drawable. +Output Attributes +Class single band +Type constrained +Width width +Height height +Levels 2 +Structures +XieFloImportDrawablePlane() sets the XiePhotoElement structure field elemType to +xieElemImportDrawablePlane, which identifies the element as an ImportDrawablePlane, and +sets the fields of the member structure ImportDrawablePlane using the arguments in the +argument list. + +typedef struct { + int elemType; + union { + ... + struct { + Drawable drawable; + int src_x; + int src_y; + unsigned int width; + unsigned int height; + unsigned long fill; + unsigned long bit_plane; + Bool notify; + } ImportDrawablePlane; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloDrawable Invalid drawable +xieErrNoFloValue Invalid bit_plane or region width, height, src_x, src_y + XIElib - Photoflo Element Functions XieFloImportLUT +Name +XieFloImportLUT - specify an ImportLUT element and set its parameters. +Synopsis +void XieFloImportLUT (element, lut) +XiePhotoElement *element; +XieLut lut; +Arguments +element Specifies the XiePhotoElement structure to use. +lut Specifies the LUT resource supplying the lookup table. +Description +An ImportLUT element allows access to lookup table data existing in a LUT resource. These data are +accepted by the Point, ExportLUT, and ExportLUT elements. + +Attributes of the lookup table data are inherited from lut. +Structures +XieFloImportLUT() sets the XiePhotoElement structure field elemType to +xieElemImportLUT, which identifies the element as an ImportLUT, and sets the fields of the +member structure ImportLUT using the arguments in the argument list. + +typedef XID XieLut; + +typedef struct { + int elemType; + union { + ... + struct { + XieLut lut; + } ImportLUT; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAccess Attempt to import from lut before it has been populated +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloLUT An unknown lut has been specified + XIElib - Photoflo Element Functions XieFloImportPhotomap +Name +XieFloImportPhotomap - specify an ImportPhotomap element and set its parameters. +Synopsis +void XieFloImportPhotomap (element, photomap, notify) +XiePhotoElement *element; +XiePhotomap photomap; +Bool notify; +Arguments +element Specifies the XiePhotoElement structure to use. +photomap Specifies the photomap resource supplying image data. +notify Specifies whether to enable sending DecodeNotify events. +Description +An ImportPhotomap element allows access to image data existing in a photomap; a photomap is a +server resource which can be used to store image data. This data may be processed for display or used +as process domain data. A process domain is inserted in many element definitions and is used to +restrict the element's processing to a subset of the source data pixels. + +notify enables DecodeNotify events to be sent if anomalies are encountered while decoding +compressed data: either an error has been encountered while decoding an image, or the image data +received does not satisfy the expected dimensions. + +Attributes of the source data are inherited from photomap. +Output Attributes +Class same as photomap +Type same as photomap +Width same as photomap +Height same as photomap +Levels same as photomap +Structures +XieFloImportPhotomap() sets the XiePhotoElement structure field elemType to +xieElemImportPhotomap, which identifies the element as an ImportPhotomap, and sets the fields +of the member structure ImportPhotomap using the arguments in the argument list. + +typedef XID XiePhotomap; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhotomap photomap; + Bool notify; + } ImportPhotomap; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAccess Attempt to import from photomap before it has been populated +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloPhotomap An unknown photomap has been specified + XIElib - Photoflo Element Functions XieFloImportROI +Name +XieFloImportROI - specify an ImportROI element and set its parameters. +Synopsis +void XieFloImportROI (element, roi) +XiePhotoElement *element; +XieRoi roi; +Arguments +element Specifies the XiePhotoElement structure to use. +roi Specifies the ID of the ROI supplying the list-of-rectangles. +Description +An ImportROI element allows access to a list-of-rectangles existing in a ROI resource. This data may be +referenced by a process domain. A process domain is inserted in many element definitions and is used +to restrict the element's processing to a subset of the source data pixels. +Structures +XieFloImportROI() sets the XiePhotoElement structure field elemType to +xieElemImportROI, which identifies the element as an ImportROI, and sets the fields of the +member structure ImportROI using the arguments in the argument list. + +typedef XID XieRoi; + +typedef struct { + int elemType; + union { + ... + struct { + XieRoi roi; + } ImportROI; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAccess Attempt to import from roi before it has been populated +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloPhotomap An unknown roi has been specified + XIElib - Photoflo Element Functions XieFloArithmetic +Name +XieFloArithmetic - specify an Arithmetic element and set its parameters. +Synopsis +void XieFloArithmetic (element, src1, src2, domain, constant, +operator, band_mask) +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XieProcessDomain *domain; +XieConstant constant; +XieArithmeticOp operator; +unsigned int band_mask; +Arguments +element Specifies the XiePhotoElement structure to use. +src1 Specifies the first data source. +src2 Specifies the second data source. +domain Specifies the subset of source data that will be operated on. +constant Specifies the constant data source. +operator Specifies the arithmetic operation to be performed. +band_mask Specifies which bands are to be operated upon. +Description +An Arithmetic element produces output data by performing an addition, subtraction, minimum, or +maximum operation between two data sources or between a single data source and a constant. +Furthermore, multiplication, division, or gamma correction may by applied to a single data source. + +When two sources are involved, src1 and src2 are the phototags of the elements supplying source +data (constant is ignored). A phototag is the position or index of an element within an array of +elements used to specify a photoflo; the first element in the array has a phototag value of one (1). If the +operation is to involve a constant, src1 is one operand, src2 must be zero, and constant is used +as the other operand. + +When two sources are involved, all attributes, other than width and height, must match; all output +attributes are inherited from src1. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. If the entire source data is to be operated on, a pointer to an XieProcessDomain +structure must still be provided, with the phototag field set to zero (0); the offset_x and +offset_y fields are ignored. + +Only bands selected by band_mask are subject to processing. Other bands present in the image are +passed through to the output. For example, a band_mask of 0012 indicates that only the least +significant band would be processed; operating on all bands requires a band_mask of 1112. Using +band_mask to select source data that have two (2) or less levels is not permitted. + +Pixel computations that would lead to errors, will yield valid server-dependent values (e.g. dividing by a +constrained pixel value of zero might result in a value of levels-1). + +The valid operations for the Arithmetic process element are: + +Operator +src1 (operator) src2 +src1 (operator) constant + +xieValAdd +src1 + src2 +src1 + constant + +xieValSub +src1 - src2 +src1 - constant + +xieValSubRev +src2 - src1 +constant - src1 + +xieValMul +src1 * constant + + +xieValDiv +src1 / constant + + +xieValDivRev +constant / src1 + + +xieValMin +minimum( src1, src2 ) +minimum( src1, constant ) + +xieValMax +maximum( src1, src2 ) +maximum( src1, constant ) + +xieValGamma +(constrained) +(levels - 1) * ((src1 / (levels - 1))constant) + + +xieValGamma +(unconstrained) +src1constant + + +Output Attributes +Class same as src1 +Type same as src1 +Width same as src1 +Height same as src1 +Levels same as src1 +Structures +XieFloArithmetic() sets the XiePhotoElement structure field elemType to +xieElemArithmetic, which identifies the element as an Arithmetic, and sets the fields of the +member structure Arithmetic using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef float XieConstant[3]; +typedef unsigned XieArithmeticOp; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src1; + XiePhototag src2; + XieProcessDomain domain; + XieConstant constant; + XieArithmeticOp operator; + unsigned int band_mask; + } Arithmetic; + ... + } data; +} XiePhotoElement; + +/* Definitions of ArithmeticOperations */ +#define xieValAdd 1 +#define xieValSub 2 +#define xieValSubRev 3 +#define xieValMul 4 +#define xieValDiv 5 +#define xieValDivRev 6 +#define xieValMin 7 +#define xieValMax 8 +#define xieValGamma 9 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Class, type or levels differ between src1 and src2 or +selected data source are bitonal +xieErrNoFloOperator Invalid operator +xieErrNoFloSource Invalid src1 or src2 or +src2 has been specified with a monadic operator + XIElib - Photoflo Element Functions XieFloBandCombine +Name +XieFloBandCombine - specify a BandCombine element and set its parameters. +Synopsis +void XieFloBandCombine (element, src1, src2, src3) +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XiePhototag src3; +Arguments +element Specifies the XiePhotoElement structure to use. +src1 Specifies the first element supplying source data. +src2 Specifies the second element supplying source data. +src3 Specifies the third element supplying source data. +Description +A BandCombine element merges three single band data sources to produce a triple band result. The +arguments src1, src2, and src3 must be of the same type, and each source must be single band. +Other attributes which are taken from the individual sources may differ. The output will be triple band. +Output Attributes +Class triple band +Type same as src1 +Width same as srcs +Height same as srcs +Levels same as srcs +Structures +XieFloBandCombine() sets the XiePhotoElement structure field elemType to +xieElemBandCombine, which identifies the element as a BandCombine, and sets the fields of the +member structure BandCombine using the arguments in the argument list. + +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src1; + XiePhototag src2; + XiePhototag src3; + } BandCombine; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloMatch A source has more than one band or +type differs between sources +xieErrNoFloSource Invalid src1, src2, or src3 + XIElib - Photoflo Element Functions XieFloBandExtract +Name +XieFloBandExtract - specify a BandExtract element and set its parameters. +Synopsis +void XieFloBandExtract (element, src, levels, bias, coefficients) +XiePhotoElement *element; +XiePhototag src; +unsigned int levels; +double bias; +XieConstant coefficients; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +levels Specifies the number of quantization levels for the output. +bias Specifies the value to be added to each output pixel. +coefficients Specifies the proportion of each source band pixel to be used. +Description +A BandExtract element produces single band output data from a triple band source by multiplying a +pixel value from each source band by its corresponding coefficient and then summing the results with +the bias value. + +coefficients is a three (3) element array that determines the proportion of each source band pixel +that is used to form the output. levels is used as the levels attribute of the output data if the src +data are constrained, otherwise it is ignored. + +The source data must be triple band, and all bands must have equal dimensions. The output data will be +single band, with levels taken from the levels parameter, if the data type is constrained. All other +attributes are inherited from src. +Output Attributes +Class single band +Type same as src +Width same as src +Height same as src +Levels levels or unknown +Structures +XieFloBandExtract() sets the XiePhotoElement structure field elemType to +xieElemBandExtract, which identifies the element as a BandExtract, and sets the fields of the +member structure BandExtract using the arguments in the argument list. + +typedef float XieConstant[3]; +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + unsigned int levels; + float bias; + XieConstant coefficients; + } BandExtract; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloMatch src is not triple band or +unequal inter-band dimensions +xieErrNoFloSource Invalid src + XIElib - Photoflo Element Functions XieFloBandSelect +Name +XieFloBandSelect - specify a BandSelect element and set its parameters. +Synopsis +void XieFloBandSelect (element, src, band_number) +XiePhotoElement *element; +XiePhototag src; +unsigned int band_number; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +band_number Specifies which src band is to be selected to provide the output data. +Description +A BandSelect element produces single band output data by selecting a single band from a triple band +source. +Output Attributes +Class single band +Type same as src +Width same as band selected from src +Height same as band selected from src +Levels same as band selected from src +Structures +XieFloBandSelect() sets the XiePhotoElement structure field elemType to +xieElemBandSelect, which identifies the element as a BandSelect, and sets the fields of the +member structure BandSelect using the arguments in the argument list. + +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + unsigned int band_number; + } BandSelect; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloMatch src is not triple band +xieErrNoFloSource Invalid src +xieErrNoFloValue Invalid band_number + XIElib - Photoflo Element Functions XieFloBlend +Name +XieFloBlend - specify a Blend element and set its parameters. +Synopsis +void XieFloBlend (element, src1, src2, src_constant, alpha, +alpha_const, domain, band_mask) +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XieConstant src_constant; +XiePhototag alpha; +double alpha_const; +XieProcessDomain *domain; +unsigned int band_mask; +Arguments +element Specifies the XiePhotoElement structure to use. +src1 Specifies the first data source. +src2 Specifies the second data source. +src_constant Specifies the constant data source. +alpha Specifies the blend proportion for each processed pixel. +alpha_const Specifies the constant blend proportion for each processed pixel. +domain Specifies the subset of source data that will be operated on. +band_mask Specifies which bands are to be operated on. +Description +A Blend element produces output data from two data sources or a single data source and a constant. +Each output pixel is a percentage combination of the source values, as controlled by the alpha input or +the alpha constant. + +When two sources are involved, src1 and src2 are the phototags of the elements supplying source +data; constant is ignored. A phototag is the position or index of an element within an array of +elements used to specify a photoflo; the first element in the array has a phototag value of one (1). If the +operation is to involve a constant, src1 is one operand, src2 must be zero, and constant is used +as the other operand. If alpha is non-zero, it controls the blend proportion for each pixel that is +processed, otherwise alpha_const provides this control. Domain may control the subset of source +data that will be operated upon. Only bands selected by the band_mask are subject to processing. +Other bands present in the image are passed through to the output. For example, a band_mask of 0012 +indicates that only the least significant band would be processed; operating on all bands requires a +band_mask of 1112. Using band_mask to select source data that have two (2) or less levels is not +permitted. + +When two sources are involved, all attributes, other that width and height, must match. If alpha +is non-zero, it must be a source of constrained data. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. If the entire source data is to be operated on, a pointer to an XieProcessDomain +structure must still be provided, with the phototag field set to zero (0); the offset_x and +offset_y fields are ignored. + +Within the intersection of the source(s) and domain, each output pixel is a blend of the corresponding +pixels from src1 and src2 (or src1 pixels blended with constant). The degree of blend is +determined by the corresponding value taken from alpha or the value of alpha_const. If alpha is +non-zero, the proportion of blend is further scaled by alpha_const: + +output = src1 * (1 - alpha / alpha_const) + src2 * (alpha / alpha_const) +(where alpha_const is greater than 0.0) + +if alpha is zero: + +output = src1 * (1 - alpha_const) + src2 * alpha_const +(where alpha_const is in the range [0.0, 1.0]) +Output Attributes +Class same as src1 +Type same as src1 +Width same as src1 +Height same as src1 +Levels same as src1 +Structures +XieFloBlend() sets the XiePhotoElement structure field elemType to xieElemBlend, +which identifies the element as a Blend, and sets the fields of the member structure Blend using the +arguments in the argument list. + +typedef unsigned XiePhototag; +typedef float XieConstant[3]; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src1; + XiePhototag src2; + XieConstant src_constant; + XiePhototag alpha; + float alpha_constant; + XieProcessDomain domain; + unsigned int band_mask; + } Blend; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloMatch Incompatible attributes between src1 and src2 or +alpha is unconstrained or +selected source data are bitonal +xieErrNoFloSource Invalid src1, src2, or alpha +xieErrNoFloValue alpha is zero and alpha_const is outside the range [0.0,1.0] or +alpha is non-zero and alpha_const is non-positive + XIElib - Photoflo Element Functions XieFloCompare +Name +XieFloCompare - specify a Compare element and set its parameters. +Synopsis +void XieFloCompare (element, src1, src2, domain, constant, operator, +combine, band_mask) +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XieProcessDomain *domain; +XieConstant constant; +XieCompareOp operator; +Bool combine; +unsigned int band_mask; +Arguments +element Specifies the XiePhotoElement structure to use. +src1 Specifies the first data source. +src2 Specifies the second data source. +domain Specifies the subset of source data that will be operated on. +constant Specifies the constant data source. +operator Specifies the logical predicate operator used in the comparison. +combine Specifies if the comparison should be done on a per-band or on an all- +bands basis. +band_mask Specifies which bands are to be operated upon. +Description +A Compare element takes two data sources or a single data source and a constant and generates a +Boolean bitmap output which reflects the results of a point-wise comparison. The output data has a +value of 1 wherever the comparison is true, and a value of 0 everywhere else (i.e., comparison false or +comparison not performed). The comparison may be performed on a per-band basis, or for all bands +taken together. + +When two sources are involved, src1 and src2 are the phototags of the elements supplying source +data; constant is ignored. A phototag is the position or index of an element within an array of +elements used to specify a photoflo; the first element in the array has a phototag value of one (1). If the +operation is to involve a constant, src1 is one operand, src2 must be zero, and constant is used +as the other operand. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. If the entire source data is to be operated on, a pointer to an XieProcessDomain +structure must still be provided, with the phototag field set to zero (0); the offset_x and +offset_y fields are ignored. + +operator is the logical predicate operator used in the comparison. The valid operators for the +Compare process element are: + +Operator +src1 (operator) src2 +src1 (operator) constant + +xieValLT +src1 * src2 +src1 * constant + +xieValLE +src1 * src2 +src1 * constant + +xieValEQ +src1 * src2 +src1 * constant + +xieValNE +src1 * src2 +src1 * constant + +xieValGT +src1 * src2 +src1 * constant + +xieValGE +src1 * src2 +src1 * constant + + +combine is a Boolean which determines if the comparison should be done on a per-band basis, or on +an all bands basis. Only bands selected by band_mask are subject to processing. Other bands +present in the image are passed through to the output. For example, a band_mask of 0012 indicates +that only the least significant band would be processed; operating on all bands requires a +band_mask of 1112. + +If combine is True or src1 is single band, the output data will form a single Boolean bitmap. If +src1 is triple band and combine is False, the output data will yield three separate Boolean bitmaps +(for this case band_mask must specify all bands). + +If src1 is triple band and combine is True, only the EQ and NE operators are allowed; equality is +established for each band selected by band_mask, and then the result is logically ANDed to derive +equality (inequality is a logical NOT of this result). For this case, width and height must match for all +bands selected by band_mask. + +The relationship between combine and data class dependencies are given in the following table: + +combine +input class +band_mask +output class + +True +single band +n/a +single band + + +triple band +selected bands +single band + +False +single band +n/a +single band + + +triple band +all bands +triple band + +Output Attributes +Class see Description +Type constrained +Width same as src1 +Height same as src1 +Levels 2 per band (see Description) +Structures +XieFloCompare() sets the XiePhotoElement structure field elemType to +xieElemCompare, which identifies the element as a Compare, and sets the fields of the member +structure Compare using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef float XieConstant[3]; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src1; + XiePhototag src2; + XieProcessDomain domain; + XieConstant constant; + XieCompareOp operator; + Bool combine; + unsigned int band_mask; + } Compare; + ... + } data; +} XiePhotoElement; + +/* Definitions of Compare Operators */ +#define xieValLT 1 +#define xieValLE 2 +#define xieValEQ 3 +#define xieValNE 4 +#define xieValGT 5 +#define xieValGE 6 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Class differs between src1 and src2 or +invalid combination of operator and combine or +triple band, and combine is false, and band_mask incomplete +xieErrNoFloOperator Invalid operator +xieErrNoFloSource Invalid src1 or src2 + XIElib - Photoflo Element Functions XieFloConstrain +Name +XieFloConstrain - specify a Constrain element and set its parameters. +Synopsis +void XieFloConstrain (element, src, levels, constrain_tech, +constrain_param) +XiePhotoElement *element; +XiePhototag src; +XieLevels levels; +XieConstrainTechnique constrain_tech; +XiePointer constrain_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +levels Specifies the number of quantization levels desired in the output data. +constrain_tech Specifies the technique to be used when constraining the data. +constrain_param Specifies the list of additional parameters required by constrain. +Description +A Constrain element applies a quantization model to the image data to convert the data to a fixed +number of quantization levels. Application of the quantization model may involve steps such as range +shifting, scaling, clipping, and rounding. + +src is the phototag of the element supplying source data. A phototag is the position or index of an +element within an array of elements used to specify a photoflo; the first element in the array has a +phototag value of one (1). Levels is the number of quantization levels desired in the output data. +constrain_tech specifies the constrain technique to be used when constraining the data. +constrain_param is the list of additional parameters required by constrain_tech. + +If the input image is already constrained the data will be reconstrained. + +One of the following standard constrain technique values can be assigned to constrain_tech : + +xieValConstrainClipScale +xieValConstrainHardClip + +If a vendor defined additional private constrain techniques, the values given to these techniques can be +assigned to constrain_tech. +Output Attributes +Class same as src +Type constrained +Width same as src +Height same as src +Levels levels +Structures +XieFloConstrain() sets the XiePhotoElement structure field elemType to +xieElemConstrain, which identifies the element as a Constrain, and sets the fields of the member +structure Constrain using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef unsigned long XieLevels[3]; +typedef unsigned XieConstrainTechnique; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieLevels levels; + XieConstrainTechnique constrain_tech; + XiePointer constrain_param; + } Constrain; + ... + } data; +} XiePhotoElement; + +/* Definitions for ConstrainTechniques */ +#define xieValConstrainClipScale 2 +#define xieValConstrainHardClip 4 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid constrain_tech or constrain_param +See Also +XieTecClipScale(). + XIElib - Photoflo Element Functions XieFloConvertFromIndex +Name +XieFloConvertFromIndex - specify a ConvertFromIndex element and set its parameters. +Synopsis +void XieFloConvertFromIndex (element, src, colormap, data_class, +precision) +XiePhotoElement *element; +XiePhototag src; +Colormap colormap; +XieDataClass data_class; +unsigned int precision; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +colormap Specifies the Colormap from which to obtain output pixel values. +data_class Specifies if the output data is single band or triple band. +precision Specifies the number of bits to be used from colormap's RGB values. +Description +A ConvertFromIndex element converts Colormap index data into achromatic or trichromatic data. + +data_class specifies if the output data is single band or triple band and can be set to one of the +following standard data class values: + +xieValSingleBand +xieValTripleBand + +If data_class is single band and a trichromatic colormap is specified (static color, pseudo color, +true color, or direct color), the gray shade for each pixel is taken from the red values in colormap. If +data_class is triple band and an achromatic colormap is specified (static gray or gray scale), the +red band will be replicated to populate the green and blue output bands. + +The depth of colormap must match the Levels attribute of src (i.e., 2depth must equal Levels). +Output Attributes +Class data_class +Type constrained +Width same as src +Height same as src +Levels 2precision (per band) +Structures +XieFloConvertFromIndex() sets the XiePhotoElement structure field elemType to +xieElemConvertFromIndex, which identifies the element as a ConvertFromIndex, and sets the +fields of the member structure ConvertFromIndex using the arguments in the argument list. + +typedef unsigned XieDataClass; +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + Colormap colormap; + XieDataClass data_class; + unsigned int precision; + } ConvertFromIndex; + ... + } data; +} XiePhotoElement; + +/* Definitions of DataClass */ +#define xieValSingleBand 1 +#define xieValTripleBand 2 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloColormap Invalid colormap +xieErrNoFloMatch Levels of src do not match depth of colormap +xieErrNoFloSource Invalid src +xieErrNoFloValue Invalid data_class or precision + XIElib - Photoflo Element Functions XieFloConvertFromRGB +Name +XieFloConvertFromRGB - specify a ConvertFromRGB element and set its parameters. +Synopsis +void XieFloConvertFromRGB (element, src, color_space, color_param) +XiePhotoElement *element; +XiePhototag src; +XieColorspace color_space; +XiePointer color_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data (RGB assumed). +color_space Specifies the technique to be used in the conversion. +color_param Specifies the list of additional parameters required by color_space. +Description +A ConvertFromRGB element converts RGB source data to an alternate colorspace. + +The source data must be triple band, and all bands must have equal dimensions. The type and levels of +the output data are determined by the color_space's technique parameters. All other attributes are +inherited from src. + +ConvertFromRGB techniques define the trichromatic colorspaces known to a ConvertFromRGB element. +One of the following standard ConvertFromRGB technique values can be assigned to color_space: + +xieValRGBToCIELab +xieValRGBToCIEXYZ +xieValRGBToYCbCr +xieValRGBToYCC + +If a vendor defined additional private ConvertFromRGB techniques, the private technique values given +to these techniques can be assigned to color_space. +Output Attributes +Class triple band +Type color_space dependent +Width same as src +Height same as src +Levels color_space dependent +Structures +XieFloConvertFromRGB() sets the XiePhotoElement structure field elemType to +xieElemConvertFromRGB, which identifies the element as a ConvertFromRGB, and sets the fields +of the member structure ConvertFromRGB using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef unsigned XieColorspace; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieColorspace color_space; + XiePointer color_param; + } ConvertFromRGB; + ... + } data; +} XiePhotoElement; + +/* Definitions for Colorspace Conversions */ +#define xieValRGBToCIELab 2 +#define xieValRGBToCIEXYZ 4 +#define xieValRGBToYCbCr 6 +#define xieValRGBToYCC 8 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloMatch src is not triple band or +unequal inter-band dimensions +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid color_space or color_param +See Also +XieTecRGBToCIELab(), XieTecRGBToCIEXYZ(), XieTecRGBToYCbCr XieTecRGBToYCC(). + XIElib - Photoflo Element Functions XieFloConvertToIndex +Name +XieFloConvertToIndex - specify a ConvertToIndex element and set its parameters. +Synopsis +void XieFloConvertToIndex (element, src, colormap, color_list, +notify, color_alloc_tech, color_alloc_param) +XiePhotoElement *element; +XiePhototag src; +Colormap colormap; +XieColorList color_list; +Bool notify; +XieColorAllocTechnique color_alloc_tech; +XiePointer color_alloc_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying the constrained source data +colormap Specifies the Colormap from which to obtain output pixel values. +color_list Specifies the list where Colormap indices are to be stored. +notify Specifies whether to enable sending ColorAlloc events. +color_alloc_tech Specifies the desired color allocation technique. +color_alloc_param Specifies the list of additional parameters required by +color_alloc_tech. +Description +A ConvertToIndex element allocates and/or matches colors or gray shades, as required, from a +Colormap. It produces pixel indices as output data, and records indices that it allocates in +color_list. + +The specified color_alloc_tech technique may generate a ColorAlloc event to warn the +client that results are of lesser fidelity than desired. Notify allows the client to be notified about inferior +results from color allocation or matching. + +src is the phototag of the element supplying constrained source data. A phototag is the position or +index of an element within an array of elements used to specify a photoflo; the first element in the array +has a phototag value of one (1). Colormap is the Colormap from which colors or gray shades are +allocated and/or matched. Color_list is the list where allocated Colormap indices are to be stored. +color_alloc_tech specifies the desired color allocation technique. color_alloc_params is +the list of additional parameters required by color_alloc_tech. + +color_list is purged of any colors it already contains when photoflo execution begins. Allocated +Colormap indices can be freed using XiePurgeColorList(), XieDestroyColorList(), or +by making color_list the target of an active photoflo. + +ColorAlloc techniques define the recognized color allocation techniques used by the ConvertToIndex +element. One of the following standard ColorAlloc technique values can be assigned to +color_alloc_tech: + +xieValColorAllocDefault +xieValColorAllocAll +xieValColorAllocMatch +xieValColorAllocRequantize + +If a vendor defined additional private ColorAlloc techniques, the private technique values given to +these techniques can be assigned to color_alloc_tech. + +The server is required to support the default technique which is bound to one of the standard +techniques defined above or a private technique. +Output Attributes +Class single band +Type constrained +Width same as src +Height same as src +Levels 2depth (i.e. colormap depth) +Structures +XieFloConvertToIndex() sets the XiePhotoElement structure field elemType to +xieElemConvertToIndex, which identifies the element as a ConvertToIndex, and sets the fields +of the member structure ConvertToIndex using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef XID XieColorList; +typedef unsigned XieColorAllocTechnique; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + Colormap colormap; + XieColorList color_list; + Bool notify; + XieColorAllocTechnique color_alloc_tech; + XiePointer color_alloc_param; + } ConvertToIndex; + ... + } data; +} XiePhotoElement; + +/* Definitions for ColorAlloc Techniques */ +#define xieValColorAllocDefault 0 +#define xieValColorAllocAll 2 +#define xieValColorAllocMatch 4 +#define xieValColorAllocRequantize 6 +Errors +xieErrNoFloAccess color_list already being used by another active photoflo +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloColorlist Invalid color_list +xieErrNoFloColormap Invalid colormap +xieErrNoFloMatch Unequal inter-band dimensions +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid color_alloc_tech or color_alloc_param +See Also +XiePurgeColorList(), XieDestroyColorList(). +XieTecColorAllocAll(), XieTecColorAllocMatch(), XieTecColorAllocRequantize(). + XIElib - Photoflo Element Functions XieFloConvertToRGB +Name +XieFloConvertToRGB - specify a ConvertToRGB element and set its parameters. +Synopsis +void XieFloConvertToRGB (element, src, color_space, color_param) +XiePhotoElement *element; +XiePhototag src; +XieColorspace color_space; +XiePointer color_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +color_space Specifies the technique that will be used for the conversion. +color_param Specifies the list of additional parameters required by convert_space. +Description +A ConvertToRGB element converts alternate colorspace source data into RGB data. + +The source data must be triple band, and all bands must have equal dimensions. The type and levels of +the output data are determined by the color_space's technique parameters. All other attributes are +inherited from src. + +ConvertToRGB techniques define the trichromatic colorspaces known to a ConvertToRGB element. One +of the following standard ConvertFromRGB technique values can be assigned to color_space: + +xieValCIELabToRGB +xieValCIEXYZToRGB +xieValYCbCrToRGB +xieValYCCToRGB + +If a vendor defined additional private ConvertToRGB techniques, the private technique values given to +these techniques can be assigned to color_space. +Output Attributes +Class triple band +Type color_space dependent +Width same as src +Height same as src +Levels color_space dependent +Structures +XieFloConvertToRGB() sets the XiePhotoElement structure field elemType to +xieElemConvertToRGB, which identifies the element as a ConvertToRGB, and sets the fields of the +member structure ConvertToRGB using the arguments in the argument list. + +typedef unsigned XieColorspace; +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieColorspace color_space; + XiePointer color_param; + } ConvertToRGB; + ... + } data; +} XiePhotoElement; + +/* Definitions for Colorspace Conversions */ +#define xieValCIELabToRGB 2 +#define xieValCIEXYZToRGB 4 +#define xieValYCbCrToRGB 6 +#define xieValYCCToRGB 8 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloMatch src is not triple band or +unequal inter-band dimensions +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid color_space or color_param +See Also +XieTecCIELabToRGB(), XieTecCIEXYZToRGB(), XieTecYCbCrToRGB(), XieTecYCCToRGB(). + XIElib - Photoflo Element Functions XieFloConvolve +Name +XieFloConvolve - specify a Convolve element and set its parameters. +Synopsis +void XieFloConvolve (element, src, domain, kernel, kernel_size, +band_mask, convolve_tech, convolve_param) +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +float *kernel; +int kernel_size; +unsigned int band_mask; +XieConvolveTechnique convolve_tech; +XiePointer convolve_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +domain Specifies the subset of the image that will be operated upon. +kernel Specifies the coefficients used in the convolution process +kernel_size Specifies the dimension of kernel. +band_mask Specifies which bands are to be operated upon. +convolve_tech Specifies the technique for handling edge conditions. +convolve_param Specifies the list of additional parameters required by +convolve_tech. +Description +A Convolve element produces output data by convolving each input pixel value (and surrounding area) +with the specified convolution kernel. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. If the entire source data is to be operated on, a pointer to an XieProcessDomain +structure must still be provided, with the phototag field set to zero (0); the offset_x and +offset_y fields are ignored. + +kernel represents a square array of float data which has odd dimensions. Thus, a single dimension is +used to specify kernel_size. + +Only bands selected by the band_mask are subject to processing. Other bands present in the image +are passed through to the output. For example, a band_mask of 0012 indicates that only the least +significant band would be processed; operating on all bands requires a band_mask of 1112. Using +band_mask to select source data that have two (2) or less levels is not permitted. + +All output data attributes are inherited from the source data. + +Convolve techniques provide various methods of handling edge conditions. These techniques +determine what pixel values are used when Convolve requires data beyond the image bounds. One of +the following standard convolve technique values can be assigned to convolve_tech: + +xieValConvolveDefault +xieValConvolveConstant +xieValConvolveReplicate + +If a vendor defined additional private convolve techniques, the private technique values given to these +techniques can be assigned to convolve_tech. + +The server is required to support the default technique which is bound to one of the standard +techniques defined above or a private technique. +Output Attributes +Class same as src +Type same as src +Width same as src +Height same as src +Levels same as src +Structures +XieFloConvolve() sets the XiePhotoElement structure field elemType to +xieElemConvolve, which identifies the element as a Convolve, and sets the fields of the member +structure Convolve using the arguments in the argument list. + +typedef unsigned XieConvolveTechnique; +typedef unsigned XiePhototag; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieProcessDomain domain; + float *kernel; + int kernel_size; + unsigned int band_mask; + XieConvolveTechnique convolve_tech; + XiePointer convolve_param; + } Convolve; + ... + } data; +} XiePhotoElement; + +/* Definitions for ConvolveTechniques */ +#define xieValConvolveDefault 0 +#define xieValConvolveConstant 2 +#define xieValConvolveReplicate 4 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Selected source data are bitonal +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid convolve_tech or convolve_param +xieErrNoFloValue Invalid kernel_size (e.g., not odd) +See Also +XieTecConvolveConstant(). + XIElib - Photoflo Element Functions XieFloDither +Name +XieFloDither - specify a Dither element and set its parameters. +Synopsis +void XieFloDither (element, src, band_mask, levels, dither_tech, +dither_param) +XiePhotoElement *element; +XiePhototag src; +unsigned int band_mask; +XieLevels levels; +XieDitherTechnique dither_tech; +XiePointer dither_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +band_mask Specifies which bands are to be operated upon. +levels Specifies the number of levels desired in the output data. +dither_tech Specifies the desired dither technique. +dither_param Specifies the list of additional parameters required by dither_tech. +Description +The Dither element is used to reduce the number of quantization levels in an image. It accomplishes this +by affecting adjacent pixels (area affect) to make up for the lack of depth resolution. + +Only bands selected by the band_mask are subject to processing. Other bands present in the image +are passed through to the output. For example, a band_mask of 0012 indicates that only the least +significant band would be processed; operating on all bands requires a band_mask of 1112. Using +band_mask to select source data that have two (2) or less levels is not permitted. + +The source data must be constrained. + +Dither techniques define the technique that can be used to dither an image. One of the following +standard dither technique values can be assigned to dither_tech: + +xieValDitherDefault +xieValDitherErrorDiffusion +xieValDitherOrdered + +If a vendor defined additional private dither techniques, the private technique values given to these +techniques can be assigned to dither_tech. + +The server is required to support the default technique which is bound to one of the standard +techniques defined above or a private technique. +Output Attributes +Class same as src +Type constrained +Width same as src +Height same as src +Levels levels +Structures +XieFloDither() sets the XiePhotoElement structure field elemType to xieElemDither, +which identifies the element as a Dither, and sets the fields of the member structure Dither using the +arguments in the argument list. + +typedef unsigned XiePhototag; +typedef unsigned long XieLevels[3]; +typedef unsigned XieDitherTechnique; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieLevels levels; + unsigned int band_mask; + XieDitherTechnique dither_tech; + XiePointer dither_param; + } Dither; + ... + } data; +} XiePhotoElement; + +/* Definitions for DitherTechniques */ +#define xieValDitherDefault 0 +#define xieValDitherErrorDiffusion 2 +#define xieValDitherOrdered 4 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Unconstrained src data or +selected source data are bitonal +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid dither_tech or dither_param +xieErrNoFloValue Invalid output levels: less than two or greater than src levels +See Also +XieTecDitherOrderedParam(). + XIElib - Photoflo Element Functions XieFloGeometry +Name +XieFloGeometry - specify a Geometry element and set its parameters. +Synopsis +void XieFloGeometry (element, src, width, height, coefficients, +constant, band_mask, sample_tech, sample_param) +XiePhotoElement *element; +XiePhototag src; +unsigned int width; +unsigned int height; +float coefficients[6]; +XieConstant constant; +unsigned int band_mask; +XieGeometryTechnique sample_tech; +XiePointer sample_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +width Specifies the horizontal dimension of the output data. +height Specifies the vertical dimension of the output data. +coefficients Specifies the list of values that control the geometric transformation. +constant Specifies the fill value used for output pixels that do not map back to a +src pixel. +band_mask Specifies which bands are to be operated upon. +sample_tech Specifies the technique to be used for retrospectively resampling src. +sample_param Specifies the list of additional parameters required by sample_tech. +Description +A Geometry element is used to perform geometric transformations on image data. Linear geometric +resampling operations are implemented, such as: crop, mirror, scale, shear, rotate, translate, and +combinations thereof. + +A Geometry element can be visualized as stepping through each possible output pixel location in turn, +and computing the location from which to obtain each input pixel value. Each pixel (x',y') in the output +image is mapped to the coordinate location (x,y) in src by: + + + +The coordinate mapping coefficients (a,b,c,d,tx,ty), together with the output width and +height, fully specify the geometric transformation. The following briefly (and approximately) +summarizes the intuitive role of each parameter: + +a, d Scaling parameters. Increasing a and d will make the output image appear smaller, whereas +decreasing them will make the output pixels appear larger. +b, c Rotation/skew parameters. If b and c are zero, the output image will be a rectangular +scaling of the input image. If a and d are both zero, b is one and c is negative one, the +image will appear rotated. The magnitude of b and c will affect scaling as well, if a and d +are zero. If more than two of (a,b,c,d) are non-zero, the effect is complicated. The image +may appear skewed and scaled. +tx, ty Translation parameters. Used to specify the offset between input and output coordinate +systems. +width, height These specify the output image dimensions of the selected band(s). Note that +increasing the output image height and width over the input image size will not by itself +cause magnification * if a and d are one (1) and b and c are zero (0), the output image will +have the same appearance as the input, except that the borders will shrink or expand (as +determined by width and height) and new areas of the image will be filled with +constant. + +The region to be cropped in the input image is implicitly defined by the dimensions of the output image +and the mapping from output to input coordinates. Depending on the size of the input and output +images, the amount of scaling specified, and the amount of translation in the mapping, pixels in the +output image may map off the edge of the input image and the constant value is used. + +Trichromatic image bands can be operate individually, all together, or in any combination, using +band_mask. Since applying the same (a,b,c,d,tx,ty) mapping to inputs with diverse sizes will specify +different transformations, operating on all bands in unison (band_mask of 1112) is most appropriate if +the dimensions of all bands are equal. + +Often a given output pixel location (x',y'), will not correspond exactly to a single pixel in the input +image. The sample_tech technique is used to determine how the input data will be interpolated to +produce each output pixel value. One of the following standard geometry technique values can be +assigned to sample_tech: + +xieValGeomDefault +xieValGeomAntialias +xieValGeomAntialiasByArea +xieValGeomAntialiasByLPF +xieValGeomBilinearInterp +xieValGeomGaussian +xieValGeomNearestNeighbor + +If a vendor defined additional private geometry techniques, the private technique values given to these +techniques can be assigned to sample_tech. + +The server is required to support the default technique which is bound to one of the standard +techniques defined above or a private technique. +Output Attributes +Class same as src +Type same as src +Width width +Height height +Levels same as src +Structures +XieFloGeometry() sets the XiePhotoElement structure field elemType to +xieElemGeometry, which identifies the element as a Geometry, and sets the fields of the member +structure Geometry using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef float XieConstant[3]; +typedef unsigned XieGeometryTechnique; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + unsigned int width; + unsigned int height; + float coefficients[6]; + XieConstant constant; + unsigned int band_mask; + XieGeometryTechnique sample_tech; + XiePointer sample_param; + } Geometry; + ... + } data; +} XiePhotoElement; + +/* Definitions for GeometryTechniques */ +#define xieValGeomDefault 0 +#define xieValGeomAntialias 2 +#define xieValGeomAntialiasByArea 4 +#define xieValGeomAntialiasByLPF 6 +#define xieValGeomBilinearInterp 8 +#define xieValGeomGaussian 10 +#define xieValGeomNearestNeighbor 12 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid sample_tech or sample_param +xieErrNoFloValue Invalid coefficients +See Also +XieTecGeomAntialiasByArea(), XieTecGeomAntialiasByLowpass(), XieTecGeomGaussian(), +XieTecGeomNearestNeighbor(). + XIElib - Photoflo Element Functions XieFloLogical +Name +XieFloLogical - specify a Logical element and set its parameters. +Synopsis +void XieFloLogical (element, src1, src2, domain, constant, operator, +band_mask) +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XieProcessDomain *domain; +XieConstant constant; +unsigned long operator; +unsigned int band_mask; +Arguments +element Specifies the XiePhotoElement structure to use. +src1 Specifies the first data source. +src2 Specifies the second data source. +domain Specifies the subset of source data that will be operated on. +constant Specifies the constant data source. +operator Specifies the logical operator to be used. +band_mask Specifies which bands are to be operated upon. +Description +A Logical element performs per-pixel bit-wise operations on a single data source, or between two data +sources, or between a single data source and a constant. + +When two sources are involved, src1 and src2 are the phototags of the elements supplying source +data; constant is ignored. A phototag is the position or index of an element within an array of +elements used to specify a photoflo; the first element in the array has a phototag value of one (1). If the +operation is to involve a constant, src1 is one operand, src2 must be zero, and constant is used +as the other operand. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. If the entire source data is to be operated on, a pointer to an XieProcessDomain +structure must still be provided, with the phototag field set to zero (0); the offset_x and +offset_y fields are ignored. + +The value of operator matches the GC-function values defined by the core protocol specification for +CreateGC. The output of a Logical element is determined by the number of data sources and +operator: + +GC-function +monadic operation +dyadic operation + +Clear +0 +0 + +And +constant AND src1 +src2 AND src1 + +AndReverse +constant AND (NOT src1) +src2 AND (NOT src1) + +Copy +constant +src2 + +AndInverted +(NOT constant) AND src1 +(NOT src2) AND src1 + +NoOp +src1 +src1 + +Xor +constant XOR src1 +src2 XOR src1 + +Or +constant OR src1 +src2 OR src1 + +Nor +(NOT constant) AND (NOT src1) +(NOT src2) AND (NOT src1) + +Equiv +(NOT constant) XOR src1 +(NOT src2) XOR src1 + +Invert +NOT src1 +NOT src1 + +OrReverse +constant OR (NOT src1) +src2 OR (NOT src1) + +CopyInverted +NOT constant +NOT src2 + +OrInverted +(NOT constant) OR src1 +(NOT src2) OR src1 + +Nand +(NOT constant) OR (NOT src1) +(NOT src2) OR (NOT src1) + +Set +1 +1 + + +Only bands selected by the band_mask are subject to processing. Other bands present in the image +are passed through to the output. For example, a band_mask of 0012 indicates that only the least +significant band would be processed; operating on all bands requires a band_mask of 1112. +Output Attributes +Class same as src1 +Type constrained +Width same as src1 +Height same as src1 +Levels same as src1 +Structures +XieFloLogical() sets the XiePhotoElement structure field elemType to +xieElemLogical, which identifies the element as a Logical, and sets the fields of the member +structure Logical using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef float XieConstant[3]; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src1; + XiePhototag src2; + XieProcessDomain domain; + XieConstant constant; + int operator; + unsigned int band_mask; + } Logical; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Class or levels differ between src1 and src2 or +levels is not a power of 2 or +src1 or src2 in not constrained +xieErrNoFloOperator Invalid operator +xieErrNoFloSource Invalid src1 or src2 + XIElib - Photoflo Element Functions XieFloMatchHistogram +Name +XieFloMatchHistogram - specify a MatchHistogram element and set its parameters. +Synopsis +void XieFloMatchHistogram (element, src, domain, shape, shape_param) +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +XieHistogramShape shape; +XiePointer shape_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +domain Specifies the subset of source data that will be operated on. +shape Specifies the form of the desired output data histogram. +shape_param Specifies the list of additional parameters required by shape. +Description +A MatchHistogram element produces output data which differs from the source data in terms of its pixel +value distribution, or histogram. It allows the client to specify the desired state of the resulting data's +histogram (algorithmic description of resulting histogram shape). + +The source data must be constrained and single band, and it must have three (3) or more levels. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. Only data that intersects with the subset specified by domain is included in the histogram, +and only that data will be affected in the result of the histogram matching operation: all other data will +pass-through unchanged. If the entire source data is to be operated on, a pointer to an +XieProcessDomain structure must still be provided, with the phototag field set to zero (0); the +offset_x and offset_y fields are ignored. + +HistogramShape defines the various match-histogram shape techniques that can be requested by a +MatchHistogram element. One of the following standard match-histogram shape technique values can +be assigned to shape: + +xieValHistogramFlat +xieValHistogramGaussian +xieValHistogramHyperbolic + +If a vendor defined additional private match-histogram shape techniques, the private technique values +given to these techniques can be assigned to shape. +Output Attributes +Class single band +Type constrained +Width same as src +Height same as src +Levels same as src +Structures +XieFloMatchHistogram() sets the XiePhotoElement structure field elemType to +xieElemMatchHistogram, which identifies the element as a MatchHistogram, and sets the fields +of the member structure MatchHistogram using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef unsigned XieHistogramShape; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieProcessDomain domain; + XieHistogramShape shape; + XiePointer shape_param; + } MatchHistogram; + ... + } data; +} XiePhotoElement; + +/* Definitions for GeometryTechniques */ +#define xieValGeomDefault 0 +#define xieValGeomAntialias 2 +#define xieValGeomAntialiasByArea 4 +#define xieValGeomAntialiasByLPF 6 +#define xieValGeomBilinearInterp 8 +#define xieValGeomGaussian 10 +#define xieValGeomNearestNeighbor 12 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Invalid src data: unconstrained, triple band, or bitonal +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid shape or shape_param +See Also +XieTecHistogramGaussian(), XieTecHistogramHyperbolic(). + XIElib - Photoflo Element Functions XieFloMath +Name +XieFloMath - specify a Math element and set its parameters. +Synopsis +void XieFloMath (element, src, domain, operator, band_mask) +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +XieMathOp operator; +unsigned int band_mask; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +domain Specifies the subset of source data that will be operated on. +operator Specifies the mathematical operation to be applied. +band_mask Specifies which bands are to be operated upon. +Description +A Math element applies a single operand mathematical operation to the source data on a point-wise +basis. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. If the entire source data is to be operated on, a pointer to an XieProcessDomain +structure must still be provided, with the phototag field set to zero (0); the offset_x and +offset_y fields are ignored. + +Pixel computations that would lead to errors will yield valid server-dependent values (e.g. the log of a +constrained pixel value of zero might result in a value of zero). Only bands selected by the band_mask +are subject to processing. Other bands present in the image are passed through to the output. For +example, a band_mask of 0012 indicates that only the least significant band would be processed; +operating on all bands requires a band_mask of 1112. Using band_mask to select source data that +have two (2) or less levels is not permitted. + +The following valid mathematical operations that can be invoked through the Math element: + +Operator +Meaning + +xieValExp +exponential + +xieValLn +natural logarithm + +xieValLog2 +logarithm base 2 + +xieValLog10 +logarithm base 10 + +xieValSquare +square + +xieValSqrt +square root + + +All output data attributes are inherited from the source data. +Output Attributes +Class same as src +Type same as src +Width same as src +Height same as src +Levels same as src +Structures +XieFloMath() sets the XiePhotoElement structure field elemType to xieElemMath, which +identifies the element as a Math, and sets the fields of the member structure Math using the arguments +in the argument list. + +typedef unsigned XiePhototag; +typedef unsigned XieMathOp; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieProcessDomain domain; + XieMathOp operator; + unsigned int band_mask; + } Math; + ... + } data; +} XiePhotoElement; + +/* Definitions of Math Operators */ +#define xieValExp 1 +#define xieValLn 2 +#define xieValLog2 3 +#define xieValLog10 4 +#define xieValSquare 5 +#define xieValSqrt 6 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Selected source data are bitonal +xieErrNoFloSource Invalid src +xieErrNoFloOperator Invalid operator + XIElib - Photoflo Element Functions XieFloPasteUp +Name +XieFloPasteUp - specify a PasteUp element and set its parameters. +Synopsis +void XieFloPasteUp (element, width, height, constant, tiles, +tile_count) +XiePhotoElement *element; +unsigned int width; +unsigned int height; +XieConstant constant; +XieTile *tiles +unsigned int tile_count; +Arguments +element Specifies the XiePhotoElement structure to use. +width Specifies the full horizontal extent of the output data. +height Specifies the full vertical extent of the output data. +constant Specifies the fill value for output regions that are not tiled. +tiles Specifies a list of tile descriptors. +tile_count Specifies the number of tile descriptors in tiles. +Description +A PasteUp element is an N-input translate operation which outputs data constructed from various +source data tiles or a constant value. + +Each of the tiles specifies a src (the phototag of the element supplying source data), and the +coordinates, dst_x and dst_y, where the tile belongs in the output data. A phototag is the position +or index of an element within an array of elements used to specify a photoflo; the first element in the +array has a phototag value of one (1). + +Each region of the output data is defined by a tile's destination coordinates, dst_x and dst_y, and +its src dimensions. For output regions where no tile provides input, the value of constant is used. +If tiles overlap, a stacking order rule defines which pixel value will be output: the last tile involved in the +overlap in the list of tiles will provide the output pixel. + +At least one tile must be supplied. Except for width and height, all attributes of each source tile +must match. In addition, for triple band input, inter-band dimensions within each tiles must match. +Output Attributes +Class same as tiles +Type same as tiles +Width width +Height height +Levels same as tiles +Structures +XieFloPasteUp() sets the XiePhotoElement structure field elemType to +xieElemPasteUp, which identifies the element as a PasteUp, and sets the fields of the member +structure PasteUp using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef float XieConstant[3]; +typedef struct { + XiePhototag src; + int dst_x; + int dst_y; +} XieTile; + +typedef struct { + int elemType; + union { + ... + struct { + unsigned int width; + unsigned int height; + XieConstant constant; + XieTile *tiles; + unsigned int tile_count; + } PasteUp; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloMatch Incompatible attributes between tiles or +unequal inter-band dimensions within a tile +xieErrNoFloSource Invalid source tiles or +no tiles were specified +See Also +XieFreePasteUpTiles(). + XIElib - Photoflo Element Functions XieFloPoint +Name +XieFloPoint - specify a Point element and set its parameters. +Synopsis +void XieFloPoint (element, src, domain, lut, band_mask) +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +XieLut lut; +unsigned int band_mask; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +domain Specifies the subset of source data that will be operated on. +lut Specifies the LUT resource supplying the lookup table. +band_mask Specifies which bands are to be operated upon. +Description +A Point element maps source pixel values to output pixel values using a lookup table (LUT). + +src is the phototag of the element supplying constrained source data. A phototag is the position or +index of an element within an array of elements used to specify a photoflo; the first element in the array +has a phototag value of one (1). Lut is the phototag of the element supplying the lookup table array(s). + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. If the entire source data is to be operated on, a pointer to an XieProcessDomain +structure must still be provided, with the phototag field set to zero (0); the offset_x and +offset_y fields are ignored. + +band_mask specifies which bands are to be operated upon (all bands must be specified if lut is +single band and src is triple band). For example, a band_mask of 0012 indicates that only the least +significant band would be processed; operating on all bands requires a band_mask of 1112. + +The output is constrained, with the width and height taken from src, and class and levels taken from +lut. When src is single band and lut is triple band, for the bands that are indicated by +band_mask, the output bands are remapped through their respective lut bands, whereas the other +bands are just replications of the single src band. If domain is used, the class and levels of lut must +match those of src. + +Each lut array must contain sufficient entries so that all potential pixel values found in src can form a +valid index into the array. Generally each src pixel value is used directly as an index into a lut array. +When triple band src data are remapped through a single band lut however, pixel values from all +three src bands are combined to form an array index; for this case, width and height must match for all +bands. + +When one LUT array is used with triple band data, the following presents the algorithm for computing +combined array indices: + +LUT band-order +LUT indexing algorithm for combining pixel values + +LSFirst +index = value[0] + value[1] x levels[0] + value[2] x levels[0] x levels[1] + +MSFirst +index = value[2] + value[1] x levels[2] + value[0] x levels[2] x levels[1] + +Output Attributes +Class same as lut +Type constrained +Width same as src +Height same as src +Levels same as lut +Structures +XieFloPoint() sets the XiePhotoElement structure field elemType to xieElemPoint, +which identifies the element as a Point, and sets the fields of the member structure Point using the +arguments in the argument list. + +typedef XID XieLut; +typedef unsigned XiePhototag; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieProcessDomain domain; + XieLut lut; + unsigned int band_mask; + } Point; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Unconstrained src data or +lut does not contain enough entries or +lut is single band and src is triple band, but band_mask is +incomplete or +domain is being used, but lut class or levels do not match those of +src +xieErrNoFloSource Invalid src or lut + XIElib - Photoflo Element Functions XieFloUnconstrain +Name +XieFloUnconstrain - specify an unconstrain element and set its parameters. +Synopsis +void XieFloUnconstrain (element, src) +XiePhotoElement *element; +XiePhototag src; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying constrained source data. +Description +An Unconstrain element produces unconstrained output data from constrained input data. +Output Attributes +Class same as src +Type unconstrained +Width same as src +Height same as src +Levels unknown +Structures +XieFloUnconstrain() sets the XiePhotoElement structure field elemType to +xieElemUnconstrain, which identifies the element as an Unconstrain, and sets the fields of the +member structure Unconstrain using the arguments in the argument list. + +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + } Unconstrain; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloMatch Unconstrained src data +xieErrNoFloSource Invalid src + XIElib - Photoflo Element Functions XieFloExportClientHistogram +Name +XieFloExportClientHistogram - specify an ExportClientHistogram element and set its parameters. +Synopsis +void XieFloExportClientHistogram (element, src, domain, notify) +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +XieExportNotify notify; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying single band constrained source data. +domain Specifies the subset of the source data from which the distribution will +be generated. +notify Specifies whether to enable sending an ExportAvailable event. +Description +An ExportClientHistogram element generates a histogram of the pixel values found in the source data. It +prepares histogram data that can be retrieved by the client using XieGetClientData(). An event +can be requested that will notify the client when histogram data becomes available. + +The data generated for the client is a list of XieHistogramData where each entry consists of a +value (i.e., a pixel value) followed by the count of pixels found with that value. If the number of pixels for +a given value exceeds the capacity of count, that count will be returned at the maximum value (i.e., 232- +1). Pixel values that are not found in the data are not included in the histogram data: no entries are +returned where count is zero. + +In order to specify a subset of source data that will be operated on, the phototag, offset_x, and +offset_y fields of the XieProcessDomain structure pointed to by domain must be supplied; +XIElib does not provide a convenience function to create and/or fill in an XieProcessDomain +structure. Only data that intersects with the subset specified by domain is included in the histogram. +If the entire source data is to be operated on, a pointer to an XieProcessDomain structure must still +be provided, with the phototag field set to zero (0); the offset_x and offset_y fields are +ignored. + +One of three standard export notify values can be assigned to notify: + +xieValDisable +xieValFirstData +xieValNewData + +If notify was specified as xieValFirstData, this event will only be sent the first time data +become available; otherwise, if xieValNewData was specified, this event will be generated each time +the amount of data available changes from zero to non-zero. +Structures +XieFloExportClientHistogram() sets the XiePhotoElement structure field elemType +to xieElemExportClientHistogram, which identifies the element as an ExportClientHistogram, +and sets the fields of the member structure ExportClientHistogram using the arguments in the +argument list. + +typedef unsigned XieExportNotify; +typedef unsigned XiePhototag; +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; +typedef struct { + unsigned long value; + unsigned long count; +} XieHistogramData; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieProcessDomain domain; + XieExportNotify notify; + } ExportClientHistogram; + ... + } data; +} XiePhotoElement; + +/* Definitions of ExportNotify */ +#define xieValDisable 1 +#define xieValFirstData 2 +#define xieValNewData 3 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloDomain Invalid domain +xieErrNoFloMatch Unconstrained src data or +triple band src data +xieErrNoFloSource Invalid src +xieErrNoFloValue Invalid notify +See Also +XieGetClientData(). + XIElib - Photoflo Element Functions XieFloExportClientLUT +Name +XieFloExportClientLUT - specify an ExportClientLUT element and set its parameters. +Synopsis +void XieFloExportClientLUT (element, src, band_order, notify, start, +length) +XiePhotoElement *element; +XiePhototag src; +XieOrientation band_order; +XieExportNotify notify; +XieLTriplet start; +XieLTriplet length; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying lookup table data. +band_order Specifies the order of triple band arrays. +notify Specifies whether to enable sending an ExportAvailable event. +start Specifies the index of the first array entry that should be returned. +length Specifies the number of array entries that should be returned. +Description +An ExportClientLUT element allows data imported from an ImportLUT or an ImportClientLUT element to +be retrieved by the client. The actual transport of lookup table data through the protocol stream is +requested using XieGetClientData(). + +One of three standard export notify values can be assigned to notify: + +xieValDisable +xieValFirstData +xieValNewData + +If notify was specified as xieValFirstData, this event will only be sent the first time data +become available; otherwise, if xieValNewData was specified, this event will be generated each time +the amount of data available changes from zero to non-zero. + +band_order is the order in which triple band arrays are transmitted through the protocol stream. One +of the following standard orientation values can be assigned to band_order: + +xieValLSFirst +xieValMSFirst + +The least significant band of trichromatic data is the first band mentioned in the common name of the +colorspace: red is the least significant band of RGB data. For band-by-plane data, band_order +specifies whether this band corresponds with the least significant or most significant LUT array. Each +array is transported as a separate data stream: + +band +LSFirst +MSFirst + +0 +R7R6R5R4R3R2R1R0 +B7B6B5B4B3B2B1B0 + +1 +G7G6G5G4G3G2G1G0 +G7G6G5G4G3G2G1G0 + +2 +B7B6B5B4B3B2B1B0 +R7R6R5R4R3R2R1R0 + + +The size of each array entry is either 1, 2, or 4 bytes: the smallest size into which the output quantization +levels can be stored. When array entries require multiple bytes, the byte order per entry is determined in +the same manner as other numeric data: it is the byte orientation established at core X connection setup +time. +Structures +XieFloExportClientLUT() sets the XiePhotoElement structure field elemType to +xieElemExportClientLUT, which identifies the element as an ExportClientLUT, and sets the +fields of the member structure ExportClientLUT using the arguments in the argument list. + +typedef unsigned XieExportNotify; +typedef unsigned XieOrientation; +typedef unsigned long XieLTriplet[3]; +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieOrientation band_order; + XieExportNotify notify; + XieLTriplet start; + XieLTriplet length; + } ExportClientLUT; + ... + } data; +} XiePhotoElement; + +/* Definitions of ExportNotify */ +#define xieValDisable 1 +#define xieValFirstData 2 +#define xieValNewData 3 + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloMatch start + length exceeds number of entries in an array +xieErrNoFloSource Invalid src +xieErrNoFloValue Invalid notify or band_order +See Also + XieFloImportLUT(), XieFloImportClientLUT(), XieGetClientData(). + XIElib - Photoflo Element Functions XieFloExportClientPhoto +Name +XieFloExportClientPhoto - specify an ExportClientPhoto element and set its parameters. +Synopsis +void XieFloExportClientPhoto (element, src, notify, encode_tech, +encode_param) +XiePhotoElement *element; +XiePhototag src; +XieExportNotify notify; +XieEncodeTechnique encode_tech; +XiePointer encode_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying constrained data. +notify Specifies whether to enable sending an ExportAvailable event. +encode_tech Specifies the technique to compress or format the exported data. +encode_param Specifies the list of additional parameters required by encode_tech. +Description +An ExportClientPhoto element makes image data available to the protocol stream. The attributes of the +exported data are determined by the attributes of the source data. The format of the data is specified by +the encode_tech technique and encode_param. The actual transport of image data through the +protocol stream is requested using XieGetClientData(). + +One of three standard export notify values can be assigned to notify: + +xieValDisable +xieValFirstData +xieValNewData + +If notify was specified as xieValFirstData, this event will only be sent the first time data +become available; otherwise, if xieValNewData was specified, this event will be generated each time +the amount of data available changes from zero to non-zero. + +Encode techniques define the techniques that can be used to compress an image or format it as +uncompressed data. One of the following standard encode technique values can be assigned to +encode_tech: + +xieValEncodeServerChoice +xieValEncodeUncompressedSingle +xieValEncodeUncompressedTriple +xieValEncodeG31D +xieValEncodeG32D +xieValEncodeG42D +xieValEncodeJPEGBaseline +xieValEncodeJPEGLossless +xieValEncodeTIFF2 +xieValEncodeTIFFPackBits + +If a vendor defined additional private encode techniques, the private technique values given to these +techniques can be assigned to encode_tech. +Structures +XieFloExportClientPhoto() sets the XiePhotoElement structure field elemType to +xieElemExportClientPhoto, which identifies the element as an ExportClientPhoto, and sets the +fields of the member structure ExportClientPhoto using the arguments in the argument list. + +typedef unsigned XieExportNotify; +typedef unsigned XiePhototag; +typedef unsigned XieEncodeTechnique; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieExportNotify notify; + XieEncodeTechnique encode_tech; + XiePointer encode_param; + } ExportClientPhoto; + ... + } data; +} XiePhotoElement; + +/* Definitions of ExportNotify */ +#define xieValDisable 1 +#define xieValFirstData 2 +#define xieValNewData 3 + +/* Definitions for EncodeTechniques */ +#define xieValEncodeServerChoice 1 +#define xieValEncodeUncompressedSingle 2 +#define xieValEncodeUncompressedTriple 3 +#define xieValEncodeG31D 4 +#define xieValEncodeG32D 6 +#define xieValEncodeG42D 8 +#define xieValEncodeJPEGBaseline 10 +#define xieValEncodeJPEGLossless 12 +#define xieValEncodeTIFF2 14 +#define xieValEncodeTIFFPackBits 16 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloMatch Unconstrained src data +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid encode_tech or encode_param +xieErrNoFloValue Invalid notify +See Also +XieGetClientData(). +XieTecEncodeUncompressedSingle(), XieTecEncodeUncompressedTriple(), XieTecEncodeG31D(), +XieTecEncodeG32D(), XieTecEncodeG42D(), XieTecEncodeServerChoice(), +XieTecEncodeJPEGBaseline(), XieTecEncodeJPEGLossless(), XieTecEncodeTIFF2(), +XieTecEncodeTIFFPackBits(). + XIElib - Photoflo Element Functions XieFloExportClientROI +Name +XieFloExportClientROI - specify an ExportClientROI element and set its parameters. +Synopsis +void XieFloExportClientROI (element, src, notify) +XiePhotoElement *element; +XiePhototag src; +XieExportNotify notify; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying the list-of-rectangles. +notify Specifies whether to enable sending an ExportAvailable event. +Description +An ExportClientROI element allows a list-of-rectangles, imported using an ImportROI or an +ImportClientROI element, to be retrieved by the client. The actual transport of list-of-rectangles data +through the protocol stream is requested using a GetClientData element. + +One of three standard export notify values can be assigned to notify: + +xieValDisable +xieValFirstData +xieValNewData + +If notify was specified as xieValFirstData, this event will only be sent the first time data +become available; otherwise, if xieValNewData was specified, this event will be generated each time +the amount of data available changes from zero to non-zero. +Structures +XieFloExportClientROI() sets the XiePhotoElement structure field elemType to +xieElemExportClientROI, which identifies the element as an ExportClientROI, and sets the +fields of the member structure ExportClientROI using the arguments in the argument list. + +typedef unsigned XieExportNotify; +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieExportNotify notify; + } ExportClientROI; + ... + } data; +} XiePhotoElement; + +/* Definitions of ExportNotify */ +#define xieValDisable 1 +#define xieValFirstData 2 +#define xieValNewData 3 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloSource Invalid src +xieErrNoFloValue Invalid notify +See Also +XieFloImportROI(), XieFloImportClientROI(), XieFloGetClientData(). + XIElib - Photoflo Element Functions XieFloExportDrawable +Name +XieFloExportDrawable - specify an ExportDrawable element and set its parameters. +Synopsis +void XieFloExportDrawable (element, src, drawable, gc, dst_x, dst_y) +XiePhotoElement *element; +XiePhototag src; +Drawable drawable; +GC gc; +int dst_x; +int dst_y; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying constrained source data. +drawable Specifies the Window or Pixmap into which the data will be written. +gc Specifies the GContext to be used when transferring pixels to +drawable. +dst_x Specifies where the data should be placed in drawable. +dst_y Specifies where the data should be placed in drawable. +Description +An ExportDrawable element allows Colormap index data to be exported to a Window or Pixmap. + +The following components are used from gc: function, plane-mask, subwindow-mode, clip-x-origin, +clip-y-origin, and clip-mask. + +The levels of src must exactly match the depth of drawable and gc (i.e., levels must be 2depth). +Structures +XieFloExportDrawable() sets the XiePhotoElement structure field elemType to +xieElemExportDrawable, which identifies the element as an ExportDrawable, and sets the fields +of the member structure ExportDrawable using the arguments in the argument list. + +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + Drawable drawable; + GC gc; + int dst_x; + int dst_y; + } ExportDrawable; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloDrawable Invalid drawable +xieErrNoFloGC Invalid gc +xieErrNoFloMatch Invalid src data: triple band, unconstrained, levels doesn't match depth +xieErrNoFloSource Invalid src + XIElib - Photoflo Element Functions XieFloExportDrawablePlane +Name +XieFloExportDrawablePlane - specify an ExportDrawablePlane element and set its parameters. +Synopsis +void XieFloExportDrawablePlane (element, src, drawable, gc, dst_x, +dst_y) +XiePhotoElement *element; +XiePhototag src; +Drawable drawable; +GC gc; +int dst_x; +int dst_y; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying constrained bitonal source data. +drawable Specifies the Window or Pixmap into which the data will be written. +gc Specifies the GContext to be used when transferring pixels to +drawable. +dst_x Specifies where the data should be placed in drawable. +dst_y Specifies where the data should be placed in drawable. +Description +An ExportDrawablePlane element allows single-band single-bit (bitonal) data to be exported to a +Window or a Pixmap. + +The following components are used from gc: function, plane-mask, foreground, background, fill-style, +subwindow-mode, clip-x-origin, clip-y-origin, and clip-mask. For the fill-style component of gc, values +of FillSolid and FillTiled are treated as synonyms for FillOpaqueStippled. +Structures +XieFloExportDrawablePlane() sets the XiePhotoElement structure field elemType to +xieElemExportDrawablePlane, which identifies the element as an ExportDrawablePlane, and +sets the fields of the member structure ExportDrawablePlane using the arguments in the +argument list. + +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + Drawable drawable; + GC gc; + int dst_x; + int dst_y; + } ExportDrawablePlane; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloDrawable Invalid drawable +xieErrNoFloGC Invalid gc +xieErrNoFloMatch Invalid src data: triple band, not constrained, levels > 2 +xieErrNoFloSource Invalid src + XIElib - Photoflo Element Functions XieFloExportLUT +Name +XieFloExportLUT - specify an ExportLUT element and set its parameters. +Synopsis +void XieFloExportLUT (element, src, lut, merge, start) +XiePhotoElement *element; +XiePhototag src; +XieLut lut; +Bool merge; +XieLTriplet start; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying lookup table data. +lut Specifies the ID of the LUT to receive the data. +merge Specifies how new array entries replace existing entries. +start Specifies the index of the first array entry that should be written in lut. +Description +An ExportLUT element allows data imported from an ImportLUT or ImportClientLUT element to be +saved in an existing LUT resource. + +merge specifies that new array entries from src should replace entries that already exist within lut. If +merge is False, start must be 0 for each band. In this case, lut will inherit the attributes of src +and be populated with its data; the previous attributes and data of lut are overwritten when the +photoflo completes. If merge is True and lut has existing attributes, the data from src will replace +the data from lut, beginning at position start. If merge is True but lut has not yet been +populated, it is an error. + +The attributes of src must match those of lut, and the combination of start and the length of src +must specify a valid sub-range existing within lut. +Structures +XieFloExportLUT() sets the XiePhotoElement structure field elemType to +xieElemExportLUT, which identifies the element as an ExportLUT, and sets the fields of the +member structure ExportLUT using the arguments in the argument list. + +typedef XID XieLut; +typedef unsigned long XieLTriplet[3]; +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieLut lut; + Bool merge; + XieLTriplet start; + } ExportLUT; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloLUT Invalid lut +xieErrNoFloMatch merge true and attributes do not match between src and lut or +merge true and start + src length is not a sub-range of lut +xieErrNoFloSource Invalid src +xieErrNoFloValue merge false and start non-zero +See Also +XieFloImportLUT(), XieFloImportClientLUT(). + XIElib - Photoflo Element Functions XieFloExportPhotomap +Name +XieFloExportPhotomap - specify an ExportPhotomap element and set its parameters. +Synopsis +void XieFloExportPhotomap (element, src, photomap, encode_tech, +encode_param) +XiePhotoElement *element; +XiePhototag src; +XiePhotomap photomap; +XieEncodeTechnique encode_tech; +XiePointer encode_param; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying source data. +photomap Specifies the photomap structure to receive the data. +encode_tech Specifies the image compression or formatting technique. +encode_param Specifies the list of additional parameters required by encode_tech. +Description +An ExportPhotomap element allows data from photoflo operations to be saved in a photomap. A +photomap is a server resource which can be used to store image data. + +photomap will inherit the attributes of src and be populated with its data. The previous attributes +and data of photomap are overwritten when the photoflo completes. + +Encode techniques define the techniques that can be used to compress an image or format it as +uncompressed data. One of the following standard encode technique values can be assigned to +encode_tech: + +xieValEncodeServerChoice +xieValEncodeUncompressedSingle +xieValEncodeUncompressedTriple +xieValEncodeG31D +xieValEncodeG32D +xieValEncodeG42D +xieValEncodeJPEGBaseline +xieValEncodeJPEGLossless +xieValEncodeTIFF2 +xieValEncodeTIFFPackBits + +If a vendor defined additional private encode techniques, the private technique values given to these +techniques can be assigned to encode_tech. +Structures +XieFloExportPhotomap() sets the XiePhotoElement structure field elemType to +xieElemExportPhotomap, which identifies the element as an ExportPhotomap, and sets the fields +of the member structure ExportPhotomap using the arguments in the argument list. + +typedef unsigned XiePhototag; +typedef XID XiePhotomap; +typedef unsigned XieEncodeTechnique; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XiePhotomap photomap; + XieEncodeTechnique encode_tech; + XiePointer encode_param; + } ExportPhotomap; + ... + } data; +} XiePhotoElement; + +/* Definitions for EncodeTechniques */ +#define xieValEncodeServerChoice 1 +#define xieValEncodeUncompressedSingle 2 +#define xieValEncodeUncompressedTriple 3 +#define xieValEncodeG31D 4 +#define xieValEncodeG32D 6 +#define xieValEncodeG42D 8 +#define xieValEncodeJPEGBaseline 10 +#define xieValEncodeJPEGLossless 12 +#define xieValEncodeTIFF2 14 +#define xieValEncodeTIFFPackBits 16 +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloPhotomap Invalid photomap +xieErrNoFloSource Invalid src +xieErrNoFloTechnique Invalid encode_tech or encode_param +See Also +XieTecEncodeUncompressedSingle(), XieTecEncodeUncompressedTriple(), XieTecEncodeG31D(), +XieTecEncodeG32D(), XieTecEncodeG42D(), XieTecEncodeServerChoice(), +XieTecEncodeJPEGBaseline(), XieTecEncodeTIFF2(), XieTecEncodeTIFFPackBits(). + XIElib - Photoflo Element Functions XieFloExportROI +Name +XieFloExportROI - specify an ExportROI element and set its parameters. +Synopsis +void XieFloExportROI (element, src, roi) +XiePhotoElement *element; +XiePhototag src; +XieRoi roi; +Arguments +element Specifies the XiePhotoElement structure to use. +src Specifies the element supplying a list-of-rectangles. +roi Specifies the ID of the ROI to receive the data. +Description +An ExportROI element allows data imported from an ImportROI or ImportClientROI element to be saved +in an existing Rectangles-Of-Interest (ROI). + +roi will be populated with new data. The previous data of roi are overwritten after the photoflo +completes. +Structures +XieFloExportROI() sets the XiePhotoElement structure field elemType to +xieElemExportROI, which identifies the element as an ExportROI, and sets the fields of the member +structure ExportROI using the arguments in the argument list. + +typedef XID XieRoi; +typedef unsigned XiePhototag; + +typedef struct { + int elemType; + union { + ... + struct { + XiePhototag src; + XieRoi roi; + } ExportROI; + ... + } data; +} XiePhotoElement; +Errors +xieErrNoFloAlloc Insufficient resources (e.g. memory) +xieErrNoFloROI Invalid roi +xieErrNoFloSource Invalid src +See Also +XieFloImportROI(), XieFloImportClientROI(). + XIElib - Technique Functions XieTecColorAllocAll +Name +XieTecColorAllocAll - allocate and fill an XieColorAllocAllParam structure. +Synopsis +XieColorAllocAllParam *XieTecColorAllocAll (fill) +unsigned long fill; +Arguments +fill Specifies the value to map new pixels. +Returns +The XieColorAllocAllParam structure. +Description +XieTecColorAllocAll() allocates and returns a pointer to an XieColorAllocAllParam +structure. The returned structure represents the list of parameters required by the AllocAll color +allocation technique and may be used as the color_alloc_param argument of +XieFloConvertToIndex() (when the color_alloc_tech argument is +xieValColorAllocAll). + +If insufficient memory is available, XieTecColorAllocAll() returns NULL. To free the memory +allocated to this structure, use XFree(). + +The AllocAll color allocation technique allocates a read-only Colormap cell for each new pixel found. If +the Colormap runs out of cells, the remaining new pixels are mapped to fill. A ColorAlloc event, +which warns the client that results are of lesser fidelity than desired, can be sent if it is necessary to use +fill. AllocAll is only appropriate for dynamic Colormaps and requires that the number of discrete +image pixels fit within the size of the Colormap to avoid running out of cells. +Structures +XieTecColorAllocAll() sets the structure field fill to the value of the argument fill. + +typedef struct { + unsigned long fill; +} XieColorAllocAllParam; +See Also +XieFloConvertToIndex(). + XIElib - Technique Functions XieTecColorAllocMatch +Name +XieTecColorAllocMatch - allocate and fill an XieColorAllocMatchParam structure. +Synopsis +XieColorAllocMatchParam *XieTecColorAllocMatch (match_limit, +gray_limit) +double match_limit; +double gray_limit; +Arguments +match_limit Specifies the color allocation control value. +gray_limit Specifies the gray scale allocation control value. +Returns +The XieColorAllocMatchParam structure. +Description +XieTecColorAllocMatch() allocates and returns a pointer to an +XieColorAllocMatchParam structure. The returned structure represents the list of parameters +required by the AllocMatch color allocation technique and may be used as the +color_alloc_param argument of XieFloConvertToIndex() (when the +color_alloc_tech argument is xieValColorAllocMatch). + +If insufficient memory is available, XieTecColorAllocMatch() returns NULL. To free the +memory allocated to this structure, use XFree(). + +The AllocMatch color allocation technique allows a trade-off between image fidelity and Colormap +usage via a pair of granularity parameters. The highest priority is given to allocating read-only cells in a +sequence that provides an even distribution of pixels throughout the colorspace. Secondary priority is +given to the frequency of usage of image pixels. Any image pixel which is a close enough match to an +existing read-only cell will share that cell (where close is determined by the granularity controls). For +other image pixels, new read-only allocations are made. When no more cells are available, each +remaining image pixel is matched to the closest read-only cell. The AllocMatch color allocation +technique is appropriate for both static and dynamic Colormaps. For the sake of computational +efficiency the number of discrete image pixels should not exceed the size of the Colormap. + +match_limit and gray_match control the allocation of colors and gray shades respectively. The +minimum value (0.0) specifies exact matches (within the limits of the Colormap). The maximum value (1.0) +encompasses the entire colorspace within which no new cells are allocated. A ColorAlloc event, +which warns the client that results are of lesser fidelity than desired, can be sent if the Colormap runs +out of cells. +Structures +XieTecColorAllocMatch() sets the structure field match_limit to the value of the argument +match_limit; and the structure field gray_limit to the value of the argument gray_limit. + +typedef struct { + float match_limit; + float gray_limit; +} XieColorAllocMatchParam; +See Also +XieFloConvertToIndex(). + XIElib - Technique Functions XieTecColorAllocRequantize +Name +XieTecColorAllocRequantize - allocate and fill an XieColorAllocRequantizeParam structure. +Synopsis +XieColorAllocRequantizeParam *XieTecColorAllocRequantize (max_cells) +unsigned long max_cells; +Arguments +max_cells Specifies the maximum number of Colormap allocations to allow. +Returns +The XieColorAllocRequantizeParam structure. +Description +XieTecColorAllocRequantize() allocates and returns a pointer to an +XieColorAllocRequantizeParam structure. The returned structure represents the list of +parameters required by the AllocRequantize color allocation technique and may be used as the +color_alloc_param argument of XieFloConvertToIndex() (when the +color_alloc_tech argument is xieValColorAllocRequantize). + +If insufficient memory is available, XieTecColorAllocRequantize() returns NULL. To free the +memory allocated to this structure, use XFree(). + +The AllocRequantize color allocation technique first reduces the total number of discrete pixel values in +the image to be no more than a specified number, and then allocates the resulting pixel values as read- +only cells from the Colormap. One method of accomplishing this reduction process can be found in +"Color image quantization for frame buffer display", Heckbert, P. S., Comput. Graph. 16, 3. + +If max_cells is zero or greater than the number of unallocated Colormap cells, the reduction +algorithm will restrict its output to the number of free cells. A ColorAlloc event, which warns the +client that results are of lesser fidelity than desired, can be sent if the number of pixels had to be +restricted to a lesser number than max_cells due to a lack of free Colormap cells. The +AllocRequantize color allocation technique is only appropriate for dynamic Colormaps. +Structures +XieTecColorAllocRequantize() sets the structure field max_cells to the value of the +argument max_cells. + +typedef struct { + unsigned long max_cells; +} XieColorAllocRequantizeParam; +See Also +XieFloConvertToIndex(). + XIElib - Technique Functions XieTecRGBToCIELab +Name +XieTecRGBToCIELab - allocate and fill an XieRGBToCIELabParam structure. +Synopsis +XieRGBToCIELabParam *XieTecRGBToCIELab (matrix, white_adjust_tech, +white_adjust_param) +XieMatrix matrix; +XieWhiteAdjustTechnique white_adjust_tech; +XiePointer white_adjust_param; +Arguments +matrix Specifies the conversion matrix. +white_adjust_tech Specifies the WhiteAdjust technique to be used. +white_adjust_param Specifies the list of parameters required by white_adjust_tech. +Returns +The XieRGBToCIELabParam structure. +Description +XieTecRGBToCIELab() allocates and returns a pointer to an XieRGBToCIELabParam +structure. The returned structure represents the list of parameters required by the RGBToCIELab color +conversion technique and may be used as the color_param argument of +XieFloConvertFromRGB() (when the color_space argument is xieValRGBToCIELab). + +If insufficient memory is available, XieTecRGBToCIELab() returns NULL. To free the memory +allocated to this structure, use XFree(). + +XieTecRGBToCIELab() converts RGB data to the CIELab colorspace, an international standard +designed for perceptual uniformity. The colorspace coordinates are denoted by L, a, and b, and is +defined in: CIE. Recommendations on Uniform Color Spaces, Color-Difference Equations, Psychometric +Color Terms. Bureau Central de la CIE (Supplement 2 of CIE Publication 15 (E-1.3.1) 1971) 1978. + +matrix is a 3x3 RGB to CIEXYZ conversion matrix (the source white point is also encoded in +matrix). white_adjust_tech is the WhiteAdjust technique that can be used to shift the white +point of the output data. white_adjust_param is the list of parameters required by +white_adjust_tech. + +The input data type can be constrained or unconstrained; the output data type is always +unconstrained. When the input is constrained, the data are normalized to the range [0, 1] (i.e., scaled by +1/(levels - 1) prior to the conversion). + +WhiteAdjust techniques define the white point adjustment techniques which can be used when +converting to or from the RGB colorspace. One of the following standard WhiteAdjust technique +values can be assigned to white_adjust_tech: + +xieValWhiteAdjustDefault +xieValWhiteAdjustNone +xieValWhiteAdjustCIELabShift + +If a vendor defined additional private WhiteAdjust techniques, the private technique values given to +these techniques can be assigned to white_adjust_tech. + +The server is required to support the default technique which is bound to one of the standard +techniques defined above or a private technique. +Structures +XieTecRGBToCIELab() sets the structure field matrix to the values of the argument matrix; +the structure field white_adjust_tech to the value of the argument white_adjust_tech; and +the structure field white_adjust_param to the value of the argument white_adjust_param. + +typedef float XieMatrix[9]; +typedef unsigned XieWhiteAdjustTechnique; +typedef struct { + XieMatrix matrix; + XieWhiteAdjustTechnique white_adjust_tech; + XiePointer white_adjust_param; +} XieRGBToCIELabParam; + +/* Definitions for WhiteAdjust Techniques */ +#define xieValWhiteAdjustDefault 0 +#define xieValWhiteAdjustNone 1 +#define xieValWhiteAdjustCIELabShift 2 +See Also +XieFloConvertFromRGB(), XieTecWhiteAdjustCIELabShift(). + XIElib - Technique Functions XieTecRGBToCIEXYZ +Name +XieTecRGBToCIEXYZ - allocate and fill an XieRGBToCIEXYZParam structure. +Synopsis +XieRGBToCIEXYZParam *XieTecRGBToCIEXYZ (matrix, white_adjust_tech, +white_adjust_param) +XieMatrix matrix; +XieWhiteAdjustTechnique white_adjust_tech; +XiePointer white_adjust_param; +Arguments +matrix Specifies the conversion matrix. +white_adjust_tech Specifies the WhiteAdjust technique to be used. +white_adjust_param Specifies the list of parameters required by white_adjust_tech. +Returns +The XieRGBToCIEXYZParam structure. +Description +XieTecRGBToCIEXYZ() allocates and returns a pointer to an XieRGBToCIEXYZParam +structure. The returned structure represents the list of parameters required by the RGBToCIEXYZ color +conversion technique and may be used as the color_param argument of +XieFloConvertFromRGB() (when the color_space argument is xieValRGBToCIEXYZ). + +If insufficient memory is available, XieTecRGBToCIEXYZ() returns NULL. To free the memory +allocated to this structure, use XFree(). + +XieTecRGBToCIEXYZ() converts RGB data to the CIEXYZ colorspace, an international standard +designed for perceptual uniformity, which is defined in: CIE. Recommendations on Uniform Color +Spaces, Color-Difference Equations, Psychometric Color Terms. Bureau Central de la CIE (Supplement 2 +of CIE Publication 15 (E-1.3.1) 1971) 1978. + +matrix is a 3x3 RGB to CIEXYZ conversion matrix (the source white point is also encoded in +matrix). white_adjust_tech is the WhiteAdjust technique that can be used to shift the white +point of the output data. white_adjust_param is the list of parameters required by +white_adjust_tech. + +The input data type can be constrained or unconstrained; the output data type is always +unconstrained. When the input is constrained, the data are normalized to the range [0, 1] (i.e., scaled by +1/(levels - 1) prior to the conversion). + +WhiteAdjust techniques define the white point adjustment techniques which can be used when +converting to or from the RGB colorspace. One of the following standard WhiteAdjust technique +values can be assigned to white_adjust_tech: + +xieValWhiteAdjustDefault +xieValWhiteAdjustNone +xieValWhiteAdjustCIELabShift + +If a vendor defined additional private WhiteAdjust techniques, the private technique values given to +these techniques can be assigned to white_adjust_tech. + +The server is required to support the default technique which is bound to one of the standard +techniques defined above or a private technique. +Structures +XieTecRGBToCIEXYZ() sets the structure field matrix to the values of the argument matrix; +the structure field white_adjust_tech to the value of the argument white_adjust_tech; and +the structure field white_adjust_param to the value of the argument white_adjust_param. + +typedef float XieMatrix[9]; +typedef unsigned XieWhiteAdjustTechnique; +typedef struct { + XieMatrix matrix; + XieWhiteAdjustTechnique white_adjust_tech; + XiePointer white_adjust_param; +} XieRGBToCIEXYZParam; + +/* Definitions for WhiteAdjust Techniques */ +#define xieValWhiteAdjustDefault 0 +#define xieValWhiteAdjustNone 1 +#define xieValWhiteAdjustCIELabShift 2 +See Also +XieFloConvertFromRGB(), XieTecWhiteAdjustCIELabShift(). + XIElib - Technique Functions XieTecRGBToYCbCr +Name +XieTecRGBToYCbCr - allocate and fill an XieRGBToYCbCrParam structure. +Synopsis +XieRGBToYCbCrParam *XieTecRGBToYCbCr (levels, luma_red, luma_green, +luma_blue, bias) +XieLevels levels; +double luma_red; +double luma_green; +double luma_blue; +XieConstant bias; +Arguments +levels Specifies the output levels. +luma_red Specifies the proportion of red in the luminance band. +luma_green Specifies the proportion of green in the luminance band. +luma_blue Specifies the proportion of blue in the luminance band. +bias Specifies an offset to add to the output pixels values. +Returns +The XieRGBToYCbCrParam structure. +Description +XieTecRGBToYCbCr() allocates and returns a pointer to an XieRGBToYCbCrParam structure. +The returned structure represents the list of parameters required by the RGBToYCbCr color conversion +technique and may be used as the color_param argument of XieFloConvertFromRGB() +(when the color_space argument is xieValRGBToYCbCr). + +If insufficient memory is available, XieTecRGBToYCbCr() returns NULL. To free the memory +allocated to this structure, use XFree(). + +XieTecRGBToYCbCr() converts RGB data to the YCbCr colorspace. Source data may be +constrained or unconstrained; the output type will match. If the source data is constrained, levels +determines the output levels; otherwise levels is ignored. +Structures +XieTecRGBToYCbCr() sets the structure field levels to the values of the argument levels; the +structure fields luma_red, luma_green, luma_blue to the values of the arguments luma_red, +luma_green, luma_blue; and the structure field bias to the values of the argument bias. + +typedef float XieConstant[3]; +typedef unsigned long XieLevels[3]; +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + XieConstant bias; +} XieRGBToYCbCrParam; +See Also +XieFloConvertFromRGB(). + XIElib - Technique Functions XieTecRGBToYCC +Name +XieTecRGBToYCC - allocate and fill an XieRGBToYCCParam structure. +Synopsis +XieRGBToYCCParam *XieTecRGBToYCC (levels, luma_red, luma_green, +luma_blue, scale) +XieLevels levels; +double luma_red; +double luma_green; +double luma_blue; +double scale; +Arguments +levels Specifies the output levels. +luma_red Specifies the proportion of red in the luminance band. +luma_green Specifies the proportion of green in the luminance band. +luma_blue Specifies the proportion of blue in the luminance band. +scale Specifies a compression factor to apply to the output pixels values. +Returns +The XieRGBToYCCParam structure. +Description +XieTecRGBToYCC() allocates and returns a pointer to an XieRGBToYCCParam structure. The +returned structure represents the list of parameters required by the RGBToYCC color conversion +technique and may be used as the color_param argument of XieFloConvertFromRGB() +(when the color_space argument is xieValRGBToYCC). + +If insufficient memory is available, XieTecRGBToYCC() returns NULL. To free the memory allocated +to this structure, use XFree(). + +XieTecRGBToYCC() converts RGB data to the YCC colorspace. The PhotoYCC color-encoding +scheme is defined in: KODAK PhotoCD System - A Planning Guide for Developers, Eastman Kodak +Co., Part no. DCI200R, 1991. + +Source data may be constrained or unconstrained; the output type will match. If the source data is +constrained, levels determines the output levels; otherwise levels is ignored. Typical values cited +in the literature for scale are in the range of about 1.35 to 1.4. +Structures +XieTecRGBToYCC() sets the structure field levels to the values of the argument levels; the +structure fields luma_red, luma_green, luma_blue are set to the values of the arguments +luma_red, luma_green, luma_blue; and the structure field scale to the value of the argument +scale. + +typedef unsigned long XieLevels[3]; +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + float scale; +} XieRGBToYCCParam; +See Also +XieFloConvertFromRGB(). + XIElib - Technique Functions XieTecCIELabToRGB +Name +XieTecCIELabToRGB - allocate and fill an XieCIELabToRGBParam structure. +Synopsis +XieCIELabToRGBParam *XieTecCIELabToRGB (matrix, white_adjust_tech, +white_adjust_param, gamut_tech, gamut_param) +XieMatrix matrix; +XieWhiteAdjustTechnique white_adjust_tech; +XiePointer white_adjust_param; +XieGamutTechnique gamut_tech; +XiePointer gamut_param; +Arguments +matrix Specifies the conversion matrix. +white_adjust_tech Specifies the WhiteAdjust technique to be used. +white_adjust_param Specifies the list of parameters required by white_adjust_tech. +gamut_tech Specifies the Gamut technique to be used. +gamut_param Specifies the list of parameters required by gamut_tech. +Returns +The XieCIELabToRGBParam structure. +Description +XieTecCIELabToRGB() allocates and returns a pointer to an XieCIELabToRGBParam +structure. The returned structure represents the list of parameters required by the CIELabToRGB color +conversion technique and may be used as the color_param argument of +XieFloConvertToRGB() (when the color_space argument is xieValCIELabToRGB). + +If insufficient memory is available, XieTecCIELabToRGB() returns NULL. To free the memory +allocated to this structure, use XFree(). + +XieTecCIELabToRGB() converts CIELab data to the RGB colorspace. The CIELab colorspace is an +international standard designed for perceptual uniformity. The colorspace coordinates are denoted by +L, a, and b, and is defined in: CIE. Recommendations on Uniform Color Spaces, Color-Difference +Equations, Psychometric Color Terms. Bureau Central de la CIE (Supplement 2 of CIE Publication 15 (E- +1.3.1) 1971) 1978. + +matrix is a 3x3 CIEXYZ to RGB conversion matrix (the target white point is also encoded in matrix). +white_adjust_tech is the WhiteAdjust technique that can be used to shift the white point of the +source data prior to conversion. white_adjust_param is the list of parameters required by +white_adjust_tech. gamut_tech is the Gamut technique that can be used to keep the output +pixels within the bounds of the RGB colorspace. gamut_param is the list of parameters required by +gamut_tech. + +The input data type must be unconstrained; the output data type is also unconstrained. + +WhiteAdjust techniques define the white point adjustment techniques which can be used when +converting to or from the RGB colorspace. One of the following standard WhiteAdjust technique +values can be assigned to white_adjust_tech: + +xieValWhiteAdjustDefault +xieValWhiteAdjustNone +xieValWhiteAdjustCIELabShift + +If a vendor defined additional private WhiteAdjust techniques, the private technique values given to +these techniques can be assigned to white_adjust_tech. + +The server is required to support the default technique which is bound to one of the standard +techniques defined above or a private technique. + +Gamut techniques define the gamut compression techniques used to deal with converted colors which +lie outside the gamut of the RGB space. One of the following standard gamut technique values can be +assigned to gamut_tech: + +xieValGamutDefault +xieValGamutNone +xieValGamutClipRGB + +If a vendor defined additional private gamut techniques, the private technique values given to these +techniques can be assigned to gamut_tech. + +The server is required to support the default technique which is bound to one of the standard +techniques defined above or a private technique. +Structures +XieTecCIELabToRGB() sets the structure field matrix to the values of the argument matrix; +the structure field white_adjust_tech to the value of the argument white_adjust_tech; the +structure field white_adjust_param to the value of the argument white_adjust_param; the +structure field gamut_tech to the value of the argument gamut_tech; and the structure field +gamut_param to the value of the argument gamut_param. + +typedef float XieMatrix[9]; +typedef unsigned XieGamutTechnique; +typedef unsigned XieWhiteAdjustTechnique; +typedef struct { + XieMatrix matrix; + XieWhiteAdjustTechnique white_adjust_tech; + XiePointer white_adjust_param; + XieGamutTechnique gamut_tech; + XiePointer gamut_param; +} XieCIELabToRGBParam; + +/* Definitions for WhiteAdjust Techniques */ +#define xieValWhiteAdjustDefault 0 +#define xieValWhiteAdjustNone 1 +#define xieValWhiteAdjustCIELabShift 2 + +/* Definitions for Gamut Techniques */ +#define xieValGamutDefault 0 +#define xieValGamutNone 1 +#define xieValGamutClipRGB 2 +See Also +XieFloConvertToRGB(), XieTecWhiteAdjustCIELabShift(). + XIElib - Technique Functions XieTecCIEXYZToRGB +Name +XieTecCIEXYZToRGB - allocate and fill an XieCIEXYZToRGBParam structure. +Synopsis +XieCIEXYZToRGBParam *XieTecCIEXYZToRGB (matrix, white_adjust_tech, +white_adjust_param, gamut_tech, gamut_param) +XieMatrix matrix; +XieWhiteAdjustTechnique white_adjust_tech; +XiePointer white_adjust_param; +XieGamutTechnique gamut_tech; +XiePointer gamut_param; +Arguments +matrix Specifies the conversion matrix. +white_adjust_tech Specifies the WhiteAdjust technique to be used. +white_adjust_param Specifies the list of parameters required by white_adjust_tech. +gamut_tech Specifies the Gamut technique to be used. +gamut_param Specifies the list of parameters required by gamut_tech. +Returns +The XieCIEXYZToRGBParam structure. +Description +XieTecCIEXYZToRGB() allocates and returns a pointer to an XieCIEXYZToRGBParam +structure. The returned structure represents the list of parameters required by the CIEXYZToRGB color +conversion technique and may be used as the color_param argument of +XieFloConvertToRGB() (when the color_space argument is xieValCIEXYZToRGB). + +If insufficient memory is available, XieTecCIEXYZToRGB() returns NULL. To free the memory +allocated to this structure, use XFree(). + +XieTecCIEXYZToRGB() converts CIEXYZ data to the RGB colorspace. The CIEXYZ colorspace is +an international standard designed for perceptual uniformity, which is defined in: CIE. +Recommendations on Uniform Color Spaces, Color-Difference Equations, Psychometric Color Terms. +Bureau Central de la CIE (Supplement 2 of CIE Publication 15 (E-1.3.1) 1971) 1978. + +matrix is a 3x3 CIEXYZ to RGB conversion matrix (the target white point is also encoded in matrix). +white_adjust_tech is the WhiteAdjust technique that can be used to shift the white point of the +source data prior to conversion. white_adjust_param is the list of parameters required by +white_adjust_tech. gamut_tech is the Gamut technique that can be used to keep the output +pixels within the bounds of the RGB colorspace. gamut_param is the list of parameters required by +gamut_tech. + +The input data type must be unconstrained; the output data type is also unconstrained. + +WhiteAdjust techniques define the white point adjustment techniques which can be used when +converting to or from the RGB colorspace. One of the following standard WhiteAdjust technique +values can be assigned to white_adjust_tech: + +xieValWhiteAdjustDefault +xieValWhiteAdjustNone +xieValWhiteAdjustCIELabShift + +If a vendor defined additional private WhiteAdjust techniques, the private technique values given to +these techniques can be assigned to white_adjust_tech. + +The server is required to support the default technique which is bound to one of the standard +techniques defined above or a private technique. + +Gamut techniques define the gamut compression techniques used to deal with converted colors which +lie outside the gamut of the RGB space. One of the following standard gamut technique values can be +assigned to gamut_tech: + +xieValGamutDefault +xieValGamutNone +xieValGamutClipRGB + +If a vendor defined additional private gamut techniques, the private technique values given to these +techniques can be assigned to gamut_tech. + +The server is required to support the default technique which is bound to one of the standard +techniques defined above or a private technique. +Structures +XieTecCIEXYZToRGB() sets the structure field matrix to the values of the argument matrix; +the structure field white_adjust_tech to the value of the argument white_adjust_tech; the +structure field white_adjust_param to the value of the argument white_adjust_param; the +structure field gamut_tech to the value of the argument gamut_tech; and the structure field +gamut_param to the value of the argument gamut_param. + +typedef float XieMatrix[9]; +typedef unsigned XieGamutTechnique; +typedef unsigned XieWhiteAdjustTechnique; +typedef struct { + XieMatrix matrix; + XieWhiteAdjustTechnique white_adjust_tech; + XiePointer white_adjust_param; + XieGamutTechnique gamut_tech; + XiePointer gamut_param; +} XieCIEXYZToRGBParam; + +/* Definitions for WhiteAdjust Techniques */ +#define xieValWhiteAdjustDefault 0 +#define xieValWhiteAdjustNone 1 +#define xieValWhiteAdjustCIELabShift 2 + +/* Definitions for Gamut Techniques */ +#define xieValGamutDefault 0 +#define xieValGamutNone 1 +#define xieValGamutClipRGB 2 +See Also +XieFloConvertToRGB(), XieTecWhiteAdjustCIELabShift(). + XIElib - Technique Functions XieTecYCbCrToRGB +Name +XieTecYCbCrToRGB - allocate and fill an XieYCbCrToRGBParam structure. +Synopsis +XieYCbCrToRGBParam *XieTecYCbCrToRGB (levels, luma_red, luma_green, +luma_blue, bias, gamut_tech, gamut_param) +XieLevels levels; +double luma_red; +double luma_green; +double luma_blue; +XieConstant bias; +XieGamutTechnique gamut_tech; +XiePointer gamut_param; +Arguments +levels Specifies the output levels. +luma_red Specifies the proportion of red in the luminance band (Y). +luma_green Specifies the proportion of green in the luminance band (Y). +luma_blue Specifies the proportion of blue in the luminance band (Y). +bias Specifies an offset to remove from the source pixels values. +gamut_tech Specifies the Gamut technique to be used. +gamut_param Specifies the list of parameters required by gamut_tech. +Returns +The XieYCbCrToRGBParam structure. +Description +XieTecYCbCrToRGB() allocates and returns a pointer to an XieYCbCrToRGBParam structure. +The returned structure represents the list of parameters required by the YCbCrToRGB color conversion +technique and may be used as the color_param argument of XieFloConvertToRGB() (when +the color_space argument is xieValYCbCrToRGB). + +If insufficient memory is available, XieTecYCbCrToRGB() returns NULL. To free the memory +allocated to this structure, use XFree(). + +XieTecYCbCrToRGB() converts YCbCr data to the RGB colorspace. Source data may be +constrained or unconstrained; the output type will match. If the source data is constrained, levels +determines the output levels; otherwise levels is ignored. + +Gamut techniques define the gamut compression techniques used to deal with converted colors which +lie outside the gamut of the RGB space. One of the following standard gamut technique values can be +assigned to gamut_tech: + +xieValGamutDefault +xieValGamutNone +xieValGamutClipRGB + +If a vendor defined additional private gamut techniques, the private technique values given to these +techniques can be assigned to gamut_tech. + +The server is required to support the default technique which is bound to one of the standard +techniques defined above, or a private technique. +Structures +XieTecYCbCrToRGB() sets the structure field levels to the values of the argument levels; the +structure fields luma_red, luma_green, luma_blue to the values of the arguments luma_red, +luma_green, luma_blue; the structure field bias to the values of the argument bias; the +structure field gamut_tech to the value of the argument gamut_tech; and the structure field +gamut_param to the value of the argument gamut_param. + +typedef float XieConstant[3]; +typedef unsigned long XieLevels[3]; +typedef unsigned XieGamutTechnique; +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + XieConstant bias; + XieGamutTechnique gamut_tech; + XiePointer gamut_param; +} XieYCbCrToRGBParam; + +/* Definitions for Gamut Techniques */ +#define xieValGamutDefault 0 +#define xieValGamutNone 1 +#define xieValGamutClipRGB 2 +See Also +XieFloConvertToRGB(). + XIElib - Technique Functions XieTecYCCToRGB +Name +XieTecYCCToRGB - allocate and fill an XieYCCToRGBParam structure. +Synopsis +XieYCCToRGBParam *XieTecYCCToRGB (levels, luma_red, luma_green, +luma_blue, scale, gamut_tech, gamut_param) +XieLevels levels; +double luma_red; +double luma_green; +double luma_blue; +double scale; +XieGamutTechnique gamut_tech; +XiePointer gamut_param; +Arguments +levels Specifies the output levels. +luma_red Specifies the proportion of red in the luminance band (Y). +luma_green Specifies the proportion of green in the luminance band (Y). +luma_blue Specifies the proportion of blue in the luminance band (Y). +scale Specifies an expansion factor to apply to the output pixels values. +gamut_tech Specifies the Gamut technique to be used. +gamut_param Specifies the list of parameters required by gamut_tech. +Returns +The XieYCCToRGBParam structure. +Description +XieTecYCCToRGB() allocates and returns a pointer to an XieYCCToRGBParam structure. The +returned structure represents the list of parameters required by the YCCToRGB color conversion +technique and may be used as the color_param argument of XieFloConvertToRGB() (when +the color_space argument is xieValYCCToRGB). + +If insufficient memory is available, XieTecYCCToRGB() returns NULL. To free the memory allocated +to this structure, use XFree(). + +XieTecYCCToRGB() converts YCC data to the RGB colorspace. The PhotoYCC color-encoding +scheme is defined in: KODAK PhotoCD System - A Planning Guide for Developers, Eastman Kodak +Co., Part no. DCI200R, 1991. + +Source data may be constrained or unconstrained; the output type will match. If the source data is +constrained, levels determines the output levels; otherwise levels is ignored. Typical values cited +in the literature for scale are in the range of about 1.35 to 1.4. + +Gamut techniques define the gamut compression techniques used to deal with converted colors which +lie outside the gamut of the RGB space. One of the following standard gamut technique values can be +assigned to gamut_tech: + +xieValGamutDefault +xieValGamutNone +xieValGamutClipRGB + +If a vendor defined additional private gamut techniques, the private technique values given to these +techniques can be assigned to gamut_tech . + +The server is required to support the default technique which is bound to one of the standard +techniques defined above or a private technique. +Structures +XieTecYCCToRGB() sets the structure field levels to the values of the argument levels; the +structure fields luma_red, luma_green, luma_blue to the values of the arguments luma_red, +luma_green, luma_blue; the structure field scale to the values of the argument scale; the +structure field gamut_tech to the value of the argument gamut_tech; and the structure field +gamut_param to the value of the argument gamut_param. + +typedef unsigned long XieLevels[3]; +typedef unsigned XieGamutTechnique; +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + float scale; + XieGamutTechnique gamut_tech; + XiePointer gamut_param; +} XieYCCToRGBParam; + +/* Definitions for Gamut Techniques */ +#define xieValGamutDefault 0 +#define xieValGamutNone 1 +#define xieValGamutClipRGB 2 + +See Also +XieFloConvertToRGB(). + XIElib - Technique Functions XieTecClipScale +Name +XieTecClipScale - allocate and fill an XieClipScaleParam structure. +Synopsis +XieClipScaleParam *XieTecClipScale (in_low, in_high, out_low, +out_high) +XieConstant in_low; +XieConstant in_high; +XieLTriplet out_low; +XieLTriplet out_high; +Arguments +in_low Specifies an input pixel limit. +in_high Specifies an input pixel limit. +out_low Specifies an output pixel limit. +out_high Specifies an output pixel limit. +Returns +The XieClipScaleParam structure. +Description +XieTecClipScale() allocates and returns a pointer to an XieClipScaleParam structure. The +returned structure represents the list of parameters required by the constrain technique and may be +used as the constrain_param argument of XieFloConstrain() (when the +constrain_tech argument is xieValClipScale). + +If insufficient memory is available, XieTecClipScale() returns NULL. To free the memory +allocated to this structure, use XFree(). + +For each band, output pixels will be clipped to the range [out_low, out_high]. If in_low is less +than in_high, then all pixels less than or equal to in_low will map to out_low, and all pixels that +are greater than or equal to in_high will map to out_high. All intermediate pixel values are scaled +proportionately to the output range. Non-integral output values are rounded to the nearest integer. + +If in_low is greater than in_high then all pixels that are greater than or equal to in_low will map +to out_low, and all pixels that are less than or equal to in_high will map to out_high. All +intermediate pixel values will be linearly mapped to the output range, such that in_low maps to +out_low, and in_high maps to out_high. Non-integral output values are rounded to the nearest +integer. + +in_low should not equal in_high, out_low should be less than out_high, and out_high +should not exceed levels-1. +Structures +XieTecClipScale() sets the structure fields input_low, input_high to the values of the +arguments in_low, in_high; and the structure fields output_low, output_high to the values +of the arguments out_low, out_high. + +typedef float XieConstant[3]; +typedef unsigned long XieLTriplet[3]; +typedef struct { + XieConstant input_low,input_high; + XieLTriplet output_low,output_high; +} XieClipScaleParam; +See Also +XieFloConstrain() + XIElib - Technique Functions XieTecConvolveConstant +Name +XieTecConvolveConstant - allocate and fill an XieConvolveConstantParam structure. +Synopsis +XieConvolveConstantParam *XieTecConvolveConstant (constant) +XieConstant constant; +Arguments +constant Specifies the value to use if pixels are required from beyond the edge of +the image. +Returns +The XieConvolveConstantParam structure. +Description +XieTecConvolveConstant() allocates and returns a pointer to an +XieConvolveConstantParam structure. The returned structure represents the list of parameters +required by the convolve technique and may be used as the convolve_param argument of +XieFloConvolve() (when the convolve_tech argument is xieValConvolveConstant). + +If insufficient memory is available, XieTecConvolveConstant() returns NULL. To free the +memory allocated to this structure, use XFree(). + +Various methods of handling edge conditions are provided for convolve techniques. These techniques +determine what pixel values are used when the convolve technique requires data beyond the image +bounds. Convolve techniques only come into play when the kernel is positioned partially off the edge +of the image. Data around the edges of a process domain are convolved with adjacent image pixels +wherever possible. A process domain is inserted in many element definitions and is used to restrict +the element's processing to a subset of the source data pixels; it can be either a list-of-rectangles or a +control-plane. + +The Constant Convolve technique uses the value specified by constant if pixels are required from +beyond the edge of the image. +Structures +XieTecConvolveConstant() sets the structure field constant to the value of the argument +constant. + +typedef float XieConstant[3]; +typedef struct { + XieConstant constant; +} XieConvolveConstantParam; +See Also +XieFloConvolve(). + XIElib - Technique Functions XieTecDecodeUncompressedSingle +Name +XieTecDecodeUncompressedSingle - allocate and fill an +XieDecodeUncompressedSingleParam structure. +Synopsis +XieDecodeUncompressedSingleParam *XieTecDecodeUncompressedSingle +(fill_order, pixel_order, pixel_stride, left_pad, +scanline_pad) +XieOrientation fill_order; +XieOrientation pixel_order; +unsigned int pixel_stride; +unsigned int left_pad; +unsigned int scanline_pad; +Arguments +fill_order Specifies the method of pixel packing. +pixel_order Specifies pixel ordering within the data stream. +pixel_stride Specifies the number of bits between consecutive pixels within a +scanline. +left_pad Specifies the number of pad bits in each scanline. +scanline_pad Specifies a multiple of bytes to which each scanline is padded. +Returns +The XieDecodeUncompressedSingleParam structure. +Description +XieDecodeUncompressedSingle() allocates and returns a pointer to an +XieDecodeUncompressedSingleParam structure. The returned structure represents the list of +parameters required by the decode technique and may be used as the decode_param argument of +XieFloImportClientPhoto() (when the decode_tech argument is +xieValDecodeUncompressedSingle). + +If insufficient memory is available, XieTecDecodeUncompressedSingle() returns NULL. To +free the memory allocated to this structure, use XFree(). + +The decode uncompressed single technique is used when no compression scheme has been applied to +single band image data. The parameters define the format of the data stream of uncompressed data (the +server may reformat the data as it chooses prior to processing or storage). When multiple pixels are put +in the same byte, or a pixel spans multiple bytes, fill_order specifies whether the pixels (or parts of +pixels) are packed into the most or least significant bits of a byte first. For pixels that span a byte +boundary, pixel_order defines whether the most or least significant bits of the pixel are transported +first within the data stream. One of the following standard orientation values can be assigned to +fill_order and pixel_order: + +xieValLSFirst +xieValMSFirst + +The table below shows the relationship between fill_order and pixel_order, using two 10-bit +pixels, each with two bits of pad (within each pixel the LS-bits are 0 and a, the MS-bits are 9 and +j, the pad bits are p). + +fill-order +LSFirst (pixel-order) +MSFirst (pixel-order) + +LSFirst +76543210 dcbapp98 ppjihgfe +98765432 jihgpp10 ppfedcba + +MSFirst +76543210 98ppdcba jihgfepp +98765432 10ppjihg fedcbapp + + +pixel_stride is the number of bits between the start of consecutive pixels within a scanline; it +must be at least enough bits to contain the number of input levels. left_pad is the number of pad +bits preceding the first image pixel in each scanline; if the server's Alignment attribute is Alignable, or +pixel_stride fits the definition of Alignable, the value of left_pad must be a multiple of +pixel_stride or a multiple of 8; otherwise, left_pad may be any arbitrary value. +scanline_pad defines a multiple of bytes to which each scanline is padded; valid values are: 0 (not +aligned), 1, 2, 4, 8, and 16. The total number of bits-per-scanline in the data stream includes: +left_pad, the image data (width x pixel_stride), and sufficient additional bits to satisfy +scanline_pad. +Structures +XieDecodeUncompressedSingle() sets the structure field fill_order to the value of the +argument fill_order; the structure field pixel_order to the value of the argument +pixel_order; the structure field pixel_stride to the value of the argument pixel_stride; +the structure field left_pad to the value of the argument left_pad; and the structure field +scanline_pad to the value of the argument scanline_pad. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation fill_order; + XieOrientation pixel_order; + unsigned int pixel_stride; + unsigned int left_pad; + unsigned int scanline_pad; +} XieDecodeUncompressedSingleParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto(), XiePutClientData(). + XIElib - Technique Functions XieTecDecodeUncompressedTriple +Name +XieTecDecodeUncompressedTriple - allocate and fill an +XieDecodeUncompressedTripleParam structure. +Synopsis +XieDecodeUncompressedTripleParam *XieTecDecodeUncompressedTriple +(fill_order, pixel_order, band_order, interleave, +pixel_stride, left_pad, scanline_pad) +XieOrientation fill_order; +XieOrientation pixel_order; +XieOrientation band_order; +XieInterleave interleave; +unsigned char pixel_stride[3]; +unsigned char left_pad[3]; +unsigned char scanline_pad[3]; +Arguments +fill_order Specifies the method of pixel packing. +pixel_order Specifies pixel ordering within the data stream. +band_order Specifies the order of the image data sent through the protocol stream. +interleave Specifies how the image bands are interleaved. +pixel_stride Specifies the number of bits between consecutive pixels within a +scanline. +left_pad Specifies the number of pad bits in each scanline. +scanline_pad Specifies a multiple of bytes to which each scanline is padded. +Returns +The XieDecodeUncompressedTripleParam structure. +Description +XieDecodeUncompressedTriple() allocates and returns a pointer to an +XieDecodeUncompressedTripleParam structure. The returned structure represents the list of +parameters required by the decode technique and may be used as the decode_param argument of +XieFloImportClientPhoto() (when the decode_tech argument is +xieValDecodeUncompressedTriple). + +If insufficient memory is available, XieTecDecodeUncompressedTriple() returns NULL. To +free the memory allocated to this structure, use XFree(). + +The decode uncompressed triple technique is used when no compression scheme has been applied to +triple band image data. The parameters define the format of the data stream of uncompressed data (the +server may reformat the data as it chooses prior to processing or storage). When multiple pixels are put +in the same byte, or a pixel spans multiple bytes, fill_order specifies whether the pixels (or parts of +pixels) are packed into the most or least significant bits of a byte first. For pixels that span a byte +boundary, pixel_order defines whether the most or least significant bits of the pixel are transported +first within the data stream. + +One of the following standard orientation values can be assigned to fill_order and +pixel_order: + +xieValLSFirst +xieValMSFirst + +The table below shows the relationship between fill_order and pixel_order, using two 10-bit +pixels, each with two bits of pad (within each pixel the LS-bits are 0 and a, the MS-bits are 9 and +j, the pad bits are p) + +fill-order +LSFirst (pixel-order) +MSFirst (pixel-order) + +LSFirst +76543210 dcbapp98 ppjihgfe +98765432 jihgpp10 ppfedcba + +MSFirst +76543210 98ppdcba jihgfepp +98765432 10ppjihg fedcbapp + + +pixel_stride is the number of bits between the start of consecutive pixels within a scanline; It +must be at least enough bits to contain the number of input levels. left_pad is the number of pad +bits preceding the first image pixel in each scanline; if the server's Alignment attribute is Alignable, or +pixel_stride fits the definition of Alignable, the value of left_pad must be a multiple of +pixel_stride or a multiple of 8; otherwise, left_pad may be any arbitrary value. +scanline_pad defines a multiple of bytes to which each scanline is padded; valid values are: 0 (not +aligned), 1, 2, 4, 8, and 16. The total number of bits-per-scanline in the data stream includes: +left_pad, the image data (width x pixel_stride), and sufficient additional bits to satisfy +scanline_pad. + +interleave describes how the image bands are interleaved (per pixel within a single plane, or sent as +three separate planes); if interleave is xieValBandByPixel, inter-band dimensions must +match: the widths and the heights of all bands must match. One of the following standard interleave +values can be assigned to interleave: + +xieValBandByPixel +xieValBandByPlane + +band_order is the order of the image bands or image planes as they are transmitted through the +protocol stream. band_order can be set to one of the standard orientation values. The least +significant band of trichromatic data is the first band mentioned in the common name of the colorspace : +red is the least significant band of RGB data. For band-by-pixel data, band_order specifies whether +this band is put in the least or most significant bits of a pixel: + +LSFirst +MSFirst + +B1B0G2G1G0R2R1R0 +R2R1R0G2G1G0B1B0 + + +For band-by-plane data, band_order specifies whether this band corresponds with the least +significant or most significant image plane. Each plane is transported as a separate data stream: + +band +LSFirst +MSFirst + +0 +R7R6R5R4R3R2R1R0 +B7B6B5B4B3B2B1B0 + +1 +G7G6G5G4G3G2G1G0 +G7G6G5G4G3G2G1G0 + +2 +B7B6B5B4B3B2B1B0 +R7R6R5R4R3R2R1R0 + + +Structures +XieDecodeUncompressedTriple() sets the structure field fill_order to the value of the +argument fill_order; the structure field pixel_order to the value of the argument +pixel_order; the structure field band_order to the value of the argument band_order; the +structure field interleave to the value of the argument interleave; the structure field +pixel_stride to the value of the argument pixel_stride; the structure field left_pad to the +value of the argument left_pad; and the structure field scanline_pad to the value of the +argument scanline_pad. + +typedef unsigned XieOrientation; +typedef unsigned XieInterleave; +typedef struct { + unsigned char left_pad[3]; + XieOrientation fill_order; + unsigned char pixel_stride[3]; + XieOrientation pixel_order; + unsigned char scanline_pad[3]; + XieOrientation band_order; + XieInterleave interleave; +} XieDecodeUncompressedTripleParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 + +/* Definitions for Interleave */ +#define xieValBandByPixel 1 +#define xieValBandByPlane 2 +See Also +XieFloImportClientPhoto(), XiePutClientData(). + XIElib - Technique Functions XieTecDecodeG31D +Name +XieTecDecodeG31D - allocate and fill an XieDecodeG31DParam structure. +Synopsis +XieDecodeG31DParam *XieTecDecodeG31D (encoded_order, normal, +radiometric) +XieOrientation encoded_order; +Bool normal; +Bool radiometric; +Arguments +encoded_order Specifies the bit-order of the encoded data. +normal Specifies how the data was processed when it was originally encoded. +radiometric Specifies how white runs are decoded. +Returns +The XieDecodeG31DParam structure. +Description +XieDecodeG31D() allocates and returns a pointer to an XieDecodeG31DParam structure. The +returned structure represents the list of parameters required by the decode technique and may be used +as the decode_param argument of XieFloImportClientPhoto() (when the decode_tech +argument is xieValDecodeG31D). + +If insufficient memory is available, XieTecDecodeG31D() returns NULL. To free the memory +allocated to this structure, use XFree(). + +CCITT-G31D is the CCITT group 3 one dimensional encoding technique as defined by CCITT T.4, +"Standardization of Group 3 Facsimile Apparatus for Document Transmission". + +encoded_order specifies the bit-order of the encoded data. One of the following standard +orientation values can be assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, last is bit 7): + +LSFirst +MSFirst + +76543210 76543210 +01234567 01234567 + + +radiometric specifies that white runs in the encoded data should be represented as image ones +upon decode (maximum intensity), or conversely, they will be decoded as image zeros if +radiometric is False. normal specifies that the data was processed according to its normal fill- +order when it was originally encoded. +Structures +XieDecodeG31D() sets the structure field encoded_order to the value of the argument +encoded_order; the structure field normal to the value of the argument normal; and the +structure field radiometric to the value of the argument radiometric. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation encoded_order; + Bool normal; + Bool radiometric; +} XieDecodeG31DParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto(), XiePutClientData(). + XIElib - Technique Functions XieTecDecodeG32D +Name +XieTecDecodeG32D - allocate and fill an XieDecodeG32DParam structure. +Synopsis +XieDecodeG32DParam *XieTecDecodeG32D (encoded_order, normal, +radiometric) +XieOrientation encoded_order; +Bool normal; +Bool radiometric; +Arguments +encoded_order Specifies the bit-order of the encoded data. +normal Specifies how the data was processed when it was originally encoded. +radiometric Specifies how white runs are decoded. +Returns +The XieDecodeG32DParam structure. +Description +XieDecodeG32D() allocates and returns a pointer to an XieDecodeG32DParam structure. The +returned structure represents the list of parameters required by the decode technique and may be used +as the decode_param argument of XieFloImportClientPhoto() (when the decode_tech +argument is xieValDecodeG32D). + +If insufficient memory is available, XieTecDecodeG32D() returns NULL. To free the memory +allocated to this structure, use XFree(). + +CCITT-G32D is the CCITT group 3 one dimensional encoding technique as defined by CCITT T.4, +"Standardization of Group 3 Facsimile Apparatus for Document Transmission". + +encoded_order specifies the bit-order of the encoded data. One of the following standard +orientation values can be assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, last is bit 7): + +LSFirst +MSFirst + +76543210 76543210 +01234567 01234567 + + +radiometric specifies that white runs in the encoded data should be represented as image ones +upon decode (maximum intensity), or conversely, they will be decoded as image zeros if +radiometric is False. normal specifies that the data was processed according to its normal fill- +order when it was originally encoded. +Structures +XieDecodeG32D() sets the structure field encoded_order to the value of the argument +encoded_order; the structure field normal to the value of the argument normal; and the +structure field radiometric to the value of the argument radiometric. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation encoded_order; + Bool normal; + Bool radiometric; +} XieDecodeG32DParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto(), XiePutClientData(). + XIElib - Technique Functions XieTecDecodeG42D +Name +XieTecDecodeG42D - allocate and fill an XieDecodeG42DParam structure. +Synopsis +XieDecodeG42DParam *XieTecDecodeG42D (encoded_order, normal, +radiometric)) +XieOrientation encoded_order; +Bool normal; +Bool radiometric; +Arguments +encoded_order Specifies the bit-order of the encoded data. +normal Specifies how the data was processed when it was originally encoded. +radiometric Specifies how white runs are decoded. +Returns +The XieDecodeG42DParam structure. +Description +XieDecodeG42D() allocates and returns a pointer to an XieDecodeG42DParam structure. The +returned structure represents the list of parameters required by the decode technique and may be used +as the decode_param argument of XieFloImportClientPhoto() (when the decode_tech +argument is xieValDecodeG42D). + +If insufficient memory is available, XieTecDecodeG42D() returns NULL. To free the memory +allocated to this structure, use XFree(). + +CCITT-G42D is the CCITT group 3 one dimensional encoding technique as defined by CCITT T.4, +"Standardization of Group 3 Facsimile Apparatus for Document Transmission". + +encoded_order specifies the bit-order of the encoded data. One of the following standard +orientation values can be assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, last is bit 7): + +LSFirst +MSFirst + +76543210 76543210 +01234567 01234567 + + +radiometric specifies that white runs in the encoded data should be represented as image ones +upon decode (maximum intensity), or conversely, they will be decoded as image zeros if +radiometric is False. normal specifies that the data was processed according to its normal fill- +order when it was originally encoded. +Structures +XieDecodeG42D() sets the structure field encoded_order to the value of the argument +encoded_order; the structure field normal to the value of the argument normal; and the +structure field radiometric to the value of the argument radiometric. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation encoded_order; + Bool normal; + Bool radiometric; +} XieDecodeG42DParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto(), XiePutClientData(). + XIElib - Technique Functions XieTecDecodeTIFF2 +Name +XieTecDecodeTIFF2 - allocate and fill an XieDecodeTIFF2Param structure. +Synopsis +XieDecodeTIFF2Param *XieTecDecodeTIFF2 (encoded_order, normal, +radiometric) +XieOrientation encoded_order; +Bool normal; +Bool radiometric; +Arguments +encoded_order Specifies the bit-order of the encoded data. +normal Specifies how the data was processed when it was originally encoded. +radiometric Specifies how white runs are decoded. +Returns +The XieDecodeTIFF2Param structure. +Description +XieDecodeTIFF2() allocates and returns a pointer to an XieDecodeTIFF2Param structure. +The returned structure represents the list of parameters required by the decode technique and may be +used as the decode_param argument of XieFloImportClientPhoto() (when the +decode_tech argument is xieValDecodeTIFF2). + +If insufficient memory is available, XieTecDecodeTIFF2() returns NULL. To free the memory +allocated to this structure, use XFree(). + +TIFF-2 is modified Huffman encoding as described in "TIFF Tag Image File Format", revision 6.0, draft +2, by Aldus Corporation. (TIFF compression scheme 2). + +encoded_order specifies the bit-order of the encoded data. One of the following standard +orientation values can be assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, last is bit 7): + +LSFirst +MSFirst + +76543210 76543210 +01234567 01234567 + + +radiometric specifies that white runs in the encoded data should be represented as image ones +upon decode (maximum intensity), or conversely, they will be decoded as image zeros if +radiometric is False. normal specifies that the data was processed according to its normal fill- +order when it was originally encoded. +Structures +XieDecodeTIFF2() sets the structure field encoded_order to the value of the argument +encoded_order; the structure field normal to the value of the argument normal; and the +structure field radiometric to the value of the argument radiometric. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation encoded_order; + Bool normal; + Bool radiometric; +} XieDecodeTIFF2Param; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto(), XiePutClientData(). + XIElib - Technique Functions XieTecDecodeTIFFPackBits +Name +XieTecDecodeTIFFPackBits - allocate and fill an XieDecodeTIFFPackBitsParam structure. +Synopsis +XieDecodeTIFFPackBitsParam *XieTecDecodeTIFFPackBits (encoded_order, +normal) +XieOrientation encoded_order; +Bool normal; +Arguments +encoded_order Specifies the bit-order of the encoded data. +normal Specifies how the data was processed when it was originally encoded. +Returns +The XieDecodeTIFFPackBitsParam structure. +Description +XieDecodeTIFFPackBits() allocates and returns a pointer to an +XieDecodeTIFFPackBitsParam structure. The returned structure represents the list of +parameters required by the decode technique and may be used as the decode_param argument of +XieFloImportClientPhoto() (when the decode_tech argument is +xieValDecodeTIFFPackBits). + +If insufficient memory is available, XieTecDecodeTIFFPackBits() returns NULL. To free the +memory allocated to this structure, use XFree(). + +TIFF-PackBits is byte-oriented run-length encoding as described in "TIFF Tag Image File Format", +revision 6.0, draft 2, by Aldus Corporation. (TIFF compression scheme 32773). + +encoded_order specifies the bit-order of the encoded data. One of the following standard +orientation values can be assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, last is bit 7): + +LSFirst +MSFirst + +76543210 76543210 +01234567 01234567 + + +normal specifies that the data was processed according to its normal fill-order when it was originally +encoded. +Structures +XieDecodeTIFFPackBits() sets the structure field encoded_order to the value of the +argument encoded_order; and the structure field normal to the value of the argument normal. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation encoded_order; + Bool normal; +} XieDecodeTIFFPackBitsParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto(), XiePutClientData(). + XIElib - Technique Functions XieTecDecodeJPEGBaseline +Name +XieTecDecodeJPEGBaseline - allocate and fill an XieDecodeJPEGBaselineParam structure. +Synopsis +XieDecodeJPEGBaselineParam *XieTecDecodeJPEGBaseline (interleave, +band_order, up_sample) +XieInterleave interleave; +XieOrientation band_order; +Bool up_sample; +Arguments +interleave Specifies how the image bands will be interleaved. +band_order Specifies the order in which the image bands were originally encoded. +up_sample Specifies how interleaved encoded data are up-sampled. +Returns +The XieDecodeJPEGBaselineParam structure. +Description +XieDecodeJPEGBaseline() allocates and returns a pointer to an +XieDecodeJPEGBaselineParam structure. The returned structure represents the list of +parameters required by the decode technique and may be used as the decode_param argument of +XieFloImportClientPhoto() (when the decode_tech argument is +xieValDecodeJPEGBaseline). + +If insufficient memory is available, XieTecDecodeJPEGBaseline() returns NULL. To free the +memory allocated to this structure, use XFree(). + +The JPEG baseline technique is the baseline Huffman DCT encoding technique that is defined in ISO +DIS 10918-1 "Digital Compression and Coding of Continuous-tone Still Images". Only JPEG Interchange +Format (JIF) is supported: all tables, compressed data, etc. are embedded in the data stream, all +delineated by markers. + +interleave determines if all bands of a triple band image will be interleaved within a single encoded +stream, or if three separate encoded streams will be supplied. One of the following standard interleave +values can be assigned to interleave: + +xieValBandByPixel +xieValBandByPlane + +For triple band data, band_order specifies the order in which the image bands were originally +encoded. One of the following standard orientation values can be assigned to band_order: + +xieValLSFirst +xieValMSFirst + +The least significant band of trichromatic data is the first band mentioned in the common name of the +colorspace: red is the least significant band of RGB data. band_order specifies whether this band +corresponds with the least significant or most significant image plane. Each plane is decoded into a +separate data stream: + +band +LSFirst +MSFirst + +0 +Red band +Blue band + +1 +Green band +Green band + +2 +Blue band +Red band + + +up_sample specifies that if any bands in an interleaved encoded data stream are down-sampled, they +should be up-sampled by the JPEG decoder. + +The arguments interleave, band_order, and up_sample are ignored for single band images, +and up_sample is always ignored if interleave is band-by-plane. If up_sample is False and +some of the encoded bands of an interleaved image were down-sampled, an alternative method for up- +sampling the image would be to use a geometry element with appropriate band_mask and sample +technique parameters. +Structures +XieDecodeJPEGBaseline() sets the structure field interleave to the value of the argument +interleave; the structure field band_order to the value of the argument band_order; and the +structure field up_sample to the value of the argument up_sample. + +typedef unsigned XieOrientation; +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + Bool up_sample; +} XieDecodeJPEGBaselineParam; +/* Definitions for Interleave */ +#define xieValBandByPixel 1 +#define xieValBandByPlane 2 + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto(), XiePutClientData(). + XIElib - Technique Functions XieTecDecodeJPEGLossless +Name +XieTecDecodeJPEGLossless - allocate and fill an XieDecodeJPEGLosslessParam structure. +Synopsis +XieDecodeJPEGLosslessParam *XieTecDecodeJPEGLossless (interleave, +band_order) +XieInterleave interleave; +XieOrientation band_order; +Arguments +interleave Specifies how the image bands will be interleaved. +band_order Specifies the order in which the image bands were originally encoded. +Returns +The XieDecodeJPEGLosslessParam structure. +Description +XieDecodeJPEGLossless() allocates and returns a pointer to an +XieDecodeJPEGLosslessParam structure. The returned structure represents the list of +parameters required by the decode technique and may be used as the decode_param argument of +XieFloImportClientPhoto() (when the decode_tech argument is +xieValDecodeJPEGLossless). + +If insufficient memory is available, XieTecDecodeJPEGLossless() returns NULL. To free the +memory allocated to this structure, use XFree(). + +The JPEG lossless technique is the Huffman predictive sequential lossless encoding technique that is +defined in ISO DIS 10918-1 "Digital Compression and Coding of Continuous-tone Still Images". +This technique is not available in the R6 sample implementation of XIE. + +interleave describes how the bands of triple band data are interleaved; either all bands are +interleaved within a single encoded stream, or three separate encoded streams are expected. One of the +following standard interleave values can be assigned to interleave: + +xieValBandByPixel +xieValBandByPlane + +For triple band data, band_order specifies the order in which the image bands were originally +encoded. One of the following standard orientation values can be assigned to band_order: + +xieValLSFirst +xieValMSFirst + +The least significant band of trichromatic data is the first band mentioned in the common name of the +colorspace: red is the least significant band of RGB data. band_order specifies whether this band +corresponds with the least significant or most significant image plane. Each plane is decoded into a +separate data stream: + +band +LSFirst +MSFirst + +0 +Red band +Blue band + +1 +Green band +Green band + +2 +Blue band +Red band + + +The arguments interleave and band_order are ignored for single band images. +Structures +XieDecodeJPEGLossless() sets the structure field interleave to the value of the argument +interleave; and the structure field band_order to the value of the argument band_order. + +typedef unsigned XieOrientation; +typedef struct { + XieInterleave interleave; + XieOrientation band_order; +} XieDecodeJPEGLosslessParam; +/* Definitions for Interleave */ +#define xieValBandByPixel 1 +#define xieValBandByPlane 2 + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloImportClientPhoto(), XiePutClientData(). + XIElib - Technique Functions XieTecDitherOrderedParam +Name +XieTecDitherOrderedParam - allocate and fill an XieDitherOrderedParam structure. +Synopsis +XieDitherOrderedParam *XieTecDitherOrderedParam (threshold_order) +unsigned int threshold_order; +Arguments +threshold_order Specifies a value to determine the size of the dither matrix. +Returns +The XieDitherOrderedParam structure. +Description +XieDitherOrdered() allocates and returns a pointer to an XieDitherOrderedParam +structure. The returned structure represents the list of parameters required by the decode technique and +may be used as the decode_param argument of XieFloImportClientPhoto() (when the +decode_tech argument is xieValDitherOrdered). + +If insufficient memory is available, XieTecDitherOrdered() returns NULL. To free the memory +allocated to this structure, use XFree(). + +The dispersed-dot ordered dither technique replaces a matrix, or block, of pixels with a patterned matrix +of pixels. This patterned matrix of pixels is applied across the entire image. Since these patterns may +introduce artifacts that are distracting to the eye, the threshold_order parameter is available to +determine the size of the dither matrix, and therefore, the number of levels that can be simulated. If the +value of threshold_order is m, the threshold matrix can simulate 2m+1 levels. +Structures +XieDitherOrdered() sets the structure field threshold_order to the value of the argument +threshold_order. + +typedef struct { + unsigned int threshold_order; +} XieDitherOrderedParam; +See Also +XieFloDither(). + XIElib - Technique Functions XieTecEncodeUncompressedSingle +Name +XieTecEncodeUncompressedSingle - allocate and fill an +XieEncodeUncompressedSingleParam structure. +Synopsis +XieEncodeUncompressedSingleParam *XieTecEncodeUncompressedSingle +(fill_order, pixel_order, pixel_stride, scanline_pad) +XieOrientation fill_order; +XieOrientation pixel_order; +unsigned int pixel_stride; +unsigned int scanline_pad; +Arguments +fill_order Specifies the method of pixel packing . +pixel_order Specifies pixel ordering within the data stream. +pixel_stride Specifies the number of bits between consecutive pixels within a +scanline. +scanline_pad Specifies a multiple of bytes to which each scanline is padded. +Returns +The XieEncodeUncompressedSingleParam structure. +Description +XieEncodeUncompressedSingle() allocates and returns a pointer to an +XieEncodeUncompressedSingleParam structure. The returned structure represents the list of +parameters required by the encode technique and may be used as the encode_param argument of +XieFloExportClientPhoto() and XieFloExportPhotomap() (when the encode_tech +argument is xieValEncodeUncompressedSingle). + +If insufficient memory is available, XieTecEncodeUncompressedSingle() returns NULL. To +free the memory allocated to this structure, use XFree(). + +The encode uncompressed single technique is used when no compression scheme is to be applied to +single band image data. The parameters define the format of the data stream of uncompressed data that +is made available for client retrieval via XieGetClientData(). When multiple pixels are put in the +same byte or a pixel spans multiple bytes, fill_order specifies whether the pixels (or parts of pixels) +are packed into the most or least significant bits of a byte first. For pixels that span a byte boundary, +pixel_order defines whether the most or least significant bits of the pixel are put first within the +data stream. + +One of the following standard orientation values can be assigned to fill_order and +pixel_order: + +xieValLSFirst +xieValMSFirst + +The table below shows the relationship between fill_order and pixel_order, using two 10-bit +pixels, each with two bits of pad (within each pixel the LS-bits are 0 and a, the MS-bits are 9 and +j, the pad bits are p). + +fill-order +LSFirst (pixel-order) +MSFirst (pixel-order) + +LSFirst +76543210 dcbapp98 ppjihgfe +98765432 jihgpp10 ppfedcba + +MSFirst +76543210 98ppdcba jihgfepp +98765432 10ppjihg fedcbapp + + +pixel_stride is the number of bits between the start of consecutive pixels within a scanline. It +must be at least enough bits to contain the number of source levels. scanline_pad defines a +multiple of bytes to which each scanline is padded; valid values are: 0 (not aligned), 1, 2, 4, 8, and 16. +Structures +XieEncodeUncompressedSingle() sets the structure field fill_order to the value of the +argument fill_order; the structure field pixel_order to the value of the argument +pixel_order; the structure field pixel_stride to the value of the argument pixel_stride; +and the structure field scanline_pad to the value of the argument scanline_pad. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation fill_order; + XieOrientation pixel_order; + unsigned int pixel_stride; + unsigned int scanline_pad; +} XieEncodeUncompressedSingleParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto(), XieFloExportPhotomap(), XieGetClientData(). + XIElib - Technique Functions XieTecEncodeUncompressedTriple +Name +XieTecEncodeUncompressedTriple - allocate and fill an +XieEncodeUncompressedTripleParam structure. +Synopsis +XieEncodeUncompressedTripleParam *XieTecEncodeUncompressedTriple +(fill_order, pixel_order, band_order, interleave, +pixel_stride, scanline_pad) +XieOrientation fill_order; +XieOrientation pixel_order; +XieOrientation band_order; +XieInterleave interleave; +unsigned char pixel_stride[3]; +unsigned char scanline_pad[3]; +Arguments +fill_order Specifies the method of pixel packing . +pixel_order Specifies pixel ordering within the data stream. +band_order Specifies the order of the image data sent through the protocol stream. +interleave Specifies how the image bands are interleaved. +pixel_stride Specifies the number of bits between consecutive pixels within a +scanline. +scanline_pad Specifies a multiple of bytes to which each scanline is padded. +Returns +The XieEncodeUncompressedTripleParam structure. +Description +XieEncodeUncompressedTriple() allocates and returns a pointer to an +XieEncodeUncompressedTripleParam structure. The returned structure represents the list of +parameters required by the encode technique and may be used as the encode_param argument of +XieFloExportClientPhoto() and XieFloExportPhotomap() (when the encode_tech +argument is xieValEncodeUncompressedTriple). + +If insufficient memory is available, XieTecEncodeUncompressedTriple() returns NULL. To +free the memory allocated to this structure, use XFree(). + +The encode uncompressed triple technique is used when no compression scheme is to be applied to +triple band image data. The parameters define the format of the data stream of uncompressed data that +is made available for client retrieval via XieGetClientData(). When multiple pixels are put in the +same byte or a pixel spans multiple bytes, fill_order specifies whether the pixels (or parts of pixels) +are packed into the most or least significant bits of a byte first. For pixels that span a byte boundary, +pixel_order defines whether the most or least significant bits of the pixel are put first within the +data stream. + +One of the following standard orientation values can be assigned to fill_order and +pixel_order: + +xieValLSFirst +xieValMSFirst + +The table below shows the relationship between fill_order and pixel_order, using two 10-bit +pixels, each with two bits of pad (within each pixel the LS-bits are 0 and a, the MS-bits are 9 and +j, the pad bits are p) + +fill-order +LSFirst (pixel-order) +MSFirst (pixel-order) + +LSFirst +76543210 dcbapp98 ppjihgfe +98765432 jihgpp10 ppfedcba + +MSFirst +76543210 98ppdcba jihgfepp +98765432 10ppjihg fedcbapp + + +pixel_stride is the number of bits between the start of consecutive pixels within a scanline. It +must be at least enough bits to contain the number of source levels. scanline_pad defines a +multiple of bytes to which each scanline is padded; valid values are: 0 (not aligned), 1, 2, 4, 8, and 16. +band_order is the order of the image bands or image planes as they are transmitted through the +protocol stream. One of the following standard orientation values can be assigned to band_order: + +xieValLSFirst +xieValMSFirst + +The least significant band of trichromatic data is the first band mentioned in the common name of the +colorspace: red is the least significant band of RGB data. For band-by-pixel data, band_order +specifies whether this band is put in the least or most significant bits of a pixel: + +LSFirst +MSFirst + +B1B0G2G1G0R2R1R0 +R2R1R0G2G1G0B1B0 + + +For band-by-plane data, band_order specifies whether this band corresponds with the least +significant or most significant image plane. Each plane is transported as a separate data stream: + +band +LSFirst +MSFirst + +0 +R7R6R5R4R3R2R1R0 +B7B6B5B4B3B2B1B0 + +1 +G7G6G5G4G3G2G1G0 +G7G6G5G4G3G2G1G0 + +2 +B7B6B5B4B3B2B1B0 +R7R6R5R4R3R2R1R0 + + +interleave describes how the bands are interleaved (per pixel within a single plane, or sent as three +separate planes). One of the following standard interleave values can be assigned to interleave: + +xieValBandByPixel +xieValBandByPlane + +Export of down-sampled band-by-pixel data is not supported: all bands must have equal widths and +equal heights. +Structures +XieEncodeUncompressedTriple() sets the structure field fill_order to the value of the +argument fill_order; the structure field pixel_order to the value of the argument +pixel_order; the structure field band_order to the value of the argument band_order; the +structure field interleave to the value of the argument interleave; the structure field +pixel_stride to the value of the argument pixel_stride; and the structure field +scanline_pad to the value of the argument scanline_pad. + +typedef unsigned XieOrientation; +typedef struct { + unsigned char pixel_stride[3]; + XieOrientation pixel_order; + unsigned char scanline_pad[3]; + XieOrientation fill_order; + XieOrientation band_order; + XieInterleave interleave; +} XieEncodeUncompressedTripleParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 + +/* Definitions for Interleave */ +#define xieValBandByPixel 1 +#define xieValBandByPlane 2 +See Also +XieFloExportClientPhoto(), XieFloExportPhotomap(), XieGetClientData(). + XIElib - Technique Functions XieTecEncodeG31D +Name +XieTecEncodeG31D - allocate and fill an XieEncodeG31DParam structure. +Synopsis +XieEncodeG31DParam *XieTecEncodeG31D (align_eol, radiometric, +encoded_order) +Bool align_eol; +Bool radiometric; +XieOrientation encoded_order; +Arguments +align_eol Specifies the use of fill bits preceding EOL codes. +radiometric Specifies how white runs are encoded. +encoded_order Specifies the bit-order of the encoded data. +Returns +The XieEncodeG31DParam structure. +Description +XieEncodeG31D() allocates and returns a pointer to an XieEncodeG31DParam structure. The +returned structure represents the list of parameters required by the encode technique and may be used +as the encode_param argument of XieFloExportClientPhoto() and +XieFloExportPhotomap() (when the encode_tech argument is xieValEncodeG31D). + +If insufficient memory is available, XieTecEncodeG31D() returns NULL. To free the memory +allocated to this structure, use XFree(). + +CCITT-G31D is the CCITT group 3 one dimensional encoding technique as defined by CCITT T.4, +"Standardization of Group 3 Facsimile Apparatus for Document Transmission". + +If True, align_eol, specifies that sufficient fill bits must precede EOL codes to guarantee that each +EOL will end on a byte boundary (thus EOL will be a nibble of 0 followed by a byte of 1: xxxx,00002 +0000,00012). radiometric specifies that image ones will be encoded as white runs, or conversely, +image zeros will be encoded as white runs, if radiometric is False. encoded_order +specifies the bit-order for the encoded data. One of the following standard orientation values can be +assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, last is bit 7): + +LSFirst +MSFirst + +76543210 76543210 +01234567 01234567 + +Structures +XieEncodeG31D() sets the structure field align_eol to the value of the argument align_eol; +the structure field radiometric to the value of the argument radiometric; and the structure +field encoded_order to the value of the argument encoded_order. + +typedef unsigned XieOrientation; +typedef struct { + Bool align_eol; + Bool radiometric; + XieOrientation encoded_order; +} XieEncodeG31DParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto(), XieFloExportPhotomap(), XieGetClientData(). + XIElib - Technique Functions XieTecEncodeG32D +Name +XieTecEncodeG32D - allocate and fill an XieEncodeG32DParam structure. +Synopsis +XieEncodeG32DParam *XieTecEncodeG32D (uncompressed, align_eol, +radiometric, encoded_order, k_factor) +Bool uncompressed; +Bool align_eol; +Bool radiometric; +XieOrientation encoded_order; +unsigned long k_factor; +Arguments +uncompressed Specifies the use of the uncompressed-mode CCITT extension. +align_eol Specifies the use of fill bits preceding EOL codes. +radiometric Specifies how white runs are encoded. +encoded_order Specifies the bit-order of the encoded data. +k_factor Specifies the number of 2D scanlines to produce for each 1D scanline. +Returns +The XieEncodeG32DParam structure. +Description +XieEncodeG32D() allocates and returns a pointer to an XieEncodeG32DParam structure. The +returned structure represents the list of parameters required by the encode technique and may be used +as the encode_param argument of XieFloExportClientPhoto() and +XieFloExportPhotomap() (when the encode_tech argument is xieValEncodeG32D). + +If insufficient memory is available, XieTecEncodeG32D() returns NULL. To free the memory +allocated to this structure, use XFree(). + +CCITT-G32D is the CCITT group 3 two dimensional encoding technique as defined by CCITT T.4, +"Standardization of Group 3 Facsimile Apparatus for Document Transmission". + +If True, uncompressed, will enable the use of the uncompressed-mode CCITT extension. If True, +align_eol, specifies that sufficient fill bits must precede EOL codes to guarantee that each EOL will +end on a byte boundary (thus EOL will be a nibble of 0 followed by a byte of 1: xxxx,00002 0000,00012). +radiometric specifies that image ones will be encoded as white runs, or conversely, image zeros +will be encoded as white runs, if radiometric is False. encoded_order specifies the bit- +order for the encoded data. One of the following standard orientation values can be assigned to +encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, last is bit 7): + +LSFirst +MSFirst + +76543210 76543210 +01234567 01234567 + + +k_factor specifies the number of 2-D scanlines to produce for each 1-D scanline. +Structures +XieEncodeG32D() sets the structure field uncompressed to the value of the argument +uncompressed; the structure field align_eol to the value of the argument align_eol; the +structure field radiometric to the value of the argument radiometric; the structure field +encoded_order to the value of the argument encoded_order; and the structure field +k_factor to the value of the argument k_factor. + +typedef unsigned XieOrientation; +typedef struct { + Bool uncompressed; + Bool align_eol; + Bool radiometric; + XieOrientation encoded_order; + unsigned long k_factor; +} XieEncodeG32DParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto(), XieFloExportPhotomap(), XieGetClientData(). + XIElib - Technique Functions XieTecEncodeG42D +Name +XieTecEncodeG42D - allocate and fill an XieEncodeG42DParam structure. +Synopsis +XieEncodeG42DParam *XieTecEncodeG42D (uncompressed, radiometric, +encoded_order) +Bool uncompressed; +Bool radiometric; +XieOrientation encoded_order; +Arguments +uncompressed Specifies the use of the uncompressed-mode CCITT extension. +radiometric Specifies how white runs are encoded. +encoded_order Specifies the bit-order of the encoded data. +Returns +The XieEncodeG42DParam structure. +Description +XieEncodeG42D() allocates and returns a pointer to an XieEncodeG42DParam structure. The +returned structure represents the list of parameters required by the encode technique and may be used +as the encode_param argument of XieFloExportClientPhoto() and +XieFloExportPhotomap() (when the encode_tech argument is xieValEncodeG42D). + +If insufficient memory is available, XieTecEncodeG42D() returns NULL. To free the memory +allocated to this structure, use XFree(). + +CCITT-G42D is the CCITT group 4 two dimensional encoding technique as defined by CCITT T.6, +"Facsimile Coding Schemes and Coding Control Functions for Group 4 Facsimile Apparatus". + +If True, uncompressed, will enable the use of the uncompressed-mode CCITT extension. +radiometric specifies that image ones will be encoded as white runs, or conversely, image zeros +will be encoded as white runs, if radiometric is False. encoded_order specifies the bit- +order for the encoded data. One of the following standard orientation values can be assigned to +encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, last is bit 7): + +LSFirst +MSFirst + +76543210 76543210 +01234567 01234567 + +Structures +XieEncodeG42D() sets the structure field uncompressed to the value of the argument +uncompressed; the structure field radiometric to the value of the argument radiometric; +and the structure field encoded_order to the value of the argument encoded_order. + +typedef unsigned XieOrientation; +typedef struct { + Bool uncompressed; + Bool radiometric; + XieOrientation encoded_order; +} XieEncodeG42DParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto(), XieFloExportPhotomap(), XieGetClientData(). + XIElib - Technique Functions XieTecEncodeServerChoice +Name +XieTecEncodeServerChoice - allocate and fill an XieEncodeServerChoiceParam structure. +Synopsis +XieEncodeServerChoiceParam *XieTecEncodeServerChoice (preference) +unsigned int preference; +Arguments +preference Specifies a hint to help the server make its choice. +Returns +The XieEncodeServerChoiceParam structure. +Description +XieEncodeServerChoice() allocates and returns a pointer to an +XieEncodeServerChoiceParam structure. The returned structure represents the list of +parameters required by the encode technique and may be used as the encode_param argument of +XieFloExportClientPhoto() and XieFloExportPhotomap() (when the encode_tech +argument is xieValEncodeServerChoice). + +If insufficient memory is available, XieTecEncodeServerChoice() returns NULL. To free the +memory allocated to this structure, use XFree(). + +The server choice technique allows the server to choose an encode technique when exporting to a +photomap. A photomap is a server resource which can be used to store image data. preference +specifies an optional hint that can be provided to help the server make its choice, but the server is not +obligated to obey the hint. One of the following standard server choice preference values can be +assigned to preference: + +xieValPreferDefault +xieValPreferSpace +xieValPreferTime + +xieValPreferTime hints that retrieval performance is the desired metric, whereas +xieValPreferSpace indicates that frugal use of storage space is more important. Normally the +server choice technique must choose a lossless encode technique, but when data is received from an +adjacent upstream import element it may choose to pass the import element's input data directly to the +photomap. +Structures +XieEncodeServerChoice() sets the structure field preference to the value of the argument +preference. + +typedef struct { + unsigned int preference; +} XieEncodeServerChoiceParam; + +/* Definitions for ServerChoice Preference Hints */ +#define xieValPreferDefault 0 +#define xieValPreferSpace 1 +#define xieValPreferTime 2 +See Also +XieFloExportPhotomap(). + XIElib - Technique Functions XieTecEncodeJPEGBaseline +Name +XieTecEncodeJPEGBaseline - allocate and fill an XieEncodeJPEGBaselineParam structure. +Synopsis +XieEncodeJPEGBaselineParam *XieTecEncodeJPEGBaseline (interleave, +band_order, horizontal_samples, vertical_samples, +q_table, q_size, ac_table, ac_size, dc_table, dc_size) +XieInterleave interleave; +XieOrientation band_order; +unsigned char horizontal_samples[3]; +unsigned char vertical_samples[3]; +char *q_table; +unsigned int q_size; +char *ac_table; +unsigned int ac_size; +char *dc_table; +unsigned int dc_size; +Arguments +interleave Specifies how the image bands will be interleaved. +band_order Specifies the order in which the image bands were originally encoded. +horizontal_samples Specifies the horizontal sampling factor. +vertical_samples Specifies the vertical sampling factor. +q_table Specifies the quantization table. +q_size Specifies the number of elements in q_table. +ac_table Specifies the AC Huffman table. +ac_size Specifies the number of elements in ac_table. +dc_table Specifies the DC Huffman table. +dc_size Specifies the number of elements in dc_table. +Returns +The XieEncodeJPEGBaselineParam structure. +Description +XieEncodeJPEGBaseline() allocates and returns a pointer to an +XieEncodeJPEGBaselineParam structure. The returned structure represents the list of +parameters required by the encode technique and may be used as the encode_param argument of +XieFloExportClientPhoto() and XieFloExportPhotomap() (when the encode_tech +argument is xieValEncodeJPEGBaseline). + +If insufficient memory is available, XieTecEncodeJPEGBaseline() returns NULL. +XieTecEncodeJPEGBaseline() allocates memory for the structure fields q_table, +ac_table, and dc_table; to free the memory allocated to the structure +XieEncodeJPEGBaselineParam, use XieFreeEncodeJPEGBaseline(). + +JPEG-Baseline is baseline Huffman DCT encoding as defined by ISO DIS 10918-1 "Digital Compression +and Coding of Continuous-tone Still Images". A stream of JPEG Interchange Format (JIF) data is +produced: all tables, compressed data, etc. are embedded in the data stream, all delineated by markers. + +interleave determines if all bands of a triple band image will be interleaved within a single encoded +stream, or if three separate encoded streams will be produced. One of the following standard interleave +values can be assigned to interleave: + +xieValBandByPixel +xieValBandByPlane + +For triple band data, band_order specifies the order in which the image bands were originally +encoded. One of the following standard orientation values can be assigned to band_order: + +xieValLSFirst +xieValMSFirst + +The least significant band of trichromatic data is the first band mentioned in the common name of the +colorspace: red is the least significant band of RGB data. band_order specifies whether this band +corresponds with the least significant or most significant image plane. Each plane is encoded from a +separate data stream: + +band +LSFirst +MSFirst + +0 +Red band +Blue band + +1 +Green band +Green band + +2 +Blue band +Red band + + +The arguments horizontal_samples and vertical_samples are the horizontal and vertical +sampling factors. q_table is the quantization table. ac_table specifies the AC Huffman table and +dc_table specifies the DC Huffman table. + +There may be one q_table per band or a single q_table shared between all bands. Generally there +is a single AC/DC pair of Huffman tables, but for triple band band-by-pixel data there may be two pairs +of tables (one for the luminance band and the other for the chromanance bands). If any table is +specified with zero length, it indicates that the server implementor is to supply that table (e.g. the +example tables defined in ISO DIS 10918-1 "Digital Compression and Coding of Continuous-tone Still +Images"). + +The arguments interleave, band_order, horizontal_samples, and +vertical_samples are ignored for single band images, and horizontal_samples and +vertical_samples are always ignored if interleave is band-by-plane. +horizontal_samples and vertical_samples share the definitions and restrictions stipulated +for parameters Hi and Vi, respectively, that are specified in annexes A and B of ISO DIS 10918-1 "Digital +Compression and Coding of Continuous-tone Still Images". +Structures +XieEncodeJPEGBaseline() sets the structure field interleave to the value of the argument +interleave; the structure field band_order to the value of the argument band_order; the +structure field horizontal_sample to the values of the argument horizontal_sample; the +structure field vertical_sample to the values of the argument vertical_sample; and the +structure fields q_table, q_size, ac_table, ac_size, dc_table, dc_size to the +values of the arguments q_table, q_size, ac_table, ac_size, dc_table, dc_size. + +typedef unsigned XieOrientation; +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + unsigned char horizontal_samples[3]; + unsigned char vertical_samples[3]; + char *q_table; + unsigned int q_size; + char *ac_table; + unsigned int ac_size; + char *dc_table; + unsigned int dc_size; +} XieEncodeJPEGBaselineParam; + +/* Definitions for Interleave */ +#define xieValBandByPixel 1 +#define xieValBandByPlane 2 + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto(), XieFloExportPhotomap(), XieFreeEncodeJPEGBaseline(), +XieGetClientData(). + XIElib - Technique Functions XieTecEncodeJPEGLossless +Name +XieTecEncodeJPEGLossless - allocate and fill an XieEncodeJPEGLosslessParam structure. +Synopsis +XieEncodeJPEGLosslessParam *XieTecEncodeJPEGLossless (interleave, +band_order, predictor, table, table_size) +XieInterleave interleave; +XieOrientation band_order; +unsigned char predictor[3]; +char *table; +unsigned int table_size; +Arguments +interleave Specifies how the image bands will be interleaved. +band_order Specifies the order in which the image bands were originally encoded. +predictor Specifies the predictor selection value. +table Specifies the lossless entropy encoding table. +table_size Specifies the number of elements in table. +Returns +The XieEncodeJPEGLosslessParam structure. +Description +XieEncodeJPEGLossless() allocates and returns a pointer to an +XieEncodeJPEGLosslessParam structure. The returned structure represents the list of +parameters required by the encode technique and may be used as the encode_param argument of +XieFloExportClientPhoto() and XieFloExportPhotomap() (when the encode_tech +argument is xieValEncodeJPEGLossless). + +If insufficient memory is available, XieTecEncodeJPEGLossless() returns NULL. +XieTecEncodeJPEGLossless() allocates memory for the structure field table; to free the +memory allocated to the structure XieEncodeJPEGLosslessParam, use +XieFreeEncodeJPEGLossless(). + +JPEG-Lossless, corresponds to frames encoded using Huffman, predictive sequential lossless encoding +as defined by ISO DIS 10918-1 "Digital Compression and Coding of Continuous-tone Still Images". A +data stream of JPEG Interchange Format (JIF) data is returned: all tables, compressed data, etc. are +embedded in the data stream, all delineated by markers. +This technique is not available in the R6 sample implementation of XIE. + + +interleave determines if all bands of a triple band image will be interleaved within a single encoded +stream, or if three separate encoded streams will be produced. One of the following standard interleave +values can be assigned to interleave: + +xieValBandByPixel +xieValBandByPlane + +For triple band data, band_order specifies the order in which the image bands were originally +encoded. One of the following standard orientation values can be assigned to band_order: + +xieValLSFirst +xieValMSFirst + +The least significant band of trichromatic data is the first band mentioned in the common name of the +colorspace: red is the least significant band of RGB data. band_order specifies whether this band +corresponds with the least significant or most significant image plane. Each plane is encoded from a +separate data stream: + +band +LSFirst +MSFirst + +0 +Red band +Blue band + +1 +Green band +Green band + +2 +Blue band +Red band + + +The arguments interleave and band_order are ignored for single band images. + +predictor is the predictor selection value (one per band). table is the lossless entropy encoding +table (up to one per band). Specifying a table of length zero indicates that the server implementor +should supply a table (e.g. the example tables defined in ISO DIS 10918-1 "Digital Compression and +Coding of Continuous-tone Still Images"). + +Structures +XieEncodeJPEGLossless() sets the structure field interleave to the value of the argument +interleave; the structure field band_order to the value of the argument band_order; the +structure field predictor to the values of the argument predictor; and the structure fields +table, table_size to the values of the arguments table, table_size. + +typedef unsigned XieOrientation; +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + unsigned char predictor[3]; + char *table; + unsigned int table_size; +} XieEncodeJPEGLosslessParam; +/* Definitions for Interleave */ +#define xieValBandByPixel 1 +#define xieValBandByPlane 2 + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto(), XieFloExportPhotomap(), XieGetClientData(). + XIElib - Technique Functions XieTecEncodeTIFF2 +Name +XieTecEncodeTIFF2 - allocate and fill an XieEncodeTIFF2Param structure. +Synopsis +XieEncodeTIFF2Param *XieTecEncodeTIFF2 (encoded_order, radiometric) +XieOrientation encoded_order; +Bool radiometric; +Arguments +encoded_order Specifies the bit-order of the encoded data. +radiometric Specifies how white runs are decoded. +Returns +The XieEncodeTIFF2Param structure. +Description +XieEncodeTIFF2() allocates and returns a pointer to an XieEncodeTIFF2Param structure. +The returned structure represents the list of parameters required by the encode technique and may be +used as the encode_param argument of XieFloExportClientPhoto() and +XieFloExportPhotomap() (when the encode_tech argument is xieValEncodeTIFF2). + +If insufficient memory is available, XieTecEncodeTIFF2() returns NULL. To free the memory +allocated to this structure, use XFree(). + +TIFF-2 is modified Huffman compression as described in "TIFF Tag Image File Format", revision 6.0, +draft 2, by Aldus Corporation. (TIFF compression scheme 2). + +radiometric specifies that image ones will be encoded as white runs, or conversely, image zeros +will be encoded as white runs, if radiometric is False. encoded_order specifies the bit- +order for the encoded data. One of the following standard orientation values can be assigned to +encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, last is bit 7): + +LSFirst +MSFirst + +76543210 76543210 +01234567 01234567 + +Structures +XieEncodeTIFF2() sets the structure field encoded_order to the value of the argument +encoded_order; and the structure field radiometric to the value of the argument +radiometric. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation encoded_order; + Bool radiometric; +} XieEncodeTIFF2Param; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto(), XieFloExportPhotomap(), XieGetClientData(). + XIElib - Technique Functions XieTecEncodeTIFFPackBits +Name +XieTecEncodeTIFFPackBits - allocate and fill an XieEncodeTIFFPackBitsParam structure. +Synopsis +XieEncodeTIFFPackBitsParam *XieTecEncodeTIFFPackBits (encoded_order) +XieOrientation encoded_order; +Arguments +encoded_order Specifies the bit-order of the encoded data. +Returns +The XieEncodeTIFFPackBitsParam structure. +Description +XieEncodeTIFFPackBits() allocates and returns a pointer to an +XieEncodeTIFFPackBitsParam structure. The returned structure represents the list of +parameters required by the encode technique and may be used as the encode_param argument of +XieFloExportClientPhoto() and XieFloExportPhotomap() (when the encode_tech +argument is xieValEncodeTIFFPackBits). + +If insufficient memory is available, XieTecEncodeTIFFPackBits() returns NULL. To free the +memory allocated to this structure, use XFree(). + +TIFF-PackBits is byte-oriented run-length encoding as described in "TIFF Tag Image File Format", +revision 6.0, draft 2, by Aldus Corporation. (TIFF compression scheme 32773). + +encoded_order specifies the bit-order of the encoded data. One of the following standard +orientation values can be assigned to encoded_order: + +xieValLSFirst +xieValMSFirst + +The following table shows the encoded bit order of two bytes (within each byte the first encoded bit is +0, last is bit 7): + +LSFirst +MSFirst + +76543210 76543210 +01234567 01234567 + +Structures +XieEncodeTIFFPackBits() sets the structure field encoded_order to the value of the +argument encoded_order. + +typedef unsigned XieOrientation; +typedef struct { + XieOrientation encoded_order; +} XieEncodeTIFFPackBitsParam; + +/* Definitions of Orientation Types */ +#define xieValLSFirst 1 +#define xieValMSFirst 2 +See Also +XieFloExportClientPhoto(), XieFloExportPhotomap(), XieGetClientData(). + XIElib - Technique Functions XieTecGeomAntialiasByArea +Name +XieTecGeomAntialiasByArea - allocate and fill an XieGeomAntialiasByAreaParam structure. +Synopsis +XieGeomAntialiasByAreaParam *XieTecGeomAntialiasByArea (simple) +int simple; +Arguments +simple Specifies the approximation form to use. +Returns +The XieGeomAntialiasByAreaParam structure. +Description +XieGeomAntialiasByArea() allocates and returns a pointer to an +XieGeomAntialiasByAreaParam structure. The returned structure represents the list of +parameters required by the geometry technique and may be used as the sample_param argument of +XieFloGeometry() (when the sample_tech argument is xieValGeomAntialiasByArea). + +If insufficient memory is available, XieTecGeomAntialiasByArea() returns NULL. To free the +memory allocated to this structure, use XFree(). + +Anti-aliasing techniques incorporate information from an "area" of pixels in the input image in order to +produce each output pixel. This implies that line dropouts and other artifacts will occur less often, and +the output image may have markedly better resemblance to the input image. The technique +AntialiasByArea computes the output image by assigning to each output pixel the weighted average of +the intensity values of input pixels which fall within its area. That is, the four corners of the output +pixel are projected back onto the input image. + +If simple is zero (0), the size and shape of the "area" are determined by the parameters of the +geometric transformation. The boundaries of the "area" may not fall on pixel boundaries and, in the case +of non-orthogonal rotation of the image, "area" may not be rectangular. Partial input pixel values may +have to be calculated: the antialias-by-area technique preserves shape but can be very slow +computationally. + +Because of the computational complexity of this method, two approximations are supported. If simple +is non-zero, the pixels covered by the projected area will be averaged without regard to the relative +amount of area which they contain: if they are touched by the area, they are included in a simple +average. If simple is set to N, with N odd and greater than one (3,5,7, ...), then only the center point of +the output pixel is projected, and a simple average is taken of an N by N window centered on the +projection. For best results, N should correspond roughly to the amount of scaling which will be done. + +Structures +XieGeomAntialiasByArea() sets the structure field simple to the value of the argument +simple. + +typedef struct { + int simple; +} XieGeomAntialiasByAreaParam; +See Also +XieFloGeometry(). + XIElib - Technique Functions XieTecGeomAntialiasByLowpass +Name +XieTecGeomAntialiasByLowpass - allocate and fill an XieGeomAntialiasByLowpassParam +structure. +Synopsis +XieGeomAntialiasByLowpassParam *XieTecGeomAntialiasByLowpass +(kernel_size) +int kernel_size; +Arguments +kernel_size Specifies the size of the image kernel. +Returns +The XieGeomAntialiasByLowpassParam structure. +Description +XieGeomAntialiasByLowpass() allocates and returns a pointer to an +XieGeomAntialiasByLowpassParam structure. The returned structure represents the list of +parameters required by the geometry technique and may be used as the sample_param argument of +XieFloGeometry() (when the sample_tech argument is +xieValGeomAntialiasByLowpass). + +If insufficient memory is available, XieTecGeomAntialiasByLowpass() returns NULL. To free +the memory allocated to this structure, use XFree(). + +Anti-aliasing techniques incorporate information from an "area" of pixels in the input image in order to +produce each output pixel. This implies that line dropouts and other artifacts will occur less often, and +the output image may have markedly better resemblance to the input image. The technique +AntialiasByLowpass represents an approximation to antialias-by-area which can be faster, yet provides +similar results. First, a low-pass filter is applied by passing an nxn boxcar kernel over the original input +image. Output pixel values are then derived using a nearest neighbor sampling method that selects the +value of the input pixel in the upper-left corner of the area mapped back from the output pixel. + +The user is allowed to select the size of the image kernel via the kernel_size parameter. For best +results, kernel_size should be chosen to correspond roughly to the amount of scaling which will +be done. Note that the server chooses the best kernel for the appropriate size; the values used in the +kernel are not alterable by the client application. Clients wishing to specify the kernel in more detail +should use the convolve technique directly. +Structures +XieGeomAntialiasByLowpass() sets the structure field kernel_size to the value of the +argument kernel_size. + +typedef struct { + int kernel_size; +} XieGeomAntialiasByLowpassParam; +See Also +XieFloGeometry(), XieFloConvolve(), XieTecGeomAntialiasByArea(). + XIElib - Technique Functions XieTecGeomGaussian +Name +XieTecGeomGaussian - allocate and fill an XieGeomGaussianParam structure. +Synopsis +XieGeomGaussianParam *XieTecGeomGaussian (sigma, normalize, radius, +simple) +double sigma; +double normalize; +unsigned int radius; +Bool simple; +Arguments +sigma Specifies the drop-off rate. +normalize Specifies a normalization constant. +radius Specifies the extent of computation. +simple Specifies the approximation form to use. +Returns +The XieGeomGaussianParam structure. +Description +XieGeomGaussian() allocates and returns a pointer to an XieGeomGaussianParam structure. +The returned structure represents the list of parameters required by the geometry technique and may be +used as the sample_param argument of XieFloGeometry() (when the sample_tech +argument is xieValGeomGaussian). + +If insufficient memory is available, XieTecGeomGaussian() returns NULL. To free the memory +allocated to this structure, use XFree(). + +A Geometry element can be visualized as stepping through each possible output pixel location in turn, +and computing the location from which to obtain each input pixel value. Each pixel (x',y') in the output +image is mapped to the coordinate location (x,y) in src by: + + + +It is not unusual that the input location (x,y) so derived will be non-integral, and will not correspond +exactly to a single pixel in the input image. + +From sampling theory, a bandwidth limited continuous input image can be recovered perfectly (under +certain conditions) from its sampled output by computing the convolution: + + + +Here I(x,y) is the continuous image, i(m,n) the discrete sampled image, and h(u,v) is the impulse +response function for an appropriate low pass filter. The specific form of h(u,v) for a Gaussian impulse +response function is given by: + + + +The term is called the "normalization constant" and may be altered using the normalize +parameter. The suggested value for * (sigma, the drop-off rate) is 1. Note that all technique parameters +must be chosen in concert + +radius defines the extent of computation. A suggested value for radius is one, that is, only pixels +within a distance of one in either the x or y direction are involved in the calculation. + +For computational convenience, a simplified form of Gaussian interpolation is provided. If simple is +True, the impulse-response function h(u,v) is: + + + +The normalization factor N is defined by normalize. As with true Gaussian interpolation, the +radius parameter is used to determine the number of pixels involved in the computation. +Structures +XieGeomGaussian() sets the structure field sigma to the value of the argument sigma; the +structure field normalize to the value of the argument normalize; the structure field radius to +the value of the argument radius; and the structure field simple to the value of the argument +simple. + +typedef struct { + float sigma; + float normalize; + unsigned int radius; + Bool simple; +} XieGeomGaussianParam; +See Also +XieFloGeometry(). + XIElib - Technique Functions XieTecGeomNearestNeighbor +Name +XieTecGeomNearestNeighbor - allocate and fill an XieGeomNearestNeighborParam structure. +Synopsis +XieGeomNearestNeighborParam *XieTecGeomNearestNeighbor (modify) + unsigned int modify; +Arguments +modify Specifies technique behavior on even boundaries. +Returns +The XieGeomNearestNeighborParam structure. +Description +XieGeomNearestNeighbor() allocates and returns a pointer to an +XieGeomNearestNeighborParam structure. The returned structure represents the list of +parameters required by the geometry technique and may be used as the sample_param argument of +XieFloGeometry() (when the sample_tech argument is xieValGeomNearestNeighbor). + +If insufficient memory is available, XieTecGeomNearestNeighbor() returns NULL. To free the +memory allocated to this structure, use XFree(). + +A Geometry element can be visualized as stepping through each possible output pixel location in turn, +and computing the location from which to obtain each input pixel value. Each pixel (x',y') in the output +image is mapped to the coordinate location (x,y) in src by: + + + +It is not unusual that the input location (x,y) so derived will be non-integral, and will not correspond +exactly to a single pixel in the input image. + +To illustrate NearestNeighbor technique, assume that the pixel grid locations P, Q, R, and S are integral. +Pixel location X = (x,y)T, obtained from the mapping equation above, differs from P by fractional +amounts s in the x direction and t in the y direction. + + + +Let I(P) be the value of the input image at coordinate P, if P is within the image extent. Otherwise, let I(P) +be constant, where constant is the pixel value passed to the Geometry element. A value of I(X) +must be estimated from I(P), I(Q), I(R), and I(S). In nearest-neighbor sampling, we simply choose the +image value from the discrete location closest to X. Thus, + +if s < 1/2, t < 1/2, set I(X) = I(P), +if s > 1/2, t < 1/2, set I(X) = I(Q), +if s > 1/2, t > 1/2, set I(X) = I(R), +if s < 1/2, t > 1/2, set I(X) = I(S). + +The behavior on even boundaries (s = 1/2 or t = 1/2) is determined by the modify parameter. One of +the standard nearest neighbor modify values can be assigned to modify: + +xieValFavorDown +xieValFavorUp +xieValRoundNW +xieValRoundNE +xieValRoundSE +xieValRoundSW + + +If modify is xieValFavorDown, all less than signs in the above are replaced with less than or +equal signs. Thus, P would win all ties, S and Q would lose to P but win over R, and R would lose all +ties. If modify is xieValFavorUp, then all greater than signs would be replaced with greater than +or equals, and the opposite behavior would occur. Four additional options are provided. The +xieValRoundxx options will always choose a specific integral pixel grid location; these are not +strictly nearest neighbor algorithms but are available for computational/filtering convenience. +Structures +XieGeomNearestNeighbor() sets the structure field modify to the value of the argument +modify. + +typedef struct { + unsigned int modify; +} XieGeomNearestNeighborParam; +/* Definitions of NearestNeighbor Modify */ +#define xieValFavorDown 1 +#define xieValFavorUp 2 +#define xieValRoundNW 3 +#define xieValRoundNE 4 +#define xieValRoundSE 5 +#define xieValRoundSW 6 +See Also +XieFloGeometry(). + XIElib - Technique Functions XieTecHistogramGaussian +Name +XieTecHistogramGaussian - allocate and fill an XieHistogramGaussianParam structure. +Synopsis +XieHistogramGaussianParam *XieTecHistogramGaussian (mean, sigma) +double mean; +double sigma; +Arguments +mean Specifies the center of the Gaussian probability density function. +sigma Specifies the "spread" of the Gaussian probability density function. +Returns +The XieHistogramGaussianParam structure. +Description +XieHistogramGaussian() allocates and returns a pointer to an +XieHistogramGaussianParam structure. The returned structure represents the list of parameters +required by the match-histogram shape technique and may be used as the shape_param argument of +XieFloMatchHistogram() (when the shape argument is xieValHistogramGaussian). + +If insufficient memory is available, XieTecHistogramGaussian() returns NULL. To free the +memory allocated to this structure, use XFree(). + +The Gaussian match-histogram shape technique specifies that the output image is to have a histogram +that approximates a Gaussian probability density. The supplied parameters are used to generate a +Gaussian probability density function centered around the mean level with a spread specified by +sigma: + + + +Structures +XieHistogramGaussian() sets the structure field mean to the value of the argument mean; and +the structure field sigma to the value of the argument sigma. + +typedef struct { + float mean; + float sigma; +} XieHistogramGaussianParam; +See Also +XieFloMatchHistogram(). + XIElib - Technique Functions XieTecHistogramHyperbolic +Name +XieTecHistogramHyperbolic - allocate and fill an XieHistogramHyperbolicParam structure. +Synopsis +XieHistogramHyperbolicParam *XieTecHistogramHyperbolic (constant, +shape_factor) +double constant; +Bool shape_factor; +Arguments +constant Specifies a value used to generate a hyperbolic probability density +function +shape_factor Specifies the relationship between the histogram shape and image +levels. +Returns +The XieHistogramHyperbolicParam structure. +Description +XieHistogramHyperbolic() allocates and returns a pointer to an +XieHistogramHyperbolicParam structure. The returned structure represents the list of +parameters required by the match-histogram shape technique and may be used as the shape_param +argument of XieFloMatchHistogram() (when the shape argument is +xieValHistogramHyperbolic). + +If insufficient memory is available, XieTecHistogramHyperbolic() returns NULL. To free the +memory allocated to this structure, use XFree(). + +The hyperbolic match-histogram shape technique specifies that the output image is to have a histogram +that approximates a hyperbolic probability density. + +constant is used to generate a hyperbolic probability density function: + + + +shape_factor should be specified as False if the histogram shape represents decreasing values +for higher levels, or True if the shape represents increasing values for higher levels. +Structures +XieHistogramHyperbolic() sets the structure field constant to the value of the argument +constant; and the structure field shape_factor to the value of the argument shape_factor. + +typedef struct { + float constant; + Bool shape_factor; +} XieHistogramHyperbolicParam; +See Also +XieFloMatchHistogram(). + XIElib - Technique Functions XieTecWhiteAdjustCIELabShift +Name +XieTecWhiteAdjustCIELabShift - allocate and fill an XieWhiteAdjustCIELabShiftParam +structure. +Synopsis +XieWhiteAdjustCIELabShiftParam *XieTecWhiteAdjustCIELabShift +(white_point) +XieConstant white_point; +Arguments +white_point Specifies the white point of the (source or output) data. +Returns +The XieWhiteAdjustCIELabShiftParam structure. +Description +XieWhiteAdjustCIELabShift() allocates and returns a pointer to an +XieWhiteAdjustCIELabShiftParam structure. The returned structure represents the list of +parameters required by the WhiteAdjust technique and may be used as the white_adjust_param +argument of XieTecRGBToCIELab(), XieTecRGBToCIEXYZ(), +XieTecCIELabToRGB(), and XieTecCIEXYZToRGB() (when the white_adjust_tech +argument is xieValWhiteAdjustCIELabShift). + +If insufficient memory is available, XieTecWhiteAdjustCIELabShift() returns NULL. To free +the memory allocated to this structure, use XFree(). + +White point correction can be used to ensure that white "looks" white, or it can be used to change the +overall tint of an image. + +The CIELabShift WhiteAdjust technique specifies that white point correction is to be accomplished by +adding the white point displacement to the ab plane in the CIELab colorspace. The white_point is +specified using CIEXYZ encodings. If the WhiteAdjust technique is used with a color conversion +technique that converts from RGB, white_point specifies the desired white point of the output +data; if the conversion is to RGB, white_point specifies the white point of the source data. +Structures +XieWhiteAdjustCIELabShift() sets the structure field white_point to the value of the +argument white_point. + +typedef float XieConstant[3]; +typedef unsigned XieWhiteAdjustTechnique; +typedef struct { + XieConstant white_point; +} XieWhiteAdjustCIELabShiftParam; +See Also +XieTecRGBToCIELab(), XieTecRGBToCIEXYZ(), XieTecCIELabToRGB(), XieTecCIEXYZToRGB(). + XIElib - Free Functions XieFreeTechniques +Name +XieFreeTechniques - free memory allocated for a list of techniques. +Synopsis +void XieFreeTechniques (techs, count) +XieTechnique *techs; +unsigned int count; +Arguments +techs Specifies the list of techniques to be freed. +count Specifies the number of items in the list of techniques to be freed. +Description +XieFreeTechniques() frees the memory previously allocated for techs. Care should be taken +that the argument pair techs/count match an argument pair techniques_ret/ +ntechniques_ret returned from XieQueryTechniques(). + +See XieQueryTechniques() for a description of the XieTechnique structure. +Structures +typedef unsigned XieTechniqueGroup; +typedef struct { + Bool needs_param; + XieTechniqueGroup group; + unsigned int number; + unsigned int speed; + char *name; +} XieTechnique; +See Also + XieQueryTechniques(). + XIElib - Free Functions XieFreePhotofloGraph +Name +XieFreePhotofloGraph - free memory allocated for an array of XiePhotoElement structures. +Synopsis +void XieFreePhotofloGraph (elements, count) +XiePhotoElement *elements; +unsigned int count; +Arguments +elements Specifies the array of XiePhotoElement structures to be freed. +count Specifies the number of XiePhotoElement structures in the array. +Description +XieFreePhotofloGraph() frees the specified array of XiePhotoElement structures. + +Care should be taken that the argument pair elements/count match a returned value (an array of +XiePhotoElement structures) and argument count from a call to +XieAllocatePhotofloGraph(). + +Technique parameters are not freed by using XieFreePhotofloGraph(). Most of the technique +parameters, with the exception of the JPEG baseline and JPEG lossless encode techniques, should be +freed using XFree(). This is so the client can reuse technique parameters between photoflos. +Structures +typedef struct { + int elemType; + /* union of ALL element types */ + union { + ... + ... + } data; +} XiePhotoElement; +See Also +XieAllocatePhotofloGraph(), XieCreatePhotoflo(), XieModifyPhotoflo(), XieRedefinePhotoflo(), +XieExecutePhotoflo(), XieQueryPhotoflo(), XieDestroyPhotoflo(), XieExecuteImmediate(). + XIElib - Free Functions XieFreeEncodeJPEGBaseline +Name +XieFreeEncodeJPEGBaseline - free the memory allocated to the structure +XieEncodeJPEGBaselineParam. +Synopsis +void XieFreeEncodeJPEGBaseline (param) +XieEncodeJPEGBaselineParam *param +Arguments +param Specifies a pointer to the structure that is to be freed. +Description +XieFreeEncodeJPEGBaseline() (rather than XFree()) should be used to free the memory +allocated by XieEncodeJPEGBaseline(). +Structures +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + unsigned char horizontal_samples[3]; + unsigned char vertical_samples[3]; + char *q_table; + unsigned int q_size; + char *ac_table; + unsigned int ac_size; + char *dc_table; + unsigned int dc_size; +} XieEncodeJPEGBaselineParam; +See Also +XieTecEncodeJPEGBaseline(). + XIElib - Free Functions XieFreeEncodeJPEGLossless +Name +XieFreeEncodeJPEGLossless - free the memory allocated to the structure +XieEncodeJPEGLosslessParam. +Synopsis +void XieFreeEncodeJPEGLossless (param) +XieEncodeJPEGLosslessParam *param; +Arguments +param Specifies a pointer to the structure that is to be freed. +Description +XieFreeEncodeJPEGLossless() (rather than XFree()) should be used to free the memory +allocated by XieEncodeJPEGLossless(). + +Note that the JPEG Lossless technique is not available in the R6 sample implementation of XIE. +Structures +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + unsigned char predictor[3]; + char *table; + unsigned int table_size; +} XieEncodeJPEGLosslessParam; +See Also +XieTecEncodeJPEGLossless(). + XIElib - Free Functions XieFreePasteUpTiles +Name +XieFreePasteUpTiles - free the memory allocated to the tiles field of a PasteUp structure. +Synopsis +void XieFreePasteUpTiles (element) +XiePhotoElement *element; +Arguments +element Specifies the XiePhotoElement structure to use. +Description +XieFreePasteUpTiles() frees the memory allocated to the tiles field in the specified +PasteUp member structure; after the memory has been freed, the field value is set to NULL. +Structures +typedef struct { + int elemType; + union { + ... + struct { + unsigned int width; + unsigned int height; + XieConstant constant; + XieTile *tiles; + unsigned int tile_count; + } PasteUp; + ... + } data; +} XiePhotoElement; +See Also +XieFloPasteUp(). + + + XIElib Events ColorAlloc +Description +The client is notified that a ConvertToIndex element has completed color allocation, but has produced a +result of lesser fidelity than was requested using the technique that was specified for the +ConvertToIndex element. + +The structure fields name_space, flo_id, src, and elem_type identify the photoflo and specific +ConvertToIndex element from which the ColorAlloc event originated. The structure field time is +the server time when the ColorAlloc event occurred, in milliseconds. The structure field +color_list is the color list resource that received the allocated colors. The structure field +color_alloc_technique is the ColorAlloc technique specified to the ConvertToIndex element. +The structure field color_alloc_data can be used for other information which is specific to the +ColorAlloc technique. +Structures +/* ColorAlloc Event Code */ +#define xieEvnNoColorAlloc 0 + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + XieColorList color_list; + XieColorAllocTechnique color_alloc_technique; + unsigned long color_alloc_data; +} XieColorAllocEvent; +See Also +XieFloConvertToIndex(), XieTecColorAllocAll(). + XIElib Events DecodeNotify +Description +A DecodeNotify event notifies the client that anomalies were encountered while decoding a +compressed image (see the notify arguments of XieImportClientPhoto() and +XieImportPhotomap()). Either an error has been encountered while decoding an image, or the +image data received does not satisfy the expected dimensions. + +The structure fields name_space, flo_id, src, and elem_type identify the photoflo and element +from which the DecodeNotify event originated. The structure field time is the server time when the +DecodeNotify event occurred, in milliseconds. The structure field band_number associates the +event with a specific band of the image. The structure field decode_technique is the Decode +technique being used. The structure fields width and height are the dimensions discovered while +decoding the data. The structure field aborted is True if decoding was aborted, or False if +recovery was possible. + +Recovery from a decode error may result in some missing or garbled image data. This may also cause +the height of the decoded data to be less than was expected. If the structure fields width or height +do not match the width and height specified to XieImportClientPhoto(), the image data is +clipped or padded (with zeros), as required, to enforce the XieImportClientPhoto() specified +dimensions. +Structures +/* DecodeNotify Event Code */ +#define xieEvnNoDecodeNotify 1 + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + XieDecodeTechnique decode_technique; + Bool aborted; + unsigned int band_number; + unsigned long width; + unsigned long height; +} XieDecodeNotifyEvent; +See Also +XieFloImportClientPhoto(), XieFloImportPhotomap(). + XIElib Events ExportAvailable +Description +The client is notified that an ExportClient element has data available (see the notify argument of the +applicable XieExportClient...() function). If notify was specified as xieValFirstData, +this event will only be sent the first time data become available from the ExportClient element. Otherwise +(i.e. xieValNewData was specified) this event will be generated each time the amount of data +available changes from zero to non-zero. + +The structure fields name_space, flo_id, src, and elem_type identify the photoflo and specific +ExportClient element from which the ExportAvailable event originated. The structure field time +is the server time when the ExportClient event occurred, in milliseconds. The structure field +band_number associates the event with a specific band of the image or LUT. The structure field +data is information specific to elem_type (e.g. the number of LUT entries or ROI rectangles +available). + +Where there is a single ExportClient element, the client can just read bytes or be event-driven. For +photoflos containing multiple ExportClient elements, the client should be event-driven. +Structures +/* ExportAvailable Event Code */ +#define xieEvnNoExportAvailable 2 + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + unsigned int band_number; + unsigned long data[3]; +} XieExportAvailableEvent; +See Also +XieFloExportClientHistogram(), XieFloExportClientLUT(), XieFloExportClientPhoto(), +XieFloExportClientROI(). + XIElib Events ImportObscured +Description +The client is notified when an ImportDrawable or ImportDrawablePlane element encounters obscured +regions in a Window that cannot be retrieved from backing store (see the notify argument of the +import element routine). A separate ImportObscured event is returned for each affected region. + +The structure fields name_space, flo_id, and src identify the photoflo and the specific import +element from which the ImportObscured event originated. The structure field time is the server +time when the ImportObscured event occurred, in milliseconds. The structure field window +identifies the Window. The obscured region of the window is specified by the structure fields x, y, +width, and height. + +Note: image data within obscured regions will be populated with the fill argument supplied to the +import element. +Structures +/* ImportObscured Event Code */ +#define xieEvnNoImportObscured 3 + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + Window window; + int x; + int y; + unsigned int width; + unsigned int height; +} XieImportObscuredEvent; +See Also +XieFloImportDrawable(), XieFloImportDrawablePlane(). + XIElib Events PhotofloDone +Description +A PhotofloDone event notifies the client that a photoflo has left the active state. It is enabled by +the notify argument of XieExecutePhotoflo() or XieExecuteImmediate(). + +The photoflo from which the PhotofloDone event originated is identified by the structure fields +name_space and flo_id. The structure field time is the server time when the PhotofloDone +event occurred, in milliseconds. The reason the photoflo left the active state is indicated by the +structure field type. + +If the Photoflo terminated due to an error condition, the details concerning the error have preceded this +event in an error message. +Structures +/* PhotofloDone Event Code */ +#define xieEvnNoPhotofloDone 4 + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; +} XiePhotofloDoneEvent; +See Also +XieExecuteImmediate(), XieExecutePhotoflo(). + + + XIElib Errors Resource Errors +The following error codes are allocated from the extension error space to provide for the errors returned +by XIE: + +Error Cause +xieErrNoColorlist the value for a color_list argument does not name a defined color +list. +xieErrNoLUT the value for a lut argument does not name a defined LUT. +xieErrNoPhotoflo the value for a photoflo argument does not name a defined photoflo. +xieErrNoPhotomap the value for a photomap argument does not name a defined +photomap. +xieErrNoPhotospace the value for a photospace argument does not name a defined +photospace. +xieErrNoROI the value for a roi argument does not name a defined ROI. +xieErrNoFlo an error has been detected while defining, executing, or accessing a +photoflo (See Photoflo Errors). + +XIE also uses the core protocol BadAccess, BadAlloc, BadIDChoice, BadLength, BadRequest, and +BadValue errors. + XIElib Errors Photoflo Errors +If an error is detected while defining, executing, or accessing a photoflo, an xieErrNoFlo... error +is returned. This single error code is allocated from the extension error space for all photoflo related +errors. The following sub-codes are defined to provide the details of the error: + +Error Cause +xieErrNoFloAccess attempt to execute, modify, or redefine an active photoflo or +attempt to Get/Put client data from/to an inactive photoflo. +xieErrNoFloAlloc insufficient resources (e.g. memory). +xieErrNoFloColormap an unknown Colormap has been specified. +xieErrNoFloColorList an unknown color list has been specified. +xieErrNoFloDomain invalid domain phototag: + - source data is not a list-of-rectangles or control-plane or + - specified non-zero on a DIS server. +xieErrNoFloDrawable an unknown Drawable has been specified. +xieErrNoFloElement an unknown element type has been specified or +invalid element type for request or +attempt to change or add an element type. +xieErrNoFloGC an unknown GContext has been specified. +xieErrNoFloID invalid executable: + - an unknown photoflo has been specified or + - an unknown photospace has been specified. +xieErrNoFloLength an element was received with the incorrect number of bytes. +xieErrNoFloLUT an unknown LUT has been specified. +xieErrNoFloMatch some argument or pair of arguments has the correct type and range, but +it fails to match in some other way required by the element. +xieErrNoFloOperator an unknown operator has been specified. +xieErrNoFloPhotomap an unknown photomap has been specified. +xieErrNoFloROI an unknown ROI has been specified. +xieErrNoFloSource an invalid phototag has been specified: + - zero, but a phototag is required or + - downstream from the particular element or + - beyond the bounds of the photoflo. +xieErrNoFloTechnique an unknown technique has been specified or +invalid technique specific-parameters have been specified or +the wrong number of technique-specific parameters have been given. +xieErrNoFloValue some numeric value falls outside of the range of values accepted by the +element. +xieErrNoFloImplementation some aspect of a request is not implemented by the server: +the client should be prepared to receive and handle this error. + + +Structures +/* Definition of Error Codes */ +#define xieErrNoColorList 0 +#define xieErrNoLUT 1 +#define xieErrNoPhotoflo 2 +#define xieErrNoPhotomap 3 +#define xieErrNoPhotospace 4 +#define xieErrNoROI 5 +#define xieErrNoFlo 6 + +/* Definitions of Flo Error (Sub-) Codes */ +#define xieErrNoFloAccess 1 +#define xieErrNoFloAlloc 2 +#define xieErrNoFloColormap 3 +#define xieErrNoFloColorList 4 +#define xieErrNoFloDomain 5 +#define xieErrNoFloDrawable 6 +#define xieErrNoFloElement 7 +#define xieErrNoFloGC 8 +#define xieErrNoFloID 9 +#define xieErrNoFloLength 10 +#define xieErrNoFloLUT 11 +#define xieErrNoFloMatch 12 +#define xieErrNoFloOperator 13 +#define xieErrNoFloPhotomap 14 +#define xieErrNoFloROI 15 +#define xieErrNoFloSource 16 +#define xieErrNoFloTechnique 17 +#define xieErrNoFloValue 18 +#define xieErrNoFloImplementation 19 + +XIElib ii + +XIElib Events-5 + +XIElib Errors-3 + + diff --git a/xie/xc/include/extensions/XIE.h b/xie/xc/include/extensions/XIE.h new file mode 100644 index 0000000..f426db3 --- /dev/null +++ b/xie/xc/include/extensions/XIE.h @@ -0,0 +1,430 @@ +/* $XConsortium: XIE.h,v 1.5 94/04/17 20:11:11 mor Exp $ */ +/****************************************************************************** + + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. + +******************************************************************************/ + +#ifndef _XIE_H_ +#define _XIE_H_ + + +/* Extension Name and version number */ + +#define xieExtName "XIE" + +#define xieMajorVersion 5 +#define xieMinorVersion 0 +#define xieEarliestMinorVersion 0 +#define xieLatestMinorVersion 0 + + +/* ServiceClass */ + +#ifdef XIE_DIS +#define XIE_FULL 0 +#else +#define XIE_FULL 1 +#endif + +#define xieValFull 1 +#define xieValDIS 2 + + +/* Limits */ + +#define xieValMaxBands 3 + + +/* Alignment */ + +#define xieValAlignable 1 +#define xieValArbitrary 2 + + +/* ArithmeticOp */ + +#define xieValAdd 1 +#define xieValSub 2 +#define xieValSubRev 3 +#define xieValMul 4 +#define xieValDiv 5 +#define xieValDivRev 6 +#define xieValMin 7 +#define xieValMax 8 +#define xieValGamma 9 + + +/* ColorAllocTechnique */ + +#define xieValColorAllocDefault 0 +#define xieValColorAllocAll 2 +#define xieValColorAllocMatch 4 +#define xieValColorAllocRequantize 6 + + +/* Colorspace conversions */ + +#define xieValRGBToCIELab 2 +#define xieValRGBToCIEXYZ 4 +#define xieValRGBToYCbCr 6 +#define xieValRGBToYCC 8 + +#define xieValCIELabToRGB 2 +#define xieValCIEXYZToRGB 4 +#define xieValYCbCrToRGB 6 +#define xieValYCCToRGB 8 + + +/* CompareOp */ + +#define xieValLT 1 +#define xieValLE 2 +#define xieValEQ 3 +#define xieValNE 4 +#define xieValGT 5 +#define xieValGE 6 + + +/* ConstrainTechnique */ + +#define xieValConstrainClipScale 2 +#define xieValConstrainHardClip 4 + + +/* ConvolveTechnique */ + +#define xieValConvolveDefault 0 +#define xieValConvolveConstant 2 +#define xieValConvolveReplicate 4 + + +/* DataClass */ + +#define xieValSingleBand 1 +#define xieValTripleBand 2 + +/* DataType */ + +#define xieValConstrained 1 +#define xieValUnconstrained 2 + + +/* DecodeTechnique */ + +#define xieValDecodeUncompressedSingle 2 /* bitonal & grayscale */ +#define xieValDecodeUncompressedTriple 3 /* color */ +#define xieValDecodeG31D 4 /* FAX */ +#define xieValDecodeG32D 6 /* FAX */ +#define xieValDecodeG42D 8 /* FAX */ +#define xieValDecodeJPEGBaseline 10 /* grayscale & color */ +#define xieValDecodeJPEGLossless 12 /* grayscale & color */ +#define xieValDecodeTIFF2 14 /* TIFF modified G31D */ +#define xieValDecodeTIFFPackBits 16 /* TIFF APPLE FORMAT */ + + +/* DitherTechnique */ + +#define xieValDitherDefault 0 +#define xieValDitherErrorDiffusion 2 +#define xieValDitherOrdered 4 + + +/* EncodeTechnique */ + +#define xieValEncodeServerChoice 1 /* (to photomaps) */ +#define xieValEncodeUncompressedSingle 2 /* bitonal & grayscale */ +#define xieValEncodeUncompressedTriple 3 /* color */ +#define xieValEncodeG31D 4 /* FAX */ +#define xieValEncodeG32D 6 /* FAX */ +#define xieValEncodeG42D 8 /* FAX */ +#define xieValEncodeJPEGBaseline 10 /* grayscale & color */ +#define xieValEncodeJPEGLossless 12 /* grayscale & color */ +#define xieValEncodeTIFF2 14 /* TIFF modified G31D */ +#define xieValEncodeTIFFPackBits 16 /* TIFF APPLE FORMAT */ + +/* ServerChoice preference hints */ + +#define xieValPreferDefault 0 +#define xieValPreferSpace 1 +#define xieValPreferTime 2 + +/* JPEG-Lossless predictor */ + +#define xieValPredictorNone 0 +#define xieValPredictorA 1 +#define xieValPredictorB 2 +#define xieValPredictorC 3 +#define xieValPredictorABC 4 +#define xieValPredictorABC2 5 +#define xieValPredictorBAC2 6 +#define xieValPredictorAB2 7 + + +/* ExportNotify */ + +#define xieValDisable 1 +#define xieValFirstData 2 +#define xieValNewData 3 + + +/* ExportState */ + +#define xieValExportDone 1 +#define xieValExportMore 2 +#define xieValExportEmpty 3 +#define xieValExportError 4 + + +/* GamutTechnique */ + +#define xieValGamutDefault 0 +#define xieValGamutNone 1 +#define xieValGamutClipRGB 2 + + +/* GeometryTechnique */ + +#define xieValGeomDefault 0 +#define xieValGeomAntialias 2 +#define xieValGeomAntialiasByArea 4 +#define xieValGeomAntialiasByLPF 6 +#define xieValGeomBilinearInterp 8 +#define xieValGeomGaussian 10 +#define xieValGeomNearestNeighbor 12 + + +/* NearestNeighbor modify */ + +#define xieValFavorDown 1 +#define xieValFavorUp 2 +#define xieValRoundNW 3 +#define xieValRoundNE 4 +#define xieValRoundSE 5 +#define xieValRoundSW 6 + + +/* HistogramShape */ + +#define xieValHistogramFlat 2 +#define xieValHistogramGaussian 4 +#define xieValHistogramHyperbolic 6 + + +/* Interleave */ + +#define xieValBandByPixel 1 +#define xieValBandByPlane 2 + + +/* MathOp */ + +#define xieValExp 1 +#define xieValLn 2 +#define xieValLog2 3 +#define xieValLog10 4 +#define xieValSquare 5 +#define xieValSqrt 6 + + +/* Orientation */ + +#define xieValLSFirst 1 +#define xieValMSFirst 2 + + +/* PhotofloOutcome */ + +#define xieValFloSuccess 1 +#define xieValFloAbort 2 +#define xieValFloError 3 + + +/* PhotofloState */ + +#define xieValInactive 1 +#define xieValActive 2 +#define xieValNonexistent 3 + + +/* TechniqueGroup */ + +#define xieValDefault 0 +#define xieValAll 1 +#define xieValColorAlloc 2 +#define xieValConstrain 4 +#define xieValConvertFromRGB 6 +#define xieValConvertToRGB 8 +#define xieValConvolve 10 +#define xieValDecode 12 +#define xieValDither 14 +#define xieValEncode 16 +#define xieValGamut 18 +#define xieValGeometry 20 +#define xieValHistogram 22 +#define xieValWhiteAdjust 24 + +#define xieValMaxTechGroup 24 + + +/* WhiteAdjustTechnique */ + +#define xieValWhiteAdjustDefault 0 +#define xieValWhiteAdjustNone 1 +#define xieValWhiteAdjustCIELabShift 2 + + +/* Photoflo elements */ + +#define xieElemImportClientLUT 1 +#define xieElemImportClientPhoto 2 +#define xieElemImportClientROI 3 +#define xieElemImportDrawable 4 +#define xieElemImportDrawablePlane 5 +#define xieElemImportLUT 6 +#define xieElemImportPhotomap 7 +#define xieElemImportROI 8 +#define xieElemArithmetic 9 +#define xieElemBandCombine 10 +#define xieElemBandExtract 11 +#define xieElemBandSelect 12 +#define xieElemBlend 13 +#define xieElemCompare 14 +#define xieElemConstrain 15 +#define xieElemConvertFromIndex 16 +#define xieElemConvertFromRGB 17 +#define xieElemConvertToIndex 18 +#define xieElemConvertToRGB 19 +#define xieElemConvolve 20 +#define xieElemDither 21 +#define xieElemGeometry 22 +#define xieElemLogical 23 +#define xieElemMatchHistogram 24 +#define xieElemMath 25 +#define xieElemPasteUp 26 +#define xieElemPoint 27 +#define xieElemUnconstrain 28 +#define xieElemExportClientHistogram 29 +#define xieElemExportClientLUT 30 +#define xieElemExportClientPhoto 31 +#define xieElemExportClientROI 32 +#define xieElemExportDrawable 33 +#define xieElemExportDrawablePlane 34 +#define xieElemExportLUT 35 +#define xieElemExportPhotomap 36 +#define xieElemExportROI 37 + +#define xieMaxElem 37 + + +/* Event Codes */ + +#define xieEvnNoColorAlloc 0 +#define xieEvnNoDecodeNotify 1 +#define xieEvnNoExportAvailable 2 +#define xieEvnNoImportObscured 3 +#define xieEvnNoPhotofloDone 4 + +#define xieNumEvents 5 + + +/* Error Codes */ + +#define xieErrNoColorList 0 +#define xieErrNoLUT 1 +#define xieErrNoPhotoflo 2 +#define xieErrNoPhotomap 3 +#define xieErrNoPhotospace 4 +#define xieErrNoROI 5 +#define xieErrNoFlo 6 + +#define xieNumErrors 7 + + +/* Flo Error Codes */ + +#define xieErrNoFloAccess 1 +#define xieErrNoFloAlloc 2 +#define xieErrNoFloColormap 3 +#define xieErrNoFloColorList 4 +#define xieErrNoFloDomain 5 +#define xieErrNoFloDrawable 6 +#define xieErrNoFloElement 7 +#define xieErrNoFloGC 8 +#define xieErrNoFloID 9 +#define xieErrNoFloLength 10 +#define xieErrNoFloLUT 11 +#define xieErrNoFloMatch 12 +#define xieErrNoFloOperator 13 +#define xieErrNoFloPhotomap 14 +#define xieErrNoFloROI 15 +#define xieErrNoFloSource 16 +#define xieErrNoFloTechnique 17 +#define xieErrNoFloValue 18 +#define xieErrNoFloImplementation 19 + +#define xieNumFloErrors 19 + +#endif /* _XIE_H_ */ diff --git a/xie/xc/include/extensions/XIEproto.h b/xie/xc/include/extensions/XIEproto.h new file mode 100644 index 0000000..b097319 --- /dev/null +++ b/xie/xc/include/extensions/XIEproto.h @@ -0,0 +1,687 @@ +/* $XConsortium: XIEproto.h,v 1.6 94/04/17 20:11:12 mor Exp $ */ +/****************************************************************************** +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +******************************************************************************/ + +#ifndef _XIEPROTO_H_ +#define _XIEPROTO_H_ + +#include + +#define Drawable CARD32 +#define Colormap CARD32 +#define GContext CARD32 + + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; +} xieReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD16 majorVersion B16; + CARD16 minorVersion B16; +} xieQueryImageExtensionReq; + +typedef struct { + CARD8 type; + CARD8 data; + CARD16 sequenceNum B16; + CARD32 length B32; + CARD16 majorVersion B16; + CARD16 minorVersion B16; + xieTypServiceClass serviceClass; + xieTypAlignment alignment; + CARD16 unconstrainedMantissa B16; + INT32 unconstrainedMaxExp B32; + INT32 unconstrainedMinExp B32; + CARD8 pad2[8]; + /* LISTofCARD32 (constrained-levels) */ +} xieQueryImageExtensionReply; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypTechniqueGroup techniqueGroup; + CARD8 pad[3]; +} xieQueryTechniquesReq; + +typedef struct { + CARD8 type; + CARD8 data; + CARD16 sequenceNum B16; + CARD32 length B32; + CARD16 numTechniques B16; + CARD8 pad[22]; + /* LISTofTechniqueRec (numTechniques) */ +} xieQueryTechniquesReply; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypColorList colorList B32; +} xieCreateColorListReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypColorList colorList B32; +} xieDestroyColorListReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypColorList colorList B32; +} xiePurgeColorListReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypColorList colorList B32; +} xieQueryColorListReq; + +typedef struct { + CARD8 type; + CARD8 data; + CARD16 sequenceNum B16; + CARD32 length B32; + Colormap colormap B32; + CARD8 pad[20]; + /* LISTofCARD32 (length) */ +} xieQueryColorListReply; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypLUT lut B32; +} xieCreateLUTReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypLUT lut B32; +} xieDestroyLUTReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotomap photomap B32; +} xieCreatePhotomapReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotomap photomap B32; +} xieDestroyPhotomapReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotomap photomap B32; +} xieQueryPhotomapReq; + +typedef struct { + CARD8 type; + BOOL populated; + CARD16 sequenceNum B16; + CARD32 length B32; + xieTypDataClass dataClass; + xieTypDataType dataType; + xieTypDecodeTechnique decodeTechnique B16; + CARD32 width0 B32; + CARD32 width1 B32; + CARD32 width2 B32; + CARD32 height0 B32; + CARD32 height1 B32; + CARD32 height2 B32; + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; +} xieQueryPhotomapReply; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypROI roi B32; +} xieCreateROIReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypROI roi B32; +} xieDestroyROIReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotospace nameSpace B32; +} xieCreatePhotospaceReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotospace nameSpace B32; +} xieDestroyPhotospaceReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotospace nameSpace B32; + CARD32 floID B32; + CARD16 numElements B16; + BOOL notify; + CARD8 pad; + /* LISTofPhotoElement (numElements) */ +} xieExecuteImmediateReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotoflo floID B32; + CARD16 numElements B16; + CARD16 pad B16; + /* LISTofPhotoElement (numElements) */ +} xieCreatePhotofloReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotoflo floID B32; +} xieDestroyPhotofloReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotoflo floID B32; + BOOL notify; + CARD8 pad[3]; +} xieExecutePhotofloReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotoflo floID B32; + xieTypPhototag start B16; + CARD16 numElements B16; + /* LISTofPhotoElement (numElements) */ +} xieModifyPhotofloReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + xieTypPhotoflo floID B32; + CARD16 numElements B16; + CARD16 pad B16; + /* LISTofPhotoElement (numElements) */ +} xieRedefinePhotofloReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD32 nameSpace B32; + CARD32 floID B32; + xieTypPhototag element B16; + BOOL final; + CARD8 bandNumber; + CARD32 byteCount B32; + /* LISTofCARD8 (byteCount) */ + /* pad (byteCount) */ +} xiePutClientDataReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD32 nameSpace B32; + CARD32 floID B32; + CARD32 maxBytes B32; + xieTypPhototag element B16; + BOOL terminate; + CARD8 bandNumber; +} xieGetClientDataReq; + +typedef struct { + CARD8 type; + CARD8 newState; + CARD16 sequenceNum B16; + CARD32 length B32; + CARD32 byteCount B32; + CARD8 pad[20]; + /* LISTofCARD8 (byteCount) */ + /* pad (byteCount) */ +} xieGetClientDataReply; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD32 nameSpace B32; + CARD32 floID B32; +} xieQueryPhotofloReq; + +typedef struct { + CARD8 type; + CARD8 state; + CARD16 sequenceNum B16; + CARD32 length B32; + CARD16 expectedCount B16; + CARD16 availableCount B16; + CARD8 pad[20]; + /* LISTofPhototag (expectedCount) */ + /* pad (expectedCount * 2) */ + /* LISTofPhototag (availableCount) */ + /* pad (availableCount * 2) */ +} xieQueryPhotofloReply; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD32 nameSpace B32; + CARD32 floID B32; +} xieAwaitReq; + +typedef struct { + CARD8 reqType; + CARD8 opcode; + CARD16 length B16; + CARD32 nameSpace B32; + CARD32 floID B32; +} xieAbortReq; + + +/* + * Request codes + */ + +#define X_ieQueryImageExtension 1 +#define X_ieQueryTechniques 2 +#define X_ieCreateColorList 3 +#define X_ieDestroyColorList 4 +#define X_iePurgeColorList 5 +#define X_ieQueryColorList 6 +#define X_ieCreateLUT 7 +#define X_ieDestroyLUT 8 +#define X_ieCreatePhotomap 9 +#define X_ieDestroyPhotomap 10 +#define X_ieQueryPhotomap 11 +#define X_ieCreateROI 12 +#define X_ieDestroyROI 13 +#define X_ieCreatePhotospace 14 +#define X_ieDestroyPhotospace 15 +#define X_ieExecuteImmediate 16 +#define X_ieCreatePhotoflo 17 +#define X_ieDestroyPhotoflo 18 +#define X_ieExecutePhotoflo 19 +#define X_ieModifyPhotoflo 20 +#define X_ieRedefinePhotoflo 21 +#define X_iePutClientData 22 +#define X_ieGetClientData 23 +#define X_ieQueryPhotoflo 24 +#define X_ieAwait 25 +#define X_ieAbort 26 + +#define xieNumProtoReq 26 + + +/* + * Events + */ +typedef struct { + CARD8 event; + xieTypPhotofloOutcome outcome; + CARD16 sequenceNum B16; + CARD32 time B32; + CARD32 instanceNameSpace B32; + CARD32 instanceFloID B32; + CARD8 pad[16]; +} xiePhotofloDoneEvn; + +typedef struct { + CARD8 event; + CARD8 pad1; + CARD16 sequenceNum B16; + CARD32 time B32; + CARD32 instanceNameSpace B32; + CARD32 instanceFloID B32; + xieTypPhototag src B16; + CARD16 type B16; + CARD32 pad2 B32; + CARD32 pad3 B16; + CARD32 pad4 B32; +} xieFloEvn; + +typedef struct { + CARD8 event; + CARD8 pad1; + CARD16 sequenceNum B16; + CARD32 time B32; + CARD32 instanceNameSpace B32; + CARD32 instanceFloID B32; + xieTypPhototag src B16; + CARD16 type B16; + xieTypColorList colorList B32; + xieTypColorAllocTechnique colorAllocTechnique B16; + CARD16 pad2 B16; + CARD32 data B32; +} xieColorAllocEvn; + +typedef struct { + CARD8 event; + CARD8 bandNumber; + CARD16 sequenceNum B16; + CARD32 time B32; + CARD32 instanceNameSpace B32; + CARD32 instanceFloID B32; + xieTypPhototag src B16; + CARD16 type B16; + xieTypDecodeTechnique decodeTechnique B16; + BOOL aborted; + CARD8 pad; + CARD32 width B32; + CARD32 height B32; +} xieDecodeNotifyEvn; + +typedef struct { + CARD8 event; + CARD8 bandNumber; + CARD16 sequenceNum B16; + CARD32 time B32; + CARD32 instanceNameSpace B32; + CARD32 instanceFloID B32; + xieTypPhototag src B16; + CARD16 type B16; + CARD32 data0 B32; + CARD32 data1 B32; + CARD32 data2 B32; +} xieExportAvailableEvn; + +typedef struct { + CARD8 event; + CARD8 pad; + CARD16 sequenceNum B16; + CARD32 time B32; + CARD32 instanceNameSpace B32; + CARD32 instanceFloID B32; + xieTypPhototag src B16; + CARD16 type B16; + Window window B32; + INT16 x B16; + INT16 y B16; + CARD16 width B16; + CARD16 height B16; +} xieImportObscuredEvn; + + +/* + * Errors + */ +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 resourceID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 pad[21]; +} xieResourceErr; + +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 floID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 floErrorCode; + CARD32 nameSpace B32; + xieTypPhototag phototag B16; + CARD16 type B16; + CARD32 resourceID B32; + CARD8 pad[8]; +} xieFloResourceErr; + +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 floID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 floErrorCode; + CARD32 nameSpace B32; + xieTypPhototag phototag B16; + CARD16 type B16; + CARD8 pad[12]; +} xieFloErr, xieFloAccessErr, xieFloAllocErr, xieFloElementErr, + xieFloLengthErr, xieFloMatchErr, xieFloSourceErr, xieFloImplementationErr; + +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 floID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 floErrorCode; + CARD32 nameSpace B32; + xieTypPhototag phototag B16; + CARD16 type B16; + xieTypPhototag domainSrc B16; + CARD8 pad[10]; +} xieFloDomainErr; + +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 floID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 floErrorCode; + CARD32 nameSpace B32; + CARD8 pad[16]; +} xieFloIDErr; + +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 floID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 floErrorCode; + CARD32 nameSpace B32; + xieTypPhototag phototag B16; + CARD16 type B16; + CARD8 operator; + CARD8 pad[11]; +} xieFloOperatorErr; + +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 floID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 floErrorCode; + CARD32 nameSpace B32; + xieTypPhototag phototag B16; + CARD16 type B16; + CARD16 techniqueNumber B16; + CARD16 lenTechParams B16; + CARD8 techniqueGroup; + CARD8 pad[7]; +} xieFloTechniqueErr; + +typedef struct { + CARD8 error; + CARD8 code; + CARD16 sequenceNum B16; + CARD32 floID B32; + CARD16 minorOpcode B16; + CARD8 majorOpcode; + CARD8 floErrorCode; + CARD32 nameSpace B32; + xieTypPhototag phototag B16; + CARD16 type B16; + CARD32 badValue B32; + CARD8 pad[8]; +} xieFloValueErr; + + + +/* + * SIZEOF values + */ +#define sz_xieReq 4 +#define sz_xieQueryImageExtensionReq 8 +#define sz_xieQueryImageExtensionReply 32 +#define sz_xieQueryTechniquesReq 8 +#define sz_xieQueryTechniquesReply 32 +#define sz_xieCreateColorListReq 8 +#define sz_xieDestroyColorListReq 8 +#define sz_xiePurgeColorListReq 8 +#define sz_xieQueryColorListReq 8 +#define sz_xieQueryColorListReply 32 +#define sz_xieCreateLUTReq 8 +#define sz_xieDestroyLUTReq 8 +#define sz_xieCreatePhotomapReq 8 +#define sz_xieDestroyPhotomapReq 8 +#define sz_xieQueryPhotomapReq 8 +#define sz_xieQueryPhotomapReply 48 +#define sz_xieCreateROIReq 8 +#define sz_xieDestroyROIReq 8 +#define sz_xieCreatePhotospaceReq 8 +#define sz_xieDestroyPhotospaceReq 8 +#define sz_xieExecuteImmediateReq 16 +#define sz_xieCreatePhotofloReq 12 +#define sz_xieDestroyPhotofloReq 8 +#define sz_xieExecutePhotofloReq 12 +#define sz_xieModifyPhotofloReq 12 +#define sz_xieRedefinePhotofloReq 12 +#define sz_xiePutClientDataReq 20 +#define sz_xieGetClientDataReq 20 +#define sz_xieGetClientDataReply 32 +#define sz_xieQueryPhotofloReq 12 +#define sz_xieQueryPhotofloReply 32 +#define sz_xieAwaitReq 12 +#define sz_xieAbortReq 12 + +#define sz_xiePhotofloDoneEvn 32 +#define sz_xieColorAllocEvn 32 +#define sz_xieDecodeNotifyEvn 32 +#define sz_xieExportAvailableEvn 32 +#define sz_xieImportObscuredEvn 32 +#define sz_xieFloEvn 32 + +#define sz_xieResourceErr 32 +#define sz_xieFloAccessErr 32 +#define sz_xieFloAllocErr 32 +#define sz_xieFloElementErr 32 +#define sz_xieFloIDErr 32 +#define sz_xieFloLengthErr 32 +#define sz_xieFloMatchErr 32 +#define sz_xieFloSourceErr 32 +#define sz_xieFloDomainErr 32 +#define sz_xieFloOperatorErr 32 +#define sz_xieFloTechniqueErr 32 +#define sz_xieFloValueErr 32 +#define sz_xieFloImplementationErr 32 +#define sz_xieFloErr 32 + +#undef Drawable +#undef Colormap +#undef GContext + +#endif /* _XIEPROTO_H_ */ diff --git a/xie/xc/include/extensions/XIEprotost.h b/xie/xc/include/extensions/XIEprotost.h new file mode 100644 index 0000000..2298afe --- /dev/null +++ b/xie/xc/include/extensions/XIEprotost.h @@ -0,0 +1,1118 @@ +/* $XConsortium: XIEprotost.h,v 1.6 94/04/17 20:11:12 mor Exp $ */ +/****************************************************************************** + + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. + + +******************************************************************************/ + +#ifndef _XIEPROTOST_H_ +#define _XIEPROTOST_H_ + +#include /* defines things like CARD32 */ + +#define Drawable CARD32 +#define Colormap CARD32 +#define GContext CARD32 + +typedef CARD32 xieTypFloat; + +#ifndef WORD64 + +typedef xieTypFloat xieTypConstant[3]; + +typedef xieTypFloat xieTypMatrix[9]; + +#else /* WORD64 */ + +typedef CARD8 xieTypConstant[12]; + +typedef CARD8 xieTypMatrix[36]; + +#endif /* WORD64 */ + + +typedef CARD8 xieTypAlignment; + +typedef CARD8 xieTypArithmeticOp; + +typedef CARD16 xieTypColorAllocTechnique; + +typedef CARD32 xieTypColorList; + +typedef CARD8 xieTypCompareOp; + +typedef CARD16 xieTypConstrainTechnique; + +typedef CARD16 xieTypConvertFromRGBTechnique; + +typedef CARD16 xieTypConvertToRGBTechnique; + +typedef CARD16 xieTypConvolveTechnique; + +typedef CARD8 xieTypDataClass; + +typedef CARD8 xieTypDataType; + +typedef CARD16 xieTypDecodeTechnique; + +typedef CARD16 xieTypDitherTechnique; + +typedef CARD16 xieTypEncodeTechnique; + +typedef CARD32 xieTypPhotospace; + +typedef CARD32 xieTypPhotoflo; + +typedef struct { + union { + struct { + xieTypPhotospace nameSpace B32; + CARD32 floID B32; + } immed; + struct { + CARD32 nameSpace B32; + xieTypPhotoflo floID B32; + } stored; + } u; +} xieTypExecutable; + +typedef CARD8 xieTypExportNotify; + +typedef CARD8 xieTypExportState; + +typedef CARD16 xieTypGamutTechnique; + +typedef CARD16 xieTypGeometryTechnique; + +typedef struct { + CARD32 value B32; + CARD32 count B32; +} xieTypHistogramData; + +typedef CARD16 xieTypHistogramShape; + +typedef CARD8 xieTypInterleave; + +typedef CARD32 xieTypLevels[3]; + +typedef CARD32 xieTypLUT; + +typedef CARD8 xieTypMathOp; + +typedef CARD8 xieTypOrientation; + +typedef CARD8 xieTypPhotofloOutcome; + +typedef CARD8 xieTypPhotofloState; + +typedef CARD32 xieTypPhotomap; + +typedef CARD16 xieTypPhototag; + +typedef struct { + INT32 offsetX B32; + INT32 offsetY B32; + xieTypPhototag domain B16; +} xieTypProcessDomain; + +typedef struct { + INT32 x B32; + INT32 y B32; + CARD32 width B32; + CARD32 height B32; +} xieTypRectangle; + +typedef CARD32 xieTypROI; + +typedef CARD8 xieTypServiceClass; + +typedef CARD8 xieTypTechniqueGroup; + +typedef struct { + BOOL needsParam; + xieTypTechniqueGroup group; + CARD16 number B16; + CARD8 speed; + CARD8 nameLength; + CARD16 pad B16; + /* LISTofCARD8 (nameLength) */ + /* pad (nameLength) */ +} xieTypTechniqueRec; + +typedef struct { + xieTypPhototag src B16; + CARD16 pad B16; + INT32 dstX B32; + INT32 dstY B32; +} xieTypTile; + +typedef CARD8 xieTypTripleofCARD8[3]; + +typedef CARD16 xieTypTripleofCARD16[3]; + +typedef CARD32 xieTypTripleofCARD32[3]; + +typedef CARD16 xieTypWhiteAdjustTechnique; + + +/* + * Generic Element + */ + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; +} xieFlo; + +/* + * Import Elements + */ +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypDataClass class; + xieTypOrientation bandOrder; + CARD16 pad B16; + CARD32 length0 B32; + CARD32 length1 B32; + CARD32 length2 B32; + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; +} xieFloImportClientLUT; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + BOOL notify; + xieTypDataClass class; + CARD16 pad B16; + CARD32 width0 B32; + CARD32 width1 B32; + CARD32 width2 B32; + CARD32 height0 B32; + CARD32 height1 B32; + CARD32 height2 B32; + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; + xieTypDecodeTechnique decodeTechnique B16; + CARD16 lenParams B16; + /* Technique dependent decode params */ +} xieFloImportClientPhoto; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + CARD32 rectangles B32; +} xieFloImportClientROI; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + Drawable drawable B32; + INT16 srcX B16; + INT16 srcY B16; + CARD16 width B16; + CARD16 height B16; + CARD32 fill B32; + BOOL notify; + CARD8 pad[3]; +} xieFloImportDrawable; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + Drawable drawable B32; + INT16 srcX B16; + INT16 srcY B16; + CARD16 width B16; + CARD16 height B16; + CARD32 fill B32; + CARD32 bitPlane B32; + BOOL notify; + CARD8 pad[3]; +} xieFloImportDrawablePlane; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypLUT lut B32; +} xieFloImportLUT; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhotomap photomap B32; + BOOL notify; + CARD8 pad[3]; +} xieFloImportPhotomap; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypROI roi B32; +} xieFloImportROI; + + +/* + * Process Elements + */ +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src1 B16; + xieTypPhototag src2 B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + xieTypArithmeticOp operator; + CARD8 bandMask; + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; +} xieFloArithmetic; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src1 B16; + xieTypPhototag src2 B16; + xieTypPhototag src3 B16; + CARD16 pad B16; +} xieFloBandCombine; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + CARD32 levels B32; + xieTypFloat bias B32; + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; +} xieFloBandExtract; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD8 bandNumber; + CARD8 pad; +} xieFloBandSelect; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src1 B16; + xieTypPhototag src2 B16; + xieTypPhototag alpha B16; + CARD16 pad1 B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + CARD8 bandMask; + CARD8 pad2; + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; + xieTypFloat alphaConst B32; +} xieFloBlend; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src1 B16; + xieTypPhototag src2 B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + xieTypCompareOp operator; + BOOL combine; + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; + CARD8 bandMask; + CARD8 pad[3]; +} xieFloCompare; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; + xieTypConstrainTechnique constrain B16; + CARD16 lenParams B16; + /* Technique dependent constrain params */ +} xieFloConstrain; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + xieTypDataClass class; + CARD8 precision; + Colormap colormap B32; +} xieFloConvertFromIndex; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + xieTypConvertFromRGBTechnique convert B16; + CARD16 lenParams B16; + /* Technique dependent conversion params */ +} xieFloConvertFromRGB; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + BOOL notify; + CARD8 pad; + Colormap colormap B32; + xieTypColorList colorList B32; + xieTypColorAllocTechnique colorAlloc B16; + CARD16 lenParams B16; + /* Technique dependent color alloc params */ +} xieFloConvertToIndex; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + xieTypConvertToRGBTechnique convert B16; + CARD16 lenParams B16; + /* Technique dependent conversion params */ +} xieFloConvertToRGB; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + CARD8 bandMask; + CARD8 kernelSize; + xieTypConvolveTechnique convolve B16; + CARD16 lenParams B16; + /* LISTofFloat (kernelSize^2) */ + /* Technique dependent convolve params */ +} xieFloConvolve; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD8 bandMask; + CARD8 pad; + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; + xieTypDitherTechnique dither B16; + CARD16 lenParams B16; + /* Technique dependent dither params */ +} xieFloDither; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD8 bandMask; + CARD8 pad; + CARD32 width B32; + CARD32 height B32; + xieTypFloat a B32; + xieTypFloat b B32; + xieTypFloat c B32; + xieTypFloat d B32; + xieTypFloat tx B32; + xieTypFloat ty B32; + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; + xieTypGeometryTechnique sample B16; + CARD16 lenParams B16; + /* Technique dependent sample params */ +} xieFloGeometry; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src1 B16; + xieTypPhototag src2 B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + CARD8 operator; + CARD8 bandMask; + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; +} xieFloLogical; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad1 B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + CARD16 pad2 B16; + xieTypHistogramShape shape B16; + CARD16 lenParams B16; + /* Technique dependent shape params */ +} xieFloMatchHistogram; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + xieTypMathOp operator; + CARD8 bandMask; +} xieFloMath; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + CARD16 numTiles B16; + CARD16 pad B16; + CARD32 width B32; + CARD32 height B32; + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; + /* LISTofTile (numTiles) */ +} xieFloPasteUp; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + xieTypPhototag lut B16; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + CARD8 bandMask; + CARD8 pad; +} xieFloPoint; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; +} xieFloUnconstrain; + + +/* + * Export Elements + */ +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + xieTypExportNotify notify; + CARD8 pad1; + INT32 domainOffsetX B32; + INT32 domainOffsetY B32; + xieTypPhototag domainPhototag B16; + CARD16 pad2 B16; +} xieFloExportClientHistogram; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + xieTypExportNotify notify; + xieTypOrientation bandOrder; + CARD32 start0 B32; + CARD32 start1 B32; + CARD32 start2 B32; + CARD32 length0 B32; + CARD32 length1 B32; + CARD32 length2 B32; +} xieFloExportClientLUT; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + xieTypExportNotify notify; + CARD8 pad; + xieTypEncodeTechnique encodeTechnique B16; + CARD16 lenParams B16; + /* Technique dependent encode params */ +} xieFloExportClientPhoto; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + xieTypExportNotify notify; + CARD8 pad; +} xieFloExportClientROI; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + INT16 dstX B16; + INT16 dstY B16; + CARD16 pad B16; + Drawable drawable B32; + GContext gc B32; +} xieFloExportDrawable; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + INT16 dstX B16; + INT16 dstY B16; + CARD16 pad B16; + Drawable drawable B32; + GContext gc B32; +} xieFloExportDrawablePlane; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD8 merge; + CARD8 pad; + xieTypLUT lut B32; + CARD32 start0 B32; + CARD32 start1 B32; + CARD32 start2 B32; +} xieFloExportLUT; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + xieTypPhotomap photomap B32; + xieTypEncodeTechnique encodeTechnique B16; + CARD16 lenParams B16; + /* Technique dependent encode params */ +} xieFloExportPhotomap; + +typedef struct { + CARD16 elemType B16; + CARD16 elemLength B16; + xieTypPhototag src B16; + CARD16 pad B16; + xieTypROI roi B32; +} xieFloExportROI; + + +/* + * Technique Parameters + */ + +typedef struct { + xieTypFloat inputLow0 B32; + xieTypFloat inputLow1 B32; + xieTypFloat inputLow2 B32; + xieTypFloat inputHigh0 B32; + xieTypFloat inputHigh1 B32; + xieTypFloat inputHigh2 B32; + CARD32 outputLow0 B32; + CARD32 outputLow1 B32; + CARD32 outputLow2 B32; + CARD32 outputHigh0 B32; + CARD32 outputHigh1 B32; + CARD32 outputHigh2 B32; +} xieTecClipScale; + +typedef struct { + CARD32 fill B32; +} xieTecColorAllocAll; + +typedef struct { + xieTypFloat matchLimit B32; + xieTypFloat grayLimit B32; +} xieTecColorAllocMatch; + +typedef struct { + CARD32 maxCells B32; +} xieTecColorAllocRequantize; + +typedef struct { + xieTypFloat matrix00 B32; + xieTypFloat matrix01 B32; + xieTypFloat matrix02 B32; + xieTypFloat matrix10 B32; + xieTypFloat matrix11 B32; + xieTypFloat matrix12 B32; + xieTypFloat matrix20 B32; + xieTypFloat matrix21 B32; + xieTypFloat matrix22 B32; + xieTypWhiteAdjustTechnique whiteAdjusted B16; + CARD16 lenParams B16; + /* Technique dependent white params */ +} xieTecRGBToCIELab, xieTecRGBToCIEXYZ; + +typedef struct { + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; + xieTypFloat lumaRed B32; + xieTypFloat lumaGreen B32; + xieTypFloat lumaBlue B32; + xieTypFloat bias0 B32; + xieTypFloat bias1 B32; + xieTypFloat bias2 B32; +} xieTecRGBToYCbCr; + +typedef struct { + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; + xieTypFloat lumaRed B32; + xieTypFloat lumaGreen B32; + xieTypFloat lumaBlue B32; + xieTypFloat scale B32; +} xieTecRGBToYCC; + +typedef struct { + xieTypFloat matrix00 B32; + xieTypFloat matrix01 B32; + xieTypFloat matrix02 B32; + xieTypFloat matrix10 B32; + xieTypFloat matrix11 B32; + xieTypFloat matrix12 B32; + xieTypFloat matrix20 B32; + xieTypFloat matrix21 B32; + xieTypFloat matrix22 B32; + xieTypWhiteAdjustTechnique whiteAdjusted B16; + CARD16 lenWhiteParams B16; + xieTypGamutTechnique gamutCompress B16; + CARD16 lenGamutParams B16; + /* Technique dependent white params */ + /* Technique dependent gamut params */ +} xieTecCIELabToRGB, xieTecCIEXYZToRGB; + +typedef struct { + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; + xieTypFloat lumaRed B32; + xieTypFloat lumaGreen B32; + xieTypFloat lumaBlue B32; + xieTypFloat bias0 B32; + xieTypFloat bias1 B32; + xieTypFloat bias2 B32; + xieTypGamutTechnique gamutCompress B16; + CARD16 lenGamutParams B16; + /* Technique dependent gamut params */ +} xieTecYCbCrToRGB; + +typedef struct { + CARD32 levels0 B32; + CARD32 levels1 B32; + CARD32 levels2 B32; + xieTypFloat lumaRed B32; + xieTypFloat lumaGreen B32; + xieTypFloat lumaBlue B32; + xieTypFloat scale B32; + xieTypGamutTechnique gamutCompress B16; + CARD16 lenGamutParams B16; + /* Technique dependent gamut params */ +} xieTecYCCToRGB; + +typedef struct { + xieTypFloat constant0 B32; + xieTypFloat constant1 B32; + xieTypFloat constant2 B32; +} xieTecConvolveConstant; + +typedef struct { + xieTypOrientation fillOrder; + xieTypOrientation pixelOrder; + CARD8 pixelStride; + CARD8 leftPad; + CARD8 scanlinePad; + CARD8 pad[3]; +} xieTecDecodeUncompressedSingle; + +typedef struct { + CARD8 leftPad[3]; + xieTypOrientation fillOrder; + CARD8 pixelStride[3]; + xieTypOrientation pixelOrder; + CARD8 scanlinePad[3]; + xieTypOrientation bandOrder; + xieTypInterleave interleave; + CARD8 pad[3]; +} xieTecDecodeUncompressedTriple; + +typedef struct { + xieTypOrientation encodedOrder; + BOOL normal; + BOOL radiometric; + CARD8 pad; +} xieTecDecodeG31D, xieTecDecodeG32D, xieTecDecodeG42D, + xieTecDecodeTIFF2; + +typedef struct { + xieTypOrientation encodedOrder; + BOOL normal; + CARD16 pad B16; +} xieTecDecodeTIFFPackBits; + +typedef struct { + xieTypInterleave interleave; + xieTypOrientation bandOrder; + BOOL upSample; + CARD8 pad; +} xieTecDecodeJPEGBaseline; + +typedef struct { + xieTypInterleave interleave; + xieTypOrientation bandOrder; + CARD16 pad B16; +} xieTecDecodeJPEGLossless; + +typedef struct { + CARD8 thresholdOrder; + CARD8 pad[3]; +} xieTecDitherOrdered; + +typedef struct { + CARD8 preference; + CARD8 pad[3]; +} xieTecEncodeServerChoice; + +typedef struct { + xieTypOrientation fillOrder; + xieTypOrientation pixelOrder; + CARD8 pixelStride; + CARD8 scanlinePad; +} xieTecEncodeUncompressedSingle; + +typedef struct { + CARD8 pixelStride[3]; + xieTypOrientation pixelOrder; + CARD8 scanlinePad[3]; + xieTypOrientation fillOrder; + xieTypOrientation bandOrder; + xieTypInterleave interleave; + CARD16 pad B16; +} xieTecEncodeUncompressedTriple; + +typedef struct { + xieTypOrientation encodedOrder; + BOOL alignEol; + BOOL radiometric; + CARD8 pad; +} xieTecEncodeG31D; + +typedef struct { + xieTypOrientation encodedOrder; + BOOL alignEol; + BOOL radiometric; + BOOL uncompressed; + CARD32 kFactor B32; +} xieTecEncodeG32D; + +typedef struct { + xieTypOrientation encodedOrder; + BOOL radiometric; + BOOL uncompressed; + CARD8 pad; +} xieTecEncodeG42D; + +typedef struct { + xieTypInterleave interleave; + xieTypOrientation bandOrder; + CARD8 horizontalSamples[3]; + CARD8 verticalSamples[3]; + CARD16 lenQtable B16; /* multiple of 4 */ + CARD16 lenACtable B16; /* multiple of 4 */ + CARD16 lenDCtable B16; /* multiple of 4 */ + CARD16 pad B16; + /* LISTofCARD8 (Qtable) */ + /* LISTofCARD8 (ACtable) */ + /* LISTofCARD8 (DCtable) */ +} xieTecEncodeJPEGBaseline; + +typedef struct { + xieTypInterleave interleave; + xieTypOrientation bandOrder; + CARD16 lenTable B16; /* multiple of 4 */ + CARD8 predictor[3]; + CARD8 pad; + /* LISTofCARD8 (table) */ +} xieTecEncodeJPEGLossless; + +typedef struct { + xieTypOrientation encodedOrder; + BOOL radiometric; + CARD16 pad B16; +} xieTecEncodeTIFF2; + +typedef struct { + xieTypOrientation encodedOrder; + CARD8 pad[3]; +} xieTecEncodeTIFFPackBits; + +typedef struct { + INT16 simple B16; + CARD16 pad B16; +} xieTecGeomAntialiasByArea; + +typedef struct { + INT16 kernelSize B16; + CARD16 pad B16; +} xieTecGeomAntialiasByLowpass; + +typedef struct { + CARD8 radius; + BOOL simple; + CARD16 pad B16; + xieTypFloat sigma B32; + xieTypFloat normalize B32; +} xieTecGeomGaussian; + +typedef struct { + CARD8 modify; + CARD8 pad[3]; +} xieTecGeomNearestNeighbor; + +typedef struct { + xieTypFloat mean B32; + xieTypFloat sigma B32; +} xieTecHistogramGaussian; + +typedef struct { + BOOL shapeFactor; + CARD8 pad[3]; + xieTypFloat constant B32; +} xieTecHistogramHyperbolic; + +typedef struct { + xieTypFloat whitePoint0 B32; + xieTypFloat whitePoint1 B32; + xieTypFloat whitePoint2 B32; +} xieTecWhiteAdjustCIELabShift; + + +/* + * SIZEOF values + */ +#define sz_xieTypAlignment 1 +#define sz_xieTypArithmeticOp 1 +#define sz_xieTypColorAllocTechnique 2 +#define sz_xieTypColorList 4 +#define sz_xieTypCompareOp 1 +#define sz_xieTypConstant 12 +#define sz_xieTypConstrainTechnique 2 +#define sz_xieTypConvertFromRGBTechnique 2 +#define sz_xieTypConvertToRGBTechnique 2 +#define sz_xieTypConvolveTechnique 2 +#define sz_xieTypDataClass 1 +#define sz_xieTypDataType 1 +#define sz_xieTypDecodeTechnique 2 +#define sz_xieTypDitherTechnique 2 +#define sz_xieTypEncodeTechnique 2 +#define sz_xieTypPhotospace 4 +#define sz_xieTypPhotoflo 4 +#define sz_xieTypExecutable 8 +#define sz_xieTypExportNotify 1 +#define sz_xieTypExportState 1 +#define sz_xieTypFloat 4 +#define sz_xieTypGamutTechnique 2 +#define sz_xieTypGeometryTechnique 2 +#define sz_xieTypHistogramData 8 +#define sz_xieTypHistogramShape 2 +#define sz_xieTypInterleave 1 +#define sz_xieTypLevels 12 +#define sz_xieTypLUT 4 +#define sz_xieTypMathOp 1 +#define sz_xieTypMatrix 36 +#define sz_xieTypOrientation 1 +#define sz_xieTypPhotofloOutcome 1 +#define sz_xieTypPhotofloState 1 +#define sz_xieTypPhotomap 4 +#define sz_xieTypPhototag 2 +#define sz_xieTypProcessDomain 12 +#define sz_xieTypRectangle 16 +#define sz_xieTypROI 4 +#define sz_xieTypServiceClass 1 +#define sz_xieTypTechniqueGroup 1 +#define sz_xieTypTechniqueRec 8 +#define sz_xieTypTile 12 +#define sz_xieTypTripleofCARD8 3 +#define sz_xieTypTripleofCARD16 6 +#define sz_xieTypTripleofCARD32 12 +#define sz_xieTypWhiteAdjustTechnique 2 +#define sz_xieFloImportClientLUT 32 +#define sz_xieFloImportClientPhoto 48 +#define sz_xieFloImportClientROI 8 +#define sz_xieFloImportDrawable 24 +#define sz_xieFloImportDrawablePlane 28 +#define sz_xieFloImportLUT 8 +#define sz_xieFloImportPhotomap 12 +#define sz_xieFloImportROI 8 +#define sz_xieFloArithmetic 32 +#define sz_xieFloBandCombine 12 +#define sz_xieFloBandExtract 28 +#define sz_xieFloBandSelect 8 +#define sz_xieFloBlend 40 +#define sz_xieFloCompare 36 +#define sz_xieFloConstrain 24 +#define sz_xieFloConvertFromIndex 12 +#define sz_xieFloConvertFromRGB 12 +#define sz_xieFloConvertToIndex 20 +#define sz_xieFloConvertToRGB 12 +#define sz_xieFloConvolve 24 +#define sz_xieFloDither 24 +#define sz_xieFloGeometry 56 +#define sz_xieFloLogical 32 +#define sz_xieFloMatchHistogram 24 +#define sz_xieFloMath 20 +#define sz_xieFloPasteUp 28 +#define sz_xieFloPoint 20 +#define sz_xieFloUnconstrain 8 +#define sz_xieFloExportClientHistogram 20 +#define sz_xieFloExportClientLUT 32 +#define sz_xieFloExportClientPhoto 12 +#define sz_xieFloExportClientROI 8 +#define sz_xieFloExportDrawable 20 +#define sz_xieFloExportDrawablePlane 20 +#define sz_xieFloExportLUT 24 +#define sz_xieFloExportPhotomap 16 +#define sz_xieFloExportROI 12 +#define sz_xieTecColorAllocAll 4 +#define sz_xieTecColorAllocMatch 8 +#define sz_xieTecColorAllocRequantize 4 +#define sz_xieTecClipScale 48 +#define sz_xieTecHardClip 0 +#define sz_xieTecRGBToCIELab 40 +#define sz_xieTecRGBToCIEXYZ 40 +#define sz_xieTecRGBToYCbCr 36 +#define sz_xieTecRGBToYCC 28 +#define sz_xieTecYCbCrToRGB 40 +#define sz_xieTecYCCToRGB 32 +#define sz_xieTecCIELabToRGB 44 +#define sz_xieTecCIEXYZToRGB 44 +#define sz_xieTecConvolveConstant 12 +#define sz_xieTecConvolveReplicate 0 +#define sz_xieTecDecodeUncompressedSingle 8 +#define sz_xieTecDecodeUncompressedTriple 16 +#define sz_xieTecDecodeG31D 4 +#define sz_xieTecDecodeG32D 4 +#define sz_xieTecDecodeG42D 4 +#define sz_xieTecDecodeTIFF2 4 +#define sz_xieTecDecodeTIFFPackBits 4 +#define sz_xieTecDecodeJPEGBaseline 4 +#define sz_xieTecDecodeJPEGLossless 4 +#define sz_xieTecDitherOrdered 4 +#define sz_xieTecDitherErrorDiffusion 4 +#define sz_xieTecEncodeServerChoice 4 +#define sz_xieTecEncodeUncompressedSingle 4 +#define sz_xieTecEncodeUncompressedTriple 12 +#define sz_xieTecEncodeG31D 4 +#define sz_xieTecEncodeG32D 8 +#define sz_xieTecEncodeG42D 4 +#define sz_xieTecEncodeJPEGBaseline 16 +#define sz_xieTecEncodeJPEGLossless 8 +#define sz_xieTecEncodeTIFF2 4 +#define sz_xieTecEncodeTIFFPackBits 4 +#define sz_xieTecGamutNone 0 +#define sz_xieTecGamutClipRGB 0 +#define sz_xieTecGeomAntialias 0 +#define sz_xieTecGeomAntialiasByArea 4 +#define sz_xieTecGeomAntialiasByLowpass 4 +#define sz_xieTecGeomBilinearInterpolation 0 +#define sz_xieTecGeomGaussian 12 +#define sz_xieTecGeomNearestNeighbor 4 +#define sz_xieTecHistogramFlat 0 +#define sz_xieTecHistogramGaussian 8 +#define sz_xieTecHistogramHyperbolic 8 +#define sz_xieTecWhiteAdjustNone 0 +#define sz_xieTecWhiteAdjustCIELabShift 12 + +#undef Drawable +#undef Colormap +#undef GContext + +#endif /* _XIEPROTOST_H_ */ diff --git a/xie/xc/lib/XIE/Imakefile b/xie/xc/lib/XIE/Imakefile new file mode 100644 index 0000000..d919f09 --- /dev/null +++ b/xie/xc/lib/XIE/Imakefile @@ -0,0 +1,71 @@ +XCOMM $XConsortium: Imakefile,v 1.6 94/03/27 15:53:33 rws Exp $ + +#define DoNormalLib NormalLibXie +#define DoSharedLib SharedLibXie +#define DoDebugLib DebugLibXie +#define DoProfileLib ProfileLibXie +#define LibName XIE +#define SoRev SOXIEREV +#define IncSubdir extensions + +#include + +#ifdef SharedXieReqs +REQUIREDLIBS = SharedXieReqs +#endif + +#if Malloc0ReturnsNull +ALLOC_DEFINES = -DMALLOC_0_RETURNS_NULL +#endif + +DEFINES = $(ALLOC_DEFINES) + +HEADERS = XIElib.h + +SRCS = abort.c \ + await.c \ + clientdata.c \ + colorlist.c \ + conven.c \ + elements.c \ + free.c \ + errors.c \ + events.c \ + ieee.c \ + init.c \ + lut.c \ + photoflo.c \ + photomap.c \ + photospace.c \ + roi.c \ + technique.c \ + utils.c + +OBJS = abort.o \ + await.o \ + clientdata.o \ + colorlist.o \ + conven.o \ + elements.o \ + errors.o \ + events.o \ + free.o \ + ieee.o \ + init.o \ + lut.o \ + photoflo.o \ + photomap.o \ + photospace.o \ + roi.o \ + technique.o \ + utils.o + +#include + +#ifdef NativeFPFormat +NATIVE_FP_FORMAT = NativeFPFormat +FP_DEFINES = -DNATIVE_FP_FORMAT=$(NATIVE_FP_FORMAT) +SpecialCLibObjectRule(ieee,$(ICONFIGFILES),$(FP_DEFINES)) +#endif + +DependTarget() diff --git a/xie/xc/lib/XIE/XIE-def.cpp b/xie/xc/lib/XIE/XIE-def.cpp new file mode 100644 index 0000000..010c417 --- /dev/null +++ b/xie/xc/lib/XIE/XIE-def.cpp @@ -0,0 +1,112 @@ +LIBRARY XIE +VERSION LIBRARY_VERSION +EXPORTS + XieAbort + XieAllocatePhotofloGraph + XieAwait + XieCreateColorList + XieCreateLUT + XieCreatePhotoflo + XieCreatePhotomap + XieCreatePhotospace + XieCreateROI + XieDestroyColorList + XieDestroyLUT + XieDestroyPhotoflo + XieDestroyPhotomap + XieDestroyPhotospace + XieDestroyROI + XieExecuteImmediate + XieExecutePhotoflo + XieFloArithmetic + XieFloBandCombine + XieFloBandExtract + XieFloBandSelect + XieFloBlend + XieFloCompare + XieFloConstrain + XieFloConvertFromIndex + XieFloConvertFromRGB + XieFloConvertToIndex + XieFloConvertToRGB + XieFloConvolve + XieFloDither + XieFloExportClientHistogram + XieFloExportClientLUT + XieFloExportClientPhoto + XieFloExportClientROI + XieFloExportDrawable + XieFloExportDrawablePlane + XieFloExportLUT + XieFloExportPhotomap + XieFloExportROI + XieFloGeometry + XieFloImportClientLUT + XieFloImportClientPhoto + XieFloImportClientROI + XieFloImportDrawable + XieFloImportDrawablePlane + XieFloImportLUT + XieFloImportPhotomap + XieFloImportROI + XieFloLogical + XieFloMatchHistogram + XieFloMath + XieFloPasteUp + XieFloPoint + XieFloUnconstrain + XieFreeEncodeJPEGBaseline + XieFreeEncodeJPEGLossless + XieFreePasteUpTiles + XieFreePhotofloGraph + XieFreeTechniques + XieGetClientData + XieInitialize + XieModifyPhotoflo + XiePurgeColorList + XiePutClientData + XieQueryColorList + XieQueryPhotoflo + XieQueryPhotomap + XieQueryTechniques + XieRedefinePhotoflo + XieTecCIELabToRGB + XieTecCIEXYZToRGB + XieTecClipScale + XieTecColorAllocAll + XieTecColorAllocMatch + XieTecColorAllocRequantize + XieTecConvolveConstant + XieTecDecodeG31D + XieTecDecodeG32D + XieTecDecodeG42D + XieTecDecodeJPEGBaseline + XieTecDecodeJPEGLossless + XieTecDecodeTIFF2 + XieTecDecodeTIFFPackBits + XieTecDecodeUncompressedSingle + XieTecDecodeUncompressedTriple + XieTecDitherOrderedParam + XieTecEncodeG31D + XieTecEncodeG32D + XieTecEncodeG42D + XieTecEncodeJPEGBaseline + XieTecEncodeJPEGLossless + XieTecEncodeServerChoice + XieTecEncodeTIFF2 + XieTecEncodeTIFFPackBits + XieTecEncodeUncompressedSingle + XieTecEncodeUncompressedTriple + XieTecGeomAntialiasByArea + XieTecGeomAntialiasByLowpass + XieTecGeomGaussian + XieTecGeomNearestNeighbor + XieTecHistogramGaussian + XieTecHistogramHyperbolic + XieTecRGBToCIELab + XieTecRGBToCIEXYZ + XieTecRGBToYCC + XieTecRGBToYCbCr + XieTecWhiteAdjustCIELabShift + XieTecYCCToRGB + XieTecYCbCrToRGB diff --git a/xie/xc/lib/XIE/XIElib.h b/xie/xc/lib/XIE/XIElib.h new file mode 100644 index 0000000..fff688b --- /dev/null +++ b/xie/xc/lib/XIE/XIElib.h @@ -0,0 +1,1916 @@ +/* $XConsortium: XIElib.h,v 1.12 95/04/28 18:01:11 mor Exp $ */ + +/* + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#ifndef _XIELIB_H_ +#define _XIELIB_H_ + +#include +#include + +/*--------------------------------------------------------------------------* + * XIE types * + *--------------------------------------------------------------------------*/ + +typedef float XieFloat; + +typedef float XieConstant[3]; + +typedef float XieMatrix[9]; + +typedef unsigned XieAlignment; + +typedef unsigned XieArithmeticOp; + +typedef unsigned XieColorAllocTechnique; + +typedef XID XieColorList; + +typedef unsigned XieColorspace; + +typedef unsigned XieCompareOp; + +typedef unsigned XieConstrainTechnique; + +typedef unsigned XieConvolveTechnique; + +typedef unsigned XieDataClass; + +typedef unsigned XieDataType; + +typedef unsigned XieDecodeTechnique; + +typedef unsigned XieDitherTechnique; + +typedef unsigned XieEncodeTechnique; + +typedef XID XiePhotospace; + +typedef XID XiePhotoflo; + +typedef unsigned XieExportNotify; + +typedef unsigned XieExportState; + +typedef unsigned XieGamutTechnique; + +typedef unsigned XieGeometryTechnique; + +typedef struct { + unsigned long value; + unsigned long count; +} XieHistogramData; + +typedef unsigned XieHistogramShape; + +typedef unsigned XieInterleave; + +typedef unsigned long XieLevels[3]; + +typedef XID XieLut; + +typedef unsigned XieMathOp; + +typedef unsigned XieOrientation; + +typedef unsigned XiePhotofloOutcome; + +typedef unsigned XiePhotofloState; + +typedef XID XiePhotomap; + +typedef unsigned XiePhototag; + +typedef struct { + int offset_x; + int offset_y; + XiePhototag phototag; +} XieProcessDomain; + +typedef struct { /* this is bcopyable on 32 bit machines */ + long x; /* when using PutClientData */ + long y; + unsigned long width; + unsigned long height; +} XieRectangle; + +typedef XID XieRoi; + +typedef unsigned XieServiceClass; + +typedef unsigned XieTechniqueGroup; + +typedef struct { + Bool needs_param; + XieTechniqueGroup group; + unsigned int number; + unsigned int speed; + char *name; +} XieTechnique; + +typedef struct { + XiePhototag src; + int dst_x; + int dst_y; +} XieTile; + +typedef unsigned long XieLTriplet[3]; + +typedef unsigned XieWhiteAdjustTechnique; + +#if NeedFunctionPrototypes +typedef void *XiePointer; +#else +typedef char *XiePointer; +#endif + + +/*--------------------------------------------------------------------------* + * Extension information * + *--------------------------------------------------------------------------*/ + +typedef struct { + unsigned server_major_rev; + unsigned server_minor_rev; + XieServiceClass service_class; + XieAlignment alignment; + int uncnst_mantissa; + int uncnst_min_exp; + int uncnst_max_exp; + int n_cnst_levels; /* number of constrained levels */ + unsigned long *cnst_levels; /* recommended constrained levels */ + int major_opcode; + int first_event; + int first_error; +} XieExtensionInfo; + + +/*--------------------------------------------------------------------------* + * Photoflo element union * + *--------------------------------------------------------------------------*/ + +typedef struct { + + int elemType; + + union { + + /* + * Import Elements + */ + + struct { + XieDataClass data_class; + XieOrientation band_order; + XieLTriplet length; + XieLevels levels; + } ImportClientLUT; + + struct { + XieDataClass data_class; + XieLTriplet width; + XieLTriplet height; + XieLevels levels; + Bool notify; + XieDecodeTechnique decode_tech; + XiePointer decode_param; + } ImportClientPhoto; + + struct { + unsigned int rectangles; + } ImportClientROI; + + struct { + Drawable drawable; + int src_x; + int src_y; + unsigned int width; + unsigned int height; + unsigned long fill; + Bool notify; + } ImportDrawable; + + struct { + Drawable drawable; + int src_x; + int src_y; + unsigned int width; + unsigned int height; + unsigned long fill; + unsigned long bit_plane; + Bool notify; + } ImportDrawablePlane; + + struct { + XieLut lut; + } ImportLUT; + + struct { + XiePhotomap photomap; + Bool notify; + } ImportPhotomap; + + struct { + XieRoi roi; + } ImportROI; + + + /* + * Process Elements + */ + + struct { + XiePhototag src1; + XiePhototag src2; + XieProcessDomain domain; + XieConstant constant; + XieArithmeticOp operator; + unsigned int band_mask; + } Arithmetic; + + struct { + XiePhototag src1; + XiePhototag src2; + XiePhototag src3; + } BandCombine; + + struct { + XiePhototag src; + unsigned int levels; + float bias; + XieConstant coefficients; + } BandExtract; + + struct { + XiePhototag src; + unsigned int band_number; + } BandSelect; + + struct { + XiePhototag src1; + XiePhototag src2; + XieConstant src_constant; + XiePhototag alpha; + float alpha_constant; + XieProcessDomain domain; + unsigned int band_mask; + } Blend; + + struct { + XiePhototag src1; + XiePhototag src2; + XieProcessDomain domain; + XieConstant constant; + XieCompareOp operator; + Bool combine; + unsigned int band_mask; + } Compare; + + struct { + XiePhototag src; + XieLevels levels; + XieConstrainTechnique constrain_tech; + XiePointer constrain_param; + } Constrain; + + struct { + XiePhototag src; + Colormap colormap; + XieDataClass data_class; + unsigned int precision; + } ConvertFromIndex; + + struct { + XiePhototag src; + XieColorspace color_space; + XiePointer color_param; + } ConvertFromRGB; + + struct { + XiePhototag src; + Colormap colormap; + XieColorList color_list; + Bool notify; + XieColorAllocTechnique color_alloc_tech; + XiePointer color_alloc_param; + } ConvertToIndex; + + struct { + XiePhototag src; + XieColorspace color_space; + XiePointer color_param; + } ConvertToRGB; + + struct { + XiePhototag src; + XieProcessDomain domain; + float *kernel; + int kernel_size; + unsigned int band_mask; + XieConvolveTechnique convolve_tech; + XiePointer convolve_param; + } Convolve; + + struct { + XiePhototag src; + XieLevels levels; + unsigned int band_mask; + XieDitherTechnique dither_tech; + XiePointer dither_param; + } Dither; + + struct { + XiePhototag src; + unsigned int width; + unsigned int height; + float coefficients[6]; + XieConstant constant; + unsigned int band_mask; + XieGeometryTechnique sample_tech; + XiePointer sample_param; + } Geometry; + + struct { + XiePhototag src1; + XiePhototag src2; + XieProcessDomain domain; + XieConstant constant; + int operator; + unsigned int band_mask; + } Logical; + + struct { + XiePhototag src; + XieProcessDomain domain; + XieHistogramShape shape; + XiePointer shape_param; + } MatchHistogram; + + struct { + XiePhototag src; + XieProcessDomain domain; + XieMathOp operator; + unsigned int band_mask; + } Math; + + struct { + unsigned int width; + unsigned int height; + XieConstant constant; + XieTile *tiles; + unsigned int tile_count; + } PasteUp; + + struct { + XiePhototag src; + XieProcessDomain domain; + XiePhototag lut; + unsigned int band_mask; + } Point; + + struct { + XiePhototag src; + } Unconstrain; + + /* + * Export Elements + */ + + struct { + XiePhototag src; + XieProcessDomain domain; + XieExportNotify notify; + } ExportClientHistogram; + + struct { + XiePhototag src; + XieOrientation band_order; + XieExportNotify notify; + XieLTriplet start; + XieLTriplet length; + } ExportClientLUT; + + struct { + XiePhototag src; + XieExportNotify notify; + XieEncodeTechnique encode_tech; + XiePointer encode_param; + } ExportClientPhoto; + + struct { + XiePhototag src; + XieExportNotify notify; + } ExportClientROI; + + struct { + XiePhototag src; + Drawable drawable; + GC gc; + int dst_x; + int dst_y; + } ExportDrawable; + + struct { + XiePhototag src; + Drawable drawable; + GC gc; + int dst_x; + int dst_y; + } ExportDrawablePlane; + + struct { + XiePhototag src; + XieLut lut; + Bool merge; + XieLTriplet start; + } ExportLUT; + + struct { + XiePhototag src; + XiePhotomap photomap; + XieEncodeTechnique encode_tech; + XiePointer encode_param; + } ExportPhotomap; + + struct { + XiePhototag src; + XieRoi roi; + } ExportROI; + + } data; +} XiePhotoElement; + +typedef XiePhotoElement *XiePhotofloGraph; + + +/*--------------------------------------------------------------------------* + * Technique Parameters * + *--------------------------------------------------------------------------*/ + +/* Color Alloc */ + +typedef struct { + unsigned long fill; +} XieColorAllocAllParam; + +typedef struct { + float match_limit; + float gray_limit; +} XieColorAllocMatchParam; + +typedef struct { + unsigned long max_cells; +} XieColorAllocRequantizeParam; + + +/* Colorspace - conversion from RGB */ + +typedef struct { + XieMatrix matrix; + XieWhiteAdjustTechnique white_adjust_tech; + XiePointer white_adjust_param; +} XieRGBToCIELabParam, XieRGBToCIEXYZParam; + +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + XieConstant bias; +} XieRGBToYCbCrParam; + +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + float scale; +} XieRGBToYCCParam; + + +/* Colorspace - conversion to RGB */ + +typedef struct { + XieMatrix matrix; + XieWhiteAdjustTechnique white_adjust_tech; + XiePointer white_adjust_param; + XieGamutTechnique gamut_tech; + XiePointer gamut_param; +} XieCIELabToRGBParam, XieCIEXYZToRGBParam; + +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + XieConstant bias; + XieGamutTechnique gamut_tech; + XiePointer gamut_param; +} XieYCbCrToRGBParam; + +typedef struct { + XieLevels levels; + float luma_red; + float luma_green; + float luma_blue; + float scale; + XieGamutTechnique gamut_tech; + XiePointer gamut_param; +} XieYCCToRGBParam; + +/* Constrain */ + +typedef struct { + XieConstant input_low,input_high; + XieLTriplet output_low,output_high; +} XieClipScaleParam; + + +/* Convolve */ + +typedef struct { + XieConstant constant; +} XieConvolveConstantParam; + + +/* Decode */ + +typedef struct { + XieOrientation fill_order; + XieOrientation pixel_order; + unsigned int pixel_stride; + unsigned int left_pad; + unsigned int scanline_pad; +} XieDecodeUncompressedSingleParam; + +typedef struct { + unsigned char left_pad[3]; + XieOrientation fill_order; + unsigned char pixel_stride[3]; + XieOrientation pixel_order; + unsigned char scanline_pad[3]; + XieOrientation band_order; + XieInterleave interleave; +} XieDecodeUncompressedTripleParam; + +typedef struct { + XieOrientation encoded_order; + Bool normal; + Bool radiometric; +} XieDecodeG31DParam, XieDecodeG32DParam, XieDecodeG42DParam, + XieDecodeTIFF2Param; + +typedef struct { + XieOrientation encoded_order; + Bool normal; +} XieDecodeTIFFPackBitsParam; + +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + Bool up_sample; +} XieDecodeJPEGBaselineParam; + +typedef struct { + XieInterleave interleave; + XieOrientation band_order; +} XieDecodeJPEGLosslessParam; + + +/* Dither */ + +typedef struct { + unsigned int threshold_order; +} XieDitherOrderedParam; + + +/* Encode */ + +typedef struct { + XieOrientation fill_order; + XieOrientation pixel_order; + unsigned int pixel_stride; + unsigned int scanline_pad; +} XieEncodeUncompressedSingleParam; + +typedef struct { + unsigned char pixel_stride[3]; + XieOrientation pixel_order; + unsigned char scanline_pad[3]; + XieOrientation fill_order; + XieOrientation band_order; + XieInterleave interleave; +} XieEncodeUncompressedTripleParam; + +typedef struct { + Bool align_eol; + Bool radiometric; + XieOrientation encoded_order; +} XieEncodeG31DParam; + +typedef struct { + Bool uncompressed; + Bool align_eol; + Bool radiometric; + XieOrientation encoded_order; + unsigned long k_factor; +} XieEncodeG32DParam; + +typedef struct { + Bool uncompressed; + Bool radiometric; + XieOrientation encoded_order; +} XieEncodeG42DParam; + +typedef struct { + unsigned int preference; +} XieEncodeServerChoiceParam; + +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + unsigned char horizontal_samples[3]; + unsigned char vertical_samples[3]; + char *q_table; + unsigned int q_size; + char *ac_table; + unsigned int ac_size; + char *dc_table; + unsigned int dc_size; +} XieEncodeJPEGBaselineParam; + +typedef struct { + XieInterleave interleave; + XieOrientation band_order; + unsigned char predictor[3]; + char *table; + unsigned int table_size; +} XieEncodeJPEGLosslessParam; + +typedef struct { + XieOrientation encoded_order; + Bool radiometric; +} XieEncodeTIFF2Param; + +typedef struct { + XieOrientation encoded_order; +} XieEncodeTIFFPackBitsParam; + + +/* Geometry */ + +typedef struct { + int simple; +} XieGeomAntialiasByAreaParam; + +typedef struct { + int kernel_size; +} XieGeomAntialiasByLowpassParam; + +typedef struct { + float sigma; + float normalize; + unsigned int radius; + Bool simple; +} XieGeomGaussianParam; + +typedef struct { + unsigned int modify; +} XieGeomNearestNeighborParam; + + +/* Histogram */ + +typedef struct { + float mean; + float sigma; +} XieHistogramGaussianParam; + +typedef struct { + float constant; + Bool shape_factor; +} XieHistogramHyperbolicParam; + + +/* White Adjust */ + +typedef struct { + XieConstant white_point; +} XieWhiteAdjustCIELabShiftParam; + + +/*--------------------------------------------------------------------------* + * Events * + *--------------------------------------------------------------------------*/ + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + XieColorList color_list; + XieColorAllocTechnique color_alloc_technique; + unsigned long color_alloc_data; +} XieColorAllocEvent; + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + XieDecodeTechnique decode_technique; + Bool aborted; + unsigned int band_number; + unsigned long width; + unsigned long height; +} XieDecodeNotifyEvent; + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + unsigned int band_number; + unsigned long data[3]; +} XieExportAvailableEvent; + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhototag src; + unsigned int elem_type; + Window window; + int x; + int y; + unsigned int width; + unsigned int height; +} XieImportObscuredEvent; + +typedef struct { + int type; + unsigned long serial; + Bool send_event; + Display *display; + unsigned long name_space; + Time time; + unsigned long flo_id; + XiePhotofloOutcome outcome; +} XiePhotofloDoneEvent; + + +/*--------------------------------------------------------------------------* + * Photoflo Errors * + *--------------------------------------------------------------------------*/ + +typedef struct { + int type; + Display *display; + unsigned long flo_id; + unsigned long serial; + unsigned char error_code; + unsigned char request_code; + unsigned char minor_code; + unsigned int flo_error_code; + unsigned long name_space; + XiePhototag phototag; + unsigned int elem_type; +} XieFloAccessError, XieFloAllocError, XieFloElementError, XieFloIDError, + XieFloLengthError, XieFloMatchError, XieFloSourceError; + +typedef struct { + int type; + Display *display; + unsigned long flo_id; + unsigned long serial; + unsigned char error_code; + unsigned char request_code; + unsigned char minor_code; + unsigned int flo_error_code; + unsigned long name_space; + XiePhototag phototag; + unsigned int elem_type; + XID resource_id; +} XieFloResourceError; + +typedef struct { + int type; + Display *display; + unsigned long flo_id; + unsigned long serial; + unsigned char error_code; + unsigned char request_code; + unsigned char minor_code; + unsigned int flo_error_code; + unsigned long name_space; + XiePhototag phototag; + unsigned int elem_type; + XiePhototag domain_src; +} XieFloDomainError; + +typedef struct { + int type; + Display *display; + unsigned long flo_id; + unsigned long serial; + unsigned char error_code; + unsigned char request_code; + unsigned char minor_code; + unsigned int flo_error_code; + unsigned long name_space; + XiePhototag phototag; + unsigned int elem_type; + unsigned int operator; +} XieFloOperatorError; + +typedef struct { + int type; + Display *display; + unsigned long flo_id; + unsigned long serial; + unsigned char error_code; + unsigned char request_code; + unsigned char minor_code; + unsigned int flo_error_code; + unsigned long name_space; + XiePhototag phototag; + unsigned int elem_type; + unsigned int technique_number; + unsigned int num_tech_params; + XieTechniqueGroup tech_group; +} XieFloTechniqueError; + +typedef struct { + int type; + Display *display; + unsigned long flo_id; + unsigned long serial; + unsigned char error_code; + unsigned char request_code; + unsigned char minor_code; + unsigned int flo_error_code; + unsigned long name_space; + XiePhototag phototag; + unsigned int elem_type; + unsigned long bad_value; +} XieFloValueError; + + +/*--------------------------------------------------------------------------* + * Function prototypes * + *--------------------------------------------------------------------------*/ + +/* Startup functions -------------------------------------------------------*/ + +extern Status XieInitialize ( +#if NeedFunctionPrototypes + Display * /* display */, + XieExtensionInfo ** /* extinfo_ret */ +#endif +); + +extern Status XieQueryTechniques ( +#if NeedFunctionPrototypes + Display * /* display */, + XieTechniqueGroup /* technique_group */, + int * /* ntechniques_ret */, + XieTechnique ** /* techniques_ret */ +#endif +); + +extern void XieFreeTechniques ( +#if NeedFunctionPrototypes + XieTechnique * /* techs */, + unsigned int /* count */ +#endif +); + + +/* Color List functions ---------------------------------------------------*/ + +extern XieColorList XieCreateColorList ( +#if NeedFunctionPrototypes + Display * /* display */ +#endif +); + +extern void XieDestroyColorList ( +#if NeedFunctionPrototypes + Display * /* display */, + XieColorList /* color_list */ +#endif +); + +extern void XiePurgeColorList ( +#if NeedFunctionPrototypes + Display * /* display */, + XieColorList /* color_list */ +#endif +); + +extern Status XieQueryColorList ( +#if NeedFunctionPrototypes + Display * /* display */, + XieColorList /* color_list */, + Colormap * /* colormap_ret */, + unsigned * /* ncolors_ret */, + unsigned long ** /* colors_ret */ +#endif +); + + +/* LUT functions -----------------------------------------------------------*/ + +extern XieLut XieCreateLUT ( +#if NeedFunctionPrototypes + Display * /* display */ +#endif +); + +extern void XieDestroyLUT ( +#if NeedFunctionPrototypes + Display * /* display */, + XieLut /* lut */ +#endif +); + + +/* Photomap functions ------------------------------------------------------*/ + +extern XiePhotomap XieCreatePhotomap ( +#if NeedFunctionPrototypes + Display * /* display */ +#endif +); + +extern void XieDestroyPhotomap ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotomap /* photomap */ +#endif +); + +extern Status XieQueryPhotomap ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotomap /* photomap */, + Bool * /* populated_ret */, + XieDataType * /* datatype_ret */, + XieDataClass * /* class_ret */, + XieDecodeTechnique * /* decode_technique_ret */, + XieLTriplet /* width_ret */, + XieLTriplet /* height_ret */, + XieLTriplet /* levels_ret */ +#endif +); + + +/* ROI functions -----------------------------------------------------------*/ + +extern XieRoi XieCreateROI ( +#if NeedFunctionPrototypes + Display * /* display */ +#endif +); + +extern void XieDestroyROI ( +#if NeedFunctionPrototypes + Display * /* display */, + XieRoi /* roi */ +#endif +); + + +/* Photospace functions ----------------------------------------------------*/ + +extern XiePhotospace XieCreatePhotospace ( +#if NeedFunctionPrototypes + Display * /* display */ +#endif +); + +extern void XieDestroyPhotospace ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotospace /* photospace */ +#endif +); + +extern void XieExecuteImmediate ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotospace /* photospace */, + unsigned long /* flo_id */, + Bool /* notify */, + XiePhotoElement * /* elem_list */, + int /* elem_count */ +#endif +); + + +/* Photoflo functions ------------------------------------------------------*/ + +extern XiePhotoElement *XieAllocatePhotofloGraph ( +#if NeedFunctionPrototypes + unsigned int /* count */ +#endif +); + +extern void XieFreePhotofloGraph ( +#if NeedFunctionPrototypes + XiePhotoElement * /* elements */, + unsigned int /* count */ +#endif +); + +extern XiePhotoflo XieCreatePhotoflo ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotoElement * /* elem_list */, + int /* elem_count */ +#endif +); + +extern void XieDestroyPhotoflo ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotoflo /* photoflo */ +#endif +); + +extern void XieExecutePhotoflo ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotoflo /* photoflo */, + Bool /* notify */ +#endif +); + +extern void XieModifyPhotoflo ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotoflo /* photoflo */, + int /* start */, + XiePhotoElement * /* elem_list */, + int /* elem_count */ +#endif +); + +extern void XieRedefinePhotoflo ( +#if NeedFunctionPrototypes + Display * /* display */, + XiePhotoflo /* photoflo */, + XiePhotoElement * /* elem_list */, + int /* elem_count */ +#endif +); + +extern Status XieQueryPhotoflo ( +#if NeedFunctionPrototypes + Display * /* display */, + unsigned long /* name_space */, + unsigned long /* flo_id */, + XiePhotofloState * /* state_ret */, + XiePhototag ** /* data_expected_ret */, + unsigned int * /* nexpected_ret */, + XiePhototag ** /* data_available_ret */, + unsigned int * /* navailable_ret */ +#endif +); + + +/* Client Data functions ---------------------------------------------------*/ + +extern void XiePutClientData ( +#if NeedFunctionPrototypes + Display * /* display */, + unsigned long /* name_space */, + unsigned long /* flo_id */, + XiePhototag /* element */, + Bool /* final */, + unsigned /* band_number */, + unsigned char * /* data */, + unsigned /* nbytes */ +#endif +); + +extern Status XieGetClientData ( +#if NeedFunctionPrototypes + Display * /* display */, + unsigned long /* name_space */, + unsigned long /* flo_id */, + XiePhototag /* element */, + unsigned /* max_bytes */, + Bool /* terminate */, + unsigned /* band_number */, + XieExportState * /* new_state_ret */, + unsigned char ** /* data_ret */, + unsigned * /* nbytes_ret */ +#endif +); + + +/* Abort and Await functions -----------------------------------------------*/ + +extern void XieAbort ( +#if NeedFunctionPrototypes + Display * /* display */, + unsigned long /* name_space */, + unsigned long /* flo_id */ +#endif +); + +extern void XieAwait ( +#if NeedFunctionPrototypes + Display * /* display */, + unsigned long /* name_space */, + unsigned long /* flo_id */ +#endif +); + + +/* Photoflo element functions ----------------------------------------------*/ + +extern void XieFloImportClientLUT ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XieDataClass /* data_class */, + XieOrientation /* band_order */, + XieLTriplet /* length */, + XieLevels /* levels */ +#endif +); + +extern void XieFloImportClientPhoto ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XieDataClass /* data_class */, + XieLTriplet /* width */, + XieLTriplet /* height */, + XieLevels /* levels */, + Bool /* notify */, + XieDecodeTechnique /* decode_tech */, + XiePointer /* decode_param */ +#endif +); + +extern void XieFloImportClientROI ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + unsigned int /* rectangles */ +#endif +); + +extern void XieFloImportDrawable ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + Drawable /* drawable */, + int /* src_x */, + int /* src_y */, + unsigned int /* width */, + unsigned int /* height */, + unsigned long /* fill */, + Bool /* notify */ +#endif +); + +extern void XieFloImportDrawablePlane ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + Drawable /* drawable */, + int /* src_x */, + int /* src_y */, + unsigned int /* width */, + unsigned int /* height */, + unsigned long /* fill */, + unsigned long /* bit_plane */, + Bool /* notify */ +#endif +); + +extern void XieFloImportLUT ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XieLut /* lut */ +#endif +); + +extern void XieFloImportPhotomap ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhotomap /* photomap */, + Bool /* notify */ +#endif +); + +extern void XieFloImportROI ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XieRoi /* roi */ +#endif +); + +extern void XieFloArithmetic ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src1 */, + XiePhototag /* src2 */, + XieProcessDomain * /* domain */, + XieConstant /* constant */, + XieArithmeticOp /* operator */, + unsigned int /* band_mask */ +#endif +); + +extern void XieFloBandCombine ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src1 */, + XiePhototag /* src2 */, + XiePhototag /* src3 */ +#endif +); + +extern void XieFloBandExtract ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + unsigned int /* levels */, + double /* bias */, + XieConstant /* coefficients */ +#endif +); + +extern void XieFloBandSelect ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + unsigned int /* band_number */ +#endif +); + +extern void XieFloBlend ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src1 */, + XiePhototag /* src2 */, + XieConstant /* src_constant */, + XiePhototag /* alpha */, + double /* alpha_const */, + XieProcessDomain * /* domain */, + unsigned int /* band_mask */ +#endif +); + +extern void XieFloCompare ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src1 */, + XiePhototag /* src2 */, + XieProcessDomain * /* domain */, + XieConstant /* constant */, + XieCompareOp /* operator */, + Bool /* combine */, + unsigned int /* band_mask */ +#endif +); + +extern void XieFloConstrain ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieLevels /* levels */, + XieConstrainTechnique /* constrain_tech */, + XiePointer /* constrain_param */ +#endif +); + +extern void XieFloConvertFromIndex ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + Colormap /* colormap */, + XieDataClass /* data_class */, + unsigned int /* precision */ +#endif +); + +extern void XieFloConvertFromRGB ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieColorspace /* color_space */, + XiePointer /* color_param */ +#endif +); + +extern void XieFloConvertToIndex ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + Colormap /* colormap */, + XieColorList /* color_list */, + Bool /* notify */, + XieColorAllocTechnique /* color_alloc_tech */, + XiePointer /* color_alloc_param */ +#endif +); + +extern void XieFloConvertToRGB ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieColorspace /* color_space */, + XiePointer /* color_param */ +#endif +); + +extern void XieFloConvolve ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieProcessDomain * /* domain */, + float * /* kernel */, + int /* kernel_size */, + unsigned int /* band_mask */, + XieConvolveTechnique /* convolve_tech */, + XiePointer /* convolve_param */ +#endif +); + +extern void XieFloDither ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + unsigned int /* band_mask */, + XieLevels /* levels */, + XieDitherTechnique /* dither_tech */, + XiePointer /* dither_param */ +#endif +); + +extern void XieFloGeometry ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + unsigned int /* width */, + unsigned int /* height */, + float[6] /* coefficients[6] */, + XieConstant /* constant */, + unsigned int /* band_mask */, + XieGeometryTechnique /* sample_tech */, + XiePointer /* sample_param */ +#endif +); + +extern void XieFloLogical ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src1 */, + XiePhototag /* src2 */, + XieProcessDomain * /* domain */, + XieConstant /* constant */, + unsigned long /* operator */, + unsigned int /* band_mask */ +#endif +); + +extern void XieFloMatchHistogram ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieProcessDomain * /* domain */, + XieHistogramShape /* shape */, + XiePointer /* shape_param */ +#endif +); + +extern void XieFloMath ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieProcessDomain * /* domain */, + XieMathOp /* operator */, + unsigned int /* band_mask */ +#endif +); + +extern void XieFloPasteUp ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + unsigned int /* width */, + unsigned int /* height */, + XieConstant /* constant */, + XieTile * /* tiles */, + unsigned int /* tile_count */ +#endif +); + +extern void XieFloPoint ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieProcessDomain * /* domain */, + XiePhototag /* lut */, + unsigned int /* band_mask */ +#endif +); + +extern void XieFloUnconstrain ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */ +#endif +); + +extern void XieFloExportClientHistogram ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieProcessDomain * /* domain */, + XieExportNotify /* notify */ +#endif +); + +extern void XieFloExportClientLUT ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieOrientation /* band_order */, + XieExportNotify /* notify */, + XieLTriplet /* start */, + XieLTriplet /* length */ +#endif +); + +extern void XieFloExportClientPhoto ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieExportNotify /* notify */, + XieEncodeTechnique /* encode_tech */, + XiePointer /* encode_param */ +#endif +); + +extern void XieFloExportClientROI ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieExportNotify /* notify */ +#endif +); + +extern void XieFloExportDrawable ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + Drawable /* drawable */, + GC /* gc */, + int /* dst_x */, + int /* dst_y */ +#endif +); + +extern void XieFloExportDrawablePlane ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + Drawable /* drawable */, + GC /* gc */, + int /* dst_x */, + int /* dst_y */ +#endif +); + +extern void XieFloExportLUT ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieLut /* lut */, + Bool /* merge */, + XieLTriplet /* start */ +#endif +); + +extern void XieFloExportPhotomap ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XiePhotomap /* photomap */, + XieEncodeTechnique /* encode_tech */, + XiePointer /* encode_param */ +#endif +); + +extern void XieFloExportROI ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */, + XiePhototag /* src */, + XieRoi /* roi */ +#endif +); + + +/* Technique functions -----------------------------------------------------*/ + +extern XieColorAllocAllParam *XieTecColorAllocAll ( +#if NeedFunctionPrototypes + unsigned long /* fill */ +#endif +); + +extern XieColorAllocMatchParam *XieTecColorAllocMatch ( +#if NeedFunctionPrototypes + double /* match_limit */, + double /* gray_limit */ +#endif +); + +extern XieColorAllocRequantizeParam *XieTecColorAllocRequantize ( +#if NeedFunctionPrototypes + unsigned long /* max_cells */ +#endif +); + +extern XieRGBToCIELabParam *XieTecRGBToCIELab ( +#if NeedFunctionPrototypes + XieMatrix /* matrix */, + XieWhiteAdjustTechnique /* white_adjust_tech */, + XiePointer /* white_adjust_param */ +#endif +); + +extern XieRGBToCIEXYZParam *XieTecRGBToCIEXYZ ( +#if NeedFunctionPrototypes + XieMatrix /* matrix */, + XieWhiteAdjustTechnique /* white_adjust_tech */, + XiePointer /* white_adjust_param */ +#endif +); + +extern XieRGBToYCbCrParam *XieTecRGBToYCbCr ( +#if NeedFunctionPrototypes + XieLevels /* levels */, + double /* luma_red */, + double /* luma_green */, + double /* luma_blue */, + XieConstant /* bias */ +#endif +); + +extern XieRGBToYCCParam *XieTecRGBToYCC ( +#if NeedFunctionPrototypes + XieLevels /* levels */, + double /* luma_red */, + double /* luma_green */, + double /* luma_blue */, + double /* scale */ +#endif +); + +extern XieCIELabToRGBParam *XieTecCIELabToRGB ( +#if NeedFunctionPrototypes + XieMatrix /* matrix */, + XieWhiteAdjustTechnique /* white_adjust_tech */, + XiePointer /* white_adjust_param */, + XieGamutTechnique /* gamut_tech */, + XiePointer /* gamut_param */ +#endif +); + +extern XieCIEXYZToRGBParam *XieTecCIEXYZToRGB ( +#if NeedFunctionPrototypes + XieMatrix /* matrix */, + XieWhiteAdjustTechnique /* white_adjust_tech */, + XiePointer /* white_adjust_param */, + XieGamutTechnique /* gamut_tech */, + XiePointer /* gamut_param */ +#endif +); + +extern XieYCbCrToRGBParam *XieTecYCbCrToRGB ( +#if NeedFunctionPrototypes + XieLevels /* levels */, + double /* luma_red */, + double /* luma_green */, + double /* luma_blue */, + XieConstant /* bias */, + XieGamutTechnique /* gamut_tech */, + XiePointer /* gamut_param */ +#endif +); + +extern XieYCCToRGBParam *XieTecYCCToRGB ( +#if NeedFunctionPrototypes + XieLevels /* levels */, + double /* luma_red */, + double /* luma_green */, + double /* luma_blue */, + double /* scale */, + XieGamutTechnique /* gamut_tech */, + XiePointer /* gamut_param */ +#endif +); + +extern XieClipScaleParam *XieTecClipScale ( +#if NeedFunctionPrototypes + XieConstant /* in_low */, + XieConstant /* in_high */, + XieLTriplet /* out_low */, + XieLTriplet /* out_high */ +#endif +); + +extern XieConvolveConstantParam *XieTecConvolveConstant ( +#if NeedFunctionPrototypes + XieConstant /* constant */ +#endif +); + +extern XieDecodeUncompressedSingleParam *XieTecDecodeUncompressedSingle ( +#if NeedFunctionPrototypes + XieOrientation /* fill_order */, + XieOrientation /* pixel_order */, + unsigned int /* pixel_stride */, + unsigned int /* left_pad */, + unsigned int /* scanline_pad */ +#endif +); + +extern XieDecodeUncompressedTripleParam *XieTecDecodeUncompressedTriple ( +#if NeedFunctionPrototypes + XieOrientation /* fill_order */, + XieOrientation /* pixel_order */, + XieOrientation /* band_order */, + XieInterleave /* interleave */, + unsigned char[3] /* pixel_stride[3] */, + unsigned char[3] /* left_pad[3] */, + unsigned char[3] /* scanline_pad[3] */ +#endif +); + +extern XieDecodeG31DParam *XieTecDecodeG31D ( +#if NeedFunctionPrototypes + XieOrientation /* encoded_order */, + Bool /* normal */, + Bool /* radiometric */ +#endif +); + +extern XieDecodeG32DParam *XieTecDecodeG32D ( +#if NeedFunctionPrototypes + XieOrientation /* encoded_order */, + Bool /* normal */, + Bool /* radiometric */ +#endif +); + +extern XieDecodeG42DParam *XieTecDecodeG42D ( +#if NeedFunctionPrototypes + XieOrientation /* encoded_order */, + Bool /* normal */, + Bool /* radiometric */ +#endif +); + +extern XieDecodeTIFF2Param *XieTecDecodeTIFF2 ( +#if NeedFunctionPrototypes + XieOrientation /* encoded_order */, + Bool /* normal */, + Bool /* radiometric */ +#endif +); + +extern XieDecodeTIFFPackBitsParam *XieTecDecodeTIFFPackBits ( +#if NeedFunctionPrototypes + XieOrientation /* encoded_order */, + Bool /* normal */ +#endif +); + +extern XieDecodeJPEGBaselineParam *XieTecDecodeJPEGBaseline ( +#if NeedFunctionPrototypes + XieInterleave /* interleave */, + XieOrientation /* band_order */, + Bool /* up_sample */ +#endif +); + +extern XieDecodeJPEGLosslessParam *XieTecDecodeJPEGLossless ( +#if NeedFunctionPrototypes + XieInterleave /* interleave */, + XieOrientation /* band_order */ +#endif +); + +extern XieDitherOrderedParam *XieTecDitherOrderedParam ( +#if NeedFunctionPrototypes + unsigned int /* threshold_order */ +#endif +); + +extern XieEncodeUncompressedSingleParam *XieTecEncodeUncompressedSingle ( +#if NeedFunctionPrototypes + XieOrientation /* fill_order */, + XieOrientation /* pixel_order */, + unsigned int /* pixel_stride */, + unsigned int /* scanline_pad */ +#endif +); + +extern XieEncodeUncompressedTripleParam *XieTecEncodeUncompressedTriple ( +#if NeedFunctionPrototypes + XieOrientation /* fill_order */, + XieOrientation /* pixel_order */, + XieOrientation /* band_order */, + XieInterleave /* interleave */, + unsigned char[3] /* pixel_stride[3] */, + unsigned char[3] /* scanline_pad[3] */ +#endif +); + +extern XieEncodeG31DParam *XieTecEncodeG31D ( +#if NeedFunctionPrototypes + Bool /* align_eol */, + Bool /* radiometric */, + XieOrientation /* encoded_order */ +#endif +); + +extern XieEncodeG32DParam *XieTecEncodeG32D ( +#if NeedFunctionPrototypes + Bool /* uncompressed */, + Bool /* align_eol */, + Bool /* radiometric */, + XieOrientation /* encoded_order */, + unsigned long /* k_factor */ +#endif +); + +extern XieEncodeG42DParam *XieTecEncodeG42D ( +#if NeedFunctionPrototypes + Bool /* uncompressed */, + Bool /* radiometric */, + XieOrientation /* encoded_order */ +#endif +); + +extern XieEncodeServerChoiceParam *XieTecEncodeServerChoice ( +#if NeedFunctionPrototypes + unsigned int /* preference */ +#endif +); + +extern XieEncodeJPEGBaselineParam *XieTecEncodeJPEGBaseline ( +#if NeedFunctionPrototypes + XieInterleave /* interleave */, + XieOrientation /* band_order */, + unsigned char[3] /* horizontal_samples[3] */, + unsigned char[3] /* vertical_samples[3] */, + char * /* q_table */, + unsigned int /* q_size */, + char * /* ac_table */, + unsigned int /* ac_size */, + char * /* dc_table */, + unsigned int /* dc_size */ +#endif +); + +extern void XieFreeEncodeJPEGBaseline ( +#if NeedFunctionPrototypes + XieEncodeJPEGBaselineParam * /* param */ +#endif +); + +extern XieEncodeJPEGLosslessParam *XieTecEncodeJPEGLossless ( +#if NeedFunctionPrototypes + XieInterleave /* interleave */, + XieOrientation /* band_order */, + unsigned char[3] /* predictor[3] */, + char * /* table */, + unsigned int /* table_size */ +#endif +); + +extern void XieFreeEncodeJPEGLossless ( +#if NeedFunctionPrototypes + XieEncodeJPEGLosslessParam * /* param */ +#endif +); + +extern void XieFreePasteUpTiles ( +#if NeedFunctionPrototypes + XiePhotoElement * /* element */ +#endif +); + +extern XieEncodeTIFF2Param *XieTecEncodeTIFF2 ( +#if NeedFunctionPrototypes + XieOrientation /* encoded_order */, + Bool /* radiometric */ +#endif +); + +extern XieEncodeTIFFPackBitsParam *XieTecEncodeTIFFPackBits ( +#if NeedFunctionPrototypes + XieOrientation /* encoded_order */ +#endif +); + +extern XieGeomAntialiasByAreaParam *XieTecGeomAntialiasByArea ( +#if NeedFunctionPrototypes + int /* simple */ +#endif +); + +extern XieGeomAntialiasByLowpassParam *XieTecGeomAntialiasByLowpass ( +#if NeedFunctionPrototypes + int /* kernel_size */ +#endif +); + +extern XieGeomGaussianParam *XieTecGeomGaussian ( +#if NeedFunctionPrototypes + double /* sigma */, + double /* normalize */, + unsigned int /* radius */, + Bool /* simple */ +#endif +); + +extern XieGeomNearestNeighborParam *XieTecGeomNearestNeighbor ( +#if NeedFunctionPrototypes + unsigned int /* modify */ +#endif +); + +extern XieHistogramGaussianParam *XieTecHistogramGaussian ( +#if NeedFunctionPrototypes + double /* mean */, + double /* sigma */ +#endif +); + +extern XieHistogramHyperbolicParam *XieTecHistogramHyperbolic ( +#if NeedFunctionPrototypes + double /* constant */, + Bool /* shape_factor */ +#endif +); + +extern XieWhiteAdjustCIELabShiftParam *XieTecWhiteAdjustCIELabShift ( +#if NeedFunctionPrototypes + XieConstant /* white_point */ +#endif +); + + +#endif /* _XIELIB_H_ */ diff --git a/xie/xc/lib/XIE/XIElibint.h b/xie/xc/lib/XIE/XIElibint.h new file mode 100644 index 0000000..8505854 --- /dev/null +++ b/xie/xc/lib/XIE/XIElibint.h @@ -0,0 +1,303 @@ +/* $XConsortium: XIElibint.h,v 1.8 95/06/08 23:20:39 gildea Exp $ */ +/* + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#ifndef _XIELIBINT_H_ +#define _XIELIBINT_H_ + +#define NEED_REPLIES +#include +#include +#include +#include + + + +/* ------------------------------------------------------------------------- + * Display extension data structures and macros. + * ------------------------------------------------------------------------- */ + +/* + * For each display initialized by XieInitialize(), a record is allocated + * which holds various information about that display. These records are + * maintained in a linked list. The record for the most recently referenced + * display is always kept at the beginning of the list (for quick access). + */ + +typedef struct _XieExtInfo +{ + Display *display; /* pointer to X display structure */ + XExtCodes *extCodes; /* extension codes */ + XieExtensionInfo *extInfo; /* extension information */ + struct _XieExtInfo *next; /* next in list */ +} XieExtInfo; + + +/* + * Insert a new record in the beginning of the linked list. + */ + +#define ADD_EXTENSION_INFO(_display, _info) \ +\ +{ \ + _info->display = _display; \ +\ + _info->next = _XieExtInfoHeader; \ + _XieExtInfoHeader = _info; \ +} + + +/* + * Remove the record assosicated with '_display' from the linked list + * and return a pointer to it in '_info'. + */ + +#define REMOVE_EXTENSION_INFO(_display, _info) \ +\ +{ \ + XieExtInfo *prev = NULL; \ +\ + _info = _XieExtInfoHeader; \ +\ + while (_info && _info->display != _display) \ + { \ + prev = _info; \ + _info = _info->next; \ + } \ +\ + if (_info) \ + if (!prev) \ + _XieExtInfoHeader = _info->next; \ + else \ + prev->next = _info->next; \ +} + + +/* + * Return the info assosicated with '_display' in '_info'. + * If the info is not the first in the list, move it to the front. + */ + +#define GET_EXTENSION_INFO(_display, _info) \ +\ +{ \ + if (_info = _XieExtInfoHeader) \ + { \ + if (_XieExtInfoHeader->display != _display) \ + { \ + XieExtInfo *prev = _XieExtInfoHeader; \ +\ + _info = _info->next; \ + while (_info && _info->display != _display) \ + { \ + prev = _info; \ + _info = _info->next; \ + } \ +\ + if (_info) \ + { \ + prev->next = _info->next; \ + _info->next = _XieExtInfoHeader; \ + _XieExtInfoHeader = _info; \ + } \ + } \ + } \ +} + + + + + + +#define PAD(_size) (3 - (((_size) + 3) & 0x3)) + +#define PADDED_BYTES(_bytes) (_bytes + PAD (_bytes)) + +#define NUMWORDS(_size) (((unsigned int) ((_size) + 3)) >> 2) + +#define NUMBYTES(_len) (((unsigned int) (_len)) << 2) + +#define LENOF(_ctype) (SIZEOF (_ctype) >> 2) + + + + + +/* ------------------------------------------------------------------------- + * Macros for setting up requests. + * ------------------------------------------------------------------------- */ + +/* + * Request names and opcodes. + */ + +#if (defined(__STDC__) && !defined(UNIXCPP)) || defined(ANSICPP) +#define REQNAME(_name_) xie##_name_##Req +#define REQOPCODE(_name_) X_ie##_name_ +#define REQSIZE(_name_) sz_xie##_name_##Req +#else +#define REQNAME(_name_) xie/**/_name_/**/Req +#define REQOPCODE(_name_) X_ie/**/_name_ +#define REQSIZE(_name_) sz_xie/**/_name_/**/Req +#endif + + +/* + * GET_REQUEST sets up a request to be sent to the X server. If there isn't + * enough room left in the X buffer, it is flushed before the new request + * is started. + */ + +#define GET_REQUEST(_name, _req) \ + if ((display->bufptr + REQSIZE(_name)) > display->bufmax) \ + _XFlush (display); \ + _req = (char *) (display->last_req = display->bufptr); \ + display->bufptr += REQSIZE(_name); \ + display->request++ + + +/* + * GET_REQUEST_EXTRA is the same as GET_REQUEST and except that an additional + * "extraBytes" are allocated after the request. "extraBytes" will be + * padded to a word boundary. + */ + +#define GET_REQUEST_EXTRA(_name, _extraBytes, _req) \ + if ((display->bufptr + REQSIZE(_name) + \ + PADDED_BYTES (_extraBytes)) > display->bufmax) _XFlush (display); \ + _req = (char *) (display->last_req = display->bufptr); \ + display->bufptr += (REQSIZE(_name) + PADDED_BYTES (_extraBytes)); \ + display->request++ + + +/* + * BEGIN_REQUEST_HEADER and END_REQUEST_HEADER are used to hide + * the extra work that has to be done on 64 bit clients. On such + * machines, all structure pointers must point to an 8 byte boundary. + * As a result, we must first store the request header info in + * a static data stucture, then bcopy it into the transport buffer. + */ + +#ifndef WORD64 + +#define BEGIN_REQUEST_HEADER(_name, _pBuf, _pReq) \ +{ \ + XieExtInfo *_xieExtInfo; \ + GET_EXTENSION_INFO (display, _xieExtInfo); \ + _pReq = (REQNAME(_name) *) _pBuf; + +#define END_REQUEST_HEADER(_name, _pBuf, _pReq) \ + _pBuf += REQSIZE(_name); \ +} + +#else /* WORD64 */ + +#define BEGIN_REQUEST_HEADER(_name, _pBuf, _pReq) \ +{ \ + XieExtInfo *_xieExtInfo; \ + REQNAME(_name) tReq; \ + GET_EXTENSION_INFO (display, _xieExtInfo); \ + _pReq = &tReq; + +#define END_REQUEST_HEADER(_name, _pBuf, _pReq) \ + memcpy (_pBuf, _pReq, REQSIZE(_name)); \ + _pBuf += REQSIZE(_name); \ +} + +#endif /* WORD64 */ + + +/* + * Macros used to store the request header info. + */ + +#define STORE_REQUEST_HEADER(_name, _req) \ + _req->reqType = _xieExtInfo->extCodes->major_opcode; \ + _req->opcode = REQOPCODE(_name); \ + _req->length = (REQSIZE(_name)) >> 2; + + +#define STORE_REQUEST_EXTRA_HEADER(_name, _extraBytes, _req) \ + _req->reqType = _xieExtInfo->extCodes->major_opcode; \ + _req->opcode = REQOPCODE(_name); \ + _req->length = (REQSIZE(_name) + PADDED_BYTES (_extraBytes)) >> 2; + + + + +typedef int (*XieTechFuncPtr) (); + +typedef struct _XieTechFuncRec { + int technique; + XieTechFuncPtr techfunc; + struct _XieTechFuncRec *next; +} XieTechFuncRec; + + + + +/* + * See if XSynchronize has been called. If so, send request right away. + */ + +#define SYNC_HANDLE(_display)\ + if ((_display)->synchandler) (*(_display)->synchandler) (_display) + + +/* + * Read a reply into a scratch buffer. + */ + +#define XREAD_INTO_SCRATCH(_display, _pBuf, _numBytes) \ + _pBuf = (char *) _XAllocTemp (_display, _numBytes); \ + _XRead (_display, _pBuf, _numBytes); + +#define FINISH_WITH_SCRATCH(_display, _pBuf, _numBytes) \ + _XFreeTemp (_display, _pBuf, _numBytes); + + +/* + * Externally defined globals + */ + +extern XieExtInfo *_XieExtInfoHeader; +extern void (*(_XieElemFuncs[]))(); +extern XieTechFuncRec *_XieTechFuncs[]; +extern Bool _XieTechFuncsInitialized; +extern xieTypFloat _XieConvertToIEEE(); + +/* for X-Window system protocol elements */ +#define sz_CARD32 4 +#define sz_CARD16 2 +#define sz_CARD8 1 +#define sz_INT32 4 +#define sz_INT16 2 + +#endif /* _XIELIBINT_H_ */ diff --git a/xie/xc/lib/XIE/abort.c b/xie/xc/lib/XIE/abort.c new file mode 100644 index 0000000..79079ce --- /dev/null +++ b/xie/xc/lib/XIE/abort.c @@ -0,0 +1,61 @@ +/* $XConsortium: abort.c,v 1.2 94/04/17 20:18:18 mor Exp $ */ + +/* + +Copyright (c) 1993 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" + + +void +XieAbort (display, name_space, flo_id) + +Display *display; +unsigned long name_space; +unsigned long flo_id; + +{ + xieAbortReq *req; + char *pBuf; + + LockDisplay (display); + + GET_REQUEST (Abort, pBuf); + + BEGIN_REQUEST_HEADER (Abort, pBuf, req); + + STORE_REQUEST_HEADER (Abort, req); + req->nameSpace = name_space; + req->floID = flo_id; + + END_REQUEST_HEADER (Abort, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); +} diff --git a/xie/xc/lib/XIE/await.c b/xie/xc/lib/XIE/await.c new file mode 100644 index 0000000..44fa6f5 --- /dev/null +++ b/xie/xc/lib/XIE/await.c @@ -0,0 +1,61 @@ +/* $XConsortium: await.c,v 1.2 94/04/17 20:18:18 mor Exp $ */ + +/* + +Copyright (c) 1993 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" + + +void +XieAwait (display, name_space, flo_id) + +Display *display; +unsigned long name_space; +unsigned long flo_id; + +{ + xieAwaitReq *req; + char *pBuf; + + LockDisplay (display); + + GET_REQUEST (Await, pBuf); + + BEGIN_REQUEST_HEADER (Await, pBuf, req); + + STORE_REQUEST_HEADER (Await, req); + req->nameSpace = name_space; + req->floID = flo_id; + + END_REQUEST_HEADER (Await, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); +} diff --git a/xie/xc/lib/XIE/clientdata.c b/xie/xc/lib/XIE/clientdata.c new file mode 100644 index 0000000..bdbd1cc --- /dev/null +++ b/xie/xc/lib/XIE/clientdata.c @@ -0,0 +1,139 @@ +/* $XConsortium: clientdata.c,v 1.4 94/04/17 20:18:19 rws Exp $ */ + +/* + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" + +#include + + +void +XiePutClientData (display, name_space, flo_id, element, final, + band_number, data, nbytes) + +Display *display; +unsigned long name_space; +unsigned long flo_id; +XiePhototag element; +Bool final; +unsigned band_number; +unsigned char *data; +unsigned nbytes; + +{ + xiePutClientDataReq *req; + char *pBuf; + + LockDisplay (display); + + GET_REQUEST (PutClientData, pBuf); + + BEGIN_REQUEST_HEADER (PutClientData, pBuf, req); + + STORE_REQUEST_EXTRA_HEADER (PutClientData, nbytes, req); + req->nameSpace = name_space; + req->floID = flo_id; + req->element = element; + req->final = final; + req->bandNumber = band_number; + req->byteCount = nbytes; + + END_REQUEST_HEADER (PutClientData, pBuf, req); + + Data (display, (char *) data, nbytes); + + UnlockDisplay (display); + SYNC_HANDLE (display); +} + + +Status +XieGetClientData (display, name_space, flo_id, element, max_bytes, + terminate, band_number, new_state_ret, data_ret, nbytes_ret) + +Display *display; +unsigned long name_space; +unsigned long flo_id; +XiePhototag element; +unsigned max_bytes; +Bool terminate; +unsigned band_number; +XieExportState *new_state_ret; +unsigned char **data_ret; +unsigned *nbytes_ret; + +{ + xieGetClientDataReq *req; + xieGetClientDataReply rep; + char *pBuf; + + LockDisplay (display); + + GET_REQUEST (GetClientData, pBuf); + + BEGIN_REQUEST_HEADER (GetClientData, pBuf, req); + + STORE_REQUEST_HEADER (GetClientData, req); + req->nameSpace = name_space; + req->floID = flo_id; + req->maxBytes = max_bytes; + req->element = element; + req->terminate = terminate; + req->bandNumber = band_number; + + END_REQUEST_HEADER (GetClientData, pBuf, req); + + if (_XReply (display, (xReply *)&rep, 0, xFalse) == 0) + /* V4.13 moved the data length word into the reply */ + { + UnlockDisplay (display); + SYNC_HANDLE (display); + + *nbytes_ret = 0; + *data_ret = NULL; + + return (0); + } + + + *new_state_ret = rep.newState; + *nbytes_ret = rep.byteCount; + + *data_ret = (unsigned char *) Xmalloc (PADDED_BYTES (rep.byteCount)); + + _XReadPad (display, (char *) *data_ret, rep.byteCount); + + + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (1); +} diff --git a/xie/xc/lib/XIE/colorlist.c b/xie/xc/lib/XIE/colorlist.c new file mode 100644 index 0000000..73367a9 --- /dev/null +++ b/xie/xc/lib/XIE/colorlist.c @@ -0,0 +1,172 @@ +/* $XConsortium: colorlist.c,v 1.6 94/05/06 15:10:34 mor Exp $ */ + +/* + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" + + +XieColorList +XieCreateColorList (display) + +Display *display; + +{ + xieCreateColorListReq *req; + char *pBuf; + XieColorList id; + + LockDisplay (display); + + id = XAllocID (display); + + GET_REQUEST (CreateColorList, pBuf); + + BEGIN_REQUEST_HEADER (CreateColorList, pBuf, req); + + STORE_REQUEST_HEADER (CreateColorList, req); + req->colorList = id; + + END_REQUEST_HEADER (CreateColorList, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (id); +} + + +void +XieDestroyColorList (display, color_list) + +Display *display; +XieColorList color_list; + +{ + xieDestroyColorListReq *req; + char *pBuf; + + LockDisplay (display); + + GET_REQUEST (DestroyColorList, pBuf); + + BEGIN_REQUEST_HEADER (DestroyColorList, pBuf, req); + + STORE_REQUEST_HEADER (DestroyColorList, req); + req->colorList = color_list; + + END_REQUEST_HEADER (DestroyColorList, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); +} + + +void +XiePurgeColorList (display, color_list) + +Display *display; +XieColorList color_list; + +{ + xiePurgeColorListReq *req; + char *pBuf; + + LockDisplay (display); + + GET_REQUEST (PurgeColorList, pBuf); + + BEGIN_REQUEST_HEADER (PurgeColorList, pBuf, req); + + STORE_REQUEST_HEADER (PurgeColorList, req); + req->colorList = color_list; + + END_REQUEST_HEADER (PurgeColorList, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); +} + + +Status +XieQueryColorList (display, color_list, colormap_ret, ncolors_ret, colors_ret) + +Display *display; +XieColorList color_list; +Colormap *colormap_ret; +unsigned *ncolors_ret; +unsigned long **colors_ret; + +{ + xieQueryColorListReq *req; + xieQueryColorListReply rep; + char *pBuf; + + LockDisplay (display); + + GET_REQUEST (QueryColorList, pBuf); + + BEGIN_REQUEST_HEADER (QueryColorList, pBuf, req); + + STORE_REQUEST_HEADER (QueryColorList, req); + req->colorList = color_list; + + END_REQUEST_HEADER (QueryColorList, pBuf, req); + + if (_XReply (display, (xReply *)&rep, 0, xFalse) == 0) + { + UnlockDisplay (display); + SYNC_HANDLE (display); + + *colormap_ret = 0; + *ncolors_ret = 0; + *colors_ret = NULL; + + return (0); + } + + *colormap_ret = rep.colormap; + *ncolors_ret = rep.length; + + if (*ncolors_ret) + { + *colors_ret = (unsigned long *) Xmalloc ( + rep.length * sizeof (unsigned long)); + + _XRead32 (display, *colors_ret, rep.length << 2); + } + else + *colors_ret = NULL; + + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (1); +} diff --git a/xie/xc/lib/XIE/conven.c b/xie/xc/lib/XIE/conven.c new file mode 100644 index 0000000..bb547da --- /dev/null +++ b/xie/xc/lib/XIE/conven.c @@ -0,0 +1,1653 @@ +/* $XConsortium: conven.c,v 1.9 94/05/02 14:16:30 mor Exp $ */ + +/* + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" + +/* + * Element Convenience Functions + */ + +void +XieFloImportClientLUT (element, data_class, band_order, length, levels) + +XiePhotoElement *element; +XieDataClass data_class; +XieOrientation band_order; +XieLTriplet length; +XieLevels levels; + +{ + element->elemType = xieElemImportClientLUT; + element->data.ImportClientLUT.data_class = data_class; + element->data.ImportClientLUT.band_order = band_order; + element->data.ImportClientLUT.length[0] = length[0]; + element->data.ImportClientLUT.length[1] = length[1]; + element->data.ImportClientLUT.length[2] = length[2]; + element->data.ImportClientLUT.levels[0] = levels[0]; + element->data.ImportClientLUT.levels[1] = levels[1]; + element->data.ImportClientLUT.levels[2] = levels[2]; +} + + +void +XieFloImportClientPhoto (element, data_class, width, height, + levels, notify, decode_tech, decode_param) + +XiePhotoElement *element; +XieDataClass data_class; +XieLTriplet width; +XieLTriplet height; +XieLevels levels; +Bool notify; +XieDecodeTechnique decode_tech; +XiePointer decode_param; + +{ + element->elemType = xieElemImportClientPhoto; + element->data.ImportClientPhoto.data_class = data_class; + element->data.ImportClientPhoto.width[0] = width[0]; + element->data.ImportClientPhoto.width[1] = width[1]; + element->data.ImportClientPhoto.width[2] = width[2]; + element->data.ImportClientPhoto.height[0] = height[0]; + element->data.ImportClientPhoto.height[1] = height[1]; + element->data.ImportClientPhoto.height[2] = height[2]; + element->data.ImportClientPhoto.levels[0] = levels[0]; + element->data.ImportClientPhoto.levels[1] = levels[1]; + element->data.ImportClientPhoto.levels[2] = levels[2]; + element->data.ImportClientPhoto.notify = notify; + element->data.ImportClientPhoto.decode_tech = decode_tech; + element->data.ImportClientPhoto.decode_param = decode_param; +} + + +void +XieFloImportClientROI (element, rectangles) + +XiePhotoElement *element; +unsigned int rectangles; + +{ + element->elemType = xieElemImportClientROI; + element->data.ImportClientROI.rectangles = rectangles; +} + + +void +XieFloImportDrawable (element, drawable, src_x, src_y, + width, height, fill, notify) + +XiePhotoElement *element; +Drawable drawable; +int src_x; +int src_y; +unsigned int width; +unsigned int height; +unsigned long fill; +Bool notify; + +{ + element->elemType = xieElemImportDrawable; + element->data.ImportDrawable.drawable = drawable; + element->data.ImportDrawable.src_x = src_x; + element->data.ImportDrawable.src_y = src_y; + element->data.ImportDrawable.width = width; + element->data.ImportDrawable.height = height; + element->data.ImportDrawable.fill = fill; + element->data.ImportDrawable.notify = notify; +} + + +void +XieFloImportDrawablePlane (element, drawable, src_x, src_y, + width, height, fill, bit_plane, notify) + +XiePhotoElement *element; +Drawable drawable; +int src_x; +int src_y; +unsigned int width; +unsigned int height; +unsigned long fill; +unsigned long bit_plane; +Bool notify; + +{ + element->elemType = xieElemImportDrawablePlane; + element->data.ImportDrawablePlane.drawable = drawable; + element->data.ImportDrawablePlane.src_x = src_x; + element->data.ImportDrawablePlane.src_y = src_y; + element->data.ImportDrawablePlane.width = width; + element->data.ImportDrawablePlane.height = height; + element->data.ImportDrawablePlane.fill = fill; + element->data.ImportDrawablePlane.bit_plane = bit_plane; + element->data.ImportDrawablePlane.notify = notify; +} + + +void +XieFloImportLUT (element, lut) + +XiePhotoElement *element; +XieLut lut; + +{ + element->elemType = xieElemImportLUT; + element->data.ImportLUT.lut = lut; +} + + +void +XieFloImportPhotomap (element, photomap, notify) + +XiePhotoElement *element; +XiePhotomap photomap; +Bool notify; + +{ + element->elemType = xieElemImportPhotomap; + element->data.ImportPhotomap.photomap = photomap; + element->data.ImportPhotomap.notify = notify; +} + + +void +XieFloImportROI (element, roi) + +XiePhotoElement *element; +XieRoi roi; + +{ + element->elemType = xieElemImportROI; + element->data.ImportROI.roi = roi; +} + + +void +XieFloArithmetic (element, src1, src2, domain, constant, operator, band_mask) + +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XieProcessDomain *domain; +XieConstant constant; +XieArithmeticOp operator; +unsigned int band_mask; + +{ + element->elemType = xieElemArithmetic; + element->data.Arithmetic.src1 = src1; + element->data.Arithmetic.src2 = src2; + element->data.Arithmetic.domain.offset_x = domain->offset_x; + element->data.Arithmetic.domain.offset_y = domain->offset_y; + element->data.Arithmetic.domain.phototag = domain->phototag; + element->data.Arithmetic.constant[0] = constant[0]; + element->data.Arithmetic.constant[1] = constant[1]; + element->data.Arithmetic.constant[2] = constant[2]; + element->data.Arithmetic.operator = operator; + element->data.Arithmetic.band_mask = band_mask; +} + + +void +XieFloBandCombine (element, src1, src2, src3) + +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XiePhototag src3; + +{ + element->elemType = xieElemBandCombine; + element->data.BandCombine.src1 = src1; + element->data.BandCombine.src2 = src2; + element->data.BandCombine.src3 = src3; +} + + +void +XieFloBandExtract (element, src, levels, bias, coefficients) + +XiePhotoElement *element; +XiePhototag src; +unsigned int levels; +double bias; +XieConstant coefficients; + +{ + element->elemType = xieElemBandExtract; + element->data.BandExtract.src = src; + element->data.BandExtract.levels = levels; + element->data.BandExtract.bias = bias; + element->data.BandExtract.coefficients[0] = coefficients[0]; + element->data.BandExtract.coefficients[1] = coefficients[1]; + element->data.BandExtract.coefficients[2] = coefficients[2]; +} + + +void +XieFloBandSelect (element, src, band_number) + +XiePhotoElement *element; +XiePhototag src; +unsigned int band_number; + +{ + element->elemType = xieElemBandSelect; + element->data.BandSelect.src = src; + element->data.BandSelect.band_number = band_number; +} + + +void +XieFloBlend (element, src1, src2, src_constant, + alpha, alpha_constant, domain, band_mask) + +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XieConstant src_constant; +XiePhototag alpha; +double alpha_constant; +XieProcessDomain *domain; +unsigned int band_mask; + +{ + element->elemType = xieElemBlend; + element->data.Blend.src1 = src1; + element->data.Blend.src2 = src2; + element->data.Blend.src_constant[0] = src_constant[0]; + element->data.Blend.src_constant[1] = src_constant[1]; + element->data.Blend.src_constant[2] = src_constant[2]; + element->data.Blend.alpha = alpha; + element->data.Blend.alpha_constant = alpha_constant; + element->data.Blend.domain.offset_x = domain->offset_x; + element->data.Blend.domain.offset_y = domain->offset_y; + element->data.Blend.domain.phototag = domain->phototag; + element->data.Blend.band_mask = band_mask; +} + + +void +XieFloCompare (element, src1, src2, domain, constant, + operator, combine, band_mask) + +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XieProcessDomain *domain; +XieConstant constant; +XieCompareOp operator; +Bool combine; +unsigned int band_mask; + +{ + element->elemType = xieElemCompare; + element->data.Compare.src1 = src1; + element->data.Compare.src2 = src2; + element->data.Compare.domain.offset_x = domain->offset_x; + element->data.Compare.domain.offset_y = domain->offset_y; + element->data.Compare.domain.phototag = domain->phototag; + element->data.Compare.constant[0] = constant[0]; + element->data.Compare.constant[1] = constant[1]; + element->data.Compare.constant[2] = constant[2]; + element->data.Compare.operator = operator; + element->data.Compare.combine = combine; + element->data.Compare.band_mask = band_mask; +} + + +void +XieFloConstrain (element, src, levels, constrain_tech, constrain_param) + +XiePhotoElement *element; +XiePhototag src; +XieLevels levels; +XieConstrainTechnique constrain_tech; +XiePointer constrain_param; + +{ + element->elemType = xieElemConstrain; + element->data.Constrain.src = src; + element->data.Constrain.levels[0] = levels[0]; + element->data.Constrain.levels[1] = levels[1]; + element->data.Constrain.levels[2] = levels[2]; + element->data.Constrain.constrain_tech = constrain_tech; + element->data.Constrain.constrain_param = constrain_param; +} + + +void +XieFloConvertFromIndex (element, src, colormap, data_class, precision) + +XiePhotoElement *element; +XiePhototag src; +Colormap colormap; +XieDataClass data_class; +unsigned int precision; + +{ + element->elemType = xieElemConvertFromIndex; + element->data.ConvertFromIndex.src = src; + element->data.ConvertFromIndex.colormap = colormap; + element->data.ConvertFromIndex.data_class = data_class; + element->data.ConvertFromIndex.precision = precision; +} + + +void +XieFloConvertFromRGB (element, src, color_space, color_param) + +XiePhotoElement *element; +XiePhototag src; +XieColorspace color_space; +XiePointer color_param; + +{ + element->elemType = xieElemConvertFromRGB; + element->data.ConvertFromRGB.src = src; + element->data.ConvertFromRGB.color_space = color_space; + element->data.ConvertFromRGB.color_param = color_param; +} + + +void +XieFloConvertToIndex (element, src, colormap, color_list, notify, + color_alloc_tech, color_alloc_param) + +XiePhotoElement *element; +XiePhototag src; +Colormap colormap; +XieColorList color_list; +Bool notify; +XieColorAllocTechnique color_alloc_tech; +XiePointer color_alloc_param; + +{ + element->elemType = xieElemConvertToIndex; + element->data.ConvertToIndex.src = src; + element->data.ConvertToIndex.colormap = colormap; + element->data.ConvertToIndex.color_list = color_list; + element->data.ConvertToIndex.notify = notify; + element->data.ConvertToIndex.color_alloc_tech = color_alloc_tech; + element->data.ConvertToIndex.color_alloc_param = color_alloc_param; +} + + +void +XieFloConvertToRGB (element, src, color_space, color_param) + +XiePhotoElement *element; +XiePhototag src; +XieColorspace color_space; +XiePointer color_param; + +{ + element->elemType = xieElemConvertToRGB; + element->data.ConvertToRGB.src = src; + element->data.ConvertToRGB.color_space = color_space; + element->data.ConvertToRGB.color_param = color_param; +} + + +void +XieFloConvolve (element, src, domain, kernel, kernel_size, band_mask, + convolve_tech, convolve_param) + +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +float *kernel; +int kernel_size; +unsigned int band_mask; +XieConvolveTechnique convolve_tech; +XiePointer convolve_param; + +{ + unsigned size; + + element->elemType = xieElemConvolve; + element->data.Convolve.src = src; + element->data.Convolve.domain.offset_x = domain->offset_x; + element->data.Convolve.domain.offset_y = domain->offset_y; + element->data.Convolve.domain.phototag = domain->phototag; + element->data.Convolve.kernel_size = kernel_size; + element->data.Convolve.band_mask = band_mask; + element->data.Convolve.convolve_tech = convolve_tech; + element->data.Convolve.convolve_param = convolve_param; + + size = kernel_size * kernel_size * 4; + element->data.Convolve.kernel = (float *) Xmalloc (size); + memcpy (element->data.Convolve.kernel, kernel, size); +} + + +void +XieFloDither (element, src, band_mask, levels, dither_tech, dither_param) + +XiePhotoElement *element; +XiePhototag src; +unsigned int band_mask; +XieLevels levels; +XieDitherTechnique dither_tech; +XiePointer dither_param; + +{ + element->elemType = xieElemDither; + element->data.Dither.src = src; + element->data.Dither.band_mask = band_mask; + element->data.Dither.levels[0] = levels[0]; + element->data.Dither.levels[1] = levels[1]; + element->data.Dither.levels[2] = levels[2]; + element->data.Dither.dither_tech = dither_tech; + element->data.Dither.dither_param = dither_param; +} + + +void +XieFloGeometry (element, src, width, height, coefficients, constant, + band_mask, sample_tech, sample_param) + +XiePhotoElement *element; +XiePhototag src; +unsigned int width; +unsigned int height; +float coefficients[6]; +XieConstant constant; +unsigned int band_mask; +XieGeometryTechnique sample_tech; +XiePointer sample_param; + +{ + element->elemType = xieElemGeometry; + element->data.Geometry.src = src; + element->data.Geometry.width = width; + element->data.Geometry.height = height; + element->data.Geometry.coefficients[0] = coefficients[0]; + element->data.Geometry.coefficients[1] = coefficients[1]; + element->data.Geometry.coefficients[2] = coefficients[2]; + element->data.Geometry.coefficients[3] = coefficients[3]; + element->data.Geometry.coefficients[4] = coefficients[4]; + element->data.Geometry.coefficients[5] = coefficients[5]; + element->data.Geometry.constant[0] = constant[0]; + element->data.Geometry.constant[1] = constant[1]; + element->data.Geometry.constant[2] = constant[2]; + element->data.Geometry.band_mask = band_mask; + element->data.Geometry.sample_tech = sample_tech; + element->data.Geometry.sample_param = sample_param; +} + + +void +XieFloLogical (element, src1, src2, domain, constant, operator, band_mask) + +XiePhotoElement *element; +XiePhototag src1; +XiePhototag src2; +XieProcessDomain *domain; +XieConstant constant; +unsigned long operator; +unsigned int band_mask; + +{ + element->elemType = xieElemLogical; + element->data.Logical.src1 = src1; + element->data.Logical.src2 = src2; + element->data.Logical.domain.offset_x = domain->offset_x; + element->data.Logical.domain.offset_y = domain->offset_y; + element->data.Logical.domain.phototag = domain->phototag; + element->data.Logical.constant[0] = constant[0]; + element->data.Logical.constant[1] = constant[1]; + element->data.Logical.constant[2] = constant[2]; + element->data.Logical.operator = operator; + element->data.Logical.band_mask = band_mask; +} + + +void +XieFloMatchHistogram (element, src, domain, shape, shape_param) + +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +XieHistogramShape shape; +XiePointer shape_param; + +{ + element->elemType = xieElemMatchHistogram; + element->data.MatchHistogram.src = src; + element->data.MatchHistogram.domain.offset_x = domain->offset_x; + element->data.MatchHistogram.domain.offset_y = domain->offset_y; + element->data.MatchHistogram.domain.phototag = domain->phototag; + element->data.MatchHistogram.shape = shape; + element->data.MatchHistogram.shape_param = shape_param; +} + + +void +XieFloMath (element, src, domain, operator, band_mask) + +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +XieMathOp operator; +unsigned int band_mask; + +{ + element->elemType = xieElemMath; + element->data.Math.src = src; + element->data.Math.domain.offset_x = domain->offset_x; + element->data.Math.domain.offset_y = domain->offset_y; + element->data.Math.domain.phototag = domain->phototag; + element->data.Math.operator = operator; + element->data.Math.band_mask = band_mask; +} + + +void +XieFloPasteUp (element, width, height, constant, tiles, tile_count) + +XiePhotoElement *element; +unsigned int width; +unsigned int height; +XieConstant constant; +XieTile *tiles; +unsigned int tile_count; + +{ + unsigned size; + + element->elemType = xieElemPasteUp; + element->data.PasteUp.width = width; + element->data.PasteUp.height = height; + element->data.PasteUp.constant[0] = constant[0]; + element->data.PasteUp.constant[1] = constant[1]; + element->data.PasteUp.constant[2] = constant[2]; + element->data.PasteUp.tile_count = tile_count; + + size = tile_count * sizeof (XieTile); + element->data.PasteUp.tiles = (XieTile *) Xmalloc (size); + memcpy (element->data.PasteUp.tiles, tiles, size); +} + + +void +XieFloPoint (element, src, domain, lut, band_mask) + +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +XiePhototag lut; +unsigned int band_mask; + +{ + element->elemType = xieElemPoint; + element->data.Point.src = src; + element->data.Point.domain.offset_x = domain->offset_x; + element->data.Point.domain.offset_y = domain->offset_y; + element->data.Point.domain.phototag = domain->phototag; + element->data.Point.lut = lut; + element->data.Point.band_mask = band_mask; +} + +void +XieFloUnconstrain (element, src) + +XiePhotoElement *element; +XiePhototag src; + +{ + element->elemType = xieElemUnconstrain; + element->data.Constrain.src = src; +} + +void +XieFloExportClientHistogram (element, src, domain, notify) + +XiePhotoElement *element; +XiePhototag src; +XieProcessDomain *domain; +XieExportNotify notify; + +{ + element->elemType = xieElemExportClientHistogram; + element->data.ExportClientHistogram.src = src; + element->data.ExportClientHistogram.domain.offset_x = domain->offset_x; + element->data.ExportClientHistogram.domain.offset_y = domain->offset_y; + element->data.ExportClientHistogram.domain.phototag = domain->phototag; + element->data.ExportClientHistogram.notify = notify; +} + + +void +XieFloExportClientLUT (element, src, band_order, notify, start, length) + +XiePhotoElement *element; +XiePhototag src; +XieOrientation band_order; +XieExportNotify notify; +XieLTriplet start; +XieLTriplet length; + +{ + int i; + + element->elemType = xieElemExportClientLUT; + element->data.ExportClientLUT.src = src; + element->data.ExportClientLUT.band_order = band_order; + element->data.ExportClientLUT.notify = notify; + + for (i = 0; i < 3; i++) + { + element->data.ExportClientLUT.start[i] = start[i]; + element->data.ExportClientLUT.length[i] = length[i]; + } + +} + + +void +XieFloExportClientPhoto (element, src, notify, encode_tech, encode_param) + +XiePhotoElement *element; +XiePhototag src; +XieExportNotify notify; +XieEncodeTechnique encode_tech; +XiePointer encode_param; + +{ + element->elemType = xieElemExportClientPhoto; + element->data.ExportClientPhoto.src = src; + element->data.ExportClientPhoto.notify = notify; + element->data.ExportClientPhoto.encode_tech = encode_tech; + element->data.ExportClientPhoto.encode_param = encode_param; +} + + +void +XieFloExportClientROI (element, src, notify) + +XiePhotoElement *element; +XiePhototag src; +XieExportNotify notify; + +{ + element->elemType = xieElemExportClientROI; + element->data.ExportClientROI.src = src; + element->data.ExportClientROI.notify = notify; +} + + +void +XieFloExportDrawable (element, src, drawable, gc, dst_x, dst_y) + +XiePhotoElement *element; +XiePhototag src; +Drawable drawable; +GC gc; +int dst_x; +int dst_y; + +{ + element->elemType = xieElemExportDrawable; + element->data.ExportDrawable.src = src; + element->data.ExportDrawable.drawable = drawable; + element->data.ExportDrawable.gc = gc; + element->data.ExportDrawable.dst_x = dst_x; + element->data.ExportDrawable.dst_y = dst_y; +} + + +void +XieFloExportDrawablePlane (element, src, drawable, gc, dst_x, dst_y) + +XiePhotoElement *element; +XiePhototag src; +Drawable drawable; +GC gc; +int dst_x; +int dst_y; + +{ + element->elemType = xieElemExportDrawablePlane; + element->data.ExportDrawablePlane.src = src; + element->data.ExportDrawablePlane.drawable = drawable; + element->data.ExportDrawablePlane.gc = gc; + element->data.ExportDrawablePlane.dst_x = dst_x; + element->data.ExportDrawablePlane.dst_y = dst_y; +} + + +void +XieFloExportLUT (element, src, lut, merge, start) + +XiePhotoElement *element; +XiePhototag src; +XieLut lut; +Bool merge; +XieLTriplet start; + +{ + int i; + + for (i = 0; i < 3; i++) + element->data.ExportLUT.start[i] = start[i]; + + element->elemType = xieElemExportLUT; + element->data.ExportLUT.merge = merge; + element->data.ExportLUT.src = src; + element->data.ExportLUT.lut = lut; +} + + +void +XieFloExportPhotomap (element, src, photomap, encode_tech, encode_param) + +XiePhotoElement *element; +XiePhototag src; +XiePhotomap photomap; +XieEncodeTechnique encode_tech; +XiePointer encode_param; + +{ + element->elemType = xieElemExportPhotomap; + element->data.ExportPhotomap.src = src; + element->data.ExportPhotomap.photomap = photomap; + element->data.ExportPhotomap.encode_tech = encode_tech; + element->data.ExportPhotomap.encode_param = encode_param; +} + + +void +XieFloExportROI (element, src, roi) + +XiePhotoElement *element; +XiePhototag src; +XieRoi roi; + +{ + element->elemType = xieElemExportROI; + element->data.ExportROI.src = src; + element->data.ExportROI.roi = roi; +} + + + +/* + * Technique Convenience Functions + */ + +XieColorAllocAllParam * +XieTecColorAllocAll (fill) + +unsigned long fill; + +{ + XieColorAllocAllParam *param = (XieColorAllocAllParam *) + Xmalloc (sizeof (XieColorAllocAllParam)); + + param->fill = fill; + + return (param); +} + + +XieColorAllocMatchParam * +XieTecColorAllocMatch (match_limit, gray_limit) + +double match_limit; +double gray_limit; + +{ + XieColorAllocMatchParam *param = (XieColorAllocMatchParam *) + Xmalloc (sizeof (XieColorAllocMatchParam)); + + param->match_limit = match_limit; + param->gray_limit = gray_limit; + + return (param); +} + + +XieColorAllocRequantizeParam * +XieTecColorAllocRequantize (max_cells) + +unsigned long max_cells; + +{ + XieColorAllocRequantizeParam *param = (XieColorAllocRequantizeParam *) + Xmalloc (sizeof (XieColorAllocRequantizeParam)); + + param->max_cells = max_cells; + + return (param); +} + + +XieRGBToCIELabParam * +XieTecRGBToCIELab (matrix, white_adjust_tech, white_adjust_param) + +XieMatrix matrix; +XieWhiteAdjustTechnique white_adjust_tech; +XiePointer white_adjust_param; + +{ + XieRGBToCIELabParam *param = (XieRGBToCIELabParam *) + Xmalloc (sizeof (XieRGBToCIELabParam)); + + memcpy (param->matrix, matrix, sizeof (XieMatrix)); + param->white_adjust_tech = white_adjust_tech; + param->white_adjust_param = white_adjust_param; + + return (param); +} + + +XieRGBToCIEXYZParam * +XieTecRGBToCIEXYZ (matrix, white_adjust_tech, white_adjust_param) + +XieMatrix matrix; +XieWhiteAdjustTechnique white_adjust_tech; +XiePointer white_adjust_param; + +{ + XieRGBToCIEXYZParam *param = (XieRGBToCIEXYZParam *) + Xmalloc (sizeof (XieRGBToCIEXYZParam)); + + memcpy (param->matrix, matrix, sizeof (XieMatrix)); + param->white_adjust_tech = white_adjust_tech; + param->white_adjust_param = white_adjust_param; + + return (param); +} + + +XieRGBToYCbCrParam * +XieTecRGBToYCbCr (levels, luma_red, luma_green, luma_blue, bias) + +XieLevels levels; +double luma_red; +double luma_green; +double luma_blue; +XieConstant bias; + +{ + XieRGBToYCbCrParam *param = (XieRGBToYCbCrParam *) + Xmalloc (sizeof (XieRGBToYCbCrParam)); + + param->levels[0] = levels[0]; + param->levels[1] = levels[1]; + param->levels[2] = levels[2]; + param->luma_red = luma_red; + param->luma_green = luma_green; + param->luma_blue = luma_blue; + param->bias[0] = bias[0]; + param->bias[1] = bias[1]; + param->bias[2] = bias[2]; + + return (param); +} + + +XieRGBToYCCParam * +XieTecRGBToYCC (levels, luma_red, luma_green, luma_blue, scale) + +XieLevels levels; +double luma_red; +double luma_green; +double luma_blue; +double scale; + +{ + XieRGBToYCCParam *param = (XieRGBToYCCParam *) + Xmalloc (sizeof (XieRGBToYCCParam)); + + param->levels[0] = levels[0]; + param->levels[1] = levels[1]; + param->levels[2] = levels[2]; + param->luma_red = luma_red; + param->luma_green = luma_green; + param->luma_blue = luma_blue; + param->scale = scale; + + return (param); +} + + +XieCIELabToRGBParam * +XieTecCIELabToRGB (matrix, white_adjust_tech, white_adjust_param, + gamut_tech, gamut_param) + +XieMatrix matrix; +XieWhiteAdjustTechnique white_adjust_tech; +XiePointer white_adjust_param; +XieGamutTechnique gamut_tech; +XiePointer gamut_param; + +{ + XieCIELabToRGBParam *param = (XieCIELabToRGBParam *) + Xmalloc (sizeof (XieCIELabToRGBParam)); + + memcpy (param->matrix, matrix, sizeof (XieMatrix)); + param->white_adjust_tech = white_adjust_tech; + param->white_adjust_param = white_adjust_param; + param->gamut_tech = gamut_tech; + param->gamut_param = gamut_param; + + return (param); +} + + +XieCIEXYZToRGBParam * +XieTecCIEXYZToRGB (matrix, white_adjust_tech, white_adjust_param, + gamut_tech, gamut_param) + +XieMatrix matrix; +XieWhiteAdjustTechnique white_adjust_tech; +XiePointer white_adjust_param; +XieGamutTechnique gamut_tech; +XiePointer gamut_param; + +{ + XieCIEXYZToRGBParam *param = (XieCIEXYZToRGBParam *) + Xmalloc (sizeof (XieCIEXYZToRGBParam)); + + memcpy (param->matrix, matrix, sizeof (XieMatrix)); + param->white_adjust_tech = white_adjust_tech; + param->white_adjust_param = white_adjust_param; + param->gamut_tech = gamut_tech; + param->gamut_param = gamut_param; + + return (param); +} + + +XieYCbCrToRGBParam * +XieTecYCbCrToRGB (levels, luma_red, luma_green, luma_blue, bias, + gamut_tech, gamut_param) + +XieLevels levels; +double luma_red; +double luma_green; +double luma_blue; +XieConstant bias; +XieGamutTechnique gamut_tech; +XiePointer gamut_param; + +{ + XieYCbCrToRGBParam *param = (XieYCbCrToRGBParam *) + Xmalloc (sizeof (XieYCbCrToRGBParam)); + + param->levels[0] = levels[0]; + param->levels[1] = levels[1]; + param->levels[2] = levels[2]; + param->luma_red = luma_red; + param->luma_green = luma_green; + param->luma_blue = luma_blue; + param->bias[0] = bias[0]; + param->bias[1] = bias[1]; + param->bias[2] = bias[2]; + param->gamut_tech = gamut_tech; + param->gamut_param = gamut_param; + + return (param); +} + + +XieYCCToRGBParam * +XieTecYCCToRGB (levels, luma_red, luma_green, luma_blue, scale, + gamut_tech, gamut_param) + +XieLevels levels; +double luma_red; +double luma_green; +double luma_blue; +double scale; +XieGamutTechnique gamut_tech; +XiePointer gamut_param; + +{ + XieYCCToRGBParam *param = (XieYCCToRGBParam *) + Xmalloc (sizeof (XieYCCToRGBParam)); + + param->levels[0] = levels[0]; + param->levels[1] = levels[1]; + param->levels[2] = levels[2]; + param->luma_red = luma_red; + param->luma_green = luma_green; + param->luma_blue = luma_blue; + param->scale = scale; + param->gamut_tech = gamut_tech; + param->gamut_param = gamut_param; + + return (param); +} + + +XieClipScaleParam * +XieTecClipScale (in_low, in_high, out_low, out_high) + +XieConstant in_low; +XieConstant in_high; +XieLTriplet out_low; +XieLTriplet out_high; + +{ + int i; + + XieClipScaleParam *param = (XieClipScaleParam *) + Xmalloc (sizeof (XieClipScaleParam)); + + for (i = 0; i < 3; i++) + { + param->input_low[i] = in_low[i]; + param->input_high[i] = in_high[i]; + param->output_low[i] = out_low[i]; + param->output_high[i] = out_high[i]; + } + + return (param); +} + + +XieConvolveConstantParam * +XieTecConvolveConstant (constant) + +XieConstant constant; + +{ + XieConvolveConstantParam *param = (XieConvolveConstantParam *) + Xmalloc (sizeof (XieConvolveConstantParam)); + + param->constant[0] = constant[0]; + param->constant[1] = constant[1]; + param->constant[2] = constant[2]; + + return (param); +} + + +XieDecodeUncompressedSingleParam * +XieTecDecodeUncompressedSingle (fill_order, pixel_order, pixel_stride, + left_pad, scanline_pad) + +XieOrientation fill_order; +XieOrientation pixel_order; +unsigned int pixel_stride; +unsigned int left_pad; +unsigned int scanline_pad; + +{ + XieDecodeUncompressedSingleParam *param = + (XieDecodeUncompressedSingleParam *) Xmalloc ( + sizeof (XieDecodeUncompressedSingleParam)); + + param->fill_order = fill_order; + param->pixel_order = pixel_order; + param->pixel_stride = pixel_stride; + param->left_pad = left_pad; + param->scanline_pad = scanline_pad; + + return (param); +} + + +XieDecodeUncompressedTripleParam * +XieTecDecodeUncompressedTriple (fill_order, pixel_order, band_order, + interleave, pixel_stride, left_pad, scanline_pad) + +XieOrientation fill_order; +XieOrientation pixel_order; +XieOrientation band_order; +XieInterleave interleave; +unsigned char pixel_stride[3]; +unsigned char left_pad[3]; +unsigned char scanline_pad[3]; + +{ + XieDecodeUncompressedTripleParam *param = + (XieDecodeUncompressedTripleParam *) Xmalloc ( + sizeof (XieDecodeUncompressedTripleParam)); + + param->left_pad[0] = left_pad[0]; + param->left_pad[1] = left_pad[1]; + param->left_pad[2] = left_pad[2]; + param->fill_order = fill_order; + param->pixel_stride[0] = pixel_stride[0]; + param->pixel_stride[1] = pixel_stride[1]; + param->pixel_stride[2] = pixel_stride[2]; + param->pixel_order = pixel_order; + param->scanline_pad[0] = scanline_pad[0]; + param->scanline_pad[1] = scanline_pad[1]; + param->scanline_pad[2] = scanline_pad[2]; + param->band_order = band_order; + param->interleave = interleave; + + return (param); +} + + +XieDecodeG31DParam * +XieTecDecodeG31D (encoded_order, normal, radiometric) + +XieOrientation encoded_order; +Bool normal; +Bool radiometric; + +{ + XieDecodeG31DParam *param = (XieDecodeG31DParam *) + Xmalloc (sizeof (XieDecodeG31DParam)); + + param->encoded_order = encoded_order; + param->normal = normal; + param->radiometric = radiometric; + + return (param); +} + + +XieDecodeG32DParam * +XieTecDecodeG32D (encoded_order, normal, radiometric) + +XieOrientation encoded_order; +Bool normal; +Bool radiometric; + +{ + XieDecodeG32DParam *param = (XieDecodeG32DParam *) + Xmalloc (sizeof (XieDecodeG32DParam)); + + param->encoded_order = encoded_order; + param->normal = normal; + param->radiometric = radiometric; + + return (param); +} + + +XieDecodeG42DParam * +XieTecDecodeG42D (encoded_order, normal, radiometric) + +XieOrientation encoded_order; +Bool normal; +Bool radiometric; + +{ + XieDecodeG42DParam *param = (XieDecodeG42DParam *) + Xmalloc (sizeof (XieDecodeG42DParam)); + + param->encoded_order = encoded_order; + param->normal = normal; + param->radiometric = radiometric; + + return (param); +} + + +XieDecodeTIFF2Param * +XieTecDecodeTIFF2 (encoded_order, normal, radiometric) + +XieOrientation encoded_order; +Bool normal; +Bool radiometric; + +{ + XieDecodeTIFF2Param *param = (XieDecodeTIFF2Param *) + Xmalloc (sizeof (XieDecodeTIFF2Param)); + + param->encoded_order = encoded_order; + param->normal = normal; + param->radiometric = radiometric; + + return (param); +} + + +XieDecodeTIFFPackBitsParam * +XieTecDecodeTIFFPackBits (encoded_order, normal) + +XieOrientation encoded_order; +Bool normal; + +{ + XieDecodeTIFFPackBitsParam *param = (XieDecodeTIFFPackBitsParam *) + Xmalloc (sizeof (XieDecodeTIFFPackBitsParam)); + + param->encoded_order = encoded_order; + param->normal = normal; + + return (param); +} + + +XieDecodeJPEGBaselineParam * +XieTecDecodeJPEGBaseline (interleave, band_order, up_sample) + +XieInterleave interleave; +XieOrientation band_order; +Bool up_sample; + +{ + XieDecodeJPEGBaselineParam *param = (XieDecodeJPEGBaselineParam *) + Xmalloc (sizeof (XieDecodeJPEGBaselineParam)); + + param->interleave = interleave; + param->band_order = band_order; + param->up_sample = up_sample; + + return (param); +} + + +XieDecodeJPEGLosslessParam * +XieTecDecodeJPEGLossless (interleave, band_order) + +XieInterleave interleave; +XieOrientation band_order; + +{ + XieDecodeJPEGLosslessParam *param = (XieDecodeJPEGLosslessParam *) + Xmalloc (sizeof (XieDecodeJPEGLosslessParam)); + + param->interleave = interleave; + param->band_order = band_order; + + return (param); +} + + +XieDitherOrderedParam * +XieTecDitherOrderedParam (threshold_order) + +unsigned int threshold_order; + +{ + XieDitherOrderedParam *param = (XieDitherOrderedParam *) + Xmalloc (sizeof (XieDitherOrderedParam)); + + param->threshold_order = threshold_order; + + return (param); +} + + +XieEncodeUncompressedSingleParam * +XieTecEncodeUncompressedSingle (fill_order, pixel_order, + pixel_stride, scanline_pad) + +XieOrientation fill_order; +XieOrientation pixel_order; +unsigned int pixel_stride; +unsigned int scanline_pad; + +{ + XieEncodeUncompressedSingleParam *param = + (XieEncodeUncompressedSingleParam *) Xmalloc ( + sizeof (XieEncodeUncompressedSingleParam)); + + param->fill_order = fill_order; + param->pixel_order = pixel_order; + param->pixel_stride = pixel_stride; + param->scanline_pad = scanline_pad; + + return (param); +} + + +XieEncodeUncompressedTripleParam * +XieTecEncodeUncompressedTriple (fill_order, pixel_order, band_order, + interleave, pixel_stride, scanline_pad) + +XieOrientation fill_order; +XieOrientation pixel_order; +XieOrientation band_order; +XieInterleave interleave; +unsigned char pixel_stride[3]; +unsigned char scanline_pad[3]; + +{ + XieEncodeUncompressedTripleParam *param = + (XieEncodeUncompressedTripleParam *) Xmalloc ( + sizeof (XieEncodeUncompressedTripleParam)); + + param->pixel_stride[0] = pixel_stride[0]; + param->pixel_stride[1] = pixel_stride[1]; + param->pixel_stride[2] = pixel_stride[2]; + param->pixel_order = pixel_order; + param->scanline_pad[0] = scanline_pad[0]; + param->scanline_pad[1] = scanline_pad[1]; + param->scanline_pad[2] = scanline_pad[2]; + param->fill_order = fill_order; + param->band_order = band_order; + param->interleave = interleave; + + return (param); +} + + +XieEncodeG31DParam * +XieTecEncodeG31D (align_eol, radiometric, encoded_order) + +Bool align_eol; +Bool radiometric; +XieOrientation encoded_order; + +{ + XieEncodeG31DParam *param = (XieEncodeG31DParam *) + Xmalloc (sizeof (XieEncodeG31DParam)); + + param->align_eol = align_eol; + param->radiometric = radiometric; + param->encoded_order = encoded_order; + + return (param); +} + + +XieEncodeG32DParam * +XieTecEncodeG32D (uncompressed, align_eol, radiometric, + encoded_order, k_factor) + +Bool uncompressed; +Bool align_eol; +Bool radiometric; +XieOrientation encoded_order; +unsigned long k_factor; + +{ + XieEncodeG32DParam *param = (XieEncodeG32DParam *) + Xmalloc (sizeof (XieEncodeG32DParam)); + + param->uncompressed = uncompressed; + param->align_eol = align_eol; + param->radiometric = radiometric; + param->encoded_order = encoded_order; + param->k_factor = k_factor; + + return (param); +} + + +XieEncodeG42DParam * +XieTecEncodeG42D (uncompressed, radiometric, encoded_order) + +Bool uncompressed; +Bool radiometric; +XieOrientation encoded_order; + +{ + XieEncodeG42DParam *param = (XieEncodeG42DParam *) + Xmalloc (sizeof (XieEncodeG42DParam)); + + param->uncompressed = uncompressed; + param->radiometric = radiometric; + param->encoded_order = encoded_order; + + return (param); +} + + +XieEncodeJPEGBaselineParam * +XieTecEncodeJPEGBaseline (interleave, band_order, + horizontal_samples, vertical_samples, + q_table, q_size, + ac_table, ac_size, + dc_table, dc_size) + +XieInterleave interleave; +XieOrientation band_order; +unsigned char horizontal_samples[3]; +unsigned char vertical_samples[3]; +char *q_table; +unsigned int q_size; +char *ac_table; +unsigned int ac_size; +char *dc_table; +unsigned int dc_size; + +{ + XieEncodeJPEGBaselineParam *param = (XieEncodeJPEGBaselineParam *) + Xmalloc (sizeof (XieEncodeJPEGBaselineParam)); + + param->interleave = interleave; + param->band_order = band_order; + + param->horizontal_samples[0] = horizontal_samples[0]; + param->horizontal_samples[1] = horizontal_samples[1]; + param->horizontal_samples[2] = horizontal_samples[2]; + + param->vertical_samples[0] = vertical_samples[0]; + param->vertical_samples[1] = vertical_samples[1]; + param->vertical_samples[2] = vertical_samples[2]; + + param->q_size = q_size; + param->ac_size = ac_size; + param->dc_size = dc_size; + + param->q_table = (char *) Xmalloc (q_size); + param->ac_table = (char *) Xmalloc (ac_size); + param->dc_table = (char *) Xmalloc (dc_size); + + memcpy (param->q_table, q_table, q_size); + memcpy (param->ac_table, ac_table, ac_size); + memcpy (param->dc_table, dc_table, dc_size); + + return (param); +} + + +XieEncodeJPEGLosslessParam * +XieTecEncodeJPEGLossless (interleave, band_order, predictor, table, table_size) + +XieInterleave interleave; +XieOrientation band_order; +unsigned char predictor[3]; +char *table; +unsigned int table_size; + +{ + XieEncodeJPEGLosslessParam *param = (XieEncodeJPEGLosslessParam *) + Xmalloc (sizeof (XieEncodeJPEGLosslessParam)); + + param->interleave = interleave; + param->band_order = band_order; + param->predictor[0] = predictor[0]; + param->predictor[1] = predictor[1]; + param->predictor[2] = predictor[2]; + param->table_size = table_size; + + param->table = (char *) Xmalloc (table_size); + memcpy (param->table, table, table_size); + + return (param); +} + + +XieEncodeTIFF2Param * +XieTecEncodeTIFF2 (encoded_order, radiometric) + +XieOrientation encoded_order; +Bool radiometric; + +{ + XieEncodeTIFF2Param *param = (XieEncodeTIFF2Param *) + Xmalloc (sizeof (XieEncodeTIFF2Param)); + + param->encoded_order = encoded_order; + param->radiometric = radiometric; + + return (param); +} + + +XieEncodeTIFFPackBitsParam * +XieTecEncodeTIFFPackBits (encoded_order) + +XieOrientation encoded_order; + +{ + XieEncodeTIFFPackBitsParam *param = (XieEncodeTIFFPackBitsParam *) + Xmalloc (sizeof (XieEncodeTIFFPackBitsParam)); + + param->encoded_order = encoded_order; + + return (param); +} + +XieEncodeServerChoiceParam * +XieTecEncodeServerChoice (preference) + +unsigned int preference; + +{ + XieEncodeServerChoiceParam *param = (XieEncodeServerChoiceParam *) + Xmalloc (sizeof (XieEncodeServerChoiceParam)); + + param->preference = preference; + + return (param); +} + + +XieGeomAntialiasByAreaParam * +XieTecGeomAntialiasByArea (simple) + +int simple; + +{ + XieGeomAntialiasByAreaParam *param = (XieGeomAntialiasByAreaParam *) + Xmalloc (sizeof (XieGeomAntialiasByAreaParam)); + + param->simple = simple; + + return (param); +} + + +XieGeomAntialiasByLowpassParam * +XieTecGeomAntialiasByLowpass (kernel_size) + +int kernel_size; + +{ + XieGeomAntialiasByLowpassParam *param = (XieGeomAntialiasByLowpassParam *) + Xmalloc (sizeof (XieGeomAntialiasByLowpassParam)); + + param->kernel_size = kernel_size; + + return (param); +} + + +XieGeomGaussianParam * +XieTecGeomGaussian (sigma, normalize, radius, simple) + +double sigma; +double normalize; +unsigned int radius; +Bool simple; + +{ + XieGeomGaussianParam *param = (XieGeomGaussianParam *) + Xmalloc (sizeof (XieGeomGaussianParam)); + + param->sigma = sigma; + param->normalize = normalize; + param->radius = radius; + param->simple = simple; + + return (param); +} + + +XieGeomNearestNeighborParam * +XieTecGeomNearestNeighbor (modify) + +unsigned int modify; + +{ + XieGeomNearestNeighborParam *param = (XieGeomNearestNeighborParam *) + Xmalloc (sizeof (XieGeomNearestNeighborParam)); + + param->modify = modify; + + return (param); +} + +XieHistogramGaussianParam * +XieTecHistogramGaussian (mean, sigma) + +double mean; +double sigma; + +{ + XieHistogramGaussianParam *param = (XieHistogramGaussianParam *) + Xmalloc (sizeof (XieHistogramGaussianParam)); + + param->mean = mean; + param->sigma = sigma; + + return (param); +} + + +XieHistogramHyperbolicParam * +XieTecHistogramHyperbolic (constant, shape_factor) + +double constant; +Bool shape_factor; + +{ + XieHistogramHyperbolicParam *param = (XieHistogramHyperbolicParam *) + Xmalloc (sizeof (XieHistogramHyperbolicParam)); + + param->constant = constant; + param->shape_factor = shape_factor; + + return (param); +} + + +XieWhiteAdjustCIELabShiftParam * +XieTecWhiteAdjustCIELabShift (white_point) + +XieConstant white_point; + +{ + XieWhiteAdjustCIELabShiftParam *param = (XieWhiteAdjustCIELabShiftParam *) + Xmalloc (sizeof (XieWhiteAdjustCIELabShiftParam)); + + param->white_point[0] = white_point[0]; + param->white_point[1] = white_point[1]; + param->white_point[2] = white_point[2]; + + return (param); +} diff --git a/xie/xc/lib/XIE/elements.c b/xie/xc/lib/XIE/elements.c new file mode 100644 index 0000000..45061fe --- /dev/null +++ b/xie/xc/lib/XIE/elements.c @@ -0,0 +1,1262 @@ +/* $XConsortium: elements.c,v 1.5 94/04/17 20:18:21 rws Exp $ */ + +/* + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" +#include "elements.h" + +#include + + +int +_XiePhotofloSize (elem_list, elem_count) + +XiePhotoElement *elem_list; +int elem_count; + +{ + XiePhotoElement *elemSrc; + int size = 0; + int i; + + for (i = 0; i < elem_count; i++) + { + elemSrc = &elem_list[i]; + + switch (elemSrc->elemType) + { + case xieElemImportClientLUT: + size += SIZEOF (xieFloImportClientLUT); + break; + + case xieElemImportClientPhoto: + size += SIZEOF (xieFloImportClientPhoto) + + (_XieTechniqueLength (xieValDecode, + elemSrc->data.ImportClientPhoto.decode_tech, + elemSrc->data.ImportClientPhoto.decode_param) << 2); + break; + + case xieElemImportClientROI: + size += SIZEOF (xieFloImportClientROI); + break; + + case xieElemImportDrawable: + size += SIZEOF (xieFloImportDrawable); + break; + + case xieElemImportDrawablePlane: + size += SIZEOF (xieFloImportDrawablePlane); + break; + + case xieElemImportLUT: + size += SIZEOF (xieFloImportLUT); + break; + + case xieElemImportPhotomap: + size += SIZEOF (xieFloImportPhotomap); + break; + + case xieElemImportROI: + size += SIZEOF (xieFloImportROI); + break; + + case xieElemArithmetic: + size += SIZEOF (xieFloArithmetic); + break; + + case xieElemBandCombine: + size += SIZEOF (xieFloBandCombine); + break; + + case xieElemBandExtract: + size += SIZEOF (xieFloBandExtract); + break; + + case xieElemBandSelect: + size += SIZEOF (xieFloBandSelect); + break; + + case xieElemBlend: + size += SIZEOF (xieFloBlend); + break; + + case xieElemCompare: + size += SIZEOF (xieFloCompare); + break; + + case xieElemConstrain: + size += SIZEOF (xieFloConstrain) + + (_XieTechniqueLength (xieValConstrain, + elemSrc->data.Constrain.constrain_tech, + elemSrc->data.Constrain.constrain_param) << 2); + break; + + case xieElemConvertFromIndex: + size += SIZEOF (xieFloConvertFromIndex); + break; + + case xieElemConvertFromRGB: + size += SIZEOF (xieFloConvertFromRGB) + + (_XieTechniqueLength (xieValConvertFromRGB, + elemSrc->data.ConvertFromRGB.color_space, + elemSrc->data.ConvertFromRGB.color_param) << 2); + break; + + case xieElemConvertToIndex: + size += SIZEOF (xieFloConvertToIndex) + + (_XieTechniqueLength (xieValColorAlloc, + elemSrc->data.ConvertToIndex.color_alloc_tech, + elemSrc->data.ConvertToIndex.color_alloc_param) << 2); + break; + + case xieElemConvertToRGB: + size += SIZEOF (xieFloConvertToRGB) + + (_XieTechniqueLength (xieValConvertToRGB, + elemSrc->data.ConvertToRGB.color_space, + elemSrc->data.ConvertToRGB.color_param) << 2); + break; + + case xieElemConvolve: + size += SIZEOF (xieFloConvolve) + + (4 * elemSrc->data.Convolve.kernel_size * + elemSrc->data.Convolve.kernel_size) + + (_XieTechniqueLength (xieValConvolve, + elemSrc->data.Convolve.convolve_tech, + elemSrc->data.Convolve.convolve_param) << 2); + break; + + case xieElemDither: + size += SIZEOF (xieFloDither) + + (_XieTechniqueLength (xieValDither, + elemSrc->data.Dither.dither_tech, + elemSrc->data.Dither.dither_param) << 2); + break; + + case xieElemGeometry: + size += SIZEOF (xieFloGeometry) + + (_XieTechniqueLength (xieValGeometry, + elemSrc->data.Geometry.sample_tech, + elemSrc->data.Geometry.sample_param) << 2); + break; + + case xieElemLogical: + size += SIZEOF (xieFloLogical); + break; + + case xieElemMatchHistogram: + size += SIZEOF (xieFloMatchHistogram) + + (_XieTechniqueLength (xieValHistogram, + elemSrc->data.MatchHistogram.shape, + elemSrc->data.MatchHistogram.shape_param) << 2); + break; + + case xieElemMath: + size += SIZEOF (xieFloMath); + break; + + case xieElemPasteUp: + size += SIZEOF (xieFloPasteUp) + + elemSrc->data.PasteUp.tile_count * SIZEOF (xieTypTile); + break; + + case xieElemPoint: + size += SIZEOF (xieFloPoint); + break; + + case xieElemUnconstrain: + size += SIZEOF (xieFloUnconstrain); + break; + + case xieElemExportClientHistogram: + size += SIZEOF (xieFloExportClientHistogram); + break; + + case xieElemExportClientLUT: + size += SIZEOF (xieFloExportClientLUT); + break; + + case xieElemExportClientPhoto: + size += SIZEOF (xieFloExportClientPhoto) + + (_XieTechniqueLength (xieValEncode, + elemSrc->data.ExportClientPhoto.encode_tech, + elemSrc->data.ExportClientPhoto.encode_param) << 2); + break; + + case xieElemExportClientROI: + size += SIZEOF (xieFloExportClientROI); + break; + + case xieElemExportDrawable: + size += SIZEOF (xieFloExportDrawable); + break; + + case xieElemExportDrawablePlane: + size += SIZEOF (xieFloExportDrawablePlane); + break; + + case xieElemExportLUT: + size += SIZEOF (xieFloExportLUT); + break; + + case xieElemExportPhotomap: + size += SIZEOF (xieFloExportPhotomap) + + (_XieTechniqueLength (xieValEncode, + elemSrc->data.ExportPhotomap.encode_tech, + elemSrc->data.ExportPhotomap.encode_param) << 2); + break; + + case xieElemExportROI: + size += SIZEOF (xieFloExportROI); + break; + + default: + break; + } + } + + return (size); +} + + +void +_XieElemImportClientLUT (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloImportClientLUT *elemDest; + + BEGIN_ELEM_HEAD (ImportClientLUT, elemSrc, + LENOF (xieFloImportClientLUT), *bufDest, elemDest); + + elemDest->class = elemSrc->data.ImportClientLUT.data_class; + elemDest->bandOrder = elemSrc->data.ImportClientLUT.band_order; + elemDest->length0 = elemSrc->data.ImportClientLUT.length[0]; + elemDest->length1 = elemSrc->data.ImportClientLUT.length[1]; + elemDest->length2 = elemSrc->data.ImportClientLUT.length[2]; + elemDest->levels0 = elemSrc->data.ImportClientLUT.levels[0]; + elemDest->levels1 = elemSrc->data.ImportClientLUT.levels[1]; + elemDest->levels2 = elemSrc->data.ImportClientLUT.levels[2]; + + END_ELEM_HEAD (ImportClientLUT, *bufDest, elemDest); +} + + +void +_XieElemImportClientPhoto (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloImportClientPhoto *elemDest; + unsigned techLen; + + techLen = _XieTechniqueLength (xieValDecode, + elemSrc->data.ImportClientPhoto.decode_tech, + elemSrc->data.ImportClientPhoto.decode_param); + + BEGIN_ELEM_HEAD (ImportClientPhoto, elemSrc, + LENOF (xieFloImportClientPhoto) + techLen, *bufDest, elemDest); + + elemDest->notify = elemSrc->data.ImportClientPhoto.notify; + elemDest->class = elemSrc->data.ImportClientPhoto.data_class; + elemDest->width0 = elemSrc->data.ImportClientPhoto.width[0]; + elemDest->width1 = elemSrc->data.ImportClientPhoto.width[1]; + elemDest->width2 = elemSrc->data.ImportClientPhoto.width[2]; + elemDest->height0 = elemSrc->data.ImportClientPhoto.height[0]; + elemDest->height1 = elemSrc->data.ImportClientPhoto.height[1]; + elemDest->height2 = elemSrc->data.ImportClientPhoto.height[2]; + elemDest->levels0 = elemSrc->data.ImportClientPhoto.levels[0]; + elemDest->levels1 = elemSrc->data.ImportClientPhoto.levels[1]; + elemDest->levels2 = elemSrc->data.ImportClientPhoto.levels[2]; + elemDest->decodeTechnique = elemSrc->data.ImportClientPhoto.decode_tech; + elemDest->lenParams = techLen; + + END_ELEM_HEAD (ImportClientPhoto, *bufDest, elemDest); + + /* Technique dependent decode params */ + + _XieEncodeTechnique (bufDest, xieValDecode, + elemSrc->data.ImportClientPhoto.decode_tech, + elemSrc->data.ImportClientPhoto.decode_param); +} + + +void +_XieElemImportClientROI (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloImportClientROI *elemDest; + + BEGIN_ELEM_HEAD (ImportClientROI, elemSrc, + LENOF (xieFloImportClientROI), *bufDest, elemDest); + + elemDest->rectangles = elemSrc->data.ImportClientROI.rectangles; + + END_ELEM_HEAD (ImportClientROI, *bufDest, elemDest); +} + + +void +_XieElemImportDrawable (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloImportDrawable *elemDest; + + BEGIN_ELEM_HEAD (ImportDrawable, elemSrc, + LENOF (xieFloImportDrawable), *bufDest, elemDest); + + elemDest->drawable = elemSrc->data.ImportDrawable.drawable; + elemDest->srcX = elemSrc->data.ImportDrawable.src_x; + elemDest->srcY = elemSrc->data.ImportDrawable.src_y; + elemDest->width = elemSrc->data.ImportDrawable.width; + elemDest->height = elemSrc->data.ImportDrawable.height; + elemDest->fill = elemSrc->data.ImportDrawable.fill; + elemDest->notify = elemSrc->data.ImportDrawable.notify; + + END_ELEM_HEAD (ImportDrawable, *bufDest, elemDest); +} + + +void +_XieElemImportDrawablePlane (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloImportDrawablePlane *elemDest; + + BEGIN_ELEM_HEAD (ImportDrawablePlane, elemSrc, + LENOF (xieFloImportDrawablePlane), *bufDest, elemDest); + + elemDest->drawable = elemSrc->data.ImportDrawablePlane.drawable; + elemDest->srcX = elemSrc->data.ImportDrawablePlane.src_x; + elemDest->srcY = elemSrc->data.ImportDrawablePlane.src_y; + elemDest->width = elemSrc->data.ImportDrawablePlane.width; + elemDest->height = elemSrc->data.ImportDrawablePlane.height; + elemDest->fill = elemSrc->data.ImportDrawablePlane.fill; + elemDest->bitPlane = elemSrc->data.ImportDrawablePlane.bit_plane; + elemDest->notify = elemSrc->data.ImportDrawablePlane.notify; + + END_ELEM_HEAD (ImportDrawablePlane, *bufDest, elemDest); +} + + +void +_XieElemImportLUT (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloImportLUT *elemDest; + + BEGIN_ELEM_HEAD (ImportLUT, elemSrc, + LENOF (xieFloImportLUT), *bufDest, elemDest); + + elemDest->lut = elemSrc->data.ImportLUT.lut; + + END_ELEM_HEAD (ImportLUT, *bufDest, elemDest); +} + + +void +_XieElemImportPhotomap (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloImportPhotomap *elemDest; + + BEGIN_ELEM_HEAD (ImportPhotomap, elemSrc, + LENOF (xieFloImportPhotomap), *bufDest, elemDest); + + elemDest->photomap = elemSrc->data.ImportPhotomap.photomap; + elemDest->notify = elemSrc->data.ImportPhotomap.notify; + + END_ELEM_HEAD (ImportPhotomap, *bufDest, elemDest); +} + + +void +_XieElemImportROI (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloImportROI *elemDest; + + BEGIN_ELEM_HEAD (ImportROI, elemSrc, + LENOF (xieFloImportROI), *bufDest, elemDest); + + elemDest->roi = elemSrc->data.ImportROI.roi; + + END_ELEM_HEAD (ImportROI, *bufDest, elemDest); +} + + +void +_XieElemArithmetic (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloArithmetic *elemDest; + + BEGIN_ELEM_HEAD (Arithmetic, elemSrc, + LENOF (xieFloArithmetic), *bufDest, elemDest); + + elemDest->src1 = elemSrc->data.Arithmetic.src1; + elemDest->src2 = elemSrc->data.Arithmetic.src2; + elemDest->domainOffsetX = elemSrc->data.Arithmetic.domain.offset_x; + elemDest->domainOffsetY = elemSrc->data.Arithmetic.domain.offset_y; + elemDest->domainPhototag = elemSrc->data.Arithmetic.domain.phototag; + elemDest->operator = elemSrc->data.Arithmetic.operator; + elemDest->bandMask = elemSrc->data.Arithmetic.band_mask; + elemDest->constant0 = + _XieConvertToIEEE (elemSrc->data.Arithmetic.constant[0]); + elemDest->constant1 = + _XieConvertToIEEE (elemSrc->data.Arithmetic.constant[1]); + elemDest->constant2 = + _XieConvertToIEEE (elemSrc->data.Arithmetic.constant[2]); + + END_ELEM_HEAD (Arithmetic, *bufDest, elemDest); +} + + +void +_XieElemBandCombine (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloBandCombine *elemDest; + + BEGIN_ELEM_HEAD (BandCombine, elemSrc, + LENOF (xieFloBandCombine), *bufDest, elemDest); + + elemDest->src1 = elemSrc->data.BandCombine.src1; + elemDest->src2 = elemSrc->data.BandCombine.src2; + elemDest->src3 = elemSrc->data.BandCombine.src3; + + END_ELEM_HEAD (BandCombine, *bufDest, elemDest); +} + + +void +_XieElemBandExtract (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloBandExtract *elemDest; + + BEGIN_ELEM_HEAD (BandExtract, elemSrc, + LENOF (xieFloBandExtract), *bufDest, elemDest); + + elemDest->src = elemSrc->data.BandExtract.src; + elemDest->levels = elemSrc->data.BandExtract.levels; + elemDest->bias = + _XieConvertToIEEE (elemSrc->data.BandExtract.bias); + elemDest->constant0 = + _XieConvertToIEEE (elemSrc->data.BandExtract.coefficients[0]); + elemDest->constant1 = + _XieConvertToIEEE (elemSrc->data.BandExtract.coefficients[1]); + elemDest->constant2 = + _XieConvertToIEEE (elemSrc->data.BandExtract.coefficients[2]); + END_ELEM_HEAD (BandExtract, *bufDest, elemDest); +} + +void +_XieElemBandSelect (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloBandSelect *elemDest; + + BEGIN_ELEM_HEAD (BandSelect, elemSrc, + LENOF (xieFloBandSelect), *bufDest, elemDest); + + elemDest->src = elemSrc->data.BandSelect.src; + elemDest->bandNumber= elemSrc->data.BandSelect.band_number; + + END_ELEM_HEAD (BandSelect, *bufDest, elemDest); +} + + +void +_XieElemBlend (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloBlend *elemDest; + + BEGIN_ELEM_HEAD (Blend, elemSrc, + LENOF (xieFloBlend), *bufDest, elemDest); + + elemDest->src1 = elemSrc->data.Blend.src1; + elemDest->src2 = elemSrc->data.Blend.src2; + elemDest->alpha = elemSrc->data.Blend.alpha; + elemDest->constant0 = + _XieConvertToIEEE (elemSrc->data.Blend.src_constant[0]); + elemDest->constant1 = + _XieConvertToIEEE (elemSrc->data.Blend.src_constant[1]); + elemDest->constant2 = + _XieConvertToIEEE (elemSrc->data.Blend.src_constant[2]); + elemDest->alphaConst = + _XieConvertToIEEE (elemSrc->data.Blend.alpha_constant); + elemDest->domainOffsetX = elemSrc->data.Blend.domain.offset_x; + elemDest->domainOffsetY = elemSrc->data.Blend.domain.offset_y; + elemDest->domainPhototag = elemSrc->data.Blend.domain.phototag; + elemDest->bandMask = elemSrc->data.Blend.band_mask; + + END_ELEM_HEAD (Blend, *bufDest, elemDest); +} + + +void +_XieElemCompare (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloCompare *elemDest; + + BEGIN_ELEM_HEAD (Compare, elemSrc, + LENOF (xieFloCompare), *bufDest, elemDest); + + elemDest->src1 = elemSrc->data.Compare.src1; + elemDest->src2 = elemSrc->data.Compare.src2; + elemDest->domainOffsetX = elemSrc->data.Compare.domain.offset_x; + elemDest->domainOffsetY = elemSrc->data.Compare.domain.offset_y; + elemDest->domainPhototag = elemSrc->data.Compare.domain.phototag; + elemDest->operator = elemSrc->data.Compare.operator; + elemDest->combine = elemSrc->data.Compare.combine; + elemDest->constant0 = + _XieConvertToIEEE (elemSrc->data.Compare.constant[0]); + elemDest->constant1 = + _XieConvertToIEEE (elemSrc->data.Compare.constant[1]); + elemDest->constant2 = + _XieConvertToIEEE (elemSrc->data.Compare.constant[2]); + elemDest->bandMask = elemSrc->data.Compare.band_mask; + + END_ELEM_HEAD (Compare, *bufDest, elemDest); +} + + +void +_XieElemConstrain (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloConstrain *elemDest; + unsigned techLen; + + techLen = _XieTechniqueLength (xieValConstrain, + elemSrc->data.Constrain.constrain_tech, + elemSrc->data.Constrain.constrain_param); + + BEGIN_ELEM_HEAD (Constrain, elemSrc, + LENOF (xieFloConstrain) + techLen, *bufDest, elemDest); + + elemDest->src = elemSrc->data.Constrain.src; + elemDest->levels0 = elemSrc->data.Constrain.levels[0]; + elemDest->levels1 = elemSrc->data.Constrain.levels[1]; + elemDest->levels2 = elemSrc->data.Constrain.levels[2]; + elemDest->constrain = elemSrc->data.Constrain.constrain_tech; + elemDest->lenParams = techLen; + + END_ELEM_HEAD (Constrain, *bufDest, elemDest); + + /* Technique dependent constrain params */ + + _XieEncodeTechnique (bufDest, xieValConstrain, + elemSrc->data.Constrain.constrain_tech, + elemSrc->data.Constrain.constrain_param); +} + + +void +_XieElemConvertFromIndex (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloConvertFromIndex *elemDest; + + BEGIN_ELEM_HEAD (ConvertFromIndex, elemSrc, + LENOF (xieFloConvertFromIndex), *bufDest, elemDest); + + elemDest->src = elemSrc->data.ConvertFromIndex.src; + elemDest->class = elemSrc->data.ConvertFromIndex.data_class; + elemDest->precision = elemSrc->data.ConvertFromIndex.precision; + elemDest->colormap = elemSrc->data.ConvertFromIndex.colormap; + + END_ELEM_HEAD (ConvertFromIndex, *bufDest, elemDest); +} + + +void +_XieElemConvertFromRGB (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloConvertFromRGB *elemDest; + unsigned techLen; + + techLen = _XieTechniqueLength (xieValConvertFromRGB, + elemSrc->data.ConvertFromRGB.color_space, + elemSrc->data.ConvertFromRGB.color_param); + + BEGIN_ELEM_HEAD (ConvertFromRGB, elemSrc, + LENOF (xieFloConvertFromRGB) + techLen, *bufDest, elemDest); + + elemDest->src = elemSrc->data.ConvertFromRGB.src; + elemDest->convert = elemSrc->data.ConvertFromRGB.color_space; + elemDest->lenParams = techLen; + + END_ELEM_HEAD (ConvertFromRGB, *bufDest, elemDest); + + /* Technique dependent color params */ + + _XieEncodeTechnique (bufDest, xieValConvertFromRGB, + elemSrc->data.ConvertFromRGB.color_space, + elemSrc->data.ConvertFromRGB.color_param); +} + + +void +_XieElemConvertToIndex (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloConvertToIndex *elemDest; + unsigned techLen; + + techLen = _XieTechniqueLength (xieValColorAlloc, + elemSrc->data.ConvertToIndex.color_alloc_tech, + elemSrc->data.ConvertToIndex.color_alloc_param); + + BEGIN_ELEM_HEAD (ConvertToIndex, elemSrc, + LENOF (xieFloConvertToIndex) + techLen, *bufDest, elemDest); + + elemDest->src = elemSrc->data.ConvertToIndex.src; + elemDest->notify = elemSrc->data.ConvertToIndex.notify; + elemDest->colormap = elemSrc->data.ConvertToIndex.colormap; + elemDest->colorList = elemSrc->data.ConvertToIndex.color_list; + elemDest->colorAlloc = elemSrc->data.ConvertToIndex.color_alloc_tech; + elemDest->lenParams = techLen; + + END_ELEM_HEAD (ConvertToIndex, *bufDest, elemDest); + + /* Technique dependent color alloc params */ + + _XieEncodeTechnique (bufDest, xieValColorAlloc, + elemSrc->data.ConvertToIndex.color_alloc_tech, + elemSrc->data.ConvertToIndex.color_alloc_param); +} + + +void +_XieElemConvertToRGB (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloConvertToRGB *elemDest; + unsigned techLen; + + techLen = _XieTechniqueLength (xieValConvertToRGB, + elemSrc->data.ConvertToRGB.color_space, + elemSrc->data.ConvertToRGB.color_param); + + BEGIN_ELEM_HEAD (ConvertToRGB, elemSrc, + LENOF (xieFloConvertToRGB) + techLen, *bufDest, elemDest); + + elemDest->src = elemSrc->data.ConvertToRGB.src; + elemDest->convert = elemSrc->data.ConvertToRGB.color_space; + elemDest->lenParams = techLen; + + END_ELEM_HEAD (ConvertToRGB, *bufDest, elemDest); + + /* Technique dependent color params */ + + _XieEncodeTechnique (bufDest, xieValConvertToRGB, + elemSrc->data.ConvertToRGB.color_space, + elemSrc->data.ConvertToRGB.color_param); +} + + +void +_XieElemConvolve (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + int ksize = elemSrc->data.Convolve.kernel_size; + int i, j; + xieTypFloat *fptr; + xieFloConvolve *elemDest; + unsigned techLen, kernelLen; + + techLen = _XieTechniqueLength (xieValConvolve, + elemSrc->data.Convolve.convolve_tech, + elemSrc->data.Convolve.convolve_param); + + kernelLen = elemSrc->data.Convolve.kernel_size * + elemSrc->data.Convolve.kernel_size; + + BEGIN_ELEM_HEAD (Convolve, elemSrc, + LENOF (xieFloConvolve) + kernelLen + techLen, *bufDest, elemDest); + + elemDest->src = elemSrc->data.Convolve.src; + elemDest->domainOffsetX = elemSrc->data.Convolve.domain.offset_x; + elemDest->domainOffsetY = elemSrc->data.Convolve.domain.offset_y; + elemDest->domainPhototag = elemSrc->data.Convolve.domain.phototag; + elemDest->bandMask = elemSrc->data.Convolve.band_mask; + elemDest->kernelSize = elemSrc->data.Convolve.kernel_size; + elemDest->convolve = elemSrc->data.Convolve.convolve_tech; + elemDest->lenParams = techLen; + + END_ELEM_HEAD (Convolve, *bufDest, elemDest); + + + /* LISTofFloat (kernelSize^2) */ + + fptr = (xieTypFloat *) *bufDest; + for (i = 0; i < ksize; i++) + for (j = 0; j < ksize; j++) + *fptr++ = _XieConvertToIEEE ( + elemSrc->data.Convolve.kernel[i * ksize + j]); + + *bufDest += NUMBYTES (kernelLen); + + + /* Technique dependent convolve params */ + + _XieEncodeTechnique (bufDest, xieValConvolve, + elemSrc->data.Convolve.convolve_tech, + elemSrc->data.Convolve.convolve_param); + +} + + +void +_XieElemDither (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloDither *elemDest; + unsigned techLen; + + techLen = _XieTechniqueLength (xieValDither, + elemSrc->data.Dither.dither_tech, + elemSrc->data.Dither.dither_param); + + BEGIN_ELEM_HEAD (Dither, elemSrc, + LENOF (xieFloDither) + techLen, *bufDest, elemDest); + + elemDest->src = elemSrc->data.Dither.src; + elemDest->bandMask = elemSrc->data.Dither.band_mask; + elemDest->levels0 = elemSrc->data.Dither.levels[0]; + elemDest->levels1 = elemSrc->data.Dither.levels[1]; + elemDest->levels2 = elemSrc->data.Dither.levels[2]; + elemDest->dither = elemSrc->data.Dither.dither_tech; + elemDest->lenParams = techLen; + + END_ELEM_HEAD (Dither, *bufDest, elemDest); + + /* Technique dependent dither params */ + + _XieEncodeTechnique (bufDest, xieValDither, + elemSrc->data.Dither.dither_tech, + elemSrc->data.Dither.dither_param); +} + + +void +_XieElemGeometry (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloGeometry *elemDest; + unsigned techLen; + + techLen = _XieTechniqueLength (xieValGeometry, + elemSrc->data.Geometry.sample_tech, + elemSrc->data.Geometry.sample_param); + + BEGIN_ELEM_HEAD (Geometry, elemSrc, + LENOF (xieFloGeometry) + techLen, *bufDest, elemDest); + + elemDest->src = elemSrc->data.Geometry.src; + elemDest->bandMask = elemSrc->data.Geometry.band_mask; + elemDest->width = elemSrc->data.Geometry.width; + elemDest->height = elemSrc->data.Geometry.height; + elemDest->a = _XieConvertToIEEE ( + elemSrc->data.Geometry.coefficients[0]); + elemDest->b = _XieConvertToIEEE ( + elemSrc->data.Geometry.coefficients[1]); + elemDest->c = _XieConvertToIEEE ( + elemSrc->data.Geometry.coefficients[2]); + elemDest->d = _XieConvertToIEEE ( + elemSrc->data.Geometry.coefficients[3]); + elemDest->tx = _XieConvertToIEEE ( + elemSrc->data.Geometry.coefficients[4]); + elemDest->ty = _XieConvertToIEEE ( + elemSrc->data.Geometry.coefficients[5]); + elemDest->constant0 = _XieConvertToIEEE ( + elemSrc->data.Geometry.constant[0] ); + elemDest->constant1 = _XieConvertToIEEE ( + elemSrc->data.Geometry.constant[1] ); + elemDest->constant2 = _XieConvertToIEEE ( + elemSrc->data.Geometry.constant[2] ); + elemDest->sample = elemSrc->data.Geometry.sample_tech; + elemDest->lenParams = techLen; + + END_ELEM_HEAD (Geometry, *bufDest, elemDest); + + /* Technique dependent sample params */ + + _XieEncodeTechnique (bufDest, xieValGeometry, + elemSrc->data.Geometry.sample_tech, + elemSrc->data.Geometry.sample_param); +} + + +void +_XieElemLogical (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloLogical *elemDest; + + BEGIN_ELEM_HEAD (Logical, elemSrc, + LENOF (xieFloLogical), *bufDest, elemDest); + + elemDest->src1 = elemSrc->data.Logical.src1; + elemDest->src2 = elemSrc->data.Logical.src2; + elemDest->domainOffsetX = elemSrc->data.Logical.domain.offset_x; + elemDest->domainOffsetY = elemSrc->data.Logical.domain.offset_y; + elemDest->domainPhototag = elemSrc->data.Logical.domain.phototag; + elemDest->operator = elemSrc->data.Logical.operator; + elemDest->bandMask = elemSrc->data.Logical.band_mask; + elemDest->constant0 = + _XieConvertToIEEE (elemSrc->data.Logical.constant[0]); + elemDest->constant1 = + _XieConvertToIEEE (elemSrc->data.Logical.constant[1]); + elemDest->constant2 = + _XieConvertToIEEE (elemSrc->data.Logical.constant[2]); + + END_ELEM_HEAD (Logical, *bufDest, elemDest); +} + + +void +_XieElemMatchHistogram (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloMatchHistogram *elemDest; + unsigned techLen; + + techLen = _XieTechniqueLength (xieValHistogram, + elemSrc->data.MatchHistogram.shape, + elemSrc->data.MatchHistogram.shape_param); + + BEGIN_ELEM_HEAD (MatchHistogram, elemSrc, + LENOF (xieFloMatchHistogram) + techLen, *bufDest, elemDest); + + elemDest->src = elemSrc->data.MatchHistogram.src; + elemDest->domainOffsetX = elemSrc->data.MatchHistogram.domain.offset_x; + elemDest->domainOffsetY = elemSrc->data.MatchHistogram.domain.offset_y; + elemDest->domainPhototag = elemSrc->data.MatchHistogram.domain.phototag; + elemDest->shape = elemSrc->data.MatchHistogram.shape; + elemDest->lenParams = techLen; + + END_ELEM_HEAD (MatchHistogram, *bufDest, elemDest); + + /* Technique dependent shape params */ + + _XieEncodeTechnique (bufDest, xieValHistogram, + elemSrc->data.MatchHistogram.shape, + elemSrc->data.MatchHistogram.shape_param); +} + + +void +_XieElemMath (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloMath *elemDest; + + BEGIN_ELEM_HEAD (Math, elemSrc, + LENOF (xieFloMath), *bufDest, elemDest); + + elemDest->src = elemSrc->data.Math.src; + elemDest->domainOffsetX = elemSrc->data.Math.domain.offset_x; + elemDest->domainOffsetY = elemSrc->data.Math.domain.offset_y; + elemDest->domainPhototag = elemSrc->data.Math.domain.phototag; + elemDest->operator = elemSrc->data.Math.operator; + elemDest->bandMask = elemSrc->data.Math.band_mask; + + END_ELEM_HEAD (Math, *bufDest, elemDest); +} + + +void +_XieElemPasteUp (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloPasteUp *elemDest; + + BEGIN_ELEM_HEAD (PasteUp, elemSrc, + LENOF (xieFloPasteUp) + + elemSrc->data.PasteUp.tile_count * LENOF (xieTypTile), + *bufDest, elemDest); + + elemDest->numTiles = elemSrc->data.PasteUp.tile_count; + elemDest->width = elemSrc->data.PasteUp.width; + elemDest->height = elemSrc->data.PasteUp.height; + elemDest->constant0 = + _XieConvertToIEEE (elemSrc->data.PasteUp.constant[0]); + elemDest->constant1 = + _XieConvertToIEEE (elemSrc->data.PasteUp.constant[1]); + elemDest->constant2 = + _XieConvertToIEEE (elemSrc->data.PasteUp.constant[2]); + + END_ELEM_HEAD (PasteUp, *bufDest, elemDest); + + /* LISTofTile (numTiles) */ + + STORE_LISTOF_TILES (elemSrc->data.PasteUp.tiles, + elemSrc->data.PasteUp.tile_count, *bufDest); +} + + +void +_XieElemPoint (bufDest, elemSrc) +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloPoint *elemDest; + + BEGIN_ELEM_HEAD (Point, elemSrc, + LENOF (xieFloPoint), *bufDest, elemDest); + + elemDest->src = elemSrc->data.Point.src; + elemDest->lut = elemSrc->data.Point.lut; + elemDest->domainOffsetX = elemSrc->data.Point.domain.offset_x; + elemDest->domainOffsetY = elemSrc->data.Point.domain.offset_y; + elemDest->domainPhototag = elemSrc->data.Point.domain.phototag; + elemDest->bandMask = elemSrc->data.Point.band_mask; + + END_ELEM_HEAD (Point, *bufDest, elemDest); +} + +void +_XieElemUnconstrain (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloUnconstrain *elemDest; + + BEGIN_ELEM_HEAD (Unconstrain, elemSrc, + LENOF (xieFloUnconstrain), *bufDest, elemDest); + + elemDest->src = elemSrc->data.Unconstrain.src; + + END_ELEM_HEAD (Unconstrain, *bufDest, elemDest); +} + +void +_XieElemExportClientHistogram (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloExportClientHistogram *elemDest; + + BEGIN_ELEM_HEAD (ExportClientHistogram, elemSrc, + LENOF (xieFloExportClientHistogram), *bufDest, elemDest); + + elemDest->src = elemSrc->data.ExportClientHistogram.src; + elemDest->notify = elemSrc->data.ExportClientHistogram.notify; + elemDest->domainOffsetX = + elemSrc->data.ExportClientHistogram.domain.offset_x; + elemDest->domainOffsetY = + elemSrc->data.ExportClientHistogram.domain.offset_y; + elemDest->domainPhototag = + elemSrc->data.ExportClientHistogram.domain.phototag; + + END_ELEM_HEAD (ExportClientHistogram, *bufDest, elemDest); +} + + +void +_XieElemExportClientLUT (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloExportClientLUT *elemDest; + + BEGIN_ELEM_HEAD (ExportClientLUT, elemSrc, + LENOF (xieFloExportClientLUT), *bufDest, elemDest); + + elemDest->src = elemSrc->data.ExportClientLUT.src; + elemDest->notify = elemSrc->data.ExportClientLUT.notify; + elemDest->bandOrder = elemSrc->data.ExportClientLUT.band_order; + elemDest->start0 = elemSrc->data.ExportClientLUT.start[0]; + elemDest->start1 = elemSrc->data.ExportClientLUT.start[1]; + elemDest->start2 = elemSrc->data.ExportClientLUT.start[2]; + elemDest->length0 = elemSrc->data.ExportClientLUT.length[0]; + elemDest->length1 = elemSrc->data.ExportClientLUT.length[1]; + elemDest->length2 = elemSrc->data.ExportClientLUT.length[2]; + + END_ELEM_HEAD (ExportClientLUT, *bufDest, elemDest); +} + + +void +_XieElemExportClientPhoto (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloExportClientPhoto *elemDest; + unsigned techLen; + + techLen = _XieTechniqueLength (xieValEncode, + elemSrc->data.ExportClientPhoto.encode_tech, + elemSrc->data.ExportClientPhoto.encode_param); + + BEGIN_ELEM_HEAD (ExportClientPhoto, elemSrc, + LENOF (xieFloExportClientPhoto) + techLen, *bufDest, elemDest); + + elemDest->src = elemSrc->data.ExportClientPhoto.src; + elemDest->notify = elemSrc->data.ExportClientPhoto.notify; + elemDest->encodeTechnique = elemSrc->data.ExportClientPhoto.encode_tech; + elemDest->lenParams = techLen; + + END_ELEM_HEAD (ExportClientPhoto, *bufDest, elemDest); + + /* Technique dependent encode params */ + + _XieEncodeTechnique (bufDest, xieValEncode, + elemSrc->data.ExportClientPhoto.encode_tech, + elemSrc->data.ExportClientPhoto.encode_param); +} + + +void +_XieElemExportClientROI (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloExportClientROI *elemDest; + + BEGIN_ELEM_HEAD (ExportClientROI, elemSrc, + LENOF (xieFloExportClientROI), *bufDest, elemDest); + + elemDest->src = elemSrc->data.ExportClientROI.src; + elemDest->notify = elemSrc->data.ExportClientROI.notify; + + END_ELEM_HEAD (ExportClientROI, *bufDest, elemDest); +} + + +void +_XieElemExportDrawable (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloExportDrawable *elemDest; + + BEGIN_ELEM_HEAD (ExportDrawable, elemSrc, + LENOF (xieFloExportDrawable), *bufDest, elemDest); + + elemDest->src = elemSrc->data.ExportDrawable.src; + elemDest->dstX = elemSrc->data.ExportDrawable.dst_x; + elemDest->dstY = elemSrc->data.ExportDrawable.dst_y; + elemDest->drawable = elemSrc->data.ExportDrawable.drawable; + elemDest->gc = (elemSrc->data.ExportDrawable.gc)->gid; + + END_ELEM_HEAD (ExportDrawable, *bufDest, elemDest); +} + + +void +_XieElemExportDrawablePlane (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloExportDrawablePlane *elemDest; + + BEGIN_ELEM_HEAD (ExportDrawablePlane, elemSrc, + LENOF (xieFloExportDrawablePlane), *bufDest, elemDest); + + elemDest->src = elemSrc->data.ExportDrawablePlane.src; + elemDest->dstX = elemSrc->data.ExportDrawablePlane.dst_x; + elemDest->dstY = elemSrc->data.ExportDrawablePlane.dst_y; + elemDest->drawable = elemSrc->data.ExportDrawablePlane.drawable; + elemDest->gc = (elemSrc->data.ExportDrawablePlane.gc)->gid; + + END_ELEM_HEAD (ExportDrawablePlane, *bufDest, elemDest); +} + + +void +_XieElemExportLUT (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloExportLUT *elemDest; + + BEGIN_ELEM_HEAD (ExportLUT, elemSrc, + LENOF (xieFloExportLUT), *bufDest, elemDest); + + elemDest->src = elemSrc->data.ExportLUT.src; + elemDest->lut = elemSrc->data.ExportLUT.lut; + elemDest->merge = elemSrc->data.ExportLUT.merge; + elemDest->start0 = elemSrc->data.ExportLUT.start[0]; + elemDest->start1 = elemSrc->data.ExportLUT.start[1]; + elemDest->start2 = elemSrc->data.ExportLUT.start[2]; + + END_ELEM_HEAD (ExportLUT, *bufDest, elemDest); +} + + +void +_XieElemExportPhotomap (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloExportPhotomap *elemDest; + unsigned techLen; + + techLen = _XieTechniqueLength (xieValEncode, + elemSrc->data.ExportPhotomap.encode_tech, + elemSrc->data.ExportPhotomap.encode_param); + + BEGIN_ELEM_HEAD (ExportPhotomap, elemSrc, + LENOF (xieFloExportPhotomap) + techLen, *bufDest, elemDest); + + elemDest->src = elemSrc->data.ExportPhotomap.src; + elemDest->photomap = elemSrc->data.ExportPhotomap.photomap; + elemDest->encodeTechnique = elemSrc->data.ExportPhotomap.encode_tech; + elemDest->lenParams = techLen; + + END_ELEM_HEAD (ExportPhotomap, *bufDest, elemDest); + + /* Technique dependent encode params */ + + _XieEncodeTechnique (bufDest, xieValEncode, + elemSrc->data.ExportPhotomap.encode_tech, + elemSrc->data.ExportPhotomap.encode_param); +} + + +void +_XieElemExportROI (bufDest, elemSrc) + +char **bufDest; +XiePhotoElement *elemSrc; + +{ + xieFloExportROI *elemDest; + + BEGIN_ELEM_HEAD (ExportROI, elemSrc, + LENOF (xieFloExportROI), *bufDest, elemDest); + + elemDest->src = elemSrc->data.ExportROI.src; + elemDest->roi = elemSrc->data.ExportROI.roi; + + END_ELEM_HEAD (ExportROI, *bufDest, elemDest); +} diff --git a/xie/xc/lib/XIE/elements.h b/xie/xc/lib/XIE/elements.h new file mode 100644 index 0000000..f623a46 --- /dev/null +++ b/xie/xc/lib/XIE/elements.h @@ -0,0 +1,108 @@ +/* $XConsortium: elements.h,v 1.5 95/06/08 23:20:39 gildea Exp $ */ + +/* + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#ifndef _ELEMENTS_H_ +#define _ELEMENTS_H_ + +#if (defined(__STDC__) && !defined(UNIXCPP)) || defined(ANSICPP) +#define ELEM_NAME(_name_) xieFlo##_name_ +#define ELEM_SIZE(_name_) sz_xieFlo##_name_ +#else +#define ELEM_NAME(_name_) xieFlo/**/_name_ +#define ELEM_SIZE(_name_) sz_xieFlo/**/_name_ +#endif + + +#ifndef WORD64 + +#define BEGIN_ELEM_HEAD(_name, _elemSrc, _elemLength, _bufDest, _elemDest) \ + _elemDest = (ELEM_NAME(_name) *) _bufDest; \ + _elemDest->elemType = elemSrc->elemType; \ + _elemDest->elemLength = _elemLength; + +#define END_ELEM_HEAD(_name, _bufDest, _elemDest) \ + _bufDest += ELEM_SIZE(_name); + +#else /* WORD64 */ + +#define BEGIN_ELEM_HEAD(_name, _elemSrc, _elemLength, _bufDest, _elemDest) \ +{ \ + ELEM_NAME(_name) tElem; \ + _elemDest = &tElem; \ + _elemDest->elemType = elemSrc->elemType; \ + _elemDest->elemLength = _elemLength; + +#define END_ELEM_HEAD(_name, _bufDest, _elemDest) \ + memcpy (_bufDest, _elemDest, ELEM_SIZE(_name)); \ + _bufDest += ELEM_SIZE(_name); \ +} + +#endif /* WORD64 */ + + +#ifndef WORD64 + +#define STORE_LISTOF_TILES(_tiles, _count, _pBuf) \ +{ \ + xieTypTile *tileDest = (xieTypTile *) _pBuf; \ + int i; \ +\ + for (i = 0; i < _count; i++) \ + { \ + tileDest->src = _tiles[i].src; \ + tileDest->dstX = _tiles[i].dst_x; \ + tileDest->dstY = _tiles[i].dst_y; \ + tileDest++; \ + } \ + _pBuf += (SIZEOF (xieTypTile) * _count); \ +} + +#else /* WORD64 */ + +#define STORE_LISTOF_TILES(_tiles, _count, _pBuf) \ +{ \ + xieTypTile temp; \ + int i; \ +\ + for (i = 0; i < _count; i++) \ + { \ + temp.src = _tiles[i].src; \ + temp.dstX = _tiles[i].dst_x; \ + temp.dstY = _tiles[i].dst_y; \ + memcpy (_pBuf, &temp, SIZEOF (xieTypTile)); \ + _pBuf += SIZEOF (xieTypTile); \ + } \ +} + +#endif + +#endif /* _ELEMENTS_H_ */ diff --git a/xie/xc/lib/XIE/errors.c b/xie/xc/lib/XIE/errors.c new file mode 100644 index 0000000..78be232 --- /dev/null +++ b/xie/xc/lib/XIE/errors.c @@ -0,0 +1,140 @@ +/* $XConsortium: errors.c,v 1.5 95/04/28 18:01:11 mor Exp $ */ + +/* + +Copyright (c) 1993 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#define NEED_EVENTS /* so XErrorEvent will get pulled in */ + +#include "XIElibint.h" + + +Bool +_XieFloError (display, host, wire) + +Display *display; +XErrorEvent *host; +xError *wire; + +{ + XieFloAccessError *flo_host_error = (XieFloAccessError *) host; + xieFloAccessErr *flo_wire_error = (xieFloAccessErr *) wire; + + /* + * All flo errors have this basic info. + */ + +/* these are assigned by Xlib already + flo_host_error->error_code = flo_wire_error->code; + flo_host_error->flo_id = flo_wire_error->floID; + flo_host_error->minor_code = flo_wire_error->minorOpcode; + flo_host_error->request_code = flo_wire_error->majorOpcode; +*/ + flo_host_error->flo_error_code = flo_wire_error->floErrorCode; + flo_host_error->name_space = flo_wire_error->nameSpace; + flo_host_error->phototag = flo_wire_error->phototag; + flo_host_error->elem_type = flo_wire_error->type; + + + /* + * Now handle the particularites of each flo error. + */ + + switch (((xieFloAccessErr *) wire)->floErrorCode) + { + case xieErrNoFloAccess: + case xieErrNoFloAlloc: + case xieErrNoFloElement: + case xieErrNoFloID: + case xieErrNoFloMatch: + case xieErrNoFloSource: + case xieErrNoFloImplementation: + + break; + + case xieErrNoFloColormap: + case xieErrNoFloColorList: + case xieErrNoFloDrawable: + case xieErrNoFloGC: + case xieErrNoFloLUT: + case xieErrNoFloPhotomap: + case xieErrNoFloROI: + + { + XieFloResourceError *host_error = (XieFloResourceError *) host; + xieFloResourceErr *wire_error = (xieFloResourceErr *) wire; + + host_error->resource_id = wire_error->resourceID; + break; + } + + case xieErrNoFloDomain: + { + XieFloDomainError *host_error = (XieFloDomainError *) host; + xieFloDomainErr *wire_error = (xieFloDomainErr *) wire; + + host_error->domain_src = wire_error->domainSrc; + break; + } + + case xieErrNoFloOperator: + { + XieFloOperatorError *host_error = (XieFloOperatorError *) host; + xieFloOperatorErr *wire_error = (xieFloOperatorErr *) wire; + + host_error->operator = wire_error->operator; + break; + } + + case xieErrNoFloTechnique: + { + XieFloTechniqueError *host_error = (XieFloTechniqueError *) host; + xieFloTechniqueErr *wire_error = (xieFloTechniqueErr *) wire; + + host_error->technique_number = wire_error->techniqueNumber; + host_error->num_tech_params = wire_error->lenTechParams; + host_error->tech_group = wire_error->techniqueGroup; + break; + } + + case xieErrNoFloValue: + { + XieFloValueError *host_error = (XieFloValueError *) host; + xieFloValueErr *wire_error = (xieFloValueErr *) wire; + + host_error->bad_value = wire_error->badValue; + break; + } + + default: + return (False); + } + + return (True); +} diff --git a/xie/xc/lib/XIE/events.c b/xie/xc/lib/XIE/events.c new file mode 100644 index 0000000..2cc6477 --- /dev/null +++ b/xie/xc/lib/XIE/events.c @@ -0,0 +1,175 @@ +/* $XConsortium: events.c,v 1.6 94/12/19 16:57:13 mor Exp $ */ + +/* + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#define NEED_EVENTS /* so xEvent will get pulled in */ +#include "XIElibint.h" + + +Status +_XieColorAllocEvent (display, host, wire) + +Display *display; +XEvent *host; +xEvent *wire; + +{ + XieColorAllocEvent *host_event = (XieColorAllocEvent *) host; + xieColorAllocEvn *wire_event = (xieColorAllocEvn *) wire; + + host_event->type = wire_event->event & 0x7f; + host_event->serial = wire_event->sequenceNum; + host_event->send_event = (wire_event->event & 0x80) != 0; + host_event->display = display; + host_event->name_space = wire_event->instanceNameSpace; + host_event->time = wire_event->time; + host_event->flo_id = wire_event->instanceFloID; + host_event->src = wire_event->src; + host_event->elem_type = wire_event->type; + host_event->color_list = wire_event->colorList; + host_event->color_alloc_technique = wire_event->colorAllocTechnique; + host_event->color_alloc_data = wire_event->data; + + return (True); +} + + +Status +_XieDecodeNotifyEvent (display, host, wire) + +Display *display; +XEvent *host; +xEvent *wire; + +{ + XieDecodeNotifyEvent *host_event = (XieDecodeNotifyEvent *) host; + xieDecodeNotifyEvn *wire_event = (xieDecodeNotifyEvn *) wire; + + host_event->type = wire_event->event & 0x7f; + host_event->serial = wire_event->sequenceNum; + host_event->send_event = (wire_event->event & 0x80) != 0; + host_event->display = display; + host_event->name_space = wire_event->instanceNameSpace; + host_event->time = wire_event->time; + host_event->flo_id = wire_event->instanceFloID; + host_event->src = wire_event->src; + host_event->elem_type = wire_event->type; + host_event->decode_technique = wire_event->decodeTechnique; + host_event->aborted = wire_event->aborted; + host_event->band_number = wire_event->bandNumber; + host_event->width = wire_event->width; + host_event->height = wire_event->height; + + return (True); +} + + +Status +_XieExportAvailableEvent (display, host, wire) + +Display *display; +XEvent *host; +xEvent *wire; + +{ + XieExportAvailableEvent *host_event = (XieExportAvailableEvent *) host; + xieExportAvailableEvn *wire_event = (xieExportAvailableEvn *) wire; + + host_event->type = wire_event->event & 0x7f; + host_event->serial = wire_event->sequenceNum; + host_event->send_event = (wire_event->event & 0x80) != 0; + host_event->display = display; + host_event->name_space = wire_event->instanceNameSpace; + host_event->time = wire_event->time; + host_event->flo_id = wire_event->instanceFloID; + host_event->src = wire_event->src; + host_event->elem_type = wire_event->type; + host_event->band_number = wire_event->bandNumber; + host_event->data[0] = wire_event->data0; + host_event->data[1] = wire_event->data1; + host_event->data[2] = wire_event->data2; + + return (True); +} + + +Status +_XieImportObscuredEvent (display, host, wire) + +Display *display; +XEvent *host; +xEvent *wire; + +{ + XieImportObscuredEvent *host_event = (XieImportObscuredEvent *) host; + xieImportObscuredEvn *wire_event = (xieImportObscuredEvn *) wire; + + host_event->type = wire_event->event & 0x7f; + host_event->serial = wire_event->sequenceNum; + host_event->send_event = (wire_event->event & 0x80) != 0; + host_event->display = display; + host_event->name_space = wire_event->instanceNameSpace; + host_event->time = wire_event->time; + host_event->flo_id = wire_event->instanceFloID; + host_event->src = wire_event->src; + host_event->elem_type = wire_event->type; + host_event->window = wire_event->window; + host_event->x = wire_event->x; + host_event->y = wire_event->y; + host_event->width = wire_event->width; + host_event->height = wire_event->height; + + return (True); +} + + +Status +_XiePhotofloDoneEvent (display, host, wire) + +Display *display; +XEvent *host; +xEvent *wire; + +{ + XiePhotofloDoneEvent *host_event = (XiePhotofloDoneEvent *) host; + xiePhotofloDoneEvn *wire_event = (xiePhotofloDoneEvn *) wire; + + host_event->type = wire_event->event & 0x7f; + host_event->serial = wire_event->sequenceNum; + host_event->send_event = (wire_event->event & 0x80) != 0; + host_event->display = display; + host_event->name_space = wire_event->instanceNameSpace; + host_event->time = wire_event->time; + host_event->flo_id = wire_event->instanceFloID; + host_event->outcome = wire_event->outcome; + + return (True); +} diff --git a/xie/xc/lib/XIE/free.c b/xie/xc/lib/XIE/free.c new file mode 100644 index 0000000..0edb7dd --- /dev/null +++ b/xie/xc/lib/XIE/free.c @@ -0,0 +1,139 @@ +/* $XConsortium: free.c,v 1.3 94/04/17 20:18:23 mor Exp $ */ + +/* + +Copyright (c) 1993 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" + +#define CHECK_AND_FREE(_ptr) if (_ptr) Xfree (_ptr) + + +void +XieFreeTechniques (techs, count) + +XieTechnique *techs; +unsigned int count; + +{ + int i; + + if (techs) + { + for (i = 0; i < count; i++) + CHECK_AND_FREE (techs[i].name); + + Xfree ((char *) techs); + } +} + + +void +XieFreePhotofloGraph (elements, count) + +XiePhotoElement *elements; +unsigned int count; + +{ + /* + * NOTE: We do not free the technique parameters here. + * Most of the technique parameters should be freed by the + * client using Xfree (exception: EncodeJPEGBaseline and + * EncodeJPEGLossless, see functions below). This is so + * the client can reuse technique parameters between photoflos. + */ + + int i; + + if (!elements) + return; + + for (i = 0; i < count; i++) + { + switch (elements[i].elemType) + { + case xieElemConvolve: + CHECK_AND_FREE ((char *) elements[i].data.Convolve.kernel); + break; + case xieElemPasteUp: + CHECK_AND_FREE ((char *) elements[i].data.PasteUp.tiles); + break; + default: + break; + } + } + + Xfree ((char *) elements); +} + + +void +XieFreeEncodeJPEGBaseline (param) + +XieEncodeJPEGBaselineParam *param; + +{ + if (param) + { + CHECK_AND_FREE ((char *) param->q_table); + CHECK_AND_FREE ((char *) param->ac_table); + CHECK_AND_FREE ((char *) param->dc_table); + Xfree ((char *) param); + } +} + + +void +XieFreeEncodeJPEGLossless (param) + +XieEncodeJPEGLosslessParam *param; + +{ + if (param) + { + CHECK_AND_FREE ((char *) param->table); + Xfree ((char *) param); + } +} + + +void +XieFreePasteUpTiles (element) + +XiePhotoElement *element; + +{ + XieTile *tiles= element->data.PasteUp.tiles; + + if (tiles) + { + Xfree (tiles); + element->data.PasteUp.tiles=NULL; + } +} diff --git a/xie/xc/lib/XIE/globals.h b/xie/xc/lib/XIE/globals.h new file mode 100644 index 0000000..bc727c2 --- /dev/null +++ b/xie/xc/lib/XIE/globals.h @@ -0,0 +1,117 @@ +/* $XConsortium: globals.h,v 1.3 94/04/17 20:18:24 mor Exp $ */ + +/* + +Copyright (c) 1993 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +XieExtInfo *_XieExtInfoHeader = NULL; + +extern void _XieElemImportClientLUT(); +extern void _XieElemImportClientPhoto(); +extern void _XieElemImportClientROI(); +extern void _XieElemImportDrawable(); +extern void _XieElemImportDrawablePlane(); +extern void _XieElemImportLUT(); +extern void _XieElemImportPhotomap(); +extern void _XieElemImportROI(); +extern void _XieElemArithmetic(); +extern void _XieElemBandCombine(); +extern void _XieElemBandExtract(); +extern void _XieElemBandSelect(); +extern void _XieElemBlend(); +extern void _XieElemCompare(); +extern void _XieElemConstrain(); +extern void _XieElemConvertFromIndex(); +extern void _XieElemConvertFromRGB(); +extern void _XieElemConvertToIndex(); +extern void _XieElemConvertToRGB(); +extern void _XieElemConvolve(); +extern void _XieElemDither(); +extern void _XieElemGeometry(); +extern void _XieElemLogical(); +extern void _XieElemMatchHistogram(); +extern void _XieElemMath(); +extern void _XieElemPasteUp(); +extern void _XieElemPoint(); +extern void _XieElemUnconstrain(); +extern void _XieElemExportClientHistogram(); +extern void _XieElemExportClientLUT(); +extern void _XieElemExportClientPhoto(); +extern void _XieElemExportClientROI(); +extern void _XieElemExportDrawable(); +extern void _XieElemExportDrawablePlane(); +extern void _XieElemExportLUT(); +extern void _XieElemExportPhotomap(); +extern void _XieElemExportROI(); + +void (*(_XieElemFuncs[]))() = +{ + _XieElemImportClientLUT, + _XieElemImportClientPhoto, + _XieElemImportClientROI, + _XieElemImportDrawable, + _XieElemImportDrawablePlane, + _XieElemImportLUT, + _XieElemImportPhotomap, + _XieElemImportROI, + _XieElemArithmetic, + _XieElemBandCombine, + _XieElemBandExtract, + _XieElemBandSelect, + _XieElemBlend, + _XieElemCompare, + _XieElemConstrain, + _XieElemConvertFromIndex, + _XieElemConvertFromRGB, + _XieElemConvertToIndex, + _XieElemConvertToRGB, + _XieElemConvolve, + _XieElemDither, + _XieElemGeometry, + _XieElemLogical, + _XieElemMatchHistogram, + _XieElemMath, + _XieElemPasteUp, + _XieElemPoint, + _XieElemUnconstrain, + _XieElemExportClientHistogram, + _XieElemExportClientLUT, + _XieElemExportClientPhoto, + _XieElemExportClientROI, + _XieElemExportDrawable, + _XieElemExportDrawablePlane, + _XieElemExportLUT, + _XieElemExportPhotomap, + _XieElemExportROI +}; + + +XieTechFuncRec *_XieTechFuncs[xieValMaxTechGroup]; + +Bool _XieTechFuncsInitialized = 0; diff --git a/xie/xc/lib/XIE/ieee.c b/xie/xc/lib/XIE/ieee.c new file mode 100644 index 0000000..f3c1863 --- /dev/null +++ b/xie/xc/lib/XIE/ieee.c @@ -0,0 +1,198 @@ +/* $XConsortium: ieee.c,v 1.5 94/04/17 20:18:24 rws Exp $ */ + +/****************************************************************************** + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + +Permission to use, copy, modify, distribute and sell this +software and its documentation for any purpose and without +fee or royalty and to grant others any or all rights granted +herein is hereby granted, provided that you agree to comply +with the following copyright notice and statements, including +the disclaimer, and that the same appears on all copies and +derivative works of the software and documentation you make. + + "Copyright 1993 by AGE Logic, Inc. + +THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO +REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of +example, but not limitation, AGE LOGIC MAKES NO +REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS +FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT +INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC +SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO +EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, +INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS +OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR +ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR +BASED ON A WARRANTY, EVEN IF AGE LOGIC OR MIT OR LICENSEES +HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH +DAMAGES. + +The name AGE Logic, Inc. may not be used in +advertising or publicity pertaining to this software without +specific, written prior permission from AGE Logic. + +Title to this software shall at all times remain with AGE +Logic, Inc. +****************************************************************************/ + +/* + +Copyright (c) 1993 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" +#include + +#define ieeeFloatSignMask 0x80000000 +#define ieeeFloatExpMask 0x7F800000 +#define ieeeFloatExpShift 23 +#define ieeeFloatMantissaMask 0x007FFFFF +#define ieeeMantissaSize 23 + +/* + From page 2-8 of spec, IEEE format. This is laid out as: + + bit 31 = 1 bit for sign (if bit on, negative) + bits 23-39 = 8 bit "biased" exponent (see below) + bits 0-22 = 23 bit mantissa + + A "normal" number is formed as + + (-1)^sign_bit * 2^(exp-127) * (1.0 + .mantissa) + + That is, the mantissa is interpreted as a fractional binary + number between 0 and 2^-1 + 2^-2 + ... + 2^-23. + + If the exponent is 255, the value is taken as infinity. + + I stole definition out of TMS Family Code tools, pages 5-22, 5-23 +*/ + +/**********************************************************************/ +xieTypFloat _XieConvertToIEEE(native) +XieFloat native; +{ +#ifndef NATIVE_FP_FORMAT + XieFloat really_float = native; /* stupid language */ + return *((xieTypFloat *)&really_float); +#else +xieTypFloat value; +int sign; +int exponent; +int ieee_exp; +long ieee_mantissa; +double frac_part; + + + if (native == 0.0) + return(0); /* frexp() can't handle 0.0 reliably */ + + +/*** frexp() breaks a double into the form + + "frac_part * 2^exponent" + + where 1/2 <= |frac_part| < 1. + +***/ + sign = (native < 0); + frac_part = frexp(native,&exponent) * (sign? -1: 1); + +/*** + In IEEE, a normal number is formed as: + + (-1)^sign_bit * 2^(exp-127) * (1.0 + .mantissa) + + It is easy for us to figure out the sign bit. To convert to + IEEE form, we work with the absolute value of the fractional + part, which is between 1/2 and 1. + + To normalize for IEEE format, the mantissa must be converted + to be between 1 and 2 instead of 1/2 and 1. In other words, + we re-express + + frac_part * 2^exponent + as + 2*frac_part * 2^(exponent-1) + + Then the IEEE mantissa is 2*frac_part - 1, and the IEEE exponent + is given by exponent-1 = exp-127, or exp = 126+exponent. + + example: + The number 0.75 is expressed as f * 2^0, f=0.75. + We convert mantissa to 2*0.75 = 1.5 and subtract + one to get IEEE mantissa coding of 0.5. The exponent + is downgraded to -1 so (1 + 0.5) * 2^-1 is 0.75, + which is coded with IEEE bias as -1 = exp-127, + yielding exp=126. 0.75 = (1+0.5) * 2^(126-127), + and we code 0 for sign bit, 0.5 for mantissa, 126 + for the exponent. + + note: if the exponent becomes larger than 128, then + exp+127>255, and we can't code it any more in + 8 bits. Therefore if the exponent is >= 128, + we set exp=255, which means infinity. +***/ + frac_part = 2*frac_part; + --exponent; + + frac_part -= 1; + + if (exponent >= 128) + ieee_exp = 255; + else + ieee_exp = 127+exponent; + /* notice we already decremented exponent by one, above */ + + +/*** Now assemble the number ***/ + value = 0; + if (sign) + value |= ieeeFloatSignMask; + + value |= (ieee_exp << ieeeFloatExpShift); + +/*** For the mantissa, we know we have a fractional part between 0 and 1. + We want the most significant 23 bits. Just shift 23 places to the + left and truncate. +***/ + ieee_mantissa = (pow(2.0,23.0) * frac_part); + value |= ieee_mantissa; + + return(value); +#endif +} +/**********************************************************************/ + + diff --git a/xie/xc/lib/XIE/init.c b/xie/xc/lib/XIE/init.c new file mode 100644 index 0000000..5ba60cb --- /dev/null +++ b/xie/xc/lib/XIE/init.c @@ -0,0 +1,501 @@ +/* $XConsortium: init.c,v 1.11 95/04/28 18:01:11 mor Exp $ */ + +/* + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#define NEED_EVENTS /* so XErrorEvent will get pulled in */ + +#include "XIElibint.h" +#include "globals.h" +#include "init.h" +#include + + + +Status +XieInitialize (display, extinfo_ret) + +Display *display; +XieExtensionInfo **extinfo_ret; + +{ + XieExtInfo *xieExtInfo; + XExtCodes *extCodes; + xieQueryImageExtensionReq *req; + xieQueryImageExtensionReply rep; + char *pBuf; + + int _XieCloseDisplay(); + void _XiePrintError(); + + int _XieColorAllocEvent(); + int _XieDecodeNotifyEvent(); + int _XieExportAvailableEvent(); + int _XieImportObscuredEvent(); + int _XiePhotofloDoneEvent(); + + int _XieFloError(); + + LockDisplay (display); + GET_EXTENSION_INFO (display, xieExtInfo); + + if (xieExtInfo) + { + *extinfo_ret = xieExtInfo->extInfo; + UnlockDisplay (display); + + return (1); + } + + *extinfo_ret = NULL; + + /* + * XInitExtension() is a public Xlib call and takes the display lock + * itself. Releasing it here is required on a threaded libX11; without + * this the process self-deadlocks inside XQueryExtension(). The + * original code only worked because LockDisplay() was a no-op when + * XInitThreads() had not been called. + */ + UnlockDisplay (display); + + extCodes = XInitExtension (display, xieExtName); + if (extCodes == NULL) + /* + * DECwindows registers the extension as "Xie", not the canonical + * "XIE". Extension names are case-sensitive, so retry the DEC + * spelling before giving up. See the VT1200's xdpyinfo output. + */ + extCodes = XInitExtension (display, "Xie"); + + if (extCodes == NULL) + { + SYNC_HANDLE (display); + + return (0); + } + + LockDisplay (display); + + xieExtInfo = (XieExtInfo *) Xmalloc (sizeof (XieExtInfo)); + xieExtInfo->extCodes = extCodes; + xieExtInfo->extInfo = *extinfo_ret = + (XieExtensionInfo *) Xmalloc (sizeof (XieExtensionInfo)); + + ADD_EXTENSION_INFO (display, xieExtInfo); + + GET_REQUEST (QueryImageExtension, pBuf); + + BEGIN_REQUEST_HEADER (QueryImageExtension, pBuf, req); + + STORE_REQUEST_HEADER (QueryImageExtension, req); + req->majorVersion = xieMajorVersion; + req->minorVersion = xieMinorVersion; + + END_REQUEST_HEADER (QueryImageExtension, pBuf, req); + + if (_XReply (display, (xReply *)&rep, 0, xFalse) == 0) + { + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (0); + } + + (*extinfo_ret)->server_major_rev = rep.majorVersion; + (*extinfo_ret)->server_minor_rev = rep.minorVersion; + (*extinfo_ret)->service_class = rep.serviceClass; + (*extinfo_ret)->alignment = rep.alignment; + (*extinfo_ret)->uncnst_mantissa = rep.unconstrainedMantissa; + (*extinfo_ret)->uncnst_min_exp = rep.unconstrainedMinExp; + (*extinfo_ret)->uncnst_max_exp = rep.unconstrainedMaxExp; + (*extinfo_ret)->n_cnst_levels = rep.length; + (*extinfo_ret)->major_opcode = extCodes->major_opcode; + (*extinfo_ret)->first_event = extCodes->first_event; + (*extinfo_ret)->first_error = extCodes->first_error; + + + (*extinfo_ret)->cnst_levels = (unsigned long *) + Xmalloc (rep.length * sizeof (unsigned long)); + + _XRead32 (display, (*extinfo_ret)->cnst_levels, rep.length << 2); + + + /* + * Tell Xlib which function to call when the display is closed. + * + * The XESet* functions are public Xlib entry points: like + * XInitExtension() they take the display lock themselves, so the lock + * must be released around this block on a threaded libX11. + */ + + UnlockDisplay (display); + + XESetCloseDisplay (display, extCodes->extension, _XieCloseDisplay); + + + /* + * Tell Xlib how to convert wire events to host format. + */ + + XESetWireToEvent (display, extCodes->first_event + xieEvnNoColorAlloc, + _XieColorAllocEvent); + + XESetWireToEvent (display, extCodes->first_event + xieEvnNoDecodeNotify, + _XieDecodeNotifyEvent); + + XESetWireToEvent (display, extCodes->first_event + xieEvnNoExportAvailable, + _XieExportAvailableEvent); + + XESetWireToEvent (display, extCodes->first_event + xieEvnNoImportObscured, + _XieImportObscuredEvent); + + XESetWireToEvent (display, extCodes->first_event + xieEvnNoPhotofloDone, + _XiePhotofloDoneEvent); + + + /* + * Tell Xlib how to convert Flo errors from wire to host format. + * Xlib can convert the other errors for us. + */ + + XESetWireToError (display, extCodes->first_error + xieErrNoFlo, + _XieFloError); + + + /* + * Tell Xlib how to print XIE errors. + */ + + XESetPrintErrorValues (display, extCodes->extension, _XiePrintError); + + LockDisplay (display); + + /* + * If this is the first time XieInitialize has been called, + * we must register the standard technique functions. + */ + + if (!_XieTechFuncsInitialized) + { + _XieInitTechFuncTable (); + _XieTechFuncsInitialized = 1; + } + + + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (1); +} + + + +Status +XieQueryTechniques (display, technique_group, ntechniques_ret, techniques_ret) + +Display *display; +XieTechniqueGroup technique_group; +int *ntechniques_ret; +XieTechnique **techniques_ret; + +{ + xieQueryTechniquesReq *req; + xieQueryTechniquesReply rep; + char *pBuf, *pBufStart; + XieTechnique *techRet; + xieTypTechniqueRec *techRec; + int i; + + LockDisplay (display); + + GET_REQUEST (QueryTechniques, pBuf); + + BEGIN_REQUEST_HEADER (QueryTechniques, pBuf, req); + + STORE_REQUEST_HEADER (QueryTechniques, req); + req->techniqueGroup = technique_group; + + END_REQUEST_HEADER (QueryTechniques, pBuf, req); + + if (_XReply (display, (xReply *)&rep, 0, xFalse) == 0) + { + UnlockDisplay (display); + SYNC_HANDLE (display); + + *ntechniques_ret = 0; + *techniques_ret = NULL; + + return (0); + } + + XREAD_INTO_SCRATCH (display, pBuf, rep.length << 2); + pBufStart = pBuf; + + *ntechniques_ret = rep.numTechniques; + + *techniques_ret = techRet = (XieTechnique *) Xmalloc ( + sizeof (XieTechnique) * rep.numTechniques); + + for (i = 0; i < (int) rep.numTechniques; i++) + { + GET_TECHNIQUE_REC (pBuf, techRec); + pBuf += SIZEOF (xieTypTechniqueRec); + + techRet[i].needs_param = techRec->needsParam; + techRet[i].group = techRec->group; + techRet[i].number = techRec->number; + techRet[i].speed = techRec->speed; + + techRet[i].name = (char *) Xmalloc ( + (unsigned) techRec->nameLength + 1); + memcpy (techRet[i].name, pBuf, (unsigned) techRec->nameLength); + techRet[i].name[techRec->nameLength] = '\0'; + pBuf += PADDED_BYTES (techRec->nameLength); + } + + FINISH_WITH_SCRATCH (display, pBufStart, rep.length << 2); + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (1); +} + + + +/* + * Routine called when a display is closed via XCloseDisplay. + * The extension information attached to this display is freed. + * The callback is set up in XieInitialize. + */ + +int +_XieCloseDisplay (display, codes) + +Display *display; +XExtCodes *codes; + +{ + XieExtInfo *xieExtInfo; + + REMOVE_EXTENSION_INFO (display, xieExtInfo); + + if (xieExtInfo == NULL) + return (0); + else + { + Xfree ((char *) xieExtInfo->extInfo->cnst_levels); + Xfree ((char *) xieExtInfo->extInfo); + Xfree ((char *) xieExtInfo); + return (1); + } +} + + + +/* + * Routine called when Xlib wants to print an error. This callback + * is setup in XieInitialize. + */ + +void +_XiePrintError (display, error, fp) + +Display *display; +XErrorEvent *error; +#if NeedFunctionPrototypes +void *fp; +#else +FILE *fp; +#endif +{ + XieExtInfo *xieExtInfo; + XieFloAccessError *flo_error = (XieFloAccessError *) error; + XieFloResourceError *res_error = (XieFloResourceError *) error; + XieFloDomainError *domain_error = (XieFloDomainError *) error; + XieFloOperatorError *operator_error = (XieFloOperatorError *) error; + XieFloTechniqueError *tech_error = (XieFloTechniqueError *) error; + XieFloValueError *value_error = (XieFloValueError *) error; + + /* + * Xlib bug - extension codes should be passed to this function, + * but they're not. We must get them ourselves. + */ + + GET_EXTENSION_INFO (display, xieExtInfo); + + if (error->error_code == + xieExtInfo->extCodes->first_error + xieErrNoFlo) + { + /* + * Print the flo error type. + */ + + fprintf (fp, " Flo error: "); + + switch (flo_error->flo_error_code) + { + case xieErrNoFloAccess: + fprintf (fp, "FloAccess\n"); + break; + case xieErrNoFloAlloc: + fprintf (fp, "FloAlloc\n"); + break; + case xieErrNoFloElement: + fprintf (fp, "FloElement\n"); + break; + case xieErrNoFloID: + fprintf (fp, "FloID\n"); + break; + case xieErrNoFloMatch: + fprintf (fp, "FloMatch\n"); + break; + case xieErrNoFloSource: + fprintf (fp, "FloSource\n"); + break; + case xieErrNoFloColormap: + fprintf (fp, "FloColormap\n"); + break; + case xieErrNoFloColorList: + fprintf (fp, "FloColorList\n"); + break; + case xieErrNoFloDrawable: + fprintf (fp, "FloDrawable\n"); + break; + case xieErrNoFloGC: + fprintf (fp, "FloGC\n"); + break; + case xieErrNoFloLUT: + fprintf (fp, "FloLUT\n"); + break; + case xieErrNoFloPhotomap: + fprintf (fp, "FloPhotomap\n"); + break; + case xieErrNoFloROI: + fprintf (fp, "FloROI\n"); + break; + case xieErrNoFloDomain: + fprintf (fp, "FloDomain\n"); + break; + case xieErrNoFloOperator: + fprintf (fp, "FloOperator\n"); + break; + case xieErrNoFloTechnique: + fprintf (fp, "FloTechnique\n"); + break; + case xieErrNoFloValue: + fprintf (fp, "FloValue\n"); + break; + case xieErrNoFloImplementation: + fprintf (fp, "FloImplementation\n"); + break; + default: + break; + } + + + /* + * All flo errors have this basic info to print. + */ + + fprintf (fp, " Name-space: 0x%lx\n", flo_error->name_space); + fprintf (fp, " Phototag: %d\n", flo_error->phototag); + fprintf (fp, " Element type: %d\n", flo_error->elem_type); + + + /* + * Now handle the particularites of each flo error. + */ + + switch (flo_error->flo_error_code) + { + case xieErrNoFloAccess: + case xieErrNoFloAlloc: + case xieErrNoFloElement: + case xieErrNoFloID: + case xieErrNoFloMatch: + case xieErrNoFloSource: + case xieErrNoFloImplementation: + break; + + case xieErrNoFloColormap: + fprintf (fp, " Colormap: 0x%lx\n", res_error->resource_id); + break; + + case xieErrNoFloColorList: + fprintf (fp, " ColorList: 0x%lx\n", res_error->resource_id); + break; + + case xieErrNoFloDrawable: + fprintf (fp, " Drawable: 0x%lx\n", res_error->resource_id); + break; + + case xieErrNoFloGC: + fprintf (fp, " GC: 0x%lx\n", res_error->resource_id); + break; + + case xieErrNoFloLUT: + fprintf (fp, " LUT: 0x%lx\n", res_error->resource_id); + break; + + case xieErrNoFloPhotomap: + fprintf (fp, " Photomap: 0x%lx\n", res_error->resource_id); + break; + + case xieErrNoFloROI: + fprintf (fp, " ROI: 0x%lx\n", res_error->resource_id); + break; + + case xieErrNoFloDomain: + fprintf (fp, " Phototag of domain src: %d\n", + domain_error->domain_src); + break; + + case xieErrNoFloOperator: + fprintf (fp, " Operator: 0x%lx\n", operator_error->operator); + break; + + case xieErrNoFloTechnique: + fprintf (fp, " Technique number: 0x%lx\n", + tech_error->technique_number); + fprintf (fp, " Number of technique params: %d\n", + tech_error->num_tech_params); + fprintf (fp, " Technique group: %d\n", + tech_error->tech_group); + break; + + case xieErrNoFloValue: + fprintf (fp, " Bad value: 0x%lx\n", value_error->bad_value); + break; + + default: + break; + } + } +} diff --git a/xie/xc/lib/XIE/init.h b/xie/xc/lib/XIE/init.h new file mode 100644 index 0000000..8da2115 --- /dev/null +++ b/xie/xc/lib/XIE/init.h @@ -0,0 +1,45 @@ +/* $XConsortium: init.h,v 1.3 94/04/17 20:18:25 mor Exp $ */ + +/* + +Copyright (c) 1993 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#ifndef WORD64 + +#define GET_TECHNIQUE_REC(_pBuf, _techRec) \ + _techRec = (xieTypTechniqueRec *) _pBuf; + +#else /* WORD64 */ + +#define GET_TECHNIQUE_REC(_pBuf, _techRec) \ + xieTypTechniqueRec temp; \ + memcpy (&temp, _pBuf, SIZEOF (xieTypTechniqueRec)); \ + _techRec = &temp; + +#endif /* WORD64 */ diff --git a/xie/xc/lib/XIE/jump_funcs b/xie/xc/lib/XIE/jump_funcs new file mode 100644 index 0000000..056cce3 --- /dev/null +++ b/xie/xc/lib/XIE/jump_funcs @@ -0,0 +1,197 @@ +# $XConsortium: jump_funcs,v 1.2 94/12/07 10:44:37 kaleb Exp $ +# $XFree86: xc/lib/XIE/jump_funcs,v 3.0 1994/04/28 12:31:33 dawes Exp $ +00000000 T _XieAbort libXIE abort +00000000 T _XieAwait libXIE await +00000000 T _XiePutClientData libXIE clientdata +00000000 T _XieGetClientData libXIE clientdata +00000000 T _XieCreateColorList libXIE colorlist +00000000 T _XieDestroyColorList libXIE colorlist +00000000 T _XiePurgeColorList libXIE colorlist +00000000 T _XieQueryColorList libXIE colorlist +00000000 T _XieFloImportClientLUT libXIE conven +00000000 T _XieFloImportClientPhoto libXIE conven +00000000 T _XieFloImportClientROI libXIE conven +00000000 T _XieFloImportDrawable libXIE conven +00000000 T _XieFloImportDrawablePlane libXIE conven +00000000 T _XieFloImportLUT libXIE conven +00000000 T _XieFloImportPhotomap libXIE conven +00000000 T _XieFloImportROI libXIE conven +00000000 T _XieFloArithmetic libXIE conven +00000000 T _XieFloBandCombine libXIE conven +00000000 T _XieFloBandExtract libXIE conven +00000000 T _XieFloBandSelect libXIE conven +00000000 T _XieFloBlend libXIE conven +00000000 T _XieFloCompare libXIE conven +00000000 T _XieFloConstrain libXIE conven +00000000 T _XieFloConvertFromIndex libXIE conven +00000000 T _XieFloConvertFromRGB libXIE conven +00000000 T _XieFloConvertToIndex libXIE conven +00000000 T _XieFloConvertToRGB libXIE conven +00000000 T _XieFloConvolve libXIE conven +00000000 T _XieFloDither libXIE conven +00000000 T _XieFloGeometry libXIE conven +00000000 T _XieFloLogical libXIE conven +00000000 T _XieFloMatchHistogram libXIE conven +00000000 T _XieFloMath libXIE conven +00000000 T _XieFloPasteUp libXIE conven +00000000 T _XieFloPoint libXIE conven +00000000 T _XieFloUnconstrain libXIE conven +00000000 T _XieFloExportClientHistogram libXIE conven +00000000 T _XieFloExportClientLUT libXIE conven +00000000 T _XieFloExportClientPhoto libXIE conven +00000000 T _XieFloExportClientROI libXIE conven +00000000 T _XieFloExportDrawable libXIE conven +00000000 T _XieFloExportDrawablePlane libXIE conven +00000000 T _XieFloExportLUT libXIE conven +00000000 T _XieFloExportPhotomap libXIE conven +00000000 T _XieFloExportROI libXIE conven +00000000 T _XieTecColorAllocAll libXIE conven +00000000 T _XieTecColorAllocMatch libXIE conven +00000000 T _XieTecColorAllocRequantize libXIE conven +00000000 T _XieTecRGBToCIELab libXIE conven +00000000 T _XieTecRGBToCIEXYZ libXIE conven +00000000 T _XieTecRGBToYCbCr libXIE conven +00000000 T _XieTecRGBToYCC libXIE conven +00000000 T _XieTecCIELabToRGB libXIE conven +00000000 T _XieTecCIEXYZToRGB libXIE conven +00000000 T _XieTecYCbCrToRGB libXIE conven +00000000 T _XieTecYCCToRGB libXIE conven +00000000 T _XieTecClipScale libXIE conven +00000000 T _XieTecConvolveConstant libXIE conven +00000000 T _XieTecDecodeUncompressedSingle libXIE conven +00000000 T _XieTecDecodeUncompressedTriple libXIE conven +00000000 T _XieTecDecodeG31D libXIE conven +00000000 T _XieTecDecodeG32D libXIE conven +00000000 T _XieTecDecodeG42D libXIE conven +00000000 T _XieTecDecodeTIFF2 libXIE conven +00000000 T _XieTecDecodeTIFFPackBits libXIE conven +00000000 T _XieTecDecodeJPEGBaseline libXIE conven +00000000 T _XieTecDecodeJPEGLossless libXIE conven +00000000 T _XieTecDitherOrderedParam libXIE conven +00000000 T _XieTecEncodeUncompressedSingle libXIE conven +00000000 T _XieTecEncodeUncompressedTriple libXIE conven +00000000 T _XieTecEncodeG31D libXIE conven +00000000 T _XieTecEncodeG32D libXIE conven +00000000 T _XieTecEncodeG42D libXIE conven +00000000 T _XieTecEncodeJPEGBaseline libXIE conven +00000000 T _XieTecEncodeJPEGLossless libXIE conven +00000000 T _XieTecEncodeTIFF2 libXIE conven +00000000 T _XieTecEncodeTIFFPackBits libXIE conven +00000000 T _XieTecEncodeServerChoice libXIE conven +00000000 T _XieTecGeomAntialiasByArea libXIE conven +00000000 T _XieTecGeomAntialiasByLowpass libXIE conven +00000000 T _XieTecGeomGaussian libXIE conven +00000000 T _XieTecGeomNearestNeighbor libXIE conven +00000000 T _XieTecHistogramGaussian libXIE conven +00000000 T _XieTecHistogramHyperbolic libXIE conven +00000000 T _XieTecWhiteAdjustCIELabShift libXIE conven +00000000 T __XiePhotofloSize libXIE elements +00000000 T __XieElemImportClientLUT libXIE elements +00000000 T __XieElemImportClientPhoto libXIE elements +00000000 T __XieElemImportClientROI libXIE elements +00000000 T __XieElemImportDrawable libXIE elements +00000000 T __XieElemImportDrawablePlane libXIE elements +00000000 T __XieElemImportLUT libXIE elements +00000000 T __XieElemImportPhotomap libXIE elements +00000000 T __XieElemImportROI libXIE elements +00000000 T __XieElemArithmetic libXIE elements +00000000 T __XieElemBandCombine libXIE elements +00000000 T __XieElemBandExtract libXIE elements +00000000 T __XieElemBandSelect libXIE elements +00000000 T __XieElemBlend libXIE elements +00000000 T __XieElemCompare libXIE elements +00000000 T __XieElemConstrain libXIE elements +00000000 T __XieElemConvertFromIndex libXIE elements +00000000 T __XieElemConvertFromRGB libXIE elements +00000000 T __XieElemConvertToIndex libXIE elements +00000000 T __XieElemConvertToRGB libXIE elements +00000000 T __XieElemConvolve libXIE elements +00000000 T __XieElemDither libXIE elements +00000000 T __XieElemGeometry libXIE elements +00000000 T __XieElemLogical libXIE elements +00000000 T __XieElemMatchHistogram libXIE elements +00000000 T __XieElemMath libXIE elements +00000000 T __XieElemPasteUp libXIE elements +00000000 T __XieElemPoint libXIE elements +00000000 T __XieElemUnconstrain libXIE elements +00000000 T __XieElemExportClientHistogram libXIE elements +00000000 T __XieElemExportClientLUT libXIE elements +00000000 T __XieElemExportClientPhoto libXIE elements +00000000 T __XieElemExportClientROI libXIE elements +00000000 T __XieElemExportDrawable libXIE elements +00000000 T __XieElemExportDrawablePlane libXIE elements +00000000 T __XieElemExportLUT libXIE elements +00000000 T __XieElemExportPhotomap libXIE elements +00000000 T __XieElemExportROI libXIE elements +00000000 T __XieFloError libXIE errors +00000000 T __XieColorAllocEvent libXIE events +00000000 T __XieDecodeNotifyEvent libXIE events +00000000 T __XieExportAvailableEvent libXIE events +00000000 T __XieImportObscuredEvent libXIE events +00000000 T __XiePhotofloDoneEvent libXIE events +00000000 T _XieFreeTechniques libXIE free +00000000 T _XieFreePhotofloGraph libXIE free +00000000 T _XieFreeEncodeJPEGBaseline libXIE free +00000000 T _XieFreeEncodeJPEGLossless libXIE free +00000000 T _XieFreePasteUpTiles libXIE free +00000000 T __XieConvertToIEEE libXIE ieee +00000000 T _XieInitialize libXIE init +00000000 T _XieQueryTechniques libXIE init +00000000 T __XieCloseDisplay libXIE init +00000000 T __XiePrintError libXIE init +00000000 T _XieCreateLUT libXIE lut +00000000 T _XieDestroyLUT libXIE lut +00000000 T _XieAllocatePhotofloGraph libXIE photoflo +00000000 T _XieCreatePhotoflo libXIE photoflo +00000000 T _XieDestroyPhotoflo libXIE photoflo +00000000 T _XieExecutePhotoflo libXIE photoflo +00000000 T _XieModifyPhotoflo libXIE photoflo +00000000 T _XieRedefinePhotoflo libXIE photoflo +00000000 T _XieQueryPhotoflo libXIE photoflo +00000000 T _XieCreatePhotomap libXIE photomap +00000000 T _XieDestroyPhotomap libXIE photomap +00000000 T _XieQueryPhotomap libXIE photomap +00000000 T _XieCreatePhotospace libXIE photospace +00000000 T _XieDestroyPhotospace libXIE photospace +00000000 T _XieExecuteImmediate libXIE photospace +00000000 T _XieCreateROI libXIE roi +00000000 T _XieDestroyROI libXIE roi +00000000 T __XieTechniqueLength libXIE technique +00000000 T __XieEncodeTechnique libXIE technique +00000000 T __XieColorAllocAllParam libXIE technique +00000000 T __XieColorAllocMatchParam libXIE technique +00000000 T __XieColorAllocRequantizeParam libXIE technique +00000000 T __XieRGBToCIELabParam libXIE technique +00000000 T __XieRGBToYCbCrParam libXIE technique +00000000 T __XieRGBToYCCParam libXIE technique +00000000 T __XieYCbCrToRGBParam libXIE technique +00000000 T __XieYCCToRGBParam libXIE technique +00000000 T __XieCIELabToRGBParam libXIE technique +00000000 T __XieConvolveConstantParam libXIE technique +00000000 T __XieClipScaleParam libXIE technique +00000000 T __XieDecodeUncompressedSingleParam libXIE technique +00000000 T __XieDecodeUncompressedTripleParam libXIE technique +00000000 T __XieDecodeG31DParam libXIE technique +00000000 T __XieDecodeTIFFPackBitsParam libXIE technique +00000000 T __XieDecodeJPEGBaselineParam libXIE technique +00000000 T __XieDitherOrderedParam libXIE technique +00000000 T __XieEncodeUncompressedSingleParam libXIE technique +00000000 T __XieEncodeUncompressedTripleParam libXIE technique +00000000 T __XieEncodeG31DParam libXIE technique +00000000 T __XieEncodeTIFFPackBitsParam libXIE technique +00000000 T __XieEncodeServerChoiceParam libXIE technique +00000000 T __XieEncodeG32DParam libXIE technique +00000000 T __XieEncodeG42DParam libXIE technique +00000000 T __XieEncodeJPEGBaselineParam libXIE technique +00000000 T __XieEncodeJPEGLosslessParam libXIE technique +00000000 T __XieEncodeTIFF2Param libXIE technique +00000000 T __XieGeomAntialiasByAreaParam libXIE technique +00000000 T __XieGeomAntialiasByLowpassParam libXIE technique +00000000 T __XieGeomGaussianParam libXIE technique +00000000 T __XieGeomNearestNeighborParam libXIE technique +00000000 T __XieHistogramGaussianParam libXIE technique +00000000 T __XieHistogramHyperbolicParam libXIE technique +00000000 T __XieWhiteAdjustCIELabShiftParam libXIE technique +00000000 T __XieInitTechFuncTable libXIE technique +00000000 T __XieRegisterTechFunc libXIE utils +00000000 T __XieLookupTechFunc libXIE utils diff --git a/xie/xc/lib/XIE/jump_ignore b/xie/xc/lib/XIE/jump_ignore new file mode 100644 index 0000000..1eec3d3 --- /dev/null +++ b/xie/xc/lib/XIE/jump_ignore @@ -0,0 +1,3 @@ +# $XConsortium: jump_ignore,v 1.2 94/12/07 10:44:37 kaleb Exp $ +# $XFree86: xc/lib/XIE/jump_ignore,v 3.0 1994/04/28 12:31:35 dawes Exp $ +# jump_ignore diff --git a/xie/xc/lib/XIE/jump_vars b/xie/xc/lib/XIE/jump_vars new file mode 100644 index 0000000..5ea35a1 --- /dev/null +++ b/xie/xc/lib/XIE/jump_vars @@ -0,0 +1,6 @@ +# $XConsortium: jump_vars,v 1.2 94/12/07 10:44:37 kaleb Exp $ +# $XFree86: xc/lib/XIE/jump_vars,v 3.0 1994/04/28 12:31:38 dawes Exp $ +00000004 D __XieExtInfoHeader libXIE init +000000b4 D __XieElemFuncs libXIE init +00000004 D __XieTechFuncsInitialized libXIE init +00000080 C __XieTechFuncs libXIE init diff --git a/xie/xc/lib/XIE/lut.c b/xie/xc/lib/XIE/lut.c new file mode 100644 index 0000000..dd1c352 --- /dev/null +++ b/xie/xc/lib/XIE/lut.c @@ -0,0 +1,89 @@ +/* $XConsortium: lut.c,v 1.2 94/04/17 20:18:26 mor Exp $ */ + +/* + +Copyright (c) 1993 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" + + +XieLut +XieCreateLUT (display) + +Display *display; + +{ + xieCreateLUTReq *req; + char *pBuf; + XieLut id; + + LockDisplay (display); + + id = XAllocID (display); + + GET_REQUEST (CreateLUT, pBuf); + + BEGIN_REQUEST_HEADER (CreateLUT, pBuf, req); + + STORE_REQUEST_HEADER (CreateLUT, req); + req->lut = id; + + END_REQUEST_HEADER (CreateLUT, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (id); +} + + +void +XieDestroyLUT (display, lut) + +Display *display; +XieLut lut; + +{ + xieDestroyLUTReq *req; + char *pBuf; + + LockDisplay (display); + + GET_REQUEST (DestroyLUT, pBuf); + + BEGIN_REQUEST_HEADER (DestroyLUT, pBuf, req); + + STORE_REQUEST_HEADER (DestroyLUT, req); + req->lut = lut; + + END_REQUEST_HEADER (DestroyLUT, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); +} diff --git a/xie/xc/lib/XIE/photoflo.c b/xie/xc/lib/XIE/photoflo.c new file mode 100644 index 0000000..8df4c0c --- /dev/null +++ b/xie/xc/lib/XIE/photoflo.c @@ -0,0 +1,323 @@ +/* $XConsortium: photoflo.c,v 1.6 94/05/13 10:30:17 mor Exp $ */ + +/* + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" + + +XiePhotoElement * +XieAllocatePhotofloGraph (count) + +unsigned int count; + +{ + XiePhotoElement *ptr; + unsigned size; + + size = count * sizeof (XiePhotoElement); + ptr = (XiePhotoElement *) Xmalloc (size); + bzero ((char *) ptr, size); + + return (ptr); +} + + +XiePhotoflo +XieCreatePhotoflo (display, elem_list, elem_count) + +Display *display; +XiePhotoElement *elem_list; +int elem_count; + +{ + xieCreatePhotofloReq *req; + char *pBuf, *pStart; + unsigned size; + XiePhotoflo id; + int i; + + LockDisplay (display); + + id = XAllocID (display); + + size = _XiePhotofloSize (elem_list, elem_count); + + GET_REQUEST (CreatePhotoflo, pBuf); + + BEGIN_REQUEST_HEADER (CreatePhotoflo, pBuf, req); + + STORE_REQUEST_EXTRA_HEADER (CreatePhotoflo, size, req); + req->floID = id; + req->numElements = elem_count; + + END_REQUEST_HEADER (CreatePhotoflo, pBuf, req); + + pBuf = pStart = _XAllocScratch (display, size); + + for (i = 0; i < elem_count; i++) + (*_XieElemFuncs[elem_list[i].elemType - 1]) (&pBuf, &elem_list[i]); + + Data (display, pStart, size); + + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (id); +} + + +void +XieDestroyPhotoflo (display, photoflo) + +Display *display; +XiePhotoflo photoflo; + +{ + xieDestroyPhotofloReq *req; + char *pBuf; + + LockDisplay (display); + + GET_REQUEST (DestroyPhotoflo, pBuf); + + BEGIN_REQUEST_HEADER (DestroyPhotoflo, pBuf, req); + + STORE_REQUEST_HEADER (DestroyPhotoflo, req); + req->floID = photoflo; + + END_REQUEST_HEADER (DestroyPhotoflo, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); +} + + +void +XieExecutePhotoflo (display, photoflo, notify) + +Display *display; +XiePhotoflo photoflo; +Bool notify; + +{ + xieExecutePhotofloReq *req; + char *pBuf; + + LockDisplay (display); + + GET_REQUEST (ExecutePhotoflo, pBuf); + + BEGIN_REQUEST_HEADER (ExecutePhotoflo, pBuf, req); + + STORE_REQUEST_HEADER (ExecutePhotoflo, req); + req->floID = photoflo; + req->notify = notify; + + END_REQUEST_HEADER (ExecutePhotoflo, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); +} + + +void +XieModifyPhotoflo (display, photoflo, start, elem_list, elem_count) + +Display *display; +XiePhotoflo photoflo; +int start; +XiePhotoElement *elem_list; +int elem_count; + +{ + xieModifyPhotofloReq *req; + char *pBuf, *pStart; + unsigned size; + int i; + + LockDisplay (display); + + size = _XiePhotofloSize (elem_list, elem_count); + + GET_REQUEST (ModifyPhotoflo, pBuf); + + BEGIN_REQUEST_HEADER (ModifyPhotoflo, pBuf, req); + + STORE_REQUEST_EXTRA_HEADER (ModifyPhotoflo, size, req); + req->floID = photoflo; + req->start = start; + req->numElements = elem_count; + + END_REQUEST_HEADER (ModifyPhotoflo, pBuf, req); + + pBuf = pStart = _XAllocScratch (display, size); + + for (i = 0; i < elem_count; i++) + (*_XieElemFuncs[elem_list[i].elemType - 1]) (&pBuf, &elem_list[i]); + + Data (display, pStart, size); + + UnlockDisplay (display); + SYNC_HANDLE (display); +} + + +void +XieRedefinePhotoflo (display, photoflo, elem_list, elem_count) + +Display *display; +XiePhotoflo photoflo; +XiePhotoElement *elem_list; +int elem_count; + +{ + xieRedefinePhotofloReq *req; + char *pBuf, *pStart; + unsigned size; + int i; + + LockDisplay (display); + + size = _XiePhotofloSize (elem_list, elem_count); + + GET_REQUEST (RedefinePhotoflo, pBuf); + + BEGIN_REQUEST_HEADER (RedefinePhotoflo, pBuf, req); + + STORE_REQUEST_EXTRA_HEADER (RedefinePhotoflo, size, req); + req->floID = photoflo; + req->numElements = elem_count; + + END_REQUEST_HEADER (RedefinePhotoflo, pBuf, req); + + pBuf = pStart = _XAllocScratch (display, size); + + for (i = 0; i < elem_count; i++) + (*_XieElemFuncs[elem_list[i].elemType - 1]) (&pBuf, &elem_list[i]); + + Data (display, pStart, size); + + UnlockDisplay (display); + SYNC_HANDLE (display); +} + + +Status +XieQueryPhotoflo (display, name_space, flo_id, + state_ret, data_expected_ret, nexpected_ret, + data_available_ret, navailable_ret) + +Display *display; +unsigned long name_space; +unsigned long flo_id; +XiePhotofloState *state_ret; +XiePhototag **data_expected_ret; +unsigned int *nexpected_ret; +XiePhototag **data_available_ret; +unsigned int *navailable_ret; + +{ + xieQueryPhotofloReq *req; + xieQueryPhotofloReply rep; + char *pBuf; + int i; + + LockDisplay (display); + + GET_REQUEST (QueryPhotoflo, pBuf); + + BEGIN_REQUEST_HEADER (QueryPhotoflo, pBuf, req); + + STORE_REQUEST_HEADER (QueryPhotoflo, req); + req->nameSpace = name_space; + req->floID = flo_id; + + END_REQUEST_HEADER (QueryPhotoflo, pBuf, req); + + *state_ret = 0; + *nexpected_ret = 0; + *data_expected_ret = NULL; + *navailable_ret = 0; + *data_available_ret = NULL; + + if (_XReply (display, (xReply *)&rep, 0, xFalse) == 0) + { + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (0); + } + + *state_ret = rep.state; + + if (rep.expectedCount > 0) + { + short *temp = (short *) _XAllocTemp (display, + sizeof (short) * rep.expectedCount); + + *nexpected_ret = rep.expectedCount; + *data_expected_ret = (XiePhototag *) Xmalloc ( + sizeof (XiePhototag) * rep.expectedCount); + + _XRead16Pad (display, temp, + rep.expectedCount * SIZEOF (xieTypPhototag)); + + for (i = 0; i < rep.expectedCount; i++) + (*data_expected_ret)[i] = (XiePhototag) temp[i]; + + _XFreeTemp (display, (char *) temp, + sizeof (short) * rep.expectedCount); + } + + if (rep.availableCount > 0) + { + short *temp = (short *) _XAllocTemp (display, + sizeof (short) * rep.availableCount); + + *navailable_ret = rep.availableCount; + *data_available_ret = (XiePhototag *) Xmalloc ( + sizeof (XiePhototag) * rep.availableCount); + + _XRead16Pad (display, temp, + rep.availableCount * SIZEOF (xieTypPhototag)); + + for (i = 0; i < rep.availableCount; i++) + (*data_available_ret)[i] = (XiePhototag) temp[i]; + + _XFreeTemp (display, (char *) temp, + sizeof (short) * rep.availableCount); + } + + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (1); +} diff --git a/xie/xc/lib/XIE/photomap.c b/xie/xc/lib/XIE/photomap.c new file mode 100644 index 0000000..fb41eec --- /dev/null +++ b/xie/xc/lib/XIE/photomap.c @@ -0,0 +1,149 @@ +/* $XConsortium: photomap.c,v 1.6 94/04/17 20:18:27 rws Exp $ */ + +/* + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" + + +XiePhotomap +XieCreatePhotomap (display) + +Display *display; + +{ + xieCreatePhotomapReq *req; + char *pBuf; + XiePhotomap id; + + LockDisplay (display); + + id = XAllocID (display); + + GET_REQUEST (CreatePhotomap, pBuf); + + BEGIN_REQUEST_HEADER (CreatePhotomap, pBuf, req); + + STORE_REQUEST_HEADER (CreatePhotomap, req); + req->photomap = id; + + END_REQUEST_HEADER (CreatePhotomap, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (id); +} + + +void +XieDestroyPhotomap (display, photomap) + +Display *display; +XiePhotomap photomap; + +{ + xieDestroyPhotomapReq *req; + char *pBuf; + + LockDisplay (display); + + GET_REQUEST (DestroyPhotomap, pBuf); + + BEGIN_REQUEST_HEADER (DestroyPhotomap, pBuf, req); + + STORE_REQUEST_HEADER (DestroyPhotomap, req); + req->photomap = photomap; + + END_REQUEST_HEADER (DestroyPhotomap, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); +} + + +Status +XieQueryPhotomap (display, photomap, populated_ret, datatype_ret, + dataclass_ret, decode_technique_ret, width_ret, height_ret, levels_ret) + +Display *display; +XiePhotomap photomap; +Bool *populated_ret; +XieDataType *datatype_ret; +XieDataClass *dataclass_ret; +XieDecodeTechnique *decode_technique_ret; +XieLTriplet width_ret; +XieLTriplet height_ret; +XieLTriplet levels_ret; + +{ + xieQueryPhotomapReq *req; + xieQueryPhotomapReply rep; + char *pBuf; + + LockDisplay (display); + + GET_REQUEST (QueryPhotomap, pBuf); + + BEGIN_REQUEST_HEADER (QueryPhotomap, pBuf, req); + + STORE_REQUEST_HEADER (QueryPhotomap, req); + req->photomap = photomap; + + END_REQUEST_HEADER (QueryPhotomap, pBuf, req); + + if (_XReply (display, (xReply *)&rep, + (SIZEOF (xieQueryPhotomapReply) - 32) >> 2, xTrue) == 0) + { + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (0); + } + + *populated_ret = rep.populated; + *datatype_ret = rep.dataType; + *dataclass_ret = rep.dataClass; + *decode_technique_ret = rep.decodeTechnique; + width_ret[0] = rep.width0; + width_ret[1] = rep.width1; + width_ret[2] = rep.width2; + height_ret[0] = rep.height0; + height_ret[1] = rep.height1; + height_ret[2] = rep.height2; + levels_ret[0] = rep.levels0; + levels_ret[1] = rep.levels1; + levels_ret[2] = rep.levels2; + + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (1); +} diff --git a/xie/xc/lib/XIE/photospace.c b/xie/xc/lib/XIE/photospace.c new file mode 100644 index 0000000..23ae3d1 --- /dev/null +++ b/xie/xc/lib/XIE/photospace.c @@ -0,0 +1,137 @@ +/* $XConsortium: photospace.c,v 1.2 94/04/17 20:18:27 mor Exp $ */ + +/* + +Copyright (c) 1993 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" + + + +XiePhotospace +XieCreatePhotospace (display) + +Display *display; + +{ + xieCreatePhotospaceReq *req; + char *pBuf; + XiePhotospace id; + + LockDisplay (display); + + id = XAllocID (display); + + GET_REQUEST (CreatePhotospace, pBuf); + + BEGIN_REQUEST_HEADER (CreatePhotospace, pBuf, req); + + STORE_REQUEST_HEADER (CreatePhotospace, req); + req->nameSpace = id; + + END_REQUEST_HEADER (CreatePhotospace, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (id); +} + + +void +XieDestroyPhotospace (display, photospace) + +Display *display; +XiePhotospace photospace; + +{ + xieDestroyPhotospaceReq *req; + char *pBuf; + + LockDisplay (display); + + GET_REQUEST (DestroyPhotospace, pBuf); + + BEGIN_REQUEST_HEADER (DestroyPhotospace, pBuf, req); + + STORE_REQUEST_HEADER (DestroyPhotospace, req); + req->nameSpace = photospace; + + END_REQUEST_HEADER (DestroyPhotospace, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); +} + + +void +XieExecuteImmediate (display, photospace, flo_id, + notify, elem_list, elem_count) + +Display *display; +XiePhotospace photospace; +unsigned long flo_id; +Bool notify; +XiePhotoElement *elem_list; +int elem_count; + +{ + xieExecuteImmediateReq *req; + char *pBuf, *pStart; + unsigned size; + int i; + + LockDisplay (display); + + size = _XiePhotofloSize (elem_list, elem_count); + + GET_REQUEST (ExecuteImmediate, pBuf); + + BEGIN_REQUEST_HEADER (ExecuteImmediate, pBuf, req); + + STORE_REQUEST_EXTRA_HEADER (ExecuteImmediate, size, req); + req->nameSpace = photospace; + req->floID = flo_id; + req->numElements = elem_count; + req->notify = notify; + + END_REQUEST_HEADER (ExecuteImmediate, pBuf, req); + + pBuf = pStart = _XAllocScratch (display, size); + + for (i = 0; i < elem_count; i++) + (*_XieElemFuncs[elem_list[i].elemType - 1]) (&pBuf, &elem_list[i]); + + Data (display, pStart, size); + + UnlockDisplay (display); + SYNC_HANDLE (display); +} + + diff --git a/xie/xc/lib/XIE/roi.c b/xie/xc/lib/XIE/roi.c new file mode 100644 index 0000000..68f8313 --- /dev/null +++ b/xie/xc/lib/XIE/roi.c @@ -0,0 +1,89 @@ +/* $XConsortium: roi.c,v 1.2 94/04/17 20:18:28 mor Exp $ */ + +/* + +Copyright (c) 1993 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" + + +XieRoi +XieCreateROI (display) + +Display *display; + +{ + xieCreateROIReq *req; + char *pBuf; + XieRoi id; + + LockDisplay (display); + + id = XAllocID (display); + + GET_REQUEST (CreateROI, pBuf); + + BEGIN_REQUEST_HEADER (CreateROI, pBuf, req); + + STORE_REQUEST_HEADER (CreateROI, req); + req->roi = id; + + END_REQUEST_HEADER (CreateROI, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); + + return (id); +} + + +void +XieDestroyROI (display, roi) + +Display *display; +XieRoi roi; + +{ + xieDestroyROIReq *req; + char *pBuf; + + LockDisplay (display); + + GET_REQUEST (DestroyROI, pBuf); + + BEGIN_REQUEST_HEADER (DestroyROI, pBuf, req); + + STORE_REQUEST_HEADER (DestroyROI, req); + req->roi = roi; + + END_REQUEST_HEADER (DestroyROI, pBuf, req); + + UnlockDisplay (display); + SYNC_HANDLE (display); +} diff --git a/xie/xc/lib/XIE/technique.c b/xie/xc/lib/XIE/technique.c new file mode 100644 index 0000000..958e781 --- /dev/null +++ b/xie/xc/lib/XIE/technique.c @@ -0,0 +1,1307 @@ +/* $XConsortium: technique.c,v 1.7 94/04/17 20:18:28 mor Exp $ */ + +/* + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" +#include "technique.h" + +extern XieTechFuncPtr _XieLookupTechFunc(); + + +int +_XieTechniqueLength (group, technique, param) + +int group; +int technique; +XiePointer param; + +{ + XieTechFuncPtr techfunc = _XieLookupTechFunc (group, technique); + int length; + + if (techfunc) + length = (*techfunc) (NULL, param, 0); + else + length = 0; + + return (length); +} + + +void +_XieEncodeTechnique (bufDest, group, technique, param) + +char **bufDest; +int group; +int technique; +XiePointer param; + +{ + XieTechFuncPtr techfunc = _XieLookupTechFunc (group, technique); + + if (techfunc) + (void) (*techfunc) (bufDest, param, 1); +} + + + +int +_XieColorAllocAllParam (bufDest, srcParam, encode) + +char **bufDest; +XieColorAllocAllParam *srcParam; +int encode; + +{ + int length = LENOF (CARD32); + + if (srcParam == NULL) + return(0); + + if (encode) + STORE_CARD32 (srcParam->fill, *bufDest); + + return (length); +} + + +int +_XieColorAllocMatchParam (bufDest, srcParam, encode) + +char **bufDest; +XieColorAllocMatchParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecColorAllocMatch); + xieTecColorAllocMatch *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecColorAllocMatch, *bufDest, dstParam); + + dstParam->matchLimit = _XieConvertToIEEE (srcParam->match_limit); + dstParam->grayLimit = _XieConvertToIEEE (srcParam->gray_limit); + + END_TECHNIQUE (xieTecColorAllocMatch, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieColorAllocRequantizeParam (bufDest, srcParam, encode) + +char **bufDest; +XieColorAllocRequantizeParam *srcParam; +int encode; + +{ + int length = LENOF (CARD32); + + if (srcParam == NULL) + return(0); + + if (encode) + STORE_CARD32 (srcParam->max_cells, *bufDest); + + return (length); +} + + +int +_XieRGBToCIELabParam (bufDest, srcParam, encode) + +char **bufDest; +XieRGBToCIELabParam *srcParam; +int encode; + +{ + int length, techLen; + xieTecRGBToCIELab *dstParam; + + if (srcParam == NULL) + return(0); + + techLen = _XieTechniqueLength (xieValWhiteAdjust, + srcParam->white_adjust_tech, srcParam->white_adjust_param); + + length = LENOF (xieTecRGBToCIELab) + techLen; + + if (encode) + { + BEGIN_TECHNIQUE (xieTecRGBToCIELab, *bufDest, dstParam); + + /* memcpy (dstParam->matrix00, srcParam->matrix, 36); */ + dstParam->matrix00 = _XieConvertToIEEE (srcParam->matrix[0]); + dstParam->matrix01 = _XieConvertToIEEE (srcParam->matrix[1]); + dstParam->matrix02 = _XieConvertToIEEE (srcParam->matrix[2]); + dstParam->matrix10 = _XieConvertToIEEE (srcParam->matrix[3]); + dstParam->matrix11 = _XieConvertToIEEE (srcParam->matrix[4]); + dstParam->matrix12 = _XieConvertToIEEE (srcParam->matrix[5]); + dstParam->matrix20 = _XieConvertToIEEE (srcParam->matrix[6]); + dstParam->matrix21 = _XieConvertToIEEE (srcParam->matrix[7]); + dstParam->matrix22 = _XieConvertToIEEE (srcParam->matrix[8]); + + dstParam->whiteAdjusted = srcParam->white_adjust_tech; + dstParam->lenParams = techLen; + + END_TECHNIQUE (xieTecRGBToCIELab, *bufDest, dstParam); + + _XieEncodeTechnique (bufDest, xieValWhiteAdjust, + srcParam->white_adjust_tech, srcParam->white_adjust_param); + } + + return (length); +} + + +int +_XieRGBToYCbCrParam (bufDest, srcParam, encode) + +char **bufDest; +XieRGBToYCbCrParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecRGBToYCbCr); + xieTecRGBToYCbCr *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecRGBToYCbCr, *bufDest, dstParam); + + dstParam->levels0 = srcParam->levels[0]; + dstParam->levels1 = srcParam->levels[1]; + dstParam->levels2 = srcParam->levels[2]; + dstParam->lumaRed = _XieConvertToIEEE (srcParam->luma_red); + dstParam->lumaGreen = _XieConvertToIEEE (srcParam->luma_green); + dstParam->lumaBlue = _XieConvertToIEEE (srcParam->luma_blue); + dstParam->bias0 = _XieConvertToIEEE (srcParam->bias[0]); + dstParam->bias1 = _XieConvertToIEEE (srcParam->bias[1]); + dstParam->bias2 = _XieConvertToIEEE (srcParam->bias[2]); + + END_TECHNIQUE (xieTecRGBToYCbCr, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieRGBToYCCParam (bufDest, srcParam, encode) + +char **bufDest; +XieRGBToYCCParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecRGBToYCC); + xieTecRGBToYCC *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecRGBToYCC, *bufDest, dstParam); + + dstParam->levels0 = srcParam->levels[0]; + dstParam->levels1 = srcParam->levels[1]; + dstParam->levels2 = srcParam->levels[2]; + dstParam->lumaRed = _XieConvertToIEEE (srcParam->luma_red); + dstParam->lumaGreen = _XieConvertToIEEE (srcParam->luma_green); + dstParam->lumaBlue = _XieConvertToIEEE (srcParam->luma_blue); + dstParam->scale = _XieConvertToIEEE (srcParam->scale); + + END_TECHNIQUE (xieTecRGBToYCC, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieYCbCrToRGBParam (bufDest, srcParam, encode) + +char **bufDest; +XieYCbCrToRGBParam *srcParam; +int encode; + +{ + int length, gamutLen; + xieTecYCbCrToRGB *dstParam; + + if (srcParam == NULL) + return(0); + + gamutLen = _XieTechniqueLength (xieValGamut, + srcParam->gamut_tech, srcParam->gamut_param); + + length = LENOF (xieTecYCbCrToRGB) + gamutLen; + + if (encode) + { + BEGIN_TECHNIQUE (xieTecYCbCrToRGB, *bufDest, dstParam); + + dstParam->levels0 = srcParam->levels[0]; + dstParam->levels1 = srcParam->levels[1]; + dstParam->levels2 = srcParam->levels[2]; + dstParam->lumaRed = _XieConvertToIEEE (srcParam->luma_red); + dstParam->lumaGreen = _XieConvertToIEEE (srcParam->luma_green); + dstParam->lumaBlue = _XieConvertToIEEE (srcParam->luma_blue); + dstParam->bias0 = _XieConvertToIEEE (srcParam->bias[0]); + dstParam->bias1 = _XieConvertToIEEE (srcParam->bias[1]); + dstParam->bias2 = _XieConvertToIEEE (srcParam->bias[2]); + dstParam->gamutCompress = srcParam->gamut_tech; + dstParam->lenGamutParams = gamutLen; + + END_TECHNIQUE (xieTecYCbCrToRGB, *bufDest, dstParam); + + _XieEncodeTechnique (bufDest, xieValGamut, + srcParam->gamut_tech, srcParam->gamut_param); + } + + return (length); +} + + +int +_XieYCCToRGBParam (bufDest, srcParam, encode) + +char **bufDest; +XieYCCToRGBParam *srcParam; +int encode; + +{ + int length, gamutLen; + xieTecYCCToRGB *dstParam; + + if (srcParam == NULL) + return(0); + + gamutLen = _XieTechniqueLength (xieValGamut, + srcParam->gamut_tech, srcParam->gamut_param); + + length = LENOF (xieTecYCCToRGB) + gamutLen; + + if (encode) + { + BEGIN_TECHNIQUE (xieTecYCCToRGB, *bufDest, dstParam); + + dstParam->levels0 = srcParam->levels[0]; + dstParam->levels1 = srcParam->levels[1]; + dstParam->levels2 = srcParam->levels[2]; + dstParam->lumaRed = _XieConvertToIEEE (srcParam->luma_red); + dstParam->lumaGreen = _XieConvertToIEEE (srcParam->luma_green); + dstParam->lumaBlue = _XieConvertToIEEE (srcParam->luma_blue); + dstParam->scale = _XieConvertToIEEE (srcParam->scale); + dstParam->gamutCompress = srcParam->gamut_tech; + dstParam->lenGamutParams = gamutLen; + + END_TECHNIQUE (xieTecYCCToRGB, *bufDest, dstParam); + + _XieEncodeTechnique (bufDest, xieValGamut, + srcParam->gamut_tech, srcParam->gamut_param); + } + + return (length); +} + + +int +_XieCIELabToRGBParam (bufDest, srcParam, encode) + +char **bufDest; +XieCIELabToRGBParam *srcParam; +int encode; + +{ + xieTecCIELabToRGB *dstParam; + int length, whiteLen, gamutLen; + + if (srcParam == NULL) + return(0); + + whiteLen = _XieTechniqueLength (xieValWhiteAdjust, + srcParam->white_adjust_tech, srcParam->white_adjust_param); + + gamutLen = _XieTechniqueLength (xieValGamut, + srcParam->gamut_tech, srcParam->gamut_param); + + length = LENOF (xieTecCIELabToRGB) + whiteLen + gamutLen; + + if (encode) + { + BEGIN_TECHNIQUE (xieTecCIELabToRGB, *bufDest, dstParam); + + /* memcpy (dstParam->matrix00, srcParam->matrix, 36); */ + dstParam->matrix00 = _XieConvertToIEEE (srcParam->matrix[0]); + dstParam->matrix01 = _XieConvertToIEEE (srcParam->matrix[1]); + dstParam->matrix02 = _XieConvertToIEEE (srcParam->matrix[2]); + dstParam->matrix10 = _XieConvertToIEEE (srcParam->matrix[3]); + dstParam->matrix11 = _XieConvertToIEEE (srcParam->matrix[4]); + dstParam->matrix12 = _XieConvertToIEEE (srcParam->matrix[5]); + dstParam->matrix20 = _XieConvertToIEEE (srcParam->matrix[6]); + dstParam->matrix21 = _XieConvertToIEEE (srcParam->matrix[7]); + dstParam->matrix22 = _XieConvertToIEEE (srcParam->matrix[8]); + + dstParam->whiteAdjusted = srcParam->white_adjust_tech; + dstParam->lenWhiteParams = whiteLen; + dstParam->gamutCompress = srcParam->gamut_tech; + dstParam->lenGamutParams = gamutLen; + + END_TECHNIQUE (xieTecCIELabToRGB, *bufDest, dstParam); + + _XieEncodeTechnique (bufDest, xieValWhiteAdjust, + srcParam->white_adjust_tech, srcParam->white_adjust_param); + + _XieEncodeTechnique (bufDest, xieValGamut, + srcParam->gamut_tech, srcParam->gamut_param); + } + + return (length); +} + + +int +_XieConvolveConstantParam (bufDest, srcParam, encode) + +char **bufDest; +XieConvolveConstantParam *srcParam; +int encode; + +{ + xieTecConvolveConstant *dstParam; + int length = LENOF (xieTecConvolveConstant); + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecConvolveConstant, *bufDest, dstParam); + + dstParam->constant0 = _XieConvertToIEEE (srcParam->constant[0]); + dstParam->constant1 = _XieConvertToIEEE (srcParam->constant[1]); + dstParam->constant2 = _XieConvertToIEEE (srcParam->constant[2]); + + END_TECHNIQUE (xieTecConvolveConstant, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieClipScaleParam (bufDest, srcParam, encode) + +char **bufDest; +XieClipScaleParam *srcParam; +int encode; + +{ + xieTecClipScale *dstParam; + int length = LENOF (xieTecClipScale); + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecClipScale, *bufDest, dstParam); + + dstParam->inputLow0 = _XieConvertToIEEE (srcParam->input_low[0]); + dstParam->inputLow1 = _XieConvertToIEEE (srcParam->input_low[1]); + dstParam->inputLow2 = _XieConvertToIEEE (srcParam->input_low[2]); + dstParam->inputHigh0 = _XieConvertToIEEE (srcParam->input_high[0]); + dstParam->inputHigh1 = _XieConvertToIEEE (srcParam->input_high[1]); + dstParam->inputHigh2 = _XieConvertToIEEE (srcParam->input_high[2]); + dstParam->outputLow0 = srcParam->output_low[0]; + dstParam->outputLow1 = srcParam->output_low[1]; + dstParam->outputLow2 = srcParam->output_low[2]; + dstParam->outputHigh0 = srcParam->output_high[0]; + dstParam->outputHigh1 = srcParam->output_high[1]; + dstParam->outputHigh2 = srcParam->output_high[2]; + + END_TECHNIQUE (xieTecClipScale, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieDecodeUncompressedSingleParam (bufDest, srcParam, encode) + +char **bufDest; +XieDecodeUncompressedSingleParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecDecodeUncompressedSingle); + xieTecDecodeUncompressedSingle *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecDecodeUncompressedSingle, *bufDest, dstParam); + + dstParam->fillOrder = srcParam->fill_order; + dstParam->pixelOrder = srcParam->pixel_order; + dstParam->pixelStride = srcParam->pixel_stride; + dstParam->leftPad = srcParam->left_pad; + dstParam->scanlinePad = srcParam->scanline_pad; + + END_TECHNIQUE (xieTecDecodeUncompressedSingle, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieDecodeUncompressedTripleParam (bufDest, srcParam, encode) + +char **bufDest; +XieDecodeUncompressedTripleParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecDecodeUncompressedTriple); + xieTecDecodeUncompressedTriple *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecDecodeUncompressedTriple, *bufDest, dstParam); + + dstParam->leftPad[0] = srcParam->left_pad[0]; + dstParam->leftPad[1] = srcParam->left_pad[1]; + dstParam->leftPad[2] = srcParam->left_pad[2]; + dstParam->fillOrder = srcParam->fill_order; + dstParam->pixelStride[0] = srcParam->pixel_stride[0]; + dstParam->pixelStride[1] = srcParam->pixel_stride[1]; + dstParam->pixelStride[2] = srcParam->pixel_stride[2]; + dstParam->pixelOrder = srcParam->pixel_order; + dstParam->scanlinePad[0] = srcParam->scanline_pad[0]; + dstParam->scanlinePad[1] = srcParam->scanline_pad[1]; + dstParam->scanlinePad[2] = srcParam->scanline_pad[2]; + dstParam->bandOrder = srcParam->band_order; + dstParam->interleave = srcParam->interleave; + + END_TECHNIQUE (xieTecDecodeUncompressedTriple, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieDecodeG31DParam (bufDest, srcParam, encode) + +char **bufDest; +XieDecodeG31DParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecDecodeG31D); + xieTecDecodeG31D *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecDecodeG31D, *bufDest, dstParam); + + dstParam->encodedOrder = srcParam->encoded_order; + dstParam->normal = srcParam->normal; + dstParam->radiometric = srcParam->radiometric; + + END_TECHNIQUE (xieTecDecodeG31D, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieDecodeTIFFPackBitsParam (bufDest, srcParam, encode) + +char **bufDest; +XieDecodeTIFFPackBitsParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecDecodeTIFFPackBits); + xieTecDecodeTIFFPackBits *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecDecodeTIFFPackBits, *bufDest, dstParam); + + dstParam->encodedOrder = srcParam->encoded_order; + dstParam->normal = srcParam->normal; + + END_TECHNIQUE (xieTecDecodeTIFFPackBits, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieDecodeJPEGBaselineParam (bufDest, srcParam, encode) + +char **bufDest; +XieDecodeJPEGBaselineParam *srcParam; +int encode; + +{ + xieTecDecodeJPEGBaseline *dstParam; + int length = LENOF (xieTecDecodeJPEGBaseline); + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecDecodeJPEGBaseline, *bufDest, dstParam); + + dstParam->interleave = srcParam->interleave; + dstParam->bandOrder = srcParam->band_order; + dstParam->upSample = srcParam->up_sample; + + END_TECHNIQUE (xieTecDecodeJPEGBaseline, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieDitherOrderedParam (bufDest, srcParam, encode) + +char **bufDest; +XieDitherOrderedParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecDitherOrdered); + xieTecDitherOrdered *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecDitherOrdered, *bufDest, dstParam); + + dstParam->thresholdOrder = srcParam->threshold_order; + + END_TECHNIQUE (xieTecDitherOrdered, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieEncodeUncompressedSingleParam (bufDest, srcParam, encode) + +char **bufDest; +XieEncodeUncompressedSingleParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecEncodeUncompressedSingle); + xieTecEncodeUncompressedSingle *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecEncodeUncompressedSingle, *bufDest, dstParam); + + dstParam->fillOrder = srcParam->fill_order; + dstParam->pixelOrder = srcParam->pixel_order; + dstParam->pixelStride = srcParam->pixel_stride; + dstParam->scanlinePad = srcParam->scanline_pad; + + END_TECHNIQUE (xieTecEncodeUncompressedSingle, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieEncodeUncompressedTripleParam (bufDest, srcParam, encode) + +char **bufDest; +XieEncodeUncompressedTripleParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecEncodeUncompressedTriple); + xieTecEncodeUncompressedTriple *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecEncodeUncompressedTriple, *bufDest, dstParam); + + dstParam->pixelStride[0] = srcParam->pixel_stride[0]; + dstParam->pixelStride[1] = srcParam->pixel_stride[1]; + dstParam->pixelStride[2] = srcParam->pixel_stride[2]; + dstParam->pixelOrder = srcParam->pixel_order; + dstParam->scanlinePad[0] = srcParam->scanline_pad[0]; + dstParam->scanlinePad[1] = srcParam->scanline_pad[1]; + dstParam->scanlinePad[2] = srcParam->scanline_pad[2]; + dstParam->fillOrder = srcParam->fill_order; + dstParam->bandOrder = srcParam->band_order; + dstParam->interleave = srcParam->interleave; + + END_TECHNIQUE (xieTecEncodeUncompressedTriple, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieEncodeG31DParam (bufDest, srcParam, encode) + +char **bufDest; +XieEncodeG31DParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecEncodeG31D); + xieTecEncodeG31D *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecEncodeG31D, *bufDest, dstParam); + + dstParam->alignEol = srcParam->align_eol; + dstParam->encodedOrder = srcParam->encoded_order; + dstParam->radiometric = srcParam->radiometric; + + END_TECHNIQUE (xieTecEncodeG31D, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieEncodeTIFFPackBitsParam (bufDest, srcParam, encode) + +char **bufDest; +XieEncodeTIFFPackBitsParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecEncodeTIFFPackBits); + xieTecEncodeTIFFPackBits *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecEncodeTIFFPackBits, *bufDest, dstParam); + + dstParam->encodedOrder = srcParam->encoded_order; + + END_TECHNIQUE (xieTecEncodeTIFFPackBits, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieEncodeServerChoiceParam (bufDest, srcParam, encode) + +char **bufDest; +XieEncodeServerChoiceParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecEncodeServerChoice); + xieTecEncodeServerChoice *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecEncodeServerChoice, *bufDest, dstParam); + + dstParam->preference = srcParam->preference; + + END_TECHNIQUE (xieTecEncodeServerChoice, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieEncodeG32DParam (bufDest, srcParam, encode) + +char **bufDest; +XieEncodeG32DParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecEncodeG32D); + xieTecEncodeG32D *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecEncodeG32D, *bufDest, dstParam); + + dstParam->uncompressed = srcParam->uncompressed; + dstParam->alignEol = srcParam->align_eol; + dstParam->encodedOrder = srcParam->encoded_order; + dstParam->kFactor = srcParam->k_factor; + dstParam->radiometric = srcParam->radiometric; + + END_TECHNIQUE (xieTecEncodeG32D, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieEncodeG42DParam (bufDest, srcParam, encode) + +char **bufDest; +XieEncodeG42DParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecEncodeG42D); + xieTecEncodeG42D *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecEncodeG42D, *bufDest, dstParam); + + dstParam->uncompressed = srcParam->uncompressed; + dstParam->encodedOrder = srcParam->encoded_order; + dstParam->radiometric = srcParam->radiometric; + + END_TECHNIQUE (xieTecEncodeG42D, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieEncodeJPEGBaselineParam (bufDest, srcParam, encode) + +char **bufDest; +XieEncodeJPEGBaselineParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecEncodeJPEGBaseline) + + ((srcParam->q_size + srcParam->ac_size + srcParam->dc_size) >> 2); + xieTecEncodeJPEGBaseline *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecEncodeJPEGBaseline, *bufDest, dstParam); + + dstParam->interleave = srcParam->interleave; + dstParam->bandOrder = srcParam->band_order; + dstParam->horizontalSamples[0] = srcParam->horizontal_samples[0]; + dstParam->horizontalSamples[1] = srcParam->horizontal_samples[1]; + dstParam->horizontalSamples[2] = srcParam->horizontal_samples[2]; + dstParam->verticalSamples[0] = srcParam->vertical_samples[0]; + dstParam->verticalSamples[1] = srcParam->vertical_samples[1]; + dstParam->verticalSamples[2] = srcParam->vertical_samples[2]; + dstParam->lenQtable = srcParam->q_size; + dstParam->lenACtable = srcParam->ac_size; + dstParam->lenDCtable = srcParam->dc_size; + + END_TECHNIQUE (xieTecEncodeJPEGBaseline, *bufDest, dstParam); + + /* + * q_size, ac_size, dc_size should be multiple of 4, + * so no need to pad. + */ + + memcpy (*bufDest, srcParam->q_table, srcParam->q_size); + *bufDest += srcParam->q_size; + memcpy (*bufDest, srcParam->ac_table, srcParam->ac_size); + *bufDest += srcParam->ac_size; + memcpy (*bufDest, srcParam->dc_table, srcParam->dc_size); + *bufDest += srcParam->dc_size; + } + + return (length); +} + + +int +_XieEncodeJPEGLosslessParam (bufDest, srcParam, encode) + +char **bufDest; +XieEncodeJPEGLosslessParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecEncodeJPEGLossless) + + (srcParam->table_size >> 2); + xieTecEncodeJPEGLossless *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecEncodeJPEGLossless, *bufDest, dstParam); + + dstParam->interleave = srcParam->interleave; + dstParam->bandOrder = srcParam->band_order; + dstParam->lenTable = srcParam->table_size; + dstParam->predictor[0] = srcParam->predictor[0]; + dstParam->predictor[1] = srcParam->predictor[1]; + dstParam->predictor[2] = srcParam->predictor[2]; + + END_TECHNIQUE (xieTecEncodeJPEGLossless, *bufDest, dstParam); + + /* table_size should be multiple of 4, so no need to pad */ + + memcpy (*bufDest, srcParam->table, srcParam->table_size); + } + + return (length); +} + + +int +_XieEncodeTIFF2Param (bufDest, srcParam, encode) + +char **bufDest; +XieEncodeTIFF2Param *srcParam; +int encode; + +{ + int length = LENOF (xieTecEncodeTIFF2); + xieTecEncodeTIFF2 *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecEncodeTIFF2, *bufDest, dstParam); + + dstParam->encodedOrder = srcParam->encoded_order; + dstParam->radiometric = srcParam->radiometric; + + END_TECHNIQUE (xieTecEncodeTIFF2, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieGeomAntialiasByAreaParam (bufDest, srcParam, encode) + +char **bufDest; +XieGeomAntialiasByAreaParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecGeomAntialiasByArea); + xieTecGeomAntialiasByArea *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecGeomAntialiasByArea, *bufDest, dstParam); + + dstParam->simple = srcParam->simple; + + END_TECHNIQUE (xieTecGeomAntialiasByArea, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieGeomAntialiasByLowpassParam (bufDest, srcParam, encode) + +char **bufDest; +XieGeomAntialiasByLowpassParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecGeomAntialiasByLowpass); + xieTecGeomAntialiasByLowpass *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecGeomAntialiasByLowpass, *bufDest, dstParam); + + dstParam->kernelSize = srcParam->kernel_size; + + END_TECHNIQUE (xieTecGeomAntialiasByLowpass, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieGeomGaussianParam (bufDest, srcParam, encode) + +char **bufDest; +XieGeomGaussianParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecGeomGaussian); + xieTecGeomGaussian *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecGeomGaussian, *bufDest, dstParam); + + dstParam->radius = srcParam->radius; + dstParam->simple = srcParam->simple; + dstParam->sigma = _XieConvertToIEEE (srcParam->sigma); + dstParam->normalize = _XieConvertToIEEE (srcParam->normalize); + + END_TECHNIQUE (xieTecGeomGaussian, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieGeomNearestNeighborParam (bufDest, srcParam, encode) + +char **bufDest; +XieGeomNearestNeighborParam *srcParam; +int encode; + +{ + xieTecGeomNearestNeighbor *dstParam; + int length = LENOF (xieTecGeomNearestNeighbor); + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecGeomNearestNeighbor, *bufDest, dstParam); + + dstParam->modify = srcParam->modify; + + END_TECHNIQUE (xieTecGeomNearestNeighbor, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieHistogramGaussianParam (bufDest, srcParam, encode) + +char **bufDest; +XieHistogramGaussianParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecHistogramGaussian); + xieTecHistogramGaussian *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecHistogramGaussian, *bufDest, dstParam); + + dstParam->mean = _XieConvertToIEEE (srcParam->mean); + dstParam->sigma = _XieConvertToIEEE (srcParam->sigma); + + END_TECHNIQUE (xieTecHistogramGaussian, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieHistogramHyperbolicParam (bufDest, srcParam, encode) + +char **bufDest; +XieHistogramHyperbolicParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecHistogramHyperbolic); + xieTecHistogramHyperbolic *dstParam; + + if (srcParam == NULL) + return(0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecHistogramHyperbolic, *bufDest, dstParam); + + dstParam->shapeFactor = srcParam->shape_factor; + dstParam->constant = _XieConvertToIEEE (srcParam->constant); + + END_TECHNIQUE (xieTecHistogramHyperbolic, *bufDest, dstParam); + } + + return (length); +} + + +int +_XieWhiteAdjustCIELabShiftParam (bufDest, srcParam, encode) + +char **bufDest; +XieWhiteAdjustCIELabShiftParam *srcParam; +int encode; + +{ + int length = LENOF (xieTecWhiteAdjustCIELabShift); + xieTecWhiteAdjustCIELabShift *dstParam; + + if (srcParam == NULL) + return (0); + + if (encode) + { + BEGIN_TECHNIQUE (xieTecWhiteAdjustCIELabShift, *bufDest, dstParam); + + dstParam->whitePoint0 = _XieConvertToIEEE (srcParam->white_point[0]); + dstParam->whitePoint1 = _XieConvertToIEEE (srcParam->white_point[1]); + dstParam->whitePoint2 = _XieConvertToIEEE (srcParam->white_point[2]); + + END_TECHNIQUE (xieTecWhiteAdjustCIELabShift, *bufDest, dstParam); + } + + return (length); +} + + + +_XieInitTechFuncTable () + +{ + int i; + + for (i = 0; i < xieValMaxTechGroup; i++) + _XieTechFuncs[i] = NULL; + + + _XieRegisterTechFunc (xieValColorAlloc, + xieValColorAllocDefault, 0); + _XieRegisterTechFunc (xieValColorAlloc, + xieValColorAllocAll, _XieColorAllocAllParam); + _XieRegisterTechFunc (xieValColorAlloc, + xieValColorAllocMatch, _XieColorAllocMatchParam); + _XieRegisterTechFunc (xieValColorAlloc, + xieValColorAllocRequantize, _XieColorAllocRequantizeParam); + + _XieRegisterTechFunc (xieValConvertFromRGB, + xieValRGBToCIELab, _XieRGBToCIELabParam); + _XieRegisterTechFunc (xieValConvertFromRGB, + xieValRGBToCIEXYZ, _XieRGBToCIEXYZParam); + _XieRegisterTechFunc (xieValConvertFromRGB, + xieValRGBToYCbCr, _XieRGBToYCbCrParam); + _XieRegisterTechFunc (xieValConvertFromRGB, + xieValRGBToYCC, _XieRGBToYCCParam); + + _XieRegisterTechFunc (xieValConvertToRGB, + xieValCIELabToRGB, _XieCIELabToRGBParam); + _XieRegisterTechFunc (xieValConvertToRGB, + xieValCIEXYZToRGB, _XieCIEXYZToRGBParam); + _XieRegisterTechFunc (xieValConvertToRGB, + xieValYCbCrToRGB, _XieYCbCrToRGBParam); + _XieRegisterTechFunc (xieValConvertToRGB, + xieValYCCToRGB, _XieYCCToRGBParam); + + _XieRegisterTechFunc (xieValConstrain, + xieValConstrainClipScale, _XieClipScaleParam); + _XieRegisterTechFunc (xieValConstrain, + xieValConstrainHardClip, 0); + + _XieRegisterTechFunc (xieValConvolve, + xieValConvolveDefault, 0); + _XieRegisterTechFunc (xieValConvolve, + xieValConvolveConstant, _XieConvolveConstantParam); + _XieRegisterTechFunc (xieValConvolve, + xieValConvolveReplicate, 0); + + _XieRegisterTechFunc (xieValDecode, + xieValDecodeUncompressedSingle, _XieDecodeUncompressedSingleParam); + _XieRegisterTechFunc (xieValDecode, + xieValDecodeUncompressedTriple, _XieDecodeUncompressedTripleParam); + _XieRegisterTechFunc (xieValDecode, + xieValDecodeG31D, _XieDecodeG31DParam); + _XieRegisterTechFunc (xieValDecode, + xieValDecodeG32D, _XieDecodeG32DParam); + _XieRegisterTechFunc (xieValDecode, + xieValDecodeG42D, _XieDecodeG42DParam); + _XieRegisterTechFunc (xieValDecode, + xieValDecodeJPEGBaseline, _XieDecodeJPEGBaselineParam); + _XieRegisterTechFunc (xieValDecode, + xieValDecodeJPEGLossless, _XieDecodeJPEGLosslessParam); + _XieRegisterTechFunc (xieValDecode, + xieValDecodeTIFF2, _XieDecodeTIFF2Param); + _XieRegisterTechFunc (xieValDecode, + xieValDecodeTIFFPackBits, _XieDecodeTIFFPackBitsParam); + + _XieRegisterTechFunc (xieValDither, + xieValDitherDefault, 0); + _XieRegisterTechFunc (xieValDither, + xieValDitherErrorDiffusion, 0); + _XieRegisterTechFunc (xieValDither, + xieValDitherOrdered, _XieDitherOrderedParam); + +/* + _XieRegisterTechFunc (xieValEncode, + xieValEncodeServerChoice, 0); +*/ + _XieRegisterTechFunc (xieValEncode, + xieValEncodeServerChoice, _XieEncodeServerChoiceParam); + _XieRegisterTechFunc (xieValEncode, + xieValEncodeUncompressedSingle, _XieEncodeUncompressedSingleParam); + _XieRegisterTechFunc (xieValEncode, + xieValEncodeUncompressedTriple, _XieEncodeUncompressedTripleParam); + _XieRegisterTechFunc (xieValEncode, + xieValEncodeG31D, _XieEncodeG31DParam); + _XieRegisterTechFunc (xieValEncode, + xieValEncodeG32D, _XieEncodeG32DParam); + _XieRegisterTechFunc (xieValEncode, + xieValEncodeG42D, _XieEncodeG42DParam); + _XieRegisterTechFunc (xieValEncode, + xieValEncodeJPEGBaseline, _XieEncodeJPEGBaselineParam); + _XieRegisterTechFunc (xieValEncode, + xieValEncodeJPEGLossless, _XieEncodeJPEGLosslessParam); + _XieRegisterTechFunc (xieValEncode, + xieValEncodeTIFF2, _XieEncodeTIFF2Param); + _XieRegisterTechFunc (xieValEncode, + xieValEncodeTIFFPackBits, _XieEncodeTIFFPackBitsParam); + + _XieRegisterTechFunc (xieValGamut, + xieValGamutDefault, 0); + _XieRegisterTechFunc (xieValGamut, + xieValGamutNone, 0); + _XieRegisterTechFunc (xieValGamut, + xieValGamutClipRGB, 0); + + _XieRegisterTechFunc (xieValGeometry, + xieValGeomDefault, 0); + _XieRegisterTechFunc (xieValGeometry, + xieValGeomAntialias, 0); + _XieRegisterTechFunc (xieValGeometry, + xieValGeomAntialiasByArea, _XieGeomAntialiasByAreaParam); + _XieRegisterTechFunc (xieValGeometry, + xieValGeomAntialiasByLPF, _XieGeomAntialiasByLowpassParam); + _XieRegisterTechFunc (xieValGeometry, + xieValGeomBilinearInterp, 0); + _XieRegisterTechFunc (xieValGeometry, + xieValGeomGaussian, _XieGeomGaussianParam); + _XieRegisterTechFunc (xieValGeometry, + xieValGeomNearestNeighbor, _XieGeomNearestNeighborParam); + + _XieRegisterTechFunc (xieValHistogram, + xieValHistogramFlat, 0); + _XieRegisterTechFunc (xieValHistogram, + xieValHistogramGaussian, _XieHistogramGaussianParam); + _XieRegisterTechFunc (xieValHistogram, + xieValHistogramHyperbolic, _XieHistogramHyperbolicParam); + + _XieRegisterTechFunc (xieValWhiteAdjust, + xieValWhiteAdjustDefault, 0); + _XieRegisterTechFunc (xieValWhiteAdjust, + xieValWhiteAdjustNone, 0); + _XieRegisterTechFunc (xieValWhiteAdjust, + xieValWhiteAdjustCIELabShift, _XieWhiteAdjustCIELabShiftParam); +} diff --git a/xie/xc/lib/XIE/technique.h b/xie/xc/lib/XIE/technique.h new file mode 100644 index 0000000..690da3b --- /dev/null +++ b/xie/xc/lib/XIE/technique.h @@ -0,0 +1,87 @@ +/* $XConsortium: technique.h,v 1.4 94/04/17 20:18:29 mor Exp $ */ + +/* + +Copyright (c) 1993 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#ifndef WORD64 + +#define BEGIN_TECHNIQUE(_name, _bufDest, _dstParam) \ + _dstParam = (_name *) _bufDest; + +#define END_TECHNIQUE(_name, _bufDest, _dstParam) \ + _bufDest += SIZEOF (_name); + +#else /* WORD64 */ + +#define BEGIN_TECHNIQUE(_name, _bufDest, _dstParam) \ +{ \ + _name tParam; \ + _dstParam = &tParam; + +#define END_TECHNIQUE(_name, _bufDest, _dstParam) \ + memcpy (_bufDest, _dstParam, SIZEOF (_name)); \ + _bufDest += SIZEOF (_name); \ +} + +#endif /* WORD64 */ + + + +#ifndef WORD64 + +#define STORE_CARD32(_val, _pBuf) \ +{ \ + *((CARD32 *) _pBuf) = _val; \ + _pBuf += SIZEOF (CARD32); \ +} + +#else /* WORD64 */ + +typedef struct { + int value :32; +} Long; + +#define STORE_CARD32(_val, _pBuf) \ +{ \ + Long _d; \ + _d.value = _val; \ + memcpy (_pBuf, &_d, SIZEOF (CARD32)); \ + _pBuf += SIZEOF (CARD32); \ +} + +#endif /* WORD64 */ + + +#define _XieRGBToCIEXYZParam _XieRGBToCIELabParam +#define _XieCIEXYZToRGBParam _XieCIELabToRGBParam +#define _XieDecodeG32DParam _XieDecodeG31DParam +#define _XieDecodeG42DParam _XieDecodeG31DParam +#define _XieDecodeTIFF2Param _XieDecodeG31DParam +#define _XieDecodeJPEGLosslessParam _XieDecodeJPEGBaselineParam diff --git a/xie/xc/lib/XIE/utils.c b/xie/xc/lib/XIE/utils.c new file mode 100644 index 0000000..5a80054 --- /dev/null +++ b/xie/xc/lib/XIE/utils.c @@ -0,0 +1,119 @@ +/* $XConsortium: utils.c,v 1.2 94/04/17 20:18:30 mor Exp $ */ + +/* + +Copyright (c) 1993 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + +*/ + +#include "XIElibint.h" + + +Status +_XieRegisterTechFunc (group, technique, techfunc) + +int group; +int technique; +XieTechFuncPtr techfunc; + +{ + XieTechFuncRec *ptr = _XieTechFuncs[group - 1]; + XieTechFuncRec *prev = NULL, *newrec; + int status = 1; + + newrec = (XieTechFuncRec *) Xmalloc (sizeof (XieTechFuncRec)); + newrec->technique = technique; + newrec->techfunc = techfunc; + + if (ptr == NULL) + { + _XieTechFuncs[group - 1] = newrec; + newrec->next = NULL; + } + else + { + while (ptr && ptr->technique < technique) + { + prev = ptr; + ptr = ptr->next; + } + + if (ptr == NULL) + { + prev->next = newrec; + newrec->next = NULL; + } + else + { + if (ptr->technique == technique) + { + Xfree ((char *) newrec); + status = 0; + } + else if (prev = NULL) + { + newrec->next = _XieTechFuncs[group - 1]; + _XieTechFuncs[group - 1] = newrec; + } + else + { + newrec->next = prev->next; + prev->next = newrec; + } + } + } + + return (status); +} + + + +XieTechFuncPtr +_XieLookupTechFunc (group, technique) + +int group; +int technique; + +{ + XieTechFuncRec *ptr = _XieTechFuncs[group - 1]; + int found = 0; + + while (ptr && !found) + { + if (ptr->technique == technique) + found = 1; + else + ptr = ptr->next; + } + + if (found) + return (ptr->techfunc); + else + return (NULL); +} + + diff --git a/xie/xc/programs/Xserver/XIE/Imakefile b/xie/xc/programs/Xserver/XIE/Imakefile new file mode 100644 index 0000000..0f96f0e --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/Imakefile @@ -0,0 +1,11 @@ +XCOMM $XConsortium: Imakefile,v 1.3 93/11/07 10:56:36 rws Exp $ +#include + +#define IHaveSubdirs + + SUBDIRS = dixie mixie + +MakeSubdirs($(SUBDIRS)) +DependSubdirs($(SUBDIRS)) +MakeLintLibSubdirs($(SUBDIRS)) +LintSubdirs($(SUBDIRS)) diff --git a/xie/xc/programs/Xserver/XIE/dixie/Imakefile b/xie/xc/programs/Xserver/XIE/dixie/Imakefile new file mode 100644 index 0000000..90d9de6 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/Imakefile @@ -0,0 +1,21 @@ +XCOMM $XConsortium: Imakefile /main/6 1995/12/07 21:15:29 gildea $ +XCOMM build dixie archive +#include + +#define IHaveSubdirs + +SUBDIRS = request import process export +OBJS = request/?*.o import/?*.o process/?*.o export/?*.o +DONES = request/DONE import/DONE process/DONE export/DONE + +NormalDepLibraryTarget(dixie,$(SUBDIRS) $(DONES),$(OBJS)) + +ForceSubdirs($(SUBDIRS)) + +DependSubdirs($(SUBDIRS)) + +MakeLintLibSubdirs($(SUBDIRS)) +LintSubdirs($(SUBDIRS)) + +InstallLinkKitLibrary(dixie,$(LINKKITDIR)/lib) + diff --git a/xie/xc/programs/Xserver/XIE/dixie/export/Imakefile b/xie/xc/programs/Xserver/XIE/dixie/export/Imakefile new file mode 100644 index 0000000..19ede1e --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/export/Imakefile @@ -0,0 +1,28 @@ +XCOMM $XConsortium: Imakefile,v 1.5 94/01/12 19:47:21 rws Exp $ +XCOMM build device independent export element objects +#include + +SRCS1 = eclut.c ecphoto.c edraw.c edrawp.c elut.c ephoto.c +OBJS1 = eclut.o ecphoto.o edraw.o edrawp.o elut.o ephoto.o + +#if BuildDIS +DEFINES = -DXIE_DIS +#else +SRCS2 = echist.c ecroi.c eroi.c +OBJS2 = echist.o ecroi.o eroi.o +#endif + + SRCS = $(SRCS1) $(SRCS2) + + OBJS = $(OBJS1) $(OBJS2) + + INCLUDES = -I../../include -I$(SERVERSRC)/include -I$(INCLUDESRC) -I$(EXTINCSRC) + LINTLIBS = ../export/llib-lexp.ln ../import/llib-limp.ln \ + ../process/llib-lproc.ln ../request/llib-lreq.ln +SubdirLibraryRule($(OBJS)) +NormalLibraryObjectRule() +LintLibraryTarget(exp,$(SRCS)) + +NormalLintTarget($(SRCS)) + +DependTarget() diff --git a/xie/xc/programs/Xserver/XIE/dixie/export/echist.c b/xie/xc/programs/Xserver/XIE/dixie/export/echist.c new file mode 100644 index 0000000..f2e5d2b --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/export/echist.c @@ -0,0 +1,218 @@ +/* $XConsortium: echist.c,v 1.3 94/04/17 20:33:27 rws Exp $ */ +/**** module echist.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + echist.c -- DIXIE routines for managing the ExportClientHistogram elem. + + Dean Verheiden -- AGE Logic, Inc. July 1993 + +*****************************************************************************/ + +#define _XIEC_ECHIST + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeECHistogram(); + +/* + * routines internal to this module + */ +static Bool PrepECHistogram(); + +/* + * dixie entry points + */ +static diElemVecRec eHistogramVec = { + PrepECHistogram /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +-------------- routine: make an ExportClientHistogram element ------------ +------------------------------------------------------------------------*/ +peDefPtr MakeECHistogram(flo,tag,pe) +floDefPtr flo; +xieTypPhototag tag; +xieFlo *pe; +{ + int inputs; + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloExportClientHistogram); + ELEMENT_SIZE_MATCH(xieFloExportClientHistogram); + ELEMENT_NEEDS_1_INPUT(src); + + inputs = 1 + (stuff->domainPhototag ? 1 : 0); + + if(!(ped = MakePEDef(inputs, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo,tag,xieElemExportClientHistogram, return(NULL)); + + ped->diVec = &eHistogramVec; + ped->phototag = tag; + ped->flags.export = TRUE; + ped->flags.getData = TRUE; + raw = (xieFloExportClientHistogram *)ped->elemRaw; + /* + * copy the standard client element parameters (swap if necessary) + */ + if (flo->reqClient->swapped) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + raw->notify = stuff->notify; + cpswapl(stuff->domainOffsetX, raw->domainOffsetX); + cpswapl(stuff->domainOffsetY, raw->domainOffsetY); + cpswaps(stuff->domainPhototag,raw->domainPhototag); + } else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloExportClientHistogram)); + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCtag].srcTag = raw->src; + if(raw->domainPhototag) + inFlo[ped->inCnt-1].srcTag = raw->domainPhototag; + + return(ped); +} /* end MakeECHistogram */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepECHistogram(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloExportClientHistogram *raw = + (xieFloExportClientHistogram *)ped->elemRaw; + inFloPtr ind, inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr outflo = &ped->outFlo; + + /* check notify */ + if(raw->notify != xieValDisable && + raw->notify != xieValFirstData && + raw->notify != xieValNewData) + ValueError(flo,ped,raw->notify, return(FALSE)); + + /* check out process domain */ + if(raw->domainPhototag) { + outFloPtr dom; + + ind = &ped->inFloLst[ped->inCnt-1]; + dom = &ind->srcDef->outFlo; + if((ind->bands = dom->bands) != 1 || IsntDomain(dom->format[0].class)) + DomainError(flo,ped,raw->domainPhototag, return(FALSE)); + ind->format[0] = dom->format[0]; + } + + /* check and propagate src */ + if (src->bands != 1 || IsntConstrained(src->format[0].class)) + MatchError(flo,ped,return(FALSE)); + inf->bands = 1; + inf->format[0] = src->format[0]; + + /* Don't really have an outflo */ + outflo->bands = 1; + outflo->format[0] = inf->format[0]; + outflo->format[0].class = STREAM; + ped->swapUnits[0] = sizeof(xieTypHistogramData); + + return(TRUE); +} /* end PrepECHistogram */ + +/* end module echist.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/export/eclut.c b/xie/xc/programs/Xserver/XIE/dixie/export/eclut.c new file mode 100644 index 0000000..558da74 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/export/eclut.c @@ -0,0 +1,210 @@ +/* $XConsortium: eclut.c,v 1.4 94/04/17 20:33:28 rws Exp $ */ +/**** module eclut.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + eclut.c -- DIXIE routines for managing the ExportClientLUT element + + Dean Verheiden -- AGE Logic, Inc. July 1993 + +*****************************************************************************/ + +#define _XIEC_ECLUT + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other modules + */ +peDefPtr MakeECLUT(); + +/* + * routines internal to this module + */ +static Bool PrepECLUT(); + +/* + * dixie element entry points + */ +static diElemVecRec eCLUTVec = { + PrepECLUT /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +--------------- routine: make an export client lut element ------------- +------------------------------------------------------------------------*/ +peDefPtr MakeECLUT(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + ELEMENT(xieFloExportClientLUT); + ELEMENT_SIZE_MATCH(xieFloExportClientLUT); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo,tag,xieElemExportClientLUT, return(NULL)) ; + + ped->diVec = &eCLUTVec; + ped->phototag = tag; + ped->flags.getData = TRUE; + ped->flags.export = TRUE; + raw = (xieFloExportClientLUT *)ped->elemRaw; + /* + * copy the standard client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + raw->notify = stuff->notify; + raw->bandOrder = stuff->bandOrder; + cpswapl(stuff->start0, raw->start0); + cpswapl(stuff->start1, raw->start1); + cpswapl(stuff->start2, raw->start2); + cpswapl(stuff->length0, raw->length0); + cpswapl(stuff->length1, raw->length1); + cpswapl(stuff->length2, raw->length2); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloExportClientLUT)); + + /* assign phototag to inFlo + */ + ped->inFloLst[SRCtag].srcTag = raw->src; + + return(ped); +} /* end MakeECLUT */ + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepECLUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloExportClientLUT *raw = (xieFloExportClientLUT *)ped->elemRaw; + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + CARD32 *start = &(raw->start0); + CARD32 *length = &(raw->length0); + int b; + + if(raw->notify != xieValDisable && /* check notify */ + raw->notify != xieValFirstData && + raw->notify != xieValNewData) + ValueError(flo,ped,raw->notify, return(FALSE)); + + if(raw->bandOrder != xieValLSFirst && /* check band-order */ + raw->bandOrder != xieValMSFirst) + ValueError(flo,ped,raw->bandOrder, return(FALSE)); + + /* Validate and Propagate input attributes to our output */ + dst->bands = inf->bands = src->bands; + for(b = 0; b < src->bands; ++b) { + if (IsntLut(src->format[b].class)) + FloSourceError(flo,raw->src,raw->elemType, return(FALSE)); + if ( start[b] + length[b] > src->format[b].height ) + MatchError(flo,ped, return(FALSE)); + + dst->format[b] = inf->format[b] = src->format[b]; + ped->swapUnits[b] = LutPitch(dst->format[b].levels); + } + return(TRUE); +} /* end PrepECLUT */ + + +/* end module eclut.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/export/ecphoto.c b/xie/xc/programs/Xserver/XIE/dixie/export/ecphoto.c new file mode 100644 index 0000000..628e645 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/export/ecphoto.c @@ -0,0 +1,734 @@ +/* $XConsortium: ecphoto.c /main/6 1995/12/02 16:44:11 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module ecphoto.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + ecphoto.c -- DIXIE routines for managing the ExportClientPhoto element + + Dean Verheiden -- AGE Logic, Inc. June 1993 + +*****************************************************************************/ + +#define _XIEC_ECPHOTO + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + + +/* + * routines referenced by other modules + */ +peDefPtr MakeECPhoto(); +Bool CopyECPhotoUnSingle(); +Bool CopyECPhotoG31D(); +Bool CopyECPhotoG32D(); +Bool CopyECPhotoG42D(); +Bool CopyECPhotoTIFF2(); +Bool CopyECPhotoTIFFPackBits(); + +Bool PrepECPhotoUnSingle(); +Bool PrepECPhotoG31D(); +Bool PrepECPhotoG32D(); +Bool PrepECPhotoG42D(); +Bool PrepECPhotoTIFF2(); +Bool PrepECPhotoTIFFPackBits(); + +#if XIE_FULL +Bool CopyECPhotoUnTriple(); +Bool CopyECPhotoJPEGBaseline(); +Bool PrepECPhotoUnTriple(); +Bool PrepECPhotoJPEGBaseline(); +#ifdef BEYOND_SI +Bool CopyECPhotoJPEGLossless(); +Bool PrepECPhotoJPEGLossless(); +#endif /* BEYOND_SI */ +#endif + +/* + * routines internal to this module + */ +static Bool PrepECPhoto(); + +extern Bool BuildDecodeFromEncode(); +extern Bool CompareDecode(); + +/* + * dixie element entry points + */ +static diElemVecRec eCPhotoVec = { + PrepECPhoto /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +--------------- routine: make an import client photo element ------------- +------------------------------------------------------------------------*/ +peDefPtr MakeECPhoto(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + ELEMENT(xieFloExportClientPhoto); + ELEMENT_AT_LEAST_SIZE(xieFloExportClientPhoto); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, sizeof(ePhotoDefRec)))) + FloAllocError(flo,tag,xieElemExportClientPhoto, return(NULL)) ; + + ped->diVec = &eCPhotoVec; + ped->phototag = tag; + ped->flags.getData = TRUE; + ped->flags.export = TRUE; + raw = (xieFloExportClientPhoto *)ped->elemRaw; + /* + * copy the standard client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + raw->notify = stuff->notify; + cpswaps(stuff->encodeTechnique, raw->encodeTechnique); + cpswaps(stuff->lenParams, raw->lenParams); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloExportClientPhoto)); + + /* copy technique data (if any) + */ + if(!(ped->techVec = FindTechnique(xieValEncode,raw->encodeTechnique)) + || !(ped->techVec->copyfnc(flo, ped, &stuff[1], &raw[1], raw->lenParams))) + TechniqueError(flo,ped,xieValEncode,raw->encodeTechnique,raw->lenParams, + return(ped)); + + /* assign phototag to inFlo + */ + ped->inFloLst[SRCtag].srcTag = raw->src; + + return(ped); +} /* end MakeECPhoto */ + + +Bool CopyECPhotoUnSingle(flo, ped, sparms, rparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeUncompressedSingle *sparms, *rparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)rparms, (char *)sparms, tsize<<2); + + return(TRUE); +} + +Bool CopyECPhotoG31D(flo, ped, sparms, rparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeG31D *sparms, *rparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)rparms, (char *)sparms, tsize<<2); + + return(TRUE); +} + +Bool CopyECPhotoG32D(flo, ped, sparms, rparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeG32D *sparms, *rparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + if( flo->reqClient->swapped ) { + rparms->radiometric = sparms->radiometric; + rparms->uncompressed = sparms->uncompressed; + rparms->alignEol = sparms->alignEol; + rparms->encodedOrder = sparms->encodedOrder; + cpswapl(sparms->kFactor, rparms->kFactor); + } else + memcpy((char *)rparms, (char *)sparms, tsize<<2); + + return(TRUE); +} + +Bool CopyECPhotoG42D(flo, ped, sparms, rparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeG42D *sparms, *rparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)rparms, (char *)sparms, tsize<<2); + + return(TRUE); +} + +Bool CopyECPhotoTIFF2(flo, ped, sparms, rparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeTIFF2 *sparms, *rparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)rparms, (char *)sparms, tsize<<2); + + return(TRUE); +} + +Bool CopyECPhotoTIFFPackBits(flo, ped, sparms, rparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeTIFFPackBits *sparms, *rparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)rparms, (char *)sparms, tsize<<2); + + return(TRUE); +} + +#if XIE_FULL +Bool CopyECPhotoUnTriple(flo, ped, sparms, rparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeUncompressedTriple *sparms, *rparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)rparms, (char *)sparms, tsize<<2); + + return(TRUE); +} + +Bool CopyECPhotoJPEGBaseline(flo, ped, sparms, rparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeJPEGBaseline *sparms, *rparms; + CARD16 tsize; +{ + eTecEncodeJPEGBaselineDefPtr pvt; + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + memcpy((char *)rparms, (char *)sparms, tsize<<2); + + if( flo->reqClient->swapped ) { + register int n; + swaps(&rparms->lenQtable,n); + swaps(&rparms->lenACtable,n); + swaps(&rparms->lenDCtable,n); + } + if(rparms->lenQtable & 3 || + rparms->lenACtable & 3 || + rparms->lenDCtable & 3) + return(FALSE); + + if(!(ped->techPvt=(pointer)XieMalloc(sizeof(eTecEncodeJPEGBaselineDefRec)))) + FloAllocError(flo, ped->phototag, xieElemExportClientPhoto, return(TRUE)); + + pvt = (eTecEncodeJPEGBaselineDefPtr)ped->techPvt; + pvt->q = (rparms->lenQtable + ? (CARD8 *)rparms + sizeof(xieTecEncodeJPEGBaseline) + : (CARD8 *) NULL); + pvt->a = (rparms->lenACtable + ? (CARD8 *)rparms + sizeof(xieTecEncodeJPEGBaseline) + + rparms->lenQtable + : (CARD8 *) NULL); + pvt->d = (rparms->lenDCtable + ? (CARD8 *)rparms + sizeof(xieTecEncodeJPEGBaseline) + + rparms->lenQtable + rparms->lenACtable + : (CARD8 *) NULL); + return(TRUE); +} + +#ifdef BEYOND_SI +Bool CopyECPhotoJPEGLossless(flo, ped, sparms, rparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeJPEGLossless *sparms, *rparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + memcpy((char *)rparms, (char *)sparms, tsize<<2); + + if( flo->reqClient->swapped ) { + register int n; + swaps(&rparms->lenTable,n); + } + return(TRUE); +} +#endif /* BEYOND_SI */ +#endif + + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepECPhoto(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloExportClientPhoto *raw = (xieFloExportClientPhoto *)ped->elemRaw; + ePhotoDefPtr pvt = (ePhotoDefPtr)ped->elemPvt; + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + int b; + + /* Make sure notify value is valid + */ + if(raw->notify != xieValDisable && + raw->notify != xieValFirstData && + raw->notify != xieValNewData) + ValueError(flo,ped,raw->notify, return(FALSE)); + + pvt->congress = FALSE; + dst->bands = inf->bands = src->bands; + for(b = 0; b < src->bands; b++) { + if (IsntConstrained(src->format[b].class)) + MatchError(flo, ped, return(FALSE)); + dst->format[b] = inf->format[b] = src->format[b]; + } + if(!(ped->techVec->prepfnc(flo, ped, &raw[1]))) + TechniqueError(flo,ped,xieValEncode,raw->encodeTechnique,raw->lenParams, + return(FALSE)); + + pvt->encodeNumber = raw->encodeTechnique; + pvt->encodeLen = raw->lenParams << 2; + pvt->encodeParms = (pointer)&raw[1]; + + if(ped->inFloLst[IMPORT].srcDef->flags.import) { + /* + * see if import data can leap-frog the import and export elements + */ + if(BuildDecodeFromEncode(flo,ped) && CompareDecode(flo,ped)) { + inFloPtr import = &inf->srcDef->inFloLst[IMPORT]; + + inf->bands = import->bands; + for(b = 0; b < import->bands; ++b) + inf->format[b] = import->format[b]; + pvt->congress = TRUE; + } + if(pvt->decodeParms) + pvt->decodeParms = (pointer)XieFree(pvt->decodeParms); + } + return(TRUE); +} /* end PrepECPhoto */ + + +/*------------------------------------------------------------------------ +----- routines: verify technique parameters against element parameters ---- +-------------- and prepare for analysis and execution ---- +------------------------------------------------------------------------*/ + +/* Prep routine for uncompressed single band data */ +Bool PrepECPhotoUnSingle(flo, ped, tec) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeUncompressedSingle *tec; +{ + outFloPtr dst = &ped->outFlo; + CARD32 padmod = tec->scanlinePad * 8; + CARD32 pitch = tec->pixelStride * dst->format[0].width; + BOOL aligned = !(tec->pixelStride & (tec->pixelStride-1)) || + tec->pixelStride == 24; + + if(tec->fillOrder != xieValLSFirst && /* check fill-order */ + tec->fillOrder != xieValMSFirst) + return(FALSE); + if(tec->pixelOrder != xieValLSFirst && /* check pixel-order */ + tec->pixelOrder != xieValMSFirst) + return(FALSE); + if(tec->pixelStride < dst->format[0].depth) /* check pixel-stride */ + return(FALSE); + if(ALIGNMENT == xieValAlignable && /* scanline alignment */ + !tec->scanlinePad && !aligned) + return(FALSE); + if(tec->scanlinePad & (tec->scanlinePad-1) || /* check scanline-pad */ + tec->scanlinePad > 16) + return(FALSE); + + dst->format[0].interleaved = FALSE; + dst->format[0].class = STREAM; + dst->format[0].stride = tec->pixelStride; + dst->format[0].pitch = pitch + (padmod ? Align(pitch,padmod) : 0); + + return(TRUE); +} /* PrepECPhotoUnSingle */ + +Bool PrepECPhotoG31D(flo, ped, tec) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeG31D *tec; +{ + outFloPtr dst = &ped->outFlo; + + if(tec->encodedOrder != xieValLSFirst && /* check encoding-order */ + tec->encodedOrder != xieValMSFirst) + return(FALSE); + + dst->format[0].interleaved = FALSE; + dst->format[0].class = STREAM; + + return(TRUE); + +} /* PrepECPhotoG31D */ + +Bool PrepECPhotoG32D(flo, ped, tec) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeG32D *tec; +{ + outFloPtr dst = &ped->outFlo; + + if(tec->encodedOrder != xieValLSFirst && /* check encoding-order */ + tec->encodedOrder != xieValMSFirst) + return(FALSE); + + dst->format[0].interleaved = FALSE; + dst->format[0].class = STREAM; + + return(TRUE); + +} /* PrepECPhotoG32D */ + +Bool PrepECPhotoG42D(flo, ped, tec) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeG42D *tec; +{ + outFloPtr dst = &ped->outFlo; + + if(tec->encodedOrder != xieValLSFirst && /* check encoding-order */ + tec->encodedOrder != xieValMSFirst) + return(FALSE); + + dst->format[0].interleaved = FALSE; + dst->format[0].class = STREAM; + + return(TRUE); + +} /* PrepECPhotoG42D */ + +Bool PrepECPhotoTIFF2(flo, ped, tec) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeTIFF2 *tec; +{ + outFloPtr dst = &ped->outFlo; + + if(tec->encodedOrder != xieValLSFirst && /* check encoding-order */ + tec->encodedOrder != xieValMSFirst) + return(FALSE); + + dst->format[0].interleaved = FALSE; + dst->format[0].class = STREAM; + + return(TRUE); + +} /* PrepECPhotoTIFF2 */ + +Bool PrepECPhotoTIFFPackBits(flo, ped, tec) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeTIFFPackBits *tec; +{ + outFloPtr dst = &ped->outFlo; + + if(tec->encodedOrder != xieValLSFirst && /* check encoding-order */ + tec->encodedOrder != xieValMSFirst) + return(FALSE); + + dst->format[0].interleaved = FALSE; + dst->format[0].class = STREAM; + + return(TRUE); +} /* PrepECPhotoTIFFPackBits */ + +#if XIE_FULL +/* Prep routine for uncompressed triple band data */ +Bool PrepECPhotoUnTriple(flo, ped, tec) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeUncompressedTriple *tec; +{ + outFloPtr dst = &ped->outFlo; + int b; + + if(tec->fillOrder != xieValLSFirst && /* check fill-order */ + tec->fillOrder != xieValMSFirst) + return(FALSE); + if(tec->pixelOrder != xieValLSFirst && /* check pixel-order */ + tec->pixelOrder != xieValMSFirst) + return(FALSE); + if(tec->bandOrder != xieValLSFirst && /* check band-order */ + tec->bandOrder != xieValMSFirst) + return(FALSE); + if(tec->interleave != xieValBandByPixel && /* check interleave */ + tec->interleave != xieValBandByPlane) + return(FALSE); + if (tec->interleave == xieValBandByPixel && /* check inter-band dim */ + (dst->format[0].width != dst->format[1].width || + dst->format[1].width != dst->format[2].width || + dst->format[0].height != dst->format[1].height || + dst->format[1].height != dst->format[2].height)) + return(FALSE); + if (tec->interleave == xieValBandByPixel) { + CARD32 padmod = tec->scanlinePad[0] * 8; + CARD32 pitch = tec->pixelStride[0] * dst->format[0].width; + + if (tec->pixelStride[0] < + dst->format[0].depth + dst->format[1].depth + dst->format[2].depth || + dst->format[0].depth > 16 || + dst->format[1].depth > 16 || + dst->format[2].depth > 16) + return(FALSE); + if(tec->scanlinePad[0] & (tec->scanlinePad[0]-1) || /*check scanln-pad*/ + tec->scanlinePad[0] > 16) + return(FALSE); + + dst->bands = 1; + dst->format[0].interleaved = TRUE; + dst->format[0].class = STREAM; + dst->format[0].stride = tec->pixelStride[0]; + dst->format[0].pitch = pitch + (padmod ? Align(pitch,padmod) : 0); + } else { + if(tec->pixelStride[0] < dst->format[0].depth || /* check pixel-stride */ + tec->pixelStride[1] < dst->format[1].depth || + tec->pixelStride[2] < dst->format[2].depth) + return(FALSE); + for (b = 0; b < 3; b++) { + CARD32 padmod = tec->scanlinePad[b] * 8; + CARD32 pitch = tec->pixelStride[b] * dst->format[b].width; + + if(dst->format[b].depth > 16) /* check pixel-depth */ + return(FALSE); + if(tec->scanlinePad[b] & (tec->scanlinePad[b]-1) || /*check scanln-pad*/ + tec->scanlinePad[b] > 16) + return(FALSE); + + dst->format[b].interleaved = FALSE; + dst->format[b].class = STREAM; + dst->format[b].stride = tec->pixelStride[b]; + dst->format[b].pitch = pitch + (padmod ? Align(pitch,padmod) : 0); + } + } + + return(TRUE); +} /* PrepECPhotoUnTriple */ + +Bool PrepECPhotoJPEGBaseline(flo, ped, tec) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeJPEGBaseline *tec; +{ + outFloPtr dst = &ped->outFlo; + + if (dst->bands == 1) + dst->format[0].interleaved = FALSE; + else { + if(tec->bandOrder != xieValLSFirst && /* check encoding-order */ + tec->bandOrder != xieValMSFirst) + return(FALSE); + + if(tec->interleave != xieValBandByPixel && /* check interleave */ + tec->interleave != xieValBandByPlane) + return(FALSE); + + dst->format[0].interleaved = + dst->format[1].interleaved = + dst->format[2].interleaved = + (tec->interleave == xieValBandByPixel); + + if (tec->interleave == xieValBandByPixel) + dst->bands = 1; + else { + dst->format[1].class = STREAM; + dst->format[2].class = STREAM; + } + } + + dst->format[0].class = STREAM; + + return(TRUE); + +} /* PrepECPhotoJPEGBaseline */ + +#ifdef BEYOND_SI +Bool PrepECPhotoJPEGLossless(flo, ped, tec) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeJPEGLossless *tec; +{ + outFloPtr dst = &ped->outFlo; + CARD8 pred; + + if ((pred = tec->predictor[0]) != xieValPredictorNone && + pred != xieValPredictorA && + pred != xieValPredictorB && + pred != xieValPredictorC && + pred != xieValPredictorABC && + pred != xieValPredictorABC2 && + pred != xieValPredictorBAC2 && + pred != xieValPredictorAB2) + return(FALSE); + + if (dst->bands == 1) + dst->format[0].interleaved = FALSE; + else { + if(tec->bandOrder != xieValLSFirst && /* check encoding-order */ + tec->bandOrder != xieValMSFirst) + return(FALSE); + + if(tec->interleave != xieValBandByPixel && /* check interleave */ + tec->interleave != xieValBandByPlane) + return(FALSE); + + if ((pred = tec->predictor[1]) != xieValPredictorNone && + pred != xieValPredictorA && + pred != xieValPredictorB && + pred != xieValPredictorC && + pred != xieValPredictorABC && + pred != xieValPredictorABC2 && + pred != xieValPredictorBAC2 && + pred != xieValPredictorAB2) + return(FALSE); + + if ((pred = tec->predictor[2]) != xieValPredictorNone && + pred != xieValPredictorA && + pred != xieValPredictorB && + pred != xieValPredictorC && + pred != xieValPredictorABC && + pred != xieValPredictorABC2 && + pred != xieValPredictorBAC2 && + pred != xieValPredictorAB2) + return(FALSE); + + dst->format[0].interleaved = + dst->format[1].interleaved = + dst->format[2].interleaved = + (tec->interleave == xieValBandByPixel); + + if (tec->interleave == xieValBandByPixel) + dst->bands = 1; + else { + dst->format[1].class = STREAM; + dst->format[2].class = STREAM; + } + } + + dst->format[0].class = STREAM; + + return(TRUE); + +} /* PrepECPhotoJPEGLossless */ +#endif /* BEYOND_SI */ +#endif + +/* end module ecphoto.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/export/ecroi.c b/xie/xc/programs/Xserver/XIE/dixie/export/ecroi.c new file mode 100644 index 0000000..68a32fc --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/export/ecroi.c @@ -0,0 +1,196 @@ +/* $XConsortium: ecroi.c,v 1.4 94/04/17 20:33:29 rws Exp $ */ +/**** module ecroi.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + ecroi.c -- DIXIE routines for managing the ExportClientROI element + + Dean Verheiden -- AGE Logic, Inc. August 1993 + +*****************************************************************************/ + +#define _XIEC_ECROI + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeECROI(); + +/* + * routines internal to this module + */ +static Bool PrepECROI(); + +/* + * dixie entry points + */ +static diElemVecRec eROIVec = { + PrepECROI /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +----------------- routine: make an ExportClientROI element ---------------- +------------------------------------------------------------------------*/ +peDefPtr MakeECROI(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloExportClientROI); + ELEMENT_AT_LEAST_SIZE(xieFloExportClientROI); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo,tag,xieElemExportClientROI, return(NULL)); + + ped->diVec = &eROIVec; + ped->phototag = tag; + ped->flags.export = TRUE; + ped->flags.getData = TRUE; + raw = (xieFloExportClientROI *)ped->elemRaw; + /* + * copy the standard client element parameters (swap if necessary) + */ + if (flo->reqClient->swapped) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + raw->notify = stuff->notify; + } else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloExportClientROI)); + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCtag].srcTag = raw->src; + + return(ped); +} /* end MakeECROI */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepECROI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloExportClientROI *raw = (xieFloExportClientROI *)ped->elemRaw; + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + + /* Make sure notify value is valid + */ + if(raw->notify != xieValDisable && + raw->notify != xieValFirstData && + raw->notify != xieValNewData) + ValueError(flo,ped,raw->notify, return(FALSE)); + + /* Validate and Propagate input attributes to our output */ + if (src->bands != 1 || src->format[0].class != RUN_LENGTH) + FloSourceError(flo,raw->src,raw->elemType, return(FALSE)); + + dst->bands = inf->bands = src->bands; + dst->format[0] = inf->format[0] = src->format[0]; + ped->swapUnits[0] = sizeof(xieTypRectangle); + + return(TRUE); +} /* end PrepECROI */ + +/* end module ecroi.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/export/edraw.c b/xie/xc/programs/Xserver/XIE/dixie/export/edraw.c new file mode 100644 index 0000000..ebe403b --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/export/edraw.c @@ -0,0 +1,277 @@ +/* $XConsortium: edraw.c,v 1.4 94/04/17 20:33:29 rws Exp $ */ +/**** module edraw.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + edraw.c -- DIXIE routines for managing the ExportDrawable element + + Robert NC Shelley -- AGE Logic, Inc. April 1993 + +*****************************************************************************/ + +#define _XIEC_EDRAW + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include +#include +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeEDraw(); +Bool DrawableAndGC(); + +/* + * routines internal to this module + */ +static Bool PrepEDraw(); + +/* + * dixie entry points + */ +static diElemVecRec eDrawVec = { + PrepEDraw /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +----------------- routine: make an ExportDrawable element ---------------- +------------------------------------------------------------------------*/ +peDefPtr MakeEDraw(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + inFloPtr inflo; + ELEMENT(xieFloExportDrawable); + ELEMENT_SIZE_MATCH(xieFloExportDrawable); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, sizeof(eDrawDefRec)))) + FloAllocError(flo,tag,xieElemExportDrawable, return(NULL)); + + ped->diVec = &eDrawVec; + ped->phototag = tag; + ped->flags.export = TRUE; + raw = (xieFloExportDrawable *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + cpswaps(stuff->dstX, raw->dstX); + cpswaps(stuff->dstY, raw->dstY); + cpswapl(stuff->drawable, raw->drawable); + cpswapl(stuff->gc, raw->gc); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloExportDrawable)); + /* + * assign phototags to inFlos + */ + inflo = ped->inFloLst; + inflo[SRCtag].srcTag = raw->src; + + return(ped); +} /* end MakeEDraw */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepEDraw(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloExportDrawable *raw = (xieFloExportDrawable *) ped->elemRaw; + eDrawDefPtr pvt = (eDrawDefPtr) ped->elemPvt; + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + formatPtr df = &dst->format[0]; + CARD32 f, right_padm1; + /* + * check out drawable and gc + */ + if(!DrawableAndGC(flo,ped,raw->drawable,raw->gc,&(pvt->pDraw),&(pvt->pGC))) + return(FALSE); + /* + * check for: constrained, single-band, and levels matching drawable depth + */ + if(IsntConstrained(src->format[0].class) || + src->bands != 1 || pvt->pDraw->depth != src->format[0].depth) + MatchError(flo,ped, return(FALSE)); + /* + * grab a copy of the input attributes and propagate them to our output + */ + dst->bands = inf->bands = src->bands; + df[0] = inf->format[0] = src->format[0]; + + /* search for the stride and pitch requirements that match our depth + */ + for(f = 0; (f < screenInfo.numPixmapFormats && + df[0].depth != screenInfo.formats[f].depth); ++f); + if(f == screenInfo.numPixmapFormats) + DrawableError(flo,ped,raw->drawable, return(FALSE)); + + right_padm1 = screenInfo.formats[f].scanlinePad - 1; + df[0].stride = screenInfo.formats[f].bitsPerPixel; + df[0].pitch = df[0].width * df[0].stride + right_padm1 & ~right_padm1; + + return(TRUE); +} /* end PrepEDraw */ + +/*------------------------------------------------------------------------ +--- callable version of GetGCAndDrawableAndValidate (from extension.h) --- +--- made callable because the macro version returned standard X errors --- +------------------------------------------------------------------------*/ +Bool DrawableAndGC(flo,ped,draw_id,gc_id,draw_ret,gc_ret) + floDefPtr flo; + peDefPtr ped; + Drawable draw_id; + GContext gc_id; + DrawablePtr *draw_ret; + GCPtr *gc_ret; +{ + register ClientPtr client = flo->runClient; + register DrawablePtr draw; + register GCPtr gc; + + if(client->clientGone) AccessError(flo,ped, return(FALSE)); + + if((client->lastDrawableID != draw_id) || + (client->lastGCID != gc_id)) { + if(client->lastDrawableID != draw_id) + draw = (DrawablePtr)LookupIDByClass(draw_id, RC_DRAWABLE); + else + draw = client->lastDrawable; + if(client->lastGCID != gc_id) + gc = (GCPtr)LookupIDByType(gc_id, RT_GC); + else + gc = client->lastGC; + if(draw && gc) { + if((draw->type == UNDRAWABLE_WINDOW) || + (gc->depth != draw->depth) || + (gc->pScreen != draw->pScreen)) + MatchError(flo,ped, return(FALSE)); + + client->lastDrawable = draw; + client->lastDrawableID = draw_id; + client->lastGC = gc; + client->lastGCID = gc_id; + } + } else { + gc = client->lastGC; + draw = client->lastDrawable; + } + if(!draw) { + client->errorValue = draw_id; + DrawableError(flo,ped,draw_id, return(FALSE)); + } + if(!gc) { + client->errorValue = gc_id; + GCError(flo,ped,gc_id, return(FALSE)); + } + if(gc->serialNumber != draw->serialNumber) + ValidateGC(draw, gc); + + *draw_ret = draw; + *gc_ret = gc; + + return(TRUE); +} /* end DrawableAndGC */ + +/* end module edraw.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/export/edrawp.c b/xie/xc/programs/Xserver/XIE/dixie/export/edrawp.c new file mode 100644 index 0000000..c5725d5 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/export/edrawp.c @@ -0,0 +1,202 @@ +/* $XConsortium: edrawp.c,v 1.4 94/04/17 20:33:30 rws Exp $ */ +/**** module edrawp.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + edrawp.c -- DIXIE routines for managing the ExportDrawablePlane element + + Robert NC Shelley -- AGE Logic, Inc. April 1993 + +*****************************************************************************/ + +#define _XIEC_EDRAWP + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeEDrawPlane(); + +/* + * routines internal to this module + */ +static Bool PrepEDrawPlane(); + +/* + * dixie entry points + */ +static diElemVecRec eDrawPlaneVec = { + PrepEDrawPlane /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +--------------- routine: make an ExportDrawablePlane element ------------- +------------------------------------------------------------------------*/ +peDefPtr MakeEDrawPlane(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloExportDrawablePlane); + ELEMENT_SIZE_MATCH(xieFloExportDrawablePlane); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, + sizeof(eDrawPDefRec)))) + FloAllocError(flo,tag,xieElemExportDrawablePlane, return(NULL)); + + ped->diVec = &eDrawPlaneVec; + ped->phototag = tag; + ped->flags.export = TRUE; + raw = (xieFloExportDrawablePlane *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + cpswaps(stuff->dstX, raw->dstX); + cpswaps(stuff->dstY, raw->dstY); + cpswapl(stuff->drawable, raw->drawable); + cpswapl(stuff->gc, raw->gc); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloExportDrawablePlane)); + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCtag].srcTag = raw->src; + + return(ped); +} /* end MakeEDrawPlane */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepEDrawPlane(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloExportDrawablePlane *raw = (xieFloExportDrawablePlane *)ped->elemRaw; + eDrawPDefPtr pvt = (eDrawPDefPtr) ped->elemPvt; + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + /* + * check out drawable and gc + */ + if(!DrawableAndGC(flo,ped,raw->drawable,raw->gc,&(pvt->pDraw),&(pvt->pGC))) + return(FALSE); + /* + * check for: constrained, single-band, bitonal image + */ + if( (src->format[0].class != BIT_PIXEL) || (src->bands != 1)) + MatchError(flo,ped, return(FALSE)); + /* + * grab a copy of the input attributes and propagate them to our output + */ + dst->bands = inf->bands = src->bands; + dst->format[0] = inf->format[0] = src->format[0]; + + return(TRUE); +} /* end PrepEDrawplane */ + +/* end module edrawp.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/export/elut.c b/xie/xc/programs/Xserver/XIE/dixie/export/elut.c new file mode 100644 index 0000000..88a4792 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/export/elut.c @@ -0,0 +1,268 @@ +/* $XConsortium: elut.c,v 1.4 94/04/17 20:33:30 rws Exp $ */ +/**** module elut.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + elut.c -- DIXIE routines for managing the ExportLUT element + + Larry Hare -- AGE Logic, Inc. June 1993 + +*****************************************************************************/ + +#define _XIEC_ELUT + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + +/* + * routines referenced by other modules. + */ +peDefPtr MakeELUT(); + +/* + * routines internal to this module + */ +static Bool PrepELUT(); +static Bool DebriefELUT(); + +/* + * dixie entry points + */ +static diElemVecRec eLUTVec = { + PrepELUT, + DebriefELUT + }; + + +/*------------------------------------------------------------------------ +----------------- routine: make an ExportLUT element ---------------- +------------------------------------------------------------------------*/ +peDefPtr MakeELUT(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloExportLUT); + ELEMENT_SIZE_MATCH(xieFloExportLUT); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1,(CARD32)stuff->elemLength<<2,sizeof(eLUTDefRec)))) + FloAllocError(flo,tag,xieElemExportLUT, return(NULL)); + + ped->diVec = &eLUTVec; + ped->phototag = tag; + ped->flags.export = TRUE; + raw = (xieFloExportLUT *)ped->elemRaw; + /* + * copy the standard client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + raw->merge = stuff->merge; + cpswaps(stuff->src, raw->src); + cpswapl(stuff->lut, raw->lut); + cpswapl(stuff->start0, raw->start0); + cpswapl(stuff->start1, raw->start1); + cpswapl(stuff->start2, raw->start2); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloExportLUT)); + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCtag].srcTag = raw->src; + + return(ped); +} /* end MakeELUT */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepELUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloExportLUT *raw = (xieFloExportLUT *)ped->elemRaw; + eLUTDefPtr pvt = (eLUTDefPtr) ped->elemPvt; + inFloPtr inf = &ped->inFloLst[IMPORT]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + CARD32 *start = &(raw->start0); + lutPtr lut; + CARD32 b, oops; + + /* find the LUT resource and bind it to our flo */ + if(!(lut = pvt->lut = (lutPtr) LookupIDByType(raw->lut, RT_LUT))) + LUTError(flo,ped,raw->lut, return(FALSE)); + + ++pvt->lut->refCnt; + if(!raw->merge && ((oops=start[0]) || (oops=start[1]) || (oops=start[2]))) + ValueError(flo, ped, oops, return(FALSE)); + + /* Validate and Propagate input attributes to our output */ + dst->bands = inf->bands = src->bands; + for(b = 0; b < src->bands; ++b) { + if (IsntLut(src->format[b].class)) + FloSourceError(flo,raw->src,raw->elemType, return(FALSE)); + if (raw->merge) { + if ( (src->format[b].levels != lut->format[b].level) || + (start[b] + src->format[b].height > lut->format[b].length) ) + MatchError(flo, ped, return(FALSE)); + } + dst->format[b] = inf->format[b] = src->format[b]; + } + return(TRUE); +} /* end PrepELUT */ + + +/*------------------------------------------------------------------------ +---------------------- routine: post execution cleanup ------------------- +------------------------------------------------------------------------*/ +static Bool DebriefELUT(flo,ped,ok) + floDefPtr flo; + peDefPtr ped; + Bool ok; +{ + xieFloExportLUT *raw = (xieFloExportLUT *)ped->elemRaw; + eLUTDefPtr pvt = (eLUTDefPtr) ped->elemPvt; + lutPtr lut; + CARD32 b; + + if(!(pvt && (lut = pvt->lut))) return(FALSE); + + if(ok && lut->refCnt > 1) { + + if (raw->merge) { + CARD32 *start = &(raw->start0); + for(b = 0; b < lut->lutCnt; b++) { + int nbytes = LutPitch(lut->format[b].level); + memcpy(lut->strips[b].flink->data + start[b] * nbytes, + ped->outFlo.output[b].flink->data, + ped->outFlo.output[b].flink->length * nbytes); + } /* transient strips freed below */ + } else { + /* free old LUT data */ + for(b = 0; b < lut->lutCnt; b++) + FreeStrips(&lut->strips[b]); + + /* stash our new attributes and data into the LUT */ + lut->lutCnt = ped->outFlo.bands; + for(b = 0; b < lut->lutCnt; ++b) { + lut->format[b].bandOrder = ped->outFlo.format[b].width; /* hack */ + lut->format[b].length = ped->outFlo.format[b].height; /* hack */ + lut->format[b].level = ped->outFlo.format[b].levels; + DebriefStrips(&ped->outFlo.output[b],&lut->strips[b]); + } + } + } + /* free image data that's left over on our outFlo + */ + for(b = 0; b < ped->outFlo.bands; b++) + FreeStrips(&ped->outFlo.output[b]); + + /* unbind ourself from the LUT + */ + if(lut->refCnt > 1) + --lut->refCnt; + else if(LookupIDByType(raw->lut, RT_LUT)) + FreeResourceByType(lut->ID, RT_LUT, RT_NONE); + else + DeleteLUT(lut, lut->ID); + + return(TRUE); +} /* end DebriefELUT */ + +/* end module elut.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/export/ephoto.c b/xie/xc/programs/Xserver/XIE/dixie/export/ephoto.c new file mode 100644 index 0000000..6a3fe63 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/export/ephoto.c @@ -0,0 +1,610 @@ +/* $XConsortium: ephoto.c,v 1.7 94/04/17 20:33:31 rws Exp $ */ +/**** module ephoto.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + ephoto.c -- DIXIE routines for managing the ExportPhotomap element + + Robert NC Shelley && Dean Verheiden -- AGE Logic, Inc. April 1993 + +*****************************************************************************/ + +#define _XIEC_EPHOTO + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include +#include +#include /* For Server Choice function */ + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeEPhoto(); +Bool BuildDecodeFromEncode(); +Bool CompareDecode(); + +/* + * routines internal to this module + */ +static Bool CopyEPhotoServerChoice(); +static Bool PrepEPhoto(); +static Bool DebriefEPhoto(); + +extern pointer GetImportTechnique(); + +/* + * dixie entry points + */ +static diElemVecRec ePhotoVec = { + PrepEPhoto, + DebriefEPhoto + }; + + +/*------------------------------------------------------------------------ +----------------- routine: make an ExportPhotomap element ---------------- +------------------------------------------------------------------------*/ +peDefPtr MakeEPhoto(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloExportPhotomap); + ELEMENT_AT_LEAST_SIZE(xieFloExportPhotomap); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1,(CARD32)stuff->elemLength<<2,sizeof(ePhotoDefRec)))) + FloAllocError(flo,tag,xieElemExportPhotomap, return(NULL)); + + ped->diVec = &ePhotoVec; + ped->phototag = tag; + ped->flags.export = TRUE; + raw = (xieFloExportPhotomap *)ped->elemRaw; + /* + * copy the standard client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + cpswapl(stuff->photomap, raw->photomap); + cpswaps(stuff->encodeTechnique, raw->encodeTechnique); + cpswaps(stuff->lenParams, raw->lenParams); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloExportPhotomap)); + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCtag].srcTag = raw->src; + + /* + * copy technique data (if any) + */ + if (raw->encodeTechnique == xieValEncodeServerChoice) { + if (!CopyEPhotoServerChoice(flo,ped,&stuff[1],&raw[1],raw->lenParams)) + TechniqueError(flo,ped,xieValEncode,raw->encodeTechnique,raw->lenParams, + return(ped)); + } else if (!(ped->techVec = FindTechnique(xieValEncode,raw->encodeTechnique)) + || !(ped->techVec->copyfnc(flo,ped,&stuff[1],&raw[1],raw->lenParams))) + TechniqueError(flo,ped,xieValEncode,raw->encodeTechnique,raw->lenParams, + return(ped)); + + return(ped); +} /* end MakeEPhoto */ + +static Bool CopyEPhotoServerChoice(flo, ped, sparms, rparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeServerChoice *sparms, *rparms; + CARD16 tsize; +{ + if(tsize == 1) + rparms->preference = sparms->preference; + + return(tsize <= 1); +} + +/* All other technique-specific copy routines are defined in ecphoto.c */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepEPhoto(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloExportPhotomap *raw = (xieFloExportPhotomap *)ped->elemRaw; + ePhotoDefPtr pvt = (ePhotoDefPtr)ped->elemPvt; + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr dst = &ped->outFlo; + xieBoolProc scPrep; + CARD32 b; + + /* find the photomap resource and bind it to our flo + */ + if(!(pvt->map = (photomapPtr) LookupIDByType(raw->photomap, RT_PHOTOMAP))) + PhotomapError(flo,ped,raw->photomap, return(FALSE)); + ++pvt->map->refCnt; + + pvt->congress = FALSE; + if(raw->encodeTechnique == xieValEncodeServerChoice) { + if(!(scPrep = ((xieBoolProc (*)()) + DDInterface[DDServerChoiceIndex]) (flo, ped))) + TechniqueError(flo,ped,xieValEncode,raw->encodeTechnique,raw->lenParams, + return(FALSE)); + } else { + /* grab a copy of the input attributes and propagate them to our output + */ + outFloPtr src = &inf->srcDef->outFlo; + for(b = 0; b < src->bands; ++b) { + if(IsntCanonic(src->format[b].class)) + MatchError(flo,ped, return(FALSE)); + dst->format[b] = inf->format[b] = src->format[b]; + dst->bands = inf->bands = src->bands; + /* dst->bands will be 1 if we encode TripleBand interleaved BandByPixel */ + } + scPrep = (xieBoolProc)NULL; + } + + /* do technique-specific preparations + */ + if(scPrep) { + if (!(*scPrep)(flo,ped)) + TechniqueError(flo,ped,xieValEncode,raw->encodeTechnique, + raw->lenParams, return(FALSE)); + } else { + if(!(ped->techVec->prepfnc(flo, ped, &raw[1]))) + TechniqueError(flo,ped,xieValEncode,raw->encodeTechnique,raw->lenParams, + return(FALSE)); + + pvt->encodeNumber = raw->encodeTechnique; + pvt->encodeLen = raw->lenParams << 2; + pvt->encodeParms = (pointer)&raw[1]; + + if(!BuildDecodeFromEncode(flo,ped)) + AllocError(flo,ped, return(FALSE)); + + /* see if import data can leap-frog the import and export elements + */ + if(ped->inFloLst[IMPORT].srcDef->flags.import && CompareDecode(flo,ped)) { + inFloPtr import = &inf->srcDef->inFloLst[IMPORT]; + + /* copy smuggled data attributes to our inFlo */ + inf->bands = import->bands; + for(b = 0; b < import->bands; ++b) + inf->format[b] = import->format[b]; + pvt->congress = TRUE; + } + } + return(TRUE); +} /* end PrepEPhoto */ + +/* All technique-specific prep routines are defined in ecphoto.c */ + +Bool BuildDecodeFromEncode(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ePhotoDefPtr pvt = (ePhotoDefPtr)ped->elemPvt; + + /* Based on the encode technique, build a correspoinding decode technique */ + switch(pvt->encodeNumber) { + case xieValEncodeUncompressedSingle: + { + xieTecEncodeUncompressedSingle *etec = + (xieTecEncodeUncompressedSingle *)pvt->encodeParms; + xieTecDecodeUncompressedSingle *dtec; + + if (!(dtec = (xieTecDecodeUncompressedSingle *) + XieMalloc(sizeof(xieTecDecodeUncompressedSingle)))) + AllocError(flo,ped, return(FALSE)); + pvt->decodeNumber = xieValDecodeUncompressedSingle; + pvt->decodeLen = sizeof(xieTecDecodeUncompressedSingle); + pvt->decodeParms = (pointer)dtec; + dtec->fillOrder = etec->fillOrder; + dtec->pixelOrder = etec->pixelOrder; + dtec->pixelStride = etec->pixelStride; + dtec->leftPad = 0; + dtec->scanlinePad = etec->scanlinePad; + } + break; + case xieValEncodeUncompressedTriple: + { + xieTecEncodeUncompressedTriple *etec = + (xieTecEncodeUncompressedTriple *)pvt->encodeParms; + xieTecDecodeUncompressedTriple *dtec; + int i; + + if (!(dtec = (xieTecDecodeUncompressedTriple *) + XieMalloc(sizeof(xieTecDecodeUncompressedTriple)))) + AllocError(flo,ped, return(FALSE)); + pvt->decodeNumber = xieValDecodeUncompressedTriple; + pvt->decodeLen = sizeof(xieTecDecodeUncompressedTriple); + pvt->decodeParms = (pointer)dtec; + dtec->fillOrder = etec->fillOrder; + dtec->pixelOrder = etec->pixelOrder; + dtec->bandOrder = etec->bandOrder; + dtec->interleave = etec->interleave; + for (i = 0; i < 3; i++) { + dtec->leftPad[i] = 0; + dtec->pixelStride[i] = etec->pixelStride[i]; + dtec->scanlinePad[i] = etec->scanlinePad[i]; + } + } + break; + case xieValEncodeG31D: + { + xieTecEncodeG31D *etec = (xieTecEncodeG31D *)pvt->encodeParms; + xieTecDecodeG31D *dtec; + + if (!(dtec = (xieTecDecodeG31D *) + XieMalloc(sizeof(xieTecDecodeG31D)))) + AllocError(flo,ped, return(FALSE)); + pvt->decodeNumber = xieValDecodeG31D; + pvt->decodeLen = sizeof(xieTecDecodeG31D); + pvt->decodeParms = (pointer)dtec; + dtec->normal = TRUE; + dtec->radiometric = etec->radiometric; + dtec->encodedOrder = etec->encodedOrder; + } + break; + case xieValEncodeG32D: + { + xieTecEncodeG32D *etec = (xieTecEncodeG32D *)pvt->encodeParms; + xieTecDecodeG32D *dtec; + + if (!(dtec = (xieTecDecodeG32D *) + XieMalloc(sizeof(xieTecDecodeG32D)))) + AllocError(flo,ped, return(FALSE)); + pvt->decodeNumber = xieValDecodeG32D; + pvt->decodeLen = sizeof(xieTecDecodeG32D); + pvt->decodeParms = (pointer)dtec; + dtec->normal = TRUE; + dtec->radiometric = etec->radiometric; + dtec->encodedOrder = etec->encodedOrder; + } + break; + case xieValEncodeG42D: + { + xieTecEncodeG42D *etec = (xieTecEncodeG42D *)pvt->encodeParms; + xieTecDecodeG42D *dtec; + + if (!(dtec = (xieTecDecodeG42D *) + XieMalloc(sizeof(xieTecDecodeG42D)))) + AllocError(flo,ped, return(FALSE)); + pvt->decodeNumber = xieValDecodeG42D; + pvt->decodeLen = sizeof(xieTecDecodeG42D); + pvt->decodeParms = (pointer)dtec; + dtec->normal = TRUE; + dtec->radiometric = etec->radiometric; + dtec->encodedOrder = etec->encodedOrder; + } + break; + case xieValEncodeJPEGBaseline: + { + xieTecEncodeJPEGBaseline *etec = + (xieTecEncodeJPEGBaseline *)pvt->encodeParms; + xieTecDecodeJPEGBaseline *dtec; + + if (!(dtec = (xieTecDecodeJPEGBaseline *) + XieMalloc(sizeof(xieTecDecodeJPEGBaseline)))) + AllocError(flo,ped, return(FALSE)); + pvt->decodeNumber = xieValDecodeJPEGBaseline; + pvt->decodeLen = sizeof(xieTecDecodeJPEGBaseline); + pvt->decodeParms = (pointer)dtec; + dtec->interleave = etec->interleave; + dtec->upSample = etec->interleave == xieValBandByPixel; + dtec->bandOrder = etec->bandOrder; + } + break; + case xieValEncodeTIFF2: + { + xieTecEncodeTIFF2 *etec = (xieTecEncodeTIFF2 *)pvt->encodeParms; + xieTecDecodeTIFF2 *dtec; + + if (!(dtec = (xieTecDecodeTIFF2 *) + XieMalloc(sizeof(xieTecDecodeTIFF2)))) + AllocError(flo,ped, return(FALSE)); + pvt->decodeNumber = xieValDecodeTIFF2; + pvt->decodeLen = sizeof(xieTecDecodeTIFF2); + pvt->decodeParms = (pointer)dtec; + dtec->normal = TRUE; + dtec->radiometric = etec->radiometric; + dtec->encodedOrder = etec->encodedOrder; + } + break; + case xieValEncodeTIFFPackBits: + { + xieTecEncodeTIFFPackBits *etec = + (xieTecEncodeTIFFPackBits *)pvt->encodeParms; + xieTecDecodeTIFFPackBits *dtec; + + if (!(dtec = (xieTecDecodeTIFFPackBits *) + XieMalloc(sizeof(xieTecDecodeTIFFPackBits)))) + AllocError(flo,ped, return(FALSE)); + pvt->decodeNumber = xieValDecodeTIFFPackBits; + pvt->decodeLen = sizeof(xieTecDecodeTIFFPackBits); + pvt->decodeParms = (pointer)dtec; + dtec->normal = TRUE; + dtec->encodedOrder = etec->encodedOrder; + } + break; + case xieValEncodeJPEGLossless: /* not implemented in SI */ + default: + ImplementationError(flo,ped, return(FALSE)); + } + return(TRUE); +} + +Bool CompareDecode(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ePhotoDefPtr pvt = (ePhotoDefPtr)ped->elemPvt; + peDefPtr srcped = ped->inFloLst[IMPORT].srcDef; + CARD16 decodeNumber, decodeLen; + pointer decodeParms; + + decodeParms = GetImportTechnique(srcped,&decodeNumber,&decodeLen); + if(decodeNumber != pvt->decodeNumber) + return(FALSE); + + switch (decodeNumber) { + case xieValDecodeUncompressedSingle: + { + xieTecDecodeUncompressedSingle *itec = + (xieTecDecodeUncompressedSingle *)decodeParms; + xieTecDecodeUncompressedSingle *otec = + (xieTecDecodeUncompressedSingle *)pvt->decodeParms; + + return (itec->fillOrder == otec->fillOrder && + itec->pixelOrder == otec->pixelOrder && + itec->pixelStride == otec->pixelStride && + itec->leftPad == otec->leftPad && + itec->pixelStride == otec->pixelStride && + itec->scanlinePad == otec->scanlinePad); + } + break; + case xieValDecodeUncompressedTriple: + { + xieTecDecodeUncompressedTriple *itec = + (xieTecDecodeUncompressedTriple *)decodeParms; + xieTecDecodeUncompressedTriple *otec = + (xieTecDecodeUncompressedTriple *)pvt->decodeParms; + + return (itec->fillOrder == otec->fillOrder && + itec->pixelOrder == otec->pixelOrder && + itec->interleave == otec->interleave && + itec->bandOrder == otec->bandOrder && + itec->leftPad[0] == otec->leftPad[0] && + itec->leftPad[1] == otec->leftPad[1] && + itec->leftPad[2] == otec->leftPad[2] && + itec->pixelStride[0] == otec->pixelStride[0] && + itec->pixelStride[1] == otec->pixelStride[1] && + itec->pixelStride[2] == otec->pixelStride[2] && + itec->scanlinePad[0] == otec->scanlinePad[0] && + itec->scanlinePad[1] == otec->scanlinePad[1] && + itec->scanlinePad[2] == otec->scanlinePad[2]); + } + break; + case xieValDecodeG31D: + case xieValDecodeG32D: + case xieValDecodeG42D: + case xieValDecodeTIFF2: + { + xieTecDecodeG31D *itec = (xieTecDecodeG31D *)decodeParms; + xieTecDecodeG31D *otec = + (xieTecDecodeG31D *)pvt->decodeParms; + + return (itec->normal == otec->normal && + itec->radiometric == otec->radiometric && + itec->encodedOrder == otec->encodedOrder); + } + break; + case xieValDecodeJPEGBaseline: + case xieValDecodeJPEGLossless: + { + xieTecDecodeJPEGBaseline *itec = + (xieTecDecodeJPEGBaseline *)decodeParms; + xieTecDecodeJPEGBaseline *otec = + (xieTecDecodeJPEGBaseline *)pvt->decodeParms; + + return (itec->interleave == otec->interleave && + itec->bandOrder == otec->bandOrder && + itec->upSample == otec->upSample); + } + break; + case xieValDecodeTIFFPackBits: + { + xieTecDecodeTIFFPackBits *itec = + (xieTecDecodeTIFFPackBits *)decodeParms; + xieTecDecodeTIFFPackBits *otec = + (xieTecDecodeTIFFPackBits *)pvt->decodeParms; + + return (itec->normal == otec->normal && + itec->encodedOrder == otec->encodedOrder); + } + break; + default: + return (FALSE); + } +} + +/*------------------------------------------------------------------------ +---------------------- routine: post execution cleanup ------------------- +------------------------------------------------------------------------*/ +static Bool DebriefEPhoto(flo,ped,ok) + floDefPtr flo; + peDefPtr ped; + Bool ok; +{ + xieFloExportPhotomap *raw = (xieFloExportPhotomap *)ped->elemRaw; + ePhotoDefPtr pvt = (ePhotoDefPtr) ped->elemPvt; + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + photomapPtr map; + CARD32 b; + + if(!(pvt && (map = pvt->map))) return(FALSE); + + if(ok && map->refCnt > 1) { + + /* free old compression parameters and image data + */ + if(map->tecParms) + map->tecParms = (pointer)XieFree(map->tecParms); + + if(map->pvtParms) + map->pvtParms = (pointer)XieFree(map->pvtParms); + + for(b = 0; b < map->bands; b++) + FreeStrips(&map->strips[b]); + + /* stash our new attributes and data into the photomap + */ + map->bands = ped->outFlo.bands; + map->dataType = (map->format[0].class & UNCONSTRAINED + ? xieValUnconstrained : xieValConstrained); + map->technique = pvt->decodeNumber; + map->lenParms = pvt->decodeLen; + map->tecParms = pvt->decodeParms; + map->pvtParms = pvt->pvtParms; + map->dataClass = src->bands == 3 ? xieValTripleBand : xieValSingleBand; + for(b = 0; b < map->bands; ++b) { + map->format[b] = ped->outFlo.format[b]; + DebriefStrips(&ped->outFlo.output[b],&map->strips[b]); + } + pvt->decodeParms = NULL; + + if (src->bands == 3 && map->bands == 1) { + /* + * save format for the other bands too, we'll need them when we decode + */ + for(b = 1; b < src->bands; ++b) + map->format[b] = src->format[b]; + } + } + + /* if server choice, free space used to hold fabricated encode parameters */ + if (pvt->serverChose && pvt->encodeParms) + XieFree(pvt->encodeParms); + + /* Free decodeParms if something went afoul before hooking on to photomap */ + if (pvt->decodeParms) + XieFree(pvt->decodeParms); + + /* free image data that's left over on our outFlo + */ + for(b = 0; b < ped->outFlo.bands; b++) + FreeStrips(&ped->outFlo.output[b]); + + /* + unbind ourself from the photomap + */ + if(map->refCnt > 1) + --map->refCnt; + else if(LookupIDByType(raw->photomap, RT_PHOTOMAP)) + FreeResourceByType(map->ID, RT_PHOTOMAP, RT_NONE); + else + DeletePhotomap(map, map->ID); + + return(TRUE); +} /* end DebriefEPhoto */ + +/* end module ephoto.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/export/eroi.c b/xie/xc/programs/Xserver/XIE/dixie/export/eroi.c new file mode 100644 index 0000000..73925ed --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/export/eroi.c @@ -0,0 +1,232 @@ +/* $XConsortium: eroi.c,v 1.4 94/04/17 20:33:32 rws Exp $ */ +/**** module eroi.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + eroi.c -- DIXIE routines for managing the ExportROI element + + Robert NC Shelley -- AGE Logic, Inc. April 1993 + +*****************************************************************************/ + +#define _XIEC_EROI + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeEROI(); + +/* + * routines internal to this module + */ +static Bool PrepEROI(); +static Bool DebriefEROI(); + +/* + * dixie entry points + */ +static diElemVecRec eROIVec = +{ + PrepEROI, /* prepare for analysis and execution */ + DebriefEROI /* debrief */ +}; + + +/*------------------------------------------------------------------------ +----------------- routine: make an ExportROI element ---------------- +------------------------------------------------------------------------*/ +peDefPtr MakeEROI(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloExportROI); + ELEMENT_SIZE_MATCH(xieFloExportROI); + ELEMENT_NEEDS_1_INPUT(src); + + if (!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, sizeof(eROIDefRec)))) + FloAllocError(flo,tag,xieElemExportROI, return(NULL)); + + ped->diVec = &eROIVec; + ped->phototag = tag; + ped->flags.export = TRUE; + raw = (xieFloExportROI *)ped->elemRaw; + /* + * copy the standard client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + cpswapl(stuff->roi, raw->roi); + } else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloExportROI)); + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[0].srcTag = raw->src; + return ped; +} /* end MakeEROI */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepEROI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloExportROI *raw = (xieFloExportROI *)ped->elemRaw; + eROIDefPtr pvt = (eROIDefPtr) ped->elemPvt; + inFloPtr inf = &ped->inFloLst[0]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + roiPtr roi; + + /* grab roi resource */ + if(!(roi = (roiPtr)LookupIDByType(raw->roi, RT_ROI))) + ROIError(flo,ped,raw->roi,return(FALSE)); + + pvt->roi = roi; + roi->refCnt++; + + if (src->bands != 1 || src->format[0].class != RUN_LENGTH) + FloSourceError(flo,raw->src,raw->elemType, return(FALSE)); + + dst->bands = inf->bands = src->bands; + dst->format[0].class = inf->format[0].class = src->format[0].class; + + return TRUE; +} /* end PrepEROI */ + +/*------------------------------------------------------------------------ +---------------------- routine: post execution cleanup ------------------- +------------------------------------------------------------------------*/ +static Bool DebriefEROI(flo,ped,ok) + floDefPtr flo; + peDefPtr ped; + Bool ok; +{ + xieFloExportROI *raw = (xieFloExportROI *)ped->elemRaw; + eROIDefPtr pvt = (eROIDefPtr)ped->elemPvt; + roiPtr roi; + + if(!(pvt && (roi = pvt->roi))) return(FALSE); + + if (ok && roi->refCnt > 1) { + /* + * out with the old, in with the new + */ + FreeStrips(&roi->strips); + DebriefStrips(&ped->outFlo.output[0],&roi->strips); + } + /* free roi data that's left over on our outFlo */ + FreeStrips(&ped->outFlo.output[0]); + + /* unbind ourself from the roi */ + if(roi->refCnt > 1) + --roi->refCnt; + else if(LookupIDByType(raw->roi, RT_ROI)) + FreeResourceByType(roi->ID, RT_ROI, RT_NONE); + else + DeleteROI(roi, roi->ID); + + return TRUE; +} /* end DebriefEROI */ + +/* end module eroi.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/import/Imakefile b/xie/xc/programs/Xserver/XIE/dixie/import/Imakefile new file mode 100644 index 0000000..54bf0d0 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/import/Imakefile @@ -0,0 +1,28 @@ +XCOMM $XConsortium: Imakefile,v 1.4 93/11/06 15:51:22 rws Exp $ +XCOMM build device independent import element objects +#include + +SRCS1 = iclut.c icphoto.c idraw.c idrawp.c ilut.c iphoto.c +OBJS1 = iclut.o icphoto.o idraw.o idrawp.o ilut.o iphoto.o + +#if BuildDIS +DEFINES = -DXIE_DIS +#else +SRCS2 = icroi.c iroi.c +OBJS2 = icroi.o iroi.o +#endif + + SRCS = $(SRCS1) $(SRCS2) + + OBJS = $(OBJS1) $(OBJS2) + + INCLUDES = -I../../include -I$(SERVERSRC)/include -I$(INCLUDESRC) -I$(EXTINCSRC) + LINTLIBS = ../export/llib-lexp.ln ../import/llib-limp.ln \ + ../process/llib-lproc.ln ../request/llib-lreq.ln + +SubdirLibraryRule($(OBJS)) +NormalLibraryObjectRule() +LintLibraryTarget(imp,$(SRCS)) +NormalLintTarget($(SRCS)) + +DependTarget() diff --git a/xie/xc/programs/Xserver/XIE/dixie/import/iclut.c b/xie/xc/programs/Xserver/XIE/dixie/import/iclut.c new file mode 100644 index 0000000..ae412c5 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/import/iclut.c @@ -0,0 +1,243 @@ +/* $XConsortium: iclut.c /main/5 1995/12/02 16:45:18 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module iclut.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + iclut.c -- DIXIE routines for managing the ImportClientLUT element + + Dean Verheiden -- AGE Logic, Inc. April 1993 + Ben Fahy -- AGE Logic, Inc. May 1993 + +*****************************************************************************/ + +#define _XIEC_ICLUT + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other modules + */ +peDefPtr MakeICLUT(); + +/* + * routines internal to this module + */ +static Bool PrepICLUT(); + +/* + * dixie entry points + */ +static diElemVecRec iCLUTVec = { + PrepICLUT /* prepare for analysis and execution */ + }; + +/*------------------------------------------------------------------------ +--------------- routine: make an import client lut element ------------- +------------------------------------------------------------------------*/ +peDefPtr MakeICLUT(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + ELEMENT(xieFloImportClientLUT); + ELEMENT_SIZE_MATCH(xieFloImportClientLUT); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo,tag,xieElemImportClientLUT,return(NULL)); + + ped->diVec = &iCLUTVec; + ped->phototag = tag; + ped->flags.import = TRUE; + ped->flags.putData = TRUE; + raw = (xieFloImportClientLUT *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + raw->class = stuff->class; + raw->bandOrder = stuff->bandOrder; + cpswapl(stuff->length0, raw->length0); + cpswapl(stuff->length1, raw->length1); + cpswapl(stuff->length2, raw->length2); + cpswapl(stuff->levels0, raw->levels0); + cpswapl(stuff->levels1, raw->levels1); + cpswapl(stuff->levels2, raw->levels2); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloImportClientLUT)); + + return(ped); +} /* end MakeICLUT */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepICLUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloImportClientLUT *raw = (xieFloImportClientLUT *)ped->elemRaw; + inFloPtr inflo = &ped->inFloLst[IMPORT]; + int b; + + /* + * check for data-class, length, and levels errors, and stash attributes + * since this is STREAM data, we only have to record the class and band + * numbers in the inflos. + */ + if(raw->bandOrder != xieValLSFirst && raw->bandOrder != xieValMSFirst) + ValueError(flo,ped,raw->bandOrder, return(FALSE)); + + switch(raw->class) { + case xieValSingleBand : + + if(!raw->length0) + ValueError(flo,ped,0, return(FALSE)); + if(raw->levels0 < 2 || raw->levels0 > MAX_LEVELS(1)) + MatchError(flo,ped, return(FALSE)); + inflo->bands = 1; + break; +#if XIE_FULL + case xieValTripleBand : + if(!raw->length0 || !raw->length1 || !raw->length2) + ValueError(flo,ped,0, return(FALSE)); + if(raw->levels0 < 2 || raw->levels0 > MAX_LEVELS(3) || + raw->levels1 < 2 || raw->levels1 > MAX_LEVELS(3) || + raw->levels2 < 2 || raw->levels2 > MAX_LEVELS(3)) + MatchError(flo,ped, return(FALSE)); + + inflo->bands = 3; + inflo->format[1].band = 1; + inflo->format[2].band = 2; + ped->outFlo.format[1] = inflo->format[1]; + ped->outFlo.format[2] = inflo->format[2]; + ped->outFlo.format[1].levels = raw->levels1; + ped->outFlo.format[2].levels = raw->levels2; + ped->outFlo.format[1].height = raw->length1; + ped->outFlo.format[2].height = raw->length2; + break; +#endif + default : + ValueError(flo,ped,raw->class, return(FALSE)); + } + + inflo->format[0].band = 0; + ped->outFlo.format[0] = inflo->format[0]; + ped->outFlo.format[0].levels = raw->levels0; + ped->outFlo.format[0].height = raw->length0; + + for (b=0; b < inflo->bands; b++) { + formatPtr fmt = &(ped->outFlo.format[b]); + + inflo->format[b].class = STREAM; + ped->swapUnits[b] = LutPitch(fmt->levels); + + fmt->class = LUT_ARRAY; + fmt->interleaved = FALSE; + fmt->width = raw->bandOrder; /* see miclut.c, mppoint crazypixel */ + fmt->depth = 8; + fmt->stride = 8; + fmt->pitch = 8 * fmt->height; + } + + ped->outFlo.bands = inflo->bands; + + return(TRUE); +} /* end PrepICLUT */ + +/* end module iclut.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/import/icphoto.c b/xie/xc/programs/Xserver/XIE/dixie/import/icphoto.c new file mode 100644 index 0000000..ea43096 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/import/icphoto.c @@ -0,0 +1,813 @@ +/* $XConsortium: icphoto.c,v 1.4 94/04/17 20:33:34 rws Exp $ */ +/**** module icphoto.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + icphoto.c -- DIXIE routines for managing the ImportClientPhoto element + + Robert NC Shelley, Dean Verheiden -- AGE Logic, Inc. April 1993 + +*****************************************************************************/ + +#define _XIEC_ICPHOTO + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other modules + */ +peDefPtr MakeICPhoto(); +Bool CopyICPhotoUnSingle(); +Bool CopyICPhotoUnTriple(); +Bool CopyICPhotoG31D(); +Bool CopyICPhotoG32D(); +Bool CopyICPhotoG42D(); +Bool CopyICPhotoJPEGBaseline(); +#ifdef BEYOND_SI +Bool CopyICPhotoJPEGLossless(); +#endif /* BEYOND_SI */ +Bool CopyICPhotoTIFF2(); +Bool CopyICPhotoTIFFPackBits(); + +Bool PrepICPhotoUnSingle(); +Bool PrepICPhotoUnTriple(); +Bool PrepICPhotoG31D(); +Bool PrepICPhotoG32D(); +Bool PrepICPhotoG42D(); +Bool PrepICPhotoJPEGBaseline(); +#ifdef BEYOND_SI +Bool PrepICPhotoJPEGLossless(); +#endif /* BEYOND_SI */ +Bool PrepICPhotoTIFF2(); +Bool PrepICPhotoTIFFPackBits(); + +/* + * routines internal to this module + */ +static Bool PrepICPhoto(); + +/* + * dixie element entry points + */ +static diElemVecRec iCPhotoVec = { + PrepICPhoto /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +--------------- routine: make an import client photo element ------------- +------------------------------------------------------------------------*/ +peDefPtr MakeICPhoto(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + ELEMENT(xieFloImportClientPhoto); + ELEMENT_AT_LEAST_SIZE(xieFloImportClientPhoto); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo,tag,xieElemImportClientPhoto, return(NULL)) ; + + ped->diVec = &iCPhotoVec; + ped->phototag = tag; + ped->flags.import = TRUE; + ped->flags.putData = TRUE; + raw = (xieFloImportClientPhoto *)ped->elemRaw; + /* + * copy the standard client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + raw->notify = stuff->notify; + raw->class = stuff->class; + cpswapl(stuff->width0, raw->width0); + cpswapl(stuff->width1, raw->width1); + cpswapl(stuff->width2, raw->width2); + cpswapl(stuff->height0, raw->height0); + cpswapl(stuff->height1, raw->height1); + cpswapl(stuff->height2, raw->height2); + cpswapl(stuff->levels0, raw->levels0); + cpswapl(stuff->levels1, raw->levels1); + cpswapl(stuff->levels2, raw->levels2); + cpswaps(stuff->decodeTechnique, raw->decodeTechnique); + cpswaps(stuff->lenParams, raw->lenParams); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloImportClientPhoto)); + /* + * copy technique data (if any) + */ + if(!(ped->techVec = FindTechnique(xieValDecode, raw->decodeTechnique)) || + !(ped->techVec->copyfnc(flo, ped, &stuff[1], &raw[1], raw->lenParams))) + TechniqueError(flo,ped,xieValDecode,raw->decodeTechnique,raw->lenParams, + return(ped)); + + return(ped); +} /* end MakeICPhoto */ + + +Bool CopyICPhotoUnSingle(flo, ped, rparms, cparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecDecodeUncompressedSingle *rparms, *cparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)cparms, (char *)rparms, tsize<<2); + + return(TRUE); +} + +Bool CopyICPhotoUnTriple(flo, ped, rparms, cparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecDecodeUncompressedTriple *rparms, *cparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)cparms, (char *)rparms, tsize<<2); + + return(TRUE); +} + +Bool CopyICPhotoG31D(flo, ped, rparms, cparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecDecodeG31D *rparms, *cparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)cparms, (char *)rparms, tsize<<2); + + return(TRUE); +} + +Bool CopyICPhotoG32D(flo, ped, rparms, cparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecDecodeG32D *rparms, *cparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)cparms, (char *)rparms, tsize<<2); + + return(TRUE); +} + +Bool CopyICPhotoG42D(flo, ped, rparms, cparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecDecodeG42D *rparms, *cparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)cparms, (char *)rparms, tsize<<2); + + return(TRUE); +} + +Bool CopyICPhotoJPEGBaseline(flo, ped, rparms, cparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecDecodeJPEGBaseline *rparms, *cparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)cparms, (char *)rparms, tsize<<2); + + return(TRUE); +} + +#ifdef BEYOND_SI +Bool CopyICPhotoJPEGLossless(flo, ped, rparms, cparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecDecodeJPEGLossless *rparms, *cparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)cparms, (char *)rparms, tsize<<2); + + return(TRUE); +} +#endif /* BEYOND_SI */ + +Bool CopyICPhotoTIFF2(flo, ped, rparms, cparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecDecodeTIFF2 *rparms, *cparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)cparms, (char *)rparms, tsize<<2); + + return(TRUE); +} + +Bool CopyICPhotoTIFFPackBits(flo, ped, rparms, cparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecDecodeTIFFPackBits *rparms, *cparms; + CARD16 tsize; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + /* Nothing to swap for this technique */ + memcpy((char *)cparms, (char *)rparms, tsize<<2); + + return(TRUE); +} + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepICPhoto(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + int i; + xieFloImportClientPhoto *raw = (xieFloImportClientPhoto *)ped->elemRaw; + inFloPtr inflo = &ped->inFloLst[IMPORT]; + + /* + * check for data-class, dimension, and levels errors, and stash attributes + */ + switch(raw->class) { + case xieValSingleBand : + if(!raw->width0 || !raw->height0 || !raw->levels0) + ValueError(flo,ped,0, return(FALSE)); + if(raw->levels0 > MAX_LEVELS(1)) + MatchError(flo,ped, return(FALSE)); + inflo->bands = 1; + break; + case xieValTripleBand : + if(!raw->width0 || !raw->height0 || !raw->levels0 || + !raw->width1 || !raw->height1 || !raw->levels1 || + !raw->width2 || !raw->height2 || !raw->levels2) + ValueError(flo,ped,0, return(FALSE)); + if(raw->levels0 > MAX_LEVELS(3) || + raw->levels1 > MAX_LEVELS(3) || + raw->levels2 > MAX_LEVELS(3)) + MatchError(flo,ped, return(FALSE)); + inflo->bands = 3; + inflo->format[1].band = 1; + inflo->format[1].width = raw->width1; + inflo->format[1].height = raw->height1; + inflo->format[1].levels = raw->levels1; + inflo->format[2].band = 2; + inflo->format[2].width = raw->width2; + inflo->format[2].height = raw->height2; + inflo->format[2].levels = raw->levels2; + break; + default : + ValueError(flo,ped,raw->class, return(FALSE)); + } + inflo->format[0].band = 0; + inflo->format[0].width = raw->width0; + inflo->format[0].height = raw->height0; + inflo->format[0].levels = raw->levels0; + + for(i = 0; i < inflo->bands; i++) + SetDepthFromLevels(inflo->format[i].levels, inflo->format[i].depth); + + if(!(ped->techVec->prepfnc(flo, ped, raw, &raw[1]))) + TechniqueError(flo,ped,xieValDecode,raw->decodeTechnique,raw->lenParams, + return(FALSE)); + + return(TRUE); +} /* end PrepICPhoto */ + + +/*------------------------------------------------------------------------ +----- routines: verify technique parameters against element parameters ---- +-------------- and prepare for analysis and execution ---- +------------------------------------------------------------------------*/ + +/* Prep routine for uncompressed single band data */ +Bool PrepICPhotoUnSingle(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloImportClientPhoto *raw; + xieTecDecodeUncompressedSingle *tec; +{ + inFloPtr inf = &ped->inFloLst[IMPORT]; + CARD32 padmod = tec->scanlinePad * 8; + CARD32 pitch = tec->pixelStride * raw->width0 + tec->leftPad; + BOOL aligned = !(tec->pixelStride & (tec->pixelStride-1)) || + tec->pixelStride == 24; + int i; + + if(tec->fillOrder != xieValLSFirst && /* check fill-order */ + tec->fillOrder != xieValMSFirst) + return(FALSE); + if(tec->pixelOrder != xieValLSFirst && /* check pixel-order */ + tec->pixelOrder != xieValMSFirst) + return(FALSE); + if(tec->pixelStride < inf->format[0].depth) /* check pixel-stride */ + return(FALSE); + if(ALIGNMENT == xieValAlignable && !aligned || /* alignment & left-pad */ + ALIGNMENT == xieValAlignable && aligned && + (tec->leftPad % tec->pixelStride || + tec->leftPad % 8)) + return(FALSE); + if(tec->scanlinePad & (tec->scanlinePad-1) || /* check scanline-pad */ + tec->scanlinePad > 16) + return(FALSE); + if(raw->class != xieValSingleBand) + return(FALSE); + + inf->format[0].interleaved = FALSE; + inf->format[0].class = STREAM; + inf->format[0].stride = tec->pixelStride; + inf->format[0].pitch = pitch + (padmod ? Align(pitch,padmod) : 0); + + /* + * determine output attributes from input parameters + */ + ped->outFlo.bands = inf->bands; + for (i = 0; i < inf->bands; i++) { + ped->outFlo.format[i] = inf->format[i]; + ped->outFlo.format[i].interleaved = FALSE; + } + + if (UpdateFormatfromLevels(ped) == FALSE) + MatchError(flo, ped, return(FALSE)); + + return(TRUE); +} /* PrepICPhotoUnSingle */ + +/* Prep routine for uncompressed triple band data */ +Bool PrepICPhotoUnTriple(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloImportClientPhoto *raw; + xieTecDecodeUncompressedTriple *tec; +{ + inFloPtr inf = &ped->inFloLst[IMPORT]; + int i; + + if(tec->fillOrder != xieValLSFirst && /* check fill-order */ + tec->fillOrder != xieValMSFirst) + return(FALSE); + if(tec->pixelOrder != xieValLSFirst && /* check pixel-order */ + tec->pixelOrder != xieValMSFirst) + return(FALSE); + if(tec->bandOrder != xieValLSFirst && /* check band-order */ + tec->bandOrder != xieValMSFirst) + return(FALSE); + if(tec->interleave != xieValBandByPixel && /* check interleave */ + tec->interleave != xieValBandByPlane) + return(FALSE); + if (tec->interleave == xieValBandByPixel && /* check inter-band dim */ + (inf->format[0].width != inf->format[1].width || + inf->format[1].width != inf->format[2].width || + inf->format[0].height != inf->format[1].height || + inf->format[1].height != inf->format[2].height)) + return(FALSE); + if(raw->class != xieValTripleBand) + return(FALSE); + if (tec->interleave == xieValBandByPlane) { + for (i = 0; i < 3; i++) { + CARD32 padmod = tec->scanlinePad[i] * 8; + CARD32 pitch = tec->pixelStride[i] * inf->format[i].width + + tec->leftPad[i]; + BOOL aligned = !(tec->pixelStride[i] & (tec->pixelStride[i] - 1)); + + if(tec->pixelStride[i] < inf->format[i].depth) /* check pixel-stride */ + return(FALSE); + if(inf->format[i].depth > MAX_DEPTH(3)) /* check pixel-depth */ + return(FALSE); + if(ALIGNMENT == xieValAlignable && !aligned || /* alignment & left-pad */ + ALIGNMENT == xieValAlignable && aligned && + (tec->leftPad[i] % tec->pixelStride[i] || + tec->leftPad[i] % 8)) + return(FALSE); + if(tec->scanlinePad[i] & (tec->scanlinePad[i] - 1) || + tec->scanlinePad[i] > 16) /*check scanline-pad*/ + return(FALSE); + inf->format[i].interleaved = FALSE; + inf->format[i].class = STREAM; + inf->format[i].stride = tec->pixelStride[i]; + inf->format[i].pitch = pitch + (padmod ? Align(pitch,padmod) : 0); + } + ped->outFlo.bands = inf->bands; + } else { /* xieValBandByPixel */ + CARD32 padmod = tec->scanlinePad[0] * 8; + CARD32 pitch = tec->pixelStride[0] * inf->format[0].width + + tec->leftPad[0]; + CARD32 tdepth = inf->format[0].depth + inf->format[1].depth + + inf->format[2].depth; + BOOL aligned = !(tec->pixelStride[0] & (tec->pixelStride[0] - 1)) || + tec->pixelStride[0] == 24; + + if(inf->format[0].depth > MAX_DEPTH(3) || /* check pixel-depth */ + inf->format[1].depth > MAX_DEPTH(3) || + inf->format[2].depth > MAX_DEPTH(3)) + return(FALSE); + if(tec->pixelStride[0] < tdepth) /* check overall pixel-stride */ + return(FALSE); + if(ALIGNMENT == xieValAlignable && !aligned || /* alignment & left-pad */ + ALIGNMENT == xieValAlignable && aligned && + (tec->leftPad[0] % tec->pixelStride[0] || + tec->leftPad[0] % 8)) + return(FALSE); + if(tec->scanlinePad[0] & (tec->scanlinePad[0] - 1) || + tec->scanlinePad[0] > 16) /*check scanline-pad*/ + return(FALSE); + + /* Now, go stomp on band zero values that should be changed */ + inf->bands = 1; + inf->format[0].interleaved = TRUE; + inf->format[0].class = STREAM; + inf->format[0].stride = tec->pixelStride[0]; + inf->format[0].pitch = pitch + (padmod ? Align(pitch,padmod) : 0); + + /* Set up 3 outflows for the one interleaved inflo */ + ped->outFlo.bands = 3; + } + + /* Copy input to output, setting differing output parameters when necessary */ + for (i = 0; i < ped->outFlo.bands; i++) { + ped->outFlo.format[i] = inf->format[i]; + ped->outFlo.format[i].interleaved = FALSE; + } + + /* Fill in other format parameters based on the number of output levels */ + if (UpdateFormatfromLevels(ped) == FALSE) + MatchError(flo, ped, return(FALSE)); + + return(TRUE); +} /* PrepICPhotoUnTriple */ + +Bool PrepICPhotoG31D(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloImportClientPhoto *raw; + xieTecDecodeG31D *tec; +{ + inFloPtr inf = &ped->inFloLst[IMPORT]; + int i; + + if(tec->encodedOrder != xieValLSFirst && /* check encoding-order */ + tec->encodedOrder != xieValMSFirst) + return(FALSE); + + inf->format[0].interleaved = FALSE; + inf->format[0].class = STREAM; + + /* + * determine output attributes from input parameters + */ + ped->outFlo.bands = inf->bands; + for (i = 0; i < inf->bands; i++) { + ped->outFlo.format[i] = inf->format[i]; + ped->outFlo.format[i].interleaved = FALSE; + } + + if (UpdateFormatfromLevels(ped) == FALSE) + MatchError(flo, ped, return(FALSE)); + return(TRUE); + +} /* PrepICPhotoG31D */ + +Bool PrepICPhotoG32D(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloImportClientPhoto *raw; + xieTecDecodeG32D *tec; +{ + inFloPtr inf = &ped->inFloLst[IMPORT]; + int i; + + if(tec->encodedOrder != xieValLSFirst && /* check encoding-order */ + tec->encodedOrder != xieValMSFirst) + return(FALSE); + + inf->format[0].interleaved = FALSE; + inf->format[0].class = STREAM; + + /* + * determine output attributes from input parameters + */ + ped->outFlo.bands = inf->bands; + for (i = 0; i < inf->bands; i++) { + ped->outFlo.format[i] = inf->format[i]; + ped->outFlo.format[i].interleaved = FALSE; + } + + if (UpdateFormatfromLevels(ped) == FALSE) + MatchError(flo, ped, return(FALSE)); + + return(TRUE); + +} /* PrepICPhotoG32D */ + +Bool PrepICPhotoG42D(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloImportClientPhoto *raw; + xieTecDecodeG42D *tec; +{ + inFloPtr inf = &ped->inFloLst[IMPORT]; + int i; + + if(tec->encodedOrder != xieValLSFirst && /* check encoding-order */ + tec->encodedOrder != xieValMSFirst) + return(FALSE); + + inf->format[0].interleaved = FALSE; + inf->format[0].class = STREAM; + + /* + * determine output attributes from input parameters + */ + ped->outFlo.bands = inf->bands; + for (i = 0; i < inf->bands; i++) { + ped->outFlo.format[i] = inf->format[i]; + ped->outFlo.format[i].interleaved = FALSE; + } + + if (UpdateFormatfromLevels(ped) == FALSE) + MatchError(flo, ped, return(FALSE)); + + return(TRUE); + +} /* PrepICPhotoG42D */ + +Bool PrepICPhotoJPEGBaseline(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloImportClientPhoto *raw; + xieTecDecodeJPEGBaseline *tec; +{ + inFloPtr inf = &ped->inFloLst[IMPORT]; + int i; + + if (raw->class == xieValSingleBand) + inf->format[0].interleaved = FALSE; + else { + if(tec->bandOrder != xieValLSFirst && /* check encoding-order */ + tec->bandOrder != xieValMSFirst) + return(FALSE); + + if(tec->interleave != xieValBandByPixel && /* check interleave */ + tec->interleave != xieValBandByPlane) + return(FALSE); + + inf->format[0].interleaved = + inf->format[1].interleaved = + inf->format[2].interleaved = + (tec->interleave == xieValBandByPixel); + inf->format[1].class = STREAM; + inf->format[2].class = STREAM; + } + + inf->format[0].class = STREAM; + + /* + * determine output attributes from input parameters + */ + ped->outFlo.bands = inf->bands; + for (i = 0; i < inf->bands; i++) { + ped->outFlo.format[i] = inf->format[i]; + ped->outFlo.format[i].interleaved = FALSE; + } + + /* + * except if TripleBand Interleaved, we lied: there's only one + * band coming in. We copy the bogus inflos first just because + * we can assume they have been set up suitably by nice general + * purpose code above. :-) + */ + if (raw->class == xieValTripleBand && tec->interleave == xieValBandByPixel) + inf->bands = 1; + + if (UpdateFormatfromLevels(ped) == FALSE) + MatchError(flo, ped, return(FALSE)); + + return(TRUE); + +} /* PrepICPhotoJPEGBaseline */ + +#ifdef BEYOND_SI +Bool PrepICPhotoJPEGLossless(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloImportClientPhoto *raw; + xieTecDecodeJPEGLossless *tec; +{ + inFloPtr inf = &ped->inFloLst[IMPORT]; + int i; + + if (raw->class == xieValSingleBand) + inf->format[0].interleaved = FALSE; + else { + if(tec->bandOrder != xieValLSFirst && /* check encoding-order */ + tec->bandOrder != xieValMSFirst) + return(FALSE); + + if(tec->interleave != xieValBandByPixel && /* check interleave */ + tec->interleave != xieValBandByPlane) + return(FALSE); + + inf->format[0].interleaved = + inf->format[1].interleaved = + inf->format[2].interleaved = + (tec->interleave == xieValBandByPixel); + inf->format[1].class = STREAM; + inf->format[2].class = STREAM; + } + + inf->format[0].class = STREAM; + + /* + * determine output attributes from input parameters + */ + ped->outFlo.bands = inf->bands; + for (i = 0; i < inf->bands; i++) { + ped->outFlo.format[i] = inf->format[i]; + ped->outFlo.format[i].interleaved = FALSE; + } + + if (UpdateFormatfromLevels(ped) == FALSE) + MatchError(flo, ped, return(FALSE)); + + return(TRUE); + +} /* PrepICPhotoJPEGLossless */ +#endif /* BEYOND_SI */ + +Bool PrepICPhotoTIFF2(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloImportClientPhoto *raw; + xieTecDecodeTIFF2 *tec; +{ + inFloPtr inf = &ped->inFloLst[IMPORT]; + int i; + + if(tec->encodedOrder != xieValLSFirst && /* check encoding-order */ + tec->encodedOrder != xieValMSFirst) + return(FALSE); + + inf->format[0].interleaved = FALSE; + inf->format[0].class = STREAM; + + /* + * determine output attributes from input parameters + */ + ped->outFlo.bands = inf->bands; + for (i = 0; i < inf->bands; i++) { + ped->outFlo.format[i] = inf->format[i]; + ped->outFlo.format[i].interleaved = FALSE; + } + + if (UpdateFormatfromLevels(ped) == FALSE) + MatchError(flo, ped, return(FALSE)); + + return(TRUE); + +} /* PrepICPhotoTIFF2 */ + +Bool PrepICPhotoTIFFPackBits(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloImportClientPhoto *raw; + xieTecDecodeTIFFPackBits *tec; +{ + inFloPtr inf = &ped->inFloLst[IMPORT]; + int i; + + if(tec->encodedOrder != xieValLSFirst && /* check encoding-order */ + tec->encodedOrder != xieValMSFirst) + return(FALSE); + + inf->format[0].interleaved = FALSE; + inf->format[0].class = STREAM; + + /* + * determine output attributes from input parameters + */ + ped->outFlo.bands = inf->bands; + for (i = 0; i < inf->bands; i++) { + ped->outFlo.format[i] = inf->format[i]; + ped->outFlo.format[i].interleaved = FALSE; + } + + if (UpdateFormatfromLevels(ped) == FALSE) + MatchError(flo, ped, return(FALSE)); + + return(TRUE); + +} /* PrepICPhotoTIFFPackBits */ + +/* end module icphoto.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/import/icroi.c b/xie/xc/programs/Xserver/XIE/dixie/import/icroi.c new file mode 100644 index 0000000..2853f11 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/import/icroi.c @@ -0,0 +1,173 @@ +/* $XConsortium: icroi.c,v 1.4 94/04/17 20:33:34 rws Exp $ */ +/**** module icroi.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + icroi.c -- DIXIE routines for managing the ImportClientROI element + + Robert NC Shelley, Dean Verheiden -- AGE Logic, Inc. April 1993 + +*****************************************************************************/ + +#define _XIEC_ICROI + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include + +/* + * routines referenced by other modules + */ +peDefPtr MakeICROI(); + +/* + * routines internal to this module + */ +static Bool PrepICROI(); + +/* + * dixie element entry points + */ +static diElemVecRec iCROIVec = +{ + PrepICROI /* prepare for analysis and execution */ +}; + +/*------------------------------------------------------------------------ +--------------- routine: make an import client roi element ------------- +------------------------------------------------------------------------*/ +peDefPtr MakeICROI(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + ELEMENT(xieFloImportClientROI); + ELEMENT_SIZE_MATCH(xieFloImportClientROI); + + if (!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo,tag,xieElemImportClientROI, return(NULL)) ; + + ped->diVec = &iCROIVec; + ped->phototag = tag; + ped->flags.import = TRUE; + ped->flags.putData = TRUE; + raw = (xieFloImportClientROI *)ped->elemRaw; + /* + * copy the standard client element parameters (swap if necessary) + */ + if (flo->reqClient->swapped) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswapl(stuff->rectangles, raw->rectangles); + } else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloImportClientROI)); + + return ped; +} + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepICROI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + inFloPtr inflo = &ped->inFloLst[IMPORT]; + outFloPtr outflo = &ped->outFlo; + + inflo->bands = outflo->bands = 1; + inflo->format[0].class = STREAM; + outflo->format[0].class = RUN_LENGTH; + ped->swapUnits[0] = sizeof(xieTypRectangle); + + return TRUE; +} /* end PrepICROI */ + +/* end module icroi.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/import/idraw.c b/xie/xc/programs/Xserver/XIE/dixie/import/idraw.c new file mode 100644 index 0000000..9d57fa3 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/import/idraw.c @@ -0,0 +1,224 @@ +/* $XConsortium: idraw.c,v 1.4 94/04/17 20:33:35 rws Exp $ */ +/**** module idraw.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + idraw.c -- DIXIE routines for managing the ImportDrawable element + + Dean Verheiden -- AGE Logic, Inc. June 1993 + +*****************************************************************************/ + +#define _XIEC_IDRAW + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include +#include +#include +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeIDraw(); + +/* + * routines internal to this module + */ +static Bool PrepIDraw(); + +/* + * dixie entry points + */ +static diElemVecRec iDrawVec = { + PrepIDraw /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +----------------- routine: make an ImportDrawable element ---------------- +------------------------------------------------------------------------*/ +peDefPtr MakeIDraw(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + ELEMENT(xieFloImportDrawable); + ELEMENT_SIZE_MATCH(xieFloImportDrawable); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, sizeof(iDrawDefRec)))) + FloAllocError(flo,tag,xieElemImportDrawable, return(NULL)); + + ped->diVec = &iDrawVec; + ped->phototag = tag; + ped->flags.import = TRUE; + raw = (xieFloImportDrawable *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + raw->notify = stuff->notify; + cpswapl(stuff->drawable, raw->drawable); + cpswaps(stuff->srcX, raw->srcX); + cpswaps(stuff->srcY, raw->srcY); + cpswaps(stuff->width, raw->width); + cpswaps(stuff->height, raw->height); + cpswapl(stuff->fill, raw->fill); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloImportDrawable)); + + return(ped); +} /* end MakeIDraw */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepIDraw(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloImportDrawable *raw = (xieFloImportDrawable *) ped->elemRaw; + iDrawDefPtr pvt = (iDrawDefPtr) ped->elemPvt; + inFloPtr inf = &ped->inFloLst[IMPORT]; + outFloPtr dst = &ped->outFlo; + formatPtr fmt = &inf->format[0]; + DrawablePtr pd; + CARD32 f, padmask; + + if(!(pd = pvt->pDraw = ((DrawablePtr) + LookupIDByClass(raw->drawable, RC_DRAWABLE)))) + DrawableError(flo,ped,raw->drawable, return(FALSE)); + + if(!(pd->type == DRAWABLE_WINDOW && ((WindowPtr)pd)->realized || + pd->type == DRAWABLE_PIXMAP)) + DrawableError(flo,ped,raw->drawable, return(FALSE)); + + if(raw->srcX < 0) { + ValueError(flo,ped,raw->srcX, return(FALSE)); + } else if (raw->srcY < 0) { + ValueError(flo,ped,raw->srcY, return(FALSE)); + } else if (raw->srcX + raw->width > pd->width) { + ValueError(flo,ped,raw->width, return(FALSE)); + } else if (raw->srcY + raw->height > pd->height) { + ValueError(flo,ped,raw->height, return(FALSE)); + } + /* find the screen format that matches this drawable and fill in the format + */ + for(f = 0; f < screenInfo.numPixmapFormats + && pd->depth != screenInfo.formats[f].depth; ++f); + if(f == screenInfo.numPixmapFormats) + DrawableError(flo,ped,raw->drawable,return(FALSE)); + padmask = screenInfo.formats[f].scanlinePad - 1; + fmt->interleaved = FALSE; + fmt->band = 0; + fmt->depth = pd->depth; + fmt->width = raw->width; + fmt->height = raw->height; + fmt->levels = 1<depth; + fmt->stride = screenInfo.formats[f].bitsPerPixel; + fmt->pitch = fmt->stride * raw->width + padmask & ~padmask; + /* + * set output attributes from input format (stride and pitch may differ) + */ + dst->bands = inf->bands = 1; + dst->format[0] = inf->format[0]; + if(!UpdateFormatfromLevels(ped)) + MatchError(flo,ped, return(FALSE)); + + return(TRUE); +} /* end PrepIDraw */ +/* end module idraw.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/import/idrawp.c b/xie/xc/programs/Xserver/XIE/dixie/import/idrawp.c new file mode 100644 index 0000000..e631007 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/import/idrawp.c @@ -0,0 +1,229 @@ +/* $XConsortium: idrawp.c,v 1.4 94/04/17 20:33:35 rws Exp $ */ +/**** module idrawp.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + idrawp.c -- DIXIE routines for managing the ImportDrawablePlane element + + Dean Verheiden -- AGE Logic, Inc. June 1993 + +*****************************************************************************/ + +#define _XIEC_IDRAWP + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include +#include +#include +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeIDrawP(); + +/* + * routines internal to this module + */ +static Bool PrepIDrawP(); + +/* + * dixie entry points + */ +static diElemVecRec iDrawPVec = { + PrepIDrawP /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +----------------- routine: make an ImportDrawablePlane element ---------------- +------------------------------------------------------------------------*/ +peDefPtr MakeIDrawP(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + ELEMENT(xieFloImportDrawablePlane); + ELEMENT_SIZE_MATCH(xieFloImportDrawablePlane); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, sizeof(iDrawDefRec)))) + FloAllocError(flo,tag,xieElemImportDrawablePlane, return(NULL)); + + ped->diVec = &iDrawPVec; + ped->phototag = tag; + ped->flags.import = TRUE; + raw = (xieFloImportDrawablePlane *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + raw->notify = stuff->notify; + cpswapl(stuff->drawable, raw->drawable); + cpswaps(stuff->srcX, raw->srcX); + cpswaps(stuff->srcY, raw->srcY); + cpswaps(stuff->width, raw->width); + cpswaps(stuff->height, raw->height); + cpswapl(stuff->fill, raw->fill); + cpswapl(stuff->bitPlane, raw->bitPlane); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloImportDrawablePlane)); + + return(ped); +} /* end MakeIDrawP */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepIDrawP(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloImportDrawablePlane *raw = (xieFloImportDrawablePlane *) ped->elemRaw; + iDrawDefPtr pvt = (iDrawDefPtr) ped->elemPvt; + inFloPtr inf = &ped->inFloLst[IMPORT]; + outFloPtr dst = &ped->outFlo; + formatPtr fmt = &inf->format[0]; + DrawablePtr pd; + CARD32 f, padmask; + + if(!(pd = pvt->pDraw = ((DrawablePtr) + LookupIDByClass(raw->drawable, RC_DRAWABLE)))) + DrawableError(flo,ped,raw->drawable,return(FALSE)); + + if(!(pd->type == DRAWABLE_WINDOW && ((WindowPtr)pd)->realized || + pd->type == DRAWABLE_PIXMAP)) + DrawableError(flo,ped,raw->drawable, return(FALSE)); + + if(raw->srcX < 0) { + ValueError(flo,ped,raw->srcX, return(FALSE)); + } else if (raw->srcY < 0) { + ValueError(flo,ped,raw->srcY, return(FALSE)); + } else if (raw->srcX + raw->width > pd->width) { + ValueError(flo,ped,raw->width, return(FALSE)); + } else if (raw->srcY + raw->height > pd->height) { + ValueError(flo,ped,raw->height, return(FALSE)); + } else if(!raw->bitPlane || raw->bitPlane & (raw->bitPlane - 1) || + raw->bitPlane >= (1<depth)) + ValueError(flo,ped,raw->bitPlane, return(FALSE)); + + /* find the screen format that matches this drawable and fill in the format + */ + for(f = 0; f < screenInfo.numPixmapFormats + && pd->depth != screenInfo.formats[f].depth; ++f); + if(f == screenInfo.numPixmapFormats) + DrawableError(flo,ped,raw->drawable, return(FALSE)); + padmask = screenInfo.formats[f].scanlinePad - 1; + fmt->interleaved = FALSE; + fmt->band = 0; + fmt->depth = pd->depth; + fmt->width = raw->width; + fmt->height = raw->height; + fmt->levels = 1<depth; + fmt->stride = screenInfo.formats[f].bitsPerPixel; + fmt->pitch = fmt->stride * raw->width + padmask & ~padmask; + /* + * set output attributes from input format (stride and pitch may differ) + */ + dst->bands = inf->bands = 1; + dst->format[0] = inf->format[0]; + dst->format[0].levels = 2; + if(!UpdateFormatfromLevels(ped)) + MatchError(flo,ped, return(FALSE)); + + return(TRUE); +} /* end PrepIDrawP */ +/* end module idrawp.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/import/ilut.c b/xie/xc/programs/Xserver/XIE/dixie/import/ilut.c new file mode 100644 index 0000000..96935c9 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/import/ilut.c @@ -0,0 +1,229 @@ +/* $XConsortium: ilut.c,v 1.4 94/04/17 20:33:36 rws Exp $ */ +/**** module ilut.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + ilut.c -- DIXIE routines for managing the ImportLUT element + + Larry Hare -- AGE Logic, Inc. June 1993 + +*****************************************************************************/ + +#define _XIEC_ILUT + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeILUT(); + +/* + * routines internal to this module + */ +static Bool PrepILUT(); +static Bool DebriefILUT(); + +/* + * dixie entry points + */ +static diElemVecRec iLUTVec = { + PrepILUT, + DebriefILUT + }; + + +/*------------------------------------------------------------------------ +----------------- routine: make an import lut element --------------- +------------------------------------------------------------------------*/ +peDefPtr MakeILUT(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + ELEMENT(xieFloImportLUT); + ELEMENT_SIZE_MATCH(xieFloImportLUT); + + if(!(ped = MakePEDef(1,(CARD32)stuff->elemLength<<2,sizeof(iLUTDefRec)))) + FloAllocError(flo,tag,xieElemImportLUT, return(NULL)); + + ped->diVec = &iLUTVec; + ped->phototag = tag; + ped->flags.import = TRUE; + raw = (xieFloImportLUT *)ped->elemRaw; + + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswapl(stuff->lut, raw->lut); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloImportLUT)); + + return(ped); +} /* end MakeILUT */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepILUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloImportLUT *raw = (xieFloImportLUT *)ped->elemRaw; + iLUTDefPtr pvt = (iLUTDefPtr) ped->elemPvt; + inFloPtr inf = &ped->inFloLst[IMPORT]; + outFloPtr dst = &ped->outFlo; + formatPtr dfp, ifp; + lutPtr lut; + CARD32 b, nbands; + + /* find the LUT resource and bind it to our flo */ + if( !(lut = (lutPtr) LookupIDByType(raw->lut, RT_LUT)) ) + LUTError(flo,ped,raw->lut, return(FALSE)); + ++lut->refCnt; + pvt->lut = lut; + + if(!lut->lutCnt) + AccessError(flo,ped, return(FALSE)); + + nbands = lut->lutCnt; + if (nbands != 1 && nbands != 3) + ImplementationError(flo,ped,return(FALSE)); + + /* propagate LUT attributes to our output */ + dst->bands = inf->bands = nbands; + for(b = 0, dfp = &(dst->format[0]), ifp = &(inf->format[0]); + b < nbands; b++, dfp++, ifp++) { + dfp->band = ifp->band = b; + dfp->class = ifp->class = LUT_ARRAY; + dfp->levels = ifp->levels = lut->format[b].level; + dfp->height = ifp->height = lut->format[b].length; /* ugly hack */ + dfp->width = ifp->width = lut->format[b].bandOrder; /* ugly hack */ + dfp->interleaved = ifp->interleaved = FALSE; + /* width = 1; depth=8?; stride=8; pitch = 8*height; */ + } + + return(TRUE); +} /* end PrepILUT */ + + +/*------------------------------------------------------------------------ +---------------------- routine: post execution cleanup ------------------- +------------------------------------------------------------------------*/ +static Bool DebriefILUT(flo,ped,ok) + floDefPtr flo; + peDefPtr ped; + Bool ok; +{ + xieFloImportLUT *raw = (xieFloImportLUT *)ped->elemRaw; + iLUTDefPtr pvt = (iLUTDefPtr) ped->elemPvt; + lutPtr lut; + + if(pvt && (lut = pvt->lut)) + if(lut->refCnt > 1) + --lut->refCnt; + else if(LookupIDByType(raw->lut, RT_LUT)) + FreeResourceByType(lut->ID, RT_LUT, RT_NONE); + else + DeleteLUT(lut, lut->ID); + + return(TRUE); +} /* end DebriefILUT */ + +/* end module ilut.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/import/iphoto.c b/xie/xc/programs/Xserver/XIE/dixie/import/iphoto.c new file mode 100644 index 0000000..f0dbfb2 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/import/iphoto.c @@ -0,0 +1,280 @@ +/* $XConsortium: iphoto.c,v 1.5 94/04/17 20:33:36 rws Exp $ */ +/**** module iphoto.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + iphoto.c -- DIXIE routines for managing the ImportPhotomap element + + Robert NC Shelley -- AGE Logic, Inc. April 1993 + +*****************************************************************************/ + +#define _XIEC_IPHOTO + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeIPhoto(); +photomapPtr GetImportPhotomap(); +pointer GetImportTechnique(); + + +/* + * routines internal to this module + */ +static Bool PrepIPhoto(); +static Bool DebriefIPhoto(); + +/* + * dixie entry points + */ +static diElemVecRec iPhotoVec = { + PrepIPhoto, + DebriefIPhoto + }; + + +/*------------------------------------------------------------------------ +----------------- routine: make an import photomap element --------------- +------------------------------------------------------------------------*/ +peDefPtr MakeIPhoto(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + ELEMENT(xieFloImportPhotomap); + ELEMENT_SIZE_MATCH(xieFloImportPhotomap); + + if(!(ped = MakePEDef(1,(CARD32)stuff->elemLength<<2,sizeof(iPhotoDefRec)))) + FloAllocError(flo,tag,xieElemImportPhotomap, return(NULL)); + + ped->diVec = &iPhotoVec; + ped->phototag = tag; + ped->flags.import = TRUE; + raw = (xieFloImportPhotomap *)ped->elemRaw; + + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswapl(stuff->photomap, raw->photomap); + raw->notify = stuff->notify; + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloImportPhotomap)); + + return(ped); +} /* end MakeIPhoto */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepIPhoto(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloImportPhotomap *raw = (xieFloImportPhotomap *)ped->elemRaw; + iPhotoDefPtr pvt = (iPhotoDefPtr) ped->elemPvt; + inFloPtr inf = &ped->inFloLst[IMPORT]; + outFloPtr dst = &ped->outFlo; + photomapPtr map; + CARD32 b; + + /* find the photomap resource and bind it to our flo */ + if( !(map = (photomapPtr) LookupIDByType(raw->photomap, RT_PHOTOMAP)) ) + PhotomapError(flo,ped,raw->photomap, return(FALSE)); + ++map->refCnt; + + /* Load up a generic structure for importing photos from map and client */ + pvt->map = map; + + if(!map->bands) + AccessError(flo,ped, return(FALSE)); + + /* grab a copy of the input attributes and propagate them to our output */ + inf->bands = map->bands; + + /* copy map formats to inflo format */ + for(b = 0; b < inf->bands; b++) + inf->format[b] = map->format[b]; + + /* also copy them to the outflo format, handling interleave if necessary */ + dst->bands = (map->dataClass == xieValTripleBand)? 3 : + (map->dataClass == xieValSingleBand)? 1 : 0; + + for(b = 0; b < dst->bands; b++) { + dst->format[b] = map->format[b]; + dst->format[b].interleaved = FALSE; + } + /* NOTE: the loop is over dst->bands, not map->bands. This is because + * dst->bands can be 3 when map->bands is 1. The in ephoto.c saves all + * the formats of the inflo in the photomap, so they are available now + * when we need them. interleaved is FALSE by definition because only + * ExportPhotomap elements can *produce* interleaved data. + */ + + if (!UpdateFormatfromLevels(ped)) + ImplementationError(flo, ped, return(FALSE)); + + return(TRUE); +} /* end PrepIPhoto */ + +/*------------------------------------------------------------------------ +---------------------- routine: post execution cleanup ------------------- +------------------------------------------------------------------------*/ +static Bool DebriefIPhoto(flo,ped,ok) + floDefPtr flo; + peDefPtr ped; + Bool ok; +{ + xieFloImportPhotomap *raw = (xieFloImportPhotomap *)ped->elemRaw; + iPhotoDefPtr pvt = (iPhotoDefPtr) ped->elemPvt; + photomapPtr map; + + if(pvt && (map = (photomapPtr)pvt->map)) + if(map->refCnt > 1) + --map->refCnt; + else if(LookupIDByType(raw->photomap, RT_PHOTOMAP)) + FreeResourceByType(map->ID, RT_PHOTOMAP, RT_NONE); + else + DeletePhotomap(map, map->ID); + pvt->map = (photomapPtr)NULL; + + return(TRUE); +} /* end DebriefIPhoto */ + +/*------------------------------------------------------------------------ +------------------ routine: return import-private stuff ----------------- +------------------------------------------------------------------------*/ +photomapPtr GetImportPhotomap(ped) +peDefPtr ped; +{ + return(((iPhotoDefPtr)ped->elemPvt)->map); +} + +pointer GetImportTechnique(ped,num_ret,len_ret) + peDefPtr ped; + CARD16 *num_ret; + CARD16 *len_ret; +{ + switch(ped->elemRaw->elemType) { + case xieElemImportPhotomap: + { + photomapPtr imap; + + imap = GetImportPhotomap(ped); + *num_ret = imap->technique; + *len_ret = imap->lenParms; + return(imap->tecParms); + } + case xieElemImportClientPhoto: + { + xieFloImportClientPhoto *icp = (xieFloImportClientPhoto*)ped->elemRaw; + *num_ret = icp->decodeTechnique; + *len_ret = icp->lenParams << 2; + return((pointer)&icp[1]); + } + default: + *num_ret = 0; + *len_ret = 0; + return(NULL); + } +} /* GetImportTechnique */ + +/* end module iphoto.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/import/iroi.c b/xie/xc/programs/Xserver/XIE/dixie/import/iroi.c new file mode 100644 index 0000000..70d2a45 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/import/iroi.c @@ -0,0 +1,218 @@ +/* $XConsortium: iroi.c,v 1.4 94/04/17 20:33:37 rws Exp $ */ +/**** module iroi.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + iroi.c -- DIXIE routines for managing the ImportROI element + + Robert NC Shelley -- AGE Logic, Inc. April 1993 + +*****************************************************************************/ + +#define _XIEC_IROI + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeIROI(); + +/* + * routines internal to this module + */ +static Bool PrepIROI(); +static Bool DebriefIROI(); + +/* + * dixie entry points + */ +static diElemVecRec iROIVec = +{ + PrepIROI, /* prepare for analysis and execution */ + DebriefIROI /* debrief */ +}; + +/*------------------------------------------------------------------------ +----------------- routine: make an ImportROI element ---------------- +------------------------------------------------------------------------*/ +peDefPtr MakeIROI(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloImportROI); + ELEMENT_SIZE_MATCH(xieFloImportROI); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, sizeof(iROIDefRec)))) + FloAllocError(flo,tag,xieElemImportROI, return(NULL)); + + ped->diVec = &iROIVec; + ped->phototag = tag; + ped->flags.import = TRUE; + raw = (xieFloImportROI *)ped->elemRaw; + /* + * copy the standard client element parameters (swap if necessary) + */ + if (flo->reqClient->swapped) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswapl(stuff->roi, raw->roi); + } else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloImportROI)); + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + + return ped; +} /* end MakeIROI */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepIROI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloImportROI *raw = (xieFloImportROI *)ped->elemRaw; + iROIDefPtr pvt = (iROIDefPtr) ped->elemPvt; + inFloPtr inf = &ped->inFloLst[IMPORT]; + outFloPtr dst = &ped->outFlo; + roiPtr roi; + + /* grab roi resource */ + if (!(roi = (roiPtr)LookupIDByType(raw->roi, RT_ROI))) + ROIError(flo,ped,raw->roi,return(FALSE)); + + /* Make sure the roi has been populated */ + if (ListEmpty(&roi->strips)) + AccessError(flo,ped, return(FALSE)); + + roi->refCnt++; + pvt->roi = roi; + + dst->bands = inf->bands = 1; + dst->format[0].class = inf->format[0].class = RUN_LENGTH; + + return TRUE; +} /* end PrepIROI */ + +/*------------------------------------------------------------------------ +---------------------- routine: post execution cleanup ------------------- +------------------------------------------------------------------------*/ +static Bool DebriefIROI(flo,ped,ok) + floDefPtr flo; + peDefPtr ped; + Bool ok; +{ + xieFloImportROI *raw = (xieFloImportROI *)ped->elemRaw; + iROIDefPtr pvt = (iROIDefPtr)ped->elemPvt; + roiPtr roi; + + if(pvt && (roi = pvt->roi)) + if(pvt->roi->refCnt > 1) + --roi->refCnt; + else if(LookupIDByType(raw->roi, RT_ROI)) + FreeResourceByType(pvt->roi->ID, RT_ROI, RT_NONE); + else + DeleteROI(roi, roi->ID); + + return TRUE; +} /* end DebriefIROI */ + +/* end module iroi.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/Imakefile b/xie/xc/programs/Xserver/XIE/dixie/process/Imakefile new file mode 100644 index 0000000..6eeb848 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/Imakefile @@ -0,0 +1,33 @@ +XCOMM $XConsortium: Imakefile,v 1.4 93/11/06 15:52:53 rws Exp $ +XCOMM build device independent processing element objects +#include + +SRCS1 = pgeom.c ppoint.c +OBJS1 = pgeom.o ppoint.o + +#if BuildDIS +DEFINES = -DXIE_DIS +#else +SRCS2 = parith.c pbandc.c pbande.c pbands.c pblend.c pcfrgb.c pcfromi.c \ + pcnst.c pcomp.c pconv.c pctoi.c pctrgb.c pdither.c phist.c \ + plogic.c pmath.c ppaste.c puncnst.c + +OBJS2 = parith.o pbandc.o pbande.o pbands.o pblend.o pcfrgb.o pcfromi.o \ + pcnst.o pcomp.o pconv.o pctoi.o pctrgb.o pdither.o phist.o \ + plogic.o pmath.o ppaste.o puncnst.o +#endif + + SRCS = $(SRCS1) $(SRCS2) + + OBJS = $(OBJS1) $(OBJS2) + + INCLUDES = -I../../include -I$(SERVERSRC)/include -I$(INCLUDESRC) -I$(EXTINCSRC) + LINTLIBS = ../export/llib-lexp.ln ../import/llib-limp.ln \ + ../process/llib-lproc.ln ../request/llib-lreq.ln + +SubdirLibraryRule($(OBJS)) +NormalLibraryObjectRule() +LintLibraryTarget(proc,$(SRCS)) +NormalLintTarget($(SRCS)) + +DependTarget() diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/parith.c b/xie/xc/programs/Xserver/XIE/dixie/process/parith.c new file mode 100644 index 0000000..596fb9c --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/parith.c @@ -0,0 +1,265 @@ +/* $XConsortium: parith.c,v 1.4 94/04/17 20:33:38 rws Exp $ */ +/**** module parith.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + parith.c -- DIXIE routines for managing the Arithmetic element + + Robert NC Shelley -- AGE Logic, Inc. April 1993 + +*****************************************************************************/ + +#define _XIEC_PARITH + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeArith(); + +/* + * routines internal to this module + */ +static Bool PrepArith(); + +/* + * dixie entry points + */ +static diElemVecRec pArithVec = { + PrepArith /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +----------------------- routine: make a arithmetic element -------------------- +------------------------------------------------------------------------*/ +peDefPtr MakeArith(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + int inputs; + peDefPtr ped; + inFloPtr inFlo; + pArithDefPtr pvt; + ELEMENT(xieFloArithmetic); + ELEMENT_SIZE_MATCH(xieFloArithmetic); + ELEMENT_NEEDS_1_INPUT(src1); + inputs = 1 + (stuff->src2 ? 1 : 0) + (stuff->domainPhototag ? 1 :0); + + if(!(ped = MakePEDef(inputs, (CARD32)stuff->elemLength<<2, + sizeof(pArithDefRec)))) + FloAllocError(flo, tag, xieElemArithmetic, return(NULL)); + + ped->diVec = &pArithVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloArithmetic *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src1, raw->src1); + cpswaps(stuff->src2, raw->src2); + cpswapl(stuff->domainOffsetX, raw->domainOffsetX); + cpswapl(stuff->domainOffsetY, raw->domainOffsetY); + cpswaps(stuff->domainPhototag,raw->domainPhototag); + raw->operator = stuff->operator; + raw->bandMask = stuff->bandMask; + cpswapl(stuff->constant0, raw->constant0); + cpswapl(stuff->constant1, raw->constant1); + cpswapl(stuff->constant2, raw->constant2); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloArithmetic)); + + if(!raw->src2) { + /* + * convert constants + */ + pvt = (pArithDefPtr)ped->elemPvt; + pvt->constant[0] = ConvertFromIEEE(raw->constant0); + pvt->constant[1] = ConvertFromIEEE(raw->constant1); + pvt->constant[2] = ConvertFromIEEE(raw->constant2); + } + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCt1].srcTag = raw->src1; + if(raw->src2) inFlo[SRCt2].srcTag = raw->src2; + if(raw->domainPhototag) inFlo[ped->inCnt-1].srcTag = raw->domainPhototag; + + return(ped); +} /* end MakeArith */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepArith(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloArithmetic *raw = (xieFloArithmetic *)ped->elemRaw; + inFloPtr ind, in2, in1 = &ped->inFloLst[SRCt1]; + outFloPtr dom, sr2, sr1 = &in1->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + CARD8 bmask = raw->bandMask; + int b; + + /* make sure input is not bitonal */ + for (b = 0; b < sr1->bands; b++) + if (IsntCanonic(sr1->format[b].class) || + ((bmask & (1<format[b].class == BIT_PIXEL)) + MatchError(flo,ped, return(FALSE)); + + /* check out our second source */ + if(raw->src2) { + in2 = &ped->inFloLst[SRCt2]; + sr2 = &in2->srcDef->outFlo; + if(sr1->bands != sr2->bands) + MatchError(flo,ped, return(FALSE)); + for (b = 0; b < sr1->bands; b++) { + if ((bmask & (1<format[b].class != sr2->format[b].class || + IsConstrained(sr1->format[b].class) && + sr1->format[b].levels != sr2->format[b].levels) + MatchError(flo,ped, return(FALSE)); + } + in2->bands = sr2->bands; + } else + sr2 = NULL; + + /* check out our process domain */ + if(raw->domainPhototag) { + ind = &ped->inFloLst[ped->inCnt-1]; + dom = &ind->srcDef->outFlo; + if(IsntDomain(dom->format[0].class) || + (ind->bands = dom->bands) != 1) + DomainError(flo,ped,raw->domainPhototag, return(FALSE)); + ind->format[0] = dom->format[0]; + } else + dom = NULL; + + /* grab a copy of the input attributes and propagate them to our output */ + dst->bands = in1->bands = sr1->bands; + for(b = 0; b < dst->bands; b++) { + dst->format[b] = in1->format[b] = sr1->format[b]; + if(sr2) + in2->format[b] = sr2->format[b]; + } + + /* check out our operator */ + switch(raw->operator) { + case xieValAdd: + case xieValMax: + case xieValMin: + case xieValSub: + case xieValSubRev: + break; + case xieValDiv: + case xieValDivRev: + case xieValGamma: + case xieValMul: + if(raw->src2) + SourceError(flo,ped, return(FALSE)); + break; + default: OperatorError(flo,ped,raw->operator, return(FALSE)); + } + return( TRUE ); +} /* end PrepArith */ + +/* end module parith.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/pbandc.c b/xie/xc/programs/Xserver/XIE/dixie/process/pbandc.c new file mode 100644 index 0000000..f30bc97 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/pbandc.c @@ -0,0 +1,212 @@ +/* $XConsortium: pbandc.c,v 1.4 94/04/17 20:33:39 rws Exp $ */ +/**** module pbandc.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pbandc.c -- DIXIE routines for managing the band combine element + + Dean Verheiden -- AGE Logic, Inc. July 1993 + +*****************************************************************************/ + +#define _XIEC_PBANDC + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeBandCom(); + +/* + * routines internal to this module + */ +static Bool PrepBandCom(); + +/* + * dixie entry points + */ +static diElemVecRec pBandComVec = { + PrepBandCom /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +----------------------- routine: make a blend element -------------------- +------------------------------------------------------------------------*/ +peDefPtr MakeBandCom(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloBandCombine); + ELEMENT_SIZE_MATCH(xieFloBandCombine); + ELEMENT_NEEDS_3_INPUTS(src1,src2,src3); + + if(!(ped = MakePEDef(3, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo, tag, xieElemBandCombine, return(NULL)); + + ped->diVec = &pBandComVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloBandCombine *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src1, raw->src1); + cpswaps(stuff->src2, raw->src2); + cpswaps(stuff->src3, raw->src3); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloBandCombine)); + + /* assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCt1].srcTag = raw->src1; + inFlo[SRCt2].srcTag = raw->src2; + inFlo[SRCt3].srcTag = raw->src3; + + return(ped); +} /* end MakeBandCom */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepBandCom(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + inFloPtr in1 = &ped->inFloLst[SRCt1]; + inFloPtr in2 = &ped->inFloLst[SRCt2]; + inFloPtr in3 = &ped->inFloLst[SRCt3]; + inFloPtr inf = in1; + outFloPtr sr1 = &in1->srcDef->outFlo; + outFloPtr sr2 = &in2->srcDef->outFlo; + outFloPtr sr3 = &in3->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + int b; + + /* All inputs must be single band */ + if(sr1->bands != 1 || sr2->bands != 1 || sr3->bands != 1) + MatchError(flo,ped, return(FALSE)); + + /* All sources must be either constrained or unconstrained */ + if(IsConstrained(sr1->format[0].class)) { + if(IsntConstrained(sr2->format[0].class) || + IsntConstrained(sr3->format[0].class)) + MatchError(flo,ped, return(FALSE)); + } else { + if(sr1->format[0].class != UNCONSTRAINED || + sr2->format[0].class != UNCONSTRAINED || + sr3->format[0].class != UNCONSTRAINED) + MatchError(flo,ped, return(FALSE)); + } + /* grab a copy of the input attributes and propagate them to our output */ + in1->bands = in2->bands = in3->bands = 1; + dst->bands = xieValMaxBands; + for(b = 0; b < xieValMaxBands; ++inf, ++b) { + dst->format[b] = inf->format[0] = inf->srcDef->outFlo.format[0]; + dst->format[b].band = b; + if(IsConstrained(dst->format[b].class) && + dst->format[b].depth > MAX_DEPTH(xieValMaxBands)) + MatchError(flo,ped, return(FALSE)); + } + return( TRUE ); +} /* end PrepBandCom */ + +/* end module pbandc.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/pbande.c b/xie/xc/programs/Xserver/XIE/dixie/process/pbande.c new file mode 100644 index 0000000..a1abbf7 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/pbande.c @@ -0,0 +1,211 @@ +/* $XConsortium: pbande.c,v 1.4 94/04/17 20:33:39 rws Exp $ */ +/**** module pbande.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pbande.c -- DIXIE routines for managing the band combine element + + Dean Verheiden -- AGE Logic, Inc. July 1993 + +*****************************************************************************/ + +#define _XIEC_PBANDE + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeBandExt(); + +/* + * routines internal to this module + */ +static Bool PrepBandExt(); + +/* + * dixie entry points + */ +static diElemVecRec pBandExtVec = { + PrepBandExt /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +----------------------- routine: make a blend element -------------------- +------------------------------------------------------------------------*/ +peDefPtr MakeBandExt(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + double *coef; + peDefPtr ped; + inFloPtr inFlo; + pBandExtDefPtr pvt; + ELEMENT(xieFloBandExtract); + ELEMENT_SIZE_MATCH(xieFloBandExtract); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1,(CARD32)stuff->elemLength<<2,sizeof(pBandExtDefRec)))) + FloAllocError(flo, tag, xieElemBandExtract, return(NULL)); + + ped->diVec = &pBandExtVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloBandExtract *)ped->elemRaw; + pvt = (pBandExtDefPtr)ped->elemPvt; + coef = pvt->coef; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + cpswapl(stuff->levels, raw->levels); + pvt->bias = ConvertFromIEEE(lswapl(stuff->bias)); + coef[0] = ConvertFromIEEE(lswapl(stuff->constant0)); + coef[1] = ConvertFromIEEE(lswapl(stuff->constant1)); + coef[2] = ConvertFromIEEE(lswapl(stuff->constant2)); + } else { + memcpy((char *)raw, (char *)stuff, sizeof(xieFloBandExtract)); + pvt->bias = ConvertFromIEEE(stuff->bias); + coef[0] = ConvertFromIEEE(stuff->constant0); + coef[1] = ConvertFromIEEE(stuff->constant1); + coef[2] = ConvertFromIEEE(stuff->constant2); + } + /* assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCtag].srcTag = raw->src; + + return(ped); +} /* end MakeBandExt */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepBandExt(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloBandExtract *raw = (xieFloBandExtract *)ped->elemRaw; + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + + /* verify input attribute compatibility */ + if(src->bands != 3 || + IsntCanonic(src->format[0].class) || + src->format[0].width != src->format[1].width || + src->format[1].width != src->format[2].width || + src->format[0].height != src->format[1].height || + src->format[1].height != src->format[2].height) + MatchError(flo,ped, return(FALSE)); + + inf->bands = 3; + dst->bands = 1; + inf->format[0] = src->format[0]; + inf->format[1] = src->format[1]; + inf->format[2] = src->format[2]; + dst->format[0] = src->format[0]; + if(IsConstrained(src->format[0].class)) { + dst->format[0].levels = raw->levels; + if(!UpdateFormatfromLevels(ped)) + MatchError(flo,ped, return(FALSE)); + } + return TRUE; +} /* end PrepBandExt */ + +/* end module pbande.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/pbands.c b/xie/xc/programs/Xserver/XIE/dixie/process/pbands.c new file mode 100644 index 0000000..11b3d58 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/pbands.c @@ -0,0 +1,191 @@ +/* $XConsortium: pbands.c,v 1.3 94/04/17 20:33:40 rws Exp $ */ +/**** module pbands.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pbands.c -- DIXIE routines for managing the band select element + + Robert NC Shelley -- AGE Logic, Inc. September 1993 + +*****************************************************************************/ + +#define _XIEC_PBANDS + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeBandSel(); + +/* + * routines internal to this module + */ +static Bool PrepBandSel(); + +/* + * dixie entry points + */ +static diElemVecRec pBandSelVec = { + PrepBandSel /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +----------------------- routine: make a blend element -------------------- +------------------------------------------------------------------------*/ +peDefPtr MakeBandSel(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloBandSelect); + ELEMENT_SIZE_MATCH(xieFloBandSelect); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo, tag, xieElemBandSelect, return(NULL)); + + ped->diVec = &pBandSelVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloBandSelect *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + raw->bandNumber = stuff->bandNumber; + } else { + memcpy((char *)raw, (char *)stuff, sizeof(xieFloBandSelect)); + } + /* assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCtag].srcTag = raw->src; + + return(ped); +} /* end MakeBandSel */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepBandSel(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloBandSelect *raw = (xieFloBandSelect *)ped->elemRaw; + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + + if(src->bands != 3 || IsntCanonic(src->format[0].class)) + MatchError(flo,ped, return(FALSE)); + if(raw->bandNumber >= xieValMaxBands) + ValueError(flo,ped,(CARD32)raw->bandNumber, return(FALSE)); + + inf->bands = 3; + dst->bands = 1; + inf->format[0] = src->format[0]; + inf->format[1] = src->format[1]; + inf->format[2] = src->format[2]; + dst->format[0] = src->format[raw->bandNumber]; + dst->format[0].band = 0; + + return( TRUE ); +} /* end PrepBandSel */ + +/* end module pbands.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/pblend.c b/xie/xc/programs/Xserver/XIE/dixie/process/pblend.c new file mode 100644 index 0000000..21eef41 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/pblend.c @@ -0,0 +1,275 @@ +/* $XConsortium: pblend.c,v 1.4 94/04/17 20:33:40 rws Exp $ */ +/**** module pblend.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pblend.c -- DIXIE routines for managing the Blend element + + Dean Verheiden -- AGE Logic, Inc. June 1993 + +*****************************************************************************/ + +#define _XIEC_PBLEND + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeBlend(); + +/* + * routines internal to this module + */ +static Bool PrepBlend(); + +/* + * dixie entry points + */ +static diElemVecRec pBlendVec = { + PrepBlend /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +----------------------- routine: make a blend element -------------------- +------------------------------------------------------------------------*/ +peDefPtr MakeBlend(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + int inputs, index; + peDefPtr ped; + inFloPtr inFlo; + pBlendDefPtr pvt; + ELEMENT(xieFloBlend); + ELEMENT_SIZE_MATCH(xieFloBlend); + ELEMENT_NEEDS_1_INPUT(src1); /* Other input either src2 or constant */ + inputs = 1 + (stuff->src2 ? 1 : 0) + + (stuff->alpha ? 1 : 0) + + (stuff->domainPhototag ? 1 : 0); + + if(!(ped = MakePEDef(inputs, (CARD32)stuff->elemLength<<2, + sizeof(pBlendDefRec)))) + FloAllocError(flo, tag, xieElemBlend, return(NULL)); + + ped->diVec = &pBlendVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloBlend *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src1, raw->src1); + cpswaps(stuff->src2, raw->src2); + cpswaps(stuff->alpha, raw->alpha); + cpswapl(stuff->domainOffsetX, raw->domainOffsetX); + cpswapl(stuff->domainOffsetY, raw->domainOffsetY); + cpswaps(stuff->domainPhototag,raw->domainPhototag); + raw->bandMask = stuff->bandMask; + cpswapl(stuff->constant0, raw->constant0); + cpswapl(stuff->constant1, raw->constant1); + cpswapl(stuff->constant2, raw->constant2); + cpswapl(stuff->alphaConst, raw->alphaConst); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloBlend)); + + /* + * convert constants + */ + pvt = (pBlendDefPtr)ped->elemPvt; + if(!raw->src2) { + pvt->constant[0] = ConvertFromIEEE(raw->constant0); + pvt->constant[1] = ConvertFromIEEE(raw->constant1); + pvt->constant[2] = ConvertFromIEEE(raw->constant2); + index = SRCt1; + } else + index = SRCt2; + + pvt->alphaConst = ConvertFromIEEE(raw->alphaConst); + pvt->aindex = (raw->alpha) ? ++index : 0; + pvt->dindex = (raw->domainPhototag) ? ++index : 0; + + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCt1].srcTag = raw->src1; + if(raw->src2) inFlo[SRCt2].srcTag = raw->src2; + if(raw->alpha) inFlo[pvt->aindex].srcTag = raw->alpha; + if(raw->domainPhototag) inFlo[pvt->dindex].srcTag = raw->domainPhototag; + + return(ped); +} /* end MakeBlend */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepBlend(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloBlend *raw = (xieFloBlend *)ped->elemRaw; + pBlendDefPtr pvt = (pBlendDefPtr)ped->elemPvt; + inFloPtr ind, ina, in2, in1 = &ped->inFloLst[SRCt1]; + outFloPtr dom, sra, sr2, sr1 = &in1->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + int aindex = pvt->aindex, dindex = pvt->dindex, b; + CARD8 bmask = raw->bandMask; + + if ( raw->alpha && pvt->alphaConst <= 0.0 || + !raw->alpha && (pvt->alphaConst < 0.0 || pvt->alphaConst > 1.0)) + ValueError(flo, ped, raw->alphaConst, return(FALSE)); + + for (b = 0; b < sr1->bands; b++) + if (IsntCanonic(sr1->format[b].class) || + ((bmask & (1<format[b].class == BIT_PIXEL)) + MatchError(flo,ped,return(FALSE)); + + /* check out our second source */ + if(raw->src2) { + in2 = &ped->inFloLst[SRCt2]; + sr2 = &in2->srcDef->outFlo; + if(sr1->bands != sr2->bands) + MatchError(flo,ped, return(FALSE)); + in2->bands = sr2->bands; + for (b = 0; b < sr1->bands; b++) { + if ((bmask & (1<format[b].class != sr2->format[b].class || + IsConstrained(sr1->format[b].class) && + sr1->format[b].levels != sr2->format[b].levels) + MatchError(flo,ped, return(FALSE)); + } + } else + sr2 = NULL; + + + /* check out our alpha plane */ + if(aindex) { + ina = &ped->inFloLst[aindex]; + sra = &ina->srcDef->outFlo; + ina->bands = sra->bands; + for (b = 0; b < sra->bands; b++) { + if (IsCanonic(sra->format[b].class)) + ina->format[b] = sra->format[b]; + else + MatchError(flo,ped, return(FALSE)); + } + } + + /* check out our process domain */ + if(dindex) { + ind = &ped->inFloLst[dindex]; + dom = &ind->srcDef->outFlo; + if((ind->bands = dom->bands) != 1 || IsntDomain(dom->format[0].class)) + DomainError(flo,ped,raw->domainPhototag, return(FALSE)); + ind->format[0] = dom->format[0]; + } + + /* grab a copy of the input attributes and propagate them to our output */ + dst->bands = in1->bands = sr1->bands; + for(b = 0; b < dst->bands; b++) { + dst->format[b] = in1->format[b] = sr1->format[b]; + if(sr2) + in2->format[b] = sr2->format[b]; + } + + return( TRUE ); +} /* end PrepBlend */ + +/* end module pblend.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/pcfrgb.c b/xie/xc/programs/Xserver/XIE/dixie/process/pcfrgb.c new file mode 100644 index 0000000..a0f26f8 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/pcfrgb.c @@ -0,0 +1,425 @@ +/* $XConsortium: pcfrgb.c,v 1.4 94/04/17 20:33:41 rws Exp $ */ +/**** module pcfrgb.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pcfrgb.c -- DIXIE routines for managing the ConvertFromRGB element + + Dean Verheiden -- AGE Logic, Inc. August 1993 + +*****************************************************************************/ + +#define _XIEC_PCFRGB + +/* + * Include files + */ +#include + + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + +/* + * routines referenced by other modules + */ +peDefPtr MakeConvertFromRGB(); +Bool CopyPConvertFromRGBCIE(); +Bool CopyPConvertFromRGBYCC(); +Bool CopyPConvertFromRGBYCbCr(); +Bool PrepPConvertFromRGBCIE(); +Bool PrepPConvertFromRGBYCC(); +Bool PrepPConvertFromRGBYCbCr(); + +/* + * white adjust techniques, utilities, defined in ConvertToRGB + */ +extern Bool CopyPWhiteAdjustNone(); +extern Bool CopyPWhiteAdjustCIELabShift(); +extern Bool PrepPWhiteAdjustNone(); +extern Bool PrepPWhiteAdjustCIELabShift(); + +extern void copy_floats(); +extern void swap_floats(); + + +/* + * routines internal to this module + */ +static Bool PrepPConvertFromRGB(); + +/* + * dixie element entry points + */ +static diElemVecRec pConvertFromRGBVec = { + PrepPConvertFromRGB /* prepare for analysis and execution */ + }; + +/*------------------------------------------------------------------------ +------------------ routine: make a ConvertFromRBG element ---------------- +------------------------------------------------------------------------*/ +peDefPtr MakeConvertFromRGB(flo,tag,pe) +floDefPtr flo; +xieTypPhototag tag; +xieFlo *pe; +{ + peDefPtr ped; + ELEMENT(xieFloConvertFromRGB); + ELEMENT_AT_LEAST_SIZE(xieFloConvertFromRGB); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo,tag,xieElemConvertFromRGB, return(NULL)) ; + + ped->diVec = &pConvertFromRGBVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloConvertFromRGB *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + cpswaps(stuff->convert, raw->convert); + cpswaps(stuff->lenParams, raw->lenParams); + } else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloConvertFromRGB)); + /* + * copy technique data (if any) + */ + if(!(ped->techVec = FindTechnique(xieValConvertFromRGB, raw->convert)) || + !(ped->techVec->copyfnc(flo, ped, &stuff[1], &raw[1], raw->lenParams))) + TechniqueError(flo,ped,xieValConvertFromRGB,raw->convert,raw->lenParams, + return(ped)); + + /* + * assign phototag to inFlo + */ + ped->inFloLst[SRCtag].srcTag = raw->src; + + + return(ped); +} /* end MakePConvertFromRGB */ + +/*------------------------------------------------------------------------ +------ routine: copy routine for CIELab and CIEXYZ techniques ----------- +------------------------------------------------------------------------*/ +Bool CopyPConvertFromRGBCIE(flo, ped, sparms, rparms, tsize) +floDefPtr flo; +peDefPtr ped; +xieTecRGBToCIELab *sparms, *rparms; /* same as xieTecRGBToCIEXYZ */ +CARD16 tsize; +{ + pTecRGBToCIEDefPtr pvt; + + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + if (!(ped->techPvt = (pointer )XieMalloc(sizeof(pTecRGBToCIEDefRec)))) + FloAllocError(flo, ped->phototag,xieElemConvertFromRGB, return(TRUE)); + + pvt = (pTecRGBToCIEDefPtr)ped->techPvt; + + if( flo->reqClient->swapped ) { + swap_floats(&pvt->matrix[0], &sparms->matrix00, 9); + cpswaps(sparms->whiteAdjusted, pvt->whiteAdjusted); + cpswaps(sparms->lenParams, pvt->lenWhiteParams); + } else { + copy_floats(&pvt->matrix[0], &sparms->matrix00, 9); + pvt->whiteAdjusted = sparms->whiteAdjusted; + pvt->lenWhiteParams = sparms->lenParams; + } + + if(!(pvt->whiteTec = FindTechnique(xieValWhiteAdjust, pvt->whiteAdjusted)) || + !(pvt->whiteTec->copyfnc(flo, ped, &sparms[1], pvt->whitePoint, + pvt->whiteTec, pvt->lenWhiteParams, + pvt->whiteAdjusted == xieValDefault))) + TechniqueError(flo,ped,xieValWhiteAdjust,pvt->whiteAdjusted, + pvt->lenWhiteParams, return(TRUE)); + + return (TRUE); +} + +/*------------------------------------------------------------------------ +---------- routine: copy routine for YCbCr and YCC techniques ------------ +------------------------------------------------------------------------*/ +Bool CopyPConvertFromRGBYCbCr(flo, ped, sparms, rparms, tsize) +floDefPtr flo; +peDefPtr ped; +xieTecRGBToYCbCr *sparms, *rparms; +CARD16 tsize; +{ + pTecRGBToYCbCrDefPtr pvt; + + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + if (!(ped->techPvt = (pointer )XieMalloc(sizeof(pTecRGBToYCbCrDefRec)))) + FloAllocError(flo, ped->phototag,xieElemConvertFromRGB, return(TRUE)); + + pvt = (pTecRGBToYCbCrDefPtr)ped->techPvt; + + if( flo->reqClient->swapped ) { + cpswapl(sparms->levels0, pvt->levels0); + cpswapl(sparms->levels1, pvt->levels1); + cpswapl(sparms->levels2, pvt->levels2); + swap_floats(&pvt->red, &sparms->lumaRed, 3); + swap_floats(&pvt->bias0, &sparms->bias0, 3); + } else { + pvt->levels0 = sparms->levels0; + pvt->levels1 = sparms->levels1; + pvt->levels2 = sparms->levels2; + copy_floats(&pvt->red, &sparms->lumaRed, 3); + copy_floats(&pvt->bias0, &sparms->bias0, 3); + } + + return (TRUE); +} + +Bool CopyPConvertFromRGBYCC(flo, ped, sparms, rparms, tsize) +floDefPtr flo; +peDefPtr ped; +xieTecRGBToYCC *sparms, *rparms; +CARD16 tsize; +{ + pTecRGBToYCCDefPtr pvt; + + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + if (!(ped->techPvt = (pointer )XieMalloc(sizeof(pTecRGBToYCCDefRec)))) + FloAllocError(flo, ped->phototag,xieElemConvertFromRGB, return(TRUE)); + + pvt = (pTecRGBToYCCDefPtr)ped->techPvt; + + if( flo->reqClient->swapped ) { + cpswapl(sparms->levels0, pvt->levels0); + cpswapl(sparms->levels1, pvt->levels1); + cpswapl(sparms->levels2, pvt->levels2); + swap_floats(&pvt->red, &sparms->lumaRed, 3); + pvt->scale = ConvertFromIEEE(lswapl(sparms->scale)); + } else { + pvt->levels0 = sparms->levels0; + pvt->levels1 = sparms->levels1; + pvt->levels2 = sparms->levels2; + copy_floats(&pvt->red, &sparms->lumaRed, 3); + pvt->scale = ConvertFromIEEE(sparms->scale); + } + + return (TRUE); +} + +/*------------------------------------------------------------------------ +-- routine: prep routine for RGB to CIElab and CIEXYZ techniques --------- +------------------------------------------------------------------------*/ + +Bool PrepPConvertFromRGBCIE(flo, ped, raw, tec) +floDefPtr flo; +peDefPtr ped; +xieFloConvertFromRGB *raw; +xieTecRGBToCIELab *tec; /* same as xieTecRGBToCIEXYZ */ +{ + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + pTecRGBToCIEDefPtr pvt = (pTecRGBToCIEDefPtr)ped->techPvt; + int b; + + /* grab a copy of the src attributes and propagate them to our input */ + dst->bands = inf->bands = src->bands; + for(b = 0; b < src->bands; b++) { + dst->format[b] = inf->format[b] = src->format[b]; + /* Now, fix up everthing in the destination that will change */ + /* For this element, src may have been CONSTRAINED */ + dst->format[b].class = UNCONSTRAINED; + dst->format[b].depth = sz_RealPixel; + dst->format[b].levels = 0; /* Unconstrained */ + dst->format[b].stride = sz_RealPixel; + dst->format[b].pitch = sz_RealPixel * dst->format[b].width; + } + + return(pvt->whiteTec->prepfnc(flo,ped,pvt->whitePoint)); +} + +/*------------------------------------------------------------------------ +-- routine: prep routine for RGB to YCbCr and YCC techniques ------------- +------------------------------------------------------------------------*/ +Bool PrepPConvertFromRGBYCbCr(flo, ped, raw, tec) +floDefPtr flo; +peDefPtr ped; +xieFloConvertFromRGB *raw; +xieTecRGBToYCbCr *tec; +{ + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + pTecRGBToYCbCrDefPtr pvt = (pTecRGBToYCbCrDefPtr)ped->techPvt; + CARD32 *levels = &(pvt->levels0); + int b; + + /* grab a copy of the src attributes and propagate them to our input */ + dst->bands = inf->bands = src->bands; + for(b = 0; b < src->bands; b++) { + dst->format[b] = inf->format[b] = src->format[b]; + if (IsConstrained(dst->format[b].class)) + dst->format[b].levels = *(levels+b); + } + + if (IsConstrained(dst->format[0].class)) { + if (UpdateFormatfromLevels(ped) == FALSE) + MatchError(flo,ped, return(FALSE)); + } /* else the structure copy was sufficient */ + + return(TRUE); +} + +Bool PrepPConvertFromRGBYCC(flo, ped, raw, tec) +floDefPtr flo; +peDefPtr ped; +xieFloConvertFromRGB *raw; +xieTecRGBToYCC *tec; +{ + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + pTecRGBToYCCDefPtr pvt = (pTecRGBToYCCDefPtr)ped->techPvt; + CARD32 *levels = &(pvt->levels0); + int b; + + /* grab a copy of the src attributes and propagate them to our input */ + dst->bands = inf->bands = src->bands; + for(b = 0; b < src->bands; b++) { + dst->format[b] = inf->format[b] = src->format[b]; + if (IsConstrained(dst->format[b].class)) + dst->format[b].levels = *(levels+b); + } + + if (IsConstrained(dst->format[0].class)) { + if (UpdateFormatfromLevels(ped) == FALSE) + MatchError(flo,ped, return(FALSE)); + } /* else the structure copy was sufficient */ + + if (pvt->scale < .001) { /* should be about 1.35 or 1.4 */ + ValueError(flo, ped, tec->scale, return(FALSE)); + } + + return(TRUE); +} + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ + +static Bool PrepPConvertFromRGB(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + xieFloConvertFromRGB *raw = (xieFloConvertFromRGB *)ped->elemRaw; + + /* Input must be triple band and dimensions must match */ + if (IsntCanonic(src->format[0].class) || + src->bands != 3 || + src->format[0].width != src->format[1].width || + src->format[1].width != src->format[2].width || + src->format[0].height != src->format[1].height || + src->format[1].height != src->format[2].height) + MatchError(flo,ped, return(FALSE)); + + /* + ** Technique Prep routine will complete the normal propagation of src + ** attributes, and setup of destination attributes. + */ + + if (!(ped->techVec->prepfnc(flo, ped, raw, &raw[1]))) + TechniqueError(flo,ped,xieValConvertFromRGB,raw->convert, + raw->lenParams, return(FALSE)); + + return (TRUE); +} + +/* end module pcfrgb.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/pcfromi.c b/xie/xc/programs/Xserver/XIE/dixie/process/pcfromi.c new file mode 100644 index 0000000..683aa5e --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/pcfromi.c @@ -0,0 +1,225 @@ +/* $XConsortium: pcfromi.c,v 1.4 94/04/17 20:33:42 rws Exp $ */ +/**** module pcfromi.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pcfromi.c -- DIXIE routines for managing the ConvertFromIndex element + + Dean Verheiden -- AGE Logic, Inc. June 1993 + +*****************************************************************************/ + +#define _XIEC_PCFROMI +#define _XIEC_PCI + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* routines referenced by other modules. + */ +peDefPtr MakeConvertFromIndex(); + +/* routines internal to this module + */ +static Bool PrepConvertFromIndex(); + +/* dixie entry points + */ +static diElemVecRec pCfromIVec = { + PrepConvertFromIndex + }; + + +/*------------------------------------------------------------------------ +----------------- routine: make an ConvertFromIndex element ---------------- +------------------------------------------------------------------------*/ +peDefPtr MakeConvertFromIndex(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloConvertFromIndex); + ELEMENT_AT_LEAST_SIZE(xieFloConvertFromIndex); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped=MakePEDef(1,(CARD32)stuff->elemLength<<2,sizeof(pCfromIDefRec)))) + FloAllocError(flo,tag,xieElemConvertFromIndex, return(NULL)); + + ped->diVec = &pCfromIVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloConvertFromIndex *)ped->elemRaw; + /* + * copy the standard client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + raw->class = stuff->class; + raw->precision = stuff->precision; + cpswapl(stuff->colormap, raw->colormap); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloConvertFromIndex)); + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCtag].srcTag = raw->src; + + return(ped); +} /* end MakeConvertFromIndex */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepConvertFromIndex(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloConvertFromIndex *raw = (xieFloConvertFromIndex *)ped->elemRaw; + pCfromIDefPtr pvt = (pCfromIDefPtr) ped->elemPvt; + inFloPtr inf = &ped->inFloLst[SRCt1]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + CARD32 depth, levels, b; + + /* check client parameters + */ + if(raw->class != xieValSingleBand && + raw->class != xieValTripleBand || + raw->precision < 1 || raw->precision > 16) + ValueError(flo,ped,raw->precision, return(FALSE)); + + /* grab attributes from colormap, visual, ... + */ + if(!(pvt->cmap = (ColormapPtr) LookupIDByType(raw->colormap, RT_COLORMAP))) + ColormapError(flo,ped,raw->colormap, return(FALSE)); + pvt->precShift = 16 - raw->precision; + pvt->class = pvt->cmap->class; + pvt->visual = pvt->cmap->pVisual; + pvt->pixMsk[0] = pvt->visual->redMask; + pvt->pixMsk[1] = pvt->visual->greenMask; + pvt->pixMsk[2] = pvt->visual->blueMask; + pvt->pixPos[0] = pvt->visual->offsetRed; + pvt->pixPos[1] = pvt->visual->offsetGreen; + pvt->pixPos[2] = pvt->visual->offsetBlue; + pvt->cells = pvt->visual->ColormapEntries; + levels = (pvt->class <= PseudoColor ? pvt->cells : + (pvt->pixMsk[0] | pvt->pixMsk[1] | pvt->pixMsk[2]) + 1); + SetDepthFromLevels(levels,depth); + + if(IsntConstrained(src->format[0].class) + || src->bands > 1 || src->format[0].levels != 1<bands = (raw->class == xieValSingleBand) ? 1 : 3; + inf->bands = src->bands; + for(b = 0; b < dst->bands; b++) { + dst->format[b] = inf->format[0] = src->format[0]; + dst->format[b].band = b; + dst->format[b].levels = (1<precision); + } + if(!UpdateFormatfromLevels(ped)) + MatchError(flo,ped,return(FALSE)); + + return(TRUE); +} /* end PrepConvertFromIndex */ + +/* end module pcfromi.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/pcnst.c b/xie/xc/programs/Xserver/XIE/dixie/process/pcnst.c new file mode 100644 index 0000000..37bb5d8 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/pcnst.c @@ -0,0 +1,330 @@ +/* $XConsortium: pcnst.c,v 1.5 94/04/17 20:33:42 rws Exp $ */ +/**** module pcnst.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pcnst..c -- DIXIE routines for managing the Constrain element + + Dean Verheiden -- AGE Logic, Inc. May 1993 + +*****************************************************************************/ + +#define _XIEC_PCNST + +/* + * Include files + */ +#include + + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + + +/* + * routines referenced by other modules + */ +peDefPtr MakeConstrain(); +Bool CopyPConstrainStandard(); +Bool CopyPConstrainClipScale(); +Bool PrepPConstrainStandard(); +Bool PrepPConstrainClipScale(); + +/* + * routines internal to this module + */ +static Bool PrepPConstrain(); + +/* + * dixie element entry points + */ +static diElemVecRec pConstrainVec = { + PrepPConstrain /* prepare for analysis and execution */ + }; + +/*------------------------------------------------------------------------ +-------------------- routine: make a constrain element ------------------ +------------------------------------------------------------------------*/ +peDefPtr MakeConstrain(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + ELEMENT(xieFloConstrain); + ELEMENT_AT_LEAST_SIZE(xieFloConstrain); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo,tag,xieElemConstrain, return(NULL)) ; + + ped->diVec = &pConstrainVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloConstrain *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + cpswapl(stuff->levels0, raw->levels0); + cpswapl(stuff->levels1, raw->levels1); + cpswapl(stuff->levels2, raw->levels2); + cpswaps(stuff->lenParams, raw->lenParams); + cpswaps(stuff->constrain, raw->constrain); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloConstrain)); + /* + * copy technique data (if any) + */ + if(!(ped->techVec = FindTechnique(xieValConstrain, raw->constrain)) || + !(ped->techVec->copyfnc(flo, ped, &stuff[1], &raw[1], raw->lenParams))) + TechniqueError(flo,ped,xieValConstrain,raw->constrain,raw->lenParams, + return(ped)); + + /* + * assign phototag to inFlo + */ + ped->inFloLst[SRCtag].srcTag = raw->src; + + + return(ped); +} /* end MakePConstrain */ + +/*------------------------------------------------------------------------ +---------------- routine: copy routine for no param techniques ------------- +------------------------------------------------------------------------*/ + +Bool CopyPConstrainStandard(flo, ped, sparms, rparms, tsize) + floDefPtr flo; + peDefPtr ped; + pointer sparms, rparms; + CARD16 tsize; +{ + return(tsize == 0); +} + +/*------------------------------------------------------------------------ +---------------- routine: copy routine for Clip-Scale technique --------- +------------------------------------------------------------------------*/ + +Bool CopyPConstrainClipScale(flo, ped, sparms, rparms, tsize) + floDefPtr flo; + peDefPtr ped; + xieTecClipScale *sparms, *rparms; + CARD16 tsize; +{ + pCnstDefPtr pvt; + + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + if (!(ped->techPvt = (pointer )XieMalloc(sizeof(pCnstDefRec)))) + FloAllocError(flo, ped->phototag,xieElemConstrain, return(TRUE)); + + pvt = (pCnstDefPtr)ped->techPvt; + + if( flo->reqClient->swapped ) { + pvt->input_low[0] = ConvertFromIEEE(lswapl(sparms->inputLow0)); + pvt->input_low[1] = ConvertFromIEEE(lswapl(sparms->inputLow1)); + pvt->input_low[2] = ConvertFromIEEE(lswapl(sparms->inputLow2)); + pvt->input_high[0] = ConvertFromIEEE(lswapl(sparms->inputHigh0)); + pvt->input_high[1] = ConvertFromIEEE(lswapl(sparms->inputHigh1)); + pvt->input_high[2] = ConvertFromIEEE(lswapl(sparms->inputHigh2)); + cpswapl(sparms->outputLow0, pvt->output_low[0]); + cpswapl(sparms->outputLow1, pvt->output_low[1]); + cpswapl(sparms->outputLow2, pvt->output_low[2]); + cpswapl(sparms->outputHigh0, pvt->output_high[0]); + cpswapl(sparms->outputHigh1, pvt->output_high[1]); + cpswapl(sparms->outputHigh2, pvt->output_high[2]); + } else { + pvt->input_low[0] = ConvertFromIEEE(sparms->inputLow0); + pvt->input_low[1] = ConvertFromIEEE(sparms->inputLow1); + pvt->input_low[2] = ConvertFromIEEE(sparms->inputLow2); + pvt->input_high[0] = ConvertFromIEEE(sparms->inputHigh0); + pvt->input_high[1] = ConvertFromIEEE(sparms->inputHigh1); + pvt->input_high[2] = ConvertFromIEEE(sparms->inputHigh2); + pvt->output_low[0] = sparms->outputLow0; + pvt->output_low[1] = sparms->outputLow1; + pvt->output_low[2] = sparms->outputLow2; + pvt->output_high[0] = sparms->outputHigh0; + pvt->output_high[1] = sparms->outputHigh1; + pvt->output_high[2] = sparms->outputHigh2; + } + + return (TRUE); +} +/*------------------------------------------------------------------------ +---------------- routine: prep routine for no param techniques ------------- +------------------------------------------------------------------------*/ +Bool PrepPConstrainStandard(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + pointer raw, tec; +{ + return(TRUE); +} +/*------------------------------------------------------------------------ +---------------- routine: prep routine for Clip Scale technique ---------- +------------------------------------------------------------------------*/ +Bool PrepPConstrainClipScale(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieTecClipScale *raw, *tec; +{ + pCnstDefPtr pvt = (pCnstDefPtr)ped->techPvt; + + if (pvt->input_low[0] == pvt->input_high[0] || + pvt->output_low[0] > ped->outFlo.format[0].levels - 1 || + pvt->output_high[0] > ped->outFlo.format[0].levels - 1) + return(FALSE); + if (ped->outFlo.bands > 1) { + if ( pvt->input_low[1] == pvt->input_high[1] || + pvt->output_low[1] > ped->outFlo.format[1].levels - 1 || + pvt->output_high[1] > ped->outFlo.format[1].levels - 1 || + pvt->input_low[2] == pvt->input_high[2] || + pvt->output_low[2] > ped->outFlo.format[2].levels - 1 || + pvt->output_high[2] > ped->outFlo.format[2].levels - 1) + return(FALSE); + } + + return(TRUE); +} + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ + +static Bool PrepPConstrain(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + xieFloConstrain *raw = (xieFloConstrain *)ped->elemRaw; + int b; + + /* grab a copy of the src attributes and propagate them to our input */ + dst->bands = inf->bands = src->bands; + for(b = 0; b < src->bands; b++) { + + /* This should be impossible */ + if (IsntCanonic(src->format[b].class)) + ImplementationError(flo, ped, return(FALSE)); + + inf->format[b] = src->format[b]; + + /* Copy outFlo values that are unchanged by constrain */ + dst->format[b].band = b; + dst->format[b].interleaved = src->format[b].interleaved; + dst->format[b].width = src->format[b].width; + dst->format[b].height = src->format[b].height; + } + /* Pull in levels information from the element description */ + if ((dst->format[0].levels = raw->levels0) > MAX_LEVELS(src->bands)) + ValueError(flo,ped,raw->levels0,return(FALSE)); + if (dst->bands > 1) { + if ((dst->format[1].levels = raw->levels1) > MAX_LEVELS(src->bands)) + ValueError(flo,ped,raw->levels1,return(FALSE)); + if ((dst->format[2].levels = raw->levels2) > MAX_LEVELS(src->bands)) + ValueError(flo,ped,raw->levels2,return(FALSE)); + } + /* Set depth, class, stride, and pitch */ + if(!UpdateFormatfromLevels(ped)) + MatchError(flo,ped, return(FALSE)); + + /* Take care of any technique parameters */ + if (!(ped->techVec->prepfnc(flo, ped, raw, &raw[1]))) + TechniqueError(flo,ped,xieValConstrain,raw->constrain,raw->lenParams, + return(FALSE)); + return (TRUE); +} + +/* end module pcnst.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/pcomp.c b/xie/xc/programs/Xserver/XIE/dixie/process/pcomp.c new file mode 100644 index 0000000..cef9f97 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/pcomp.c @@ -0,0 +1,294 @@ +/* $XConsortium: pcomp.c,v 1.3 94/04/17 20:33:43 rws Exp $ */ +/**** module pcomp.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pcomp.c -- DIXIE routines for managing the compare element + + Dean Verheiden -- AGE Logic, Inc. July 1993 + +*****************************************************************************/ + +#define _XIEC_PCOMP + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeCompare(); + +/* + * routines internal to this module + */ +static Bool PrepCompare(); + +/* + * dixie entry points + */ +static diElemVecRec pCompareVec = { + PrepCompare /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +----------------------- routine: make a arithmetic element -------------------- +------------------------------------------------------------------------*/ +peDefPtr MakeCompare(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + int inputs; + peDefPtr ped; + inFloPtr inFlo; + pCompareDefPtr pvt; + ELEMENT(xieFloCompare); + ELEMENT_SIZE_MATCH(xieFloCompare); + ELEMENT_NEEDS_1_INPUT(src1); + inputs = 1 + (stuff->src2 ? 1 : 0) + (stuff->domainPhototag ? 1 :0); + + if(!(ped = MakePEDef(inputs, (CARD32)stuff->elemLength<<2, + sizeof(pCompareDefRec)))) + FloAllocError(flo, tag, xieElemCompare, return(NULL)); + + ped->diVec = &pCompareVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloCompare *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src1, raw->src1); + cpswaps(stuff->src2, raw->src2); + cpswapl(stuff->domainOffsetX, raw->domainOffsetX); + cpswapl(stuff->domainOffsetY, raw->domainOffsetY); + cpswaps(stuff->domainPhototag,raw->domainPhototag); + raw->operator = stuff->operator; + raw->combine = stuff->combine; + cpswapl(stuff->constant0, raw->constant0); + cpswapl(stuff->constant1, raw->constant1); + cpswapl(stuff->constant2, raw->constant2); + raw->bandMask = stuff->bandMask; + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloCompare)); + + if(!raw->src2) { + /* + * convert constants + */ + pvt = (pCompareDefPtr)ped->elemPvt; + pvt->constant[0] = ConvertFromIEEE(raw->constant0); + pvt->constant[1] = ConvertFromIEEE(raw->constant1); + pvt->constant[2] = ConvertFromIEEE(raw->constant2); + } + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCt1].srcTag = raw->src1; + if(raw->src2) inFlo[SRCt2].srcTag = raw->src2; + if(raw->domainPhototag) inFlo[ped->inCnt-1].srcTag = raw->domainPhototag; + + return(ped); +} /* end MakeCompare */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepCompare(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloCompare *raw = (xieFloCompare *)ped->elemRaw; + inFloPtr ind, in2, in1 = &ped->inFloLst[SRCt1]; + outFloPtr dom, sr2, sr1 = &in1->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + CARD8 mask, bandMask = raw->bandMask; + int b; + + /* check out our second source */ + if(raw->src2) { + in2 = &ped->inFloLst[SRCt2]; + sr2 = &in2->srcDef->outFlo; + if(sr1->bands != sr2->bands) + MatchError(flo,ped, return(FALSE)); + for (b = 0, mask = 1; b < sr1->bands; b++, mask <<= 1) { + if (sr1->bands == 3 && raw->combine && (!(mask & bandMask))) + continue; + if (IsntCanonic(sr1->format[b].class) || + sr1->format[b].class != sr2->format[b].class || + (IsConstrained(sr1->format[b].class) && + sr1->format[b].levels != sr2->format[b].levels)) + MatchError(flo,ped, return(FALSE)); + } + in2->bands = sr2->bands; + } else + sr2 = NULL; + + /* check out our process domain */ + if(raw->domainPhototag) { + ind = &ped->inFloLst[ped->inCnt-1]; + dom = &ind->srcDef->outFlo; + if((ind->bands = dom->bands) != 1 || IsntDomain(dom->format[0].class)) + DomainError(flo,ped,raw->domainPhototag, return(FALSE)); + ind->format[0] = dom->format[0]; + } else + dom = NULL; + + /* grab a copy of the input attributes and propagate them to our inputs */ + in1->bands = sr1->bands; + for(b = 0; b < sr1->bands; b++) { + in1->format[b] = sr1->format[b]; + if(sr2) + in2->format[b] = sr2->format[b]; + } + + /* Determine class of output */ + if (sr1->bands > 1 && !raw->combine) { + if (~(~0<bands) & ~raw->bandMask) /* mask must be for all bands */ + MatchError(flo,ped, return(FALSE)); + dst->bands = sr1->bands; + } else + dst->bands = 1; + + /* In this case, all src bands must have the same dimension */ + if (sr1->bands == 3 && raw->combine && + ((bandMask & 3 == 3 && + (sr1->format[0].width != sr1->format[1].width || + sr1->format[0].height != sr1->format[1].height)) || + (bandMask & 5 == 5 && + (sr1->format[0].width != sr1->format[2].width || + sr1->format[0].height != sr1->format[2].height)) || + (bandMask & 6 == 6 && + (sr1->format[1].width != sr1->format[2].width || + sr1->format[1].height != sr1->format[2].height)))) + MatchError(flo,ped, return(FALSE)); + + /* Check the operator */ + if (raw->operator != xieValLT && raw->operator != xieValLE && + raw->operator != xieValEQ && raw->operator != xieValNE && + raw->operator != xieValGT && raw->operator != xieValGE) + OperatorError(flo,ped,raw->operator, return(FALSE)); + + /* + Second check necessary because of protocol . . . must distinguish + between FloMatch errors and FloOperator errors + */ + if (dst->bands > 1 && raw->combine) { + if (raw->operator != xieValEQ && raw->operator != xieValNE) + MatchError(flo,ped, return(FALSE)); + } + + /* Set up destination parameters */ + for(b = 0; b < dst->bands; b++) { + CARD32 bits = sr1->format[b].width; + + dst->format[b].class = BIT_PIXEL; + dst->format[b].band = b; + dst->format[b].interleaved = FALSE; + dst->format[b].depth = 1; + dst->format[b].width = bits; + dst->format[b].height = sr1->format[b].height; + dst->format[b].levels = 2; + dst->format[b].stride = 1; + dst->format[b].pitch = bits + Align(bits,PITCH_MOD); + } + return( TRUE ); +} /* end PrepCompare */ + +/* end module pcomp.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/pconv.c b/xie/xc/programs/Xserver/XIE/dixie/process/pconv.c new file mode 100644 index 0000000..cad20bb --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/pconv.c @@ -0,0 +1,323 @@ +/* $XConsortium: pconv.c,v 1.5 94/04/17 20:33:43 rws Exp $ */ +/**** module pconv.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pconv.c -- DIXIE routines for managing the Convolution element + + Dean Verheiden -- AGE Logic, Inc. June 1993 + +*****************************************************************************/ + +#define _XIEC_PCONV + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeConvolve(); +Bool CopyConvolveConstant(); +Bool PrepConvolveStandard(); +#ifdef BEYOND_SI +Bool CopyConvolveReplicate(); +#endif /* BEYOND_SI */ + +/* + * routines internal to this module + */ +static Bool PrepConvolve(); + +/* + * dixie entry points + */ +static diElemVecRec pConvolveVec = { + PrepConvolve /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +----------------------- routine: make a convolution element -------------- +------------------------------------------------------------------------*/ +peDefPtr MakeConvolve(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + int inputs; + peDefPtr ped; + inFloPtr inFlo; + ConvFloat *pvt; + xieTypFloat *kptr; + int i, numke; + ELEMENT(xieFloConvolve); + ELEMENT_AT_LEAST_SIZE(xieFloConvolve); + ELEMENT_NEEDS_1_INPUT(src); + inputs = 1 + (stuff->domainPhototag ? 1 :0); + + + numke = stuff->kernelSize * stuff->kernelSize; + + if(!(ped = MakePEDef(inputs, (CARD32)stuff->elemLength<<2, + numke * sizeof(ConvFloat)))) + FloAllocError(flo, tag, xieElemConvolve, return(NULL)); + + ped->diVec = &pConvolveVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloConvolve *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + cpswapl(stuff->domainOffsetX, raw->domainOffsetX); + cpswapl(stuff->domainOffsetY, raw->domainOffsetY); + cpswaps(stuff->domainPhototag,raw->domainPhototag); + raw->bandMask = stuff->bandMask; + raw->kernelSize = stuff->kernelSize; + cpswaps(stuff->convolve, raw->convolve); + cpswaps(stuff->lenParams, raw->lenParams); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloConvolve)); + + /* Copy over and convert the kernel */ + kptr = (xieTypFloat *)&stuff[1]; + pvt = (ConvFloat *)ped->elemPvt; + if (flo->reqClient->swapped) + for (i = 0; i < numke; i++) { + /* can't use *pvt++ = ConvertFromIEEE(lswapl(*kptr++)); */ + /* because lswapl is a macro, and overincrements kptr */ + *pvt++ = ConvertFromIEEE(lswapl(*kptr)); + ++kptr; + } + else + for (i = 0; i < numke; i++) + *pvt++ = ConvertFromIEEE(*kptr++); + /* + * Ensure that the kernel size is odd + */ + if (!(stuff->kernelSize & 1)) + ValueError(flo,ped,(CARD32)raw->kernelSize,return(ped)); + + /* + * copy technique data (if any) + * Note that we must skip past the convolution kernel to get there + */ + if(!(ped->techVec = FindTechnique(xieValConvolve, raw->convolve)) || + !(ped->techVec->copyfnc(flo, ped, (CARD8 *)&stuff[1] + numke * 4, + (CARD8 *)&raw[1] + numke * 4, + raw->lenParams, + raw->convolve == xieValDefault))) + TechniqueError(flo,ped,xieValConvolve,raw->convolve,raw->lenParams, + return(ped)); + + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCtag].srcTag = raw->src; + if(raw->domainPhototag) inFlo[ped->inCnt-1].srcTag = raw->domainPhototag; + + return(ped); +} /* end MakeConv */ + +/*------------------------------------------------------------------------ +---------------- routine: copy routine for Constant technique --------- +------------------------------------------------------------------------*/ + +Bool CopyConvolveConstant(flo, ped, sparms, rparms, tsize, isDefault) + floDefPtr flo; + peDefPtr ped; + xieTecConvolveConstant *sparms, *rparms; + CARD16 tsize; + Bool isDefault; +{ + pTecConvolveConstantDefPtr pvt; + + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, isDefault); + + if (!(ped->techPvt=(pointer )XieMalloc(sizeof(pTecConvolveConstantDefRec)))) + FloAllocError(flo, ped->phototag, xieElemConvolve, return(TRUE)); + + pvt = (pTecConvolveConstantDefPtr)ped->techPvt; + + if (isDefault || !tsize) { + pvt->constant[0] = pvt->constant[1] = pvt->constant[2] = 0; + } else if( flo->reqClient->swapped ) { + pvt->constant[0] = ConvertFromIEEE(lswapl(sparms->constant0)); + pvt->constant[1] = ConvertFromIEEE(lswapl(sparms->constant1)); + pvt->constant[2] = ConvertFromIEEE(lswapl(sparms->constant2)); + } else { + pvt->constant[0] = ConvertFromIEEE(sparms->constant0); + pvt->constant[1] = ConvertFromIEEE(sparms->constant1); + pvt->constant[2] = ConvertFromIEEE(sparms->constant2); + } + + return (TRUE); +} + +#ifdef BEYOND_SI +/*------------------------------------------------------------------------ +---------------- routine: copy routine for no param techniques ------------- +------------------------------------------------------------------------*/ + +Bool CopyConvolveReplicate(flo, ped, sparms, rparms, tsize, isDefault) + floDefPtr flo; + peDefPtr ped; + pointer sparms, rparms; + CARD16 tsize; + Bool isDefault; +{ + return(tsize == 0); +} +#endif /* BEYOND_SI */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepConvolve(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloConvolve *raw = (xieFloConvolve *)ped->elemRaw; + inFloPtr ind, in = &ped->inFloLst[SRCtag]; + outFloPtr dom, src = &in->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + int b; + + /* check out our process domain */ + if(raw->domainPhototag) { + ind = &ped->inFloLst[ped->inCnt-1]; + dom = &ind->srcDef->outFlo; + if((ind->bands = dom->bands) != 1 || IsntDomain(dom->format[0].class)) + DomainError(flo,ped,raw->domainPhototag, return(FALSE)); + ind->format[0] = dom->format[0]; + } else + dom = NULL; + + /* grab a copy of the input attributes and propagate them to our output */ + dst->bands = in->bands = src->bands; + + for(b = 0; b < dst->bands; b++) { + if (IsntCanonic(src->format[b].class) || + ((raw->bandMask & (1<format[b].class == BIT_PIXEL)) + MatchError(flo, ped, return(FALSE)); + dst->format[b] = in->format[b] = src->format[b]; + } + + if(!(ped->techVec->prepfnc(flo, ped, raw, &raw[1] + + raw->kernelSize * raw->kernelSize * 4))) + TechniqueError(flo,ped,xieValConvolve,raw->convolve,raw->lenParams, + return(FALSE)); + + return( TRUE ); +} /* end PrepConvolve */ + +/*------------------------------------------------------------------------ +---------------- routine: prep routine for no param techniques ----------- +------------------------------------------------------------------------*/ +Bool PrepConvolveStandard(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + pointer raw, tec; +{ + return(TRUE); +} +/* end module pconv.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/pctoi.c b/xie/xc/programs/Xserver/XIE/dixie/process/pctoi.c new file mode 100644 index 0000000..098ae59 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/pctoi.c @@ -0,0 +1,439 @@ +/* $XConsortium: pctoi.c /main/7 1995/12/02 16:48:00 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module pctoi.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pctoi.c -- DIXIE routines for managing the ConvertToIndex element + + Dean Verheiden && Robert NC Shelley -- AGE Logic, Inc. June 1993 + +*****************************************************************************/ + +#define _XIEC_PCTOI +#define _XIEC_PCI + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include +#include + + +/* routines referenced by other modules. + */ +peDefPtr MakeConvertToIndex(); +Bool CopyCtoIAllocAll(); +Bool PrepCtoIAllocAll(); +#ifdef BEYOND_SI +Bool CopyCtoIAllocMatch(); +Bool CopyCtoIAllocRequantize(); +#endif /* BEYOND_SI */ + +/* routines internal to this module + */ +static Bool PrepConvertToIndex(); +static Bool DebriefConvertToIndex(); + +/* dixie entry points + */ +static diElemVecRec pCtoIVec = { + PrepConvertToIndex, + DebriefConvertToIndex + }; + + +/*------------------------------------------------------------------------ +----------------- routine: make an ExportPhotomap element ---------------- +------------------------------------------------------------------------*/ +peDefPtr MakeConvertToIndex(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloConvertToIndex); + ELEMENT_AT_LEAST_SIZE(xieFloConvertToIndex); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1,(CARD32)stuff->elemLength<<2,sizeof(pCtoIDefRec)))) + FloAllocError(flo,tag,xieElemConvertToIndex, return(NULL)); + + ped->diVec = &pCtoIVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloConvertToIndex *)ped->elemRaw; + /* + * copy the standard client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + raw->notify = stuff->notify; + cpswapl(stuff->colormap, raw->colormap); + cpswapl(stuff->colorList, raw->colorList); + cpswaps(stuff->colorAlloc, raw->colorAlloc); + cpswaps(stuff->lenParams, raw->lenParams); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloConvertToIndex)); + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCtag].srcTag = raw->src; + + /* + * copy technique data (if any) + */ + if(!(ped->techVec = FindTechnique(xieValColorAlloc,raw->colorAlloc)) || + !(ped->techVec->copyfnc(flo, ped, &stuff[1], &raw[1], raw->lenParams, + raw->colorAlloc == xieValDefault))) + TechniqueError(flo,ped,xieValColorAlloc,raw->colorAlloc,raw->lenParams, + return(ped)); + + return(ped); +} /* end MakeConvertToIndex */ + +/*------------------------------------------------------------------------ +----------------------- copy routines for techniques ------------------- +------------------------------------------------------------------------*/ + +Bool CopyCtoIAllocAll(flo, ped, sparms, rparms, tsize, isDefault) + floDefPtr flo; + peDefPtr ped; + xieTecColorAllocAll *sparms, *rparms; + CARD16 tsize; + Bool isDefault; +{ + pTecCtoIDefPtr pvt; + + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, isDefault); + + if(!(ped->techPvt=(pointer)XieMalloc(sizeof(pTecCtoIDefRec)))) + FloAllocError(flo,ped->phototag,xieElemConvertToIndex, return(TRUE)); + + pvt = (pTecCtoIDefPtr)ped->techPvt; + + pvt->defTech = isDefault; + + if (isDefault) + pvt->fill = 0; /* Not really a good way to pick this so . . . */ + else if( flo->reqClient->swapped ) { + cpswapl(sparms->fill, pvt->fill); + } else + pvt->fill = sparms->fill; + + return(TRUE); +} + +#ifdef BEYOND_SI +Bool CopyCtoIAllocMatch(flo, ped, sparms, rparms, tsize, isDefault) + floDefPtr flo; + peDefPtr ped; + xieTecColorAllocMatch *sparms, *rparms; + CARD16 tsize; + Bool isDefault; +{ + pConvertToIndexMatchDefPtr pvt; + + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, isDefault); + + if (!(ped->techPvt=(pointer )XieMalloc(sizeof(pTecConvertToIndexMatchDefRec)))) + AllocError(flo,ped, return(TRUE)); + + pvt = (pConvertToIndexMatchDefPtr)ped->techPvt; + + if( flo->reqClient->swapped ) { + pvt->matchLimit = ConvertFromIEEE(lswapl(sparms->matchLimit)); + pvt->grayLimit = ConvertFromIEEE(lswapl(sparms->grayLimit)); + } else { + pvt->matchLimit = ConvertFromIEEE(sparms->matchLimit); + pvt->grayLimit = ConvertFromIEEE(sparms->grayLimit); + } + return(TRUE); +} + +Bool CopyCtoIAllocRequantize(flo, ped, sparms, rparms, tsize, isDefault) + floDefPtr flo; + peDefPtr ped; + xieTecColorAllocRequantize *sparms, *rparms; + CARD16 tsize; + Bool isDefault; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, isDefault); + + if( flo->reqClient->swapped ){ + cpswapl(sparms->maxCells, rparms->maxCells); + } else + rparms->maxCells = sparms->maxCells; + + return(TRUE); +} +#endif /* BEYOND_SI */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepConvertToIndex(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloConvertToIndex *raw = (xieFloConvertToIndex *)ped->elemRaw; + pCtoIDefPtr pvt = (pCtoIDefPtr) ped->elemPvt; + inFloPtr inf = &ped->inFloLst[SRCt1]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + formatPtr sf = &src->format[0]; + formatPtr df = &dst->format[0]; + CARD32 b; + + /* must be constrained and inter-band dimensions must match + */ + if(IsntConstrained(sf[0].class) || + src->bands == 3 && (IsntConstrained(sf[1].class) || + IsntConstrained(sf[2].class) || + sf[0].width != sf[1].width || + sf[1].width != sf[2].width || + sf[0].height != sf[1].height || + sf[1].height != sf[2].height)) + MatchError(flo,ped, return(FALSE)); + + /* determine our output attributes from the input (figure out levels later) + */ + df[0] = sf[0]; + dst->bands = 1; + inf->bands = src->bands; + for(b = 0; b < src->bands; ++b) + inf->format[b] = sf[b]; + + /* find the ColorList and Colormap resources + */ + if(raw->colorList) { + if(!(pvt->list = LookupColorList(raw->colorList))) + ColorListError(flo,ped,raw->colorList, return(FALSE)); + if(pvt->list->refCnt != 1) + AccessError(flo,ped, return(FALSE)); + ++pvt->list->refCnt; + } else { + pvt->list = NULL; + } + if(!(pvt->cmap = (ColormapPtr) LookupIDByType(raw->colormap, RT_COLORMAP))) + ColormapError(flo,ped,raw->colormap, return(FALSE)); + + /* grab attributes from colormap, visual, ... + */ + pvt->class = pvt->cmap->class; + pvt->visual = pvt->cmap->pVisual; + pvt->stride = pvt->visual->bitsPerRGBValue; + pvt->cells = pvt->visual->ColormapEntries; + pvt->mask[0] = pvt->visual->redMask; + pvt->mask[1] = pvt->visual->greenMask; + pvt->mask[2] = pvt->visual->blueMask; + pvt->shft[0] = pvt->visual->offsetRed; + pvt->shft[1] = pvt->visual->offsetGreen; + pvt->shft[2] = pvt->visual->offsetBlue; + pvt->dynamic = pvt->cmap->class & DynamicClass; + pvt->graySrc = src->bands == 1; + pvt->preFmt = pvt->doHist = FALSE; + + switch(pvt->class) { + case DirectColor : + case TrueColor : + case StaticColor : + for(b = 0; b < 3; ++b) + pvt->levels[b] = pvt->mask[b] >> pvt->shft[b]; + + /* see if we have a full set of masks (by turning them into levels) + */ + if(pvt->levels[0]++ & pvt->levels[1]++ & pvt->levels[2]++) { + /* see what limitations we have for grayscale images */ + if(pvt->graySrc && !pvt->dynamic && (pvt->levels[0] != pvt->levels[1] || + pvt->levels[1] != pvt->levels[2])) + MatchError(flo,ped, return(FALSE)); + + /* set output levels and depth based on colormap masks + */ + df[0].levels = pvt->levels[0] * pvt->levels[1] * pvt->levels[2]; + SetDepthFromLevels(df[0].levels, pvt->depth); + break; + } /* for StaticColor with no asks, we'll fall thru */ + case PseudoColor : + pvt->levels[1] = pvt->levels[2] = 1; + case GrayScale : + case StaticGray : + /* set output levels and depth based on colormap size + */ + SetDepthFromLevels(pvt->cells, pvt->depth); + df[0].levels = 1<depth; + if((pvt->preFmt = !pvt->graySrc) && pvt->class <= GrayScale) + MatchError(flo,ped, return(FALSE)); + } + /* set output stride and pitch to match the colormap depth + */ + if(!UpdateFormatfromLevels(ped)) + MatchError(flo,ped, return(FALSE)); + + /* go do technique-specific stuff + */ + if(!(ped->techVec->prepfnc(flo, ped, raw, &raw[1]))) + TechniqueError(flo,ped,xieValColorAlloc,raw->colorAlloc,raw->lenParams, + return(FALSE)); + + /* init the colorlist resource + */ + if(pvt->list) { + ResetColorList(pvt->list, pvt->list->mapPtr); + pvt->list->mapID = raw->colormap; + pvt->list->mapPtr = pvt->cmap; + pvt->list->client = flo->runClient; + } + return(TRUE); +} /* end PrepConvertToIndex */ + +/*------------------------------------------------------------------------ +------------------------ technique prep routines ------------------------ +------------------------------------------------------------------------*/ +Bool PrepCtoIAllocAll(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloConvertToIndex *raw; + xieTecColorAllocAll *tec; +{ + pCtoIDefPtr pvt = (pCtoIDefPtr) ped->elemPvt; + inFloPtr inf = &ped->inFloLst[SRCtag]; + formatPtr fmt = &inf->format[0]; + + if(!(pvt->class & DynamicClass) || !pvt->list) + return(FALSE); /* AllocAll needs a dynamic colormap and a colorlist */ + + /* Check the depth of each band to make sure they're reasonable ... deep + * images have to have sparse histograms to avoid running out of colors + * + * XIE only supports up to 16 bits per band for "non-index" data, + * we will further limit RGB images to a total depth of 31. + */ + if(inf->bands == 1 && fmt[0].depth > 16 || + inf->bands == 3 && (fmt[0].depth + fmt[1].depth + fmt[2].depth > 31)) + return(FALSE); + + return(TRUE); +} /* end PrepCtoIAllocAll */ + +/*------------------------------------------------------------------------ +---------------------- routine: post execution cleanup ------------------- +------------------------------------------------------------------------*/ +static Bool DebriefConvertToIndex(flo,ped,ok) + floDefPtr flo; + peDefPtr ped; + Bool ok; +{ + pCtoIDefPtr pvt = (pCtoIDefPtr) ped->elemPvt; + colorListPtr lst; + + if(pvt && (lst = pvt->list)) + if(lst->refCnt > 1) { + if(!ok || !lst->cellCnt) + ResetColorList(lst, lst->mapPtr); + --lst->refCnt; + } else if(LookupIDByType(lst->ID, RT_COLORLIST)) { + FreeResourceByType(lst->ID, RT_COLORLIST, RT_NONE); + } else { + DeleteColorList(lst, lst->ID); + } + return(TRUE); +} /* end DebriefConvertToIndex */ + +/* end module pctoi.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/pctrgb.c b/xie/xc/programs/Xserver/XIE/dixie/process/pctrgb.c new file mode 100644 index 0000000..022b7ba --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/pctrgb.c @@ -0,0 +1,561 @@ +/* $XConsortium: pctrgb.c,v 1.4 94/04/17 20:33:45 rws Exp $ */ +/**** module pctrgb.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pctrgb.c -- DIXIE routines for managing the ConvertToRGB element + + Dean Verheiden -- AGE Logic, Inc. August 1993 + +*****************************************************************************/ + +#define _XIEC_PCTRGB + +/* + * Include files + */ +#include + + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + + +/* + * routines referenced by other modules + */ +peDefPtr MakeConvertToRGB(); +Bool CopyPConvertToRGBCIE(); +Bool CopyPConvertToRGBYCC(); +Bool CopyPConvertToRGBYCbCr(); +Bool PrepPConvertToRGBCIE(); +Bool PrepPConvertToRGBYCC(); +Bool PrepPConvertToRGBYCbCr(); + +/* + * routines for White Adjust techniques + */ +Bool CopyPWhiteAdjustNone(); +Bool CopyPWhiteAdjustCIELabShift(); +Bool PrepPWhiteAdjustNone(); +Bool PrepPWhiteAdjustCIELabShift(); +/* + * routines for Gamut techniques + */ +Bool CopyPGamut(); +Bool PrepPGamut(); + +/* + * other utility routines + */ + +void copy_floats(); +void swap_floats(); + +/* + * routines internal to this module + */ +static Bool PrepPConvertToRGB(); + +/* + * dixie element entry points + */ +static diElemVecRec pConvertToRGBVec = { + PrepPConvertToRGB /* prepare for analysis and execution */ + }; + +/*------------------------------------------------------------------------ +------------------ routine: make a ConvertToRBG element ---------------- +------------------------------------------------------------------------*/ +peDefPtr MakeConvertToRGB(flo,tag,pe) +floDefPtr flo; +xieTypPhototag tag; +xieFlo *pe; +{ + peDefPtr ped; + ELEMENT(xieFloConvertToRGB); + ELEMENT_AT_LEAST_SIZE(xieFloConvertToRGB); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo,tag,xieElemConvertToRGB, return(NULL)) ; + + ped->diVec = &pConvertToRGBVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloConvertToRGB *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + cpswaps(stuff->convert, raw->convert); + cpswaps(stuff->lenParams, raw->lenParams); + } else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloConvertToRGB)); + /* + * copy technique data (if any) + */ + if(!(ped->techVec = FindTechnique(xieValConvertToRGB, raw->convert)) || + !(ped->techVec->copyfnc(flo, ped, &stuff[1], &raw[1], raw->lenParams))) + TechniqueError(flo,ped,xieValConvertToRGB,raw->convert,raw->lenParams, + return(ped)); + + /* + * assign phototag to inFlo + */ + ped->inFloLst[SRCtag].srcTag = raw->src; + + return(ped); +} /* end MakePConvertToRGB */ + +/*------------------------------------------------------------------------ +------ routine: copy routine for CIELab and CIEXYZ techniques ----------- +------------------------------------------------------------------------*/ +Bool CopyPConvertToRGBCIE(flo, ped, sparms, rparms, tsize) +floDefPtr flo; +peDefPtr ped; +xieTecCIELabToRGB *sparms, *rparms; /* same as xieTecCIEXYZToRGB */ +CARD16 tsize; +{ + pTecCIEToRGBDefPtr pvt; + + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + if (!(ped->techPvt = (pointer )XieMalloc(sizeof(pTecCIEToRGBDefRec)))) + FloAllocError(flo, ped->phototag,xieElemConvertToRGB, return(TRUE)); + + pvt = (pTecCIEToRGBDefPtr)ped->techPvt; + + if( flo->reqClient->swapped ) { + swap_floats(&pvt->matrix[0], &sparms->matrix00, 9); + cpswaps(sparms->whiteAdjusted, pvt->whiteAdjusted); + cpswaps(sparms->lenWhiteParams, pvt->lenWhiteParams); + cpswaps(sparms->gamutCompress, pvt->gamutCompress); + cpswaps(sparms->lenGamutParams, pvt->lenGamutParams); + } else { + copy_floats(&pvt->matrix[0], &sparms->matrix00, 9); + pvt->whiteAdjusted = sparms->whiteAdjusted; + pvt->lenWhiteParams = sparms->lenWhiteParams; + pvt->gamutCompress = sparms->gamutCompress; + pvt->lenGamutParams = sparms->lenGamutParams; + } + + if(!(pvt->whiteTec = FindTechnique(xieValWhiteAdjust, pvt->whiteAdjusted)) || + !(pvt->whiteTec->copyfnc(flo, ped, &sparms[1], pvt->whitePoint, + pvt->whiteTec, pvt->lenWhiteParams, + pvt->whiteAdjusted == xieValDefault))) + TechniqueError(flo,ped,xieValWhiteAdjust, + pvt->whiteAdjusted,pvt->lenWhiteParams, return(TRUE)); + + if(!(pvt->gamutTec = FindTechnique(xieValGamut, pvt->gamutCompress)) || + !(pvt->gamutTec->copyfnc(pvt->lenGamutParams))) + TechniqueError(flo,ped,xieValGamut, + pvt->gamutCompress,pvt->lenGamutParams, return(TRUE)); + + return (TRUE); +} + +/*------------------------------------------------------------------------ +---------- routine: copy routine for YCbCr and YCC techniques ------------ +------------------------------------------------------------------------*/ +Bool CopyPConvertToRGBYCbCr(flo, ped, sparms, rparms, tsize) +floDefPtr flo; +peDefPtr ped; +xieTecYCbCrToRGB *sparms, *rparms; +CARD16 tsize; +{ + pTecYCbCrToRGBDefPtr pvt; + + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + if (!(ped->techPvt = (pointer )XieMalloc(sizeof(pTecYCbCrToRGBDefRec)))) + FloAllocError(flo, ped->phototag,xieElemConvertToRGB, return(TRUE)); + + pvt = (pTecYCbCrToRGBDefPtr)ped->techPvt; + + if( flo->reqClient->swapped ) { + cpswapl(sparms->levels0, pvt->levels0); + cpswapl(sparms->levels1, pvt->levels1); + cpswapl(sparms->levels2, pvt->levels2); + swap_floats(&pvt->red, &sparms->lumaRed, 3); + swap_floats(&pvt->bias0, &sparms->bias0, 3); + cpswaps(sparms->gamutCompress, pvt->gamutCompress); + cpswaps(sparms->lenGamutParams, pvt->lenGamutParams); + } else { + pvt->levels0 = sparms->levels0; + pvt->levels1 = sparms->levels1; + pvt->levels2 = sparms->levels2; + copy_floats(&pvt->red, &sparms->lumaRed, 3); + copy_floats(&pvt->bias0, &sparms->bias0, 3); + pvt->gamutCompress = sparms->gamutCompress; + pvt->lenGamutParams = sparms->lenGamutParams; + } + + if(!(pvt->gamutTec = FindTechnique(xieValGamut, pvt->gamutCompress)) || + !(pvt->gamutTec->copyfnc(pvt->lenGamutParams))) + TechniqueError(flo,ped,xieValGamut, + pvt->gamutCompress,pvt->lenGamutParams, return(TRUE)); + + return (TRUE); +} + +Bool CopyPConvertToRGBYCC(flo, ped, sparms, rparms, tsize) +floDefPtr flo; +peDefPtr ped; +xieTecYCCToRGB *sparms, *rparms; +CARD16 tsize; +{ + pTecYCCToRGBDefPtr pvt; + + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + if (!(ped->techPvt = (pointer )XieMalloc(sizeof(pTecYCCToRGBDefRec)))) + FloAllocError(flo, ped->phototag,xieElemConvertToRGB, return(TRUE)); + + pvt = (pTecYCCToRGBDefPtr)ped->techPvt; + + if( flo->reqClient->swapped ) { + cpswapl(sparms->levels0, pvt->levels0); + cpswapl(sparms->levels1, pvt->levels1); + cpswapl(sparms->levels2, pvt->levels2); + swap_floats(&pvt->red, &sparms->lumaRed, 3); + pvt->scale = ConvertFromIEEE(lswapl(sparms->scale)); + cpswaps(sparms->gamutCompress, pvt->gamutCompress); + cpswaps(sparms->lenGamutParams, pvt->lenGamutParams); + } else { + pvt->levels0 = sparms->levels0; + pvt->levels1 = sparms->levels1; + pvt->levels2 = sparms->levels2; + copy_floats(&pvt->red, &sparms->lumaRed, 3); + pvt->scale = ConvertFromIEEE(sparms->scale); + pvt->gamutCompress = sparms->gamutCompress; + pvt->lenGamutParams = sparms->lenGamutParams; + } + + if(!(pvt->gamutTec = FindTechnique(xieValGamut, pvt->gamutCompress)) || + !(pvt->gamutTec->copyfnc(pvt->lenGamutParams))) + TechniqueError(flo,ped,xieValGamut, + pvt->gamutCompress,pvt->lenGamutParams, return(TRUE)); + + return (TRUE); +} +/*------------------------------------------------------------------------ +-- routine: copy routine for White Adjust None technique ---------- +------------------------------------------------------------------------*/ +Bool CopyPWhiteAdjustNone(flo, ped, sparms, pvtf, tv, tsize, isDefault) +floDefPtr flo; +peDefPtr ped; +pointer sparms; +double *pvtf; +techVecPtr tv; +CARD16 tsize; +Bool isDefault; +{ + return (tsize == 0); +} + +/*------------------------------------------------------------------------ +-- routine: copy routine for White Adjust CIELabShift technique ---------- +------------------------------------------------------------------------*/ +Bool CopyPWhiteAdjustCIELabShift(flo, ped, sparms, pvtf, tv, tsize, isDefault) +floDefPtr flo; +peDefPtr ped; +xieTecWhiteAdjustCIELabShift *sparms; +double *pvtf; +techVecPtr tv; +CARD16 tsize; +Bool isDefault; +{ + VALIDATE_TECHNIQUE_SIZE(tv, tsize, isDefault); + + if( flo->reqClient->swapped ) { + swap_floats(pvtf, &sparms->whitePoint0, 3); + } else { + copy_floats(pvtf, &sparms->whitePoint0, 3); + } + + return (TRUE); +} + +/*------------------------------------------------------------------------ +----------- routine: copy routine for Gamut techniques ------------------- +------------------------------------------------------------------------*/ +Bool CopyPGamut(tsize) +CARD16 tsize; +{ + return (tsize == 0); +} + +/*------------------------------------------------------------------------ +-- routine: prep routine for RGB to CIElab and CIEXYZ techniques --------- +------------------------------------------------------------------------*/ +Bool PrepPConvertToRGBCIE(flo, ped, raw, tec) +floDefPtr flo; +peDefPtr ped; +xieFloConvertToRGB *raw; +xieTecCIELabToRGB *tec; /* same as xieTecCIEXYZToRGB */ +{ + pTecCIEToRGBDefPtr pvt = (pTecCIEToRGBDefPtr)ped->techPvt; + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + int b; + + /* grab a copy of the src attributes and propagate them to our input */ + dst->bands = inf->bands = src->bands; + for(b = 0; b < src->bands; b++) { + if (IsConstrained(src->format[0].class)) + return FALSE; /* must be floats */ + /* Since we know its floats, structure copy sufficient */ + dst->format[b] = inf->format[b] = src->format[b]; + } + + return(pvt->whiteTec->prepfnc(flo,ped,pvt->whitePoint)); +} + +/*------------------------------------------------------------------------ +-- routine: prep routine for RGB to YCbCr and YCC techniques ------------- +------------------------------------------------------------------------*/ +Bool PrepPConvertToRGBYCbCr(flo, ped, raw, tec) +floDefPtr flo; +peDefPtr ped; +xieFloConvertToRGB *raw; +xieTecYCbCrToRGB *tec; +{ + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + pTecYCbCrToRGBDefPtr pvt = (pTecYCbCrToRGBDefPtr)ped->techPvt; + CARD32 *levels = &(pvt->levels0); + int b; + + /* grab a copy of the src attributes and propagate them to our input */ + dst->bands = inf->bands = src->bands; + for(b = 0; b < src->bands; b++) { + dst->format[b] = inf->format[b] = src->format[b]; + if (IsConstrained(dst->format[b].class)) + dst->format[b].levels = *(levels+b); + } + + /* Set depth, class, stride, and pitch */ + if (IsConstrained(dst->format[0].class)) { + if (UpdateFormatfromLevels(ped) == FALSE) + MatchError(flo,ped, return(FALSE)); + } /* else the structure copy was sufficient */ + + return(TRUE); +} + +Bool PrepPConvertToRGBYCC(flo, ped, raw, tec) +floDefPtr flo; +peDefPtr ped; +xieFloConvertToRGB *raw; +xieTecYCCToRGB *tec; +{ + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + pTecYCCToRGBDefPtr pvt = (pTecYCCToRGBDefPtr)ped->techPvt; + CARD32 *levels = &(pvt->levels0); + int b; + + /* grab a copy of the src attributes and propagate them to our input */ + dst->bands = inf->bands = src->bands; + for(b = 0; b < src->bands; b++) { + dst->format[b] = inf->format[b] = src->format[b]; + if (IsConstrained(dst->format[b].class)) + dst->format[b].levels = *(levels+b); + } + + /* Set depth, class, stride, and pitch */ + if (IsConstrained(dst->format[0].class)) { + if (UpdateFormatfromLevels(ped) == FALSE) + MatchError(flo,ped, return(FALSE)); + } /* else the structure copy was sufficient */ + + if (pvt->scale < .001) { /* should be about 1.35 or 1.4 */ + ValueError(flo, ped, tec->scale, return(FALSE)); + } + + return(TRUE); +} + +/*------------------------------------------------------------------------ +------ routine: prep routine for White Adjust none technique ------------- +------------------------------------------------------------------------*/ +Bool PrepPWhiteAdjustNone(flo, ped, pwp) +floDefPtr flo; +peDefPtr ped; +double *pwp; +{ + return(TRUE); +} + +/*------------------------------------------------------------------------ +-- routine: prep routine for White Adjust CIELabShift technique ---------- +------------------------------------------------------------------------*/ +Bool PrepPWhiteAdjustCIELabShift(flo, ped, pwp) +floDefPtr flo; +peDefPtr ped; +double *pwp; +{ + return(TRUE); +} + +/*------------------------------------------------------------------------ +------------ routine: prep routine for gamut techniques ------------------ +------------------------------------------------------------------------*/ +Bool PrepPGamut() +{ + return(TRUE); +} + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ + +static Bool PrepPConvertToRGB(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + xieFloConvertToRGB *raw = (xieFloConvertToRGB *)ped->elemRaw; + + /* Input must be triple band and dimensions must match */ + if (IsntCanonic(src->format[0].class) || + src->bands != 3 || + src->format[0].width != src->format[1].width || + src->format[1].width != src->format[2].width || + src->format[0].height != src->format[1].height || + src->format[1].height != src->format[2].height) + MatchError(flo,ped, return(FALSE)); + + + /* + ** Technique Prep routine will complete the normal propagation of src + ** attributes, and setup of destination attributes. + */ + + if (!(ped->techVec->prepfnc(flo, ped, raw, &raw[1]))) + TechniqueError(flo,ped,xieValConvertToRGB, + raw->convert,raw->lenParams, return(FALSE)); + + + return (TRUE); +} + +/*------------------------------------------------------------------------ +---------------------- utility routines for parameters ------------------- +------------------------------------------------------------------------*/ + +void +swap_floats(doubles_out, funny_floats_in, cnt) + double *doubles_out; + xieTypFloat *funny_floats_in; + int cnt; +{ + int m; + for (m = 0; m < cnt; m++) + doubles_out[m] = ConvertFromIEEE(lswapl(funny_floats_in[m])); +} + +void +copy_floats(doubles_out, funny_floats_in, cnt) + double *doubles_out; + xieTypFloat *funny_floats_in; + int cnt; +{ + int m; + for (m = 0; m < cnt; m++) + doubles_out[m] = ConvertFromIEEE(funny_floats_in[m]); +} + +/* end module pctrgb.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/pdither.c b/xie/xc/programs/Xserver/XIE/dixie/process/pdither.c new file mode 100644 index 0000000..9df514a --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/pdither.c @@ -0,0 +1,303 @@ +/* $XConsortium: pdither.c,v 1.6 94/04/17 20:33:45 rws Exp $ */ +/**** module pdither.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pdither.c -- DIXIE routines for managing the Dither element + + Larry Hare -- AGE Logic, Inc. May 1993 + +*****************************************************************************/ + +#define _XIEC_PDITHER + +/* + * Include files + */ +#include + + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + + +/* + * routines referenced by other modules + */ +peDefPtr MakeDither(); + +Bool CopyPDitherErrorDiffusion(); +Bool PrepPDitherErrorDiffusion(); + +Bool CopyPDitherOrdered(); +Bool PrepPDitherOrdered(); + +/* + * routines internal to this module + */ +static Bool PrepPDither(); +static Bool PrepPDitherStandard(); + +/* + * dixie element entry points + */ +static diElemVecRec pDitherVec = { + PrepPDither /* prepare for analysis and execution */ + }; + +/*------------------------------------------------------------------------ +-------------------- routine: make a dither element ------------------ +------------------------------------------------------------------------*/ +peDefPtr MakeDither(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + ELEMENT(xieFloDither); + ELEMENT_AT_LEAST_SIZE(xieFloDither); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo,tag,xieElemDither, return(NULL)) ; + + ped->diVec = &pDitherVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloDither *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + raw->bandMask = stuff->bandMask; + cpswapl(stuff->levels0, raw->levels0); + cpswapl(stuff->levels1, raw->levels1); + cpswapl(stuff->levels2, raw->levels2); + cpswaps(stuff->lenParams, raw->lenParams); + cpswaps(stuff->dither, raw->dither); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloDither)); + /* + * copy technique data (if any) + */ + if(!(ped->techVec = FindTechnique(xieValDither, raw->dither)) || + !(ped->techVec->copyfnc(flo, ped, &stuff[1], &raw[1], raw->lenParams, + raw->dither == xieValDefault))) + TechniqueError(flo,ped,xieValDither,raw->dither,raw->lenParams, + return(ped)); + + /* + * assign phototag to inFlo + */ + ped->inFloLst[SRCtag].srcTag = raw->src; + + + return(ped); +} /* end MakePDither */ + +/*------------------------------------------------------------------------ +---------------- routine: copy routine for no Error Diffusion technique -- +------------------------------------------------------------------------*/ + +Bool CopyPDitherErrorDiffusion(flo, ped, sparms, rparms, tsize, isDefault) + floDefPtr flo; + peDefPtr ped; + pointer sparms, rparms; + CARD16 tsize; + Bool isDefault; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, isDefault); + + return(tsize == 0); +} + +/*------------------------------------------------------------------------ +---------------- routine: copy routine for Ordered techniques --------- +------------------------------------------------------------------------*/ + +Bool CopyPDitherOrdered(flo, ped, sparms, rparms, tsize, isDefault) + floDefPtr flo; + peDefPtr ped; + xieTecDitherOrdered *sparms, *rparms; + CARD16 tsize; + Bool isDefault; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, isDefault); + + if (tsize) + rparms->thresholdOrder = sparms->thresholdOrder; + else + rparms->thresholdOrder = 4; + + return(TRUE); +} + +/*------------------------------------------------------------------------ +---------------- routine: prep routine for no param techniques ------------- +------------------------------------------------------------------------*/ +static +Bool PrepPDitherStandard(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + pointer raw, tec; +{ + return(TRUE); +} + +/*------------------------------------------------------------------------ +---------------- routine: prep routine for Error Diffusion techniques ---- +------------------------------------------------------------------------*/ +Bool PrepPDitherErrorDiffusion(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloDither *raw; + pointer tec; +{ + return PrepPDitherStandard(flo, ped, (pointer) raw, tec); +} + +/*------------------------------------------------------------------------ +---------------- routine: prep routine for Ordered technique ------------- +------------------------------------------------------------------------*/ +Bool PrepPDitherOrdered(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloDither *raw; + xieTecDitherOrdered *tec; +{ + return PrepPDitherStandard(flo, ped, (pointer) raw, (pointer) tec); +} + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ + +static Bool PrepPDither(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + xieFloDither *raw = (xieFloDither *)ped->elemRaw; + CARD32 *levels = &(raw->levels0); + int b; + + /* grab a copy of the src attributes and propagate them to our input */ + dst->bands = inf->bands = src->bands; + for(b = 0; b < src->bands; b++) { + + dst->format[b] = inf->format[b] = src->format[b]; + + if ((raw->bandMask & (1<format[b].class) && + src->format[b].class == BIT_PIXEL) + MatchError(flo, ped, return(FALSE)); + + if ((dst->format[b].levels = *(levels+b)) > src->format[b].levels) + ValueError(flo,ped,*(levels+b),return(FALSE)); + } + + /* Set depth, class, stride, and pitch */ + if (UpdateFormatfromLevels(ped) == FALSE) + MatchError(flo,ped, return(FALSE)); + + /* Take care of any technique parameters */ + if (!(ped->techVec->prepfnc(flo, ped, raw, &raw[1]))) + TechniqueError(flo,ped,xieValDither,raw->dither,raw->lenParams, + return(FALSE)); + + return (TRUE); +} + +/* end module pdither.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/pgeom.c b/xie/xc/programs/Xserver/XIE/dixie/process/pgeom.c new file mode 100644 index 0000000..48d1395 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/pgeom.c @@ -0,0 +1,421 @@ +/* $XConsortium: pgeom.c,v 1.5 94/04/17 20:33:46 rws Exp $ */ +/**** module pgeom.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pgeom.c -- DIXIE routines for managing the Geometry element + + Ben Fahy -- AGE Logic, Inc. June 1993 + +*****************************************************************************/ + +#define _XIEC_PGEOM + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeGeometry(); +Bool CopyGeomNearestNeighbor(); +Bool PrepGeomNearestNeighbor(); +Bool CopyGeomAntiAlias(); +Bool PrepGeomAntiAlias(); + +#if XIE_FULL +Bool CopyGeomBilinearInterp(); +Bool PrepGeomBilinearInterp(); +Bool CopyGeomGaussian(); +Bool PrepGeomGaussian(); +#endif + +/* + * routines internal to this module + */ +static Bool PrepGeometry(); +static Bool CopyGeomNoParams(); + +/* + * dixie entry points + */ +static diElemVecRec pGeometryVec = { + PrepGeometry /* prepare for analysis and execution */ + }; + +/*------------------------------------------------------------------------ +----------------------- routine: make a convolution element -------------- +------------------------------------------------------------------------*/ +peDefPtr MakeGeometry(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + int inputs; + peDefPtr ped; + inFloPtr inFlo; + pGeomDefPtr pvt; + xieTypFloat *kptr; + int i; + ELEMENT(xieFloGeometry); + ELEMENT_AT_LEAST_SIZE(xieFloGeometry); + ELEMENT_NEEDS_1_INPUT(src); + inputs = 1; + + + if(!(ped = MakePEDef(inputs, (CARD32)stuff->elemLength<<2, + sizeof(pGeomDefRec)))) + FloAllocError(flo, tag, xieElemGeometry, return(NULL)); + + ped->diVec = &pGeometryVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloGeometry *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + raw->bandMask = stuff->bandMask; + cpswapl(stuff->width, raw->width); + cpswapl(stuff->height, raw->height); + cpswaps(stuff->sample, raw->sample); + cpswaps(stuff->lenParams, raw->lenParams); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloGeometry)); + + /* Copy over and convert the floating point stuff */ + kptr = (xieTypFloat *)&stuff->a; + pvt = (pGeomDefPtr)ped->elemPvt; + + if (flo->reqClient->swapped) { + for (i = 0; i < 6; ++kptr, ++i) + pvt->coeffs[i] = ConvertFromIEEE(lswapl(*kptr)); + for (i = 0; i < xieValMaxBands; ++kptr, ++i) + pvt->constant[i] = ConvertFromIEEE(lswapl(*kptr)); + } else { + for (i = 0; i < 6; i++) + pvt->coeffs[i] = ConvertFromIEEE(*kptr++); + for (i = 0; i < xieValMaxBands; i++) + pvt->constant[i] = ConvertFromIEEE(*kptr++); + } + /* + * copy technique data (if any) + */ + if(!(ped->techVec = FindTechnique(xieValGeometry, raw->sample)) || + !(ped->techVec->copyfnc(flo, ped, &stuff[1], &raw[1], raw->lenParams, + raw->sample == xieValDefault))) + TechniqueError(flo,ped,xieValGeometry,raw->sample,raw->lenParams, + return(ped)); + + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCtag].srcTag = raw->src; + + return(ped); +} /* end MakeGeometry */ + +/*------------------------------------------------------------------------ +----------- routine: copy routine for NearestNeighbor technique --------- +------------------------------------------------------------------------*/ + +Bool CopyGeomNearestNeighbor(flo, ped, sparms, rparms, tsize, isDefault) + floDefPtr flo; + peDefPtr ped; + xieTecGeomNearestNeighbor *sparms, *rparms; + CARD16 tsize; + Bool isDefault; +{ + pTecGeomNearestNeighborDefPtr pvt; + + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, isDefault); + + if (!(ped->techPvt=(pointer ) + XieMalloc(sizeof(pTecGeomNearestNeighborDefRec)))) + FloAllocError(flo, ped->phototag, xieElemGeometry, return(TRUE)); + + pvt = (pTecGeomNearestNeighborDefPtr)ped->techPvt; + + /* + * Nearest Neighbor can be called with no parameters + */ + if (isDefault) + pvt->modify = xieValFavorUp; + else + pvt->modify = sparms->modify; + + return (TRUE); +} + +#if XIE_FULL +/*------------------------------------------------------------------------ +------ routine: copy routine for bilinear interpolation technique -------- +------------------------------------------------------------------------*/ + +Bool CopyGeomBilinearInterp(flo, ped, sparms, rparms, tsize, isDefault) + floDefPtr flo; + peDefPtr ped; + pointer sparms, rparms; + CARD16 tsize; + Bool isDefault; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, isDefault); + + return( CopyGeomNoParams(flo, ped, sparms, rparms, tsize, isDefault) ); +} +/*------------------------------------------------------------------------ +------ routine: copy routine for gaussian interpolation technique -------- +------------------------------------------------------------------------*/ +Bool CopyGeomGaussian(flo, ped, sparms, rparms, tsize, isDefault) + floDefPtr flo; + peDefPtr ped; + xieTecGeomGaussian *sparms, *rparms; + CARD16 tsize; + Bool isDefault; +{ + pTecGeomGaussianDefPtr pvt; + + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, isDefault); + + if (!(ped->techPvt=(pointer )XieMalloc(sizeof(pTecGeomGaussianDefRec)))) + FloAllocError(flo, ped->phototag, xieElemGeometry, return(TRUE)); + + pvt = (pTecGeomGaussianDefPtr)ped->techPvt; + + if( flo->reqClient->swapped ) { + pvt->sigma = ConvertFromIEEE(lswapl(sparms->sigma)); + pvt->normalize = ConvertFromIEEE(lswapl(sparms->normalize)); + } else { + pvt->sigma = ConvertFromIEEE(sparms->sigma); + pvt->normalize = ConvertFromIEEE(sparms->normalize); + } + pvt->radius = sparms->radius; + pvt->simple = sparms->simple; + + if (pvt->radius < 1) + return(FALSE); + + if (pvt->sigma == 0.0) + return(FALSE); /* musn't divide by zero, deary */ + + if (pvt->normalize <= 0.0) + return(FALSE); /* don't want to bother clipping pixels < 0 */ + + return (TRUE); +} +#endif + +/*------------------------------------------------------------------------ +------ routine: copy routine for antialias technique -------- +------------------------------------------------------------------------*/ + +Bool CopyGeomAntiAlias(flo, ped, sparms, rparms, tsize, isDefault) + floDefPtr flo; + peDefPtr ped; + pointer sparms, rparms; + CARD16 tsize; + Bool isDefault; +{ + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, isDefault); + + return( CopyGeomNoParams(flo, ped, sparms, rparms, tsize, isDefault) ); +} + +/*------------------------------------------------------------------------ +------------ routine: copy routine for techniques with no params -------- +------------------------------------------------------------------------*/ +static Bool CopyGeomNoParams(flo, ped, sparms, rparms, tsize, isDefault) + floDefPtr flo; + peDefPtr ped; + pointer sparms, rparms; + CARD16 tsize; + Bool isDefault; +{ + return(tsize == 0); +} + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepGeometry(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloGeometry *raw = (xieFloGeometry *)ped->elemRaw; + inFloPtr in = &ped->inFloLst[SRCtag]; + outFloPtr src = &in->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + pGeomDefPtr pvt = (pGeomDefPtr)ped->elemPvt; + CARD32 b, bits; + + /* grab a copy of the input attributes and propagate them to our output */ + dst->bands = in->bands = src->bands; + + for(b = 0; b < dst->bands; b++) { + if (IsntCanonic(src->format[b].class)) + MatchError(flo, ped, return(FALSE)); + + dst->format[b] = in->format[b] = src->format[b]; + pvt->do_band[b] = (dst->bands==1)? 1 : raw->bandMask & (1<do_band[b]) { + dst->format[b].width = raw->width; + dst->format[b].height = raw->height; + } + bits = dst->format[b].width * dst->format[b].stride; + dst->format[b].pitch = bits + Align(bits,PITCH_MOD); + } + + if(!(ped->techVec->prepfnc(flo, ped, raw, &raw[1]))) { + TechniqueError(flo,ped,xieValGeometry,raw->sample,raw->lenParams, + return(FALSE)); + } + + return( TRUE ); +} /* end PrepGeometry */ + +/*------------------------------------------------------------------------ +---------------- routine: prep routine for nearest neighbor -------------- +------------------------------------------------------------------------*/ +Bool PrepGeomNearestNeighbor(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloGeometry *raw; + pointer tec; +{ + return(TRUE); +} + +#if XIE_FULL +/*------------------------------------------------------------------------ +---------- routine: prep routine for bilinear interpolation -------------- +------------------------------------------------------------------------*/ +Bool PrepGeomBilinearInterp(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloGeometry *raw; + pointer tec; +{ + return(TRUE); +} +/*------------------------------------------------------------------------ +---------- routine: prep routine for gaussian ---------------------------- +------------------------------------------------------------------------*/ +Bool PrepGeomGaussian(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloGeometry *raw; + pointer tec; +{ + return(TRUE); +} +#endif + +/*------------------------------------------------------------------------ +---------- routine: prep routine for antialias --------------------------- +------------------------------------------------------------------------*/ +Bool PrepGeomAntiAlias(flo, ped, raw, tec) + floDefPtr flo; + peDefPtr ped; + xieFloGeometry *raw; + pointer tec; +{ + return(TRUE); +} + +/* end module pgeom.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/phist.c b/xie/xc/programs/Xserver/XIE/dixie/process/phist.c new file mode 100644 index 0000000..5a5b390 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/phist.c @@ -0,0 +1,333 @@ +/* $XConsortium: phist.c,v 1.4 94/04/17 20:33:46 rws Exp $ */ +/**** module phist.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + phist.c -- DIXIE routines for managing the MatchHistogram element + + Dean Verheiden -- AGE Logic, Inc. August 1993 + +*****************************************************************************/ + +#define _XIEC_PHIST + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeMatchHistogram(); + +/* + * routines internal to this module + */ +static Bool PrepMatchHistogram(); + +/* + * dixie entry points + */ +static diElemVecRec pMatchHistogramVec = +{ + PrepMatchHistogram /* prepare for analysis and execution */ +}; + + +/*------------------------------------------------------------------------ +----------------- routine: make a match histogram element ---------------- +------------------------------------------------------------------------*/ +peDefPtr MakeMatchHistogram(flo,tag,pe) +floDefPtr flo; +xieTypPhototag tag; +xieFlo *pe; +{ + int inputs; + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloMatchHistogram); + ELEMENT_AT_LEAST_SIZE(xieFloMatchHistogram); + ELEMENT_NEEDS_1_INPUT(src); + + inputs = 1 + (stuff->domainPhototag ? 1 : 0); + + if (!(ped = MakePEDef(inputs, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo, tag, xieElemMatchHistogram, return(NULL)); + + ped->diVec = &pMatchHistogramVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloMatchHistogram *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if (flo->reqClient->swapped) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + cpswapl(stuff->domainOffsetX, raw->domainOffsetX); + cpswapl(stuff->domainOffsetY, raw->domainOffsetY); + cpswaps(stuff->domainPhototag,raw->domainPhototag); + cpswaps(stuff->shape,raw->shape); + cpswaps(stuff->lenParams,raw->lenParams); + } else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloMatchHistogram)); + /* + * copy technique data (if any) + */ + if(!(ped->techVec = FindTechnique(xieValHistogram, raw->shape)) || + !(ped->techVec->copyfnc(flo, ped, &stuff[1], &raw[1], raw->lenParams))) + TechniqueError(flo,ped,xieValHistogram,raw->shape,raw->lenParams, + return(ped)); + + + /* assign phototags to inFlos */ + inFlo = ped->inFloLst; + inFlo[SRCtag].srcTag = raw->src; + if(raw->domainPhototag) + inFlo[ped->inCnt-1].srcTag = raw->domainPhototag; + return ped; +} /* end MakeMatchHistogram */ + +/*------------------------------------------------------------------------ +------------------- routine: copy routine for Flat technique ------------ +------------------------------------------------------------------------*/ + +Bool CopyPHistogramFlat(flo, ped, sparms, rparms, tsize) +floDefPtr flo; +peDefPtr ped; +pointer sparms, rparms; +CARD16 tsize; +{ + return (tsize == 0); +} + +/*------------------------------------------------------------------------ +---------------- routine: copy routine for Gaussian technique ----------- +------------------------------------------------------------------------*/ + +Bool CopyPHistogramGaussian(flo, ped, sparms, rparms, tsize) +floDefPtr flo; +peDefPtr ped; +xieTecHistogramGaussian *sparms, *rparms; +CARD16 tsize; +{ + pTecHistogramGaussianDefPtr pvt; + + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + if (!(ped->techPvt = + (pointer )XieMalloc(sizeof(pTecHistogramGaussianDefRec)))) + FloAllocError(flo, ped->phototag, xieElemMatchHistogram, return(TRUE)); + + pvt = (pTecHistogramGaussianDefPtr)ped->techPvt; + + if( flo->reqClient->swapped ) { + pvt->mean = ConvertFromIEEE(lswapl(sparms->mean)); + pvt->sigma = ConvertFromIEEE(lswapl(sparms->sigma)); + } else { + pvt->mean = ConvertFromIEEE(sparms->mean); + pvt->sigma = ConvertFromIEEE(sparms->sigma); + } + + return (TRUE); +} + +/*------------------------------------------------------------------------ +-------------- routine: copy routine for Hyperbolic technique ----------- +------------------------------------------------------------------------*/ + +Bool CopyPHistogramHyperbolic(flo, ped, sparms, rparms, tsize) +floDefPtr flo; +peDefPtr ped; +xieTecHistogramHyperbolic *sparms, *rparms; +CARD16 tsize; +{ + pTecHistogramHyperbolicDefPtr pvt; + + VALIDATE_TECHNIQUE_SIZE(ped->techVec, tsize, FALSE); + + if (!(ped->techPvt = + (pointer )XieMalloc(sizeof(pTecHistogramHyperbolicDefRec)))) + FloAllocError(flo, ped->phototag, xieElemMatchHistogram, return(TRUE)); + + pvt = (pTecHistogramHyperbolicDefPtr)ped->techPvt; + + pvt->shapeFactor = sparms->shapeFactor; + if( flo->reqClient->swapped ) { + pvt->constant = ConvertFromIEEE(lswapl(sparms->constant)); + } else { + pvt->constant = ConvertFromIEEE(sparms->constant); + } + + return (TRUE); +} + +/*------------------------------------------------------------------------ +---------------- routine: prep routine for Gaussian technique ------------ +------------------------------------------------------------------------*/ +Bool PrepPHistogramFlat(flo, ped) + floDefPtr flo; + peDefPtr ped; +{ + return(TRUE); +} + +/*------------------------------------------------------------------------ +---------------- routine: prep routine for Gaussian technique ------------ +------------------------------------------------------------------------*/ +Bool PrepPHistogramGaussian(flo, ped) + floDefPtr flo; + peDefPtr ped; +{ + if (((pTecHistogramGaussianDefPtr)ped->techPvt)->sigma <= 0) + return(FALSE); + + return(TRUE); +} + +/*------------------------------------------------------------------------ +---------------- routine: prep routine for Hyperbolic technique ---------- +------------------------------------------------------------------------*/ +Bool PrepPHistogramHyperbolic(flo, ped) + floDefPtr flo; + peDefPtr ped; +{ + double constant = ((pTecHistogramHyperbolicDefPtr)ped->techPvt)->constant; + + if (constant >= -1 && constant <= 0) + return(FALSE); + + return(TRUE); +} + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepMatchHistogram(flo,ped) +floDefPtr flo; +peDefPtr ped; +{ + xieFloMatchHistogram *raw = (xieFloMatchHistogram *)ped->elemRaw; + inFloPtr ind, in = &ped->inFloLst[SRCtag]; + outFloPtr src = &in->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + + /* make sure source parameters are legal for MatchHistogram */ + if (IsntConstrained(src->format[0].class) || + src->format[0].class == BIT_PIXEL || + src->bands != 1) + MatchError(flo,ped, return(FALSE)); + + /* check out our process domain */ + if(raw->domainPhototag) { + outFloPtr dom; + + ind = &ped->inFloLst[ped->inCnt-1]; + dom = &ind->srcDef->outFlo; + if((ind->bands = dom->bands) != 1 || IsntDomain(dom->format[0].class)) + DomainError(flo,ped,raw->domainPhototag, return(FALSE)); + ind->format[0] = dom->format[0]; + } + + /* grab a copy of the input attributes and propagate them to output */ + dst->bands = in->bands = src->bands; + dst->format[0] = in->format[0] = src->format[0]; + + /* Take care of any technique parameters */ + if (!(ped->techVec->prepfnc(flo, ped))) + TechniqueError(flo,ped,xieValHistogram,raw->shape,raw->lenParams, + return(FALSE)); + + return (TRUE); +} /* end PrepMatchHistogram */ + +/* end module phist.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/plogic.c b/xie/xc/programs/Xserver/XIE/dixie/process/plogic.c new file mode 100644 index 0000000..b14bd6d --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/plogic.c @@ -0,0 +1,271 @@ +/* $XConsortium: plogic.c,v 1.4 94/04/17 20:33:49 rws Exp $ */ +/**** module plogic.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + plogic.c -- DIXIE routines for managing the Logical element + + Robert NC Shelley -- AGE Logic, Inc. April 1993 + +*****************************************************************************/ + +#define _XIEC_PLOGIC + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeLogic(); + +/* + * routines internal to this module + */ +static Bool PrepLogic(); + +/* + * dixie entry points + */ +static diElemVecRec pLogicVec = +{ + PrepLogic /* prepare for analysis and execution */ +}; + + +/*------------------------------------------------------------------------ +----------------------- routine: make a logical element -------------------- +------------------------------------------------------------------------*/ +peDefPtr MakeLogic(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + int inputs; + peDefPtr ped; + inFloPtr inFlo; + pLogicDefPtr pvt; + ELEMENT(xieFloLogical); + ELEMENT_SIZE_MATCH(xieFloLogical); + ELEMENT_NEEDS_1_INPUT(src1); + + inputs = 1 + (stuff->src2 ? 1 : 0) + (stuff->domainPhototag ? 1 :0); + + if (!(ped = + MakePEDef(inputs, (CARD32)stuff->elemLength<<2, sizeof(pLogicDefRec)))) + FloAllocError(flo, tag, xieElemLogical, return(NULL)); + + ped->diVec = &pLogicVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloLogical *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if (flo->reqClient->swapped) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src1, raw->src1); + cpswaps(stuff->src2, raw->src2); + cpswapl(stuff->domainOffsetX, raw->domainOffsetX); + cpswapl(stuff->domainOffsetY, raw->domainOffsetY); + cpswaps(stuff->domainPhototag,raw->domainPhototag); + raw->operator = stuff->operator; + raw->bandMask = stuff->bandMask; + cpswapl(stuff->constant0, raw->constant0); + cpswapl(stuff->constant1, raw->constant1); + cpswapl(stuff->constant2, raw->constant2); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloLogical)); + + if(!raw->src2) { + /* convert constants */ + pvt = (pLogicDefPtr)ped->elemPvt; + pvt->constant[0] = ConvertFromIEEE(raw->constant0); + pvt->constant[1] = ConvertFromIEEE(raw->constant1); + pvt->constant[2] = ConvertFromIEEE(raw->constant2); + } + /* assign phototags to inFlos */ + inFlo = ped->inFloLst; + inFlo[SRCt1].srcTag = raw->src1; + if (raw->src2) + inFlo[SRCt2].srcTag = raw->src2; + if(raw->domainPhototag) + inFlo[ped->inCnt-1].srcTag = raw->domainPhototag; + + return ped; +} /* end MakeLogic */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepLogic(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloLogical *raw = (xieFloLogical *)ped->elemRaw; + inFloPtr ind, in2, in1 = &ped->inFloLst[SRCt1]; + outFloPtr dom, sr2, sr1 = &in1->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + CARD8 bmask = raw->bandMask; + int b; + + if (IsntConstrained(sr1->format[0].class)) + MatchError(flo,ped, return(FALSE)); + + /* Make sure levels are a power of 2 */ + for (b = 0; b < sr1->bands; b++) + if ((bmask & (1<format[b].levels & (sr1->format[b].levels - 1))) + MatchError(flo,ped, return(FALSE)); + + /* check out our second source */ + if(raw->src2) { + in2 = &ped->inFloLst[SRCt2]; + sr2 = &in2->srcDef->outFlo; + if(sr1->bands != sr2->bands) + MatchError(flo,ped, return(FALSE)); + in2->bands = sr2->bands; + for (b = 0; b < sr1->bands; b++) { + if ((bmask & (1<format[b].class != sr2->format[b].class || + sr1->format[b].levels != sr2->format[b].levels) + MatchError(flo,ped, return(FALSE)); + } + } else + sr2 = NULL; + + /* check out our process domain */ + if(raw->domainPhototag) { + ind = &ped->inFloLst[ped->inCnt-1]; + dom = &ind->srcDef->outFlo; + if(IsntDomain(dom->format[0].class) || + (ind->bands = dom->bands) != 1) + DomainError(flo,ped,raw->domainPhototag, return(FALSE)); + ind->format[0] = dom->format[0]; + } else + dom = NULL; + + /* check out our operator */ + switch(raw->operator) { + case GXclear: /* 0x0 0 */ + case GXand: /* 0x1 src-1 AND src-2 */ + case GXandReverse: /* 0x2 src-1 AND (NOT src-2) */ + case GXcopy: /* 0x3 src-1 */ + case GXandInverted: /* 0x4 (NOT src-1) AND src-2 */ + case GXnoop: /* 0x5 src-2 */ + case GXxor: /* 0x6 src-1 XOR src-2 */ + case GXor: /* 0x7 src-1 OR src-2 */ + case GXnor: /* 0x8 (NOT src-1) AND (NOT src-2) */ + case GXequiv: /* 0x9 (NOT src-1) XOR src-2 */ + case GXinvert: /* 0xa NOT src-2 */ + case GXorInverted: /* 0xd (NOT src-1) OR src-2 */ + case GXorReverse: /* 0xb src-1 OR (NOT src-2) */ + case GXnand: /* 0xe (NOT src-1) OR (NOT src-2) */ + case GXset: /* 0xf 1 */ + case GXcopyInverted: /* 0xc NOT src-1 */ + break; + default: OperatorError(flo,ped,raw->operator, return(FALSE)); + } + + /* grab a copy of the input attributes and propagate them to output */ + dst->bands = in1->bands = sr1->bands; + for(b = 0; b < dst->bands; b++) { + dst->format[b] = in1->format[b] = sr1->format[b]; + if(sr2) + in2->format[b] = sr2->format[b]; + } + return TRUE; +} /* end PrepLogic */ + +/* end module plogic.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/pmath.c b/xie/xc/programs/Xserver/XIE/dixie/process/pmath.c new file mode 100644 index 0000000..e912c3b --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/pmath.c @@ -0,0 +1,222 @@ +/* $XConsortium: pmath.c,v 1.3 94/04/17 20:33:50 rws Exp $ */ +/**** module pmath.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pmath.c -- DIXIE routines for managing the Math element + + Dean Verheiden -- AGE Logic, Inc. July 1993 + +*****************************************************************************/ + +#define _XIEC_PMATH + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeMath(); + +/* + * routines internal to this module + */ +static Bool PrepMath(); + +/* + * dixie entry points + */ +static diElemVecRec pMathVec = +{ + PrepMath /* prepare for analysis and execution */ +}; + + +/*------------------------------------------------------------------------ +----------------------- routine: make a math element -------------------- +------------------------------------------------------------------------*/ +peDefPtr MakeMath(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + int inputs; + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloMath); + ELEMENT_SIZE_MATCH(xieFloMath); + ELEMENT_NEEDS_1_INPUT(src); + + inputs = 1 + (stuff->domainPhototag ? 1 :0); + + if (!(ped = MakePEDef(inputs, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo, tag, xieElemMath, return(NULL)); + + ped->diVec = &pMathVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloMath *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if (flo->reqClient->swapped) + { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + cpswapl(stuff->domainOffsetX, raw->domainOffsetX); + cpswapl(stuff->domainOffsetY, raw->domainOffsetY); + cpswaps(stuff->domainPhototag,raw->domainPhototag); + raw->operator = stuff->operator; + raw->bandMask = stuff->bandMask; + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloMath)); + + /* assign phototags to inFlos */ + inFlo = ped->inFloLst; + inFlo[SRCt1].srcTag = raw->src; + if(raw->domainPhototag) + inFlo[ped->inCnt-1].srcTag = raw->domainPhototag; + return ped; +} /* end MakeMath */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepMath(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloMath *raw = (xieFloMath *)ped->elemRaw; + inFloPtr ind, in = &ped->inFloLst[SRCt1]; + outFloPtr src = &in->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + int b; + + /* make sure input is not bitonal */ + for (b = 0; b < src->bands; b++) + if (IsntCanonic(src->format[b].class) || + ((raw->bandMask & (1<format[b].class == BIT_PIXEL)) + MatchError(flo,ped, return(FALSE)); + + + /* check out our process domain */ + if(raw->domainPhototag) { + outFloPtr dom; + + ind = &ped->inFloLst[ped->inCnt-1]; + dom = &ind->srcDef->outFlo; + if(IsntDomain(dom->format[0].class) || + (ind->bands = dom->bands) != 1) + DomainError(flo,ped,raw->domainPhototag, return(FALSE)); + ind->format[0] = dom->format[0]; + } + + /* grab a copy of the input attributes and propagate them to output */ + dst->bands = in->bands = src->bands; + for(b = 0; b < dst->bands; b++) + dst->format[b] = in->format[b] = src->format[b]; + + switch(raw->operator) { + case xieValExp: break; + case xieValLn: break; + case xieValLog2: break; + case xieValLog10: break; + case xieValSquare: break; + case xieValSqrt: break; + default: OperatorError(flo,ped,raw->operator,return(FALSE)); + } + return (TRUE); +} /* end PrepMath */ + +/* end module pmath.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/ppaste.c b/xie/xc/programs/Xserver/XIE/dixie/process/ppaste.c new file mode 100644 index 0000000..4c81b11 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/ppaste.c @@ -0,0 +1,260 @@ +/* $XConsortium: ppaste.c,v 1.4 94/04/17 20:33:50 rws Exp $ */ +/**** module ppaste.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + ppaste.c -- DIXIE routines for managing the PasteUp element + + Dean Verheiden -- AGE Logic, Inc. June 1993 + +*****************************************************************************/ + +#define _XIEC_PPASTE + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakePasteUp(); + +/* + * routines internal to this module + */ +static Bool PrepPasteUp(); + +/* + * dixie entry points + */ +static diElemVecRec pPasteUpVec = { + PrepPasteUp /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +----------------------- routine: make a arithmetic element -------------------- +------------------------------------------------------------------------*/ +peDefPtr MakePasteUp(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + int t; + CARD16 inputs; + peDefPtr ped; + inFloPtr inFlo; + pPasteUpDefPtr pvt; + xieTypTile *rp; + ELEMENT(xieFloPasteUp); + ELEMENT_AT_LEAST_SIZE(xieFloPasteUp); + ELEMENT_NEEDS_1_INPUT(numTiles); + + if ( flo->reqClient->swapped ) { + cpswaps(stuff->numTiles, inputs); + } else + inputs = stuff->numTiles; + + if(!(ped = MakePEDef((CARD32)inputs, (CARD32)stuff->elemLength<<2, + sizeof(pPasteUpDefRec)))) + FloAllocError(flo, tag, xieElemPasteUp, return(NULL)); + + ped->diVec = &pPasteUpVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloPasteUp *)ped->elemRaw; + rp = (xieTypTile *) &(raw[1]); + /* + * copy the client element parameters (swap if necessary) + */ + + if( flo->reqClient->swapped ) { + xieTypTile *sp = (xieTypTile *) &(stuff[1]); + + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + /* We already did this one */ + raw->numTiles = inputs; + cpswapl(stuff->width, raw->width); + cpswapl(stuff->height, raw->height); + cpswapl(stuff->constant0, raw->constant0); + cpswapl(stuff->constant1, raw->constant1); + cpswapl(stuff->constant2, raw->constant2); + for (t = 0; t < inputs; t++) { + cpswaps(sp[t].src, rp[t].src); + cpswapl(sp[t].dstX, rp[t].dstX); + cpswapl(sp[t].dstY, rp[t].dstY); + } + } + else + memcpy((char *)raw, (char *)stuff, (CARD32)stuff->elemLength<<2); + + /* + * convert constants + */ + pvt = (pPasteUpDefPtr)ped->elemPvt; + pvt->constant[0] = ConvertFromIEEE(raw->constant0); + pvt->constant[1] = ConvertFromIEEE(raw->constant1); + pvt->constant[2] = ConvertFromIEEE(raw->constant2); + + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + + for (t = 0; t < inputs; t++) + inFlo[t].srcTag = rp[t].src; + + return(ped); +} /* end MakePasteUp */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepPasteUp(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloPasteUp *raw = (xieFloPasteUp *)ped->elemRaw; + inFloPtr in = &ped->inFloLst[0]; + outFloPtr src = &in->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + int b, t; + + /* Grab a copy of the input attributes and propagate them to our output. + * Use the first input as a template, all attributes must match except for + * width (and pitch) and height. + */ + + dst->bands = in->bands = src->bands; + + if (raw->numTiles <= 0) + SourceError(flo,ped, return(FALSE)); + + for(b = 0; b < dst->bands; b++) { + CARD32 bits; + if (IsntCanonic(src->format[b].class)) + MatchError(flo,ped,return(FALSE)); + dst->format[b] = in->format[b] = src->format[b]; + dst->format[b].width = bits = raw->width; + dst->format[b].height = raw->height; + bits *= dst->format[b].stride; + dst->format[b].pitch = bits + Align(bits,PITCH_MOD); + } + + /* Compare the remaining tiles to ensure all attibutes that must match do */ + for (t = 1; t < raw->numTiles; t++) { + in = &ped->inFloLst[t]; + src = &in->srcDef->outFlo; + + if (src->bands != dst->bands) { + MatchError(flo,ped,return(FALSE)); + } else + in->bands = src->bands; + + for(b = 0; b < dst->bands; b++) { + formatRec *df = &(dst->format[b]); + formatRec *srf = &(src->format[b]); + if ( srf->class != df->class || + srf->depth != df->depth || + srf->levels != df->levels || + srf->stride != df->stride) { + MatchError(flo,ped,return(FALSE)); + } + in->format[b] = src->format[b]; + } + } + + return( TRUE ); +} /* end PrepPasteUp */ + +/* end module ppaste.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/ppoint.c b/xie/xc/programs/Xserver/XIE/dixie/process/ppoint.c new file mode 100644 index 0000000..e601398 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/ppoint.c @@ -0,0 +1,315 @@ +/* $XConsortium: ppoint.c,v 1.4 94/04/17 20:33:51 rws Exp $ */ +/**** module ppoint.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + ppoint.c -- DIXIE routines for managing the Point element + + Robert NC Shelley -- AGE Logic, Inc. April 1993 + Ben Fahy -- AGE Logic, Inc. May 1993 + +*****************************************************************************/ + +#define _XIEC_PPOINT +#define _XIEC_POINT + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakePoint(); + +/* + * routines internal to this module + */ +static Bool PrepPoint(); + +/* + * dixie entry points + */ +static diElemVecRec pPointVec = { + PrepPoint /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +----------------------- routine: make a point element -------------------- +------------------------------------------------------------------------*/ +peDefPtr MakePoint(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + int inputs; + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloPoint); + ELEMENT_SIZE_MATCH(xieFloPoint); + ELEMENT_NEEDS_2_INPUTS(src,lut); + inputs = stuff->domainPhototag ? 3 : 2; + + if(!(ped = MakePEDef(inputs, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo,tag,xieElemPoint, return(NULL)) ; + + ped->diVec = &pPointVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloPoint *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + cpswaps(stuff->lut, raw->lut); + cpswapl(stuff->domainOffsetX, raw->domainOffsetX); + cpswapl(stuff->domainOffsetY, raw->domainOffsetY); + cpswaps(stuff->domainPhototag,raw->domainPhototag); + raw->bandMask = stuff->bandMask; + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloPoint)); + /* + * assign phototags to inFlos + */ + inFlo = ped->inFloLst; + inFlo[SRCtag].srcTag = raw->src; + inFlo[LUTtag].srcTag = raw->lut; + if(raw->domainPhototag) +#if XIE_FULL + inFlo[ped->inCnt-1].srcTag = raw->domainPhototag; +#else + DomainError(flo,ped,raw->domainPhototag, return(ped)); +#endif + + return(ped); +} /* end MakePoint */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepPoint(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloPoint *raw = (xieFloPoint *)ped->elemRaw; + + inFloPtr indom,inlut= &ped->inFloLst[LUTtag],insrc = &ped->inFloLst[SRCtag]; + outFloPtr outdom, outlut= &inlut->srcDef->outFlo, + outsrc= &insrc->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + int b; + + /* propage band attributes */ + insrc->bands = outsrc->bands; + inlut->bands = outlut->bands; + + dst->bands = outlut->bands; /* see V4.12 spec, page 6-2 */ + + /* if process domain src and lut class must match */ + if (raw->domainPhototag && insrc->bands != inlut->bands) + MatchError(flo,ped, return(FALSE)); + + /* check to make sure input image is constrained, and lut is a lut */ + if(IsntConstrained(outsrc->format[0].class) || + IsntLut(outlut->format[0].class) ) + MatchError(flo,ped, return(FALSE)); + + /* propagate outflo format of src to our inflo for src */ + for (b=0; bbands; ++b) + insrc->format[b] = outsrc->format[b]; + + /* propagate outflo format of lut to our inflo for lut */ + for (b=0; bbands; ++b) + inlut->format[b] = outlut->format[b]; + + /* do same with process domain, if it is specified */ + if(raw->domainPhototag) { + indom = &ped->inFloLst[ped->inCnt-1]; + outdom = &indom->srcDef->outFlo; + if(IsntDomain(outdom->format[0].class) || + (indom->bands = outdom->bands) != 1) + DomainError(flo,ped,raw->domainPhototag, return(FALSE)); + indom->format[0] = outdom->format[0]; + } else + outdom = NULL; + +/*** Painful enumeration of cases ***/ + + if (outlut->bands == 1 && outsrc->bands == 3) { + int level_product; + + /* Width and heights of all bands must match */ + if (insrc->format[0].width != insrc->format[1].width || + insrc->format[1].width != insrc->format[2].width || + insrc->format[0].height != insrc->format[1].height || + insrc->format[1].height != insrc->format[2].height) + MatchError(flo,ped, return(FALSE)); + + /* make tripleband src into CRAZY PIXELS! produce singleband */ + if ((raw->bandMask !=7) || (outdom != NULL)) + MatchError(flo,ped, return(FALSE)); /* see p7-25 of v4.12 spec */ + + /* check to make sure length of lut is sufficient */ + level_product = insrc->format[0].levels * + insrc->format[1].levels * + insrc->format[2].levels; + + if (inlut->format[0].height < level_product) + MatchError(flo,ped, return(FALSE)); + + dst->format[0] = insrc->format[0]; + dst->format[0].levels = inlut->format[0].levels; + if (!UpdateFormatfromLevels(ped)) + MatchError(flo,ped, return(FALSE)); + + } + + else if (outlut->bands == 3 && outsrc->bands == 1) { + /* apply lut for each band to src */ + + /* this variation does not support Domains. */ + if (outdom != NULL) + MatchError(flo,ped, return(FALSE)); + + /* destination format will be close to insrc, but not same */ + for(b = 0; b < dst->bands; b++) { + dst->format[b] = insrc->format[0]; + dst->format[b].band = b; + if ((raw->bandMask & (1<format[b].levels = inlut->format[b].levels; + if (inlut->format[b].height < insrc->format[0].levels) + MatchError(flo,ped, return(FALSE)); + } + if (!UpdateFormatfromLevels(ped)) + MatchError(flo,ped, return(FALSE)); + + } + + else if (outlut->bands == outsrc->bands && + (outlut->bands == 3 || outlut->bands == 1) ) { + + /* apply lut for each band to src of each band */ + + for(b = 0; b < dst->bands; b++) { + + dst->format[b] = insrc->format[b]; + if ((raw->bandMask & (1<format[b].levels = inlut->format[b].levels; + + /* check to make sure length of lut is sufficient */ + if (inlut->format[b].height < insrc->format[b].levels) + MatchError(flo,ped, return(FALSE)); + + /* if domain is used, lut levels must be == src levels */ + /* (or else we don't know what to do with pass-thru data */ + if (outdom != NULL) + if (inlut->format[b].levels != insrc->format[b].levels) + MatchError(flo,ped, return(FALSE)); + } + if (!UpdateFormatfromLevels(ped)) + MatchError(flo,ped, return(FALSE)); + + } + else { + /* is this possible? */ + ImplementationError(flo,ped,return(FALSE)); + } + + return(TRUE); +} /* end PrepPoint */ + +/* end module ppoint.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/process/puncnst.c b/xie/xc/programs/Xserver/XIE/dixie/process/puncnst.c new file mode 100644 index 0000000..eb2786f --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/process/puncnst.c @@ -0,0 +1,195 @@ +/* $XConsortium: puncnst.c,v 1.4 94/04/17 20:33:51 rws Exp $ */ +/**** module puncnst.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + puncnst.c -- DIXIE routines for managing the Unconstrain element + + Dean Verheiden -- AGE Logic, Inc. May 1993 + +*****************************************************************************/ + +#define _XIEC_PUNCNST + +/* + * Include files + */ +#include + /* + * Core X Includes + */ +#include +#include + /* + * XIE Includes + */ +#include +#include + /* + * more X server includes. + */ +#include +#include + /* + * Server XIE Includes + */ +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +peDefPtr MakeUnconstrain(); + +/* + * routines internal to this module + */ +static Bool PrepUnconstrain(); + +/* + * dixie entry points + */ +static diElemVecRec pUnconstrainVec = { + PrepUnconstrain /* prepare for analysis and execution */ + }; + + +/*------------------------------------------------------------------------ +----------------------- routine: make an unconstrain element ------------- +------------------------------------------------------------------------*/ +peDefPtr MakeUnconstrain(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + peDefPtr ped; + inFloPtr inFlo; + ELEMENT(xieFloUnconstrain); + ELEMENT_SIZE_MATCH(xieFloUnconstrain); + ELEMENT_NEEDS_1_INPUT(src); + + if(!(ped = MakePEDef(1, (CARD32)stuff->elemLength<<2, 0))) + FloAllocError(flo, tag, xieElemUnconstrain, return(NULL)); + + ped->diVec = &pUnconstrainVec; + ped->phototag = tag; + ped->flags.process = TRUE; + raw = (xieFloUnconstrain *)ped->elemRaw; + /* + * copy the client element parameters (swap if necessary) + */ + if( flo->reqClient->swapped ) { + raw->elemType = stuff->elemType; + raw->elemLength = stuff->elemLength; + cpswaps(stuff->src, raw->src); + } + else + memcpy((char *)raw, (char *)stuff, sizeof(xieFloUnconstrain)); + /* + * assign phototags to the inFlo + */ + inFlo = ped->inFloLst; + inFlo[SRCtag].srcTag = raw->src; + + return(ped); +} /* end MakeUnconstrain */ + + +/*------------------------------------------------------------------------ +---------------- routine: prepare for analysis and execution ------------- +------------------------------------------------------------------------*/ +static Bool PrepUnconstrain(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + inFloPtr inf = &ped->inFloLst[SRCtag]; + outFloPtr src = &inf->srcDef->outFlo; + outFloPtr dst = &ped->outFlo; + int b; + + /* grab a copy of the input attributes and propagate them to our output */ + dst->bands = inf->bands = src->bands; + for(b = 0; b < dst->bands; b++) { + /* All band formats should be the same but check anyway */ + if (IsntCanonic(src->format[b].class)) + MatchError(flo, ped, return(FALSE)); + + /* First, copy everything over */ + dst->format[b] = inf->format[b] = src->format[b]; + + /* Now, fix up everthing in the destination that will change */ + dst->format[b].class = UNCONSTRAINED; + dst->format[b].depth = sz_RealPixel; + dst->format[b].levels = 0; /* Unconstrained */ + dst->format[b].stride = sz_RealPixel; + dst->format[b].pitch = sz_RealPixel * dst->format[b].width; + } + return( TRUE ); +} /* end PrepUnconstrain */ + +/* end module puncnst.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/request/Imakefile b/xie/xc/programs/Xserver/XIE/dixie/request/Imakefile new file mode 100644 index 0000000..94ce817 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/request/Imakefile @@ -0,0 +1,30 @@ +XCOMM $XConsortium: Imakefile,v 1.4 93/11/06 15:55:34 rws Exp $ +XCOMM build device independent request objects +#include + +SRCS1 = difloat.c error.c event.c flo.c lut.c memory.c \ + photomap.c protoflo.c session.c tables.c technq.c +OBJS1 = difloat.o error.o event.o flo.o lut.o memory.o \ + photomap.o protoflo.o session.o tables.o technq.o + +#if BuildDIS +DEFINES = -DXIE_DIS +#else +SRCS2 = colorlst.c roi.c +OBJS2 = colorlst.o roi.o +#endif + + SRCS = $(SRCS1) $(SRCS2) + + OBJS = $(OBJS1) $(OBJS2) + + INCLUDES = -I../../include -I$(SERVERSRC)/include -I$(INCLUDESRC) -I$(EXTINCSRC) + LINTLIBS = ../export/llib-lexp.ln ../import/llib-limp.ln \ + ../process/llib-lproc.ln ../request/llib-lreq.ln + +SubdirLibraryRule($(OBJS)) +NormalLibraryObjectRule() +LintLibraryTarget(req,$(SRCS)) +NormalLintTarget($(SRCS)) + +DependTarget() diff --git a/xie/xc/programs/Xserver/XIE/dixie/request/colorlst.c b/xie/xc/programs/Xserver/XIE/dixie/request/colorlst.c new file mode 100644 index 0000000..ef3d54f --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/request/colorlst.c @@ -0,0 +1,370 @@ +/* $XConsortium: colorlst.c,v 1.6 94/06/03 15:59:07 dpw Exp $ */ +/**** module colorlst.c ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + colorlst.c -- DIXIE ColorList management + + Robert NC Shelley -- AGE Logic, Inc. March, 1993 + +*****************************************************************************/ + +#define _XIEC_COLORLST + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +#include +#include +/* + * Module Specific Includes + */ +#include +#include +#include +#include + +/* + * Xie protocol proceedures called from the dispatcher + */ +int ProcCreateColorList(); +int ProcDestroyColorList(); +int ProcPurgeColorList(); +int ProcQueryColorList(); +int SProcCreateColorList(); +int SProcDestroyColorList(); +int SProcPurgeColorList(); +int SProcQueryColorList(); + +/* + * routines referenced by other modules. + */ +int DeleteColorList(); +colorListPtr LookupColorList(); +void ResetColorList(); + + +/*------------------------------------------------------------------------ +------------------------ CreateColorList Procedures ---------------------- +------------------------------------------------------------------------*/ +int ProcCreateColorList(client) + ClientPtr client; +{ + colorListPtr clst; + REQUEST(xieCreateColorListReq); + REQUEST_SIZE_MATCH(xieCreateColorListReq); + LEGAL_NEW_RESOURCE(stuff->colorList, client); + + /* + * create a new ColorList + */ + if( !(clst = (colorListPtr) XieMalloc(sizeof(colorListRec))) ) + return(client->errorValue = stuff->colorList, BadAlloc); + + clst->ID = stuff->colorList; + clst->refCnt = 1; + clst->cellPtr = NULL; + + ResetColorList(clst, NULL); + + return( AddResource(clst->ID, RT_COLORLIST, (colorListPtr)clst) + ? Success : (client->errorValue = stuff->colorList, BadAlloc) ); +} /* end ProcCreateColorList */ + + +/*------------------------------------------------------------------------ +------------------------ DestroyColorList Procedures --------------------- +------------------------------------------------------------------------*/ +int ProcDestroyColorList(client) + ClientPtr client; +{ + colorListPtr clst; + REQUEST( xieDestroyColorListReq ); + REQUEST_SIZE_MATCH( xieDestroyColorListReq ); + + if( !(clst = LookupColorList(stuff->colorList)) ) + return( SendResourceError(client, xieErrNoColorList, stuff->colorList) ); + + /* + * Disassociate the ColorList from core X -- it calls DeleteColorList() + */ + FreeResourceByType(stuff->colorList, RT_COLORLIST, RT_NONE); + + return(Success); +} /* end ProcDestroyColorList */ + + +/*------------------------------------------------------------------------ +-------------------------- PurgeColorList Procedures --------------------- +------------------------------------------------------------------------*/ +int ProcPurgeColorList(client) + ClientPtr client; +{ + colorListPtr clst; + REQUEST( xiePurgeColorListReq ); + REQUEST_SIZE_MATCH( xiePurgeColorListReq ); + + if( !(clst = LookupColorList(stuff->colorList)) ) + return( SendResourceError(client, xieErrNoColorList, stuff->colorList) ); + + /* + * Free the current list of colors + */ + ResetColorList(clst, clst->mapPtr); + + return(Success); +} /* end ProcPurgeColorList */ + + +/*------------------------------------------------------------------------ +------------------------ QueryColorList Procedures ----------------------- +------------------------------------------------------------------------*/ +int ProcQueryColorList(client) + ClientPtr client; +{ + xieQueryColorListReply rep; + colorListPtr clst; + REQUEST( xieQueryColorListReq ); + REQUEST_SIZE_MATCH( xieQueryColorListReq ); + + if( !(clst = LookupColorList(stuff->colorList)) ) + return( SendResourceError(client, xieErrNoColorList, stuff->colorList) ); + + /* + * Fill in the reply header + */ + bzero((char *)&rep, sz_xieQueryColorListReply); + rep.type = X_Reply; + rep.sequenceNum = client->sequence; + rep.colormap = clst->mapID; + rep.length = clst->cellCnt; + + if( client->swapped ) { + /* + * Swap the reply header fields + */ + register int n; + swaps(&rep.sequenceNum,n); + swapl(&rep.colormap,n); + swapl(&rep.length,n); + } + WriteToClient(client, sz_xieQueryColorListReply, (char *)&rep); + + if( clst->cellCnt ) + /* + * Send the list of colors (swapped as necessary) + * Note: cellPtr is type Pixel, which unfortunately is type unsigned long + * and that means more work needed here if longs are 64-bits... + * (anyone care to donate an Alpha?) + */ + if( client->swapped ) + CopySwap32Write(client, clst->cellCnt << 2, clst->cellPtr); + else + WriteToClient(client, clst->cellCnt << 2, (char *)clst->cellPtr); + + return(Success); +} /* end ProcQueryColorList */ + + +/*------------------------------------------------------------------------ +----------------------- deleteFunc: DeleteColorList ---------------------- +------------------------------------------------------------------------*/ +int DeleteColorList(clst, id) + colorListPtr clst; + xieTypColorList id; +{ + if( --clst->refCnt ) + return(Success); + + /* free any colors we're holding + */ + ResetColorList(clst, !clst->mapID ? NULL + : (ColormapPtr) LookupIDByType(clst->mapID, RT_COLORMAP)); + + /* free the ColorList structure. + */ + XieFree(clst); + + return(Success); +} /* end DeleteColorList */ + + +/*------------------------------------------------------------------------ +------------------------ routine: LookupColorList ------------------------ +------------------------------------------------------------------------*/ +colorListPtr LookupColorList(id) + xieTypColorList id; +{ + colorListPtr clst; + ColormapPtr cmap; + + clst = (colorListPtr) LookupIDByType(id, RT_COLORLIST); + + if( clst && clst->mapID ) { + /* + * Lookup the associated Colormap. + */ + cmap = (ColormapPtr) LookupIDByType(clst->mapID, RT_COLORMAP); + + if( cmap != clst->mapPtr ) + /* + * Forget about this Colormap and the list of colors + */ + ResetColorList(clst, cmap); + } + + return(clst); +} /* end LookupColorList */ + + +/*------------------------------------------------------------------------ +-------------------------- routine: ResetColorList ----------------------- +------------------------------------------------------------------------*/ +void ResetColorList(clst, cmap) + colorListPtr clst; + ColormapPtr cmap; +{ + if( clst->cellPtr ) { + if(cmap && !clst->client->clientGone) { + /* + * free our colors from the colormap + */ + FreeColors(cmap, clst->client->index, clst->cellCnt, clst->cellPtr, 0); + } + XieFree(clst->cellPtr); + } + + /* reset the ColorList to its create-time state + */ + clst->mapID = 0; + clst->mapPtr = NULL; + clst->cellCnt = 0; + clst->cellPtr = NULL; + clst->client = NULL; +} /* end ResetColorList */ + + +int SProcCreateColorList(client) + ClientPtr client; +{ + register int n; + REQUEST(xieCreateColorListReq); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH(xieCreateColorListReq); + swapl(&stuff->colorList, n); + return (ProcCreateColorList(client)); +} /* end SProcCreateColorList */ + +int SProcDestroyColorList(client) + ClientPtr client; +{ + register int n; + REQUEST( xieDestroyColorListReq ); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH( xieDestroyColorListReq ); + swapl(&stuff->colorList, n); + return (ProcDestroyColorList(client)); +} /* end SProcDestroyColorList */ + +int SProcPurgeColorList(client) + ClientPtr client; +{ + register int n; + REQUEST( xiePurgeColorListReq ); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH( xiePurgeColorListReq ); + swapl(&stuff->colorList, n); + return (ProcPurgeColorList(client)); +} /* end SProcPurgeColorList */ + +int SProcQueryColorList(client) + ClientPtr client; +{ + register int n; + REQUEST( xieQueryColorListReq ); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH( xieQueryColorListReq ); + swapl(&stuff->colorList, n); + return (ProcQueryColorList(client)); +} /* end SProcQueryColorList */ + +/* end module colorlst.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/request/difloat.c b/xie/xc/programs/Xserver/XIE/dixie/request/difloat.c new file mode 100644 index 0000000..9b482f2 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/request/difloat.c @@ -0,0 +1,116 @@ +/* $XConsortium: difloat.c,v 1.5 94/05/10 12:23:32 dpw Exp $ */ +/**** module difloat.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +******************************************************************************* + + difloat.c - float converters + + Ben Fahy -- AGE Logic, Inc. December 1992 + Robert NC Shelley -- AGE Logic, Inc. April 1993 + +******************************************************************************/ + +#ifndef XIE_IEEE_IS_NATIVE +#define _XIEC_DIFLOAT + +/* + * Include files + */ +#include +#include + /* + * Core X Includes + */ +#include + /* + * Server XIE Includes + */ +#include + +/* + * routines referenced by other modules. + */ +double ConvertIEEEtoNative(); + + +double ConvertIEEEtoNative(ieee) + CARD32 ieee; +{ + double sign; + double exponent; + double fraction; + + if(!(ieee & 0x7fffffff)) return(0.0); + + sign = (ieee & ieeeFloatSignMask) == ieeeFloatSignMask ? -1.0 : 1.0; + exponent = (int)((ieee & ieeeFloatExpMask) >> ieeeFloatExpShift) - 127; + fraction = (double)(ieee & ieeeFloatMantissaMask) / (1 << ieeeMantissaSize); + + return(sign * pow(2.0,exponent) * (1.0 + fraction)); +} /* end ConvertIEEEtoNative */ +#endif /* !XIE_IEEE_IS_NATIVE */ + +/* end module difloat.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/request/error.c b/xie/xc/programs/Xserver/XIE/dixie/request/error.c new file mode 100644 index 0000000..029da7c --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/request/error.c @@ -0,0 +1,337 @@ +/* $XConsortium: error.c /main/8 1995/12/02 16:47:05 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module error.c ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************/ + +#define _XIEC_ERROR + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +#include +#include + +#include +#include +#include + +/* + * routines referenced by other modules. + */ +int SendResourceError(); +int SendFloIDError(); +int SendFloError(); +void FloError(); +void ErrGeneric(); +void ErrResource(); +void ErrDomain(); +void ErrOperator(); +void ErrTechnique(); +void ErrValue(); + + +/*------------------------------------------------------------------------ +-------------------------- Send Resource Error --------------------------- +------------------------------------------------------------------------*/ +int SendResourceError(client, code, id) + ClientPtr client; + CARD8 code; + XID id; +{ + xieResourceErr err; + REQUEST(xieReq); + + if(client->clientGone) return(Success); + + bzero((char *)&err, sz_xieResourceErr); + err.error = X_Error; + err.code = code + extEntry->errorBase; + err.sequenceNum = client->sequence; + err.resourceID = id; + err.minorOpcode = stuff->opcode; + err.majorOpcode = stuff->reqType; + + if( client->swapped ) { + register int n; + swaps(&err.sequenceNum,n); + swapl(&err.resourceID,n); + swaps(&err.minorOpcode,n); + } + WriteToClient(client, sz_xieResourceErr, (char *)&err); + isItTimeToYield = TRUE; + + return(Success); +} /* end SendResourceError */ + +/*------------------------------------------------------------------------ +----------------------------- Send FloID Error --------------------------- +------------------------------------------------------------------------*/ +int SendFloIDError(client, spaceID, floID) + ClientPtr client; + XID spaceID; + XID floID; +{ + xieFloIDErr err; + REQUEST(xieReq); + + if(client->clientGone) return(Success); + + bzero((char *)&err, sz_xieFloErr); + err.error = X_Error; + err.code = xieErrNoFlo + extEntry->errorBase; + err.sequenceNum = client->sequence; + err.floID = floID; + err.floErrorCode = xieErrNoFloID; + err.minorOpcode = stuff->opcode; + err.majorOpcode = stuff->reqType; + err.nameSpace = spaceID; + + if( client->swapped ) { + register int n; + swaps(&err.sequenceNum, n); + swapl(&err.nameSpace, n); + swapl(&err.floID, n); + swaps(&err.minorOpcode,n); + } + WriteToClient(client, sz_xieFloErr, (char *)&err); + isItTimeToYield = TRUE; + + return(Success); +} /* end SendFloIDError */ + +/*------------------------------------------------------------------------ +----------------------------- Send Flo Error ----------------------------- +------------------------------------------------------------------------*/ +int SendFloError(client, flo) + ClientPtr client; + floDefPtr flo; +{ + int status = Success; + register int n; + xieFloErr err; + REQUEST(xieReq); + + if(client->clientGone) return(Success); + /* + * Take care of the common part + */ + err = flo->error; + err.error = X_Error; + err.code = xieErrNoFlo + extEntry->errorBase; + err.sequenceNum = client->sequence; + err.floID = flo->ID; + err.minorOpcode = stuff->opcode; + err.majorOpcode = stuff->reqType; + err.nameSpace = flo->spaceID; + + if( client->swapped ) { + swaps(&err.sequenceNum, n); + swapl(&err.nameSpace, n); + swapl(&err.floID, n); + swaps(&err.phototag, n); + swaps(&err.type, n); + swaps(&err.minorOpcode,n); + } + /* take care of the unique parts + */ + switch( ferrCode(flo) ) { + case xieErrNoFloAccess: + case xieErrNoFloAlloc: + case xieErrNoFloElement: + case xieErrNoFloImplementation: + case xieErrNoFloLength: + case xieErrNoFloMatch: + case xieErrNoFloOperator: + case xieErrNoFloSource: + break; + case xieErrNoFloColormap: + case xieErrNoFloColorList: + case xieErrNoFloDrawable: + case xieErrNoFloGC: + case xieErrNoFloLUT: + case xieErrNoFloPhotomap: + case xieErrNoFloROI: + if( client->swapped ) { + swapl(&((xieFloResourceErr *)(&err))->resourceID, n); + } + break; + case xieErrNoFloDomain: + if( client->swapped ) { + swaps(&((xieFloDomainErr *)(&err))->domainSrc, n); + } + break; + case xieErrNoFloTechnique: + if( client->swapped ) { + swaps(&((xieFloTechniqueErr *)(&err))->techniqueNumber, n); + swaps(&((xieFloTechniqueErr *)(&err))->lenTechParams, n); + } + break; + case xieErrNoFloValue: + if( client->swapped ) { + swapl(&((xieFloValueErr *)(&err))->badValue, n); + } + break; + default: + status = BadImplementation; + break; + } + + if( status == Success ) { + WriteToClient(client, sz_xieFloErr, (char *)&err); + isItTimeToYield = TRUE; + } + return(status); +} /* end SendFloError */ + + +/*------------------------------------------------------------------------ +-------------- Convenience routines for setting Flo Errors --------------- +------------------------------------------------------------------------*/ +void FloError(flo,tag,type,code) + floDefPtr flo; + xieTypPhototag tag; + CARD16 type; + CARD8 code; +{ + ferrError(flo,tag,type,code); +} + +void ErrGeneric(flo,ped,code) + floDefPtr flo; + peDefPtr ped; + CARD8 code; +{ + ferrError(flo,ped->phototag,ped->elemRaw->elemType,code); +} + +void ErrResource(flo,ped,code,id) + floDefPtr flo; + peDefPtr ped; + CARD8 code; + CARD32 id; +{ + ferrError(flo,ped->phototag,ped->elemRaw->elemType,code); + ((xieFloResourceErr *)(&flo->error))->resourceID = id; +} + +void ErrDomain(flo,ped,domain) + floDefPtr flo; + peDefPtr ped; + xieTypPhototag domain; +{ + ferrError(flo,ped->phototag,ped->elemRaw->elemType,xieErrNoFloDomain); + ((xieFloDomainErr *)(&flo->error))->domainSrc = domain; +} + +void ErrOperator(flo,ped,operator) + floDefPtr flo; + peDefPtr ped; + CARD8 operator; +{ + ferrError(flo,ped->phototag,ped->elemRaw->elemType,xieErrNoFloOperator); + ((xieFloOperatorErr *)(&flo->error))->operator = operator; +} + +void ErrTechnique(flo,ped,group,tech,lenParams) + floDefPtr flo; + peDefPtr ped; + CARD8 group; + CARD16 tech; + CARD16 lenParams; +{ + ferrError(flo,ped->phototag,ped->elemRaw->elemType,xieErrNoFloTechnique); + ((xieFloTechniqueErr *)(&flo->error))->techniqueGroup = group; + ((xieFloTechniqueErr *)(&flo->error))->techniqueNumber = tech; + ((xieFloTechniqueErr *)(&flo->error))->lenTechParams = lenParams; +} + +void ErrValue(flo,ped,value) + floDefPtr flo; + peDefPtr ped; + CARD32 value; +{ + ferrError(flo,ped->phototag,ped->elemRaw->elemType,xieErrNoFloValue); + ((xieFloValueErr *)(&flo->error))->badValue = value; +} + +/* end module error.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/request/event.c b/xie/xc/programs/Xserver/XIE/dixie/request/event.c new file mode 100644 index 0000000..cdf4b7a --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/request/event.c @@ -0,0 +1,181 @@ +/* $XConsortium: event.c,v 1.5 94/04/17 20:33:54 rws Exp $ */ +/**** module event.c ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + event.c -- DIXIE routines for managing events + + Dean Verheiden -- AGE Logic, Inc. April 1993 + +****************************************************************************/ + +#define _XIEC_EVENT + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +#include + +#include +#include +#include + +/* + * routines referenced by other modules. + */ +void SendFloEvent(); + +/*------------------------------------------------------------------------ +----------------------------- Send Flo Event ----------------------------- +------------------------------------------------------------------------*/ +void SendFloEvent(flo) + floDefPtr flo; +{ + int status = Success; + register int n; + xieFloEvn evn; + + if(flo->runClient->clientGone) return; + /* + * Take care of the common part + */ + evn = flo->event; + evn.sequenceNum = flo->runClient->sequence; + evn.time = currentTime.milliseconds; + evn.instanceNameSpace = flo->spaceID; + evn.instanceFloID = flo->ID; + + if( flo->runClient->swapped ) { + swaps(&evn.sequenceNum, n); + swapl(&evn.time, n); + swapl(&evn.instanceNameSpace, n); + swapl(&evn.instanceFloID, n); + /* + * Take care of the unique parts + */ + switch( evn.event ) { + case xieEvnNoColorAlloc: + swaps(&evn.src, n); + swaps(&evn.type, n); + swapl(&((xieColorAllocEvn *)&evn)->colorList, n); + swaps(&((xieColorAllocEvn *)&evn)->colorAllocTechnique, n); + swapl(&((xieColorAllocEvn *)&evn)->data, n); + break; + case xieEvnNoDecodeNotify: + swaps(&evn.src, n); + swaps(&evn.type, n); + swaps(&((xieDecodeNotifyEvn *)&evn)->decodeTechnique, n); + swapl(&((xieDecodeNotifyEvn *)&evn)->width, n); + swapl(&((xieDecodeNotifyEvn *)&evn)->height, n); + break; + case xieEvnNoExportAvailable: + swaps(&evn.src, n); + swaps(&evn.type, n); + swapl(&((xieExportAvailableEvn *)&evn)->data0, n); + swapl(&((xieExportAvailableEvn *)&evn)->data1, n); + swapl(&((xieExportAvailableEvn *)&evn)->data2, n); + break; + case xieEvnNoImportObscured: + swaps(&evn.src, n); + swaps(&evn.type, n); + swapl(&((xieImportObscuredEvn *)&evn)->window, n); + swaps(&((xieImportObscuredEvn *)&evn)->x, n); + swaps(&((xieImportObscuredEvn *)&evn)->y, n); + swaps(&((xieImportObscuredEvn *)&evn)->width, n); + swaps(&((xieImportObscuredEvn *)&evn)->height, n); + break; + case xieEvnNoPhotofloDone: + break; + default: + status = BadImplementation; + break; + } + } + /* add in our event base */ + evn.event += extEntry->eventBase; + + if( status == Success ) + WriteToClient(flo->runClient, sz_xieFloEvn, (char *)&evn); + +} /* end SendFloEvent */ + +/* end module event.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/request/flo.c b/xie/xc/programs/Xserver/XIE/dixie/request/flo.c new file mode 100644 index 0000000..c2ea218 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/request/flo.c @@ -0,0 +1,508 @@ +/* $XConsortium: flo.c,v 1.7 94/06/03 15:58:13 dpw Exp $ */ +/**** module flo.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + flo.c -- DIXIE photoflo utility routines + + Robert NC Shelley -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + +#define _XIEC_FLO + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other modules. + */ +floDefPtr MakeFlo(); +Bool EditFlo(); +void PrepFlo(); +floDefPtr FreeFlo(); +peDefPtr MakePEDef(); +peDefPtr FreePEDef(); +void SendClientData(); +Bool UpdateFormatfromLevels(); + +/* + * routines used internal to this module + */ +static void DAGonize(); +static Bool InputsOK(); + + +/*------------------------------------------------------------------------ +----------------------------- routine: MakeFlo --------------------------- +------------------------------------------------------------------------*/ +floDefPtr MakeFlo(client,peCnt,peLst) + ClientPtr client; + CARD16 peCnt; + xieFlo *peLst; +{ + xieTypPhototag tag; + xieFlo *pe; + peDefPtr ped, export = NULL; + floDefPtr flo; + + if( !(flo = (floDefPtr) XieCalloc(sizeof(floDefRec) + + (peCnt+1) * sizeof(xieFlo *))) ) + return(NULL); + + flo->reqClient = client; + flo->peCnt = peCnt; + flo->peArray = (peDefPtr *) &flo[1]; + flo->flags.modified = TRUE; + ListInit(&flo->defDAG); + ListInit(&flo->optDAG); + + /* allocate photo element definition structures for each client element + */ + for(pe = peLst, tag = 1; tag <= peCnt && !ferrCode(flo); tag++) { + if(client->swapped) { + register int n; + swaps(&pe->elemType, n); + swaps(&pe->elemLength, n); + } + /* if it's a valid element, Make it -- then hop to the next one + */ + if( pe->elemType <= xieMaxElem ) { + flo->peArray[tag] = MakeElement(flo, tag, pe); + pe = (xieFlo *)((CARD32 *)pe + pe->elemLength); + } else + FloElementError(flo,tag,pe->elemType, return(flo)); + } + /* analyze the DAG's topology and connect it all together + */ + for(tag = 1; tag <= peCnt && !ferrCode(flo); tag++) { + ped = flo->peArray[tag]; + if(!ped->flags.export) continue; /* skip to the next export element */ + ped->clink = export; /* link it to previous exports */ + export = ped; + /* link all elements together that contribute data towards this export */ + DAGonize(flo,ped); + } + return(flo); +} /* end MakeFlo */ + + +/*------------------------------------------------------------------------ +----------------------------- routine: EditFlo --------------------------- +------------------------------------------------------------------------*/ +Bool EditFlo(flo,start,end,peLst) + floDefPtr flo; + xieTypPhototag start; + xieTypPhototag end; + xieFlo *peLst; +{ + xieTypPhototag tag; + pointer ptr; + xieFlo *pe; + peDefPtr old, tmp; + + for(pe = peLst, tag = start; !ferrCode(flo) && tag <= end; tag++) { + if(flo->reqClient->swapped) { + register int n; + swaps(&pe->elemType, n); + swaps(&pe->elemLength, n); + } + old = flo->peArray[tag]; + if(pe->elemType != old->elemRaw->elemType) + FloElementError(flo,tag,pe->elemType, return(FALSE)); + + if( pe->elemType <= xieMaxElem ) { + /* make a temporary peDef to hold the new client parameters */ + if(tmp = MakeElement(flo, tag, pe)) + if(InputsOK(old,tmp)) { + /* swap the new parameter pointers into the existing peDef */ + SwapPtr(old->elemRaw,tmp->elemRaw,ptr); + SwapPtr(old->elemPvt,tmp->elemPvt,ptr); + SwapPtr(old->techPvt,tmp->techPvt,ptr); + SwapPtr(old->techVec,tmp->techVec,ptr); + old->flags.modified = TRUE; + /* free the tmp peDef which now holds the old parameters */ + FreePEDef(tmp); + } else { + FreePEDef(tmp); + SourceError(flo,old, return(FALSE)); + } + else + return(FALSE); + pe = (xieFlo *)((CARD32 *)pe + pe->elemLength); + } else + FloElementError(flo,tag,pe->elemType, return(FALSE)); + } + return(flo->flags.modified = TRUE); +} /* end EditFlo */ + + +/*------------------------------------------------------------------------ +----------------------------- routine: PrepFlo --------------------------- +------------------------------------------------------------------------*/ +void PrepFlo(flo) + floDefPtr flo; +{ + peDefPtr ped; + pedLstPtr lst = ListEmpty(&flo->optDAG) ? &flo->defDAG : &flo->optDAG; + + for(ped = lst->flink; !ListEnd(ped,lst); ped = ped->flink) + /* + * call each element's Prep routine, which will: + * - lookup any resources needed by the element (e.g. Colormap, ROI, ...) + * - validate the element's parameter (and technique) values + * - validate the attributes of each source of data for the element + * - determine the element's output attributes + * - determine if anything was modified since a previous execution + */ + if( !(*ped->diVec->prep)(flo, ped) ) + break; +} /* end PrepFlo */ + + +/*------------------------------------------------------------------------ +----------------------------- routine: FreeFlo --------------------------- +------------------------------------------------------------------------*/ +floDefPtr FreeFlo(flo) + floDefPtr flo; +{ + peDefPtr ped; + xieTypPhototag tag; + + while( !ListEmpty(&flo->optDAG) ) { + /* free peDefs from the optimized DAG */ + RemoveMember(ped, flo->optDAG.flink); + FreePEDef(ped); + } + for(tag = 1; tag <= flo->peCnt; tag++) { + /* free the peDef and parameter block for each client element */ + FreePEDef(flo->peArray[tag]); + } + /* finally, free the floDef itself */ + XieFree(flo); + + return(NULL); +} /* end FreeFlo */ + + +/*------------------------------------------------------------------------ +---- routine: Alloc a peDef and DIXIE parameter storage for an element --- +------------------------------------------------------------------------*/ +peDefPtr MakePEDef(inFloCnt, rawLen, pvtLen) + CARD32 inFloCnt; + CARD32 rawLen; + CARD32 pvtLen; +{ + int i, b; + inFloPtr inf; + peDefPtr ped = (peDefPtr) XieCalloc(sizeof(peDefRec) + + sizeof(inFloRec) * inFloCnt); + if( ped ) { + /* alloc some space for a copy of the client's element parameters */ + if( !(ped->elemRaw = (xieFlo *) XieMalloc(rawLen))) + return(FreePEDef(ped)); + + /* alloc whatever private space this element needs for dixie info */ + if(pvtLen) + if(ped->elemPvt = (pointer)XieCalloc(pvtLen)) + *(CARD32 *)ped->elemPvt = pvtLen; + else + ped = FreePEDef(ped); + ped->flags.modified = TRUE; + + /* init the outFlo */ + for(b = 0; b < xieValMaxBands; ++b) { + ListInit(&ped->outFlo.output[b]); + ped->outFlo.format[b].band = b; + } + + /* init the in-line inFlo list */ + inf = (inFloPtr) &ped[1]; + ped->inFloLst = inf; + ped->inCnt = inFloCnt; + for(i = 0; i < inFloCnt; (inf++)->index = i++) + for(b = 0; b < xieValMaxBands; ++b) + inf->format[b].band = b; + } + return(ped); +} /* end MakePEDef */ + + +/*------------------------------------------------------------------------ +---------------------------- routine: FreePEDef -------------------------- +------------------------------------------------------------------------*/ +peDefPtr FreePEDef(ped) + peDefPtr ped; +{ + int b; + + if( ped ) { + /* + * empty the outFlo + */ + for(b = 0; b < xieValMaxBands; ++b) { + if(!ListEmpty(&ped->outFlo.output[b])) + FreeStrips(&ped->outFlo.output[b]); + } + /* free element parameter structures + */ + if( ped->elemRaw ) XieFree(ped->elemRaw); + if( ped->elemPvt ) XieFree(ped->elemPvt); + if( ped->techPvt ) XieFree(ped->techPvt); + + XieFree(ped); + } + return(NULL); +} /* end FreePEDef */ + + +/*------------------------------------------------------------------------ +----------------------------- Send Client Data --------------------------- +------------------------------------------------------------------------*/ +void SendClientData(flo,ped,data,bytes,swapUnits,state) + floDefPtr flo; + peDefPtr ped; + CARD8 *data; + CARD32 bytes; + CARD8 swapUnits; + CARD8 state; +{ + xieGetClientDataReply rep; + + if(flo->reqClient->clientGone) return; + + bzero((char *)&rep, sz_xieGetClientDataReply); + rep.newState = state; + rep.type = X_Reply; + rep.sequenceNum = flo->reqClient->sequence; + rep.length = bytes+3>>2; + rep.byteCount = bytes; + + if( flo->reqClient->swapped ) { + register int n; + swaps(&rep.sequenceNum, n); + swapl(&rep.length, n); + swapl(&rep.byteCount, n); + } + WriteToClient(flo->reqClient, sz_xieGetClientDataReply, (char *)&rep); + + if( bytes ) { + /* if the data needs to be swapped, do it now + */ + if( flo->reqClient->swapped ) switch(swapUnits) { + case 0: + case 1: + break; + case 2: + SwapShorts((short*)data,bytes>>1); + break; + case 4: + case 8: + case 16: + SwapLongs((CARD32*)data,bytes>>2); + break; + } + WriteToClient(flo->reqClient, bytes, (char *)data); + } +} /* end SendClientData */ + + +/*------------------------------------------------------------------------ +------- Based on levels, updata the passed in peDef's outFlo format------- +------------------------------------------------------------------------*/ +Bool UpdateFormatfromLevels(ped) + peDefPtr ped; +{ + int i,bits; + + for(i = 0; i < ped->outFlo.bands; i++) { + SetDepthFromLevels(ped->outFlo.format[i].levels, + ped->outFlo.format[i].depth); + + if((bits = ped->outFlo.format[i].depth) > MAX_DEPTH(ped->outFlo.bands) || + ped->outFlo.format[i].levels < 2) + return(FALSE); + + else if(bits == 1) { + ped->outFlo.format[i].class = BIT_PIXEL; + ped->outFlo.format[i].stride = 1; + } else if(bits <= 8) { + ped->outFlo.format[i].class = BYTE_PIXEL; + ped->outFlo.format[i].stride = 8; + } else if(bits <= 16) { + ped->outFlo.format[i].class = PAIR_PIXEL; + ped->outFlo.format[i].stride = 16; + } else { + ped->outFlo.format[i].class = QUAD_PIXEL; + ped->outFlo.format[i].stride = 32; + } + bits = ped->outFlo.format[i].width * ped->outFlo.format[i].stride; + ped->outFlo.format[i].pitch = bits + Align(bits,PITCH_MOD); + } + return (TRUE); +} + + +/*------------------------------------------------------------------------* + * DAGonize recurses back through all the elements that contribute data * + * to the element passed to it. The recursion terminates when: * + * - an import element is found * + * - an element with fully connected inputs is found * + * - an error is encountered (phototag out of range, or loop detected) * + *------------------------------------------------------------------------*/ +static void DAGonize(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + int in, tag; + peDefPtr src; + inFloPtr inFlo; + + if(ped->flink) return; /* this element has already been DAGonized */ + + /* connect all the inputs to this element */ + for(ped->flags.loop = TRUE,in = 0; in < ped->inCnt && !ferrCode(flo); in++) { + inFlo = &ped->inFloLst[in]; + if((tag = inFlo->srcTag) > flo->peCnt) + SourceError(flo,ped, break); /* input is outside the flo-graph! */ + + if(tag) { /* only connect specified (i.e. non-zero) inputs */ + inFlo->ownDef = ped; + src = inFlo->srcDef = flo->peArray[tag]; + + if(src->flags.loop || src->flags.export) + SourceError(flo,ped, break); /* oops, we've stumbled over a loop */ + + /* insert this inFlo into the source element's outFlo list */ + inFlo->outChain = src->outFlo.outChain; + src->outFlo.outChain = inFlo; + + /* connect all the elements that contribute data towards this input */ + DAGonize(flo,src); + } + } + if(!ferrCode(flo)) { + /* clear the loop-detector */ + ped->flags.loop = FALSE; + + if(ped->flags.import && !ListEmpty(&flo->defDAG)) { + /* find the end of the import list, then append this element */ + for(src = flo->defDAG.flink; src->clink; src = src->clink); + src->clink = ped; + } + /* finally -- append this element onto the definition DAG */ + InsertMember(ped, flo->defDAG.blink); + } +} /* end DAGonize */ + + +/*------------------------------------------------------------------------ +-------------- compare input connections between two peDefs -------------- +------------------------------------------------------------------------*/ +static Bool InputsOK(old,new) + peDefPtr old, new; +{ + inFloPtr oldin = old->inFloLst, newin = old->inFloLst; + int i; + + if(old->inCnt != new->inCnt) + return(FALSE); + + for(i = 0; i < old->inCnt; oldin++, newin++, i++) + if(oldin->srcTag != newin->srcTag) + return(FALSE); + + return(TRUE); +} + +/* end module flo.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/request/lut.c b/xie/xc/programs/Xserver/XIE/dixie/request/lut.c new file mode 100644 index 0000000..6d51002 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/request/lut.c @@ -0,0 +1,208 @@ +/* $XConsortium: lut.c,v 1.4 94/04/17 20:33:55 rws Exp $ */ +/**** module lut.c ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************/ + +#define _XIEC_LUT +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Module Specific Includes + */ +#include +#include +#include +#include +#include + + +/* + * Xie protocol proceedures called from the dispatcher + */ +int ProcCreateLUT(); +int ProcDestroyLUT(); +int SProcCreateLUT(); +int SProcDestroyLUT(); + +/* + * routines referenced by other modules. + */ +int DeleteLUT(); + + +/*------------------------------------------------------------------------ +--------------------------- CreateLUT Procedures ------------------------- +------------------------------------------------------------------------*/ +int ProcCreateLUT(client) + ClientPtr client; +{ + int b; + lutPtr lut; + REQUEST(xieCreateLUTReq); + REQUEST_SIZE_MATCH(xieCreateLUTReq); + LEGAL_NEW_RESOURCE(stuff->lut, client); + + /* create a new lookup table + */ + if( !(lut = (lutPtr) XieCalloc(sizeof(lutRec))) ) + return(client->errorValue = stuff->lut, BadAlloc); + + lut->ID = stuff->lut; + lut->refCnt = 1; + for(b = 0; b < xieValMaxBands; b++) + ListInit(&lut->strips[b]); + + return( AddResource(lut->ID, RT_LUT, (lutPtr)lut) + ? Success : (client->errorValue = stuff->lut, BadAlloc) ); +} /* end ProcCreateLUT */ + + +/*------------------------------------------------------------------------ +------------------------ DestroyLUT Procedures -------------------------- +------------------------------------------------------------------------*/ +int ProcDestroyLUT(client) + ClientPtr client; +{ + lutPtr lut; + REQUEST( xieDestroyLUTReq ); + REQUEST_SIZE_MATCH( xieDestroyLUTReq ); + + if( !(lut = (lutPtr)LookupIDByType(stuff->lut, RT_LUT)) ) + return( SendResourceError(client, xieErrNoLUT, stuff->lut) ); + + /* Disassociate the LUT from core X -- it calls DeleteLUT() + */ + FreeResourceByType(stuff->lut, RT_LUT, RT_NONE); + + return(Success); +} /* end ProcDestroyLUT */ + + +/*------------------------------------------------------------------------ +------------------------ deleteFunc: DeleteLUT --------------------------- +------------------------------------------------------------------------*/ +int DeleteLUT(lut, id) + lutPtr lut; + xieTypLUT id; +{ + int i; + + if( --lut->refCnt ) + return(Success); + + /* Free any lookup table arrays + */ + for(i = 0; i < lut->lutCnt; i++ ) + FreeStrips(&lut->strips[i]); + + /* Free the LUT structure. + */ + XieFree(lut); + + return(Success); +} /* end DeleteLUT */ + + +int SProcCreateLUT(client) + ClientPtr client; +{ + register int n; + REQUEST(xieCreateLUTReq); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH(xieCreateLUTReq); + swapl(&stuff->lut, n); + return (ProcCreateLUT(client)); +} /* end SProcCreateLUT */ + +int SProcDestroyLUT(client) + ClientPtr client; +{ + register int n; + REQUEST( xieDestroyLUTReq ); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH( xieDestroyLUTReq ); + swapl(&stuff->lut, n); + return (ProcDestroyLUT(client)); +} /* end SProcDestroyLUT */ + +/* end module LUT.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/request/memory.c b/xie/xc/programs/Xserver/XIE/dixie/request/memory.c new file mode 100644 index 0000000..7a0f052 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/request/memory.c @@ -0,0 +1,137 @@ +/* $XConsortium: memory.c,v 1.6 94/04/17 20:33:56 rws Exp $ */ +/* Module memory.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + memory.c: Xie Memory Management Wrapper Routines + + Dean Verheiden, AGE Logic, Inc., April 1993 + +****************************************************************************/ + +#define _XIEC_MEMORY + +/* +** Include files +*/ +#include +/* + * Core X Includes + */ +#include +#include + +#include "misc.h" /* for pointer */ + +int ALLOCS = 0; /* DEBUG */ + +pointer XieMalloc(size) + unsigned size; +{ + char *memptr = (char *)Xalloc(size); + + if(memptr) + ++ALLOCS; /* DEBUG */ + return (pointer )(memptr); +} + + +pointer XieRealloc(ptr,size) + char *ptr; + unsigned size; +{ + return (pointer )Xrealloc(ptr,size); +} + +pointer XieCalloc(size) + unsigned size; +{ + char *memptr = (char *)Xalloc(size); + + if(memptr) { + ++ALLOCS; /* DEBUG */ + bzero(memptr,size); + } + return (pointer )(memptr); +} + +pointer XieFree(ptr) + char *ptr; +{ + if(ptr) { + --ALLOCS; /* DEBUG */ + Xfree(ptr); + } + return(0); +} + +/* End of module memory.c */ + + + + + diff --git a/xie/xc/programs/Xserver/XIE/dixie/request/photomap.c b/xie/xc/programs/Xserver/XIE/dixie/request/photomap.c new file mode 100644 index 0000000..172b8a3 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/request/photomap.c @@ -0,0 +1,301 @@ +/* $XConsortium: photomap.c,v 1.6 94/04/17 20:33:56 rws Exp $ */ +/**** module photomap.c ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +**************************************************************************** + + photomap.c: Routines to handle Photomap protocol requests + + Dean Verheiden, Robert NC Shelley AGE Logic, Inc. April 1993 + +****************************************************************************/ + +#define _XIEC_PHOTOMAP + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Module Specific Includes + */ +#include +#include +#include +#include + + +/* + * Xie protocol proceedures called from the dispatcher + */ +int ProcCreatePhotomap(); +int ProcDestroyPhotomap(); +int ProcQueryPhotomap(); +int SProcCreatePhotomap(); +int SProcDestroyPhotomap(); +int SProcQueryPhotomap(); + +/* + * routines referenced by other modules. + */ +int DeletePhotomap(); + + +/*------------------------------------------------------------------------ +------------------------ CreatePhotomap Procedures ---------------------- +------------------------------------------------------------------------*/ +int ProcCreatePhotomap(client) + ClientPtr client; +{ + int b; + photomapPtr map; + REQUEST(xieCreatePhotomapReq); + REQUEST_SIZE_MATCH(xieCreatePhotomapReq); + LEGAL_NEW_RESOURCE(stuff->photomap, client); + + /* create a new Photomap + */ + if( !(map = (photomapPtr) XieCalloc(sizeof(photomapRec))) ) + return(client->errorValue = stuff->photomap, BadAlloc); + + map->ID = stuff->photomap; + map->refCnt = 1; + map->bands = 0; + for(b = 0; b < xieValMaxBands; b++) + ListInit(&map->strips[b]); + + return( AddResource(map->ID, RT_PHOTOMAP, (photomapPtr)map) + ? Success : (client->errorValue = stuff->photomap, BadAlloc) ); +} /* end ProcCreatePhotomap */ + + +/*------------------------------------------------------------------------ +------------------------ DestroyPhotomap Procedures --------------------- +------------------------------------------------------------------------*/ +int ProcDestroyPhotomap(client) + ClientPtr client; +{ + photomapPtr map; + REQUEST( xieDestroyPhotomapReq ); + REQUEST_SIZE_MATCH( xieDestroyPhotomapReq ); + + if( !(map = (photomapPtr)LookupIDByType(stuff->photomap, RT_PHOTOMAP)) ) + return( SendResourceError(client, xieErrNoPhotomap, stuff->photomap) ); + + /* Disassociate the Photomap from core X -- it calls DeletePhotomap() + */ + FreeResourceByType(stuff->photomap, RT_PHOTOMAP, RT_NONE); + + return(Success); +} /* end ProcDestroyPhotomap */ + + +/*------------------------------------------------------------------------ +------------------------ QueryPhotomap Procedures ----------------------- +------------------------------------------------------------------------*/ +int ProcQueryPhotomap(client) + ClientPtr client; +{ + xieQueryPhotomapReply rep; + photomapPtr map; + REQUEST( xieQueryPhotomapReq ); + REQUEST_SIZE_MATCH( xieQueryPhotomapReq ); + + if( !(map = (photomapPtr)LookupIDByType(stuff->photomap, RT_PHOTOMAP)) ) + return( SendResourceError(client, xieErrNoPhotomap, stuff->photomap) ); + + /* Fill in the reply header + */ + bzero((char *)&rep, sz_xieQueryPhotomapReply); + rep.type = X_Reply; + rep.sequenceNum = client->sequence; + rep.length = sz_xieQueryPhotomapReply-32>>2; + + if( map->bands ) { + rep.populated = TRUE; + rep.dataType = map->dataType; + rep.dataClass = map->dataClass; + rep.width0 = map->format[0].width; + rep.height0 = map->format[0].height; + rep.levels0 = map->format[0].levels; + rep.decodeTechnique = map->technique; + if( map->bands == xieValMaxBands ) { + rep.width1 = map->format[1].width; + rep.height1 = map->format[1].height; + rep.levels1 = map->format[1].levels; + rep.width2 = map->format[2].width; + rep.height2 = map->format[2].height; + rep.levels2 = map->format[2].levels; + } + } else { + rep.populated = FALSE; + } + + if( client->swapped ) { + /* + * Swap the reply header fields + */ + register int n; + + swaps(&rep.sequenceNum,n); + swapl(&rep.length,n); + if (rep.populated) { + swaps(&rep.decodeTechnique,n); + swapl(&rep.width0,n); + swapl(&rep.height0,n); + swapl(&rep.levels0,n); + if (rep.dataClass == xieValTripleBand) { + swapl(&rep.width1,n); + swapl(&rep.height1,n); + swapl(&rep.levels1,n); + swapl(&rep.width2,n); + swapl(&rep.height2,n); + swapl(&rep.levels2,n); + } + } + } + WriteToClient(client, sz_xieQueryPhotomapReply, (char *)&rep); + + return(Success); +} /* end ProcQueryPhotomap */ + + +/*------------------------------------------------------------------------ +----------------------- deleteFunc: DeletePhotomap ---------------------- +------------------------------------------------------------------------*/ +int DeletePhotomap(map, id) + photomapPtr map; + xieTypPhotomap id; +{ + int i; + + if( --map->refCnt ) + return(Success); + + /* free compression parameters and image data + */ + if (map->tecParms) + map->tecParms = (pointer)XieFree(map->tecParms); + if (map->pvtParms) + map->pvtParms = (pointer)XieFree(map->pvtParms); + for(i = 0; i < map->bands; i++) + FreeStrips(&map->strips[i]); + /* + Free the Photomap structure. + */ + XieFree(map); + + return(Success); +} /* end DeletePhotomap */ + +int SProcCreatePhotomap(client) + ClientPtr client; +{ + register int n; + REQUEST(xieCreatePhotomapReq); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH(xieCreatePhotomapReq); + swapl(&stuff->photomap, n); + return (ProcCreatePhotomap(client)); +} /* end SProcCreatePhotomap */ + +int SProcDestroyPhotomap(client) + ClientPtr client; +{ + register int n; + REQUEST( xieDestroyPhotomapReq ); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH( xieDestroyPhotomapReq ); + swapl(&stuff->photomap, n); + return (ProcDestroyPhotomap(client)); +} /* end SProcDestroyPhotomap */ + +int SProcQueryPhotomap(client) + ClientPtr client; +{ + register int n; + REQUEST( xieQueryPhotomapReq ); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH( xieQueryPhotomapReq ); + swapl(&stuff->photomap, n); + return (ProcQueryPhotomap(client)); +} /* end SProcQueryPhotomap */ + +/* end module Photomap.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/request/protoflo.c b/xie/xc/programs/Xserver/XIE/dixie/request/protoflo.c new file mode 100644 index 0000000..89edca8 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/request/protoflo.c @@ -0,0 +1,948 @@ +/* $XConsortium: protoflo.c /main/10 1995/12/02 16:47:30 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module protoflo.c ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + protoflo.c: photospace and photoflo request/reply procedures + + Robert NC Shelley, Dean Verheiden -- AGE Logic, Inc., May 1993 + +****************************************************************************/ + +#define _XIEC_PROTOFLO +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * immediate-specific includes + */ +#include +#include +#include +#include +#include + + +/* + * Xie protocol procedures called from the dispatcher + */ +int ProcCreatePhotospace(); +int ProcDestroyPhotospace(); +int ProcExecuteImmediate(); +int ProcCreatePhotoflo(); +int ProcDestroyPhotoflo(); +int ProcExecutePhotoflo(); +int ProcModifyPhotoflo(); +int ProcRedefinePhotoflo(); +int ProcAbort(); +int ProcAwait(); +int ProcGetClientData(); +int ProcPutClientData(); +int ProcQueryPhotoflo(); + +int SProcCreatePhotospace(); +int SProcDestroyPhotospace(); +int SProcExecuteImmediate(); +int SProcCreatePhotoflo(); +int SProcDestroyPhotoflo(); +int SProcExecutePhotoflo(); +int SProcModifyPhotoflo(); +int SProcRedefinePhotoflo(); +int SProcAbort(); +int SProcAwait(); +int SProcGetClientData(); +int SProcPutClientData(); +int SProcQueryPhotoflo(); + +/* + * routines referenced by other modules + */ +int DeletePhotospace(); +int DeletePhotoflo(); + +/* + * routines used internal to this module + */ +static floDefPtr LookupExecutable(); +static floDefPtr LookupImmediate(); +static int RunFlo(); +static int FloDone(); +static void DeleteImmediate(); + + + +/*------------------------------------------------------------------------ +--------------------------- CreatePhotospace Procedure ------------------- +------------------------------------------------------------------------*/ +int ProcCreatePhotospace(client) + ClientPtr client; +{ + photospacePtr space; + REQUEST(xieCreatePhotospaceReq); + REQUEST_SIZE_MATCH(xieCreatePhotospaceReq); + LEGAL_NEW_RESOURCE(stuff->nameSpace, client); + + /* + * create a new lookup table + */ + if(!(space = (photospacePtr) XieMalloc(sizeof(photospaceRec)))) + return(client->errorValue = stuff->nameSpace, BadAlloc); + + space->spaceID = stuff->nameSpace; + space->floCnt = 0; + ListInit(&space->floLst); + + return( AddResource(space->spaceID, RT_PHOTOSPACE, space) + ? Success : (client->errorValue = stuff->nameSpace, BadAlloc) ); +} /* end ProcCreatePhotospace */ + + +/*------------------------------------------------------------------------ +------------------------ DestroyPhotospace Procedure --------------------- +------------------------------------------------------------------------*/ +int ProcDestroyPhotospace(client) + ClientPtr client; +{ + photospacePtr space; + REQUEST( xieDestroyPhotospaceReq ); + REQUEST_SIZE_MATCH( xieDestroyPhotospaceReq ); + + if(!(space = (photospacePtr)LookupIDByType(stuff->nameSpace,RT_PHOTOSPACE))) + return( SendResourceError(client, xieErrNoPhotospace, stuff->nameSpace) ); + + /* + * Disassociate the Photospace from core X -- it calls DeletePhotospace() + */ + FreeResourceByType(stuff->nameSpace, RT_PHOTOSPACE, RT_NONE); + + return(Success); +} /* end ProcDestroyPhotospace */ + + +/*------------------------------------------------------------------------ +------------------------ ExecuteImmediate Procedure ---------------------- +------------------------------------------------------------------------*/ +int ProcExecuteImmediate(client) + ClientPtr client; +{ + floDefPtr flo; + photospacePtr space; + REQUEST(xieExecuteImmediateReq); + REQUEST_AT_LEAST_SIZE(xieExecuteImmediateReq); + + /* verify that the new flo-id is unique */ + flo = LookupImmediate(stuff->nameSpace, stuff->floID, &space); + if( !space || flo ) + return(SendFloIDError(client,stuff->nameSpace,stuff->floID)); + + /* create the flo structures and verify the DAG's topology */ + if(!(flo = MakeFlo(client, stuff->numElements, (xieFlo *)&stuff[1]))) + return(client->errorValue = stuff->floID, BadAlloc); + + /* append the new flo to the photospace */ + flo->space = space; + flo->spaceID = stuff->nameSpace; + flo->ID = stuff->floID; + flo->flags.notify = stuff->notify; + space->floCnt++; + InsertMember(flo,space->floLst.blink); + + /* try to execute it */ + return(RunFlo(client,flo)); +} /* end ProcExecuteImmediate */ + + +/*------------------------------------------------------------------------ +------------------------- CreatePhotoflo Procedure ----------------------- +------------------------------------------------------------------------*/ +int ProcCreatePhotoflo(client) + ClientPtr client; +{ + floDefPtr flo; + REQUEST(xieCreatePhotofloReq); + REQUEST_AT_LEAST_SIZE(xieCreatePhotofloReq); + LEGAL_NEW_RESOURCE(stuff->floID, client); + + /* create a new Photoflo + */ + if( !(flo = MakeFlo(client, stuff->numElements, (xieFlo *)&stuff[1])) ) + return(client->errorValue = stuff->floID, BadAlloc); + flo->ID = stuff->floID; + + if( ferrCode(flo) ) { + SendFloError(client,flo); + DeletePhotoflo(flo, stuff->floID); + return(Success); + } + /* All is well, try to register the new flo + */ + return( AddResource(stuff->floID, RT_PHOTOFLO, (floDefPtr)flo) + ? Success : (client->errorValue = stuff->floID, BadAlloc) ); +} /* end ProcCreatePhotoflo */ + + +/*------------------------------------------------------------------------ +------------------------ DestroyPhotoflo Procedure ----------------------- +------------------------------------------------------------------------*/ +int ProcDestroyPhotoflo(client) + ClientPtr client; +{ + floDefPtr flo; + REQUEST( xieDestroyPhotofloReq ); + REQUEST_SIZE_MATCH( xieDestroyPhotofloReq ); + + if( !(flo = (floDefPtr) LookupIDByType(stuff->floID, RT_PHOTOFLO)) ) + return( SendResourceError(client, xieErrNoPhotoflo, stuff->floID) ); + + /* Disassociate the Photoflo from core X -- it calls DeletePhotoflo() + */ + FreeResourceByType(stuff->floID, RT_PHOTOFLO, RT_NONE); + + return(Success); +} /* end ProcDestroyPhotoflo */ + + +/*------------------------------------------------------------------------ +------------------------ ExecutePhotoflo Procedure ----------------------- +------------------------------------------------------------------------*/ +int ProcExecutePhotoflo(client) + ClientPtr client; +{ + floDefPtr flo; + REQUEST( xieExecutePhotofloReq ); + REQUEST_SIZE_MATCH( xieExecutePhotofloReq ); + + if( !(flo = (floDefPtr) LookupIDByType(stuff->floID, RT_PHOTOFLO)) ) + return( SendResourceError(client, xieErrNoPhotoflo, stuff->floID) ); + + if( flo->flags.active ) + FloAccessError(flo,0,0, return(SendFloError(client,flo))); + flo->flags.notify = stuff->notify; + ferrCode(flo) = 0; + + /* try to execute it */ + return(RunFlo(client,flo)); +} /* end ProcExecutePhotoflo */ + + +/*------------------------------------------------------------------------ +------------------------- ModifyPhotoflo Procedure ----------------------- +------------------------------------------------------------------------*/ +int ProcModifyPhotoflo(client) + ClientPtr client; +{ + floDefPtr flo; + xieTypPhototag end; + REQUEST( xieModifyPhotofloReq ); + REQUEST_AT_LEAST_SIZE(xieModifyPhotofloReq); + + if( !(flo = (floDefPtr) LookupIDByType(stuff->floID, RT_PHOTOFLO)) ) + return( SendResourceError(client, xieErrNoPhotoflo, stuff->floID) ); + + if( flo->flags.active ) + FloAccessError(flo,0,0, goto egress); + + if(!stuff->start || stuff->start > flo->peCnt) + FloSourceError(flo,stuff->start,0, goto egress); + + if((end = stuff->start + stuff->numElements - 1) > flo->peCnt) + FloElementError(flo,flo->peCnt,0, goto egress); + + /* edit existing elements according to the list of elements we were given + */ + EditFlo(flo, stuff->start, end, (xieFlo *)&stuff[1]); + + egress: + return(ferrCode(flo) ? SendFloError(client,flo) : Success); +} /* end ProcModifyPhotoflo */ + + +/*------------------------------------------------------------------------ +------------------------ RedefinePhotoflo Procedure ---------------------- +------------------------------------------------------------------------*/ +int ProcRedefinePhotoflo(client) + ClientPtr client; +{ + floDefPtr old, new; + REQUEST( xieRedefinePhotofloReq ); + REQUEST_AT_LEAST_SIZE(xieRedefinePhotofloReq); + + if( !(old = (floDefPtr) LookupIDByType(stuff->floID, RT_PHOTOFLO)) ) + return( SendResourceError(client, xieErrNoPhotoflo, stuff->floID) ); + + if( old->flags.active ) + FloAccessError(old,0,0, return(SendFloError(client,old))); + + /* create a new Photoflo + */ + if( !(new = MakeFlo(client, stuff->numElements, (xieFlo *)&stuff[1])) ) + return(client->errorValue = stuff->floID, BadAlloc); + new->ID = stuff->floID; + + if( ferrCode(new) ) { + SendFloError(client,new); + DeletePhotoflo(new, stuff->floID); + return(Success); + } + /* Disassociate the old flo from core X -- it calls DeletePhotoflo() + */ + FreeResourceByType(stuff->floID, RT_PHOTOFLO, RT_NONE); + + /* Then (re)register the new flo using the old flo's ID + */ + return( AddResource(stuff->floID, RT_PHOTOFLO, (floDefPtr)new) + ? Success : (client->errorValue = stuff->floID, BadAlloc) ); +} /* end ProcRedefinePhotoflo */ + + +/*------------------------------------------------------------------------ +------------------------------ Abort Procedure --------------------------- +------------------------------------------------------------------------*/ +int ProcAbort(client) + ClientPtr client; +{ + floDefPtr flo; + REQUEST( xieAbortReq ); + REQUEST_SIZE_MATCH( xieAbortReq ); + + if( flo = LookupExecutable(stuff->nameSpace, stuff->floID) ) + if( flo->flags.active ) { + flo->reqClient = client; + flo->flags.aborted = TRUE; + ddShutdown(flo); + FloDone(flo); + } + return(Success); +} /* end ProcAbort */ + + +/*------------------------------------------------------------------------ +------------------------------ Await Procedure --------------------------- +------------------------------------------------------------------------*/ +int ProcAwait(client) + ClientPtr client; +{ + ClientPtr *awaken; + floDefPtr flo; + REQUEST( xieAwaitReq ); + REQUEST_SIZE_MATCH( xieAwaitReq ); + + if( (flo = LookupExecutable(stuff->nameSpace, stuff->floID)) + && flo->flags.active ) { + if(awaken = (ClientPtr*)(flo->awakenCnt + ? XieRealloc( flo->awakenPtr, + (flo->awakenCnt+1)*sizeof(ClientPtr)) + : XieMalloc(sizeof(ClientPtr)))) { + /* + * tell core X to ignore this client until the flo is done + */ + awaken[flo->awakenCnt++] = client; + flo->awakenPtr = awaken; + IgnoreClient(client); + } else { + return(BadAlloc); + } + } + return(Success); +} /* end ProcAwait */ + + +/*------------------------------------------------------------------------ +-------------------------- Get Client Data Procedure --------------------- +------------------------------------------------------------------------*/ +int ProcGetClientData(client) + ClientPtr client; +{ + floDefPtr flo; + peDefPtr ped; + REQUEST( xieGetClientDataReq ); + REQUEST_SIZE_MATCH( xieGetClientDataReq ); + + /* find the flo and make sure it's active + */ + if(!(flo = LookupExecutable(stuff->nameSpace, stuff->floID))) + return SendFloIDError(client, stuff->nameSpace, stuff->floID); + if(!flo->flags.active) + FloAccessError(flo,stuff->element,0, return(SendFloError(client,flo))); + + /* verify that the specified element and band are OK + */ + flo->reqClient = client; + ped = (stuff->element && stuff->element <= flo->peCnt + ? flo->peArray[stuff->element] : NULL); + if(!ped || !ped->flags.getData) + FloElementError(flo, stuff->element, ped ? ped->elemRaw->elemType : 0, + goto egress); + if(stuff->bandNumber >= ped->inFloLst[0].bands) + ValueError(flo,ped,stuff->bandNumber, goto egress); + + /* grab some data and have it sent to the client + */ + ddOutput(flo, ped, stuff->bandNumber, stuff->maxBytes, stuff->terminate); + + egress: + return(ferrCode(flo) || !flo->flags.active ? FloDone(flo) : Success); +} /* end ProcGetClientData */ + + +/*------------------------------------------------------------------------ +-------------------------- Put Client Data Procedure --------------------- +------------------------------------------------------------------------*/ +int ProcPutClientData(client) + ClientPtr client; +{ + floDefPtr flo; + peDefPtr ped; + REQUEST( xiePutClientDataReq ); + REQUEST_AT_LEAST_SIZE(xiePutClientDataReq); + + /* find the flo and make sure it's active + */ + if( !(flo = LookupExecutable(stuff->nameSpace, stuff->floID)) ) + return( SendFloIDError(client, stuff->nameSpace, stuff->floID) ); + if( !flo->flags.active ) + FloAccessError(flo,stuff->element,0, return(SendFloError(client,flo))); + + /* verify that the target element and band are OK + */ + flo->reqClient = client; + ped = stuff->element && stuff->element <= flo->peCnt + ? flo->peArray[stuff->element] : NULL; + if( !ped || !ped->flags.putData ) + FloElementError(flo, stuff->element, ped ? ped->elemRaw->elemType : 0, + goto egress); + if( stuff->bandNumber >= ped->inFloLst[0].bands ) + ValueError(flo,ped,stuff->bandNumber, goto egress); + + /* check for partial aggregates and swap the data as required + */ + switch(ped->swapUnits[stuff->bandNumber]) { + case 0: + case 1: + break; + case 2: + if(stuff->byteCount & 1) + ValueError(flo,ped,stuff->byteCount, goto egress); + if (client->swapped) + SwapShorts((short*)&stuff[1],stuff->byteCount>>1); + break; + case 4: + case 8: + case 16: + if(stuff->byteCount & (ped->swapUnits[stuff->bandNumber]-1)) + ValueError(flo,ped,stuff->byteCount, goto egress); + if(client->swapped) + SwapLongs((CARD32*)&stuff[1],stuff->byteCount>>2); + break; + } + /* pass the byte-stream to the target element + */ + if(stuff->byteCount || stuff->final) + ddInput(flo, ped, stuff->bandNumber, + (CARD8*)&stuff[1], stuff->byteCount, stuff->final); + + egress: + return(ferrCode(flo) || !flo->flags.active ? FloDone(flo) : Success); +} /* end ProcPutClientData */ + + +/*------------------------------------------------------------------------ +------------------------ QueryPhotoflo Procedure ------------------------- +------------------------------------------------------------------------*/ +int ProcQueryPhotoflo(client) + ClientPtr client; +{ + CARD16 imCnt, exCnt; + CARD32 shorts; + floDefPtr flo; + xieTypPhototag *list; + xieQueryPhotofloReply rep; + REQUEST( xieQueryPhotofloReq ); + REQUEST_SIZE_MATCH( xieQueryPhotofloReq ); + + bzero((char *)&rep, sz_xieQueryPhotofloReply); + rep.state = ((flo = LookupExecutable(stuff->nameSpace, stuff->floID)) + ? (flo->flags.active ? xieValActive : xieValInactive) + : xieValNonexistent); + + /* Ask ddxie about the status of client transport + */ + if(!flo || !flo->flags.active) + imCnt = exCnt = 0; + else if(!ddQuery(flo,&list,&imCnt,&exCnt)) + return(SendFloError(client,flo)); + + /* Fill in the reply header + */ + shorts = (imCnt + 1 & ~1) + (exCnt + 1 & ~1); + rep.type = X_Reply; + rep.sequenceNum = client->sequence; + rep.length = shorts >> 1; + rep.expectedCount = imCnt; + rep.availableCount = exCnt; + + if( client->swapped ) { + register int n; + swaps(&rep.sequenceNum,n); + swapl(&rep.length,n); + swaps(&rep.expectedCount,n); + swaps(&rep.availableCount,n); + } + WriteToClient(client, sz_xieQueryPhotofloReply, (char *)&rep); + + if(shorts) { + /* Send the list of pending import/export(s) (swapped as necessary) + */ + if( client->swapped ) + SwapShorts((short *)list, shorts); + WriteToClient(client, shorts<<1, (char *)list); + XieFree(list); + } + return(Success); +} /* end ProcQueryPhotoflo */ + + +/*------------------------------------------------------------------------ +----------------------- deleteFunc: DeletePhotospace --------------------- +------------------------------------------------------------------------*/ +int DeletePhotospace(space, id) + photospacePtr space; + xieTypPhotospace id; +{ + /* abort and destroy all flos in the photospace + */ + while( space->floCnt ) { + floDefPtr flo = space->floLst.flink; + /* + * abort it's execution, and then let it go away quietly (no error/events) + */ + flo->reqClient = flo->runClient; + flo->flags.aborted = TRUE; + flo->flags.notify = FALSE; + ddShutdown(flo); + ferrCode(flo) = 0; + FloDone(flo); + } + /* Free the Photospace structure. + */ + XieFree(space); + + return(Success); +} /* end DeletePhotospace */ + + +/*------------------------------------------------------------------------ +----------------------- deleteFunc: DeletePhotoflo ----------------------- +------------------------------------------------------------------------*/ +int DeletePhotoflo(flo, id) + floDefPtr flo; + xieTypPhotoflo id; +{ + if(flo->flags.active) { + /* + * abort it's execution, and then let it go away quietly (no error/events) + */ + flo->reqClient = flo->runClient; + flo->flags.aborted = TRUE; + flo->flags.notify = FALSE; + ddShutdown(flo); + ferrCode(flo) = 0; + FloDone(flo); + } + /* destroy any lingering ddxie structures + */ + ddDestroy(flo); + + /* free the dixie element structures + */ + FreeFlo(flo); + + return(Success); +} /* end DeletePhotoflo */ + + +/*------------------------------------------------------------------------ +------------------------- routine: LookupExecutable ---------------------- +------------------------------------------------------------------------*/ +static floDefPtr LookupExecutable(spaceID, floID) + CARD32 spaceID; + CARD32 floID; +{ + floDefPtr flo; + + if( spaceID ) + flo = LookupImmediate(spaceID, floID, NULL); + else + flo = (floDefPtr) LookupIDByType(floID, RT_PHOTOFLO); + + return(flo); +} /* end LookupExecutable */ + + +/*------------------------------------------------------------------------ +------------------------ routine: LookupImmediate ------------------------ +------------------------------------------------------------------------*/ +static floDefPtr LookupImmediate(spaceID, floID, spacePtr) + CARD32 spaceID; + CARD32 floID; + photospacePtr *spacePtr; +{ + floDefPtr flo; + photospacePtr space = (photospacePtr) LookupIDByType(spaceID, RT_PHOTOSPACE); + + if(spacePtr) + *spacePtr = space; + if(!space) + return(NULL); + + /* search the photospace for the specified flo + */ + for(flo = space->floLst.flink; + !ListEnd(flo,&space->floLst) && floID != flo->ID; + flo = flo->flink); + + return( ListEnd(flo,&space->floLst) ? NULL : flo ); +} /* end LookupImmediate */ + + +/*------------------------------------------------------------------------ +----------- initiate, and possibly complete, photoflo execution ---------- +------------------------------------------------------------------------*/ +static int RunFlo(client,flo) + ClientPtr client; + floDefPtr flo; +{ + flo->runClient = flo->reqClient = client; + + /* validate parameters and propagate attributes between elements */ + if( !ferrCode(flo) ) + PrepFlo(flo); + + /* choose the "best" set of handlers for this DAG (this also + * establishes all DDXIE entry points in the floDef and peDefs) + */ + if(!ferrCode(flo) && flo->flags.modified) + DAGalyze(flo); + + /* create all the new handlers that were chosen by DAGalyze */ + if(!ferrCode(flo) && flo->flags.modified) + ddLink(flo); + + /* begin (and maybe complete) execution */ + if( ferrCode(flo) || !ddStartup(flo) ) + FloDone(flo); + + return(Success); +} /* end RunFlo */ + + +/*------------------------------------------------------------------------ +-------- Handle Photoflo Done: send error and event, then clean up ------- +------------------------------------------------------------------------*/ +static int FloDone(flo) + floDefPtr flo; +{ + peDefPtr ped; + pedLstPtr lst = ListEmpty(&flo->optDAG) ? &flo->defDAG : &flo->optDAG; + Bool ok = !ferrCode(flo) && !flo->flags.aborted; + + /* debrief import elements */ + for(ped = lst->flink; ped && !ListEnd(ped,lst); ped = ped->clink) + if(ped->diVec->debrief) + ok &= (*ped->diVec->debrief)(flo,ped,ok); + + /* debrief all other elements (e.g. export and ConvertToIndex) */ + for(ped = lst->flink; ped && !ListEnd(ped,lst); ped = ped->flink) + if(!ped->flags.import && ped->diVec->debrief) + ok &= (*ped->diVec->debrief)(flo,ped,ok); + + /* handle errors */ + if(ferrCode(flo)) { + ddShutdown(flo); + SendFloError(flo->runClient,flo); + if(flo->reqClient != flo->runClient) + SendFloError(flo->reqClient,flo); + } + /* handle events */ + if(flo->flags.notify) { + flo->event.event = xieEvnNoPhotofloDone; + + if(ferrCode(flo)) + ((xiePhotofloDoneEvn *)&flo->event)->outcome = xieValFloError; + else if(flo->flags.aborted) + ((xiePhotofloDoneEvn *)&flo->event)->outcome = xieValFloAbort; + else + ((xiePhotofloDoneEvn *)&flo->event)->outcome = xieValFloSuccess; + + SendFloEvent(flo); + } + /* if this was an immediate flo, it's history */ + if(flo->spaceID) + DeleteImmediate(flo); + + return(Success); +} /* end FloDone */ + + +/*------------------------------------------------------------------------ +------------------------- routine: DeleteImmediate ----------------------- +------------------------------------------------------------------------*/ +static void DeleteImmediate(flo) + floDefPtr flo; +{ + floDefPtr tmp; + + /* destroy any lingering DDXIE structures + */ + ddDestroy(flo); + + /* remove the photoflo from the photospace and destroy it + */ + flo->space->floCnt--; + RemoveMember(tmp, flo); + FreeFlo(tmp); +} /* end DeleteImmediate */ + + +/*------------------------------------------------------------------------ +----------------------------- Swap procedures ---------------------------- +------------------------------------------------------------------------*/ +int SProcCreatePhotospace(client) + ClientPtr client; +{ + register long n; + REQUEST(xieCreatePhotospaceReq); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH(xieCreatePhotospaceReq); + swapl(&stuff->nameSpace, n); + return (ProcCreatePhotospace(client)); +} /* end SProcCreatePhotospace */ + +int SProcDestroyPhotospace(client) + ClientPtr client; +{ + register long n; + REQUEST( xieDestroyPhotospaceReq ); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH( xieDestroyPhotospaceReq ); + swapl(&stuff->nameSpace, n); + return (ProcDestroyPhotospace(client)); +} /* end SProcDestroyPhotospace */ + +int SProcExecuteImmediate(client) + register ClientPtr client; +{ + register int n; + REQUEST(xieExecuteImmediateReq); + swaps(&stuff->length, n); + REQUEST_AT_LEAST_SIZE(xieExecuteImmediateReq); + swapl(&stuff->nameSpace, n); + swapl(&stuff->floID, n); + swaps(&stuff->numElements, n); + return( ProcExecuteImmediate(client) ); +} + +int SProcCreatePhotoflo(client) + register ClientPtr client; +{ + register int n; + REQUEST(xieCreatePhotofloReq); + swaps(&stuff->length, n); + REQUEST_AT_LEAST_SIZE(xieCreatePhotofloReq); + swapl(&stuff->floID, n); + swaps(&stuff->numElements, n); + return( ProcCreatePhotoflo(client) ); +} + +int SProcDestroyPhotoflo(client) + register ClientPtr client; +{ + register int n; + REQUEST(xieDestroyPhotofloReq); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH(xieDestroyPhotofloReq); + swapl(&stuff->floID, n); + return( ProcDestroyPhotoflo(client) ); +} + +int SProcExecutePhotoflo(client) + register ClientPtr client; +{ + register int n; + REQUEST(xieExecutePhotofloReq); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH(xieExecutePhotofloReq); + swapl(&stuff->floID, n); + return( ProcExecutePhotoflo(client) ); +} + +int SProcModifyPhotoflo(client) + register ClientPtr client; +{ + register int n; + REQUEST(xieModifyPhotofloReq); + swaps(&stuff->length, n); + REQUEST_AT_LEAST_SIZE(xieModifyPhotofloReq); + swapl(&stuff->floID, n); + swaps(&stuff->start, n); + swaps(&stuff->numElements, n); + return( ProcModifyPhotoflo(client) ); +} + +int SProcRedefinePhotoflo(client) + register ClientPtr client; +{ + register int n; + REQUEST(xieRedefinePhotofloReq); + swaps(&stuff->length, n); + REQUEST_AT_LEAST_SIZE(xieRedefinePhotofloReq); + swapl(&stuff->floID, n); + swaps(&stuff->numElements, n); + return( ProcRedefinePhotoflo(client) ); +} + +int SProcAbort(client) + register ClientPtr client; +{ + register int n; + REQUEST(xieAbortReq); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH(xieAbortReq); + swapl(&stuff->nameSpace, n); + swapl(&stuff->floID, n); + return( ProcAbort(client) ); +} + +int SProcAwait(client) + register ClientPtr client; +{ + register int n; + REQUEST(xieAwaitReq); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH(xieAwaitReq); + swapl(&stuff->nameSpace, n); + swapl(&stuff->floID, n); + return( ProcAwait(client) ); +} + +int SProcGetClientData(client) + register ClientPtr client; +{ + register int n; + REQUEST(xieGetClientDataReq); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH(xieGetClientDataReq); + swapl(&stuff->nameSpace, n); + swapl(&stuff->floID, n); + swapl(&stuff->maxBytes, n); + swaps(&stuff->element, n); + return( ProcGetClientData(client) ); +} + +int SProcPutClientData(client) + register ClientPtr client; +{ + register int n; + REQUEST(xiePutClientDataReq); + swaps(&stuff->length, n); + REQUEST_AT_LEAST_SIZE(xiePutClientDataReq); + swapl(&stuff->nameSpace, n); + swapl(&stuff->floID, n); + swaps(&stuff->element, n); + swapl(&stuff->byteCount, n); + return( ProcPutClientData(client) ); +} + +int SProcQueryPhotoflo(client) + register ClientPtr client; +{ + register int n; + REQUEST(xieQueryPhotofloReq); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH(xieQueryPhotofloReq); + swapl(&stuff->nameSpace, n); + swapl(&stuff->floID, n); + return( ProcQueryPhotoflo(client) ); +} + +/* end module protoflo.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/request/roi.c b/xie/xc/programs/Xserver/XIE/dixie/request/roi.c new file mode 100644 index 0000000..d3f0b4d --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/request/roi.c @@ -0,0 +1,202 @@ +/* $XConsortium: roi.c,v 1.4 94/04/17 20:33:58 rws Exp $ */ +/**** module roi.c ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + roi.c: Routines to manage region of interest protocol requests + + Dean Verheiden, AGE Logic, Inc., April 1993 + +****************************************************************************/ + +#define _XIEC_ROI + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Module Specific Includes + */ +#include +#include +#include +#include + +/* + * Xie protocol proceedures called from the dispatcher + */ +int ProcCreateROI(); +int ProcDestroyROI(); +int SProcCreateROI(); +int SProcDestroyROI(); + +/* + * routines referenced by other modules. + */ +int DeleteROI(); + + +/*------------------------------------------------------------------------ +--------------------------- CreateROI Procedures ------------------------- +------------------------------------------------------------------------*/ +int ProcCreateROI(client) + ClientPtr client; +{ + roiPtr roi; + REQUEST(xieCreateROIReq); + REQUEST_SIZE_MATCH(xieCreateROIReq); + LEGAL_NEW_RESOURCE(stuff->roi, client); + + /* create a new lookup table + */ + if( !(roi = (roiPtr) XieCalloc(sizeof(roiRec))) ) + return(client->errorValue = stuff->roi, BadAlloc); + + roi->ID = stuff->roi; + roi->refCnt = 1; + ListInit(&roi->strips); + + return( AddResource(roi->ID, RT_ROI, (roiPtr)roi) + ? Success : (client->errorValue = stuff->roi, BadAlloc) ); +} /* end ProcCreateROI */ + + +/*------------------------------------------------------------------------ +------------------------ DestroyROI Procedures -------------------------- +------------------------------------------------------------------------*/ +int ProcDestroyROI(client) + ClientPtr client; +{ + roiPtr roi; + REQUEST( xieDestroyROIReq ); + REQUEST_SIZE_MATCH( xieDestroyROIReq ); + + if( !(roi = (roiPtr) LookupIDByType(stuff->roi, RT_ROI)) ) + return( SendResourceError(client, xieErrNoROI, stuff->roi) ); + + /* Disassociate the ROI from core X -- it calls DeleteROI() + */ + FreeResourceByType(stuff->roi, RT_ROI, RT_NONE); + + return(Success); +} /* end ProcDestroyROI */ + + +/*------------------------------------------------------------------------ +----------------------- deleteFunc: DeleteROI --------------------------- +------------------------------------------------------------------------*/ +int DeleteROI(roi, id) + roiPtr roi; + xieTypROI id; +{ + if( --roi->refCnt ) + return(Success); + + FreeStrips(&roi->strips); + XieFree(roi); + + return(Success); +} /* end DeleteROI */ + +int SProcCreateROI(client) +ClientPtr client; +{ + register int n; + REQUEST(xieCreateROIReq); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH(xieCreateROIReq); + swapl(&stuff->roi,n); + return (ProcCreateROI(client)); +} /* end SProcCreateROI */ + +int SProcDestroyROI(client) +ClientPtr client; +{ + register int n; + REQUEST( xieDestroyROIReq ); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH( xieDestroyROIReq ); + swapl(&stuff->roi,n); + return (ProcDestroyROI(client)); +} /* end SProcDestroyROI */ + +/* end module ROI.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/request/session.c b/xie/xc/programs/Xserver/XIE/dixie/request/session.c new file mode 100644 index 0000000..f81b0c1 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/request/session.c @@ -0,0 +1,346 @@ +/* $XConsortium: session.c,v 1.6 94/04/17 20:33:58 rws Exp $ */ +/**** session.c ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + session.c: Initialization code for the XIE server. + + Dean Verheiden -- AGE Logic, Inc March, 1993 + +*****************************************************************************/ + +#define _XIEC_SESSION + +#define NEED_REPLIES +#include "X.h" /* Needed for just about anything */ +#include "Xproto.h" /* defines protocol-related stuff */ +#include "misc.h" /* includes os.h, which type FatalError */ +#include "dixstruct.h" /* this picks up ClientPtr definition */ +#include "extnsionst.h" /* defines things like ExtensionEntry */ +#include /* needed if we do any printf's */ + +#include "XIE.h" +#include "XIEproto.h" /* Xie protocol specification */ +#include /* core X interface routine definitions */ +#include +#include /* server internal macros */ + +#include +#include /* extern def for technique_init */ + +/* function declarations */ +static int XieDispatch(), /* dispatcher for XIE opcodes */ + SXieDispatch(), /* dispatcher for swapped code */ + DeleteXieClient(); /* Clean up routine */ +static void XieReset(); /* reset the XIE code, eg, on reboot */ +static int DdxInit(); + +#define REPORT_MEMORY_LEAKS +#ifdef REPORT_MEMORY_LEAKS +extern int ALLOCS; +extern int STRIPS; +extern int BYTES; +#endif + +ExtensionEntry *extEntry; +RESTYPE RC_XIE; /* XIE Resource Class */ +#if XIE_FULL +RESTYPE RT_COLORLIST; /* ColorList resource type */ +#endif +RESTYPE RT_LUT; /* Lookup table resource type */ +RESTYPE RT_PHOTOFLO; /* Photoflo resource type */ +RESTYPE RT_PHOTOMAP; /* Photomap resource type */ +RESTYPE RT_PHOTOSPACE; /* Photospace resource type */ +#if XIE_FULL +RESTYPE RT_ROI; /* Region Of Interest type */ +#endif +RESTYPE RT_XIE_CLIENT; /* XIE Type for Shutdown Notice */ + +struct _client_table { + XID Shutdown_id; + int (**proc_table)(); /* Table of version specific procedures */ + int (**sproc_table)(); + CARD16 minorVersion; + CARD16 pad; +} client_table[MAXCLIENTS]; + +void XieInit() +{ + ExtensionEntry *AddExtension(); + + /* Initialize XIE Resources */ + RC_XIE = CreateNewResourceClass(); +#if XIE_FULL + RT_COLORLIST = RC_XIE | CreateNewResourceType(DeleteColorList); +#endif + RT_LUT = RC_XIE | CreateNewResourceType(DeleteLUT); + RT_PHOTOFLO = RC_XIE | CreateNewResourceType(DeletePhotoflo); + RT_PHOTOMAP = RC_XIE | CreateNewResourceType(DeletePhotomap); + RT_PHOTOSPACE = RC_XIE | CreateNewResourceType(DeletePhotospace); +#if XIE_FULL + RT_ROI = RC_XIE | CreateNewResourceType(DeleteROI); +#endif + RT_XIE_CLIENT = RC_XIE | CreateNewResourceType(DeleteXieClient); + + + extEntry = AddExtension(xieExtName, /* extension name */ + xieNumEvents, /* number of events */ + xieNumErrors, /* number of errors */ + XieDispatch, /* Xie's dispatcher */ + SXieDispatch, /* Swapped dispatch */ + XieReset, /* Reset XIE stuff */ + StandardMinorOpcode /* choose opcode dynamically */ + ); + + if (extEntry == NULL) + FatalError(" could not add Xie as an extension\n"); + + /* Initialize client table */ + bzero((char *)client_table, sizeof(client_table)); + + if (!technique_init() || DdxInit() != Success) + FatalError(" could not add Xie as an extension\n"); + +} + +/**********************************************************************/ +/* Register client with core X under a FakeClientID */ +static int RegisterXieClient(client, minor) +ClientPtr client; +CARD16 minor; +{ + client_table[client->index].Shutdown_id = FakeClientID(client->index); + client_table[client->index].minorVersion = minor; + + init_proc_tables(minor, + &(client_table[client->index].proc_table), + &(client_table[client->index].sproc_table)); + + /* Register the client with Core X for shutdown */ + return (AddResource(client_table[client->index].Shutdown_id, + RT_XIE_CLIENT, + &(client_table[client->index]))); +} + +/**********************************************************************/ +static int XieDispatch (client) + register ClientPtr client; +{ + REQUEST(xieReq); /* make "stuff" point to client's request buffer */ + + /* QueryImageExtension establishes a communication version */ + if (stuff->opcode == X_ieQueryImageExtension) + return (ProcQueryImageExtension(client)); + + /* First make sure that a communication version has been established */ + if (client_table[client->index].Shutdown_id == 0 && /* Pick a favorite */ + !RegisterXieClient(client, xieMinorVersion)) /* minor version */ + return ( BadAlloc ); + if (stuff->opcode > 0 && stuff->opcode <= xieNumProtoReq) + /* Index into version specific routines */ + return (CallProc(client)); + else + return ( BadRequest); +} + + +/**********************************************************************/ +static int SXieDispatch (client) + register ClientPtr client; +{ + REQUEST(xieReq); /* make "stuff" point to client's request buffer */ + + /* QueryImageExtension establishes a communication version */ + if (stuff->opcode == X_ieQueryImageExtension) + return (SProcQueryImageExtension(client)); + + /* First make sure that a communication version has been established */ + if (client_table[client->index].Shutdown_id == 0 && /* Pick a favorite */ + !RegisterXieClient(client, xieMinorVersion)) /* minor version */ + return ( BadAlloc ); + if (stuff->opcode > 0 && stuff->opcode <= xieNumProtoReq) + /* Index into version specific routines */ + return (CallSProc(client)); + + else + return ( BadRequest); +} + +/**********************************************************************/ +ProcQueryImageExtension(client) + register ClientPtr client; +{ + xieQueryImageExtensionReply reply; + XID FakeClientID(); + REQUEST(xieQueryImageExtensionReq); + REQUEST_SIZE_MATCH( xieQueryImageExtensionReq ); + + reply.type = X_Reply; + reply.sequenceNum = client->sequence; + + reply.majorVersion = xieMajorVersion; + + if (stuff->majorVersion != xieMajorVersion || + stuff->minorVersion < xieEarliestMinorVersion || + stuff->minorVersion > xieLatestMinorVersion) + reply.minorVersion = xieMinorVersion; + else + reply.minorVersion = stuff->minorVersion; + + reply.length = sizeof(Preferred_levels)>>2; + +#if XIE_FULL + reply.serviceClass = xieValFull; +#else + reply.serviceClass = xieValDIS; +#endif + reply.alignment = ALIGNMENT; + reply.unconstrainedMantissa = UNCONSTRAINED_MANTISSA; + reply.unconstrainedMaxExp = UNCONSTRAINED_MAX_EXPONENT; + reply.unconstrainedMinExp = UNCONSTRAINED_MIN_EXPONENT; + + /* + If this is the first QueryImageExtension for this client, register fake_id + with Core X to get a closedown notification later + */ + if (client_table[client->index].Shutdown_id == 0) + if (!RegisterXieClient(client, reply.minorVersion)) + return ( BadAlloc ); + + /*** Take care of swapping bytes if necessary ***/ + if (client->swapped) { + register int n; + + swaps(&reply.sequenceNum,n); + swapl(&reply.length,n); + swaps(&reply.majorVersion,n); + swaps(&reply.minorVersion,n); + swaps(&reply.unconstrainedMantissa,n); + swapl(&reply.unconstrainedMaxExp,n); + swapl(&reply.unconstrainedMinExp,n); + } + WriteToClient(client,sz_xieQueryImageExtensionReply,(char*)&reply); + + /* + * Send the list of preferred levels (swapped as necessary) + */ + if(reply.length) + if(client->swapped) + CopySwap32Write(client,sizeof(Preferred_levels),Preferred_levels); + else + WriteToClient(client,sizeof(Preferred_levels),(char*)Preferred_levels); + + return(Success); +} + + +/**********************************************************************/ +SProcQueryImageExtension(client) + register ClientPtr client; +{ + REQUEST(xieQueryImageExtensionReq); + register int n; + swaps(&stuff->length,n); + swaps(&stuff->majorVersion, n); + swaps(&stuff->minorVersion, n); + return( ProcQueryImageExtension(client) ); +} + +/************************************************************************/ + +static int DdxInit() +{ + return Success; +} + +/**********************************************************************/ +static int DeleteXieClient(data, id) +pointer data; +XID id; +{ + bzero((char *)&(client_table[CLIENT_ID(id)]), sizeof(struct _client_table)); +} + +/**********************************************************************/ +static void XieReset (extEntry) + ExtensionEntry *extEntry; +{ +#ifdef REPORT_MEMORY_LEAKS + + /* memory leak debug code + */ + /* Initialize client table */ + bzero((char *)client_table, sizeof(client_table)); + if(ALLOCS) /* check on outstanding mallocs and callocs */ + ErrorF("XieReset: %d allocs still outstanding.\n", ALLOCS); + + if(STRIPS || BYTES) /* check on outstanding data manager allocs */ + ErrorF("XieReset: %d strips with %d data bytes still outstanding.\n", + STRIPS, BYTES); +#endif +} + +/**** End of session.c ****/ diff --git a/xie/xc/programs/Xserver/XIE/dixie/request/tables.c b/xie/xc/programs/Xserver/XIE/dixie/request/tables.c new file mode 100644 index 0000000..668cbd6 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/request/tables.c @@ -0,0 +1,350 @@ +/* $XConsortium: tables.c,v 1.4 94/04/17 20:33:59 rws Exp $ */ +/**** tables.c ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + tables.c: XIE vector tables + + Dean Verheiden, AGE Logic, Inc March 1993 + +****************************************************************************/ + +#define _XIEC_TABLES + +#define NEED_REPLIES +#include "X.h" /* Needed for just about anything */ +#include "Xproto.h" /* defines protocol-related stuff */ +#include "misc.h" /* includes os.h, which type FatalError */ +#include "dixstruct.h" /* this picks up ClientPtr definition */ +#include /* needed if we do any printf's */ + +#include "XIE.h" +#include "XIEproto.h" /* Xie v4 protocol specification */ +#include /* interface to core X definitions */ +#include +#include + + +/*------------------------------------------------------------------------ +------------------------ Procedure Not Implemented ----------------------- +------------------------------------------------------------------------*/ +static int ProcNotImplemented(client) + ClientPtr client; +{ + return( BadRequest ); +} /* end ProcNotImplemented */ + + +/*------------------------------------------------------------------------ +---------------- Error stub for unsupported element types ---------------- +------------------------------------------------------------------------*/ +static peDefPtr ElementNotImplemented(flo,tag,pe) + floDefPtr flo; + xieTypPhototag tag; + xieFlo *pe; +{ + FloElementError(flo,tag,pe->elemType, return(NULL)); +} + +/*------------------------------------------------------------------------ +---------------- Array of DD entry points called from DI ---------------- +------------------------------------------------------------------------*/ +/* Very rarely, a device independent routine needs to access device dependent + code. Interface through this array. +*/ +xieVoidProc DDInterface[] = { + (xieVoidProc)DAGalyze, + (xieVoidProc)GetServerChoice +}; + + +#if XIE_FULL +static int (*ProcTable5_00[])() = { +/* 00 */ ProcNotImplemented, /* Illegal protocol request */ +/* 01 */ ProcNotImplemented, /* QueryImageExtension doesn't use the table */ +/* 02 */ ProcQueryTechniques, +/* 03 */ ProcCreateColorList, +/* 04 */ ProcDestroyColorList, +/* 05 */ ProcPurgeColorList, +/* 06 */ ProcQueryColorList, +/* 07 */ ProcCreateLUT, +/* 08 */ ProcDestroyLUT, +/* 09 */ ProcCreatePhotomap, +/* 10 */ ProcDestroyPhotomap, +/* 11 */ ProcQueryPhotomap, +/* 12 */ ProcCreateROI, +/* 13 */ ProcDestroyROI, +/* 14 */ ProcCreatePhotospace, +/* 15 */ ProcDestroyPhotospace, +/* 16 */ ProcExecuteImmediate, +/* 17 */ ProcCreatePhotoflo, +/* 18 */ ProcDestroyPhotoflo, +/* 19 */ ProcExecutePhotoflo, +/* 20 */ ProcModifyPhotoflo, +/* 21 */ ProcRedefinePhotoflo, +/* 22 */ ProcPutClientData, +/* 23 */ ProcGetClientData, +/* 24 */ ProcQueryPhotoflo, +/* 25 */ ProcAwait, +/* 26 */ ProcAbort + }; + +static int (*SProcTable5_00[])() = { +/* 00 */ ProcNotImplemented, /* Illegal protocol request */ +/* 01 */ ProcNotImplemented, /* QueryImageExtension doesn't use the table */ +/* 02 */ SProcQueryTechniques, +/* 03 */ SProcCreateColorList, +/* 04 */ SProcDestroyColorList, +/* 05 */ SProcPurgeColorList, +/* 06 */ SProcQueryColorList, +/* 07 */ SProcCreateLUT, +/* 08 */ SProcDestroyLUT, +/* 09 */ SProcCreatePhotomap, +/* 10 */ SProcDestroyPhotomap, +/* 11 */ SProcQueryPhotomap, +/* 12 */ SProcCreateROI, +/* 13 */ SProcDestroyROI, +/* 14 */ SProcCreatePhotospace, +/* 15 */ SProcDestroyPhotospace, +/* 16 */ SProcExecuteImmediate, +/* 17 */ SProcCreatePhotoflo, +/* 18 */ SProcDestroyPhotoflo, +/* 19 */ SProcExecutePhotoflo, +/* 20 */ SProcModifyPhotoflo, +/* 21 */ SProcRedefinePhotoflo, +/* 22 */ SProcPutClientData, +/* 23 */ SProcGetClientData, +/* 24 */ SProcQueryPhotoflo, +/* 25 */ SProcAwait, +/* 26 */ SProcAbort + }; + +peDefPtr (*MakeTable[])() = { +/* 00 */ ElementNotImplemented, +/* 01 */ MakeICLUT, +/* 02 */ MakeICPhoto, +/* 03 */ MakeICROI, +/* 04 */ MakeIDraw, +/* 05 */ MakeIDrawP, +/* 06 */ MakeILUT, +/* 07 */ MakeIPhoto, +/* 08 */ MakeIROI, +/* 09 */ MakeArith, +/* 10 */ MakeBandCom, +/* 11 */ MakeBandExt, +/* 12 */ MakeBandSel, +/* 13 */ MakeBlend, +/* 14 */ MakeCompare, +/* 15 */ MakeConstrain, +/* 16 */ MakeConvertFromIndex, +/* 17 */ MakeConvertFromRGB, +/* 18 */ MakeConvertToIndex, +/* 19 */ MakeConvertToRGB, +/* 20 */ MakeConvolve, +/* 21 */ MakeDither, +/* 22 */ MakeGeometry, +/* 23 */ MakeLogic, +/* 24 */ MakeMatchHistogram, +/* 25 */ MakeMath, +/* 26 */ MakePasteUp, +/* 27 */ MakePoint, +/* 28 */ MakeUnconstrain, +/* 29 */ MakeECHistogram, +/* 30 */ MakeECLUT, +/* 31 */ MakeECPhoto, +/* 32 */ MakeECROI, +/* 33 */ MakeEDraw, +/* 34 */ MakeEDrawPlane, +/* 35 */ MakeELUT, +/* 36 */ MakeEPhoto, +/* 37 */ MakeEROI + }; + +#else /* XIEdis */ + +static int (*ProcTable5_00[])() = { +/* 00 */ ProcNotImplemented, /* Illegal protocol request */ +/* 01 */ ProcNotImplemented, /* QueryImageExtension doesn't use the table */ +/* 02 */ ProcQueryTechniques, +/* 03 */ ProcNotImplemented, /* CreateColorList */ +/* 04 */ ProcNotImplemented, /* DestroyColorList */ +/* 05 */ ProcNotImplemented, /* PurgeColorList */ +/* 06 */ ProcNotImplemented, /* QueryColorList */ +/* 07 */ ProcCreateLUT, +/* 08 */ ProcDestroyLUT, +/* 09 */ ProcCreatePhotomap, +/* 10 */ ProcDestroyPhotomap, +/* 11 */ ProcQueryPhotomap, +/* 12 */ ProcNotImplemented, /* CreateROI */ +/* 13 */ ProcNotImplemented, /* DestroyROI */ +/* 14 */ ProcCreatePhotospace, +/* 15 */ ProcDestroyPhotospace, +/* 16 */ ProcExecuteImmediate, +/* 17 */ ProcCreatePhotoflo, +/* 18 */ ProcDestroyPhotoflo, +/* 19 */ ProcExecutePhotoflo, +/* 20 */ ProcModifyPhotoflo, +/* 21 */ ProcRedefinePhotoflo, +/* 22 */ ProcPutClientData, +/* 23 */ ProcGetClientData, +/* 24 */ ProcQueryPhotoflo, +/* 25 */ ProcAwait, +/* 26 */ ProcAbort + }; + +static int (*SProcTable5_00[])() = { +/* 00 */ ProcNotImplemented, /* Illegal protocol request */ +/* 01 */ ProcNotImplemented, /* QueryImageExtension doesn't use the table */ +/* 02 */ SProcQueryTechniques, +/* 03 */ ProcNotImplemented, /* CreateColorList */ +/* 04 */ ProcNotImplemented, /* DestroyColorList */ +/* 05 */ ProcNotImplemented, /* PurgeColorList */ +/* 06 */ ProcNotImplemented, /* QueryColorList */ +/* 07 */ SProcCreateLUT, +/* 08 */ SProcDestroyLUT, +/* 09 */ SProcCreatePhotomap, +/* 10 */ SProcDestroyPhotomap, +/* 11 */ SProcQueryPhotomap, +/* 12 */ ProcNotImplemented, /* CreateROI */ +/* 13 */ ProcNotImplemented, /* DestroyROI */ +/* 14 */ SProcCreatePhotospace, +/* 15 */ SProcDestroyPhotospace, +/* 16 */ SProcExecuteImmediate, +/* 17 */ SProcCreatePhotoflo, +/* 18 */ SProcDestroyPhotoflo, +/* 19 */ SProcExecutePhotoflo, +/* 20 */ SProcModifyPhotoflo, +/* 21 */ SProcRedefinePhotoflo, +/* 22 */ SProcPutClientData, +/* 23 */ SProcGetClientData, +/* 24 */ SProcQueryPhotoflo, +/* 25 */ SProcAwait, +/* 26 */ SProcAbort + }; + +peDefPtr (*MakeTable[])() = { +/* 00 */ ElementNotImplemented, +/* 01 */ MakeICLUT, +/* 02 */ MakeICPhoto, +/* 03 */ ElementNotImplemented, /* ICROI */ +/* 04 */ MakeIDraw, +/* 05 */ MakeIDrawP, +/* 06 */ MakeILUT, +/* 07 */ MakeIPhoto, +/* 08 */ ElementNotImplemented, /* IROI */ +/* 09 */ ElementNotImplemented, /* Arith */ +/* 10 */ ElementNotImplemented, /* BandCom */ +/* 11 */ ElementNotImplemented, /* BandExt */ +/* 12 */ ElementNotImplemented, /* BandSel */ +/* 13 */ ElementNotImplemented, /* Blend */ +/* 14 */ ElementNotImplemented, /* Compare */ +/* 15 */ ElementNotImplemented, /* Constrain */ +/* 16 */ ElementNotImplemented, /* ConvertFromIndex */ +/* 17 */ ElementNotImplemented, /* ConvertFromRGB */ +/* 18 */ ElementNotImplemented, /* ConvertToIndex */ +/* 19 */ ElementNotImplemented, /* ConvertToRGB */ +/* 20 */ ElementNotImplemented, /* Convolve */ +/* 21 */ ElementNotImplemented, /* Dither */ +/* 22 */ MakeGeometry, +/* 23 */ ElementNotImplemented, /* Logic */ +/* 24 */ ElementNotImplemented, /* MatchHistogram */ +/* 25 */ ElementNotImplemented, /* Math */ +/* 26 */ ElementNotImplemented, /* PasteUp */ +/* 27 */ MakePoint, +/* 28 */ ElementNotImplemented, /* Unconstrain */ +/* 29 */ ElementNotImplemented, /* ECHistogram */ +/* 30 */ MakeECLUT, +/* 31 */ MakeECPhoto, +/* 32 */ ElementNotImplemented, /* ECROI */ +/* 33 */ MakeEDraw, +/* 34 */ MakeEDrawPlane, +/* 35 */ MakeELUT, +/* 36 */ MakeEPhoto, +/* 37 */ ElementNotImplemented /* EROI */ + }; +#endif + +/************************************************************************ + Fill in the version specific tables for the selected minor protocol + version +************************************************************************/ +void init_proc_tables(minorVersion, ptable, sptable) + CARD16 minorVersion; + int (**ptable[])(), (**sptable[])(); +{ + /* Kind of boring with only one version to work with */ + switch (minorVersion) { + case 0: + *ptable = ProcTable5_00; + *sptable = SProcTable5_00; + break; + default: + *ptable = ProcTable5_00; + *sptable = SProcTable5_00; + } +} + +/* end module tables.c */ diff --git a/xie/xc/programs/Xserver/XIE/dixie/request/technq.c b/xie/xc/programs/Xserver/XIE/dixie/request/technq.c new file mode 100644 index 0000000..462156b --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/dixie/request/technq.c @@ -0,0 +1,371 @@ +/* $XConsortium: technq.c,v 1.6 94/04/17 20:34:00 rws Exp $ */ +/**** module technq.c ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +**************************************************************************** + technq.c: Routines to handle technique protocol requests + + Dean Verheiden AGE Logic, Inc. April 1993 +****************************************************************************/ + +#define _XIEC_TECHNQ + +/* + A Note on Technique Etiquette: + + To change technique defaults, or add new techniques or technique + groups, don't edit this file. Make the appropriate changes to the technq.h + file. + + If the changes result in the creation of a new default technique or + allow a technique to use default parameters, it is also necessary that + the corresponding technique copy function be updated to supply default + parameters should they be required. +*/ + + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include + +/* + * Element Specific Includes + */ +#include +#include +#include +#include + +/* + * Xie protocol proceedures called from the dispatcher + */ +int ProcQueryTechniques(); +int SProcQueryTechniques(); + +/* + * Functions called by other Xie procedures + */ +techVecPtr FindTechnique(); + +/* + * Used internally by this module + */ +static Bool send_reply(); +static Bool send_technique_replies(); + +/*------------------------------------------------------------------------ +------------------------ QueryTechniques Procedures ----------------------- +------------------------------------------------------------------------*/ +int ProcQueryTechniques(client) + ClientPtr client; +{ + xieQueryTechniquesReply rep; + REQUEST( xieQueryTechniquesReq ); + REQUEST_SIZE_MATCH( xieQueryTechniquesReq ); + + /* + * Fill in the reply header + */ + bzero((char *)&rep, sz_xieQueryTechniquesReply); + rep.type = X_Reply; + rep.sequenceNum = client->sequence; + + /* First, figure out how big the ListofTechniqueRecs is going to be */ + if (stuff->techniqueGroup == xieValDefault) { + rep.numTechniques = techTable.numDefaults; + rep.length = techTable.defaultSize; + } else if (stuff->techniqueGroup == xieValAll) { + rep.numTechniques = techTable.numTechniques; + rep.length = techTable.tableSize; + } else { + TechGroupPtr tg = techTable.techgroups; + int g; + + for (g = 0; g < techTable.numGroups; g++, tg++) + if (stuff->techniqueGroup == tg->group) { + rep.numTechniques = tg->numTechniques; + rep.length = tg->groupSize; + break; + } + + if (g >= techTable.numGroups) /* Couldn't find the group */ + return(BadValue); + } + + if( client->swapped ) { + /* + * Swap the reply header fields + */ + register int n; + + swaps(&rep.sequenceNum,n); + swapl(&rep.length,n); + swaps(&rep.numTechniques,n); + } + + WriteToClient(client, sz_xieQueryTechniquesReply, (char *)&rep); + + send_technique_replies(stuff->techniqueGroup,client); + + return(Success); +} /* end ProcQueryTechniques */ + +int SProcQueryTechniques(client) + ClientPtr client; +{ + register int n; + REQUEST( xieQueryTechniquesReq ); + swaps(&stuff->length, n); + REQUEST_SIZE_MATCH( xieQueryTechniquesReq ); + return (ProcQueryTechniques(client)); +} /* end SProcQueryTechniques */ + +/************************************************************************* + Initialization Procedure: Fill in various technique fields +*************************************************************************/ + +Bool technique_init() +{ + CARD32 defaultSize = 0; + CARD32 tableSize = 0; + CARD32 numTechniques = 0; + CARD32 numDefaults = 0; + TechGroupPtr tg = techTable.techgroups; + int g; + + for (g = 0; g < techTable.numGroups; g++, tg++) { + TechPtr tp = tg->tech; + CARD16 defaultNumber = tg->defaultNumber; + Bool needDefault = (defaultNumber != NO_DEFAULT); + CARD32 groupSize = 0; + int t; + + for (t = 0; t < tg->numTechniques; t++, tp++) { + tp->nameLength = strlen((char *)(tp->name)); + tp->techSize = (sizeof(xieTypTechniqueRec) + tp->nameLength + 3) + >> 2; + groupSize += tp->techSize; + if (needDefault && defaultNumber == tp->techvec.number) { + tg->defaultIndex = t; + defaultSize += tp->techSize; + numDefaults++; + needDefault = FALSE; + } + } + if (needDefault) return (FALSE); + tg->groupSize = groupSize; + tableSize += groupSize; + numTechniques += tg->numTechniques; + } + + techTable.numTechniques = numTechniques; + techTable.numDefaults = numDefaults; + techTable.tableSize = tableSize; + techTable.defaultSize = defaultSize; + + return (TRUE); +} /* end technique_init */ + +/************************************************************************* + Send Technique Reply: send technique structures to client, one at a time, + swapping them first if necessary +*************************************************************************/ + +static Bool send_reply(group, tech, client) +xieTypTechniqueGroup group; +TechPtr tech; +ClientPtr client; +{ + xieTypTechniqueRec rep; + + rep.needsParam = !(tech->techvec.NoTech || tech->techvec.OptionalTech); + rep.group = group; + rep.number = (client->swapped) ? lswaps(tech->techvec.number) : + tech->techvec.number; + rep.speed = tech->speed; + rep.nameLength = tech->nameLength; + + /* Send everything except the name */ + WriteToClient(client, sz_xieTypTechniqueRec, (char *)&rep); + /* Send the name */ + WriteToClient(client, tech->nameLength, (char *)tech->name); + + return(TRUE); +} + +static Bool send_technique_replies(group,client) +xieTypTechniqueGroup group; +ClientPtr client; +{ + if (group == xieValDefault) { + TechGroupPtr tg = techTable.techgroups; + int g; + + for (g = 0; g < techTable.numGroups; g++, tg++) + if (tg->defaultNumber != NO_DEFAULT) + send_reply(tg->group,&tg->tech[tg->defaultIndex],client); + return (TRUE); + } else if (group == xieValAll) { + TechGroupPtr tg = techTable.techgroups; + int g; + + for (g = 0; g < techTable.numGroups; g++, tg++) { + TechPtr tp = tg->tech; + int t = 0; + + for (t = 0; t < tg->numTechniques; t++, tp++) + send_reply(tg->group,tp,client); + } + return (TRUE); + } else { + TechGroupPtr tg = techTable.techgroups; + int g; + + for (g = 0; g < techTable.numGroups; g++, tg++) + if (group == tg->group) { + TechPtr tp = tg->tech; + int t = 0; + + for (t = 0; t < tg->numTechniques; t++, tp++) + send_reply(group,tp,client); + + return(TRUE); + } + } + + return(FALSE); /* Unrecognized group */ +} /* end return_technique_replies */ + +/************************************************************************* +FindTechnique: return group's technique entry point structure +*************************************************************************/ +techVecPtr FindTechnique(group,number) +xieTypTechniqueGroup group; +CARD16 number; +{ + TechGroupPtr tg = techTable.techgroups; + int g; + + for (g = 0; g < techTable.numGroups; g++, tg++) + if (group == tg->group) { + TechPtr tp = tg->tech; + int t = 0; + + if (number == xieValDefault) { + if (tg->defaultNumber) + return (&tg->tech[tg->defaultIndex].techvec); + else + return((techVecPtr)NULL); /* No default for this group */ + } else { + for (t = 0; t < tg->numTechniques; t++, tp++) + if (tp->techvec.number == number) + return (&tp->techvec); + } + } + + return((techVecPtr)NULL); /* Unrecognized group */ +} /* end FindTechnique */ + +/************************************************************************* +NoParamCheck: Used as copyfnc for techniques that do not have parameters. + Checks to make sure that no parameters have been passed in. +*************************************************************************/ +static Bool NoParamCheck(flo, rparms, cparms, tsize) + floDefPtr flo; + pointer rparms, cparms; + CARD16 tsize; +{ + return(!tsize); +} /* end NoParamCheck */ + +/************************************************************************* +NoTechYet: error stub for unimplemented technique routines +*************************************************************************/ +static Bool NoTechYet(flo, ped, parm, tech) + floDefPtr flo; + peDefPtr ped; + pointer parm; + pointer tech; +{ + return(FALSE); +} /* end NoTechYet */ + +/* end module technq.c */ diff --git a/xie/xc/programs/Xserver/XIE/include/colorlst.h b/xie/xc/programs/Xserver/XIE/include/colorlst.h new file mode 100644 index 0000000..3e89682 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/include/colorlst.h @@ -0,0 +1,95 @@ +/* $XConsortium: colorlst.h,v 1.4 94/04/17 20:34:01 rws Exp $ */ +/**** colorlst.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +******************************************************************************* + + colorlst.h -- contains color list specific definitions + + Robert NC Shelley -- AGE Logic, Inc. March 1993 + +******************************************************************************/ + +#ifndef _XIEH_COLORLST +#define _XIEH_COLORLST + +/* colorlist structure definition + */ +typedef struct _colorlist { + xieTypColorList ID; + INT32 refCnt; + ClientPtr client; + Colormap mapID; + ColormapPtr mapPtr; + CARD32 cellCnt; + Pixel *cellPtr; +} colorListRec, *colorListPtr; + +#ifndef _XIEC_COLORLST +extern colorListPtr LookupColorList(); +extern void ResetColorList(); +#endif + +#endif /* end _XIEH_COLORLST */ diff --git a/xie/xc/programs/Xserver/XIE/include/corex.h b/xie/xc/programs/Xserver/XIE/include/corex.h new file mode 100644 index 0000000..a88acca --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/include/corex.h @@ -0,0 +1,168 @@ +/* $XConsortium: corex.h,v 1.5 94/04/17 20:34:01 rws Exp $ */ +/**** module corex.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +******************************************************************************* + + corex.h - Xie server interface (for hooking to Core X) + + Dean Verheiden -- AGE Logic, Inc. April, 1993 + +******************************************************************************/ + +#ifndef _XIEH_COREX +#define _XIEH_COREX + +#include + +/* temporary hack: + * + * XIE is suppose to support single-band images up to the depth + * of the deepest drawable supported by the server -- but not less than 16. + * Triple-band data should never be more than 16 bits. + * + * Later releases will compute the correct value, but it will not exceed 24 + * in the sample implementation. (eeeck, sounds like a global variable..) + */ + +#define MAX_SINGLE 24 +#define MAX_TRIPLE 16 +#define MAX_DEPTH(nbands) (nbands > 1 ? MAX_TRIPLE : MAX_SINGLE) +#define MAX_LEVELS(nbands) (nbands > 1 ? (1< + +/* + * Generic Definitions + */ +#define SRCtag 0 /* inFlo index for src of single input elements */ +#define SRCt1 0 /* inFlo index for src1 of multi-input elements */ +#define SRCt2 1 /* inFlo index for src2 of multi-input elements */ +#define SRCt3 2 /* inFlo index for src3 of multi-input elements */ +#define LUTtag 1 /* inFlo index for lut input of point element */ + /* inFlo index for alpha stored in private structure*/ + /* inFlo index for domain input is inFloCnt - 1 */ + +#define IMPORT 0 /* inFlo index for "imported" data */ + + +#if defined(_XIEC_IDRAW) || defined(_XIEC_IDRAWP) +/* + * dixie element-private data for the ImportDrawable and ImportDrawablePlane + * elements + */ +typedef struct _idrawdef { + CARD32 pvtBytes; + DrawablePtr pDraw; +} iDrawDefRec, *iDrawDefPtr; +#endif /* _XIEC_IDRAW || _XIEC_IDRAWP */ + +#if defined(_XIEC_ILUT) +/* + * dixie element-private data for the ImportLUT element + */ +typedef struct _ilutdef { + CARD32 pvtBytes; + lutPtr lut; +} iLUTDefRec, *iLUTDefPtr; +#endif /* _XIEC_ILUT */ + +#if defined(_XIEC_IPHOTO) +/* + * dixie element-private data for the ImportPhotomap element + */ +typedef struct _iphotodef { + CARD32 pvtBytes; + photomapPtr map; +} iPhotoDefRec, *iPhotoDefPtr; +#endif /* _XIEC_IPHOTO */ + +#if defined(_XIEC_IROI) +/* + * dixie element-private data for the ImportROI element + */ +typedef struct _iroidef { + CARD32 pvtBytes; + roiPtr roi; +} iROIDefRec, *iROIDefPtr; +#endif /* _XIEC_IROI */ + +#if defined(_XIEC_PARITH) +/* + * dixie element-private data for the Arithmetic element + */ +typedef struct _parith { + CARD32 pvtBytes; + double constant[xieValMaxBands]; +} pArithDefRec, *pArithDefPtr; +#endif /* _XIEC_PARITH */ + +#if defined(_XIEC_PBANDE) +/* + * dixie element-private data for the band extract element + */ +typedef struct _pbandext { + CARD32 pvtBytes; + double coef[3]; + double bias; +} pBandExtDefRec, *pBandExtDefPtr; +#endif /* _XIEC_PBANDE */ + +#if defined(_XIEC_PBLEND) +/* + * dixie element-private data for the Arithmetic element + */ +typedef struct _pblend { + CARD32 pvtBytes; + CARD16 aindex; /* if non zero, index of alpha plane */ + CARD16 dindex; /* if non zero, index of proc domain */ + double constant[xieValMaxBands]; + double alphaConst; +} pBlendDefRec, *pBlendDefPtr; +#endif /* _XIEC_PBLEND */ + +#if defined(_XIEC_PCFRGB) +/* + * dixie element-private technique data for the ConvertFromRGB element + */ +typedef struct _ptecRBGtoCIELab_and_XYZdef { + double matrix[9]; + double whitePoint[3]; /* Optional whitePoint correction*/ + techVecPtr whiteTec; + xieTypWhiteAdjustTechnique whiteAdjusted; + CARD16 lenWhiteParams;/* Length for whitePoint params */ +} pTecRGBToCIEDefRec, *pTecRGBToCIEDefPtr; + +typedef struct _ptecRGBToYCbCr { + CARD32 levels0; + CARD32 levels1; + CARD32 levels2; + double red; + double green; + double blue; + double bias0; + double bias1; + double bias2; +} pTecRGBToYCbCrDefRec, *pTecRGBToYCbCrDefPtr; + +typedef struct _ptecRGBToYCC { + CARD32 levels0; + CARD32 levels1; + CARD32 levels2; + double red; + double green; + double blue; + double scale; +} pTecRGBToYCCDefRec, *pTecRGBToYCCDefPtr; + +#endif /* _XIEC_PCFRGB */ + +#if defined(_XIEC_PCFROMI) +/* + * dixie element-private data for the ConvertFromIndex element + */ +typedef struct _pcfromidef { + CARD32 pvtBytes; + ColormapPtr cmap; + VisualPtr visual; + CARD16 class; + CARD16 cells; + CARD32 pixMsk[3]; + CARD8 pixPos[3]; + CARD8 precShift; +} pCfromIDefRec, *pCfromIDefPtr; +#endif /* _XIEC_PCFROMI */ + +#if defined(_XIEC_PCNST) +/* + * dixie element-private data for the Constrain element + */ +typedef struct _pcnst { + double input_low[3]; + double input_high[3]; + CARD32 output_low[3]; + CARD32 output_high[3]; +} pCnstDefRec, *pCnstDefPtr; +#endif /* _XIEC_PCNST */ + +#if defined(_XIEC_PCOMP) +/* + * dixie element-private data for the Arithmetic element + */ +typedef struct _pcompare { + CARD32 pvtBytes; + double constant[xieValMaxBands]; +} pCompareDefRec, *pCompareDefPtr; +#endif /* _XIEC_PCOMP */ + +#if defined(_XIEC_PCONV) +/* + * constant technique private data for the Convolve element + */ +#define ConvFloat float + +typedef struct _pconv { + ConvFloat constant[3]; +} pTecConvolveConstantDefRec, *pTecConvolveConstantDefPtr; +#endif /* _XIEC_PCONV */ + +#if defined(_XIEC_PCTOI) +/* + * dixie element-private data for the ConvertToIndex element + */ +typedef struct _pctoidef { + CARD32 pvtBytes; + colorListPtr list; + ColormapPtr cmap; + VisualPtr visual; + CARD32 mask[3]; + CARD16 cells; + CARD8 shft[3]; + CARD8 class; + CARD8 depth; + CARD8 stride; + BOOL graySrc; + BOOL dynamic; + BOOL preFmt; + BOOL doHist; + CARD32 levels[3]; +} pCtoIDefRec, *pCtoIDefPtr; + +typedef struct _pTecConvertToIndexMatchdef { + CARD32 pvtBytes; + double matchLimit; + double grayLimit; +} pTecConvertToIndexMatchDefRec, *pConvertToIndexMatchDefPtr; + +typedef struct _ptecctoi { + CARD32 fill; + BOOL defTech; +} pTecCtoIDefRec, *pTecCtoIDefPtr; + +#endif /* _XIEC_PCTOI */ + +#if defined(_XIEC_PCTRGB) +/* + * dixie element-private technique data for the ConvertToRGB element + */ +typedef struct _ptecCIELab_and_XYZtoRGBdef { + double matrix[9]; + double whitePoint[3]; /* Optional whitePoint correction*/ + techVecPtr whiteTec; + xieTypWhiteAdjustTechnique whiteAdjusted; + CARD16 lenWhiteParams;/* Length for whitePoint params */ + techVecPtr gamutTec; + xieTypGamutTechnique gamutCompress; + CARD16 lenGamutParams;/* Length for gamut params */ +} pTecCIEToRGBDefRec, *pTecCIEToRGBDefPtr; + +typedef struct _ptecYCCToRGB { + CARD32 levels0; + CARD32 levels1; + CARD32 levels2; + double red; + double green; + double blue; + double scale; + techVecPtr gamutTec; + xieTypGamutTechnique gamutCompress; + CARD16 lenGamutParams;/* Length for gamut params */ +} pTecYCCToRGBDefRec, *pTecYCCToRGBDefPtr; + +typedef struct _ptecYCbCrToRGB { + CARD32 levels0; + CARD32 levels1; + CARD32 levels2; + double red; + double green; + double blue; + double bias0; + double bias1; + double bias2; + techVecPtr gamutTec; + xieTypGamutTechnique gamutCompress; + CARD16 lenGamutParams;/* Length for gamut params */ +} pTecYCbCrToRGBDefRec, *pTecYCbCrToRGBDefPtr; + +#endif /* _XIEC_PCTRGB */ + + +#if defined(_XIEC_PGEOM) +/* + * dixie element-private data for the Geoemtry element + */ +typedef struct _geom_elem { + double coeffs[6]; + double constant[xieValMaxBands]; + int do_band[3]; +} pGeomDefRec, *pGeomDefPtr; + +/* + * constant technique private data for the Geometry element + */ +typedef struct _geom_nn { + int modify; +} pTecGeomNearestNeighborDefRec, *pTecGeomNearestNeighborDefPtr; + +typedef struct _geom_gauss { + double sigma; + double normalize; + int radius; + Bool simple; +} pTecGeomGaussianDefRec, *pTecGeomGaussianDefPtr; + +#endif /* _XIEC_PGEOM */ + +#if defined(_XIEC_PHIST) + +/* + * technique private structures + */ + +typedef struct _pmhistgaussian { + double mean; + double sigma; +} pTecHistogramGaussianDefRec, *pTecHistogramGaussianDefPtr; + +typedef struct _pmhisthyperbolic { + double constant; + Bool shapeFactor; +} pTecHistogramHyperbolicDefRec, *pTecHistogramHyperbolicDefPtr; + +#endif /* _XIEC_PHIST */ + +#if defined(_XIEC_PLOGIC) +/* + * dixie element-private data for the Logical element + */ +typedef struct _plogic { + CARD32 pvtBytes; + double constant[xieValMaxBands]; +} pLogicDefRec, *pLogicDefPtr; +#endif /* _XIEC_PLOGIC */ + +#if defined(_XIEC_PPASTE) +/* + * dixie element-private data for the Paste Up element + */ +#define PasteUpFloat float + +typedef struct _ppasteup { + CARD32 pvtBytes; + PasteUpFloat constant[xieValMaxBands]; +} pPasteUpDefRec, *pPasteUpDefPtr; +#endif /* _XIEC_PPASTE */ + +#if defined(_XIEC_ECPHOTO) +/* + * JPEG Baseline technique private data for the export client photo element + */ +typedef struct _eEndcodeJPEGBaselinedef { + CARD32 pvtBytes; + CARD8 *q; + CARD8 *a; + CARD8 *d; +} eTecEncodeJPEGBaselineDefRec, *eTecEncodeJPEGBaselineDefPtr; +#endif /* _XIEC_ECPHOTO */ + +#if defined(_XIEC_EDRAW) +/* + * dixie element-private data for the ExportDrawable element + */ +typedef struct _edrawdef { + CARD32 pvtBytes; + DrawablePtr pDraw; + GCPtr pGC; +} eDrawDefRec, *eDrawDefPtr; +#endif /* _XIEC_EDRAW */ + +#if defined(_XIEC_EDRAWP) +/* + * dixie element-private data for the ExportDrawable element + */ +typedef struct _edrawpdef { + CARD32 pvtBytes; + DrawablePtr pDraw; + GCPtr pGC; +} eDrawPDefRec, *eDrawPDefPtr; +#endif /* _XIEC_EDRAWP */ + +#if defined(_XIEC_ELUT) +/* + * dixie element-private data for the ExportLUT element + */ +typedef struct _elutdef { + CARD32 pvtBytes; + lutPtr lut; +} eLUTDefRec, *eLUTDefPtr; +#endif /* _XIEC_ELUT */ + +#if defined(_XIEC_EPHOTO) || defined(_XIEC_ECPHOTO) || defined(_XIEC_SCHOICE) +/* + * dixie element-private data for the ExportPhotomap/ExportClientPhoto elements + */ +typedef struct _ephotodef { + CARD32 pvtBytes; + photomapPtr map; + BOOL serverChose; /* TRUE = server chose encode technique */ + BOOL congress; /* make sure no work gets done */ + CARD16 encodeNumber; /* encode technique number */ + CARD16 encodeLen; /* length of encode parms */ + pointer encodeParms; /* pointer to parms to be used for encode */ + CARD16 decodeNumber; /* decode technique number */ + CARD16 decodeLen; /* length of decode parms */ + pointer decodeParms; /* pointer to parms to be used for decode */ + pointer pvtParms; +} ePhotoDefRec, *ePhotoDefPtr; +#endif /* _XIEC_EPHOTO || _XIEC_ECPHOTO || _XIEC_SCHOICE */ + +#if defined(_XIEC_EROI) +/* + * dixie element-private data for the ExportROI element + */ +typedef struct _eroidef { + CARD32 pvtBytes; + roiPtr roi; +} eROIDefRec, *eROIDefPtr; +#endif /* _XIEC_EROI */ + +#endif /* module _XIEH_ELEMENT */ diff --git a/xie/xc/programs/Xserver/XIE/include/error.h b/xie/xc/programs/Xserver/XIE/include/error.h new file mode 100644 index 0000000..9265457 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/include/error.h @@ -0,0 +1,161 @@ +/* $XConsortium: error.h,v 1.4 94/04/17 20:34:03 rws Exp $ */ +/**** module error.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +******************************************************************************* + + error.h -- error specific definitions + + Robert NC Shelley -- AGE Logic, Inc. April, 1993 + +******************************************************************************/ + +#ifndef _XIEH_ERROR +#define _XIEH_ERROR + +#ifndef _XIEC_ERROR +#include +extern int SendResourceError(); +extern int SendFloIDError(); +extern int SendFloError(); +extern void ErrGeneric(); +extern void ErrResource(); +extern void ErrDomain(); +extern void ErrOperator(); +extern void ErrTechnique(); +extern void ErrValue(); +#endif + +/* + * Convenience macros for dealing with the floDef generic error packet + */ +#define ferrTag(flo) ((flo)->error.phototag) +#define ferrType(flo) ((flo)->error.type) +#define ferrCode(flo) ((flo)->error.floErrorCode) +#define ferrError(flo,tag,type,code) \ + (ferrTag(flo)=(tag),ferrType(flo)=(type),ferrCode(flo)=(code)) + +/* + * convenience macros for general flo errors + */ +#define FloAccessError(flo,tag,type,xfer) \ + {FloError(flo,(xieTypPhototag)tag,(CARD16)type,\ + (CARD8)xieErrNoFloAccess); xfer;} +#define FloAllocError(flo,tag,type,xfer) \ + {FloError(flo,(xieTypPhototag)tag,(CARD16)type,\ + (CARD8)xieErrNoFloAlloc); xfer;} +#define FloElementError(flo,tag,type,xfer) \ + {FloError(flo,(xieTypPhototag)tag,(CARD16)type,\ + (CARD8)xieErrNoFloElement); xfer;} +#define FloImplementationError(flo,tag,type,xfer) \ + {FloError(flo,(xieTypPhototag)tag,(CARD16)type,\ + (CARD8)xieErrNoFloImplementation); xfer;} +#define FloLengthError(flo,tag,type,xfer) \ + {FloError(flo,(xieTypPhototag)tag,(CARD16)type,\ + (CARD8)xieErrNoFloLength); xfer;} +#define FloSourceError(flo,tag,type,xfer) \ + {FloError(flo,(xieTypPhototag)tag,(CARD16)type,\ + (CARD8)xieErrNoFloSource); xfer;} + +/* + * convenience macros for element-specific flo errors + */ +#define AccessError(flo,ped,xfer) \ + {ErrGeneric(flo,ped,(CARD8)xieErrNoFloAccess); xfer;} +#define AllocError(flo,ped,xfer) \ + {ErrGeneric(flo,ped,(CARD8)xieErrNoFloAlloc); xfer;} +#define ColorListError(flo,ped,id,xfer) \ + {ErrResource(flo,ped,(CARD8)xieErrNoFloColorList,id); xfer;} +#define ColormapError(flo,ped,id,xfer) \ + {ErrResource(flo,ped,(CARD8)xieErrNoFloColormap,id); xfer;} +#define DomainError(flo,ped,dom,xfer) \ + {ErrDomain(flo,ped,dom); xfer;} +#define DrawableError(flo,ped,id,xfer) \ + {ErrResource(flo,ped,(CARD8)xieErrNoFloDrawable,id); xfer;} +#define ElementError(flo,ped,xfer) \ + {ErrGeneric(flo,ped,(CARD8)xieErrNoFloElement); xfer;} +#define GCError(flo,ped,id,xfer) \ + {ErrResource(flo,ped,(CARD8)xieErrNoFloGC,id); xfer;} +#define ImplementationError(flo,ped,xfer) \ + {ErrGeneric(flo,ped,(CARD8)xieErrNoFloImplementation); xfer;} +#define LUTError(flo,ped,id,xfer) \ + {ErrResource(flo,ped,(CARD8)xieErrNoFloLUT,id); xfer;} +#define MatchError(flo,ped,xfer) \ + {ErrGeneric(flo,ped,(CARD8)xieErrNoFloMatch); xfer;} +#define OperatorError(flo,ped,op,xfer) \ + {ErrOperator(flo,ped,(CARD8)op); xfer;} +#define PhotomapError(flo,ped,id,xfer) \ + {ErrResource(flo,ped,(CARD8)xieErrNoFloPhotomap,id); xfer;} +#define ROIError(flo,ped,id,xfer) \ + {ErrResource(flo,ped,(CARD8)xieErrNoFloROI,id); xfer;} +#define SourceError(flo,ped,xfer) \ + {ErrGeneric(flo,ped,(CARD8)xieErrNoFloSource); xfer;} +#define TechniqueError(flo,ped,group,tech,len,xfer) \ + {ErrTechnique(flo,ped,(CARD8)group,(CARD16)tech,(CARD16)len); \ + xfer;} +#define ValueError(flo,ped,value,xfer) \ + {ErrValue(flo,ped,value); xfer;} + +#endif /* end _XIEH_ERROR */ diff --git a/xie/xc/programs/Xserver/XIE/include/flo.h b/xie/xc/programs/Xserver/XIE/include/flo.h new file mode 100644 index 0000000..4b5ea20 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/include/flo.h @@ -0,0 +1,111 @@ +/* $XConsortium: flo.h,v 1.4 94/04/17 20:34:03 rws Exp $ */ +/**** module flo.h ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + flo.h -- high level photoflo-specific definitions + + Robert NC Shelley -- AGE Logic, Inc. April 1993 + +*****************************************************************************/ + +#ifndef _XIEH_FLO +#define _XIEH_FLO + +/* various structure pointers + */ +typedef struct _flotex *ddFloTexPtr; +typedef struct _petex *ddPETexPtr; +typedef struct _schedvec *ddSchedVecPtr; +typedef struct _stripvec *ddStripVecPtr; + +typedef struct _photospace *photospacePtr; +typedef struct _techvec *techVecPtr; + +/* various function type pointers + */ +typedef Bool (*xieBoolProc)(); +typedef CARD8 * (*xieDataProc)(); +typedef int (*xieIntProc)(); +typedef void (*xieVoidProc)(); + + +#ifndef _XIEC_FLO +extern struct _flodef *MakeFlo(); +extern Bool EditFlo(); +extern void PrepFlo(); +extern struct _flodef *FreeFlo(); +extern struct _pedef *MakePEDef(); +extern struct _pedef *FreePEDef(); +extern void SendClientData(); +extern Bool UpdateFormatfromLevels(); +#endif + +#ifndef _XIEC_EVENT +extern void SendFloEvent(); +#endif + +#endif /* end _XIEH_FLO */ diff --git a/xie/xc/programs/Xserver/XIE/include/flodata.h b/xie/xc/programs/Xserver/XIE/include/flodata.h new file mode 100644 index 0000000..431965d --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/include/flodata.h @@ -0,0 +1,170 @@ +/* $XConsortium: flodata.h,v 1.4 94/04/17 20:34:04 rws Exp $ */ +/**** module flodata.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +******************************************************************************* + + flodata.h - data formats + + Dean Verheiden, Robert NC Shelley -- AGE Logic, Inc. April 1993 + +******************************************************************************/ + +#ifndef _XIE_FLODATA +#define _XIE_FLODATA + +#include + +/* + * Supported data format classes + */ +#define BIT_PIXEL 1 /* bitonal data */ +#define BYTE_PIXEL 2 /* up to 2^8 levels */ +#define PAIR_PIXEL 3 /* up to 2^16 levels */ +#define QUAD_PIXEL 4 /* up to 2^32 levels */ +#define UNCONSTRAINED 16 /* levels are undefined */ +#define LUT_ARRAY 32 /* non-canonic lut array */ +#define RUN_LENGTH 64 /* non-canonic run_length */ +#define STREAM 128 /* non-canonic generic stream */ + +#define IsntLut(dfc) (dfc != LUT_ARRAY) +#define IsntDomain(dfc) (dfc & ~(RUN_LENGTH | BIT_PIXEL)) +#define IsntCanonic(dfc) (dfc & (RUN_LENGTH | STREAM | LUT_ARRAY)) +#define IsntConstrained(dfc) \ + (dfc & (UNCONSTRAINED | RUN_LENGTH | STREAM | LUT_ARRAY)) + +#define IsLut(dfc) (dfc == LUT_ARRAY) +#define IsDomain(dfc) (!IsntDomain(dfc)) +#define IsCanonic(dfc) (!IsntCanonic(dfc)) +#define IsConstrained(dfc) (!IsntConstrained(dfc)) + +#define IndexClass(dfc) (dfc == UNCONSTRAINED ? 0 : dfc ) + +#define ConstrainConst(fconst,levels) \ + ( (fconst <= 0.) ? (CARD32) 0 : \ + (fconst >= levels) ? (CARD32) (levels - 1) : \ + (CARD32) (fconst + 0.5)) + +/* + * Data types and sizes for supported format classes + */ +typedef CARD8 BitPixel; +typedef CARD8 BytePixel; +typedef CARD16 PairPixel; +typedef CARD32 QuadPixel; +typedef float RealPixel; /* type of Unconstrained data */ + +#define sz_BitPixel 1 +#define sz_BytePixel 8 +#define sz_PairPixel 16 +#define sz_QuadPixel 32 +#define sz_RealPixel 32 /* size of Unconstrained data */ + +typedef struct _format { + CARD8 class; /* format class {e.g. BIT_PIXEL, STREAM, ...} */ + CARD8 band; /* band number {0,1,2} */ + BOOL interleaved; /* true if pixels contain multiple bands */ + CARD8 depth; /* minimum bits needed to contain levels */ + CARD32 width; /* width in pixels */ + CARD32 height; /* height in pixels */ + CARD32 levels; /* quantization levels */ + CARD32 stride; /* distance between adjacent pixels in bits */ + CARD32 pitch; /* distance between adjacent scanlines in bits */ +} formatRec, *formatPtr; + + +typedef struct _strip { + struct _strip *flink; /* link to next strip */ + struct _strip *blink; /* link to previous strip */ + struct _strip *parent;/* link to strip from which this one was cloned */ + formatRec *format; /* pointer to format record that describes data */ + CARD32 refCnt; /* reference count */ + BOOL Xowner; /* if true, core X "owns" the data buffer */ + BOOL canonic; /* if true, units are scanlines, otherwise bytes */ + BOOL final; /* if true, this is the last strip for this band */ + BOOL cache; /* if true, buffer can be cached (standard size) */ + CARD32 start; /* first line/byte of overall data in this strip */ + CARD32 end; /* last line/byte of overall data in this strip */ + CARD32 length; /* lines/bytes of useable data in buffer */ + CARD32 bitOff; /* bit offset to first data (usually zero) */ + CARD32 bufSiz; /* size of the data buffer in bytes */ + CARD8 *data; /* pointer to the data buffer */ +} stripRec, *stripPtr; + +/* generic header for managing circular doubly linked lists + */ +typedef struct _lst { + struct _lst *flink; + struct _lst *blink; +} lstRec, *lstPtr; + +/* link-pair for managing a circular doubly linked list of strips + */ +typedef struct _striplst { + stripRec *flink; + stripRec *blink; +} stripLstRec, *stripLstPtr; + +#endif /* end _XIE_FLODATA */ diff --git a/xie/xc/programs/Xserver/XIE/include/flostr.h b/xie/xc/programs/Xserver/XIE/include/flostr.h new file mode 100644 index 0000000..f0ed95d --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/include/flostr.h @@ -0,0 +1,225 @@ +/* $XConsortium: flostr.h,v 1.6 95/05/18 21:14:49 dpw Exp $ */ +/**** module flostr.h ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + flostr.h -- DIXIE photoflo and element structure definitions + + Robert NC Shelley -- AGE Logic, Inc. April 1993 + +*****************************************************************************/ + +#ifndef _XIEH_FLOSTR +#define _XIEH_FLOSTR + +#include + +typedef CARD8 bandMsk; /* per-band bit mask (bit0 == band0,...)*/ + +/* dixie photo element entry points + */ +typedef struct _dielemvec { + xieBoolProc prep; /* prepare for analysis and execution */ + xieBoolProc debrief; /* post execution clean-up */ +} diElemVecRec, *diElemVecPtr; + +/* ddxie photo-element interface + */ +typedef struct _ddelemvec { + xieIntProc create; + xieIntProc initialize; + xieIntProc activate; + xieIntProc flush; + xieIntProc reset; + xieIntProc destroy; +} ddElemVecRec, *ddElemVecPtr; + +/* ddxie photoflo manager entry points + */ +typedef struct _flovec { + xieIntProc link; + xieIntProc startup; + xieIntProc resume; + xieIntProc shutdown; + xieIntProc destroy; +} floVecRec, *floVecPtr; + +/* ddxie client data manager entry points + */ +typedef struct _datavec { + xieIntProc input; + xieIntProc output; + xieIntProc query; +} dataVecRec, *dataVecPtr; + +/* photo-element inFlo definition + */ +typedef struct _inflo { + CARD8 bands; /* number of bands this input will receive */ + CARD8 index; /* inFlo index of this input */ + xieTypPhototag srcTag; /* phototag of source element */ + struct _pedef *srcDef; /* pointer to source element definition */ + struct _pedef *ownDef; /* pointer to this element's definition */ + struct _inflo *outChain; /* chain of inFlos sharing the same output */ + formatRec format[xieValMaxBands]; /* data format per input band */ +} inFloRec, *inFloPtr; + +/* photo-element outFlo definition + */ +typedef struct _outflo { + inFloPtr outChain; /* chain of inFlos receiving output */ + bandMsk active; /* bands that will supply client data */ + bandMsk ready; /* bands that are holding client data */ + CARD8 bands; /* number of output bands */ + CARD8 pad; + stripLstRec output[xieValMaxBands];/* holding place for element's output */ + formatRec format[xieValMaxBands];/* data format per output band */ +} outFloRec, *outFloPtr; + +/* photo-element definition structure + */ +typedef struct _pedef { + struct _pedef *flink; /* foreword link in DAG-ordered peDef list */ + struct _pedef *blink; /* backword link in DAG-ordered peDef list */ + struct _pedef *clink; /* next element of the same class */ + struct _pedef *olink; /* link to optimized element */ + xieFlo *elemRaw; /* raw (swapped) client element */ + pointer elemPvt; /* dixie element-private info */ + pointer techPvt; /* dixie technique-private info */ + techVecPtr techVec; /* technique vectors */ + ddPETexPtr peTex; /* DDXIE execution context */ + inFloPtr inFloLst; /* pointer to in-line array of input info */ + CARD16 inCnt; /* number of inputs (inc. LUT & domain) */ + xieTypPhototag phototag; /* phototag of this element */ + struct { + unsigned int import : 1; /* element performs import functions */ + unsigned int process : 1; /* element performs processing */ + unsigned int export : 1; /* element performs export functions */ + unsigned int getData : 1; /* element allows GetClientData */ + unsigned int putData : 1; /* element allows PutClientData */ + unsigned int modified : 1; /* modified attributes or parameters */ + unsigned int loop : 1; /* loop-detection flag */ + unsigned int reserved : 1; + } flags; + CARD8 swapUnits[xieValMaxBands]; /* size of client data aggregates */ + diElemVecPtr diVec; /* DIXIE entry point vector */ + ddElemVecRec ddVec; /* DDXIE entry point vector (in-line) */ + outFloRec outFlo; /* output attribute/connection info */ +#if 0 + inFloRec inFlo[inCnt]; /* array of in-line input connection info */ +#endif +} peDefRec, *peDefPtr; + +/* link-pair for managing a circular doubly linked list of peDefs + */ +typedef struct _pedlst { + peDefPtr flink; + peDefPtr blink; +} pedLstRec, *pedLstPtr; + +/* photoflo definition structure + */ +typedef struct _flodef { + struct _flodef *flink; /* foreword link in nameSpace (immed only) */ + struct _flodef *blink; /* backword link in nameSpace (immed only) */ + ClientPtr runClient; /* client that is running the flo */ + ClientPtr reqClient; /* client that is making current request */ + ClientPtr *awakenPtr; /* list of clients Awaiting flo done */ + CARD32 awakenCnt; /* number of clients Awaiting flo done */ + CARD32 ID; /* instance-id within nameSpace */ + CARD32 spaceID; /* photospace-id or 0 (serverIDspace) */ + photospacePtr space; /* photospacePtr or NULL */ + ddFloTexPtr floTex; /* DDXIE execution context info */ + floVecPtr floVec; /* DDXIE photoflo management entry points */ + dataVecPtr dataVec; /* DDXIE client data manager entry points */ + ddSchedVecPtr schedVec; /* DDXIE scheduler entry points */ + ddStripVecPtr stripVec; /* DDXIE strip manager entry points */ + pedLstRec defDAG; /* DAG peList (flink=import, blink=export) */ + pedLstRec optDAG; /* optimized DAG peList */ + peDefPtr *peArray; /* pointer to in-line peDef pointer array */ + CARD16 peCnt; /* number of elements in peArray */ + struct { + unsigned int active : 1; /* execute requested (else inactive) */ + unsigned int modified : 1; /* something changed since last execution */ + unsigned int notify : 1; /* send an event upon flo completion */ + unsigned int aborted : 1; /* the client aborted execution */ + unsigned int reserved : 12; + } flags; + xieFloEvn event; /* generic event packet */ + xieFloErr error; /* generic error packet */ +#if 0 + peDefPtr peArray[peCnt];/* array of peDef pointers */ +#endif +} floDefRec, *floDefPtr; + +/* link-pair for managing a circular doubly linked list of floDefs + */ +typedef struct _flolst { + floDefPtr flink; + floDefPtr blink; +} floLstRec, *floLstPtr; + +#endif /* end _XIEH_FLOSTR */ diff --git a/xie/xc/programs/Xserver/XIE/include/lut.h b/xie/xc/programs/Xserver/XIE/include/lut.h new file mode 100644 index 0000000..18b9dd7 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/include/lut.h @@ -0,0 +1,110 @@ +/* $XConsortium: lut.h,v 1.4 94/04/17 20:34:05 rws Exp $ */ +/**** module lut.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +******************************************************************************* + + lut.h: contains lut specific definitions + + Dean Verheiden -- AGE Logic, Inc. April 1993 + +******************************************************************************/ + +#ifndef _XIEH_LUT +#define _XIEH_LUT + +#include + +/* + * LUT resource definition + */ + +typedef struct _lutformat { + xieTypOrientation bandOrder; /* Lut order */ + CARD8 pad[3]; + CARD32 length; /* Input quantization levels */ + CARD32 level; /* Output quantization levels */ +} lutFormatRec, *lutFormatPtr; + +typedef struct _lut { + xieTypLUT ID; + CARD16 refCnt; + CARD8 lutCnt; + lutFormatRec format[xieValMaxBands]; + stripLstRec strips[xieValMaxBands]; /* lists of image strips */ +} lutRec, *lutPtr; + +/* + * Macros for working with Luts + * LutPitch(levels) - returns size of single lut array entry in bytes. + */ + +#define LutPitch(Levels) \ + (((Levels) == 0) ? 4 : \ + (((Levels) > (1<<16)) ? 4 : \ + (((Levels) > (1<<8)) ? 2 : 1))) + +#endif +/* end _XIEH_LUT */ diff --git a/xie/xc/programs/Xserver/XIE/include/macro.h b/xie/xc/programs/Xserver/XIE/include/macro.h new file mode 100644 index 0000000..9035234 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/include/macro.h @@ -0,0 +1,208 @@ +/* $XConsortium: macro.h,v 1.7 94/04/17 20:34:05 rws Exp $ */ +/**** module macro.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + macro.h -- XIE utility macros + + Robert NC Shelley -- AGE Logic, Inc. March 1993 + +******************************************************************************/ + +#ifndef _XIEH_MACRO +#define _XIEH_MACRO + +#include + +/* DDXIE photoflo management interface + */ +#define ddShutdown(flo) (flo->floVec ? (*flo->floVec->shutdown)(flo) : 0) +#define ddDestroy(flo) (flo->floVec ? (*flo->floVec->destroy) (flo) : 0) +#define ddLink(flo) (*flo->floVec->link)(flo) +#define ddResume(flo) (*flo->floVec->resume)(flo) +#define ddStartup(flo) (*flo->floVec->startup)(flo) + +/* DDXIE client data management interface + */ +#define ddInput(flo,ped,band,data,bytes,final) \ + (*flo->dataVec->input)(flo,ped,band,data,bytes,final) +#define ddOutput(flo,ped,band,maxLen,term) \ + (*flo->dataVec->output)(flo,ped,band,maxLen,term) +#define ddQuery(flo,lst,im,ex) (*flo->dataVec->query)(flo,lst,im,ex) + +/* List management macros + */ +#define ListInit(head) \ + (((lstPtr)(head))->flink = (lstPtr)(head), \ + ((lstPtr)(head))->blink = (lstPtr)(head)) + +#define ListEnd(current,head) ((lstPtr)(current) == (lstPtr)(head)) + +#define ListEmpty(head) (((lstPtr)(head))->flink == (lstPtr)(head)) + +#define InsertMember(new,prev) \ + {lstPtr ptr = (lstPtr)(prev); \ + ((lstPtr)(new))->flink = ptr->flink; \ + ((lstPtr)(new))->blink = ptr; ptr->flink = (lstPtr)(new); \ + ((lstPtr)(new))->flink->blink = (lstPtr)(new);} + +#define RemoveMember(ptr,old) \ + (ptr=old, \ + ((lstPtr)(ptr))->blink->flink = ((lstPtr)(ptr))->flink, \ + ((lstPtr)(ptr))->flink->blink = ((lstPtr)(ptr))->blink) + + +/* return amount that should be added to 'len' to make it modulo 'pad' + */ +#define Align(len,pad) (((pad)-(len)%(pad))%(pad)) + + +/* swap a pair of pointers + */ +#define SwapPtr(p1,p2,pt) \ + (*((pointer *)&(pt)) = (pointer )(p1), \ + *((pointer *)&(p1)) = (pointer )(p2), \ + *((pointer *)&(p2)) = (pointer )(pt)) + + +/* compute the minimum number of bits ('depth') required to represent 'levels' + */ +#define SetDepthFromLevels(levels,depth) \ + if(levels > 2) { CARD32 _i = levels; \ + for(depth = 0; (_i >>= 1); ++depth); \ + if((1 << depth) - 1 & levels) ++depth; } \ + else depth = levels ? 1 : 32 + +/* event convenience macros + */ +#define SendElementEvent(flo,ped,code) \ + (flo->event.src = ped->phototag, \ + flo->event.type = ped->elemRaw->elemType, \ + flo->event.event = code, \ + SendFloEvent(flo)) +#define SendColorAllocEvent(flo,ped,clst,tn,td) \ + {((xieColorAllocEvn *)&flo->event)->colorList = clst; \ + ((xieColorAllocEvn *)&flo->event)->colorAllocTechnique = tn; \ + ((xieColorAllocEvn *)&flo->event)->data = td; \ + SendElementEvent(flo,ped,xieEvnNoColorAlloc);} +#define SendDecodeNotifyEvent(flo,ped,b,tn,dw,dh,abt) \ + {((xieDecodeNotifyEvn *)&flo->event)->bandNumber = b; \ + ((xieDecodeNotifyEvn *)&flo->event)->decodeTechnique = tn; \ + ((xieDecodeNotifyEvn *)&flo->event)->width = dw; \ + ((xieDecodeNotifyEvn *)&flo->event)->height = dh; \ + ((xieDecodeNotifyEvn *)&flo->event)->aborted = abt; \ + SendElementEvent(flo,ped,xieEvnNoDecodeNotify);} +#define SendExportAvailableEvent(flo,ped,b,d0,d1,d2) \ + {((xieExportAvailableEvn *)&flo->event)->bandNumber = b; \ + ((xieExportAvailableEvn *)&flo->event)->data0 = d0; \ + ((xieExportAvailableEvn *)&flo->event)->data1 = d1; \ + ((xieExportAvailableEvn *)&flo->event)->data2 = d2; \ + SendElementEvent(flo,ped,xieEvnNoExportAvailable);} +#define SendImportObscuredEvent(flo,ped,win,ex,ey,ew,eh) \ + {((xieImportObscuredEvn *)&flo->event)->window = win; \ + ((xieImportObscuredEvn *)&flo->event)->x = ex; \ + ((xieImportObscuredEvn *)&flo->event)->y = ey; \ + ((xieImportObscuredEvn *)&flo->event)->width = ew; \ + ((xieImportObscuredEvn *)&flo->event)->height = eh; \ + SendElementEvent(flo,ped,xieEvnNoImportObscured);} + + +#define ExecProc(client,opcode) \ + ((client_table[client->index].proc_table[opcode])(client)) +#define ExecSProc(client,opcode) \ + ((client_table[client->index].sproc_table[opcode])(client)) + +#define CallProc(client) (ExecProc(client,stuff->opcode)) +#define CallSProc(client) (ExecSProc(client,stuff->opcode)) + +#define MakeElement(flo,tag,pe) \ + ((MakeTable[pe->elemType])(flo,tag,pe)) + +#define ELEMENT(type) \ + register type *raw, *stuff = (type *)pe + +#define ELEMENT_SIZE_MATCH(type) \ + if(stuff->elemLength != sizeof(type)>>2) \ + FloLengthError(flo,tag,stuff->elemType, return(NULL)) + +#define ELEMENT_AT_LEAST_SIZE(type) \ + if(stuff->elemLength < sizeof(type)>>2) \ + FloLengthError(flo,tag,stuff->elemType, return(NULL)) + +#define ELEMENT_NEEDS_1_INPUT(input) \ + if(!(stuff->input)) \ + FloSourceError(flo,tag,stuff->elemType, return(NULL)) + +#define ELEMENT_NEEDS_2_INPUTS(input1,input2) \ + if(!(stuff->input1) || !(stuff->input2)) \ + FloSourceError(flo,tag,stuff->elemType, return(NULL)) + + +#define ELEMENT_NEEDS_3_INPUTS(input1,input2,input3) \ + if(!(stuff->input1) || !(stuff->input2) || !(stuff->input3)) \ + FloSourceError(flo,tag,stuff->elemType, return(NULL)) + +#endif /* end _XIEH_MACRO */ diff --git a/xie/xc/programs/Xserver/XIE/include/memory.h b/xie/xc/programs/Xserver/XIE/include/memory.h new file mode 100644 index 0000000..6e3ec16 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/include/memory.h @@ -0,0 +1,86 @@ +/* $XConsortium: memory.h,v 1.5 94/04/17 20:34:06 rws Exp $ */ +/**** module memory.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +******************************************************************************* + + memory.h - XIE memory management definitions + + Dean Verheiden -- AGE Logic, Inc. April 1993 + +******************************************************************************/ + +#ifndef _XIEH_MEMORY +#define _XIEH_MEMORY + +#include "misc.h" /* for pointer */ + +extern pointer XieMalloc(); +extern pointer XieCalloc(); +extern pointer XieRealloc(); +extern pointer XieFree(); + +#endif +/* end _XIEH_MEMORY */ diff --git a/xie/xc/programs/Xserver/XIE/include/photomap.h b/xie/xc/programs/Xserver/XIE/include/photomap.h new file mode 100644 index 0000000..68e13f5 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/include/photomap.h @@ -0,0 +1,105 @@ +/* $XConsortium: photomap.h,v 1.5 94/04/17 20:34:06 rws Exp $ */ +/**** module photomap.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + photomap.h -- contains photomap definitions + + Dean Verheiden, Robert NC Shelley -- AGE Logic, Inc. April 1993 + +******************************************************************************/ + +#ifndef _XIEH_PHOTOMAP +#define _XIEH_PHOTOMAP + +#include + +/* + * Definitions + */ +typedef struct _photomap *photomapPtr; + +typedef struct _photomap { + xieTypPhotomap ID; + CARD16 refCnt; + CARD16 technique; /* decode technique needed to decompress*/ + CARD16 lenParms; /* length of technique params (in bytes)*/ + CARD16 pad0; + pointer tecParms; /* technique-specific decode parameters */ + pointer pvtParms; /* additional decode hints */ + xieTypDataClass dataClass; /* {SingleBand,TripleBand} */ + CARD8 bands; /* number of bands {0=unpopulated,1,3} */ + /* Tripleband, interleaved has bands=1, */ + /* so this parameter is *not* redundant */ + xieTypDataType dataType; /* {Constrained,Unconstrined} */ + CARD8 pad1; + formatRec format[xieValMaxBands]; /* format of data in strips */ + stripLstRec strips[xieValMaxBands]; /* lists of image strips */ +} photomapRec; + + +#endif +/* end _XIEH_PHOTOMAP */ diff --git a/xie/xc/programs/Xserver/XIE/include/photospc.h b/xie/xc/programs/Xserver/XIE/include/photospc.h new file mode 100644 index 0000000..489c8a7 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/include/photospc.h @@ -0,0 +1,87 @@ +/* $XConsortium: photospc.h,v 1.4 94/04/17 20:34:07 rws Exp $ */ +/**** module photospc.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +******************************************************************************* + + photospc.h: photospace definitions + + Dean Verheiden -- AGE Logic, Inc. April 1993 + +******************************************************************************/ + +#ifndef _XIEH_PHOTOSPC +#define _XIEH_PHOTOSPC + +/* + * photospace definition + */ +typedef struct _photospace { + xieTypPhotospace spaceID; + CARD32 floCnt; + floLstRec floLst; +} photospaceRec; + +#endif /* end _XIEH_PHOTOSPC */ diff --git a/xie/xc/programs/Xserver/XIE/include/roi.h b/xie/xc/programs/Xserver/XIE/include/roi.h new file mode 100644 index 0000000..66a7239 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/include/roi.h @@ -0,0 +1,89 @@ +/* $XConsortium: roi.h,v 1.4 94/04/17 20:34:07 rws Exp $ */ +/**** module roi.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +******************************************************************************* + + roi.h: contains region of interest specific definitions + + Dean Verheiden -- AGE Logic, Inc. April 1993 + +******************************************************************************/ + +#ifndef _XIEH_ROI +#define _XIEH_ROI + +#include + +/* + * ROI resource definitions + */ +typedef struct _roi { + xieTypROI ID; + CARD32 refCnt; + stripLstRec strips; /* run-length encoded list of rectangles */ +} roiRec, *roiPtr; + +#endif /* end _XIEH_ROI */ diff --git a/xie/xc/programs/Xserver/XIE/include/tables.h b/xie/xc/programs/Xserver/XIE/include/tables.h new file mode 100644 index 0000000..5e1f8a0 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/include/tables.h @@ -0,0 +1,202 @@ +/* $XConsortium: tables.h,v 1.4 94/04/17 20:34:08 rws Exp $ */ +/**** module tables.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +******************************************************************************* + + tables.h: entry points etc. + + Dean Verheiden, Robert NC Shelley -- AGE Logic, Inc. April 1993 + +******************************************************************************/ + +#ifndef _XIEH_TABLES +#define _XIEH_TABLES + +#include + +#define DDAnalyzeIndex 0 +#define DDServerChoiceIndex 1 + +#ifndef _XIEC_TABLES + +extern void init_proc_tables(); +extern peDefPtr (*MakeTable[])(); +extern xieVoidProc DDInterface[]; + +#else /* _XIEC_TABLES */ + + /* dd entry points for di */ + +extern int DAGalyze(); +extern xieBoolProc GetServerChoice(); + + /* flo.c */ +extern int ProcAbort(); +extern int ProcAwait(); +extern int ProcGetClientData(); +extern int ProcPutClientData(); +extern int ProcQueryPhotoflo(); +extern int SProcAbort(); +extern int SProcAwait(); +extern int SProcGetClientData(); +extern int SProcPutClientData(); +extern int SProcQueryPhotoflo(); + /* immediate.c */ +extern int ProcCreatePhotospace(); +extern int ProcDestroyPhotospace(); +extern int ProcExecuteImmediate(); +extern int SProcCreatePhotospace(); +extern int SProcDestroyPhotospace(); +extern int SProcExecuteImmediate(); +/* lut.c */ +extern int ProcCreateLUT(); +extern int ProcDestroyLUT(); +extern int SProcCreateLUT(); +extern int SProcDestroyLUT(); + /* photomap.c */ +extern int ProcCreatePhotomap(); +extern int ProcDestroyPhotomap(); +extern int ProcQueryPhotomap(); +extern int SProcCreatePhotomap(); +extern int SProcDestroyPhotomap(); +extern int SProcQueryPhotomap(); + /* stored.c */ +extern int ProcCreatePhotoflo(); +extern int ProcDestroyPhotoflo(); +extern int ProcExecutePhotoflo(); +extern int ProcModifyPhotoflo(); +extern int ProcRedefinePhotoflo(); +extern int SProcCreatePhotoflo(); +extern int SProcDestroyPhotoflo(); +extern int SProcExecutePhotoflo(); +extern int SProcModifyPhotoflo(); +extern int SProcRedefinePhotoflo(); + /* technq.c */ +extern int ProcQueryTechniques(); +extern int SProcQueryTechniques(); + +#if XIE_FULL + /* colorlist.c */ +extern int ProcCreateColorList(); +extern int ProcDestroyColorList(); +extern int ProcPurgeColorList(); +extern int ProcQueryColorList(); +extern int SProcCreateColorList(); +extern int SProcDestroyColorList(); +extern int SProcPurgeColorList(); +extern int SProcQueryColorList(); + /* roi.c */ +extern int ProcCreateROI(); +extern int ProcDestroyROI(); +extern int SProcCreateROI(); +extern int SProcDestroyROI(); +#endif + +/* elements */ +extern peDefPtr MakeIDraw(); +extern peDefPtr MakeIDrawP(); +extern peDefPtr MakeICLUT(); +extern peDefPtr MakeILUT(); +extern peDefPtr MakeICPhoto(); +extern peDefPtr MakeIPhoto(); +extern peDefPtr MakeGeometry(); +extern peDefPtr MakePoint(); +extern peDefPtr MakeEDraw(); +extern peDefPtr MakeEDrawPlane(); +extern peDefPtr MakeECLUT(); +extern peDefPtr MakeELUT(); +extern peDefPtr MakeECPhoto(); +extern peDefPtr MakeEPhoto(); + +#if XIE_FULL +extern peDefPtr MakeICROI(); +extern peDefPtr MakeIROI(); +extern peDefPtr MakeArith(); +extern peDefPtr MakeBandCom(); +extern peDefPtr MakeBandExt(); +extern peDefPtr MakeBandSel(); +extern peDefPtr MakeBlend(); +extern peDefPtr MakeCompare(); +extern peDefPtr MakeConstrain(); +extern peDefPtr MakeConvertFromIndex(); +extern peDefPtr MakeConvertFromRGB(); +extern peDefPtr MakeConvertToIndex(); +extern peDefPtr MakeConvertToRGB(); +extern peDefPtr MakeConvolve(); +extern peDefPtr MakeDither(); +extern peDefPtr MakeLogic(); +extern peDefPtr MakeMatchHistogram(); +extern peDefPtr MakeMath(); +extern peDefPtr MakePasteUp(); +extern peDefPtr MakeUnconstrain(); +extern peDefPtr MakeECHistogram(); +extern peDefPtr MakeECROI(); +extern peDefPtr MakeEROI(); +#endif + +#endif /* _XIEC_TABLES */ + +#endif /* _XIEH_TABLES */ diff --git a/xie/xc/programs/Xserver/XIE/include/technq.h b/xie/xc/programs/Xserver/XIE/include/technq.h new file mode 100644 index 0000000..11532e1 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/include/technq.h @@ -0,0 +1,1241 @@ +/* $XConsortium: technq.h,v 1.4 94/04/17 20:34:08 rws Exp $ */ +/**** module technq.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +******************************************************************************* + + technq.h: contains technique definitions + + Dean Verheiden -- AGE Logic, Inc. April 1993 + +******************************************************************************/ + +#ifndef _XIEH_TECHNQ +#define _XIEH_TECHNQ + +#include + +/* + * dixie import client photo technique entry points + */ +extern Bool CopyICPhotoUnSingle(); +extern Bool CopyICPhotoG31D(); +extern Bool CopyICPhotoG32D(); +extern Bool CopyICPhotoG42D(); +extern Bool CopyICPhotoTIFF2(); +extern Bool CopyICPhotoTIFFPackBits(); +extern Bool PrepICPhotoUnSingle(); +extern Bool PrepICPhotoG31D(); +extern Bool PrepICPhotoG32D(); +extern Bool PrepICPhotoG42D(); +extern Bool PrepICPhotoTIFF2(); +extern Bool PrepICPhotoTIFFPackBits(); +#if XIE_FULL +extern Bool CopyICPhotoUnTriple(); +extern Bool PrepICPhotoUnTriple(); +extern Bool CopyICPhotoJPEGBaseline(); +extern Bool PrepICPhotoJPEGBaseline(); +#ifdef BEYOND_SI +extern Bool CopyICPhotoJPEGLossless(); +extern Bool PrepICPhotoJPEGLossless(); +#endif /* BEYOND_SI */ +#endif + +/* + * dixie constrain technique entry points + */ +#if XIE_FULL +extern Bool CopyPConstrainStandard(); +extern Bool CopyPConstrainClipScale(); +extern Bool PrepPConstrainStandard(); +extern Bool PrepPConstrainClipScale(); +#endif + +/* + * dixie convolve technique entry points + */ +#if XIE_FULL +extern Bool CopyConvolveConstant(); +extern Bool PrepConvolveStandard(); +#ifdef BEYOND_SI +extern Bool CopyConvolveReplicate(); +#endif /* BEYOND_SI */ +#endif + +/* + * dixie dither technique entry points + */ +#if XIE_FULL +extern Bool CopyPDitherErrorDiffusion(); +extern Bool PrepPDitherErrorDiffusion(); +extern Bool CopyPDitherOrdered(); +extern Bool PrepPDitherOrdered(); +#endif + +/* + * dixie geometry technique entry points + */ +extern Bool CopyGeomNearestNeighbor(); +extern Bool PrepGeomNearestNeighbor(); +extern Bool CopyGeomAntiAlias(); +extern Bool PrepGeomAntiAlias(); +#if XIE_FULL +extern Bool CopyGeomBilinearInterp(); +extern Bool PrepGeomBilinearInterp(); +extern Bool CopyGeomGaussian(); +extern Bool PrepGeomGaussian(); +#endif + +/* + * dixie match histogram technique entry points + */ +#if XIE_FULL +extern Bool CopyPHistogramFlat(); +extern Bool CopyPHistogramGaussian(); +extern Bool CopyPHistogramHyperbolic(); +extern Bool PrepPHistogramFlat(); +extern Bool PrepPHistogramGaussian(); +extern Bool PrepPHistogramHyperbolic(); +#endif + +/* + * dixie convert to index technique entry points + */ +#if XIE_FULL +extern Bool CopyCtoIAllocAll(); +extern Bool PrepCtoIAllocAll(); +#ifdef BEYOND_SI +extern Bool CopyCtoIAllocMatch(); +extern Bool CopyCtoIAllocRequantize(); +#endif /* BEYOND_SI */ +#endif + +/* + * dixie export client photo technique entry points + */ +extern Bool CopyECPhotoUnSingle(); +extern Bool CopyECPhotoG31D(); +extern Bool CopyECPhotoG32D(); +extern Bool CopyECPhotoG42D(); +extern Bool CopyECPhotoTIFF2(); +extern Bool CopyECPhotoTIFFPackBits(); + +extern Bool PrepECPhotoUnSingle(); +extern Bool PrepECPhotoG31D(); +extern Bool PrepECPhotoG32D(); +extern Bool PrepECPhotoG42D(); +extern Bool PrepECPhotoTIFF2(); +extern Bool PrepECPhotoTIFFPackBits(); +#if XIE_FULL +extern Bool CopyECPhotoUnTriple(); +extern Bool PrepECPhotoUnTriple(); +extern Bool CopyECPhotoJPEGBaseline(); +extern Bool PrepECPhotoJPEGBaseline(); +#ifdef BEYOND_SI +extern Bool CopyECPhotoJPEGLossless(); +extern Bool PrepECPhotoJPEGLossless(); +#endif /* BEYOND_SI */ +#endif + +/* + * dixie convert to and from RBG technique entry points + */ +#if XIE_FULL +extern Bool CopyPConvertFromRGBCIE(); +extern Bool CopyPConvertFromRGBYCC(); +extern Bool CopyPConvertFromRGBYCbCr(); +extern Bool CopyPConvertToRGBCIE(); +extern Bool CopyPConvertToRGBYCC(); +extern Bool CopyPConvertToRGBYCbCr(); +extern Bool CopyPWhiteAdjustNone(); +extern Bool CopyPWhiteAdjustCIELabShift(); +extern Bool CopyPGamut(); + +extern Bool PrepPConvertFromRGBCIE(); +extern Bool PrepPConvertFromRGBYCC(); +extern Bool PrepPConvertFromRGBYCbCr(); +extern Bool PrepPConvertToRGBCIE(); +extern Bool PrepPConvertToRGBYCC(); +extern Bool PrepPConvertToRGBYCbCr(); +extern Bool PrepPWhiteAdjustNone(); +extern Bool PrepPWhiteAdjustCIELabShift(); +extern Bool PrepPGamut(); +#endif + +/* Global definitions for referencing techniques */ + +typedef struct _techvec { + BOOL NoTech; /* If true, this technique has no parameters */ + BOOL OptionalTech; /* If true, parameters are optional */ + BOOL FixedTech; /* If true, parameter size is fixed */ + BOOL pad; + CARD16 techSize; /* size of parameters (possibly optional) */ + CARD16 number; + xieBoolProc copyfnc; /* function to copy parameter from client */ + xieBoolProc prepfnc; /* function to prepare for activation */ +} techVecRec; + +/* + Standard macro to verify correct technique parameter sizes . . . + Should work for any technique that has been properly defined +*/ + + +#define VALIDATE_TECHNIQUE_SIZE(tv, size, isDefault) \ + if (isDefault && size || (!isDefault && \ + (tv->FixedTech && \ + (!tv->OptionalTech && tv->techSize != size || \ + tv->OptionalTech && size && tv->techSize != size)) || \ + (!tv->FixedTech && \ + (!tv->OptionalTech && tv->techSize > size || \ + tv->OptionalTech && size && tv->techSize > size)))) \ + return(FALSE); + + +#if defined(_XIEC_TECHNQ) +/* + * Technique resource definition + */ + +typedef struct _technique { + CARD8 speed; + CARD8 nameLength; + CARD16 techSize; + CARD8 *name; + techVecRec techvec; +} TechRec, *TechPtr; + +typedef struct _techgroup { + xieTypTechniqueGroup group; + CARD16 numTechniques; + CARD16 defaultNumber; + CARD16 defaultIndex; + CARD32 groupSize; /* Size in words */ + TechPtr tech; +} TechGroupRec, *TechGroupPtr; + +typedef struct _techtable { + CARD16 numGroups; /* Number of tech groups */ + CARD16 numDefaults; /* Number of default groups */ + CARD16 numTechniques; /* Total number of techniques */ + CARD16 pad; + CARD32 tableSize; /* All tech size (in words) */ + CARD32 defaultSize; /* Default size (in words) */ + TechGroupPtr techgroups; +} TechTable; + +#define DEFAULT_SPEED 128 + +#define NO_DEFAULT 0 +#define UNINITIALIZED 0 + +#define TECH_HAS_NO_PARMS TRUE +#define TECH_HAS_PARMS FALSE +#define TECH_PARMS_OPTIONAL TRUE +#define TECH_PARMS_REQUIRED FALSE +#define TECH_FIXED_SIZE TRUE +#define TECH_VARIABLE_SIZE FALSE + +/* + * Initialize nameLength to 0 and compute at runtime. Some compilers do not + * support the use of sizeof(static string) at compile time + */ + +static Bool NoParamCheck(); +static Bool NoTechYet(); + +#if XIE_FULL +/* Array of techniques for coloralloc */ +TechRec Tcoloralloc[] = { + { DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"ALLOC-ALL", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecColorAllocAll / 4, + xieValColorAllocAll, + CopyCtoIAllocAll, + PrepCtoIAllocAll + } + } +#ifdef BEYOND_SI + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"MATCH", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecColorAllocMatch / 4, + xieValColorAllocMatch, + CopyCtoIAllocMatch, + NoTechYet + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"REQUANTIZE", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecColorAllocRequantize / 4, + xieValColorAllocRequantize, + CopyCtoIAllocRequantize, + NoTechYet + } + } +#endif /* BEYOND_SI */ +}; +#endif + +#if XIE_FULL +/* Array of techniques for constrain */ +TechRec Tconstrain[] = { + { DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"CLIP-SCALE", + { + TECH_HAS_NO_PARMS, + TECH_HAS_NO_PARMS, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecClipScale / 4, + xieValConstrainClipScale, + CopyPConstrainClipScale, + PrepPConstrainClipScale + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"HARD-CLIP", + { + TECH_HAS_NO_PARMS, + TECH_HAS_NO_PARMS, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecHardClip / 4, + xieValConstrainHardClip, + CopyPConstrainStandard, + PrepPConstrainStandard + } + } +}; +#endif + +#if XIE_FULL +/* Array of techniques for conversion from RGB to another colorspace */ +TechRec Tconvertfromrgb[] = { + { DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"CIELAB", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_VARIABLE_SIZE, + UNINITIALIZED, + sz_xieTecRGBToCIELab / 4, + xieValRGBToCIELab, + CopyPConvertFromRGBCIE, + PrepPConvertFromRGBCIE + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"CIEXYZ", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_VARIABLE_SIZE, + UNINITIALIZED, + sz_xieTecRGBToCIEXYZ / 4, + xieValRGBToCIEXYZ, + CopyPConvertFromRGBCIE, + PrepPConvertFromRGBCIE + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"YCbCr", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecRGBToYCbCr / 4, + xieValRGBToYCbCr, + CopyPConvertFromRGBYCbCr, + PrepPConvertFromRGBYCbCr + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"YCC", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecRGBToYCC / 4, + xieValRGBToYCC, + CopyPConvertFromRGBYCC, + PrepPConvertFromRGBYCC + } + } +}; +#endif + +#if XIE_FULL +/* Array of techniques for converting to RGB from another colorspace */ +TechRec Tconverttorgb[] = { + { DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"CIELAB", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_VARIABLE_SIZE, + UNINITIALIZED, + sz_xieTecCIELabToRGB / 4, + xieValCIELabToRGB, + CopyPConvertToRGBCIE, + PrepPConvertToRGBCIE + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"CIEXYZ", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_VARIABLE_SIZE, + UNINITIALIZED, + sz_xieTecCIEXYZToRGB / 4, + xieValCIEXYZToRGB, + CopyPConvertToRGBCIE, + PrepPConvertToRGBCIE + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"YCbCr", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecYCbCrToRGB / 4, + xieValYCbCrToRGB, + CopyPConvertToRGBYCbCr, + PrepPConvertToRGBYCbCr + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"YCC", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecYCCToRGB / 4, + xieValYCCToRGB, + CopyPConvertToRGBYCC, + PrepPConvertToRGBYCC + } + } +}; +#endif + +#if XIE_FULL +/* Array of techniques for convolve */ +TechRec Tconvolve[] = { + { DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"CONSTANT", + { + TECH_HAS_PARMS, + TECH_PARMS_OPTIONAL, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecConvolveConstant / 4, + xieValConvolveConstant, + CopyConvolveConstant, + PrepConvolveStandard + } + } +#ifdef BEYOND_SI + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"REPLICATE", + { + TECH_HAS_NO_PARMS, + TECH_HAS_NO_PARMS, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecConvolveReplicate / 4, + xieValConvolveReplicate, + CopyConvolveReplicate, + PrepConvolveStandard + } + } +#endif /* BEYOND_SI */ +}; +#endif + +/* Array of techniques for decode */ +TechRec Tdecode[] = { + { DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"UNCOMPRESSED-SINGLE", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecDecodeUncompressedSingle / 4, + xieValDecodeUncompressedSingle, + CopyICPhotoUnSingle, + PrepICPhotoUnSingle + } + } +#if XIE_FULL + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"UNCOMPRESSED-TRIPLE", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecDecodeUncompressedTriple / 4, + xieValDecodeUncompressedTriple, + CopyICPhotoUnTriple, + PrepICPhotoUnTriple + } + } +#endif + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"CCITT-G31D", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecDecodeG31D / 4, + xieValDecodeG31D, + CopyICPhotoG31D, + PrepICPhotoG31D + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"CCITT-G32D", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecDecodeG32D / 4, + xieValDecodeG32D, + CopyICPhotoG32D, + PrepICPhotoG32D + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"CCITT-G42D", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecDecodeG42D / 4, + xieValDecodeG42D, + CopyICPhotoG42D, + PrepICPhotoG42D + } + } +#if XIE_FULL + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"JPEG-BASELINE", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_VARIABLE_SIZE, + UNINITIALIZED, + sz_xieTecDecodeJPEGBaseline / 4, + xieValDecodeJPEGBaseline, + CopyICPhotoJPEGBaseline, + PrepICPhotoJPEGBaseline + } + } +#ifdef BEYOND_SI + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"JPEG-LOSSLESS", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecDecodeJPEGLossless / 4, + xieValDecodeJPEGLossless, + CopyICPhotoJPEGLossless, + PrepICPhotoJPEGLossless + } + } +#endif /* BEYOND_SI */ +#endif + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"TIFF-2", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecDecodeTIFF2 / 4, + xieValDecodeTIFF2, + CopyICPhotoTIFF2, + PrepICPhotoTIFF2 + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"TIFF-PACKBITS", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecDecodeTIFFPackBits / 4, + xieValDecodeTIFFPackBits, + CopyICPhotoTIFFPackBits, + PrepICPhotoTIFFPackBits + } + } +}; + +#if XIE_FULL +/* Array of techniques for dither */ +TechRec Tdither[] = { + { DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"ERROR-DIFFUSION", + { + TECH_HAS_NO_PARMS, + TECH_HAS_NO_PARMS, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecDitherErrorDiffusion / 4, + xieValDitherErrorDiffusion, + CopyPDitherErrorDiffusion, + PrepPDitherErrorDiffusion + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"ORDERED", + { + TECH_HAS_PARMS, + TECH_PARMS_OPTIONAL, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecDitherOrdered / 4, + xieValDitherOrdered, + CopyPDitherOrdered, + PrepPDitherOrdered + } + } +}; +#endif + +/* Array of techniques for encode */ +TechRec Tencode[] = { + { DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"UNCOMPRESSED-SINGLE", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecEncodeUncompressedSingle / 4, + xieValEncodeUncompressedSingle, + CopyECPhotoUnSingle, + PrepECPhotoUnSingle + } + } +#if XIE_FULL + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"UNCOMPRESSED-TRIPLE", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecEncodeUncompressedTriple / 4, + xieValEncodeUncompressedTriple, + CopyECPhotoUnTriple, + PrepECPhotoUnTriple + } + } +#endif + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"CCITT-G31D", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecEncodeG31D / 4, + xieValEncodeG31D, + CopyECPhotoG31D, + PrepECPhotoG31D + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"CCITT-G32D", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecEncodeG32D / 4, + xieValEncodeG32D, + CopyECPhotoG32D, + PrepECPhotoG32D + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"CCITT-G42D", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecEncodeG42D / 4, + xieValEncodeG42D, + CopyECPhotoG42D, + PrepECPhotoG42D + } + } +#if XIE_FULL + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"JPEG-BASELINE", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_VARIABLE_SIZE, + UNINITIALIZED, + sz_xieTecEncodeJPEGBaseline / 4, + xieValEncodeJPEGBaseline, + CopyECPhotoJPEGBaseline, + PrepECPhotoJPEGBaseline + } + } +#ifdef BEYOND_SI + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"JPEG-LOSSLESS", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecEncodeJPEGLossless / 4, + xieValEncodeJPEGLossless, + CopyECPhotoJPEGLossless, + PrepECPhotoJPEGLossless + } + } +#endif /* BEYOND_SI */ +#endif + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"TIFF-2", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecEncodeTIFF2 / 4, + xieValEncodeTIFF2, + CopyECPhotoTIFF2, + PrepECPhotoTIFF2 + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"TIFF-PACKBITS", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecEncodeTIFFPackBits / 4, + xieValEncodeTIFFPackBits, + CopyECPhotoTIFFPackBits, + PrepECPhotoTIFFPackBits + } + } +}; + +#if XIE_FULL +/* Array of techniques for gamut */ +TechRec Tgamut[] = { + { DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"NONE", + { + TECH_HAS_NO_PARMS, + TECH_HAS_NO_PARMS, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecGamutNone / 4, + xieValGamutNone, + CopyPGamut, + PrepPGamut + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"CLIP-RGB", + { + TECH_HAS_NO_PARMS, + TECH_HAS_NO_PARMS, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecGamutClipRGB / 4, + xieValGamutClipRGB, + CopyPGamut, + PrepPGamut + } + } +}; +#endif + +/* Array of techniques for geometry */ +TechRec Tgeometry[] = { + { DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"ANTIALIAS", + { + TECH_HAS_NO_PARMS, + TECH_HAS_NO_PARMS, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecGeomAntialias / 4, + xieValGeomAntialias, + CopyGeomAntiAlias, + PrepGeomAntiAlias + } + } +#ifdef BEYOND_SI + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"ANTIALIAS-BY-AREA", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecGeomAntialiasByArea / 4, + xieValGeomAntialiasByArea, + NoParamCheck, + NoTechYet + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"ANTIALIAS-BY-LOWPASS", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecGeomAntialiasByLowpass / 4, + xieValGeomAntialiasByLPF, + NoParamCheck, + NoTechYet + } + } +#endif +#if XIE_FULL + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"BILINEAR-INTERPOLATION", + { + TECH_HAS_NO_PARMS, + TECH_HAS_NO_PARMS, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecGeomBilinearInterpolation / 4, + xieValGeomBilinearInterp, + CopyGeomBilinearInterp, + PrepGeomBilinearInterp + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"GAUSSIAN", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecGeomGaussian / 4, + xieValGeomGaussian, + CopyGeomGaussian, + PrepGeomGaussian + } + } +#endif + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"NEAREST-NEIGHBOR", + { + TECH_HAS_PARMS, + TECH_PARMS_OPTIONAL, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecGeomNearestNeighbor / 4, + xieValGeomNearestNeighbor, + CopyGeomNearestNeighbor, + PrepGeomNearestNeighbor + } + } +}; + +#if XIE_FULL +/* Array of techniques for histogram */ +TechRec Thistogram[] = { + { DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"FLAT", + { + TECH_HAS_NO_PARMS, + TECH_HAS_NO_PARMS, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecHistogramFlat / 4, + xieValHistogramFlat, + CopyPHistogramFlat, + PrepPHistogramFlat + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"GAUSSIAN", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecHistogramGaussian / 4, + xieValHistogramGaussian, + CopyPHistogramGaussian, + PrepPHistogramGaussian + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"HYPERBOLIC", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecHistogramHyperbolic / 4, + xieValHistogramHyperbolic, + CopyPHistogramHyperbolic, + PrepPHistogramHyperbolic + } + } +}; +#endif + +#if XIE_FULL +/* Array of techniques for white adjust */ +TechRec Twhiteadjust[] = { + { DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"NONE", + { + TECH_HAS_NO_PARMS, + TECH_HAS_NO_PARMS, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecWhiteAdjustNone / 4, + xieValWhiteAdjustNone, + CopyPWhiteAdjustNone, + PrepPWhiteAdjustNone + } + } + ,{ DEFAULT_SPEED, + UNINITIALIZED, + UNINITIALIZED, + (CARD8 *)"CIELAB-SHIFT", + { + TECH_HAS_PARMS, + TECH_PARMS_REQUIRED, + TECH_FIXED_SIZE, + UNINITIALIZED, + sz_xieTecWhiteAdjustCIELabShift / 4, + xieValWhiteAdjustCIELabShift, + CopyPWhiteAdjustCIELabShift, + PrepPWhiteAdjustCIELabShift + } + } +}; +#endif + +TechGroupRec techArray[] = { +#if XIE_FULL + { + xieValColorAlloc, + sizeof(Tcoloralloc)/sizeof(TechRec), + xieValColorAllocAll, + UNINITIALIZED, + UNINITIALIZED, + Tcoloralloc + } + ,{ + xieValConstrain, + sizeof(Tconstrain)/sizeof(TechRec), + NO_DEFAULT, + UNINITIALIZED, + UNINITIALIZED, + Tconstrain + } + ,{ + xieValConvertFromRGB, + sizeof(Tconvertfromrgb)/sizeof(TechRec), + NO_DEFAULT, + UNINITIALIZED, + UNINITIALIZED, + Tconvertfromrgb + } + ,{ + xieValConvertToRGB, + sizeof(Tconverttorgb)/sizeof(TechRec), + NO_DEFAULT, + UNINITIALIZED, + UNINITIALIZED, + Tconverttorgb + } + ,{ + xieValConvolve, + sizeof(Tconvolve)/sizeof(TechRec), + xieValConvolveConstant, + UNINITIALIZED, + UNINITIALIZED, + Tconvolve + }, +#endif + { + xieValDecode, + sizeof(Tdecode)/sizeof(TechRec), + NO_DEFAULT, + UNINITIALIZED, + UNINITIALIZED, + Tdecode + } +#if XIE_FULL + ,{ + xieValDither, + sizeof(Tdither)/sizeof(TechRec), + xieValDitherErrorDiffusion, + UNINITIALIZED, + UNINITIALIZED, + Tdither + } +#endif + ,{ + xieValEncode, + sizeof(Tencode)/sizeof(TechRec), + NO_DEFAULT, + UNINITIALIZED, + UNINITIALIZED, + Tencode + } +#if XIE_FULL + ,{ + xieValGamut, + sizeof(Tgamut)/sizeof(TechRec), + xieValGamutNone, + UNINITIALIZED, + UNINITIALIZED, + Tgamut + } +#endif + ,{ + xieValGeometry, + sizeof(Tgeometry)/sizeof(TechRec), + xieValGeomNearestNeighbor, + UNINITIALIZED, + UNINITIALIZED, + Tgeometry + } +#if XIE_FULL + ,{ + xieValHistogram, + sizeof(Thistogram)/sizeof(TechRec), + NO_DEFAULT, + UNINITIALIZED, + UNINITIALIZED, + Thistogram + } + ,{ + xieValWhiteAdjust, + sizeof(Twhiteadjust)/sizeof(TechRec), + xieValWhiteAdjustNone, + UNINITIALIZED, + UNINITIALIZED, + Twhiteadjust + } +#endif +}; + +TechTable techTable = { + sizeof(techArray)/sizeof(TechGroupRec), + UNINITIALIZED, + UNINITIALIZED, + UNINITIALIZED, + UNINITIALIZED, + UNINITIALIZED, + techArray +}; + +#else /* if defined(_XIEC_TECHNQ) */ + +extern Bool technique_init(); +extern Bool TechNeedsParams(); +extern CARD16 TechDefault(); +extern techVecPtr FindTechnique(); + +#endif /* if defined(_XIEC_TECHNQ) */ + +#endif /* end _XIEH_TECHNQ */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/Imakefile b/xie/xc/programs/Xserver/XIE/mixie/Imakefile new file mode 100644 index 0000000..d3ca311 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/Imakefile @@ -0,0 +1,26 @@ +XCOMM $XConsortium: Imakefile /main/6 1995/12/07 21:15:34 gildea $ +#include + +#define IHaveSubdirs + +#if BuildDIS +SUBDIRS = control fax import process export +OBJS = control/?*.o fax/?*.o import/?*.o process/?*.o export/?*.o +DONES = control/DONE fax/DONE import/DONE process/DONE export/DONE +#else +SUBDIRS = control fax import jpeg process export +OBJS = control/?*.o fax/?*.o import/?*.o jpeg/?*.o process/?*.o export/?*.o +DONES = control/DONE fax/DONE import/DONE jpeg/DONE process/DONE export/DONE +#endif + +NormalDepLibraryTarget(mixie,$(SUBDIRS) $(DONES),$(OBJS)) + +ForceSubdirs($(SUBDIRS)) + +DependSubdirs($(SUBDIRS)) + +MakeLintLibSubdirs($(SUBDIRS)) +LintSubdirs($(SUBDIRS)) + +InstallLinkKitLibrary(mixie,$(LINKKITDIR)/lib) + diff --git a/xie/xc/programs/Xserver/XIE/mixie/control/Imakefile b/xie/xc/programs/Xserver/XIE/mixie/control/Imakefile new file mode 100644 index 0000000..b5c9dc3 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/control/Imakefile @@ -0,0 +1,32 @@ +XCOMM $XConsortium: Imakefile,v 1.4 93/11/07 10:57:19 rws Exp $ +XCOMM build device dependent machine independent control objects +#include + + SRCS = analyze.c \ + domain.c \ + floman.c \ + sched.c \ + strip.c + + OBJS = analyze.o \ + domain.o \ + floman.o \ + sched.o \ + strip.o + +#if BuildDIS + DEFINES = -DXIE_DIS +#endif + + INCLUDES = -I../include -I../../include -I$(SERVERSRC)/include -I$(INCLUDESRC) -I$(INCLUDESRC)/extensions + LINTLIBS = ../../dixie/export/llib-lexp.ln ../../dixie/import/llib-limp.ln \ + ../../dixie/process/llib-lproc.ln ../../dixie/request/llib-lreq.ln \ + ../control/llib-lctrl.ln ../export/llib-lmexp.ln ../fax/llib-lfax.ln \ + ../import/llib-lmimp.ln ../jpeg/llib-ljpeg.ln ../process/llib-lmproc.ln + +SubdirLibraryRule($(OBJS)) +NormalLibraryObjectRule() +LintLibraryTarget(ctrl,$(SRCS)) +NormalLintTarget($(SRCS)) + +DependTarget() diff --git a/xie/xc/programs/Xserver/XIE/mixie/control/analyze.c b/xie/xc/programs/Xserver/XIE/mixie/control/analyze.c new file mode 100644 index 0000000..8dd6ae0 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/control/analyze.c @@ -0,0 +1,189 @@ +/* $XConsortium: analyze.c,v 1.4 94/04/17 20:34:10 rws Exp $ */ +/**** module analyze.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + analyze.c -- DDXIE prototype (simple minded) DAG analyzer + + Robert NC Shelley -- AGE Logic, Inc. April, 1993 + +*****************************************************************************/ + +#define _XIEC_ANALYZE + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* + * routines called from DIXIE + */ +int DAGalyze(); + + +/*------------------------------------------------------------------------ +----------------------- analyze (sort of) the DAG ------------------------ +------------------------------------------------------------------------*/ +int DAGalyze(flo) + floDefPtr flo; +{ + int ok = TRUE; + peDefPtr ped; + pedLstPtr lst = ListEmpty(&flo->optDAG) ? &flo->defDAG : &flo->optDAG; + + /* establish our default flo manager + */ + InitFloManager(flo); + + /* choose element handlers + */ + for(ped = lst->flink; ok && !ListEnd(ped,lst); ped = ped->flink) + switch(ped->elemRaw->elemType) { +#if XIE_FULL + case xieElemImportClientLUT: ok = miAnalyzeICLUT(flo,ped); break; + case xieElemImportClientPhoto: ok = miAnalyzeICPhoto(flo,ped); break; + case xieElemImportClientROI: ok = miAnalyzeICROI(flo,ped); break; + case xieElemImportDrawable: ok = miAnalyzeIDraw(flo,ped); break; + case xieElemImportDrawablePlane:ok = miAnalyzeIDrawP(flo,ped); break; + case xieElemImportLUT: ok = miAnalyzeILUT(flo,ped); break; + case xieElemImportPhotomap: ok = miAnalyzeIPhoto(flo,ped); break; + case xieElemImportROI: ok = miAnalyzeIROI(flo,ped); break; + case xieElemArithmetic: ok = miAnalyzeArith(flo,ped); break; + case xieElemBandCombine: ok = miAnalyzeBandCom(flo,ped); break; + case xieElemBandExtract: ok = miAnalyzeBandExt(flo,ped); break; + case xieElemBandSelect: ok = miAnalyzeBandSel(flo,ped); break; + case xieElemBlend: ok = miAnalyzeBlend(flo,ped); break; + case xieElemCompare: ok = miAnalyzeCompare(flo,ped); break; + case xieElemConstrain: ok = miAnalyzeConstrain(flo,ped); break; + case xieElemConvertFromIndex: ok = miAnalyzeCvtFromInd(flo,ped); break; + case xieElemConvertFromRGB: ok = miAnalyzeFromRGB(flo,ped); break; + case xieElemConvertToIndex: ok = miAnalyzeCvtToInd(flo,ped); break; + case xieElemConvertToRGB: ok = miAnalyzeToRGB(flo,ped); break; + case xieElemConvolve: ok = miAnalyzeConvolve(flo,ped); break; + case xieElemDither: ok = miAnalyzeDither(flo,ped); break; + case xieElemGeometry: ok = miAnalyzeGeometry(flo,ped); break; + case xieElemLogical: ok = miAnalyzeLogic(flo,ped); break; + case xieElemMatchHistogram: ok = miAnalyzeMatchHist(flo,ped); break; + case xieElemMath: ok = miAnalyzeMath(flo,ped); break; + case xieElemPasteUp: ok = miAnalyzePasteUp(flo,ped); break; + case xieElemPoint: ok = miAnalyzePoint(flo,ped); break; + case xieElemUnconstrain: ok = miAnalyzeUnconstrain(flo,ped); break; + case xieElemExportClientHistogram:ok = miAnalyzeECHist(flo,ped); break; + case xieElemExportClientLUT: ok = miAnalyzeECLUT(flo,ped); break; + case xieElemExportClientPhoto: ok = miAnalyzeECPhoto(flo,ped); break; + case xieElemExportClientROI: ok = miAnalyzeECROI(flo,ped); break; + case xieElemExportDrawable: ok = miAnalyzeEDraw(flo,ped); break; + case xieElemExportDrawablePlane:ok = miAnalyzeEDrawP(flo,ped); break; + case xieElemExportLUT: ok = miAnalyzeELUT(flo,ped); break; + case xieElemExportPhotomap: ok = miAnalyzeEPhoto(flo,ped); break; + case xieElemExportROI: ok = miAnalyzeEROI(flo,ped); break; +#else + case xieElemImportClientLUT: ok = miAnalyzeICLUT(flo,ped); break; + case xieElemImportClientPhoto: ok = miAnalyzeICPhoto(flo,ped); break; + case xieElemImportDrawable: ok = miAnalyzeIDraw(flo,ped); break; + case xieElemImportDrawablePlane:ok = miAnalyzeIDrawP(flo,ped); break; + case xieElemImportLUT: ok = miAnalyzeILUT(flo,ped); break; + case xieElemImportPhotomap: ok = miAnalyzeIPhoto(flo,ped); break; + case xieElemGeometry: ok = miAnalyzeGeometry(flo,ped); break; + case xieElemPoint: ok = miAnalyzePoint(flo,ped); break; + case xieElemExportClientLUT: ok = miAnalyzeECLUT(flo,ped); break; + case xieElemExportClientPhoto: ok = miAnalyzeECPhoto(flo,ped); break; + case xieElemExportDrawable: ok = miAnalyzeEDraw(flo,ped); break; + case xieElemExportDrawablePlane:ok = miAnalyzeEDrawP(flo,ped); break; + case xieElemExportLUT: ok = miAnalyzeELUT(flo,ped); break; + case xieElemExportPhotomap: ok = miAnalyzeEPhoto(flo,ped); break; +#endif + default: ElementError(flo,ped, return(FALSE)); + } + return(ok); +} /* end DAGalyze */ + +/* end module analyze.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/control/domain.c b/xie/xc/programs/Xserver/XIE/mixie/control/domain.c new file mode 100644 index 0000000..23208b9 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/control/domain.c @@ -0,0 +1,503 @@ +/* $XConsortium: domain.c,v 1.5 94/04/17 20:34:11 rws Exp $ */ +/**** module domain.c ****/ +/****************************************************************************** +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + domain.c -- DDXIE Process Domain routines for flo manager + + Dean Verheiden -- AGE Logic, Inc. July, 1993 + +*****************************************************************************/ + +#define _XIEC_DOMAIN + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + +/* + * routines referenced by other DDXIE modules +*/ +Bool InitProcDomain(); +void ResetProcDomain(); + +static Bool NoDomainSyncDomain(); +static INT32 NoDomainGetRun(); + +#if XIE_FULL +static Bool RunLengthSyncDomain(); +static INT32 RunLengthGetRun(); +static Bool ControlPlaneSyncDomain(); +static INT32 ControlPlaneGetRun(); +#endif + +Bool InitProcDomain(flo,ped,dtag,offX,offY) +floDefPtr flo; +peDefPtr ped; +xieTypPhototag dtag; +INT32 offX,offY; +{ +peTexPtr pet = ped->peTex; +receptorPtr rcp = &pet->receptor[ped->inCnt-1]; + + if (!dtag) { /* No process domain */ + pet->roiinit = NoDomainSyncDomain; + pet->roiget = NoDomainGetRun; + + return TRUE; + } +#if !XIE_FULL + else + ImplementationError(flo,ped, return(FALSE)); +#else + if (!InitReceptor(flo,ped,rcp,0,1,ALL_BANDS,NO_BANDS)) + return FALSE; + + pet->domXoff = offX; + pet->domYoff = offY; + + if (rcp->band[0].format->class == RUN_LENGTH) { + pet->roiinit = RunLengthSyncDomain; + pet->roiget = RunLengthGetRun; + } else { + bandPtr rband = &rcp->band[0]; + bandPtr band = &pet->emitter[0]; + CARD32 b; + + pet->roiinit = ControlPlaneSyncDomain; + pet->roiget = ControlPlaneGetRun; + + /* See if there is some intersection between the ROI and image*/ + for(b = 0; b < ped->outFlo.bands; b++, band++, rband++) + if ( pet->domXoff + (INT32)rband->format->width <= 0 || + pet->domXoff >= (INT32)band->format->width || + pet->domYoff + (INT32)rband->format->height <= 0 || + pet->domYoff >= (INT32)band->format->height) { + SetBandThreshold(rband,~0); + IgnoreBand(rband); + band->allpass = TRUE; /* No regions any line */ + } + } + return (TRUE); +#endif +} + + +void ResetProcDomain(ped) +peDefPtr ped; +{ +peTexPtr pet = ped->peTex; +bandPtr band = &pet->emitter[0]; +int b; + + pet->roi = (pointer) NULL; + pet->roiinit = (Bool (*)()) NULL; + pet->roiget = (INT32 (*)()) NULL; + pet->domXoff = 0; + pet->domYoff = 0; + + for(b = 0; b < ped->outFlo.bands; b++, band++) { + band->pcroi = (pointer)NULL; + band->xindex = 0; + band->xcount = 0; + band->ypass = FALSE; + band->inside = FALSE; + band->allpass = FALSE; + } +} + + +/* Called when elements do not have an optional process domain */ +static Bool NoDomainSyncDomain(flo,ped,bnd,purge) +floDefPtr flo; +peDefPtr ped; +bandPtr bnd; +Bool purge; +{ + bnd->xcount = 0; + return (TRUE); +} + +static INT32 NoDomainGetRun(flo,pet,bnd) +floDefPtr flo; +peTexPtr pet; +bandPtr bnd; +{ + if (bnd->xcount) + return(0); + else + return(bnd->xcount = (INT32)bnd->format->width); +} + +#if XIE_FULL +/* Initialize run length structures for desired line */ +static Bool RunLengthSyncDomain(flo,ped,bnd,purge) +floDefPtr flo; +peDefPtr ped; +bandPtr bnd; +Bool purge; +{ +peTexPtr pet = ped->peTex; +bandPtr rband = &pet->receptor[ped->inCnt-1].band[bnd->band]; +ROIPtr proi; +linePtr lp; +INT32 ytrans; + + /* Grab table if necessary */ + if (!pet->roi) + if (!(pet->roi = GetSrcBytes(flo,pet,rband,0,1,KEEP))) + return (FALSE); + + proi = (ROIPtr)pet->roi; + + /* Make sure that there is some intersection between the ROI and image*/ + if (bnd->allpass || + proi->x + pet->domXoff + proi->width <= 0 || + proi->x + pet->domXoff >= (INT32)bnd->format->width || + proi->y + pet->domYoff + proi->height <= 0 || + proi->y + pet->domYoff >= (INT32)bnd->format->height) { + bnd->allpass = TRUE; /* No regions any line */ + bnd->xcount = 0; + return (TRUE); + } + + /* If no table or current y is past y desired, start at the beginning */ + lp = (linePtr)bnd->pcroi; + ytrans = bnd->current - pet->domYoff; + if (!lp || lp->y > ytrans) { + lp = (linePtr)&proi[1]; + if (lp->y > ytrans) { /* Make sure we are after first entry */ + bnd->ypass = TRUE; /* No regions this line */ + bnd->xcount = 0; + return (TRUE); + } + } + + /* + step through structures until corresponding y is found or until + table is exhausted + */ + while (lp < proi->lend && ytrans >= lp->y + lp->nline) + lp = (linePtr)RUNPTR(lp->nrun); + + /* If some domains for this line, set up for processing */ + if (!(bnd->ypass = lp >= proi->lend || ytrans < lp->y)) { + bnd->pcroi = (pointer)lp; + bnd->xcount = (proi->x + pet->domXoff) < 0 ? + proi->x + pet->domXoff : 0; + bnd->xindex = 0; + bnd->inside = lp->nrun && !RUNPTR(0)->dstart && + proi->x + pet->domXoff <= 0; + } else { + bnd->xcount = 0; + if (lp >= proi->lend) /* Tidy up garbage pointer */ + bnd->pcroi = (pointer)NULL; + } + + return (TRUE); +} /* SyncDomain */ + +static INT32 RunLengthGetRun(flo,pet,bnd) +floDefPtr flo; +peTexPtr pet; +bandPtr bnd; +{ +ROIPtr proi = (ROIPtr)pet->roi; +linePtr lp = (linePtr)bnd->pcroi; +runPtr rp; +INT32 width = (INT32)bnd->format->width; +INT32 xcount = bnd->xcount; +INT32 startx, nextx, length; +CARD32 xindex, nrun; +Bool inside; + + /* Make sure that SyncDomain was called first */ + if (!proi) ImplementationError(flo,pet->peDef,return(0)); + + /* See if there are any processing domains for the current line */ + if (bnd->allpass || bnd->ypass || xcount >= width) { + if (xcount) + return(0); /* off edge of image */ + else + return (-(bnd->xcount = width)); + } + + rp = RUNPTR(0); + nrun = lp->nrun; + inside = bnd->inside; + xindex = bnd->xindex; + + /* Handle left clip */ + if (xcount < 0) { + while (xindex < nrun && + (!inside && xcount + rp[xindex].dstart < 0 || + inside && xcount + rp[xindex].length < 0)) { + if (inside) + xcount += rp[xindex++].length; + else + xcount += rp[xindex].dstart; + inside = !inside; + } + + /* This should have already been caught in init */ + if (xindex >= nrun) { /* no intersection */ + bnd->ypass = TRUE; + return (-(bnd->xcount = width)); + } + + startx = 0; + } else + startx = xcount; + + /* Handle right clip */ + if (xindex >= nrun || + inside && xcount + rp[xindex].length > width || + !inside && xcount + rp[xindex].dstart > width) { + bnd->ypass = TRUE; + nextx = width; + } else if (inside) + nextx = xcount + rp[xindex++].length; + else { + nextx = xcount + rp[xindex].dstart; + /* Handle case where first domain starts past start of image */ + if (!xindex && proi->x + pet->domXoff > 0) + nextx += proi->x + pet->domXoff; + } + + length = (inside) ? nextx - startx : startx - nextx; + + /* toggle inside/outside */ + bnd->inside = !inside; + bnd->xcount = nextx; + bnd->xindex = xindex; + + return (length); +} /* GetRun */ + +/* Initialize control plane structures for desired line */ +static Bool ControlPlaneSyncDomain(flo,ped,bnd,purge) +floDefPtr flo; +peDefPtr ped; +bandPtr bnd; +Bool purge; +{ +peTexPtr pet = ped->peTex; +bandPtr rband; +INT32 ytrans; + + bnd->xcount = 0; + + /* If init routine determined no intersection, pass line */ + if (bnd->allpass) + return (TRUE); + + rband = &pet->receptor[ped->inCnt-1].band[bnd->band]; + ytrans = bnd->current - pet->domYoff; + + if (ytrans < 0 || ytrans >= (INT32)rband->format->height) { + bnd->ypass = TRUE; + return (TRUE); + } else + bnd->ypass = FALSE; + + /* Grab control plane line */ + if (!(pet->roi = bnd->pcroi = GetSrc(flo,pet,rband,ytrans,purge))){ + if (purge) + FreeData(flo,pet,rband,rband->current); + else + SetBandThreshold(rband,rband->available + 1); + return (FALSE); + } + + if ( pet->domXoff > 0 ) { + bnd->inside = FALSE; + bnd->xindex = 0; + } else { + bnd->xindex = -pet->domXoff; + bnd->inside = LOG_tstbit((LogInt *)bnd->pcroi,bnd->xindex) != 0; + } + + return (TRUE); +} + +static INT32 countZeros(line,offset,iedge) +LogInt *line; +INT32 offset,iedge; +{ +INT32 count = 0; +CARD32 index = (CARD32)offset, edge = (CARD32)iedge; + + while (index < edge && !LOG_tstbit(line,index)) { + count++; + index++; + } + + return(count); +} + +INT32 countOnes(line,offset,iedge) +LogInt *line; +INT32 offset,iedge; +{ +INT32 count = 0; +CARD32 index = (CARD32)offset, edge = (CARD32)iedge; + + while (index < edge && LOG_tstbit(line,index)) { + count++; + index++; + } + + return(count); +} + +static INT32 ControlPlaneGetRun(flo,pet,bnd) +floDefPtr flo; +peTexPtr pet; +bandPtr bnd; +{ +peDefPtr ped = pet->peDef; +bandPtr rband = &pet->receptor[ped->inCnt-1].band[bnd->band]; +INT32 xcount = bnd->xcount; +INT32 width = (INT32)bnd->format->width; + +LogInt *cpl; +Bool inside; +INT32 xindex, dwidth, Xoff, length, edge; + + /* See if there is every anything to do with this band */ + if (bnd->allpass || bnd->ypass) { + if (xcount) + return(0); + else + return(-(bnd->xcount = width)); + } + + /* Make sure that there is something left to look at */ + if (xcount >= width) + return (0); + + /* defer sucking these out til necessary */ + cpl = (LogInt *)bnd->pcroi; + inside = bnd->inside; + xindex = bnd->xindex; + dwidth = (INT32)rband->format->width; + Xoff = pet->domXoff; + + /* Figure out the maximum bound to check */ + edge = (Xoff + dwidth > width) ? width - Xoff : dwidth; + + /* See if we are off the side of the control plane */ + if (!xcount && pet->domXoff > 0) { + xcount = length = Xoff + (xindex = countZeros(cpl, 0, edge)); + } else if (inside) { + xcount += (length = countOnes(cpl, xindex, edge)); + xindex += length; + } else { + xcount += (length = countZeros(cpl, xindex, edge)); + xindex += length; + /* If control plane ends before image, push to edge */ + if (xindex >= edge && xcount < width) { + length += width - xcount; + xcount = width; + } + } + + bnd->inside = !inside; + bnd->xcount = xcount; + bnd->xindex = xindex; + + return ((inside) ? length : -length); +} +#endif + +/* end domain.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/control/floman.c b/xie/xc/programs/Xserver/XIE/mixie/control/floman.c new file mode 100644 index 0000000..95b4c48 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/control/floman.c @@ -0,0 +1,547 @@ +/* $XConsortium: floman.c,v 1.6 94/04/17 20:34:12 dpw Exp $ */ +/**** module floman.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + floman.c -- DDXIE photoflo manager + + Robert NC Shelley -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + +#define _XIEC_FLOMAN + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include + +/* + * routines referenced by other DDXIE modules + */ +int MakePETex(); +Bool InitReceptors(); +Bool InitReceptor(); +Bool InitEmitter(); +Bool InitBand(); +void ResetReceptors(); +void ResetEmitter(); +void ResetBand(); + +/* routines used internal to this module + */ +static int flo_link(); +static int flo_startup(); +static int flo_resume(); +static int flo_shutdown(); +static int flo_destroy(); + +/* DIXIE to DDXIE photoflo management entry points + */ +static floVecRec floManagerVec = { + flo_link, + flo_startup, + flo_resume, + flo_shutdown, + flo_destroy + }; + +/*------------------------------------------------------------------------ +------------------------ Initialize Photoflo Manager --------------------- +------------------------------------------------------------------------*/ +int InitFloManager(flo) + floDefPtr flo; +{ + /* plug in the DDXIE photoflo management vector */ + flo->floVec = &floManagerVec; + + return(TRUE); +} /* end InitFloManager */ + + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +int MakePETex(flo,ped,extend,inSync,bandSync) + floDefPtr flo; + peDefPtr ped; + CARD32 extend; + Bool inSync; + Bool bandSync; +{ + peTexPtr pet; + inFloPtr inf; + receptorPtr rcp; + bandPtr bnd; + int b, i; + + /* attach an execution context to the photo element definition */ + if(!(pet = (peTexPtr) XieCalloc(sizeof(peTexRec) + (extend + 4) + + ped->inCnt * sizeof(receptorRec)))) + AllocError(flo,ped, return(FALSE)); + + /* init the new peTex */ + ped->peTex = pet; + pet->peDef = ped; + pet->inSync = inSync; + pet->bandSync = bandSync; + pet->outFlo = &ped->outFlo; + pet->receptor = (receptorPtr) &pet[1]; + for(b = 0; b < xieValMaxBands; b++) { + bnd = &pet->emitter[b]; + bnd->band = b; + bnd->format = &ped->outFlo.format[b]; + ListInit(&bnd->stripLst); + } + /* init the new receptors */ + for(i = 0; i < ped->inCnt; i++) { + inf = &ped->inFloLst[i]; + rcp = &pet->receptor[i]; + rcp->inFlo = inf; + for(b = 0; b < xieValMaxBands; b++) { + bnd = &rcp->band[b]; + bnd->band = b; + bnd->isInput = TRUE; + bnd->receptor = rcp; + bnd->format = &rcp->inFlo->format[b]; + ListInit(&bnd->stripLst); + } + } + if(extend) { + /* In case private structure has 'double', round up */ + unsigned char *ptr = (pointer) &pet->receptor[ped->inCnt]; + pet->private = (pointer) ((((int) ptr) & 4) ? ptr + 4 : ptr); + } + + return(TRUE); +} /* end MakePETex */ + + +/*------------------------------------------------------------------------ +--------------------- prepare Receptors for execution -------------------- +------------------------------------------------------------------------*/ +Bool InitReceptors(flo,ped,mapSize,threshold) + floDefPtr flo; + peDefPtr ped; + CARD32 mapSize, threshold; +{ + receptorPtr rcp = ped->peTex->receptor; + int i; + + /* initialize each receptor (1 per inFlo) */ + for(i = 0; i < ped->inCnt; ++rcp, ++i) + if(!InitReceptor(flo,ped,rcp,mapSize,threshold,(CARD8)~0,(CARD8)0)) + return(FALSE); + + return(TRUE); +} /* end InitReceptors */ + + +/*------------------------------------------------------------------------ +--------------------- prepare Receptors for execution -------------------- +------------------------------------------------------------------------*/ +Bool InitReceptor(flo,ped,rcp,mapSize,threshold,process,bypass) + floDefPtr flo; + peDefPtr ped; + receptorPtr rcp; + CARD32 mapSize, threshold; + bandMsk process, bypass; +{ + bandPtr bnd = rcp->band; + int b, bands = rcp->inFlo->bands; + + /* bands to pass rather than process */ + rcp->bypass = rcp->inFlo->index == SRCt1 ? bypass : NO_BANDS; + + /* initialize each band */ + for(b = 0; b < bands; ++bnd, ++b) + if(process & 1<peTex; + int b; + + /* initialize the outFlo and emitter */ + ped->outFlo.active = NO_BANDS; + ped->outFlo.ready = NO_BANDS; + + /* initialize each band */ + for(b = 0; b < ped->outFlo.bands; b++) { + if(pet->receptor[SRCt1].bypass & 1<emitter[b], mapSize, (CARD32) 0, inPlace)) + return(FALSE); + } + return(TRUE); +} /* end InitEmitter */ + + +/*------------------------------------------------------------------------ +------------- prepare a receptor or emitter band for execution ----------- +------------------------------------------------------------------------*/ +Bool InitBand(flo,ped,bnd,mapSize,threshold,inPlace) + floDefPtr flo; + peDefPtr ped; + bandPtr bnd; + CARD32 mapSize, threshold; + INT32 inPlace; +{ + bnd->threshold = threshold; + bnd->available = 0; + bnd->minGlobal = 0; + bnd->minLocal = 0; + bnd->current = 0; + bnd->maxLocal = 0; + bnd->maxGlobal = 0; + bnd->pitch = IsCanonic(bnd->format->class) ? bnd->format->pitch>>3 : 1; + bnd->strip = NULL; + bnd->data = NULL; + bnd->dataMap = NULL; + bnd->final = FALSE; + if((bnd->mapSize = mapSize) && + !(bnd->dataMap = (CARD8**)XieMalloc(mapSize * sizeof(CARD8*)))) + FloAllocError(flo,0,0, return(FALSE)); + + if(bnd->isInput) { + bnd->receptor->active |= 1<band; + bnd->receptor->attend |= 1<band; + bnd->inPlace = NULL; + if(bnd->band == 0 || !bnd->receptor->band[0].replicate) { + if(ped->flags.putData) + ++flo->floTex->imports; + + if(!bnd->receptor->admit) + ++ped->peTex->admissionCnt; + bnd->receptor->admit |= 1<band; + + if(bnd->replicate) { + int b = 1; + /* replicate band zero's format (into the phantom bands + * that will be sharing its data) and initialize them too + */ + do + if(bnd->replicate & 1<format; + bnd[b].format->band = b; + InitBand(flo,ped,&bnd[b],NO_DATAMAP,threshold,NO_INPLACE); + } + while(++b < xieValMaxBands); + } + } + } else { /* IsEmitter */ + bnd->inPlace = ((inPlace == NO_INPLACE) + ? NULL : &ped->peTex->receptor[inPlace].band[bnd->band]); + ped->peTex->emitting |= 1<band; + if(ped->flags.getData) { + ped->outFlo.active |= 1<band; + flo->floTex->exports++; + } + } + return(TRUE); +} /* end InitBand */ + + +/*------------------------------------------------------------------------ +------------------- get rid of left over strips etc. --------------------- +------------------------------------------------------------------------*/ +void ResetReceptors(ped) + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + receptorPtr rcp; + int b,i; + + for(i = 0; i < ped->inCnt; i++) { + for(rcp = &pet->receptor[i], b = 0; b < xieValMaxBands; ++b) { + if(rcp->forward & 1<outFlo.output[b]); + } + rcp->forward = NO_BANDS; + ResetBand(&rcp->band[b]); + } + rcp->admit = NO_BANDS; + rcp->ready = NO_BANDS; + rcp->active = NO_BANDS; + rcp->attend = NO_BANDS; + rcp->bypass = NO_BANDS; + } +} /* end ResetReceptors */ + + +/*------------------------------------------------------------------------ +------------------- get rid of left over strips etc. --------------------- +------------------------------------------------------------------------*/ +void ResetEmitter(ped) + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + int b; + + pet->emitting = NO_BANDS; + + for(b = 0; b < ped->outFlo.bands; ++b) + ResetBand(&pet->emitter[b]); +} /* end ResetEmitter */ + + +/*------------------------------------------------------------------------ +------------------- get rid of left over strips etc. --------------------- +------------------------------------------------------------------------*/ +void ResetBand(bnd) + bandPtr bnd; +{ + bnd->replicate = NO_BANDS; + + FreeStrips(&bnd->stripLst); + + if(bnd->dataMap) + bnd->dataMap = (CARD8 **)XieFree(bnd->dataMap); +} /* end ResetBand */ + + +/*------------------------------------------------------------------------ +-------------------------------- Link ----------------------------------- +------------------------------------------------------------------------*/ +static int flo_link(flo) + floDefPtr flo; +{ + peDefPtr ped; + ddElemVecRec vec; + pedLstPtr lst = ListEmpty(&flo->optDAG) ? &flo->defDAG : &flo->optDAG; + + /* create and initialize our photoflo's execution context */ + if(!flo->floTex && !(flo->floTex = (floTexPtr) XieMalloc(sizeof(floTexRec)))) + FloAllocError(flo,0,0, return(FALSE)); + + flo->floTex->yieldPtr = NULL; + + /* create new element execution contexts for elements that have changed */ + for(ped = lst->flink; !ListEnd(ped,lst); ped = ped->flink) + if(flo->flags.modified) { /* XXX should be ped->flags.modified */ + if(ped->peTex) { /* fix this after beta release */ + vec = ped->ddVec; /* shouldn't have to save vetors */ + Destroy(flo,ped); /* destroy the old element context */ + ped->ddVec = vec; /* shouldn't have to restore them*/ + } + if(!Create(flo,ped)) + return(FALSE); + } + return(TRUE); +} /* end flo_link */ + + +/*------------------------------------------------------------------------ +-------------------------------- Startup ----------------------------------- +------------------------------------------------------------------------*/ +static int flo_startup(flo) + floDefPtr flo; +{ + peDefPtr ped; + pedLstPtr lst = ListEmpty(&flo->optDAG) ? &flo->defDAG : &flo->optDAG; + int status; + + /* initialize our assistant managers */ + InitScheduler(flo); + InitStripManager(flo); + + flo->floTex->imports = flo->floTex->exports = 0; + flo->floTex->exitCnt = 0; + + /* initialize all the elements */ + for(ped = lst->flink; !ListEnd(ped,lst); ped = ped->flink) { + ped->peTex->admissionCnt = 0; + ped->peTex->schedCnt = 0; + ped->peTex->scheduled = 0; + if(Initialize(flo,ped)) + ped->flags.modified = FALSE; + else + break; + } + flo->flags.active = TRUE; + flo->flags.aborted = FALSE; + flo->flags.modified = FALSE; + + /* Call the scheduler -- there are no ImportClient elements the first time + */ + if(ferrCode(flo)) { + flo_shutdown(flo); + status = FALSE; + } else { + status = Execute(flo, NULL); + } + return(status); +} /* end flo_startup */ + + +/*------------------------------------------------------------------------ +-------------------------------- Resume ----------------------------------- +------------------------------------------------------------------------*/ +static int flo_resume(flo) + floDefPtr flo; +{ + /* not implemented in the SI */ + + FloImplementationError(flo,0,0, return(FALSE)); +} /* end flo_resume */ + + +/*------------------------------------------------------------------------ +------------------------------ Shutdown ---------------------------------- +------------------------------------------------------------------------*/ +static int flo_shutdown(flo) + floDefPtr flo; +{ + peDefPtr ped; + pedLstPtr lst = ListEmpty(&flo->optDAG) ? &flo->defDAG : &flo->optDAG; + + if(flo->floTex) { + /* reset all the elements */ + for(ped = lst->flink; !ListEnd(ped,lst); ped = ped->flink) + Reset(flo,ped); + + /* empty the strip cache */ + flo->floTex->stripSize = 0; + if(flo->floTex->stripHead.flink) + FreeStrips(&flo->floTex->stripHead); + + if(flo->awakenPtr) { + /* awaken snoozing clients + */ + while(flo->awakenCnt) { + ClientPtr client = flo->awakenPtr[--flo->awakenCnt]; + if(!client->clientGone) + AttendClient(client); + } + flo->awakenPtr = (ClientPtr*)XieFree(flo->awakenPtr); + } + flo->flags.active = FALSE; + } + return(TRUE); +} /* end flo_shutdown */ + + +/*------------------------------------------------------------------------ +-------------------------------- Destroy --------------------------------- +------------------------------------------------------------------------*/ +static int flo_destroy(flo) + floDefPtr flo; +{ + peDefPtr ped; + pedLstPtr lst = ListEmpty(&flo->optDAG) ? &flo->defDAG : &flo->optDAG; + + if(flo->floTex) { + /* destroy all the lingering element structures */ + for(ped = lst->flink; !ListEnd(ped,lst); ped = ped->flink) + Destroy(flo,ped); + + /* get rid of the floTex */ + flo->floTex = (floTexPtr) XieFree(flo->floTex); + } + /* zap the DDXIE photoflo management vectors */ + flo->floVec = NULL; + flo->schedVec = NULL; + flo->stripVec = NULL; + + return(TRUE); +} /* end flo_destroy */ + +/* end module floman.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/control/sched.c b/xie/xc/programs/Xserver/XIE/mixie/control/sched.c new file mode 100644 index 0000000..8a4e190 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/control/sched.c @@ -0,0 +1,264 @@ +/* $XConsortium: sched.c,v 1.4 94/04/17 20:34:12 rws Exp $ */ +/**** module sched.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + sched.c -- DDXIE machine independent photoflo scheduler + + Dean Verheiden, Robert NC Shelley -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + +#define _XIEC_SCHED + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + +#define SCHED_BAIL_OUT 10000 /* number of nonproductive times around scheduler + * loop before bailing out -- bad element + */ +/* + * routines called from DIXIE + */ + +/* + * routines referenced by other DDXIE modules + */ +int InitScheduler(); + +/* + * routines used internal to this module + */ +static Bool execute(); +static bandMsk runnable(); + +/* + * DDXIE photoflo manager entry points + */ +static schedVecRec schedulerVec = { + execute, + runnable + }; + + +/*------------------------------------------------------------------------ +--------------------------- Initialize Scheduler ------------------------- +------------------------------------------------------------------------*/ +int InitScheduler(flo) + floDefPtr flo; +{ + /* plug in the DDXIE scheduler vector */ + flo->schedVec = &schedulerVec; + + /* init the scheduler ready-list */ + ListInit(&flo->floTex->schedHead); + + return(TRUE); +} /* end InitScheduler */ + + +/*------------------------------------------------------------------------ +------------------------- Execute the photoflo --------------------------- +------------------------------------------------------------------------*/ +static Bool execute(flo, importer) + floDefPtr flo; + peTexPtr importer; +{ + bandMsk ready; + peTexPtr pet; + peDefPtr ped; + pedLstPtr lst = ListEmpty(&flo->optDAG) ? &flo->defDAG : &flo->optDAG; + CARD32 sched_count = SCHED_BAIL_OUT; + CARD32 strip_count = flo->floTex->putCnt; + + if(importer) { + /* Put the ImportClient element at the head of the ready-list */ + InsertMember(importer,&flo->floTex->schedHead); + importer->scheduled = importer->receptor[IMPORT].ready; + } + do { + /* execute elements from the head of the ready-list until it's empty + * (calls to schedule from the data manager may prepend + * additional elements to the ready-list) + */ + while(!ListEmpty(&flo->floTex->schedHead)) { + pet = flo->floTex->schedHead.flink; + + if(Activate(flo,pet->peDef,pet) && (ready = runnable(flo,pet))) { + pet->scheduled = ready; /* remember which bands keep us alive */ + } else { + /* element is no longer runnable, remove it and check for errors + */ + RemoveMember(pet,pet); + pet->scheduled = 0; + if(ferrCode(flo)) + return(flo->flags.active = FALSE); + } + if(strip_count != flo->floTex->putCnt) { + sched_count = SCHED_BAIL_OUT; + strip_count = flo->floTex->putCnt; + } else if( !--sched_count) + ImplementationError(flo,pet->peDef, return(FALSE)); + } + /* Load all the elements onto the ready-list that can keep producing + * output without requiring any additional input (e.g. ImportResource + * elements). + */ + for(ped = lst->flink; !ListEnd(ped,lst); ped = ped->flink) + if(ped->peTex->emitting && !ped->peTex->admissionCnt) + InsertMember(ped->peTex,&flo->floTex->schedHead); + /* + * keep on trucking if there's nothing expected from the client + */ + } while(!flo->floTex->imports && !ListEmpty(&flo->floTex->schedHead)); + + /* if we still have stuff to do, count another round, otherwise shut it down + */ + if(flo->floTex->imports || flo->floTex->exports) + ++flo->floTex->exitCnt; + else + ddShutdown(flo); + + return(flo->flags.active); +} /* end execute */ + + +/*------------------------------------------------------------------------ +----------------------- test element for runnability --------------------- +------------------------------------------------------------------------*/ +static bandMsk runnable(flo,pet) + floDefPtr flo; + peTexPtr pet; +{ + receptorPtr rcp = pet->receptor, rend = &pet->receptor[pet->peDef->inCnt]; + bandMsk R, r; + + if(ferrCode(flo)) + return(0); + + if(pet->inSync) + if(pet->bandSync) { + /* + * inSync true, bandSync true: all attendable bands and inputs needed + */ + for(R = ~0; rcp < rend && R; R &= r, ++rcp) + if((rcp->active & rcp->attend) != (r = rcp->ready & rcp->attend)) + return(NO_BANDS); + return(R); /* return AND of attendable bands */ + } else { + /* + * inSync true, bandSync false: any bands that match between all inputs + */ + for(r = 0, R = ~0; rcp < rend; R &= r, ++rcp) + if(rcp->active & rcp->attend && !(r = rcp->ready & rcp->attend)) + return(NO_BANDS); + return(R & r); /* return AND of attendable bands */ + } + else + if(pet->bandSync) { + /* + * inSync false, bandSync true: all bands of any input must be ready + */ + for(R = 0; rcp < rend; R |= r, ++rcp) + if((rcp->active & rcp->attend) != (r = rcp->ready & rcp->attend)) + return(NO_BANDS); + return(R); /* return OR of attendable bands */ + } else { + /* + * inSync false, bandSync false: any band from any input will do + */ + for(R = 0; rcp < rend; R |= rcp->ready & rcp->attend, ++rcp); + return(R); /* return OR of attendable bands */ + } +} /* end runnable */ + +/* end module sched.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/control/strip.c b/xie/xc/programs/Xserver/XIE/mixie/control/strip.c new file mode 100644 index 0000000..5f9d1f8 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/control/strip.c @@ -0,0 +1,1197 @@ +/* $XConsortium: strip.c /main/9 1995/12/02 16:48:50 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module strip.c ****/ +/***************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + strip.c -- DDXIE machine independent data flo manager + + Robert NC Shelley -- AGE Logic, Inc. April, 1993 + +*****************************************************************************/ + +#define _XIEC_STRIP + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* routines exported to the photoflo manager + */ +int InitStripManager(); + +/* routines exported directly to DIXIE + */ +int DebriefStrips(); +void FreeStrips(); + +/* routines exported to DIXIE via the photoflo management vector + */ +static int import_data(); +static int export_data(); +static int query_data(); + +/* routines exported to elements via the data manager's vector + */ +static CARD8 *make_bytes(); +static CARD8 *make_lines(); +static Bool map_data(); +static CARD8 *get_data(); +static Bool put_data(); +static void free_data(); +static Bool pass_strip(); +static Bool import_strips(); +static Bool alter_src(); +static void bypass_src(); +static void disable_src(); +static void disable_dst(); + +/* routines used internal to this module + */ +static stripPtr alter_data(); +static stripPtr contig_data(); +static stripPtr make_strip(); +static stripPtr clone_strip(); +static bandMsk put_strip(); +static void forward_strip(); +static stripPtr free_strip(); + +/* DDXIE client data manager entry points + */ +static dataVecRec dataManagerVec = { + import_data, + export_data, + query_data + }; + +/* DDXIE photoflo manager entry points + */ +static stripVecRec stripManagerVec = { + make_bytes, + make_lines, + map_data, + get_data, + put_data, + free_data, + pass_strip, + import_strips, + alter_src, + bypass_src, + disable_src, + disable_dst + }; + +INT32 STRIPS = 0; /* DEBUG */ +INT32 BYTES = 0; /* DEBUG */ + +/*------------------------------------------------------------------------ +-------------------------- Initialize Data Manager ----------------------- +------------------------------------------------------------------------*/ +int InitStripManager(flo) + floDefPtr flo; +{ + /* plug in the DDXIE client data management vector */ + flo->dataVec = &dataManagerVec; + + /* plug in the strip manager vector */ + flo->stripVec = &stripManagerVec; + + /* init the strip cache */ + ListInit(&flo->floTex->stripHead); + + /* choose the best strip size for this flo (a constant value for now) */ + flo->floTex->stripSize = STANDARD_STRIP_SIZE; + + /* clear the count of strips passed */ + flo->floTex->putCnt = 0; + + return(TRUE); +} /* end InitStripManager */ + + +/*------------------------------------------------------------------------ +----------- discard parent headers from a whole list of strips ----------- +----------- and copy data if multiple references are found ----------- +----------- then transfer them all to their final destination ----------- +------------------------------------------------------------------------*/ +int DebriefStrips(i_head,o_head) + stripLstPtr i_head; + stripLstPtr o_head; +{ + stripPtr child, parent; + + /* NOTE: we might want to consider (re)allocing strip buffers to + * strip->length instead of leaving them an strip->bufSiz. + */ + for(child = i_head->flink; !ListEnd(child,i_head); child = child->flink) { + while(parent = child->parent) + if(parent->refCnt == 1) { /* discard a cloned header */ + child->parent = parent->parent; + XieFree(parent); + --STRIPS; /*DEBUG*/ + } else { /* copy multiply referenced data */ + if(!(child->data = (CARD8*)XieMalloc(child->bufSiz))) + return(FALSE); + memcpy((char*)child->data, (char*)parent->data, (int)child->bufSiz); + child->parent = NULL; /* de-reference child from parent */ + --parent->refCnt; + BYTES += child->bufSiz; /*DEBUG*/ + } + child->format = NULL; /* kill per-strip format pointer */ + } + /* transfer the entire list of input strips to the output + */ + if(ListEmpty(i_head)) + ListInit(o_head); + else { + i_head->flink->blink = (stripPtr)o_head; + i_head->blink->flink = (stripPtr)o_head; + *o_head = *i_head; + ListInit(i_head); + } + return(TRUE); +} /* end DebriefStrips */ + + +/*------------------------------------------------------------------------ +------------------------- Free a whole list of strips -------------------- +------------------------------------------------------------------------*/ +void FreeStrips(head) + stripLstPtr head; +{ + while( !ListEmpty(head) ) { + stripPtr strip; + + RemoveMember(strip, head->flink); + free_strip(NULL, strip); + } +} /* end FreeStrips */ + + +/*------------------------------------------------------------------------ +------------------------ Input from PutClientData ------------------------ +------------------------------------------------------------------------*/ +static int import_data(flo,ped,band,data,len,final) + floDefPtr flo; + peDefPtr ped; + CARD8 band; + CARD8 *data; + CARD32 len; + BOOL final; +{ + peTexPtr pet = ped->peTex; + receptorPtr rcp = &pet->receptor[IMPORT]; + bandPtr bnd = &rcp->band[band]; + bandMsk msk = 1<admit | rcp->bypass) & msk)) + return(TRUE); /* drop unwanted data */ + + /* make a strip and fill it in the info from the client + * (the format info was supplied with the element and technique parameters) + */ + if(!(strip = make_strip(flo,bnd->format,bnd->maxGlobal,len,len,FALSE))) + AllocError(flo,ped, return(FALSE)); + strip->final = final; + strip->data = data; + strip->bufSiz = len; + + if(rcp->bypass & msk) { + put_strip(flo,pet,strip); /* pass it downstream */ + if(!strip->flink) + free_strip(flo,strip); /* nobody wanted it */ + } else { + bnd->maxGlobal = strip->end + 1; + bnd->available += len; + rcp->ready |= msk; + InsertMember(strip,bnd->stripLst.blink); + if(bnd->final = final) { + if(!(rcp->admit &= ~msk)) + --pet->admissionCnt; + --flo->floTex->imports; + } + } + /* fire up the scheduler -- then we're outa here */ + return( Execute(flo,pet) ); +} /* end import_data */ + + +/*------------------------------------------------------------------------ +-------------------------- Output for GetClientData ---------------------- +------------------------------------------------------------------------*/ +static int export_data(flo,ped,band,maxLen,term) + floDefPtr flo; + peDefPtr ped; + CARD8 band; + CARD32 maxLen; + BOOL term; +{ + BOOL release = FALSE, final = FALSE; + stripLstPtr lst = &ped->outFlo.output[band]; + stripPtr strip = NULL; + CARD32 bytes, want = maxLen; + CARD8 state, *data; + + /* if this is multi-byte data, make sure we send/swap complete aggregates + */ + if(ped->swapUnits[band] > 1) + want &= ~(ped->swapUnits[band]-1); + + if(bytes = ListEmpty(lst) ? 0 : min(lst->flink->length, want)) { + strip = lst->flink; + data = strip->data + (strip->bitOff>>3); + if(strip->length -= bytes) { + strip->start += bytes; + strip->bitOff += bytes<<3; + } else { + RemoveMember(strip, strip); + final = strip->final; + release = TRUE; + if(ListEmpty(lst)) + ped->outFlo.ready &= ~(1<floTex->exports--; + else if(term) { + /* shut down the output band prematurely */ + ped->outFlo.ready &= ~(1<peTex,&ped->peTex->emitter[band]); + } + /* figure out our current state and send a reply to the client + */ + state = ped->outFlo.ready & 1<outFlo.active & 1<swapUnits[band],state); + if(release) + free_strip(flo,strip); + + return(bytes ? Execute(flo,NULL) : TRUE); +} /* end export_data */ + + +/*------------------------------------------------------------------------ +----------- Query flo elements involved in client data transport --------- +------------------------------------------------------------------------*/ +static int query_data(flo,list,pending,available) + floDefPtr flo; + xieTypPhototag **list; + CARD16 *pending; + CARD16 *available; +{ + peDefPtr ped; + pedLstPtr lst = ListEmpty(&flo->optDAG) ? &flo->defDAG : &flo->optDAG; + CARD32 exdex; + + *pending = *available = 0; + if(!(*list = (xieTypPhototag *)XieMalloc(flo->peCnt * sz_xieTypPhototag))) + FloAllocError(flo,0,0, return(FALSE)); + + /* find all the import elements that need client data */ + for(ped = lst->flink; ped; ped = ped->clink) + if(ped->flags.putData && ped->peTex->admissionCnt) + *list[(*pending)++] = ped->phototag; + + /* find all the export elements that have client data */ + exdex = *pending + (*pending & 1); + for(ped = lst->blink; ped; ped = ped->clink) + if(ped->flags.getData && ped->outFlo.ready) + *list[exdex + (*available)++] = ped->phototag; + + return(TRUE); +} /* end query_data */ + + +/*------------------------------------------------------------------------ +---- make a strip containing the specified number of contiguous bytes ---- +------------------------------------------------------------------------*/ +static CARD8* make_bytes(flo,pet,bnd,contig,purge) + floDefPtr flo; + peTexPtr pet; + bandPtr bnd; + CARD32 contig; + Bool purge; +{ + stripPtr strip = bnd->stripLst.blink; + CARD32 limit, size, units; + Bool avail = (!ListEmpty(&bnd->stripLst) && bnd->current >= strip->start && + bnd->current + contig <= strip->start + strip->bufSiz); + + if(purge && !avail && put_data(flo,pet,bnd)) + return(bnd->data = NULL); /* force element to suspend processing */ + + if(_is_global(bnd)) + return(get_data(flo,pet,bnd,contig,FALSE)); /* "current" is available */ + + if(avail) { + /* extend the available space in our current strip + */ + limit = bnd->current + contig; + bnd->available += limit - bnd->maxGlobal; + bnd->maxGlobal = limit; + strip->end = limit - 1; + strip->length = limit - strip->start; + } else { + /* time to make a fresh strip + */ + units = bnd->current + contig - bnd->maxGlobal; + size = units + Align(units,flo->floTex->stripSize); + if(!(strip = make_strip(flo,bnd->format,bnd->maxGlobal,units,size,TRUE))) + AllocError(flo,pet->peDef, return(NULL)); + + bnd->available += strip->length; + bnd->maxGlobal = strip->end + 1; + InsertMember(strip,bnd->stripLst.blink); + } + /* update our bandRec with the results */ + bnd->strip = strip; + bnd->minLocal = max(bnd->minGlobal,strip->start); + bnd->maxLocal = strip->end + 1; + return(bnd->data = _byte_ptr(bnd)); +} /* end make_bytes */ + + +/*------------------------------------------------------------------------ +--- Find or make a strip containing the unit specified by bnd->current --- +------------------------------------------------------------------------*/ +static CARD8* make_lines(flo,pet,bnd,purge) + floDefPtr flo; + peTexPtr pet; + bandPtr bnd; + Bool purge; +{ + stripPtr strip = NULL; + formatPtr fmt; + CARD32 size, units; + + if(purge && _release_ok(bnd) && put_data(flo,pet,bnd)) + return(bnd->data = NULL); /* force element to suspend processing */ + + if(_is_global(bnd)) /* we already have it, just go find it */ + return(get_data(flo,pet,bnd,(CARD32) 1,FALSE)); + + fmt = bnd->format; + if(bnd->current >= fmt->height) + return(NULL); /* trying to go beyond end of image */ + + while(bnd->current >= bnd->maxGlobal) { + /* + * re-use src if we're allowed to alter the data + */ + if(!bnd->inPlace || !(strip = alter_data(flo,pet,bnd))) { + size = flo->floTex->stripSize; + units = size / bnd->pitch; + if(units == 0) { /* image bigger than standard strip */ + units = 1; + size = bnd->pitch; + } else if(bnd->current + units > fmt->height) /* at end of image */ + units = fmt->height - bnd->current; + strip = make_strip(flo,fmt,bnd->maxGlobal,units,size,TRUE); + } + if(!strip) + AllocError(flo,pet->peDef, return(NULL)); + bnd->available += strip->length; + bnd->maxGlobal = strip->end + 1; + if(bnd->maxGlobal == fmt->height) + bnd->final = strip->final = TRUE; + InsertMember(strip,bnd->stripLst.blink); + } + /* update our bandRec with the results */ + bnd->strip = strip; + bnd->minLocal = max(bnd->minGlobal,strip->start); + bnd->maxLocal = strip->end + 1; + return(bnd->data = _line_ptr(bnd)); +} /* end make_lines */ + + +/*------------------------------------------------------------------------ +-------------- load data map with pointers to specified data ------------- +------------------------------------------------------------------------*/ +static Bool map_data(flo,pet,bnd,map,unit,len,purge) + floDefPtr flo; + peTexPtr pet; + bandPtr bnd; + CARD32 map,unit,len; + Bool purge; +{ + CARD32 line, pitch; + CARD8 *next = (CARD8 *)NULL, *last = (CARD8 *)NULL; + CARD8 **ptr = bnd->dataMap + map; + stripPtr strip; + + /* first map the last unit and then the first unit -- if we have to make + * strips, or if input strips aren't there, we may as well handle it now + */ + if(len && map + len <= bnd->mapSize) + if(bnd->isInput) { + last = (CARD8*)GetSrc(flo,pet,bnd,unit+len-1,KEEP); + next = (CARD8*)GetSrc(flo,pet,bnd,unit,purge); + } else { + last = (CARD8*)GetDst(flo,pet,bnd,unit+len-1,KEEP); + next = (CARD8*)GetDst(flo,pet,bnd,unit,purge); + } + if(!next || !last) + return(FALSE); /* map too small or can't map first and last unit */ + + /* now walk through the strips and map all the lines (or bytes!) + */ + strip = bnd->strip; + pitch = bnd->pitch; + line = unit; + while((*ptr++ = next) != last) + if(++line <= strip->end) + next += pitch; + else { + strip = strip->flink; + next = strip->data; + } + return(TRUE); +} /* end map_data */ + + +/*------------------------------------------------------------------------ +------ Find the strip containing the unit specified by bnd->current ------ +------------------------------------------------------------------------*/ +static CARD8* get_data(flo,pet,bnd,contig,purge) + floDefPtr flo; + peTexPtr pet; + bandPtr bnd; + CARD32 contig; + Bool purge; +{ + /* NOTE: get_data assumes that the caller has already verified that the + * beginning of the requested data is available in bnd->stripLst. + */ + stripPtr strip = bnd->strip ? bnd->strip : bnd->stripLst.flink; + + /* first get rid of extra baggage if we can + */ + if(purge && _release_ok(bnd)) + free_data(flo,pet,bnd); + + strip = bnd->strip ? bnd->strip : bnd->stripLst.flink; + while(!ListEnd(strip,&bnd->stripLst)) + if(bnd->current > strip->end) + strip = strip->flink; /* try the next strip */ + else if(bnd->current < strip->start) + strip = strip->blink; /* try the previous strip */ + else if(bnd->current+contig-1 <= strip->end || + (strip = contig_data(flo,pet,bnd,strip,contig))) + break; /* we found or assembled it */ + else + return(NULL); /* couldn't get enough bytes */ + + /* update our bandRec with the results + */ + bnd->strip = strip; + bnd->minLocal = max(bnd->minGlobal,strip->start); + bnd->maxLocal = strip->end + 1; + bnd->data = _is_local_contig(bnd,contig) ? _line_ptr(bnd) : NULL; + return(bnd->data); +} /* end get_data */ + + +/*------------------------------------------------------------------------ +------- move strip(s) onto awaiting receptor(s) or an export outFlo ------ +------------------------------------------------------------------------*/ +static Bool put_data(flo,pet,bnd) + floDefPtr flo; + peTexPtr pet; + bandPtr bnd; +{ + bandMsk suspend = 0; + stripPtr strip; + + /* transfer strips until we run out or reach the one we're working in + */ + while(_release_ok(bnd)) { + RemoveMember(strip, bnd->stripLst.flink); + bnd->available -= strip->length; + bnd->minGlobal = strip->end + 1; + + if(!(pet->emitting & 1<band)) + free_strip(flo,strip); /* output disabled */ + else { + strip->flink = NULL; + suspend |= put_strip(flo,pet,strip); /* send it downstream */ + if(!strip->flink) + free_strip(flo,strip); /* nobody wanted it! */ + } + } + if(ListEmpty(&bnd->stripLst)) { + bnd->strip = NULL; + bnd->data = NULL; + if(bnd->final) + disable_dst(flo,pet,bnd); + } + return(suspend != 0); +} /* end put_data */ + + +/*------------------------------------------------------------------------ +---------- free strip(s) from a receptor band or an emitter band --------- +------------------------------------------------------------------------*/ +static void free_data(flo,pet,bnd) + floDefPtr flo; + peTexPtr pet; + bandPtr bnd; +{ + bandMsk msk = 1<band; + + /* free strips until we run out or reach the one we're working in + */ + while(_release_ok(bnd)) { + stripPtr strip; + + RemoveMember(strip, bnd->stripLst.flink); + bnd->available -= strip->length - (bnd->minGlobal - strip->start); + bnd->minGlobal = strip->end + 1; + if(bnd->isInput && bnd->receptor->forward & msk) + forward_strip(flo,pet,strip); + else + free_strip(flo,strip); + } + /* a little bookkeeping to let the scheduler know where we're at + */ + bnd->available -= bnd->current - bnd->minGlobal; + bnd->minGlobal = bnd->current; + if(bnd->isInput) { + CheckSrcReady(bnd,msk); + } + if(bnd->final && bnd->isInput && ListEmpty(&bnd->stripLst)) { + bnd->receptor->active &= ~msk; + bnd->receptor->attend &= ~msk; + } + if(!(bnd->data = _is_local(bnd) ? _line_ptr(bnd) : NULL)) + bnd->strip = NULL; +} /* end free_data */ + + +/*------------------------------------------------------------------------ +---- take list of strips passed in (most likely from a photomap), clone -- +---- the headers, and hang them on the input receptor to make the data -- +---- accessable by standard macros -- +------------------------------------------------------------------------*/ +static Bool import_strips(flo,pet,bnd,strips) + floDefPtr flo; + peTexPtr pet; + bandPtr bnd; + stripLstPtr strips; +{ + stripPtr strip = strips->flink, clone = NULL; + receptorPtr rcp = pet->receptor; + CARD8 msk = 1<band; + + for(strip = strips->flink; !ListEnd(strip,strips); strip = strip->flink) { + + if(!(clone = clone_strip(flo, strip))) + AllocError(flo,pet->peDef, return(FALSE)); + + clone->format = bnd->format; /* this had better be right! */ + + bnd->available += clone->length; + + InsertMember(clone,bnd->stripLst.blink); + } + bnd->final = clone->final; + bnd->maxGlobal = clone->end + 1; + + if(!(rcp->admit &= ~msk)) + --pet->admissionCnt; + + return(TRUE); +} /* end import_strips */ + + +/*------------------------------------------------------------------------ +--------- Clone a strip and pass it on to the element's recipients ------- +------------------------------------------------------------------------*/ +static Bool pass_strip(flo,pet,bnd,strip) + floDefPtr flo; + peTexPtr pet; + bandPtr bnd; + stripPtr strip; +{ + stripPtr clone; + + if(!(pet->emitting & 1<band)) + return(TRUE); /* output disabled */ + + if(!(clone = clone_strip(flo, strip))) + AllocError(flo,pet->peDef, return(FALSE)); + + clone->format = bnd->format; /* this had better be right! */ + + put_strip(flo,pet,clone); /* give to downstream receptors */ + if(!clone->flink) + free_strip(flo,clone); /* nobody wanted it */ + + if(bnd->final = strip->final) + disable_dst(flo,pet,bnd); + + return(TRUE); +} /* end pass_strip */ + + +/*------------------------------------------------------------------------ +------------ see if it's ok to over write the data in a src strip -------- +------------------------------------------------------------------------*/ +static Bool alter_src(flo,pet,strip) + floDefPtr flo; + peTexPtr pet; + stripPtr strip; +{ + stripPtr chk; + + if(!strip->data || strip->Xowner) + return(FALSE); + + /* make sure there are no other users of this strip's data + */ + for(chk = strip; chk->parent && chk->refCnt == 1; chk = chk->parent); + return(chk->refCnt == 1); +} /* end alter_src */ + + +/*------------------------------------------------------------------------ +--------- pass all remaining input for this band straight through -------- +------------------------------------------------------------------------*/ +static void bypass_src(flo,pet,sbnd) + floDefPtr flo; + peTexPtr pet; + bandPtr sbnd; +{ + stripPtr strip; + bandPtr dbnd = &pet->emitter[sbnd->band]; + CARD8 *src; + CARD8 *dst; + + if(sbnd->receptor->active & 1<band) { + /* + * if there's lingering data, see that it gets to its destination + */ + for(src = (CARD8*)GetCurrentSrc(flo,pet,sbnd), + dst = (CARD8*)GetCurrentDst(flo,pet,dbnd); + src && dst; + src = (CARD8*)GetNextSrc(flo,pet,sbnd,KEEP), + dst = (CARD8*)GetNextDst(flo,pet,dbnd,!src)) { + if(src != dst) + memcpy((char*)dst, (char*)src, (int)dbnd->pitch); + } + /* if there's a partial strip still here, adjust its length + */ + if(!ListEmpty(&dbnd->stripLst)) { + strip = dbnd->stripLst.blink; + if(strip->start < dbnd->current) { + strip->end = dbnd->current - 1; + strip->length = dbnd->current - strip->start; + put_data(flo,pet,dbnd); + } + } + /* shut down the src band, or the dst band if we're all done + */ + if(pet->emitting &= ~(1<band)) + disable_src(flo,pet,sbnd,FLUSH); + else + disable_dst(flo,pet,dbnd); + } + /* if we're still accepting input, the remainder will bypass this element + */ + sbnd->receptor->bypass |= 1<band; +} /* end bypass_src */ + + +/*------------------------------------------------------------------------ +---------- disable src band and discard any remaining input data --------- +------------------------------------------------------------------------*/ +static void disable_src(flo,pet,bnd,purge) + floDefPtr flo; + peTexPtr pet; + bandPtr bnd; + Bool purge; +{ + bandMsk msk = 1<band; + + if(bnd->receptor->admit & msk && pet->peDef->flags.putData) + --flo->floTex->imports; /* one less import client band */ + + if(bnd->receptor->admit && !(bnd->receptor->admit &= ~msk)) + --pet->admissionCnt; /* one less receptor needing data */ + + bnd->final = TRUE; + + if(purge) + FreeData(flo,pet,bnd,bnd->maxGlobal); +} /* end disable_src */ + + +/*------------------------------------------------------------------------ +--- disable dst band -- also disables all src's if no dst bands remain --- +------------------------------------------------------------------------*/ +static void disable_dst(flo,pet,dbnd) + floDefPtr flo; + peTexPtr pet; + bandPtr dbnd; +{ + peDefPtr ped = pet->peDef; + receptorPtr rcp, rend = &pet->receptor[ped->inCnt]; + bandMsk mask; + bandPtr sbnd; + + /* if this is the last emitter band to turn off and this isn't an import + * client element, we'll step thru all the receptor bands and kill them too + */ + if(!(pet->emitting &= ~(1<band)) && !ped->flags.putData) + for(rcp = pet->receptor; rcp < rend; ++rcp) + for(mask = 1, sbnd = rcp->band; rcp->active; mask <<= 1, ++sbnd) + if(rcp->active & mask) + disable_src(flo,pet,sbnd,TRUE); + if(ped->flags.getData) { + ped->outFlo.active &= ~(1<band); + if(!(ped->outFlo.ready & 1<band)) + flo->floTex->exports--; + } +} /* end disable_dst */ +/*------------------------------------------------------------------------ +- Get permission for an emitter to write into an existing receptor strip - +------------------------------------------------------------------------*/ +static stripPtr alter_data(flo,pet,db) + floDefPtr flo; + peTexPtr pet; + bandPtr db; +{ + bandPtr sb = db->inPlace; + stripPtr chk, strip = sb->strip ? sb->strip : sb->stripLst.flink; + + /* search through the source data for the corresponding line number + */ + while(!ListEnd(strip,&sb->stripLst)) + if(db->current > strip->end) + strip = strip->flink; + else if(db->current < strip->start) + strip = strip->blink; + else if(!strip->data || strip->Xowner) + break; + else { + /* make sure there are no other users of this strip's data + */ + for(chk = strip; chk->parent && chk->refCnt == 1; chk = chk->parent); + if(chk->refCnt > 1) + break; + return(clone_strip(flo,strip)); /* return a clone of the src strip */ + } + return(NULL); +} /* end alter_data */ + + +/*------------------------------------------------------------------------ +---------- enter with a strip containing at least one byte of data ------ +---------- {if a new strip must be created (to hold at least ------ +---------- contig bytes), available data will be copied to it} ------ +---------- return with a strip containing "contig" contiguous bytes ------ +------------------------------------------------------------------------*/ +static stripPtr contig_data(flo,pet,bnd,i_strip,contig) + floDefPtr flo; + peTexPtr pet; + bandPtr bnd; + stripPtr i_strip; + CARD32 contig; +{ + stripPtr o_strip, n_strip; + CARD32 limit, start, skip, avail = i_strip->end - bnd->current + 1; + + if(contig <= i_strip->bufSiz - i_strip->length + avail) + o_strip = i_strip; + else { + /* i_strip too small, make a new one and copy available data into it + */ + if(!(o_strip = make_strip(flo, bnd->format, bnd->current, avail, + contig + Align(contig, flo->floTex->stripSize), + TRUE))) + AllocError(flo,pet->peDef, return(NULL)); + InsertMember(o_strip,i_strip); + memcpy((char*)o_strip->data, + (char*)&i_strip->data[bnd->current-i_strip->start], (int)avail); + if(i_strip->length -= avail) + i_strip->end -= avail; + else { + RemoveMember(n_strip,i_strip); + o_strip->final = n_strip->final; + free_strip(flo, n_strip); + } + } + /* determine how far we can extend our o_strip + */ + if(bnd->current + contig <= bnd->maxGlobal) + limit = bnd->current + contig; /* limit to data needed */ + else + limit = bnd->maxGlobal; /* limit to data available */ + + /* if there are more strips beyond "o_strip", transfer the needed amount of + * data into our mega-strip (free any strips that we completely consume) + */ + for(start = o_strip->end+1; start < limit; start += avail) { + n_strip = o_strip->flink; + skip = start - n_strip->start; + avail = min(n_strip->length - skip, limit - start); + memcpy((char*)&o_strip->data[o_strip->length], + (char*)&n_strip->data[skip], (int)avail); + o_strip->end += avail; + o_strip->length += avail; + if(avail+skip == n_strip->length) { + RemoveMember(n_strip, n_strip); + o_strip->final = n_strip->final; + free_strip(flo, n_strip); + } + } + if(!bnd->isInput) { + limit = bnd->current + contig; + bnd->available += limit - bnd->maxGlobal; + bnd->maxGlobal = limit; + o_strip->end = limit - 1; + o_strip->length = limit - o_strip->start; + } + return(o_strip); +} /* end contig_data */ + + +/*------------------------------------------------------------------------ +---------------------------- Make a new strip ---------------------------- +------------------------------------------------------------------------*/ +static stripPtr make_strip(flo,fmt,start,units,bytes,allocData) + floDefPtr flo; + formatPtr fmt; + CARD32 start, units, bytes; + Bool allocData; +{ + stripPtr strip; + stripLstPtr cache = &flo->floTex->stripHead; + Bool cachable = allocData && bytes == flo->floTex->stripSize; + + if(!ListEmpty(cache) && (cachable || !cache->blink->data)) + RemoveMember(strip, cachable ? cache->flink : cache->blink); + else if(strip = (stripPtr) XieMalloc(sizeof(stripRec))) { + strip->data = NULL; + ++STRIPS; /*DEBUG*/ + } + if(strip) { + strip->flink = NULL; + strip->parent = NULL; + strip->format = fmt; + strip->refCnt = 1; + strip->Xowner = !allocData; + strip->canonic = IsCanonic(fmt->class); + strip->final = FALSE; + strip->cache = cachable; + strip->start = start; + strip->end = start + units - 1; + strip->length = units; + strip->bitOff = 0; + strip->bufSiz = bytes; + + if(allocData && bytes && !strip->data) + if(strip->data = (CARD8 *) XieCalloc(bytes)) /* calloc to hush purify */ + BYTES += bytes; /*DEBUG*/ + else + strip = free_strip(NULL,strip); + } + return(strip); +} /* end make_strip */ + + +/*------------------------------------------------------------------------ +---- Clone a new modifiable strip wrapper for existing read-only data ---- +------------------------------------------------------------------------*/ +static stripPtr clone_strip(flo,in_strip) + floDefPtr flo; + stripPtr in_strip; +{ + stripLstPtr cache = &flo->floTex->stripHead; + stripPtr out_strip; + + if(ListEmpty(cache) || cache->blink->data) { + out_strip = (stripPtr) XieMalloc(sizeof(stripRec)); + ++STRIPS; /*DEBUG*/ + } else { + RemoveMember(out_strip, cache->blink); + } + if(out_strip) { + *out_strip = *in_strip; + out_strip->flink = NULL; + out_strip->parent = in_strip; + out_strip->refCnt = 1; + ++in_strip->refCnt; + } + return(out_strip); +} /* end clone_strip */ + + +/*------------------------------------------------------------------------ +---------------- Put strip on each receptor fed by an element ------------ +------------------------------------------------------------------------*/ +static bandMsk put_strip(flo,pet,strip) + floDefPtr flo; + peTexPtr pet; + stripPtr strip; +{ + peTexPtr dst; + inFloPtr inf; + bandPtr bnd; + stripPtr clone; + receptorPtr rcp; + CARD8 band = strip->format->band; + bandMsk repmsk, mask = 1<peDef->flags.export) { + pet->outFlo->ready |= mask; + /* + * give to DIXIE via our outFlo; if we're not first in line, make a clone + */ + if(!(clone = strip->flink ? clone_strip(flo,strip) : strip)) + AllocError(flo,pet->peDef, return(suspend)); + InsertMember(clone,pet->outFlo->output[band].blink); + ++flo->floTex->putCnt; + return(suspend); + } + /* hang this strip on the receptor of each of our interested recipients + */ + for(inf = pet->outFlo->outChain; inf; inf = inf->outChain) { + if(inf->format[band].class != strip->format->class) + continue; + dst = inf->ownDef->peTex; + rcp = &dst->receptor[inf->index]; + bnd = &rcp->band[band]; + + if(rcp->bypass & mask) { + suspend |= put_strip(flo,dst,strip); /* just passin' through */ + continue; + } else if(!(rcp->admit & mask)) { + continue; /* data not wanted here */ + } + if(strip->final && !(rcp->admit &= ~mask)) + --dst->admissionCnt; /* all bands complete */ + /* + * give the data to the intended receptor band + */ + for(repmsk = mask; repmsk <= rcp->active; ++bnd, repmsk <<= 1) { + if(rcp->active & repmsk) { + bnd->final = strip->final; + bnd->maxGlobal = strip->end + 1; + bnd->available += strip->length; + Schedule(flo,dst,rcp,bnd,repmsk); /* schedule if runnable */ + suspend |= dst->scheduled; + /* + * first recipient gets the original, all others get clones + */ + if(!(clone = strip->flink ? clone_strip(flo,strip) : strip)) + AllocError(flo,dst->peDef, break); + InsertMember(clone,bnd->stripLst.blink); + ++flo->floTex->putCnt; + } + /* see if we should replicate the data through the other bands + */ + if(!rcp->band[0].replicate) break; + } + } + return(suspend); +} /* end put_strip */ + + +/*------------------------------------------------------------------------ +------------ forward input data downstream (re-buffer if Xowner) -------- +------------ primarily used to pass compressed data to a photomap -------- +------------------------------------------------------------------------*/ +static void forward_strip(flo,pet,fwd) + floDefPtr flo; + peTexPtr pet; + stripPtr fwd; +{ + if(!pet->peDef->flags.putData) { + /* non-client data -- just pass it along + */ + fwd->flink = NULL; + put_strip(flo,pet,fwd); /* give to downstream receptors */ + if(!fwd->flink) + free_strip(flo,fwd); /* hmm, nobody wanted it */ + } else { + /* since this is client data we must copy it before passing it along + */ + stripLstPtr lst = &pet->outFlo->output[fwd->format->band]; + stripPtr tmp = ListEmpty(lst) ? NULL : lst->flink; + int maxlen = flo->floTex->stripSize, datlen; + int overlap = tmp ? tmp->end - fwd->start + 1 : 0; + int start = fwd->start + overlap; + int size = fwd->length - overlap; + CARD8 *data = &fwd->data[overlap]; + Bool final = FALSE; + + while(!final) { + if(ListEmpty(lst)) + if(tmp = make_strip(flo, fwd->format, start, 0, maxlen, TRUE)) { + InsertMember(tmp,lst->flink); + } else { + free_strip(flo,fwd); + AllocError(flo,pet->peDef, return); + } + if(size) { + datlen = min(size, tmp->bufSiz - tmp->length); + memcpy((char*)&tmp->data[tmp->length], (char*)data, (int)datlen); + tmp->length += datlen; + tmp->end += datlen; + data += datlen; + size -= datlen; + } + if(!size && fwd->final || tmp->length == tmp->bufSiz) { + RemoveMember(tmp,lst->flink); + start = tmp->start + tmp->length; + tmp->final = final = fwd->final && !size; + tmp->canonic = fwd->canonic; + tmp->flink = NULL; + put_strip(flo,pet,tmp); /* give to downstream receptors */ + if(!tmp->flink) + free_strip(flo,tmp); + } + if(!size) break; + } + free_strip(flo,fwd); + } +} /* end forward_strip */ + + +/*------------------------------------------------------------------------ +----------------------------- Get rid of a strip ------------------------- +------------------------------------------------------------------------*/ +static stripPtr free_strip(flo, strip) + floDefPtr flo; + stripPtr strip; +{ + lstPtr cache; + + if(strip && !--strip->refCnt) { + /* since this was the last reference we're going to nuke this strip, + * if this was a clone, free the parent and forget where the data was + */ + if(strip->parent) { + free_strip(flo, strip->parent); + strip->data = NULL; + } else if(strip->data) { + /* if the data buffer belongs to coreX or is uncachable, nuke it */ + if(strip->Xowner) + strip->data = NULL; + else if(!flo || !strip->cache) { + strip->data = (CARD8 *) XieFree(strip->data); + BYTES -= strip->bufSiz; /*DEBUG*/ + } + } + if(flo) { + /* strips with standard data buffers are cached at the front + * strips without data buffers go at the back + */ + strip->refCnt = 1; + strip->parent = NULL; + cache = (strip->data + ? (lstPtr)&flo->floTex->stripHead + : (lstPtr) flo->floTex->stripHead.blink); + InsertMember(strip,cache); + } else { + XieFree(strip); + --STRIPS; /*DEBUG*/ + } + } + return(NULL); +} /* end free_strip */ + +/* end module strip.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/export/Imakefile b/xie/xc/programs/Xserver/XIE/mixie/export/Imakefile new file mode 100644 index 0000000..a8e110c --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/export/Imakefile @@ -0,0 +1,33 @@ +XCOMM $XConsortium: Imakefile,v 1.5 94/01/12 20:07:25 rws Exp $ +XCOMM build device dependent machine independent export element objs +#include + +SRCS1 = meclut.c mecphoto.c medraw.c medrawp.c \ + mefax.c melut.c mephoto.c meuncomp.c schoice.c + +OBJS1 = meclut.o mecphoto.o medraw.o medrawp.o \ + mefax.o melut.o mephoto.o meuncomp.o schoice.o + +#if BuildDIS +DEFINES = -DXIE_DIS +#else +SRCS2 = mechist.c mecroi.c meroi.c mejpeg.c +OBJS2 = mechist.o mecroi.o meroi.o mejpeg.o +#endif + + SRCS = $(SRCS1) $(SRCS2) + + OBJS = $(OBJS1) $(OBJS2) + + INCLUDES = -I../include -I../../include -I$(SERVERSRC)/include -I$(INCLUDESRC) -I$(INCLUDESRC)/extensions -I../jpeg + LINTLIBS = ../../dixie/export/llib-lexp.ln ../../dixie/import/llib-limp.ln \ + ../../dixie/process/llib-lproc.ln ../../dixie/request/llib-lreq.ln \ + ../control/llib-lctrl.ln ../export/llib-lmexp.ln ../fax/llib-lfax.ln \ + ../import/llib-lmimp.ln ../jpeg/llib-ljpeg.ln ../process/llib-lmproc.ln + +SubdirLibraryRule($(OBJS)) +NormalLibraryObjectRule() +LintLibraryTarget(mexp,$(SRCS)) +NormalLintTarget($(SRCS)) + +DependTarget() diff --git a/xie/xc/programs/Xserver/XIE/mixie/export/mechist.c b/xie/xc/programs/Xserver/XIE/mixie/export/mechist.c new file mode 100644 index 0000000..97f83a0 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/export/mechist.c @@ -0,0 +1,373 @@ +/* $XConsortium: mechist.c,v 1.4 94/04/17 20:34:14 rws Exp $ */ +/**** module mechist.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mechist.c -- DDXIE export client histogram element + + Larry Hare -- AGE Logic, Inc. August, 1993 + +*****************************************************************************/ + +#define _XIEC_MECHIST +#define _XIEC_ECHIST + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* routines referenced by other DDXIE modules + */ +int miAnalyzeECHist(); + +/* routines used internal to this module + */ +static int CreateECHist(); +static int InitializeECHist(); +static int ActivateECHist(); +static int ResetECHist(); +static int DestroyECHist(); + +/* DDXIE ExportClientHist entry points + */ +static ddElemVecRec ECHistVec = { + CreateECHist, + InitializeECHist, + ActivateECHist, + (xieIntProc)NULL, + ResetECHist, + DestroyECHist + }; + +/* declarations for private structures and actions procs ... */ + +typedef struct { + pointer histdata; + CARD32 histsize; + void (*histproc) (); +} miECHistRec, *miECHistPtr; + +void doHistQ(), doHistP(), doHistB(), doHistb(); + + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeECHist(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = ECHistVec; + + return TRUE; +} + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateECHist(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + + /* always force syncing between inputs (is nop if only one input) */ + return MakePETex(flo, ped, sizeof(miECHistRec), SYNC, NO_SYNC); +} + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeECHist(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloExportClientHistogram *raw = + (xieFloExportClientHistogram *)ped->elemRaw; + peTexPtr pet = ped->peTex; + receptorPtr rcp = pet->receptor; + miECHistPtr pvt = (miECHistPtr)(pet->private); + bandPtr iband; + CARD32 nclip; + + iband = &(pet->receptor[SRCtag].band[0]); + + switch (iband->format->class) { + case QUAD_PIXEL: pvt->histproc = doHistQ; + break; + case PAIR_PIXEL: pvt->histproc = doHistP; + break; + case BYTE_PIXEL: pvt->histproc = doHistB; + break; + case BIT_PIXEL: pvt->histproc = doHistb; + break; + default: ImplementationError(flo, ped, return(FALSE)); + } + + SetDepthFromLevels(iband->format->levels, nclip); + pvt->histsize = nclip = 1 << nclip; + + if (!(pvt->histdata = (pointer ) XieCalloc(nclip * sizeof(CARD32)))) + AllocError(flo,ped,return(FALSE)); + + return InitReceptor(flo,ped,&rcp[SRCt1],NO_DATAMAP,1,1,NO_BANDS) && + InitProcDomain(flo, ped, raw->domainPhototag, + raw->domainOffsetX, raw->domainOffsetY) && + InitEmitter(flo,ped,NO_DATAMAP,NO_INPLACE); +} + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateECHist(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloExportClientHistogram *raw = + (xieFloExportClientHistogram *)ped->elemRaw; + miECHistPtr pvt = (miECHistPtr)(pet->private); + receptorPtr rcp = pet->receptor; + bandPtr sbnd = &rcp->band[0]; + bandPtr dbnd = &pet->emitter[0]; + pointer src; + + src = GetCurrentSrc(flo,pet,sbnd); + while(src && SyncDomain(flo,ped,sbnd,FLUSH)) { + INT32 x = 0, dx; + while (dx = GetRun(flo,pet,sbnd)) { + if (dx > 0) { + (*(pvt->histproc)) (src,pvt->histdata,pvt->histsize,x,dx); + x += dx; + } else + x -= dx; + } + src = GetNextSrc(flo,pet,sbnd,FLUSH); + } + FreeData(flo,pet,sbnd,sbnd->current); + + /* if finished with accumulation, send back to client */ + if (!src && sbnd->final) { + CARD32 *hist; + CARD32 ilev, nlev = sbnd->format->levels; + CARD32 nhist = 0; + xieTypHistogramData *histpair; + + /* Count populated cells */ + for (ilev = 0, hist = (CARD32*)pvt->histdata; ilev < nlev; ilev++, hist++) + if (*hist) + nhist++; + + if(nhist) { + if(!(histpair = (xieTypHistogramData*)GetDstBytes(flo,pet,dbnd,0, + nhist * sizeof(xieTypHistogramData),KEEP))) + return FALSE; + + for (ilev = 0, hist = (CARD32*)pvt->histdata; ilev < nlev; ilev++, hist++) + if (*hist) { + histpair->count = *hist; + histpair->value = ilev; + histpair++; + } + SetBandFinal(dbnd); + PutData(flo,pet,dbnd, nhist * sizeof(xieTypHistogramData)); + } else { + /* signal that there is no data to send + */ + DisableDst(flo,pet,dbnd); + } + switch(raw->notify) { + case xieValFirstData: /* fall thru */ + case xieValNewData: SendExportAvailableEvent(flo,ped, + 0, /* band */ + nhist, /* count */ + 0,0); /* unused */ + default: break; + } + } + return TRUE; +} + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetECHist(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + miECHistPtr pvt = (miECHistPtr) ped->peTex->private; + + /* free any dynamic private data */ + if (pvt->histdata) + pvt->histdata = (pointer ) XieFree(pvt->histdata); + + ResetReceptors(ped); + ResetEmitter(ped); + + return TRUE; +} + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyECHist(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return TRUE; +} + + +/*------------------------------------------------------------------------ +------------------------ action procs to do histogram -------------------- +------------------------------------------------------------------------*/ + +void doHistQ(svoid,hist,clip,x,dx) + pointer svoid; + CARD32 *hist, clip, x, dx; +{ + QuadPixel *src = (QuadPixel *) svoid; + + for ( src += x, clip -= 1; dx > 0 ; dx--) + hist[*src++ & clip]++; +} + +void doHistP(svoid,hist,clip,x,dx) + pointer svoid; + CARD32 *hist, clip, x, dx; +{ + PairPixel *src = (PairPixel *) svoid; + + for ( src += x, clip -= 1; dx > 0 ; dx--) + hist[*src++ & clip]++; +} + +void doHistB(svoid,hist,clip,x,dx) + pointer svoid; + CARD32 *hist, clip, x, dx; +{ + BytePixel *src = (BytePixel *) svoid; + + for ( src += x, clip -= 1; dx > 0 ; dx--) + hist[*src++ & clip]++; /* could pad to 256 .. */ +} + +void doHistb(svoid,hist,clip,x,dx) + pointer svoid; + CARD32 *hist, clip, x, dx; +{ + LogInt *src = (LogInt *) svoid; + CARD32 cnt0 = 0, cnt1 = 0; + + /* does anyone actually do bit histograms? :-) */ + for ( ; dx > 0 ; dx--, x++) + if (LOG_tstbit(src,x)) + cnt1++; + else + cnt0++; + + hist[0] += cnt0; + hist[1] += cnt1; +} + +/* end module mechist.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/export/meclut.c b/xie/xc/programs/Xserver/XIE/mixie/export/meclut.c new file mode 100644 index 0000000..ab7aeee --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/export/meclut.c @@ -0,0 +1,250 @@ +/* $XConsortium: meclut.c,v 1.6 94/04/17 20:34:15 rws Exp $ */ +/**** module meclut.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + meclut.c -- DDXIE export client LUT element + + Larry Hare -- AGE Logic, Inc. July, 1993 + +*****************************************************************************/ + +#define _XIEC_MECLUT +#define _XIEC_ECLUT + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* routines referenced by other DDXIE modules + */ +int miAnalyzeECLUT(); + +/* routines used internal to this module + */ +static int CreateECLUT(); +static int InitializeECLUT(); +static int ActivateECLUT(); +static int ResetECLUT(); +static int DestroyECLUT(); + +/* DDXIE ExportClientLUT entry points + */ +static ddElemVecRec ECLUTVec = { + CreateECLUT, + InitializeECLUT, + ActivateECLUT, + (xieIntProc)NULL, + ResetECLUT, + DestroyECLUT + }; + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeECLUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = ECLUTVec; + + return(TRUE); +} /* end miAnalyzeECLUT */ + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateECLUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return MakePETex(flo, ped, NO_PRIVATE, NO_SYNC, NO_SYNC); +} /* end CreateECLUT */ + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeECLUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + return InitReceptors(flo,ped,NO_DATAMAP,1) && + InitEmitter(flo,ped,NO_DATAMAP,NO_INPLACE); +} /* end InitializeECLUT */ + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateECLUT(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloExportClientLUT *raw = (xieFloExportClientLUT *)ped->elemRaw; + receptorPtr rcp = pet->receptor; + CARD32 bands = rcp->inFlo->bands; + bandPtr dbnd, sbnd = &rcp->band[0]; + CARD32 *start = &(raw->start0); + CARD32 *length = &(raw->length0); + CARD8 *src, *dst; + CARD32 b, pitch, nentry, dlen; + Bool swizzle; + + swizzle = (bands == 3) && (raw->bandOrder != xieValLSFirst); + + for(b = 0; b < bands; ++sbnd, ++b) { + + if (!(src = (CARD8*)GetCurrentSrc(flo,pet,sbnd))) continue; + + dbnd = &pet->emitter[swizzle ? xieValMaxBands - b - 1 : b]; + + nentry = length[b] ? length[b] : sbnd->format->height; + pitch = LutPitch(sbnd->format->levels); + dlen = nentry * pitch; + + if (!(dst = (CARD8*)GetDstBytes(flo,pet,dbnd,dbnd->current,dlen,KEEP))) + return FALSE; + + if (start[b]) + src += start[b] * pitch; /* Adjust via start[b] && length[b] */ + + memcpy(dst,src,dlen); + + SetBandFinal(dbnd); + PutData(flo,pet,dbnd,dbnd->maxGlobal); + + FreeData(flo,pet,sbnd,sbnd->maxLocal); + + switch(raw->notify) { + case xieValFirstData: /* fall thru */ + case xieValNewData: SendExportAvailableEvent(flo,ped,b,nentry,0,0); + default: break; + } + } + return(TRUE); +} /* end ActivateECLUT */ + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetECLUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetECLUT */ + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyECLUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return(TRUE); +} /* end DestroyECLUT */ + +/* end module meclut.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/export/mecphoto.c b/xie/xc/programs/Xserver/XIE/mixie/export/mecphoto.c new file mode 100644 index 0000000..715d117 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/export/mecphoto.c @@ -0,0 +1,853 @@ +/* $XConsortium: mecphoto.c,v 1.9 94/04/17 20:34:15 dpw Exp $ */ +/**** module mecphoto.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mecphoto.c -- DDXIE export client photo element + + Robert NC Shelley && Dean Verheiden -- AGE Logic, Inc. June, 1993 + +*****************************************************************************/ +#define _XIEC_MECPHOTO +#define _XIEC_ECPHOTO +#define _XIEC_EPHOTO + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include +#include + +/* routines referenced by other DDXIE modules + */ +int miAnalyzeECPhoto(); + +/* routines used internal to this module + */ +static int CreateECPhotoUncomByPlane(); +static int InitializeECPhotoStream(); +static int InitializeECPhotoUncomByPlane(); +static int ActivateECPhotoUncomByPlane(); +static int ActivateECPhotoStream(); +static int ResetECPhoto(); +static int DestroyECPhotoUn(); + +#if XIE_FULL +static int CreateECPhotoUncomByPixel(); +static int InitializeECPhotoUncomByPixel(); +static int ActivateECPhotoUncomByPixel(); +#endif /* XIE_FULL */ + +/* + * routines we need from somewhere else + */ + +extern int InitializeECPhotoFAX(); +/* note: all the other Fax EC entry points are shared with EphotoFAX */ + +extern int CreateEPhotoFAX(); +extern int ActivateEPhotoFAX(); +extern int ResetEPhotoFAX(); +extern int DestroyEPhotoFAX(); + +extern int InitializeECPhotoJPEGBaseline(); +/* note: all the other EC entry points are shared with EphotoJPEGBaseline */ + +extern int CreateEPhotoJPEGBaseline(); +extern int ActivateEPhotoJPEGBaseline(); +extern int ResetEPhotoJPEGBaseline(); +extern int DestroyEPhotoJPEGBaseline(); + +/* + * DDXIE ExportClientPhoto entry points + */ +static ddElemVecRec ECPhotoUncomByPlaneVec = { + CreateECPhotoUncomByPlane, + InitializeECPhotoUncomByPlane, + ActivateECPhotoUncomByPlane, + (xieIntProc)NULL, + ResetECPhoto, + DestroyECPhotoUn + }; + +static ddElemVecRec ECPhotoStreamVec = { + CreateECPhotoUncomByPlane, + InitializeECPhotoStream, + ActivateECPhotoStream, + (xieIntProc)NULL, + ResetECPhoto, + DestroyECPhotoUn + }; + +static ddElemVecRec ECPhotoFAXVec = { + CreateEPhotoFAX, + InitializeECPhotoFAX, /* only this can't be shared */ + ActivateEPhotoFAX, + (xieIntProc)NULL, + ResetEPhotoFAX, + DestroyEPhotoFAX + }; + +#if XIE_FULL +static ddElemVecRec ECPhotoUncomByPixelVec = { + CreateECPhotoUncomByPixel, + InitializeECPhotoUncomByPixel, + ActivateECPhotoUncomByPixel, + (xieIntProc)NULL, + ResetECPhoto, + DestroyECPhotoUn + }; + +static ddElemVecRec ECPhotoJPEGBaselineVec = { + CreateEPhotoJPEGBaseline, + InitializeECPhotoJPEGBaseline, /* only this can't be shared */ + ActivateEPhotoJPEGBaseline, + (xieIntProc)NULL, + ResetEPhotoJPEGBaseline, + DestroyEPhotoJPEGBaseline + }; + +#endif /* XIE_FULL */ + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeECPhoto(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ePhotoDefPtr pvt = (ePhotoDefPtr)ped->elemPvt; + + if(pvt->congress) { + ped->ddVec = ECPhotoStreamVec; + return(TRUE); + } + switch(pvt->encodeNumber) { + case xieValEncodeUncompressedSingle: + ped->ddVec = ECPhotoUncomByPlaneVec; + break; + + case xieValEncodeG31D: + case xieValEncodeG32D: + case xieValEncodeG42D: + case xieValEncodeTIFF2: + case xieValEncodeTIFFPackBits: + ped->ddVec = ECPhotoFAXVec; + break; + +#if XIE_FULL + case xieValEncodeUncompressedTriple: + { + xieTecEncodeUncompressedTriple *tecParms = + (xieTecEncodeUncompressedTriple *)pvt->encodeParms; + + switch(tecParms->interleave) { + case xieValBandByPlane: + ped->ddVec = ECPhotoUncomByPlaneVec; + break; + + case xieValBandByPixel: + ped->ddVec = ECPhotoUncomByPixelVec; + break; + } /* end switch on interleave */ + break; + } + + case xieValEncodeJPEGBaseline: + { + /*** JPEG for SI can only handle 8 bit image depths ***/ + inFloPtr inf = &ped->inFloLst[IMPORT]; + outFloPtr src = &inf->srcDef->outFlo; + int b; + for (b=0; b< src->bands; ++b) + if (src->format[b].depth != 8) { + xieFloExportClientPhoto *raw = + (xieFloExportClientPhoto *)ped->elemRaw; + + TechniqueError(flo,ped,xieValEncode,raw->encodeTechnique, + raw->lenParams,return(FALSE)); + } + } + ped->ddVec = ECPhotoJPEGBaselineVec; + break; +#endif /* XIE_FULL */ + default: + ImplementationError(flo,ped, return(FALSE)); + } + return(TRUE); +} /* end meAnalyzeECPhoto */ + + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateECPhotoUncomByPlane(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return(MakePETex(flo, ped, xieValMaxBands * sizeof(meUncompRec), NO_SYNC, + NO_SYNC)); +} /* end CreateECPhoto */ + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeECPhotoUncomByPlane(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + formatPtr inf = ped->inFloLst[SRCtag].format; + meUncompPtr pvt = (meUncompPtr)pet->private; + CARD32 nbands = ped->outFlo.bands, b, s; + xieTypOrientation pixelOrder, fillOrder; + + if (nbands == 1) { + xieTecEncodeUncompressedSingle *tecParms = + (xieTecEncodeUncompressedSingle *) + ((ePhotoDefPtr)ped->elemPvt)->encodeParms; + + pixelOrder = tecParms->pixelOrder; + fillOrder = tecParms->fillOrder; + pvt[0].bandMap = 0; + } else { + xieTecEncodeUncompressedTriple *tecParms = + (xieTecEncodeUncompressedTriple *) + ((ePhotoDefPtr)ped->elemPvt)->encodeParms; + + pixelOrder = tecParms->pixelOrder; + fillOrder = tecParms->fillOrder; + if (tecParms->bandOrder == xieValLSFirst) + for(b = 0; b < xieValMaxBands; ++b) + pvt[b].bandMap = b; + else + for(s = 0, b = xieValMaxBands; b--; ++s) + pvt[s].bandMap = b; + } + + for (b = 0; b < nbands; b++, pvt++, inf++) { + formatPtr outf = &ped->outFlo.format[pvt->bandMap]; + CARD8 class = inf->class; + if (class == BIT_PIXEL) { + pvt->width = inf->width; +#if (IMAGE_BYTE_ORDER == MSBFirst) + if (outf->stride != 1) { + pvt->action = (fillOrder == xieValMSFirst) ? btoIS: sbtoIS; + } else { + pvt->action = (fillOrder == xieValMSFirst) ? btoS : sbtoS; + } +#else + if (outf->stride != 1) { + pvt->action = (fillOrder == xieValLSFirst) ? btoIS: sbtoIS; + } else { + pvt->action = (fillOrder == xieValLSFirst) ? btoS : sbtoS; + } +#endif + pvt->stride = outf->stride; + pvt->pitch = outf->pitch; + } else if (class == BYTE_PIXEL) { + pvt->width = inf->width; + if (!(outf->stride & 7)) { + if (outf->stride == 8) + pvt->action = BtoS; + else + pvt->action = BtoIS; + pvt->Bstride = outf->stride >> 3; + pvt->dstoffset = 0; + pvt->mask = 0; /* Unused */ + pvt->shift = 0; /* Unused */ + pvt->clear_dst = FALSE; + } else { + if (pixelOrder == xieValLSFirst) { + if (fillOrder == xieValLSFirst) + pvt->action = BtoLLUB; + else + pvt->action = BtoLMUB; + } else { + if (fillOrder == xieValLSFirst) + pvt->action = BtoMLUB; + else + pvt->action = BtoMMUB; + } + pvt->bitOff = 0; /* Bit offset to first pixel on line */ + pvt->leftOver = 0; /* Left over bits from last line */ + pvt->depth = inf->depth; + pvt->stride = outf->stride; + pvt->pitch = outf->pitch; + } + } else if (class == PAIR_PIXEL) { + pvt->width = inf->width; + if (!(outf->stride & 15)) { +#if (IMAGE_BYTE_ORDER == LSBFirst) + if (outf->stride == 16) + pvt->action = (fillOrder == xieValLSFirst) ? PtoS : sPtoS; + else + pvt->action = (fillOrder == xieValLSFirst) ? PtoIS: sPtoIS; +#else + if (outf->stride == 16) + pvt->action = (fillOrder == xieValMSFirst) ? PtoS : sPtoS; + else + pvt->action = (fillOrder == xieValMSFirst) ? PtoIS: sPtoIS; +#endif + pvt->Bstride = outf->stride >> 3; + pvt->dstoffset = 0; + pvt->mask = 0; /* Unused */ + pvt->shift = 0; /* Unused */ + pvt->clear_dst = FALSE; + } else { + if (pixelOrder == xieValLSFirst) { + if (fillOrder == xieValLSFirst) + pvt->action = PtoLLUP; + else + pvt->action = PtoLMUP; + } else { + if (fillOrder == xieValLSFirst) + pvt->action = PtoMLUP; + else + pvt->action = PtoMMUP; + } + pvt->bitOff = 0; /* Bit offset to first pixel on line */ + pvt->leftOver = 0; /* Left over bits from last line */ + pvt->depth = inf->depth; + pvt->stride = outf->stride; + pvt->pitch = outf->pitch; + } + } else if (class == QUAD_PIXEL) { + pvt->width = inf->width; + if (!(outf->stride & 31)) { +#if (IMAGE_BYTE_ORDER == LSBFirst) + if (outf->stride == 32) + pvt->action = (fillOrder == xieValLSFirst) ? QtoS : sQtoS; + else + pvt->action = (fillOrder == xieValLSFirst) ? QtoIS: sQtoIS; +#else + if (outf->stride == 32) + pvt->action = (fillOrder == xieValMSFirst) ? QtoS : sQtoS; + else + pvt->action = (fillOrder == xieValMSFirst) ? QtoIS: sQtoIS; +#endif + pvt->Bstride = outf->stride >> 3; + pvt->dstoffset = 0; + pvt->mask = 0; /* Unused */ + pvt->shift = 0; /* Unused */ + pvt->clear_dst = FALSE; + } else { + if (pixelOrder == xieValLSFirst) { + if (fillOrder == xieValLSFirst) + pvt->action = QtoLLUQ; + else + pvt->action = QtoLMUQ; + } else { + if (fillOrder == xieValLSFirst) + pvt->action = QtoMLUQ; + else + pvt->action = QtoMMUQ; + } + } + } else + ImplementationError(flo,ped, return(FALSE)); + + } + + pet->bandSync = NO_SYNC; + + return(InitReceptors(flo, ped, NO_DATAMAP, 1) && + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); +} /* end InitializeEPhotoUncomByPlane */ + + +static int InitializeECPhotoStream(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + return(InitReceptors(flo, ped, NO_DATAMAP, 1) && + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); +} /* end InitializeECPhotoStream */ + + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateECPhotoUncomByPlane(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloExportClientPhoto *raw = (xieFloExportClientPhoto*)ped->elemRaw; + meUncompPtr pvt = (meUncompPtr)pet->private; + receptorPtr rcp = pet->receptor; + CARD32 bands = rcp->inFlo->bands; + bandPtr sbnd = rcp->band,dbnd; + bandMsk ready = ped->outFlo.ready; + CARD32 b, d, olen, nlen, pitch; + pointer src, dst; + + for(b = 0; b < bands; ++sbnd, ++dbnd, ++b, ++pvt) { + d = pvt->bandMap; + dbnd = &pet->emitter[d]; + pitch = dbnd->format->pitch; + nlen = pvt->bitOff + pitch + 7 >> 3; + src = GetCurrentSrc(flo,pet,sbnd); + dst = GetDstBytes(flo,pet,dbnd,dbnd->current,nlen,KEEP); + + while(src && dst) { + + (*pvt->action)(src,dst,pvt); + + pvt->bitOff = pvt->bitOff + pitch & 7; + olen = pvt->bitOff ? nlen - 1 : nlen; + nlen = pvt->bitOff + pitch + 7 >> 3; + src = GetNextSrc(flo,pet,sbnd,FLUSH); + dst = GetDstBytes(flo,pet,dbnd,dbnd->current+olen,nlen,KEEP); + } + FreeData(flo,pet,sbnd,sbnd->current); + if(!src && sbnd->final) { + if(pvt->bitOff) /* If we have any bits left, send them out now */ + *(CARD8*)GetDstBytes(flo,pet,dbnd,dbnd->current,1,KEEP)=pvt->leftOver; + SetBandFinal(dbnd); + PutData(flo,pet,dbnd,dbnd->maxGlobal); /* write the remaining data */ + } + + if(~ready & ped->outFlo.ready & 1<notify == xieValNewData || + raw->notify == xieValFirstData && !ped->outFlo.output[d].flink->start)) + SendExportAvailableEvent(flo,ped,d,0,0,0); + } + return(TRUE); +} /* end ActivateECPhotoUncomByPlane */ + + +static int ActivateECPhotoStream(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloExportClientPhoto *raw = (xieFloExportClientPhoto*)ped->elemRaw; + bandPtr sbnd = pet->receptor[SRCtag].band; + bandPtr dbnd = pet->emitter; + outFloPtr oflo = &ped->outFlo; + CARD32 nbands = oflo->bands; + bandMsk ready = oflo->ready; + CARD32 b; + + for(b = 0; b < nbands; ++sbnd, ++dbnd, ++b) { + if(!(pet->scheduled & 1<strip)) + return(FALSE); + + FreeData(flo,pet,sbnd,sbnd->maxLocal); + } + /* if it's appropriate, send an event + */ + if(~ready & oflo->ready & 1<notify == xieValNewData || + raw->notify == xieValFirstData && !oflo->output[b].flink->start)) + SendExportAvailableEvent(flo,ped,b,0,0,0); + } + return(TRUE); +} /* end ActivateECPhotoStream */ + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetECPhoto(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + meUncompPtr pvt = (meUncompPtr)ped->peTex->private; + int i; + + for(i = 0; i < xieValMaxBands; ++i) + if(pvt[i].buf) pvt[i].buf = (pointer) XieFree(pvt[i].buf); + + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetECPhoto */ + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyECPhotoUn(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return(TRUE); +} /* end DestroyECPhotoUn */ + + +#if XIE_FULL +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateECPhotoUncomByPixel(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return(MakePETex(flo, ped, xieValMaxBands * sizeof(meUncompRec), NO_SYNC, + SYNC)); +} /* end CreateECPhoto */ + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeECPhotoUncomByPixel(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + meUncompPtr pvt = (meUncompPtr)pet->private; + formatPtr outf = pet->emitter[0].format; + xieTecEncodeUncompressedTriple *tec = + (xieTecEncodeUncompressedTriple *) + ((ePhotoDefPtr)ped->elemPvt)->encodeParms; + bandPtr sbnd1,sbnd2,sbnd3; + CARD32 depth1,depth2,depth3,dstride,width; + int s, d; + + pvt->unaligned = (tec->pixelStride[0] & 7) != 0; + + if(tec->bandOrder == xieValLSFirst) + for(d = 0; d < xieValMaxBands; ++d) + pvt[d].bandMap = d; + else + for(s = 0, d = xieValMaxBands; d--; ++s) + pvt[s].bandMap = d; + + sbnd1 = &pet->receptor[SRCtag].band[pvt[0].bandMap]; + sbnd2 = &pet->receptor[SRCtag].band[pvt[1].bandMap]; + sbnd3 = &pet->receptor[SRCtag].band[pvt[2].bandMap]; + depth1 = sbnd1->format->depth; + depth2 = sbnd2->format->depth; + depth3 = sbnd3->format->depth; + width = sbnd1->format->width; + dstride = tec->pixelStride[0]>>3; + + if (!pvt->unaligned) { + /* First, look for special cases */ + if (depth1 == 16 && depth2 == 16 && depth3 == 16) { +#if (IMAGE_BYTE_ORDER == MSBFirst) + void (*pa)() = (tec->pixelOrder == xieValMSFirst) ? PtoIS : sPtoIS; +#else + void (*pa)() = (tec->pixelOrder == xieValMSFirst) ? sPtoIS : PtoIS; +#endif + for(s = 0; s < xieValMaxBands; s++, pvt++) { + pvt->action = pa; + pvt->width = width; + pvt->Bstride = dstride; + pvt->dstoffset = s; + pvt->mask = 0; /* Unused */ + pvt->shift = 0; /* Unused */ + pvt->clear_dst = FALSE; + } + } else if (depth1 == 8 && depth2 == 8 && depth3 == 8) { + for(s = 0; s < xieValMaxBands; s++, pvt++) { + pvt->action = BtoIS; + pvt->width = width; + pvt->Bstride = dstride; + pvt->dstoffset = s; + pvt->mask = 0; /* Unused */ + pvt->shift = 0; /* Unused */ + pvt->clear_dst = FALSE; + } + } else if (depth1 == 4 && depth2 == 4 && depth3 == 4) { + if (tec->fillOrder == xieValMSFirst) { + pvt->action = BtoISb; + pvt->width = width; + pvt->Bstride = dstride; + pvt->dstoffset = 0; + pvt->mask = 0xf0; + pvt->clear_dst = FALSE; + (pvt++)->shift = 4; + pvt->action = BtoISb; + pvt->width = width; + pvt->Bstride = dstride; + pvt->dstoffset = 0; + pvt->mask = 0x0f; + pvt->clear_dst = FALSE; + (pvt++)->shift = 0; + pvt->action = BtoISb; + pvt->width = width; + pvt->Bstride = dstride; + pvt->dstoffset = 1; + pvt->mask = 0xf0; + pvt->clear_dst = FALSE; + pvt->shift = 4; + } else { /* xieValLSFirst */ + pvt->action = BtoISb; + pvt->width = width; + pvt->Bstride = dstride; + pvt->dstoffset = 0; + pvt->clear_dst = FALSE; + pvt->mask = 0x0f; + (pvt++)->shift = 0; + pvt->action = BtoISb; + pvt->width = width; + pvt->Bstride = dstride; + pvt->dstoffset = 0; + pvt->mask = 0xf0; + pvt->clear_dst = FALSE; + (pvt++)->shift = 4; + pvt->action = BtoISb; + pvt->width = width; + pvt->Bstride = dstride; + pvt->dstoffset = 1; + pvt->mask = 0x0f; + pvt->clear_dst = FALSE; + pvt->shift = 0; + } + } else if (depth1 + depth2 + depth3 <= 8) { + CARD8 ones = 0xff,smask1,smask2,smask3,shift1,shift2,shift3; + if (tec->fillOrder == xieValMSFirst) { + smask1 = ~(ones>>depth1); + smask2 = ~(ones>>(depth1 + depth2) | smask1); + smask3 = ~(ones>>(depth1 + depth2 + depth3) | smask1 | smask2); + shift1 = 8 - depth1; + shift2 = 8 - (depth1 + depth2); + shift3 = 8 - (depth1 + depth2 + depth3); + } else { /* fillOrder == xieValLSFirst */ + smask3 = ~(ones<action = (depth1 > 1) ? BtoISb : btoISb; + pvt->width = width; + pvt->Bstride = dstride; + pvt->dstoffset = 0; + pvt->mask = smask1; + pvt->clear_dst = TRUE; + (pvt++)->shift = shift1; + pvt->action = (depth2 > 1) ? BtoISb : btoISb; + pvt->width = width; + pvt->Bstride = dstride; + pvt->dstoffset = 0; + pvt->mask = smask2; + pvt->clear_dst = TRUE; + (pvt++)->shift = shift2; + pvt->action = (depth3 > 1) ? BtoISb : btoISb; + pvt->width = width; + pvt->Bstride = dstride; + pvt->dstoffset = 0; + pvt->mask = smask3; + pvt->clear_dst = TRUE; + pvt->shift = shift3; + } else + pvt->unaligned = TRUE; + } + pvt = (meUncompPtr)pet->private; + if ( pvt->unaligned ) { + pvt[0].pitch = outf->pitch; + pvt[0].width = sbnd1->format->width; + pvt[0].depth = depth1; + pvt[1].depth = depth2; + pvt[2].depth = depth3; + pvt->action = EncodeTripleFuncs[tec->pixelOrder == xieValLSFirst ? 0 : 1] + [tec->fillOrder == xieValLSFirst ? 0 : 1] + [depth1 <= 8 ? 0 : 1] + [depth2 <= 8 ? 0 : 1] + [depth3 <= 8 ? 0 : 1]; + if(depth1 == 1 && !(pvt[0].buf = (pointer)XieMalloc(pvt[0].width+7)) || + depth2 == 1 && !(pvt[1].buf = (pointer)XieMalloc(pvt[1].width+7)) || + depth3 == 1 && !(pvt[2].buf = (pointer)XieMalloc(pvt[2].width+7))) + AllocError(flo,ped, return(FALSE)); + } + + pet->bandSync = SYNC; + + return(InitReceptors(flo, ped, NO_DATAMAP, 1) && + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); +} /* end InitializeECPhotoUnTriple */ + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateECPhotoUncomByPixel(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloExportClientPhoto *raw = (xieFloExportClientPhoto*)ped->elemRaw; + meUncompPtr pvt = (meUncompPtr)pet->private; + bandPtr sb0 = &pet->receptor[SRCtag].band[pvt[0].bandMap]; + bandPtr sb1 = &pet->receptor[SRCtag].band[pvt[1].bandMap]; + bandPtr sb2 = &pet->receptor[SRCtag].band[pvt[2].bandMap]; + bandPtr dbnd = &pet->emitter[0]; + CARD32 pitch = dbnd->format->pitch; + bandMsk ready = ped->outFlo.ready; + pointer dst, sp0 = (pointer)NULL, sp1 = (pointer)NULL, sp2 = (pointer)NULL; + + if (pvt->unaligned) { + CARD32 stride = dbnd->format->stride; + CARD32 width = dbnd->format->width; + CARD32 nextdlen = pvt->bitOff + pitch + 7 >> 3, olddlen; + if((sp0 = GetCurrentSrc(flo,pet,sb0)) && + (sp1 = GetCurrentSrc(flo,pet,sb1)) && + (sp2 = GetCurrentSrc(flo,pet,sb2)) && + (dst = GetDstBytes(flo,pet,dbnd,dbnd->current,nextdlen,KEEP))) + do { + if(pvt[0].buf) sp0 = bitexpand(sp0,pvt[0].buf,width,(char)0,(char)1); + if(pvt[1].buf) sp1 = bitexpand(sp1,pvt[1].buf,width,(char)0,(char)1); + if(pvt[2].buf) sp2 = bitexpand(sp2,pvt[2].buf,width,(char)0,(char)1); + + (*pvt->action)(sp0,sp1,sp2,dst,stride,pvt); + + sp0 = GetNextSrc(flo,pet,sb0,FLUSH); + sp1 = GetNextSrc(flo,pet,sb1,FLUSH); + sp2 = GetNextSrc(flo,pet,sb2,FLUSH); + pvt->bitOff = pvt->bitOff + pitch & 7; /* Set next */ + olddlen = (pvt->bitOff) ? nextdlen - 1 : nextdlen; + nextdlen = pvt->bitOff + pitch + 7 >> 3; + dst = GetDstBytes(flo,pet,dbnd,dbnd->current+olddlen, + nextdlen,KEEP); + } while(dst && sp0 && sp1 && sp2); + } else { + CARD32 dlen = pitch >> 3; /* For nicely aligned data */ + if((sp0 = GetCurrentSrc(flo,pet,sb0)) && + (sp1 = GetCurrentSrc(flo,pet,sb1)) && + (sp2 = GetCurrentSrc(flo,pet,sb2)) && + (dst = GetDstBytes(flo,pet,dbnd,dbnd->current,dlen,KEEP))) + do { + + if (pvt[0].clear_dst) bzero(dst,(int)dlen); + + (*pvt[0].action)(sp0,dst,&pvt[0]); + (*pvt[1].action)(sp1,dst,&pvt[1]); + (*pvt[2].action)(sp2,dst,&pvt[2]); + + sp0 = GetNextSrc(flo,pet,sb0,FLUSH); + sp1 = GetNextSrc(flo,pet,sb1,FLUSH); + sp2 = GetNextSrc(flo,pet,sb2,FLUSH); + dst = GetDstBytes(flo,pet,dbnd,dbnd->current+dlen,dlen,KEEP); + } while(dst && sp0 && sp1 && sp2); + } + + FreeData(flo,pet,sb0,sb0->current); + FreeData(flo,pet,sb1,sb1->current); + FreeData(flo,pet,sb2,sb2->current); + if(!sp0 && sb0->final && !sp1 && sb1->final && !sp2 && sb2->final) { + if (pvt->bitOff) /* If we have any bits left, send them out now */ + *(CARD8*)GetDstBytes(flo,pet,dbnd,dbnd->current,1,KEEP) = pvt->leftOver; + SetBandFinal(dbnd); + PutData(flo,pet,dbnd,dbnd->maxGlobal); /* write the remaining data */ + } + + if(~ready & ped->outFlo.ready & 1 && + (raw->notify == xieValNewData || + raw->notify == xieValFirstData && !ped->outFlo.output[0].flink->start)) + SendExportAvailableEvent(flo,ped,0,0,0,0); + + return(TRUE); +} /* end ActivateECPhotoUncomByPixel */ +#endif + +/* end module mecphoto.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/export/mecroi.c b/xie/xc/programs/Xserver/XIE/mixie/export/mecroi.c new file mode 100644 index 0000000..c7073b9 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/export/mecroi.c @@ -0,0 +1,264 @@ +/* $XConsortium: mecroi.c,v 1.5 94/04/17 20:34:16 rws Exp $ */ +/**** module mecroi.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mecroi.c -- DDXIE export client roi element + + Larry Hare && Dean Verheiden -- AGE Logic, Inc. August, 1993 + +*****************************************************************************/ + +#define _XIEC_MECROI +#define _XIEC_ECROI + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* routines referenced by other DDXIE modules + */ +int miAnalyzeECROI(); + +/* routines used internal to this module + */ +static int CreateECROI(); +static int InitializeECROI(); +static int ActivateECROI(); +static int ResetECROI(); +static int DestroyECROI(); + +/* DDXIE ExportClientROI entry points + */ +static ddElemVecRec ECROIVec = +{ + CreateECROI, + InitializeECROI, + ActivateECROI, + (xieIntProc)NULL, + ResetECROI, + DestroyECROI +}; + +/* Local routines */ +static void ConvertToRect(); + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeECROI(flo,ped) +floDefPtr flo; +peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = ECROIVec; + return TRUE; +} /* end miAnalyzeECROI */ + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateECROI(flo,ped) +floDefPtr flo; +peDefPtr ped; +{ + /* attach an execution context to the roi element definition */ + return MakePETex(flo, ped, NO_PRIVATE, NO_SYNC, NO_SYNC); +} /* end CreateECROI */ + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeECROI(flo,ped) +floDefPtr flo; +peDefPtr ped; +{ + return InitReceptors(flo,ped,NO_DATAMAP,1) && + InitEmitter(flo,ped,NO_DATAMAP,NO_INPLACE); +} /* end InitializeECROI */ + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateECROI(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloExportClientROI *raw = (xieFloExportClientROI*)ped->elemRaw; + receptorPtr rcp = pet->receptor; + bandPtr sbnd = &rcp->band[0]; + bandPtr dbnd = &pet->emitter[0]; + CARD32 rectSize; + xieTypRectangle *prect; + ROIPtr proi; + + if (!(proi = (ROIRec*)GetCurrentSrc(flo,pet,sbnd))) + return FALSE; + + rectSize = sizeof(xieTypRectangle) * proi->nrects; + + if (!(prect = (xieTypRectangle*)GetDstBytes(flo,pet,dbnd,0,rectSize,KEEP))) + return FALSE; + + ConvertToRect(proi,prect); + + SetBandFinal(dbnd); + PutData(flo,pet,dbnd,rectSize); + FreeData(flo,pet,sbnd,sbnd->maxLocal); + + switch(raw->notify) { + case xieValFirstData: /* fall thru */ + case xieValNewData: SendExportAvailableEvent(flo,ped,0,proi->nrects,0,0); + default: break; + } + + return TRUE; +} /* end ActivateECROI */ + +static void ConvertToRect(proi,prect) +ROIPtr proi; +xieTypRectangle *prect; +{ + CARD32 nrects = 0; + linePtr lp; + + /* Convert run lengths to xieTypRectangles */ + lp = (linePtr)&proi[1]; + while (lp < proi->lend) { + register runPtr rp = RUNPTR(0); + register CARD32 x = proi->x; + register CARD32 j = lp->nrun; + + while (j--) { + x += rp->dstart; + prect[nrects].x = x; + prect[nrects].y = lp->y; + prect[nrects].width = rp->length; + prect[nrects++].height = lp->nline; + x += (rp++)->length; + } + lp = (linePtr)RUNPTR(lp->nrun); + } +} + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetECROI(flo,ped) +floDefPtr flo; +peDefPtr ped; +{ + ResetReceptors(ped); + ResetEmitter(ped); + + return TRUE; +} /* end ResetECROI */ + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyECROI(flo,ped) +floDefPtr flo; +peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.flush = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return TRUE; +} /* end DestroyECROI */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/export/medraw.c b/xie/xc/programs/Xserver/XIE/mixie/export/medraw.c new file mode 100644 index 0000000..eb3e520 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/export/medraw.c @@ -0,0 +1,385 @@ +/* $XConsortium: medraw.c,v 1.6 94/04/17 20:34:17 rws Exp $ */ +/**** module medraw.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + medraw.c -- DDXIE prototype export drawable element + + Robert NC Shelley -- AGE Logic, Inc. April, 1993 + +*****************************************************************************/ + +#define _XIEC_MEDRAW +#define _XIEC_EDRAW + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeEDraw(); + +/* + * routines used internal to this module + */ +static int CreateEDraw(); +static int InitializeEDraw(); +static int ActivateEDrawAlign(); +static int ActivateEDrawStrip(); +static int ResetEDraw(); +static int DestroyEDraw(); + +static void adjustStride8to4(); +static void adjustStride32to24(); + +extern Bool DrawableAndGC(); + +/* + * DDXIE ExportDrawable entry points + */ +static ddElemVecRec EDrawVec = { + CreateEDraw, + InitializeEDraw, + (xieIntProc)NULL, + (xieIntProc)NULL, + ResetEDraw, + DestroyEDraw + }; + +typedef struct _medraw { + xieVoidProc adjust; + char *buf; +} meDrawRec, *meDrawPtr; + + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeEDraw(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = EDrawVec; + + return(TRUE); +} /* end miAnalyzeEDraw */ + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateEDraw(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return MakePETex(flo, ped, sizeof(meDrawRec), NO_SYNC, NO_SYNC); +} /* end CreateEDraw */ + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeEDraw(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + meDrawPtr ddx = (meDrawPtr) pet->private; + formatPtr sf = &ped->inFloLst[SRCtag].format[0]; + formatPtr df = &ped->outFlo.format[0]; + Bool adj_stride = sf->stride != df->stride; + Bool adj_pitch = sf->pitch != df->pitch; + + if(adj_stride || adj_pitch) { + ped->ddVec.activate = ActivateEDrawAlign; + + if(adj_stride) { + if(!(ddx->buf = (char*) XieMalloc(df->pitch>>3))) + AllocError(flo,ped, return(FALSE)); + + if(sf->stride == 32 && df->stride == 24) + ddx->adjust = adjustStride32to24; + + else if(sf->stride == 8 && df->stride == 4) + ddx->adjust = adjustStride8to4; + + /* add more adjustment routines as required */ + } + } else { + ped->ddVec.activate = ActivateEDrawStrip; + } + return(InitReceptors(flo,ped,NO_DATAMAP,1)); +} /* end InitializeEDraw */ + + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateEDrawAlign(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloExportDrawable *raw = (xieFloExportDrawable *) ped->elemRaw; + eDrawDefPtr dix = (eDrawDefPtr) ped->elemPvt; + meDrawPtr ddx = (meDrawPtr) pet->private; + bandPtr bnd = &pet->receptor[SRCtag].band[0]; + char *dst, *src = (char*)GetCurrentSrc(flo,pet,bnd); + CARD32 width = bnd->format->width; + + if (!DrawableAndGC(flo,ped,raw->drawable,raw->gc,&dix->pDraw,&dix->pGC)) + return FALSE; + + do { + if(ddx->adjust) { + dst = AlterSrc(flo,pet,bnd->strip) ? src : ddx->buf; + (*ddx->adjust)(dst, src, width); + } else + dst = src; + + (*dix->pGC->ops->PutImage)(dix->pDraw, /* drawable */ + dix->pGC, /* gc */ + dix->pDraw->depth, /* depth */ + raw->dstX, /* drawable-x */ + raw->dstY + bnd->current, /* drawable-y */ + width, 1, /* width, height */ + bnd->strip->bitOff, /* padding? */ + ZPixmap, /* data format */ + dst /* data buffer */ + ); + } while(src = (char*)GetNextSrc(flo,pet,bnd,KEEP)); + + /* make sure the scheduler knows how much src we used */ + FreeData(flo,pet,bnd,bnd->current); + + return(TRUE); +} /* end ActivateEDrawAlign */ + + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateEDrawStrip(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloExportDrawable *raw = (xieFloExportDrawable *) ped->elemRaw; + eDrawDefPtr pvt = (eDrawDefPtr) ped->elemPvt; + bandPtr bnd = &pet->receptor[SRCtag].band[0]; + char *src = (char*)GetCurrentSrc(flo,pet,bnd); + + if(src) { + if (!DrawableAndGC(flo,ped,raw->drawable,raw->gc,&pvt->pDraw,&pvt->pGC)) + return FALSE; + do + (*pvt->pGC->ops->PutImage)(pvt->pDraw, /* drawable */ + pvt->pGC, /* gc */ + pvt->pDraw->depth, /* depth */ + raw->dstX, /* drawable-x */ + raw->dstY+bnd->minLocal, /* drawable-y */ + bnd->format->width, /* width */ + bnd->strip->length, /* height */ + bnd->strip->bitOff, /* padding? */ + ZPixmap, /* data format */ + src /* data buffer */ + ); + while(src = (char*)GetSrc(flo,pet,bnd,bnd->maxLocal,KEEP)); + } + /* make sure the scheduler knows how much src we used */ + FreeData(flo,pet,bnd,bnd->current); + + return(TRUE); +} /* end ActivateEDrawStrip */ + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetEDraw(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + meDrawPtr ddx = (meDrawPtr) ped->peTex->private; + + if(ddx->buf) ddx->buf = (char*)XieFree(ddx->buf); + ddx->adjust = (xieVoidProc)NULL; + + ResetReceptors(ped); + + return(TRUE); +} /* end ResetEDraw */ + + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyEDraw(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + if(ped->peTex) + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return(TRUE); +} /* end DestroyEDraw */ + + +/*------------------------------------------------------------------------ +---------------------------- alignment routines -------------------------- +------------------------------------------------------------------------*/ +static void adjustStride32to24(dst,src,width) + char *dst; + char *src; + CARD32 width; +{ + register char *ip, *op; + int i; + +#if (BITMAP_BIT_ORDER == IMAGE_BYTE_ORDER) + ip = src; + op = dst; + for(i = 0; i < width; ip += 2, ++i) { + *op++ = *ip++; *op++ = *ip++; *op++ = *ip; + } +#else + /* we'll do the first 2 pixels by hand in case we're doing this in-place + */ + char tmp = src[0]; + dst[0] = src[2]; + dst[2] = tmp; + if(width > 1) { + tmp = src[4]; + dst[3] = src[6]; + dst[4] = src[5]; + dst[5] = tmp; + } + if(width > 2) { + ip = src + 8; + op = dst + 6; + for(i = 2; i < width; ip += 4, ++i) { + *op++ = ip[2]; *op++ = ip[1]; *op++ = *ip; + } + } +#endif +} + +static void adjustStride8to4(dst,src,width) + char *dst; + char *src; + CARD32 width; +{ + register char *ip = src, *op = dst; + int i; + + for(i = 0; i < width; ip += 2, ++i) { +#if (BITMAP_BIT_ORDER == LSBFirst) + *op++ = *ip | *(ip+1)<<8; +#else + *op++ = *ip<<8 | *(ip+1); +#endif + } +} + +/* end module medraw.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/export/medrawp.c b/xie/xc/programs/Xserver/XIE/mixie/export/medrawp.c new file mode 100644 index 0000000..d122f91 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/export/medrawp.c @@ -0,0 +1,431 @@ +/* $XConsortium: medrawp.c,v 1.7 94/04/17 20:34:20 rws Exp $ */ +/**** module medrawp.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + medrawp.c -- DDXIE prototype export drawable plane element + + Robert NC Shelley && Larry Hare -- AGE Logic, Inc. June, 1993 + +*****************************************************************************/ + +#define _XIEC_MEDRAWP +#define _XIEC_EDRAWP + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +#include +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + +extern Bool DrawableAndGC(); + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeEDrawP(); + +/* + * routines used internal to this module + */ +static int CreateEDrawP(); +static int InitializeEDrawP(); +static int ActivateEDrawP(), ActivateEDrawPTrans(); +static int ResetEDrawP(); +static int DestroyEDrawP(); + +/* + * DDXIE ExportDrawable entry points + */ +static ddElemVecRec EDrawPVec = { + CreateEDrawP, + InitializeEDrawP, + ActivateEDrawP, + (xieIntProc)NULL, + ResetEDrawP, + DestroyEDrawP + }; + +typedef struct _medrawp { + BytePixel *buf; +} meDrawPRec, *meDrawPPtr; + + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeEDrawP(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = EDrawPVec; + + return(TRUE); +} /* end miAnalyzeEDrawP */ + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateEDrawP(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return MakePETex(flo, ped, sizeof(meDrawPRec), NO_SYNC, NO_SYNC); +} /* end CreateEDrawP */ + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeEDrawP(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloExportDrawablePlane *raw = (xieFloExportDrawablePlane *) ped->elemRaw; + eDrawPDefPtr dix = (eDrawPDefPtr) ped->elemPvt; + + if (!DrawableAndGC(flo,ped,raw->drawable,raw->gc,&dix->pDraw,&dix->pGC)) + return FALSE; + + if (dix->pGC->fillStyle == FillStippled) + ped->ddVec.activate = ActivateEDrawPTrans; + else /* normal case: FillSolid || FillTiled || FillOpaqueStippled */ + ped->ddVec.activate = ActivateEDrawP; + +#if (BITMAP_BIT_ORDER != IMAGE_BYTE_ORDER) + { + meDrawPPtr ddx = (meDrawPPtr) ped->peTex->private; + if(!(ddx->buf = ((BytePixel*)XieMalloc(max(ped->outFlo.format[0].pitch+7>>3, + flo->floTex->stripSize))))) + AllocError(flo,ped, return(FALSE)); + } +#endif + + return InitReceptors(flo,ped,NO_DATAMAP,1); +} /* end InitializeEDrawP */ + + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateEDrawP(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloExportDrawablePlane *raw = (xieFloExportDrawablePlane *) ped->elemRaw; + eDrawPDefPtr dix = (eDrawPDefPtr) ped->elemPvt; + bandPtr bnd = &pet->receptor[SRCtag].band[0]; + BytePixel *src = (BytePixel*)GetCurrentSrc(flo,pet,bnd); + CARD32 pixtype, depth; + + if(src) { + if(!DrawableAndGC(flo,ped,raw->drawable,raw->gc,&dix->pDraw,&dix->pGC)) + return FALSE; + pixtype = (dix->pDraw->type == DRAWABLE_PIXMAP) ? XYPixmap : XYBitmap; + depth = (pixtype == XYBitmap) ? 1 : dix->pDraw->depth; + + do { +#if (BITMAP_BIT_ORDER != IMAGE_BYTE_ORDER) + { + meDrawPPtr ddx = (meDrawPPtr) pet->private; + BytePixel *op, *dst; + int nb = bnd->pitch * bnd->strip->length; + dst = op = AlterSrc(flo,pet,bnd->strip) ? src : ddx->buf; + + while (nb--) + *op++ = _ByteReverseTable[*src++]; + src = dst; + } +#endif + (*dix->pGC->ops->PutImage)(dix->pDraw, /* drawable */ + dix->pGC, /* gc */ + depth, /* depth */ + raw->dstX, /* drawable-x */ + raw->dstY+bnd->minLocal, /* drawable-y */ + bnd->format->width, /* width */ + bnd->strip->length, /* height */ + bnd->strip->bitOff, /* padding? */ + pixtype, /* data format */ + (char*)src /* data buffer */ + ); + } + while(src = (BytePixel*)GetSrc(flo,pet,bnd,bnd->maxLocal,KEEP)); + + /* make sure the scheduler knows how much src we used */ + FreeData(flo,pet,bnd,bnd->current); + } + return(TRUE); +} /* end ActivateEDrawP */ + +static int ActivateEDrawPTrans(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloExportDrawablePlane *raw = (xieFloExportDrawablePlane *) ped->elemRaw; + eDrawPDefPtr dix = (eDrawPDefPtr) ped->elemPvt; + bandPtr bnd = &pet->receptor[SRCtag].band[0]; + DrawablePtr draw; + GCPtr gc, scratch; + PixmapPtr bitmap; + BytePixel *src; + int oldstyle, newstyle = FillSolid; + XID gcvals[3]; + + src = (BytePixel*)GetSrc(flo,pet,bnd,bnd->minGlobal,FALSE); + if(src) { + if (!DrawableAndGC(flo,ped,raw->drawable,raw->gc,&dix->pDraw,&dix->pGC)) + return FALSE; + + draw = dix->pDraw; + gc = dix->pGC; + + /* + ** We use PushPixels with a solid fill to move the one bits onto the + ** screen. Alternatives include: + ** a) treat the bitmap as a stipple, set it up in a GC, and do a + ** simple FillRect with FillStippled. This has all the same + ** problems, plus some more. Notably its more difficult to + ** use ChangeGC to transiently save/restore stipples, and to + ** compute the stipple offsets. + ** b) another alternative is to change the incoming bitonal + ** image to run length and do a FillSpans. This also requires + ** either a scratch GC or transiently using the incoming GC. + ** It saves the extra bitmap creation and PutImage, but might + ** become grotesque when a dithered image comes rolling thru. + */ + + /* + ** Core X does not seem to provide an official interface to create + ** a pixmap header, or even to replace the data pointer. We can't + ** simply memcpy our data to it either, it might be on a separate + ** cpu/memory system, or even upside down. So we just use PutImage + ** to prepare our data. Sigh. On most cpu's, just explicitly + ** create a pixmap header yourself and call PushPixels directly. + ** Another optimization would be to use more lines at once. One + ** model for all this is miglblt.c + ** + ** Since we expect people may want to redo this routine, we have + ** left the pixmap and GC games local to this function rather than + ** spreading stuff out into private structures and initialize + ** and destroy routines. For instance, the bitmap and scratchGC + ** could be allocated once for the entire flow. + ** + ** For now we do 64 lines of bits at a time. We might come up + ** with a better estimate based on actual scanline length. We + ** need a function to call though to make this unkludgey. Using + ** NLINES as 64 may be bad if we get a very wide image. + ** + ** The current performance seems very bad, even doing a large + ** number of lines at a time. Haven't had time to investigate this. + */ + +#define NLINES 64 + + if (!(scratch = GetScratchGC(1, draw->pScreen))) + AllocError(flo,ped,return(FALSE)); + + + if (!(bitmap = (*draw->pScreen->CreatePixmap) (draw->pScreen, + bnd->format->width, NLINES, 1))) { + FreeScratchGC(scratch); + AllocError(flo,ped,return(FALSE)); + } + gcvals[0] = 1; + gcvals[1] = 0; + ChangeGC(scratch, GCForeground|GCBackground, gcvals); + + oldstyle = gc->fillStyle; + ChangeGC(gc, GCFillStyle, (XID *)&newstyle); + + do { + int iy, ny; +#if (BITMAP_BIT_ORDER != IMAGE_BYTE_ORDER) + { + meDrawPPtr ddx = (meDrawPPtr) pet->private; + BytePixel *op, *dst; + int nb = bnd->pitch * bnd->strip->length; + dst = op = AlterSrc(flo,pet,bnd->strip) ? src : ddx->buf; + + while (nb--) + *op++ = _ByteReverseTable[*src++]; + src = dst; + } +#endif + for (iy = 0 ; iy < bnd->strip->length; iy += ny) { + ny = bnd->strip->length - iy; + if (ny > NLINES) + ny = NLINES; + if ((scratch->serialNumber) != (bitmap->drawable.serialNumber)) + ValidateGC((DrawablePtr)bitmap, scratch); + (*scratch->ops->PutImage) ( + (DrawablePtr)bitmap, /* drawable bitmap */ + scratch, /* gc */ + 1, /* depth */ + 0, /* drawable-x */ + 0, /* drawable-y */ + bnd->format->width, /* width */ + ny, /* height */ + bnd->strip->bitOff, /* padding? */ + XYPixmap, /* data format */ + (char*)src /* data buffer */ + ); + if ((gc->serialNumber) != (draw->serialNumber)) + ValidateGC(draw, gc); + (*gc->ops->PushPixels) ( + gc, /* gc */ + bitmap, /* bitmap */ + draw, /* drawable */ + bnd->format->width, /* width */ + ny, /* height */ + raw->dstX+(gc->miTranslate?draw->x:0), /* dst X/Y */ + raw->dstY+(gc->miTranslate?draw->y:0)+bnd->current+iy + ); + src += bnd->pitch * ny; /* gack */ + } + } while(src = (BytePixel*)GetSrc(flo,pet,bnd,bnd->maxLocal,FALSE)) ; + + /* make sure the scheduler knows how much src we used */ + FreeData(flo,pet,bnd,bnd->current); + + ChangeGC(gc, GCFillStyle, (XID *)&oldstyle); + ValidateGC(draw, gc); + + (*draw->pScreen->DestroyPixmap) (bitmap); + FreeScratchGC(scratch); + } + + return(TRUE); +} /* end ActivateEDrawPTrans */ + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetEDrawP(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + meDrawPPtr ddx = (meDrawPPtr) ped->peTex->private; + + if(ddx->buf) ddx->buf = (BytePixel*)XieFree(ddx->buf); + + ResetReceptors(ped); + + return(TRUE); +} /* end ResetEDrawP */ + + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyEDrawP(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + if(ped->peTex) + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return(TRUE); +} /* end DestroyEDrawP */ + +/* end module medrawp.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/export/mefax.c b/xie/xc/programs/Xserver/XIE/mixie/export/mefax.c new file mode 100644 index 0000000..dbbad3e --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/export/mefax.c @@ -0,0 +1,614 @@ +/* $XConsortium: mefax.c,v 1.7 94/04/17 20:34:21 rws Exp $ */ +/**** module mefax.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mefax.c -- DDXIE prototype export photomap coded with one of + many FAX techiques (g31d,g32d,g42d,tiff2,packbits) + + Ben Fahy -- AGE Logic, Inc. Oct, 1993 + +*****************************************************************************/ + +#define _XIEC_MEPHOTO +#define _XIEC_EPHOTO + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include <../include/fax.h> /* XXX - ugh! */ +#include <../fax/fencode.h> /* XXX - even ugh-ier! */ +#include + +/* + * routines referenced by other DDXIE modules + */ +int CreateEPhotoFAX(); +int InitializeEPhotoFAX(); +int ActivateEPhotoFAX(); +int ResetEPhotoFAX(); +int DestroyEPhotoFAX(); + +int InitializeECPhotoFAX(); + +/* ECPhoto Create routines are shared */ +/* ECPhoto Activate routines are shared */ +/* ECPhoto Reset routines are shared */ +/* ECPhoto Destroy routines are shared */ + +/* + * routines used internal to this module + */ + +static int common_init(); +static int sub_fun(); +static void FreeFaxData(); +/* + * Local Declarations + */ + + +typedef struct _fax_encode_pvt { + int (*encodptr)(); /* function used to encode the data */ + FaxEncodeState state; /* holds all coding info for FAX dudes */ + int notify; /* relevant for ECPhoto only */ + int encoded_order; /* LSfirst or MSfirst */ + + xieTypEncodeTechnique encode_technique; + char *tech_params; /* scroll away technique information */ + + int height; /* image height, so we know when done */ + int strip_req_newbytes; + /* when we GetDstBytes, how much */ +} faxPvtRec, *faxPvtPtr; + +#define MaybeSwapOutput() \ + if (texpvt->encoded_order == xieValLSFirst) { \ + register int size=dbnd->maxLocal-dbnd->minLocal; \ + register unsigned char *ucp = dst; \ + while (size--) \ + { \ + *ucp = _ByteReverseTable[*ucp]; \ + ucp++; \ + } \ + } + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +int CreateEPhotoFAX(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return(MakePETex(flo, ped, sizeof(faxPvtRec), NO_SYNC, NO_SYNC)); +} /* end CreateEPhotoFAX */ +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +int InitializeEPhotoFAX(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ePhotoDefPtr pvt = (ePhotoDefPtr)ped->elemPvt; + + return( common_init(flo,ped,pvt->encodeParms,pvt->encodeNumber) ); +} +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +int InitializeECPhotoFAX(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloExportClientPhoto *raw = (xieFloExportClientPhoto *) ped->elemRaw; + peTexPtr pet = ped->peTex; + faxPvtPtr texpvt = (faxPvtPtr)pet->private; + ePhotoDefPtr pvt = (ePhotoDefPtr)ped->elemPvt; + + if( !common_init(flo,ped,pvt->encodeParms,pvt->encodeNumber) ) + return FALSE; + + texpvt->notify = raw->notify; + return TRUE; +} +/*------------------------------------------------------------------------ +------- lots of stuff shared between ECPhoto and EPhoto. . . ------------- +------------------------------------------------------------------------*/ +static int common_init(flo,ped,tec,encodeTechnique) +floDefPtr flo; +peDefPtr ped; +char *tec; +CARD16 encodeTechnique; +{ +peTexPtr pet = ped->peTex; +faxPvtPtr texpvt=(faxPvtPtr) pet->private; +formatPtr inf = pet->receptor[0].band[0].format; +FaxEncodeState *state = &texpvt->state; +int pbytes,max_lines_in; + +/* every time we run, reset this */ + bzero(texpvt,sizeof(faxPvtRec)); + +/* now save away protocol technique info */ + texpvt->encode_technique = encodeTechnique; + texpvt->tech_params = tec; + +/* we also need width */ + state->width = inf->width; + texpvt->height = inf->height; + +/* do technique-dependent initialization */ + switch(encodeTechnique) { + case xieValEncodeG31D: + { + G31DEncodePvt *epvt; + xieTecEncodeG31D *g31dtec = (xieTecEncodeG31D *)tec; + + state->goal = ENCODE_FAX_GOAL_StartNewLine; + state->radiometric = g31dtec->radiometric; + texpvt->encoded_order = g31dtec->encodedOrder; + + /* set up data private to this technique */ + epvt = (G31DEncodePvt *) XieMalloc(sizeof(G31DEncodePvt)); + bzero(epvt,sizeof(G31DEncodePvt)); + epvt->counts = (int *) XieMalloc((state->width+1) * sizeof(int)); + if (!epvt->counts) { + FreeFaxData(flo,ped); + AllocError(flo, ped, return(FALSE)); + } + epvt->align_eol = g31dtec->alignEol; + state->private = (pointer ) epvt; + + texpvt->encodptr = encode_g31d; + } + break; + case xieValEncodeG32D: + { + G32DEncodePvt *epvt; + xieTecEncodeG32D *g32dtec = (xieTecEncodeG32D *)tec; + + state->goal = ENCODE_FAX_GOAL_StartNewLine; + state->radiometric = g32dtec->radiometric; + texpvt->encoded_order = g32dtec->encodedOrder; + + /* set up data private to this technique */ + epvt = (G32DEncodePvt *) XieMalloc(sizeof(G32DEncodePvt)); + bzero(epvt,sizeof(G32DEncodePvt)); + epvt->counts = (int *) XieMalloc((state->width+1) * sizeof(int)); + epvt->above = (int *) XieMalloc((state->width+1) * sizeof(int)); + if (!epvt->counts || !epvt->above) { + FreeFaxData(flo,ped); + AllocError(flo, ped, return(FALSE)); + } + epvt->k = g32dtec->kFactor; + epvt->align_eol = g32dtec->alignEol; + epvt->uncompressed = g32dtec->uncompressed; + state->private = (pointer ) epvt; + } + texpvt->encodptr = encode_g32d; + break; + case xieValEncodeG42D: + { + G42DEncodePvt *epvt; + xieTecEncodeG42D *g42dtec = (xieTecEncodeG42D *)tec; + + state->goal = ENCODE_FAX_GOAL_StartNewLine; + texpvt->encoded_order = g42dtec->encodedOrder; + state->radiometric = g42dtec->radiometric; + + /* set up data private to this technique */ + epvt = (G42DEncodePvt *) XieMalloc(sizeof(G42DEncodePvt)); + bzero(epvt,sizeof(G42DEncodePvt)); + epvt->counts = (int *) XieMalloc((state->width+1) * sizeof(int)); + epvt->above = (int *) XieMalloc((state->width+1) * sizeof(int)); + if (!epvt->counts || !epvt->above) { + FreeFaxData(flo,ped); + AllocError(flo, ped, return(FALSE)); + } + /* for G4, initialize imaginary line to "all white" */ + epvt->counts[0] = state->width; + epvt->nvals = 1; + + epvt->uncompressed = ((xieTecEncodeG42D *)tec)->uncompressed; + epvt->really_g4 = 1; + state->private = (pointer ) epvt; + } + texpvt->encodptr = encode_g32d; + break; + case xieValEncodeTIFF2: + { + Tiff2EncodePvt *epvt; + xieTecEncodeTIFF2 *tiff2tec = (xieTecEncodeTIFF2 *)tec; + + state->goal = ENCODE_FAX_GOAL_StartNewLine; + state->radiometric = tiff2tec->radiometric; + texpvt->encoded_order = tiff2tec->encodedOrder; + + /* set up data private to this technique */ + epvt = (Tiff2EncodePvt *) XieMalloc(sizeof(Tiff2EncodePvt)); + bzero(epvt,sizeof(Tiff2EncodePvt)); + epvt->counts = (int *) XieMalloc((state->width+1) * sizeof(int)); + if (!epvt->counts) { + FreeFaxData(flo,ped); + AllocError(flo, ped, return(FALSE)); + } + state->private = (pointer ) epvt; + } + texpvt->encodptr = encode_tiff2; + break; + case xieValEncodeTIFFPackBits: + { + PackBitsEncodePvt *epvt; + xieTecEncodeTIFFPackBits *tiffpbtec = (xieTecEncodeTIFFPackBits *)tec; + + state->goal = ENCODE_FAX_GOAL_StartNewLine; + state->width = 8 * ((state->width + 7)/8); + /* packbits assumes lines are padded to an even byte */ + + texpvt->encoded_order = tiffpbtec->encodedOrder; + + /* set up data private to this technique */ + epvt = (PackBitsEncodePvt *) XieMalloc(sizeof(PackBitsEncodePvt)); + bzero(epvt,sizeof(PackBitsEncodePvt)); + epvt->values = (int *) XieMalloc((state->width) * sizeof(int)); + epvt->counts = (int *) XieMalloc((state->width) * sizeof(int)); + if (!epvt->counts || !epvt->values) { + FreeFaxData(flo,ped); + AllocError(flo, ped, return(FALSE)); + } + state->private = (pointer ) epvt; + } + texpvt->encodptr = encode_tiffpb; + break; + default: + ImplementationError(flo,ped, return(FALSE)); + } + + /* size of first output strip */ + texpvt->strip_req_newbytes = flo->floTex->stripSize; + state->strip_state = StripStateNew; + +/* calculate size of the input strip data map we will need */ + pbytes = (inf->pitch + 7) >> 3; + max_lines_in = flo->floTex->stripSize / pbytes; + + if (!max_lines_in) + max_lines_in = 1; /* in case a line was bigger than std stripsize */ + + return(InitReceptors(flo, ped, max_lines_in, 1) && + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); + +} /* end common_init() */ +/*------------------------------------------------------------------------ +----------------------------- free some data ---------------------------- +------------------------------------------------------------------------*/ +static void FreeFaxData(flo,ped) +floDefPtr flo; +peDefPtr ped; +{ +peTexPtr pet = ped->peTex; +faxPvtPtr texpvt=(faxPvtPtr) pet->private; +FaxEncodeState *state = &texpvt->state; + + switch(texpvt->encode_technique) { + case xieValEncodeG31D: + { + G31DEncodePvt *epvt = (G31DEncodePvt *) state->private; + if (epvt) { + if (epvt->counts) + XieFree(epvt->counts); + XieFree(epvt); + } + } + break; + case xieValEncodeG32D: + case xieValEncodeG42D: + { + G32DEncodePvt *epvt = (G32DEncodePvt *) state->private; + if (epvt) { + if (epvt->counts) XieFree(epvt->counts); + if (epvt->above) XieFree(epvt->above); + XieFree(epvt); + } + } + break; + case xieValEncodeTIFF2: + { + Tiff2EncodePvt *epvt = (Tiff2EncodePvt *) state->private; + if (epvt) { + if (epvt->counts) + XieFree(epvt->counts); + XieFree(epvt); + } + } + break; + case xieValEncodeTIFFPackBits: + { + PackBitsEncodePvt *epvt = (PackBitsEncodePvt *) state->private; + if (epvt) { + if (epvt->counts) XieFree(epvt->counts); + if (epvt->values) XieFree(epvt->values); + XieFree(epvt); + } + } + break; + default: + break; + } +} +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +int ActivateEPhotoFAX(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + receptorPtr rcp = pet->receptor; + bandPtr sbnd = &rcp->band[0]; + bandPtr dbnd = &pet->emitter[0]; + faxPvtPtr texpvt=(faxPvtPtr) pet->private; + FaxEncodeState *state = &texpvt->state; + int was_ready, status; + + if (texpvt->notify) + was_ready = ped->outFlo.ready & 1; + + status = sub_fun(flo,ped,pet,texpvt,state,sbnd,dbnd); + + if(texpvt->notify && ~was_ready & ped->outFlo.ready & 1 && + (texpvt->notify==xieValNewData || + texpvt->notify==xieValFirstData && !ped->outFlo.output[0].flink->start)) + SendExportAvailableEvent(flo,ped,0,0,0,0); + + return( status ); +} + +/*------------------------------------------------------------------------ +-------------------- *really* crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int sub_fun(flo,ped,pet,texpvt,state,sbnd,dbnd) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; + faxPvtPtr texpvt; + FaxEncodeState *state; + bandPtr sbnd,dbnd; +{ +BytePixel *src,*dst; +int lines_coded; +int nl_mappable; + +/*** This program can exit the while(dst) loop because: + + 1) no new dst is available. This would only be because the + scheduler wants to activate somebody else. + + 2) We can't get (map) a new input strip. Maybe it's not available + because our data is coming from the client. We want to return + so we can get some. + + 3) we finished encoding all requested lines. + + 4) we notice an error. + + Now, the scheduler will always keep calling us as long as + we either have input data or final isn't set. We only set + final when we have used all input data and flushed all + output data. So there is no way for us to exit without + coming back properly. +***/ + + src = GetCurrentSrc(flo,pet,sbnd); + + if (dbnd->final) { + /* be forgiving if extra data gets passed to us */ + FreeData(flo,pet,sbnd,sbnd->maxGlobal); + return(TRUE); + } + while (dst = (BytePixel*)GetDstBytes(flo,pet,dbnd,dbnd->current, + texpvt->strip_req_newbytes,KEEP)) { + + if (!state->strip) { + state->strip = dst; + state->strip_size = dbnd->maxLocal - dbnd->current; + state->strip_state = StripStateNew; + } + nl_mappable = sbnd->maxLocal - sbnd->current; + if (nl_mappable + sbnd->current > texpvt->height) + nl_mappable = texpvt->height - sbnd->current; + + if (!MapData(flo,pet,sbnd,0,sbnd->current,nl_mappable,FLUSH)) { + FreeData(flo,pet,sbnd,sbnd->maxLocal); + return(TRUE); /* need another input strip */ + } + + state->i_lines = (char **)sbnd->dataMap; + state->nl_tocode = nl_mappable; + + lines_coded = (*(texpvt->encodptr))(state); + if (lines_coded < 0 || state->encoder_done > FAX_ENCODE_DONE_OK) { + /* coding error. But we should be able to *en*code anything! */ + ImplementationError(flo,ped, return(FALSE)); + } + state->i_line += lines_coded; + sbnd->current = state->i_line; + + if (state->i_line >= texpvt->height) { + /* We're all done! */ + + if (state->bits.bitpos) { + /* we need to make sure the stager gets flushed */ + unsigned char *byteptr= state->bits.byteptr; + + if (state->bits.endptr > byteptr) { + /* there is room in this strip for the stager */ + *byteptr = state->stager >> 24; + } + else { + /* woe is us. Stager won't fit in current output strip */ + MaybeSwapOutput(); + PutData(flo,pet,dbnd,dbnd->maxGlobal); + /* flush current strip */ + /* ask for one more strip of length 1 */ + dst = (BytePixel*)GetDstBytes(flo,pet, + dbnd,dbnd->current,1,KEEP); + *dst = state->stager >> 24; + } + state->bits.byteptr++; + } + /* however we got here, we now have one strip to flush, + which contains all the remaining encoded data. + */ + TruncateStrip(dbnd, + dbnd->minLocal + state->bits.byteptr - state->strip); + SetBandFinal(dbnd); + MaybeSwapOutput(); + PutData(flo,pet,dbnd,dbnd->maxGlobal); + FreeData(flo,pet,sbnd,sbnd->maxGlobal); + return(TRUE); + } + + if (state->magic_needs) { + /* encoder needs a new output strip */ + if (state->strip_state != StripStateDone) + ImplementationError(flo,ped, return(FALSE)); + + MaybeSwapOutput(); + PutData(flo,pet,dbnd,dbnd->maxGlobal); + /* I presume this will increment dbnd->current */ + + state->strip = 0; + continue; + } + + } /* end of while (GetDstBytes) */ + + return(TRUE); +} /* end ActivateEPhotoFAX */ +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +int ResetEPhotoFAX(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + faxPvtPtr texpvt=(faxPvtPtr) ped->peTex->private; + + if (texpvt) FreeFaxData(flo,ped); + + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetEPhotoFAX */ + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +int DestroyEPhotoFAX(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return(TRUE); +} /* end DestroyEPhotoFAX */ +/* end module mefax.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/export/mejpeg.c b/xie/xc/programs/Xserver/XIE/mixie/export/mejpeg.c new file mode 100644 index 0000000..761e676 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/export/mejpeg.c @@ -0,0 +1,641 @@ +/* $XConsortium: mejpeg.c,v 1.5 94/04/17 20:34:21 rws Exp $ */ +/**** module mejpeg.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mejpeg.c -- DDXIE prototype export photomap coded ala JPEG element + + Ben Fahy -- AGE Logic, Inc. Oct, 1993 + +*****************************************************************************/ + +#define _XIEC_MEPHOTO +#define _XIEC_EPHOTO +#define _XIEC_ECPHOTO + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include <../include/jpeg.h> /* XXX - ugh! */ + + +/* + * routines referenced by other DDXIE modules + */ +int CreateEPhotoJPEGBaseline(); +int InitializeEPhotoJPEGBaseline(); +int ActivateEPhotoJPEGBaseline(); +int ResetEPhotoJPEGBaseline(); +int DestroyEPhotoJPEGBaseline(); + +/* Create routines are shared */ +int InitializeECPhotoJPEGBaseline(); +/* Activate routines are shared */ +/* Reset routines are shared */ +/* Destroy routines are shared */ + +/* + * routines used internal to this module + */ + +/* + * Local Declarations + */ + +static int sub_fun(); +static int common_init(); + +static int FlushJpegEncodeData(); +typedef struct _jpeg_encode_pvt { + int (*encodptr)(); /* function used to encode the data */ + + xieTypDataClass class; /* SingleBand or TripleBand */ + int out_bands; /* should be 1 if interleaved */ + int in_bands; /* should be 3 if TripleBand */ + int colors_smushed; /* TripleBand BandByPixel */ + int swizzle; /* true to reverse band order */ + int notify; /* relevant for ECPhoto only */ + /* the following are used by the JPEG private routines */ + struct Compress_methods_struct c_methods; + struct External_methods_struct e_methods; + + /* these things hold state. may need one for each band */ + JpegEncodeState state[3]; + struct Compress_info_struct cinfo[3]; + unsigned char output_buffer[3][JPEG_BUF_SIZE]; +} jpegPvtRec, *jpegPvtPtr; + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +int CreateEPhotoJPEGBaseline(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return(MakePETex(flo, ped, sizeof(jpegPvtRec), NO_SYNC, NO_SYNC)); +} /* end CreateEPhotoJPEGBaseline */ +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +int InitializeEPhotoJPEGBaseline(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ePhotoDefPtr pvt = (ePhotoDefPtr)ped->elemPvt; + + return( common_init(flo,ped,pvt->encodeParms,pvt->encodeNumber) ); +} +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +int InitializeECPhotoJPEGBaseline(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ePhotoDefPtr pvt = (ePhotoDefPtr)ped->elemPvt; + peTexPtr pet = ped->peTex; + jpegPvtPtr texpvt=(jpegPvtPtr) pet->private; + + if(!common_init(flo,ped,pvt->encodeParms,pvt->encodeNumber)) { + if(ferrCode(flo)) + return(FALSE); + else + TechniqueError(flo,ped,xieValEncode, + ((xieFloExportClientPhoto*)ped->elemRaw)->encodeTechnique, + ((xieFloExportClientPhoto*)ped->elemRaw)->lenParams, + return(FALSE)); + } + texpvt->notify = ((xieFloExportClientPhoto *)ped->elemRaw)->notify; + return(TRUE); +} +/*------------------------------------------------------------------------ +------- lots of stuff shared between ECPhoto and EPhoto. . . ------------- +------------------------------------------------------------------------*/ +static int common_init(flo,ped,tec,encodeTechnique) + floDefPtr flo; + peDefPtr ped; + xieTecEncodeJPEGBaseline *tec; + CARD16 encodeTechnique; +{ + peTexPtr pet = ped->peTex; + eTecEncodeJPEGBaselineDefPtr pedpvt=(eTecEncodeJPEGBaselineDefPtr) + ped->techPvt; + jpegPvtPtr texpvt=(jpegPvtPtr) pet->private; + int out_bands = ped->outFlo.bands; /* # of output bands */ + int in_bands = ped->inFloLst[SRCtag].bands; /* # of input bands */ + formatPtr inf = pet->receptor[0].band[0].format; + compress_info_ptr cinfo; + int pbytes,max_lines_in,b; + + /* every time we run, reset this */ + bzero(texpvt,sizeof(jpegPvtRec)); + + /* squirrel away # of bands and class output, class of input */ + texpvt->in_bands = in_bands; + texpvt->out_bands = out_bands; + texpvt->class = (in_bands == 3)? xieValTripleBand : xieValSingleBand; + texpvt->colors_smushed = 0; + + /* note: we assume dixie side has set up the in/out #bands properly */ + if (in_bands == 1) + texpvt->encodptr = encode_jpeg_lossy_gray; + /* JPEG will be coding grayscale */ + + else { + /* if interleave is BandByPlane, do gray, one band at a time. + * otherwise, do color, three bands at a time. + */ + if (in_bands == out_bands) { /* interleaving BandByPlane */ + texpvt->encodptr = encode_jpeg_lossy_gray; + /* JPEG will code each band individually */ + } + else { /* BandByPixel, do all 3 bands at once */ + texpvt->encodptr = encode_jpeg_lossy_color; + texpvt->colors_smushed = 1; + /* JPEG will code all bands simultaneously */ + } + } + ped->peTex->bandSync = in_bands != out_bands; + texpvt->swizzle = tec->bandOrder == xieValMSFirst; + + /* now deal with stuff on per-band basis */ + for (b=0; b < out_bands; ++b) { + JpegEncodeState *state = &(texpvt->state[b]); + + state->width = inf->width; + state->height = inf->height; + state->n_bands = texpvt->colors_smushed ? 3 : 1; + /* this is how many bands the encoder looks at. If the image is */ + /* TripleBand-BandByPixel, 3. If BandByPlane or SingleBand, 1 */ + + state->c_methods = &texpvt->c_methods; + state->e_methods = &texpvt->e_methods; + + state->lenQtable = tec->lenQtable; + state->lenACtable = tec->lenACtable; + state->lenDCtable = tec->lenDCtable; + state->Qtable = pedpvt->q; + state->ACtable = pedpvt->a; + state->DCtable = pedpvt->d; + + state->goal = JPEG_ENCODE_GOAL_Startup; + state->needs_input_strip = 1; + + cinfo = state->cinfo = &texpvt->cinfo[b]; + if(JC_INIT(cinfo,state->c_methods,state->e_methods) != 0) + return(FALSE); + + cinfo->jpeg_buf_size = JPEG_BUF_SIZE; + cinfo->output_buffer = (char *) texpvt->output_buffer[b]; + state->jpeg_output_buffer = texpvt->output_buffer[b]; + + /* size of first output strip */ + state->strip_req_newbytes = flo->floTex->stripSize; + + if(texpvt->colors_smushed) { + int j; + for(j = 0; j < xieValMaxBands; ++j) { + state->h_sample[j] = tec->horizontalSamples[j]; + state->v_sample[j] = tec->verticalSamples[j]; + } + } + } + /* calculate size of the input strip data map we will need */ + pbytes = (inf->pitch + 7) >> 3; + max_lines_in = flo->floTex->stripSize / pbytes; + + if (!max_lines_in) + max_lines_in = 1; /* in case a line was bigger than std stripsize */ + + return(InitReceptors(flo, ped, max_lines_in, 1) && + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); + +} /* end common_init() */ + + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +int ActivateEPhotoJPEGBaseline(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + receptorPtr rcp = pet->receptor; + bandPtr sbnd = &rcp->band[0]; /* "red" (or gray) input */ + bandPtr sbnd1 = &rcp->band[1]; /* optional "green" */ + bandPtr sbnd2 = &rcp->band[2]; /* optional "blue" */ + bandPtr dbnd = &pet->emitter[0]; + jpegPvtPtr texpvt=(jpegPvtPtr) pet->private; + int b, d, was_ready = 0, status; + + /* if the class of the src is SingleBand, we call sub_fun for band 0 */ + /* if the class of the src is TripleBand and the interleave is */ + /* BandByPlane, we call sub_fun 3 times, once for each band */ + /* if the class of the src is TripleBand, interleave BandByPixel, we */ + /* call subfun once, supplying it all three source bands */ + + if (texpvt->class == xieValSingleBand) { + JpegEncodeState *state = &(texpvt->state[0]); + + if (texpvt->notify) { + was_ready = ped->outFlo.ready; + } + + status = sub_fun(flo,ped,pet,texpvt,state,sbnd,dbnd,NULL,NULL); + + if(texpvt->notify && ~was_ready & ped->outFlo.ready & 1 && + (texpvt->notify == xieValNewData || + texpvt->notify == xieValFirstData && + !ped->outFlo.output[0].flink->start)) + SendExportAvailableEvent(flo,ped,0,0,0,0); + + return( status ); + } + + /* TripleBand */ + if (texpvt->colors_smushed) { /* BandByPixel */ + JpegEncodeState *state = &(texpvt->state[0]); + + if (texpvt->notify) { + was_ready = ped->outFlo.ready & 1; + } + if(texpvt->swizzle) + status = sub_fun(flo,ped,pet,texpvt,state,sbnd2,dbnd,sbnd1,sbnd); + else + status = sub_fun(flo,ped,pet,texpvt,state,sbnd,dbnd,sbnd1,sbnd2); + + if(texpvt->notify && ~was_ready & ped->outFlo.ready & 1 && + (texpvt->notify == xieValNewData || + texpvt->notify == xieValFirstData && + !ped->outFlo.output[0].flink->start)) + SendExportAvailableEvent(flo,ped,0,0,0,0); + + return( status ); + } + + /* TripleBand, BandByPlane */ + for(b = 0; b < xieValMaxBands; ++b) { + JpegEncodeState *state = &(texpvt->state[b]); + d = texpvt->swizzle ? xieValMaxBands - b - 1 : b; + sbnd = &rcp->band[b]; /* do each band independently */ + dbnd = &pet->emitter[d]; + + if (texpvt->notify) { + was_ready = ped->outFlo.ready & 1<notify && ~was_ready & ped->outFlo.ready & 1<notify == xieValNewData || + texpvt->notify == xieValFirstData && + !ped->outFlo.output[d].flink->start)) + SendExportAvailableEvent(flo,ped,d,0,0,0); + + if (status == FALSE) + return( status ); + } + return(TRUE); +} +/*------------------------------------------------------------------------ +-------------------- *really* crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int sub_fun(flo,ped,pet,texpvt,state,sbnd,dbnd,sbnd1,sbnd2) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; + jpegPvtPtr texpvt; + JpegEncodeState *state; + bandPtr sbnd,sbnd1,sbnd2,dbnd; +{ +BytePixel *dst; +int status; + +/*** This program can return due to the following reasons: + + 1) we have provided all the data an input strip has to the + encoder, and we are not at the end of the image. In this + case we can expect to return when more data comes. + + 2) We try to get another Destination strip, but GetDst + turns us down because the scheduler wants to activate + somebody else. Since we haven't set final yet, we + are ok. + + 3) after encoding, we notice the state is Done and there + is no data left to flush. We set final and return. + + 4) we finish flushing all of our data, and notice state + is Done. We set final and return. + + 5) we notice an error. + + Now, the scheduler will always keep calling us as long as + we either have input data or final isn't set. We only set + final when we have used all input data and flushed all + output data. So there is no way for us to exit without + coming back properly. +***/ + + (void) GetCurrentSrc(flo,pet,sbnd); + if (dbnd->final) { + /* be forgiving if extra data gets passed to us */ + FreeData(flo,pet,sbnd,sbnd->maxGlobal); + return(TRUE); + } + while (dst = (BytePixel*)GetDstBytes(flo,pet,dbnd,dbnd->current, + state->strip_req_newbytes,FLUSH)) { + if (state->flush_output) { + + status = FlushJpegEncodeData(dbnd,dst,state); + /* write as much as we can to output strip. This */ + /* also updates state->i_line and state->nl_coded. */ + + if (status == JPEG_FLUSH_FlushedAll) { + state->strip_req_newbytes = dbnd->maxLocal - dbnd->current; + state->cinfo->bytes_in_buffer = 0; + if (state->goal == JPEG_ENCODE_GOAL_Done) { + /* we're done and nothing to flush, so let's wrap up */ + SetBandFinal(dbnd); + PutData(flo,pet,dbnd,dbnd->maxGlobal); + FreeData(flo,pet,sbnd,sbnd->maxGlobal); + if (sbnd1) { + FreeData(flo,pet,sbnd1,sbnd1->maxGlobal); + FreeData(flo,pet,sbnd2,sbnd2->maxGlobal); + } + return(TRUE); + } + continue; + /* go around loop again. Get another dst */ + /* (if needed) and encode some more */ + } + else if (status == JPEG_FLUSH_FlushedPart) { + /* go get another Destination strip */ + state->strip_req_newbytes = flo->floTex->stripSize; + PutData(flo,pet,dbnd,dbnd->current); + continue; + } + else + ImplementationError(flo,ped, return(FALSE)); + + } /* end of if flush */ + else { + state->nl_tocode = 0; + if (state->i_line < state->height) { + + /* haven't reached the end of the image yet */ + int nl_mappable = sbnd->maxLocal - sbnd->current; + + if (sbnd->current != state->i_line) + OperatorError(flo,ped,123,return(FALSE)) ; + + if (!MapData(flo,pet,sbnd,0,sbnd->current,nl_mappable,FLUSH)) { + FreeData(flo,pet,sbnd,sbnd->maxLocal); + if (sbnd1) { + FreeData(flo,pet,sbnd1,sbnd1->maxLocal); + FreeData(flo,pet,sbnd2,sbnd2->maxLocal); + } + return(TRUE); /* need another input strip */ + } + + state->i_lines[0] = (unsigned char **)sbnd->dataMap; + state->nl_tocode = sbnd->maxLocal - sbnd->current; + + if (sbnd1) { + + if (!MapData(flo,pet,sbnd1,0,sbnd1->current,nl_mappable,FLUSH)) { + FreeData(flo,pet,sbnd,sbnd->maxLocal); + FreeData(flo,pet,sbnd1,sbnd1->maxLocal); + FreeData(flo,pet,sbnd2,sbnd2->maxLocal); + return(TRUE); /* need another input strip */ + } + state->i_lines[1] = (unsigned char **)sbnd1->dataMap; + + if (!MapData(flo,pet,sbnd2,0,sbnd2->current,nl_mappable,FLUSH)) { + FreeData(flo,pet,sbnd,sbnd->maxLocal); + FreeData(flo,pet,sbnd1,sbnd1->maxLocal); + FreeData(flo,pet,sbnd2,sbnd2->maxLocal); + return(TRUE); /* need another input strip */ + } + state->i_lines[2] = (unsigned char **)sbnd2->dataMap; + } + } /* end of if (state->i_line < state->height) */ + + if (state->cinfo->bytes_in_buffer) { + /* this should not be possible if the flushing code is working */ + ImplementationError(flo,ped, return(FALSE)); + } + if ( (*(texpvt->encodptr))(state) < 0 ) + ImplementationError(flo,ped, return(FALSE)); + /* coding error. We should be able to encode anything! */ + + sbnd->current = state->i_line; + if (sbnd1) + sbnd1->current = sbnd2->current = state->i_line; + + if (state->flush_output) { + /* encoder wants us to flush its buffer before we call */ + /* it again. record position of where to start flushing */ + + state->jpeg_output_bpos = (unsigned char *) + state->cinfo->output_buffer; + continue; + } + if (state->goal == JPEG_ENCODE_GOAL_Done) { + /* we're done and nothing to flush, so let's wrap up */ + SetBandFinal(dbnd); + PutData(flo,pet,dbnd,dbnd->maxGlobal); + FreeData(flo,pet,sbnd,sbnd->maxGlobal); + if (sbnd1) { + FreeData(flo,pet,sbnd1,sbnd1->maxGlobal); + FreeData(flo,pet,sbnd2,sbnd2->maxGlobal); + } + return(TRUE); + } + if (!state->nl_tocode) { + /* we have no input left */ + if (state->i_line < state->height) { + /* need another input strip */ + FreeData(flo,pet,sbnd,sbnd->current); + if (sbnd1) { + FreeData(flo,pet,sbnd1,sbnd1->current); + FreeData(flo,pet,sbnd2,sbnd2->current); + } + return(TRUE); + } + else + state->goal = JPEG_ENCODE_GOAL_EndFrame; + } + + } /* end of else !flush */ + + } /* end of while (GetDstBytes) */ + + return(TRUE); +} /* end ActivateEPhotoJPEGBaseline */ +/*------------------------------------------------------------------------ +------------------- flush JPEG buffer to output strip ------------------- +------------------------------------------------------------------------*/ +static int FlushJpegEncodeData(dbnd,dst,state) +bandPtr dbnd; +register unsigned char *dst; +JpegEncodeState *state; +{ +register unsigned char *jpeg_odata = state->jpeg_output_bpos; +int bytes_left_in_strip; +register int i,max_can_do; + + bytes_left_in_strip = dbnd->maxLocal - dbnd->current; + /* dbnd->current is the offset from start of strip, */ + /* so it represents the number of bytes used */ + max_can_do = (bytes_left_in_strip > state->flush_output)? + state->flush_output : bytes_left_in_strip; + + for (i=0; icurrent += max_can_do; + state->flush_output -= max_can_do; + state->jpeg_output_bpos += max_can_do; + + if (state->flush_output) + return(JPEG_FLUSH_FlushedPart); + else + return(JPEG_FLUSH_FlushedAll); +} +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +int ResetEPhotoJPEGBaseline(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetReceptors(ped); + ResetEmitter(ped); + + /* get rid of the any data malloc'd by JPEG encoder + */ + if(ped->peTex) { + jpegPvtPtr texpvt = (jpegPvtPtr) ped->peTex->private; + int b; + + /* JPEG code has its own global free routine + */ + for (b=0; bin_bands; ++b) { + if(texpvt->cinfo[b].emethods && texpvt->cinfo[b].emethods->c_free_all) + (*texpvt->cinfo[b].emethods->c_free_all)(& texpvt->cinfo[b]); + } + } + return(TRUE); +} /* end ResetEPhotoJPEGBaseline */ + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +int DestroyEPhotoJPEGBaseline(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return(TRUE); +} /* end DestroyEPhotoJPEGBaseline */ +/* end module mejpeg.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/export/melut.c b/xie/xc/programs/Xserver/XIE/mixie/export/melut.c new file mode 100644 index 0000000..c261382 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/export/melut.c @@ -0,0 +1,237 @@ +/* $XConsortium: melut.c,v 1.5 94/04/17 20:34:22 rws Exp $ */ +/**** module melut.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + melut.c -- DDXIE prototype export lut element + + Larry Hare -- AGE Logic, Inc. June, 1993 + +*****************************************************************************/ + +#define _XIEC_MELUT +#define _XIEC_ELUT + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeELUT(); + +/* + * routines used internal to this module + */ +static int CreateELUT(); +static int InitializeELUT(); +static int ActivateELUT(); +static int ResetELUT(); +static int DestroyELUT(); + +/* + * DDXIE ExportLUT entry points + */ +static ddElemVecRec ELUTVec = { + CreateELUT, + InitializeELUT, + ActivateELUT, + (xieIntProc)NULL, + ResetELUT, + DestroyELUT + }; + + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeELUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = ELUTVec; + + return(TRUE); +} /* end miAnalyzeELUT */ + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateELUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the lut element definition */ + return(MakePETex(flo, ped, NO_PRIVATE, NO_SYNC, NO_SYNC)); +} /* end CreateELUT */ + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeELUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + return InitReceptors(flo,ped,NO_DATAMAP,1) && + InitEmitter(flo,ped,NO_DATAMAP,NO_INPLACE); +} /* end InitializeELUT */ + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateELUT(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + receptorPtr rcp = pet->receptor; + CARD32 bands = rcp->inFlo->bands; + bandPtr sbnd = &rcp->band[0]; + bandPtr dbnd = &pet->emitter[0]; + CARD32 b; + + for(b = 0; b < bands; ++sbnd, ++dbnd, ++b) { + + /* get pointer to the initial src data (i.e. beginning of strip) + */ + if(GetCurrentSrc(flo,pet,sbnd)) { + + /* LUT only has 1 strip per band + */ + if(!PassStrip(flo,pet,dbnd,sbnd->strip)) + return(FALSE); + + /* free the amount of src strip(s) we've used + */ + FreeData(flo,pet,sbnd,sbnd->maxLocal); + } + } + return(TRUE); +} /* end ActivateELUT */ + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetELUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetELUT */ + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyELUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return(TRUE); +} /* end DestroyELUT */ + +/* end module melut.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/export/mephoto.c b/xie/xc/programs/Xserver/XIE/mixie/export/mephoto.c new file mode 100644 index 0000000..5abde19 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/export/mephoto.c @@ -0,0 +1,805 @@ +/* $XConsortium: mephoto.c,v 1.7 94/04/17 20:34:23 dpw Exp $ */ +/**** module mephoto.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mephoto.c -- DDXIE prototype export photomap element + + Robert NC Shelley -- AGE Logic, Inc. June, 1993 + Dean && Ben - various additions to handle different techniques + +*****************************************************************************/ + +#define _XIEC_MEPHOTO +#define _XIEC_EPHOTO + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include +#include + + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeEPhoto(); + +/* + * routines used internal to this module + */ +static int CreateEPhotoUncom(); +static int InitializeEPhotoBypass(); +static int InitializeEPhotoUncomByPlane(); +static int ActivateEPhotoUncomByPlane(); +static int ResetEPhoto(); +static int DestroyEPhoto(); + +#if XIE_FULL +static int InitializeEPhotoUncomByPixel(); +static int ActivateEPhotoUncomByPixel(); +#endif /* XIE_FULL */ + + +/* + * routines we need from somewhere else + */ + +extern int CreateEPhotoJPEGBaseline(); +extern int InitializeEPhotoJPEGBaseline(); +extern int ActivateEPhotoJPEGBaseline(); +extern int ResetEPhotoJPEGBaseline(); +extern int DestroyEPhotoJPEGBaseline(); + +extern int CreateEPhotoFAX(); +extern int InitializeEPhotoFAX(); +extern int ActivateEPhotoFAX(); +extern int ResetEPhotoFAX(); +extern int DestroyEPhotoFAX(); + +/* + * DDXIE ExportPhotomap entry points + */ +static ddElemVecRec EPhotoBypassVec = { + CreateEPhotoUncom, + InitializeEPhotoBypass, + (xieIntProc)NULL, + (xieIntProc)NULL, + ResetEPhoto, + DestroyEPhoto + }; + +static ddElemVecRec EPhotoUncomByPlaneVec = { + CreateEPhotoUncom, + InitializeEPhotoUncomByPlane, + ActivateEPhotoUncomByPlane, + (xieIntProc)NULL, + ResetEPhoto, + DestroyEPhoto + }; + +static ddElemVecRec EPhotoFAXVec = { + CreateEPhotoFAX, + InitializeEPhotoFAX, + ActivateEPhotoFAX, + (xieIntProc)NULL, + ResetEPhotoFAX, + DestroyEPhotoFAX + }; + +#if XIE_FULL +static ddElemVecRec EPhotoUncomByPixelVec = { + CreateEPhotoUncom, + InitializeEPhotoUncomByPixel, + ActivateEPhotoUncomByPixel, + (xieIntProc)NULL, + ResetEPhoto, + DestroyEPhoto + }; + +static ddElemVecRec EPhotoJPEGBaselineVec = { + CreateEPhotoJPEGBaseline, + InitializeEPhotoJPEGBaseline, + ActivateEPhotoJPEGBaseline, + (xieIntProc)NULL, + ResetEPhotoJPEGBaseline, + DestroyEPhotoJPEGBaseline + }; +#endif /* XIE_FULL */ + + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeEPhoto(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ePhotoDefPtr pvt = (ePhotoDefPtr)ped->elemPvt; + + if(pvt->congress) { + ped->ddVec = EPhotoBypassVec; + return(TRUE); + } + switch(pvt->encodeNumber) { + + case xieValEncodeUncompressedSingle: + ped->ddVec = EPhotoUncomByPlaneVec; + break; + + case xieValEncodeG31D: + case xieValEncodeG32D: + case xieValEncodeG42D: + case xieValEncodeTIFF2: + case xieValEncodeTIFFPackBits: + ped->ddVec = EPhotoFAXVec; + break; + +#if XIE_FULL + case xieValEncodeUncompressedTriple: + { + xieTecEncodeUncompressedTriple *tecParms = + (xieTecEncodeUncompressedTriple *)pvt->encodeParms; + if(tecParms->interleave == xieValBandByPlane) + ped->ddVec = EPhotoUncomByPlaneVec; + else + ped->ddVec = EPhotoUncomByPixelVec; + } + break; + case xieValEncodeJPEGBaseline: + { /*** JPEG for SI can only handle 8 bit image depths ***/ + inFloPtr inf = &ped->inFloLst[IMPORT]; + outFloPtr src = &inf->srcDef->outFlo; + int b; + for (b=0; b< src->bands; ++b) + if(src->format[b].depth != 8) { + xieFloExportPhotomap *raw = (xieFloExportPhotomap *)ped->elemRaw; + + TechniqueError(flo, ped, xieValEncode, + raw->encodeTechnique, raw->lenParams, return(FALSE)); + } + } + ped->ddVec = EPhotoJPEGBaselineVec; + break; + case xieValEncodeJPEGLossless: +#endif /* XIE_FULL */ + default: ImplementationError(flo,ped, return(FALSE)); + } + return(TRUE); +} /* end miAnalyzeEPhoto */ + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateEPhotoUncom(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return(MakePETex(flo, ped, xieValMaxBands * sizeof(meUncompRec), + NO_SYNC, NO_SYNC)); +} /* end CreateEPhotoUncom */ + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeEPhotoBypass(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* Allows data manager to bypass element entirely */ + return(InitReceptor(flo, ped, ped->peTex->receptor, + NO_DATAMAP, 1, NO_BANDS, ALL_BANDS)); +} /* end InitializeEPhotoBypass */ + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeEPhotoUncomByPlane(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + meUncompPtr pvt = (meUncompPtr)pet->private; + formatPtr inf = ped->inFloLst[SRCtag].format; + bandPtr sbnd = pet->receptor->band; + CARD32 nbands = ped->outFlo.bands, b, s; + xieTypOrientation pixelOrder, fillOrder; + Bool inited = FALSE; + + if (nbands == 1) { + xieTecEncodeUncompressedSingle *tecParms = + (xieTecEncodeUncompressedSingle *) + ((ePhotoDefPtr)ped->elemPvt)->encodeParms; + pixelOrder = tecParms->pixelOrder; + fillOrder = tecParms->fillOrder; + pvt[0].bandMap = 0; + } else { + xieTecEncodeUncompressedTriple *tecParms = + (xieTecEncodeUncompressedTriple *) + ((ePhotoDefPtr)ped->elemPvt)->encodeParms; + pixelOrder = tecParms->pixelOrder; + fillOrder = tecParms->fillOrder; + if(tecParms->bandOrder == xieValLSFirst) + for(b = 0; b < xieValMaxBands; ++b) + pvt[b].bandMap = b; + else + for(s = 0, b = xieValMaxBands; b--; ++s) + pvt[s].bandMap = b; + } + for (b = 0; b < nbands; b++, pvt++, inf++, sbnd++) { + bandPtr dbnd = &pet->emitter[pvt->bandMap]; + formatPtr outf = &ped->outFlo.format[pvt->bandMap]; + CARD8 class = inf->class; + if (class == BIT_PIXEL) { + pvt->width = inf->width; +#if (IMAGE_BYTE_ORDER == MSBFirst) + if (outf->stride != 1) { + pvt->action = (fillOrder == xieValMSFirst) ? btoIS: sbtoIS; + } else { + pvt->action = (fillOrder == xieValMSFirst) ? + (void (*)())NULL : sbtoS; + } +#else + if (outf->stride != 1) { + pvt->action = (fillOrder == xieValLSFirst) ? btoIS: sbtoIS; + } else { + pvt->action = (fillOrder == xieValLSFirst) ? + (void (*)())NULL : sbtoS; + } +#endif + pvt->stride = outf->stride; + pvt->pitch = outf->pitch; + } else if (class == BYTE_PIXEL) { + pvt->width = inf->width; + if (!(outf->stride & 7)) { + if (outf->stride == 8) + pvt->action = BtoS; + else + pvt->action = BtoIS; + pvt->Bstride = outf->stride >> 3; + pvt->dstoffset = 0; + pvt->mask = 0; /* Unused */ + pvt->shift = 0; /* Unused */ + pvt->clear_dst = FALSE; + } else { + if (pixelOrder == xieValLSFirst) { + if (fillOrder == xieValLSFirst) + pvt->action = BtoLLUB; + else + pvt->action = BtoLMUB; + } else { + if (fillOrder == xieValLSFirst) + pvt->action = BtoMLUB; + else + pvt->action = BtoMMUB; + } + pvt->bitOff = 0; /* Bit offset to first pixel on line */ + pvt->leftOver = 0; /* Left over bits from last line */ + pvt->depth = inf->depth; + pvt->stride = outf->stride; + pvt->pitch = outf->pitch; + } + } else if (class == PAIR_PIXEL) { + pvt->width = inf->width; + if (!(outf->stride & 15)) { +#if (IMAGE_BYTE_ORDER == LSBFirst) + if (outf->stride == 16) + pvt->action = (fillOrder == xieValLSFirst) ? + (void (*)())NULL : sPtoS; + else + pvt->action = (fillOrder == xieValLSFirst) ? PtoIS: sPtoIS; +#else + if (outf->stride == 16) + pvt->action = (fillOrder == xieValMSFirst) ? + (void (*)())NULL : sPtoS; + else + pvt->action = (fillOrder == xieValMSFirst) ? PtoIS: sPtoIS; +#endif + pvt->Bstride = outf->stride >> 3; + pvt->dstoffset = 0; + pvt->mask = 0; /* Unused */ + pvt->shift = 0; /* Unused */ + pvt->clear_dst = FALSE; + } else { + if (pixelOrder == xieValLSFirst) { + if (fillOrder == xieValLSFirst) + pvt->action = PtoLLUP; + else + pvt->action = PtoLMUP; + } else { + if (fillOrder == xieValLSFirst) + pvt->action = PtoMLUP; + else + pvt->action = PtoMMUP; + } + pvt->bitOff = 0; /* Bit offset to first pixel on line */ + pvt->leftOver = 0; /* Left over bits from last line */ + pvt->depth = inf->depth; + pvt->stride = outf->stride; + pvt->pitch = outf->pitch; + } + } else if (class == QUAD_PIXEL) { + pvt->width = inf->width; + if (!(outf->stride & 31)) { +#if (IMAGE_BYTE_ORDER == LSBFirst) + if (outf->stride == 32) + pvt->action = (fillOrder == xieValLSFirst) ? + (void (*)())NULL : sQtoS; + else + pvt->action = (fillOrder == xieValLSFirst) ? QtoIS: sQtoIS; +#else + if (outf->stride == 32) + pvt->action = (fillOrder == xieValMSFirst) ? + (void (*)())NULL : sQtoS; + else + pvt->action = (fillOrder == xieValMSFirst) ? QtoIS: sQtoIS; +#endif + pvt->Bstride = outf->stride >> 3; + pvt->dstoffset = 0; + pvt->mask = 0; /* Unused */ + pvt->shift = 0; /* Unused */ + pvt->clear_dst = FALSE; + } else { + if (pixelOrder == xieValLSFirst) { + if (fillOrder == xieValLSFirst) + pvt->action = QtoLLUQ; + else + pvt->action = QtoLMUQ; + } else { + if (fillOrder == xieValLSFirst) + pvt->action = QtoMLUQ; + else + pvt->action = QtoMMUQ; + } + } + } else + ImplementationError(flo,ped, return(FALSE)); + + if (pvt->action) { + pvt->bitOff = 0; /* Bit offset to first pixel on line */ + pvt->leftOver = 0; /* Left over bits from last line */ + pvt->width = inf->width; + pvt->depth = inf->depth; + pvt->stride = outf->stride; + pvt->pitch = outf->pitch; + if(!InitBand(flo,ped,sbnd,NO_DATAMAP,(CARD32)1,NO_INPLACE) || + !InitBand(flo,ped,dbnd,NO_DATAMAP,(CARD32)0,NO_INPLACE)) + return(FALSE); + inited = TRUE; + } else { + *outf = *inf; /* Pass data into photomap in native format */ + sbnd->receptor->bypass |= 1<bandSync = NO_SYNC; + + return(inited ? TRUE : + /* Allows data manager to bypass element entirely */ + InitReceptor(flo,ped,pet->receptor,NO_DATAMAP,1,NO_BANDS,ALL_BANDS)); +} /* end InitializeEPhotoUncomByPlane */ + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateEPhotoUncomByPlane(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + meUncompPtr pvt = (meUncompPtr)pet->private; + receptorPtr rcp = pet->receptor; + CARD32 bands = rcp->inFlo->bands; + bandPtr sbnd = rcp->band, dbnd; + CARD32 b, olddlen, nextdlen, width, stride, pitch; + pointer src; + CARD8 *dst; + + for(b = 0; b < bands; ++sbnd, ++b, ++pvt) { + dbnd = &pet->emitter[pvt->bandMap]; + width = sbnd->format->width; + pitch = dbnd->format->pitch; + stride = dbnd->format->stride; + nextdlen = pvt->bitOff + pitch + 7 >> 3; + + if (!(pet->scheduled & 1<current,nextdlen,KEEP); + + while(!ferrCode(flo) && src && dst) { + + (*pvt->action)(src,dst,pvt); + + src = GetNextSrc(flo,pet,sbnd,FLUSH); + pvt->bitOff = pvt->bitOff + pitch & 7; /* Set next */ + olddlen = (pvt->bitOff) ? nextdlen - 1: nextdlen; + nextdlen = pvt->bitOff + pitch + 7 >> 3; + dst = (CARD8*)GetDstBytes(flo,pet,dbnd,dbnd->current+olddlen, + nextdlen,KEEP); + } + FreeData(flo,pet,sbnd,sbnd->current); + + if(!src && sbnd->final) { + if (pvt->bitOff) /* If we have any bits left, send them out now */ + *(CARD8*)GetDstBytes(flo,pet,dbnd,dbnd->current,1,KEEP)=pvt->leftOver; + + SetBandFinal(dbnd); + PutData(flo,pet,dbnd,dbnd->maxGlobal); /* write the remaining data */ + } + } + return(TRUE); +} /* end ActivateEPhotoUncomByPlane */ + + +#if XIE_FULL +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeEPhotoUncomByPixel(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + meUncompPtr pvt = (meUncompPtr)pet->private; + xieTecEncodeUncompressedTriple *tec = + (xieTecEncodeUncompressedTriple *) + ((ePhotoDefPtr)ped->elemPvt)->encodeParms; + formatPtr outf = pet->emitter[0].format; + bandPtr sbnd1,sbnd2,sbnd3; + CARD32 depth1,depth2,depth3,dstride; + int s, d; + + pvt->unaligned = (tec->pixelStride[0] & 7) != 0; + + if(tec->bandOrder == xieValLSFirst) + for(d = 0; d < xieValMaxBands; ++d) + pvt[d].bandMap = d; + else + for(s = 0, d = xieValMaxBands; d--; ++s) + pvt[s].bandMap = d; + + sbnd1 = &pet->receptor[SRCtag].band[pvt[0].bandMap]; + sbnd2 = &pet->receptor[SRCtag].band[pvt[1].bandMap]; + sbnd3 = &pet->receptor[SRCtag].band[pvt[2].bandMap]; + depth1 = pvt[0].depth = sbnd1->format->depth; + depth2 = pvt[1].depth = sbnd2->format->depth; + depth3 = pvt[2].depth = sbnd3->format->depth; + dstride = tec->pixelStride[0]>>3; + pvt[0].width = pvt[1].width = pvt[2].width = sbnd1->format->width; + + if (!pvt->unaligned) { + /* Look for special cases */ + if (depth1 == 16 && depth2 == 16 && depth3 == 16) { +#if (IMAGE_BYTE_ORDER == MSBFirst) + void (*pa)() = (tec->pixelOrder == xieValMSFirst) ? PtoIS : sPtoIS; +#else + void (*pa)() = (tec->pixelOrder == xieValMSFirst) ? sPtoIS : PtoIS; +#endif + for(s = 0; s < xieValMaxBands; s++, pvt++) { + pvt->action = pa; + pvt->Bstride = dstride; + pvt->dstoffset = s; + pvt->mask = 0; /* Unused */ + pvt->shift = 0; /* Unused */ + pvt->clear_dst = FALSE; + } + } else if (depth1 == 8 && depth2 == 8 && depth3 == 8) { + for(s = 0; s < xieValMaxBands; s++, pvt++) { + pvt->action = BtoIS; + pvt->Bstride = dstride; + pvt->dstoffset = s; + pvt->mask = 0; /* Unused */ + pvt->shift = 0; /* Unused */ + pvt->clear_dst = FALSE; + } + } else if (depth1 == 4 && depth2 == 4 && depth3 == 4) { + if (tec->fillOrder == xieValMSFirst) { + pvt->action = BtoISb; + pvt->Bstride = dstride; + pvt->dstoffset = 0; + pvt->mask = 0xf0; + pvt->clear_dst = FALSE; + (pvt++)->shift = 4; + pvt->action = BtoISb; + pvt->Bstride = dstride; + pvt->dstoffset = 0; + pvt->mask = 0x0f; + pvt->clear_dst = FALSE; + (pvt++)->shift = 0; + pvt->action = BtoISb; + pvt->Bstride = dstride; + pvt->dstoffset = 1; + pvt->mask = 0xf0; + pvt->clear_dst = FALSE; + pvt->shift = 4; + } else { /* xieValLSFirst */ + pvt->action = BtoISb; + pvt->Bstride = dstride; + pvt->dstoffset = 0; + pvt->clear_dst = FALSE; + pvt->mask = 0x0f; + (pvt++)->shift = 0; + pvt->action = BtoISb; + pvt->Bstride = dstride; + pvt->dstoffset = 0; + pvt->mask = 0xf0; + pvt->clear_dst = FALSE; + (pvt++)->shift = 4; + pvt->action = BtoISb; + pvt->Bstride = dstride; + pvt->dstoffset = 1; + pvt->mask = 0x0f; + pvt->clear_dst = FALSE; + pvt->shift = 0; + } + } else if (depth1 + depth2 + depth3 <= 8) { + CARD8 ones = 0xff,smask1,smask2,smask3,shift1,shift2,shift3; + if (tec->fillOrder == xieValMSFirst) { + smask1 = ~(ones>>depth1); + smask2 = ~(ones>>(depth1 + depth2) | smask1); + smask3 = ~(ones>>(depth1 + depth2 + depth3) | smask1 | smask2); + shift1 = 8 - depth1; + shift2 = 8 - (depth1 + depth2); + shift3 = 8 - (depth1 + depth2 + depth3); + } else { /* fillOrder == xieValLSFirst */ + smask3 = ~(ones<action = (depth1 > 1) ? BtoISb : btoISb; + pvt->Bstride = dstride; + pvt->dstoffset = 0; + pvt->mask = smask1; + pvt->clear_dst = TRUE; + (pvt++)->shift = shift1; + pvt->action = (depth2 > 1) ? BtoISb : btoISb; + pvt->Bstride = dstride; + pvt->dstoffset = 0; + pvt->mask = smask2; + pvt->clear_dst = TRUE; + (pvt++)->shift = shift2; + pvt->action = (depth3 > 1) ? BtoISb : btoISb; + pvt->Bstride = dstride; + pvt->dstoffset = 0; + pvt->mask = smask3; + pvt->clear_dst = TRUE; + pvt->shift = shift3; + } else + pvt->unaligned = TRUE; + } + pvt = (meUncompPtr)pet->private; + if (pvt->unaligned) { + /* No special cases, do it the hard way */ + pvt[0].pitch = outf->pitch; + pvt->action = EncodeTripleFuncs[tec->pixelOrder == xieValLSFirst ? 0 : 1] + [tec->fillOrder == xieValLSFirst ? 0 : 1] + [depth1 <= 8 ? 0 : 1] + [depth2 <= 8 ? 0 : 1] + [depth3 <= 8 ? 0 : 1]; + if(depth1 == 1 && !(pvt[0].buf = (pointer)XieMalloc(pvt[0].width+7)) || + depth2 == 1 && !(pvt[1].buf = (pointer)XieMalloc(pvt[1].width+7)) || + depth3 == 1 && !(pvt[2].buf = (pointer)XieMalloc(pvt[2].width+7))) + AllocError(flo,ped, return(FALSE)); + } + pet->bandSync = SYNC; + + return(InitReceptors(flo, ped, NO_DATAMAP, 1) && + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); +} /* end InitializeEPhotoUncomByPixel */ + + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateEPhotoUncomByPixel(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + meUncompPtr pvt = (meUncompPtr)pet->private; + bandPtr sb0 = &pet->receptor[SRCtag].band[pvt[0].bandMap]; + bandPtr sb1 = &pet->receptor[SRCtag].band[pvt[1].bandMap]; + bandPtr sb2 = &pet->receptor[SRCtag].band[pvt[2].bandMap]; + bandPtr dbnd = &pet->emitter[0]; + CARD32 pitch = dbnd->format->pitch; + pointer sp0 = (pointer )NULL, sp1 = (pointer )NULL, sp2 = (pointer )NULL; + CARD8 *dst; + + + if (pvt->unaligned) { + CARD32 stride = dbnd->format->stride; + CARD32 width = dbnd->format->width; + CARD32 nextdlen = pvt->bitOff + pitch + 7 >> 3, olddlen; + if((sp0 = GetCurrentSrc(flo,pet,sb0)) && + (sp1 = GetCurrentSrc(flo,pet,sb1)) && + (sp2 = GetCurrentSrc(flo,pet,sb2)) && + (dst = (BytePixel*)GetDstBytes(flo,pet,dbnd,dbnd->current, + nextdlen,KEEP))) + do { + if(pvt[0].buf) sp0 = bitexpand(sp0,pvt[0].buf,width,(char)0,(char)1); + if(pvt[1].buf) sp1 = bitexpand(sp1,pvt[1].buf,width,(char)0,(char)1); + if(pvt[2].buf) sp2 = bitexpand(sp2,pvt[2].buf,width,(char)0,(char)1); + + (*pvt->action)(sp0,sp1,sp2,dst,stride,pvt); + + sp0 = GetNextSrc(flo,pet,sb0,FLUSH); + sp1 = GetNextSrc(flo,pet,sb1,FLUSH); + sp2 = GetNextSrc(flo,pet,sb2,FLUSH); + pvt->bitOff = pvt->bitOff + pitch & 7; /* Set next */ + olddlen = (pvt->bitOff) ? nextdlen - 1 : nextdlen; + nextdlen = pvt->bitOff + pitch + 7 >> 3; + dst = (BytePixel*)GetDstBytes(flo,pet,dbnd, + dbnd->current+olddlen,nextdlen,KEEP); + } while(dst && sp0 && sp1 && sp2); + + } else { + CARD32 dlen = pitch >> 3; /* For nicely aligned data */ + if((sp0 = GetCurrentSrc(flo,pet,sb0)) && + (sp1 = GetCurrentSrc(flo,pet,sb1)) && + (sp2 = GetCurrentSrc(flo,pet,sb2)) && + (dst = (BytePixel*)GetDstBytes(flo,pet,dbnd,dbnd->current,dlen,KEEP))) + + do { + + if (pvt[0].clear_dst) bzero(dst,(int)dlen); + + (*pvt[0].action)(sp0,dst,&pvt[0]); + (*pvt[1].action)(sp1,dst,&pvt[1]); + (*pvt[2].action)(sp2,dst,&pvt[2]); + + sp0 = GetNextSrc(flo,pet,sb0,FLUSH); + sp1 = GetNextSrc(flo,pet,sb1,FLUSH); + sp2 = GetNextSrc(flo,pet,sb2,FLUSH); + dst = (BytePixel*)GetDstBytes(flo,pet,dbnd,dbnd->current+dlen, + dlen,KEEP); + } while(dst && sp0 && sp1 && sp2); + } + + FreeData(flo,pet,sb0,sb0->current); + FreeData(flo,pet,sb1,sb1->current); + FreeData(flo,pet,sb2,sb2->current); + + if(!sp0 && sb0->final && !sp1 && sb1->final && !sp2 && sb2->final) { + if (pvt->bitOff) /* If we have any bits left, send them out now */ + *(CARD8*)GetDstBytes(flo,pet,dbnd,dbnd->current,1,KEEP) = pvt->leftOver; + + SetBandFinal(dbnd); + PutData(flo,pet,dbnd,dbnd->maxGlobal); /* write the remaining data */ + } + + return(TRUE); +} /* end ActivateEPhotoUncomByPixel */ +#endif /* XIE_FULL */ + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetEPhoto(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + meUncompPtr pvt = (meUncompPtr)ped->peTex->private; + int i; + + for(i = 0; i < xieValMaxBands; ++i) + if(pvt[i].buf) pvt[i].buf = (pointer) XieFree(pvt[i].buf); + + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetEPhoto */ + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyEPhoto(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return(TRUE); +} /* end DestroyEPhoto */ + +/* end module mephoto.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/export/meroi.c b/xie/xc/programs/Xserver/XIE/mixie/export/meroi.c new file mode 100644 index 0000000..ccbe457 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/export/meroi.c @@ -0,0 +1,201 @@ +/* $XConsortium: meroi.c,v 1.4 94/04/17 20:34:23 rws Exp $ */ +/**** module meroi.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + meroi.c -- DDXIE export roi element + + Dean Verheiden -- AGE Logic, Inc. August, 1993 + +*****************************************************************************/ + +#define _XIEC_MEROI + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeEROI(); + +/* + * routines used internal to this module + */ +static int CreateEROI(); +static int InitializeEROI(); +static int ResetEROI(); +static int DestroyEROI(); + +/* + * DDXIE ImportROI entry points + */ +static ddElemVecRec meROIVec = +{ + CreateEROI, + InitializeEROI, + (xieIntProc)NULL, + (xieIntProc)NULL, + ResetEROI, + DestroyEROI +}; + + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeEROI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = meROIVec; + return TRUE ; +} /* end miAnalyzeEROI */ + + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateEROI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the roi element definition */ + return MakePETex(flo,ped,NO_PRIVATE,NO_SYNC,NO_SYNC); +} /* end CreateEROI */ + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeEROI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* Allows data manager to bypass element entirely */ + return(InitReceptor(flo, ped, ped->peTex->receptor, NO_DATAMAP, 1, NO_BANDS, + ALL_BANDS)); + +} /* end InitializeEROI */ + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetEROI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetReceptors(ped); + return TRUE; +} /* end ResetEROI */ + + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyEROI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + return TRUE; +} /* end DestroyEROI */ + +/* end module meroi.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/export/meuncomp.c b/xie/xc/programs/Xserver/XIE/mixie/export/meuncomp.c new file mode 100644 index 0000000..fa4016a --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/export/meuncomp.c @@ -0,0 +1,1368 @@ +/* $XConsortium: meuncomp.c,v 1.4 94/04/17 20:34:24 rws Exp $ */ +/**** module meuncomp.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + meuncomp.c -- DDXIE routines for exporting uncompressed data + + Dean Verheiden -- AGE Logic, Inc. October 1993 + +*****************************************************************************/ + +#define _XIEC_MEUNCOMP + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + + +/***********************************************************************/ +/****************** Aligned data conversion routines *******************/ +/***********************************************************************/ + +/* Band by Plane action routines */ + +/* bits to stream */ +void btoS(src,dst,pvt) +BytePixel *src, *dst; +meUncompPtr pvt; +{ + memcpy((char *)dst,(char *)src, (int)pvt->width + 7 >> 3); +} + +/* swapped bits to stream */ +void sbtoS(src,dst,pvt) +BytePixel *src, *dst; +meUncompPtr pvt; +{ +int i, count; + + count = pvt->width + 7 >> 3; /* Pack down to bits */ + + for (i = 0; i < count; i++) *dst++ = _ByteReverseTable[*src++]; +} + +/* bits to stream with pad */ +void btoIS(src,dst,pvt) +BytePixel *src, *dst; +meUncompPtr pvt; +{ +CARD32 stride = pvt->stride; +CARD32 width = pvt->width; +CARD32 pitch = pvt->pitch; +CARD32 j = pvt->bitOff; +CARD32 i; + + if (j) /* Don't bzero partial byte left from last scanline */ + bzero(dst + 1,(j + pitch + 7 >> 3) - 1); + else + bzero(dst,pitch + 7 >> 3); + + for (i = 0; i < width; i++, j += stride) { + if (LOGBYTE_tstbit(src,i) != 0) { + LOGBYTE_setbit(dst,j); + } + } +} + +/* swapped bits to stream with pad */ +void sbtoIS(src,dst,pvt) +BytePixel *src, *dst; +meUncompPtr pvt; +{ +CARD32 stride = pvt->stride; +CARD32 width = pvt->width; +CARD32 pitch = pvt->pitch; +CARD32 j = pvt->bitOff; +CARD32 i, s; + + if (j) /* Don't bzero partial byte left from last scanline */ + bzero(dst + 1,(j + pitch + 7 >> 3) - 1); + else + bzero(dst,pitch + 7 >> 3); + + for (i = 0; i < width; i++, j += stride) { + s = j ^ 7; /* Larry swap */ + if (LOGBYTE_tstbit(src,i) != 0) { + LOGBYTE_setbit(dst,s); + } + } +} + +/* BytePixel to Stream, no offsets */ +void BtoS(src, dst, pvt) +BytePixel *src, *dst; +meUncompPtr pvt; +{ +int width = pvt->width; + + memcpy((char *)dst,(char *)src,width); +} + +/* PairPixel to Stream, no swapping */ +void PtoS(src, dst, pvt) +PairPixel *src, *dst; +meUncompPtr pvt; +{ +int width = pvt->width << 1; + + memcpy((char *)dst,(char *)src,width); +} + +/* PairPixel to Stream, with swapping */ +void sPtoS(src, dst, pvt) +PairPixel *src, *dst; +meUncompPtr pvt; +{ +int i; + + for (i = 0; i < pvt->width; i++) { cpswaps(src[i],dst[i]); } +} + +/* QuadPixel to Stream, no swapping */ +void QtoS(src, dst, pvt) +QuadPixel *src, *dst; +meUncompPtr pvt; +{ +int width = pvt->width << 2; + + memcpy((char *)dst,(char *)src,width); +} + +/* QuadPixel to Stream, with swapping */ +void sQtoS(src, dst, pvt) +QuadPixel *src, *dst; +meUncompPtr pvt; +{ +int i; + + for (i = 0; i < pvt->width; i++) { cpswapl(src[i],dst[i]); } +} + +/* QuadPixel (unswapped) to padded Stream */ +void QtoIS(src, dst, pvt) +QuadPixel *src, *dst; +meUncompPtr pvt; +{ +CARD32 Bstride = pvt->Bstride; +CARD32 width = pvt->width; +int i; + for (i = 0; i < width; i++, dst += Bstride) *dst = *src++; +} + +/* QuadPixel (swapped) to padded Stream */ +void sQtoIS(src, dst, pvt) +QuadPixel *src, *dst; +meUncompPtr pvt; +{ +CARD32 Bstride = pvt->Bstride; +CARD32 width = pvt->width; +int i; + for (i = 0; i < width; i++, dst += Bstride) { cpswapl(src[i], *dst); } +} + +/* Triple Band Byte by Pixel Action routines */ + +/* Bits to Interleaved stream bits */ +void btoISb(isrc, dst, pvt) +BytePixel *isrc, *dst; +meUncompPtr pvt; +{ +CARD32 Bstride = pvt->Bstride; +CARD32 width = pvt->width; +CARD8 mask = pvt->mask; +LogInt *src = (LogInt *)isrc; +int i; + + dst += pvt->dstoffset; + for (i = 0; i < width; i++, dst += Bstride) + if (LOG_tstbit(src,i) != 0) + *dst |= mask; +} + +/* BytePixels to Interleaved Stream in bits */ +void BtoISb(src, dst, pvt) +BytePixel *src, *dst; +meUncompPtr pvt; +{ +CARD32 Bstride = pvt->Bstride; +CARD32 width = pvt->width; +CARD8 mask = pvt->mask; +CARD8 shift = pvt->shift; +int i; + + dst += pvt->dstoffset; + for (i = 0; i < width; i++, dst += Bstride) + *dst |= *src++ << shift & mask; +} + +/* BytePixel to Interleaved Stream */ +void BtoIS(src, dst, pvt) +BytePixel *src, *dst; +meUncompPtr pvt; +{ +CARD32 Bstride = pvt->Bstride; +CARD32 width = pvt->width; +int i; + + dst += pvt->dstoffset; + for (i = 0; i < width; i++, dst += Bstride) + *dst = *src++; +} + +/* PairPixel (unswapped) to Interleaved Stream */ +void PtoIS(src, idst, pvt) +PairPixel *src, *idst; +meUncompPtr pvt; +{ +CARD32 Bstride = pvt->Bstride; +CARD32 width = pvt->width; +CARD8 *dst = ((CARD8 *)idst) + pvt->dstoffset; +int i; + for (i = 0; i < width; i++, dst += Bstride) + *((PairPixel *)dst) = *src++; +} + +/* PairPixel (swapped) to Interleaved Stream */ +void sPtoIS(src, idst, pvt) +PairPixel *src, *idst; +meUncompPtr pvt; +{ +CARD32 Bstride = pvt->Bstride; +CARD32 width = pvt->width; +CARD8 *dst = ((CARD8 *)idst) + pvt->dstoffset; +int i; + for (i = 0; i < width; i++, dst += Bstride) { + PairPixel sval = *src++; + *dst = (sval >> 8) | (sval << 8); + } +} + +/***********************************************************************/ +/***************** Unaligned data conversion routines ******************/ +/***********************************************************************/ + +/* Pack a line of byte pixels */ +/* Pixel Order = LSB, Fill Order = LSB */ +void BtoLLUB(src, dst, pvt) +BytePixel *src; +CARD8 *dst; +meUncompPtr pvt; +{ +BytePixel *send = &src[pvt->width]; +CARD32 pitch = pvt->pitch; +CARD32 stride = pvt->stride; +CARD16 outb = pvt->leftOver; +CARD16 bits = pvt->bitOff; + + while (src < send) { + outb |= (CARD16)*src++ << bits; + bits += stride; + while (bits > 7) { + *dst++ = (CARD8)outb; + outb >>= 8; + bits -= 8; + } + } + + /* If something leftover, either write it out or save for packing */ + if (bits) { + if (pitch & 7) { + pvt->leftOver = outb; + } else { + *dst = (CARD8)outb; + pvt->leftOver = 0; + } + } else + pvt->leftOver = 0; +} + +/* Pack a line of byte pixels */ +/* Pixel Order = LSB, Fill Order = MSB */ +void BtoLMUB(src, dst, pvt) +BytePixel *src; +CARD8 *dst; +meUncompPtr pvt; +{ +BytePixel *send = &src[pvt->width]; +CARD32 pitch = pvt->pitch; +CARD32 stride = pvt->stride; +CARD32 depth = pvt->depth; +CARD16 bits = pvt->bitOff; +CARD16 outb = pvt->leftOver; +CARD32 pad = stride - depth; + + while (src < send) { + CARD8 sval = *src++; + + if (bits + depth <= 8) { /* Pack into existing byte only */ + outb |= sval << (8 - bits - depth); + if (bits + depth == 8) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits += depth; + } else { /* Split between bytes */ + outb |= (CARD8)(sval << bits) >> bits;/* Chop off top bits*/ + *dst++ = (CARD8)outb; + if (bits + depth <= 16) { + outb = (CARD8)(sval >> 8 - bits) << 16 - depth - bits; + bits = bits + depth - 8; /* watch those signs */ + if (bits + depth == 16) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } + } + } + if (bits + pad > 8) { + *dst++ = outb; + outb = 0; + bits = bits + pad - 8; + while (bits > 7) { + *dst++ = 0; + bits -= 8; + } + } else + bits += pad; + } + + /* If something leftover, either write it out or save for packing */ + if (bits) { + if (pitch & 7) { + pvt->leftOver = outb; + } else { + *dst = (CARD8)outb; + pvt->leftOver = 0; + } + } else + pvt->leftOver = 0; +} + +/* Pack a line of byte pixels */ +/* Pixel Order = MSB, Fill Order = LSB */ +void BtoMLUB(src, dst, pvt) +BytePixel *src; +CARD8 *dst; +meUncompPtr pvt; +{ +BytePixel *send = &src[pvt->width]; +CARD32 pitch = pvt->pitch; +CARD32 depth = pvt->depth; +CARD32 stride = pvt->stride; +CARD16 bits = pvt->bitOff; +CARD16 outb = pvt->leftOver; +CARD32 pad = stride - depth; + + while (src < send) { + CARD8 sval = *src++; + + if (bits + depth <= 8) { /* Pack into existing byte only */ + outb |= sval << bits; + if (bits + depth == 8) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits += depth; + } else if (bits + depth <= 16) { + outb |= (CARD8)(sval >> depth + bits - 8) << bits; + *dst++ = (CARD8)outb; + outb = (CARD8)(sval << 16 - depth - bits) >> 16 - depth - bits; + if (bits + depth == 16) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits = bits + depth - 8; + } + if (bits + pad > 8) { + *dst++ = outb; + outb = 0; + bits = bits + pad - 8; + while (bits > 7) { + *dst++ = 0; + bits -= 8; + } + } else + bits += pad; + } + + + /* If something leftover, either write it out or save for packing */ + if (bits) { + if (pitch & 7) { + pvt->leftOver = outb; + } else { + *dst = (CARD8)outb; + pvt->leftOver = 0; + } + } else + pvt->leftOver = 0; +} + +void BtoMMUB(src, dst, pvt) +BytePixel *src; +CARD8 *dst; +meUncompPtr pvt; +{ +BytePixel *send = &src[pvt->width]; +CARD32 pitch = pvt->pitch; +CARD32 depth = pvt->depth; +CARD32 stride = pvt->stride; +CARD16 bits = pvt->bitOff; +CARD16 outb = pvt->leftOver; +CARD32 pad = stride - depth; + + while (src < send) { + CARD8 sval = *src++; + + if (bits + depth <= 8) { /* Pack into existing byte only */ + outb |= sval << 8 - depth - bits; + if (bits + depth == 8) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits += depth; + } else if (bits + depth <= 16) { + outb |= sval >> depth + bits - 8; + *dst++ = (CARD8)outb; + outb = sval << 16 - depth - bits; + if (bits + depth == 16) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits = bits + depth - 8; + } + if (bits + pad > 8) { + *dst++ = outb; + outb = 0; + bits = bits + pad - 8; + while (bits > 7) { + *dst++ = 0; + bits -= 8; + } + } else + bits += pad; + } + + + /* If something leftover, either write it out or save for packing */ + if (bits) { + if (pitch & 7) { + pvt->leftOver = outb; + } else { + *dst = (CARD8)outb; + pvt->leftOver = 0; + } + } else + pvt->leftOver = 0; +} + +/* Pack a line of pair pixels */ +/* Pixel Order = LSB, Fill Order = LSB */ +void PtoLLUP(src, dst, pvt) +PairPixel *src; +CARD8 *dst; +meUncompPtr pvt; +{ +PairPixel *send = &src[pvt->width]; +CARD32 pitch = pvt->pitch; +CARD32 stride = pvt->stride; +CARD32 outb = pvt->leftOver; +CARD16 bits = pvt->bitOff; + + while (src < send) { + outb |= *src++ << bits; + bits += stride; + while (bits > 7) { + *dst++ = (CARD8)outb; + outb >>= 8; + bits -= 8; + } + } + + /* If something leftover, either write it out or save for packing */ + if (bits) { + if (pitch & 7) { + pvt->leftOver = outb; + } else { + *dst = (CARD8)outb; + pvt->leftOver = 0; + } + } else + pvt->leftOver = 0; +} + +/* Pack a line of pair pixels */ +/* Pixel Order = LSB, Fill Order = MSB */ +void PtoLMUP(src, dst, pvt) +PairPixel *src; +CARD8 *dst; +meUncompPtr pvt; +{ +PairPixel *send = &src[pvt->width]; +CARD32 pitch = pvt->pitch; +CARD32 depth = pvt->depth; +CARD32 stride = pvt->stride; +CARD32 outb = pvt->leftOver; +CARD16 bits = pvt->bitOff; +CARD32 pad = stride - depth; + + while (src < send) { + CARD16 sval = *src++; + + if (bits + depth <= 16) { + outb |= (CARD16)(sval << 8 + bits) >> 8 + bits; + *dst++ = (CARD8)outb; + outb = (CARD8)(sval >> 8 - bits) << 16 - depth - bits; + if (bits + depth == 16) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits = bits + depth - 8; /* watch those signs */ + } else { + outb |= (CARD16)(sval << 8 + bits) >> 8 + bits; + *dst++ = (CARD8)outb; + *dst++ = (CARD8)((CARD16)(sval << bits) >> 8); + outb = (CARD8)(sval >> 16 - bits) << 24 - depth - bits; + if (bits + depth == 24) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits = bits + depth - 16; /* watch those signs */ + } + if (bits + pad > 8) { + *dst++ = outb; + outb = 0; + bits = bits + pad - 8; + while (bits > 7) { + *dst++ = 0; + bits -= 8; + } + } else + bits += pad; + } + + /* If something leftover, either write it out or save for packing */ + if (bits) { + if (pitch & 7) { + pvt->leftOver = outb; + } else { + *dst = (CARD8)outb; + pvt->leftOver = 0; + } + } else + pvt->leftOver = 0; +} + +/* Pack a line of pair pixels */ +/* Pixel Order = MSB, Fill Order = LSB */ +void PtoMLUP(src, dst, pvt) +PairPixel *src; +CARD8 *dst; +meUncompPtr pvt; +{ +PairPixel *send = &src[pvt->width]; +CARD32 pitch = pvt->pitch; +CARD32 depth = pvt->depth; +CARD32 stride = pvt->stride; +CARD32 outb = pvt->leftOver; +CARD16 bits = pvt->bitOff; +CARD32 pad = stride - depth; + + while (src < send) { + CARD16 sval = *src++; + + if (bits + depth <= 16) { + outb |= (sval >> depth + bits - 8) << bits; + *dst++ = (CARD8)outb; + outb = (CARD16)(sval << 24 - depth - bits) >> 24 - depth - bits; + if (bits + depth == 16) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits = bits + depth - 8; + } else { + outb |= (sval >> depth + bits - 8) << bits; + *dst++ = (CARD8)outb; + *dst++ = (CARD8)(sval >> depth + bits - 16); + outb = (CARD8)(sval << 24 - depth - bits) >> 24 - depth - bits; + if (bits + depth == 24) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits = bits + depth - 16; + } + if (bits + pad > 8) { + *dst++ = outb; + outb = 0; + bits = bits + pad - 8; + while (bits > 7) { + *dst++ = 0; + bits -= 8; + } + } else + bits += pad; + } + + + /* If something leftover, either write it out or save for packing */ + if (bits) { + if (pitch & 7) { + pvt->leftOver = outb; + } else { + *dst = (CARD8)outb; + pvt->leftOver = 0; + } + } else + pvt->leftOver = 0; +} + +void PtoMMUP(src, dst, pvt) +PairPixel *src; +CARD8 *dst; +meUncompPtr pvt; +{ +PairPixel *send = &src[pvt->width]; +CARD32 pitch = pvt->pitch; +CARD32 depth = pvt->depth; +CARD32 stride = pvt->stride; +CARD32 outb = pvt->leftOver; +CARD16 bits = pvt->bitOff; +CARD32 pad = stride - depth; + + while (src < send) { + CARD16 sval = *src++; + + if (bits + depth <= 16) { + outb |= sval >> depth + bits - 8; + *dst++ = (CARD8)outb; + outb = sval << 16 - depth - bits; + if (bits + depth == 16) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits = bits + depth - 8; + } else { + outb |= sval >> depth + bits - 8; + *dst++ = (CARD8)outb; + *dst++ = (CARD8)(sval >> depth + bits - 16); + outb = sval << 24 - depth - bits; + if (bits + depth == 24) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits = bits + depth - 16; + } + if (bits + pad > 8) { + *dst++ = outb; + outb = 0; + bits = bits + pad - 8; + while (bits > 7) { + *dst++ = 0; + bits -= 8; + } + } else + bits += pad; + } + + + /* If something leftover, either write it out or save for packing */ + if (bits) { + if (pitch & 7) { + pvt->leftOver = (CARD8)outb; + } else { + *dst = (CARD8)outb; + pvt->leftOver = 0; + } + } else + pvt->leftOver = 0; +} + +/* Pack a line of quad pixels */ +/* Pixel Order = LSB, Fill Order = LSB */ +void QtoLLUQ(src, dst, pvt) +QuadPixel *src; +CARD8 *dst; +meUncompPtr pvt; +{ +QuadPixel *send = &src[pvt->width]; +CARD32 pitch = pvt->pitch; +CARD32 stride = pvt->stride; +CARD32 outb0 = pvt->leftOver, outb1; +CARD16 bits = pvt->bitOff; + + while (src < send) { + if (bits) { /* Yuck, do a multi word shift */ + outb1 = *src >> (32 - bits); + outb0 |= *src++ << bits; + } else { + outb1 = 0; + outb0 = *src++; + } + bits += stride; + while (bits > 7) { + *dst++ = (CARD8)outb0; + outb0 >>= 8; + if (bits > 32) { + outb0 |= outb1 << 24; + outb1 >>= 8; + } + bits -= 8; + } + } + + /* If something leftover, either write it out or save for packing */ + if (bits) { + if (pitch & 7) { + pvt->leftOver = (CARD8)outb0; + } else { + *dst = (CARD8)outb0; + pvt->leftOver = 0; + } + } else + pvt->leftOver = 0; +} + +/* Pack a line of quad pixels */ +/* Pixel Order = LSB, Fill Order = MSB */ +void QtoLMUQ(src, dst, pvt) +QuadPixel *src; +CARD8 *dst; +meUncompPtr pvt; +{ +QuadPixel *send = &src[pvt->width]; +CARD32 pitch = pvt->pitch; +CARD32 stride = pvt->stride; +CARD32 depth = pvt->depth; +CARD32 outb = pvt->leftOver; +CARD16 bits = pvt->bitOff; +CARD32 pad = stride - depth; + + while (src < send) { + CARD32 sval = *src++; + + if (bits + depth <= 24) { + outb |= (sval << 24 + bits) >> 24 + bits; + *dst++ = (CARD8)outb; + *dst++ = (CARD8)(sval >> 8 - bits); + outb = (CARD8)(sval >> 16 - bits) << 24 - depth - bits; + if (bits + depth == 24) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits = bits + depth - 16; /* watch those signs */ + } else { + outb |= (sval << 24 + bits) >> 24 + bits; + *dst++ = (CARD8)outb; + *dst++ = (CARD8)(sval >> 8 - bits); + *dst++ = (CARD8)(sval >> 16 - bits); + outb = (CARD8)(sval >> 24 - bits) << 32 - depth - bits; + if (bits + depth == 32) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits = bits + depth - 24; /* watch those signs */ + } + if (bits + pad > 8) { + *dst++ = outb; + outb = 0; + bits = bits + pad - 8; + while (bits > 7) { + *dst++ = 0; + bits -= 8; + } + } else + bits += pad; + } + + /* If something leftover, either write it out or save for packing */ + if (bits) { + if (pitch & 7) { + pvt->leftOver = (CARD8)outb; + } else { + *dst = (CARD8)outb; + pvt->leftOver = 0; + } + } else + pvt->leftOver = 0; +} + +/* Pack a line of quad pixels */ +/* Pixel Order = MSB, Fill Order = LSB */ +void QtoMLUQ(src, dst, pvt) +QuadPixel *src; +CARD8 *dst; +meUncompPtr pvt; +{ +QuadPixel *send = &src[pvt->width]; +CARD32 pitch = pvt->pitch; +CARD32 depth = pvt->depth; +CARD32 stride = pvt->stride; +CARD32 outb = pvt->leftOver; +CARD16 bits = pvt->bitOff; +CARD32 pad = stride - depth; + + while (src < send) { + CARD32 sval = *src++; + + if (bits + depth <= 24) { + outb |= (sval >> depth + bits - 8) << bits; + *dst++ = (CARD8)outb; + *dst++ = (CARD8)(sval >> depth + bits - 16); + outb = (sval << 48 - depth - bits) >> 48 - depth - bits; + if (bits + depth == 24) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits = bits + depth - 16; + } else { + outb |= (sval >> depth + bits - 8) << bits; + *dst++ = (CARD8)outb; + *dst++ = (CARD8)(sval >> depth + bits - 16); + *dst++ = (CARD8)(sval >> depth + bits - 24); + outb = (sval << 56 - depth - bits) >> 56 - depth - bits; + if (bits + depth == 32) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits = bits + depth - 24; + } + if (bits + pad > 8) { + *dst++ = outb; + outb = 0; + bits = bits + pad - 8; + while (bits > 7) { + *dst++ = 0; + bits -= 8; + } + } else + bits += pad; + } + + + /* If something leftover, either write it out or save for packing */ + if (bits) { + if (pitch & 7) { + pvt->leftOver = outb; + } else { + *dst = (CARD8)outb; + pvt->leftOver = 0; + } + } else + pvt->leftOver = 0; +} + +/* Pack a line of quad pixels */ +/* Pixel Order = MSB, Fill Order = MSB */ +void QtoMMUQ(src, dst, pvt) +QuadPixel *src; +CARD8 *dst; +meUncompPtr pvt; +{ +QuadPixel *send = &src[pvt->width]; +CARD32 pitch = pvt->pitch; +CARD32 depth = pvt->depth; +CARD32 stride = pvt->stride; +CARD32 outb = pvt->leftOver; +CARD16 bits = pvt->bitOff; +CARD32 pad = stride - depth; + + while (src < send) { + CARD32 sval = *src++; + + if (bits + depth <= 24) { + outb |= sval >> depth + bits - 8; + *dst++ = (CARD8)outb; + *dst++ = (CARD8)(sval >> depth + bits - 16); + outb = (sval << 48 - depth - bits) >> 24; + if (bits + depth == 24) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits = bits + depth - 16; + } else { + outb |= sval >> depth + bits - 8; + *dst++ = (CARD8)outb; + *dst++ = (CARD8)(sval >> depth + bits - 16); + *dst++ = (CARD8)(sval >> depth + bits - 24); + outb = (sval << 56 - depth - bits) >> 24; + if (bits + depth == 32) { + *dst++ = (CARD8)outb; + outb = 0; + bits = 0; + } else + bits = bits + depth - 24; + } + if (bits + pad > 8) { + *dst++ = outb; + outb = 0; + bits = bits + pad - 8; + while (bits > 7) { + *dst++ = 0; + bits -= 8; + } + } else + bits += pad; + } + + + /* If something leftover, either write it out or save for packing */ + if (bits) { + if (pitch & 7) { + pvt->leftOver = (CARD8)outb; + } else { + *dst = (CARD8)outb; + pvt->leftOver = 0; + } + } else + pvt->leftOver = 0; +} + +/* Pack a triple band by pixel line of pixels */ +/* Pixel Order = LSB, Fill Order = LSB */ +#define ConvertToLLTB(fname,itype0,itype1,itype2) \ +void fname(src0, src1, src2, dst, tristride, pvt) \ +itype0 *src0; \ +itype1 *src1; \ +itype2 *src2; \ +CARD8 *dst; \ +CARD32 tristride; \ +meUncompPtr pvt; \ +{ \ +itype0 *send = &src0[pvt->width];/* All three bands are same width */ \ +CARD32 pitch = pvt->pitch; \ +CARD32 outb = pvt->leftOver; \ +CARD16 bits = pvt->bitOff; \ +CARD32 depth0 = pvt[0].depth; \ +CARD32 depth1 = pvt[1].depth; \ +CARD32 tripad = tristride - pvt[0].depth - pvt[1].depth; \ + while (src0 < send) { \ + outb |= (CARD32)*src0++ << bits; \ + bits += depth0; \ + while (bits > 7) { \ + *dst++ = (CARD8)outb; \ + outb >>= 8; \ + bits -= 8; \ + } \ + outb |= (CARD32)*src1++ << bits; \ + bits += depth1; \ + while (bits > 7) { \ + *dst++ = (CARD8)outb; \ + outb >>= 8; \ + bits -= 8; \ + } \ + outb |= (CARD32)*src2++ << bits; \ + bits += tripad; \ + while (bits > 7) { \ + *dst++ = (CARD8)outb; \ + outb >>= 8; \ + bits -= 8; \ + } \ + } \ + if (bits) { \ + if (pitch & 7) { \ + pvt->leftOver = outb; \ + } else { \ + *dst = (CARD8)outb; \ + pvt->leftOver = 0; \ + } \ + } else \ + pvt->leftOver = 0; \ +} + +/* Pack a triple band by pixel line of pixels */ +/* Pixel Order = LSB, Fill Order = MSB */ +/* Broken in two parts because some preprocessors cannot handle the full size*/ +#define ConvertToLMTB2() \ + if (bits + tripad > 8) { \ + *dst++ = outb; \ + outb = 0; \ + bits = bits + tripad - 8; \ + while (bits > 7) { \ + *dst++ = 0; \ + bits -= 8; \ + } \ + } else \ + bits += tripad; \ + } \ + if (bits) { \ + if (pitch & 7) { \ + pvt->leftOver = outb; \ + } else { \ + *dst = (CARD8)outb; \ + pvt->leftOver = 0; \ + } \ + } else \ + pvt->leftOver = 0; + +#define ConvertToLMTB(fname,xietype0,xietype1,xietype2) \ +void fname(src0, src1, src2, dst, tristride, pvt) \ +xietype0 *src0; \ +xietype1 *src1; \ +xietype2 *src2; \ +CARD8 *dst; \ +CARD32 tristride; \ +meUncompPtr pvt; \ +{ \ +xietype0 *send = &src0[pvt->width];/* All three bands are same width */ \ +CARD32 pitch = pvt->pitch; \ +CARD32 outb = pvt->leftOver; \ +CARD16 bits = pvt->bitOff; \ +CARD32 tripad = tristride - pvt[0].depth - pvt[1].depth - pvt[2].depth;\ +CARD32 b; \ + while (src0 < send) { \ + CARD16 svals[3]; \ + svals[0] = *src0++; svals[1] = *src1++; svals[2] = *src2++; \ + for (b = 0; b < 3; b++) { \ + CARD16 sval = svals[b]; \ + CARD32 depth = pvt[b].depth; \ + if (bits + depth <= 8) { /* Pack into existing byte only */\ + outb |= sval << 8 - depth - bits; \ + if (bits + depth == 8) { \ + *dst++ = (CARD8)outb; \ + outb = 0; \ + bits = 0; \ + } else \ + bits += depth; \ + } else if (bits + depth <= 16) { \ + outb |= (CARD16)(sval << 8 + bits) >> 8 + bits; \ + *dst++ = (CARD8)outb; \ + outb = (CARD8)(sval >> 8 - bits) << 16 - depth - bits; \ + if (bits + depth == 16) { \ + *dst++ = (CARD8)outb; \ + outb = 0; \ + bits = 0; \ + } else \ + bits = bits + depth - 8; /* watch those signs */ \ + } else { \ + outb |= (CARD16)(sval << 8 + bits) >> 8 + bits; \ + *dst++ = (CARD8)outb; \ + *dst++ = (CARD8)((CARD16)(sval << bits) >> 8); \ + outb = (CARD8)(sval >> 16 - bits) << 24 - depth - bits; \ + if (bits + depth == 24) { \ + *dst++ = (CARD8)outb; \ + outb = 0; \ + bits = 0; \ + } else \ + bits = bits + depth - 16; /* watch those signs */ \ + } \ + } \ + ConvertToLMTB2() \ +} + +/* Pack a triple band by pixel line of pixels */ +/* Pixel Order = MSB, Fill Order = LSB */ +/* Broken in two parts because some preprocessors cannot handle the full size*/ +#define ConvertToMLTB2() \ + if (bits + tripad > 8) { \ + *dst++ = outb; \ + outb = 0; \ + bits = bits + tripad - 8; \ + while (bits > 7) { \ + *dst++ = 0; \ + bits -= 8; \ + } \ + } else \ + bits += tripad; \ + } \ + if (bits) { \ + if (pitch & 7) { \ + pvt->leftOver = outb; \ + } else { \ + *dst = (CARD8)outb; \ + pvt->leftOver = 0; \ + } \ + } else \ + pvt->leftOver = 0; + +#define ConvertToMLTB(fname,itype0,itype1,itype2) \ +void fname(src0, src1, src2, dst, tristride, pvt) \ +itype0 *src0; \ +itype1 *src1; \ +itype2 *src2; \ +CARD8 *dst; \ +CARD32 tristride; \ +meUncompPtr pvt; \ +{ \ +itype0 *send = &src0[pvt->width];/* All three bands are same width */ \ +CARD32 pitch = pvt->pitch; \ +CARD32 outb = pvt->leftOver; \ +CARD16 bits = pvt->bitOff; \ +CARD32 tripad = tristride - pvt[0].depth - pvt[1].depth - pvt[2].depth;\ +CARD32 b; \ + while (src0 < send) { \ + CARD16 svals[3]; \ + svals[0] = *src0++; svals[1] = *src1++; svals[2] = *src2++; \ + for (b = 0; b < 3; b++) { \ + CARD16 sval = svals[b]; \ + CARD32 depth = pvt[b].depth; \ + if (bits + depth <= 8) { /* Pack into existing byte only */\ + outb |= sval << bits; \ + if (bits + depth == 8) { \ + *dst++ = (CARD8)outb; \ + outb = 0; \ + bits = 0; \ + } else \ + bits += depth; \ + } else if (bits + depth <= 16) { \ + outb |= (sval >> depth + bits - 8) << bits; \ + *dst++ = (CARD8)outb; \ + outb = (CARD16)(sval << 24 - depth - bits) >> 24 - depth - bits; \ + if (bits + depth == 16) { \ + *dst++ = (CARD8)outb; \ + outb = 0; \ + bits = 0; \ + } else \ + bits = bits + depth - 8; \ + } else { \ + outb |= (sval >> depth + bits - 8) << bits; \ + *dst++ = (CARD8)outb; \ + *dst++ = (CARD8)(sval >> depth + bits - 16); \ + outb = (CARD8)(sval << 24 - depth - bits) >> 24 - depth - bits;\ + if (bits + depth == 24) { \ + *dst++ = (CARD8)outb; \ + outb = 0; \ + bits = 0; \ + } else \ + bits = bits + depth - 16; \ + } \ + } \ + ConvertToMLTB2() \ +} + +/* Pack a triple band by pixel line of pixels */ +/* Pixel Order = MSB, Fill Order = MSB */ +/* Broken in two parts because some preprocessors cannot handle the full size*/ +#define ConvertToMMTB2() \ + if (bits + tripad > 8) { \ + *dst++ = outb; \ + outb = 0; \ + bits = bits + tripad - 8; \ + while (bits > 7) { \ + *dst++ = 0; \ + bits -= 8; \ + } \ + } else \ + bits += tripad; \ + } \ + if (bits) { \ + if (pitch & 7) { \ + pvt->leftOver = (CARD8)outb; \ + } else { \ + *dst = (CARD8)outb; \ + pvt->leftOver = 0; \ + } \ + } else \ + pvt->leftOver = 0; + +#define ConvertToMMTB(fname,itype0,itype1,itype2) \ +void fname(src0, src1, src2, dst, tristride, pvt) \ +itype0 *src0; \ +itype1 *src1; \ +itype2 *src2; \ +CARD8 *dst; \ +CARD32 tristride; \ +meUncompPtr pvt; \ +{ \ +itype0 *send = &src0[pvt->width];/* All three bands are same width */ \ +CARD32 pitch = pvt->pitch; \ +CARD32 outb = pvt->leftOver; \ +CARD16 bits = pvt->bitOff; \ +CARD32 tripad = tristride - pvt[0].depth - pvt[1].depth - pvt[2].depth;\ +CARD32 b; \ + while (src0 < send) { \ + CARD16 svals[3]; \ + svals[0] = *src0++; svals[1] = *src1++; svals[2] = *src2++; \ + for (b = 0; b < 3; b++) { \ + CARD16 sval = svals[b]; \ + CARD32 depth; \ + depth = pvt[b].depth; \ + if (bits + depth <= 8) {/* Pack into existing byte only */ \ + outb |= sval << 8 - depth - bits; \ + if (bits + depth == 8) { \ + *dst++ = (CARD8)outb; \ + outb = 0; \ + bits = 0; \ + } else \ + bits += depth; \ + } else if (bits + depth <= 16) { \ + outb |= sval >> depth + bits - 8; \ + *dst++ = (CARD8)outb; \ + outb = sval << 16 - depth - bits; \ + if (bits + depth == 16) { \ + *dst++ = (CARD8)outb; \ + outb = 0; \ + bits = 0; \ + } else \ + bits = bits + depth - 8; \ + } else { \ + outb |= sval >> depth + bits - 8; \ + *dst++ = (CARD8)outb; \ + *dst++ = (CARD8)(sval >> depth + bits - 16); \ + outb = sval << 24 - depth - bits; \ + if (bits + depth == 24) { \ + *dst++ = (CARD8)outb; \ + outb = 0; \ + bits = 0; \ + } else \ + bits = bits + depth - 16; \ + } \ + } \ + ConvertToMMTB2() \ +} + + +ConvertToLLTB(BBBtoLLTB,BytePixel,BytePixel,BytePixel) +ConvertToLMTB(BBBtoLMTB,BytePixel,BytePixel,BytePixel) +ConvertToMLTB(BBBtoMLTB,BytePixel,BytePixel,BytePixel) +ConvertToMMTB(BBBtoMMTB,BytePixel,BytePixel,BytePixel) + +ConvertToLLTB(BBPtoLLTB,BytePixel,BytePixel,PairPixel) +ConvertToLMTB(BBPtoLMTB,BytePixel,BytePixel,PairPixel) +ConvertToMLTB(BBPtoMLTB,BytePixel,BytePixel,PairPixel) +ConvertToMMTB(BBPtoMMTB,BytePixel,BytePixel,PairPixel) + +ConvertToLLTB(BPBtoLLTB,BytePixel,PairPixel,BytePixel) +ConvertToLMTB(BPBtoLMTB,BytePixel,PairPixel,BytePixel) +ConvertToMLTB(BPBtoMLTB,BytePixel,PairPixel,BytePixel) +ConvertToMMTB(BPBtoMMTB,BytePixel,PairPixel,BytePixel) + +ConvertToLLTB(BPPtoLLTB,BytePixel,PairPixel,PairPixel) +ConvertToLMTB(BPPtoLMTB,BytePixel,PairPixel,PairPixel) +ConvertToMLTB(BPPtoMLTB,BytePixel,PairPixel,PairPixel) +ConvertToMMTB(BPPtoMMTB,BytePixel,PairPixel,PairPixel) + +ConvertToLLTB(PBBtoLLTB,PairPixel,BytePixel,BytePixel) +ConvertToLMTB(PBBtoLMTB,PairPixel,BytePixel,BytePixel) +ConvertToMLTB(PBBtoMLTB,PairPixel,BytePixel,BytePixel) +ConvertToMMTB(PBBtoMMTB,PairPixel,BytePixel,BytePixel) + +ConvertToLLTB(PBPtoLLTB,PairPixel,BytePixel,PairPixel) +ConvertToLMTB(PBPtoLMTB,PairPixel,BytePixel,PairPixel) +ConvertToMLTB(PBPtoMLTB,PairPixel,BytePixel,PairPixel) +ConvertToMMTB(PBPtoMMTB,PairPixel,BytePixel,PairPixel) + +ConvertToLLTB(PPBtoLLTB,PairPixel,PairPixel,BytePixel) +ConvertToLMTB(PPBtoLMTB,PairPixel,PairPixel,BytePixel) +ConvertToMLTB(PPBtoMLTB,PairPixel,PairPixel,BytePixel) +ConvertToMMTB(PPBtoMMTB,PairPixel,PairPixel,BytePixel) + +ConvertToLLTB(PPPtoLLTB,PairPixel,PairPixel,PairPixel) +ConvertToLMTB(PPPtoLMTB,PairPixel,PairPixel,PairPixel) +ConvertToMLTB(PPPtoMLTB,PairPixel,PairPixel,PairPixel) +ConvertToMMTB(PPPtoMMTB,PairPixel,PairPixel,PairPixel) + +void (*EncodeTripleFuncs[2][2][2][2][2])() = +{ { { { { BBBtoLLTB, BBPtoLLTB }, { BPBtoLLTB, BPPtoLLTB } }, + { { PBBtoLLTB, PBPtoLLTB }, { PPBtoLLTB, PPPtoLLTB } } }, + { { { BBBtoLMTB, BBPtoLMTB }, { BPBtoLMTB, BPPtoLMTB } }, + { { PBBtoLMTB, PBPtoLMTB }, { PPBtoLMTB, PPPtoLMTB } } } }, + { { { { BBBtoMLTB, BBPtoMLTB }, { BPBtoMLTB, BPPtoMLTB } }, + { { PBBtoMLTB, PBPtoMLTB }, { PPBtoMLTB, PPPtoMLTB } } }, + { { { BBBtoMMTB, BBPtoMMTB }, { BPBtoMMTB, BPPtoMMTB } }, + { { PBBtoMMTB, PBPtoMMTB }, { PPBtoMMTB, PPPtoMMTB } } } } }; +/* end module meuncomp.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/export/schoice.c b/xie/xc/programs/Xserver/XIE/mixie/export/schoice.c new file mode 100644 index 0000000..efe29a3 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/export/schoice.c @@ -0,0 +1,357 @@ +/* $XConsortium: schoice.c,v 1.4 94/04/17 20:34:25 rws Exp $ */ +/**** module schoice.c ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +**************************************************************************** + schoice.c: Routines to handle server choice encoding + + Dean Verheiden && Robert NC Shelley AGE Logic, Inc. Jan 1994 +****************************************************************************/ + +#define _XIEC_SCHOICE +#define _XIEC_IPHOTO + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include + +/* + * Element Specific Includes + */ +#include +#include +#include +#include +#include + +static Bool PrepSCCanonic(); +static Bool PrepSCSmuggle(); +static Bool PrepSCPackBits(); +static Bool PrepSCG42D(); + + +extern Bool BuildDecodeFromEncode(); +extern pointer GetImportTechnique(); + + +/* REFORMAT_UNCOMPRESSED (options for prefer space) + * TRUE = convert uncompressed import data to canonic form before saving + * FALSE = save uncompressed import data "as is" + * + * COMPRESS_BITONAL + * PrepSCPackBits + * PrepSCG42D + * + * DEFAULT_PREFERENCE + * xieValPreferSpace + * xieValPreferTime + */ +#define REFORMAT_UNCOMPRESSED TRUE +#define COMPRESS_BITONAL PrepSCPackBits +#define DEFAULT_PREFERENCE xieValPreferTime + + +/*------------------------------------------------------------------------ +----------------------- choose an encode technique ----------------------- +------------------------------------------------------------------------*/ +xieBoolProc GetServerChoice(flo, eped) + floDefPtr flo; + peDefPtr eped; +{ + ePhotoDefPtr pvt = (ePhotoDefPtr)eped->elemPvt; + xieFloExportPhotomap *raw = (xieFloExportPhotomap *)eped->elemRaw; + outFloPtr dst = &eped->outFlo; + inFloPtr inf = &eped->inFloLst[SRCtag]; + peDefPtr iped = inf->srcDef; + Bool smuggle = FALSE; + formatPtr fmt; + xieBoolProc scPrep; + CARD8 b, bands, preference; + CARD16 tecNum, tecLen; + pointer import; + + import = GetImportTechnique(iped,&tecNum,&tecLen); + + if(raw->lenParams) + preference = ((xieTecEncodeServerChoice*)&raw[1])->preference; + else + preference = xieValPreferDefault; + + switch(preference) { +#if (DEFAULT_PREFERENCE == xieValPreferSpace) + case xieValPreferDefault: +#endif + case xieValPreferSpace: + if(import) { + switch(tecNum) { +#if REFORMAT_UNCOMPRESSED + case xieValDecodeUncompressedSingle: + if(iped->outFlo.format[0].levels == 2) + scPrep = COMPRESS_BITONAL; + else + scPrep = PrepSCCanonic; + break; + + case xieValDecodeUncompressedTriple: + scPrep = PrepSCCanonic; + break; +#else + case xieValDecodeUncompressedSingle: + case xieValDecodeUncompressedTriple: +#endif + case xieValDecodeG31D: + case xieValDecodeG32D: + case xieValDecodeG42D: + case xieValDecodeJPEGBaseline: + case xieValDecodeTIFF2: + case xieValDecodeTIFFPackBits: + smuggle = TRUE; /* smuggle import encoding "as is" */ + scPrep = PrepSCSmuggle; + break; + default: + return((xieBoolProc)NULL); + } + } else if(iped->outFlo.bands == 1 && iped->outFlo.format[0].levels == 2) { + scPrep = COMPRESS_BITONAL; + } else { + scPrep = PrepSCCanonic; + } + break; + +#if (DEFAULT_PREFERENCE == xieValPreferTime) + case xieValPreferDefault: +#endif + case xieValPreferTime: + scPrep = PrepSCCanonic; /* keep uncompressed */ + break; + + default: + return((xieBoolProc)NULL); + } + /* grab a copy of the input attributes and propagate them to our output + */ + fmt = smuggle ? iped->inFloLst[SRCtag].format : iped->outFlo.format; + bands = smuggle ? iped->inFloLst[SRCtag].bands : iped->outFlo.bands; + + for(b = 0; b < bands; ++b) { + dst->format[b] = inf->format[b] = fmt[b]; + } + dst->bands = inf->bands = bands; + pvt->serverChose = TRUE; + + return(scPrep); +} + + +/*------------------------------------------------------------------------ +---------------------- server choice prep routines ----------------------- +------------------------------------------------------------------------*/ +static Bool PrepSCCanonic(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ePhotoDefPtr pvt = (ePhotoDefPtr)ped->elemPvt; + + pvt->encodeNumber = xieValEncodeServerChoice; + pvt->encodeLen = 0; + pvt->congress = TRUE; + + if(ped->inFloLst[SRCtag].bands == 1) { + xieTecDecodeUncompressedSingle *dtec; + + if(!(dtec = ((xieTecDecodeUncompressedSingle *) + XieMalloc(sizeof(xieTecDecodeUncompressedSingle))))) + AllocError(flo,ped, return(FALSE)); + + pvt->decodeNumber = xieValDecodeUncompressedSingle; + pvt->decodeParms = (pointer)dtec; + pvt->decodeLen = sizeof(xieTecDecodeUncompressedSingle); +#if (IMAGE_BYTE_ORDER == MSBFirst) /* Conform to server's "native" format */ + dtec->fillOrder = xieValMSFirst; + dtec->pixelOrder = xieValMSFirst; +#else + dtec->fillOrder = xieValLSFirst; + dtec->pixelOrder = xieValLSFirst; +#endif + dtec->pixelStride = ped->outFlo.format[0].stride; + dtec->leftPad = 0; + dtec->scanlinePad = PITCH_MOD >> 3; + } else { + xieTecDecodeUncompressedTriple *dtec; + int i; + + if(!(dtec = ((xieTecDecodeUncompressedTriple *) + XieMalloc(sizeof(xieTecDecodeUncompressedTriple))))) + AllocError(flo,ped, return(FALSE)); + + pvt->decodeNumber = xieValDecodeUncompressedTriple; + pvt->decodeParms = (pointer)dtec; + pvt->decodeLen = sizeof(xieTecDecodeUncompressedTriple); +#if (IMAGE_BYTE_ORDER == MSBFirst) /* Conform to server's "native" format */ + dtec->fillOrder = xieValMSFirst; + dtec->pixelOrder = xieValMSFirst; +#else + dtec->fillOrder = xieValLSFirst; + dtec->pixelOrder = xieValLSFirst; +#endif + dtec->bandOrder = xieValLSFirst; + dtec->interleave = xieValBandByPlane; + for(i = 0; i < 3; i++) { + dtec->leftPad[i] = 0; + dtec->pixelStride[i] = ped->outFlo.format[i].stride; + dtec->scanlinePad[i] = PITCH_MOD >> 3; + } + } + return(TRUE); +} /* PrepSCCanonic */ + + +static Bool PrepSCSmuggle(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ePhotoDefPtr pvt = (ePhotoDefPtr)ped->elemPvt; + peDefPtr iped = ped->inFloLst[SRCtag].srcDef; + pointer parms; + + pvt->encodeNumber = xieValEncodeServerChoice; + pvt->encodeLen = 0; + pvt->congress = TRUE; + + if(!(parms = GetImportTechnique(iped,&pvt->decodeNumber,&pvt->decodeLen)) || + !(pvt->decodeParms = (pointer)XieMalloc(pvt->decodeLen))) + return(FALSE); + + memcpy((char*)pvt->decodeParms, (char*)parms, (int)pvt->decodeLen); + + return(TRUE); +} /* PrepECSmuggle */ + + +static Bool PrepSCPackBits(flo, ped) + floDefPtr flo; + peDefPtr ped; +{ + ePhotoDefPtr pvt = (ePhotoDefPtr)ped->elemPvt; + formatPtr fmt = ped->outFlo.format; + xieTecEncodeTIFFPackBits *tp; + + pvt->encodeNumber = xieValEncodeTIFFPackBits; + pvt->encodeLen = sizeof(xieTecEncodeTIFFPackBits); + + if(!(tp = (xieTecEncodeTIFFPackBits*)XieMalloc(pvt->encodeLen))) + return(FALSE); + + pvt->encodeParms = (pointer)tp; + + tp->encodedOrder = xieValMSFirst; + fmt->interleaved = FALSE; + fmt->class = STREAM; + + return(BuildDecodeFromEncode(flo,ped)); +} /* PrepSCPackBits */ + + +static Bool PrepSCG42D(flo, ped) + floDefPtr flo; + peDefPtr ped; +{ + ePhotoDefPtr pvt = (ePhotoDefPtr)ped->elemPvt; + formatPtr fmt = ped->outFlo.format; + xieTecEncodeG42D *tp; + + pvt->encodeNumber = xieValEncodeG42D; + pvt->encodeLen = sizeof(xieTecEncodeG42D); + + if(!(tp = (xieTecEncodeG42D*)XieMalloc(pvt->encodeLen))) + return(FALSE); + + pvt->encodeParms = (pointer)tp; + tp->encodedOrder = xieValMSFirst; + tp->uncompressed = FALSE; + tp->radiometric = FALSE; + fmt->interleaved = FALSE; + fmt->class = STREAM; + + return(BuildDecodeFromEncode(flo,ped)); +} /* PrepSCG42D */ + +/* end module schoice.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/Imakefile b/xie/xc/programs/Xserver/XIE/mixie/fax/Imakefile new file mode 100644 index 0000000..25a9214 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/Imakefile @@ -0,0 +1,44 @@ +XCOMM $XConsortium: Imakefile,v 1.4 93/11/07 10:57:59 rws Exp $ +XCOMM build device dependent machine independent fax processing element objects +#include + + SRCS = dg31d.c \ + dg32d.c \ + dg4.c \ + dtiff2.c \ + dtiffpb.c \ + eg31d.c \ + eg32d.c \ + etiff2.c \ + etiffpb.c \ + faxtabs.c \ + zeroeven.c + + OBJS = dg31d.o \ + dg32d.o \ + dg4.o \ + dtiff2.o \ + dtiffpb.o \ + eg31d.o \ + eg32d.o \ + etiff2.o \ + etiffpb.o \ + faxtabs.o \ + zeroeven.o + +#if BuildDIS + DEFINES = -DXIE_DIS +#endif + + INCLUDES = -I../include -I../../include -I$(SERVERSRC)/include -I$(INCLUDESRC) -I$(INCLUDESRC)/extensions + LINTLIBS = ../../dixie/export/llib-lexp.ln ../../dixie/import/llib-limp.ln \ + ../../dixie/process/llib-lproc.ln ../../dixie/request/llib-lreq.ln \ + ../control/llib-lctrl.ln ../export/llib-lmexp.ln ../fax/llib-lfax.ln \ + ../import/llib-lmimp.ln ../jpeg/llib-ljpeg.ln ../process/llib-lmproc.ln + +SubdirLibraryRule($(OBJS)) +NormalLibraryObjectRule() +LintLibraryTarget(fax,$(SRCS)) +NormalLintTarget($(SRCS)) + +DependTarget() diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/bits.h b/xie/xc/programs/Xserver/XIE/mixie/fax/bits.h new file mode 100644 index 0000000..9538130 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/bits.h @@ -0,0 +1,466 @@ +/* $XConsortium: bits.h /main/6 1995/12/02 16:50:22 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module fax/bits.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + fax/bits.h -- DDXIE G4 fax bitstream management macros + + Ben Fahy -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + +#include "gbits.h" + +/* ------------------------------------------------------------------- */ +/* + * get_white_run_length(next_goal) + * get_black_run_length(next_goal) + * + * These macros try to determine run lengths in horizonal mode. + * All possible bit combinations have been previously coded in + * a lookup table, so it's not a very big deal. The only real + * complication arises from the fact I may run out of strip data + * before finishing. In this case I want to save my length + * accumulator and read it back in again. If I have finished + * with this length, I want to move on to the next goal specified + * by 'next_goal'. Otherwise my goal remains to accumulate the + * current desired run length. + */ + +#define get_white_run_length(next_goal) \ + { \ + register int code=0,nbits,makeup; \ + rl = 0; \ + while (1) { \ + code = get_wcode(byteptr,bitpos,endptr); \ + rl = _WhiteFaxTable[code].run_length; \ + nbits = _WhiteFaxTable[code].n_bits; \ + makeup = _WhiteFaxTable[code].makeup; \ + if (rl == BAD_RUN_LENGTH) { \ + length_acc = 0; \ + if (!code) { \ + /* could just be fill bits, try to recover */ \ + goal = FAX_GOAL_RecoverZero; \ + break; \ + } \ + else { \ + goal = FAX_GOAL_FallOnSword; \ + break; \ + } \ + } \ + if (rl != EOL_RUN_LENGTH) \ + length_acc += rl; \ + if (!makeup) \ + goal = next_goal; \ + /* just in case adjust_bitstream returns for more data */ \ + adjust_bitstream(nbits,byteptr,bitpos,endptr); \ + if (!makeup) \ + break; \ + } \ + } + +#define get_black_run_length(next_goal) \ + { \ + register int code=0,nbits,makeup; \ + rl = 0; \ + while (1) { \ + code = get_bcode(byteptr,bitpos,endptr); \ + rl = _BlackFaxTable[code].run_length; \ + nbits = _BlackFaxTable[code].n_bits; \ + makeup = _BlackFaxTable[code].makeup; \ + if (rl == BAD_RUN_LENGTH) { \ + length_acc = 0; \ + if (!code) { \ + /* could just be fill bits, will try to recover */ \ + goal = FAX_GOAL_RecoverZero; \ + break; \ + } \ + else { \ + goal = FAX_GOAL_FallOnSword; \ + break; \ + } \ + } \ + if (rl != EOL_RUN_LENGTH) \ + length_acc += rl; \ + /* if this is an EOL of terminating code, go to next goal */\ + if (!makeup) \ + goal = next_goal; \ + /* (set in case adjust_bitstream returns for more data) */\ + adjust_bitstream(nbits,byteptr,bitpos,endptr); \ + if (!makeup) \ + break; \ + } \ + } + +/* ------------------------------------------------------------------- */ +/* + * get_a0a1(next_goal) + * get_a1a2(next_goal) + * + * These macros try to determine run lengths in horizonal mode. + * They just leverage off of lower-level macros, so they're easy + */ +#define get_a0a1(next_goal) \ + { \ + if (a0_color == WHITE) \ + get_white_run_length(next_goal) /* ; */ \ + else \ + get_black_run_length(next_goal); \ + } +#define get_a1a2(next_goal) \ + { \ + if (a0_color == WHITE) \ + get_black_run_length(next_goal) /* ; */ \ + else \ + get_white_run_length(next_goal); \ + } +/* ------------------------------------------------------------------- */ +/* + * save_state_and_return(state); + * localize_state(state); + * + * These macros transfer state variables back and forth between + * the reentrant data structure 'state' and register variables. + * Hopefully neither will be called often, so we don't have to + * spend energy analyzing what is 'dirty' versus what hasn't been + * touched since the last save, etc. + * + * Strategy: + * brute force. + * + */ +#if defined(_G32D) +#define save_state_and_return(state) \ + { \ + state->a0_color = a0_color; \ + state->a0_pos = a0_pos; \ + state->a0a1 = a0a1; \ + state->bits.bitpos = bitpos; \ + state->bits.byteptr = byteptr; \ + state->bits.endptr = endptr; \ + state->goal = goal; \ + state->n_old_trans = n_old_trans; \ + state->old_trans = old_trans; \ + state->n_new_trans = n_new_trans; \ + state->new_trans = new_trans; \ + state->length_acc = length_acc; \ + state->last_b1_idx = last_b1_idx; \ + state->width = width; \ + state->rl = rl; \ + state->g32d_horiz = g32d_horiz; \ + return(lines_found); \ + } + +#define localize_state(state) \ + a0_color = state->a0_color; \ + a0_pos = state->a0_pos; \ + a0a1 = state->a0a1; \ + bitpos = state->bits.bitpos; \ + byteptr = state->bits.byteptr; \ + endptr = state->bits.endptr; \ + goal = state->goal; \ + n_old_trans = state->n_old_trans; \ + old_trans = state->old_trans; \ + n_new_trans = state->n_new_trans; \ + new_trans = state->new_trans; \ + length_acc = state->length_acc; \ + last_b1_idx = state->last_b1_idx; \ + width = state->width; \ + rl = state->rl; \ + g32d_horiz = state->g32d_horiz; +#endif /* if defined(_G32D) */ + +#if defined(_G31D) || defined(_G4) +#define save_state_and_return(state) \ + { \ + state->a0_color = a0_color; \ + state->a0_pos = a0_pos; \ + state->a0a1 = a0a1; \ + state->bits.bitpos = bitpos; \ + state->bits.byteptr = byteptr; \ + state->bits.endptr = endptr; \ + state->goal = goal; \ + state->n_old_trans = n_old_trans; \ + state->old_trans = old_trans; \ + state->n_new_trans = n_new_trans; \ + state->new_trans = new_trans; \ + state->length_acc = length_acc; \ + state->last_b1_idx = last_b1_idx; \ + state->width = width; \ + state->rl = rl; \ + return(lines_found); \ + } + +#define localize_state(state) \ + a0_color = state->a0_color; \ + a0_pos = state->a0_pos; \ + a0a1 = state->a0a1; \ + bitpos = state->bits.bitpos; \ + byteptr = state->bits.byteptr; \ + endptr = state->bits.endptr; \ + goal = state->goal; \ + n_old_trans = state->n_old_trans; \ + old_trans = state->old_trans; \ + n_new_trans = state->n_new_trans; \ + new_trans = state->new_trans; \ + length_acc = state->length_acc; \ + last_b1_idx = state->last_b1_idx; \ + width = state->width; \ + rl = state->rl; +#endif /* defined(_G31D) */ + +#if defined(_PBits) +#define save_state_and_return(state) \ + { \ + state->a0_color = a0_color; \ + state->a0_pos = a0_pos; \ + state->bits.byteptr = byteptr; \ + state->bits.endptr = endptr; \ + state->goal = goal; \ + state->length_acc = length_acc; \ + state->width = width; \ + state->rl = rl; \ + return(lines_found); \ + } + +#define localize_state(state) \ + a0_color = state->a0_color; \ + a0_pos = state->a0_pos; \ + byteptr = state->bits.byteptr; \ + endptr = state->bits.endptr; \ + goal = state->goal; \ + length_acc = state->length_acc; \ + width = state->width; \ + rl = state->rl; +#endif /* defined(_Pbits) */ + +/* ------------------------------------------------------------------- */ +/* + * reset_transitions(); + * + * Macro to trade old and new transition buffers + * + * Strategy: + * Do the obvious + */ +#define reset_transitions() \ + { \ + register int *tmp = old_trans; \ + old_trans = new_trans; \ + new_trans = tmp; \ + n_old_trans = n_new_trans; \ + n_new_trans = 0; \ + last_b1_idx = 0; \ + } + +/* ------------------------------------------------------------------- */ +/* + * get_mode_and_length(mode,length,byteptr,bitpos,endptr); + * + * Macro to get next coding mode (vertical or horizontal or ...) + * + * Strategy: the modes are encoded with 8 bits or less except + * for EOL, which is 001 (12 bits). However, none of + * the other modes use 00, so there's no conflict. + * + * We have precomputed a lookup table that tells us for + * any sequence of 8 bits, what mode and length goes + * along with that sequence. So all we have to do is + * get the 8 bits and run them through the lookup table + * and we're done. + * + * Note: I'm trying to write this so a decent compiler will only + * do one load to get both mode and length. Hopefully, your + * compiler will fetch '*entry' all at once, then shift and + * mask to get components. + * + * Very old compilers may have troubles with the struct = + * construction. You'll have to change entry to *entry + * and the entry.mode to entry->mode, etc. + */ + +#define get_mode_and_length(mode,length,byteptr,bitpos,endptr) \ + { register unsigned char bits=get_byte(byteptr,bitpos,endptr); \ + register TwoDTable entry; \ + entry = _TwoDFaxTable[bits]; \ + mode = entry.mode; \ + length = entry.n_bits; \ + } + +/* ------------------------------------------------------------------- */ + +/* + * find_b1pos(a0_pos,a0_color,n_old_trans,old_trans); + * + * Macro to find pixel of opposite color of a0, to right of a0, + * on the previous line. + * + * Strategy: b1 is more or less monotonically increasing. The + * only possible exception is during vertical coding when + * a1 is left of b1 by 2 or 3: + * + * 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 + * b1' b1 + * B B B B W W B B B B + * B B W B W B W + * a0 a1 + * + * In the diagram above, b1 is the first changing element to the + * right of a0 which goes from white to black. a1 is three to the + * left of b1. + * + * When we set a0'=a1 and proceed decoding, since the new a0' is + * black, we want the first changing element to the right of a0' + * which goes from black to white. This is b1', as pictured. Note + * that b1' < b1! So the b1 sequence is not monotically increasing, + * though it is close. + * + * At most we have to back up one transition to get the right + * changing element for a0'. This is because b1 is W->B, while + * the transition before is B-W, the one before that W->B, and + * so on. The transition before b1 is a candidate for b1', but + * not the one before that (it's the wrong color). The third + * transition before b1 must be at a position <= a0'. But the + * definition of b1' requires that b1' be to the right of a0'. + * Therefore, only the transition immediately before b1 could + * possibly server as b1'. + * + * Moral: If the last b1 we found was index last_b1_idx, then + * we can start searching for b1' at last_b1_idx-1, with complete + * assurance that we'll find it. (if it exists :) + * + * One more thing: WHITE is defined as 0. BLACK is 1. The 1st + * transition (last_b1_idx=0) is W->B, the 2nd (last_b1_idx=1) + * is B->W, etc. So an even transition is black, and odd is white. + * + * BLACK WHITE + * | 0 | 1 | bit1 of transition idx + * ----------|-------|-------| + * a0 WHITE(0) | ok | bad | + * color BLACK(1) | bad | ok | + * ----------|-------|-------| + * + * We need a transition which is opposite in color to a0_color. + * From the table above, if a0_color ^ (idx & 1), the colors + * match and we need to choose the next transition to the right. + */ +#define find_b1pos(a0_pos,a0_color,n_old,old) \ + { \ + if (last_b1_idx > 0) \ + --last_b1_idx; /* avoid gotcha from above evil case */ \ + \ + /* search for first changing element to right of a0_pos */ \ + while (old[last_b1_idx] <= a0_pos) \ + if (++last_b1_idx >= n_old) \ + break; /* if out of transitions, give up */ \ + \ + /* check out color - if matching, use next transition */ \ + if (a0_color ^ (last_b1_idx & 1)) \ + ++last_b1_idx; \ + \ + if (last_b1_idx < n_old) \ + b1_pos = old[last_b1_idx]; \ + else { \ + last_b1_idx = 0; \ + b1_pos = -1; \ + } \ + } + +/* ------------------------------------------------------------------- */ +/* + * find_b2pos(a0_pos,a0_color,n_old_trans,old_trans); + * + * Macro to find the end of a chunk of pixels in the previous line, + * which we passed by because they are uncorrelated with this line. + * + * Strategy: teeny tiny modification to find_b1pos. + * + */ +#define find_b2pos(a0_pos,a0_color,n_old,old) \ + { \ + if (last_b1_idx > 0) \ + --last_b1_idx; /* avoid gotcha from above evil case */ \ + \ + /* search for first changing element to right of a0_pos */ \ + while (old[last_b1_idx] <= a0_pos) \ + if (++last_b1_idx >= (n_old-1)) /* CHANGE */ \ + break; /* if out of transitions, give up */ \ + \ + /* check out color - if matching, use next transition */ \ + if (a0_color ^ (last_b1_idx & 1)) \ + ++last_b1_idx; \ + \ + if (last_b1_idx < n_old-1) /* CHANGE */ \ + b2_pos = old[last_b1_idx+1]; /* CHANGE */ \ + else { \ + last_b1_idx = 0; \ + b2_pos = -1; \ + } \ + } + +/* ------------------------------------------------------------------- */ +/**** module fax/bits.h ****/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/dg31d.c b/xie/xc/programs/Xserver/XIE/mixie/fax/dg31d.c new file mode 100644 index 0000000..e27c81e --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/dg31d.c @@ -0,0 +1,393 @@ +/* $XConsortium: dg31d.c,v 1.5 94/04/17 20:34:26 rws Exp $ */ +/**** module fax/dg31d.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + fax/dg31d.c -- DDXIE G31D fax decode technique/element + + Ben Fahy -- AGE Logic, Inc. July, 1993 + +*****************************************************************************/ + + +#define lenient_decoder + + +/* the folling define causes extra stuff to be saved in state recorder */ +#define _G31D +#include "fax.h" +#include "faxint.h" +#include "bits.h" + +#include /* pick up the BITMAP_BIT_ORDER from Core X*/ + + +/**********************************************************************/ +int decode_g31d(state) +FaxState *state; +{ +register int bitpos; +register unsigned char *byteptr; +register unsigned char *endptr; +register int a0_color; +register int a0_pos; +register int a1_pos; +register int goal; +register int width; +register int rl; + +int lines_found=0; +int n_old_trans; +int n_new_trans; +int *old_trans; +int *new_trans; +int a0a1,a1a2; +int length_acc=0; +int last_b1_idx=0; +int code,nbits; + + if (state == (FaxState *)NULL) + return(-1); + + /* set up initial bitstream for the very first strip */ + if (!state->bits.started) { + if (state->strip_state != StripStateNew) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadStripper; + return(-1); + } + state->bits.byteptr = (unsigned char *)state->strip; + state->bits.endptr = state->bits.byteptr + state->strip_size-4; + /* we will panic with four bytes to go */ + + state->bits.bitpos = 0; + state->bits.started = 1; + } + + localize_state(state); + + if (state->magic_needs) + finish_magic(state->final); + /* a magic strip was waiting for 1st word of next strip */ + + +/*** Main Decoding Loop ***/ + while(1) { + + switch(goal) { + case FAX_GOAL_SkipPastAnyToEOL: + code = 0; /* get gnu compiler to shut up */ + while (byteptr < endptr) { + /* look for EOL code */ + code = get_wcode(byteptr,bitpos,endptr); + rl = _WhiteFaxTable[code].run_length; + if (rl == EOL_RUN_LENGTH) + break; + else + /* move bitstream one bit further and try again */ + adjust_1bit(byteptr,bitpos,endptr); + } + if (byteptr >= endptr) { + state->decoder_done = FAX_DECODE_DONE_ErrorSkipPast; + return(lines_found); + } + nbits = _WhiteFaxTable[code].n_bits; + goal = FAX_GOAL_StartNewLine; + adjust_bitstream(nbits,byteptr,bitpos,endptr); + break; + + case FAX_GOAL_SeekFillAndEOL: + /* look for EOL code */ + code = 0; /* get gnu compiler to shut up */ + while (byteptr < endptr) { + /* look for EOL code */ + code = get_wcode(byteptr,bitpos,endptr); + rl = _WhiteFaxTable[code].run_length; + if (rl == EOL_RUN_LENGTH) + break; + else if (code) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadFill; + return(lines_found); + } + else + /* move bitstream one bit further and try again */ + adjust_1bit(byteptr,bitpos,endptr); + } + if (byteptr >= endptr) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadPtr; + return(-1); + } + nbits = _WhiteFaxTable[code].n_bits; + goal = FAX_GOAL_StartNewLine; + /* set goal before adjusting in case we run out of data */ + adjust_bitstream(nbits,byteptr,bitpos,endptr); + break; + + case FAX_GOAL_StartNewLine: + + if (lines_found >= state->nl_sought) + save_state_and_return(state); + + /* normal line initialization stuff */ + a0_pos = -1; + a0_color = WHITE; + goal = FAX_GOAL_HandleHoriz; + + reset_transitions(); + break; + + case FAX_GOAL_RecoverZero: + goal = FAX_GOAL_SkipPastAnyToEOL; + break; + + case FAX_GOAL_HandleHoriz: + length_acc=0; + goal = FAX_GOAL_AccumulateA0A1; + /* in case I run out of data while getting a0-a1 distance */ + + case FAX_GOAL_AccumulateA0A1: + get_a0a1(FAX_GOAL_RecordA0A1); + /* If we have to return for data before getting the */ + /* whole a0a1 distance, we want to return to the a0a1 */ + /* accumulate state when we reenter the decoder. If */ + /* adjusting the bitstream forces us to return after */ + /* getting the last part of the a0a1 distance, then */ + /* we want to jump to state FAX_GOAL_RecordA0A1 when */ + /* we reenter the decoder. */ + + case FAX_GOAL_FallOnSword: + if (goal == FAX_GOAL_FallOnSword) { +#if defined(lenient_decoder) + goal = FAX_GOAL_SkipPastAnyToEOL; + FlushLineData(); + break; + +#else + state->decoder_done = FAX_DECODE_DONE_ErrorBadCode; + return(lines_found); +#endif + } + + case FAX_GOAL_RecordA0A1: + a0a1 = length_acc; + if (a0a1 < 0) { + state->decoder_done = FAX_DECODE_DONE_ErrorBada0a1; + return(-1); + } + if (a0_pos < 0) { + /* at start of line, a0a1 is the number of white pixels, */ + /* which is also the index on the line where white->black */ + new_trans[n_new_trans++] = a1_pos = a0a1; + } else { + /* in middle of the line, a0a1 is run-length, so + * a1_pos = a0_pos + a0a1, a2_pos = a1_pos + a1a2 + * + * 0 1 2 3 4 5 6 7 8 9 A B C D + * |w |w |w |b |b |b |b |b |w | | | | | + * a0 a1 a2 + */ + new_trans[n_new_trans++] = a1_pos = a0_pos + a0a1; + } + if (a1_pos >= width) { + if (a1_pos > width) { +#if defined(lenient_decoder) + /* we went too far, but we'll be forgiving */ + a1_pos = width; +#else + state->decoder_done = FAX_DECODE_DONE_ErrorPastWidth; + return(-1); +#endif + } + FlushLineData(); + goal = FAX_GOAL_SkipPastAnyToEOL; + break; + } + if (new_trans[n_new_trans-1] < 0){ + state->decoder_done = FAX_DECODE_DONE_ErrorBadA0pos; + return(-1); + } + + + if (goal == FAX_GOAL_RecoverZero) { + + /* it's possible we got here by reading a zero in get_a0a1, */ + /* in which case 'goal' was set to FAX_GOAL_RecoverZero. We */ + /* must assume that the zero is an EOL pre-padded with a */ + /* variable number of zeros, which is legal according to */ + /* the coding spec. So we will record the increment in */ + /* line number and then attempt to recover. */ + goal = FAX_GOAL_SkipPastAnyToEOL; + FlushLineData(); + break; + /* break out of the switch, loop with the while */ + } + + if (rl == EOL_RUN_LENGTH) { + FlushLineData(); + goal = FAX_GOAL_StartNewLine; + /* if we got a non-zero length, remember the transition */ + /* in case the next line is coded in vertical mode */ + if (a0a1) + new_trans[n_new_trans++] = a0a1; + + /* notice we don't have to worry about a0_pos - + it will be reset when we start the new line + */ + break; + /* break out of the switch, loop with the while */ + } + length_acc=0; + goal = FAX_GOAL_AccumulateA1A2; + /* in case I run out of data while getting a1-a2 distance */ + + case FAX_GOAL_AccumulateA1A2: + get_a1a2(FAX_GOAL_FinishHoriz); + /* If we have to return for data before getting the */ + /* whole a1a2 distance, we want to return to the a1a2 */ + /* accumulate state when we reenter the decoder. If */ + /* adjusting the bitstream forces us to return after */ + /* getting the last part of the a1a2 distance, then */ + /* we want to jump to state FAX_GOAL_FinishHoriz when */ + /* we reenter the decoder. */ + + case FAX_GOAL_FinishHoriz: + a1a2 = length_acc; + /* XXX - I may regret not checking for a1a2 > 0 later... */ + if (a1a2 < 0) { + state->decoder_done = FAX_DECODE_DONE_ErrorBada1a2; + return(-1); + } + + + new_trans[n_new_trans] = a0_pos = new_trans[n_new_trans-1]+a1a2; + ++n_new_trans; + if (a0_pos < 0) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadA0pos; + return(-1); + } + + /* it's possible we got here by reading a zero in get_a1a2, */ + /* in which case 'goal' was set to FAX_GOAL_RecoverZero. We */ + /* must assume that the zero is an EOL pre-padded with a */ + /* variable number of zeros, which is legal according to */ + /* the coding spec. So we will update the line count and */ + /* then attempt to recover. */ + if (goal == FAX_GOAL_FallOnSword) { +#if defined(lenient_decoder) + goal = FAX_GOAL_SkipPastAnyToEOL; + FlushLineData(); + break; + +#else + state->decoder_done = FAX_DECODE_DONE_ErrorBadCode; + return(lines_found); +#endif + } + if (goal == FAX_GOAL_RecoverZero ) { + /* assume we have hit the begining of an EOL */ + /* goal = FAX_GOAL_SeekFillAndEOL; */ + goal = FAX_GOAL_SkipPastAnyToEOL; + FlushLineData(); + break; + } + if (rl == EOL_RUN_LENGTH) { + FlushLineData(); + goal = FAX_GOAL_StartNewLine; + if (state->decoder_done) + save_state_and_return(state); + break; + } + if (a0_pos >= width) { + if (a0_pos > width) { +#if defined(lenient_decoder) + /* we went too far, but we'll be forgiving */ + a0_pos = width; +#else + state->decoder_done = FAX_DECODE_DONE_ErrorPastWidth; + return(lines_found); +#endif + } + FlushLineData(); + if (state->decoder_done) + save_state_and_return(state); + /* goal = FAX_GOAL_SeekFillAndEOL; */ + goal = FAX_GOAL_SkipPastAnyToEOL; + break; + } + else { + goal = FAX_GOAL_HandleHoriz; + } + break; + + + default: + state->decoder_done = FAX_DECODE_DONE_ErrorBadGoal; + return(lines_found); + break; + } /* end of switch */ + } +/*** End, Main Decoding Loop ***/ +} +/**** module fax/g31d.c ****/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/dg32d.c b/xie/xc/programs/Xserver/XIE/mixie/fax/dg32d.c new file mode 100644 index 0000000..866eac8 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/dg32d.c @@ -0,0 +1,489 @@ +/* $XConsortium: dg32d.c /main/6 1995/12/02 16:50:27 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module fax/dg32d.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + fax/dg32d.c -- DDXIE G32D fax decode technique/element + + Ben Fahy -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + +#define lenient_decoder + +/* the folling define causes extra stuff to be saved in state recorder */ +#define _G32D + +#include "fax.h" +#include "faxint.h" +#include "bits.h" + +#include /* pick up the BITMAP_BIT_ORDER from Core X*/ + + +/**********************************************************************/ +int decode_g32d(state) +FaxState *state; +{ +register int bitpos; +register unsigned char *byteptr; +register unsigned char *endptr; +register int a0_color; +register int a0_pos,a1_pos; +register int goal; +register int mode; /* could overload goal, but will resist */ +register int length; +register int width; +register int g32d_horiz; +register int rl; + +int lines_found=0; +int n_old_trans; +int n_new_trans; +int *old_trans; +int *new_trans; +int a0a1,a1a2; +int length_acc=0; +int last_b1_idx=0; +int b1_pos,b2_pos; +int code,nbits; + + if (state == (FaxState *)NULL) + return(-1); + + /* set up initial bitstream for the very first strip */ + if (!state->bits.started) { + if (state->strip_state != StripStateNew) { + return(-1); + } + state->bits.byteptr = (unsigned char *)state->strip; + state->bits.endptr = state->bits.byteptr + state->strip_size-4; + /* we will panic with four bytes to go */ + + state->bits.bitpos = 0; + state->bits.started = 1; + } + + localize_state(state); + + if (state->magic_needs) + finish_magic(state->final); + /* a magic strip was waiting for 1st word of next strip */ + + +/*** Main Decoding Loop ***/ + while(1) { + if (endptr < byteptr) { + return(-1); + } + switch(goal) { + + case FAX_GOAL_SkipPastAnyToEOL: + code = 0; /* get Gnu cc to shut up. */ + while (byteptr < endptr) { + /* look for EOL code */ + code = get_wcode(byteptr,bitpos,endptr); + rl = _WhiteFaxTable[code].run_length; + if (rl == EOL_RUN_LENGTH) + break; +#if defined(lenient_decoder) + else + /* move bitstream one bit further and try again */ + adjust_1bit(byteptr,bitpos,endptr); +#else + else if (!state->o_line && !lines_found) { + /* we'll be lenient starting out */ + adjust_1bit(byteptr,bitpos,endptr); + } + else { + state->decoder_done = FAX_DECODE_DONE_ErrorSkipPast; + save_state_and_return(state); + } +#endif + } + if (byteptr >= endptr) { + state->decoder_done = FAX_DECODE_DONE_ErrorSkipPast; + save_state_and_return(state); + } + nbits = _WhiteFaxTable[code].n_bits; + goal = FAX_GOAL_SeekTagBit; + adjust_bitstream(nbits,byteptr,bitpos,endptr); + break; + + case FAX_GOAL_SeekEOLandTag: + goal = FAX_GOAL_SkipPastAnyToEOL; + break; + + case FAX_GOAL_SeekTagBit: + if (get_bit(byteptr,bitpos,endptr)) { + g32d_horiz = 1; + } + else { + g32d_horiz = 0; + } + goal = FAX_GOAL_AdjustTag; + /* have to set this goal in case adjusting throws us + back to the caller in order to get more data. */ + + adjust_1bit(byteptr,bitpos,endptr); + case FAX_GOAL_AdjustTag: + + + /*** ok, now start a new line ***/ + goal = FAX_GOAL_StartNewLine; + break; + + case FAX_GOAL_StartNewLine: + + /* if we got all the data we want, write it out */ + if (lines_found >= state->nl_sought) + save_state_and_return(state); + + /* normal line initialization stuff */ + a0_pos = -1; + a0_color = WHITE; + if (g32d_horiz) + goal = FAX_GOAL_HandleHoriz; + else + goal = FAX_GOAL_DetermineMode; + + reset_transitions(); + break; + case FAX_GOAL_DetermineMode: + get_mode_and_length(mode,length,byteptr,bitpos,endptr); + goal = mode; + /* our goal is now to handle whatever mode we're in! */ + + if (mode == FAX_MODE_Unknown) { + /* hopefully, we just hit the first 0 in an EOL */ + goal = FAX_GOAL_SeekEOLandTag; + } + else + adjust_bitstream_8(length,byteptr,bitpos,endptr); + break; + + case FAX_GOAL_RecoverZero: + + /* have to set new goal in case adjusting throws us */ + /* back to the caller (to get more data) */ + goal = FAX_GOAL_AdjustedButStillRecovering; + adjust_bitstream(nbits,byteptr,bitpos,endptr); + + case FAX_GOAL_AdjustedButStillRecovering: + { + int next_goal = FAX_GOAL_FoundOneEOL; + + while (1) { + if (*byteptr) { + register int mask; + /* important assumption: we only get here if we have */ + /* found at least twelve bits of zero leading up to */ + /* the current bitposition. Therefore, there can't */ + /* be any bits in the byte before the one we want */ + + mask = 1 << (7-bitpos); + while (bitpos < 8) { + if (mask & (*byteptr)) + break; + mask >>= 1; + ++bitpos; + } /* can't really reach bitpos = 8 above */ + goal = next_goal; + adjust_1bit(byteptr,bitpos,endptr); + break; + /* break out of while (1) */ + } + else { + bitpos = 0; + if (++byteptr >= endptr) + do_magic(byteptr,bitpos,endptr); + /* loop around to search some more */ + } + } /* end of while */ + + } + break; + + case FAX_GOAL_FoundOneEOL: + /* found an EOL. If this is RTC, there will be five more EOL's */ + /* on the way. If this is a normal EOL, next code will not */ + /* be an EOL, and we should interpret the next bit as tag bit */ + + + /* look for second EOL code */ + code = get_wcode(byteptr,bitpos,endptr); + rl = _WhiteFaxTable[code].run_length; + if (rl != EOL_RUN_LENGTH) { + goal = FAX_GOAL_SeekTagBit; + break; + } + + /* Got a second EOL code */ + return(-1); + break; + + case FAX_GOAL_HandleHoriz: + length_acc=0; + goal = FAX_GOAL_AccumulateA0A1; + /* in case I run out of data while getting a0-a1 distance */ + + + case FAX_GOAL_AccumulateA0A1: + get_a0a1(FAX_GOAL_RecordA0A1); + /* If we have to return for data before getting the */ + /* whole a0a1 distance, we want to return to the a0a1 */ + /* accumulate state when we reenter the decoder. If */ + /* adjusting the bitstream forces us to return after */ + /* getting the last part of the a0a1 distance, then */ + /* we want to jump to state FAX_GOAL_RecordA0A1 when */ + /* we reenter the decoder. */ + + case FAX_GOAL_RecordA0A1: + a0a1 = length_acc; + if (a0_pos < 0) { + /* at start of line, a0a1 is the number of white pixels, */ + /* which is also the index on the line where white->black */ + new_trans[n_new_trans++] = a1_pos = a0a1; + } else { + /* in middle of the line, a0a1 is run-length, so + * a1_pos = a0_pos + a0a1, a2_pos = a1_pos + a1a2 + * + * 0 1 2 3 4 5 6 7 8 9 A B C D + * |w |w |w |b |b |b |b |b |w | | | | | + * a0 a1 a2 + */ + new_trans[n_new_trans++] = a1_pos = a0_pos + a0a1; + } + if (a1_pos >= width) { + if (a1_pos > width) { +#if defined(lenient_decoder) + /* we went too far, but we'll be forgiving */ + a1_pos = width; +#else /* not so lenient */ + state->decoder_done = FAX_DECODE_DONE_ErrorPastWidth; + return(lines_found); +#endif + } + FlushLineData(); + goal = FAX_GOAL_SeekEOLandTag; + break; + } +#if defined(lenient_decoder) + if (rl < 0) { + FlushLineData(); + goal = FAX_GOAL_SeekTagBit; + /* if we got a non-zero length, remember the transition */ + /* in case the next line is coded in vertical mode */ + if (a0a1) + new_trans[n_new_trans++] = a0a1; + + /* notice we don't have to worry about a0_pos - + it will be reset when we start the new line + */ + break; + /* break out of the switch, loop with the while */ + } +#else /* not so lenient */ + if (goal == FAX_GOAL_RecoverZero) { + /* it's possible we got here by reading a zero in get_a0a1, */ + /* in which case 'goal' was set to FAX_GOAL_RecoverZero. We */ + /* must assume that the zero is an EOL pre-padded with a */ + /* variable number of zeros, which is legal according to */ + /* the coding spec. So we will record the increment in */ + /* line number and then attempt to recover. */ + FlushLineData(); + goal = FAX_GOAL_SkipPastAnyToEOL; + break; + } else if(rl == BAD_RUN_LENGTH) { + state->decoder_done = FAX_DECODE_DONE_ErrorBada0a1; + return(lines_found); + } +#endif + length_acc=0; + goal = FAX_GOAL_AccumulateA1A2; + /* in case I run out of data while getting a1-a2 distance */ + + case FAX_GOAL_AccumulateA1A2: + get_a1a2(FAX_GOAL_FinishHoriz); + /* If we have to return for data before getting the */ + /* whole a1a2 distance, we want to return to the a1a2 */ + /* accumulate state when we reenter the decoder. If */ + /* adjusting the bitstream forces us to return after */ + /* getting the last part of the a1a2 distance, then */ + /* we want to jump to state FAX_GOAL_FinishHoriz when */ + /* we reenter the decoder. */ + + case FAX_GOAL_FinishHoriz: + a1a2 = length_acc; + new_trans[n_new_trans] = a0_pos = new_trans[n_new_trans-1]+a1a2; + n_new_trans++; + +#if defined(lenient_decoder) + if (rl < 0) { + FlushLineData(); + goal = FAX_GOAL_SeekTagBit; + break; + } +#else /* not so lenient */ + /* it's possible we got here by reading a zero in get_a1a2, */ + /* in which case 'goal' was set to FAX_GOAL_RecoverZero. We */ + /* must assume that the zero is an EOL pre-padded with a */ + /* variable number of zeros, which is legal according to */ + /* the coding spec. So we will update the line count and */ + /* then attempt to recover. */ + if (goal == FAX_GOAL_RecoverZero) { + /* assume we have hit the begining of an EOL */ + FlushLineData(); + goal = FAX_GOAL_SkipPastAnyToEOL; + break; + } else if(rl == BAD_RUN_LENGTH) { + state->decoder_done = FAX_DECODE_DONE_ErrorBada1a2; + return(lines_found); + } +#endif + if (a0_pos >= width) { + if (a0_pos > width) { +#if defined(lenient_decoder) + /* we went too far, but we'll be forgiving */ + a0_pos = width; +#else + state->decoder_done = FAX_DECODE_DONE_ErrorPastWidth; + return(lines_found); +#endif + } + FlushLineData(); + goal = FAX_GOAL_SeekEOLandTag; + break; + } else if(a0_pos > 0) { + if (g32d_horiz) + goal = FAX_GOAL_HandleHoriz; + else + goal = FAX_GOAL_DetermineMode; + } else { + state->decoder_done = FAX_DECODE_DONE_ErrorBadA0pos; + return(lines_found); + } + break; + + case FAX_MODE_Pass: + if (!n_old_trans) { /* line above all white */ + return(-1); + } + find_b2pos(a0_pos,a0_color,n_old_trans,old_trans); + + a0_pos = b2_pos; + if (a0_pos < 0 || a0_pos >= width) { + FlushLineData(); + goal = FAX_GOAL_SeekEOLandTag; + break; + } + goal = FAX_GOAL_DetermineMode; + break; + + case FAX_GOAL_HandleVertL3: + case FAX_GOAL_HandleVertL2: + case FAX_GOAL_HandleVertL1: + case FAX_GOAL_HandleVert0: + case FAX_GOAL_HandleVertR1: + case FAX_GOAL_HandleVertR2: + case FAX_GOAL_HandleVertR3: + if (n_old_trans) { /* line above not all white */ + find_b1pos(a0_pos,a0_color,n_old_trans,old_trans); + + if (b1_pos < 0) { + if (goal > FAX_GOAL_HandleVert0) { + return(-1); /* error! */ + } + b1_pos = width; + } + } else { + /* line above was all white. Since b1 was first non-white */ + /* b1 is imaginary transition off right edge. */ + b1_pos = width; + } + /* ok, we are guaranteed that 0 <= b1_pos <= width */ + /* set a0_pos = a1_pos, which is relative to b1_pos */ + a0_pos = b1_pos + (goal-FAX_GOAL_HandleVert0); + a0_color = 1-a0_color; + new_trans[n_new_trans++] = a0_pos > 0 ? a0_pos : 0; + if (a0_pos < 0 || a0_pos >= width) { + FlushLineData(); + goal = FAX_GOAL_SeekEOLandTag; + } else { + /* not at eol yet */ + goal = FAX_GOAL_DetermineMode; + } + break; + + default: + return(-1); + break; + } /* end of switch */ + } +/*** End, Main Decoding Loop ***/ +} +/**** module fax/g32d.c ****/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/dg4.c b/xie/xc/programs/Xserver/XIE/mixie/fax/dg4.c new file mode 100644 index 0000000..b6d58fb --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/dg4.c @@ -0,0 +1,288 @@ +/* $XConsortium: dg4.c /main/5 1995/12/02 16:50:31 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module fax/g4.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + fax/g4.c -- DDXIE G4 fax decode technique/element + + Ben Fahy -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + + +#define _G4 +#include "fax.h" +#include "faxint.h" +#include "bits.h" + +#include + /* pick up the BITMAP_BIT_ORDER from Core X*/ + + +/**********************************************************************/ +int decode_g4(state) +FaxState *state; +{ +register int bitpos; +register unsigned char *byteptr; +register unsigned char *endptr; +register int a0_color; +register int a0_pos; +register int goal; +register int mode; /* could overload goal, but will resist */ +register int length; +register int width; + +int lines_found=0; +int n_old_trans; +int n_new_trans; +int *old_trans; +int *new_trans; +int a0a1,a1a2; +int length_acc=0; +int last_b1_idx=0; +int b1_pos,b2_pos; +int rl; + + if (state == (FaxState *)NULL) + return(-1); + + /* set up initial bitstream for the very first strip */ + if (!state->bits.started) { + if (state->strip_state != StripStateNew) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadStripper; + return(-1); + } + state->bits.byteptr = (unsigned char *)state->strip; + state->bits.endptr = state->bits.byteptr + state->strip_size-4; + /* we will panic with four bytes to go */ + + state->bits.bitpos = 0; + state->bits.started = 1; + } + + localize_state(state); + + if (state->magic_needs) + finish_magic(state->final); + /* a magic strip was waiting for 1st word of next strip */ + +/*** Main Decoding Loop ***/ + while(1) { + switch(goal) { + case FAX_GOAL_StartNewLine: + + /* if any data produced by previous states, write it out */ + if (lines_found >= state->nl_sought) + save_state_and_return(state); + + /* normal line initialization stuff */ + a0_pos = -1; + a0_color = WHITE; + goal = FAX_GOAL_DetermineMode; + reset_transitions(); + break; + case FAX_GOAL_DetermineMode: + get_mode_and_length(mode,length,byteptr,bitpos,endptr); + goal = mode; + /* our goal is now to handle whatever mode we're in! */ + + if (mode != FAX_MODE_Unknown) + adjust_bitstream_8(length,byteptr,bitpos,endptr); + break; + + case FAX_GOAL_HandleHoriz: + length_acc=0; + goal = FAX_GOAL_AccumulateA0A1; + /* in case I run out of data while getting a0-a1 distance */ + + + case FAX_GOAL_AccumulateA0A1: + get_a0a1(FAX_GOAL_RecordA0A1); + /* If we have to return for data before getting the */ + /* whole a0a1 distance, we want to return to the a0a1 */ + /* accumulate state when we reenter the decoder. If */ + /* adjusting the bitstream forces us to return after */ + /* getting the last part of the a0a1 distance, then */ + /* we want to jump to state FAX_GOAL_RecordA0A1 when */ + /* we reenter the decoder. */ + + case FAX_GOAL_RecordA0A1: + a0a1 = length_acc; + length_acc=0; + goal = FAX_GOAL_AccumulateA1A2; + /* in case I run out of data while getting a1-a2 distance */ + + case FAX_GOAL_AccumulateA1A2: + get_a1a2(FAX_GOAL_FinishHoriz); + /* If we have to return for data before getting the */ + /* whole a1a2 distance, we want to return to the a1a2 */ + /* accumulate state when we reenter the decoder. If */ + /* adjusting the bitstream forces us to return after */ + /* getting the last part of the a1a2 distance, then */ + /* we want to jump to state FAX_GOAL_FinishHoriz when */ + /* we reenter the decoder. */ + + case FAX_GOAL_FinishHoriz: + a1a2 = length_acc; + if (a0_pos < 0) { + /* at start of line, a0a1 is the number of white pixels, */ + /* which is also the index on the line where white->black */ + new_trans[n_new_trans++] = a0a1; + new_trans[n_new_trans] = a0_pos = a0a1 + a1a2; + ++n_new_trans; + } else { + /* in middle of the line, a0a1 is run-length, so + * a1_pos = a0_pos + a0a1, a2_pos = a1_pos + a1a2 + * + * 0 1 2 3 4 5 6 7 8 9 A B C D + * |w |w |w |b |b |b |b |b |w | | | | | + * a0 a1 a2 + */ + new_trans[n_new_trans++] = a0_pos + a0a1; + new_trans[n_new_trans] = a0_pos = a0_pos + a0a1 + a1a2; + ++n_new_trans; + } + if (a0_pos >= width) { + if (a0_pos > width) { + state->decoder_done = FAX_DECODE_DONE_ErrorPastWidth; + save_state_and_return(state); + } + goal = FAX_GOAL_StartNewLine; + FlushLineData(); + break; + } + else + goal = FAX_GOAL_DetermineMode; + break; + + case FAX_MODE_Pass: + if (!n_old_trans) { /* line above all white */ + state->decoder_done = FAX_DECODE_DONE_ErrorPassAboveAllWhite; + save_state_and_return(state); + } + find_b2pos(a0_pos,a0_color,n_old_trans,old_trans); + + a0_pos = b2_pos; + if (a0_pos < 0) { + FlushLineData(); + goal = FAX_GOAL_StartNewLine; + break; + } + if (a0_pos >= width) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadA0pos; + save_state_and_return(state); + } + goal = FAX_GOAL_DetermineMode; + break; + + case FAX_GOAL_HandleVertL3: + case FAX_GOAL_HandleVertL2: + case FAX_GOAL_HandleVertL1: + case FAX_GOAL_HandleVert0: + case FAX_GOAL_HandleVertR1: + case FAX_GOAL_HandleVertR2: + case FAX_GOAL_HandleVertR3: + if (n_old_trans) { /* line above not all white */ + find_b1pos(a0_pos,a0_color,n_old_trans,old_trans); + + if (b1_pos < 0) { + if (goal > FAX_GOAL_HandleVert0) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadGoal; + save_state_and_return(state); + } + b1_pos = width; + } + } else { + /* line above was all white. Since b1 was first non-white */ + /* b1 is imaginary transition off right edge. */ + b1_pos = width; + } + /* ok, we are guaranteed that 0 <= b1_pos <= width */ + /* set a0_pos = a1_pos, which is relative to b1_pos */ + a0_pos = b1_pos + (goal-FAX_GOAL_HandleVert0); + a0_color = 1-a0_color; + new_trans[n_new_trans++] = a0_pos > 0 ? a0_pos : 0; + if (a0_pos >= width) { + FlushLineData(); + goal = FAX_GOAL_StartNewLine; + } + else { + /* not at eol yet */ + goal = FAX_GOAL_DetermineMode; + } + break; + + default: + state->decoder_done = FAX_DECODE_DONE_ErrorBadGoal; + save_state_and_return(state); + break; + } /* end of switch */ + } +/*** End, Main Decoding Loop ***/ +} +/**** module fax/g4.c ****/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/dtiff2.c b/xie/xc/programs/Xserver/XIE/mixie/fax/dtiff2.c new file mode 100644 index 0000000..0423a6d --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/dtiff2.c @@ -0,0 +1,286 @@ +/* $XConsortium: dtiff2.c,v 1.3 94/04/17 20:34:28 rws Exp $ */ +/**** module fax/dtiff2.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + fax/dtiff2.c -- DDXIE TIFF2 fax decode technique/element + + Ben Fahy -- AGE Logic, Inc. Sept, 1993 + +*****************************************************************************/ + +/* the folling define causes extra stuff to be saved in state recorder */ +#define _G31D +#include "fax.h" +#include "faxint.h" +#include "bits.h" + +#include + /* pick up the BITMAP_BIT_ORDER from Core X*/ + +/**********************************************************************/ +int decode_tiff2(state) +FaxState *state; +{ +register int bitpos; +register unsigned char *byteptr; +register unsigned char *endptr; +register int a0_color; +register int a0_pos; +register int a1_pos; +register int goal; +register int width; +register int rl; +register int last_b1_idx = 0; + +int lines_found=0; +int n_old_trans; +int n_new_trans; +int *old_trans; +int *new_trans; +int a0a1,a1a2; +int length_acc=0; + + if (state == (FaxState *)NULL) + return(-1); + + /* set up initial bitstream for the very first strip */ + if (!state->bits.started) { + if (state->strip_state != StripStateNew) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadStripper; + return(-1); + } + state->bits.byteptr = (unsigned char *)state->strip; + state->bits.endptr = state->bits.byteptr + state->strip_size-4; + /* we will panic with four bytes to go */ + + state->bits.bitpos = 0; + state->bits.started = 1; + } + + localize_state(state); + + if (state->magic_needs) + finish_magic(state->final); + /* a magic strip was waiting for 1st word of next strip */ + +/*** Main Decoding Loop ***/ + while(1) { + switch(goal) { + + case FAX_GOAL_StartNewLine: + + skip_bits_at_eol(byteptr,bitpos,endptr); + + if (lines_found >= state->nl_sought) + save_state_and_return(state); + + /* normal line initialization stuff */ + a0_pos = -1; + a0_color = WHITE; + goal = FAX_GOAL_HandleHoriz; + + reset_transitions(); + break; + + case FAX_GOAL_HandleHoriz: + length_acc=0; + goal = FAX_GOAL_AccumulateA0A1; + /* in case I run out of data while getting a0-a1 distance */ + + case FAX_GOAL_AccumulateA0A1: + get_a0a1(FAX_GOAL_RecordA0A1); + /* If we have to return for data before getting the */ + /* whole a0a1 distance, we want to return to the a0a1 */ + /* accumulate state when we reenter the decoder. If */ + /* adjusting the bitstream forces us to return after */ + /* getting the last part of the a0a1 distance, then */ + /* we want to jump to state FAX_GOAL_RecordA0A1 when */ + /* we reenter the decoder. */ + + case FAX_GOAL_FallOnSword: + if (goal == FAX_GOAL_FallOnSword) { + /* received a yucky code */ + state->decoder_done = FAX_DECODE_DONE_ErrorBadCode; + save_state_and_return(state); + } + + case FAX_GOAL_RecoverZero: + /* g31d can recover. tiff2, alas, cannot */ + if (goal == FAX_GOAL_RecoverZero) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadZero; + save_state_and_return(state); + } + + case FAX_GOAL_RecordA0A1: + a0a1 = length_acc; + if (a0a1 < 0) { + state->decoder_done = FAX_DECODE_DONE_ErrorBada0a1; + save_state_and_return(state); + } + if (a0_pos < 0) { + /* at start of line, a0a1 is the number of white pixels, */ + /* which is also the index on the line where white->black */ + new_trans[n_new_trans++] = a1_pos = a0a1; + } else { + /* in middle of the line, a0a1 is run-length, so + * a1_pos = a0_pos + a0a1, a2_pos = a1_pos + a1a2 + * + * 0 1 2 3 4 5 6 7 8 9 A B C D + * |w |w |w |b |b |b |b |b |w | | | | | + * a0 a1 a2 + */ + new_trans[n_new_trans++] = a1_pos = a0_pos + a0a1; + } + if (a1_pos >= width) { + if (a1_pos > width) { + state->decoder_done = FAX_DECODE_DONE_ErrorPastWidth; + save_state_and_return(state); + } + FlushLineData(); + goal = FAX_GOAL_StartNewLine; + break; + } + if (new_trans[n_new_trans-1] < 0){ + state->decoder_done = FAX_DECODE_DONE_ErrorPastWidth; + save_state_and_return(state); + } + + if (rl == EOL_RUN_LENGTH) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadEOL; + save_state_and_return(state); + break; + /* break out of the switch, loop with the while */ + } + length_acc=0; + goal = FAX_GOAL_AccumulateA1A2; + /* in case I run out of data while getting a1-a2 distance */ + + case FAX_GOAL_AccumulateA1A2: + get_a1a2(FAX_GOAL_FinishHoriz); + /* If we have to return for data before getting the */ + /* whole a1a2 distance, we want to return to the a1a2 */ + /* accumulate state when we reenter the decoder. If */ + /* adjusting the bitstream forces us to return after */ + /* getting the last part of the a1a2 distance, then */ + /* we want to jump to state FAX_GOAL_FinishHoriz when */ + /* we reenter the decoder. */ + + /* handle various possible errors found by get_a1a2 */ + if (goal == FAX_GOAL_FallOnSword) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadCode; + save_state_and_return(state); + } + if (goal == FAX_GOAL_RecoverZero ) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadZero; + save_state_and_return(state); + } + if (rl == EOL_RUN_LENGTH) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadEOL; + save_state_and_return(state); + break; + } + + case FAX_GOAL_FinishHoriz: + a1a2 = length_acc; + /* XXX - I may regret not checking for a1a2 > 0 later... */ + if (a1a2 < 0) { + state->decoder_done = FAX_DECODE_DONE_ErrorBada1a2; + save_state_and_return(state); + } + + new_trans[n_new_trans] = a0_pos = new_trans[n_new_trans-1]+a1a2; + ++n_new_trans; + if (a0_pos < 0) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadA0pos; + save_state_and_return(state); + } + + if (a0_pos >= width) { + if (a0_pos > width) { + state->decoder_done = FAX_DECODE_DONE_ErrorPastWidth; + save_state_and_return(state); + } + FlushLineData(); + if (state->decoder_done) + save_state_and_return(state); + goal = FAX_GOAL_StartNewLine; + break; + } + else + goal = FAX_GOAL_HandleHoriz; + break; + + + default: + state->decoder_done = FAX_DECODE_DONE_ErrorBadGoal; + save_state_and_return(state); + break; + } /* end of switch */ + } +/*** End, Main Decoding Loop ***/ +} +/**** module fax/dtiff2.c ****/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/dtiffpb.c b/xie/xc/programs/Xserver/XIE/mixie/fax/dtiffpb.c new file mode 100644 index 0000000..1528c95 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/dtiffpb.c @@ -0,0 +1,293 @@ +/* $XConsortium: dtiffpb.c /main/4 1995/12/02 16:50:34 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module fax/tiffpb.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + fax/tiffpb.c -- DDXIE TIFF Packbits decode technique/element + + Packbits is output-type independent. The compression algorithm + just compresses a stream. The 'strip_size' parameter should be + how many bytes long the strip is... + + Coding assumption: it is always valid to do val = *byteptr++; + But any code which does this is responsible for making sure + the next access will also be valid. Otherwise, we should + save state and return. + + Ben Fahy -- AGE Logic, Inc. Sept, 1993 + +*****************************************************************************/ + +/* the folling define causes extra stuff to be saved in state recorder */ +#define _PBits + +#include "fax.h" +#include "faxint.h" +#include "bits.h" +#include "xiemd.h" + +/* by decree of PackBits spec */ + +/**********************************************************************/ +int decode_tiffpb(state) +FaxState *state; +{ +register int a0_color,a0_pos; +register unsigned char *byteptr; +register unsigned char *endptr; +register int goal; +register int width,rnd_width; +register int rl; + +register int lines_found=0; +int length_acc=0; + +/*** output line stuff ***/ +register unsigned char *olp; +register int i,a0_in_bytes; + + if (state == (FaxState *)NULL) + return(-1); + + /* set up initial bitstream for the very first strip */ + if (!state->bits.started) { + if (state->strip_state != StripStateNew) { + state->decoder_done = FAX_DECODE_DONE_ErrorBadStripper; + return(-1); + } + + state->bits.byteptr = (unsigned char *)state->strip; + state->bits.endptr = state->bits.byteptr + state->strip_size; + /* record end of input strip */ + + state->bits.bitpos = 0; + state->bits.started = 1; + + } + + if (state->magic_needs) { + if (state->strip_state == StripStateNew) { + state->strip_state = StripStateInUse; + state->bits.byteptr = (unsigned char *)state->strip; + state->bits.endptr = state->bits.byteptr + state->strip_size; + /* record end of input strip */ + state->bits.bitpos = 0; + state->bits.started = 1; + } + else { + /* no new strip?? But... I *need* more data! */ + state->decoder_done = FAX_DECODE_DONE_ErrorBadMagic; + return(lines_found); + } + state->magic_needs = 0; + } + + localize_state(state); + rnd_width = 8 * ((width+7)/8); + + olp = (unsigned char *) state->o_lines[lines_found]; + +/*** Main Decoding Loop ***/ + while(1) { + switch(goal) { + case PB_GOAL_StartNewLine: + if (lines_found >= state->nl_sought) { + save_state_and_return(state); + } + + a0_pos = 0; + olp = (unsigned char *) state->o_lines[lines_found]; + goal = PB_GOAL_GetRunLength; + break; + + case PB_GOAL_GetRunLength: + +/*** Basic Packbits algorithm: + +code = *((signed char *)byteptr++); + +if (0 <= code && code <= 127) ===> length = code + 1; + +if (-127 <= code && code < 0) ===> length = 1 - code; + +else ===> length = 0 + +We can make things a little quicker (and avoid signed char compiler issues) +if we simply look for whether the high bit is on or off, and then compute +the result directly. Thus, + +if code && 0x80 => -128 <= code < 0 + + 0x80 + foo = -128 + foo + + so length = 1 - code = 1 - (-128 + foo) = 129 - foo. + + note foo=0 is code for runlength 0 (fill) + +The positive case is even easier. + +***/ + if (byteptr >= endptr) { + state->magic_needs = 1; + state->strip_state = StripStateDone; + save_state_and_return(state); + } + if (*byteptr & 0x80) { /* -128 <= code < 0 */ + register int foo = 0x7f & *byteptr; + if (foo) { + length_acc = 129 - foo ; + goal = PB_GOAL_GetRepeatByte; + } + else { + length_acc = 0; /* -128 => code = 0 */ + } + } + else { /* 0 <= code <= 127 */ + length_acc = 1 + *byteptr; + goal = PB_GOAL_GetLiteralBytes; + } + ++byteptr; + + /* make sure all the pixels fit on this output line */ + if (8*length_acc + a0_pos > rnd_width ) { + state->decoder_done = FAX_DECODE_DONE_ErrorPastWidth; + save_state_and_return(state); + } + break; + + case PB_GOAL_GetLiteralBytes: + /* Important Note!! we are guaranteed that output line + has enough space to hold output pixels here. We checked + in the GetRunLength state. However, it is possible we + may run out of input bytes, in which case we may have + to save state and return. + */ + a0_in_bytes = a0_pos / 8; + while (length_acc > 0) { + if (byteptr >= endptr) { + a0_pos = a0_in_bytes << 3; + state->magic_needs = 1; + state->strip_state = StripStateDone; + save_state_and_return(state); + } + a0_color = *byteptr++; length_acc--; +#if (IMAGE_BYTE_ORDER == MSBFirst) + olp[a0_in_bytes++] = a0_color; +#else + olp[a0_in_bytes++] = _ByteReverseTable[a0_color]; +#endif + } + a0_pos = a0_in_bytes << 3; + + if (a0_pos >= width) { + ++lines_found; + goal = PB_GOAL_StartNewLine; + } + else + goal = PB_GOAL_GetRunLength; + + break; + + case PB_GOAL_GetRepeatByte: + if (byteptr >= endptr) { + state->magic_needs = 1; + state->strip_state = StripStateDone; + save_state_and_return(state); + } + a0_color = *byteptr++; + + /* Important Note!! we are guaranteed that output line + has enough space to hold output pixels here. We checked + in the GetRunLength state + */ + + a0_in_bytes = a0_pos / 8; + for (i=0; i= width) { + ++lines_found; + goal = PB_GOAL_StartNewLine; + } + else + goal = PB_GOAL_GetRunLength; + + break; + + default: + state->decoder_done = FAX_DECODE_DONE_ErrorBadGoal; + save_state_and_return(state); + } /* end of switch */ + } /* end of main decoding loop */ +} + +/**** module fax/tiffpb.c ****/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/eg31d.c b/xie/xc/programs/Xserver/XIE/mixie/fax/eg31d.c new file mode 100644 index 0000000..0f81106 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/eg31d.c @@ -0,0 +1,290 @@ +/* $XConsortium: eg31d.c,v 1.3 94/04/17 20:34:30 rws Exp $ */ +/**** module eg31d.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + eg31d.c -- DDXIE module for encoding g31d format + + Ben Fahy, AGE Logic, Oct 1993 + + XXX - this module should be merged with etiff2.c - the only + difference is the way EOL's are coded. + +******************************************************************************/ + +#include "fax.h" +#define _G31D +#include "fencode.h" +#include "xiemd.h" +#include "fetabs.h" + +/************************************************************************/ +encode_g31d(state) +FaxEncodeState *state; +{ +/* stuff exchanged with state variable */ +register int goal; +register unsigned char *byteptr; +register unsigned char *endptr; +register int bitpos; +register int width; +register int stager; +int rl; +register int a0_color; +G31DEncodePvt *epvt; + +/* stuff exchanged with private state variable */ +register int index; +register int nvals; +register int *counts; +register int nbits; +int rlcode; +int terminating; +register int codelength; + +register int lines_coded=0; +register int lines_to_code=0; + +int old_rl; + + if (state == (FaxEncodeState *) NULL) + return(-1); + + /* set up initial bitstream for the very first output strip */ + if (!state->bits.started) { + if (state->strip_state != StripStateNew) { + state->encoder_done = ENCODE_ERROR_StripStateNotNew; + return(-1); + } + + state->bits.byteptr = (unsigned char *)state->strip; + state->bits.endptr = state->bits.byteptr + state->strip_size; + /* record end of output strip */ + + state->bits.bitpos = 0; + state->bits.started = 1; + state->strip_state = StripStateInUse; + } + + /* or, reset bitstream for a new output strip */ + if (state->magic_needs) { + if (state->strip_state == StripStateNew) { + state->strip_state = StripStateInUse; + state->bits.byteptr = (unsigned char *)state->strip; + state->bits.endptr = state->bits.byteptr + state->strip_size; + /* record end of output strip */ + state->bits.started = 1; + } + else { + /* no new strip?? But... I *need* more data! */ + state->encoder_done = ENCODE_ERROR_BadMagic; + return(-1); + } + state->magic_needs = 0; + } + + localize_state(state); + + +/*** Main Encoding Loop ***/ + while (1) { + + switch(goal) { + + case ENCODE_FAX_GOAL_StartNewLine: + /* every new line need to write an EOL. Should call it BOL,huh? */ + + if (epvt->align_eol) { + /* advance bitpos to 4 + 8k, where k is an integer */ + bitpos = 4 + 8*( (bitpos+3)>>3 ); + } + + stager |= (EOL_CODE << (16-bitpos)); + bitpos += EOL_BIT_LENGTH; + + goal = ENCODE_FAX_GOAL_FlushEOL; + + case ENCODE_FAX_GOAL_FlushEOL: + if (byteptr >= endptr) { + state->strip_state = StripStateDone; + state->magic_needs = 1; + save_state_and_return(state); + } + /* if here, we know it is safe to flush at least one byte */ + *byteptr++ = (stager&0xff000000) >> 24; + stager <<= 8; + bitpos -= 8; + if (bitpos >=8) { + /* go around and flush some more */ + break; + } + + goal = ENCODE_FAX_GOAL_EOLWritten; + + if (lines_coded >= state->nl_tocode) { + /* We have read the whole input strip, need more data */ + save_state_and_return(state); + } + + case ENCODE_FAX_GOAL_EOLWritten: + + /* every new line we need to compute its runlength data */ + /* get the sequence of white and black run lengths */ + nvals = encode_runs( + state->i_lines[lines_coded], /* input data */ + width, /* # of bits */ + counts, /* where to put lengths */ + state->radiometric, /* if 1, white is 1 */ + width + ); + if (nvals < 0) { + state->encoder_done = ENCODE_ERROR_EncodeRunsFailure; + save_state_and_return(state); + } + a0_color = WHITE; + index = 0; + + case ENCODE_FAX_GOAL_OutputNextRunLength: + rl = counts[index++]; + old_rl = rl; + + case ENCODE_FAX_GOAL_DeduceCode: + nbits = deduce_code(a0_color,&rl,&rlcode,&terminating); + /* should be a macro but for now, a function */ + + /* shift code over so it merges with stager contents */ + stager |= (rlcode << (16-bitpos)); + bitpos += nbits; + + if (bitpos >=8) { + goal = ENCODE_FAX_GOAL_FlushStager; + break; + } + if (terminating) { + /* all done with this runlength */ + if (index < nvals) { + a0_color = ~a0_color; + goal = ENCODE_FAX_GOAL_OutputNextRunLength; + break; + } + else { + goal = ENCODE_FAX_GOAL_FinishLine; + break; + } + } + /* go around the loop again */ + goal = ENCODE_FAX_GOAL_DeduceCode; + old_rl = rl; + break; + + case ENCODE_FAX_GOAL_FlushStager: + if (byteptr >= endptr) { + state->strip_state = StripStateDone; + state->magic_needs = 1; + save_state_and_return(state); + } + /* if here, we know it is safe to flush at least one byte */ + *byteptr++ = (stager&0xff000000) >> 24; + stager <<= 8; + bitpos -= 8; + + if (bitpos >= 8) { + /* go around the loop again, trying to flush more */ + break; + } + /* if here, we have flushed stager to the point there is */ + /* at most a partial byte of data left in it. */ + if (terminating) { + /* all done with this runlength */ + if (index < nvals) { + a0_color = ~a0_color; + goal = ENCODE_FAX_GOAL_OutputNextRunLength; + break; + } + else { + goal = ENCODE_FAX_GOAL_FinishLine; + break; + } + } + /* not done with this runlength yet */ + goal = ENCODE_FAX_GOAL_DeduceCode; + break; + + case ENCODE_FAX_GOAL_FinishLine: + ++lines_coded; + goal = ENCODE_FAX_GOAL_StartNewLine; + break; + + default: + state->encoder_done = ENCODE_ERROR_BadMagic; + save_state_and_return(state); + break; + + } /* end of switch(goal) in main decoding loop */ + + } /* end of main encoding loop */ +} +/************************************************************************/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/eg32d.c b/xie/xc/programs/Xserver/XIE/mixie/fax/eg32d.c new file mode 100644 index 0000000..b322dba --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/eg32d.c @@ -0,0 +1,671 @@ +/* $XConsortium: eg32d.c,v 1.3 94/04/17 20:34:30 rws Exp $ */ +/**** module eg32d.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + eg32d.c -- DDXIE module for encoding g32d format. Since + g42d is so similar, we also do that in + this module. + + Ben Fahy, AGE Logic, Oct 1993 + +******************************************************************************/ + +#include "fax.h" +#define _G32D +#include "fencode.h" +#include "xiemd.h" +#include "fetabs.h" + +/************************************************************************/ +encode_g32d(state) +FaxEncodeState *state; +{ +/* stuff exchanged with state variable */ +register int goal,next_goal; +register unsigned char *byteptr; +register unsigned char *endptr; +register int bitpos; +register int width; +CARD32 stager; +unsigned rl; +register int a0_color,b1_color; +register int a0_pos,a1_pos,a2_pos,b1_pos,b2_pos; +register int length_acc; +register int a0a1,a1a2; +G32DEncodePvt *epvt; + +/* stuff exchanged with private state variable */ +register int index,aindex; +register int save_index,save_aindex; +register int nvals,avals; +register int *counts; +register int *above; +register int nbits; +int rlcode; +int terminating; +register int codelength; +register int k,kcnt,save_b1pos,save_b1color; + +register int lines_coded=0; +register int lines_to_code=0; +register int a1b1,abs_a1b1; +int old_rl; + + if (state == (FaxEncodeState *) NULL) { + return(-1); + } + + /* set up initial bitstream for the very first output strip */ + if (!state->bits.started) { + if (state->strip_state != StripStateNew) { + state->encoder_done = ENCODE_ERROR_StripStateNotNew; + return(-1); + } + + state->bits.byteptr = (unsigned char *)state->strip; + state->bits.endptr = state->bits.byteptr + state->strip_size; + /* record end of output strip */ + + state->bits.bitpos = 0; + state->bits.started = 1; + state->strip_state = StripStateInUse; + } + + /* or, reset bitstream for a new output strip */ + if (state->magic_needs) { + if (state->strip_state == StripStateNew) { + state->strip_state = StripStateInUse; + state->bits.byteptr = (unsigned char *)state->strip; + state->bits.endptr = state->bits.byteptr + state->strip_size; + /* record end of output strip */ + state->bits.started = 1; + } + else { + /* no new strip?? But... I *need* more data! */ + state->encoder_done = ENCODE_ERROR_BadMagic; + return(0); + } + state->magic_needs = 0; + } + + localize_state(state); + /* loads epvt and other variables */ + + +/*** Main Encoding Loop ***/ + while (1) { + + switch(goal) { + + case ENCODE_FAX_GOAL_StartNewLine: + /* every new line need to write an EOL. Should call it BOL,huh? */ + + /* make old counts the new reference line */ + { + int *foo; + foo = counts; + counts = above; + above = foo; + avals = nvals; + } + + if (epvt->really_g4) { + /* G4 doesn't write the silly EOL's except at very end */ + goal = ENCODE_FAX_GOAL_G4SneaksIn; + break; + } + + if (epvt->align_eol) { + /* advance bitpos to 4 + 8k, where k is an integer */ + bitpos = 4 + 8*( (bitpos+3)>>3 ); + } + + if (kcnt % k) { + + /* need to encode in 2-D mode */ + rlcode = EOL_2D_CODE; + + stager |= (EOL_2D_CODE << (16-bitpos)); + bitpos += EOL_2D_BIT_LENGTH; + + } + else { + rlcode = EOL_1D_CODE; + stager |= (EOL_1D_CODE << (16-bitpos)); + bitpos += EOL_1D_BIT_LENGTH; + } + + goal = ENCODE_FAX_GOAL_FlushEOL; + + case ENCODE_FAX_GOAL_FlushEOL: + if (byteptr >= endptr) { + state->strip_state = StripStateDone; + state->magic_needs = 1; + save_state_and_return(state); + } + /* if here, we know it is safe to flush at least one byte */ + *byteptr++ = (stager&0xff000000) >> 24; + stager <<= 8; + bitpos -= 8; + if (bitpos >=8) { + /* go around and flush some more */ + break; + } + + goal = ENCODE_FAX_GOAL_EOLWritten; + + case ENCODE_FAX_GOAL_G4SneaksIn: + if (lines_coded >= state->nl_tocode) { + /* We have read the whole input strip, need more data */ + save_state_and_return(state); + } + + case ENCODE_FAX_GOAL_EOLWritten: + + /* every new line we need to compute its runlength data */ + /* get the sequence of white and black run lengths */ + nvals = encode_runs( + state->i_lines[lines_coded], /* input data */ + width, /* # of bits */ + counts, /* where to put lengths */ + state->radiometric, /* if 1, white is 1 */ + width + ); + if (nvals < 0) { + state->encoder_done = ENCODE_ERROR_EncodeRunsFailure; + save_state_and_return(state); + } + a0_color = WHITE; + index = 0; + if (epvt->really_g4 || kcnt % k) { + aindex = 0; + a0_pos = -1; + b1_color = WHITE; + b1_pos = 0; + goal = ENCODE_FAX_GOAL_FindPositions; + length_acc = 0; + break; + } + + case ENCODE_FAX_GOAL_OutputNextRunLength: + rl = counts[index++]; + old_rl = rl; + next_goal = ENCODE_FAX_GOAL_OutputNextRunLength; + /* after we write code for this runlength, go to next */ + + case ENCODE_FAX_GOAL_DeduceCode: + nbits = deduce_code(a0_color,&rl,&rlcode,&terminating); + /* should be a macro but for now, a function */ + + /* shift code over so it merges with stager contents */ + + stager |= (rlcode << (16-bitpos)); + bitpos += nbits; + + + if (bitpos >=8) { + goal = ENCODE_FAX_GOAL_FlushStager; + break; + } + if (terminating) { + /* all done with this runlength */ + if (next_goal != ENCODE_FAX_GOAL_OutputNextRunLength) { + goal = next_goal; + break; + } + + if (index < nvals) { + a0_color = ~a0_color; + goal = next_goal; + break; + } + else { + goal = ENCODE_FAX_GOAL_FinishLine; + break; + } + } + /* go around the loop again */ + goal = ENCODE_FAX_GOAL_DeduceCode; + old_rl = rl; + break; + + case ENCODE_FAX_GOAL_FlushStager: + if (byteptr >= endptr) { + state->strip_state = StripStateDone; + state->magic_needs = 1; + save_state_and_return(state); + } + /* if here, we know it is safe to flush at least one byte */ + *byteptr++ = (stager&0xff000000) >> 24; + stager <<= 8; + bitpos -= 8; + + if (bitpos >= 8) { + /* go around the loop again, trying to flush more */ + break; + } + /* if here, we have flushed stager to the point there is */ + /* at most a partial byte of data left in it. */ + if (terminating) { + /* all done with this runlength */ + if (next_goal != ENCODE_FAX_GOAL_OutputNextRunLength) { + goal = next_goal; + break; + } + + if (index < nvals) { + a0_color = ~a0_color; + goal = next_goal; + break; + } + else { + goal = ENCODE_FAX_GOAL_FinishLine; + break; + } + } + /* not done with this runlength yet */ + goal = ENCODE_FAX_GOAL_DeduceCode; + old_rl = rl; + break; + + case ENCODE_FAX_GOAL_FinishLine: + ++lines_coded; + ++kcnt; + goal = ENCODE_FAX_GOAL_StartNewLine; + break; + + case ENCODE_FAX_GOAL_FindPositions: + save_index = index; + save_aindex = aindex; + save_b1pos = b1_pos; + save_b1color = b1_color; + /* it's easier to just remember these than to back up */ + if (index >= nvals) { + a1_pos = a2_pos = state->width; + ++index; + /* this is for the sake of vertical mode below */ + } + else { + if (a0_pos < 0) + a1_pos = counts[index++]; + else + a1_pos = a0_pos + (counts[index++] - length_acc); + /* note: we need to subtract length_acc in case + we hit one or more pass modes for this index, + in which case a0_pos was incremented part of + the distance between a0 and a1... + */ + } + + if (index >= nvals) { + a2_pos = state->width; + ++index; + /* this is just so we can subtract to get a1's index */ + } + else + a2_pos = a1_pos + counts[index++]; + + /* now find b1, which is first changing element to right + of a0 of opposite color */ + + while (aindex < avals && + (b1_color == a0_color || b1_pos <= a0_pos) ) { + b1_pos += above[aindex++]; + b1_color = ~b1_color; + } + if (aindex >= avals) { + + /* if no b1 found, set it just past normal image data */ + /* now, the sum of all 'above[index]'s should be equal */ + /* to the image width, so this gives us a check that */ + /* the runlength algorithm is working */ + + if (b1_pos != width) { + state->encoder_done = ENCODE_ERROR_NoB1Found; + save_state_and_return(state); + } + b2_pos = width+1; + } + if (aindex >= avals) { + if (b1_pos == width) + b2_pos = state->width + 1; + else + b2_pos = state->width; + } + else + b2_pos = b1_pos + above[aindex]; + + if (b2_pos < a1_pos) { + goal = ENCODE_FAX_GOAL_PassMode; + break; + } + length_acc = 0; + /* we won't linger on this a0 anymore */ + + a1b1 = b1_pos-a1_pos; + abs_a1b1 = (a1b1 >=0)? a1b1 : -a1b1; + if (abs_a1b1 <= 3) { + goal = ENCODE_FAX_GOAL_VerticalMode; + } + else + goal = ENCODE_FAX_GOAL_HorizontalMode; + break; + + + case ENCODE_FAX_GOAL_PassMode: + /* pass mode is nice and simple. a0_pos = b2_pos */ + + rlcode = PASS_CODE; + nbits = PASS_CODE_BIT_LENGTH; + + stager |= (rlcode << (16-bitpos)); + bitpos += nbits; + + /* before worrying about flushing, let's update positions */ + if (a0_pos < 0) + length_acc = b2_pos; + else + length_acc += b2_pos - a0_pos; + /* don't count passed length twice */ + + a0_pos = b2_pos; + index = save_index; + + b1_pos = b2_pos; + /* new b1_position will be old b2_position */ + b1_color = ~b1_color; + ++aindex; + + if (bitpos >=8) + goal = ENCODE_FAX_GOAL_Flush2DStager; + else { + + if (a0_pos >= width) { + goal = ENCODE_FAX_GOAL_FinishLine; + } + else { + goal = ENCODE_FAX_GOAL_FindPositions; + } + } + break; + + case ENCODE_FAX_GOAL_HorizontalMode: + + rlcode = HORIZONTAL_CODE; + nbits = HORIZONTAL_CODE_LENGTH; + + stager |= (rlcode << (16-bitpos)); + bitpos += nbits; + + if (bitpos < 8) { + goal = ENCODE_FAX_GOAL_FlushedHCode; + break; + } + goal = ENCODE_FAX_GOAL_FlushHCode; + + if (byteptr >= endptr) { + state->strip_state = StripStateDone; + state->magic_needs = 1; + save_state_and_return(state); + } + + case ENCODE_FAX_GOAL_FlushHCode: + + /* if here, we know it is safe to flush at least one byte */ + *byteptr++ = (stager&0xff000000) >> 24; + stager <<= 8; + bitpos -= 8; + + if (bitpos >= 8) { + /* go around the loop again, trying to flush more */ + break; + } + /* if here, we have flushed stager */ + + case ENCODE_FAX_GOAL_FlushedHCode: + a0a1 = a1_pos - a0_pos; + if (a0_pos == -1) + a0a1 -= 1; + a1a2 = a2_pos - a1_pos; + rl = old_rl = a0a1; + goal = ENCODE_FAX_GOAL_DeduceCode; + /* will loop through writing out the code for a0a1 */ + + next_goal = ENCODE_FAX_GOAL_DoneWithA0A1; + /* when done writing a0a1 codes, will go to DoneWithA0A1 */ + + /* before going on, let's set up for the next iteration */ + a0_pos = a2_pos; + /* a0 skips to a2, index adjusted automatically */ + + b1_pos = save_b1pos; + b1_color = save_b1color; + /* it's too painful to figure out what b1 was */ + + aindex = save_aindex; + /* we don't know enough to advance b1 */ + break; + + case ENCODE_FAX_GOAL_DoneWithA0A1: + rl = old_rl = a1a2; + a0_color = ~a0_color; + /* here, "a0_color" represents color of next rl */ + goal = ENCODE_FAX_GOAL_DeduceCode; + /* will loop through writing out the code for a0a1 */ + next_goal = ENCODE_FAX_GOAL_DoneWithA1A2; + /* when done writing a1a2 codes, will go to DoneWithA1A2 */ + break; + + case ENCODE_FAX_GOAL_DoneWithA1A2: + a0_color = ~a0_color; + /* restore "a0_color" to really meaning a0 color */ + if (a0_pos >= width) { + goal = ENCODE_FAX_GOAL_FinishLine; + } + else { + goal = ENCODE_FAX_GOAL_FindPositions; + } + break; + + case ENCODE_FAX_GOAL_VerticalMode: + + DEDUCE_Vcode(a1b1,rlcode,nbits); + + stager |= (rlcode << (16-bitpos)); + bitpos += nbits; + + /* before picking next state, set new a0_position and + point indexes into 'count' and 'above' to the right + place. saved indexes help a lot here. + */ + a0a1 = a1_pos - a0_pos; + a0_pos = a1_pos; + + if (a1b1 > 0) { + /* b1 is to the right of a1. It is possible that + when we set a0' = a1, b1' will be left of b1: + + 0 1 2 3 4 + b1' b1 + O O 0 X 0 + O X O X + a0 a1 + a0' + + In the example above, b1 for the original a0 at 1 + is the X->O transition at 4. When a1 is coded, and + a1 becomes the new a0 (a0'), the O->X transition at + 3 is b1'. In other words, the progression of b1 is + *not* monotonic!! So we have to be careful... + + The condition under which backup is necessary is + when b1 is 2 or 3 to the right of a1, and there + was a transition just before b1, right of a1. To + get the next position on a line, we always take + + new_pos = old_pos + above[index++] + + Therefore, the previous position was + + old_pos = new_pos - above[index-1] + + We need to back up if above[index-1] < a1b1. + If we incremented index twice to get to b2, + then we have to consider above[index-2] + + */ + + /* things are simple if b1_pos was off the edge */ + if (b1_pos >= width && avals>=2 && above[avals-1] < a1b1) { + /* if b1_pos was off the edge, above[avals-1] */ + /* added to the previous b1 got us there. So */ + /* we get old b1 by subtracting above[avals-1] */ + b1_pos = width - above[avals-1]; + aindex = avals-2; + b1_color = ~b1_color; + } + else if (aindex >= 1 && above[aindex-1] < a1b1) { + b1_pos = b1_pos - above[aindex-1]; + /* note: we don't increment aindex after */ + /* computing b2_pos = b1_pos + above[aindex], */ + /* so above[aindex-1] is how we got b1_pos */ + aindex = aindex-1; + /* index for element before the b1 */ + b1_color = ~b1_color; + /* previous color */ + } + + } + else { + /* b1 is left of or over a1. + + 0 1 2 3 4 + b1 + O O X 0 + O X X X O X + a0 a1 + a0' + + Since the b1' for a0' must be to the right of a0'=a1, + b1' must be to the right of b1. However, if we set + our position to b2, we may go too far, so stay where + we are. Be coo'! + */ + + /* aindex was updated while seeking b2 */ + } + a0_color = ~a0_color; + --index; + /* in code above, we made sure we always increment index */ + /* after setting a2, even if a1 or a2 was off end of line */ + + if (bitpos >=8) + goal = ENCODE_FAX_GOAL_Flush2DStager; + else { + if (a0_pos >= width) { + goal = ENCODE_FAX_GOAL_FinishLine; + } + else { + goal = ENCODE_FAX_GOAL_FindPositions; + } + } + break; + + case ENCODE_FAX_GOAL_Flush2DStager: + if (byteptr >= endptr) { + state->strip_state = StripStateDone; + state->magic_needs = 1; + save_state_and_return(state); + } + /* if here, we know it is safe to flush at least one byte */ + *byteptr++ = (stager&0xff000000) >> 24; + stager <<= 8; + bitpos -= 8; + + if (bitpos >= 8) { + /* go around the loop again, trying to flush more */ + break; + } + /* if here, we have flushed stager to the point there is */ + /* at most a partial byte of data left in it. */ + if (a0_pos >= width) { + goal = ENCODE_FAX_GOAL_FinishLine; + } + else { + goal = ENCODE_FAX_GOAL_FindPositions; + } + break; + + default: + state->encoder_done = ENCODE_ERROR_BadMagic; + save_state_and_return(state); + + } /* end of switch(goal) in main decoding loop */ + + } /* end of main encoding loop */ +} +/************************************************************************/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/etiff2.c b/xie/xc/programs/Xserver/XIE/mixie/fax/etiff2.c new file mode 100644 index 0000000..c6ca3a8 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/etiff2.c @@ -0,0 +1,408 @@ +/* $XConsortium: etiff2.c,v 1.3 94/04/17 20:34:31 rws Exp $ */ +/**** module etiff2.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + etiff2.c -- DDXIE module for encoding tiff2 format + + Ben Fahy, AGE Logic, Sept 1993 + +******************************************************************************/ + +#include "fax.h" +#define _TIFF2 +#include "fencode.h" +#include "xiemd.h" +#define FETABS_OWNER +#include "fetabs.h" + +/************************************************************************/ +encode_tiff2(state) +FaxEncodeState *state; +{ +/* stuff exchanged with state variable */ +register int goal; +register unsigned char *byteptr; +register unsigned char *endptr; +register int bitpos; +register int width; +register int stager; +int rl; +register int a0_color; +Tiff2EncodePvt *epvt; + +/* stuff exchanged with private state variable */ +register int index; +register int nvals; +register int *counts; +register int nbits; +int rlcode; +int terminating; +register int codelength; + +register int lines_coded=0; +register int lines_to_code=0; +int old_rl; + + if (state == (FaxEncodeState *) NULL) + return(-1); + + /* set up initial bitstream for the very first output strip */ + if (!state->bits.started) { + if (state->strip_state != StripStateNew) { + state->encoder_done = ENCODE_ERROR_StripStateNotNew; + return(-1); + } + + state->bits.byteptr = (unsigned char *)state->strip; + state->bits.endptr = state->bits.byteptr + state->strip_size; + /* record end of output strip */ + + state->bits.bitpos = 0; + state->bits.started = 1; + state->strip_state = StripStateInUse; + } + + /* or, reset bitstream for a new output strip */ + if (state->magic_needs) { + if (state->strip_state == StripStateNew) { + state->strip_state = StripStateInUse; + state->bits.byteptr = (unsigned char *)state->strip; + state->bits.endptr = state->bits.byteptr + state->strip_size; + /* record end of output strip */ + state->bits.started = 1; + } + else { + /* no new strip?? But... I *need* more data! */ + state->encoder_done = ENCODE_ERROR_BadMagic; + return(-1); + } + state->magic_needs = 0; + } + + localize_state(state); + + +/*** Main Encoding Loop ***/ + while (1) { + + switch(goal) { + + case ENCODE_FAX_GOAL_StartNewLine: + /* every new line we need to compute its runlength data */ + + if (lines_coded >= state->nl_tocode) { + /* We have read the whole input strip, need more data */ + save_state_and_return(state); + } + + /* get the sequence of white and black run lengths */ + nvals = encode_runs( + state->i_lines[lines_coded], /* input data */ + width, /* # of bits */ + counts, /* where to put lengths */ + state->radiometric, /* if 1, white is 1 */ + width + ); + if (nvals < 0) { + state->encoder_done = ENCODE_ERROR_EncodeRunsFailure; + save_state_and_return(state); + } + a0_color = WHITE; + index = 0; + a0_color = WHITE; + + case ENCODE_FAX_GOAL_OutputNextRunLength: + rl = counts[index++]; + old_rl = rl; + + case ENCODE_FAX_GOAL_DeduceCode: + nbits = deduce_code(a0_color,&rl,&rlcode,&terminating); + /* should be a macro but for now, a function */ + + /* shift code over so it merges with stager contents */ + stager |= (rlcode << (16-bitpos)); + bitpos += nbits; + + if (bitpos >=8) { + goal = ENCODE_FAX_GOAL_FlushStager; + break; + } + if (terminating) { + /* all done with this runlength */ + if (index < nvals) { + a0_color = ~a0_color; + goal = ENCODE_FAX_GOAL_OutputNextRunLength; + break; + } + else { + goal = ENCODE_FAX_GOAL_FinishLine; + break; + } + } + /* go around the loop again */ + goal = ENCODE_FAX_GOAL_DeduceCode; + old_rl = rl; + break; + + case ENCODE_FAX_GOAL_FlushStager: + if (byteptr >= endptr) { + state->strip_state = StripStateDone; + state->magic_needs = 1; + save_state_and_return(state); + } + /* if here, we know it is safe to flush at least one byte */ + *byteptr++ = (stager&0xff000000) >> 24; + stager <<= 8; + bitpos -= 8; + + if (bitpos >= 8) { + /* go around the loop again, trying to flush more */ + break; + } + /* if here, we have flushed stager to the point there is */ + /* at most a partial byte of data left in it. */ + if (terminating) { + /* all done with this runlength */ + if (index < nvals) { + a0_color = ~a0_color; + goal = ENCODE_FAX_GOAL_OutputNextRunLength; + break; + } + else { + goal = ENCODE_FAX_GOAL_FinishLine; + break; + } + } + /* not done with this runlength yet */ + goal = ENCODE_FAX_GOAL_DeduceCode; + break; + + case ENCODE_FAX_GOAL_FinishLine: + if (bitpos) { + /* have to flush stager */ + if (byteptr >= endptr) { + state->strip_state = StripStateDone; + state->magic_needs = 1; + save_state_and_return(state); + } + /* make sure nothing bogus is happening */ + if (bitpos > 8) { + state->encoder_done = ENCODE_ERROR_BadStager; + save_state_and_return(state); + } + + *byteptr++ = (stager&0xff000000) >> 24; + stager <<= 8; + bitpos = 0; + } + ++lines_coded; + goal = ENCODE_FAX_GOAL_StartNewLine; + break; + + default: + state->encoder_done = ENCODE_ERROR_BadMagic; + save_state_and_return(state); + break; + + } /* end of switch(goal) in main decoding loop */ + + } /* end of main encoding loop */ +} +/************************************************************************/ +int encode_runs(src,nbits,counts,white_is_one,width) +LogInt *src; +unsigned int *counts; +register int nbits; +register int white_is_one; +register int width; +{ +register unsigned int white_count=0,black_count=0; +register int i,current_is_white=1; +register int n_runs=0; +register int total=0; + +register LogInt test_bit = LOGLEFT; + /* LOGLEFT = the logically left-most bit in a word in */ + /* the server, we allways fill the logically left-most */ + /* bit in a word first, the logically right-most last */ + +/*** handle first bit differently than others ***/ + + if (white_is_one) { + for (i=0; i> 6)].code; + nbits = table[63 + (*rl >> 6)].nbits; + *rl %= 64; + } + else { + *terminating = 0; + *rlcode = table[63 + 2560/64].code; + nbits = table[63 + 2560/64].nbits; + *rl -= 2560; + } + return(nbits); +} +/************************************************************************/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/etiffpb.c b/xie/xc/programs/Xserver/XIE/mixie/fax/etiffpb.c new file mode 100644 index 0000000..5c89764 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/etiffpb.c @@ -0,0 +1,382 @@ +/* $XConsortium: etiffpb.c /main/4 1995/12/02 16:50:38 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module etiffpb.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + etiffpb.c -- DDXIE module for encoding TIFF PackBits format + + Ben Fahy, AGE Logic, Sept 1993 + +******************************************************************************/ + + +#include "fax.h" +#define _PBits +#include "fencode.h" +#include "xiemd.h" + +/************************************************************************/ +encode_tiffpb(state) +FaxEncodeState *state; +{ +/* stuff exchanged with state variable */ +register int goal; +register unsigned char *byteptr; +register unsigned char *endptr; +register int width; +register int rl; +PackBitsEncodePvt *epvt; + +/* stuff exchanged with private state variable */ +int index; +int start; +int nlits; +int nvals; +register int *counts; +register int *values; + + +register int lines_coded=0; +register int lines_to_code=0; +register int rlcode,lits_to_write; +register int bytes_out; + + if (state == (FaxEncodeState *) NULL) + return(-1); + + /* set up initial bitstream for the very first output strip */ + if (!state->bits.started) { + if (state->strip_state != StripStateNew) { + state->encoder_done = ENCODE_ERROR_StripStateNotNew; + return(-1); + } + + state->bits.byteptr = (unsigned char *)state->strip; + state->bits.endptr = state->bits.byteptr + state->strip_size; + /* record end of output strip */ + + state->bits.bitpos = 0; + state->bits.started = 1; + state->strip_state = StripStateInUse; + } + + /* or, reset bitstream for a new output strip */ + if (state->magic_needs) { + if (state->strip_state == StripStateNew) { + state->strip_state = StripStateInUse; + state->bits.byteptr = (unsigned char *)state->strip; + state->bits.endptr = state->bits.byteptr + state->strip_size; + /* record end of output strip */ + state->bits.bitpos = 0; + state->bits.started = 1; + } + else { + /* no new strip?? But... I *need* more data! */ + state->encoder_done = ENCODE_ERROR_BadMagic; + return(-1); + } + state->magic_needs = 0; + } + localize_state(state); + + +/*** Main Encoding Loop ***/ + while (1) { + + switch(goal) { + + case ENCODE_PB_GOAL_StartNewLine: + /* every new line we need to compute its runlength data */ + + { + register unsigned char *ibptr=NULL; + register unsigned char *ebptr=NULL; + register int color0,color1, n_reps; + + if (lines_coded >= state->nl_tocode) { + /* We have read the whole input strip, need more data */ + save_state_and_return(state); + } + + ibptr = (unsigned char *) state->i_lines[lines_coded]; + ebptr = ibptr+(width+7)/8; + +#if (IMAGE_BYTE_ORDER == MSBFirst) + color0 = *ibptr++; +#else + color0 = _ByteReverseTable[*ibptr++]; +#endif + n_reps = 1; + nvals = 0; + epvt->values[nvals] = color0; + + while (ibptr < ebptr) { +#if (IMAGE_BYTE_ORDER == MSBFirst) + color1 = *ibptr++; +#else + color1 = _ByteReverseTable[*ibptr++]; +#endif + if (color1 == color0) ++n_reps; + else { + epvt->counts[nvals++] = n_reps; + color0 = color1; + n_reps = 1; + epvt->values[nvals] = color0; + } + } + epvt->counts[nvals++] = n_reps; + epvt->nvals = nvals; + + } + /* now that we have an encoding of the line in runlengths, + we need to decide what we write out as R V, where R + is the runlength and V is the value, vs L V1 V2 ... VL + where Vi are individual values and L is the number of + literal values that follow. There isn't really any + advantage to coding runlengths of size 2 or less, so + we will only code as a runlength for runs of 3 or more. + */ + index = 0; /* where we are in our list of runs and values */ + start = 0; /* where we were when we started */ + nlits = 0; /* number of literals we will concatenate */ + goal = ENCODE_PB_GOAL_OutputNextRunLength; + + case ENCODE_PB_GOAL_OutputNextRunLength: + /* starting from the current index, search for the first + runlength of three or more. Everything before then will + be encoded as a string of literals. + */ + + start = index; + while (index < nvals && (rl = counts[index]) < 3) { + nlits += rl; + ++index; + } + + if (start != index) { + /* Note: we can never call FlushLiterals when start >= nvals, + because index <= nvals, and start < index if here */ + goal = ENCODE_PB_GOAL_FlushLiterals; + } + else { + /* found a suitable runlength */ + goal = ENCODE_PB_GOAL_FlushRunLength; + } + break; + + case ENCODE_PB_GOAL_FlushRunLength: + if (!rl) { + state->encoder_done = ENCODE_ERROR_BadRunLength; + save_state_and_return(state); + } + /* Packbits represents runlengths as rl = 1 - rlcode, where */ + /* rlcode is a negative number between -1 and -127. So we */ + /* may have to break a number larger than 128 into multiple */ + /* runlengths */ + if (rl <= 128) { + rlcode = 1-rl; /* encode the runlength */ + rl = 0; + } + else { + rlcode = -127; /* encode the maximum */ + rl -= 128; + } + /* before writing, make sure we aren't off end of strip */ + if ( byteptr >= endptr) { + goal = ENCODE_PB_GOAL_WriteCodeForRunLength; + state->strip_state = StripStateDone; + state->magic_needs = 1; + save_state_and_return(state); + } + + case ENCODE_PB_GOAL_WriteCodeForRunLength: + *byteptr++ = rlcode; + + /* before writing, make sure we aren't off end of strip */ + if ( byteptr >= endptr) { + goal = ENCODE_PB_GOAL_WriteValueForRunLength; + state->strip_state = StripStateDone; + state->magic_needs = 1; + save_state_and_return(state); + } + case ENCODE_PB_GOAL_WriteValueForRunLength: + *byteptr++ = values[index]; + if (!rl) { + if (++index >= nvals) { /* see if done with line */ + ++lines_coded; + goal = ENCODE_PB_GOAL_StartNewLine; + } + else + goal = ENCODE_PB_GOAL_OutputNextRunLength; + } + else + goal = ENCODE_PB_GOAL_FlushRunLength; + break; + case ENCODE_PB_GOAL_FlushLiterals: + /* Packbits represents literal lengths as rl = 1 + rlcode, */ + /* rlcode is a number between 0 and 127. So we have to break */ + /* break numbers larger than 128 into multiple runlengths */ + if (nlits <= 128) { + rlcode = nlits-1; /* encode the runlength */ + nlits = 0; + } + else { + rlcode = 127; /* encode the maximum */ + nlits -= 128; + } + rl = 1 + rlcode; /* need this for comparison later */ + bytes_out = 0; /* ditto. bytes_out must be <= rl */ + + /* before writing, make sure we aren't off end of strip */ + if ( byteptr >= endptr) { + goal = ENCODE_PB_GOAL_WriteNlits; + state->strip_state = StripStateDone; + state->magic_needs = 1; + save_state_and_return(state); + } + + case ENCODE_PB_GOAL_WriteNlits: + *byteptr++ = rlcode; + goal = ENCODE_PB_GOAL_WriteLiterals; + /* note that lits_to_write is always 1 or 2 */ + + case ENCODE_PB_GOAL_WriteLiterals: + /* this is actually a loop. 'start' gets incremented each */ + /* time through until it is equal to 'index'. We never get */ + /* to this point unless start < nvals, though */ + + lits_to_write = counts[start]; + goal = ENCODE_PB_GOAL_WriteThisLiteral; + + case ENCODE_PB_GOAL_WriteThisLiteral: + /* before writing, make sure we aren't off end of strip */ + if ( byteptr >= endptr) { + goal = ENCODE_PB_GOAL_WriteTheLiteral; + state->strip_state = StripStateDone; + state->magic_needs = 1; + save_state_and_return(state); + } + + case ENCODE_PB_GOAL_WriteTheLiteral: + *byteptr++ = values[start]; + if (++bytes_out >= 128 && nlits) { + /* we have written the maximum amount we can */ + /* write at a time, yet we know there are more */ + /* to write out. */ + + goal = ENCODE_PB_GOAL_FlushLiterals; + + /* If we need to write current value some more, */ + /* change count so we don't write extra */ + + if (--lits_to_write) + counts[start] = lits_to_write; + else { + /* otherwise, advance position */ + ++start; + } + + /* note that we KNOW we have to write more literals */ + /* so it is safe to increment 'start', which could */ + /* only be equal to 'index' if we were done */ + + break; + } + else if (--lits_to_write) { + /* loop back and write this value again */ + goal = ENCODE_PB_GOAL_WriteThisLiteral; + break; + } + + /* If here, we are done with this literal */ + if (++start < index) { + /* if other literals to write, loop back */ + goal = ENCODE_PB_GOAL_WriteLiterals; + break; + } + + /* ok, we wrote out all the literals */ + + if (index >= nvals) { /* see if done with line */ + ++lines_coded; + goal = ENCODE_PB_GOAL_StartNewLine; + } + else + goal = ENCODE_PB_GOAL_OutputNextRunLength; + break; + + default: + state->encoder_done = ENCODE_ERROR_BadMagic; + save_state_and_return(state); + break; + + } /* end of switch(goal) in main decoding loop */ + + } /* end of main encoding loop */ +} +/************************************************************************/ + diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/faxint.h b/xie/xc/programs/Xserver/XIE/mixie/fax/faxint.h new file mode 100644 index 0000000..0a41a91 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/faxint.h @@ -0,0 +1,96 @@ +/* $XConsortium: faxint.h,v 1.4 94/04/17 20:34:32 rws Exp $ */ +/**** module fax/faxint.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + fax/faxint.h -- DDXIE internal fax definitions + + Ben Fahy -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + +/* this should correspond to what is in pretab.h, except for code entry */ +typedef struct _FaxTable { +short run_length; /* run length for this code */ +char makeup; /* 1 if this code is makeup */ +unsigned char n_bits; /* how many bits this code used */ +} WhiteTable,BlackTable; + +typedef struct _TwoDTable { + char mode; /* what to do next */ +unsigned char n_bits; /* how many bits this code used */ +} TwoDTable; + +#ifdef FAX_TABLE_OWNER +#include "faxtabs.h" /* initializes tables */ +#else +extern unsigned char _ByteReverseTable[]; +extern BlackTable _BlackFaxTable[]; +extern WhiteTable _WhiteFaxTable[]; +extern TwoDTable _TwoDFaxTable[]; +#endif + +/**** module fax/faxint.h ****/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/faxtabs.c b/xie/xc/programs/Xserver/XIE/mixie/fax/faxtabs.c new file mode 100644 index 0000000..3c81d0a --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/faxtabs.c @@ -0,0 +1,79 @@ +/* $XConsortium: faxtabs.c,v 1.5 94/04/17 20:34:32 rws Exp $ */ +/**** module fax/faxtabs.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + fax/faxtabs.c -- DDXIE fax decode data + + Ben Fahy -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + +#include "fax.h" +#define FAX_TABLE_OWNER +#include "faxint.h" + +/**** module fax/faxtabs.c ****/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/faxtabs.h b/xie/xc/programs/Xserver/XIE/mixie/fax/faxtabs.h new file mode 100644 index 0000000..1d35b08 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/faxtabs.h @@ -0,0 +1,12631 @@ +/* $XConsortium: faxtabs.h,v 1.4 94/04/17 20:34:37 rws Exp $ */ +/**** module fax/bits.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + fax/bits.h -- DDXIE G4 fax bitstream management macros + + Ben Fahy -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ +/* faxtabs.h - generated by mktab */ + + + +/* two D mode table */ +TwoDTable _TwoDFaxTable[]= { + /* 0 = 0 */ { 0, 8}, /* 0x00 => 0x00+(1)*/ + /* 1 = 1 */ { 0, 0}, /* 0x00 => 0x00+(256)*/ + /* 2 = 2 */ { 0, 7}, /* 0x01 => 0x02+(2)*/ + /* 3 = 3 */ { 0, 7}, /* 0x01 => 0x02+(2)*/ + /* 4 = 4 */ { 3, 7}, /* 0x02 => 0x04+(2)*/ + /* 5 = 5 */ { 3, 7}, /* 0x02 => 0x04+(2)*/ + /* 6 = 6 */ { 9, 7}, /* 0x03 => 0x06+(2)*/ + /* 7 = 7 */ { 9, 7}, /* 0x03 => 0x06+(2)*/ + /* 8 = 8 */ { 4, 6}, /* 0x02 => 0x08+(4)*/ + /* 9 = 9 */ { 4, 6}, /* 0x02 => 0x08+(4)*/ + /* 10 = a */ { 4, 6}, /* 0x02 => 0x08+(4)*/ + /* 11 = b */ { 4, 6}, /* 0x02 => 0x08+(4)*/ + /* 12 = c */ { 8, 6}, /* 0x03 => 0x0c+(4)*/ + /* 13 = d */ { 8, 6}, /* 0x03 => 0x0c+(4)*/ + /* 14 = e */ { 8, 6}, /* 0x03 => 0x0c+(4)*/ + /* 15 = f */ { 8, 6}, /* 0x03 => 0x0c+(4)*/ + /* 16 = 10 */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 17 = 11 */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 18 = 12 */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 19 = 13 */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 20 = 14 */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 21 = 15 */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 22 = 16 */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 23 = 17 */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 24 = 18 */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 25 = 19 */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 26 = 1a */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 27 = 1b */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 28 = 1c */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 29 = 1d */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 30 = 1e */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 31 = 1f */ { 1, 4}, /* 0x01 => 0x10+(16)*/ + /* 32 = 20 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 33 = 21 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 34 = 22 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 35 = 23 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 36 = 24 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 37 = 25 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 38 = 26 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 39 = 27 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 40 = 28 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 41 = 29 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 42 = 2a */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 43 = 2b */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 44 = 2c */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 45 = 2d */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 46 = 2e */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 47 = 2f */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 48 = 30 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 49 = 31 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 50 = 32 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 51 = 33 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 52 = 34 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 53 = 35 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 54 = 36 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 55 = 37 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 56 = 38 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 57 = 39 */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 58 = 3a */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 59 = 3b */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 60 = 3c */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 61 = 3d */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 62 = 3e */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 63 = 3f */ { 2, 3}, /* 0x01 => 0x20+(32)*/ + /* 64 = 40 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 65 = 41 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 66 = 42 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 67 = 43 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 68 = 44 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 69 = 45 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 70 = 46 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 71 = 47 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 72 = 48 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 73 = 49 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 74 = 4a */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 75 = 4b */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 76 = 4c */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 77 = 4d */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 78 = 4e */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 79 = 4f */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 80 = 50 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 81 = 51 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 82 = 52 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 83 = 53 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 84 = 54 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 85 = 55 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 86 = 56 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 87 = 57 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 88 = 58 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 89 = 59 */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 90 = 5a */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 91 = 5b */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 92 = 5c */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 93 = 5d */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 94 = 5e */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 95 = 5f */ { 5, 3}, /* 0x02 => 0x40+(32)*/ + /* 96 = 60 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 97 = 61 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 98 = 62 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 99 = 63 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 100 = 64 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 101 = 65 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 102 = 66 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 103 = 67 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 104 = 68 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 105 = 69 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 106 = 6a */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 107 = 6b */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 108 = 6c */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 109 = 6d */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 110 = 6e */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 111 = 6f */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 112 = 70 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 113 = 71 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 114 = 72 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 115 = 73 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 116 = 74 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 117 = 75 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 118 = 76 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 119 = 77 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 120 = 78 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 121 = 79 */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 122 = 7a */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 123 = 7b */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 124 = 7c */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 125 = 7d */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 126 = 7e */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 127 = 7f */ { 7, 3}, /* 0x03 => 0x60+(32)*/ + /* 128 = 80 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 129 = 81 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 130 = 82 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 131 = 83 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 132 = 84 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 133 = 85 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 134 = 86 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 135 = 87 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 136 = 88 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 137 = 89 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 138 = 8a */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 139 = 8b */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 140 = 8c */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 141 = 8d */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 142 = 8e */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 143 = 8f */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 144 = 90 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 145 = 91 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 146 = 92 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 147 = 93 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 148 = 94 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 149 = 95 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 150 = 96 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 151 = 97 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 152 = 98 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 153 = 99 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 154 = 9a */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 155 = 9b */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 156 = 9c */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 157 = 9d */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 158 = 9e */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 159 = 9f */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 160 = a0 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 161 = a1 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 162 = a2 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 163 = a3 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 164 = a4 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 165 = a5 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 166 = a6 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 167 = a7 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 168 = a8 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 169 = a9 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 170 = aa */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 171 = ab */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 172 = ac */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 173 = ad */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 174 = ae */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 175 = af */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 176 = b0 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 177 = b1 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 178 = b2 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 179 = b3 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 180 = b4 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 181 = b5 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 182 = b6 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 183 = b7 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 184 = b8 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 185 = b9 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 186 = ba */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 187 = bb */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 188 = bc */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 189 = bd */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 190 = be */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 191 = bf */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 192 = c0 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 193 = c1 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 194 = c2 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 195 = c3 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 196 = c4 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 197 = c5 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 198 = c6 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 199 = c7 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 200 = c8 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 201 = c9 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 202 = ca */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 203 = cb */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 204 = cc */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 205 = cd */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 206 = ce */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 207 = cf */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 208 = d0 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 209 = d1 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 210 = d2 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 211 = d3 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 212 = d4 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 213 = d5 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 214 = d6 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 215 = d7 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 216 = d8 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 217 = d9 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 218 = da */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 219 = db */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 220 = dc */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 221 = dd */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 222 = de */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 223 = df */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 224 = e0 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 225 = e1 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 226 = e2 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 227 = e3 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 228 = e4 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 229 = e5 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 230 = e6 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 231 = e7 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 232 = e8 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 233 = e9 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 234 = ea */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 235 = eb */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 236 = ec */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 237 = ed */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 238 = ee */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 239 = ef */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 240 = f0 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 241 = f1 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 242 = f2 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 243 = f3 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 244 = f4 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 245 = f5 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 246 = f6 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 247 = f7 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 248 = f8 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 249 = f9 */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 250 = fa */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 251 = fb */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 252 = fc */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 253 = fd */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 254 = fe */ { 6, 1}, /* 0x01 => 0x80+(128)*/ + /* 255 = ff */ { 6, 1}, /* 0x01 => 0x80+(128)*/ +}; +/* white table */ +WhiteTable _WhiteFaxTable[] = { + /* 0 = 0 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 1 = 1 */ {-2, 0, 12}, /* 0x0001 => 0x0001+(1)*/ + /* 2 = 2 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 3 = 3 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 4 = 4 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 5 = 5 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 6 = 6 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 7 = 7 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 8 = 8 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 9 = 9 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 10 = a */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 11 = b */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 12 = c */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 13 = d */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 14 = e */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 15 = f */ {-1, 0, 0}, /* 0x0000 => 0x0000+(4096)*/ + /* 16 = 10 */ {1792, 1, 11}, /* 0x0008 => 0x0010+(2)*/ + /* 17 = 11 */ {1792, 1, 11}, /* 0x0008 => 0x0010+(2)*/ + /* 18 = 12 */ {1984, 1, 12}, /* 0x0012 => 0x0012+(1)*/ + /* 19 = 13 */ {2048, 1, 12}, /* 0x0013 => 0x0013+(1)*/ + /* 20 = 14 */ {2112, 1, 12}, /* 0x0014 => 0x0014+(1)*/ + /* 21 = 15 */ {2176, 1, 12}, /* 0x0015 => 0x0015+(1)*/ + /* 22 = 16 */ {2240, 1, 12}, /* 0x0016 => 0x0016+(1)*/ + /* 23 = 17 */ {2304, 1, 12}, /* 0x0017 => 0x0017+(1)*/ + /* 24 = 18 */ {1856, 1, 11}, /* 0x000c => 0x0018+(2)*/ + /* 25 = 19 */ {1856, 1, 11}, /* 0x000c => 0x0018+(2)*/ + /* 26 = 1a */ {1920, 1, 11}, /* 0x000d => 0x001a+(2)*/ + /* 27 = 1b */ {1920, 1, 11}, /* 0x000d => 0x001a+(2)*/ + /* 28 = 1c */ {2368, 1, 12}, /* 0x001c => 0x001c+(1)*/ + /* 29 = 1d */ {2432, 1, 12}, /* 0x001d => 0x001d+(1)*/ + /* 30 = 1e */ {2496, 1, 12}, /* 0x001e => 0x001e+(1)*/ + /* 31 = 1f */ {2560, 1, 12}, /* 0x001f => 0x001f+(1)*/ + /* 32 = 20 */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 33 = 21 */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 34 = 22 */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 35 = 23 */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 36 = 24 */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 37 = 25 */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 38 = 26 */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 39 = 27 */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 40 = 28 */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 41 = 29 */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 42 = 2a */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 43 = 2b */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 44 = 2c */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 45 = 2d */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 46 = 2e */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 47 = 2f */ {29, 0, 8}, /* 0x0002 => 0x0020+(16)*/ + /* 48 = 30 */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 49 = 31 */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 50 = 32 */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 51 = 33 */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 52 = 34 */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 53 = 35 */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 54 = 36 */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 55 = 37 */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 56 = 38 */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 57 = 39 */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 58 = 3a */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 59 = 3b */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 60 = 3c */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 61 = 3d */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 62 = 3e */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 63 = 3f */ {30, 0, 8}, /* 0x0003 => 0x0030+(16)*/ + /* 64 = 40 */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 65 = 41 */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 66 = 42 */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 67 = 43 */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 68 = 44 */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 69 = 45 */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 70 = 46 */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 71 = 47 */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 72 = 48 */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 73 = 49 */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 74 = 4a */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 75 = 4b */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 76 = 4c */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 77 = 4d */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 78 = 4e */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 79 = 4f */ {45, 0, 8}, /* 0x0004 => 0x0040+(16)*/ + /* 80 = 50 */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 81 = 51 */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 82 = 52 */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 83 = 53 */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 84 = 54 */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 85 = 55 */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 86 = 56 */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 87 = 57 */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 88 = 58 */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 89 = 59 */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 90 = 5a */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 91 = 5b */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 92 = 5c */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 93 = 5d */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 94 = 5e */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 95 = 5f */ {46, 0, 8}, /* 0x0005 => 0x0050+(16)*/ + /* 96 = 60 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 97 = 61 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 98 = 62 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 99 = 63 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 100 = 64 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 101 = 65 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 102 = 66 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 103 = 67 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 104 = 68 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 105 = 69 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 106 = 6a */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 107 = 6b */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 108 = 6c */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 109 = 6d */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 110 = 6e */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 111 = 6f */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 112 = 70 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 113 = 71 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 114 = 72 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 115 = 73 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 116 = 74 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 117 = 75 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 118 = 76 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 119 = 77 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 120 = 78 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 121 = 79 */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 122 = 7a */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 123 = 7b */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 124 = 7c */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 125 = 7d */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 126 = 7e */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 127 = 7f */ {22, 0, 7}, /* 0x0003 => 0x0060+(32)*/ + /* 128 = 80 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 129 = 81 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 130 = 82 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 131 = 83 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 132 = 84 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 133 = 85 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 134 = 86 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 135 = 87 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 136 = 88 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 137 = 89 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 138 = 8a */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 139 = 8b */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 140 = 8c */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 141 = 8d */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 142 = 8e */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 143 = 8f */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 144 = 90 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 145 = 91 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 146 = 92 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 147 = 93 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 148 = 94 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 149 = 95 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 150 = 96 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 151 = 97 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 152 = 98 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 153 = 99 */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 154 = 9a */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 155 = 9b */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 156 = 9c */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 157 = 9d */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 158 = 9e */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 159 = 9f */ {23, 0, 7}, /* 0x0004 => 0x0080+(32)*/ + /* 160 = a0 */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 161 = a1 */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 162 = a2 */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 163 = a3 */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 164 = a4 */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 165 = a5 */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 166 = a6 */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 167 = a7 */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 168 = a8 */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 169 = a9 */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 170 = aa */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 171 = ab */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 172 = ac */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 173 = ad */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 174 = ae */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 175 = af */ {47, 0, 8}, /* 0x000a => 0x00a0+(16)*/ + /* 176 = b0 */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 177 = b1 */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 178 = b2 */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 179 = b3 */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 180 = b4 */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 181 = b5 */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 182 = b6 */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 183 = b7 */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 184 = b8 */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 185 = b9 */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 186 = ba */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 187 = bb */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 188 = bc */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 189 = bd */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 190 = be */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 191 = bf */ {48, 0, 8}, /* 0x000b => 0x00b0+(16)*/ + /* 192 = c0 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 193 = c1 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 194 = c2 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 195 = c3 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 196 = c4 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 197 = c5 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 198 = c6 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 199 = c7 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 200 = c8 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 201 = c9 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 202 = ca */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 203 = cb */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 204 = cc */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 205 = cd */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 206 = ce */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 207 = cf */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 208 = d0 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 209 = d1 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 210 = d2 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 211 = d3 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 212 = d4 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 213 = d5 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 214 = d6 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 215 = d7 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 216 = d8 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 217 = d9 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 218 = da */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 219 = db */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 220 = dc */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 221 = dd */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 222 = de */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 223 = df */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 224 = e0 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 225 = e1 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 226 = e2 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 227 = e3 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 228 = e4 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 229 = e5 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 230 = e6 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 231 = e7 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 232 = e8 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 233 = e9 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 234 = ea */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 235 = eb */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 236 = ec */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 237 = ed */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 238 = ee */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 239 = ef */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 240 = f0 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 241 = f1 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 242 = f2 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 243 = f3 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 244 = f4 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 245 = f5 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 246 = f6 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 247 = f7 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 248 = f8 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 249 = f9 */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 250 = fa */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 251 = fb */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 252 = fc */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 253 = fd */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 254 = fe */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 255 = ff */ {13, 0, 6}, /* 0x0003 => 0x00c0+(64)*/ + /* 256 = 100 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 257 = 101 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 258 = 102 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 259 = 103 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 260 = 104 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 261 = 105 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 262 = 106 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 263 = 107 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 264 = 108 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 265 = 109 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 266 = 10a */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 267 = 10b */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 268 = 10c */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 269 = 10d */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 270 = 10e */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 271 = 10f */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 272 = 110 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 273 = 111 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 274 = 112 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 275 = 113 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 276 = 114 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 277 = 115 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 278 = 116 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 279 = 117 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 280 = 118 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 281 = 119 */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 282 = 11a */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 283 = 11b */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 284 = 11c */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 285 = 11d */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 286 = 11e */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 287 = 11f */ {20, 0, 7}, /* 0x0008 => 0x0100+(32)*/ + /* 288 = 120 */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 289 = 121 */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 290 = 122 */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 291 = 123 */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 292 = 124 */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 293 = 125 */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 294 = 126 */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 295 = 127 */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 296 = 128 */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 297 = 129 */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 298 = 12a */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 299 = 12b */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 300 = 12c */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 301 = 12d */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 302 = 12e */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 303 = 12f */ {33, 0, 8}, /* 0x0012 => 0x0120+(16)*/ + /* 304 = 130 */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 305 = 131 */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 306 = 132 */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 307 = 133 */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 308 = 134 */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 309 = 135 */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 310 = 136 */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 311 = 137 */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 312 = 138 */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 313 = 139 */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 314 = 13a */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 315 = 13b */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 316 = 13c */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 317 = 13d */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 318 = 13e */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 319 = 13f */ {34, 0, 8}, /* 0x0013 => 0x0130+(16)*/ + /* 320 = 140 */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 321 = 141 */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 322 = 142 */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 323 = 143 */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 324 = 144 */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 325 = 145 */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 326 = 146 */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 327 = 147 */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 328 = 148 */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 329 = 149 */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 330 = 14a */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 331 = 14b */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 332 = 14c */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 333 = 14d */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 334 = 14e */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 335 = 14f */ {35, 0, 8}, /* 0x0014 => 0x0140+(16)*/ + /* 336 = 150 */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 337 = 151 */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 338 = 152 */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 339 = 153 */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 340 = 154 */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 341 = 155 */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 342 = 156 */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 343 = 157 */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 344 = 158 */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 345 = 159 */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 346 = 15a */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 347 = 15b */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 348 = 15c */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 349 = 15d */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 350 = 15e */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 351 = 15f */ {36, 0, 8}, /* 0x0015 => 0x0150+(16)*/ + /* 352 = 160 */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 353 = 161 */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 354 = 162 */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 355 = 163 */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 356 = 164 */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 357 = 165 */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 358 = 166 */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 359 = 167 */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 360 = 168 */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 361 = 169 */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 362 = 16a */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 363 = 16b */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 364 = 16c */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 365 = 16d */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 366 = 16e */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 367 = 16f */ {37, 0, 8}, /* 0x0016 => 0x0160+(16)*/ + /* 368 = 170 */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 369 = 171 */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 370 = 172 */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 371 = 173 */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 372 = 174 */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 373 = 175 */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 374 = 176 */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 375 = 177 */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 376 = 178 */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 377 = 179 */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 378 = 17a */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 379 = 17b */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 380 = 17c */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 381 = 17d */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 382 = 17e */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 383 = 17f */ {38, 0, 8}, /* 0x0017 => 0x0170+(16)*/ + /* 384 = 180 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 385 = 181 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 386 = 182 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 387 = 183 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 388 = 184 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 389 = 185 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 390 = 186 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 391 = 187 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 392 = 188 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 393 = 189 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 394 = 18a */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 395 = 18b */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 396 = 18c */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 397 = 18d */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 398 = 18e */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 399 = 18f */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 400 = 190 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 401 = 191 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 402 = 192 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 403 = 193 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 404 = 194 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 405 = 195 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 406 = 196 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 407 = 197 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 408 = 198 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 409 = 199 */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 410 = 19a */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 411 = 19b */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 412 = 19c */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 413 = 19d */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 414 = 19e */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 415 = 19f */ {19, 0, 7}, /* 0x000c => 0x0180+(32)*/ + /* 416 = 1a0 */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 417 = 1a1 */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 418 = 1a2 */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 419 = 1a3 */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 420 = 1a4 */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 421 = 1a5 */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 422 = 1a6 */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 423 = 1a7 */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 424 = 1a8 */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 425 = 1a9 */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 426 = 1aa */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 427 = 1ab */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 428 = 1ac */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 429 = 1ad */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 430 = 1ae */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 431 = 1af */ {31, 0, 8}, /* 0x001a => 0x01a0+(16)*/ + /* 432 = 1b0 */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 433 = 1b1 */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 434 = 1b2 */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 435 = 1b3 */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 436 = 1b4 */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 437 = 1b5 */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 438 = 1b6 */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 439 = 1b7 */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 440 = 1b8 */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 441 = 1b9 */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 442 = 1ba */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 443 = 1bb */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 444 = 1bc */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 445 = 1bd */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 446 = 1be */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 447 = 1bf */ {32, 0, 8}, /* 0x001b => 0x01b0+(16)*/ + /* 448 = 1c0 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 449 = 1c1 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 450 = 1c2 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 451 = 1c3 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 452 = 1c4 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 453 = 1c5 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 454 = 1c6 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 455 = 1c7 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 456 = 1c8 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 457 = 1c9 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 458 = 1ca */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 459 = 1cb */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 460 = 1cc */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 461 = 1cd */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 462 = 1ce */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 463 = 1cf */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 464 = 1d0 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 465 = 1d1 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 466 = 1d2 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 467 = 1d3 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 468 = 1d4 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 469 = 1d5 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 470 = 1d6 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 471 = 1d7 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 472 = 1d8 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 473 = 1d9 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 474 = 1da */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 475 = 1db */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 476 = 1dc */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 477 = 1dd */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 478 = 1de */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 479 = 1df */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 480 = 1e0 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 481 = 1e1 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 482 = 1e2 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 483 = 1e3 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 484 = 1e4 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 485 = 1e5 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 486 = 1e6 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 487 = 1e7 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 488 = 1e8 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 489 = 1e9 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 490 = 1ea */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 491 = 1eb */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 492 = 1ec */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 493 = 1ed */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 494 = 1ee */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 495 = 1ef */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 496 = 1f0 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 497 = 1f1 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 498 = 1f2 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 499 = 1f3 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 500 = 1f4 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 501 = 1f5 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 502 = 1f6 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 503 = 1f7 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 504 = 1f8 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 505 = 1f9 */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 506 = 1fa */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 507 = 1fb */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 508 = 1fc */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 509 = 1fd */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 510 = 1fe */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 511 = 1ff */ {1, 0, 6}, /* 0x0007 => 0x01c0+(64)*/ + /* 512 = 200 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 513 = 201 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 514 = 202 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 515 = 203 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 516 = 204 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 517 = 205 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 518 = 206 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 519 = 207 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 520 = 208 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 521 = 209 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 522 = 20a */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 523 = 20b */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 524 = 20c */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 525 = 20d */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 526 = 20e */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 527 = 20f */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 528 = 210 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 529 = 211 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 530 = 212 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 531 = 213 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 532 = 214 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 533 = 215 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 534 = 216 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 535 = 217 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 536 = 218 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 537 = 219 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 538 = 21a */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 539 = 21b */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 540 = 21c */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 541 = 21d */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 542 = 21e */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 543 = 21f */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 544 = 220 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 545 = 221 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 546 = 222 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 547 = 223 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 548 = 224 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 549 = 225 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 550 = 226 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 551 = 227 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 552 = 228 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 553 = 229 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 554 = 22a */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 555 = 22b */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 556 = 22c */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 557 = 22d */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 558 = 22e */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 559 = 22f */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 560 = 230 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 561 = 231 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 562 = 232 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 563 = 233 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 564 = 234 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 565 = 235 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 566 = 236 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 567 = 237 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 568 = 238 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 569 = 239 */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 570 = 23a */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 571 = 23b */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 572 = 23c */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 573 = 23d */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 574 = 23e */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 575 = 23f */ {12, 0, 6}, /* 0x0008 => 0x0200+(64)*/ + /* 576 = 240 */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 577 = 241 */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 578 = 242 */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 579 = 243 */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 580 = 244 */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 581 = 245 */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 582 = 246 */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 583 = 247 */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 584 = 248 */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 585 = 249 */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 586 = 24a */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 587 = 24b */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 588 = 24c */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 589 = 24d */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 590 = 24e */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 591 = 24f */ {53, 0, 8}, /* 0x0024 => 0x0240+(16)*/ + /* 592 = 250 */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 593 = 251 */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 594 = 252 */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 595 = 253 */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 596 = 254 */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 597 = 255 */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 598 = 256 */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 599 = 257 */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 600 = 258 */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 601 = 259 */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 602 = 25a */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 603 = 25b */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 604 = 25c */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 605 = 25d */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 606 = 25e */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 607 = 25f */ {54, 0, 8}, /* 0x0025 => 0x0250+(16)*/ + /* 608 = 260 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 609 = 261 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 610 = 262 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 611 = 263 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 612 = 264 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 613 = 265 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 614 = 266 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 615 = 267 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 616 = 268 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 617 = 269 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 618 = 26a */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 619 = 26b */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 620 = 26c */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 621 = 26d */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 622 = 26e */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 623 = 26f */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 624 = 270 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 625 = 271 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 626 = 272 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 627 = 273 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 628 = 274 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 629 = 275 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 630 = 276 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 631 = 277 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 632 = 278 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 633 = 279 */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 634 = 27a */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 635 = 27b */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 636 = 27c */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 637 = 27d */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 638 = 27e */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 639 = 27f */ {26, 0, 7}, /* 0x0013 => 0x0260+(32)*/ + /* 640 = 280 */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 641 = 281 */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 642 = 282 */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 643 = 283 */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 644 = 284 */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 645 = 285 */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 646 = 286 */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 647 = 287 */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 648 = 288 */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 649 = 289 */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 650 = 28a */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 651 = 28b */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 652 = 28c */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 653 = 28d */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 654 = 28e */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 655 = 28f */ {39, 0, 8}, /* 0x0028 => 0x0280+(16)*/ + /* 656 = 290 */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 657 = 291 */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 658 = 292 */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 659 = 293 */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 660 = 294 */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 661 = 295 */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 662 = 296 */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 663 = 297 */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 664 = 298 */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 665 = 299 */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 666 = 29a */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 667 = 29b */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 668 = 29c */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 669 = 29d */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 670 = 29e */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 671 = 29f */ {40, 0, 8}, /* 0x0029 => 0x0290+(16)*/ + /* 672 = 2a0 */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 673 = 2a1 */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 674 = 2a2 */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 675 = 2a3 */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 676 = 2a4 */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 677 = 2a5 */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 678 = 2a6 */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 679 = 2a7 */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 680 = 2a8 */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 681 = 2a9 */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 682 = 2aa */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 683 = 2ab */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 684 = 2ac */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 685 = 2ad */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 686 = 2ae */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 687 = 2af */ {41, 0, 8}, /* 0x002a => 0x02a0+(16)*/ + /* 688 = 2b0 */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 689 = 2b1 */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 690 = 2b2 */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 691 = 2b3 */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 692 = 2b4 */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 693 = 2b5 */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 694 = 2b6 */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 695 = 2b7 */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 696 = 2b8 */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 697 = 2b9 */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 698 = 2ba */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 699 = 2bb */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 700 = 2bc */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 701 = 2bd */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 702 = 2be */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 703 = 2bf */ {42, 0, 8}, /* 0x002b => 0x02b0+(16)*/ + /* 704 = 2c0 */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 705 = 2c1 */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 706 = 2c2 */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 707 = 2c3 */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 708 = 2c4 */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 709 = 2c5 */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 710 = 2c6 */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 711 = 2c7 */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 712 = 2c8 */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 713 = 2c9 */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 714 = 2ca */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 715 = 2cb */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 716 = 2cc */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 717 = 2cd */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 718 = 2ce */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 719 = 2cf */ {43, 0, 8}, /* 0x002c => 0x02c0+(16)*/ + /* 720 = 2d0 */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 721 = 2d1 */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 722 = 2d2 */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 723 = 2d3 */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 724 = 2d4 */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 725 = 2d5 */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 726 = 2d6 */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 727 = 2d7 */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 728 = 2d8 */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 729 = 2d9 */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 730 = 2da */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 731 = 2db */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 732 = 2dc */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 733 = 2dd */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 734 = 2de */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 735 = 2df */ {44, 0, 8}, /* 0x002d => 0x02d0+(16)*/ + /* 736 = 2e0 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 737 = 2e1 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 738 = 2e2 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 739 = 2e3 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 740 = 2e4 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 741 = 2e5 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 742 = 2e6 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 743 = 2e7 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 744 = 2e8 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 745 = 2e9 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 746 = 2ea */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 747 = 2eb */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 748 = 2ec */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 749 = 2ed */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 750 = 2ee */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 751 = 2ef */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 752 = 2f0 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 753 = 2f1 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 754 = 2f2 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 755 = 2f3 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 756 = 2f4 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 757 = 2f5 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 758 = 2f6 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 759 = 2f7 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 760 = 2f8 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 761 = 2f9 */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 762 = 2fa */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 763 = 2fb */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 764 = 2fc */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 765 = 2fd */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 766 = 2fe */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 767 = 2ff */ {21, 0, 7}, /* 0x0017 => 0x02e0+(32)*/ + /* 768 = 300 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 769 = 301 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 770 = 302 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 771 = 303 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 772 = 304 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 773 = 305 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 774 = 306 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 775 = 307 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 776 = 308 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 777 = 309 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 778 = 30a */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 779 = 30b */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 780 = 30c */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 781 = 30d */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 782 = 30e */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 783 = 30f */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 784 = 310 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 785 = 311 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 786 = 312 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 787 = 313 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 788 = 314 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 789 = 315 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 790 = 316 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 791 = 317 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 792 = 318 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 793 = 319 */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 794 = 31a */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 795 = 31b */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 796 = 31c */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 797 = 31d */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 798 = 31e */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 799 = 31f */ {28, 0, 7}, /* 0x0018 => 0x0300+(32)*/ + /* 800 = 320 */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 801 = 321 */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 802 = 322 */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 803 = 323 */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 804 = 324 */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 805 = 325 */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 806 = 326 */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 807 = 327 */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 808 = 328 */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 809 = 329 */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 810 = 32a */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 811 = 32b */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 812 = 32c */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 813 = 32d */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 814 = 32e */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 815 = 32f */ {61, 0, 8}, /* 0x0032 => 0x0320+(16)*/ + /* 816 = 330 */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 817 = 331 */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 818 = 332 */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 819 = 333 */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 820 = 334 */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 821 = 335 */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 822 = 336 */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 823 = 337 */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 824 = 338 */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 825 = 339 */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 826 = 33a */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 827 = 33b */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 828 = 33c */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 829 = 33d */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 830 = 33e */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 831 = 33f */ {62, 0, 8}, /* 0x0033 => 0x0330+(16)*/ + /* 832 = 340 */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 833 = 341 */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 834 = 342 */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 835 = 343 */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 836 = 344 */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 837 = 345 */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 838 = 346 */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 839 = 347 */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 840 = 348 */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 841 = 349 */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 842 = 34a */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 843 = 34b */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 844 = 34c */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 845 = 34d */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 846 = 34e */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 847 = 34f */ {63, 0, 8}, /* 0x0034 => 0x0340+(16)*/ + /* 848 = 350 */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 849 = 351 */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 850 = 352 */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 851 = 353 */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 852 = 354 */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 853 = 355 */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 854 = 356 */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 855 = 357 */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 856 = 358 */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 857 = 359 */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 858 = 35a */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 859 = 35b */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 860 = 35c */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 861 = 35d */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 862 = 35e */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 863 = 35f */ {0, 0, 8}, /* 0x0035 => 0x0350+(16)*/ + /* 864 = 360 */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 865 = 361 */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 866 = 362 */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 867 = 363 */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 868 = 364 */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 869 = 365 */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 870 = 366 */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 871 = 367 */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 872 = 368 */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 873 = 369 */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 874 = 36a */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 875 = 36b */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 876 = 36c */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 877 = 36d */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 878 = 36e */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 879 = 36f */ {320, 1, 8}, /* 0x0036 => 0x0360+(16)*/ + /* 880 = 370 */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 881 = 371 */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 882 = 372 */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 883 = 373 */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 884 = 374 */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 885 = 375 */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 886 = 376 */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 887 = 377 */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 888 = 378 */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 889 = 379 */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 890 = 37a */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 891 = 37b */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 892 = 37c */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 893 = 37d */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 894 = 37e */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 895 = 37f */ {384, 1, 8}, /* 0x0037 => 0x0370+(16)*/ + /* 896 = 380 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 897 = 381 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 898 = 382 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 899 = 383 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 900 = 384 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 901 = 385 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 902 = 386 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 903 = 387 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 904 = 388 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 905 = 389 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 906 = 38a */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 907 = 38b */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 908 = 38c */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 909 = 38d */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 910 = 38e */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 911 = 38f */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 912 = 390 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 913 = 391 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 914 = 392 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 915 = 393 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 916 = 394 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 917 = 395 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 918 = 396 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 919 = 397 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 920 = 398 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 921 = 399 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 922 = 39a */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 923 = 39b */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 924 = 39c */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 925 = 39d */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 926 = 39e */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 927 = 39f */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 928 = 3a0 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 929 = 3a1 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 930 = 3a2 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 931 = 3a3 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 932 = 3a4 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 933 = 3a5 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 934 = 3a6 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 935 = 3a7 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 936 = 3a8 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 937 = 3a9 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 938 = 3aa */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 939 = 3ab */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 940 = 3ac */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 941 = 3ad */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 942 = 3ae */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 943 = 3af */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 944 = 3b0 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 945 = 3b1 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 946 = 3b2 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 947 = 3b3 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 948 = 3b4 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 949 = 3b5 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 950 = 3b6 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 951 = 3b7 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 952 = 3b8 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 953 = 3b9 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 954 = 3ba */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 955 = 3bb */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 956 = 3bc */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 957 = 3bd */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 958 = 3be */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 959 = 3bf */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 960 = 3c0 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 961 = 3c1 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 962 = 3c2 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 963 = 3c3 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 964 = 3c4 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 965 = 3c5 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 966 = 3c6 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 967 = 3c7 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 968 = 3c8 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 969 = 3c9 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 970 = 3ca */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 971 = 3cb */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 972 = 3cc */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 973 = 3cd */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 974 = 3ce */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 975 = 3cf */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 976 = 3d0 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 977 = 3d1 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 978 = 3d2 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 979 = 3d3 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 980 = 3d4 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 981 = 3d5 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 982 = 3d6 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 983 = 3d7 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 984 = 3d8 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 985 = 3d9 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 986 = 3da */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 987 = 3db */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 988 = 3dc */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 989 = 3dd */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 990 = 3de */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 991 = 3df */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 992 = 3e0 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 993 = 3e1 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 994 = 3e2 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 995 = 3e3 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 996 = 3e4 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 997 = 3e5 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 998 = 3e6 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 999 = 3e7 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1000 = 3e8 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1001 = 3e9 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1002 = 3ea */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1003 = 3eb */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1004 = 3ec */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1005 = 3ed */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1006 = 3ee */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1007 = 3ef */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1008 = 3f0 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1009 = 3f1 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1010 = 3f2 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1011 = 3f3 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1012 = 3f4 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1013 = 3f5 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1014 = 3f6 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1015 = 3f7 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1016 = 3f8 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1017 = 3f9 */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1018 = 3fa */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1019 = 3fb */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1020 = 3fc */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1021 = 3fd */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1022 = 3fe */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1023 = 3ff */ {10, 0, 5}, /* 0x0007 => 0x0380+(128)*/ + /* 1024 = 400 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1025 = 401 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1026 = 402 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1027 = 403 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1028 = 404 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1029 = 405 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1030 = 406 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1031 = 407 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1032 = 408 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1033 = 409 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1034 = 40a */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1035 = 40b */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1036 = 40c */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1037 = 40d */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1038 = 40e */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1039 = 40f */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1040 = 410 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1041 = 411 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1042 = 412 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1043 = 413 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1044 = 414 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1045 = 415 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1046 = 416 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1047 = 417 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1048 = 418 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1049 = 419 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1050 = 41a */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1051 = 41b */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1052 = 41c */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1053 = 41d */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1054 = 41e */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1055 = 41f */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1056 = 420 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1057 = 421 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1058 = 422 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1059 = 423 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1060 = 424 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1061 = 425 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1062 = 426 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1063 = 427 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1064 = 428 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1065 = 429 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1066 = 42a */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1067 = 42b */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1068 = 42c */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1069 = 42d */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1070 = 42e */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1071 = 42f */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1072 = 430 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1073 = 431 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1074 = 432 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1075 = 433 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1076 = 434 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1077 = 435 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1078 = 436 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1079 = 437 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1080 = 438 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1081 = 439 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1082 = 43a */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1083 = 43b */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1084 = 43c */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1085 = 43d */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1086 = 43e */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1087 = 43f */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1088 = 440 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1089 = 441 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1090 = 442 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1091 = 443 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1092 = 444 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1093 = 445 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1094 = 446 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1095 = 447 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1096 = 448 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1097 = 449 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1098 = 44a */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1099 = 44b */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1100 = 44c */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1101 = 44d */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1102 = 44e */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1103 = 44f */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1104 = 450 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1105 = 451 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1106 = 452 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1107 = 453 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1108 = 454 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1109 = 455 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1110 = 456 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1111 = 457 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1112 = 458 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1113 = 459 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1114 = 45a */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1115 = 45b */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1116 = 45c */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1117 = 45d */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1118 = 45e */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1119 = 45f */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1120 = 460 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1121 = 461 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1122 = 462 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1123 = 463 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1124 = 464 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1125 = 465 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1126 = 466 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1127 = 467 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1128 = 468 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1129 = 469 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1130 = 46a */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1131 = 46b */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1132 = 46c */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1133 = 46d */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1134 = 46e */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1135 = 46f */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1136 = 470 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1137 = 471 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1138 = 472 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1139 = 473 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1140 = 474 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1141 = 475 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1142 = 476 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1143 = 477 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1144 = 478 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1145 = 479 */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1146 = 47a */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1147 = 47b */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1148 = 47c */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1149 = 47d */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1150 = 47e */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1151 = 47f */ {11, 0, 5}, /* 0x0008 => 0x0400+(128)*/ + /* 1152 = 480 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1153 = 481 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1154 = 482 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1155 = 483 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1156 = 484 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1157 = 485 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1158 = 486 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1159 = 487 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1160 = 488 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1161 = 489 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1162 = 48a */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1163 = 48b */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1164 = 48c */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1165 = 48d */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1166 = 48e */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1167 = 48f */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1168 = 490 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1169 = 491 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1170 = 492 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1171 = 493 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1172 = 494 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1173 = 495 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1174 = 496 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1175 = 497 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1176 = 498 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1177 = 499 */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1178 = 49a */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1179 = 49b */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1180 = 49c */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1181 = 49d */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1182 = 49e */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1183 = 49f */ {27, 0, 7}, /* 0x0024 => 0x0480+(32)*/ + /* 1184 = 4a0 */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1185 = 4a1 */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1186 = 4a2 */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1187 = 4a3 */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1188 = 4a4 */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1189 = 4a5 */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1190 = 4a6 */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1191 = 4a7 */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1192 = 4a8 */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1193 = 4a9 */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1194 = 4aa */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1195 = 4ab */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1196 = 4ac */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1197 = 4ad */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1198 = 4ae */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1199 = 4af */ {59, 0, 8}, /* 0x004a => 0x04a0+(16)*/ + /* 1200 = 4b0 */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1201 = 4b1 */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1202 = 4b2 */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1203 = 4b3 */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1204 = 4b4 */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1205 = 4b5 */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1206 = 4b6 */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1207 = 4b7 */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1208 = 4b8 */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1209 = 4b9 */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1210 = 4ba */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1211 = 4bb */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1212 = 4bc */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1213 = 4bd */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1214 = 4be */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1215 = 4bf */ {60, 0, 8}, /* 0x004b => 0x04b0+(16)*/ + /* 1216 = 4c0 */ {1472, 1, 9}, /* 0x0098 => 0x04c0+(8)*/ + /* 1217 = 4c1 */ {1472, 1, 9}, /* 0x0098 => 0x04c0+(8)*/ + /* 1218 = 4c2 */ {1472, 1, 9}, /* 0x0098 => 0x04c0+(8)*/ + /* 1219 = 4c3 */ {1472, 1, 9}, /* 0x0098 => 0x04c0+(8)*/ + /* 1220 = 4c4 */ {1472, 1, 9}, /* 0x0098 => 0x04c0+(8)*/ + /* 1221 = 4c5 */ {1472, 1, 9}, /* 0x0098 => 0x04c0+(8)*/ + /* 1222 = 4c6 */ {1472, 1, 9}, /* 0x0098 => 0x04c0+(8)*/ + /* 1223 = 4c7 */ {1472, 1, 9}, /* 0x0098 => 0x04c0+(8)*/ + /* 1224 = 4c8 */ {1536, 1, 9}, /* 0x0099 => 0x04c8+(8)*/ + /* 1225 = 4c9 */ {1536, 1, 9}, /* 0x0099 => 0x04c8+(8)*/ + /* 1226 = 4ca */ {1536, 1, 9}, /* 0x0099 => 0x04c8+(8)*/ + /* 1227 = 4cb */ {1536, 1, 9}, /* 0x0099 => 0x04c8+(8)*/ + /* 1228 = 4cc */ {1536, 1, 9}, /* 0x0099 => 0x04c8+(8)*/ + /* 1229 = 4cd */ {1536, 1, 9}, /* 0x0099 => 0x04c8+(8)*/ + /* 1230 = 4ce */ {1536, 1, 9}, /* 0x0099 => 0x04c8+(8)*/ + /* 1231 = 4cf */ {1536, 1, 9}, /* 0x0099 => 0x04c8+(8)*/ + /* 1232 = 4d0 */ {1600, 1, 9}, /* 0x009a => 0x04d0+(8)*/ + /* 1233 = 4d1 */ {1600, 1, 9}, /* 0x009a => 0x04d0+(8)*/ + /* 1234 = 4d2 */ {1600, 1, 9}, /* 0x009a => 0x04d0+(8)*/ + /* 1235 = 4d3 */ {1600, 1, 9}, /* 0x009a => 0x04d0+(8)*/ + /* 1236 = 4d4 */ {1600, 1, 9}, /* 0x009a => 0x04d0+(8)*/ + /* 1237 = 4d5 */ {1600, 1, 9}, /* 0x009a => 0x04d0+(8)*/ + /* 1238 = 4d6 */ {1600, 1, 9}, /* 0x009a => 0x04d0+(8)*/ + /* 1239 = 4d7 */ {1600, 1, 9}, /* 0x009a => 0x04d0+(8)*/ + /* 1240 = 4d8 */ {1728, 1, 9}, /* 0x009b => 0x04d8+(8)*/ + /* 1241 = 4d9 */ {1728, 1, 9}, /* 0x009b => 0x04d8+(8)*/ + /* 1242 = 4da */ {1728, 1, 9}, /* 0x009b => 0x04d8+(8)*/ + /* 1243 = 4db */ {1728, 1, 9}, /* 0x009b => 0x04d8+(8)*/ + /* 1244 = 4dc */ {1728, 1, 9}, /* 0x009b => 0x04d8+(8)*/ + /* 1245 = 4dd */ {1728, 1, 9}, /* 0x009b => 0x04d8+(8)*/ + /* 1246 = 4de */ {1728, 1, 9}, /* 0x009b => 0x04d8+(8)*/ + /* 1247 = 4df */ {1728, 1, 9}, /* 0x009b => 0x04d8+(8)*/ + /* 1248 = 4e0 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1249 = 4e1 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1250 = 4e2 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1251 = 4e3 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1252 = 4e4 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1253 = 4e5 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1254 = 4e6 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1255 = 4e7 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1256 = 4e8 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1257 = 4e9 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1258 = 4ea */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1259 = 4eb */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1260 = 4ec */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1261 = 4ed */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1262 = 4ee */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1263 = 4ef */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1264 = 4f0 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1265 = 4f1 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1266 = 4f2 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1267 = 4f3 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1268 = 4f4 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1269 = 4f5 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1270 = 4f6 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1271 = 4f7 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1272 = 4f8 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1273 = 4f9 */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1274 = 4fa */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1275 = 4fb */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1276 = 4fc */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1277 = 4fd */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1278 = 4fe */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1279 = 4ff */ {18, 0, 7}, /* 0x0027 => 0x04e0+(32)*/ + /* 1280 = 500 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1281 = 501 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1282 = 502 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1283 = 503 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1284 = 504 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1285 = 505 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1286 = 506 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1287 = 507 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1288 = 508 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1289 = 509 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1290 = 50a */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1291 = 50b */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1292 = 50c */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1293 = 50d */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1294 = 50e */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1295 = 50f */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1296 = 510 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1297 = 511 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1298 = 512 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1299 = 513 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1300 = 514 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1301 = 515 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1302 = 516 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1303 = 517 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1304 = 518 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1305 = 519 */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1306 = 51a */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1307 = 51b */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1308 = 51c */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1309 = 51d */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1310 = 51e */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1311 = 51f */ {24, 0, 7}, /* 0x0028 => 0x0500+(32)*/ + /* 1312 = 520 */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1313 = 521 */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1314 = 522 */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1315 = 523 */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1316 = 524 */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1317 = 525 */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1318 = 526 */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1319 = 527 */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1320 = 528 */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1321 = 529 */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1322 = 52a */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1323 = 52b */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1324 = 52c */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1325 = 52d */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1326 = 52e */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1327 = 52f */ {49, 0, 8}, /* 0x0052 => 0x0520+(16)*/ + /* 1328 = 530 */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1329 = 531 */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1330 = 532 */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1331 = 533 */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1332 = 534 */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1333 = 535 */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1334 = 536 */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1335 = 537 */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1336 = 538 */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1337 = 539 */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1338 = 53a */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1339 = 53b */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1340 = 53c */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1341 = 53d */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1342 = 53e */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1343 = 53f */ {50, 0, 8}, /* 0x0053 => 0x0530+(16)*/ + /* 1344 = 540 */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1345 = 541 */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1346 = 542 */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1347 = 543 */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1348 = 544 */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1349 = 545 */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1350 = 546 */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1351 = 547 */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1352 = 548 */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1353 = 549 */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1354 = 54a */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1355 = 54b */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1356 = 54c */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1357 = 54d */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1358 = 54e */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1359 = 54f */ {51, 0, 8}, /* 0x0054 => 0x0540+(16)*/ + /* 1360 = 550 */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1361 = 551 */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1362 = 552 */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1363 = 553 */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1364 = 554 */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1365 = 555 */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1366 = 556 */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1367 = 557 */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1368 = 558 */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1369 = 559 */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1370 = 55a */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1371 = 55b */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1372 = 55c */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1373 = 55d */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1374 = 55e */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1375 = 55f */ {52, 0, 8}, /* 0x0055 => 0x0550+(16)*/ + /* 1376 = 560 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1377 = 561 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1378 = 562 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1379 = 563 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1380 = 564 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1381 = 565 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1382 = 566 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1383 = 567 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1384 = 568 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1385 = 569 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1386 = 56a */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1387 = 56b */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1388 = 56c */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1389 = 56d */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1390 = 56e */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1391 = 56f */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1392 = 570 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1393 = 571 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1394 = 572 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1395 = 573 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1396 = 574 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1397 = 575 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1398 = 576 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1399 = 577 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1400 = 578 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1401 = 579 */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1402 = 57a */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1403 = 57b */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1404 = 57c */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1405 = 57d */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1406 = 57e */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1407 = 57f */ {25, 0, 7}, /* 0x002b => 0x0560+(32)*/ + /* 1408 = 580 */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1409 = 581 */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1410 = 582 */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1411 = 583 */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1412 = 584 */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1413 = 585 */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1414 = 586 */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1415 = 587 */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1416 = 588 */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1417 = 589 */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1418 = 58a */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1419 = 58b */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1420 = 58c */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1421 = 58d */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1422 = 58e */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1423 = 58f */ {55, 0, 8}, /* 0x0058 => 0x0580+(16)*/ + /* 1424 = 590 */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1425 = 591 */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1426 = 592 */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1427 = 593 */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1428 = 594 */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1429 = 595 */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1430 = 596 */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1431 = 597 */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1432 = 598 */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1433 = 599 */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1434 = 59a */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1435 = 59b */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1436 = 59c */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1437 = 59d */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1438 = 59e */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1439 = 59f */ {56, 0, 8}, /* 0x0059 => 0x0590+(16)*/ + /* 1440 = 5a0 */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1441 = 5a1 */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1442 = 5a2 */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1443 = 5a3 */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1444 = 5a4 */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1445 = 5a5 */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1446 = 5a6 */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1447 = 5a7 */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1448 = 5a8 */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1449 = 5a9 */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1450 = 5aa */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1451 = 5ab */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1452 = 5ac */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1453 = 5ad */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1454 = 5ae */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1455 = 5af */ {57, 0, 8}, /* 0x005a => 0x05a0+(16)*/ + /* 1456 = 5b0 */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1457 = 5b1 */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1458 = 5b2 */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1459 = 5b3 */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1460 = 5b4 */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1461 = 5b5 */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1462 = 5b6 */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1463 = 5b7 */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1464 = 5b8 */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1465 = 5b9 */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1466 = 5ba */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1467 = 5bb */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1468 = 5bc */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1469 = 5bd */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1470 = 5be */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1471 = 5bf */ {58, 0, 8}, /* 0x005b => 0x05b0+(16)*/ + /* 1472 = 5c0 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1473 = 5c1 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1474 = 5c2 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1475 = 5c3 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1476 = 5c4 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1477 = 5c5 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1478 = 5c6 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1479 = 5c7 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1480 = 5c8 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1481 = 5c9 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1482 = 5ca */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1483 = 5cb */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1484 = 5cc */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1485 = 5cd */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1486 = 5ce */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1487 = 5cf */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1488 = 5d0 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1489 = 5d1 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1490 = 5d2 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1491 = 5d3 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1492 = 5d4 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1493 = 5d5 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1494 = 5d6 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1495 = 5d7 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1496 = 5d8 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1497 = 5d9 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1498 = 5da */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1499 = 5db */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1500 = 5dc */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1501 = 5dd */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1502 = 5de */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1503 = 5df */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1504 = 5e0 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1505 = 5e1 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1506 = 5e2 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1507 = 5e3 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1508 = 5e4 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1509 = 5e5 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1510 = 5e6 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1511 = 5e7 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1512 = 5e8 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1513 = 5e9 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1514 = 5ea */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1515 = 5eb */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1516 = 5ec */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1517 = 5ed */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1518 = 5ee */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1519 = 5ef */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1520 = 5f0 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1521 = 5f1 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1522 = 5f2 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1523 = 5f3 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1524 = 5f4 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1525 = 5f5 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1526 = 5f6 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1527 = 5f7 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1528 = 5f8 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1529 = 5f9 */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1530 = 5fa */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1531 = 5fb */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1532 = 5fc */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1533 = 5fd */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1534 = 5fe */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1535 = 5ff */ {192, 1, 6}, /* 0x0017 => 0x05c0+(64)*/ + /* 1536 = 600 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1537 = 601 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1538 = 602 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1539 = 603 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1540 = 604 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1541 = 605 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1542 = 606 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1543 = 607 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1544 = 608 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1545 = 609 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1546 = 60a */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1547 = 60b */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1548 = 60c */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1549 = 60d */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1550 = 60e */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1551 = 60f */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1552 = 610 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1553 = 611 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1554 = 612 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1555 = 613 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1556 = 614 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1557 = 615 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1558 = 616 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1559 = 617 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1560 = 618 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1561 = 619 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1562 = 61a */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1563 = 61b */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1564 = 61c */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1565 = 61d */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1566 = 61e */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1567 = 61f */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1568 = 620 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1569 = 621 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1570 = 622 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1571 = 623 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1572 = 624 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1573 = 625 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1574 = 626 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1575 = 627 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1576 = 628 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1577 = 629 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1578 = 62a */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1579 = 62b */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1580 = 62c */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1581 = 62d */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1582 = 62e */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1583 = 62f */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1584 = 630 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1585 = 631 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1586 = 632 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1587 = 633 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1588 = 634 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1589 = 635 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1590 = 636 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1591 = 637 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1592 = 638 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1593 = 639 */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1594 = 63a */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1595 = 63b */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1596 = 63c */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1597 = 63d */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1598 = 63e */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1599 = 63f */ {1664, 1, 6}, /* 0x0018 => 0x0600+(64)*/ + /* 1600 = 640 */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1601 = 641 */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1602 = 642 */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1603 = 643 */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1604 = 644 */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1605 = 645 */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1606 = 646 */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1607 = 647 */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1608 = 648 */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1609 = 649 */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1610 = 64a */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1611 = 64b */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1612 = 64c */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1613 = 64d */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1614 = 64e */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1615 = 64f */ {448, 1, 8}, /* 0x0064 => 0x0640+(16)*/ + /* 1616 = 650 */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1617 = 651 */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1618 = 652 */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1619 = 653 */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1620 = 654 */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1621 = 655 */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1622 = 656 */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1623 = 657 */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1624 = 658 */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1625 = 659 */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1626 = 65a */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1627 = 65b */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1628 = 65c */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1629 = 65d */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1630 = 65e */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1631 = 65f */ {512, 1, 8}, /* 0x0065 => 0x0650+(16)*/ + /* 1632 = 660 */ {704, 1, 9}, /* 0x00cc => 0x0660+(8)*/ + /* 1633 = 661 */ {704, 1, 9}, /* 0x00cc => 0x0660+(8)*/ + /* 1634 = 662 */ {704, 1, 9}, /* 0x00cc => 0x0660+(8)*/ + /* 1635 = 663 */ {704, 1, 9}, /* 0x00cc => 0x0660+(8)*/ + /* 1636 = 664 */ {704, 1, 9}, /* 0x00cc => 0x0660+(8)*/ + /* 1637 = 665 */ {704, 1, 9}, /* 0x00cc => 0x0660+(8)*/ + /* 1638 = 666 */ {704, 1, 9}, /* 0x00cc => 0x0660+(8)*/ + /* 1639 = 667 */ {704, 1, 9}, /* 0x00cc => 0x0660+(8)*/ + /* 1640 = 668 */ {768, 1, 9}, /* 0x00cd => 0x0668+(8)*/ + /* 1641 = 669 */ {768, 1, 9}, /* 0x00cd => 0x0668+(8)*/ + /* 1642 = 66a */ {768, 1, 9}, /* 0x00cd => 0x0668+(8)*/ + /* 1643 = 66b */ {768, 1, 9}, /* 0x00cd => 0x0668+(8)*/ + /* 1644 = 66c */ {768, 1, 9}, /* 0x00cd => 0x0668+(8)*/ + /* 1645 = 66d */ {768, 1, 9}, /* 0x00cd => 0x0668+(8)*/ + /* 1646 = 66e */ {768, 1, 9}, /* 0x00cd => 0x0668+(8)*/ + /* 1647 = 66f */ {768, 1, 9}, /* 0x00cd => 0x0668+(8)*/ + /* 1648 = 670 */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1649 = 671 */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1650 = 672 */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1651 = 673 */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1652 = 674 */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1653 = 675 */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1654 = 676 */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1655 = 677 */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1656 = 678 */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1657 = 679 */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1658 = 67a */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1659 = 67b */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1660 = 67c */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1661 = 67d */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1662 = 67e */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1663 = 67f */ {640, 1, 8}, /* 0x0067 => 0x0670+(16)*/ + /* 1664 = 680 */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1665 = 681 */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1666 = 682 */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1667 = 683 */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1668 = 684 */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1669 = 685 */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1670 = 686 */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1671 = 687 */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1672 = 688 */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1673 = 689 */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1674 = 68a */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1675 = 68b */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1676 = 68c */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1677 = 68d */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1678 = 68e */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1679 = 68f */ {576, 1, 8}, /* 0x0068 => 0x0680+(16)*/ + /* 1680 = 690 */ {832, 1, 9}, /* 0x00d2 => 0x0690+(8)*/ + /* 1681 = 691 */ {832, 1, 9}, /* 0x00d2 => 0x0690+(8)*/ + /* 1682 = 692 */ {832, 1, 9}, /* 0x00d2 => 0x0690+(8)*/ + /* 1683 = 693 */ {832, 1, 9}, /* 0x00d2 => 0x0690+(8)*/ + /* 1684 = 694 */ {832, 1, 9}, /* 0x00d2 => 0x0690+(8)*/ + /* 1685 = 695 */ {832, 1, 9}, /* 0x00d2 => 0x0690+(8)*/ + /* 1686 = 696 */ {832, 1, 9}, /* 0x00d2 => 0x0690+(8)*/ + /* 1687 = 697 */ {832, 1, 9}, /* 0x00d2 => 0x0690+(8)*/ + /* 1688 = 698 */ {896, 1, 9}, /* 0x00d3 => 0x0698+(8)*/ + /* 1689 = 699 */ {896, 1, 9}, /* 0x00d3 => 0x0698+(8)*/ + /* 1690 = 69a */ {896, 1, 9}, /* 0x00d3 => 0x0698+(8)*/ + /* 1691 = 69b */ {896, 1, 9}, /* 0x00d3 => 0x0698+(8)*/ + /* 1692 = 69c */ {896, 1, 9}, /* 0x00d3 => 0x0698+(8)*/ + /* 1693 = 69d */ {896, 1, 9}, /* 0x00d3 => 0x0698+(8)*/ + /* 1694 = 69e */ {896, 1, 9}, /* 0x00d3 => 0x0698+(8)*/ + /* 1695 = 69f */ {896, 1, 9}, /* 0x00d3 => 0x0698+(8)*/ + /* 1696 = 6a0 */ {960, 1, 9}, /* 0x00d4 => 0x06a0+(8)*/ + /* 1697 = 6a1 */ {960, 1, 9}, /* 0x00d4 => 0x06a0+(8)*/ + /* 1698 = 6a2 */ {960, 1, 9}, /* 0x00d4 => 0x06a0+(8)*/ + /* 1699 = 6a3 */ {960, 1, 9}, /* 0x00d4 => 0x06a0+(8)*/ + /* 1700 = 6a4 */ {960, 1, 9}, /* 0x00d4 => 0x06a0+(8)*/ + /* 1701 = 6a5 */ {960, 1, 9}, /* 0x00d4 => 0x06a0+(8)*/ + /* 1702 = 6a6 */ {960, 1, 9}, /* 0x00d4 => 0x06a0+(8)*/ + /* 1703 = 6a7 */ {960, 1, 9}, /* 0x00d4 => 0x06a0+(8)*/ + /* 1704 = 6a8 */ {1024, 1, 9}, /* 0x00d5 => 0x06a8+(8)*/ + /* 1705 = 6a9 */ {1024, 1, 9}, /* 0x00d5 => 0x06a8+(8)*/ + /* 1706 = 6aa */ {1024, 1, 9}, /* 0x00d5 => 0x06a8+(8)*/ + /* 1707 = 6ab */ {1024, 1, 9}, /* 0x00d5 => 0x06a8+(8)*/ + /* 1708 = 6ac */ {1024, 1, 9}, /* 0x00d5 => 0x06a8+(8)*/ + /* 1709 = 6ad */ {1024, 1, 9}, /* 0x00d5 => 0x06a8+(8)*/ + /* 1710 = 6ae */ {1024, 1, 9}, /* 0x00d5 => 0x06a8+(8)*/ + /* 1711 = 6af */ {1024, 1, 9}, /* 0x00d5 => 0x06a8+(8)*/ + /* 1712 = 6b0 */ {1088, 1, 9}, /* 0x00d6 => 0x06b0+(8)*/ + /* 1713 = 6b1 */ {1088, 1, 9}, /* 0x00d6 => 0x06b0+(8)*/ + /* 1714 = 6b2 */ {1088, 1, 9}, /* 0x00d6 => 0x06b0+(8)*/ + /* 1715 = 6b3 */ {1088, 1, 9}, /* 0x00d6 => 0x06b0+(8)*/ + /* 1716 = 6b4 */ {1088, 1, 9}, /* 0x00d6 => 0x06b0+(8)*/ + /* 1717 = 6b5 */ {1088, 1, 9}, /* 0x00d6 => 0x06b0+(8)*/ + /* 1718 = 6b6 */ {1088, 1, 9}, /* 0x00d6 => 0x06b0+(8)*/ + /* 1719 = 6b7 */ {1088, 1, 9}, /* 0x00d6 => 0x06b0+(8)*/ + /* 1720 = 6b8 */ {1152, 1, 9}, /* 0x00d7 => 0x06b8+(8)*/ + /* 1721 = 6b9 */ {1152, 1, 9}, /* 0x00d7 => 0x06b8+(8)*/ + /* 1722 = 6ba */ {1152, 1, 9}, /* 0x00d7 => 0x06b8+(8)*/ + /* 1723 = 6bb */ {1152, 1, 9}, /* 0x00d7 => 0x06b8+(8)*/ + /* 1724 = 6bc */ {1152, 1, 9}, /* 0x00d7 => 0x06b8+(8)*/ + /* 1725 = 6bd */ {1152, 1, 9}, /* 0x00d7 => 0x06b8+(8)*/ + /* 1726 = 6be */ {1152, 1, 9}, /* 0x00d7 => 0x06b8+(8)*/ + /* 1727 = 6bf */ {1152, 1, 9}, /* 0x00d7 => 0x06b8+(8)*/ + /* 1728 = 6c0 */ {1216, 1, 9}, /* 0x00d8 => 0x06c0+(8)*/ + /* 1729 = 6c1 */ {1216, 1, 9}, /* 0x00d8 => 0x06c0+(8)*/ + /* 1730 = 6c2 */ {1216, 1, 9}, /* 0x00d8 => 0x06c0+(8)*/ + /* 1731 = 6c3 */ {1216, 1, 9}, /* 0x00d8 => 0x06c0+(8)*/ + /* 1732 = 6c4 */ {1216, 1, 9}, /* 0x00d8 => 0x06c0+(8)*/ + /* 1733 = 6c5 */ {1216, 1, 9}, /* 0x00d8 => 0x06c0+(8)*/ + /* 1734 = 6c6 */ {1216, 1, 9}, /* 0x00d8 => 0x06c0+(8)*/ + /* 1735 = 6c7 */ {1216, 1, 9}, /* 0x00d8 => 0x06c0+(8)*/ + /* 1736 = 6c8 */ {1280, 1, 9}, /* 0x00d9 => 0x06c8+(8)*/ + /* 1737 = 6c9 */ {1280, 1, 9}, /* 0x00d9 => 0x06c8+(8)*/ + /* 1738 = 6ca */ {1280, 1, 9}, /* 0x00d9 => 0x06c8+(8)*/ + /* 1739 = 6cb */ {1280, 1, 9}, /* 0x00d9 => 0x06c8+(8)*/ + /* 1740 = 6cc */ {1280, 1, 9}, /* 0x00d9 => 0x06c8+(8)*/ + /* 1741 = 6cd */ {1280, 1, 9}, /* 0x00d9 => 0x06c8+(8)*/ + /* 1742 = 6ce */ {1280, 1, 9}, /* 0x00d9 => 0x06c8+(8)*/ + /* 1743 = 6cf */ {1280, 1, 9}, /* 0x00d9 => 0x06c8+(8)*/ + /* 1744 = 6d0 */ {1344, 1, 9}, /* 0x00da => 0x06d0+(8)*/ + /* 1745 = 6d1 */ {1344, 1, 9}, /* 0x00da => 0x06d0+(8)*/ + /* 1746 = 6d2 */ {1344, 1, 9}, /* 0x00da => 0x06d0+(8)*/ + /* 1747 = 6d3 */ {1344, 1, 9}, /* 0x00da => 0x06d0+(8)*/ + /* 1748 = 6d4 */ {1344, 1, 9}, /* 0x00da => 0x06d0+(8)*/ + /* 1749 = 6d5 */ {1344, 1, 9}, /* 0x00da => 0x06d0+(8)*/ + /* 1750 = 6d6 */ {1344, 1, 9}, /* 0x00da => 0x06d0+(8)*/ + /* 1751 = 6d7 */ {1344, 1, 9}, /* 0x00da => 0x06d0+(8)*/ + /* 1752 = 6d8 */ {1408, 1, 9}, /* 0x00db => 0x06d8+(8)*/ + /* 1753 = 6d9 */ {1408, 1, 9}, /* 0x00db => 0x06d8+(8)*/ + /* 1754 = 6da */ {1408, 1, 9}, /* 0x00db => 0x06d8+(8)*/ + /* 1755 = 6db */ {1408, 1, 9}, /* 0x00db => 0x06d8+(8)*/ + /* 1756 = 6dc */ {1408, 1, 9}, /* 0x00db => 0x06d8+(8)*/ + /* 1757 = 6dd */ {1408, 1, 9}, /* 0x00db => 0x06d8+(8)*/ + /* 1758 = 6de */ {1408, 1, 9}, /* 0x00db => 0x06d8+(8)*/ + /* 1759 = 6df */ {1408, 1, 9}, /* 0x00db => 0x06d8+(8)*/ + /* 1760 = 6e0 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1761 = 6e1 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1762 = 6e2 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1763 = 6e3 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1764 = 6e4 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1765 = 6e5 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1766 = 6e6 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1767 = 6e7 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1768 = 6e8 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1769 = 6e9 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1770 = 6ea */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1771 = 6eb */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1772 = 6ec */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1773 = 6ed */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1774 = 6ee */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1775 = 6ef */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1776 = 6f0 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1777 = 6f1 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1778 = 6f2 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1779 = 6f3 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1780 = 6f4 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1781 = 6f5 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1782 = 6f6 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1783 = 6f7 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1784 = 6f8 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1785 = 6f9 */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1786 = 6fa */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1787 = 6fb */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1788 = 6fc */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1789 = 6fd */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1790 = 6fe */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1791 = 6ff */ {256, 1, 7}, /* 0x0037 => 0x06e0+(32)*/ + /* 1792 = 700 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1793 = 701 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1794 = 702 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1795 = 703 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1796 = 704 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1797 = 705 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1798 = 706 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1799 = 707 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1800 = 708 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1801 = 709 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1802 = 70a */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1803 = 70b */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1804 = 70c */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1805 = 70d */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1806 = 70e */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1807 = 70f */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1808 = 710 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1809 = 711 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1810 = 712 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1811 = 713 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1812 = 714 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1813 = 715 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1814 = 716 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1815 = 717 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1816 = 718 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1817 = 719 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1818 = 71a */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1819 = 71b */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1820 = 71c */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1821 = 71d */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1822 = 71e */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1823 = 71f */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1824 = 720 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1825 = 721 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1826 = 722 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1827 = 723 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1828 = 724 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1829 = 725 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1830 = 726 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1831 = 727 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1832 = 728 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1833 = 729 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1834 = 72a */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1835 = 72b */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1836 = 72c */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1837 = 72d */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1838 = 72e */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1839 = 72f */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1840 = 730 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1841 = 731 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1842 = 732 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1843 = 733 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1844 = 734 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1845 = 735 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1846 = 736 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1847 = 737 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1848 = 738 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1849 = 739 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1850 = 73a */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1851 = 73b */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1852 = 73c */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1853 = 73d */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1854 = 73e */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1855 = 73f */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1856 = 740 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1857 = 741 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1858 = 742 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1859 = 743 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1860 = 744 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1861 = 745 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1862 = 746 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1863 = 747 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1864 = 748 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1865 = 749 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1866 = 74a */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1867 = 74b */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1868 = 74c */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1869 = 74d */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1870 = 74e */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1871 = 74f */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1872 = 750 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1873 = 751 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1874 = 752 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1875 = 753 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1876 = 754 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1877 = 755 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1878 = 756 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1879 = 757 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1880 = 758 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1881 = 759 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1882 = 75a */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1883 = 75b */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1884 = 75c */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1885 = 75d */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1886 = 75e */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1887 = 75f */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1888 = 760 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1889 = 761 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1890 = 762 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1891 = 763 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1892 = 764 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1893 = 765 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1894 = 766 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1895 = 767 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1896 = 768 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1897 = 769 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1898 = 76a */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1899 = 76b */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1900 = 76c */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1901 = 76d */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1902 = 76e */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1903 = 76f */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1904 = 770 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1905 = 771 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1906 = 772 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1907 = 773 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1908 = 774 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1909 = 775 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1910 = 776 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1911 = 777 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1912 = 778 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1913 = 779 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1914 = 77a */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1915 = 77b */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1916 = 77c */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1917 = 77d */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1918 = 77e */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1919 = 77f */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1920 = 780 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1921 = 781 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1922 = 782 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1923 = 783 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1924 = 784 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1925 = 785 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1926 = 786 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1927 = 787 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1928 = 788 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1929 = 789 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1930 = 78a */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1931 = 78b */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1932 = 78c */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1933 = 78d */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1934 = 78e */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1935 = 78f */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1936 = 790 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1937 = 791 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1938 = 792 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1939 = 793 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1940 = 794 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1941 = 795 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1942 = 796 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1943 = 797 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1944 = 798 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1945 = 799 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1946 = 79a */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1947 = 79b */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1948 = 79c */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1949 = 79d */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1950 = 79e */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1951 = 79f */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1952 = 7a0 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1953 = 7a1 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1954 = 7a2 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1955 = 7a3 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1956 = 7a4 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1957 = 7a5 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1958 = 7a6 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1959 = 7a7 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1960 = 7a8 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1961 = 7a9 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1962 = 7aa */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1963 = 7ab */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1964 = 7ac */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1965 = 7ad */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1966 = 7ae */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1967 = 7af */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1968 = 7b0 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1969 = 7b1 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1970 = 7b2 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1971 = 7b3 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1972 = 7b4 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1973 = 7b5 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1974 = 7b6 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1975 = 7b7 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1976 = 7b8 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1977 = 7b9 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1978 = 7ba */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1979 = 7bb */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1980 = 7bc */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1981 = 7bd */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1982 = 7be */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1983 = 7bf */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1984 = 7c0 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1985 = 7c1 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1986 = 7c2 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1987 = 7c3 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1988 = 7c4 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1989 = 7c5 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1990 = 7c6 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1991 = 7c7 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1992 = 7c8 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1993 = 7c9 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1994 = 7ca */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1995 = 7cb */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1996 = 7cc */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1997 = 7cd */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1998 = 7ce */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 1999 = 7cf */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2000 = 7d0 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2001 = 7d1 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2002 = 7d2 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2003 = 7d3 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2004 = 7d4 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2005 = 7d5 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2006 = 7d6 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2007 = 7d7 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2008 = 7d8 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2009 = 7d9 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2010 = 7da */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2011 = 7db */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2012 = 7dc */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2013 = 7dd */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2014 = 7de */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2015 = 7df */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2016 = 7e0 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2017 = 7e1 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2018 = 7e2 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2019 = 7e3 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2020 = 7e4 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2021 = 7e5 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2022 = 7e6 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2023 = 7e7 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2024 = 7e8 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2025 = 7e9 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2026 = 7ea */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2027 = 7eb */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2028 = 7ec */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2029 = 7ed */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2030 = 7ee */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2031 = 7ef */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2032 = 7f0 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2033 = 7f1 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2034 = 7f2 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2035 = 7f3 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2036 = 7f4 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2037 = 7f5 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2038 = 7f6 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2039 = 7f7 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2040 = 7f8 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2041 = 7f9 */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2042 = 7fa */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2043 = 7fb */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2044 = 7fc */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2045 = 7fd */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2046 = 7fe */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2047 = 7ff */ {2, 0, 4}, /* 0x0007 => 0x0700+(256)*/ + /* 2048 = 800 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2049 = 801 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2050 = 802 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2051 = 803 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2052 = 804 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2053 = 805 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2054 = 806 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2055 = 807 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2056 = 808 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2057 = 809 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2058 = 80a */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2059 = 80b */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2060 = 80c */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2061 = 80d */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2062 = 80e */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2063 = 80f */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2064 = 810 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2065 = 811 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2066 = 812 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2067 = 813 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2068 = 814 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2069 = 815 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2070 = 816 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2071 = 817 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2072 = 818 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2073 = 819 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2074 = 81a */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2075 = 81b */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2076 = 81c */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2077 = 81d */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2078 = 81e */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2079 = 81f */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2080 = 820 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2081 = 821 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2082 = 822 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2083 = 823 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2084 = 824 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2085 = 825 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2086 = 826 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2087 = 827 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2088 = 828 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2089 = 829 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2090 = 82a */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2091 = 82b */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2092 = 82c */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2093 = 82d */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2094 = 82e */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2095 = 82f */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2096 = 830 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2097 = 831 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2098 = 832 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2099 = 833 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2100 = 834 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2101 = 835 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2102 = 836 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2103 = 837 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2104 = 838 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2105 = 839 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2106 = 83a */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2107 = 83b */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2108 = 83c */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2109 = 83d */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2110 = 83e */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2111 = 83f */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2112 = 840 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2113 = 841 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2114 = 842 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2115 = 843 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2116 = 844 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2117 = 845 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2118 = 846 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2119 = 847 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2120 = 848 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2121 = 849 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2122 = 84a */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2123 = 84b */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2124 = 84c */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2125 = 84d */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2126 = 84e */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2127 = 84f */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2128 = 850 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2129 = 851 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2130 = 852 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2131 = 853 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2132 = 854 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2133 = 855 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2134 = 856 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2135 = 857 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2136 = 858 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2137 = 859 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2138 = 85a */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2139 = 85b */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2140 = 85c */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2141 = 85d */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2142 = 85e */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2143 = 85f */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2144 = 860 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2145 = 861 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2146 = 862 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2147 = 863 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2148 = 864 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2149 = 865 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2150 = 866 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2151 = 867 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2152 = 868 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2153 = 869 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2154 = 86a */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2155 = 86b */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2156 = 86c */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2157 = 86d */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2158 = 86e */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2159 = 86f */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2160 = 870 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2161 = 871 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2162 = 872 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2163 = 873 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2164 = 874 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2165 = 875 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2166 = 876 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2167 = 877 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2168 = 878 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2169 = 879 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2170 = 87a */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2171 = 87b */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2172 = 87c */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2173 = 87d */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2174 = 87e */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2175 = 87f */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2176 = 880 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2177 = 881 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2178 = 882 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2179 = 883 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2180 = 884 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2181 = 885 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2182 = 886 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2183 = 887 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2184 = 888 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2185 = 889 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2186 = 88a */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2187 = 88b */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2188 = 88c */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2189 = 88d */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2190 = 88e */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2191 = 88f */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2192 = 890 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2193 = 891 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2194 = 892 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2195 = 893 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2196 = 894 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2197 = 895 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2198 = 896 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2199 = 897 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2200 = 898 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2201 = 899 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2202 = 89a */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2203 = 89b */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2204 = 89c */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2205 = 89d */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2206 = 89e */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2207 = 89f */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2208 = 8a0 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2209 = 8a1 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2210 = 8a2 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2211 = 8a3 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2212 = 8a4 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2213 = 8a5 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2214 = 8a6 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2215 = 8a7 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2216 = 8a8 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2217 = 8a9 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2218 = 8aa */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2219 = 8ab */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2220 = 8ac */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2221 = 8ad */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2222 = 8ae */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2223 = 8af */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2224 = 8b0 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2225 = 8b1 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2226 = 8b2 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2227 = 8b3 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2228 = 8b4 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2229 = 8b5 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2230 = 8b6 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2231 = 8b7 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2232 = 8b8 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2233 = 8b9 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2234 = 8ba */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2235 = 8bb */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2236 = 8bc */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2237 = 8bd */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2238 = 8be */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2239 = 8bf */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2240 = 8c0 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2241 = 8c1 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2242 = 8c2 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2243 = 8c3 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2244 = 8c4 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2245 = 8c5 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2246 = 8c6 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2247 = 8c7 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2248 = 8c8 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2249 = 8c9 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2250 = 8ca */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2251 = 8cb */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2252 = 8cc */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2253 = 8cd */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2254 = 8ce */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2255 = 8cf */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2256 = 8d0 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2257 = 8d1 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2258 = 8d2 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2259 = 8d3 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2260 = 8d4 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2261 = 8d5 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2262 = 8d6 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2263 = 8d7 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2264 = 8d8 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2265 = 8d9 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2266 = 8da */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2267 = 8db */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2268 = 8dc */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2269 = 8dd */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2270 = 8de */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2271 = 8df */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2272 = 8e0 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2273 = 8e1 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2274 = 8e2 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2275 = 8e3 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2276 = 8e4 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2277 = 8e5 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2278 = 8e6 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2279 = 8e7 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2280 = 8e8 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2281 = 8e9 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2282 = 8ea */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2283 = 8eb */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2284 = 8ec */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2285 = 8ed */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2286 = 8ee */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2287 = 8ef */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2288 = 8f0 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2289 = 8f1 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2290 = 8f2 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2291 = 8f3 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2292 = 8f4 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2293 = 8f5 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2294 = 8f6 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2295 = 8f7 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2296 = 8f8 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2297 = 8f9 */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2298 = 8fa */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2299 = 8fb */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2300 = 8fc */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2301 = 8fd */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2302 = 8fe */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2303 = 8ff */ {3, 0, 4}, /* 0x0008 => 0x0800+(256)*/ + /* 2304 = 900 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2305 = 901 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2306 = 902 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2307 = 903 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2308 = 904 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2309 = 905 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2310 = 906 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2311 = 907 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2312 = 908 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2313 = 909 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2314 = 90a */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2315 = 90b */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2316 = 90c */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2317 = 90d */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2318 = 90e */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2319 = 90f */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2320 = 910 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2321 = 911 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2322 = 912 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2323 = 913 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2324 = 914 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2325 = 915 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2326 = 916 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2327 = 917 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2328 = 918 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2329 = 919 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2330 = 91a */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2331 = 91b */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2332 = 91c */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2333 = 91d */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2334 = 91e */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2335 = 91f */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2336 = 920 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2337 = 921 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2338 = 922 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2339 = 923 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2340 = 924 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2341 = 925 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2342 = 926 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2343 = 927 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2344 = 928 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2345 = 929 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2346 = 92a */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2347 = 92b */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2348 = 92c */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2349 = 92d */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2350 = 92e */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2351 = 92f */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2352 = 930 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2353 = 931 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2354 = 932 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2355 = 933 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2356 = 934 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2357 = 935 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2358 = 936 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2359 = 937 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2360 = 938 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2361 = 939 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2362 = 93a */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2363 = 93b */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2364 = 93c */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2365 = 93d */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2366 = 93e */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2367 = 93f */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2368 = 940 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2369 = 941 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2370 = 942 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2371 = 943 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2372 = 944 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2373 = 945 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2374 = 946 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2375 = 947 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2376 = 948 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2377 = 949 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2378 = 94a */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2379 = 94b */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2380 = 94c */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2381 = 94d */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2382 = 94e */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2383 = 94f */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2384 = 950 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2385 = 951 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2386 = 952 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2387 = 953 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2388 = 954 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2389 = 955 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2390 = 956 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2391 = 957 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2392 = 958 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2393 = 959 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2394 = 95a */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2395 = 95b */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2396 = 95c */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2397 = 95d */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2398 = 95e */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2399 = 95f */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2400 = 960 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2401 = 961 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2402 = 962 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2403 = 963 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2404 = 964 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2405 = 965 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2406 = 966 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2407 = 967 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2408 = 968 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2409 = 969 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2410 = 96a */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2411 = 96b */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2412 = 96c */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2413 = 96d */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2414 = 96e */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2415 = 96f */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2416 = 970 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2417 = 971 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2418 = 972 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2419 = 973 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2420 = 974 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2421 = 975 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2422 = 976 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2423 = 977 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2424 = 978 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2425 = 979 */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2426 = 97a */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2427 = 97b */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2428 = 97c */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2429 = 97d */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2430 = 97e */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2431 = 97f */ {128, 1, 5}, /* 0x0012 => 0x0900+(128)*/ + /* 2432 = 980 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2433 = 981 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2434 = 982 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2435 = 983 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2436 = 984 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2437 = 985 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2438 = 986 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2439 = 987 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2440 = 988 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2441 = 989 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2442 = 98a */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2443 = 98b */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2444 = 98c */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2445 = 98d */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2446 = 98e */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2447 = 98f */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2448 = 990 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2449 = 991 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2450 = 992 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2451 = 993 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2452 = 994 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2453 = 995 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2454 = 996 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2455 = 997 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2456 = 998 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2457 = 999 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2458 = 99a */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2459 = 99b */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2460 = 99c */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2461 = 99d */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2462 = 99e */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2463 = 99f */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2464 = 9a0 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2465 = 9a1 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2466 = 9a2 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2467 = 9a3 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2468 = 9a4 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2469 = 9a5 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2470 = 9a6 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2471 = 9a7 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2472 = 9a8 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2473 = 9a9 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2474 = 9aa */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2475 = 9ab */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2476 = 9ac */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2477 = 9ad */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2478 = 9ae */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2479 = 9af */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2480 = 9b0 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2481 = 9b1 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2482 = 9b2 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2483 = 9b3 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2484 = 9b4 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2485 = 9b5 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2486 = 9b6 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2487 = 9b7 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2488 = 9b8 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2489 = 9b9 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2490 = 9ba */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2491 = 9bb */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2492 = 9bc */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2493 = 9bd */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2494 = 9be */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2495 = 9bf */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2496 = 9c0 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2497 = 9c1 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2498 = 9c2 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2499 = 9c3 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2500 = 9c4 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2501 = 9c5 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2502 = 9c6 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2503 = 9c7 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2504 = 9c8 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2505 = 9c9 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2506 = 9ca */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2507 = 9cb */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2508 = 9cc */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2509 = 9cd */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2510 = 9ce */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2511 = 9cf */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2512 = 9d0 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2513 = 9d1 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2514 = 9d2 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2515 = 9d3 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2516 = 9d4 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2517 = 9d5 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2518 = 9d6 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2519 = 9d7 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2520 = 9d8 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2521 = 9d9 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2522 = 9da */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2523 = 9db */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2524 = 9dc */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2525 = 9dd */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2526 = 9de */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2527 = 9df */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2528 = 9e0 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2529 = 9e1 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2530 = 9e2 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2531 = 9e3 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2532 = 9e4 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2533 = 9e5 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2534 = 9e6 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2535 = 9e7 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2536 = 9e8 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2537 = 9e9 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2538 = 9ea */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2539 = 9eb */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2540 = 9ec */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2541 = 9ed */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2542 = 9ee */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2543 = 9ef */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2544 = 9f0 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2545 = 9f1 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2546 = 9f2 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2547 = 9f3 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2548 = 9f4 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2549 = 9f5 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2550 = 9f6 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2551 = 9f7 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2552 = 9f8 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2553 = 9f9 */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2554 = 9fa */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2555 = 9fb */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2556 = 9fc */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2557 = 9fd */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2558 = 9fe */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2559 = 9ff */ {8, 0, 5}, /* 0x0013 => 0x0980+(128)*/ + /* 2560 = a00 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2561 = a01 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2562 = a02 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2563 = a03 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2564 = a04 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2565 = a05 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2566 = a06 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2567 = a07 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2568 = a08 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2569 = a09 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2570 = a0a */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2571 = a0b */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2572 = a0c */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2573 = a0d */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2574 = a0e */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2575 = a0f */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2576 = a10 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2577 = a11 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2578 = a12 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2579 = a13 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2580 = a14 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2581 = a15 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2582 = a16 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2583 = a17 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2584 = a18 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2585 = a19 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2586 = a1a */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2587 = a1b */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2588 = a1c */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2589 = a1d */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2590 = a1e */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2591 = a1f */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2592 = a20 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2593 = a21 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2594 = a22 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2595 = a23 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2596 = a24 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2597 = a25 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2598 = a26 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2599 = a27 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2600 = a28 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2601 = a29 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2602 = a2a */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2603 = a2b */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2604 = a2c */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2605 = a2d */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2606 = a2e */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2607 = a2f */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2608 = a30 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2609 = a31 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2610 = a32 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2611 = a33 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2612 = a34 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2613 = a35 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2614 = a36 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2615 = a37 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2616 = a38 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2617 = a39 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2618 = a3a */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2619 = a3b */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2620 = a3c */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2621 = a3d */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2622 = a3e */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2623 = a3f */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2624 = a40 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2625 = a41 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2626 = a42 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2627 = a43 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2628 = a44 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2629 = a45 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2630 = a46 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2631 = a47 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2632 = a48 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2633 = a49 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2634 = a4a */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2635 = a4b */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2636 = a4c */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2637 = a4d */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2638 = a4e */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2639 = a4f */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2640 = a50 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2641 = a51 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2642 = a52 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2643 = a53 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2644 = a54 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2645 = a55 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2646 = a56 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2647 = a57 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2648 = a58 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2649 = a59 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2650 = a5a */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2651 = a5b */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2652 = a5c */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2653 = a5d */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2654 = a5e */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2655 = a5f */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2656 = a60 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2657 = a61 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2658 = a62 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2659 = a63 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2660 = a64 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2661 = a65 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2662 = a66 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2663 = a67 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2664 = a68 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2665 = a69 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2666 = a6a */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2667 = a6b */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2668 = a6c */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2669 = a6d */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2670 = a6e */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2671 = a6f */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2672 = a70 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2673 = a71 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2674 = a72 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2675 = a73 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2676 = a74 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2677 = a75 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2678 = a76 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2679 = a77 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2680 = a78 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2681 = a79 */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2682 = a7a */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2683 = a7b */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2684 = a7c */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2685 = a7d */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2686 = a7e */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2687 = a7f */ {9, 0, 5}, /* 0x0014 => 0x0a00+(128)*/ + /* 2688 = a80 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2689 = a81 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2690 = a82 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2691 = a83 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2692 = a84 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2693 = a85 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2694 = a86 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2695 = a87 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2696 = a88 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2697 = a89 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2698 = a8a */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2699 = a8b */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2700 = a8c */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2701 = a8d */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2702 = a8e */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2703 = a8f */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2704 = a90 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2705 = a91 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2706 = a92 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2707 = a93 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2708 = a94 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2709 = a95 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2710 = a96 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2711 = a97 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2712 = a98 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2713 = a99 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2714 = a9a */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2715 = a9b */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2716 = a9c */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2717 = a9d */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2718 = a9e */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2719 = a9f */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2720 = aa0 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2721 = aa1 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2722 = aa2 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2723 = aa3 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2724 = aa4 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2725 = aa5 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2726 = aa6 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2727 = aa7 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2728 = aa8 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2729 = aa9 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2730 = aaa */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2731 = aab */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2732 = aac */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2733 = aad */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2734 = aae */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2735 = aaf */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2736 = ab0 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2737 = ab1 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2738 = ab2 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2739 = ab3 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2740 = ab4 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2741 = ab5 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2742 = ab6 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2743 = ab7 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2744 = ab8 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2745 = ab9 */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2746 = aba */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2747 = abb */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2748 = abc */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2749 = abd */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2750 = abe */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2751 = abf */ {16, 0, 6}, /* 0x002a => 0x0a80+(64)*/ + /* 2752 = ac0 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2753 = ac1 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2754 = ac2 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2755 = ac3 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2756 = ac4 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2757 = ac5 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2758 = ac6 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2759 = ac7 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2760 = ac8 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2761 = ac9 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2762 = aca */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2763 = acb */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2764 = acc */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2765 = acd */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2766 = ace */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2767 = acf */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2768 = ad0 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2769 = ad1 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2770 = ad2 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2771 = ad3 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2772 = ad4 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2773 = ad5 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2774 = ad6 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2775 = ad7 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2776 = ad8 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2777 = ad9 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2778 = ada */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2779 = adb */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2780 = adc */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2781 = add */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2782 = ade */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2783 = adf */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2784 = ae0 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2785 = ae1 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2786 = ae2 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2787 = ae3 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2788 = ae4 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2789 = ae5 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2790 = ae6 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2791 = ae7 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2792 = ae8 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2793 = ae9 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2794 = aea */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2795 = aeb */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2796 = aec */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2797 = aed */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2798 = aee */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2799 = aef */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2800 = af0 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2801 = af1 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2802 = af2 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2803 = af3 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2804 = af4 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2805 = af5 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2806 = af6 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2807 = af7 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2808 = af8 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2809 = af9 */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2810 = afa */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2811 = afb */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2812 = afc */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2813 = afd */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2814 = afe */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2815 = aff */ {17, 0, 6}, /* 0x002b => 0x0ac0+(64)*/ + /* 2816 = b00 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2817 = b01 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2818 = b02 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2819 = b03 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2820 = b04 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2821 = b05 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2822 = b06 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2823 = b07 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2824 = b08 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2825 = b09 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2826 = b0a */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2827 = b0b */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2828 = b0c */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2829 = b0d */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2830 = b0e */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2831 = b0f */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2832 = b10 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2833 = b11 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2834 = b12 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2835 = b13 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2836 = b14 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2837 = b15 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2838 = b16 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2839 = b17 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2840 = b18 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2841 = b19 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2842 = b1a */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2843 = b1b */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2844 = b1c */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2845 = b1d */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2846 = b1e */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2847 = b1f */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2848 = b20 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2849 = b21 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2850 = b22 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2851 = b23 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2852 = b24 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2853 = b25 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2854 = b26 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2855 = b27 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2856 = b28 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2857 = b29 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2858 = b2a */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2859 = b2b */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2860 = b2c */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2861 = b2d */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2862 = b2e */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2863 = b2f */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2864 = b30 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2865 = b31 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2866 = b32 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2867 = b33 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2868 = b34 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2869 = b35 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2870 = b36 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2871 = b37 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2872 = b38 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2873 = b39 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2874 = b3a */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2875 = b3b */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2876 = b3c */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2877 = b3d */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2878 = b3e */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2879 = b3f */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2880 = b40 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2881 = b41 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2882 = b42 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2883 = b43 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2884 = b44 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2885 = b45 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2886 = b46 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2887 = b47 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2888 = b48 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2889 = b49 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2890 = b4a */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2891 = b4b */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2892 = b4c */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2893 = b4d */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2894 = b4e */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2895 = b4f */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2896 = b50 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2897 = b51 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2898 = b52 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2899 = b53 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2900 = b54 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2901 = b55 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2902 = b56 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2903 = b57 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2904 = b58 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2905 = b59 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2906 = b5a */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2907 = b5b */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2908 = b5c */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2909 = b5d */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2910 = b5e */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2911 = b5f */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2912 = b60 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2913 = b61 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2914 = b62 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2915 = b63 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2916 = b64 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2917 = b65 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2918 = b66 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2919 = b67 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2920 = b68 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2921 = b69 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2922 = b6a */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2923 = b6b */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2924 = b6c */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2925 = b6d */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2926 = b6e */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2927 = b6f */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2928 = b70 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2929 = b71 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2930 = b72 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2931 = b73 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2932 = b74 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2933 = b75 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2934 = b76 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2935 = b77 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2936 = b78 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2937 = b79 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2938 = b7a */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2939 = b7b */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2940 = b7c */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2941 = b7d */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2942 = b7e */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2943 = b7f */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2944 = b80 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2945 = b81 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2946 = b82 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2947 = b83 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2948 = b84 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2949 = b85 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2950 = b86 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2951 = b87 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2952 = b88 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2953 = b89 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2954 = b8a */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2955 = b8b */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2956 = b8c */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2957 = b8d */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2958 = b8e */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2959 = b8f */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2960 = b90 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2961 = b91 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2962 = b92 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2963 = b93 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2964 = b94 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2965 = b95 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2966 = b96 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2967 = b97 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2968 = b98 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2969 = b99 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2970 = b9a */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2971 = b9b */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2972 = b9c */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2973 = b9d */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2974 = b9e */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2975 = b9f */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2976 = ba0 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2977 = ba1 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2978 = ba2 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2979 = ba3 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2980 = ba4 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2981 = ba5 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2982 = ba6 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2983 = ba7 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2984 = ba8 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2985 = ba9 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2986 = baa */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2987 = bab */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2988 = bac */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2989 = bad */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2990 = bae */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2991 = baf */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2992 = bb0 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2993 = bb1 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2994 = bb2 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2995 = bb3 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2996 = bb4 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2997 = bb5 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2998 = bb6 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 2999 = bb7 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3000 = bb8 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3001 = bb9 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3002 = bba */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3003 = bbb */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3004 = bbc */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3005 = bbd */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3006 = bbe */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3007 = bbf */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3008 = bc0 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3009 = bc1 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3010 = bc2 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3011 = bc3 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3012 = bc4 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3013 = bc5 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3014 = bc6 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3015 = bc7 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3016 = bc8 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3017 = bc9 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3018 = bca */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3019 = bcb */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3020 = bcc */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3021 = bcd */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3022 = bce */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3023 = bcf */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3024 = bd0 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3025 = bd1 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3026 = bd2 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3027 = bd3 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3028 = bd4 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3029 = bd5 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3030 = bd6 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3031 = bd7 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3032 = bd8 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3033 = bd9 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3034 = bda */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3035 = bdb */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3036 = bdc */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3037 = bdd */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3038 = bde */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3039 = bdf */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3040 = be0 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3041 = be1 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3042 = be2 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3043 = be3 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3044 = be4 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3045 = be5 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3046 = be6 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3047 = be7 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3048 = be8 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3049 = be9 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3050 = bea */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3051 = beb */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3052 = bec */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3053 = bed */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3054 = bee */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3055 = bef */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3056 = bf0 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3057 = bf1 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3058 = bf2 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3059 = bf3 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3060 = bf4 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3061 = bf5 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3062 = bf6 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3063 = bf7 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3064 = bf8 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3065 = bf9 */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3066 = bfa */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3067 = bfb */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3068 = bfc */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3069 = bfd */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3070 = bfe */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3071 = bff */ {4, 0, 4}, /* 0x000b => 0x0b00+(256)*/ + /* 3072 = c00 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3073 = c01 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3074 = c02 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3075 = c03 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3076 = c04 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3077 = c05 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3078 = c06 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3079 = c07 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3080 = c08 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3081 = c09 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3082 = c0a */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3083 = c0b */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3084 = c0c */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3085 = c0d */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3086 = c0e */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3087 = c0f */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3088 = c10 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3089 = c11 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3090 = c12 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3091 = c13 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3092 = c14 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3093 = c15 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3094 = c16 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3095 = c17 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3096 = c18 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3097 = c19 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3098 = c1a */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3099 = c1b */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3100 = c1c */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3101 = c1d */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3102 = c1e */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3103 = c1f */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3104 = c20 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3105 = c21 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3106 = c22 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3107 = c23 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3108 = c24 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3109 = c25 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3110 = c26 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3111 = c27 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3112 = c28 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3113 = c29 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3114 = c2a */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3115 = c2b */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3116 = c2c */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3117 = c2d */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3118 = c2e */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3119 = c2f */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3120 = c30 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3121 = c31 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3122 = c32 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3123 = c33 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3124 = c34 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3125 = c35 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3126 = c36 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3127 = c37 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3128 = c38 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3129 = c39 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3130 = c3a */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3131 = c3b */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3132 = c3c */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3133 = c3d */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3134 = c3e */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3135 = c3f */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3136 = c40 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3137 = c41 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3138 = c42 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3139 = c43 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3140 = c44 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3141 = c45 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3142 = c46 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3143 = c47 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3144 = c48 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3145 = c49 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3146 = c4a */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3147 = c4b */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3148 = c4c */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3149 = c4d */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3150 = c4e */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3151 = c4f */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3152 = c50 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3153 = c51 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3154 = c52 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3155 = c53 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3156 = c54 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3157 = c55 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3158 = c56 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3159 = c57 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3160 = c58 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3161 = c59 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3162 = c5a */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3163 = c5b */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3164 = c5c */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3165 = c5d */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3166 = c5e */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3167 = c5f */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3168 = c60 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3169 = c61 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3170 = c62 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3171 = c63 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3172 = c64 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3173 = c65 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3174 = c66 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3175 = c67 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3176 = c68 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3177 = c69 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3178 = c6a */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3179 = c6b */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3180 = c6c */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3181 = c6d */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3182 = c6e */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3183 = c6f */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3184 = c70 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3185 = c71 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3186 = c72 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3187 = c73 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3188 = c74 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3189 = c75 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3190 = c76 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3191 = c77 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3192 = c78 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3193 = c79 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3194 = c7a */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3195 = c7b */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3196 = c7c */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3197 = c7d */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3198 = c7e */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3199 = c7f */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3200 = c80 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3201 = c81 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3202 = c82 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3203 = c83 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3204 = c84 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3205 = c85 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3206 = c86 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3207 = c87 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3208 = c88 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3209 = c89 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3210 = c8a */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3211 = c8b */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3212 = c8c */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3213 = c8d */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3214 = c8e */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3215 = c8f */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3216 = c90 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3217 = c91 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3218 = c92 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3219 = c93 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3220 = c94 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3221 = c95 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3222 = c96 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3223 = c97 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3224 = c98 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3225 = c99 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3226 = c9a */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3227 = c9b */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3228 = c9c */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3229 = c9d */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3230 = c9e */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3231 = c9f */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3232 = ca0 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3233 = ca1 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3234 = ca2 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3235 = ca3 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3236 = ca4 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3237 = ca5 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3238 = ca6 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3239 = ca7 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3240 = ca8 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3241 = ca9 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3242 = caa */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3243 = cab */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3244 = cac */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3245 = cad */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3246 = cae */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3247 = caf */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3248 = cb0 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3249 = cb1 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3250 = cb2 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3251 = cb3 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3252 = cb4 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3253 = cb5 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3254 = cb6 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3255 = cb7 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3256 = cb8 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3257 = cb9 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3258 = cba */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3259 = cbb */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3260 = cbc */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3261 = cbd */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3262 = cbe */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3263 = cbf */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3264 = cc0 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3265 = cc1 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3266 = cc2 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3267 = cc3 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3268 = cc4 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3269 = cc5 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3270 = cc6 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3271 = cc7 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3272 = cc8 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3273 = cc9 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3274 = cca */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3275 = ccb */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3276 = ccc */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3277 = ccd */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3278 = cce */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3279 = ccf */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3280 = cd0 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3281 = cd1 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3282 = cd2 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3283 = cd3 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3284 = cd4 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3285 = cd5 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3286 = cd6 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3287 = cd7 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3288 = cd8 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3289 = cd9 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3290 = cda */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3291 = cdb */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3292 = cdc */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3293 = cdd */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3294 = cde */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3295 = cdf */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3296 = ce0 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3297 = ce1 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3298 = ce2 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3299 = ce3 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3300 = ce4 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3301 = ce5 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3302 = ce6 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3303 = ce7 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3304 = ce8 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3305 = ce9 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3306 = cea */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3307 = ceb */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3308 = cec */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3309 = ced */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3310 = cee */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3311 = cef */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3312 = cf0 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3313 = cf1 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3314 = cf2 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3315 = cf3 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3316 = cf4 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3317 = cf5 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3318 = cf6 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3319 = cf7 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3320 = cf8 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3321 = cf9 */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3322 = cfa */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3323 = cfb */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3324 = cfc */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3325 = cfd */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3326 = cfe */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3327 = cff */ {5, 0, 4}, /* 0x000c => 0x0c00+(256)*/ + /* 3328 = d00 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3329 = d01 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3330 = d02 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3331 = d03 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3332 = d04 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3333 = d05 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3334 = d06 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3335 = d07 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3336 = d08 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3337 = d09 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3338 = d0a */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3339 = d0b */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3340 = d0c */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3341 = d0d */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3342 = d0e */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3343 = d0f */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3344 = d10 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3345 = d11 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3346 = d12 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3347 = d13 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3348 = d14 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3349 = d15 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3350 = d16 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3351 = d17 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3352 = d18 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3353 = d19 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3354 = d1a */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3355 = d1b */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3356 = d1c */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3357 = d1d */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3358 = d1e */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3359 = d1f */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3360 = d20 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3361 = d21 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3362 = d22 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3363 = d23 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3364 = d24 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3365 = d25 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3366 = d26 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3367 = d27 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3368 = d28 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3369 = d29 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3370 = d2a */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3371 = d2b */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3372 = d2c */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3373 = d2d */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3374 = d2e */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3375 = d2f */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3376 = d30 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3377 = d31 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3378 = d32 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3379 = d33 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3380 = d34 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3381 = d35 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3382 = d36 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3383 = d37 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3384 = d38 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3385 = d39 */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3386 = d3a */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3387 = d3b */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3388 = d3c */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3389 = d3d */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3390 = d3e */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3391 = d3f */ {14, 0, 6}, /* 0x0034 => 0x0d00+(64)*/ + /* 3392 = d40 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3393 = d41 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3394 = d42 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3395 = d43 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3396 = d44 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3397 = d45 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3398 = d46 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3399 = d47 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3400 = d48 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3401 = d49 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3402 = d4a */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3403 = d4b */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3404 = d4c */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3405 = d4d */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3406 = d4e */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3407 = d4f */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3408 = d50 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3409 = d51 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3410 = d52 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3411 = d53 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3412 = d54 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3413 = d55 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3414 = d56 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3415 = d57 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3416 = d58 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3417 = d59 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3418 = d5a */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3419 = d5b */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3420 = d5c */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3421 = d5d */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3422 = d5e */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3423 = d5f */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3424 = d60 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3425 = d61 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3426 = d62 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3427 = d63 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3428 = d64 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3429 = d65 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3430 = d66 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3431 = d67 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3432 = d68 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3433 = d69 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3434 = d6a */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3435 = d6b */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3436 = d6c */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3437 = d6d */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3438 = d6e */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3439 = d6f */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3440 = d70 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3441 = d71 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3442 = d72 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3443 = d73 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3444 = d74 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3445 = d75 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3446 = d76 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3447 = d77 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3448 = d78 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3449 = d79 */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3450 = d7a */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3451 = d7b */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3452 = d7c */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3453 = d7d */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3454 = d7e */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3455 = d7f */ {15, 0, 6}, /* 0x0035 => 0x0d40+(64)*/ + /* 3456 = d80 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3457 = d81 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3458 = d82 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3459 = d83 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3460 = d84 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3461 = d85 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3462 = d86 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3463 = d87 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3464 = d88 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3465 = d89 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3466 = d8a */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3467 = d8b */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3468 = d8c */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3469 = d8d */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3470 = d8e */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3471 = d8f */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3472 = d90 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3473 = d91 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3474 = d92 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3475 = d93 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3476 = d94 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3477 = d95 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3478 = d96 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3479 = d97 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3480 = d98 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3481 = d99 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3482 = d9a */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3483 = d9b */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3484 = d9c */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3485 = d9d */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3486 = d9e */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3487 = d9f */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3488 = da0 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3489 = da1 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3490 = da2 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3491 = da3 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3492 = da4 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3493 = da5 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3494 = da6 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3495 = da7 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3496 = da8 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3497 = da9 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3498 = daa */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3499 = dab */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3500 = dac */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3501 = dad */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3502 = dae */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3503 = daf */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3504 = db0 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3505 = db1 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3506 = db2 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3507 = db3 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3508 = db4 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3509 = db5 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3510 = db6 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3511 = db7 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3512 = db8 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3513 = db9 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3514 = dba */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3515 = dbb */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3516 = dbc */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3517 = dbd */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3518 = dbe */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3519 = dbf */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3520 = dc0 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3521 = dc1 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3522 = dc2 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3523 = dc3 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3524 = dc4 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3525 = dc5 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3526 = dc6 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3527 = dc7 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3528 = dc8 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3529 = dc9 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3530 = dca */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3531 = dcb */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3532 = dcc */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3533 = dcd */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3534 = dce */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3535 = dcf */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3536 = dd0 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3537 = dd1 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3538 = dd2 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3539 = dd3 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3540 = dd4 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3541 = dd5 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3542 = dd6 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3543 = dd7 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3544 = dd8 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3545 = dd9 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3546 = dda */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3547 = ddb */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3548 = ddc */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3549 = ddd */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3550 = dde */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3551 = ddf */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3552 = de0 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3553 = de1 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3554 = de2 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3555 = de3 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3556 = de4 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3557 = de5 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3558 = de6 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3559 = de7 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3560 = de8 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3561 = de9 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3562 = dea */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3563 = deb */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3564 = dec */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3565 = ded */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3566 = dee */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3567 = def */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3568 = df0 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3569 = df1 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3570 = df2 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3571 = df3 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3572 = df4 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3573 = df5 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3574 = df6 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3575 = df7 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3576 = df8 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3577 = df9 */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3578 = dfa */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3579 = dfb */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3580 = dfc */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3581 = dfd */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3582 = dfe */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3583 = dff */ {64, 1, 5}, /* 0x001b => 0x0d80+(128)*/ + /* 3584 = e00 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3585 = e01 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3586 = e02 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3587 = e03 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3588 = e04 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3589 = e05 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3590 = e06 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3591 = e07 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3592 = e08 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3593 = e09 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3594 = e0a */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3595 = e0b */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3596 = e0c */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3597 = e0d */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3598 = e0e */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3599 = e0f */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3600 = e10 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3601 = e11 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3602 = e12 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3603 = e13 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3604 = e14 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3605 = e15 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3606 = e16 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3607 = e17 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3608 = e18 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3609 = e19 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3610 = e1a */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3611 = e1b */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3612 = e1c */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3613 = e1d */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3614 = e1e */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3615 = e1f */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3616 = e20 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3617 = e21 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3618 = e22 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3619 = e23 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3620 = e24 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3621 = e25 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3622 = e26 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3623 = e27 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3624 = e28 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3625 = e29 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3626 = e2a */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3627 = e2b */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3628 = e2c */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3629 = e2d */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3630 = e2e */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3631 = e2f */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3632 = e30 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3633 = e31 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3634 = e32 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3635 = e33 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3636 = e34 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3637 = e35 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3638 = e36 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3639 = e37 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3640 = e38 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3641 = e39 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3642 = e3a */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3643 = e3b */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3644 = e3c */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3645 = e3d */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3646 = e3e */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3647 = e3f */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3648 = e40 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3649 = e41 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3650 = e42 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3651 = e43 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3652 = e44 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3653 = e45 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3654 = e46 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3655 = e47 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3656 = e48 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3657 = e49 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3658 = e4a */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3659 = e4b */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3660 = e4c */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3661 = e4d */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3662 = e4e */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3663 = e4f */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3664 = e50 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3665 = e51 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3666 = e52 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3667 = e53 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3668 = e54 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3669 = e55 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3670 = e56 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3671 = e57 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3672 = e58 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3673 = e59 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3674 = e5a */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3675 = e5b */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3676 = e5c */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3677 = e5d */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3678 = e5e */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3679 = e5f */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3680 = e60 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3681 = e61 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3682 = e62 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3683 = e63 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3684 = e64 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3685 = e65 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3686 = e66 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3687 = e67 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3688 = e68 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3689 = e69 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3690 = e6a */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3691 = e6b */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3692 = e6c */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3693 = e6d */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3694 = e6e */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3695 = e6f */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3696 = e70 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3697 = e71 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3698 = e72 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3699 = e73 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3700 = e74 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3701 = e75 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3702 = e76 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3703 = e77 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3704 = e78 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3705 = e79 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3706 = e7a */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3707 = e7b */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3708 = e7c */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3709 = e7d */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3710 = e7e */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3711 = e7f */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3712 = e80 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3713 = e81 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3714 = e82 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3715 = e83 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3716 = e84 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3717 = e85 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3718 = e86 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3719 = e87 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3720 = e88 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3721 = e89 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3722 = e8a */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3723 = e8b */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3724 = e8c */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3725 = e8d */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3726 = e8e */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3727 = e8f */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3728 = e90 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3729 = e91 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3730 = e92 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3731 = e93 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3732 = e94 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3733 = e95 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3734 = e96 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3735 = e97 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3736 = e98 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3737 = e99 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3738 = e9a */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3739 = e9b */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3740 = e9c */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3741 = e9d */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3742 = e9e */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3743 = e9f */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3744 = ea0 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3745 = ea1 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3746 = ea2 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3747 = ea3 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3748 = ea4 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3749 = ea5 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3750 = ea6 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3751 = ea7 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3752 = ea8 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3753 = ea9 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3754 = eaa */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3755 = eab */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3756 = eac */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3757 = ead */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3758 = eae */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3759 = eaf */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3760 = eb0 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3761 = eb1 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3762 = eb2 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3763 = eb3 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3764 = eb4 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3765 = eb5 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3766 = eb6 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3767 = eb7 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3768 = eb8 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3769 = eb9 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3770 = eba */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3771 = ebb */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3772 = ebc */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3773 = ebd */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3774 = ebe */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3775 = ebf */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3776 = ec0 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3777 = ec1 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3778 = ec2 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3779 = ec3 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3780 = ec4 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3781 = ec5 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3782 = ec6 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3783 = ec7 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3784 = ec8 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3785 = ec9 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3786 = eca */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3787 = ecb */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3788 = ecc */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3789 = ecd */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3790 = ece */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3791 = ecf */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3792 = ed0 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3793 = ed1 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3794 = ed2 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3795 = ed3 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3796 = ed4 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3797 = ed5 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3798 = ed6 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3799 = ed7 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3800 = ed8 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3801 = ed9 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3802 = eda */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3803 = edb */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3804 = edc */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3805 = edd */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3806 = ede */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3807 = edf */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3808 = ee0 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3809 = ee1 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3810 = ee2 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3811 = ee3 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3812 = ee4 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3813 = ee5 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3814 = ee6 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3815 = ee7 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3816 = ee8 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3817 = ee9 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3818 = eea */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3819 = eeb */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3820 = eec */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3821 = eed */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3822 = eee */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3823 = eef */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3824 = ef0 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3825 = ef1 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3826 = ef2 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3827 = ef3 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3828 = ef4 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3829 = ef5 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3830 = ef6 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3831 = ef7 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3832 = ef8 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3833 = ef9 */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3834 = efa */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3835 = efb */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3836 = efc */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3837 = efd */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3838 = efe */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3839 = eff */ {6, 0, 4}, /* 0x000e => 0x0e00+(256)*/ + /* 3840 = f00 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3841 = f01 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3842 = f02 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3843 = f03 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3844 = f04 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3845 = f05 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3846 = f06 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3847 = f07 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3848 = f08 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3849 = f09 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3850 = f0a */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3851 = f0b */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3852 = f0c */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3853 = f0d */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3854 = f0e */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3855 = f0f */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3856 = f10 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3857 = f11 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3858 = f12 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3859 = f13 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3860 = f14 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3861 = f15 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3862 = f16 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3863 = f17 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3864 = f18 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3865 = f19 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3866 = f1a */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3867 = f1b */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3868 = f1c */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3869 = f1d */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3870 = f1e */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3871 = f1f */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3872 = f20 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3873 = f21 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3874 = f22 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3875 = f23 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3876 = f24 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3877 = f25 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3878 = f26 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3879 = f27 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3880 = f28 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3881 = f29 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3882 = f2a */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3883 = f2b */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3884 = f2c */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3885 = f2d */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3886 = f2e */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3887 = f2f */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3888 = f30 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3889 = f31 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3890 = f32 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3891 = f33 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3892 = f34 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3893 = f35 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3894 = f36 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3895 = f37 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3896 = f38 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3897 = f39 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3898 = f3a */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3899 = f3b */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3900 = f3c */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3901 = f3d */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3902 = f3e */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3903 = f3f */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3904 = f40 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3905 = f41 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3906 = f42 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3907 = f43 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3908 = f44 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3909 = f45 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3910 = f46 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3911 = f47 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3912 = f48 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3913 = f49 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3914 = f4a */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3915 = f4b */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3916 = f4c */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3917 = f4d */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3918 = f4e */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3919 = f4f */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3920 = f50 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3921 = f51 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3922 = f52 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3923 = f53 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3924 = f54 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3925 = f55 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3926 = f56 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3927 = f57 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3928 = f58 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3929 = f59 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3930 = f5a */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3931 = f5b */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3932 = f5c */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3933 = f5d */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3934 = f5e */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3935 = f5f */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3936 = f60 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3937 = f61 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3938 = f62 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3939 = f63 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3940 = f64 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3941 = f65 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3942 = f66 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3943 = f67 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3944 = f68 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3945 = f69 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3946 = f6a */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3947 = f6b */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3948 = f6c */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3949 = f6d */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3950 = f6e */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3951 = f6f */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3952 = f70 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3953 = f71 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3954 = f72 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3955 = f73 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3956 = f74 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3957 = f75 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3958 = f76 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3959 = f77 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3960 = f78 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3961 = f79 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3962 = f7a */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3963 = f7b */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3964 = f7c */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3965 = f7d */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3966 = f7e */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3967 = f7f */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3968 = f80 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3969 = f81 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3970 = f82 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3971 = f83 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3972 = f84 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3973 = f85 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3974 = f86 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3975 = f87 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3976 = f88 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3977 = f89 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3978 = f8a */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3979 = f8b */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3980 = f8c */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3981 = f8d */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3982 = f8e */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3983 = f8f */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3984 = f90 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3985 = f91 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3986 = f92 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3987 = f93 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3988 = f94 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3989 = f95 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3990 = f96 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3991 = f97 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3992 = f98 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3993 = f99 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3994 = f9a */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3995 = f9b */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3996 = f9c */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3997 = f9d */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3998 = f9e */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 3999 = f9f */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4000 = fa0 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4001 = fa1 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4002 = fa2 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4003 = fa3 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4004 = fa4 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4005 = fa5 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4006 = fa6 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4007 = fa7 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4008 = fa8 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4009 = fa9 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4010 = faa */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4011 = fab */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4012 = fac */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4013 = fad */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4014 = fae */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4015 = faf */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4016 = fb0 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4017 = fb1 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4018 = fb2 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4019 = fb3 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4020 = fb4 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4021 = fb5 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4022 = fb6 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4023 = fb7 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4024 = fb8 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4025 = fb9 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4026 = fba */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4027 = fbb */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4028 = fbc */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4029 = fbd */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4030 = fbe */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4031 = fbf */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4032 = fc0 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4033 = fc1 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4034 = fc2 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4035 = fc3 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4036 = fc4 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4037 = fc5 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4038 = fc6 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4039 = fc7 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4040 = fc8 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4041 = fc9 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4042 = fca */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4043 = fcb */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4044 = fcc */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4045 = fcd */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4046 = fce */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4047 = fcf */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4048 = fd0 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4049 = fd1 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4050 = fd2 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4051 = fd3 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4052 = fd4 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4053 = fd5 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4054 = fd6 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4055 = fd7 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4056 = fd8 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4057 = fd9 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4058 = fda */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4059 = fdb */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4060 = fdc */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4061 = fdd */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4062 = fde */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4063 = fdf */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4064 = fe0 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4065 = fe1 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4066 = fe2 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4067 = fe3 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4068 = fe4 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4069 = fe5 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4070 = fe6 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4071 = fe7 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4072 = fe8 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4073 = fe9 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4074 = fea */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4075 = feb */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4076 = fec */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4077 = fed */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4078 = fee */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4079 = fef */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4080 = ff0 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4081 = ff1 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4082 = ff2 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4083 = ff3 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4084 = ff4 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4085 = ff5 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4086 = ff6 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4087 = ff7 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4088 = ff8 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4089 = ff9 */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4090 = ffa */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4091 = ffb */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4092 = ffc */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4093 = ffd */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4094 = ffe */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ + /* 4095 = fff */ {7, 0, 4}, /* 0x000f => 0x0f00+(256)*/ +}; + +/* black table */ +BlackTable _BlackFaxTable[] = { + /* 0 = 0 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 1 = 1 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 2 = 2 */ {-2, 0, 12}, /* 0x0001 => 0x0002+(2)*/ + /* 3 = 3 */ {-2, 0, 12}, /* 0x0001 => 0x0002+(2)*/ + /* 4 = 4 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 5 = 5 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 6 = 6 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 7 = 7 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 8 = 8 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 9 = 9 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 10 = a */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 11 = b */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 12 = c */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 13 = d */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 14 = e */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 15 = f */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 16 = 10 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 17 = 11 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 18 = 12 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 19 = 13 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 20 = 14 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 21 = 15 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 22 = 16 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 23 = 17 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 24 = 18 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 25 = 19 */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 26 = 1a */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 27 = 1b */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 28 = 1c */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 29 = 1d */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 30 = 1e */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 31 = 1f */ {-1, 0, 0}, /* 0x0000 => 0x0000+(8192)*/ + /* 32 = 20 */ {1792, 1, 11}, /* 0x0008 => 0x0020+(4)*/ + /* 33 = 21 */ {1792, 1, 11}, /* 0x0008 => 0x0020+(4)*/ + /* 34 = 22 */ {1792, 1, 11}, /* 0x0008 => 0x0020+(4)*/ + /* 35 = 23 */ {1792, 1, 11}, /* 0x0008 => 0x0020+(4)*/ + /* 36 = 24 */ {1984, 1, 12}, /* 0x0012 => 0x0024+(2)*/ + /* 37 = 25 */ {1984, 1, 12}, /* 0x0012 => 0x0024+(2)*/ + /* 38 = 26 */ {2048, 1, 12}, /* 0x0013 => 0x0026+(2)*/ + /* 39 = 27 */ {2048, 1, 12}, /* 0x0013 => 0x0026+(2)*/ + /* 40 = 28 */ {2112, 1, 12}, /* 0x0014 => 0x0028+(2)*/ + /* 41 = 29 */ {2112, 1, 12}, /* 0x0014 => 0x0028+(2)*/ + /* 42 = 2a */ {2176, 1, 12}, /* 0x0015 => 0x002a+(2)*/ + /* 43 = 2b */ {2176, 1, 12}, /* 0x0015 => 0x002a+(2)*/ + /* 44 = 2c */ {2240, 1, 12}, /* 0x0016 => 0x002c+(2)*/ + /* 45 = 2d */ {2240, 1, 12}, /* 0x0016 => 0x002c+(2)*/ + /* 46 = 2e */ {2304, 1, 12}, /* 0x0017 => 0x002e+(2)*/ + /* 47 = 2f */ {2304, 1, 12}, /* 0x0017 => 0x002e+(2)*/ + /* 48 = 30 */ {1856, 1, 11}, /* 0x000c => 0x0030+(4)*/ + /* 49 = 31 */ {1856, 1, 11}, /* 0x000c => 0x0030+(4)*/ + /* 50 = 32 */ {1856, 1, 11}, /* 0x000c => 0x0030+(4)*/ + /* 51 = 33 */ {1856, 1, 11}, /* 0x000c => 0x0030+(4)*/ + /* 52 = 34 */ {1920, 1, 11}, /* 0x000d => 0x0034+(4)*/ + /* 53 = 35 */ {1920, 1, 11}, /* 0x000d => 0x0034+(4)*/ + /* 54 = 36 */ {1920, 1, 11}, /* 0x000d => 0x0034+(4)*/ + /* 55 = 37 */ {1920, 1, 11}, /* 0x000d => 0x0034+(4)*/ + /* 56 = 38 */ {2368, 1, 12}, /* 0x001c => 0x0038+(2)*/ + /* 57 = 39 */ {2368, 1, 12}, /* 0x001c => 0x0038+(2)*/ + /* 58 = 3a */ {2432, 1, 12}, /* 0x001d => 0x003a+(2)*/ + /* 59 = 3b */ {2432, 1, 12}, /* 0x001d => 0x003a+(2)*/ + /* 60 = 3c */ {2496, 1, 12}, /* 0x001e => 0x003c+(2)*/ + /* 61 = 3d */ {2496, 1, 12}, /* 0x001e => 0x003c+(2)*/ + /* 62 = 3e */ {2560, 1, 12}, /* 0x001f => 0x003e+(2)*/ + /* 63 = 3f */ {2560, 1, 12}, /* 0x001f => 0x003e+(2)*/ + /* 64 = 40 */ {18, 0, 10}, /* 0x0008 => 0x0040+(8)*/ + /* 65 = 41 */ {18, 0, 10}, /* 0x0008 => 0x0040+(8)*/ + /* 66 = 42 */ {18, 0, 10}, /* 0x0008 => 0x0040+(8)*/ + /* 67 = 43 */ {18, 0, 10}, /* 0x0008 => 0x0040+(8)*/ + /* 68 = 44 */ {18, 0, 10}, /* 0x0008 => 0x0040+(8)*/ + /* 69 = 45 */ {18, 0, 10}, /* 0x0008 => 0x0040+(8)*/ + /* 70 = 46 */ {18, 0, 10}, /* 0x0008 => 0x0040+(8)*/ + /* 71 = 47 */ {18, 0, 10}, /* 0x0008 => 0x0040+(8)*/ + /* 72 = 48 */ {52, 0, 12}, /* 0x0024 => 0x0048+(2)*/ + /* 73 = 49 */ {52, 0, 12}, /* 0x0024 => 0x0048+(2)*/ + /* 74 = 4a */ {640, 1, 13}, /* 0x004a => 0x004a+(1)*/ + /* 75 = 4b */ {704, 1, 13}, /* 0x004b => 0x004b+(1)*/ + /* 76 = 4c */ {768, 1, 13}, /* 0x004c => 0x004c+(1)*/ + /* 77 = 4d */ {832, 1, 13}, /* 0x004d => 0x004d+(1)*/ + /* 78 = 4e */ {55, 0, 12}, /* 0x0027 => 0x004e+(2)*/ + /* 79 = 4f */ {55, 0, 12}, /* 0x0027 => 0x004e+(2)*/ + /* 80 = 50 */ {56, 0, 12}, /* 0x0028 => 0x0050+(2)*/ + /* 81 = 51 */ {56, 0, 12}, /* 0x0028 => 0x0050+(2)*/ + /* 82 = 52 */ {1280, 1, 13}, /* 0x0052 => 0x0052+(1)*/ + /* 83 = 53 */ {1344, 1, 13}, /* 0x0053 => 0x0053+(1)*/ + /* 84 = 54 */ {1408, 1, 13}, /* 0x0054 => 0x0054+(1)*/ + /* 85 = 55 */ {1472, 1, 13}, /* 0x0055 => 0x0055+(1)*/ + /* 86 = 56 */ {59, 0, 12}, /* 0x002b => 0x0056+(2)*/ + /* 87 = 57 */ {59, 0, 12}, /* 0x002b => 0x0056+(2)*/ + /* 88 = 58 */ {60, 0, 12}, /* 0x002c => 0x0058+(2)*/ + /* 89 = 59 */ {60, 0, 12}, /* 0x002c => 0x0058+(2)*/ + /* 90 = 5a */ {1536, 1, 13}, /* 0x005a => 0x005a+(1)*/ + /* 91 = 5b */ {1600, 1, 13}, /* 0x005b => 0x005b+(1)*/ + /* 92 = 5c */ {24, 0, 11}, /* 0x0017 => 0x005c+(4)*/ + /* 93 = 5d */ {24, 0, 11}, /* 0x0017 => 0x005c+(4)*/ + /* 94 = 5e */ {24, 0, 11}, /* 0x0017 => 0x005c+(4)*/ + /* 95 = 5f */ {24, 0, 11}, /* 0x0017 => 0x005c+(4)*/ + /* 96 = 60 */ {25, 0, 11}, /* 0x0018 => 0x0060+(4)*/ + /* 97 = 61 */ {25, 0, 11}, /* 0x0018 => 0x0060+(4)*/ + /* 98 = 62 */ {25, 0, 11}, /* 0x0018 => 0x0060+(4)*/ + /* 99 = 63 */ {25, 0, 11}, /* 0x0018 => 0x0060+(4)*/ + /* 100 = 64 */ {1664, 1, 13}, /* 0x0064 => 0x0064+(1)*/ + /* 101 = 65 */ {1728, 1, 13}, /* 0x0065 => 0x0065+(1)*/ + /* 102 = 66 */ {320, 1, 12}, /* 0x0033 => 0x0066+(2)*/ + /* 103 = 67 */ {320, 1, 12}, /* 0x0033 => 0x0066+(2)*/ + /* 104 = 68 */ {384, 1, 12}, /* 0x0034 => 0x0068+(2)*/ + /* 105 = 69 */ {384, 1, 12}, /* 0x0034 => 0x0068+(2)*/ + /* 106 = 6a */ {448, 1, 12}, /* 0x0035 => 0x006a+(2)*/ + /* 107 = 6b */ {448, 1, 12}, /* 0x0035 => 0x006a+(2)*/ + /* 108 = 6c */ {512, 1, 13}, /* 0x006c => 0x006c+(1)*/ + /* 109 = 6d */ {576, 1, 13}, /* 0x006d => 0x006d+(1)*/ + /* 110 = 6e */ {53, 0, 12}, /* 0x0037 => 0x006e+(2)*/ + /* 111 = 6f */ {53, 0, 12}, /* 0x0037 => 0x006e+(2)*/ + /* 112 = 70 */ {54, 0, 12}, /* 0x0038 => 0x0070+(2)*/ + /* 113 = 71 */ {54, 0, 12}, /* 0x0038 => 0x0070+(2)*/ + /* 114 = 72 */ {896, 1, 13}, /* 0x0072 => 0x0072+(1)*/ + /* 115 = 73 */ {960, 1, 13}, /* 0x0073 => 0x0073+(1)*/ + /* 116 = 74 */ {1024, 1, 13}, /* 0x0074 => 0x0074+(1)*/ + /* 117 = 75 */ {1088, 1, 13}, /* 0x0075 => 0x0075+(1)*/ + /* 118 = 76 */ {1152, 1, 13}, /* 0x0076 => 0x0076+(1)*/ + /* 119 = 77 */ {1216, 1, 13}, /* 0x0077 => 0x0077+(1)*/ + /* 120 = 78 */ {64, 1, 10}, /* 0x000f => 0x0078+(8)*/ + /* 121 = 79 */ {64, 1, 10}, /* 0x000f => 0x0078+(8)*/ + /* 122 = 7a */ {64, 1, 10}, /* 0x000f => 0x0078+(8)*/ + /* 123 = 7b */ {64, 1, 10}, /* 0x000f => 0x0078+(8)*/ + /* 124 = 7c */ {64, 1, 10}, /* 0x000f => 0x0078+(8)*/ + /* 125 = 7d */ {64, 1, 10}, /* 0x000f => 0x0078+(8)*/ + /* 126 = 7e */ {64, 1, 10}, /* 0x000f => 0x0078+(8)*/ + /* 127 = 7f */ {64, 1, 10}, /* 0x000f => 0x0078+(8)*/ + /* 128 = 80 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 129 = 81 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 130 = 82 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 131 = 83 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 132 = 84 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 133 = 85 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 134 = 86 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 135 = 87 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 136 = 88 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 137 = 89 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 138 = 8a */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 139 = 8b */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 140 = 8c */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 141 = 8d */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 142 = 8e */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 143 = 8f */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 144 = 90 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 145 = 91 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 146 = 92 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 147 = 93 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 148 = 94 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 149 = 95 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 150 = 96 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 151 = 97 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 152 = 98 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 153 = 99 */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 154 = 9a */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 155 = 9b */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 156 = 9c */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 157 = 9d */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 158 = 9e */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 159 = 9f */ {13, 0, 8}, /* 0x0004 => 0x0080+(32)*/ + /* 160 = a0 */ {23, 0, 11}, /* 0x0028 => 0x00a0+(4)*/ + /* 161 = a1 */ {23, 0, 11}, /* 0x0028 => 0x00a0+(4)*/ + /* 162 = a2 */ {23, 0, 11}, /* 0x0028 => 0x00a0+(4)*/ + /* 163 = a3 */ {23, 0, 11}, /* 0x0028 => 0x00a0+(4)*/ + /* 164 = a4 */ {50, 0, 12}, /* 0x0052 => 0x00a4+(2)*/ + /* 165 = a5 */ {50, 0, 12}, /* 0x0052 => 0x00a4+(2)*/ + /* 166 = a6 */ {51, 0, 12}, /* 0x0053 => 0x00a6+(2)*/ + /* 167 = a7 */ {51, 0, 12}, /* 0x0053 => 0x00a6+(2)*/ + /* 168 = a8 */ {44, 0, 12}, /* 0x0054 => 0x00a8+(2)*/ + /* 169 = a9 */ {44, 0, 12}, /* 0x0054 => 0x00a8+(2)*/ + /* 170 = aa */ {45, 0, 12}, /* 0x0055 => 0x00aa+(2)*/ + /* 171 = ab */ {45, 0, 12}, /* 0x0055 => 0x00aa+(2)*/ + /* 172 = ac */ {46, 0, 12}, /* 0x0056 => 0x00ac+(2)*/ + /* 173 = ad */ {46, 0, 12}, /* 0x0056 => 0x00ac+(2)*/ + /* 174 = ae */ {47, 0, 12}, /* 0x0057 => 0x00ae+(2)*/ + /* 175 = af */ {47, 0, 12}, /* 0x0057 => 0x00ae+(2)*/ + /* 176 = b0 */ {57, 0, 12}, /* 0x0058 => 0x00b0+(2)*/ + /* 177 = b1 */ {57, 0, 12}, /* 0x0058 => 0x00b0+(2)*/ + /* 178 = b2 */ {58, 0, 12}, /* 0x0059 => 0x00b2+(2)*/ + /* 179 = b3 */ {58, 0, 12}, /* 0x0059 => 0x00b2+(2)*/ + /* 180 = b4 */ {61, 0, 12}, /* 0x005a => 0x00b4+(2)*/ + /* 181 = b5 */ {61, 0, 12}, /* 0x005a => 0x00b4+(2)*/ + /* 182 = b6 */ {256, 1, 12}, /* 0x005b => 0x00b6+(2)*/ + /* 183 = b7 */ {256, 1, 12}, /* 0x005b => 0x00b6+(2)*/ + /* 184 = b8 */ {16, 0, 10}, /* 0x0017 => 0x00b8+(8)*/ + /* 185 = b9 */ {16, 0, 10}, /* 0x0017 => 0x00b8+(8)*/ + /* 186 = ba */ {16, 0, 10}, /* 0x0017 => 0x00b8+(8)*/ + /* 187 = bb */ {16, 0, 10}, /* 0x0017 => 0x00b8+(8)*/ + /* 188 = bc */ {16, 0, 10}, /* 0x0017 => 0x00b8+(8)*/ + /* 189 = bd */ {16, 0, 10}, /* 0x0017 => 0x00b8+(8)*/ + /* 190 = be */ {16, 0, 10}, /* 0x0017 => 0x00b8+(8)*/ + /* 191 = bf */ {16, 0, 10}, /* 0x0017 => 0x00b8+(8)*/ + /* 192 = c0 */ {17, 0, 10}, /* 0x0018 => 0x00c0+(8)*/ + /* 193 = c1 */ {17, 0, 10}, /* 0x0018 => 0x00c0+(8)*/ + /* 194 = c2 */ {17, 0, 10}, /* 0x0018 => 0x00c0+(8)*/ + /* 195 = c3 */ {17, 0, 10}, /* 0x0018 => 0x00c0+(8)*/ + /* 196 = c4 */ {17, 0, 10}, /* 0x0018 => 0x00c0+(8)*/ + /* 197 = c5 */ {17, 0, 10}, /* 0x0018 => 0x00c0+(8)*/ + /* 198 = c6 */ {17, 0, 10}, /* 0x0018 => 0x00c0+(8)*/ + /* 199 = c7 */ {17, 0, 10}, /* 0x0018 => 0x00c0+(8)*/ + /* 200 = c8 */ {48, 0, 12}, /* 0x0064 => 0x00c8+(2)*/ + /* 201 = c9 */ {48, 0, 12}, /* 0x0064 => 0x00c8+(2)*/ + /* 202 = ca */ {49, 0, 12}, /* 0x0065 => 0x00ca+(2)*/ + /* 203 = cb */ {49, 0, 12}, /* 0x0065 => 0x00ca+(2)*/ + /* 204 = cc */ {62, 0, 12}, /* 0x0066 => 0x00cc+(2)*/ + /* 205 = cd */ {62, 0, 12}, /* 0x0066 => 0x00cc+(2)*/ + /* 206 = ce */ {63, 0, 12}, /* 0x0067 => 0x00ce+(2)*/ + /* 207 = cf */ {63, 0, 12}, /* 0x0067 => 0x00ce+(2)*/ + /* 208 = d0 */ {30, 0, 12}, /* 0x0068 => 0x00d0+(2)*/ + /* 209 = d1 */ {30, 0, 12}, /* 0x0068 => 0x00d0+(2)*/ + /* 210 = d2 */ {31, 0, 12}, /* 0x0069 => 0x00d2+(2)*/ + /* 211 = d3 */ {31, 0, 12}, /* 0x0069 => 0x00d2+(2)*/ + /* 212 = d4 */ {32, 0, 12}, /* 0x006a => 0x00d4+(2)*/ + /* 213 = d5 */ {32, 0, 12}, /* 0x006a => 0x00d4+(2)*/ + /* 214 = d6 */ {33, 0, 12}, /* 0x006b => 0x00d6+(2)*/ + /* 215 = d7 */ {33, 0, 12}, /* 0x006b => 0x00d6+(2)*/ + /* 216 = d8 */ {40, 0, 12}, /* 0x006c => 0x00d8+(2)*/ + /* 217 = d9 */ {40, 0, 12}, /* 0x006c => 0x00d8+(2)*/ + /* 218 = da */ {41, 0, 12}, /* 0x006d => 0x00da+(2)*/ + /* 219 = db */ {41, 0, 12}, /* 0x006d => 0x00da+(2)*/ + /* 220 = dc */ {22, 0, 11}, /* 0x0037 => 0x00dc+(4)*/ + /* 221 = dd */ {22, 0, 11}, /* 0x0037 => 0x00dc+(4)*/ + /* 222 = de */ {22, 0, 11}, /* 0x0037 => 0x00dc+(4)*/ + /* 223 = df */ {22, 0, 11}, /* 0x0037 => 0x00dc+(4)*/ + /* 224 = e0 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 225 = e1 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 226 = e2 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 227 = e3 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 228 = e4 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 229 = e5 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 230 = e6 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 231 = e7 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 232 = e8 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 233 = e9 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 234 = ea */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 235 = eb */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 236 = ec */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 237 = ed */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 238 = ee */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 239 = ef */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 240 = f0 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 241 = f1 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 242 = f2 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 243 = f3 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 244 = f4 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 245 = f5 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 246 = f6 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 247 = f7 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 248 = f8 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 249 = f9 */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 250 = fa */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 251 = fb */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 252 = fc */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 253 = fd */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 254 = fe */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 255 = ff */ {14, 0, 8}, /* 0x0007 => 0x00e0+(32)*/ + /* 256 = 100 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 257 = 101 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 258 = 102 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 259 = 103 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 260 = 104 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 261 = 105 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 262 = 106 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 263 = 107 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 264 = 108 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 265 = 109 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 266 = 10a */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 267 = 10b */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 268 = 10c */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 269 = 10d */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 270 = 10e */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 271 = 10f */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 272 = 110 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 273 = 111 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 274 = 112 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 275 = 113 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 276 = 114 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 277 = 115 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 278 = 116 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 279 = 117 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 280 = 118 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 281 = 119 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 282 = 11a */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 283 = 11b */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 284 = 11c */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 285 = 11d */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 286 = 11e */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 287 = 11f */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 288 = 120 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 289 = 121 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 290 = 122 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 291 = 123 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 292 = 124 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 293 = 125 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 294 = 126 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 295 = 127 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 296 = 128 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 297 = 129 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 298 = 12a */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 299 = 12b */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 300 = 12c */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 301 = 12d */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 302 = 12e */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 303 = 12f */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 304 = 130 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 305 = 131 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 306 = 132 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 307 = 133 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 308 = 134 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 309 = 135 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 310 = 136 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 311 = 137 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 312 = 138 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 313 = 139 */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 314 = 13a */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 315 = 13b */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 316 = 13c */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 317 = 13d */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 318 = 13e */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 319 = 13f */ {10, 0, 7}, /* 0x0004 => 0x0100+(64)*/ + /* 320 = 140 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 321 = 141 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 322 = 142 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 323 = 143 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 324 = 144 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 325 = 145 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 326 = 146 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 327 = 147 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 328 = 148 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 329 = 149 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 330 = 14a */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 331 = 14b */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 332 = 14c */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 333 = 14d */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 334 = 14e */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 335 = 14f */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 336 = 150 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 337 = 151 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 338 = 152 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 339 = 153 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 340 = 154 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 341 = 155 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 342 = 156 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 343 = 157 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 344 = 158 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 345 = 159 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 346 = 15a */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 347 = 15b */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 348 = 15c */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 349 = 15d */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 350 = 15e */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 351 = 15f */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 352 = 160 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 353 = 161 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 354 = 162 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 355 = 163 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 356 = 164 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 357 = 165 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 358 = 166 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 359 = 167 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 360 = 168 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 361 = 169 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 362 = 16a */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 363 = 16b */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 364 = 16c */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 365 = 16d */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 366 = 16e */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 367 = 16f */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 368 = 170 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 369 = 171 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 370 = 172 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 371 = 173 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 372 = 174 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 373 = 175 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 374 = 176 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 375 = 177 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 376 = 178 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 377 = 179 */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 378 = 17a */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 379 = 17b */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 380 = 17c */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 381 = 17d */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 382 = 17e */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 383 = 17f */ {11, 0, 7}, /* 0x0005 => 0x0140+(64)*/ + /* 384 = 180 */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 385 = 181 */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 386 = 182 */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 387 = 183 */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 388 = 184 */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 389 = 185 */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 390 = 186 */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 391 = 187 */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 392 = 188 */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 393 = 189 */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 394 = 18a */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 395 = 18b */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 396 = 18c */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 397 = 18d */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 398 = 18e */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 399 = 18f */ {15, 0, 9}, /* 0x0018 => 0x0180+(16)*/ + /* 400 = 190 */ {128, 1, 12}, /* 0x00c8 => 0x0190+(2)*/ + /* 401 = 191 */ {128, 1, 12}, /* 0x00c8 => 0x0190+(2)*/ + /* 402 = 192 */ {192, 1, 12}, /* 0x00c9 => 0x0192+(2)*/ + /* 403 = 193 */ {192, 1, 12}, /* 0x00c9 => 0x0192+(2)*/ + /* 404 = 194 */ {26, 0, 12}, /* 0x00ca => 0x0194+(2)*/ + /* 405 = 195 */ {26, 0, 12}, /* 0x00ca => 0x0194+(2)*/ + /* 406 = 196 */ {27, 0, 12}, /* 0x00cb => 0x0196+(2)*/ + /* 407 = 197 */ {27, 0, 12}, /* 0x00cb => 0x0196+(2)*/ + /* 408 = 198 */ {28, 0, 12}, /* 0x00cc => 0x0198+(2)*/ + /* 409 = 199 */ {28, 0, 12}, /* 0x00cc => 0x0198+(2)*/ + /* 410 = 19a */ {29, 0, 12}, /* 0x00cd => 0x019a+(2)*/ + /* 411 = 19b */ {29, 0, 12}, /* 0x00cd => 0x019a+(2)*/ + /* 412 = 19c */ {19, 0, 11}, /* 0x0067 => 0x019c+(4)*/ + /* 413 = 19d */ {19, 0, 11}, /* 0x0067 => 0x019c+(4)*/ + /* 414 = 19e */ {19, 0, 11}, /* 0x0067 => 0x019c+(4)*/ + /* 415 = 19f */ {19, 0, 11}, /* 0x0067 => 0x019c+(4)*/ + /* 416 = 1a0 */ {20, 0, 11}, /* 0x0068 => 0x01a0+(4)*/ + /* 417 = 1a1 */ {20, 0, 11}, /* 0x0068 => 0x01a0+(4)*/ + /* 418 = 1a2 */ {20, 0, 11}, /* 0x0068 => 0x01a0+(4)*/ + /* 419 = 1a3 */ {20, 0, 11}, /* 0x0068 => 0x01a0+(4)*/ + /* 420 = 1a4 */ {34, 0, 12}, /* 0x00d2 => 0x01a4+(2)*/ + /* 421 = 1a5 */ {34, 0, 12}, /* 0x00d2 => 0x01a4+(2)*/ + /* 422 = 1a6 */ {35, 0, 12}, /* 0x00d3 => 0x01a6+(2)*/ + /* 423 = 1a7 */ {35, 0, 12}, /* 0x00d3 => 0x01a6+(2)*/ + /* 424 = 1a8 */ {36, 0, 12}, /* 0x00d4 => 0x01a8+(2)*/ + /* 425 = 1a9 */ {36, 0, 12}, /* 0x00d4 => 0x01a8+(2)*/ + /* 426 = 1aa */ {37, 0, 12}, /* 0x00d5 => 0x01aa+(2)*/ + /* 427 = 1ab */ {37, 0, 12}, /* 0x00d5 => 0x01aa+(2)*/ + /* 428 = 1ac */ {38, 0, 12}, /* 0x00d6 => 0x01ac+(2)*/ + /* 429 = 1ad */ {38, 0, 12}, /* 0x00d6 => 0x01ac+(2)*/ + /* 430 = 1ae */ {39, 0, 12}, /* 0x00d7 => 0x01ae+(2)*/ + /* 431 = 1af */ {39, 0, 12}, /* 0x00d7 => 0x01ae+(2)*/ + /* 432 = 1b0 */ {21, 0, 11}, /* 0x006c => 0x01b0+(4)*/ + /* 433 = 1b1 */ {21, 0, 11}, /* 0x006c => 0x01b0+(4)*/ + /* 434 = 1b2 */ {21, 0, 11}, /* 0x006c => 0x01b0+(4)*/ + /* 435 = 1b3 */ {21, 0, 11}, /* 0x006c => 0x01b0+(4)*/ + /* 436 = 1b4 */ {42, 0, 12}, /* 0x00da => 0x01b4+(2)*/ + /* 437 = 1b5 */ {42, 0, 12}, /* 0x00da => 0x01b4+(2)*/ + /* 438 = 1b6 */ {43, 0, 12}, /* 0x00db => 0x01b6+(2)*/ + /* 439 = 1b7 */ {43, 0, 12}, /* 0x00db => 0x01b6+(2)*/ + /* 440 = 1b8 */ {0, 0, 10}, /* 0x0037 => 0x01b8+(8)*/ + /* 441 = 1b9 */ {0, 0, 10}, /* 0x0037 => 0x01b8+(8)*/ + /* 442 = 1ba */ {0, 0, 10}, /* 0x0037 => 0x01b8+(8)*/ + /* 443 = 1bb */ {0, 0, 10}, /* 0x0037 => 0x01b8+(8)*/ + /* 444 = 1bc */ {0, 0, 10}, /* 0x0037 => 0x01b8+(8)*/ + /* 445 = 1bd */ {0, 0, 10}, /* 0x0037 => 0x01b8+(8)*/ + /* 446 = 1be */ {0, 0, 10}, /* 0x0037 => 0x01b8+(8)*/ + /* 447 = 1bf */ {0, 0, 10}, /* 0x0037 => 0x01b8+(8)*/ + /* 448 = 1c0 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 449 = 1c1 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 450 = 1c2 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 451 = 1c3 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 452 = 1c4 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 453 = 1c5 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 454 = 1c6 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 455 = 1c7 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 456 = 1c8 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 457 = 1c9 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 458 = 1ca */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 459 = 1cb */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 460 = 1cc */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 461 = 1cd */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 462 = 1ce */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 463 = 1cf */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 464 = 1d0 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 465 = 1d1 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 466 = 1d2 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 467 = 1d3 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 468 = 1d4 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 469 = 1d5 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 470 = 1d6 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 471 = 1d7 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 472 = 1d8 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 473 = 1d9 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 474 = 1da */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 475 = 1db */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 476 = 1dc */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 477 = 1dd */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 478 = 1de */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 479 = 1df */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 480 = 1e0 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 481 = 1e1 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 482 = 1e2 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 483 = 1e3 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 484 = 1e4 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 485 = 1e5 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 486 = 1e6 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 487 = 1e7 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 488 = 1e8 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 489 = 1e9 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 490 = 1ea */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 491 = 1eb */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 492 = 1ec */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 493 = 1ed */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 494 = 1ee */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 495 = 1ef */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 496 = 1f0 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 497 = 1f1 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 498 = 1f2 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 499 = 1f3 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 500 = 1f4 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 501 = 1f5 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 502 = 1f6 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 503 = 1f7 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 504 = 1f8 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 505 = 1f9 */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 506 = 1fa */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 507 = 1fb */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 508 = 1fc */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 509 = 1fd */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 510 = 1fe */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 511 = 1ff */ {12, 0, 7}, /* 0x0007 => 0x01c0+(64)*/ + /* 512 = 200 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 513 = 201 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 514 = 202 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 515 = 203 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 516 = 204 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 517 = 205 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 518 = 206 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 519 = 207 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 520 = 208 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 521 = 209 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 522 = 20a */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 523 = 20b */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 524 = 20c */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 525 = 20d */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 526 = 20e */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 527 = 20f */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 528 = 210 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 529 = 211 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 530 = 212 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 531 = 213 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 532 = 214 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 533 = 215 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 534 = 216 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 535 = 217 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 536 = 218 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 537 = 219 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 538 = 21a */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 539 = 21b */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 540 = 21c */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 541 = 21d */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 542 = 21e */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 543 = 21f */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 544 = 220 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 545 = 221 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 546 = 222 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 547 = 223 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 548 = 224 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 549 = 225 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 550 = 226 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 551 = 227 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 552 = 228 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 553 = 229 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 554 = 22a */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 555 = 22b */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 556 = 22c */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 557 = 22d */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 558 = 22e */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 559 = 22f */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 560 = 230 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 561 = 231 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 562 = 232 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 563 = 233 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 564 = 234 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 565 = 235 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 566 = 236 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 567 = 237 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 568 = 238 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 569 = 239 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 570 = 23a */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 571 = 23b */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 572 = 23c */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 573 = 23d */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 574 = 23e */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 575 = 23f */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 576 = 240 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 577 = 241 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 578 = 242 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 579 = 243 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 580 = 244 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 581 = 245 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 582 = 246 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 583 = 247 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 584 = 248 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 585 = 249 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 586 = 24a */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 587 = 24b */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 588 = 24c */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 589 = 24d */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 590 = 24e */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 591 = 24f */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 592 = 250 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 593 = 251 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 594 = 252 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 595 = 253 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 596 = 254 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 597 = 255 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 598 = 256 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 599 = 257 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 600 = 258 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 601 = 259 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 602 = 25a */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 603 = 25b */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 604 = 25c */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 605 = 25d */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 606 = 25e */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 607 = 25f */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 608 = 260 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 609 = 261 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 610 = 262 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 611 = 263 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 612 = 264 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 613 = 265 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 614 = 266 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 615 = 267 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 616 = 268 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 617 = 269 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 618 = 26a */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 619 = 26b */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 620 = 26c */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 621 = 26d */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 622 = 26e */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 623 = 26f */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 624 = 270 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 625 = 271 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 626 = 272 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 627 = 273 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 628 = 274 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 629 = 275 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 630 = 276 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 631 = 277 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 632 = 278 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 633 = 279 */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 634 = 27a */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 635 = 27b */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 636 = 27c */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 637 = 27d */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 638 = 27e */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 639 = 27f */ {9, 0, 6}, /* 0x0004 => 0x0200+(128)*/ + /* 640 = 280 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 641 = 281 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 642 = 282 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 643 = 283 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 644 = 284 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 645 = 285 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 646 = 286 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 647 = 287 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 648 = 288 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 649 = 289 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 650 = 28a */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 651 = 28b */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 652 = 28c */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 653 = 28d */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 654 = 28e */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 655 = 28f */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 656 = 290 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 657 = 291 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 658 = 292 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 659 = 293 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 660 = 294 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 661 = 295 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 662 = 296 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 663 = 297 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 664 = 298 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 665 = 299 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 666 = 29a */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 667 = 29b */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 668 = 29c */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 669 = 29d */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 670 = 29e */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 671 = 29f */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 672 = 2a0 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 673 = 2a1 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 674 = 2a2 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 675 = 2a3 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 676 = 2a4 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 677 = 2a5 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 678 = 2a6 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 679 = 2a7 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 680 = 2a8 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 681 = 2a9 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 682 = 2aa */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 683 = 2ab */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 684 = 2ac */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 685 = 2ad */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 686 = 2ae */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 687 = 2af */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 688 = 2b0 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 689 = 2b1 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 690 = 2b2 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 691 = 2b3 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 692 = 2b4 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 693 = 2b5 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 694 = 2b6 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 695 = 2b7 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 696 = 2b8 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 697 = 2b9 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 698 = 2ba */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 699 = 2bb */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 700 = 2bc */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 701 = 2bd */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 702 = 2be */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 703 = 2bf */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 704 = 2c0 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 705 = 2c1 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 706 = 2c2 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 707 = 2c3 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 708 = 2c4 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 709 = 2c5 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 710 = 2c6 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 711 = 2c7 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 712 = 2c8 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 713 = 2c9 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 714 = 2ca */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 715 = 2cb */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 716 = 2cc */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 717 = 2cd */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 718 = 2ce */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 719 = 2cf */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 720 = 2d0 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 721 = 2d1 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 722 = 2d2 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 723 = 2d3 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 724 = 2d4 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 725 = 2d5 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 726 = 2d6 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 727 = 2d7 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 728 = 2d8 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 729 = 2d9 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 730 = 2da */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 731 = 2db */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 732 = 2dc */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 733 = 2dd */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 734 = 2de */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 735 = 2df */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 736 = 2e0 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 737 = 2e1 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 738 = 2e2 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 739 = 2e3 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 740 = 2e4 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 741 = 2e5 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 742 = 2e6 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 743 = 2e7 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 744 = 2e8 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 745 = 2e9 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 746 = 2ea */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 747 = 2eb */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 748 = 2ec */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 749 = 2ed */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 750 = 2ee */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 751 = 2ef */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 752 = 2f0 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 753 = 2f1 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 754 = 2f2 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 755 = 2f3 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 756 = 2f4 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 757 = 2f5 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 758 = 2f6 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 759 = 2f7 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 760 = 2f8 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 761 = 2f9 */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 762 = 2fa */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 763 = 2fb */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 764 = 2fc */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 765 = 2fd */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 766 = 2fe */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 767 = 2ff */ {8, 0, 6}, /* 0x0005 => 0x0280+(128)*/ + /* 768 = 300 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 769 = 301 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 770 = 302 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 771 = 303 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 772 = 304 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 773 = 305 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 774 = 306 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 775 = 307 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 776 = 308 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 777 = 309 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 778 = 30a */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 779 = 30b */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 780 = 30c */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 781 = 30d */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 782 = 30e */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 783 = 30f */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 784 = 310 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 785 = 311 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 786 = 312 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 787 = 313 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 788 = 314 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 789 = 315 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 790 = 316 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 791 = 317 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 792 = 318 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 793 = 319 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 794 = 31a */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 795 = 31b */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 796 = 31c */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 797 = 31d */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 798 = 31e */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 799 = 31f */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 800 = 320 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 801 = 321 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 802 = 322 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 803 = 323 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 804 = 324 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 805 = 325 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 806 = 326 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 807 = 327 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 808 = 328 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 809 = 329 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 810 = 32a */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 811 = 32b */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 812 = 32c */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 813 = 32d */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 814 = 32e */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 815 = 32f */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 816 = 330 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 817 = 331 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 818 = 332 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 819 = 333 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 820 = 334 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 821 = 335 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 822 = 336 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 823 = 337 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 824 = 338 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 825 = 339 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 826 = 33a */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 827 = 33b */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 828 = 33c */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 829 = 33d */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 830 = 33e */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 831 = 33f */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 832 = 340 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 833 = 341 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 834 = 342 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 835 = 343 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 836 = 344 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 837 = 345 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 838 = 346 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 839 = 347 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 840 = 348 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 841 = 349 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 842 = 34a */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 843 = 34b */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 844 = 34c */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 845 = 34d */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 846 = 34e */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 847 = 34f */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 848 = 350 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 849 = 351 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 850 = 352 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 851 = 353 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 852 = 354 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 853 = 355 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 854 = 356 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 855 = 357 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 856 = 358 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 857 = 359 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 858 = 35a */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 859 = 35b */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 860 = 35c */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 861 = 35d */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 862 = 35e */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 863 = 35f */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 864 = 360 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 865 = 361 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 866 = 362 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 867 = 363 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 868 = 364 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 869 = 365 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 870 = 366 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 871 = 367 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 872 = 368 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 873 = 369 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 874 = 36a */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 875 = 36b */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 876 = 36c */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 877 = 36d */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 878 = 36e */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 879 = 36f */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 880 = 370 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 881 = 371 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 882 = 372 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 883 = 373 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 884 = 374 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 885 = 375 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 886 = 376 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 887 = 377 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 888 = 378 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 889 = 379 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 890 = 37a */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 891 = 37b */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 892 = 37c */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 893 = 37d */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 894 = 37e */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 895 = 37f */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 896 = 380 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 897 = 381 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 898 = 382 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 899 = 383 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 900 = 384 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 901 = 385 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 902 = 386 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 903 = 387 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 904 = 388 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 905 = 389 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 906 = 38a */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 907 = 38b */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 908 = 38c */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 909 = 38d */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 910 = 38e */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 911 = 38f */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 912 = 390 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 913 = 391 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 914 = 392 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 915 = 393 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 916 = 394 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 917 = 395 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 918 = 396 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 919 = 397 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 920 = 398 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 921 = 399 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 922 = 39a */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 923 = 39b */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 924 = 39c */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 925 = 39d */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 926 = 39e */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 927 = 39f */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 928 = 3a0 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 929 = 3a1 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 930 = 3a2 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 931 = 3a3 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 932 = 3a4 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 933 = 3a5 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 934 = 3a6 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 935 = 3a7 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 936 = 3a8 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 937 = 3a9 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 938 = 3aa */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 939 = 3ab */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 940 = 3ac */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 941 = 3ad */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 942 = 3ae */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 943 = 3af */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 944 = 3b0 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 945 = 3b1 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 946 = 3b2 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 947 = 3b3 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 948 = 3b4 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 949 = 3b5 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 950 = 3b6 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 951 = 3b7 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 952 = 3b8 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 953 = 3b9 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 954 = 3ba */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 955 = 3bb */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 956 = 3bc */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 957 = 3bd */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 958 = 3be */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 959 = 3bf */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 960 = 3c0 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 961 = 3c1 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 962 = 3c2 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 963 = 3c3 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 964 = 3c4 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 965 = 3c5 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 966 = 3c6 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 967 = 3c7 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 968 = 3c8 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 969 = 3c9 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 970 = 3ca */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 971 = 3cb */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 972 = 3cc */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 973 = 3cd */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 974 = 3ce */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 975 = 3cf */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 976 = 3d0 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 977 = 3d1 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 978 = 3d2 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 979 = 3d3 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 980 = 3d4 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 981 = 3d5 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 982 = 3d6 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 983 = 3d7 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 984 = 3d8 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 985 = 3d9 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 986 = 3da */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 987 = 3db */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 988 = 3dc */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 989 = 3dd */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 990 = 3de */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 991 = 3df */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 992 = 3e0 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 993 = 3e1 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 994 = 3e2 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 995 = 3e3 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 996 = 3e4 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 997 = 3e5 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 998 = 3e6 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 999 = 3e7 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1000 = 3e8 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1001 = 3e9 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1002 = 3ea */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1003 = 3eb */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1004 = 3ec */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1005 = 3ed */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1006 = 3ee */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1007 = 3ef */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1008 = 3f0 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1009 = 3f1 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1010 = 3f2 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1011 = 3f3 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1012 = 3f4 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1013 = 3f5 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1014 = 3f6 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1015 = 3f7 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1016 = 3f8 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1017 = 3f9 */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1018 = 3fa */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1019 = 3fb */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1020 = 3fc */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1021 = 3fd */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1022 = 3fe */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1023 = 3ff */ {7, 0, 5}, /* 0x0003 => 0x0300+(256)*/ + /* 1024 = 400 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1025 = 401 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1026 = 402 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1027 = 403 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1028 = 404 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1029 = 405 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1030 = 406 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1031 = 407 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1032 = 408 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1033 = 409 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1034 = 40a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1035 = 40b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1036 = 40c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1037 = 40d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1038 = 40e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1039 = 40f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1040 = 410 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1041 = 411 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1042 = 412 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1043 = 413 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1044 = 414 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1045 = 415 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1046 = 416 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1047 = 417 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1048 = 418 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1049 = 419 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1050 = 41a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1051 = 41b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1052 = 41c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1053 = 41d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1054 = 41e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1055 = 41f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1056 = 420 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1057 = 421 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1058 = 422 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1059 = 423 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1060 = 424 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1061 = 425 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1062 = 426 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1063 = 427 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1064 = 428 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1065 = 429 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1066 = 42a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1067 = 42b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1068 = 42c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1069 = 42d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1070 = 42e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1071 = 42f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1072 = 430 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1073 = 431 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1074 = 432 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1075 = 433 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1076 = 434 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1077 = 435 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1078 = 436 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1079 = 437 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1080 = 438 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1081 = 439 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1082 = 43a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1083 = 43b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1084 = 43c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1085 = 43d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1086 = 43e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1087 = 43f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1088 = 440 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1089 = 441 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1090 = 442 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1091 = 443 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1092 = 444 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1093 = 445 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1094 = 446 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1095 = 447 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1096 = 448 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1097 = 449 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1098 = 44a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1099 = 44b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1100 = 44c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1101 = 44d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1102 = 44e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1103 = 44f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1104 = 450 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1105 = 451 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1106 = 452 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1107 = 453 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1108 = 454 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1109 = 455 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1110 = 456 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1111 = 457 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1112 = 458 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1113 = 459 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1114 = 45a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1115 = 45b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1116 = 45c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1117 = 45d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1118 = 45e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1119 = 45f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1120 = 460 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1121 = 461 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1122 = 462 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1123 = 463 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1124 = 464 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1125 = 465 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1126 = 466 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1127 = 467 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1128 = 468 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1129 = 469 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1130 = 46a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1131 = 46b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1132 = 46c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1133 = 46d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1134 = 46e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1135 = 46f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1136 = 470 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1137 = 471 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1138 = 472 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1139 = 473 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1140 = 474 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1141 = 475 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1142 = 476 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1143 = 477 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1144 = 478 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1145 = 479 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1146 = 47a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1147 = 47b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1148 = 47c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1149 = 47d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1150 = 47e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1151 = 47f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1152 = 480 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1153 = 481 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1154 = 482 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1155 = 483 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1156 = 484 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1157 = 485 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1158 = 486 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1159 = 487 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1160 = 488 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1161 = 489 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1162 = 48a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1163 = 48b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1164 = 48c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1165 = 48d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1166 = 48e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1167 = 48f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1168 = 490 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1169 = 491 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1170 = 492 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1171 = 493 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1172 = 494 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1173 = 495 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1174 = 496 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1175 = 497 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1176 = 498 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1177 = 499 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1178 = 49a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1179 = 49b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1180 = 49c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1181 = 49d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1182 = 49e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1183 = 49f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1184 = 4a0 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1185 = 4a1 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1186 = 4a2 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1187 = 4a3 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1188 = 4a4 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1189 = 4a5 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1190 = 4a6 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1191 = 4a7 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1192 = 4a8 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1193 = 4a9 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1194 = 4aa */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1195 = 4ab */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1196 = 4ac */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1197 = 4ad */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1198 = 4ae */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1199 = 4af */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1200 = 4b0 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1201 = 4b1 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1202 = 4b2 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1203 = 4b3 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1204 = 4b4 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1205 = 4b5 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1206 = 4b6 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1207 = 4b7 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1208 = 4b8 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1209 = 4b9 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1210 = 4ba */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1211 = 4bb */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1212 = 4bc */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1213 = 4bd */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1214 = 4be */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1215 = 4bf */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1216 = 4c0 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1217 = 4c1 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1218 = 4c2 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1219 = 4c3 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1220 = 4c4 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1221 = 4c5 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1222 = 4c6 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1223 = 4c7 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1224 = 4c8 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1225 = 4c9 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1226 = 4ca */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1227 = 4cb */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1228 = 4cc */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1229 = 4cd */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1230 = 4ce */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1231 = 4cf */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1232 = 4d0 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1233 = 4d1 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1234 = 4d2 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1235 = 4d3 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1236 = 4d4 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1237 = 4d5 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1238 = 4d6 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1239 = 4d7 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1240 = 4d8 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1241 = 4d9 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1242 = 4da */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1243 = 4db */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1244 = 4dc */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1245 = 4dd */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1246 = 4de */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1247 = 4df */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1248 = 4e0 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1249 = 4e1 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1250 = 4e2 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1251 = 4e3 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1252 = 4e4 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1253 = 4e5 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1254 = 4e6 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1255 = 4e7 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1256 = 4e8 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1257 = 4e9 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1258 = 4ea */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1259 = 4eb */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1260 = 4ec */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1261 = 4ed */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1262 = 4ee */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1263 = 4ef */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1264 = 4f0 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1265 = 4f1 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1266 = 4f2 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1267 = 4f3 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1268 = 4f4 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1269 = 4f5 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1270 = 4f6 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1271 = 4f7 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1272 = 4f8 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1273 = 4f9 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1274 = 4fa */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1275 = 4fb */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1276 = 4fc */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1277 = 4fd */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1278 = 4fe */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1279 = 4ff */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1280 = 500 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1281 = 501 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1282 = 502 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1283 = 503 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1284 = 504 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1285 = 505 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1286 = 506 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1287 = 507 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1288 = 508 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1289 = 509 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1290 = 50a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1291 = 50b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1292 = 50c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1293 = 50d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1294 = 50e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1295 = 50f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1296 = 510 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1297 = 511 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1298 = 512 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1299 = 513 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1300 = 514 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1301 = 515 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1302 = 516 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1303 = 517 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1304 = 518 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1305 = 519 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1306 = 51a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1307 = 51b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1308 = 51c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1309 = 51d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1310 = 51e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1311 = 51f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1312 = 520 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1313 = 521 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1314 = 522 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1315 = 523 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1316 = 524 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1317 = 525 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1318 = 526 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1319 = 527 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1320 = 528 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1321 = 529 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1322 = 52a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1323 = 52b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1324 = 52c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1325 = 52d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1326 = 52e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1327 = 52f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1328 = 530 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1329 = 531 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1330 = 532 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1331 = 533 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1332 = 534 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1333 = 535 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1334 = 536 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1335 = 537 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1336 = 538 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1337 = 539 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1338 = 53a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1339 = 53b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1340 = 53c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1341 = 53d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1342 = 53e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1343 = 53f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1344 = 540 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1345 = 541 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1346 = 542 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1347 = 543 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1348 = 544 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1349 = 545 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1350 = 546 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1351 = 547 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1352 = 548 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1353 = 549 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1354 = 54a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1355 = 54b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1356 = 54c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1357 = 54d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1358 = 54e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1359 = 54f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1360 = 550 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1361 = 551 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1362 = 552 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1363 = 553 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1364 = 554 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1365 = 555 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1366 = 556 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1367 = 557 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1368 = 558 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1369 = 559 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1370 = 55a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1371 = 55b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1372 = 55c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1373 = 55d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1374 = 55e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1375 = 55f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1376 = 560 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1377 = 561 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1378 = 562 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1379 = 563 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1380 = 564 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1381 = 565 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1382 = 566 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1383 = 567 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1384 = 568 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1385 = 569 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1386 = 56a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1387 = 56b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1388 = 56c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1389 = 56d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1390 = 56e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1391 = 56f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1392 = 570 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1393 = 571 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1394 = 572 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1395 = 573 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1396 = 574 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1397 = 575 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1398 = 576 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1399 = 577 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1400 = 578 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1401 = 579 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1402 = 57a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1403 = 57b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1404 = 57c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1405 = 57d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1406 = 57e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1407 = 57f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1408 = 580 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1409 = 581 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1410 = 582 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1411 = 583 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1412 = 584 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1413 = 585 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1414 = 586 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1415 = 587 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1416 = 588 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1417 = 589 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1418 = 58a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1419 = 58b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1420 = 58c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1421 = 58d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1422 = 58e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1423 = 58f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1424 = 590 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1425 = 591 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1426 = 592 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1427 = 593 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1428 = 594 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1429 = 595 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1430 = 596 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1431 = 597 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1432 = 598 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1433 = 599 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1434 = 59a */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1435 = 59b */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1436 = 59c */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1437 = 59d */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1438 = 59e */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1439 = 59f */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1440 = 5a0 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1441 = 5a1 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1442 = 5a2 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1443 = 5a3 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1444 = 5a4 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1445 = 5a5 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1446 = 5a6 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1447 = 5a7 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1448 = 5a8 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1449 = 5a9 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1450 = 5aa */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1451 = 5ab */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1452 = 5ac */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1453 = 5ad */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1454 = 5ae */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1455 = 5af */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1456 = 5b0 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1457 = 5b1 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1458 = 5b2 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1459 = 5b3 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1460 = 5b4 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1461 = 5b5 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1462 = 5b6 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1463 = 5b7 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1464 = 5b8 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1465 = 5b9 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1466 = 5ba */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1467 = 5bb */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1468 = 5bc */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1469 = 5bd */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1470 = 5be */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1471 = 5bf */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1472 = 5c0 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1473 = 5c1 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1474 = 5c2 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1475 = 5c3 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1476 = 5c4 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1477 = 5c5 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1478 = 5c6 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1479 = 5c7 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1480 = 5c8 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1481 = 5c9 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1482 = 5ca */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1483 = 5cb */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1484 = 5cc */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1485 = 5cd */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1486 = 5ce */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1487 = 5cf */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1488 = 5d0 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1489 = 5d1 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1490 = 5d2 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1491 = 5d3 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1492 = 5d4 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1493 = 5d5 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1494 = 5d6 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1495 = 5d7 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1496 = 5d8 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1497 = 5d9 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1498 = 5da */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1499 = 5db */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1500 = 5dc */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1501 = 5dd */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1502 = 5de */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1503 = 5df */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1504 = 5e0 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1505 = 5e1 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1506 = 5e2 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1507 = 5e3 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1508 = 5e4 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1509 = 5e5 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1510 = 5e6 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1511 = 5e7 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1512 = 5e8 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1513 = 5e9 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1514 = 5ea */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1515 = 5eb */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1516 = 5ec */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1517 = 5ed */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1518 = 5ee */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1519 = 5ef */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1520 = 5f0 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1521 = 5f1 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1522 = 5f2 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1523 = 5f3 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1524 = 5f4 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1525 = 5f5 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1526 = 5f6 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1527 = 5f7 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1528 = 5f8 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1529 = 5f9 */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1530 = 5fa */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1531 = 5fb */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1532 = 5fc */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1533 = 5fd */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1534 = 5fe */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1535 = 5ff */ {6, 0, 4}, /* 0x0002 => 0x0400+(512)*/ + /* 1536 = 600 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1537 = 601 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1538 = 602 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1539 = 603 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1540 = 604 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1541 = 605 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1542 = 606 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1543 = 607 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1544 = 608 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1545 = 609 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1546 = 60a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1547 = 60b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1548 = 60c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1549 = 60d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1550 = 60e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1551 = 60f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1552 = 610 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1553 = 611 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1554 = 612 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1555 = 613 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1556 = 614 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1557 = 615 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1558 = 616 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1559 = 617 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1560 = 618 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1561 = 619 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1562 = 61a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1563 = 61b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1564 = 61c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1565 = 61d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1566 = 61e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1567 = 61f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1568 = 620 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1569 = 621 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1570 = 622 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1571 = 623 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1572 = 624 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1573 = 625 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1574 = 626 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1575 = 627 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1576 = 628 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1577 = 629 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1578 = 62a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1579 = 62b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1580 = 62c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1581 = 62d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1582 = 62e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1583 = 62f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1584 = 630 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1585 = 631 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1586 = 632 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1587 = 633 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1588 = 634 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1589 = 635 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1590 = 636 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1591 = 637 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1592 = 638 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1593 = 639 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1594 = 63a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1595 = 63b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1596 = 63c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1597 = 63d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1598 = 63e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1599 = 63f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1600 = 640 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1601 = 641 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1602 = 642 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1603 = 643 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1604 = 644 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1605 = 645 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1606 = 646 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1607 = 647 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1608 = 648 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1609 = 649 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1610 = 64a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1611 = 64b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1612 = 64c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1613 = 64d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1614 = 64e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1615 = 64f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1616 = 650 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1617 = 651 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1618 = 652 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1619 = 653 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1620 = 654 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1621 = 655 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1622 = 656 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1623 = 657 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1624 = 658 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1625 = 659 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1626 = 65a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1627 = 65b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1628 = 65c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1629 = 65d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1630 = 65e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1631 = 65f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1632 = 660 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1633 = 661 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1634 = 662 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1635 = 663 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1636 = 664 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1637 = 665 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1638 = 666 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1639 = 667 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1640 = 668 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1641 = 669 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1642 = 66a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1643 = 66b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1644 = 66c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1645 = 66d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1646 = 66e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1647 = 66f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1648 = 670 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1649 = 671 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1650 = 672 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1651 = 673 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1652 = 674 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1653 = 675 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1654 = 676 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1655 = 677 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1656 = 678 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1657 = 679 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1658 = 67a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1659 = 67b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1660 = 67c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1661 = 67d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1662 = 67e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1663 = 67f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1664 = 680 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1665 = 681 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1666 = 682 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1667 = 683 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1668 = 684 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1669 = 685 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1670 = 686 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1671 = 687 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1672 = 688 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1673 = 689 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1674 = 68a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1675 = 68b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1676 = 68c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1677 = 68d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1678 = 68e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1679 = 68f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1680 = 690 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1681 = 691 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1682 = 692 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1683 = 693 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1684 = 694 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1685 = 695 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1686 = 696 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1687 = 697 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1688 = 698 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1689 = 699 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1690 = 69a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1691 = 69b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1692 = 69c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1693 = 69d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1694 = 69e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1695 = 69f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1696 = 6a0 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1697 = 6a1 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1698 = 6a2 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1699 = 6a3 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1700 = 6a4 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1701 = 6a5 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1702 = 6a6 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1703 = 6a7 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1704 = 6a8 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1705 = 6a9 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1706 = 6aa */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1707 = 6ab */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1708 = 6ac */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1709 = 6ad */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1710 = 6ae */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1711 = 6af */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1712 = 6b0 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1713 = 6b1 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1714 = 6b2 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1715 = 6b3 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1716 = 6b4 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1717 = 6b5 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1718 = 6b6 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1719 = 6b7 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1720 = 6b8 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1721 = 6b9 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1722 = 6ba */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1723 = 6bb */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1724 = 6bc */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1725 = 6bd */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1726 = 6be */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1727 = 6bf */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1728 = 6c0 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1729 = 6c1 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1730 = 6c2 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1731 = 6c3 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1732 = 6c4 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1733 = 6c5 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1734 = 6c6 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1735 = 6c7 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1736 = 6c8 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1737 = 6c9 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1738 = 6ca */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1739 = 6cb */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1740 = 6cc */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1741 = 6cd */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1742 = 6ce */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1743 = 6cf */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1744 = 6d0 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1745 = 6d1 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1746 = 6d2 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1747 = 6d3 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1748 = 6d4 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1749 = 6d5 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1750 = 6d6 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1751 = 6d7 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1752 = 6d8 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1753 = 6d9 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1754 = 6da */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1755 = 6db */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1756 = 6dc */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1757 = 6dd */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1758 = 6de */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1759 = 6df */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1760 = 6e0 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1761 = 6e1 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1762 = 6e2 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1763 = 6e3 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1764 = 6e4 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1765 = 6e5 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1766 = 6e6 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1767 = 6e7 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1768 = 6e8 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1769 = 6e9 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1770 = 6ea */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1771 = 6eb */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1772 = 6ec */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1773 = 6ed */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1774 = 6ee */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1775 = 6ef */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1776 = 6f0 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1777 = 6f1 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1778 = 6f2 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1779 = 6f3 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1780 = 6f4 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1781 = 6f5 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1782 = 6f6 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1783 = 6f7 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1784 = 6f8 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1785 = 6f9 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1786 = 6fa */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1787 = 6fb */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1788 = 6fc */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1789 = 6fd */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1790 = 6fe */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1791 = 6ff */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1792 = 700 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1793 = 701 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1794 = 702 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1795 = 703 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1796 = 704 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1797 = 705 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1798 = 706 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1799 = 707 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1800 = 708 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1801 = 709 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1802 = 70a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1803 = 70b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1804 = 70c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1805 = 70d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1806 = 70e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1807 = 70f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1808 = 710 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1809 = 711 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1810 = 712 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1811 = 713 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1812 = 714 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1813 = 715 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1814 = 716 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1815 = 717 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1816 = 718 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1817 = 719 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1818 = 71a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1819 = 71b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1820 = 71c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1821 = 71d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1822 = 71e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1823 = 71f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1824 = 720 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1825 = 721 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1826 = 722 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1827 = 723 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1828 = 724 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1829 = 725 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1830 = 726 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1831 = 727 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1832 = 728 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1833 = 729 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1834 = 72a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1835 = 72b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1836 = 72c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1837 = 72d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1838 = 72e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1839 = 72f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1840 = 730 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1841 = 731 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1842 = 732 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1843 = 733 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1844 = 734 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1845 = 735 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1846 = 736 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1847 = 737 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1848 = 738 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1849 = 739 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1850 = 73a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1851 = 73b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1852 = 73c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1853 = 73d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1854 = 73e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1855 = 73f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1856 = 740 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1857 = 741 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1858 = 742 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1859 = 743 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1860 = 744 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1861 = 745 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1862 = 746 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1863 = 747 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1864 = 748 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1865 = 749 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1866 = 74a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1867 = 74b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1868 = 74c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1869 = 74d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1870 = 74e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1871 = 74f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1872 = 750 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1873 = 751 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1874 = 752 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1875 = 753 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1876 = 754 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1877 = 755 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1878 = 756 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1879 = 757 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1880 = 758 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1881 = 759 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1882 = 75a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1883 = 75b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1884 = 75c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1885 = 75d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1886 = 75e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1887 = 75f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1888 = 760 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1889 = 761 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1890 = 762 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1891 = 763 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1892 = 764 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1893 = 765 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1894 = 766 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1895 = 767 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1896 = 768 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1897 = 769 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1898 = 76a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1899 = 76b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1900 = 76c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1901 = 76d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1902 = 76e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1903 = 76f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1904 = 770 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1905 = 771 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1906 = 772 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1907 = 773 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1908 = 774 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1909 = 775 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1910 = 776 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1911 = 777 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1912 = 778 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1913 = 779 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1914 = 77a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1915 = 77b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1916 = 77c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1917 = 77d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1918 = 77e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1919 = 77f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1920 = 780 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1921 = 781 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1922 = 782 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1923 = 783 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1924 = 784 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1925 = 785 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1926 = 786 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1927 = 787 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1928 = 788 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1929 = 789 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1930 = 78a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1931 = 78b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1932 = 78c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1933 = 78d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1934 = 78e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1935 = 78f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1936 = 790 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1937 = 791 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1938 = 792 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1939 = 793 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1940 = 794 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1941 = 795 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1942 = 796 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1943 = 797 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1944 = 798 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1945 = 799 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1946 = 79a */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1947 = 79b */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1948 = 79c */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1949 = 79d */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1950 = 79e */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1951 = 79f */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1952 = 7a0 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1953 = 7a1 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1954 = 7a2 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1955 = 7a3 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1956 = 7a4 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1957 = 7a5 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1958 = 7a6 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1959 = 7a7 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1960 = 7a8 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1961 = 7a9 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1962 = 7aa */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1963 = 7ab */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1964 = 7ac */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1965 = 7ad */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1966 = 7ae */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1967 = 7af */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1968 = 7b0 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1969 = 7b1 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1970 = 7b2 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1971 = 7b3 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1972 = 7b4 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1973 = 7b5 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1974 = 7b6 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1975 = 7b7 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1976 = 7b8 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1977 = 7b9 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1978 = 7ba */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1979 = 7bb */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1980 = 7bc */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1981 = 7bd */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1982 = 7be */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1983 = 7bf */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1984 = 7c0 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1985 = 7c1 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1986 = 7c2 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1987 = 7c3 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1988 = 7c4 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1989 = 7c5 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1990 = 7c6 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1991 = 7c7 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1992 = 7c8 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1993 = 7c9 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1994 = 7ca */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1995 = 7cb */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1996 = 7cc */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1997 = 7cd */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1998 = 7ce */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 1999 = 7cf */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2000 = 7d0 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2001 = 7d1 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2002 = 7d2 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2003 = 7d3 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2004 = 7d4 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2005 = 7d5 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2006 = 7d6 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2007 = 7d7 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2008 = 7d8 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2009 = 7d9 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2010 = 7da */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2011 = 7db */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2012 = 7dc */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2013 = 7dd */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2014 = 7de */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2015 = 7df */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2016 = 7e0 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2017 = 7e1 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2018 = 7e2 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2019 = 7e3 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2020 = 7e4 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2021 = 7e5 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2022 = 7e6 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2023 = 7e7 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2024 = 7e8 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2025 = 7e9 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2026 = 7ea */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2027 = 7eb */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2028 = 7ec */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2029 = 7ed */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2030 = 7ee */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2031 = 7ef */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2032 = 7f0 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2033 = 7f1 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2034 = 7f2 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2035 = 7f3 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2036 = 7f4 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2037 = 7f5 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2038 = 7f6 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2039 = 7f7 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2040 = 7f8 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2041 = 7f9 */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2042 = 7fa */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2043 = 7fb */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2044 = 7fc */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2045 = 7fd */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2046 = 7fe */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2047 = 7ff */ {5, 0, 4}, /* 0x0003 => 0x0600+(512)*/ + /* 2048 = 800 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2049 = 801 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2050 = 802 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2051 = 803 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2052 = 804 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2053 = 805 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2054 = 806 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2055 = 807 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2056 = 808 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2057 = 809 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2058 = 80a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2059 = 80b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2060 = 80c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2061 = 80d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2062 = 80e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2063 = 80f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2064 = 810 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2065 = 811 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2066 = 812 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2067 = 813 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2068 = 814 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2069 = 815 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2070 = 816 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2071 = 817 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2072 = 818 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2073 = 819 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2074 = 81a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2075 = 81b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2076 = 81c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2077 = 81d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2078 = 81e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2079 = 81f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2080 = 820 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2081 = 821 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2082 = 822 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2083 = 823 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2084 = 824 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2085 = 825 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2086 = 826 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2087 = 827 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2088 = 828 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2089 = 829 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2090 = 82a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2091 = 82b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2092 = 82c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2093 = 82d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2094 = 82e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2095 = 82f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2096 = 830 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2097 = 831 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2098 = 832 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2099 = 833 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2100 = 834 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2101 = 835 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2102 = 836 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2103 = 837 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2104 = 838 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2105 = 839 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2106 = 83a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2107 = 83b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2108 = 83c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2109 = 83d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2110 = 83e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2111 = 83f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2112 = 840 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2113 = 841 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2114 = 842 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2115 = 843 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2116 = 844 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2117 = 845 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2118 = 846 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2119 = 847 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2120 = 848 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2121 = 849 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2122 = 84a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2123 = 84b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2124 = 84c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2125 = 84d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2126 = 84e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2127 = 84f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2128 = 850 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2129 = 851 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2130 = 852 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2131 = 853 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2132 = 854 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2133 = 855 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2134 = 856 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2135 = 857 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2136 = 858 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2137 = 859 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2138 = 85a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2139 = 85b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2140 = 85c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2141 = 85d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2142 = 85e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2143 = 85f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2144 = 860 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2145 = 861 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2146 = 862 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2147 = 863 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2148 = 864 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2149 = 865 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2150 = 866 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2151 = 867 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2152 = 868 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2153 = 869 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2154 = 86a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2155 = 86b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2156 = 86c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2157 = 86d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2158 = 86e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2159 = 86f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2160 = 870 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2161 = 871 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2162 = 872 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2163 = 873 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2164 = 874 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2165 = 875 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2166 = 876 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2167 = 877 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2168 = 878 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2169 = 879 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2170 = 87a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2171 = 87b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2172 = 87c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2173 = 87d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2174 = 87e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2175 = 87f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2176 = 880 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2177 = 881 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2178 = 882 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2179 = 883 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2180 = 884 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2181 = 885 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2182 = 886 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2183 = 887 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2184 = 888 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2185 = 889 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2186 = 88a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2187 = 88b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2188 = 88c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2189 = 88d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2190 = 88e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2191 = 88f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2192 = 890 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2193 = 891 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2194 = 892 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2195 = 893 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2196 = 894 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2197 = 895 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2198 = 896 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2199 = 897 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2200 = 898 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2201 = 899 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2202 = 89a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2203 = 89b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2204 = 89c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2205 = 89d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2206 = 89e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2207 = 89f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2208 = 8a0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2209 = 8a1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2210 = 8a2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2211 = 8a3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2212 = 8a4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2213 = 8a5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2214 = 8a6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2215 = 8a7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2216 = 8a8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2217 = 8a9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2218 = 8aa */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2219 = 8ab */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2220 = 8ac */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2221 = 8ad */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2222 = 8ae */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2223 = 8af */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2224 = 8b0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2225 = 8b1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2226 = 8b2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2227 = 8b3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2228 = 8b4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2229 = 8b5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2230 = 8b6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2231 = 8b7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2232 = 8b8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2233 = 8b9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2234 = 8ba */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2235 = 8bb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2236 = 8bc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2237 = 8bd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2238 = 8be */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2239 = 8bf */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2240 = 8c0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2241 = 8c1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2242 = 8c2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2243 = 8c3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2244 = 8c4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2245 = 8c5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2246 = 8c6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2247 = 8c7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2248 = 8c8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2249 = 8c9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2250 = 8ca */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2251 = 8cb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2252 = 8cc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2253 = 8cd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2254 = 8ce */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2255 = 8cf */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2256 = 8d0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2257 = 8d1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2258 = 8d2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2259 = 8d3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2260 = 8d4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2261 = 8d5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2262 = 8d6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2263 = 8d7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2264 = 8d8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2265 = 8d9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2266 = 8da */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2267 = 8db */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2268 = 8dc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2269 = 8dd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2270 = 8de */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2271 = 8df */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2272 = 8e0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2273 = 8e1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2274 = 8e2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2275 = 8e3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2276 = 8e4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2277 = 8e5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2278 = 8e6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2279 = 8e7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2280 = 8e8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2281 = 8e9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2282 = 8ea */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2283 = 8eb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2284 = 8ec */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2285 = 8ed */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2286 = 8ee */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2287 = 8ef */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2288 = 8f0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2289 = 8f1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2290 = 8f2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2291 = 8f3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2292 = 8f4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2293 = 8f5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2294 = 8f6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2295 = 8f7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2296 = 8f8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2297 = 8f9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2298 = 8fa */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2299 = 8fb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2300 = 8fc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2301 = 8fd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2302 = 8fe */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2303 = 8ff */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2304 = 900 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2305 = 901 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2306 = 902 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2307 = 903 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2308 = 904 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2309 = 905 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2310 = 906 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2311 = 907 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2312 = 908 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2313 = 909 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2314 = 90a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2315 = 90b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2316 = 90c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2317 = 90d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2318 = 90e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2319 = 90f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2320 = 910 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2321 = 911 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2322 = 912 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2323 = 913 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2324 = 914 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2325 = 915 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2326 = 916 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2327 = 917 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2328 = 918 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2329 = 919 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2330 = 91a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2331 = 91b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2332 = 91c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2333 = 91d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2334 = 91e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2335 = 91f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2336 = 920 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2337 = 921 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2338 = 922 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2339 = 923 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2340 = 924 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2341 = 925 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2342 = 926 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2343 = 927 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2344 = 928 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2345 = 929 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2346 = 92a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2347 = 92b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2348 = 92c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2349 = 92d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2350 = 92e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2351 = 92f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2352 = 930 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2353 = 931 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2354 = 932 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2355 = 933 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2356 = 934 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2357 = 935 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2358 = 936 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2359 = 937 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2360 = 938 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2361 = 939 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2362 = 93a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2363 = 93b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2364 = 93c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2365 = 93d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2366 = 93e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2367 = 93f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2368 = 940 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2369 = 941 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2370 = 942 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2371 = 943 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2372 = 944 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2373 = 945 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2374 = 946 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2375 = 947 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2376 = 948 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2377 = 949 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2378 = 94a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2379 = 94b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2380 = 94c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2381 = 94d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2382 = 94e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2383 = 94f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2384 = 950 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2385 = 951 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2386 = 952 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2387 = 953 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2388 = 954 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2389 = 955 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2390 = 956 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2391 = 957 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2392 = 958 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2393 = 959 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2394 = 95a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2395 = 95b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2396 = 95c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2397 = 95d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2398 = 95e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2399 = 95f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2400 = 960 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2401 = 961 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2402 = 962 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2403 = 963 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2404 = 964 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2405 = 965 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2406 = 966 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2407 = 967 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2408 = 968 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2409 = 969 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2410 = 96a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2411 = 96b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2412 = 96c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2413 = 96d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2414 = 96e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2415 = 96f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2416 = 970 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2417 = 971 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2418 = 972 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2419 = 973 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2420 = 974 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2421 = 975 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2422 = 976 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2423 = 977 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2424 = 978 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2425 = 979 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2426 = 97a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2427 = 97b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2428 = 97c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2429 = 97d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2430 = 97e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2431 = 97f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2432 = 980 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2433 = 981 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2434 = 982 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2435 = 983 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2436 = 984 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2437 = 985 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2438 = 986 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2439 = 987 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2440 = 988 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2441 = 989 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2442 = 98a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2443 = 98b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2444 = 98c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2445 = 98d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2446 = 98e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2447 = 98f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2448 = 990 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2449 = 991 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2450 = 992 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2451 = 993 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2452 = 994 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2453 = 995 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2454 = 996 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2455 = 997 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2456 = 998 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2457 = 999 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2458 = 99a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2459 = 99b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2460 = 99c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2461 = 99d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2462 = 99e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2463 = 99f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2464 = 9a0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2465 = 9a1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2466 = 9a2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2467 = 9a3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2468 = 9a4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2469 = 9a5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2470 = 9a6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2471 = 9a7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2472 = 9a8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2473 = 9a9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2474 = 9aa */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2475 = 9ab */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2476 = 9ac */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2477 = 9ad */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2478 = 9ae */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2479 = 9af */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2480 = 9b0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2481 = 9b1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2482 = 9b2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2483 = 9b3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2484 = 9b4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2485 = 9b5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2486 = 9b6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2487 = 9b7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2488 = 9b8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2489 = 9b9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2490 = 9ba */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2491 = 9bb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2492 = 9bc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2493 = 9bd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2494 = 9be */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2495 = 9bf */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2496 = 9c0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2497 = 9c1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2498 = 9c2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2499 = 9c3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2500 = 9c4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2501 = 9c5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2502 = 9c6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2503 = 9c7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2504 = 9c8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2505 = 9c9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2506 = 9ca */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2507 = 9cb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2508 = 9cc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2509 = 9cd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2510 = 9ce */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2511 = 9cf */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2512 = 9d0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2513 = 9d1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2514 = 9d2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2515 = 9d3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2516 = 9d4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2517 = 9d5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2518 = 9d6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2519 = 9d7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2520 = 9d8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2521 = 9d9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2522 = 9da */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2523 = 9db */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2524 = 9dc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2525 = 9dd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2526 = 9de */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2527 = 9df */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2528 = 9e0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2529 = 9e1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2530 = 9e2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2531 = 9e3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2532 = 9e4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2533 = 9e5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2534 = 9e6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2535 = 9e7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2536 = 9e8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2537 = 9e9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2538 = 9ea */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2539 = 9eb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2540 = 9ec */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2541 = 9ed */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2542 = 9ee */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2543 = 9ef */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2544 = 9f0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2545 = 9f1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2546 = 9f2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2547 = 9f3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2548 = 9f4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2549 = 9f5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2550 = 9f6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2551 = 9f7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2552 = 9f8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2553 = 9f9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2554 = 9fa */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2555 = 9fb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2556 = 9fc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2557 = 9fd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2558 = 9fe */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2559 = 9ff */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2560 = a00 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2561 = a01 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2562 = a02 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2563 = a03 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2564 = a04 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2565 = a05 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2566 = a06 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2567 = a07 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2568 = a08 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2569 = a09 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2570 = a0a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2571 = a0b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2572 = a0c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2573 = a0d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2574 = a0e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2575 = a0f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2576 = a10 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2577 = a11 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2578 = a12 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2579 = a13 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2580 = a14 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2581 = a15 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2582 = a16 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2583 = a17 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2584 = a18 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2585 = a19 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2586 = a1a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2587 = a1b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2588 = a1c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2589 = a1d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2590 = a1e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2591 = a1f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2592 = a20 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2593 = a21 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2594 = a22 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2595 = a23 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2596 = a24 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2597 = a25 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2598 = a26 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2599 = a27 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2600 = a28 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2601 = a29 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2602 = a2a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2603 = a2b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2604 = a2c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2605 = a2d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2606 = a2e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2607 = a2f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2608 = a30 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2609 = a31 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2610 = a32 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2611 = a33 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2612 = a34 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2613 = a35 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2614 = a36 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2615 = a37 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2616 = a38 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2617 = a39 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2618 = a3a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2619 = a3b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2620 = a3c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2621 = a3d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2622 = a3e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2623 = a3f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2624 = a40 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2625 = a41 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2626 = a42 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2627 = a43 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2628 = a44 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2629 = a45 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2630 = a46 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2631 = a47 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2632 = a48 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2633 = a49 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2634 = a4a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2635 = a4b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2636 = a4c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2637 = a4d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2638 = a4e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2639 = a4f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2640 = a50 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2641 = a51 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2642 = a52 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2643 = a53 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2644 = a54 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2645 = a55 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2646 = a56 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2647 = a57 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2648 = a58 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2649 = a59 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2650 = a5a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2651 = a5b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2652 = a5c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2653 = a5d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2654 = a5e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2655 = a5f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2656 = a60 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2657 = a61 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2658 = a62 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2659 = a63 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2660 = a64 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2661 = a65 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2662 = a66 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2663 = a67 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2664 = a68 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2665 = a69 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2666 = a6a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2667 = a6b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2668 = a6c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2669 = a6d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2670 = a6e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2671 = a6f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2672 = a70 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2673 = a71 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2674 = a72 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2675 = a73 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2676 = a74 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2677 = a75 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2678 = a76 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2679 = a77 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2680 = a78 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2681 = a79 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2682 = a7a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2683 = a7b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2684 = a7c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2685 = a7d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2686 = a7e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2687 = a7f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2688 = a80 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2689 = a81 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2690 = a82 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2691 = a83 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2692 = a84 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2693 = a85 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2694 = a86 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2695 = a87 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2696 = a88 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2697 = a89 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2698 = a8a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2699 = a8b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2700 = a8c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2701 = a8d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2702 = a8e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2703 = a8f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2704 = a90 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2705 = a91 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2706 = a92 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2707 = a93 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2708 = a94 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2709 = a95 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2710 = a96 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2711 = a97 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2712 = a98 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2713 = a99 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2714 = a9a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2715 = a9b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2716 = a9c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2717 = a9d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2718 = a9e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2719 = a9f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2720 = aa0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2721 = aa1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2722 = aa2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2723 = aa3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2724 = aa4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2725 = aa5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2726 = aa6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2727 = aa7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2728 = aa8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2729 = aa9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2730 = aaa */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2731 = aab */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2732 = aac */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2733 = aad */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2734 = aae */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2735 = aaf */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2736 = ab0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2737 = ab1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2738 = ab2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2739 = ab3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2740 = ab4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2741 = ab5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2742 = ab6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2743 = ab7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2744 = ab8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2745 = ab9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2746 = aba */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2747 = abb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2748 = abc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2749 = abd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2750 = abe */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2751 = abf */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2752 = ac0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2753 = ac1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2754 = ac2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2755 = ac3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2756 = ac4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2757 = ac5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2758 = ac6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2759 = ac7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2760 = ac8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2761 = ac9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2762 = aca */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2763 = acb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2764 = acc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2765 = acd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2766 = ace */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2767 = acf */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2768 = ad0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2769 = ad1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2770 = ad2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2771 = ad3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2772 = ad4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2773 = ad5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2774 = ad6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2775 = ad7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2776 = ad8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2777 = ad9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2778 = ada */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2779 = adb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2780 = adc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2781 = add */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2782 = ade */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2783 = adf */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2784 = ae0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2785 = ae1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2786 = ae2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2787 = ae3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2788 = ae4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2789 = ae5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2790 = ae6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2791 = ae7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2792 = ae8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2793 = ae9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2794 = aea */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2795 = aeb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2796 = aec */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2797 = aed */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2798 = aee */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2799 = aef */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2800 = af0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2801 = af1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2802 = af2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2803 = af3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2804 = af4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2805 = af5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2806 = af6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2807 = af7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2808 = af8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2809 = af9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2810 = afa */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2811 = afb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2812 = afc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2813 = afd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2814 = afe */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2815 = aff */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2816 = b00 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2817 = b01 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2818 = b02 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2819 = b03 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2820 = b04 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2821 = b05 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2822 = b06 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2823 = b07 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2824 = b08 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2825 = b09 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2826 = b0a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2827 = b0b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2828 = b0c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2829 = b0d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2830 = b0e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2831 = b0f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2832 = b10 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2833 = b11 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2834 = b12 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2835 = b13 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2836 = b14 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2837 = b15 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2838 = b16 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2839 = b17 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2840 = b18 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2841 = b19 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2842 = b1a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2843 = b1b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2844 = b1c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2845 = b1d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2846 = b1e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2847 = b1f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2848 = b20 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2849 = b21 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2850 = b22 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2851 = b23 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2852 = b24 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2853 = b25 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2854 = b26 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2855 = b27 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2856 = b28 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2857 = b29 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2858 = b2a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2859 = b2b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2860 = b2c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2861 = b2d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2862 = b2e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2863 = b2f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2864 = b30 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2865 = b31 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2866 = b32 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2867 = b33 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2868 = b34 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2869 = b35 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2870 = b36 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2871 = b37 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2872 = b38 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2873 = b39 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2874 = b3a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2875 = b3b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2876 = b3c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2877 = b3d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2878 = b3e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2879 = b3f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2880 = b40 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2881 = b41 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2882 = b42 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2883 = b43 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2884 = b44 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2885 = b45 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2886 = b46 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2887 = b47 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2888 = b48 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2889 = b49 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2890 = b4a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2891 = b4b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2892 = b4c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2893 = b4d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2894 = b4e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2895 = b4f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2896 = b50 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2897 = b51 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2898 = b52 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2899 = b53 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2900 = b54 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2901 = b55 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2902 = b56 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2903 = b57 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2904 = b58 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2905 = b59 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2906 = b5a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2907 = b5b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2908 = b5c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2909 = b5d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2910 = b5e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2911 = b5f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2912 = b60 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2913 = b61 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2914 = b62 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2915 = b63 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2916 = b64 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2917 = b65 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2918 = b66 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2919 = b67 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2920 = b68 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2921 = b69 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2922 = b6a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2923 = b6b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2924 = b6c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2925 = b6d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2926 = b6e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2927 = b6f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2928 = b70 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2929 = b71 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2930 = b72 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2931 = b73 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2932 = b74 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2933 = b75 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2934 = b76 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2935 = b77 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2936 = b78 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2937 = b79 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2938 = b7a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2939 = b7b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2940 = b7c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2941 = b7d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2942 = b7e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2943 = b7f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2944 = b80 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2945 = b81 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2946 = b82 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2947 = b83 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2948 = b84 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2949 = b85 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2950 = b86 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2951 = b87 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2952 = b88 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2953 = b89 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2954 = b8a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2955 = b8b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2956 = b8c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2957 = b8d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2958 = b8e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2959 = b8f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2960 = b90 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2961 = b91 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2962 = b92 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2963 = b93 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2964 = b94 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2965 = b95 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2966 = b96 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2967 = b97 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2968 = b98 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2969 = b99 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2970 = b9a */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2971 = b9b */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2972 = b9c */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2973 = b9d */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2974 = b9e */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2975 = b9f */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2976 = ba0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2977 = ba1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2978 = ba2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2979 = ba3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2980 = ba4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2981 = ba5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2982 = ba6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2983 = ba7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2984 = ba8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2985 = ba9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2986 = baa */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2987 = bab */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2988 = bac */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2989 = bad */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2990 = bae */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2991 = baf */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2992 = bb0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2993 = bb1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2994 = bb2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2995 = bb3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2996 = bb4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2997 = bb5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2998 = bb6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 2999 = bb7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3000 = bb8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3001 = bb9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3002 = bba */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3003 = bbb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3004 = bbc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3005 = bbd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3006 = bbe */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3007 = bbf */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3008 = bc0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3009 = bc1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3010 = bc2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3011 = bc3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3012 = bc4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3013 = bc5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3014 = bc6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3015 = bc7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3016 = bc8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3017 = bc9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3018 = bca */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3019 = bcb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3020 = bcc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3021 = bcd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3022 = bce */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3023 = bcf */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3024 = bd0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3025 = bd1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3026 = bd2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3027 = bd3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3028 = bd4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3029 = bd5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3030 = bd6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3031 = bd7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3032 = bd8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3033 = bd9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3034 = bda */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3035 = bdb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3036 = bdc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3037 = bdd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3038 = bde */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3039 = bdf */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3040 = be0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3041 = be1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3042 = be2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3043 = be3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3044 = be4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3045 = be5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3046 = be6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3047 = be7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3048 = be8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3049 = be9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3050 = bea */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3051 = beb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3052 = bec */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3053 = bed */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3054 = bee */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3055 = bef */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3056 = bf0 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3057 = bf1 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3058 = bf2 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3059 = bf3 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3060 = bf4 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3061 = bf5 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3062 = bf6 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3063 = bf7 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3064 = bf8 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3065 = bf9 */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3066 = bfa */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3067 = bfb */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3068 = bfc */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3069 = bfd */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3070 = bfe */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3071 = bff */ {1, 0, 3}, /* 0x0002 => 0x0800+(1024)*/ + /* 3072 = c00 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3073 = c01 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3074 = c02 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3075 = c03 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3076 = c04 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3077 = c05 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3078 = c06 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3079 = c07 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3080 = c08 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3081 = c09 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3082 = c0a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3083 = c0b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3084 = c0c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3085 = c0d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3086 = c0e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3087 = c0f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3088 = c10 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3089 = c11 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3090 = c12 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3091 = c13 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3092 = c14 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3093 = c15 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3094 = c16 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3095 = c17 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3096 = c18 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3097 = c19 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3098 = c1a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3099 = c1b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3100 = c1c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3101 = c1d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3102 = c1e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3103 = c1f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3104 = c20 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3105 = c21 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3106 = c22 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3107 = c23 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3108 = c24 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3109 = c25 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3110 = c26 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3111 = c27 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3112 = c28 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3113 = c29 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3114 = c2a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3115 = c2b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3116 = c2c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3117 = c2d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3118 = c2e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3119 = c2f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3120 = c30 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3121 = c31 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3122 = c32 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3123 = c33 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3124 = c34 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3125 = c35 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3126 = c36 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3127 = c37 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3128 = c38 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3129 = c39 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3130 = c3a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3131 = c3b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3132 = c3c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3133 = c3d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3134 = c3e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3135 = c3f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3136 = c40 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3137 = c41 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3138 = c42 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3139 = c43 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3140 = c44 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3141 = c45 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3142 = c46 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3143 = c47 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3144 = c48 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3145 = c49 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3146 = c4a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3147 = c4b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3148 = c4c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3149 = c4d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3150 = c4e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3151 = c4f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3152 = c50 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3153 = c51 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3154 = c52 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3155 = c53 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3156 = c54 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3157 = c55 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3158 = c56 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3159 = c57 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3160 = c58 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3161 = c59 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3162 = c5a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3163 = c5b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3164 = c5c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3165 = c5d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3166 = c5e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3167 = c5f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3168 = c60 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3169 = c61 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3170 = c62 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3171 = c63 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3172 = c64 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3173 = c65 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3174 = c66 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3175 = c67 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3176 = c68 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3177 = c69 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3178 = c6a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3179 = c6b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3180 = c6c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3181 = c6d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3182 = c6e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3183 = c6f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3184 = c70 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3185 = c71 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3186 = c72 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3187 = c73 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3188 = c74 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3189 = c75 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3190 = c76 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3191 = c77 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3192 = c78 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3193 = c79 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3194 = c7a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3195 = c7b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3196 = c7c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3197 = c7d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3198 = c7e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3199 = c7f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3200 = c80 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3201 = c81 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3202 = c82 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3203 = c83 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3204 = c84 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3205 = c85 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3206 = c86 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3207 = c87 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3208 = c88 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3209 = c89 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3210 = c8a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3211 = c8b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3212 = c8c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3213 = c8d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3214 = c8e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3215 = c8f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3216 = c90 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3217 = c91 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3218 = c92 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3219 = c93 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3220 = c94 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3221 = c95 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3222 = c96 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3223 = c97 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3224 = c98 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3225 = c99 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3226 = c9a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3227 = c9b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3228 = c9c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3229 = c9d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3230 = c9e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3231 = c9f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3232 = ca0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3233 = ca1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3234 = ca2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3235 = ca3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3236 = ca4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3237 = ca5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3238 = ca6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3239 = ca7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3240 = ca8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3241 = ca9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3242 = caa */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3243 = cab */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3244 = cac */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3245 = cad */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3246 = cae */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3247 = caf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3248 = cb0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3249 = cb1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3250 = cb2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3251 = cb3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3252 = cb4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3253 = cb5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3254 = cb6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3255 = cb7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3256 = cb8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3257 = cb9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3258 = cba */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3259 = cbb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3260 = cbc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3261 = cbd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3262 = cbe */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3263 = cbf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3264 = cc0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3265 = cc1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3266 = cc2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3267 = cc3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3268 = cc4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3269 = cc5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3270 = cc6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3271 = cc7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3272 = cc8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3273 = cc9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3274 = cca */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3275 = ccb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3276 = ccc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3277 = ccd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3278 = cce */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3279 = ccf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3280 = cd0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3281 = cd1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3282 = cd2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3283 = cd3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3284 = cd4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3285 = cd5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3286 = cd6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3287 = cd7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3288 = cd8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3289 = cd9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3290 = cda */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3291 = cdb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3292 = cdc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3293 = cdd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3294 = cde */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3295 = cdf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3296 = ce0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3297 = ce1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3298 = ce2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3299 = ce3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3300 = ce4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3301 = ce5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3302 = ce6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3303 = ce7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3304 = ce8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3305 = ce9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3306 = cea */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3307 = ceb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3308 = cec */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3309 = ced */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3310 = cee */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3311 = cef */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3312 = cf0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3313 = cf1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3314 = cf2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3315 = cf3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3316 = cf4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3317 = cf5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3318 = cf6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3319 = cf7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3320 = cf8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3321 = cf9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3322 = cfa */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3323 = cfb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3324 = cfc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3325 = cfd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3326 = cfe */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3327 = cff */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3328 = d00 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3329 = d01 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3330 = d02 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3331 = d03 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3332 = d04 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3333 = d05 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3334 = d06 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3335 = d07 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3336 = d08 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3337 = d09 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3338 = d0a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3339 = d0b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3340 = d0c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3341 = d0d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3342 = d0e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3343 = d0f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3344 = d10 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3345 = d11 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3346 = d12 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3347 = d13 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3348 = d14 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3349 = d15 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3350 = d16 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3351 = d17 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3352 = d18 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3353 = d19 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3354 = d1a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3355 = d1b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3356 = d1c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3357 = d1d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3358 = d1e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3359 = d1f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3360 = d20 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3361 = d21 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3362 = d22 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3363 = d23 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3364 = d24 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3365 = d25 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3366 = d26 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3367 = d27 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3368 = d28 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3369 = d29 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3370 = d2a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3371 = d2b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3372 = d2c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3373 = d2d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3374 = d2e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3375 = d2f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3376 = d30 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3377 = d31 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3378 = d32 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3379 = d33 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3380 = d34 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3381 = d35 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3382 = d36 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3383 = d37 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3384 = d38 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3385 = d39 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3386 = d3a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3387 = d3b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3388 = d3c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3389 = d3d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3390 = d3e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3391 = d3f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3392 = d40 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3393 = d41 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3394 = d42 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3395 = d43 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3396 = d44 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3397 = d45 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3398 = d46 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3399 = d47 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3400 = d48 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3401 = d49 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3402 = d4a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3403 = d4b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3404 = d4c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3405 = d4d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3406 = d4e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3407 = d4f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3408 = d50 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3409 = d51 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3410 = d52 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3411 = d53 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3412 = d54 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3413 = d55 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3414 = d56 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3415 = d57 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3416 = d58 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3417 = d59 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3418 = d5a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3419 = d5b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3420 = d5c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3421 = d5d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3422 = d5e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3423 = d5f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3424 = d60 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3425 = d61 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3426 = d62 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3427 = d63 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3428 = d64 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3429 = d65 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3430 = d66 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3431 = d67 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3432 = d68 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3433 = d69 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3434 = d6a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3435 = d6b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3436 = d6c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3437 = d6d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3438 = d6e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3439 = d6f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3440 = d70 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3441 = d71 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3442 = d72 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3443 = d73 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3444 = d74 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3445 = d75 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3446 = d76 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3447 = d77 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3448 = d78 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3449 = d79 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3450 = d7a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3451 = d7b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3452 = d7c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3453 = d7d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3454 = d7e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3455 = d7f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3456 = d80 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3457 = d81 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3458 = d82 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3459 = d83 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3460 = d84 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3461 = d85 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3462 = d86 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3463 = d87 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3464 = d88 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3465 = d89 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3466 = d8a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3467 = d8b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3468 = d8c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3469 = d8d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3470 = d8e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3471 = d8f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3472 = d90 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3473 = d91 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3474 = d92 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3475 = d93 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3476 = d94 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3477 = d95 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3478 = d96 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3479 = d97 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3480 = d98 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3481 = d99 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3482 = d9a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3483 = d9b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3484 = d9c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3485 = d9d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3486 = d9e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3487 = d9f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3488 = da0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3489 = da1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3490 = da2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3491 = da3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3492 = da4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3493 = da5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3494 = da6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3495 = da7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3496 = da8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3497 = da9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3498 = daa */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3499 = dab */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3500 = dac */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3501 = dad */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3502 = dae */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3503 = daf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3504 = db0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3505 = db1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3506 = db2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3507 = db3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3508 = db4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3509 = db5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3510 = db6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3511 = db7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3512 = db8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3513 = db9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3514 = dba */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3515 = dbb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3516 = dbc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3517 = dbd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3518 = dbe */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3519 = dbf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3520 = dc0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3521 = dc1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3522 = dc2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3523 = dc3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3524 = dc4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3525 = dc5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3526 = dc6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3527 = dc7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3528 = dc8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3529 = dc9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3530 = dca */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3531 = dcb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3532 = dcc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3533 = dcd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3534 = dce */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3535 = dcf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3536 = dd0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3537 = dd1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3538 = dd2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3539 = dd3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3540 = dd4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3541 = dd5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3542 = dd6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3543 = dd7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3544 = dd8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3545 = dd9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3546 = dda */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3547 = ddb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3548 = ddc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3549 = ddd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3550 = dde */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3551 = ddf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3552 = de0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3553 = de1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3554 = de2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3555 = de3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3556 = de4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3557 = de5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3558 = de6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3559 = de7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3560 = de8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3561 = de9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3562 = dea */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3563 = deb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3564 = dec */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3565 = ded */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3566 = dee */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3567 = def */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3568 = df0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3569 = df1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3570 = df2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3571 = df3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3572 = df4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3573 = df5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3574 = df6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3575 = df7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3576 = df8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3577 = df9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3578 = dfa */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3579 = dfb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3580 = dfc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3581 = dfd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3582 = dfe */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3583 = dff */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3584 = e00 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3585 = e01 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3586 = e02 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3587 = e03 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3588 = e04 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3589 = e05 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3590 = e06 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3591 = e07 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3592 = e08 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3593 = e09 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3594 = e0a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3595 = e0b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3596 = e0c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3597 = e0d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3598 = e0e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3599 = e0f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3600 = e10 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3601 = e11 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3602 = e12 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3603 = e13 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3604 = e14 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3605 = e15 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3606 = e16 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3607 = e17 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3608 = e18 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3609 = e19 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3610 = e1a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3611 = e1b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3612 = e1c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3613 = e1d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3614 = e1e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3615 = e1f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3616 = e20 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3617 = e21 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3618 = e22 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3619 = e23 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3620 = e24 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3621 = e25 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3622 = e26 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3623 = e27 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3624 = e28 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3625 = e29 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3626 = e2a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3627 = e2b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3628 = e2c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3629 = e2d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3630 = e2e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3631 = e2f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3632 = e30 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3633 = e31 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3634 = e32 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3635 = e33 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3636 = e34 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3637 = e35 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3638 = e36 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3639 = e37 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3640 = e38 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3641 = e39 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3642 = e3a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3643 = e3b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3644 = e3c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3645 = e3d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3646 = e3e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3647 = e3f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3648 = e40 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3649 = e41 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3650 = e42 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3651 = e43 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3652 = e44 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3653 = e45 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3654 = e46 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3655 = e47 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3656 = e48 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3657 = e49 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3658 = e4a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3659 = e4b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3660 = e4c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3661 = e4d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3662 = e4e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3663 = e4f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3664 = e50 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3665 = e51 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3666 = e52 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3667 = e53 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3668 = e54 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3669 = e55 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3670 = e56 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3671 = e57 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3672 = e58 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3673 = e59 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3674 = e5a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3675 = e5b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3676 = e5c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3677 = e5d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3678 = e5e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3679 = e5f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3680 = e60 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3681 = e61 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3682 = e62 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3683 = e63 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3684 = e64 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3685 = e65 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3686 = e66 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3687 = e67 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3688 = e68 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3689 = e69 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3690 = e6a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3691 = e6b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3692 = e6c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3693 = e6d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3694 = e6e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3695 = e6f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3696 = e70 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3697 = e71 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3698 = e72 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3699 = e73 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3700 = e74 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3701 = e75 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3702 = e76 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3703 = e77 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3704 = e78 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3705 = e79 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3706 = e7a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3707 = e7b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3708 = e7c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3709 = e7d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3710 = e7e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3711 = e7f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3712 = e80 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3713 = e81 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3714 = e82 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3715 = e83 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3716 = e84 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3717 = e85 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3718 = e86 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3719 = e87 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3720 = e88 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3721 = e89 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3722 = e8a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3723 = e8b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3724 = e8c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3725 = e8d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3726 = e8e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3727 = e8f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3728 = e90 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3729 = e91 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3730 = e92 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3731 = e93 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3732 = e94 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3733 = e95 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3734 = e96 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3735 = e97 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3736 = e98 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3737 = e99 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3738 = e9a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3739 = e9b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3740 = e9c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3741 = e9d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3742 = e9e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3743 = e9f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3744 = ea0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3745 = ea1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3746 = ea2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3747 = ea3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3748 = ea4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3749 = ea5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3750 = ea6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3751 = ea7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3752 = ea8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3753 = ea9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3754 = eaa */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3755 = eab */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3756 = eac */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3757 = ead */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3758 = eae */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3759 = eaf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3760 = eb0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3761 = eb1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3762 = eb2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3763 = eb3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3764 = eb4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3765 = eb5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3766 = eb6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3767 = eb7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3768 = eb8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3769 = eb9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3770 = eba */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3771 = ebb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3772 = ebc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3773 = ebd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3774 = ebe */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3775 = ebf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3776 = ec0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3777 = ec1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3778 = ec2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3779 = ec3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3780 = ec4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3781 = ec5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3782 = ec6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3783 = ec7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3784 = ec8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3785 = ec9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3786 = eca */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3787 = ecb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3788 = ecc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3789 = ecd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3790 = ece */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3791 = ecf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3792 = ed0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3793 = ed1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3794 = ed2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3795 = ed3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3796 = ed4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3797 = ed5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3798 = ed6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3799 = ed7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3800 = ed8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3801 = ed9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3802 = eda */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3803 = edb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3804 = edc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3805 = edd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3806 = ede */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3807 = edf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3808 = ee0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3809 = ee1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3810 = ee2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3811 = ee3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3812 = ee4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3813 = ee5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3814 = ee6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3815 = ee7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3816 = ee8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3817 = ee9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3818 = eea */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3819 = eeb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3820 = eec */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3821 = eed */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3822 = eee */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3823 = eef */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3824 = ef0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3825 = ef1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3826 = ef2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3827 = ef3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3828 = ef4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3829 = ef5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3830 = ef6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3831 = ef7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3832 = ef8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3833 = ef9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3834 = efa */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3835 = efb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3836 = efc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3837 = efd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3838 = efe */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3839 = eff */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3840 = f00 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3841 = f01 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3842 = f02 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3843 = f03 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3844 = f04 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3845 = f05 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3846 = f06 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3847 = f07 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3848 = f08 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3849 = f09 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3850 = f0a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3851 = f0b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3852 = f0c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3853 = f0d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3854 = f0e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3855 = f0f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3856 = f10 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3857 = f11 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3858 = f12 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3859 = f13 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3860 = f14 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3861 = f15 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3862 = f16 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3863 = f17 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3864 = f18 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3865 = f19 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3866 = f1a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3867 = f1b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3868 = f1c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3869 = f1d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3870 = f1e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3871 = f1f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3872 = f20 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3873 = f21 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3874 = f22 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3875 = f23 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3876 = f24 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3877 = f25 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3878 = f26 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3879 = f27 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3880 = f28 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3881 = f29 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3882 = f2a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3883 = f2b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3884 = f2c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3885 = f2d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3886 = f2e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3887 = f2f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3888 = f30 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3889 = f31 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3890 = f32 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3891 = f33 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3892 = f34 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3893 = f35 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3894 = f36 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3895 = f37 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3896 = f38 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3897 = f39 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3898 = f3a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3899 = f3b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3900 = f3c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3901 = f3d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3902 = f3e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3903 = f3f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3904 = f40 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3905 = f41 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3906 = f42 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3907 = f43 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3908 = f44 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3909 = f45 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3910 = f46 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3911 = f47 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3912 = f48 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3913 = f49 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3914 = f4a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3915 = f4b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3916 = f4c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3917 = f4d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3918 = f4e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3919 = f4f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3920 = f50 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3921 = f51 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3922 = f52 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3923 = f53 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3924 = f54 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3925 = f55 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3926 = f56 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3927 = f57 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3928 = f58 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3929 = f59 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3930 = f5a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3931 = f5b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3932 = f5c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3933 = f5d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3934 = f5e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3935 = f5f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3936 = f60 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3937 = f61 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3938 = f62 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3939 = f63 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3940 = f64 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3941 = f65 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3942 = f66 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3943 = f67 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3944 = f68 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3945 = f69 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3946 = f6a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3947 = f6b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3948 = f6c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3949 = f6d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3950 = f6e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3951 = f6f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3952 = f70 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3953 = f71 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3954 = f72 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3955 = f73 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3956 = f74 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3957 = f75 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3958 = f76 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3959 = f77 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3960 = f78 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3961 = f79 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3962 = f7a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3963 = f7b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3964 = f7c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3965 = f7d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3966 = f7e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3967 = f7f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3968 = f80 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3969 = f81 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3970 = f82 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3971 = f83 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3972 = f84 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3973 = f85 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3974 = f86 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3975 = f87 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3976 = f88 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3977 = f89 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3978 = f8a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3979 = f8b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3980 = f8c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3981 = f8d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3982 = f8e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3983 = f8f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3984 = f90 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3985 = f91 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3986 = f92 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3987 = f93 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3988 = f94 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3989 = f95 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3990 = f96 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3991 = f97 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3992 = f98 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3993 = f99 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3994 = f9a */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3995 = f9b */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3996 = f9c */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3997 = f9d */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3998 = f9e */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 3999 = f9f */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4000 = fa0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4001 = fa1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4002 = fa2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4003 = fa3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4004 = fa4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4005 = fa5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4006 = fa6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4007 = fa7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4008 = fa8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4009 = fa9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4010 = faa */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4011 = fab */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4012 = fac */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4013 = fad */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4014 = fae */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4015 = faf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4016 = fb0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4017 = fb1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4018 = fb2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4019 = fb3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4020 = fb4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4021 = fb5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4022 = fb6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4023 = fb7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4024 = fb8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4025 = fb9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4026 = fba */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4027 = fbb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4028 = fbc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4029 = fbd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4030 = fbe */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4031 = fbf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4032 = fc0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4033 = fc1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4034 = fc2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4035 = fc3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4036 = fc4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4037 = fc5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4038 = fc6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4039 = fc7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4040 = fc8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4041 = fc9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4042 = fca */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4043 = fcb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4044 = fcc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4045 = fcd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4046 = fce */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4047 = fcf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4048 = fd0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4049 = fd1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4050 = fd2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4051 = fd3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4052 = fd4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4053 = fd5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4054 = fd6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4055 = fd7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4056 = fd8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4057 = fd9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4058 = fda */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4059 = fdb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4060 = fdc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4061 = fdd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4062 = fde */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4063 = fdf */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4064 = fe0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4065 = fe1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4066 = fe2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4067 = fe3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4068 = fe4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4069 = fe5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4070 = fe6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4071 = fe7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4072 = fe8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4073 = fe9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4074 = fea */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4075 = feb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4076 = fec */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4077 = fed */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4078 = fee */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4079 = fef */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4080 = ff0 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4081 = ff1 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4082 = ff2 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4083 = ff3 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4084 = ff4 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4085 = ff5 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4086 = ff6 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4087 = ff7 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4088 = ff8 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4089 = ff9 */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4090 = ffa */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4091 = ffb */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4092 = ffc */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4093 = ffd */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4094 = ffe */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4095 = fff */ {4, 0, 3}, /* 0x0003 => 0x0c00+(1024)*/ + /* 4096 = 1000 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4097 = 1001 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4098 = 1002 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4099 = 1003 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4100 = 1004 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4101 = 1005 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4102 = 1006 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4103 = 1007 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4104 = 1008 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4105 = 1009 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4106 = 100a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4107 = 100b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4108 = 100c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4109 = 100d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4110 = 100e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4111 = 100f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4112 = 1010 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4113 = 1011 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4114 = 1012 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4115 = 1013 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4116 = 1014 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4117 = 1015 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4118 = 1016 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4119 = 1017 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4120 = 1018 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4121 = 1019 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4122 = 101a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4123 = 101b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4124 = 101c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4125 = 101d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4126 = 101e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4127 = 101f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4128 = 1020 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4129 = 1021 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4130 = 1022 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4131 = 1023 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4132 = 1024 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4133 = 1025 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4134 = 1026 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4135 = 1027 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4136 = 1028 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4137 = 1029 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4138 = 102a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4139 = 102b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4140 = 102c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4141 = 102d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4142 = 102e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4143 = 102f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4144 = 1030 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4145 = 1031 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4146 = 1032 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4147 = 1033 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4148 = 1034 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4149 = 1035 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4150 = 1036 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4151 = 1037 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4152 = 1038 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4153 = 1039 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4154 = 103a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4155 = 103b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4156 = 103c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4157 = 103d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4158 = 103e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4159 = 103f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4160 = 1040 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4161 = 1041 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4162 = 1042 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4163 = 1043 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4164 = 1044 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4165 = 1045 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4166 = 1046 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4167 = 1047 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4168 = 1048 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4169 = 1049 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4170 = 104a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4171 = 104b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4172 = 104c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4173 = 104d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4174 = 104e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4175 = 104f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4176 = 1050 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4177 = 1051 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4178 = 1052 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4179 = 1053 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4180 = 1054 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4181 = 1055 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4182 = 1056 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4183 = 1057 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4184 = 1058 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4185 = 1059 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4186 = 105a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4187 = 105b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4188 = 105c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4189 = 105d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4190 = 105e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4191 = 105f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4192 = 1060 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4193 = 1061 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4194 = 1062 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4195 = 1063 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4196 = 1064 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4197 = 1065 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4198 = 1066 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4199 = 1067 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4200 = 1068 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4201 = 1069 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4202 = 106a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4203 = 106b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4204 = 106c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4205 = 106d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4206 = 106e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4207 = 106f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4208 = 1070 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4209 = 1071 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4210 = 1072 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4211 = 1073 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4212 = 1074 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4213 = 1075 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4214 = 1076 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4215 = 1077 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4216 = 1078 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4217 = 1079 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4218 = 107a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4219 = 107b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4220 = 107c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4221 = 107d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4222 = 107e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4223 = 107f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4224 = 1080 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4225 = 1081 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4226 = 1082 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4227 = 1083 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4228 = 1084 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4229 = 1085 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4230 = 1086 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4231 = 1087 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4232 = 1088 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4233 = 1089 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4234 = 108a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4235 = 108b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4236 = 108c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4237 = 108d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4238 = 108e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4239 = 108f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4240 = 1090 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4241 = 1091 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4242 = 1092 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4243 = 1093 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4244 = 1094 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4245 = 1095 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4246 = 1096 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4247 = 1097 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4248 = 1098 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4249 = 1099 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4250 = 109a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4251 = 109b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4252 = 109c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4253 = 109d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4254 = 109e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4255 = 109f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4256 = 10a0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4257 = 10a1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4258 = 10a2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4259 = 10a3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4260 = 10a4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4261 = 10a5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4262 = 10a6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4263 = 10a7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4264 = 10a8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4265 = 10a9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4266 = 10aa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4267 = 10ab */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4268 = 10ac */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4269 = 10ad */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4270 = 10ae */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4271 = 10af */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4272 = 10b0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4273 = 10b1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4274 = 10b2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4275 = 10b3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4276 = 10b4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4277 = 10b5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4278 = 10b6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4279 = 10b7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4280 = 10b8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4281 = 10b9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4282 = 10ba */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4283 = 10bb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4284 = 10bc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4285 = 10bd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4286 = 10be */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4287 = 10bf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4288 = 10c0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4289 = 10c1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4290 = 10c2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4291 = 10c3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4292 = 10c4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4293 = 10c5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4294 = 10c6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4295 = 10c7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4296 = 10c8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4297 = 10c9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4298 = 10ca */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4299 = 10cb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4300 = 10cc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4301 = 10cd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4302 = 10ce */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4303 = 10cf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4304 = 10d0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4305 = 10d1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4306 = 10d2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4307 = 10d3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4308 = 10d4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4309 = 10d5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4310 = 10d6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4311 = 10d7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4312 = 10d8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4313 = 10d9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4314 = 10da */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4315 = 10db */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4316 = 10dc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4317 = 10dd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4318 = 10de */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4319 = 10df */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4320 = 10e0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4321 = 10e1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4322 = 10e2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4323 = 10e3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4324 = 10e4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4325 = 10e5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4326 = 10e6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4327 = 10e7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4328 = 10e8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4329 = 10e9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4330 = 10ea */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4331 = 10eb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4332 = 10ec */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4333 = 10ed */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4334 = 10ee */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4335 = 10ef */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4336 = 10f0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4337 = 10f1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4338 = 10f2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4339 = 10f3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4340 = 10f4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4341 = 10f5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4342 = 10f6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4343 = 10f7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4344 = 10f8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4345 = 10f9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4346 = 10fa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4347 = 10fb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4348 = 10fc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4349 = 10fd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4350 = 10fe */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4351 = 10ff */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4352 = 1100 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4353 = 1101 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4354 = 1102 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4355 = 1103 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4356 = 1104 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4357 = 1105 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4358 = 1106 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4359 = 1107 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4360 = 1108 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4361 = 1109 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4362 = 110a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4363 = 110b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4364 = 110c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4365 = 110d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4366 = 110e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4367 = 110f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4368 = 1110 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4369 = 1111 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4370 = 1112 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4371 = 1113 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4372 = 1114 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4373 = 1115 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4374 = 1116 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4375 = 1117 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4376 = 1118 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4377 = 1119 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4378 = 111a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4379 = 111b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4380 = 111c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4381 = 111d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4382 = 111e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4383 = 111f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4384 = 1120 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4385 = 1121 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4386 = 1122 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4387 = 1123 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4388 = 1124 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4389 = 1125 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4390 = 1126 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4391 = 1127 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4392 = 1128 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4393 = 1129 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4394 = 112a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4395 = 112b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4396 = 112c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4397 = 112d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4398 = 112e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4399 = 112f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4400 = 1130 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4401 = 1131 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4402 = 1132 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4403 = 1133 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4404 = 1134 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4405 = 1135 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4406 = 1136 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4407 = 1137 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4408 = 1138 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4409 = 1139 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4410 = 113a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4411 = 113b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4412 = 113c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4413 = 113d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4414 = 113e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4415 = 113f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4416 = 1140 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4417 = 1141 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4418 = 1142 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4419 = 1143 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4420 = 1144 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4421 = 1145 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4422 = 1146 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4423 = 1147 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4424 = 1148 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4425 = 1149 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4426 = 114a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4427 = 114b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4428 = 114c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4429 = 114d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4430 = 114e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4431 = 114f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4432 = 1150 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4433 = 1151 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4434 = 1152 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4435 = 1153 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4436 = 1154 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4437 = 1155 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4438 = 1156 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4439 = 1157 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4440 = 1158 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4441 = 1159 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4442 = 115a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4443 = 115b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4444 = 115c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4445 = 115d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4446 = 115e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4447 = 115f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4448 = 1160 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4449 = 1161 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4450 = 1162 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4451 = 1163 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4452 = 1164 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4453 = 1165 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4454 = 1166 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4455 = 1167 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4456 = 1168 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4457 = 1169 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4458 = 116a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4459 = 116b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4460 = 116c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4461 = 116d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4462 = 116e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4463 = 116f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4464 = 1170 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4465 = 1171 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4466 = 1172 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4467 = 1173 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4468 = 1174 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4469 = 1175 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4470 = 1176 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4471 = 1177 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4472 = 1178 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4473 = 1179 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4474 = 117a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4475 = 117b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4476 = 117c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4477 = 117d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4478 = 117e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4479 = 117f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4480 = 1180 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4481 = 1181 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4482 = 1182 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4483 = 1183 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4484 = 1184 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4485 = 1185 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4486 = 1186 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4487 = 1187 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4488 = 1188 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4489 = 1189 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4490 = 118a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4491 = 118b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4492 = 118c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4493 = 118d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4494 = 118e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4495 = 118f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4496 = 1190 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4497 = 1191 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4498 = 1192 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4499 = 1193 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4500 = 1194 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4501 = 1195 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4502 = 1196 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4503 = 1197 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4504 = 1198 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4505 = 1199 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4506 = 119a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4507 = 119b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4508 = 119c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4509 = 119d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4510 = 119e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4511 = 119f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4512 = 11a0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4513 = 11a1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4514 = 11a2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4515 = 11a3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4516 = 11a4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4517 = 11a5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4518 = 11a6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4519 = 11a7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4520 = 11a8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4521 = 11a9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4522 = 11aa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4523 = 11ab */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4524 = 11ac */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4525 = 11ad */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4526 = 11ae */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4527 = 11af */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4528 = 11b0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4529 = 11b1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4530 = 11b2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4531 = 11b3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4532 = 11b4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4533 = 11b5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4534 = 11b6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4535 = 11b7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4536 = 11b8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4537 = 11b9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4538 = 11ba */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4539 = 11bb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4540 = 11bc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4541 = 11bd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4542 = 11be */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4543 = 11bf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4544 = 11c0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4545 = 11c1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4546 = 11c2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4547 = 11c3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4548 = 11c4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4549 = 11c5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4550 = 11c6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4551 = 11c7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4552 = 11c8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4553 = 11c9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4554 = 11ca */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4555 = 11cb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4556 = 11cc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4557 = 11cd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4558 = 11ce */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4559 = 11cf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4560 = 11d0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4561 = 11d1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4562 = 11d2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4563 = 11d3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4564 = 11d4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4565 = 11d5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4566 = 11d6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4567 = 11d7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4568 = 11d8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4569 = 11d9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4570 = 11da */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4571 = 11db */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4572 = 11dc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4573 = 11dd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4574 = 11de */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4575 = 11df */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4576 = 11e0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4577 = 11e1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4578 = 11e2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4579 = 11e3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4580 = 11e4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4581 = 11e5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4582 = 11e6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4583 = 11e7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4584 = 11e8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4585 = 11e9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4586 = 11ea */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4587 = 11eb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4588 = 11ec */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4589 = 11ed */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4590 = 11ee */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4591 = 11ef */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4592 = 11f0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4593 = 11f1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4594 = 11f2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4595 = 11f3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4596 = 11f4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4597 = 11f5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4598 = 11f6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4599 = 11f7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4600 = 11f8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4601 = 11f9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4602 = 11fa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4603 = 11fb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4604 = 11fc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4605 = 11fd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4606 = 11fe */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4607 = 11ff */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4608 = 1200 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4609 = 1201 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4610 = 1202 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4611 = 1203 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4612 = 1204 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4613 = 1205 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4614 = 1206 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4615 = 1207 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4616 = 1208 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4617 = 1209 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4618 = 120a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4619 = 120b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4620 = 120c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4621 = 120d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4622 = 120e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4623 = 120f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4624 = 1210 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4625 = 1211 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4626 = 1212 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4627 = 1213 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4628 = 1214 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4629 = 1215 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4630 = 1216 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4631 = 1217 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4632 = 1218 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4633 = 1219 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4634 = 121a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4635 = 121b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4636 = 121c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4637 = 121d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4638 = 121e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4639 = 121f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4640 = 1220 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4641 = 1221 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4642 = 1222 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4643 = 1223 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4644 = 1224 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4645 = 1225 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4646 = 1226 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4647 = 1227 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4648 = 1228 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4649 = 1229 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4650 = 122a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4651 = 122b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4652 = 122c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4653 = 122d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4654 = 122e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4655 = 122f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4656 = 1230 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4657 = 1231 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4658 = 1232 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4659 = 1233 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4660 = 1234 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4661 = 1235 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4662 = 1236 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4663 = 1237 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4664 = 1238 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4665 = 1239 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4666 = 123a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4667 = 123b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4668 = 123c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4669 = 123d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4670 = 123e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4671 = 123f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4672 = 1240 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4673 = 1241 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4674 = 1242 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4675 = 1243 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4676 = 1244 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4677 = 1245 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4678 = 1246 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4679 = 1247 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4680 = 1248 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4681 = 1249 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4682 = 124a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4683 = 124b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4684 = 124c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4685 = 124d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4686 = 124e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4687 = 124f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4688 = 1250 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4689 = 1251 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4690 = 1252 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4691 = 1253 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4692 = 1254 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4693 = 1255 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4694 = 1256 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4695 = 1257 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4696 = 1258 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4697 = 1259 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4698 = 125a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4699 = 125b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4700 = 125c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4701 = 125d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4702 = 125e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4703 = 125f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4704 = 1260 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4705 = 1261 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4706 = 1262 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4707 = 1263 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4708 = 1264 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4709 = 1265 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4710 = 1266 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4711 = 1267 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4712 = 1268 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4713 = 1269 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4714 = 126a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4715 = 126b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4716 = 126c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4717 = 126d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4718 = 126e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4719 = 126f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4720 = 1270 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4721 = 1271 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4722 = 1272 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4723 = 1273 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4724 = 1274 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4725 = 1275 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4726 = 1276 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4727 = 1277 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4728 = 1278 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4729 = 1279 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4730 = 127a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4731 = 127b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4732 = 127c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4733 = 127d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4734 = 127e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4735 = 127f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4736 = 1280 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4737 = 1281 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4738 = 1282 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4739 = 1283 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4740 = 1284 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4741 = 1285 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4742 = 1286 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4743 = 1287 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4744 = 1288 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4745 = 1289 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4746 = 128a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4747 = 128b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4748 = 128c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4749 = 128d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4750 = 128e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4751 = 128f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4752 = 1290 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4753 = 1291 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4754 = 1292 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4755 = 1293 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4756 = 1294 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4757 = 1295 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4758 = 1296 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4759 = 1297 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4760 = 1298 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4761 = 1299 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4762 = 129a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4763 = 129b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4764 = 129c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4765 = 129d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4766 = 129e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4767 = 129f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4768 = 12a0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4769 = 12a1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4770 = 12a2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4771 = 12a3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4772 = 12a4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4773 = 12a5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4774 = 12a6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4775 = 12a7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4776 = 12a8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4777 = 12a9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4778 = 12aa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4779 = 12ab */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4780 = 12ac */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4781 = 12ad */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4782 = 12ae */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4783 = 12af */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4784 = 12b0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4785 = 12b1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4786 = 12b2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4787 = 12b3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4788 = 12b4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4789 = 12b5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4790 = 12b6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4791 = 12b7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4792 = 12b8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4793 = 12b9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4794 = 12ba */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4795 = 12bb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4796 = 12bc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4797 = 12bd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4798 = 12be */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4799 = 12bf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4800 = 12c0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4801 = 12c1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4802 = 12c2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4803 = 12c3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4804 = 12c4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4805 = 12c5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4806 = 12c6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4807 = 12c7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4808 = 12c8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4809 = 12c9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4810 = 12ca */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4811 = 12cb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4812 = 12cc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4813 = 12cd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4814 = 12ce */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4815 = 12cf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4816 = 12d0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4817 = 12d1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4818 = 12d2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4819 = 12d3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4820 = 12d4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4821 = 12d5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4822 = 12d6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4823 = 12d7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4824 = 12d8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4825 = 12d9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4826 = 12da */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4827 = 12db */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4828 = 12dc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4829 = 12dd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4830 = 12de */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4831 = 12df */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4832 = 12e0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4833 = 12e1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4834 = 12e2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4835 = 12e3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4836 = 12e4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4837 = 12e5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4838 = 12e6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4839 = 12e7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4840 = 12e8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4841 = 12e9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4842 = 12ea */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4843 = 12eb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4844 = 12ec */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4845 = 12ed */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4846 = 12ee */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4847 = 12ef */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4848 = 12f0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4849 = 12f1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4850 = 12f2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4851 = 12f3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4852 = 12f4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4853 = 12f5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4854 = 12f6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4855 = 12f7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4856 = 12f8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4857 = 12f9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4858 = 12fa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4859 = 12fb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4860 = 12fc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4861 = 12fd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4862 = 12fe */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4863 = 12ff */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4864 = 1300 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4865 = 1301 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4866 = 1302 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4867 = 1303 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4868 = 1304 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4869 = 1305 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4870 = 1306 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4871 = 1307 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4872 = 1308 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4873 = 1309 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4874 = 130a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4875 = 130b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4876 = 130c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4877 = 130d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4878 = 130e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4879 = 130f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4880 = 1310 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4881 = 1311 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4882 = 1312 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4883 = 1313 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4884 = 1314 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4885 = 1315 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4886 = 1316 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4887 = 1317 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4888 = 1318 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4889 = 1319 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4890 = 131a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4891 = 131b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4892 = 131c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4893 = 131d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4894 = 131e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4895 = 131f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4896 = 1320 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4897 = 1321 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4898 = 1322 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4899 = 1323 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4900 = 1324 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4901 = 1325 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4902 = 1326 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4903 = 1327 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4904 = 1328 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4905 = 1329 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4906 = 132a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4907 = 132b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4908 = 132c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4909 = 132d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4910 = 132e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4911 = 132f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4912 = 1330 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4913 = 1331 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4914 = 1332 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4915 = 1333 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4916 = 1334 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4917 = 1335 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4918 = 1336 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4919 = 1337 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4920 = 1338 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4921 = 1339 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4922 = 133a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4923 = 133b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4924 = 133c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4925 = 133d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4926 = 133e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4927 = 133f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4928 = 1340 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4929 = 1341 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4930 = 1342 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4931 = 1343 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4932 = 1344 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4933 = 1345 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4934 = 1346 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4935 = 1347 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4936 = 1348 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4937 = 1349 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4938 = 134a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4939 = 134b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4940 = 134c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4941 = 134d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4942 = 134e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4943 = 134f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4944 = 1350 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4945 = 1351 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4946 = 1352 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4947 = 1353 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4948 = 1354 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4949 = 1355 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4950 = 1356 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4951 = 1357 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4952 = 1358 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4953 = 1359 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4954 = 135a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4955 = 135b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4956 = 135c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4957 = 135d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4958 = 135e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4959 = 135f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4960 = 1360 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4961 = 1361 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4962 = 1362 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4963 = 1363 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4964 = 1364 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4965 = 1365 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4966 = 1366 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4967 = 1367 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4968 = 1368 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4969 = 1369 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4970 = 136a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4971 = 136b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4972 = 136c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4973 = 136d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4974 = 136e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4975 = 136f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4976 = 1370 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4977 = 1371 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4978 = 1372 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4979 = 1373 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4980 = 1374 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4981 = 1375 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4982 = 1376 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4983 = 1377 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4984 = 1378 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4985 = 1379 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4986 = 137a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4987 = 137b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4988 = 137c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4989 = 137d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4990 = 137e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4991 = 137f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4992 = 1380 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4993 = 1381 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4994 = 1382 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4995 = 1383 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4996 = 1384 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4997 = 1385 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4998 = 1386 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 4999 = 1387 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5000 = 1388 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5001 = 1389 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5002 = 138a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5003 = 138b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5004 = 138c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5005 = 138d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5006 = 138e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5007 = 138f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5008 = 1390 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5009 = 1391 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5010 = 1392 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5011 = 1393 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5012 = 1394 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5013 = 1395 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5014 = 1396 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5015 = 1397 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5016 = 1398 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5017 = 1399 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5018 = 139a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5019 = 139b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5020 = 139c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5021 = 139d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5022 = 139e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5023 = 139f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5024 = 13a0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5025 = 13a1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5026 = 13a2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5027 = 13a3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5028 = 13a4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5029 = 13a5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5030 = 13a6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5031 = 13a7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5032 = 13a8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5033 = 13a9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5034 = 13aa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5035 = 13ab */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5036 = 13ac */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5037 = 13ad */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5038 = 13ae */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5039 = 13af */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5040 = 13b0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5041 = 13b1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5042 = 13b2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5043 = 13b3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5044 = 13b4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5045 = 13b5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5046 = 13b6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5047 = 13b7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5048 = 13b8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5049 = 13b9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5050 = 13ba */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5051 = 13bb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5052 = 13bc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5053 = 13bd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5054 = 13be */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5055 = 13bf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5056 = 13c0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5057 = 13c1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5058 = 13c2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5059 = 13c3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5060 = 13c4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5061 = 13c5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5062 = 13c6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5063 = 13c7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5064 = 13c8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5065 = 13c9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5066 = 13ca */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5067 = 13cb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5068 = 13cc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5069 = 13cd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5070 = 13ce */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5071 = 13cf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5072 = 13d0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5073 = 13d1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5074 = 13d2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5075 = 13d3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5076 = 13d4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5077 = 13d5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5078 = 13d6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5079 = 13d7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5080 = 13d8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5081 = 13d9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5082 = 13da */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5083 = 13db */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5084 = 13dc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5085 = 13dd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5086 = 13de */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5087 = 13df */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5088 = 13e0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5089 = 13e1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5090 = 13e2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5091 = 13e3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5092 = 13e4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5093 = 13e5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5094 = 13e6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5095 = 13e7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5096 = 13e8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5097 = 13e9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5098 = 13ea */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5099 = 13eb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5100 = 13ec */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5101 = 13ed */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5102 = 13ee */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5103 = 13ef */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5104 = 13f0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5105 = 13f1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5106 = 13f2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5107 = 13f3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5108 = 13f4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5109 = 13f5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5110 = 13f6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5111 = 13f7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5112 = 13f8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5113 = 13f9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5114 = 13fa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5115 = 13fb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5116 = 13fc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5117 = 13fd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5118 = 13fe */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5119 = 13ff */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5120 = 1400 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5121 = 1401 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5122 = 1402 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5123 = 1403 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5124 = 1404 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5125 = 1405 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5126 = 1406 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5127 = 1407 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5128 = 1408 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5129 = 1409 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5130 = 140a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5131 = 140b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5132 = 140c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5133 = 140d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5134 = 140e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5135 = 140f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5136 = 1410 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5137 = 1411 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5138 = 1412 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5139 = 1413 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5140 = 1414 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5141 = 1415 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5142 = 1416 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5143 = 1417 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5144 = 1418 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5145 = 1419 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5146 = 141a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5147 = 141b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5148 = 141c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5149 = 141d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5150 = 141e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5151 = 141f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5152 = 1420 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5153 = 1421 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5154 = 1422 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5155 = 1423 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5156 = 1424 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5157 = 1425 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5158 = 1426 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5159 = 1427 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5160 = 1428 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5161 = 1429 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5162 = 142a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5163 = 142b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5164 = 142c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5165 = 142d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5166 = 142e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5167 = 142f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5168 = 1430 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5169 = 1431 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5170 = 1432 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5171 = 1433 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5172 = 1434 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5173 = 1435 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5174 = 1436 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5175 = 1437 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5176 = 1438 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5177 = 1439 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5178 = 143a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5179 = 143b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5180 = 143c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5181 = 143d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5182 = 143e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5183 = 143f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5184 = 1440 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5185 = 1441 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5186 = 1442 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5187 = 1443 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5188 = 1444 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5189 = 1445 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5190 = 1446 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5191 = 1447 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5192 = 1448 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5193 = 1449 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5194 = 144a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5195 = 144b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5196 = 144c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5197 = 144d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5198 = 144e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5199 = 144f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5200 = 1450 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5201 = 1451 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5202 = 1452 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5203 = 1453 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5204 = 1454 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5205 = 1455 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5206 = 1456 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5207 = 1457 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5208 = 1458 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5209 = 1459 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5210 = 145a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5211 = 145b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5212 = 145c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5213 = 145d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5214 = 145e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5215 = 145f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5216 = 1460 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5217 = 1461 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5218 = 1462 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5219 = 1463 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5220 = 1464 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5221 = 1465 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5222 = 1466 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5223 = 1467 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5224 = 1468 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5225 = 1469 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5226 = 146a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5227 = 146b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5228 = 146c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5229 = 146d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5230 = 146e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5231 = 146f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5232 = 1470 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5233 = 1471 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5234 = 1472 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5235 = 1473 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5236 = 1474 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5237 = 1475 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5238 = 1476 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5239 = 1477 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5240 = 1478 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5241 = 1479 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5242 = 147a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5243 = 147b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5244 = 147c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5245 = 147d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5246 = 147e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5247 = 147f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5248 = 1480 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5249 = 1481 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5250 = 1482 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5251 = 1483 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5252 = 1484 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5253 = 1485 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5254 = 1486 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5255 = 1487 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5256 = 1488 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5257 = 1489 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5258 = 148a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5259 = 148b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5260 = 148c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5261 = 148d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5262 = 148e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5263 = 148f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5264 = 1490 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5265 = 1491 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5266 = 1492 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5267 = 1493 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5268 = 1494 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5269 = 1495 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5270 = 1496 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5271 = 1497 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5272 = 1498 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5273 = 1499 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5274 = 149a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5275 = 149b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5276 = 149c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5277 = 149d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5278 = 149e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5279 = 149f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5280 = 14a0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5281 = 14a1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5282 = 14a2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5283 = 14a3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5284 = 14a4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5285 = 14a5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5286 = 14a6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5287 = 14a7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5288 = 14a8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5289 = 14a9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5290 = 14aa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5291 = 14ab */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5292 = 14ac */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5293 = 14ad */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5294 = 14ae */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5295 = 14af */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5296 = 14b0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5297 = 14b1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5298 = 14b2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5299 = 14b3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5300 = 14b4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5301 = 14b5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5302 = 14b6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5303 = 14b7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5304 = 14b8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5305 = 14b9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5306 = 14ba */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5307 = 14bb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5308 = 14bc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5309 = 14bd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5310 = 14be */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5311 = 14bf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5312 = 14c0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5313 = 14c1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5314 = 14c2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5315 = 14c3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5316 = 14c4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5317 = 14c5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5318 = 14c6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5319 = 14c7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5320 = 14c8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5321 = 14c9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5322 = 14ca */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5323 = 14cb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5324 = 14cc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5325 = 14cd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5326 = 14ce */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5327 = 14cf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5328 = 14d0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5329 = 14d1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5330 = 14d2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5331 = 14d3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5332 = 14d4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5333 = 14d5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5334 = 14d6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5335 = 14d7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5336 = 14d8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5337 = 14d9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5338 = 14da */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5339 = 14db */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5340 = 14dc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5341 = 14dd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5342 = 14de */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5343 = 14df */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5344 = 14e0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5345 = 14e1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5346 = 14e2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5347 = 14e3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5348 = 14e4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5349 = 14e5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5350 = 14e6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5351 = 14e7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5352 = 14e8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5353 = 14e9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5354 = 14ea */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5355 = 14eb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5356 = 14ec */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5357 = 14ed */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5358 = 14ee */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5359 = 14ef */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5360 = 14f0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5361 = 14f1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5362 = 14f2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5363 = 14f3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5364 = 14f4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5365 = 14f5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5366 = 14f6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5367 = 14f7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5368 = 14f8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5369 = 14f9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5370 = 14fa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5371 = 14fb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5372 = 14fc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5373 = 14fd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5374 = 14fe */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5375 = 14ff */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5376 = 1500 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5377 = 1501 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5378 = 1502 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5379 = 1503 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5380 = 1504 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5381 = 1505 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5382 = 1506 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5383 = 1507 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5384 = 1508 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5385 = 1509 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5386 = 150a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5387 = 150b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5388 = 150c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5389 = 150d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5390 = 150e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5391 = 150f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5392 = 1510 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5393 = 1511 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5394 = 1512 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5395 = 1513 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5396 = 1514 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5397 = 1515 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5398 = 1516 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5399 = 1517 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5400 = 1518 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5401 = 1519 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5402 = 151a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5403 = 151b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5404 = 151c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5405 = 151d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5406 = 151e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5407 = 151f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5408 = 1520 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5409 = 1521 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5410 = 1522 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5411 = 1523 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5412 = 1524 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5413 = 1525 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5414 = 1526 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5415 = 1527 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5416 = 1528 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5417 = 1529 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5418 = 152a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5419 = 152b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5420 = 152c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5421 = 152d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5422 = 152e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5423 = 152f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5424 = 1530 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5425 = 1531 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5426 = 1532 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5427 = 1533 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5428 = 1534 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5429 = 1535 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5430 = 1536 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5431 = 1537 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5432 = 1538 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5433 = 1539 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5434 = 153a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5435 = 153b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5436 = 153c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5437 = 153d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5438 = 153e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5439 = 153f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5440 = 1540 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5441 = 1541 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5442 = 1542 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5443 = 1543 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5444 = 1544 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5445 = 1545 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5446 = 1546 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5447 = 1547 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5448 = 1548 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5449 = 1549 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5450 = 154a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5451 = 154b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5452 = 154c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5453 = 154d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5454 = 154e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5455 = 154f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5456 = 1550 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5457 = 1551 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5458 = 1552 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5459 = 1553 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5460 = 1554 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5461 = 1555 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5462 = 1556 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5463 = 1557 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5464 = 1558 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5465 = 1559 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5466 = 155a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5467 = 155b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5468 = 155c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5469 = 155d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5470 = 155e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5471 = 155f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5472 = 1560 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5473 = 1561 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5474 = 1562 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5475 = 1563 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5476 = 1564 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5477 = 1565 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5478 = 1566 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5479 = 1567 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5480 = 1568 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5481 = 1569 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5482 = 156a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5483 = 156b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5484 = 156c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5485 = 156d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5486 = 156e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5487 = 156f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5488 = 1570 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5489 = 1571 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5490 = 1572 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5491 = 1573 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5492 = 1574 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5493 = 1575 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5494 = 1576 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5495 = 1577 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5496 = 1578 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5497 = 1579 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5498 = 157a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5499 = 157b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5500 = 157c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5501 = 157d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5502 = 157e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5503 = 157f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5504 = 1580 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5505 = 1581 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5506 = 1582 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5507 = 1583 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5508 = 1584 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5509 = 1585 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5510 = 1586 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5511 = 1587 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5512 = 1588 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5513 = 1589 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5514 = 158a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5515 = 158b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5516 = 158c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5517 = 158d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5518 = 158e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5519 = 158f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5520 = 1590 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5521 = 1591 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5522 = 1592 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5523 = 1593 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5524 = 1594 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5525 = 1595 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5526 = 1596 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5527 = 1597 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5528 = 1598 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5529 = 1599 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5530 = 159a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5531 = 159b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5532 = 159c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5533 = 159d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5534 = 159e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5535 = 159f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5536 = 15a0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5537 = 15a1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5538 = 15a2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5539 = 15a3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5540 = 15a4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5541 = 15a5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5542 = 15a6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5543 = 15a7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5544 = 15a8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5545 = 15a9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5546 = 15aa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5547 = 15ab */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5548 = 15ac */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5549 = 15ad */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5550 = 15ae */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5551 = 15af */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5552 = 15b0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5553 = 15b1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5554 = 15b2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5555 = 15b3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5556 = 15b4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5557 = 15b5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5558 = 15b6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5559 = 15b7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5560 = 15b8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5561 = 15b9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5562 = 15ba */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5563 = 15bb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5564 = 15bc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5565 = 15bd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5566 = 15be */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5567 = 15bf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5568 = 15c0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5569 = 15c1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5570 = 15c2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5571 = 15c3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5572 = 15c4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5573 = 15c5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5574 = 15c6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5575 = 15c7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5576 = 15c8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5577 = 15c9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5578 = 15ca */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5579 = 15cb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5580 = 15cc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5581 = 15cd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5582 = 15ce */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5583 = 15cf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5584 = 15d0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5585 = 15d1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5586 = 15d2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5587 = 15d3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5588 = 15d4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5589 = 15d5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5590 = 15d6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5591 = 15d7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5592 = 15d8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5593 = 15d9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5594 = 15da */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5595 = 15db */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5596 = 15dc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5597 = 15dd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5598 = 15de */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5599 = 15df */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5600 = 15e0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5601 = 15e1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5602 = 15e2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5603 = 15e3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5604 = 15e4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5605 = 15e5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5606 = 15e6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5607 = 15e7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5608 = 15e8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5609 = 15e9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5610 = 15ea */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5611 = 15eb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5612 = 15ec */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5613 = 15ed */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5614 = 15ee */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5615 = 15ef */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5616 = 15f0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5617 = 15f1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5618 = 15f2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5619 = 15f3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5620 = 15f4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5621 = 15f5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5622 = 15f6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5623 = 15f7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5624 = 15f8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5625 = 15f9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5626 = 15fa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5627 = 15fb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5628 = 15fc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5629 = 15fd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5630 = 15fe */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5631 = 15ff */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5632 = 1600 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5633 = 1601 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5634 = 1602 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5635 = 1603 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5636 = 1604 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5637 = 1605 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5638 = 1606 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5639 = 1607 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5640 = 1608 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5641 = 1609 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5642 = 160a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5643 = 160b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5644 = 160c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5645 = 160d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5646 = 160e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5647 = 160f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5648 = 1610 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5649 = 1611 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5650 = 1612 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5651 = 1613 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5652 = 1614 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5653 = 1615 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5654 = 1616 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5655 = 1617 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5656 = 1618 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5657 = 1619 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5658 = 161a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5659 = 161b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5660 = 161c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5661 = 161d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5662 = 161e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5663 = 161f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5664 = 1620 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5665 = 1621 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5666 = 1622 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5667 = 1623 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5668 = 1624 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5669 = 1625 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5670 = 1626 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5671 = 1627 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5672 = 1628 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5673 = 1629 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5674 = 162a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5675 = 162b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5676 = 162c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5677 = 162d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5678 = 162e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5679 = 162f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5680 = 1630 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5681 = 1631 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5682 = 1632 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5683 = 1633 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5684 = 1634 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5685 = 1635 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5686 = 1636 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5687 = 1637 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5688 = 1638 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5689 = 1639 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5690 = 163a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5691 = 163b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5692 = 163c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5693 = 163d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5694 = 163e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5695 = 163f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5696 = 1640 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5697 = 1641 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5698 = 1642 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5699 = 1643 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5700 = 1644 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5701 = 1645 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5702 = 1646 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5703 = 1647 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5704 = 1648 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5705 = 1649 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5706 = 164a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5707 = 164b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5708 = 164c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5709 = 164d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5710 = 164e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5711 = 164f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5712 = 1650 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5713 = 1651 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5714 = 1652 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5715 = 1653 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5716 = 1654 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5717 = 1655 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5718 = 1656 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5719 = 1657 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5720 = 1658 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5721 = 1659 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5722 = 165a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5723 = 165b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5724 = 165c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5725 = 165d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5726 = 165e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5727 = 165f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5728 = 1660 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5729 = 1661 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5730 = 1662 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5731 = 1663 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5732 = 1664 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5733 = 1665 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5734 = 1666 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5735 = 1667 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5736 = 1668 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5737 = 1669 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5738 = 166a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5739 = 166b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5740 = 166c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5741 = 166d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5742 = 166e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5743 = 166f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5744 = 1670 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5745 = 1671 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5746 = 1672 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5747 = 1673 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5748 = 1674 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5749 = 1675 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5750 = 1676 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5751 = 1677 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5752 = 1678 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5753 = 1679 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5754 = 167a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5755 = 167b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5756 = 167c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5757 = 167d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5758 = 167e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5759 = 167f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5760 = 1680 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5761 = 1681 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5762 = 1682 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5763 = 1683 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5764 = 1684 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5765 = 1685 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5766 = 1686 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5767 = 1687 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5768 = 1688 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5769 = 1689 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5770 = 168a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5771 = 168b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5772 = 168c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5773 = 168d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5774 = 168e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5775 = 168f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5776 = 1690 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5777 = 1691 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5778 = 1692 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5779 = 1693 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5780 = 1694 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5781 = 1695 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5782 = 1696 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5783 = 1697 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5784 = 1698 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5785 = 1699 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5786 = 169a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5787 = 169b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5788 = 169c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5789 = 169d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5790 = 169e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5791 = 169f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5792 = 16a0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5793 = 16a1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5794 = 16a2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5795 = 16a3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5796 = 16a4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5797 = 16a5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5798 = 16a6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5799 = 16a7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5800 = 16a8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5801 = 16a9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5802 = 16aa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5803 = 16ab */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5804 = 16ac */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5805 = 16ad */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5806 = 16ae */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5807 = 16af */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5808 = 16b0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5809 = 16b1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5810 = 16b2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5811 = 16b3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5812 = 16b4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5813 = 16b5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5814 = 16b6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5815 = 16b7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5816 = 16b8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5817 = 16b9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5818 = 16ba */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5819 = 16bb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5820 = 16bc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5821 = 16bd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5822 = 16be */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5823 = 16bf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5824 = 16c0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5825 = 16c1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5826 = 16c2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5827 = 16c3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5828 = 16c4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5829 = 16c5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5830 = 16c6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5831 = 16c7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5832 = 16c8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5833 = 16c9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5834 = 16ca */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5835 = 16cb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5836 = 16cc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5837 = 16cd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5838 = 16ce */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5839 = 16cf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5840 = 16d0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5841 = 16d1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5842 = 16d2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5843 = 16d3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5844 = 16d4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5845 = 16d5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5846 = 16d6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5847 = 16d7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5848 = 16d8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5849 = 16d9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5850 = 16da */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5851 = 16db */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5852 = 16dc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5853 = 16dd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5854 = 16de */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5855 = 16df */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5856 = 16e0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5857 = 16e1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5858 = 16e2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5859 = 16e3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5860 = 16e4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5861 = 16e5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5862 = 16e6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5863 = 16e7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5864 = 16e8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5865 = 16e9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5866 = 16ea */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5867 = 16eb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5868 = 16ec */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5869 = 16ed */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5870 = 16ee */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5871 = 16ef */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5872 = 16f0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5873 = 16f1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5874 = 16f2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5875 = 16f3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5876 = 16f4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5877 = 16f5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5878 = 16f6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5879 = 16f7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5880 = 16f8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5881 = 16f9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5882 = 16fa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5883 = 16fb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5884 = 16fc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5885 = 16fd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5886 = 16fe */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5887 = 16ff */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5888 = 1700 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5889 = 1701 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5890 = 1702 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5891 = 1703 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5892 = 1704 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5893 = 1705 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5894 = 1706 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5895 = 1707 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5896 = 1708 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5897 = 1709 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5898 = 170a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5899 = 170b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5900 = 170c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5901 = 170d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5902 = 170e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5903 = 170f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5904 = 1710 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5905 = 1711 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5906 = 1712 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5907 = 1713 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5908 = 1714 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5909 = 1715 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5910 = 1716 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5911 = 1717 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5912 = 1718 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5913 = 1719 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5914 = 171a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5915 = 171b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5916 = 171c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5917 = 171d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5918 = 171e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5919 = 171f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5920 = 1720 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5921 = 1721 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5922 = 1722 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5923 = 1723 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5924 = 1724 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5925 = 1725 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5926 = 1726 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5927 = 1727 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5928 = 1728 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5929 = 1729 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5930 = 172a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5931 = 172b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5932 = 172c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5933 = 172d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5934 = 172e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5935 = 172f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5936 = 1730 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5937 = 1731 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5938 = 1732 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5939 = 1733 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5940 = 1734 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5941 = 1735 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5942 = 1736 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5943 = 1737 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5944 = 1738 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5945 = 1739 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5946 = 173a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5947 = 173b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5948 = 173c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5949 = 173d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5950 = 173e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5951 = 173f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5952 = 1740 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5953 = 1741 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5954 = 1742 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5955 = 1743 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5956 = 1744 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5957 = 1745 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5958 = 1746 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5959 = 1747 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5960 = 1748 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5961 = 1749 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5962 = 174a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5963 = 174b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5964 = 174c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5965 = 174d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5966 = 174e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5967 = 174f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5968 = 1750 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5969 = 1751 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5970 = 1752 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5971 = 1753 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5972 = 1754 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5973 = 1755 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5974 = 1756 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5975 = 1757 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5976 = 1758 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5977 = 1759 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5978 = 175a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5979 = 175b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5980 = 175c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5981 = 175d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5982 = 175e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5983 = 175f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5984 = 1760 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5985 = 1761 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5986 = 1762 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5987 = 1763 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5988 = 1764 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5989 = 1765 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5990 = 1766 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5991 = 1767 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5992 = 1768 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5993 = 1769 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5994 = 176a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5995 = 176b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5996 = 176c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5997 = 176d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5998 = 176e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 5999 = 176f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6000 = 1770 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6001 = 1771 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6002 = 1772 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6003 = 1773 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6004 = 1774 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6005 = 1775 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6006 = 1776 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6007 = 1777 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6008 = 1778 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6009 = 1779 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6010 = 177a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6011 = 177b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6012 = 177c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6013 = 177d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6014 = 177e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6015 = 177f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6016 = 1780 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6017 = 1781 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6018 = 1782 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6019 = 1783 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6020 = 1784 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6021 = 1785 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6022 = 1786 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6023 = 1787 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6024 = 1788 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6025 = 1789 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6026 = 178a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6027 = 178b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6028 = 178c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6029 = 178d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6030 = 178e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6031 = 178f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6032 = 1790 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6033 = 1791 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6034 = 1792 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6035 = 1793 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6036 = 1794 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6037 = 1795 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6038 = 1796 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6039 = 1797 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6040 = 1798 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6041 = 1799 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6042 = 179a */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6043 = 179b */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6044 = 179c */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6045 = 179d */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6046 = 179e */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6047 = 179f */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6048 = 17a0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6049 = 17a1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6050 = 17a2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6051 = 17a3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6052 = 17a4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6053 = 17a5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6054 = 17a6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6055 = 17a7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6056 = 17a8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6057 = 17a9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6058 = 17aa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6059 = 17ab */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6060 = 17ac */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6061 = 17ad */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6062 = 17ae */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6063 = 17af */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6064 = 17b0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6065 = 17b1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6066 = 17b2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6067 = 17b3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6068 = 17b4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6069 = 17b5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6070 = 17b6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6071 = 17b7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6072 = 17b8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6073 = 17b9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6074 = 17ba */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6075 = 17bb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6076 = 17bc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6077 = 17bd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6078 = 17be */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6079 = 17bf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6080 = 17c0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6081 = 17c1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6082 = 17c2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6083 = 17c3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6084 = 17c4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6085 = 17c5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6086 = 17c6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6087 = 17c7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6088 = 17c8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6089 = 17c9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6090 = 17ca */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6091 = 17cb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6092 = 17cc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6093 = 17cd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6094 = 17ce */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6095 = 17cf */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6096 = 17d0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6097 = 17d1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6098 = 17d2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6099 = 17d3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6100 = 17d4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6101 = 17d5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6102 = 17d6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6103 = 17d7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6104 = 17d8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6105 = 17d9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6106 = 17da */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6107 = 17db */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6108 = 17dc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6109 = 17dd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6110 = 17de */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6111 = 17df */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6112 = 17e0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6113 = 17e1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6114 = 17e2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6115 = 17e3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6116 = 17e4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6117 = 17e5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6118 = 17e6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6119 = 17e7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6120 = 17e8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6121 = 17e9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6122 = 17ea */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6123 = 17eb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6124 = 17ec */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6125 = 17ed */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6126 = 17ee */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6127 = 17ef */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6128 = 17f0 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6129 = 17f1 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6130 = 17f2 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6131 = 17f3 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6132 = 17f4 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6133 = 17f5 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6134 = 17f6 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6135 = 17f7 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6136 = 17f8 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6137 = 17f9 */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6138 = 17fa */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6139 = 17fb */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6140 = 17fc */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6141 = 17fd */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6142 = 17fe */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6143 = 17ff */ {3, 0, 2}, /* 0x0002 => 0x1000+(2048)*/ + /* 6144 = 1800 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6145 = 1801 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6146 = 1802 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6147 = 1803 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6148 = 1804 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6149 = 1805 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6150 = 1806 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6151 = 1807 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6152 = 1808 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6153 = 1809 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6154 = 180a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6155 = 180b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6156 = 180c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6157 = 180d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6158 = 180e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6159 = 180f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6160 = 1810 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6161 = 1811 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6162 = 1812 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6163 = 1813 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6164 = 1814 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6165 = 1815 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6166 = 1816 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6167 = 1817 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6168 = 1818 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6169 = 1819 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6170 = 181a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6171 = 181b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6172 = 181c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6173 = 181d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6174 = 181e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6175 = 181f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6176 = 1820 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6177 = 1821 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6178 = 1822 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6179 = 1823 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6180 = 1824 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6181 = 1825 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6182 = 1826 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6183 = 1827 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6184 = 1828 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6185 = 1829 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6186 = 182a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6187 = 182b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6188 = 182c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6189 = 182d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6190 = 182e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6191 = 182f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6192 = 1830 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6193 = 1831 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6194 = 1832 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6195 = 1833 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6196 = 1834 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6197 = 1835 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6198 = 1836 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6199 = 1837 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6200 = 1838 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6201 = 1839 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6202 = 183a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6203 = 183b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6204 = 183c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6205 = 183d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6206 = 183e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6207 = 183f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6208 = 1840 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6209 = 1841 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6210 = 1842 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6211 = 1843 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6212 = 1844 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6213 = 1845 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6214 = 1846 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6215 = 1847 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6216 = 1848 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6217 = 1849 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6218 = 184a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6219 = 184b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6220 = 184c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6221 = 184d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6222 = 184e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6223 = 184f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6224 = 1850 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6225 = 1851 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6226 = 1852 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6227 = 1853 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6228 = 1854 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6229 = 1855 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6230 = 1856 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6231 = 1857 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6232 = 1858 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6233 = 1859 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6234 = 185a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6235 = 185b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6236 = 185c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6237 = 185d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6238 = 185e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6239 = 185f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6240 = 1860 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6241 = 1861 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6242 = 1862 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6243 = 1863 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6244 = 1864 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6245 = 1865 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6246 = 1866 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6247 = 1867 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6248 = 1868 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6249 = 1869 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6250 = 186a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6251 = 186b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6252 = 186c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6253 = 186d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6254 = 186e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6255 = 186f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6256 = 1870 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6257 = 1871 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6258 = 1872 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6259 = 1873 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6260 = 1874 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6261 = 1875 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6262 = 1876 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6263 = 1877 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6264 = 1878 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6265 = 1879 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6266 = 187a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6267 = 187b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6268 = 187c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6269 = 187d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6270 = 187e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6271 = 187f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6272 = 1880 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6273 = 1881 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6274 = 1882 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6275 = 1883 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6276 = 1884 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6277 = 1885 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6278 = 1886 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6279 = 1887 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6280 = 1888 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6281 = 1889 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6282 = 188a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6283 = 188b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6284 = 188c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6285 = 188d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6286 = 188e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6287 = 188f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6288 = 1890 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6289 = 1891 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6290 = 1892 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6291 = 1893 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6292 = 1894 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6293 = 1895 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6294 = 1896 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6295 = 1897 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6296 = 1898 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6297 = 1899 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6298 = 189a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6299 = 189b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6300 = 189c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6301 = 189d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6302 = 189e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6303 = 189f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6304 = 18a0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6305 = 18a1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6306 = 18a2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6307 = 18a3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6308 = 18a4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6309 = 18a5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6310 = 18a6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6311 = 18a7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6312 = 18a8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6313 = 18a9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6314 = 18aa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6315 = 18ab */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6316 = 18ac */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6317 = 18ad */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6318 = 18ae */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6319 = 18af */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6320 = 18b0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6321 = 18b1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6322 = 18b2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6323 = 18b3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6324 = 18b4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6325 = 18b5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6326 = 18b6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6327 = 18b7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6328 = 18b8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6329 = 18b9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6330 = 18ba */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6331 = 18bb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6332 = 18bc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6333 = 18bd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6334 = 18be */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6335 = 18bf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6336 = 18c0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6337 = 18c1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6338 = 18c2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6339 = 18c3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6340 = 18c4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6341 = 18c5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6342 = 18c6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6343 = 18c7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6344 = 18c8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6345 = 18c9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6346 = 18ca */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6347 = 18cb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6348 = 18cc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6349 = 18cd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6350 = 18ce */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6351 = 18cf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6352 = 18d0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6353 = 18d1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6354 = 18d2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6355 = 18d3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6356 = 18d4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6357 = 18d5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6358 = 18d6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6359 = 18d7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6360 = 18d8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6361 = 18d9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6362 = 18da */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6363 = 18db */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6364 = 18dc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6365 = 18dd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6366 = 18de */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6367 = 18df */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6368 = 18e0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6369 = 18e1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6370 = 18e2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6371 = 18e3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6372 = 18e4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6373 = 18e5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6374 = 18e6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6375 = 18e7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6376 = 18e8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6377 = 18e9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6378 = 18ea */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6379 = 18eb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6380 = 18ec */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6381 = 18ed */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6382 = 18ee */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6383 = 18ef */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6384 = 18f0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6385 = 18f1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6386 = 18f2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6387 = 18f3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6388 = 18f4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6389 = 18f5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6390 = 18f6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6391 = 18f7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6392 = 18f8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6393 = 18f9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6394 = 18fa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6395 = 18fb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6396 = 18fc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6397 = 18fd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6398 = 18fe */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6399 = 18ff */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6400 = 1900 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6401 = 1901 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6402 = 1902 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6403 = 1903 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6404 = 1904 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6405 = 1905 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6406 = 1906 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6407 = 1907 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6408 = 1908 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6409 = 1909 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6410 = 190a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6411 = 190b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6412 = 190c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6413 = 190d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6414 = 190e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6415 = 190f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6416 = 1910 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6417 = 1911 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6418 = 1912 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6419 = 1913 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6420 = 1914 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6421 = 1915 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6422 = 1916 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6423 = 1917 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6424 = 1918 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6425 = 1919 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6426 = 191a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6427 = 191b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6428 = 191c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6429 = 191d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6430 = 191e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6431 = 191f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6432 = 1920 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6433 = 1921 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6434 = 1922 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6435 = 1923 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6436 = 1924 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6437 = 1925 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6438 = 1926 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6439 = 1927 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6440 = 1928 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6441 = 1929 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6442 = 192a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6443 = 192b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6444 = 192c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6445 = 192d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6446 = 192e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6447 = 192f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6448 = 1930 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6449 = 1931 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6450 = 1932 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6451 = 1933 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6452 = 1934 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6453 = 1935 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6454 = 1936 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6455 = 1937 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6456 = 1938 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6457 = 1939 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6458 = 193a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6459 = 193b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6460 = 193c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6461 = 193d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6462 = 193e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6463 = 193f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6464 = 1940 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6465 = 1941 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6466 = 1942 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6467 = 1943 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6468 = 1944 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6469 = 1945 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6470 = 1946 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6471 = 1947 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6472 = 1948 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6473 = 1949 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6474 = 194a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6475 = 194b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6476 = 194c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6477 = 194d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6478 = 194e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6479 = 194f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6480 = 1950 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6481 = 1951 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6482 = 1952 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6483 = 1953 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6484 = 1954 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6485 = 1955 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6486 = 1956 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6487 = 1957 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6488 = 1958 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6489 = 1959 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6490 = 195a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6491 = 195b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6492 = 195c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6493 = 195d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6494 = 195e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6495 = 195f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6496 = 1960 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6497 = 1961 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6498 = 1962 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6499 = 1963 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6500 = 1964 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6501 = 1965 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6502 = 1966 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6503 = 1967 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6504 = 1968 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6505 = 1969 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6506 = 196a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6507 = 196b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6508 = 196c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6509 = 196d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6510 = 196e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6511 = 196f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6512 = 1970 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6513 = 1971 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6514 = 1972 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6515 = 1973 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6516 = 1974 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6517 = 1975 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6518 = 1976 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6519 = 1977 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6520 = 1978 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6521 = 1979 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6522 = 197a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6523 = 197b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6524 = 197c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6525 = 197d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6526 = 197e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6527 = 197f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6528 = 1980 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6529 = 1981 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6530 = 1982 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6531 = 1983 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6532 = 1984 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6533 = 1985 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6534 = 1986 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6535 = 1987 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6536 = 1988 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6537 = 1989 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6538 = 198a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6539 = 198b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6540 = 198c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6541 = 198d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6542 = 198e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6543 = 198f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6544 = 1990 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6545 = 1991 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6546 = 1992 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6547 = 1993 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6548 = 1994 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6549 = 1995 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6550 = 1996 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6551 = 1997 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6552 = 1998 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6553 = 1999 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6554 = 199a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6555 = 199b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6556 = 199c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6557 = 199d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6558 = 199e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6559 = 199f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6560 = 19a0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6561 = 19a1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6562 = 19a2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6563 = 19a3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6564 = 19a4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6565 = 19a5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6566 = 19a6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6567 = 19a7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6568 = 19a8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6569 = 19a9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6570 = 19aa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6571 = 19ab */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6572 = 19ac */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6573 = 19ad */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6574 = 19ae */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6575 = 19af */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6576 = 19b0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6577 = 19b1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6578 = 19b2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6579 = 19b3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6580 = 19b4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6581 = 19b5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6582 = 19b6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6583 = 19b7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6584 = 19b8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6585 = 19b9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6586 = 19ba */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6587 = 19bb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6588 = 19bc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6589 = 19bd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6590 = 19be */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6591 = 19bf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6592 = 19c0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6593 = 19c1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6594 = 19c2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6595 = 19c3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6596 = 19c4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6597 = 19c5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6598 = 19c6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6599 = 19c7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6600 = 19c8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6601 = 19c9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6602 = 19ca */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6603 = 19cb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6604 = 19cc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6605 = 19cd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6606 = 19ce */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6607 = 19cf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6608 = 19d0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6609 = 19d1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6610 = 19d2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6611 = 19d3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6612 = 19d4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6613 = 19d5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6614 = 19d6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6615 = 19d7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6616 = 19d8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6617 = 19d9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6618 = 19da */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6619 = 19db */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6620 = 19dc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6621 = 19dd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6622 = 19de */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6623 = 19df */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6624 = 19e0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6625 = 19e1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6626 = 19e2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6627 = 19e3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6628 = 19e4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6629 = 19e5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6630 = 19e6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6631 = 19e7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6632 = 19e8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6633 = 19e9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6634 = 19ea */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6635 = 19eb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6636 = 19ec */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6637 = 19ed */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6638 = 19ee */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6639 = 19ef */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6640 = 19f0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6641 = 19f1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6642 = 19f2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6643 = 19f3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6644 = 19f4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6645 = 19f5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6646 = 19f6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6647 = 19f7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6648 = 19f8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6649 = 19f9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6650 = 19fa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6651 = 19fb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6652 = 19fc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6653 = 19fd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6654 = 19fe */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6655 = 19ff */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6656 = 1a00 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6657 = 1a01 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6658 = 1a02 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6659 = 1a03 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6660 = 1a04 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6661 = 1a05 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6662 = 1a06 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6663 = 1a07 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6664 = 1a08 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6665 = 1a09 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6666 = 1a0a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6667 = 1a0b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6668 = 1a0c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6669 = 1a0d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6670 = 1a0e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6671 = 1a0f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6672 = 1a10 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6673 = 1a11 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6674 = 1a12 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6675 = 1a13 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6676 = 1a14 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6677 = 1a15 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6678 = 1a16 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6679 = 1a17 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6680 = 1a18 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6681 = 1a19 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6682 = 1a1a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6683 = 1a1b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6684 = 1a1c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6685 = 1a1d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6686 = 1a1e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6687 = 1a1f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6688 = 1a20 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6689 = 1a21 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6690 = 1a22 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6691 = 1a23 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6692 = 1a24 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6693 = 1a25 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6694 = 1a26 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6695 = 1a27 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6696 = 1a28 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6697 = 1a29 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6698 = 1a2a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6699 = 1a2b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6700 = 1a2c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6701 = 1a2d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6702 = 1a2e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6703 = 1a2f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6704 = 1a30 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6705 = 1a31 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6706 = 1a32 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6707 = 1a33 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6708 = 1a34 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6709 = 1a35 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6710 = 1a36 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6711 = 1a37 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6712 = 1a38 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6713 = 1a39 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6714 = 1a3a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6715 = 1a3b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6716 = 1a3c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6717 = 1a3d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6718 = 1a3e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6719 = 1a3f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6720 = 1a40 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6721 = 1a41 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6722 = 1a42 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6723 = 1a43 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6724 = 1a44 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6725 = 1a45 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6726 = 1a46 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6727 = 1a47 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6728 = 1a48 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6729 = 1a49 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6730 = 1a4a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6731 = 1a4b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6732 = 1a4c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6733 = 1a4d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6734 = 1a4e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6735 = 1a4f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6736 = 1a50 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6737 = 1a51 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6738 = 1a52 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6739 = 1a53 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6740 = 1a54 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6741 = 1a55 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6742 = 1a56 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6743 = 1a57 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6744 = 1a58 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6745 = 1a59 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6746 = 1a5a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6747 = 1a5b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6748 = 1a5c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6749 = 1a5d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6750 = 1a5e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6751 = 1a5f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6752 = 1a60 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6753 = 1a61 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6754 = 1a62 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6755 = 1a63 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6756 = 1a64 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6757 = 1a65 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6758 = 1a66 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6759 = 1a67 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6760 = 1a68 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6761 = 1a69 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6762 = 1a6a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6763 = 1a6b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6764 = 1a6c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6765 = 1a6d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6766 = 1a6e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6767 = 1a6f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6768 = 1a70 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6769 = 1a71 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6770 = 1a72 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6771 = 1a73 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6772 = 1a74 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6773 = 1a75 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6774 = 1a76 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6775 = 1a77 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6776 = 1a78 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6777 = 1a79 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6778 = 1a7a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6779 = 1a7b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6780 = 1a7c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6781 = 1a7d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6782 = 1a7e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6783 = 1a7f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6784 = 1a80 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6785 = 1a81 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6786 = 1a82 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6787 = 1a83 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6788 = 1a84 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6789 = 1a85 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6790 = 1a86 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6791 = 1a87 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6792 = 1a88 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6793 = 1a89 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6794 = 1a8a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6795 = 1a8b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6796 = 1a8c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6797 = 1a8d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6798 = 1a8e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6799 = 1a8f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6800 = 1a90 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6801 = 1a91 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6802 = 1a92 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6803 = 1a93 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6804 = 1a94 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6805 = 1a95 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6806 = 1a96 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6807 = 1a97 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6808 = 1a98 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6809 = 1a99 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6810 = 1a9a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6811 = 1a9b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6812 = 1a9c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6813 = 1a9d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6814 = 1a9e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6815 = 1a9f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6816 = 1aa0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6817 = 1aa1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6818 = 1aa2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6819 = 1aa3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6820 = 1aa4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6821 = 1aa5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6822 = 1aa6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6823 = 1aa7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6824 = 1aa8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6825 = 1aa9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6826 = 1aaa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6827 = 1aab */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6828 = 1aac */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6829 = 1aad */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6830 = 1aae */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6831 = 1aaf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6832 = 1ab0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6833 = 1ab1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6834 = 1ab2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6835 = 1ab3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6836 = 1ab4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6837 = 1ab5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6838 = 1ab6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6839 = 1ab7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6840 = 1ab8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6841 = 1ab9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6842 = 1aba */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6843 = 1abb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6844 = 1abc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6845 = 1abd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6846 = 1abe */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6847 = 1abf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6848 = 1ac0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6849 = 1ac1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6850 = 1ac2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6851 = 1ac3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6852 = 1ac4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6853 = 1ac5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6854 = 1ac6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6855 = 1ac7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6856 = 1ac8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6857 = 1ac9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6858 = 1aca */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6859 = 1acb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6860 = 1acc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6861 = 1acd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6862 = 1ace */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6863 = 1acf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6864 = 1ad0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6865 = 1ad1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6866 = 1ad2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6867 = 1ad3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6868 = 1ad4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6869 = 1ad5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6870 = 1ad6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6871 = 1ad7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6872 = 1ad8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6873 = 1ad9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6874 = 1ada */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6875 = 1adb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6876 = 1adc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6877 = 1add */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6878 = 1ade */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6879 = 1adf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6880 = 1ae0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6881 = 1ae1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6882 = 1ae2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6883 = 1ae3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6884 = 1ae4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6885 = 1ae5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6886 = 1ae6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6887 = 1ae7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6888 = 1ae8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6889 = 1ae9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6890 = 1aea */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6891 = 1aeb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6892 = 1aec */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6893 = 1aed */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6894 = 1aee */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6895 = 1aef */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6896 = 1af0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6897 = 1af1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6898 = 1af2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6899 = 1af3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6900 = 1af4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6901 = 1af5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6902 = 1af6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6903 = 1af7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6904 = 1af8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6905 = 1af9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6906 = 1afa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6907 = 1afb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6908 = 1afc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6909 = 1afd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6910 = 1afe */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6911 = 1aff */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6912 = 1b00 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6913 = 1b01 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6914 = 1b02 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6915 = 1b03 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6916 = 1b04 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6917 = 1b05 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6918 = 1b06 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6919 = 1b07 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6920 = 1b08 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6921 = 1b09 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6922 = 1b0a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6923 = 1b0b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6924 = 1b0c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6925 = 1b0d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6926 = 1b0e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6927 = 1b0f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6928 = 1b10 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6929 = 1b11 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6930 = 1b12 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6931 = 1b13 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6932 = 1b14 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6933 = 1b15 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6934 = 1b16 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6935 = 1b17 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6936 = 1b18 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6937 = 1b19 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6938 = 1b1a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6939 = 1b1b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6940 = 1b1c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6941 = 1b1d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6942 = 1b1e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6943 = 1b1f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6944 = 1b20 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6945 = 1b21 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6946 = 1b22 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6947 = 1b23 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6948 = 1b24 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6949 = 1b25 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6950 = 1b26 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6951 = 1b27 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6952 = 1b28 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6953 = 1b29 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6954 = 1b2a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6955 = 1b2b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6956 = 1b2c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6957 = 1b2d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6958 = 1b2e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6959 = 1b2f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6960 = 1b30 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6961 = 1b31 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6962 = 1b32 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6963 = 1b33 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6964 = 1b34 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6965 = 1b35 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6966 = 1b36 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6967 = 1b37 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6968 = 1b38 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6969 = 1b39 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6970 = 1b3a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6971 = 1b3b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6972 = 1b3c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6973 = 1b3d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6974 = 1b3e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6975 = 1b3f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6976 = 1b40 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6977 = 1b41 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6978 = 1b42 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6979 = 1b43 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6980 = 1b44 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6981 = 1b45 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6982 = 1b46 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6983 = 1b47 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6984 = 1b48 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6985 = 1b49 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6986 = 1b4a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6987 = 1b4b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6988 = 1b4c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6989 = 1b4d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6990 = 1b4e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6991 = 1b4f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6992 = 1b50 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6993 = 1b51 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6994 = 1b52 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6995 = 1b53 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6996 = 1b54 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6997 = 1b55 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6998 = 1b56 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 6999 = 1b57 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7000 = 1b58 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7001 = 1b59 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7002 = 1b5a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7003 = 1b5b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7004 = 1b5c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7005 = 1b5d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7006 = 1b5e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7007 = 1b5f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7008 = 1b60 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7009 = 1b61 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7010 = 1b62 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7011 = 1b63 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7012 = 1b64 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7013 = 1b65 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7014 = 1b66 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7015 = 1b67 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7016 = 1b68 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7017 = 1b69 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7018 = 1b6a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7019 = 1b6b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7020 = 1b6c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7021 = 1b6d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7022 = 1b6e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7023 = 1b6f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7024 = 1b70 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7025 = 1b71 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7026 = 1b72 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7027 = 1b73 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7028 = 1b74 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7029 = 1b75 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7030 = 1b76 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7031 = 1b77 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7032 = 1b78 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7033 = 1b79 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7034 = 1b7a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7035 = 1b7b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7036 = 1b7c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7037 = 1b7d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7038 = 1b7e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7039 = 1b7f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7040 = 1b80 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7041 = 1b81 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7042 = 1b82 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7043 = 1b83 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7044 = 1b84 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7045 = 1b85 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7046 = 1b86 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7047 = 1b87 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7048 = 1b88 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7049 = 1b89 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7050 = 1b8a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7051 = 1b8b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7052 = 1b8c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7053 = 1b8d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7054 = 1b8e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7055 = 1b8f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7056 = 1b90 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7057 = 1b91 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7058 = 1b92 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7059 = 1b93 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7060 = 1b94 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7061 = 1b95 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7062 = 1b96 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7063 = 1b97 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7064 = 1b98 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7065 = 1b99 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7066 = 1b9a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7067 = 1b9b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7068 = 1b9c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7069 = 1b9d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7070 = 1b9e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7071 = 1b9f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7072 = 1ba0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7073 = 1ba1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7074 = 1ba2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7075 = 1ba3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7076 = 1ba4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7077 = 1ba5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7078 = 1ba6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7079 = 1ba7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7080 = 1ba8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7081 = 1ba9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7082 = 1baa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7083 = 1bab */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7084 = 1bac */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7085 = 1bad */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7086 = 1bae */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7087 = 1baf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7088 = 1bb0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7089 = 1bb1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7090 = 1bb2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7091 = 1bb3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7092 = 1bb4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7093 = 1bb5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7094 = 1bb6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7095 = 1bb7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7096 = 1bb8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7097 = 1bb9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7098 = 1bba */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7099 = 1bbb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7100 = 1bbc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7101 = 1bbd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7102 = 1bbe */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7103 = 1bbf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7104 = 1bc0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7105 = 1bc1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7106 = 1bc2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7107 = 1bc3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7108 = 1bc4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7109 = 1bc5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7110 = 1bc6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7111 = 1bc7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7112 = 1bc8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7113 = 1bc9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7114 = 1bca */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7115 = 1bcb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7116 = 1bcc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7117 = 1bcd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7118 = 1bce */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7119 = 1bcf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7120 = 1bd0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7121 = 1bd1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7122 = 1bd2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7123 = 1bd3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7124 = 1bd4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7125 = 1bd5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7126 = 1bd6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7127 = 1bd7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7128 = 1bd8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7129 = 1bd9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7130 = 1bda */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7131 = 1bdb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7132 = 1bdc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7133 = 1bdd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7134 = 1bde */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7135 = 1bdf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7136 = 1be0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7137 = 1be1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7138 = 1be2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7139 = 1be3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7140 = 1be4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7141 = 1be5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7142 = 1be6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7143 = 1be7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7144 = 1be8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7145 = 1be9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7146 = 1bea */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7147 = 1beb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7148 = 1bec */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7149 = 1bed */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7150 = 1bee */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7151 = 1bef */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7152 = 1bf0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7153 = 1bf1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7154 = 1bf2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7155 = 1bf3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7156 = 1bf4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7157 = 1bf5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7158 = 1bf6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7159 = 1bf7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7160 = 1bf8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7161 = 1bf9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7162 = 1bfa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7163 = 1bfb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7164 = 1bfc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7165 = 1bfd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7166 = 1bfe */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7167 = 1bff */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7168 = 1c00 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7169 = 1c01 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7170 = 1c02 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7171 = 1c03 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7172 = 1c04 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7173 = 1c05 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7174 = 1c06 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7175 = 1c07 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7176 = 1c08 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7177 = 1c09 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7178 = 1c0a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7179 = 1c0b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7180 = 1c0c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7181 = 1c0d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7182 = 1c0e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7183 = 1c0f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7184 = 1c10 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7185 = 1c11 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7186 = 1c12 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7187 = 1c13 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7188 = 1c14 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7189 = 1c15 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7190 = 1c16 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7191 = 1c17 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7192 = 1c18 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7193 = 1c19 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7194 = 1c1a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7195 = 1c1b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7196 = 1c1c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7197 = 1c1d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7198 = 1c1e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7199 = 1c1f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7200 = 1c20 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7201 = 1c21 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7202 = 1c22 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7203 = 1c23 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7204 = 1c24 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7205 = 1c25 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7206 = 1c26 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7207 = 1c27 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7208 = 1c28 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7209 = 1c29 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7210 = 1c2a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7211 = 1c2b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7212 = 1c2c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7213 = 1c2d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7214 = 1c2e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7215 = 1c2f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7216 = 1c30 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7217 = 1c31 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7218 = 1c32 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7219 = 1c33 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7220 = 1c34 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7221 = 1c35 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7222 = 1c36 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7223 = 1c37 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7224 = 1c38 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7225 = 1c39 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7226 = 1c3a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7227 = 1c3b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7228 = 1c3c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7229 = 1c3d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7230 = 1c3e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7231 = 1c3f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7232 = 1c40 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7233 = 1c41 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7234 = 1c42 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7235 = 1c43 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7236 = 1c44 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7237 = 1c45 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7238 = 1c46 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7239 = 1c47 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7240 = 1c48 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7241 = 1c49 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7242 = 1c4a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7243 = 1c4b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7244 = 1c4c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7245 = 1c4d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7246 = 1c4e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7247 = 1c4f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7248 = 1c50 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7249 = 1c51 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7250 = 1c52 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7251 = 1c53 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7252 = 1c54 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7253 = 1c55 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7254 = 1c56 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7255 = 1c57 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7256 = 1c58 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7257 = 1c59 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7258 = 1c5a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7259 = 1c5b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7260 = 1c5c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7261 = 1c5d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7262 = 1c5e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7263 = 1c5f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7264 = 1c60 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7265 = 1c61 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7266 = 1c62 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7267 = 1c63 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7268 = 1c64 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7269 = 1c65 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7270 = 1c66 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7271 = 1c67 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7272 = 1c68 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7273 = 1c69 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7274 = 1c6a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7275 = 1c6b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7276 = 1c6c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7277 = 1c6d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7278 = 1c6e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7279 = 1c6f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7280 = 1c70 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7281 = 1c71 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7282 = 1c72 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7283 = 1c73 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7284 = 1c74 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7285 = 1c75 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7286 = 1c76 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7287 = 1c77 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7288 = 1c78 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7289 = 1c79 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7290 = 1c7a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7291 = 1c7b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7292 = 1c7c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7293 = 1c7d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7294 = 1c7e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7295 = 1c7f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7296 = 1c80 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7297 = 1c81 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7298 = 1c82 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7299 = 1c83 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7300 = 1c84 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7301 = 1c85 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7302 = 1c86 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7303 = 1c87 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7304 = 1c88 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7305 = 1c89 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7306 = 1c8a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7307 = 1c8b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7308 = 1c8c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7309 = 1c8d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7310 = 1c8e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7311 = 1c8f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7312 = 1c90 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7313 = 1c91 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7314 = 1c92 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7315 = 1c93 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7316 = 1c94 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7317 = 1c95 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7318 = 1c96 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7319 = 1c97 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7320 = 1c98 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7321 = 1c99 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7322 = 1c9a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7323 = 1c9b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7324 = 1c9c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7325 = 1c9d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7326 = 1c9e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7327 = 1c9f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7328 = 1ca0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7329 = 1ca1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7330 = 1ca2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7331 = 1ca3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7332 = 1ca4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7333 = 1ca5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7334 = 1ca6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7335 = 1ca7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7336 = 1ca8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7337 = 1ca9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7338 = 1caa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7339 = 1cab */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7340 = 1cac */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7341 = 1cad */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7342 = 1cae */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7343 = 1caf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7344 = 1cb0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7345 = 1cb1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7346 = 1cb2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7347 = 1cb3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7348 = 1cb4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7349 = 1cb5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7350 = 1cb6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7351 = 1cb7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7352 = 1cb8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7353 = 1cb9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7354 = 1cba */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7355 = 1cbb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7356 = 1cbc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7357 = 1cbd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7358 = 1cbe */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7359 = 1cbf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7360 = 1cc0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7361 = 1cc1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7362 = 1cc2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7363 = 1cc3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7364 = 1cc4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7365 = 1cc5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7366 = 1cc6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7367 = 1cc7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7368 = 1cc8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7369 = 1cc9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7370 = 1cca */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7371 = 1ccb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7372 = 1ccc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7373 = 1ccd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7374 = 1cce */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7375 = 1ccf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7376 = 1cd0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7377 = 1cd1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7378 = 1cd2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7379 = 1cd3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7380 = 1cd4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7381 = 1cd5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7382 = 1cd6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7383 = 1cd7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7384 = 1cd8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7385 = 1cd9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7386 = 1cda */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7387 = 1cdb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7388 = 1cdc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7389 = 1cdd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7390 = 1cde */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7391 = 1cdf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7392 = 1ce0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7393 = 1ce1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7394 = 1ce2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7395 = 1ce3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7396 = 1ce4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7397 = 1ce5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7398 = 1ce6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7399 = 1ce7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7400 = 1ce8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7401 = 1ce9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7402 = 1cea */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7403 = 1ceb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7404 = 1cec */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7405 = 1ced */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7406 = 1cee */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7407 = 1cef */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7408 = 1cf0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7409 = 1cf1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7410 = 1cf2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7411 = 1cf3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7412 = 1cf4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7413 = 1cf5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7414 = 1cf6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7415 = 1cf7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7416 = 1cf8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7417 = 1cf9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7418 = 1cfa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7419 = 1cfb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7420 = 1cfc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7421 = 1cfd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7422 = 1cfe */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7423 = 1cff */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7424 = 1d00 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7425 = 1d01 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7426 = 1d02 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7427 = 1d03 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7428 = 1d04 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7429 = 1d05 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7430 = 1d06 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7431 = 1d07 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7432 = 1d08 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7433 = 1d09 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7434 = 1d0a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7435 = 1d0b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7436 = 1d0c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7437 = 1d0d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7438 = 1d0e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7439 = 1d0f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7440 = 1d10 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7441 = 1d11 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7442 = 1d12 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7443 = 1d13 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7444 = 1d14 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7445 = 1d15 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7446 = 1d16 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7447 = 1d17 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7448 = 1d18 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7449 = 1d19 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7450 = 1d1a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7451 = 1d1b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7452 = 1d1c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7453 = 1d1d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7454 = 1d1e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7455 = 1d1f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7456 = 1d20 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7457 = 1d21 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7458 = 1d22 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7459 = 1d23 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7460 = 1d24 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7461 = 1d25 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7462 = 1d26 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7463 = 1d27 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7464 = 1d28 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7465 = 1d29 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7466 = 1d2a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7467 = 1d2b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7468 = 1d2c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7469 = 1d2d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7470 = 1d2e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7471 = 1d2f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7472 = 1d30 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7473 = 1d31 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7474 = 1d32 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7475 = 1d33 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7476 = 1d34 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7477 = 1d35 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7478 = 1d36 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7479 = 1d37 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7480 = 1d38 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7481 = 1d39 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7482 = 1d3a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7483 = 1d3b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7484 = 1d3c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7485 = 1d3d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7486 = 1d3e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7487 = 1d3f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7488 = 1d40 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7489 = 1d41 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7490 = 1d42 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7491 = 1d43 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7492 = 1d44 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7493 = 1d45 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7494 = 1d46 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7495 = 1d47 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7496 = 1d48 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7497 = 1d49 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7498 = 1d4a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7499 = 1d4b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7500 = 1d4c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7501 = 1d4d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7502 = 1d4e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7503 = 1d4f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7504 = 1d50 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7505 = 1d51 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7506 = 1d52 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7507 = 1d53 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7508 = 1d54 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7509 = 1d55 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7510 = 1d56 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7511 = 1d57 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7512 = 1d58 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7513 = 1d59 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7514 = 1d5a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7515 = 1d5b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7516 = 1d5c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7517 = 1d5d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7518 = 1d5e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7519 = 1d5f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7520 = 1d60 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7521 = 1d61 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7522 = 1d62 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7523 = 1d63 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7524 = 1d64 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7525 = 1d65 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7526 = 1d66 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7527 = 1d67 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7528 = 1d68 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7529 = 1d69 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7530 = 1d6a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7531 = 1d6b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7532 = 1d6c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7533 = 1d6d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7534 = 1d6e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7535 = 1d6f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7536 = 1d70 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7537 = 1d71 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7538 = 1d72 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7539 = 1d73 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7540 = 1d74 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7541 = 1d75 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7542 = 1d76 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7543 = 1d77 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7544 = 1d78 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7545 = 1d79 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7546 = 1d7a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7547 = 1d7b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7548 = 1d7c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7549 = 1d7d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7550 = 1d7e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7551 = 1d7f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7552 = 1d80 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7553 = 1d81 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7554 = 1d82 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7555 = 1d83 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7556 = 1d84 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7557 = 1d85 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7558 = 1d86 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7559 = 1d87 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7560 = 1d88 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7561 = 1d89 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7562 = 1d8a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7563 = 1d8b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7564 = 1d8c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7565 = 1d8d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7566 = 1d8e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7567 = 1d8f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7568 = 1d90 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7569 = 1d91 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7570 = 1d92 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7571 = 1d93 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7572 = 1d94 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7573 = 1d95 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7574 = 1d96 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7575 = 1d97 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7576 = 1d98 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7577 = 1d99 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7578 = 1d9a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7579 = 1d9b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7580 = 1d9c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7581 = 1d9d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7582 = 1d9e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7583 = 1d9f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7584 = 1da0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7585 = 1da1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7586 = 1da2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7587 = 1da3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7588 = 1da4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7589 = 1da5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7590 = 1da6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7591 = 1da7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7592 = 1da8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7593 = 1da9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7594 = 1daa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7595 = 1dab */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7596 = 1dac */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7597 = 1dad */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7598 = 1dae */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7599 = 1daf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7600 = 1db0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7601 = 1db1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7602 = 1db2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7603 = 1db3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7604 = 1db4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7605 = 1db5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7606 = 1db6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7607 = 1db7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7608 = 1db8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7609 = 1db9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7610 = 1dba */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7611 = 1dbb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7612 = 1dbc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7613 = 1dbd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7614 = 1dbe */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7615 = 1dbf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7616 = 1dc0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7617 = 1dc1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7618 = 1dc2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7619 = 1dc3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7620 = 1dc4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7621 = 1dc5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7622 = 1dc6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7623 = 1dc7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7624 = 1dc8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7625 = 1dc9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7626 = 1dca */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7627 = 1dcb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7628 = 1dcc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7629 = 1dcd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7630 = 1dce */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7631 = 1dcf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7632 = 1dd0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7633 = 1dd1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7634 = 1dd2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7635 = 1dd3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7636 = 1dd4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7637 = 1dd5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7638 = 1dd6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7639 = 1dd7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7640 = 1dd8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7641 = 1dd9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7642 = 1dda */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7643 = 1ddb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7644 = 1ddc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7645 = 1ddd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7646 = 1dde */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7647 = 1ddf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7648 = 1de0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7649 = 1de1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7650 = 1de2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7651 = 1de3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7652 = 1de4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7653 = 1de5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7654 = 1de6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7655 = 1de7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7656 = 1de8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7657 = 1de9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7658 = 1dea */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7659 = 1deb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7660 = 1dec */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7661 = 1ded */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7662 = 1dee */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7663 = 1def */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7664 = 1df0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7665 = 1df1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7666 = 1df2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7667 = 1df3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7668 = 1df4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7669 = 1df5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7670 = 1df6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7671 = 1df7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7672 = 1df8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7673 = 1df9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7674 = 1dfa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7675 = 1dfb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7676 = 1dfc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7677 = 1dfd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7678 = 1dfe */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7679 = 1dff */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7680 = 1e00 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7681 = 1e01 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7682 = 1e02 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7683 = 1e03 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7684 = 1e04 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7685 = 1e05 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7686 = 1e06 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7687 = 1e07 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7688 = 1e08 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7689 = 1e09 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7690 = 1e0a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7691 = 1e0b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7692 = 1e0c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7693 = 1e0d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7694 = 1e0e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7695 = 1e0f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7696 = 1e10 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7697 = 1e11 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7698 = 1e12 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7699 = 1e13 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7700 = 1e14 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7701 = 1e15 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7702 = 1e16 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7703 = 1e17 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7704 = 1e18 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7705 = 1e19 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7706 = 1e1a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7707 = 1e1b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7708 = 1e1c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7709 = 1e1d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7710 = 1e1e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7711 = 1e1f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7712 = 1e20 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7713 = 1e21 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7714 = 1e22 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7715 = 1e23 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7716 = 1e24 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7717 = 1e25 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7718 = 1e26 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7719 = 1e27 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7720 = 1e28 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7721 = 1e29 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7722 = 1e2a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7723 = 1e2b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7724 = 1e2c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7725 = 1e2d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7726 = 1e2e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7727 = 1e2f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7728 = 1e30 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7729 = 1e31 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7730 = 1e32 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7731 = 1e33 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7732 = 1e34 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7733 = 1e35 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7734 = 1e36 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7735 = 1e37 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7736 = 1e38 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7737 = 1e39 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7738 = 1e3a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7739 = 1e3b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7740 = 1e3c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7741 = 1e3d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7742 = 1e3e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7743 = 1e3f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7744 = 1e40 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7745 = 1e41 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7746 = 1e42 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7747 = 1e43 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7748 = 1e44 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7749 = 1e45 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7750 = 1e46 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7751 = 1e47 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7752 = 1e48 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7753 = 1e49 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7754 = 1e4a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7755 = 1e4b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7756 = 1e4c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7757 = 1e4d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7758 = 1e4e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7759 = 1e4f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7760 = 1e50 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7761 = 1e51 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7762 = 1e52 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7763 = 1e53 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7764 = 1e54 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7765 = 1e55 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7766 = 1e56 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7767 = 1e57 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7768 = 1e58 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7769 = 1e59 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7770 = 1e5a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7771 = 1e5b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7772 = 1e5c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7773 = 1e5d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7774 = 1e5e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7775 = 1e5f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7776 = 1e60 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7777 = 1e61 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7778 = 1e62 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7779 = 1e63 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7780 = 1e64 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7781 = 1e65 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7782 = 1e66 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7783 = 1e67 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7784 = 1e68 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7785 = 1e69 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7786 = 1e6a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7787 = 1e6b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7788 = 1e6c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7789 = 1e6d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7790 = 1e6e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7791 = 1e6f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7792 = 1e70 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7793 = 1e71 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7794 = 1e72 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7795 = 1e73 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7796 = 1e74 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7797 = 1e75 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7798 = 1e76 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7799 = 1e77 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7800 = 1e78 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7801 = 1e79 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7802 = 1e7a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7803 = 1e7b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7804 = 1e7c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7805 = 1e7d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7806 = 1e7e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7807 = 1e7f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7808 = 1e80 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7809 = 1e81 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7810 = 1e82 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7811 = 1e83 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7812 = 1e84 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7813 = 1e85 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7814 = 1e86 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7815 = 1e87 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7816 = 1e88 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7817 = 1e89 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7818 = 1e8a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7819 = 1e8b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7820 = 1e8c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7821 = 1e8d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7822 = 1e8e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7823 = 1e8f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7824 = 1e90 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7825 = 1e91 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7826 = 1e92 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7827 = 1e93 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7828 = 1e94 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7829 = 1e95 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7830 = 1e96 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7831 = 1e97 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7832 = 1e98 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7833 = 1e99 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7834 = 1e9a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7835 = 1e9b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7836 = 1e9c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7837 = 1e9d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7838 = 1e9e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7839 = 1e9f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7840 = 1ea0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7841 = 1ea1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7842 = 1ea2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7843 = 1ea3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7844 = 1ea4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7845 = 1ea5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7846 = 1ea6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7847 = 1ea7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7848 = 1ea8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7849 = 1ea9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7850 = 1eaa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7851 = 1eab */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7852 = 1eac */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7853 = 1ead */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7854 = 1eae */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7855 = 1eaf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7856 = 1eb0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7857 = 1eb1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7858 = 1eb2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7859 = 1eb3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7860 = 1eb4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7861 = 1eb5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7862 = 1eb6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7863 = 1eb7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7864 = 1eb8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7865 = 1eb9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7866 = 1eba */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7867 = 1ebb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7868 = 1ebc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7869 = 1ebd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7870 = 1ebe */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7871 = 1ebf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7872 = 1ec0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7873 = 1ec1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7874 = 1ec2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7875 = 1ec3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7876 = 1ec4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7877 = 1ec5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7878 = 1ec6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7879 = 1ec7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7880 = 1ec8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7881 = 1ec9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7882 = 1eca */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7883 = 1ecb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7884 = 1ecc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7885 = 1ecd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7886 = 1ece */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7887 = 1ecf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7888 = 1ed0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7889 = 1ed1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7890 = 1ed2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7891 = 1ed3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7892 = 1ed4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7893 = 1ed5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7894 = 1ed6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7895 = 1ed7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7896 = 1ed8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7897 = 1ed9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7898 = 1eda */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7899 = 1edb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7900 = 1edc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7901 = 1edd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7902 = 1ede */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7903 = 1edf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7904 = 1ee0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7905 = 1ee1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7906 = 1ee2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7907 = 1ee3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7908 = 1ee4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7909 = 1ee5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7910 = 1ee6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7911 = 1ee7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7912 = 1ee8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7913 = 1ee9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7914 = 1eea */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7915 = 1eeb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7916 = 1eec */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7917 = 1eed */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7918 = 1eee */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7919 = 1eef */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7920 = 1ef0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7921 = 1ef1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7922 = 1ef2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7923 = 1ef3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7924 = 1ef4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7925 = 1ef5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7926 = 1ef6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7927 = 1ef7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7928 = 1ef8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7929 = 1ef9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7930 = 1efa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7931 = 1efb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7932 = 1efc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7933 = 1efd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7934 = 1efe */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7935 = 1eff */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7936 = 1f00 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7937 = 1f01 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7938 = 1f02 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7939 = 1f03 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7940 = 1f04 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7941 = 1f05 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7942 = 1f06 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7943 = 1f07 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7944 = 1f08 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7945 = 1f09 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7946 = 1f0a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7947 = 1f0b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7948 = 1f0c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7949 = 1f0d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7950 = 1f0e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7951 = 1f0f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7952 = 1f10 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7953 = 1f11 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7954 = 1f12 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7955 = 1f13 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7956 = 1f14 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7957 = 1f15 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7958 = 1f16 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7959 = 1f17 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7960 = 1f18 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7961 = 1f19 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7962 = 1f1a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7963 = 1f1b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7964 = 1f1c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7965 = 1f1d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7966 = 1f1e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7967 = 1f1f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7968 = 1f20 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7969 = 1f21 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7970 = 1f22 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7971 = 1f23 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7972 = 1f24 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7973 = 1f25 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7974 = 1f26 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7975 = 1f27 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7976 = 1f28 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7977 = 1f29 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7978 = 1f2a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7979 = 1f2b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7980 = 1f2c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7981 = 1f2d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7982 = 1f2e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7983 = 1f2f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7984 = 1f30 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7985 = 1f31 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7986 = 1f32 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7987 = 1f33 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7988 = 1f34 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7989 = 1f35 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7990 = 1f36 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7991 = 1f37 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7992 = 1f38 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7993 = 1f39 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7994 = 1f3a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7995 = 1f3b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7996 = 1f3c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7997 = 1f3d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7998 = 1f3e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 7999 = 1f3f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8000 = 1f40 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8001 = 1f41 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8002 = 1f42 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8003 = 1f43 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8004 = 1f44 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8005 = 1f45 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8006 = 1f46 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8007 = 1f47 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8008 = 1f48 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8009 = 1f49 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8010 = 1f4a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8011 = 1f4b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8012 = 1f4c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8013 = 1f4d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8014 = 1f4e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8015 = 1f4f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8016 = 1f50 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8017 = 1f51 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8018 = 1f52 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8019 = 1f53 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8020 = 1f54 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8021 = 1f55 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8022 = 1f56 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8023 = 1f57 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8024 = 1f58 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8025 = 1f59 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8026 = 1f5a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8027 = 1f5b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8028 = 1f5c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8029 = 1f5d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8030 = 1f5e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8031 = 1f5f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8032 = 1f60 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8033 = 1f61 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8034 = 1f62 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8035 = 1f63 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8036 = 1f64 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8037 = 1f65 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8038 = 1f66 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8039 = 1f67 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8040 = 1f68 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8041 = 1f69 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8042 = 1f6a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8043 = 1f6b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8044 = 1f6c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8045 = 1f6d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8046 = 1f6e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8047 = 1f6f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8048 = 1f70 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8049 = 1f71 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8050 = 1f72 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8051 = 1f73 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8052 = 1f74 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8053 = 1f75 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8054 = 1f76 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8055 = 1f77 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8056 = 1f78 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8057 = 1f79 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8058 = 1f7a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8059 = 1f7b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8060 = 1f7c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8061 = 1f7d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8062 = 1f7e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8063 = 1f7f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8064 = 1f80 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8065 = 1f81 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8066 = 1f82 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8067 = 1f83 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8068 = 1f84 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8069 = 1f85 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8070 = 1f86 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8071 = 1f87 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8072 = 1f88 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8073 = 1f89 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8074 = 1f8a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8075 = 1f8b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8076 = 1f8c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8077 = 1f8d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8078 = 1f8e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8079 = 1f8f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8080 = 1f90 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8081 = 1f91 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8082 = 1f92 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8083 = 1f93 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8084 = 1f94 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8085 = 1f95 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8086 = 1f96 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8087 = 1f97 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8088 = 1f98 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8089 = 1f99 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8090 = 1f9a */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8091 = 1f9b */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8092 = 1f9c */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8093 = 1f9d */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8094 = 1f9e */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8095 = 1f9f */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8096 = 1fa0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8097 = 1fa1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8098 = 1fa2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8099 = 1fa3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8100 = 1fa4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8101 = 1fa5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8102 = 1fa6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8103 = 1fa7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8104 = 1fa8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8105 = 1fa9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8106 = 1faa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8107 = 1fab */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8108 = 1fac */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8109 = 1fad */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8110 = 1fae */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8111 = 1faf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8112 = 1fb0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8113 = 1fb1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8114 = 1fb2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8115 = 1fb3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8116 = 1fb4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8117 = 1fb5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8118 = 1fb6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8119 = 1fb7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8120 = 1fb8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8121 = 1fb9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8122 = 1fba */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8123 = 1fbb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8124 = 1fbc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8125 = 1fbd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8126 = 1fbe */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8127 = 1fbf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8128 = 1fc0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8129 = 1fc1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8130 = 1fc2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8131 = 1fc3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8132 = 1fc4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8133 = 1fc5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8134 = 1fc6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8135 = 1fc7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8136 = 1fc8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8137 = 1fc9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8138 = 1fca */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8139 = 1fcb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8140 = 1fcc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8141 = 1fcd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8142 = 1fce */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8143 = 1fcf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8144 = 1fd0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8145 = 1fd1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8146 = 1fd2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8147 = 1fd3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8148 = 1fd4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8149 = 1fd5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8150 = 1fd6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8151 = 1fd7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8152 = 1fd8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8153 = 1fd9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8154 = 1fda */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8155 = 1fdb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8156 = 1fdc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8157 = 1fdd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8158 = 1fde */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8159 = 1fdf */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8160 = 1fe0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8161 = 1fe1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8162 = 1fe2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8163 = 1fe3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8164 = 1fe4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8165 = 1fe5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8166 = 1fe6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8167 = 1fe7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8168 = 1fe8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8169 = 1fe9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8170 = 1fea */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8171 = 1feb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8172 = 1fec */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8173 = 1fed */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8174 = 1fee */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8175 = 1fef */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8176 = 1ff0 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8177 = 1ff1 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8178 = 1ff2 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8179 = 1ff3 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8180 = 1ff4 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8181 = 1ff5 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8182 = 1ff6 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8183 = 1ff7 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8184 = 1ff8 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8185 = 1ff9 */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8186 = 1ffa */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8187 = 1ffb */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8188 = 1ffc */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8189 = 1ffd */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8190 = 1ffe */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ + /* 8191 = 1fff */ {2, 0, 2}, /* 0x0003 => 0x1800+(2048)*/ +}; diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/fencode.h b/xie/xc/programs/Xserver/XIE/mixie/fax/fencode.h new file mode 100644 index 0000000..d654942 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/fencode.h @@ -0,0 +1,372 @@ +/* $XConsortium: fencode.h,v 1.4 94/04/17 20:34:45 rws Exp $ */ +/**** module fencode.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + fencode.h -- DDXIE header module for FAX encoders + + Ben Fahy, AGE Logic, Sept 1993 + +******************************************************************************/ + +#include "misc.h" /* for pointer */ +#include /* for CARD32 */ + +/*** entry points */ +int encode_g4(); +int encode_g32d(); +int encode_g31d(); +int encode_tiffpb(); +int encode_tiff2(); + +#define FAX_ENCODE_DONE_NOT 0 +#define FAX_ENCODE_DONE_OK 1 +#define ENCODE_ERROR_BadMagic 2 +#define ENCODE_ERROR_BadGoal 3 +#define ENCODE_ERROR_BadStager 4 +#define ENCODE_ERROR_BadRunLength 5 +#define ENCODE_ERROR_BadState 6 +#define ENCODE_ERROR_StripStateNotNew 7 +#define ENCODE_ERROR_NoB1Found 8 +#define ENCODE_ERROR_EncodeRunsFailure 9 + +#define ENCODE_FAX_GOAL_StartNewLine 1 +#define ENCODE_FAX_GOAL_OutputNextRunLength 2 +#define ENCODE_FAX_GOAL_DeduceCode 3 +#define ENCODE_FAX_GOAL_FlushStager 4 +#define ENCODE_FAX_GOAL_FinishLine 5 +#define ENCODE_FAX_GOAL_FlushEOL 6 +#define ENCODE_FAX_GOAL_EOLWritten 7 +#define ENCODE_FAX_GOAL_FindPositions 8 +#define ENCODE_FAX_GOAL_PassMode 9 +#define ENCODE_FAX_GOAL_VerticalMode 10 +#define ENCODE_FAX_GOAL_HorizontalMode 11 +#define ENCODE_FAX_GOAL_Flush2DStager 12 +#define ENCODE_FAX_GOAL_DoneWithA0A1 13 +#define ENCODE_FAX_GOAL_DoneWithA1A2 14 +#define ENCODE_FAX_GOAL_FlushHCode 15 +#define ENCODE_FAX_GOAL_FlushedHCode 16 +#define ENCODE_FAX_GOAL_G4SneaksIn 17 + +#define ENCODE_PB_GOAL_StartNewLine 1 +#define ENCODE_PB_GOAL_OutputNextRunLength 2 +#define ENCODE_PB_GOAL_FlushRunLength 3 +#define ENCODE_PB_GOAL_FlushLiterals 4 +#define ENCODE_PB_GOAL_WriteLiterals 5 +#define ENCODE_PB_GOAL_WriteCodeForRunLength 6 +#define ENCODE_PB_GOAL_WriteValueForRunLength 7 +#define ENCODE_PB_GOAL_WriteNlits 8 +#define ENCODE_PB_GOAL_WriteThisLiteral 9 +#define ENCODE_PB_GOAL_WriteTheLiteral 10 + +typedef struct _fax_encode_state { + int final; /* if final = 1, all input data is available */ + int encoder_done;/* if done = 1, all data sent has been encoded */ + + char **i_lines; /* pointers to beginning of input lines */ + int i_line; /* absolute input line position */ + int nl_tocode; /* how many lines we want encoded */ + + unsigned char *strip; /* latest available *output* strip */ + int strip_size; /* size of that strips */ + int strip_state; /* whether strip is new, being used, or done */ + int use_magic; /* 1 means we are using magic strip */ + int magic_needs; /* 1 means magic strip only have filled */ + unsigned char magicStrip[8]; + /* "pretend" strip for handling strip edges */ + BitStream bits; /* definition of bitstream, current strip */ + + pointer private;/* private data, depends on encoding scheme */ + + int goal; /* our current goal */ + int a0_pos; /* starting changing position on coding line */ + int a1_pos; /* next changing position to right of a0_pos */ + int a0a1; /* distance from a0 to a1 */ + int b1_pos; /* first change above and right of a0, ~color */ + int b2_pos; /* next change above and right of a0, ao_color */ + int a0_color; /* color of a0, either WHITE or BLACK */ + int n_old_trans; /* number of transitions, line above us */ + int *old_trans; /* list of transitions on line above us */ + int n_new_trans; /* number of transitions, current line (so far)*/ + int *new_trans; /* list of transitions on current line */ + int last_b1_idx; /* index of last saved transition we looked at */ + int length_acc; /* accumulates run-lengths for a0a1 or a1a2 */ + int width; /* width of image. So we know end of line */ + int g32d_horiz; /* only relevant for g32d encoding */ + int rl; /* needed if I get EOL in get_a0a1 or get_a1a2 */ + CARD32 stager; /* place for bits to be merged into bytes */ + int radiometric; /* if 1, then white is bright (1) */ +} FaxEncodeState; + +typedef struct _tiff2_epvt { + int *counts; /* runlengths for W/B runs */ + int nvals; /* number of entries in tables */ + int index; /* current position in tables */ + int rlcode; /* code we need to write out */ + int terminating; /* whether this is end or not */ + int codelength; /* how many bits a code takes */ + int align_eol; /* pad last byte in a line w/0 */ + +} Tiff2EncodePvt,G31DEncodePvt; + +typedef struct _packbits_epvt { + int *values; /* array of byte values */ + int *counts; /* runlengths for byte values */ + int nvals; /* number of entries in tables */ + int nlits; /* number of literals to write */ + int index; /* current position in tables */ + int start; /* start position in tables */ + int lits_to_write; /* how many to write at one time*/ + int rlcode; /* code we need to write out */ + int bytes_out; /* sum of literals flushed */ + +} PackBitsEncodePvt; + +typedef struct _g32d_epvt { + int *counts; /* runlengths for W/B runs */ + int nvals; /* number of entries in tables */ + int index; /* current position in tables */ + int save_index; /* save for recovery of index */ + int *above; /* runlengths for lines above */ + int avals; /* number of values, above */ + int aindex; /* current position in above */ + int save_aindex; /* save for recover of aindex */ + int rlcode; /* code we need to write out */ + int terminating; /* whether this is end or not */ + int codelength; /* how many bits a code takes */ + int k; /* do 1-D every K lines */ + int kcnt; /* count of what k we are on */ + int next_goal; /* what to do after rl encode */ + int a1a2; /* second distance in Hmode */ + int a2_pos; /* next position to right of a1 */ + int save_b1pos; /* makes it easier to back up */ + int save_b1color; /* makes it easier to back up */ + int b1_color; /* not a part of state */ + int align_eol; /* pad last byte in a line w/0 */ + int uncompressed; /* not that we should use it... */ + int really_g4; /* if (1), skip EOL junk */ + +} G32DEncodePvt,G42DEncodePvt; + +#if defined(_G32D) + +#define save_state_and_return(state) \ + { \ + state->private = (pointer) epvt; \ + epvt->counts = counts; \ + epvt->above = above; \ + epvt->nvals = nvals; \ + epvt->avals = avals; \ + epvt->index = index; \ + epvt->aindex = aindex; \ + epvt->rlcode = rlcode; \ + epvt->terminating = terminating; \ + epvt->codelength = codelength; \ + epvt->save_index = save_index; \ + epvt->save_aindex = save_aindex; \ + epvt->k = k; \ + epvt->kcnt = kcnt; \ + epvt->a1a2 = a1a2; \ + epvt->save_b1pos = save_b1pos; \ + epvt->save_b1color = save_b1color; \ + epvt->next_goal = next_goal; \ + epvt->b1_color = b1_color; \ + state->bits.byteptr = byteptr; \ + state->bits.endptr = endptr; \ + state->bits.bitpos = bitpos; \ + state->rl = rl; \ + state->goal = goal; \ + state->stager = stager; \ + state->a0_color = a0_color; \ + state->a0a1 = a0a1; \ + state->a0_pos = a0_pos; \ + state->a1_pos = a1_pos; \ + epvt->a2_pos = a2_pos; \ + state->b1_pos = b1_pos; \ + state->length_acc = length_acc; \ + return(lines_coded); \ + } + +#define localize_state(state) \ + epvt = (G32DEncodePvt *) state->private; \ + counts = epvt->counts; \ + nvals = epvt->nvals; \ + index = epvt->index; \ + above = epvt->above; \ + avals = epvt->avals; \ + aindex = epvt->aindex; \ + rlcode = epvt->rlcode; \ + terminating = epvt->terminating; \ + codelength = epvt->codelength; \ + save_index = epvt->save_index; \ + save_aindex = epvt->save_aindex; \ + k = epvt->k; \ + kcnt = epvt->kcnt; \ + a1a2 = epvt->a1a2; \ + save_b1pos = epvt->save_b1pos; \ + save_b1color = epvt->save_b1color; \ + next_goal = epvt->next_goal; \ + b1_color = epvt->b1_color; \ + byteptr = state->bits.byteptr; \ + endptr = state->bits.endptr; \ + bitpos = state->bits.bitpos; \ + goal = state->goal; \ + stager = state->stager; \ + width = state->width; \ + lines_to_code = state->nl_tocode; \ + a0_color = state->a0_color; \ + a0a1 = state->a0a1; \ + a0_pos = state->a0_pos; \ + a1_pos = state->a1_pos; \ + a2_pos = epvt->a2_pos; \ + b1_pos = state->b1_pos; \ + length_acc = state->length_acc; \ + rl = state->rl; + +#endif /* defined(_G32D) */ + +#if defined(_TIFF2) || defined(_G31D) + +#define save_state_and_return(state) \ + { \ + state->private = (pointer) epvt; \ + epvt->counts = counts; \ + epvt->nvals = nvals; \ + epvt->index = index; \ + epvt->rlcode = rlcode; \ + epvt->terminating = terminating; \ + epvt->codelength = codelength; \ + state->bits.byteptr = byteptr; \ + state->bits.endptr = endptr; \ + state->bits.bitpos = bitpos; \ + state->rl = rl; \ + state->goal = goal; \ + state->stager = stager; \ + state->a0_color = a0_color; \ + return(lines_coded); \ + } + +#define localize_state(state) \ + epvt = (Tiff2EncodePvt *) state->private; \ + counts = epvt->counts; \ + nvals = epvt->nvals; \ + index = epvt->index; \ + rlcode = epvt->rlcode; \ + terminating = epvt->terminating; \ + codelength = epvt->codelength; \ + byteptr = state->bits.byteptr; \ + endptr = state->bits.endptr; \ + bitpos = state->bits.bitpos; \ + goal = state->goal; \ + stager = state->stager; \ + width = state->width; \ + lines_to_code = state->nl_tocode; \ + a0_color = state->a0_color; \ + rl = state->rl; + +#endif /* defined(_TIFF2) */ + +#if defined(_PBits) + + +#define save_state_and_return(state) \ + { \ + state->private = (pointer) epvt; \ + epvt->index = index; \ + epvt->start = start; \ + epvt->nlits = nlits; \ + epvt->nvals = nvals; \ + epvt->counts = counts; \ + epvt->values = values; \ + epvt->lits_to_write = lits_to_write; \ + epvt->bytes_out = bytes_out; \ + epvt->rlcode = rlcode; \ + state->bits.byteptr = byteptr; \ + state->bits.endptr = endptr; \ + state->rl = rl; \ + state->goal = goal; \ + return(lines_coded); \ + } + +#define localize_state(state) \ + epvt = (PackBitsEncodePvt *) state->private; \ + index = epvt->index; \ + start = epvt->start; \ + nlits = epvt->nlits; \ + nvals = epvt->nvals; \ + counts = epvt->counts; \ + values = epvt->values; \ + lits_to_write = epvt->lits_to_write; \ + bytes_out = epvt->bytes_out; \ + rlcode = epvt->rlcode; \ + byteptr = state->bits.byteptr; \ + endptr = state->bits.endptr; \ + goal = state->goal; \ + width = state->width; \ + lines_to_code = state->nl_tocode; \ + rl = state->rl; + +#endif /* defined(_Pbits) */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/fetabs.h b/xie/xc/programs/Xserver/XIE/mixie/fax/fetabs.h new file mode 100644 index 0000000..f03c156 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/fetabs.h @@ -0,0 +1,330 @@ +/* $XConsortium: fetabs.h,v 1.3 94/04/17 20:34:46 rws Exp $ */ +/**** module fetabs.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + fetabs.h -- header file holding fax encoding tables + + Ben Fahy, AGE Logic, Sept 1993 + +******************************************************************************/ + +typedef struct _shifted_codes { + unsigned short code; + unsigned short nbits; +} ShiftedCodes; + +#define EOL_CODE (0x001 << 4) +#define EOL_BIT_LENGTH 12 + +#define EOL_1D_CODE (0x0018) +#define EOL_1D_BIT_LENGTH 13 + +#define EOL_2D_CODE (0x0010) +#define EOL_2D_BIT_LENGTH 13 + +#define PASS_CODE (0x1 << 12) +#define PASS_CODE_BIT_LENGTH 4 + +#define HORIZONTAL_CODE (0x1 << 13) +#define HORIZONTAL_CODE_LENGTH 3 + +#define DEDUCE_Vcode(b1_minus_a1,rlcode,nmbits) \ + { rlcode = VerticalCodes[3+b1_minus_a1].code; \ + nmbits = VerticalCodes[3+b1_minus_a1].nbits; \ + } + + +#ifdef FETABS_OWNER +ShiftedCodes VerticalCodes[] = { + (0x03 << 9), 7, /* a1 3 rite of b1 */ + (0x03 <<10), 6, /* a1 2 rite of b1 */ + (0x03 <<13), 3, /* a1 1 rite of b1 */ + (0x01 <<15), 1, /* a1 0 left of b1 */ + (0x02 <<13), 3, /* a1 1 left of b1 */ + (0x02 <<10), 6, /* a1 2 left of b1 */ + (0x02 << 9), 7, /* a1 3 left of b1 */ +}; + +ShiftedCodes ShiftedWhites[] = { + (0x35 << 8), 8, /* run length of zero */ + (0x07 <<10), 6, /* run length of 1 */ + (0x07 <<12), 4, /* run length of 2 */ + (0x08 <<12), 4, /* run length of 3 */ + (0x0b <<12), 4, /* run length of 4 */ + (0x0c <<12), 4, /* run length of 5 */ + (0x0e <<12), 4, /* run length of 6 */ + (0x0f <<12), 4, /* run length of 7 */ + (0x13 <<11), 5, /* run length of 8 */ + (0x14 <<11), 5, /* run length of 9 */ + (0x07 <<11), 5, /* run length of 10 */ + (0x08 <<11), 5, /* run length of 11 */ + (0x08 <<10), 6, /* run length of 12 */ + (0x03 <<10), 6, /* run length of 13 */ + (0x34 <<10), 6, /* run length of 14 */ + (0x35 <<10), 6, /* run length of 15 */ + (0x2a <<10), 6, /* run length of 16 */ + (0x2b <<10), 6, /* run length of 17 */ + (0x27 << 9), 7, /* run length of 18 */ + (0x0c << 9), 7, /* run length of 19 */ + (0x08 << 9), 7, /* run length of 20 */ + (0x17 << 9), 7, /* run length of 21 */ + (0x03 << 9), 7, /* run length of 22 */ + (0x04 << 9), 7, /* run length of 23 */ + (0x28 << 9), 7, /* run length of 24 */ + (0x2b << 9), 7, /* run length of 25 */ + (0x13 << 9), 7, /* run length of 26 */ + (0x24 << 9), 7, /* run length of 27 */ + (0x18 << 9), 7, /* run length of 28 */ + (0x02 << 8), 8, /* run length of 29 */ + (0x03 << 8), 8, /* run length of 30 */ + (0x1a << 8), 8, /* run length of 31 */ + (0x1b << 8), 8, /* run length of 32 */ + (0x12 << 8), 8, /* run length of 33 */ + (0x13 << 8), 8, /* run length of 34 */ + (0x14 << 8), 8, /* run length of 35 */ + (0x15 << 8), 8, /* run length of 36 */ + (0x16 << 8), 8, /* run length of 37 */ + (0x17 << 8), 8, /* run length of 38 */ + (0x28 << 8), 8, /* run length of 39 */ + (0x29 << 8), 8, /* run length of 40 */ + (0x2a << 8), 8, /* run length of 41 */ + (0x2b << 8), 8, /* run length of 42 */ + (0x2c << 8), 8, /* run length of 43 */ + (0x2d << 8), 8, /* run length of 44 */ + (0x04 << 8), 8, /* run length of 45 */ + (0x05 << 8), 8, /* run length of 46 */ + (0x0a << 8), 8, /* run length of 47 */ + (0x0b << 8), 8, /* run length of 48 */ + (0x52 << 8), 8, /* run length of 49 */ + (0x53 << 8), 8, /* run length of 50 */ + (0x54 << 8), 8, /* run length of 51 */ + (0x55 << 8), 8, /* run length of 52 */ + (0x24 << 8), 8, /* run length of 53 */ + (0x25 << 8), 8, /* run length of 54 */ + (0x58 << 8), 8, /* run length of 55 */ + (0x59 << 8), 8, /* run length of 56 */ + (0x5a << 8), 8, /* run length of 57 */ + (0x5b << 8), 8, /* run length of 58 */ + (0x4a << 8), 8, /* run length of 59 */ + (0x4b << 8), 8, /* run length of 60 */ + (0x32 << 8), 8, /* run length of 61 */ + (0x33 << 8), 8, /* run length of 62 */ + (0x34 << 8), 8, /* run length of 63 */ + (0x1b << 11),5, /* run length of 64 */ + (0x12 << 11),5, /* run length of 2*64 = 128 */ + (0x17 << 10),6, /* run length of 3*64 = 192 */ + (0x37 << 9), 7, /* run length of 4*64 = 256 */ + (0x36 << 8), 8, /* run length of 5*64 = 320 */ + (0x37 << 8), 8, /* run length of 6*64 = 384 */ + (0x64 << 8), 8, /* run length of 7*64 = 448 */ + (0x65 << 8), 8, /* run length of 8*64 = 512 */ + (0x68 << 8), 8, /* run length of 9*64 = 576 */ + (0x67 << 8), 8, /* run length of 10*64 = 640 */ + (0x0cc<< 7), 9, /* run length of 11*64 = 704 */ + (0x0cd<< 7), 9, /* run length of 12*64 = 768 */ + (0x0d2<< 7), 9, /* run length of 13*64 = 832 */ + (0x0d3<< 7), 9, /* run length of 14*64 = 896 */ + (0x0d4<< 7), 9, /* run length of 15*64 = 960 */ + (0x0d5<< 7), 9, /* run length of 16*64 = 1024 */ + (0x0d6<< 7), 9, /* run length of 17*64 = 1088 */ + (0x0d7<< 7), 9, /* run length of 18*64 = 1152 */ + (0x0d8<< 7), 9, /* run length of 19*64 = 1216 */ + (0x0d9<< 7), 9, /* run length of 20*64 = 1280 */ + (0x0da<< 7), 9, /* run length of 21*64 = 1344 */ + (0x0db<< 7), 9, /* run length of 22*64 = 1408 */ + (0x098<< 7), 9, /* run length of 23*64 = 1472 */ + (0x099<< 7), 9, /* run length of 24*64 = 1536 */ + (0x09a<< 7), 9, /* run length of 25*64 = 1600 */ + (0x18 <<10), 6, /* run length of 26*64 = 1664 */ + (0x09b<< 7), 9, /* run length of 27*64 = 1728 */ + (0x08 << 5), 11, /* run length of 28*64 = 1792 */ + (0x0c << 5), 11, /* run length of 29*64 = 1856 */ + (0x0d << 5), 11, /* run length of 30*64 = 1920 */ + (0x12 << 4), 12, /* run length of 31*64 = 1984 */ + (0x13 << 4), 12, /* run length of 32*64 = 2048 */ + (0x14 << 4), 12, /* run length of 33*64 = 2112 */ + (0x15 << 4), 12, /* run length of 34*64 = 2176 */ + (0x16 << 4), 12, /* run length of 35*64 = 2240 */ + (0x17 << 4), 12, /* run length of 36*64 = 2304 */ + (0x1c << 4), 12, /* run length of 37*64 = 2368 */ + (0x1d << 4), 12, /* run length of 38*64 = 2432 */ + (0x1e << 4), 12, /* run length of 39*64 = 2496 */ + (0x1f << 4), 12, /* run length of 40*64 = 2560 */ +}; + +ShiftedCodes ShiftedBlacks[] = { + (0x37 << 6),10, /* run length of zero */ + (0x2 <<13), 3, /* run length of 1 */ + (0x3 <<14), 2, /* run length of 2 */ + (0x2 <<14), 2, /* run length of 3 */ + (0x03 <<13), 3, /* run length of 4 */ + (0x03 <<12), 4, /* run length of 5 */ + (0x02 <<12), 4, /* run length of 6 */ + (0x03 <<11), 5, /* run length of 7 */ + (0x05 <<10), 6, /* run length of 8 */ + (0x04 <<10), 6, /* run length of 9 */ + (0x04 << 9), 7, /* run length of 10 */ + (0x05 << 9), 7, /* run length of 11 */ + (0x07 << 9), 7, /* run length of 12 */ + (0x04 << 8), 8, /* run length of 13 */ + (0x07 << 8), 8, /* run length of 14 */ + (0x18 << 7), 9, /* run length of 15 */ + (0x17 << 6),10, /* run length of 16 */ + (0x18 << 6),10, /* run length of 17 */ + (0x08 << 6),10, /* run length of 18 */ + (0x67 << 5),11, /* run length of 19 */ + (0x68 << 5),11, /* run length of 20 */ + (0x6c << 5),11, /* run length of 21 */ + (0x37 << 5),11, /* run length of 22 */ + (0x28 << 5),11, /* run length of 23 */ + (0x17 << 5),11, /* run length of 24 */ + (0x18 << 5),11, /* run length of 25 */ + (0xca << 4),12, /* run length of 26 */ + (0xcb << 4),12, /* run length of 27 */ + (0xcc << 4),12, /* run length of 28 */ + (0xcd << 4),12, /* run length of 29 */ + (0x68 << 4),12, /* run length of 30 */ + (0x69 << 4),12, /* run length of 31 */ + (0x6a << 4),12, /* run length of 32 */ + (0x6b << 4),12, /* run length of 33 */ + (0xd2 << 4),12, /* run length of 34 */ + (0xd3 << 4),12, /* run length of 35 */ + (0xd4 << 4),12, /* run length of 36 */ + (0xd5 << 4),12, /* run length of 37 */ + (0xd6 << 4),12, /* run length of 38 */ + (0xd7 << 4),12, /* run length of 39 */ + (0x6c << 4),12, /* run length of 40 */ + (0x6d << 4),12, /* run length of 41 */ + (0xda << 4),12, /* run length of 42 */ + (0xdb << 4),12, /* run length of 43 */ + (0x54 << 4),12, /* run length of 44 */ + (0x55 << 4),12, /* run length of 45 */ + (0x56 << 4),12, /* run length of 46 */ + (0x57 << 4),12, /* run length of 47 */ + (0x64 << 4),12, /* run length of 48 */ + (0x65 << 4),12, /* run length of 49 */ + (0x52 << 4),12, /* run length of 50 */ + (0x53 << 4),12, /* run length of 51 */ + (0x24 << 4),12, /* run length of 52 */ + (0x37 << 4),12, /* run length of 53 */ + (0x38 << 4),12, /* run length of 54 */ + (0x27 << 4),12, /* run length of 55 */ + (0x28 << 4),12, /* run length of 56 */ + (0x58 << 4),12, /* run length of 57 */ + (0x59 << 4),12, /* run length of 58 */ + (0x2b << 4),12, /* run length of 59 */ + (0x2c << 4),12, /* run length of 60 */ + (0x5a << 4),12, /* run length of 61 */ + (0x66 << 4),12, /* run length of 62 */ + (0x67 << 4),12, /* run length of 63 */ + (0x0f << 6),10, /* run length of 64 */ + (0xc8 << 4),12, /* run length of 2*64 = 128 */ + (0xc9 << 4),12, /* run length of 3*64 = 192 */ + (0x5b << 4),12, /* run length of 4*64 = 256 */ + (0x33 << 4),12, /* run length of 5*64 = 320 */ + (0x34 << 4),12, /* run length of 6*64 = 384 */ + (0x35 << 4),12, /* run length of 7*64 = 448 */ + (0x6c << 3),13, /* run length of 8*64 = 512 */ + (0x6d << 3),13, /* run length of 9*64 = 576 */ + (0x4a << 3),13, /* run length of 10*64 = 640 */ + (0x4b << 3),13, /* run length of 11*64 = 704 */ + (0x4c << 3),13, /* run length of 12*64 = 768 */ + (0x4d << 3),13, /* run length of 13*64 = 832 */ + (0x72 << 3),13, /* run length of 14*64 = 896 */ + (0x73 << 3),13, /* run length of 15*64 = 960 */ + (0x74 << 3),13, /* run length of 16*64 = 1024 */ + (0x75 << 3),13, /* run length of 17*64 = 1088 */ + (0x76 << 3),13, /* run length of 18*64 = 1152 */ + (0x77 << 3),13, /* run length of 19*64 = 1216 */ + (0x52 << 3),13, /* run length of 20*64 = 1280 */ + (0x53 << 3),13, /* run length of 21*64 = 1344 */ + (0x54 << 3),13, /* run length of 22*64 = 1408 */ + (0x55 << 3),13, /* run length of 23*64 = 1472 */ + (0x5a << 3),13, /* run length of 24*64 = 1536 */ + (0x5b << 3),13, /* run length of 25*64 = 1600 */ + (0x64 << 3),13, /* run length of 26*64 = 1664 */ + (0x65 << 3),13, /* run length of 27*64 = 1728 */ + (0x08 << 5), 11, /* run length of 28*64 = 1792 */ + (0x0c << 5), 11, /* run length of 29*64 = 1856 */ + (0x0d << 5), 11, /* run length of 30*64 = 1920 */ + (0x12 << 4), 12, /* run length of 31*64 = 1984 */ + (0x13 << 4), 12, /* run length of 32*64 = 2048 */ + (0x14 << 4), 12, /* run length of 33*64 = 2112 */ + (0x15 << 4), 12, /* run length of 34*64 = 2176 */ + (0x16 << 4), 12, /* run length of 35*64 = 2240 */ + (0x17 << 4), 12, /* run length of 36*64 = 2304 */ + (0x1c << 4), 12, /* run length of 37*64 = 2368 */ + (0x1d << 4), 12, /* run length of 38*64 = 2432 */ + (0x1e << 4), 12, /* run length of 39*64 = 2496 */ + (0x1f << 4), 12, /* run length of 40*64 = 2560 */ +}; + +#else +extern ShiftedCodes VerticalCodes[]; +extern ShiftedCodes ShiftedWhites[]; +extern ShiftedCodes ShiftedBlacks[]; +#endif diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/gbits.h b/xie/xc/programs/Xserver/XIE/mixie/fax/gbits.h new file mode 100644 index 0000000..b3c2f2f --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/gbits.h @@ -0,0 +1,466 @@ +/* $XConsortium: gbits.h,v 1.4 94/04/17 20:34:47 rws Exp $ */ +/**** module fax/gbits.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + fax/gbits.h -- DDXIE fax decode bitstream - get macros + + Ben Fahy -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + +/* + * gbits.h - sub-include file of bits.h, the 'g' stands for "get" + * as in: + * + * bit = get_bit( byteptr,bitpos,endptr); + * byte = get_byte(byteptr,bitpos,endptr); + * code = get_wcode(byteptr,bitpos,endptr); + * code = get_bcode(byteptr,bitpos,endptr); + * + * but I am also including: + * + * adjust_bitstream_8(n,byteptr,bitpos,endptr); + * adjust_bitstream( n,byteptr,bitpos,endptr); + * adjust_1bit( byteptr,bitpos,endptr); + * +*/ + +/* ------------------------------------------------------------------- */ +/* + * do_magic(byteptr,bitpos,endptr); + * + * Macro to attempt to recover from an end-of-strip condition. + * It bridges the gap between current strip and the next by + * copying the last 4 bytes of current strip, together with the + * first four bytes of the next strip, into a 'magic strip', + * which consists of at 8 bytes. Since no FAX codes are longer + * than 13 bits in length, this implies that we have plenty of + * room in the magic strip to finish off decoding everything that + * was copied from the first strip. When we hit the second long + * word in the magic strip, we will trip the endptr condition for + * it and then restore the logical next strip, marking the first + * one as done. + * + * The nice thing about this method is that we don't have to do + * any copying of real-life strips. We just insert a pseudo-strip + * for a very brief amount of time, and the behavior is more or + * less hidden from routines outside this module. + * + */ + +#define do_magic(byteptr,bitpos,endptr) \ + { \ + int o; \ + if (state->use_magic) { \ + /* already using magic strip, switch back to normal */ \ + \ + if (state->strip_state == StripStateNoMore) { \ + /* we are out of data! return number of lines found */ \ + state->decoder_done = 1; \ + } \ + else { \ + /* switch over to next input strip */ \ + o = byteptr - endptr; \ + byteptr = (unsigned char *)state->strip + o; \ + endptr = (unsigned char *)state->strip+state->strip_size-4;\ + state->use_magic = 0; /* aw - the magic is gone :-( */ \ + } \ + } \ + else { \ + /* will switch over to using magic strip */ \ + state->use_magic = 1; \ + state->magicStrip[0] = *(endptr); \ + state->magicStrip[1] = *(endptr+1); \ + state->magicStrip[2] = *(endptr+2); \ + state->magicStrip[3] = *(endptr+3); \ + \ + /* set byteptr in equivalent position in the magic strip */ \ + o = byteptr - endptr; \ + byteptr = o + (unsigned char *)&state->magicStrip[0]; \ + endptr = (unsigned char *)&state->magicStrip[4]; \ + /* will swap back after magicStrip[3] is done */ \ + \ + /* now signal to caller that we want a new strip */ \ + state->magic_needs = 1; \ + state->strip_state = StripStateDone; \ + /* you can toss the old one */ \ + \ + save_state_and_return(state); \ + } /* end of if already magic */ \ + } + +/* ------------------------------------------------------------------- */ +/* + * finish_magic(final); + * + * This macro finishes the job of assembling the magic strip. + * It plugs in the first long word of the new strip in as the + * second long word of the magic strip. + * + * Note that when 'magic_needs' is set, the caller MUST NOT call + * the decoder again until that strip is available, unless final + * is 1 (no more strips coming). + */ + +#define finish_magic(final) \ + { \ + if (state->strip_state == StripStateNew) { \ + /* what a guy! he gave me a new strip. :-) */ \ + state->magicStrip[4] = *(state->strip); \ + state->magicStrip[5] = *(state->strip+1); \ + state->magicStrip[6] = *(state->strip+2); \ + state->magicStrip[7] = *(state->strip+3); \ + state->strip_state = StripStateInUse; \ + } \ + else { \ + /* no new strip?? Better have a good reason! */ \ + if (final) { \ + /* Out of data (good reason), set 2nd magic word to 0 */ \ + state->magicStrip[4] = 0; \ + state->magicStrip[5] = 0; \ + state->magicStrip[6] = 0; \ + state->magicStrip[7] = 0; \ + } \ + else { \ + /* strips left, but I am DENIED?? Shocking! */ \ + state->decoder_done = FAX_DECODE_DONE_ErrorBadMagic; \ + return(lines_found); \ + } \ + } /* end of if (final) */ \ + /* byteptr, bitpos, endptr should already be set up ok */ \ + state->magic_needs = 0; \ + } /* end of finish_magic(final) */ + +/* ------------------------------------------------------------------- */ +/* + * skip_bits_at_eol(byteptr,bitpos,endptr); + * + * Macro to move bitstream position forward to the next even byte + * boundary, if necessary + * + */ +#define skip_bits_at_eol(byteptr,bitpos,endptr) \ + { \ + if (bitpos) { \ + bitpos = 0; \ + if (++byteptr >= endptr) \ + do_magic(byteptr,bitpos,endptr); \ + } \ + } + +/* ------------------------------------------------------------------- */ +/* + * adjust_bitstream_8(n,byteptr,bitpos,endptr); + * + * Macro to move bitstream position forward n bits, where n is + * known to be <= 8. + * + * Strategy: + * There are only two cases: + * + * bitpos+n < 8, => byteptr same, adjust bitpos + * + * bitpos+n >= 8, => bitpos = (bitpos+n)%8, ++byteptr, + * need to check endptr. + */ + +#define adjust_bitstream_8(n,byteptr,bitpos,endptr) \ + { register int tmp=n+bitpos; \ + if (tmp < 8) \ + bitpos=tmp ; /* staying in same byte */ \ + else { /* moving to new byte */ \ + bitpos=tmp%8; /* adjust bitpos */ \ + if (++byteptr >= endptr) \ + do_magic(byteptr,bitpos,endptr); \ + } \ + } + +/* ------------------------------------------------------------------- */ +/* + * adjust_1bit(byteptr,bitpos,endptr); + * + * Macro to move bitstream position forward 1 bit + * + * Strategy: + * oh, poo! Just leverage adjust_bitstream_8( ) + * + */ + +#define adjust_1bit(byteptr,bitpos,endptr) \ + adjust_bitstream_8(1,byteptr,bitpos,endptr) + +/* ------------------------------------------------------------------- */ +/* + * adjust_bitstream(n,byteptr,bitpos,endptr); + * + * Macro to move bitstream position forward n bits, where n is + * known to be <= 13. + * + * Strategy: + * We may need to adjust from 1 to 13 bits. It's easy + * to calculate the new bitpos - it's just (n+bitpos)%8. + * Similarly, the number of bytes to move over is given + * by (n+bitpos)/8. + * + */ + +#define adjust_bitstream(n,byteptr,bitpos,endptr) \ + { register int tmp=n+bitpos; \ + if (tmp < 8) \ + bitpos=tmp ; /* staying in same byte */ \ + else { /* moving to new byte */ \ + bitpos = tmp%8; \ + byteptr += tmp/8; \ + if (byteptr >= endptr) \ + do_magic(byteptr,bitpos,endptr); \ + } \ + } + +/* ------------------------------------------------------------------- */ +/* + * bit = get_bit(byteptr,bitpos,endptr); + * + * Macro to get next coding bit (when searching for tag bit, g32d). + * + * Strategy: + * mask everything but current bitpos, where bitpos counts + * from msbit to lsbit (bitpos=0 means msbit) + * + * NOTE: we do *not* try to align the bit in any way. It is + * assumed that the whole masked byte will be inspected + * at once for non-zero status. + * + */ +#define get_bit(byteptr,bitpos,endptr) \ + ( (*byteptr) & ((unsigned char) 0x080 >> bitpos) ) + + /* Notice endptr isn't actually used, it's just there for show */ +/* ------------------------------------------------------------------- */ +/* + * byte = get_byte(byteptr,bitpos,endptr); + * + * Macro to get next coding byte. + * + * IMPORTANT!! There is no check to make sure that byteptr+1 + * actually point to valid data in the macro below. It + * is assumed this macro will never be called unless it + * has already been verified it is safe to do so. + * + * Strategy: + * If bitpos is 0, all data available in this byte, and + * it's trivial. So let's assume bitpos != 0, so that the + * 8 bits we want straddles two bytes, as below: + * + * bitpos = 3, counting from the left: + * + * 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 + * X X X X X Y Y Y + * + * We want to form an 8-bit byte out of bits XXXXXYYY as + * shown. By inspection, we need to shift the first byte to + * the left three bits, and add the second byte shifted to + * the right the complementary number of times. Thus: + */ +#define get_byte(byteptr,bitpos,endptr) \ + ( bitpos? ( (*byteptr) << bitpos ) | \ + ( (*(byteptr+1))>> (8-bitpos) ) : \ + *byteptr \ + ) + + /* Notice endptr isn't actually used, it's just there for show */ + +#define get_pbyte(byteptr,endptr) \ + ( *byteptr ) + + +/* ------------------------------------------------------------------- */ +/* + * code = get_wcode(byteptr,bitpos,endptr); + * + * Macro to get next white run length + * + * IMPORTANT!! There is no check to make sure that byteptr+1 or + * byteptr+2 actually point to valid data in the macro + * below. It is assumed this macro will never be called + * unless it has already been verified it is safe to do so. + * + * Strategy: + * For the white table we need 12 bits. If bitpos <=4, + * then the first byte will have at least four bits, so + * we only need two bytes. If bitpos >4, we need three + * bytes. + * + * bitpos = 4, starting from 0 counting from the left: + * + * 0 1 2 3 4 + * 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 + * X X X X Y Y Y Y Y Y Y Y + * + * bitpos = 5, starting from 0 counting from the left: + * + * 0 1 2 3 4 5 + * 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 + * X X X Y Y Y Y Y Y Y Y Z + * + * Supose bitpos <=4. For example, suppose bitpos = 3, + * as is pictured below: + * + * 0 1 2 3 4 + * 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 + * X X X X X Y Y Y Y Y Y Y + * + * We need to form a 12 bit word out of XXXXXYYYYYYY. By + * inspection it is easy to see that (4-bitpos) represents + * the number of bits "spilled" to the left of bitpos=4. + * The left-most bit needs to be shifted right to the bit4 + * position, so the solution is to form a word from the + * first two bytes, shift right by (4-bitpos) and mask. + * + * For the case of bitpos=5 (above), (bitpos-4) bits have + * "spilled" into the third byte. We need to form a word + * out of the three consecutive bytes and right shift by + * the amount (8-spill) = 8 - (bitpos-4) = 12-bitpos, then + * mask. + */ +#define two_bytes \ + ( (((unsigned int)*byteptr)<<8) | (*(byteptr+1)) ) + +#define three_bytes \ + ( (((unsigned int)*byteptr)<<16) | \ + (((unsigned int)*(byteptr+1))<<8) | \ + (*(byteptr+2)) ) + +#define get_wcode(byteptr,bitpos,endptr) \ + ( 0x0fff & \ + ( bitpos>4? ( three_bytes >> (12-bitpos) ) \ + : ( two_bytes >> ( 4-bitpos) ) \ + ) \ + ) + + /* Notice endptr isn't actually used, it's just there for show */ + +/* ------------------------------------------------------------------- */ +/* + * code = get_bcode(byteptr,bitpos,endptr); + * + * Macro to get next black run length. + * + * IMPORTANT!! There is no check to make sure that byteptr+1 or + * byteptr+2 actually point to valid data in the macro + * below. It is assumed this macro will never be called + * unless it has already been verified it is safe to do so. + * + * Strategy: + * For the black table we need 13 bits. If bitpos <=3, + * then the first byte will have at least five bits, so + * we only need two bytes. If bitpos >=4, we need three + * bytes. + * + * bitpos = 3, starting from 0 counting from the left: + * + * 0 1 2 3 + * 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 + * X X X X X Y Y Y Y Y Y Y Y + * + * bitpos = 4, starting from 0 counting from the left: + * + * 0 1 2 3 4 + * 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 + * X X X X Y Y Y Y Y Y Y Y Z + * + * Supose bitpos <=3. For example, suppose bitpos = 2, + * as is pictured below: + * + * 0 1 2 3 + * 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 + * X X X X X X Y Y Y Y Y Y Y + * + * We need to form a 13 bit word out of XXXXXXYYYYYYY. By + * inspection it is easy to see that (3-bitpos) represents + * the number of bits "spilled" to the left of bitpos=3. + * The left-most bit needs to be shifted right to the bit3 + * position, so the solution is to form a word from the + * first two bytes, shift right by (3-bitpos) and mask. + * + * For the case of bitpos=4 (above), (bitpos-3) bits have + * "spilled" into the third byte. We need to form a word + * out of the three consecutive bytes and right shift by + * the amount (8-spill) = 8 - (bitpos-3) = 11-bitpos, then + * mask. + */ + +#define get_bcode(byteptr,bitpos,endptr) \ + ( 0x1fff & \ + ( bitpos>3? ( three_bytes >> (11-bitpos) ) \ + : ( two_bytes >> ( 3-bitpos) ) \ + ) \ + ) + + /* Notice endptr isn't actually used, it's just there for show */ + +/* ------------------------------------------------------------------- */ +/**** module fax/gbits.h ****/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/fax/zeroeven.c b/xie/xc/programs/Xserver/XIE/mixie/fax/zeroeven.c new file mode 100644 index 0000000..f172835 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/fax/zeroeven.c @@ -0,0 +1,129 @@ +/* $XConsortium: zeroeven.c /main/5 1995/12/02 16:50:41 dpw $ */ +/**** module fax/zeroeven.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + fax/zeroeven.c -- DDXIE fax utility + + Ben && Larry -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + + +/*** zero_even.c - zero out even transitions. + + The array wbtrans is arranged as a table of positions at which + the input changes from white to black, then black to white, then + white to black, and so on. We assume all output pixels have + already been set white. Therefore we only have to fill the + black ranges with zeros... + + W->B B->W W->B B->W W->B B->W W->B B->W + + 12 17 29 30 65 68 90 92 + + bit positions 12-16, 29, 65-67, and 90-91 in the above + example are black. It should be clear from the example + that the size of the run length is t[w]-t[b], where + w=b+1 and b is the index of a transition from white to + black. Note that if the line was only 92 pixels wide, + setting the imaginary pixel with index = image width + B->W still gives us the right answer. + +***/ + +#include + +/**********************************************************************/ + +void +zero_even(cp,t,nt,w,white) +register LogInt *cp; +register int *t, nt,w,white; +{ +unsigned int sbit,ebit; +LogInt *sbyt, *ebyt, black; + +#define ONES ~((LogInt)0) + + memset(cp, white ? 0xff: 0, (w+7)>>3); + black = white ? 0 : ONES; + + for (nt = (nt>>1) - 1; nt >= 0; nt--) { + sbit = *t++; + ebit = *t++; /* if (!nt && (ebit > w)) ebit = w; */ + sbyt = cp + (sbit >> LOGSHIFT); sbit &= LOGMASK; + ebyt = cp + (ebit >> LOGSHIFT); ebit &= LOGMASK; + + if (sbyt < ebyt) { + if (sbit) *sbyt++ ^= BitRight(ONES,sbit); + while (sbyt < ebyt) *sbyt++ = black; + if (ebit) *sbyt ^= ~BitRight(ONES,ebit); + } else + *sbyt ^= BitRight(ONES,sbit) & ~(BitRight(ONES,ebit)); + } +} +/**** module fax/zeroeven.c ****/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/import/Imakefile b/xie/xc/programs/Xserver/XIE/mixie/import/Imakefile new file mode 100644 index 0000000..2741f47 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/import/Imakefile @@ -0,0 +1,33 @@ +XCOMM $XConsortium: Imakefile,v 1.4 93/11/07 10:58:16 rws Exp $ +XCOMM build device dependent machine independent import element objects +#include + +SRCS1 = mifax.c miclut.c micphoto.c midraw.c \ + milut.c miphoto.c miuncomp.c + +OBJS1 = mifax.o miclut.o micphoto.o midraw.o \ + milut.o miphoto.o miuncomp.o + +#if BuildDIS +DEFINES = -DXIE_DIS +#else +SRCS2 = microi.c miroi.c miregion.c mijpeg.c +OBJS2 = microi.o miroi.o miregion.o mijpeg.o +#endif + + SRCS = $(SRCS1) $(SRCS2) + + OBJS = $(OBJS1) $(OBJS2) + + INCLUDES = -I../include -I../../include -I$(SERVERSRC)/include -I$(INCLUDESRC) -I$(INCLUDESRC)/extensions -I../jpeg + LINTLIBS = ../../dixie/export/llib-lexp.ln ../../dixie/import/llib-limp.ln \ + ../../dixie/process/llib-lproc.ln ../../dixie/request/llib-lreq.ln \ + ../control/llib-lctrl.ln ../export/llib-lmexp.ln ../fax/llib-lfax.ln \ + ../import/llib-lmimp.ln ../jpeg/llib-ljpeg.ln ../process/llib-lmproc.ln + +SubdirLibraryRule($(OBJS)) +NormalLibraryObjectRule() +LintLibraryTarget(mimp,$(SRCS)) +NormalLintTarget($(SRCS)) + +DependTarget() diff --git a/xie/xc/programs/Xserver/XIE/mixie/import/miclut.c b/xie/xc/programs/Xserver/XIE/mixie/import/miclut.c new file mode 100644 index 0000000..2f46beb --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/import/miclut.c @@ -0,0 +1,283 @@ +/* $XConsortium: miclut.c /main/6 1995/12/02 16:52:36 dpw $ */ +/**** module miclut.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + miclut.c -- DDXIE prototype import client lut element + + Ben Fahy -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + +#define _XIEC_MICLUT +#define _XIEC_ICLUT + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeICLUT(); + +/* + * routines used internal to this module + */ + +static int CreateICLUT(); +static int InitializeICLUT(); +static int ActivateICLUT(); +static int ResetICLUT(); +static int DestroyICLUT(); + +/* + * DDXIE ImportClientLUT entry points + */ + +static ddElemVecRec ICLUTVec = { + CreateICLUT, + InitializeICLUT, + ActivateICLUT, + (xieIntProc)NULL, + ResetICLUT, + DestroyICLUT + }; + +/* + * Local Declarations + */ + +typedef struct _lutpvt { + int byteptr; /* current number of bytes received */ + int bytelength; /* selects total size of array */ + int striplength; /* actual strip size, round up to power of 2 */ + int bytetype; /* selects array element size */ + int bandnum; /* for interleave, to swizzle bands */ +} lutPvtRec, *lutPvtPtr; + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeICLUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just copy our entry point vector into the peDef */ + ped->ddVec = ICLUTVec; + + return(TRUE); +} + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateICLUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + return MakePETex(flo,ped,xieValMaxBands * sizeof(lutPvtRec),NO_SYNC,NO_SYNC); +} + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeICLUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloImportClientLUT *raw = (xieFloImportClientLUT *)ped->elemRaw; + lutPvtPtr ext = (lutPvtPtr) ped->peTex->private; + int band, nbands = ped->peTex->receptor[SRCtag].inFlo->bands; + CARD32 *lengths = &(raw->length0); + CARD32 *levels = &(raw->levels0); + + for (band = 0; band < nbands; band++, ext++, lengths++, levels++) { + int deep; + ext->byteptr = 0; + ext->bytetype = LutPitch(*levels); + ext->bytelength = *lengths * ext->bytetype; + SetDepthFromLevels(ext->bytelength, deep); + ext->striplength = (1 << deep); + ext->bandnum = (raw->class == xieValSingleBand || + raw->bandOrder == xieValLSFirst) + ? band : xieValMaxBands - band - 1; + } + return InitReceptors(flo,ped,NO_DATAMAP,1) && + InitEmitter(flo,ped,NO_DATAMAP,NO_INPLACE); +} + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateICLUT(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + int band, nbands = pet->receptor[SRCtag].inFlo->bands; + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + lutPvtPtr ext = (lutPvtPtr) pet->private; + + for(band = 0; band < nbands; band++, ext++, iband++) { + bandPtr oband = &(pet->emitter[ext->bandnum]); + pointer ivoid, ovoid; + int ilen, icopy; + + if(!(pet->scheduled & 1<striplength,FALSE))) + return(FALSE); + /* + ** We have no guarantee to get all the output in one packet. In + ** fact we have no guarantee we will ever get all the output, or + ** that perhaps we might get too much. If we do get too much we + ** would like to notify the user but the protocol doesn't provide + ** something similar to a decodeNotify. + */ + for(ilen = 0; + ivoid = GetSrcBytes(flo,pet,iband,iband->current+ilen,1,FALSE);) { + icopy = ilen = iband->strip->length; + + if ((ext->byteptr + ilen) > ext->bytelength) + icopy = ext->bytelength - ext->byteptr; + + if (icopy) { + memcpy( ((char *) ovoid) + ext->byteptr, (char *) ivoid, icopy); + ext->byteptr += icopy; + } + } + FreeData(flo, pet, iband, iband->maxLocal); + + /* if final, process the data received */ + if (iband->final) { + SetBandFinal(oband); + PutData(flo,pet,oband,ext->striplength); + } + } + return TRUE; +} + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetICLUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyICLUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.flush = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return(TRUE); +} + +/* end module miclut.c */ + diff --git a/xie/xc/programs/Xserver/XIE/mixie/import/micphoto.c b/xie/xc/programs/Xserver/XIE/mixie/import/micphoto.c new file mode 100644 index 0000000..abb77bb --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/import/micphoto.c @@ -0,0 +1,814 @@ +/* $XConsortium: micphoto.c,v 1.8 94/04/17 20:34:49 dpw Exp $ */ +/**** module micphoto.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + micphoto.c -- DDXIE import client photo element + + Robert NC Shelley && Dean Verheiden -- AGE Logic, Inc. April, 1993 + + Fax stuff added by Ben Fahy + +*****************************************************************************/ + +#define _XIEC_MICPHOTO +#define _XIEC_ICPHOTO + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + +/* + * Local Declarations. + */ + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeICPhoto(); +bandMsk miImportCanonic(); +bandMsk miImportStream(); + +/* + * routines used internal to this module + */ +static int CreateICPhotoUn(); +static int InitializeICPhotoUncomByPlane(); +static int ActivateICPhotoUncomByPlane(); +static int ResetICPhoto(); +static int DestroyICPhotoUn(); + +static int CreateICPhotoStream(); +static int InitializeICPhotoStream(); +static int ActivateICPhotoStream(); + +#if XIE_FULL +static int InitializeICPhotoUncomByPixel(); +static int ActivateICPhotoUncomByPixel(); +#endif + + +/* + * routines we need from somewhere else + */ +extern int CreateICPhotoFax(); +extern int InitializeICPhotoFax(); +extern int ActivateICPhotoFax(); +extern int ResetICPhotoFax(); +extern int DestroyICPhotoFax(); + +#if XIE_FULL +extern int CreateIPhotoJpegBase(); +extern int InitializeICPhotoJpegBase(); +extern int ActivateIPhotoJpegBase(); +extern int ResetIPhotoJpegBase(); +extern int DestroyIPhotoJpegBase(); + +#ifdef optional_non_SI +static int CreateICPhotoJPEGLossless(); +static int InitializeICPhotoJPEGLossless(); +static int ActivateICPhotoJPEGLossless(); +static int DestroyICPhotoJPEGLossless(); +#endif +#endif /* XIE_FULL */ + +/* + * DDXIE ImportClientPhoto entry points + */ +static ddElemVecRec ICPhotoUncomByPlaneVec = { + CreateICPhotoUn, + InitializeICPhotoUncomByPlane, + ActivateICPhotoUncomByPlane, + (xieIntProc)NULL, + ResetICPhoto, + DestroyICPhotoUn + }; + +static ddElemVecRec ICPhotoStreamVec = { + CreateICPhotoStream, + InitializeICPhotoStream, + ActivateICPhotoStream, + (xieIntProc)NULL, + ResetICPhoto, + DestroyICPhotoUn + }; + +static ddElemVecRec ICPhotoFaxVec = { + CreateICPhotoFax, + InitializeICPhotoFax, + ActivateICPhotoFax, + (xieIntProc)NULL, + ResetICPhotoFax, + DestroyICPhotoFax + }; + +#if XIE_FULL +static ddElemVecRec ICPhotoUncomByPixelVec = { + CreateICPhotoUn, + InitializeICPhotoUncomByPixel, + ActivateICPhotoUncomByPixel, + (xieIntProc)NULL, + ResetICPhoto, + DestroyICPhotoUn + }; + +static ddElemVecRec ICPhotoJpegBaseVec = { + CreateIPhotoJpegBase, + InitializeICPhotoJpegBase, /* only thing not shared with ImportPhotomap */ + ActivateIPhotoJpegBase, + (xieIntProc)NULL, + ResetIPhotoJpegBase, + DestroyIPhotoJpegBase + }; +#endif /* XIE_FULL */ + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeICPhoto(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloImportClientPhoto *raw = (xieFloImportClientPhoto *)ped->elemRaw; + + if(!miImportCanonic(flo,ped)) { + ped->ddVec = ICPhotoStreamVec; + return(TRUE); + } + switch(raw->decodeTechnique) { + case xieValDecodeUncompressedSingle: + ped->ddVec = ICPhotoUncomByPlaneVec; + break; + + case xieValDecodeG31D: + case xieValDecodeG32D: + case xieValDecodeG42D: + case xieValDecodeTIFF2: + case xieValDecodeTIFFPackBits: + ped->ddVec = ICPhotoFaxVec; + break; + +#if XIE_FULL + case xieValDecodeUncompressedTriple: + + if(((xieTecDecodeUncompressedTriple*)&raw[1]) + ->interleave == xieValBandByPlane) + ped->ddVec = ICPhotoUncomByPlaneVec; + else { /* xieValBandByPixel */ + ped->ddVec = ICPhotoUncomByPixelVec; + break; + } + break; + + case xieValDecodeJPEGBaseline: + ped->ddVec = ICPhotoJpegBaseVec; + break; +#endif /* XIE_FULL */ + + default: + ImplementationError(flo,ped, return(FALSE)); + } + return(TRUE); +} /* end miAnalyzeICPhoto */ + + +/*------------------------------------------------------------------------ +-------- utility routines: see what kind data should be forwarded -------- +------------------------------------------------------------------------*/ +bandMsk miImportCanonic(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + bandMsk mask = NO_BANDS, all = (1<outFlo.bands)-1; + inFloPtr inf; + int b; + + /* find recipients that want canonic data + */ + for(inf = ped->outFlo.outChain; inf && mask != all; inf = inf->outChain) + for(b = 0; b < inf->bands; ++b) + if(IsCanonic(inf->format[b].class)) + mask |= 1<outFlo.bands)-1; + inFloPtr inf; + int b; + + /* find recipients that want stream data + */ + for(inf = ped->outFlo.outChain; inf && mask != all; inf = inf->outChain) + for(b = 0; b < inf->bands; ++b) + if(inf->format[b].class == STREAM) + mask |= 1<elemRaw; + peTexPtr pet = ped->peTex; + miUncompPtr pvt = (miUncompPtr)pet->private; + CARD32 nbands = ped->outFlo.bands,b,s; + formatPtr inf = ped->inFloLst[IMPORT].format; + xieTypOrientation pixelOrder, fillOrder; + CARD8 *ppad; + + if (nbands == 1) { + xieTecDecodeUncompressedSingle *tec = ((xieTecDecodeUncompressedSingle*) + &raw[1]); + pixelOrder = tec->pixelOrder; + fillOrder = tec->fillOrder; + pvt->bandMap = 0; + ppad = &tec->leftPad; + } else { + xieTecDecodeUncompressedTriple *tec = ((xieTecDecodeUncompressedTriple*) + &raw[1]); + pixelOrder = tec->pixelOrder; + fillOrder = tec->fillOrder; + ppad = tec->leftPad; + if (tec->bandOrder == xieValLSFirst) + for(b = 0; b < xieValMaxBands; ++b) + pvt[b].bandMap = b; + else + for(s = 0, b = xieValMaxBands; b--; ++s) + pvt[s].bandMap = b; + } + + for (b = 0; b < nbands; b++, pvt++, ppad++, inf++) { + pvt->bitOff = pvt->leftPad = *ppad; + if (inf->depth == 1) { +#if (IMAGE_BYTE_ORDER == MSBFirst) + if (pvt->leftPad & 7 || inf->stride != 1) { + pvt->action = (fillOrder == xieValMSFirst) ? CPextractstreambits: + CPextractswappedstreambits; + } else { + pvt->action = (fillOrder == xieValMSFirst) ? CPpass_bits : + CPreverse_bits; + } +#else + if (pvt->leftPad & 7 || inf->stride != 1) { + pvt->action = (fillOrder == xieValLSFirst) ? CPextractstreambits: + CPextractswappedstreambits; + } else { + pvt->action = (fillOrder == xieValLSFirst) ? CPpass_bits : + CPreverse_bits; + } +#endif + } else if (inf->depth <= 8) { + if (pvt->leftPad & 7 || inf->stride & 7) { + /* They chose . . . poorly */ + if (pixelOrder == xieValMSFirst) { + if(fillOrder == xieValMSFirst) + pvt->action = MMUBtoB; + else + pvt->action = MLUBtoB; + } else { + if(fillOrder == xieValMSFirst) + pvt->action = LMUBtoB; + else + pvt->action = LLUBtoB; + } + } else { + /* They chose wisely */ + pvt->action = CPpass_bytes; + } + } else if (inf->depth <= 16) { + if (pvt->leftPad & 15 || inf->stride & 15) { + /* They chose . . . poorly */ + if (pixelOrder == xieValMSFirst) { + if(fillOrder == xieValMSFirst) + pvt->action = MMUPtoP; + else + pvt->action = MLUPtoP; + } else { + if(fillOrder == xieValMSFirst) + pvt->action = LMUPtoP; + else + pvt->action = LLUPtoP; + } + } else { + /* They chose wisely */ +#if (IMAGE_BYTE_ORDER == MSBFirst) + pvt->action = (fillOrder==xieValMSFirst) ? CPpass_pairs : CPswap_pairs; +#else + pvt->action = (fillOrder==xieValLSFirst) ? CPpass_pairs : CPswap_pairs; +#endif + } + } else if (inf->depth <= 24) { + if (pvt->leftPad & 31 || inf->stride & 31) { + /* They chose . . . poorly */ + if (pixelOrder == xieValMSFirst) { + if(fillOrder == xieValMSFirst) + pvt->action = MMUQtoQ; + else + pvt->action = MLUQtoQ; + } else { + if(fillOrder == xieValMSFirst) + pvt->action = LMUQtoQ; + else + pvt->action = LLUQtoQ; + } + } else { + /* They chose wisely */ +#if (IMAGE_BYTE_ORDER == MSBFirst) + pvt->action = (fillOrder==xieValMSFirst) ? CPpass_quads : CPswap_quads; +#else + pvt->action = (fillOrder==xieValLSFirst) ? CPpass_quads : CPswap_quads; +#endif + } + } else { + ImplementationError(flo,ped, return(FALSE)); + } + } + pet->receptor->forward = miImportStream(flo,ped); + return(InitReceptors(flo, ped, NO_DATAMAP, 1) && + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); +} /* end InitializeICPhotoUnSingle */ + + +static int InitializeICPhotoStream(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* tell the data manager to forward our input data to downstream elements + */ + ped->peTex->receptor->forward = miImportStream(flo,ped); + + return(InitReceptors(flo, ped, NO_DATAMAP, 1)); +} /* end InitializeICPhotoStream */ + + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateICPhotoUncomByPlane(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloImportClientPhoto *raw = (xieFloImportClientPhoto *)ped->elemRaw; + miUncompPtr pvt = (miUncompPtr)pet->private; + CARD32 nbands = ped->inFloLst[IMPORT].bands; + bandPtr sbnd = pet->receptor[IMPORT].band, dbnd; + CARD32 oldslen, nextslen, b; + pointer src = (pointer)NULL, dst = (pointer)NULL; + + for(b = 0; b < nbands; ++sbnd, ++b, pvt++) { + void (*action)() = pvt->action; + + nextslen = pvt->bitOff + sbnd->format->pitch + 7 >> 3; + dbnd = &pet->emitter[pvt->bandMap]; + if(pet->scheduled & 1<current,nextslen,KEEP)) && + (dst = GetCurrentDst(flo,pet,dbnd))) { + do { + + (*action)(src, dst, sbnd->format->width, pvt->bitOff, + (CARD32)sbnd->format->depth, + sbnd->format->stride); + + pvt->bitOff = pvt->bitOff + sbnd->format->pitch & 7; /* Set next */ + oldslen = (pvt->bitOff) ? nextslen - 1 : nextslen; + nextslen = pvt->bitOff + sbnd->format->pitch + 7 >> 3; + src = GetSrcBytes(flo,pet,sbnd,sbnd->current+oldslen,nextslen,KEEP); + dst = GetNextDst(flo,pet,dbnd,FLUSH); + } while(src && dst); + } + + if(!src && sbnd->final && dbnd->current < dbnd->format->height) { + /* + * the client lied about the image size! + */ + if(raw->notify) + SendDecodeNotifyEvent(flo, ped, dbnd->band, + xieValDecodeUncompressedSingle, + dbnd->format->width, dbnd->current, TRUE); + /* + * If the client didn't send enough data, we could zero-fill the + * remaining lines. Since we sent the "aborted" status, we won't + * bother (the protocol offers both choices). + */ + ValueError(flo,ped,dbnd->format->height, return(FALSE)); + } + if (!src || dbnd->final) { + /* free whatever we've used so far and + * set the threshold to one byte more than whatever is left over + */ + FreeData(flo, pet, sbnd, sbnd->final ? sbnd->maxGlobal : sbnd->current); + SetBandThreshold(sbnd, sbnd->available + 1); + } + } + return(TRUE); +} /* end ActivateICPhotoUncomByPlane */ + + +static int ActivateICPhotoStream(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + CARD32 nbands = ped->inFloLst[IMPORT].bands; + bandPtr bnd = pet->receptor[IMPORT].band; + CARD32 b; + + for(b = 0; b < nbands; ++bnd, ++b) { + if(GetSrcBytes(flo,pet,bnd,bnd->current,1,KEEP)) + FreeData(flo,pet,bnd,bnd->maxGlobal); + } + return(TRUE); +} /* end ActivateICPhotoStream */ + + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetICPhoto(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetICPhoto */ + + + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyICPhotoUn(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return(TRUE); +} /* end DestroyICPhotoUn */ + + +#if XIE_FULL +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeICPhotoUncomByPixel(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloImportClientPhoto *raw = (xieFloImportClientPhoto *)ped->elemRaw; + peTexPtr pet = ped->peTex; + miUncompPtr pvt = (miUncompPtr)pet->private; + bandPtr sbnd = &ped->peTex->receptor[IMPORT].band[0]; + CARD32 sstride = sbnd->format->stride>>3; + xieTecDecodeUncompressedTriple *tec = ((xieTecDecodeUncompressedTriple*) + &raw[1]); + CARD8 leftPad = tec->leftPad[0]>>3; + CARD32 depth1, depth2, depth3; + int s, d; + + pvt->unaligned = FALSE; /* Hope for the best */ + + if(tec->bandOrder == xieValLSFirst) + for(d = 0; d < xieValMaxBands; ++d) + pvt[d].bandMap = d; + else + for(s = 0, d = xieValMaxBands; d--; ++s) + pvt[s].bandMap = d; + + depth1 = pet->emitter[pvt[0].bandMap].format->depth; + depth2 = pet->emitter[pvt[1].bandMap].format->depth; + depth3 = pet->emitter[pvt[2].bandMap].format->depth; + + pvt->bitOff = pvt->leftPad = tec->leftPad[0]; + + /* See if data is nicely aligned */ + if (!(tec->leftPad[0] & 7) && !(sbnd->format->stride & 7)) { + if (depth1 == 16 && depth2 == 16 && depth3 == 16) { +#if (IMAGE_BYTE_ORDER == MSBFirst) + void (*pa)() = (tec->pixelOrder == xieValMSFirst) ? StoP : StosP; +#else + void (*pa)() = (tec->pixelOrder == xieValMSFirst) ? StosP : StoP; +#endif + for(s = 0; s < xieValMaxBands; s++, pvt++) { + pvt->action = pa; + pvt->Bstride = sstride; + pvt->srcoffset = s + leftPad; + pvt->mask = 0; /* Unused */ + pvt->shift = 0; /* Unused */ + } + } else if (depth1 == 8 && depth2 == 8 && depth3 == 8) { + for(s = 0; s < xieValMaxBands; s++, pvt++) { + pvt->action = StoB; + pvt->Bstride = sstride; + pvt->srcoffset = s + leftPad; + pvt->mask = 0; /* Unused */ + pvt->shift = 0; /* Unused */ + } + } else if (depth1 == 4 && depth2 == 4 && depth3 == 4) { + if (tec->fillOrder == xieValMSFirst) { + pvt->action = SbtoB; + pvt->Bstride = sstride; + pvt->srcoffset = leftPad; + pvt->mask = 0xf0; + (pvt++)->shift = 4; + pvt->action = SbtoB; + pvt->Bstride = sstride; + pvt->srcoffset = leftPad; + pvt->mask = 0x0f; + (pvt++)->shift = 0; + pvt->action = SbtoB; + pvt->Bstride = sstride; + pvt->srcoffset = 1 + leftPad; + pvt->mask = 0xf0; + pvt->shift = 4; + } else { /* xieValLSFirst */ + pvt->action = SbtoB; + pvt->Bstride = sstride; + pvt->srcoffset = leftPad; + pvt->mask = 0x0f; + (pvt++)->shift = 0; + pvt->action = SbtoB; + pvt->Bstride = sstride; + pvt->srcoffset = leftPad; + pvt->mask = 0xf0; + (pvt++)->shift = 4; + pvt->action = SbtoB; + pvt->Bstride = sstride; + pvt->srcoffset = 1 + leftPad; + pvt->mask = 0x0f; + pvt->shift = 0; + } + } else if (depth1 + depth2 + depth3 <= 8) { + CARD8 ones = 0xff,smask1,smask2,smask3,shift1,shift2,shift3; + if (tec->fillOrder == xieValMSFirst) { + smask1 = ~(ones>>depth1); + smask2 = ~(ones>>(depth1 + depth2) | smask1); + smask3 = ~(ones>>(depth1 + depth2 + depth3) | smask1 | smask2); + shift1 = 8 - depth1; + shift2 = 8 - (depth1 + depth2); + shift3 = 8 - (depth1 + depth2 + depth3); + } else { /* fillOrder == xieValLSFirst */ + smask3 = ~(ones<action = (depth1 > 1) ? SbtoB : Sbtob; + pvt->Bstride = sstride; + pvt->srcoffset = leftPad; + pvt->mask = smask1; + (pvt++)->shift = shift1; + pvt->action = (depth2 > 1) ? SbtoB : Sbtob; + pvt->Bstride = sstride; + pvt->srcoffset = leftPad; + pvt->mask = smask2; + (pvt++)->shift = shift2; + pvt->action = (depth3 > 1) ? SbtoB : Sbtob; + pvt->Bstride = sstride; + pvt->srcoffset = leftPad; + pvt->mask = smask3; + pvt->shift = shift3; + } else { + pvt->unaligned = TRUE; + } + } else { + pvt->unaligned = TRUE; + } + + /* Wasn't nicely aligned, do it the hard way */ + if (((miUncompPtr)pet->private)->unaligned) { + pvt->action = + ExtractTripleFuncs[(tec->pixelOrder == xieValLSFirst) ? 0 : 1] + [(tec->fillOrder == xieValLSFirst) ? 0 : 1] + [(depth1 <= 8) ? 0 : 1] + [(depth2 <= 8) ? 0 : 1] + [(depth3 <= 8) ? 0 : 1]; + } + pet->receptor->forward = miImportStream(flo,ped); + return(InitReceptors(flo, ped, NO_DATAMAP, 1) && + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); +} /* end InitializeICPhotoUnTriple */ + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateICPhotoUncomByPixel(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloImportClientPhoto *raw = (xieFloImportClientPhoto *)ped->elemRaw; + miUncompPtr pvt = (miUncompPtr) (pet->private); + bandPtr sbnd = &pet->receptor[IMPORT].band[0]; + bandPtr db0 = &pet->emitter[pvt[0].bandMap]; + bandPtr db1 = &pet->emitter[pvt[1].bandMap]; + bandPtr db2 = &pet->emitter[pvt[2].bandMap]; + CARD32 width = db0->format->width; + pointer src = NULL, dp0 = NULL, dp1 = NULL, dp2 = NULL; + + if (pvt->unaligned) { + CARD32 oldslen, nextslen; + void (*action)() = pvt->action; + CARD32 depth0 = db0->format->depth; + CARD32 depth1 = db1->format->depth; + CARD32 depth2 = db2->format->depth; + CARD32 stride = sbnd->format->stride; + + nextslen = pvt->bitOff + sbnd->format->pitch + 7 >> 3; + if((src = GetSrcBytes(flo,pet,sbnd,sbnd->current,nextslen,KEEP)) + && (dp0 = GetCurrentDst(flo,pet,db0)) && + (dp1 = GetCurrentDst(flo,pet,db1)) && + (dp2 = GetCurrentDst(flo,pet,db2))) + do { + + (*action)(src,dp0,dp1,dp2,width,pvt->bitOff,depth0,depth1,depth2, + stride); + + pvt->bitOff = pvt->bitOff + sbnd->format->pitch & 7; /* Set next */ + oldslen = (pvt->bitOff) ? nextslen - 1 : nextslen; + nextslen = pvt->bitOff + sbnd->format->pitch + 7 >> 3; + src = GetSrcBytes(flo,pet,sbnd,sbnd->current+oldslen,nextslen,KEEP); + dp0 = GetNextDst(flo,pet,db0,FLUSH); + dp1 = GetNextDst(flo,pet,db1,FLUSH); + dp2 = GetNextDst(flo,pet,db2,FLUSH); + } while(src && dp0 && dp1 && dp2); + } else { + CARD32 slen = sbnd->format->pitch+7>>3; + if((src = GetSrcBytes(flo,pet,sbnd,sbnd->current,slen,KEEP)) && + (dp0 = GetCurrentDst(flo,pet,db0)) && + (dp1 = GetCurrentDst(flo,pet,db1)) && + (dp2 = GetCurrentDst(flo,pet,db2))) + do { + + (*pvt[0].action)(src,dp0,width,&pvt[0]); + (*pvt[1].action)(src,dp1,width,&pvt[1]); + (*pvt[2].action)(src,dp2,width,&pvt[2]); + + src = GetSrcBytes(flo,pet,sbnd,sbnd->current+slen,slen,KEEP); + dp0 = GetNextDst(flo,pet,db0,FLUSH); + dp1 = GetNextDst(flo,pet,db1,FLUSH); + dp2 = GetNextDst(flo,pet,db2,FLUSH); + } while(src && dp0 && dp1 && dp2); + } + if(!src && sbnd->final && db0->current < db0->format->height) { + /* + * the client lied about the image size! + */ + if(raw->notify) + SendDecodeNotifyEvent(flo, ped, 0, xieValDecodeUncompressedTriple, + db0->format->width, db0->current, TRUE); + /* + * If the client didn't send enough data, we could zero-fill the + * remaining lines. Since we sent the "aborted" status, we won't + * bother (the protocol offers both choices). + */ + ValueError(flo,ped,db0->format->height, return(FALSE)); + } + if (!src || db0->final && db1->final && db2->final) { + /* free whatever we've used so far and + * set the threshold to one byte more than whatever is left over + */ + FreeData(flo, pet, sbnd, sbnd->final ? sbnd->maxGlobal : sbnd->current); + SetBandThreshold(sbnd, sbnd->available + 1); + } + return(TRUE); +} /* end ActivateICPhotoUncomByPixel */ +#endif /* XIE_FULL */ + +/* end module micphoto.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/import/microi.c b/xie/xc/programs/Xserver/XIE/mixie/import/microi.c new file mode 100644 index 0000000..6d4a648 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/import/microi.c @@ -0,0 +1,390 @@ +/* $XConsortium: microi.c /main/7 1995/12/02 16:52:40 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module microi.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + microi.c -- DDXIE import client roi element + + Dean Verheiden -- AGE Logic, Inc. August, 1993 + +*****************************************************************************/ + +#define _XIEC_MICROI + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include + +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeICROI(); + +/* + * routines used internal to this module + */ +static int CreateICROI(); +static int InitializeICROI(); +static int ActivateICROI(); +static int ResetICROI(); +static int DestroyICROI(); + +static void rectCvt(); + +/* + * DDXIE ImportClientROI entry points + */ +static ddElemVecRec ICROIVec = +{ + CreateICROI, + InitializeICROI, + ActivateICROI, + (xieIntProc)NULL, + ResetICROI, + DestroyICROI +}; + + +typedef struct _microidef { + XieRegionPtr roireg; + CARD32 currentRect; /* Current rectangle from input stream */ +} miCROIDefRec, *miCROIDefPtr; + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeICROI(flo,ped) +floDefPtr flo; +peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = ICROIVec; + return(TRUE); +} /* end miAnalyzeICROI */ + + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateICROI(flo,ped) +floDefPtr flo; +peDefPtr ped; +{ + /* attach an execution context to the roi element definition */ + return MakePETex(flo,ped,sizeof(miCROIDefRec),NO_SYNC,NO_SYNC); +} /* end CreateICROI */ + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeICROI(flo,ped) +floDefPtr flo; +peDefPtr ped; +{ + xieFloImportClientROI *raw = (xieFloImportClientROI *)ped->elemRaw; + miCROIDefPtr rp = (miCROIDefPtr)ped->peTex->private; + XieRegionPtr miXieRegionCreate(); + + /* init icroi private data */ + if (!(rp->roireg = miXieRegionCreate((XieBoxRec *)NULL, + (int)raw->rectangles))) + AllocError(flo,ped, return(FALSE)); + + rp->currentRect = 0; + if (raw->rectangles > 1) + rp->roireg->data->numRects = raw->rectangles; + + return InitReceptors(flo,ped,NO_DATAMAP,1) && + InitEmitter(flo,ped,NO_DATAMAP,NO_INPLACE); +} /* end InitializeICROI */ + + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateICROI(flo,ped,pet) +floDefPtr flo; +peDefPtr ped; +peTexPtr pet; +{ + miCROIDefPtr rp = (miCROIDefPtr) pet->private; + bandPtr sbnd = &pet->receptor[IMPORT].band[0]; + bandPtr dbnd = &pet->emitter[0]; + CARD32 maxRect = ((xieFloImportClientROI *)ped->elemRaw)->rectangles; + xieTypRectangle *irect = (xieTypRectangle*)GetSrcBytes(flo,pet,sbnd, + sbnd->current, sizeof(xieTypRectangle),KEEP); + XieBoxRec *rects, *br; + CARD32 yxbands, size; + ROIPtr roi; + + if(dbnd->final) { + /* the client is being over generous, quietly discard the extra data */ + FreeData(flo,pet,sbnd,sbnd->maxGlobal); + return(TRUE); + } + + /* Stuff rectangles into XieBoxRec struct + */ + if (irect && maxRect == 1) { + rectCvt(irect,&rp->roireg->extents); + rp->currentRect++; + } else { + rects = (XieBoxRec *)&rp->roireg->data[1]; + br = &rects[rp->currentRect]; + while (irect && rp->currentRect < maxRect) { + rectCvt(irect,br++); + rp->currentRect++; + irect = (xieTypRectangle*)GetSrcBytes(flo,pet,sbnd, + sbnd->current + sizeof(xieTypRectangle), + sizeof(xieTypRectangle),KEEP); + } + } + + /* Ran out of rectangles, see if all have arrived + */ + if(!irect && sbnd->final || rp->currentRect >= maxRect) { + if(rp->currentRect < maxRect) { + /* the client lied about the number of rectangles! */ + ValueError(flo,ped,maxRect,return(FALSE)); + } else { /* All rectangles received, band them */ + Bool Overlap; + if (!miXieRegionValidate(rp->roireg,&Overlap)) + AllocError(flo,ped,return(FALSE)); /* Best guess */ + } + SetBandThreshold(sbnd,1); + FreeData(flo,pet,sbnd,sbnd->maxGlobal); + } else if (!irect) { + /* free whatever we've used so far and + * set the threshold to one byte more than whatever is left over + */ + FreeData(flo,pet,sbnd,sbnd->current); + SetBandThreshold(sbnd,sbnd->available + 1); + return(TRUE); + } + + /* At this point, all rectangles are here and everything appears to be OK + */ + if (rp->roireg->data && rp->roireg->data->numRects) { + rects = (XieBoxRec *)&rp->roireg->data[1]; + maxRect = rp->roireg->data->numRects; + } else { /* Only one box */ + rects = &rp->roireg->extents; + maxRect = 1; + } + + /* Step through rectangles and count up the total number of (y-x) bands + */ + if (maxRect) { + CARD32 r = 1; + INT32 y = rects[0].y1; + + yxbands = 1; + while (1) { + while (r < maxRect && y == rects[r].y1) r++; + if (r == maxRect) break; + y = rects[r].y1; + yxbands++; + } + } else { + yxbands = 0; + } + + /* Allocate storage for run length table + */ + size = sizeof(ROIRec)+sizeof(lineRec)*yxbands+sizeof(runRec)*maxRect; + + if(!(roi = (ROIRec*)GetDstBytes(flo,pet,dbnd,0,size,FALSE))) + AllocError(flo,ped,return(FALSE)); + + roi->x = rp->roireg->extents.x1; + roi->y = rp->roireg->extents.y1; + roi->width = rp->roireg->extents.x2 - roi->x; + roi->height = rp->roireg->extents.y2 - roi->y; + roi->nrects = maxRect; + roi->lend = LEND(dbnd); + + /* Fill in the run lengths + */ + if (maxRect) { + CARD32 r = 1; + INT32 y = rects[0].y1; + linePtr lp = (linePtr)&roi[1]; + runPtr rp = (runPtr)&lp[1]; + + lp->y = rects[0].y1; + lp->nline = rects[0].y2 - rects[0].y1; + lp->nrun = 1; + rp->dstart = rects[0].x1 - roi->x; + (rp++)->length = rects[0].x2 - rects[0].x1; + + while (1) { + while (r < maxRect && y == rects[r].y1) { + rp->dstart = rects[r].x1 - rects[r-1].x2; + (rp++)->length = rects[r].x2 - rects[r].x1; + lp->nrun++; + r++; + } + if (r == maxRect) break; + + lp = (linePtr)rp; + rp = (runPtr)&lp[1]; + lp->y = rects[r].y1; + lp->nline = rects[r].y2 - rects[r].y1; + lp->nrun = 1; + rp->dstart = (CARD32)rects[r].x1 - (CARD32)roi->x; + (rp++)->length = rects[r].x2 - rects[r].x1; + y = rects[r++].y1; + } + } + + SetBandFinal(dbnd); + PutData(flo,pet,dbnd,size); + + return (TRUE); +} /* end ActivateICROI */ + +/*------------------------------------------------------------------------ +------------------------- rectangle to box converter --------------------- +------------------------------------------------------------------------*/ +static void rectCvt(irect,br) +xieTypRectangle *irect; +XieBoxRec *br; +{ + br->x1 = irect->x; + br->y1 = irect->y; + br->x2 = br->x1 + irect->width; + br->y2 = br->y1 + irect->height; +} + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetICROI(flo,ped) +floDefPtr flo; +peDefPtr ped; +{ + miCROIDefPtr rp = (miCROIDefPtr)ped->peTex->private; + + if (rp && rp->roireg) { + miXieRegionDestroy(rp->roireg); + rp->roireg = (XieRegionPtr)NULL; + } + ResetReceptors(ped); + ResetEmitter(ped); + return TRUE; +} /* end ResetICROI */ + + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyICROI(flo,ped) +floDefPtr flo; +peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return TRUE; +} /* end DestroyICROI */ + +/* end module microi.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/import/midraw.c b/xie/xc/programs/Xserver/XIE/mixie/import/midraw.c new file mode 100644 index 0000000..eeec940 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/import/midraw.c @@ -0,0 +1,624 @@ +/* $XConsortium: midraw.c,v 1.9 94/04/17 20:34:52 rws Exp $ */ +/**** module midraw.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + midraw.c -- DDXIE prototype import drawable element + + Larry Hare -- AGE Logic, Inc. June, 1993 + +*****************************************************************************/ + +#define _XIEC_IDRAW +#define _XIEC_MIDRAW + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +#include +#include +#include +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + + +DrawablePtr ValDrawable(); + + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeIDraw(); + +/* + * routines used internal to this module + */ +static int CreateIDraw(); +static int InitializeIDraw(); +static int ActivateIDrawStrip(); +static int ActivateIDrawAlign(); +static int ActivateIDrawP(); +static int ResetIDraw(); +static int DestroyIDraw(); + +static void adjustStride4to8(); +static void adjustStride24to32(); + +static Bool XIEGetImage(); + + +/* + * DDXIE ImportDrawable && ImportDrawablePlane entry points + */ +static ddElemVecRec miDrawVec = { + CreateIDraw, + InitializeIDraw, + ActivateIDrawStrip, + (xieIntProc)NULL, + ResetIDraw, + DestroyIDraw + }; + +static ddElemVecRec miDrawPVec = { + CreateIDraw, + InitializeIDraw, + ActivateIDrawP, + (xieIntProc)NULL, + ResetIDraw, + DestroyIDraw + }; + +typedef struct _midraw { + RegionPtr pExposed; + RegionRec Exposed; + xieVoidProc adjust; +} miDrawRec, *miDrawPtr; + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeIDraw(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = miDrawVec; + return(TRUE); +} /* end miAnalyzeIDraw */ + +int miAnalyzeIDrawP(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = miDrawPVec; + return(TRUE); +} /* end miAnalyzeIDrawP */ + + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateIDraw(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return MakePETex(flo, ped, sizeof(miDrawRec), NO_SYNC, NO_SYNC); +} /* end CreateIDraw */ + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeIDraw(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + iDrawDefPtr dix = (iDrawDefPtr) ped->elemPvt; + miDrawPtr ddx = (miDrawPtr) ped->peTex->private; + formatPtr sf = &ped->inFloLst[SRCtag].format[0]; + formatPtr df = &ped->outFlo.format[0]; + BOOL notify; + + if(((xieFloImportDrawable*)ped->elemRaw)->elemType==xieElemImportDrawable) { + Bool adj_stride = sf->stride != df->stride; + Bool adj_pitch = sf->pitch != df->pitch; + + if(adj_stride || adj_pitch) { + ped->ddVec.activate = ActivateIDrawAlign; + + if(adj_stride) { + if(sf->stride == 24 && df->stride == 32) + ddx->adjust = adjustStride24to32; + + else if(sf->stride == 4 && df->stride == 8) + ddx->adjust = adjustStride4to8; + + /* add more adjustment routines as required */ + } + } else { + ped->ddVec.activate = ActivateIDrawStrip; + } + notify = ((xieFloImportDrawable*)ped->elemRaw)->notify; + } else + notify = ((xieFloImportDrawablePlane*)ped->elemRaw)->notify; + + if(notify && dix->pDraw->type != DRAWABLE_PIXMAP) { + ddx->pExposed = &ddx->Exposed; + (*dix->pDraw->pScreen->RegionInit) (ddx->pExposed, NullBox, 0); + } + /* note: ImportResource elements don't use their receptors */ + return InitEmitter(flo,ped,NO_DATAMAP,NO_INPLACE); +} /* end InitializeIDraw */ + + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateIDrawAlign(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloImportDrawable *raw = (xieFloImportDrawable *) ped->elemRaw; + miDrawPtr ddx = (miDrawPtr) pet->private; + bandPtr bnd = &pet->emitter[0]; + DrawablePtr pDraw = ValDrawable(flo,ped,raw->drawable); + char *dst = (char*)GetCurrentDst(flo,pet,bnd); + CARD16 width = bnd->format->width; + + if(!pDraw || !dst) return FALSE; + + do { + if(!XIEGetImage(pDraw, /* drawable */ + (CARD16) raw->srcX, /* drawable-x */ + (CARD16)(raw->srcY+bnd->current), /* drawable-y */ + (CARD16) width, (CARD16)1, /* width, height */ + (CARD32)ZPixmap, /* data format */ + (CARD32)~0, /* plane mask */ + dst, /* data buffer */ + raw->fill, /* augment */ + ddx->pExposed /* accumulate */ + )) + DrawableError(flo,ped,raw->drawable, return(FALSE)); + + if(ddx->adjust) + (*ddx->adjust)(dst, width); + + } while(dst = (char*)GetNextDst(flo,pet,bnd,FLUSH)); + + return TRUE; +} /* end ActivateIDrawAlign */ + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateIDrawStrip(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloImportDrawable *raw = (xieFloImportDrawable *) ped->elemRaw; + miDrawPtr ddx = (miDrawPtr) pet->private; + bandPtr bnd = &pet->emitter[0]; + char *dst; + DrawablePtr pDraw; + + if (!(pDraw = ValDrawable(flo,ped,raw->drawable))) + return FALSE; + + if (!(dst = (char*)GetCurrentDst(flo,pet,bnd))) + return FALSE; + + if(!XIEGetImage( pDraw, /* drawable */ + (CARD16) raw->srcX, /* drawable-x */ + (CARD16)(raw->srcY+bnd->minLocal), /* drawable-y */ + (CARD16)(bnd->format->width), /* width */ + (CARD16)(bnd->strip->length), /* height */ + (CARD32)ZPixmap, /* data format */ + (CARD32)~0, /* plane mask */ + dst, /* data buffer */ + raw->fill, /* augment */ + ddx->pExposed /* accumulate */ + )) + DrawableError(flo,ped,raw->drawable, return(FALSE)); + + PutData(flo,pet,bnd,bnd->maxLocal); + + return TRUE; +} /* end ActivateIDrawStrip */ + +static int ActivateIDrawP(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloImportDrawablePlane *raw = (xieFloImportDrawablePlane *) ped->elemRaw; + miDrawPtr ddx = (miDrawPtr) pet->private; + bandPtr bnd = &pet->emitter[0]; + char *dst; + DrawablePtr pDraw; + + if (!(pDraw = ValDrawable(flo,ped,raw->drawable))) + return FALSE; + + if(!(dst = (char*)GetCurrentDst(flo,pet,bnd))) + return FALSE; + + if(!XIEGetImage( pDraw, /* drawable */ + (CARD16)(raw->srcX), /* drawable-x */ + (CARD16)(raw->srcY+bnd->minLocal), /* drawable-y */ + (CARD16)(bnd->format->width), /* width */ + (CARD16)(bnd->strip->length), /* height */ + (CARD32)XYPixmap, /* data format */ + raw->bitPlane, /* plane mask */ + dst, /* data buffer */ + raw->fill, /* augment */ + ddx->pExposed /* accumulate */ + )) + DrawableError(flo,ped,raw->drawable, return(FALSE)); + +#if (BITMAP_BIT_ORDER != IMAGE_BYTE_ORDER) + { + int nb = bnd->pitch * bnd->strip->length; + while (nb--) *dst++ = (char)_ByteReverseTable[*dst]; + } +#endif + + PutData(flo,pet,bnd,bnd->maxLocal); + + return TRUE; +} /* end ActivateIDrawP */ + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static void FlushExposeEvents(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloImportDrawablePlane *raw = (xieFloImportDrawablePlane *) ped->elemRaw; + miDrawPtr pvt = (miDrawPtr) ped->peTex->private; + + if (pvt->pExposed) { + RegionPtr rp = pvt->pExposed; + DrawablePtr pDraw = ValDrawable(flo,ped,raw->drawable); + int numrects = REGION_NUM_RECTS(rp); + + if (pDraw) { + if (numrects > 0 && !ferrCode(flo) && !flo->flags.aborted) { + BoxPtr rects = REGION_RECTS(rp); + + /* if numrects is large, send 1 event for extents ?? */ + for ( ; numrects > 0; numrects--, rects++) { + SendImportObscuredEvent(flo,ped,raw->drawable, + rects->x1, + rects->y1, + rects->x2 - rects->x1, + rects->y2 - rects->y1); + } + } + (*pDraw->pScreen->RegionUninit) (rp); + } /* else Memory Leak */ + pvt->pExposed = NullRegion; + } +} /* end FlushExposeEvents */ + + +static int ResetIDraw(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + FlushExposeEvents(flo,ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetIDraw */ + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyIDraw(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return(TRUE); +} /* end DestroyIDraw */ + +/*------------------------------------------------------------------------ +--- similar to GetGCAndDrawableAndValidate (from extension.h) --- +--- made callable because the macro version returned standard X errors --- +------------------------------------------------------------------------*/ +DrawablePtr ValDrawable(flo,ped,draw_id) + floDefPtr flo; + peDefPtr ped; + Drawable draw_id; +{ + register ClientPtr client = flo->runClient; + register DrawablePtr draw; + + if (client->clientGone) return(NULL); + + if (client->lastDrawableID != draw_id) { + draw = (DrawablePtr)LookupIDByClass(draw_id, RC_DRAWABLE); + if (draw->type == UNDRAWABLE_WINDOW) + MatchError(flo,ped, return(NULL)); + + client->lastDrawable = draw; + client->lastDrawableID = draw_id; + } else { + draw = client->lastDrawable; + } + if(!draw) { + client->errorValue = draw_id; + DrawableError(flo,ped,draw_id, return(NULL)); + } + return draw; +} /* end ValDrawable */ + + +/* +** In order to support 'fill' and 'expose events' we must layer some +** code on top of the normal screen GetImage procedure. Use the defined +** backing store interface that aid's in copy expose processing, to try +** to knowingly recover backing store. Keep track of remaining regions +** which were not visible or in backing store. Always fill such leftover +** regions, and queue them up for later expose event processing. +*/ + +static Bool +XIEGetImage (pDrawable, sx, sy, w, h, format, pmask, pdst, fill, Exposed) + DrawablePtr pDrawable; + CARD16 sx, sy, w, h; + CARD32 format; + CARD32 pmask; + char *pdst; + CARD32 fill; + RegionPtr Exposed; +{ + ScreenPtr pScreen = pDrawable->pScreen; + BoxRec bounds; + unsigned char depth; + + if(pDrawable->type != DRAWABLE_PIXMAP && (sx + w > pDrawable->width || + sy + h > pDrawable->height)) + return(FALSE); + + if(pDrawable->type != DRAWABLE_PIXMAP && + ((WindowPtr)pDrawable)->visibility != VisibilityUnobscured) { + PixmapPtr pPixmap; + GCPtr pGC; + WindowPtr pWin, pSrcWin; + RegionRec Remaining; + BoxPtr pBox; + int i; + int x, y; + xRectangle *pRect; + int numRects; + + pWin = (WindowPtr) pDrawable; + pPixmap = 0; + depth = pDrawable->depth; + bounds.x1 = sx + pDrawable->x; + bounds.y1 = sy + pDrawable->y; + bounds.x2 = bounds.x1 + w; + bounds.y2 = bounds.y1 + h; + (*pScreen->RegionInit) (&Remaining, &bounds, 0); + if (!(pPixmap = (*pScreen->CreatePixmap) (pScreen, w, h, depth))) + goto punt; + if(!(pGC = GetScratchGC (depth, pScreen))) { + (*pScreen->DestroyPixmap) (pPixmap); + goto punt; + } + if (pWin->viewable && + (*pScreen->RectIn) (&Remaining, (*pScreen->RegionExtents) + (&pWin->borderSize)) != rgnOUT) { + XID subWindowMode = IncludeInferiors; + ChangeGC (pGC, GCSubwindowMode, &subWindowMode); + ValidateGC ((DrawablePtr)pPixmap, pGC); + pSrcWin = (WindowPtr) pDrawable; + x = sx; + y = sy; + if (pSrcWin->parent) { + x += pSrcWin->origin.x; + y += pSrcWin->origin.y; + pSrcWin = pSrcWin->parent; + } + (*pGC->ops->CopyArea) ((DrawablePtr)pSrcWin, + (DrawablePtr)pPixmap, pGC, + x, y, w, h, + 0, 0); + (*pScreen->Subtract) (&Remaining, &Remaining, + &((WindowPtr) pDrawable)->borderClip); + if (REGION_NUM_RECTS(&Remaining) == 0) goto done; + } + (*pScreen->TranslateRegion) (&Remaining, -pWin->drawable.x, + -pWin->drawable.y); + + /* Copy in Backstore now */ + if (pWin->backStorage) { + (*pWin->drawable.pScreen->ExposeCopy) (pWin, + (DrawablePtr)pPixmap, + pGC, &Remaining, + sx, sy, + 0, 0, + 0); + + } + + /* Fill in Remaining Area now */ + ChangeGC (pGC, GCForeground, &fill); + ValidateGC ((DrawablePtr)pPixmap, pGC); + numRects = REGION_NUM_RECTS(&Remaining); + pBox = REGION_RECTS(&Remaining); + pRect = (xRectangle *)ALLOCATE_LOCAL(numRects * sizeof(xRectangle)); + if (pRect) { + for (i = numRects; --i >= 0; pBox++, pRect++) { + pRect->x = pBox->x1 - sx; + pRect->y = pBox->y1 - sy; + pRect->width = pBox->x2 - pBox->x1; + pRect->height = pBox->y2 - pBox->y1; + } + pRect -= numRects; + (*pGC->ops->PolyFillRect) ((DrawablePtr)pPixmap, pGC, + numRects, pRect); + DEALLOCATE_LOCAL (pRect); + } + + /* Accumulate Exposures if requested */ + if (REGION_NUM_RECTS(&Remaining) > 0) { + if (Exposed) { + (*pScreen->Union) (Exposed, Exposed, &Remaining); + } + } + +done: + (*pScreen->RegionUninit) (&Remaining); + (*pScreen->GetImage) ((DrawablePtr) pPixmap, 0, 0, w, h, + format, pmask, pdst); + (*pScreen->DestroyPixmap) (pPixmap); + FreeScratchGC (pGC); + } + else + { +punt: ; + (*pScreen->GetImage) (pDrawable, sx, sy, w, h, + format, pmask, pdst); + } + return(TRUE); +} + +static void adjustStride24to32(buf,width) + char *buf; + CARD32 width; +{ + register BytePixel *ip = (BytePixel*)(&buf[3 * width]); + register QuadPixel *op = (QuadPixel*)(&buf[4 * width]); + int i; + + for(i = width; i; --i) +#if (IMAGE_BYTE_ORDER == LSBFirst && IMAGE_BYTE_ORDER == BITMAP_BIT_ORDER || IMAGE_BYTE_ORDER == MSBFirst && IMAGE_BYTE_ORDER != BITMAP_BIT_ORDER) + { ip -= 3; *(--op) = (int)ip[2]<<16 | (int)ip[1]<<8 | (int)ip[0]; } +#else + { ip -= 3; *(--op) = (int)ip[0]<<16 | (int)ip[1]<<8 | (int)ip[2]; } +#endif +} + +static void adjustStride4to8(buf,width) + char *buf; + CARD32 width; +{ + register BytePixel *ip = (BytePixel*)(&buf[1 * width]); + register BytePixel *op = (BytePixel*)(&buf[2 * width]); + int i; + + for(i = width; i; --i) +#if (IMAGE_BYTE_ORDER == LSBFirst && IMAGE_BYTE_ORDER == BITMAP_BIT_ORDER || IMAGE_BYTE_ORDER == MSBFirst && IMAGE_BYTE_ORDER != BITMAP_BIT_ORDER) + { *(--op) = *(--ip) & (BytePixel)0x0f; *(--op) = *ip >> 4; } +#else + { *(--op) = *(--ip) >> 4; *(--op) = *ip & (BytePixel)0x0f; } +#endif +} + + +/* end module midraw.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/import/mifax.c b/xie/xc/programs/Xserver/XIE/mixie/import/mifax.c new file mode 100644 index 0000000..0b64b80 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/import/mifax.c @@ -0,0 +1,581 @@ +/* $XConsortium: mifax.c /main/9 1995/12/04 15:33:46 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module mifax.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mifax.c -- DDXIE prototype import client photo and + import photomap element, portions specific + to FAX decompression + + Ben Fahy -- AGE Logic, Inc. July, 1993 + +*****************************************************************************/ + +#define _XIEC_MICPHOTO +#define _XIEC_ICPHOTO +#define _XIEC_MIPHOTO +#define _XIEC_IPHOTO + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include +/* XXX - this should be cleaned up. */ +#include "../fax/faxint.h" + +/* + * routines referenced by other DDXIE modules + */ +int CreateICPhotoFax(); +int InitializeICPhotoFax(); +int InitializeIPhotoFax(); +int ActivateICPhotoFax(); +int ResetICPhotoFax(); +int DestroyICPhotoFax(); + + +extern bandMsk miImportStream(); + +/* + * Local Declarations + */ + +static int common_init(); + + +#define LENIENCY_LIMIT 16 + +#define MAX_STRIPS_INC 20 +typedef struct _faxpvt { + FaxState state; + int width,height; /* not strictly necessary, but handy */ + int max_strips; /* how many we've allocated space for */ + int n_strips; /* how many strips we've seen so far */ + int next_byte; /* next input byte we are looking for */ + int max_lines; /* maximum number of lines/output strip */ + char **o_lines; /* array of pointers to output lines */ + int (*decodptr)(); /* function used to decode the data */ + xieTypOrientation encodedOrder; + int notify; /* (ICP) we might have to send an event */ + int normal; /* if not, swap the output bit order */ + photomapPtr map; /* (IP) just in case we need it */ + unsigned char *buf; /* in case we have to bit reverse src */ + int bufsize; /* buffer size has to vary with input */ + /* strip size, alas and alak. :-( */ + xieTypDecodeTechnique technique; +} faxPvtRec, *faxPvtPtr; + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +int CreateICPhotoFax(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return MakePETex(flo,ped, sizeof(faxPvtRec), NO_SYNC, NO_SYNC); +} /* end CreateICPhotoFax */ + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +int InitializeIPhotoFax(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ +photomapPtr map = ((iPhotoDefPtr)ped->elemPvt)->map; +peTexPtr pet = ped->peTex; +faxPvtPtr texpvt=(faxPvtPtr) pet->private; +bandPtr sbnd = &pet->receptor[IMPORT].band[0]; + + if (!common_init(flo,ped,(pointer)map->tecParms,map->technique)) + return(0); + + texpvt->map = map; /* can be used as flag in Activate routine */ + + return( + ImportStrips(flo,pet,&pet->receptor[0].band[0],&map->strips[0]) + ); +} /* end InitializeIPhotoFax */ +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +int InitializeICPhotoFax(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ +xieFloImportClientPhoto *raw = (xieFloImportClientPhoto *) ped->elemRaw; +peTexPtr pet = ped->peTex; +faxPvtPtr texpvt = (faxPvtPtr) pet->private; + + if( !common_init(flo,ped,(pointer) &raw[1],raw->decodeTechnique) ) + return(0); + + texpvt->notify = raw->notify; + return(1); +} /* end InitializeICPhotoFax */ +/*------------------------------------------------------------------------ +------- lots of stuff shared between ICPhoto and IPhoto. . . ------------- +------------------------------------------------------------------------*/ +static int common_init(flo,ped,tec,technique) +floDefPtr flo; +peDefPtr ped; +pointer tec; /* we won't know the type until later */ +xieTypDecodeTechnique technique; + /* (but we can get it from this :-) */ +{ +peTexPtr pet = ped->peTex; +faxPvtPtr texpvt = (faxPvtPtr) pet->private; +formatPtr inf = pet->receptor[IMPORT].band[0].format; +int pbytes; + +/* Start over with clean structure */ + bzero(texpvt,sizeof(faxPvtRec)); + + +/* Now start adding what we know */ + texpvt->width = inf->width; + texpvt->height = inf->height; + texpvt->state.width = inf->width; + /* nice thing about using receptor format is that it doesn't matter */ + /* whether you are importing from a client or a photomap */ + + switch(texpvt->technique = technique) { + case xieValDecodeG31D: + { + xieTecDecodeG31D *tecG31D=(xieTecDecodeG31D *) tec; + texpvt->decodptr = decode_g31d; + texpvt->encodedOrder = tecG31D->encodedOrder; + texpvt->state.goal = FAX_GOAL_SkipPastAnyToEOL; + texpvt->state.radiometric = tecG31D->radiometric; + texpvt->normal = tecG31D->normal; + } + break; + case xieValDecodeG32D: + { + xieTecDecodeG32D *tecG32D=(xieTecDecodeG32D *) tec; + texpvt->decodptr = decode_g32d; + texpvt->encodedOrder = tecG32D->encodedOrder; + texpvt->state.goal = FAX_GOAL_SeekEOLandTag; + texpvt->state.radiometric = tecG32D->radiometric; + texpvt->normal = tecG32D->normal; + } + break; + case xieValDecodeG42D: + { + xieTecDecodeG42D *tecG42D=(xieTecDecodeG42D *) tec; + texpvt->decodptr = decode_g4; + texpvt->encodedOrder = tecG42D->encodedOrder; + texpvt->state.goal = FAX_GOAL_StartNewLine; + texpvt->state.radiometric = tecG42D->radiometric; + texpvt->normal = tecG42D->normal; + } + break; + case xieValDecodeTIFF2: + { + xieTecDecodeTIFF2 *tecTIFF2=(xieTecDecodeTIFF2 *) tec; + texpvt->decodptr = decode_tiff2; + texpvt->encodedOrder = tecTIFF2->encodedOrder; + texpvt->state.goal = FAX_GOAL_StartNewLine; + texpvt->state.radiometric = tecTIFF2->radiometric; + texpvt->normal = tecTIFF2->normal; + } + break; + case xieValDecodeTIFFPackBits: + { + xieTecDecodeTIFFPackBits *tecTIFFPackBits= + (xieTecDecodeTIFFPackBits *)tec; + texpvt->decodptr = decode_tiffpb; + texpvt->encodedOrder = tecTIFFPackBits->encodedOrder; + texpvt->state.goal = PB_GOAL_StartNewLine; + texpvt->normal = tecTIFFPackBits->normal; + } + break; + } + texpvt->state.a0_color = WHITE; + texpvt->state.a0_pos = (-1); + +/* things that are zero don't really need to be initialized - consider + * these comments. + */ + texpvt->state.magic_needs = 0; + texpvt->state.strip_state = StripStateNone; + texpvt->state.strip = 0; + texpvt->state.strip_size = 0; + texpvt->state.final = 0; + texpvt->state.o_line = 0; + +/* + * Things that do need to be initialized + */ + texpvt->state.write_data = 1; + texpvt->max_strips = MAX_STRIPS_INC; + + +/* the following must be freed explicitly */ + + texpvt->state.old_trans = (int *) XieMalloc(texpvt->width * sizeof(int)); + if (!texpvt->state.old_trans) AllocError(flo,ped, return(FALSE)); + + texpvt->state.new_trans = (int *) XieMalloc(texpvt->width * sizeof(int)); + if (!texpvt->state.new_trans) AllocError(flo,ped, return(FALSE)); + +/* + * I suppose this will make Bob mad at me, but... how else do I + * figure out the output map size? + */ + + pbytes = (ped->outFlo.format[0].pitch + 7) >> 3; + + texpvt->max_lines = flo->floTex->stripSize / pbytes; + + if (!texpvt->max_lines) + texpvt->max_lines++; + +/* see if data manager should forward our input data to downstream elements */ + pet->receptor[IMPORT].forward = miImportStream(flo,ped); + +/* set output emitter to map texpvt->max_lines lines of data */ + return( InitReceptors(flo, ped, NO_DATAMAP, 1) && + InitEmitter(flo, ped, texpvt->max_lines, NO_INPLACE) ); + +} /* end common_init() */ +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +int ActivateICPhotoFax(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + bandPtr sbnd = &pet->receptor[IMPORT].band[0]; + bandPtr dbnd = &pet->emitter[0]; + faxPvtPtr texpvt = (faxPvtPtr) ped->peTex->private; + FaxState *state = &(texpvt->state); + BytePixel *src, *dst; + int lines_found; + Bool ok, aborted; + int (*decodptr)() = texpvt->decodptr; + + +/* + * get current input and output strips + */ + if (dbnd->final && dbnd->current >= dbnd->format->height) { + /* be forgiving if extra data gets passed to us */ + FreeData(flo,pet,sbnd,sbnd->maxGlobal); + return(TRUE); + } + + /* + * Important! As long as there is source data available, we'd better + * deal with it, because it may be owned by Core X and will die if we + * let the scheduler go away. It's ok to exit with TRUE to let an + * output strip be written (we'll be called back). It is death to + * exit with FALSE unless we are absolutely sure we are done with all + * current input strips. + */ + + /* + * Note that state->strip holds the current src strip. We only get + * more bytes when we are done with a strip and need another one + * (or if we are just starting) + */ + if (!state->strip) { + src = (BytePixel*)GetSrcBytes(flo,pet,sbnd,sbnd->current,1,KEEP); + + state->strip_state = StripStateNew; + state->strip_size = sbnd->maxLocal - sbnd->minLocal; + state->final = sbnd->strip ? sbnd->strip->final : sbnd->final; + + if (texpvt->encodedOrder == xieValMSFirst) + state->strip = src; + else { + /* to avoid rewriting a zillion macros, we arbitrarily pick MSFirst + as the encode/decode format. Byte Reversal of the small amount + of compressed data is almost always going to take trivial time. + The only nasty part is, the input strip cannot be corrupted so + we have to copy to a buffer, whose size may be variable since + this is stream data (not canonical). + */ + register int i,size=state->strip_size; + register unsigned char *flipped; + + if ( AlterSrc(flo,ped,sbnd->strip) ) + flipped = src; + else { + /* make sure buffer is big enough to hold data */ + if (!texpvt->buf) { + texpvt->buf = (unsigned char *) XieMalloc(size); + if (!texpvt->buf) + AllocError(flo,ped, return(FALSE)); + } + else if (texpvt->bufsize < size) { + texpvt->buf = (unsigned char *) XieRealloc(texpvt->buf,size); + if (!texpvt->buf) + AllocError(flo,ped, return(FALSE)); + } + texpvt->bufsize = size; + flipped = texpvt->buf; + } + + for (i=0; istrip = flipped; + } + } + /* + * We have some data to decode, anything to write to? + */ + while (dst = (BytePixel*)GetDst(flo,pet,dbnd,state->o_line,KEEP)) { + + + /* + * Now, as much as I'd like to use our nifty line-oriented macros, + * it would kill performance. So instead we ask the decoder to + * decode as much as remains in the output line as it can get. + * We ask the data manager to map all the lines of data in the + * current output strip to a convenient array. + */ + + state->nl_sought = dbnd->maxLocal - state->o_line; + + ok = MapData(flo,pet,dbnd,0,dbnd->current,state->nl_sought,KEEP); + /* map desired lines into an array starting at 0 */ + if (!ok) + ImplementationError(flo,ped, return(FALSE)); + + state->o_lines = (char **) dbnd->dataMap; + + lines_found = (*decodptr)(state); + if (lines_found < 0) { + /* decoder hit unknown error. Pass error code to client */ + ValueError(flo,ped,(state->o_line + (state->decoder_done << 16)), + return(FALSE)); + } else { + if (!texpvt->normal) { + /* have to swap bit order on output */ + int pbytes = (ped->outFlo.format[0].pitch + 7) >> 3; + register int i; + for (i=0; idataMap[i]; + register int size=pbytes; + while (size--) + { + *ucp = _ByteReverseTable[*ucp]; + ucp++; + } + } + } + state->o_line += lines_found; + if (PutData(flo,pet,dbnd,state->o_line)) + return(TRUE); + } + if (state->decoder_done) { + /* Decoders sometimes return errors near the end of an image. + Don't report an error if we got almost all the lines we wanted. + */ + if (state->decoder_done > FAX_DECODE_DONE_OK) { + aborted = state->o_line + LENIENCY_LIMIT < texpvt->height; + + if(texpvt->notify && (texpvt->height != state->o_line || + texpvt->width != state->width)) { + SendDecodeNotifyEvent(flo, ped, 0, texpvt->technique, + state->width, state->o_line, aborted); + } + if (aborted) { + ValueError(flo, ped, (state->o_line + (state->decoder_done<<16)), + return(FALSE)); + } else if(state->o_line < texpvt->height) { + int bytes = (ped->outFlo.format[0].pitch + 7) >> 3; + + while(dst = ((BytePixel*) + GetDst(flo,pet,dbnd,state->o_line++,KEEP))) { + memset(dst, state->radiometric ? 0xff: 0, bytes); + PutData(flo,pet,dbnd,state->o_line); + } + break; + } + } + FreeData(flo,pet,sbnd,sbnd->maxGlobal); + break; + } + + if (state->magic_needs) { + /* decoder needs a new strip */ + if (state->strip_state != StripStateDone) { + ImplementationError(flo,ped, return(FALSE)); + } + FreeData(flo,pet,sbnd,sbnd->maxLocal); + + texpvt->state.strip_state = StripStateNone; + texpvt->state.strip = 0; + texpvt->state.strip_size = 0; + + if (!state->final) + break; + else + state->strip_state = StripStateNoMore; + /* need to live with what you've got */ + } + } /* end of while(dst = ...) */ + /* + * No more dst or need another src strip? three possible reasons: + * + * 1: we're done with output image. Just shut down and be happy + * 2: scheduler has noticed a downstream element can run. In this + * case, we should be a good guy and return TRUE so the scheduler + * gives us back control again later (without going back to Core + * X, which would cause our input strip to vanish). + * 3: we ran out of src. + */ + if (!dst && dbnd->final) { + FreeData(flo,pet,sbnd,sbnd->maxGlobal); + } + SetBandThreshold(sbnd, !dst ? 1 : sbnd->available + 1); + + /* + * if here, we ran out of src. Scheduler will wake us up again + * when a PutClientData request comes along. + */ + return TRUE; +} /* end ActivateICPhotoFax */ + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +int ResetICPhotoFax(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetReceptors(ped); + ResetEmitter(ped); + + /* get rid of the peTex structures malloc'd by Initialize */ + if(ped->peTex) { + faxPvtPtr texpvt = (faxPvtPtr) ped->peTex->private; + + /* only have to nuke parts of private structure which were malloc'd */ + if (texpvt->state.old_trans) + texpvt->state.old_trans = (int *)XieFree(texpvt->state.old_trans); + if (texpvt->state.new_trans) + texpvt->state.new_trans = (int *)XieFree(texpvt->state.new_trans); + if (texpvt->buf) + texpvt->buf = (unsigned char *)XieFree(texpvt->buf); + } + return(TRUE); +} /* end ResetICPhotoFax */ + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +int DestroyICPhotoFax(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + if(ped->peTex) { + ped->peTex = (peTexPtr) XieFree(ped->peTex); + } + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.flush = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return(TRUE); +} /* end DestroyICPhoto */ + +/* end module mifax.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/import/mijpeg.c b/xie/xc/programs/Xserver/XIE/mixie/import/mijpeg.c new file mode 100644 index 0000000..11ba3ed --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/import/mijpeg.c @@ -0,0 +1,626 @@ +/* $XConsortium: mijpeg.c,v 1.4 94/04/17 20:34:54 rws Exp $ */ +/**** module mijpeg.c ****/ +/****************************************************************************** +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining +a copy of this software and associated documentation files (the +"Software"), to deal in the Software without restriction, including +without limitation the rights to use, copy, modify, merge, publish, +distribute, sublicense, and/or sell copies of the Software, and to +permit persons to whom the Software is furnished to do so, subject to +the following conditions: + +The above copyright notice and this permission notice shall be included +in all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall +not be used in advertising or otherwise to promote the sale, use or +other dealings in this Software without prior written authorization +from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mijpeg.c -- DDXIE import photomap element, portions + specific to JPEG decompression + + Ben Fahy -- AGE Logic, Inc. Oct, 1993 + +*****************************************************************************/ + +#define _XIEC_MIPHOTO +#define _XIEC_IPHOTO + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +#ifndef XIE +#define XIE +#endif +#include + +/* + * routines referenced by other DDXIE modules +/* +int CreateIPhotoJpegBase(); +int InitializeIPhotoJpegBase(); +int InitializeICPhotoJpegBase(); +int ActivateIPhotoJpegBase(); +int ResetIPhotoJpegBase(); +int DestroyIPhotoJpegBase(); + + +extern bandMsk miImportStream(); + +/* + * Local Declarations + */ + +static int common_init(); +static int sub_fun(); +typedef struct _jpeg_decode_pvt { + + int (*decodptr)(); /* function used to decode the data */ + int format_checked; /* have to wait until JPEG header read */ + + xieTypDataClass dataClass; /* SingleBand or TripleBand */ + int colors_smushed; /* if color and interleave = False */ + int in_bands; /* bands of input (from photomap) data */ + int out_bands; /* bands of output data */ + int swizzle; /* true if bandOrder is MSFirst */ + int notify; /* in case the client wants an event */ + photomapPtr map; /* for ImportPhotomap only */ + + xieTecDecodeJPEGBaseline *decodeParams; /* decoding parameters */ + + /* the following are used by JPEG private routines */ + struct Decompress_methods_struct dc_methods; + struct External_methods_struct e_methods; + + /* we potentially need one of the following per band */ + JpegDecodeState state[3]; + struct Decompress_info_struct cinfo[3]; + char ibuffer[3][JPEG_BUF_SIZE + MIN_UNGET]; + +} jpegPvtRec, *jpegPvtPtr; + + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +int CreateIPhotoJpegBase(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return MakePETex(flo,ped, sizeof(jpegPvtRec), NO_SYNC, NO_SYNC); +} /* end CreateIPhotoJpegBase */ + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +int InitializeIPhotoJpegBase(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + photomapPtr map = ((iPhotoDefPtr)ped->elemPvt)->map; + xieTecDecodeJPEGBaseline *tec = (xieTecDecodeJPEGBaseline *) map->tecParms; + xieFloImportPhotomap *raw = (xieFloImportPhotomap *)ped->elemRaw; + int in_bands = ped->inFloLst[SRCtag].bands; /* # of input bands */ + peTexPtr pet = ped->peTex; + jpegPvtPtr texpvt = (jpegPvtPtr) pet->private; + bandPtr bnd = pet->receptor[IMPORT].band; + + if(!common_init(flo,ped,map->dataClass,tec,raw->notify)) + return(FALSE); + + texpvt->map = map; + /* has to come after common_init, which bzeros texpvt */ + + return(ImportStrips(flo, pet, &bnd[0], &map->strips[0]) && + (in_bands == 1 ? TRUE : + ImportStrips(flo, pet, &bnd[1], &map->strips[1]) && + ImportStrips(flo, pet, &bnd[2], &map->strips[2]))); +} /* end InitializeIPhotoJpegBase */ + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +int InitializeICPhotoJpegBase(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ +xieFloImportClientPhoto *raw = (xieFloImportClientPhoto *)ped->elemRaw; +xieTecDecodeJPEGBaseline *tec= (xieTecDecodeJPEGBaseline*)&raw[1]; + + return (common_init(flo,ped,raw->class,tec,raw->notify) ); + +} /* end InitializeICPhotoJpegBase */ +/*------------------------------------------------------------------------ +----------------------- shared initialization code ---------------------- +------------------------------------------------------------------------*/ +static int common_init(flo,ped,class,tec,notify) + floDefPtr flo; + peDefPtr ped; + xieTypDataClass class; + xieTecDecodeJPEGBaseline *tec; + int notify; +{ + peTexPtr pet = ped->peTex; + jpegPvtPtr texpvt = (jpegPvtPtr) pet->private; + int pbytes; + int out_bands = ped->outFlo.bands; /* # of output bands */ + int in_bands = ped->inFloLst[SRCtag].bands; /* # of input bands */ + int lines_in_output_strip; /* max number of lines/output strip*/ + int b; + + /*** every time we rerun the element, have to reset it ***/ + + bzero(texpvt,sizeof(jpegPvtRec)); + /* this does 99% of what we want */ + + /*** do generic stuff first ***/ + texpvt->in_bands = in_bands; + texpvt->out_bands = out_bands; + texpvt->dataClass = class; + texpvt->decodeParams = tec; + texpvt->notify = notify; + + if(in_bands != out_bands) { /* ie, if photo has 1 band, output 3 */ + texpvt->colors_smushed = 1; + texpvt->decodptr = decode_jpeg_lossy_color; + } else { /* SingleBand or TripleBand-BandByPlane */ + texpvt->colors_smushed = 0; + texpvt->decodptr = decode_jpeg_lossy_gray; + } + texpvt->swizzle = tec->bandOrder == xieValMSFirst; + + /* Now for every input (photomap) band, we need to set up state stuff */ + for (b=0; b < in_bands; ++b) { + JpegDecodeState *state = &(texpvt->state[b]); + + state->goal = JPEG_DECODE_GOAL_Startup; + state->up_sample = tec->upSample; + state->dc_methods = &texpvt->dc_methods; + state->e_methods = &texpvt->e_methods; + state->cinfo = &texpvt->cinfo[b]; + state->needs_input_strip = 1; + state->cinfo->input_buffer = texpvt->ibuffer[b]; + } + + /*** Note: the JPEG code allocates an additional buffer after the + header data is read. The size of the buffer depends on + the image dimenstions, so this needs to be deallocated + in the Reset entry point. The rest of the above is of + fixed size, and will disappear automatically at Destroy + ***/ + + /* Calculate how many lines fit in an output strip + */ + pbytes = (ped->outFlo.format[0].pitch + 7) >> 3; + lines_in_output_strip = flo->floTex->stripSize / pbytes; + + if (!lines_in_output_strip) + lines_in_output_strip++; + + /* see if data manager should forward our input data to downstream elements + */ + pet->receptor[IMPORT].forward = miImportStream(flo,ped); + + /* set output emitter to allocate a map big enough to hold whole strip + */ + return(InitReceptors(flo, ped, NO_DATAMAP, 1) && + InitEmitter(flo, ped, lines_in_output_strip, NO_INPLACE)); + +} /* end InitializeIPhotoJpegBase */ + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +int ActivateIPhotoJpegBase(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + jpegPvtPtr texpvt = (jpegPvtPtr) ped->peTex->private; + receptorPtr rcp = pet->receptor; + bandPtr sbnd = &pet->receptor[IMPORT].band[0]; + bandPtr dbnd = &pet->emitter[0]; + bandPtr dbnd1 = &pet->emitter[1]; + bandPtr dbnd2 = &pet->emitter[2]; + int b; + + /* dbnd and dst are used to deal with non-interleaved color data */ + /* if the class of the src is SingleBand, we call sub_fun for band 0 */ + /* if the class of the src is TripleBand and the interleave is */ + /* BandByPlane, we call sub_fun 3 times, once for each band */ + /* if the class of the src is TripleBand, interleave BandByPixel, we */ + /* call subfun once: it will produce all three dst bands */ + + if (texpvt->dataClass == xieValSingleBand) { + JpegDecodeState *state = &(texpvt->state[0]); + return( sub_fun(flo,ped,pet,texpvt,state,sbnd,dbnd,NULL,NULL) ); + } + + /* TripleBand */ + if (texpvt->colors_smushed) { /* BandByPixel */ + JpegDecodeState *state = &(texpvt->state[0]); + if(texpvt->swizzle) + return( sub_fun(flo,ped,pet,texpvt,state,sbnd,dbnd2,dbnd1,dbnd) ); + else + return( sub_fun(flo,ped,pet,texpvt,state,sbnd,dbnd,dbnd1,dbnd2) ); + } + + /* TripleBand, BandByPlane */ + for(b = 0; b < xieValMaxBands; ++b) { + JpegDecodeState *state = &(texpvt->state[b]); + sbnd = &rcp->band[b]; /* do each band independently */ + dbnd = &pet->emitter[texpvt->swizzle ? xieValMaxBands - b - 1 : b]; + if ( sub_fun(flo,ped,pet,texpvt,state,sbnd,dbnd,NULL,NULL)==FALSE) + return(FALSE); + } + return(TRUE); +} + +/*------------------------------------------------------------------------ +-------------------- *really* crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int sub_fun(flo,ped,pet,texpvt,state,sbnd,dbnd,dbnd1,dbnd2) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; + jpegPvtPtr texpvt; + JpegDecodeState *state; + bandPtr sbnd,dbnd,dbnd1,dbnd2; +{ +BytePixel *src, *dst,*dst1,*dst2; +int (*decodptr)() = texpvt->decodptr; + +/* + * get current input and output strips + */ + if (dbnd->final && dbnd->current >= dbnd->format->height) { + /* be forgiving if extra data gets passed to us */ + FreeData(flo,pet,sbnd,sbnd->maxGlobal); + return(TRUE); + } + + src=(BytePixel*)GetSrcBytes(flo,pet,sbnd,sbnd->current,sbnd->available,KEEP); + + if ( state->needs_input_strip ) { + /* NOTE: state->needs_input_strip is ONLY set after checking */ + /* to ensure that state->final != 1. In other words, we only */ + /* arrive here when we are sure there will be source data */ + + /* we left because we needed more input. The other case */ + /* would be if we left to allow downstream elements to run */ + + state->strip = src; + state->sptr = src; + state->strip_size = sbnd->maxLocal - sbnd->minLocal; + + state->i_strip++; /* just for debugging */ + + state->final = sbnd->strip ? sbnd->strip->final : sbnd->final; + state->needs_input_strip = 0; + } + + /* + * We have some data to decode, anything to write to? + */ + + while (dst = (BytePixel*)GetDst(flo,pet,dbnd,state->o_line,FLUSH)) { + + /* if tripleband interleaved data, make sure other bands cool */ + if (dbnd1) + if (!(dst1=(BytePixel*)GetDst(flo,pet,dbnd1,state->o_line,FLUSH)) || + !(dst2=(BytePixel*)GetDst(flo,pet,dbnd2,state->o_line,FLUSH)) ) + ImplementationError(flo,ped, return(FALSE)); + + /* + * If we reenter this loop after having decoded some data, + * it's important to check to see if we need to flush the + * decoder's output buffer. It's big trouble to call the + * decoder if its output buffer isn't flushed. nl_found + * indicates how many lines are left in the buffer + */ + + if (state->nl_found) { + JSAMPIMAGE jpeg_odata = state->cinfo->output_workspace; + register int ci,row; + int max_can_do; + int nl_mappable; + unsigned char **o_lines; + + /* this is possibly the first time we can check to see */ + /* if the data agrees with the output format */ + /* we don't get to check the JPEG data format until the */ + /* header has been read. The first time some output lines */ + /* are produced, we make sure all is copasetic... er... ok */ + + if (!texpvt->format_checked) { + + /* XXX - width, height must be same, all bands */ + if ( dbnd->format->width != (int)state->cinfo->image_width ) + ImplementationError(flo,ped, return(FALSE)); + + if ( dbnd->format->height != (int)state->cinfo->image_height ) + ImplementationError(flo,ped, return(FALSE)); + + if ( texpvt->dataClass == xieValSingleBand && + state->cinfo->num_components != 1 ) + ImplementationError(flo,ped, return(FALSE)); + + /* due to !*(!(! interleave option, checking bands is harder */ + if ( + (texpvt->dataClass == xieValTripleBand && + texpvt->colors_smushed && + state->cinfo->num_components != 3) || + (texpvt->dataClass == xieValTripleBand && + !texpvt->colors_smushed && + state->cinfo->num_components != 1) ) + ImplementationError(flo,ped, return(FALSE)); + + texpvt->format_checked = 1; + } + + /* Map current output strip to an array of lines, current->0 */ + nl_mappable = dbnd->maxLocal - state->o_line; + if (!MapData(flo,pet,dbnd,0,dbnd->current,nl_mappable,KEEP)) + ImplementationError(flo,ped, return(FALSE)); + + if (dbnd1) { + /* same for other two bands. Notice that we rely on */ + /* all three bands being synchronous with each other */ + + if (!MapData(flo,pet,dbnd1,0,dbnd1->current,nl_mappable,KEEP)) + ImplementationError(flo,ped, return(FALSE)); + if (!MapData(flo,pet,dbnd2,0,dbnd2->current,nl_mappable,KEEP)) + ImplementationError(flo,ped, return(FALSE)); + } + + /* limit flushing to as much as fits in a strip */ + max_can_do = (nl_mappable < state->nl_found)? + nl_mappable : state->nl_found; + + + /* at this point, we have checked enough to make sure */ + /* the following data copying stuff is appropriate */ + + o_lines = (unsigned char **) dbnd->dataMap; + for (row=0; rownl_flushed]; + register npix = state->cinfo->image_width; + while (npix--) + *o_line++ = (unsigned char) *jptr++; + } + + for (ci=1; ci < state->cinfo->num_components; ++ci) { + o_lines = (unsigned char **) ((ci==1)? dbnd1 : dbnd2)->dataMap; + for (row=0; rownl_flushed]; + register npix = state->cinfo->image_width; + while (npix--) + *o_line++ = (unsigned char) *jptr++; + } + } + + state->o_line += max_can_do; + state->nl_found -= max_can_do; + state->nl_flushed += max_can_do; + + dbnd->current = state->o_line; + if (dbnd1) { + dbnd1->current = state->o_line; + dbnd2->current = state->o_line; + } + + /* if we are done with this output strip, deliver it */ + if (state->o_line >= (int) dbnd->maxLocal) { + /* if PutData returns True, there is someone ready to + be scheduled downstream. We should return to yield + */ + if (dbnd1) { + PutData(flo,pet,dbnd, (unsigned) state->o_line); + PutData(flo,pet,dbnd1,(unsigned) state->o_line); + PutData(flo,pet,dbnd2,(unsigned) state->o_line); + } + else + if (PutData(flo,pet,dbnd, (unsigned) state->o_line) ) + return(TRUE); + } + + if (state->nl_found) /* couldn't flush all of it */ + continue; /* need another output strip */ + + + /* if here, flushed everything */ + if (state->goal != JPEG_DECODE_GOAL_Done) + continue; /* go around loop again. get */ + /* more dst if necessary */ + + /* all done!! free up all the src data */ + FreeData(flo,pet,sbnd,sbnd->maxGlobal); + return TRUE; + + } /* end of if (state->nl_found) */ + + else { + /* shouldn't call decoder if it wants something to */ + /* decode but there is nothing available to decode! */ + if (state->needs_input_strip) + ImplementationError(flo,ped, return(FALSE)); + + if ( (*decodptr)(state) < 0 ) { + /* if client wanted to be notified, give him the bad news */ + if(texpvt->notify) + SendDecodeNotifyEvent(flo, ped, dbnd->band, + xieValDecodeJPEGBaseline, + dbnd->format->width, dbnd->current, TRUE); + + /* have to send some error. We didn't get the right */ + /* number of lines, so complain about the height */ + ValueError(flo,ped,dbnd->format->height, return(FALSE)); + } + + if (state->needs_input_strip) { + FreeData(flo,pet,sbnd,sbnd->maxLocal); + return TRUE; + } + + /* if we have more work to do or need to flush, carry on */ + if (state->goal != JPEG_DECODE_GOAL_Done || state->nl_found) + continue; + + /* all done!! free up all the src data */ + FreeData(flo,pet,sbnd,sbnd->maxGlobal); + return TRUE; + + } /* end of else (!state->nl_found) */ + + } /* end of while(dst = ...) */ + + /* + * No more dst? Then either we are: + * + * 1: done with output image. Just shut down and be happy + * 2: scheduler has noticed a downstream element can run. In this + * case, we should be a good guy and return TRUE so the scheduler + * gives us back control again later (without going back to Core + * X, which would cause our input strip to vanish). + */ + if (dbnd->final) { + /* all done!! free up all the src data */ + FreeData(flo,pet,sbnd,sbnd->maxGlobal); + return TRUE; + } + +/* + * if here, we ran out of src. Scheduler will wake us up again + * when a PutClientData request comes along. + */ + return TRUE; /* Hmmm. Well, I think I did my part ok... */ +} /* end ActivateIPhotoJpegBase */ + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +int ResetIPhotoJpegBase(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetReceptors(ped); + ResetEmitter(ped); + + /* get rid of the any data malloc'd by JPEG decoder */ + if(ped->peTex) { + jpegPvtPtr texpvt = (jpegPvtPtr) ped->peTex->private; + int b; + + /*** JPEG code has its own global free routine ***/ + for (b=0; bin_bands; ++b) { + if (texpvt->cinfo[b].emethods) + (*texpvt->cinfo[b].emethods->d_free_all)(& texpvt->cinfo[b]); + } + } + return(TRUE); +} /* end ResetIPhotoJpegBase */ + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +int DestroyIPhotoJpegBase(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + if(ped->peTex) + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.flush = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return TRUE; +} /* end DestroyIPhotoJpegBase */ + +/**** module mijpeg.c ****/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/import/milut.c b/xie/xc/programs/Xserver/XIE/mixie/import/milut.c new file mode 100644 index 0000000..2c2397f --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/import/milut.c @@ -0,0 +1,231 @@ +/* $XConsortium: milut.c,v 1.4 94/04/17 20:34:54 rws Exp $ */ +/**** module milut.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + milut.c -- DDXIE prototype import client lut element + + Larry Hare -- AGE Logic, Inc. June, 1993 + +*****************************************************************************/ + +#define _XIEC_ILUT +#define _XIEC_MILUT + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeILUT(); + +/* + * routines used internal to this module + */ +static int CreateILUT(); +static int InitializeILUT(); +static int ActivateILUT(); +static int ResetILUT(); +static int DestroyILUT(); + +/* + * DDXIE ImportLUT entry points + */ +static ddElemVecRec miLUTVec = { + CreateILUT, + InitializeILUT, + ActivateILUT, + (xieIntProc)NULL, + ResetILUT, + DestroyILUT + }; + + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeILUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = miLUTVec; + + return(TRUE); +} /* end miAnalyzeILUT */ + + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateILUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the import lut element definition */ + return(MakePETex(flo, ped, NO_PRIVATE, NO_SYNC, NO_SYNC)); +} /* end CreateILUT */ + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeILUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* note: ImportResource elements don't use their receptors */ + return(InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); +} /* end InitializeILUT */ + + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateILUT(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + lutPtr lut = ((iLUTDefPtr)ped->elemPvt)->lut; + bandPtr bnd = pet->emitter; + CARD32 b; + + for(b = 0; b < lut->lutCnt; ++bnd, ++b) + if(!bnd->final) { + + if(ListEmpty(&lut->strips[b])) + AccessError(flo,ped, return(FALSE)); + + if(!PassStrip(flo,pet,bnd,lut->strips[b].flink)) + return(FALSE); /* alloc error */ + } + return(TRUE); +} /* end ActivateILUT */ + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetILUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetEmitter(ped); + + return(TRUE); +} /* end ResetILUT */ + + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyILUT(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.flush = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return(TRUE); +} /* end DestroyILUT */ + +/* end module milut.c */ + diff --git a/xie/xc/programs/Xserver/XIE/mixie/import/miphoto.c b/xie/xc/programs/Xserver/XIE/mixie/import/miphoto.c new file mode 100644 index 0000000..07b81df --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/import/miphoto.c @@ -0,0 +1,858 @@ +/* $XConsortium: miphoto.c,v 1.7 94/04/17 20:34:55 dpw Exp $ */ +/**** module miphoto.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + miphoto.c -- DDXIE prototype import client photomap element + + Robert NC Shelley -- AGE Logic, Inc. April, 1993 + +*****************************************************************************/ + +#define _XIEC_MIPHOTO +#define _XIEC_IPHOTO + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include +#include + + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeIPhoto(); + +/* + * routines used internal to this module + */ +static int CreateIPhotoUncom(); +static int InitializeIPhotoUncomByPlane(); +static int ActivateIPhotoUncomByPlane(); +static int ResetIPhoto(); +static int DestroyIPhoto(); + +static int CreateIPhotoStream(); +static int InitializeIPhotoStream(); +static int ActivateIPhotoStream(); +static int ResetIPhotoStream(); + +#if XIE_FULL +static int InitializeIPhotoUncomByPixel(); +static int ActivateIPhotoUncomByPixel(); +#endif +/* + * routines we need from somewhere else + */ +extern bandMsk miImportCanonic(); +extern bandMsk miImportStream(); + +extern int CreateICPhotoFax(); +extern int InitializeIPhotoFax(); +extern int ActivateICPhotoFax(); +extern int ResetICPhotoFax(); +extern int DestroyICPhotoFax(); + +#if XIE_FULL +extern int CreateIPhotoJpegBase(); +extern int InitializeIPhotoJpegBase(); +extern int ActivateIPhotoJpegBase(); +extern int ResetIPhotoJpegBase(); +extern int DestroyIPhotoJpegBase(); +#endif + +/* + * DDXIE ImportPhotomap entry points + */ +static ddElemVecRec IPhotoUncomByPlaneVec = { + CreateIPhotoUncom, + InitializeIPhotoUncomByPlane, + ActivateIPhotoUncomByPlane, + (xieIntProc)NULL, + ResetIPhoto, + DestroyIPhoto + }; + +static ddElemVecRec IPhotoStreamVec = { + CreateIPhotoStream, + InitializeIPhotoStream, + ActivateIPhotoStream, + (xieIntProc)NULL, + ResetIPhotoStream, + DestroyIPhoto + }; + +static ddElemVecRec IPhotoFaxVec = { + CreateICPhotoFax, /* share this with ICphoto stuff */ + InitializeIPhotoFax, /* note that only this is unshared */ + ActivateICPhotoFax, + (xieIntProc)NULL, + ResetICPhotoFax, + DestroyICPhotoFax + }; + +#if XIE_FULL +static ddElemVecRec IPhotoUncomByPixelVec = { + CreateIPhotoUncom, + InitializeIPhotoUncomByPixel, + ActivateIPhotoUncomByPixel, + (xieIntProc)NULL, + ResetIPhoto, + DestroyIPhoto + }; + +static ddElemVecRec IPhotoJPEGBaselineVec = { + CreateIPhotoJpegBase, + InitializeIPhotoJpegBase, + ActivateIPhotoJpegBase, + (xieIntProc)NULL, + ResetIPhotoJpegBase, + DestroyIPhotoJpegBase + }; +#endif /* XIE_FULL */ + + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeIPhoto(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + photomapPtr map = ((iPhotoDefPtr)ped->elemPvt)->map; + + if(!miImportCanonic(flo,ped)) { + ped->ddVec = IPhotoStreamVec; + return(TRUE); + } + switch(map->technique) { + case xieValDecodeUncompressedSingle: + ped->ddVec = IPhotoUncomByPlaneVec; + break; + +#if XIE_FULL + case xieValDecodeUncompressedTriple: + if(((xieTecDecodeUncompressedTriple *) + map->tecParms)->interleave == xieValBandByPlane) + ped->ddVec = IPhotoUncomByPlaneVec; + else + ped->ddVec = IPhotoUncomByPixelVec; + + break; + case xieValDecodeJPEGBaseline: + ped->ddVec = IPhotoJPEGBaselineVec; + break; +#endif /* XIE_FULL */ + case xieValDecodeTIFFPackBits: + case xieValDecodeTIFF2: + case xieValDecodeG31D: + case xieValDecodeG32D: + case xieValDecodeG42D: + ped->ddVec = IPhotoFaxVec; + break; + default: + ImplementationError(flo,ped, return(FALSE)); + } + return(TRUE); +} /* end miAnalyzeIPhoto */ + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateIPhotoUncom(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return(MakePETex(flo, ped, xieValMaxBands * sizeof(miUncompRec), + NO_SYNC, NO_SYNC) ); +} /* end CreateIPhotoUncom */ + + +static int CreateIPhotoStream(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return( MakePETex(flo, ped, NO_PRIVATE, NO_SYNC, NO_SYNC) ); +} /* end CreateIPhotoStream */ + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeIPhotoUncomByPlane(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + photomapPtr map = ((iPhotoDefPtr)ped->elemPvt)->map; + peTexPtr pet = ped->peTex; + miUncompPtr pvt = (miUncompPtr)pet->private; + CARD32 nbands = ped->outFlo.bands,b,s; + formatPtr inf = ped->inFloLst[IMPORT].format; + bandMsk import = NO_BANDS; + bandMsk reformat = miImportCanonic(flo,ped); + xieTypOrientation pixelOrder, fillOrder; + CARD8 *ppad; + + if (nbands == 1) { + xieTecDecodeUncompressedSingle *tec = ((xieTecDecodeUncompressedSingle*) + map->tecParms); + pixelOrder = tec->pixelOrder; + fillOrder = tec->fillOrder; + pvt->bandMap = 0; + ppad = &tec->leftPad; + } else { +#if XIE_FULL + xieTecDecodeUncompressedTriple *tec = ((xieTecDecodeUncompressedTriple*) + map->tecParms); + pixelOrder = tec->pixelOrder; + fillOrder = tec->fillOrder; + ppad = tec->leftPad; + if (tec->bandOrder == xieValLSFirst) + for(b = 0; b < xieValMaxBands; ++b) + pvt[b].bandMap = b; + else + for(s = 0, b = xieValMaxBands; b--; ++s) + pvt[s].bandMap = b; +#else + ImplementationError(flo,ped, return(FALSE)); +#endif + } + + for (b = 0; b < nbands; b++, pvt++, ppad++, inf++) { + pvt->next_strip = map->strips[b].flink; + if (IsCanonic(inf->class))/* If data was passed through then no decoding*/ + continue; + + import |= 1<reformat = TRUE; + else + continue; + + pvt->bitOff = pvt->leftPad = *ppad; + if(inf->depth == 1) { +#if (IMAGE_BYTE_ORDER == MSBFirst) + if (pvt->leftPad & 7 || inf->stride != 1) { + pvt->action = (fillOrder == xieValMSFirst) ? CPextractstreambits: + CPextractswappedstreambits; + } else { + pvt->action = (fillOrder == xieValMSFirst) ? CPpass_bits : + CPreverse_bits; + } +#else + if (pvt->leftPad & 7 || inf->stride != 1) { + pvt->action = (fillOrder == xieValLSFirst) ? CPextractstreambits: + CPextractswappedstreambits; + } else { + pvt->action = (fillOrder == xieValLSFirst) ? CPpass_bits : + CPreverse_bits; + } +#endif + } else if (inf->depth <= 8) { + if (pvt->leftPad & 7 || inf->stride & 7) { + /* They chose . . . poorly */ + if (pixelOrder == xieValMSFirst) { + if(fillOrder == xieValMSFirst) + pvt->action = MMUBtoB; + else + pvt->action = MLUBtoB; + } else { + if(fillOrder == xieValMSFirst) + pvt->action = LMUBtoB; + else + pvt->action = LLUBtoB; + } + } else { + /* They chose wisely */ + pvt->action = CPpass_bytes; + } + } else if (inf->depth <= 16) { + if (pvt->leftPad & 15 || inf->stride & 15) { + /* They chose . . . poorly */ + if (pixelOrder == xieValMSFirst) { + if(fillOrder == xieValMSFirst) + pvt->action = MMUPtoP; + else + pvt->action = MLUPtoP; + } else { + if(fillOrder == xieValMSFirst) + pvt->action = LMUPtoP; + else + pvt->action = LLUPtoP; + } + } else { + /* They chose wisely */ +#if (IMAGE_BYTE_ORDER == MSBFirst) + pvt->action = fillOrder == xieValMSFirst ? CPpass_pairs : CPswap_pairs; +#else + pvt->action = fillOrder == xieValLSFirst ? CPpass_pairs : CPswap_pairs; +#endif + } + } else if (inf->depth <= 24) { + if (pvt->leftPad & 31 || inf->stride & 31) { + /* They chose . . . poorly */ + if (pixelOrder == xieValMSFirst) { + if(fillOrder == xieValMSFirst) + pvt->action = MMUQtoQ; + else + pvt->action = MLUQtoQ; + } else { + if(fillOrder == xieValMSFirst) + pvt->action = LMUQtoQ; + else + pvt->action = LLUQtoQ; + } + } else { + /* They chose wisely */ +#if (IMAGE_BYTE_ORDER == MSBFirst) + pvt->action = fillOrder == xieValMSFirst ? CPpass_quads : CPswap_quads; +#else + pvt->action = fillOrder == xieValLSFirst ? CPpass_quads : CPswap_quads; +#endif + } + } else { + ImplementationError(flo,ped, return(FALSE)); + } + } + if(import) { + bandMsk smuggle = import & ~reformat; /* bands that will bypass emitter */ + receptorPtr rcp = pet->receptor; + + rcp->forward = miImportStream(flo,ped); + + return( InitReceptor(flo, ped, rcp, NO_DATAMAP, 1, import, smuggle) && + (!(import & 1) || + ImportStrips(flo, pet,&rcp->band[0], &map->strips[0])) && + (!(import & 2) || + ImportStrips(flo, pet,&rcp->band[1], &map->strips[1])) && + (!(import & 4) || + ImportStrips(flo, pet,&rcp->band[2], &map->strips[2])) && + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); + } else { + return(InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); + } +} /* end InitializeIPhotoUncomByPlane */ + + +static int InitializeIPhotoStream(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + photomapPtr map = ((iPhotoDefPtr)ped->elemPvt)->map; + peTexPtr pet = ped->peTex; + receptorPtr rcp = pet->receptor; + int b, nbands = ped->inFloLst[IMPORT].bands; + + /* tell data manager to forward our input data to downstream elements + */ + rcp->forward = miImportStream(flo,ped); + + if(!InitReceptor(flo, ped, rcp, NO_DATAMAP, 1, rcp->forward, ~rcp->forward)) + return(FALSE); + + for(b = 0; b < nbands; ++b) + if(!ImportStrips(flo, pet, &rcp->band[b], &map->strips[b])) + return(FALSE); + + return(InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); +} /* end InitializeIPhotoStream */ + + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateIPhotoUncomByPlane(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + photomapPtr map = ((iPhotoDefPtr)ped->elemPvt)->map; + xieFloImportPhotomap *raw = (xieFloImportPhotomap *)ped->elemRaw; + miUncompPtr pvt = (miUncompPtr)pet->private; + formatPtr fmt = ped->inFloLst[IMPORT].format; + bandPtr bnd = &pet->emitter[0]; + bandPtr sbnd = pet->receptor[SRCtag].band; + bandPtr dbnd; + CARD32 oldslen, final, nextslen, b; + + for(b = 0; b < map->bands; b++, pvt++, fmt++, sbnd++, bnd++) + if(!bnd->final) + if(pet->receptor[SRCtag].active & 1<action; + pointer src, dst; + + if(!pvt->reformat) { + FreeData(flo, pet, sbnd, sbnd->maxGlobal); + continue; + } + nextslen = pvt->bitOff + sbnd->format->pitch + 7 >> 3; + dbnd = &pet->emitter[pvt->bandMap]; + if((src = GetSrcBytes(flo,pet,sbnd,sbnd->current,nextslen,KEEP)) + && (dst = GetCurrentDst(flo,pet,dbnd))) + + do { + (*action)(src, dst, sbnd->format->width, + (CARD32)pvt->bitOff, + (CARD32)sbnd->format->depth, + sbnd->format->stride); + + pvt->bitOff = pvt->bitOff + sbnd->format->pitch & 7; + oldslen = (pvt->bitOff) ? nextslen - 1 : nextslen; + nextslen = pvt->bitOff + sbnd->format->pitch + 7 >> 3; + src = GetSrcBytes(flo,pet,sbnd,sbnd->current+oldslen, + nextslen,KEEP); + dst = GetNextDst(flo,pet,dbnd,FLUSH); + } while(src && dst); + + final = sbnd->strip && sbnd->strip->final; + if(!src && final && dbnd->current < dbnd->format->height) { + /* + * the client lied about the image size! + */ + if(raw->notify) + SendDecodeNotifyEvent(flo, ped, 0, map->technique, + dbnd->format->width, dbnd->current, TRUE); + /* + * If the client didn't send enough data, we could zero-fill the + * remaining lines. Since we sent the "aborted" status, we won't + * bother (the protocol offers both choices). + */ + ValueError(flo,ped,dbnd->format->height, return(FALSE)); + } + if(!src || dbnd->final) { + /* free whatever we've used so far + */ + FreeData(flo, pet, sbnd, final ? sbnd->maxGlobal : sbnd->current); + } + } else { + stripPtr strip = pvt->next_strip; + pvt->next_strip = strip->flink; + + if(ListEnd(strip,&map->strips[b])) + AccessError(flo,ped, return(FALSE)); + + /* pass a clone of the current strip to our recipients + */ + if(!PassStrip(flo,pet,bnd,strip)) + return(FALSE); /* alloc error */ + } + return(TRUE); +} /* end ActivateIPhotoUncomByPlane */ + + +static int ActivateIPhotoStream(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + CARD32 nbands = ped->inFloLst[IMPORT].bands; + bandPtr bnd = pet->receptor[IMPORT].band; + CARD32 b; + + for(b = 0; b < nbands; ++bnd, ++b) { + if(GetSrcBytes(flo,pet,bnd,bnd->current,1,KEEP)) { + FreeData(flo,pet,bnd,bnd->maxLocal); + if(ListEmpty(&bnd->stripLst)) + DisableDst(flo,pet,&pet->emitter[b]); + } + } + return(TRUE); +} /* end ActivateIPhotoStream */ + + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetIPhoto(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + miUncompPtr pvt = (miUncompPtr)ped->peTex->private; + int i; + + for(i = 0; i < xieValMaxBands; ++i) + if(pvt[i].buf) pvt[i].buf = (pointer) XieFree(pvt[i].buf); + + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetIPhoto */ + + +static int ResetIPhotoStream(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetIPhotoStream */ + + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyIPhoto(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return(TRUE); +} /* end DestroyIPhoto */ + + +#if XIE_FULL +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeIPhotoUncomByPixel(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + photomapPtr map = ((iPhotoDefPtr)ped->elemPvt)->map; + xieTecDecodeUncompressedTriple *tec = ((xieTecDecodeUncompressedTriple *) + map->tecParms); + peTexPtr pet = ped->peTex; + miUncompPtr pvt = (miUncompPtr)pet->private; + bandPtr sbnd = &ped->peTex->receptor[IMPORT].band[0]; + CARD32 sstride = sbnd->format->stride>>3; + CARD8 leftPad = tec->leftPad[0]>>3; + xieTypOrientation pixelOrder, fillOrder; + CARD32 depth0, depth1, depth2; + int s, d; + + pvt->unaligned = FALSE; /* Hope for the best */ + + if(tec->bandOrder == xieValLSFirst) + for(d = 0; d < xieValMaxBands; ++d) + pvt[d].bandMap = d; + else + for(s = 0, d = xieValMaxBands; d--; ++s) + pvt[s].bandMap = d; + + depth0 = pet->emitter[pvt[0].bandMap].format->depth; + depth1 = pet->emitter[pvt[1].bandMap].format->depth; + depth2 = pet->emitter[pvt[2].bandMap].format->depth; + + pixelOrder = tec->pixelOrder; + fillOrder = tec->fillOrder; + pvt[0].next_strip = map->strips[0].flink; + + pvt->bitOff = pvt->leftPad = tec->leftPad[0]; + + /* See if data is nicely aligned */ + if (!(tec->leftPad[0] & 7) && !(sbnd->format->stride & 7)) { + if (depth0 == 16 && depth1 == 16 && depth2 == 16) { +#if (IMAGE_BYTE_ORDER == MSBFirst) + void (*pa)() = (tec->pixelOrder == xieValMSFirst) ? StoP : StosP; +#else + void (*pa)() = (tec->pixelOrder == xieValMSFirst) ? StosP : StoP; +#endif + for(s = 0; s < xieValMaxBands; s++, pvt++) { + pvt->action = pa; + pvt->Bstride = sstride; + pvt->srcoffset = s + leftPad; + pvt->mask = 0; /* Unused */ + pvt->shift = 0; /* Unused */ + } + } else if (depth0 == 8 && depth1 == 8 && depth2 == 8) { + for(s = 0; s < xieValMaxBands; s++, pvt++) { + pvt->action = StoB; + pvt->Bstride = sstride; + pvt->srcoffset = s + leftPad; + pvt->mask = 0; /* Unused */ + pvt->shift = 0; /* Unused */ + } + } else if (depth0 == 4 && depth1 == 4 && depth2 == 4) { + if (tec->fillOrder == xieValMSFirst) { + pvt->action = SbtoB; + pvt->Bstride = sstride; + pvt->srcoffset = leftPad; + pvt->mask = 0xf0; + (pvt++)->shift = 4; + pvt->action = SbtoB; + pvt->Bstride = sstride; + pvt->srcoffset = leftPad; + pvt->mask = 0x0f; + (pvt++)->shift = 0; + pvt->action = SbtoB; + pvt->Bstride = sstride; + pvt->srcoffset = 1 + leftPad; + pvt->mask = 0xf0; + pvt->shift = 4; + } else { /* xieValLSFirst */ + pvt->action = SbtoB; + pvt->Bstride = sstride; + pvt->srcoffset = leftPad; + pvt->mask = 0x0f; + (pvt++)->shift = 0; + pvt->action = SbtoB; + pvt->Bstride = sstride; + pvt->srcoffset = leftPad; + pvt->mask = 0xf0; + (pvt++)->shift = 4; + pvt->action = SbtoB; + pvt->Bstride = sstride; + pvt->srcoffset = 1 + leftPad; + pvt->mask = 0x0f; + pvt->shift = 0; + } + } else if (depth0 + depth1 + depth2 <= 8) { + CARD8 ones = 0xff,smask0,smask1,smask2,shift0,shift1,shift2; + if (tec->fillOrder == xieValMSFirst) { + smask0 = ~(ones>>depth0); + smask1 = ~(ones>>(depth0 + depth1) | smask0); + smask2 = ~(ones>>(depth0 + depth1 + depth2) | smask0 | smask1); + shift0 = 8 - depth0; + shift1 = 8 - (depth0 + depth1); + shift2 = 8 - (depth0 + depth1 + depth2); + } else { /* fillOrder == xieValLSFirst */ + smask2 = ~(ones<action = (depth0 > 1) ? SbtoB : Sbtob; + pvt->Bstride = sstride; + pvt->srcoffset = leftPad; + pvt->mask = smask0; + (pvt++)->shift = shift0; + pvt->action = (depth1 > 1) ? SbtoB : Sbtob; + pvt->Bstride = sstride; + pvt->srcoffset = leftPad; + pvt->mask = smask1; + (pvt++)->shift = shift1; + pvt->action = (depth2 > 1) ? SbtoB : Sbtob; + pvt->Bstride = sstride; + pvt->srcoffset = leftPad; + pvt->mask = smask2; + pvt->shift = shift2; + } else { + pvt->unaligned = TRUE; + } + } else { + pvt->unaligned = TRUE; + } + pvt = (miUncompPtr)pet->private; + pvt->reformat = TRUE; + + if(pvt->unaligned) { + /* since it's unaligned and somebody wants our data, do it the hard way */ + CARD32 width = sbnd->format->width; + pvt->action = ExtractTripleFuncs[tec->pixelOrder == xieValLSFirst ? 0 : 1] + [tec->fillOrder == xieValLSFirst ? 0 : 1] + [depth0 <= 8 ? 0 : 1] + [depth1 <= 8 ? 0 : 1] + [depth2 <= 8 ? 0 : 1]; + if(depth0 == 1 && !(pvt[0].buf = (pointer)XieMalloc(width+7)) || + depth1 == 1 && !(pvt[1].buf = (pointer)XieMalloc(width+7)) || + depth2 == 1 && !(pvt[2].buf = (pointer)XieMalloc(width+7))) + AllocError(flo,ped, return(FALSE)); + } + /* see if data manager should forward our input data to downstream elements + */ + pet->receptor->forward = miImportStream(flo,ped); + + return(InitReceptor(flo,ped, pet->receptor,NO_DATAMAP,1,1,NO_BANDS) && + ImportStrips(flo,pet,&pet->receptor[0].band[0],&map->strips[0]) && + InitEmitter(flo,ped,NO_DATAMAP,NO_INPLACE)); +} /* end InitializeIPhotoUnTriple */ + + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateIPhotoUncomByPixel(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloImportPhotomap *raw = (xieFloImportPhotomap *)ped->elemRaw; + miUncompPtr pvt = (miUncompPtr) (pet->private); + bandPtr sbnd = &pet->receptor[IMPORT].band[0]; + bandPtr db0 = &pet->emitter[pvt[0].bandMap]; + bandPtr db1 = &pet->emitter[pvt[1].bandMap]; + bandPtr db2 = &pet->emitter[pvt[2].bandMap]; + CARD32 final, width = db0->format->width; + pointer src, dp0, dp1, dp2; + + if(pvt->unaligned) { + CARD32 oldslen, nextslen; + void (*action)() = pvt->action; + CARD32 depth0 = db0->format->depth; + CARD32 depth1 = db1->format->depth; + CARD32 depth2 = db2->format->depth; + CARD32 stride = sbnd->format->stride; + + nextslen = pvt->bitOff + sbnd->format->pitch + 7 >> 3; + if((src = GetSrcBytes(flo,pet,sbnd,sbnd->current,nextslen,KEEP)) && + (dp0 = GetCurrentDst(flo,pet,db0)) && + (dp1 = GetCurrentDst(flo,pet,db1)) && + (dp2 = GetCurrentDst(flo,pet,db2))) + do { + + (*action)(src, + pvt[0].buf ? pvt[0].buf : dp0, + pvt[1].buf ? pvt[1].buf : dp1, + pvt[2].buf ? pvt[2].buf : dp2, + width, pvt->bitOff, depth0, depth1, depth2, stride); + + if(pvt[0].buf) bitshrink(pvt[0].buf,dp0,width,(BytePixel)1); + if(pvt[1].buf) bitshrink(pvt[1].buf,dp1,width,(BytePixel)1); + if(pvt[2].buf) bitshrink(pvt[2].buf,dp2,width,(BytePixel)1); + + pvt->bitOff = pvt->bitOff + sbnd->format->pitch & 7; + oldslen = pvt->bitOff ? nextslen - 1 : nextslen; + nextslen = pvt->bitOff + sbnd->format->pitch + 7 >> 3; + src = GetSrcBytes(flo,pet,sbnd,sbnd->current+oldslen,nextslen,KEEP); + dp0 = GetNextDst(flo,pet,db0,FLUSH); + dp1 = GetNextDst(flo,pet,db1,FLUSH); + dp2 = GetNextDst(flo,pet,db2,FLUSH); + } while(src && dp0 && dp1 && dp2); + } else { + CARD32 slen = sbnd->format->pitch+7>>3; + if((src = GetSrcBytes(flo,pet,sbnd,sbnd->current,slen,KEEP)) && + (dp0 = GetCurrentDst(flo,pet,db0)) && + (dp1 = GetCurrentDst(flo,pet,db1)) && + (dp2 = GetCurrentDst(flo,pet,db2))) + do { + + (*pvt[0].action)(src,dp0,width,&pvt[0]); + (*pvt[1].action)(src,dp1,width,&pvt[1]); + (*pvt[2].action)(src,dp2,width,&pvt[2]); + + src =GetSrcBytes(flo,pet,sbnd,sbnd->current+slen,slen,KEEP); + dp0 = GetNextDst(flo,pet,db0,FLUSH); + dp1 = GetNextDst(flo,pet,db1,FLUSH); + dp2 = GetNextDst(flo,pet,db2,FLUSH); + } while(src && dp0 && dp1 && dp2); + } + final = sbnd->strip && sbnd->strip->final; + if(!src && final && db0->current < db0->format->height) { + /* + * the client lied about the image size! + */ + if(raw->notify) + SendDecodeNotifyEvent(flo, ped, 0, xieValDecodeUncompressedTriple, + db0->format->width, db0->current, TRUE); + /* + * If the client didn't send enough data, we could zero-fill the + * remaining lines. Since we sent the "aborted" status, we won't + * bother (the protocol offers both choices). + */ + ValueError(flo,ped,db0->format->height, return(FALSE)); + } + if(!src || db0->final && db1->final && db2->final) { + /* free whatever we've used so far + */ + FreeData(flo, pet, sbnd, final ? sbnd->maxGlobal : sbnd->current); + } + return(TRUE); +} /* end ActivateIPhotoUncomByPixel */ +#endif /* XIE_FULL */ + +/* end module miphoto.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/import/miregion.c b/xie/xc/programs/Xserver/XIE/mixie/import/miregion.c new file mode 100644 index 0000000..065fb70 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/import/miregion.c @@ -0,0 +1,1089 @@ +/* $XConsortium: miregion.c,v 1.4 94/04/17 20:34:56 rws Exp $ */ +/**** module miregion.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + miregion.c -- ddx/mi/miregion code converted over to XIE for rectangles + of interest. "Minimal" conversion made to support + rectangles defined by INT32s instead of shorts. Unused + routines from the general code have been removed. + + Dean Verheiden -- AGE Logic, Inc. August, 1993 + +*****************************************************************************/ +/*********************************************************** + +Copyright (c) 1987, 1988, 1989 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + +Copyright 1987, 1988, 1989 by +Digital Equipment Corporation, Maynard, Massachusetts. + + All Rights Reserved + +Permission to use, copy, modify, and distribute this software and its +documentation for any purpose and without fee is hereby granted, +provided that the above copyright notice appear in all copies and that +both that copyright notice and this permission notice appear in +supporting documentation, and that the name of Digital not be +used in advertising or publicity pertaining to distribution of the +software without specific, written prior permission. + +DIGITAL DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING +ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL +DIGITAL BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR +ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, +WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, +ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS +SOFTWARE. + +******************************************************************/ + +#define _XIEC_MIREGION + +#include +#include "miscstruct.h" +#include "regionstr.h" +#include "Xprotostr.h" +#include "gc.h" + +#include "microi.h" + +#if defined (__GNUC__) && !defined (NO_INLINES) +#define INLINE __inline +#else +#define INLINE +#endif + +/* + * hack until callers of these functions can deal with out-of-memory + */ + +extern Bool Must_have_memory; + +#define assert(expr) + +#define good(reg) assert(miXieValidRegion(reg)) + +/* + * The functions in this file implement the Region abstraction used extensively + * throughout the X11 sample server. A Region is simply a set of disjoint + * (non-overlapping) rectangles, plus an "extent" rectangle which is the + * smallest single rectangle that contains all the non-overlapping rectangles. + * + * A Region is implemented as a "y-x-banded" array of rectangles. This array + * imposes two degrees of order. First, all rectangles are sorted by top side + * y coordinate first (y1), and then by left side x coordinate (x1). + * + * Furthermore, the rectangles are grouped into "bands". Each rectangle in a + * band has the same top y coordinate (y1), and each has the same bottom y + * coordinate (y2). Thus all rectangles in a band differ only in their left + * and right side (x1 and x2). Bands are implicit in the array of rectangles: + * there is no separate list of band start pointers. + * + * The y-x band representation does not minimize rectangles. In particular, + * if a rectangle vertically crosses a band (the rectangle has scanlines in + * the y1 to y2 area spanned by the band), then the rectangle may be broken + * down into two or more smaller rectangles stacked one atop the other. + * + * ----------- ----------- + * | | | | band 0 + * | | -------- ----------- -------- + * | | | | in y-x banded | | | | band 1 + * | | | | form is | | | | + * ----------- | | ----------- -------- + * | | | | band 2 + * -------- -------- + * + * An added constraint on the rectangles is that they must cover as much + * horizontal area as possible: no two rectangles within a band are allowed + * to touch. + * + * Whenever possible, bands will be merged together to cover a greater vertical + * distance (and thus reduce the number of rectangles). Two bands can be merged + * only if the bottom of one touches the top of the other and they have + * rectangles in the same places (of the same width, of course). + * + * Adam de Boor wrote most of the original region code. Joel McCormack + * substantially modified or rewrote most of the core arithmetic routines, + * and added miXieRegionValidate in order to support several speed improvements + * to miXieValidateTree. Bob Scheifler changed the representation to be more + * compact when empty or a single rectangle, and did a bunch of gratuitous + * reformatting. + */ + +#define xallocData(n) (XieRegDataPtr)XieMalloc(XIEREGION_SZOF(n)) +#define xfreeData(reg) if ((reg)->data && (reg)->data->size) XieFree((reg)->data) + +#define RECTALLOC(pReg,n) \ +if (!(pReg)->data || (((pReg)->data->numRects + (n)) > (pReg)->data->size)) \ + miXieRectAlloc(pReg, n) + +#define ADDRECT(pNextRect,nx1,ny1,nx2,ny2) \ +{ \ + pNextRect->x1 = nx1; \ + pNextRect->y1 = ny1; \ + pNextRect->x2 = nx2; \ + pNextRect->y2 = ny2; \ + pNextRect++; \ +} + +#define NEWRECT(pReg,pNextRect,nx1,ny1,nx2,ny2) \ +{ \ + if (!(pReg)->data || ((pReg)->data->numRects == (pReg)->data->size))\ + { \ + miXieRectAlloc(pReg, 1); \ + pNextRect = XIEREGION_TOP(pReg); \ + } \ + ADDRECT(pNextRect,nx1,ny1,nx2,ny2); \ + pReg->data->numRects++; \ + assert(pReg->data->numRects<=pReg->data->size); \ +} + + +#define DOWNSIZE(reg,numRects) \ +if (((numRects) < ((reg)->data->size >> 1)) && ((reg)->data->size > 50)) \ +{ \ + XieRegDataPtr NewData; \ + NewData = (XieRegDataPtr)XieRealloc((reg)->data, XIEREGION_SZOF(numRects)); \ + if (NewData) \ + { \ + NewData->size = (numRects); \ + (reg)->data = NewData; \ + } \ +} + +static XieBoxRec EmptyBox = {0, 0, 0, 0}; +static XieRegDataRec EmptyData = {0, 0}; + +/***************************************************************** + * XieRegionCreate(rect, size) + * This routine does a simple XieMalloc to make a structure of + * REGION of "size" number of rectangles. + *****************************************************************/ + +XieRegionPtr +miXieRegionCreate(rect, size) + XieBoxPtr rect; + int size; +{ + register XieRegionPtr pReg; + + Must_have_memory = TRUE; /* XXX */ + pReg = (XieRegionPtr)XieMalloc(sizeof(XieRegionRec)); + Must_have_memory = FALSE; /* XXX */ + if (rect) + { + pReg->extents = *rect; + pReg->data = (XieRegDataPtr)NULL; + } + else + { + pReg->extents = EmptyBox; + if ((size > 1) && (pReg->data = xallocData(size))) + { + pReg->data->size = size; + pReg->data->numRects = 0; + } + else + pReg->data = &EmptyData; + } + return(pReg); +} + +void +miXieRegionDestroy(pReg) + XieRegionPtr pReg; +{ + good(pReg); + xfreeData(pReg); + XieFree(pReg); +} + +Bool +miXieRectAlloc(pRgn, n) + register XieRegionPtr pRgn; + int n; +{ + Must_have_memory = TRUE; /* XXX */ + if (!pRgn->data) + { + n++; + pRgn->data = xallocData(n); + pRgn->data->numRects = 1; + *XIEREGION_BOXPTR(pRgn) = pRgn->extents; + } + else if (!pRgn->data->size) + { + pRgn->data = xallocData(n); + pRgn->data->numRects = 0; + } + else + { + if (n == 1) + { + n = pRgn->data->numRects; + if (n > 500) /* XXX pick numbers out of a hat */ + n = 250; + } + n += pRgn->data->numRects; + pRgn->data = (XieRegDataPtr)XieRealloc(pRgn->data, XIEREGION_SZOF(n)); + } + Must_have_memory = FALSE; /* XXX */ + pRgn->data->size = n; + return TRUE; +} + + +/*====================================================================== + * Generic XieRegion Operator + *====================================================================*/ + +/*- + *----------------------------------------------------------------------- + * miXieCoalesce -- + * Attempt to merge the boxes in the current band with those in the + * previous one. We are guaranteed that the current band extends to + * the end of the rects array. Used only by miXieRegionOp. + * + * Results: + * The new index for the previous band. + * + * Side Effects: + * If coalescing takes place: + * - rectangles in the previous band will have their y2 fields + * altered. + * - pReg->data->numRects will be decreased. + * + *----------------------------------------------------------------------- + */ +INLINE static int +miXieCoalesce (pReg, prevStart, curStart) + register XieRegionPtr pReg; /* Region to coalesce */ + int prevStart; /* Index of start of previous band */ + int curStart; /* Index of start of current band */ +{ + register XieBoxPtr pPrevBox; /* Current box in previous band */ + register XieBoxPtr pCurBox; /* Current box in current band */ + register int numRects; /* Number rectangles in both bands */ + register int y2; /* Bottom of current band */ + /* + * Figure out how many rectangles are in the band. + */ + numRects = curStart - prevStart; + assert(numRects == pReg->data->numRects - curStart); + + if (!numRects) return curStart; + + /* + * The bands may only be coalesced if the bottom of the previous + * matches the top scanline of the current. + */ + pPrevBox = XIEREGION_BOX(pReg, prevStart); + pCurBox = XIEREGION_BOX(pReg, curStart); + if (pPrevBox->y2 != pCurBox->y1) return curStart; + + /* + * Make sure the bands have boxes in the same places. This + * assumes that boxes have been added in such a way that they + * cover the most area possible. I.e. two boxes in a band must + * have some horizontal space between them. + */ + y2 = pCurBox->y2; + + do { + if ((pPrevBox->x1 != pCurBox->x1) || (pPrevBox->x2 != pCurBox->x2)) { + return (curStart); + } + pPrevBox++; + pCurBox++; + numRects--; + } while (numRects); + + /* + * The bands may be merged, so set the bottom y of each box + * in the previous band to the bottom y of the current band. + */ + numRects = curStart - prevStart; + pReg->data->numRects -= numRects; + do { + pPrevBox--; + pPrevBox->y2 = y2; + numRects--; + } while (numRects); + return prevStart; +} + + +/* Quicky macro to avoid trivial reject procedure calls to miXieCoalesce */ + +#define Coalesce(newReg, prevBand, curBand) \ + if (curBand - prevBand == newReg->data->numRects - curBand) { \ + prevBand = miXieCoalesce(newReg, prevBand, curBand); \ + } else { \ + prevBand = curBand; \ + } + +/*- + *----------------------------------------------------------------------- + * miXieAppendNonO -- + * Handle a non-overlapping band for the union and subtract operations. + * Just adds the (top/bottom-clipped) rectangles into the region. + * Doesn't have to check for subsumption or anything. + * + * Results: + * None. + * + * Side Effects: + * pReg->data->numRects is incremented and the rectangles overwritten + * with the rectangles we're passed. + * + *----------------------------------------------------------------------- + */ + +INLINE static Bool +miXieAppendNonO (pReg, r, rEnd, y1, y2) + register XieRegionPtr pReg; + register XieBoxPtr r; + XieBoxPtr rEnd; + register int y1; + register int y2; +{ + register XieBoxPtr pNextRect; + register int newRects; + + newRects = rEnd - r; + + assert(y1 < y2); + assert(newRects != 0); + + /* Make sure we have enough space for all rectangles to be added */ + RECTALLOC(pReg, newRects); + pNextRect = XIEREGION_TOP(pReg); + pReg->data->numRects += newRects; + do { + assert(r->x1 < r->x2); + ADDRECT(pNextRect, r->x1, y1, r->x2, y2); + r++; + } while (r != rEnd); + + return TRUE; +} + +#define FindBand(r, rBandEnd, rEnd, ry1) \ +{ \ + ry1 = r->y1; \ + rBandEnd = r+1; \ + while ((rBandEnd != rEnd) && (rBandEnd->y1 == ry1)) { \ + rBandEnd++; \ + } \ +} + +#define AppendRegions(newReg, r, rEnd) \ +{ \ + int newRects; \ + if (newRects = rEnd - r) { \ + RECTALLOC(newReg, newRects); \ + memcpy((char *)XIEREGION_TOP(newReg), (char *)r, \ + newRects * sizeof(XieBoxRec)); \ + newReg->data->numRects += newRects; \ + } \ +} + +/*- + *----------------------------------------------------------------------- + * miXieRegionOp -- + * Apply an operation to two regions. Called by miXieUnion, miXieInverse, + * miXieSubtract, miXieIntersect.... Both regions MUST have at least one + * rectangle, and cannot be the same object. + * + * Results: + * TRUE if successful. + * + * Side Effects: + * The new region is overwritten. + * pOverlap set to TRUE if overlapFunc ever returns TRUE. + * + * Notes: + * The idea behind this function is to view the two regions as sets. + * Together they cover a rectangle of area that this function divides + * into horizontal bands where points are covered only by one region + * or by both. For the first case, the nonOverlapFunc is called with + * each the band and the band's upper and lower extents. For the + * second, the overlapFunc is called to process the entire band. It + * is responsible for clipping the rectangles in the band, though + * this function provides the boundaries. + * At the end of each band, the new region is coalesced, if possible, + * to reduce the number of rectangles in the region. + * + *----------------------------------------------------------------------- + */ +static Bool +miXieRegionOp(newReg, reg1, reg2, overlapFunc, appendNon1, appendNon2, pOverlap) + XieRegionPtr newReg; /* Place to store result */ + XieRegionPtr reg1; /* First region in operation */ + XieRegionPtr reg2; /* 2d region in operation */ + Bool (*overlapFunc)(); /* Function to call for over- + * lapping bands */ + Bool appendNon1; /* Append non-overlapping bands */ + /* in region 1 ? */ + Bool appendNon2; /* Append non-overlapping bands */ + /* in region 2 ? */ + Bool *pOverlap; +{ + register XieBoxPtr r1; /* Pointer into first region */ + register XieBoxPtr r2; /* Pointer into 2d region */ + XieBoxPtr r1End; /* End of 1st region */ + XieBoxPtr r2End; /* End of 2d region */ + INT32 ybot; /* Bottom of intersection */ + INT32 ytop; /* Top of intersection */ + XieRegDataPtr oldData; /* Old data for newReg */ + int prevBand; /* Index of start of + * previous band in newReg */ + int curBand; /* Index of start of current + * band in newReg */ + register XieBoxPtr r1BandEnd; /* End of current band in r1 */ + register XieBoxPtr r2BandEnd; /* End of current band in r2 */ + INT32 top; /* Top of non-overlapping band */ + INT32 bot; /* Bottom of non-overlapping band*/ + register int r1y1; /* Temps for r1->y1 and r2->y1 */ + register int r2y1; + int newSize; + int numRects; + + /* + * Initialization: + * set r1, r2, r1End and r2End appropriately, save the rectangles + * of the destination region until the end in case it's one of + * the two source regions, then mark the "new" region empty, allocating + * another array of rectangles for it to use. + */ + + r1 = XIEREGION_RECTS(reg1); + newSize = XIEREGION_NUM_RECTS(reg1); + r1End = r1 + newSize; + numRects = XIEREGION_NUM_RECTS(reg2); + r2 = XIEREGION_RECTS(reg2); + r2End = r2 + numRects; + assert(r1 != r1End); + assert(r2 != r2End); + + oldData = (XieRegDataPtr)NULL; + if (((newReg == reg1) && (newSize > 1)) || + ((newReg == reg2) && (numRects > 1))) + { + oldData = newReg->data; + newReg->data = &EmptyData; + } + /* guess at new size */ + if (numRects > newSize) + newSize = numRects; + newSize <<= 1; + if (!newReg->data) + newReg->data = &EmptyData; + else if (newReg->data->size) + newReg->data->numRects = 0; + if (newSize > newReg->data->size) + miXieRectAlloc(newReg, newSize); + + /* + * Initialize ybot. + * In the upcoming loop, ybot and ytop serve different functions depending + * on whether the band being handled is an overlapping or non-overlapping + * band. + * In the case of a non-overlapping band (only one of the regions + * has points in the band), ybot is the bottom of the most recent + * intersection and thus clips the top of the rectangles in that band. + * ytop is the top of the next intersection between the two regions and + * serves to clip the bottom of the rectangles in the current band. + * For an overlapping band (where the two regions intersect), ytop clips + * the top of the rectangles of both regions and ybot clips the bottoms. + */ + + ybot = min(r1->y1, r2->y1); + + /* + * prevBand serves to mark the start of the previous band so rectangles + * can be coalesced into larger rectangles. qv. miXieCoalesce, above. + * In the beginning, there is no previous band, so prevBand == curBand + * (curBand is set later on, of course, but the first band will always + * start at index 0). prevBand and curBand must be indices because of + * the possible expansion, and resultant moving, of the new region's + * array of rectangles. + */ + prevBand = 0; + + do { + /* + * This algorithm proceeds one source-band (as opposed to a + * destination band, which is determined by where the two regions + * intersect) at a time. r1BandEnd and r2BandEnd serve to mark the + * rectangle after the last one in the current band for their + * respective regions. + */ + assert(r1 != r1End); + assert(r2 != r2End); + + FindBand(r1, r1BandEnd, r1End, r1y1); + FindBand(r2, r2BandEnd, r2End, r2y1); + + /* + * First handle the band that doesn't intersect, if any. + * + * Note that attention is restricted to one band in the + * non-intersecting region at once, so if a region has n + * bands between the current position and the next place it overlaps + * the other, this entire loop will be passed through n times. + */ + if (r1y1 < r2y1) { + if (appendNon1) { + top = max(r1y1, ybot); + bot = min(r1->y2, r2y1); + if (top != bot) { + curBand = newReg->data->numRects; + miXieAppendNonO(newReg, r1, r1BandEnd, top, bot); + Coalesce(newReg, prevBand, curBand); + } + } + ytop = r2y1; + } else if (r2y1 < r1y1) { + if (appendNon2) { + top = max(r2y1, ybot); + bot = min(r2->y2, r1y1); + if (top != bot) { + curBand = newReg->data->numRects; + miXieAppendNonO(newReg, r2, r2BandEnd, top, bot); + Coalesce(newReg, prevBand, curBand); + } + } + ytop = r1y1; + } else { + ytop = r1y1; + } + + /* + * Now see if we've hit an intersecting band. The two bands only + * intersect if ybot > ytop + */ + ybot = min(r1->y2, r2->y2); + if (ybot > ytop) { + curBand = newReg->data->numRects; + (* overlapFunc)(newReg, r1, r1BandEnd, r2, r2BandEnd, ytop, ybot, + pOverlap); + Coalesce(newReg, prevBand, curBand); + } + + /* + * If we've finished with a band (y2 == ybot) we skip forward + * in the region to the next band. + */ + if (r1->y2 == ybot) r1 = r1BandEnd; + if (r2->y2 == ybot) r2 = r2BandEnd; + + } while (r1 != r1End && r2 != r2End); + + /* + * Deal with whichever region (if any) still has rectangles left. + * + * We only need to worry about banding and coalescing for the very first + * band left. After that, we can just group all remaining boxes, + * regardless of how many bands, into one final append to the list. + */ + + if ((r1 != r1End) && appendNon1) { + /* Do first nonOverlap1Func call, which may be able to coalesce */ + FindBand(r1, r1BandEnd, r1End, r1y1); + curBand = newReg->data->numRects; + miXieAppendNonO(newReg, r1, r1BandEnd, max(r1y1, ybot), r1->y2); + Coalesce(newReg, prevBand, curBand); + /* Just append the rest of the boxes */ + AppendRegions(newReg, r1BandEnd, r1End); + + } else if ((r2 != r2End) && appendNon2) { + /* Do first nonOverlap2Func call, which may be able to coalesce */ + FindBand(r2, r2BandEnd, r2End, r2y1); + curBand = newReg->data->numRects; + miXieAppendNonO(newReg, r2, r2BandEnd, max(r2y1, ybot), r2->y2); + Coalesce(newReg, prevBand, curBand); + /* Append rest of boxes */ + AppendRegions(newReg, r2BandEnd, r2End); + } + + if (oldData) + XieFree(oldData); + + if (!(numRects = newReg->data->numRects)) + { + xfreeData(newReg); + newReg->data = &EmptyData; + } + else if (numRects == 1) + { + newReg->extents = *XIEREGION_BOXPTR(newReg); + xfreeData(newReg); + newReg->data = (XieRegDataPtr)NULL; + } + else + { + DOWNSIZE(newReg, numRects); + } + + return TRUE; +} + +#define MERGERECT(r) \ +{ \ + if (r->x1 <= x2) { \ + /* Merge with current rectangle */ \ + if (r->x1 < x2) *pOverlap = TRUE; \ + if (x2 < r->x2) x2 = r->x2; \ + } else { \ + /* Add current rectangle, start new one */ \ + NEWRECT(pReg, pNextRect, x1, y1, x2, y2); \ + x1 = r->x1; \ + x2 = r->x2; \ + } \ + r++; \ +} + +/*====================================================================== + * XieRegion Union + *====================================================================*/ + +/*- + *----------------------------------------------------------------------- + * miXieUnionO -- + * Handle an overlapping band for the union operation. Picks the + * left-most rectangle each time and merges it into the region. + * + * Results: + * TRUE if successful. + * + * Side Effects: + * pReg is overwritten. + * pOverlap is set to TRUE if any boxes overlap. + * + *----------------------------------------------------------------------- + */ +static Bool +miXieUnionO (pReg, r1, r1End, r2, r2End, y1, y2, pOverlap) + register XieRegionPtr pReg; + register XieBoxPtr r1; + XieBoxPtr r1End; + register XieBoxPtr r2; + XieBoxPtr r2End; + INT32 y1; + INT32 y2; + Bool *pOverlap; +{ + register XieBoxPtr pNextRect; + register int x1; /* left and right side of current union */ + register int x2; + + assert (y1 < y2); + assert(r1 != r1End && r2 != r2End); + + pNextRect = XIEREGION_TOP(pReg); + + /* Start off current rectangle */ + if (r1->x1 < r2->x1) + { + x1 = r1->x1; + x2 = r1->x2; + r1++; + } + else + { + x1 = r2->x1; + x2 = r2->x2; + r2++; + } + while (r1 != r1End && r2 != r2End) + { + if (r1->x1 < r2->x1) MERGERECT(r1) else MERGERECT(r2); + } + + /* Finish off whoever (if any) is left */ + if (r1 != r1End) + { + do + { + MERGERECT(r1); + } while (r1 != r1End); + } + else if (r2 != r2End) + { + do + { + MERGERECT(r2); + } while (r2 != r2End); + } + + /* Add current rectangle */ + NEWRECT(pReg, pNextRect, x1, y1, x2, y2); + + return TRUE; +} + +#define ExchangeRects(a, b) \ +{ \ + XieBoxRec t; \ + t = rects[a]; \ + rects[a] = rects[b]; \ + rects[b] = t; \ +} + +static void +QuickSortRects(rects, numRects) + register XieBoxRec rects[]; + register int numRects; +{ + register int y1; + register int x1; + register int i, j; + register XieBoxPtr r; + + /* Always called with numRects > 1 */ + + do + { + if (numRects == 2) + { + if (rects[0].y1 > rects[1].y1 || + (rects[0].y1 == rects[1].y1 && rects[0].x1 > rects[1].x1)) + ExchangeRects(0, 1); + return; + } + + /* Choose partition element, stick in location 0 */ + ExchangeRects(0, numRects >> 1); + y1 = rects[0].y1; + x1 = rects[0].x1; + + /* Partition array */ + i = 0; + j = numRects; + do + { + r = &(rects[i]); + do + { + r++; + i++; + } while (i != numRects && + (r->y1 < y1 || (r->y1 == y1 && r->x1 < x1))); + r = &(rects[j]); + do + { + r--; + j--; + } while (y1 < r->y1 || (y1 == r->y1 && x1 < r->x1)); + if (i < j) + ExchangeRects(i, j); + } while (i < j); + + /* Move partition element back to middle */ + ExchangeRects(0, j); + + /* Recurse */ + if (numRects-j-1 > 1) + QuickSortRects(&rects[j+1], numRects-j-1); + numRects = j; + } while (numRects > 1); +} + +/*- + *----------------------------------------------------------------------- + * miXieRegionValidate -- + * + * Take a ``region'' which is a non-y-x-banded random collection of + * rectangles, and compute a nice region which is the union of all the + * rectangles. + * + * Results: + * TRUE if successful. + * + * Side Effects: + * The passed-in ``region'' may be modified. + * pOverlap set to TRUE if any retangles overlapped, else FALSE; + * + * Strategy: + * Step 1. Sort the rectangles into ascending order with primary key y1 + * and secondary key x1. + * + * Step 2. Split the rectangles into the minimum number of proper y-x + * banded regions. This may require horizontally merging + * rectangles, and vertically coalescing bands. With any luck, + * this step in an identity tranformation (ala the Box widget), + * or a coalescing into 1 box (ala Menus). + * + * Step 3. Merge the separate regions down to a single region by calling + * miXieUnion. Maximize the work each miXieUnion call does by using + * a binary merge. + * + *----------------------------------------------------------------------- + */ + +Bool +miXieRegionValidate(badreg, pOverlap) + XieRegionPtr badreg; + Bool *pOverlap; +{ + /* Descriptor for regions under construction in Step 2. */ + typedef struct { + XieRegionRec reg; + int prevBand; + int curBand; + } XieRegionInfo; + + int numRects; /* Original numRects for badreg */ + XieRegionInfo *ri; /* Array of current regions */ + int numRI; /* Number of entries used in ri */ + int sizeRI; /* Number of entries available in ri */ + int i; /* Index into rects */ + register int j; /* Index into ri */ + register XieRegionInfo *rit; /* &ri[j] */ + register XieRegionPtr reg; /* ri[j].reg */ + register XieBoxPtr box; /* Current box in rects */ + register XieBoxPtr riBox; /* Last box in ri[j].reg */ + register XieRegionPtr hreg; /* ri[j_half].reg */ + + *pOverlap = FALSE; + if (!badreg->data) + { + good(badreg); + return TRUE; + } + numRects = badreg->data->numRects; + if (!numRects) + { + good(badreg); + return TRUE; + } + if (badreg->extents.x1 < badreg->extents.x2) + { + if ((numRects) == 1) + { + xfreeData(badreg); + badreg->data = (XieRegDataPtr) NULL; + } + else + { + DOWNSIZE(badreg, numRects); + } + good(badreg); + return TRUE; + } + + /* Step 1: Sort the rects array into ascending (y1, x1) order */ + QuickSortRects(XIEREGION_BOXPTR(badreg), numRects); + + /* Step 2: Scatter the sorted array into the minimum number of regions */ + + /* Set up the first region to be the first rectangle in badreg */ + /* Note that step 2 code will never overflow the ri[0].reg rects array */ + Must_have_memory = TRUE; /* XXX */ + ri = (XieRegionInfo *) XieMalloc(4 * sizeof(XieRegionInfo)); + Must_have_memory = FALSE; /* XXX */ + sizeRI = 4; + numRI = 1; + ri[0].prevBand = 0; + ri[0].curBand = 0; + ri[0].reg = *badreg; + box = XIEREGION_BOXPTR(&ri[0].reg); + ri[0].reg.extents = *box; + ri[0].reg.data->numRects = 1; + + /* Now scatter rectangles into the minimum set of valid regions. If the + next rectangle to be added to a region would force an existing rectangle + in the region to be split up in order to maintain y-x banding, just + forget it. Try the next region. If it doesn't fit cleanly into any + region, make a new one. */ + + for (i = numRects; --i > 0;) + { + box++; + /* Look for a region to append box to */ + for (j = numRI, rit = ri; --j >= 0; rit++) + { + reg = &rit->reg; + riBox = XIEREGION_END(reg); + + if (box->y1 == riBox->y1 && box->y2 == riBox->y2) + { + /* box is in same band as riBox. Merge or append it */ + if (box->x1 <= riBox->x2) + { + /* Merge it with riBox */ + if (box->x1 < riBox->x2) *pOverlap = TRUE; + if (box->x2 > riBox->x2) riBox->x2 = box->x2; + } + else + { + RECTALLOC(reg, 1); + *XIEREGION_TOP(reg) = *box; + reg->data->numRects++; + } + goto NextRect; /* So sue me */ + } + else if (box->y1 >= riBox->y2) + { + /* Put box into new band */ + if (reg->extents.x2 < riBox->x2) reg->extents.x2 = riBox->x2; + if (reg->extents.x1 > box->x1) reg->extents.x1 = box->x1; + Coalesce(reg, rit->prevBand, rit->curBand); + rit->curBand = reg->data->numRects; + RECTALLOC(reg, 1); + *XIEREGION_TOP(reg) = *box; + reg->data->numRects++; + goto NextRect; + } + /* Well, this region was inappropriate. Try the next one. */ + } /* for j */ + + /* Uh-oh. No regions were appropriate. Create a new one. */ + if (sizeRI == numRI) + { + /* Oops, allocate space for new region information */ + sizeRI <<= 1; + Must_have_memory = TRUE; /* XXX */ + ri = (XieRegionInfo *) XieRealloc(ri, sizeRI * sizeof(XieRegionInfo)); + Must_have_memory = FALSE; /* XXX */ + rit = &ri[numRI]; + } + numRI++; + rit->prevBand = 0; + rit->curBand = 0; + rit->reg.extents = *box; + rit->reg.data = (XieRegDataPtr)NULL; + miXieRectAlloc(&rit->reg, (i+numRI) / numRI); /* MUST force allocation */ +NextRect: ; + } /* for i */ + + /* Make a final pass over each region in order to Coalesce and set + extents.x2 and extents.y2 */ + + for (j = numRI, rit = ri; --j >= 0; rit++) + { + reg = &rit->reg; + riBox = XIEREGION_END(reg); + reg->extents.y2 = riBox->y2; + if (reg->extents.x2 < riBox->x2) reg->extents.x2 = riBox->x2; + Coalesce(reg, rit->prevBand, rit->curBand); + if (reg->data->numRects == 1) /* keep unions happy below */ + { + xfreeData(reg); + reg->data = (XieRegDataPtr)NULL; + } + } + + /* Step 3: Union all regions into a single region */ + while (numRI > 1) + { + int half = numRI/2; + for (j = numRI & 1; j < (half + (numRI & 1)); j++) + { + reg = &ri[j].reg; + hreg = &ri[j+half].reg; + miXieRegionOp(reg, reg, hreg, miXieUnionO, TRUE, TRUE, pOverlap); + if (hreg->extents.x1 < reg->extents.x1) + reg->extents.x1 = hreg->extents.x1; + if (hreg->extents.y1 < reg->extents.y1) + reg->extents.y1 = hreg->extents.y1; + if (hreg->extents.x2 > reg->extents.x2) + reg->extents.x2 = hreg->extents.x2; + if (hreg->extents.y2 > reg->extents.y2) + reg->extents.y2 = hreg->extents.y2; + xfreeData(hreg); + } + numRI -= half; + } + *badreg = ri[0].reg; + XieFree(ri); + good(badreg); + return TRUE; +} diff --git a/xie/xc/programs/Xserver/XIE/mixie/import/miroi.c b/xie/xc/programs/Xserver/XIE/mixie/import/miroi.c new file mode 100644 index 0000000..1efa978 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/import/miroi.c @@ -0,0 +1,233 @@ +/* $XConsortium: miroi.c,v 1.5 94/04/17 20:34:56 rws Exp $ */ +/**** module miroi.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + miroi.c -- DDXIE prototype import client roi element + + Robert NC Shelley -- AGE Logic, Inc. April, 1993 + +*****************************************************************************/ + +#define _XIEC_MIROI +#define _XIEC_IROI + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeIROI(); + +/* + * routines used internal to this module + */ +static int CreateIROI(); +static int InitializeIROI(); +static int ActivateIROI(); +static int ResetIROI(); +static int DestroyIROI(); + +/* + * DDXIE ImportROI entry points + */ +static ddElemVecRec miROIVec = { + CreateIROI, + InitializeIROI, + ActivateIROI, + (xieIntProc)NULL, + ResetIROI, + DestroyIROI + }; + +/* + * Private stuff. peTex extension for the ImportClientROI element. + */ +typedef struct _miroidef { + stripPtr next_strip; +} +miROIDefRec, *miROIDefPtr; + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeIROI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = miROIVec; + return TRUE ; +} /* end miAnalyzeIROI */ + + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateIROI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the roi element definition */ + return MakePETex(flo,ped,sizeof(miROIDefRec),NO_SYNC,NO_SYNC); +} /* end CreateIROI */ + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeIROI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + roiPtr roi = ((iROIDefPtr)ped->elemPvt)->roi; + miROIDefPtr pvt = (miROIDefPtr)ped->peTex->private; + + pvt->next_strip = roi->strips.flink; + + return InitEmitter(flo,ped,NO_DATAMAP,NO_INPLACE); +} /* end InitializeIROI */ + + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateIROI(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + miROIDefPtr pvt = (miROIDefPtr)pet->private; + bandPtr bnd = &pet->emitter[0]; + + /* pass a clone of the current/only strip to our recipients */ + + if(!PassStrip(flo,pet,bnd,pvt->next_strip)) + return FALSE; /* alloc error */ + + return TRUE; +} /* end ActivateIROI */ + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetIROI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetEmitter(ped); + return TRUE; +} /* end ResetIROI */ + + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyIROI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + return TRUE; +} /* end DestroyIROI */ + +/* end module miroi.c */ + diff --git a/xie/xc/programs/Xserver/XIE/mixie/import/miuncomp.c b/xie/xc/programs/Xserver/XIE/mixie/import/miuncomp.c new file mode 100644 index 0000000..90aad6c --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/import/miuncomp.c @@ -0,0 +1,943 @@ +/* $XConsortium: miuncomp.c,v 1.4 94/04/17 20:34:57 dpw Exp $ */ +/**** module miuncomp.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + miuncomp.c -- DDXIE routines for importing uncompressed data + + Dean Verheiden -- AGE Logic, Inc. September 1993 + +*****************************************************************************/ + +#define _XIEC_MIUNCOMP + +/* + * Include files + */ +#include +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + +/***********************************************************************/ +/****************** Aligned data conversion routines *******************/ +/***********************************************************************/ + +/* Single band action routines */ + +void CPreverse_bits(src,dst,count,leftpad,depth,stride) +BytePixel *src, *dst; +CARD32 count; +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +int i; + count = count + 7 >> 3;/* Pack down to bits */ + + src += leftpad>>3; + for (i = 0; i < count; i++) *dst++ = _ByteReverseTable[*src++]; +} + +void CPpass_bits(src,dst,count,leftpad,depth,stride) +BytePixel *src, *dst; +CARD32 count; +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ + src += leftpad >> 3; + memcpy((char *)dst,(char *)src, (int)count + 7 >> 3); +} + +void CPextractstreambits(src,dst,count,leftpad,depth,stride) +BytePixel *src, *dst; +CARD32 count; +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +CARD32 i,j; + + bzero(dst,count + 7 >> 3); + + for (i = 0, j = leftpad; i < count; i++, j += stride) { + if (LOGBYTE_tstbit(src,j) != 0) { + LOGBYTE_setbit(dst,i); + } + } +} + +void CPextractswappedstreambits(src,dst,count,leftpad,depth,stride) +BytePixel *src, *dst; +CARD32 count; +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +CARD32 i,j,s; + + bzero(dst,count + 7 >> 3); + + for (i = 0, j = leftpad; i < count; i++, j += stride) { + s = j ^ 7; /* Larry swap */ + if (LOGBYTE_tstbit(src,s) != 0) { + LOGBYTE_setbit(dst,i); + } + } +} + + +void CPpass_bytes(src,dst,count,leftpad,depth,stride) +BytePixel *src, *dst; +CARD32 count; +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ + src += leftpad >> 3; + if (stride == 8) + memcpy((char *)dst, (char *)src, (int)count); + else { + int i; + CARD32 Bstride = stride >> 3; + for (i = 0; i < count; i++, src += Bstride) + *dst++ = *src; + } +} + +void CPswap_pairs(src,dst,count,leftpad,depth,stride) +PairPixel *src,*dst; +CARD32 count; +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +int i; + src += leftpad >> 4; + if (stride == 16) { + for (i = 0; i < count; i++) { + cpswaps(src[i],dst[i]); + } + } else { + int j; + CARD32 Bstride = stride >> 4; + for (i = 0, j = 0; i < count; i++, j += Bstride) { + cpswaps(src[j],dst[i]); + } + } +} + +void CPpass_pairs(src,dst,count,leftpad,depth,stride) +PairPixel *src, *dst; +CARD32 count; +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ + src += leftpad >> 4; + if (stride == 16) + memcpy((char *)dst, (char *)src, (int)count << 1); + else { + int i,j; + CARD32 Bstride = stride >> 4; + for (i = 0, j = 0; i < count; i++, j += Bstride) + dst[i] = src[j]; + } +} + +void CPswap_quads(src,dst,count,leftpad,depth,stride) +QuadPixel *src, *dst; +CARD32 count; +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +int i; + src += leftpad >> 5; + if (stride == 32) { + for (i = 0; i < count; i++) { + cpswapl(src[i],dst[i]); + } + } else { + int j; + CARD32 Bstride = stride >> 5; + for (i = 0, j = 0; i < count; i++, j += Bstride) { + cpswapl(src[j],dst[i]); + } + } +} + +void CPpass_quads(src,dst,count,leftpad,depth,stride) +QuadPixel *src, *dst; +CARD32 count; +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ + src += leftpad >> 5; + if (stride == 32) + memcpy((char *)dst, (char *)src, (int)count << 2); + else { + int i,j; + CARD32 Bstride = stride >> 5; + for (i = 0, j = 0; i < count; i++, j += Bstride) + dst[i] = src[j]; + } +} + +#if XIE_FULL +/* Triple Band Byte by Pixel Action routines */ + +/* Stream bits to bits */ +void Sbtob(src,idst,count,pvt) +BytePixel *src, *idst; +CARD32 count; +miUncompPtr pvt; +{ +CARD32 Bstride = pvt->Bstride; +CARD8 mask = pvt->mask; +LogInt *dst = (LogInt *)idst; +int i; + + bzero(dst,count+7>>3); /* zero out the output, only set ones */ + src += pvt->srcoffset; + for (i = 0; i < count; i++, src += Bstride) + if ((*src & mask) != 0) + LOG_setbit(dst,i); +} + +/* Stream in nibbles to BytePixels */ +void SbtoB(src,dst,count,pvt) +BytePixel *src, *dst; +CARD32 count; +miUncompPtr pvt; +{ +CARD32 Bstride = pvt->Bstride; +CARD8 mask = pvt->mask; +CARD8 shift = pvt->shift; +int i; + + src += pvt->srcoffset; + for (i = 0; i < count; i++, src += Bstride) + *dst++ = (*src & mask) >> shift; +} + +/* Stream to BytePixel */ +void StoB(src,dst,count,pvt) +BytePixel *src, *dst; +CARD32 count; +miUncompPtr pvt; +{ +CARD32 Bstride = pvt->Bstride; +int i; + + src += pvt->srcoffset; + for (i = 0; i < count; i++, src += Bstride) + *dst++ = *src; +} + +/* Stream to PairPixel (unswapped) */ +void StoP(isrc,dst,count,pvt) +PairPixel *isrc, *dst; +CARD32 count; +miUncompPtr pvt; +{ +CARD32 Bstride = pvt->Bstride; +CARD8 *src = ((CARD8 *)isrc) + pvt->srcoffset; +int i; + for (i = 0; i < count; i++, src += Bstride) + *dst++ = *(PairPixel *)src; +} + +/* Stream to PairPixel (swapped) */ +void StosP(isrc,dst,count,pvt) +PairPixel *isrc, *dst; +CARD32 count; +miUncompPtr pvt; +{ +CARD32 Bstride = pvt->Bstride; +CARD8 *src = ((CARD8 *)isrc) + pvt->srcoffset; +int i; + for (i = 0; i < count; i++, src += Bstride) { + PairPixel sval = *(PairPixel *)src; + *dst++ = (sval >> 8) | (sval << 8); + } +} + +#endif /* XIE_FULL */ + + +/***********************************************************************/ +/***************** Unaligned data conversion routines ******************/ +/***********************************************************************/ + +/* Convert a single plane of unaligned bytes to bytes */ +/* Pixel Order = LSB, Fill Order = LSB */ +void LLUBtoB(src, dst, numcmp, leftpad, depth, stride) +CARD8 *src; /* source byte stream */ +BytePixel *dst; /* destination line */ +CARD32 numcmp; /* number of pixels on to be converted */ +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +CARD32 p, longbits; +CARD8 bits, wval = 16 - depth, wval2 = 8 - depth; + + if (leftpad > 7) { + src += leftpad >> 3; + longbits = leftpad & 7; + } else + longbits = leftpad; + + for (p = 0; p < numcmp; p++) { + bits = longbits; + if (bits + depth > 8) + *dst++ = *src >> bits | (CARD8)(*(src+1) << wval - bits) >> wval2; + else { + *dst++ = (CARD8)(*src << wval2 - bits) >> wval2; + } + + if ((longbits += stride) > 7) { + src += longbits >> 3; + longbits &= 7; + } + } +} + +/* Convert a single plane of unaligned bytes to bytes */ +/* Pixel Order = LSB, Fill Order = MSB */ +void LMUBtoB(src, dst, numcmp, leftpad, depth, stride) +CARD8 *src; /* source byte stream */ +BytePixel *dst; /* destination byte stream */ +CARD32 numcmp; /* number of pixels on to be converted */ +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +CARD32 p, longbits; +CARD8 bits, wval = 16 - depth, wval2 = 8 - depth; + + if (leftpad > 7) { + src += leftpad >> 3; + longbits = leftpad & 7; + } else + longbits = leftpad; + + for (p = 0; p < numcmp; p++) { + bits = longbits; + if (bits + depth > 8) + *dst++ = (CARD8)(*src << bits) >> bits | + (CARD8)(*(src + 1) >> wval - bits) << 8 - bits; + else + *dst++ = (CARD8)(*src << bits) >> wval2; + + if ((longbits += stride) > 7) { + src += longbits >> 3; + longbits &= 7; + } + } +} + +/* Convert a single plane of unaligned bytes to bytes */ +/* Pixel Order = MSB, Fill Order = LSB */ +void MLUBtoB(src, dst, numcmp, leftpad, depth, stride) +CARD8 *src; /* source byte stream */ +BytePixel *dst; /* destination byte stream */ +CARD32 numcmp; /* number of pixels on to be converted */ +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +CARD32 p, longbits; +CARD8 bits, wval = 16 - depth, wval2 = 8 - depth; + + if (leftpad > 7) { + src += leftpad >> 3; + longbits = leftpad & 7; + } else + longbits = leftpad; + + for (p = 0; p < numcmp; p++) { + bits = longbits; + if (bits + depth > 8) + *dst++ = (CARD8)(*src >> bits) << depth + bits - 8 | + (CARD8)(*(src + 1) << wval - bits) >> wval - bits; + else + *dst++ = (CARD8)(*src << wval2 - bits) >> wval2; + + if ((longbits += stride) > 7) { + src += longbits >> 3; + longbits &= 7; + } + } +} + +/* Convert a single plane of unaligned bytes to bytes */ +/* Pixel Order = MSB, Fill Order = MSB */ +void MMUBtoB(src, dst, numcmp, leftpad, depth, stride) +CARD8 *src; /* source byte stream */ +BytePixel *dst; /* destination byte stream */ +CARD32 numcmp; /* number of pixels on to be converted */ +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +CARD32 p, longbits; +CARD8 bits, wval = 16 - depth, wval2 = 8 - depth; + + if (leftpad > 7) { + src += leftpad >> 3; + longbits = leftpad & 7; + } else + longbits = leftpad; + + for (p = 0; p < numcmp; p++) { + bits = longbits; + if (bits + depth > 8) + *dst++ = (CARD8)(*src << bits) >> wval2 | + (CARD8)*(src + 1) >> wval - bits; + else + *dst++ = (CARD8)(*src << bits) >> wval2; + + if ((longbits += stride) > 7) { + src += longbits >> 3; + longbits &= 7; + } + } +} + +/* Convert a single plane of unaligned pair pixels to pair pixels */ +/* Pixel Order = LSB, Fill Order = LSB */ +void LLUPtoP(src, dst, numcmp, leftpad, depth, stride) +CARD8 *src; /* source byte stream */ +PairPixel *dst; /* destination line */ +CARD32 numcmp; /* number of pixels on to be converted */ +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +CARD32 p, longbits; +CARD16 bits, wval1 = 32 - depth, wval2 = 24 - depth, wval3 = 16 - depth; + + if (leftpad > 7) { + src += leftpad >> 3; + longbits = leftpad & 7; + } else + longbits = leftpad; + + for (p = 0; p < numcmp; p++) { + bits = longbits; + if (bits + depth > 16) + *dst++ = (CARD16)*src >> bits | + (CARD16)*(src + 1) << 8 - bits | + (CARD16)((CARD16)*(src + 2) << wval1 - bits) >> wval3; + else + *dst++ = (CARD16)*src >> bits | + (CARD16)((CARD16)*(src + 1) << wval2 - bits) >> wval3; + + longbits += stride; + src += longbits >> 3; + longbits &= 7; + } +} + +/* Convert a single plane of unaligned bytes to bytes */ +/* Pixel Order = LSB, Fill Order = MSB */ +void LMUPtoP(src, dst, numcmp, leftpad, depth, stride) +CARD8 *src; /* source byte stream */ +PairPixel *dst; /* destination byte stream */ +CARD32 numcmp; /* number of pixels on to be converted */ +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +CARD32 p, longbits; +CARD16 bits, wval2 = 24 - depth, wval3 = 16 - depth; + + if (leftpad > 7) { + src += leftpad >> 3; + longbits = leftpad & 7; + } else + longbits = leftpad; + + for (p = 0; p < numcmp; p++) { + bits = longbits; + if (bits + depth > 16) + *dst++ = (CARD16)((CARD16)*src << 8 + bits) >> 8 + bits | + (CARD16)*(src + 1) << 8 - bits | + (CARD16)((CARD16)*(src + 2) >> wval2 - bits) << 16 - bits; + else + *dst++ = (CARD16)((CARD16)*src << 8 + bits) >> 8 + bits | + (CARD16)((CARD16)*(src + 1) >> wval3 - bits) << 8 - bits; + + longbits += stride; + src += longbits >> 3; + longbits &= 7; + } +} + + +/* Convert a single plane of unaligned bytes to bytes */ +/* Pixel Order = MSB, Fill Order = LSB */ +void MLUPtoP(src, dst, numcmp, leftpad, depth, stride) +CARD8 *src; /* source byte stream */ +PairPixel *dst; /* destination byte stream */ +CARD32 numcmp; /* number of pixels on to be converted */ +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +CARD32 p, longbits; +CARD16 bits, wval1 = 32 - depth, wval2 = 24 - depth; + + if (leftpad > 7) { + src += leftpad >> 3; + longbits = leftpad & 7; + } else + longbits = leftpad; + + for (p = 0; p < numcmp; p++) { + bits = longbits; + if (bits + depth > 16) + *dst++ = (CARD16)((CARD16)*src >> bits) << depth + bits - 8 | + (CARD16)*(src + 1) << depth + bits - 16 | + (CARD16)((CARD16)*(src + 2) << wval1 - bits) >> + wval1 - bits; + else + *dst++ = (CARD16)((CARD16)*src >> bits) << depth + bits - 8 | + (CARD16)((CARD16)*(src + 1) << wval2 - bits) + >> wval2 - bits; + + longbits += stride; + src += longbits >> 3; + longbits &= 7; + } +} + +/* Convert a single plane of unaligned bytes to bytes */ +/* Pixel Order = MSB, Fill Order = MSB */ +void MMUPtoP(src, dst, numcmp, leftpad, depth, stride) +CARD8 *src; /* source byte stream */ +PairPixel *dst; /* destination byte stream */ +CARD32 numcmp; /* number of pixels on to be converted */ +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +CARD32 p, longbits; +CARD16 bits, wval2 = 24 - depth, wval3 = 16 - depth; + + if (leftpad > 7) { + src += leftpad >> 3; + longbits = leftpad & 7; + } else + longbits = leftpad; + + for (p = 0; p < numcmp; p++) { + bits = longbits; + if (bits + depth > 16) + *dst++ = (CARD16)((CARD16)*src << 8 + bits) >> wval2 - bits | + (CARD16)*(src + 1) << depth + bits - 16 | + (CARD16)*(src + 2) >> wval2 - bits; + else + *dst++ = (CARD16)((CARD16)*src << 8 + bits) >> wval3 | + (CARD16)*(src + 1) >> wval3 - bits; + + longbits += stride; + src += longbits >> 3; + longbits &= 7; + } +} + + +/* Convert a single plane of unaligned quad pixels to quad pixels */ +/* Pixel Order = LSB, Fill Order = LSB */ +void LLUQtoQ(src, dst, numcmp, leftpad, depth, stride) +CARD8 *src; /* source byte stream */ +QuadPixel *dst; /* destination line */ +CARD32 numcmp; /* number of pixels on to be converted */ +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +CARD32 p, bits, wval1 = 56 - depth, wval2 = 48 - depth, wval3 = 32 - depth; + + /* Note: Maximum depth is 24 bits */ + + if (leftpad > 7) { + src += leftpad >> 3; + bits = leftpad & 7; + } else + bits = leftpad; + + for (p = 0; p < numcmp; p++) { + if (bits + depth > 24) + *dst++ = (CARD32)*src >> bits | + (CARD32)*(src + 1) << 8 - bits | + (CARD32)*(src + 2) << 16 - bits | + ((CARD32)*(src + 3) << wval1 - bits) >> wval3; + else + *dst++ = (CARD32)*src >> bits | + (CARD32)*(src + 1) << 8 - bits | + ((CARD32)*(src + 2) << wval2 - bits) >> wval3; + + bits += stride; + src += bits >> 3; + bits &= 7; + } +} + +/* Convert a single plane of unaligned quad pixels to quad pixels */ +/* Pixel Order = LSB, Fill Order = MSB */ +void LMUQtoQ(src, dst, numcmp, leftpad, depth, stride) +CARD8 *src; /* source byte stream */ +QuadPixel *dst; /* destination line */ +CARD32 numcmp; /* number of pixels on to be converted */ +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +CARD32 p, bits, wval1 = 32 - depth, wval2 = 24 - depth; + + /* Note: Maximum depth is 24 bits */ + + if (leftpad > 7) { + src += leftpad >> 3; + bits = leftpad & 7; + } else + bits = leftpad; + + for (p = 0; p < numcmp; p++) { + if (bits + depth > 24) + *dst++ = ((CARD32)*src << 24 + bits) >> 24 + bits | + (CARD32)*(src + 1) << 8 - bits | + (CARD32)*(src + 2) << 16 - bits | + ((CARD32)*(src + 3) >> wval1 - bits) << 24 - bits; + else + *dst++ = ((CARD32)*src << 24 + bits) >> 24 + bits | + (CARD32)*(src + 1) << 8 - bits | + ((CARD32)*(src + 2) >> wval2 - bits) << 16 - bits; + + bits += stride; + src += bits >> 3; + bits &= 7; + } +} + +/* Convert a single plane of unaligned quad pixels to quad pixels */ +/* Pixel Order = MSB, Fill Order = LSB */ +void MLUQtoQ(src, dst, numcmp, leftpad, depth, stride) +CARD8 *src; /* source byte stream */ +QuadPixel *dst; /* destination line */ +CARD32 numcmp; /* number of pixels on to be converted */ +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +CARD32 p, bits, wval1 = 56 - depth, wval2 = 48 - depth; + + /* Note: Maximum depth is 24 bits */ + + if (leftpad > 7) { + src += leftpad >> 3; + bits = leftpad & 7; + } else + bits = leftpad; + + for (p = 0; p < numcmp; p++) { + if (bits + depth > 24) + *dst++ = ((CARD32)*src >> bits) << depth + bits - 8 | + (CARD32)*(src + 1) << depth + bits - 16 | + (CARD32)*(src + 2) << depth + bits - 24 | + ((CARD32)*(src + 3) << wval1 - bits) >> wval1 - bits; + else + *dst++ = ((CARD32)*src >> bits) << depth + bits - 8 | + (CARD32)*(src + 1) << depth + bits - 16 | + ((CARD32)*(src + 2) << wval2 - bits) >> wval2 - bits; + + bits += stride; + src += bits >> 3; + bits &= 7; + } +} + +/* Convert a single plane of unaligned quad pixels to quad pixels */ +/* Pixel Order = MSB, Fill Order = MSB */ +void MMUQtoQ(src, dst, numcmp, leftpad, depth, stride) +CARD8 *src; /* source byte stream */ +QuadPixel *dst; /* destination line */ +CARD32 numcmp; /* number of pixels on to be converted */ +CARD32 leftpad; /* bit offset to start of first pixel */ +CARD32 depth; /* number of bits per pixel */ +CARD32 stride; /* number of bits needed for this band */ +{ +CARD32 p, bits, wval1 = 56 - depth, wval2 = 32 - depth; + + /* Note: Maximum depth is 24 bits */ + + if (leftpad > 7) { + src += leftpad >> 3; + bits = leftpad & 7; + } else + bits = leftpad; + + for (p = 0; p < numcmp; p++) { + if (bits + depth > 24) + *dst++ = ((CARD32)*src << 24 + bits) >> wval2 | + (CARD32)*(src + 1) << depth + bits - 16 | + (CARD32)*(src + 2) << depth + bits - 24 | + (CARD32)*(src + 3) >> wval2 - bits; + else + *dst++ = ((CARD32)*src << 24 + bits) >> wval2 | + (CARD32)*(src + 1) << depth + bits - 16 | + (CARD32)*(src + 2) >> wval1 - bits; + + bits += stride; + src += bits >> 3; + bits &= 7; + } +} + +#if XIE_FULL +/* Triple band by pixel single unaligned pixel extraction routines */ + +#define getLLByte(src,bits,depth) \ + (BytePixel)((bits + depth > 8) ? \ + (*src >> bits | (CARD8)(*(src + 1) \ + << 16 - depth - bits) >> 8 - depth) : \ + ((CARD8)(*src << 8 - depth - bits) >> 8 - depth)) + +#define getLMByte(src,bits,depth) \ + (BytePixel)((bits + depth > 8) ? \ + ((CARD8)(*src << bits) >> bits | \ + (CARD8)(*(src + 1) >> 16 - depth - bits) << 8 - bits) : \ + ((CARD8)(*src << bits) >> 8 - depth)) + +#define getMLByte(src,bits,depth) \ + (BytePixel)((bits + depth > 8) ? \ + ((CARD8)(*src >> bits) << depth + bits - 8 | \ + (CARD8)(*(src + 1) << 16 - depth - bits) \ + >> 16 - depth - bits) : \ + ((CARD8)(*src << 8 - depth - bits) >> 8 - depth)) + +#define getMMByte(src,bits,depth) \ + (BytePixel)((bits + depth > 8) ? \ + ((CARD8)(*src << bits) >> 8 - depth | \ + (CARD8)*(src + 1) >> 16 - depth - bits) : \ + ((CARD8)(*src << bits) >> 8 - depth)) + +#define getLLPair(src,bits,depth) \ + (PairPixel)((bits + depth > 16) ? \ + ((CARD16)*src >> bits | \ + (CARD16)*(src + 1) << 8 - bits | \ + (CARD16)((CARD16)*(src + 2) << 32 - depth - bits) \ + >> 16 - depth) : \ + ((CARD16)*src >> bits | \ + (CARD16)((CARD16)*(src + 1) \ + << 24 - depth - bits) >> 16 - depth)) + +#define getLMPair(src,bits,depth) \ + (PairPixel)((bits + depth > 16) ? \ + ((CARD16)((CARD16)*src << 8 + bits) >> 8 + bits | \ + (CARD16)*(src + 1) << 8 - bits | \ + (CARD16)((CARD16)*(src + 2) >> 24 - depth - bits) \ + << 16 - bits) : \ + ((CARD16)((CARD16)*src << 8 + bits) >> 8 + bits | \ + (CARD16)((CARD16)*(src + 1) >> 16 - depth - bits) \ + << 8 - bits)) + +#define getMLPair(src,bits,depth) \ + (PairPixel)((bits + depth > 16) ? \ + ((CARD16)((CARD16)*src >> bits) << depth + bits - 8 | \ + (CARD16)*(src + 1) << depth + bits - 16 | \ + (CARD16)((CARD16)*(src + 2) << \ + 32 - depth - bits) >> 32 - depth - bits) : \ + ((CARD16)((CARD16)*src >> bits) << depth + bits - 8 | \ + (CARD16)((CARD16)*(src + 1) << 24 - depth - bits) \ + >> 24 - depth - bits)) + +#define getMMPair(src,bits,depth) \ + (PairPixel)((bits + depth > 16) ? \ + ((CARD16)((CARD16)*src << 8 + bits) >> 16 - depth | \ + (CARD16)*(src + 1) << depth + bits - 16 | \ + (CARD16)*(src + 2) >> 24 - depth - bits) : \ + ((CARD16)((CARD16)*src << 8 + bits) >> 16 - depth | \ + (CARD16)*(src + 1) >> 16 - depth - bits)) + + +/* Convert a triple band by pixel line to three lines of BytePixels */ +#define ExtractThree(fname,dtype0,dtype1,dtype2,extract0,extract1,extract2) \ +void fname(src0, dst0, dst1, dst2, numcmp, leftpad, depth0, depth1, \ + depth2, stride) \ +CARD8 *src0; /* source byte stream */ \ +dtype0 *dst0; /* destination line */ \ +dtype1 *dst1; /* destination line */ \ +dtype2 *dst2; /* destination line */ \ +CARD32 numcmp; /* number of triple pixels on to be converted*/ \ +CARD32 leftpad; /* bit offset to start of first pixel */ \ +CARD32 depth0; /* number of bits per pixel */ \ +CARD32 depth1; /* number of bits per pixel */ \ +CARD32 depth2; /* number of bits per pixel */ \ +CARD32 stride; /* number of bits between triples */ \ +{ \ +CARD32 p, bits; \ + if (leftpad > 7) { \ + src0 += leftpad >> 3; \ + bits = leftpad & 7; \ + } else \ + bits = leftpad; \ + for (p = 0; p < numcmp; p++) { \ + CARD32 offset1 = bits + depth0 & 7; \ + CARD32 offset2 = bits + depth0 + depth1 & 7; \ + CARD8 *src1 = src0 + (bits + depth0 >> 3); \ + CARD8 *src2 = src0 + (bits + depth0 + depth1 >> 3); \ + *dst0++ = extract0(src0, bits, depth0); \ + *dst1++ = extract1(src1, offset1, depth1); \ + *dst2++ = extract2(src2, offset2, depth2); \ + if ((bits += stride) > 7) { \ + src0 += bits >> 3; \ + bits &= 7; \ + } \ + } \ +} + +ExtractThree(LLTBtoBBB,BytePixel,BytePixel,BytePixel,getLLByte,getLLByte,getLLByte) +ExtractThree(LLTBtoBBP,BytePixel,BytePixel,PairPixel,getLLByte,getLLByte,getLLPair) +ExtractThree(LLTBtoBPB,BytePixel,PairPixel,BytePixel,getLLByte,getLLPair,getLLByte) +ExtractThree(LLTBtoBPP,BytePixel,PairPixel,PairPixel,getLLByte,getLLPair,getLLPair) + +ExtractThree(LLTBtoPBB,PairPixel,BytePixel,BytePixel,getLLPair,getLLByte,getLLByte) +ExtractThree(LLTBtoPBP,PairPixel,BytePixel,PairPixel,getLLPair,getLLByte,getLLPair) +ExtractThree(LLTBtoPPB,PairPixel,PairPixel,BytePixel,getLLPair,getLLPair,getLLByte) +ExtractThree(LLTBtoPPP,PairPixel,PairPixel,PairPixel,getLLPair,getLLPair,getLLPair) + +ExtractThree(LMTBtoBBB,BytePixel,BytePixel,BytePixel,getLMByte,getLMByte,getLMByte) +ExtractThree(LMTBtoBBP,BytePixel,BytePixel,PairPixel,getLMByte,getLMByte,getLMPair) +ExtractThree(LMTBtoBPB,BytePixel,PairPixel,BytePixel,getLMByte,getLMPair,getLMByte) +ExtractThree(LMTBtoBPP,BytePixel,PairPixel,PairPixel,getLMByte,getLMPair,getLMPair) + +ExtractThree(LMTBtoPBB,PairPixel,BytePixel,BytePixel,getLMPair,getLMByte,getLMByte) +ExtractThree(LMTBtoPBP,PairPixel,BytePixel,PairPixel,getLMPair,getLMByte,getLMPair) +ExtractThree(LMTBtoPPB,PairPixel,PairPixel,BytePixel,getLMPair,getLMPair,getLMByte) +ExtractThree(LMTBtoPPP,PairPixel,PairPixel,PairPixel,getLMPair,getLMPair,getLMPair) + +ExtractThree(MLTBtoBBB,BytePixel,BytePixel,BytePixel,getMLByte,getMLByte,getMLByte) +ExtractThree(MLTBtoBBP,BytePixel,BytePixel,PairPixel,getMLByte,getMLByte,getMLPair) +ExtractThree(MLTBtoBPB,BytePixel,PairPixel,BytePixel,getMLByte,getMLPair,getMLByte) +ExtractThree(MLTBtoBPP,BytePixel,PairPixel,PairPixel,getMLByte,getMLPair,getMLPair) + +ExtractThree(MLTBtoPBB,PairPixel,BytePixel,BytePixel,getMLPair,getMLByte,getMLByte) +ExtractThree(MLTBtoPBP,PairPixel,BytePixel,PairPixel,getMLPair,getMLByte,getMLPair) +ExtractThree(MLTBtoPPB,PairPixel,PairPixel,BytePixel,getMLPair,getMLPair,getMLByte) +ExtractThree(MLTBtoPPP,PairPixel,PairPixel,PairPixel,getMLPair,getMLPair,getMLPair) + +ExtractThree(MMTBtoBBB,BytePixel,BytePixel,BytePixel,getMMByte,getMMByte,getMMByte) +ExtractThree(MMTBtoBBP,BytePixel,BytePixel,PairPixel,getMMByte,getMMByte,getMMPair) +ExtractThree(MMTBtoBPB,BytePixel,PairPixel,BytePixel,getMMByte,getMMPair,getMMByte) +ExtractThree(MMTBtoBPP,BytePixel,PairPixel,PairPixel,getMMByte,getMMPair,getMMPair) + +ExtractThree(MMTBtoPBB,PairPixel,BytePixel,BytePixel,getMMPair,getMMByte,getMMByte) +ExtractThree(MMTBtoPBP,PairPixel,BytePixel,PairPixel,getMMPair,getMMByte,getMMPair) +ExtractThree(MMTBtoPPB,PairPixel,PairPixel,BytePixel,getMMPair,getMMPair,getMMByte) +ExtractThree(MMTBtoPPP,PairPixel,PairPixel,PairPixel,getMMPair,getMMPair,getMMPair) + +void (*ExtractTripleFuncs[2][2][2][2][2])() = +{ { { { { LLTBtoBBB, LLTBtoBBP }, { LLTBtoBPB, LLTBtoBPP } }, + { { LLTBtoPBB, LLTBtoPBP }, { LLTBtoPPB, LLTBtoPPP } } }, + { { { LMTBtoBBB, LMTBtoBBP }, { LMTBtoBPB, LMTBtoBPP } }, + { { LMTBtoPBB, LMTBtoPBP }, { LMTBtoPPB, LMTBtoPPP } } } }, + { { { { MLTBtoBBB, MLTBtoBBP }, { MLTBtoBPB, MLTBtoBPP } }, + { { MLTBtoPBB, MLTBtoPBP }, { MLTBtoPPB, MLTBtoPPP } } }, + { { { MMTBtoBBB, MMTBtoBBP }, { MMTBtoBPB, MMTBtoBPP } }, + { { MMTBtoPBB, MMTBtoPBP }, { MMTBtoPPB, MMTBtoPPP } } } } }; +#endif /* XIE_FULL */ + +/* end module miuncomp.c */ + + diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/domain.h b/xie/xc/programs/Xserver/XIE/mixie/include/domain.h new file mode 100644 index 0000000..ad6f8b7 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/domain.h @@ -0,0 +1,116 @@ +/* $XConsortium: domain.h,v 1.4 94/04/17 20:34:58 rws Exp $ */ +/**** module domain.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + domain.h -- DDXIE MI Process Domain definitions + + Dean Verheiden -- AGE Logic, Inc. August 1993 + +*****************************************************************************/ + + +#ifndef _XIEH_DOMAIN +#define _XIEH_DOMAIN + +#if !defined(_XIEC_DOMAIN) + +#define SyncDomain (*pet->roiinit) +#define GetRun (*pet->roiget) + +extern Bool InitProcDomain(); +extern void ResetProcDomain(); + +#endif /* ! defined _XIEC_DOMAIN */ + +/* + * Rectangles of Interest structure definitions + */ + +#define RUNPTR(idx) (&((runPtr)&lp[1])[idx]) +#define LEND(rband) ((linePtr)&rband->strip->data[rband->strip->length]) + +typedef struct _runRec { + CARD32 dstart; /* delta to start of run */ + CARD32 length; /* length of run */ +} runRec, *runPtr; + +typedef struct _linerec { + INT32 y; /* starting y coodinate of this y-x band */ + CARD32 nline; /* height of y-x band */ + CARD32 nrun; /* number of runRecs for this y-x band */ +/* runRec run[nrun]; */ +} lineRec, *linePtr; + +typedef struct _ROIrec { + INT32 x, y; /* min x and y coordinates of bounding box */ + CARD32 width; /* width of bounding box */ + CARD32 height; /* height of bounding box */ + CARD32 nrects; /* number of rectangles in this ROI */ + linePtr lend; /* first address past end of ROI table */ +} ROIRec, *ROIPtr; + +#endif /* module _XIEH_DOMAIN */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/fax.h b/xie/xc/programs/Xserver/XIE/mixie/include/fax.h new file mode 100644 index 0000000..715ca26 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/fax.h @@ -0,0 +1,220 @@ +/* $XConsortium: fax.h,v 1.5 94/04/17 20:34:59 rws Exp $ */ +/**** module fax.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + fax.h -- DDXIE common include file for new spiffy fax modules + + Ben Fahy -- AGE Logic, Inc. May 1993 + +******************************************************************************/ + +#include + +/*** entry points */ +extern int decode_g4(); +extern int decode_g32d(); +extern int decode_g31d(); +extern int decode_tiff2(); +extern int decode_tiffpb(); + +/* must match what is in pretab.h */ +#define FAX_MODE_Unknown 0 +#define FAX_MODE_Pass 1 +#define FAX_MODE_Horizontal 2 +#define FAX_MODE_Vertical_L3 3 +#define FAX_MODE_Vertical_L2 4 +#define FAX_MODE_Vertical_L1 5 +#define FAX_MODE_Vertical_C0 6 +#define FAX_MODE_Vertical_R1 7 +#define FAX_MODE_Vertical_R2 8 +#define FAX_MODE_Vertical_R3 9 + +/* extension stuff is optional, so not part of SI ***/ +#define FAX_MODE_Extension_1D FAX_MODE_Unknown +#define FAX_MODE_Extension_2D FAX_MODE_Unknown + +#define FAX_GOAL_StartNewLine 12 +#define FAX_GOAL_DetermineMode 13 +#define FAX_GOAL_HandleVertL3 FAX_MODE_Vertical_L3 +#define FAX_GOAL_HandleVertL2 FAX_MODE_Vertical_L2 +#define FAX_GOAL_HandleVertL1 FAX_MODE_Vertical_L1 +#define FAX_GOAL_HandleVert0 FAX_MODE_Vertical_C0 +#define FAX_GOAL_HandleVertR1 FAX_MODE_Vertical_R1 +#define FAX_GOAL_HandleVertR2 FAX_MODE_Vertical_R2 +#define FAX_GOAL_HandleVertR3 FAX_MODE_Vertical_R3 +#define FAX_GOAL_HandlePass FAX_MODE_Pass +#define FAX_GOAL_HandleHoriz FAX_MODE_Horizontal +#define FAX_GOAL_AccumulateA0A1 14 +#define FAX_GOAL_RecordA0A1 15 +#define FAX_GOAL_AccumulateA1A2 16 +#define FAX_GOAL_RecordA1A2 17 +#define FAX_GOAL_FinishHoriz 18 +#define FAX_GOAL_SeekEOLandTag 19 +#define FAX_GOAL_SeekTagBit 20 +#define FAX_GOAL_AdjustTag 21 +#define FAX_GOAL_RecoverZero 22 +#define FAX_GOAL_AdjustedButStillRecovering 23 +#define FAX_GOAL_FoundOneEOL 24 +#define FAX_GOAL_SkipPastAnyToEOL 25 +#define FAX_GOAL_SeekFillAndEOL 26 +#define FAX_GOAL_FallOnSword 27 + +#define FAX_DECODE_DONE_NOT 0 +#define FAX_DECODE_DONE_OK 1 +#define FAX_DECODE_DONE_ErrorSkipPast 2 +#define FAX_DECODE_DONE_ErrorBadFill 3 +#define FAX_DECODE_DONE_ErrorBadGoal 4 +#define FAX_DECODE_DONE_ErrorBadMagic 5 +#define FAX_DECODE_DONE_ErrorBadStripper 6 +#define FAX_DECODE_DONE_ErrorPastWidth 7 +#define FAX_DECODE_DONE_ErrorBadCode 8 +#define FAX_DECODE_DONE_ErrorBadPtr 9 +#define FAX_DECODE_DONE_ErrorBadZero 10 +#define FAX_DECODE_DONE_ErrorBada0a1 11 +#define FAX_DECODE_DONE_ErrorBada1a2 12 +#define FAX_DECODE_DONE_ErrorBadEOL 13 +#define FAX_DECODE_DONE_ErrorBadA0pos 14 +#define FAX_DECODE_DONE_ErrorPassAboveAllWhite 15 +#define FAX_DECODE_DONE_ErrorMissingEOL 16 + + +#define PB_GOAL_StartNewLine 0 +#define PB_GOAL_GetRunLength 1 +#define PB_GOAL_GetLiteralBytes 2 +#define PB_GOAL_GetRepeatByte 3 +#define PB_GOAL_RepeatBytes 4 + +typedef struct _bit_stream { + int started; /* 0 if requires initialization */ + unsigned char *byteptr; /* address of current byte in strip */ + unsigned char *endptr; /* 1 past last byte in strip */ + int bitpos; /* address of bit in byte (left->r) */ +} BitStream; + +#define StripStateNone 0 /* no strip available yet */ +#define StripStateNew 1 /* offered to decoder for first time */ +#define StripStateInUse 2 /* decoder is using the strip */ +#define StripStateDone 3 /* decoder is done with the strip */ +#define StripStateNoMore 4 /* that's all, folks. */ + +typedef struct _fax_state { + int final; /* if final = 1, all input data is available */ + int decoder_done;/* if done = 1, all data sent has been decoded */ + int write_data; /* distinguish between decode only */ + unsigned char *strip; /* latest available strip */ + int strip_size; /* size of that strips */ + int strip_state; /* whether strip is new, being used, or done */ + int use_magic; /* 1 means we are using magic strip */ + int magic_needs; /* 1 means magic strip only have filled */ + unsigned char magicStrip[8]; + /* "pretend" strip for handling strip edges */ + int o_line; /* absolute output line position */ + int nl_sought; /* how many lines we want, this decode round */ + char **o_lines; /* pointers to beginning of output lines */ + BitStream bits; /* definition of bitstream, current strip */ + int goal; /* our current goal */ + int a0_pos; /* starting changing position on coding line */ + int a1_pos; /* next changing position to right of a0_pos */ + int a0a1; /* distance from a0 to a1 */ + int b1_pos; /* first change above and right of a0, ~color */ + int b2_pos; /* next change above and right of a0, ao_color */ + int a0_color; /* color of a0, either WHITE or BLACK */ + int n_old_trans; /* number of transitions, line above us */ + int *old_trans; /* list of transitions on line above us */ + int n_new_trans; /* number of transitions, current line (so far)*/ + int *new_trans; /* list of transitions on current line */ + int last_b1_idx; /* index of last saved transition we looked at */ + int length_acc; /* accumulates run-lengths for a0a1 or a1a2 */ + int width; /* width of image. So we know end of line */ + int g32d_horiz; /* only relevant for g32d encoding */ + int rl; /* needed if I get EOL in get_a0a1 or get_a1a2 */ + int radiometric; /* if 1, then expand white as 1, else 0 */ +} FaxState; + +/* these definitions should agree with what is in pretab.h */ +#define BAD_RUN_LENGTH (-1) +#define EOL_RUN_LENGTH (-2) +#define WHITE ( 0) +#define BLACK (~WHITE) +#define MIN_BYTES_NEEDED 7 + /* sorry, we can't handle strips of less than 7 bytes. :-( */ + /* it wreaks havoc with our magic strips if we try to go lower */ + +#define WriteLineData(olp,w) \ + zero_even(olp,new_trans,n_new_trans,w,state->radiometric); + +#define FlushLineData() \ + { \ + WriteLineData((char *)state->o_lines[lines_found],width); \ + ++lines_found; \ + } +/* + note: I'm declaring this with no functions, so the caller won't + be tempted to call with lines_found++, which wouldn't work +*/ + +/**** module fax.h ****/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/floman.h b/xie/xc/programs/Xserver/XIE/mixie/include/floman.h new file mode 100644 index 0000000..3b299a4 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/floman.h @@ -0,0 +1,85 @@ +/* $XConsortium: floman.h,v 1.4 94/04/17 20:34:59 rws Exp $ */ +/**** module floman.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + floman.h -- DDXIE photoflo manager definitions + + Robert NC Shelley -- AGE Logic, Inc. May 1993 + +******************************************************************************/ + +#ifndef _XIEH_FLOMAN +#define _XIEH_FLOMAN + +#define Create(flo,ped) (*ped->ddVec.create)(flo,ped) +#define Initialize(flo,ped) (*ped->ddVec.initialize)(flo,ped) +#define Activate(flo,ped,pet) (*ped->ddVec.activate)(flo,ped,pet) +#define Flush(flo,ped) (*ped->ddVec.flush)(flo,ped) +#define Reset(flo,ped) (ped->peTex ? (*ped->ddVec.reset)(flo,ped) : 0) +#define Destroy(flo,ped) (ped->peTex ? (*ped->ddVec.destroy)(flo,ped) : 0) + +#endif /* end _XIEH_FLOMAN */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/jpeg.h b/xie/xc/programs/Xserver/XIE/mixie/include/jpeg.h new file mode 100644 index 0000000..69d63f6 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/jpeg.h @@ -0,0 +1,92 @@ +/* $XConsortium: jpeg.h,v 1.3 94/04/17 20:35:00 rws Exp $ */ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + jpeg.h -- DDXIE common include file for jpeg interface code + + Ben Fahy -- AGE Logic, Inc. Oct 1993 + +******************************************************************************/ + + +#ifndef XIE +#define XIE +#endif +#include + +JSAMPIMAGE alloc_sampimage(); + +#define JPEG_BUFFER_BufferError (-1) +#define JPEG_BUFFER_BufferFilled 0 +#define JPEG_BUFFER_NeedAnotherStrip 1 +#define JPEG_BUFFER_LastBuffer 2 + +#define JPEG_FLUSH_Error (-1) +#define JPEG_FLUSH_FlushedAll 1 +#define JPEG_FLUSH_FlushedPart 2 + +#include "jpegd.h" +#include "jpege.h" diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/jpegd.h b/xie/xc/programs/Xserver/XIE/mixie/include/jpegd.h new file mode 100644 index 0000000..42d237d --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/jpegd.h @@ -0,0 +1,156 @@ +/* $XConsortium: jpegd.h,v 1.3 94/04/17 20:35:00 rws Exp $ */ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + jpegd.h - common include file for jpeg decoders + + Ben Fahy -- AGE Logic, Inc. Oct 1993 + +******************************************************************************/ + +#define JPEG_DECODE_GOAL_Startup 0 +#define JPEG_DECODE_GOAL_Done 1 +#define JPEG_DECODE_GOAL_ReadDataForInit 2 +#define JPEG_DECODE_GOAL_TryToInit 3 +#define JPEG_DECODE_GOAL_InitDone 4 +#define JPEG_DECODE_GOAL_ProcessData 5 +#define JPEG_DECODE_GOAL_ReadDataForProcess 6 +#define JPEG_DECODE_GOAL_WriteDataForProcess 7 +#define JPEG_DECODE_GOAL_EndOfInput 8 +#define JPEG_DECODE_GOAL_FlushData 9 + +#define JPEG_DECODE_ERROR_BadGoal 1 +#define JPEG_DECODE_ERROR_DecoderIsFreakingOut 2 +#define JPEG_DECODE_ERROR_CouldNotStart 3 +#define JPEG_DECODE_ERROR_CouldNotInit 4 +#define JPEG_DECODE_ERROR_BadInitRetCode 5 +#define JPEG_DECODE_ERROR_BadOutputAlloc 6 +#define JPEG_DECODE_ERROR_DecodeError 7 +#define JPEG_DECODE_ERROR_NoMoreProcessData 8 +#define JPEG_DECODE_ERROR_ColorMismatch 9 +#define JPEG_DECODE_ERROR_WidthMismatch 10 +#define JPEG_DECODE_ERROR_HeightMismatch 11 + +typedef struct _jpeg_decode_state { + int goal; /* what to do next */ + int error_code; /* ooops */ + + int up_sample; /* allow up-sampling or leave as is? */ + int color; /* color image or grayscale? */ + int width,height; /* available elsewhere, but I'm lazy */ + + int o_line; /* absolute output line position */ + int nl_flushed; /* how many lines we have flusehd */ + int nl_found; /* how many lines we have, this round */ + unsigned char **o_lines[3]; + /* pointers to output lines, 3 bands */ + + decompress_info_ptr cinfo; + /* decoder's private state */ + decompress_methods_ptr dc_methods; + external_methods_ptr e_methods; + /* decoder's private methods */ + + unsigned char *jpeg_input_buffer; + unsigned char *jpeg_output_buffer; + /* names self-explanatory? */ + + int strip_size; /* size of currently available strip */ + unsigned char *strip; /* start of currently available strip */ + unsigned char *sptr; /* position within the strip */ + int needs_input_strip; /* need a new strip */ + int i_strip; /* input strip #. nice for debugging */ + int o_strip; /* output strip #. nice for debugging */ + int final; /* this is the last strip */ + int no_more_strips; /* flag saying you can't have any more */ + +} JpegDecodeState; + +extern int decode_jpeg_lossless_color( +#ifdef NEED_PROTOTYPES + JPegDecodeState * /* state */ +#endif +); + +extern int decode_jpeg_lossy_color( +#ifdef NEED_PROTOTYPES + JPegDecodetSate * /* state */ +#endif +); + +extern int decode_jpeg_lossless_gray( +#ifdef NEED_PROTOTYPES + JPegDecodeState * /* state */ +#endif +); + +extern int decode_jpeg_lossy_gray( +#ifdef NEED_PROTOTYPES + JPegDecodeState * /* state */ +#endif +); + + diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/jpege.h b/xie/xc/programs/Xserver/XIE/mixie/include/jpege.h new file mode 100644 index 0000000..232ab1b --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/jpege.h @@ -0,0 +1,174 @@ +/* $XConsortium: jpege.h,v 1.3 94/04/17 20:35:01 rws Exp $ */ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + jpege.h - common include file for jpeg encoder + + Ben Fahy -- AGE Logic, Inc. Oct 1993 + +******************************************************************************/ + + +#define JPEG_ENCODE_GOAL_Startup 0 +#define JPEG_ENCODE_GOAL_Done 1 +#define JPEG_ENCODE_GOAL_TryToBeginFrame 2 +#define JPEG_ENCODE_GOAL_WriteHdrData 3 +#define JPEG_ENCODE_GOAL_BeginFrameDone 4 +#define JPEG_ENCODE_GOAL_ProcessData 5 +#define JPEG_ENCODE_GOAL_ReadDataForProcess 6 +#define JPEG_ENCODE_GOAL_WriteDataForProcess 7 +#define JPEG_ENCODE_GOAL_EndOfInput 8 +#define JPEG_ENCODE_GOAL_FlushData 9 +#define JPEG_ENCODE_GOAL_EncodeRGB 10 +#define JPEG_ENCODE_GOAL_EncodeGray 11 +#define JPEG_ENCODE_GOAL_CheckStatus 12 +#define JPEG_ENCODE_GOAL_EndFrame 13 + +#define JPEG_ENCODE_ERROR_BadGoal 1 +#define JPEG_ENCODE_ERROR_EncoderIsFreakingOut 2 +#define JPEG_ENCODE_ERROR_CouldNotStart 3 +#define JPEG_ENCODE_ERROR_CouldNotBeginFrame 4 +#define JPEG_ENCODE_ERROR_BadBeginFrameRetCode 5 +#define JPEG_ENCODE_ERROR_BadOutputAlloc 6 +#define JPEG_ENCODE_ERROR_EncodeError 7 +#define JPEG_ENCODE_ERROR_NoMoreProcessData 8 +#define JPEG_ENCODE_ERROR_ColorMismatch 9 +#define JPEG_ENCODE_ERROR_EndFrameError 10 +#define JPEG_ENCODE_ERROR_EndFrameFreakOut 11 + +typedef struct _jpeg_encode_state { + int goal; /* what to do next */ + int error_code; /* ooops */ + + int n_bands; /* color image or grayscale? */ + int width,height; /* available elsewhere, but I'm lazy */ + + int flush_output; /* how many bytes left to flush */ + int nl_coded; /* how many lines we have, this round */ + int nl_tocode; /* how many lines we want, this round */ + int i_line; /* absolute input line position */ + unsigned char **i_lines[3]; + /* pointers to input lines, 3 bands */ + + compress_info_ptr cinfo; + /* decoder's private state */ + compress_methods_ptr c_methods; + external_methods_ptr e_methods; + /* decoder's private methods */ + + unsigned char *jpeg_input_buffer; + unsigned char *jpeg_output_buffer; + /* names self-explanatory? */ + unsigned char *jpeg_output_bpos; + /* output buffer position during flush */ + + int strip_size; /* size of currently available strip */ + unsigned char *strip; /* start of currently available strip */ + unsigned char *sptr; /* position within the strip */ + int needs_input_strip; /* need a new strip */ + int i_strip; /* input strip #. nice for debugging */ + int o_strip; /* output strip #. nice for debugging */ + int final; /* this is the last strip */ + int no_more_strips; /* flag saying you can't have any more */ + + int strip_req_newbytes;/* number of destination bytes we want */ + + short h_sample[3]; /* horizontal sample factors */ + short v_sample[3]; /* vertical sample factors */ + + int lenQtable; + int lenACtable; + int lenDCtable; + + unsigned char *Qtable; + unsigned char *ACtable; + unsigned char *DCtable; + +} JpegEncodeState; + +extern int encode_jpeg_lossless_color( +#ifdef NEED_PROTOTYPES + JPegEncodeState * /* state */ +#endif +); + +extern int encode_jpeg_lossy_color( +#ifdef NEED_PROTOTYPES + JPegEncodeState * /* state */ +#endif +); + +extern int encode_jpeg_lossless_gray( +#ifdef NEED_PROTOTYPES + JPegEncodeState * /* state */ +#endif +); + +extern int encode_jpeg_lossy_gray( +#ifdef NEED_PROTOTYPES + JPegEncodeState * /* state */ +#endif +); diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/meuncomp.h b/xie/xc/programs/Xserver/XIE/mixie/include/meuncomp.h new file mode 100644 index 0000000..9742f7c --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/meuncomp.h @@ -0,0 +1,126 @@ +/* $XConsortium: meuncomp.h,v 1.4 94/04/17 20:35:01 rws Exp $ */ +/**** module miuncomp.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + meuncomp.c -- DDXIE includes for exporting uncompressed data + + Dean Verheiden -- AGE Logic, Inc. October 1993 + +*****************************************************************************/ + +typedef struct _meuncompdef { + void (*action)(); + CARD32 Bstride; + CARD8 dstoffset; /* Number of bytes offset to this pixel's band */ + CARD8 mask; /* For obtaining subbyte pixels */ + CARD8 shift; /* Necessary shift after obtaining pixel */ + CARD8 bandMap; + CARD8 clear_dst; /* Scanline pad (in bits) */ + CARD8 bitOff; /* more that we can chew? */ + CARD8 leftOver; + CARD8 depth; + CARD16 stride; + CARD8 unaligned; + CARD8 pad; + CARD32 width; + CARD32 pitch; + pointer buf; +} meUncompRec, *meUncompPtr; + +#ifdef _XIEC_MEUNCOMP + +/* Action routines for encoding pixel planes */ +void btoS(), sbtoS(), btoIS(), sbtoIS(); +void BtoS(), PtoS(), sPtoS(), QtoS(), sQtoS(), QtoIS(), sQtoIS(); + +/* Action routines used by Triple band by pixel encoding */ +void BtoIS(), PtoIS(), sPtoIS(), BtoISb(), btoISb(); + +/* Unaligned data packing routines */ +void BtoLLUB(), BtoLMUB(), BtoMLUB(), BtoMMUB(); +void PtoLLUP(), PtoLMUP(), PtoMLUP(), PtoMMUP(); +void QtoLLUQ(), QtoLMUQ(), QtoMLUQ(), QtoMMUQ(); + + +#else /* ifdef _XIEC_MEUNCOMP */ + +/* Action routines for encoding pixel planes */ +extern void btoS(), sbtoS(), btoIS(), sbtoIS(); +extern void BtoS(), PtoS(), sPtoS(), QtoS(), sQtoS(), QtoIS(), sQtoIS(); + +/* Action routines used by Triple band by pixel encoding */ +extern void BtoIS(), PtoIS(), sPtoIS(), BtoISb(), btoISb(); +extern void BtoLLUB(), BtoLMUB(), BtoMLUB(), BtoMMUB(); +extern void PtoLLUP(), PtoLMUP(), PtoMLUP(), PtoMMUP(); +extern void QtoLLUQ(), QtoLMUQ(), QtoMLUQ(), QtoMMUQ(); + +#if XIE_FULL +/* Array of pointers to actions routines for unaligned triple band by pixel */ +extern void (*EncodeTripleFuncs[2][2][2][2][2])(); +#endif + +#endif /* ifdef _XIEC_MEUNCOMP */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/microi.h b/xie/xc/programs/Xserver/XIE/mixie/include/microi.h new file mode 100644 index 0000000..2819bee --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/microi.h @@ -0,0 +1,120 @@ +/* $XConsortium: microi.h,v 1.4 94/04/17 20:35:02 rws Exp $ */ +/**** module microi.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + microi.h -- DDXIE MI ImportClientROI definitions + + Dean Verheiden -- AGE Logic, Inc. August 1993 + +*****************************************************************************/ + +#ifndef _XIEH_MICROI +#define _XIEH_MICROI + + +typedef struct _XieDDXPoint { + INT32 x, y; +} XieDDXPointRec, *XieDDXPointPtr; + +typedef struct _XieBox { + INT32 x1, y1, x2, y2; +} XieBoxRec, *XieBoxPtr; + +typedef struct _XieRegData { + long size; + long numRects; +/* BoxRec rects[size]; in memory but not explicitly declared */ +} XieRegDataRec, *XieRegDataPtr; + +typedef struct _XieRegion { + XieBoxRec extents; + XieRegDataPtr data; +} XieRegionRec, *XieRegionPtr; + +#ifdef _XIEC_MIREGION + +#define XieNullRegion ((XieRegionPtr)0) + +#define XIEREGION_NIL(reg) ((reg)->data && !(reg)->data->numRects) +#define XIEREGION_NUM_RECTS(reg) ((reg)->data ? (reg)->data->numRects : 1) +#define XIEREGION_SIZE(reg) ((reg)->data ? (reg)->data->size : 0) +#define XIEREGION_RECTS(reg) ((reg)->data ? (XieBoxPtr)((reg)->data + 1) \ + : &(reg)->extents) +#define XIEREGION_BOXPTR(reg) ((XieBoxPtr)((reg)->data + 1)) +#define XIEREGION_BOX(reg,i) (&XIEREGION_BOXPTR(reg)[i]) +#define XIEREGION_TOP(reg) XIEREGION_BOX(reg, (reg)->data->numRects) +#define XIEREGION_END(reg) XIEREGION_BOX(reg, (reg)->data->numRects - 1) +#define XIEREGION_SZOF(n) (sizeof(XieRegDataRec) + ((n) * sizeof(XieBoxRec))) + +#else /* defined _XIEC_MIREGION */ + +extern XieRegionPtr miXieRegionCreate(); +extern Bool miXieRegionValidate(); + +#endif + +#endif /* module _XIEH_MICROI */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/miphoto.h b/xie/xc/programs/Xserver/XIE/mixie/include/miphoto.h new file mode 100644 index 0000000..3bfe115 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/miphoto.h @@ -0,0 +1,86 @@ +/* $XConsortium: miphoto.h,v 1.4 94/04/17 20:35:02 rws Exp $ */ +/**** module miphoto.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + miphoto.h -- DDXIE MI prototype ImportPhotomap definitions + + Robert NC Shelley -- AGE Logic, Inc. June 1993 + +*****************************************************************************/ + +#ifndef _XIEH_MIPHOTO +#define _XIEH_MIPHOTO + +/* + * peTex extension for the ImportClientPhotomap element + */ +typedef struct _miphotodef { + stripPtr next_strip[xieValMaxBands]; +} miPhotoDefRec, *miPhotoDefPtr; + +#endif /* module _XIEH_MIPHOTO */ + diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/miuncomp.h b/xie/xc/programs/Xserver/XIE/mixie/include/miuncomp.h new file mode 100644 index 0000000..b0d7464 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/miuncomp.h @@ -0,0 +1,145 @@ +/* $XConsortium: miuncomp.h,v 1.4 94/04/17 20:35:03 rws Exp $ */ +/**** module miuncomp.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + miuncomp.c -- DDXIE includes for importing uncompressed data + + Dean Verheiden -- AGE Logic, Inc. September 1993 + +*****************************************************************************/ + +typedef struct _miuncompdef { + stripPtr next_strip; /* used by import photomap only */ + void (*action)(); + void (*tripleaction)(); /* need to brush up on this */ + CARD32 Bstride; + CARD8 srcoffset; /* Number of bytes offset to this pixel's band*/ + CARD8 mask; /* For obtaining subbyte pixels */ + CARD8 shift; /* Necessary shift after obtaining pixel */ + CARD8 bandMap; + CARD8 leftPad; /* Scanline pad (in bits) */ + CARD8 bitOff; /* more that we can chew? */ + BOOL unaligned; /* Flag used by band-by-pixel decoding */ + BOOL reformat; /* Flag used to request data re-formatting */ + pointer buf; +} miUncompRec, *miUncompPtr; + +#ifdef _XIEC_MIUNCOMP + +/* Bit reversal routine for single band uncompressed bitonal images */ +void CPreverse_bits(), CPpass_bits(); +void CPextractstreambits(), CPextractswappedstreambits(); + +/* Byte copy routine for nicely aligned data */ +void CPpass_bytes(); + +/* Pairpixel copy routine for nicely aligned data */ +void CPpass_pairs(), CPswap_pairs(); + +/* Quadpixel copy routine for nicely aligned data */ +void CPpass_quads(), CPswap_quads(); + +#if XIE_FULL +/* Action routines used by Triple band by pixel decoding */ +void StoB(), StoP(), StosP(), SbtoB(), Sbtob(); +#endif /* XIE_FULL */ + +/* Single band unaligned Stream to Pixel conversion routines */ +void LLUBtoB(), LMUBtoB(), MLUBtoB(), MMUBtoB(); +void LLUPtoP(), LMUPtoP(), MLUPtoP(), MMUPtoP(); +void LLUQtoQ(), LMUQtoQ(), MLUQtoQ(), MMUQtoQ(); + +#else /* ifdef _XIEC_MIUNCOMP */ + +/* Bit reversal routine for single band uncompressed bitonal images */ +extern void CPreverse_bits(), CPpass_bits(); +extern void CPextractstreambits(), CPextractswappedstreambits(); + +/* Byte copy routine for nicely aligned data */ +extern void CPpass_bytes(); + +/* Pairpixel copy routine for nicely aligned data */ +extern void CPpass_pairs(), CPswap_pairs(); + +/* Quadpixel copy routine for nicely aligned data */ +extern void CPpass_quads(), CPswap_quads(); + +#if XIE_FULL +/* Action routines used by Triple band by pixel decoding */ +extern void StoB(), StoP(), StosP(), SbtoB(), Sbtob(); + +/* Array of pointers to actions routines for unaligned triple band by pixel */ +extern void (*ExtractTripleFuncs[2][2][2][2][2])(); + +#endif /* XIE_FULL */ + +/* Single band unaligned Stream to Pixel conversion routines */ +extern void LLUBtoB(), LMUBtoB(), MLUBtoB(), MMUBtoB(); +extern void LLUPtoP(), LMUPtoP(), MLUPtoP(), MMUPtoP(); +extern void LLUQtoQ(), LMUQtoQ(), MLUQtoQ(), MMUQtoQ(); + +#endif /* ifdef _XIEC_MIUNCOMP */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/mpgeom.h b/xie/xc/programs/Xserver/XIE/mixie/include/mpgeom.h new file mode 100644 index 0000000..9c3a618 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/mpgeom.h @@ -0,0 +1,127 @@ +/* $XConsortium: mpgeom.h,v 1.5 94/04/17 20:35:03 rws Exp $ */ +/**** module mpgeom.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + mpgeom.h -- DDXIE MI prototype Geometry definitions + + Ben Fahy -- AGE Logic, Inc. June 1993 + +*****************************************************************************/ + +#ifndef _XIEH_MPGEOM +#define _XIEH_MPGEOM + +/* + * peTex extension for the Geometry element + */ +typedef struct _mpgeombanddef { + int finished; /* done with this band */ + int yOut; /* what output line we are on */ + int out_of_bounds; /* if entire input image is missed */ + + double first_mlow, /* lowest input line mapped by first output */ + first_mhigh; /* highest input line mapped by first output */ + double last_mlow, /* lowest input line mapped by last output */ + last_mhigh; /* highest input line mapped by last output */ + double global_mlow, /* lowest input line mapped, overall */ + global_mhigh; /* highest input line mapped, overall */ + + int first_ilow, /* rounded first_mlow */ + first_ihigh; /* rounded first_mhigh */ + int last_ilow, /* rounded last_mlow */ + last_ihigh; /* rounded last_mlow */ + int global_ilow, /* rounded global_mlow */ + global_ihigh; /* rounded global_mlow */ + + /* useful data precalculated for scaling */ + int *x_locs; + int x_start; + int x_end; + int int_constant; /* precalculated for Constrained data fill */ + RealPixel flt_constant; /* precalculated for UnConstrained data fill */ + + /* required by general line filling routine */ + int in_width; + int in_height; + + /* keep track of what input lines we've come across */ + int lo_src_available; + int hi_src_available; + + void (*linefunc) (); + void (*fillfunc) (); + } + mpGeometryBandRec, *mpGeometryBandPtr; + +typedef struct _mpgeometrydef { + int input_line_increases_as_output_line_increases; + int input_map_size; + mpGeometryBandPtr bandInfo[xieValMaxBands]; + } + mpGeometryDefRec, *mpGeometryDefPtr; + +#endif /* module _XIEH_MPGEOM */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/mppoint.h b/xie/xc/programs/Xserver/XIE/mixie/include/mppoint.h new file mode 100644 index 0000000..6fe25eb --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/mppoint.h @@ -0,0 +1,86 @@ +/* $XConsortium: mppoint.h,v 1.4 94/04/17 20:35:04 rws Exp $ */ +/**** module mppoint.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + mppoint.h -- DDXIE MI prototype Point definitions + + Ben Fahy -- AGE Logic, Inc. May 1993 + +*****************************************************************************/ + +#ifndef _XIEH_MPPOINT +#define _XIEH_MPPOINT + +#include +/* + * peTex extension for the Point element + */ +typedef struct _mppointdef { + lutPtr lut; +} mpPointDefRec, *mpPointDefPtr; + +#endif /* module _XIEH_MPPOINT */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/sched.h b/xie/xc/programs/Xserver/XIE/mixie/include/sched.h new file mode 100644 index 0000000..fb5f1a0 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/sched.h @@ -0,0 +1,127 @@ +/* $XConsortium: sched.h,v 1.4 94/04/17 20:35:04 rws Exp $ */ +/**** module sched.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + sched.h -- DDXIE machine independent scheduler definitions + + Robert NC Shelley -- AGE Logic, Inc. May 1993 + +******************************************************************************/ + +#ifndef _XIEH_SCHED +#define _XIEH_SCHED + +/* scheduler interface + */ +typedef bandMsk (*xieBandProc)(); +typedef struct _schedvec { + xieBoolProc execute; + xieBandProc runnable; +} schedVecRec; + +/* call scheduler to execute until out of data; + * returns Bool: true if flo still active + */ +#define Execute(flo,import_pet) \ + (*flo->schedVec->execute)(flo,import_pet) + +/* detect execution suspension/resumption + * returns Bool: true if scheduler has exited to core X since last checked + * (useful for determining if fresh lookups are needed for core X resources) + */ +#define Resumed(flo,pet) \ + (pet->schedCnt == flo->floTex->exitCnt ? FALSE \ + : ((pet->schedCnt = flo->floTex->exitCnt), TRUE)) + +/* toggle the band's ready bit if "available >= threshold" status has changed + * and return the updated ready mask; + * if the ready bit doesn't toggle, return NO_BANDS + */ +#define CheckSrcReady(bnd,bmsk) \ + (bnd->receptor->ready & (bmsk) \ + ? (bnd->available < bnd->threshold \ + ? (bnd->receptor->ready &= ~(bmsk)) : NO_BANDS) \ + : (bnd->available >= bnd->threshold \ + ? (bnd->receptor->ready |= (bmsk)) : NO_BANDS)) + +/* try to schedule the specified element based on new data arriving for: + * receptorPtr rcp, bandPtr bnd, and bandMsk bmsk + * nothing is returned, but pet->scheduled indicates which bands are runnable + */ +#define Schedule(flo,pet,rcp,bnd,bmsk) \ + { bandMsk r = CheckSrcReady(bnd,bmsk) & rcp->attend; \ + if(r && !pet->scheduled) { \ + if(!pet->inSync) { \ + if(!pet->bandSync || r == (rcp->active & rcp->attend)) {\ + pet->scheduled |= r; \ + InsertMember(pet, &flo->floTex->schedHead); \ + } \ + } else if(r = (*flo->schedVec->runnable)(flo,pet)) { \ + pet->scheduled = r; \ + InsertMember(pet,&flo->floTex->schedHead); \ + } } } +#endif /* end _XIEH_SCHED */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/strip.h b/xie/xc/programs/Xserver/XIE/mixie/include/strip.h new file mode 100644 index 0000000..95904e1 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/strip.h @@ -0,0 +1,335 @@ +/* $XConsortium: strip.h,v 1.5 94/04/17 20:35:05 rws Exp $ */ +/**** module strip.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + strip.h -- DDXIE machine independent data manager definitions + + Robert NC Shelley -- AGE Logic, Inc. May 1993 + +******************************************************************************/ + +#ifndef _XIEH_STRIP +#define _XIEH_STRIP + +#define STANDARD_STRIP_SIZE 8192 /* temporary hack */ + +/* data management interface */ +typedef struct _stripvec { + xieDataProc make_bytes; + xieDataProc make_lines; + xieBoolProc map_data; + xieDataProc get_data; + xieBoolProc put_data; + xieVoidProc free_data; + xieBoolProc pass_strip; + xieBoolProc import_strips; + xieBoolProc alter_src; + xieVoidProc bypass_src; + xieVoidProc disable_src; + xieVoidProc disable_dst; +} stripVecRec; + +/* per-band scanline/byte data management info + */ +typedef struct _band { + stripLstRec stripLst; /* strips available for processing */ + stripPtr strip; /* strip of most recent access */ + CARD8 *data; /* pointer to most recent line/byte access */ + CARD32 minGlobal; /* lowest available line/byte in stripLst */ + CARD32 minLocal; /* lowest available line/byte in strip */ + CARD32 current; /* line/byte of most recent access */ + CARD32 maxLocal; /* one beyond highest line/byte in strip */ + CARD32 maxGlobal; /* one beyond highest line/byte in stripLst */ + CARD32 pitch; /* number of bytes to start of next line */ + CARD32 mapSize; /* size of dataMap */ + CARD8 **dataMap; /* pointers for multi-line random access */ + CARD32 threshold; /* line/bytes needed for execution */ + CARD32 available; /* line/bytes available in stripLst */ + bandMsk replicate; /* replicate data from band 0 to bands 1 & 2*/ + CARD8 band; /* band number */ + BOOL final; /* true when last line/byte is in stripLst */ + BOOL isInput; /* band type: true = input, false = output */ + struct _receptor *receptor; /* receptor if isInput, otherwise NULL */ + formatPtr format; /* common format info for all strips */ + struct _band *inPlace; /* what to clone to make in-place strips */ + pointer pcroi; /* pointer to ROI entry for current line */ + CARD32 xindex; /* index into pcroi ROI for current x pos */ + INT32 xcount; /* current x location in output band */ + BOOL ypass; /* True = no processing domain this line */ + BOOL inside; /* indicates if inside or outside domain */ + BOOL allpass; /* indicates no lines fall in ROI */ + CARD8 pad; +} bandRec, *bandPtr; + +/************************************************************************** + * Photoflo data manager convenience macros + * + * pointer GetCurrentSrc(flo,pet,bnd) single Src line/byte + * pointer GetCurrentDst(flo,pet,bnd) single Dst line/byte + * pointer GetNextSrc(flo,pet,bnd,purge) single Src line/byte + * pointer GetNextDst(flo,pet,bnd,purge) single Dst line/byte + * pointer GetSrc(flo,pet,bnd,unit,purge) single Src line/byte + * pointer GetDst(flo,pet,bnd,unit,purge) single Dst line/byte + * pointer GetSrcBytes(flo,pet,bnd,unit,len,purge) contiguous Src bytes + * pointer GetDstBytes(flo,pet,bnd,unit,len,purge) contiguous Dst bytes + * Bool MapData(flo,pet,bnd,map,unit,len,purge) map multi-lines/bytes + * Bool PutData(flo,pet,bnd,unit) put multi-lines/bytes + * void FreeData(flo,pet,bnd,unit) free multi-lines/bytes + * Bool PassStrip(flo,pet,bnd,strip) forward clone of strip + * Bool ImportStrips(flo,pet,bnd,strips) import Photomap strips + * Bool AlterSrc(flo,pet,strip) see if Src is mutable + * void BypassSrc(flo,pet,bnd) bypass element for bnd + * void DisableSrc(flo,pet,bnd,purge) disable input for bnd + * void DisableDst(flo,pet,bnd) signal no bnd output + * + * key to common arguments: + * flo floDefPtr + * pet peTexPtr + * bnd bandPtr + * unit line number within canonic image, or + * byte number within non-canonic data stream + * len number of units (lines or bytes) + * purge if the requested data is not in the current strip and purge is + * true, all data preceding the first line or byte in the current + * request is freed (receptor band) or forwarded (emitter band). + * NOTE: purge does not update scheduler info, so FreeData should be + * called for receptor bands prior to returning from the element. + * + * Additional macros: + * AttendBand(bnd) ------- scheduler will consider this band (default) + * IgnoreBand(bnd) ------- scheduler will ignore this band + * AttendReceptor(rcp) --- scheduler will consider this receptor (default) + * IgnoreReceptor(rcp) --- scheduler will ignore this receptor + * SetBandFinal(bnd) ----- set final "true" for band and current strip + * SetBandThreshold(bnd,value) -- set new threshold value + * TruncateStrip(bnd,value) ----- adjust end of strip to value + **************************************************************************/ + +/* utility macros for strip manager internal use only + */ +#define _is_local(bnd) ((bnd)->minLocal <= (bnd)->current && \ + (bnd)->current < (bnd)->maxLocal) +#define _is_global(bnd) ((bnd)->minGlobal <= (bnd)->current && \ + (bnd)->current < (bnd)->maxGlobal) +#define _is_local_contig(bnd,len) ((bnd)->minLocal <= (bnd)->current && \ + (bnd)->current+len <= (bnd)->maxLocal) +#define _is_global_contig(bnd,len) ((bnd)->minGlobal <= (bnd)->current && \ + (bnd)->current+len <= (bnd)->maxGlobal) +#define _byte_ptr(bnd) \ + (&(bnd)->strip->data[(bnd)->current - (bnd)->strip->start]) +#define _line_ptr(bnd) \ + (&(bnd)->strip->data \ + [(bnd)->pitch * ((bnd)->current - (bnd)->strip->start)]) +#define _release_ok(bnd) \ + (!ListEmpty(&(bnd)->stripLst) && \ + ((bnd)->current > (bnd)->stripLst.flink->end || !(bnd)->maxGlobal)) + +/************************************************************************** + * public data management macros for handling strip/scanline/other data + */ +#define AttendBand(bnd) ((bnd)->receptor->attend |= \ + (bnd)->receptor->active & 1<<(bnd)->band) +#define AttendReceptor(rcp) (rcp->attend = rcp->active) +#define IgnoreBand(bnd) ((bnd)->receptor->attend &= ~(1<<(bnd)->band)) +#define IgnoreReceptor(rcp) (rcp->attend = NO_BANDS) +#define SetBandFinal(bnd) ((bnd)->strip \ + ? ((bnd)->final = (bnd)->strip->final = TRUE) \ + : ((bnd)->final = TRUE)) +#define SetBandThreshold(bnd,value) \ + if( ((bnd)->threshold = value) > (bnd)->available) \ + (bnd)->receptor->ready &= ~(1<<(bnd)->band); \ + else (bnd)->receptor->ready |= 1<<(bnd)->band +#define TruncateStrip(bnd,value) \ + {(bnd)->current = (value); \ + if((bnd)->strip && _is_local(bnd)) { \ + int q = (bnd)->maxLocal - (value); \ + (bnd)->strip->length -= q; (bnd)->strip->end -= q; \ + (bnd)->available -= q + (bnd)->maxGlobal - (bnd)->maxLocal;\ + (bnd)->maxGlobal = (bnd)->maxLocal = value; }} + +/* return the current line/byte pointer (NULL if not currently available) + * floDefPtr flo; peTexPtr pet; bandPtr bnd; + */ +#define GetCurrentSrc(flo,pet,bnd) \ + (pointer)((bnd)->data ? (bnd)->data \ + : _is_global(bnd) \ + ? (*flo->stripVec->get_data)(flo,pet,bnd,1,FALSE) \ + : ((bnd)->data = NULL)) +#define GetCurrentDst(flo,pet,bnd) \ + (pointer)((bnd)->data ? (bnd)->data \ + : (*flo->stripVec->make_lines)(flo,pet,bnd,FALSE)) + +/* return the next sequential line/byte pointer (NULL if not available) + * floDefPtr flo; peTexPtr pet; bandPtr bnd; Bool purge; + */ +#define GetNextSrc(flo,pet,bnd,purge) \ + (pointer)(++(bnd)->current < (bnd)->maxLocal \ + ? ((bnd)->data += (bnd)->pitch) \ + : _is_global(bnd) \ + ? (*flo->stripVec->get_data)(flo,pet,bnd,1,purge) \ + : ((bnd)->data = NULL)) +#define GetNextDst(flo,pet,bnd,purge) \ + (pointer)(++(bnd)->current < (bnd)->maxLocal \ + ? ((bnd)->data += (bnd)->pitch) \ + : (*flo->stripVec->make_lines)(flo,pet,bnd,purge)) + +/* return the specified line/byte pointer (random access) + * (returns NULL if not available) + * floDefPtr flo; peTexPtr pet; bandPtr bnd; CARD32 unit; Bool purge; + */ +#define GetSrc(flo,pet,bnd,unit,purge) \ + (pointer)((bnd)->current = unit, _is_local(bnd) \ + ? ((bnd)->data = _line_ptr(bnd)) \ + : _is_global(bnd) \ + ? (*flo->stripVec->get_data)(flo,pet,bnd,1,purge) \ + : ((bnd)->data = NULL)) +#define GetDst(flo,pet,bnd,unit,purge) \ + (pointer)((bnd)->current = unit, _is_local(bnd) \ + ? ((bnd)->data = _line_ptr(bnd)) \ + : (*flo->stripVec->make_lines)(flo,pet,bnd,purge)) + +/* return the specified byte pointer with len contiguous bytes available + * (returns NULL if not available) + * floDefPtr flo; peTexPtr pet; bandPtr bnd; CARD32 unit, len; Bool purge; + * len -- number of contiguous bytes required + */ +#define GetSrcBytes(flo,pet,bnd,unit,len,purge) \ + (pointer)((bnd)->current = unit, _is_local_contig(bnd,len) \ + ? ((bnd)->data = _byte_ptr(bnd)) : _is_global(bnd) \ + ? (*flo->stripVec->get_data)(flo,pet,bnd,len,purge) \ + : ((bnd)->data = NULL)) +#define GetDstBytes(flo,pet,bnd,unit,len,purge) \ + (pointer)((bnd)->current = unit, _is_local_contig(bnd,len) \ + ? ((bnd)->data = _byte_ptr(bnd)) \ + : (*flo->stripVec->make_bytes)(flo,pet,bnd,len,purge)) + +/* load the data map with pointers to a range of lines + * upon return, bnd info points to unit (the first line mapped) + * returns TRUE if all requested lines are available, otherwise FALSE + * floDefPtr flo; peTexPtr pet; bandPtr bnd; + * CARD32 map, unit, len; Bool purge; + * map --- first dataMap index to use (normally 0), + * unit -- first line/byte number to map, + * len --- number of lines/bytes to map; + */ +#define MapData(flo,pet,bnd,map,unit,len,purge) \ + (*flo->stripVec->map_data)(flo,pet,bnd,map,unit,len,purge) + +/* release lines/bytes to downstream recipients (up to but not including unit), + * bnd->data is updated if unit is in current strip (else it is NULLed) + * returns TRUE if the element should suspend itself + * floDefPtr flo; peTexPtr pet; bandPtr bnd; CARD32 unit; + */ +#define PutData(flo,pet,bnd,unit) \ + ((bnd)->data = (bnd)->current == unit ? (bnd)->data \ + : ((bnd)->current = unit, _is_local(bnd) ? _line_ptr(bnd) : NULL), \ + _release_ok(bnd) ? (*flo->stripVec->put_data)(flo,pet,bnd) : FALSE) + +/* free lines/bytes (up to but not including unit) + * upon return, bnd info points to unit, if previously available + * floDefPtr flo; peTexPtr pet; bandPtr bnd; CARD32 unit; + */ +#define FreeData(flo,pet,bnd,unit) \ + ((bnd)->current = unit, (*flo->stripVec->free_data)(flo,pet,bnd)) + +/* import a list of strips from a Photomap + * floDefPtr flo; peTexPtr pet; bandPtr bnd; stripLstPtr strips; + */ +#define ImportStrips(flo,pet,bnd,strips) \ + (*flo->stripVec->import_strips)(flo,pet,bnd,strips) + +/* clone a strip and pass it on to downstream elements + * floDefPtr flo; peTexPtr pet; bandPtr bnd; stripPtr strip; + */ +#define PassStrip(flo,pet,bnd,strip) \ + (*flo->stripVec->pass_strip)(flo,pet,bnd,strip) + +/* check Src strip to see if its data can be over written + * floDefPtr flo; peTexPtr pet; bandPtr bnd; stripPtr strip; + */ +#define AlterSrc(flo,pet,strip) \ + (*flo->stripVec->alter_src)(flo,pet,strip) + +/* flush data from bnd to downstream elements, then set bnd in bypass mode + * floDefPtr flo; peTexPtr pet; bandPtr bnd; + */ +#define BypassSrc(flo,pet,bnd) \ + (*flo->stripVec->bypass_src)(flo,pet,bnd) + +/* disable any further input from bnd, and discard data if purge is true + * floDefPtr flo; peTexPtr pet; bandPtr bnd; Bool purge; + */ +#define DisableSrc(flo,pet,bnd,purge) \ + (*flo->stripVec->disable_src)(flo,pet,bnd,purge) + +/* disable any further output from bnd (i.e. send final, but no data) + * floDefPtr flo; peTexPtr pet; bandPtr bnd; + */ +#define DisableDst(flo,pet,bnd) \ + (*flo->stripVec->disable_dst)(flo,pet,bnd) + +#endif /* end _XIEH_STRIP */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/tex.h b/xie/xc/programs/Xserver/XIE/mixie/include/tex.h new file mode 100644 index 0000000..f186d2b --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/tex.h @@ -0,0 +1,161 @@ +/* $XConsortium: tex.h,v 1.4 94/04/17 20:35:06 rws Exp $ */ +/**** module tex.h ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + tex.h -- generic device dependent photoflo definitions + + Dean Verheiden -- AGE Logic, Inc. April 1993 + +*****************************************************************************/ + +#ifndef _XIEH_TEX +#define _XIEH_TEX + +/* symbolic constants -- for flo manager initialization routines + */ + /* Band mask constants for specifying all posible bands or no bands. + */ +#define ALL_BANDS ((bandMsk)~0) +#define NO_BANDS ((bandMsk) 0) + + /* Constant for specifying that in-place operations are not wanted + * (i.e. use new Dst buffers). The alternative is to specify a Src + * (e.g. SRCtag or SRCt1) whose buffer contents can be replaced with + * the result. When requesting a Dst line, the data manager will map + * the requested Dst line to the corresponding Src line (the Src and + * Dst canonic data types must match for this to work). + */ +#define NO_INPLACE ((INT32)-1) + + /* Constant for specifying that no space needs to be allotted for a + * data manager DataMap (i.e. data will be accessed on a line by line + * basis). The alternative is to specify the maximum number of lines + * that will be needed in the DataMap (anywhere from a few lines to + * the full image). + */ +#define NO_DATAMAP ((CARD32) 0) + + /* Constant for specifying that the element does not require any + * private parameter space. The alternative is to specify the number + * of bytes of private storage that will be needed for parameters etc. + * The private area is allocated as contiguous bytes beyond the peTex + * structure, and therefore should not be freed explicitly. + */ +#define NO_PRIVATE ((CARD32) 0) + + /* Constants for specifying whether or not the data manager and + * scheduler should cooperate to keep inputs and/or bands in sync. + */ +#define SYNC ((Bool) 1) +#define NO_SYNC ((Bool) 0) + + +/* symbolic constants -- for data manager macros + */ + /* The following pair of constants can be supplied for the "purge" + * argument in many of the data manager's strip access macros. + * + * KEEP specifies that all data currently owned by the Src or Dst + * should be retained (either the data will be needed again or there + * is no advantage in releasing the data as it is consumed). + * + * FLUSH specifies that all data that precedes the current unit (line + * or byte) can be dispensed with. Src data may be freed, whereas Dst + * data may be forwarded to downstream elements. FLUSH is a suggestion + * rather than a command. Whether or not the data is actually flushed + * depends on the crossing of strip boundaries. If one or more strips + * precede the strip containing the current unit, they will be flushed. + * If a downstream element becomes runnable as a result of forwarding + * a Dst strip, the data manager will signal to the calling element + * that it should defer to the downstream element(s). + */ +#define KEEP ((Bool) 0) +#define FLUSH ((Bool) 1) + + +#ifndef _XIEC_FLOMAN +extern int InitFloManager(); +extern int MakePETex(); +extern Bool InitReceptors(); +extern Bool InitReceptor(); +extern Bool InitEmitter(); +extern Bool InitBand(); +extern void ResetReceptors(); +extern void ResetEmitter(); +#endif + +#ifndef _XIEC_SCHED +extern int InitScheduler(); +#endif + +#ifndef _XIEC_STRIP +extern int InitStripManager(); +extern int DebriefStrips(); +extern void FreeStrips(); +#endif + +#endif /* end _XIEH_TEX */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/texstr.h b/xie/xc/programs/Xserver/XIE/mixie/include/texstr.h new file mode 100644 index 0000000..8122aa1 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/texstr.h @@ -0,0 +1,151 @@ +/* $XConsortium: texstr.h,v 1.6 95/05/18 21:15:45 dpw Exp $ */ +/**** module texstr.h ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + texstr.h -- DDXIE generic photoflo execution context structures + + Dean Verheiden, Robert NC Shelley -- AGE Logic, Inc. April 1993 + +*****************************************************************************/ + +#ifndef _XIEH_TEXSTR +#define _XIEH_TEXSTR + +#include +#include +#include +#include + +#include + +/* + * link-pair for managing a circular doubly linked list of peTexRecs + */ +typedef struct _petlst { + struct _petex *flink; + struct _petex *blink; +} petLstRec, *petLstPtr; + +/* + * photoflo execution context structure + */ +typedef struct _flotex { + CARD32 imports; /* number of bands receiving client data */ + CARD32 exports; /* number of bands supplying client data */ + CARD32 exitCnt; /* incremented each time scheduler exits */ + petLstRec schedHead; /* list of scheduled elements */ + stripLstRec stripHead; /* list of reusable strips */ + CARD32 stripSize; /* size of standard cachable strips */ + CARD32 putCnt; /* incremented each time a strip is "Put" */ + pointer yieldPtr; /* yielding info ptr */ +} floTexRec, *floTexPtr; + +/* + * receptor data structure + */ +typedef struct _receptor { + /* set of per-band Boolean flags: */ + bandMsk admit; /* bands that will admit more data */ + bandMsk ready; /* bands with available >= threshold */ + bandMsk active; /* bands that will produce more data */ + bandMsk attend; /* bands to consider when scheduling */ + bandMsk bypass; /* bands that bypass this element */ + bandMsk forward; /* bands that forward input when freed*/ + CARD8 pad[2]; + inFloPtr inFlo; /* pointer to receptor's inFlo */ + bandRec band[xieValMaxBands]; /* per-band input context */ +} receptorRec, *receptorPtr; + +/* + * photo element execution context structure + */ +typedef struct _petex { + struct _petex *flink; /* foreword link for scheduler list */ + struct _petex *blink; /* backword link for scheduler list */ + peDefPtr peDef; /* pointer to the DIXIE element def */ + outFloPtr outFlo; /* pointer to element's outFlo */ + receptorPtr receptor; /* pointer to in-line receptors */ + pointer private; /* pointer to in-line private info */ + CARD32 schedCnt; /* to detect that scheduler has resumed */ + CARD32 admissionCnt; /* number of receptors expecting data */ + BOOL inSync; /* true if inputs must be kept in sync */ + BOOL bandSync; /* true if bands must be kept in sync */ + bandMsk scheduled; /* bits set if element is on ready-list */ + bandMsk emitting; /* mask of bands that are emitting data */ + bandRec emitter[xieValMaxBands]; /* per-band output context */ + pointer roi; /* pointer to run length/control plane */ + Bool (*roiinit)(); /* process domain line setup function */ + INT32 (*roiget)(); /* process domain run length function */ + INT32 domXoff; /* processing domain x offset */ + INT32 domYoff; /* processing domain y offset */ +#if 0 + receptorRec receptor[inCnt]; /* array of in-line input receptors */ + void private_info; /* in-line element-private data */ +#endif +} peTexRec, *peTexPtr; + +#endif /* end _XIEH_TEXSTR */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/include/xiemd.h b/xie/xc/programs/Xserver/XIE/mixie/include/xiemd.h new file mode 100644 index 0000000..0af18a6 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/include/xiemd.h @@ -0,0 +1,227 @@ +/* $XConsortium: xiemd.h /main/8 1995/12/02 16:54:22 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module xiemd.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +****************************************************************************** + + xiemd.h -- DDXIE MI prototype Machine Dependent definitions + + Larry Hare -- AGE Logic, Inc. June 1993 + +*****************************************************************************/ + +#ifndef _XIEH_MD +#define _XIEH_MD + +#include +#include +#include "misc.h" /* for pointer */ +#include + +#ifndef _XIEC_MPBITFUN +extern unsigned char _ByteReverseTable[]; +#endif + +/* +** Bit operations: +** +** DATATYPE DEPENDENT: +** LogInt - Should be chosen as the largest efficient unsigned type which +** supports C based logical operations, as well as loads and +** stores. This will usually be 32 bit unsigned long, but +** might conceivably be an 64 bit type on some newer machines. +** If you change this, update LOGSHIFT. +** LOGSHIFT - Log2 of LOGSIZE +** LOGSIZE - Size of LogInt in bits. You should make sure your compiler +** knows that this is really 32 and not (4<<3). +** LOGMASK - Make sure your compiler thinks this is 31 and not ((4<<3)-1) +** +** ENDIAN DEPENDENT: +** LOGLEFT - LeftMost bit (from screen perspective) in a LogInt. +** LOGRIGHT - In place shift of a LogInt right 1 bit (in screen perspective)> +** +** LOGINDX,LOGBIT - Used by LOG_xxxbit macros for individual access to bits. +** LOG_tstbit - test if a bit from memory is set. +** LOG_chgbit - test if a bit in memory differs from a constant. +** LOG_setbit,LOG_clrbit,LOG_xorbit - set, clr, or xor a bit in memory. +** +** Some pieces of bit related code have been written to use word loops +** using LogInt Bits at a time. Some algorithms use LOG_xxxbit macros +** to access individual bits. +*/ + +#ifdef LONG64 +typedef CARD64 LogInt; +#define LOGSHIFT (6) +#else +typedef CARD32 LogInt; +#define LOGSHIFT (5) +#endif +#define LOGSIZE (sizeof(LogInt)<<3) +#define LOGMASK (LOGSIZE-1) + +#if (IMAGE_BYTE_ORDER == MSBFirst) +#define BitLeft(V,N) ((V) << (N)) +#define BitRight(V,N) ((V) >> (N)) +#else +#define BitLeft(V,N) ((V) >> (N)) +#define BitRight(V,N) ((V) << (N)) +#endif /* endian type */ + +#define LOGLEFT BitLeft(((LogInt)~0),LOGMASK) +#define LOGRIGHT(M) (M=BitRight(M,1)) +#define LOGONES ~((LogInt)0) +#define LOGZERO ((LogInt)0) + +#define LOGINDX(X) ((X)>>LOGSHIFT) +#define LOGBIT(X) BitRight(LOGLEFT,(X) & LOGMASK) +#define LOG_chgbit(P,N,C) (((P)[LOGINDX(N)] ^ C) & LOGBIT(N)) +#define LOG_tstbit(P,N) ((P)[LOGINDX(N)] & LOGBIT(N)) +#define LOG_clrbit(P,N) ((P)[LOGINDX(N)] &= ~LOGBIT(N)) +#define LOG_setbit(P,N) ((P)[LOGINDX(N)] |= LOGBIT(N)) +#define LOG_xorbit(P,N) ((P)[LOGINDX(N)] ^= LOGBIT(N)) + +/* Special version for unsigned bytes used for byte streams that might not be + LogInt aligned +*/ +typedef unsigned char LogByte; +#define LOGBYTESHIFT (3) +#define LOGBYTESIZE (sizeof(LogByte)<<3) +#define LOGBYTEMASK (LOGBYTESIZE-1) + +#define LOGBYTELEFT (LogByte)BitLeft(((LogByte)~0),LOGBYTEMASK) +#define LOGBYTERIGHT(M) (LogByte)(M=BitRight(M,1)) +#define LOGBYTEONES ~((LogByte)0) +#define LOGBYTEZERO ((LogByte)0) + +#define LOGBYTEINDX(X) ((X)>>LOGBYTESHIFT) +#define LOGBYTEBIT(X) BitRight(LOGBYTELEFT,(X) & LOGBYTEMASK) +#define LOGBYTE_chgbit(P,N,C) (((P)[LOGBYTEINDX(N)] ^ C) & LOGBYTEBIT(N)) +#define LOGBYTE_tstbit(P,N) ((P)[LOGBYTEINDX(N)] & LOGBYTEBIT(N)) +#define LOGBYTE_clrbit(P,N) ((P)[LOGBYTEINDX(N)] &= ~LOGBYTEBIT(N)) +#define LOGBYTE_setbit(P,N) ((P)[LOGBYTEINDX(N)] |= LOGBYTEBIT(N)) +#define LOGBYTE_xorbit(P,N) ((P)[LOGBYTEINDX(N)] ^= LOGBYTEBIT(N)) +/* +** Bit Fun. Fun with Bits. Functions for bits: +** +** bitexpand() - expand a bunch of bits to fg,bg bytes. +*/ + +pointer bitexpand(); +void bitshrink(); +void action_clear(); +void action_set(); +void action_invert(); +void zero_even(); + +/* +** Floating Point Considerations. +** +** The following definitions are used in individual modules. We might +** want to regularaize all these in this one file, or even make these +** into one tyepdef like ProcessFloat. The goal is so that the server +** can consistently use floats instead of doubles on machines which +** can do floats quicker than doubles: +** +** typedef float BlendFloat; (see mpblend.c) +** typedef float ConstrainFloat; (see mpcnst.c) +** typedef float DitherFloat; (see mpdither.c) +** typedef float ConvolveFloat; (see element.h) +** typedef float PasteUpFloat; (see element.h) +** +** Some functions are not yet written to this standard. For instance +** geometry is susceptible to roundoff errors keeping track of scanline +** threshold data maps. +** +** typedef RealPixel GeomFloat; +*/ + +/* +** USE_FLOATS is used in mpcnst.c to enable the originaly easy to +** program floating point ClipScale routines. The current integer +** based routine no longer does a divide and is hence probably faster +** on all rational machines. We may come up with other choices for +** integer versus floating algorithms in the future. We would perhaps +** like to select between them here. +** +** #define USE_FLOATS +*/ + +/* +** SF_DITHER - use scaled fractions in floyd steinberg dither for byte +** and pair pixels; quad pixel operations are still done with floats. +** If you have software floating point, you will definitely want to turn +** this code on. Machines with an fpu generally perform at least as good +** with the floating point code. +** +** #define SF_DITHER +*/ + +#if defined(_AM29K) || defined(__i960__) || defined(_LR33020_) || defined(gsp) +#define SF_DITHER +#endif + +#endif /* module _XIEH_MD */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/Imakefile b/xie/xc/programs/Xserver/XIE/mixie/jpeg/Imakefile new file mode 100644 index 0000000..40dc802 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/Imakefile @@ -0,0 +1,65 @@ +XCOMM $XConsortium: Imakefile,v 1.8 93/11/07 10:58:31 rws Exp $ +XCOMM build device dependent machine independent fax processing element objects +#include + + + SRCS = jcdeflts.c \ + jcexpand.c \ + jchuff.c \ + jcmcu.c \ + jcsample.c \ + jcxie.c \ + jcxief.c \ + jdbuffer.c \ + jddeflts.c \ + jdhuff.c \ + jdlossy.c \ + jdmcu.c \ + jdsample.c \ + jdxie.c \ + jdxief.c \ + jelossy.c \ + jfwddct.c \ + jmemmgr.c \ + jmemsys.c \ + jrdjfif.c \ + jrevdct.c \ + jutils.c \ + jwrjfif.c + + OBJS = jcdeflts.o \ + jcexpand.o \ + jchuff.o \ + jcmcu.o \ + jcsample.o \ + jcxie.o \ + jcxief.o \ + jdbuffer.o \ + jddeflts.o \ + jdhuff.o \ + jdlossy.o \ + jdmcu.o \ + jdsample.o \ + jdxie.o \ + jdxief.o \ + jelossy.o \ + jfwddct.o \ + jmemmgr.o \ + jmemsys.o \ + jrdjfif.o \ + jrevdct.o \ + jutils.o \ + jwrjfif.o + + INCLUDES = -I../include -I../../include -I$(SERVERSRC)/include -I$(INCLUDESRC) -I$(INCLUDESRC)/extensions -I../jpeg + LINTLIBS = ../../dixie/export/llib-lexp.ln ../../dixie/import/llib-limp.ln \ + ../../dixie/process/llib-lproc.ln ../../dixie/request/llib-lreq.ln \ + ../control/llib-lctrl.ln ../export/llib-lmexp.ln ../fax/llib-lfax.ln \ + ../import/llib-lmimp.ln ../jpeg/llib-ljpeg.ln ../process/llib-lmproc.ln + +SubdirLibraryRule($(OBJS)) +NormalLibraryObjectRule() +LintLibraryTarget(jpeg,$(SRCS)) +NormalLintTarget($(SRCS)) + +DependTarget() diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/README b/xie/xc/programs/Xserver/XIE/mixie/jpeg/README new file mode 100644 index 0000000..1ab0d4d --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/README @@ -0,0 +1,402 @@ +/* $XConsortium: README,v 1.2 93/11/07 10:25:48 rws Exp $ */ +The Independent JPEG Group's JPEG software +========================================== + +README for release 4 of 10-Dec-92 +================================= + +This distribution contains the fourth public release of the Independent JPEG +Group's free JPEG software. You are welcome to redistribute this software and +to use it for any purpose, subject to the conditions under LEGAL ISSUES, below. + +For installation instructions, see file SETUP. + +For usage instructions, see file USAGE (or the cjpeg.1 and djpeg.1 manual +pages; but USAGE contains a "hints" section not found in the manual pages). +Useful information can also be found in the JPEG FAQ (Frequently Asked +Questions) article; see ARCHIVE LOCATIONS below to obtain the FAQ article. + +This software is still undergoing revision. Updated versions may be obtained +by FTP or UUCP to UUNET and other archive sites; see ARCHIVE LOCATIONS below +for details. + +Serious users of this software (particularly those incorporating it into +larger programs) should contact jpeg-info@uunet.uu.net to be added to our +electronic mailing list. Mailing list members are notified of updates and +have a chance to participate in technical discussions, etc. + +This software is the work of Tom Lane, Philip Gladstone, Luis Ortiz, +Lee Crocker, Ge' Weijers, and other members of the Independent JPEG Group. + + +DISCLAIMER +========== + +THIS SOFTWARE IS NOT COMPLETE NOR FULLY DEBUGGED. It is not guaranteed to be +useful for anything, nor to be compatible with subsequent releases, nor to be +an accurate implementation of the JPEG standard. (See LEGAL ISSUES for even +more disclaimers.) + +Despite that, we believe that this software is pretty good, and if you find +any problems with it, we'd like to know about them. Please report problems +by e-mail to jpeg-info@uunet.uu.net. + + +WHAT'S HERE +=========== + +This distribution contains C software to implement JPEG image compression and +decompression. JPEG (pronounced "jay-peg") is a standardized compression +method for full-color and gray-scale images. JPEG is intended for compressing +"real-world" scenes; cartoons and other non-realistic images are not its +strong suit. JPEG is lossy, meaning that the output image is not necessarily +identical to the input image. Hence you must not use JPEG if you have to have +identical output bits. However, on typical images of real-world scenes, very +good compression levels can be obtained with no visible change, and amazingly +high compression levels are possible if you can tolerate a low-quality image. +For more details, see the references, or just experiment with various +compression settings. + +The software implements JPEG baseline and extended-sequential compression +processes. Provision is made for supporting all variants of these processes, +although some uncommon parameter settings aren't implemented yet. For legal +reasons, we are not distributing code for the arithmetic-coding process; see +LEGAL ISSUES. At present we have made no provision for supporting the +progressive, hierarchical, or lossless processes defined in the standard. + +In order to support file conversion and viewing software, we have included +considerable functionality beyond the bare JPEG coding/decoding capability; +for example, the color quantization modules are not strictly part of JPEG +decoding, but they are essential for output to colormapped file formats or +colormapped displays. These extra functions can be compiled out if not +required for a particular application. + +The emphasis in designing this software has been on achieving portability and +flexibility, while also making it fast enough to be useful. In particular, +the software is not intended to be read as a tutorial on JPEG. (See the +REFERENCES section for introductory material.) While we hope that the entire +package will someday be industrial-strength code, much remains to be done in +performance tuning and in improving the capabilities of individual modules. + + +This software can be used on several levels: + +* As canned software for JPEG compression and decompression. Just edit the + Makefile and configuration files as needed (see file SETUP), compile and go. + Members of the Independent JPEG Group will improve the out-of-the-box + functionality and speed as time goes on. + +* As the basis for other JPEG programs. For example, you could incorporate + the decompressor into a general image viewing package by replacing the + output module with write-to-screen functions. For an implementation on + specific hardware, you might want to replace some of the inner loops with + assembly code. For a non-command-line-driven system, you might want a + different user interface. (Members of the group will be producing Macintosh + and Amiga versions with more appropriate user interfaces, for example.) + +* As a toolkit for experimentation with JPEG and JPEG-like algorithms. Most + of the individual decisions you might want to mess with are packaged up into + separate modules. For example, the details of color-space conversion and + subsampling techniques are each localized in one compressor and one + decompressor module. You'd probably also want to extend the user interface + to give you more detailed control over the JPEG compression parameters. + +In particular, we welcome the use of this software as a component of commercial +products; no royalty is required. + + +ARCHIVE LOCATIONS +================= + +The "official" archive site for this software is ftp.uu.net (Internet +address 137.39.1.9 or 192.48.96.9). The most recent released version can +always be found there in directory graphics/jpeg. This particular version +will be archived as jpegsrc.v4.tar.Z. If you are on the Internet, you can +retrieve files from UUNET by anonymous FTP. If you don't have FTP access, +UUNET's archives are also available via UUCP; contact postmaster@uunet.uu.net +for information on retrieving files that way. + +Numerous Internet sites maintain copies of the UUNET files; in particular, +you can probably find a copy at any site that archives comp.sources.misc +submissions. However, only ftp.uu.net is guaranteed to have the latest +official version. + +You can also obtain this software from CompuServe, in the GRAPHSUPPORT forum +(GO PICS), library 15; this version will be file jpsrc4.zip. Again, +CompuServe is not guaranteed to have the very latest version. + +The JPEG FAQ (Frequently Asked Questions) article is a useful source of +general information about JPEG. It is updated constantly and therefore +is not included in this distribution. The FAQ is posted every two weeks +to Usenet newsgroups comp.graphics, news.answers, and other groups. You +can always obtain the latest version from the news.answers archive at +rtfm.mit.edu (18.172.1.27). By FTP, fetch /pub/usenet/news.answers/jpeg-faq. +If you don't have FTP, send e-mail to mail-server@rtfm.mit.edu with body +"send usenet/news.answers/jpeg-faq". + + +SUPPORTING SOFTWARE +=================== + +You will probably want Jef Poskanzer's PBMPLUS image software, which provides +many useful operations on PPM-format image files. In particular, it can +convert PPM images to and from a wide range of other formats. You can FTP +this free software from export.lcs.mit.edu (contrib/pbmplus*.tar.Z) or +ftp.ee.lbl.gov (pbmplus*.tar.Z). Unfortunately PBMPLUS is not nearly as +portable as the JPEG software is; you are likely to have difficulty making it +work on any non-Unix machine. + +If you are using X Windows you might want to use the xv or xloadimage viewers +to save yourself the trouble of converting PPM to some other format. Both of +these can be found in the contrib directory at export.lcs.mit.edu. Actually, +xv version 2.00 and up incorporates our software and thus can read and write +JPEG files directly. (NOTE: since xv internally reduces all images to 8 +bits/pixel, a JPEG file written by xv will not be very high quality; and xv +cannot fully exploit a 24-bit display. These problems are expected to go away +in the next xv release, planned for early 1993. In the meantime, use +xloadimage for 24-bit displays.) + +For DOS machines, Lee Crocker's free Piclab program is a useful companion to +the JPEG software. The latest version, currently 1.91, is available by FTP +from SIMTEL20 and its various mirror sites, file piclb191.zip. +CompuServe also has it, in the same library as the JPEG software. + + +SOFTWARE THAT'S NO HELP AT ALL +============================== + +Handmade Software's shareware PC program GIF2JPG produces files that are +totally incompatible with our programs. They use a proprietary format that is +an amalgam of GIF and JPEG representations. However, you can force GIF2JPG +to produce compatible files with its -j switch, and their decompression +program JPG2GIF can read our files (at least ones produced with our default +option settings). + +Some commercial JPEG implementations are also incompatible as of this writing, +especially programs released before summer 1991. The root of the problem is +that the ISO JPEG committee failed to specify a concrete file format. Some +vendors "filled in the blanks" on their own, creating proprietary formats that +no one else could read. (For example, none of the early commercial JPEG +implementations for the Macintosh were able to exchange compressed files.) + +The file format we have adopted is called JFIF (see REFERENCES). This format +has been agreed to by a number of major commercial JPEG vendors, and we expect +that it will become the de facto standard. JFIF is a minimal representation; +work is also going forward to incorporate JPEG compression into the TIFF 6.0 +standard, for use in "high end" applications that need to record a lot of +additional data about an image. We intend to support TIFF 6.0 in the future. +We hope that these two formats will be sufficient and that other, incompatible +JPEG file formats will not proliferate. + +Indeed, part of the reason for developing and releasing this free software is +to help force rapid convergence to de facto standards for JPEG file formats. +SUPPORT STANDARD, NON-PROPRIETARY FORMATS: demand JFIF or TIFF 6.0! + + +USING JPEG AS A SUBROUTINE IN A LARGER PROGRAM +============================================== + +You can readily incorporate the JPEG compression and decompression routines in +a larger program. The file example.c provides a skeleton of the interface +routines you'll need for this purpose. Essentially, you replace jcmain.c (for +compression) and/or jdmain.c (for decompression) with your own code. Note +that the fewer JPEG options you allow the user to twiddle, the less code you +need; all the default options are set up automatically. (Alternately, if you +know a lot about JPEG or have a special application, you may want to twiddle +the default options even more extensively than jcmain/jdmain do.) + +Most likely, you will want the uncompressed image to come from memory (for +compression) or go to memory or the screen (for decompression). For this +purpose you must provide image reading or writing routines that match the +interface used by the image file I/O modules (jrdXXX or jwrXXX); again, +example.c shows a skeleton of what is required. In this situation, you +won't need any of the non-JPEG image file I/O modules used by cjpeg and djpeg. + +By default, any error detected inside the JPEG routines will cause a message +to be printed on stderr, followed by exit(). You can override this behavior +by supplying your own message-printing and/or error-exit routines; again, +example.c shows how. + +We recommend you create libjpeg.a as shown in the Makefile, then link that +with your surrounding program. (If your linker is at all reasonable, only the +code you actually need will get loaded.) Include the files jconfig.h and +jpegdata.h in C files that need to call the JPEG routines. + +CAUTION: some people have tried to compile JPEG and their surrounding code +with different compilers, e.g., cc for JPEG and c++ or gcc for the rest. This +is a Real Bad Move and you will deserve what happens to you if you try it. +(Hint: the parameter structures can get laid out differently with no warning.) + +Read our "architecture" file for more info. If it seems to you that the +software structure doesn't accommodate what you want to do, please contact +the authors. + +Beginning with version 3, we will endeavor to hold the interface described by +example.c constant, so that you can plug in updated versions of the JPEG code +just by recompiling. However, we can't guarantee this, especially if you +choose to twiddle any JPEG options not listed in example.c. Check the +CHANGELOG when installing any new version, and compare example.c against the +prior version. Recompile your calling software (don't just relink), as we may +add or subtract fields in the parameter structures. + + +REFERENCES +========== + +We highly recommend reading one or more of these references before trying to +understand the innards of any JPEG software. + +The best short technical introduction to the JPEG compression algorithm is + Wallace, Gregory K. "The JPEG Still Picture Compression Standard", + Communications of the ACM, April 1991 (vol. 34 no. 4), pp. 30-44. +(Adjacent articles in that issue discuss MPEG motion picture compression, +applications of JPEG, and related topics.) If you don't have the CACM issue +handy, a PostScript file containing a revised version of the article is +available at ftp.uu.net, graphics/jpeg/wallace.ps.Z. The file (actually a +preprint for an article to appear in IEEE Trans. Consumer Electronics) omits +the sample images that appeared in CACM, but it includes corrections and some +added material. Note: the Wallace article is copyright ACM and IEEE, and it +may not be used for commercial purposes. + +A somewhat less technical, more leisurely introduction to JPEG can be found in +"The Data Compression Book" by Mark Nelson, published by M&T Books (Redwood +City, CA), 1991, ISBN 1-55851-216-0. This book provides good explanations and +example C code for a multitude of compression methods including JPEG. It is +an excellent source if you are comfortable reading C code but don't know much +about data compression in general. The book's JPEG sample code is far from +industrial-strength, but when you are ready to look at a full implementation, +you've got one here... + +A new textbook about JPEG is "JPEG Still Image Data Compression Standard" by +William B. Pennebaker and Joan L. Mitchell, published by Van Nostrand +Reinhold, 1993, ISBN 0-442-01272-1. Price US$59.95. This book includes the +complete text of the ISO JPEG standards (DIS 10918-1 and draft DIS 10918-2). +This is by far the most complete exposition of JPEG in existence, and I highly +recommend it. If you read the entire book, you will probably know more about +JPEG than I do. + +The JPEG standard itself is not available electronically; you must order a +paper copy through ISO. (Unless you are concerned about having a certified +official copy, I recommend buying the Pennebaker and Mitchell book instead; +it's much cheaper and includes a great deal of useful explanatory material.) +In the US, copies of the standard may be ordered from ANSI Sales at (212) +642-4900. It's not cheap: as of 1992, Part 1 is $95 and Part 2 is $47, plus +7% shipping/handling. The standard is divided into two parts, Part 1 being +the actual specification, while Part 2 covers compliance testing methods. +As of early 1992, Part 1 has Draft International Standard status. It is +titled "Digital Compression and Coding of Continuous-tone Still Images, Part +1: Requirements and guidelines" and has document number ISO/IEC DIS 10918-1. +Part 2 is still at Committee Draft status. It is titled "Digital Compression +and Coding of Continuous-tone Still Images, Part 2: Compliance testing" and +has document number ISO/IEC CD 10918-2. (NOTE: I'm told that the final +version of Part 2 will differ considerably from the CD draft.) + +The JPEG standard does not specify all details of an interchangeable file +format. For the omitted details we follow the "JFIF" conventions, revision +1.02. A copy of the JFIF spec is available from: + Literature Department + C-Cube Microsystems, Inc. + 399A West Trimble Road + San Jose, CA 95131 + (408) 944-6300 +A PostScript version of this document is available at ftp.uu.net, file +graphics/jpeg/jfif.ps.Z. It can also be obtained by e-mail from the C-Cube +mail server, netlib@c3.pla.ca.us. Send the message "send jfif_ps from jpeg" +to the server to obtain the JFIF document; send the message "help" if you have +trouble. + +The TIFF 6.0 file format specification can be obtained by FTP from sgi.com +(192.48.153.1), file graphics/tiff/TIFF6.ps.Z; or you can order a printed copy +from Aldus Corp. at (206) 628-6593. It should be noted that the TIFF 6.0 spec +of 3-June-92 has a number of serious problems in its JPEG features. A +clarification note will probably be needed to ensure that TIFF JPEG files are +compatible across different implementations. The IJG does not intend to +support TIFF 6.0 until these problems are resolved. + +If you want to understand this implementation, start by reading the +"architecture" documentation file. Please read "codingrules" if you want to +contribute any code. + + +LEGAL ISSUES +============ + +The authors make NO WARRANTY or representation, either express or implied, +with respect to this software, its quality, accuracy, merchantability, or +fitness for a particular purpose. This software is provided "AS IS", and you, +its user, assume the entire risk as to its quality and accuracy. + +This software is copyright (C) 1991, 1992, Thomas G. Lane. +All Rights Reserved except as specified below. + +Permission is hereby granted to use, copy, modify, and distribute this +software (or portions thereof) for any purpose, without fee, subject to these +conditions: +(1) If any part of the source code for this software is distributed, then this +README file must be included, with this copyright and no-warranty notice +unaltered; and any additions, deletions, or changes to the original files +must be clearly indicated in accompanying documentation. +(2) If only executable code is distributed, then the accompanying +documentation must state that "this software is based in part on the work of +the Independent JPEG Group". +(3) Permission for use of this software is granted only if the user accepts +full responsibility for any undesirable consequences; the authors accept +NO LIABILITY for damages of any kind. + +Permission is NOT granted for the use of any IJG author's name or company name +in advertising or publicity relating to this software or products derived from +it. This software may be referred to only as "the Independent JPEG Group's +software". + +We specifically permit and encourage the use of this software as the basis of +commercial products, provided that all warranty or liability claims are +assumed by the product vendor. + + +ansi2knr.c is included in this distribution by permission of L. Peter Deutsch, +sole proprietor of its copyright holder, Aladdin Enterprises of Menlo Park, CA. +ansi2knr.c is NOT covered by the above copyright and conditions, but instead +by the usual distribution terms of the Free Software Foundation; principally, +that you must include source code if you redistribute it. (See the file +ansi2knr.c for full details.) However, since ansi2knr.c is not needed as part +of any program generated from the JPEG code, this does not limit you more than +the foregoing paragraphs do. + + +It appears that the arithmetic coding option of the JPEG spec is covered by +patents owned by IBM and AT&T, as well as a pending Japanese patent of +Mitsubishi. Hence arithmetic coding cannot legally be used without obtaining +one or more licenses. For this reason, support for arithmetic coding has been +removed from the free JPEG software. (Since arithmetic coding provides only a +marginal gain over the unpatented Huffman mode, it is unlikely that very many +implementors will support it. If you do obtain the necessary licenses, +contact jpeg-info@uunet.uu.net for a copy of our arithmetic coding modules.) +So far as we are aware, there are no patent restrictions on the remaining +code. + + +We are required to state that + "The Graphics Interchange Format(c) is the Copyright property of + CompuServe Incorporated. GIF(sm) is a Service Mark property of + CompuServe Incorporated." + + +TO DO +===== + +The next major release will probably be a significant rewrite to allow use of +this code in conjunction with Sam Leffler's free TIFF library (assuming the +bugs in the TIFF 6.0 specification get resolved). + +Many of the modules need fleshing out to provide more complete +implementations, or to provide faster paths for common cases. +Speeding things up is still high on our priority list. + +We'd appreciate it if people would compile and check out the code on as wide a +variety of systems as possible, and report any portability problems +encountered (with solutions, if possible). Checks of file compatibility with +other JPEG implementations would also be of interest. Finally, we would +appreciate code profiles showing where the most time is spent, especially on +unusual systems. + +Please send bug reports, offers of help, etc. to jpeg-info@uunet.uu.net. diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcdeflts.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcdeflts.c new file mode 100644 index 0000000..a0a5fa2 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcdeflts.c @@ -0,0 +1,632 @@ +/* $XConsortium: jcdeflts.c,v 1.4 94/04/17 20:35:27 rws Exp $ */ +/* Module jcdeflts.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ +/* + * jcdeflts.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains optional default-setting code for the JPEG compressor. + * User interfaces do not have to use this file, but those that don't use it + * must know a lot more about the innards of the JPEG code. + */ + +#include "jinclude.h" + +#ifndef XIE_SUPPORTED +/* Default do-nothing progress monitoring routine. + * This can be overridden by a user interface that wishes to + * provide progress monitoring; just set methods->progress_monitor + * after j_c_defaults is done. The routine will be called periodically + * during the compression process. + * + * During any one pass, loopcounter increases from 0 up to (not including) + * looplimit; the step size is not necessarily 1. Both the step size and + * the limit may differ between passes. The expected total number of passes + * is in cinfo->total_passes, and the number of passes already completed is + * in cinfo->completed_passes. Thus the fraction of work completed may be + * estimated as + * completed_passes + (loopcounter/looplimit) + * ------------------------------------------ + * total_passes + * ignoring the fact that the passes may not be equal amounts of work. + */ + +METHODDEF void +progress_monitor (compress_info_ptr cinfo, long loopcounter, long looplimit) +{ + /* do nothing */ +} +#endif /* XIE_SUPPORTED */ + + +/* + * Huffman table setup routines + */ + +#ifdef XIE_SUPPORTED +GLOBAL int +#if NeedFunctionPrototypes +add_huff_table (compress_info_ptr cinfo, + HUFF_TBL **htblptr, const UINT8 *bits, const UINT8 *val) +#else +add_huff_table (cinfo, htblptr, bits, val) + compress_info_ptr cinfo; + HUFF_TBL **htblptr; + const UINT8 *bits; + const UINT8 *val; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +add_huff_table (compress_info_ptr cinfo, + HUFF_TBL **htblptr, const UINT8 *bits, const UINT8 *val) +#endif /* XIE_SUPPORTED */ +/* Define a Huffman table */ +{ +#ifdef XIE_SUPPORTED + if (*htblptr == NULL) + *htblptr = (HUFF_TBL *) (*cinfo->emethods->c_alloc_small) + (cinfo, SIZEOF(HUFF_TBL)); + if (*htblptr == NULL) + return(XIE_ERR); +#else + if (*htblptr == NULL) + *htblptr = (HUFF_TBL *) (*cinfo->emethods->alloc_small) (SIZEOF(HUFF_TBL)); +#endif /* XIE_SUPPORTED */ + + MEMCOPY((*htblptr)->bits, bits, SIZEOF((*htblptr)->bits)); + MEMCOPY((*htblptr)->huffval, val, SIZEOF((*htblptr)->huffval)); + + /* Initialize sent_table FALSE so table will be written to JPEG file. + * In an application where we are writing non-interchange JPEG files, + * it might be desirable to save space by leaving default Huffman tables + * out of the file. To do that, just initialize sent_table = TRUE... + */ + + (*htblptr)->sent_table = FALSE; +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +std_huff_tables (compress_info_ptr cinfo) +#else +std_huff_tables (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +std_huff_tables (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +/* Set up the standard Huffman tables (cf. JPEG standard section K.3) */ +/* IMPORTANT: these are only valid for 8-bit data precision! */ +{ + static const UINT8 dc_luminance_bits[17] = + { /* 0-base */ 0, 0, 1, 5, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0 }; + static const UINT8 dc_luminance_val[] = + { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11 }; + + static const UINT8 dc_chrominance_bits[17] = + { /* 0-base */ 0, 0, 3, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0 }; + static const UINT8 dc_chrominance_val[] = + { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11 }; + + static const UINT8 ac_luminance_bits[17] = + { /* 0-base */ 0, 0, 2, 1, 3, 3, 2, 4, 3, 5, 5, 4, 4, 0, 0, 1, 0x7d }; + static const UINT8 ac_luminance_val[] = + { 0x01, 0x02, 0x03, 0x00, 0x04, 0x11, 0x05, 0x12, + 0x21, 0x31, 0x41, 0x06, 0x13, 0x51, 0x61, 0x07, + 0x22, 0x71, 0x14, 0x32, 0x81, 0x91, 0xa1, 0x08, + 0x23, 0x42, 0xb1, 0xc1, 0x15, 0x52, 0xd1, 0xf0, + 0x24, 0x33, 0x62, 0x72, 0x82, 0x09, 0x0a, 0x16, + 0x17, 0x18, 0x19, 0x1a, 0x25, 0x26, 0x27, 0x28, + 0x29, 0x2a, 0x34, 0x35, 0x36, 0x37, 0x38, 0x39, + 0x3a, 0x43, 0x44, 0x45, 0x46, 0x47, 0x48, 0x49, + 0x4a, 0x53, 0x54, 0x55, 0x56, 0x57, 0x58, 0x59, + 0x5a, 0x63, 0x64, 0x65, 0x66, 0x67, 0x68, 0x69, + 0x6a, 0x73, 0x74, 0x75, 0x76, 0x77, 0x78, 0x79, + 0x7a, 0x83, 0x84, 0x85, 0x86, 0x87, 0x88, 0x89, + 0x8a, 0x92, 0x93, 0x94, 0x95, 0x96, 0x97, 0x98, + 0x99, 0x9a, 0xa2, 0xa3, 0xa4, 0xa5, 0xa6, 0xa7, + 0xa8, 0xa9, 0xaa, 0xb2, 0xb3, 0xb4, 0xb5, 0xb6, + 0xb7, 0xb8, 0xb9, 0xba, 0xc2, 0xc3, 0xc4, 0xc5, + 0xc6, 0xc7, 0xc8, 0xc9, 0xca, 0xd2, 0xd3, 0xd4, + 0xd5, 0xd6, 0xd7, 0xd8, 0xd9, 0xda, 0xe1, 0xe2, + 0xe3, 0xe4, 0xe5, 0xe6, 0xe7, 0xe8, 0xe9, 0xea, + 0xf1, 0xf2, 0xf3, 0xf4, 0xf5, 0xf6, 0xf7, 0xf8, + 0xf9, 0xfa }; + + static const UINT8 ac_chrominance_bits[17] = + { /* 0-base */ 0, 0, 2, 1, 2, 4, 4, 3, 4, 7, 5, 4, 4, 0, 1, 2, 0x77 }; + static const UINT8 ac_chrominance_val[] = + { 0x00, 0x01, 0x02, 0x03, 0x11, 0x04, 0x05, 0x21, + 0x31, 0x06, 0x12, 0x41, 0x51, 0x07, 0x61, 0x71, + 0x13, 0x22, 0x32, 0x81, 0x08, 0x14, 0x42, 0x91, + 0xa1, 0xb1, 0xc1, 0x09, 0x23, 0x33, 0x52, 0xf0, + 0x15, 0x62, 0x72, 0xd1, 0x0a, 0x16, 0x24, 0x34, + 0xe1, 0x25, 0xf1, 0x17, 0x18, 0x19, 0x1a, 0x26, + 0x27, 0x28, 0x29, 0x2a, 0x35, 0x36, 0x37, 0x38, + 0x39, 0x3a, 0x43, 0x44, 0x45, 0x46, 0x47, 0x48, + 0x49, 0x4a, 0x53, 0x54, 0x55, 0x56, 0x57, 0x58, + 0x59, 0x5a, 0x63, 0x64, 0x65, 0x66, 0x67, 0x68, + 0x69, 0x6a, 0x73, 0x74, 0x75, 0x76, 0x77, 0x78, + 0x79, 0x7a, 0x82, 0x83, 0x84, 0x85, 0x86, 0x87, + 0x88, 0x89, 0x8a, 0x92, 0x93, 0x94, 0x95, 0x96, + 0x97, 0x98, 0x99, 0x9a, 0xa2, 0xa3, 0xa4, 0xa5, + 0xa6, 0xa7, 0xa8, 0xa9, 0xaa, 0xb2, 0xb3, 0xb4, + 0xb5, 0xb6, 0xb7, 0xb8, 0xb9, 0xba, 0xc2, 0xc3, + 0xc4, 0xc5, 0xc6, 0xc7, 0xc8, 0xc9, 0xca, 0xd2, + 0xd3, 0xd4, 0xd5, 0xd6, 0xd7, 0xd8, 0xd9, 0xda, + 0xe2, 0xe3, 0xe4, 0xe5, 0xe6, 0xe7, 0xe8, 0xe9, + 0xea, 0xf2, 0xf3, 0xf4, 0xf5, 0xf6, 0xf7, 0xf8, + 0xf9, 0xfa }; + +#ifdef XIE_SUPPORTED + if(XIE_ERR == add_huff_table(cinfo, &cinfo->dc_huff_tbl_ptrs[0], + dc_luminance_bits, dc_luminance_val)) + return(XIE_ERR); + if(XIE_ERR == add_huff_table(cinfo, &cinfo->ac_huff_tbl_ptrs[0], + ac_luminance_bits, ac_luminance_val)) + return(XIE_ERR); + if(XIE_ERR == add_huff_table(cinfo, &cinfo->dc_huff_tbl_ptrs[1], + dc_chrominance_bits, dc_chrominance_val)) + return(XIE_ERR); + if(XIE_ERR == add_huff_table(cinfo, &cinfo->ac_huff_tbl_ptrs[1], + ac_chrominance_bits, ac_chrominance_val)) + return(XIE_ERR); + return(0); +#else + add_huff_table(cinfo, &cinfo->dc_huff_tbl_ptrs[0], + dc_luminance_bits, dc_luminance_val); + add_huff_table(cinfo, &cinfo->ac_huff_tbl_ptrs[0], + ac_luminance_bits, ac_luminance_val); + add_huff_table(cinfo, &cinfo->dc_huff_tbl_ptrs[1], + dc_chrominance_bits, dc_chrominance_val); + add_huff_table(cinfo, &cinfo->ac_huff_tbl_ptrs[1], + ac_chrominance_bits, ac_chrominance_val); +#endif /* XIE_SUPPORTED */ +} + + +/* + * Quantization table setup routines + */ + +#ifdef XIE_SUPPORTED +GLOBAL int +#if NeedFunctionPrototypes +j_add_quant_table (compress_info_ptr cinfo, int which_tbl, + const QUANT_VAL *basic_table, int scale_factor, + boolean force_baseline) +#else +j_add_quant_table (cinfo, which_tbl, basic_table, scale_factor, force_baseline) + compress_info_ptr cinfo; + int which_tbl; + const QUANT_VAL *basic_table; + int scale_factor; + boolean force_baseline; +#endif /* NeedFunctionPrototypes */ +#else +GLOBAL void +j_add_quant_table (compress_info_ptr cinfo, int which_tbl, + const QUANT_VAL *basic_table, int scale_factor, + boolean force_baseline) +#endif /* XIE_SUPPORTED */ +/* Define a quantization table equal to the basic_table times + * a scale factor (given as a percentage). + * If force_baseline is TRUE, the computed quantization table entries + * are limited to 1..255 for JPEG baseline compatibility. + */ +{ + QUANT_TBL_PTR * qtblptr = & cinfo->quant_tbl_ptrs[which_tbl]; + int i; + long temp; + +#ifdef XIE_SUPPORTED + if (*qtblptr == NULL) + *qtblptr = (QUANT_TBL_PTR) (*cinfo->emethods->c_alloc_small) + (cinfo, SIZEOF(QUANT_TBL)); + if (*qtblptr == NULL) + return(XIE_ERR); +#else + if (*qtblptr == NULL) + *qtblptr = (QUANT_TBL_PTR) (*cinfo->emethods->alloc_small) (SIZEOF(QUANT_TBL)); +#endif /* XIE_SUPPORTED */ + + for (i = 0; i < DCTSIZE2; i++) { + temp = ((long) basic_table[i] * scale_factor + 50L) / 100L; + /* limit the values to the valid range */ + if (temp <= 0L) temp = 1L; +#ifdef EIGHT_BIT_SAMPLES + if (temp > 32767L) temp = 32767L; /* QUANT_VALs are 'short' */ +#else + if (temp > 65535L) temp = 65535L; /* QUANT_VALs are 'UINT16' */ +#endif + if (force_baseline && temp > 255L) + temp = 255L; /* limit to baseline range if requested */ + (*qtblptr)[i] = (QUANT_VAL) temp; + } +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +GLOBAL int +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +j_quality_scaling (int quality) +#else +j_quality_scaling (quality) + int quality; +#endif /* NeedFunctionPrototypes */ +#else +j_quality_scaling (int quality) +#endif /* XIE_SUPPORTED */ +/* Convert a user-specified quality rating to a percentage scaling factor + * for an underlying quantization table, using our recommended scaling curve. + * The input 'quality' factor should be 0 (terrible) to 100 (very good). + */ +{ + /* Safety limit on quality factor. Convert 0 to 1 to avoid zero divide. */ + if (quality <= 0) quality = 1; + if (quality > 100) quality = 100; + + /* The basic table is used as-is (scaling 100) for a quality of 50. + * Qualities 50..100 are converted to scaling percentage 200 - 2*Q; + * note that at Q=100 the scaling is 0, which will cause j_add_quant_table + * to make all the table entries 1 (hence, no quantization loss). + * Qualities 1..50 are converted to scaling percentage 5000/Q. + */ + if (quality < 50) + quality = 5000 / quality; + else + quality = 200 - quality*2; + + return quality; +} + + +#ifdef XIE_SUPPORTED +GLOBAL int +#if NeedFunctionPrototypes +j_set_quality (compress_info_ptr cinfo, int quality, boolean force_baseline) +#else +j_set_quality (cinfo, quality, force_baseline) + compress_info_ptr cinfo; + int quality; + boolean force_baseline; +#endif /* NeedFunctionPrototypes */ +#else +GLOBAL void +j_set_quality (compress_info_ptr cinfo, int quality, boolean force_baseline) +#endif /* XIE_SUPPORTED */ +/* Set or change the 'quality' (quantization) setting, using default tables. + * This is the standard quality-adjusting entry point for typical user + * interfaces; only those who want detailed control over quantization tables + * would use the preceding two routines directly. + */ +{ + /* This is the sample quantization table given in the JPEG spec section K.1, + * but expressed in zigzag order (as are all of our quant. tables). + * The spec says that the values given produce "good" quality, and + * when divided by 2, "very good" quality. (These two settings are + * selected by quality=50 and quality=75 respectively.) + */ + static const QUANT_VAL std_luminance_quant_tbl[DCTSIZE2] = { + 16, 11, 12, 14, 12, 10, 16, 14, + 13, 14, 18, 17, 16, 19, 24, 40, + 26, 24, 22, 22, 24, 49, 35, 37, + 29, 40, 58, 51, 61, 60, 57, 51, + 56, 55, 64, 72, 92, 78, 64, 68, + 87, 69, 55, 56, 80, 109, 81, 87, + 95, 98, 103, 104, 103, 62, 77, 113, + 121, 112, 100, 120, 92, 101, 103, 99 + }; + static const QUANT_VAL std_chrominance_quant_tbl[DCTSIZE2] = { + 17, 18, 18, 24, 21, 24, 47, 26, + 26, 47, 99, 66, 56, 66, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99 + }; + + /* Convert user 0-100 rating to percentage scaling */ + quality = j_quality_scaling(quality); + + /* Set up two quantization tables using the specified quality scaling */ +#ifdef XIE_SUPPORTED + if (j_add_quant_table(cinfo, 0, std_luminance_quant_tbl, + quality, force_baseline) == XIE_ERR) + return(XIE_ERR); + if(j_add_quant_table(cinfo, 1, std_chrominance_quant_tbl, + quality, force_baseline) == XIE_ERR) + return(XIE_ERR); + + return(0); +#else + j_add_quant_table(cinfo, 0, std_luminance_quant_tbl, + quality, force_baseline); + j_add_quant_table(cinfo, 1, std_chrominance_quant_tbl, + quality, force_baseline); +#endif /* XIE_SUPPORTED */ +} + + + +/* Default parameter setup for compression. + * + * User interfaces that don't choose to use this routine must do their + * own setup of all these parameters. Alternately, you can call this + * to establish defaults and then alter parameters selectively. This + * is the recommended approach since, if we add any new parameters, + * your code will still work (they'll be set to reasonable defaults). + * + * See above for the meaning of the 'quality' and 'force_baseline' parameters. + * Typically, the application's default quality setting will be passed to this + * routine. A later call on j_set_quality() can be used to change to a + * user-specified quality setting. + * + * This routine sets up for a color image; to output a grayscale image, + * do this first and call j_monochrome_default() afterwards. + * (The latter can be called within c_ui_method_selection, so the + * choice can depend on the input file header.) + * Note that if you want a JPEG colorspace other than GRAYSCALE or YCbCr, + * you should also change the component ID codes, and you should NOT emit + * a JFIF header (set write_JFIF_header = FALSE). + * + * CAUTION: if you want to compress multiple images per run, it's necessary + * to call j_c_defaults before *each* call to jpeg_compress, since subsidiary + * structures like the Huffman tables are automatically freed during cleanup. + */ + +#ifdef XIE_SUPPORTED +GLOBAL int +#if NeedFunctionPrototypes +j_c_defaults (compress_info_ptr cinfo, int quality, boolean force_baseline) +#else +j_c_defaults (cinfo, quality, force_baseline) + compress_info_ptr cinfo; + int quality; + boolean force_baseline; +#endif /* NeedFunctionPrototypes */ +#else +GLOBAL void +j_c_defaults (compress_info_ptr cinfo, int quality, boolean force_baseline) +#endif /* XIE_SUPPORTED */ +/* NB: the external methods must already be set up. */ +{ + short i; + jpeg_component_info * compptr; + + /* Initialize pointers as needed to mark stuff unallocated. */ + cinfo->comp_info = NULL; + for (i = 0; i < NUM_QUANT_TBLS; i++) + cinfo->quant_tbl_ptrs[i] = NULL; + for (i = 0; i < NUM_HUFF_TBLS; i++) { + cinfo->dc_huff_tbl_ptrs[i] = NULL; + cinfo->ac_huff_tbl_ptrs[i] = NULL; + } + + cinfo->data_precision = BITS_IN_JSAMPLE; /* default; can be overridden by input_init */ + cinfo->density_unit = 0; /* Pixel size is unknown by default */ + cinfo->X_density = 1; /* Pixel aspect ratio is square by default */ + cinfo->Y_density = 1; + + cinfo->input_gamma = 1.0; /* no gamma correction by default */ + + /* Prepare three color components; first is luminance which is also usable */ + /* for grayscale. The others are assumed to be UV or similar chrominance. */ + cinfo->write_JFIF_header = TRUE; + cinfo->jpeg_color_space = CS_YCbCr; + cinfo->num_components = 3; +#ifdef XIE_SUPPORTED + cinfo->comp_info = (jpeg_component_info *) + (*cinfo->emethods->c_alloc_small) + (cinfo, (4 * SIZEOF(jpeg_component_info))); + if (cinfo->comp_info == NULL) + return(XIE_ERR); +#else + cinfo->comp_info = (jpeg_component_info *) + (*cinfo->emethods->alloc_small) (4 * SIZEOF(jpeg_component_info)); +#endif /* XIE_SUPPORTED */ + /* Note: we allocate a 4-entry comp_info array so that user interface can + * easily change over to CMYK color space if desired. + */ + + compptr = &cinfo->comp_info[0]; + compptr->component_index = 0; + compptr->component_id = 1; /* JFIF specifies IDs 1,2,3 */ +#ifdef XIE_SUPPORTED + compptr->h_samp_factor = cinfo->xie_h_samp_factor[0]; + compptr->v_samp_factor = cinfo->xie_v_samp_factor[0]; +#else + compptr->h_samp_factor = 2; /* default to 2x2 subsamples of chrominance */ + compptr->v_samp_factor = 2; +#endif /* XIE_SUPPORTED */ + compptr->quant_tbl_no = 0; /* use tables 0 for luminance */ + compptr->dc_tbl_no = 0; + compptr->ac_tbl_no = 0; + + compptr = &cinfo->comp_info[1]; + compptr->component_index = 1; + compptr->component_id = 2; +#ifdef XIE_SUPPORTED + compptr->h_samp_factor = cinfo->xie_h_samp_factor[1]; + compptr->v_samp_factor = cinfo->xie_v_samp_factor[1]; +#else + compptr->h_samp_factor = 1; + compptr->v_samp_factor = 1; +#endif /* XIE_SUPPORTED */ + compptr->quant_tbl_no = 1; /* use tables 1 for chrominance */ + compptr->dc_tbl_no = 1; + compptr->ac_tbl_no = 1; + + compptr = &cinfo->comp_info[2]; + compptr->component_index = 2; + compptr->component_id = 3; +#ifdef XIE_SUPPORTED + compptr->h_samp_factor = cinfo->xie_h_samp_factor[2]; + compptr->v_samp_factor = cinfo->xie_v_samp_factor[2]; +#else + compptr->h_samp_factor = 1; + compptr->v_samp_factor = 1; +#endif /* XIE_SUPPORTED */ + compptr->quant_tbl_no = 1; /* use tables 1 for chrominance */ + compptr->dc_tbl_no = 1; + compptr->ac_tbl_no = 1; + + /* Set up two quantization tables using the specified quality scaling */ +#ifdef XIE_SUPPORTED + if (j_set_quality(cinfo, quality, force_baseline) == XIE_ERR) + return(XIE_ERR); +#else + j_set_quality(cinfo, quality, force_baseline); +#endif /* XIE_SUPPORTED */ + + /* Set up two Huffman tables in case user interface wants Huffman coding */ +#ifdef XIE_SUPPORTED + if(std_huff_tables(cinfo) == XIE_ERR) + return(XIE_ERR); +#else + std_huff_tables(cinfo); +#endif /* XIE_SUPPORTED */ + + /* Initialize default arithmetic coding conditioning */ + for (i = 0; i < NUM_ARITH_TBLS; i++) { + cinfo->arith_dc_L[i] = 0; + cinfo->arith_dc_U[i] = 1; + cinfo->arith_ac_K[i] = 5; + } + + /* Use Huffman coding, not arithmetic coding, by default */ + cinfo->arith_code = FALSE; + + /* Color images are interleaved by default */ + cinfo->interleave = TRUE; + + /* By default, don't do extra passes to optimize entropy coding */ + cinfo->optimize_coding = FALSE; + + /* By default, use the simpler non-cosited sampling alignment */ + cinfo->CCIR601_sampling = FALSE; + + /* No input smoothing */ + cinfo->smoothing_factor = 0; + + /* No restart markers */ + cinfo->restart_interval = 0; + cinfo->restart_in_rows = 0; + +#ifdef XIE_SUPPORTED + return(0); +#else + /* Install default do-nothing progress monitoring method. */ + cinfo->methods->progress_monitor = progress_monitor; +#endif /* XIE_SUPPORTED */ +} + + + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +j_monochrome_default (compress_info_ptr cinfo) +#else +j_monochrome_default (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +j_monochrome_default (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +/* Change the j_c_defaults() values to emit a monochrome JPEG file. */ +{ + jpeg_component_info * compptr; + + cinfo->jpeg_color_space = CS_GRAYSCALE; + cinfo->num_components = 1; + /* Set single component to 1x1 subsampling */ + compptr = &cinfo->comp_info[0]; + compptr->h_samp_factor = 1; + compptr->v_samp_factor = 1; +} + diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcexpand.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcexpand.c new file mode 100644 index 0000000..fafa54e --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcexpand.c @@ -0,0 +1,175 @@ +/* $XConsortium: jcexpand.c,v 1.4 94/04/17 20:35:28 rws Exp $ */ +/* Module jcexpand.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jcexpand.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains image edge-expansion routines. + * These routines are invoked via the edge_expand method. + */ + +#include "jinclude.h" + + +/* + * Expand an image so that it is a multiple of the MCU dimensions. + * This is to be accomplished by duplicating the rightmost column + * and/or bottommost row of pixels. The image has not yet been + * downsampled, so all components have the same dimensions. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +edge_expand (compress_info_ptr cinfo, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPIMAGE image_data) +#else +edge_expand (cinfo, input_cols, input_rows, output_cols, output_rows, image_data) + compress_info_ptr cinfo; + long input_cols; + int input_rows; + long output_cols; + int output_rows; + JSAMPIMAGE image_data; +#endif /* NeedFunctionPrototypes */ +#else +edge_expand (compress_info_ptr cinfo, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPIMAGE image_data) +#endif /* XIE_SUPPORTED */ +{ + /* Expand horizontally */ + if (input_cols < output_cols) { + register JSAMPROW ptr; + register JSAMPLE pixval; + register long count; + register int row; + short ci; + long numcols = output_cols - input_cols; + + for (ci = 0; ci < cinfo->num_components; ci++) { + for (row = 0; row < input_rows; row++) { + ptr = image_data[ci][row] + (input_cols-1); + pixval = GETJSAMPLE(*ptr++); + for (count = numcols; count > 0; count--) + *ptr++ = pixval; + } + } + } + + /* Expand vertically */ + /* This happens only once at the bottom of the image, */ + /* so it needn't be super-efficient */ + if (input_rows < output_rows) { + register int row; + short ci; + JSAMPARRAY this_component; + + for (ci = 0; ci < cinfo->num_components; ci++) { + this_component = image_data[ci]; + for (row = input_rows; row < output_rows; row++) { + jcopy_sample_rows(this_component, input_rows-1, this_component, row, + 1, output_cols); + } + } + } +} + + +/* + * The method selection routine for edge expansion. + */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jselexpand (compress_info_ptr cinfo) +#else +jselexpand (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +jselexpand (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + /* just one implementation for now */ + cinfo->methods->edge_expand = edge_expand; +} diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jchuff.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jchuff.c new file mode 100644 index 0000000..d360095 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jchuff.c @@ -0,0 +1,1030 @@ +/* $XConsortium: jchuff.c,v 1.4 94/04/17 20:35:29 rws Exp $ */ +/* Module jchuff.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jchuff.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains Huffman entropy encoding routines. + * These routines are invoked via the methods entropy_encode, + * entropy_encode_init/term, and entropy_optimize. + */ + +#include "jinclude.h" + + +/* Static variables to avoid passing 'round extra parameters */ + +static compress_info_ptr cinfo; + +static INT32 huff_put_buffer; /* current bit-accumulation buffer */ +static int huff_put_bits; /* # of bits now in it */ + +#ifndef XIE_SUPPORTED +static char * output_buffer; /* output buffer */ +static int bytes_in_buffer; +#endif /* XIE_SUPPORTED */ + + +LOCAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +fix_huff_tbl (HUFF_TBL * htbl) +#else +fix_huff_tbl (htbl) + HUFF_TBL * htbl; +#endif /* NeedFunctionPrototypes */ +#else +fix_huff_tbl (HUFF_TBL * htbl) +#endif /* XIE_SUPPORTED */ +/* Compute derived values for a Huffman table */ +{ + int p, i, l, lastp, si; + char huffsize[257]; + UINT16 huffcode[257]; + UINT16 code; + + /* Figure C.1: make table of Huffman code length for each symbol */ + /* Note that this is in code-length order. */ + + p = 0; + for (l = 1; l <= 16; l++) { + for (i = 1; i <= (int) htbl->bits[l]; i++) + huffsize[p++] = (char) l; + } + huffsize[p] = 0; + lastp = p; + + /* Figure C.2: generate the codes themselves */ + /* Note that this is in code-length order. */ + + code = 0; + si = huffsize[0]; + p = 0; + while (huffsize[p]) { + while (((int) huffsize[p]) == si) { + huffcode[p++] = code; + code++; + } + code <<= 1; + si++; + } + + /* Figure C.3: generate encoding tables */ + /* These are code and size indexed by symbol value */ + + /* Set any codeless symbols to have code length 0; + * this allows emit_bits to detect any attempt to emit such symbols. + */ + MEMZERO(htbl->ehufsi, SIZEOF(htbl->ehufsi)); + + for (p = 0; p < lastp; p++) { + htbl->ehufco[htbl->huffval[p]] = huffcode[p]; + htbl->ehufsi[htbl->huffval[p]] = huffsize[p]; + } + + /* We don't bother to fill in the decoding tables mincode[], maxcode[], */ + /* and valptr[], since they are not used for encoding. */ +} + + +/* Outputting bytes to the file */ + +#ifdef XIE_SUPPORTED +LOCAL void +#if NeedFunctionPrototypes +flush_bytes (void) +#else +flush_bytes () +#endif /* NeedFunctionPrototypes */ +{ +} + +#define emit_byte(val) \ + MAKESTMT( if (cinfo->bytes_in_buffer >= cinfo->jpeg_buf_size) \ + return(-1); \ + cinfo->output_buffer[cinfo->bytes_in_buffer++] = (char) (val); ) + +#else +LOCAL void +flush_bytes (void) +{ + if (bytes_in_buffer) + (*cinfo->methods->entropy_output) (cinfo, output_buffer, bytes_in_buffer); + bytes_in_buffer = 0; +} + +#define emit_byte(val) \ + MAKESTMT( if (bytes_in_buffer >= JPEG_BUF_SIZE) \ + flush_bytes(); \ + output_buffer[bytes_in_buffer++] = (char) (val); ) + +#endif /* XIE_SUPPORTED */ + +/* Outputting bits to the file */ + +/* Only the right 24 bits of huff_put_buffer are used; the valid bits are + * left-justified in this part. At most 16 bits can be passed to emit_bits + * in one call, and we never retain more than 7 bits in huff_put_buffer + * between calls, so 24 bits are sufficient. + */ + +INLINE +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +emit_bits (UINT16 code, int size) +#else +emit_bits (code, size) + UINT16 code; + int size; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +emit_bits (UINT16 code, int size) +#endif /* XIE_SUPPORTED */ +{ + /* This routine is heavily used, so it's worth coding tightly. */ + register INT32 put_buffer = code; +#ifdef XIE_SUPPORTED + register int put_bits = cinfo->huff_put_bits; +#else + register int put_bits = huff_put_bits; +#endif /* XIE_SUPPORTED */ + + /* if size is 0, caller used an invalid Huffman table entry */ + if (size == 0) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT(cinfo->emethods, "Missing Huffman code table entry"); +#endif /* XIE_SUPPORTED */ + + put_buffer &= (((INT32) 1) << size) - 1; /* Mask off any excess bits in code */ + + put_bits += size; /* new number of bits in buffer */ + + put_buffer <<= 24 - put_bits; /* align incoming bits */ + +#ifdef XIE_SUPPORTED + put_buffer |= cinfo->huff_put_buffer; /* and merge with old buffer contents */ +#else + put_buffer |= huff_put_buffer; /* and merge with old buffer contents */ +#endif /* XIE_SUPPORTED */ + + while (put_bits >= 8) { + int c = (int) ((put_buffer >> 16) & 0xFF); + + emit_byte(c); + if (c == 0xFF) { /* need to stuff a zero byte? */ + emit_byte(0); + } + put_buffer <<= 8; + put_bits -= 8; + } + +#ifdef XIE_SUPPORTED + cinfo->huff_put_buffer = put_buffer; /* Update global variables */ + cinfo->huff_put_bits = put_bits; + return(0); +#else + huff_put_buffer = put_buffer; /* Update global variables */ + huff_put_bits = put_bits; +#endif /* XIE_SUPPORTED */ +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +flush_bits (void) +#else +flush_bits () +#endif /* NeedFunctionPrototypes */ +{ + register int status; + + /* fill any partial byte with ones */ + if ((status = emit_bits((UINT16) 0x7F, 7)) < 0) + return(status); + cinfo->huff_put_buffer = 0; /* and reset bit-buffer to empty */ + cinfo->huff_put_bits = 0; + return(0); +} +#else +LOCAL void +flush_bits (void) +{ + emit_bits((UINT16) 0x7F, 7); /* fill any partial byte with ones */ + huff_put_buffer = 0; /* and reset bit-buffer to empty */ + huff_put_bits = 0; +} +#endif /* XIE_SUPPORTED */ + + + +/* Encode a single block's worth of coefficients */ +/* Note that the DC coefficient has already been converted to a difference */ + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +encode_one_block (JBLOCK block, HUFF_TBL *dctbl, HUFF_TBL *actbl) +#else +encode_one_block (block, dctbl, actbl) + JBLOCK block; + HUFF_TBL *dctbl; + HUFF_TBL *actbl; +#endif /* NeedFunctionPrototypes */ +{ + register int status; +#else +LOCAL void +encode_one_block (JBLOCK block, HUFF_TBL *dctbl, HUFF_TBL *actbl) +{ +#endif /* XIE_SUPPORTED */ + register int temp, temp2; + register int nbits; + register int k, r, i; + + /* Encode the DC coefficient difference per section F.1.2.1 */ + + temp = temp2 = block[0]; + + if (temp < 0) { + temp = -temp; /* temp is abs value of input */ + /* For a negative input, want temp2 = bitwise complement of abs(input) */ + /* This code assumes we are on a two's complement machine */ + temp2--; + } + + /* Find the number of bits needed for the magnitude of the coefficient */ + nbits = 0; + while (temp) { + nbits++; + temp >>= 1; + } + + /* Emit the Huffman-coded symbol for the number of bits */ +#ifdef XIE_SUPPORTED + if ((status = emit_bits(dctbl->ehufco[nbits], dctbl->ehufsi[nbits])) < 0) + return(status); +#else + emit_bits(dctbl->ehufco[nbits], dctbl->ehufsi[nbits]); +#endif /* XIE_SUPPORTED */ + + /* Emit that number of bits of the value, if positive, */ + /* or the complement of its magnitude, if negative. */ + if (nbits) /* emit_bits rejects calls with size 0 */ +#ifdef XIE_SUPPORTED + { + if ((status = emit_bits((UINT16) temp2, nbits)) < 0) + return(status); + } +#else + emit_bits((UINT16) temp2, nbits); +#endif /* XIE_SUPPORTED */ + + /* Encode the AC coefficients per section F.1.2.2 */ + + r = 0; /* r = run length of zeros */ + + for (k = 1; k < DCTSIZE2; k++) { + if ((temp = block[k]) == 0) { + r++; + } else { + /* if run length > 15, must emit special run-length-16 codes (0xF0) */ + while (r > 15) { +#ifdef XIE_SUPPORTED + if ((status = emit_bits(actbl->ehufco[0xF0], actbl->ehufsi[0xF0])) < 0) + return(status); +#else + emit_bits(actbl->ehufco[0xF0], actbl->ehufsi[0xF0]); +#endif /* XIE_SUPPORTED */ + r -= 16; + } + + temp2 = temp; + if (temp < 0) { + temp = -temp; /* temp is abs value of input */ + /* This code assumes we are on a two's complement machine */ + temp2--; + } + + /* Find the number of bits needed for the magnitude of the coefficient */ + nbits = 1; /* there must be at least one 1 bit */ + while (temp >>= 1) + nbits++; + + /* Emit Huffman symbol for run length / number of bits */ + i = (r << 4) + nbits; +#ifdef XIE_SUPPORTED + if ((status = emit_bits(actbl->ehufco[i], actbl->ehufsi[i])) < 0) + return(status); +#else + emit_bits(actbl->ehufco[i], actbl->ehufsi[i]); +#endif /* XIE_SUPPORTED */ + + /* Emit that number of bits of the value, if positive, */ + /* or the complement of its magnitude, if negative. */ +#ifdef XIE_SUPPORTED + if ((status = emit_bits((UINT16) temp2, nbits)) < 0) + return(status); +#else + emit_bits((UINT16) temp2, nbits); +#endif /* XIE_SUPPORTED */ + + r = 0; + } + } + + /* If the last coef(s) were zero, emit an end-of-block code */ + if (r > 0) +#ifdef XIE_SUPPORTED + { + if ((status = emit_bits(actbl->ehufco[0], actbl->ehufsi[0])) < 0) + return(status); + } + return(0); +#else + emit_bits(actbl->ehufco[0], actbl->ehufsi[0]); +#endif /* XIE_SUPPORTED */ +} + + + +/* + * Initialize for a Huffman-compressed scan. + * This is invoked after writing the SOS marker. + * The pipeline controller must establish the entropy_output method pointer + * before calling this routine. + */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +huff_init (compress_info_ptr xinfo) +#else +huff_init (xinfo) + compress_info_ptr xinfo; +#endif /* NeedFunctionPrototypes */ +#else +METHODDEF void +huff_init (compress_info_ptr xinfo) +#endif /* XIE_SUPPORTED */ +{ + short ci; + jpeg_component_info * compptr; + + /* Initialize static variables */ + cinfo = xinfo; + +#ifdef XIE_SUPPORTED + cinfo->huff_put_buffer = 0; + cinfo->huff_put_bits = 0; + cinfo->bytes_in_buffer = 0; +#else + huff_put_buffer = 0; + huff_put_bits = 0; + + /* Initialize the output buffer */ + output_buffer = (char *) (*cinfo->emethods->alloc_small) + ((size_t) JPEG_BUF_SIZE); + bytes_in_buffer = 0; +#endif /* XIE_SUPPORTED */ + + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + compptr = cinfo->cur_comp_info[ci]; + /* Make sure requested tables are present */ + if (cinfo->dc_huff_tbl_ptrs[compptr->dc_tbl_no] == NULL || + cinfo->ac_huff_tbl_ptrs[compptr->ac_tbl_no] == NULL) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT(cinfo->emethods, "Use of undefined Huffman table"); +#endif /* XIE_SUPPORTED */ + /* Compute derived values for Huffman tables */ + /* We may do this more than once for same table, but it's not a big deal */ + fix_huff_tbl(cinfo->dc_huff_tbl_ptrs[compptr->dc_tbl_no]); + fix_huff_tbl(cinfo->ac_huff_tbl_ptrs[compptr->ac_tbl_no]); + /* Initialize DC predictions to 0 */ + cinfo->last_dc_val[ci] = 0; + } + + /* Initialize restart stuff */ + cinfo->restarts_to_go = cinfo->restart_interval; + cinfo->next_restart_num = 0; +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +/* + * Emit a restart marker & resynchronize predictions. + */ + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +emit_restart (compress_info_ptr cinfo) +#else +emit_restart (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + int status; +#else +LOCAL void +emit_restart (compress_info_ptr cinfo) +{ +#endif /* XIE_SUPPORTED */ + short ci; + +#ifdef XIE_SUPPORTED + if ((status = flush_bits()) < 0) + return(status); +#else + flush_bits(); +#endif /* XIE_SUPPORTED */ + + emit_byte(0xFF); + emit_byte(RST0 + cinfo->next_restart_num); + + /* Re-initialize DC predictions to 0 */ + for (ci = 0; ci < cinfo->comps_in_scan; ci++) + cinfo->last_dc_val[ci] = 0; + + /* Update restart state */ + cinfo->restarts_to_go = cinfo->restart_interval; + cinfo->next_restart_num++; + cinfo->next_restart_num &= 7; +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +/* + * Encode and output one MCU's worth of Huffman-compressed coefficients. + */ +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +huff_encode (compress_info_ptr xinfo, JBLOCK *MCU_data) +#else +huff_encode (xinfo, MCU_data) + compress_info_ptr xinfo; + JBLOCK *MCU_data; +#endif /* NeedFunctionPrototypes */ +{ + int status; +#else +METHODDEF void +huff_encode (compress_info_ptr xinfo, JBLOCK *MCU_data) +{ +#endif /* XIE_SUPPORTED */ + short blkn, ci; + jpeg_component_info * compptr; + JCOEF temp; +#ifdef XIE_SUPPORTED + JCOEF last_dc_val[MAX_COMPS_IN_SCAN]; /* last DC coef for each comp */ + for (ci = 0; ci < cinfo->comps_in_scan; ci++) + last_dc_val[ci] = cinfo->last_dc_val[ci]; + + /* Initialize static variables */ + cinfo = xinfo; + huff_put_buffer = cinfo->huff_put_buffer; + huff_put_bits = cinfo->huff_put_bits; +#endif /* XIE_SUPPORTED */ + + /* Account for restart interval, emit restart marker if needed */ + if (cinfo->restart_interval) { + if (cinfo->restarts_to_go == 0) +#ifdef XIE_SUPPORTED + if ((status = emit_restart(cinfo)) < 0) { + if (status != XIE_ERR) { + for (ci = 0; ci < cinfo->comps_in_scan; ci++) + cinfo->last_dc_val[ci] = last_dc_val[ci]; + cinfo->huff_put_buffer = huff_put_buffer; + cinfo->huff_put_bits = huff_put_bits; + } + return(status); + } +#else + emit_restart(cinfo); +#endif /* XIE_SUPPORTED */ + cinfo->restarts_to_go--; + } + + for (blkn = 0; blkn < cinfo->blocks_in_MCU; blkn++) { + ci = cinfo->MCU_membership[blkn]; + compptr = cinfo->cur_comp_info[ci]; + /* Convert DC value to difference, update last_dc_val */ + temp = MCU_data[blkn][0]; + MCU_data[blkn][0] -= cinfo->last_dc_val[ci]; + cinfo->last_dc_val[ci] = temp; +#ifdef XIE_SUPPORTED + if ((status = encode_one_block(MCU_data[blkn], + cinfo->dc_huff_tbl_ptrs[compptr->dc_tbl_no], + cinfo->ac_huff_tbl_ptrs[compptr->ac_tbl_no])) < 0) { + /* Reset global variables for restart */ + if (status != XIE_ERR) { + for (ci = 0; ci < cinfo->comps_in_scan; ci++) + cinfo->last_dc_val[ci] = last_dc_val[ci]; + cinfo->huff_put_buffer = huff_put_buffer; + cinfo->huff_put_bits = huff_put_bits; + } + return(status); + } +#else + encode_one_block(MCU_data[blkn], + cinfo->dc_huff_tbl_ptrs[compptr->dc_tbl_no], + cinfo->ac_huff_tbl_ptrs[compptr->ac_tbl_no]); +#endif /* XIE_SUPPORTED */ + } +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +/* + * Finish up at the end of a Huffman-compressed scan. + */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +huff_term (compress_info_ptr xinfo) +#else +huff_term (xinfo) + compress_info_ptr xinfo; +#endif /* NeedFunctionPrototypes */ +{ + int status; +#else +METHODDEF void +huff_term (compress_info_ptr xinfo) +{ +#endif /* XIE_SUPPORTED */ +#ifdef XIE_SUPPORTED + /* Initialize static variables */ + cinfo = xinfo; + /* Flush out the last data */ + if ((status = flush_bits()) < 0) + return(status); +#else + /* Flush out the last data */ + flush_bits(); +#endif /* XIE_SUPPORTED */ + flush_bytes(); + /* Release the I/O buffer */ +#ifdef XIE_SUPPORTED + return(0); +#else + (*cinfo->emethods->free_small) ((pointer ) output_buffer); +#endif /* XIE_SUPPORTED */ +} + + +/* + * Huffman coding optimization. + * + * This actually is optimization, in the sense that we find the best possible + * Huffman table(s) for the given data. We first scan the supplied data and + * count the number of uses of each symbol that is to be Huffman-coded. + * (This process must agree with the code above.) Then we build an + * optimal Huffman coding tree for the observed counts. + */ + +#ifndef XIE_SUPPORTED +#ifdef ENTROPY_OPT_SUPPORTED + + +/* These are static so htest_one_block can find 'em */ +static long * dc_count_ptrs[NUM_HUFF_TBLS]; +static long * ac_count_ptrs[NUM_HUFF_TBLS]; + + +LOCAL void +gen_huff_coding (compress_info_ptr cinfo, HUFF_TBL *htbl, long freq[]) +/* Generate the optimal coding for the given counts */ +{ +#define MAX_CLEN 32 /* assumed maximum initial code length */ + UINT8 bits[MAX_CLEN+1]; /* bits[k] = # of symbols with code length k */ + short codesize[257]; /* codesize[k] = code length of symbol k */ + short others[257]; /* next symbol in current branch of tree */ + int c1, c2; + int p, i, j; + long v; + + /* This algorithm is explained in section K.2 of the JPEG standard */ + + MEMZERO(bits, SIZEOF(bits)); + MEMZERO(codesize, SIZEOF(codesize)); + for (i = 0; i < 257; i++) + others[i] = -1; /* init links to empty */ + + freq[256] = 1; /* make sure there is a nonzero count */ + /* including the pseudo-symbol 256 in the Huffman procedure guarantees + * that no real symbol is given code-value of all ones, because 256 + * will be placed in the largest codeword category. + */ + + /* Huffman's basic algorithm to assign optimal code lengths to symbols */ + + for (;;) { + /* Find the smallest nonzero frequency, set c1 = its symbol */ + /* In case of ties, take the larger symbol number */ + c1 = -1; + v = 1000000000L; + for (i = 0; i <= 256; i++) { + if (freq[i] && freq[i] <= v) { + v = freq[i]; + c1 = i; + } + } + + /* Find the next smallest nonzero frequency, set c2 = its symbol */ + /* In case of ties, take the larger symbol number */ + c2 = -1; + v = 1000000000L; + for (i = 0; i <= 256; i++) { + if (freq[i] && freq[i] <= v && i != c1) { + v = freq[i]; + c2 = i; + } + } + + /* Done if we've merged everything into one frequency */ + if (c2 < 0) + break; + + /* Else merge the two counts/trees */ + freq[c1] += freq[c2]; + freq[c2] = 0; + + /* Increment the codesize of everything in c1's tree branch */ + codesize[c1]++; + while (others[c1] >= 0) { + c1 = others[c1]; + codesize[c1]++; + } + + others[c1] = c2; /* chain c2 onto c1's tree branch */ + + /* Increment the codesize of everything in c2's tree branch */ + codesize[c2]++; + while (others[c2] >= 0) { + c2 = others[c2]; + codesize[c2]++; + } + } + + /* Now count the number of symbols of each code length */ + for (i = 0; i <= 256; i++) { + if (codesize[i]) { + /* The JPEG standard seems to think that this can't happen, */ + /* but I'm paranoid... */ + if (codesize[i] > MAX_CLEN) + ERREXIT(cinfo->emethods, "Huffman code size table overflow"); + + bits[codesize[i]]++; + } + } + + /* JPEG doesn't allow symbols with code lengths over 16 bits, so if the pure + * Huffman procedure assigned any such lengths, we must adjust the coding. + * Here is what the JPEG spec says about how this next bit works: + * Since symbols are paired for the longest Huffman code, the symbols are + * removed from this length category two at a time. The prefix for the pair + * (which is one bit shorter) is allocated to one of the pair; then, + * skipping the BITS entry for that prefix length, a code word from the next + * shortest nonzero BITS entry is converted into a prefix for two code words + * one bit longer. + */ + + for (i = MAX_CLEN; i > 16; i--) { + while (bits[i] > 0) { + j = i - 2; /* find length of new prefix to be used */ + while (bits[j] == 0) + j--; + + bits[i] -= 2; /* remove two symbols */ + bits[i-1]++; /* one goes in this length */ + bits[j+1] += 2; /* two new symbols in this length */ + bits[j]--; /* symbol of this length is now a prefix */ + } + } + + /* Remove the count for the pseudo-symbol 256 from the largest codelength */ + while (bits[i] == 0) /* find largest codelength still in use */ + i--; + bits[i]--; + + /* Return final symbol counts (only for lengths 0..16) */ + MEMCOPY(htbl->bits, bits, SIZEOF(htbl->bits)); + + /* Return a list of the symbols sorted by code length */ + /* It's not real clear to me why we don't need to consider the codelength + * changes made above, but the JPEG spec seems to think this works. + */ + p = 0; + for (i = 1; i <= MAX_CLEN; i++) { + for (j = 0; j <= 255; j++) { + if (codesize[j] == i) { + htbl->huffval[p] = (UINT8) j; + p++; + } + } + } +} + + +/* Process a single block's worth of coefficients */ +/* Note that the DC coefficient has already been converted to a difference */ + +LOCAL void +htest_one_block (JBLOCK block, JCOEF block0, + long dc_counts[], long ac_counts[]) +{ + register INT32 temp; + register int nbits; + register int k, r; + + /* Encode the DC coefficient difference per section F.1.2.1 */ + + /* Find the number of bits needed for the magnitude of the coefficient */ + temp = block0; + if (temp < 0) temp = -temp; + + for (nbits = 0; temp; nbits++) + temp >>= 1; + + /* Count the Huffman symbol for the number of bits */ + dc_counts[nbits]++; + + /* Encode the AC coefficients per section F.1.2.2 */ + + r = 0; /* r = run length of zeros */ + + for (k = 1; k < DCTSIZE2; k++) { + if ((temp = block[k]) == 0) { + r++; + } else { + /* if run length > 15, must emit special run-length-16 codes (0xF0) */ + while (r > 15) { + ac_counts[0xF0]++; + r -= 16; + } + + /* Find the number of bits needed for the magnitude of the coefficient */ + if (temp < 0) temp = -temp; + + for (nbits = 0; temp; nbits++) + temp >>= 1; + + /* Count Huffman symbol for run length / number of bits */ + ac_counts[(r << 4) + nbits]++; + + r = 0; + } + } + + /* If the last coef(s) were zero, emit an end-of-block code */ + if (r > 0) + ac_counts[0]++; +} + + + +/* + * Trial-encode one MCU's worth of Huffman-compressed coefficients. + */ + +LOCAL void +htest_encode (compress_info_ptr cinfo, JBLOCK *MCU_data) +{ + short blkn, ci; + jpeg_component_info * compptr; + + /* Take care of restart intervals if needed */ + if (cinfo->restart_interval) { + if (cinfo->restarts_to_go == 0) { + /* Re-initialize DC predictions to 0 */ + for (ci = 0; ci < cinfo->comps_in_scan; ci++) + cinfo->last_dc_val[ci] = 0; + /* Update restart state */ + cinfo->restarts_to_go = cinfo->restart_interval; + } + cinfo->restarts_to_go--; + } + + for (blkn = 0; blkn < cinfo->blocks_in_MCU; blkn++) { + ci = cinfo->MCU_membership[blkn]; + compptr = cinfo->cur_comp_info[ci]; + /* NB: unlike the real entropy encoder, we may not change the input data */ + htest_one_block(MCU_data[blkn], + (JCOEF) (MCU_data[blkn][0] - cinfo->last_dc_val[ci]), + dc_count_ptrs[compptr->dc_tbl_no], + ac_count_ptrs[compptr->ac_tbl_no]); + cinfo->last_dc_val[ci] = MCU_data[blkn][0]; + } +} + + + +/* + * Find the best coding parameters for a Huffman-coded scan. + * When called, the scan data has already been converted to a sequence of + * MCU groups of quantized coefficients, which are stored in a "big" array. + * The source_method knows how to iterate through that array. + * On return, the MCU data is unmodified, but the Huffman tables referenced + * by the scan components may have been altered. + */ + +METHODDEF void +huff_optimize (compress_info_ptr xinfo, MCU_output_caller_ptr source_method) +/* Optimize Huffman-coding parameters (Huffman symbol table) */ +{ + int i, tbl; + HUFF_TBL **htblptr; + + /* Allocate and zero the count tables */ + /* Note that gen_huff_coding expects 257 entries in each table! */ + + for (i = 0; i < NUM_HUFF_TBLS; i++) { + dc_count_ptrs[i] = NULL; + ac_count_ptrs[i] = NULL; + } + + for (i = 0; i < cinfo->comps_in_scan; i++) { + /* Create DC table */ + tbl = cinfo->cur_comp_info[i]->dc_tbl_no; + if (dc_count_ptrs[tbl] == NULL) { + dc_count_ptrs[tbl] = (long *) (*cinfo->emethods->alloc_small) + (257 * SIZEOF(long)); + MEMZERO(dc_count_ptrs[tbl], 257 * SIZEOF(long)); + } + /* Create AC table */ + tbl = cinfo->cur_comp_info[i]->ac_tbl_no; + if (ac_count_ptrs[tbl] == NULL) { + ac_count_ptrs[tbl] = (long *) (*cinfo->emethods->alloc_small) + (257 * SIZEOF(long)); + MEMZERO(ac_count_ptrs[tbl], 257 * SIZEOF(long)); + } + } + + /* Initialize DC predictions to 0 */ + for (i = 0; i < cinfo->comps_in_scan; i++) { + cinfo->last_dc_val[i] = 0; + } + /* Initialize restart stuff */ + cinfo->restarts_to_go = cinfo->restart_interval; + + /* Scan the MCU data, count symbol uses */ + (*source_method) (cinfo, htest_encode); + + /* Now generate optimal Huffman tables */ + for (tbl = 0; tbl < NUM_HUFF_TBLS; tbl++) { + if (dc_count_ptrs[tbl] != NULL) { + htblptr = & cinfo->dc_huff_tbl_ptrs[tbl]; + if (*htblptr == NULL) + *htblptr = (HUFF_TBL *) (*cinfo->emethods->alloc_small) (SIZEOF(HUFF_TBL)); + /* Set sent_table FALSE so updated table will be written to JPEG file. */ + (*htblptr)->sent_table = FALSE; + /* Compute the optimal Huffman encoding */ + gen_huff_coding(cinfo, *htblptr, dc_count_ptrs[tbl]); + /* Release the count table */ + (*cinfo->emethods->free_small) ((pointer ) dc_count_ptrs[tbl]); + } + if (ac_count_ptrs[tbl] != NULL) { + htblptr = & cinfo->ac_huff_tbl_ptrs[tbl]; + if (*htblptr == NULL) + *htblptr = (HUFF_TBL *) (*cinfo->emethods->alloc_small) (SIZEOF(HUFF_TBL)); + /* Set sent_table FALSE so updated table will be written to JPEG file. */ + (*htblptr)->sent_table = FALSE; + /* Compute the optimal Huffman encoding */ + gen_huff_coding(cinfo, *htblptr, ac_count_ptrs[tbl]); + /* Release the count table */ + (*cinfo->emethods->free_small) ((pointer ) ac_count_ptrs[tbl]); + } + } +} + + +#endif /* ENTROPY_OPT_SUPPORTED */ +#endif /* XIE_SUPPORTED */ + + +/* + * The method selection routine for Huffman entropy encoding. + */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jselchuffman (compress_info_ptr cinfo) +#else +jselchuffman (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +jselchuffman (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + if (! cinfo->arith_code) { + cinfo->methods->entropy_encode_init = huff_init; + cinfo->methods->entropy_encode = huff_encode; + cinfo->methods->entropy_encode_term = huff_term; +#ifndef XIE_SUPPORTED +#ifdef ENTROPY_OPT_SUPPORTED + cinfo->methods->entropy_optimize = huff_optimize; + /* The standard Huffman tables are only valid for 8-bit data precision. + * If the precision is higher, force optimization on so that usable + * tables will be computed. This test can be removed if default tables + * are supplied that are valid for the desired precision. + */ + if (cinfo->data_precision > 8) + cinfo->optimize_coding = TRUE; + if (cinfo->optimize_coding) + cinfo->total_passes++; /* one pass needed for entropy optimization */ +#endif +#endif /* XIE_SUPPORTED */ + } +} diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcmcu.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcmcu.c new file mode 100644 index 0000000..c97e923 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcmcu.c @@ -0,0 +1,395 @@ +/* $XConsortium: jcmcu.c,v 1.4 94/04/17 20:35:29 rws Exp $ */ +/* Module jcmcu.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jcmcu.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains MCU extraction routines and quantization scaling. + * These routines are invoked via the extract_MCUs and + * extract_init/term methods. + */ + +#include "jinclude.h" + + +/* + * If this file is compiled with -DDCT_ERR_STATS, it will reverse-DCT each + * block and sum the total errors across the whole picture. This provides + * a convenient method of using real picture data to test the roundoff error + * of a DCT algorithm. DCT_ERR_STATS should *not* be defined for a production + * compression program, since compression is much slower with it defined. + * Also note that jrevdct.o must be linked into the compressor when this + * switch is defined. + */ + +#ifndef XIE_SUPPORTED +#ifdef DCT_ERR_STATS +static int dcterrorsum; /* these hold the error statistics */ +static int dcterrormax; +static int dctcoefcount; /* This will probably overflow on a 16-bit-int machine */ +#endif +#endif /* XIE_SUPPORTED */ + + +/* ZAG[i] is the natural-order position of the i'th element of zigzag order. */ + +static const short ZAG[DCTSIZE2] = { + 0, 1, 8, 16, 9, 2, 3, 10, + 17, 24, 32, 25, 18, 11, 4, 5, + 12, 19, 26, 33, 40, 48, 41, 34, + 27, 20, 13, 6, 7, 14, 21, 28, + 35, 42, 49, 56, 57, 50, 43, 36, + 29, 22, 15, 23, 30, 37, 44, 51, + 58, 59, 52, 45, 38, 31, 39, 46, + 53, 60, 61, 54, 47, 55, 62, 63 +}; + + +LOCAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +extract_block (JSAMPARRAY input_data, int start_row, long start_col, + JBLOCK output_data, QUANT_TBL_PTR quanttbl) +#else +extract_block (input_data, start_row, start_col, output_data, quanttbl) + JSAMPARRAY input_data; + int start_row; + long start_col; + JBLOCK output_data; + QUANT_TBL_PTR quanttbl; +#endif /* NeedFunctionPrototypes */ +#else +extract_block (JSAMPARRAY input_data, int start_row, long start_col, + JBLOCK output_data, QUANT_TBL_PTR quanttbl) +#endif /* XIE_SUPPORTED */ +/* Extract one 8x8 block from the specified location in the sample array; */ +/* perform forward DCT, quantization scaling, and zigzag reordering on it. */ +{ + /* This routine is heavily used, so it's worth coding it tightly. */ + DCTBLOCK block; +#ifdef DCT_ERR_STATS + DCTBLOCK svblock; /* saves input data for comparison */ +#endif + + { register JSAMPROW elemptr; + register DCTELEM *localblkptr = block; +#if DCTSIZE != 8 + register int elemc; +#endif + register int elemr; + + for (elemr = DCTSIZE; elemr > 0; elemr--) { + elemptr = input_data[start_row++] + start_col; +#if DCTSIZE == 8 /* unroll the inner loop */ + *localblkptr++ = (DCTELEM) (GETJSAMPLE(*elemptr++) - CENTERJSAMPLE); + *localblkptr++ = (DCTELEM) (GETJSAMPLE(*elemptr++) - CENTERJSAMPLE); + *localblkptr++ = (DCTELEM) (GETJSAMPLE(*elemptr++) - CENTERJSAMPLE); + *localblkptr++ = (DCTELEM) (GETJSAMPLE(*elemptr++) - CENTERJSAMPLE); + *localblkptr++ = (DCTELEM) (GETJSAMPLE(*elemptr++) - CENTERJSAMPLE); + *localblkptr++ = (DCTELEM) (GETJSAMPLE(*elemptr++) - CENTERJSAMPLE); + *localblkptr++ = (DCTELEM) (GETJSAMPLE(*elemptr++) - CENTERJSAMPLE); + *localblkptr++ = (DCTELEM) (GETJSAMPLE(*elemptr++) - CENTERJSAMPLE); +#else + for (elemc = DCTSIZE; elemc > 0; elemc--) { + *localblkptr++ = (DCTELEM) (GETJSAMPLE(*elemptr++) - CENTERJSAMPLE); + } +#endif + } + } + +#ifdef DCT_ERR_STATS + MEMCOPY(svblock, block, SIZEOF(DCTBLOCK)); +#endif + + j_fwd_dct(block); + + { register JCOEF temp; + register short i; + + for (i = 0; i < DCTSIZE2; i++) { + temp = (JCOEF) block[ZAG[i]]; + /* divide by *quanttbl, ensuring proper rounding */ + if (temp < 0) { + temp = -temp; + temp += *quanttbl>>1; + temp /= *quanttbl; + temp = -temp; + } else { + temp += *quanttbl>>1; + temp /= *quanttbl; + } + *output_data++ = temp; + quanttbl++; + } + } + +#ifdef DCT_ERR_STATS + j_rev_dct(block); + + { register int diff; + register short i; + + for (i = 0; i < DCTSIZE2; i++) { + diff = block[i] - svblock[i]; + if (diff < 0) diff = -diff; + dcterrorsum += diff; + if (dcterrormax < diff) dcterrormax = diff; + } + dctcoefcount += DCTSIZE2; + } +#endif +} + + +/* + * Extract samples in MCU order, process & hand off to output_method. + * The input is always exactly N MCU rows worth of data. + */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +extract_MCUs (compress_info_ptr cinfo, + JSAMPIMAGE image_data, + int num_mcu_rows, + MCU_output_method_ptr output_method) +#else +extract_MCUs (cinfo, image_data, num_mcu_rows, output_method) + compress_info_ptr cinfo; + JSAMPIMAGE image_data; + int num_mcu_rows; + MCU_output_method_ptr output_method; +#endif /* NeedFunctionPrototypes */ +{ + JBLOCK MCU_data[MAX_BLOCKS_IN_MCU]; + int mcurow; + long mcuindex; + int startrow; + long startindex; + short blkn, ci, xpos, ypos; + jpeg_component_info * compptr; + QUANT_TBL_PTR quant_ptr; + + if (cinfo->XIErestart == XIE_RMCU) { + startrow = cinfo->XIEmcurow; + startindex = cinfo->XIEmcuindex; + cinfo->XIErestart = XIE_RNUL; + } else { + startrow = 0; + startindex = 0; + } + for (mcurow = startrow; mcurow < num_mcu_rows; mcurow++) { + for (mcuindex = startindex; mcuindex < cinfo->MCUs_per_row; mcuindex++) { + /* Extract data from the image array, DCT it, and quantize it */ + blkn = 0; + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + compptr = cinfo->cur_comp_info[ci]; + quant_ptr = cinfo->quant_tbl_ptrs[compptr->quant_tbl_no]; + for (ypos = 0; ypos < compptr->MCU_height; ypos++) { + for (xpos = 0; xpos < compptr->MCU_width; xpos++) { + extract_block(image_data[ci], + (mcurow * compptr->MCU_height + ypos)*DCTSIZE, + (mcuindex * compptr->MCU_width + xpos)*DCTSIZE, + MCU_data[blkn], quant_ptr); + blkn++; + } + } + } + /* Send the MCU whereever the pipeline controller wants it to go */ + cinfo->XIEbytes_in_buffer = cinfo->bytes_in_buffer; + if ((*output_method) (cinfo, MCU_data) < 0) { + cinfo->XIErestart = XIE_RMCU; + cinfo->XIEmcurow = mcurow; + cinfo->XIEmcuindex = mcuindex; + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + return(-1); + } + } + } + return(0); +} +#else +METHODDEF void +extract_MCUs (compress_info_ptr cinfo, + JSAMPIMAGE image_data, + int num_mcu_rows, + MCU_output_method_ptr output_method) +{ + JBLOCK MCU_data[MAX_BLOCKS_IN_MCU]; + int mcurow; + long mcuindex; + short blkn, ci, xpos, ypos; + jpeg_component_info * compptr; + QUANT_TBL_PTR quant_ptr; + + for (mcurow = 0; mcurow < num_mcu_rows; mcurow++) { + for (mcuindex = 0; mcuindex < cinfo->MCUs_per_row; mcuindex++) { + /* Extract data from the image array, DCT it, and quantize it */ + blkn = 0; + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + compptr = cinfo->cur_comp_info[ci]; + quant_ptr = cinfo->quant_tbl_ptrs[compptr->quant_tbl_no]; + for (ypos = 0; ypos < compptr->MCU_height; ypos++) { + for (xpos = 0; xpos < compptr->MCU_width; xpos++) { + extract_block(image_data[ci], + (mcurow * compptr->MCU_height + ypos)*DCTSIZE, + (mcuindex * compptr->MCU_width + xpos)*DCTSIZE, + MCU_data[blkn], quant_ptr); + blkn++; + } + } + } + /* Send the MCU whereever the pipeline controller wants it to go */ + (*output_method) (cinfo, MCU_data); + } + } +} +#endif + + +/* + * Initialize for processing a scan. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +extract_init (compress_info_ptr cinfo) +#else +extract_init (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +extract_init (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + /* no work for now */ +#ifdef DCT_ERR_STATS + dcterrorsum = dcterrormax = dctcoefcount = 0; +#endif +} + + +/* + * Clean up after a scan. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +extract_term (compress_info_ptr cinfo) +#else +extract_term (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +extract_term (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + /* no work for now */ +#ifndef XIE_SUPPORTED +#ifdef DCT_ERR_STATS + TRACEMS3(cinfo->emethods, 0, "DCT roundoff errors = %d/%d, max = %d", + dcterrorsum, dctcoefcount, dcterrormax); +#endif +#endif /* XIE_SUPPORTED */ +} + + + +/* + * The method selection routine for MCU extraction. + */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jselcmcu (compress_info_ptr cinfo) +#else +jselcmcu (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +jselcmcu (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + /* just one implementation for now */ + cinfo->methods->extract_init = extract_init; + cinfo->methods->extract_MCUs = extract_MCUs; + cinfo->methods->extract_term = extract_term; +} diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jconfig.h b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jconfig.h new file mode 100644 index 0000000..42568ee --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jconfig.h @@ -0,0 +1,480 @@ +/* $XConsortium: jconfig.h,v 1.4 94/04/17 20:35:30 rws Exp $ */ +/* Module jconfig.h */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., Ocober 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jconfig.h + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains preprocessor declarations that help customize + * the JPEG software for a particular application, machine, or compiler. + * Edit these declarations as needed (or add -D flags to the Makefile). + */ + + +/* + * These symbols indicate the properties of your machine or compiler. + * The conditional definitions given may do the right thing already, + * but you'd best look them over closely, especially if your compiler + * does not handle full ANSI C. An ANSI-compliant C compiler should + * provide all the necessary features; __STDC__ is supposed to be + * predefined by such compilers. + */ + +/* + * HAVE_STDC is tested below to see whether ANSI features are available. + * We avoid testing __STDC__ directly for arcane reasons of portability. + * (On some compilers, __STDC__ is only defined if a switch is given, + * but the switch also disables machine-specific features we need to get at. + * In that case, -DHAVE_STDC in the Makefile is a convenient solution.) + */ + +#ifdef __STDC__ /* if compiler claims to be ANSI, believe it */ +#define HAVE_STDC +#endif + + +/* Does your compiler support function prototypes? */ +/* (If not, you also need to use ansi2knr, see SETUP) */ + +#ifdef HAVE_STDC /* ANSI C compilers always have prototypes */ +#define PROTO +#else +#ifdef __cplusplus /* So do C++ compilers */ +#define PROTO +#endif +#endif + +/* Does your compiler support the declaration "unsigned char" ? */ +/* How about "unsigned short" ? */ + +#ifdef HAVE_STDC /* ANSI C compilers must support both */ +#define HAVE_UNSIGNED_CHAR +#define HAVE_UNSIGNED_SHORT +#endif + +/* Define this if an ordinary "char" type is unsigned. + * If you're not sure, leaving it undefined will work at some cost in speed. + * If you defined HAVE_UNSIGNED_CHAR then it doesn't matter very much. + */ + +/* #define CHAR_IS_UNSIGNED */ + +/* Define this if your compiler implements ">>" on signed values as a logical + * (unsigned) shift; leave it undefined if ">>" is a signed (arithmetic) shift, + * which is the normal and rational definition. + */ + +/* #define RIGHT_SHIFT_IS_UNSIGNED */ + +/* Define "void" as "char" if your compiler doesn't know about type void. + * NOTE: be sure to define void such that "void *" represents the most general + * pointer type, e.g., that returned by malloc(). + */ + +/* #define void char */ + +/* Define const as empty if your compiler doesn't know the "const" keyword. */ +/* (Even if it does, defining const as empty won't break anything.) */ + +#ifndef HAVE_STDC /* ANSI C and C++ compilers should know it. */ +#ifndef __cplusplus +#define const +#endif +#endif + +/* For 80x86 machines, you need to define NEED_FAR_POINTERS, + * unless you are using a large-data memory model or 80386 flat-memory mode. + * On less brain-damaged CPUs this symbol must not be defined. + * (Defining this symbol causes large data structures to be referenced through + * "far" pointers and to be allocated with a special version of malloc.) + */ + +#ifdef XIE_SUPPORTED +#ifdef MSDOS +#undef MSDOS +#endif /* MSDOS */ + +/* Make sure that HAVE_UNSIGNED_CHAR and HAVE_UNSIGNED_SHORT + * are defined when XIE_SUPPORTED is defined + */ +#ifndef HAVE_UNSIGNED_CHAR +#define HAVE_UNSIGNED_CHAR +#endif /* HAVE_UNSIGNED_CHAR */ +#ifndef HAVE_UNSIGNED_SHORT +#define HAVE_UNSIGNED_SHORT +#endif /* HAVE_UNSIGNED_SHORT */ +#endif /* XIE_SUPPORTED */ + +#ifdef MSDOS +#define NEED_FAR_POINTERS +#endif + + +/* The next three symbols only affect the system-dependent user interface + * modules (jcmain.c, jdmain.c). You can ignore these if you are supplying + * your own user interface code. + */ + +/* Define this if you want to name both input and output files on the command + * line, rather than using stdout and optionally stdin. You MUST do this if + * your system can't cope with binary I/O to stdin/stdout. See comments at + * head of jcmain.c or jdmain.c. + */ + +#ifdef MSDOS /* two-file style is needed for PCs */ +#ifndef USE_SETMODE /* unless you have setmode() */ +#define TWO_FILE_COMMANDLINE +#endif +#endif +#ifdef THINK_C /* it's needed for Macintosh too */ +#define TWO_FILE_COMMANDLINE +#endif + +/* Define this if your system needs explicit cleanup of temporary files. + * This is crucial under MS-DOS, where the temporary "files" may be areas + * of extended memory; on most other systems it's not as important. + */ + +#ifdef MSDOS +#define NEED_SIGNAL_CATCHER +#endif + +/* By default, we open image files with fopen(...,"rb") or fopen(...,"wb"). + * This is necessary on systems that distinguish text files from binary files, + * and is harmless on most systems that don't. If you have one of the rare + * systems that complains about the "b" spec, define this symbol. + */ + +/* #define DONT_USE_B_MODE */ + + +/* If you're getting bored, that's the end of the symbols you HAVE to + * worry about. Go fix the makefile and compile. + */ + + +/* If your compiler supports inline functions, define INLINE + * as the inline keyword; otherwise define it as empty. + */ + +#ifdef __GNUC__ /* for instance, GNU C knows about inline */ +#define INLINE __inline__ +#endif +#ifndef INLINE /* default is to define it as empty */ +#define INLINE +#endif + +/* On a few systems, type boolean and/or macros FALSE, TRUE may appear + * in standard header files. Or you may have conflicts with application- + * specific header files that you want to include together with these files. + * In that case you need only comment out these definitions. + */ + +typedef int boolean; +#undef FALSE /* in case these macros already exist */ +#undef TRUE +#define FALSE 0 /* values of boolean */ +#define TRUE 1 + +/* This defines the size of the I/O buffers for entropy compression + * and decompression; you could reduce it if memory is tight. + */ + +#define JPEG_BUF_SIZE 4096 /* bytes */ + + + +/* These symbols determine the JPEG functionality supported. */ + +/* + * These defines indicate whether to include various optional functions. + * Undefining some of these symbols will produce a smaller but less capable + * program file. Note that you can leave certain source files out of the + * compilation/linking process if you've #undef'd the corresponding symbols. + * (You may HAVE to do that if your compiler doesn't like null source files.) + */ + +#ifdef XIE_SUPPORTED +/* Arithmetic coding is unsupported for legal reasons. Complaints to IBM. */ + +/* Encoder capability options: */ +#undef C_ARITH_CODING_SUPPORTED /* Arithmetic coding back end? */ +#undef C_MULTISCAN_FILES_SUPPORTED /* Multiple-scan JPEG files? (NYI) */ +#undef ENTROPY_OPT_SUPPORTED /* Optimization of entropy coding parms? */ +#undef INPUT_SMOOTHING_SUPPORTED /* Input image smoothing option? */ +/* Decoder capability options: */ +#undef D_ARITH_CODING_SUPPORTED /* Arithmetic coding back end? */ +#undef D_MULTISCAN_FILES_SUPPORTED /* Multiple-scan JPEG files? */ +#undef BLOCK_SMOOTHING_SUPPORTED /* Block smoothing during decoding? */ +#undef QUANT_1PASS_SUPPORTED /* 1-pass color quantization? */ +#undef QUANT_2PASS_SUPPORTED /* 2-pass color quantization? */ +/* these defines indicate which JPEG file formats are allowed */ +#define JFIF_SUPPORTED /* JFIF or "raw JPEG" files */ +#undef JTIFF_SUPPORTED /* JPEG-in-TIFF (not yet implemented) */ +/* these defines indicate which image (non-JPEG) file formats are allowed */ +#undef GIF_SUPPORTED /* GIF image file format */ +/* #define RLE_SUPPORTED */ /* RLE image file format (by default, no) */ +#undef PPM_SUPPORTED /* PPM/PGM image file format */ +#undef TARGA_SUPPORTED /* Targa image file format */ +#undef TIFF_SUPPORTED /* TIFF image file format (not yet impl.) */ + +/* more capability options later, no doubt */ +#else +/* Arithmetic coding is unsupported for legal reasons. Complaints to IBM. */ + +/* Encoder capability options: */ +#undef C_ARITH_CODING_SUPPORTED /* Arithmetic coding back end? */ +#undef C_MULTISCAN_FILES_SUPPORTED /* Multiple-scan JPEG files? (NYI) */ +#define ENTROPY_OPT_SUPPORTED /* Optimization of entropy coding parms? */ +#define INPUT_SMOOTHING_SUPPORTED /* Input image smoothing option? */ +/* Decoder capability options: */ +#undef D_ARITH_CODING_SUPPORTED /* Arithmetic coding back end? */ +#define D_MULTISCAN_FILES_SUPPORTED /* Multiple-scan JPEG files? */ +#define BLOCK_SMOOTHING_SUPPORTED /* Block smoothing during decoding? */ +#define QUANT_1PASS_SUPPORTED /* 1-pass color quantization? */ +#define QUANT_2PASS_SUPPORTED /* 2-pass color quantization? */ +/* these defines indicate which JPEG file formats are allowed */ +#define JFIF_SUPPORTED /* JFIF or "raw JPEG" files */ +#undef JTIFF_SUPPORTED /* JPEG-in-TIFF (not yet implemented) */ +/* these defines indicate which image (non-JPEG) file formats are allowed */ +#define GIF_SUPPORTED /* GIF image file format */ +/* #define RLE_SUPPORTED */ /* RLE image file format (by default, no) */ +#define PPM_SUPPORTED /* PPM/PGM image file format */ +#define TARGA_SUPPORTED /* Targa image file format */ +#undef TIFF_SUPPORTED /* TIFF image file format (not yet impl.) */ + +/* more capability options later, no doubt */ +#endif /* XIE_SUPPORTED */ + + +/* + * Define exactly one of these three symbols to indicate whether you want + * 8-bit, 12-bit, or 16-bit sample (pixel component) values. 8-bit is the + * default and is nearly always the right thing to use. You can use 12-bit if + * you need to support image formats with more than 8 bits of resolution in a + * color value. 16-bit should only be used for the lossless JPEG mode (not + * currently supported). Note that 12- and 16-bit values take up twice as + * much memory as 8-bit! + * Note: if you select 12- or 16-bit precision, it is dangerous to turn off + * ENTROPY_OPT_SUPPORTED. The standard Huffman tables are only good for 8-bit + * precision, so jchuff.c normally uses entropy optimization to compute + * usable tables for higher precision. If you don't want to do optimization, + * you'll have to supply different default Huffman tables. + */ + +#define EIGHT_BIT_SAMPLES +#undef TWELVE_BIT_SAMPLES +#undef SIXTEEN_BIT_SAMPLES + + + +/* + * The remaining definitions don't need to be hand-edited in most cases. + * You may need to change these if you have a machine with unusual data + * types; for example, "char" not 8 bits, "short" not 16 bits, + * or "long" not 32 bits. We don't care whether "int" is 16 or 32 bits, + * but it had better be at least 16. + */ + +/* First define the representation of a single pixel element value. */ + +#ifdef EIGHT_BIT_SAMPLES +/* JSAMPLE should be the smallest type that will hold the values 0..255. + * You can use a signed char by having GETJSAMPLE mask it with 0xFF. + * If you have only signed chars, and you are more worried about speed than + * memory usage, it might be a win to make JSAMPLE be short. + */ + +#ifdef HAVE_UNSIGNED_CHAR + +typedef unsigned char JSAMPLE; +#define GETJSAMPLE(value) (value) + +#else /* not HAVE_UNSIGNED_CHAR */ +#ifdef CHAR_IS_UNSIGNED + +typedef char JSAMPLE; +#define GETJSAMPLE(value) (value) + +#else /* not CHAR_IS_UNSIGNED */ + +typedef char JSAMPLE; +#define GETJSAMPLE(value) ((value) & 0xFF) + +#endif /* CHAR_IS_UNSIGNED */ +#endif /* HAVE_UNSIGNED_CHAR */ + +#define BITS_IN_JSAMPLE 8 +#define MAXJSAMPLE 255 +#define CENTERJSAMPLE 128 + +#endif /* EIGHT_BIT_SAMPLES */ + + +#ifdef TWELVE_BIT_SAMPLES +/* JSAMPLE should be the smallest type that will hold the values 0..4095. */ +/* On nearly all machines "short" will do nicely. */ + +typedef short JSAMPLE; +#define GETJSAMPLE(value) (value) + +#define BITS_IN_JSAMPLE 12 +#define MAXJSAMPLE 4095 +#define CENTERJSAMPLE 2048 + +#endif /* TWELVE_BIT_SAMPLES */ + + +#ifdef SIXTEEN_BIT_SAMPLES +/* JSAMPLE should be the smallest type that will hold the values 0..65535. */ + +#ifdef HAVE_UNSIGNED_SHORT + +typedef unsigned short JSAMPLE; +#define GETJSAMPLE(value) (value) + +#else /* not HAVE_UNSIGNED_SHORT */ + +/* If int is 32 bits this'll be horrendously inefficient storage-wise. + * But since we don't actually support 16-bit samples (ie lossless coding) yet, + * I'm not going to worry about making a smarter definition ... + */ +typedef unsigned int JSAMPLE; +#define GETJSAMPLE(value) (value) + +#endif /* HAVE_UNSIGNED_SHORT */ + +#define BITS_IN_JSAMPLE 16 +#define MAXJSAMPLE 65535 +#define CENTERJSAMPLE 32768 + +#endif /* SIXTEEN_BIT_SAMPLES */ + + +/* Here we define the representation of a DCT frequency coefficient. + * This should be a signed 16-bit value; "short" is usually right. + * It's important that this be exactly 16 bits, no more and no less; + * more will cost you a BIG hit of memory, less will give wrong answers. + */ + +typedef short JCOEF; + + +/* The remaining typedefs are used for various table entries and so forth. + * They must be at least as wide as specified; but making them too big + * won't cost a huge amount of memory, so we don't provide special + * extraction code like we did for JSAMPLE. (In other words, these + * typedefs live at a different point on the speed/space tradeoff curve.) + */ + +/* UINT8 must hold at least the values 0..255. */ + +#ifdef HAVE_UNSIGNED_CHAR +typedef unsigned char UINT8; +#else /* not HAVE_UNSIGNED_CHAR */ +#ifdef CHAR_IS_UNSIGNED +typedef char UINT8; +#else /* not CHAR_IS_UNSIGNED */ +typedef short UINT8; +#endif /* CHAR_IS_UNSIGNED */ +#endif /* HAVE_UNSIGNED_CHAR */ + +/* UINT16 must hold at least the values 0..65535. */ + +#ifdef HAVE_UNSIGNED_SHORT +typedef unsigned short UINT16; +#else /* not HAVE_UNSIGNED_SHORT */ +typedef unsigned int UINT16; +#endif /* HAVE_UNSIGNED_SHORT */ + +/* INT16 must hold at least the values -32768..32767. */ + +#ifndef XMD_H /* X11/xmd.h correctly defines INT16 */ +typedef short INT16; +#endif + +/* INT32 must hold signed 32-bit values; if your machine happens */ +/* to have 64-bit longs, you might want to change this. */ + +#ifndef XMD_H /* X11/xmd.h correctly defines INT32 */ +#ifdef __alpha +typedef int INT32; +#else +typedef long INT32; +#endif +#endif + diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcsample.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcsample.c new file mode 100644 index 0000000..66a4a6e --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcsample.c @@ -0,0 +1,737 @@ +/* $XConsortium: jcsample.c,v 1.4 94/04/17 20:35:31 rws Exp $ */ +/* Module jcsample.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jcsample.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains downsampling routines. + * These routines are invoked via the downsample and + * downsample_init/term methods. + * + * An excellent reference for image resampling is + * Digital Image Warping, George Wolberg, 1990. + * Pub. by IEEE Computer Society Press, Los Alamitos, CA. ISBN 0-8186-8944-7. + * + * The downsampling algorithm used here is a simple average of the source + * pixels covered by the output pixel. The hi-falutin sampling literature + * refers to this as a "box filter". In general the characteristics of a box + * filter are not very good, but for the specific cases we normally use (1:1 + * and 2:1 ratios) the box is equivalent to a "triangle filter" which is not + * nearly so bad. If you intend to use other sampling ratios, you'd be well + * advised to improve this code. + * + * A simple input-smoothing capability is provided. This is mainly intended + * for cleaning up color-dithered GIF input files (if you find it inadequate, + * we suggest using an external filtering program such as pnmconvol). When + * enabled, each input pixel P is replaced by a weighted sum of itself and its + * eight neighbors. P's weight is 1-8*SF and each neighbor's weight is SF, + * where SF = (smoothing_factor / 1024). + * Currently, smoothing is only supported for 2h2v sampling factors. + */ + +#include "jinclude.h" + + +/* + * Initialize for downsampling a scan. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +downsample_init (compress_info_ptr cinfo) +#else +downsample_init (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +downsample_init (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + /* no work for now */ +} + + +/* + * Downsample pixel values of a single component. + * This version handles arbitrary integral sampling ratios, without smoothing. + * Note that this version is not actually used for customary sampling ratios. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +int_downsample (compress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#else +int_downsample (cinfo, which_component, + input_cols, input_rows, + output_cols, output_rows, + above, input_data, below, + output_data) + compress_info_ptr cinfo; + int which_component; + long input_cols; + int input_rows; + long output_cols; + int output_rows; + JSAMPARRAY above; + JSAMPARRAY input_data; + JSAMPARRAY below; + JSAMPARRAY output_data; +#endif /* NeedFunctionPrototypes */ +#else +int_downsample (compress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#endif /* XIE_SUPPORTED */ +{ + jpeg_component_info * compptr = cinfo->cur_comp_info[which_component]; + int inrow, outrow, h_expand, v_expand, numpix, numpix2, h, v; + long outcol, outcol_h; /* outcol_h == outcol*h_expand */ + JSAMPROW inptr, outptr; + INT32 outvalue; + +#ifndef XIE_SUPPORTED +#ifdef DEBUG /* for debugging pipeline controller */ + if (output_rows != compptr->v_samp_factor || + input_rows != cinfo->max_v_samp_factor || + (output_cols % compptr->h_samp_factor) != 0 || + (input_cols % cinfo->max_h_samp_factor) != 0 || + input_cols*compptr->h_samp_factor != output_cols*cinfo->max_h_samp_factor) + ERREXIT(cinfo->emethods, "Bogus downsample parameters"); +#endif +#endif /* XIE_SUPPORTED */ + + h_expand = cinfo->max_h_samp_factor / compptr->h_samp_factor; + v_expand = cinfo->max_v_samp_factor / compptr->v_samp_factor; + numpix = h_expand * v_expand; + numpix2 = numpix/2; + + inrow = 0; + for (outrow = 0; outrow < output_rows; outrow++) { + outptr = output_data[outrow]; + for (outcol = 0, outcol_h = 0; outcol < output_cols; + outcol++, outcol_h += h_expand) { + outvalue = 0; + for (v = 0; v < v_expand; v++) { + inptr = input_data[inrow+v] + outcol_h; + for (h = 0; h < h_expand; h++) { + outvalue += (INT32) GETJSAMPLE(*inptr++); + } + } + *outptr++ = (JSAMPLE) ((outvalue + numpix2) / numpix); + } + inrow += v_expand; + } +} + + +/* + * Downsample pixel values of a single component. + * This version handles the common case of 2:1 horizontal and 1:1 vertical, + * without smoothing. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +h2v1_downsample (compress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#else +h2v1_downsample (cinfo, which_component, + input_cols, input_rows, + output_cols, output_rows, + above, input_data, below, + output_data) + compress_info_ptr cinfo; + int which_component; + long input_cols; + int input_rows; + long output_cols; + int output_rows; + JSAMPARRAY above; + JSAMPARRAY input_data; + JSAMPARRAY below; + JSAMPARRAY output_data; +#endif /* NeedFunctionPrototypes */ +#else +h2v1_downsample (compress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#endif /* XIE_SUPPORTED */ +{ + int outrow; + long outcol; + register JSAMPROW inptr, outptr; + +#ifndef XIE_SUPPORTED +#ifdef DEBUG /* for debugging pipeline controller */ + jpeg_component_info * compptr = cinfo->cur_comp_info[which_component]; + if (output_rows != compptr->v_samp_factor || + input_rows != cinfo->max_v_samp_factor || + (output_cols % compptr->h_samp_factor) != 0 || + (input_cols % cinfo->max_h_samp_factor) != 0 || + input_cols*compptr->h_samp_factor != output_cols*cinfo->max_h_samp_factor) + ERREXIT(cinfo->emethods, "Bogus downsample parameters"); +#endif +#endif /* XIE_SUPPORTED */ + + for (outrow = 0; outrow < output_rows; outrow++) { + outptr = output_data[outrow]; + inptr = input_data[outrow]; + for (outcol = 0; outcol < output_cols; outcol++) { + *outptr++ = (JSAMPLE) ((GETJSAMPLE(*inptr) + GETJSAMPLE(inptr[1]) + + 1) >> 1); + inptr += 2; + } + } +} + + +/* + * Downsample pixel values of a single component. + * This version handles the standard case of 2:1 horizontal and 2:1 vertical, + * without smoothing. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +h2v2_downsample (compress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#else +h2v2_downsample (cinfo, which_component, + input_cols, input_rows, + output_cols, output_rows, + above, input_data, below, + output_data) + compress_info_ptr cinfo; + int which_component; + long input_cols; + int input_rows; + long output_cols; + int output_rows; + JSAMPARRAY above; + JSAMPARRAY input_data; + JSAMPARRAY below; + JSAMPARRAY output_data; +#endif /* NeedFunctionPrototypes */ +#else +h2v2_downsample (compress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#endif /* XIE_SUPPORTED */ +{ + int inrow, outrow; + long outcol; + register JSAMPROW inptr0, inptr1, outptr; + +#ifndef XIE_SUPPORTED +#ifdef DEBUG /* for debugging pipeline controller */ + jpeg_component_info * compptr = cinfo->cur_comp_info[which_component]; + if (output_rows != compptr->v_samp_factor || + input_rows != cinfo->max_v_samp_factor || + (output_cols % compptr->h_samp_factor) != 0 || + (input_cols % cinfo->max_h_samp_factor) != 0 || + input_cols*compptr->h_samp_factor != output_cols*cinfo->max_h_samp_factor) + ERREXIT(cinfo->emethods, "Bogus downsample parameters"); +#endif +#endif /* XIE_SUPPORTED */ + + inrow = 0; + for (outrow = 0; outrow < output_rows; outrow++) { + outptr = output_data[outrow]; + inptr0 = input_data[inrow]; + inptr1 = input_data[inrow+1]; + for (outcol = 0; outcol < output_cols; outcol++) { + *outptr++ = (JSAMPLE) ((GETJSAMPLE(*inptr0) + GETJSAMPLE(inptr0[1]) + + GETJSAMPLE(*inptr1) + GETJSAMPLE(inptr1[1]) + + 2) >> 2); + inptr0 += 2; inptr1 += 2; + } + inrow += 2; + } +} + + +/* + * Downsample pixel values of a single component. + * This version handles the special case of a full-size component, + * without smoothing. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +fullsize_downsample (compress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#else +fullsize_downsample (cinfo, which_component, + input_cols, input_rows, + output_cols, output_rows, + above, input_data, below, + output_data) + compress_info_ptr cinfo; + int which_component; + long input_cols; + int input_rows; + long output_cols; + int output_rows; + JSAMPARRAY above; + JSAMPARRAY input_data; + JSAMPARRAY below; + JSAMPARRAY output_data; +#endif /* NeedFunctionPrototypes */ +#else +fullsize_downsample (compress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#endif /* XIE_SUPPORTED */ +{ +#ifndef XIE_SUPPORTED +#ifdef DEBUG /* for debugging pipeline controller */ + if (input_cols != output_cols || input_rows != output_rows) + ERREXIT(cinfo->emethods, "Pipeline controller messed up"); +#endif +#endif /* XIE_SUPPORTED */ + + jcopy_sample_rows(input_data, 0, output_data, 0, output_rows, output_cols); +} + + +#ifdef INPUT_SMOOTHING_SUPPORTED + +/* + * Downsample pixel values of a single component. + * This version handles the standard case of 2:1 horizontal and 2:1 vertical, + * with smoothing. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +h2v2_smooth_downsample (compress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#else +h2v2_smooth_downsample (cinfo, which_component, + input_cols, input_rows, + output_cols, output_rows, + above, input_data, below, + output_data) + compress_info_ptr cinfo; + int which_component; + long input_cols; + int input_rows; + long output_cols; + int output_rows; + JSAMPARRAY above; + JSAMPARRAY input_data; + JSAMPARRAY below; + JSAMPARRAY output_data; +#endif /* NeedFunctionPrototypes */ +#else +h2v2_smooth_downsample (compress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#endif /* XIE_SUPPORTED */ +{ + int inrow, outrow; + long colctr; + register JSAMPROW inptr0, inptr1, above_ptr, below_ptr, outptr; + INT32 membersum, neighsum, memberscale, neighscale; + +#ifndef XIE_SUPPORTED +#ifdef DEBUG /* for debugging pipeline controller */ + jpeg_component_info * compptr = cinfo->cur_comp_info[which_component]; + if (output_rows != compptr->v_samp_factor || + input_rows != cinfo->max_v_samp_factor || + (output_cols % compptr->h_samp_factor) != 0 || + (input_cols % cinfo->max_h_samp_factor) != 0 || + input_cols*compptr->h_samp_factor != output_cols*cinfo->max_h_samp_factor) + ERREXIT(cinfo->emethods, "Bogus downsample parameters"); +#endif +#endif /* XIE_SUPPORTED */ + + /* We don't bother to form the individual "smoothed" input pixel values; + * we can directly compute the output which is the average of the four + * smoothed values. Each of the four member pixels contributes a fraction + * (1-8*SF) to its own smoothed image and a fraction SF to each of the three + * other smoothed pixels, therefore a total fraction (1-5*SF)/4 to the final + * output. The four corner-adjacent neighbor pixels contribute a fraction + * SF to just one smoothed pixel, or SF/4 to the final output; while the + * eight edge-adjacent neighbors contribute SF to each of two smoothed + * pixels, or SF/2 overall. In order to use integer arithmetic, these + * factors are scaled by 2^16 = 65536. + * Also recall that SF = smoothing_factor / 1024. + */ + + memberscale = 16384 - cinfo->smoothing_factor * 80; /* scaled (1-5*SF)/4 */ + neighscale = cinfo->smoothing_factor * 16; /* scaled SF/4 */ + + inrow = 0; + for (outrow = 0; outrow < output_rows; outrow++) { + outptr = output_data[outrow]; + inptr0 = input_data[inrow]; + inptr1 = input_data[inrow+1]; + if (inrow == 0) + above_ptr = above[input_rows-1]; + else + above_ptr = input_data[inrow-1]; + if (inrow >= input_rows-2) + below_ptr = below[0]; + else + below_ptr = input_data[inrow+2]; + + /* Special case for first column: pretend column -1 is same as column 0 */ + membersum = GETJSAMPLE(*inptr0) + GETJSAMPLE(inptr0[1]) + + GETJSAMPLE(*inptr1) + GETJSAMPLE(inptr1[1]); + neighsum = GETJSAMPLE(*above_ptr) + GETJSAMPLE(above_ptr[1]) + + GETJSAMPLE(*below_ptr) + GETJSAMPLE(below_ptr[1]) + + GETJSAMPLE(*inptr0) + GETJSAMPLE(inptr0[2]) + + GETJSAMPLE(*inptr1) + GETJSAMPLE(inptr1[2]); + neighsum += neighsum; + neighsum += GETJSAMPLE(*above_ptr) + GETJSAMPLE(above_ptr[2]) + + GETJSAMPLE(*below_ptr) + GETJSAMPLE(below_ptr[2]); + membersum = membersum * memberscale + neighsum * neighscale; + *outptr++ = (JSAMPLE) ((membersum + 32768L) >> 16); + inptr0 += 2; inptr1 += 2; above_ptr += 2; below_ptr += 2; + + for (colctr = output_cols - 2; colctr > 0; colctr--) { + /* sum of pixels directly mapped to this output element */ + membersum = GETJSAMPLE(*inptr0) + GETJSAMPLE(inptr0[1]) + + GETJSAMPLE(*inptr1) + GETJSAMPLE(inptr1[1]); + /* sum of edge-neighbor pixels */ + neighsum = GETJSAMPLE(*above_ptr) + GETJSAMPLE(above_ptr[1]) + + GETJSAMPLE(*below_ptr) + GETJSAMPLE(below_ptr[1]) + + GETJSAMPLE(inptr0[-1]) + GETJSAMPLE(inptr0[2]) + + GETJSAMPLE(inptr1[-1]) + GETJSAMPLE(inptr1[2]); + /* The edge-neighbors count twice as much as corner-neighbors */ + neighsum += neighsum; + /* Add in the corner-neighbors */ + neighsum += GETJSAMPLE(above_ptr[-1]) + GETJSAMPLE(above_ptr[2]) + + GETJSAMPLE(below_ptr[-1]) + GETJSAMPLE(below_ptr[2]); + /* form final output scaled up by 2^16 */ + membersum = membersum * memberscale + neighsum * neighscale; + /* round, descale and output it */ + *outptr++ = (JSAMPLE) ((membersum + 32768L) >> 16); + inptr0 += 2; inptr1 += 2; above_ptr += 2; below_ptr += 2; + } + + /* Special case for last column */ + membersum = GETJSAMPLE(*inptr0) + GETJSAMPLE(inptr0[1]) + + GETJSAMPLE(*inptr1) + GETJSAMPLE(inptr1[1]); + neighsum = GETJSAMPLE(*above_ptr) + GETJSAMPLE(above_ptr[1]) + + GETJSAMPLE(*below_ptr) + GETJSAMPLE(below_ptr[1]) + + GETJSAMPLE(inptr0[-1]) + GETJSAMPLE(inptr0[1]) + + GETJSAMPLE(inptr1[-1]) + GETJSAMPLE(inptr1[1]); + neighsum += neighsum; + neighsum += GETJSAMPLE(above_ptr[-1]) + GETJSAMPLE(above_ptr[1]) + + GETJSAMPLE(below_ptr[-1]) + GETJSAMPLE(below_ptr[1]); + membersum = membersum * memberscale + neighsum * neighscale; + *outptr = (JSAMPLE) ((membersum + 32768L) >> 16); + + inrow += 2; + } +} + + +/* + * Downsample pixel values of a single component. + * This version handles the special case of a full-size component, + * with smoothing. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +fullsize_smooth_downsample (compress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#else +fullsize_smooth_downsample (cinfo, which_component, + input_cols, input_rows, + output_cols, output_rows, + above, input_data, below, + output_data) + compress_info_ptr cinfo; + int which_component; + long input_cols; + int input_rows; + long output_cols; + int output_rows; + JSAMPARRAY above; + JSAMPARRAY input_data; + JSAMPARRAY below; + JSAMPARRAY output_data; +#endif /* NeedFunctionPrototypes */ +#else +fullsize_smooth_downsample (compress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#endif /* XIE_SUPPORTED */ +{ + int outrow; + long colctr; + register JSAMPROW inptr, above_ptr, below_ptr, outptr; + INT32 membersum, neighsum, memberscale, neighscale; + int colsum, lastcolsum, nextcolsum; + +#ifndef XIE_SUPPORTED +#ifdef DEBUG /* for debugging pipeline controller */ + if (input_cols != output_cols || input_rows != output_rows) + ERREXIT(cinfo->emethods, "Pipeline controller messed up"); +#endif +#endif /* XIE_SUPPORTED */ + + /* Each of the eight neighbor pixels contributes a fraction SF to the + * smoothed pixel, while the main pixel contributes (1-8*SF). In order + * to use integer arithmetic, these factors are multiplied by 2^16 = 65536. + * Also recall that SF = smoothing_factor / 1024. + */ + + memberscale = 65536L - cinfo->smoothing_factor * 512L; /* scaled 1-8*SF */ + neighscale = cinfo->smoothing_factor * 64; /* scaled SF */ + + for (outrow = 0; outrow < output_rows; outrow++) { + outptr = output_data[outrow]; + inptr = input_data[outrow]; + if (outrow == 0) + above_ptr = above[input_rows-1]; + else + above_ptr = input_data[outrow-1]; + if (outrow >= input_rows-1) + below_ptr = below[0]; + else + below_ptr = input_data[outrow+1]; + + /* Special case for first column */ + colsum = GETJSAMPLE(*above_ptr++) + GETJSAMPLE(*below_ptr++) + + GETJSAMPLE(*inptr); + membersum = GETJSAMPLE(*inptr++); + nextcolsum = GETJSAMPLE(*above_ptr) + GETJSAMPLE(*below_ptr) + + GETJSAMPLE(*inptr); + neighsum = colsum + (colsum - membersum) + nextcolsum; + membersum = membersum * memberscale + neighsum * neighscale; + *outptr++ = (JSAMPLE) ((membersum + 32768L) >> 16); + lastcolsum = colsum; colsum = nextcolsum; + + for (colctr = output_cols - 2; colctr > 0; colctr--) { + membersum = GETJSAMPLE(*inptr++); + above_ptr++; below_ptr++; + nextcolsum = GETJSAMPLE(*above_ptr) + GETJSAMPLE(*below_ptr) + + GETJSAMPLE(*inptr); + neighsum = lastcolsum + (colsum - membersum) + nextcolsum; + membersum = membersum * memberscale + neighsum * neighscale; + *outptr++ = (JSAMPLE) ((membersum + 32768L) >> 16); + lastcolsum = colsum; colsum = nextcolsum; + } + + /* Special case for last column */ + membersum = GETJSAMPLE(*inptr); + neighsum = lastcolsum + (colsum - membersum) + colsum; + membersum = membersum * memberscale + neighsum * neighscale; + *outptr = (JSAMPLE) ((membersum + 32768L) >> 16); + + } +} + +#endif /* INPUT_SMOOTHING_SUPPORTED */ + + +/* + * Clean up after a scan. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +downsample_term (compress_info_ptr cinfo) +#else +downsample_term (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +downsample_term (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + /* no work for now */ +} + + + +/* + * The method selection routine for downsampling. + * Note that we must select a routine for each component. + */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jseldownsample (compress_info_ptr cinfo) +#else +jseldownsample (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +jseldownsample (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + short ci; + jpeg_component_info * compptr; + boolean smoothok = TRUE; + +#ifndef XIE_SUPPORTED + if (cinfo->CCIR601_sampling) + ERREXIT(cinfo->emethods, "CCIR601 downsampling not implemented yet"); +#endif /* XIE_SUPPORTED */ + + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + compptr = cinfo->cur_comp_info[ci]; + if (compptr->h_samp_factor == cinfo->max_h_samp_factor && + compptr->v_samp_factor == cinfo->max_v_samp_factor) { +#ifdef INPUT_SMOOTHING_SUPPORTED + if (cinfo->smoothing_factor) + cinfo->methods->downsample[ci] = fullsize_smooth_downsample; + else +#endif + cinfo->methods->downsample[ci] = fullsize_downsample; + } else if (compptr->h_samp_factor * 2 == cinfo->max_h_samp_factor && + compptr->v_samp_factor == cinfo->max_v_samp_factor) { + smoothok = FALSE; + cinfo->methods->downsample[ci] = h2v1_downsample; + } else if (compptr->h_samp_factor * 2 == cinfo->max_h_samp_factor && + compptr->v_samp_factor * 2 == cinfo->max_v_samp_factor) { +#ifdef INPUT_SMOOTHING_SUPPORTED + if (cinfo->smoothing_factor) + cinfo->methods->downsample[ci] = h2v2_smooth_downsample; + else +#endif + cinfo->methods->downsample[ci] = h2v2_downsample; + } else if ((cinfo->max_h_samp_factor % compptr->h_samp_factor) == 0 && + (cinfo->max_v_samp_factor % compptr->v_samp_factor) == 0) { + smoothok = FALSE; + cinfo->methods->downsample[ci] = int_downsample; + } else +#ifdef XIE_SUPPORTED + {} +#else + ERREXIT(cinfo->emethods, "Fractional downsampling not implemented yet"); +#endif /* XIE_SUPPORTED */ + } + +#ifndef XIE_SUPPORTED +#ifdef INPUT_SMOOTHING_SUPPORTED + if (cinfo->smoothing_factor && !smoothok) + TRACEMS(cinfo->emethods, 0, + "Smoothing not supported with nonstandard sampling ratios"); +#endif +#endif /* XIE_SUPPORTED */ + + cinfo->methods->downsample_init = downsample_init; + cinfo->methods->downsample_term = downsample_term; +} diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcxie.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcxie.c new file mode 100644 index 0000000..0033464 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcxie.c @@ -0,0 +1,689 @@ +/* $XConsortium: jcxie.c,v 1.4 94/04/17 20:35:32 rws Exp $ */ +/* Module jcxie.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + jcxie.c: Xie JPEG Compression Interface Routines + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * Copyright (C) 1992, Thomas G. Lane. + * This file was derived in part from the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + */ + +#include "jinclude.h" + +/* On normal machines we can apply MEMCOPY() and MEMZERO() to sample arrays + * and coefficient-block arrays. This won't work on 80x86 because the arrays + * are FAR and we're assuming a small-pointer memory model. However, some + * DOS compilers provide far-pointer versions of memcpy() and memset() even + * in the small-model libraries. These will be used if USE_FMEM is defined. + * Otherwise, the routines below do it the hard way. (The performance cost + * is not all that great, because these routines aren't very heavily used.) + */ + +#ifndef NEED_FAR_POINTERS /* normal case, same as regular macros */ +#define FMEMCOPY(dest,src,size) MEMCOPY(dest,src,size) +#define FMEMZERO(target,size) MEMZERO(target,size) +#else /* 80x86 case, define if we can */ +#ifdef USE_FMEM +#define FMEMCOPY(dest,src,size) _fmemcpy((pointer*)(dest), (const pointer*)(src), (size_t)(size)) +#define FMEMZERO(target,size) _fmemset((pointer*)(target), 0, (size_t)(size)) +#endif +#endif + +/* + * This routine gets control after the input file header has been read. + * It must determine what output JPEG file format is to be written, + * and make any other compression parameter changes that are desirable. + */ + +METHODDEF void +#if NeedFunctionPrototypes +c_ui_method_selection (compress_info_ptr cinfo) +#else +c_ui_method_selection (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + /* If the input is gray scale, generate a monochrome JPEG file. */ + if (cinfo->in_color_space == CS_GRAYSCALE) + j_monochrome_default(cinfo); + /* For now, always select JFIF output format. */ + jselwjfif(cinfo); +} + +METHODDEF void +#if NeedFunctionPrototypes +c_per_scan_method_selection (compress_info_ptr cinfo) +#else +c_per_scan_method_selection (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Central point for per-scan method selection */ +{ + /* Edge expansion */ + jselexpand(cinfo); + /* Downsampling of pixels */ + jseldownsample(cinfo); + /* MCU extraction */ + jselcmcu(cinfo); +} + +LOCAL void +#if NeedFunctionPrototypes +c_initial_method_selection (compress_info_ptr cinfo) +#else +c_initial_method_selection (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Central point for initial method selection */ +{ + /* Input image reading method selection is already done. */ + /* So is output file header formatting (both are done by user interface). */ + + /* Entropy encoding: Huffman coding. */ + cinfo->arith_code = FALSE; /* force Huffman mode */ + jselchuffman(cinfo); + + /* Overall control (that's me!) */ + cinfo->methods->c_per_scan_method_selection = c_per_scan_method_selection; +} + +LOCAL int +#if NeedFunctionPrototypes +initial_setup (compress_info_ptr cinfo) +#else +initial_setup (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Do computations that are needed before initial method selection */ +{ + short ci; + jpeg_component_info *compptr; + + /* Compute maximum sampling factors; check factor validity */ + cinfo->max_h_samp_factor = 1; + cinfo->max_v_samp_factor = 1; + for (ci = 0; ci < cinfo->num_components; ci++) { + compptr = &cinfo->comp_info[ci]; + if (compptr->h_samp_factor<=0 || compptr->h_samp_factor>MAX_SAMP_FACTOR || + compptr->v_samp_factor<=0 || compptr->v_samp_factor>MAX_SAMP_FACTOR) + /* ERREXIT(cinfo->emethods, "Bogus sampling factors"); */ + return(XIE_ERR); + cinfo->max_h_samp_factor = MAX(cinfo->max_h_samp_factor, + compptr->h_samp_factor); + cinfo->max_v_samp_factor = MAX(cinfo->max_v_samp_factor, + compptr->v_samp_factor); + } + + /* Compute logical downsampled dimensions of components */ + for (ci = 0; ci < cinfo->num_components; ci++) { + compptr = &cinfo->comp_info[ci]; + compptr->true_comp_width = (cinfo->image_width * compptr->h_samp_factor + + cinfo->max_h_samp_factor - 1) + / cinfo->max_h_samp_factor; + compptr->true_comp_height = (cinfo->image_height * compptr->v_samp_factor + + cinfo->max_v_samp_factor - 1) + / cinfo->max_v_samp_factor; + } + return(0); +} + +/* + * Utility routines: common code for pipeline controllers + */ + +LOCAL int +#if NeedFunctionPrototypes +interleaved_scan_setup (compress_info_ptr cinfo) +#else +interleaved_scan_setup (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Compute all derived info for an interleaved (multi-component) scan */ +/* On entry, cinfo->comps_in_scan and cinfo->cur_comp_info[] are set up */ +{ + short ci, mcublks; + jpeg_component_info *compptr; + + if (cinfo->comps_in_scan > MAX_COMPS_IN_SCAN) + /* ERREXIT(cinfo->emethods, "Too many components for interleaved scan"); */ + return(XIE_ERR); + + cinfo->MCUs_per_row = (cinfo->image_width + + cinfo->max_h_samp_factor*DCTSIZE - 1) + / (cinfo->max_h_samp_factor*DCTSIZE); + + cinfo->MCU_rows_in_scan = (cinfo->image_height + + cinfo->max_v_samp_factor*DCTSIZE - 1) + / (cinfo->max_v_samp_factor*DCTSIZE); + + cinfo->blocks_in_MCU = 0; + + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + compptr = cinfo->cur_comp_info[ci]; + /* for interleaved scan, sampling factors give # of blocks per component */ + compptr->MCU_width = compptr->h_samp_factor; + compptr->MCU_height = compptr->v_samp_factor; + compptr->MCU_blocks = compptr->MCU_width * compptr->MCU_height; + /* compute physical dimensions of component */ + compptr->downsampled_width = jround_up(compptr->true_comp_width, + (long) (compptr->MCU_width*DCTSIZE)); + compptr->downsampled_height = jround_up(compptr->true_comp_height, + (long) (compptr->MCU_height*DCTSIZE)); + /* Sanity check */ + if (compptr->downsampled_width != + (cinfo->MCUs_per_row * (compptr->MCU_width*DCTSIZE))) + /* ERREXIT(cinfo->emethods, "I'm confused about the image width"); */ + return(XIE_ERR); + /* Prepare array describing MCU composition */ + mcublks = compptr->MCU_blocks; + if (cinfo->blocks_in_MCU + mcublks > MAX_BLOCKS_IN_MCU) + /* ERREXIT(cinfo->emethods, "Sampling factors too large for interleaved scan"); */ + return(XIE_ERR); + while (mcublks-- > 0) { + cinfo->MCU_membership[cinfo->blocks_in_MCU++] = ci; + } + } + + /* Convert restart specified in rows to actual MCU count. */ + /* Note that count must fit in 16 bits, so we provide limiting. */ + if (cinfo->restart_in_rows > 0) { + long nominal = cinfo->restart_in_rows * cinfo->MCUs_per_row; + cinfo->restart_interval = (UINT16) MIN(nominal, 65535L); + } + + (*cinfo->methods->c_per_scan_method_selection) (cinfo); + return(0); +} + +LOCAL void +#if NeedFunctionPrototypes +noninterleaved_scan_setup (compress_info_ptr cinfo) +#else +noninterleaved_scan_setup (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Compute all derived info for a noninterleaved (single-component) scan */ +/* On entry, cinfo->comps_in_scan = 1 and cinfo->cur_comp_info[0] is set up */ +{ + jpeg_component_info *compptr = cinfo->cur_comp_info[0]; + + /* for noninterleaved scan, always one block per MCU */ + compptr->MCU_width = 1; + compptr->MCU_height = 1; + compptr->MCU_blocks = 1; + /* compute physical dimensions of component */ + compptr->downsampled_width = jround_up(compptr->true_comp_width, + (long) DCTSIZE); + compptr->downsampled_height = jround_up(compptr->true_comp_height, + (long) DCTSIZE); + + cinfo->MCUs_per_row = compptr->downsampled_width / DCTSIZE; + cinfo->MCU_rows_in_scan = compptr->downsampled_height / DCTSIZE; + + /* Prepare array describing MCU composition */ + cinfo->blocks_in_MCU = 1; + cinfo->MCU_membership[0] = 0; + + /* Convert restart specified in rows to actual MCU count. */ + /* Note that count must fit in 16 bits, so we provide limiting. */ + if (cinfo->restart_in_rows > 0) { + long nominal = cinfo->restart_in_rows * cinfo->MCUs_per_row; + cinfo->restart_interval = (UINT16) MIN(nominal, 65535L); + } + + (*cinfo->methods->c_per_scan_method_selection) (cinfo); +} + + +LOCAL int +#if NeedFunctionPrototypes +alloc_sampling_buffer (compress_info_ptr cinfo, JSAMPIMAGE fullsize_data[2], + long fullsize_width) +#else +alloc_sampling_buffer (cinfo, fullsize_data, fullsize_width) + compress_info_ptr cinfo; + JSAMPIMAGE fullsize_data[2]; + long fullsize_width; +#endif /* NeedFunctionPrototypes */ +/* Create a pre-downsampling data buffer having the desired structure */ +/* (see comments at head of file) */ +{ + short ci, vs, i; + + vs = cinfo->max_v_samp_factor; /* row group height */ + + /* Get top-level space for array pointers */ + fullsize_data[0] = (JSAMPIMAGE) (*cinfo->emethods->c_alloc_small) + (cinfo, (cinfo->num_components * SIZEOF(JSAMPARRAY))); + if (fullsize_data[0] == NULL) + return(XIE_ERR); + fullsize_data[1] = (JSAMPIMAGE) (*cinfo->emethods->c_alloc_small) + (cinfo, (cinfo->num_components * SIZEOF(JSAMPARRAY))); + if (fullsize_data[1] == NULL) + return(XIE_ERR); + + for (ci = 0; ci < cinfo->num_components; ci++) { + /* Allocate the real storage */ + fullsize_data[0][ci] = (*cinfo->emethods->c_alloc_small_sarray) + (cinfo, fullsize_width, + (long) (vs * (DCTSIZE+2))); + if (fullsize_data[0][ci] == NULL) + return(XIE_ERR); + /* Create space for the scrambled-order pointers */ + fullsize_data[1][ci] = (JSAMPARRAY) (*cinfo->emethods->c_alloc_small) + (cinfo, (vs * (DCTSIZE+2) * SIZEOF(JSAMPROW))); + if (fullsize_data[1][ci] == NULL) + return(XIE_ERR); + /* Duplicate the first DCTSIZE-2 row groups */ + for (i = 0; i < vs * (DCTSIZE-2); i++) { + fullsize_data[1][ci][i] = fullsize_data[0][ci][i]; + } + /* Copy the last four row groups in swapped order */ + for (i = 0; i < vs * 2; i++) { + fullsize_data[1][ci][vs*DCTSIZE + i] = fullsize_data[0][ci][vs*(DCTSIZE-2) + i]; + fullsize_data[1][ci][vs*(DCTSIZE-2) + i] = fullsize_data[0][ci][vs*DCTSIZE + i]; + } + } + return(0); +} + + +LOCAL void +#if NeedFunctionPrototypes +downsample (compress_info_ptr cinfo, + JSAMPIMAGE fullsize_data, JSAMPIMAGE sampled_data, + long fullsize_width, + short above, short current, short below, short out) +#else +downsample (cinfo, + fullsize_data, sampled_data, + fullsize_width, + above, current, below, out) + compress_info_ptr cinfo; + JSAMPIMAGE fullsize_data; + JSAMPIMAGE sampled_data; + long fullsize_width; + short above; + short current; + short below; + short out; +#endif /* NeedFunctionPrototypes */ +/* Do downsampling of a single row group (of each component). */ +/* above, current, below are indexes of row groups in fullsize_data; */ +/* out is the index of the target row group in sampled_data. */ +/* Special case: above, below can be -1 to indicate top, bottom of image. */ +{ + jpeg_component_info *compptr; + JSAMPARRAY above_ptr, below_ptr; + JSAMPROW dummy[MAX_SAMP_FACTOR]; /* for downsample expansion at top/bottom */ + short ci, vs, i; + + vs = cinfo->max_v_samp_factor; /* row group height */ + + for (ci = 0; ci < cinfo->num_components; ci++) { + compptr = & cinfo->comp_info[ci]; + + if (above >= 0) + above_ptr = fullsize_data[ci] + above * vs; + else { + /* Top of image: make a dummy above-context with copies of 1st row */ + /* We assume current=0 in this case */ + for (i = 0; i < vs; i++) + dummy[i] = fullsize_data[ci][0]; + above_ptr = (JSAMPARRAY) dummy; /* possible near->far pointer conv */ + } + + if (below >= 0) + below_ptr = fullsize_data[ci] + below * vs; + else { + /* Bot of image: make a dummy below-context with copies of last row */ + for (i = 0; i < vs; i++) + dummy[i] = fullsize_data[ci][(current+1)*vs-1]; + below_ptr = (JSAMPARRAY) dummy; /* possible near->far pointer conv */ + } + + (*cinfo->methods->downsample[ci]) + (cinfo, (int) ci, + fullsize_width, (int) vs, + compptr->downsampled_width, (int) compptr->v_samp_factor, + above_ptr, + fullsize_data[ci] + current * vs, + below_ptr, + sampled_data[ci] + out * compptr->v_samp_factor); + } +} + +METHODDEF int +#if NeedFunctionPrototypes +jcXIE_init (compress_info_ptr cinfo) +#else +jcXIE_init (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + int status; + short ci; + +/* + * Initialize cinfo with default switch settings. + */ + + /* (Re-)initialize the system-dependent error and memory managers. */ + jcselmemmgr(cinfo, cinfo->emethods); /* memory allocation routines */ + cinfo->methods->c_ui_method_selection = c_ui_method_selection; + + /* Set up default JPEG parameters. */ + /* Note that default -quality level here need not, and does not, + * match the default scaling for an explicit -qtables argument. + */ + + /* default quality level = 75 */ + if (j_c_defaults(cinfo, 75, FALSE) == XIE_ERR) + return(XIE_ERR); + + /* Init pass counts to 0 --- total_passes is adjusted in method selection */ + cinfo->total_passes = 0; + cinfo->completed_passes = 0; + cinfo->data_precision = 8; /* always, even if 12-bit JSAMPLEs */ + + /* Give UI a chance to adjust compression parameters and select */ + /* output file format based on results of input_init. */ + (*cinfo->methods->c_ui_method_selection) (cinfo); + + /* Now select methods for compression steps. */ + if ((status = initial_setup(cinfo)) < 0) + return(status); + c_initial_method_selection(cinfo); + + /* Prepare for single scan containing all components */ + if (cinfo->num_components > MAX_COMPS_IN_SCAN) + /* ERREXIT(cinfo->emethods, "Too many components for interleaved scan"); */ + return(XIE_ERR); + cinfo->comps_in_scan = cinfo->num_components; + for (ci = 0; ci < cinfo->num_components; ci++) { + cinfo->cur_comp_info[ci] = &cinfo->comp_info[ci]; + } + if (cinfo->comps_in_scan == 1) { + noninterleaved_scan_setup(cinfo); + /* Vk block rows constitute the same number of MCU rows */ + cinfo->mcu_rows_per_loop = cinfo->cur_comp_info[0]->v_samp_factor; + } else { + if ((status = interleaved_scan_setup(cinfo)) < 0) + return(status); + /* in an interleaved scan, one MCU row contains Vk block rows */ + cinfo->mcu_rows_per_loop = 1; + } + cinfo->total_passes++; + + /* Compute dimensions of full-size pixel buffers */ + /* Note these are the same whether interleaved or not. */ + cinfo->rows_in_mem = cinfo->max_v_samp_factor * DCTSIZE; + cinfo->fullsize_width = jround_up(cinfo->image_width, + (long) (cinfo->max_h_samp_factor * DCTSIZE)); + + /* Allocate working memory: */ + /* fullsize_data is sample data before downsampling */ + if (alloc_sampling_buffer(cinfo, cinfo->fullsize_data, + cinfo->fullsize_width) == XIE_ERR) + return(XIE_ERR); + /* sampled_data is sample data after downsampling */ + cinfo->sampled_data = (JSAMPIMAGE) (*cinfo->emethods->c_alloc_small) + (cinfo, (cinfo->num_components * SIZEOF(JSAMPARRAY))); + if (cinfo->sampled_data == NULL) + return(XIE_ERR); + for (ci = 0; ci < cinfo->num_components; ci++) { + cinfo->sampled_data[ci] = (*cinfo->emethods->c_alloc_small_sarray) + (cinfo, cinfo->comp_info[ci].downsampled_width, + (long) (cinfo->comp_info[ci].v_samp_factor * DCTSIZE)); + if (cinfo->sampled_data[ci] == NULL) + return(XIE_ERR); + } + + /* Do per-scan object init */ + + if ((status = ((*cinfo->methods->entropy_encode_init) (cinfo))) < 0) + return(status); + (*cinfo->methods->downsample_init) (cinfo); + (*cinfo->methods->extract_init) (cinfo); + + cinfo->mcu_rows_output = 0; + cinfo->whichss = 0; /* arrange to start with fullsize_data[0] */ + cinfo->cur_pixel_row = 0; + cinfo->first_pixel_row = TRUE; + return(0); +} + +LOCAL void +#if NeedFunctionPrototypes +jcopy_pixel_rows (JSAMPARRAY input_array, + JSAMPIMAGE output_array, int dest_row, + int num_rows, long num_cols) +#else +jcopy_pixel_rows (input_array, + output_array, dest_row, + num_rows, num_cols) + JSAMPARRAY input_array; + JSAMPIMAGE output_array; + int dest_row; + int num_rows; + long num_cols; +#endif /* NeedFunctionPrototypes */ +/* Copy some rows of samples from one place to another. + * num_rows rows are copied from input_array[source_row++] + * to output_array[dest_row++]; these areas should not overlap. + * The source and destination arrays must be at least as wide as num_cols. + */ +{ + register JSAMPROW inptr, outptr; +#ifdef FMEMCOPY + register size_t count = (size_t) (num_cols * SIZEOF(JSAMPLE)); +#else + register long count; +#endif + register int row; + + for (row = 0; row < num_rows; row++) { + inptr = input_array[row]; + outptr = output_array[row][dest_row]; +#ifdef FMEMCOPY + FMEMCOPY(outptr, inptr, count); +#else + for (count = 0; count < num_cols; count++) + outptr[count] = inptr[count]; /* needn't bother with GETJSAMPLE() here */ +#endif + } +} + +GLOBAL int +#if NeedFunctionPrototypes +jcXIE_get (compress_info_ptr cinfo, + int row_to_process, JSAMPARRAY pixel_row) +#else +jcXIE_get (cinfo, row_to_process, pixel_row) + compress_info_ptr cinfo; + int row_to_process; + JSAMPARRAY pixel_row; +#endif /* NeedFunctionPrototypes */ +{ + int status; + short i; + short whichss; + + whichss = cinfo->whichss; + + if (cinfo->XIErestart == XIE_RNUL) { + + /* Obtain rows_this_time pixel rows and expand to rows_in_mem rows. */ + /* Then we have exactly DCTSIZE row groups for downsampling. */ + + jcopy_pixel_rows (pixel_row, + cinfo->fullsize_data[whichss], cinfo->cur_pixel_row, + cinfo->num_components, cinfo->image_width); + + if ((++(cinfo->cur_pixel_row)) < cinfo->rows_this_time) + return(0); + + (*cinfo->methods->edge_expand) (cinfo, + cinfo->image_width, cinfo->rows_this_time, + cinfo->fullsize_width, cinfo->rows_in_mem, + cinfo->fullsize_data[whichss]); + + } + /* Downsample the data (all components) */ + /* First time through is a special case */ + + if (cinfo->first_pixel_row == FALSE) { + if (cinfo->XIErestart == XIE_RNUL) { + /* Downsample last row group of previous set */ + downsample(cinfo, cinfo->fullsize_data[whichss], cinfo->sampled_data, + cinfo->fullsize_width, (short) DCTSIZE, + (short) (DCTSIZE+1), (short) 0, (short) (DCTSIZE-1)); + } + /* and dump the previous set's downsampled data */ + if ((status = (*cinfo->methods->extract_MCUs) (cinfo, cinfo->sampled_data, + cinfo->mcu_rows_per_loop, + cinfo->methods->entropy_encode)) < 0) { + return(status); + } + cinfo->mcu_rows_output += cinfo->mcu_rows_per_loop; + /* Downsample first row group of this set */ + downsample(cinfo, cinfo->fullsize_data[whichss], cinfo->sampled_data, + cinfo->fullsize_width, + (short) (DCTSIZE+1), (short) 0, (short) 1, (short) 0); + } else { + /* Downsample first row group with dummy above-context */ + downsample(cinfo, cinfo->fullsize_data[whichss], cinfo->sampled_data, + cinfo->fullsize_width, + (short) (-1), (short) 0, (short) 1, (short) 0); + cinfo->first_pixel_row = FALSE; + } + /* Downsample second through next-to-last row groups of this set */ + for (i = 1; i <= DCTSIZE-2; i++) { + downsample(cinfo, cinfo->fullsize_data[whichss], cinfo->sampled_data, + cinfo->fullsize_width, + (short) (i-1), (short) i, (short) (i+1), (short) i); + } + cinfo->whichss ^= 1; /* switch to other fullsize_data buffer */ + cinfo->cur_pixel_row = 0; + return(0); +} + +METHODDEF int +#if NeedFunctionPrototypes +jcXIE_term (compress_info_ptr cinfo) +#else +jcXIE_term (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + int status; + short whichss; + + if (cinfo->XIErestart == XIE_RNUL) { + whichss = cinfo->whichss ^ 1; /* switch back to other buffer */ + + /* Downsample the last row group with dummy below-context */ + /* Note whichss points to last buffer side used */ + downsample(cinfo, cinfo->fullsize_data[whichss], cinfo->sampled_data, + cinfo->fullsize_width, (short) (DCTSIZE-2), (short) (DCTSIZE-1), + (short) (-1), (short) (DCTSIZE-1)); + } + /* Dump the remaining data (may be less than full height if uninterleaved) */ + if ((status = (*cinfo->methods->extract_MCUs) (cinfo, cinfo->sampled_data, + (int) (cinfo->MCU_rows_in_scan - cinfo->mcu_rows_output), + cinfo->methods->entropy_encode)) < 0) { + return(status); + } + (*cinfo->methods->extract_term) (cinfo); + (*cinfo->methods->downsample_term) (cinfo); + (*cinfo->methods->entropy_encode_term) (cinfo); + cinfo->completed_passes++; + (*cinfo->emethods->c_free_all) (cinfo); + return(0); +} + +GLOBAL void +#if NeedFunctionPrototypes +jselrXIE (compress_info_ptr cinfo) +#else +jselrXIE (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + cinfo->methods->input_init = jcXIE_init; + /* cinfo->methods->get_input_row is set by input_init */ + cinfo->methods->input_term = jcXIE_term; +} + diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcxief.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcxief.c new file mode 100644 index 0000000..2fcf08d --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jcxief.c @@ -0,0 +1,492 @@ +/* $XConsortium: jcxief.c,v 1.4 94/04/17 20:35:32 rws Exp $ */ +/* Module jcxief.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + jcxief.c: Xie JPEG Compression Wrapper Routines + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +#include "jinclude.h" + +#ifdef THINK_C +#include /* command-line reader for Macintosh */ +#endif + +#if NeedFunctionPrototypes +GLOBAL void +jselrXIE (compress_info_ptr); +GLOBAL void +process_rgb_ycc_row (compress_info_ptr, JSAMPARRAY); +GLOBAL int +jcXIE_get (compress_info_ptr, int, JSAMPARRAY); +GLOBAL void +jcXIE_get_buffersize (compress_info_ptr); +GLOBAL int +j_add_quant_table (compress_info_ptr, int, const QUANT_VAL *, int, boolean); +GLOBAL int +add_huff_table (compress_info_ptr, HUFF_TBL **, const UINT8 *, const UINT8 *); +#endif /* NeedFunctionPrototypes */ + +/******************************************************************************/ + +LOCAL int +#if NeedFunctionPrototypes +load_quant_tables (compress_info_ptr cinfo, + UINT8 * q_table, int nq_table, int scale_factor) +#else +load_quant_tables (cinfo, q_table, nq_table, scale_factor) + compress_info_ptr cinfo; + UINT8 * q_table; + int nq_table; + int scale_factor; +#endif /* NeedFunctionPrototypes */ +/* Read a set of quantization tables pointed at by q_table. + * There may be one to NUM_QUANT_TBLS tables, each of 64 values. + * The tables are implicitly numbered 0, 1, etc. + */ +{ + /* ZIG[i] is the zigzag-order position of the i'th element of a DCT block */ + /* read in natural order (left to right, top to bottom). */ + static const short ZIG[DCTSIZE2] = { + 0, 1, 5, 6, 14, 15, 27, 28, + 2, 4, 7, 13, 16, 26, 29, 42, + 3, 8, 12, 17, 25, 30, 41, 43, + 9, 11, 18, 24, 31, 40, 44, 53, + 10, 19, 23, 32, 39, 45, 52, 54, + 20, 22, 33, 38, 46, 51, 55, 60, + 21, 34, 37, 47, 50, 56, 59, 61, + 35, 36, 48, 49, 57, 58, 62, 63 + }; + int numtables; + int tblno, i; + QUANT_TBL table; + + numtables = nq_table / 64; + if (numtables < 1 || numtables > NUM_QUANT_TBLS) + return(XIE_ERR); + + for (tblno = 0; tblno < numtables; tblno++) + { + for (i = 0; i < DCTSIZE2; i++) + table[ZIG[i]] = *q_table++; + j_add_quant_table(cinfo, tblno, table, scale_factor, FALSE); + } + return(0); +} + +LOCAL int +#if NeedFunctionPrototypes +load_ac_tables (compress_info_ptr cinfo, + UINT8 * ac_table, int nac_table) +#else +load_ac_tables (cinfo, ac_table, nac_table) + compress_info_ptr cinfo; + UINT8 * ac_table; + int nac_table; +#endif /* NeedFunctionPrototypes */ +/* Read a set of AC Huffman tables pointed at by ac_table. + * There may be one or two tables. + */ +{ + int i; + int count; + UINT8 bits[17]; + UINT8 val[256]; + + bits[0] = 0; + /* luminance AC coefficients */ + count = 0; + nac_table -= 16; + if (nac_table < 0) /* bad length */ + return(XIE_ERR); + for(i = 1; i < 17; i++) { + bits[i] = *ac_table++; + count += bits[i]; + } + nac_table -= count; + if (nac_table < 0 || 256 < count) /* bad length */ + return(XIE_ERR); + for(i = 0; i < count; i++) { + val[i] = *ac_table++; + } + if(XIE_ERR == add_huff_table(cinfo, &cinfo->ac_huff_tbl_ptrs[0], bits, val)) + return(XIE_ERR); + + /* chrominance AC coefficients */ + count = 0; + nac_table -= 16; + if (nac_table < 0) /* bad length */ + return(XIE_ERR); + for(i = 1; i < 17; i++) { + bits[i] = *ac_table++; + count += bits[i]; + } + nac_table -= count; + if (nac_table < 0 || 256 < count) /* bad length */ + return(XIE_ERR); + for(i = 0; i < count; i++) { + val[i] = *ac_table++; + } + if(XIE_ERR == add_huff_table(cinfo, &cinfo->ac_huff_tbl_ptrs[1], bits, val)) + return(XIE_ERR); + + return(0); +} + +LOCAL int +#if NeedFunctionPrototypes +load_dc_tables (compress_info_ptr cinfo, + UINT8 * dc_table, int ndc_table) +#else +load_dc_tables (cinfo, dc_table, ndc_table) + compress_info_ptr cinfo; + UINT8 * dc_table; + int ndc_table; +#endif /* NeedFunctionPrototypes */ +/* Read a set of DC Huffman tables pointed at by dc_table. + * There may be one or two tables. + */ +{ + int i; + int count; + UINT8 bits[17]; + UINT8 val[256]; + + bits[0] = 0; + /* luminance DC coefficients */ + count = 0; + ndc_table -= 16; + if (ndc_table < 0) /* bad length */ + return(XIE_ERR); + for(i = 1; i < 17; i++) { + bits[i] = *dc_table++; + count += bits[i]; + } + ndc_table -= count; + if (ndc_table < 0 || 256 < count) /* bad length */ + return(XIE_ERR); + for(i = 0; i < count; i++) { + val[i] = *dc_table++; + } + if(XIE_ERR == add_huff_table(cinfo, &cinfo->dc_huff_tbl_ptrs[0], bits, val)) + return(XIE_ERR); + + /* chrominance DC coefficients */ + count = 0; + ndc_table -= 16; + if (ndc_table < 0) /* bad length */ + return(XIE_ERR); + for(i = 1; i < 17; i++) { + bits[i] = *dc_table++; + count += bits[i]; + } + ndc_table -= count; + if (ndc_table < 0 || 256 < count) /* bad length */ + return(XIE_ERR); + for(i = 0; i < count; i++) { + val[i] = *dc_table++; + } + if(XIE_ERR == add_huff_table(cinfo, &cinfo->dc_huff_tbl_ptrs[1], bits, val)) + return(XIE_ERR); + + return(0); +} + +/******************************************************************************/ + +GLOBAL int +#if NeedFunctionPrototypes +JC_INIT (compress_info_ptr cinfo, + compress_methods_ptr cmethods, external_methods_ptr emethods) +#else +JC_INIT (cinfo, cmethods, emethods) + compress_info_ptr cinfo; + compress_methods_ptr cmethods; + external_methods_ptr emethods; +#endif /* NeedFunctionPrototypes */ +{ + /* Set up links to method structures. */ + cinfo->methods = cmethods; + cinfo->emethods = emethods; + + /* Set restart to NULL */ + cinfo->XIErestart = XIE_RNUL; + + jselrXIE (cinfo); + + return (XIE_NRML); +} + +GLOBAL int +#if NeedFunctionPrototypes +JC_BEGINFRAME (compress_info_ptr cinfo, + long components, long width, long height, + UINT8 * q_table, int nq_table, + UINT8 * ac_table, int nac_table, + UINT8 * dc_table, int ndc_table, + short * h_sample, short * v_sample) +#else +JC_BEGINFRAME (cinfo, components, width, height, + q_table, nq_table, ac_table, nac_table, dc_table, ndc_table, + h_sample, v_sample) + compress_info_ptr cinfo; + long components; + long width; + long height; + UINT8 * q_table; + int nq_table; + UINT8 * ac_table; + int nac_table; + UINT8 * dc_table; + int ndc_table; + short * h_sample, * v_sample; +#endif /* NeedFunctionPrototypes */ +{ + short ci; + short hsample, vsample, total; + int status; + int scale_factor = 100; + + if (cinfo->XIErestart == XIE_RNUL) { + cinfo->input_components = (short)components; + cinfo->image_width = width; + cinfo->image_height = height; + if (components == 1) + cinfo->in_color_space = CS_GRAYSCALE; + else + cinfo->in_color_space = CS_RGB; + + if (1 < components) { + total = 0; + for(ci = 0; ci < components; ci++) { + hsample = h_sample[ci]; + if (hsample <= 0 || MAX_SAMP_FACTOR < hsample) + return(XIE_ERR); /* bad sub-sampling factor */ + vsample = v_sample[ci]; + if (vsample <= 0 || MAX_SAMP_FACTOR < vsample) + return(XIE_ERR); /* bad sub-sampling factor */ + total += (hsample*vsample); + if (MAX_BLOCKS_IN_MCU < total) + return(XIE_ERR); /* bad sub-sampling factor(s) */ + cinfo->xie_h_samp_factor[ci] = hsample; + cinfo->xie_v_samp_factor[ci] = vsample; + } + } + + if (((*cinfo->methods->input_init) (cinfo)) == XIE_ERR) /* jcXIE_init (cinfo); */ + return(XIE_ERR); + } + + if (0 < nq_table) { + if ((load_quant_tables (cinfo, q_table, nq_table, scale_factor)) == XIE_ERR) + return(XIE_ERR); + } + + if (0 < nac_table) { + if ((load_ac_tables (cinfo, ac_table, nac_table)) == XIE_ERR) + return(XIE_ERR); + } + + if (0 < ndc_table) { + if ((load_dc_tables (cinfo, dc_table, ndc_table)) == XIE_ERR) + return(XIE_ERR); + } + + if ((cinfo->XIErestart == XIE_RNUL) || (cinfo->XIErestart == XIE_RWFH)) { + if ((status = ((*cinfo->methods->write_file_header) (cinfo))) < 0) { + if (status == XIE_ERR) + return(XIE_ERR); + cinfo->XIErestart = XIE_RWFH; /* set restart status */ + return(XIE_OUT); + } + } + if ((cinfo->XIErestart == XIE_RNUL) || (cinfo->XIErestart == XIE_RWSH)) { + if ((status = ((*cinfo->methods->write_scan_header) (cinfo))) < 0) { + if (status == XIE_ERR) + return(XIE_ERR); + cinfo->XIErestart = XIE_RWSH; /* set restart status */ + return(XIE_OUT); + } + } + + return (XIE_NRML); +} + +GLOBAL int +#if NeedFunctionPrototypes +JC_ENDFRAME (compress_info_ptr cinfo) +#else +JC_ENDFRAME (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + int status; + + /* jcXIE_term (cinfo); */ + if ((cinfo->XIErestart == XIE_RNUL) || (cinfo->XIErestart == XIE_RMCU)) { + if ((status = ((*cinfo->methods->input_term) (cinfo))) < 0) { + if (status == XIE_ERR) + return(XIE_ERR); + cinfo->XIErestart = XIE_RMCU; /* set restart status */ + return(XIE_OUT); + } + } + + (*cinfo->methods->write_scan_trailer) (cinfo); /* does nothing */ + if ((cinfo->XIErestart == XIE_RNUL) || (cinfo->XIErestart == XIE_RWFT)) { + if (((*cinfo->methods->write_file_trailer) (cinfo)) == XIE_OUT) { + cinfo->XIErestart = XIE_RWFT; /* set restart status */ + return(XIE_OUT); + } + } + return (XIE_NRML); +} + +GLOBAL int +#if NeedFunctionPrototypes +JC_SCANLINE_RGB (compress_info_ptr cinfo, + int * scanline, JSAMPROW ptr0, JSAMPROW ptr1, JSAMPROW ptr2) +#else +JC_SCANLINE_RGB (cinfo, scanline, ptr0, ptr1, ptr2) + compress_info_ptr cinfo; + int * scanline; + JSAMPROW ptr0; + JSAMPROW ptr1; + JSAMPROW ptr2; +#endif /* NeedFunctionPrototypes */ +{ + JSAMPROW pixel_row[3]; + int row, rows_this_time; + int status; + + row = *scanline; + if (cinfo->XIErestart == XIE_RNUL) { + if (cinfo->cur_pixel_row <= 0) { + rows_this_time = (int) MIN((long) cinfo->rows_in_mem, + cinfo->image_height - row); + if (rows_this_time <= 0) + return (XIE_NRML); + cinfo->rows_this_time = rows_this_time; + } + pixel_row[0] = ptr0; + pixel_row[1] = ptr1; + pixel_row[2] = ptr2; + } + if ((cinfo->XIErestart == XIE_RNUL) || (cinfo->XIErestart == XIE_RMCU)) { + if ((status = jcXIE_get (cinfo, row, pixel_row)) < 0) { + if (status == XIE_ERR) + return(XIE_ERR); + cinfo->XIErestart = XIE_RMCU; /* set restart status */ + return(XIE_OUT); + } + } + + return (XIE_NRML); +} + +GLOBAL int +#if NeedFunctionPrototypes +JC_SCANLINE_GRAY (compress_info_ptr cinfo, int * scanline, JSAMPROW ptr0) +#else +JC_SCANLINE_GRAY (cinfo, scanline, ptr0) + compress_info_ptr cinfo; + int * scanline; + JSAMPROW ptr0; +#endif /* NeedFunctionPrototypes */ +{ + JSAMPROW pixel_row[3]; + int row, rows_this_time; + int status; + + row = *scanline; + if (cinfo->XIErestart == XIE_RNUL) { + if (cinfo->cur_pixel_row <= 0) { + rows_this_time = (int) MIN((long) cinfo->rows_in_mem, + cinfo->image_height - row); + if (rows_this_time <= 0) + return (XIE_NRML); + cinfo->rows_this_time = rows_this_time; + } + pixel_row[0] = ptr0; + pixel_row[1] = 0; + pixel_row[2] = 0; + } + if ((cinfo->XIErestart == XIE_RNUL) || (cinfo->XIErestart == XIE_RMCU)) { + if ((status = jcXIE_get (cinfo, row, pixel_row)) < 0) { + if (status == XIE_ERR) + return(XIE_ERR); + cinfo->XIErestart = XIE_RMCU; /* set restart status */ + return(XIE_OUT); + } + } + + return (XIE_NRML); +} diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdbuffer.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdbuffer.c new file mode 100644 index 0000000..f6ffd7a --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdbuffer.c @@ -0,0 +1,150 @@ +/* $XConsortium: jdbuffer.c /main/5 1995/12/04 15:34:02 dpw $ */ +/*** jdbuffer.c - transfer data from input strip to decode buffer */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Ben Fahy, AGE Logic, Oct 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +#include "jpeg.h" + +/************************************************************************/ +int fill_jpeg_decode_buffer(state) +JpegDecodeState *state; +{ +decompress_info_ptr cinfo=state->cinfo; +unsigned char *start_of_rest_of_buffer; +int bytes_to_fill,sbytes_done,sbytes_left; + +/*** It is an error to call fill_jpeg_decode_buffer after + we have found out there is no more strip data +***/ + if (state->no_more_strips) + return(JPEG_BUFFER_BufferError); + +#define START_OF_JPEG_INPUT_BUFFER (cinfo->input_buffer + MIN_UNGET) + +/*** Whenever we fill the JPEG decode buffer, we always start by + copying existing data to start of buffer. This way we know + we have a nice contiguous buffer of JPEG_BUF_SIZE bytes long +***/ + if (cinfo->bytes_in_buffer) { + memcpy(START_OF_JPEG_INPUT_BUFFER, + cinfo->next_input_byte, + cinfo->bytes_in_buffer); + } + cinfo->next_input_byte = START_OF_JPEG_INPUT_BUFFER; + /* tells decoder (s)he can start reading here */ + +/*** Ok, now calculate how much fills the rest of the buffer, and + where to put it (assuming we can get the data from a strip) +***/ + start_of_rest_of_buffer = (unsigned char *) + cinfo->next_input_byte + cinfo->bytes_in_buffer; + + bytes_to_fill = JPEG_BUF_SIZE - cinfo->bytes_in_buffer; + /* how much room is left in the buffer */ + +/*** Is there enough data in the current strip to fill buffer? ***/ + sbytes_done = state->sptr - state->strip; + sbytes_left = state->strip_size - sbytes_done; + + if (sbytes_left >= bytes_to_fill) { + /* yes! */ + memcpy(start_of_rest_of_buffer,state->sptr,bytes_to_fill); + state->sptr += bytes_to_fill; + cinfo->bytes_in_buffer += bytes_to_fill; + + cinfo->XIEbytes_in_buffer = cinfo->bytes_in_buffer; + cinfo->XIEnext_input_byte = cinfo->next_input_byte; + /* save these in case we have to restart */ + + return(JPEG_BUFFER_BufferFilled); + } + +/*** Well, no. We will copy what we can. If this is the last + strip, we will set NoMoreStrips to signal the next state. + If there are more strips to come, we will return the + signal NeedAnotherStrip, so caller will go get another. +***/ + memcpy(start_of_rest_of_buffer,state->sptr,sbytes_left); + cinfo->bytes_in_buffer += sbytes_left; + + cinfo->XIEbytes_in_buffer = cinfo->bytes_in_buffer; + cinfo->XIEnext_input_byte = cinfo->next_input_byte; + /* save these in case we have to restart */ + + if (state->final) { + state->no_more_strips = 1; + return(JPEG_BUFFER_LastBuffer); + } + else + return(JPEG_BUFFER_NeedAnotherStrip); +} +/************************************************************************/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jddeflts.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jddeflts.c new file mode 100644 index 0000000..cfaaba1 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jddeflts.c @@ -0,0 +1,295 @@ +/* $XConsortium: jddeflts.c /main/5 1995/12/02 16:51:30 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/* Module jddeflts.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + +****************************************************************************/ + +/* + * jddeflts.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains optional default-setting code for the JPEG decompressor. + * User interfaces do not have to use this file, but those that don't use it + * must know more about the innards of the JPEG code. + */ + +#include "jinclude.h" + +#ifndef XIE_SUPPORTED +/* Default do-nothing progress monitoring routine. + * This can be overridden by a user interface that wishes to + * provide progress monitoring; just set methods->progress_monitor + * after j_d_defaults is done. The routine will be called periodically + * during the decompression process. + * + * During any one pass, loopcounter increases from 0 up to (not including) + * looplimit; the step size is not necessarily 1. Both the step size and + * the limit may differ between passes. The expected total number of passes + * is in cinfo->total_passes, and the number of passes already completed is + * in cinfo->completed_passes. Thus the fraction of work completed may be + * estimated as + * completed_passes + (loopcounter/looplimit) + * ------------------------------------------ + * total_passes + * ignoring the fact that the passes may not be equal amounts of work. + * + * When decompressing, the total_passes figure is an estimate that may be + * on the high side; completed_passes will jump by more than one if some + * passes are skipped. + */ + +METHODDEF void +progress_monitor (decompress_info_ptr cinfo, long loopcounter, long looplimit) +{ + /* do nothing */ +} +#endif /* XIE_SUPPORTED */ + +/* Default comment-block processing routine. + * This can be overridden by an application that wishes to examine + * COM blocks found in the JPEG file. The default routine does nothing. + * CAUTION: the comment processing routine MUST call JGETC() exactly + * comment_length times to read the comment data, whether it intends + * to do anything with the data or not! + * Keep in mind that (a) there may be more than one COM block in a file; + * (b) there's no guarantee that what's in the block is ASCII data. + */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +process_comment (decompress_info_ptr cinfo, long comment_length) +#else +process_comment (cinfo, comment_length) + decompress_info_ptr cinfo; + long comment_length; +#endif /* NeedFunctionPrototypes */ +#else +METHODDEF void +process_comment (decompress_info_ptr cinfo, long comment_length) +#endif /* XIE_SUPPORTED */ +{ +#ifdef XIE_SUPPORTED + int i; +#endif /* XIE_SUPPORTED */ + + while (comment_length-- > 0) { +#ifdef XIE_SUPPORTED + if ((i = JGETC(cinfo)) < 0) + return(-1); +#else + (void) JGETC(cinfo); +#endif /* XIE_SUPPORTED */ + } +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +#ifndef XIE_SUPPORTED +/* + * Reload the input buffer after it's been emptied, and return the next byte. + * See the JGETC macro for calling conditions. Note in particular that + * read_jpeg_data may NOT return EOF. If no more data is available, it must + * exit via ERREXIT, or perhaps synthesize fake data (such as an RST marker). + * In the present implementation, we insert an EOI marker; this might not be + * appropriate for non-JFIF file formats, but it usually allows us to handle + * a truncated JFIF file. + * + * This routine can be overridden by the system-dependent user interface, + * in case the data source is not a stdio stream or some other special + * condition applies. Note, however, that this capability only applies for + * JFIF or similar serial-access JPEG file formats. The input file control + * module for a random-access format such as TIFF/JPEG would most likely + * override the read_jpeg_data method with its own routine. + */ + +METHODDEF int +read_jpeg_data (decompress_info_ptr cinfo) +{ + cinfo->next_input_byte = cinfo->input_buffer + MIN_UNGET; + + cinfo->bytes_in_buffer = (int) JFREAD(cinfo->input_file, + cinfo->next_input_byte, + JPEG_BUF_SIZE); + + if (cinfo->bytes_in_buffer <= 0) { + WARNMS(cinfo->emethods, "Premature EOF in JPEG file"); + cinfo->next_input_byte[0] = (char) 0xFF; + cinfo->next_input_byte[1] = (char) 0xD9; /* EOI marker */ + cinfo->bytes_in_buffer = 2; + } + + return JGETC(cinfo); +} +#endif /* XIE_SUPPORTED */ + + +/* Default parameter setup for decompression. + * + * User interfaces that don't choose to use this routine must do their + * own setup of all these parameters. Alternately, you can call this + * to establish defaults and then alter parameters selectively. This + * is the recommended approach since, if we add any new parameters, + * your code will still work (they'll be set to reasonable defaults). + * + * standard_buffering should be TRUE to cause an input buffer to be allocated + * (the normal case); if FALSE, the user interface must provide a buffer. + * This option is most useful in the case that the buffer must not be freed + * at the end of an image. (For example, when reading a sequence of images + * from a single file, the remaining data in the buffer represents the + * start of the next image and mustn't be discarded.) To handle this, + * allocate the input buffer yourself at startup, WITHOUT using alloc_small + * (probably a direct call to malloc() instead). Then pass FALSE on each + * call to j_d_defaults to ensure the buffer state is not modified. + * + * If the source of the JPEG data is not a stdio stream, override the + * read_jpeg_data method with your own routine after calling j_d_defaults. + * You can still use the standard buffer if it's appropriate. + * + * CAUTION: if you want to decompress multiple images per run, it's necessary + * to call j_d_defaults before *each* call to jpeg_decompress, since subsidiary + * structures like the quantization tables are automatically freed during + * cleanup. + */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +j_d_defaults (decompress_info_ptr cinfo, boolean standard_buffering) +#else +j_d_defaults (cinfo, standard_buffering) + decompress_info_ptr cinfo; + boolean standard_buffering; +#endif /* NeedFunctionPrototypes */ +#else +j_d_defaults (decompress_info_ptr cinfo, boolean standard_buffering) +#endif /* XIE_SUPPORTED */ +/* NB: the external methods must already be set up. */ +{ + short i; + + /* Initialize pointers as needed to mark stuff unallocated. */ + /* Outer application may fill in default tables for abbreviated files... */ + cinfo->comp_info = NULL; + for (i = 0; i < NUM_QUANT_TBLS; i++) + cinfo->quant_tbl_ptrs[i] = NULL; + for (i = 0; i < NUM_HUFF_TBLS; i++) { + cinfo->dc_huff_tbl_ptrs[i] = NULL; + cinfo->ac_huff_tbl_ptrs[i] = NULL; + } + cinfo->colormap = NULL; + + /* Default to RGB output */ + /* UI can override by changing out_color_space */ + cinfo->out_color_space = CS_RGB; + cinfo->jpeg_color_space = CS_UNKNOWN; + /* Setting any other value in jpeg_color_space overrides heuristics in */ + /* jrdjfif.c. That might be useful when reading non-JFIF JPEG files, */ + /* but ordinarily the UI shouldn't change it. */ + + /* Default to no gamma correction of output */ + cinfo->output_gamma = 1.0; + + /* Default to no color quantization */ + cinfo->quantize_colors = FALSE; + /* but set reasonable default parameters for quantization, */ + /* so that turning on quantize_colors is sufficient to do something useful */ + cinfo->two_pass_quantize = TRUE; + cinfo->use_dithering = TRUE; + cinfo->desired_number_of_colors = 256; + + /* Default to no smoothing */ + cinfo->do_block_smoothing = FALSE; + cinfo->do_pixel_smoothing = FALSE; + +#ifndef XIE_SUPPORTED + /* Allocate memory for input buffer, unless outer application provides it. */ + if (standard_buffering) { + cinfo->input_buffer = (char *) (*cinfo->emethods->alloc_small) + ((size_t) (JPEG_BUF_SIZE + MIN_UNGET)); + cinfo->bytes_in_buffer = 0; /* initialize buffer to empty */ + } + + /* Install standard buffer-reloading method (outer code may override). */ + cinfo->methods->read_jpeg_data = read_jpeg_data; + + /* Install default do-nothing progress monitoring method. */ + cinfo->methods->progress_monitor = progress_monitor; +#endif /* XIE_SUPPORTED */ + + /* Install default comment-block processing method. */ + cinfo->methods->process_comment = process_comment; +} diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdhuff.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdhuff.c new file mode 100644 index 0000000..706c40d --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdhuff.c @@ -0,0 +1,698 @@ +/* $XConsortium: jdhuff.c /main/5 1995/12/02 16:51:33 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/* Module jdhuff.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + +****************************************************************************/ + +/* + * jdhuff.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains Huffman entropy decoding routines. + * These routines are invoked via the methods entropy_decode + * and entropy_decode_init/term. + */ + +#include "jinclude.h" + + +/* Static variables to avoid passing 'round extra parameters */ + +static decompress_info_ptr dcinfo; + +static INT32 get_buffer; /* current bit-extraction buffer */ +static int bits_left; /* # of unused bits in it */ +#ifdef XIE_SUPPORTED +static UINT16 restarts_to_go; /* MCUs left in this restart interval */ +static short next_restart_num; /* # of next RSTn marker (0..7) */ +#define XIE_EOB 0xffffffff /* Return value when input buffer is empty */ +#else +static boolean printed_eod; /* flag to suppress multiple end-of-data msgs */ +#endif /* XIE_SUPPORTED */ + +LOCAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +fix_huff_tbl (HUFF_TBL * htbl) +#else +fix_huff_tbl (htbl) + HUFF_TBL * htbl; +#endif /* NeedFunctionPrototypes */ +#else +fix_huff_tbl (HUFF_TBL * htbl) +#endif /* XIE_SUPPORTED */ +/* Compute derived values for a Huffman table */ +{ + int p, i, l, si; + char huffsize[257]; + UINT16 huffcode[257]; + UINT16 code; + + /* Figure C.1: make table of Huffman code length for each symbol */ + /* Note that this is in code-length order. */ + + p = 0; + for (l = 1; l <= 16; l++) { + for (i = 1; i <= (int) htbl->bits[l]; i++) + huffsize[p++] = (char) l; + } + huffsize[p] = 0; + + /* Figure C.2: generate the codes themselves */ + /* Note that this is in code-length order. */ + + code = 0; + si = huffsize[0]; + p = 0; + while (huffsize[p]) { + while (((int) huffsize[p]) == si) { + huffcode[p++] = code; + code++; + } + code <<= 1; + si++; + } + + /* We don't bother to fill in the encoding tables ehufco[] and ehufsi[], */ + /* since they are not used for decoding. */ + + /* Figure F.15: generate decoding tables */ + + p = 0; + for (l = 1; l <= 16; l++) { + if (htbl->bits[l]) { + htbl->valptr[l] = p; /* huffval[] index of 1st sym of code len l */ + htbl->mincode[l] = huffcode[p]; /* minimum code of length l */ + p += htbl->bits[l]; + htbl->maxcode[l] = huffcode[p-1]; /* maximum code of length l */ + } else { + htbl->maxcode[l] = -1; + } + } + htbl->maxcode[17] = 0xFFFFFL; /* ensures huff_DECODE terminates */ +} + + +/* + * Code for extracting the next N bits from the input stream. + * (N never exceeds 15 for JPEG data.) + * This needs to go as fast as possible! + * + * We read source bytes into get_buffer and dole out bits as needed. + * If get_buffer already contains enough bits, they are fetched in-line + * by the macros get_bits() and get_bit(). When there aren't enough bits, + * fill_bit_buffer is called; it will attempt to fill get_buffer to the + * "high water mark", then extract the desired number of bits. The idea, + * of course, is to minimize the function-call overhead cost of entering + * fill_bit_buffer. + * On most machines MIN_GET_BITS should be 25 to allow the full 32-bit width + * of get_buffer to be used. (On machines with wider words, an even larger + * buffer could be used.) However, on some machines 32-bit shifts are + * relatively slow and take time proportional to the number of places shifted. + * (This is true with most PC compilers, for instance.) In this case it may + * be a win to set MIN_GET_BITS to the minimum value of 15. This reduces the + * average shift distance at the cost of more calls to fill_bit_buffer. + */ + +#ifdef SLOW_SHIFT_32 +#define MIN_GET_BITS 15 /* minimum allowable value */ +#else +#define MIN_GET_BITS 25 /* max value for 32-bit get_buffer */ +#endif + +static const int bmask[16] = /* bmask[n] is mask for n rightmost bits */ + { 0, 0x0001, 0x0003, 0x0007, 0x000F, 0x001F, 0x003F, 0x007F, 0x00FF, + 0x01FF, 0x03FF, 0x07FF, 0x0FFF, 0x1FFF, 0x3FFF, 0x7FFF }; + + +LOCAL int +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +fill_bit_buffer (int nbits) +#else +fill_bit_buffer (nbits) + int nbits; +#endif /* NeedFunctionPrototypes */ +#else +fill_bit_buffer (int nbits) +#endif /* XIE_SUPPORTED */ +/* Load up the bit buffer and do get_bits(nbits) */ +{ + /* Attempt to load at least MIN_GET_BITS bits into get_buffer. */ + while (bits_left < MIN_GET_BITS) { + register int c = JGETC(dcinfo); +#ifdef XIE_SUPPORTED + if (c < 0) + return(XIE_EOB); +#endif /* XIE_SUPPORTED */ + + /* If it's 0xFF, check and discard stuffed zero byte */ + if (c == 0xFF) { + int c2 = JGETC(dcinfo); +#ifdef XIE_SUPPORTED + if (c2 < 0) + return(XIE_EOB); +#endif /* XIE_SUPPORTED */ + if (c2 != 0) { + /* Oops, it's actually a marker indicating end of compressed data. */ + /* Better put it back for use later */ + JUNGETC(c2,dcinfo); + JUNGETC(c,dcinfo); + /* There should be enough bits still left in the data segment; */ + /* if so, just break out of the while loop. */ + if (bits_left >= nbits) + break; + /* Uh-oh. Report corrupted data to user and stuff zeroes into + * the data stream, so we can produce some kind of image. + * Note that this will be repeated for each byte demanded for the + * rest of the segment; this is a bit slow but not unreasonably so. + * The main thing is to avoid getting a zillion warnings, hence: + */ +#ifndef XIE_SUPPORTED + if (! printed_eod) { + WARNMS(dcinfo->emethods, "Corrupt JPEG data: premature end of data segment"); + printed_eod = TRUE; + } +#endif /* XIE_SUPPORTED */ + c = 0; /* insert a zero byte into bit buffer */ + } + } + + /* OK, load c into get_buffer */ + get_buffer = (get_buffer << 8) | c; + bits_left += 8; + } + + /* Having filled get_buffer, extract desired bits (this simplifies macros) */ + bits_left -= nbits; + return ((int) (get_buffer >> bits_left)) & bmask[nbits]; +} + + +/* Macros to make things go at some speed! */ +/* NB: parameter to get_bits should be simple variable, not expression */ + +#define get_bits(nbits) \ + (bits_left >= (nbits) ? \ + ((int) (get_buffer >> (bits_left -= (nbits)))) & bmask[nbits] : \ + fill_bit_buffer(nbits)) + +#define get_bit() \ + (bits_left ? \ + ((int) (get_buffer >> (--bits_left))) & 1 : \ + fill_bit_buffer(1)) + + +/* Figure F.16: extract next coded symbol from input stream */ + +INLINE +LOCAL int +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +huff_DECODE (HUFF_TBL * htbl) +#else +huff_DECODE (htbl) + HUFF_TBL * htbl; +#endif /* NeedFunctionPrototypes */ +#else +huff_DECODE (HUFF_TBL * htbl) +#endif /* XIE_SUPPORTED */ +{ + register int l; + register INT32 code; + +#ifdef XIE_SUPPORTED + register int j; + + if ((code = get_bit()) == XIE_EOB) + return(XIE_EOB); + l = 1; + while (code > htbl->maxcode[l]) { + if ((j = get_bit()) == XIE_EOB) + return(XIE_EOB); + code = (code << 1) | j; + l++; + } +#else + code = get_bit(); + l = 1; + while (code > htbl->maxcode[l]) { + code = (code << 1) | get_bit(); + l++; + } +#endif /* XIE_SUPPORTED */ + + /* With garbage input we may reach the sentinel value l = 17. */ + + if (l > 16) { +#ifndef XIE_SUPPORTED + WARNMS(dcinfo->emethods, "Corrupt JPEG data: bad Huffman code"); +#endif /* XIE_SUPPORTED */ + return 0; /* fake a zero as the safest result */ + } + + return htbl->huffval[ htbl->valptr[l] + ((int) (code - htbl->mincode[l])) ]; +} + + +/* Figure F.12: extend sign bit */ + +#define huff_EXTEND(x,s) ((x) < extend_test[s] ? (x) + extend_offset[s] : (x)) + +static const int extend_test[16] = /* entry n is 2**(n-1) */ + { 0, 0x0001, 0x0002, 0x0004, 0x0008, 0x0010, 0x0020, 0x0040, 0x0080, + 0x0100, 0x0200, 0x0400, 0x0800, 0x1000, 0x2000, 0x4000 }; + +static const int extend_offset[16] = /* entry n is (-1 << n) + 1 */ + { 0, ((-1)<<1) + 1, ((-1)<<2) + 1, ((-1)<<3) + 1, ((-1)<<4) + 1, + ((-1)<<5) + 1, ((-1)<<6) + 1, ((-1)<<7) + 1, ((-1)<<8) + 1, + ((-1)<<9) + 1, ((-1)<<10) + 1, ((-1)<<11) + 1, ((-1)<<12) + 1, + ((-1)<<13) + 1, ((-1)<<14) + 1, ((-1)<<15) + 1 }; + + +/* + * Initialize for a Huffman-compressed scan. + * This is invoked after reading the SOS marker. + */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +huff_decoder_init (decompress_info_ptr cinfo) +#else +huff_decoder_init (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +METHODDEF void +huff_decoder_init (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + short ci; + jpeg_component_info * compptr; + + /* Initialize static variables */ + dcinfo = cinfo; +#ifdef XIE_SUPPORTED + bits_left = 0; + cinfo->XIEbits_left = bits_left; + get_buffer = 0; + cinfo->XIEget_buffer = get_buffer; + cinfo->printed_eod = FALSE; +#else + bits_left = 0; + printed_eod = FALSE; +#endif /* XIE_SUPPORTED */ + + + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + compptr = cinfo->cur_comp_info[ci]; + /* Make sure requested tables are present */ + if (cinfo->dc_huff_tbl_ptrs[compptr->dc_tbl_no] == NULL || + cinfo->ac_huff_tbl_ptrs[compptr->ac_tbl_no] == NULL) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT(cinfo->emethods, "Use of undefined Huffman table"); +#endif /* XIE_SUPPORTED */ + /* Compute derived values for Huffman tables */ + /* We may do this more than once for same table, but it's not a big deal */ + fix_huff_tbl(cinfo->dc_huff_tbl_ptrs[compptr->dc_tbl_no]); + fix_huff_tbl(cinfo->ac_huff_tbl_ptrs[compptr->ac_tbl_no]); + /* Initialize DC predictions to 0 */ + cinfo->last_dc_val[ci] = 0; + } + + /* Initialize restart stuff */ + cinfo->restarts_to_go = cinfo->restart_interval; + cinfo->next_restart_num = 0; +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +/* + * Check for a restart marker & resynchronize decoder. + */ + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +process_restart (decompress_info_ptr cinfo) +#else +process_restart (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +process_restart (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + int c, nbytes; + short ci; + + /* Throw away any unused bits remaining in bit buffer */ + nbytes = bits_left / 8; /* count any full bytes loaded into buffer */ + bits_left = 0; +#ifdef XIE_SUPPORTED + cinfo->printed_eod = FALSE; /* next segment can get another warning */ +#else + printed_eod = FALSE; /* next segment can get another warning */ +#endif /* XIE_SUPPORTED */ + + /* Scan for next JPEG marker */ + do { + do { /* skip any non-FF bytes */ + nbytes++; + c = JGETC(cinfo); +#ifdef XIE_SUPPORTED + if (c < 0) + return(XIE_EOB); +#endif /* XIE_SUPPORTED */ + } while (c != 0xFF); + do { /* skip any duplicate FFs */ + /* we don't increment nbytes here since extra FFs are legal */ + c = JGETC(cinfo); +#ifdef XIE_SUPPORTED + if (c < 0) + return(XIE_EOB); +#endif /* XIE_SUPPORTED */ + } while (c == 0xFF); + } while (c == 0); /* repeat if it was a stuffed FF/00 */ + +#ifndef XIE_SUPPORTED + if (nbytes != 1) + WARNMS2(cinfo->emethods, + "Corrupt JPEG data: %d extraneous bytes before marker 0x%02x", + nbytes-1, c); +#endif /* XIE_SUPPORTED */ + + if (c != (RST0 + cinfo->next_restart_num)) { + /* Uh-oh, the restart markers have been messed up too. */ + /* Let the file-format module try to figure out how to resync. */ + (*cinfo->methods->resync_to_restart) (cinfo, c); +#ifdef XIE_SUPPORTED + } +#else + } else + TRACEMS1(cinfo->emethods, 2, "RST%d", cinfo->next_restart_num); +#endif /* XIE_SUPPORTED */ + +#ifndef XIE_SUPPORTED + /* Re-initialize DC predictions to 0 */ + for (ci = 0; ci < cinfo->comps_in_scan; ci++) + cinfo->last_dc_val[ci] = 0; + + /* Update restart state */ + cinfo->restarts_to_go = cinfo->restart_interval; + cinfo->next_restart_num = (cinfo->next_restart_num + 1) & 7; +#else + restarts_to_go = cinfo->restart_interval; + next_restart_num = (next_restart_num + 1) & 7; + return(0); +#endif /* XIE_SUPPORTED */ +} + + +/* ZAG[i] is the natural-order position of the i'th element of zigzag order. + * If the incoming data is corrupted, huff_decode_mcu could attempt to + * reference values beyond the end of the array. To avoid a wild store, + * we put some extra zeroes after the real entries. + */ + +static const short ZAG[DCTSIZE2+16] = { + 0, 1, 8, 16, 9, 2, 3, 10, + 17, 24, 32, 25, 18, 11, 4, 5, + 12, 19, 26, 33, 40, 48, 41, 34, + 27, 20, 13, 6, 7, 14, 21, 28, + 35, 42, 49, 56, 57, 50, 43, 36, + 29, 22, 15, 23, 30, 37, 44, 51, + 58, 59, 52, 45, 38, 31, 39, 46, + 53, 60, 61, 54, 47, 55, 62, 63, + 0, 0, 0, 0, 0, 0, 0, 0, /* extra entries in case k>63 below */ + 0, 0, 0, 0, 0, 0, 0, 0 +}; + + +/* + * Decode and return one MCU's worth of Huffman-compressed coefficients. + * This routine also handles quantization descaling and zigzag reordering + * of coefficient values. + * + * The i'th block of the MCU is stored into the block pointed to by + * MCU_data[i]. WE ASSUME THIS AREA HAS BEEN ZEROED BY THE CALLER. + * (Wholesale zeroing is usually a little faster than retail...) + */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +huff_decode_mcu (decompress_info_ptr cinfo, JBLOCKROW *MCU_data) +#else +huff_decode_mcu (cinfo, MCU_data) + decompress_info_ptr cinfo; + JBLOCKROW *MCU_data; +#endif /* NeedFunctionPrototypes */ +#else +METHODDEF void +huff_decode_mcu (decompress_info_ptr cinfo, JBLOCKROW *MCU_data) +#endif /* XIE_SUPPORTED */ +{ + register int s, k, r; + short blkn, ci; + register JBLOCKROW block; + register QUANT_TBL_PTR quanttbl; + HUFF_TBL *dctbl; + HUFF_TBL *actbl; + jpeg_component_info * compptr; + +#ifdef XIE_SUPPORTED + JCOEF last_dc_val[MAX_COMPS_IN_SCAN]; /* last DC coef for each comp */ + for (ci = 0; ci < cinfo->comps_in_scan; ci++) + last_dc_val[ci] = cinfo->last_dc_val[ci]; + + dcinfo = cinfo; + bits_left = cinfo->XIEbits_left; + get_buffer = cinfo->XIEget_buffer; + restarts_to_go = cinfo->restarts_to_go; + next_restart_num = cinfo->next_restart_num; +#endif /* XIE_SUPPORTED */ + + /* Account for restart interval, process restart marker if needed */ + if (cinfo->restart_interval) { + if (cinfo->restarts_to_go == 0) +#ifdef XIE_SUPPORTED + { + s = process_restart(cinfo); + if (s == XIE_EOB) + return(XIE_EOB); + for (ci = 0; ci < cinfo->comps_in_scan; ci++) + last_dc_val[ci] = 0; + } + restarts_to_go--; +#else + process_restart(cinfo); + cinfo->restarts_to_go--; +#endif /* XIE_SUPPORTED */ + } + + /* Outer loop handles each block in the MCU */ + + for (blkn = 0; blkn < cinfo->blocks_in_MCU; blkn++) { + block = MCU_data[blkn]; + ci = cinfo->MCU_membership[blkn]; + compptr = cinfo->cur_comp_info[ci]; + quanttbl = cinfo->quant_tbl_ptrs[compptr->quant_tbl_no]; + actbl = cinfo->ac_huff_tbl_ptrs[compptr->ac_tbl_no]; + dctbl = cinfo->dc_huff_tbl_ptrs[compptr->dc_tbl_no]; + + /* Decode a single block's worth of coefficients */ + + /* Section F.2.2.1: decode the DC coefficient difference */ + s = huff_DECODE(dctbl); +#ifdef XIE_SUPPORTED + if (s == XIE_EOB) { + return(XIE_EOB); + } +#endif /* XIE_SUPPORTED */ + if (s) { + r = get_bits(s); +#ifdef XIE_SUPPORTED + if (r == XIE_EOB) { + return(XIE_EOB); + } +#endif /* XIE_SUPPORTED */ + s = huff_EXTEND(r, s); + } + + /* Convert DC difference to actual value, update last_dc_val */ +#ifdef XIE_SUPPORTED + s += last_dc_val[ci]; + last_dc_val[ci] = (JCOEF) s; +#else + s += cinfo->last_dc_val[ci]; + cinfo->last_dc_val[ci] = (JCOEF) s; +#endif /* XIE_SUPPORTED */ + /* Descale and output the DC coefficient (assumes ZAG[0] = 0) */ + (*block)[0] = (JCOEF) (((JCOEF) s) * quanttbl[0]); + + /* Section F.2.2.2: decode the AC coefficients */ + /* Since zero values are skipped, output area must be zeroed beforehand */ + for (k = 1; k < DCTSIZE2; k++) { + r = huff_DECODE(actbl); +#ifdef XIE_SUPPORTED + if (r == XIE_EOB) { + return(XIE_EOB); + } +#endif /* XIE_SUPPORTED */ + + s = r & 15; + r = r >> 4; + + if (s) { + k += r; + r = get_bits(s); +#ifdef XIE_SUPPORTED + if (r == XIE_EOB) { + return(XIE_EOB); + } +#endif /* XIE_SUPPORTED */ + s = huff_EXTEND(r, s); + /* Descale coefficient and output in natural (dezigzagged) order */ + (*block)[ZAG[k]] = (JCOEF) (((JCOEF) s) * quanttbl[k]); + } else { + if (r != 15) + break; + k += 15; + } + } + } +#ifdef XIE_SUPPORTED + for (ci = 0; ci < cinfo->comps_in_scan; ci++) + cinfo->last_dc_val[ci] = last_dc_val[ci]; + cinfo->XIEbits_left = bits_left; + cinfo->XIEget_buffer = get_buffer; + cinfo->restarts_to_go = restarts_to_go; + cinfo->next_restart_num = next_restart_num; + return(0); +#endif /* XIE_SUPPORTED */ +} + + +/* + * Finish up at the end of a Huffman-compressed scan. + */ + +#ifndef XIE_SUPPORTED +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +huff_decoder_term (decompress_info_ptr cinfo) +#else +huff_decoder_term (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +huff_decoder_term (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + /* No work needed */ +} +#endif /* XIE_SUPPORTED */ + +/* + * The method selection routine for Huffman entropy decoding. + */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jseldhuffman (decompress_info_ptr cinfo) +#else +jseldhuffman (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +jseldhuffman (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + if (! cinfo->arith_code) { + cinfo->methods->entropy_decode_init = huff_decoder_init; + cinfo->methods->entropy_decode = huff_decode_mcu; +#ifndef XIE_SUPPORTED + cinfo->methods->entropy_decode_term = huff_decoder_term; +#endif /* XIE_SUPPORTED */ + } +} diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdlossy.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdlossy.c new file mode 100644 index 0000000..17cd810 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdlossy.c @@ -0,0 +1,244 @@ +/* $XConsortium: jdlossy.c,v 1.4 94/04/17 20:35:35 rws Exp $ */ +/* Module jdlossy.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + jdlossy.c - decode JPEG images, Lossy method + + this contain code for: + + 1) JPEG Lossless, grayscale + 2) JPEG Lossless, color + + Ben Fahy, AGE Logic, Oct 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +#include "jpeg.h" + +/**********************************************************************/ +decode_jpeg_lossy_gray(state) +JpegDecodeState *state; +{ + return( decode_jpeg_lossy_color(state) ); +} +/**********************************************************************/ +decode_jpeg_lossy_color(state) +JpegDecodeState *state; +{ +int status; + +/* our output buffer is guaranteed to be clean on entry. */ +/* (every time we write data below, we return to flush it) */ + state->nl_found=0; + state->nl_flushed=0; + + while(1) { /* loop forever (we're a state machine) */ + + switch( state->goal) { + case JPEG_DECODE_GOAL_Startup: + state->goal = JPEG_DECODE_GOAL_ReadDataForInit; + + case JPEG_DECODE_GOAL_ReadDataForInit: + /* we start up by reading data into our buffer and calling INIT */ + status = fill_jpeg_decode_buffer(state); + switch(status) { + case JPEG_BUFFER_LastBuffer: + break; + + case JPEG_BUFFER_BufferFilled: + /* all is coolness */ + break; + + case JPEG_BUFFER_NeedAnotherStrip: + state->needs_input_strip = 1; + return(state->nl_found); + break; + + case JPEG_BUFFER_BufferError: + default: + state->error_code = JPEG_DECODE_ERROR_CouldNotStart; + return(-1); + } + + /* if here, we should have a nice full input buffer */ + + case JPEG_DECODE_GOAL_TryToInit: + status = JD_INIT(state->cinfo, + state->dc_methods, + state->e_methods, + state->up_sample); + if (status == XIE_ERR) { + state->error_code = JPEG_DECODE_ERROR_CouldNotInit; + return(-1); + } + if (status == XIE_NRML) { + state->goal = JPEG_DECODE_GOAL_InitDone; + break; + } + if (status == XIE_INP) { + state->goal = JPEG_DECODE_GOAL_ReadDataForInit; + break; + } + /* hey! we aren't supposed to be here */ + state->error_code = JPEG_DECODE_ERROR_BadInitRetCode; + return(-1); + break; + + case JPEG_DECODE_GOAL_InitDone: + + /* now we know enough to allocate our output buffer */ + state->cinfo->output_workspace = + alloc_sampimage(state->cinfo, + (int) state->cinfo->comps_in_scan, + (long) state->cinfo->rows_in_mem, + state->cinfo->image_width + ); + if (state->cinfo->output_workspace == NULL) { + state->error_code = JPEG_DECODE_ERROR_BadOutputAlloc; + return(-1); + } + state->goal = JPEG_DECODE_GOAL_ProcessData; + + case JPEG_DECODE_GOAL_ProcessData: + status = JD_PROCESS(state->cinfo); + + if (status == XIE_INP) { + state->goal = JPEG_DECODE_GOAL_ReadDataForProcess; + break; + } + if (status == XIE_OUT) { + state->goal = JPEG_DECODE_GOAL_WriteDataForProcess; + break; + } + if (status == XIE_EOI) { + state->goal = JPEG_DECODE_GOAL_EndOfInput; + break; + } + if (status == XIE_NRML) + break; + + if (status == XIE_ERR) { + state->error_code = JPEG_DECODE_ERROR_DecodeError; + return(-1); + } + else { + /* unexpected return status */ + state->error_code = JPEG_DECODE_ERROR_DecoderIsFreakingOut; + return(-1); + } + break; + + case JPEG_DECODE_GOAL_ReadDataForProcess: + status = fill_jpeg_decode_buffer(state); + switch(status) { + case JPEG_BUFFER_LastBuffer: + break; + + case JPEG_BUFFER_BufferFilled: + /* all is coolness */ + break; + + case JPEG_BUFFER_NeedAnotherStrip: + state->needs_input_strip = 1; + return(state->nl_found); + break; + + case JPEG_BUFFER_BufferError: + default: + state->error_code = JPEG_DECODE_ERROR_NoMoreProcessData; + return(-1); + } + state->goal = JPEG_DECODE_GOAL_ProcessData; + break; + + case JPEG_DECODE_GOAL_EndOfInput: + state->goal = JPEG_DECODE_GOAL_Done; + state->nl_found = (state->cinfo->image_height - + state->cinfo->pixel_rows_output); + /* see jdXIE_get() if this seems *too* self-serving */ + + /* leave for good */ + return(state->nl_found); + break; + + case JPEG_DECODE_GOAL_WriteDataForProcess: + state->goal = JPEG_DECODE_GOAL_ProcessData; + state->cinfo->pixel_rows_output += state->cinfo->rows_in_mem; + state->nl_found = state->cinfo->rows_in_mem; + /* leave to flush data */ + return(state->nl_found); + break; + + default: + state->error_code = JPEG_DECODE_ERROR_BadGoal; + return(-1); + } + } +} +/**********************************************************************/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdmcu.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdmcu.c new file mode 100644 index 0000000..c389943 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdmcu.c @@ -0,0 +1,433 @@ +/* $XConsortium: jdmcu.c,v 1.4 94/04/17 20:35:36 rws Exp $ */ +/* Module jdmcu.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jdmcu.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains MCU disassembly and IDCT control routines. + * These routines are invoked via the disassemble_MCU, reverse_DCT, and + * disassemble_init/term methods. + */ + +#include "jinclude.h" + + +/* + * Fetch one MCU row from entropy_decode, build coefficient array. + * This version is used for noninterleaved (single-component) scans. + */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +disassemble_noninterleaved_MCU (decompress_info_ptr cinfo, + JBLOCKIMAGE image_data) +#else +disassemble_noninterleaved_MCU (cinfo, image_data) + decompress_info_ptr cinfo; + JBLOCKIMAGE image_data; +#endif /* NeedFunctionPrototypes */ +{ + long mcuindex; + long start; + + /* this is pretty easy since there is one component and one block per MCU */ + + if (cinfo->XIErestart == XIE_RMCU) { + start = cinfo->XIEmcuindex; + cinfo->XIErestart = XIE_RNUL; + } else { + start = 0; + /* Pre-zero the target area to speed up entropy decoder */ + /* (we assume wholesale zeroing is faster than retail) */ + jzero_far((pointer) image_data[0][0], + (size_t) (cinfo->MCUs_per_row * SIZEOF(JBLOCK))); + } + for (mcuindex = start; mcuindex < cinfo->MCUs_per_row; mcuindex++) { + /* Point to the proper spot in the image array for this MCU */ + cinfo->MCU_data[0] = image_data[0][0] + mcuindex; + /* Fetch the coefficient data */ + /* Save the current input buffer position (for restart) */ + cinfo->XIEnext_input_byte = cinfo->next_input_byte; + cinfo->XIEbytes_in_buffer = cinfo->bytes_in_buffer; + if (((*cinfo->methods->entropy_decode) (cinfo, cinfo->MCU_data)) < 0) { + cinfo->XIErestart = XIE_RMCU; + cinfo->XIEmcuindex = mcuindex; + cinfo->next_input_byte = cinfo->XIEnext_input_byte; + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + return(-1); + } + } + return(0); +} +#else +METHODDEF void +disassemble_noninterleaved_MCU (decompress_info_ptr cinfo, + JBLOCKIMAGE image_data) +{ + JBLOCKROW MCU_data[1]; + long mcuindex; + + /* this is pretty easy since there is one component and one block per MCU */ + + /* Pre-zero the target area to speed up entropy decoder */ + /* (we assume wholesale zeroing is faster than retail) */ + jzero_far((pointer) image_data[0][0], + (size_t) (cinfo->MCUs_per_row * SIZEOF(JBLOCK))); + + for (mcuindex = 0; mcuindex < cinfo->MCUs_per_row; mcuindex++) { + /* Point to the proper spot in the image array for this MCU */ + MCU_data[0] = image_data[0][0] + mcuindex; + /* Fetch the coefficient data */ + (*cinfo->methods->entropy_decode) (cinfo, MCU_data); + } +} +#endif /* XIE_SUPPORTED */ + + +/* + * Fetch one MCU row from entropy_decode, build coefficient array. + * This version is used for interleaved (multi-component) scans. + */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +disassemble_interleaved_MCU (decompress_info_ptr cinfo, + JBLOCKIMAGE image_data) +#else +disassemble_interleaved_MCU (cinfo, image_data) + decompress_info_ptr cinfo; + JBLOCKIMAGE image_data; +#endif /* NeedFunctionPrototypes */ +{ + long mcuindex; + long start; + short blkn, ci, xpos, ypos; + jpeg_component_info * compptr; + JBLOCKROW image_ptr; + + /* Pre-zero the target area to speed up entropy decoder */ + /* (we assume wholesale zeroing is faster than retail) */ + if (cinfo->XIErestart == XIE_RMCU) { + start = cinfo->XIEmcuindex; + cinfo->XIErestart = XIE_RNUL; + } else { + start = 0; + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + compptr = cinfo->cur_comp_info[ci]; + for (ypos = 0; ypos < compptr->MCU_height; ypos++) { + jzero_far((pointer) image_data[ci][ypos], + (size_t) (cinfo->MCUs_per_row * compptr->MCU_width * SIZEOF(JBLOCK))); + } + } + } + + for (mcuindex = start; mcuindex < cinfo->MCUs_per_row; mcuindex++) { + /* Point to the proper spots in the image array for this MCU */ + blkn = 0; + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + compptr = cinfo->cur_comp_info[ci]; + for (ypos = 0; ypos < compptr->MCU_height; ypos++) { + image_ptr = image_data[ci][ypos] + (mcuindex * compptr->MCU_width); + for (xpos = 0; xpos < compptr->MCU_width; xpos++) { + cinfo->MCU_data[blkn] = image_ptr; + image_ptr++; + blkn++; + } + } + } + /* Fetch the coefficient data */ + /* Save the current input buffer position (for restart) */ + cinfo->XIEnext_input_byte = cinfo->next_input_byte; + cinfo->XIEbytes_in_buffer = cinfo->bytes_in_buffer; + if (((*cinfo->methods->entropy_decode) (cinfo, cinfo->MCU_data)) < 0) { + cinfo->XIErestart = XIE_RMCU; + cinfo->XIEmcuindex = mcuindex; + cinfo->next_input_byte = cinfo->XIEnext_input_byte; + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + return(-1); + } + } + return(0); +} +#else +METHODDEF void +disassemble_interleaved_MCU (decompress_info_ptr cinfo, + JBLOCKIMAGE image_data) +{ + JBLOCKROW MCU_data[MAX_BLOCKS_IN_MCU]; + long mcuindex; + short blkn, ci, xpos, ypos; + jpeg_component_info * compptr; + JBLOCKROW image_ptr; + + /* Pre-zero the target area to speed up entropy decoder */ + /* (we assume wholesale zeroing is faster than retail) */ + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + compptr = cinfo->cur_comp_info[ci]; + for (ypos = 0; ypos < compptr->MCU_height; ypos++) { + jzero_far((pointer) image_data[ci][ypos], + (size_t) (cinfo->MCUs_per_row * compptr->MCU_width * SIZEOF(JBLOCK))); + } + } + + for (mcuindex = 0; mcuindex < cinfo->MCUs_per_row; mcuindex++) { + /* Point to the proper spots in the image array for this MCU */ + blkn = 0; + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + compptr = cinfo->cur_comp_info[ci]; + for (ypos = 0; ypos < compptr->MCU_height; ypos++) { + image_ptr = image_data[ci][ypos] + (mcuindex * compptr->MCU_width); + for (xpos = 0; xpos < compptr->MCU_width; xpos++) { + MCU_data[blkn] = image_ptr; + image_ptr++; + blkn++; + } + } + } + /* Fetch the coefficient data */ + (*cinfo->methods->entropy_decode) (cinfo, MCU_data); + } +} +#endif /* XIE_SUPPORTED */ + +/* + * Perform inverse DCT on each block in an MCU row's worth of data; + * output the results into a sample array starting at row start_row. + * NB: start_row can only be nonzero when dealing with a single-component + * scan; otherwise we'd have to pass different offsets for different + * components, since the heights of interleaved MCU rows can vary. + * But the pipeline controller logic is such that this is not necessary. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +reverse_DCT (decompress_info_ptr cinfo, + JBLOCKIMAGE coeff_data, JSAMPIMAGE output_data, int start_row) +#else +reverse_DCT (cinfo, coeff_data, output_data, start_row) + decompress_info_ptr cinfo; + JBLOCKIMAGE coeff_data; + JSAMPIMAGE output_data; + int start_row; +#endif /* NeedFunctionPrototypes */ +#else +reverse_DCT (decompress_info_ptr cinfo, + JBLOCKIMAGE coeff_data, JSAMPIMAGE output_data, int start_row) +#endif /* XIE_SUPPORTED */ +{ + DCTBLOCK block; + JBLOCKROW browptr; + JSAMPARRAY srowptr; + long blocksperrow, bi; + short numrows, ri; + short ci; + + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + /* calculate size of an MCU row in this component */ + blocksperrow = cinfo->cur_comp_info[ci]->downsampled_width / DCTSIZE; + numrows = cinfo->cur_comp_info[ci]->MCU_height; + /* iterate through all blocks in MCU row */ + for (ri = 0; ri < numrows; ri++) { + browptr = coeff_data[ci][ri]; + srowptr = output_data[ci] + (ri * DCTSIZE + start_row); + for (bi = 0; bi < blocksperrow; bi++) { + /* copy the data into a local DCTBLOCK. This allows for change of + * representation (if DCTELEM != JCOEF). On 80x86 machines it also + * brings the data back from FAR storage to NEAR storage. + */ + { register JCOEFPTR elemptr = browptr[bi]; + register DCTELEM *localblkptr = block; + register int elem = DCTSIZE2; + + while (--elem >= 0) + *localblkptr++ = (DCTELEM) *elemptr++; + } + + j_rev_dct(block); /* perform inverse DCT */ + + /* Output the data into the sample array. + * Note change from signed to unsigned representation: + * DCT calculation works with values +-CENTERJSAMPLE, + * but sample arrays always hold 0..MAXJSAMPLE. + * We have to do range-limiting because of quantization errors in the + * DCT/IDCT phase. We use the sample_range_limit[] table to do this + * quickly; the CENTERJSAMPLE offset is folded into table indexing. + */ + { register JSAMPROW elemptr; + register DCTELEM *localblkptr = block; + register JSAMPLE *range_limit = cinfo->sample_range_limit + + CENTERJSAMPLE; +#if DCTSIZE != 8 + register int elemc; +#endif + register int elemr; + + for (elemr = 0; elemr < DCTSIZE; elemr++) { + elemptr = srowptr[elemr] + (bi * DCTSIZE); +#if DCTSIZE == 8 /* unroll the inner loop */ + *elemptr++ = range_limit[*localblkptr++]; + *elemptr++ = range_limit[*localblkptr++]; + *elemptr++ = range_limit[*localblkptr++]; + *elemptr++ = range_limit[*localblkptr++]; + *elemptr++ = range_limit[*localblkptr++]; + *elemptr++ = range_limit[*localblkptr++]; + *elemptr++ = range_limit[*localblkptr++]; + *elemptr++ = range_limit[*localblkptr++]; +#else + for (elemc = DCTSIZE; elemc > 0; elemc--) { + *elemptr++ = range_limit[*localblkptr++]; + } +#endif + } + } + } + } + } +} + + +/* + * Initialize for processing a scan. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +disassemble_init (decompress_info_ptr cinfo) +#else +disassemble_init (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +disassemble_init (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + /* no work for now */ +} + + +/* + * Clean up after a scan. + */ + +#ifndef XIE_SUPPORTED +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +disassemble_term (decompress_info_ptr cinfo) +#else +disassemble_term (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +disassemble_term (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + /* no work for now */ +} +#endif /* XIE_SUPPORTED */ + + +/* + * The method selection routine for MCU disassembly. + */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jseldmcu (decompress_info_ptr cinfo) +#else +jseldmcu (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +jseldmcu (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + if (cinfo->comps_in_scan == 1) + cinfo->methods->disassemble_MCU = disassemble_noninterleaved_MCU; + else + cinfo->methods->disassemble_MCU = disassemble_interleaved_MCU; + cinfo->methods->reverse_DCT = reverse_DCT; + cinfo->methods->disassemble_init = disassemble_init; +#ifndef XIE_SUPPORTED + cinfo->methods->disassemble_term = disassemble_term; +#endif /* XIE_SUPPORTED */ +} diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdsample.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdsample.c new file mode 100644 index 0000000..3f81f18 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdsample.c @@ -0,0 +1,510 @@ +/* $XConsortium: jdsample.c,v 1.4 94/04/17 20:35:36 rws Exp $ */ +/* Module jdsample.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jdsample.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains upsampling routines. + * These routines are invoked via the upsample and + * upsample_init/term methods. + * + * An excellent reference for image resampling is + * Digital Image Warping, George Wolberg, 1990. + * Pub. by IEEE Computer Society Press, Los Alamitos, CA. ISBN 0-8186-8944-7. + */ + +#include "jinclude.h" + + +/* + * Initialize for upsampling a scan. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +upsample_init (decompress_info_ptr cinfo) +#else +upsample_init (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +upsample_init (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + /* no work for now */ +} + + +/* + * Upsample pixel values of a single component. + * This version handles any integral sampling ratios. + * + * This is not used for typical JPEG files, so it need not be fast. + * Nor, for that matter, is it particularly accurate: the algorithm is + * simple replication of the input pixel onto the corresponding output + * pixels. The hi-falutin sampling literature refers to this as a + * "box filter". A box filter tends to introduce visible artifacts, + * so if you are actually going to use 3:1 or 4:1 sampling ratios + * you would be well advised to improve this code. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +int_upsample (decompress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#else +int_upsample (cinfo, which_component, + input_cols, input_rows, + output_cols, output_rows, + above, input_data, below, + output_data) + decompress_info_ptr cinfo; + int which_component; + long input_cols; + int input_rows; + long output_cols; + int output_rows; + JSAMPARRAY above; + JSAMPARRAY input_data; + JSAMPARRAY below; + JSAMPARRAY output_data; +#endif /* NeedFunctionPrototypes */ +#else +int_upsample (decompress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#endif /* XIE_SUPPORTED */ +{ + jpeg_component_info * compptr = cinfo->cur_comp_info[which_component]; + register JSAMPROW inptr, outptr; + register JSAMPLE invalue; + register short h_expand, h; + short v_expand, v; + int inrow, outrow; + register long incol; + +#ifndef XIE_SUPPORTED +#ifdef DEBUG /* for debugging pipeline controller */ + if (input_rows != compptr->v_samp_factor || + output_rows != cinfo->max_v_samp_factor || + (input_cols % compptr->h_samp_factor) != 0 || + (output_cols % cinfo->max_h_samp_factor) != 0 || + output_cols*compptr->h_samp_factor != input_cols*cinfo->max_h_samp_factor) + ERREXIT(cinfo->emethods, "Bogus upsample parameters"); +#endif +#endif /* XIE_SUPPORTED */ + + h_expand = cinfo->max_h_samp_factor / compptr->h_samp_factor; + v_expand = cinfo->max_v_samp_factor / compptr->v_samp_factor; + + outrow = 0; + for (inrow = 0; inrow < input_rows; inrow++) { + for (v = 0; v < v_expand; v++) { + inptr = input_data[inrow]; + outptr = output_data[outrow++]; + for (incol = 0; incol < input_cols; incol++) { + invalue = GETJSAMPLE(*inptr++); + for (h = 0; h < h_expand; h++) { + *outptr++ = invalue; + } + } + } + } +} + + +/* + * Upsample pixel values of a single component. + * This version handles the common case of 2:1 horizontal and 1:1 vertical. + * + * The upsampling algorithm is linear interpolation between pixel centers, + * also known as a "triangle filter". This is a good compromise between + * speed and visual quality. The centers of the output pixels are 1/4 and 3/4 + * of the way between input pixel centers. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +h2v1_upsample (decompress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#else +h2v1_upsample (cinfo, which_component, + input_cols, input_rows, + output_cols, output_rows, + above, input_data, below, + output_data) + decompress_info_ptr cinfo; + int which_component; + long input_cols; + int input_rows; + long output_cols; + int output_rows; + JSAMPARRAY above; + JSAMPARRAY input_data; + JSAMPARRAY below; + JSAMPARRAY output_data; +#endif /* NeedFunctionPrototypes */ +#else +h2v1_upsample (decompress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#endif /* XIE_SUPPORTED */ +{ + register JSAMPROW inptr, outptr; + register int invalue; + int inrow; + register long colctr; + +#ifndef XIE_SUPPORTED +#ifdef DEBUG /* for debugging pipeline controller */ + jpeg_component_info * compptr = cinfo->cur_comp_info[which_component]; + if (input_rows != compptr->v_samp_factor || + output_rows != cinfo->max_v_samp_factor || + (input_cols % compptr->h_samp_factor) != 0 || + (output_cols % cinfo->max_h_samp_factor) != 0 || + output_cols*compptr->h_samp_factor != input_cols*cinfo->max_h_samp_factor) + ERREXIT(cinfo->emethods, "Bogus upsample parameters"); +#endif +#endif /* XIE_SUPPORTED */ + + for (inrow = 0; inrow < input_rows; inrow++) { + inptr = input_data[inrow]; + outptr = output_data[inrow]; + /* Special case for first column */ + invalue = GETJSAMPLE(*inptr++); + *outptr++ = (JSAMPLE) invalue; + *outptr++ = (JSAMPLE) ((invalue * 3 + GETJSAMPLE(*inptr) + 2) >> 2); + + for (colctr = input_cols - 2; colctr > 0; colctr--) { + /* General case: 3/4 * nearer pixel + 1/4 * further pixel */ + invalue = GETJSAMPLE(*inptr++) * 3; + *outptr++ = (JSAMPLE) ((invalue + GETJSAMPLE(inptr[-2]) + 2) >> 2); + *outptr++ = (JSAMPLE) ((invalue + GETJSAMPLE(*inptr) + 2) >> 2); + } + + /* Special case for last column */ + invalue = GETJSAMPLE(*inptr); + *outptr++ = (JSAMPLE) ((invalue * 3 + GETJSAMPLE(inptr[-1]) + 2) >> 2); + *outptr++ = (JSAMPLE) invalue; + } +} + + +/* + * Upsample pixel values of a single component. + * This version handles the common case of 2:1 horizontal and 2:1 vertical. + * + * The upsampling algorithm is linear interpolation between pixel centers, + * also known as a "triangle filter". This is a good compromise between + * speed and visual quality. The centers of the output pixels are 1/4 and 3/4 + * of the way between input pixel centers. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +h2v2_upsample (decompress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#else +h2v2_upsample (cinfo, which_component, + input_cols, input_rows, + output_cols, output_rows, + above, input_data, below, + output_data) + decompress_info_ptr cinfo; + int which_component; + long input_cols; + int input_rows; + long output_cols; + int output_rows; + JSAMPARRAY above; + JSAMPARRAY input_data; + JSAMPARRAY below; + JSAMPARRAY output_data; +#endif /* NeedFunctionPrototypes */ +#else +h2v2_upsample (decompress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#endif /* XIE_SUPPORTED */ +{ + register JSAMPROW inptr0, inptr1, outptr; +#ifdef EIGHT_BIT_SAMPLES + register int thiscolsum, lastcolsum, nextcolsum; +#else + register INT32 thiscolsum, lastcolsum, nextcolsum; +#endif + int inrow, outrow, v; + register long colctr; + +#ifndef XIE_SUPPORTED +#ifdef DEBUG /* for debugging pipeline controller */ + jpeg_component_info * compptr = cinfo->cur_comp_info[which_component]; + if (input_rows != compptr->v_samp_factor || + output_rows != cinfo->max_v_samp_factor || + (input_cols % compptr->h_samp_factor) != 0 || + (output_cols % cinfo->max_h_samp_factor) != 0 || + output_cols*compptr->h_samp_factor != input_cols*cinfo->max_h_samp_factor) + ERREXIT(cinfo->emethods, "Bogus upsample parameters"); +#endif +#endif /* XIE_SUPPORTED */ + + outrow = 0; + for (inrow = 0; inrow < input_rows; inrow++) { + for (v = 0; v < 2; v++) { + /* inptr0 points to nearest input row, inptr1 points to next nearest */ + inptr0 = input_data[inrow]; + if (v == 0) { /* next nearest is row above */ + if (inrow == 0) + inptr1 = above[input_rows-1]; + else + inptr1 = input_data[inrow-1]; + } else { /* next nearest is row below */ + if (inrow == input_rows-1) + inptr1 = below[0]; + else + inptr1 = input_data[inrow+1]; + } + outptr = output_data[outrow++]; + + /* Special case for first column */ + thiscolsum = GETJSAMPLE(*inptr0++) * 3 + GETJSAMPLE(*inptr1++); + nextcolsum = GETJSAMPLE(*inptr0++) * 3 + GETJSAMPLE(*inptr1++); + *outptr++ = (JSAMPLE) ((thiscolsum * 4 + 8) >> 4); + *outptr++ = (JSAMPLE) ((thiscolsum * 3 + nextcolsum + 8) >> 4); + lastcolsum = thiscolsum; thiscolsum = nextcolsum; + + for (colctr = input_cols - 2; colctr > 0; colctr--) { + /* General case: 3/4 * nearer pixel + 1/4 * further pixel in each */ + /* dimension, thus 9/16, 3/16, 3/16, 1/16 overall */ + nextcolsum = GETJSAMPLE(*inptr0++) * 3 + GETJSAMPLE(*inptr1++); + *outptr++ = (JSAMPLE) ((thiscolsum * 3 + lastcolsum + 8) >> 4); + *outptr++ = (JSAMPLE) ((thiscolsum * 3 + nextcolsum + 8) >> 4); + lastcolsum = thiscolsum; thiscolsum = nextcolsum; + } + + /* Special case for last column */ + *outptr++ = (JSAMPLE) ((thiscolsum * 3 + lastcolsum + 8) >> 4); + *outptr++ = (JSAMPLE) ((thiscolsum * 4 + 8) >> 4); + } + } +} + + +/* + * Upsample pixel values of a single component. + * This version handles the special case of a full-size component. + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +fullsize_upsample (decompress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#else +fullsize_upsample (cinfo, which_component, + input_cols, input_rows, + output_cols, output_rows, + above, input_data, below, + output_data) + decompress_info_ptr cinfo; + int which_component; + long input_cols; + int input_rows; + long output_cols; + int output_rows; + JSAMPARRAY above; + JSAMPARRAY input_data; + JSAMPARRAY below; + JSAMPARRAY output_data; +#endif /* NeedFunctionPrototypes */ +#else +fullsize_upsample (decompress_info_ptr cinfo, int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, JSAMPARRAY input_data, JSAMPARRAY below, + JSAMPARRAY output_data) +#endif /* XIE_SUPPORTED */ +{ +#ifndef XIE_SUPPORTED +#ifdef DEBUG /* for debugging pipeline controller */ + if (input_cols != output_cols || input_rows != output_rows) + ERREXIT(cinfo->emethods, "Pipeline controller messed up"); +#endif +#endif /* XIE_SUPPORTED */ + + jcopy_sample_rows(input_data, 0, output_data, 0, output_rows, output_cols); +} + + + +/* + * Clean up after a scan. + */ + +#ifndef XIE_SUPPORTED +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +upsample_term (decompress_info_ptr cinfo) +#else +upsample_term (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +upsample_term (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + /* no work for now */ +} +#endif /* XIE_SUPPORTED */ + + +/* + * The method selection routine for upsampling. + * Note that we must select a routine for each component. + */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jselupsample (decompress_info_ptr cinfo) +#else +jselupsample (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +jselupsample (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + short ci; + jpeg_component_info * compptr; + +#ifndef XIE_SUPPORTED + if (cinfo->CCIR601_sampling) + ERREXIT(cinfo->emethods, "CCIR601 upsampling not implemented yet"); +#endif /* XIE_SUPPORTED */ + + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + compptr = cinfo->cur_comp_info[ci]; + if (compptr->h_samp_factor == cinfo->max_h_samp_factor && + compptr->v_samp_factor == cinfo->max_v_samp_factor) + cinfo->methods->upsample[ci] = fullsize_upsample; + else if (compptr->h_samp_factor * 2 == cinfo->max_h_samp_factor && + compptr->v_samp_factor == cinfo->max_v_samp_factor) + cinfo->methods->upsample[ci] = h2v1_upsample; + else if (compptr->h_samp_factor * 2 == cinfo->max_h_samp_factor && + compptr->v_samp_factor * 2 == cinfo->max_v_samp_factor) + cinfo->methods->upsample[ci] = h2v2_upsample; + else if ((cinfo->max_h_samp_factor % compptr->h_samp_factor) == 0 && + (cinfo->max_v_samp_factor % compptr->v_samp_factor) == 0) + cinfo->methods->upsample[ci] = int_upsample; + else +#ifdef XIE_SUPPORTED + {} +#else + ERREXIT(cinfo->emethods, "Fractional upsampling not implemented yet"); +#endif /* XIE_SUPPORTED */ + } + + cinfo->methods->upsample_init = upsample_init; +#ifndef XIE_SUPPORTED + cinfo->methods->upsample_term = upsample_term; +#endif /* XIE_SUPPORTED */ +} diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdxie.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdxie.c new file mode 100644 index 0000000..8f8dea7 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdxie.c @@ -0,0 +1,901 @@ +/* $XConsortium: jdxie.c,v 1.4 94/04/17 20:35:38 rws Exp $ */ +/* Module jdxie.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * Copyright (C) 1992, Thomas G. Lane. + * This file was derived in part from the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + */ + +#include "jinclude.h" + +METHODDEF void +#if NeedFunctionPrototypes +d_ui_method_selection (decompress_info_ptr cinfo) +#else +d_ui_method_selection (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + /* if grayscale or CMYK input, force similar output; */ + /* else leave the output colorspace as set by options. */ + if (cinfo->jpeg_color_space == CS_GRAYSCALE) + cinfo->out_color_space = CS_GRAYSCALE; + else if (cinfo->jpeg_color_space == CS_CMYK) + cinfo->out_color_space = CS_CMYK; +} + +/* On normal machines we can apply MEMCOPY() and MEMZERO() to sample arrays + * and coefficient-block arrays. This won't work on 80x86 because the arrays + * are FAR and we're assuming a small-pointer memory model. However, some + * DOS compilers provide far-pointer versions of memcpy() and memset() even + * in the small-model libraries. These will be used if USE_FMEM is defined. + * Otherwise, the routines below do it the hard way. (The performance cost + * is not all that great, because these routines aren't very heavily used.) + */ + +#ifndef NEED_FAR_POINTERS /* normal case, same as regular macros */ +#define FMEMCOPY(dest,src,size) MEMCOPY(dest,src,size) +#define FMEMZERO(target,size) MEMZERO(target,size) +#else /* 80x86 case, define if we can */ +#ifdef USE_FMEM +#define FMEMCOPY(dest,src,size) _fmemcpy((pointer*)(dest), (const pointer*)(src), (size_t)(size)) +#define FMEMZERO(target,size) _fmemset((pointer*)(target), 0, (size_t)(size)) +#endif +#endif + +METHODDEF void +#if NeedFunctionPrototypes +d_per_scan_method_selection (decompress_info_ptr cinfo) +#else +d_per_scan_method_selection (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Central point for per-scan method selection */ +{ + /* MCU disassembly */ + jseldmcu(cinfo); + if (cinfo->XIE_upsample) + /* Upsampling of pixels */ + jselupsample(cinfo); +} + + +LOCAL void +#if NeedFunctionPrototypes +d_initial_method_selection (decompress_info_ptr cinfo) +#else +d_initial_method_selection (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Central point for initial method selection (after reading file header) */ +{ + /* JPEG file scanning method selection is already done. */ + /* So is output file format selection (both are done by user interface). */ + + /* Entropy decoding: Huffman coding. */ + jseldhuffman(cinfo); + cinfo->do_block_smoothing = FALSE; + + /* Overall control (that's me!) */ + cinfo->methods->d_per_scan_method_selection = d_per_scan_method_selection; +} + + +LOCAL int +#if NeedFunctionPrototypes +initial_setup (decompress_info_ptr cinfo) +#else +initial_setup (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Do computations that are needed before initial method selection */ +{ + short ci; + jpeg_component_info *compptr; + + /* Compute maximum sampling factors; check factor validity */ + cinfo->max_h_samp_factor = 1; + cinfo->max_v_samp_factor = 1; + for (ci = 0; ci < cinfo->num_components; ci++) { + compptr = &cinfo->comp_info[ci]; + if (compptr->h_samp_factor<=0 || compptr->h_samp_factor>MAX_SAMP_FACTOR || + compptr->v_samp_factor<=0 || compptr->v_samp_factor>MAX_SAMP_FACTOR) + /* ERREXIT(cinfo->emethods, "Bogus sampling factors"); */ + return(XIE_ERR); + cinfo->max_h_samp_factor = MAX(cinfo->max_h_samp_factor, + compptr->h_samp_factor); + cinfo->max_v_samp_factor = MAX(cinfo->max_v_samp_factor, + compptr->v_samp_factor); + } + + /* Compute logical downsampled dimensions of components */ + for (ci = 0; ci < cinfo->num_components; ci++) { + compptr = &cinfo->comp_info[ci]; + compptr->true_comp_width = (cinfo->image_width * compptr->h_samp_factor + + cinfo->max_h_samp_factor - 1) + / cinfo->max_h_samp_factor; + compptr->true_comp_height = (cinfo->image_height * compptr->v_samp_factor + + cinfo->max_v_samp_factor - 1) + / cinfo->max_v_samp_factor; + } + return(0); +} + + +/* + * About the data structures: + * + * The processing chunk size for upsampling is referred to in this file as + * a "row group": a row group is defined as Vk (v_samp_factor) sample rows of + * any component while downsampled, or Vmax (max_v_samp_factor) unsubsampled + * rows. In an interleaved scan each MCU row contains exactly DCTSIZE row + * groups of each component in the scan. In a noninterleaved scan an MCU row + * is one row of blocks, which might not be an integral number of row groups; + * therefore, we read in Vk MCU rows to obtain the same amount of data as we'd + * have in an interleaved scan. + * To provide context for the upsampling step, we have to retain the last + * two row groups of the previous MCU row while reading in the next MCU row + * (or set of Vk MCU rows). To do this without copying data about, we create + * a rather strange data structure. Exactly DCTSIZE+2 row groups of samples + * are allocated, but we create two different sets of pointers to this array. + * The second set swaps the last two pairs of row groups. By working + * alternately with the two sets of pointers, we can access the data in the + * desired order. + * + * Cross-block smoothing also needs context above and below the "current" row. + * Since this is an optional feature, I've implemented it in a way that is + * much simpler but requires more than the minimum amount of memory. We + * simply allocate three extra MCU rows worth of coefficient blocks and use + * them to "read ahead" one MCU row in the file. For a typical 1000-pixel-wide + * image with 2x2,1x1,1x1 sampling, each MCU row is about 50Kb; an 80x86 + * machine may be unable to apply cross-block smoothing to wider images. + */ + + +/* + * Utility routines: common code for pipeline controller + */ + +LOCAL int +#if NeedFunctionPrototypes +interleaved_scan_setup (decompress_info_ptr cinfo) +#else +interleaved_scan_setup (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Compute all derived info for an interleaved (multi-component) scan */ +/* On entry, cinfo->comps_in_scan and cinfo->cur_comp_info[] are set up */ +{ + short ci, mcublks; + jpeg_component_info *compptr; + + if (cinfo->comps_in_scan > MAX_COMPS_IN_SCAN) + /* ERREXIT(cinfo->emethods, "Too many components for interleaved scan"); */ + return(XIE_ERR); + + cinfo->MCUs_per_row = (cinfo->image_width + + cinfo->max_h_samp_factor*DCTSIZE - 1) + / (cinfo->max_h_samp_factor*DCTSIZE); + + cinfo->MCU_rows_in_scan = (cinfo->image_height + + cinfo->max_v_samp_factor*DCTSIZE - 1) + / (cinfo->max_v_samp_factor*DCTSIZE); + + cinfo->blocks_in_MCU = 0; + + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + compptr = cinfo->cur_comp_info[ci]; + /* for interleaved scan, sampling factors give # of blocks per component */ + compptr->MCU_width = compptr->h_samp_factor; + compptr->MCU_height = compptr->v_samp_factor; + compptr->MCU_blocks = compptr->MCU_width * compptr->MCU_height; + /* compute physical dimensions of component */ + compptr->downsampled_width = jround_up(compptr->true_comp_width, + (long) (compptr->MCU_width*DCTSIZE)); + compptr->downsampled_height = jround_up(compptr->true_comp_height, + (long) (compptr->MCU_height*DCTSIZE)); + /* Sanity check */ + if (compptr->downsampled_width != + (cinfo->MCUs_per_row * (compptr->MCU_width*DCTSIZE))) + /* ERREXIT(cinfo->emethods, "I'm confused about the image width"); */ + return(XIE_ERR); + /* Prepare array describing MCU composition */ + mcublks = compptr->MCU_blocks; + if (cinfo->blocks_in_MCU + mcublks > MAX_BLOCKS_IN_MCU) + /* ERREXIT(cinfo->emethods, "Sampling factors too large for interleaved scan"); */ + return(XIE_ERR); + while (mcublks-- > 0) { + cinfo->MCU_membership[cinfo->blocks_in_MCU++] = ci; + } + } + + (*cinfo->methods->d_per_scan_method_selection) (cinfo); + return(0); +} + + +LOCAL void +#if NeedFunctionPrototypes +noninterleaved_scan_setup (decompress_info_ptr cinfo) +#else +noninterleaved_scan_setup (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Compute all derived info for a noninterleaved (single-component) scan */ +/* On entry, cinfo->comps_in_scan = 1 and cinfo->cur_comp_info[0] is set up */ +{ + jpeg_component_info *compptr = cinfo->cur_comp_info[0]; + + /* for noninterleaved scan, always one block per MCU */ + compptr->MCU_width = 1; + compptr->MCU_height = 1; + compptr->MCU_blocks = 1; + /* compute physical dimensions of component */ + compptr->downsampled_width = jround_up(compptr->true_comp_width, + (long) DCTSIZE); + compptr->downsampled_height = jround_up(compptr->true_comp_height, + (long) DCTSIZE); + + cinfo->MCUs_per_row = compptr->downsampled_width / DCTSIZE; + cinfo->MCU_rows_in_scan = compptr->downsampled_height / DCTSIZE; + + /* Prepare array describing MCU composition */ + cinfo->blocks_in_MCU = 1; + cinfo->MCU_membership[0] = 0; + + (*cinfo->methods->d_per_scan_method_selection) (cinfo); +} + +GLOBAL JSAMPIMAGE +#if NeedFunctionPrototypes +alloc_sampimage (decompress_info_ptr cinfo, + int num_comps, long num_rows, long num_cols) +#else +alloc_sampimage (cinfo, num_comps, num_rows, num_cols) + decompress_info_ptr cinfo; + int num_comps; + long num_rows; + long num_cols; +#endif /* NeedFunctionPrototypes */ +/* Allocate an in-memory sample image (all components same size) */ +{ + JSAMPIMAGE image; + int ci; + + image = (JSAMPIMAGE) (*cinfo->emethods->d_alloc_small) + (cinfo, (num_comps * SIZEOF(JSAMPARRAY))); + if (image == (JSAMPIMAGE) NULL) + return((JSAMPIMAGE) NULL); + for (ci = 0; ci < num_comps; ci++) { + image[ci] = (*cinfo->emethods->d_alloc_small_sarray) + (cinfo, num_cols, num_rows); + if (image[ci] == NULL) + return((JSAMPIMAGE) NULL); + } + return image; +} + +LOCAL JBLOCKIMAGE +#if NeedFunctionPrototypes +alloc_MCU_row (decompress_info_ptr cinfo) +#else +alloc_MCU_row (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Allocate one MCU row's worth of coefficient blocks */ +{ + JBLOCKIMAGE image; + int ci; + + image = (JBLOCKIMAGE) (*cinfo->emethods->d_alloc_small) + (cinfo, (cinfo->comps_in_scan * SIZEOF(JBLOCKARRAY))); + if (image == (JBLOCKIMAGE) NULL) + return((JBLOCKIMAGE) NULL); + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + image[ci] = (*cinfo->emethods->d_alloc_small_barray) + (cinfo, cinfo->cur_comp_info[ci]->downsampled_width / DCTSIZE, + (long) cinfo->cur_comp_info[ci]->MCU_height); + if (image[ci] == NULL) + return((JBLOCKIMAGE) NULL); + } + return image; +} + +LOCAL int +#if NeedFunctionPrototypes +alloc_sampling_buffer (decompress_info_ptr cinfo, JSAMPIMAGE sampled_data[2]) +#else +alloc_sampling_buffer (cinfo, sampled_data) + decompress_info_ptr cinfo; + JSAMPIMAGE sampled_data[2]; +#endif /* NeedFunctionPrototypes */ +/* Create a downsampled-data buffer having the desired structure */ +/* (see comments at head of file) */ +{ + short ci, vs, i; + + /* Get top-level space for array pointers */ + sampled_data[0] = (JSAMPIMAGE) (*cinfo->emethods->d_alloc_small) + (cinfo, (cinfo->comps_in_scan * SIZEOF(JSAMPARRAY))); + if (cinfo->sampled_data[0] == (JSAMPIMAGE) NULL) + return(XIE_ERR); + sampled_data[1] = (JSAMPIMAGE) (*cinfo->emethods->d_alloc_small) + (cinfo, (cinfo->comps_in_scan * SIZEOF(JSAMPARRAY))); + if (cinfo->sampled_data[1] == (JSAMPIMAGE) NULL) + return(XIE_ERR); + + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + vs = cinfo->cur_comp_info[ci]->v_samp_factor; /* row group height */ + /* Allocate the real storage */ + sampled_data[0][ci] = (*cinfo->emethods->d_alloc_small_sarray) + (cinfo, cinfo->cur_comp_info[ci]->downsampled_width, + (long) (vs * (DCTSIZE+2))); + if (cinfo->sampled_data[0][ci] == NULL) + return(XIE_ERR); + /* Create space for the scrambled-order pointers */ + sampled_data[1][ci] = (JSAMPARRAY) (*cinfo->emethods->d_alloc_small) + (cinfo, (vs * (DCTSIZE+2) * SIZEOF(JSAMPROW))); + if (cinfo->sampled_data[1][ci] == (JSAMPARRAY) NULL) + return(XIE_ERR); + /* Duplicate the first DCTSIZE-2 row groups */ + for (i = 0; i < vs * (DCTSIZE-2); i++) { + sampled_data[1][ci][i] = sampled_data[0][ci][i]; + } + /* Copy the last four row groups in swapped order */ + for (i = 0; i < vs * 2; i++) { + sampled_data[1][ci][vs*DCTSIZE + i] = sampled_data[0][ci][vs*(DCTSIZE-2) + i]; + sampled_data[1][ci][vs*(DCTSIZE-2) + i] = sampled_data[0][ci][vs*DCTSIZE + i]; + } + } + return(0); +} + +/* + * Several decompression processes need to range-limit values to the range + * 0..MAXJSAMPLE; the input value may fall somewhat outside this range + * due to noise introduced by quantization, roundoff error, etc. These + * processes are inner loops and need to be as fast as possible. On most + * machines, particularly CPUs with pipelines or instruction prefetch, + * a (range-check-less) C table lookup + * x = sample_range_limit[x]; + * is faster than explicit tests + * if (x < 0) x = 0; + * else if (x > MAXJSAMPLE) x = MAXJSAMPLE; + * These processes all use a common table prepared by the routine below. + * + * The table will work correctly for x within MAXJSAMPLE+1 of the legal + * range. This is a much wider range than is needed for most cases, + * but the wide range is handy for color quantization. + * Note that the table is allocated in near data space on PCs; it's small + * enough and used often enough to justify this. + */ + +LOCAL int +#if NeedFunctionPrototypes +prepare_range_limit_table (decompress_info_ptr cinfo) +#else +prepare_range_limit_table (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Allocate and fill in the sample_range_limit table */ +{ + JSAMPLE * table; + int i; + + table = (JSAMPLE *) (*cinfo->emethods->d_alloc_small) + (cinfo, (3 * (MAXJSAMPLE+1) * SIZEOF(JSAMPLE))); + if (table == (JSAMPLE *) NULL) + return(XIE_ERR); + cinfo->sample_range_limit = table + (MAXJSAMPLE+1); + for (i = 0; i <= MAXJSAMPLE; i++) { + table[i] = 0; /* sample_range_limit[x] = 0 for x<0 */ + table[i+(MAXJSAMPLE+1)] = (JSAMPLE) i; /* sample_range_limit[x] = x */ + table[i+(MAXJSAMPLE+1)*2] = MAXJSAMPLE; /* x beyond MAXJSAMPLE */ + } + return(0); +} + +LOCAL void +#if NeedFunctionPrototypes +duplicate_row (JSAMPARRAY image_data, + long num_cols, int source_row, int num_rows) +#else +duplicate_row (image_data, num_cols, source_row, num_rows) + JSAMPARRAY image_data; + long num_cols; + int source_row; + int num_rows; +#endif /* NeedFunctionPrototypes */ +/* Duplicate the source_row at source_row+1 .. source_row+num_rows */ +/* This happens only at the bottom of the image, */ +/* so it needn't be super-efficient */ +{ + register int row; + + for (row = 1; row <= num_rows; row++) { + jcopy_sample_rows(image_data, source_row, image_data, source_row + row, + 1, num_cols); + } +} + +LOCAL void +#if NeedFunctionPrototypes +expand (decompress_info_ptr cinfo, + JSAMPIMAGE sampled_data, JSAMPIMAGE fullsize_data, + long fullsize_width, + short above, short current, short below, short out) +#else +expand (cinfo, + sampled_data, fullsize_data, + fullsize_width, + above, current, below, out) + decompress_info_ptr cinfo; + JSAMPIMAGE sampled_data; + JSAMPIMAGE fullsize_data; + long fullsize_width; + short above; + short current; + short below; + short out; +#endif /* NeedFunctionPrototypes */ +/* Do upsampling expansion of a single row group (of each component). */ +/* above, current, below are indexes of row groups in sampled_data; */ +/* out is the index of the target row group in fullsize_data. */ +/* Special case: above, below can be -1 to indicate top, bottom of image. */ +{ + jpeg_component_info *compptr; + JSAMPARRAY above_ptr, below_ptr; + JSAMPROW dummy[MAX_SAMP_FACTOR]; /* for downsample expansion at top/bottom */ + short ci, vs, i; + + for (ci = 0; ci < cinfo->comps_in_scan; ci++) { + compptr = cinfo->cur_comp_info[ci]; + vs = compptr->v_samp_factor; /* row group height */ + + if (above >= 0) + above_ptr = sampled_data[ci] + above * vs; + else { + /* Top of image: make a dummy above-context with copies of 1st row */ + /* We assume current=0 in this case */ + for (i = 0; i < vs; i++) + dummy[i] = sampled_data[ci][0]; + above_ptr = (JSAMPARRAY) dummy; /* possible near->far pointer conv */ + } + + if (below >= 0) + below_ptr = sampled_data[ci] + below * vs; + else { + /* Bot of image: make a dummy below-context with copies of last row */ + for (i = 0; i < vs; i++) + dummy[i] = sampled_data[ci][(current+1)*vs-1]; + below_ptr = (JSAMPARRAY) dummy; /* possible near->far pointer conv */ + } + + (*cinfo->methods->upsample[ci]) + (cinfo, (int) ci, + compptr->downsampled_width, (int) vs, + fullsize_width, (int) cinfo->max_v_samp_factor, + above_ptr, + sampled_data[ci] + current * vs, + below_ptr, + fullsize_data[ci] + out * cinfo->max_v_samp_factor); + } +} + +LOCAL void +#if NeedFunctionPrototypes +jdcopy_pixel_rows (decompress_info_ptr cinfo, + JSAMPIMAGE input_array, JSAMPIMAGE output_array) +#else +jdcopy_pixel_rows (cinfo,input_array, output_array) + decompress_info_ptr cinfo; + JSAMPIMAGE input_array; + JSAMPIMAGE output_array; +#endif /* NeedFunctionPrototypes */ +/* Copy some rows of samples from one place to another. + * num_rows rows are copied from input_array[source_row++] + * to output_array[dest_row++]; these areas should not overlap. + * The source and destination arrays must be at least as wide as num_cols. + */ +{ + register JSAMPROW inptr, outptr; +#ifdef FMEMCOPY + register size_t count; +#else + register long count; +#endif + register int ci, row; + int num_components; + int num_rows; + long num_cols; + + num_components = cinfo->num_components; + if (cinfo->XIE_upsample) { + num_rows = cinfo->rows_in_mem; + num_cols = cinfo->image_width; +#ifdef FMEMCOPY + count = (size_t) (num_cols * SIZEOF(JSAMPLE)); +#endif + } + + for (ci = 0; ci < num_components; ci++) { + if (!cinfo->XIE_upsample) { + num_rows = cinfo->comp_info[ci].h_samp_factor*DCTSIZE; + num_cols = cinfo->comp_info[ci].true_comp_width; +#ifdef FMEMCOPY + count = (size_t) (num_cols * SIZEOF(JSAMPLE)); +#endif + } + for (row = 0; row < num_rows; row++) { + inptr = input_array[ci][row]; + outptr = output_array[ci][row]; +#ifdef FMEMCOPY + FMEMCOPY(outptr, inptr, count); +#else + for (count = 0; count < num_cols; count++) + outptr[count] = inptr[count]; /* needn't bother with GETJSAMPLE() here */ +#endif + } + } +} + +GLOBAL int +#if NeedFunctionPrototypes +jdXIE_init (decompress_info_ptr cinfo) +#else +jdXIE_init (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + int status; + + if (cinfo->XIErestart == XIE_RNUL) { + /* Install, but don't yet enable signal catcher. */ + + /* Set up compression parameters */ + /* Initialize cinfo with default switch settings */ + /* (Re-)initialize the system-dependent error and memory managers. */ + jdselmemmgr(cinfo, cinfo->emethods); /* memory allocation routines */ + cinfo->methods->d_ui_method_selection = d_ui_method_selection; + + /* Set up default JPEG parameters. */ + j_d_defaults(cinfo, FALSE); + + /* Set up to read a baseline-JPEG file. */ + jselrjfif(cinfo); + + /* Init pass counts to 0 --- total_passes is adjusted in method selection */ + cinfo->total_passes = 0; + cinfo->completed_passes = 0; + + cinfo->XIErestart = XIE_RNUL; + cinfo->XIEmcuindex = 0; + } /* if (cinfo->XIErestart != XIE_RNUL) */ + + /* Read the JPEG file header markers; everything up through the first SOS + * marker is read now. NOTE: the user interface must have initialized the + * read_file_header method pointer (eg, by calling jselrjfif or jselrtiff). + * The other file reading methods (read_scan_header etc.) were probably + * set at the same time, but could be set up by read_file_header itself. + */ + if (cinfo->XIErestart != XIE_RRSH) { + + /* need more data */ + if ((status = ((*cinfo->methods->read_file_header)(cinfo))) < 0) { + if (status == XIE_ERR) + return(XIE_ERR); + cinfo->XIErestart = XIE_RRFH; + cinfo->next_input_byte = cinfo->XIEnext_input_byte; + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + return(XIE_INP); + } else { + cinfo->XIErestart = XIE_RNUL; + } + } + /* need more data */ + if ((status = ((*cinfo->methods->read_scan_header)(cinfo))) < 0) { + if (status == XIE_ERR) + return(XIE_ERR); + cinfo->XIErestart = XIE_RRSH; + cinfo->next_input_byte = cinfo->XIEnext_input_byte; + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + return(XIE_INP); + } + cinfo->XIErestart = XIE_RNUL; + + /* Give UI a chance to adjust decompression parameters and select */ + /* output file format based on info from file header. */ + (*cinfo->methods->d_ui_method_selection) (cinfo); + + /* Now select methods for decompression steps. */ + if (initial_setup(cinfo) == XIE_ERR) + return(XIE_ERR); + d_initial_method_selection(cinfo); + + /* Compute dimensions of full-size pixel buffers */ + /* Note these are the same whether interleaved or not. */ + cinfo->rows_in_mem = cinfo->max_v_samp_factor * DCTSIZE; + cinfo->fullsize_width = jround_up(cinfo->image_width, + (long) (cinfo->max_h_samp_factor * DCTSIZE)); + + /* Prepare for single scan containing all components */ + if (cinfo->comps_in_scan == 1) { + noninterleaved_scan_setup(cinfo); + /* Need to read Vk MCU rows to obtain Vk block rows */ + cinfo->mcu_rows_per_loop = cinfo->cur_comp_info[0]->v_samp_factor; + } else { + if (interleaved_scan_setup(cinfo) == XIE_ERR) + return(XIE_ERR); + /* in an interleaved scan, one MCU row provides Vk block rows */ + cinfo->mcu_rows_per_loop = 1; + } + cinfo->total_passes++; + + /* Allocate working memory: */ + /* coeff_data holds a single MCU row of coefficient blocks */ + cinfo->coeff_data = alloc_MCU_row(cinfo); + if (cinfo->coeff_data == (JBLOCKIMAGE) NULL) + return(XIE_ERR); + /* sampled_data is sample data before upsampling */ + if (alloc_sampling_buffer(cinfo, cinfo->sampled_data) == XIE_ERR) + return(XIE_ERR); + if (cinfo->XIE_upsample) { + /* fullsize_data is sample data after upsampling */ + cinfo->fullsize_data = alloc_sampimage(cinfo, (int) cinfo->num_components, + (long) cinfo->rows_in_mem, cinfo->fullsize_width); + if (cinfo->fullsize_data == (JSAMPIMAGE) NULL) + return(XIE_ERR); + } + if (prepare_range_limit_table(cinfo) == XIE_ERR) + return(XIE_ERR); + + /* Initialize to read scan data */ + + if (((*cinfo->methods->entropy_decode_init) (cinfo)) == XIE_ERR) + return(XIE_ERR); + if (cinfo->XIE_upsample) + (*cinfo->methods->upsample_init) (cinfo); + (*cinfo->methods->disassemble_init) (cinfo); + + cinfo->pixel_rows_output = 0; + if (cinfo->XIE_upsample) { + cinfo->whichss = 1; /* arrange to start with sampled_data[0] */ + } else { + cinfo->whichss = 0; /* arrange to start with sampled_data[0] */ + } + cinfo->cur_mcu_row = 0; + cinfo->first_mcu_row = TRUE; + return(XIE_NRML); +} /* jdXIE_init */ + + +GLOBAL int +#if NeedFunctionPrototypes +jdXIE_get (decompress_info_ptr cinfo) +#else +jdXIE_get (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + int whichss; + int ri; + int start; + short i; + + if (cinfo->cur_mcu_row < cinfo->MCU_rows_in_scan) { + if (cinfo->XIErestart == XIE_RNUL) { + start = 0; + if (cinfo->XIE_upsample) { + cinfo->whichss ^= 1; /* switch to other downsampled-data buffer */ + } + } else { + start = cinfo->ri; + } + + whichss = cinfo->whichss; /* localize variable */ + + /* Obtain v_samp_factor block rows of each component in the scan. */ + /* This is a single MCU row if interleaved, multiple MCU rows if not. */ + /* In the noninterleaved case there might be fewer than v_samp_factor */ + /* block rows remaining; if so, pad with copies of the last pixel row */ + /* so that upsampling doesn't have to treat it as a special case. */ + + for (ri = start; ri < cinfo->mcu_rows_per_loop; ri++) { + if ((cinfo->cur_mcu_row + ri) < cinfo->MCU_rows_in_scan) { + /* OK to actually read an MCU row. */ + if (((*cinfo->methods->disassemble_MCU) (cinfo, + cinfo->coeff_data)) < 0) { + cinfo->ri = ri; /* save loop position */ + return(XIE_INP); /* need more data */ + } + (*cinfo->methods->reverse_DCT) (cinfo, cinfo->coeff_data, + cinfo->sampled_data[whichss], + ri * DCTSIZE); + } else { + /* Need to pad out with copies of the last downsampled row. */ + /* This can only happen if there is just one component. */ + duplicate_row(cinfo->sampled_data[whichss][0], + cinfo->cur_comp_info[0]->downsampled_width, + ri * DCTSIZE - 1, DCTSIZE); + } + } + + if (cinfo->XIE_upsample) { + /* Upsample the data */ + /* First time through is a special case */ + + if (cinfo->first_mcu_row) { + /* Expand first row group with dummy above-context */ + expand(cinfo, cinfo->sampled_data[whichss], + cinfo->fullsize_data, cinfo->fullsize_width, + (short) (-1), (short) 0, (short) 1, + (short) 0); + } else { + /* Expand last row group of previous set */ + expand(cinfo, cinfo->sampled_data[whichss], + cinfo->fullsize_data, cinfo->fullsize_width, + (short) DCTSIZE, (short) (DCTSIZE+1), (short) 0, + (short) (DCTSIZE-1)); + /* and dump the previous set's expanded data */ + jdcopy_pixel_rows (cinfo, cinfo->fullsize_data, cinfo->output_workspace); + /* Expand first row group of this set */ + expand(cinfo, cinfo->sampled_data[whichss], + cinfo->fullsize_data, cinfo->fullsize_width, + (short) (DCTSIZE+1), (short) 0, (short) 1, + (short) 0); + } + + /* Expand second through next-to-last row groups of this set */ + for (i = 1; i <= DCTSIZE-2; i++) { + expand(cinfo, cinfo->sampled_data[whichss], + cinfo->fullsize_data, cinfo->fullsize_width, + (short) (i-1), (short) i, (short) (i+1), + (short) i); + } + + /* Return for all but last row group */ + cinfo->cur_mcu_row += cinfo->mcu_rows_per_loop; + if (cinfo->first_mcu_row) { + cinfo->first_mcu_row = FALSE; + return(XIE_NRML); /* No errors, no output */ + } else { + return(XIE_OUT); /* No errors, output */ + } + + } else { + + /* Do not upsample the data: copy it directly into the output workspace */ + jdcopy_pixel_rows (cinfo, + cinfo->sampled_data[whichss], cinfo->output_workspace); + cinfo->cur_mcu_row += cinfo->mcu_rows_per_loop; + if (cinfo->cur_mcu_row < cinfo->MCU_rows_in_scan) { + return(XIE_OUT); /* No errors, output */ + } else { + return(XIE_EOI); /* No errors, output, end of input */ + } + } + } + + if (cinfo->XIE_upsample) { + /* Expand the last row group with dummy below-context */ + /* Note whichss points to last buffer side used */ + expand(cinfo, cinfo->sampled_data[cinfo->whichss], + cinfo->fullsize_data, cinfo->fullsize_width, + (short) (DCTSIZE-2), (short) (DCTSIZE-1), (short) (-1), + (short) (DCTSIZE-1)); + /* and dump the remaining data (may be less than full height) */ + jdcopy_pixel_rows (cinfo, cinfo->fullsize_data, cinfo->output_workspace); + } + return(XIE_EOI); /* No errors, output, end of input */ +} /* jdXIE_get */ + +#ifndef XIE_SUPPORTED +GLOBAL int +#if NeedFunctionPrototypes +jdXIE_term (decompress_info_ptr cinfo) +#else +jdXIE_term (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + /* Clean up after the scan */ + (*cinfo->methods->disassemble_term) (cinfo); + if (cinfo->XIE_upsample) + (*cinfo->methods->upsample_term) (cinfo); + (*cinfo->methods->entropy_decode_term) (cinfo); + (*cinfo->methods->read_scan_trailer) (cinfo); + cinfo->completed_passes++; + + /* Finish output file, release working storage, etc */ + (*cinfo->methods->output_term) (cinfo); + (*cinfo->methods->read_file_trailer) (cinfo); + + (*cinfo->emethods->d_free_all) (cinfo); + + return(XIE_NRML); +} /* jdXIE_term */ + + +GLOBAL void +#if NeedFunctionPrototypes +jseldXIE (decompress_info_ptr cinfo) +#else +jseldXIE (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + /* NULL function */ +} /* jseldXIE */ +#endif /* XIE_SUPPORTED */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdxief.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdxief.c new file mode 100644 index 0000000..c74f9ab --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jdxief.c @@ -0,0 +1,162 @@ +/* $XConsortium: jdxief.c,v 1.4 94/04/17 20:35:39 rws Exp $ */ +/* Module jdxief.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +#include "jinclude.h" + +#if NeedFunctionPrototypes +GLOBAL int jdXIE_init(decompress_info_ptr); +GLOBAL int jdXIE_get(decompress_info_ptr); +#ifndef XIE_SUPPORTED +GLOBAL int jdXIE_term(decompress_info_ptr); +GLOBAL void jseldXIE(decompress_info_ptr); +#endif /* XIE_SUPPORTED */ +#endif /* NeedFunctionPrototypes */ + +/**********************************************************************/ + +GLOBAL int +#if NeedFunctionPrototypes +JD_INIT(decompress_info_ptr cinfo, + decompress_methods_ptr dcmethods, external_methods_ptr emethods, + boolean upsample) +#else +JD_INIT(cinfo, dcmethods, emethods, upsample) + decompress_info_ptr cinfo; + decompress_methods_ptr dcmethods; + external_methods_ptr emethods; + boolean upsample; +#endif /* NeedFunctionPrototypes */ +{ + /* Set up links to method structures. */ + cinfo->methods = dcmethods; + cinfo->emethods = emethods; + + /* Set upsample flag */ + cinfo->XIE_upsample = upsample; + + /* Set restart to NULL */ + cinfo->XIErestart = XIE_RNUL; + + return(jdXIE_init(cinfo)); +} + +/**********************************************************************/ + +#ifndef XIE_SUPPORTED +GLOBAL int +#if NeedFunctionPrototypes +JD_BEGINFRAME(decompress_info_ptr cinfo) +#else +JD_BEGINFRAME(cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + (*cinfo->methods->output_init) (cinfo); + + return(XIE_NRML); +} +#endif /* XIE_SUPPORTED */ + +/**********************************************************************/ + +GLOBAL int +#if NeedFunctionPrototypes +JD_PROCESS(decompress_info_ptr cinfo) +#else +JD_PROCESS(cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + return(jdXIE_get(cinfo)); +} + +/**********************************************************************/ + +#ifndef XIE_SUPPORTED +GLOBAL int +#if NeedFunctionPrototypes +JD_ENDFRAME(decompress_info_ptr cinfo) +#else +JD_ENDFRAME(cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + + jdXIE_term(cinfo); + + return(XIE_NRML); +} +#endif /* XIE_SUPPORTED */ + +/**********************************************************************/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jelossy.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jelossy.c new file mode 100644 index 0000000..f41d8bf --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jelossy.c @@ -0,0 +1,254 @@ +/* $XConsortium: jelossy.c,v 1.4 94/04/17 20:35:39 rws Exp $ */ +/* Module jelossy.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + + jelossy.c - encode JPEG images, Lossy method + + this contain code for: + + 1) JPEG Lossless, grayscale + 2) JPEG Lossless, color + + Ben Fahy, AGE Logic, Oct 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + + +****************************************************************************/ + +#include "jpeg.h" + +/**********************************************************************/ +encode_jpeg_lossy_gray(state) +JpegEncodeState *state; +{ + return( encode_jpeg_lossy_color(state) ); +} +/**********************************************************************/ +encode_jpeg_lossy_color(state) +JpegEncodeState *state; +{ +int status; /* some compilers may complain, but close examination + ** shows the useage of this variable 'status' to be correct. + */ + +/* our output buffer is guaranteed to be clean on entry. */ +/* (every time we write data below, we return to flush it) */ + + state->flush_output = 0; + state->nl_coded = 0; + + while(1) { /* loop forever (we're a state machine) */ + + switch( state->goal) { + case JPEG_ENCODE_GOAL_Startup: + state->goal = JPEG_ENCODE_GOAL_TryToBeginFrame; + +/*** Write out the beginning frame information ***/ + case JPEG_ENCODE_GOAL_TryToBeginFrame: + + state->cinfo->bytes_in_buffer = 0; + /* initialize buffer to empty */ + + status = JC_BEGINFRAME(state->cinfo, + state->n_bands, + state->width, + state->height, + state->Qtable, + state->lenQtable, + state->ACtable, + state->lenACtable, + state->DCtable, + state->lenDCtable, + state->h_sample, + state->v_sample); + + if (status == XIE_ERR) { + state->error_code = JPEG_ENCODE_ERROR_CouldNotBeginFrame; + return(-1); + } + if (status == XIE_NRML) { + state->goal = JPEG_ENCODE_GOAL_BeginFrameDone; + break; + } + if (status == XIE_OUT) { + state->goal = JPEG_ENCODE_GOAL_WriteHdrData; + break; + } + /* hey! we aren't supposed to be here */ + state->error_code = JPEG_ENCODE_ERROR_BadBeginFrameRetCode; + return(-1); + break; + + case JPEG_ENCODE_GOAL_WriteHdrData: + return(-1); + break; + + case JPEG_ENCODE_GOAL_BeginFrameDone: + state->goal = JPEG_ENCODE_GOAL_ProcessData; + state->needs_input_strip = 1; + state->flush_output = state->cinfo->bytes_in_buffer; + return(0); + break; + + case JPEG_ENCODE_GOAL_ProcessData: + if (state->n_bands == 3) + state->goal = JPEG_ENCODE_GOAL_EncodeRGB; + else + state->goal = JPEG_ENCODE_GOAL_EncodeGray; + break; + + case JPEG_ENCODE_GOAL_EncodeGray: + if (state->nl_tocode <= 0) { + state->flush_output = state->cinfo->bytes_in_buffer; + return(state->nl_coded); + } + status = JC_SCANLINE_GRAY(state->cinfo, + &state->i_line, /* global line # */ + state->i_lines[0][state->nl_coded]); /* gray data line */ + + /* keep track of how many lines in strip we've given encoder */ + state->nl_coded++; + state->i_line++; + state->nl_tocode--; + state->goal = JPEG_ENCODE_GOAL_CheckStatus; + break; + + case JPEG_ENCODE_GOAL_EncodeRGB: + if (state->nl_tocode <= 0) { + state->flush_output = state->cinfo->bytes_in_buffer; + return(state->nl_coded); + } + status = JC_SCANLINE_RGB(state->cinfo, + &state->i_line, /* global line # */ + state->i_lines[0][state->nl_coded], /* red data line */ + state->i_lines[1][state->nl_coded], /* green data line */ + state->i_lines[2][state->nl_coded]); /* blue data line */ + + /* keep track of how many lines in strip we've given encoder */ + state->nl_coded++; + state->i_line++; + state->nl_tocode--; + + case JPEG_ENCODE_GOAL_CheckStatus: + if (status == XIE_OUT) { + state->flush_output = state->cinfo->bytes_in_buffer; + return(state->nl_coded); + break; + } + if (status == XIE_NRML) { + state->goal = JPEG_ENCODE_GOAL_ProcessData; + if (state->flush_output = state->cinfo->bytes_in_buffer) + return(state->nl_coded); + + break; + } + + if (status == XIE_ERR) { + state->error_code = JPEG_ENCODE_ERROR_EncodeError; + return(-1); + } + else { + /* unexpected return status */ + state->error_code = JPEG_ENCODE_ERROR_EncoderIsFreakingOut; + return(-1); + } + break; + + case JPEG_ENCODE_GOAL_EndFrame: + status = JC_ENDFRAME(state->cinfo); + + if (state->flush_output = state->cinfo->bytes_in_buffer) { + if (status == XIE_NRML) + state->goal = JPEG_ENCODE_GOAL_Done; + + return(state->nl_coded); + } + else if (status == XIE_NRML) { + state->goal = JPEG_ENCODE_GOAL_Done; + state->flush_output = state->cinfo->bytes_in_buffer; + return(state->nl_coded); + } + else if (status == XIE_ERR) { + state->error_code = JPEG_ENCODE_ERROR_EndFrameError; + return(-1); + } + else { + /* unexpected return status */ + state->error_code = JPEG_ENCODE_ERROR_EndFrameFreakOut; + return(-1); + } + break; + + default: + state->error_code = JPEG_ENCODE_ERROR_BadGoal; + return(-1); + } + } +} +/**********************************************************************/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jfwddct.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jfwddct.c new file mode 100644 index 0000000..74cd2b4 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jfwddct.c @@ -0,0 +1,381 @@ +/* $XConsortium: jfwddct.c,v 1.4 94/04/17 20:35:40 rws Exp $ */ +/* Module jfwddct.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jfwddct.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains the basic DCT (Discrete Cosine Transform) + * transformation subroutine. + * + * This implementation is based on an algorithm described in + * C. Loeffler, A. Ligtenberg and G. Moschytz, "Practical Fast 1-D DCT + * Algorithms with 11 Multiplications", Proc. Int'l. Conf. on Acoustics, + * Speech, and Signal Processing 1989 (ICASSP '89), pp. 988-991. + * The primary algorithm described there uses 11 multiplies and 29 adds. + * We use their alternate method with 12 multiplies and 32 adds. + * The advantage of this method is that no data path contains more than one + * multiplication; this allows a very simple and accurate implementation in + * scaled fixed-point arithmetic, with a minimal number of shifts. + */ + +#include "jinclude.h" + +/* + * This routine is specialized to the case DCTSIZE = 8. + */ + +#if DCTSIZE != 8 + Sorry, this code only copes with 8x8 DCTs. /* deliberate syntax err */ +#endif + + +/* + * A 2-D DCT can be done by 1-D DCT on each row followed by 1-D DCT + * on each column. Direct algorithms are also available, but they are + * much more complex and seem not to be any faster when reduced to code. + * + * The poop on this scaling stuff is as follows: + * + * Each 1-D DCT step produces outputs which are a factor of sqrt(N) + * larger than the true DCT outputs. The final outputs are therefore + * a factor of N larger than desired; since N=8 this can be cured by + * a simple right shift at the end of the algorithm. The advantage of + * this arrangement is that we save two multiplications per 1-D DCT, + * because the y0 and y4 outputs need not be divided by sqrt(N). + * + * We have to do addition and subtraction of the integer inputs, which + * is no problem, and multiplication by fractional constants, which is + * a problem to do in integer arithmetic. We multiply all the constants + * by CONST_SCALE and convert them to integer constants (thus retaining + * CONST_BITS bits of precision in the constants). After doing a + * multiplication we have to divide the product by CONST_SCALE, with proper + * rounding, to produce the correct output. This division can be done + * cheaply as a right shift of CONST_BITS bits. We postpone shifting + * as long as possible so that partial sums can be added together with + * full fractional precision. + * + * The outputs of the first pass are scaled up by PASS1_BITS bits so that + * they are represented to better-than-integral precision. These outputs + * require BITS_IN_JSAMPLE + PASS1_BITS + 3 bits; this fits in a 16-bit word + * with the recommended scaling. (To scale up 12-bit sample data, an + * intermediate INT32 array would be needed.) + * + * To avoid overflow of the 32-bit intermediate results in pass 2, we must + * have BITS_IN_JSAMPLE + CONST_BITS + PASS1_BITS <= 25. Error analysis + * shows that the values given below are the most effective. + */ + +#ifdef EIGHT_BIT_SAMPLES +#define CONST_BITS 13 +#define PASS1_BITS 2 +#else +#define CONST_BITS 13 +#define PASS1_BITS 0 /* lose a little precision to avoid overflow */ +#endif + +#define ONE ((INT32) 1) + +#define CONST_SCALE (ONE << CONST_BITS) + +/* Convert a positive real constant to an integer scaled by CONST_SCALE. */ + +#define FIX(x) ((INT32) ((x) * CONST_SCALE + 0.5)) + +/* Some C compilers fail to reduce "FIX(constant)" at compile time, thus + * causing a lot of useless floating-point operations at run time. + * To get around this we use the following pre-calculated constants. + * If you change CONST_BITS you may want to add appropriate values. + * (With a reasonable C compiler, you can just rely on the FIX() macro...) + */ + +#if CONST_BITS == 13 +#define FIX_0_298631336 ((INT32) 2446) /* FIX(0.298631336) */ +#define FIX_0_390180644 ((INT32) 3196) /* FIX(0.390180644) */ +#define FIX_0_541196100 ((INT32) 4433) /* FIX(0.541196100) */ +#define FIX_0_765366865 ((INT32) 6270) /* FIX(0.765366865) */ +#define FIX_0_899976223 ((INT32) 7373) /* FIX(0.899976223) */ +#define FIX_1_175875602 ((INT32) 9633) /* FIX(1.175875602) */ +#define FIX_1_501321110 ((INT32) 12299) /* FIX(1.501321110) */ +#define FIX_1_847759065 ((INT32) 15137) /* FIX(1.847759065) */ +#define FIX_1_961570560 ((INT32) 16069) /* FIX(1.961570560) */ +#define FIX_2_053119869 ((INT32) 16819) /* FIX(2.053119869) */ +#define FIX_2_562915447 ((INT32) 20995) /* FIX(2.562915447) */ +#define FIX_3_072711026 ((INT32) 25172) /* FIX(3.072711026) */ +#else +#define FIX_0_298631336 FIX(0.298631336) +#define FIX_0_390180644 FIX(0.390180644) +#define FIX_0_541196100 FIX(0.541196100) +#define FIX_0_765366865 FIX(0.765366865) +#define FIX_0_899976223 FIX(0.899976223) +#define FIX_1_175875602 FIX(1.175875602) +#define FIX_1_501321110 FIX(1.501321110) +#define FIX_1_847759065 FIX(1.847759065) +#define FIX_1_961570560 FIX(1.961570560) +#define FIX_2_053119869 FIX(2.053119869) +#define FIX_2_562915447 FIX(2.562915447) +#define FIX_3_072711026 FIX(3.072711026) +#endif + + +/* Descale and correctly round an INT32 value that's scaled by N bits. + * We assume RIGHT_SHIFT rounds towards minus infinity, so adding + * the fudge factor is correct for either sign of X. + */ + +#define DESCALE(x,n) RIGHT_SHIFT((x) + (ONE << ((n)-1)), n) + +/* Multiply an INT32 variable by an INT32 constant to yield an INT32 result. + * For 8-bit samples with the recommended scaling, all the variable + * and constant values involved are no more than 16 bits wide, so a + * 16x16->32 bit multiply can be used instead of a full 32x32 multiply; + * this provides a useful speedup on many machines. + * There is no way to specify a 16x16->32 multiply in portable C, but + * some C compilers will do the right thing if you provide the correct + * combination of casts. + * NB: for 12-bit samples, a full 32-bit multiplication will be needed. + */ + +#ifdef EIGHT_BIT_SAMPLES +#ifdef SHORTxSHORT_32 /* may work if 'int' is 32 bits */ +#define MULTIPLY(var,const) (((INT16) (var)) * ((INT16) (const))) +#endif +#ifdef SHORTxLCONST_32 /* known to work with Microsoft C 6.0 */ +#define MULTIPLY(var,const) (((INT16) (var)) * ((INT32) (const))) +#endif +#endif + +#ifndef MULTIPLY /* default definition */ +#define MULTIPLY(var,const) ((var) * (const)) +#endif + + +/* + * Perform the forward DCT on one block of samples. + */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +j_fwd_dct (DCTBLOCK data) +#else +j_fwd_dct (data) + DCTBLOCK data; +#endif /* NeedFunctionPrototypes */ +#else +j_fwd_dct (DCTBLOCK data) +#endif /* XIE_SUPPORTED */ +{ + INT32 tmp0, tmp1, tmp2, tmp3, tmp4, tmp5, tmp6, tmp7; + INT32 tmp10, tmp11, tmp12, tmp13; + INT32 z1, z2, z3, z4, z5; + register DCTELEM *dataptr; + int rowctr; + SHIFT_TEMPS + + /* Pass 1: process rows. */ + /* Note results are scaled up by sqrt(8) compared to a true DCT; */ + /* furthermore, we scale the results by 2**PASS1_BITS. */ + + dataptr = data; + for (rowctr = DCTSIZE-1; rowctr >= 0; rowctr--) { + tmp0 = dataptr[0] + dataptr[7]; + tmp7 = dataptr[0] - dataptr[7]; + tmp1 = dataptr[1] + dataptr[6]; + tmp6 = dataptr[1] - dataptr[6]; + tmp2 = dataptr[2] + dataptr[5]; + tmp5 = dataptr[2] - dataptr[5]; + tmp3 = dataptr[3] + dataptr[4]; + tmp4 = dataptr[3] - dataptr[4]; + + /* Even part per LL&M figure 1 --- note that published figure is faulty; + * rotator "sqrt(2)*c1" should be "sqrt(2)*c6". + */ + + tmp10 = tmp0 + tmp3; + tmp13 = tmp0 - tmp3; + tmp11 = tmp1 + tmp2; + tmp12 = tmp1 - tmp2; + + dataptr[0] = (DCTELEM) ((tmp10 + tmp11) << PASS1_BITS); + dataptr[4] = (DCTELEM) ((tmp10 - tmp11) << PASS1_BITS); + + z1 = MULTIPLY(tmp12 + tmp13, FIX_0_541196100); + dataptr[2] = (DCTELEM) DESCALE(z1 + MULTIPLY(tmp13, FIX_0_765366865), + CONST_BITS-PASS1_BITS); + dataptr[6] = (DCTELEM) DESCALE(z1 + MULTIPLY(tmp12, - FIX_1_847759065), + CONST_BITS-PASS1_BITS); + + /* Odd part per figure 8 --- note paper omits factor of sqrt(2). + * cK represents cos(K*pi/16). + * i0..i3 in the paper are tmp4..tmp7 here. + */ + + z1 = tmp4 + tmp7; + z2 = tmp5 + tmp6; + z3 = tmp4 + tmp6; + z4 = tmp5 + tmp7; + z5 = MULTIPLY(z3 + z4, FIX_1_175875602); /* sqrt(2) * c3 */ + + tmp4 = MULTIPLY(tmp4, FIX_0_298631336); /* sqrt(2) * (-c1+c3+c5-c7) */ + tmp5 = MULTIPLY(tmp5, FIX_2_053119869); /* sqrt(2) * ( c1+c3-c5+c7) */ + tmp6 = MULTIPLY(tmp6, FIX_3_072711026); /* sqrt(2) * ( c1+c3+c5-c7) */ + tmp7 = MULTIPLY(tmp7, FIX_1_501321110); /* sqrt(2) * ( c1+c3-c5-c7) */ + z1 = MULTIPLY(z1, - FIX_0_899976223); /* sqrt(2) * (c7-c3) */ + z2 = MULTIPLY(z2, - FIX_2_562915447); /* sqrt(2) * (-c1-c3) */ + z3 = MULTIPLY(z3, - FIX_1_961570560); /* sqrt(2) * (-c3-c5) */ + z4 = MULTIPLY(z4, - FIX_0_390180644); /* sqrt(2) * (c5-c3) */ + + z3 += z5; + z4 += z5; + + dataptr[7] = (DCTELEM) DESCALE(tmp4 + z1 + z3, CONST_BITS-PASS1_BITS); + dataptr[5] = (DCTELEM) DESCALE(tmp5 + z2 + z4, CONST_BITS-PASS1_BITS); + dataptr[3] = (DCTELEM) DESCALE(tmp6 + z2 + z3, CONST_BITS-PASS1_BITS); + dataptr[1] = (DCTELEM) DESCALE(tmp7 + z1 + z4, CONST_BITS-PASS1_BITS); + + dataptr += DCTSIZE; /* advance pointer to next row */ + } + + /* Pass 2: process columns. */ + /* Note that we must descale the results by a factor of 8 == 2**3, */ + /* and also undo the PASS1_BITS scaling. */ + + dataptr = data; + for (rowctr = DCTSIZE-1; rowctr >= 0; rowctr--) { + tmp0 = dataptr[DCTSIZE*0] + dataptr[DCTSIZE*7]; + tmp7 = dataptr[DCTSIZE*0] - dataptr[DCTSIZE*7]; + tmp1 = dataptr[DCTSIZE*1] + dataptr[DCTSIZE*6]; + tmp6 = dataptr[DCTSIZE*1] - dataptr[DCTSIZE*6]; + tmp2 = dataptr[DCTSIZE*2] + dataptr[DCTSIZE*5]; + tmp5 = dataptr[DCTSIZE*2] - dataptr[DCTSIZE*5]; + tmp3 = dataptr[DCTSIZE*3] + dataptr[DCTSIZE*4]; + tmp4 = dataptr[DCTSIZE*3] - dataptr[DCTSIZE*4]; + + /* Even part per LL&M figure 1 --- note that published figure is faulty; + * rotator "sqrt(2)*c1" should be "sqrt(2)*c6". + */ + + tmp10 = tmp0 + tmp3; + tmp13 = tmp0 - tmp3; + tmp11 = tmp1 + tmp2; + tmp12 = tmp1 - tmp2; + + dataptr[DCTSIZE*0] = (DCTELEM) DESCALE(tmp10 + tmp11, PASS1_BITS+3); + dataptr[DCTSIZE*4] = (DCTELEM) DESCALE(tmp10 - tmp11, PASS1_BITS+3); + + z1 = MULTIPLY(tmp12 + tmp13, FIX_0_541196100); + dataptr[DCTSIZE*2] = (DCTELEM) DESCALE(z1 + MULTIPLY(tmp13, FIX_0_765366865), + CONST_BITS+PASS1_BITS+3); + dataptr[DCTSIZE*6] = (DCTELEM) DESCALE(z1 + MULTIPLY(tmp12, - FIX_1_847759065), + CONST_BITS+PASS1_BITS+3); + + /* Odd part per figure 8 --- note paper omits factor of sqrt(2). + * cK represents cos(K*pi/16). + * i0..i3 in the paper are tmp4..tmp7 here. + */ + + z1 = tmp4 + tmp7; + z2 = tmp5 + tmp6; + z3 = tmp4 + tmp6; + z4 = tmp5 + tmp7; + z5 = MULTIPLY(z3 + z4, FIX_1_175875602); /* sqrt(2) * c3 */ + + tmp4 = MULTIPLY(tmp4, FIX_0_298631336); /* sqrt(2) * (-c1+c3+c5-c7) */ + tmp5 = MULTIPLY(tmp5, FIX_2_053119869); /* sqrt(2) * ( c1+c3-c5+c7) */ + tmp6 = MULTIPLY(tmp6, FIX_3_072711026); /* sqrt(2) * ( c1+c3+c5-c7) */ + tmp7 = MULTIPLY(tmp7, FIX_1_501321110); /* sqrt(2) * ( c1+c3-c5-c7) */ + z1 = MULTIPLY(z1, - FIX_0_899976223); /* sqrt(2) * (c7-c3) */ + z2 = MULTIPLY(z2, - FIX_2_562915447); /* sqrt(2) * (-c1-c3) */ + z3 = MULTIPLY(z3, - FIX_1_961570560); /* sqrt(2) * (-c3-c5) */ + z4 = MULTIPLY(z4, - FIX_0_390180644); /* sqrt(2) * (c5-c3) */ + + z3 += z5; + z4 += z5; + + dataptr[DCTSIZE*7] = (DCTELEM) DESCALE(tmp4 + z1 + z3, + CONST_BITS+PASS1_BITS+3); + dataptr[DCTSIZE*5] = (DCTELEM) DESCALE(tmp5 + z2 + z4, + CONST_BITS+PASS1_BITS+3); + dataptr[DCTSIZE*3] = (DCTELEM) DESCALE(tmp6 + z2 + z3, + CONST_BITS+PASS1_BITS+3); + dataptr[DCTSIZE*1] = (DCTELEM) DESCALE(tmp7 + z1 + z4, + CONST_BITS+PASS1_BITS+3); + + dataptr++; /* advance pointer to next column */ + } +} diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jinclude.h b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jinclude.h new file mode 100644 index 0000000..f6bf5fe --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jinclude.h @@ -0,0 +1,200 @@ +/* $XConsortium: jinclude.h,v 1.6 94/04/17 20:35:40 rws Exp $ */ +/* Module jinclude.h */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jinclude.h + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This is the central file that's #include'd by all the JPEG .c files. + * Its purpose is to provide a single place to fix any problems with + * including the wrong system include files. + * You can edit these declarations if you use a system with nonstandard + * system include files. + */ + +#ifndef NO_XIE + +#define _XIEC_MEMORY /* for XieMalloc and XieFree, used in jmemsys.c */ +#define XIE_SUPPORTED +#include +#include +#include "misc.h" /* for pointer ;*/ + +#ifndef X_NOT_STDC_ENV +#define INCLUDES_ARE_ANSI +#endif + + +#undef SIZEOF /* in case you included X11/xmd.h */ +#define SIZEOF(object) ((size_t) sizeof(object)) +#define MEMZERO(target,size) memset((void *)(target), 0, (size_t)(size)) +#define MEMCOPY(dest,src,size) memcpy((void *)(dest), (const void *)(src), (size_t)(size)) + +#else + +/* + * Normally the __STDC__ macro can be taken as indicating that the system + * include files conform to the ANSI C standard. However, if you are running + * GCC on a machine with non-ANSI system include files, that is not the case. + * In that case change the following, or add -DNONANSI_INCLUDES to your CFLAGS. + */ + +#ifdef __STDC__ +#ifndef NONANSI_INCLUDES +#define INCLUDES_ARE_ANSI /* this is what's tested before including */ +#endif +#endif + +/* + * is included to get the FILE typedef and NULL macro. + * Note that the core portable-JPEG files do not actually do any I/O + * using the stdio library; only the user interface, error handler, + * and file reading/writing modules invoke any stdio functions. + * (Well, we did cheat a bit in jmemmgr.c, but only if MEM_STATS is defined.) + */ + +#include + +/* + * We need the size_t typedef, which defines the parameter type of malloc(). + * In an ANSI-conforming implementation this is provided by , + * but on non-ANSI systems it's more likely to be in . + * On some not-quite-ANSI systems you may find it in . + */ + +#ifndef INCLUDES_ARE_ANSI /* shouldn't need this if ANSI C */ +#include +#endif +#ifdef __SASC /* Amiga SAS C provides it in stddef.h. */ +#include +#endif + +/* + * In ANSI C, and indeed any rational implementation, size_t is also the + * type returned by sizeof(). However, it seems there are some irrational + * implementations out there, in which sizeof() returns an int even though + * size_t is defined as long or unsigned long. To ensure consistent results + * we always use this SIZEOF() macro in place of using sizeof() directly. + */ + +#undef SIZEOF /* in case you included X11/xmd.h */ +#define SIZEOF(object) ((size_t) sizeof(object)) + +/* + * fread() and fwrite() are always invoked through these macros. + * On some systems you may need to twiddle the argument casts. + * CAUTION: argument order is different from underlying functions! + */ + +#define JFREAD(file,buf,sizeofbuf) \ + ((size_t) fread((void *) (buf), (size_t) 1, (size_t) (sizeofbuf), (file))) +#define JFWRITE(file,buf,sizeofbuf) \ + ((size_t) fwrite((const void *) (buf), (size_t) 1, (size_t) (sizeofbuf), (file))) + +/* + * We need the memcpy() and strcmp() functions, plus memory zeroing. + * ANSI and System V implementations declare these in . + * BSD doesn't have the mem() functions, but it does have bcopy()/bzero(). + * Some systems may declare memset and memcpy in . + * + * NOTE: we assume the size parameters to these functions are of type size_t. + * Change the casts in these macros if not! + */ + +#ifdef INCLUDES_ARE_ANSI +#include +#define MEMZERO(target,size) memset((void *)(target), 0, (size_t)(size)) +#define MEMCOPY(dest,src,size) memcpy((void *)(dest), (const void *)(src), (size_t)(size)) +#else /* not ANSI */ +#ifdef BSD +#include +#define MEMZERO(target,size) bzero((void *)(target), (size_t)(size)) +#define MEMCOPY(dest,src,size) bcopy((const void *)(src), (void *)(dest), (size_t)(size)) +#else /* not BSD, assume Sys V or compatible */ +#include +#define MEMZERO(target,size) memset((void *)(target), 0, (size_t)(size)) +#define MEMCOPY(dest,src,size) memcpy((void *)(dest), (const void *)(src), (size_t)(size)) +#endif /* BSD */ +#endif /* ANSI */ + +#endif /* XIE */ + +/* Now include the portable JPEG definition files. */ + +#include "jconfig.h" + +#include "jpegdata.h" diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jmemmgr.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jmemmgr.c new file mode 100644 index 0000000..3f31874 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jmemmgr.c @@ -0,0 +1,1689 @@ +/* $XConsortium: jmemmgr.c,v 1.4 94/04/17 20:35:41 rws Exp $ */ +/* Module jmemmgr.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jmemmgr.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file provides the standard system-independent memory management + * routines. This code is usable across a wide variety of machines; most + * of the system dependencies have been isolated in a separate file. + * The major functions provided here are: + * * bookkeeping to allow all allocated memory to be freed upon exit; + * * policy decisions about how to divide available memory among the + * various large arrays; + * * control logic for swapping virtual arrays between main memory and + * backing storage. + * The separate system-dependent file provides the actual backing-storage + * access code, and it contains the policy decision about how much total + * main memory to use. + * This file is system-dependent in the sense that some of its functions + * are unnecessary in some systems. For example, if there is enough virtual + * memory so that backing storage will never be used, much of the big-array + * control logic could be removed. (Of course, if you have that much memory + * then you shouldn't care about a little bit of unused code...) + * + * These routines are invoked via the methods alloc_small, free_small, + * alloc_medium, free_medium, alloc_small_sarray, free_small_sarray, + * alloc_small_barray, free_small_barray, request_big_sarray, + * request_big_barray, alloc_big_arrays, access_big_sarray, access_big_barray, + * free_big_sarray, free_big_barray, and free_all. + */ + +#define AM_MEMORY_MANAGER /* we define big_Xarray_control structs */ + +#include "jinclude.h" +#include "jmemsys.h" /* import the system-dependent declarations */ + +#ifndef XIE_SUPPORTED +#ifndef NO_GETENV +#ifdef INCLUDES_ARE_ANSI +#include /* to declare getenv() */ +#else +extern char * getenv PP((const char * name)); +#endif +#endif +#endif /* XIE_SUPPORTED */ + + +/* + * On many systems it is not necessary to distinguish alloc_small from + * alloc_medium; the main case where they must be distinguished is when + * FAR pointers are distinct from regular pointers. However, you might + * want to keep them separate if you have different system-dependent logic + * for small and large memory requests (i.e., jget_small and jget_large + * do different things). + */ + +#ifdef NEED_FAR_POINTERS +#define NEED_ALLOC_MEDIUM /* flags alloc_medium really exists */ +#endif + + +#ifndef XIE_SUPPORTED +/* + * Many machines require storage alignment: longs must start on 4-byte + * boundaries, doubles on 8-byte boundaries, etc. On such machines, malloc() + * always returns pointers that are multiples of the worst-case alignment + * requirement, and we had better do so too. This means the headers that + * we tack onto allocated structures had better have length a multiple of + * the alignment requirement. + * There isn't any really portable way to determine the worst-case alignment + * requirement. In this code we assume that the alignment requirement is + * multiples of sizeof(align_type). Here we define align_type as double; + * with this definition, the code will run on all machines known to me. + * If your machine has lesser alignment needs, you can save a few bytes + * by making align_type smaller. + */ + +typedef double align_type; + + +/* + * Some important notes: + * The allocation routines provided here must never return NULL. + * They should exit to error_exit if unsuccessful. + * + * It's not a good idea to try to merge the sarray and barray routines, + * even though they are textually almost the same, because samples are + * usually stored as bytes while coefficients are shorts. Thus, in machines + * where byte pointers have a different representation from word pointers, + * the resulting machine code could not be the same. + */ + + +static external_methods_ptr methods; /* saved for access to error_exit */ + + +#ifdef MEM_STATS /* optional extra stuff for statistics */ + +/* These macros are the assumed overhead per block for malloc(). + * They don't have to be accurate, but the printed statistics will be + * off a little bit if they are not. + */ +#define MALLOC_OVERHEAD (SIZEOF(pointer )) /* overhead for jget_small() */ +#define MALLOC_FAR_OVERHEAD (SIZEOF(pointer)) /* for jget_large() */ + +static long total_num_small = 0; /* total # of small objects alloced */ +static long total_bytes_small = 0; /* total bytes requested */ +static long cur_num_small = 0; /* # currently alloced */ +static long max_num_small = 0; /* max simultaneously alloced */ + +#ifdef NEED_ALLOC_MEDIUM +static long total_num_medium = 0; /* total # of medium objects alloced */ +static long total_bytes_medium = 0; /* total bytes requested */ +static long cur_num_medium = 0; /* # currently alloced */ +static long max_num_medium = 0; /* max simultaneously alloced */ +#endif + +static long total_num_sarray = 0; /* total # of sarray objects alloced */ +static long total_bytes_sarray = 0; /* total bytes requested */ +static long cur_num_sarray = 0; /* # currently alloced */ +static long max_num_sarray = 0; /* max simultaneously alloced */ + +static long total_num_barray = 0; /* total # of barray objects alloced */ +static long total_bytes_barray = 0; /* total bytes requested */ +static long cur_num_barray = 0; /* # currently alloced */ +static long max_num_barray = 0; /* max simultaneously alloced */ + +LOCAL void +print_mem_stats (void) +{ + /* since this is only a debugging stub, we can cheat a little on the + * trace message mechanism... helpful 'cuz trace_message can't handle longs. + */ + fprintf(stderr, "total_num_small = %ld\n", total_num_small); + fprintf(stderr, "total_bytes_small = %ld\n", total_bytes_small); + if (cur_num_small) + fprintf(stderr, "cur_num_small = %ld\n", cur_num_small); + fprintf(stderr, "max_num_small = %ld\n", max_num_small); + +#ifdef NEED_ALLOC_MEDIUM + fprintf(stderr, "total_num_medium = %ld\n", total_num_medium); + fprintf(stderr, "total_bytes_medium = %ld\n", total_bytes_medium); + if (cur_num_medium) + fprintf(stderr, "cur_num_medium = %ld\n", cur_num_medium); + fprintf(stderr, "max_num_medium = %ld\n", max_num_medium); +#endif + + fprintf(stderr, "total_num_sarray = %ld\n", total_num_sarray); + fprintf(stderr, "total_bytes_sarray = %ld\n", total_bytes_sarray); + if (cur_num_sarray) + fprintf(stderr, "cur_num_sarray = %ld\n", cur_num_sarray); + fprintf(stderr, "max_num_sarray = %ld\n", max_num_sarray); + + fprintf(stderr, "total_num_barray = %ld\n", total_num_barray); + fprintf(stderr, "total_bytes_barray = %ld\n", total_bytes_barray); + if (cur_num_barray) + fprintf(stderr, "cur_num_barray = %ld\n", cur_num_barray); + fprintf(stderr, "max_num_barray = %ld\n", max_num_barray); +} + +#endif /* MEM_STATS */ + + +LOCAL void +out_of_memory (int which) +/* Report an out-of-memory error and stop execution */ +/* If we compiled MEM_STATS support, report alloc requests before dying */ +{ +#ifdef MEM_STATS + if (methods->trace_level <= 0) /* don't do it if free_all() will */ + print_mem_stats(); /* print optional memory usage statistics */ +#endif + ERREXIT1(methods, "Insufficient memory (case %d)", which); +} +#endif /* XIE_SUPPORTED */ + + +/* + * Management of "small" objects. + * These are all-in-memory, and are in near-heap space on an 80x86. + */ + + +#ifdef XIE_SUPPORTED +METHODDEF pointer +#if NeedFunctionPrototypes +c_alloc_small (compress_info_ptr cinfo, size_t sizeofobject) +#else +c_alloc_small (cinfo, sizeofobject) + compress_info_ptr cinfo; + size_t sizeofobject; +#endif /* NeedFunctionPrototypes */ +/* Allocate a "small" object */ +{ + small_ptr result; + + sizeofobject += SIZEOF(small_hdr); /* add space for header */ + + result = (small_ptr) jget_small(sizeofobject); + if (result == NULL) + return (pointer ) result; + + result->next = cinfo->small_list; + cinfo->small_list = result; + result++; /* advance past header */ + + return (pointer ) result; +} + +METHODDEF pointer +#if NeedFunctionPrototypes +d_alloc_small (decompress_info_ptr cinfo, size_t sizeofobject) +#else +d_alloc_small (cinfo, sizeofobject) + decompress_info_ptr cinfo; + size_t sizeofobject; +#endif /* NeedFunctionPrototypes */ +/* Allocate a "small" object */ +{ + small_ptr result; + + sizeofobject += SIZEOF(small_hdr); /* add space for header */ + + result = (small_ptr) jget_small(sizeofobject); + if (result == NULL) + return (pointer ) result; + + result->next = cinfo->small_list; + cinfo->small_list = result; + result++; /* advance past header */ + + return (pointer ) result; +} + +#else +typedef union small_struct * small_ptr; + +typedef union small_struct { + small_ptr next; /* next in list of allocated objects */ + align_type dummy; /* ensures alignment of following storage */ + } small_hdr; + +static small_ptr small_list; /* head of list */ + +METHODDEF pointer +alloc_small (size_t sizeofobject) +/* Allocate a "small" object */ +{ + small_ptr result; + + sizeofobject += SIZEOF(small_hdr); /* add space for header */ + +#ifdef MEM_STATS + total_num_small++; + total_bytes_small += sizeofobject + MALLOC_OVERHEAD; + cur_num_small++; + if (cur_num_small > max_num_small) max_num_small = cur_num_small; +#endif + + result = (small_ptr) jget_small(sizeofobject); + if (result == NULL) + out_of_memory(1); + + result->next = small_list; + small_list = result; + result++; /* advance past header */ + + return (pointer ) result; +} +#endif /* XIE_SUPPORTED */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +c_free_small (compress_info_ptr cinfo, pointer ptr) +#else +c_free_small (cinfo, ptr) + compress_info_ptr cinfo; + pointer ptr; +#endif /* NeedFunctionPrototypes */ +/* Free a "small" object */ +{ + small_ptr hdr; + small_ptr * llink; + + hdr = (small_ptr) ptr; + hdr--; /* point back to header */ + + /* Remove item from list -- linear search is fast enough */ + llink = &cinfo->small_list; + while (*llink != hdr) { + if (*llink == NULL) + return(XIE_ERR); + llink = &( (*llink)->next ); + } + *llink = hdr->next; + + jfree_small((pointer ) hdr); + return(0); +} + +METHODDEF int +#if NeedFunctionPrototypes +d_free_small (decompress_info_ptr cinfo, pointer ptr) +#else +d_free_small (cinfo, ptr) + decompress_info_ptr cinfo; + pointer ptr; +#endif /* NeedFunctionPrototypes */ +/* Free a "small" object */ +{ + small_ptr hdr; + small_ptr * llink; + + hdr = (small_ptr) ptr; + hdr--; /* point back to header */ + + /* Remove item from list -- linear search is fast enough */ + llink = &cinfo->small_list; + while (*llink != hdr) { + if (*llink == NULL) + return(XIE_ERR); + llink = &( (*llink)->next ); + } + *llink = hdr->next; + + jfree_small((pointer ) hdr); + return(0); +} +#else +METHODDEF void +free_small (pointer ptr) +/* Free a "small" object */ +{ + small_ptr hdr; + small_ptr * llink; + + hdr = (small_ptr) ptr; + hdr--; /* point back to header */ + + /* Remove item from list -- linear search is fast enough */ + llink = &small_list; + while (*llink != hdr) { + if (*llink == NULL) + ERREXIT(methods, "Bogus free_small request"); + llink = &( (*llink)->next ); + } + *llink = hdr->next; + + jfree_small((pointer ) hdr); + +#ifdef MEM_STATS + cur_num_small--; +#endif +} +#endif /* XIE_SUPPORTED */ + + +/* + * Management of "medium-size" objects. + * These are just like small objects except they are in the FAR heap. + */ + +#ifndef XIE_SUPPORTED +#ifdef NEED_ALLOC_MEDIUM + +typedef union medium_struct FAR * medium_ptr; + +typedef union medium_struct { + medium_ptr next; /* next in list of allocated objects */ + align_type dummy; /* ensures alignment of following storage */ + } medium_hdr; + +static medium_ptr medium_list; /* head of list */ + + +METHODDEF pointer +alloc_medium (size_t sizeofobject) +/* Allocate a "medium-size" object */ +{ + medium_ptr result; + + sizeofobject += SIZEOF(medium_hdr); /* add space for header */ + +#ifdef MEM_STATS + total_num_medium++; + total_bytes_medium += sizeofobject + MALLOC_FAR_OVERHEAD; + cur_num_medium++; + if (cur_num_medium > max_num_medium) max_num_medium = cur_num_medium; +#endif + + result = (medium_ptr) jget_large(sizeofobject); + if (result == NULL) + out_of_memory(2); + + result->next = medium_list; + medium_list = result; + result++; /* advance past header */ + + return (pointer) result; +} + + +METHODDEF void +free_medium (pointer ptr) +/* Free a "medium-size" object */ +{ + medium_ptr hdr; + medium_ptr FAR * llink; + + hdr = (medium_ptr) ptr; + hdr--; /* point back to header */ + + /* Remove item from list -- linear search is fast enough */ + llink = &medium_list; + while (*llink != hdr) { + if (*llink == NULL) + ERREXIT(methods, "Bogus free_medium request"); + llink = &( (*llink)->next ); + } + *llink = hdr->next; + + jfree_large((pointer) hdr); + +#ifdef MEM_STATS + cur_num_medium--; +#endif +} + +#endif /* NEED_ALLOC_MEDIUM */ +#endif /* XIE_SUPPORTED */ + + +/* + * Management of "small" (all-in-memory) 2-D sample arrays. + * The pointers are in near heap, the samples themselves in FAR heap. + * The header structure is adjacent to the row pointers. + * To minimize allocation overhead and to allow I/O of large contiguous + * blocks, we allocate the sample rows in groups of as many rows as possible + * without exceeding MAX_ALLOC_CHUNK total bytes per allocation request. + * Note that the big-array control routines, later in this file, know about + * this chunking of rows ... and also how to get the rowsperchunk value! + */ + + +#ifdef XIE_SUPPORTED +METHODDEF JSAMPARRAY +#if NeedFunctionPrototypes +c_alloc_small_sarray (compress_info_ptr cinfo, + long samplesperrow, long numrows) +#else +c_alloc_small_sarray (cinfo, samplesperrow, numrows) + compress_info_ptr cinfo; + long samplesperrow; + long numrows; +#endif /* NeedFunctionPrototypes */ +/* Allocate a "small" (all-in-memory) 2-D sample array */ +{ + small_sarray_ptr hdr; + JSAMPARRAY result; + JSAMPROW workspace; + long rowsperchunk, currow, i; + + /* Calculate max # of rows allowed in one allocation chunk */ + rowsperchunk = MAX_ALLOC_CHUNK / (samplesperrow * SIZEOF(JSAMPLE)); + if (rowsperchunk <= 0) + return (JSAMPARRAY) NULL; + + /* Get space for header and row pointers; this is always "near" on 80x86 */ + hdr = (small_sarray_ptr) c_alloc_small(cinfo, + (size_t) (numrows * SIZEOF(JSAMPROW) + SIZEOF(small_sarray_hdr))); + + result = (JSAMPARRAY) (hdr+1); /* advance past header */ + + /* Insert into list now so free_all does right thing if I fail */ + /* after allocating only some of the rows... */ + hdr->next = cinfo->small_sarray_list; + hdr->numrows = 0; + hdr->rowsperchunk = rowsperchunk; + cinfo->small_sarray_list = hdr; + + /* Get the rows themselves; on 80x86 these are "far" */ + currow = 0; + while (currow < numrows) { + rowsperchunk = MIN(rowsperchunk, numrows - currow); + workspace = (JSAMPROW) jget_large((size_t) (rowsperchunk * samplesperrow + * SIZEOF(JSAMPLE))); + if (workspace == NULL) + return (JSAMPARRAY) workspace; + for (i = rowsperchunk; i > 0; i--) { + result[currow++] = workspace; + workspace += samplesperrow; + } + hdr->numrows = currow; + } + + return result; +} + +METHODDEF JSAMPARRAY +#if NeedFunctionPrototypes +d_alloc_small_sarray (decompress_info_ptr cinfo, + long samplesperrow, long numrows) +#else +d_alloc_small_sarray (cinfo, samplesperrow, numrows) + decompress_info_ptr cinfo; + long samplesperrow; + long numrows; +#endif /* NeedFunctionPrototypes */ +/* Allocate a "small" (all-in-memory) 2-D sample array */ +{ + small_sarray_ptr hdr; + JSAMPARRAY result; + JSAMPROW workspace; + long rowsperchunk, currow, i; + + /* Calculate max # of rows allowed in one allocation chunk */ + rowsperchunk = MAX_ALLOC_CHUNK / (samplesperrow * SIZEOF(JSAMPLE)); + if (rowsperchunk <= 0) + return (JSAMPARRAY) NULL; + + /* Get space for header and row pointers; this is always "near" on 80x86 */ + hdr = (small_sarray_ptr) d_alloc_small(cinfo, + (size_t) (numrows * SIZEOF(JSAMPROW) + SIZEOF(small_sarray_hdr))); + + result = (JSAMPARRAY) (hdr+1); /* advance past header */ + + /* Insert into list now so free_all does right thing if I fail */ + /* after allocating only some of the rows... */ + hdr->next = cinfo->small_sarray_list; + hdr->numrows = 0; + hdr->rowsperchunk = rowsperchunk; + cinfo->small_sarray_list = hdr; + + /* Get the rows themselves; on 80x86 these are "far" */ + currow = 0; + while (currow < numrows) { + rowsperchunk = MIN(rowsperchunk, numrows - currow); + workspace = (JSAMPROW) jget_large((size_t) (rowsperchunk * samplesperrow + * SIZEOF(JSAMPLE))); + if (workspace == NULL) + return (JSAMPARRAY) workspace; + for (i = rowsperchunk; i > 0; i--) { + result[currow++] = workspace; + workspace += samplesperrow; + } + hdr->numrows = currow; + } + + return result; +} +#else +typedef struct small_sarray_struct * small_sarray_ptr; + +typedef struct small_sarray_struct { + small_sarray_ptr next; /* next in list of allocated sarrays */ + long numrows; /* # of rows in this array */ + long rowsperchunk; /* max # of rows per allocation chunk */ + JSAMPROW dummy; /* ensures alignment of following storage */ + } small_sarray_hdr; + +static small_sarray_ptr small_sarray_list; /* head of list */ + +METHODDEF JSAMPARRAY +alloc_small_sarray (long samplesperrow, long numrows) +/* Allocate a "small" (all-in-memory) 2-D sample array */ +{ + small_sarray_ptr hdr; + JSAMPARRAY result; + JSAMPROW workspace; + long rowsperchunk, currow, i; + +#ifdef MEM_STATS + total_num_sarray++; + cur_num_sarray++; + if (cur_num_sarray > max_num_sarray) max_num_sarray = cur_num_sarray; +#endif + + /* Calculate max # of rows allowed in one allocation chunk */ + rowsperchunk = MAX_ALLOC_CHUNK / (samplesperrow * SIZEOF(JSAMPLE)); + if (rowsperchunk <= 0) + ERREXIT(methods, "Image too wide for this implementation"); + + /* Get space for header and row pointers; this is always "near" on 80x86 */ + hdr = (small_sarray_ptr) alloc_small((size_t) (numrows * SIZEOF(JSAMPROW) + + SIZEOF(small_sarray_hdr))); + + result = (JSAMPARRAY) (hdr+1); /* advance past header */ + + /* Insert into list now so free_all does right thing if I fail */ + /* after allocating only some of the rows... */ + hdr->next = small_sarray_list; + hdr->numrows = 0; + hdr->rowsperchunk = rowsperchunk; + small_sarray_list = hdr; + + /* Get the rows themselves; on 80x86 these are "far" */ + currow = 0; + while (currow < numrows) { + rowsperchunk = MIN(rowsperchunk, numrows - currow); +#ifdef MEM_STATS + total_bytes_sarray += rowsperchunk * samplesperrow * SIZEOF(JSAMPLE) + + MALLOC_FAR_OVERHEAD; +#endif + workspace = (JSAMPROW) jget_large((size_t) (rowsperchunk * samplesperrow + * SIZEOF(JSAMPLE))); + if (workspace == NULL) + out_of_memory(3); + for (i = rowsperchunk; i > 0; i--) { + result[currow++] = workspace; + workspace += samplesperrow; + } + hdr->numrows = currow; + } + + return result; +} +#endif /* XIE_SUPPORTED */ + + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +c_free_small_sarray (compress_info_ptr cinfo, JSAMPARRAY ptr) +#else +c_free_small_sarray (cinfo, ptr) + compress_info_ptr cinfo; + JSAMPARRAY ptr; +#endif /* NeedFunctionPrototypes */ +/* Free a "small" (all-in-memory) 2-D sample array */ +{ + small_sarray_ptr hdr; + small_sarray_ptr * llink; + long i; + + hdr = (small_sarray_ptr) ptr; + hdr--; /* point back to header */ + + /* Remove item from list -- linear search is fast enough */ + llink = &cinfo->small_sarray_list; + while (*llink != hdr) { + if (*llink == NULL) + return(XIE_ERR); + llink = &( (*llink)->next ); + } + *llink = hdr->next; + + /* Free the rows themselves; on 80x86 these are "far" */ + /* Note we only free the row-group headers! */ + for (i = 0; i < hdr->numrows; i += hdr->rowsperchunk) { + jfree_large((pointer) ptr[i]); + } + + /* Free header and row pointers */ + return(c_free_small(cinfo, (pointer ) hdr)); +} + +METHODDEF int +#if NeedFunctionPrototypes +d_free_small_sarray (decompress_info_ptr cinfo, JSAMPARRAY ptr) +#else +d_free_small_sarray (cinfo, ptr) + decompress_info_ptr cinfo; + JSAMPARRAY ptr; +#endif /* NeedFunctionPrototypes */ +/* Free a "small" (all-in-memory) 2-D sample array */ +{ + small_sarray_ptr hdr; + small_sarray_ptr * llink; + long i; + + hdr = (small_sarray_ptr) ptr; + hdr--; /* point back to header */ + + /* Remove item from list -- linear search is fast enough */ + llink = &cinfo->small_sarray_list; + while (*llink != hdr) { + if (*llink == NULL) + return(XIE_ERR); + llink = &( (*llink)->next ); + } + *llink = hdr->next; + + /* Free the rows themselves; on 80x86 these are "far" */ + /* Note we only free the row-group headers! */ + for (i = 0; i < hdr->numrows; i += hdr->rowsperchunk) { + jfree_large((pointer) ptr[i]); + } + + /* Free header and row pointers */ + return(d_free_small(cinfo, (pointer ) hdr)); +} + +#else +METHODDEF void +free_small_sarray (JSAMPARRAY ptr) +/* Free a "small" (all-in-memory) 2-D sample array */ +{ + small_sarray_ptr hdr; + small_sarray_ptr * llink; + long i; + + hdr = (small_sarray_ptr) ptr; + hdr--; /* point back to header */ + + /* Remove item from list -- linear search is fast enough */ + llink = &small_sarray_list; + while (*llink != hdr) { + if (*llink == NULL) + ERREXIT(methods, "Bogus free_small_sarray request"); + llink = &( (*llink)->next ); + } + *llink = hdr->next; + + /* Free the rows themselves; on 80x86 these are "far" */ + /* Note we only free the row-group headers! */ + for (i = 0; i < hdr->numrows; i += hdr->rowsperchunk) { + jfree_large((pointer) ptr[i]); + } + + /* Free header and row pointers */ + free_small((pointer ) hdr); + +#ifdef MEM_STATS + cur_num_sarray--; +#endif +} + +#endif /* XIE_SUPPORTED */ + +/* + * Management of "small" (all-in-memory) 2-D coefficient-block arrays. + * This is essentially the same as the code for sample arrays, above. + */ + + +#ifdef XIE_SUPPORTED +METHODDEF JBLOCKARRAY +#if NeedFunctionPrototypes +d_alloc_small_barray (decompress_info_ptr cinfo, + long blocksperrow, long numrows) +#else +d_alloc_small_barray (cinfo, blocksperrow, numrows) + decompress_info_ptr cinfo; + long blocksperrow; + long numrows; +#endif /* NeedFunctionPrototypes */ +/* Allocate a "small" (all-in-memory) 2-D coefficient-block array */ +{ + small_barray_ptr hdr; + JBLOCKARRAY result; + JBLOCKROW workspace; + long rowsperchunk, currow, i; + + /* Calculate max # of rows allowed in one allocation chunk */ + rowsperchunk = MAX_ALLOC_CHUNK / (blocksperrow * SIZEOF(JBLOCK)); + if (rowsperchunk <= 0) + return (JBLOCKARRAY) NULL; + + /* Get space for header and row pointers; this is always "near" on 80x86 */ + hdr = (small_barray_ptr) d_alloc_small(cinfo, + (size_t) (numrows * SIZEOF(JBLOCKROW) + SIZEOF(small_barray_hdr))); + + result = (JBLOCKARRAY) (hdr+1); /* advance past header */ + + /* Insert into list now so free_all does right thing if I fail */ + /* after allocating only some of the rows... */ + hdr->next = cinfo->small_barray_list; + hdr->numrows = 0; + hdr->rowsperchunk = rowsperchunk; + cinfo->small_barray_list = hdr; + + /* Get the rows themselves; on 80x86 these are "far" */ + currow = 0; + while (currow < numrows) { + rowsperchunk = MIN(rowsperchunk, numrows - currow); + workspace = (JBLOCKROW) jget_large((size_t) (rowsperchunk * blocksperrow + * SIZEOF(JBLOCK))); + if (workspace == NULL) + return (JBLOCKARRAY) workspace; + for (i = rowsperchunk; i > 0; i--) { + result[currow++] = workspace; + workspace += blocksperrow; + } + hdr->numrows = currow; + } + + return result; +} + +#else +typedef struct small_barray_struct * small_barray_ptr; + +typedef struct small_barray_struct { + small_barray_ptr next; /* next in list of allocated barrays */ + long numrows; /* # of rows in this array */ + long rowsperchunk; /* max # of rows per allocation chunk */ + JBLOCKROW dummy; /* ensures alignment of following storage */ + } small_barray_hdr; + +static small_barray_ptr small_barray_list; /* head of list */ + +METHODDEF JBLOCKARRAY +alloc_small_barray (long blocksperrow, long numrows) +/* Allocate a "small" (all-in-memory) 2-D coefficient-block array */ +{ + small_barray_ptr hdr; + JBLOCKARRAY result; + JBLOCKROW workspace; + long rowsperchunk, currow, i; + +#ifdef MEM_STATS + total_num_barray++; + cur_num_barray++; + if (cur_num_barray > max_num_barray) max_num_barray = cur_num_barray; +#endif + + /* Calculate max # of rows allowed in one allocation chunk */ + rowsperchunk = MAX_ALLOC_CHUNK / (blocksperrow * SIZEOF(JBLOCK)); + if (rowsperchunk <= 0) + ERREXIT(methods, "Image too wide for this implementation"); + + /* Get space for header and row pointers; this is always "near" on 80x86 */ + hdr = (small_barray_ptr) alloc_small((size_t) (numrows * SIZEOF(JBLOCKROW) + + SIZEOF(small_barray_hdr))); + + result = (JBLOCKARRAY) (hdr+1); /* advance past header */ + + /* Insert into list now so free_all does right thing if I fail */ + /* after allocating only some of the rows... */ + hdr->next = small_barray_list; + hdr->numrows = 0; + hdr->rowsperchunk = rowsperchunk; + small_barray_list = hdr; + + /* Get the rows themselves; on 80x86 these are "far" */ + currow = 0; + while (currow < numrows) { + rowsperchunk = MIN(rowsperchunk, numrows - currow); +#ifdef MEM_STATS + total_bytes_barray += rowsperchunk * blocksperrow * SIZEOF(JBLOCK) + + MALLOC_FAR_OVERHEAD; +#endif + workspace = (JBLOCKROW) jget_large((size_t) (rowsperchunk * blocksperrow + * SIZEOF(JBLOCK))); + if (workspace == NULL) + out_of_memory(4); + for (i = rowsperchunk; i > 0; i--) { + result[currow++] = workspace; + workspace += blocksperrow; + } + hdr->numrows = currow; + } + + return result; +} + +#endif /* XIE_SUPPORTED */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +d_free_small_barray (decompress_info_ptr cinfo, JBLOCKARRAY ptr) +#else +d_free_small_barray (cinfo, ptr) + decompress_info_ptr cinfo; + JBLOCKARRAY ptr; +#endif /* NeedFunctionPrototypes */ +/* Free a "small" (all-in-memory) 2-D coefficient-block array */ +{ + small_barray_ptr hdr; + small_barray_ptr * llink; + long i; + + hdr = (small_barray_ptr) ptr; + hdr--; /* point back to header */ + + /* Remove item from list -- linear search is fast enough */ + llink = &cinfo->small_barray_list; + while (*llink != hdr) { + if (*llink == NULL) + return(XIE_ERR); + llink = &( (*llink)->next ); + } + *llink = hdr->next; + + /* Free the rows themselves; on 80x86 these are "far" */ + /* Note we only free the row-group headers! */ + for (i = 0; i < hdr->numrows; i += hdr->rowsperchunk) { + jfree_large((pointer) ptr[i]); + } + + /* Free header and row pointers */ + return(d_free_small(cinfo, (pointer ) hdr)); +} + +#else +METHODDEF void +free_small_barray (JBLOCKARRAY ptr) +/* Free a "small" (all-in-memory) 2-D coefficient-block array */ +{ + small_barray_ptr hdr; + small_barray_ptr * llink; + long i; + + hdr = (small_barray_ptr) ptr; + hdr--; /* point back to header */ + + /* Remove item from list -- linear search is fast enough */ + llink = &small_barray_list; + while (*llink != hdr) { + if (*llink == NULL) + ERREXIT(methods, "Bogus free_small_barray request"); + llink = &( (*llink)->next ); + } + *llink = hdr->next; + + /* Free the rows themselves; on 80x86 these are "far" */ + /* Note we only free the row-group headers! */ + for (i = 0; i < hdr->numrows; i += hdr->rowsperchunk) { + jfree_large((pointer) ptr[i]); + } + + /* Free header and row pointers */ + free_small((pointer ) hdr); + +#ifdef MEM_STATS + cur_num_barray--; +#endif +} + +#endif /* XIE_SUPPORTED */ + + +/* + * About "big" array management: + * + * To allow machines with limited memory to handle large images, + * all processing in the JPEG system is done a few pixel or block rows + * at a time. The above "small" array routines are only used to allocate + * strip buffers (as wide as the image, but just a few rows high). + * In some cases multiple passes must be made over the data. In these + * cases the "big" array routines are used. The array is still accessed + * a strip at a time, but the memory manager must save the whole array + * for repeated accesses. The intended implementation is that there is + * a strip buffer in memory (as high as is possible given the desired memory + * limit), plus a backing file that holds the rest of the array. + * + * The request_big_array routines are told the total size of the image (in case + * it is useful to know the total file size that will be needed). They are + * also given the unit height, which is the number of rows that will be + * accessed at once; the in-memory buffer should be made a multiple of + * this height for best efficiency. + * + * The request routines create control blocks (and may open backing files), + * but they don't create the in-memory buffers. This is postponed until + * alloc_big_arrays is called. At that time the total amount of space needed + * is known (approximately, anyway), so free memory can be divided up fairly. + * + * The access_big_array routines are responsible for making a specific strip + * area accessible (after reading or writing the backing file, if necessary). + * Note that the access routines are told whether the caller intends to modify + * the accessed strip; during a read-only pass this saves having to rewrite + * data to disk. + * + * The typical access pattern is one top-to-bottom pass to write the data, + * followed by one or more read-only top-to-bottom passes. However, other + * access patterns may occur while reading. For example, translation of image + * formats that use bottom-to-top scan order will require bottom-to-top read + * passes. The memory manager need not support multiple write passes nor + * funny write orders (meaning that rearranging rows must be handled while + * reading data out of the big array, not while putting it in). + * + * In current usage, the access requests are always for nonoverlapping strips; + * that is, successive access start_row numbers always differ by exactly the + * unitheight. This allows fairly simple buffer dump/reload logic if the + * in-memory buffer is made a multiple of the unitheight. It would be + * possible to keep downsampled rather than fullsize data in the "big" arrays, + * thus reducing temp file size, if we supported overlapping strip access + * (access requests differing by less than the unitheight). At the moment + * I don't believe this is worth the extra complexity. + */ + + + +/* The control blocks for virtual arrays. + * System-dependent info for the associated backing store is hidden inside + * the backing_store_info struct. + */ + +#ifndef XIE_SUPPORTED +struct big_sarray_control { + long rows_in_array; /* total virtual array height */ + long samplesperrow; /* width of array (and of memory buffer) */ + long unitheight; /* # of rows accessed by access_big_sarray() */ + JSAMPARRAY mem_buffer; /* the in-memory buffer */ + long rows_in_mem; /* height of memory buffer */ + long rowsperchunk; /* allocation chunk size in mem_buffer */ + long cur_start_row; /* first logical row # in the buffer */ + boolean dirty; /* do current buffer contents need written? */ + boolean b_s_open; /* is backing-store data valid? */ + big_sarray_ptr next; /* link to next big sarray control block */ + backing_store_info b_s_info; /* System-dependent control info */ +}; + +static big_sarray_ptr big_sarray_list; /* head of list */ + +struct big_barray_control { + long rows_in_array; /* total virtual array height */ + long blocksperrow; /* width of array (and of memory buffer) */ + long unitheight; /* # of rows accessed by access_big_barray() */ + JBLOCKARRAY mem_buffer; /* the in-memory buffer */ + long rows_in_mem; /* height of memory buffer */ + long rowsperchunk; /* allocation chunk size in mem_buffer */ + long cur_start_row; /* first logical row # in the buffer */ + boolean dirty; /* do current buffer contents need written? */ + boolean b_s_open; /* is backing-store data valid? */ + big_barray_ptr next; /* link to next big barray control block */ + backing_store_info b_s_info; /* System-dependent control info */ +}; + +static big_barray_ptr big_barray_list; /* head of list */ + + +METHODDEF big_sarray_ptr +request_big_sarray (long samplesperrow, long numrows, long unitheight) +/* Request a "big" (virtual-memory) 2-D sample array */ +{ + big_sarray_ptr result; + + /* get control block */ + result = (big_sarray_ptr) alloc_small(SIZEOF(struct big_sarray_control)); + + result->rows_in_array = numrows; + result->samplesperrow = samplesperrow; + result->unitheight = unitheight; + result->mem_buffer = NULL; /* marks array not yet realized */ + result->b_s_open = FALSE; /* no associated backing-store object */ + result->next = big_sarray_list; /* add to list of big arrays */ + big_sarray_list = result; + + return result; +} + + +METHODDEF big_barray_ptr +request_big_barray (long blocksperrow, long numrows, long unitheight) +/* Request a "big" (virtual-memory) 2-D coefficient-block array */ +{ + big_barray_ptr result; + + /* get control block */ + result = (big_barray_ptr) alloc_small(SIZEOF(struct big_barray_control)); + + result->rows_in_array = numrows; + result->blocksperrow = blocksperrow; + result->unitheight = unitheight; + result->mem_buffer = NULL; /* marks array not yet realized */ + result->b_s_open = FALSE; /* no associated backing-store object */ + result->next = big_barray_list; /* add to list of big arrays */ + big_barray_list = result; + + return result; +} + + +METHODDEF void +alloc_big_arrays (long extra_small_samples, long extra_small_blocks, + long extra_medium_space) +/* Allocate the in-memory buffers for any unrealized "big" arrays */ +/* 'extra' values are upper bounds for total future small-array requests */ +/* and far-heap requests */ +{ + long total_extra_space = extra_small_samples * SIZEOF(JSAMPLE) + + extra_small_blocks * SIZEOF(JBLOCK) + + extra_medium_space; + long space_per_unitheight, maximum_space, avail_mem; + long unitheights, max_unitheights; + big_sarray_ptr sptr; + big_barray_ptr bptr; + + /* Compute the minimum space needed (unitheight rows in each buffer) + * and the maximum space needed (full image height in each buffer). + * These may be of use to the system-dependent jmem_available routine. + */ + space_per_unitheight = 0; + maximum_space = total_extra_space; + for (sptr = big_sarray_list; sptr != NULL; sptr = sptr->next) { + if (sptr->mem_buffer == NULL) { /* if not realized yet */ + space_per_unitheight += sptr->unitheight * + sptr->samplesperrow * SIZEOF(JSAMPLE); + maximum_space += sptr->rows_in_array * + sptr->samplesperrow * SIZEOF(JSAMPLE); + } + } + for (bptr = big_barray_list; bptr != NULL; bptr = bptr->next) { + if (bptr->mem_buffer == NULL) { /* if not realized yet */ + space_per_unitheight += bptr->unitheight * + bptr->blocksperrow * SIZEOF(JBLOCK); + maximum_space += bptr->rows_in_array * + bptr->blocksperrow * SIZEOF(JBLOCK); + } + } + + if (space_per_unitheight <= 0) + return; /* no unrealized arrays, no work */ + + /* Determine amount of memory to actually use; this is system-dependent. */ + avail_mem = jmem_available(space_per_unitheight + total_extra_space, + maximum_space); + + /* If the maximum space needed is available, make all the buffers full + * height; otherwise parcel it out with the same number of unitheights + * in each buffer. + */ + if (avail_mem >= maximum_space) + max_unitheights = 1000000000L; + else { + max_unitheights = (avail_mem - total_extra_space) / space_per_unitheight; + /* If there doesn't seem to be enough space, try to get the minimum + * anyway. This allows a "stub" implementation of jmem_available(). + */ + if (max_unitheights <= 0) + max_unitheights = 1; + } + + /* Allocate the in-memory buffers and initialize backing store as needed. */ + + for (sptr = big_sarray_list; sptr != NULL; sptr = sptr->next) { + if (sptr->mem_buffer == NULL) { /* if not realized yet */ + unitheights = (sptr->rows_in_array + sptr->unitheight - 1L) + / sptr->unitheight; + if (unitheights <= max_unitheights) { + /* This buffer fits in memory */ + sptr->rows_in_mem = sptr->rows_in_array; + } else { + /* It doesn't fit in memory, create backing store. */ + sptr->rows_in_mem = max_unitheights * sptr->unitheight; + jopen_backing_store(& sptr->b_s_info, + (long) (sptr->rows_in_array * + sptr->samplesperrow * SIZEOF(JSAMPLE))); + sptr->b_s_open = TRUE; + } + sptr->mem_buffer = alloc_small_sarray(sptr->samplesperrow, + sptr->rows_in_mem); + /* Reach into the small_sarray header and get the rowsperchunk field. + * Yes, I know, this is horrible coding practice. + */ + sptr->rowsperchunk = + ((small_sarray_ptr) sptr->mem_buffer)[-1].rowsperchunk; + sptr->cur_start_row = 0; + sptr->dirty = FALSE; + } + } + + for (bptr = big_barray_list; bptr != NULL; bptr = bptr->next) { + if (bptr->mem_buffer == NULL) { /* if not realized yet */ + unitheights = (bptr->rows_in_array + bptr->unitheight - 1L) + / bptr->unitheight; + if (unitheights <= max_unitheights) { + /* This buffer fits in memory */ + bptr->rows_in_mem = bptr->rows_in_array; + } else { + /* It doesn't fit in memory, create backing store. */ + bptr->rows_in_mem = max_unitheights * bptr->unitheight; + jopen_backing_store(& bptr->b_s_info, + (long) (bptr->rows_in_array * + bptr->blocksperrow * SIZEOF(JBLOCK))); + bptr->b_s_open = TRUE; + } + bptr->mem_buffer = alloc_small_barray(bptr->blocksperrow, + bptr->rows_in_mem); + /* Reach into the small_barray header and get the rowsperchunk field. */ + bptr->rowsperchunk = + ((small_barray_ptr) bptr->mem_buffer)[-1].rowsperchunk; + bptr->cur_start_row = 0; + bptr->dirty = FALSE; + } + } +} + + +LOCAL void +do_sarray_io (big_sarray_ptr ptr, boolean writing) +/* Do backing store read or write of a "big" sample array */ +{ + long bytesperrow, file_offset, byte_count, rows, i; + + bytesperrow = ptr->samplesperrow * SIZEOF(JSAMPLE); + file_offset = ptr->cur_start_row * bytesperrow; + /* Loop to read or write each allocation chunk in mem_buffer */ + for (i = 0; i < ptr->rows_in_mem; i += ptr->rowsperchunk) { + /* One chunk, but check for short chunk at end of buffer */ + rows = MIN(ptr->rowsperchunk, ptr->rows_in_mem - i); + /* Transfer no more than fits in file */ + rows = MIN(rows, ptr->rows_in_array - (ptr->cur_start_row + i)); + if (rows <= 0) /* this chunk might be past end of file! */ + break; + byte_count = rows * bytesperrow; + if (writing) + (*ptr->b_s_info.write_backing_store) (& ptr->b_s_info, + (pointer) ptr->mem_buffer[i], + file_offset, byte_count); + else + (*ptr->b_s_info.read_backing_store) (& ptr->b_s_info, + (pointer) ptr->mem_buffer[i], + file_offset, byte_count); + file_offset += byte_count; + } +} + + +LOCAL void +do_barray_io (big_barray_ptr ptr, boolean writing) +/* Do backing store read or write of a "big" coefficient-block array */ +{ + long bytesperrow, file_offset, byte_count, rows, i; + + bytesperrow = ptr->blocksperrow * SIZEOF(JBLOCK); + file_offset = ptr->cur_start_row * bytesperrow; + /* Loop to read or write each allocation chunk in mem_buffer */ + for (i = 0; i < ptr->rows_in_mem; i += ptr->rowsperchunk) { + /* One chunk, but check for short chunk at end of buffer */ + rows = MIN(ptr->rowsperchunk, ptr->rows_in_mem - i); + /* Transfer no more than fits in file */ + rows = MIN(rows, ptr->rows_in_array - (ptr->cur_start_row + i)); + if (rows <= 0) /* this chunk might be past end of file! */ + break; + byte_count = rows * bytesperrow; + if (writing) + (*ptr->b_s_info.write_backing_store) (& ptr->b_s_info, + (pointer) ptr->mem_buffer[i], + file_offset, byte_count); + else + (*ptr->b_s_info.read_backing_store) (& ptr->b_s_info, + (pointer) ptr->mem_buffer[i], + file_offset, byte_count); + file_offset += byte_count; + } +} + + +METHODDEF JSAMPARRAY +access_big_sarray (big_sarray_ptr ptr, long start_row, boolean writable) +/* Access the part of a "big" sample array starting at start_row */ +/* and extending for ptr->unitheight rows. writable is true if */ +/* caller intends to modify the accessed area. */ +{ + /* debugging check */ + if (start_row < 0 || start_row+ptr->unitheight > ptr->rows_in_array || + ptr->mem_buffer == NULL) + ERREXIT(methods, "Bogus access_big_sarray request"); + + /* Make the desired part of the virtual array accessible */ + if (start_row < ptr->cur_start_row || + start_row+ptr->unitheight > ptr->cur_start_row+ptr->rows_in_mem) { + if (! ptr->b_s_open) + ERREXIT(methods, "Virtual array controller messed up"); + /* Flush old buffer contents if necessary */ + if (ptr->dirty) { + do_sarray_io(ptr, TRUE); + ptr->dirty = FALSE; + } + /* Decide what part of virtual array to access. + * Algorithm: if target address > current window, assume forward scan, + * load starting at target address. If target address < current window, + * assume backward scan, load so that target address is top of window. + * Note that when switching from forward write to forward read, will have + * start_row = 0, so the limiting case applies and we load from 0 anyway. + */ + if (start_row > ptr->cur_start_row) { + ptr->cur_start_row = start_row; + } else { + ptr->cur_start_row = start_row + ptr->unitheight - ptr->rows_in_mem; + if (ptr->cur_start_row < 0) + ptr->cur_start_row = 0; /* don't fall off front end of file */ + } + /* If reading, read in the selected part of the array. + * If we are writing, we need not pre-read the selected portion, + * since the access sequence constraints ensure it would be garbage. + */ + if (! writable) { + do_sarray_io(ptr, FALSE); + } + } + /* Flag the buffer dirty if caller will write in it */ + if (writable) + ptr->dirty = TRUE; + /* Return address of proper part of the buffer */ + return ptr->mem_buffer + (start_row - ptr->cur_start_row); +} + + +METHODDEF JBLOCKARRAY +access_big_barray (big_barray_ptr ptr, long start_row, boolean writable) +/* Access the part of a "big" coefficient-block array starting at start_row */ +/* and extending for ptr->unitheight rows. writable is true if */ +/* caller intends to modify the accessed area. */ +{ + /* debugging check */ + if (start_row < 0 || start_row+ptr->unitheight > ptr->rows_in_array || + ptr->mem_buffer == NULL) + ERREXIT(methods, "Bogus access_big_barray request"); + + /* Make the desired part of the virtual array accessible */ + if (start_row < ptr->cur_start_row || + start_row+ptr->unitheight > ptr->cur_start_row+ptr->rows_in_mem) { + if (! ptr->b_s_open) + ERREXIT(methods, "Virtual array controller messed up"); + /* Flush old buffer contents if necessary */ + if (ptr->dirty) { + do_barray_io(ptr, TRUE); + ptr->dirty = FALSE; + } + /* Decide what part of virtual array to access. + * Algorithm: if target address > current window, assume forward scan, + * load starting at target address. If target address < current window, + * assume backward scan, load so that target address is top of window. + * Note that when switching from forward write to forward read, will have + * start_row = 0, so the limiting case applies and we load from 0 anyway. + */ + if (start_row > ptr->cur_start_row) { + ptr->cur_start_row = start_row; + } else { + ptr->cur_start_row = start_row + ptr->unitheight - ptr->rows_in_mem; + if (ptr->cur_start_row < 0) + ptr->cur_start_row = 0; /* don't fall off front end of file */ + } + /* If reading, read in the selected part of the array. + * If we are writing, we need not pre-read the selected portion, + * since the access sequence constraints ensure it would be garbage. + */ + if (! writable) { + do_barray_io(ptr, FALSE); + } + } + /* Flag the buffer dirty if caller will write in it */ + if (writable) + ptr->dirty = TRUE; + /* Return address of proper part of the buffer */ + return ptr->mem_buffer + (start_row - ptr->cur_start_row); +} + + +METHODDEF void +free_big_sarray (big_sarray_ptr ptr) +/* Free a "big" (virtual-memory) 2-D sample array */ +{ + big_sarray_ptr * llink; + + /* Remove item from list -- linear search is fast enough */ + llink = &big_sarray_list; + while (*llink != ptr) { + if (*llink == NULL) + ERREXIT(methods, "Bogus free_big_sarray request"); + llink = &( (*llink)->next ); + } + *llink = ptr->next; + + if (ptr->b_s_open) /* there may be no backing store */ + (*ptr->b_s_info.close_backing_store) (& ptr->b_s_info); + + if (ptr->mem_buffer != NULL) /* just in case never realized */ + free_small_sarray(ptr->mem_buffer); + + free_small((pointer ) ptr); /* free the control block too */ +} + + +METHODDEF void +free_big_barray (big_barray_ptr ptr) +/* Free a "big" (virtual-memory) 2-D coefficient-block array */ +{ + big_barray_ptr * llink; + + /* Remove item from list -- linear search is fast enough */ + llink = &big_barray_list; + while (*llink != ptr) { + if (*llink == NULL) + ERREXIT(methods, "Bogus free_big_barray request"); + llink = &( (*llink)->next ); + } + *llink = ptr->next; + + if (ptr->b_s_open) /* there may be no backing store */ + (*ptr->b_s_info.close_backing_store) (& ptr->b_s_info); + + if (ptr->mem_buffer != NULL) /* just in case never realized */ + free_small_barray(ptr->mem_buffer); + + free_small((pointer ) ptr); /* free the control block too */ +} + +#endif /* XIE_SUPPORTED */ + +/* + * Cleanup: free anything that's been allocated since jselmemmgr(). + */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +c_free_all (compress_info_ptr cinfo) +#else +c_free_all (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + /* Free any open small arrays -- these may release small objects */ + /* +1's are because we must pass a pointer to the data, not the header */ + while (cinfo->small_sarray_list != NULL) { + if ((c_free_small_sarray(cinfo, + (JSAMPARRAY) (cinfo->small_sarray_list + 1))) < 0) + return(XIE_ERR); + } + /* Free any remaining small objects */ + while (cinfo->small_list != NULL) { + if ((c_free_small(cinfo, + (pointer ) (cinfo->small_list + 1))) < 0) + return(XIE_ERR); + } + + jmem_term(); /* system-dependent cleanup */ + return(XIE_NRML); + +} + +METHODDEF int +#if NeedFunctionPrototypes +d_free_all (decompress_info_ptr cinfo) +#else +d_free_all (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + /* Free any open small arrays -- these may release small objects */ + /* +1's are because we must pass a pointer to the data, not the header */ + while (cinfo->small_sarray_list != NULL) { + if ((d_free_small_sarray(cinfo, + (JSAMPARRAY) (cinfo->small_sarray_list + 1))) < 0) + return(XIE_ERR); + } + while (cinfo->small_barray_list != NULL) { + if ((d_free_small_barray(cinfo, + (JBLOCKARRAY) (cinfo->small_barray_list + 1))) < 0) + return(XIE_ERR); + } + /* Free any remaining small objects */ + while (cinfo->small_list != NULL) { + if ((d_free_small(cinfo, + (pointer ) (cinfo->small_list + 1))) < 0) + return(XIE_ERR); + } + + jmem_term(); /* system-dependent cleanup */ + return(XIE_NRML); + +} + +#else +METHODDEF void +free_all (void) +{ + /* First free any open "big" arrays -- these may release small arrays */ + while (big_sarray_list != NULL) + free_big_sarray(big_sarray_list); + while (big_barray_list != NULL) + free_big_barray(big_barray_list); + /* Free any open small arrays -- these may release small objects */ + /* +1's are because we must pass a pointer to the data, not the header */ + while (small_sarray_list != NULL) + free_small_sarray((JSAMPARRAY) (small_sarray_list + 1)); + while (small_barray_list != NULL) + free_small_barray((JBLOCKARRAY) (small_barray_list + 1)); + /* Free any remaining small objects */ + while (small_list != NULL) + free_small((pointer ) (small_list + 1)); +#ifdef NEED_ALLOC_MEDIUM + while (medium_list != NULL) + free_medium((pointer) (medium_list + 1)); +#endif + + jmem_term(); /* system-dependent cleanup */ + +#ifdef MEM_STATS + if (methods->trace_level > 0) + print_mem_stats(); /* print optional memory usage statistics */ +#endif +} + +#endif /* XIE_SUPPORTED */ + +/* + * The method selection routine for virtual memory systems. + * The system-dependent setup routine should call this routine + * to install the necessary method pointers in the supplied struct. + */ + +#ifdef XIE_SUPPORTED +GLOBAL void +#if NeedFunctionPrototypes +jcselmemmgr (compress_info_ptr cinfo, external_methods_ptr emethods) +#else +jcselmemmgr (cinfo, emethods) + compress_info_ptr cinfo; + external_methods_ptr emethods; +#endif /* NeedFunctionPrototypes */ +{ + + emethods->c_alloc_small = c_alloc_small; + emethods->c_free_small = c_free_small; + emethods->c_alloc_small_sarray = c_alloc_small_sarray; + emethods->c_free_small_sarray = c_free_small_sarray; + emethods->c_free_all = c_free_all; + + /* Initialize list headers to empty */ + cinfo->small_list = NULL; + cinfo->small_sarray_list = NULL; + cinfo->small_barray_list = NULL; + + emethods->max_memory_to_use = 0; + +} + +GLOBAL void +#if NeedFunctionPrototypes +jdselmemmgr (decompress_info_ptr cinfo, external_methods_ptr emethods) +#else +jdselmemmgr (cinfo, emethods) + decompress_info_ptr cinfo; + external_methods_ptr emethods; +#endif /* NeedFunctionPrototypes */ +{ + + emethods->d_alloc_small = d_alloc_small; + emethods->d_free_small = d_free_small; + emethods->d_alloc_small_sarray = d_alloc_small_sarray; + emethods->d_free_small_sarray = d_free_small_sarray; + emethods->d_alloc_small_barray = d_alloc_small_barray; + emethods->d_free_small_barray = d_free_small_barray; + emethods->d_free_all = d_free_all; + + /* Initialize list headers to empty */ + cinfo->small_list = NULL; + cinfo->small_sarray_list = NULL; + cinfo->small_barray_list = NULL; + + emethods->max_memory_to_use = 0; + +} +#else +GLOBAL void +jselmemmgr (external_methods_ptr emethods) +{ + methods = emethods; /* save struct addr for error exit access */ + + emethods->alloc_small = alloc_small; + emethods->free_small = free_small; +#ifdef NEED_ALLOC_MEDIUM + emethods->alloc_medium = alloc_medium; + emethods->free_medium = free_medium; +#else + emethods->alloc_medium = alloc_small; + emethods->free_medium = free_small; +#endif + emethods->alloc_small_sarray = alloc_small_sarray; + emethods->free_small_sarray = free_small_sarray; + emethods->alloc_small_barray = alloc_small_barray; + emethods->free_small_barray = free_small_barray; + emethods->request_big_sarray = request_big_sarray; + emethods->request_big_barray = request_big_barray; + emethods->alloc_big_arrays = alloc_big_arrays; + emethods->access_big_sarray = access_big_sarray; + emethods->access_big_barray = access_big_barray; + emethods->free_big_sarray = free_big_sarray; + emethods->free_big_barray = free_big_barray; + emethods->free_all = free_all; + + /* Initialize list headers to empty */ + small_list = NULL; +#ifdef NEED_ALLOC_MEDIUM + medium_list = NULL; +#endif + small_sarray_list = NULL; + small_barray_list = NULL; + big_sarray_list = NULL; + big_barray_list = NULL; + + jmem_init(emethods); /* system-dependent initialization */ + + /* Check for an environment variable JPEGMEM; if found, override the + * default max_memory setting from jmem_init. Note that a command line + * -m argument may again override this value. + * If your system doesn't support getenv(), define NO_GETENV to disable + * this feature. + */ +#ifndef NO_GETENV + { char * memenv; + + if ((memenv = getenv("JPEGMEM")) != NULL) { + long lval; + char ch = 'x'; + + if (sscanf(memenv, "%ld%c", &lval, &ch) > 0) { + if (ch == 'm' || ch == 'M') + lval *= 1000L; + emethods->max_memory_to_use = lval * 1000L; + } + } + } +#endif + +} +#endif /* XIE_SUPPORTED */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jmemsys.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jmemsys.c new file mode 100644 index 0000000..753f9ed --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jmemsys.c @@ -0,0 +1,232 @@ +/* $XConsortium: jmemsys.c,v 1.4 94/04/17 20:35:42 rws Exp $ */ +/* Module jmemsys.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jmemnobs.c (jmemsys.c) + * + * Copyright (C) 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file provides a really simple implementation of the system- + * dependent portion of the JPEG memory manager. This implementation + * assumes that no backing-store files are needed: all required space + * can be obtained from malloc(). + * This is very portable in the sense that it'll compile on almost anything, + * but you'd better have lots of main memory (or virtual memory) if you want + * to process big images. + * Note that the max_memory_to_use option is ignored by this implementation. + */ + +#include "jinclude.h" +#include "jmemsys.h" + +#ifdef _XIEC_MEMORY +#ifdef malloc +#undef malloc +#endif +#ifdef free +#undef free +#endif +#define malloc(size) XieMalloc(size) +#define free(ptr) XieFree(ptr) +#else +#ifdef INCLUDES_ARE_ANSI +#include /* to declare malloc(), free() */ +#else +extern pointer malloc PP((size_t size)); +extern void free PP(pointer ptr)); +#endif +#endif /* _XIEC_MEMORY */ + + +#ifndef XIE_SUPPORTED +static external_methods_ptr methods; /* saved for access to error_exit */ +#endif /* XIE_SUPPORTED */ + +/* + * Memory allocation and freeing are controlled by the regular library + * routines malloc() and free(). + */ + +GLOBAL pointer +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jget_small (size_t sizeofobject) +#else +jget_small (sizeofobject) + size_t sizeofobject; +#endif /* NeedFunctionPrototypes */ +#else +jget_small (size_t sizeofobject) +#endif /* XIE_SUPPORTED */ +{ + return (pointer) malloc(sizeofobject); +} + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jfree_small (pointer object) +#else +jfree_small (object) + pointer object; +#endif /* NeedFunctionPrototypes */ +#else +jfree_small (pointer object) +#endif /* XIE_SUPPORTED */ +{ + free(object); +} + +/* + * We assume NEED_FAR_POINTERS is not defined and so the separate entry points + * jget_large, jfree_large are not needed. + */ + + +/* + * This routine computes the total memory space available for allocation. + * Here we always say, "we got all you want bud!" + */ + +#ifndef XIE_SUPPORTED +GLOBAL long +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jmem_available (long min_bytes_needed, long max_bytes_needed) +#else +jmem_available (min_bytes_needed, max_bytes_needed) + long min_bytes_needed; + long max_bytes_needed; +#endif /* NeedFunctionPrototypes */ +#else +jmem_available (long min_bytes_needed, long max_bytes_needed) +#endif /* XIE_SUPPORTED */ +{ + return max_bytes_needed; +} + + +/* + * Backing store (temporary file) management. + * This should never be called and we just error out. + */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jopen_backing_store (backing_store_ptr info, long total_bytes_needed) +#else +jopen_backing_store (info, total_bytes_needed) + backing_store_ptr info; + long total_bytes_needed; +#endif /* NeedFunctionPrototypes */ +#else +jopen_backing_store (backing_store_ptr info, long total_bytes_needed) +#endif /* XIE_SUPPORTED */ +{ + ERREXIT(methods, "Backing store not supported"); +} +#endif /* XIE_SUPPORTED */ + + +/* + * These routines take care of any system-dependent initialization and + * cleanup required. Keep in mind that jmem_term may be called more than + * once. + */ + +#ifndef XIE_SUPPORTED +GLOBAL void +jmem_init (external_methods_ptr emethods) +{ + methods = emethods; /* save struct addr for error exit access */ + emethods->max_memory_to_use = 0; +} +#endif /* XIE_SUPPORTED */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jmem_term (void) +#else +jmem_term () +#endif /* NeedFunctionPrototypes */ +#else +jmem_term (void) +#endif /* XIE_SUPPORTED */ +{ + /* no work */ +} diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jmemsys.h b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jmemsys.h new file mode 100644 index 0000000..dfe5b4c --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jmemsys.h @@ -0,0 +1,203 @@ +/* $XConsortium: jmemsys.h,v 1.4 94/04/17 20:35:43 rws Exp $ */ +/* Module jmemsys.h */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jmemsys.h + * + * Copyright (C) 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This include file defines the interface between the system-independent + * and system-dependent portions of the JPEG memory manager. (The system- + * independent portion is jmemmgr.c; there are several different versions + * of the system-dependent portion, and of this file for that matter.) + * + * This is a "generic" skeleton that may need to be modified for particular + * systems. It should be usable as-is on the majority of non-MSDOS machines. + */ + + +/* + * These two functions are used to allocate and release small chunks of + * memory (typically the total amount requested through jget_small is + * no more than 20Kb or so). Behavior should be the same as for the + * standard library functions malloc and free; in particular, jget_small + * returns NULL on failure. On most systems, these ARE malloc and free. + * On an 80x86 machine using small-data memory model, these manage near heap. + */ + +EXTERN pointer jget_small PP((size_t sizeofobject)); +EXTERN void jfree_small PP((pointer object)); + +/* + * These two functions are used to allocate and release large chunks of + * memory (up to the total free space designated by jmem_available). + * The interface is the same as above, except that on an 80x86 machine, + * far pointers are used. On other systems these ARE the same as above. + */ + +#ifdef NEED_FAR_POINTERS /* typically not needed except on 80x86 */ +EXTERN pointer jget_large PP((size_t sizeofobject)); +EXTERN void jfree_large PP((pointer object)); +#else +#define jget_large(sizeofobject) jget_small(sizeofobject) +#define jfree_large(object) jfree_small(object) +#endif + +/* + * The macro MAX_ALLOC_CHUNK designates the maximum number of bytes that may + * be requested in a single call on jget_large (and jget_small for that + * matter, but that case should never come into play). This macro is needed + * to model the 64Kb-segment-size limit of far addressing on 80x86 machines. + * On machines with flat address spaces, any large constant may be used here. + */ + +#define MAX_ALLOC_CHUNK 1000000000L + +/* + * This routine computes the total space available for allocation by + * jget_large. If more space than this is needed, backing store will be used. + * NOTE: any memory already allocated must not be counted. + * + * There is a minimum space requirement, corresponding to the minimum + * feasible buffer sizes; jmemmgr.c will request that much space even if + * jmem_available returns zero. The maximum space needed, enough to hold + * all working storage in memory, is also passed in case it is useful. + * + * It is OK for jmem_available to underestimate the space available (that'll + * just lead to more backing-store access than is really necessary). + * However, an overestimate will lead to failure. Hence it's wise to subtract + * a slop factor from the true available space, especially if jget_small space + * comes from the same pool. 5% should be enough. + * + * On machines with lots of virtual memory, any large constant may be returned. + * Conversely, zero may be returned to always use the minimum amount of memory. + */ + +EXTERN long jmem_available PP((long min_bytes_needed, long max_bytes_needed)); + + +/* + * This structure holds whatever state is needed to access a single + * backing-store object. The read/write/close method pointers are called + * by jmemmgr.c to manipulate the backing-store object; all other fields + * are private to the system-dependent backing store routines. + */ + +#define TEMP_NAME_LENGTH 64 /* max length of a temporary file's name */ + +typedef struct backing_store_struct * backing_store_ptr; + +typedef struct backing_store_struct { + /* Methods for reading/writing/closing this backing-store object */ + METHOD(void, read_backing_store, (backing_store_ptr info, + pointer buffer_address, + long file_offset, long byte_count)); + METHOD(void, write_backing_store, (backing_store_ptr info, + pointer buffer_address, + long file_offset, long byte_count)); + METHOD(void, close_backing_store, (backing_store_ptr info)); + /* Private fields for system-dependent backing-store management */ + /* For a typical implementation with temp files, we might need: */ +#ifndef XIE_SUPPORTED + FILE * temp_file; /* stdio reference to temp file */ +#endif /* XIE_SUPPORTED */ + char temp_name[TEMP_NAME_LENGTH]; /* name of temp file */ + } backing_store_info; + +/* + * Initial opening of a backing-store object. This must fill in the + * read/write/close pointers in the object. The read/write routines + * may take an error exit if the specified maximum file size is exceeded. + * (If jmem_available always returns a large value, this routine can just + * take an error exit.) + */ + +EXTERN void jopen_backing_store PP((backing_store_ptr info, + long total_bytes_needed)); + + +/* + * These routines take care of any system-dependent initialization and + * cleanup required. The system methods struct address should be saved + * by jmem_init in case an error exit must be taken. jmem_term may assume + * that all requested memory has been freed and that all opened backing- + * store objects have been closed. + * NB: jmem_term may be called more than once, and must behave reasonably + * if that happens. + */ + +EXTERN void jmem_init PP((external_methods_ptr emethods)); +EXTERN void jmem_term PP((void)); diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jpegdata.h b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jpegdata.h new file mode 100644 index 0000000..7f738cf --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jpegdata.h @@ -0,0 +1,1288 @@ +/* $XConsortium: jpegdata.h /main/5 1995/12/02 16:51:37 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/* Module jpegdata.h */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + +****************************************************************************/ + +/* + * jpegdata.h + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file defines shared data structures for the various JPEG modules. + */ + +/* + * You might need to change some of the following declarations if you are + * using the JPEG software within a surrounding application program + * or porting it to an unusual system. + */ + + +/* If the source or destination of image data is not to be stdio streams, + * these types may need work. You can replace them with some kind of + * pointer or indicator that is useful to you, or just ignore 'em. + * Note that the user interface and the various jrdxxx/jwrxxx modules + * will also need work for non-stdio input/output. + */ + +#ifndef XIE_SUPPORTED +typedef FILE * JFILEREF; /* source or dest of JPEG-compressed data */ + +typedef FILE * IFILEREF; /* source or dest of non-JPEG image data */ +#endif /* XIE_SUPPORTED */ + + +/* These defines are used in all function definitions and extern declarations. + * You could modify them if you need to change function linkage conventions, + * as is shown below for use with C++. Another application would be to make + * all functions global for use with code profilers that require it. + * NOTE: the C++ test does the right thing if you are reading this include + * file in a C++ application to link to JPEG code that's been compiled with a + * regular C compiler. I'm not sure it works if you try to compile the JPEG + * code with C++. + */ + +#define METHODDEF static /* a function called through method pointers */ +#define LOCAL static /* a function used only in its module */ +#define GLOBAL /* a function referenced thru EXTERNs */ +#ifdef __cplusplus +#define EXTERN extern "C" /* a reference to a GLOBAL function */ +#else +#define EXTERN extern /* a reference to a GLOBAL function */ +#endif + + +/* Here is the pseudo-keyword for declaring pointers that must be "far" + * on 80x86 machines. Most of the specialized coding for 80x86 is handled + * by just saying "FAR *" where such a pointer is needed. In a few places + * explicit coding is needed; see uses of the NEED_FAR_POINTERS symbol. + */ + +#ifdef NEED_FAR_POINTERS +#define FAR far +#else +#define FAR +#endif + + + +/* The remaining declarations are not system-dependent, we hope. */ + + +/* + * NOTE: if you have an ancient, strict-K&R C compiler, it may choke on the + * similarly-named fields in Compress_info_struct and Decompress_info_struct. + * If this happens, you can get around it by rearranging the two structs so + * that the similarly-named fields appear first and in the same order in + * each struct. Since such compilers are now pretty rare, we haven't done + * this in the portable code, preferring to maintain a logical ordering. + */ + + + +/* This macro is used to declare a "method", that is, a function pointer. */ +/* We want to supply prototype parameters if the compiler can cope. */ +/* Note that the arglist parameter must be parenthesized! */ + +#ifdef PROTO +#define METHOD(type,methodname,arglist) type (*methodname) arglist +#else +#define METHOD(type,methodname,arglist) type (*methodname) () +#endif + +/* Forward references to lists of method pointers */ +typedef struct External_methods_struct * external_methods_ptr; +typedef struct Compress_methods_struct * compress_methods_ptr; +typedef struct Decompress_methods_struct * decompress_methods_ptr; + + +/* Data structures for images containing either samples or coefficients. */ +/* Note that the topmost (leftmost) index is always color component. */ +/* On 80x86 machines, the image arrays are too big for near pointers, */ +/* but the pointer arrays can fit in near memory. */ + +typedef JSAMPLE FAR *JSAMPROW; /* ptr to one image row of pixel samples. */ +typedef JSAMPROW *JSAMPARRAY; /* ptr to some rows (a 2-D sample array) */ +typedef JSAMPARRAY *JSAMPIMAGE; /* a 3-D sample array: top index is color */ + + +#define DCTSIZE 8 /* The basic DCT block is 8x8 samples */ +#define DCTSIZE2 64 /* DCTSIZE squared; # of elements in a block */ + +typedef JCOEF JBLOCK[DCTSIZE2]; /* one block of coefficients */ +typedef JBLOCK FAR *JBLOCKROW; /* pointer to one row of coefficient blocks */ +typedef JBLOCKROW *JBLOCKARRAY; /* a 2-D array of coefficient blocks */ +typedef JBLOCKARRAY *JBLOCKIMAGE; /* a 3-D array of coefficient blocks */ + +typedef JCOEF FAR *JCOEFPTR; /* useful in a couple of places */ + + +/* The input and output data of the DCT transform subroutines are of + * the following type, which need not be the same as JCOEF. + * For example, on a machine with fast floating point, it might make sense + * to recode the DCT routines to use floating point; then DCTELEM would be + * 'float' or 'double'. + */ + +typedef JCOEF DCTELEM; +typedef DCTELEM DCTBLOCK[DCTSIZE2]; + + +/* Types for JPEG compression parameters and working tables. */ + + +typedef enum { /* defines known color spaces */ + CS_UNKNOWN, /* error/unspecified */ + CS_GRAYSCALE, /* monochrome (only 1 component) */ + CS_RGB, /* red/green/blue */ + CS_YCbCr, /* Y/Cb/Cr (also known as YUV) */ + CS_YIQ, /* Y/I/Q */ + CS_CMYK /* C/M/Y/K */ +} COLOR_SPACE; + + +typedef struct { /* Basic info about one component */ + /* These values are fixed over the whole image */ + /* For compression, they must be supplied by the user interface; */ + /* for decompression, they are read from the SOF marker. */ + short component_id; /* identifier for this component (0..255) */ + short component_index; /* its index in SOF or cinfo->comp_info[] */ + short h_samp_factor; /* horizontal sampling factor (1..4) */ + short v_samp_factor; /* vertical sampling factor (1..4) */ + short quant_tbl_no; /* quantization table selector (0..3) */ + /* These values may vary between scans */ + /* For compression, they must be supplied by the user interface; */ + /* for decompression, they are read from the SOS marker. */ + short dc_tbl_no; /* DC entropy table selector (0..3) */ + short ac_tbl_no; /* AC entropy table selector (0..3) */ + /* These values are computed during compression or decompression startup */ + long true_comp_width; /* component's image width in samples */ + long true_comp_height; /* component's image height in samples */ + /* the above are the logical dimensions of the downsampled image */ + /* These values are computed before starting a scan of the component */ + short MCU_width; /* number of blocks per MCU, horizontally */ + short MCU_height; /* number of blocks per MCU, vertically */ + short MCU_blocks; /* MCU_width * MCU_height */ + long downsampled_width; /* image width in samples, after expansion */ + long downsampled_height; /* image height in samples, after expansion */ + /* the above are the true_comp_xxx values rounded up to multiples of */ + /* the MCU dimensions; these are the working dimensions of the array */ + /* as it is passed through the DCT or IDCT step. NOTE: these values */ + /* differ depending on whether the component is interleaved or not!! */ +} jpeg_component_info; + + +/* DCT coefficient quantization tables. + * For 8-bit precision, 'INT16' should be good enough for quantization values; + * for more precision, we go for the full 16 bits. 'INT16' provides a useful + * speedup on many machines (multiplication & division of JCOEFs by + * quantization values is a significant chunk of the runtime). + * Note: the values in a QUANT_TBL are always given in zigzag order. + */ +#ifdef EIGHT_BIT_SAMPLES +typedef INT16 QUANT_VAL; /* element of a quantization table */ +#else +typedef UINT16 QUANT_VAL; /* element of a quantization table */ +#endif +typedef QUANT_VAL QUANT_TBL[DCTSIZE2]; /* A quantization table */ +typedef QUANT_VAL * QUANT_TBL_PTR; /* pointer to same */ + + +typedef struct { /* A Huffman coding table */ + /* These two fields directly represent the contents of a JPEG DHT marker */ + UINT8 bits[17]; /* bits[k] = # of symbols with codes of */ + /* length k bits; bits[0] is unused */ + UINT8 huffval[256]; /* The symbols, in order of incr code length */ + /* This field is used only during compression. It's initialized FALSE when + * the table is created, and set TRUE when it's been output to the file. + */ + boolean sent_table; /* TRUE when table has been output */ + /* The remaining fields are computed from the above to allow more efficient + * coding and decoding. These fields should be considered private to the + * Huffman compression & decompression modules. + */ + /* encoding tables: */ + UINT16 ehufco[256]; /* code for each symbol */ + char ehufsi[256]; /* length of code for each symbol */ + /* decoding tables: (element [0] of each array is unused) */ + UINT16 mincode[17]; /* smallest code of length k */ + INT32 maxcode[18]; /* largest code of length k (-1 if none) */ + /* (maxcode[17] is a sentinel to ensure huff_DECODE terminates) */ + short valptr[17]; /* huffval[] index of 1st symbol of length k */ +} HUFF_TBL; + + +#define NUM_QUANT_TBLS 4 /* quantization tables are numbered 0..3 */ +#define NUM_HUFF_TBLS 4 /* Huffman tables are numbered 0..3 */ +#define NUM_ARITH_TBLS 16 /* arith-coding tables are numbered 0..15 */ +#define MAX_COMPS_IN_SCAN 4 /* JPEG limit on # of components in one scan */ +#define MAX_SAMP_FACTOR 4 /* JPEG limit on sampling factors */ +#define MAX_BLOCKS_IN_MCU 10 /* JPEG limit on # of blocks in an MCU */ + +#ifdef XIE_SUPPORTED +/* Types and Structures from jmemmgr.c */ +/* (used in Compress_info_struct and Decompress_info_struct */ +typedef double align_type; + +typedef union small_struct * small_ptr; + +typedef union small_struct { + small_ptr next; /* next in list of allocated objects */ + align_type dummy; /* ensures alignment of following storage */ + } small_hdr; + +typedef struct small_sarray_struct * small_sarray_ptr; + +typedef struct small_sarray_struct { + small_sarray_ptr next; /* next in list of allocated sarrays */ + long numrows; /* # of rows in this array */ + long rowsperchunk; /* max # of rows per allocation chunk */ + JSAMPROW dummy; /* ensures alignment of following storage */ + } small_sarray_hdr; + +typedef struct small_barray_struct * small_barray_ptr; + +typedef struct small_barray_struct { + small_barray_ptr next; /* next in list of allocated barrays */ + long numrows; /* # of rows in this array */ + long rowsperchunk; /* max # of rows per allocation chunk */ + JBLOCKROW dummy; /* ensures alignment of following storage */ + } small_barray_hdr; + +#endif /* XIE_SUPPORTED */ + + +/* Working data for compression */ + +struct Compress_info_struct { +/* + * All of these fields shall be established by the user interface before + * calling jpeg_compress, or by the input_init or c_ui_method_selection + * methods. + * Most parameters can be set to reasonable defaults by j_c_defaults. + * Note that the UI must supply the storage for the main methods struct, + * though it sets only a few of the methods there. + */ + compress_methods_ptr methods; /* Points to list of methods to use */ + + external_methods_ptr emethods; /* Points to list of methods to use */ + +#ifndef XIE_SUPPORTED + IFILEREF input_file; /* tells input routines where to read image */ + JFILEREF output_file; /* tells output routines where to write JPEG */ +#endif /* XIE_SUPPORTED */ + + long image_width; /* input image width */ + long image_height; /* input image height */ + short input_components; /* # of color components in input image */ + + short data_precision; /* bits of precision in image data */ + + COLOR_SPACE in_color_space; /* colorspace of input file */ + COLOR_SPACE jpeg_color_space; /* colorspace of JPEG file */ + + double input_gamma; /* image gamma of input file */ + + boolean write_JFIF_header; /* should a JFIF marker be written? */ + /* These three values are not used by the JPEG code, only copied */ + /* into the JFIF APP0 marker. density_unit can be 0 for unknown, */ + /* 1 for dots/inch, or 2 for dots/cm. Note that the pixel aspect */ + /* ratio is defined by X_density/Y_density even when density_unit=0. */ + UINT8 density_unit; /* JFIF code for pixel size units */ + UINT16 X_density; /* Horizontal pixel density */ + UINT16 Y_density; /* Vertical pixel density */ + + short num_components; /* # of color components in JPEG image */ + jpeg_component_info * comp_info; + /* comp_info[i] describes component that appears i'th in SOF */ + + QUANT_TBL_PTR quant_tbl_ptrs[NUM_QUANT_TBLS]; + /* ptrs to coefficient quantization tables, or NULL if not defined */ + + HUFF_TBL * dc_huff_tbl_ptrs[NUM_HUFF_TBLS]; + HUFF_TBL * ac_huff_tbl_ptrs[NUM_HUFF_TBLS]; + /* ptrs to Huffman coding tables, or NULL if not defined */ + + UINT8 arith_dc_L[NUM_ARITH_TBLS]; /* L values for DC arithmetic-coding tables */ + UINT8 arith_dc_U[NUM_ARITH_TBLS]; /* U values for DC arithmetic-coding tables */ + UINT8 arith_ac_K[NUM_ARITH_TBLS]; /* Kx values for AC arithmetic-coding tables */ + + boolean arith_code; /* TRUE=arithmetic coding, FALSE=Huffman */ + boolean interleave; /* TRUE=interleaved output, FALSE=not */ + boolean optimize_coding; /* TRUE=optimize entropy encoding parms */ + boolean CCIR601_sampling; /* TRUE=first samples are cosited */ + int smoothing_factor; /* 1..100, or 0 for no input smoothing */ + + /* The restart interval can be specified in absolute MCUs by setting + * restart_interval, or in MCU rows by setting restart_in_rows + * (in which case the correct restart_interval will be figured + * for each scan). + */ + UINT16 restart_interval;/* MCUs per restart interval, or 0 for no restart */ + int restart_in_rows; /* if > 0, MCU rows per restart interval */ + +/* + * These fields are computed during jpeg_compress startup + */ + short max_h_samp_factor; /* largest h_samp_factor */ + short max_v_samp_factor; /* largest v_samp_factor */ + +/* + * These fields may be useful for progress monitoring + */ + + int total_passes; /* number of passes expected */ + int completed_passes; /* number of passes completed so far */ + +/* + * These fields are valid during any one scan + */ + short comps_in_scan; /* # of JPEG components output this time */ + jpeg_component_info * cur_comp_info[MAX_COMPS_IN_SCAN]; + /* *cur_comp_info[i] describes component that appears i'th in SOS */ + + long MCUs_per_row; /* # of MCUs across the image */ + long MCU_rows_in_scan; /* # of MCU rows in the image */ + + short blocks_in_MCU; /* # of DCT blocks per MCU */ + short MCU_membership[MAX_BLOCKS_IN_MCU]; + /* MCU_membership[i] is index in cur_comp_info of component owning */ + /* i'th block in an MCU */ + + /* these fields are private data for the entropy encoder */ + JCOEF last_dc_val[MAX_COMPS_IN_SCAN]; /* last DC coef for each comp */ + JCOEF last_dc_diff[MAX_COMPS_IN_SCAN]; /* last DC diff for each comp */ + UINT16 restarts_to_go; /* MCUs left in this restart interval */ + short next_restart_num; /* # of next RSTn marker (0..7) */ + +#ifdef XIE_SUPPORTED + long jpeg_buf_size; /* put is structure from global define */ + short xie_h_samp_factor[MAX_COMPS_IN_SCAN]; /* for XIE interface */ + short xie_v_samp_factor[MAX_COMPS_IN_SCAN]; /* for XIE interface */ + /* The variables come from jcpipe.c - single_ccontroller */ + int rows_in_mem; /* # of sample rows in full-size buffers */ + long fullsize_width; /* # of samples per row in full-size buffers */ + long cur_pixel_row; /* counts # of pixel rows processed */ + long mcu_rows_output; /* # of MCU rows actually emitted */ + int mcu_rows_per_loop; /* # of MCU rows processed per outer loop */ + /* Work buffer for pre-downsampling data (see comments at head of file) */ + JSAMPIMAGE fullsize_data[2]; + /* Work buffer for downsampled data */ + JSAMPIMAGE sampled_data; + int rows_this_time; + short whichss; + boolean first_pixel_row; + /* from jchuff.c */ + INT32 huff_put_buffer; /* current bit-accumulation buffer */ + int huff_put_bits; /* # of bits now in it */ + char * output_buffer; /* output buffer */ + int bytes_in_buffer; + /* XIE - JPEG buffer */ + int XIEwrloc; + int XIErestart; + int XIEmcurow; + long XIEmcuindex; + int XIEbytes_in_buffer; + /* from jmemmgr.c */ + small_ptr small_list; /* head of list */ + small_sarray_ptr small_sarray_list; /* head of list */ + small_barray_ptr small_barray_list; /* head of list */ +#endif /* XIE_SUPPORTED */ + +}; + +typedef struct Compress_info_struct * compress_info_ptr; + +#ifdef XIE_SUPPORTED + +/* Types for XIE restart. */ + + +typedef enum { /* defines XIE restart locations */ + XIE_RNUL, /* No restart */ + XIE_RRFH, /* Restart at Read File Header */ + XIE_RRSH, /* Restart at Read Scan Header */ + XIE_RMCU, /* Restart at MCU */ + XIE_RWRJ, /* Restart at write jfif */ + XIE_RWFH, /* Restart at Write File Header */ + XIE_RWSH, /* Restart at Write Scan Header */ + XIE_RWFT /* Restart at Write File Trailer */ + } XIE_RESTART; + +/* Types for XIE return. */ + +typedef enum { /* defines XIE restart locations */ + XIE_ERR = -999, /* Error return */ + XIE_NRML = 0, /* Normal return */ + XIE_INP = 1, /* Need input */ + XIE_OUT = 2, /* Output ready */ + XIE_EOI = 3 /* End of input */ +} XIE_RETURN; + +#endif + + +/* Working data for decompression */ + +struct Decompress_info_struct { +/* + * These fields shall be established by the user interface before + * calling jpeg_decompress. + * Most parameters can be set to reasonable defaults by j_d_defaults. + * Note that the UI must supply the storage for the main methods struct, + * though it sets only a few of the methods there. + */ + decompress_methods_ptr methods; /* Points to list of methods to use */ + + external_methods_ptr emethods; /* Points to list of methods to use */ + +#ifndef XIE_SUPPORTED + JFILEREF input_file; /* tells input routines where to read JPEG */ + IFILEREF output_file; /* tells output routines where to write image */ +#endif /* XIE_SUPPORTED */ + + /* these can be set at d_ui_method_selection time: */ + + COLOR_SPACE out_color_space; /* colorspace of output */ + + double output_gamma; /* image gamma wanted in output */ + + boolean quantize_colors; /* T if output is a colormapped format */ + /* the following are ignored if not quantize_colors: */ + boolean two_pass_quantize; /* use two-pass color quantization? */ + boolean use_dithering; /* want color dithering? */ + int desired_number_of_colors; /* max number of colors to use */ + + boolean do_block_smoothing; /* T = apply cross-block smoothing */ + boolean do_pixel_smoothing; /* T = apply post-upsampling smoothing */ + +/* + * These fields are used for efficient buffering of data between read_jpeg_data + * and the entropy decoding object. By using a shared buffer, we avoid copying + * data and eliminate the need for an "unget" operation at the end of a scan. + * The actual source of the data is known only to read_jpeg_data; see the + * JGETC macro, below. + * Note: the user interface is expected to allocate the input_buffer and + * initialize bytes_in_buffer to 0. Also, for JFIF/raw-JPEG input, the UI + * actually supplies the read_jpeg_data method. This is all handled by + * j_d_defaults in a typical implementation. + */ + char * input_buffer; /* start of buffer (private to input code) */ + char * next_input_byte; /* => next byte to read from buffer */ + int bytes_in_buffer; /* # of bytes remaining in buffer */ + +/* + * These fields are set by read_file_header or read_scan_header + */ + long image_width; /* overall image width */ + long image_height; /* overall image height */ + + short data_precision; /* bits of precision in image data */ + + COLOR_SPACE jpeg_color_space; /* colorspace of JPEG file */ + + /* These three values are not used by the JPEG code, merely copied */ + /* from the JFIF APP0 marker (if any). */ + UINT8 density_unit; /* JFIF code for pixel size units */ + UINT16 X_density; /* Horizontal pixel density */ + UINT16 Y_density; /* Vertical pixel density */ + + short num_components; /* # of color components in JPEG image */ + jpeg_component_info * comp_info; + /* comp_info[i] describes component that appears i'th in SOF */ + + QUANT_TBL_PTR quant_tbl_ptrs[NUM_QUANT_TBLS]; + /* ptrs to coefficient quantization tables, or NULL if not defined */ + + HUFF_TBL * dc_huff_tbl_ptrs[NUM_HUFF_TBLS]; + HUFF_TBL * ac_huff_tbl_ptrs[NUM_HUFF_TBLS]; + /* ptrs to Huffman coding tables, or NULL if not defined */ + + UINT8 arith_dc_L[NUM_ARITH_TBLS]; /* L values for DC arith-coding tables */ + UINT8 arith_dc_U[NUM_ARITH_TBLS]; /* U values for DC arith-coding tables */ + UINT8 arith_ac_K[NUM_ARITH_TBLS]; /* Kx values for AC arith-coding tables */ + + boolean arith_code; /* TRUE=arithmetic coding, FALSE=Huffman */ + boolean CCIR601_sampling; /* TRUE=first samples are cosited */ + + UINT16 restart_interval;/* MCUs per restart interval, or 0 for no restart */ + +/* + * These fields are computed during jpeg_decompress startup + */ + short max_h_samp_factor; /* largest h_samp_factor */ + short max_v_samp_factor; /* largest v_samp_factor */ + + short color_out_comps; /* # of color components output by color_convert */ + /* (need not match num_components) */ + short final_out_comps; /* # of color components sent to put_pixel_rows */ + /* (1 when quantizing colors, else same as color_out_comps) */ + + JSAMPLE * sample_range_limit; /* table for fast range-limiting */ + +/* + * When quantizing colors, the color quantizer leaves a pointer to the output + * colormap in these fields. The colormap is valid from the time put_color_map + * is called (must be before any put_pixel_rows calls) until shutdown (more + * specifically, until free_all is called to release memory). + */ + int actual_number_of_colors; /* actual number of entries */ + JSAMPARRAY colormap; /* NULL if not valid */ + /* map has color_out_comps rows * actual_number_of_colors columns */ + +/* + * These fields may be useful for progress monitoring + */ + int total_passes; /* number of passes expected */ + int completed_passes; /* number of passes completed so far */ + +/* + * These fields are valid during any one scan + */ + short comps_in_scan; /* # of JPEG components input this time */ + jpeg_component_info * cur_comp_info[MAX_COMPS_IN_SCAN]; + /* *cur_comp_info[i] describes component that appears i'th in SOS */ + + long MCUs_per_row; /* # of MCUs across the image */ + long MCU_rows_in_scan; /* # of MCU rows in the image */ + + short blocks_in_MCU; /* # of DCT blocks per MCU */ + short MCU_membership[MAX_BLOCKS_IN_MCU]; + /* MCU_membership[i] is index in cur_comp_info of component owning */ + /* i'th block in an MCU */ + + /* these fields are private data for the entropy encoder */ + JCOEF last_dc_val[MAX_COMPS_IN_SCAN]; /* last DC coef for each comp */ + JCOEF last_dc_diff[MAX_COMPS_IN_SCAN]; /* last DC diff for each comp */ + UINT16 restarts_to_go; /* MCUs left in this restart interval */ + short next_restart_num; /* # of next RSTn marker (0..7) */ + +#ifdef XIE_SUPPORTED + boolean XIE_upsample; /* TRUE if upsampling is desired */ + long jpeg_buf_size; /* put is structure from global define */ + int rows_in_mem; /* # of sample rows in full-size buffers */ + /* Work buffer for data being passed to output module. */ + /* This has color_out_comps components if not quantizing, */ + /* but only one component when quantizing. */ + JSAMPIMAGE output_workspace; + long fullsize_width; /* # of samples per row in full-size buffers */ + long pixel_rows_output; /* # of pixel rows actually emitted */ + int mcu_rows_per_loop; /* # of MCU rows processed per outer loop */ + /* Work buffer for dequantized coefficients (IDCT input) */ + JBLOCKIMAGE coeff_data; + /* Work buffer for cross-block smoothing input */ +#ifdef BLOCK_SMOOTHING_SUPPORTED + JBLOCKIMAGE bsmooth[3]; /* this is optional */ + int whichb; +#endif + /* Work buffer for downsampled image data (see comments at head of file) */ + JSAMPIMAGE sampled_data[2]; + /* Work buffer for upsampled data */ + JSAMPIMAGE fullsize_data; + int whichss; + long cur_mcu_row; /* counts # of MCU rows processed */ + int ri; + boolean first_mcu_row; + /* used in jdmcu and jrdjfif */ + int XIErestart; + char * XIEnext_input_byte; /* => next byte to read from buffer */ + int XIEbytes_in_buffer; /* # of bytes remaining in buffer */ + /* used in jdmcu */ + long XIEmcuindex; + JBLOCKROW MCU_data[MAX_BLOCKS_IN_MCU]; + /* used in jdhuff */ + INT32 XIEget_buffer; /* current bit-extraction buffer */ + int XIEbits_left; /* # of unused bits in it */ + boolean printed_eod; /* flag to suppress multiple end-of-data msgs */ + /* from jmemmgr.c */ + small_ptr small_list; /* head of list */ + small_sarray_ptr small_sarray_list; /* head of list */ + small_barray_ptr small_barray_list; /* head of list */ +#endif /* XIE_SUPPORTED */ + +}; + +typedef struct Decompress_info_struct * decompress_info_ptr; + + +/* Macros for reading data from the decompression input buffer */ + +#ifdef XIE_SUPPORTED +#ifdef CHAR_IS_UNSIGNED +#define JGETC(cinfo) ( --(cinfo)->bytes_in_buffer < 0 ? \ + -1 : (int) (*(cinfo)->next_input_byte++) ) +#else +#define JGETC(cinfo) ( --(cinfo)->bytes_in_buffer < 0 ? \ + -1 : (int) (*(cinfo)->next_input_byte++) & 0xFF ) +#endif +#else +#ifdef CHAR_IS_UNSIGNED +#define JGETC(cinfo) ( --(cinfo)->bytes_in_buffer < 0 ? \ + (*(cinfo)->methods->read_jpeg_data) (cinfo) : \ + (int) (*(cinfo)->next_input_byte++) ) +#else +#define JGETC(cinfo) ( --(cinfo)->bytes_in_buffer < 0 ? \ + (*(cinfo)->methods->read_jpeg_data) (cinfo) : \ + (int) (*(cinfo)->next_input_byte++) & 0xFF ) +#endif +#endif /* XIE_SUPPORTED */ + +#define JUNGETC(ch,cinfo) ((cinfo)->bytes_in_buffer++, \ + *(--((cinfo)->next_input_byte)) = (char) (ch)) + +#define MIN_UNGET 4 /* may always do at least 4 JUNGETCs */ + + +/* A virtual image has a control block whose contents are private to the + * memory manager module (and may differ between managers). The rest of the + * code only refers to virtual images by these pointer types, and never + * dereferences the pointer. + */ + +typedef struct big_sarray_control * big_sarray_ptr; +typedef struct big_barray_control * big_barray_ptr; + +/* Although a real ANSI C compiler can deal perfectly well with pointers to + * unspecified structures (see "incomplete types" in the spec), a few pre-ANSI + * and pseudo-ANSI compilers get confused. To keep one of these bozos happy, + * add -DINCOMPLETE_TYPES_BROKEN to CFLAGS in your Makefile. Then we will + * pseudo-define the structs as containing a single "dummy" field. + * The memory managers #define AM_MEMORY_MANAGER before including this file, + * so that they can make their own definitions of the structs. + */ + +#ifdef INCOMPLETE_TYPES_BROKEN +#ifndef AM_MEMORY_MANAGER +struct big_sarray_control { long dummy; }; +struct big_barray_control { long dummy; }; +#endif +#endif + + +/* Method types that need typedefs */ + +#ifdef XIE_SUPPORTED +typedef METHOD(int, MCU_output_method_ptr, (compress_info_ptr cinfo, + JBLOCK *MCU_data)); +#else +typedef METHOD(void, MCU_output_method_ptr, (compress_info_ptr cinfo, + JBLOCK *MCU_data)); +#endif /* XIE_SUPPORTED */ +typedef METHOD(void, MCU_output_caller_ptr, (compress_info_ptr cinfo, + MCU_output_method_ptr output_method)); +typedef METHOD(void, downsample_ptr, (compress_info_ptr cinfo, + int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, + JSAMPARRAY input_data, + JSAMPARRAY below, + JSAMPARRAY output_data)); +typedef METHOD(void, upsample_ptr, (decompress_info_ptr cinfo, + int which_component, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPARRAY above, + JSAMPARRAY input_data, + JSAMPARRAY below, + JSAMPARRAY output_data)); +typedef METHOD(void, quantize_method_ptr, (decompress_info_ptr cinfo, + int num_rows, + JSAMPIMAGE input_data, + JSAMPARRAY output_workspace)); +typedef METHOD(void, quantize_caller_ptr, (decompress_info_ptr cinfo, + quantize_method_ptr quantize_method)); + + +/* These structs contain function pointers for the various JPEG methods. */ + +/* Routines to be provided by the surrounding application, rather than the + * portable JPEG code proper. These are the same for compression and + * decompression. + */ + +struct External_methods_struct { + /* User interface: error exit and trace message routines */ + /* NOTE: the string msgtext parameters will eventually be replaced + * by an enumerated-type code so that non-English error messages + * can be substituted easily. This will not be done until all the + * code is in place, so that we know what messages are needed. + */ + METHOD(void, error_exit, (const char *msgtext)); + METHOD(void, trace_message, (const char *msgtext)); + + /* Working data for error/trace facility */ + /* See macros below for the usage of these variables */ + int trace_level; /* level of detail of tracing messages */ + /* Use level 0 for important warning messages (nonfatal errors) */ + /* Use levels 1, 2, 3 for successively more detailed trace options */ + + /* For recoverable corrupt-data errors, we emit a warning message and + * keep going. A surrounding application can check for bad data by + * seeing if num_warnings is nonzero at the end of processing. + */ + long num_warnings; /* number of corrupt-data warnings */ + int first_warning_level; /* trace level for first warning */ + int more_warning_level; /* trace level for subsequent warnings */ + + int message_parm[8]; /* store numeric parms for messages here */ + + /* Memory management */ + /* NB: alloc routines never return NULL. They exit to */ + /* error_exit if not successful. */ +#ifdef XIE_SUPPORTED + METHOD(pointer, c_alloc_small, (compress_info_ptr cinfo, + size_t sizeofobject)); + METHOD(int, c_free_small, (compress_info_ptr cinfo, pointer ptr)); + METHOD(pointer, d_alloc_small, (decompress_info_ptr cinfo, + size_t sizeofobject)); + METHOD(int, d_free_small, (decompress_info_ptr cinfo, pointer ptr)); +#else + METHOD(pointer, alloc_small, (size_t sizeofobject)); + METHOD(void, free_small, (pointer ptr)); +#endif /* XIE_SUPPORTED */ + METHOD(pointer, alloc_medium, (size_t sizeofobject)); + METHOD(void, free_medium, (pointer ptr)); +#ifdef XIE_SUPPORTED + METHOD(JSAMPARRAY, c_alloc_small_sarray, (compress_info_ptr cinfo, + long samplesperrow, long numrows)); + METHOD(int, c_free_small_sarray, (compress_info_ptr cinfo, + JSAMPARRAY ptr)); + METHOD(JSAMPARRAY, d_alloc_small_sarray, (decompress_info_ptr cinfo, + long samplesperrow, long numrows)); + METHOD(int, d_free_small_sarray, (decompress_info_ptr cinfo, + JSAMPARRAY ptr)); +#else + METHOD(JSAMPARRAY, alloc_small_sarray, (long samplesperrow, + long numrows)); + METHOD(void, free_small_sarray, (JSAMPARRAY ptr)); +#endif /* XIE_SUPPORTED */ +#ifdef XIE_SUPPORTED + METHOD(JBLOCKARRAY, c_alloc_small_barray, (compress_info_ptr cinfo, + long blocksperrow, long numrows)); + METHOD(int, c_free_small_barray, (compress_info_ptr cinfo, + JBLOCKARRAY ptr)); + METHOD(JBLOCKARRAY, d_alloc_small_barray, (decompress_info_ptr cinfo, + long blocksperrow, long numrows)); + METHOD(int, d_free_small_barray, (decompress_info_ptr cinfo, + JBLOCKARRAY ptr)); +#else + METHOD(JBLOCKARRAY, alloc_small_barray, (long blocksperrow, + long numrows)); + METHOD(void, free_small_barray, (JBLOCKARRAY ptr)); +#endif /* XIE_SUPPORTED */ + METHOD(big_sarray_ptr, request_big_sarray, (long samplesperrow, + long numrows, + long unitheight)); + METHOD(big_barray_ptr, request_big_barray, (long blocksperrow, + long numrows, + long unitheight)); + METHOD(void, alloc_big_arrays, (long extra_small_samples, + long extra_small_blocks, + long extra_medium_space)); + METHOD(JSAMPARRAY, access_big_sarray, (big_sarray_ptr ptr, + long start_row, + boolean writable)); + METHOD(JBLOCKARRAY, access_big_barray, (big_barray_ptr ptr, + long start_row, + boolean writable)); + METHOD(void, free_big_sarray, (big_sarray_ptr ptr)); + METHOD(void, free_big_barray, (big_barray_ptr ptr)); +#ifdef XIE_SUPPORTED + METHOD(int, c_free_all, (compress_info_ptr cinfo)); + METHOD(int, d_free_all, (decompress_info_ptr cinfo)); +#else + METHOD(void, free_all, (void)); +#endif /* XIE_SUPPORTED */ + + long max_memory_to_use; /* maximum amount of memory to use */ +}; + +/* Macros to simplify using the error and trace message stuff */ +/* The first parameter is generally cinfo->emethods */ + +/* Fatal errors (print message and exit) */ +#ifndef XIE_SUPPORTED +#define ERREXIT(emeth,msg) ((*(emeth)->error_exit) (msg)) +#define ERREXIT1(emeth,msg,p1) ((emeth)->message_parm[0] = (p1), \ + (*(emeth)->error_exit) (msg)) +#define ERREXIT2(emeth,msg,p1,p2) ((emeth)->message_parm[0] = (p1), \ + (emeth)->message_parm[1] = (p2), \ + (*(emeth)->error_exit) (msg)) +#define ERREXIT3(emeth,msg,p1,p2,p3) ((emeth)->message_parm[0] = (p1), \ + (emeth)->message_parm[1] = (p2), \ + (emeth)->message_parm[2] = (p3), \ + (*(emeth)->error_exit) (msg)) +#define ERREXIT4(emeth,msg,p1,p2,p3,p4) ((emeth)->message_parm[0] = (p1), \ + (emeth)->message_parm[1] = (p2), \ + (emeth)->message_parm[2] = (p3), \ + (emeth)->message_parm[3] = (p4), \ + (*(emeth)->error_exit) (msg)) +#endif /* XIE_SUPPORTED */ + +#define MAKESTMT(stuff) do { stuff } while (0) + +#ifndef XIE_SUPPORTED +/* Nonfatal errors (we'll keep going, but the data is probably corrupt) */ +/* Note that warning count is incremented as a side-effect! */ +#define WARNMS(emeth,msg) \ + MAKESTMT( if ((emeth)->trace_level >= ((emeth)->num_warnings++ ? \ + (emeth)->more_warning_level : (emeth)->first_warning_level)){ \ + (*(emeth)->trace_message) (msg); } ) +#define WARNMS1(emeth,msg,p1) \ + MAKESTMT( if ((emeth)->trace_level >= ((emeth)->num_warnings++ ? \ + (emeth)->more_warning_level : (emeth)->first_warning_level)){ \ + (emeth)->message_parm[0] = (p1); \ + (*(emeth)->trace_message) (msg); } ) +#define WARNMS2(emeth,msg,p1,p2) \ + MAKESTMT( if ((emeth)->trace_level >= ((emeth)->num_warnings++ ? \ + (emeth)->more_warning_level : (emeth)->first_warning_level)){ \ + (emeth)->message_parm[0] = (p1); \ + (emeth)->message_parm[1] = (p2); \ + (*(emeth)->trace_message) (msg); } ) + +/* Informational/debugging messages */ +#define TRACEMS(emeth,lvl,msg) \ + MAKESTMT( if ((emeth)->trace_level >= (lvl)) { \ + (*(emeth)->trace_message) (msg); } ) +#define TRACEMS1(emeth,lvl,msg,p1) \ + MAKESTMT( if ((emeth)->trace_level >= (lvl)) { \ + (emeth)->message_parm[0] = (p1); \ + (*(emeth)->trace_message) (msg); } ) +#define TRACEMS2(emeth,lvl,msg,p1,p2) \ + MAKESTMT( if ((emeth)->trace_level >= (lvl)) { \ + (emeth)->message_parm[0] = (p1); \ + (emeth)->message_parm[1] = (p2); \ + (*(emeth)->trace_message) (msg); } ) +#define TRACEMS3(emeth,lvl,msg,p1,p2,p3) \ + MAKESTMT( if ((emeth)->trace_level >= (lvl)) { \ + int * _mp = (emeth)->message_parm; \ + *_mp++ = (p1); *_mp++ = (p2); *_mp = (p3); \ + (*(emeth)->trace_message) (msg); } ) +#define TRACEMS4(emeth,lvl,msg,p1,p2,p3,p4) \ + MAKESTMT( if ((emeth)->trace_level >= (lvl)) { \ + int * _mp = (emeth)->message_parm; \ + *_mp++ = (p1); *_mp++ = (p2); *_mp++ = (p3); *_mp = (p4); \ + (*(emeth)->trace_message) (msg); } ) +#define TRACEMS8(emeth,lvl,msg,p1,p2,p3,p4,p5,p6,p7,p8) \ + MAKESTMT( if ((emeth)->trace_level >= (lvl)) { \ + int * _mp = (emeth)->message_parm; \ + *_mp++ = (p1); *_mp++ = (p2); *_mp++ = (p3); *_mp++ = (p4); \ + *_mp++ = (p5); *_mp++ = (p6); *_mp++ = (p7); *_mp = (p8); \ + (*(emeth)->trace_message) (msg); } ) +#endif /* XIE_SUPPORTED */ + + +/* Methods used during JPEG compression. */ + +struct Compress_methods_struct { + /* Hook for user interface to get control after input_init */ + METHOD(void, c_ui_method_selection, (compress_info_ptr cinfo)); + /* Hook for user interface to do progress monitoring */ + METHOD(void, progress_monitor, (compress_info_ptr cinfo, + long loopcounter, long looplimit)); + /* Input image reading & conversion to standard form */ +#ifdef XIE_SUPPORTED + METHOD(int, input_init, (compress_info_ptr cinfo)); + METHOD(int, get_input_row, (compress_info_ptr cinfo, + JSAMPARRAY pixel_row)); + METHOD(int, input_term, (compress_info_ptr cinfo)); +#else + METHOD(void, input_init, (compress_info_ptr cinfo)); + METHOD(void, get_input_row, (compress_info_ptr cinfo, + JSAMPARRAY pixel_row)); + METHOD(void, input_term, (compress_info_ptr cinfo)); +#endif /* XIE_SUPPORTED */ + /* Color space and gamma conversion */ + METHOD(void, colorin_init, (compress_info_ptr cinfo)); + METHOD(void, get_sample_rows, (compress_info_ptr cinfo, + int rows_to_read, + JSAMPIMAGE image_data)); + METHOD(void, colorin_term, (compress_info_ptr cinfo)); + /* Expand picture data at edges */ + METHOD(void, edge_expand, (compress_info_ptr cinfo, + long input_cols, int input_rows, + long output_cols, int output_rows, + JSAMPIMAGE image_data)); + /* Downsample pixel values of a single component */ + /* There can be a different downsample method for each component */ + METHOD(void, downsample_init, (compress_info_ptr cinfo)); + downsample_ptr downsample[MAX_COMPS_IN_SCAN]; + METHOD(void, downsample_term, (compress_info_ptr cinfo)); + /* Extract samples in MCU order, process & hand off to output_method */ + /* The input is always exactly N MCU rows worth of data */ + METHOD(void, extract_init, (compress_info_ptr cinfo)); +#ifdef XIE_SUPPORTED + METHOD(int, extract_MCUs, (compress_info_ptr cinfo, + JSAMPIMAGE image_data, + int num_mcu_rows, + MCU_output_method_ptr output_method)); +#else + METHOD(void, extract_MCUs, (compress_info_ptr cinfo, + JSAMPIMAGE image_data, + int num_mcu_rows, + MCU_output_method_ptr output_method)); +#endif /* XIE_SUPPORTED */ + METHOD(void, extract_term, (compress_info_ptr cinfo)); + /* Entropy encoding parameter optimization */ + METHOD(void, entropy_optimize, (compress_info_ptr cinfo, + MCU_output_caller_ptr source_method)); +#ifdef XIE_SUPPORTED + /* Entropy encoding */ + METHOD(int, entropy_encode_init, (compress_info_ptr cinfo)); + METHOD(int, entropy_encode, (compress_info_ptr cinfo, + JBLOCK *MCU_data)); + METHOD(int, entropy_encode_term, (compress_info_ptr cinfo)); + /* JPEG file header construction */ + METHOD(int, write_file_header, (compress_info_ptr cinfo)); + METHOD(int, write_scan_header, (compress_info_ptr cinfo)); + METHOD(void, write_jpeg_data, (compress_info_ptr cinfo, + char *dataptr, + int datacount)); + METHOD(void, write_scan_trailer, (compress_info_ptr cinfo)); + METHOD(int, write_file_trailer, (compress_info_ptr cinfo)); +#else + /* Entropy encoding */ + METHOD(void, entropy_encode_init, (compress_info_ptr cinfo)); + METHOD(void, entropy_encode, (compress_info_ptr cinfo, + JBLOCK *MCU_data)); + METHOD(void, entropy_encode_term, (compress_info_ptr cinfo)); + /* JPEG file header construction */ + METHOD(void, write_file_header, (compress_info_ptr cinfo)); + METHOD(void, write_scan_header, (compress_info_ptr cinfo)); + METHOD(void, write_jpeg_data, (compress_info_ptr cinfo, + char *dataptr, + int datacount)); + METHOD(void, write_scan_trailer, (compress_info_ptr cinfo)); + METHOD(void, write_file_trailer, (compress_info_ptr cinfo)); +#endif /* XIE_SUPPORTED */ + /* Pipeline control */ + METHOD(void, c_pipeline_controller, (compress_info_ptr cinfo)); + METHOD(void, entropy_output, (compress_info_ptr cinfo, + char *dataptr, + int datacount)); + /* Overall control */ + METHOD(void, c_per_scan_method_selection, (compress_info_ptr cinfo)); +}; + +/* Methods used during JPEG decompression. */ + +struct Decompress_methods_struct { + /* Hook for user interface to get control after reading file header */ + METHOD(void, d_ui_method_selection, (decompress_info_ptr cinfo)); + /* Hook for user interface to process comment blocks */ +#ifdef XIE_SUPPORTED + METHOD(int, process_comment, (decompress_info_ptr cinfo, + long comment_length)); +#else + METHOD(void, process_comment, (decompress_info_ptr cinfo, + long comment_length)); +#endif /* XIE_SUPPORTED */ + /* Hook for user interface to do progress monitoring */ + METHOD(void, progress_monitor, (decompress_info_ptr cinfo, + long loopcounter, long looplimit)); + /* JPEG file scanning */ +#ifdef XIE_SUPPORTED + METHOD(int, read_file_header, (decompress_info_ptr cinfo)); + METHOD(int, read_scan_header, (decompress_info_ptr cinfo)); + METHOD(int, read_jpeg_data, (decompress_info_ptr cinfo)); + METHOD(int, resync_to_restart, (decompress_info_ptr cinfo, + int marker)); +#else + METHOD(void, read_file_header, (decompress_info_ptr cinfo)); + METHOD(boolean, read_scan_header, (decompress_info_ptr cinfo)); + METHOD(int, read_jpeg_data, (decompress_info_ptr cinfo)); + METHOD(void, resync_to_restart, (decompress_info_ptr cinfo, + int marker)); +#endif /* XIE_SUPPORTED */ + METHOD(void, read_scan_trailer, (decompress_info_ptr cinfo)); + METHOD(void, read_file_trailer, (decompress_info_ptr cinfo)); + /* Entropy decoding */ +#ifdef XIE_SUPPORTED + METHOD(int, entropy_decode_init, (decompress_info_ptr cinfo)); + METHOD(int, entropy_decode, (decompress_info_ptr cinfo, + JBLOCKROW *MCU_data)); +#else + METHOD(void, entropy_decode_init, (decompress_info_ptr cinfo)); + METHOD(void, entropy_decode, (decompress_info_ptr cinfo, + JBLOCKROW *MCU_data)); +#endif /* XIE_SUPPORTED */ + METHOD(void, entropy_decode_term, (decompress_info_ptr cinfo)); + /* MCU disassembly: fetch MCUs from entropy_decode, build coef array */ + /* The reverse_DCT step is in the same module for symmetry reasons */ + METHOD(void, disassemble_init, (decompress_info_ptr cinfo)); +#ifdef XIE_SUPPORTED + METHOD(int, disassemble_MCU, (decompress_info_ptr cinfo, + JBLOCKIMAGE image_data)); +#else + METHOD(void, disassemble_MCU, (decompress_info_ptr cinfo, + JBLOCKIMAGE image_data)); +#endif /* XIE_SUPPORTED */ + METHOD(void, reverse_DCT, (decompress_info_ptr cinfo, + JBLOCKIMAGE coeff_data, + JSAMPIMAGE output_data, int start_row)); + METHOD(void, disassemble_term, (decompress_info_ptr cinfo)); + /* Cross-block smoothing */ + METHOD(void, smooth_coefficients, (decompress_info_ptr cinfo, + jpeg_component_info *compptr, + JBLOCKROW above, + JBLOCKROW currow, + JBLOCKROW below, + JBLOCKROW output)); + /* Upsample pixel values of a single component */ + /* There can be a different upsample method for each component */ + METHOD(void, upsample_init, (decompress_info_ptr cinfo)); + upsample_ptr upsample[MAX_COMPS_IN_SCAN]; + METHOD(void, upsample_term, (decompress_info_ptr cinfo)); + /* Color space and gamma conversion */ + METHOD(void, colorout_init, (decompress_info_ptr cinfo)); + METHOD(void, color_convert, (decompress_info_ptr cinfo, + int num_rows, long num_cols, + JSAMPIMAGE input_data, + JSAMPIMAGE output_data)); + METHOD(void, colorout_term, (decompress_info_ptr cinfo)); + /* Color quantization */ + METHOD(void, color_quant_init, (decompress_info_ptr cinfo)); + METHOD(void, color_quantize, (decompress_info_ptr cinfo, + int num_rows, + JSAMPIMAGE input_data, + JSAMPARRAY output_data)); + METHOD(void, color_quant_prescan, (decompress_info_ptr cinfo, + int num_rows, + JSAMPIMAGE image_data, + JSAMPARRAY workspace)); + METHOD(void, color_quant_doit, (decompress_info_ptr cinfo, + quantize_caller_ptr source_method)); + METHOD(void, color_quant_term, (decompress_info_ptr cinfo)); + /* Output image writing */ +#ifdef XIE_SUPPORTED + METHOD(int, output_init, (decompress_info_ptr cinfo)); + METHOD(void, put_color_map, (decompress_info_ptr cinfo, + int num_colors, JSAMPARRAY colormap)); + METHOD(void, put_pixel_rows, (decompress_info_ptr cinfo, + int num_rows, + JSAMPIMAGE pixel_data)); + METHOD(int, output_term, (decompress_info_ptr cinfo)); +#else + METHOD(void, output_init, (decompress_info_ptr cinfo)); + METHOD(void, put_color_map, (decompress_info_ptr cinfo, + int num_colors, JSAMPARRAY colormap)); + METHOD(void, put_pixel_rows, (decompress_info_ptr cinfo, + int num_rows, + JSAMPIMAGE pixel_data)); + METHOD(void, output_term, (decompress_info_ptr cinfo)); +#endif /* XIE_SUPPORTED */ + /* Pipeline control */ + METHOD(void, d_pipeline_controller, (decompress_info_ptr cinfo)); + /* Overall control */ + METHOD(void, d_per_scan_method_selection, (decompress_info_ptr cinfo)); +}; + + +/* External declarations for routines that aren't called via method ptrs. */ +/* Note: use "j" as first char of names to minimize namespace pollution. */ +/* The PP macro hides prototype parameters from compilers that can't cope. */ + +#ifdef PROTO +#define PP(arglist) arglist +#else +#define PP(arglist) () +#endif + + +/* main entry for compression */ +EXTERN void jpeg_compress PP((compress_info_ptr cinfo)); + +/* default parameter setup for compression */ +#ifdef XIE_SUPPORTED +EXTERN int j_c_defaults PP((compress_info_ptr cinfo, int quality, + boolean force_baseline)); +EXTERN void j_monochrome_default PP((compress_info_ptr cinfo)); +EXTERN int j_set_quality PP((compress_info_ptr cinfo, int quality, + boolean force_baseline)); +/* advanced compression parameter setup aids */ +EXTERN int j_add_quant_table PP((compress_info_ptr cinfo, int which_tbl, + const QUANT_VAL *basic_table, + int scale_factor, boolean force_baseline)); +#else +EXTERN void j_c_defaults PP((compress_info_ptr cinfo, int quality, + boolean force_baseline)); +EXTERN void j_monochrome_default PP((compress_info_ptr cinfo)); +EXTERN void j_set_quality PP((compress_info_ptr cinfo, int quality, + boolean force_baseline)); +/* advanced compression parameter setup aids */ +EXTERN void j_add_quant_table PP((compress_info_ptr cinfo, int which_tbl, + const QUANT_VAL *basic_table, + int scale_factor, boolean force_baseline)); +#endif /* XIE_SUPPORTED */ +EXTERN int j_quality_scaling PP((int quality)); + +/* main entry for decompression */ +EXTERN void jpeg_decompress PP((decompress_info_ptr cinfo)); + +/* default parameter setup for decompression */ +EXTERN void j_d_defaults PP((decompress_info_ptr cinfo, + boolean standard_buffering)); + +/* forward DCT */ +EXTERN void j_fwd_dct PP((DCTBLOCK data)); +/* inverse DCT */ +EXTERN void j_rev_dct PP((DCTBLOCK data)); + +/* utility routines in jutils.c */ +EXTERN long jround_up PP((long a, long b)); +EXTERN void jcopy_sample_rows PP((JSAMPARRAY input_array, int source_row, + JSAMPARRAY output_array, int dest_row, + int num_rows, long num_cols)); +EXTERN void jcopy_block_row PP((JBLOCKROW input_row, JBLOCKROW output_row, + long num_blocks)); +EXTERN void jzero_far PP((pointer target, size_t bytestozero)); + +/* method selection routines for compression modules */ +EXTERN void jselcpipeline PP((compress_info_ptr cinfo)); /* jcpipe.c */ +EXTERN void jselchuffman PP((compress_info_ptr cinfo)); /* jchuff.c */ +EXTERN void jselcarithmetic PP((compress_info_ptr cinfo)); /* jcarith.c */ +EXTERN void jselexpand PP((compress_info_ptr cinfo)); /* jcexpand.c */ +EXTERN void jseldownsample PP((compress_info_ptr cinfo)); /* jcsample.c */ +EXTERN void jselcmcu PP((compress_info_ptr cinfo)); /* jcmcu.c */ +EXTERN void jselccolor PP((compress_info_ptr cinfo)); /* jccolor.c */ +/* The user interface should call one of these to select input format: */ +EXTERN void jselrgif PP((compress_info_ptr cinfo)); /* jrdgif.c */ +EXTERN void jselrppm PP((compress_info_ptr cinfo)); /* jrdppm.c */ +EXTERN void jselrrle PP((compress_info_ptr cinfo)); /* jrdrle.c */ +EXTERN void jselrtarga PP((compress_info_ptr cinfo)); /* jrdtarga.c */ +/* and one of these to select output header format: */ +EXTERN void jselwjfif PP((compress_info_ptr cinfo)); /* jwrjfif.c */ + +/* method selection routines for decompression modules */ +EXTERN void jseldpipeline PP((decompress_info_ptr cinfo)); /* jdpipe.c */ +EXTERN void jseldhuffman PP((decompress_info_ptr cinfo)); /* jdhuff.c */ +EXTERN void jseldarithmetic PP((decompress_info_ptr cinfo)); /* jdarith.c */ +EXTERN void jseldmcu PP((decompress_info_ptr cinfo)); /* jdmcu.c */ +EXTERN void jselbsmooth PP((decompress_info_ptr cinfo)); /* jbsmooth.c */ +EXTERN void jselupsample PP((decompress_info_ptr cinfo)); /* jdsample.c */ +EXTERN void jseldcolor PP((decompress_info_ptr cinfo)); /* jdcolor.c */ +EXTERN void jsel1quantize PP((decompress_info_ptr cinfo)); /* jquant1.c */ +EXTERN void jsel2quantize PP((decompress_info_ptr cinfo)); /* jquant2.c */ +/* The user interface should call one of these to select input format: */ +EXTERN void jselrjfif PP((decompress_info_ptr cinfo)); /* jrdjfif.c */ +/* and one of these to select output image format: */ +EXTERN void jselwgif PP((decompress_info_ptr cinfo)); /* jwrgif.c */ +EXTERN void jselwppm PP((decompress_info_ptr cinfo)); /* jwrppm.c */ +EXTERN void jselwrle PP((decompress_info_ptr cinfo)); /* jwrrle.c */ +EXTERN void jselwtarga PP((decompress_info_ptr cinfo)); /* jwrtarga.c */ + +/* method selection routines for system-dependent modules */ +EXTERN void jselerror PP((external_methods_ptr emethods)); /* jerror.c */ +#ifdef XIE_SUPPORTED +EXTERN void jcselmemmgr PP((compress_info_ptr cinfo, + external_methods_ptr emethods)); /* jmemmgr.c */ +EXTERN void jdselmemmgr PP((decompress_info_ptr cinfo, + external_methods_ptr emethods)); /* jmemmgr.c */ +#else +EXTERN void jselmemmgr PP((external_methods_ptr emethods)); /* jmemmgr.c */ +#endif /* XIE_SUPPORTED */ + + +/* We assume that right shift corresponds to signed division by 2 with + * rounding towards minus infinity. This is correct for typical "arithmetic + * shift" instructions that shift in copies of the sign bit. But some + * C compilers implement >> with an unsigned shift. For these machines you + * must define RIGHT_SHIFT_IS_UNSIGNED. + * RIGHT_SHIFT provides a proper signed right shift of an INT32 quantity. + * It is only applied with constant shift counts. SHIFT_TEMPS must be + * included in the variables of any routine using RIGHT_SHIFT. + */ + +#ifdef RIGHT_SHIFT_IS_UNSIGNED +#define SHIFT_TEMPS INT32 shift_temp; +#define RIGHT_SHIFT(x,shft) \ + ((shift_temp = (x)) < 0 ? \ + (shift_temp >> (shft)) | ((~((INT32) 0)) << (32-(shft))) : \ + (shift_temp >> (shft))) +#else +#define SHIFT_TEMPS +#define RIGHT_SHIFT(x,shft) ((x) >> (shft)) +#endif + + +/* Miscellaneous useful macros */ + +#undef MAX +#define MAX(a,b) ((a) > (b) ? (a) : (b)) +#undef MIN +#define MIN(a,b) ((a) < (b) ? (a) : (b)) + + +#define RST0 0xD0 /* RST0 marker code */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jrdjfif.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jrdjfif.c new file mode 100644 index 0000000..66a85ab --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jrdjfif.c @@ -0,0 +1,1622 @@ +/* $XConsortium: jrdjfif.c /main/5 1995/12/02 16:51:41 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/* Module jrdjfif.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + +****************************************************************************/ + +/* + * jrdjfif.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains routines to decode standard JPEG file headers/markers. + * This code will handle "raw JPEG" and JFIF-convention JPEG files. + * + * You can also use this module to decode a raw-JPEG or JFIF-standard data + * stream that is embedded within a larger file. To do that, you must + * position the file to the JPEG SOI marker (0xFF/0xD8) that begins the + * data sequence to be decoded. If nothing better is possible, you can scan + * the file until you see the SOI marker, then use JUNGETC to push it back. + * + * This module relies on the JGETC macro and the read_jpeg_data method (which + * is provided by the user interface) to read from the JPEG data stream. + * Therefore, this module is not dependent on any particular assumption about + * the data source; it need not be a stdio stream at all. (This fact does + * NOT carry over to more complex JPEG file formats such as JPEG-in-TIFF; + * those format control modules may well need to assume stdio input.) + * + * These routines are invoked via the methods read_file_header, + * read_scan_header, read_jpeg_data, read_scan_trailer, and read_file_trailer. + */ + +#include "jinclude.h" + +#ifdef JFIF_SUPPORTED + +#ifdef XIE_SUPPORTED +#define M_EOB -1 +#define M_SOF0 0xc0 +#define M_SOF1 0xc1 +#define M_SOF2 0xc2 +#define M_SOF3 0xc3 + +#define M_SOF5 0xc5 +#define M_SOF6 0xc6 +#define M_SOF7 0xc7 + +#define M_JPG 0xc8 +#define M_SOF9 0xc9 +#define M_SOF10 0xca +#define M_SOF11 0xcb + +#define M_SOF13 0xcd +#define M_SOF14 0xce +#define M_SOF15 0xcf + +#define M_DHT 0xc4 + +#define M_DAC 0xcc + +#define M_RST0 0xd0 +#define M_RST1 0xd1 +#define M_RST2 0xd2 +#define M_RST3 0xd3 +#define M_RST4 0xd4 +#define M_RST5 0xd5 +#define M_RST6 0xd6 +#define M_RST7 0xd7 + +#define M_SOI 0xd8 +#define M_EOI 0xd9 +#define M_SOS 0xda +#define M_DQT 0xdb +#define M_DNL 0xdc +#define M_DRI 0xdd +#define M_DHP 0xde +#define M_EXP 0xdf + +#define M_APP0 0xe0 +#define M_APP15 0xef + +#define M_JPG0 0xf0 +#define M_JPG13 0xfd +#define M_COM 0xfe + +#define M_TEM 0x01 + +#define M_ERROR 0x100 +#else +typedef enum { /* JPEG marker codes */ + M_SOF0 = 0xc0, + M_SOF1 = 0xc1, + M_SOF2 = 0xc2, + M_SOF3 = 0xc3, + + M_SOF5 = 0xc5, + M_SOF6 = 0xc6, + M_SOF7 = 0xc7, + + M_JPG = 0xc8, + M_SOF9 = 0xc9, + M_SOF10 = 0xca, + M_SOF11 = 0xcb, + + M_SOF13 = 0xcd, + M_SOF14 = 0xce, + M_SOF15 = 0xcf, + + M_DHT = 0xc4, + + M_DAC = 0xcc, + + M_RST0 = 0xd0, + M_RST1 = 0xd1, + M_RST2 = 0xd2, + M_RST3 = 0xd3, + M_RST4 = 0xd4, + M_RST5 = 0xd5, + M_RST6 = 0xd6, + M_RST7 = 0xd7, + + M_SOI = 0xd8, + M_EOI = 0xd9, + M_SOS = 0xda, + M_DQT = 0xdb, + M_DNL = 0xdc, + M_DRI = 0xdd, + M_DHP = 0xde, + M_EXP = 0xdf, + + M_APP0 = 0xe0, + M_APP15 = 0xef, + + M_JPG0 = 0xf0, + M_JPG13 = 0xfd, + M_COM = 0xfe, + + M_TEM = 0x01, + + M_ERROR = 0x100 +} JPEG_MARKER; +#endif /* XIE_SUPPORTED */ + + +/* + * Reload the input buffer after it's been emptied, and return the next byte. + * This is exported for direct use by the entropy decoder. + * See the JGETC macro for calling conditions. Note in particular that + * read_jpeg_data may NOT return EOF. If no more data is available, it must + * exit via ERREXIT, or perhaps synthesize fake data (such as an RST marker). + * For error recovery purposes, synthesizing an EOI marker is probably best. + * + * For this header control module, read_jpeg_data is supplied by the + * user interface. However, header formats that require random access + * to the input file would need to supply their own code. This code is + * left here to indicate what is required. + */ + +#ifndef XIE_SUPPORTED +#if NOTDEF /* not needed in this module */ + +METHODDEF int +read_jpeg_data (decompress_info_ptr cinfo) +{ + cinfo->next_input_byte = cinfo->input_buffer + MIN_UNGET; + + cinfo->bytes_in_buffer = (int) JFREAD(cinfo->input_file, + cinfo->next_input_byte, + JPEG_BUF_SIZE); + + if (cinfo->bytes_in_buffer <= 0) { + WARNMS(cinfo->emethods, "Premature EOF in JPEG file"); + cinfo->next_input_byte[0] = (char) 0xFF; + cinfo->next_input_byte[1] = (char) M_EOI; + cinfo->bytes_in_buffer = 2; + } + + return JGETC(cinfo); +} + +#endif +#endif /* XIE_SUPPORTED */ + + +/* + * Routines to parse JPEG markers & save away the useful info. + */ + + +LOCAL INT32 +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +get_2bytes (decompress_info_ptr cinfo) +#else +get_2bytes (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +get_2bytes (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +/* Get a 2-byte unsigned integer (e.g., a marker parameter length field) */ +{ + INT32 a; +#ifdef XIE_SUPPORTED + INT32 b; + if ((a = JGETC(cinfo)) < 0) + return(-1); + if ((b = JGETC(cinfo)) < 0) + return(-1); + return (a << 8) + b; +#else + a = JGETC(cinfo); + return (a << 8) + JGETC(cinfo); +#endif /* XIE_SUPPORTED */ +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +skip_variable (decompress_info_ptr cinfo, int code) +#else +skip_variable (cinfo, code) + decompress_info_ptr cinfo; + int code; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +skip_variable (decompress_info_ptr cinfo, int code) +#endif /* XIE_SUPPORTED */ +/* Skip over an unknown or uninteresting variable-length marker */ +{ + INT32 length; + + length = get_2bytes(cinfo); +#ifdef XIE_SUPPORTED + if (length < 0) + return(-1); +#else + TRACEMS2(cinfo->emethods, 1, + "Skipping marker 0x%02x, length %u", code, (int) length); +#endif /* XIE_SUPPORTED */ + + for (length -= 2; length > 0; length--) +#ifdef XIE_SUPPORTED + if (JGETC(cinfo) < 0) + return(-1); +#else + (void) JGETC(cinfo); +#endif /* XIE_SUPPORTED */ + +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +get_dht (decompress_info_ptr cinfo) +#else +get_dht (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +get_dht (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +/* Process a DHT marker */ +{ + INT32 length; + UINT8 bits[17]; + UINT8 huffval[256]; + int i, index, count; + HUFF_TBL **htblptr; +#ifdef XIE_SUPPORTED + int j; +#endif /* XIE_SUPPORTED */ + +#ifdef XIE_SUPPORTED + if ((length = get_2bytes(cinfo)) < 0) + return(-1); + length -= 2; +#else + length = get_2bytes(cinfo)-2; +#endif /* XIE_SUPPORTED */ + + + while (length > 0) { + index = JGETC(cinfo); +#ifdef XIE_SUPPORTED + if (index < 0) + return(-1); +#else + TRACEMS1(cinfo->emethods, 1, "Define Huffman Table 0x%02x", index); +#endif /* XIE_SUPPORTED */ + + bits[0] = 0; + count = 0; + for (i = 1; i <= 16; i++) { +#ifdef XIE_SUPPORTED + if ((j = JGETC(cinfo)) < 0) + return(-1); + bits[i] = (UINT8) j; +#else + bits[i] = (UINT8) JGETC(cinfo); +#endif /* XIE_SUPPORTED */ + count += bits[i]; + } + +#ifndef XIE_SUPPORTED + TRACEMS8(cinfo->emethods, 2, " %3d %3d %3d %3d %3d %3d %3d %3d", + bits[1], bits[2], bits[3], bits[4], + bits[5], bits[6], bits[7], bits[8]); + TRACEMS8(cinfo->emethods, 2, " %3d %3d %3d %3d %3d %3d %3d %3d", + bits[9], bits[10], bits[11], bits[12], + bits[13], bits[14], bits[15], bits[16]); +#endif /* XIE_SUPPORTED */ + + if (count > 256) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT(cinfo->emethods, "Bogus DHT counts"); +#endif /* XIE_SUPPORTED */ + + for (i = 0; i < count; i++) { +#ifdef XIE_SUPPORTED + if ((j = JGETC(cinfo)) < 0) + return(-1); + huffval[i] = (UINT8) j; +#else + huffval[i] = (UINT8) JGETC(cinfo); +#endif /* XIE_SUPPORTED */ + } + + length -= 1 + 16 + count; + + if (index & 0x10) { /* AC table definition */ + index -= 0x10; + htblptr = &cinfo->ac_huff_tbl_ptrs[index]; + } else { /* DC table definition */ + htblptr = &cinfo->dc_huff_tbl_ptrs[index]; + } + + if (index < 0 || index >= NUM_HUFF_TBLS) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT1(cinfo->emethods, "Bogus DHT index %d", index); +#endif /* XIE_SUPPORTED */ + +#ifdef XIE_SUPPORTED + if (*htblptr == NULL) + *htblptr = (HUFF_TBL *) (*cinfo->emethods->d_alloc_small) + (cinfo, SIZEOF(HUFF_TBL)); + if (*htblptr == (HUFF_TBL *) NULL) + return(XIE_ERR); +#else + if (*htblptr == NULL) + *htblptr = (HUFF_TBL *) (*cinfo->emethods->alloc_small) (SIZEOF(HUFF_TBL)); +#endif /* XIE_SUPPORTED */ + + MEMCOPY((*htblptr)->bits, bits, SIZEOF((*htblptr)->bits)); + MEMCOPY((*htblptr)->huffval, huffval, SIZEOF((*htblptr)->huffval)); + } +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +get_dac (decompress_info_ptr cinfo) +#else +get_dac (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +get_dac (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +/* Process a DAC marker */ +{ + INT32 length; + int index, val; + +#ifdef XIE_SUPPORTED + if ((length = get_2bytes(cinfo)) < 0) + return(-1); + length -= 2; +#else + length = get_2bytes(cinfo)-2; +#endif /* XIE_SUPPORTED */ + + while (length > 0) { + index = JGETC(cinfo); +#ifdef XIE_SUPPORTED + if (index < 0) + return(-1); +#endif /* XIE_SUPPORTED */ + val = JGETC(cinfo); +#ifdef XIE_SUPPORTED + if (val < 0) + return(-1); +#else + TRACEMS2(cinfo->emethods, 1, + "Define Arithmetic Table 0x%02x: 0x%02x", index, val); +#endif /* XIE_SUPPORTED */ + + if (index < 0 || index >= (2*NUM_ARITH_TBLS)) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT1(cinfo->emethods, "Bogus DAC index %d", index); +#endif /* XIE_SUPPORTED */ + + if (index >= NUM_ARITH_TBLS) { /* define AC table */ + cinfo->arith_ac_K[index-NUM_ARITH_TBLS] = (UINT8) val; + } else { /* define DC table */ + cinfo->arith_dc_L[index] = (UINT8) (val & 0x0F); + cinfo->arith_dc_U[index] = (UINT8) (val >> 4); + if (cinfo->arith_dc_L[index] > cinfo->arith_dc_U[index]) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT1(cinfo->emethods, "Bogus DAC value 0x%x", val); +#endif /* XIE_SUPPORTED */ + } + + length -= 2; + } +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +get_dqt (decompress_info_ptr cinfo) +#else +get_dqt (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +get_dqt (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +/* Process a DQT marker */ +{ + INT32 length; + int n, i, prec; + UINT16 tmp; + QUANT_TBL_PTR quant_ptr; +#ifdef XIE_SUPPORTED + int j; +#endif /* XIE_SUPPORTED */ + +#ifdef XIE_SUPPORTED + if ((length = get_2bytes(cinfo)) < 0) + return(-1); + length -= 2; +#else + length = get_2bytes(cinfo)-2; +#endif /* XIE_SUPPORTED */ + + while (length > 0) { + n = JGETC(cinfo); +#ifdef XIE_SUPPORTED + if (n < 0) + return(-1); +#endif /* XIE_SUPPORTED */ + prec = n >> 4; + n &= 0x0F; + +#ifndef XIE_SUPPORTED + TRACEMS2(cinfo->emethods, 1, + "Define Quantization Table %d precision %d", n, prec); +#endif /* XIE_SUPPORTED */ + + if (n >= NUM_QUANT_TBLS) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT1(cinfo->emethods, "Bogus table number %d", n); +#endif /* XIE_SUPPORTED */ + +#ifdef XIE_SUPPORTED + if (cinfo->quant_tbl_ptrs[n] == NULL) + cinfo->quant_tbl_ptrs[n] = (QUANT_TBL_PTR) + (*cinfo->emethods->d_alloc_small) (cinfo, SIZEOF(QUANT_TBL)); + if (cinfo->quant_tbl_ptrs[n] == (QUANT_TBL_PTR) NULL) + return(XIE_ERR); +#else + if (cinfo->quant_tbl_ptrs[n] == NULL) + cinfo->quant_tbl_ptrs[n] = (QUANT_TBL_PTR) + (*cinfo->emethods->alloc_small) (SIZEOF(QUANT_TBL)); +#endif /* XIE_SUPPORTED */ + quant_ptr = cinfo->quant_tbl_ptrs[n]; + + for (i = 0; i < DCTSIZE2; i++) { +#ifdef XIE_SUPPORTED + j = JGETC(cinfo); + if (j < 0) + return(-1); + tmp = (UINT16) j; +#else + tmp = JGETC(cinfo); +#endif /* XIE_SUPPORTED */ + if (prec) { +#ifdef XIE_SUPPORTED + if ((j = JGETC(cinfo)) < 0) + return(-1); + tmp = (tmp<<8) + j; +#else + tmp = (tmp<<8) + JGETC(cinfo); +#endif /* XIE_SUPPORTED */ + } + quant_ptr[i] = tmp; + } + +#ifndef XIE_SUPPORTED + for (i = 0; i < DCTSIZE2; i += 8) { + TRACEMS8(cinfo->emethods, 2, " %4u %4u %4u %4u %4u %4u %4u %4u", + quant_ptr[i ], quant_ptr[i+1], quant_ptr[i+2], quant_ptr[i+3], + quant_ptr[i+4], quant_ptr[i+5], quant_ptr[i+6], quant_ptr[i+7]); + } +#endif /* XIE_SUPPORTED */ + + length -= DCTSIZE2+1; + if (prec) length -= DCTSIZE2; + } +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +get_dri (decompress_info_ptr cinfo) +#else +get_dri (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +get_dri (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +/* Process a DRI marker */ +{ +#ifdef XIE_SUPPORTED + INT32 j; +#endif /* XIE_SUPPORTED */ + if (get_2bytes(cinfo) != 4) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT(cinfo->emethods, "Bogus length in DRI"); +#endif /* XIE_SUPPORTED */ + +#ifdef XIE_SUPPORTED + if ((j = get_2bytes(cinfo)) < 0) + return(-1); + cinfo->restart_interval = (UINT16) j; + + return(0); +#else + cinfo->restart_interval = (UINT16) get_2bytes(cinfo); + + TRACEMS1(cinfo->emethods, 1, + "Define Restart Interval %u", cinfo->restart_interval); +#endif /* XIE_SUPPORTED */ +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +get_app0 (decompress_info_ptr cinfo) +#else +get_app0 (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +get_app0 (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +/* Process an APP0 marker */ +{ +#define JFIF_LEN 14 + INT32 length; + UINT8 b[JFIF_LEN]; + int buffp; +#ifdef XIE_SUPPORTED + int j; +#endif /* XIE_SUPPORTED */ + +#ifdef XIE_SUPPORTED + if ((length = get_2bytes(cinfo)) < 0) + return(-1); + length -= 2; +#else + length = get_2bytes(cinfo)-2; +#endif /* XIE_SUPPORTED */ + + /* See if a JFIF APP0 marker is present */ + + if (length >= JFIF_LEN) { + for (buffp = 0; buffp < JFIF_LEN; buffp++) { +#ifdef XIE_SUPPORTED + if ((j = JGETC(cinfo)) < 0) + return(-1); + b[buffp] = (UINT8) j; +#else + b[buffp] = (UINT8) JGETC(cinfo); +#endif /* XIE_SUPPORTED */ + } + length -= JFIF_LEN; + + if (b[0]==0x4A && b[1]==0x46 && b[2]==0x49 && b[3]==0x46 && b[4]==0) { + /* Found JFIF APP0 marker: check version */ + /* Major version must be 1 */ + if (b[5] != 1) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT2(cinfo->emethods, "Unsupported JFIF revision number %d.%02d", + b[5], b[6]); + /* Minor version should be 0..2, but try to process anyway if newer */ + if (b[6] > 2) + TRACEMS2(cinfo->emethods, 1, "Warning: unknown JFIF revision number %d.%02d", + b[5], b[6]); +#endif /* XIE_SUPPORTED */ + /* Save info */ + cinfo->density_unit = b[7]; + cinfo->X_density = (b[8] << 8) + b[9]; + cinfo->Y_density = (b[10] << 8) + b[11]; + /* Assume colorspace is YCbCr, unless UI has overridden me */ + if (cinfo->jpeg_color_space == CS_UNKNOWN) + cinfo->jpeg_color_space = CS_YCbCr; +#ifndef XIE_SUPPORTED + TRACEMS3(cinfo->emethods, 1, "JFIF APP0 marker, density %dx%d %d", + cinfo->X_density, cinfo->Y_density, cinfo->density_unit); + if (b[12] | b[13]) + TRACEMS2(cinfo->emethods, 1, " with %d x %d thumbnail image", + b[12], b[13]); + if (length != ((INT32) b[12] * (INT32) b[13] * (INT32) 3)) + TRACEMS1(cinfo->emethods, 1, + "Warning: thumbnail image size does not match data length %u", + (int) length); +#endif /* XIE_SUPPORTED */ + } else { +#ifndef XIE_SUPPORTED + TRACEMS1(cinfo->emethods, 1, "Unknown APP0 marker (not JFIF), length %u", + (int) length + JFIF_LEN); +#endif /* XIE_SUPPORTED */ + } + } else { +#ifndef XIE_SUPPORTED + TRACEMS1(cinfo->emethods, 1, "Short APP0 marker, length %u", (int) length); +#endif /* XIE_SUPPORTED */ + } + + while (length-- > 0) /* skip any remaining data */ +#ifdef XIE_SUPPORTED + if (JGETC(cinfo) < 0) + return(-1); +#else + (void) JGETC(cinfo); +#endif /* XIE_SUPPORTED */ + +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +get_com (decompress_info_ptr cinfo) +#else +get_com (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +get_com (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +/* Process a COM marker */ +/* Actually we just pass this off to an application-supplied routine */ +{ + INT32 length; + +#ifdef XIE_SUPPORTED + if ((length = get_2bytes(cinfo)) < 0) + return(-1); + length -= 2; +#else + length = get_2bytes(cinfo) - 2; + + TRACEMS1(cinfo->emethods, 1, "Comment, length %u", (int) length); +#endif /* XIE_SUPPORTED */ + + (*cinfo->methods->process_comment) (cinfo, (long) length); + +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +get_sof (decompress_info_ptr cinfo, int code) +#else +get_sof (cinfo, code) + decompress_info_ptr cinfo; + int code; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +get_sof (decompress_info_ptr cinfo, int code) +#endif /* XIE_SUPPORTED */ +/* Process a SOFn marker */ +{ + INT32 length; + short ci; + int c; + jpeg_component_info * compptr; +#ifdef XIE_SUPPORTED + int j; + INT32 k; +#endif /* XIE_SUPPORTED */ + + length = get_2bytes(cinfo); +#ifdef XIE_SUPPORTED + if (length < 0) + return(-1); +#endif /* XIE_SUPPORTED */ + +#ifdef XIE_SUPPORTED + if ((j = JGETC(cinfo)) < 0) + return(-1); + cinfo->data_precision = j; + if ((k = get_2bytes(cinfo)) < 0) + return(-1); + cinfo->image_height = k; + if ((k = get_2bytes(cinfo)) < 0) + return(-1); + cinfo->image_width = k; + if ((j = JGETC(cinfo)) < 0) + return(-1); + cinfo->num_components = j; +#else + cinfo->data_precision = JGETC(cinfo); + cinfo->image_height = get_2bytes(cinfo); + cinfo->image_width = get_2bytes(cinfo); + cinfo->num_components = JGETC(cinfo); + + TRACEMS4(cinfo->emethods, 1, + "Start Of Frame 0x%02x: width=%u, height=%u, components=%d", + code, (int) cinfo->image_width, (int) cinfo->image_height, + cinfo->num_components); +#endif /* XIE_SUPPORTED */ + + /* We don't support files in which the image height is initially specified */ + /* as 0 and is later redefined by DNL. As long as we have to check that, */ + /* might as well have a general sanity check. */ + if (cinfo->image_height <= 0 || cinfo->image_width <= 0 + || cinfo->num_components <= 0) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT(cinfo->emethods, "Empty JPEG image (DNL not supported)"); +#endif /* XIE_SUPPORTED */ + +#ifdef EIGHT_BIT_SAMPLES + if (cinfo->data_precision != 8) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT(cinfo->emethods, "Unsupported JPEG data precision"); +#endif /* XIE_SUPPORTED */ +#endif +#ifdef TWELVE_BIT_SAMPLES + if (cinfo->data_precision != 12) /* this needs more thought?? */ +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT(cinfo->emethods, "Unsupported JPEG data precision"); +#endif /* XIE_SUPPORTED */ +#endif +#ifdef SIXTEEN_BIT_SAMPLES + if (cinfo->data_precision != 16) /* this needs more thought?? */ +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT(cinfo->emethods, "Unsupported JPEG data precision"); +#endif /* XIE_SUPPORTED */ +#endif + + if (length != (cinfo->num_components * 3 + 8)) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT(cinfo->emethods, "Bogus SOF length"); +#endif /* XIE_SUPPORTED */ + +#ifdef XIE_SUPPORTED + cinfo->comp_info = (jpeg_component_info *) (*cinfo->emethods->d_alloc_small) + (cinfo, (cinfo->num_components * SIZEOF(jpeg_component_info))); + if (cinfo->comp_info == (jpeg_component_info *) NULL) + return(XIE_ERR); +#else + cinfo->comp_info = (jpeg_component_info *) (*cinfo->emethods->alloc_small) + (cinfo->num_components * SIZEOF(jpeg_component_info)); +#endif /* XIE_SUPPORTED */ + + for (ci = 0; ci < cinfo->num_components; ci++) { + compptr = &cinfo->comp_info[ci]; + compptr->component_index = ci; +#ifdef XIE_SUPPORTED + if ((j = JGETC(cinfo)) < 0) + return(-1); + compptr->component_id = j; + if ((c = JGETC(cinfo)) < 0) + return(-1); + compptr->h_samp_factor = (c >> 4) & 15; + compptr->v_samp_factor = (c ) & 15; + if ((j = JGETC(cinfo)) < 0) + return(-1); + compptr->quant_tbl_no = j; +#else + compptr->component_id = JGETC(cinfo); + c = JGETC(cinfo); + compptr->h_samp_factor = (c >> 4) & 15; + compptr->v_samp_factor = (c ) & 15; + compptr->quant_tbl_no = JGETC(cinfo); + + TRACEMS4(cinfo->emethods, 1, " Component %d: %dhx%dv q=%d", + compptr->component_id, compptr->h_samp_factor, + compptr->v_samp_factor, compptr->quant_tbl_no); +#endif /* XIE_SUPPORTED */ + } +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +get_sos (decompress_info_ptr cinfo) +#else +get_sos (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +get_sos (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +/* Process a SOS marker */ +{ + INT32 length; + int i, ci, n, c, cc; + jpeg_component_info * compptr; + + length = get_2bytes(cinfo); +#ifdef XIE_SUPPORTED + if (length < 0) + return(-1); +#endif /* XIE_SUPPORTED */ + + n = JGETC(cinfo); /* Number of components */ +#ifdef XIE_SUPPORTED + if (n < 0) + return(-1); +#endif /* XIE_SUPPORTED */ + cinfo->comps_in_scan = n; + length -= 3; + + if (length != (n * 2 + 3) || n < 1 || n > MAX_COMPS_IN_SCAN) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT(cinfo->emethods, "Bogus SOS length"); + + TRACEMS1(cinfo->emethods, 1, "Start Of Scan: %d components", n); +#endif /* XIE_SUPPORTED */ + + for (i = 0; i < n; i++) { + cc = JGETC(cinfo); +#ifdef XIE_SUPPORTED + if (cc < 0) + return(-1); +#endif /* XIE_SUPPORTED */ + c = JGETC(cinfo); +#ifdef XIE_SUPPORTED + if (c < 0) + return(-1); +#endif /* XIE_SUPPORTED */ + length -= 2; + + for (ci = 0; ci < cinfo->num_components; ci++) + if (cc == cinfo->comp_info[ci].component_id) + break; + + if (ci >= cinfo->num_components) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT(cinfo->emethods, "Invalid component number in SOS"); +#endif /* XIE_SUPPORTED */ + + compptr = &cinfo->comp_info[ci]; + cinfo->cur_comp_info[i] = compptr; + compptr->dc_tbl_no = (c >> 4) & 15; + compptr->ac_tbl_no = (c ) & 15; + +#ifndef XIE_SUPPORTED + TRACEMS3(cinfo->emethods, 1, " c%d: [dc=%d ac=%d]", cc, + compptr->dc_tbl_no, compptr->ac_tbl_no); +#endif /* XIE_SUPPORTED */ + } + + while (length > 0) { +#ifdef XIE_SUPPORTED + if (JGETC(cinfo) < 0) + return(-1); +#else + (void) JGETC(cinfo); +#endif /* XIE_SUPPORTED */ + length--; + } +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +LOCAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +get_soi (decompress_info_ptr cinfo) +#else +get_soi (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Process an SOI marker */ +{ + int i; + +#else +get_soi (decompress_info_ptr cinfo) +/* Process an SOI marker */ +{ + int i; + + TRACEMS(cinfo->emethods, 1, "Start of Image"); +#endif /* XIE_SUPPORTED */ + + /* Reset all parameters that are defined to be reset by SOI */ + + for (i = 0; i < NUM_ARITH_TBLS; i++) { + cinfo->arith_dc_L[i] = 0; + cinfo->arith_dc_U[i] = 1; + cinfo->arith_ac_K[i] = 5; + } + cinfo->restart_interval = 0; + + cinfo->density_unit = 0; /* set default JFIF APP0 values */ + cinfo->X_density = 1; + cinfo->Y_density = 1; + + cinfo->CCIR601_sampling = FALSE; /* Assume non-CCIR sampling */ +} + + +LOCAL int +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +next_marker (decompress_info_ptr cinfo) +#else +next_marker (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +next_marker (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +/* Find the next JPEG marker */ +/* Note that the output might not be a valid marker code, */ +/* but it will never be 0 or FF */ +{ + int c, nbytes; + +#ifdef XIE_SUPPORTED + /* Save the location of the next marker (for restart) */ + cinfo->XIEnext_input_byte = cinfo->next_input_byte; + cinfo->XIEbytes_in_buffer = cinfo->bytes_in_buffer; +#endif /* XIE_SUPPORTED */ + nbytes = 0; + do { + do { /* skip any non-FF bytes */ + nbytes++; + c = JGETC(cinfo); +#ifdef XIE_SUPPORTED + if (c < 0) + return(-1); +#endif /* XIE_SUPPORTED */ + } while (c != 0xFF); + do { /* skip any duplicate FFs */ + /* we don't increment nbytes here since extra FFs are legal */ + c = JGETC(cinfo); +#ifdef XIE_SUPPORTED + if (c < 0) + return(-1); +#endif /* XIE_SUPPORTED */ + } while (c == 0xFF); + } while (c == 0); /* repeat if it was a stuffed FF/00 */ + +#ifndef XIE_SUPPORTED + if (nbytes != 1) + WARNMS2(cinfo->emethods, + "Corrupt JPEG data: %d extraneous bytes before marker 0x%02x", + nbytes-1, c); +#endif /* XIE_SUPPORTED */ + + return c; +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +process_tables (decompress_info_ptr cinfo) +#else +process_tables (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Scan and process JPEG markers that can appear in any order */ +/* Return when an SOI, EOI, SOFn, or SOS is found */ +{ + int status; +#else +LOCAL JPEG_MARKER +process_tables (decompress_info_ptr cinfo) +/* Scan and process JPEG markers that can appear in any order */ +/* Return when an SOI, EOI, SOFn, or SOS is found */ +{ +#endif /* XIE_SUPPORTED */ + int c; + + while (TRUE) { + c = next_marker(cinfo); +#ifdef XIE_SUPPORTED + if (c < 0) + return(-1); +#endif /* XIE_SUPPORTED */ + + switch (c) { + case M_SOF0: + case M_SOF1: + case M_SOF2: + case M_SOF3: + case M_SOF5: + case M_SOF6: + case M_SOF7: + case M_JPG: + case M_SOF9: + case M_SOF10: + case M_SOF11: + case M_SOF13: + case M_SOF14: + case M_SOF15: + case M_SOI: + case M_EOI: + case M_SOS: +#ifdef XIE_SUPPORTED + return (c); +#else + return ((JPEG_MARKER) c); +#endif /* XIE_SUPPORTED */ + + case M_DHT: +#ifdef XIE_SUPPORTED + if ((status = get_dht(cinfo)) < 0) + return(status); +#else + get_dht(cinfo); +#endif /* XIE_SUPPORTED */ + break; + + case M_DAC: +#ifdef XIE_SUPPORTED + if ((status = get_dac(cinfo)) < 0) + return(status); +#else + get_dac(cinfo); +#endif /* XIE_SUPPORTED */ + break; + + case M_DQT: +#ifdef XIE_SUPPORTED + if ((status = get_dqt(cinfo)) < 0) + return(status); +#else + get_dqt(cinfo); +#endif /* XIE_SUPPORTED */ + break; + + case M_DRI: +#ifdef XIE_SUPPORTED + if ((status = get_dri(cinfo)) < 0) + return(status); +#else + get_dri(cinfo); +#endif /* XIE_SUPPORTED */ + break; + + case M_APP0: +#ifdef XIE_SUPPORTED + if ((status = get_app0(cinfo)) < 0) + return(status); +#else + get_app0(cinfo); +#endif /* XIE_SUPPORTED */ + break; + + case M_COM: +#ifdef XIE_SUPPORTED + if ((status = get_com(cinfo)) < 0) + return(status); +#else + get_com(cinfo); +#endif /* XIE_SUPPORTED */ + break; + + case M_RST0: /* these are all parameterless */ + case M_RST1: + case M_RST2: + case M_RST3: + case M_RST4: + case M_RST5: + case M_RST6: + case M_RST7: + case M_TEM: +#ifndef XIE_SUPPORTED + TRACEMS1(cinfo->emethods, 1, "Unexpected marker 0x%02x", c); +#endif /* XIE_SUPPORTED */ + break; + + default: /* must be DNL, DHP, EXP, APPn, JPGn, COM, or RESn */ +#ifdef XIE_SUPPORTED + if (skip_variable(cinfo, c) < 0) + return(-1); +#else + skip_variable(cinfo, c); +#endif /* XIE_SUPPORTED */ + break; + } + } +} + + + +/* + * Initialize and read the file header (everything through the SOF marker). + */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +read_file_header (decompress_info_ptr cinfo) +#else +read_file_header (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + int i, j; + int status; +#else +METHODDEF void +read_file_header (decompress_info_ptr cinfo) +{ +#endif /* XIE_SUPPORTED */ + int c; + + /* Demand an SOI marker at the start of the file --- otherwise it's + * probably not a JPEG file at all. If the user interface wants to support + * nonstandard headers in front of the SOI, it must skip over them itself + * before calling jpeg_decompress(). + */ +#ifdef XIE_SUPPORTED + if (cinfo->XIErestart != XIE_RRFH) { /* don't read signature bytes on restart */ + if ((i = JGETC(cinfo)) < 0) + return(-1); + if ((j = JGETC(cinfo)) < 0) + return(-1); + if (i != 0xFF || j != M_SOI) + return(XIE_ERR); + + get_soi(cinfo); /* OK, process SOI */ + } +#else + if (JGETC(cinfo) != 0xFF || JGETC(cinfo) != M_SOI) + ERREXIT(cinfo->emethods, "Not a JPEG file"); + + get_soi(cinfo); /* OK, process SOI */ +#endif /* XIE_SUPPORTED */ + + /* Process markers until SOF */ + c = process_tables(cinfo); +#ifdef XIE_SUPPORTED + if (c < 0) + return(c); +#endif /* XIE_SUPPORTED */ + + switch (c) { + case M_SOF0: + case M_SOF1: +#ifdef XIE_SUPPORTED + if ((status = get_sof(cinfo, c)) < 0) + return(status); +#else + get_sof(cinfo, c); +#endif /* XIE_SUPPORTED */ + cinfo->arith_code = FALSE; + break; + + case M_SOF9: +#ifdef XIE_SUPPORTED + if ((status = get_sof(cinfo, c)) < 0) + return(status); +#else + get_sof(cinfo, c); +#endif /* XIE_SUPPORTED */ + cinfo->arith_code = TRUE; + break; + + default: +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT1(cinfo->emethods, "Unsupported SOF marker type 0x%02x", c); +#endif /* XIE_SUPPORTED */ + break; + } + + /* Figure out what colorspace we have */ + /* (too bad the JPEG committee didn't provide a real way to specify this) */ + + switch (cinfo->num_components) { + case 1: + cinfo->jpeg_color_space = CS_GRAYSCALE; + break; + + case 3: + /* if we saw a JFIF marker, leave it set to YCbCr; */ + /* also leave it alone if UI has provided a value */ + if (cinfo->jpeg_color_space == CS_UNKNOWN) { + short cid0 = cinfo->comp_info[0].component_id; + short cid1 = cinfo->comp_info[1].component_id; + short cid2 = cinfo->comp_info[2].component_id; + + if (cid0 == 1 && cid1 == 2 && cid2 == 3) + cinfo->jpeg_color_space = CS_YCbCr; /* assume it's JFIF w/out marker */ + else if (cid0 == 1 && cid1 == 4 && cid2 == 5) + cinfo->jpeg_color_space = CS_YIQ; /* prototype's YIQ matrix */ + else { +#ifndef XIE_SUPPORTED + TRACEMS3(cinfo->emethods, 1, + "Unrecognized component IDs %d %d %d, assuming YCbCr", + cid0, cid1, cid2); +#endif /* XIE_SUPPORTED */ + cinfo->jpeg_color_space = CS_YCbCr; + } + } + break; + + case 4: + cinfo->jpeg_color_space = CS_CMYK; + break; + + default: + cinfo->jpeg_color_space = CS_UNKNOWN; + break; + } +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +/* + * Read the start of a scan (everything through the SOS marker). + * Return TRUE if find SOS, FALSE if find EOI. + */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +read_scan_header (decompress_info_ptr cinfo) +#else +read_scan_header (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +METHODDEF boolean +read_scan_header (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + int c; + + /* Process markers until SOS or EOI */ + c = process_tables(cinfo); +#ifdef XIE_SUPPORTED + if (c < 0) + return(c); +#endif /* XIE_SUPPORTED */ + + switch (c) { + case M_SOS: +#ifdef XIE_SUPPORTED + return(get_sos(cinfo)); /* 0, OK; -1, read error */ +#else + get_sos(cinfo); + return TRUE; +#endif /* XIE_SUPPORTED */ + + case M_EOI: +#ifndef XIE_SUPPORTED + TRACEMS(cinfo->emethods, 1, "End Of Image"); +#endif /* XIE_SUPPORTED */ + return FALSE; + + default: +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT1(cinfo->emethods, "Unexpected marker 0x%02x", c); +#endif /* XIE_SUPPORTED */ + break; + } +#ifdef XIE_SUPPORTED + return(0); +#else + return FALSE; /* keeps lint happy */ +#endif /* XIE_SUPPORTED */ +} + + +/* + * The entropy decoder calls this routine if it finds a marker other than + * the restart marker it was expecting. (This code is *not* used unless + * a nonzero restart interval has been declared.) The passed parameter is + * the marker code actually found (might be anything, except 0 or FF). + * The desired restart marker is that indicated by cinfo->next_restart_num. + * This routine is supposed to apply whatever error recovery strategy seems + * appropriate in order to position the input stream to the next data segment. + * For some file formats (eg, TIFF) extra information such as tile boundary + * pointers may be available to help in this decision. + * + * This implementation is substantially constrained by wanting to treat the + * input as a data stream; this means we can't back up. (For instance, we + * generally can't fseek() if the input is a Unix pipe.) Therefore, we have + * only the following actions to work with: + * 1. Do nothing, let the entropy decoder resume at next byte of file. + * 2. Read forward until we find another marker, discarding intervening + * data. (In theory we could look ahead within the current bufferload, + * without having to discard data if we don't find the desired marker. + * This idea is not implemented here, in part because it makes behavior + * dependent on buffer size and chance buffer-boundary positions.) + * 3. Push back the passed marker (with JUNGETC). This will cause the + * entropy decoder to process an empty data segment, inserting dummy + * zeroes, and then re-read the marker we pushed back. + * #2 is appropriate if we think the desired marker lies ahead, while #3 is + * appropriate if the found marker is a future restart marker (indicating + * that we have missed the desired restart marker, probably because it got + * corrupted). + + * We apply #2 or #3 if the found marker is a restart marker no more than + * two counts behind or ahead of the expected one. We also apply #2 if the + * found marker is not a legal JPEG marker code (it's certainly bogus data). + * If the found marker is a restart marker more than 2 counts away, we do #1 + * (too much risk that the marker is erroneous; with luck we will be able to + * resync at some future point). + * For any valid non-restart JPEG marker, we apply #3. This keeps us from + * overrunning the end of a scan. An implementation limited to single-scan + * files might find it better to apply #2 for markers other than EOI, since + * any other marker would have to be bogus data in that case. + */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +resync_to_restart (decompress_info_ptr cinfo, int marker) +#else +resync_to_restart (cinfo, marker) + decompress_info_ptr cinfo; + int marker; +#endif /* NeedFunctionPrototypes */ +#else +METHODDEF void +resync_to_restart (decompress_info_ptr cinfo, int marker) +#endif /* XIE_SUPPORTED */ +{ + int desired = cinfo->next_restart_num; + int action = 1; + + /* Always put up a warning. */ +#ifndef XIE_SUPPORTED + WARNMS2(cinfo->emethods, + "Corrupt JPEG data: found 0x%02x marker instead of RST%d", + marker, desired); +#endif /* XIE_SUPPORTED */ + /* Outer loop handles repeated decision after scanning forward. */ + for (;;) { + if (marker < (int) M_SOF0) + action = 2; /* invalid marker */ + else if (marker < (int) M_RST0 || marker > (int) M_RST7) + action = 3; /* valid non-restart marker */ + else { + if (marker == ((int) M_RST0 + ((desired+1) & 7)) || + marker == ((int) M_RST0 + ((desired+2) & 7))) + action = 3; /* one of the next two expected restarts */ + else if (marker == ((int) M_RST0 + ((desired-1) & 7)) || + marker == ((int) M_RST0 + ((desired-2) & 7))) + action = 2; /* a prior restart, so advance */ + else + action = 1; /* desired restart or too far away */ + } +#ifndef XIE_SUPPORTED + TRACEMS2(cinfo->emethods, 4, + "At marker 0x%02x, recovery action %d", marker, action); +#endif /* XIE_SUPPORTED */ + switch (action) { + case 1: + /* Let entropy decoder resume processing. */ +#ifdef XIE_SUPPORTED + return(0); +#else + return; +#endif /* XIE_SUPPORTED */ + case 2: + /* Scan to the next marker, and repeat the decision loop. */ + marker = next_marker(cinfo); +#ifdef XIE_SUPPORTED + if (marker < 0) + return(-1); +#endif /* XIE_SUPPORTED */ + break; + case 3: + /* Put back this marker & return. */ + /* Entropy decoder will be forced to process an empty segment. */ + JUNGETC(marker, cinfo); + JUNGETC(0xFF, cinfo); +#ifdef XIE_SUPPORTED + return(0); +#else + return; +#endif /* XIE_SUPPORTED */ + } + } +} + + +/* + * Finish up after a compressed scan (series of read_jpeg_data calls); + * prepare for another read_scan_header call. + */ + +#ifndef XIE_SUPPORTED +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +read_scan_trailer (decompress_info_ptr cinfo) +#else +read_scan_trailer (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +read_scan_trailer (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + /* no work needed */ +} +#endif /* XIE_SUPPORTED */ + +/* + * Finish up at the end of the file. + */ + +#ifndef XIE_SUPPORTED +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +read_file_trailer (decompress_info_ptr cinfo) +#else +read_file_trailer (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +read_file_trailer (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + /* no work needed */ +} +#endif /* XIE_SUPPORTED */ + +/* + * The method selection routine for standard JPEG header reading. + * Note that this must be called by the user interface before calling + * jpeg_decompress. When a non-JFIF file is to be decompressed (TIFF, + * perhaps), the user interface must discover the file type and call + * the appropriate method selection routine. + */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jselrjfif (decompress_info_ptr cinfo) +#else +jselrjfif (cinfo) + decompress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +jselrjfif (decompress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + cinfo->methods->read_file_header = read_file_header; + cinfo->methods->read_scan_header = read_scan_header; + /* For JFIF/raw-JPEG format, the user interface supplies read_jpeg_data. */ +#ifndef XIE_SUPPORTED +#if NOTDEF + cinfo->methods->read_jpeg_data = read_jpeg_data; +#endif +#endif /* XIE_SUPPORTED */ + cinfo->methods->resync_to_restart = resync_to_restart; +#ifndef XIE_SUPPORTED + cinfo->methods->read_scan_trailer = read_scan_trailer; + cinfo->methods->read_file_trailer = read_file_trailer; +#endif /* XIE_SUPPORTED */ +} + +#endif /* JFIF_SUPPORTED */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jrevdct.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jrevdct.c new file mode 100644 index 0000000..4ae15e5 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jrevdct.c @@ -0,0 +1,452 @@ +/* $XConsortium: jrevdct.c,v 1.4 94/04/17 20:35:45 rws Exp $ */ +/* Module jrevdct.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jrevdct.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains the basic inverse-DCT transformation subroutine. + * + * This implementation is based on an algorithm described in + * C. Loeffler, A. Ligtenberg and G. Moschytz, "Practical Fast 1-D DCT + * Algorithms with 11 Multiplications", Proc. Int'l. Conf. on Acoustics, + * Speech, and Signal Processing 1989 (ICASSP '89), pp. 988-991. + * The primary algorithm described there uses 11 multiplies and 29 adds. + * We use their alternate method with 12 multiplies and 32 adds. + * The advantage of this method is that no data path contains more than one + * multiplication; this allows a very simple and accurate implementation in + * scaled fixed-point arithmetic, with a minimal number of shifts. + */ + +#include "jinclude.h" + +/* + * This routine is specialized to the case DCTSIZE = 8. + */ + +#if DCTSIZE != 8 + Sorry, this code only copes with 8x8 DCTs. /* deliberate syntax err */ +#endif + + +/* + * A 2-D IDCT can be done by 1-D IDCT on each row followed by 1-D IDCT + * on each column. Direct algorithms are also available, but they are + * much more complex and seem not to be any faster when reduced to code. + * + * The poop on this scaling stuff is as follows: + * + * Each 1-D IDCT step produces outputs which are a factor of sqrt(N) + * larger than the true IDCT outputs. The final outputs are therefore + * a factor of N larger than desired; since N=8 this can be cured by + * a simple right shift at the end of the algorithm. The advantage of + * this arrangement is that we save two multiplications per 1-D IDCT, + * because the y0 and y4 inputs need not be divided by sqrt(N). + * + * We have to do addition and subtraction of the integer inputs, which + * is no problem, and multiplication by fractional constants, which is + * a problem to do in integer arithmetic. We multiply all the constants + * by CONST_SCALE and convert them to integer constants (thus retaining + * CONST_BITS bits of precision in the constants). After doing a + * multiplication we have to divide the product by CONST_SCALE, with proper + * rounding, to produce the correct output. This division can be done + * cheaply as a right shift of CONST_BITS bits. We postpone shifting + * as long as possible so that partial sums can be added together with + * full fractional precision. + * + * The outputs of the first pass are scaled up by PASS1_BITS bits so that + * they are represented to better-than-integral precision. These outputs + * require BITS_IN_JSAMPLE + PASS1_BITS + 3 bits; this fits in a 16-bit word + * with the recommended scaling. (To scale up 12-bit sample data further, an + * intermediate INT32 array would be needed.) + * + * To avoid overflow of the 32-bit intermediate results in pass 2, we must + * have BITS_IN_JSAMPLE + CONST_BITS + PASS1_BITS <= 26. Error analysis + * shows that the values given below are the most effective. + */ + +#ifdef EIGHT_BIT_SAMPLES +#define CONST_BITS 13 +#define PASS1_BITS 2 +#else +#define CONST_BITS 13 +#define PASS1_BITS 1 /* lose a little precision to avoid overflow */ +#endif + +#define ONE ((INT32) 1) + +#define CONST_SCALE (ONE << CONST_BITS) + +/* Convert a positive real constant to an integer scaled by CONST_SCALE. */ + +#define FIX(x) ((INT32) ((x) * CONST_SCALE + 0.5)) + +/* Some C compilers fail to reduce "FIX(constant)" at compile time, thus + * causing a lot of useless floating-point operations at run time. + * To get around this we use the following pre-calculated constants. + * If you change CONST_BITS you may want to add appropriate values. + * (With a reasonable C compiler, you can just rely on the FIX() macro...) + */ + +#if CONST_BITS == 13 +#define FIX_0_298631336 ((INT32) 2446) /* FIX(0.298631336) */ +#define FIX_0_390180644 ((INT32) 3196) /* FIX(0.390180644) */ +#define FIX_0_541196100 ((INT32) 4433) /* FIX(0.541196100) */ +#define FIX_0_765366865 ((INT32) 6270) /* FIX(0.765366865) */ +#define FIX_0_899976223 ((INT32) 7373) /* FIX(0.899976223) */ +#define FIX_1_175875602 ((INT32) 9633) /* FIX(1.175875602) */ +#define FIX_1_501321110 ((INT32) 12299) /* FIX(1.501321110) */ +#define FIX_1_847759065 ((INT32) 15137) /* FIX(1.847759065) */ +#define FIX_1_961570560 ((INT32) 16069) /* FIX(1.961570560) */ +#define FIX_2_053119869 ((INT32) 16819) /* FIX(2.053119869) */ +#define FIX_2_562915447 ((INT32) 20995) /* FIX(2.562915447) */ +#define FIX_3_072711026 ((INT32) 25172) /* FIX(3.072711026) */ +#else +#define FIX_0_298631336 FIX(0.298631336) +#define FIX_0_390180644 FIX(0.390180644) +#define FIX_0_541196100 FIX(0.541196100) +#define FIX_0_765366865 FIX(0.765366865) +#define FIX_0_899976223 FIX(0.899976223) +#define FIX_1_175875602 FIX(1.175875602) +#define FIX_1_501321110 FIX(1.501321110) +#define FIX_1_847759065 FIX(1.847759065) +#define FIX_1_961570560 FIX(1.961570560) +#define FIX_2_053119869 FIX(2.053119869) +#define FIX_2_562915447 FIX(2.562915447) +#define FIX_3_072711026 FIX(3.072711026) +#endif + + +/* Descale and correctly round an INT32 value that's scaled by N bits. + * We assume RIGHT_SHIFT rounds towards minus infinity, so adding + * the fudge factor is correct for either sign of X. + */ + +#define DESCALE(x,n) RIGHT_SHIFT((x) + (ONE << ((n)-1)), n) + +/* Multiply an INT32 variable by an INT32 constant to yield an INT32 result. + * For 8-bit samples with the recommended scaling, all the variable + * and constant values involved are no more than 16 bits wide, so a + * 16x16->32 bit multiply can be used instead of a full 32x32 multiply; + * this provides a useful speedup on many machines. + * There is no way to specify a 16x16->32 multiply in portable C, but + * some C compilers will do the right thing if you provide the correct + * combination of casts. + * NB: for 12-bit samples, a full 32-bit multiplication will be needed. + */ + +#ifdef EIGHT_BIT_SAMPLES +#ifdef SHORTxSHORT_32 /* may work if 'int' is 32 bits */ +#define MULTIPLY(var,const) (((INT16) (var)) * ((INT16) (const))) +#endif +#ifdef SHORTxLCONST_32 /* known to work with Microsoft C 6.0 */ +#define MULTIPLY(var,const) (((INT16) (var)) * ((INT32) (const))) +#endif +#endif + +#ifndef MULTIPLY /* default definition */ +#define MULTIPLY(var,const) ((var) * (const)) +#endif + + +/* + * Perform the inverse DCT on one block of coefficients. + */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +j_rev_dct (DCTBLOCK data) +#else +j_rev_dct (data) + DCTBLOCK data; +#endif /* NeedFunctionPrototypes */ +#else +j_rev_dct (DCTBLOCK data) +#endif /* XIE_SUPPORTED */ +{ + INT32 tmp0, tmp1, tmp2, tmp3; + INT32 tmp10, tmp11, tmp12, tmp13; + INT32 z1, z2, z3, z4, z5; + register DCTELEM *dataptr; + int rowctr; + SHIFT_TEMPS + + /* Pass 1: process rows. */ + /* Note results are scaled up by sqrt(8) compared to a true IDCT; */ + /* furthermore, we scale the results by 2**PASS1_BITS. */ + + dataptr = data; + for (rowctr = DCTSIZE-1; rowctr >= 0; rowctr--) { + /* Due to quantization, we will usually find that many of the input + * coefficients are zero, especially the AC terms. We can exploit this + * by short-circuiting the IDCT calculation for any row in which all + * the AC terms are zero. In that case each output is equal to the + * DC coefficient (with scale factor as needed). + * With typical images and quantization tables, half or more of the + * row DCT calculations can be simplified this way. + */ + + if ((dataptr[1] | dataptr[2] | dataptr[3] | dataptr[4] | + dataptr[5] | dataptr[6] | dataptr[7]) == 0) { + /* AC terms all zero */ + DCTELEM dcval = (DCTELEM) (dataptr[0] << PASS1_BITS); + + dataptr[0] = dcval; + dataptr[1] = dcval; + dataptr[2] = dcval; + dataptr[3] = dcval; + dataptr[4] = dcval; + dataptr[5] = dcval; + dataptr[6] = dcval; + dataptr[7] = dcval; + + dataptr += DCTSIZE; /* advance pointer to next row */ + continue; + } + + /* Even part: reverse the even part of the forward DCT. */ + /* The rotator is sqrt(2)*c(-6). */ + + z2 = (INT32) dataptr[2]; + z3 = (INT32) dataptr[6]; + + z1 = MULTIPLY(z2 + z3, FIX_0_541196100); + tmp2 = z1 + MULTIPLY(z3, - FIX_1_847759065); + tmp3 = z1 + MULTIPLY(z2, FIX_0_765366865); + + tmp0 = ((INT32) dataptr[0] + (INT32) dataptr[4]) << CONST_BITS; + tmp1 = ((INT32) dataptr[0] - (INT32) dataptr[4]) << CONST_BITS; + + tmp10 = tmp0 + tmp3; + tmp13 = tmp0 - tmp3; + tmp11 = tmp1 + tmp2; + tmp12 = tmp1 - tmp2; + + /* Odd part per figure 8; the matrix is unitary and hence its + * transpose is its inverse. i0..i3 are y7,y5,y3,y1 respectively. + */ + + tmp0 = (INT32) dataptr[7]; + tmp1 = (INT32) dataptr[5]; + tmp2 = (INT32) dataptr[3]; + tmp3 = (INT32) dataptr[1]; + + z1 = tmp0 + tmp3; + z2 = tmp1 + tmp2; + z3 = tmp0 + tmp2; + z4 = tmp1 + tmp3; + z5 = MULTIPLY(z3 + z4, FIX_1_175875602); /* sqrt(2) * c3 */ + + tmp0 = MULTIPLY(tmp0, FIX_0_298631336); /* sqrt(2) * (-c1+c3+c5-c7) */ + tmp1 = MULTIPLY(tmp1, FIX_2_053119869); /* sqrt(2) * ( c1+c3-c5+c7) */ + tmp2 = MULTIPLY(tmp2, FIX_3_072711026); /* sqrt(2) * ( c1+c3+c5-c7) */ + tmp3 = MULTIPLY(tmp3, FIX_1_501321110); /* sqrt(2) * ( c1+c3-c5-c7) */ + z1 = MULTIPLY(z1, - FIX_0_899976223); /* sqrt(2) * (c7-c3) */ + z2 = MULTIPLY(z2, - FIX_2_562915447); /* sqrt(2) * (-c1-c3) */ + z3 = MULTIPLY(z3, - FIX_1_961570560); /* sqrt(2) * (-c3-c5) */ + z4 = MULTIPLY(z4, - FIX_0_390180644); /* sqrt(2) * (c5-c3) */ + + z3 += z5; + z4 += z5; + + tmp0 += z1 + z3; + tmp1 += z2 + z4; + tmp2 += z2 + z3; + tmp3 += z1 + z4; + + /* Final output stage: inputs are tmp10..tmp13, tmp0..tmp3 */ + + dataptr[0] = (DCTELEM) DESCALE(tmp10 + tmp3, CONST_BITS-PASS1_BITS); + dataptr[7] = (DCTELEM) DESCALE(tmp10 - tmp3, CONST_BITS-PASS1_BITS); + dataptr[1] = (DCTELEM) DESCALE(tmp11 + tmp2, CONST_BITS-PASS1_BITS); + dataptr[6] = (DCTELEM) DESCALE(tmp11 - tmp2, CONST_BITS-PASS1_BITS); + dataptr[2] = (DCTELEM) DESCALE(tmp12 + tmp1, CONST_BITS-PASS1_BITS); + dataptr[5] = (DCTELEM) DESCALE(tmp12 - tmp1, CONST_BITS-PASS1_BITS); + dataptr[3] = (DCTELEM) DESCALE(tmp13 + tmp0, CONST_BITS-PASS1_BITS); + dataptr[4] = (DCTELEM) DESCALE(tmp13 - tmp0, CONST_BITS-PASS1_BITS); + + dataptr += DCTSIZE; /* advance pointer to next row */ + } + + /* Pass 2: process columns. */ + /* Note that we must descale the results by a factor of 8 == 2**3, */ + /* and also undo the PASS1_BITS scaling. */ + + dataptr = data; + for (rowctr = DCTSIZE-1; rowctr >= 0; rowctr--) { + /* Columns of zeroes can be exploited in the same way as we did with rows. + * However, the row calculation has created many nonzero AC terms, so the + * simplification applies less often (typically 5% to 10% of the time). + * On machines with very fast multiplication, it's possible that the + * test takes more time than it's worth. In that case this section + * may be commented out. + */ + +#ifndef NO_ZERO_COLUMN_TEST + if ((dataptr[DCTSIZE*1] | dataptr[DCTSIZE*2] | dataptr[DCTSIZE*3] | + dataptr[DCTSIZE*4] | dataptr[DCTSIZE*5] | dataptr[DCTSIZE*6] | + dataptr[DCTSIZE*7]) == 0) { + /* AC terms all zero */ + DCTELEM dcval = (DCTELEM) DESCALE((INT32) dataptr[0], PASS1_BITS+3); + + dataptr[DCTSIZE*0] = dcval; + dataptr[DCTSIZE*1] = dcval; + dataptr[DCTSIZE*2] = dcval; + dataptr[DCTSIZE*3] = dcval; + dataptr[DCTSIZE*4] = dcval; + dataptr[DCTSIZE*5] = dcval; + dataptr[DCTSIZE*6] = dcval; + dataptr[DCTSIZE*7] = dcval; + + dataptr++; /* advance pointer to next column */ + continue; + } +#endif + + /* Even part: reverse the even part of the forward DCT. */ + /* The rotator is sqrt(2)*c(-6). */ + + z2 = (INT32) dataptr[DCTSIZE*2]; + z3 = (INT32) dataptr[DCTSIZE*6]; + + z1 = MULTIPLY(z2 + z3, FIX_0_541196100); + tmp2 = z1 + MULTIPLY(z3, - FIX_1_847759065); + tmp3 = z1 + MULTIPLY(z2, FIX_0_765366865); + + tmp0 = ((INT32) dataptr[DCTSIZE*0] + (INT32) dataptr[DCTSIZE*4]) << CONST_BITS; + tmp1 = ((INT32) dataptr[DCTSIZE*0] - (INT32) dataptr[DCTSIZE*4]) << CONST_BITS; + + tmp10 = tmp0 + tmp3; + tmp13 = tmp0 - tmp3; + tmp11 = tmp1 + tmp2; + tmp12 = tmp1 - tmp2; + + /* Odd part per figure 8; the matrix is unitary and hence its + * transpose is its inverse. i0..i3 are y7,y5,y3,y1 respectively. + */ + + tmp0 = (INT32) dataptr[DCTSIZE*7]; + tmp1 = (INT32) dataptr[DCTSIZE*5]; + tmp2 = (INT32) dataptr[DCTSIZE*3]; + tmp3 = (INT32) dataptr[DCTSIZE*1]; + + z1 = tmp0 + tmp3; + z2 = tmp1 + tmp2; + z3 = tmp0 + tmp2; + z4 = tmp1 + tmp3; + z5 = MULTIPLY(z3 + z4, FIX_1_175875602); /* sqrt(2) * c3 */ + + tmp0 = MULTIPLY(tmp0, FIX_0_298631336); /* sqrt(2) * (-c1+c3+c5-c7) */ + tmp1 = MULTIPLY(tmp1, FIX_2_053119869); /* sqrt(2) * ( c1+c3-c5+c7) */ + tmp2 = MULTIPLY(tmp2, FIX_3_072711026); /* sqrt(2) * ( c1+c3+c5-c7) */ + tmp3 = MULTIPLY(tmp3, FIX_1_501321110); /* sqrt(2) * ( c1+c3-c5-c7) */ + z1 = MULTIPLY(z1, - FIX_0_899976223); /* sqrt(2) * (c7-c3) */ + z2 = MULTIPLY(z2, - FIX_2_562915447); /* sqrt(2) * (-c1-c3) */ + z3 = MULTIPLY(z3, - FIX_1_961570560); /* sqrt(2) * (-c3-c5) */ + z4 = MULTIPLY(z4, - FIX_0_390180644); /* sqrt(2) * (c5-c3) */ + + z3 += z5; + z4 += z5; + + tmp0 += z1 + z3; + tmp1 += z2 + z4; + tmp2 += z2 + z3; + tmp3 += z1 + z4; + + /* Final output stage: inputs are tmp10..tmp13, tmp0..tmp3 */ + + dataptr[DCTSIZE*0] = (DCTELEM) DESCALE(tmp10 + tmp3, + CONST_BITS+PASS1_BITS+3); + dataptr[DCTSIZE*7] = (DCTELEM) DESCALE(tmp10 - tmp3, + CONST_BITS+PASS1_BITS+3); + dataptr[DCTSIZE*1] = (DCTELEM) DESCALE(tmp11 + tmp2, + CONST_BITS+PASS1_BITS+3); + dataptr[DCTSIZE*6] = (DCTELEM) DESCALE(tmp11 - tmp2, + CONST_BITS+PASS1_BITS+3); + dataptr[DCTSIZE*2] = (DCTELEM) DESCALE(tmp12 + tmp1, + CONST_BITS+PASS1_BITS+3); + dataptr[DCTSIZE*5] = (DCTELEM) DESCALE(tmp12 - tmp1, + CONST_BITS+PASS1_BITS+3); + dataptr[DCTSIZE*3] = (DCTELEM) DESCALE(tmp13 + tmp0, + CONST_BITS+PASS1_BITS+3); + dataptr[DCTSIZE*4] = (DCTELEM) DESCALE(tmp13 - tmp0, + CONST_BITS+PASS1_BITS+3); + + dataptr++; /* advance pointer to next column */ + } +} diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jutils.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jutils.c new file mode 100644 index 0000000..a773728 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jutils.c @@ -0,0 +1,238 @@ +/* $XConsortium: jutils.c,v 1.4 94/04/17 20:35:46 rws Exp $ */ +/* Module jutils.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jutils.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains miscellaneous utility routines needed for both + * compression and decompression. + * Note we prefix all global names with "j" to minimize conflicts with + * a surrounding application. + */ + +#include "jinclude.h" + + +GLOBAL long +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jround_up (long a, long b) +#else +jround_up (a, b) + long a; + long b; +#endif /* NeedFunctionPrototypes */ +#else +jround_up (long a, long b) +#endif /* XIE_SUPPORTED */ +/* Compute a rounded up to next multiple of b; a >= 0, b > 0 */ +{ + a += b-1; + return a - (a % b); +} + + +/* On normal machines we can apply MEMCOPY() and MEMZERO() to sample arrays + * and coefficient-block arrays. This won't work on 80x86 because the arrays + * are FAR and we're assuming a small-pointer memory model. However, some + * DOS compilers provide far-pointer versions of memcpy() and memset() even + * in the small-model libraries. These will be used if USE_FMEM is defined. + * Otherwise, the routines below do it the hard way. (The performance cost + * is not all that great, because these routines aren't very heavily used.) + */ + +#ifndef NEED_FAR_POINTERS /* normal case, same as regular macros */ +#define FMEMCOPY(dest,src,size) MEMCOPY(dest,src,size) +#define FMEMZERO(target,size) MEMZERO(target,size) +#else /* 80x86 case, define if we can */ +#ifdef USE_FMEM +#define FMEMCOPY(dest,src,size) _fmemcpy((pointer)(dest), (const pointer)(src), (size_t)(size)) +#define FMEMZERO(target,size) _fmemset((pointer)(target), 0, (size_t)(size)) +#endif +#endif + + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jcopy_sample_rows (JSAMPARRAY input_array, int source_row, + JSAMPARRAY output_array, int dest_row, + int num_rows, long num_cols) +#else +jcopy_sample_rows (input_array, source_row, + output_array, dest_row, + num_rows, num_cols) + JSAMPARRAY input_array; + int source_row; + JSAMPARRAY output_array; + int dest_row; + int num_rows; + long num_cols; +#endif /* NeedFunctionPrototypes */ +#else +jcopy_sample_rows (JSAMPARRAY input_array, int source_row, + JSAMPARRAY output_array, int dest_row, + int num_rows, long num_cols) +#endif /* XIE_SUPPORTED */ +/* Copy some rows of samples from one place to another. + * num_rows rows are copied from input_array[source_row++] + * to output_array[dest_row++]; these areas should not overlap. + * The source and destination arrays must be at least as wide as num_cols. + */ +{ + register JSAMPROW inptr, outptr; +#ifdef FMEMCOPY + register size_t count = (size_t) (num_cols * SIZEOF(JSAMPLE)); +#else + register long count; +#endif + register int row; + + input_array += source_row; + output_array += dest_row; + + for (row = num_rows; row > 0; row--) { + inptr = *input_array++; + outptr = *output_array++; +#ifdef FMEMCOPY + FMEMCOPY(outptr, inptr, count); +#else + for (count = num_cols; count > 0; count--) + *outptr++ = *inptr++; /* needn't bother with GETJSAMPLE() here */ +#endif + } +} + + +#ifndef XIE_SUPPORTED +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jcopy_block_row (JBLOCKROW input_row, JBLOCKROW output_row, long num_blocks) +#else +jcopy_block_row (input_row, output_row, num_blocks) + JBLOCKROW input_row; + JBLOCKROW output_row; + long num_blocks; +#endif /* NeedFunctionPrototypes */ +#else +jcopy_block_row (JBLOCKROW input_row, JBLOCKROW output_row, long num_blocks) +#endif /* XIE_SUPPORTED */ +/* Copy a row of coefficient blocks from one place to another. */ +{ +#ifdef FMEMCOPY + FMEMCOPY(output_row, input_row, num_blocks * (DCTSIZE2 * SIZEOF(JCOEF))); +#else + register JCOEFPTR inptr, outptr; + register long count; + + inptr = (JCOEFPTR) input_row; + outptr = (JCOEFPTR) output_row; + for (count = num_blocks * DCTSIZE2; count > 0; count--) { + *outptr++ = *inptr++; + } +#endif +} +#endif /* XIE_SUPPORTED */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jzero_far (pointer target, size_t bytestozero) +#else +jzero_far (target, bytestozero) + pointer target; + size_t bytestozero; +#endif /* NeedFunctionPrototypes */ +#else +jzero_far (pointer target, size_t bytestozero) +#endif /* XIE_SUPPORTED */ +/* Zero out a chunk of FAR memory. */ +/* This might be sample-array data, block-array data, or alloc_medium data. */ +{ +#ifdef FMEMZERO + FMEMZERO(target, bytestozero); +#else + register char FAR * ptr = (char FAR *) target; + register size_t count; + + for (count = bytestozero; count > 0; count--) { + *ptr++ = 0; + } +#endif +} diff --git a/xie/xc/programs/Xserver/XIE/mixie/jpeg/jwrjfif.c b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jwrjfif.c new file mode 100644 index 0000000..d493192 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/jpeg/jwrjfif.c @@ -0,0 +1,986 @@ +/* $XConsortium: jwrjfif.c,v 1.4 94/04/17 20:35:46 rws Exp $ */ +/* Module jwrjfif.c */ + +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + Gary Rogers, AGE Logic, Inc., October 1993 + Gary Rogers, AGE Logic, Inc., January 1994 + +****************************************************************************/ + +/* + * jwrjfif.c + * + * Copyright (C) 1991, 1992, Thomas G. Lane. + * This file is part of the Independent JPEG Group's software. + * For conditions of distribution and use, see the accompanying README file. + * + * This file contains routines to write standard JPEG file headers/markers. + * The file format created is a raw JPEG data stream with (optionally) an + * APP0 marker per the JFIF spec. This will handle baseline and + * JFIF-convention JPEG files, although there is currently no provision + * for inserting a thumbnail image in the JFIF header. + * + * These routines may need modification for non-Unix environments or + * specialized applications. As they stand, they assume output to + * an ordinary stdio stream. However, the changes to write to something + * else are localized in the macros appearing just below. + * + * These routines are invoked via the methods write_file_header, + * write_scan_header, write_jpeg_data, write_scan_trailer, and + * write_file_trailer. + */ + +#include "jinclude.h" + +#ifdef JFIF_SUPPORTED + + +/* + * To output to something other than a stdio stream, you'd need to redefine + * these macros. + */ + +/* Write a single byte */ +#ifdef XIE_SUPPORTED +#define emit_byte(cinfo,x) \ + MAKESTMT( if (cinfo->bytes_in_buffer >= cinfo->jpeg_buf_size) \ + return(-1); \ + cinfo->output_buffer[cinfo->bytes_in_buffer++] = (char) (x); ) +#else +#define emit_byte(cinfo,x) putc((x), cinfo->output_file) +#endif /* XIE_SUPPORTED */ + +/* End of stdio-specific code. */ + + +typedef enum { /* JPEG marker codes */ + M_SOF0 = 0xc0, + M_SOF1 = 0xc1, + M_SOF2 = 0xc2, + M_SOF3 = 0xc3, + + M_SOF5 = 0xc5, + M_SOF6 = 0xc6, + M_SOF7 = 0xc7, + + M_JPG = 0xc8, + M_SOF9 = 0xc9, + M_SOF10 = 0xca, + M_SOF11 = 0xcb, + + M_SOF13 = 0xcd, + M_SOF14 = 0xce, + M_SOF15 = 0xcf, + + M_DHT = 0xc4, + + M_DAC = 0xcc, + + M_RST0 = 0xd0, + M_RST1 = 0xd1, + M_RST2 = 0xd2, + M_RST3 = 0xd3, + M_RST4 = 0xd4, + M_RST5 = 0xd5, + M_RST6 = 0xd6, + M_RST7 = 0xd7, + + M_SOI = 0xd8, + M_EOI = 0xd9, + M_SOS = 0xda, + M_DQT = 0xdb, + M_DNL = 0xdc, + M_DRI = 0xdd, + M_DHP = 0xde, + M_EXP = 0xdf, + + M_APP0 = 0xe0, + M_APP15 = 0xef, + + M_JPG0 = 0xf0, + M_JPG13 = 0xfd, + M_COM = 0xfe, + + M_TEM = 0x01, + + M_ERROR = 0x100 +} JPEG_MARKER; + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +emit_marker (compress_info_ptr cinfo, JPEG_MARKER mark) +#else +emit_marker (cinfo, mark) + compress_info_ptr cinfo; + JPEG_MARKER mark; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +emit_marker (compress_info_ptr cinfo, JPEG_MARKER mark) +#endif /* XIE_SUPPORTED */ +/* Emit a marker code */ +{ + emit_byte(cinfo, 0xFF); + emit_byte(cinfo, mark); +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +emit_2bytes (compress_info_ptr cinfo, int value) +#else +emit_2bytes (cinfo, value) + compress_info_ptr cinfo; + int value; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +emit_2bytes (compress_info_ptr cinfo, int value) +#endif /* XIE_SUPPORTED */ +/* Emit a 2-byte integer; these are always MSB first in JPEG files */ +{ + emit_byte(cinfo, (value >> 8) & 0xFF); + emit_byte(cinfo, value & 0xFF); +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +emit_dqt (compress_info_ptr cinfo, int index) +#else +emit_dqt (cinfo, index) + compress_info_ptr cinfo; + int index; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +emit_dqt (compress_info_ptr cinfo, int index) +#endif /* XIE_SUPPORTED */ +/* Emit a DQT marker */ +/* Returns the precision used (0 = 8bits, 1 = 16bits) for baseline checking */ +{ + QUANT_TBL_PTR data = cinfo->quant_tbl_ptrs[index]; + int prec = 0; + int i; + + for (i = 0; i < DCTSIZE2; i++) { + if (data[i] > 255) + prec = 1; + } + +#ifdef XIE_SUPPORTED + if (emit_marker(cinfo, M_DQT) < 0) + return(-1); + + if (emit_2bytes(cinfo, prec ? DCTSIZE2*2 + 1 + 2 : DCTSIZE2 + 1 + 2) < 0) + return(-1); +#else + emit_2bytes(cinfo, prec ? DCTSIZE2*2 + 1 + 2 : DCTSIZE2 + 1 + 2); + + emit_marker(cinfo, M_DQT); +#endif /* XIE_SUPPORTED */ + + emit_byte(cinfo, index + (prec<<4)); + + for (i = 0; i < DCTSIZE2; i++) { + if (prec) + emit_byte(cinfo, data[i] >> 8); + emit_byte(cinfo, data[i] & 0xFF); + } + + return prec; +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +emit_dht (compress_info_ptr cinfo, int index, boolean is_ac) +#else +emit_dht (cinfo, index, is_ac) + compress_info_ptr cinfo; + int index; + boolean is_ac; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +emit_dht (compress_info_ptr cinfo, int index, boolean is_ac) +#endif /* XIE_SUPPORTED */ +/* Emit a DHT marker */ +{ + HUFF_TBL * htbl; + int length, i; + + if (is_ac) { + htbl = cinfo->ac_huff_tbl_ptrs[index]; + index += 0x10; /* output index has AC bit set */ + } else { + htbl = cinfo->dc_huff_tbl_ptrs[index]; + } + + if (htbl == NULL) +#ifdef XIE_SUPPORTED + return(XIE_ERR); +#else + ERREXIT1(cinfo->emethods, "Huffman table 0x%02x was not defined", index); +#endif /* XIE_SUPPORTED */ + + if (! htbl->sent_table) { +#ifdef XIE_SUPPORTED + if (emit_marker(cinfo, M_DHT) < 0) + return(-1); +#else + emit_marker(cinfo, M_DHT); +#endif /* XIE_SUPPORTED */ + + length = 0; + for (i = 1; i <= 16; i++) + length += htbl->bits[i]; + +#ifdef XIE_SUPPORTED + if (emit_2bytes(cinfo, length + 2 + 1 + 16) < 0) + return(-1); +#else + emit_2bytes(cinfo, length + 2 + 1 + 16); +#endif /* XIE_SUPPORTED */ + emit_byte(cinfo, index); + + for (i = 1; i <= 16; i++) + emit_byte(cinfo, htbl->bits[i]); + + for (i = 0; i < length; i++) + emit_byte(cinfo, htbl->huffval[i]); + + htbl->sent_table = TRUE; + } +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +emit_dac (compress_info_ptr cinfo) +#else +emit_dac (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +emit_dac (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +/* Emit a DAC marker */ +/* Since the useful info is so small, we want to emit all the tables in */ +/* one DAC marker. Therefore this routine does its own scan of the table. */ +{ + char dc_in_use[NUM_ARITH_TBLS]; + char ac_in_use[NUM_ARITH_TBLS]; + int length, i; + + for (i = 0; i < NUM_ARITH_TBLS; i++) + dc_in_use[i] = ac_in_use[i] = 0; + + for (i = 0; i < cinfo->num_components; i++) { + dc_in_use[cinfo->comp_info[i].dc_tbl_no] = 1; + ac_in_use[cinfo->comp_info[i].ac_tbl_no] = 1; + } + + length = 0; + for (i = 0; i < NUM_ARITH_TBLS; i++) + length += dc_in_use[i] + ac_in_use[i]; + +#ifdef XIE_SUPPORTED + if (emit_marker(cinfo, M_DAC) < 0) + return(-1); + + if (emit_2bytes(cinfo, length*2 + 2) < 0) + return(-1); +#else + emit_marker(cinfo, M_DAC); + + emit_2bytes(cinfo, length*2 + 2); +#endif /* XIE_SUPPORTED */ + + for (i = 0; i < NUM_ARITH_TBLS; i++) { + if (dc_in_use[i]) { + emit_byte(cinfo, i); + emit_byte(cinfo, cinfo->arith_dc_L[i] + (cinfo->arith_dc_U[i]<<4)); + } + if (ac_in_use[i]) { + emit_byte(cinfo, i + 0x10); + emit_byte(cinfo, cinfo->arith_ac_K[i]); + } + } +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +emit_dri (compress_info_ptr cinfo) +#else +emit_dri (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +/* Emit a DRI marker */ +{ + if (emit_marker(cinfo, M_DRI) < 0) + return(-1); + + if (emit_2bytes(cinfo, 4) < 0) /* fixed length */ + return(-1); + + if (emit_2bytes(cinfo, (int) cinfo->restart_interval) < 0) + return(-1); + + return(0); +} +#else +LOCAL void +emit_dri (compress_info_ptr cinfo) +/* Emit a DRI marker */ +{ + emit_marker(cinfo, M_DRI); + + emit_2bytes(cinfo, 4); /* fixed length */ + + emit_2bytes(cinfo, (int) cinfo->restart_interval); +} +#endif /* XIE_SUPPORTED */ + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +emit_sof (compress_info_ptr cinfo, JPEG_MARKER code) +#else +emit_sof (cinfo, code) + compress_info_ptr cinfo; + JPEG_MARKER code; +#endif /* NeedFunctionPrototypes */ +/* Emit a SOF marker */ +{ + int i; + + if (emit_marker(cinfo, code) < 0) + return(-1); + + if (emit_2bytes(cinfo, 3 * cinfo->num_components + 2 + 5 + 1) < 0) + return(-1); /* length */ + + if (cinfo->image_height > 65535L || cinfo->image_width > 65535L) + return(XIE_ERR); + + emit_byte(cinfo, cinfo->data_precision); + if (emit_2bytes(cinfo, (int) cinfo->image_height) < 0) + return(-1); + if (emit_2bytes(cinfo, (int) cinfo->image_width) < 0) + return(-1); + + emit_byte(cinfo, cinfo->num_components); + + for (i = 0; i < cinfo->num_components; i++) { + emit_byte(cinfo, cinfo->comp_info[i].component_id); + emit_byte(cinfo, (cinfo->comp_info[i].h_samp_factor << 4) + + cinfo->comp_info[i].v_samp_factor); + emit_byte(cinfo, cinfo->comp_info[i].quant_tbl_no); + } + return(0); +} +#else +LOCAL void +emit_sof (compress_info_ptr cinfo, JPEG_MARKER code) +/* Emit a SOF marker */ +{ + int i; + + emit_marker(cinfo, code); + + emit_2bytes(cinfo, 3 * cinfo->num_components + 2 + 5 + 1); /* length */ + + if (cinfo->image_height > 65535L || cinfo->image_width > 65535L) + ERREXIT(cinfo->emethods, "Maximum image dimension for JFIF is 65535 pixels"); + + emit_byte(cinfo, cinfo->data_precision); + emit_2bytes(cinfo, (int) cinfo->image_height); + emit_2bytes(cinfo, (int) cinfo->image_width); + + emit_byte(cinfo, cinfo->num_components); + + for (i = 0; i < cinfo->num_components; i++) { + emit_byte(cinfo, cinfo->comp_info[i].component_id); + emit_byte(cinfo, (cinfo->comp_info[i].h_samp_factor << 4) + + cinfo->comp_info[i].v_samp_factor); + emit_byte(cinfo, cinfo->comp_info[i].quant_tbl_no); + } +} +#endif /* XIE_SUPPORTED */ + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +emit_sos (compress_info_ptr cinfo) +#else +emit_sos (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +emit_sos (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +/* Emit a SOS marker */ +{ + int i; + +#ifdef XIE_SUPPORTED + if (emit_marker(cinfo, M_SOS) < 0) + return(-1); + + if (emit_2bytes(cinfo, 2 * cinfo->comps_in_scan + 2 + 1 + 3) < 0) + return(-1); /* length */ +#else + emit_marker(cinfo, M_SOS); + + emit_2bytes(cinfo, 2 * cinfo->comps_in_scan + 2 + 1 + 3); /* length */ +#endif /* XIE_SUPPORTED */ + + emit_byte(cinfo, cinfo->comps_in_scan); + + for (i = 0; i < cinfo->comps_in_scan; i++) { + emit_byte(cinfo, cinfo->cur_comp_info[i]->component_id); + emit_byte(cinfo, (cinfo->cur_comp_info[i]->dc_tbl_no << 4) + + cinfo->cur_comp_info[i]->ac_tbl_no); + } + + emit_byte(cinfo, 0); /* Spectral selection start */ + emit_byte(cinfo, DCTSIZE2-1); /* Spectral selection end */ + emit_byte(cinfo, 0); /* Successive approximation */ +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +#ifdef XIE_SUPPORTED +LOCAL int +#if NeedFunctionPrototypes +emit_jfif_app0 (compress_info_ptr cinfo) +#else +emit_jfif_app0 (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +LOCAL void +emit_jfif_app0 (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +/* Emit a JFIF-compliant APP0 marker */ +{ + /* + * Length of APP0 block (2 bytes) + * Block ID (4 bytes - ASCII "JFIF") + * Zero byte (1 byte to terminate the ID string) + * Version Major, Minor (2 bytes - 0x01, 0x01) + * Units (1 byte - 0x00 = none, 0x01 = inch, 0x02 = cm) + * Xdpu (2 bytes - dots per unit horizontal) + * Ydpu (2 bytes - dots per unit vertical) + * Thumbnail X size (1 byte) + * Thumbnail Y size (1 byte) + */ + +#ifdef XIE_SUPPORTED + if (emit_marker(cinfo, M_APP0) < 0) + return(-1); + + if (emit_2bytes(cinfo, 2 + 4 + 1 + 2 + 1 + 2 + 2 + 1 + 1) < 0) + return(-1); /* length */ +#else + emit_marker(cinfo, M_APP0); + + emit_2bytes(cinfo, 2 + 4 + 1 + 2 + 1 + 2 + 2 + 1 + 1); /* length */ +#endif /* XIE_SUPPORTED */ + + emit_byte(cinfo, 0x4A); /* Identifier: ASCII "JFIF" */ + emit_byte(cinfo, 0x46); + emit_byte(cinfo, 0x49); + emit_byte(cinfo, 0x46); + emit_byte(cinfo, 0); + emit_byte(cinfo, 1); /* Major version */ + emit_byte(cinfo, 1); /* Minor version */ + emit_byte(cinfo, cinfo->density_unit); /* Pixel size information */ +#ifdef XIE_SUPPORTED + if (emit_2bytes(cinfo, (int) cinfo->X_density) < 0) + return(-1); + if (emit_2bytes(cinfo, (int) cinfo->Y_density) < 0) + return(-1); +#else + emit_2bytes(cinfo, (int) cinfo->X_density); + emit_2bytes(cinfo, (int) cinfo->Y_density); +#endif /* XIE_SUPPORTED */ + emit_byte(cinfo, 0); /* No thumbnail image */ + emit_byte(cinfo, 0); +#ifdef XIE_SUPPORTED + return(0); +#endif /* XIE_SUPPORTED */ +} + + +/* + * Write the file header. + */ + + +#ifdef XIE_SUPPORTED +LOCAL boolean +#if NeedFunctionPrototypes +set_location(compress_info_ptr cinfo, int l) +#else +set_location(cinfo, l) + compress_info_ptr cinfo; + int l; +#endif /* NeedFunctionPrototypes */ +{ + if ((cinfo->XIErestart >= XIE_RWRJ) && (cinfo->XIEwrloc != l)) + return(FALSE); + + cinfo->XIEbytes_in_buffer = cinfo->bytes_in_buffer; + cinfo->XIErestart = XIE_RNUL; + cinfo->XIEwrloc = l; + + return(TRUE); +} + +METHODDEF int +#if NeedFunctionPrototypes +write_file_header (compress_info_ptr cinfo) +#else +write_file_header (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +METHODDEF void +write_file_header (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + char qt_in_use[NUM_QUANT_TBLS]; + int i, prec; + boolean is_baseline; + +#ifdef XIE_SUPPORTED + int status; + int j; + if (set_location(cinfo, 1)) { + if (emit_marker(cinfo, M_SOI) < 0) { + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + cinfo->XIErestart = XIE_RWRJ; + return(XIE_OUT); /* first the SOI */ + } + + if (cinfo->write_JFIF_header) { /* next an optional JFIF APP0 */ + if (emit_jfif_app0(cinfo) < 0) { + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + cinfo->XIErestart = XIE_RWRJ; + return(XIE_OUT); + } + } + } +#else + emit_marker(cinfo, M_SOI); /* first the SOI */ + + if (cinfo->write_JFIF_header) /* next an optional JFIF APP0 */ + emit_jfif_app0(cinfo); +#endif /* XIE_SUPPORTED */ + + /* Emit DQT for each quantization table. */ + /* Note that doing it here means we can't adjust the QTs on-the-fly. */ + /* If we did want to do that, we'd have a problem with checking precision */ + /* for the is_baseline determination. */ + + for (i = 0; i < NUM_QUANT_TBLS; i++) + qt_in_use[i] = 0; + + for (i = 0; i < cinfo->num_components; i++) + qt_in_use[cinfo->comp_info[i].quant_tbl_no] = 1; + + prec = 0; +#ifdef XIE_SUPPORTED + if (set_location(cinfo, 2)) { + for (i = 0; i < NUM_QUANT_TBLS; i++) { + if (qt_in_use[i]) + { + if ((j = emit_dqt(cinfo, i)) < 0) { + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + cinfo->XIErestart = XIE_RWRJ; + return(XIE_OUT); + } + prec += j; + } + } + } +#else + for (i = 0; i < NUM_QUANT_TBLS; i++) { + prec += emit_dqt(cinfo, i); + } +#endif /* XIE_SUPPORTED */ + /* now prec is nonzero iff there are any 16-bit quant tables. */ + + /* Check for a non-baseline specification. */ + /* Note we assume that Huffman table numbers won't be changed later. */ + is_baseline = TRUE; + if (cinfo->arith_code || (cinfo->data_precision != 8)) + is_baseline = FALSE; + for (i = 0; i < cinfo->num_components; i++) { + if (cinfo->comp_info[i].dc_tbl_no > 1 || cinfo->comp_info[i].ac_tbl_no > 1) + is_baseline = FALSE; + } + if (prec && is_baseline) { + is_baseline = FALSE; + /* If it's baseline except for quantizer size, warn the user */ +#ifndef XIE_SUPPORTED + TRACEMS(cinfo->emethods, 0, + "Caution: quantization tables are too coarse for baseline JPEG"); +#endif /* XIE_SUPPORTED */ + } + + +#ifdef XIE_SUPPORTED + if (set_location(cinfo, 3)) { + /* Emit the proper SOF marker */ + if (cinfo->arith_code) { + if ((status = emit_sof(cinfo, M_SOF9)) < 0) { + if (status == XIE_ERR) + return(XIE_ERR); + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + cinfo->XIErestart = XIE_RWRJ; + return(XIE_OUT); /* SOF code for arithmetic coding */ + } + } else if (is_baseline) { + if ((status = emit_sof(cinfo, M_SOF0)) < 0) { + if (status == XIE_ERR) + return(XIE_ERR); + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + cinfo->XIErestart = XIE_RWRJ; + return(XIE_OUT); /* SOF code for baseline implementation */ + } + } else { + if ((status = emit_sof(cinfo, M_SOF1)) < 0) { + if (status == XIE_ERR) + return(XIE_ERR); + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + cinfo->XIErestart = XIE_RWRJ; + return(XIE_OUT); /* SOF code for non-baseline Huffman file */ + } + } + } + return(0); +#else + /* Emit the proper SOF marker */ + if (cinfo->arith_code) + emit_sof(cinfo, M_SOF9); /* SOF code for arithmetic coding */ + else if (is_baseline) + emit_sof(cinfo, M_SOF0); /* SOF code for baseline implementation */ + else + emit_sof(cinfo, M_SOF1); /* SOF code for non-baseline Huffman file */ +#endif /* XIE_SUPPORTED */ +} + + +/* + * Write the start of a scan (everything through the SOS marker). + */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +write_scan_header (compress_info_ptr cinfo) +#else +write_scan_header (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +METHODDEF void +write_scan_header (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + int i; +#ifdef XIE_SUPPORTED + int status; + int l = 0; +#endif /* XIE_SUPPORTED */ + + if (cinfo->arith_code) { + /* Emit arith conditioning info. We will have some duplication + * if the file has multiple scans, but it's so small it's hardly + * worth worrying about. + */ +#ifdef XIE_SUPPORTED + if (set_location(cinfo, l++)) { + if (emit_dac(cinfo) < 0) { + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + cinfo->XIErestart = XIE_RWRJ; + return(XIE_OUT); + } + } +#else + emit_dac(cinfo); +#endif /* XIE_SUPPORTED */ + } else { + /* Emit Huffman tables. Note that emit_dht takes care of + * suppressing duplicate tables. + */ +#ifdef XIE_SUPPORTED + for (i = 0; i < cinfo->comps_in_scan; i++) { + if (set_location(cinfo, l++)) { + if ((status = + emit_dht(cinfo, cinfo->cur_comp_info[i]->dc_tbl_no, FALSE)) < 0) { + if (status == XIE_ERR) + return(XIE_ERR); + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + cinfo->XIErestart = XIE_RWRJ; + return(XIE_OUT); + } + } + if (set_location(cinfo, l++)) { + if ((status = + emit_dht(cinfo, cinfo->cur_comp_info[i]->ac_tbl_no, TRUE)) < 0) { + if (status == XIE_ERR) + return(XIE_ERR); + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + cinfo->XIErestart = XIE_RWRJ; + return(XIE_OUT); + } + } + } +#else + for (i = 0; i < cinfo->comps_in_scan; i++) { + emit_dht(cinfo, cinfo->cur_comp_info[i]->dc_tbl_no, FALSE); + emit_dht(cinfo, cinfo->cur_comp_info[i]->ac_tbl_no, TRUE); + } +#endif /* XIE_SUPPORTED */ + } + + /* Emit DRI if required --- note that DRI value could change for each scan. + * If it doesn't, a tiny amount of space is wasted in multiple-scan files. + * We assume DRI will never be nonzero for one scan and zero for a later one. + */ +#ifdef XIE_SUPPORTED + if (cinfo->restart_interval) { + if (set_location(cinfo, l++)) { + if (emit_dri(cinfo) < 0) { + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + cinfo->XIErestart = XIE_RWRJ; + return(XIE_OUT); + } + } + } + + if (set_location(cinfo, l)) { + if (emit_sos(cinfo) < 0) { + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + cinfo->XIErestart = XIE_RWRJ; + return(XIE_OUT); + } + } + return(0); +#else + if (cinfo->restart_interval) + emit_dri(cinfo); + + emit_sos(cinfo); +#endif /* XIE_SUPPORTED */ +} + + +/* + * Write some bytes of compressed data within a scan. + */ + +#ifndef XIE_SUPPORTED +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +write_jpeg_data (compress_info_ptr cinfo, char *dataptr, int datacount) +#else +write_jpeg_data (cinfo, dataptr, datacount) + compress_info_ptr cinfo; + char *dataptr; + int datacount; +#endif /* NeedFunctionPrototypes */ +#else +write_jpeg_data (compress_info_ptr cinfo, char *dataptr, int datacount) +#endif /* XIE_SUPPORTED */ +{ +#ifndef XIE_SUPPORTED + size_t i; + /* Write some bytes from a (char *) buffer */ + if ((i = JFWRITE(cinfo->output_file, dataptr, datacount)) + != (size_t) (datacount)) + ERREXIT(cinfo->emethods, "Output file write error"); +#endif /* XIE_SUPPORTED */ +} +#endif /* XIE_SUPPORTED */ + +/* + * Finish up after a compressed scan (series of write_jpeg_data calls). + */ + +METHODDEF void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +write_scan_trailer (compress_info_ptr cinfo) +#else +write_scan_trailer (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +write_scan_trailer (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + /* no work needed in this format */ +} + + +/* + * Finish up at the end of the file. + */ + +#ifdef XIE_SUPPORTED +METHODDEF int +#if NeedFunctionPrototypes +write_file_trailer (compress_info_ptr cinfo) +#else +write_file_trailer (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +{ + if (set_location(cinfo, 1)) { + if (emit_marker(cinfo, M_EOI) < 0) { + cinfo->bytes_in_buffer = cinfo->XIEbytes_in_buffer; + cinfo->XIErestart = XIE_RWRJ; + return(XIE_OUT); + } + } + return(0); +} +#else +METHODDEF void +write_file_trailer (compress_info_ptr cinfo) +{ + int i; + emit_marker(cinfo, M_EOI); + /* Make sure we wrote the output file OK */ + /* Clean up and verify successful output */ + fflush(cinfo->output_file); + if ((i = ferror(cinfo->output_file))) + ERREXIT(cinfo->emethods, "Output file write error"); +} +#endif /* XIE_SUPPORTED */ + + +/* + * The method selection routine for standard JPEG header writing. + * This should be called from c_ui_method_selection if appropriate. + */ + +GLOBAL void +#ifdef XIE_SUPPORTED +#if NeedFunctionPrototypes +jselwjfif (compress_info_ptr cinfo) +#else +jselwjfif (cinfo) + compress_info_ptr cinfo; +#endif /* NeedFunctionPrototypes */ +#else +jselwjfif (compress_info_ptr cinfo) +#endif /* XIE_SUPPORTED */ +{ + cinfo->methods->write_file_header = write_file_header; + cinfo->methods->write_scan_header = write_scan_header; +#ifndef XIE_SUPPORTED + cinfo->methods->write_jpeg_data = write_jpeg_data; +#endif + cinfo->methods->write_scan_trailer = write_scan_trailer; + cinfo->methods->write_file_trailer = write_file_trailer; +} + +#endif /* JFIF_SUPPORTED */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/Imakefile b/xie/xc/programs/Xserver/XIE/mixie/process/Imakefile new file mode 100644 index 0000000..2f29e04 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/Imakefile @@ -0,0 +1,34 @@ +XCOMM $XConsortium: Imakefile,v 1.4 93/11/07 10:58:48 rws Exp $ +XCOMM build device dependent machine independent process element objs +#include + +SRCS1 = bitfun.c mpgeom.c mpgeomaa.c mpgeomnn.c mppoint.c +OBJS1 = bitfun.o mpgeom.o mpgeomaa.o mpgeomnn.o mppoint.o + +#if BuildDIS +DEFINES = -DXIE_DIS +#else +SRCS2 = mparith.c mpbandc.c mpbande.c mpbands.c mpblend.c mpcfromi.c \ + mpcnst.c mpcomp.c mpconv.c mpctoi.c mpdither.c mphist.c \ + mplogic.c mppaste.c mprgb.c mpuncnst.c +OBJS2 = mparith.o mpbandc.o mpbande.o mpbands.o mpblend.o mpcfromi.o \ + mpcnst.o mpcomp.o mpconv.o mpctoi.o mpdither.o mphist.o \ + mplogic.o mppaste.o mprgb.o mpuncnst.o +#endif + + SRCS = $(SRCS1) $(SRCS2) + + OBJS = $(OBJS1) $(OBJS2) + + INCLUDES = -I../include -I../../include -I$(SERVERSRC)/include -I$(INCLUDESRC) -I$(INCLUDESRC)/extensions + LINTLIBS = ../../dixie/export/llib-lexp.ln ../../dixie/import/llib-limp.ln \ + ../../dixie/process/llib-lproc.ln ../../dixie/request/llib-lreq.ln \ + ../control/llib-lctrl.ln ../export/llib-lmexp.ln ../fax/llib-lfax.ln \ + ../import/llib-lmimp.ln ../jpeg/llib-ljpeg.ln ../process/llib-lmproc.ln + +SubdirLibraryRule($(OBJS)) +NormalLibraryObjectRule() +LintLibraryTarget(mproc,$(SRCS)) +NormalLintTarget($(SRCS)) + +DependTarget() diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/bitfun.c b/xie/xc/programs/Xserver/XIE/mixie/process/bitfun.c new file mode 100644 index 0000000..678bfc0 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/bitfun.c @@ -0,0 +1,429 @@ +/* $XConsortium: bitfun.c,v 1.5 94/04/17 20:35:08 rws Exp $ */ +/**** module bitfun.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + bitfun.c -- DDXIE utilities for bits and other fun things. + + Larry Hare -- AGE Logic, Inc. July, 1993 + +*****************************************************************************/ + +#define _XIEC_MPBITFUN + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include + +#include "xiemd.h" + +/*--------------------------------------------------------------------------- +-------------------------------- bitexpand -------------------------------- +---------------------------------------------------------------------------*/ + +/* +** Following routine is used to expand a length of bit pixels to byte +** pixels. Similar routines could be written for other pixels sizes +** but currently we don't really support them (eg 4 bits) or doesnt +** really speed them up (16 bits). +** +** You could also do this with any other bit expansion tricks you +** have up your sleeve. For instance, you could look up 8 bits +** at a time, and have a table of 256 long longs; or use your +** favorite graphics accelerator, or ... bitfun. +*/ + + +CARD32 xie8StippleMasks[16] = { +0x00000000, 0x000000ff, 0x0000ff00, 0x0000ffff, +0x00ff0000, 0x00ff00ff, 0x00ffff00, 0x00ffffff, +0xff000000, 0xff0000ff, 0xff00ff00, 0xff00ffff, +0xffff0000, 0xffff00ff, 0xffffff00, 0xffffffff, +}; + +/* byte reversal table */ +unsigned char _ByteReverseTable[]= { + 0x00, 0x80, 0x40, 0xc0, 0x20, 0xa0, 0x60, 0xe0, + 0x10, 0x90, 0x50, 0xd0, 0x30, 0xb0, 0x70, 0xf0, + 0x08, 0x88, 0x48, 0xc8, 0x28, 0xa8, 0x68, 0xe8, + 0x18, 0x98, 0x58, 0xd8, 0x38, 0xb8, 0x78, 0xf8, + 0x04, 0x84, 0x44, 0xc4, 0x24, 0xa4, 0x64, 0xe4, + 0x14, 0x94, 0x54, 0xd4, 0x34, 0xb4, 0x74, 0xf4, + 0x0c, 0x8c, 0x4c, 0xcc, 0x2c, 0xac, 0x6c, 0xec, + 0x1c, 0x9c, 0x5c, 0xdc, 0x3c, 0xbc, 0x7c, 0xfc, + 0x02, 0x82, 0x42, 0xc2, 0x22, 0xa2, 0x62, 0xe2, + 0x12, 0x92, 0x52, 0xd2, 0x32, 0xb2, 0x72, 0xf2, + 0x0a, 0x8a, 0x4a, 0xca, 0x2a, 0xaa, 0x6a, 0xea, + 0x1a, 0x9a, 0x5a, 0xda, 0x3a, 0xba, 0x7a, 0xfa, + 0x06, 0x86, 0x46, 0xc6, 0x26, 0xa6, 0x66, 0xe6, + 0x16, 0x96, 0x56, 0xd6, 0x36, 0xb6, 0x76, 0xf6, + 0x0e, 0x8e, 0x4e, 0xce, 0x2e, 0xae, 0x6e, 0xee, + 0x1e, 0x9e, 0x5e, 0xde, 0x3e, 0xbe, 0x7e, 0xfe, + 0x01, 0x81, 0x41, 0xc1, 0x21, 0xa1, 0x61, 0xe1, + 0x11, 0x91, 0x51, 0xd1, 0x31, 0xb1, 0x71, 0xf1, + 0x09, 0x89, 0x49, 0xc9, 0x29, 0xa9, 0x69, 0xe9, + 0x19, 0x99, 0x59, 0xd9, 0x39, 0xb9, 0x79, 0xf9, + 0x05, 0x85, 0x45, 0xc5, 0x25, 0xa5, 0x65, 0xe5, + 0x15, 0x95, 0x55, 0xd5, 0x35, 0xb5, 0x75, 0xf5, + 0x0d, 0x8d, 0x4d, 0xcd, 0x2d, 0xad, 0x6d, 0xed, + 0x1d, 0x9d, 0x5d, 0xdd, 0x3d, 0xbd, 0x7d, 0xfd, + 0x03, 0x83, 0x43, 0xc3, 0x23, 0xa3, 0x63, 0xe3, + 0x13, 0x93, 0x53, 0xd3, 0x33, 0xb3, 0x73, 0xf3, + 0x0b, 0x8b, 0x4b, 0xcb, 0x2b, 0xab, 0x6b, 0xeb, + 0x1b, 0x9b, 0x5b, 0xdb, 0x3b, 0xbb, 0x7b, 0xfb, + 0x07, 0x87, 0x47, 0xc7, 0x27, 0xa7, 0x67, 0xe7, + 0x17, 0x97, 0x57, 0xd7, 0x37, 0xb7, 0x77, 0xf7, + 0x0f, 0x8f, 0x4f, 0xcf, 0x2f, 0xaf, 0x6f, 0xef, + 0x1f, 0x9f, 0x5f, 0xdf, 0x3f, 0xbf, 0x7f, 0xff + +}; + +#if (IMAGE_BYTE_ORDER == MSBFirst) +#define g4 (c = (inval>>26) & 0x3c, inval <<= 4, \ + *((CARD32 *) ((int) &xie8StippleMasks[0] + c)) & val) +#define g4r (c = (inval>>26) & 0x3c, inval <<= 4, \ + ~(*((CARD32 *) ((int) &xie8StippleMasks[0] + c))) & val) +#define g4b (c = (inval>>26) & 0x3c, inval <<= 4, \ + c = *((CARD32 *) ((int) &xie8StippleMasks[0] + c)), \ + (loval & ~c) | (hival & c)) +#else +#define g4 (c = inval & 0xf, inval >>= 4, xie8StippleMasks[c] & val) +#define g4r (c = inval & 0xf, inval >>= 4, ~xie8StippleMasks[c] & val) +#define g4b (c = inval & 0xf, inval >>= 4, c = xie8StippleMasks[c], \ + (loval & ~c) | (hival & c)) +#endif + +#define p4 *outp++ + +pointer bitexpand(inp,outp,bw,olow,ohigh) + CARD32 *inp; /* these are actualy bits... */ + CARD32 *outp; /* its actually bytes but ... */ + int bw; /* number of bits to extract */ + unsigned char olow; /* zero bit maps to this */ + unsigned char ohigh; /* one bit maps to this */ +{ + pointer dst = (pointer)outp; + int nw; + CARD32 inval, c; + if (olow == 0) { + CARD32 val = ohigh; + val = (val << 8) | val; val = (val << 16) | val; + for ( nw = bw >> 5; nw > 0; nw--) { + inval = *inp++; + p4 = g4; p4 = g4; p4 = g4; p4 = g4; + p4 = g4; p4 = g4; p4 = g4; p4 = g4; + } + if ((bw &= 31) > 0) + for (inval = *inp; bw > 0; bw -= 4) + p4 = g4; + } else if (ohigh == 0) { + CARD32 val = olow; + val = (val << 8) | val; val = (val << 16) | val; + for ( nw = bw >> 5; nw > 0; nw--) { + inval = *inp++; + p4 = g4r; p4 = g4r; p4 = g4r; p4 = g4r; + p4 = g4r; p4 = g4r; p4 = g4r; p4 = g4r; + } + if ((bw &= 31) > 0) + for (inval = *inp; bw > 0; bw -= 4) + p4 = g4r; + } else { + CARD32 loval = olow, hival = ohigh; + loval = (loval << 8) | loval; loval = (loval << 16) | loval; + hival = (hival << 8) | hival; hival = (hival << 16) | hival; + for ( nw = bw >> 5; nw > 0; nw--) { + inval = *inp++; + p4 = g4b; p4 = g4b; p4 = g4b; p4 = g4b; + p4 = g4b; p4 = g4b; p4 = g4b; p4 = g4b; + } + if ((bw &= 31) > 0) + for (inval = *inp; bw > 0; bw -= 4) + p4 = g4b; + } + /******** + if (bw > 0) + for (M=LOGLEFT, inval = *inp++; bw; bw--, LOGRIGHT(M)) + *outp++ = (inval & M) ? ohigh : olow ; + *********/ + return(dst); +} + +/* byte to bit converter + * everything less than "threshold" becomes a zero + */ +void +bitshrink(src,dst,width,threshold) + unsigned char *src, *dst, threshold; + int width; +{ + BytePixel *i = src; + LogInt *o = (LogInt*)dst, M, v; + int bw; + + for(bw = width; bw >= LOGSIZE; *o++ = v, bw -= LOGSIZE) + for(v = 0, M = LOGLEFT; M; LOGRIGHT(M)) if(*i++ >= threshold) v |= M; + if(bw > 0) { + for(v = 0, M = LOGLEFT; bw--; LOGRIGHT(M)) if(*i++ >= threshold) v |= M; + *o++ = v; + } +} + +/*------------------------------------------------------------------------ +------------------ Bit manipulation in ROI section ----------------------- +------------------------------------------------------------------------*/ + +/* +** The following routines are used to turn a set of bits in a ROI extent +** of a scanline to 0's, to 1's, or to invert them. 'ix' is the starting +** bit number, and 'run' is the number of bits. The routines can be +** applied to eg BytePixel arrays by scaling the coordinates appropriately. +*/ + +void +action_clear(d, run, ix) /* turn off bits in region */ + LogInt *d; + int run, ix; +{ + int sbit = ix & LOGMASK; + + ix >>= LOGSHIFT; d += ix; + if ((sbit + run) >= LOGSIZE) { + if (sbit) { + *d &= ~(BitRight(LOGONES,sbit)); + run -= (LOGSIZE - sbit); d++; + } + for (sbit = run >> LOGSHIFT; sbit > 0; sbit--) { + *d++ = 0; + } + if (run &= LOGMASK) { + *d &= BitRight(LOGONES,run); + } + } else { + *d &= ~(BitRight(LOGONES,sbit) & ~(BitRight(LOGONES,sbit+run))); + } +} + +void +action_set(d, run, ix) /* turn on bits in region */ + LogInt *d; + int run, ix; +{ + int sbit = ix & LOGMASK; + + ix >>= LOGSHIFT; d += ix; + if ((sbit + run) >= LOGSIZE) { + if (sbit) { + *d |= BitRight(LOGONES,sbit); + run -= (LOGSIZE - sbit); d++; + } + for (sbit = run >> LOGSHIFT; sbit > 0; sbit--) { + *d++ = LOGONES; + } + if (run &= LOGMASK) { + *d |= ~BitRight(LOGONES,run); + } + } else { + *d |= (BitRight(LOGONES,sbit) & ~(BitRight(LOGONES,sbit+run))); + } +} + +void +action_invert(d, run, ix) /* invert bits in region */ + LogInt *d; + int run, ix; +{ + int sbit = ix & LOGMASK; + + ix >>= LOGSHIFT; d += ix; + if ((sbit + run) >= LOGSIZE) { + if (sbit) { + *d ^= BitRight(LOGONES,sbit); + run -= (LOGSIZE - sbit); d++; + } + for (sbit = run >> LOGSHIFT; sbit > 0; sbit--) { + *d++ ^= LOGONES; + } + if (run &= LOGMASK) { + *d ^= ~BitRight(LOGONES,run); + } + } else { + *d ^= (BitRight(LOGONES,sbit) & ~(BitRight(LOGONES,sbit+run))); + } +} + +/*------------------------------------------------------------------------ +------------------------ Pixel Copy in ROI section ----------------------- +------------------------------------------------------------------------*/ +/* +** NOTE: Nominally used to copy src1 to destination in the passive +** regions of a ROI. To implement this efficiently we have a variety +** of issues and choices: +** a) Simply call memcpy for the correct number of bytes. +** b) Simply call passcopy_bit below for the correct # of bits. +** d) For small number, do a while loop, else call memcpy or passocpy_bit. +** NOTE: do not call if s == d, or if s overlaps d. +*/ + +/* (*(pvt->passive)) (dvoid, svoid, -run, ix); */ + +void passcopy_byte(d,s,dx,x) + BytePixel *d, *s; + CARD32 dx, x; +{ + d += x; + s += x; + if (dx < 15) while (dx-- > 0) *d++ = *s++; + else memcpy (d, s, dx); +} + +void passcopy_pair(d,s,dx,x) + PairPixel *d, *s; + CARD32 dx, x; +{ + d += x; + s += x; + if (dx < 12) while (dx-- > 0) *d++ = *s++; + else memcpy (d, s, dx << 1); +} + +void passcopy_quad(d,s,dx,x) + QuadPixel *d, *s; + CARD32 dx, x; +{ + d += x; + s += x; + if (dx < 8) while (dx-- > 0) *d++ = *s++; + else memcpy (d, s, dx << 2); +} + +void passcopy_real(d,s,dx,x) + RealPixel *d, *s; + CARD32 dx, x; +{ + d += x; + s += x; + if (dx < 8) while (dx-- > 0) *d++ = *s++; + else memcpy (d, s, dx << 2); +} + +void +passcopy_bit(d,s,dx,x) + LogInt *d, *s; + CARD32 dx, x; +{ + CARD32 sbit = x & LOGMASK; + LogInt M; + + x >>= LOGSHIFT; s += x; d += x; + + if ((sbit + dx) >= LOGSIZE) { + if (sbit) { + M = BitRight(LOGONES,sbit); + *d = (*d & ~M) | (*s & M); + dx -= (LOGSIZE - sbit); d++; s++; + } + for (sbit = dx >> LOGSHIFT; sbit > 0; sbit--) { + *d++ = *s++; + } + if (dx &= LOGMASK) { + M = ~BitRight(LOGONES,dx); + *d = (*d & ~M) | (*s & M); + } + } else { + M = (BitRight(LOGONES,sbit) & ~(BitRight(LOGONES,sbit+dx))); + *d = (*d & ~M) | (*s & M); + } +} + +void (*passive_copy[5])() = { + passcopy_real, passcopy_bit, passcopy_byte, passcopy_pair, passcopy_quad +}; + +/**** module bitfun.c ****/ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mparith.c b/xie/xc/programs/Xserver/XIE/mixie/process/mparith.c new file mode 100644 index 0000000..0e24532 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mparith.c @@ -0,0 +1,1186 @@ +/* $XConsortium: mparith.c /main/6 1995/12/02 16:53:37 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module mparith.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mparith.c -- DDXIE arithmetic and math element + + Larry Hare -- AGE Logic, Inc. August, 1993 + +*****************************************************************************/ + + +#define _XIEC_MPARITH +#define _XIEC_PARITH + +/* + * Include files + */ +#include +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + /* + ** Most machines will work fine using the double precision versions + ** of the math functions. If they give you problems, or if you + ** want a bit more speed, then pick one of the following sets of + ** defines. Enjoy. While you are thinking about this you might + ** want to consider changing the cube root function in mprgb.c + ** with fpow(x,1./3.) or powf(x,1./3.). Another similar area is + ** in mpgeomaa.c for the gaussian technique. + */ + +#if defined(USE_EXPF) + /* + ** The very newest ANSI-C libraries promote this style of floating + ** functions. Even if you have these available, you may need to + ** use special compiler options, and prototypes from math.h + */ +# define exp expf +# define log logf +# define pow powf +# define sqrt sqrtf +#endif + +#if defined(USE_FEXP) + /* + ** This is the more antique way to get floating math functions. But + ** you may have to use compiler options or otherwise stand on your + ** head to do this safely. Otherwise the argument may get promoted. + */ +# define exp fexp +# define log flog +# define pow fpow +# define sqrt fsqrt +#endif + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeArith(); +int miAnalyzeMath(); + +/* + * routines used internal to this module + */ +static int CreateArith(); +static int InitializeArith(); +static int ResetArith(); +static int DestroyArith(); + +static int ActivateArithMROI(); +static int ActivateArithDROI(); +static int SetupArith(); +static void ClearArith(); /* and Math */ + +static int CreateMath(); +static int InitializeMath(); +static int SetupMath(); + +/* + * DDXIE Arithmetic and Math entry points + */ +static ddElemVecRec ArithVec = { + CreateArith, + InitializeArith, + (xieIntProc) NULL, + (xieIntProc) NULL, + ResetArith, + DestroyArith + }; + +static ddElemVecRec MathVec = { + CreateMath, + InitializeMath, + ActivateArithMROI, /* yes, arith */ + (xieIntProc) NULL, + ResetArith, /* yes, arith */ + DestroyArith /* yes, arith */ + }; + +/* +* Local Declarations. +*/ + +typedef struct _mparithdef { + void (*action) (); /* to do arithmetic */ + void (*passive) (); /* to copy src1 in passive areas */ + CARD32 *lutptr; /* in case we do a lookup */ + CARD32 nlev; /* integer clipping */ + CARD32 nclip; /* integer clipping */ + CARD32 iconstant; + RealPixel fconstant; +} mpArithPvtRec, *mpArithPvtPtr; /* also used for Math */ + +/* +** NOTE: What happens if element is run over and over with same +** parameters. If we are using a LUT, should we try to keep it? +** If KEEP_LUTS is enabled, then we build any required luts in +** the Create routine and free them in Destroy. Otherwise we do +** so in Initialize and Reset. This is more important on +** operations like divide on non-fpu machines. +*/ + +#define KEEP_LUTS + + +/*------------------------------------------------------------------------ +------------------------ fill in the vector --------------------------- +------------------------------------------------------------------------*/ +int miAnalyzeArith(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ped->ddVec = ArithVec; + return TRUE; +} + +int miAnalyzeMath(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ped->ddVec = MathVec; + return TRUE; +} + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateArith(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* always force syncing between inputs (is nop if only one input) */ + if (!MakePETex(flo,ped, + xieValMaxBands * sizeof(mpArithPvtRec), + SYNC, /* InSync: */ + NO_SYNC /* bandSync: */)) + return FALSE; + +#if defined(KEEP_LUTS) + if (!SetupArith(flo, ped, 0 /* modify ?? */)) + return FALSE; +#endif + + return TRUE; + +} + +static int CreateMath(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* always force syncing between inputs (is nop if only one input) */ + if (!MakePETex(flo,ped, + xieValMaxBands * sizeof(mpArithPvtRec), + SYNC, /* InSync: */ + NO_SYNC /* bandSync: */)) + return FALSE; + +#if defined(KEEP_LUTS) + if (!SetupMath(flo, ped, 0 /* modify ?? */)) + return FALSE; +#endif + + return TRUE; + +} + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ + +static int InitializeArith(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloArithmetic *raw = (xieFloArithmetic *) ped->elemRaw; + peTexPtr pet = ped->peTex; + receptorPtr rcp = pet->receptor; + CARD8 msk = raw->bandMask; + +#if !defined(KEEP_LUTS) + if (!SetupArith(flo, ped, 0 /* modify ?? */)) + return FALSE; +#endif + + ped->ddVec.activate = raw->src2 ? ActivateArithDROI : ActivateArithMROI; + + /* If processing domain, allow replication */ + if (raw->domainPhototag) + rcp[ped->inCnt-1].band[0].replicate = msk; + + InitReceptor(flo, ped, &rcp[SRCt1], NO_DATAMAP, 1, msk, ~msk); + + if (raw->src2) + InitReceptor(flo, ped, &rcp[SRCt2], NO_DATAMAP, 1, msk, NO_BANDS); + + InitProcDomain(flo, ped, raw->domainPhototag, raw->domainOffsetX, + raw->domainOffsetY); + InitEmitter(flo, ped, NO_DATAMAP, SRCt1); + + return !ferrCode(flo); +} + +static int InitializeMath(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloMath *raw = (xieFloMath *) ped->elemRaw; + peTexPtr pet = ped->peTex; + receptorPtr rcp = pet->receptor; + CARD8 msk = raw->bandMask; + +#if !defined(KEEP_LUTS) + if (!SetupMath(flo, ped, 0 /* modify ?? */)) + return FALSE; +#endif + if (raw->domainPhototag) + rcp[ped->inCnt-1].band[0].replicate = msk; + InitReceptor(flo, ped, &rcp[SRCt1], NO_DATAMAP, 1, msk, ~msk); + InitProcDomain(flo, ped, raw->domainPhototag, raw->domainOffsetX, + raw->domainOffsetY); + InitEmitter(flo, ped, NO_DATAMAP, SRCt1); + + return !ferrCode(flo); +} + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ + +static int ActivateArithMROI(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpArithPvtPtr pvt = (mpArithPvtPtr) pet->private; + int band, nbands = pet->receptor[SRCt1].inFlo->bands; + bandPtr sband = &(pet->receptor[SRCt1].band[0]); + bandPtr dband = &(pet->emitter[0]); + + for(band = 0; band < nbands; band++, pvt++, sband++, dband++) { + pointer svoid, dvoid; + + if (!(pet->scheduled & 1< 0) { + (*(pvt->action)) (dvoid, svoid, run, ix, pvt); + ix += run; + } else { + if (dvoid != svoid) + (*(pvt->passive)) (dvoid, svoid, -run, ix); + ix -= run; + } + } + svoid = GetNextSrc(flo,pet,sband,FLUSH); + dvoid = GetNextDst(flo,pet,dband,FLUSH); + } + + FreeData(flo, pet, sband, sband->current); + } + return TRUE; +} + +static int ActivateArithDROI(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpArithPvtPtr pvt = (mpArithPvtPtr) pet->private; + int band, nbands = pet->receptor[SRCt1].inFlo->bands; + bandPtr sband = &(pet->receptor[SRCt1].band[0]); + bandPtr tband = &(pet->receptor[SRCt2].band[0]); + bandPtr dband = &(pet->emitter[0]); + + for(band = 0; band < nbands; band++, pvt++, sband++, tband++, dband++) { + pointer svoid, tvoid, dvoid; + CARD32 w; + + if (!(pet->scheduled & 1<format->width; + if (w > tband->format->width) w = tband->format->width; + + if (!(svoid = GetCurrentSrc(flo,pet,sband)) || + !(tvoid = GetCurrentSrc(flo,pet,tband)) || + !(dvoid = GetCurrentDst(flo,pet,dband))) continue; + + while (!ferrCode(flo) && svoid && tvoid && dvoid && + SyncDomain(flo,ped,dband,FLUSH)) { + INT32 run, ix = 0; + + while (run = GetRun(flo,pet,dband)) { + if (run > 0) { + /* needs to clip to second source, yuck */ + if ((ix + run) > w) { + if (ix < w) + (*(pvt->action)) (dvoid,svoid,tvoid, w-ix, ix, pvt); + if (dvoid != svoid) { + run = sband->format->width - w; + if (run > 0) + (*(pvt->passive)) (dvoid, svoid, run, w); + } + break; + } + (*(pvt->action)) (dvoid, svoid, tvoid, run, ix, pvt); + ix += run; + } else { + if (dvoid != svoid) + (*(pvt->passive)) (dvoid, svoid, -run, ix); + ix -= run; + } + } + svoid = GetNextSrc(flo,pet,sband,FLUSH); + tvoid = GetNextSrc(flo,pet,tband,FLUSH); + dvoid = GetNextDst(flo,pet,dband,FLUSH); + } + + if(!svoid && sband->final) { + DisableSrc(flo,pet,tband,FLUSH); + } else if(!tvoid && tband->final) { + BypassSrc(flo,pet,sband); + } else { + /* both inputs still active, keep the scheduler up to date */ + FreeData(flo,pet,sband,sband->current); + FreeData(flo,pet,tband,tband->current); + } + } + return TRUE; +} + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetArith(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + +#if !defined(KEEP_LUTS) + ClearArith(flo,ped); +#endif + + ResetReceptors(ped); + ResetProcDomain(ped); + ResetEmitter(ped); + return TRUE; +} + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyArith(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + +#if defined(KEEP_LUTS) + ClearArith(flo,ped); +#endif + + /* get rid of the peTex structure and private structures */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return TRUE; +} + +/*------------------------------------------------------------------------ +--------------------- Lotsa Little Action Routines --------------------- +------------------------------------------------------------------------*/ + +/* xieTypArithmeticOp +** +** #define xieValAdd 1 +** #define xieValSub 2 +** #define xieValSubRev 3 +** #define xieValMul 4 +** #define xieValDiv 5 +** #define xieValDivRev 6 +** #define xieValMin 7 +** #define xieValMax 8 +** #define xieValGamma 9 +** +** xieTypMathOp +** +** #define xieValExp 1 +** #define xieValLn 2 +** #define xieValLog2 3 +** #define xieValLog10 4 +** #define xieValSquare 5 +** #define xieValSqrt 6 +*/ + +#define NADA 0 + +#define AADD D = S1 + S2; if (D >= nlev) D = nlev - 1; +#define ASUB D = (S1 > S2) ? S1 - S2 : 0; +#define ASUBREV D = (S2 > S1) ? S2 - S1 : 0; +#define AMIN D = S1 < S2 ? S1 : S2; +#define AMAX D = S1 > S2 ? S1 : S2; + + +#define FADD D = S1 + S2; +#define FSUB D = S1 - S2; +#define FSUBREV D = S2 - S1; +#define FMUL D = S1 * S2; +#define FDIV D = S1 / S2; +#define FDIVREV D = S1 ? S2 / S1 : S2; +#define FMIN D = S1 < S2 ? S1 : S2; +#define FMAX D = S1 > S2 ? S1 : S2; + /* beware float vs double */ + /* consider using fpow() if available */ +#define FGAM D = pow(S1,S2); +#define IFGAM D = (nlev - 1) * pow(S1/(nlev-1),S2); + +#define BADD D = S1 | S2; +#define BSUB D = S1 & ~S2; +#define BSUBREV D = S2 & ~S1; +#define BMUL D = S1 & S2; +#define BDIV D = S1; +#define BDIVREV D = S2; +#define BMIN D = S1 & S2; /* same as BMUL */ +#define BMAX D = S1 | S2; /* same as BADD */ +#define BGAM D = S1; + + +/*------------------------------------------------------------------------ +--------------------- ROI operations work on subranges ------------------ +------------------------------------------------------------------------*/ + +/* MROI: (*(pvt->action)) (dvoid, src1, run, ix, pvt); */ +/* DROI: (*(pvt->action)) (dvoid, src1, src2, run, ix, pvt); */ + +#define MakeLutI(name1, expr) \ +static void name1(pvt) \ + mpArithPvtPtr pvt; \ +{ \ + CARD32 *lut = pvt->lutptr; \ + CARD32 nlev = pvt->nlev; \ + CARD32 nclip = pvt->nclip; \ + CARD32 i; \ + CARD32 D, S1, S2 = pvt->iconstant; \ + for ( i = 0; i < nlev ; i++) { \ + S1 = i; \ + expr; \ + lut[i] = D; \ + } \ + for ( ; i < nclip ; i++) { \ + lut[i] = 0; \ + } \ +} + +#define MakeLutF2(name1, expr) \ +static void name1(pvt) \ + mpArithPvtPtr pvt; \ +{ \ + CARD32 *lut = pvt->lutptr; \ + CARD32 nlev = pvt->nlev; \ + CARD32 nclip = pvt->nclip; \ + RealPixel Half = (RealPixel) .5; \ + RealPixel dlev = (RealPixel) nlev - Half; \ + RealPixel D, S1, S2 = pvt->fconstant; \ + CARD32 i; \ + for ( i = 0; i < nlev ; i++) { \ + S1 = i; \ + expr; \ + D += .5; \ + if (D < 0.) D = 0; \ + else if (D > dlev) D = dlev; \ + lut[i] = D; \ + } \ + for ( ; i < nclip ; i++) { \ + lut[i] = 0; \ + } \ +} + +#define MakeLutF1(name1, expr) \ +static void name1(pvt) \ + mpArithPvtPtr pvt; \ +{ \ + CARD32 *lut = pvt->lutptr; \ + CARD32 nlev = pvt->nlev; \ + CARD32 nclip = pvt->nclip; \ + RealPixel Half = (RealPixel) .5; \ + RealPixel dlev = (RealPixel) nlev - Half; \ + RealPixel D, S1; \ + CARD32 i; \ + for ( i = 0; i < nlev ; i++) { \ + S1 = i; \ + expr; \ + D += .5; \ + if (D < 0.) D = 0; \ + else if (D > dlev) D = dlev; \ + lut[i] = D; \ + } \ + for ( ; i < nclip ; i++) { \ + lut[i] = 0; \ + } \ +} + +#define MakeLook(name1, itype) \ +static void name1(dst1,src1,nx,x,pvt) \ + pointer dst1, src1; \ + CARD32 nx, x; \ + mpArithPvtPtr pvt; \ +{ \ + itype *dst = ((itype *) dst1) + x; \ + itype *src = ((itype *) src1) + x; \ + CARD32 *lut = pvt->lutptr; \ + CARD32 nmask = pvt->nclip - 1; \ + for ( ; nx > 0 ; nx--) { \ + *dst++ = lut[*src++ & nmask]; \ + } \ +} + +MakeLutI(pr_a, AADD ) +MakeLutI(pr_s, ASUB ) +MakeLutI(pr_sr, ASUBREV ) +MakeLutI(pr_mn, AMIN ) +MakeLutI(pr_mx, AMAX ) + +MakeLutF2(pr_m, FMUL ) +MakeLutF2(pr_d, FDIV ) +MakeLutF2(pr_dr, FDIVREV ) +MakeLutF2(pr_gm, IFGAM ) + +static void (*prep_mono[xieValGamma])() = { +pr_a, pr_s, pr_sr, pr_m, pr_d, pr_dr, pr_mn, pr_mx, pr_gm +}; + +MakeLook(lr_B, BytePixel) +MakeLook(lr_P, PairPixel) +MakeLook(lr_Q, QuadPixel) + +static void (*action_lut[5])() = { + NADA, + NADA, + lr_B, + lr_P, + lr_Q +}; + + + +/* +** NOTE: +** The MakePixI and MakePixF? macros may be used to synthesize monadic +** action routines which can be used in place of look up table based +** routines. They were actually tested at one point in time. The +** invocations still remain below, and the routines can be plugged +** into the action_monoROI[itype][operator] table below. As noted +** elsewhere, these routines might be more appropriate for bigger +** pixels to avoid lookup table explosion; or for machines without +** a data cache, or a very small data cache. IN summary, which +** of these routines should be used depends on: +** a) existence of data cache? +** b) size, organization, and fill method of data cache? +** c) speed of floating operations +*/ + +#define MakePixI(name1, itype, expr) \ +static void name1(dst1,src1,nx,x,pvt) \ + pointer dst1, src1; \ + CARD32 nx, x; \ + mpArithPvtPtr pvt; \ +{ \ + itype *dst = (itype *) dst1; \ + itype *src = (itype *) src1; \ + CARD32 nlev = pvt->nlev; \ + CARD32 D, S1, S2 = (itype) pvt->iconstant; \ + for ( ; nx > 0 ; nx--, x++) { \ + S1 = src[x]; \ + expr \ + dst[x] = D; \ + } \ +} + +#define MakePixF2(name1, itype, expr) \ +static void name1(dst1,src1,nx,x,pvt) \ + pointer dst1, src1; \ + CARD32 nx, x; \ + mpArithPvtPtr pvt; \ +{ \ + itype *dst = (itype *) dst1; \ + itype *src = (itype *) src1; \ + RealPixel Half = (RealPixel) .5; \ + RealPixel dlev = (RealPixel) pvt->nlev - Half; \ + RealPixel D, S1, S2 = (itype) pvt->fconstant; \ + for ( ; nx > 0 ; nx--, x++) { \ + S1 = (RealPixel) src[x]; \ + expr \ + D += Half; \ + if (D < 0.) D = 0; \ + else if (D > dlev) D = dlev; \ + dst[x] = (itype) D; \ + } \ +} + +#define MakePixF1(name1, itype, expr) \ +static void name1(dst1,src1,nx,x,pvt) \ + pointer dst1, src1; \ + CARD32 nx, x; \ + mpArithPvtPtr pvt; \ +{ \ + itype *dst = (itype *) dst1; \ + itype *src = (itype *) src1; \ + RealPixel Half = (RealPixel) .5; \ + RealPixel dlev = (RealPixel) pvt->nlev - Half; \ + RealPixel D, S1; \ + for ( ; nx > 0 ; nx--, x++) { \ + S1 = (RealPixel) src[x]; \ + expr \ + D += Half; \ + if (D < 0.) D = 0; \ + else if (D > dlev) D = dlev; \ + dst[x] = (itype) D; \ + } \ +} + +#define DakePix(name2, itype, expr) \ +static void name2(dst1,src1,src2,nx,x,pvt) \ + pointer dst1, src1, src2; \ + CARD32 nx, x; \ + mpArithPvtPtr pvt; \ +{ \ + itype *dst = ((itype *) dst1) + x; \ + itype *src = ((itype *) src1) + x; \ + itype *trc = ((itype *) src2) + x; \ + CARD32 nlev = pvt->nlev; \ + CARD32 D, S1, S2; \ + for ( ; nx > 0 ; nx--) { \ + S1 = *src++; \ + S2 = *trc++; \ + expr \ + *dst++ = D; \ + } \ +} + +#define MakeFlt2(name1, expr) \ +static void name1(dst1,src1,nx,x,pvt) \ + pointer dst1, src1; \ + CARD32 nx, x; \ + mpArithPvtPtr pvt; \ +{ \ + RealPixel *dst = ((RealPixel *) dst1) + x; \ + RealPixel *src = ((RealPixel *) src1) + x; \ + RealPixel D, S1, S2 = pvt->fconstant; \ + for ( ; nx > 0 ; nx--) { \ + S1 = *src++; \ + expr \ + *dst++ = D; \ + } \ +} + +#define MakeFlt1(name1, expr) \ +static void name1(dst1,src1,nx,x,pvt) \ + pointer dst1, src1; \ + CARD32 nx, x; \ + mpArithPvtPtr pvt; \ +{ \ + RealPixel *dst = ((RealPixel *) dst1) + x; \ + RealPixel *src = ((RealPixel *) src1) + x; \ + RealPixel D, S1; \ + for ( ; nx > 0 ; nx--) { \ + S1 = *src++; \ + expr \ + *dst++ = D; \ + } \ +} + +#define DakeFlt(name2, expr) \ +static void name2(dst1,src1,src2,nx,x,pvt) \ + pointer dst1, src1, src2; \ + CARD32 nx, x; \ + mpArithPvtPtr pvt; \ +{ \ + RealPixel *dst = ((RealPixel *) dst1) + x; \ + RealPixel *src = ((RealPixel *) src1) + x; \ + RealPixel *trc = ((RealPixel *) src2) + x; \ + RealPixel D, S1, S2; \ + for ( ; nx > 0 ; nx--) { \ + S1 = *src++; \ + S2 = *trc++; \ + expr \ + *dst++ = D; \ + } \ +} + +/* Bits no longer required by protocol */ +#define mr_b_a NADA +#define mr_b_s NADA +#define mr_b_sr NADA +#define mr_b_m NADA +#define mr_b_d NADA +#define mr_b_dr NADA +#define mr_b_mn NADA +#define mr_b_mx NADA +#define mr_b_gm NADA + +#define dr_b_a NADA +#define dr_b_s NADA +#define dr_b_sr NADA +#define dr_b_mn NADA +#define dr_b_mx NADA + +/* MakePixI (mr_B_a, BytePixel, AADD ) */ +/* MakePixI (mr_B_s, BytePixel, ASUB ) */ +/* MakePixI (mr_B_sr, BytePixel, ASUBREV ) */ +/* MakePixI (mr_B_mn, BytePixel, AMIN ) */ +/* MakePixI (mr_B_mx, BytePixel, AMAX ) */ + +/* MakePixF2 (mr_B_m, BytePixel, FMUL ) */ +/* MakePixF2 (mr_B_d, BytePixel, FDIV ) */ +/* MakePixF2 (mr_B_dr, BytePixel, FDIVREV ) */ +/* MakePixF2 (mr_B_gm, BytePixel, IFGAM ) */ + + DakePix (dr_B_a, BytePixel, AADD ) + DakePix (dr_B_s, BytePixel, ASUB ) + DakePix (dr_B_sr, BytePixel, ASUBREV ) + DakePix (dr_B_mn, BytePixel, AMIN ) + DakePix (dr_B_mx, BytePixel, AMAX ) + +/* MakePixI (mr_P_a, PairPixel, AADD ) */ +/* MakePixI (mr_P_s, PairPixel, ASUB ) */ +/* MakePixI (mr_P_sr, PairPixel, ASUBREV ) */ +/* MakePixI (mr_P_mn, PairPixel, AMIN ) */ +/* MakePixI (mr_P_mx, PairPixel, AMAX ) */ + +/* MakePixF2 (mr_P_m, PairPixel, FMUL ) */ +/* MakePixF2 (mr_P_d, PairPixel, FDIV ) */ +/* MakePixF2 (mr_P_dr, PairPixel, FDIVREV ) */ +/* MakePixF2 (mr_P_gm, PairPixel, IFGAM ) */ + + DakePix (dr_P_a, PairPixel, AADD ) + DakePix (dr_P_s, PairPixel, ASUB ) + DakePix (dr_P_sr, PairPixel, ASUBREV ) + DakePix (dr_P_mn, PairPixel, AMIN ) + DakePix (dr_P_mx, PairPixel, AMAX ) + +/* MakePixI (mr_Q_a, QuadPixel, AADD ) */ +/* MakePixI (mr_Q_s, QuadPixel, ASUB ) */ +/* MakePixI (mr_Q_sr, QuadPixel, ASUBREV ) */ +/* MakePixI (mr_Q_mn, QuadPixel, AMIN ) */ +/* MakePixI (mr_Q_mx, QuadPixel, AMAX ) */ + +/* MakePixF2 (mr_Q_m, QuadPixel, FMUL ) */ +/* MakePixF2 (mr_Q_d, QuadPixel, FDIV ) */ +/* MakePixF2 (mr_Q_dr, QuadPixel, FDIVREV ) */ +/* MakePixF2 (mr_Q_gm, QuadPixel, IFGAM ) */ + + DakePix (dr_Q_a, QuadPixel, AADD ) + DakePix (dr_Q_s, QuadPixel, ASUB ) + DakePix (dr_Q_sr, QuadPixel, ASUBREV ) + DakePix (dr_Q_mn, QuadPixel, AMIN ) + DakePix (dr_Q_mx, QuadPixel, AMAX ) + +MakeFlt2 (mr_R_a, FADD ) +MakeFlt2 (mr_R_s, FSUB ) +MakeFlt2 (mr_R_sr, FSUBREV ) +MakeFlt2 (mr_R_m, FMUL ) +MakeFlt2 (mr_R_d, FDIV ) +MakeFlt2 (mr_R_dr, FDIVREV ) +MakeFlt2 (mr_R_mn, FMIN ) +MakeFlt2 (mr_R_mx, FMAX ) +MakeFlt2 (mr_R_gm, FGAM ) + +DakeFlt (dr_R_a, FADD ) +DakeFlt (dr_R_s, FSUB ) +DakeFlt (dr_R_sr, FSUBREV ) +DakeFlt (dr_R_mn, FMIN ) +DakeFlt (dr_R_mx, FMAX ) + +/* +ADD, SUB, SUBREV, MUL, DIV, DIVREV, MIN, MAX, GAMMA +*/ + +static void (*action_monoROI[5][xieValGamma])() = { +mr_R_a, mr_R_s, mr_R_sr, mr_R_m, mr_R_d, mr_R_dr, mr_R_mn, mr_R_mx, mr_R_gm, +mr_b_a, mr_b_s, mr_b_sr, mr_b_m, mr_b_d, mr_b_dr, mr_b_mn, mr_b_mx, mr_b_gm, +NADA, NADA, NADA, NADA, NADA, NADA, NADA, NADA, NADA, +NADA, NADA, NADA, NADA, NADA, NADA, NADA, NADA, NADA, +NADA, NADA, NADA, NADA, NADA, NADA, NADA, NADA, NADA +}; + +static void (*action_dyadROI[5][xieValGamma])() = { +dr_R_a, dr_R_s, dr_R_sr, NADA, NADA, NADA, dr_R_mn, dr_R_mx, NADA, +dr_b_a, dr_b_s, dr_b_sr, NADA, NADA, NADA, dr_b_mn, dr_b_mx, NADA, +dr_B_a, dr_B_s, dr_B_sr, NADA, NADA, NADA, dr_B_mn, dr_B_mx, NADA, +dr_P_a, dr_P_s, dr_P_sr, NADA, NADA, NADA, dr_P_mn, dr_P_mx, NADA, +dr_Q_a, dr_Q_s, dr_Q_sr, NADA, NADA, NADA, dr_Q_mn, dr_Q_mx, NADA +}; + + +extern void (*passive_copy[5])(); + +/*------------------------------------------------------------------------ +-------------------------- . . . Math Sandbox . . . ---------------------- +------------------------------------------------------------------------*/ + +/* +** Math NOTES: +** #define xieValExp 1 +** #define xieValLn 2 +** #define xieValLog2 3 +** #define xieValLog10 4 +** #define xieValSquare 5 +** #define xieValSqrt 6 +** +** log(==0) is -infinity with divide by zero exception. sigh. +** log( <0) is quiet NaN with invalid operation exception, sigh. +** sqrt(<0) might be error, 0., or -sqrt(-x) ??? +** +** for log2(), it may be quicker to count bits for integer arguments :-) +** +** also, not all machines have a log2 and log10 in their math library +** so we multiply log() by the magic values M_LOG2E and M_LOG10E. +** +** one can argue that taking logs and exponents and such of small +** integers is a somewhat frenetic exercise. while it might make +** sense to use square or squareroot as an image contrast enhancer, +** it doesn't make sense when applied to small integers either. +** +** just for the heck of it, here are some values for small inputs: +** i log2 logN log10 exp sqrt square +** 0 -Inf -Inf -Inf 1 0 0 +** 1 0 0 0 2.718 1 1 +** 2 1 0.6931 0.301 7.389 1.414 4 +** 3 1.585 1.099 0.4771 20.09 1.732 9 +** 4 2 1.386 0.6021 54.6 2 16 +** 5 2.322 1.609 0.699 148.4 2.236 25 +** +** also note that LN_MAXFLOAT (or LN_MAXDOUBLE) and MAXFLOAT are +** typically defined in values.h, but including it conflicts with +** misc.h on many machines. values.h isn't a very modern .h file +** as standards go these days. help..... +*/ + +#ifndef M_LOG2E +#define M_LOG2E 1.4426950408889634074 +#endif + +#ifndef M_LOG10E +#define M_LOG10E 0.43429448190325182765 +#endif + +#ifndef LN_MAXFLOAT +#define LN_MAXFLOAT 88.7228394 +#endif + +#ifndef MAXFLOAT +#define MAXFLOAT ((float)3.40282346638528860e+38) +#endif + +#define BANY D = S1; +#define FEXP D = (S1 <= (LN_MAXFLOAT-2.) ? exp(S1) : MAXFLOAT); +#define FLGN D = (S1 > 0. ? log(S1) : 0. ); +#define FLG2 D = (S1 > 0. ? log(S1) * M_LOG2E : 0. ); +#define FLG10 D = (S1 > 0. ? log(S1) * M_LOG10E : 0. ); +#define FSQR D = S1 * S1; +#define FSQRT D = (S1 >= 0. ? sqrt(S1) : 0. ); + +MakeLutF1(mpr_exp, FEXP ) +MakeLutF1(mpr_lgN, FLGN ) +MakeLutF1(mpr_lg2, FLG2 ) +MakeLutF1(mpr_lg10, FLG10) +MakeLutF1(mpr_sqr, FSQR ) +MakeLutF1(mpr_sqrt, FSQRT) + + +/* Bits no longer required by protocol */ +#define m_b_exp NADA +#define m_b_lgN NADA +#define m_b_lg2 NADA +#define m_b_lg10 NADA +#define m_b_sqr NADA +#define m_b_sqrt NADA + +MakePixF1 (m_P_sqr, PairPixel, FSQR) /* ??? or use LUT */ +MakePixF1 (m_Q_sqr, QuadPixel, FSQR) + +MakeFlt1 (m_R_exp, FEXP ) +MakeFlt1 (m_R_lgN, FLGN ) +MakeFlt1 (m_R_lg2, FLG2 ) +MakeFlt1 (m_R_lg10, FLG10 ) +MakeFlt1 (m_R_sqr, FSQR ) +MakeFlt1 (m_R_sqrt, FSQRT ) + +static void (*action_mathROI[5][xieValSqrt])() = { +/* EXP, LOG, LOG2, LOG10, SQUARE, SQRT */ +m_R_exp, m_R_lgN, m_R_lg2, m_R_lg10, m_R_sqr, m_R_sqrt, /* floats */ +m_b_exp, m_b_lgN, m_b_lg2, m_b_lg10, m_b_sqr, m_b_sqrt, /* bits */ +NADA, NADA, NADA, NADA, NADA, NADA, /* bytes */ +NADA, NADA, NADA, NADA, m_P_sqr, NADA, /* pairs */ +NADA, NADA, NADA, NADA, m_Q_sqr, NADA /* quads */ +/* EXP, LOG, LOG2, LOG10, SQUARE, SQRT */ +}; + +static void (*prep_math[xieValSqrt])() = { +mpr_exp, mpr_lgN, mpr_lg2, mpr_lg10, mpr_sqr, mpr_sqrt +}; + +/*------------------------------------------------------------------------ +-------------------------- initialize element . . . ---------------------- +------------------------------------------------------------------------*/ + +static int SetupArith(flo,ped,modify) + floDefPtr flo; + peDefPtr ped; + int modify; +{ + xieFloArithmetic *raw = (xieFloArithmetic *) ped->elemRaw; + peTexPtr pet = ped->peTex; + pArithDefPtr epvt = (pArithDefPtr) ped->elemPvt; + mpArithPvtPtr pvt = (mpArithPvtPtr) pet->private; + receptorPtr rcp = pet->receptor; + CARD32 nbands = rcp[SRCt1].inFlo->bands; + bandPtr sband = &(rcp[SRCt1].band[0]); + bandPtr tband = &(rcp[SRCt2].band[0]); + bandPtr dband = &(pet->emitter[0]); + CARD32 band; + + for (band=0; bandformat->class); + void (*act)() = 0; + + if ((raw->bandMask & (1<src2) /* only used for mul, div, divrev, gamma */ + pvt->fconstant = (RealPixel) epvt->constant[band]; + + switch(raw->operator) { + case xieValDiv: if (pvt->fconstant == 0.0) /* epsilon ?? */ + pvt->fconstant = 1.0; + break; + } + + if (IsConstrained(sband->format->class)) { + pvt->nlev = sband->format->levels; + if (!raw->src2) { + CARD32 deep; + SetDepthFromLevels(pvt->nlev,deep); pvt->nclip = 1 << deep; + /* only used for add, sub, subrev, min, max */ + pvt->iconstant = ConstrainConst(epvt->constant[band],pvt->nlev); + } + } + + /* Try to find a dyadic operator */ + if (!act && raw->src2) + act = action_dyadROI[iclass][raw->operator-1]; + + /* + ** NOTE: + ** For larger pixels a look up table begins to be less + ** attractive since the malloc is larger, it takes longer + ** to compute, and the cache hit rate may go down. So + ** we may want to add more actual monodaic arithmetic + ** elements to the table (see MakePixel, it worked once + ** upon a time) and choose between an arithmetic and lookup + ** version based on number of levels. + */ + + /* Try to find a monadic operator */ + if (!act && !raw->src2) + act = action_monoROI[iclass][raw->operator-1]; + + /* Or maybe a monadic look up table operator */ + if (!act && !raw->src2) { + act = action_lut[iclass]; + if (act) { + /* Allocate Lut and Fill it in */ + if (!(pvt->lutptr = (CARD32 *) + XieMalloc(pvt->nclip * sizeof(CARD32)))) + AllocError(flo,ped,return(FALSE)); + (*prep_mono[raw->operator-1]) (pvt); + } + } + + if (!act) + ImplementationError(flo,ped,return(FALSE)); + pvt->action = act; + pvt->passive = passive_copy[iclass]; + } + return TRUE; +} + +static int SetupMath(flo,ped,modify) + floDefPtr flo; + peDefPtr ped; + int modify; +{ + xieFloMath *raw = (xieFloMath *) ped->elemRaw; + peTexPtr pet = ped->peTex; + mpArithPvtPtr pvt = (mpArithPvtPtr) pet->private; + receptorPtr rcp = pet->receptor; + CARD32 nbands = rcp[SRCt1].inFlo->bands; + bandPtr sband = &(rcp[SRCt1].band[0]); + bandPtr dband = &(pet->emitter[0]); + CARD32 band; + + for (band=0; bandformat->class); + void (*act)() = 0; + + if ((raw->bandMask & (1<format->class)) { + CARD32 deep; + pvt->nlev = sband->format->levels; + SetDepthFromLevels(pvt->nlev,deep); pvt->nclip = 1 << deep; + } + + /* + ** NOTE: + ** For larger sized pixels, a lookup table my be counter + ** productive. In addition to the malloc space (eg 64k + ** words), and the low cache hit rate, the time to fill the + ** lookup table can become significant. Even for medium + ** sized pixels, some sort of hashed cache might be a + ** better solution. But I seriously doubt anyone will + ** use these operations on integer pixels very much ... + */ + + /* Try to find a monadic operator */ + if (!act) + act = action_mathROI[iclass][raw->operator-1]; + + /* Or maybe a monadic look up table operator */ + if (!act) { + act = action_lut[iclass]; + if (act) { + /* Allocate Lut and Fill it in */ + if (!(pvt->lutptr = (CARD32 *) + XieMalloc(pvt->nclip * sizeof(CARD32)))) + AllocError(flo,ped,return(FALSE)); + (*prep_math[raw->operator-1]) (pvt); + } + } + if (!act) + ImplementationError(flo,ped,return(FALSE)); + + pvt->action = act; + pvt->passive = passive_copy[iclass]; + } + return TRUE; +} + +static void ClearArith(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + mpArithPvtPtr pvt = (mpArithPvtPtr) (ped->peTex->private); + int band; + + /* free any dynamic private data */ + if (pvt) + for (band = 0 ; band < xieValMaxBands ; band++, pvt++) + if (pvt->lutptr) + pvt->lutptr = (CARD32 *) XieFree(pvt->lutptr); + +} + +/* end module mparith.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mpbandc.c b/xie/xc/programs/Xserver/XIE/mixie/process/mpbandc.c new file mode 100644 index 0000000..3d0e597 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mpbandc.c @@ -0,0 +1,234 @@ +/* $XConsortium: mpbandc.c,v 1.5 94/04/17 20:35:10 rws Exp $ */ +/**** module mpbandc.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mpbandc.c -- DDXIE BandCombine element + + Robert NC Shelley -- AGE Logic, Inc. June, 1993 + +*****************************************************************************/ + +#define _XIEC_MPBANDC +#define _XIEC_PBANDC + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* routines referenced by other DDXIE modules + */ +int miAnalyzeBandCom(); + +/* routines used internal to this module + */ +static int CreateBandCom(); +static int InitializeBandCom(); +static int ActivateBandCom(); +static int ResetBandCom(); +static int DestroyBandCom(); + +/* DDXIE BandCombine entry points + */ +static ddElemVecRec BandComVec = { + CreateBandCom, + InitializeBandCom, + ActivateBandCom, + (xieIntProc)NULL, + ResetBandCom, + DestroyBandCom + }; + + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeBandCom(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = BandComVec; + + return(TRUE); +} /* end miAnalyzeBandCom */ + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateBandCom(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return MakePETex(flo, ped, NO_PRIVATE, NO_SYNC, NO_SYNC); +} /* end CreateBandCom */ + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeBandCom(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + return + InitReceptors(flo, ped, NO_DATAMAP, 1) && + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE); +} /* end InitializeBandCom */ + + +/*------------------------------------------------------------------------ +------------------------ crank some single input data -------------------- +------------------------------------------------------------------------*/ +static int ActivateBandCom(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + receptorPtr rcp = pet->receptor; + bandPtr sbnd, dbnd = pet->emitter; + CARD32 b; + + /* pass input from the 3 receptors to the corresponding output band + */ + for(b = 0; b < xieValMaxBands; ++rcp, ++dbnd, ++b) { + sbnd = rcp->band; + if(!GetCurrentSrc(flo,pet,sbnd)) continue; + + do { + /* pass a clone of the current src strip downstream + */ + if(!PassStrip(flo,pet,dbnd,sbnd->strip)) + return(FALSE); + } while(GetSrc(flo,pet,sbnd,sbnd->maxLocal,FLUSH)); + + FreeData(flo,pet,sbnd,sbnd->maxLocal); + } + return(TRUE); +} /* end ActivateBandCom */ + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetBandCom(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetBandCom */ + + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyBandCom(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return(TRUE); +} /* end DestroyBandCom */ + +/* end module mpbandc.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mpbande.c b/xie/xc/programs/Xserver/XIE/mixie/process/mpbande.c new file mode 100644 index 0000000..e8c2c61 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mpbande.c @@ -0,0 +1,552 @@ +/* $XConsortium: mpbande.c,v 1.5 94/04/17 20:35:10 rws Exp $ */ +/**** module mpbande.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mpbande.c -- DDXIE BandExtract element + + Robert NC Shelley -- AGE Logic, Inc. June, 1993 + +*****************************************************************************/ + +#define _XIEC_MPBANDE +#define _XIEC_PBANDE + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* routines referenced by other DDXIE modules + */ +int miAnalyzeBandExt(); + +/* routines used internal to this module + */ +static int CreateBandExt(); +static int InitializeBandExt(); +static int ActivateBandExt(); +static int ResetBandExt(); +static int DestroyBandExt(); + +/* DDXIE BandExtract entry points + */ +static ddElemVecRec BandExtVec = { + CreateBandExt, + InitializeBandExt, + ActivateBandExt, + (xieIntProc)NULL, + ResetBandExt, + DestroyBandExt + }; + +/* Local Declarations. + */ +typedef float bndExtFlt; +typedef int bndExtInt; +#define BE_FBITS 6 +#define BE_IBITS 32-BE_FBITS +#define BE_LIMIT (1<ddVec = BandExtVec; + + return(TRUE); +} /* end miAnalyzeBandExt */ + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateBandExt(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return MakePETex(flo, ped, sizeof(mpBandExtRec), NO_SYNC, SYNC); +} /* end CreateBandExt */ + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeBandExt(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + formatPtr ift = &ped->inFloLst[SRCtag].format[0]; + formatPtr oft = &ped->outFlo.format[0]; + pBandExtDefPtr dix = (pBandExtDefPtr)ped->elemPvt; + mpBandExtPtr ddx = (mpBandExtPtr) pet->private; + bandMsk msk = 0; + + if(IsntConstrained(ift->class)) { + /* + * the choice here is easy -- have to do floating calculation of each pixel + */ + ddx->extract = extRR; + ddx->coef[0] = dix->coef[0]; + ddx->coef[1] = dix->coef[1]; + ddx->coef[2] = dix->coef[2]; + ddx->fbias = dix->bias; + msk = ALL_BANDS; + } else { + int size, b, i, ic = ift->class, shift[xieValMaxBands]; + Bool match = TRUE; + bndExtFlt val, lo = dix->bias, hi = dix->bias; + + /* first we'll examine the numbers we have to work with... + */ + for(b = 0; b < xieValMaxBands; ++b) { + if((val = dix->coef[b]) < 0.0) + lo += val * (ift[b].levels-1); + else + hi += val * (ift[b].levels-1); + if(ift[b].levels <= 2 || (bndExtFlt)(i = val) != val || !i || i & i-1) + shift[b] = ift[b].levels < 2 || val == 0.0 ? -1 : 0; + else + SetDepthFromLevels((int)val,shift[b]); /* coef is a power of 2 */ + match &= ic == ift[b].class; + } + if(val = hi >= BE_LIMIT ? hi : lo <= -BE_LIMIT ? lo : 0.0) + ValueError(flo,ped,(int)val, return(FALSE)); + + /* if all bands share a common data class, see if we have an extractor, + * else we'll have to accumulate input, then convert to the output class + */ + if(match && (ddx->extract = action_extract[oft->class-1][ic-1])) + msk = ALL_BANDS; + else if(ddx->accumulator = + (bndExtInt*) XieMalloc(oft->width*sizeof(bndExtInt))) + ddx->output = action_output[oft->class-1]; + else + AllocError(flo,ped, return(FALSE)); + + /* init the control parameters for the action routines + */ + ddx->clip = lo < 0.0 || hi >= oft->levels; + ddx->shift = ddx->extract && shift[0] > 0 && shift[1] > 0 && shift[2] > 0; + ddx->ibias = dix->bias * (ddx->shift ? 1 : (1<shift && !ddx->clip && ddx->extract == extBB) { + ddx->extract = extB4; /* we can use the turbo multi-byte shifter */ + ddx->ibias |= ddx->ibias << 8; + ddx->ibias |= ddx->ibias << 16; + } + for(b = 0; b < xieValMaxBands; ++b) { + if(!ddx->shift && ddx->extract || shift[b] == 0) { + /* + * build luts and assign accumulator functions + */ + size = 1<bits[b] = size-1; + if(!(ddx->lut[b] = (bndExtInt*) XieMalloc(size * sizeof(bndExtInt)))) + AllocError(flo,ped, return(FALSE)); + + for(i = 0; i < ift[b].levels; ++i) + ddx->lut[b][i] = dix->coef[b] * (i<lut[b][i++] = 0; + } else if(shift[b] > 0) { + /* + * coef is an exact power of 2, so just use a left shift count + */ + ddx->bits[b] = shift[b] + ((ddx->shift ? 0 : BE_FBITS) - + (dix->coef[b] == 1.0 ? 1 : 0)); + } + if(!ddx->extract && shift[b] >= 0) { + /* + * assign accumulator function and add this band to the active mask + */ + ddx->accumulate[b] = action_accumulate[ift[b].class-1]; + msk |= 1<receptor[SRCtag],NO_DATAMAP,1,msk,NO_BANDS) + && InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); +} /* end InitializeBandExt */ + + +/*------------------------------------------------------------------------ +------------------------ crank some single input data -------------------- +------------------------------------------------------------------------*/ +static int ActivateBandExt(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpBandExtPtr ddx = (mpBandExtPtr) pet->private; + bandPtr ib = &pet->receptor[SRCtag].band[0]; + bandPtr ob = &pet->emitter[0]; + bndExtInt *acc = ddx->accumulator; + formatPtr oft = ob->format; + CARD32 b, i, width = oft->width; + CARD32 maxLev = oft->levels-1; + bandMsk ok, ready = pet->scheduled; + pointer o, i0 = NULL, i1 = NULL, i2 = NULL; + + ok = NO_BANDS; + if(ready & 1 && (i0 = GetCurrentSrc(flo,pet,&ib[0]))) ok |= 1; + if(ready & 2 && (i1 = GetCurrentSrc(flo,pet,&ib[1]))) ok |= 2; + if(ready & 4 && (i2 = GetCurrentSrc(flo,pet,&ib[2]))) ok |= 4; + if((o = GetCurrentDst(flo,pet,ob)) && ok == ready) + do { + /* if we have a "full service" extractor, go for the whole enchalada + */ + if( ddx->extract) + (*ddx->extract)(o, i0, i1, i2, width, maxLev, ddx); + else { + /* initialize accumulator with the bias value + */ + if(ddx->ibias) + for(i = 0; i < width; acc[i++] = ddx->ibias); + else + bzero((char *)acc, width * sizeof(bndExtInt)); + + /* accumulate data from each active band, then convert to output class + */ + if( ddx->accumulate[0]) + (*ddx->accumulate[0])(acc, i0, width, ddx->bits[0], ddx->lut[0]); + if( ddx->accumulate[1]) + (*ddx->accumulate[1])(acc, i1, width, ddx->bits[1], ddx->lut[1]); + if( ddx->accumulate[2]) + (*ddx->accumulate[2])(acc, i2, width, ddx->bits[2], ddx->lut[2]); + (*ddx->output)(o, acc, width, maxLev, ddx->clip); + } + ok = NO_BANDS; + if(ready & 1 && (i0 = GetNextSrc(flo,pet,&ib[0],FLUSH))) ok |= 1; + if(ready & 2 && (i1 = GetNextSrc(flo,pet,&ib[1],FLUSH))) ok |= 2; + if(ready & 4 && (i2 = GetNextSrc(flo,pet,&ib[2],FLUSH))) ok |= 4; + } while((o = GetNextDst(flo,pet,ob,FLUSH)) && ok == ready); + + /* free the input data we used + */ + for(b = 0; b < xieValMaxBands; ++b) + if(ready & 1<peTex->private; + CARD32 b = xieValMaxBands; + + if(ddx->accumulator) + ddx->accumulator = (bndExtInt*)XieFree(ddx->accumulator); + + while(b--) { + if(ddx->lut[b]) + ddx->lut[b] = (bndExtInt*) XieFree(ddx->lut[b]); + ddx->accumulate[b] = (xieVoidProc)NULL; + } + ddx->extract = (xieVoidProc)NULL; + ddx->output = (xieVoidProc)NULL; + + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetBandExt */ + + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyBandExt(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return(TRUE); +} /* end DestroyBandExt */ + +/*------------------------------------------------------------------------ +--------- extract functions -- used when input data classes match -------- +------------------------------------------------------------------------*/ +static void extB4(O, I0, I1, I2, width, dummy, ddx) + pointer O, I0, I1, I2; CARD32 width, dummy; mpBandExtPtr ddx; +{ + QuadPixel *o = (QuadPixel*)O; + QuadPixel *i0 = (QuadPixel*)I0, *i1 = (QuadPixel*)I1, *i2 = (QuadPixel*)I2; + bndExtInt b0 = ddx->bits[0], b1 = ddx->bits[1], b2 = ddx->bits[2]; + bndExtInt d = ddx->ibias; + int i, w = width+3>>2; + + for(i = 0; i < w; ++i) + *o++ = (i0[i]<coef[0], c1 = ddx->coef[1], c2 = ddx->coef[2], + d = ddx->fbias; + int i; + for(i = 0; i < width; ++i) + o[i] = i0[i] * c0 + i1[i] * c1 + i2[i] * c2 + d; +} + +#define BAND_EXTRACT(name,otype,itype) \ +static void name(O, I0, I1, I2, width, maxLev, ddx) \ + pointer O, I0, I1, I2; CARD32 width, maxLev; mpBandExtPtr ddx; \ +{ \ + otype *o = (otype*)O; \ + itype *i0 = (itype*)I0, *i1 = (itype*)I1, *i2 = (itype*)I2; \ + bndExtInt b0 = ddx->bits[0], b1 = ddx->bits[1], b2 = ddx->bits[2]; \ + bndExtInt d = ddx->ibias; \ + int i; \ + if(ddx->shift) { \ + if(ddx->clip) \ + for(i = 0; i < width; ++i) { \ + int tmp = (i0[i]< maxLev) *o++ = maxLev; \ + else *o++ = tmp; \ + } \ + else \ + for(i = 0; i < width; ++i) \ + *o++ = (i0[i]<lut[0], *L1 = ddx->lut[1], *L2 = ddx->lut[2]; \ + if(ddx->clip) { \ + bndExtInt limit = (maxLev+1)<= limit) *o++ = maxLev; \ + else *o++ = tmp>>BE_FBITS; \ + } \ + } else \ + for(i = 0; i < width; ++i) \ + *o++ = L0[i0[i] & b0]+L1[i1[i] & b1]+L2[i2[i] & b2]+d>>BE_FBITS;\ + } \ +} +BAND_EXTRACT(extBB,BytePixel,BytePixel) +BAND_EXTRACT(extBP,BytePixel,PairPixel) +BAND_EXTRACT(extPB,PairPixel,BytePixel) +BAND_EXTRACT(extPP,PairPixel,PairPixel) +BAND_EXTRACT(extQB,QuadPixel,BytePixel) +BAND_EXTRACT(extQP,QuadPixel,PairPixel) + +/*------------------------------------------------------------------------ +---- accumulator functions (accumulate products from individual bands) --- +------------------------------------------------------------------------*/ +static void acc_b(acc, SRC, width, dummy, lut) + bndExtInt *acc; pointer SRC; CARD32 width; bndExtInt dummy, *lut; +{ + LogInt *i = (LogInt *)SRC, ival, M; + bndExtInt *o = (bndExtInt*)acc, c = lut[1]; + int bw = width; + int nw = bw >> LOGSHIFT; + while(nw--) + for(ival = *i++,M = LOGLEFT; M; ++o, LOGRIGHT(M)) if(ival & M) *o += c; + if(bw &= LOGMASK) + for(ival = *i, M = LOGLEFT; bw--; ++o, LOGRIGHT(M)) if(ival & M) *o += c; +} + +#define BAND_ACCUMULATE(name,itype) \ +static void name(acc, SRC, width, bits, lut) \ + bndExtInt *acc; pointer SRC; CARD32 width; bndExtInt bits, *lut; \ +{ \ + itype *src = (itype*)SRC; \ + int i = 0; \ + if(lut) while(i < width) acc[i++] += lut[*src++ & bits]; \ + else while(i < width) acc[i++] += *src++ << bits; \ +} +BAND_ACCUMULATE(acc_B,BytePixel) +BAND_ACCUMULATE(acc_P,PairPixel) + +/*------------------------------------------------------------------------ +---- output functions (convert accumulated data to output data class) ---- +------------------------------------------------------------------------*/ +static void out_b(DST, acc, width, dummy1, dummy2) + pointer DST; bndExtInt *acc; CARD32 width, dummy1; Bool dummy2; +{ + bndExtInt *i = acc; + LogInt *o = (LogInt*)DST, M, v; + int bw; + for(bw = width; bw >= LOGSIZE; *o++ = v, bw -= LOGSIZE) + for(v = 0, M = LOGLEFT; M; LOGRIGHT(M)) if(*i++ > 0) v |= M; + if(bw > 0) { + for(v = 0, M = LOGLEFT; bw--; LOGRIGHT(M)) if(*i++ > 0) v |= M; + *o++ = v; + } +} + +#define BAND_OUTPUT(name,otype) \ +static void name(DST, acc, width, maxLev, clip) \ + pointer DST; bndExtInt *acc; CARD32 width, maxLev; Bool clip; \ +{ \ + otype *dst = (otype*)DST; \ + bndExtInt limit = (maxLev+1)<= limit) *dst++ = maxLev; \ + else *dst++ = tmp >> BE_FBITS; \ + else \ + while(i < width) *dst++ = acc[i++] >> BE_FBITS; \ +} +BAND_OUTPUT(out_B,BytePixel) +BAND_OUTPUT(out_P,PairPixel) +BAND_OUTPUT(out_Q,QuadPixel) + +/* end module mpbande.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mpbands.c b/xie/xc/programs/Xserver/XIE/mixie/process/mpbands.c new file mode 100644 index 0000000..d24e06a --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mpbands.c @@ -0,0 +1,240 @@ +/* $XConsortium: mpbands.c,v 1.4 94/04/17 20:35:11 rws Exp $ */ +/**** module mpbands.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mpbands.c -- DDXIE BandSelect element + + Robert NC Shelley -- AGE Logic, Inc. September, 1993 + +*****************************************************************************/ + +#define _XIEC_MPBANDS +#define _XIEC_PBANDS + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include + + +/* routines referenced by other DDXIE modules + */ +int miAnalyzeBandSel(); + +/* routines used internal to this module + */ +static int CreateBandSel(); +static int InitializeBandSel(); +static int ActivateBandSel(); +static int ResetBandSel(); +static int DestroyBandSel(); + +/* DDXIE BandSelect entry points + */ +static ddElemVecRec BandSelVec = { + CreateBandSel, + InitializeBandSel, + ActivateBandSel, + (xieIntProc)NULL, + ResetBandSel, + DestroyBandSel + }; + + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeBandSel(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = BandSelVec; + + return(TRUE); +} /* end miAnalyzeBandSel */ + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateBandSel(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + return MakePETex(flo, ped, NO_PRIVATE, NO_SYNC, NO_SYNC); +} /* end CreateBandSel */ + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeBandSel(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloBandSelect *raw = (xieFloBandSelect *)ped->elemRaw; + + if(raw->bandNumber) + return(InitReceptor(flo,ped,&ped->peTex->receptor[SRCtag],NO_DATAMAP,1, + (bandMsk)(1<bandNumber),NO_BANDS) && + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); + else + return(InitReceptor(flo,ped,&ped->peTex->receptor[SRCtag],NO_DATAMAP,1, + NO_BANDS,(bandMsk)1)); +} /* end InitializeBandSel */ + + +/*------------------------------------------------------------------------ +--------------------------- pass some input data ------------------------- +------------------------------------------------------------------------*/ +static int ActivateBandSel(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloBandSelect *raw = (xieFloBandSelect*)ped->elemRaw; + bandPtr sbnd = &pet->receptor->band[raw->bandNumber]; + bandPtr dbnd = pet->emitter; + + /* pass the chosen receptor band to our output band + */ + if(GetCurrentSrc(flo,pet,sbnd)) { + do { + /* pass a clone of the current src strip downstream + */ + if(!PassStrip(flo,pet,dbnd,sbnd->strip)) + return(FALSE); + } while(GetSrc(flo,pet,sbnd,sbnd->maxLocal,FLUSH)); + + FreeData(flo,pet,sbnd,sbnd->maxLocal); + } + return(TRUE); +} /* end ActivateBandSel */ + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetBandSel(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloBandSelect *raw = (xieFloBandSelect *)ped->elemRaw; + + if(raw->bandNumber) { + ResetReceptors(ped); + ResetEmitter(ped); + } + return(TRUE); +} /* end ResetBandSel */ + + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyBandSel(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return(TRUE); +} /* end DestroyBandSel */ + +/* end module mpbands.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mpblend.c b/xie/xc/programs/Xserver/XIE/mixie/process/mpblend.c new file mode 100644 index 0000000..ed8e4ee --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mpblend.c @@ -0,0 +1,908 @@ +/* $XConsortium: mpblend.c /main/6 1995/12/02 16:53:41 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module mpblend.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mpblend.c -- DDXIE Blend element + + Dean Verheiden -- AGE Logic, Inc. June, 1993 + +*****************************************************************************/ + +#define _XIEC_MPBLEND +#define _XIEC_PBLEND + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include + + +typedef float BlendFloat; +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeBlend(); + +/* + * routines used internal to this module + */ +static int CreateBlend(); +static int ResetBlend(); +static int DestroyBlend(); + +static int InitializeMonoBlend(); +static int InitializeDualBlend(); +static int InitializeMonoAlphaBlend(); +static int InitializeDualAlphaBlend(); + +static int MonoBlend(); +static int DualBlend(); +static int MonoAlphaBlend(); +static int DualAlphaBlend(); + + +/* + * DDXIE Blend entry points + */ +static ddElemVecRec BlendVec = { + CreateBlend, + (xieIntProc)NULL, + (xieIntProc)NULL, + (xieIntProc)NULL, + ResetBlend, + DestroyBlend + }; + +/* + * Local Declarations. + */ + +typedef struct _mpblenddef { + void (*action) (); +} mpBlendPvtRec, *mpBlendPvtPtr; + + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeBlend(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloBlend *raw = (xieFloBlend *)ped->elemRaw; + pBlendDefPtr pvt = (pBlendDefPtr)ped->elemPvt; + CARD16 aindex = pvt->aindex; + + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = BlendVec; + if (aindex) { + if (raw->src2) { + ped->ddVec.initialize = InitializeDualAlphaBlend; + ped->ddVec.activate = DualAlphaBlend; + } else { + ped->ddVec.initialize = InitializeMonoAlphaBlend; + ped->ddVec.activate = MonoAlphaBlend; + } + } else { + if (raw->src2) { + ped->ddVec.initialize = InitializeDualBlend; + ped->ddVec.activate = DualBlend; + } else { + ped->ddVec.initialize = InitializeMonoBlend; + ped->ddVec.activate = MonoBlend; + } + } + + return(TRUE); +} /* end miAnalyzeBlend */ + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateBlend(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + int auxsize = xieValMaxBands * sizeof(mpBlendPvtRec); + + /* always force syncing between inputs (is nop if only one input) */ + return MakePETex(flo, ped, auxsize, SYNC , NO_SYNC); +} /* end CreateBlend */ + + +static void MonoR(), MonoQ(), MonoP(), MonoB(); +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeMonoBlend(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloBlend *raw = (xieFloBlend *)ped->elemRaw; + CARD8 msk = raw->bandMask; + peTexPtr pet = ped->peTex; + receptorPtr rcp = pet->receptor; + mpBlendPvtPtr pvt = (mpBlendPvtPtr) pet->private; + int band, nbands; + bandPtr iband; + + /* If processing domain, allow replication */ + if (raw->domainPhototag) + pet->receptor[ped->inCnt-1].band[0].replicate = msk; + + if (!(InitReceptor(flo,ped,&rcp[SRCt1],NO_DATAMAP,1,msk,~msk) && + InitProcDomain(flo, ped, raw->domainPhototag, raw->domainOffsetX, + raw->domainOffsetY) && + InitEmitter(flo,ped,NO_DATAMAP,SRCt1))) + return (FALSE); + + /* Figure out the appropriate action vector */ + nbands = pet->receptor[SRCtag].inFlo->bands; + iband = &(pet->receptor[SRCtag].band[0]); + for(band = 0; band < nbands; band++, pvt++, iband++) { + switch (iband->format->class) { + case UNCONSTRAINED: pvt->action = MonoR; break; + case QUAD_PIXEL: pvt->action = MonoQ; break; + case PAIR_PIXEL: pvt->action = MonoP; break; + case BYTE_PIXEL: pvt->action = MonoB; break; + case BIT_PIXEL: + default: ImplementationError(flo, ped, return(FALSE)); + break; + } + } + + return( TRUE ); +} /* end InitializeMonoBlend */ + +static void DualR(), DualQ(), DualP(), DualB(); +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeDualBlend(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloBlend *raw = (xieFloBlend *)ped->elemRaw; + peTexPtr pet = ped->peTex; + CARD8 msk = raw->bandMask; + receptorPtr rcp = pet->receptor; + mpBlendPvtPtr pvt = (mpBlendPvtPtr) pet->private; + int band, nbands; + bandPtr iband; + + /* If processing domain, allow replication */ + if (raw->domainPhototag) + pet->receptor[ped->inCnt-1].band[0].replicate = msk; + + if (!(InitReceptor(flo,ped,&rcp[SRCt1],NO_DATAMAP,1,msk,~msk) && + InitReceptor(flo,ped,&rcp[SRCt2],NO_DATAMAP,1,msk,NO_BANDS) && + InitProcDomain(flo, ped, raw->domainPhototag, raw->domainOffsetX, + raw->domainOffsetY) && + InitEmitter(flo,ped,0,SRCt1))) + return (FALSE); + + /* Figure out the appropriate action vector */ + nbands = pet->receptor[SRCtag].inFlo->bands; + iband = &(pet->receptor[SRCtag].band[0]); + for(band = 0; band < nbands; band++, pvt++, iband++) { + switch (iband->format->class) { + case UNCONSTRAINED: pvt->action = DualR; break; + case QUAD_PIXEL: pvt->action = DualQ; break; + case PAIR_PIXEL: pvt->action = DualP; break; + case BYTE_PIXEL: pvt->action = DualB; break; + case BIT_PIXEL: + default: ImplementationError(flo, ped, return(FALSE)); + break; + } + } + + return( TRUE ); +} /* end InitializeDualBlend */ + +static void MonoAlphaRQ(), MonoAlphaQQ(), MonoAlphaPQ(), MonoAlphaBQ(); +static void MonoAlphaRP(), MonoAlphaQP(), MonoAlphaPP(), MonoAlphaBP(); +static void MonoAlphaRB(), MonoAlphaQB(), MonoAlphaPB(), MonoAlphaBB(); +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeMonoAlphaBlend(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + xieFloBlend *raw = (xieFloBlend *)ped->elemRaw; + CARD8 msk = raw->bandMask; + receptorPtr rcp = pet->receptor; + CARD16 aindex = ((pBlendDefPtr)ped->elemPvt)->aindex; + bandPtr ab = &pet->receptor[aindex].band[0]; + CARD8 nbands = pet->receptor[SRCtag].inFlo->bands; + CARD8 abands = pet->receptor[aindex].inFlo->bands; + mpBlendPvtPtr pvt = (mpBlendPvtPtr) pet->private; + int band; + bandPtr iband; + + /* Replicate the alpha plane to all active bands */ + if (nbands == 3 && abands == 1) + ab->replicate = msk; + + /* If processing domain, allow replication */ + if (raw->domainPhototag) + pet->receptor[ped->inCnt-1].band[0].replicate = msk; + + if (!(InitReceptor(flo,ped,&rcp[SRCt1],NO_DATAMAP,1,msk,~msk) && + InitReceptor(flo,ped,&rcp[aindex],NO_DATAMAP,1,1,NO_BANDS) && + InitProcDomain(flo, ped, raw->domainPhototag, raw->domainOffsetX, + raw->domainOffsetY) && + InitEmitter(flo,ped,0,SRCt1))) + return (FALSE); + + /* Figure out the appropriate action vector based on src and alpha plane */ + iband = &(pet->receptor[SRCtag].band[0]); + for(band = 0; band < nbands; band++, pvt++, iband++) { + switch (iband->format->class) { + case UNCONSTRAINED: + switch (ab->format->class) { + case QUAD_PIXEL: pvt->action = MonoAlphaRQ; break; + case PAIR_PIXEL: pvt->action = MonoAlphaRP; break; + case BYTE_PIXEL: pvt->action = MonoAlphaRB; break; + case BIT_PIXEL: + default: ImplementationError(flo, ped, + return(FALSE)); + break; + } + break; + case QUAD_PIXEL: + switch (ab->format->class) { + case QUAD_PIXEL: pvt->action = MonoAlphaQQ; break; + case PAIR_PIXEL: pvt->action = MonoAlphaQP; break; + case BYTE_PIXEL: pvt->action = MonoAlphaQB; break; + case BIT_PIXEL: + default: ImplementationError(flo, ped, + return(FALSE)); + break; + } + break; + case PAIR_PIXEL: + switch (ab->format->class) { + case QUAD_PIXEL: pvt->action = MonoAlphaPQ; break; + case PAIR_PIXEL: pvt->action = MonoAlphaPP; break; + case BYTE_PIXEL: pvt->action = MonoAlphaPB; break; + case BIT_PIXEL: + default: ImplementationError(flo, ped, + return(FALSE)); + break; + } + break; + case BYTE_PIXEL: + switch (ab->format->class) { + case QUAD_PIXEL: pvt->action = MonoAlphaBQ; break; + case PAIR_PIXEL: pvt->action = MonoAlphaBP; break; + case BYTE_PIXEL: pvt->action = MonoAlphaBB; break; + case BIT_PIXEL: + default: ImplementationError(flo, ped, + return(FALSE)); + break; + } + break; + case BIT_PIXEL: + default: ImplementationError(flo, ped, return(FALSE)); + break; + } + } + + return( TRUE ); +} /* end InitializeMonoAlphaBlend */ + +static void DualAlphaRQ(), DualAlphaQQ(), DualAlphaPQ(), DualAlphaBQ(); +static void DualAlphaRP(), DualAlphaQP(), DualAlphaPP(), DualAlphaBP(); +static void DualAlphaRB(), DualAlphaQB(), DualAlphaPB(), DualAlphaBB(); +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeDualAlphaBlend(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + xieFloBlend *raw = (xieFloBlend *)ped->elemRaw; + CARD8 msk = raw->bandMask; + receptorPtr rcp = pet->receptor; + CARD16 aindex = ((pBlendDefPtr)ped->elemPvt)->aindex; + bandPtr ab = &pet->receptor[aindex].band[0]; + mpBlendPvtPtr pvt = (mpBlendPvtPtr) pet->private; + CARD8 nbands = pet->receptor[SRCtag].inFlo->bands; + CARD8 abands = pet->receptor[aindex].inFlo->bands; + int band; + bandPtr iband; + + /* Replicate the alpha plane to all active bands */ + if (nbands == 3 && abands == 1) + ab->replicate = msk; + + /* If processing domain, allow replication */ + if (raw->domainPhototag) + pet->receptor[ped->inCnt-1].band[0].replicate = msk; + + if (!(InitReceptor(flo,ped,&rcp[SRCt1],NO_DATAMAP,1,msk,~msk) && + InitReceptor(flo,ped,&rcp[SRCt2],NO_DATAMAP,1,msk,NO_BANDS) && + InitReceptor(flo,ped,&rcp[aindex],NO_DATAMAP,1,1,NO_BANDS) && + InitProcDomain(flo, ped, raw->domainPhototag, raw->domainOffsetX, + raw->domainOffsetY) && + InitEmitter(flo,ped,0,SRCt1))) + return (FALSE); + + /* Figure out the appropriate action vector based on src and alpha plane */ + iband = &(pet->receptor[SRCtag].band[0]); + for(band = 0; band < nbands; band++, pvt++, iband++) { + switch (iband->format->class) { + case UNCONSTRAINED: + switch (ab->format->class) { + case QUAD_PIXEL: pvt->action = DualAlphaRQ; break; + case PAIR_PIXEL: pvt->action = DualAlphaRP; break; + case BYTE_PIXEL: pvt->action = DualAlphaRB; break; + case BIT_PIXEL: + default: ImplementationError(flo, ped, + return(FALSE)); + break; + } + break; + case QUAD_PIXEL: + switch (ab->format->class) { + case QUAD_PIXEL: pvt->action = DualAlphaQQ; break; + case PAIR_PIXEL: pvt->action = DualAlphaQP; break; + case BYTE_PIXEL: pvt->action = DualAlphaQB; break; + case BIT_PIXEL: + default: ImplementationError(flo, ped, + return(FALSE)); + break; + } + break; + case PAIR_PIXEL: + switch (ab->format->class) { + case QUAD_PIXEL: pvt->action = DualAlphaPQ; break; + case PAIR_PIXEL: pvt->action = DualAlphaPP; break; + case BYTE_PIXEL: pvt->action = DualAlphaPB; break; + case BIT_PIXEL: + default: ImplementationError(flo, ped, + return(FALSE)); + break; + } + break; + case BYTE_PIXEL: + switch (ab->format->class) { + case QUAD_PIXEL: pvt->action = DualAlphaBQ; break; + case PAIR_PIXEL: pvt->action = DualAlphaBP; break; + case BYTE_PIXEL: pvt->action = DualAlphaBB; break; + case BIT_PIXEL: + default: ImplementationError(flo, ped, + return(FALSE)); + break; + } + break; + case BIT_PIXEL: + default: ImplementationError(flo, ped, return(FALSE)); + break; + } + } + + return( TRUE ); +} /* end InitializeDualAlphaBlend */ + +/*------------------------------------------------------------------------ +------------------------ crank some single input data -------------------- +------------------------------------------------------------------------*/ +static int MonoBlend(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + pBlendDefPtr pvt = (pBlendDefPtr) ped->elemPvt; + BlendFloat aconst1 = pvt->alphaConst; + BlendFloat aconst2 = (BlendFloat)1.0 - aconst1; + double *sconst = pvt->constant; + receptorPtr rcp = pet->receptor; + CARD32 bands = rcp[SRCt1].inFlo->bands; + bandPtr sb1 = &rcp[SRCt1].band[0]; + bandPtr bnd = &pet->emitter[0]; + mpBlendPvtPtr mpvt = (mpBlendPvtPtr) pet->private; + pointer sr1, dst; + CARD32 b; + + for(b = 0; b < bands; b++, sb1++, bnd++, sconst++, mpvt++) { + BlendFloat offset = *sconst * aconst1; + + if (!(pet->scheduled & 1<pitch); + + while (run = GetRun(flo,pet,bnd)) { + if (run > 0) { + (*(mpvt->action)) (currentx,run,sr1,dst,aconst2,offset); + currentx += run; + } else + currentx -= run; + } + + /* get pointers to the next src and dst scanlines */ + sr1 = GetNextSrc(flo,pet,sb1,TRUE); + dst = GetNextDst(flo,pet,bnd,TRUE); + } + /* make sure the scheduler knows how much src we used */ + FreeData(flo,pet,sb1,sb1->current); + } + return(TRUE); +} /* end MonoBlend */ + +/*------------------------------------------------------------------------ +-- Case with two inputs: src1, src2, no alpha plane --------------------- +------------------------------------------------------------------------*/ +static int DualBlend(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + BlendFloat aconst1 = ((pBlendDefPtr)ped->elemPvt)->alphaConst; + BlendFloat aconst2 = 1.0 - aconst1; + receptorPtr rcp = pet->receptor; + CARD32 bands = rcp[SRCt1].inFlo->bands; + bandPtr sb1 = &rcp[SRCt1].band[0]; + bandPtr sb2 = &rcp[SRCt2].band[0]; + bandPtr bnd = &pet->emitter[0]; + mpBlendPvtPtr mpvt = (mpBlendPvtPtr) pet->private; + pointer sr1, sr2, dst; + CARD32 b, w; + + for(b = 0; b < bands; b++,sb1++,sb2++,bnd++,mpvt++) { + + if (!(pet->scheduled & 1<format->width > sb2->format->width) + w = sb2->format->width; + else + w = sb1->format->width; + + /* get pointers to the initial src-1, src-2, and dst scanlines */ + sr1 = GetCurrentSrc(flo,pet,sb1); + sr2 = GetCurrentSrc(flo,pet,sb2); + dst = GetCurrentDst(flo,pet,bnd); + + /* continue while all is well and we have pointers */ + while(!ferrCode(flo) && sr1 && sr2 && dst && + SyncDomain(flo,ped,bnd,FLUSH)) { + INT32 run, currentx = 0; + + if (sr1 != dst) memcpy (dst, sr1, bnd->pitch); + + while ((run = GetRun(flo,pet,bnd)) && currentx < w) { + if (run > 0) { + if (currentx + run > w) /* Yuck, have to clip */ + run = w - currentx; + (*(mpvt->action)) (currentx,run,sr1,sr2,dst,aconst1,aconst2); + currentx += run; + } else + currentx -= run; + } + + /* get pointers to the next src-1, src-2, and dst scanlines */ + sr1 = GetNextSrc(flo,pet,sb1,TRUE); + sr2 = GetNextSrc(flo,pet,sb2,TRUE); + dst = GetNextDst(flo,pet,bnd,TRUE); + } + + /* If src2 < sr1, pass remaining lines through untouched */ + if(!sr1 && sb1->final) /* when sr1 runs out, we're done */ + DisableSrc(flo,pet,sb2,FLUSH); + else if(!sr2 && sb2->final) /* when sr2 runs out, pass-thru sr1 */ + BypassSrc(flo,pet,sb1); + else { /* both inputs still active, keep the scheduler up to date */ + FreeData(flo,pet,sb1,sb1->current); + FreeData(flo,pet,sb2,sb2->current); + } + } + return(TRUE); +} /* end DualBlend */ + +/*------------------------------------------------------------------------ +-- Case with two inputs: src1, alpha plane, no src2 --------------------- +------------------------------------------------------------------------*/ +static int MonoAlphaBlend(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + pBlendDefPtr pvt = (pBlendDefPtr) ped->elemPvt; + BlendFloat invaconst = 1/pvt->alphaConst; + CARD16 aindex = pvt->aindex; + receptorPtr rcp = pet->receptor; + CARD32 bands = rcp[SRCt1].inFlo->bands; + bandPtr sb1 = &rcp[SRCt1].band[0]; + bandPtr aband = &rcp[aindex].band[0]; + bandPtr bnd = &pet->emitter[0]; + double *sconst = pvt->constant; + mpBlendPvtPtr mpvt = (mpBlendPvtPtr) pet->private; + pointer sr1, alpha, dst; + CARD32 b, w; + + for(b = 0; b < bands; b++,sb1++,bnd++,sconst++, mpvt++, aband++) { + BlendFloat scalefactor = *sconst * invaconst; + + if (!(pet->scheduled & 1<format->width > aband->format->width) + w = aband->format->width; + else + w = sb1->format->width; + + /* get pointers to the initial src-1, alpha, and dst scanlines */ + sr1 = GetCurrentSrc(flo,pet,sb1); + alpha = GetCurrentSrc(flo,pet,aband); + dst = GetCurrentDst(flo,pet,bnd); + + /* continue while all is well and we have pointers */ + while(!ferrCode(flo) && sr1 && alpha && dst && + SyncDomain(flo,ped,bnd,FLUSH)) { + INT32 run, currentx = 0; + + if (sr1 != dst) memcpy (dst, sr1, bnd->pitch); + + while ((run = GetRun(flo,pet,bnd)) && currentx < w ) { + if (run > 0) { + if (currentx + run > w ) /* Yuck, have to clip */ + run = w - currentx; + (*(mpvt->action))(currentx,run,sr1,alpha,dst,invaconst,scalefactor); + currentx += run; + } else + currentx -= run; + } + + /* get pointers to the next src-1 and dst scanlines */ + sr1 = GetNextSrc(flo,pet,sb1,FLUSH); + alpha = GetNextSrc(flo,pet,aband,FLUSH); + dst = GetNextDst(flo,pet,bnd,FLUSH); + } + + /* If alpha < sr1, pass remaining lines through untouched */ + if(!sr1 && sb1->final) { /* when sr1 runs out, we're done */ + } else if(!alpha && aband->final) { /* when alpha runs out, pass-thru sr1*/ + pet->inSync = FALSE; /* No need to sync anymore */ + BypassSrc(flo,pet,sb1); + } else { /* both inputs still active, keep the scheduler up to date */ + FreeData(flo,pet,sb1,sb1->current); + FreeData(flo,pet,aband,aband->current); + } + } + + return(TRUE); +} /* end MonoAlphaBlend */ + +/*------------------------------------------------------------------------ +-- Case with three inputs: src1, src2, and alpha plane ------------------- +------------------------------------------------------------------------*/ +static int DualAlphaBlend(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + pBlendDefPtr pvt = (pBlendDefPtr)ped->elemPvt; + BlendFloat invaconst = 1.0/pvt->alphaConst; + CARD16 aindex = pvt->aindex; + receptorPtr rcp = pet->receptor; + CARD32 bands = rcp[SRCt1].inFlo->bands; + bandPtr sb1 = &rcp[SRCt1].band[0]; + bandPtr sb2 = &rcp[SRCt2].band[0]; + bandPtr aband = &rcp[aindex].band[0]; + bandPtr bnd = &pet->emitter[0]; + mpBlendPvtPtr mpvt = (mpBlendPvtPtr) pet->private; + pointer sr1, sr2, alpha, dst; + CARD32 b, w; + + for(b = 0; b < bands; b++,sb1++,sb2++,bnd++,mpvt++,aband++) { + + if (!(pet->scheduled & 1<format->width > sb2->format->width || + sb1->format->width > aband->format->width) + w = (aband->format->width < sb2->format->width) ? + aband->format->width : sb2->format->width; + else + w = sb1->format->width; + + /* get pointers to the initial src-1, src-2, and dst scanlines */ + sr1 = GetCurrentSrc(flo,pet,sb1); + sr2 = GetCurrentSrc(flo,pet,sb2); + alpha = GetCurrentSrc(flo,pet,aband); + dst = GetCurrentDst(flo,pet,bnd); + + /* continue while all is well and we have pointers */ + while(!ferrCode(flo) && sr1 && sr2 && alpha && dst && + SyncDomain(flo,ped,bnd,FLUSH)) { + INT32 run, currentx = 0; + + if (sr1 != dst) memcpy (dst, sr1, bnd->pitch); + + while ((run = GetRun(flo,pet,bnd)) && currentx < w ) { + if (run > 0) { + if (currentx + run > w) /* Yuck, have to clip */ + run = w - currentx; + (*(mpvt->action)) (currentx,run,sr1,sr2,alpha,dst,invaconst); + currentx += run; + } else + currentx -= run; + } + + /* get pointers to the next src-1, src-2, and dst scanlines */ + sr1 = GetNextSrc(flo,pet,sb1,FLUSH); + sr2 = GetNextSrc(flo,pet,sb2,FLUSH); + alpha = GetNextSrc(flo,pet,aband,FLUSH); + dst = GetNextDst(flo,pet,bnd,FLUSH); + } + + /* If alpha < sr1, pass remaining lines through untouched */ + if(!sr1 && sb1->final) { /* when sr1 runs out, we're done */ + DisableSrc(flo,pet,sb2,FLUSH); + } else if( !sr2 && sb2->final || /* when other inputs out, pass sr1 */ + !alpha && aband->final ) { + pet->inSync = FALSE; /* No need to sync anymore */ + if (sr2) { /* flush any remain sr2 */ + DisableSrc(flo,pet,sb2,FLUSH); + } + BypassSrc(flo,pet,sb1); + } else { /* both inputs still active, keep the scheduler up to date */ + FreeData(flo,pet,sb1,sb1->current); + FreeData(flo,pet,sb2,sb2->current); + FreeData(flo,pet,aband,aband->current); + } + } + + return(TRUE); +} /* end DualAlphaBlend */ + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetBlend(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetReceptors(ped); + ResetProcDomain(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetBlend */ + + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyBlend(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + if(ped->peTex) + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return(TRUE); +} /* end DestroyBlend */ + +/*------------------------------------------------------------------------ +------------------------MonoBlend action routines ---------------------- +------------------------------------------------------------------------*/ + +#define DOMono(fname,stype) \ +static void fname(count,width,is,id,aconst2,offset) \ +INT32 count, width; \ +pointer is, id; \ +BlendFloat aconst2, offset; \ +{ \ +stype *sr1 = ((stype *)is) + count; \ +stype *dst = ((stype *)id) + count; \ +int i; \ + for(i = 0; i < width; ++i) \ + *dst++ = *sr1++ * aconst2 + offset; \ +} + +DOMono(MonoR,RealPixel) +DOMono(MonoQ,QuadPixel) +DOMono(MonoP,PairPixel) +DOMono(MonoB,BytePixel) + +/*------------------------------------------------------------------------ +------------------------DualBlend action routines ---------------------- +------------------------------------------------------------------------*/ +#define DODual(fname,stype) \ +static void fname(count,width,is1,is2,id,aconst1,aconst2) \ +INT32 count,width; \ +pointer is1, is2, id; \ +BlendFloat aconst1, aconst2; \ +{ \ +stype *sr1 = ((stype *)is1) + count; \ +stype *sr2 = ((stype *)is2) + count; \ +stype *dst = ((stype *)id) + count; \ +int i; \ + for(i = 0; i < width; ++i) \ + *dst++ = *sr1++ * aconst2 + *sr2++ * aconst1; \ +} + +DODual(DualR,RealPixel) +DODual(DualQ,QuadPixel) +DODual(DualP,PairPixel) +DODual(DualB,BytePixel) + +/*------------------------------------------------------------------------ +-------------------- MonoAlphaBlend action routines -------------------- +------------------------------------------------------------------------*/ +#define DOMonoAlpha(fname,stype,atype) \ +static void fname(count,width,is1,ia,id,iac,sf) \ +INT32 count, width; \ +pointer is1, ia, id; \ +BlendFloat iac, sf; \ +{ \ +stype *sr1 = ((stype *)is1) + count; \ +stype *dst = ((stype *)id) + count; \ +atype *alpha = ((atype *)ia) + count; \ +int i; \ + for(i = 0; i < width; ++i) { \ + register BlendFloat ralpha = *alpha++; \ + *dst++ = *sr1++ * ((BlendFloat)1.0 - ralpha * iac) + \ + ralpha * sf; \ + } \ +} + +DOMonoAlpha(MonoAlphaRQ,RealPixel,QuadPixel) +DOMonoAlpha(MonoAlphaRP,RealPixel,PairPixel) +DOMonoAlpha(MonoAlphaRB,RealPixel,BytePixel) +DOMonoAlpha(MonoAlphaQQ,QuadPixel,QuadPixel) +DOMonoAlpha(MonoAlphaQP,QuadPixel,PairPixel) +DOMonoAlpha(MonoAlphaQB,QuadPixel,BytePixel) +DOMonoAlpha(MonoAlphaPQ,PairPixel,QuadPixel) +DOMonoAlpha(MonoAlphaPP,PairPixel,PairPixel) +DOMonoAlpha(MonoAlphaPB,PairPixel,BytePixel) +DOMonoAlpha(MonoAlphaBQ,BytePixel,QuadPixel) +DOMonoAlpha(MonoAlphaBP,BytePixel,PairPixel) +DOMonoAlpha(MonoAlphaBB,BytePixel,BytePixel) + +/*------------------------------------------------------------------------ +-------------------- DualAlphaBlend action routines -------------------- +------------------------------------------------------------------------*/ +#define DODualAlpha(fname,stype,atype) \ +static void fname(count,width,is1,is2,ia,id,iac) \ +CARD32 count,width; \ +pointer is1, is2, ia, id; \ +BlendFloat iac; \ +{ \ +stype *sr1 = ((stype *)is1) + count; \ +stype *sr2 = ((stype *)is2) + count; \ +atype *alpha = ((atype *)ia) + count; \ +stype *dst = ((stype *)id) + count; \ +int i; \ + for(i = 0; i < width; ++i) { \ + register BlendFloat ascale = *alpha++ * iac; \ + *dst++ = *sr1++ * ((BlendFloat)1.0 - ascale) + \ + *sr2++ * ascale; \ + } \ +} + +DODualAlpha(DualAlphaRQ,RealPixel,QuadPixel) +DODualAlpha(DualAlphaRP,RealPixel,PairPixel) +DODualAlpha(DualAlphaRB,RealPixel,BytePixel) +DODualAlpha(DualAlphaQQ,QuadPixel,QuadPixel) +DODualAlpha(DualAlphaQP,QuadPixel,PairPixel) +DODualAlpha(DualAlphaQB,QuadPixel,BytePixel) +DODualAlpha(DualAlphaPQ,PairPixel,QuadPixel) +DODualAlpha(DualAlphaPP,PairPixel,PairPixel) +DODualAlpha(DualAlphaPB,PairPixel,BytePixel) +DODualAlpha(DualAlphaBQ,BytePixel,QuadPixel) +DODualAlpha(DualAlphaBP,BytePixel,PairPixel) +DODualAlpha(DualAlphaBB,BytePixel,BytePixel) +/* end module mpblend.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mpcfromi.c b/xie/xc/programs/Xserver/XIE/mixie/process/mpcfromi.c new file mode 100644 index 0000000..811b11d --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mpcfromi.c @@ -0,0 +1,479 @@ +/* $XConsortium: mpcfromi.c,v 1.5 94/04/17 20:35:13 rws Exp $ */ +/**** module mpcfromi.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mpcfromi.c -- DDXIE ConvertFromIndex element + + Robert NC Shelley -- AGE Logic, Inc. July, 1993 + +*****************************************************************************/ + +#define _XIEC_MPCFROMI +#define _XIEC_PCFROMI + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + +extern int QueryColors(); /* in ...server/dix/colormap.c */ + +/* routines referenced by other DDXIE modules + */ +int miAnalyzeCvtFromInd(); + +/* routines used internal to this module + */ +static int CreateCfromI(); +static int InitCfromI(); +static int DoSingleCfromI(); +static int DoTripleCfromI(); +static int ResetCfromI(); +static int DestroyCfromI(); + + +/* DDXIE ConvertFromIndex entry points + */ +static ddElemVecRec mpCfromIVec = { + CreateCfromI, + InitCfromI, + (xieIntProc)NULL, + (xieIntProc)NULL, + ResetCfromI, + DestroyCfromI + }; + + +/* Local Declarations. + */ +typedef struct _mpcfromi { + pCfromIDefPtr dix; + xieIntProc action; + bandPtr iband; + bandPtr oband; + Pixel *pixLst; + xrgb *rgbLst; + CARD32 width; + pointer ibuf; + pointer obuf[xieValMaxBands]; +} mpCfromIRec, *mpCfromIPtr; + +/* action routines + */ +#define CfromI_1bb CfromI_1BB +#define CfromI_1bB CfromI_1BB +#define CfromI_1bP CfromI_1BP +#define CfromI_1Bb CfromI_1BB +#define CfromI_1Pb CfromI_1PB +#define CfromI_1Qb CfromI_1QB +#define CfromI_3bb CfromI_3BB +#define CfromI_3bB CfromI_3BB +#define CfromI_3bP CfromI_3BP +#define CfromI_3Bb CfromI_3BB +#define CfromI_3Pb CfromI_3PB +#define CfromI_3Qb CfromI_3QB +static int CfromI_1BB(), CfromI_1BP(), CfromI_3BB(), CfromI_3BP(); +static int CfromI_1PB(), CfromI_1PP(), CfromI_3PB(), CfromI_3PP(); +static int CfromI_1QB(), CfromI_1QP(), CfromI_3QB(), CfromI_3QP(); + +static int (*action_CfromI[2][3][4])() = { + CfromI_1bb, CfromI_1Bb, CfromI_1Pb, CfromI_1Qb, /* single, o=1, i=1..4 */ + CfromI_1bB, CfromI_1BB, CfromI_1PB, CfromI_1QB, /* single, o=2, i=1..4 */ + CfromI_1bP, CfromI_1BP, CfromI_1PP, CfromI_1QP, /* single, o=3, i=1..4 */ + CfromI_3bb, CfromI_3Bb, CfromI_3Pb, CfromI_3Qb, /* triple, o=1, i=1..4 */ + CfromI_3bB, CfromI_3BB, CfromI_3PB, CfromI_3QB, /* triple, o=2, i=1..4 */ + CfromI_3bP, CfromI_3BP, CfromI_3PP, CfromI_3QP, /* triple, o=3, i=1..4 */ +}; + + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeCvtFromInd(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* stash the entry point vector with the appropriate activate routine + */ + ped->ddVec = mpCfromIVec; + + return(TRUE); +} /* end miAnalyzeCvtFromInd */ + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateCfromI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + return(MakePETex(flo, ped, sizeof(mpCfromIRec), NO_SYNC, NO_SYNC)); +} /* end CreateCfromI */ + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitCfromI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloConvertFromIndex *raw = (xieFloConvertFromIndex *)ped->elemRaw; + peTexPtr pet = ped->peTex; + formatPtr ift = &ped->inFloLst[SRCtag].format[0]; + formatPtr oft = &ped->outFlo.format[0]; + pCfromIDefPtr dix = (pCfromIDefPtr) ped->elemPvt; + mpCfromIPtr ddx = (mpCfromIPtr)pet->private; + CARD32 i, pseudo = !dix->pixMsk[0]; + CARD32 cells, odx = ped->outFlo.bands == 1 ? 0 : 1; + CARD8 oc = oft->class, ic = ift->class; + Pixel *p; + xrgb *rgb; + + /* set up action parameters + */ + ddx->dix = dix; + ddx->width = oft->width; + ddx->iband = &pet->receptor[SRCtag].band[0]; + ddx->oband = &pet->emitter[0]; + ddx->action = action_CfromI[odx][oc-1][ift->class-1]; + if(!ddx->action) ImplementationError(flo,ped, return(FALSE)); + ped->ddVec.activate = !odx ? DoSingleCfromI : DoTripleCfromI; + + if(ic == BIT_PIXEL && !(ddx->ibuf = (BytePixel*)XieMalloc(ddx->width+7))) + AllocError(flo,ped, return(FALSE)); + + if(oc == BIT_PIXEL) + if( odx && (!(ddx->obuf[0] = (BytePixel*)XieMalloc(ddx->width+7)) || + !(ddx->obuf[1] = (BytePixel*)XieMalloc(ddx->width+7)) || + !(ddx->obuf[2] = (BytePixel*)XieMalloc(ddx->width+7))) || + !odx && !(ddx->obuf[0] = (BytePixel*)XieMalloc(ddx->width+7))) + AllocError(flo,ped, return(FALSE)); + + /* snapshot the current contents of the colormap + */ + SetDepthFromLevels(dix->cells,i); cells = 1<pixLst = (Pixel*) XieMalloc(cells * sizeof(Pixel))) || + !(ddx->rgbLst = (xrgb *) XieMalloc(cells * sizeof(xrgb)))) + AllocError(flo,ped, return(FALSE)); + for(p = ddx->pixLst, i = 0; i < cells; ++i) + *p++ = pseudo ? i : (i << dix->pixPos[0] & dix->pixMsk[0] | + i << dix->pixPos[1] & dix->pixMsk[1] | + i << dix->pixPos[2] & dix->pixMsk[2]); + if(QueryColors(dix->cmap,cells,ddx->pixLst,ddx->rgbLst)) + ColormapError(flo,ped,raw->colormap, return(FALSE)); /* XXX hmmm? */ + + /* adjust the RGB values according to the client's precision requirements + */ + for(rgb = ddx->rgbLst, i = 0; i < cells; ++rgb, ++i) { + rgb->red >>= dix->precShift; + rgb->green >>= dix->precShift; + rgb->blue >>= dix->precShift; + } + + return(InitReceptors(flo, ped, NO_DATAMAP, 1) && + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); +} /* end InitCfromI */ + + +/*------------------------------------------------------------------------ +------------------------- crank some input data -------------------------- +------------------------------------------------------------------------*/ +static int DoSingleCfromI(flo,ped,pet) /* one band out */ + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpCfromIPtr ddx = (mpCfromIPtr) pet->private; + bandPtr iband = ddx->iband; + bandPtr oband = ddx->oband; + CARD32 width = iband->format->width; + pointer src, dst; + + if((src = GetCurrentSrc(flo,pet,iband)) && + (dst = GetCurrentDst(flo,pet,oband))) + do { + if(ddx->ibuf) src = bitexpand(src,ddx->ibuf,width,(char)1,(char)0); + + (*ddx->action)(ddx, src, ddx->obuf[0] ? ddx->obuf[0] : dst); + + if(ddx->obuf[0]) bitshrink(ddx->obuf[0],dst,width,(char)1); + + src = GetNextSrc(flo,pet,iband,FLUSH); + dst = GetNextDst(flo,pet,oband,FLUSH); + } while(src && dst); + + FreeData(flo,pet,iband,iband->current); + + return(TRUE); +} /* end DoSingleCfromI */ + +static int DoTripleCfromI(flo,ped,pet) /* three bands out */ + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpCfromIPtr ddx = (mpCfromIPtr) pet->private; + bandPtr iband = ddx->iband; + bandPtr oband = ddx->oband; + CARD32 width = iband->format->width; + pointer src, dstR, dstG, dstB; + + src = GetCurrentSrc(flo,pet,iband); + dstR = GetCurrentDst(flo,pet,oband); oband++; + dstG = GetCurrentDst(flo,pet,oband); oband++; + dstB = GetCurrentDst(flo,pet,oband); oband -=2; + + while(src && dstR && dstG && dstB) { + + if(ddx->ibuf) src = bitexpand(src,ddx->ibuf,width,(char)1,(char)0); + + (*ddx->action)(ddx, src, + ddx->obuf[0] ? ddx->obuf[0] : dstR, + ddx->obuf[1] ? ddx->obuf[1] : dstG, + ddx->obuf[2] ? ddx->obuf[2] : dstB); + + if(ddx->obuf[0]) bitshrink(ddx->obuf[0],dstR,width,(char)1); + if(ddx->obuf[1]) bitshrink(ddx->obuf[1],dstG,width,(char)1); + if(ddx->obuf[2]) bitshrink(ddx->obuf[2],dstB,width,(char)1); + + src = GetNextSrc(flo,pet,iband,FLUSH); + dstR = GetNextDst(flo,pet,oband,FLUSH); oband++; + dstG = GetNextDst(flo,pet,oband,FLUSH); oband++; + dstB = GetNextDst(flo,pet,oband,FLUSH); oband -=2; + } + FreeData(flo,pet,iband,iband->current); + + return(TRUE); +} /* end DoTripleCfromI */ + + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetCfromI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + mpCfromIPtr ddx = (mpCfromIPtr) ped->peTex->private; + + if(ddx->pixLst ) ddx->pixLst = (Pixel*) XieFree(ddx->pixLst ); + if(ddx->rgbLst ) ddx->rgbLst = (xrgb *) XieFree(ddx->rgbLst ); + if(ddx->ibuf ) ddx->ibuf = (pointer ) XieFree(ddx->ibuf ); + if(ddx->obuf[0]) ddx->obuf[0] = (pointer ) XieFree(ddx->obuf[0]); + if(ddx->obuf[1]) ddx->obuf[1] = (pointer ) XieFree(ddx->obuf[1]); + if(ddx->obuf[2]) ddx->obuf[2] = (pointer ) XieFree(ddx->obuf[2]); + + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetCfromI */ + + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyCfromI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return(TRUE); +} /* end DestroyCfromI */ + +/* Single band output action routines: + */ + +#define DO_SINGLE_CFROMI(fn_do,itype,otype) \ +static int fn_do(ddx,SRC,DST) \ + mpCfromIPtr ddx; pointer SRC; pointer DST; \ +{ \ + itype *s = (itype *)SRC; \ + otype *d = (otype *)DST; \ + xrgb *x = ddx->rgbLst; \ + int w = ddx->width; \ + switch(ddx->dix->class) { \ + case StaticGray: \ + case GrayScale: \ + case StaticColor: \ + case PseudoColor: \ + while(w--) *d++ = x[*s++].red; \ + break; \ + case TrueColor: \ + case DirectColor: \ + { int rm = ddx->dix->pixMsk[0], rs = ddx->dix->pixPos[0]; \ + while(w--) *d++ = x[(*s++ & rm) >> rs].red; \ + } \ + } \ +} +/* bit versions - nyi */ +/* CfromI_1bb,BitPixel, BitPixel */ +/* CfromI_1bB,BitPixel, BytePixel */ +/* CfromI_1bP,BitPixel, PairPixel */ +/* CfromI_1Bb,BytePixel,BitPixel */ +DO_SINGLE_CFROMI(CfromI_1BB,BytePixel,BytePixel) +DO_SINGLE_CFROMI(CfromI_1BP,BytePixel,PairPixel) +/* CfromI_1Pb,PairPixel,BitPixel */ +DO_SINGLE_CFROMI(CfromI_1PB,PairPixel,BytePixel) +DO_SINGLE_CFROMI(CfromI_1PP,PairPixel,PairPixel) +/* CfromI_1Qb,QuadPixel,BitPixel */ +DO_SINGLE_CFROMI(CfromI_1QB,QuadPixel,BytePixel) +DO_SINGLE_CFROMI(CfromI_1QP,QuadPixel,PairPixel) + + +/* Triple band output action routines: + */ + +#define DO_TRIPLE_CFROMI(fn_do,itype,otype) \ +static int fn_do(ddx,SRC,DSTR,DSTG,DSTB) \ + mpCfromIPtr ddx; pointer SRC, DSTR, DSTG, DSTB; \ +{ \ + itype *s = (itype *)SRC; \ + otype *r = (otype *)DSTR; \ + otype *g = (otype *)DSTG; \ + otype *b = (otype *)DSTB; \ + xrgb *x = ddx->rgbLst; \ + int w = ddx->width; \ + switch(ddx->dix->class) { \ + case StaticGray: \ + case GrayScale: \ + while(w--) *r++ = *g++ = *b++ = x[*s++].red; \ + break; \ + case StaticColor: \ + case PseudoColor: \ + while(w--) { \ + xrgb *p = x + *s++; \ + *r++ = p->red; *g++ = p->green; *b++ = p->blue; \ + } \ + break; \ + case TrueColor: \ + case DirectColor: \ + { int rm = ddx->dix->pixMsk[0], rs = ddx->dix->pixPos[0]; \ + int gm = ddx->dix->pixMsk[1], gs = ddx->dix->pixPos[1]; \ + int bm = ddx->dix->pixMsk[2], bs = ddx->dix->pixPos[2]; \ + while(w--) { \ + Pixel p = *s++; \ + *r++ = x[(p & rm) >> rs].red; \ + *g++ = x[(p & gm) >> gs].green; \ + *b++ = x[(p & bm) >> bs].blue; \ + } \ + } \ + } \ +} +/* bit versions - nyi */ +/* CfromI_3bb,BitPixel, BitPixel */ +/* CfromI_3bB,BitPixel, BytePixel */ +/* CfromI_3bP,BitPixel, PairPixel */ +/* CfromI_3Bb,BytePixel,BitPixel */ +DO_TRIPLE_CFROMI(CfromI_3BB,BytePixel,BytePixel) +DO_TRIPLE_CFROMI(CfromI_3BP,BytePixel,PairPixel) +/* CfromI_3Pb,PairPixel,BitPixel */ +DO_TRIPLE_CFROMI(CfromI_3PB,PairPixel,BytePixel) +DO_TRIPLE_CFROMI(CfromI_3PP,PairPixel,PairPixel) + /* CfromI_3Qb,QuadPixel,BitPixel */ +DO_TRIPLE_CFROMI(CfromI_3QB,QuadPixel,BytePixel) +DO_TRIPLE_CFROMI(CfromI_3QP,QuadPixel,PairPixel) + +/* end module mpcfromi.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mpcnst.c b/xie/xc/programs/Xserver/XIE/mixie/process/mpcnst.c new file mode 100644 index 0000000..6291f8e --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mpcnst.c @@ -0,0 +1,1037 @@ +/* $XConsortium: mpcnst.c /main/6 1995/12/02 16:53:45 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module mpcnst.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mpcnst.c -- DDXIE constrain element + + Dean Verheiden && Larry Hare -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + + +#define _XIEC_MPCNST +#define _XIEC_PCNST + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeConstrain(); + +/* + * routines used internal to this module + */ +static int CreateConstrain(); +static int InitializeConstrain(); +static int ActivateConstrain(); +static int ResetConstrain(); +static int DestroyConstrain(); + +/* + * DDXIE ImportClientPhoto entry points + */ +static ddElemVecRec ConstrainVec = { + CreateConstrain, + InitializeConstrain, + ActivateConstrain, + (xieBoolProc)NULL, + ResetConstrain, + DestroyConstrain + }; + + +/*------------------------------------------------------------------------ +------------------------ Local declares and defines -------------------- +------------------------------------------------------------------------*/ + +typedef struct _mpconstraindef { + void (*action) (); + pointer lut; + double pad[7]; +} mpCnstPvtRec, *mpCnstPvtPtr; + + +static void (*hc_nop())(); +static void (*HCp_Rb())(), (*HCp_bb())(), (*HCp_Bb())(), + (*HCp_Pb())(), (*HCp_Qb())(); +static void (*HCp_RB())(), (*HCp_bB())(), (*HCp_BB())(), + (*HCp_PB())(), (*HCp_QB())(); +static void (*HCp_RP())(), (*HCp_bP())(), (*HCp_BP())(), + (*HCp_PP())(), (*HCp_QP())(); +static void (*HCp_RQ())(), (*HCp_bQ())(), (*HCp_BQ())(), + (*HCp_PQ())(), (*HCp_QQ())(); + +static void (*(*prep_hc[5][5])())() = { + hc_nop, hc_nop, hc_nop, hc_nop, hc_nop, /* [out=0][inp=0...4] */ + HCp_Rb, HCp_bb, HCp_Bb, HCp_Pb, HCp_Qb, /* [out=1][inp=0...4] */ + HCp_RB, HCp_bB, HCp_BB, HCp_PB, HCp_QB, /* [out=2][inp=0...4] */ + HCp_RP, HCp_bP, HCp_BP, HCp_PP, HCp_QP, /* [out=3][inp=0...4] */ + HCp_RQ, HCp_bQ, HCp_BQ, HCp_PQ, HCp_QQ, /* [out=4][inp=0...4] */ +}; + +static void (*cs_nop())(); +static void (*CSp_Rb())(), (*CSp_bb())(), (*CSp_Bb())(), + (*CSp_Pb())(), (*CSp_Qb())(); +static void (*CSp_RB())(), (*CSp_bB())(), (*CSp_BB())(), + (*CSp_PB())(), (*CSp_QB())(); +static void (*CSp_RP())(), (*CSp_bP())(), (*CSp_BP())(), + (*CSp_PP())(), (*CSp_QP())(); +static void (*CSp_RQ())(), (*CSp_bQ())(), (*CSp_BQ())(), + (*CSp_PQ())(), (*CSp_QQ())(); + +static void (*(*prep_cs[5][5])())() = { + cs_nop, cs_nop, cs_nop, cs_nop, cs_nop, /* [0][0...4] */ + CSp_Rb, CSp_bb, CSp_Bb, CSp_Pb, CSp_Qb, /* [1][0...4] */ + CSp_RB, CSp_bB, CSp_BB, CSp_PB, CSp_QB, /* [2][0...4] */ + CSp_RP, CSp_bP, CSp_BP, CSp_PP, CSp_QP, /* [3][0...4] */ + CSp_RQ, CSp_bQ, CSp_BQ, CSp_PQ, CSp_QQ, /* [4][0...4] */ +}; + +/*------------------------------------------------------------------------ +------------------------ fill in the vector --------------------------- +------------------------------------------------------------------------*/ +int miAnalyzeConstrain(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + + ped->ddVec = ConstrainVec; + + /* based on the technique, fill in the appropriate entry point vector */ + + switch(((xieFloConstrain *)ped->elemRaw)->constrain) { + case xieValConstrainClipScale: + case xieValConstrainHardClip: + break; + default: + ImplementationError(flo,ped, return(FALSE)); + } + + return TRUE; +} + + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateConstrain(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + int auxsize = xieValMaxBands * sizeof(mpCnstPvtRec); + + return MakePETex(flo,ped,auxsize,NO_SYNC,NO_SYNC); +} + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ + +static int InitializeConstrain(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + pCnstDefPtr techpvt = (pCnstDefPtr)ped->techPvt; + mpCnstPvtPtr pvt = (mpCnstPvtPtr) pet->private; + bandPtr oband; + bandPtr iband; + int band, nbands, status; + + status = InitReceptors(flo,ped,NO_DATAMAP,1) && + InitEmitter(flo,ped,NO_DATAMAP,NO_INPLACE); + + nbands = pet->receptor[SRCtag].inFlo->bands; + iband = &(pet->receptor[SRCtag].band[0]); + oband = &(pet->emitter[0]); + + for(band = 0; band < nbands; band++, pvt++, iband++, oband++) { + + int oo = IndexClass(oband->format->class); + int ii = IndexClass(iband->format->class); + + switch(((xieFloConstrain *)ped->elemRaw)->constrain) { + + case xieValConstrainClipScale: + pvt->action = + ((*(prep_cs[oo][ii])) (iband, oband, pvt, techpvt, band)); + break; + case xieValConstrainHardClip: + pvt->action = + ((*(prep_hc[oo][ii])) (iband, oband, pvt, techpvt, band)); + break; + } + } + return status; +} + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateConstrain(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpCnstPvtPtr pvt = (mpCnstPvtPtr) pet->private; + int band, nbands = pet->receptor[SRCtag].inFlo->bands; + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + bandPtr oband = &(pet->emitter[0]); + + for(band = 0; band < nbands; band++, pvt++, iband++, oband++) { + register int bw = iband->format->width; + pointer ivoid, ovoid; + + if (!(ivoid = GetCurrentSrc(flo,pet,iband))) + continue; + + if (!pvt->action) { + do { /* pass a clone of the current src strip downstream */ + if(!PassStrip(flo,pet,oband,iband->strip)) + return(FALSE); + ivoid = GetSrc(flo,pet,iband,iband->maxLocal,TRUE); + } while (!ferrCode(flo) && ivoid) ; + FreeData(flo, pet, iband, iband->current); + continue; + } + + if (!(ovoid = GetCurrentDst(flo,pet,oband))) + continue; + + do { + (*(pvt->action)) (ivoid, ovoid, pvt, bw); + ivoid = GetNextSrc(flo,pet,iband,TRUE); + ovoid = GetNextDst(flo,pet,oband,TRUE); + } while (!ferrCode(flo) && ivoid && ovoid) ; + + FreeData(flo, pet, iband, iband->current); + } + return TRUE; +} + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetConstrain(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + mpCnstPvtPtr pvt = (mpCnstPvtPtr) ped->peTex->private; + int band; + + /* free any dynamic private data */ + for (band = 0 ; band < xieValMaxBands ; band++, pvt++) + if (pvt->lut) + pvt->lut = (pointer) XieFree(pvt->lut); + + ResetReceptors(ped); + ResetEmitter(ped); + + return TRUE; +} + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyConstrain(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return TRUE; +} + +/*------------------------------------------------------------------------ +------------------------ This guy must be nuts ------------------------- +------------------------------------------------------------------------*/ + +/*----------------------------- HardClip --------------------------------*/ + +/* +** DO_HCb - consume bits, produce bits. +** DO_HCc - consume bits, produce otype. +** DO_HCcx - consume bits, produce otype (using bitexpand). +** DO_HCp - consume itype, produce bits.. +** DO_HCfp - consume floats, produce bits. +** DO_HClt - consume itype, produce otype (itype < otype). +** DO_HCeq - consume itype, produce otype (itype == otype). +** DO_HCgt - consume itype, produce otype (itype > otype) +** DO_HCf - consume floats, produce otype. +*/ + +static void constrain_nop(INP,OUTP,pvt,bw) + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; +{ + return; +} +static void (*hc_nop(iband,oband,pvt,techpvt,band))() + bandPtr iband, oband; mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; +{ + return constrain_nop; +} +static void (*cs_nop(iband,oband,pvt,techpvt,band))() + bandPtr iband, oband; mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; +{ + return constrain_nop; +} + +static void clearbitline(INP,OUTP,pvt,bw) + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; +{ + action_clear(OUTP, bw, 0); +} + +static void setbitline(INP,OUTP,pvt,bw) + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; +{ + action_set(OUTP, bw, 0); +} + +static void copybitline(INP,OUTP,pvt,bw) + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; +{ + passcopy_bit(OUTP, INP, bw, 0); +} + +static void invertbitline(INP,OUTP,pvt,bw) + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; +{ + passcopy_bit (OUTP, INP, bw, 0); + action_invert(OUTP, bw, 0); +} + +#define LEVELSM1(T) *((T *) &(pvt->pad[0])) + +#define DO_HCb(fn_prep,fn_do_a, fn_do_b,itype,otype) \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + if (iband->format->levels == 1) \ + return clearbitline; \ + if (oband->format->levels == 1) \ + return clearbitline; \ + return copybitline; \ +} + +#define DO_HCc(fn_prep,fn_do_a, fn_do_b,itype,otype) \ +static void \ +fn_do_a(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + LogInt inval, M, *inp = (LogInt *) INP; \ + otype *outp = (otype *) OUTP; \ + for ( ; bw >= LOGSIZE ; bw -= LOGSIZE) \ + for (M=LOGLEFT, inval = *inp++; M; LOGRIGHT(M)) \ + *outp++ = (inval & M) ? (otype) 1 : (otype) 0; \ + if (bw > 0) \ + for (M=LOGLEFT, inval = *inp++; bw; bw--, LOGRIGHT(M)) \ + *outp++ = (inval & M) ? (otype) 1 : (otype) 0; \ +} \ +static void \ +fn_do_b(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + bzero((char *)OUTP, bw * sizeof(otype)); \ + /* action_clear(OUTP, (bw * sizeof(otype)) << 3, 0); */ \ +} \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + if (iband->format->levels == 1) \ + return fn_do_b; \ + return fn_do_a; \ +} + +#define DO_HCcx(fn_prep,fn_do,fn_do_b,itype,otype) \ +static void \ +fn_do(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + bitexpand(INP, OUTP, bw, 0, 1); \ +} \ +static void \ +fn_do_b(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + bzero((char *)OUTP, bw * sizeof(otype)); \ + /* action_clear(OUTP, (bw * sizeof(otype)) << 3, 0); */ \ +} \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + if (iband->format->levels == 1) \ + return fn_do_b; \ + return fn_do; \ +} + +#define DO_HCp(fn_prep,fn_do_a, fn_do_b,itype,otype) \ +static void \ +fn_do_a(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + itype *inp = (itype *) INP; \ + LogInt outval, M, *outp = (LogInt *) OUTP; \ + for ( ; bw >= LOGSIZE ; *outp++ = outval, bw -= LOGSIZE) \ + for (M=LOGLEFT, outval = 0; M; LOGRIGHT(M)) \ + if (*inp++) \ + outval |= M; \ + if (bw > 0) { \ + for (M=LOGLEFT, outval = 0; bw; bw--, LOGRIGHT(M)) \ + if (*inp++) \ + outval |= M; \ + *outp = outval; \ + } \ +} \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + if (oband->format->levels == 1) \ + return clearbitline; \ + return fn_do_a; \ +} + +#define DO_HCfp(fn_prep,fn_do_a, fn_do_b,itype,otype) \ +static void \ +fn_do_a(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + itype *inp = (itype *) INP; \ + LogInt outval, M, *outp = (LogInt *) OUTP; \ + for ( ; bw >= LOGSIZE ; *outp++ = outval, bw -= LOGSIZE) \ + for (M=LOGLEFT, outval = 0; M; LOGRIGHT(M)) \ + if (*inp++ >= (itype) 1.0) \ + outval |= M; \ + if (bw > 0) { \ + for (M=LOGLEFT, outval = 0; bw; bw--, LOGRIGHT(M)) \ + if (*inp++ >= (itype) 1.0) \ + outval |= M; \ + *outp = outval; \ + } \ +} \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + if (oband->format->levels == 1) \ + return clearbitline; \ + return fn_do_a; \ +} + +#define DO_HClt(fn_prep,fn_do_a, fn_do_b,itype,otype) \ +static void \ +fn_do_b(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + itype *inp = (itype *) INP; \ + otype *outp = (otype *) OUTP; \ + while (bw-- > 0 ) { \ + *outp++ = (otype) *inp++; \ + } \ +} \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + return fn_do_b; \ +} + +#define DO_HCeq(fn_prep,fn_do_a, fn_do_b,itype,otype) \ +static void \ +fn_do_a(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + itype *inp = (itype *) INP; \ + otype *outp = (otype *) OUTP; \ + itype inval, lm1 = LEVELSM1(itype); \ + while (bw-- > 0 ) { \ + if ((inval = *inp++) > lm1) inval = lm1; \ + *outp++ = (otype) inval; \ + } \ +} \ +/* fn_do_b was memcpy, now done at higher level with PassStrip */ \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + itype ilm1 = (itype)( (iband->format->levels) \ + ? iband->format->levels - 1 : ~0); \ + itype olm1 = (itype)( (oband->format->levels) \ + ? oband->format->levels - 1 : ~0); \ + if (ilm1 < olm1) { \ + /*special hint to PassStrip */ \ + return (void (*) ()) 0; \ + } \ + LEVELSM1(itype) = (itype) olm1; \ + return fn_do_a; \ +} + +#define DO_HCgt(fn_prep,fn_do_a, fn_do_b,itype,otype) \ +static void \ +fn_do_a(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + itype *inp = (itype *) INP; \ + otype *outp = (otype *) OUTP; \ + itype inval, lm1 = LEVELSM1(itype); \ + while (bw-- > 0 ) { \ + if ((inval = *inp++) > lm1) inval = lm1; \ + *outp++ = (otype) inval; \ + } \ +} \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + otype olm1 = (otype)( (oband->format->levels) \ + ? oband->format->levels - 1 : ~0); \ + LEVELSM1(itype) = (itype) olm1; \ + return fn_do_a; \ +} + + +#define DO_HCf(fn_prep,fn_do_a,fn_do_b,itype,otype) \ +static void \ +fn_do_a(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + itype *inp = (itype *) INP; \ + otype *outp = (otype *) OUTP; \ + itype inval, olm1 = *((itype *) &(pvt->pad[0])); \ + while (bw-- > 0 ) { \ + if ((inval = *inp++) > olm1) inval = olm1; \ + else if (inval < 0) inval = (itype) 0; \ + *outp++ = (otype) inval; \ + } \ +} \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + otype olm1 = (otype)( (oband->format->levels) \ + ? oband->format->levels - 1 : ~0); \ + *((itype *) &(pvt->pad[0])) = olm1; \ + return fn_do_a; \ +} + +DO_HCb (HCp_bb, HCa_bb, HCb_bb, BitPixel, BitPixel) +DO_HCp (HCp_Bb, HCa_Bb, HCb_Bb, BytePixel, BitPixel) +DO_HCp (HCp_Pb, HCa_Pb, HCb_Pb, PairPixel, BitPixel) +DO_HCp (HCp_Qb, HCa_Qb, HCb_Qb, QuadPixel, BitPixel) +DO_HCfp (HCp_Rb, HCa_Rb, HCb_Rb, RealPixel, BitPixel) + +DO_HCcx (HCp_bB, HCa_bB, HCb_bB, BitPixel, BytePixel) +DO_HCeq (HCp_BB, HCa_BB, HCb_BB, BytePixel, BytePixel) +DO_HCgt (HCp_PB, HCa_PB, HCb_PB, PairPixel, BytePixel) +DO_HCgt (HCp_QB, HCa_QB, HCb_QB, QuadPixel, BytePixel) +DO_HCf (HCp_RB, HCa_RB, HCb_RB, RealPixel, BytePixel) + +DO_HCc (HCp_bP, HCa_bP, HCb_bP, BitPixel, PairPixel) +DO_HClt (HCp_BP, HCa_BP, HCb_BP, BytePixel, PairPixel) +DO_HCeq (HCp_PP, HCa_PP, HCb_PP, PairPixel, PairPixel) +DO_HCgt (HCp_QP, HCa_QP, HCb_QP, QuadPixel, PairPixel) +DO_HCf (HCp_RP, HCa_RP, HCb_RP, RealPixel, PairPixel) + +DO_HCc (HCp_bQ, HCa_bQ, HCb_bQ, BitPixel, QuadPixel) +DO_HClt (HCp_BQ, HCa_BQ, HCb_BQ, BytePixel, QuadPixel) +DO_HClt (HCp_PQ, HCa_PQ, HCb_PQ, PairPixel, QuadPixel) +DO_HCeq (HCp_QQ, HCa_QQ, HCb_QQ, QuadPixel, QuadPixel) +DO_HCf (HCp_RQ, HCa_RQ, HCb_RQ, RealPixel, QuadPixel) + +#undef LEVELSM1 + +/*----------------------------- ClipScale --------------------------------*/ + +typedef float ConstrainFloat; +#define HALF ((ConstrainFloat) 0.5) + +#define LBOUND(T) *((T *) &(pvt->pad[0])) +#define UBOUND(T) *((T *) &(pvt->pad[1])) +#define OLOW(T) *((T *) &(pvt->pad[2])) +#define OHIGH(T) *((T *) &(pvt->pad[3])) +#define FLT_SF *((ConstrainFloat *) &(pvt->pad[4])) +#define FLT_OFF *((ConstrainFloat *) &(pvt->pad[5])) +#define INT_SF *((INT32 *) &(pvt->pad[4])) +#define INT_OFF *((INT32 *) &(pvt->pad[5])) + +static void +cs_scale_equation(pvt,techpvt,band) + mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; +{ + QuadPixel olow = techpvt->output_low[band]; + ConstrainFloat ilow = techpvt->input_low[band]; + ConstrainFloat sf = (techpvt->output_high[band] - olow) / + (techpvt->input_high[band] - ilow); + FLT_SF = sf; + FLT_OFF = (ConstrainFloat) olow - sf * ilow; +} + +static void +cs_fix_bits(pvt,techpvt,band) + mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; +{ + ConstrainFloat ilow = techpvt->input_low[band]; + ConstrainFloat ihigh = techpvt->input_high[band]; + QuadPixel olow = techpvt->output_low[band]; + QuadPixel ohigh = techpvt->output_high[band]; + /* Prep guarantees ilow != ihigh, but what if ilow > ihigh */ + if (ilow == 0.0 && ihigh == 1.0) { + OLOW(QuadPixel) = olow; + OHIGH(QuadPixel) = ohigh; + return; + } else if (ilow == 1.0 && ihigh == 0.0) { + OLOW(QuadPixel) = ohigh; + OHIGH(QuadPixel) = olow; + return; + } + cs_scale_equation(pvt,techpvt,band); + if (ilow < ihigh) { + if (0.0 <= ilow) OLOW(QuadPixel) = olow; + else if (0.0 >= ihigh) OLOW(QuadPixel) = ohigh; + else OLOW(QuadPixel) = FLT_SF * 0. + FLT_OFF + HALF; + if (1.0 <= ilow) OHIGH(QuadPixel) = olow; + else if (1.0 >= ihigh) OHIGH(QuadPixel) = ohigh; + else OHIGH(QuadPixel) = FLT_SF * 1. + FLT_OFF + HALF; + } else { + if (0.0 >= ilow) OLOW(QuadPixel) = olow; + else if (0.0 <= ihigh) OLOW(QuadPixel) = ohigh; + else OLOW(QuadPixel) = FLT_SF * 0. + FLT_OFF + HALF; + if (1.0 >= ilow) OHIGH(QuadPixel) = olow; + else if (1.0 <= ihigh) OHIGH(QuadPixel) = ohigh; + else OHIGH(QuadPixel) = FLT_SF * 1. + FLT_OFF + HALF; + } +} + +#define DO_CSb(fn_prep,fn_do,fn_do_b,itype,otype) \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; \ + mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + if (iband->format->levels == 1 || oband->format->levels == 1) \ + return clearbitline; \ + cs_fix_bits(pvt,techpvt,band); \ + return (OLOW(QuadPixel) == OHIGH(QuadPixel)) \ + ? ((OLOW(QuadPixel) == 0) ? clearbitline: setbitline) \ + : ((OLOW(QuadPixel) == 0) ? copybitline: invertbitline); \ +} + + +#define DO_CSc(fn_prep,fn_do,fn_do_b,itype,otype) \ +static void \ +fn_do(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + LogInt inval, M, *inp = (LogInt *) INP; \ + otype *outp = (otype *) OUTP; \ + otype olow = OLOW(otype), ohigh = OHIGH(otype); \ + for ( ; bw >= LOGSIZE ; bw -= LOGSIZE) \ + for (M=LOGLEFT, inval = *inp++; M; LOGRIGHT(M)) \ + *outp++ = (inval & M) ? ohigh : olow ; \ + if (bw > 0) \ + for (M=LOGLEFT, inval = *inp++; bw; bw--, LOGRIGHT(M)) \ + *outp++ = (inval & M) ? ohigh : olow ; \ +} \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; \ + mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + cs_fix_bits(pvt,techpvt,band); \ + OLOW(otype) = OLOW(QuadPixel); \ + OHIGH(otype) = OHIGH(QuadPixel); \ + return fn_do; \ +} + +#define DO_CScx(fn_prep,fn_do,fn_do_b,itype,otype) \ +static void \ +fn_do(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + otype olow = OLOW(otype), ohigh = OHIGH(otype); \ + bitexpand(INP, OUTP, bw, olow, ohigh); \ +} \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; \ + mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + cs_fix_bits(pvt,techpvt,band); \ + OLOW(otype) = OLOW(QuadPixel); \ + OHIGH(otype) = OHIGH(QuadPixel); \ + return fn_do; \ +} + +#define DO_CSp(fn_prep,fn_do,fn_do_b,itype,otype) \ +static void \ +fn_do(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + itype *inp = (itype *) INP; \ + LogInt outval, M, *outp = (LogInt *) OUTP; \ + itype imedian = UBOUND(itype); \ + for ( ; bw >= LOGSIZE ; *outp++ = outval, bw -= LOGSIZE) \ + for (M=LOGLEFT, outval = 0; M; LOGRIGHT(M)) \ + if (*inp++ > imedian) \ + outval |= M; \ + if (bw > 0) { \ + for (M=LOGLEFT, outval = 0; bw; bw--, LOGRIGHT(M)) \ + if (*inp++ > imedian) \ + outval |= M; \ + *outp = outval; \ + } \ +} \ +static void \ +fn_do_b(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + itype *inp = (itype *) INP; \ + LogInt outval, M, *outp = (LogInt *) OUTP; \ + itype imedian = UBOUND(itype); \ + for ( ; bw >= LOGSIZE ; *outp++ = outval, bw -= LOGSIZE) \ + for (M=LOGLEFT, outval = 0; M; LOGRIGHT(M)) \ + if (*inp++ <= imedian) \ + outval |= M; \ + if (bw > 0) { \ + for (M=LOGLEFT, outval = 0; bw; bw--, LOGRIGHT(M)) \ + if (*inp++ <= imedian) \ + outval |= M; \ + *outp = outval; \ + } \ +} \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; \ + mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + otype olow = techpvt->output_low[band]; \ + otype ohigh = techpvt->output_high[band]; \ + if (olow == ohigh) \ + return (olow == 0) ? clearbitline : setbitline; \ + UBOUND(itype) = HALF * \ + (techpvt->input_low[band] + techpvt->input_high[band]); \ + return (techpvt->input_low[band] < techpvt->input_high[band]) \ + ? fn_do : fn_do_b; \ +} + +#define DO_CS(fn_prep,fn_do,fn_do_b,itype,otype) \ +static void \ +fn_do(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + itype *inp = (itype *) INP; otype *outp = (otype *) OUTP; \ + itype inv, lbound = LBOUND(itype), ubound = UBOUND(itype); \ + otype out, olow = OLOW(otype), ohigh = OHIGH(otype); \ + ConstrainFloat sf = FLT_SF, offset = FLT_OFF; \ + while (bw-- > 0) { \ + inv = *inp++; \ + out = olow; \ + if (inv >= ubound) \ + out = ohigh; \ + else if (inv > lbound) \ + out = (otype)(sf * inv + offset); \ + *outp++ = out; \ + } \ +} \ +static void \ +fn_do_b(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + itype *inp = (itype *) INP; otype *outp = (otype *) OUTP; \ + itype inv, lbound = LBOUND(itype), ubound = UBOUND(itype); \ + otype out, olow = OLOW(otype), ohigh = OHIGH(otype); \ + ConstrainFloat sf = FLT_SF, offset = FLT_OFF; \ + while (bw-- > 0) { \ + inv = *inp++; \ + out = ohigh; \ + if (inv >= lbound) \ + out = olow; \ + else if (inv > ubound) \ + out = (otype)(sf * inv + offset); \ + *outp++ = out; \ + } \ +} \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; \ + mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + OLOW(otype) = techpvt->output_low[band]; \ + OHIGH(otype) = techpvt->output_high[band]; \ + LBOUND(itype) = (itype) (techpvt->input_low[band] + HALF); \ + UBOUND(itype) = (itype) (techpvt->input_high[band] + HALF); \ + cs_scale_equation(pvt,techpvt,band); \ + FLT_OFF += HALF; \ + return (FLT_SF >= 0.0) ? fn_do : fn_do_b; \ +} + +#if defined(USE_FLOATS) +#define DO_CSi(fn_prep,fn_do,fn_do_b,itype,otype,shift) \ + DO_CS(fn_prep,fn_do,fn_do_b,itype,otype) +#else +/* XXX need LUT based approach for small sizes */ +#define DO_CSi_part1(fna,itype,otype,shift) \ +static void \ +fna(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + itype *inp = (itype *) INP; otype *outp = (otype *) OUTP; \ + otype out, olow = OLOW(otype), ohigh = OHIGH(otype); \ + INT32 lbound = (INT32) LBOUND(itype); \ + INT32 ubound = (INT32) UBOUND(itype); \ + INT32 int_sf = INT_SF, int_off = INT_OFF; \ + CARD32 inv; \ + while (bw > 0) { \ + inv = *inp++; \ + out = ohigh; \ + bw--; \ + if (inv < ubound) { \ + out = (otype)((int_sf * inv + int_off)>>shift); \ + if (inv <= lbound) \ + out = olow; \ + } \ + *outp++ = out; \ + } \ +} +#define DO_CSi_part2(fnb,itype,otype,shift) \ +static void \ +fnb(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + itype *inp = (itype *) INP; otype *outp = (otype *) OUTP; \ + otype out, olow = OLOW(otype), ohigh = OHIGH(otype); \ + INT32 lbound = (INT32) LBOUND(itype); \ + INT32 ubound = (INT32) UBOUND(itype); \ + INT32 int_sf = INT_SF, int_off = INT_OFF; \ + CARD32 inv; \ + while (bw > 0) { \ + inv = *inp++; \ + out = olow; \ + bw--; \ + if (inv < lbound) { \ + out = (otype)((int_sf * inv + int_off)>>shift); \ + if (inv <= ubound) \ + out = ohigh; \ + } \ + *outp++ = out; \ + } \ +} +/* some compilers gag on long macros. somehow this helps */ +#define DO_CSi(fn_prep,fn_do,fn_do_b,itype,otype,shift) \ +DO_CSi_part1(fn_do,itype,otype,shift) \ +DO_CSi_part2(fn_do_b,itype,otype,shift) \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; \ + mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + CARD32 olow, ohigh; INT32 int_sf, int_off; \ + olow = techpvt->output_low[band]; \ + ohigh = techpvt->output_high[band]; \ + LBOUND(itype) = (itype) (techpvt->input_low[band] + HALF); \ + UBOUND(itype) = (itype) (techpvt->input_high[band] + HALF); \ + OLOW(otype) = olow = techpvt->output_low[band]; \ + OHIGH(otype) = ohigh = techpvt->output_high[band]; \ + olow <<= shift; \ + ohigh <<= shift; \ + INT_SF = int_sf = (ohigh - olow) / \ + (techpvt->input_high[band] - techpvt->input_low[band]); \ + INT_OFF = int_off = (1<<(shift-1)) + olow - \ + int_sf * (INT32) techpvt->input_low[band]; \ + INT_SF = int_sf; \ + INT_OFF = int_off; \ + return (int_sf >= 0) ? fn_do : fn_do_b; \ +} +#endif + +#define DO_CSf(fn_prep,fn_do,fn_do_b,itype,otype) \ +static void \ +fn_do(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + itype *inp = (itype *) INP; otype *outp = (otype *) OUTP; \ + itype inv, lbound = LBOUND(itype), ubound = UBOUND(itype); \ + otype out, olow = OLOW(otype), ohigh = OHIGH(otype); \ + ConstrainFloat sf = FLT_SF, offset = FLT_OFF; \ + while (bw-- > 0) { \ + inv = *inp++; \ + out = olow; \ + if (inv >= ubound) \ + out = ohigh; \ + else if (inv > lbound) \ + out = (otype)(sf * inv + offset); \ + *outp++ = out; \ + } \ +} \ +static void \ +fn_do_b(INP,OUTP,pvt,bw) \ + pointer INP; pointer OUTP; mpCnstPvtPtr pvt; int bw; \ +{ \ + itype *inp = (itype *) INP; otype *outp = (otype *) OUTP; \ + itype inv, lbound = LBOUND(itype), ubound = UBOUND(itype); \ + otype out, olow = OLOW(otype), ohigh = OHIGH(otype); \ + ConstrainFloat sf = FLT_SF, offset = FLT_OFF; \ + while (bw-- > 0) { \ + inv = *inp++; \ + out = ohigh; \ + if (inv >= lbound) \ + out = olow; \ + else if (inv > ubound) \ + out = (otype)(sf * inv + offset); \ + *outp++ = out; \ + } \ +} \ +static void \ +(*fn_prep (iband,oband,pvt,techpvt,band))() \ + bandPtr iband, oband; \ + mpCnstPvtPtr pvt; pCnstDefPtr techpvt; int band; \ +{ \ + OLOW(otype) = techpvt->output_low[band]; \ + OHIGH(otype) = techpvt->output_high[band]; \ + LBOUND(itype) = (itype) techpvt->input_low[band]; \ + UBOUND(itype) = (itype) techpvt->input_high[band]; \ + cs_scale_equation(pvt,techpvt,band); \ + return (FLT_SF >= 0.0) ? fn_do : fn_do_b; \ +} + +DO_CSb (CSp_bb, CSa_bb, CSb_bb, BitPixel, BitPixel) +DO_CSp (CSp_Bb, CSa_Bb, CSb_Bb, BytePixel, BitPixel) +DO_CSp (CSp_Pb, CSa_Pb, CSb_Pb, PairPixel, BitPixel) +DO_CSp (CSp_Qb, CSa_Qb, CSb_Qb, QuadPixel, BitPixel) +DO_CSp (CSp_Rb, CSa_Rb, CSb_Rb, RealPixel, BitPixel) + +DO_CScx (CSp_bB, CSa_bB, CSb_bB, BitPixel, BytePixel) +DO_CSi (CSp_BB, CSa_BB, CSb_BB, BytePixel, BytePixel, 22) +DO_CSi (CSp_PB, CSa_PB, CSb_PB, PairPixel, BytePixel, 22) +DO_CSi (CSp_QB, CSa_QB, CSb_QB, QuadPixel, BytePixel, 22) +DO_CSf (CSp_RB, CSa_RB, CSb_RB, RealPixel, BytePixel) + +DO_CSc (CSp_bP, CSa_bP, CSb_bP, BitPixel, PairPixel) +DO_CSi (CSp_BP, CSa_BP, CSb_BP, BytePixel, PairPixel, 14) +DO_CSi (CSp_PP, CSa_PP, CSb_PP, PairPixel, PairPixel, 14) +DO_CSi (CSp_QP, CSa_QP, CSb_QP, QuadPixel, PairPixel, 14) +DO_CSf (CSp_RP, CSa_RP, CSb_RP, RealPixel, PairPixel) + +DO_CSc (CSp_bQ, CSa_bQ, CSb_bQ, BitPixel, QuadPixel) +DO_CSi (CSp_BQ, CSa_BQ, CSb_BQ, BytePixel, QuadPixel, 6) +DO_CSi (CSp_PQ, CSa_PQ, CSb_PQ, PairPixel, QuadPixel, 6) +DO_CSi (CSp_QQ, CSa_QQ, CSb_QQ, QuadPixel, QuadPixel, 6) +DO_CSf (CSp_RQ, CSa_RQ, CSb_RQ, RealPixel, QuadPixel) + +#undef LBOUND +#undef HBOUND +#undef OLOW +#undef OHIGH +#undef FLT_SF +#undef FLT_OFF +#undef INT_SF +#undef INT_OFF + +/* end module mpcnst.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mpcomp.c b/xie/xc/programs/Xserver/XIE/mixie/process/mpcomp.c new file mode 100644 index 0000000..bf159fa --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mpcomp.c @@ -0,0 +1,1226 @@ +/* $XConsortium: mpcomp.c,v 1.4 94/04/17 20:35:14 rws Exp $ */ +/**** module mpcomp.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mpcomp.c -- DDXIE compare element + + Larry Hare -- AGE Logic, Inc. August, 1993 + +*****************************************************************************/ + + +#define _XIEC_MPCOMP +#define _XIEC_PCOMP + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeCompare(); + +/* +** Turn on NON_ROI to get non ROI based versions. They don't really go +** faster and cost about 20Kbytes of object code space. +*/ + +/* + * routines used internal to this module + */ +static int CreateCompare(); +static int InitializeCompare(); +static int ResetCompare(); +static int DestroyCompare(); + +#if defined(NON_ROI) +static int ActivateCompareM(); +static int ActivateCompareD(); +#endif +static int ActivateCompareMROI(); +static int ActivateCompareDROI(); +static int ActivateCompareTripleM(); +static int ActivateCompareTripleD(); + +/* + * DDXIE Compare entry points + */ +static ddElemVecRec CompareVec = { + CreateCompare, + InitializeCompare, + ActivateCompareMROI, + (xieBoolProc)NULL, + ResetCompare, + DestroyCompare + }; + +/* +* Local Declarations. +*/ + +typedef struct _mpcomparedef { + CARD32 iconst; /* first, in case of .asm code */ + RealPixel fconst; /* second, in case of .asm code */ + void (*action) (); + CARD32 width; + BOOL final; +#if defined(NON_ROI) + void (*action2) (); + CARD32 endrun; + CARD32 endix; +#endif +} mpComparePvtRec, *mpComparePvtPtr; + +/* +** NOTE: Might change constants to use dyads with prefilled constant strip +** to conserve code space at some small execution time expense. +** NOTE: The ROI variants use three loops, the first to get in sync with +** 32 bits, and the last to finish up partial words. A more space +** efficient version would have one loop which would check for M +** wrapping in which case the old word would be written. +** It also requires loads of intermediate destination words which +** will be completely overwritten. +** NOTE: Might do NE/GT/GE as a second pass inversion of EQ/LE/LT to +** save even more space at cost of another time penalty. This +** inversion would have to be applied to active ROI entries only. +** NOTE: On some machine architectures, it may be possible to write +** assembly or asm() code which does a compare and then extracts +** some 1 bit from a condition code register. This would reduce +** the multiplication of code by 6 (or 3). Heck you could even +** generate assembly code yourself automagically ... +** NOTE: Triple Compare assumes all src1 bands same height/width. +** NOTE: Triple Compare assumes all src2 bands same height/width. +** NOTE: Triple Compare with band_mask of 0 sets output to 1 (for +** equal) or 0 (for not equal) or 0 (outside ROI). This sortof +** makes sense since all the selected bands were equal :-) +*/ + +/*------------------------------------------------------------------------ +------------------------ fill in the vector --------------------------- +------------------------------------------------------------------------*/ +int miAnalyzeCompare(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ped->ddVec = CompareVec; + return TRUE; +} + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateCompare(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* always force syncing between inputs (is nop if only one input) */ + return MakePETex(flo,ped, + xieValMaxBands * sizeof(mpComparePvtRec), + SYNC, /* InSync: Make sure ROI exists first */ + NO_SYNC /* bandSync: see InitializeCompare */ + ); +} + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ + +#if defined(NON_ROI) +static int ActivateCompareM(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpComparePvtPtr pvt = (mpComparePvtPtr) pet->private; + int band, nbands = pet->receptor[SRCt1].inFlo->bands; + bandPtr sband = &(pet->receptor[SRCt1].band[0]); + bandPtr dband = &(pet->emitter[0]); + + for(band = 0; band < nbands; band++, pvt++, sband++, dband++) { + CARD32 npix = pvt->width; + LogInt *svoid, *dvoid; + + if (!(svoid = GetCurrentSrc(flo,pet,sband)) || + !(dvoid = GetCurrentDst(flo,pet,dband))) continue; + + do { + /* NOTE: could pass in replicated constant strip here */ + (*(pvt->action)) (dvoid, svoid, pvt, npix); + svoid = GetNextSrc(flo,pet,sband,FLUSH); + dvoid = GetNextDst(flo,pet,dband,FLUSH); + } while (!ferrCode(flo) && svoid && dvoid) ; + + FreeData(flo, pet, sband, sband->current); + } + return TRUE; +} +#endif /* NON_ROI */ + +#if defined(NON_ROI) +static int ActivateCompareD(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpComparePvtPtr pvt = (mpComparePvtPtr) pet->private; + int band, nbands = pet->receptor[SRCt1].inFlo->bands; + bandPtr sband = &(pet->receptor[SRCt1].band[0]); + bandPtr tband = &(pet->receptor[SRCt2].band[0]); + bandPtr dband = &(pet->emitter[0]); + + for(band = 0; band < nbands; band++, pvt++, sband++, tband++, dband++) { + LogInt *svoid, *tvoid, *dvoid; + + if (!(svoid = GetCurrentSrc(flo,pet,sband)) || + !(tvoid = GetCurrentSrc(flo,pet,tband)) || + !(dvoid = GetCurrentDst(flo,pet,dband)) ) { + if (sband->final && tband->final) { + /* Generate constant fill of 0 for remainder of image */ + while ((dband->current < dband->format->height) && + (dvoid = GetCurrentDst(flo,pet,dband))) { + action_clear(dvoid,dband->format->pitch,0); + if (PutData(flo,pet,dband,dband->current+1)) + break; + } + } + continue; + } + + do { + (*(pvt->action)) (dvoid, svoid, tvoid, pvt->endix); + if (pvt->action2) + (*(pvt->action2)) (dvoid, pvt->endrun, pvt->endix); + svoid = GetNextSrc(flo,pet,sband,FLUSH); + tvoid = GetNextSrc(flo,pet,tband,FLUSH); + dvoid = GetNextDst(flo,pet,dband,FLUSH); + } while (!ferrCode(flo) && svoid && tvoid && dvoid) ; + + if(!svoid && sband->final) { /* when sr1 runs out, kill sr2 too */ + DisableSrc(flo,pet,tband,FLUSH); + pvt->final = TRUE; /* generate constant fill on future activates */ + } else if(!tvoid && tband->final) {/* when sr2 runs out, clear rest */ + DisableSrc(flo,pet,sband,FLUSH); + pvt->final = TRUE; /* generate constant fill on future activates */ + } else { /* both inputs still active, keep the scheduler up to date */ + FreeData(flo,pet,sband,sband->current); + FreeData(flo,pet,tband,tband->current); + } + } + return TRUE; +} +#endif /* NON_ROI */ + +static int ActivateCompareMROI(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpComparePvtPtr pvt = (mpComparePvtPtr) pet->private; + int band, nbands = pet->receptor[SRCt1].inFlo->bands; + bandPtr sband = &(pet->receptor[SRCt1].band[0]); + bandPtr dband = &(pet->emitter[0]); + + for(band = 0; band < nbands; band++, pvt++, sband++, dband++) { + pointer svoid, dvoid; + + if (!(svoid = GetCurrentSrc(flo,pet,sband)) || + !(dvoid = GetCurrentDst(flo,pet,dband))) continue; + + while (!ferrCode(flo) && svoid && dvoid && + SyncDomain(flo,ped,dband,FLUSH)) { + INT32 run, ix = 0; + + /* bzero better for messy control planes */ + /* bzero((char *)dvoid, dband->pitch); */ + while (run = GetRun(flo,pet,dband)) { + if (run > 0) { + /* NOTE: could pass in replicated constant strip here */ + (*(pvt->action)) (dvoid, svoid, pvt, run, ix); + ix += run; + } else { + /* action_clear better for non ROI or simple ROIs */ + action_clear(dvoid, -run, ix); + ix -= run; + } + } + svoid = GetNextSrc(flo,pet,sband,FLUSH); + dvoid = GetNextDst(flo,pet,dband,FLUSH); + } + + FreeData(flo, pet, sband, sband->current); + } + return TRUE; +} + +static int ActivateCompareDROI(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpComparePvtPtr pvt = (mpComparePvtPtr) pet->private; + int band, nbands = pet->receptor[SRCt1].inFlo->bands; + bandPtr sband = &(pet->receptor[SRCt1].band[0]); + bandPtr tband = &(pet->receptor[SRCt2].band[0]); + bandPtr dband = &(pet->emitter[0]); + + for(band = 0; band < nbands; band++, pvt++, sband++, tband++, dband++) { + pointer svoid, tvoid, dvoid; + CARD32 w = pvt->width; + + if (!(svoid = GetCurrentSrc(flo,pet,sband)) || + !(tvoid = GetCurrentSrc(flo,pet,tband)) || + !(dvoid = GetCurrentDst(flo,pet,dband))) { + if (sband->final && tband->final) { + /* Generate constant fill of 0 for remainder of image */ + while ((dband->current < dband->format->height) && + (dvoid = GetCurrentDst(flo,pet,dband))) { + action_clear(dvoid,dband->format->pitch,0); + if (PutData(flo,pet,dband,dband->current+1)) + break; + } + } + continue; + } + + while (!ferrCode(flo) && svoid && tvoid && dvoid && + SyncDomain(flo,ped,dband,FLUSH)) { + INT32 run, ix = 0; + + /* bzero better for messy control planes */ + /* bzero((char *)dvoid, dband->pitch); */ + while (run = GetRun(flo,pet,dband)) { + if (run > 0) { + /* needs to clip to second source, yuck */ + if ((ix + run) > w) { + if (ix < w) { + (*(pvt->action)) (dvoid, svoid, tvoid, w - ix, ix); + ix = w; + } + action_clear(dvoid, dband->format->width - ix, ix); + break; + } + (*(pvt->action)) (dvoid, svoid, tvoid, run, ix); + ix += run; + } else { + /* action_clear better for non ROI or simple ROIs */ + action_clear(dvoid, -run, ix); + ix -= run; + } + } + svoid = GetNextSrc(flo,pet,sband,FLUSH); + tvoid = GetNextSrc(flo,pet,tband,FLUSH); + dvoid = GetNextDst(flo,pet,dband,FLUSH); + } + + if(!svoid && sband->final) { + /* when sr1 runs out, kill sr2 too. should be done */ + DisableSrc(flo,pet,tband,FLUSH); + pvt->final = TRUE; + } else if(!tvoid && tband->final) { + /* when sr2 runs out, kill off sr1 also, and clear remaining dest */ + DisableSrc(flo,pet,sband,FLUSH); + pvt->final = TRUE; + } else { + /* both inputs still active, keep the scheduler up to date */ + FreeData(flo,pet,sband,sband->current); + FreeData(flo,pet,tband,tband->current); + } + } + return TRUE; +} + +static int ActivateCompareTripleM(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpComparePvtPtr pvt = (mpComparePvtPtr) pet->private; + bandPtr sband = &(pet->receptor[SRCt1].band[0]); + bandPtr dband = &(pet->emitter[0]); + CARD8 msk = ((xieFloCompare *) ped->elemRaw)->bandMask; + BOOL equal = ((xieFloCompare *) ped->elemRaw)->operator == xieValEQ; + register pointer s0 = (pointer ) 1; + register pointer s1 = (pointer ) 1; + register pointer s2 = (pointer ) 1; + register pointer dvoid; + + if ((msk & 1) && !(s0 = GetCurrentSrc(flo,pet,sband))) + goto done; sband++; + if ((msk & 2) && !(s1 = GetCurrentSrc(flo,pet,sband))) + goto done; sband++; + if ((msk & 4) && !(s2 = GetCurrentSrc(flo,pet,sband))) + goto done; sband -= 2; + if(!(dvoid = GetCurrentDst(flo,pet,dband))) + goto done; + + /* + ** An alternative algorithm might use while(GetRun) loop to + ** set or clear the destination bits in the line; and then + ** use SIMPLER action routines which scanned the entire line + ** and only operate on 1 pixels; optionally followed by + ** a while(GetRun) to invert the active bits for NE. + */ + pvt += 2; + while (!ferrCode(flo) && s0 && s1 && s2 && dvoid && + SyncDomain(flo,ped,dband,FLUSH)) { + register INT32 run, ix = 0; + + while (run = GetRun(flo,pet,dband)) { + if (run > 0) { + action_set(dvoid, run, ix); + pvt -= 2; if (msk & 1) + (*pvt->action) (dvoid, s0, pvt, run, ix); + pvt++; if (msk & 2) + (*pvt->action) (dvoid, s1, pvt, run, ix); + pvt++; if (msk & 4) + (*pvt->action) (dvoid, s2, pvt, run, ix); + if (!equal) + action_invert(dvoid, run, ix); + ix += run; + } else { + action_clear(dvoid, -run, ix); + ix -= run; + } + } + + if (msk & 1) s0 = GetNextSrc(flo,pet,sband,FLUSH); sband++; + if (msk & 2) s1 = GetNextSrc(flo,pet,sband,FLUSH); sband++; + if (msk & 4) s2 = GetNextSrc(flo,pet,sband,FLUSH); sband -= 2; + dvoid = GetNextDst(flo,pet,dband,FLUSH); + } + + if (msk & 1) FreeData(flo,pet,sband,sband->current); sband++; + if (msk & 2) FreeData(flo,pet,sband,sband->current); sband++; + if (msk & 4) FreeData(flo,pet,sband,sband->current); sband -= 2; +done: + return TRUE; +} + +static int ActivateCompareTripleD(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpComparePvtPtr pvt = (mpComparePvtPtr) pet->private; + bandPtr sband = &(pet->receptor[SRCt1].band[0]); + bandPtr tband = &(pet->receptor[SRCt2].band[0]); + bandPtr dband = &(pet->emitter[0]); + CARD8 msk = ((xieFloCompare *) ped->elemRaw)->bandMask; + BOOL equal = ((xieFloCompare *) ped->elemRaw)->operator == xieValEQ; + CARD32 w = pvt->width; + register pointer s0 = (pointer ) 1; + register pointer s1 = (pointer ) 1; + register pointer s2 = (pointer ) 1; + register pointer t0 = (pointer ) 1; + register pointer t1 = (pointer ) 1; + register pointer t2 = (pointer ) 1; + register pointer dvoid; + + if (pvt->final) { /* generate constant fill */ + /* Generate constant fill of 0 for remainder of image */ + while ((dband->current < dband->format->height) && + (dvoid = GetCurrentDst(flo,pet,dband))) { + action_clear(dvoid,dband->format->pitch,0); + if (PutData(flo,pet,dband,dband->current+1)) + break; + } + return TRUE; + } + + if (msk & 1) s0 = GetCurrentSrc(flo,pet,sband); sband++; + if (msk & 2) s1 = GetCurrentSrc(flo,pet,sband); sband++; + if (msk & 4) s2 = GetCurrentSrc(flo,pet,sband); sband -= 2; + if (msk & 1) t0 = GetCurrentSrc(flo,pet,tband); tband++; + if (msk & 2) t1 = GetCurrentSrc(flo,pet,tband); tband++; + if (msk & 4) t2 = GetCurrentSrc(flo,pet,tband); tband -= 2; + + dvoid = GetCurrentDst(flo,pet,dband); + + while (!ferrCode(flo) && s0 && s1 && s2 && t0 && t1 && t2 && dvoid && + SyncDomain(flo,ped,dband,FLUSH)) { + register INT32 run, ix = 0, extra; + + while (run = GetRun(flo,pet,dband)) { + if (run > 0) { + extra = 0; + if ((ix+run) > w) { /* tband < sband */ + if (ix >= w) { /* already off the end of src2 */ + action_clear(dvoid, dband->format->width - ix, ix); + break; + } + extra = ix + run - w; + action_clear(dvoid, extra, w); + run = w - ix; + } + action_set(dvoid, run, ix); + if (msk & 1) (*((pvt+0)->action)) (dvoid, s0, t0, run, ix); + if (msk & 2) (*((pvt+1)->action)) (dvoid, s1, t1, run, ix); + if (msk & 4) (*((pvt+2)->action)) (dvoid, s2, t2, run, ix); + if (!equal) action_invert(dvoid, run, ix); + ix += run + extra; + } else { + action_clear(dvoid, -run, ix); + ix -= run; + } + } + + if (msk & 1) s0 = GetNextSrc(flo,pet,sband,FLUSH); sband++; + if (msk & 2) s1 = GetNextSrc(flo,pet,sband,FLUSH); sband++; + if (msk & 4) s2 = GetNextSrc(flo,pet,sband,FLUSH); sband -= 2; + if (msk & 1) t0 = GetNextSrc(flo,pet,tband,FLUSH); tband++; + if (msk & 2) t1 = GetNextSrc(flo,pet,tband,FLUSH); tband++; + if (msk & 4) t2 = GetNextSrc(flo,pet,tband,FLUSH); tband -= 2; + dvoid = GetNextDst(flo,pet,dband,FLUSH); + } + + if (msk & 1) FreeData(flo,pet,sband,sband->current); sband++; + if (msk & 2) FreeData(flo,pet,sband,sband->current); sband++; + if (msk & 4) FreeData(flo,pet,sband,sband->current); sband -= 2; + if (msk & 1) FreeData(flo,pet,tband,tband->current); tband++; + if (msk & 2) FreeData(flo,pet,tband,tband->current); tband++; + if (msk & 4) FreeData(flo,pet,tband,tband->current); tband -= 2; + + /* if dband is final, then we are done. make sure src2 disabled */ + if (dband->current >= dband->format->height) { + if (msk & 1) DisableSrc(flo,pet,tband,FLUSH); tband++; + if (msk & 2) DisableSrc(flo,pet,tband,FLUSH); tband++; + if (msk & 4) DisableSrc(flo,pet,tband,FLUSH); tband -= 2; + return TRUE; + } + + /* if src2 finished early, then disable src1 and generate 0 fill */ + if (dband->current >= tband->format->height) { + /* only need to check one band since in theory all the same */ + if (msk & 1) DisableSrc(flo,pet,sband,FLUSH); sband++; + if (msk & 2) DisableSrc(flo,pet,sband,FLUSH); sband++; + if (msk & 4) DisableSrc(flo,pet,sband,FLUSH); sband -= 2; + pvt->final = TRUE; + } + return TRUE; +} + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetCompare(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetReceptors(ped); + ResetProcDomain(ped); + ResetEmitter(ped); + return TRUE; +} + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyCompare(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return TRUE; +} + +/*------------------------------------------------------------------------ +--------------------- Lotsa Little Action Routines --------------------- +------------------------------------------------------------------------*/ + +#if defined(NON_ROI) +/* M: (*(pvt->action)) (dvoid, svoid, pvt, bw); */ +/* D: (*(pvt->action)) (dvoid, svoid, tvoid, bw); */ + +#define MakeBit(name1, name2, op) \ +static void name1(dst,src1,pvt,nx) \ + LogInt *dst; \ + pointer src1; \ + mpComparePvtPtr pvt; \ + CARD32 nx; \ +{ \ + LogInt *src = (LogInt *) src1; \ + LogInt S1, S2 = (pvt->iconst ? LOGONES : LOGZERO); \ + for (nx = (nx + LOGMASK) >> LOGSHIFT; nx > 0; nx--) { \ + S1 = *src++; \ + *dst++ = op; \ + } \ +} \ +static void name2(dst,src1,src2,nx) \ + LogInt *dst; \ + pointer src1, src2; \ + CARD32 nx; \ +{ \ + LogInt S1, *src = (LogInt *) src1; \ + LogInt S2, *trc = (LogInt *) src2; \ + for (nx = (nx + LOGMASK) >> LOGSHIFT; nx > 0; nx--) { \ + S1 = *src++; \ + S2 = *trc++; \ + *dst++ = op; \ + } \ +} + +#define MakePix(name1, name2, itype, cnst_name, op) \ +static void name1(dst,src1,pvt,nx) \ + LogInt *dst; \ + pointer src1; \ + mpComparePvtPtr pvt; \ + CARD32 nx; \ +{ \ + itype *src = (itype *) src1; \ + itype con = (itype) pvt->cnst_name; \ + LogInt M, value; \ + for ( ; nx >= LOGSIZE; nx -= LOGSIZE, *dst++ = value) \ + for (value = 0, M=LOGLEFT; M ; LOGRIGHT(M)) \ + if (*src++ op con) \ + value |= M; \ + if (nx > 0) { \ + for (value = 0, M=LOGLEFT; nx; nx--, LOGRIGHT(M)) \ + if (*src++ op con) \ + value |= M; \ + *dst = value; \ + } \ +} \ +static void name2(dst,src1,src2,nx) \ + LogInt *dst; \ + pointer src1, src2; \ + CARD32 nx; \ +{ \ + itype *src = (itype *) src1; \ + itype *trc = (itype *) src2; \ + LogInt M, value; \ + for ( ; nx >= LOGSIZE; nx -= LOGSIZE, *dst++ = value) \ + for (value = 0, M=LOGLEFT; M ; LOGRIGHT(M)) \ + if (*src++ op *trc++) \ + value |= M; \ + if (nx > 0) { \ + for (value = 0, M=LOGLEFT; nx; nx--, LOGRIGHT(M)) \ + if (*src++ op *trc++) \ + value |= M; \ + *dst = value; \ + } \ +} + +MakeBit (m_bit_lt, d_bit_lt, (S2 & ~S1) ) +MakeBit (m_bit_le, d_bit_le, (S2 | ~S1) ) +MakeBit (m_bit_eq, d_bit_eq, (S1 ^ ~S2) ) +MakeBit (m_bit_ne, d_bit_ne, (S1 ^ S2) ) +MakeBit (m_bit_gt, d_bit_gt, (S1 & ~S2) ) +MakeBit (m_bit_ge, d_bit_ge, (S1 | ~S2) ) + +MakePix (m_byte_lt, d_byte_lt, BytePixel, iconst, < ) +MakePix (m_byte_le, d_byte_le, BytePixel, iconst, <= ) +MakePix (m_byte_eq, d_byte_eq, BytePixel, iconst, == ) +MakePix (m_byte_ne, d_byte_ne, BytePixel, iconst, != ) +MakePix (m_byte_gt, d_byte_gt, BytePixel, iconst, > ) +MakePix (m_byte_ge, d_byte_ge, BytePixel, iconst, >= ) + +MakePix (m_pair_lt, d_pair_lt, PairPixel, iconst, < ) +MakePix (m_pair_le, d_pair_le, PairPixel, iconst, <= ) +MakePix (m_pair_eq, d_pair_eq, PairPixel, iconst, == ) +MakePix (m_pair_ne, d_pair_ne, PairPixel, iconst, != ) +MakePix (m_pair_gt, d_pair_gt, PairPixel, iconst, > ) +MakePix (m_pair_ge, d_pair_ge, PairPixel, iconst, >= ) + +MakePix (m_quad_lt, d_quad_lt, QuadPixel, iconst, < ) +MakePix (m_quad_le, d_quad_le, QuadPixel, iconst, <= ) +MakePix (m_quad_eq, d_quad_eq, QuadPixel, iconst, == ) +MakePix (m_quad_ne, d_quad_ne, QuadPixel, iconst, != ) +MakePix (m_quad_ge, d_quad_ge, QuadPixel, iconst, >= ) +MakePix (m_quad_gt, d_quad_gt, QuadPixel, iconst, > ) + +MakePix (m_real_lt, d_real_lt, RealPixel, fconst, < ) +MakePix (m_real_le, d_real_le, RealPixel, fconst, <= ) +MakePix (m_real_eq, d_real_eq, RealPixel, fconst, == ) +MakePix (m_real_ne, d_real_ne, RealPixel, fconst, != ) +MakePix (m_real_gt, d_real_gt, RealPixel, fconst, > ) +MakePix (m_real_ge, d_real_ge, RealPixel, fconst, >= ) + +static void (*action_mono[5][6])() = { + m_real_lt, m_real_le, m_real_eq, m_real_ne, m_real_gt, m_real_ge, + m_bit_lt, m_bit_le, m_bit_eq, m_bit_ne, m_bit_gt, m_bit_ge, + m_byte_lt, m_byte_le, m_byte_eq, m_byte_ne, m_byte_gt, m_byte_ge, + m_pair_lt, m_pair_le, m_pair_eq, m_pair_ne, m_pair_gt, m_pair_ge, + m_quad_lt, m_quad_le, m_quad_eq, m_quad_ne, m_quad_gt, m_quad_ge +}; +static void (*action_dyad[5][6])() = { + d_real_lt, d_real_le, d_real_eq, d_real_ne, d_real_gt, d_real_ge, + d_bit_lt, d_bit_le, d_bit_eq, d_bit_ne, d_bit_gt, d_bit_ge, + d_byte_lt, d_byte_le, d_byte_eq, d_byte_ne, d_byte_gt, d_byte_ge, + d_pair_lt, d_pair_le, d_pair_eq, d_pair_ne, d_pair_gt, d_pair_ge, + d_quad_lt, d_quad_le, d_quad_eq, d_quad_ne, d_quad_gt, d_quad_ge +}; +#endif + +/*------------------------------------------------------------------------ +--------------------- ROI operations work on subranges ------------------ +------------------------------------------------------------------------*/ + +/* MROI: (*(pvt->action)) (dvoid, src1, pvt, run, ix); */ +/* DROI: (*(pvt->action)) (dvoid, src1, src2, run, ix); */ + +/* Currently ROI code pre-zeroes the line and then we OR into it. +** If we want to use this for the nonROI code as well, it might be +** more efficient to instead use a passive routine (when run < 0) to +** clear out the idle bits. +*/ + +#define RakeBit(name1, name2, op) \ +static void name1(dst,src1,pvt,dx,x) \ + LogInt *dst; \ + pointer src1; \ + mpComparePvtPtr pvt; \ + INT32 dx, x; \ +{ \ + CARD32 M, D, px = LOGINDX(x); \ + LogInt S1, *src = ((LogInt *) src1) + px; \ + LogInt S2 = (pvt->iconst ? LOGONES : LOGZERO); \ + dst += px; \ + px = x & LOGMASK; \ + if ((px + dx) >= LOGSIZE) { \ + if (px) { \ + S1 = *src++; \ + D = *dst; \ + M = BitRight(LOGONES,px); \ + dx -= (LOGSIZE - px); \ + *dst++ = D | (M & op); \ + } \ + for (px = dx >> LOGSHIFT; px > 0; px--) { \ + S1 = *src++; \ + *dst++ = op; \ + } \ + if (dx &= LOGMASK) { \ + S1 = *src; \ + D = *dst; \ + M = ~BitRight(LOGONES,dx); \ + *dst = D | (M & op); \ + } \ + } else { \ + S1 = *src; \ + D = *dst; \ + M = BitRight(LOGONES,px) & ~(BitRight(LOGONES,px+dx)); \ + *dst = D | (M & op); \ + } \ +} \ +static void name2(dst,src1,src2,dx,x) \ + LogInt *dst; \ + pointer src1, src2; \ + INT32 dx, x; \ +{ \ + CARD32 M, D, px = LOGINDX(x); \ + LogInt S1, *src = ((LogInt *) src1) + px; \ + LogInt S2, *trc = ((LogInt *) src2) + px; \ + dst += px; \ + px = x & LOGMASK; \ + if ((px + dx) >= LOGSIZE) { \ + if (px) { \ + S1 = *src++; S2 = *trc++; \ + D = *dst; \ + M = BitRight(LOGONES,px); \ + dx -= (LOGSIZE - px); \ + *dst++ = D | (M & op); \ + } \ + for (px = dx >> LOGSHIFT; px > 0; px--) { \ + S1 = *src++; S2 = *trc++; \ + *dst++ = op; \ + } \ + if (dx &= LOGMASK) { \ + S1 = *src; S2 = *trc; \ + D = *dst; \ + M = ~BitRight(LOGONES,dx); \ + *dst = D | (M & op); \ + } \ + } else { \ + S1 = *src; S2 = *trc; \ + D = *dst; \ + M = BitRight(LOGONES,px) & ~(BitRight(LOGONES,px+dx)); \ + *dst = D | (M & op); \ + } \ +} + +#define RakePix(name1, name2, itype, cnst_name, op) \ +static void name1(dst,src1,pvt,dx,x) \ + LogInt *dst; \ + pointer src1; \ + mpComparePvtPtr pvt; \ + INT32 dx, x; \ +{ \ + itype *src = ((itype *) src1) + x; \ + itype con = (itype) pvt->cnst_name; \ + LogInt M, value; \ + dst += LOGINDX(x); \ + if (x & LOGMASK) { \ + for (value = *dst, M=LOGBIT(x); dx && M; dx--, LOGRIGHT(M)) \ + if (*src++ op con) \ + value |= M; \ + else \ + value &= ~M; \ + *dst++ = value; \ + } \ + for ( ; dx >= LOGSIZE; dx -= LOGSIZE, *dst++ = value) \ + for (value = 0, M=LOGLEFT; M ; LOGRIGHT(M)) \ + if (*src++ op con) \ + value |= M; \ + if (dx > 0) { \ + for (value = 0, M=LOGLEFT; dx; dx--, LOGRIGHT(M)) \ + if (*src++ op con) \ + value |= M; \ + *dst = value; \ + } \ +} \ +static void name2(dst,src1,src2,dx,x) \ + LogInt *dst; \ + pointer src1, src2; \ + INT32 dx, x; \ +{ \ + itype *src = ((itype *) src1) + x; \ + itype *trc = ((itype *) src2) + x; \ + LogInt M, value; \ + dst += LOGINDX(x); \ + if (x & LOGMASK) { \ + for (value = *dst, M=LOGBIT(x); dx && M; dx--, LOGRIGHT(M)) \ + if (*src++ op *trc++) \ + value |= M; \ + else \ + value &= ~M; \ + *dst++ = value; \ + } \ + for ( ; dx >= LOGSIZE; dx -= LOGSIZE, *dst++ = value) \ + for (value = 0, M=LOGLEFT; M ; LOGRIGHT(M)) \ + if (*src++ op *trc++) \ + value |= M; \ + if (dx > 0) { \ + for (value = 0, M=LOGLEFT; dx; dx--, LOGRIGHT(M)) \ + if (*src++ op *trc++) \ + value |= M; \ + *dst = value; \ + } \ +} + +/* +** Consider the following paradigm. It adds a taken branch to +** each loop, but reduces the amount of total code. This mechanism +** also relies on the preclearing of the full destination while +** the above mechanism could be adapted to apply boundary masks, +** to work more efficiently with nonROI data. +** +** for (value = 0, M = x & LOGMASK ; dx ; dx--) { +** if (*src++ op *trc++) value |= M; +** if (LOGRIGHT(M)) { *dst++ |= value; value = 0; } +** } +*/ + +RakeBit (rm_bit_lt, rd_bit_lt, (S2 & ~S1) ) +RakeBit (rm_bit_le, rd_bit_le, (S2 | ~S1) ) +RakeBit (rm_bit_eq, rd_bit_eq, (S1 ^ ~S2) ) +RakeBit (rm_bit_ne, rd_bit_ne, (S1 ^ S2) ) +RakeBit (rm_bit_gt, rd_bit_gt, (S1 & ~S2) ) +RakeBit (rm_bit_ge, rd_bit_ge, (S1 | ~S2) ) + +RakePix (rm_byte_lt, rd_byte_lt, BytePixel, iconst, < ) +RakePix (rm_byte_le, rd_byte_le, BytePixel, iconst, <= ) +RakePix (rm_byte_eq, rd_byte_eq, BytePixel, iconst, == ) +RakePix (rm_byte_ne, rd_byte_ne, BytePixel, iconst, != ) +RakePix (rm_byte_gt, rd_byte_gt, BytePixel, iconst, > ) +RakePix (rm_byte_ge, rd_byte_ge, BytePixel, iconst, >= ) + +RakePix (rm_pair_lt, rd_pair_lt, PairPixel, iconst, < ) +RakePix (rm_pair_le, rd_pair_le, PairPixel, iconst, <= ) +RakePix (rm_pair_eq, rd_pair_eq, PairPixel, iconst, == ) +RakePix (rm_pair_ne, rd_pair_ne, PairPixel, iconst, != ) +RakePix (rm_pair_gt, rd_pair_gt, PairPixel, iconst, > ) +RakePix (rm_pair_ge, rd_pair_ge, PairPixel, iconst, >= ) + +RakePix (rm_quad_lt, rd_quad_lt, QuadPixel, iconst, < ) +RakePix (rm_quad_le, rd_quad_le, QuadPixel, iconst, <= ) +RakePix (rm_quad_eq, rd_quad_eq, QuadPixel, iconst, == ) +RakePix (rm_quad_ne, rd_quad_ne, QuadPixel, iconst, != ) +RakePix (rm_quad_ge, rd_quad_ge, QuadPixel, iconst, >= ) +RakePix (rm_quad_gt, rd_quad_gt, QuadPixel, iconst, > ) + +RakePix (rm_real_lt, rd_real_lt, RealPixel, fconst, < ) +RakePix (rm_real_le, rd_real_le, RealPixel, fconst, <= ) +RakePix (rm_real_eq, rd_real_eq, RealPixel, fconst, == ) +RakePix (rm_real_ne, rd_real_ne, RealPixel, fconst, != ) +RakePix (rm_real_gt, rd_real_gt, RealPixel, fconst, > ) +RakePix (rm_real_ge, rd_real_ge, RealPixel, fconst, >= ) + +static void (*action_monoROI[5][6])() = { + rm_real_lt, rm_real_le, rm_real_eq, rm_real_ne, rm_real_gt, rm_real_ge, + rm_bit_lt, rm_bit_le, rm_bit_eq, rm_bit_ne, rm_bit_gt, rm_bit_ge, + rm_byte_lt, rm_byte_le, rm_byte_eq, rm_byte_ne, rm_byte_gt, rm_byte_ge, + rm_pair_lt, rm_pair_le, rm_pair_eq, rm_pair_ne, rm_pair_gt, rm_pair_ge, + rm_quad_lt, rm_quad_le, rm_quad_eq, rm_quad_ne, rm_quad_gt, rm_quad_ge +}; +static void (*action_dyadROI[5][6])() = { + rd_real_lt, rd_real_le, rd_real_eq, rd_real_ne, rd_real_gt, rd_real_ge, + rd_bit_lt, rd_bit_le, rd_bit_eq, rd_bit_ne, rd_bit_gt, rd_bit_ge, + rd_byte_lt, rd_byte_le, rd_byte_eq, rd_byte_ne, rd_byte_gt, rd_byte_ge, + rd_pair_lt, rd_pair_le, rd_pair_eq, rd_pair_ne, rd_pair_gt, rd_pair_ge, + rd_quad_lt, rd_quad_le, rd_quad_eq, rd_quad_ne, rd_quad_gt, rd_quad_ge +}; + +/*------------------------------------------------------------------------ +---------------- Triple Band Operations (with/without ROI) -------------- +------------------------------------------------------------------------*/ + +/* mono: (*(pvt->action)) (dvoid, src1, pvt, run, ix); */ +/* dyad: (*(pvt->action)) (dvoid, src1, src2, run, ix); */ + +#define tb_name1_body() \ + CARD32 M, D, px = LOGINDX(x); \ + LogInt S1, *src = ((LogInt *) src1) + px; \ + LogInt S2 = (pvt->iconst ? LOGONES : LOGZERO); \ + dst += px; \ + px = x & LOGMASK; \ + if ((px + dx) >= LOGSIZE) { \ + if (px) { \ + S1 = *src++; \ + D = *dst; \ + M = BitRight(LOGONES,px); \ + dx -= (LOGSIZE - px); \ + *dst++ = D & ~(M & (S1 ^ S2)); \ + } \ + for (px = dx >> LOGSHIFT; px > 0; px--) { \ + S1 = *src++; \ + D = *dst; \ + /* turn off (&~) unequal (^) bits */ \ + *dst++ = D & ~(S1 ^ S2); \ + } \ + if (dx &= LOGMASK) { \ + S1 = *src; \ + D = *dst; \ + M = ~BitRight(LOGONES,dx); \ + *dst = D & ~(M & (S1 ^ S2)); \ + } \ + } else { \ + S1 = *src; \ + D = *dst; \ + M = BitRight(LOGONES,px) & ~(BitRight(LOGONES,px+dx)); \ + *dst = D & ~(M & (S1 ^ S2)); \ + } +/* end of tb_name1_body */ + +#define tb_name2_body() \ + CARD32 M, D, px = LOGINDX(x); \ + LogInt S1, *src = ((LogInt *) src1) + px; \ + LogInt S2, *trc = ((LogInt *) src2) + px; \ + dst += px; \ + px = x & LOGMASK; \ + if ((px + dx) >= LOGSIZE) { \ + if (px) { \ + S1 = *src++; S2 = *trc++; \ + D = *dst; \ + M = BitRight(LOGONES,px); \ + dx -= (LOGSIZE - px); \ + *dst++ = D & ~(M & (S1 ^ S2)); \ + } \ + for (px = dx >> LOGSHIFT; px > 0; px--) { \ + S1 = *src++; S2 = *trc++; \ + D = *dst; \ + *dst++ = D & ~(S1 ^ S2); \ + } \ + if (dx &= LOGMASK) { \ + S1 = *src; S2 = *trc; \ + D = *dst; \ + M = ~BitRight(LOGONES,dx); \ + *dst = D & ~(M & (S1 ^ S2)); \ + } \ + } else { \ + S1 = *src; S2 = *trc; \ + D = *dst; \ + M = BitRight(LOGONES,px) & ~(BitRight(LOGONES,px+dx)); \ + *dst = D & ~(M & (S1 ^ S2)); \ + } +/* end of tb_name2_body */ + +#define TakeBit(name1, name2) \ +static void name1(dst,src1,pvt,dx,x) \ + LogInt *dst; \ + pointer src1; \ + mpComparePvtPtr pvt; \ + INT32 dx, x; \ +{ \ +tb_name1_body() \ +} \ +static void name2(dst,src1,src2,dx,x) \ + LogInt *dst; \ + pointer src1, src2; \ + INT32 dx, x; \ +{ \ +tb_name2_body() \ +} + +#define TakePix(name1, name2, itype, cnst_name) \ +static void name1(dst,src1,pvt,dx,x) \ + LogInt *dst; \ + pointer src1; \ + mpComparePvtPtr pvt; \ + INT32 dx, x; \ +{ \ + itype *src = ((itype *) src1) + x; \ + itype con = (itype) pvt->cnst_name; \ + LogInt M, value; \ + dst += LOGINDX(x); \ + if (x & LOGMASK) { \ + for (value = 0, M=LOGBIT(x); dx && M; dx--, LOGRIGHT(M)) \ + if (*src++ != con) \ + value |= M; \ + *dst++ &= ~value; \ + } \ + for ( ; dx >= LOGSIZE; dx -= LOGSIZE, dst++) { \ + /* if (!*dst) { src += LOGSIZE; } else */ \ + for (value = 0, M=LOGLEFT; M ; LOGRIGHT(M)) \ + if (*src++ != con) \ + value |= M; \ + *dst &= ~value; \ + } \ + if (dx > 0) { \ + for (value = 0, M=LOGLEFT; dx; dx--, LOGRIGHT(M)) \ + if (*src++ != con) \ + value |= M; \ + *dst &= ~value; \ + } \ +} \ +static void name2(dst,src1,src2,dx,x) \ + LogInt *dst; \ + pointer src1, src2; \ + INT32 dx, x; \ +{ \ + itype *src = ((itype *) src1) + x; \ + itype *trc = ((itype *) src2) + x; \ + LogInt M, value; \ + dst += LOGINDX(x); \ + if (x & LOGMASK) { \ + for (value = 0, M=LOGBIT(x); dx && M; dx--, LOGRIGHT(M)) \ + if (*src++ != *trc++) \ + value |= M; \ + *dst++ &= ~value; \ + } \ + for ( ; dx >= LOGSIZE; dx -= LOGSIZE, dst++) { \ + /* if (!*dst) { src += LOGSIZE; trc += LOGSIZE; } else */ \ + for (value = 0, M=LOGLEFT; M ; LOGRIGHT(M)) \ + if (*src++ != *trc++) \ + value |= M; \ + *dst &= ~value; \ + } \ + if (dx > 0) { \ + for (value = 0, M=LOGLEFT; dx; dx--, LOGRIGHT(M)) \ + if (*src++ != *trc++) \ + value |= M; \ + *dst++ &= ~value; \ + } \ +} + +TakeBit (tm_bit, td_bit) +TakePix (tm_byte, td_byte, BytePixel, iconst) +TakePix (tm_pair, td_pair, PairPixel, iconst) +TakePix (tm_quad, td_quad, QuadPixel, iconst) +TakePix (tm_real, td_real, RealPixel, fconst) + +static void (*action_mtrip[5])() = + { tm_real, tm_bit, tm_byte, tm_pair, tm_quad }; + +static void (*action_dtrip[5])() = + { td_real, td_bit, td_byte, td_pair, td_quad }; + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ + +static int InitializeCompare(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + xieFloCompare *raw = (xieFloCompare *) ped->elemRaw; + pCompareDefPtr epvt = (pCompareDefPtr) ped->elemPvt; + mpComparePvtPtr pvt = (mpComparePvtPtr) pet->private; + receptorPtr rcp = pet->receptor; + CARD32 nbands = rcp[SRCt1].inFlo->bands; + bandPtr sband = &(rcp[SRCt1].band[0]); + bandPtr tband = &(rcp[SRCt2].band[0]); + bandPtr dband = &(pet->emitter[0]); + CARD8 msk = raw->bandMask; + BOOL hasROI = raw->domainPhototag != 0; + BOOL doingtriple = raw->combine && (nbands == 3); + CARD32 band; + + if (doingtriple) { + if (raw->src2) + ped->ddVec.activate = ActivateCompareTripleD; + else + ped->ddVec.activate = ActivateCompareTripleM; +#if defined(NON_ROI) + } else if (!hasROI) { + if (raw->src2) + ped->ddVec.activate = ActivateCompareD; + else + ped->ddVec.activate = ActivateCompareM; +#endif + } else { + if (raw->src2) + ped->ddVec.activate = ActivateCompareDROI; + else + ped->ddVec.activate = ActivateCompareMROI; + } + for (band=0; bandformat->class); + pvt->width = sband->format->width; + pvt->final = FALSE; + if (raw->src2 && (pvt->width > tband->format->width)) + pvt->width = tband->format->width; + if (doingtriple) { + if (raw->src2) + pvt->action = action_dtrip[iclass]; + else + pvt->action = action_mtrip[iclass]; +#if defined(NON_ROI) + } else if (!hasROI) { + if (raw->src2) { + pvt->action = action_dyad[iclass][raw->operator-1]; + pvt->action2 = (void (*)()) NULL; + pvt->endix = dband->format->width; /* pixels to do */ + if (dband->format->width > tband->format->width) { + pvt->action2 = action_clear; + pvt->endix = tband->format->width; /* pixels to do */ + pvt->endrun = dband->format->width - + tband->format->width; /* pixels to pad */ + } + } else + pvt->action = action_mono[iclass][raw->operator-1]; +#endif + } else { /* ROI */ + if (raw->src2) + pvt->action = action_dyadROI[iclass][raw->operator-1]; + else + pvt->action = action_monoROI[iclass][raw->operator-1]; + } + if (!raw->src2) { + double dub = epvt->constant[band]; + pvt->fconst = dub; + pvt->iconst = ConstrainConst(dub, sband->format->levels); + } + } + + /* If processing domain, allow replication */ + if (hasROI && !doingtriple) + rcp[ped->inCnt-1].band[0].replicate = msk; + + InitReceptor(flo, ped, &rcp[SRCt1], NO_DATAMAP, 1, msk, NO_BANDS); + + if (raw->src2) + InitReceptor(flo, ped, &rcp[SRCt2], NO_DATAMAP, 1, msk, NO_BANDS); + +#if defined(NON_ROI) + if (hasROI || doingtriple) +#endif + InitProcDomain(flo, ped, raw->domainPhototag, raw->domainOffsetX, + raw->domainOffsetY); + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE); + + pet->bandSync = doingtriple ? SYNC : NO_SYNC; + + return !ferrCode(flo); +} + + +/* end module mpcomp.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mpconv.c b/xie/xc/programs/Xserver/XIE/mixie/process/mpconv.c new file mode 100644 index 0000000..71ecfc1 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mpconv.c @@ -0,0 +1,481 @@ +/* $XConsortium: mpconv.c /main/6 1995/12/02 16:53:50 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module mpconv.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mpconv.c -- DDXIE convolve element + + Dean Verheiden && Robert NC Shelley -- AGE Logic, Inc. June, 1993 + +*****************************************************************************/ + + +#define _XIEC_MPCONV +#define _XIEC_PCONV + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeConvolve(); + +/* + * routines used internal to this module + */ +static int CreateConvolveConstant(); +static int InitializeConvolveConstant(); +static int ActivateConvolveConstant(); +static int ResetConvolveConstant(); +static int DestroyConvolve(); + +/* + * DDXIE Convolve entry points + */ +static ddElemVecRec ConvolveConstantVec = { + CreateConvolveConstant, + InitializeConvolveConstant, + ActivateConvolveConstant, + (xieIntProc)NULL, + ResetConvolveConstant, + DestroyConvolve + }; + +typedef struct _mpconvconst { + pointer carray; /* stores constant convolution lines */ + ConvFloat *sums; /* stores constant * kernel vals */ + void (*action)(); /* band specific action function */ + ConvFloat minClip; /* constrained data min clip value */ + ConvFloat maxClip; /* constrained data max clip value */ +} mpConvConstRec, *mpConvConstPtr; + +static void RealConvolveConstant(); +static void QuadConvolveConstant(); +static void PairConvolveConstant(); +static void ByteConvolveConstant(); +/*------------------------------------------------------------------------ +------------------------ fill in the vector --------------------------- +------------------------------------------------------------------------*/ +int miAnalyzeConvolve(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* based on the technique, fill in the appropriate entry point vector + */ + switch(ped->techVec->number) { + case xieValConvolveConstant: + ped->ddVec = ConvolveConstantVec; + break; + + case xieValConvolveReplicate: + default: + return (FALSE); /* Not implemented in the SI */ + } + return(TRUE); +} /* end miAnalyzeConvolve */ + + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateConvolveConstant(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* Allocate space for an array of pointers to constant convolution lines */ + return(MakePETex(flo, + ped, + sizeof(mpConvConstRec) * ped->inFloLst[SRCtag].bands, + SYNC, + NO_SYNC)); +} /* end CreateConvolve */ + + +#define GenConst(itype) \ + CARD32 iwidth = bnd->format->width; \ + itype *cline; \ + register itype cconst = (itype)*tconst; \ + register CARD32 i; \ + if (!(cline = (itype *)XieMalloc(sizeof(itype) * iwidth))) \ + AllocError(flo,ped,return(FALSE)); \ + cpvt->carray = (pointer)cline; \ + for (i = 0; i < iwidth; i++) *cline++ = cconst; \ + for (i = 0; i < ks2; i++) bnd->dataMap[i] = (CARD8 *)cpvt->carray; + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeConvolveConstant(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloConvolve *raw = (xieFloConvolve *)ped->elemRaw; + CARD8 msk = raw->bandMask; + INT32 ksize = raw->kernelSize; + ConvFloat *tconst = (ConvFloat *)ped->techPvt; + ConvFloat *kernel = (ConvFloat *)ped->elemPvt; + peTexPtr pet = ped->peTex; + mpConvConstPtr cpvt = (mpConvConstPtr)pet->private; + receptorPtr rcp = pet->receptor; + INT32 b, ks2 = ksize>>1; + bandPtr bnd; + + /* If processing domain, allow replication */ + if (raw->domainPhototag) + pet->receptor[ped->inCnt-1].band[0].replicate = msk; + + if(!(InitReceptor(flo, ped, &rcp[SRCtag], ksize, ks2+1, msk, ~msk) && + InitProcDomain(flo, ped, raw->domainPhototag, raw->domainOffsetX, + raw->domainOffsetY) && + InitEmitter(flo,ped,SRCtag,NO_INPLACE))) + return(FALSE); + + /* Create constants for each band */ + for(b = 0; b < ped->inFloLst[SRCtag].bands; b++, cpvt++, tconst++) { + int i, j; + ConvFloat *sums; + + if ((msk & (1<sums = sums = + (ConvFloat *)XieMalloc(sizeof(ConvFloat) * ksize))) + AllocError(flo,ped,return(FALSE)); + + for (i = 0; i < ksize; i++) { + sums[i] = 0; + if (i == ks2) continue; /* Don't need a middle */ + for (j = 0; j < ksize; j++) + sums[i] += kernel[j * ksize + i] * *tconst; + } + /* Accumulate totals for multiple columns */ + for (i = ks2 - 2; i > -1; i--) + sums[i] += sums[i+1]; + for (i = ks2 + 2; i < ksize; i++) + sums[i] += sums[i-1]; + + bnd = &pet->receptor[SRCtag].band[b]; + switch (bnd->format->class) { + case UNCONSTRAINED: + { + GenConst(RealPixel); + cpvt->action = RealConvolveConstant; + cpvt->minClip = 0; /* Unsued for RealPixels */ + cpvt->maxClip = 0; /* Unused for RealPixels */ + } + break; + case QUAD_PIXEL: + { + GenConst(QuadPixel); + cpvt->action = QuadConvolveConstant; + cpvt->minClip = 0; + cpvt->maxClip = (ConvFloat)bnd->format->levels - 1; + } + break; + case PAIR_PIXEL: + { + GenConst(PairPixel); + cpvt->action = PairConvolveConstant; + cpvt->minClip = 0; + cpvt->maxClip = (ConvFloat)bnd->format->levels - 1; + } + break; + case BYTE_PIXEL: + { + GenConst(BytePixel); + cpvt->action = ByteConvolveConstant; + cpvt->minClip = 0; + cpvt->maxClip = (ConvFloat)bnd->format->levels - 1; + } + break; + case BIT_PIXEL: /* SILLY_BITONAL, not supported */ + default: + return(FALSE); + } + } + return(TRUE); +} /* end InitializeConvolveConstant */ + +#define ConvConstAction_Body(dtype) \ + /* Handle the left edge */ \ + endx = (k2 <= currX + run) ? k2 : currX + run; \ + for(i = currX; i < endx; i++, currX++, run--){ \ + ConvFloat count = 0.0; \ + for(j = 0 ; j < ks; j++) \ + for(k = -i; k <= k2; k++) \ + count += br[j][i+k] * kernel[j * ks + k + k2]; \ + if (*tconst) \ + count += cpvt->sums[i]; /* Sum of left side pad */ \ + ClipIt; \ + *dst++ = (dtype) count; \ + } \ + if (run <= 0) return; \ + /* Handle the middle */ \ + endx = (w <= currX + run) ? w : currX + run; \ + for(i = (k2 < currX) ? currX : k2; i < endx; i++,currX++,run--) { \ + ConvFloat count = 0.0; \ + for(j = 0 ; j < ks; j++) \ + for(k = -k2; k <= k2; k++) \ + count += br[j][i+k] * kernel[j * ks + k + k2]; \ + ClipIt; \ + *dst++ = (dtype) count; \ + } \ + if (run <= 0) return; \ + /* Handle the right edge */ \ + endx = (width <= currX + run) ? width : currX + run; \ + for(i = currX; i < endx; i++,currX++,run--) { \ + ConvFloat count = 0.0; \ + for(j = 0 ; j < ks; j++) \ + for(k = -k2; k < width - i; k++) \ + count += br[j][i+k] * kernel[j * ks + k + k2]; \ + if (*tconst) \ + count += cpvt->sums[ks - (width - i)]; \ + ClipIt; \ + *dst++ = (dtype) count; \ + } \ + +#define ConvConstAction(name,dtype) \ +static void name(cpvt,kernel,tconst,run,currX,br,dst,ks,width) \ +mpConvConstPtr cpvt; \ +ConvFloat *kernel, *tconst; \ +INT32 run, currX, ks; \ +dtype *dst, **br; \ +CARD32 width; \ +{ \ + ConvFloat minClip = cpvt->minClip; \ + ConvFloat maxClip = cpvt->maxClip; \ + INT32 k2 = ks/2; \ + INT32 w = width - k2; \ + INT32 endx; \ + int i,j,k; \ + /* Adjust destination to current location */ \ + dst += currX; \ + /* Outside of region, pass these pixels */ \ + if (run < 0) { \ + memcpy(dst, &br[k2][currX], -run * sizeof(dtype)); \ + return; \ + } \ + ConvConstAction_Body(dtype); \ +} + + +/* Macro for clipping of constrained data */ +#define ClipIt \ +if (count < minClip) \ + count = minClip; \ +else if (count > maxClip) \ + count = maxClip; + +ConvConstAction(ByteConvolveConstant,BytePixel) +ConvConstAction(PairConvolveConstant,PairPixel) +ConvConstAction(QuadConvolveConstant,QuadPixel) +#undef ClipIt +#define ClipIt +ConvConstAction(RealConvolveConstant,RealPixel) + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateConvolveConstant(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloConvolve *raw = (xieFloConvolve *)ped->elemRaw; + mpConvConstPtr cpvt = (mpConvConstPtr)pet->private; + bandPtr iband = &pet->receptor[SRCtag].band[0]; + bandPtr oband = &pet->emitter[0]; + ConvFloat *tconst = (ConvFloat *)ped->techPvt; + ConvFloat *kernel = (ConvFloat *)ped->elemPvt; + INT32 ks = raw->kernelSize; + INT32 k2 = ks/2; + CARD8 bmask = raw->bandMask; + int b; + + for(b = 0; b < ped->inFloLst[SRCtag].bands; b++, cpvt++, tconst++, iband++, + oband++) + if(bmask & 1<scheduled & 1<format->height - 1 - k2; + CARD32 width = oband->format->width; + CARD32 sline = iband->current; + CARD32 dline = oband->current; + CARD32 len = ks; + CARD32 map = 0; + pointer *br = (pointer *)iband->dataMap; + pointer dst; + Bool ok; + + while(!ferrCode(flo)) { + INT32 run, currX = 0; + + /* do special handling at top and bottom of image */ + if(dline <= k2) { + len = iband->threshold; + map = ks - len; + sline = 0; + if(dline < k2) + SetBandThreshold(iband, len + 1); + } + if(dline > end) { + len = iband->threshold - 1; + br[len] = (pointer)cpvt->carray; + SetBandThreshold(iband, len); + } + + ok = MapData(flo,pet,iband,map,sline++,len,TRUE); + dst = GetDst(flo,pet,oband,dline++,TRUE); + + if(!ok || !dst || !SyncDomain(flo,ped,oband,FLUSH)) break; + + while (run = GetRun(flo,pet,oband)) { + (*cpvt->action)(cpvt,kernel,tconst,run,currX,br,dst,ks,width); + currX += (run > 0) ? run : -run; + } + } + FreeData(flo, pet, iband, len ? iband->current : iband->maxGlobal); + } + return(TRUE); +} /* end ActivateConvolveConstant */ + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetConvolveConstant(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + mpConvConstPtr cpvt = (mpConvConstPtr)ped->peTex->private; + int b; + + for(b = 0; b < ped->inFloLst[SRCtag].bands; b++, cpvt++) { + if (cpvt->carray) cpvt->carray = (pointer) XieFree(cpvt->carray); + if (cpvt->sums) cpvt->sums = (ConvFloat *) XieFree(cpvt->sums); + cpvt->action = (void (*)())NULL; + cpvt->minClip = 0; + cpvt->maxClip = 0; + } + + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetConvolveConstant */ + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyConvolve(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + if(ped->peTex) + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return(TRUE); +} /* end DestroyConvolve */ + +/* end module mpconv.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mpctoi.c b/xie/xc/programs/Xserver/XIE/mixie/process/mpctoi.c new file mode 100644 index 0000000..d42b2c3 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mpctoi.c @@ -0,0 +1,1065 @@ +/* $XConsortium: mpctoi.c /main/8 1995/12/02 16:53:54 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module mpctoi.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mpctoi.c -- DDXIE ConvertToIndex element + + Robert NC Shelley -- AGE Logic, Inc. July, 1993 + +*****************************************************************************/ + +#define _XIEC_MPCTOI +#define _XIEC_PCTOI + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include +#include + + +extern int AllocColor(); /* in . . . server/dix/colormap.c */ + + +/* routines referenced by other DDXIE modules + */ +int miAnalyzeCvtToInd(); + +/* routines used internal to this module + */ +static int CreateCtoIAll(); +static int InitializeCtoIAll(); +static int DoGrayCtoIAll(); +static int DoRGB1CtoIAll(); +static int DoRGB3CtoIAll(); +static int DoRGB3CtoIAll(); +static int ResetCtoIAll(); +static int DestroyCtoI(); + +static int allocDirect(); +static int allocGray1(); +static int allocGray3(); +static int allocRGB1(); +static int allocRGB3(); +static pointer cvt(); + + +/* DDXIE ConvertToIndex entry points + */ +static ddElemVecRec mpCtoIAllVec = { + CreateCtoIAll, + InitializeCtoIAll, + (xieIntProc)NULL, + (xieIntProc)NULL, + ResetCtoIAll, + DestroyCtoI + }; + + +/* Local Declarations. + */ +#define HASH_POINT 14 /* use hash table if sum of depth exceeds this */ + +#define HR 19 /* prime hash multipliers (sum also prime) */ +#define HG 23 +#define HB 17 + +#define NADA (xieVoidProc)NULL + +typedef struct _ctihash { + CARD32 rgbVal; + Pixel pixdex; +} ctiHashRec, *ctiHashPtr; + + +typedef struct _mpctiall { + xieVoidProc action; /* scanline action routine */ + xieVoidProc action2; /* pass 2 scanline action routine */ + ColormapPtr cmap; /* colormap-id */ + int cmapFull; /* == Success until allocs fail */ + int clindex; /* index of client doing allocs */ + int (*alloc)(); /* color allocation routine */ + Pixel *pixLst; /* list of alloc'd pixels */ + CARD32 pixCnt; /* count of alloc'd pixels (total)*/ + CARD32 allocMatch; /* count of alloc'd/matched pixels*/ + CARD32 shareMatch; /* count of shared/matched pixels */ + CARD32 width; /* image width */ + CARD32 fill; /* value to use if alloc fails */ + BOOL hashing; /* true if using hash table */ + CARD8 trim[xieValMaxBands]; /* # LS bits to trim from pixels */ + CARD32 mask[xieValMaxBands]; /* mask for keeping useful bits */ + CARD32 shft[xieValMaxBands]; /* crazy-pixel shift counts */ + float coef[xieValMaxBands]; /* scale pixel up to 16 bits */ + CARD32 tmpLen[xieValMaxBands]; /* length of tmpLsts... */ + pointer tmpLst[xieValMaxBands]; /* lists where we remember stuff */ + Bool tmpSet; /* initialize tmpLsts to 0 or ~0 */ + pointer auxbuf[xieValMaxBands]; /* format-class conversion buffers*/ + CARD8 iclass[xieValMaxBands]; /* input format classes */ + CARD8 cclass; /* conversion format class */ +} ctiAllRec, *ctiAllPtr; + + +/***************************************************************************** + * + * Convert to Index alloc-All action routines: + * CtoIall_bmctio + * |||||`-- output format class (b=bit, B=byte, P=pair, Q=quad) + * ||||`--- input format class (b=bit, B=byte, P=pair, Q=quad) + * |||`---- L:lookup, H:hash, U:usage map + * ||`----- class colormap: d=dynamic, s=static + * |`------ 1 or 3 map colormap (blank if it supports both) + * `------- 1 or 3 band image + */ +static void CtoIall_1_dLBB(), CtoIall_1_dLBP(), CtoIall_1_dLBQ(); +static void CtoIall_1_dLPB(), CtoIall_1_dLPP(), CtoIall_1_dLPQ(); +static void CtoIall_31dLBB(), CtoIall_31dLBP(); +static void CtoIall_31dLPB(), CtoIall_31dLPP(); +static void CtoIall_31dHBB(), CtoIall_31dHBP(); +static void CtoIall_31dHPB(), CtoIall_31dHPP(); + +static void CtoIall_33dUB_(), CtoIall_33dUP_(); + +static void CtoIall_33dLBB(), CtoIall_33dLBP(), CtoIall_33dLBQ(); +static void CtoIall_33dLPB(), CtoIall_33dLPP(), CtoIall_33dLPQ(); + +/* input bits are promoted to bytes, so they share the same action routines + */ +#define CtoIall_1_dLbB CtoIall_1_dLBB +#define CtoIall_1_dLbP CtoIall_1_dLBP +#define CtoIall_1_dLbQ CtoIall_1_dLBQ +#define CtoIall_31dLbB CtoIall_31dLBB +#define CtoIall_31dLbP CtoIall_31dLBP +#define CtoIall_31dHbB CtoIall_31dHBB +#define CtoIall_31dHbP CtoIall_31dHBP +#define CtoIall_33dUb_ CtoIall_33dUB_ +#define CtoIall_33dLbB CtoIall_33dLBB +#define CtoIall_33dLbP CtoIall_33dLBP +#define CtoIall_33dLbQ CtoIall_33dLBQ + + +/* single band image, single or triple dynamic colormap, linear lookup tables + */ +static void (*gray_action[4][3])() = { + NADA, NADA, NADA, /* out=b, in=b..P */ + CtoIall_1_dLbB, CtoIall_1_dLBB, CtoIall_1_dLPB, /* out=B, in=b..P */ + CtoIall_1_dLbP, CtoIall_1_dLBP, CtoIall_1_dLPP, /* out=P, in=b..P */ + CtoIall_1_dLbQ, CtoIall_1_dLBQ, CtoIall_1_dLPQ, /* out=Q, in=b..P */ +}; + +/* triple band image, single dynamic colormap, linear or hash tables + */ +static void (*rgb1_action[2][4][3])() = { + NADA, NADA, NADA, /* lut, out=b, in=b..P */ + CtoIall_31dLbB, CtoIall_31dLBB, CtoIall_31dLPB, /* lut, out=B, in=b..P */ + CtoIall_31dLbP, CtoIall_31dLBP, CtoIall_31dLPP, /* lut, out=P, in=b..P */ + NADA, NADA, NADA, /* lut, out=Q, in=b..P */ + NADA, NADA, NADA, /* hash, out=b, in=b..P */ + CtoIall_31dHbB, CtoIall_31dHBB, CtoIall_31dHPB, /* hash, out=B, in=b..P */ + CtoIall_31dHbP, CtoIall_31dHBP, CtoIall_31dHPP, /* hash, out=P, in=b..P */ + NADA, NADA, NADA, /* hash, out=Q, in=b..P */ +}; + +/* triple band image, triple dynamic colormap, map usage (Boolean histogram) + */ +static void (*rgb3_action_usage[3])() = { + CtoIall_33dUb_, CtoIall_33dUB_, CtoIall_33dUP_, /* usage map out, in=b..P */ +}; + +/* triple band image, triple dynamic colormap, linear lookup tables + */ +static void (*rgb3_action_remap[4][3])() = { + NADA, NADA, NADA, /* out=b, in=b..P */ + CtoIall_33dLbB, CtoIall_33dLBB, CtoIall_33dLPB, /* out=B, in=b..P */ + CtoIall_33dLbP, CtoIall_33dLBP, CtoIall_33dLPP, /* out=P, in=b..P */ + CtoIall_33dLbQ, CtoIall_33dLBQ, CtoIall_33dLPQ, /* out=Q, in=b..P */ +}; + + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeCvtToInd(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloConvertToIndex *raw = (xieFloConvertToIndex *)ped->elemRaw; + + /* stash the appropriate entry point vector in the peDef + */ + switch(ped->techVec->number) { + case xieValColorAllocAll: ped->ddVec = mpCtoIAllVec; break; + case xieValColorAllocMatch: + case xieValColorAllocRequantize: + default: TechniqueError(flo, ped, xieValColorAlloc, + raw->colorAlloc, raw->lenParams, return(FALSE)); + } + return(TRUE); +} /* end miAnalyzeCvtToInd */ + + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateCtoIAll(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + pCtoIDefPtr dix = (pCtoIDefPtr) ped->elemPvt; + Bool band_sync = !dix->graySrc || dix->class != DirectColor; + + return(MakePETex(flo, ped, sizeof(ctiAllRec), NO_SYNC, band_sync)); +} /* end CreateCtoIAll */ + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeCtoIAll(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloConvertToIndex *raw = (xieFloConvertToIndex *)ped->elemRaw; + xieTecColorAllocAll *tec = (xieTecColorAllocAll *) &raw[1]; + pTecCtoIDefPtr pvt = (pTecCtoIDefPtr) ped->techPvt; + peTexPtr pet = ped->peTex; + formatPtr ift = &ped->inFloLst[SRCtag].format[0]; + formatPtr oft = &ped->outFlo.format[0]; + pCtoIDefPtr dix = (pCtoIDefPtr) ped->elemPvt; + ctiAllPtr ddx = (ctiAllPtr) pet->private; + CARD8 depth, bands = dix->graySrc ? 1 : 3; + CARD32 ic = BYTE_PIXEL, oc = oft->class; + CARD32 b, size; + + /* init generic color allocation params + */ + ddx->cmap = dix->cmap; + ddx->clindex = dix->list->client->index; + ddx->fill = pvt->fill; + ddx->width = oft->width; + ddx->cmapFull = 0; + ddx->pixCnt = 0; + ddx->allocMatch = 0; + ddx->shareMatch = 0; + if(!(ddx->pixLst = (Pixel*) XieCalloc((dix->cells + 1) * sizeof(Pixel)))) + AllocError(flo,ped, return(FALSE)); + + /* examine input data format-classes + */ + for(b = 0; b < bands; ++b) { + ddx->iclass[b] = ift[b].class; + ic = max(ddx->iclass[b],ic); + } + ddx->cclass = ic; + size = (ic == BYTE_PIXEL ? sz_BytePixel : sz_PairPixel) >> 3; + + /* init format-class and pixel to RGB cell conversion parameters + */ + for(b = 0; b < bands; ++b) { + if(ift[b].class != ic && + !(ddx->auxbuf[b] = (pointer) XieMalloc((ift->width+7)*size))) + AllocError(flo,ped, return(FALSE)); + + ddx->trim[b] = ift[b].depth > dix->stride ? ift[b].depth - dix->stride : 0; + ddx->mask[b] = (1 << ift[b].depth - ddx->trim[b]) - 1; + ddx->coef[b] = 65535.0 / ((ift[b].levels >> ddx->trim[b]) - 1); + } + /* init stuff specific to the image class and visual class + */ + if(dix->graySrc) { + /* + * grayscale image, visual class doesn't matter + */ + ddx->tmpSet = TRUE; + ddx->tmpLen[0] = (ddx->mask[0] + 1) * sizeof(Pixel); + ddx->action = gray_action[oc-1][ic-1]; + ddx->alloc = (pvt->defTech ? dix->class <= PseudoColor + ? allocGray1 : allocGray3 : AllocColor); + if(ddx->alloc == allocGray3) + ddx->pixLst[dix->cells] = ~0; + ped->ddVec.activate = DoGrayCtoIAll; + + } else if(dix->class <= PseudoColor) { + /* + * RGB image, visual class has a single channel colormap + */ + for(depth = 0, b = 0; b < xieValMaxBands; ++b) { + SetDepthFromLevels(ddx->mask[b]+1,size); + ddx->shft[b] = depth; + depth += size; + } + /* if we have too many levels, we'll have to use a hash table + */ + if(ddx->hashing = depth > HASH_POINT) { + ddx->tmpLen[0] = (HR+HG+HB) * (dix->cells + 1) * sizeof(ctiHashRec); + ddx->tmpSet = FALSE; + } else { + ddx->tmpLen[0] = (1<tmpSet = TRUE; + } + bands = 1; /* only 1 colormap band */ + ddx->action = rgb1_action[ddx->hashing ? 1 : 0][oc-1][ic-1]; + ddx->alloc = pvt->defTech ? allocRGB1 : AllocColor; + ped->ddVec.activate = DoRGB1CtoIAll; + + } else { + /* + * RGB image, visual class has a three channel colormap + */ + for(b = 0; b < bands; ++b) { + SetDepthFromLevels(ddx->mask[b]+1,depth); + ddx->tmpLen[b] = (1<tmpSet = FALSE; + ddx->action = rgb3_action_usage[ic-1]; + ddx->action2 = rgb3_action_remap[oc-1][ic-1]; + ddx->alloc = pvt->defTech ? allocRGB3 : AllocColor; + ped->ddVec.activate = DoRGB3CtoIAll; + } + if(!ddx->action) ImplementationError(flo,ped, return(FALSE)); + + /* alloc/init whatever temporary storage we need + */ + for(b = 0; b < bands; ++b) { + if(!(ddx->tmpLst[b] = (pointer ) XieMalloc(ddx->tmpLen[b]))) + AllocError(flo,ped, return(FALSE)); + memset((char*)ddx->tmpLst[b],(char)(ddx->tmpSet ? ~0 : 0),ddx->tmpLen[b]); + } + return(InitReceptors(flo, ped, NO_DATAMAP, 1) && + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE)); +} /* end InitializeCtoIAll */ + + +/*------------------------------------------------------------------------ +------------------------- crank some input data -------------------------- +------------------------------------------------------------------------*/ +static int DoGrayCtoIAll(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloConvertToIndex *raw = (xieFloConvertToIndex *)ped->elemRaw; + ctiAllPtr ddx = (ctiAllPtr) pet->private; + bandPtr iband = &pet->receptor[SRCtag].band[0]; + bandPtr oband = &pet->emitter[0]; + pointer ivoid, ovoid; + + if(Resumed(flo,pet) && + (flo->runClient->clientGone || + ddx->cmap != (ColormapPtr) LookupIDByType(raw->colormap, RT_COLORMAP))) + ColormapError(flo,ped,raw->colormap, return(FALSE)); + + if((ivoid = GetCurrentSrc(flo,pet,iband)) && + (ovoid = GetCurrentDst(flo,pet,oband))) + do { + if(ddx->auxbuf[0]) ivoid = cvt(ivoid, ddx, (CARD8)0); + + (*ddx->action)(ddx, ovoid, ivoid); + + ivoid = GetNextSrc(flo,pet,iband,FLUSH); + ovoid = GetNextDst(flo,pet,oband,FLUSH); + } while(ivoid && ovoid); + + FreeData(flo,pet,iband,iband->current); + + return(TRUE); +} /* end DoGrayCtoIAll */ + + +/*------------------------------------------------------------------------ +------------------------- crank some input data -------------------------- +------------------------------------------------------------------------*/ +static int DoRGB1CtoIAll(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloConvertToIndex *raw = (xieFloConvertToIndex *)ped->elemRaw; + ctiAllPtr ddx = (ctiAllPtr) pet->private; + bandPtr iband = &pet->receptor[SRCtag].band[0]; + bandPtr oband = &pet->emitter[0]; + pointer ovoid, ivoid0, ivoid1, ivoid2; + + if(Resumed(flo,pet) && + (flo->runClient->clientGone || + ddx->cmap != (ColormapPtr) LookupIDByType(raw->colormap, RT_COLORMAP))) + ColormapError(flo,ped,raw->colormap, return(FALSE)); + + ovoid = GetCurrentDst(flo,pet,oband); + ivoid0 = GetCurrentSrc(flo,pet,iband); iband++; + ivoid1 = GetCurrentSrc(flo,pet,iband); iband++; + ivoid2 = GetCurrentSrc(flo,pet,iband); iband -= 2; + + while(ovoid && ivoid0 && ivoid1 && ivoid2) { + + if(ddx->auxbuf[0]) ivoid0 = cvt(ivoid0, ddx, (CARD8)0); + if(ddx->auxbuf[1]) ivoid1 = cvt(ivoid1, ddx, (CARD8)1); + if(ddx->auxbuf[2]) ivoid2 = cvt(ivoid2, ddx, (CARD8)2); + + (*ddx->action)(ddx, ovoid, ivoid0, ivoid1, ivoid2); + + ovoid = GetNextDst(flo,pet,oband,FLUSH); + ivoid0 = GetNextSrc(flo,pet,iband,FLUSH); iband++; + ivoid1 = GetNextSrc(flo,pet,iband,FLUSH); iband++; + ivoid2 = GetNextSrc(flo,pet,iband,FLUSH); iband -= 2; + } + FreeData(flo,pet,iband,iband->current); iband++; + FreeData(flo,pet,iband,iband->current); iband++; + FreeData(flo,pet,iband,iband->current); + + return(TRUE); +} /* end DoRGB1CtoIAll */ + + +/*------------------------------------------------------------------------ +------------------------- crank some input data -------------------------- +------------------------------------------------------------------------*/ +static int DoRGB3CtoIAll(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + bandPtr iband = &pet->receptor[SRCtag].band[0]; + ctiAllPtr ddx = (ctiAllPtr) pet->private; + + if(ddx->action) { + BOOL final = TRUE; + pointer ivoid; + int b; + + /* PASS 1: generate per-band usage maps of the colors needed + */ + for(b = 0; b < xieValMaxBands; b++, iband++) { + for(ivoid = GetCurrentSrc(flo,pet,iband); ivoid; + ivoid = GetNextSrc(flo,pet,iband,KEEP)) { + + if(ddx->auxbuf[b]) ivoid = cvt(ivoid, ddx, (CARD8)b); + + (*ddx->action)(ddx, ivoid, b); + } + /* if we're done with the band, go back to the first scanline, otherwise + * increase the threshold to keep the scheduler out of our hair + */ + if(iband->final) + iband->current = 0; + else { + final = FALSE; + SetBandThreshold(iband, iband->current + 1); + } + } + /* now that we know what we need, it's time to allocate colors. + * we'll continue with PASS 2 when we return from the scheduler + */ + if(final) { + ddx->action = (xieVoidProc)NULL; + return(allocDirect(flo,ped,pet,ddx)); + } + } else { + bandPtr oband = &pet->emitter[0]; + pointer ovoid, ivoid0, ivoid1, ivoid2; + + /* PASS 2: map src pixesl to allocated colors + */ + ivoid0 = GetCurrentSrc(flo,pet,iband); iband++; + ivoid1 = GetCurrentSrc(flo,pet,iband); iband++; + ivoid2 = GetCurrentSrc(flo,pet,iband); iband -= 2; + ovoid = GetCurrentDst(flo,pet,oband); + + while(ovoid && ivoid0 && ivoid1 && ivoid2) { + + if(ddx->auxbuf[0]) ivoid0 = cvt(ivoid0, ddx, (CARD8)0); + if(ddx->auxbuf[1]) ivoid1 = cvt(ivoid1, ddx, (CARD8)1); + if(ddx->auxbuf[2]) ivoid2 = cvt(ivoid2, ddx, (CARD8)2); + + (*ddx->action2)(ddx, ovoid, ivoid0, ivoid1, ivoid2); + + ivoid0 = GetNextSrc(flo,pet,iband,FLUSH); iband++; + ivoid1 = GetNextSrc(flo,pet,iband,FLUSH); iband++; + ivoid2 = GetNextSrc(flo,pet,iband,FLUSH); iband -= 2; + ovoid = GetNextDst(flo,pet,oband,FLUSH); + } + FreeData(flo,pet,iband,iband->current); iband++; + FreeData(flo,pet,iband,iband->current); iband++; + FreeData(flo,pet,iband,iband->current); + } + return(TRUE); +} /* end DoRGB3CtoIAll */ + + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetCtoIAll(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloConvertToIndex *raw = (xieFloConvertToIndex *)ped->elemRaw; + pCtoIDefPtr dix = (pCtoIDefPtr) ped->elemPvt; + ctiAllPtr ddx = (ctiAllPtr) ped->peTex->private; + colorListPtr lst = dix->list; + CARD32 b, i, j; + /* + * if we've got pixels, they might need to be transfered into the ColorList + */ + if((lst->cellPtr = ddx->pixLst) && (lst->cellCnt = ddx->pixCnt)) { + + if(dix->class <= PseudoColor) { + for(i = j = 0; i < ddx->pixCnt; ++j) + if(lst->cellPtr[j]) + lst->cellPtr[i++] = (Pixel)j; + + } else if(dix->graySrc && ddx->alloc == AllocColor) { + Pixel p, *ppix = (Pixel*) ddx->tmpLst[0]; + + for(i = 0; i < ddx->pixCnt; ++ppix) + if((long int)(p = *ppix) >= 0) + lst->cellPtr[i++] = p; + + } /* else pixels are already in place */ + } + if(raw->notify && !ferrCode(flo) && !flo->flags.aborted && + (ddx->cmapFull || ddx->allocMatch || ddx->shareMatch)) + SendColorAllocEvent(flo, ped, lst->mapID, raw->colorAlloc, + ddx->pixCnt - ddx->allocMatch + (ddx->cmapFull + ? 0 : ddx->shareMatch + ddx->allocMatch << 16)); + + for(b = 0; b < xieValMaxBands; ++b) { + if(ddx->tmpLst[b]) ddx->tmpLst[b] = (pointer ) XieFree(ddx->tmpLst[b]); + if(ddx->auxbuf[b]) ddx->auxbuf[b] = (pointer ) XieFree(ddx->auxbuf[b]); + } + ddx->pixLst = NULL; + ddx->pixCnt = 0; + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetCtoIAll */ + + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyCtoI(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return(TRUE); +} /* end DestroyCtoI */ + + +/*------------------------------------------------------------------------ +------------- allocate DirectColors based on usage map ------------------- +------------------------------------------------------------------------*/ +static int allocDirect(flo,ped,pet,ddx) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; + ctiAllPtr ddx; +{ + xieFloConvertToIndex *raw = (xieFloConvertToIndex *)ped->elemRaw; + pCtoIDefPtr dix = (pCtoIDefPtr) ped->elemPvt; + formatPtr fmt = &ped->inFloLst[SRCtag].format[0]; + unsigned short value[xieValMaxBands]; + int b, next[xieValMaxBands]; + Bool final, done[xieValMaxBands]; + Pixel *pix, *used[xieValMaxBands]; + + if(Resumed(flo,pet) && + (flo->runClient->clientGone || + ddx->cmap != (ColormapPtr)LookupIDByType(raw->colormap,RT_COLORMAP))) + ColormapError(flo,ped,raw->colormap, return(FALSE)); + + /* find the first color needed in each usage map + */ + for(b = 0; b < xieValMaxBands; ++b) { + done[b] = FALSE; + next[b] = 0; + used[b] = (Pixel*)ddx->tmpLst[b]; + while(!(used[b][next[b]])) ++next[b]; + } + do { + /* plant the current round of RGB values + */ + for(b = 0; b < xieValMaxBands; ++b) + if(!done[b]) + value[b] = next[b] * ddx->coef[b]; + + /* alloc a triplet of color cells + */ + pix = &ddx->pixLst[ddx->pixCnt]; + + if( ddx->cmapFull || + (ddx->cmapFull = (*ddx->alloc)(ddx->cmap,&value[0],&value[1],&value[2], + pix,ddx->clindex,ddx))) + *pix = ddx->fill; + else + ddx->cmapFull = ++ddx->pixCnt > dix->cells; + + /* save the result and find the next color needed in each usage map + */ + for(final = TRUE, b = 0; b < xieValMaxBands; ++b) + if(!done[b]) { + used[b][next[b]] = *pix & dix->mask[b]; + while(!(done[b] = ++next[b] >= fmt[b].levels >> ddx->trim[b]) && + !(used[b][next[b]])); + final &= done[b]; + } + } while(!final); + + return(TRUE); +} + +/*------------------------------------------------------------------------ +------------- allocate closest match for Default Technique --------------- +------------------------------------------------------------------------*/ +static int allocGray1(cmap, red, grn, blu, pix, client, ddx) + ColormapPtr cmap; + CARD16 *red, *grn, *blu; + Pixel *pix; + int client; + ctiAllPtr ddx; +{ + int status; + + if(status = AllocColor(cmap, red, grn, blu, pix, client)) { + xColorItem rgb; + + rgb.pixel = 0; + rgb.red = rgb.green = rgb.blue = *red; + FakeAllocColor(cmap, &rgb); + + if(!ddx->pixLst[(*pix = rgb.pixel)]++) { + xrgb match; + + QueryColors(cmap,1,&rgb.pixel,&match); + FakeFreeColor(cmap, rgb.pixel); + *red = match.red; + *grn = match.green; + *blu = match.blue; + if(status = AllocColor(cmap, red, grn, blu, pix, client)) + ddx->pixLst[rgb.pixel] = 0; + else + ddx->allocMatch++; + } else { + FakeFreeColor(cmap, rgb.pixel); + ++ddx->shareMatch; + --ddx->pixCnt; + status = 0; + } + } else { + ++ddx->pixLst[*pix]; + } + return(status); +} + +static int allocGray3(cmap, red, grn, blu, pix, client, ddx) + ColormapPtr cmap; + CARD16 *red, *grn, *blu; + Pixel *pix; + int client; + ctiAllPtr ddx; +{ + int status; + + if(ddx->pixLst[ddx->pixCnt]) return(BadAlloc); + + if(status = AllocColor(cmap, red, grn, blu, pix, client)) { + xColorItem rgb; + xrgb match; + + rgb.pixel = 0; + rgb.red = rgb.green = rgb.blue = *red; + FakeAllocColor(cmap, &rgb); + + QueryColors(cmap,1,&rgb.pixel,&match); + FakeFreeColor(cmap, rgb.pixel); + *pix = rgb.pixel; + *red = match.red; + *grn = match.green; + *blu = match.blue; + if(!(status = AllocColor(cmap, red, grn, blu, pix, client))) + ddx->allocMatch++; + } + ddx->pixLst[ddx->pixCnt] = *pix; + return(status); +} + +static int allocRGB1(cmap, red, grn, blu, pix, client, ddx) + ColormapPtr cmap; + CARD16 *red, *grn, *blu; + Pixel *pix; + int client; + ctiAllPtr ddx; +{ + int status; + + if(status = AllocColor(cmap, red, grn, blu, pix, client)) { + xColorItem rgb; + + rgb.pixel = 0; + rgb.red = *red; + rgb.green = *grn; + rgb.blue = *blu; + FakeAllocColor(cmap, &rgb); + + if(!ddx->pixLst[(*pix = rgb.pixel)]++) { + xrgb match; + + QueryColors(cmap,1,&rgb.pixel,&match); + FakeFreeColor(cmap, rgb.pixel); + *red = match.red; + *grn = match.green; + *blu = match.blue; + if(status = AllocColor(cmap, red, grn, blu, pix, client)) + ddx->pixLst[rgb.pixel] = 0; + else + ddx->allocMatch++; + } else { + if(!ddx->hashing || + *ddx->tmpLen > ddx->shareMatch * sizeof(ctiHashRec) << 1) { + ++ddx->shareMatch; + --ddx->pixCnt; + status = 0; + } + FakeFreeColor(cmap, rgb.pixel); + } + } else { + ++ddx->pixLst[*pix]; + } + return(status); +} + +static int allocRGB3(cmap, red, grn, blu, pix, client, ddx) + ColormapPtr cmap; + CARD16 *red, *grn, *blu; + Pixel *pix; + int client; + ctiAllPtr ddx; +{ + int status; + + if(status = AllocColor(cmap, red, grn, blu, pix, client)) { + xColorItem rgb; + xrgb match; + + rgb.pixel = 0; + rgb.red = *red; + rgb.green = *grn; + rgb.blue = *blu; + FakeAllocColor(cmap, &rgb); + + QueryColors(cmap,1,&rgb.pixel,&match); + FakeFreeColor(cmap, rgb.pixel); + *pix = rgb.pixel; + *red = match.red; + *grn = match.green; + *blu = match.blue; + if(!(status = AllocColor(cmap, red, grn, blu, pix, client))) + ddx->allocMatch++; + } + return(status); +} + +/*------------------------------------------------------------------------ +------------- convert bits to bytes or pairs, or bytes to pairs ---------- +------------------------------------------------------------------------*/ +static pointer cvt(src, ddx, band) + pointer src; + ctiAllPtr ddx; + CARD8 band; +{ + if(ddx->iclass[band] == BIT_PIXEL) { + if(ddx->cclass == BYTE_PIXEL) { + bitexpand(src,ddx->auxbuf[band],ddx->width,(BytePixel)0,(BytePixel)1); + + } else /* BIT_PIXEL --> PAIR_PIXEL */ { + LogInt *i = (LogInt *) src, ival, M; + PairPixel *o = (PairPixel *) ddx->auxbuf[band]; + int bw = ddx->width, nw = bw >> LOGSHIFT; + + while(nw--) + for(ival = *i++, M = LOGLEFT; M; LOGRIGHT(M)) + *o++ = (ival & M) ? (PairPixel) 1 : (PairPixel) 0; + if(bw &= LOGMASK) + for(ival = *i, M = LOGLEFT; bw--; LOGRIGHT(M)) + *o++ = (ival & M) ? (PairPixel) 1 : (PairPixel) 0; + } + } else /* BYTE_PIXEL --> PAIR_PIXEL */ { + CARD32 i, width = ddx->width; + BytePixel *ip = (BytePixel*)src; + PairPixel *op = (PairPixel*)ddx->auxbuf[band]; + + for(i = 0; i < width; *op++ = *ip++, ++i); + } + return(ddx->auxbuf[band]); +} + +/*------------------------------------------------------------------------ +-- action routines: single band image, single or triple dynamic colormap - +------------------------------------------------------------------------*/ +#define DO_GRAY_CtoI_ALL(fn_do,itype,otype) \ +static void fn_do(ddx, DST, SRC) \ + ctiAllPtr ddx; pointer DST,SRC; \ +{ \ + itype *src = (itype *)SRC; \ + otype *dst = (otype *)DST; \ + Pixel px, *pp, *lst = (Pixel *)ddx->tmpLst[0]; \ + CARD32 w, val, mask = ddx->mask[0], trim = ddx->trim[0]; \ + CARD16 r, g, b; \ + for(w = ddx->width; w--; *dst++ = px) { \ + if((long int)(px = *(pp = &lst[(val = *src++ >> trim & mask)])) < 0) { \ + if(!ddx->cmapFull) { \ + r = g = b = (unsigned short)((float)val * ddx->coef[0]); \ + if(!(ddx->cmapFull = (*ddx->alloc)(ddx->cmap,&r,&g,&b,pp, \ + ddx->clindex,ddx))) { \ + ++ddx->pixCnt; \ + px = *pp; \ + continue; \ + } \ + } \ + px = ddx->fill; \ + } \ + } \ +} +DO_GRAY_CtoI_ALL(CtoIall_1_dLBB, BytePixel, BytePixel) +DO_GRAY_CtoI_ALL(CtoIall_1_dLBP, BytePixel, PairPixel) +DO_GRAY_CtoI_ALL(CtoIall_1_dLBQ, BytePixel, QuadPixel) +DO_GRAY_CtoI_ALL(CtoIall_1_dLPB, PairPixel, BytePixel) +DO_GRAY_CtoI_ALL(CtoIall_1_dLPP, PairPixel, PairPixel) +DO_GRAY_CtoI_ALL(CtoIall_1_dLPQ, PairPixel, QuadPixel) + + +/*------------------------------------------------------------------------ +--- triple band, single dynamic colormap, sum of depths <= HASH_POINT ---- +------------------------------------------------------------------------*/ +#define DO_RGB31L_CtoI_ALL(fn_do,itype,otype) \ +static void fn_do(ddx, DST, SRCR, SRCG, SRCB) \ + ctiAllPtr ddx; pointer DST,SRCR,SRCG,SRCB; \ +{ \ + itype *srcR = (itype*)SRCR, *srcG = (itype*)SRCG, *srcB = (itype*)SRCB; \ + otype *dst = (otype*)DST; \ + CARD32 Rmask = ddx->mask[0], Rtrim = ddx->trim[0]; \ + CARD32 Gmask = ddx->mask[1], Gtrim = ddx->trim[1]; \ + CARD32 Bmask = ddx->mask[2], Btrim = ddx->trim[2]; \ + CARD32 Gshft = ddx->shft[1], Bshft = ddx->shft[2]; \ + Pixel px, *pp, *lst = (Pixel*)ddx->tmpLst[0]; \ + CARD32 rv, gv, bv, w; \ + CARD16 r, g, b; \ + for(w = ddx->width; w--; *dst++ = px) { \ + rv = *srcR++ >> Rtrim & Rmask; \ + gv = *srcG++ >> Gtrim & Gmask; \ + bv = *srcB++ >> Btrim & Bmask; \ + if((long int)(px = *(pp = &lst[rv | gv<cmapFull) { \ + r = (unsigned short)((float)rv * ddx->coef[0]); \ + g = (unsigned short)((float)gv * ddx->coef[1]); \ + b = (unsigned short)((float)bv * ddx->coef[2]); \ + if(!(ddx->cmapFull = (*ddx->alloc)(ddx->cmap,&r,&g,&b,pp, \ + ddx->clindex,ddx))) { \ + ++ddx->pixCnt; \ + px = *pp; \ + continue; \ + } \ + } \ + px = ddx->fill; \ + } \ + } \ +} +DO_RGB31L_CtoI_ALL(CtoIall_31dLBB,BytePixel,BytePixel) +DO_RGB31L_CtoI_ALL(CtoIall_31dLBP,BytePixel,PairPixel) +DO_RGB31L_CtoI_ALL(CtoIall_31dLPB,PairPixel,BytePixel) +DO_RGB31L_CtoI_ALL(CtoIall_31dLPP,PairPixel,PairPixel) + + +/*------------------------------------------------------------------------ +--- triple band, single dynamic colormap, sum of depths > HASH_POINT ----- +------------------------------------------------------------------------*/ +#define DO_RGB31H_CtoI_ALL(fn_do,itype,otype) \ +static void fn_do(ddx, DST, SRCR, SRCG, SRCB) \ + ctiAllPtr ddx; pointer DST,SRCR,SRCG,SRCB; \ +{ \ + itype *srcR = (itype*)SRCR, *srcG = (itype*)SRCG, *srcB = (itype*)SRCB; \ + otype *dst = (otype*)DST; \ + CARD32 Rmask = ddx->mask[0], Rtrim = ddx->trim[0]; \ + CARD32 Gmask = ddx->mask[1], Gtrim = ddx->trim[1]; \ + CARD32 Bmask = ddx->mask[2], Btrim = ddx->trim[2]; \ + CARD32 width = ddx->width; \ + ctiHashPtr hash, list = (ctiHashPtr)ddx->tmpLst[0]; \ + CARD16 r, g, b; \ + union{ CARD32 rgbGlob; CARD8 rgbVals[4]; } rgb; \ + rgb.rgbVals[3] = 1; \ + while(width--) { \ + hash = &list[HR * (rgb.rgbVals[0] = *srcR++ >> Rtrim & Rmask) + \ + HG * (rgb.rgbVals[1] = *srcG++ >> Gtrim & Gmask) + \ + HB * (rgb.rgbVals[2] = *srcB++ >> Btrim & Bmask)]; \ + while(hash->rgbVal && hash->rgbVal != rgb.rgbGlob) ++hash; \ + if(hash->rgbVal) { *dst++ = hash->pixdex; continue; } \ + if(!ddx->cmapFull) { \ + r = (unsigned short)((float)rgb.rgbVals[0] * ddx->coef[0]); \ + g = (unsigned short)((float)rgb.rgbVals[1] * ddx->coef[1]); \ + b = (unsigned short)((float)rgb.rgbVals[2] * ddx->coef[2]); \ + if(!(ddx->cmapFull = (*ddx->alloc)(ddx->cmap,&r,&g,&b,&hash->pixdex, \ + ddx->clindex,ddx))) { \ + ++ddx->pixCnt; \ + *dst++ = hash->pixdex; \ + hash->rgbVal = rgb.rgbGlob; \ + continue; \ + } \ + } \ + *dst++ = ddx->fill; \ + } \ +} +DO_RGB31H_CtoI_ALL(CtoIall_31dHBB,BytePixel,BytePixel) +DO_RGB31H_CtoI_ALL(CtoIall_31dHBP,BytePixel,PairPixel) +DO_RGB31H_CtoI_ALL(CtoIall_31dHPB,PairPixel,BytePixel) +DO_RGB31H_CtoI_ALL(CtoIall_31dHPP,PairPixel,PairPixel) + + +/*------------------------------------------------------------------------ +------------- action routines for triple band, triple colormap ----------- +------------- U? routines generate usage maps of src pixels ----------- +------------- L? routines re-map src pixels thru lookup tables ----------- +------------------------------------------------------------------------*/ +#define DO_RGB33U_CtoI_ALL(fn_do,itype) \ +static void fn_do(ddx, SRC, band) \ + ctiAllPtr ddx; pointer SRC; CARD8 band; \ +{ \ + itype *src = (itype *)SRC; \ + CARD32 mask = ddx->mask[band]; \ + CARD32 trim = ddx->trim[band]; \ + Pixel *used = (Pixel*)ddx->tmpLst[band]; \ + CARD32 w = ddx->width; \ + while(w--) used[*src++ >> trim & mask] = TRUE; \ +} +DO_RGB33U_CtoI_ALL(CtoIall_33dUB_, BytePixel) +DO_RGB33U_CtoI_ALL(CtoIall_33dUP_, PairPixel) + + +#define DO_RGB33L_CtoI_ALL(fn_do,itype,otype) \ +static void fn_do(ddx, DST, SRCR, SRCG, SRCB) \ + ctiAllPtr ddx; pointer DST,SRCR,SRCG,SRCB; \ +{ \ + itype *srcR = (itype *)SRCR; \ + itype *srcG = (itype *)SRCG; \ + itype *srcB = (itype *)SRCB; \ + otype *dst = (otype *)DST; \ + CARD32 Rmask = ddx->mask[0], Rtrim = ddx->trim[0]; \ + CARD32 Gmask = ddx->mask[1], Gtrim = ddx->trim[1]; \ + CARD32 Bmask = ddx->mask[2], Btrim = ddx->trim[2]; \ + Pixel *Rlut = (Pixel*)ddx->tmpLst[0]; \ + Pixel *Glut = (Pixel*)ddx->tmpLst[1]; \ + Pixel *Blut = (Pixel*)ddx->tmpLst[2]; \ + CARD32 w = ddx->width; \ + while(w--) *dst++ = (Rlut[*srcR++ >> Rtrim & Rmask] | \ + Glut[*srcG++ >> Gtrim & Gmask] | \ + Blut[*srcB++ >> Btrim & Bmask]); \ +} +DO_RGB33L_CtoI_ALL(CtoIall_33dLBB, BytePixel, BytePixel) +DO_RGB33L_CtoI_ALL(CtoIall_33dLBP, BytePixel, PairPixel) +DO_RGB33L_CtoI_ALL(CtoIall_33dLBQ, BytePixel, QuadPixel) +DO_RGB33L_CtoI_ALL(CtoIall_33dLPB, PairPixel, BytePixel) +DO_RGB33L_CtoI_ALL(CtoIall_33dLPP, PairPixel, PairPixel) +DO_RGB33L_CtoI_ALL(CtoIall_33dLPQ, PairPixel, QuadPixel) + +/* end module mpctoi.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mpdither.c b/xie/xc/programs/Xserver/XIE/mixie/process/mpdither.c new file mode 100644 index 0000000..e2d98a0 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mpdither.c @@ -0,0 +1,918 @@ +/* $XConsortium: mpdither.c /main/6 1995/12/02 16:53:58 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module mpdither.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mpdither.c -- DDXIE dither element + + Larry Hare -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + + +#define _XIEC_MPDITHER +#define _XIEC_PDITHER + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeDither(); + +/* + * routines used internal to this module + */ +static int CreateDitherErrorDiffusion(), CreateDitherOrdered(); +static int InitializeDitherErrorDiffusion(), InitializeDitherOrdered(); +static int ActivateDitherErrorDiffusion(), ActivateDitherOrdered(); +static int ResetDitherErrorDiffusion(), ResetDitherOrdered(); +static int DestroyDither(); + + +typedef float DitherFloat; /* see xiemd.h */ + + /* Diffusion Dither Locals */ +typedef struct _mpditherEDdef { + void (*action) (); + DitherFloat *previous; + DitherFloat *current; + DitherFloat range; + DitherFloat range1over; + DitherFloat round; + INT32 width; +#if defined(SF_DITHER) + CARD32 shift; + INT32 irange; + INT32 iround; +#endif +} mpDitherEDDefRec, *mpDitherEDDefPtr; + +static void EdDitherQb(), EdDitherPb(), EdDitherBb(), EdDitherbb(); +static void EdDitherQB(), EdDitherPB(), EdDitherBB(); +static void EdDitherQP(), EdDitherPP(); +static void EdDitherQQ(); + + /* Ordered Dither Locals */ +typedef struct _mpditherOrddef { + void (*action) (); + CARD32 *matrix; + CARD32 ncol; + CARD32 nrow; + CARD32 shift; + CARD32 mult; + CARD32 width; +} mpDitherOrdDefRec, *mpDitherOrdDefPtr; + +static Bool SetupOrderMatrix(); + +static void OrdDitherQb(), OrdDitherPb(), OrdDitherBb(); +static void OrdDitherQB(), OrdDitherPB(), OrdDitherBB(); +static void OrdDitherQP(), OrdDitherPP(); +static void OrdDitherQQ(); + + + +/* + * DDXIE Dither entry points + */ +/* static Testing Hack. See mpcnst.c */ +ddElemVecRec DitherErrorDiffusion = { + CreateDitherErrorDiffusion, + InitializeDitherErrorDiffusion, + ActivateDitherErrorDiffusion, + (xieIntProc)NULL, + ResetDitherErrorDiffusion, + DestroyDither +}; + +static ddElemVecRec DitherOrdered = { + CreateDitherOrdered, + InitializeDitherOrdered, + ActivateDitherOrdered, + (xieIntProc)NULL, + ResetDitherOrdered, + DestroyDither +}; + +/*------------------------------------------------------------------------ +------------------------ fill in the vector --------------------------- +------------------------------------------------------------------------*/ +int miAnalyzeDither(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + + switch(ped->techVec->number) { + case xieValDitherErrorDiffusion: + ped->ddVec = DitherErrorDiffusion; + break; + case xieValDitherOrdered: + ped->ddVec = DitherOrdered; + break; + } + + return TRUE; +} + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateDitherErrorDiffusion(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + int auxsize = xieValMaxBands * sizeof(mpDitherEDDefRec); + + return MakePETex(flo,ped,auxsize,NO_SYNC,NO_SYNC); +} + +static int CreateDitherOrdered(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + int auxsize = xieValMaxBands * sizeof(mpDitherOrdDefRec); + + return MakePETex(flo,ped,auxsize,NO_SYNC,NO_SYNC); +} + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeDitherErrorDiffusion(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + mpDitherEDDefPtr pvt = (mpDitherEDDefPtr) (pet->private); + bandMsk bmask = ((xieFloDither *) (ped->elemRaw))->bandMask; + bandPtr oband; + bandPtr iband; + int band, nbands; + void (*action) () = (void (*)()) 0; + + oband = &(pet->emitter[0]); + iband = &(pet->receptor[SRCtag].band[0]); + nbands = pet->receptor[SRCtag].inFlo->bands; + for (band = 0; band < nbands; band++, pvt++, iband++, oband++) { + + if ((bmask & (1<format->class) { + case QUAD_PIXEL: + switch (iband->format->class) { + case QUAD_PIXEL: action = EdDitherQQ; break; + default: break; + } + break; + case PAIR_PIXEL: + switch (iband->format->class) { + case QUAD_PIXEL: action = EdDitherQP; break; + case PAIR_PIXEL: action = EdDitherPP; break; + default: break; + } + break; + case BYTE_PIXEL: + switch (iband->format->class) { + case QUAD_PIXEL: action = EdDitherQB; break; + case PAIR_PIXEL: action = EdDitherPB; break; + case BYTE_PIXEL: action = EdDitherBB; break; + default: break; + } + break; + case BIT_PIXEL: + switch (iband->format->class) { + case QUAD_PIXEL: action = EdDitherQb; break; + case PAIR_PIXEL: action = EdDitherPb; break; + case BYTE_PIXEL: action = EdDitherBb; break; + case BIT_PIXEL: action = EdDitherbb; break; + default: break; + } + break; + default: + break; + } + if (!action) + ImplementationError(flo, ped, return(FALSE)); + + pvt->action = action; + pvt->width = iband->format->width; + pvt->range = (iband->format->levels-1.0)/(oband->format->levels-1.0); + pvt->round = pvt->range/((DitherFloat)2.0); + pvt->range1over = ((DitherFloat) 1.0) / pvt->range; + + if(pvt->range == 1.0) { + bmask &= ~(1<shift = (iband->format->class == PAIR_PIXEL ? 11 : 19); + pvt->irange = pvt->range * (1<shift); + pvt->iround = pvt->round * (1<shift); +#endif + + if (ped->techVec->number == xieValDitherErrorDiffusion) { + /* Use XieCalloc to force DitherFloat's to 0.0 */ + int auxsize = (pvt->width + 2) * sizeof(DitherFloat); + if((!(pvt->previous = (DitherFloat *) XieCalloc(auxsize))) || + (!(pvt->current = (DitherFloat *) XieCalloc(auxsize)))) + AllocError(flo, ped, return(FALSE)); + } + } + return + InitReceptor(flo,ped,&pet->receptor[SRCtag],NO_DATAMAP,1,bmask,~bmask) + && InitEmitter(flo,ped,NO_DATAMAP,NO_INPLACE); + +} + +static int InitializeDitherOrdered(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + mpDitherOrdDefPtr pvt = (mpDitherOrdDefPtr) pet->private; + xieFloDither *elem = (xieFloDither *) (ped->elemRaw); + CARD8 thresh = ((xieTecDitherOrdered *) (&elem[1]))->thresholdOrder; + bandMsk bmask = elem->bandMask; + bandPtr oband; + bandPtr iband; + int band, nbands; + void (*action) () = (void(*)()) 0; + + oband = &(pet->emitter[0]); + iband = &(pet->receptor[SRCtag].band[0]); + nbands = pet->receptor[SRCtag].inFlo->bands; + for (band = 0; band < nbands; band++, pvt++, iband++, oband++) { + + if ((bmask & (1<format->class) { + case QUAD_PIXEL: + switch (iband->format->class) { + case QUAD_PIXEL: action = OrdDitherQQ; break; + default: break; + } + break; + case PAIR_PIXEL: + switch (iband->format->class) { + case QUAD_PIXEL: action = OrdDitherQP; break; + case PAIR_PIXEL: action = OrdDitherPP; break; + default: break; + } + break; + case BYTE_PIXEL: + switch (iband->format->class) { + case QUAD_PIXEL: action = OrdDitherQB; break; + case PAIR_PIXEL: action = OrdDitherPB; break; + case BYTE_PIXEL: action = OrdDitherBB; break; + default: break; + } + break; + case BIT_PIXEL: + switch (iband->format->class) { + case QUAD_PIXEL: action = OrdDitherQb; break; + case PAIR_PIXEL: action = OrdDitherPb; break; + case BYTE_PIXEL: action = OrdDitherBb; break; + default: break; + } + break; + default: + break; + } + if (!action) + ImplementationError(flo, ped, return(FALSE)); + + pvt->action = action; + pvt->width = iband->format->width; + + switch (iband->format->class) { + case QUAD_PIXEL: pvt->shift=6; break; + case PAIR_PIXEL: pvt->shift=14; break; + case BYTE_PIXEL: pvt->shift=22; break; + } + pvt->mult = ((1<shift) * (oband->format->levels-1.0)) / + (iband->format->levels-1.0); + + if(pvt->mult == (1<shift)) { + bmask &= ~(1<matrix) + AllocError(flo, ped, return(FALSE)); + } + return + InitReceptor(flo,ped,&pet->receptor[SRCtag],NO_DATAMAP,1,bmask,~bmask) + && InitEmitter(flo,ped,NO_DATAMAP,NO_INPLACE); + +} + + +static CARD8 ddmtrx1[] = { 1, 0, 1, 0, + 0, 1, 0, 1, + 1, 0, 1, 0, + 0, 1, 0, 1 + }; + +static CARD8 ddmtrx2[] = { 1, 2, 1, 2, + 3, 0, 3, 0, + 1, 2, 1, 2, + 3, 0, 3, 0 + }; + +static CARD8 ddmtrx3[] = { 1, 6, 0, 7, + 5, 3, 4, 2, + 0, 7, 1, 6, + 4, 2, 5, 3 + }; + +static CARD8 ddmtrx4[] = { 1, 15, 2, 12, + 9, 5, 10, 6, + 3, 13, 0, 14, + 11, 7, 8, 4 + }; + +static CARD8 ddmtrx5[] = { 1, 28, 6, 26, 0, 29, 7, 27, + 17, 9, 22, 14, 16, 8, 23, 15, + 5, 25, 3, 30, 4, 24, 2, 31, + 21, 13, 19, 11, 20, 12, 18, 10, + }; + +static CARD8 ddmtrx6[] = { 1, 59, 15, 55, 2, 56, 12, 52, + 33, 17, 47, 31, 34, 18, 44, 28, + 9, 49, 5, 63, 10, 50, 6, 60, + 41, 25, 37, 21, 42, 26, 38, 22, + 3, 57, 13, 53, 0, 58, 14, 54, + 35, 19, 45, 29, 32, 16, 46, 30, + 11, 51, 7, 61, 8, 48, 4, 62, + 43, 27, 39, 23, 40, 24, 36, 20 + }; + +static CARD8 ddmtrx7[] = { + 1, 116, 28, 108, 6, 114, 26, 106, 0, 117, 29, 109, 7, 115, 27, 107, + 65, 33, 92, 60, 70, 38, 90, 58, 64, 32, 93, 61, 71, 39, 91, 59, + 17, 97, 9, 124, 22, 102, 14, 122, 16, 96, 8, 125, 23, 103, 15, 123, + 81, 49, 73, 41, 86, 54, 78, 46, 80, 48, 72, 40, 87, 55, 79, 47, + 5, 113, 25, 105, 3, 118, 30, 110, 4, 112, 24, 104, 2, 119, 31, 111, + 69, 37, 89, 57, 67, 35, 94, 62, 68, 36, 88, 56, 66, 34, 95, 63, + 21, 101, 13, 121, 19, 99, 11, 126, 20, 100, 12, 120, 18, 98, 10, 127, + 85, 53, 77, 45, 83, 51, 75, 43, 84, 52, 76, 44, 82, 50, 74, 42, +}; + +static CARD8 ddmtrx8[] = { + 1, 235, 49, 219, 15, 231, 55, 215, 2, 232, 56, 216, 12, 228, 52, 212, +129, 65, 187, 123, 143, 79, 183, 119, 130, 66, 184, 120, 140, 76, 180, 116, + 33, 193, 17, 251, 47, 207, 31, 247, 34, 194, 18, 248, 44, 204, 28, 244, +161, 97, 145, 81, 175, 111, 159, 95, 162, 98, 146, 82, 172, 108, 156, 92, + 9, 225, 49, 209, 5, 239, 63, 223, 10, 226, 50, 210, 6, 236, 60, 220, +137, 73, 177, 113, 133, 69, 191, 127, 138, 74, 178, 114, 134, 70, 188, 124, + 41, 201, 25, 241, 37, 197, 21, 255, 42, 202, 26, 242, 38, 198, 22, 252, +169, 105, 153, 89, 165, 101, 149, 85, 170, 106, 154, 90, 166, 102, 150, 86, + 3, 233, 57, 217, 13, 229, 53, 213, 0, 234, 58, 218, 14, 230, 54, 214, +131, 67, 185, 121, 141, 77, 181, 117, 128, 64, 186, 122, 142, 78, 182, 118, + 35, 195, 19, 249, 45, 205, 29, 245, 32, 192, 16, 250, 46, 206, 30, 246, +163, 99, 147, 83, 173, 109, 157, 93, 160, 96, 144, 80, 174, 110, 158, 94, + 11, 227, 51, 211, 7, 237, 61, 221, 8, 224, 48, 208, 4, 238, 62, 222, +139, 75, 179, 115, 135, 71, 189, 127, 136, 72, 176, 112, 132, 68, 190, 126, + 43, 203, 27, 243, 39, 199, 23, 253, 40, 200, 24, 240, 36, 196, 20, 254, +171, 107, 155, 91, 167, 103, 151, 87, 168, 104, 152, 88, 164, 100, 148, 84 +}; + + + +static Bool +SetupOrderMatrix(pvt, threshold) + mpDitherOrdDefPtr pvt; + CARD32 threshold; +{ + CARD32 shift = 1 << pvt->shift; + CARD32 *mtrx; + CARD8 *srcmtrx; + CARD32 nr, nc, nt; + INT32 m; + + switch(threshold) { + case 1: srcmtrx = ddmtrx1; nr = 4; nc = 4; nt = 2; break; + case 2: srcmtrx = ddmtrx2; nr = 4; nc = 4; nt = 4; break; + case 3: srcmtrx = ddmtrx3; nr = 4; nc = 4; nt = 8; break; + case 4: srcmtrx = ddmtrx4; nr = 4; nc = 4; nt = 16; break; + case 5: srcmtrx = ddmtrx5; nr = 4; nc = 8; nt = 32; break; + case 6: srcmtrx = ddmtrx6; nr = 8; nc = 8; nt = 64; break; + case 7: srcmtrx = ddmtrx7; nr = 8; nc =16; nt = 128; break; + default: + case 8: srcmtrx = ddmtrx8; nr =16; nc =16; nt = 256; break; + } + + if (!(mtrx = (CARD32 *)XieMalloc(nr * nc * sizeof(CARD32)))) + return FALSE; + + for (m = nr * nc -1; m >= 0 ; m--) + mtrx[m] = ((CARD32)srcmtrx[m] * shift + (shift>>1)) / nt; + + /* + ** This would be a good place to spin the matrix to avoid + ** aligning the dither pattern on triple band images. + */ + + pvt->ncol = nc; + pvt->nrow = nr; + pvt->matrix = mtrx; + return TRUE; +} + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ + + +static int ActivateDitherErrorDiffusion(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpDitherEDDefPtr pvt = (mpDitherEDDefPtr) pet->private; + bandPtr oband = &(pet->emitter[0]); + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + int band, nbands = pet->receptor[SRCtag].inFlo->bands; + + for(band = 0; band < nbands; band++, pvt++, iband++, oband++) { + register pointer inp, outp; + + if (!(inp = GetCurrentSrc(flo,pet,iband)) || + !(outp = GetCurrentDst(flo,pet,oband))) continue; + + do { + (*(pvt->action)) (inp, outp, pvt); + + { /* Swap error buffers */ + DitherFloat *curr = pvt->current; + curr = pvt->current; + pvt->current = pvt->previous; + pvt->previous = curr; + } + inp = GetNextSrc(flo,pet,iband,FLUSH); + outp = GetNextDst(flo,pet,oband,FLUSH); + + } while (inp && outp) ; + + FreeData(flo, pet, iband, iband->current); + } + return TRUE; +} + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ + +static int ActivateDitherOrdered(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpDitherOrdDefPtr pvt = (mpDitherOrdDefPtr) pet->private; + bandPtr oband = &(pet->emitter[0]); + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + int band, nbands = pet->receptor[SRCtag].inFlo->bands; + + for(band = 0; band < nbands; band++, pvt++, iband++, oband++) { + register pointer inp, outp; + + if (!(inp = GetCurrentSrc(flo,pet,iband)) || + !(outp = GetCurrentDst(flo,pet,oband))) continue; + + do { + (*(pvt->action)) (inp, outp, pvt, oband->current); + + inp = GetNextSrc(flo,pet,iband,FLUSH); + outp = GetNextDst(flo,pet,oband,FLUSH); + + } while (inp && outp) ; + + FreeData(flo, pet, iband, iband->current); + } + return TRUE; +} + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetDitherErrorDiffusion(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + mpDitherEDDefPtr pvt = (mpDitherEDDefPtr) ped->peTex->private; + int band; + + /* free any dynamic private data */ + for (band = 0 ; band < xieValMaxBands ; band++, pvt++) { + pvt->width = 0; + pvt->action = 0; + if (pvt->previous) + pvt->previous = (DitherFloat *) XieFree(pvt->previous); + if (pvt->current) + pvt->current = (DitherFloat *) XieFree(pvt->current); + } + + ResetReceptors(ped); + ResetEmitter(ped); + return TRUE; +} + +static int ResetDitherOrdered(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + mpDitherOrdDefPtr pvt = (mpDitherOrdDefPtr) ped->peTex->private; + int band; + + /* free any dynamic private data */ + for (band = 0 ; band < xieValMaxBands ; band++, pvt++) { + pvt->width = 0; + pvt->action = 0; + if (pvt->matrix) + pvt->matrix = (CARD32 *) XieFree(pvt->matrix); + } + + ResetReceptors(ped); + ResetEmitter(ped); + return TRUE; +} + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyDither(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return TRUE; +} + +/*------------------------------------------------------------------------ +------------------------------- Macro Mania ------------------------------ +------------------------------------------------------------------------*/ + +/* +** The only legal bit to bit dither is 2 levels to 1 level. +*/ + +static void EdDitherbb(inp,outp,pvt) + pointer inp; pointer outp; mpDitherEDDefPtr pvt; +{ + bzero((char *)outp, (pvt->width+7)>>3); +} + +/* +** Quads, Pairs, and Bytes can be dithered to bits. Since this code is +** so slow anyway, don't get too excited about optimizing the bit output. +*/ + +#define MakeEdBit(fn_name,itype,otype) \ +static void fn_name(INP,OUTP,pvt) \ + pointer INP; pointer OUTP; mpDitherEDDefPtr pvt; \ +{ \ + register itype *inp = (itype *) INP; \ + register LogInt *outp = (LogInt *) OUTP; \ + register unsigned int actual; \ + register DitherFloat range = pvt->range; \ + register DitherFloat round = pvt->round; \ + register DitherFloat *prev = pvt->previous; \ + register DitherFloat *curr = pvt->current; \ + register DitherFloat range1over = pvt->range1over; \ + register DitherFloat current = *curr, desire; \ + register int ix, bw = pvt->width; \ + bzero((char *)outp, (bw+7)>>3); \ + for (ix = 0; ix < bw; ix++) { \ + desire = inp[ix] + ((DitherFloat) .4375 * current) + \ + ((DitherFloat) .0625 * *(prev+0)) + \ + ((DitherFloat) .3125 * *(prev+1)) + \ + ((DitherFloat) .1875 * *(prev+2)) ; \ + prev++; \ + actual = (desire+round)*range1over; \ + if (actual) { \ + LOG_setbit(outp,ix); \ + *++curr = current = desire - actual*range; \ + } else \ + *++curr = current = desire; \ + } \ +} + +#if defined(SF_DITHER) +#define MakeEdBitI(fn_name,itype,otype) \ +static void fn_name(INP,OUTP,pvt) \ + pointer INP; pointer OUTP; mpDitherEDDefPtr pvt; \ +{ \ + register itype *inp = (itype *) INP; \ + register LogInt *outp = (LogInt *) OUTP; \ + register unsigned int actual; \ + register CARD32 shift = pvt->shift; \ + register INT32 range = pvt->irange; \ + register INT32 round = pvt->iround; \ + register INT32 *prev = (INT32 *) pvt->previous; \ + register INT32 *curr = (INT32 *) pvt->current; \ + register INT32 current = *curr, desire; \ + register int ix, bw = pvt->width; \ + bzero((char *)outp, (bw+7)>>3); \ + for (ix = 0; ix < bw; ix++) { \ + desire = (((CARD32) inp[ix]) << shift) + \ + ((( current * 7) + \ + (*(prev+0) ) + \ + (*(prev+1) * 5) + \ + (*(prev+2) * 3) ) >> 4) ; \ + prev++; \ + actual = (desire+round)/range; \ + if (actual) { \ + LOG_setbit(outp,ix); \ + *++curr = current = desire - actual*range; \ + } else \ + *++curr = current = desire; \ + } \ +} +#endif + +/* +** All the other multitudes of combinations. +*/ + +#define MakeEdPix(fn_name,itype,otype) \ +static void fn_name(INP,OUTP,pvt) \ + pointer INP; pointer OUTP; mpDitherEDDefPtr pvt; \ +{ \ + register itype *inp = (itype *) INP; \ + register otype *outp = (otype *) OUTP, actual; \ + register DitherFloat range = pvt->range; \ + register DitherFloat round = pvt->round; \ + register DitherFloat *prev = pvt->previous; \ + register DitherFloat *curr = pvt->current; \ + register DitherFloat current = *curr, desire; \ + register DitherFloat range1over = pvt->range1over; \ + register int ix, bw = pvt->width; \ + for (ix = 0; ix < bw; ix++) { \ + desire = inp[ix] + ((DitherFloat) .4375 * current) + \ + ((DitherFloat) .0625 * *(prev+0)) + \ + ((DitherFloat) .3125 * *(prev+1)) + \ + ((DitherFloat) .1875 * *(prev+2)) ; \ + prev++; \ + *outp++ = actual = (desire+round)*range1over; \ + *++curr = current = (desire - actual*range); \ + } \ +} + +#if defined(SF_DITHER) + /* NOTE: has <<, /, then * which means many cycles. + ** A better design would use a *, >>, *. The last * might + ** be a <<, and the first * on mips would pipeline with the + ** *(prev+N) calculations. This should double or triple the + ** speed for many of these architectures. + */ +#define MakeEdPixI(fn_name,itype,otype) \ +static void fn_name(INP,OUTP,pvt) \ + pointer INP; pointer OUTP; mpDitherEDDefPtr pvt; \ +{ \ + register itype *inp = (itype *) INP; \ + register otype *outp = (otype *) OUTP; \ + register CARD32 actual; \ + register CARD32 shift = pvt->shift; \ + /* ?? replace divide by range with multiply and >> ?? */ \ + register INT32 range = pvt->irange; \ + register INT32 round = pvt->iround; \ + register INT32 *prev = (INT32 *) pvt->previous; \ + register INT32 *curr = (INT32 *) pvt->current; \ + register INT32 current = *curr, desire; \ + register int ix, bw = pvt->width; \ + for (ix = 0; ix < bw; ix++) { \ + desire = (((CARD32)inp[ix]) << shift) + \ + (((current * 7) + \ + (*(prev+0) ) + \ + (*(prev+1) * 5) + \ + (*(prev+2) * 3) ) >> 4) ; \ + prev++; \ + *outp++ = actual = (desire+round)/range; \ + *++curr = current = desire - actual * range; \ + } \ +} +#endif + +#if defined(SF_DITHER) + +MakeEdBit (EdDitherQb,QuadPixel,BitPixel) +MakeEdBitI (EdDitherPb,PairPixel,BitPixel) +MakeEdBitI (EdDitherBb,BytePixel,BitPixel) +MakeEdPix (EdDitherQB,QuadPixel,BytePixel) +MakeEdPixI (EdDitherPB,PairPixel,BytePixel) +MakeEdPixI (EdDitherBB,BytePixel,BytePixel) +MakeEdPix (EdDitherQP,QuadPixel,PairPixel) +MakeEdPixI (EdDitherPP,PairPixel,PairPixel) +MakeEdPix (EdDitherQQ,QuadPixel,QuadPixel) + +#else +MakeEdBit (EdDitherQb,QuadPixel,BitPixel) +MakeEdBit (EdDitherPb,PairPixel,BitPixel) +MakeEdBit (EdDitherBb,BytePixel,BitPixel) + +MakeEdPix (EdDitherQB,QuadPixel,BytePixel) +MakeEdPix (EdDitherPB,PairPixel,BytePixel) +MakeEdPix (EdDitherBB,BytePixel,BytePixel) + +MakeEdPix (EdDitherQP,QuadPixel,PairPixel) +MakeEdPix (EdDitherPP,PairPixel,PairPixel) + +MakeEdPix (EdDitherQQ,QuadPixel,QuadPixel) + +#endif + +/*------------------------------------------------------------------------ +------------------------------- Macro Mania ------------------------------ +------------------------------------------------------------------------*/ + + +#define MakeOrdBit(fn_name,itype,otype) \ +static void fn_name(INP,OUTP,pvt,ycur) \ + pointer INP; pointer OUTP; mpDitherOrdDefPtr pvt; int ycur; \ +{ \ + register itype *inp = (itype *) INP; \ + register LogInt *outp = (LogInt *) OUTP; \ + register CARD32 mult = pvt->mult; \ + register CARD32 shift = pvt->shift; \ + register CARD32 ncol = pvt->ncol; \ + register CARD32 *mtrx; \ + register CARD32 jcol, nw; \ + register LogInt outval, M; \ + register int bw = pvt->width; \ + CARD32 nrow = pvt->nrow; \ + mtrx = pvt->matrix + ((ycur & (nrow-1)) * ncol); \ + jcol = ((ncol > nrow) && (ycur & nrow)) ? nrow : 0; \ + for (ncol--, nw = (bw >> LOGSHIFT); nw > 0; nw--) { \ + for (M=LOGLEFT, outval = 0; M ; LOGRIGHT(M)) { \ + register CARD32 value1, value2; \ + value1 = (*inp++ * mult + mtrx[jcol++]) >> shift; \ + value2 = (*inp++ * mult + mtrx[jcol++]) >> shift; \ + if (value1) outval |= M; \ + value1 = (*inp++ * mult + mtrx[jcol++]) >> shift; \ + LOGRIGHT(M); if (value2) outval |= M; \ + value2 = (*inp++ * mult + mtrx[jcol++]) >> shift; \ + LOGRIGHT(M); if (value1) outval |= M; \ + jcol &= ncol; \ + LOGRIGHT(M); if (value2) outval |= M; \ + } \ + *outp++ = outval; \ + } \ + if ((nw = (bw & LOGMASK))) { \ + for (M=LOGLEFT, outval = 0; nw ; nw--, LOGRIGHT(M)) { \ + if ((mtrx[jcol++] + *inp++ * mult) >> shift) \ + outval |= M; \ + jcol &= ncol; \ + } \ + *outp = outval; \ + } \ +} + +#define MakeOrdPix(fn_name,itype,otype) \ +static void fn_name(INP,OUTP,pvt,ycur) \ + pointer INP; pointer OUTP; mpDitherOrdDefPtr pvt; int ycur; \ +{ \ + register itype *inp = (itype *) INP; \ + register otype *outp = (otype *) OUTP; \ + register CARD32 mult = pvt->mult; \ + register CARD32 shift = pvt->shift; \ + register CARD32 ncol = pvt->ncol; \ + register CARD32 *mtrx; \ + register CARD32 jcol; \ + register int bw = pvt->width; \ + CARD32 nrow = pvt->nrow; \ + mtrx = pvt->matrix + ((ycur & (nrow-1)) * ncol); \ + jcol = ((ncol > nrow) && (ycur & nrow)) ? nrow : 0; \ + for (ncol--, bw-- ; bw > 0; bw -= 4) { \ + /* unroll four times is all we can do safely */ \ + register CARD32 value1, value2; \ + value1 = (*inp++ * mult + mtrx[jcol++]) >> shift; \ + value2 = (*inp++ * mult + mtrx[jcol++]) >> shift; \ + *outp++ = value1; \ + value1 = (*inp++ * mult + mtrx[jcol++]) >> shift; \ + *outp++ = value2; \ + value2 = (*inp++ * mult + mtrx[jcol++]) >> shift; \ + *outp++ = value1; \ + jcol &= ncol; \ + *outp++ = value2; \ + } \ + for ( ; bw >= 0; bw--) \ + *outp++ = (*inp++ * mult + mtrx[jcol++]) >> shift; \ +} + +MakeOrdBit (OrdDitherQb,QuadPixel,BitPixel) +MakeOrdBit (OrdDitherPb,PairPixel,BitPixel) +MakeOrdBit (OrdDitherBb,BytePixel,BitPixel) + +MakeOrdPix (OrdDitherQB,QuadPixel,BytePixel) +MakeOrdPix (OrdDitherPB,PairPixel,BytePixel) +MakeOrdPix (OrdDitherBB,BytePixel,BytePixel) + +MakeOrdPix (OrdDitherQP,QuadPixel,PairPixel) +MakeOrdPix (OrdDitherPP,PairPixel,PairPixel) + +MakeOrdPix (OrdDitherQQ,QuadPixel,QuadPixel) + +/* end module mpdither.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mpgeom.c b/xie/xc/programs/Xserver/XIE/mixie/process/mpgeom.c new file mode 100644 index 0000000..31d8d84 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mpgeom.c @@ -0,0 +1,148 @@ +/* $XConsortium: mpgeom.c,v 1.4 94/04/17 20:35:18 rws Exp $ */ +/**** module mpgeom.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mpgeom.c -- DDXIE geometry element + + Ben Fahy -- AGE Logic, Inc. June, 1993 + +*****************************************************************************/ + + +#define _XIEC_MPGEOM +#define _XIEC_PGEOM + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeGeometry(); + +/* + * routines which we reference from other DDXIE modules + */ +extern int miAnalyzeGeomAA(); +#if XIE_FULL +extern int miAnalyzeGeomBi(); +#endif +extern int miAnalyzeGeomNN(); + +static xieIntProc miAnalyzeGeomVecs[] = { + miAnalyzeGeomAA, +#if XIE_FULL + miAnalyzeGeomBi, +#endif + miAnalyzeGeomNN, + (xieIntProc) NULL +}; +#define n_vecs (sizeof(miAnalyzeGeomVecs)/sizeof(xieIntProc) - 1) + +/*------------------------------------------------------------------------ +------------------------ fill in the vector --------------------------- +------------------------------------------------------------------------*/ +int miAnalyzeGeometry(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + int i; + + for (i=0; i + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include +#include + + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeGeomAA(); + +/* + * routines used internal to this module, technique dependent + */ + +/* antialias by lowpass using boxcar filter*/ +static int CreateGeomAA(); +static int InitializeGeomAA(); +static int ActivateGeomAA(); +static int ResetGeomAA(); +static int DestroyGeomAA(); + + +/* + * DDXIE Geometry entry points + */ +static ddElemVecRec AntiAliasVec = { + CreateGeomAA, + InitializeGeomAA, + ActivateGeomAA, + (xieIntProc)NULL, + ResetGeomAA, + DestroyGeomAA + }; + +static void AASL_R(), AASL_b(), AASL_B(), AASL_P(), AASL_Q(); /* AA scale */ +static void AAGL_R(), AAGL_b(), AAGL_B(), AAGL_P(), AAGL_Q(); /* AA general */ +static void XXFL_R(), XXFL_b(), XXFL_B(), XXFL_P(), XXFL_Q(); /* fill */ +static void (*aa_scl_lines[5])() = { AASL_R, AASL_b, AASL_B, AASL_P, AASL_Q }; +static void (*aa_gen_lines[5])() = { AAGL_R, AAGL_b, AAGL_B, AAGL_P, AAGL_Q }; +static void (*fill_lines[5])() = { XXFL_R, XXFL_b, XXFL_B, XXFL_P, XXFL_Q }; + +#if XIE_FULL +static void GAGL_R(), GAGL_B(), GAGL_P(), GAGL_Q(); /* GA general */ +static void (*ga_scl_lines[5])() = { GAGL_R, AASL_b, GAGL_B, GAGL_P, GAGL_Q }; +static void (*ga_gen_lines[5])() = { GAGL_R, AAGL_b, GAGL_B, GAGL_P, GAGL_Q }; +#endif + +typedef struct _bounding_rect { + double xmin,xmax,ymin,ymax; +} brect; + +#define FLG_A_NOT_ZERO 0x01 +#define FLG_B_NOT_ZERO 0x02 +#define FLG_C_NOT_ZERO 0x04 +#define FLG_D_NOT_ZERO 0x08 +#define FLG_BACKWARDS 0x10 +#define FLG_SKIP_BAND 0x20 + +typedef struct _mpaabanddef { + CARD32 flags; /* see FLG_xxx above */ + int yOut; /* what output line we are on */ + + int first_ilow, /* rounded first_mlow */ + first_ihigh; /* rounded first_mhigh */ + + double first_mlow, /* lowest input line mapped by first output */ + first_mhigh; /* highest input line mapped by first output */ + + brect left_br; /* bounding rectangle, left side */ + + int *ixmin; /* useful data precalculated for scaling */ + int *ixmax; + + int level_clip; /* in case we need to clip our pixel */ + int int_constant; /* precalculated for Constrained data fill */ + RealPixel flt_constant; /* precalculated for UnConstrained data fill */ + + int in_width; /* source image size */ + int in_height; + + int lo_src_avail; /* lines we think are available */ + int hi_src_avail; + + void (*linefunc) (); /* action routines based on pixel size */ + void (*fillfunc) (); + } +mpAABandRec, *mpAABandPtr; + +/*------------------------------------------------------------------------ +------------------------ fill in the vector --------------------------- +------------------------------------------------------------------------*/ +int miAnalyzeGeomAA(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + switch(ped->techVec->number) { + case xieValGeomAntialias: + case xieValGeomGaussian: /* safe, but slow and sometimes ugly */ + ped->ddVec = AntiAliasVec; + break; + default: + return(FALSE); + } + return(TRUE); +} /* end miAnalyzeGeomAA */ + + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateGeomAA(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + int auxsize = sizeof(mpAABandRec) * xieValMaxBands; + + return(MakePETex(flo, ped, auxsize, NO_SYNC, NO_SYNC)); + +} /* end CreateGeomAA */ +/*------------------------------------------------------------------------ +---------------------------- free private data . . . --------------------- +------------------------------------------------------------------------*/ +static int FreeBandData(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + mpAABandPtr pvtband = (mpAABandPtr) (ped->peTex->private); + int band, nbands = ped->inFloLst[SRCtag].bands; + + for (band = 0 ; band < nbands ; band++, pvtband++) { + if (pvtband->flags & FLG_SKIP_BAND) + continue; + if (pvtband->ixmin != NULL) + pvtband->ixmin = (int *) XieFree(pvtband->ixmin); + + } +} +/*------------------------------------------------------------------------ +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeGeomAA(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + xieFloGeometry *raw = (xieFloGeometry *)ped->elemRaw; + pGeomDefPtr pedpvt = (pGeomDefPtr)ped->elemPvt; + mpAABandPtr pvtband = (mpAABandPtr) (pet->private); + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + bandPtr oband = &(pet->emitter[0]); + int nbands = ped->inFloLst[SRCtag].bands; +#if XIE_FULL + BOOL gaussian = (ped->techVec->number == xieValGeomGaussian); +#endif + int band; + /* + * access coordinates for y_in = c * x_out + d * y_out + ty + */ + double a = pedpvt->coeffs[0]; + double b = pedpvt->coeffs[1]; + double c = pedpvt->coeffs[2]; + double d = pedpvt->coeffs[3]; + double tx = pedpvt->coeffs[4]; + double ty = pedpvt->coeffs[5]; + int width = raw->width; + int threshold; + double xmin,xmax,ymin,ymax,tot_ymin,tot_ymax; + CARD32 dataclass; + CARD32 band_flags; + +/* + * Initialize parameters for tracking input lines, etc. + */ + band_flags = 0; + + if (a != 0.0) band_flags |= FLG_A_NOT_ZERO; + if (b != 0.0) band_flags |= FLG_B_NOT_ZERO; + if (c != 0.0) band_flags |= FLG_C_NOT_ZERO; + if (d != 0.0) band_flags |= FLG_D_NOT_ZERO; + if (d < 0.0) band_flags |= FLG_BACKWARDS; + + for (band = 0 ; band < nbands; band++, iband++, oband++, pvtband++) { + + if (pedpvt->do_band[band]) { + + pvtband->flags = band_flags; + pvtband->yOut = 0; /* what output line we are on */ + + dataclass =oband->format->class; + if (IsConstrained(dataclass)) + pvtband->int_constant = ConstrainConst(pedpvt->constant[band], + iband->format->levels); + else + pvtband->flt_constant = (RealPixel) pedpvt->constant[band]; + + pvtband->fillfunc = fill_lines[IndexClass(dataclass)]; +#if XIE_FULL + pvtband->linefunc = gaussian + ? ga_gen_lines[IndexClass(dataclass)] + : aa_gen_lines[IndexClass(dataclass)]; +#else + pvtband->linefunc = aa_gen_lines[IndexClass(dataclass)]; +#endif + + pvtband->level_clip = oband->format->levels; + pvtband->in_width = iband->format->width; + pvtband->in_height = iband->format->height; + + /* + * THE BASIC IDEA - + * + * We consider each output pixel as describing an *area* of width 1 + * and height 1. Pixel (xo,yo) thus refers to the locus of points: + * + * LocusOut(xo,yo) = { (x,y) | xo <= x < xo+1, yo <= y < yo + 1 } + * + * When we map this area back to the input image, each corner maps + * according to: + * + * x_in = a * x_out + b * y_out + tx, + * y_in = c * x_out + b * y_out + ty. + * + * Now let P(xo,yo) be described as the point at relative position + * (p,q) from (xo,yo) in LocusOut(xo,yo). In other words, + * + * P(xo,yo) = (xo+p, yo+q) + * + * Let M(p,q;xo,yo) be the mapping in input space of P(xo,yo). Then + * the x coordinate of M(p,q;xo+1,yo) is: + * + * XCoord[ M(p,q:xo+1,yo) ] = a * (x_o+1+p) + b*yo + tx + * = a * (x_o+p) + b*yo + tx + a*p + * so + * + * XCoord[ M(p,q:xo+1,yo) ] = XCoord[ M(p,q;xo,yo) ] + a*p + * + * similarly, + * + * YCoord[ M(p,q:xo,yo+1) ] = YCoord[ M(p,q;xo,yo) ] + c*q + * + * also, + * + * XCoord[ M(p+1,q:xo,yo) ] = XCoord[ M(p,q;xo,yo) ] + a*p + * YCoord[ M(p+1,q:xo,yo) ] = XCoord[ M(p,q;xo,yo) ] + c*p + * XCoord[ M(p,q+1:xo,yo) ] = YCoord[ M(p,q;xo,yo) ] + b*q + * YCoord[ M(p,q+1:xo,yo) ] = YCoord[ M(p,q;xo,yo) ] + d*q + * + * We will use these results to derive a computationally simple + * antialiasing algorithm. + * + * Suppose we are scaling an image down by a factor of four in + * the X direction: + * + * | | | |**| | | | | | | | | | | | | | | | + * | | | |**| | | | |**|**|**|**|**|**|**|**|**|**| | + * | | | |**| | | | | | | | | | | | | | | | + * + * | | | ******** | ******** | ***** + * + * If we nearest neighbor sample the input image where the + * output pixels map to input locations, the horizontal line + * at the right will show up in the output image, but the vertical + * line at left will be completely missed. + * + * The idea of this algorithm is to take the average of all pixels + * which are included in the *region* mapped by the output *area*, + * as opposed to looking at discrete pixels only. So we consider + * a pixel as representing an output locus + * + * LocusOut(xo,yo) = { (x,y) | xo <= x < xo+1, yo <= y < yo + 1 } + * + * and the input locus will have corner points: + * + * ( XCoord[ M(0,0:xo,yo) ],YCoord[ M(0,0:xo,yo) ] ) + * ( XCoord[ M(1,0:xo,yo) ],YCoord[ M(1,0:xo,yo) ] ) + * ( XCoord[ M(0,1:xo,yo) ],YCoord[ M(0,1:xo,yo) ] ) + * ( XCoord[ M(1,1:xo,yo) ],YCoord[ M(1,1:xo,yo) ] ) + * + * If xi(xo) = XCoord[ M(0,0;xo,yo) ] + * and yi(yo) = YCoord[ M(0,0;xo,yo) ], + * + * Then we can rewrite these using the relations above as: + * + * ( xi(xo), yi(yo) ), + * ( xi(xo)+a, yi(yo)+c ), + * ( xi(xo)+b, yi(yo)+d), + * ( xi(xo)+a+b, yi(yo)+c+d ). + * + * We have very little guarantee on what shape this collection + * of points will assume, without agreeing to look for special + * cases of (a,b,c,d). However, we do know that whatever the + * locus looks like, there is a "bounding rectangle": + * + * BRect: { (xmin,ymin; xmax,ymax) } + * + * such that xmin is the greatest lower bound of all x in the input locus, + * such that ymin is the greatest lower bound of all y in the input locus, + * such that xmax is the least upper bound of all x in the input locus, & + * such that ymax is the least upper bound of all y in the input locus. + * + * Furthermore, this bounding rectangle has the very nice property + * of "shift invariance," ie, + * + * If { (xmin,ymin; xmax,ymax) } is the bounding rectangle for (xo,yo), + * + * Then { (xmin+a*m+b*n,ymin+c*m+d*n; xmax+a*m+b*n,ymax+c*m+d*n) } + * is the bounding rect for (xo+m,yo+n). + * + * Proof. Let Yo be the ymax coordinate of the bounding rectangle for + * (xo,yo). Let ILo be the input locus of (xo,yo). Let Yo' be the ymax + * coordinate of (xo+m,yo+n), and ILo' be the input locus of (xo+m,yo+n). + * We claim Yo' = Yo + c*m+d*n. + * + * By definition, Yo >= y for all y in ILo, and Yo' >= y for all y in ILo'. + * Suppose Yo' < Yo + c*m+d*n. Then Yo~ = (Yo' - c*m - d*n) is less than + * Yo. If Yo~ >= y for all y in ILo, then this contradicts Yo being a + * least upper bound. Therefore there must be some offset (r,s) such + * that Yrs = YCoord[ M(r,s;xo,yo) ] is > Yo~. But by the translation + * rules above, YCoord[ M(r,s; xo+m,yo+n) ] = Yrs + c*m + d*n. Call + * this point Yrs'. Then: + * + * Yrs' = Yrs + c*m + d*n > Yo~ + c*m + d*n = Yo' + * + * which violates the assumption that Yo' is the least upper bound for + * ILo'. Thus, Yo' >= Yo + c*m + d*n. It is easy to show that Yo' + * greater than Yo + c*m + d*n also leads to a contradiction. Therefore + * we have Yo' identically equal to Yo + c*m + d*n, and the other + * coordinates (xmin,xmax,ymin) follow by similar reasoning. + * + * ---------------------------------------------------------------------- + * + * WHY THIS IS USEFUL: + * + * We compute the bounding rectangle for the first pixel on the first + * output line. Then it is easy to compute the bounding rectangle for + * all other points in the output image. In particular, we can compute + * ymin,ymax values for any line in the output image. We don't bother + * decoding any output line until all of the required input image lines + * are available. + * + * Once we have the data, we call a line function that does the real + * work. The line function simply marches through the bounding rect + * of each pixel in the output line, adds up the input image numbers, + * and divides by the number of discrete pixels in the bounding rect. + * The next bounding rect in the line is easily calculated by the + * shift-invariance relation. Clipping of the bounding rect is used + * to avoid integrating nonsense values. An output pixel is filled + * with the constant value only if the *entire* bounding rectangle + * is off-image. + * + */ + +/*** Calculate bounding rectangle of first pixel, ylimits of first line ***/ + + xmin = xmax = tx; + ymin = ymax = tot_ymin = tot_ymax = ty; + +#if XIE_FULL + if (gaussian) { + pTecGeomGaussianDefPtr tkpvt = (pTecGeomGaussianDefPtr)ped->techPvt; + + if (tkpvt->radius < 1) tkpvt->radius = 2; + + /* conservatively pick a bounding box for datamgr calculations */ + xmin -= ((double) tkpvt->radius + 1.00001); + xmax += ((double) tkpvt->radius + 1.99999); + ymin -= ((double) tkpvt->radius + 1.00001); + ymax += ((double) tkpvt->radius + 1.99999); + tot_ymin = ymin + (c < 0.0 ? (width * c) : 0.0); + tot_ymax = ymax + (c > 0.0 ? (width * c) : 0.0); + } else +#endif + { + if (a < 0) xmin += a; + else xmax += a; + if (b < 0) xmin += b; + else xmax += b; + + if (c < 0) { ymin += c; tot_ymin += (width * c); } + else { ymax += c; tot_ymax += (width * c); } + if (d < 0) { ymin += d; tot_ymin += d; } + else { ymax += d; tot_ymax += d; } + } + + pvtband->left_br.xmin = xmin; + pvtband->left_br.ymin = ymin; + pvtband->left_br.xmax = xmax; + pvtband->left_br.ymax = ymax; + + pvtband->first_mlow = tot_ymin; + pvtband->first_mhigh = tot_ymax; + + pvtband->first_ilow = pvtband->first_mlow; + pvtband->first_ihigh = pvtband->first_mhigh; + +/*** Check for some special cases ***/ + if ((band_flags & (FLG_C_NOT_ZERO | FLG_B_NOT_ZERO)) == 0) { + int i, maxpixl = pvtband->in_width - 1; + +#if XIE_FULL + pvtband->linefunc = gaussian + ? ga_scl_lines[IndexClass(dataclass)] + : aa_scl_lines[IndexClass(dataclass)]; +#else + pvtband->linefunc = aa_scl_lines[IndexClass(dataclass)]; +#endif + + if (!(pvtband->ixmin = (int *) XieMalloc(width * 2*sizeof(int)))) { + FreeBandData(flo,ped); + AllocError(flo, ped, return(FALSE)); + } + pvtband->ixmax = pvtband->ixmin + width; + /* Valid X coord domain will remain same for entire image */ + for ( i=0; i maxpixl) ixmax = maxpixl; + if (ixmax > ixmin) ixmax--; + + pvtband->ixmin[i] = ixmin; + pvtband->ixmax[i] = ixmax; + } + } + + /* set threshold so we get all needed src lines */ + /* if we need line 256, must ask for 257! */ + threshold = pvtband->first_ihigh + 1; + + /* make sure we get something */ + if (threshold < 1) + threshold = 1; + + /* but don't ask for stuff we can't ever get! */ + if (threshold > iband->format->height) + threshold = iband->format->height; + + if(!InitBand(flo, ped, iband, iband->format->height, + threshold, NO_INPLACE)) + return(FALSE); + } else { + pvtband->flags = FLG_SKIP_BAND; + BypassSrc(flo,pet,iband); + } + } + return(raw->bandMask ? InitEmitter(flo,ped,NO_DATAMAP,NO_INPLACE) : TRUE); +} /* end InitializeGeomAA */ +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateGeomAA(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + pGeomDefPtr pedpvt = (pGeomDefPtr) ped->elemPvt; + mpAABandPtr pvtband = (mpAABandPtr) pet->private; + bandPtr oband = &(pet->emitter[0]); + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + int band, nbands = pet->receptor[SRCtag].inFlo->bands; + int width = oband->format->width; /* consider use of pvtband */ + double d = pedpvt->coeffs[3]; + register pointer outp; + + for(band = 0; band < nbands; band++, iband++, oband++, pvtband++) { + + if (pvtband->flags & FLG_SKIP_BAND) + continue; + + if ((pet->scheduled & (1 << band)) == 0) + continue; + + if (pvtband->flags & FLG_BACKWARDS) { + + /* we're going backwards, which is actually *simpler*, + * because we don't get ANY data until we have ALL data. + * Thus, first time through, just map everything we have. + */ + if (!pvtband->yOut) { + if (!MapData(flo,pet,iband,0,0,iband->maxGlobal,KEEP)) + ImplementationError(flo,ped, return(FALSE)); + pvtband->lo_src_avail = 0; + pvtband->hi_src_avail = iband->maxGlobal-1; + } + + outp = GetCurrentDst(flo,pet,oband); + while (outp) { + + if ((pvtband->first_ihigh < 0) || + (pvtband->first_ilow > pvtband->in_height)) + + (*pvtband->fillfunc)(outp,width,pvtband); + else + (*pvtband->linefunc)(outp,iband->dataMap,width,ped,pvtband); + + /* now compute highest input line for next oline */ + pvtband->first_mlow += d; + pvtband->first_mhigh += d; + pvtband->first_ilow = (int) pvtband->first_mlow ; + pvtband->first_ihigh = (int) pvtband->first_mhigh; + pvtband->yOut++; + outp = GetNextDst(flo,pet,oband,TRUE); + } + if (oband->final) + DisableSrc(flo,pet,iband,FLUSH); + + } else { + + while (!ferrCode(flo)) { + int map_lo; /* lowest line mapped by output line */ + int map_hi; /* highest line mapped by output line */ + int last_src_line = pvtband->in_height - 1; + int threshold; + + /* access current output line */ + outp = GetDst(flo,pet,oband,pvtband->yOut,FLUSH); + if (!outp) { + if (oband->final) + DisableSrc(flo, pet, iband, FLUSH); + else if (iband->current != 0) + FreeData(flo, pet, iband, iband->current); + goto breakout; + } + + map_lo = pvtband->first_ilow; + if (map_lo < 0) + map_lo = 0; + + map_hi = pvtband->first_ihigh; + if (map_hi > last_src_line) + map_hi = last_src_line; + + if (map_hi < 0 || map_lo > last_src_line) + (*pvtband->fillfunc)(outp,width,pvtband); + else { + if(!MapData(flo,pet,iband,map_lo,map_lo,(map_hi-map_lo+1),KEEP)) + break; + pvtband->lo_src_avail = 0; + pvtband->hi_src_avail = iband->maxGlobal-1; + + if (map_lo != iband->current) + ImplementationError(flo,ped, return(FALSE)); + + /*** Compute output pixels for this line ***/ + (*pvtband->linefunc)(outp,iband->dataMap,width,ped,pvtband); + } + + /* increment to next line. */ + + pvtband->first_mlow += d; + pvtband->first_mhigh += d; + + /* have to be careful about -0.5 rounding to 0, not -1 */ + if (pvtband->first_ilow < 0) { + pvtband->first_ilow = (pvtband->first_mlow < 0) + ? -1 + : (int)pvtband->first_mlow; + pvtband->first_ihigh = (pvtband->first_mhigh < 0) + ? -1 + : (int)pvtband->first_mhigh; + } else { + /* if ilow was positive before, needn't check for negative */ + pvtband->first_ilow = (int)pvtband->first_mlow; + pvtband->first_ihigh = (int)pvtband->first_mhigh; + } + + ++pvtband->yOut; + if (pvtband->first_ilow > last_src_line) { + /* rest of output image is off the input image */ + /* we will exit after filling output strip */ + while(outp=GetDst(flo,pet,oband,pvtband->yOut,FLUSH)) { + (*pvtband->fillfunc)(outp,width,pvtband); + pvtband->yOut++; + } + if (oband->final) /* out of destination lines */ + DisableSrc(flo, pet, iband, FLUSH); + else + goto breakout; + /* Be nice and let downstream element eat our data */ + /* notice we don't free input data, because then the */ + /* silly scheduler would turn us off */ + } + + map_hi = pvtband->first_ihigh; + if (map_hi > last_src_line) + map_hi = last_src_line; + + threshold = map_hi - iband->current + 1; + + /* make sure we get something */ + if (threshold <= 1) + threshold = 1; + + /* but don't ask for stuff we can't ever get! */ + if (threshold > pvtband->in_height) + threshold = pvtband->in_height; + + SetBandThreshold(iband, threshold); + if (map_hi >= (int) iband->maxGlobal) { + /* we need to let someone else generate more data */ + break; + } + } + /* want to make sure we GetSrc at least once before Freeing */ + if (iband->current) + FreeData(flo, pet, iband, iband->current); + } /* end of backwards/forwards */ +breakout: ; + } /* end of band loop */ + return(TRUE); +} /* end ActivateGeometry */ + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetGeomAA(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + FreeBandData(flo,ped); + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetGeomAA */ + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyGeomAA(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return(TRUE); +} /* end DestroyGeomAA */ + +/**********************************************************************/ +/* fill routines */ +static void XXFL_b (OUTP,width,pvtband) + register pointer OUTP; + register int width; + mpAABandPtr pvtband; +{ + register LogInt constant = (LogInt) pvtband->int_constant; + register LogInt *outp = (LogInt *) OUTP; + register int i; + + if (constant) constant = ~0; + /* + ** NOTE: Following code assume filling entire line. Which is + ** currently true. In the future we may need to abide by + ** bit boundaries. Conversely code for bytes and pairs below + ** could be sped up by doing something similar. perhaps we need + ** an action_constant(outp,run,ix,constant) routine similar to + ** action_set(). + */ + width = (width + 31) >> 5; + for (i=0; i < width; ++i) *outp++ = constant; +} + +#define DO_FL(funcname, iotype, CONST) \ +static void funcname (OUTP,width,pvtband) \ + register pointer OUTP; \ + register int width; \ + mpAABandPtr pvtband; \ +{ \ + register iotype constant = (iotype) pvtband->CONST; \ + register iotype *outp = (iotype *) OUTP; \ + \ + for ( ; width > 0; width--) *outp++ = constant; \ +} + +DO_FL (XXFL_R, RealPixel, flt_constant) +DO_FL (XXFL_B, BytePixel, int_constant) +DO_FL (XXFL_P, PairPixel, int_constant) +DO_FL (XXFL_Q, QuadPixel, int_constant) + +/**********************************************************************/ +/* (x,y) separable routines (eg, scale, mirror_x, mirror_y) */ +/**********************************************************************/ +/* + * NOTE - see caveat for GL_b for why the user shouldn't really be + * asking for antialias in the first place... + */ +static void AASL_b (OUTP,srcimg,width,ped,pvtband) + register pointer OUTP, *srcimg; + register int width; + peDefPtr ped; + mpAABandPtr pvtband; +{ + pGeomDefPtr pedpvt = (pGeomDefPtr)ped->elemPvt; + double d = pedpvt->coeffs[3]; + + /* These variables describe the limits of the bounding rectangle */ + + /* since x and y separable, x limits are precalculated once */ + register int *ixminptr=pvtband->ixmin; + register int *ixmaxptr=pvtband->ixmax; + register int ixmin,ixmax; + + /* since x and y separable, y limits will be set once this line */ + register int iymin,iymax; + + /* some variables which describe available input data (for clipping) */ + register int minline = pvtband->lo_src_avail; + register int maxline = pvtband->hi_src_avail; + + + /* cast of constant, output and input pointers to correct type */ + register LogInt *outp = (LogInt *) OUTP; + register LogInt *ptrIn; + register LogInt constant; + register LogInt value,outval,M; + register int nfound; + + constant = pvtband->int_constant ? ~(LogInt) 0 : 0; + + /* round bounding rectangle limits to ints */ + iymin=pvtband->left_br.ymin; + iymax=pvtband->left_br.ymax; + + /* clip to available src data */ + if (iymin < minline) iymin = 0; + if (iymax > maxline) iymax = maxline; + if (iymax > iymin) iymax--; + + /* M is a number that encodes the "active" bit */ + M=LOGLEFT; + + /* val accumulates the output bits */ +#define kludge_based +#ifdef kludge_based + outval = 0; +#else + outval = constant; +#endif + + /* loop through all the output pixels on this line */ + while ( width-- > 0 ) { + register int ix,iy; + + /* make use of precalculated X limits */ + ixmin = *ixminptr++; + ixmax = *ixmaxptr++; + + nfound = 0; + value = 0; + for (iy=iymin; iy<=iymax; ++iy) { + ptrIn = (LogInt *) srcimg[iy]; + + for (ix=ixmin; ix<=ixmax; ++ix) { + ++nfound; +#ifdef kludge_based + if (LOG_tstbit(ptrIn,ix)) { + ++value; +#else + if (!LOG_tstbit(ptrIn,ix)) { + /* set this pixel black */ + outval &= ~M; + goto next; +#endif + } + } + } /* end of iy loop */ + +/* See GL_b() for an explanation of the kludge below */ + +#ifdef kludge_based +#define kludge 8/7 + /* note: 4/3 relies on C evaluating left to right */ + + if (!nfound) + outval |= (constant&M); /* set to background */ + else if (value*kludge >= nfound) + outval |= M; +#else + + if (!nfound) + outval &= (constant&M); /* set to background */ + else + outval |= M; /* set bit on */ +next: + +#endif + /* shift our active bit over one */ + LOGRIGHT(M); + + /* if we hit the end of a word, output what we have */ + if (!M) { + *outp++ = outval; /* record output data */ + M=LOGLEFT; /* reset active bit */ + outval = 0; /* reset accumulator */ + } + + } /* end of line loop */ + + /* if we didn't write all the pixels out, do so now */ + if (M != LOGLEFT) *outp = outval; + + /* before leaving, update bounding rect for next line */ + pvtband->left_br.ymin += d; + pvtband->left_br.ymax += d; +} + +/* NOTE: too bad paper is white is 255, otherwise you can often avoid the +** divide by "if (value) value /= nfound;" +*/ +#define aalinsep_func(funcname, iotype, valtype, CONST) \ + \ + /* round bounding rectangle limits to ints */ \ + iymin = pvtband->left_br.ymin; \ + iymax = pvtband->left_br.ymax; \ + \ + /* clip to available src data */ \ + if (iymin < minline) iymin = 0; \ + if (iymax > maxline) iymax = maxline; \ + if (iymax > iymin) iymax--; \ + \ + /* loop through all the output pixels on this line */ \ + for ( i=0; iixmin[i]; */ \ + /* ixmax = pvtband->ixmax[i]; */ \ + ixmin = *ixminptr++; \ + ixmax = *ixmaxptr++; \ + \ + for (iy=iymin; iy<=iymax; ++iy) { \ + ptrIn = ixmin + (iotype *) srcimg[iy]; \ + for (ix=ixmin; ix<=ixmax; ++ix) { \ + value += *ptrIn++; \ + ++nfound; \ + } \ + } /* end of iy loop */ \ + \ + if (nfound) \ + value /= nfound; \ + else \ + value = constant; \ + \ + *outp++ = value; \ + \ + } /* end of for loop */ \ + \ + /* before leaving, update bounding rect for next line */ \ + pvtband->left_br.ymin += d; \ + pvtband->left_br.ymax += d; \ + +#define DO_AASL(funcname, iotype, valtype, CONST) \ +static void \ +funcname (OUTP,srcimg,width,ped,pvtband) \ + register pointer OUTP; \ + register pointer *srcimg; \ + register int width; \ + peDefPtr ped; \ + mpAABandPtr pvtband; \ +{ \ + pGeomDefPtr pedpvt = (pGeomDefPtr)ped->elemPvt; \ + \ + /* Mapping coefficients */ \ + double d = pedpvt->coeffs[3]; \ + \ + /* These variables describe the limits of the bounding rectangle */ \ + register int *ixminptr = pvtband->ixmin; \ + register int *ixmaxptr = pvtband->ixmax; \ + register int ixmin,iymin,ixmax,iymax; \ + \ + /* variables which describe available input data (for clipping) */ \ + register int minline = pvtband->lo_src_avail; \ + register int maxline = pvtband->hi_src_avail; \ + \ + /* cast of constant, output and input pointers to correct type */ \ + register iotype constant = (iotype) pvtband->CONST; \ + register iotype *outp = (iotype *) OUTP; \ + register iotype *ptrIn; \ + \ + register valtype value; \ + register int i,nfound; \ + \ + aalinsep_func(funcname, iotype, valtype, CONST) \ +} + +DO_AASL (AASL_R, RealPixel, RealPixel, flt_constant) +DO_AASL (AASL_B, BytePixel, QuadPixel, int_constant) +DO_AASL (AASL_P, PairPixel, QuadPixel, int_constant) +DO_AASL (AASL_Q, QuadPixel, QuadPixel, int_constant) + + +/**********************************************************************/ +/* general routines (should be able to handle any valid map) */ + +/* CAVEAT - antialias doesn't really make much sense for bit-bit, + * because you can't represent any intermediate values. This means + * you can choose between line dropouts (bad) or making your image + * overly bold (also bad). The algorithm here assumes that if you + * were worried about being too bold, you would use the default + * sampling technique (eg, nearest neighbor). So it attempts to + * eliminate line dropouts at the expense of decreasing fine + * image detail. + */ + +static void +AAGL_b (OUTP,srcimg,width,ped,pvtband) + register pointer OUTP, *srcimg; + register int width; + peDefPtr ped; + mpAABandPtr pvtband; +{ + pGeomDefPtr pedpvt = (pGeomDefPtr)ped->elemPvt; + + /* Mapping coefficients */ + double a = pedpvt->coeffs[0]; + double b = pedpvt->coeffs[1]; + double c = pedpvt->coeffs[2]; + double d = pedpvt->coeffs[3]; + + /* These variables describe the limits of the bounding rectangle */ + double xmin = pvtband->left_br.xmin; + double ymin = pvtband->left_br.ymin; + double xmax = pvtband->left_br.xmax; + double ymax = pvtband->left_br.ymax; + register int ixmin,iymin,ixmax,iymax; + + /* loop variables for roaming through the bounding rectangle */ + register int ix,iy; + + /* some variables which describe available input data (for clipping) */ + register int maxpixl = pvtband->in_width - 1; + register int minline = pvtband->lo_src_avail; + register int maxline = pvtband->hi_src_avail; + CARD32 flags = pvtband->flags; + + /* cast of constant, output and input pointers to correct type */ + register LogInt *outp = (LogInt *) OUTP; + register LogInt *ptrIn; + register LogInt constant; + register LogInt value,outval,M; + register int nfound; + + constant = pvtband->int_constant ? ~(LogInt) 0 : 0; + + /* round bounding rectangle limits to ints */ + ixmin = xmin; + iymin = ymin; + ixmax = xmax; + iymax = ymax; + + /* clip to available src data */ + if (ixmin < 0) ixmin = 0; + if (iymin < minline) iymin = 0; + if (ixmax > maxpixl) ixmax = maxpixl; + if (iymax > maxline) iymax = maxline; + + /* M is a number that encodes the "active" bit */ + M=LOGLEFT; + + /* val accumulates the output bits */ +#define kludge_based_not +#ifdef kludge_based + outval = 0; +#else + outval = constant; +#endif + + /* loop through all the output pixels on this line */ + while ( width > 0 ) { + + xmin += a; + xmax += a; + nfound = 0; + value = 0; + for (iy=iymin; iy<=iymax; ++iy) { + ptrIn = (LogInt *) srcimg[iy]; + + for (ix=ixmin; ix<=ixmax; ++ix) { + ++nfound; +#ifdef kludge_based + if (LOG_tstbit(ptrIn,ix)) { + ++value; + } +#else + if (!LOG_tstbit(ptrIn,ix)) { + /* set this pixel black */ + outval &= ~M; + goto next; + } +#endif + } + } /* end of iy loop */ + +/* on the kludge below: antialias is weird when you are going from + 1 bit to 1 bit. A straight generalization of the n-bit algorithm + would have us find the average value in the bounding rect, and + then round to 0 or 1. This corresponds to kludge = 2. However, + it may be desirable to choose black if a much smaller number of + pixels in the bounding rect are off. For example, we may want to + have black output if less than 3 out of every four pixels in the + input bounding rect are on. (value <= 3/4 nfound) which would + correspond to value *4/3 < nfound. + + The problem with choosing anything other than 2 is that we are + treating black and white asymmetrically: the algorithm will + perform well for black lines on a white background, and poorly + for white pixels on a black background. Granted, one could use + Point or Constrain to flip, but.... ugh. + + Note that if the bounding rectangle is completely off the input + image, then we should set 'val' to the background value (constant). +*/ + +#ifdef kludge_based +#define kludge 8/7 + /* note: 4/3 relies on C evaluating left to right */ + + if (!nfound) + outval |= (constant&M); /* set to background */ + else if (value*kludge >= nfound) + outval |= M; +#else + + if (!nfound) + outval &= (constant&M); /* set to background */ + else + outval |= M; /* set bit on */ +next: + +#endif + /* shift our active bit over one */ + LOGRIGHT(M); + + /* if we hit the end of a word, output what we have */ + if (!M) { + *outp++ = outval; /* record output data */ + M=LOGLEFT; /* reset active bit */ + outval = 0; /* reset accumulator */ + } + + /* prepare geometry stuff for next loop */ + width--; + ixmin = xmin; + ixmax = xmax; + if (flags & FLG_C_NOT_ZERO) { + ymin += c; + ymax += c; + iymin = ymin; + iymax = ymax; + if (iymin < minline) iymin = minline; + if (iymax >= maxline) iymax = maxline; + if (iymax > iymin) iymax--; + } + if (ixmin < 0) ixmin = 0; + if (ixmax >= maxpixl) ixmax = maxpixl; + if (ixmax > ixmin) ixmax--; + } /* end of line loop */ + + /* if we didn't write all the pixels out, do so now */ + if (M != LOGLEFT) *outp = outval; + + /* before leaving, update bounding rect for next line */ + if (flags & FLG_B_NOT_ZERO) { + pvtband->left_br.xmin += b; + pvtband->left_br.xmax += b; + } + if (flags & FLG_D_NOT_ZERO) { + pvtband->left_br.ymin += d; + pvtband->left_br.ymax += d; + } +} + +/* NOTE: too bad paper is white is 255, otherwise you can often avoid the +** divide by "if (value) value /= nfound;" +*/ +#define inscrutable_compiler(funcname, iotype, valtype, CONST) \ + /* round bounding rectangle limits to ints */ \ + ixmin = xmin; \ + iymin = ymin; \ + ixmax = xmax; \ + iymax = ymax; \ + \ + /* clip to available src data */ \ + if (ixmin < 0) ixmin = 0; \ + if (iymin < minline) iymin = 0; \ + if (ixmax > maxpixl) ixmax = maxpixl; \ + if (iymax > maxline) iymax = maxline; \ + \ + /* loop through all the output pixels on this line */ \ + while ( width > 0 ) { \ + \ + xmin += a; \ + xmax += a; \ + nfound = 0; \ + value = 0; \ + for (iy=iymin; iy<=iymax; ++iy) { \ + ptrIn = (iotype *) srcimg[iy]; \ + for (ix=ixmin; ix<=ixmax; ++ix) { \ + value += ptrIn[ix]; \ + ++nfound; \ + } \ + } /* end of iy loop */ \ + \ + if (nfound) \ + value /= nfound; \ + else \ + value = constant; \ + \ + /* prepare for next loop */ \ + width--; \ + ixmin = xmin; \ + ixmax = xmax; \ + if (flags & FLG_C_NOT_ZERO) { \ + ymin += c; \ + ymax += c; \ + iymin = ymin; \ + iymax = ymax; \ + if (iymin < minline) iymin = minline; \ + if (iymax >= maxline) iymax = maxline; \ + if (iymax > iymin) iymax--; \ + } \ + if (ixmin < 0) ixmin = 0; \ + if (ixmax >= maxpixl) ixmax = maxpixl; \ + if (ixmax > ixmin) ixmax--; \ + *outp++ = value; \ + }/* end of line loop */ \ + \ + /* before leaving, update bounding rect for next line */ \ + if (flags & FLG_B_NOT_ZERO) { \ + pvtband->left_br.xmin += b; \ + pvtband->left_br.xmax += b; \ + } \ + if (flags & FLG_D_NOT_ZERO) { \ + pvtband->left_br.ymin += d; \ + pvtband->left_br.ymax += d; \ + } + +#define DO_AAGL(funcname, iotype, valtype, CONST) \ +static void \ +funcname (OUTP,srcimg,width,ped,pvtband) \ + register pointer OUTP; \ + register pointer *srcimg; \ + register int width; \ + peDefPtr ped; \ + mpAABandPtr pvtband; \ +{ \ + pGeomDefPtr pedpvt = (pGeomDefPtr)ped->elemPvt; \ + \ + /* Mapping coefficients */ \ + double a = pedpvt->coeffs[0]; \ + double b = pedpvt->coeffs[1]; \ + double c = pedpvt->coeffs[2]; \ + double d = pedpvt->coeffs[3]; \ + CARD32 flags = pvtband->flags; \ + \ + /* These variables describe the limits of the bounding rectangle */ \ + double xmin = pvtband->left_br.xmin; \ + double ymin = pvtband->left_br.ymin; \ + double xmax = pvtband->left_br.xmax; \ + double ymax = pvtband->left_br.ymax; \ + register int ixmin,iymin,ixmax,iymax; \ + \ + /* loop variables for roaming through the bounding rectangle */ \ + register int ix,iy; \ + \ + /* variables which describe available input data (for clipping) */ \ + register int maxpixl = pvtband->in_width - 1; \ + register int minline = pvtband->lo_src_avail; \ + register int maxline = pvtband->hi_src_avail; \ + \ + /* cast of constant, output and input pointers to correct type */ \ + register iotype constant = (iotype) pvtband->CONST; \ + register iotype *outp = (iotype *) OUTP; \ + register iotype *ptrIn; \ + \ + register valtype value; \ + register int nfound; \ + \ + inscrutable_compiler(funcname, iotype, valtype, CONST) \ +} + +DO_AAGL (AAGL_R, RealPixel, RealPixel, flt_constant) +DO_AAGL (AAGL_B, BytePixel, QuadPixel, int_constant) +DO_AAGL (AAGL_P, PairPixel, QuadPixel, int_constant) +DO_AAGL (AAGL_Q, QuadPixel, QuadPixel, int_constant) + +#if XIE_FULL +/************************************************************************/ +/* Gaussian Routines */ +/************************************************************************/ +/* NOTES: +** this is so slow, we don't try to do a special scale routine. +** should use #include ? +** should consider using float (e.g. fexp()) but tends to be machine specific. +** should generate pow(2,K) as (1 << floor(k)) + table[fraction(K)]. +** (pow(2,K) is half the speed of exp() which defeats the purpose). +** issue of whether to pick points within a radius? or to use a constant +** ...size box of size 2 * radius ? + + (((uv2 = ((ix-xcen)*(ix-xcen)+(iy-ycen)*(iy-ycen))) <= rad2 ) \ + ? ((double)(P)) * (simple \ + ? pow(2.0, sigma * uv2) \ + : exp(sigma * uv2)) \ + : 0.0 ) +*/ + +extern double exp(), pow(); + + +#define gauss_loop(funcname, iotype, valtype, CONST) \ + \ + /* loop through all the output pixels on this line */ \ + while ( width-- > 0 ) { \ + \ + iymin = ycen - (radius-1); \ + iymax = iymin + (radius+radius-1); \ + if (iymin < minline) iymin = minline; \ + if (iymax >= maxline) iymax = maxline; \ + \ + ixmin = xcen - (radius - 1); \ + ixmax = ixmin + (radius + radius - 1); \ + if (ixmin < 0) ixmin = 0; \ + if (ixmax >= maxpixl) ixmax = maxpixl; \ + \ + nfound = 0; \ + value = 0.; \ + for (iy = iymin; iy <= iymax; ++iy) { \ + ptrIn = (iotype *) srcimg[iy]; \ + for (ix = ixmin; ix <= ixmax; ++ix) { \ + uv2 = ((ix-xcen)*(ix-xcen)+(iy-ycen)*(iy-ycen)); \ + value += ((double)(ptrIn[ix])) * (simple \ + ? pow(2.0, sigma * uv2) \ + : exp(sigma * uv2)); \ + ++nfound; \ + } \ + } /* end of iy loop */ \ + \ + if (nfound) { \ + value *= tkpvt->normalize; /* xxx clip */ \ + *outp++ = value < levels ? value : levels; \ + } else \ + *outp++ = constant; \ + \ + xcen += a; \ + ycen += c; \ + }/* end of line loop */ \ + \ + /* before leaving, update bounding rect for next line */ \ + if (flags & FLG_B_NOT_ZERO) { \ + pvtband->left_br.xmin += b; \ + pvtband->left_br.xmax += b; \ + } \ + if (flags & FLG_D_NOT_ZERO) { \ + pvtband->left_br.ymin += d; \ + pvtband->left_br.ymax += d; \ + } + +#define DO_GAGL(funcname, iotype, valtype, CONST) \ +static void \ +funcname (OUTP,srcimg,width,ped,pvtband) \ + register pointer OUTP; \ + register pointer *srcimg; \ + register int width; \ + peDefPtr ped; \ + mpAABandPtr pvtband; \ +{ \ + pGeomDefPtr pedpvt = (pGeomDefPtr)ped->elemPvt; \ + \ + /* Mapping coefficients */ \ + double a = pedpvt->coeffs[0]; \ + double b = pedpvt->coeffs[1]; \ + double c = pedpvt->coeffs[2]; \ + double d = pedpvt->coeffs[3]; \ + CARD32 flags = pvtband->flags; \ + \ + register double xcen = pvtband->yOut * b + pedpvt->coeffs[4]; \ + register double ycen = pvtband->yOut * d + pedpvt->coeffs[5]; \ + register int ixmin,iymin,ixmax,iymax; \ + \ + /* loop variables for roaming through the bounding rectangle */ \ + register int ix,iy; \ + \ + /* variables which describe available input data (for clipping) */ \ + register int maxpixl = pvtband->in_width - 1; \ + register int minline = pvtband->lo_src_avail; \ + register int maxline = pvtband->hi_src_avail; \ + \ + /* cast of constant, output and input pointers to correct type */ \ + register iotype constant = (iotype) pvtband->CONST; \ + register iotype *outp = (iotype *) OUTP; \ + register iotype *ptrIn; \ + \ + register double value, levels = pvtband->level_clip - 1; \ + register int nfound; \ + pTecGeomGaussianDefPtr tkpvt = (pTecGeomGaussianDefPtr)ped->techPvt;\ + int simple = tkpvt->simple; \ + int radius = tkpvt->radius; \ + double sigma = (simple ? -1.0 : -0.5) / \ + (tkpvt->sigma * tkpvt->sigma); \ + register double uv2; \ + \ + gauss_loop(funcname, iotype, valtype, CONST) \ +} + +DO_GAGL (GAGL_R, RealPixel, RealPixel, flt_constant) +DO_GAGL (GAGL_B, BytePixel, QuadPixel, int_constant) +DO_GAGL (GAGL_P, PairPixel, QuadPixel, int_constant) +DO_GAGL (GAGL_Q, QuadPixel, QuadPixel, int_constant) +#endif + +/**********************************************************************/ +/* end module mpgeomaa.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mpgeomnn.c b/xie/xc/programs/Xserver/XIE/mixie/process/mpgeomnn.c new file mode 100644 index 0000000..2008124 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mpgeomnn.c @@ -0,0 +1,1120 @@ +/* $XConsortium: mpgeomnn.c /main/8 1995/12/02 16:56:06 dpw $ */ +/* AGE Logic - Oct 15 1995 - Larry Hare */ +/**** module mpgeomnn.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mpgeomnn.c -- DDXIE geometry element for handling nearest + neighbor technique + + Ben Fahy && Larry Hare -- AGE Logic, Inc. June, 1993 + +*****************************************************************************/ + + +#define _XIEC_MPGEOM +#define _XIEC_PGEOM + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +/* #include */ +#include + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeGeomNN(); + +/* + * routines used internal to this module, technique dependent + */ + +static int CreateGeomNN(); +static int InitializeGeomNN(); +static int ActivateGeomNN(); +static int ResetGeomNN(); +static int DestroyGeomNN(); + +/* + * DDXIE Geometry entry points + */ +static ddElemVecRec NearestNeighborVec = { + CreateGeomNN, + InitializeGeomNN, + ActivateGeomNN, + (xieIntProc)NULL, + ResetGeomNN, + DestroyGeomNN + }; + +/* + * private + */ +#define PIX0 ((double)(0.0000)) + +typedef struct _mpgeombanddef { + + double first_mlow, /* lowest input line mapped by first output */ + first_mhigh; /* highest input line mapped by first output */ + int first_ilow, /* rounded first_mlow */ + first_ihigh; /* rounded first_mhigh */ + + double *s_locs; /* useful data precalculated for scaling */ + int *x_locs; /* useful data precalculated for scaling */ + int x_start; + int x_end; + int int_constant; /* precalculated for Constrained data fill */ + RealPixel flt_constant; /* precalculated for UnConstrained data fill */ + + int yOut; /* what output line we are on */ + int out_width; /* output image size */ + int out_height; /* ... not used */ + int in_width; /* input image size */ + int in_height; + + int lo_src_available; /* which input lines we've come across */ + int hi_src_available; + + void (*linefunc) (); + void (*fillfunc) (); +} mpGeometryBandRec, *mpGeometryBandPtr; + +typedef struct _mpgeometrydef { + int upside_down; + mpGeometryBandPtr bandInfo[xieValMaxBands]; +} mpGeometryDefRec, *mpGeometryDefPtr; + +static void FL_R(), FL_b(), FL_B(), FL_P(), FL_Q(); +static void (*fill_lines[5])() = {FL_R, FL_b, FL_B, FL_P, FL_Q,}; + +static void SL_R(), SL_b(), SL_B(), SL_P(), SL_Q(); +static void GL_R(), GL_b(), GL_B(), GL_P(), GL_Q(); +static void (*scale_lines[5])() = {SL_R, SL_b, SL_B, SL_P, SL_Q,}; +static void (*ggen_lines[5])() = {GL_R, GL_b, GL_B, GL_P, GL_Q,}; + +#if XIE_FULL +static void BiSL_R(), BiSL_b(), BiSL_B(), BiSL_P(), BiSL_Q(); +static void BiGL_R(), BiGL_b(), BiGL_B(), BiGL_P(), BiGL_Q(); +static void (*biscale_lines[5])() = {BiSL_R, BiSL_b, BiSL_B, BiSL_P, BiSL_Q,}; +static void (*bigen_lines[5])() = {BiGL_R, BiGL_b, BiGL_B, BiGL_P, BiGL_Q,}; +#endif + +/*------------------------------------------------------------------------ +------------------------ fill in the vector --------------------------- +------------------------------------------------------------------------*/ +#if XIE_FULL +int miAnalyzeGeomBi(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + switch(ped->techVec->number) { + case xieValGeomBilinearInterp: + ped->ddVec = NearestNeighborVec; /* Yes */ + break; + default: + return(FALSE); + } + return(TRUE); +} /* end miAnalyzeGeomBi */ +#endif + +int miAnalyzeGeomNN(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + switch(ped->techVec->number) { + case xieValGeomNearestNeighbor: + ped->ddVec = NearestNeighborVec; + break; + default: + return(FALSE); + } + return(TRUE); +} /* end miAnalyzeGeomNN */ + + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateGeomNN(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* allocate space for private data */ + return(MakePETex(flo, ped, sizeof(mpGeometryDefRec), NO_SYNC, NO_SYNC)); +} /* end CreateGeomNN */ + +/*------------------------------------------------------------------------ +---------------------------- free private data . . . --------------------- +------------------------------------------------------------------------*/ +static int FreeBandData(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + mpGeometryDefPtr pvt = (mpGeometryDefPtr) (ped->peTex->private); + int band, nbands = ped->inFloLst[SRCtag].bands; + +/* + * Look for private data to free + */ + for (band = 0 ; band < nbands ; band++) { + mpGeometryBandPtr pvtband = pvt->bandInfo[band]; + if (pvtband) { + if (pvtband->x_locs) + XieFree(pvtband->x_locs); + if (pvtband->s_locs) + XieFree(pvtband->s_locs); + pvt->bandInfo[band] = (mpGeometryBandPtr) XieFree(pvtband); + } + } +} + +/*------------------------------------------------------------------------ +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeGeomNN(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + mpGeometryDefPtr pvt = (mpGeometryDefPtr) (pet->private); + xieFloGeometry *raw = (xieFloGeometry *) (ped->elemRaw); + pGeomDefPtr pedpvt = (pGeomDefPtr) (ped->elemPvt); + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + bandPtr oband = &(pet->emitter[0]); + int band, nbands = ped->inFloLst[SRCtag].bands; + mpGeometryBandPtr pvtband; +#if XIE_FULL + BOOL bilinear = (ped->techVec->number == + xieValGeomBilinearInterp); +#endif + /* + * x_in = a * x_out + b * y_out + tx + * y_in = c * x_out + d * y_out + ty + */ + double a = pedpvt->coeffs[0]; + double b = pedpvt->coeffs[1]; + double c = pedpvt->coeffs[2]; + double d = pedpvt->coeffs[3]; + double tx = pedpvt->coeffs[4]; + double ty = pedpvt->coeffs[5]; + int threshold; + +/* + * Initialize parameters for tracking input lines, etc. + */ + pvt->upside_down = (d < 0.0); + + for (band = 0 ; band < nbands ; band++, iband++, oband++) { + if (pedpvt->do_band[band]) { + CARD32 dataclass = pet->emitter[band].format->class; + + pvt->bandInfo[band] = pvtband = + (mpGeometryBandPtr) XieCalloc(sizeof(mpGeometryBandRec)); + if (!pvtband) { + FreeBandData(flo,ped); + AllocError(flo, ped, return(FALSE)); + } + if (IsConstrained(dataclass)) + pvtband->int_constant = ConstrainConst(pedpvt->constant[band], + pet->emitter[band].format->levels); + else + pvtband->flt_constant = (RealPixel) pedpvt->constant[band]; + + pvtband->fillfunc = + fill_lines[IndexClass(dataclass)]; +#if XIE_FULL + pvtband->linefunc = bilinear + ? bigen_lines[IndexClass(dataclass)] + : ggen_lines[IndexClass(dataclass)]; +#else + pvtband->linefunc = ggen_lines[IndexClass(dataclass)]; +#endif + pvtband->out_width = oband->format->width; + pvtband->in_width = iband->format->width; + pvtband->in_height = iband->format->height; + + if (c == 0 && b == 0 ) { + int in_width = pvtband->in_width; + int width = pvtband->out_width; + int x, in_x_coord; + double in_x; + + /* For Scaling, can precalculate a lot */ + + if (a == 1 && d == 1) { + /* just Cropping, no real resampling to be done */ + } +#if XIE_FULL + pvtband->linefunc = bilinear + ? biscale_lines[IndexClass(dataclass)] + : scale_lines[IndexClass(dataclass)]; +#else + pvtband->linefunc = scale_lines[IndexClass(dataclass)]; +#endif + if (!(pvtband->x_locs = (int *) XieMalloc(width * sizeof(int)))) { + FreeBandData(flo,ped); + AllocError(flo, ped, return(FALSE)); + } +#if XIE_FULL + if (bilinear && !(pvtband->s_locs = (double *) + XieMalloc(width * sizeof(double)))) { + FreeBandData(flo,ped); + AllocError(flo, ped, return(FALSE)); + } +#endif + /* coordinate of line is x_in = a * x_out + tx */ + /* however, we will map pixel centers to centers, */ + /* so we plug in output pixel location x_out+0.5 */ + /* for output_pixel x_out. Happily, finding the */ + /* nearest pixel centered on the computed input */ + /* location is then found simply by truncating */ + + /* initialize to nonsense values */ + pvtband->x_start = width; + pvtband->x_end = -1; + + in_x = a*PIX0 + tx; /* location of center */ + + for (x=0; x= 0 && in_x_coord < in_width) { + /* this pixel is useful */ + pvtband->x_end = x; + if (pvtband->x_start >= width) + pvtband->x_start = x; + pvtband->x_locs[x] = in_x_coord; +#if XIE_FULL + if (bilinear) + pvtband->s_locs[x] = in_x - in_x_coord; +#endif + } else + pvtband->x_locs[x] = -1; /* ignore this */ + in_x += a; /* next center location */ + } + } + + /* + * we need to compute the initial input line + * number ranges for the entire output image and the first output line. + * Just for fun, we will also compute the range for the last output line. + * How these limits are computed, of course, may depend on techniqu; + */ + + /* + * For nearest neighbor, we consider lines to have both width and height. + * Thus, if an image is of area w x h, we picture the image as being: + * + * x=0 w-1 w + * y=0 ________________________________ + * | | | | | ... | | | + * y=1 --------------------------------- + * + * + * y=h-1 ________________________________ + * | | | | | ... | | | + * y=h --------------------------------- + * + * The first pixel on the first output line is therefore (.5,.5) and + * the last pixel on the last output line is (w-.5,w-.5), etc. We + * compute the input line ranges by seeing where the four corners map, + * and selecting the coordinates of the pixel whose *center* maps most + * closely. + * + */ + + /* + * first line of output image + */ + { + double left_map,right_map; + left_map = c * PIX0 + d * PIX0 + ty; + right_map = c * ((pvtband->out_width-1) + PIX0) + d * PIX0 + ty; + pvtband->first_mlow = (left_map <= right_map)? left_map : right_map; + pvtband->first_mhigh = (left_map >= right_map)? left_map : right_map; + } + + /* + * coordinates with center closest are just truncated doubles + */ + pvtband->first_ilow = pvtband->first_mlow; + pvtband->first_ihigh = pvtband->first_mhigh; + + + /* set threshold so we get all needed src lines */ + /* ...if we need line 256, must ask for 257! */ + threshold = pvtband->first_ihigh + 1; +#if XIE_FULL + if (bilinear) threshold++; +#endif + /* make sure we get something */ + if (threshold < 1) + threshold = 1; + + /* but don't ask for stuff we can't ever get! */ + if (threshold > pvtband->in_height) + threshold = pvtband->in_height; + + if(!InitBand(flo,ped,iband,pvtband->in_height,threshold,NO_INPLACE)) + return(FALSE); + } else { + /* we're suppose to pass this band thru unscathed */ + BypassSrc(flo,pet,iband); + } + } + return(raw->bandMask ? InitEmitter(flo,ped,NO_DATAMAP,NO_INPLACE) : TRUE); +} /* end InitializeGeomNN */ +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateGeomNN(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + pGeomDefPtr pedpvt = (pGeomDefPtr) (ped->elemPvt); + mpGeometryDefPtr pvt = (mpGeometryDefPtr) (ped->peTex->private); + bandPtr oband = &(pet->emitter[0]); + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + int band, nbands = pet->receptor[SRCtag].inFlo->bands; + register pointer outp; +#if XIE_FULL + BOOL bilinear = (ped->techVec->number == xieValGeomBilinearInterp); +#endif + + for(band = 0; band < nbands; band++, iband++, oband++) { + + mpGeometryBandPtr pvtband = pvt->bandInfo[band]; + int width; + + if (!pvtband || ((pet->scheduled & (1 << band)) == 0) ) + continue; + + width = pvtband->out_width; + if (pvt->upside_down) { + + /* we're going backwards, which is actually *simpler*, + * because we don't get ANY data until we have ALL data. + * Thus, first time through, just map everything we have. + */ + if (!pvtband->yOut) { + if (!MapData(flo,pet,iband,0,0,iband->maxGlobal,KEEP)) { + ImplementationError(flo,ped, return(FALSE)); + } + pvtband->lo_src_available = 0; + pvtband->hi_src_available = iband->maxGlobal-1; + } + + outp = GetCurrentDst(flo,pet,oband); + while (outp) { + int lo_in,hi_in; + + /* get range of src lines for this output line */ + lo_in = pvtband->first_ilow; + hi_in = pvtband->first_ihigh; + + /* rest of output image is off input image */ + if ( (hi_in < 0) || (lo_in > pvtband->hi_src_available) ) + (*pvtband->fillfunc)(outp,width,pvtband); + else + /* Compute output pixels for this line */ +#if XIE_FULL + (*pvtband->linefunc)(outp,iband->dataMap,width, + bilinear ? lo_in : hi_in, pedpvt, pvtband); +#else + (*pvtband->linefunc)(outp,iband->dataMap,width, + hi_in, pedpvt, pvtband); +#endif + pvtband->first_mlow += pedpvt->coeffs[3]; + pvtband->first_mhigh += pedpvt->coeffs[3]; + pvtband->first_ilow = (int) pvtband->first_mlow ; + pvtband->first_ihigh = (int) pvtband->first_mhigh; + pvtband->yOut++; + outp = GetNextDst(flo,pet,oband,TRUE); + } + if (oband->final) + DisableSrc(flo,pet,iband,FLUSH); + + } else { + /* + ** nice normal image progression. This means that I know when + ** I am done with an input line for the current output line, I + ** can purge it, because it won't be needed for subsequent + ** output lines. + */ + + while (!ferrCode(flo)) { + int map_lo; /* lowest line mapped by output line */ + int map_hi; /* highest line mapped by output line */ + int last_src_line = pvtband->in_height - 1; + int threshold; + + /* access current output line */ + if (!(outp = GetDst(flo,pet,oband,pvtband->yOut,FLUSH))) { + if (oband->final) + DisableSrc(flo, pet, iband, FLUSH); + else if (iband->current != 0) + FreeData(flo, pet, iband, iband->current); + goto breakout; + } + + map_lo = pvtband->first_ilow; + if (map_lo < 0) + map_lo = 0; + + map_hi = pvtband->first_ihigh; +#if XIE_FULL + if (bilinear) map_hi++; +#endif + if (map_hi > last_src_line) + map_hi = last_src_line; + + if (map_hi < 0 || map_lo > last_src_line) + (*pvtband->fillfunc)(outp,width,pvtband); + else { + + threshold = map_hi - map_lo + 1; + if(!MapData(flo,pet,iband,map_lo,map_lo,threshold,KEEP)) + break; + + if (map_lo != iband->current) + ImplementationError(flo,ped, return(FALSE)); + + pvtband->lo_src_available = 0; + pvtband->hi_src_available = iband->maxGlobal-1; + + (*pvtband->linefunc)(outp,iband->dataMap, + width,map_lo,pedpvt,pvtband); + + } + + pvtband->first_mlow += pedpvt->coeffs[3]; + pvtband->first_mhigh += pedpvt->coeffs[3]; + + /* have to be careful about -0.5 rounding to 0, not -1 */ + if (pvtband->first_ilow < 0) { + + pvtband->first_ilow = (pvtband->first_mlow < 0) + ? -1 + : (int)pvtband->first_mlow; + + pvtband->first_ihigh = (pvtband->first_mhigh < 0) + ? -1 + : (int)pvtband->first_mhigh; + } else { + /* if ilow was positive before, needn't check for negative */ + pvtband->first_ilow = (int)pvtband->first_mlow; + pvtband->first_ihigh = (int)pvtband->first_mhigh; + } + + ++pvtband->yOut; + + if (pvtband->first_ilow > last_src_line) { + /* rest of output image is off the input image */ + /* we will exit after filling output strip */ + while(outp=GetDst(flo,pet,oband,pvtband->yOut,FLUSH)) { + (*pvtband->fillfunc)(outp,width,pvtband); + pvtband->yOut++; + } + if (oband->final) + DisableSrc(flo, pet, iband, FLUSH); + else + goto breakout; + } + + map_hi = pvtband->first_ihigh; +#if XIE_FULL + if (bilinear) map_hi++; +#endif + if (map_hi > last_src_line) + map_hi = last_src_line; + + threshold = map_hi - iband->current + 1; + + /* make sure we get something */ + if (threshold <= 1) + threshold = 1; + + /* but don't ask for stuff we can't ever get! */ + if (threshold > pvtband->in_height) + threshold = pvtband->in_height; + + SetBandThreshold(iband, threshold); + if (map_hi >= (int) iband->maxGlobal) { + /* we need to let someone else generate more data */ + break; + } + } /* end of while no flo err */ + /* want to make sure we GetSrc at least once before Freeing */ + if (iband->current) + FreeData(flo, pet, iband, iband->current); +breakout: + ; + } /* end of else on normal order */ + } /* end of band loop */ + return(TRUE); +} /* end ActivateGeometry */ + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetGeomNN(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + FreeBandData(flo,ped); + ResetReceptors(ped); + ResetEmitter(ped); + + return(TRUE); +} /* end ResetGeomNN */ + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyGeomNN(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.flush = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return(TRUE); +} /* end DestroyGeomNN */ + +/********************************************************************** +**************************** Fill Routines ************************** +**********************************************************************/ + +static void FL_b (OUTP,width,pvtband) + pointer OUTP; + int width; + mpGeometryBandPtr pvtband; +{ + if (pvtband->int_constant) + action_set(OUTP, width, 0); + else + action_clear(OUTP, width, 0); +} + +#define DO_FL(funcname, iotype, CONST) \ +static void funcname (OUTP,width,pvtband) \ +pointer OUTP; \ +register int width; \ +mpGeometryBandPtr pvtband; \ +{ \ +register iotype constant = (iotype) pvtband->CONST; \ +register iotype *outp = (iotype *) OUTP; \ + \ + for ( ; width > 0; width--) *outp++ = constant; \ +} + +DO_FL (FL_R, RealPixel, flt_constant) +DO_FL (FL_B, BytePixel, int_constant) +DO_FL (FL_P, PairPixel, int_constant) +DO_FL (FL_Q, QuadPixel, int_constant) + +/********************************************************************** +********************** Neareast Neighbor - Separable **************** +**********************************************************************/ + +/* (x,y) separable routines (eg, scale, mirror_x, mirror_y) */ + +static void SL_b (OUTP,srcimg,width,sline,pedpvt,pvtband) + pointer OUTP, *srcimg; + register int width; + int sline; + pGeomDefPtr pedpvt; + mpGeometryBandPtr pvtband; +{ + register int xbeg = pvtband->x_start; + register int xend = pvtband->x_end; + register int *x_locs = pvtband->x_locs; + register LogInt *src = (LogInt *) (srcimg[sline]); + register LogInt *outp = (LogInt *) OUTP; + register LogInt outval, M, fill; + register int i= 0, w; + + fill = (pvtband->int_constant ? ~(LogInt)0 : 0); + + for (w = xbeg >> LOGSHIFT; w > 0; w--, i+=LOGSIZE) *outp++ = fill; + + if (xbeg & LOGMASK) { + outval = BitLeft(fill,LOGSIZE-i); + for (i = xbeg, M=LOGBIT(i) ; M && i <= xend ; LOGRIGHT(M), i++) + if (LOG_tstbit(src,x_locs[i])) + outval |= M; + if (i > xend) { + if (fill) outval |= ~BitLeft(fill,LOGSIZE-i); + i = (i+LOGMASK) & ~LOGMASK; + } + *outp++ = outval; + } + + if ( i <= xend) { + w = (xend - i + 1) >> LOGSHIFT; + for ( ; w > 0; w--, *outp++ = outval) + for (outval = 0, M=LOGLEFT ; M ; LOGRIGHT(M), i++) + if (LOG_tstbit(src,x_locs[i])) + outval |= M; + + for (outval = 0, M=LOGLEFT; i <= xend; LOGRIGHT(M), i++) + if (LOG_tstbit(src,x_locs[i])) + outval |= M; + + if (i & LOGMASK) { + if (fill) outval |= ~BitLeft(fill,LOGSIZE-i); + i = (i+LOGMASK) & ~LOGMASK; + *outp++ = outval; + } + } + for ( ; i < width; i += LOGSIZE) *outp++ = fill; +} + +#define DO_SL(funcname, iotype, CONST) \ +static void funcname (OUTP,srcimg,width,sline,pedpvt,pvtband) \ +register pointer OUTP; \ +register pointer *srcimg; \ +register int width,sline; \ +pGeomDefPtr pedpvt; \ +mpGeometryBandPtr pvtband; \ +{ \ +register int xbeg = pvtband->x_start; \ +register int xend = pvtband->x_end; \ +register int *x_locs = pvtband->x_locs; \ +register iotype constant = (iotype) pvtband->CONST; \ +register iotype *src = (iotype *) (srcimg[sline]); \ +register iotype *outp = (iotype *) OUTP; \ +register int i; \ + for (i=0; i < xbeg; ++i) *outp++ = constant; \ + for ( ; i <= xend; ++i) *outp++ = src[x_locs[i]]; \ + for ( ; i < width; ++i) *outp++ = constant; \ +} + +DO_SL (SL_R, RealPixel, flt_constant) +DO_SL (SL_B, BytePixel, int_constant) +DO_SL (SL_P, PairPixel, int_constant) +DO_SL (SL_Q, QuadPixel, int_constant) + +/********************************************************************** +************************* Bilinear - Seperable ********************** +**********************************************************************/ +#if XIE_FULL + +/* note - could use BiGL_b since this is a silly anyway */ + +static void BiSL_b (OUTP,srcimg,width,sline,pedpvt,pvtband) +pointer OUTP; +pointer *srcimg; +register int width; +int sline; +pGeomDefPtr pedpvt; +mpGeometryBandPtr pvtband; +{ +register double s, t, st, result; +register int isrcpix; +register int *x_locs = pvtband->x_locs; +register double *s_locs = pvtband->s_locs; +register LogInt constant, val, M, *ptrIn, *ptrJn; +register LogInt *outp = (LogInt *) OUTP; +register int srcwidth = pvtband->in_width - 1; + + if ( (sline >= pvtband->hi_src_available) || + (sline < pvtband->lo_src_available) ) { + FL_b(outp, width, pvtband); + return; + } + + t = pvtband->first_mlow; t -= ((int)t); + M=LOGLEFT; val = 0; + constant = pvtband->int_constant; + ptrIn = (LogInt *) srcimg[sline]; + ptrJn = (LogInt *) srcimg[sline+1]; + while ( width > 0 ) { + isrcpix = *x_locs++; + s = *s_locs++; + if ( (isrcpix >= 0) && (isrcpix < srcwidth) ) { + st = s * t; + result = 0.; + if (LOG_tstbit(ptrIn,isrcpix)) result = + ((double)1. - s - t + st); + if (LOG_tstbit(ptrIn,isrcpix+1)) result += (s - st); + if (LOG_tstbit(ptrJn,isrcpix)) result += (t - st); + if (LOG_tstbit(ptrJn,isrcpix+1)) result += st; + if (result > 0.5) val |= M; + } else if (constant) val |= M; + width--; + LOGRIGHT(M); if (!M) { *outp++ = val; M=LOGLEFT; val = 0; } + } + if (M != LOGLEFT) *outp = val; +} + +#define BI_SL(funcname, iotype, CONST, ROUND) \ +static void funcname (OUTP,srcimg,width,sline,pedpvt,pvtband) \ +pointer OUTP; \ +pointer *srcimg; \ +register int width; \ +int sline; \ +pGeomDefPtr pedpvt; \ +mpGeometryBandPtr pvtband; \ +{ \ +register int *x_locs = pvtband->x_locs; \ +register double *s_locs = pvtband->s_locs; \ +register iotype constant = (iotype) pvtband->CONST; \ +register iotype *outp = (iotype *) OUTP; \ +register iotype *src = (iotype *) (srcimg[sline]); \ +register iotype *trc; \ +register int i, j, in_width = pvtband->in_width - 1; \ +register double s, t, st; \ +register iotype val; \ + \ + t = pvtband->first_mlow; t -= ((int)t); \ + if (sline >= pvtband->hi_src_available) \ + trc = src; /* or fill line with constant */ \ + else \ + trc = (iotype *) (srcimg[sline+1]); \ + for (i = 0; i < width; i++) { \ + j = x_locs[i]; \ + s = s_locs[i]; \ + val = constant; \ + if (j >= 0 && j < in_width) { \ + st = s * t; \ + val = src[j] * ((float)1. - s - t + st) + \ + src[j+1] * (s - st) + \ + trc[j] * (t - st) + \ + trc[j+1] * (st) + ROUND; \ + } \ + *outp++ = val; \ + } \ +} + +BI_SL (BiSL_R, RealPixel, flt_constant, (float)0.0) +BI_SL (BiSL_B, BytePixel, int_constant, (float)0.5) +BI_SL (BiSL_P, PairPixel, int_constant, (float)0.5) +BI_SL (BiSL_Q, QuadPixel, int_constant, (float)0.5) +#endif + +/********************************************************************** +********************** Neareast Neighbor - General ****************** +**********************************************************************/ + +/* NOTE: for GL routines, would be better to keep running srcpix, +** and srcline variables outside of scan line routine. +*/ + +static void GL_b (OUTP,srcimg,width,sline,pedpvt,pvtband) +pointer OUTP; +pointer *srcimg; +register int width; +int sline; +pGeomDefPtr pedpvt; +mpGeometryBandPtr pvtband; +{ +register double a = pedpvt->coeffs[0]; +register double c = pedpvt->coeffs[2]; +register double srcpix = a * PIX0 + + pedpvt->coeffs[1] * (pvtband->yOut + PIX0) + + pedpvt->coeffs[4]; +register double srcline = c * PIX0 + + pedpvt->coeffs[3] * (pvtband->yOut + PIX0) + + pedpvt->coeffs[5]; +register int isrcline,isrcpix; +register LogInt constant, val, M, *ptrIn; +register LogInt *outp = (LogInt *) OUTP; +register int srcwidth = pvtband->in_width; +register int minline = pvtband->lo_src_available; +register int maxline = pvtband->hi_src_available; + + + constant = pvtband->int_constant ? ~(LogInt) 0 : 0; + /* could pull out inner if (constant) */ + M=LOGLEFT; val = constant; + while ( width > 0 ) { + /* in our coordinate system, truncate does a round */ + isrcline = srcline; + isrcpix = srcpix; + /* prepare for next loop */ + width--; + srcline += c; + srcpix += a; + /* if (isrcline,isrcpix) not in src image, fill w/val*/ + if ( (isrcline >= minline) && (isrcline <= maxline) ) { + ptrIn = (LogInt *) srcimg[isrcline]; + if ( (isrcpix >= 0) && (isrcpix < srcwidth) && ptrIn ) + if (LOG_chgbit(ptrIn,isrcpix,constant)) + val ^= M; + } + LOGRIGHT(M); if (!M) { *outp++ = val; M=LOGLEFT; val = constant; } + } + if (M != LOGLEFT) *outp = val; +} + + +#define DO_GL(funcname, iotype, CONST) \ +static void funcname (OUTP,srcimg,width,sline,pedpvt,pvtband) \ +pointer OUTP; \ +pointer *srcimg; \ +register int width; \ +int sline; \ +pGeomDefPtr pedpvt; \ +mpGeometryBandPtr pvtband; \ +{ \ +register double a = pedpvt->coeffs[0]; \ +register double c = pedpvt->coeffs[2]; \ +register double srcpix = a * PIX0 + \ + pedpvt->coeffs[1] * (pvtband->yOut + PIX0) + \ + pedpvt->coeffs[4]; \ +register double srcline = c * PIX0 + \ + pedpvt->coeffs[3] * (pvtband->yOut + PIX0) + \ + pedpvt->coeffs[5]; \ +register int isrcline,isrcpix; \ +register iotype constant = (iotype) pvtband->CONST; \ +register iotype *outp = (iotype *) OUTP; \ +register iotype *ptrIn; \ +register iotype val; \ +/* some variables which describe available input data (for clipping) */ \ +register int srcwidth = pvtband->in_width; \ +register int minline = pvtband->lo_src_available; \ +register int maxline = pvtband->hi_src_available; \ + \ + while ( width > 0 ) { \ + isrcline = srcline; \ + isrcpix = srcpix; \ + width--; \ + srcline += c; \ + srcpix += a; \ + val = constant; \ + if ( (isrcline >= minline) && (isrcline <= maxline) ) { \ + ptrIn = (iotype *) srcimg[isrcline]; \ + if ( (isrcpix >= 0) && \ + (isrcpix < srcwidth) && \ + ptrIn ) \ + val = ptrIn[isrcpix]; \ + } \ + *outp++ = val; \ + } \ +} + +DO_GL (GL_R, RealPixel, flt_constant) +DO_GL (GL_B, BytePixel, int_constant) +DO_GL (GL_P, PairPixel, int_constant) +DO_GL (GL_Q, QuadPixel, int_constant) + +/********************************************************************** +************************* Bilinear - General ************************ +**********************************************************************/ +#if XIE_FULL + +static void BiGL_b (OUTP,srcimg,width,sline,pedpvt,pvtband) +pointer OUTP; +pointer *srcimg; +register int width; +int sline; +pGeomDefPtr pedpvt; +mpGeometryBandPtr pvtband; +{ +register float s, t, st, result; +register double a = pedpvt->coeffs[0]; +register double c = pedpvt->coeffs[2]; +register double srcpix = a * PIX0 + + pedpvt->coeffs[1] * (pvtband->yOut + PIX0) + + pedpvt->coeffs[4]; +register double srcline = c * PIX0 + + pedpvt->coeffs[3] * (pvtband->yOut + PIX0) + + pedpvt->coeffs[5]; +register int isrcline,isrcpix; +register LogInt constant, val, M, *ptrIn, *ptrJn; +register LogInt *outp = (LogInt *) OUTP; +register int srcwidth = pvtband->in_width - 1; +register int minline = pvtband->lo_src_available; +register int maxline = pvtband->hi_src_available; + + constant = pvtband->int_constant; + M=LOGLEFT; val = 0; + while ( width > 0 ) { + isrcline = srcline; + isrcpix = srcpix; + if ( (isrcline >= minline) && (isrcline < maxline) ) { + s = srcpix - isrcpix; + t = srcline - isrcline; + ptrIn = (LogInt *) srcimg[isrcline]; + ptrJn = (LogInt *) srcimg[isrcline+1]; + if ( (isrcpix >= 0) && (isrcpix < srcwidth) ) { + st = s * t; + result = 0.; + if (LOG_tstbit(ptrIn,isrcpix)) result = + ((float)1. - s - t + st); + if (LOG_tstbit(ptrIn,isrcpix+1)) result += (s - st); + if (LOG_tstbit(ptrJn,isrcpix)) result += (t - st); + if (LOG_tstbit(ptrJn,isrcpix+1)) result += st; + if (result > (float) 0.5) val |= M; + } else if (constant) val |= M; + } else if (constant) val |= M; + LOGRIGHT(M); if (!M) { *outp++ = val; M=LOGLEFT; val = 0; } + width--; + srcline += c; + srcpix += a; + } + if (M != LOGLEFT) *outp = val; +} + +#define BI_GL(funcname, iotype, CONST, ROUND) \ +static void funcname (OUTP,srcimg,width,sline,pedpvt,pvtband) \ +pointer OUTP; \ +pointer *srcimg; \ +register int width; \ +int sline; \ +pGeomDefPtr pedpvt; \ +mpGeometryBandPtr pvtband; \ +{ \ +register float s, t, st; \ +register double a = pedpvt->coeffs[0]; \ +register double c = pedpvt->coeffs[2]; \ +register double srcpix = a * PIX0 + \ + pedpvt->coeffs[1] * (pvtband->yOut + PIX0) + \ + pedpvt->coeffs[4]; \ +register double srcline = c * PIX0 + \ + pedpvt->coeffs[3] * (pvtband->yOut + PIX0) + \ + pedpvt->coeffs[5]; \ +register int isrcline,isrcpix; \ +register iotype constant = (iotype) pvtband->CONST; \ +register iotype *outp = (iotype *) OUTP; \ +register iotype *ptrIn, *ptrJn; \ +register iotype val; \ +/* some variables which describe available input data (for clipping) */ \ +register int srcwidth = pvtband->in_width - 1; \ +register int minline = pvtband->lo_src_available; \ +register int maxline = pvtband->hi_src_available; \ + \ + /* in our coordinate system, truncate does a round */ \ + while ( width > 0 ) { \ + isrcline = srcline; \ + isrcpix = srcpix; /* no fpu?, move down in 'if' */ \ + val = constant; \ + if ( (isrcline >= minline) && (isrcline < maxline) ) { \ + s = srcpix - isrcpix; \ + ptrIn = (iotype *) srcimg[isrcline]; \ + t = srcline - isrcline; \ + ptrJn = (iotype *) srcimg[isrcline+1]; \ + st = s * t; \ + if ( (isrcpix >= 0) && (isrcpix < srcwidth) ) \ + val = \ + ptrIn[isrcpix] * ((float)1. - s - t + st) + \ + ptrIn[isrcpix+1] * (s - st) + \ + ptrJn[isrcpix] * (t - st) + \ + ptrJn[isrcpix+1] * (st) + ROUND; \ + } \ + /* prepare for next loop */ \ + width--; \ + srcline += c; \ + srcpix += a; \ + *outp++ = val; \ + } \ +} + +BI_GL (BiGL_R, RealPixel, flt_constant, (float)0.0) +BI_GL (BiGL_B, BytePixel, int_constant, (float)0.5) +BI_GL (BiGL_P, PairPixel, int_constant, (float)0.5) +BI_GL (BiGL_Q, QuadPixel, int_constant, (float)0.5) +#endif +/**********************************************************************/ + +/* end module mpgeomnn.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mphist.c b/xie/xc/programs/Xserver/XIE/mixie/process/mphist.c new file mode 100644 index 0000000..851bea0 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mphist.c @@ -0,0 +1,568 @@ +/* $XConsortium: mphist.c,v 1.4 94/04/17 20:35:20 rws Exp $ */ +/**** module mphist.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mphist.c -- DDXIE match histogram element + + Larry Hare -- AGE Logic, Inc. August, 1993 + +*****************************************************************************/ + +#define _XIEC_MPHIST +#define _XIEC_PHIST + +/* + * Include files + */ +#include +#include +#ifndef M_PI +#define M_PI 3.14159265358979323846 +#endif +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* routines referenced by other DDXIE modules + */ +int miAnalyzeMatchHist(); + +/* routines used internal to this module + */ +static int CreateMatchHist(); +static int InitializeMatchHist(); +static int ActivateMatchHist(); +static int ResetMatchHist(); +static int DestroyMatchHist(); + +/* DDXIE Match Histogram entry points + */ +static ddElemVecRec MatchHistVec = { + CreateMatchHist, + InitializeMatchHist, + ActivateMatchHist, + (xieIntProc)NULL, + ResetMatchHist, + DestroyMatchHist + }; + +/* declarations for private structures and actions procs ... */ + +typedef RealPixel MatchFloat; + +static void match_hist(), flat_pdf(), gauss_pdf(), hyper_pdf(); + +typedef struct { + CARD32 histphase; + CARD32 histsize; + CARD32 *histdata; + void (*histproc) (); + void (*lutproc) (); +} miMatchHistRec, *miMatchHistPtr; + +static void doHistQ(), doHistP(), doHistB(); +static void doLutQ(), doLutP(), doLutB(); + + +/*------------------------------------------------------------------------ +------------------- see if we can handle this element -------------------- +------------------------------------------------------------------------*/ +int miAnalyzeMatchHist(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = MatchHistVec; + + return TRUE; +} + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateMatchHist(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* attach an execution context to the photo element definition */ + + /* always force syncing between inputs (is nop if only one input) */ + return MakePETex(flo, ped, sizeof(miMatchHistRec), SYNC, NO_SYNC); +} + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeMatchHist(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + receptorPtr rcp = pet->receptor; + bandPtr iband; + CARD32 nclip; + xieFloMatchHistogram *raw = (xieFloMatchHistogram *)ped->elemRaw; + miMatchHistPtr pvt = (miMatchHistPtr)(pet->private); + + iband = &(pet->receptor[SRCtag].band[0]); + + SetDepthFromLevels(iband->format->levels,nclip); nclip = 1 << nclip; + + switch (iband->format->class) { + case QUAD_PIXEL: pvt->histproc = doHistQ; + pvt->lutproc = doLutQ; + break; + case PAIR_PIXEL: pvt->histproc = doHistP; + pvt->lutproc = doLutP; + break; + case BYTE_PIXEL: pvt->histproc = doHistB; + pvt->lutproc = doLutB; + break; + default: ImplementationError(flo, ped, return(FALSE)); + } + + pvt->histphase = 1; + pvt->histsize = nclip; + if (!(pvt->histdata = (CARD32 *) XieCalloc(nclip * sizeof(CARD32)))) + AllocError(flo,ped,return(FALSE)); + + return InitReceptor(flo,ped,&rcp[SRCt1],NO_DATAMAP,1,1,NO_BANDS) && + InitProcDomain(flo, ped, raw->domainPhototag, + raw->domainOffsetX, raw->domainOffsetY) && + InitEmitter(flo,ped,NO_DATAMAP,SRCt1); +} + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +static int ActivateMatchHist(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + xieFloMatchHistogram *raw = (xieFloMatchHistogram *)ped->elemRaw; + miMatchHistPtr pvt = (miMatchHistPtr)(pet->private); + receptorPtr rcp = pet->receptor; + bandPtr sbnd = &rcp->band[0]; + bandPtr dbnd = &pet->emitter[0]; + + + if (pvt->histphase == 1) { + pointer src; + + src = GetCurrentSrc(flo,pet,sbnd); + while(!ferrCode(flo) && src && SyncDomain(flo,ped,sbnd,KEEP)) { + INT32 x = 0, dx; + while (dx = GetRun(flo,pet,sbnd)) { + if (dx > 0) { + (*(pvt->histproc)) (src,pvt->histdata,pvt->histsize,x,dx); + x += dx; /* nhist += dx; */ + } else + x -= dx; + } + src = GetNextSrc(flo,pet,sbnd,KEEP); + } + + /* Is it time to switch to phase2 */ + if (src || !sbnd->final) { + /* + Since we are keeping data for the second pass, we need to + keep incrementing the threshold so that we won't get activated + until new data is available. + */ + SetBandThreshold(sbnd, sbnd->current + 1); + return (TRUE); + } + pvt->histphase = 2; + } + + /* finished with accumulation, figure out desired LUT */ + if (pvt->histphase == 2) { + + CARD32 nlev = sbnd->format->levels; + CARD32 nclip = pvt->histsize; + MatchFloat *pdfdata, pdftemp[256]; + + + /* + ** NOTE: Could try to maintain for longer periods of time, + ** OR could try to put on stack for small sizes. + */ + if (nclip <= 256) + pdfdata = &pdftemp[0]; + else if (!(pdfdata = (MatchFloat *) + XieMalloc(nclip*sizeof(MatchFloat)))) + AllocError(flo,ped,return(FALSE)); + + /* generate LUT based on match curve type */ + switch (raw->shape) { + case xieValHistogramFlat: + flat_pdf(NULL, pdfdata, nlev); + break; + case xieValHistogramGaussian: + gauss_pdf((pTecHistogramGaussianDefPtr)ped->techPvt, + pdfdata, nlev); + break; + case xieValHistogramHyperbolic: + hyper_pdf((pTecHistogramHyperbolicDefPtr)ped->techPvt, + pdfdata, nlev); + break; + default: + if (nclip > 256) (void) XieFree(pdfdata); + ImplementationError(flo, ped, return(FALSE)); + } + + /* match the histogram and the new shape */ + match_hist(pvt->histdata, pdfdata, nlev); + + if (nclip > 256) (void) XieFree(pdfdata); + + + if (nclip > nlev) { + /* zero tail entries, then mask instead of compare input pixels */ + bzero(pvt->histdata + nlev, (nclip - nlev) * sizeof(CARD32)); + } + + /* Reset src to start from scratch. + ** The domain automatically resyncs in the SyncDomain call. + */ + (void) GetSrc(flo,pet,sbnd,0,KEEP); + pvt->histphase = 3; + } + /* now processing to create actual outputs */ + if (pvt->histphase == 3) { + pointer src, dst; + + src = GetCurrentSrc(flo,pet,sbnd); + dst = GetCurrentDst(flo,pet,dbnd); + while(!ferrCode(flo) && src && dst && SyncDomain(flo,ped,dbnd,FLUSH)) { + INT32 x = 0, dx; + if (src != dst) memcpy (dst, src, dbnd->pitch); + while (dx = GetRun(flo,pet,dbnd)) { + if (dx > 0) { + (*(pvt->lutproc)) (dst,pvt->histdata,pvt->histsize,x,dx); + x += dx; /* nhist += dx; */ + } else + x -= dx; + } + src = GetNextSrc(flo,pet,sbnd,FLUSH); + dst = GetNextDst(flo,pet,dbnd,FLUSH); + } + FreeData(flo,pet,sbnd,sbnd->current); + + /* when dbnd->final goes true, we are done */ + } + return TRUE; +} + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetMatchHist(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + miMatchHistPtr pvt = (miMatchHistPtr)(ped->peTex->private); + if (pvt && pvt->histdata) + pvt->histdata = (CARD32 *) XieFree(pvt->histdata); + + ResetReceptors(ped); + ResetEmitter(ped); + + return TRUE; +} + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyMatchHist(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc) NULL; + ped->ddVec.initialize = (xieIntProc) NULL; + ped->ddVec.activate = (xieIntProc) NULL; + ped->ddVec.reset = (xieIntProc) NULL; + ped->ddVec.destroy = (xieIntProc) NULL; + + return TRUE; +} + + +/*------------------------------------------------------------------------ +------------------------ action procs to do histogram -------------------- +------------------------------------------------------------------------*/ + +/* +** NOTE: Consider revamping Export Client Histogram to not use +** 'pvt' structure so that more sharing of code (and thus potential +** future optimizations) is possible. +*/ + +static void +doHistQ(svoid,hist,clip,x,dx) + pointer svoid; + CARD32 *hist, clip, x, dx; +{ + QuadPixel *src = (QuadPixel *) svoid; + + for ( src += x, clip -= 1; dx > 0 ; dx--) + hist[*src++ & clip]++; +} + +static void +doHistP(svoid,hist,clip,x,dx) + pointer svoid; + CARD32 *hist, clip, x, dx; +{ + PairPixel *src = (PairPixel *) svoid; + + for ( src += x, clip -= 1; dx > 0 ; dx--) + hist[*src++ & clip]++; +} + +static void +doHistB(svoid,hist,clip,x,dx) + pointer svoid; + CARD32 *hist, clip, x, dx; +{ + BytePixel *src = (BytePixel *) svoid; + + for ( src += x, clip -= 1; dx > 0 ; dx--) + hist[*src++ & clip]++; +} + + + +/*------------------------------------------------------------------------ +------------------------ action procs to process lut -------------------- +------------------------------------------------------------------------*/ + +static void +doLutQ(dvoid,lut,clip,x,dx) + pointer dvoid; + CARD32 *lut, clip, x, dx; +{ + QuadPixel *dst = (QuadPixel *) dvoid; + + for ( dst += x, clip -= 1; dx > 0 ; dx--, dst++) + *dst = lut[*dst & clip]; +} + +static void +doLutP(dvoid,lut,clip,x,dx) + pointer dvoid; + CARD32 *lut, clip, x, dx; +{ + PairPixel *dst = (PairPixel *) dvoid; + + for ( dst += x, clip -= 1; dx > 0 ; dx--, dst++) + *dst = lut[*dst & clip]; +} + +static void +doLutB(dvoid,lut,clip,x,dx) + pointer dvoid; + CARD32 *lut, clip, x, dx; +{ + BytePixel *dst = (BytePixel *) dvoid; + + for ( dst += x, clip -= 1; dx > 0 ; dx--, dst++) + *dst = lut[*dst & clip]; +} + + +/*------------------------------------------------------------------------ +-------------------------- process matching curves ----------------------- +------------------------------------------------------------------------*/ + + +static void +match_hist(hptr, pdf, nlev) + CARD32 *hptr; + MatchFloat *pdf; + CARD32 nlev; +{ + double sum, sf; + MatchFloat match, closest, delta; + CARD32 ilev, jlev, plev, hsum; + + /* sum up the probability curve distribution */ + for (sum=0., ilev = 0; ilev < nlev; ilev++) + sum += pdf[ilev]; + + /* normalize and accumulate the pdf */ + sf = 1.0 / (sum ? sum : 1.0); + for (sum=0., ilev = 0; ilev < nlev; ilev++) { + sum += pdf[ilev]; + pdf[ilev] = sum * sf; + } + + /* count up the histogram entries */ + for (hsum=0, ilev = 0; ilev < nlev ; ilev++) { + hsum += hptr[ilev]; + } + + /* match the histogram and the new shape */ + sf = 1.0 / (double) (hsum ? hsum : 1.0); + for (ilev=0, plev=0, hsum=0; ilev < nlev ; ilev++) { + hsum += hptr[ilev]; + match = (MatchFloat) hsum * sf; /* normalize, accumulate */ + + /* search forwards to find closest match */ + for (jlev = plev, closest = 99.0 ; jlev < nlev ; jlev++) { + + delta = match - pdf[jlev]; + if (delta < 0.) delta = -delta; + + if (delta == 0.) {jlev++; break; } + else if (delta < closest) closest = delta; + else if (delta > closest) break; + } + hptr[ilev] = plev = jlev - 1; + } +} + +static void +flat_pdf(raw, pdf, nlev) + pTecHistogramGaussianDefPtr raw; + MatchFloat *pdf; + CARD32 nlev; +{ + CARD32 ilev; + double sf = 1.0 / (double) nlev; + + for (ilev = 0; ilev < nlev; ilev++) + *pdf++ = sf; +} + +static void +gauss_pdf(raw, pdf, nlev) + pTecHistogramGaussianDefPtr raw; + MatchFloat *pdf; + CARD32 nlev; +{ + CARD32 ilev; + double mean, sigma, a, b, xx; + + mean = raw->mean; + sigma = raw->sigma; + + a = 1.0 / sqrt ( 2.0 * M_PI ); /* .39894228 ..... */ + b = 2.0 * sigma * sigma; + + for (ilev = 0; ilev < nlev; ilev++) { + xx = (double) ilev - mean; + pdf[ilev] = a * exp( - (xx * xx) / b); + } +} + +static void +hyper_pdf(raw, pdf, nlev) + pTecHistogramHyperbolicDefPtr raw; + MatchFloat *pdf; + CARD32 nlev; +{ + CARD32 ilev; + BOOL sf; + double cnst, lg; + + + sf = raw->shapeFactor; + cnst = raw->constant; + lg = log(1.0 + 1.0 / cnst); + + for (ilev = 0; ilev < nlev; ilev++) + pdf[ilev] = 1.0 / (((double)(sf ? nlev-1-ilev : ilev) + cnst) * lg); +} + +/* end module mphist.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mplogic.c b/xie/xc/programs/Xserver/XIE/mixie/process/mplogic.c new file mode 100644 index 0000000..cb086fb --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mplogic.c @@ -0,0 +1,814 @@ +/* $XConsortium: mplogic.c,v 1.8 94/04/17 20:35:21 rws Exp $ */ +/**** module mplogic.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mplogic.c -- DDXIE logic element + + Larry Hare -- AGE Logic, Inc. July, 1993 + +*****************************************************************************/ + + +#define _XIEC_MPLOGIC +#define _XIEC_PLOGIC + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeLogic(); + +/* + * routines used internal to this module + */ +static int CreateLogic(); +static int InitializeLogic(); +static int ResetLogic(); +static int DestroyLogic(); + +static int ActivateLogicM(); +static int ActivateLogicD(); +static int ActivateLogicMROI(); +static int ActivateLogicDROI(); + +/* + * DDXIE Logic entry points + */ +static ddElemVecRec LogicVec = { + CreateLogic, + InitializeLogic, + ActivateLogicM, + (xieIntProc)NULL, + ResetLogic, + DestroyLogic + }; + +/* + * Local Declarations. + */ + +typedef struct _mplogicdef { + void (*action) (); + void (*action2) (); + CARD32 cnst; + CARD32 endrun; + CARD32 endix; +} mpLogicPvtRec, *mpLogicPvtPtr; + +#define SHIFT_FROM_LEVELS(shift,levels) \ +{ CARD32 _lev = levels; \ + shift = _lev <= 256 ? (_lev <= 2 ? 0 : 3 ) : (_lev <=65536 ? 4 : 5); \ +} + +static CARD32 rep_cnst(); + +/* +** NOTE: might change over to use mergerops (see mfb/mergerop.h) +** NOTE: might change constant operations to use dyads with prefilled +** constant strip; this would slow them down, but would +** conserve code space. +*/ + +/*------------------------------------------------------------------------ +------------------------ fill in the vector --------------------------- +------------------------------------------------------------------------*/ +int miAnalyzeLogic(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ped->ddVec = LogicVec; + return TRUE; +} + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateLogic(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* always force syncing between inputs (is nop if only one input) */ + return MakePETex(flo,ped, + xieValMaxBands * sizeof(mpLogicPvtRec), + SYNC, /* InSync: Make sure ROI exists first */ + NO_SYNC /* bandSync: see CreateLogic */ + ); +} + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ + +static int ActivateLogicM(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpLogicPvtPtr pvt = (mpLogicPvtPtr) pet->private; + int band, nbands = pet->receptor[SRCt1].inFlo->bands; + bandPtr sband = &(pet->receptor[SRCt1].band[0]); + bandPtr dband = &(pet->emitter[0]); + + for(band = 0; band < nbands; band++, pvt++, sband++, dband++) { + int pitch = sband->format->pitch; /* bits */ + LogInt *svoid, *dvoid; + + if (!(svoid = (LogInt*)GetCurrentSrc(flo,pet,sband)) || + !(dvoid = (LogInt*)GetCurrentDst(flo,pet,dband))) continue; + + do { + (*(pvt->action)) (dvoid, svoid, pvt->cnst, pitch); + svoid = (LogInt*)GetNextSrc(flo,pet,sband,FLUSH); + dvoid = (LogInt*)GetNextDst(flo,pet,dband,FLUSH); + } while (!ferrCode(flo) && svoid && dvoid) ; + + FreeData(flo, pet, sband, sband->current); + } + return TRUE; +} + +static int ActivateLogicD(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpLogicPvtPtr pvt = (mpLogicPvtPtr) pet->private; + int band, nbands = pet->receptor[SRCt1].inFlo->bands; + bandPtr sband = &(pet->receptor[SRCt1].band[0]); + bandPtr tband = &(pet->receptor[SRCt2].band[0]); + bandPtr dband = &(pet->emitter[0]); + + for(band = 0; band < nbands; band++, pvt++, sband++, tband++, dband++) { + LogInt *svoid, *tvoid, *dvoid; + + if (!(svoid = (LogInt*)GetCurrentSrc(flo,pet,sband)) || + !(tvoid = (LogInt*)GetCurrentSrc(flo,pet,tband)) || + !(dvoid = (LogInt*)GetCurrentDst(flo,pet,dband)) ) continue; + + do { + /* This is the code that might rather utilize INPLACE */ + (*(pvt->action)) (dvoid, svoid, tvoid, pvt->endix); + if (pvt->action2) + (*(pvt->action2)) (dvoid, svoid, pvt->endrun, pvt->endix); + svoid = (LogInt*)GetNextSrc(flo,pet,sband,FLUSH); + tvoid = (LogInt*)GetNextSrc(flo,pet,tband,FLUSH); + dvoid = (LogInt*)GetNextDst(flo,pet,dband,FLUSH); + } while (!ferrCode(flo) && svoid && tvoid && dvoid) ; + + if(!svoid && sband->final) /* when sr1 runs out, kill sr2 too */ + DisableSrc(flo,pet,tband,FLUSH); + else if(!tvoid && tband->final) /* when sr2 runs out, pass-thru sr1 */ + BypassSrc(flo,pet,sband); + else { /* both inputs still active, keep the scheduler up to date */ + FreeData(flo,pet,sband,sband->current); + FreeData(flo,pet,tband,tband->current); + } + } + return TRUE; +} + +static int ActivateLogicMROI(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpLogicPvtPtr pvt = (mpLogicPvtPtr) pet->private; + int band, nbands = pet->receptor[SRCt1].inFlo->bands; + bandPtr sband = &(pet->receptor[SRCt1].band[0]); + bandPtr dband = &(pet->emitter[0]); + + for(band = 0; band < nbands; band++, pvt++, sband++, dband++) { + pointer svoid, dvoid; + CARD32 shift; + + if (!(svoid = GetCurrentSrc(flo,pet,sband)) || + !(dvoid = GetCurrentDst(flo,pet,dband))) continue; + + SHIFT_FROM_LEVELS(shift, dband->format->levels) + + while (!ferrCode(flo) && svoid && dvoid && + SyncDomain(flo,ped,dband,FLUSH)) { + INT32 run, ix = 0; + + if (svoid != dvoid) memcpy(dvoid, svoid, dband->pitch); + + while (run = GetRun(flo,pet,dband)) { + if (run > 0) { + (*(pvt->action)) (dvoid, pvt->cnst, + run << shift, ix << shift); + ix += run; + } else + ix -= run; + } + svoid = GetNextSrc(flo,pet,sband,FLUSH); + dvoid = GetNextDst(flo,pet,dband,FLUSH); + } + + FreeData(flo, pet, sband, sband->current); + } + return TRUE; +} + +static int ActivateLogicDROI(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpLogicPvtPtr pvt = (mpLogicPvtPtr) pet->private; + int band, nbands = pet->receptor[SRCt1].inFlo->bands; + bandPtr sband = &(pet->receptor[SRCt1].band[0]); + bandPtr tband = &(pet->receptor[SRCt2].band[0]); + bandPtr dband = &(pet->emitter[0]); + + for(band = 0; band < nbands; band++, pvt++, sband++, tband++, dband++) { + pointer svoid, tvoid, dvoid; + CARD32 shift, w; + + w = sband->format->width; + if (w > tband->format->width) w = tband->format->width; + + if (!(svoid = GetCurrentSrc(flo,pet,sband)) || + !(tvoid = GetCurrentSrc(flo,pet,tband)) || + !(dvoid = GetCurrentDst(flo,pet,dband))) continue; + + SHIFT_FROM_LEVELS(shift, dband->format->levels) + + while (!ferrCode(flo) && svoid && tvoid && dvoid && + SyncDomain(flo,ped,dband,FLUSH)) { + INT32 run, ix = 0; + + if (svoid != dvoid) memcpy(dvoid, svoid, dband->pitch); + + while (run = GetRun(flo,pet,dband)) { + if (run > 0) { + /* needs to clip to second source, yuck */ + if ((ix + run) > w) { + if (ix < w) (*(pvt->action)) (dvoid, tvoid, + (w-ix) << shift, ix << shift); + break; + } + (*(pvt->action)) (dvoid, tvoid, run << shift, ix << shift); + ix += run; + } else + ix -= run; + } + svoid = GetNextSrc(flo,pet,sband,FLUSH); + tvoid = GetNextSrc(flo,pet,tband,FLUSH); + dvoid = GetNextDst(flo,pet,dband,FLUSH); + } + + if(!svoid && sband->final) /* when sr1 runs out, kill sr2 too */ + DisableSrc(flo,pet,tband,FLUSH); + else if(!tvoid && tband->final) /* when sr2 runs out, pass-thru sr1 */ + BypassSrc(flo,pet,sband); + else { /* both inputs still active, keep the scheduler up to date */ + FreeData(flo,pet,sband,sband->current); + FreeData(flo,pet,tband,tband->current); + } + } + return TRUE; +} + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetLogic(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetReceptors(ped); + ResetProcDomain(ped); + ResetEmitter(ped); + return TRUE; +} + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyLogic(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return TRUE; +} + +/*------------------------------------------------------------------------ +--------------------- Lotsa Little Action Routines --------------------- +------------------------------------------------------------------------*/ + +/* NOTE: would be nice to use mfb/mergerop.h. beware though. the roles +** of dst, and source are somewhat reversed. This will be almost +** necessary if we choose to support mismatched levels, and should make +** it simpler to make fine tuned assembly or C code. +*/ + +/* M: (*(pvt->action)) (dvoid, svoid, pvt->cnst, bw); */ +/* D: (*(pvt->action)) (dvoid, svoid, tvoid, bw); */ + +#define MakeM1(name, op) \ +static void name(d,src1,con,bits) \ + LogInt *d, *src1, con; \ + CARD32 bits; \ +{ \ + CARD32 w = (bits + LOGSIZE - 1) / LOGSIZE; \ + while (w >= 4) { *d++ = op; *d++ = op; \ + *d++ = op; *d++ = op; w -= 4; } \ + switch (w) { \ + case 3: *d++ = op; \ + case 2: *d++ = op; \ + case 1: *d = op; \ + default: break; \ + } \ +} + +#define MakeM2(name, rev, op) \ +static void name(d,src1,con,bits) \ + LogInt *d, *src1, con; \ + CARD32 bits; \ +{ \ + CARD32 w = (bits + LOGSIZE - 1) / LOGSIZE; \ + LogInt A, B, C, D; \ + while (w >= 4) { \ + A = *src1++; B = *src1++; C = *src1++; D = *src1++; \ + *d++ = (rev A) op; *d++ = (rev B) op; \ + *d++ = (rev C) op; *d++ = (rev D) op; w -= 4; \ + } \ + switch (w) { \ + case 3: A = *src1++; *d++ = (rev A) op; \ + case 2: A = *src1++; *d++ = (rev A) op; \ + case 1: A = *src1; *d = (rev A) op; \ + default: break; \ + } \ +} + +#define MakeD1(dname, mname) \ +static void dname(d,src1,src2,bits) \ + LogInt *d, *src1, *src2; \ + CARD32 bits; \ +{ \ + mname (d, src2, 0, bits); \ +} + +#define MakeD2(name, rev, op) \ +static void name(d,src1,src2,bits) \ + LogInt *d, *src1, *src2; \ + CARD32 bits; \ +{ \ + CARD32 w = (bits + LOGSIZE - 1) / LOGSIZE; \ + LogInt A, B, C, D, E, F, G, H; \ + while (w >= 4) { \ + A = src1[0]; B = src1[1]; C = src1[2]; D = src1[3]; src1 += 4; \ + E = src2[0]; F = src2[1]; G = src2[2]; H = src2[3]; src2 += 4; \ + d[0] = (rev A) op E; d[1] = (rev B) op F; \ + d[2] = (rev C) op G; d[3] = (rev D) op H; w -= 4; d += 4; \ + } \ + switch (w) { \ + case 3: A = *src1++; E = *src2++; *d++ = (rev A) op E; \ + case 2: A = *src1++; E = *src2++; *d++ = (rev A) op E; \ + case 1: A = *src1; E = *src2++; *d = (rev A) op E; \ + default: break; \ + } \ +} + +#define NaDa + +MakeM1 (mono_clear, (LogInt) 0) +MakeM2 (mono_and, NaDa, & con) +MakeM2 (mono_andrev, ~, & con) +MakeM1 (mono_copy, con) +MakeM2 (mono_andinv, NaDa, & ~con) +MakeM2 (mono_noop, NaDa, NaDa) +MakeM2 (mono_xor, NaDa, ^ con) +MakeM2 (mono_or, NaDa, | con) +MakeM2 (mono_nor, ~, & ~con) +MakeM2 (mono_equiv, NaDa, ^ ~con) +MakeM2 (mono_invert, ~, NaDa) +MakeM2 (mono_orrev, ~, | con) +MakeM1 (mono_copyinv, ~con) +MakeM2 (mono_orinv, NaDa, | ~con) +MakeM2 (mono_nand, ~, | ~con) +MakeM1 (mono_set, ~(LogInt) 0) + +#define dyad_clear mono_clear +MakeD2 (dyad_and, NaDa, & ) +MakeD2 (dyad_andrev, ~, & ) +MakeD1 (dyad_copy, mono_noop) +MakeD2 (dyad_andinv, NaDa, & ~) +#define dyad_noop mono_noop +MakeD2 (dyad_xor, NaDa, ^ ) +MakeD2 (dyad_or, NaDa, | ) +MakeD2 (dyad_nor, ~, & ~) +MakeD2 (dyad_equiv, NaDa, ^ ~) +#define dyad_invert mono_invert +MakeD2 (dyad_orrev, ~, | ) +MakeD1 (dyad_copyinv, mono_invert) +MakeD2 (dyad_orinv, NaDa, | ~) +MakeD2 (dyad_nand, ~, | ~) +#define dyad_set mono_set + +static void (*action_mono[16])() = { + mono_clear, mono_and, mono_andrev, mono_copy, + mono_andinv, mono_noop, mono_xor, mono_or, + mono_nor, mono_equiv, mono_invert, mono_orrev, + mono_copyinv, mono_orinv, mono_nand, mono_set +}; +static void (*action_dyad[16])() = { + dyad_clear, dyad_and, dyad_andrev, dyad_copy, + dyad_andinv, dyad_noop, dyad_xor, dyad_or, + dyad_nor, dyad_equiv, dyad_invert, dyad_orrev, + dyad_copyinv, dyad_orinv, dyad_nand, dyad_set +}; + +/*------------------------------------------------------------------------ +--------------------- ROI operations work on subranges ------------------ +------------------------------------------------------------------------*/ + +/* MROI: (*(pvt->action)) (dvoid, pvt->cnst, run, ix); */ +/* DROI: (*(pvt->action)) (dvoid, src2, run, ix); */ + +#define MakeROIM1(name, op) \ +static void name(d,con,run,ix) \ + LogInt *d, con; \ + CARD32 run, ix; \ +{ \ + LogInt D, M; \ + CARD32 sbit = ix & LOGMASK; \ + d += (ix >>= LOGSHIFT); \ + if (sbit + run >= LOGSIZE) { \ + if (sbit) { \ + M = BitRight(LOGONES,sbit); run -= (LOGSIZE - sbit); \ + D = *d; *d = (D & ~M) | (op & M); d++; \ + } \ + for (sbit = run >> LOGSHIFT; sbit > 0; sbit--, d++ ) { \ + *d = op; \ + } \ + if (run &= LOGMASK) { \ + M = ~BitRight(LOGONES,run); \ + D = *d; *d = (D & ~M) | (op & M); \ + } \ + } else { \ + M = BitRight(LOGONES,sbit) & ~(BitRight(LOGONES,sbit+run)); \ + D = *d; *d = (D & ~M) | (op & M); \ + } \ +} + +#define MakeROIM2(name, rev, op) \ +static void name(d,con,run,ix) \ + LogInt *d, con; \ + CARD32 run, ix; \ +{ \ + LogInt D, M; \ + CARD32 sbit = ix & LOGMASK; \ + d += (ix >>= LOGSHIFT); \ + if (sbit + run >= LOGSIZE) { \ + if (sbit) { \ + M = BitRight(LOGONES,sbit); run -= (LOGSIZE - sbit); \ + D = *d; *d = (D & ~M) | (((rev D) op) & M); d++; \ + } \ + for (sbit = run >> LOGSHIFT; sbit > 0; sbit--, d++ ) { \ + *d = (rev *d) op; \ + } \ + if (run &= LOGMASK) { \ + M = ~BitRight(LOGONES,run); \ + D = *d; *d = (D & ~M) | (((rev D) op) & M); \ + } \ + } else { \ + M = BitRight(LOGONES,sbit) & ~(BitRight(LOGONES,sbit+run)); \ + D = *d; *d = (D & ~M) | (((rev D) op) & M); d++; \ + } \ +} + +#define MakeROIM3(name) \ +static void name(d,con,run,ix) \ + LogInt *d, con; \ + CARD32 run, ix; \ +{ \ + return; /* NoOp */ \ +} + +#define MakeROID1(name, op) \ +static void name(d,src2,run,ix) \ + LogInt *d, *src2; \ + CARD32 run, ix; \ +{ \ + LogInt D, M; \ + CARD32 sbit = ix & LOGMASK; \ + ix >>= LOGSHIFT; d += ix; src2 += ix; \ + if (sbit + run >= LOGSIZE) { \ + if (sbit) { \ + M = BitRight(LOGONES,sbit); run -= (LOGSIZE - sbit); \ + D = *d; *d = (D & ~M) | ((op *src2++) & M); d++; \ + } \ + for (sbit = run >> LOGSHIFT; sbit > 0; sbit--, d++, src2++ ) { \ + *d = op *src2; \ + } \ + if (run &= LOGMASK) { \ + M = ~BitRight(LOGONES,run); \ + D = *d; *d = (D & ~M) | ((op *src2) & M); \ + } \ + } else { \ + M = BitRight(LOGONES,sbit) & ~(BitRight(LOGONES,sbit+run)); \ + D = *d; *d = (D & ~M) | ((op *src2) & M); \ + } \ +} + +#define MakeROID2(name, rev, op) \ +static void name(d,src2,run,ix) \ + LogInt *d, *src2; \ + CARD32 run, ix; \ +{ \ + LogInt D, M; \ + CARD32 sbit = ix & LOGMASK; \ + ix >>= LOGSHIFT; d += ix; src2 += ix; \ + if (sbit + run >= LOGSIZE) { \ + if (sbit) { \ + M = BitRight(LOGONES,sbit); run -= (LOGSIZE - sbit); \ + D = *d; *d = (D & ~M) | (((rev D) op *src2++) & M); d++; \ + } \ + for (sbit = run >> LOGSHIFT; sbit > 0; sbit--, d++, src2++ ) { \ + *d = (rev *d) op *src2; \ + } \ + if (run &= LOGMASK) { \ + M = ~BitRight(LOGONES,run); \ + D = *d; *d = (D & ~M) | (((rev D) op *src2) & M); \ + } \ + } else { \ + M = BitRight(LOGONES,sbit) & ~(BitRight(LOGONES,sbit+run)); \ + D = *d; *d = (D & ~M) | (((rev D) op *src2) & M); \ + } \ +} + +MakeROIM1 (mroi_clear, (LogInt) 0) +MakeROIM2 (mroi_and, NaDa, & con) +MakeROIM2 (mroi_andrev, ~, & con) +MakeROIM1 (mroi_copy, con) +MakeROIM2 (mroi_andinv, NaDa, & ~con) +MakeROIM3 (mroi_noop ) +MakeROIM2 (mroi_xor, NaDa, ^ con) +MakeROIM2 (mroi_or, NaDa, | con) +MakeROIM2 (mroi_nor, ~, & ~con) +MakeROIM2 (mroi_equiv, NaDa, ^ ~con) +MakeROIM2 (mroi_invert, ~, NaDa) +MakeROIM2 (mroi_orrev, ~, | con) +MakeROIM1 (mroi_copyinv, ~con) +MakeROIM2 (mroi_orinv, NaDa, | ~con) +MakeROIM2 (mroi_nand, ~, | ~con) +MakeROIM1 (mroi_set, ~(LogInt) 0) + +#define droi_clear mroi_clear +MakeROID2 (droi_and, NaDa, & ) +MakeROID2 (droi_andrev, ~, & ) +MakeROID1 (droi_copy, NaDa) +MakeROID2 (droi_andinv, NaDa, & ~) +#define droi_noop mroi_noop +MakeROID2 (droi_xor, NaDa, ^ ) +MakeROID2 (droi_or, NaDa, | ) +MakeROID2 (droi_nor, ~, & ~) +MakeROID2 (droi_equiv, NaDa, ^ ~) +#define droi_invert mroi_invert +MakeROID2 (droi_orrev, ~, | ) +MakeROID1 (droi_copyinv, ~) +MakeROID2 (droi_orinv, NaDa, | ~) +MakeROID2 (droi_nand, ~, | ~) +#define droi_set mroi_set + +static void (*action_monoROI[16])() = { + mroi_clear, mroi_and, mroi_andrev, mroi_copy, + mroi_andinv, mroi_noop, mroi_xor, mroi_or, + mroi_nor, mroi_equiv, mroi_invert, mroi_orrev, + mroi_copyinv, mroi_orinv, mroi_nand, mroi_set +}; +static void (*action_dyadROI[16])() = { + droi_clear, droi_and, droi_andrev, droi_copy, + droi_andinv, droi_noop, droi_xor, droi_or, + droi_nor, droi_equiv, droi_invert, droi_orrev, + droi_copyinv, droi_orinv, droi_nand, droi_set +}; + +/*------------------------------------------------------------------------ +---------------------------- some other goodies ------------------------- +------------------------------------------------------------------------*/ + +static void action_tail(d, src, run, ix) + LogInt *d, *src; + CARD32 run, ix; +{ + LogInt D, M; + CARD32 sbit = ix & LOGMASK; + ix >>= LOGSHIFT; d += ix; src += ix; + if (sbit + run >= LOGSIZE) { + if (sbit) { + M = BitRight(LOGONES,sbit); run -= (LOGSIZE - sbit); + D = *d; *d = (D & ~M) | (*src++ & M); d++; + } + for (sbit = run >> LOGSHIFT; sbit > 0; sbit--) { + *d++ = *src++; + } + if (run &= LOGMASK) { /* may be unnecessary due to padding */ + M = ~BitRight(LOGONES,run); + D = *d; *d = (D & ~M) | (*src & M); + } + } else { + M = BitRight(LOGONES,sbit) & ~(BitRight(LOGONES,sbit+run)); + D = *d; *d = (D & ~M) | (*src & M); + } +} + +static CARD32 +rep_cnst(levels, dconst) + CARD32 levels; + double dconst; +{ + + CARD32 con = ConstrainConst(dconst,levels); + + if (levels <= 0x100) { + if ( levels > 2) { + con &= 0xff; con |= con << 8; return con | (con << 16); + } + if (levels == 2) { + return con & 1 ? ~0 : 0; + } + return 0; + } else if (levels < 0x10000) { + con &= 0xffff; return con | (con << 16); + } + return con & 0xffffff; +} + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ + +static int InitializeLogic(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + xieFloLogical *raw = (xieFloLogical *) ped->elemRaw; + pLogicDefPtr epvt = (pLogicDefPtr) ped->elemPvt; + mpLogicPvtPtr pvt = (mpLogicPvtPtr) pet->private; + receptorPtr rcp = pet->receptor; + CARD32 nbands = pet->receptor[SRCt1].inFlo->bands; + bandPtr dband = &(pet->emitter[0]); + CARD8 msk = raw->bandMask; + BOOL hasROI = raw->domainPhototag != 0; + CARD32 band; + void (*act)(); + + if (hasROI) { + if (raw->src2) { + ped->ddVec.activate = ActivateLogicDROI; + act = action_dyadROI[raw->operator]; + } else { + ped->ddVec.activate = ActivateLogicMROI; + act = action_monoROI[raw->operator]; + } + } else { /* no ROI */ + if (raw->src2) { + ped->ddVec.activate = ActivateLogicD; + act = action_dyad[raw->operator]; + } else { + ped->ddVec.activate = ActivateLogicM; + act = action_mono[raw->operator]; + } + } + + for (band=0; bandaction = act; + if (!raw->src2) { + pvt->cnst = rep_cnst(dband->format->levels, epvt->constant[band]); + } else if (!hasROI) { + /* gack, an alternative is to use INPLACE for SRCt1 */ + bandPtr tband = &(pet->receptor[SRCt2].band[band]); + if (dband->format->pitch <= tband->format->pitch) { + pvt->action2 = (void (*)()) NULL; + pvt->endix = dband->format->pitch; /* bits */ + } else { + pvt->action2 = action_tail; + pvt->endix = tband->format->pitch; + pvt->endrun = dband->format->pitch - pvt->endix; + } + } + } + + /* If processing domain, allow replication */ + if (hasROI) + pet->receptor[ped->inCnt-1].band[0].replicate = msk; + + InitReceptor(flo, ped, &rcp[SRCt1], NO_DATAMAP, 1, msk, ~msk); + if (msk && raw->src2) + InitReceptor(flo, ped, &rcp[SRCt2], NO_DATAMAP, 1, msk, NO_BANDS); + if (hasROI) + InitProcDomain(flo, ped, raw->domainPhototag, raw->domainOffsetX, + raw->domainOffsetY); + if (msk) + InitEmitter(flo, ped, NO_DATAMAP, hasROI ? SRCt1 : NO_INPLACE); + + return !ferrCode(flo); +} + + +/* end module mplogic.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mppaste.c b/xie/xc/programs/Xserver/XIE/mixie/process/mppaste.c new file mode 100644 index 0000000..fc6e050 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mppaste.c @@ -0,0 +1,557 @@ +/* $XConsortium: mppaste.c,v 1.6 94/04/17 20:35:21 rws Exp $ */ +/**** module mppaste.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mppaste.c -- DDXIE paste up element + + Dean Verheiden, Larry Hare && Robert NC Shelley -- AGE Logic, Inc. + July, 1993 + +*****************************************************************************/ + +#define _XIEC_MPPASTE +#define _XIEC_PPASTE + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzePasteUp(); + +/* + * routines used internal to this module + */ +static int CreatePasteUp(); +static int InitializePasteUp(); +static int ActivatePasteUp(); +static int ResetPasteUp(); +static int DestroyPasteUp(); + +/* Fill functions */ +static void FillReal(); +static void FillQuad(); +static void FillPair(); +static void FillByte(); +static void FillBit(); + +/* Action functions */ +static void PasteReal(); +static void PasteQuad(); +static void PastePair(); +static void PasteByte(); +static void PasteBit(); + +/* + * DDXIE Paste Up entry points + */ +static ddElemVecRec PasteUpVec = { + CreatePasteUp, + InitializePasteUp, + ActivatePasteUp, + (xieIntProc)NULL, + ResetPasteUp, + DestroyPasteUp + }; + +/* + * Local Declarations. + */ + +typedef struct _pasterect { + Bool active; /* indicates this src is not finished yet */ + INT32 sxoff; /* src x offset */ + INT32 dxoff; /* dst x offset */ + INT32 dyoff; /* dst y offset */ + CARD32 width; /* clipped width of src on output window */ + CARD32 height; /* clipped height of src on output window */ + CARD32 receptorIndex; +} PasteRectRec, *PasteRectPtr; + +typedef struct _mppasteupdef { + void (*fill)(); + void (*action)(); + INT32 nextline; + CARD32 iconstant; + CARD32 numRects; /* Number of interesting src for this band */ + PasteRectPtr rects; +} mpPasteUpPvtRec, *mpPasteUpPvtPtr; + + +/*------------------------------------------------------------------------ +----------------------------- Analyze ------------------------------------ +------------------------------------------------------------------------*/ +int miAnalyzePasteUp(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* for now just stash our entry point vector in the peDef */ + ped->ddVec = PasteUpVec; + + return(TRUE); +} /* end miAnalyzePasteUp */ + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreatePasteUp(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + int auxsize = xieValMaxBands * sizeof(mpPasteUpPvtRec); + + /* Force syncing between sources, but not bands */ + return (MakePETex(flo, ped, auxsize, SYNC, NO_SYNC) ); +} /* end CreatePasteUp */ + + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializePasteUp(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloPasteUp *raw = (xieFloPasteUp *)ped->elemRaw; + peTexPtr pet = ped->peTex; + CARD32 nbands = pet->receptor[SRCt1].inFlo->bands; + PasteUpFloat *fconst = ((pPasteUpDefPtr)ped->elemPvt)->constant; + mpPasteUpPvtPtr pvt; + xieTypTile *tp; + bandPtr iband, oband; + CARD32 b, t; + + if (!(InitReceptors(flo, ped, NO_DATAMAP, 1) && + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE))) + return (FALSE); + + /* Figure out the appropriate action vector */ + /* Use first source for the band types since they all must be the same */ + iband = &(pet->receptor[SRCt1].band[0]); + pvt = (mpPasteUpPvtPtr)pet->private; + for(b = 0; b < nbands; b++, pvt++, iband++, fconst++) { + + /* Zero out "interesting" rectangle counters */ + pvt->numRects = 0; + pvt->nextline = pet->emitter[b].format->height - 1; + + /* Clip fill for constrained data */ + if (IsConstrained(iband->format->class)) + pvt->iconstant = ConstrainConst(*fconst,iband->format->levels); + + switch (iband->format->class) { + case UNCONSTRAINED: + pvt->fill = FillReal; + pvt->action = PasteReal; + break; + case QUAD_PIXEL: + pvt->fill = FillQuad; + pvt->action = PasteQuad; + break; + case PAIR_PIXEL: + pvt->fill = FillPair; + pvt->action = PastePair; + break; + case BYTE_PIXEL: + pvt->fill = FillByte; + pvt->action = PasteByte; + break; + case BIT_PIXEL: + pvt->fill = FillBit; + pvt->action = PasteBit; + break; + default: + ImplementationError(flo, ped, return(FALSE)); + break; + } + } + + /* Disable completely clipped srcs, determine minimum y of non clipped src */ + tp = (xieTypTile *)&(raw[1]); + for (t = 0; t < raw->numTiles; t++, tp++) { + iband = &(pet->receptor[t].band[0]); + oband = &pet->emitter[0]; + pvt = (mpPasteUpPvtPtr)pet->private; + for(b = 0; b < nbands; b++, iband++, oband++, pvt++) { + INT32 dst_width = oband->format->width; + INT32 dst_height = oband->format->height; + if ((tp->dstY + (INT32)iband->format->height) <= 0 || + (tp->dstX + (INT32)iband->format->width) <= 0 || + (tp->dstX >= dst_width) || + (tp->dstY >= dst_height)) + DisableSrc(flo,pet,iband,FLUSH); + else { + pvt->numRects++; + if (tp->dstY < pvt->nextline) + pvt->nextline = (tp->dstY > 0) ? tp->dstY : 0; + } + } + } + + /* Allocate space for srcs that are not completely clipped */ + pvt = (mpPasteUpPvtPtr)pet->private; + for (b = 0; b < nbands; b++, pvt++) + if (pvt->numRects) { + pvt->rects = + (PasteRectPtr)XieMalloc(pvt->numRects * sizeof(PasteRectRec)); + pvt->numRects = 0; /* Will be used as list is built */ + } else + pvt->rects = (PasteRectPtr)NULL; + + /* + Build list for each band containing srcs that are displayed, adjust + thresholds for srcs without minimum y + */ + tp = (xieTypTile *)&(raw[1]); + for (t = 0; t < raw->numTiles; t++, tp++) { + CARD8 amask = 1, active = pet->receptor[t].active; + iband = &(pet->receptor[t].band[0]); + oband = &pet->emitter[0]; + pvt = (mpPasteUpPvtPtr)pet->private; + for(b = 0; b < nbands; b++, iband++, oband++, amask <<= 1, pvt++) { + if (active & amask) { + INT32 dst_width = oband->format->width; + INT32 dst_height = oband->format->height; + PasteRectPtr pr = &(pvt->rects[pvt->numRects++]); /* Yuck */ + + pr->active = TRUE; + pr->receptorIndex = t; + if (tp->dstX >= 0) { /* clip left */ + pr->sxoff = 0; + pr->dxoff = tp->dstX; + pr->width = iband->format->width; + } else { + pr->sxoff = -tp->dstX; + pr->dxoff = 0; + pr->width = iband->format->width - pr->sxoff; + } + if (pr->dxoff + pr->width > dst_width) /* clip right */ + pr->width = dst_width - pr->dxoff; + + if (tp->dstY >= 0) { /* clip top */ + pr->dyoff = tp->dstY; + pr->height = iband->format->height; + } else { + pr->dyoff = 0; + pr->height = iband->format->height - (-tp->dstY); + } + if (pr->dyoff + pr->height > dst_height)/* clip bottom */ + pr->height = dst_height - pr->dyoff; + + /* Adjust thresholds if necessary */ + if (tp->dstY != pvt->nextline) { + if (tp->dstY > pvt->nextline) + IgnoreBand(iband); + else + SetBandThreshold(iband,-tp->dstY+1); + } + } + } + } + + return( TRUE ); +} /* end InitializePasteUp */ + +/*------------------------------------------------------------------------ +------------------------ crank some single input data -------------------- +------------------------------------------------------------------------*/ +static int ActivatePasteUp(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + pPasteUpDefPtr pvt = (pPasteUpDefPtr) ped->elemPvt; + PasteUpFloat *fconst = pvt->constant; + receptorPtr rcp = pet->receptor; + CARD32 bands = rcp[SRCt1].inFlo->bands; + bandPtr dbnd = &pet->emitter[0]; + mpPasteUpPvtPtr mpvt = (mpPasteUpPvtPtr) pet->private; + pointer src, dst; + PasteRectPtr tp; + CARD32 t, b; + + for(b = 0; b < bands; b++, dbnd++, mpvt++, fconst++) { + INT32 dst_width = dbnd->format->width; + + /* Get pointer for dst scanline, Fill with constant */ + if (!(dst = GetCurrentDst(flo,pet,dbnd))) + break; + + (*(mpvt->fill)) (dst,*fconst,mpvt->iconstant,dst_width); + + /* Skip any constant lines */ + if (dbnd->current < mpvt->nextline) { + while (dbnd->current < mpvt->nextline) { + if (dst = GetNextDst(flo,pet,dbnd,KEEP)) { + (*(mpvt->fill)) (dst,*fconst,mpvt->iconstant,dst_width); + } else { + PutData(flo,pet,dbnd,dbnd->current); + return TRUE; + } + } + } + + mpvt->nextline = dbnd->format->height; + tp = mpvt->rects; + for (t = 0; t < mpvt->numRects; t++, tp++){ + bandPtr sbnd = &rcp[tp->receptorIndex].band[b]; + INT32 tdy = tp->dyoff; + INT32 tdend = tdy + tp->height; + + if (!tp->active) continue; + + /* see if this src has a line for the destination */ + if ((INT32)dbnd->current >= tdy && (INT32)dbnd->current < tdend) { + + if (sbnd->threshold > 1) { + src = GetSrc(flo,pet,sbnd,sbnd->threshold - 1,KEEP); + SetBandThreshold(sbnd,1); + } else + src = GetCurrentSrc(flo,pet,sbnd); + if (!src) /* all tiles for this line should be ready */ + ImplementationError(flo, ped, return(FALSE)); + + (*(mpvt->action)) (src, tp->sxoff, dst, tp->dxoff, tp->width); + + FreeData(flo,pet,sbnd,sbnd->current+1); + if ((dbnd->current + 1) < tdend) + mpvt->nextline = dbnd->current + 1; + else + tp->active = FALSE; + } else if (tdy == (dbnd->current + 1)) { + /* Tile missed on this line but will be needed for next line */ + AttendBand(sbnd); + mpvt->nextline = dbnd->current + 1; + } else if (tdy < mpvt->nextline) { + mpvt->nextline = tdy; + } + } + + if (mpvt->nextline < dbnd->format->height) { + /* ... still more tiles to copy */ + (void) GetNextDst(flo,pet,dbnd,FLUSH); + if (mpvt->nextline != dbnd->current) { + /* ... find the Next bunch of tiles */ + tp = mpvt->rects; + for (t = 0; t < mpvt->numRects; t++, tp++) + if (tp->active && tp->dyoff == mpvt->nextline) { + AttendBand(&rcp[tp->receptorIndex].band[b]); + } + } + } else { + /* ... fill in remaining destination with constant */ + while((dst = GetNextDst(flo,pet,dbnd,KEEP))) + (*(mpvt->fill)) (dst,*fconst,mpvt->iconstant,dst_width); + PutData(flo,pet,dbnd,dbnd->current); + } + + } + return(TRUE); +} /* end ActivatePasteUp */ + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetPasteUp(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + mpPasteUpPvtPtr pvt = (mpPasteUpPvtPtr)pet->private; + CARD32 nbands = pet->receptor[SRCt1].inFlo->bands; + CARD32 b; + + /* Free any lists that were malloced */ + for (b = 0; b < nbands; b++, pvt++) + if (pvt->rects) + pvt->rects = (PasteRectPtr)XieFree(pvt->rects); + + ResetReceptors(ped); + ResetEmitter(ped); + + + return(TRUE); +} /* end ResetPasteUp */ + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyPasteUp(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.flush = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return(TRUE); +} /* end DestroyPasteUp */ + +/*------------------------------------------------------------------------ +--------------------------PasteUp fill routines ------------------------ +------------------------------------------------------------------------*/ +static void FillReal(dst,ffill,ifill,width) + RealPixel *dst; + PasteUpFloat ffill; + CARD32 ifill,width; +{ + while (width-- > 0) *dst++ = ffill; +} + +#define PasteFill(fname,stype) \ +static void fname(din,ffill,ifill,width) \ +pointer din; \ +PasteUpFloat ffill; \ +CARD32 ifill,width; \ +{ \ +stype *dst = (stype *)din, fill = (stype)ifill; \ + while (width-- > 0) *dst++ = fill; \ +} + +PasteFill(FillQuad,QuadPixel) +PasteFill(FillPair,PairPixel) +PasteFill(FillByte,BytePixel) + + +static void FillBit(dst,ffill,ifill,width) + BitPixel *dst; + PasteUpFloat ffill; + CARD32 ifill,width; +{ + memset((char *)dst, (ifill ? ~0 : 0), (width+7)>>3); +} + +/*------------------------------------------------------------------------ +--------------------------PasteUp action routines ---------------------- +------------------------------------------------------------------------*/ + +#define PasteAction(fname,stype) \ +static void fname(sin,s_off,din,d_off,width) \ +CARD32 width, s_off, d_off; \ +pointer sin, din; \ +{ \ +stype *src = (stype *)sin, *dst = (stype *)din; \ + src += s_off; \ + dst += d_off; \ + while (width-- > 0) *dst++ = *src++; \ +} + +PasteAction(PasteReal,RealPixel) +PasteAction(PasteQuad,QuadPixel) +PasteAction(PastePair,PairPixel) +PasteAction(PasteByte,BytePixel) + +static void PasteBit(sin,s_off,din,d_off,width) + CARD32 width, s_off, d_off; + pointer sin, din; +{ + LogInt * src = (LogInt *) sin; + LogInt * dst = (LogInt *) din; + for ( ; width-- > 0 ; s_off++, d_off++ ) { + if (LOG_tstbit(src,s_off)) + LOG_setbit(dst,d_off); + else + LOG_clrbit(dst,d_off); + } +} + +/* end module mppaste.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mppoint.c b/xie/xc/programs/Xserver/XIE/mixie/process/mppoint.c new file mode 100644 index 0000000..28bffca --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mppoint.c @@ -0,0 +1,1037 @@ +/* $XConsortium: mppoint.c,v 1.5 94/04/17 20:35:25 rws Exp $ */ +/**** module mppoint.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mppoint.c -- DDXIE point element + + Larry Hare -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + + +#define _XIEC_MPPOINT +#define _XIEC_PPOINT + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzePoint(); + +/* + * routines used internal to this module + */ +static int CreatePoint(); +static int InitializePoint(); +static int ActivatePoint(); +static int ResetPoint(); +static int DestroyPoint(); + +#if XIE_FULL +static int ActivatePointExplode(); +static int ActivatePointExplodeMsk(); +static int ActivatePointCombine(); +static int ActivatePointROI(); + +#define LUT_EXPLODE +#endif + +/* + * DDXIE Point entry points + */ +static ddElemVecRec PointVec = { + CreatePoint, + InitializePoint, + ActivatePoint, + (xieIntProc) NULL, + ResetPoint, + DestroyPoint + }; + +/* +* Local Declarations. +*/ +typedef struct _mppointdef { + void (*action) (); +#if XIE_FULL + /* below here for crazy pixels only */ + pointer (*convert) (); + pointer buffer; + CARD32 constant; + CARD8 shiftok; + CARD8 shiftamt; + CARD32 mask; /* for all 3 bands */ + CARD32 width; /* for all 3 bands */ + void (*merge) (); /* for all 3 bands */ + void (*store) (); /* for all 3 bands */ +#endif +} mpPointPvtRec, *mpPointPvtPtr; + +static void P11_bb0(), P11_bb1(); +static void P11_bb(), P11_Bb(), P11_Pb(), P11_Qb(); +static void P11_bB(), P11_BB(), P11_PB(), P11_QB(); +static void P11_bP(), P11_BP(), P11_PP(), P11_QP(); +static void P11_bQ(), P11_BQ(), P11_PQ(), P11_QQ(); + +static void (*action_pnt11[4][4])() = { + P11_bb, P11_Bb, P11_Pb, P11_Qb, /* [out=1][inp=1...4] */ + P11_bB, P11_BB, P11_PB, P11_QB, /* [out=2][inp=1...4] */ + P11_bP, P11_BP, P11_PP, P11_QP, /* [out=3][inp=1...4] */ + P11_bQ, P11_BQ, P11_PQ, P11_QQ, /* [out=4][inp=1...4] */ +}; + +#if XIE_FULL +static void Proi11_bb0(); +static void Proi11_bb(), Proi11_BB(), Proi11_PP(), Proi11_QQ(); + +static void (*action_pntroi11[4])() = { + Proi11_bb, Proi11_BB, Proi11_PP, Proi11_QQ /* [out==inp=1...4] */ +}; + +static void crazy_horse(); + +static void CPM_B3BB(), CPS_B3BB(), CPA_B3BB(); + +static void CPMRG_B(), CPMRG_P(), CPMRG_Q(); + +static void (*action_merge[3])() = { /* [intclass - 2] */ + CPMRG_B, CPMRG_P, CPMRG_Q /* [byte,pair,quad] */ +}; + +static pointer CPCNV_bB(), CPCNV_BB(); +static pointer CPCNV_bP(), CPCNV_BP(), CPCNV_PP(); +static pointer CPCNV_bQ(), CPCNV_BQ(), CPCNV_PQ(); + +static pointer (*action_convert[3][3])() = { /* [intclass-2][ii-1] */ + CPCNV_bB, CPCNV_BB, 0, /* [out=Byte] [inp=bits,byte,pair] */ + CPCNV_bP, CPCNV_BP, CPCNV_PP, /* [out=Pair] [inp=bits,byte,pair] */ + CPCNV_bQ, CPCNV_BQ, CPCNV_PQ /* [out=Quad] [inp=bits,byte,pair] */ +}; +#endif + +/*------------------------------------------------------------------------ +------------------------ fill in the vector --------------------------- +------------------------------------------------------------------------*/ +int miAnalyzePoint(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ped->ddVec = PointVec; + return TRUE; +} + + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreatePoint(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + return MakePETex(flo,ped, + xieValMaxBands * sizeof(mpPointPvtRec), + SYNC, /* InSync: Make sure Lut exists first */ + NO_SYNC /* bandSync: see InitializePoint */ + ); +} + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializePoint(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + xieFloPoint *raw = (xieFloPoint *)ped->elemRaw; + peTexPtr pet = ped->peTex; + mpPointPvtPtr pvt = (mpPointPvtPtr) pet->private; + receptorPtr rcp = pet->receptor; + CARD32 nbands = pet->receptor[SRCtag].inFlo->bands; + CARD32 lbands = pet->receptor[LUTtag].inFlo->bands; + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + bandPtr oband = &(pet->emitter[0]); + CARD8 msk = raw->bandMask; + BOOL bandsync = FALSE; + CARD8 passmsk, lutmask; + CARD32 band; + +#if XIE_FULL + if (nbands == 3 && lbands == 1) { + int oo = oband->format->class; + int ii = iband->format->class; + int intclass; + CARD32 c0, c1, c2, ctotal; + CARD32 iimin = ii, iimax = ii; + + pvt->width = iband->format->width; + + c1 = (iband+1)->format->class; + if (c1 > iimax) iimax = c1; else if (c1 < iimin) iimin = c1; + c2 = (iband+2)->format->class; + if (c2 > iimax) iimax = c2; else if (c2 < iimin) iimin = c2; + + /* Create CRAZY pixels by multiply/accumulate */ + if (pet->receptor[LUTtag].band[0].format->width == xieValLSFirst) { + (pvt+0)->constant = c0 = 1; + (pvt+1)->constant = c1 = (iband+0)->format->levels; + (pvt+2)->constant = c2 = (iband+0)->format->levels * + (iband+1)->format->levels; + ctotal = c2 * (iband+2)->format->levels; + } else { /* swizzle band-order MSFirst */ + (pvt+2)->constant = c2 = 1; + (pvt+1)->constant = c1 = (iband+2)->format->levels; + (pvt+0)->constant = c0 = (iband+2)->format->levels * + (iband+1)->format->levels; + ctotal = c0 * (iband+0)->format->levels; + } + + if ((c0 & (c0-1)) == 0) { + (pvt+0)->shiftamt = ffs(c0) - 1; + (pvt+0)->shiftok = 1; + } else (pvt+0)->shiftok = 0; + if ((c1 & (c1-1)) == 0) { + (pvt+1)->shiftamt = ffs(c1) - 1; + (pvt+1)->shiftok = 1; + } else (pvt+1)->shiftok = 0; + if ((c2 & (c2-1)) == 0) { + (pvt+2)->shiftamt = ffs(c2) - 1; + (pvt+2)->shiftok = 1; + } else (pvt+2)->shiftok = 0; + + if (ctotal <= 2) /* Could happen if levels were 1/1/2. pretty silly */ + ctotal = 4; + + SetDepthFromLevels(ctotal,c2); + pvt->mask = (1< BYTE -> BYTE */ + pvt->action = ((pvt+0)->shiftok && + (pvt+1)->shiftok && + (pvt+2)->shiftok) ? CPS_B3BB : CPM_B3BB; + } else { + /* Do it the hard way */ + pvt->action = crazy_horse; + if (intclass == BYTE_PIXEL && oo == BYTE_PIXEL) { + pvt->merge = CPA_B3BB; + pvt->store = 0; + } else { + pvt->merge = action_merge[intclass-2]; + pvt->store = (oband->format->levels == 1) + ? P11_bb0 + : action_pnt11[oo-1][intclass-1]; + } + for(band = 0; band < nbands; band++, pvt++, iband++) { + ii = iband->format->class; + pvt->width = iband->format->width; + /* might allocate extra space and use lut instead of multiply */ + pvt->convert = action_convert[intclass-2][ii-1]; + if (!(pvt->buffer = (pointer) + XieMalloc(pvt->width << (intclass - BYTE_PIXEL)))) + AllocError(flo,ped,return(FALSE)); + } + } + + /* protocol requires msk == ALL_BANDS */ + msk = ALL_BANDS; passmsk = NO_BANDS, lutmask = 1; bandsync = TRUE; + ped->ddVec.activate = ActivatePointCombine; + + } else if (nbands == 1 && lbands == 3) { + + for(band = 0; band < lbands; band++, pvt++, oband++) { + int oo = oband->format->class; + int ii = iband->format->class; + + if (oband->format->levels == 1) + pvt->action = P11_bb0; + else if ((iband->format->levels == 1) && (oo == BIT_PIXEL)) + pvt->action = P11_bb1; + else + pvt->action = action_pnt11[oo-1][ii-1]; + } +#if defined(LUT_EXPLODE) + if ((msk & 7) == 7) { + /* Only works when all 3 bands selected */ + msk = 1; passmsk = NO_BANDS; lutmask = ALL_BANDS; bandsync = TRUE; + ped->ddVec.activate = ActivatePointExplode; + } else +#endif + { + /* must actually activate these bands instead of using passmsk */ + ped->ddVec.activate = ActivatePointExplodeMsk; + lutmask = msk; msk = 1; passmsk = NO_BANDS; bandsync = FALSE; + rcp[SRCtag].band[0].replicate = ~msk; + } + + } else if (nbands == lbands) { + /* Standard Case. Map each band thru its own LUT */ + + if (raw->domainPhototag) { + for(band = 0; band < nbands; band++, pvt++, iband++, oband++) { + int oo = oband->format->class; + + pvt->action = (oband->format->levels == 1) + ? Proi11_bb0 + : action_pntroi11[oo-1]; + } + passmsk = ~msk; lutmask = msk; + rcp[ped->inCnt-1].band[0].replicate = msk; + ped->ddVec.activate = ActivatePointROI; + } else { +#endif + for(band = 0; band < nbands; band++, pvt++, iband++, oband++) { + int oo = oband->format->class; + int ii = iband->format->class; + + if (oband->format->levels == 1) + pvt->action = P11_bb0; + else if ((iband->format->levels == 1) && (oo == BIT_PIXEL)) + pvt->action = P11_bb1; + else + pvt->action = action_pnt11[oo-1][ii-1]; + } + passmsk = ~msk; lutmask = msk; + ped->ddVec.activate = ActivatePoint; +#if XIE_FULL + } + } else + ImplementationError(flo,ped, return(FALSE)); +#endif + pet->bandSync = bandsync; + return(InitReceptor(flo,ped,&rcp[SRCtag],NO_DATAMAP,1,msk,passmsk) && + InitReceptor(flo,ped,&rcp[LUTtag],NO_DATAMAP,1,lutmask,NO_BANDS) && + (!raw->domainPhototag || + InitProcDomain(flo, ped, raw->domainPhototag, + raw->domainOffsetX, raw->domainOffsetY)) && + InitEmitter(flo, ped, NO_DATAMAP, + (raw->domainPhototag ? SRCtag : NO_INPLACE))); +} + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ +/*------------------ (1 Band, 3 LUTS) --> (3 Bands) -------------------*/ + +#if XIE_FULL +#if defined(LUT_EXPLODE) +/* +** NOTE: +** This code was used in the SI alpha drop and works fine. However +** using our new band replication feature, we can replicate the +** image band and use the 3x3 mapping code. On the three machines +** I compared the execution times on, the results were within a few +** percent; but this code was faster. If you want to save a bit +** of code space, turn off the define LUT_EXPLODE. +*/ + +static int ActivatePointExplode(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpPointPvtPtr pvt = (mpPointPvtPtr) pet->private; + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + bandPtr lband = &(pet->receptor[LUTtag].band[0]); + bandPtr oband = &(pet->emitter[0]); + pointer lvoid0, lvoid1, lvoid2; + pointer ovoid0, ovoid1, ovoid2; + pointer ivoid; + int bw = iband->format->width; + + /* asking for 1 should fetch entire lut strip */ + lvoid0 = GetSrcBytes(flo,pet,lband,0,1,FALSE); lband++; + lvoid1 = GetSrcBytes(flo,pet,lband,0,1,FALSE); lband++; + lvoid2 = GetSrcBytes(flo,pet,lband,0,1,FALSE); + + if (!lvoid0 || !lvoid1 || !lvoid2) + ImplementationError(flo,ped, return(FALSE)); + + ivoid = GetCurrentSrc(flo,pet,iband); + ovoid0 = GetCurrentDst(flo,pet,oband); oband++; + ovoid1 = GetCurrentDst(flo,pet,oband); oband++; + ovoid2 = GetCurrentDst(flo,pet,oband); oband -= 2; + while (!ferrCode(flo) && ivoid && ovoid0 && ovoid1 && ovoid2) { + + (*((pvt+0)->action)) (ivoid, ovoid0, lvoid0, bw); + (*((pvt+1)->action)) (ivoid, ovoid1, lvoid1, bw); + (*((pvt+2)->action)) (ivoid, ovoid2, lvoid2, bw); + + ivoid = GetNextSrc(flo,pet,iband,TRUE); + ovoid0 = GetNextDst(flo,pet,oband,TRUE); oband++; + ovoid1 = GetNextDst(flo,pet,oband,TRUE); oband++; + ovoid2 = GetNextDst(flo,pet,oband,TRUE); oband -= 2; + } + FreeData(flo, pet, iband, iband->current); + if (iband->final) { + FreeData(flo, pet, lband ,lband->current); lband--; + FreeData(flo, pet, lband ,lband->current); lband--; + FreeData(flo, pet, lband ,lband->current); + } + return TRUE; +} +#endif + +static int ActivatePointExplodeMsk(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpPointPvtPtr pvt = (mpPointPvtPtr) pet->private; + xieFloPoint *raw = (xieFloPoint *)ped->elemRaw; + int band, nbands = pet->receptor[LUTtag].inFlo->bands; + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + bandPtr lband = &(pet->receptor[LUTtag].band[0]); + bandPtr oband = &(pet->emitter[0]); + CARD8 msk = raw->bandMask; + pointer lvoid; + + for(band = 0; band < nbands; band++, pvt++, iband++, oband++, lband++) { + register int bw = iband->format->width; + pointer ivoid, ovoid; + + if ((msk & (1<strip)) + return(FALSE); + } while(GetSrc(flo,pet,iband,iband->maxLocal,FLUSH)); + FreeData(flo,pet,iband,iband->maxLocal); + } + continue; + } + + /* Or process similar to ordinary Point code. */ + if (!(lvoid = GetSrcBytes(flo,pet,lband,0,1,FALSE)) || + !(ivoid = GetCurrentSrc(flo,pet,iband)) || + !(ovoid = GetCurrentDst(flo,pet,oband))) continue; + + do { + (*(pvt->action)) (ivoid, ovoid, lvoid, bw); + ivoid = GetNextSrc(flo,pet,iband,TRUE); + ovoid = GetNextDst(flo,pet,oband,TRUE); + } while (!ferrCode(flo) && ivoid && ovoid) ; + + FreeData(flo, pet, iband, iband->current); + if (iband->final) + FreeData(flo, pet, lband, lband->current); + } + return TRUE; +} + +/*------------------ (3 Band, 1 LUTS) --> (1 Bands) -------------------*/ + +static int ActivatePointCombine(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpPointPvtPtr pvt = (mpPointPvtPtr) pet->private; + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + bandPtr lband = &(pet->receptor[LUTtag].band[0]); + bandPtr oband = &(pet->emitter[0]); + pointer ivoid0, ivoid1, ivoid2, lvoid, ovoid; + + /* asking for 1 should fetch entire lut strip */ + if (!(lvoid = GetSrcBytes(flo,pet,lband,0,1,FALSE))) + return FALSE; + + ovoid = GetCurrentDst(flo,pet,oband); + ivoid0 = GetCurrentSrc(flo,pet,iband); iband++; + ivoid1 = GetCurrentSrc(flo,pet,iband); iband++; + ivoid2 = GetCurrentSrc(flo,pet,iband); iband -= 2; + + while (!ferrCode(flo) && ovoid && ivoid0 && ivoid1 && ivoid2) { + + (*(pvt->action)) (ivoid0, ivoid1, ivoid2, lvoid, ovoid, pvt); + + ovoid = GetNextDst(flo,pet,oband,TRUE); + ivoid0 = GetNextSrc(flo,pet,iband,TRUE); iband++; + ivoid1 = GetNextSrc(flo,pet,iband,TRUE); iband++; + ivoid2 = GetNextSrc(flo,pet,iband,TRUE); iband -= 2; + } + + FreeData(flo, pet, iband, iband->current); iband++; + FreeData(flo, pet, iband, iband->current); iband++; + FreeData(flo, pet, iband, iband->current); + + if (iband->final) + FreeData(flo, pet, lband, lband->current); + + return TRUE; +} + +/*------------------ (3 Band, 3 LUTS, ROI) --> (3 Bands) -------------------*/ +/*------------------ (1 Band, 1 LUTS, ROI) --> (1 Bands) -------------------*/ + +static int ActivatePointROI(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + + mpPointPvtPtr pvt = (mpPointPvtPtr) pet->private; + int band, nbands = pet->receptor[LUTtag].inFlo->bands; /* ??? */ + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + bandPtr lband = &(pet->receptor[LUTtag].band[0]); + bandPtr rband = &(pet->receptor[ped->inCnt-1].band[0]); + bandPtr oband = &(pet->emitter[0]); + pointer lvoid; + + for(band=0; band < nbands; band++,pvt++,iband++,oband++,lband++,rband++) { + pointer ivoid, ovoid; + + /* 1 should fetch entire lut strip */ + if (!(lvoid = GetSrcBytes(flo,pet,lband,0,1,FALSE)) || + !(ivoid = GetCurrentSrc(flo,pet,iband)) || + !(ovoid = GetCurrentDst(flo,pet,oband))) continue; + + while (!ferrCode(flo) && ivoid && ovoid && + SyncDomain(flo,ped,oband,FLUSH)) { + INT32 run, currentx = 0; + + if(ivoid != ovoid) memcpy(ovoid, ivoid, oband->pitch); + + while (run = GetRun(flo,pet,oband)) { + if (run > 0) { + (*(pvt->action)) (ovoid, lvoid, run, currentx); + currentx += run; + } else + currentx -= run; + } + + ivoid = GetNextSrc(flo,pet,iband,TRUE); + ovoid = GetNextDst(flo,pet,oband,TRUE); + } + + FreeData(flo, pet, iband, iband->current); + if (iband->final) + FreeData(flo, pet, lband, lband->current); + } + return TRUE; +} +#endif + +/*------------------ (3 Band, 3 LUTS) --> (3 Bands) -------------------*/ +/*------------------ (1 Band, 1 LUTS) --> (1 Bands) -------------------*/ + +static int ActivatePoint(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpPointPvtPtr pvt = (mpPointPvtPtr) pet->private; + int band, nbands = pet->receptor[LUTtag].inFlo->bands; + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + bandPtr lband = &(pet->receptor[LUTtag].band[0]); + bandPtr oband = &(pet->emitter[0]); + pointer lvoid; + + for(band = 0; band < nbands; band++, pvt++, iband++, oband++, lband++) { + register int bw = iband->format->width; + pointer ivoid, ovoid; + + /* 1 should fetch entire lut strip */ + if (!(lvoid = GetSrcBytes(flo,pet,lband,0,1,FALSE)) || + !(ivoid = GetCurrentSrc(flo,pet,iband)) || + !(ovoid = GetCurrentDst(flo,pet,oband))) continue; + + do { + (*(pvt->action)) (ivoid, ovoid, lvoid, bw); + ivoid = GetNextSrc(flo,pet,iband,TRUE); + ovoid = GetNextDst(flo,pet,oband,TRUE); + } while (!ferrCode(flo) && ivoid && ovoid) ; + + FreeData(flo, pet, iband, iband->current); + if (iband->final) + FreeData(flo, pet, lband, lband->current); + } + return TRUE; +} + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetPoint(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ +#if XIE_FULL + mpPointPvtPtr pvt = (mpPointPvtPtr) (ped->peTex->private); + int band; + + /* free any dynamic private data */ + if (pvt) + for (band = 0 ; band < xieValMaxBands ; band++, pvt++) + if (pvt->buffer) + pvt->buffer = (pointer) XieFree(pvt->buffer); +#endif + ResetReceptors(ped); + ResetProcDomain(ped); + ResetEmitter(ped); + return TRUE; +} + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyPoint(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* get rid of the peTex structure */ + if(ped->peTex) + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return TRUE; +} + +/*------------------------------------------------------------------------ +--------------------- Lotsa Little Action Routines --------------------- +------------------------------------------------------------------------*/ + +/* +** bitonal ---> LUT ---> bitonal (only 4 possibilities) +*/ + +static void +P11_bb(INP,OUTP,LUTP,bw) + pointer INP; pointer OUTP; pointer LUTP; int bw; +{ + unsigned char *lutp = (unsigned char *) LUTP; + + if (*lutp++ == 0) { + if (*lutp == 0) + action_clear (OUTP, bw, 0); + else + passcopy_bit (OUTP, INP, bw, 0); + } else if (*lutp == 0) { + passcopy_bit (OUTP, INP, bw, 0); + action_invert (OUTP, bw, 0); + } else + action_set (OUTP, bw, 0); +} + +/* +** bitonal ---> LUT ---> bitonal (input is single level) +*/ + +static void +P11_bb1(INP,OUTP,LUTP,bw) + pointer INP; pointer OUTP; pointer LUTP; int bw; +{ + CARD8 *lutp = (CARD8 *) LUTP; + + if (*lutp) action_set(OUTP, bw, 0); + else action_clear(OUTP, bw, 0); +} + +/* +** anything ---> LUT ---> bitonal (output is single level) +*/ + +static void +P11_bb0(INP,OUTP,LUTP,bw) + pointer INP; pointer OUTP; pointer LUTP; int bw; +{ + action_clear(OUTP, bw, 0); +} + +/* +** DO_P11b - single band, single lut, bit to bit +** DO_P11c - single band, single lut, consume bits +** DO_P11x - single band, single lut, consume bits (to bytes only) +** DO_P11p - single band, single lut, produce bits +** DO_P11 - single band, single lut, non-bit versions +*/ + +#define DO_P11b(fd_do,itype,otype) /* see P11_bb, P11_bb1, P11_bb0 above */ + +#define DO_P11c(fn_do,itype,otype) \ +static void \ +fn_do(INP,OUTP,LUTP,bw) \ + pointer INP; pointer OUTP; pointer LUTP; int bw; \ +{ \ + LogInt *inp = (LogInt *) INP; \ + otype *outp = (otype *) OUTP; \ + otype *lutp = (otype *) LUTP; \ + otype loval = lutp[0], hival = lutp[1]; \ + LogInt M, inval; \ + for ( ; bw >= LOGSIZE ; bw -= LOGSIZE) \ + for (M=LOGLEFT, inval = *inp++; M; LOGRIGHT(M)) \ + *outp++ = (inval & M) ? hival : loval; \ + if (bw > 0) \ + for (M=LOGLEFT, inval = *inp++; bw; bw--, LOGRIGHT(M)) \ + *outp++ = (inval & M) ? hival : loval; \ +} +#define DO_P11p(fn_do,itype,otype) \ +static void \ +fn_do(INP,OUTP,LUTP,bw) \ + pointer INP; pointer OUTP; pointer LUTP; int bw; \ +{ \ + itype *inp = (itype *) INP; \ + LogInt *outp = (LogInt *) OUTP, M, outval; \ + unsigned char *lutp = (unsigned char *) LUTP; \ + for ( ; bw >= LOGSIZE ; *outp++ = outval, bw -= LOGSIZE) \ + for (M=LOGLEFT, outval = 0; M; LOGRIGHT(M)) \ + if (lutp[*inp++]) \ + outval |= M; \ + if (bw > 0) { \ + for (M=LOGLEFT, outval = 0; bw; bw--, LOGRIGHT(M)) \ + if (lutp[*inp++]) \ + outval |= M; \ + *outp++ = outval; \ + } \ +} + +#define DO_P11x(fn_do,itype,otype) \ +static void \ +fn_do(INP,OUTP,LUTP,bw) \ + pointer INP; pointer OUTP; pointer LUTP; int bw; \ +{ \ + otype *lutp = (otype *) LUTP; \ + bitexpand(INP,OUTP,bw, lutp[0], lutp[1]); \ +} + +#define DO_P11(fn_do,itype,otype) \ +static void \ +fn_do(INP,OUTP,LUTP,bw) \ + pointer INP; pointer OUTP; pointer LUTP; int bw; \ +{ \ + itype *inp = (itype *) INP; \ + otype *outp = (otype *) OUTP; \ + otype *lutp = (otype *) LUTP; \ + while (bw-- > 0) *outp++ = lutp[*inp++]; \ +} + +/* +** DO_P11b - bit to bit +** DO_P11c - consume bits +** DO_P11x - consume bits (faster bit eXpander for bytes only) +** DO_P11p - produce bits +** DO_P11 - non-bit versions +*/ + +DO_P11b (P11_bb, BitPixel, BitPixel) +DO_P11p (P11_Bb, BytePixel, BitPixel) +DO_P11p (P11_Pb, PairPixel, BitPixel) +DO_P11p (P11_Qb, QuadPixel, BitPixel) + +DO_P11x (P11_bB, BitPixel, BytePixel) +DO_P11 (P11_BB, BytePixel, BytePixel) +DO_P11 (P11_PB, PairPixel, BytePixel) +DO_P11 (P11_QB, QuadPixel, BytePixel) + +DO_P11c (P11_bP, BitPixel, PairPixel) +DO_P11 (P11_BP, BytePixel, PairPixel) +DO_P11 (P11_PP, PairPixel, PairPixel) +DO_P11 (P11_QP, QuadPixel, PairPixel) + +DO_P11c (P11_bQ, BitPixel, QuadPixel) +DO_P11 (P11_BQ, BytePixel, QuadPixel) +DO_P11 (P11_PQ, PairPixel, QuadPixel) +DO_P11 (P11_QQ, QuadPixel, QuadPixel) + +/*------------------------------------------------------------------------ +--------------------- ROI operations work on subranges ------------------ +------------------------------------------------------------------------*/ +#if XIE_FULL +/* +** The Proi11_XX routines only map within a single type. By making new +** routines here, instead of using the P11_XX routines above, it +** may be easier to optimize the more important P11_XX routines by +** virtue of starting on nicely aligned boundaries. +*/ + +static void +Proi11_bb0(INP,LUTP,run,ix) + pointer INP; pointer LUTP; int run; int ix; +{ + action_clear (INP, run, ix); +} + +static void +Proi11_bb(INP,LUTP,run,ix) + pointer INP; pointer LUTP; int run; int ix; +{ + CARD8 *lutp = (CARD8 *) LUTP; + + if (*lutp++ == 0) { + if (*lutp == 0) action_clear (INP, run, ix); + } else if (*lutp == 0) action_invert (INP, run, ix); + else action_set (INP, run, ix); +} + +#define ROI_P11(fn_do,iotype) \ +static void \ +fn_do(INP,LUTP,run,ix) \ + pointer INP; pointer LUTP; INT32 run; INT32 ix; \ +{ \ + iotype *inp = ((iotype *) INP) + ix; \ + iotype *lutp = (iotype *) LUTP; \ + while (run-- > 0) { *inp = lutp[*inp]; inp++; } \ +} + +ROI_P11 (Proi11_BB, BytePixel) +ROI_P11 (Proi11_PP, PairPixel) +ROI_P11 (Proi11_QQ, QuadPixel) +#endif + +/*------------------------------------------------------------------------ +--------------------- Crazy Pixels Action Routines --------------------- +------------------------------------------------------------------------*/ +#if XIE_FULL +/* +** The Activate routine will nominally call this routine to do all +** the necessary moderation per scanline. However in the typical +** case of going from a triple byte to a single byte image, one of the +** CPM_B3BB or CPS_B3BB routines will get called instead. +*/ + +static void +crazy_horse(ivoid0, ivoid1, ivoid2, lvoid, ovoid, pvt) + pointer ivoid0, ivoid1, ivoid2, lvoid, ovoid; + mpPointPvtPtr pvt; +{ + ivoid0 = (*(pvt->convert)) (ivoid0, pvt); pvt++; + ivoid1 = (*(pvt->convert)) (ivoid1, pvt); pvt++; + ivoid2 = (*(pvt->convert)) (ivoid2, pvt); pvt -= 2; + if (pvt->store) { + (*(pvt->merge)) (ivoid0, ivoid1, ivoid2, lvoid, pvt->buffer, pvt); + (*(pvt->store)) (pvt->buffer, ovoid, lvoid, pvt->width); + } else + (*(pvt->merge)) (ivoid0, ivoid1, ivoid2, lvoid, ovoid, pvt); +} + +/* +** Some cpu's are not to good at multiplies, so we need two versions. +*/ + +#define MakeCrazyPix(name, itype, otype, OP, field) \ +static void \ +name(ivoid0, ivoid1, ivoid2, lvoid, ovoid, pvt) \ + pointer ivoid0, ivoid1, ivoid2, lvoid, ovoid; \ + mpPointPvtPtr pvt; \ +{ \ + itype *i0 = (itype *) ivoid0; \ + itype *i1 = (itype *) ivoid1; \ + itype *i2 = (itype *) ivoid2; \ + otype *l = (otype *) lvoid; \ + otype *o = (otype *) ovoid; \ + CARD32 c0 = (pvt+0)->field; \ + CARD32 c1 = (pvt+1)->field; \ + CARD32 c2 = (pvt+2)->field; \ + CARD32 msk = pvt->mask; \ + CARD32 bw = pvt->width; \ + CARD32 j; \ + for (j = 0; j < bw; j++) \ + *o++ = l[((i0[j] OP c0) + (i1[j] OP c1) + (i2[j] OP c2)) & msk];\ +} + +#define MakeCrazyMergeLut(name, itype, otype) \ +static void \ +name(ivoid0, ivoid1, ivoid2, lvoid, ovoid, pvt) \ + pointer ivoid0, ivoid1, ivoid2, lvoid, ovoid; \ + mpPointPvtPtr pvt; \ +{ \ + itype *i0 = (itype *) ivoid0; \ + itype *i1 = (itype *) ivoid1; \ + itype *i2 = (itype *) ivoid2; \ + otype *l = (otype *) lvoid; \ + otype *o = (otype *) ovoid; \ + CARD32 msk = pvt->mask; \ + CARD32 bw = pvt->width; \ + CARD32 j; \ + for (j = 0; j < bw; j++) \ + *o++ = l[(i0[j] + i1[j] + i2[j]) & msk]; \ +} + +#define MakeCrazyMerge(name, iotype) \ +static void \ +name(ivoid0, ivoid1, ivoid2, lvoid, ovoid, pvt) \ + pointer ivoid0, ivoid1, ivoid2, lvoid, ovoid; \ + mpPointPvtPtr pvt; \ +{ \ + iotype *i0 = (iotype *) ivoid0; \ + iotype *i1 = (iotype *) ivoid1; \ + iotype *i2 = (iotype *) ivoid2; \ + iotype *op = (iotype *) ovoid; \ + CARD32 msk = pvt->mask; \ + CARD32 bw = pvt->width; \ + CARD32 j; \ + for (j = 0; j < bw; j++) \ + op[j] = (i0[j] + i1[j] + i2[j]) & msk; \ +} + +#define MakeCrazyConvert(name, itype, otype) \ +static pointer \ +name(ivoid,pvt) \ + pointer ivoid; \ + mpPointPvtPtr pvt; \ +{ \ + itype *i = (itype *) ivoid; \ + otype *o = (otype *) pvt->buffer; \ + CARD32 c = pvt->constant; \ + CARD32 bw = pvt->width; \ + if ( (sizeof(itype) == sizeof(otype)) && (c == 1)) \ + return ivoid; \ + if (pvt->shiftok) \ + for (c = pvt->shiftamt ; bw > 0; bw--) *o++ = *i++ << c; \ + else \ + for ( ; bw > 0; bw--) *o++ = *i++ * c; \ + return pvt->buffer; \ +} + +static pointer +CPCNV_bB(ivoid,pvt) + pointer ivoid; + mpPointPvtPtr pvt; +{ + bitexpand(ivoid, pvt->buffer, pvt->width, 0, pvt->constant); + return pvt->buffer; +} + +#define MakeCrazyConvertBit(name, otype) \ +static pointer \ +name(ivoid,pvt) \ + pointer ivoid; \ + mpPointPvtPtr pvt; \ +{ \ + LogInt *i = (LogInt *) ivoid, ival, M; \ + otype *o = (otype *) pvt->buffer; \ + CARD32 c = pvt->constant; \ + int bw = pvt->width; \ + int nw = bw >> LOGSHIFT; \ + for ( ; nw > 0; nw--) \ + for (ival = *i++, M=LOGLEFT; M ; LOGRIGHT(M)) \ + *o++ = (ival & M) ? c : 0; \ + if ((bw &= LOGMASK)) \ + for (ival = *i, M=LOGLEFT; bw > 0 ; bw--, LOGRIGHT(M)) \ + *o++ = (ival & M) ? c : 0; \ + return pvt->buffer; \ +} + + +MakeCrazyPix (CPM_B3BB, BytePixel, BytePixel, *, constant) +MakeCrazyPix (CPS_B3BB, BytePixel, BytePixel, <<, shiftamt) +MakeCrazyMergeLut (CPA_B3BB, BytePixel, BytePixel ) +MakeCrazyMerge (CPMRG_B, BytePixel) +MakeCrazyMerge (CPMRG_P, PairPixel) +MakeCrazyMerge (CPMRG_Q, QuadPixel) + + +MakeCrazyConvert (CPCNV_BB, BytePixel, BytePixel) +MakeCrazyConvert (CPCNV_BP, BytePixel, PairPixel) +MakeCrazyConvert (CPCNV_BQ, BytePixel, QuadPixel) +MakeCrazyConvert (CPCNV_PP, PairPixel, PairPixel) +MakeCrazyConvert (CPCNV_PQ, PairPixel, QuadPixel) +MakeCrazyConvertBit (CPCNV_bP, PairPixel) +MakeCrazyConvertBit (CPCNV_bQ, QuadPixel) +#endif + +/* end module mppoint.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mprgb.c b/xie/xc/programs/Xserver/XIE/mixie/process/mprgb.c new file mode 100644 index 0000000..1773aa1 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mprgb.c @@ -0,0 +1,1346 @@ +/* $XConsortium: mprgb.c,v 1.6 94/04/17 20:35:25 rws Exp $ */ +/**** module mprgb.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mprgb.c -- DDXIE Convert To/From RGB elements + + Larry Hare -- AGE Logic, Inc. August, 1993 + +*****************************************************************************/ + + +#define _XIEC_MPRGB +#define _XIEC_PCFRGB +#define _XIEC_PCTRGB + +/* + * Include files + */ +#include +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include +#include + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeToRGB(); +int miAnalyzeFromRGB(); + +/* + * routines used internal to this module + */ + +static int CreateToRGB(); +static int InitializeToRGB(); +static int SetupToRGB(); + +static int CreateFromRGB(); +static int InitializeFromRGB(); +static int SetupFromRGB(); + +static int ResetRGB(); +static int DestroyRGB(); +static void ClearRGB(); +static void CheckRGB(); + +static int ActivateRGB(); + +/* + * DDXIE Convert To/From RGB element entry points. + */ +static ddElemVecRec ToRGBVec = { + CreateToRGB, + InitializeToRGB, + ActivateRGB, + (xieIntProc) NULL, + ResetRGB, + DestroyRGB + }; + +static ddElemVecRec FromRGBVec = { + CreateFromRGB, + InitializeFromRGB, + ActivateRGB, + (xieIntProc) NULL, + ResetRGB, + DestroyRGB + }; + +/* +** Local Declarations. +** NOTE: use #define EARLY_SETUP to do setup at create time +** NOTE: uses RGBFloat's for matrix multiply. +*/ + +#define EARLY_SETUP +typedef RealPixel RGBFloat; + +typedef struct _mprgbdef { + void (*action) (); /* every one needs these */ + void (*post) (); /* clipping, or CIELab, for floats */ + CARD32 iclip[3]; /* clip values for integers */ + pointer (*cvt_in[3])(); /* !0 if need to expand input */ + pointer (*cvt_out[3])(); /* !0 if need to compress output */ + pointer aux_buf[3]; /* used for cvt_in/cvt_out */ + RGBFloat matrix[12]; + INT32 imatrix[12]; +} mpRGBPvtRec, *mpRGBPvtPtr; + +/* +** NOTES on BASIC ALGORITHM: +** 1) All transforms center on a matrix. Either a passed in XYZMAT +** or one synthesized from Luma values. +** 2) White Point adjustments, if specified are applied to this matrix. +** 3) Bias (YCbCr) or Implicit Biasing and Scaling (YCC) are applied. +** (Float to Float stops here, matmul is done as floats) +** 4) If inputs are integers, a scale is applied to reduce input +** input numbers to range 0.0 to 1.0. +** (Int to Float stops here, matmul is done as floats) +** 5) If outputs are integers, a scale is applied to expand values +** back to output range. For tripleband with all 256 levels +** for inputs and outputs, this cancels step 4. But allows +** for mapping say an (8,8,4) image to say (16,4,4). This +** final matrix is turned into a scaled fraction integer matrix. +** (Int to Int stops here, matmul is done as scaled fractions) +*/ + +/*------------------------------------------------------------------------ +------------------------ fill in the vector --------------------------- +------------------------------------------------------------------------*/ +int miAnalyzeToRGB(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ped->ddVec = ToRGBVec; + return TRUE; +} + +int miAnalyzeFromRGB(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ped->ddVec = FromRGBVec; + return TRUE; +} + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int +CreateToRGB(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + if (!MakePETex(flo,ped,sizeof(mpRGBPvtRec), NO_SYNC, SYNC)) + return FALSE; + +#if defined(EARLY_SETUP) + if (!SetupToRGB(flo, ped, 0 /* modify ?? */)) + return FALSE; +#endif + + return TRUE; +} + +static int +CreateFromRGB(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + /* always force syncing between inputs (is nop if only one input) */ + if (!MakePETex(flo,ped,sizeof(mpRGBPvtRec), NO_SYNC, SYNC)) + return FALSE; + +#if defined(EARLY_SETUP) + if (!SetupFromRGB(flo, ped, 0 /* modify ?? */)) + return FALSE; +#endif + + return TRUE; +} + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ + +static int +InitializeToRGB(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ +#if !defined(EARLY_SETUP) + if (!SetupToRGB(flo, ped, 0 /* modify ?? */)) + return FALSE; +#endif + + InitReceptors(flo, ped, NO_DATAMAP, 1); + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE); + + return !ferrCode(flo); +} + +static int +InitializeFromRGB(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ +#if !defined(EARLY_SETUP) + if (!SetupFromRGB(flo, ped, 0 /* modify ?? */)) + return FALSE; +#endif + + InitReceptors(flo, ped, NO_DATAMAP, 1); + InitEmitter(flo, ped, NO_DATAMAP, NO_INPLACE); + + return !ferrCode(flo); +} + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ + +static int +ActivateRGB(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpRGBPvtPtr pvt = (mpRGBPvtPtr) pet->private; + bandPtr sband = &(pet->receptor[SRCt1].band[0]); + bandPtr dband = &(pet->emitter[0]); + CARD32 npix = sband->format->width; + pointer svoid[3], dvoid[3], stvoid[3], dtvoid[3]; + CARD32 b; + BOOL stop; + + for (b = 0; b < 3; b++, sband++, dband++) { + if (!(svoid[b] = GetCurrentSrc(flo,pet,sband))) + return TRUE; + if (!(dvoid[b] = GetCurrentDst(flo,pet,dband))) + return TRUE; + stvoid[b] = pvt->cvt_in[b] + ? (*pvt->cvt_in[b]) (pvt->aux_buf[b], svoid[b], pvt, npix) + : svoid[b] ; + dtvoid[b] = pvt->cvt_out[b] ? pvt->aux_buf[b] : dvoid[b]; + } sband -= 3; dband -= 3; + + do { + + (*(pvt->action)) (dtvoid, stvoid, pvt, npix); + + if (pvt->post) (*(pvt->post)) (dtvoid, npix); + + for (b = 0, stop = FALSE; b < 3; b++, sband++, dband++) { + if (pvt->cvt_out[b]) + (*pvt->cvt_out[b]) (dvoid[b], dtvoid[b], pvt, npix); + stop |= !(svoid[b] = GetNextSrc(flo,pet,sband,FLUSH)); + stop |= !(dvoid[b] = GetNextDst(flo,pet,dband,FLUSH)); + if (!stop) { + dtvoid[b] = pvt->cvt_out[b] ? dtvoid[b] : dvoid[b]; + stvoid[b] = pvt->cvt_in[b] + ? (*pvt->cvt_in[b]) (stvoid[b], svoid[b], pvt, npix) + : svoid[b] ; + } + } sband -= 3; dband -= 3; + + } while (!ferrCode(flo) && !stop) ; + + for (b = 0; b < 3; b++, sband++) { + FreeData(flo, pet, sband, sband->current); + } sband -= 3; + + return TRUE; +} + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int +ResetRGB(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + +#if !defined(EARLY_SETUP) + ClearRGB(flo, ped); +#endif + + ResetReceptors(ped); + ResetProcDomain(ped); + ResetEmitter(ped); + return TRUE; +} + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int +DestroyRGB(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + +#if defined(EARLY_SETUP) + ClearRGB(flo, ped); +#endif + + /* get rid of the peTex structure and private structures */ + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return TRUE; +} + +/*------------------------------------------------------------------------ +------------------------ Action Utility Routines ----------------------- +------------------------------------------------------------------------*/ + +/* + * Used for CIELab conversions. + * + * NOTE: Investigate use of stock cbrt() function in libc. + * NOTE: Borrowed from lib/X/XcmsMath.h + * NOTE: Copyright 1990 X Consortium + * + * NOTE: Investigate use of stock cbrt() function in libc. + * NOTE: Used better choice of seed values with emphasis on + * range of 0 to 1, and other smallish numbers. + */ + +#if !defined(XCMS_CUBEROOT) +#define XCMS_CUBEROOT _cmsCubeRoot + +/* Newton's Method: x_n+1 = x_n - ( f(x_n) / f'(x_n) ) */ +/* for cube roots, x^3 - a = 0, x_new = x - 1/3 (x - a/x^2) */ +#ifndef DBL_EPSILON +#define DBL_EPSILON 1e-6 +#endif + +double +_cmsCubeRoot(a) + double a; +{ + register double abs_a, cur_guess, delta; + if (a == 0.) + return 0.; + + /* convert to positive to speed loop tests */ + abs_a = a < 0. ? -a : a; + + /* arbitrary first guess */ + cur_guess = abs_a < 1. ? 0.5 + .500 * abs_a : + abs_a < 1000. ? 1.0 + .125 * abs_a : + 10.0 + .0125 * abs_a ; + do { + delta = (cur_guess - abs_a/(cur_guess*cur_guess))/3.; + cur_guess -= delta; + if (delta < 0.) delta = -delta; + } while (delta >= cur_guess*DBL_EPSILON); + + return a > 0. ? cur_guess : -cur_guess; +} +#endif + +/*------------------------------------------------------------------------ +--------------------- Lotsa Little Action Routines --------------------- +------------------------------------------------------------------------*/ + +/* (*(pvt->cvt_out)) (dvoid, svoid, pvt, npix); */ +/* (*(pvt->cvt_in)) (dvoid, svoid, pvt, npix); */ +/* (*(pvt->action)) (dvoid, svoid, pvt, npix); */ +/* (*(pvt->post)) (dvoid, npix); */ + +static pointer +cvt_bit_to_pair(dvoid,svoid,pvt,npix) + pointer dvoid, svoid; + mpRGBPvtPtr pvt; + CARD32 npix; +{ + LogInt *bitp = (LogInt *) svoid, ival, M; + PairPixel *pairp = (PairPixel *) dvoid; + int nw = npix >> LOGSHIFT; + for ( ; nw > 0; nw--) + for (ival = *bitp++, M=LOGLEFT; M ; LOGRIGHT(M)) + *pairp++ = (ival & M) ? (PairPixel) 1 : (PairPixel) 0; + if ((npix &= LOGMASK)) + for (ival = *bitp, M=LOGLEFT; npix > 0 ; npix--, LOGRIGHT(M)) + *pairp++ = (ival & M) ? (PairPixel) 1 : (PairPixel) 0; + return dvoid; +} + +static pointer +cvt_byte_to_pair(dvoid,svoid,pvt,npix) + pointer dvoid, svoid; + mpRGBPvtPtr pvt; + CARD32 npix; +{ + BytePixel *bytep = (BytePixel *) svoid; + PairPixel *pairp = (PairPixel *) dvoid; + for ( ; npix > 0; npix--) + *pairp++ = *bytep++; + return dvoid; +} + +static pointer +cvt_pair_to_byte(dvoid,svoid,pvt,npix) + pointer dvoid, svoid; + mpRGBPvtPtr pvt; + CARD32 npix; +{ + PairPixel *pairp = (PairPixel *) svoid; + BytePixel *bytep = (BytePixel *) dvoid; + for ( ; npix > 0; npix--) + *bytep++ = *pairp++; /* already hard-clipped!! */ + return dvoid; +} + +static pointer +cvt_pair_to_bit(dvoid,svoid,pvt,npix) + pointer dvoid, svoid; + mpRGBPvtPtr pvt; + CARD32 npix; +{ + PairPixel *pairp = (PairPixel *) svoid; + LogInt *bitp = (LogInt *) dvoid, bitval, M; + for ( ; npix >= LOGSIZE; *bitp++ = bitval, npix -= LOGSIZE) + for (M=LOGLEFT, bitval = 0; M; LOGRIGHT(M)) + if (*pairp++) + bitval |= M; + if (npix > 0) { + for (M=LOGLEFT, bitval = 0; npix > 0; npix--, LOGRIGHT(M)) + if (*pairp++) + bitval |= M; + *bitp = bitval; + } + return dvoid; +} + +static void +act_mmRR(dvoid, svoid, pvt, npix) + RealPixel *svoid[3], *dvoid[3]; + mpRGBPvtPtr pvt; + CARD32 npix; +{ + RGBFloat *mtrx = &(pvt->matrix[0]); + RGBFloat r, g, b; + CARD32 i; + + /* + ** dvector = matrix * svector + */ + for (i = 0; i < npix; i++) { + r = svoid[0][i]; + g = svoid[1][i]; + b = svoid[2][i]; + dvoid[0][i] = mtrx[0] * r + mtrx[1] * g + mtrx[2] * b; + dvoid[1][i] = mtrx[3] * r + mtrx[4] * g + mtrx[5] * b; + dvoid[2][i] = mtrx[6] * r + mtrx[7] * g + mtrx[8] * b; + } +} + +#define MakeIntFltMatMul(name, itype) \ +static void \ +name(dvoid, svoid, pvt, npix) \ + itype *svoid[3]; \ + RealPixel *dvoid[3]; \ + mpRGBPvtPtr pvt; \ + CARD32 npix; \ +{ \ + RealPixel *mtrx = &(pvt->matrix[0]); \ + RealPixel r, g, b, rr, gg, bb; \ + CARD32 i; \ + \ + for (i = 0; i < npix; i++) { \ + r = (RealPixel) svoid[0][i]; \ + g = (RealPixel) svoid[1][i]; \ + b = (RealPixel) svoid[2][i]; \ + rr = mtrx[0] * r + mtrx[1] * g + mtrx[2] * b; \ + gg = mtrx[3] * r + mtrx[4] * g + mtrx[5] * b; \ + bb = mtrx[6] * r + mtrx[7] * g + mtrx[8] * b; \ + dvoid[0][i] = rr; \ + dvoid[1][i] = gg; \ + dvoid[2][i] = bb; \ + } \ +} + +MakeIntFltMatMul(act_mmBR, BytePixel) +MakeIntFltMatMul(act_mmPR, PairPixel) + +#define MakeIntIntMatMul(name, iotype, shift) \ +static void \ +name(dvoid, svoid, pvt, npix) \ + iotype *svoid[3], *dvoid[3]; \ + mpRGBPvtPtr pvt; \ + CARD32 npix; \ +{ \ + INT32 *mtrx = &(pvt->imatrix[0]); \ + INT32 r, g, b, rr, gg, bb; \ + CARD32 iclip0 = pvt->iclip[0]; \ + CARD32 iclip1 = pvt->iclip[1]; \ + CARD32 iclip2 = pvt->iclip[2]; \ + INT32 bias0 = mtrx[9] + (1 << (shift-1)); \ + INT32 bias1 = mtrx[10] + (1 << (shift-1)); \ + INT32 bias2 = mtrx[11] + (1 << (shift-1)); \ + CARD32 i; \ + \ + for (i = 0; i < npix; i++) { \ + r = svoid[0][i]; \ + g = svoid[1][i]; \ + b = svoid[2][i]; \ + rr = mtrx[0] * r + mtrx[1] * g + mtrx[2] * b + bias0; \ + gg = mtrx[3] * r + mtrx[4] * g + mtrx[5] * b + bias1; \ + bb = mtrx[6] * r + mtrx[7] * g + mtrx[8] * b + bias2; \ + if (rr < 0) rr = 0; \ + if (gg < 0) gg = 0; \ + if (bb < 0) bb = 0; \ + if ((rr >>= shift) > iclip0) rr = iclip0; \ + if ((gg >>= shift) > iclip1) gg = iclip1; \ + if ((bb >>= shift) > iclip2) bb = iclip2; \ + dvoid[0][i] = rr; \ + dvoid[1][i] = gg; \ + dvoid[2][i] = bb; \ + } \ +} + +#define SF_BYTESHIFT 20 +#define SF_PAIRSHIFT 12 +MakeIntIntMatMul(act_mmBB, BytePixel, SF_BYTESHIFT) +MakeIntIntMatMul(act_mmPP, PairPixel, SF_PAIRSHIFT) + + +static void +act_postClipR(dvoid, npix) + RealPixel *dvoid[3]; +{ + RGBFloat *fp, f, zero = (RGBFloat) 0.0, one = (RGBFloat) 1.0; + CARD32 ipix, band; + + for (band = 0; band < 3; band++) { + fp = dvoid[band]; + for (ipix = npix; ipix > 0; ipix--, fp++) { + f = *fp; + if ( f < zero) *fp = zero; + if ( f > one) *fp = one; + } + } +} + +static void +act_postCIELab(dvoid, npix) + RealPixel *dvoid[3]; +{ + RGBFloat *xp, *yp, *zp, x3, y3, z3; + CARD32 ipix; + + xp = dvoid[0]; + yp = dvoid[1]; + zp = dvoid[2]; + for (ipix = npix; ipix > 0; ipix--) { + + /* XXX, if numbers are small, do some more work */ + x3 = XCMS_CUBEROOT((double)*xp); + y3 = XCMS_CUBEROOT((double)*yp); + z3 = XCMS_CUBEROOT((double)*zp); + + *xp++ = 116.0 * y3 - 16.0; /* L* */ + *yp++ = 500.0 * (x3 - y3); /* a* */ + *zp++ = 200.0 * (y3 - z3); /* b* */ + } +} + +static void +act_preCIELab(dvoid, svoid, pvt, npix) + RealPixel *svoid[3], *dvoid[3]; + mpRGBPvtPtr pvt; + CARD32 npix; +{ + RGBFloat *Lp, *ap, *bp, *xp, *yp, *zp, L, a, b; + CARD32 ipix; + + /* must be careful not to smash the source */ + Lp = svoid[0]; ap = svoid[1]; bp = svoid[2]; + xp = dvoid[0]; yp = dvoid[1]; zp = dvoid[2]; + + for (ipix = npix; ipix > 0; ipix--) { + + /* XXX, if numbers are small, do some more work */ + L = (*Lp++ + 16.0) * (1.0 / 116.0); + a = L + (*ap++ * 0.002); + b = L - (*bp++ * 0.005); + + *yp++ = (L * L * L); /* Y = ... */ + *xp++ = (a * a * a); /* X = ... */ + *zp++ = (b * b * b); /* Z = ... */ + } + act_mmRR(dvoid, dvoid, pvt, npix); +} + +/*------------------------------------------------------------------------ +-------------------- utility routines for initialization ---------------- +------------------------------------------------------------------------*/ + +/* Scale entire matrix by single scale factor */ + +static void +scale_mtrx(mtx,imtx,iscl) + RGBFloat *mtx; + INT32 *imtx; + CARD32 iscl; +{ + RGBFloat fscl = iscl; + int i; + + for (i = 0; i < 12; i++) + *imtx++ = *mtx++ * fscl; +} + +/* Scale each row of matrix by respective factors */ + +void +scale_rows(mtrx,scale1,scale2,scale3) + RGBFloat *mtrx; + double scale1, scale2, scale3; +{ + int b; + for (b = 0; b < 3; b++) *mtrx++ *= scale1; + for (b = 0; b < 3; b++) *mtrx++ *= scale2; + for (b = 0; b < 3; b++) *mtrx++ *= scale3; +} + +/* Scale each column of matrix by respective factors */ + +void +scale_columns(mtrx,scale1,scale2,scale3) + RGBFloat *mtrx; + double scale1, scale2, scale3; +{ + int b; + for (b = 0; b < 3; b++) { + *mtrx++ *= scale1; + *mtrx++ *= scale2; + *mtrx++ *= scale3; + } +} + +/* +** Our matrix routines for integers use a BIAS like so: +** YCC = MATRIX * RGB - BIAS +** But when we are going back to RGB we would have liked to do: +** RGB = MATRIX * (YCC - BIAS) +** So we multiply do transitive property of matrix arithmetic +** to get a new BIAS' (BIAS' = -MATRIX * BIAS) such that: +** RGB = MATRIX * YCC - MATRIX * BIAS = MATRIX * YCC - BIAS' +*/ +static void +flip_bias(mtx) + RGBFloat *mtx; +{ + RGBFloat mtx9, mtx10, mtx11; + mtx9 = -(mtx[0] * mtx[9] + mtx[1] * mtx[10] + mtx[2] * mtx[11]); + mtx10 = -(mtx[3] * mtx[9] + mtx[4] * mtx[10] + mtx[5] * mtx[11]); + mtx11 = -(mtx[6] * mtx[9] + mtx[7] * mtx[10] + mtx[8] * mtx[11]); + + mtx[9] = mtx9; + mtx[10] = mtx10; + mtx[11] = mtx11; +} + + + +/* Seed matrix for CIEXYZ and CIELab */ + +static void +copymatrix(pvt,input) + mpRGBPvtPtr pvt; + double *input; +{ + RGBFloat *mtrx = pvt->matrix; + int i; + + for (i = 0; i < 9; i++) + *mtrx++ = *input++; + + for (; i < 12; i++) + *mtrx++ = 0.0; /* bias */ +} + +static void +copywhiteLABFromRGB(pvt,tec,vec) + mpRGBPvtPtr pvt; + xieTypWhiteAdjustTechnique tec; + double *vec; +{ + RGBFloat *mtrx = pvt->matrix; + double a, b, c; + + switch (tec) { + case xieValWhiteAdjustCIELabShift: a = vec[0]; + b = vec[1]; + c = vec[2]; + break; + + case xieValWhiteAdjustDefault: + case xieValWhiteAdjustNone: /* calculate from pvt->matrix */ + a = mtrx[0] + mtrx[1] + mtrx[2]; + b = mtrx[3] + mtrx[4] + mtrx[5]; + c = mtrx[6] + mtrx[7] + mtrx[8]; + break; + + default: return; + } + + if (a < .0001) return; + if (b < .0001) return; + if (c < .0001) return; + scale_rows (mtrx, 1.0 / a, 1.0 / b, 1.0 / c); + return; +} + +static void +copywhiteLABToRGB(pvt,tec,vec) + mpRGBPvtPtr pvt; + xieTypWhiteAdjustTechnique tec; + double *vec; +{ + RGBFloat *mtrx = pvt->matrix; + double a, b, c; + switch (tec) { + case xieValWhiteAdjustCIELabShift: a = vec[0]; + b = vec[1]; + c = vec[2]; + break; + + case xieValWhiteAdjustDefault: + case xieValWhiteAdjustNone: + { /* White Point comes from XYZ Matrix. Must invert it first */ + RGBFloat *m = mtrx - 1; /* number matrix from 1 to 9 */ + double determinant = m[1] * (m[5]*m[9] - m[6]*m[8]) - + m[2] * (m[4]*m[9] - m[6]*m[7]) + + m[3] * (m[4]*m[8] - m[5]*m[7]); + a = (m[5]*m[9]-m[6]*m[8]); /* inv[00] */ + a += -(m[2]*m[9]-m[3]*m[8]); /* inv[01] */ + a += (m[2]*m[6]-m[3]*m[5]); /* inv[02] */ + b = -(m[4]*m[9]-m[6]*m[7]); /* inv[10] */ + b += (m[1]*m[9]-m[3]*m[7]); /* inv[11] */ + b += -(m[1]*m[6]-m[3]*m[4]); /* inv[12] */ + c = (m[4]*m[8]-m[5]*m[7]); /* inv[20] */ + c += -(m[1]*m[8]-m[2]*m[7]); /* inv[21] */ + c += (m[1]*m[5]-m[2]*m[4]); /* inv[22] */ + + a /= (determinant ? determinant : 1.0); + b /= (determinant ? determinant : 1.0); + c /= (determinant ? determinant : 1.0); + } + break; + + default: return; + } + scale_columns (pvt->matrix, a, b, c); + return; +} + +static void +copywhiteXYZFromRGB(pvt,tec,vec) + mpRGBPvtPtr pvt; + xieTypWhiteAdjustTechnique tec; + double *vec; +{ + switch (tec) { + case xieValWhiteAdjustCIELabShift: break; + case xieValWhiteAdjustDefault: return; + case xieValWhiteAdjustNone: return; + default: return; + } + if (vec[0] < .0001) return; + if (vec[1] < .0001) return; + if (vec[2] < .0001) return; + + scale_rows (pvt->matrix, 1.0 / vec[0], 1.0 / vec[1], 1.0 / vec[2]); +} + +static void +copywhiteXYZToRGB(pvt,tec,vec) + mpRGBPvtPtr pvt; + xieTypWhiteAdjustTechnique tec; + double *vec; +{ + switch (tec) { + case xieValWhiteAdjustCIELabShift: break; + case xieValWhiteAdjustDefault: return; + case xieValWhiteAdjustNone: return; + default: return; + } + scale_columns (pvt->matrix, vec[0], vec[1], vec[2]); +} + +static void +copygamut(pvt,tec) + mpRGBPvtPtr pvt; + xieTypGamutTechnique tec; +{ + if (tec == xieValGamutClipRGB) + pvt->post = act_postClipR; +} + +static void +copybiasYCbCr(pvt,bias0,bias1,bias2) + mpRGBPvtPtr pvt; + double bias0, bias1, bias2; +{ + pvt->matrix[9] = bias0; + pvt->matrix[10] = bias1; + pvt->matrix[11] = bias2; +} + +static void +copylumaYCbCrfromRGB(pvt,LumaRed,LumaGreen,LumaBlue) + mpRGBPvtPtr pvt; + double LumaRed,LumaGreen,LumaBlue; +{ + RGBFloat *mtrx = pvt->matrix; + + if (LumaRed < .01) LumaRed = .01; + if (LumaGreen < .01) LumaGreen = .01; + if (LumaBlue < .01) LumaBlue = .01; + if (LumaRed > .99) LumaRed = .99; + if (LumaGreen > .99) LumaGreen = .99; + if (LumaBlue > .99) LumaBlue = .99; + + /* + ** FROM TIFF 6.0 + ** + ** Y = (LumaRed*R + LumaGreen * G + LumaBlue * B) + ** Cb = (B - Y) / (2 - 2*LumaBlue) + ** Cr = (R - Y) / (2 - 2*LumaRed) + ** + ** Cb = .5 * (B - (Lr*R + Lg*G + Lb*B)) / (1 - Lb) + ** Cb = .5B/(1-Lb) - .5(Lr*R + Lg*G + Lb*B)) / (1-Lb) + ** Cb = .5B/(1-Lb) - .5 Lr*R/(1-Lb) -.5 Lg*G/(1-Lb) -.5 Lb*B/(1-Lb) + ** Cb = .5B(1-Lb)/(1-Lb) -.5 Lr*R/(1-Lb) -.5 Lg*G/(1-Lb) + ** Cb = .5B -.5 Lr*R/(1-Lb) -.5 Lg*G/(1-Lb) + */ + mtrx[0] = LumaRed; + mtrx[1] = LumaGreen; + mtrx[2] = LumaBlue; + mtrx[3] = -0.5 * LumaRed / (1.0 - LumaBlue); + mtrx[4] = -0.5 * LumaGreen / (1.0 - LumaBlue); + mtrx[5] = 0.5; + mtrx[6] = 0.5; + mtrx[7] = -0.5 * LumaGreen / (1.0 - LumaRed); + mtrx[8] = -0.5 * LumaBlue / (1.0 - LumaRed); + + mtrx[9] = mtrx[10] = mtrx[11] = 0.0; /* bias */ +} + +static void +copylumaYCbCrtoRGB(pvt,LumaRed,LumaGreen,LumaBlue) + mpRGBPvtPtr pvt; + double LumaRed,LumaGreen,LumaBlue; +{ + RGBFloat *mtrx = pvt->matrix; + + /* should/could check that LumaRed + LumaGreen + LumaBlue approx == 1.0 */ + + if (LumaGreen < .01) LumaGreen = .01; + if (LumaGreen > .99) LumaGreen = .99; + + /* + ** FROM TIFF 6.0 + ** + ** R = Cr * (2 - 2 * LumaRed) + Y + ** G = (Y - LumaBlue * B - LumaRed * R) / LumaGreen + ** B = Cb * (2 - 2 * LumaBlue) + Y + ** + ** G = (Y - Lb*(Cb*(2-2*Lb) + Y) - Lr*(Cr*(2-2*Lr) + Y) ) / Lg + ** G = (Y - Lb*Cb*(2-2*Lb) - Lb*Y - Lr*Cr*(2-2*Lr) - Lr*Y ) / Lg + ** G = ((1 - Lb - Lr)*Y - 2*Lb*(1-Lb)*Cb - 2*Lr*(1-Lr)*Cr ) / Lg + ** + ** R = 1 * Y + 0 * Cb + (2 - 2 * LumaRed) * Cr + ** G = 1 * Y + ... + ** B = 1 * Y + (2 - 2 * LumaBlue) * Cb + 0 * Cr + ** + ** note: mtrx[3] == 1.0 when LR+LG+LB==1.0 + */ + mtrx[0] = 1.0; + mtrx[1] = 0.0; + mtrx[2] = 2.0 - 2.0 * LumaRed; + + mtrx[3] = (1.0 - LumaRed - LumaBlue) / LumaGreen; + mtrx[4] = -2.0 * LumaBlue * (1.0 - LumaBlue) / LumaGreen; + mtrx[5] = -2.0 * LumaRed * (1.0 - LumaRed ) / LumaGreen; + + mtrx[6] = 1.0; + mtrx[7] = 2.0 - 2.0 * LumaBlue; + mtrx[8] = 0.0; + + mtrx[9] = mtrx[10] = mtrx[11] = 0.0; /* bias */ + +} + +static void +copylumaYCCfromRGB(pvt,LumaRed,LumaGreen,LumaBlue,Scale,oband) + mpRGBPvtPtr pvt; + double LumaRed,LumaGreen,LumaBlue,Scale; + bandPtr oband; +{ + RGBFloat *mtrx = pvt->matrix; + + if (LumaGreen < .01) LumaGreen = .01; + + /* + ** See "A Planning Guide For Developers" from KODAK PhotoCD Products. + ** Typical CCIR601.1 values of (.299, .587, .114) are used for + ** (LumaRed,LumaGreen,LumaBlue). + ** + ** Y = ( LumaRed*R + LumaGreen * G + LumaBlue * B) + ** C1 = ( -LumaRed*R - LumaGreen * G + (1-LumaBlue) * B) + ** C2 = ((1-LumaRed)*R - LumaGreen * G + -LumaBlue * B) + ** + ** From the same paper we are treated with the following equations + ** for packing 8bit pixels: + ** + ** PACK: UMPACK + ** Y' = 255/1.402 * Y Y = 1.3584 * Y' + ** C1' = 111.40 * C1 + 156 C1 = 2.2179 * (C1' - 156) + ** C2' = 135.64 * C2 + 137 C2 = 1.8215 * (C2' - 137) + ** + ** Extrapolating a bit we can see that this is: + ** + ** Y' = 255/1.402 * Y + ** C1' = 255/2.289 * C1 + (.612 * 255) <2.289 = 1.402 * 1.6327 > + ** C2' = 255/1.879 * C2 + (.537 * 255) <1.879 = 1.402 * 1.3409 > + ** + ** Y = 1.3584 * Y' + ** C1 = 1.3584 * 1.6327 * (C1' - (.612*255)) + ** C2 = 1.3584 * 1.3409 * (C2' - (.537*255)) + ** + ** So we are left with a choice between the magic 1.402 and 1.3584 + ** values. Hey, better idea. Its now an XIE protocol parameter + ** called "scale". + ** + ** In future versions, its possible we will want to accept the 1.3584 + ** number as a technique parameter in addition to the Luma. + */ + mtrx[0] = LumaRed; + mtrx[1] = LumaGreen; + mtrx[2] = LumaBlue; + mtrx[3] = -LumaRed; + mtrx[4] = -LumaGreen; + mtrx[5] = 1.0 - LumaBlue; + mtrx[6] = 1.0 - LumaRed; + mtrx[7] = -LumaGreen; + mtrx[8] = -LumaBlue; + + if (IsConstrained(oband->format->class)) { + + /* Scale each row of matrix by compression factors */ + scale_rows (mtrx, 1.0 / (Scale ), + 1.0 / (Scale * 1.6327), + 1.0 / (Scale * 1.3409)); + + /* Bias expressed as fraction of pixel range */ + mtrx[9] = 0.0; + mtrx[10] = 0.612 * (RGBFloat) ((oband+1)->format->levels-1); + mtrx[11] = 0.5373 * (RGBFloat) ((oband+2)->format->levels-1); + } +} + +static void +copylumaYCCtoRGB(pvt,LumaRed,LumaGreen,LumaBlue,Scale,iband) + mpRGBPvtPtr pvt; + double LumaRed,LumaGreen,LumaBlue,Scale; + bandPtr iband; +{ + RGBFloat *mtrx = pvt->matrix; + + if (LumaGreen < .01) LumaGreen = .01; + + /* + ** See "A Planning Guide For Developers" from KODAK PhotoCD Products. + ** Typical values of (.299, .587, .114) are used for (LR,LG,LB). + ** + ** R = 1 * Y + 0 * C1 + 1 * C2 + ** G = 1 * Y - .194 * C1 - .509 * C2 + ** B = 1 * Y + 1 * C1 + 0 * C2 + ** + ** By inverting the matrix symbolically we can deduce that the + ** constants .194 and .509 are not arbitrary: + ** + ** R = 1 * Y + 0 * C1 + 1 * C2 + ** G = 1 * Y - LB/LG * C1 - LR/LG * C2 + ** B = 1 * Y + 1 * C1 + 0 * C2 + ** + ** Note: mtrx[3] == 1.0 when LR+LG+LB==1.0 + */ + mtrx[0] = 1.0; + mtrx[1] = 0.0; + mtrx[2] = 1.0; + + mtrx[3] = (1.0 - LumaRed - LumaBlue) / LumaGreen; + mtrx[4] = - LumaBlue/LumaGreen; + mtrx[5] = - LumaRed/LumaGreen; + + mtrx[6] = 1.0; + mtrx[7] = 1.0; + mtrx[8] = 0.0; + + if (IsConstrained(iband->format->class)) { + + /* Scale each column of matrix by compression factors */ + scale_columns (mtrx, Scale, (Scale * 1.6327), (Scale * 1.3409)); + + /* Bias expressed as fraction of pixel range */ + mtrx[9] = 0.0; + mtrx[10] = 0.612 * (RGBFloat) ((iband+1)->format->levels-1); + mtrx[11] = 0.5373 * (RGBFloat) ((iband+2)->format->levels-1); + } + +} + +/*------------------------------------------------------------------------ +-------------------------- initialize element . . . ---------------------- +------------------------------------------------------------------------*/ + +static int +SetupToRGB(flo,ped,modify) + floDefPtr flo; + peDefPtr ped; + int modify; +{ + peTexPtr pet = ped->peTex; + mpRGBPvtPtr pvt = (mpRGBPvtPtr) pet->private; + pTecCIEToRGBDefPtr pCIE = (pTecCIEToRGBDefPtr) ped->techPvt; + pTecYCCToRGBDefPtr pYCC = (pTecYCCToRGBDefPtr) ped->techPvt; + pTecYCbCrToRGBDefPtr pYCb = (pTecYCbCrToRGBDefPtr) ped->techPvt; + + pvt->action = act_mmRR; + pvt->post = 0; + + switch(ped->techVec->number) { + case xieValCIELabToRGB: + /* if whiteAdjusted, or calculate from inverted matrix */ + copymatrix(pvt, pCIE->matrix); + copywhiteLABToRGB (pvt, pCIE->whiteAdjusted, pCIE->whitePoint); + copygamut (pvt, pCIE->gamutCompress); + pvt->action = act_preCIELab; /* calls act_mmRR */ + break; + case xieValCIEXYZToRGB: + copymatrix(pvt, pCIE->matrix); + copywhiteXYZToRGB (pvt, pCIE->whiteAdjusted, pCIE->whitePoint); + copygamut (pvt, pCIE->gamutCompress); + break; + case xieValYCbCrToRGB: + copylumaYCbCrtoRGB(pvt, pYCb->red, pYCb->green, pYCb->blue); + copybiasYCbCr(pvt, pYCb->bias0, pYCb->bias1, pYCb->bias2); + copygamut(pvt, pYCb->gamutCompress); + break; + case xieValYCCToRGB: + copylumaYCCtoRGB(pvt, pYCC->red, pYCC->green, pYCC->blue, + pYCC->scale, &(pet->receptor[SRCtag].band[0])); + copygamut (pvt, pYCC->gamutCompress); + break; + } + + CheckRGB(flo,ped,FALSE); + + return TRUE; +} + +static int +SetupFromRGB(flo,ped,modify) + floDefPtr flo; + peDefPtr ped; + int modify; +{ + peTexPtr pet = ped->peTex; + mpRGBPvtPtr pvt = (mpRGBPvtPtr) pet->private; + pTecRGBToCIEDefPtr pCIE = (pTecRGBToCIEDefPtr) ped->techPvt; + pTecRGBToYCCDefPtr pYCC = (pTecRGBToYCCDefPtr) ped->techPvt; + pTecRGBToYCbCrDefPtr pYCb = (pTecRGBToYCbCrDefPtr) ped->techPvt; + + pvt->action = act_mmRR; + pvt->post = (void (*)()) 0; + + switch(ped->techVec->number) { + case xieValRGBToCIELab: + copymatrix(pvt, pCIE->matrix); + copywhiteLABFromRGB(pvt, pCIE->whiteAdjusted, + pCIE->whitePoint); + pvt->post = act_postCIELab; + break; + case xieValRGBToCIEXYZ: + copymatrix(pvt, pCIE->matrix); + copywhiteXYZFromRGB(pvt, pCIE->whiteAdjusted, + pCIE->whitePoint); + break; + case xieValRGBToYCbCr: + copylumaYCbCrfromRGB(pvt, pYCb->red, pYCb->green, pYCb->blue); + copybiasYCbCr(pvt, pYCb->bias0, pYCb->bias1, pYCb->bias2); + break; + case xieValRGBToYCC: + copylumaYCCfromRGB(pvt, pYCC->red, pYCC->green, pYCC->blue, + pYCC->scale, &(pet->emitter[0])); + break; + } + + CheckRGB(flo,ped,TRUE); + + return TRUE; +} + +static void +CheckRGB(flo,ped,fromrgb) + floDefPtr flo; + peDefPtr ped; + Bool fromrgb; +{ + peTexPtr pet = ped->peTex; + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + bandPtr oband = &(pet->emitter[0]); + CARD32 nbands = pet->receptor[SRCtag].inFlo->bands; + mpRGBPvtPtr pvt = (mpRGBPvtPtr) pet->private; + + CARD32 c, cmin, cmax, l, lmin, lmax; + CARD32 band; + + pvt->cvt_in[0] = pvt->cvt_in[1] = pvt->cvt_in[2] = (pointer (*)()) 0; + pvt->cvt_out[0] = pvt->cvt_out[1] = pvt->cvt_out[2] = (pointer (*)()) 0; + pvt->aux_buf[0] = pvt->aux_buf[1] = pvt->aux_buf[2] = (pointer) 0; + + if (IsntConstrained(iband->format->class)) { + /* Already set up to activate floating routine */ + return; + } + + cmin = PAIR_PIXEL; cmax = BIT_PIXEL; + lmin = (1<<24); lmax = 1; + + for (band = 0; band < nbands; band++, iband++, oband++) { + + c = iband->format->class; + if (c < cmin) cmin = c; + if (c > cmax) cmax = c; + + l = iband->format->levels; + if (l < lmin) lmin = l; + if (l > lmax) lmax = l; + + if (IsntConstrained(oband->format->class)) + continue; + + c = oband->format->class; + if (c < cmin) cmin = c; + if (c > cmax) cmax = c; + + l = oband->format->levels; + if (l < lmin) lmin = l; + if (l > lmax) lmax = l; + + } iband -= 3; oband -= 3; + + + /* Scale each column of matrix to scale from input levels to 0 ... 1 */ + scale_columns (pvt->matrix, + (double) (1.0 / ((iband+0)->format->levels - 1)), + (double) (1.0 / ((iband+1)->format->levels - 1)), + (double) (1.0 / ((iband+2)->format->levels - 1))); + + if (IsntConstrained(oband->format->class)) { + + /* Only RGBtoCIEXYZ and RGBtoCIELab will Unconstrain the data */ + + if (lmin > (1<<1) && lmax <= (1<<8)) { /* ALL Bytes */ + pvt->action = act_mmBR; + return; + } + + pvt->action = act_mmPR; + if (lmin > (1<<8)) /* ALL Pairs */ + return; + + for (band = 0; band < nbands; band++, iband++) { /* SOME Pairs */ + int levels = iband->format->levels; + if (levels <= (1<<8)) { + pvt->cvt_in[band] = levels < (1<<1) + ? cvt_bit_to_pair + : cvt_byte_to_pair; + pvt->aux_buf[band] = (pointer) + XieMalloc( iband->format->width * sizeof(PairPixel)); + if (!pvt->aux_buf[band]) + AllocError(flo,ped,return); + } + } iband -= 3; + return; + } + + /* If we got to here, we will implicitly HardClip the outputs */ + pvt->post = (void (*)()) 0; + + pvt->iclip[0] = (oband+0)->format->levels - 1; + pvt->iclip[1] = (oband+1)->format->levels - 1; + pvt->iclip[2] = (oband+2)->format->levels - 1; + + /* Scale each row of matrix to map output from 0...1 to 0...nlev-1 */ + scale_rows (pvt->matrix, (double) ((oband+0)->format->levels - 1), + (double) ((oband+1)->format->levels - 1), + (double) ((oband+2)->format->levels - 1)); + + /* Adjust bias for integer YCbCr and YCC */ + if (!fromrgb) switch (ped->techVec->number) { + case xieValRGBToYCC: /* fall thru */ + case xieValRGBToYCbCr: flip_bias(pvt->matrix); + break; + default: break; + } + + if (lmin > (1<<1) && lmax <= (1<<8)) { /* ALL Bytes */ + pvt->action = act_mmBB; + scale_mtrx(pvt->matrix,pvt->imatrix,(1<action = act_mmPP; + scale_mtrx(pvt->matrix,pvt->imatrix,(1< (1<<8)) /* ALL Pairs */ + return; + + for (band = 0; band < nbands; band++, iband++, oband++) { + int levels; + levels = iband->format->levels; + pvt->cvt_in[band] = levels <= (1<<1) ? cvt_bit_to_pair : + levels <= (1<<8) ? cvt_byte_to_pair : + (pointer (*)()) 0; + levels = oband->format->levels; + pvt->cvt_out[band] = levels <= (1<<1) ? cvt_pair_to_bit : + levels <= (1<<8) ? cvt_pair_to_byte : + (pointer (*)()) 0; + if ( pvt->cvt_in[band] || pvt->cvt_out[band]) { + pvt->aux_buf[band] = (pointer) + XieMalloc( iband->format->width * sizeof(PairPixel)); + if (!pvt->aux_buf[band]) + AllocError(flo,ped,return); + } + } iband -= 3; oband -= 3; + return; +} + +static void +ClearRGB(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + mpRGBPvtPtr pvt = (mpRGBPvtPtr) ped->peTex->private; + + if (!pvt) + return; + + pvt->cvt_in[0] = pvt->cvt_in[1] = pvt->cvt_in[2] = (pointer (*)()) 0; + pvt->cvt_out[0] = pvt->cvt_out[1] = pvt->cvt_out[2] = (pointer (*)()) 0; + + if (pvt->aux_buf[0]) pvt->aux_buf[0] = (pointer) XieFree(pvt->aux_buf[0]); + if (pvt->aux_buf[1]) pvt->aux_buf[1] = (pointer) XieFree(pvt->aux_buf[1]); + if (pvt->aux_buf[2]) pvt->aux_buf[2] = (pointer) XieFree(pvt->aux_buf[2]); +} + +/* end module mprgb.c */ diff --git a/xie/xc/programs/Xserver/XIE/mixie/process/mpuncnst.c b/xie/xc/programs/Xserver/XIE/mixie/process/mpuncnst.c new file mode 100644 index 0000000..fb99ad5 --- /dev/null +++ b/xie/xc/programs/Xserver/XIE/mixie/process/mpuncnst.c @@ -0,0 +1,314 @@ +/* $XConsortium: mpuncnst.c,v 1.5 94/04/17 20:35:26 rws Exp $ */ +/**** module mpuncnst.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mpuncnst.c -- DDXIE Unconstrain element + + Dean Verheiden && Larry Hare -- AGE Logic, Inc. May, 1993 + +*****************************************************************************/ + + +#define _XIEC_MPUNCNST +#define _XIEC_PUNCNST + +/* + * Include files + */ +#include + +/* + * Core X Includes + */ +#include +#include +/* + * XIE Includes + */ +#include +#include +/* + * more X server includes. + */ +#include +#include +/* + * Server XIE Includes + */ +#include +#include +#include +#include +#include + + +/* + * routines referenced by other DDXIE modules + */ +int miAnalyzeUnconstrain(); + +/* + * routines used internal to this module + */ +static int CreateUnconstrain(); +static int InitializeUnconstrain(); +static int ActivateUnconstrain(); +static int ResetUnconstrain(); +static int DestroyUnconstrain(); + +/* + * DDXIE Unconstrain entry points + */ +static ddElemVecRec UnconstrainVec = { + CreateUnconstrain, + InitializeUnconstrain, + ActivateUnconstrain, + (xieIntProc)NULL, + ResetUnconstrain, + DestroyUnconstrain +}; + +/* + * Local Declarations. + */ + +typedef struct _mpuncnstndef { + void (*action) (); +} mpUncnstPvtRec, *mpUncnstPvtPtr; + +static void CastQuad(), CastPair(), CastByte(), CastBit(), CastNothing(); + +/*------------------------------------------------------------------------ +------------------------ fill in the vector --------------------------- +------------------------------------------------------------------------*/ +int miAnalyzeUnconstrain(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ped->ddVec = UnconstrainVec; + return TRUE; +} + +/*------------------------------------------------------------------------ +---------------------------- create peTex . . . -------------------------- +------------------------------------------------------------------------*/ +static int CreateUnconstrain(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + int auxsize = xieValMaxBands * sizeof(mpUncnstPvtRec); + + return MakePETex(flo,ped,auxsize,NO_SYNC,NO_SYNC); +} + +/*------------------------------------------------------------------------ +---------------------------- initialize peTex . . . ---------------------- +------------------------------------------------------------------------*/ +static int InitializeUnconstrain(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + peTexPtr pet = ped->peTex; + mpUncnstPvtPtr pvt = (mpUncnstPvtPtr) pet->private; + bandPtr iband; + int band, nbands, status; + + /* ped->flags.modified = FALSE; */ + + status = InitReceptors(flo,ped,NO_DATAMAP,1) && + InitEmitter(flo,ped,NO_DATAMAP,-1); + + nbands = pet->receptor[SRCtag].inFlo->bands; + iband = &(pet->receptor[SRCtag].band[0]); + + for(band = 0; band < nbands; band++, pvt++, iband++) { + switch (iband->format->class) { + case QUAD_PIXEL: pvt->action = CastQuad; break; + case PAIR_PIXEL: pvt->action = CastPair; break; + case BYTE_PIXEL: pvt->action = CastByte; break; + case BIT_PIXEL: pvt->action = (iband->format->levels == 1) + ? CastNothing : CastBit; + break; + default: ImplementationError(flo, ped, return(FALSE)); + break; + } + } + return status; +} + +/*------------------------------------------------------------------------ +----------------------------- crank some data ---------------------------- +------------------------------------------------------------------------*/ + + +static int ActivateUnconstrain(flo,ped,pet) + floDefPtr flo; + peDefPtr ped; + peTexPtr pet; +{ + mpUncnstPvtPtr pvt = (mpUncnstPvtPtr) pet->private; + bandPtr oband = &(pet->emitter[0]); + bandPtr iband = &(pet->receptor[SRCtag].band[0]); + int band, nbands = pet->receptor[SRCtag].inFlo->bands; + + for(band = 0; band < nbands; band++, iband++, oband++, pvt++) { + register int bw = iband->format->width; + register RealPixel *outp; + register pointer voidp; + + if (!(voidp = GetCurrentSrc(flo,pet,iband)) || + !(outp = (RealPixel*)GetCurrentDst(flo,pet,oband))) continue; + + do { + + (*(pvt->action)) (voidp, outp, bw); + + voidp = GetNextSrc(flo,pet,iband,TRUE); + outp = (RealPixel*)GetNextDst(flo,pet,oband,TRUE); + + } while (!ferrCode(flo) && voidp && outp) ; + + FreeData(flo, pet, iband, iband->current); + } + return TRUE; +} + +/*------------------------------------------------------------------------ +------------------------ get rid of run-time stuff ----------------------- +------------------------------------------------------------------------*/ +static int ResetUnconstrain(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + ResetReceptors(ped); + ResetEmitter(ped); + return TRUE; +} + +/*------------------------------------------------------------------------ +-------------------------- get rid of this element ----------------------- +------------------------------------------------------------------------*/ +static int DestroyUnconstrain(flo,ped) + floDefPtr flo; + peDefPtr ped; +{ + if(ped->peTex) + ped->peTex = (peTexPtr) XieFree(ped->peTex); + + /* zap this element's entry point vector */ + ped->ddVec.create = (xieIntProc)NULL; + ped->ddVec.initialize = (xieIntProc)NULL; + ped->ddVec.activate = (xieIntProc)NULL; + ped->ddVec.reset = (xieIntProc)NULL; + ped->ddVec.destroy = (xieIntProc)NULL; + + return TRUE; +} + +/*------------------------------------------------------------------------ +--------------------- Lotsa Little Action Routines --------------------- +------------------------------------------------------------------------*/ + +#define MakeCast(fn_name,itype) \ +static void fn_name(voidp,outp,bw) \ + pointer voidp; RealPixel *outp; int bw; \ +{ \ + register itype *inp = (itype *) voidp; \ + register int ix; \ + for (ix = 0; ix < bw; ix++) \ + *outp++ = (RealPixel) *inp++; \ +} + +MakeCast (CastQuad,QuadPixel) +MakeCast (CastPair,PairPixel) +MakeCast (CastByte,BytePixel) + +static void CastBit(voidp,outp,bw) + pointer voidp; RealPixel *outp; int bw; +{ + register LogInt *inp = (LogInt *) voidp; + register RealPixel One = (RealPixel) 1.0; + register RealPixel Zero = (RealPixel) 0.0; + register LogInt M, inval; + for ( ; bw >= LOGSIZE ; bw -= 32) + for (M=LOGLEFT, inval = *inp++; M; LOGRIGHT(M)) + *outp++ = (inval & M) ? One : Zero; + if (bw) + for (M=LOGLEFT, inval = *inp++; bw; bw--, LOGRIGHT(M)) + *outp++ = (inval & M) ? One : Zero; +} + +static void CastNothing(voidp,outp,bw) + pointer voidp; RealPixel *outp; int bw; +{ + register RealPixel Zero = (RealPixel) 0.0; + register int ix; + for (ix = 0; ix < bw; ix++) + outp[ix] = Zero; +} + +/* end module mpuncnst.c */ diff --git a/xie/xc/programs/xieperf/Imakefile b/xie/xc/programs/xieperf/Imakefile new file mode 100644 index 0000000..74867a3 --- /dev/null +++ b/xie/xc/programs/xieperf/Imakefile @@ -0,0 +1,22 @@ +XCOMM $XConsortium: Imakefile,v 1.8 94/01/12 20:44:41 rws Exp $ + + SRCS = abort.c arith.c await.c band.c blend.c cache.c compare.c complex.c \ + constrain.c convolve.c creatdstry.c cvttoindex.c dither.c \ + encode.c errors.c events.c exportcl.c funcode.c geometry.c \ + getnext.c import.c importcl.c logical.c math.c modify.c \ + mtchhist.c pasteup.c point.c purgecolst.c query.c redefine.c \ + rgb.c tests.c uconstrain.c xieperf.c + + OBJS = abort.o arith.o await.o band.o blend.o cache.o compare.o complex.o \ + constrain.o convolve.o creatdstry.o cvttoindex.o dither.o \ + encode.o errors.o events.o exportcl.o funcode.o geometry.o \ + getnext.o import.o importcl.o logical.o math.o modify.o \ + mtchhist.o pasteup.o point.o purgecolst.o query.o redefine.o \ + rgb.o tests.o uconstrain.o xieperf.o + + LOCAL_LIBRARIES = $(XIELIB) $(XMULIB) $(XLIB) + DEPLIBS = $(DEPXIELIB) $(DEPXMULIB) $(DEPXLIB) + SYS_LIBRARIES = MathLibrary + DEFINES = $(SIGNAL_DEFINES) + +ComplexProgramTarget(xieperf) diff --git a/xie/xc/programs/xieperf/abort.c b/xie/xc/programs/xieperf/abort.c new file mode 100644 index 0000000..78843b1 --- /dev/null +++ b/xie/xc/programs/xieperf/abort.c @@ -0,0 +1,209 @@ +/* $XConsortium: abort.c,v 1.8 94/04/17 20:39:03 rws Exp $ */ + +/**** module abort.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + abort.c -- abort flo test + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static int AbortAndWaitForEvent(); + +static XieLut XIELut; +static XiePhotoElement *flograph; +static XiePhotoflo flo; + +int InitAbort(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XieDataClass class; + XieOrientation band_order; + XieLTriplet length, levels; + Bool merge; + XieLTriplet start; + + XIELut = ( XieLut ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + if ( !(XIELut = XieCreateLUT( xp->d ) ) ) + { + fprintf( stderr, "XieCreateLUT failed\n" ); + reps = 0; + } + + if ( reps ) + { + /* set up a flo to read a lut from client */ + + flograph = XieAllocatePhotofloGraph(2); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf(stderr,"XieAllocatePhotofloGraph failed\n"); + reps = 0; + } + + class = xieValSingleBand; + band_order = xieValLSFirst; + length[ 0 ] = ( ( AbortParms * ) p->ts )->lutSize; + length[ 1 ] = 0; + length[ 2 ] = 0; + levels[ 0 ] = ( ( AbortParms * ) p->ts )->lutLevels; + levels[ 1 ] = 0; + levels[ 2 ] = 0; + + XieFloImportClientLUT(&flograph[0], + class, + band_order, + length, + levels + ); + + merge = False; + start[ 0 ] = 0; + start[ 1 ] = 0; + start[ 2 ] = 0; + + XieFloExportLUT(&flograph[1], + 1, /* source phototag number */ + XIELut, + merge, + start + ); + + flo = XieCreatePhotoflo( xp->d, flograph, 2 ); + } + if ( !reps ) + FreeAbortStuff( xp, p ); + return( reps ); +} + +void DoAbort(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + + XieExecutePhotoflo( xp->d, flo, True ); + + /* now, the flo should be active and waiting for data */ + + if ( !AbortAndWaitForEvent( xp, p, 0, flo ) ) + break; + } +} + +void EndAbort(xp, p) + XParms xp; + Parms p; +{ + XieFreePhotofloGraph(flograph,2); + XieDestroyPhotoflo( xp->d, flo ); + XieDestroyLUT( xp->d, XIELut ); +} + +static int +AbortAndWaitForEvent( xp, p, namespace, flo_id ) +XParms xp; +Parms p; +unsigned long namespace; +unsigned long flo_id; +{ + XieAbort( xp->d, namespace, flo_id ); + return( WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ) ); +} + +int +FreeAbortStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,2); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/arith.c b/xie/xc/programs/xieperf/arith.c new file mode 100644 index 0000000..5e77455 --- /dev/null +++ b/xie/xc/programs/xieperf/arith.c @@ -0,0 +1,472 @@ +/* $XConsortium: arith.c,v 1.6 94/04/17 20:39:03 rws Exp $ */ + +/**** module arith.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + arith.c -- arithmetic flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static XiePhotomap XIEPhotomap1; +static XiePhotomap XIEPhotomap2; +static XieRoi XIERoi; +static XieLut XIELut; +static XiePhotomap ControlPlane; + +static XIEimage *image1, *image2; +static int flo_notify; +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static int flo_elements; +static int monoflag; + +static XieClipScaleParam *parms; + +int +InitArithmetic(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XieProcessDomain domain; + XieArithmeticOp op; + XieConstant constant; + unsigned int bandMask; + Bool constrain; + int useDomain; + int idx; + int src1, src2; + XieRectangle rect; + XieConstrainTechnique constrainTech; + XieLTriplet levels; + XieConstant in_low,in_high; + XieLTriplet out_low,out_high; + int cclass; + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + + monoflag = 0; + useDomain = ( ( ArithmeticParms * )p->ts )->useDomain; + op = ( ( ArithmeticParms * )p->ts )->op; + constant[ 0 ] = ( ( ArithmeticParms * )p->ts )->constant[ 0 ]; + constant[ 1 ] = ( ( ArithmeticParms * )p->ts )->constant[ 1 ]; + constant[ 2 ] = ( ( ArithmeticParms * )p->ts )->constant[ 2 ]; + bandMask = ( ( ArithmeticParms * )p->ts )->bandMask; + constrain = ( ( ArithmeticParms * )p->ts )->constrain; + constrainTech = ( ( ArithmeticParms * )p->ts )->constrainTech; + in_low[ 0 ] = ( ( ArithmeticParms * )p->ts )->inLow; + in_low[ 1 ] = 0; + in_low[ 2 ] = 0; + in_high[ 0 ] = ( ( ArithmeticParms * )p->ts )->inHigh; + in_high[ 1 ] = 0; + in_high[ 2 ] = 0; + + XIELut = ( XieLut ) NULL; + XIERoi = ( XieRoi ) NULL; + XIEPhotomap1 = ( XiePhotomap ) NULL; + XIEPhotomap2 = ( XiePhotomap ) NULL; + ControlPlane = ( XiePhotomap ) NULL; + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + parms = ( XieClipScaleParam * ) NULL; + + switch( op ) + { + case xieValAdd: + case xieValSub: + case xieValSubRev: + case xieValMul: + case xieValDiv: + case xieValDivRev: + case xieValMin: + case xieValMax: + case xieValGamma: + break; + default: + fprintf( stderr, "Invalid arithmetic op\n" ); + reps = 0; + break; + } + + if ( !reps ) + return( reps ); + + image1 = p->finfo.image1; + + /* we must have image1. image2, however, is optional */ + + if ( !image1 ) + return ( 0 ); + image2 = p->finfo.image2; + + if ( image2 ) + flo_elements = 4; + else + flo_elements = 3; + if ( useDomain == DomainROI || useDomain == DomainCtlPlane ) + flo_elements++; + if ( constrain == True ) + if ( image2 ) + flo_elements += 3; + else + flo_elements += 2; + if ( xp->screenDepth != image1->depth[ 0 ] && constrain == False ) + { + monoflag = 1; + flo_elements+=2; + if ( ( XIELut = CreatePointLut( xp, p, + 1 << image1->depth[ 0 ], + 1 << xp->screenDepth, False ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + } + else if ( IsTrueColorOrDirectColor( cclass ) && constrain == True ) + { + monoflag = 1; + flo_elements+=2; + if ( ( XIELut = CreatePointLut( xp, p, + xp->vinfo.colormap_size, + 1 << xp->screenDepth, False ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + } + + if ( reps ) + { + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else if ( ( XIEPhotomap1 = GetXIEPhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + else if ( image2 ) + { + if ( ( XIEPhotomap2 = GetXIEPhotomap( xp, p, 2 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + } + + if ( useDomain == DomainROI ) + { + rect.x = ( ( ArithmeticParms * )p->ts )->x; + rect.y = ( ( ArithmeticParms * )p->ts )->y; + rect.width = ( ( ArithmeticParms * )p->ts )->width; + rect.height = ( ( ArithmeticParms * )p->ts )->height; + + if ( ( XIERoi = GetXIERoi( xp, p, &rect, 1 ) ) == + ( XieRoi ) NULL ) + { + reps = 0; + } + } + else if ( useDomain == DomainCtlPlane ) + { + ControlPlane = GetControlPlane( xp, 13 ); + if ( ControlPlane == ( XiePhotomap ) NULL ) + reps = 0; + } + } + + if ( reps ) + { + idx = 0; + + domain.offset_x = 0; + domain.offset_y = 0; + + + if ( useDomain == DomainROI ) + { + XieFloImportROI(&flograph[idx], XIERoi); + idx++; + domain.phototag = idx; + } + else if ( useDomain == DomainCtlPlane ) + { + XieFloImportPhotomap(&flograph[idx], ControlPlane, False +); + idx++; + domain.phototag = idx; + } + else + { + domain.phototag = 0; + } + + XieFloImportPhotomap(&flograph[idx], XIEPhotomap1, False ); + idx++; + src1 = idx; + + if ( constrain == True ) + { + XieFloUnconstrain( &flograph[idx], idx ); + idx++; + src1 = idx; + } + + if ( image2 ) + { + XieFloImportPhotomap(&flograph[idx], XIEPhotomap2, + False ); + idx++; + src2 = idx; + + if ( constrain == True ) + { + XieFloUnconstrain( &flograph[idx], idx ); + idx++; + src2 = idx; + } + } + else + src2 = 0; + + XieFloArithmetic(&flograph[idx], + src1, + src2, + &domain, + constant, + op, + bandMask + ); + idx++; + + if ( constrain == True ) + { + levels[ 0 ] = xp->vinfo.colormap_size; + levels[ 1 ] = 0; + levels[ 2 ] = 0; + + if ( constrainTech == xieValConstrainHardClip ) + parms = ( XieClipScaleParam * ) NULL; + else if ( constrainTech == xieValConstrainClipScale ) + { + out_low[ 0 ] = 0; + out_low[ 1 ] = 0; + out_low[ 2 ] = 0; + out_high[ 0 ] = xp->vinfo.colormap_size - 1; + out_high[ 1 ] = xp->vinfo.colormap_size - 1; + out_high[ 2 ] = xp->vinfo.colormap_size - 1; + + parms = ( XieClipScaleParam * ) + XieTecClipScale( in_low, + in_high, out_low, out_high); + if ( parms == ( XieClipScaleParam * ) NULL ) + { + fprintf( stderr, "Trouble loading clipscale technique parameters\n" ); + reps = 0; + } + } + else + { + fprintf( stderr, + "Invalid technique for constrain\n" ); + reps = 0; + } + if ( reps ) + { + XieFloConstrain( &flograph[idx], + idx, + levels, + constrainTech, + ( char * ) parms + ); + idx++; + } + } + + if ( reps && monoflag ) + { + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx-1, + &domain, + idx, + 0x7 + ); + idx++; + } + if ( reps ) + { + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = True; + } + } + if ( !reps ) + FreeArithStuff( xp, p ); + + return( reps ); +} + +void +DoArithmetic(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +void +EndArithmetic(xp, p) +XParms xp; +Parms p; +{ + FreeArithStuff( xp, p ); +} + +int +FreeArithStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( parms ) + { + XFree( parms ); + parms = ( XieClipScaleParam * ) NULL; + } + + if ( XIERoi ) + { + XieDestroyROI( xp->d, XIERoi ); + XIERoi = ( XieRoi ) NULL; + } + + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + + if ( XIEPhotomap1 && IsPhotomapInCache( XIEPhotomap1 ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap1 ); + XIEPhotomap1 = ( XiePhotomap ) NULL; + } + + if ( XIEPhotomap2 && IsPhotomapInCache( XIEPhotomap2 ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap2 ); + XIEPhotomap2 = ( XiePhotomap ) NULL; + } + + if ( ControlPlane ) + { + XieDestroyPhotomap( xp->d, ControlPlane ); + ControlPlane = ( XiePhotomap ) NULL; + } + + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/await.c b/xie/xc/programs/xieperf/await.c new file mode 100644 index 0000000..5e229ef --- /dev/null +++ b/xie/xc/programs/xieperf/await.c @@ -0,0 +1,424 @@ +/* $XConsortium: await.c,v 1.12 94/04/17 20:39:06 rws Exp $ */ + +/**** module await.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + await.c -- await flo element test + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#ifdef WIN32 +#include +#endif +#include "xieperf.h" +#include +#include + +static XieLut XIELut; +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static unsigned char *lut; +static int lutSize; +static int AwaitHandlerSeen; +static XParms xplocal; /* we can't pass args to signal handler */ + +int InitAwait(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XieDataClass class; + XieOrientation band_order; + XieLTriplet length, levels; + Bool merge; + XieLTriplet start; + int i; + + lut = ( unsigned char * ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + XIELut = ( XieLut ) NULL; + + xplocal = xp; /* so the signal handler can access it */ + + lutSize = ( ( AwaitParms * ) ( p->ts ) )->lutSize; + lut = (unsigned char *)malloc( lutSize ); + if ( lut == ( unsigned char * ) NULL ) + { + fprintf( stderr, "malloc failed\n" ); + reps = 0; + } + else + { + for ( i = 0; i < lutSize; i++ ) + { + if ( i % 5 == 0 ) + { + lut[ i ] = ( lutSize - 1 ) - i; + } + else + { + lut[ i ] = i; + } + } + if ( !(XIELut = XieCreateLUT( xp->d ) ) ) + { + fprintf( stderr, "XieCreateLUT failed\n" ); + reps = 0; + } + } + + if ( reps ) + { + /* set up a flo to read the lut from client */ + + flograph = XieAllocatePhotofloGraph(2); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf(stderr,"XieAllocatePhotofloGraph failed\n"); + return( 0 ); + } + + class = xieValSingleBand; + band_order = xieValLSFirst; + length[ 0 ] = lutSize; + length[ 1 ] = 0; + length[ 2 ] = 0; + levels[ 0 ] = ( ( AwaitParms * ) ( p->ts ) )->lutLevels; + levels[ 1 ] = 0; + levels[ 2 ] = 0; + + XieFloImportClientLUT(&flograph[0], + class, + band_order, + length, + levels + ); + + merge = False; + start[ 0 ] = 0; + start[ 1 ] = 0; + start[ 2 ] = 0; + + XieFloExportLUT(&flograph[1], + 1, /* source phototag number */ + XIELut, + merge, + start + ); + + flo = XieCreatePhotoflo( xp->d, flograph, 2 ); + } + if ( !reps ) + { + FreeAwaitStuff( xp, p ); + } + return( reps ); +} + +AbortFlo(xp) + XParms xp; +{ + XieExtensionInfo *xieInfo; + + xp->d = ( Display * ) Open_Display( xp->displayName ); + if ( XieInitialize( xp->d, &xieInfo ) ) + { + /* abort the flo */ + + XieAbort( xp->d, 0, flo ); + } + XCloseDisplay( xp->d ); +} + +#ifdef SIGALRM +#ifdef SIGNALRETURNSINT +int +#else +void +#endif +AwaitHandler(sig) + int sig; +{ + int pid; + + /* + hmmmm... bad news. some possibilities include ( first time in this + function e.g. AwaitHandlerSeen is 0 on entry ): + + 1 --> Signals are messed up and SIGALRM was triggered by mistake, + although this is an unlikely possibility. + 2 --> It took more time than we expected to do the tasks in DoAwait() so increase the alarm() value or start pleading with your boss + for a faster system or network + 3 --> The flo didn't finish for some reason - maybe the child had + problems executing + 4 --> XieAwait is broken: possibly it did not notice that the flo + had finished and thus XieQueryPhotoflo never was executed, or + it *did* notice that the flo had finished but *still* did not + allow XieQueryPhotoflo to get out. + */ + + /* We have a big problem now: we could try waiting some more ( nah ), + or we could just take the easy way out and exit, or we could + spawn a child which makes a new connection to the server and + aborts the photoflo. Let's try spawning and see if we can abort + the flo. Also, we will restart this alarm and if we timeout + again we have no choice but to exit as things seem severly hosed. + First, however, let's check the value of AwaitHandlerSeen. If it + happens to be 2 then we have already have timed out a second time + and it is time to exit. */ + + if ( ++AwaitHandlerSeen == 2 ) + { + exit( 1 ); + } + if ( ( pid = fork() ) == -1 ) + { + exit( 1 ); + } + else if ( pid == 0 ) /* child */ + { + AbortFlo(xplocal); + exit( 0 ); + } + else /* parent */ + { + /* if this alarm triggers, the XieAbort failed, + or it worked and we have a situation similar + to one of those listed above */ + + alarm( GetTimeout() ); + } +} +#endif + +#ifdef WIN32 +struct _data {XParms xp; Parms p;}; + +void ChildProc(data) + struct _data *data; +{ + XieExtensionInfo *xieInfo; + struct _XParms _xp; + XParms xp = &_xp; + Parms p = data->p; + *xp = *data->xp; + xp->d = ( Display * ) Open_Display( xp->displayName ); + if ( XieInitialize( xp->d, &xieInfo ) ) + { + PumpTheClientData( xp, p, flo, 0, 1, + lut, lutSize, 0 ); + } + XCloseDisplay(xp->d); +} +#endif + +void DoAwait(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i, pid; + int status; + XieExtensionInfo *xieInfo; + XiePhotofloState state; + XiePhototag *expected, *avail; + unsigned int nexpected, navail; +#ifdef WIN32 + struct _data data; + HANDLE child; + DWORD threadId; +#endif + + /* this is fun! */ + + for (i = 0; i != reps; i++) { + AwaitHandlerSeen = 0; + XieExecutePhotoflo( xp->d, flo, 0 ); + XSync( xp->d, 0 ); + XieAwait( xp->d, 0, flo ); +#ifdef WIN32 + data.xp = xp; + data.p = p; + child = CreateThread(NULL, 0, + (LPTHREAD_START_ROUTINE)ChildProc, + (LPVOID)&data, 0, &threadId); + if (WaitForSingleObject(child, GetTimeout() * 1000) == + WAIT_TIMEOUT) + { + HANDLE child2; + fprintf(stderr, "transfer timed out\n"); + child2 = CreateThread(NULL, 0, + (LPTHREAD_START_ROUTINE)AbortFlo, + (LPVOID)xplocal, 0, &threadId); + if (WaitForSingleObject(child2, GetTimeout() * 1000) == + WAIT_TIMEOUT) + { + fprintf(stderr, "abort timed out\n"); + TerminateThread(child2, 0); + } + TerminateThread(child, 0); + } +#else + if ( ( pid = fork() ) == -1 ) /* gasp */ + { + fprintf( stderr, "couldn't fork\n" ); + exit( 1 ); + } + else if ( pid == 0 ) /* child */ + { + /* connect to the server */ + + xp->d = ( Display * ) Open_Display( xp->displayName ); + if ( XieInitialize( xp->d, &xieInfo ) ) + { + PumpTheClientData( xp, p, flo, 0, 1, + lut, lutSize, 0 ); + } + XCloseDisplay(xp->d); + exit( 0 ); + } + else /* parent */ + { +#ifdef SIGALRM + signal( SIGALRM, AwaitHandler ); + alarm( GetTimeout() ); +#endif +#endif /* WIN32 */ + /* if we query the photoflo and it is active, then + XieAwait didn't really do what we wanted it to */ + + if ( !XieQueryPhotoflo( xp->d, 0, flo, &state, + &expected, &nexpected, &avail, &navail ) ) + { + fprintf( stderr, "XieQueryPhotoflo failed\n" ); + break; + } + if ( expected ) + XFree( expected ); + if ( avail ) + XFree( avail ); + if ( state != xieValInactive ) + { + fprintf( stderr, + "Flo state was not inactive\n" ); + break; + } +#ifndef WIN32 + wait( &status ); + if ( status & 0xff ) + { + fprintf( stderr, "Child process abnormal termination: %x\n", status & 0xff ); + break; + } + } + + /* whew! somehow we got through this mess unscathed */ +#ifdef SIGALRM + alarm( 0 ); +#endif +#endif + } +} + +void EndAwait(xp, p) + XParms xp; + Parms p; +{ + FreeAwaitStuff( xp, p ); +} + +int +FreeAwaitStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( lut ) + { + free( lut ); + lut = ( unsigned char * ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,2); + flograph = ( XiePhotoElement * ) NULL; + } + + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/band.c b/xie/xc/programs/xieperf/band.c new file mode 100644 index 0000000..9d84030 --- /dev/null +++ b/xie/xc/programs/xieperf/band.c @@ -0,0 +1,684 @@ +/* $XConsortium: band.c,v 1.6 94/04/17 20:39:07 rws Exp $ */ +/**** module band.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + band.c -- BandCombine/BandExtract flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include +#include +#include +#include + +static XiePhotomap XIEPhotomap1; +static XiePhotomap XIEPhotomap2; +static XiePhotomap XIEPhotomap3; +static XieLut XIELut; + +static XiePhotoElement *flograph; +static int flo_notify; +static XiePhotoflo flo; +static int flo_elements; +static int cclass; + +static XStandardColormap stdCmap; +static Bool useStdCmap; +extern Bool WMSafe; + +int +InitBandSelectExtract(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + XieLTriplet levels; + int cube; + int which; + int type; + int atom; + + which = (( BandParms * )p->ts)->which; + type = p->finfo.image1->bandclass; + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + XIEPhotomap1 = ( XiePhotomap ) NULL; + XIEPhotomap2 = ( XiePhotomap ) NULL; + XIEPhotomap3 = ( XiePhotomap ) NULL; + XIELut = ( XieLut ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + if ( xp->vinfo.depth < 4 ) + return( 0 ); + + if ( IsColorVisual( cclass ) ) + atom = XA_RGB_BEST_MAP; + else + atom = XA_RGB_GRAY_MAP; + if ( !IsStaticVisual( cclass ) && type == xieValTripleBand && !IsTrueColorOrDirectColor( cclass ) ) + { + if ( !GetStandardColormap( xp, &stdCmap, atom ) ) + { + fprintf( stderr, "Couldn't get a standard colormap\n" ); + reps = 0; + } + else + InstallThisColormap( xp, stdCmap.colormap ); + } + else if ( type == xieValTripleBand ) + { + if ( !IsStaticVisual( cclass ) ) + InstallColorColormap( xp ); + CreateStandardColormap( xp, &stdCmap, atom ); + } + else + cube = icbrt( xp->vinfo.colormap_size ); + + if ( reps ) + { + if ( IsTrueColorOrDirectColor( cclass ) && + type == xieValTripleBand ) + { + levels[ 0 ] = TripleTrueOrDirectLevels( xp ); + levels[ 1 ] = levels[ 2 ] = levels[ 0 ]; + } + else + { + levels[ 0 ] = stdCmap.red_max + 1; + levels[ 1 ] = stdCmap.green_max + 1; + levels[ 2 ] = stdCmap.blue_max + 1; + } + } + if ( reps ) + { + XIEPhotomap1 = GetXIEDitheredTriplePhotomap( xp, p, 1, + xieValDitherDefault, 0, levels ); + + if ( XIEPhotomap1 == ( XiePhotomap ) NULL ) + { + reps = 0; + } + } + + if ( reps ) + { + if ( !CreateColorBandSelectExtractFlo( xp, p ) ) + { + fprintf( stderr, "CreateColorBandSelectFlo failed\n" ); + reps = 0; + } + } + + if ( !reps ) + { + if ( !IsStaticVisual( cclass ) ) + InstallGrayColormap( xp ); + FreeBandStuff( xp, p ); + } + return( reps ); +} + +int +InitBandColormap(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + XieLTriplet levels; + Atom atom; + + useStdCmap = ( ( BandParms * )p->ts )->useStdCmap; + if ( xp->vinfo.depth == 1 && useStdCmap == True ) + return( 0 ); + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + + if ( ( IsStaticVisual( cclass ) || IsTrueColorOrDirectColor( cclass ) ) + && useStdCmap == True ) + return( 0 ); + XIEPhotomap1 = ( XiePhotomap ) NULL; + XIELut = ( XieLut ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + if ( useStdCmap == True ) + { + atom = ( ( BandParms * )p->ts )->atom; + if ( IsGrayVisual( cclass ) ) + { + fprintf( stderr, "Switching to XA_RGB_GRAY_MAP\n" ); + atom = XA_RGB_GRAY_MAP; + } + if ( GetStandardColormap( xp, &stdCmap, atom ) == False ) + { + fprintf( stderr, "Couldn't get a standard colormap\n" ); + fflush( stderr ); + reps = 0; + } + else + InstallThisColormap( xp, stdCmap.colormap ); + } + + if ( reps ) + { + if ( useStdCmap == True ) + { + levels[ 0 ] = stdCmap.red_max + 1; + levels[ 1 ] = stdCmap.green_max + 1; + levels[ 2 ] = stdCmap.blue_max + 1; + } + else + { + levels[ 0 ] = xp->vinfo.colormap_size; + levels[ 1 ] = xp->vinfo.colormap_size; + levels[ 2 ] = xp->vinfo.colormap_size; + } + + XIEPhotomap1 = GetXIEDitheredTriplePhotomap( xp, p, 1, + xieValDitherDefault, 0, levels ); + if ( XIEPhotomap1 == ( XiePhotomap ) NULL ) + { + reps = 0; + } + } + + if ( reps ) + { + if ( !CreateColormapFlo( xp, p, useStdCmap ) ) + { + fprintf( stderr, "CreateColormapFlo failed\n" ); + reps = 0; + } + } + + if ( !reps ) + { + FreeBandStuff( xp, p ); + if ( useStdCmap == True ) + InstallGrayColormap( xp ); + } + + return( reps ); +} + +int +CreateColormapFlo( xp, p, useStdCmap ) +XParms xp; +Parms p; +Bool useStdCmap; +{ + int idx, decode_notify; + unsigned int mylevels; + XieConstant c1; + float bias = 0.0; + int pointflag = 0; + XieProcessDomain domain; + int cclass; + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + + idx = 0; + if ( useStdCmap == True ) + { + c1[ 0 ] = stdCmap.red_mult; + c1[ 1 ] = stdCmap.green_mult; + c1[ 2 ] = stdCmap.blue_mult; + bias = ( float ) stdCmap.base_pixel; + } + else + { + c1[ 0 ] = (( BandParms * )p->ts)->c1[ 0 ]; + c1[ 1 ] = (( BandParms * )p->ts)->c1[ 1 ]; + c1[ 2 ] = (( BandParms * )p->ts)->c1[ 2 ]; + bias = 0.0; + } + + mylevels = xp->vinfo.colormap_size; + + flo_elements = 3; + + if ( IsTrueColorOrDirectColor( cclass ) ) + { + pointflag++; + flo_elements+=2; + if ( ( XIELut = CreatePointLut( xp, p, + xp->vinfo.colormap_size, + 1 << xp->screenDepth, False ) ) + == ( XieLut ) NULL ) + { + return( 0 ); + } + } + + + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + return( 0 ); + } + + decode_notify = False; + + XieFloImportPhotomap(&flograph[idx],XIEPhotomap1,decode_notify); + idx++; + + XieFloBandExtract( &flograph[idx], idx, mylevels, bias, c1 ); idx++; + + if ( pointflag ) + { + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx-1, + &domain, + idx, + 0x7 + ); + idx++; + } + + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + XSync( xp->d, 0 ); + flo_notify = False; + return( 1 ); +} + +int +InitBandCombine(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + + XIELut = ( XieLut ) NULL; + XIEPhotomap1 = ( XiePhotomap ) NULL; + XIEPhotomap2 = ( XiePhotomap ) NULL; + XIEPhotomap3 = ( XiePhotomap ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + if ( reps ) + { + XIEPhotomap1 = GetXIEPhotomap( xp, p, 1 ); + XIEPhotomap2 = GetXIEPhotomap( xp, p, 2 ); + XIEPhotomap3 = GetXIEPhotomap( xp, p, 3 ); + + if ( XIEPhotomap1 == ( XiePhotomap ) NULL || + XIEPhotomap2 == ( XiePhotomap ) NULL || + XIEPhotomap3 == ( XiePhotomap ) NULL ) + { + reps = 0; + } + } + + if ( reps ) + { + if ( !CreateBandCombineFlo( xp, p, cclass ) ) + { + fprintf( stderr, "CreateBandCombineFlo failed\n" ); + reps = 0; + } + } + + if ( !reps ) + { + FreeBandStuff( xp, p ); + } + return( reps ); +} + +int +CreateBandCombineFlo( xp, p, cclass ) +XParms xp; +Parms p; +int cclass; +{ + int idx, decode_notify; + float bias; + XieConstant c; + XieProcessDomain domain; + unsigned int mylevels; + int pointflag; + XIEimage *image; + + pointflag = 0; + + mylevels = 1 << xp->screenDepth; + + idx = 0; + image = p->finfo.image1; + + flo_elements = 6; + if ( 1 << image->depth[ 0 ] != mylevels ) + { + pointflag++; + flo_elements+=2; + + if ( ( XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], + mylevels, False ) ) == ( XieLut ) NULL ) + { + return( 0 ); + } + } + + c[ 0 ] = ( ( BandParms * )p->ts )->c1[ 0 ]; + c[ 1 ] = ( ( BandParms * )p->ts )->c1[ 1 ]; + c[ 2 ] = ( ( BandParms * )p->ts )->c1[ 2 ]; + bias = ( ( BandParms * )p->ts )->bias; + + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + return( 0 ); + } + + decode_notify = False; + + XieFloImportPhotomap(&flograph[idx],XIEPhotomap1,decode_notify); + idx++; + + XieFloImportPhotomap(&flograph[idx],XIEPhotomap2,decode_notify); + idx++; + + XieFloImportPhotomap(&flograph[idx],XIEPhotomap3,decode_notify); + idx++; + + XieFloBandCombine( &flograph[ idx ], idx - 2, idx - 1, idx ); idx++; + + XieFloBandExtract( &flograph[idx], idx, 1 << image->depth[ 0 ], bias, c ); idx++; + + if ( pointflag ) + { + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx-1, + &domain, + idx, + 0x7 + ); + idx++; + } + + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + XSync( xp->d, 0 ); + flo_notify = False; + return( 1 ); +} + +int +CreateColorBandSelectExtractFlo( xp, p ) +XParms xp; +Parms p; +{ + int idx, which, decode_notify; + unsigned int mylevels; + XieConstant c1, c2, c3; + float bias = 0.0; + XIEimage *image; + + which = (( BandParms * )p->ts)->which; + + image = p->finfo.image1; + idx = 0; + + if ( which == BandExtract ) + { + c1[ 0 ] = (( BandParms * )p->ts)->c1[ 0 ]; + c1[ 1 ] = (( BandParms * )p->ts)->c1[ 1 ]; + c1[ 2 ] = (( BandParms * )p->ts)->c1[ 2 ]; + + c2[ 0 ] = (( BandParms * )p->ts)->c2[ 0 ]; + c2[ 1 ] = (( BandParms * )p->ts)->c2[ 1 ]; + c2[ 2 ] = (( BandParms * )p->ts)->c2[ 2 ]; + + c3[ 0 ] = (( BandParms * )p->ts)->c3[ 0 ]; + c3[ 1 ] = (( BandParms * )p->ts)->c3[ 1 ]; + c3[ 2 ] = (( BandParms * )p->ts)->c3[ 2 ]; + + bias = (( BandParms * )p->ts)->bias; + } + flo_elements = 7; + + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + return( 0 ); + } + + decode_notify = False; + + XieFloImportPhotomap(&flograph[idx],XIEPhotomap1,decode_notify); + idx++; + + if ( which == BandExtract && IsTrueColorOrDirectColor( cclass ) ) + { + mylevels = stdCmap.red_max + 1; + XieFloBandExtract( &flograph[idx], 1, mylevels, bias, c1 ); idx++; + mylevels = stdCmap.green_max + 1; + XieFloBandExtract( &flograph[idx], 1, mylevels, bias, c2 ); idx++; + mylevels = stdCmap.blue_max + 1; + XieFloBandExtract( &flograph[idx], 1, mylevels, bias, c3 ); idx++; + } + else + { + XieFloBandSelect( &flograph[idx], 1, 0 ); idx++; + XieFloBandSelect( &flograph[idx], 1, 1 ); idx++; + XieFloBandSelect( &flograph[idx], 1, 2 ); idx++; + } + + XieFloBandCombine( &flograph[ idx ], idx - 2, idx - 1, idx ); idx++; + + c1[ 0 ] = stdCmap.red_mult; + c1[ 1 ] = stdCmap.green_mult; + c1[ 2 ] = stdCmap.blue_mult; + bias = ( float ) stdCmap.base_pixel; + + XieFloBandExtract( &flograph[ idx ], idx, + 1 << xp->vinfo.depth, bias, c1 ); + idx++; + + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + XSync( xp->d, 0 ); + flo_notify = False; + return( 1 ); +} + +void +DoBand(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int i; + + for ( i = 0; i < reps; i++ ) + { + XieExecutePhotoflo(xp->d, flo, flo_notify ); + } +} + +void EndBandCombine( xp, p ) +XParms xp; +Parms p; +{ + FreeBandStuff( xp, p ); +} + +void EndBandColormap( xp, p ) +XParms xp; +Parms p; +{ + if ( useStdCmap == True ) + InstallGrayColormap( xp ); + FreeBandStuff( xp, p ); +} + +void EndBandSelectExtract(xp, p) +XParms xp; +Parms p; +{ + if ( IsColorVisual( cclass ) ) + InstallGrayColormap( xp ); + FreeBandStuff( xp, p ); +} + +int +FreeBandStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEPhotomap1 && IsPhotomapInCache( XIEPhotomap1 ) == False ) + { + XieDestroyPhotomap(xp->d, XIEPhotomap1); + XIEPhotomap1 = ( XiePhotomap ) NULL; + } + + if ( XIEPhotomap2 && IsPhotomapInCache( XIEPhotomap2 ) == False ) + { + XieDestroyPhotomap(xp->d, XIEPhotomap2); + XIEPhotomap2 = ( XiePhotomap ) NULL; + } + + if ( XIEPhotomap3 && IsPhotomapInCache( XIEPhotomap3 ) == False ) + { + XieDestroyPhotomap(xp->d, XIEPhotomap3); + XIEPhotomap3 = ( XiePhotomap ) NULL; + } + + if ( XIELut ) + { + XieDestroyLUT(xp->d, XIELut); + XIELut = ( XieLut ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/blend.c b/xie/xc/programs/xieperf/blend.c new file mode 100644 index 0000000..68291d4 --- /dev/null +++ b/xie/xc/programs/xieperf/blend.c @@ -0,0 +1,389 @@ +/* $XConsortium: blend.c,v 1.9 94/04/17 20:39:08 rws Exp $ */ + +/**** module blend.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + blend.c -- blend flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static XieRoi XIERoi; +static XieLut XIELut; +static XiePhotomap alpha; +static XiePhotomap ControlPlane; +static XIEimage *image1, *image2; +static XiePhotomap XIEPhotomap1, XIEPhotomap2, XIEPhotomap3; + +static int monoflag = 0; + +static int flo_notify; +static int flo_elements; +static XieProcessDomain domain; +static XiePhotoElement *flograph; +static int decode_notify; +static XiePhotoflo flo; +static XieRectangle *rects; + +int +InitBlend(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i, idx; + int useDomain; + int numROIs; + int bandMask; + XieConstant constant; + float alphaConstant; + int src1, src2, alphasrc; + + useDomain = ( ( BlendParms * )p->ts )->useDomain; + numROIs = ( ( BlendParms * )p->ts )->numROIs; + bandMask = ( ( BlendParms * )p->ts )->bandMask; + constant[ 0 ] = (( BlendParms * )p->ts)->constant[ 0 ]; + constant[ 1 ] = (( BlendParms * )p->ts)->constant[ 1 ]; + constant[ 2 ] = (( BlendParms * )p->ts)->constant[ 2 ]; + alphaConstant = (( BlendParms * )p->ts)->alphaConstant; + + image1 = p->finfo.image1; + if ( !image1 ) + return( 0 ); + + image2 = p->finfo.image2; + + if ( image2 ) + flo_elements = 4; + else + flo_elements = 3; + + if ( useDomain == DomainROI || useDomain == DomainCtlPlane ) + flo_elements++; + + alpha = ControlPlane = XIEPhotomap1 = + XIEPhotomap2 = XIEPhotomap3 = ( XiePhotomap ) NULL; + XIERoi = ( XieRoi ) NULL; + XIELut = ( XieLut ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + monoflag = 0; + src1 = src2 = alphasrc = 0; + + if ( xp->screenDepth != image1->depth[ 0 ] ) + { + monoflag = 1; + flo_elements+=2; + if ( ( XIELut = CreatePointLut( xp, p, + 1 << image1->depth[ 0 ], + 1 << xp->screenDepth, False ) ) + == ( XieLut ) NULL ) + { + return( 0 ); + } + } + + rects = ( XieRectangle * ) NULL; + if ( useDomain == DomainROI ) + { + rects = (XieRectangle *) + malloc( numROIs * sizeof( XieRectangle ) ); + if ( rects == ( XieRectangle * ) NULL ) + reps = 0; + else + { + for ( i = 0; i < numROIs; i++ ) + { + rects[ i ].x = i * 100; + rects[ i ].y = 0; + rects[ i ].width = 100; + rects[ i ].height = 200; + } + } + } + else if ( useDomain == DomainCtlPlane ) + { + ControlPlane = GetControlPlane( xp, 2 ); + if ( ControlPlane == ( XiePhotomap ) NULL ) + reps = 0; + } + + if ( reps && p->finfo.image3 != ( XIEimage * ) NULL ) + { + /* alpha plane */ + + flo_elements++; + + if ( ( alpha = GetXIEPhotomap( xp, p, 3 ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + } + + if ( reps ) + { + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else if ( ( XIEPhotomap1 = + GetXIEPhotomap( xp, p, 1 ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else if ( image2 ) + { + if ( ( XIEPhotomap2 = GetXIEPhotomap( xp, p, 2 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + } + + if ( useDomain == DomainROI ) + { + if ( ( XIERoi = GetXIERoi( xp, p, rects, numROIs ) ) == + ( XieRoi ) NULL ) + { + reps = 0; + } + } + } + if ( reps ) + { + idx = 0; + + domain.offset_x = 0; + domain.offset_y = 0; + + if ( useDomain == DomainROI ) + { + XieFloImportROI(&flograph[idx], XIERoi); + idx++; + domain.phototag = idx; + } + else if ( useDomain == DomainCtlPlane ) + { + XieFloImportPhotomap(&flograph[idx], ControlPlane, False +); + idx++; + domain.phototag = idx; + } + else + { + domain.phototag = 0; + } + + XieFloImportPhotomap(&flograph[idx], XIEPhotomap1, False ); + idx++; + src1 = idx; + + if ( image2 ) + + { + XieFloImportPhotomap(&flograph[idx], XIEPhotomap2, + False ); + idx++; + src2 = idx; + } + else + src2 = 0; + + if ( alpha != ( XiePhotomap ) NULL ) + { + XieFloImportPhotomap(&flograph[idx], alpha, + decode_notify); + idx++; + alphasrc = idx; + } + + XieFloBlend(&flograph[idx], + src1, + src2, + constant, + ( alpha != ( XiePhotomap ) NULL ? alphasrc : 0 ), + alphaConstant, + &domain, + bandMask ); + idx++; + + if ( monoflag ) + { + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx-1, + &domain, + idx, + 0x7 + ); + idx++; + } + + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + idx++; + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = True; + } + if ( !reps ) + { + FreeBlendStuff( xp, p ); + } + return( reps ); +} + +void +DoBlend(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +int +EndBlend(xp, p) + XParms xp; + Parms p; +{ + FreeBlendStuff( xp, p ); +} + +int +FreeBlendStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( rects ) + { + free( rects ); + rects = ( XieRectangle * ) NULL; + } + if ( XIEPhotomap1 && IsPhotomapInCache( XIEPhotomap1 ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap1 ); + XIEPhotomap1 = ( XiePhotomap ) NULL; + } + if ( XIEPhotomap2 && IsPhotomapInCache( XIEPhotomap2 ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap2 ); + XIEPhotomap2 = ( XiePhotomap ) NULL; + } + if ( ControlPlane != ( XiePhotomap ) NULL && IsPhotomapInCache( ControlPlane ) == False ) + { + XieDestroyPhotomap( xp->d, ControlPlane ); + ControlPlane = ( XiePhotomap ) NULL; + } + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + if ( XIERoi ) + { + XieDestroyROI( xp->d, XIERoi ); + XIERoi = ( XieRoi ) NULL; + } + if ( alpha != ( XiePhotomap ) NULL && IsPhotomapInCache( alpha ) == False ) + { + XieDestroyPhotomap( xp->d, alpha ); + alpha = ( XiePhotomap ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + diff --git a/xie/xc/programs/xieperf/cache.c b/xie/xc/programs/xieperf/cache.c new file mode 100644 index 0000000..a0847f5 --- /dev/null +++ b/xie/xc/programs/xieperf/cache.c @@ -0,0 +1,570 @@ +/* $XConsortium: cache.c,v 1.5 94/04/17 20:39:09 rws Exp $ */ + +/**** module cache.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + cache.c -- Code to support caching of photomaps in the server by + xieperf. + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ + +#include "xieperf.h" +#include + +int CacheSizeMax = 4; /* cache size, can be increased with -cache arg */ + +/* cache list element definition */ + +typedef struct _cache +{ + XiePhotomap pId; + Bool active; /* unused */ + time_t timeStamp; + XIEimage *image; + struct _cache *next; +} Cache; + +static Cache *PrivIsImageInCache(); +static Cache *PrivIsPhotomapInCache(); +static int SetAndScootch(); +static int RemoveFromCacheLRU(); + +static Cache *cHead = ( Cache * ) NULL; +static int cSize; + +/* cache functions */ + +void +CacheInit() +{ + Cache *ptr, *next; + + ptr = cHead; + while ( ptr != ( Cache * ) NULL ) + { + next = ptr->next; + free( ptr ); + ptr = next; + } + cHead = ( Cache * ) NULL; + cSize = 0; +} + +void +FlushCache() +{ + Cache *ptr, *next; + + ptr = cHead; + while ( ptr != ( Cache * ) NULL ) + { + XieDestroyPhotomap( GetDisplay(), ptr->pId ); + next = ptr->next; + free( ptr ); + ptr = next; + } + cHead = ( Cache * ) NULL; + cSize = 0; +} + +int +SetImageActiveState( image, active ) +XIEimage *image; +Bool active; +{ + Cache *cPtr, *prev; + int retval = 0; + + if ( ( cPtr = PrivIsImageInCache( image, &prev ) ) != ( Cache * ) NULL ) + { + retval = 1; + cPtr->active = active; + } + return( retval ); +} + +/* unused */ + +int +SetPhotomapActiveState( pId, active ) +XiePhotomap pId; +Bool active; +{ + Cache *cPtr, *prev; + int retval = 0; + + if ( ( cPtr = PrivIsPhotomapInCache( pId, &prev ) ) != ( Cache * ) NULL ) + { + retval = 1; + cPtr->active = active; + } + return( retval ); +} + +int +AddToCache( image, pId ) +XIEimage *image; +XiePhotomap pId; +{ + Cache *cPtr, *prev; + + /* just in case it is already in the cache */ + + if ( ( cPtr = PrivIsImageInCache( image, &prev ) ) != ( Cache * ) NULL ) + { + if ( cPtr != cHead ) + { + prev->next = cPtr->next; + cPtr->next = cHead; + cHead = cPtr; + } + SetAndScootch( cPtr ); + } + else if (( cPtr = PrivIsPhotomapInCache( pId, &prev ) ) != ( Cache * ) NULL) + { + if ( cPtr != cHead ) + { + prev->next = cPtr->next; + cPtr->next = cHead; + cHead = cPtr; + } + SetAndScootch( cPtr ); + } + else + { + if ( cSize == CacheSizeMax ) + { + /* annilate the least recently used entry */ + + RemoveFromCacheLRU(); + cSize--; + } + cPtr = ( Cache * ) malloc( sizeof( Cache ) ); + if ( cPtr == ( Cache * ) NULL ) + { + fprintf(stderr,"Error allocating image cache memory\n"); + return( 0 ); + } + else + { + cPtr->next = ( Cache * ) NULL; + cPtr->active = False; + cPtr->image = image; + cPtr->pId = pId; + } + if ( cHead == ( Cache * ) NULL ) + { + /* only one in the list */ + + cHead = cPtr; + } + else + { + /* add it to the head of the list */ + + cPtr->next = cHead; + cHead = cPtr; + } + + /* put the list in LRU order */ + + SetAndScootch( cPtr ); + cSize++; + } + return( 1 ); +} + +Bool +IsImageInCache( image ) +XIEimage *image; +{ + Cache *dummy; + + if ( PrivIsImageInCache( image, &dummy ) != ( Cache * ) NULL ) + return( True ); + return( False ); +} + +Bool +IsPhotomapInCache( pId ) +XiePhotomap pId; +{ + Cache *dummy; + + if ( PrivIsPhotomapInCache( pId, &dummy ) != ( Cache * ) NULL ) + return( True ); + return( False ); +} + +XiePhotomap +PhotomapOfImage( image ) +XIEimage *image; +{ + Cache *dummy, *cPtr; + + cPtr = PrivIsImageInCache( image, &dummy ); + if ( cPtr != ( Cache * ) NULL ) + return( cPtr->pId ); + return( ( XiePhotomap ) NULL ); +} + +static Cache * +PrivIsImageInCache( image, prev ) +XIEimage *image; +Cache **prev; +{ + Cache *cPtr, *retval; + + retval = ( Cache * ) NULL; + cPtr = *prev = cHead; + while ( retval == ( Cache * ) NULL && cPtr != ( Cache * ) NULL ) + { + if ( cPtr->image == image ) + retval = cPtr; + else + { + *prev = cPtr; + cPtr = cPtr->next; + } + } + return( retval ); +} + +static Cache * +PrivIsPhotomapInCache( pId, prev ) +XiePhotomap pId; +Cache **prev; +{ + Cache *cPtr, *retval; + + cPtr = *prev = cHead; + retval = ( Cache * ) NULL; + while ( retval == ( Cache * ) NULL && cPtr != ( Cache * ) NULL ) + { + if ( cPtr->pId == pId ) + retval = cPtr; + else + { + *prev = cPtr; + cPtr = cPtr->next; + } + } + return( retval ); +} + +static int +SetAndScootch( cPtr ) +Cache *cPtr; +{ + time_t tLoc; + int found; + Cache *cur, *prev; + + found = 0; + time( &tLoc ); + cPtr->timeStamp = tLoc; + + /* find a node which 1) is not the node being moved and 2) has + a timeStamp greater than or equal to our timeStamp. We will + insert ourselves right before it in the list */ + + if ( cHead == ( Cache * ) NULL ) + return( 1 ); + + else if ( cHead->next == ( Cache * ) NULL ) + return( 1 ); + + cur = prev = cHead; + while ( !found && cur != ( Cache * ) NULL ) + { + if ( cur != cPtr ) + if ( cur->timeStamp > cPtr->timeStamp ) + found = 1; + if ( !found ) + { + prev = cur; + cur = cur->next; + } + } + + if ( cur == ( Cache * ) NULL ) + { + prev->next = cPtr; + cHead = cHead->next; + cPtr->next = ( Cache * ) NULL; + } + else if ( found ) + { + cHead = cHead->next; + prev->next = cPtr; + cPtr->next = cur; + } + return( 1 ); +} + +int +RemoveImageFromCache( image ) +XIEimage *image; +{ + Cache *cPtr, *prev; + + if ( ( cPtr = PrivIsImageInCache( image, &prev ) ) != ( Cache * ) NULL ) + { + XieDestroyPhotomap( GetDisplay(), PhotomapOfImage( image ) ); + if ( prev == cPtr ) + { + /* must be head of list */ + + cHead = cPtr->next; + free( cPtr ); + } + else + { + prev->next = cPtr->next; + free( cPtr ); + } + } + return( 1 ); +} + +int +RemovePhotomapFromCache( pId ) +XiePhotomap pId; +{ + Cache *cPtr, *prev; + + if ( ( cPtr = PrivIsPhotomapInCache( pId, &prev ) ) != ( Cache * ) NULL ) + { + XieDestroyPhotomap( GetDisplay(), pId ); + if ( prev == cPtr ) + { + /* must be head of list */ + + cHead = cPtr->next; + free( cPtr ); + } + else + { + prev->next = cPtr->next; + free( cPtr ); + } + } + return( 1 ); +} + +int +TouchImage( image ) +XIEimage *image; +{ + Cache *cPtr, *prev; + int retval; + + retval = 0; + if ( ( cPtr = PrivIsImageInCache( image, &prev ) ) != ( Cache * ) NULL ) + { + if ( cPtr != cHead ) + { + prev->next = cPtr->next; + cPtr->next = cHead; + cHead = cPtr; + } + SetAndScootch( cPtr ); + retval = 1; + } + return( retval ); +} + +int +TouchPhotomap( pId ) +XiePhotomap pId; +{ + Cache *cPtr, *prev; + int retval; + + retval = 0; + if ( ( cPtr = PrivIsPhotomapInCache( pId, &prev ) ) != ( Cache * ) NULL ) + { + if ( cPtr != cHead ) + { + prev->next = cPtr->next; + cPtr->next = cHead; + cHead = cPtr; + } + SetAndScootch( cPtr ); + retval = 1; + } + return( retval ); +} + +static int +RemoveFromCacheLRU() +{ + Cache *ptr; + + if ( cHead != ( Cache * ) NULL ) + { + XieDestroyPhotomap( GetDisplay(), PhotomapOfImage( cHead->image ) ); + ptr = cHead; + cHead = cHead->next; + free( ptr ); + } + return( 1 ); +} + +XIEimage * +GetLRUImage() +{ + if ( cHead == ( Cache * ) NULL ) + return( ( XIEimage * ) NULL ); + return( cHead->image ); +} + +XiePhotomap +GetLRUPhotomap() +{ + if ( cHead == ( Cache * ) NULL ) + return( ( XiePhotomap ) NULL ); + return( cHead->pId ); +} + +int +DumpCache() +{ + Cache *cPtr; + + cPtr = cHead; + fprintf( stderr, "Head of list is %x\n", cHead ); + fprintf( stderr, "Cache list is:\n" ); + while ( cPtr != ( Cache * ) NULL ) + { + fprintf( stderr, + "node %x pId %x active %s timeStamp %x image %x next %x\n", + cPtr, + cPtr->pId, + ( cPtr->active == True ? "True" : "False" ), + cPtr->timeStamp, + cPtr->image, + cPtr->next + ); + cPtr = cPtr->next; + } +} + +#ifdef TESTCACHE + +XIEimage image1; +XIEimage image2; +XIEimage image3; +XIEimage image4; +XIEimage image5; +XiePhotomap p1, p2, p3, p4, p5; + +main() +{ + CacheInit(); + p1 = 0xaa; + p2 = 0xbb; + p3 = 0xcc; + p4 = 0xdd; + p5 = 0xee; + AddToCache( &image1, p1 ); + DumpCache(); + sleep( 10 ); + AddToCache( &image2, p2 ); + DumpCache(); + sleep( 5 ); + AddToCache( &image3, p3 ); + DumpCache(); + sleep( 5 ); + AddToCache( &image4, p3 ); + DumpCache(); + sleep( 5 ); + AddToCache( &image5, p3 ); + DumpCache(); + sleep( 5 ); + AddToCache( &image5, p3 ); + DumpCache(); + sleep( 5 ); + AddToCache( &image4, p4 ); + DumpCache(); + sleep( 5 ); + AddToCache( &image5, p5 ); + DumpCache(); + RemovePhotomapFromCache( p1 ); + DumpCache(); + RemovePhotomapFromCache( p2 ); + DumpCache(); + RemovePhotomapFromCache( p3 ); + DumpCache(); + RemovePhotomapFromCache( p4 ); + DumpCache(); + RemovePhotomapFromCache( p5 ); + DumpCache(); +} +#endif diff --git a/xie/xc/programs/xieperf/compare.c b/xie/xc/programs/xieperf/compare.c new file mode 100644 index 0000000..3ed310e --- /dev/null +++ b/xie/xc/programs/xieperf/compare.c @@ -0,0 +1,324 @@ +/* $XConsortium: compare.c,v 1.5 94/04/17 20:39:09 rws Exp $ */ + +/**** module compare.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + compare.c -- compare flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static XiePhotomap XIEPhotomap1; +static XiePhotomap XIEPhotomap2; +static XieRoi XIERoi; +static XiePhotomap ControlPlane; + +static XIEimage *image1, *image2; +static int flo_notify; +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static int flo_elements; + +int +InitCompare(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XieProcessDomain domain; + XieCompareOp op; + XieConstant constant; + Bool combine; + unsigned int bandMask; + int useDomain; + int idx; + int src1, src2; + XieRectangle rect; + + useDomain = ( ( CompareParms * )p->ts )->useDomain; + op = ( ( CompareParms * )p->ts )->op; + constant[ 0 ] = ( ( CompareParms * )p->ts )->constant[ 0 ]; + constant[ 1 ] = ( ( CompareParms * )p->ts )->constant[ 1 ]; + constant[ 2 ] = ( ( CompareParms * )p->ts )->constant[ 2 ]; + combine = ( ( CompareParms * )p->ts )->combine; + bandMask = ( ( CompareParms * )p->ts )->bandMask; + + XIERoi = ( XieRoi ) NULL; + XIEPhotomap1 = ( XiePhotomap ) NULL; + XIEPhotomap2 = ( XiePhotomap ) NULL; + ControlPlane = ( XiePhotomap ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + switch( op ) + { + case xieValLT: + case xieValLE: + case xieValEQ: + case xieValNE: + case xieValGE: + case xieValGT: + break; + default: + fprintf( stderr, "Invalid compare op\n" ); + reps = 0; + break; + } + + if ( !reps ) + return( reps ); + + image1 = p->finfo.image1; + + /* we must have image1. image2, however, is optional */ + + if ( !image1 ) + return ( 0 ); + image2 = p->finfo.image2; + + if ( image2 ) + flo_elements = 4; + else + flo_elements = 3; + if ( useDomain == DomainROI || useDomain == DomainCtlPlane ) + flo_elements++; + + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else if ( ( XIEPhotomap1 = + GetXIEPhotomap( xp, p, 1 ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else if ( image2 ) + { + if ( ( XIEPhotomap2 = + GetXIEPhotomap( xp, p, 2 ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + } + + if ( useDomain == DomainROI ) + { + rect.x = ( ( CompareParms * )p->ts )->x; + rect.y = ( ( CompareParms * )p->ts )->y; + rect.width = ( ( CompareParms * )p->ts )->width; + rect.height = ( ( CompareParms * )p->ts )->height; + + if ( ( XIERoi = GetXIERoi( xp, p, &rect, 1 ) ) == + ( XieRoi ) NULL ) + { + reps = 0; + } + } + else if ( useDomain == DomainCtlPlane ) + { + ControlPlane = GetControlPlane( xp, 13 ); + if ( ControlPlane == ( XiePhotomap ) NULL ) + reps = 0; + } + + if ( reps ) + { + idx = 0; + + domain.offset_x = 0; + domain.offset_y = 0; + + + if ( useDomain == DomainROI ) + { + XieFloImportROI(&flograph[idx], XIERoi); + idx++; + domain.phototag = idx; + } + else if ( useDomain == DomainCtlPlane ) + { + XieFloImportPhotomap(&flograph[idx], ControlPlane, False +); + idx++; + domain.phototag = idx; + } + else + { + domain.phototag = 0; + } + + XieFloImportPhotomap(&flograph[idx], XIEPhotomap1, False ); + idx++; + src1 = idx; + + if ( image2 ) + { + XieFloImportPhotomap(&flograph[idx], XIEPhotomap2, + False ); + idx++; + src2 = idx; + } + else + src2 = 0; + + XieFloCompare(&flograph[idx], + src1, + src2, + &domain, + constant, + op, + combine, + bandMask + ); + idx++; + + XieFloExportDrawablePlane(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = True; + } + if ( !reps ) + FreeCompareStuff( xp, p ); + return( reps ); +} + +void +DoCompare(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +void +EndCompare(xp, p) +XParms xp; +Parms p; +{ + FreeCompareStuff( xp, p ); +} + +int +FreeCompareStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIERoi ) + { + XieDestroyROI( xp->d, XIERoi ); + XIERoi = ( XieRoi ) NULL; + } + + if ( XIEPhotomap1 != ( XiePhotomap ) NULL && IsPhotomapInCache( XIEPhotomap1 ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap1 ); + XIEPhotomap1 = ( XiePhotomap ) NULL; + } + + if ( ControlPlane != ( XiePhotomap ) NULL && IsPhotomapInCache( ControlPlane ) == False ) + { + XieDestroyPhotomap( xp->d, ControlPlane ); + ControlPlane = ( XiePhotomap ) NULL; + } + + if ( XIEPhotomap2 != ( XiePhotomap ) NULL && IsPhotomapInCache( XIEPhotomap2 ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap2 ); + XIEPhotomap2 = ( XiePhotomap ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/complex.c b/xie/xc/programs/xieperf/complex.c new file mode 100644 index 0000000..bfa2400 --- /dev/null +++ b/xie/xc/programs/xieperf/complex.c @@ -0,0 +1,883 @@ +/* $XConsortium: complex.c,v 1.4 94/04/17 20:39:10 rws Exp $ */ +/**** module complex.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + complex.c -- A complicated flo that does lots 'o stuff + + Syd Logan -- AGE Logic, Inc. January 3, 1994 + +*****************************************************************************/ +#include "xieperf.h" +#include +#include +#include +#include + +static XiePhotomap XIEPhotomap1; +static XiePhotomap XIEPhotomap2; +static XiePhotomap XIEPhotomap3; +static XiePhotomap XIEPhotomap4; +static XieLut XIELut1, XIELut2, XIELut3; + +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static int flo_elements; +static int cclass; +static char *techParms1; +static char *techParms2; +static char *techParms3; +extern Window drawableWindow; + +#define NUMTILES 5 + +int +InitComplex(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + XIELut1 = ( XieLut ) NULL; + XIELut2 = ( XieLut ) NULL; + XIELut3 = ( XieLut ) NULL; + techParms1 = ( char * ) NULL; + techParms2 = ( char * ) NULL; + techParms3 = ( char * ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + XIEPhotomap1 = GetXIEPhotomap( xp, p, 1 ); + XIEPhotomap2 = GetXIEPhotomap( xp, p, 2 ); + XIEPhotomap3 = GetXIEPhotomap( xp, p, 4 ); + XIEPhotomap4 = GetXIEPhotomap( xp, p, 3 ); + if ( XIEPhotomap1 == ( XiePhotomap ) NULL || XIEPhotomap2 == + ( XiePhotomap ) NULL || XIEPhotomap3 == ( XiePhotomap ) NULL || + XIEPhotomap4 == ( XiePhotomap ) NULL ) + reps = 0; + if ( reps ) + { + if ( ( XIELut1 = CreatePointLut( xp, p, 256, 256, True ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + else if ( ( XIELut2 = CreatePointLut( xp, p, 8, 256, True ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + } + + if ( reps ) + { + if ( !CreateComplexFlo( xp, p ) ) + { + fprintf( stderr, "CreateComplexFlo failed\n" ); + reps = 0; + } + } + + if ( !reps ) + { + FreeComplexStuff( xp, p ); + } + else + { + XMoveWindow( xp->d, drawableWindow, 424, 120 ); + XMapRaised( xp->d, drawableWindow ); + XSync( xp->d, 0 ); + } + return( reps ); +} + +int +CreateComplexFlo( xp, p ) +XParms xp; +Parms p; +{ + int tech, idx, pasteSrc, lutSrc1, lutSrc2, lutSrc3; + int pntSrc1, pntSrc2, logSrc1, logSrc2, logSrc3, logSrc4; + int geoSrc1, geoSrc2, geoSrc3, geoSrc4, blendSrc1; + int selSrc1, selSrc2, selSrc3, mtchSrc1, mtchSrc2, ditherSrc1; + int selSrc1Prime, selSrc2Prime, selSrc3Prime; + int cstSrc1, cstSrc2, cstSrc3, tagSrc1; + + GeometryParms gp; + XIEimage *image; + XieLTriplet levels; + float coeffs[ 6 ]; + static XieConstant constant = { 0.0, 0.0, 0.0 }; + XieConstant logicalConstant; + XieProcessDomain domain; + XieConstant in_low,in_high; + XieLTriplet out_low,out_high; + static XieTile tiles[NUMTILES]; + int pointflag; + int mylevels; + int retval = 0; + + idx = 0; + pointflag = 0; + flo_elements = 39; + image = p->finfo.image1; + + mylevels = 1 << image->depth[ 0 ]; + + if ( 1 << xp->screenDepth != mylevels ) + { + pointflag++; + flo_elements+=9; + + if ( ( XIELut3 = CreatePointLut( xp, p, mylevels, + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + return( 0 ); + } + } + + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + goto out; + } + XieFloImportPhotomap(&flograph[idx],XIEPhotomap1,False); /* 1 */ + idx++; + XieFloImportPhotomap(&flograph[idx],XIEPhotomap2,False); /* 2 */ + idx++; + XieFloImportPhotomap(&flograph[idx],XIEPhotomap3,False); /* 3 */ + idx++; + XieFloImportPhotomap(&flograph[idx],XIEPhotomap4,False); /* 4 */ + idx++; + + gp.geoType = GEO_TYPE_SCALE; + gp.geoHeight = 256; + gp.geoWidth = 256; + gp.geoXOffset = 0; + gp.geoYOffset = 0; + + if ( !SetCoefficients( xp, p, 4, &gp, coeffs ) ) + goto out; + + XieFloGeometry(&flograph[idx], /* 5 */ + idx, + 256, + 256, + coeffs, + constant, + 0x1, + xieValGeomNearestNeighbor, + ( char * ) NULL + ); idx++; + geoSrc1 = idx; + + XieFloBandCombine( &flograph[ idx ], 1, 2, 3 ); /* 6 */ + idx++; + + XieFloGeometry(&flograph[idx], /* 7 */ + idx, + 256, + 256, + coeffs, + constant, + 0x7, + xieValGeomNearestNeighbor, + ( char * ) NULL + ); idx++; + geoSrc2 = idx; + + XieFloBandSelect( &flograph[idx], idx, 0 ); idx++; /* 8 */ + selSrc1 = selSrc1Prime = idx; + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + constant[ 0 ] = 120.0; + XieFloCompare( &flograph[idx], /* 9 */ + idx, + 0, + &domain, + constant, + xieValLT, + True, + 0x01 + ); + idx++; + tagSrc1 = idx; + + XieFloBandSelect( &flograph[idx], 7, 1 ); idx++; /* 10 */ + selSrc2 = selSrc2Prime = idx; + + XieFloBandSelect( &flograph[idx], 7, 2 ); idx++; /* 11 */ + selSrc3 = selSrc3Prime = idx; + + lutSrc3 = 0; /* shut up gcc */ + + if ( pointflag ) + { + XieFloImportLUT(&flograph[idx], XIELut3 ); + idx++; + lutSrc3 = idx; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + selSrc1, + &domain, + lutSrc3, + 0x7 + ); + idx++; + selSrc1 = idx; + + XieFloPoint(&flograph[idx], + selSrc2, + &domain, + lutSrc3, + 0x7 + ); + idx++; + selSrc2 = idx; + + XieFloPoint(&flograph[idx], + selSrc3, + &domain, + lutSrc3, + 0x7 + ); + idx++; + selSrc3 = idx; + } + + XieFloExportDrawable(&flograph[idx], /* 12 */ + selSrc1, /* source phototag number */ + xp->w, + xp->fggc, + 0, + 0 + ); + idx++; + + XieFloExportDrawable(&flograph[idx], /* 13 */ + selSrc2, /* source phototag number */ + xp->w, + xp->fggc, + 256, + 0 + ); + idx++; + + XieFloExportDrawable(&flograph[idx], /* 14 */ + selSrc3, /* source phototag number */ + xp->w, + xp->fggc, + 0, + 256 + ); + idx++; + + XieFloImportLUT(&flograph[idx], XIELut1 ); /* 15 19 */ + idx++; + lutSrc1 = idx; + + XieFloImportLUT(&flograph[idx], XIELut2 ); /* 16 */ + idx++; + lutSrc2 = idx; + + domain.phototag = tagSrc1; + XieFloMatchHistogram(&flograph[idx], /* 17 */ + geoSrc1, + &domain, + xieValHistogramFlat, + ( char * ) NULL + ); + idx++; + mtchSrc1 = mtchSrc2 = idx; + + levels[ 0 ] = 4; + levels[ 1 ] = 8; + levels[ 2 ] = 8; + + XieFloDither( &flograph[ idx ], /* 18 */ + geoSrc2, + 0x07, + levels, + xieValDitherErrorDiffusion, + ( char * ) NULL + ); + idx++; + + domain.phototag = 0; + XieFloPoint(&flograph[idx], /* 19 */ + idx, + &domain, + lutSrc1, + 0x7 + ); + idx++; + pntSrc1 = idx; + + logicalConstant[ 0 ] = 7.0; + logicalConstant[ 1 ] = 0.0; + logicalConstant[ 2 ] = 0.0; + domain.phototag = 0; + XieFloLogical(&flograph[idx], /* 20 */ + pntSrc1, + 0, + &domain, + logicalConstant, + GXand, + 0x01 + ); + idx++; + logSrc1 = idx; + + logicalConstant[ 0 ] = 56.0; + XieFloLogical(&flograph[idx], /* 21 */ + pntSrc1, + 0, + &domain, + logicalConstant, + GXand, + 0x01 + ); + idx++; + logSrc2 = idx; + + logicalConstant[ 0 ] = 192.0; + XieFloLogical(&flograph[idx], /* 22 */ + pntSrc1, + 0, + &domain, + logicalConstant, + GXand, + 0x01 + ); + idx++; + logSrc3 = idx; + + levels[ 0 ] = 256; + levels[ 1 ] = 0; + levels[ 2 ] = 0; + in_low[ 0 ] = 0.0; + in_low[ 1 ] = 0.0; + in_low[ 2 ] = 0.0; + in_high[ 0 ] = 7.0; + in_high[ 1 ] = 0.0; + in_high[ 2 ] = 0.0; + out_low[ 0 ] = 0; + out_low[ 1 ] = 0; + out_low[ 2 ] = 0; + out_high[ 0 ] = 255; + out_high[ 1 ] = 0; + out_high[ 2 ] = 0; + + tech = xieValConstrainClipScale; + techParms1 = ( char * ) XieTecClipScale( in_low, in_high, out_low, out_high); + if ( techParms1 == ( char * ) NULL ) + goto out; + + XieFloConstrain( &flograph[idx], /* 23 */ + logSrc1, + levels, + tech, + techParms1 + ); + idx++; + cstSrc1 = idx; + + if ( pointflag ) + { + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx, + &domain, + lutSrc3, + 0x1 + ); + idx++; + cstSrc1 = idx; + } + + in_high[ 0 ] = in_high[ 1 ] = in_high[ 2 ] = 56.0; + techParms2 = ( char * ) XieTecClipScale( in_low, in_high, out_low, out_high); + if ( techParms2 == ( char * ) NULL ) + goto out; + + XieFloConstrain( &flograph[idx], /* 24 */ + logSrc2, + levels, + tech, + techParms2 + ); + idx++; + cstSrc2 = idx; + + if ( pointflag ) + { + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx, + &domain, + lutSrc3, + 0x1 + ); + idx++; + cstSrc2 = idx; + } + + in_high[ 0 ] = in_high[ 1 ] = in_high[ 2 ] = 192.0; + techParms3 = ( char * ) XieTecClipScale( in_low, in_high, out_low, out_high); + if ( techParms3 == ( char * ) NULL ) + goto out; + + XieFloConstrain( &flograph[idx], /* 25 */ + logSrc3, + levels, + tech, + techParms3 + ); + idx++; + cstSrc3 = idx; + + if ( pointflag ) + { + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx, + &domain, + lutSrc3, + 0x1 + ); + idx++; + cstSrc3 = idx; + } + + XieFloExportDrawable(&flograph[idx], /* 26 */ + cstSrc1, + xp->w, + xp->fggc, + 256, /* x offset in window */ + 256 /* y offset in window */ + ); + idx++; + + XieFloExportDrawable(&flograph[idx], /* 27 */ + cstSrc2, + drawableWindow, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + + XieFloExportDrawable(&flograph[idx], /* 28 */ + cstSrc3, + drawableWindow, + xp->fggc, + 256, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + + if ( pointflag ) + { + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + mtchSrc2, + &domain, + lutSrc3, + 0x1 + ); + idx++; + mtchSrc2 = idx; + } + + XieFloExportDrawable(&flograph[idx], /* 29 */ + mtchSrc2, + drawableWindow, + xp->fggc, + 0, /* x offset in window */ + 256 /* y offset in window */ + ); + idx++; + + gp.geoType = GEO_TYPE_SCALE; + gp.geoHeight = 256; + gp.geoWidth = 256; + gp.geoXOffset = 0; + gp.geoYOffset = 0; + + if ( !SetCoefficients( xp, p, 1, &gp, coeffs ) ) + goto out; + + constant[ 0 ] = 0.0; + XieFloGeometry(&flograph[idx], /* 30 */ + selSrc1Prime, + 128, + 128, + coeffs, + constant, + 0x1, + xieValGeomNearestNeighbor, + ( char * ) NULL + ); idx++; + + levels[ 0 ] = 8; + levels[ 1 ] = 0; + levels[ 2 ] = 0; + + XieFloDither( &flograph[ idx ], /* 31 */ + idx, + 0x01, + levels, + xieValDitherErrorDiffusion, + ( char * ) NULL + ); + idx++; + ditherSrc1 = idx; + + domain.phototag = 0; + XieFloPoint(&flograph[idx], /* 32 */ + idx, + &domain, + lutSrc2, + 0x1 + ); + idx++; + pntSrc2 = idx; + + if ( !SetCoefficients( xp, p, 2, &gp, coeffs ) ) + goto out; + + XieFloGeometry(&flograph[idx], /* 33 */ + selSrc2Prime, + 128, + 128, + coeffs, + constant, + 0x1, + xieValGeomNearestNeighbor, + ( char * ) NULL + ); idx++; + geoSrc3 = idx; + + logicalConstant[ 0 ] = 7.0; + logicalConstant[ 1 ] = 0.0; + logicalConstant[ 2 ] = 0.0; + domain.phototag = 0; + XieFloLogical(&flograph[idx], /* 34 */ + idx, + 0, + &domain, + logicalConstant, + GXinvert, + 0x01 + ); + idx++; + logSrc4 = idx; + + gp.geoType = GEO_TYPE_SCALEDROTATE; + gp.geoHeight = 256; + gp.geoWidth = 256; + gp.geoXOffset = 0; + gp.geoYOffset = 0; + gp.geoAngle = 12.0; + + if ( !SetCoefficients( xp, p, 3, &gp, coeffs ) ) + goto out; + + XieFloGeometry(&flograph[idx], /* 35 */ + selSrc3Prime, + 128, + 128, + coeffs, + constant, + 0x7, + xieValGeomNearestNeighbor, + ( char * ) NULL + ); idx++; + geoSrc4 = idx; + + constant[ 0 ] = 256.0; + constant[ 1 ] = 0.0; + constant[ 2 ] = 0.0; + + XieFloBlend(&flograph[idx], /* 36 */ + pntSrc2, + geoSrc3, + constant, + idx, + 256.0, + &domain, + 0x01 ); + idx++; + blendSrc1 = idx; + + gp.geoType = GEO_TYPE_SCALE; + gp.geoHeight = 256; + gp.geoWidth = 256; + gp.geoXOffset = 0; + gp.geoYOffset = 0; + + if ( !SetCoefficients( xp, p, 4, &gp, coeffs ) ) + goto out; + + constant[ 0 ] = 0.0; + constant[ 1 ] = 0.0; + constant[ 2 ] = 0.0; + + XieFloGeometry(&flograph[idx], /* 37 */ + mtchSrc1, + 128, + 128, + coeffs, + constant, + 0x7, + xieValGeomNearestNeighbor, + ( char * ) NULL + ); idx++; + mtchSrc1 = idx; + + if ( pointflag && 0) + { + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + geoSrc4, + &domain, + lutSrc3, + 0x1 + ); + idx++; + geoSrc4 = idx; + } + + tiles[ 0 ].src = mtchSrc1; + tiles[ 0 ].dst_x = 0; + tiles[ 0 ].dst_y = 0; + tiles[ 1 ].src = pntSrc2; + tiles[ 1 ].dst_x = 0; + tiles[ 1 ].dst_y = 128; + tiles[ 2 ].src = logSrc4; + tiles[ 2 ].dst_x = 128; + tiles[ 2 ].dst_y = 0; + tiles[ 3 ].src = geoSrc4; + tiles[ 3 ].dst_x = 128; + tiles[ 3 ].dst_y = 128; + tiles[ 4 ].src = blendSrc1; + tiles[ 4 ].dst_x = 64; + tiles[ 4 ].dst_y = 64; + + XieFloPasteUp( &flograph[idx], 256, 256, constant, tiles, 5 ); /* 38 */ + pasteSrc = idx; + idx++; + + if ( pointflag ) + { + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx, + &domain, + lutSrc3, + 0x7 + ); + idx++; + } + + XieFloExportDrawable(&flograph[idx], /* 39 */ + idx, /* source phototag number */ + drawableWindow, + xp->fggc, + 256, + 256 + ); + idx++; + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + + XieFreePasteUpTiles(&flograph[pasteSrc]); + retval = 1; +out: + if ( techParms1 ) + { + XFree( techParms1 ); + techParms1 = ( char * ) NULL; + } + if ( techParms2 ) + { + XFree( techParms2 ); + techParms2 = ( char * ) NULL; + } + if ( techParms3 ) + { + XFree( techParms3 ); + techParms3 = ( char * ) NULL; + } + return( retval ); +} + +void +DoComplex(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int i; + + for ( i = 0; i < reps; i++ ) + { + XieExecutePhotoflo(xp->d, flo, True ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } + XClearWindow( xp->d, drawableWindow ); + XSync( xp->d, 0 ); +} + +void EndComplex( xp, p ) +XParms xp; +Parms p; +{ + XUnmapWindow( xp->d, drawableWindow ); + FreeComplexStuff( xp, p ); +} + +int +FreeComplexStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEPhotomap1 && IsPhotomapInCache( XIEPhotomap1 ) == False ) + { + XieDestroyPhotomap(xp->d, XIEPhotomap1); + XIEPhotomap1 = ( XiePhotomap ) NULL; + } + + if ( XIEPhotomap2 && IsPhotomapInCache( XIEPhotomap2 ) == False ) + { + XieDestroyPhotomap(xp->d, XIEPhotomap2); + XIEPhotomap2 = ( XiePhotomap ) NULL; + } + + if ( XIEPhotomap3 && IsPhotomapInCache( XIEPhotomap3 ) == False ) + { + XieDestroyPhotomap(xp->d, XIEPhotomap3); + XIEPhotomap3 = ( XiePhotomap ) NULL; + } + + if ( XIEPhotomap4 && IsPhotomapInCache( XIEPhotomap4 ) == False ) + { + XieDestroyPhotomap(xp->d, XIEPhotomap4); + XIEPhotomap4 = ( XiePhotomap ) NULL; + } + + if ( XIELut1 ) + { + XieDestroyLUT(xp->d, XIELut1); + XIELut1 = ( XieLut ) NULL; + } + + if ( XIELut2 ) + { + XieDestroyLUT(xp->d, XIELut2); + XIELut2 = ( XieLut ) NULL; + } + + if ( XIELut3 ) + { + XieDestroyLUT(xp->d, XIELut3); + XIELut3 = ( XieLut ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/constrain.c b/xie/xc/programs/xieperf/constrain.c new file mode 100644 index 0000000..ac13c62 --- /dev/null +++ b/xie/xc/programs/xieperf/constrain.c @@ -0,0 +1,334 @@ +/* $XConsortium: constrain.c,v 1.10 94/04/17 20:39:11 rws Exp $ */ + +/**** module constrain.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + constrain.c -- constrain flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static XieLut XIELut; +static XiePhotomap XIEPhotomap; +static XiePhotomap XIEPhotomap2; +static int flo_notify; +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static int flo_elements; +static XieClipScaleParam *parms; +static int monoflag; + +int InitConstrain(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XieLTriplet levels; + XieConstrainTechnique tech; + char *tech_parms=NULL; + XieConstant in_low,in_high; + XieLTriplet out_low,out_high; + int InClampDelta = 0; + int OutClampDelta = 0; + int decode_notify = 0; + XIEimage *image; + Bool photoDest; + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_params=NULL; + XieProcessDomain domain; + int cclass; + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + + monoflag = 0; + image = p->finfo.image1; + XIELut = ( XieLut ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + XIEPhotomap2 = ( XiePhotomap ) NULL; + parms = ( XieClipScaleParam * ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + tech = ( ( ConstrainParms * ) p->ts )->constrain; + photoDest = ( ( ConvolveParms * )p->ts )->photoDest; + + XIEPhotomap2 = XieCreatePhotomap( xp->d ); + + if ( TechniqueSupported( xp, xieValConstrain, tech ) == False ) + reps = 0; + else + { + if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + reps = 0; + } + if ( reps ) + { + flo_elements = 3; + + levels[ 0 ] = xp->vinfo.colormap_size; + levels[ 1 ] = 0; + levels[ 2 ] = 0; + out_high[ 0 ] = xp->vinfo.colormap_size - 1; + out_high[ 1 ] = 0; + out_high[ 2 ] = 0; + + if ( levels[ 0 ] == 256 && + ( ( ConstrainParms * ) p->ts )->clamp & ClampInputs ) + { + InClampDelta = levels[ 0 ] / 2; + } + else + { + InClampDelta = 0; + } + if ( levels[ 0 ] == 256 && + ( ( ConstrainParms * ) p->ts )->clamp & ClampOutputs ) + { + OutClampDelta = out_high[ 0 ] / 2; + } + else + { + OutClampDelta = 0; + } + in_low[ 0 ] = 0.0 + ( float ) InClampDelta; + in_low[ 1 ] = 0.0; + in_low[ 2 ] = 0.0; + in_high[ 0 ] = ( ( float ) image->levels[ 0 ] - 1.0 ) - + ( float ) InClampDelta; + in_high[ 1 ] = 0.0; + in_high[ 2 ] = 0.0; + out_low[ 0 ] = 0 + OutClampDelta; + out_low[ 1 ] = 0; + out_low[ 2 ] = 0; + out_high[ 0 ] = out_high[ 0 ] - OutClampDelta; + out_high[ 1 ] = 0; + out_high[ 2 ] = 0; + } + + if ( reps && IsTrueColorOrDirectColor( cclass ) == True ) + { + monoflag = 1; + flo_elements+=2; + if ( ( XIELut = CreatePointLut( xp, p, levels[ 0 ], + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + reps = 0; + } + } + + if ( reps ) + { + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + } + + if ( reps ) + { + XieFloImportPhotomap(&flograph[0],XIEPhotomap,decode_notify); + + if ( photoDest == False ) + { + XieFloExportDrawable(&flograph[flo_elements - 1], + flo_elements - 1, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + } + else + { + XieFloExportPhotomap(&flograph[flo_elements - 1], + flo_elements - 1, /* source phototag number */ + XIEPhotomap2, + encode_tech, + encode_params + ); + } + + if ( tech == xieValConstrainHardClip ) + { + tech_parms = ( char * ) NULL; + } + else + { + parms = XieTecClipScale( in_low, in_high, + out_low, out_high); + tech_parms = ( char * ) parms; + if ( tech_parms == ( char * ) NULL ) + { + fprintf( stderr, + "Trouble loading clipscale technique parameters\n" ); + reps = 0; + } + } + } + if ( reps ) + { + XieFloConstrain( &flograph[1], + 1, + levels, + tech, + tech_parms + ); + } + if ( reps && monoflag ) + { + XieFloImportLUT(&flograph[flo_elements - 3], XIELut ); + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[flo_elements - 2], + flo_elements - 3, + &domain, + flo_elements - 2, + 0x7 + ); + } + if ( reps ) + { + flo_notify = False; + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + else + FreeConstrainStuff( xp, p ); + return( reps ); +} + +void DoConstrain(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo(xp->d, flo, flo_notify ); + } +} + +void EndConstrain(xp, p) + XParms xp; + Parms p; +{ + FreeConstrainStuff( xp, p ); +} + +int +FreeConstrainStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + + if ( XIEPhotomap2 ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap2 ); + XIEPhotomap2 = ( XiePhotomap ) NULL; + } + + if ( parms ) + { + XFree( parms ); + parms = ( XieClipScaleParam * ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/convolve.c b/xie/xc/programs/xieperf/convolve.c new file mode 100644 index 0000000..0ae7bb9 --- /dev/null +++ b/xie/xc/programs/xieperf/convolve.c @@ -0,0 +1,492 @@ +/* $XConsortium: convolve.c,v 1.6 94/04/17 20:39:12 rws Exp $ */ + +/**** module convolve.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + convolve.c -- convolve flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static XiePhotomap XIEPhotomap; +static XiePhotomap XIEPhotomap2; +static XieRoi XIERoi; +static XieLut XIELut; +static XiePhotomap ControlPlane; + +static XIEimage *image; +static int flo_notify; +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static int flo_elements; +static float *data; + +#define DATA( n, i, j ) ( float * ) ( *data + ( i * n ) ) + j + +int +InitConvolve(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XieProcessDomain domain; + unsigned int bandMask; + int useDomain; + int idx, n, src; + XieRectangle rect; + XieConvolveTechnique tech; + char *tech_parm = ( char * ) NULL; + XieConstant constant; + int ( * kfunc )(); + int monoflag = 0; + Bool photoDest; + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_params=NULL; + + + photoDest = ( ( ConvolveParms * )p->ts )->photoDest; + useDomain = ( ( ConvolveParms * )p->ts )->useDomain; + tech = ( ( ConvolveParms * )p->ts )->tech; + bandMask = ( ( ConvolveParms * )p->ts )->bandMask; + kfunc = ( ( ConvolveParms * )p->ts )->kfunc; + constant[ 0 ] = ( ( ConvolveParms * )p->ts )->constant[ 0 ]; + constant[ 1 ] = ( ( ConvolveParms * )p->ts )->constant[ 1 ]; + constant[ 2 ] = ( ( ConvolveParms * )p->ts )->constant[ 2 ]; + + if ( useDomain == DomainROI || useDomain == DomainCtlPlane ) + flo_elements = 4; + else + flo_elements = 3; + + data = ( float * ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + XIEPhotomap2 = ( XiePhotomap ) NULL; + ControlPlane = ( XiePhotomap ) NULL; + XIELut = ( XieLut ) NULL; + XIERoi = ( XieRoi ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + if ( !kfunc ) + return( 0 ); + else if ( ( n = kfunc( &data ) ) < 3 ) + { + fprintf( stderr, "Error getting kernel\n" ); + reps = 0; + } + + if ( reps ) + { + image = p->finfo.image1; + if ( !image ) + { + reps = 0; + } + } + + if ( reps ) + { + if ( xp->screenDepth != image->depth[0] && photoDest == False ) + { + monoflag = 1; + flo_elements+=2; + if ( ( XIELut = CreatePointLut( xp, p, + 1 << image->depth[0], + 1 << xp->screenDepth, False ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + } + } + if ( reps ) + { + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + reps = 0; + } + else if ( ( XIEPhotomap = + GetXIEPhotomap( xp, p, 1 ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + } + if ( reps ) + { + XIEPhotomap2 = XieCreatePhotomap( xp->d ); + if ( useDomain == DomainROI ) + { + rect.x = ( ( ConvolveParms * )p->ts )->x; + rect.y = ( ( ConvolveParms * )p->ts )->y; + rect.width = ( ( ConvolveParms * )p->ts )->width; + rect.height = ( ( ConvolveParms * )p->ts )->height; + + if ( ( XIERoi = GetXIERoi( xp, p, &rect, 1 ) ) == + ( XieRoi ) NULL ) + { + reps = 0; + } + } + else if ( useDomain == DomainCtlPlane ) + { + ControlPlane = GetControlPlane( xp, 2 ); + if ( ControlPlane == ( XiePhotomap ) NULL ) + reps = 0; + } + } + + if ( reps ) + { + switch ( tech ) + { + case xieValConvolveDefault: + break; + case xieValConvolveConstant: + tech_parm = ( char * ) + XieTecConvolveConstant( constant ); + if ( tech_parm == ( char * ) NULL ) + { + fprintf( stderr, + "XieTecConvolveConstant failed\n" ); + reps = 0; + } + break; + case xieValConvolveReplicate: /* XXX Not supported in SI */ + default: + fprintf( stderr, "Invalid convolve technique\n" ); + reps = 0; + break; + } + } + + if ( reps ) + { + idx = 0; + + domain.offset_x = 0; + domain.offset_y = 0; + + if ( useDomain == DomainROI ) + { + XieFloImportROI(&flograph[idx], XIERoi); + idx++; + domain.phototag = idx; + } + else if ( useDomain == DomainCtlPlane ) + { + XieFloImportPhotomap(&flograph[idx], ControlPlane, False); + idx++; + domain.phototag = idx; + } + else + { + domain.phototag = 0; + } + + XieFloImportPhotomap(&flograph[idx], XIEPhotomap, False ); + idx++; + src = idx; + + XieFloConvolve(&flograph[idx], + src, + &domain, + data, + n, + bandMask, + tech, + tech_parm + ); + idx++; + + if ( photoDest == False ) + { + if ( monoflag ) + { + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx-1, + &domain, + idx, + 0x7 + ); + idx++; + } + + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + } + else + { + XieFloExportPhotomap(&flograph[idx], + idx, /* source phototag number */ + XIEPhotomap2, + encode_tech, + encode_params + ); + idx++; + } + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = True; + } + if ( tech_parm ) + XFree( tech_parm ); + if ( !reps ) + FreeConvolveStuff( xp, p ); + return( reps ); +} + +void +DoConvolve(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +void +EndConvolve(xp, p) +XParms xp; +Parms p; +{ + FreeConvolveStuff( xp, p ); +} + +int +FreeConvolveStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( data ) + { + free( data ); + data = ( float * ) NULL; + } + + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + + if ( XIERoi ) + { + XieDestroyROI( xp->d, XIERoi ); + XIERoi = ( XieRoi ) NULL; + } + + if ( XIEPhotomap != ( XiePhotomap ) NULL && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + + if ( ControlPlane != ( XiePhotomap ) NULL && IsPhotomapInCache( ControlPlane ) == False ) + { + XieDestroyPhotomap( xp->d, ControlPlane ); + ControlPlane = ( XiePhotomap ) NULL; + } + + if ( XIEPhotomap2 != ( XiePhotomap ) NULL ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap2 ); + XIEPhotomap2 = ( XiePhotomap ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + +} + +/* convolve kernel functions. add as many as you like. all must correspond + to the following prototype: + + int foo( float **data ); + + The return value is the dimension of the kernel, which must be odd, + and greater than 3 in value. The kernel function must malloc an + area which is sizeof( float ) * dimension * dimension in size. + The caller is responsible for freeing the data after use. And it + will do so therefore dynamically allocate the matrix using malloc, + please. + + The kernel function is responsible for initializing the kernel. + + See the declaration of ConvolveParmVec[] in tests.c. + + A convention for naming the function is to concatenate the name + of the transformation represented by the kernel data with the + dimension of the kernel. For example, if the kernel is LaPlacian, + and the matrix size is 5x5, then the function would be named + LaPlacian5(). +*/ + +int Boxcar3( data ) +float **data; +{ + int i, j; + + if ( ( *data = ( float * ) malloc( sizeof( float ) * 9 ) ) == + ( float * ) NULL ) + { + return( -1 ); + } + for ( i = 0; i < 3; i++ ) + { + for ( j = 0; j < 3; j++ ) + *(DATA( 3, i, j )) = 0.11111111; + } + return( 3 ); +} + +int Boxcar5( data ) +float **data; +{ + int i, j; + + if ( ( *data = ( float * ) malloc( sizeof( float ) * 25 ) ) == + ( float * ) NULL ) + { + return( -1 ); + } + for ( i = 0; i < 5; i++ ) + { + for ( j = 0; j < 5; j++ ) + *(DATA( 5, i, j )) = 0.04; + } + return( 5 ); +} + +int LaPlacian3( data ) +float **data; +{ + int i, j; + + if ( ( *data = ( float * ) malloc( sizeof( float ) * 3 * 3 ) ) == + ( float * ) NULL ) + { + return( -1 ); + } + for ( i = 0; i < 3; i++ ) + { + for ( j = 0; j < 3; j++ ) + *(DATA( 3, i, j )) = -1.0; + } + *(DATA( 3, 2, 2 )) = 8.0; + return( 3 ); +} + +int LaPlacian5( data ) +float **data; +{ + int i, j; + + if ( ( *data = ( float * ) malloc( sizeof( float ) * 5 * 5 ) ) == + ( float * ) NULL ) + { + return( -1 ); + } + for ( i = 0; i < 5; i++ ) + { + for ( j = 0; j < 5; j++ ) + *(DATA( 5, i, j )) = -1.0; + } + *(DATA( 5, 4, 4 )) = 24.0; + return( 5 ); +} + + diff --git a/xie/xc/programs/xieperf/creatdstry.c b/xie/xc/programs/xieperf/creatdstry.c new file mode 100644 index 0000000..d943383 --- /dev/null +++ b/xie/xc/programs/xieperf/creatdstry.c @@ -0,0 +1,333 @@ +/* $XConsortium: creatdstry.c,v 1.7 94/04/17 20:39:13 rws Exp $ */ + +/**** module creatdstry.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + creatdstry.c -- create/destroy resource tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static XieLut PhotofloTestLut1, PhotofloTestLut2; +static XiePhotoElement *flograph; +static int flo_elements; + +int InitCreateDestroyPhotoflo(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int lutSize; + unsigned char *lut1, *lut2; + Bool merge; + XieLTriplet start; + + lut1 = ( unsigned char * ) NULL; + lut2 = ( unsigned char * ) NULL; + PhotofloTestLut1 = PhotofloTestLut2 = ( XieLut ) NULL; + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + + lutSize = xp->vinfo.colormap_size; + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + lut1 = (unsigned char *) + malloc( lutSize * sizeof( unsigned char ) ); + if ( lut1 == ( unsigned char * ) NULL ) + reps = 0; + } + if ( reps ) + { + lut2 = (unsigned char *) + malloc( lutSize * sizeof( unsigned char ) ); + if ( lut2 == ( unsigned char * ) NULL ) + { + reps = 0; + } + } + if ( reps ) + { + if ( ( PhotofloTestLut1 = + GetXIELut( xp, p, lut1, lutSize, lutSize ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + } + if ( reps ) + { + if ( ( PhotofloTestLut2 = + GetXIELut( xp, p, lut2, lutSize, lutSize ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + } + if ( lut1 ) + { + free( lut1 ); + } + if ( lut2 ) + { + free( lut2 ); + } + + if ( reps ) + { + XieFloImportLUT(&flograph[0], PhotofloTestLut1 ); + + merge = False; + start[ 0 ] = 0; + start[ 1 ] = 0; + start[ 2 ] = 0; + + XieFloExportLUT(&flograph[1], + 1, /* source phototag number */ + PhotofloTestLut2, + merge, + start + ); + } + + if ( !reps ) + FreeCreateDestroyPhotofloStuff( xp, p ); + return reps; + +} + +int InitCreateDestroy(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + return( reps ); +} + +void DoCreateDestroyColorList(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + XieColorList clist; + + for ( i = 0; i < reps; i++ ) + { + if ( !( clist = XieCreateColorList( xp->d ) ) ) + { + fprintf( stderr, "XieCreateColorList failed\n" ); + break; + } + else + XieDestroyColorList( xp->d, clist ); + } +} + +void DoCreateDestroyLUT(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XieLut lut; + int i; + + for ( i = 0; i < reps; i++ ) + { + if ( !(lut = XieCreateLUT( xp->d ) ) ) + { + fprintf( stderr, "XieCreateLUT failed\n" ); + break; + } + else + XieDestroyLUT( xp->d, lut ); + } +} + +void DoCreateDestroyPhotomap(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XiePhotomap photomap; + int i; + + for ( i = 0; i < reps; i++ ) + { + if ( !(photomap = XieCreatePhotomap( xp->d ) ) ) + { + fprintf( stderr, "XieCreatePhotomap failed\n" ); + break; + } + else + XieDestroyPhotomap( xp->d, photomap ); + } +} + +void DoCreateDestroyROI(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XieRoi roi; + int i; + + for ( i = 0; i < reps; i++ ) + { + if ( !( roi = XieCreateROI( xp->d ) ) ) + { + fprintf( stderr, "XieCreateROI failed\n" ); + break; + } + else + XieDestroyROI( xp->d, roi ); + } +} + +void DoCreateDestroyPhotospace(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XiePhotospace photospace; + int i; + + for ( i = 0; i < reps; i++ ) + { + if ( !( photospace = XieCreatePhotospace( xp->d ) ) ) + { + fprintf( stderr, "XieCreatePhotospace failed\n" ); + break; + } + else + XieDestroyPhotospace( xp->d, photospace ); + } +} + +void DoCreateDestroyPhotoflo(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XiePhotoflo flo; + int i; + for ( i = 0; i < reps; i++ ) + { + if ( !( flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ) ) ) + { + fprintf( stderr, "XieCreatePhotoflo failed\n" ); + break; + } + else + XieDestroyPhotoflo( xp->d, flo ); + } +} + +void EndCreateDestroy(xp, p) + XParms xp; + Parms p; +{ + return; +} + +void EndCreateDestroyPhotoflo(xp, p) + XParms xp; + Parms p; +{ + FreeCreateDestroyPhotofloStuff( xp, p ); +} + +int +FreeCreateDestroyPhotofloStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + + if ( PhotofloTestLut1 ) + { + XieDestroyLUT( xp->d, PhotofloTestLut1 ); + PhotofloTestLut1 = ( XieLut ) NULL; + } + + if ( PhotofloTestLut2 ) + { + XieDestroyLUT( xp->d, PhotofloTestLut2 ); + PhotofloTestLut2 = ( XieLut ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/cvttoindex.c b/xie/xc/programs/xieperf/cvttoindex.c new file mode 100644 index 0000000..a634331 --- /dev/null +++ b/xie/xc/programs/xieperf/cvttoindex.c @@ -0,0 +1,369 @@ +/* $XConsortium: cvttoindex.c,v 1.10 94/04/17 20:39:13 rws Exp $ */ + +/**** module cvttoindex.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + cvttoindex.c -- converttoindex flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include +#include +#include +#include + +static XiePhotomap ditheredPhotomap; +static XieColorList clist1; +static XieColorList clist2; + +static XiePhotoElement *flograph; +static int flo_notify; +static XiePhotoflo flo; +static int flo_elements; + +extern Bool showErrors; +extern Bool dontClear; +extern Window drawableWindow; + +void EndConvertToIndex(); + +int +InitConvertToIndex(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + XieLTriplet levels; + int cube; + int cclass; + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + if ( !IsColorVisual( cclass ) || IsStaticVisual( cclass ) ) + return( 0 ); + cube = icbrt( 1 << xp->vinfo.depth ); + if ( IsTrueColorOrDirectColor( cclass ) ) + { + levels[ 0 ] = TripleTrueOrDirectLevels( xp ); + levels[ 1 ] = levels[ 2 ] = levels[ 0 ]; + } + else + { + levels[ 0 ] = cube; + levels[ 1 ] = cube; + levels[ 2 ] = cube; + } + clist1 = ( XieColorList ) NULL; + clist2 = ( XieColorList ) NULL; + ditheredPhotomap = ( XiePhotomap ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + if ( !( clist1 = XieCreateColorList( xp->d ) ) ) + reps = 0; + if ( ( ( CvtToIndexParms * ) p->ts )->addCvtFromIndex == True ) + if ( !( clist2 = XieCreateColorList( xp->d ) ) ) + reps = 0; + + if ( reps ) + { + if ( ( ( CvtToIndexParms * ) p->ts )->useDefaultCmap == True ) + InstallDefaultColormap( xp ); + if ( ( ( CvtToIndexParms * ) p->ts )->addCvtFromIndex == False ) { + ditheredPhotomap = + GetXIEDitheredTriplePhotomap( xp, p, 1, + ( ( CvtToIndexParms * ) p->ts )->dither, + 0, levels ); + if ( ditheredPhotomap == ( XiePhotomap ) NULL ) + { + reps = 0; + } + } + else + { + dontClear = True; + if ( !GetXIEDitheredTripleWindow( xp, p, xp->w, 1, + ( ( CvtToIndexParms * ) p->ts )->dither, + 0, levels ) ) + { + reps = 0; + } + else + { + XMoveWindow( xp->d, drawableWindow, WIDTH + 10, + 0 ); + XMapRaised( xp->d, drawableWindow ); + } + } + } + + if ( reps ) + { + if ( !CreateCvtToIndexFlo( xp, p ) ) + { + fprintf( stderr, + "Could not create ConvertToIndex flo\n" ); + reps = 0; + } + } + + if ( !reps ) + { + EndConvertToIndex( xp, p ); + } + return( reps ); +} + +int +CreateCvtToIndexFlo( xp, p ) +XParms xp; +Parms p; +{ + int decode_notify; + int idx; + XieColorAllocAllParam *color_param = NULL; + XWindowAttributes xwa; + Bool colorAllocNotify; + Bool addCvtFromIndex; + + addCvtFromIndex = ( ( CvtToIndexParms * ) p->ts )->addCvtFromIndex; + + if ( addCvtFromIndex == False ) + flo_elements = 3; + else + flo_elements = 4; + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + return( 0 ); + } + + color_param = XieTecColorAllocAll( 123 ); + if ( color_param == ( XieColorAllocAllParam * ) NULL ) + { + fprintf( stderr, "XieTecColorAllocAll failed\n" ); + XieFreePhotofloGraph(flograph,3); + return( 0 ); + } + + decode_notify = False; + idx = 0; + + if ( addCvtFromIndex == True ) + { + XieFloImportDrawable(&flograph[idx], + xp->w, + 0, + 0, + WIDTH, + HEIGHT, + 0, + False + ); + idx++; + } + else + { + XieFloImportPhotomap(&flograph[idx],ditheredPhotomap, + decode_notify); + idx++; + } + + colorAllocNotify = True; + if ( ( ( CvtToIndexParms * ) p->ts )->useDefaultCmap == True ) + { + colorAllocNotify = False; + XGetWindowAttributes( xp->d, DefaultRootWindow( xp->d ), &xwa ); + XSetWindowColormap( xp->d, xp->w, xwa.colormap ); + XSync( xp->d, 0 ); + } + + XGetWindowAttributes( xp->d, xp->w, &xwa ); + + if ( addCvtFromIndex == True ) + { + XieFloConvertFromIndex(&flograph[idx], + idx, + xwa.colormap, + xieValTripleBand, + xp->vinfo.bits_per_rgb + ); + idx++; + } + + XieFloConvertToIndex(&flograph[idx], + idx, + xwa.colormap, + clist1, + colorAllocNotify, + xieValColorAllocAll, + (char *)color_param + ); + idx++; + + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + ( addCvtFromIndex == False ? xp->w : drawableWindow ), + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + XSync( xp->d, 0 ); + XFree( color_param ); + flo_notify = ( ( CvtToIndexParms * ) p->ts )->flo_notify; + return( 1 ); +} + +void +DoConvertToIndex(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int i; + + for ( i = 0; i < reps; i++ ) + { + XieExecutePhotoflo(xp->d, flo, flo_notify ); + } +} + +/* this is for the ColorAlloc event test ( see events.c ) */ + +void +DoColorAllocEvent( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + WaitForXIEEvent( xp, ( ( EventParms * ) p->ts )->event, flo, 0, +showErrors ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +void EndConvertToIndex(xp, p) +XParms xp; +Parms p; +{ + if ( ( ( CvtToIndexParms * ) p->ts )->useDefaultCmap == True ) + InstallGrayColormap( xp ); + if ( ( ( CvtToIndexParms * ) p->ts )->addCvtFromIndex == True ) + { + XUnmapWindow( xp->d, drawableWindow ); + dontClear = False; + } + FreeCvtToIndexStuff( xp, p ); +} + +int +FreeCvtToIndexStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( ditheredPhotomap ) + { + XieDestroyPhotomap(xp->d, ditheredPhotomap); + ditheredPhotomap = ( XiePhotomap ) NULL; + } + + if ( clist1 ) + { + XieDestroyColorList( xp->d, clist1 ); + clist1 = ( XieColorList ) NULL; + } + + if ( clist2 ) + { + XieDestroyColorList( xp->d, clist2 ); + clist2 = ( XieColorList ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/dither.c b/xie/xc/programs/xieperf/dither.c new file mode 100644 index 0000000..59d318f --- /dev/null +++ b/xie/xc/programs/xieperf/dither.c @@ -0,0 +1,313 @@ +/* $XConsortium: dither.c,v 1.9 94/04/17 20:39:14 rws Exp $ */ + +/**** module dither.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + dither.c -- dither flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static XiePhotomap XIEPhotomap; +static int flo_notify, flo_id; +static XiePhotospace photospace; +static XiePhotoElement *flograph; +static int decode_notify; +static XieLTriplet levels; +static XieConstant in_low,in_high; +static XieLTriplet out_low,out_high; +static char *dithertech_parms=NULL; +static XieClipScaleParam *parms; +static int maxlevels; +static int flo_elements; + +int InitDither(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int threshold; + + photospace = ( XiePhotospace ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + parms = ( XieClipScaleParam * ) NULL; + dithertech_parms = ( char * ) NULL; + flograph = ( XiePhotoElement * ) NULL; + maxlevels = DepthFromLevels( xp->vinfo.colormap_size ); + threshold = ( ( DitherParms * )p->ts )->threshold; + + if ( ( ( DitherParms * ) p->ts )->dither != xieValDitherDefault ) + { + if ( TechniqueSupported( xp, xieValDither, + ( ( DitherParms * ) p->ts )->dither ) == False ) + { + fprintf( stderr, "Dither technique %d not supported\n", + ( ( DitherParms * ) p->ts )->dither ); + reps = 0; + } + } + if ( reps ) + { + if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + { + fprintf( stderr, "Couldn't get photomap\n" ); + reps = 0; + } + } + if ( reps ) + { + photospace = XieCreatePhotospace(xp->d); + decode_notify = False; + levels[ 0 ] = levels[ 1 ] = levels[ 2 ] = 0; + in_low[ 0 ] = in_low[ 1 ] = in_low[ 2 ] = 0.0; + out_low[ 0 ] = out_low[ 1 ] = out_low[ 2 ] = 0; + out_high[ 0 ] = out_high[ 1 ] = out_high[ 2 ] = 0; + if ( ( ( DitherParms * )p->ts )->drawable == Drawable ) + out_high[ 0 ] = ( 1 << xp->screenDepth ) - 1; + else + out_high[ 0 ] = 1; + flo_elements = 5; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + } + if ( reps ) + { + flo_notify = False; + XieFloImportPhotomap(&flograph[0],XIEPhotomap, decode_notify); + + if ( ( ( DitherParms * ) p->ts )->dither == xieValDitherOrdered ) + { + dithertech_parms = ( char * ) + XieTecDitherOrderedParam(threshold); + if ( dithertech_parms == ( char * ) NULL ) + { + fprintf( stderr, + "Trouble loading dither technique parameters\n" ); + reps = 0; + } + } + } + if ( !reps ) + { + FreeDitherStuff( xp, p ); + } + return( reps ); +} + +void DoDither(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i, j, idx; + char *tech_parms=NULL; + XieLut XIELut; + XieProcessDomain domain; + + j = 0; + for (i = 0; i != reps; i++) { + XIELut = ( XieLut ) NULL; + idx = 1; + flo_id = i + 1; + if ( ( ( DitherParms * ) p->ts )->drawable == Drawable ) + j += 2; + else + j = 2; + if ( j >= maxlevels ) + j = 2; + levels[ 0 ] = j; + + XieFloDither( &flograph[ idx ], + idx, + ( ( DitherParms * ) p->ts )->bandMask, + levels, + ( ( DitherParms * ) p->ts )->dither, + dithertech_parms + ); + idx++; + + in_high[ 0 ] = ( float ) j - 1.0; + in_high[ 1 ] = 0.0; + in_high[ 2 ] = 0.0; + if ( tech_parms ) + { + XFree( tech_parms ); + tech_parms = ( char * ) NULL; + } + parms = XieTecClipScale( in_low, in_high, out_low, out_high); + tech_parms = ( char * ) parms; + if ( tech_parms == ( char * ) NULL ) + { + fprintf( stderr, + "Trouble loading clipscale technique parameters\n" ); + return; + } + + if ( DepthFromLevels( levels[ 0 ] ) != xp->screenDepth && + ( ( DitherParms * ) p->ts )->drawable == Drawable ) + { + if ( ( XIELut = CreatePointLut( xp, p, levels[ 0 ], + 1 << xp->screenDepth, False ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx-1, + &domain, + idx, + 0x7 + ); + idx++; + } + + if ( ( ( DitherParms * ) p->ts )->drawable == Drawable ) + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + else + XieFloExportDrawablePlane(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + idx /* number of elements */ + ); + XSync( xp->d, 0 ); + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + } + } + if ( tech_parms ) + { + XFree( tech_parms ); + tech_parms = ( char * ) NULL; + } +} + +void +EndDither(xp, p) + XParms xp; + Parms p; +{ + FreeDitherStuff( xp, p ); +} + +int +FreeDitherStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap(xp->d, XIEPhotomap); + XIEPhotomap = ( XiePhotomap ) NULL; + } + if ( dithertech_parms ) + { + XFree( dithertech_parms ); + dithertech_parms = ( char * ) NULL; + } + if ( flograph != (XiePhotoElement *) NULL ) + { + XieFreePhotofloGraph(flograph,4); + flograph = ( XiePhotoElement * ) NULL; + } + if ( photospace ) + { + XieDestroyPhotospace( xp->d, photospace ); + photospace = ( XiePhotospace ) NULL; + } +} + diff --git a/xie/xc/programs/xieperf/encode.c b/xie/xc/programs/xieperf/encode.c new file mode 100644 index 0000000..d3dbfb4 --- /dev/null +++ b/xie/xc/programs/xieperf/encode.c @@ -0,0 +1,653 @@ +/* $XConsortium: encode.c,v 1.8 94/04/17 20:39:15 rws Exp $ */ +/**** module encode.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + encode.c -- EP/ECP encode technique tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include +#include +#include +#include + +static XiePhotomap XIEPhotomap; +static XiePhotomap XIEPhotomap2; +static XieLut XIELut; + +static XiePhotoElement *flograph1; +static XiePhotoElement *flograph2; +static XiePhotoflo flo1; +static XiePhotoflo flo2; +static int flo1_elements; +static int flo2_elements; + +extern Bool WMSafe; +extern Bool dontClear; +static XStandardColormap stdCmap; +extern Window drawableWindow; +static int visclass, type, interleave; + +int +InitEncodePhotomap(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + XieLTriplet levels; + int encodeTech; + char *encodeTechParms = ( char * ) NULL; + int i, idx; + XieProcessDomain domain; + int needconstrain; + float bias; + XieConstant c1; + XIEimage *image; + GeometryParms gp; + Bool exportClient; + int decodeTech; + char *decodeTechParms; + XieLTriplet width, height, rgblevels; + XieConstant rgbbias; + XieRGBToYCbCrParam *RGBToYCbCrParm = (XieRGBToYCbCrParam *) NULL; + XieYCbCrToRGBParam *YCbCrToRGBParm = (XieYCbCrToRGBParam *) NULL; + XieEncodeJPEGBaselineParam *JPEGB; + int doYCbCr = True; + unsigned char scale; + int atom; + + needconstrain = 0; + decodeTechParms = ( char * ) NULL; + XIELut = ( XieLut ) NULL; + XIEPhotomap = (XiePhotomap) NULL; + XIEPhotomap2 = (XiePhotomap) NULL; + flo1 = ( XiePhotoflo ) NULL; + flograph1 = ( XiePhotoElement * ) NULL; + flo2 = ( XiePhotoflo ) NULL; + flograph2 = ( XiePhotoElement * ) NULL; + + image = p->finfo.image1; + interleave = image->interleave; + type = image->bandclass; + +#if defined(__cplusplus) || defined(c_plusplus) + visclass = xp->vinfo.c_class; +#else + visclass = xp->vinfo.class; +#endif + if ( type == xieValTripleBand && IsDISServer() ) + return( 0 ); + + if ( type == xieValTripleBand && xp->screenDepth == 1 ) + return( 0 ); + + if ( IsGrayVisual( visclass ) ) + atom = XA_RGB_GRAY_MAP; + else + atom = XA_RGB_BEST_MAP; + if ( !IsStaticVisual( visclass ) && type == xieValTripleBand && !IsTrueColorOrDirectColor( visclass ) ) + { + if ( !GetStandardColormap( xp, &stdCmap, atom ) ) + return( 0 ); + InstallThisColormap( xp, stdCmap.colormap ); + } + else if ( type == xieValTripleBand ) + { + if ( !IsStaticVisual( visclass ) ) + InstallColorColormap( xp ); + CreateStandardColormap( xp, &stdCmap, atom ); + } + + XIEPhotomap2 = XieCreatePhotomap( xp->d ); + if ( XIEPhotomap2 == ( XiePhotomap ) NULL ) + { + InstallGrayColormap( xp ); + return( 0 ); + } + + width[ 0 ] = image->width[ 0 ]; + width[ 1 ] = image->width[ 1 ]; + width[ 2 ] = image->width[ 2 ]; + height[ 0 ] = image->height[ 0 ]; + height[ 1 ] = image->height[ 1 ]; + height[ 2 ] = image->height[ 2 ]; + + if ( type == xieValSingleBand ) + { + if ( IsFaxImage( image->decode ) ) + { + gp.geoType = GEO_TYPE_SCALE; + gp.geoHeight = 512; + gp.geoWidth = 512; + gp.geoXOffset = 0; + gp.geoYOffset = 0; + gp.geoTech = xieValGeomNearestNeighbor; + + width[ 0 ] = 512; + width[ 1 ] = 0; + width[ 2 ] = 0; + height[ 0 ] = 512; + height[ 1 ] = 0; + height[ 2 ] = 0; + + GetXIEGeometryWindow( xp, p, xp->w, &gp, 1 ); + XIEPhotomap = GetXIEGeometryPhotomap( xp, p, &gp, 1 ); + } + else + { + GetXIEWindow( xp, p, xp->w, 1 ); + XIEPhotomap = GetXIEPhotomap( xp, p, 1 ); + } + if ( image->depth[ 0 ] != xp->screenDepth ) + needconstrain = 1; + } + else + { + + if ( IsTrueColorOrDirectColor( visclass ) ) + { + levels[ 0 ] = TripleTrueOrDirectLevels( xp ); + levels[ 1 ] = TripleTrueOrDirectLevels( xp ); + levels[ 2 ] = TripleTrueOrDirectLevels( xp ); + } + else + { + levels[ 0 ] = stdCmap.red_max + 1; + levels[ 1 ] = stdCmap.green_max + 1; + levels[ 2 ] = stdCmap.blue_max + 1; + } + + GetXIEDitheredStdTripleWindow( xp, p, xp->w, 1, + xieValDitherDefault, 0, levels, &stdCmap ); + + XIEPhotomap = GetXIETriplePhotomap( xp, p, 1 ); + } + + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + { + fprintf( stderr, "Couldn't get a photomap for image\n" ); + reps = 0; + } + + if ( reps && needconstrain == 1 ) + { + XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ); + } + + encodeTech = ( ( EncodeParms * )p->ts )->encode; + encodeTechParms = ( ( EncodeParms * )p->ts )->parms; + exportClient = ( ( EncodeParms * )p->ts )->exportClient; + + if ( reps ) + { + /* determine flo size */ + + flo1_elements = 2; + flo2_elements = 2; + + if ( type == xieValTripleBand ) + flo2_elements+=2; + if ( needconstrain == 1 ) + flo2_elements+=2; + if ( type == xieValTripleBand && + encodeTech == xieValEncodeJPEGBaseline && + doYCbCr == True ) + { + flo1_elements += 1; + flo2_elements += 1; + } + + flograph1 = XieAllocatePhotofloGraph(flo1_elements); + flograph2 = XieAllocatePhotofloGraph(flo2_elements); + if ( flograph1 == ( XiePhotoElement * ) NULL || + flograph2 == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + } + + idx = 0; + if ( reps ) + { + XieFloImportPhotomap(&flograph1[idx], XIEPhotomap, False); + idx++; + + if ( type == xieValTripleBand && + encodeTech == xieValEncodeJPEGBaseline ) + { + if ( doYCbCr == True ) + { + + rgblevels[0] = 256; rgbbias[0]=0; + rgblevels[1] = 256; rgbbias[1]=127; + rgblevels[2] = 256; rgbbias[2]=127; + + RGBToYCbCrParm = XieTecRGBToYCbCr( + rgblevels, + 0.299, 0.587, 0.114, + rgbbias + ); + /* XXX check for error return */ + XieFloConvertFromRGB( &flograph1[idx], + idx, + xieValRGBToYCbCr, + (char *) RGBToYCbCrParm + ); + idx++; + } + scale = ( ( EncodeParms * )p->ts )->scale; + JPEGB = ( XieEncodeJPEGBaselineParam * ) encodeTechParms; + for ( i = 0; i < JPEGB->q_size; i++ ) + { + JPEGB->q_table[ i ] = + (JPEGB->q_table[ i ] * scale + 50)/100; + } + } + + if ( exportClient == True ) + { + XieFloExportClientPhoto(&flograph1[idx], + idx, + xieValFirstData, + encodeTech, + encodeTechParms + ); + idx = 0; + GetDecodeParms( encodeTech, encodeTechParms, + &decodeTech, &decodeTechParms ); + + XieFloImportClientPhoto(&flograph2[idx], + type, + width, + height, + image->levels, + True, + decodeTech, + decodeTechParms + ); + } + else + { + JPEGB = ( XieEncodeJPEGBaselineParam * ) encodeTechParms; + XieFloExportPhotomap(&flograph1[idx], + idx, + XIEPhotomap2, + encodeTech, + encodeTechParms + ); + idx = 0; + XieFloImportPhotomap(&flograph2[idx], XIEPhotomap2, + False ); + } + idx++; + + } + if ( reps ) + { + if ( type == xieValTripleBand ) + { + if ( encodeTech == xieValEncodeJPEGBaseline && + doYCbCr == True ) + { + + YCbCrToRGBParm = XieTecYCbCrToRGB( + rgblevels, + 0.299, 0.587, 0.114, + rgbbias, + xieValGamutNone, + (char *) NULL + ); + /* XXX check for error return */ + XieFloConvertToRGB( &flograph2[idx], + idx, + xieValYCbCrToRGB, + (char *) YCbCrToRGBParm + ); + idx++; + } + + XieFloDither(&flograph2[idx], + idx, + 0x7, + levels, + xieValDitherDefault, + (char *) NULL + ); + idx++; + + c1[ 0 ] = stdCmap.red_mult; + c1[ 1 ] = stdCmap.green_mult; + c1[ 2 ] = stdCmap.blue_mult; + + bias = ( float ) stdCmap.base_pixel; + + XieFloBandExtract( &flograph2[idx], idx, + 1 << xp->vinfo.depth, bias, c1 ); + idx++; + } + + if ( needconstrain ) + { + XieFloImportLUT(&flograph2[idx], XIELut ); + idx++; + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + XieFloPoint(&flograph2[idx], + idx - 1, + &domain, + idx, + 0x07 + ); + idx++; + } + + XieFloExportDrawable( &flograph2[idx], + idx, + drawableWindow, + xp->fggc, + 0, + 0 + ); + + flo1 = XieCreatePhotoflo( xp->d, flograph1, flo1_elements ); + flo2 = XieCreatePhotoflo( xp->d, flograph2, flo2_elements ); + } + + if ( !reps ) + FreeEncodePhotomapStuff( xp, p ); + else + { + dontClear = True; + XMoveWindow( xp->d, drawableWindow, WIDTH + 10, 0 ); + XMapRaised( xp->d, drawableWindow ); + XSync( xp->d, 0 ); + dontClear = True; + } + if ( decodeTechParms ) + XFree( decodeTechParms ); + if ( RGBToYCbCrParm ) + XFree( (char *) RGBToYCbCrParm ); + if ( YCbCrToRGBParm ) + XFree( (char *) YCbCrToRGBParm ); + return( reps ); +} + +int +GetDecodeParms( encode, eparms, decode, dparms ) +int encode; +char *eparms; +int *decode; +char **dparms; +{ + static unsigned char left_pad[3] = { 0, 0, 0 }; + XieEncodeUncompressedSingleParam *USP = ( XieEncodeUncompressedSingleParam * ) eparms; + XieEncodeUncompressedTripleParam *UTP = ( XieEncodeUncompressedTripleParam * ) eparms; + XieEncodeG31DParam *G31 = ( XieEncodeG31DParam * ) eparms; + XieEncodeG32DParam *G32 = ( XieEncodeG32DParam * ) eparms; + XieEncodeG42DParam *G42 = ( XieEncodeG42DParam * ) eparms; + XieEncodeJPEGBaselineParam *JPEGB = ( XieEncodeJPEGBaselineParam * ) eparms; + XieEncodeTIFF2Param *TIFF2 = ( XieEncodeTIFF2Param * ) eparms; + XieEncodeTIFFPackBitsParam *TIFFPB = ( XieEncodeTIFFPackBitsParam * ) eparms; + + switch( encode ) + { + case xieValEncodeUncompressedSingle: + *decode = xieValDecodeUncompressedSingle; + *dparms = ( char * ) XieTecDecodeUncompressedSingle( + USP->fill_order, + USP->pixel_order, + USP->pixel_stride, + 0, + USP->scanline_pad + ); + break; + case xieValEncodeUncompressedTriple: + *decode = xieValDecodeUncompressedTriple; + *dparms = ( char * ) XieTecDecodeUncompressedTriple( + UTP->fill_order, + UTP->pixel_order, + UTP->band_order, + UTP->interleave, + UTP->pixel_stride, + left_pad, + UTP->scanline_pad + ); + interleave = UTP->interleave; + break; + case xieValEncodeG31D: + *decode = xieValDecodeG31D; + *dparms = ( char * ) XieTecDecodeG31D( + G31->encoded_order, + True, + G31->radiometric + ); + break; + case xieValEncodeG32D: + *decode = xieValDecodeG32D; + *dparms = ( char * ) XieTecDecodeG32D( + G32->encoded_order, + True, + G32->radiometric + ); + break; + case xieValEncodeG42D: + *decode = xieValDecodeG42D; + *dparms = ( char * ) XieTecDecodeG42D( + G42->encoded_order, + True, + G42->radiometric + ); + break; + case xieValEncodeJPEGBaseline: + *decode = xieValDecodeJPEGBaseline; + *dparms = ( char * ) XieTecDecodeJPEGBaseline( + JPEGB->interleave, + JPEGB->band_order, + True + ); + interleave = JPEGB->interleave; + break; + case xieValEncodeTIFF2: + *decode = xieValDecodeTIFF2; + *dparms = ( char * ) XieTecDecodeTIFF2( + TIFF2->encoded_order, + True, + TIFF2->radiometric + ); + break; + case xieValEncodeTIFFPackBits: + *decode = xieValDecodeTIFFPackBits; + *dparms = ( char * ) XieTecDecodeTIFFPackBits( + TIFFPB->encoded_order, + True + ); + break; + } + return( 1 ); +} + +void +DoEncodePhotomap(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int i; + + for ( i = 0; i < reps; i++ ) + { + XieExecutePhotoflo(xp->d, flo1, True ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo1, 0, False ); + XieExecutePhotoflo(xp->d, flo2, True ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo2, 0, False ); + } +} + +void +DoEncodeClientPhotomap(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int i, done, size; + char *data; + + data = ( char * ) NULL; + size = 2048; + for ( i = 0; i < reps; i++ ) + { + XieExecutePhotoflo(xp->d, flo1, True ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoExportAvailable, + flo1, flo1_elements, False ); + if ( type == xieValTripleBand && interleave == xieValBandByPlane ) + { + size = ReadNotifyExportTripleData( xp, p, 0, + flo1, flo1_elements, 1, size, &data, &done ); + } + else + { + size = ReadNotifyExportData( xp, p, 0, + flo1, flo1_elements, 1, size, &data, &done ); + } + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo1, 0, False ); + XieExecutePhotoflo(xp->d, flo2, True ); + PumpTheClientData( xp, p, flo2, 0, 1, data, size, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo2, 0, False ); + } + if ( data ) + { + free( data ); + data = ( char * ) NULL; + } +} + +void EndEncodePhotomap(xp, p) +XParms xp; +Parms p; +{ + if ( type == xieValTripleBand && !IsStaticVisual( visclass ) ) + InstallGrayColormap( xp ); + XUnmapWindow( xp->d, drawableWindow ); + dontClear = False; + FreeEncodePhotomapStuff( xp, p ); +} + +int +FreeEncodePhotomapStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIELut ) + { + XieDestroyLUT(xp->d, XIELut); + XIELut = ( XieLut ) NULL; + } + + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap(xp->d, XIEPhotomap); + XIEPhotomap = ( XiePhotomap ) NULL; + } + + if ( XIEPhotomap2 ) + { + XieDestroyPhotomap(xp->d, XIEPhotomap2); + XIEPhotomap2 = ( XiePhotomap ) NULL; + } + + if ( flograph1 ) + { + XieFreePhotofloGraph(flograph1,flo1_elements); + flograph1 = ( XiePhotoElement * ) NULL; + } + + if ( flo1 ) + { + XieDestroyPhotoflo( xp->d, flo1 ); + flo1 = ( XiePhotoflo ) NULL; + } + + if ( flograph2 ) + { + XieFreePhotofloGraph(flograph2,flo2_elements); + flograph2 = ( XiePhotoElement * ) NULL; + } + + if ( flo2 ) + { + XieDestroyPhotoflo( xp->d, flo2 ); + flo2 = ( XiePhotoflo ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/errors.c b/xie/xc/programs/xieperf/errors.c new file mode 100644 index 0000000..6b4098d --- /dev/null +++ b/xie/xc/programs/xieperf/errors.c @@ -0,0 +1,1611 @@ +/* $XConsortium: errors.c,v 1.11 94/04/17 20:39:16 rws Exp $ */ +/**** module errors.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + errors.c -- XIE error tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include +#include +#include +#include "xieperf.h" + +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static int flo_elements; +static XiePhotospace photospace; + +static XieRoi XIERoi; +static XieLut XIELut; +static XiePhotomap XIEPhotomap; +static XieColorList clist; + +extern Bool showErrors; +static int errcnt; + +static char *coreErrTab[] = { + "Success", + "BadRequest", + "BadValue", + "BadWindow", + "BadPixmap", + "BadAtom", + "BadCursor", + "BadFont", + "BadMatch", + "BadDrawable", + "BadAccess", + "BadAlloc", + "BadColor", + "BadGC", + "BadIDChoice", + "BadName", + "BadLength", + "BadImplementation", +}; + +#define MAX_CORE_ERROR 4 + +static char *errTab[] = { + "ColorList", + "LUT", + "Photoflo", + "Photomap", + "Photospace", + "ROI", +}; + +#define MAX_ERROR 5 + +static char *floErrTab[] = { + "Unassigned ( invalid error )", + "FloAccess", + "FloAlloc", + "FloColormap", + "FloColorList", + "FloDomain", + "FloDrawable", + "FloElement", + "FloGC", + "FloID", + "FloLength", + "FloLUT", + "FloMatch", + "FloOperator", + "FloPhotomap", + "FloROI", + "FloSource", + "FloTechnique", + "FloValue", + "FloImplementation" +}; + +#define MAX_FLO_ERROR 19 + +static void +ErrorEventPrintError (display, error, fp) +Display *display; +XErrorEvent *error; +FILE *fp; +{ + XieExtensionInfo *xieExtInfo; + XieFloAccessError *flo_error = (XieFloAccessError *) error; + int idx; + + GetExtensionInfo( &xieExtInfo ); + if ( xieExtInfo == ( XieExtensionInfo * ) NULL ) + { + fprintf( stderr, "Couldn't get XIE extension info struct\n" ); + return; + } + + if (error->error_code == xieExtInfo->first_error + xieErrNoFlo) + { + /* flo error */ + + fprintf (fp, "Flo error: "); + if ( flo_error->flo_error_code > MAX_FLO_ERROR ) + fprintf( fp, "unknown.\n" ); + else + fprintf( fp, "%s.\n", floErrTab[ flo_error->flo_error_code ] ); + } + else if (error->error_code >= xieExtInfo->first_error) + { + /* other xie error */ + idx = error->error_code - xieExtInfo->first_error; + if ( idx < 0 || idx > MAX_ERROR ) + fprintf( fp, "Error code is out of range\n" ); + else + fprintf( fp, "%s.\n", errTab[ idx ] ); + } + else + { + /* core X error... hopefully */ + + idx = error->error_code; + if ( idx < 0 || idx > MAX_CORE_ERROR ) + fprintf( fp, "Error code is out of range\n" ); + else + fprintf( fp, "%s.\n", coreErrTab[ idx ] ); + } +} + +static int +XIEErrorHandler( d, ev ) +Display *d; +XErrorEvent *ev; +{ + if ( showErrors == True ) + { + fprintf( stderr, "X Error received: major '%d' minor '%d': ", + ev->request_code, ev->minor_code ); + ErrorEventPrintError( d, ev, stderr ); + fflush( stderr ); + } + errcnt++; + return( 0 ); +} + +int +InitErrors( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int which; + + which = ( ( ErrorParms * ) p->ts )->error; + XSetErrorHandler( XIEErrorHandler ); + errcnt = 0; + switch( which ) + { + case xieErrNoColorList : + break; + case xieErrNoLUT : + break; + case xieErrNoPhotoflo : + break; + case xieErrNoPhotomap : + break; + case xieErrNoROI : + break; + case xieErrNoPhotospace : + break; + default: + reps = 0; + break; + } + if ( !reps ) + XSetErrorHandler( None ); + return( reps ); +} + +int +InitCoreErrors( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int which; + + which = ( ( ErrorParms * ) p->ts )->error; + XSetErrorHandler( XIEErrorHandler ); + errcnt = 0; + switch( which ) + { + case BadAccess: + fprintf( stderr, "XIE currently does not generate BadAccess\n" ); + fflush( stderr ); + reps = 0; + break; + case BadAlloc: + fprintf( stderr, "Sorry, cannot reliably generate BadAlloc\n" ); + fflush( stderr ); + reps = 0; + break; + case BadIDChoice: + break; + case BadValue: + InitBadValue( xp, p, reps ); + break; + default: + reps = 0; + break; + } + if ( !reps ) + XSetErrorHandler( None ); + return( reps ); +} + +int +InitFloAccessError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + Bool merge; + XieLTriplet start; + + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + XIELut = ( XieLut ) NULL; + + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + XIELut = XieCreateLUT( xp->d ); + XieFloImportLUT(&flograph[0], XIELut ); + + merge = False; + start[ 0 ] = 0; + start[ 1 ] = 0; + start[ 2 ] = 0; + + XieFloExportLUT(&flograph[1], + 1, /* source phototag number */ + XIELut, + merge, + start + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + if ( !reps ) + { + FreeErrorWithLUTStuff( xp, p ); + } + return( reps ); +} + +int +InitBadValue( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + return( reps ); +} + +int +InitFloErrors( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int which; + int retval; + + which = ( ( ErrorParms * ) p->ts )->error; + errcnt = 0; + photospace = ( XiePhotospace ) NULL; + retval = 0; + switch( which ) + { + case xieErrNoFloAccess : + retval = InitFloAccessError( xp, p, reps ); + break; + case xieErrNoFloROI : + retval = InitFloROIError( xp, p, reps ); + break; + case xieErrNoFloDrawable : + retval = InitFloDrawableError( xp, p, reps ); + break; + case xieErrNoFloGC : + retval = InitFloGCError( xp, p, reps ); + break; + case xieErrNoFloElement : + retval = InitFloElementError( xp, p, reps ); + break; + case xieErrNoFloColorList : + retval = InitFloColorListError( xp, p, reps ); + break; + case xieErrNoFloID : + retval = InitFloIDError( xp, p, reps ); + break; + case xieErrNoFloLUT : + retval = InitFloLUTError( xp, p, reps ); + break; + case xieErrNoFloOperator : + retval = InitFloOperatorError( xp, p, reps ); + break; + case xieErrNoFloSource : + retval = InitFloSourceError( xp, p, reps ); + break; + case xieErrNoFloPhotomap : + retval = InitFloPhotomapError( xp, p, reps ); + break; + case xieErrNoFloDomain : + retval = InitFloDomainError( xp, p, reps ); + break; + case xieErrNoFloColormap : + retval = InitFloColormapError( xp, p, reps ); + break; + case xieErrNoFloMatch : + retval = InitFloMatchError( xp, p, reps ); + break; + case xieErrNoFloTechnique : + retval = InitFloTechniqueError( xp, p, reps ); + break; + case xieErrNoFloValue : + retval = InitFloValueError( xp, p, reps ); + break; + case xieErrNoFloLength : + fprintf( stderr, "Sorry - cannot reliably test for FloLength errors\n" ); + fflush( stderr ); + break; + case xieErrNoFloAlloc : + fprintf( stderr, "Sorry - cannot reliably test for FloAlloc errors\n" ); + fflush( stderr ); + break; + case xieErrNoFloImplementation : + fprintf( stderr, "Sorry - cannot reliably test for FloImplementation errors\n" ); + fflush( stderr ); + break; + } + if ( retval ) + XSetErrorHandler( XIEErrorHandler ); + return( retval ); +} + +int +InitPhotofloError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + flo = ( XiePhotoflo ) NULL; + return( reps ); +} + +int +InitFloMatchError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + XieLTriplet levels; + + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + flo_elements = 3; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + XIEPhotomap = GetXIEPhotomap( xp, p, 1 ); + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + reps = 0; + } + if ( reps ) + { + XieFloImportPhotomap(&flograph[0], XIEPhotomap, False); + + levels[ 0 ] = 17; + levels[ 1 ] = levels[ 2 ] = levels[ 0 ]; + + XieFloDither( &flograph[ 1 ], + 1, + 0x07, + levels, + xieValDitherDefault, + ( char * ) NULL + ); + + XieFloExportDrawable(&flograph[2], + 2, + xp->w, /* source phototag number */ + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + if ( !reps ) + { + FreeErrorWithPhotomapStuff( xp, p ); + } + return( reps ); +} + +int +InitFloTechniqueError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + XieLTriplet levels; + + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + photospace = XieCreatePhotospace(xp->d); + flo_elements = 3; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + XIEPhotomap = GetXIEPhotomap( xp, p, 1 ); + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + reps = 0; + } + if ( reps ) + { + XieFloImportPhotomap(&flograph[0], XIEPhotomap, False); + + levels[ 0 ] = ( 1 << xp->vinfo.depth ) >> 1; + levels[ 1 ] = levels[ 2 ] = levels[ 0 ]; + + XieFloDither( &flograph[ 1 ], + 1, + 0x07, + levels, + 0xff, + ( char * ) NULL + ); + + XieFloExportDrawable(&flograph[2], + 2, + xp->w, /* source phototag number */ + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + } + if ( !reps ) + { + FreeErrorWithPhotomapStuff( xp, p ); + } + return( reps ); +} + +int +InitFloPhotomapError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_params=NULL; + + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + XieFloImportPhotomap(&flograph[0], XIEPhotomap, False); + + XieFloExportPhotomap(&flograph[1], + 1, /* source phototag number */ + XIEPhotomap, + encode_tech, + encode_params + ); + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + if ( !reps ) + { + FreeFloErrorStuff( xp, p ); + } + return( reps ); +} + +int +InitFloSourceError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + photospace = XieCreatePhotospace(xp->d); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + XieFloImportPhotomap(&flograph[0], XIEPhotomap, False); + + XieFloExportDrawable(&flograph[1], + ~0, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + } + if ( !reps ) + { + FreeErrorWithPhotomapStuff( xp, p ); + } + return( reps ); +} + +int +InitFloElementError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_params=NULL; + + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + XieFloImportPhotomap(&flograph[0], XIEPhotomap, False); + XieFloExportPhotomap(&flograph[1], + 1, /* source phototag number */ + XIEPhotomap, + encode_tech, + encode_params + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + if ( !reps ) + { + FreeErrorWithPhotomapStuff( xp, p ); + } + return( reps ); +} + +int +InitFloDrawableError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + XieFloImportPhotomap(&flograph[0], XIEPhotomap, False); + + XieFloExportDrawable(&flograph[1], + 1, /* source phototag number */ + ( Window ) NULL, + xp->fggc, + 0, + 0 + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + if ( !reps ) + { + FreeErrorWithPhotomapStuff( xp, p ); + } + return( reps ); +} + +int +InitFloColorListError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + XieLTriplet levels; + int idx, cclass; + int cube; + XieColorAllocAllParam *color_param = NULL; + XWindowAttributes xwa; + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + if ( !IsColorVisual( cclass ) ) + return( 0 ); + cube = icbrt( 1 << xp->vinfo.depth ); + levels[ 0 ] = cube; + levels[ 1 ] = cube; + levels[ 2 ] = cube; + clist = ( XieColorList ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + if ( !( clist = XieCreateColorList( xp->d ) ) ) + reps = 0; + + if ( reps ) + { + XIEPhotomap = GetXIEDitheredTriplePhotomap( xp, p, 1, + xieValDitherDefault, 0, levels ); + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + reps = 0; + } + if ( reps ) + { + InstallDefaultColormap( xp ); + flo_elements = 3; + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + color_param = XieTecColorAllocAll( 123 ); + if ( color_param == ( XieColorAllocAllParam * ) NULL ) + { + fprintf( stderr, "XieTecColorAllocAll failed\n" ); + reps = 0; + } + } + if ( reps ) + { + idx = 0; + XieFloImportPhotomap(&flograph[idx],XIEPhotomap,False); + idx++; + + XGetWindowAttributes( xp->d, DefaultRootWindow( xp->d ), &xwa ); + XSetWindowColormap( xp->d, xp->w, xwa.colormap ); + XSync( xp->d, 0 ); + + XieFloConvertToIndex(&flograph[idx], + idx, + xwa.colormap, + clist, + False, + xieValColorAllocAll, + (char *)color_param + ); + idx++; + + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + XFree( color_param ); + } + + /* this should cause a FloColorList error */ + + if ( clist ) + { + XieDestroyColorList( xp->d, clist ); + clist = ( XieColorList ) NULL; + } + + if ( !reps ) + { + InstallGrayColormap( xp ); + FreeErrorWithPhotomapStuff( xp, p ); + } + return( reps ); +} + +int +InitFloColormapError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + XieLTriplet levels; + int idx, cclass; + int cube; + XieColorAllocAllParam *color_param = NULL; + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + + if ( !IsColorVisual( cclass ) ) + return( 0 ); + cube = icbrt( 1 << xp->vinfo.depth ); + levels[ 0 ] = cube; + levels[ 1 ] = cube; + levels[ 2 ] = cube; + clist = ( XieColorList ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + if ( !( clist = XieCreateColorList( xp->d ) ) ) + reps = 0; + + if ( reps ) + { + XIEPhotomap = GetXIEDitheredTriplePhotomap( xp, p, 1, + xieValDitherDefault, 0, levels ); + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + reps = 0; + } + if ( reps ) + { + flo_elements = 3; + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + color_param = XieTecColorAllocAll( 123 ); + if ( color_param == ( XieColorAllocAllParam * ) NULL ) + { + fprintf( stderr, "XieTecColorAllocAll failed\n" ); + reps = 0; + } + } + if ( reps ) + { + idx = 0; + XieFloImportPhotomap(&flograph[idx],XIEPhotomap,False); + idx++; + + XieFloConvertToIndex(&flograph[idx], + idx, + ( Colormap ) 0xffffffff, + clist, + False, + xieValColorAllocAll, + (char *)color_param + ); + idx++; + + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + XFree( color_param ); + } + if ( !reps ) + { + FreeErrorWithPhotomapStuff( xp, p ); + } + return( reps ); +} + +int +InitFloGCError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + static GC myGC; + + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + myGC = XCreateGC( xp->d, xp->w, 0, 0 ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + XieFloImportPhotomap(&flograph[0], XIEPhotomap, False); + + XieFloExportDrawable(&flograph[1], + 1, /* source phototag number */ + xp->w, + myGC, + 0, + 0 + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + if ( !reps ) + { + FreeErrorWithPhotomapStuff( xp, p ); + } + XFreeGC( xp->d, myGC ); + return( reps ); +} + +int +InitFloOperatorError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int idx; + XIEimage *image; + XieProcessDomain domain; + + XIEPhotomap = ( XiePhotomap ) NULL; + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + image = p->finfo.image1; + flo_elements = 3; + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + idx = 0; + XieFloImportPhotomap(&flograph[idx], XIEPhotomap, False ); + idx++; + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + XieFloMath(&flograph[idx], + idx, + &domain, + ~0, + 0x7 + ); + idx++; + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + if ( !reps ) + FreeErrorWithPhotomapStuff( xp, p ); + return( reps ); +} + +int +InitFloDomainError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int idx; + XIEimage *image; + XieProcessDomain domain; + + XIEPhotomap = ( XiePhotomap ) NULL; + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + image = p->finfo.image1; + flo_elements = 3; + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + { + fprintf( stderr, "GetXIEPhotomap failed\n" ); + reps = 0; + } + else + { + idx = 0; + XieFloImportPhotomap(&flograph[idx], XIEPhotomap, False ); + idx++; + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 1; + + XieFloMath(&flograph[idx], + idx, + &domain, + xieValAdd, + 0x7 + ); + idx++; + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + if ( !reps ) + FreeErrorWithPhotomapStuff( xp, p ); + return( reps ); +} + +int +InitFloIDError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + flo = ( XiePhotoflo ) NULL; + return( reps ); +} + +int +InitFloValueError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + char *lut; + XieLTriplet start, length; + + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + XIELut = ( XieLut ) NULL; + lut = ( char * ) NULL; + + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + lut = ( char * ) malloc( 128 ); + + length[ 0 ] = 128; + length[ 1 ] = 0; + length[ 2 ] = 0; + + start[ 0 ] = 0; + start[ 1 ] = 0; + start[ 2 ] = 0; + + if ( ( XIELut = GetXIELut( xp, p, lut, 128, 128 ) ) == + ( XieLut ) NULL ) + { + reps = 0; + } + else + { + XieFloImportLUT(&flograph[0], XIELut); + XieFloExportClientLUT(&flograph[1], + 1, /* source phototag number */ + xieValMSFirst, + 0xff, + start, + length + ); + flo = XieCreatePhotoflo( xp->d, + flograph, flo_elements ); + } + } + if ( !reps ) + { + FreeErrorWithLUTStuff( xp, p ); + } + if ( lut ) + free( lut ); + return( reps ); +} + +int +InitFloROIError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + XIERoi = ( XieRoi ) NULL; + + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + XieFloImportROI(&flograph[0], XIERoi ); + + XieFloExportROI(&flograph[1], + 1, /* source phototag number */ + XIERoi + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + if ( !reps ) + { + FreeFloErrorStuff( xp, p ); + } + return( reps ); +} + +int +InitFloLUTError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + Bool merge; + XieLTriplet start; + + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + XieFloImportLUT(&flograph[0], ( XieLut ) NULL ); + + merge = False; + start[ 0 ] = 0; + start[ 1 ] = 0; + start[ 2 ] = 0; + + XieFloExportLUT(&flograph[1], + 1, /* source phototag number */ + ( XieLut ) NULL, + merge, + start + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + if ( !reps ) + { + FreeFloErrorStuff( xp, p ); + } + return( reps ); +} + +void +DoBadValueError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + XieTechniqueGroup techGroup; + XieTechnique *techVector; + int j, i, numTech; + + techGroup = 0xff; + + for ( i = 0; i < reps; i++ ) + { + if ( !XieQueryTechniques( xp->d, techGroup, &numTech, + &techVector ) ) + { + continue; + } + + /* we shouldn't get here, however, clean up if so... */ + + for ( j = 0; j < numTech; j++ ) + { + if ( techVector[ j ].name ) + XFree( techVector[ j ].name ); + } + if ( techVector ) + { + XFree( techVector ); + techVector = ( XieTechnique * ) NULL; + } + } +} + +void +DoColorListError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieDestroyColorList( xp->d, ( XieColorList ) NULL ); + } +} + +void +DoFloErrorImmediate( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int i; + int flo_id; + + flo_id = 1; + for (i = 0; i != reps; i++) { + XieExecuteImmediate(xp->d, photospace, + flo_id, + False, + flograph, /* photoflo specification */ + flo_elements /* number of elements */ + ); + flo_id++; + } +} + +void +DoPhotospaceError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieDestroyPhotospace( xp->d, ( XiePhotospace ) NULL ); + } +} + +void +DoROIError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieDestroyROI( xp->d, ( XieRoi ) NULL ); + } +} + +void +DoFloElementError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieFloImportLUT(&flograph[1], ( XieLut ) NULL); + XieModifyPhotoflo( xp->d, flo, 2, &flograph[1], 1 ); + } +} + +void +DoLUTError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieDestroyLUT( xp->d, ( XieLut ) NULL ); + } +} + +void +DoFloIDError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int i; + char data[ 16 ]; + + for (i = 0; i != reps; i++) { + XiePutClientData ( + xp->d, + 0, /* photospace */ + flo, /* flo id */ + 1, /* element */ + True, /* signal that this is all the data */ + 0, /* band_number */ + (unsigned char *)data, + sizeof( data ) + ); + } +} + +void +DoPhotomapError( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieDestroyPhotomap( xp->d, ( XieLut ) NULL ); + } +} + +void +DoErrors( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, False ); + } +} + +void +EndErrors( xp, p ) +XParms xp; +Parms p; +{ + int which; + + XSetErrorHandler( None ); + which = ( ( ErrorParms * ) p->ts )->error; + fprintf( stderr, "There were %d error events received\n", errcnt ); + fflush( stderr ); + switch( which ) + { + case xieErrNoColorList : + break; + case xieErrNoLUT : + break; + case xieErrNoPhotoflo : + break; + case xieErrNoPhotomap : + break; + case xieErrNoROI : + break; + case xieErrNoPhotospace : + break; + } +} + +void +EndCoreErrors( xp, p ) +XParms xp; +Parms p; +{ + int which; + + XSetErrorHandler( None ); + which = ( ( ErrorParms * ) p->ts )->error; + fprintf( stderr, "There were %d error events received\n", errcnt ); + fflush( stderr ); + switch( which ) + { + case BadAccess: + /* not implemented */ + break; + case BadAlloc: + /* not implemented */ + break; + case BadIDChoice: + /* not implemented */ + break; + case BadValue: + /* nothing to do for this test */ + break; + default: + break; + } +} + +void +EndFloErrors( xp, p ) +XParms xp; +Parms p; +{ + int which; + + XSetErrorHandler( None ); + which = ( ( ErrorParms * ) p->ts )->error; + fprintf( stderr, "There were %d error events received\n", errcnt ); + fflush( stderr ); + switch( which ) + { + case xieErrNoFloAccess : + FreeErrorWithLUTStuff( xp, p ); + break; + case xieErrNoFloDrawable : + FreeErrorWithPhotomapStuff( xp, p ); + break; + case xieErrNoFloGC : + FreeErrorWithPhotomapStuff( xp, p ); + break; + case xieErrNoFloElement : + FreeErrorWithPhotomapStuff( xp, p ); + break; + case xieErrNoFloColorList : + InstallGrayColormap( xp ); + FreeErrorWithPhotomapStuff( xp, p ); + break; + case xieErrNoFloDomain : + FreeErrorWithPhotomapStuff( xp, p ); + break; + case xieErrNoFloColormap : + FreeErrorWithPhotomapStuff( xp, p ); + break; + case xieErrNoFloID : + break; + case xieErrNoFloLUT : + FreeFloErrorStuff( xp, p ); + break; + case xieErrNoFloROI : + FreeFloErrorStuff( xp, p ); + break; + case xieErrNoFloOperator : + FreeErrorWithPhotomapStuff( xp, p ); + break; + case xieErrNoFloSource : + FreeErrorWithPhotomapStuff( xp, p ); + break; + case xieErrNoFloPhotomap : + FreeFloErrorStuff( xp, p ); + break; + case xieErrNoFloMatch : + FreeErrorWithPhotomapStuff( xp, p ); + break; + case xieErrNoFloTechnique : + FreeErrorWithPhotomapStuff( xp, p ); + break; + case xieErrNoFloValue : + FreeErrorWithLUTStuff( xp, p ); + break; + default: + break; + } +} + +int +FreeErrorWithPhotomapStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( photospace ) + { + XieDestroyPhotospace( xp->d, photospace ); + photospace = ( XiePhotospace ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } +} + +int +FreeErrorWithROIStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( photospace ) + { + XieDestroyPhotospace( xp->d, photospace ); + photospace = ( XiePhotospace ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + if ( XIERoi ) + { + XieDestroyROI( xp->d, XIERoi ); + XIERoi = ( XieRoi ) NULL; + } +} + +int +FreeErrorWithLUTStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( photospace ) + { + XieDestroyPhotospace( xp->d, photospace ); + photospace = ( XiePhotospace ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } +} + +int +FreeFloErrorStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( photospace ) + { + XieDestroyPhotospace( xp->d, photospace ); + photospace = ( XiePhotospace ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + + diff --git a/xie/xc/programs/xieperf/events.c b/xie/xc/programs/xieperf/events.c new file mode 100644 index 0000000..72d2f68 --- /dev/null +++ b/xie/xc/programs/xieperf/events.c @@ -0,0 +1,815 @@ +/* $XConsortium: events.c,v 1.12 95/04/05 19:59:08 kaleb Exp $ */ +/**** module events.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + events.c -- event tests and XIE event routines + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#ifdef WIN32 +#define _WILLWINSOCK_ +#endif +#include +#include +#include +#include "xieperf.h" + +static XieExtensionInfo *xieInfo=NULL; +static int timeout = 60; /* in seconds */ + +static XiePhotomap XIEPhotomap; +static XiePhotomap XIEPhotomap2; +static XieLut XIELut; + +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static int flo_elements; +static char *data; + +static int size; +extern Bool dontClear; +extern Bool showErrors; +extern Window drawableWindow; + +/* general event stuff */ + +int +GetTimeout() +{ + return( timeout ); +} + +int +SetTimeout( time ) +int time; +{ + timeout = time; +} + +InitEventInfo(display,info) +Display *display; +XieExtensionInfo *info; +{ + xieInfo = info; +} + +GetExtensionInfo( info ) +XieExtensionInfo **info; +{ + *info = xieInfo; +} + +Bool +event_check(display,event,arg) +Display *display; +XEvent *event; +char *arg; +{ + int xie_event; + + if (xieInfo == NULL) + return(False); + + if ( event == ( XEvent * ) NULL ) + return( False ); + + xie_event = event->type - xieInfo->first_event; + if (xie_event <= 0) + return(False); + if (xie_event > xieEvnNoPhotofloDone) + return(False); + return(True); +} + +int +WaitForXIEEvent( xp, which, flo_id, tag, verbose ) +XParms xp; +int which; +XiePhotoflo flo_id; +XiePhototag tag; +Bool verbose; +{ + int Xsocket; + XEvent event; + XieExportAvailableEvent *ExportAvailable = + (XieExportAvailableEvent *) &event; + XiePhotofloDoneEvent *PhotofloDone = + (XiePhotofloDoneEvent *) &event; + XieColorAllocEvent *ColorAlloc = + (XieColorAllocEvent *) &event; + XieDecodeNotifyEvent *DecodeNotify = + (XieDecodeNotifyEvent *) &event; + XieImportObscuredEvent *ImportObscured = + (XieImportObscuredEvent *) &event; + int retval, xie_event; + time_t endtime, curtime, delta; + struct timeval tv; + Bool done; + fd_set rd; + + retval = 1; + done = False; + + /* set up for the select */ + + Xsocket = ConnectionNumber(xp->d); + endtime = time( ( time_t * ) NULL ) + timeout; + while ( done == False ) + { + /* see if there is anything for us in the event queue... */ + + if ( XCheckTypedEvent( xp->d, xieInfo->first_event + which, + &event ) == False ) + { + curtime = time( ( time_t * ) NULL ); + delta = endtime - curtime; + if ( delta <= 0 ) + { + retval = 0; + fprintf( stderr, "Timed out on receiving XIE event\n" ); + fflush( stderr ); + done = True; + continue; + } + tv.tv_sec = delta; + tv.tv_usec = 0L; + XFlush( xp->d ); + FD_ZERO(&rd); + FD_SET(Xsocket, &rd); + Select( Xsocket + 1, &rd, NULL, NULL, &tv ); + continue; + } + xie_event = event.type - xieInfo->first_event; + switch( xie_event ) + { + case xieEvnNoExportAvailable: + if ( ExportAvailable->flo_id == flo_id && + ExportAvailable->src == tag ) + { + if ( verbose == True ) + fprintf( stderr, "ExportAvailable event received\n" ); + retval = ExportAvailable->data[ 0 ]; + done = True; + } + break; + case xieEvnNoPhotofloDone: + if ( PhotofloDone->flo_id == flo_id ) + { + if ( verbose == True ) + fprintf( stderr, "PhotofloDone event received\n" ); + done = True; + } + break; + case xieEvnNoColorAlloc: + if ( ColorAlloc->flo_id == flo_id ) + { + if ( verbose == True ) + fprintf( stderr, "ColorAlloc event received\n" ); + done = True; + } + break; + case xieEvnNoDecodeNotify: + if ( DecodeNotify->flo_id == flo_id ) + { + if ( verbose == True ) + fprintf( stderr, "DecodeNotify event received\n" ); + done = True; + } + break; + case xieEvnNoImportObscured: + if ( ImportObscured->flo_id == flo_id ) + { + if ( verbose == True ) + fprintf( stderr, "ImportObscured event received\n" ); + done = True; + } + break; + } + } + return( retval ); +} + +/* event tests */ + +int +XIEEventErrorHandler( d, ev ) +Display *d; +XErrorEvent *ev; +{ + if ( showErrors ==True ) + { + fprintf( stderr, "X Event received: major %d minor %d\n", + ev->request_code, ev->minor_code ); + fflush( stderr ); + } + return( 0 ); +} + +int +InitEvents( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int which; + + which = ( ( EventParms * ) p->ts )->event; + XSetErrorHandler( XIEEventErrorHandler ); + switch( which ) + { + case xieEvnNoExportAvailable: + reps = InitExportAvailableEvent( xp, p, reps ); + break; + case xieEvnNoPhotofloDone: + reps = InitPhotofloDoneEvent( xp, p, reps ); + break; + case xieEvnNoColorAlloc: + reps = InitColorAllocEvent( xp, p, reps ); + break; + case xieEvnNoDecodeNotify: + reps = InitDecodeNotifyEvent( xp, p, reps ); + break; + case xieEvnNoImportObscured: + reps = InitImportObscuredEvent( xp, p, reps ); + break; + default: + reps = 0; + break; + } + if ( !reps ) + XSetErrorHandler( None ); + return( reps ); +} + +int +InitPhotofloDoneEvent( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + XIEPhotomap = ( XiePhotomap ) NULL; + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + + if ( ( XIEPhotomap = GetXIEDitheredPhotomap( xp, p, 1, + (1 << xp->vinfo.depth ) ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + XieFloImportPhotomap(&flograph[0], XIEPhotomap, + False); + + XieFloExportDrawable(&flograph[1], + 1, /* source phototag number */ + xp->w, + xp->fggc, + 0, + 0 + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ) +; + } + } + if ( !reps ) + { + FreePhotofloDoneEventStuff( xp, p ); + } + return( reps ); +} + +int +InitColorAllocEvent( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + CvtToIndexParms cticfg; + EventParms *evcfg; + int retval; + + /* the idea is to use the convert to index init and end + functions, but use our test function. These are located + in cvttoindex.c. What we use in this files are wrappers + to those routines. Probably should do this for other test + code in this file too ( some of them are close or identical + to already written code )... */ + + /* initialize a convert to index parameter struct */ + + cticfg.dither = xieValDitherDefault; + cticfg.useDefaultCmap = False; + cticfg.flo_notify = True; + cticfg.addCvtFromIndex = False; + + /* save the current one */ + + evcfg = ( EventParms * )p->ts; + + /* set the new one */ + + p->ts = ( XPointer ) &cticfg; + + /* call the convert to index test init function */ + + retval = InitConvertToIndex( xp, p, reps ); + + /* restore the original test configuration */ + + p->ts = ( XPointer )evcfg; + return( retval ); +} + +int +InitDecodeNotifyEvent( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + XIEimage *image; + XieDecodeUncompressedSingleParam *decode_params=NULL; + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_params=NULL; + XieLTriplet width, height, levels; + + XIEPhotomap = ( XiePhotomap ) NULL; + XIEPhotomap2 = ( XiePhotomap ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + image = p->finfo.image1; + if ( !GetImageData( xp, p, 1 ) ) + reps = 0; + else + { + if ( !image ) + reps = 0; + else + { + size = image->fsize; + width[ 0 ] = image->width[ 0 ]; + height[ 0 ] = image->height[ 0 ]; + levels[ 0 ] = image->levels[ 0 ]; + } + } + + if ( reps ) + { + XIEPhotomap = XieCreatePhotomap(xp->d); + XIEPhotomap2 = XieCreatePhotomap(xp->d); + + decode_params = XieTecDecodeUncompressedSingle( + image->fill_order, + image->pixel_order, + image->pixel_stride[ 0 ], + image->left_pad[ 0 ], + image->scanline_pad[ 0 ] + ); + + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + reps = 0; + } + } + if ( reps ) + { + XieFloImportClientPhoto(&flograph[0], + image->bandclass, + width, height, levels, + True, + image->decode, (char *)decode_params + ); + + XieFloExportPhotomap(&flograph[1], + 1, /* source phototag number */ + XIEPhotomap2, + encode_tech, + encode_params + ); + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + if ( !reps ) + FreeDecodeNotifyEventStuff( xp, p ); + if ( decode_params ) + XFree( decode_params ); + return reps; +} + +int +InitImportObscuredEvent( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + + XieFloImportDrawable(&flograph[0], + xp->w, + 0, + 0, + WIDTH, + HEIGHT, + 0, + True + ); + + XieFloExportDrawable(&flograph[1], + 1, /* source phototag number */ + drawableWindow, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + XMoveWindow( xp->d, drawableWindow, 100, 100 ); + XMapRaised( xp->d, drawableWindow ); + + XSync( xp->d, 0 ); + GetXIEWindow( xp, p, xp->w, 1 ); + dontClear = True; + + flo = XieCreatePhotoflo( xp->d, flograph, 2 ); + } + + if ( !reps ) + { + XUnmapWindow( xp->d, drawableWindow ); + FreeImportObscuredEventStuff( xp, p ); + } + + return( reps ); +} + +int +InitExportAvailableEvent( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int lutSize; + char *lut; + XieLTriplet start, length; + + XIELut = ( XieLut ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + lutSize = 10; + lut = (char *)malloc( lutSize ); + data = (char *)malloc( lutSize ); + if ( lut == ( char * ) NULL || data == ( char * ) NULL ) + { + reps = 0; + } + else + { + if ( ( XIELut = GetXIELut( xp, p, lut, lutSize, lutSize ) ) == + ( XieLut ) NULL ) + { + reps = 0; + } + else + { + flo_elements = 2; + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, + "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + length[ 0 ] = lutSize; + length[ 1 ] = 0; + length[ 2 ] = 0; + + start[ 0 ] = 0; + start[ 1 ] = 0; + start[ 2 ] = 0; + + XieFloImportLUT(&flograph[0], XIELut); + XieFloExportClientLUT(&flograph[1], + 1, /* source phototag number */ + xieValMSFirst, + xieValNewData, + start, + length + ); + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + } + } + if ( lut ) + free( lut ); + if ( !reps ) + FreeExportAvailableEventStuff( xp, p ); + return( reps ); +} + +void +DoPhotofloDoneEvent( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, True ); + WaitForXIEEvent( xp, ( ( EventParms * ) p->ts )->event, flo, 0, showErrors ); + } +} + +void +DoDecodeNotifyEvent( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, True ); + + /* send only part of the data - should cause the event */ + + PumpTheClientData( xp, p, flo, 0, 1, p->finfo.image1->data, + size / 2, 0 ); + WaitForXIEEvent( xp, ( ( EventParms * ) p->ts )->event, flo, 0, showErrors ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +void +DoImportObscuredEvent( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, True ); + WaitForXIEEvent( xp, ( ( EventParms * ) p->ts )->event, flo, 0, showErrors); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +void +DoExportAvailableEvent( xp, p, reps ) +XParms xp; +Parms p; +int reps; +{ + int i, done; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, True ); + WaitForXIEEvent( xp, ( ( EventParms * ) p->ts )->event, + flo, 2, showErrors ); + done = 0; + while ( !done ) + { + ReadNotifyExportData( xp, p, 0, flo, 2, + sizeof( XieRectangle ), 1, &data, &done ); + } + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, + flo, 0, False ); + } +} + +void +EndEvents( xp, p ) +XParms xp; +Parms p; +{ + int which; + + XSetErrorHandler( None ); + which = ( ( EventParms * ) p->ts )->event; + + switch( which ) + { + case xieEvnNoExportAvailable: + FreeExportAvailableEventStuff( xp, p ); + break; + case xieEvnNoPhotofloDone: + FreePhotofloDoneEventStuff( xp, p ); + break; + case xieEvnNoColorAlloc: + EndConvertToIndex( xp, p ); + break; + case xieEvnNoDecodeNotify: + FreeDecodeNotifyEventStuff( xp, p ); + break; + case xieEvnNoImportObscured: + XUnmapWindow( xp->d, drawableWindow ); + FreeImportObscuredEventStuff( xp, p ); + break; + } +} + +int +FreePhotofloDoneEventStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( data ) + { + free( data ); + data = ( char * ) NULL; + } + + if ( XIEPhotomap ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + + if ( XIEPhotomap2 ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap2 ); + XIEPhotomap2 = ( XiePhotomap ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + +int +FreeImportObscuredEventStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + +int +FreeExportAvailableEventStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( data ) + { + free( data ); + data = ( char * ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } +} + +int +FreeDecodeNotifyEventStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( data ) + { + free( data ); + data = ( char * ) NULL; + } + if ( XIEPhotomap ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + if ( XIEPhotomap2 ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap2 ); + XIEPhotomap2 = ( XiePhotomap ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + diff --git a/xie/xc/programs/xieperf/exportcl.c b/xie/xc/programs/xieperf/exportcl.c new file mode 100644 index 0000000..96f5c35 --- /dev/null +++ b/xie/xc/programs/xieperf/exportcl.c @@ -0,0 +1,958 @@ +/* $XConsortium: exportcl.c,v 1.14 94/04/17 20:39:18 rws Exp $ */ + +/**** module exportcl.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + exportcl.c -- export client flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static XiePhotomap XIEPhotomap; +static XiePhotomap ControlPlane; +static XieLut XIELut; +static XieRoi XIERoi; +static unsigned char *lut; +static int lutSize; +static XieRectangle *rects; +static int rectsSize; +extern unsigned int dataCheckSum1; + +static XIEimage *image; +static int flo_notify; +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static XieHistogramData *histos; +static int flo_elements; +static int useDomain; +static int histoSrc; + +extern Window monitorWindow; +extern Bool dontClear; +static char *data; + +int InitExportClientPhoto(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + char *encode_params=NULL; + int *size; + extern char *imagepath; + unsigned char pixel_stride[ 3 ]; + unsigned char scanline_pad[ 3 ]; + char buf[ 64 ]; + + flograph = ( XiePhotoElement * ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + flo = ( XiePhotoflo ) NULL; + + image = p->finfo.image1; + if ( !image ) + return ( 0 ); + + sprintf( buf, "%s/%s", imagepath, image->fname ); + size = &image->fsize; + *size = GetFileSize( buf ); + if ( *size == 0 ) + return( 0 ); + + data = ( char * ) malloc( *size ); + if ( data == ( char * ) NULL ) + return( 0 ); + flograph = XieAllocatePhotofloGraph(2); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + switch( image->decode ) + { + case xieValDecodeJPEGBaseline: + if ( ( XIEPhotomap = GetXIETriplePhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + unsigned char h_samples[3]; + unsigned char v_samples[3]; + + h_samples[0] = h_samples[1] = h_samples[2] = 1; + v_samples[0] = v_samples[1] = v_samples[2] = 1; + + encode_params = ( char * ) XieTecEncodeJPEGBaseline( + image->interleave, + image->band_order, + h_samples, + v_samples, + ( char * ) NULL, + 0, + ( char * ) NULL, + 0, + ( char * ) NULL, + 0 + ); + } + break; + case xieValDecodeUncompressedTriple: + if ( ( XIEPhotomap = GetXIETriplePhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + pixel_stride[ 0 ] = image->pixel_stride[ 0 ]; + pixel_stride[ 1 ] = image->pixel_stride[ 1 ]; + pixel_stride[ 2 ] = image->pixel_stride[ 2 ]; + scanline_pad[ 0 ] = image->scanline_pad[ 0 ]; + scanline_pad[ 1 ] = image->scanline_pad[ 1 ]; + scanline_pad[ 2 ] = image->scanline_pad[ 2 ]; + + encode_params = ( char * ) XieTecEncodeUncompressedTriple( + image->fill_order, + image->pixel_order, + image->band_order, + xieValBandByPixel, + pixel_stride, + scanline_pad + ); + } + break; + case xieValDecodeUncompressedSingle: + if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + encode_params = ( char * ) XieTecEncodeUncompressedSingle( + image->fill_order, + image->pixel_order, + image->pixel_stride[ 0 ], + image->scanline_pad[ 0 ] + ); + } + break; + case xieValDecodeG31D: + if ( ( XIEPhotomap = GetXIEFAXPhotomap( xp, p, 1, + False ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + encode_params = ( char * ) XieTecEncodeG31D( + False, + False, + xieValLSFirst + ); + } + break; + case xieValDecodeG32D: + if ( ( XIEPhotomap = GetXIEFAXPhotomap( xp, p, 1, + False ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + encode_params = ( char * ) XieTecEncodeG32D( + False, + False, + False, + xieValLSFirst, + 1 + ); + } + break; + case xieValDecodeG42D: + if ( ( XIEPhotomap = GetXIEFAXPhotomap( xp, p, 1, + False ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + encode_params = ( char * ) XieTecEncodeG42D( + False, + False, + xieValLSFirst + ); + } + break; + case xieValDecodeTIFF2: + if ( ( XIEPhotomap = GetXIEFAXPhotomap( xp, p, 1, + False ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + encode_params = ( char * ) XieTecEncodeTIFF2( + xieValLSFirst, + False + ); + } + break; + case xieValDecodeTIFFPackBits: + if ( ( XIEPhotomap = GetXIEFAXPhotomap( xp, p, 1, + False ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + encode_params = ( char * ) XieTecEncodeTIFFPackBits( + xieValLSFirst + ); + } + break; + default: + reps = 0; + break; + } + + if ( reps ) + { + XieFloImportPhotomap(&flograph[0], XIEPhotomap, False ); + XieFloExportClientPhoto(&flograph[1], + 1, /* source phototag number */ + xieValNewData, + image->decode, + encode_params + ); + + flo = XieCreatePhotoflo( xp->d, flograph, 2 ); + flo_notify = True; + } + } + if ( encode_params ) + { + if ( image->decode == xieValDecodeJPEGBaseline ) + XieFreeEncodeJPEGBaseline( + ( XieEncodeJPEGBaselineParam * ) encode_params ); + else + XFree( encode_params ); + } + if ( !reps ) + FreeExportClientPhotoStuff( xp, p ); + return( reps ); +} + +int InitExportClientLUT(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + XieOrientation band_order = xieValLSFirst; + XieLTriplet start, length; + + XIELut = ( XieLut ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + histos = ( XieHistogramData * ) malloc( sizeof( XieHistogramData ) * + xp->vinfo.colormap_size ); + lutSize = ( xp->vinfo.colormap_size ) * sizeof( unsigned char ); + lut = (unsigned char *) malloc( lutSize ); + data = (char *) malloc( lutSize ); + if ( lut == ( unsigned char * ) NULL || data == ( char * ) NULL || + histos == ( XieHistogramData * ) NULL ) + { + reps = 0; + } + else + { + for ( i = 0; i < lutSize; i++ ) + { + lut[ i ] = ( xp->vinfo.colormap_size ) - i - 1; + } + if ( ( XIELut = GetXIELut( xp, p, lut, lutSize, lutSize ) ) == + ( XieLut ) NULL ) + { + reps = 0; + } + } + if ( reps ) + { + flo_elements = 2; + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + } + if ( reps ) + { + XieFloImportLUT(&flograph[0], XIELut); + + length[ 0 ] = xp->vinfo.colormap_size; + length[ 1 ] = 0; + length[ 2 ] = 0; + + start[ 0 ] = 0; + start[ 1 ] = 0; + start[ 2 ] = 0; + + XieFloExportClientLUT(&flograph[1], + 1, /* source phototag number */ + band_order, + xieValNewData, + start, + length + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = True; + } + if ( !reps ) + { + FreeExportClientLUTStuff( xp, p ); + } + else + { + XMapRaised( xp->d, monitorWindow ); + XSync( xp->d, 0 ); + } + return( reps ); +} + +int InitExportClientROI(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + XIERoi = ( XieRoi ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + rectsSize = (( ExportClParms * ) p->ts)->numROIs; + rects = (XieRectangle *)malloc( rectsSize * sizeof( XieRectangle ) ); + data = (char *) NULL; + if ( rects == ( XieRectangle * ) NULL ) + { + reps = 0; + } + else + { + for ( i = 0; i < rectsSize; i++ ) + { + rects[ i ].x = i * 10; + rects[ i ].y = i * 10; + rects[ i ].width = i * 10; + rects[ i ].height = i * 10; + XFillRectangle( xp->d, xp->w, xp->fggc, + rects[ i ].x, + rects[ i ].y, + rects[ i ].width, + rects[ i ].height + ); + } + if ( ( XIERoi = GetXIERoi( xp, p, rects, rectsSize ) ) == + ( XieRoi ) NULL ) + { + reps = 0; + } + else + { + flo_elements = 2; + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, + "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + XieFloImportROI(&flograph[0], XIERoi); + XieFloExportClientROI(&flograph[1], + 1, /* source phototag number */ + xieValNewData + ); + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = True; + } + } + } + if ( !reps ) + { + FreeExportClientROIStuff( xp, p ); + } + else + dontClear = True; + return( reps ); +} + +int +InitExportClientHistogram(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XieProcessDomain domain; + int idx, src; + XieRectangle rect; + ExportClParms *parms; + XIEimage *image; + int constrainflag = 0; + + parms = ( ExportClParms * )p->ts; + XIELut = ( XieLut ) NULL; + XIERoi = ( XieRoi ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + ControlPlane = ( XiePhotomap ) NULL; + histos = ( XieHistogramData * ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + if ( parms ) + useDomain = parms->useDomain; + else + useDomain = DomainNone; + + flo_elements = 3; + + image = p->finfo.image1; + if ( !image ) + { + reps = 0; + } + + if ( reps && ( xp->screenDepth != image->depth[ 0 ] ) ) + { + flo_elements+=2; + constrainflag = 1; + if ( ( XIELut = CreatePointLut( xp, p, + 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + } + + if ( reps && useDomain == DomainROI ) + { + rect.x = parms->x; + rect.y = parms->y; + rect.width = parms->width; + rect.height = parms->height; + + if ( ( XIERoi = GetXIERoi( xp, p, &rect, 1 ) ) == + ( XieRoi ) NULL ) + { + reps = 0; + } + flo_elements+=1; + } + else if ( reps && useDomain == DomainCtlPlane ) + { + ControlPlane = GetControlPlane( xp, 2 ); + if ( ControlPlane == ( XiePhotomap ) NULL ) + reps = 0; + flo_elements+=1; + } + + if ( reps ) + { + histos = ( XieHistogramData * ) malloc( sizeof( XieHistogramData ) * ( 1 << image->depth[ 0 ] ) ); + if ( histos == ( XieHistogramData * ) NULL ) + { + reps = 0; + } + } + if ( reps ) + { + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else if ( ( XIEPhotomap = + GetXIEPhotomap( xp, p, 1 ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + idx = 0; + if ( useDomain == DomainROI ) + { + XieFloImportROI(&flograph[idx], XIERoi); + idx++; + domain.phototag = idx; + } + else if ( useDomain == DomainCtlPlane ) + { + XieFloImportPhotomap(&flograph[idx], + ControlPlane, False); + idx++; + domain.phototag = idx; + } + + XieFloImportPhotomap(&flograph[idx], + XIEPhotomap, False ); + idx++; + src = idx; + + XieFloExportClientHistogram(&flograph[idx], + idx, /* source phototag number */ + &domain, + xieValNewData + ); + idx++; + histoSrc = idx; + + if ( constrainflag ) + { + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + src, + &domain, + idx, + 0x7 + ); + idx++; + src = idx; + } + + XieFloExportDrawable(&flograph[idx], + src, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = True; + } + } + if ( reps ) + { + XMapRaised( xp->d, monitorWindow ); + XSync( xp->d, 0 ); + } + else + { + FreeExportClientHistogramStuff( xp, p ); + } + return( reps ); +} + +void DoExportClientPhotoCSum(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i, done; + unsigned int checksum; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + if ( image->bandclass == xieValTripleBand && + image->interleave == xieValBandByPlane ) + { + ReadNotifyExportTripleData( xp, p, 0, flo, 2, 1, + image->fsize, &data, &done ); + } + else + { + ReadNotifyExportData( xp, p, 0, flo, 2, 1, + image->fsize, &data, &done ); + } + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + checksum = CheckSum( data, image->fsize ); + if ( checksum != image->chksum ) + { + fprintf( stderr, + "Photomap not read correctly by client\n" ); + break; + } + } +} + +void DoExportClientPhoto(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i, done; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + if ( image->bandclass == xieValTripleBand && + image->interleave == xieValBandByPlane ) + { + ReadNotifyExportTripleData( xp, p, 0, flo, 2, 1, + image->fsize, &data, &done ); + } + else + { + ReadNotifyExportData( xp, p, 0, flo, 2, 1, + image->fsize, &data, &done ); + } + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +void +DoExportClientHistogram(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int i, done, numHistos; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + numHistos = ReadNotifyExportData( xp, p, 0, flo, histoSrc, + sizeof( XieHistogramData ), 0, ( char ** ) &histos, + &done ) / sizeof( XieHistogramData ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + DrawHistogram( xp, monitorWindow, ( XieHistogramData * ) histos, + numHistos, 1<< xp->vinfo.depth ); + } +} + +void +DoExportClientLUT(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int i, j, done; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + ReadNotifyExportData( xp, p, 0, flo, 2, + sizeof( unsigned char ), lutSize, + &data, &done ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + for ( j = 0; j < lutSize; j++ ) + { + histos[ j ].value = j; + histos[ j ].count = (( unsigned char * ) data)[ j ]; + } + if ( memcmp( lut, data, lutSize * sizeof( unsigned char ) ) ) + { + fprintf( stderr, "ExportClientLUT failed\n" ); + break; + } + DrawHistogram( xp, monitorWindow, ( XieHistogramData * ) histos, + lutSize, xp->vinfo.colormap_size ); + } +} + +void +DoExportClientROI(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int i, j, done, n; + GC gc; + + gc = xp->fggc; + for (i = 0; i != reps; i++) + { + done = 0; + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + n = ReadNotifyExportData( xp, p, 0, flo, 2, + sizeof( XieRectangle ), 0, &data, &done ); + + if ( n == 0 ) + continue; + + for ( j = 0; j < n / sizeof( XieRectangle ); j++ ) + { + XDrawRectangle( xp->d, xp->w, gc, + ( (( XieRectangle * )data)[ j ] ).x, + ( (( XieRectangle * )data)[ j ] ).y, + ( (( XieRectangle * )data)[ j ] ).width, + ( (( XieRectangle * )data)[ j ] ).height ); + if ( gc == xp->fggc ) + gc = xp->bggc; + else + gc = xp->fggc; + } + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +void EndExportClientLUT(xp, p) +XParms xp; +Parms p; +{ + XUnmapWindow( xp->d, monitorWindow ); + FreeExportClientLUTStuff( xp, p ); +} + +void +EndExportClientPhoto(xp, p) +XParms xp; +Parms p; +{ + FreeExportClientPhotoStuff( xp, p ); +} + +void +EndExportClientHistogram(xp, p) +XParms xp; +Parms p; +{ + XUnmapWindow( xp->d, monitorWindow ); + FreeExportClientHistogramStuff( xp, p ); +} + +void EndExportClientROI(xp, p) + XParms xp; + Parms p; +{ + dontClear = False; + FreeExportClientROIStuff( xp, p ); +} + +int +FreeExportClientPhotoStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( data ) + { + free( data ); + data = ( char * ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } +} + +int +FreeExportClientROIStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( data ) + { + free( data ); + data = ( char * ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + + if ( XIERoi ) + { + XieDestroyROI( xp->d, XIERoi ); + XIERoi = ( XieRoi ) NULL; + } + + if ( rects ) + { + free( rects ); + rects = ( XieRectangle * ) NULL; + } +} + +int +FreeExportClientLUTStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( data ) + { + free( data ); + data = ( char * ) NULL; + } + + if ( histos ) + { + free( histos ); + histos = ( XieHistogramData * ) NULL; + } + + if ( lut ) + { + free( lut ); + lut = ( unsigned char * ) NULL; + } + + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + +int +FreeExportClientHistogramStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIERoi ) + { + XieDestroyROI( xp->d, XIERoi ); + XIERoi = ( XieRoi ) NULL; + } + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + if ( ControlPlane && IsPhotomapInCache( ControlPlane ) == False ) + { + XieDestroyPhotomap( xp->d, ControlPlane ); + ControlPlane = ( XiePhotomap ) NULL; + } + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + if ( histos ) + { + free( histos ); + histos = ( XieHistogramData * ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + diff --git a/xie/xc/programs/xieperf/funcode.c b/xie/xc/programs/xieperf/funcode.c new file mode 100644 index 0000000..9f8d16f --- /dev/null +++ b/xie/xc/programs/xieperf/funcode.c @@ -0,0 +1,607 @@ +/* $XConsortium: funcode.c,v 1.6 94/04/17 20:39:19 rws Exp $ */ + +/**** module funcode.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + funcode.c -- "Let's mess up the encode parameters and make sure + things are lossless" tests. Both SingleBand and + TripleBand. + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include +#include + +static XiePhotomap XIEPhotomap; +static XiePhotomap XIEPhotomap2; + +static int flo_notify; +static XiePhotoElement *flograph1, *flograph2; +static int flo1_elements; +static int flo2_elements; +static XiePhotoflo *flo; +static XieLut XIELut; +static char **encode_parms; +static int testSize; +static int type; +static char *parms; +extern Bool WMSafe; +static XStandardColormap stdCmap; +static int cclass; + +void EndFunnyEncode(); + +int +InitFunnyEncode(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int decode_notify = 0; + int i, idx; + XIEimage *image; + extern Window drawableWindow; + XieProcessDomain domain; + XieEncodeTechnique encode_tech = ( XieEncodeTechnique ) NULL; + XieEncodeUncompressedSingleParam *encode_single; + XieEncodeUncompressedTripleParam *encode_triple; + extern Bool dontClear; + XieLTriplet levels; + int techParmOffset, floIdx; + FunnyEncodeParms *ptr; + int depthmismatch; + XieConstant in_low,in_high; + XieLTriplet out_low,out_high; + XieLTriplet mult; + XieConstant c1; + float bias = 0.0; + int constrainFlag = 0; + GeometryParms gp; + int atom; + + depthmismatch = 0; + parms = ( char * ) NULL; + image = p->finfo.image1; + type = image->bandclass; +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + ptr = ( FunnyEncodeParms * ) p->ts; + + if ( type == xieValTripleBand && xp->screenDepth == 1 ) + return( 0 ); + + if ( IsDISServer() ) + return( 0 ); + + XIEPhotomap = ( XiePhotomap ) NULL; + XIEPhotomap2 = ( XiePhotomap ) NULL; + XIELut = ( XieLut ) NULL; + flo = ( XiePhotoflo * ) NULL; + flograph1 = ( XiePhotoElement * ) NULL; + flograph2 = ( XiePhotoElement * ) NULL; + encode_parms = ( char ** ) NULL; + + /* check for match errors in the ED */ + + if ( type == xieValSingleBand && xp->screenDepth != image->depth[ 0 ] ) + { + depthmismatch = 1; + XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ); + } + + if ( IsGrayVisual( cclass ) ) + atom = XA_RGB_GRAY_MAP; + else + atom = XA_RGB_BEST_MAP; + if ( type == xieValTripleBand && !IsTrueColorOrDirectColor( cclass ) && !IsStaticVisual( cclass ) ) + { + if ( !GetStandardColormap( xp, &stdCmap, atom ) ) + reps = 0; + else + InstallThisColormap( xp, stdCmap.colormap ); + } + else if ( type == xieValTripleBand ) + { + if ( !IsStaticVisual( cclass ) ) + InstallColorColormap( xp ); + CreateStandardColormap( xp, &stdCmap, atom ); + } + + if ( reps ) + { + if ( type == xieValSingleBand ) + { + XIEPhotomap = GetXIEPhotomap( xp, p, 1 ); + encode_tech = xieValEncodeUncompressedSingle; + } + else + { + encode_tech = xieValEncodeUncompressedTriple; + + gp.geoType = GEO_TYPE_SCALE; + gp.geoHeight = 128; + gp.geoWidth = 128; + gp.geoXOffset = 0; + gp.geoYOffset = 0; + gp.geoTech = xieValGeomNearestNeighbor; + + if ( ptr->useMyLevelsPlease == True ) + { + levels[ 0 ] = 1 << ptr->myBits[ 0 ]; + levels[ 1 ] = 1 << ptr->myBits[ 1 ]; + levels[ 2 ] = 1 << ptr->myBits[ 2 ]; + + out_high[ 0 ] = ( float ) ( ( 1 << ptr->myBits[ 0 ] ) - 1 ); + out_high[ 1 ] = ( float ) ( ( 1 << ptr->myBits[ 1 ] ) - 1 ); + out_high[ 2 ] = ( float ) ( ( 1 << ptr->myBits[ 2 ] ) - 1 ); + in_low[ 0 ] = 0; + in_low[ 1 ] = 0; + in_low[ 2 ] = 0; + in_high[ 0 ] = ( 1 << image->depth[ 0 ] ) - 1; + in_high[ 1 ] = ( 1 << image->depth[ 1 ] ) - 1; + in_high[ 2 ] = ( 1 << image->depth[ 2 ] ) - 1; + out_low[ 0 ] = 0.0; + out_low[ 1 ] = 0.0; + out_low[ 2 ] = 0.0; + + XIEPhotomap = GetXIEConstrainedGeometryTriplePhotomap( + xp, p, 1, levels, + xieValConstrainClipScale, in_low, + in_high, out_low, out_high, &gp ); + } + else + { + XIEPhotomap = GetXIEGeometryTriplePhotomap( xp, p, 1, &gp ); + } + } + } + if ( reps ) + { + XIEPhotomap2 = XieCreatePhotomap( xp->d ); + if ( XIEPhotomap == ( XiePhotomap ) NULL || + XIEPhotomap2 == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else if ( reps ) + { + decode_notify = False; + testSize = ptr->floElements; + + if ( type == xieValSingleBand ) + { + flo1_elements = 2; + flo2_elements = 2; + } + else + { + flo1_elements = 2; + flo2_elements = 4; + } + if ( depthmismatch == 1 && type == xieValSingleBand ) + flo2_elements+=2; + + flograph1 = XieAllocatePhotofloGraph(flo1_elements); + if ( flograph1 == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + } + } + if ( reps ) + { + flograph2 = XieAllocatePhotofloGraph(flo2_elements); + if ( flograph2 == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + + flo = ( XiePhotoflo * ) malloc( ( testSize << 1 ) * sizeof( XiePhotoflo ) ); + if ( flo == ( XiePhotoflo * ) NULL ) + { + fprintf( stderr, "Couldn't allocate vector of flos\n" ); + reps = 0; + } + else + { + for ( i = 0; i < testSize; i++ ) + { + flo[ i ] = ( XiePhotoflo ) NULL; + } + } + + encode_parms = (char **) malloc( sizeof( char * ) * testSize ); + if ( encode_parms == ( char ** ) NULL ) + { + fprintf( stderr, "Couldn't allocate encode parameter table\n" ); + reps = 0; + } + else + { + for ( i = 0; i < testSize; i++ ) + { + encode_parms[ i ] = ( char * ) NULL; + } + } + } + + if ( reps && type == xieValTripleBand ) + { + in_low[ 0 ] = 0.0; + in_low[ 1 ] = 0.0; + in_low[ 2 ] = 0.0; + if ( ptr->useMyLevelsPlease == True ) + { + in_high[ 0 ] = ( float ) ( 1 << ptr->myBits[ 0 ] ) - 1; + in_high[ 1 ] = ( float ) ( 1 << ptr->myBits[ 1 ] ) - 1; + in_high[ 2 ] = ( float ) ( 1 << ptr->myBits[ 2 ] ) - 1; + } + else + { + in_high[ 0 ] = ( float ) ( 1 << image->depth[ 0 ] ) - 1; + in_high[ 1 ] = ( float ) ( 1 << image->depth[ 1 ] ) - 1; + in_high[ 2 ] = ( float ) ( 1 << image->depth[ 2 ] ) - 1; + } + out_low[ 0 ] = 0; + out_low[ 1 ] = 0; + out_low[ 2 ] = 0; + + if ( IsTrueColorOrDirectColor( cclass ) ) + { + out_high[ 0 ] = TripleTrueOrDirectLevels( xp ) - 1; + out_high[ 1 ] = out_high[ 2 ] = out_high[ 0 ]; + + /* make a fake StandardColormap */ + + mult[ 0 ] = stdCmap.red_mult; + mult[ 1 ] = stdCmap.green_mult; + mult[ 2 ] = stdCmap.blue_mult; + bias = ( float ) stdCmap.base_pixel; + } + else + { + mult[ 0 ] = stdCmap.red_mult; + mult[ 1 ] = stdCmap.green_mult; + mult[ 2 ] = stdCmap.blue_mult; + bias = ( float ) stdCmap.base_pixel; + + out_high[ 0 ] = stdCmap.red_max; + out_high[ 1 ] = stdCmap.green_max; + out_high[ 2 ] = stdCmap.blue_max; + } + + if ( in_high[ 0 ] < out_high[ 0 ] || + in_high[ 1 ] < out_high[ 1 ] || + in_high[ 2 ] < out_high[ 2 ] ) + { + constrainFlag = 1; + parms = ( char * ) XieTecClipScale( in_low, in_high, out_low, out_high); + } + else + constrainFlag = 0; + } + + if ( reps ) + { + techParmOffset = 0; + floIdx = 0; + + for ( i = 0; i < testSize; i++ ) + { + idx = 0; + + XieFloImportPhotomap(&flograph1[idx], + ( i == 0 ? XIEPhotomap : XIEPhotomap2 ), + decode_notify); + idx++; + if ( type == xieValSingleBand ) + { + encode_single = XieTecEncodeUncompressedSingle( + ptr->fillOrder[ techParmOffset ], + ptr->pixelOrder[ techParmOffset ], + ptr->pixelStride[ techParmOffset ], + ptr->scanlinePad[ techParmOffset ] + ); + encode_parms[i] = ( char * ) encode_single; + } + else + { + encode_triple = XieTecEncodeUncompressedTriple( + ptr->fillOrder[ techParmOffset ], + ptr->pixelOrder[ techParmOffset ], + ptr->bandOrder[ techParmOffset ], + ptr->interleave[ techParmOffset ], + &ptr->pixelStride[ techParmOffset * 3], + &ptr->scanlinePad[ techParmOffset * 3 ] + ); + encode_parms[i] = ( char * ) encode_triple; + } + + techParmOffset++; + if ( encode_parms[i] == ( char * ) NULL ) + { + fprintf( stderr, "Could not get encode technique parameters\n" ); + reps = 0; + break; + } + + XieFloExportPhotomap(&flograph1[idx], + idx, + XIEPhotomap2, + encode_tech, + encode_parms[i] + ); + + idx = 0; + XieFloImportPhotomap(&flograph2[idx], XIEPhotomap2, + decode_notify); + idx++; + + if ( type == xieValSingleBand && depthmismatch == 1 ) + { + XieFloImportLUT(&flograph2[idx], XIELut ); + idx++; + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + XieFloPoint(&flograph2[idx], + idx - 1, + &domain, + idx, + 0x7 + ); + idx++; + } + else if (type == xieValTripleBand) + { + levels[ 0 ] = ( long ) out_high[ 0 ] + 1; + levels[ 1 ] = ( long ) out_high[ 1 ] + 1; + levels[ 2 ] = ( long ) out_high[ 2 ] + 1; + + if ( constrainFlag ) + { + XieFloConstrain( &flograph2[idx], + idx, + levels, + xieValConstrainClipScale, + parms + ); + } + else + { + XieFloDither(&flograph2[idx], + idx, + 0x07, + levels, + xieValDitherDefault, + ( char * ) NULL + ); + } + idx++; + } + + if ( type == xieValTripleBand ) + { + c1[ 0 ] = mult[ 0 ]; + c1[ 1 ] = mult[ 1 ]; + c1[ 2 ] = mult[ 2 ]; + + XieFloBandExtract( &flograph2[idx], idx, + 1 << xp->vinfo.depth, bias, c1 ); + idx++; + } + + if ( reps ) + { + XieFloExportDrawable(&flograph2[idx], + idx, /* source phototag number */ + drawableWindow, + xp->fggc, + 0, + 0 + ); + flo[floIdx] = XieCreatePhotoflo( xp->d, flograph1, flo1_elements ); + floIdx++; + flo[floIdx] = XieCreatePhotoflo( xp->d, flograph2, flo2_elements ); + floIdx++; + } + } + } + + if ( reps ) + { + flo_notify = False; + dontClear = True; + + /* display the normal image, dithered to the levels of + the output screen, in the left hand window */ + + if ( type == xieValSingleBand ) + { + GetXIEWindow( xp, p, xp->w, 1 ); + } + else + { + levels[ 0 ] = out_high[ 0 ] + 1; + levels[ 1 ] = out_high[ 1 ] + 1; + levels[ 2 ] = out_high[ 2 ] + 1; + + GetXIEDitheredStdTripleWindow( xp, p, xp->w, 1, + xieValDitherDefault, 0, levels, &stdCmap ); + } + XMoveWindow( xp->d, drawableWindow, WIDTH + 10, 0 ); + XMapRaised( xp->d, drawableWindow ); + XSync( xp->d, 0 ); + } + if ( !reps ) + EndFunnyEncode( xp, p ); + return( reps ); +} + +void DoFunnyEncode(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i, j; + + for (i = 0; i != reps; i++) + { + for ( j = 0; j < testSize; j++ ) + { + XieExecutePhotoflo( xp->d, flo[ j ], True ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo[ j ], + 0, False ); + } + } +} + +void +EndFunnyEncode(xp, p) +XParms xp; +Parms p; +{ + extern Window drawableWindow; + extern Bool dontClear; + + dontClear = False; + if ( type == xieValTripleBand && !IsStaticVisual( cclass ) ) + InstallGrayColormap( xp ); + + XUnmapWindow( xp->d, drawableWindow ); + FreeFunnyEncodeStuff( xp, p ); +} + +int +FreeFunnyEncodeStuff( xp, p ) +XParms xp; +Parms p; +{ + int i; + + if ( parms ) + { + XFree( parms ); + parms = ( char * ) NULL; + } + if ( encode_parms ) + { + for ( i = 0; i < testSize; i++ ) + { + if ( encode_parms[ i ] ) + XFree( encode_parms[ i ] ); + } + free( encode_parms ); + encode_parms = ( char ** ) NULL; + } + + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + + if ( XIEPhotomap2 ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap2 ); + XIEPhotomap2 = ( XiePhotomap ) NULL; + } + + if ( flo ) + { + for ( i = 0; i < testSize; i++ ) + { + if ( flo[ i ] ) + XieDestroyPhotoflo( xp->d, flo[ i ] ); + } + free( flo ); + flo = ( XiePhotoflo * ) NULL; + } + + if ( flograph1 ) + { + XieFreePhotofloGraph(flograph1, flo1_elements); + flograph1 = ( XiePhotoElement * ) NULL; + } + + if ( flograph2 ) + { + XieFreePhotofloGraph(flograph2, flo2_elements); + flograph2 = ( XiePhotoElement * ) NULL; + } +} + diff --git a/xie/xc/programs/xieperf/geometry.c b/xie/xc/programs/xieperf/geometry.c new file mode 100644 index 0000000..d8a554a --- /dev/null +++ b/xie/xc/programs/xieperf/geometry.c @@ -0,0 +1,713 @@ +/* $XConsortium: geometry.c,v 1.12 94/04/17 20:39:20 rws Exp $ */ + +/**** module geometry.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + geometry.c -- geometry flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include +#include +#ifndef M_PI +#define M_PI 3.14159265358979323846 +#endif + +static XiePhotomap XIEPhotomap; +static XieLut XIELut, XIELut2; + +static int constrainflag = 0; +static int drawableplaneflag = 0; + +static XieDecodeG42DParam *G42Ddecode_params=NULL; +static XieDecodeG32DParam *G32Ddecode_params=NULL; +static XieDecodeG31DParam *G31Ddecode_params=NULL; +static XieDecodeTIFFPackBitsParam *TIFFPackBitsdecode_params=NULL; +static XieDecodeTIFF2Param *TIFF2decode_params=NULL; + +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static int flo_elements; +static int flo_notify; +static int size; +static XIEimage *image; + +int InitGeometry(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int band_mask = 1; + int idx = 0; + float coeffs[ 6 ]; + static XieConstant constant = { 0.0, 0.0, 0.0 }; + XieProcessDomain domain; + XieGeometryTechnique geo_tech = ( XieGeometryTechnique ) NULL; + char *geo_tech_params = NULL; + + XIELut = ( XieLut ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + image = p->finfo.image1; + if ( !image ) + return 0; + + if ( TechniqueSupported( xp, xieValGeometry, + ( ( GeometryParms * ) p->ts )->geoTech ) == False ) + return 0; + + constrainflag = drawableplaneflag = 0; + if ( xp->screenDepth == 1 && !IsFaxImage( image->decode ) ) + { + constrainflag = 1; + if ( ( XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + reps = 0; + } + } + else if ( xp->screenDepth != 1 && IsFaxImage( image->decode ) + && ( ( GeometryParms * ) p->ts )->geoTech == xieValGeomAntialias ) + { + constrainflag = 1; + if ( ( XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + reps = 0; + } + } + else if ( xp->screenDepth != image->depth[ 0 ] ) + { + constrainflag = 1; + if ( ( XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + reps = 0; + } + } + if ( xp->vinfo.depth != 1 && IsFaxImage( image->decode ) + && ( ( GeometryParms * ) p->ts )->geoTech != xieValGeomAntialias ) + drawableplaneflag = 1; + + if ( reps ) + { + if ( IsFaxImage( image->decode ) ) + GetXIEFAXPhotomap( xp, p, 1, False ); + else + XIEPhotomap = GetXIEPhotomap( xp, p, 1 ); + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + { + reps = 0; + } + } + if ( reps ) + { + if ( constrainflag ) + flo_elements = 5; + else + flo_elements = 3; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + + XieFloImportPhotomap(&flograph[idx], XIEPhotomap, False); idx++; + + geo_tech = ( ( GeometryParms * ) p->ts )->geoTech; + + if ( !SetCoefficients( xp, p, 1, (GeometryParms*)p->ts, coeffs ) ) + reps = 0; + } + if ( reps ) + { + XieFloGeometry(&flograph[idx], + idx, + ( ( GeometryParms * ) p->ts )->geoWidth, + ( ( GeometryParms * ) p->ts )->geoHeight, + coeffs, + constant, + band_mask, + geo_tech, + geo_tech_params + ); idx++; + + if ( constrainflag ) + { + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx-1, + &domain, + idx, + 0x7 + ); + idx++; + } + + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); idx++; + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = True; + } + if ( !reps ) + FreeGeometryStuff( xp, p ); + return( reps ); +} + +void DoGeometry(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +int InitGeometryFAX(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int band_mask = 1; + int idx = 0; + Bool radiometric; + float coeffs[ 6 ]; + static XieConstant constant = { 0.0, 0.0, 0.0 }; + XieLTriplet width, height, mylevels; + XieGeometryTechnique geo_tech = ( XieGeometryTechnique ) NULL; + char *geo_tech_params = NULL; + XieProcessDomain domain; + char *decode_tech = ( char * ) NULL; + + if ( TechniqueSupported( xp, xieValGeometry, + ( ( GeometryParms * ) p->ts )->geoTech ) == False ) + return 0; + + image = p->finfo.image1; + if ( !image ) + return( 0 ); + + if ( !IsFaxImage( image->decode ) ) + return( 0 ); + + FlushCache(); + G42Ddecode_params = ( XieDecodeG42DParam * ) NULL; + G32Ddecode_params = ( XieDecodeG32DParam * ) NULL; + G31Ddecode_params = ( XieDecodeG31DParam * ) NULL; + TIFFPackBitsdecode_params = ( XieDecodeTIFFPackBitsParam * ) NULL; + TIFF2decode_params = ( XieDecodeTIFF2Param * ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + XIELut = ( XieLut ) NULL; + XIELut2 = ( XieLut ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + constrainflag = drawableplaneflag = 0; + + if ( xp->screenDepth != 1 && ( ( GeometryParms * ) p->ts )->geoTech + == xieValGeomAntialias ) + { + constrainflag = 1; + if ( ( XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], + 256, True ) ) == ( XieLut ) NULL ) + { + reps = 0; + } + if ( ( XIELut2 = CreatePointLut( xp, p, 256, + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + reps = 0; + } + } + + if ( xp->screenDepth != 1 + && ((GeometryParms *) p->ts )->geoTech != xieValGeomAntialias) + drawableplaneflag = 1; + + if ( reps ) + { + if ( !GetImageData( xp, p, 1 ) ) + reps = 0; + else + { + radiometric = (( GeometryParms *) p->ts )->radiometric; + if ( image->decode == xieValDecodeG42D ) + { + G42Ddecode_params = XieTecDecodeG42D( + image->fill_order, + True, + radiometric + ); + decode_tech = ( char * ) G42Ddecode_params; + } + else if ( image->decode == xieValDecodeG32D ) + { + G32Ddecode_params = XieTecDecodeG32D( + image->fill_order, + True, + radiometric + ); + decode_tech = ( char * ) G32Ddecode_params; + } + else if ( image->decode == xieValDecodeG31D ) + { + G31Ddecode_params = XieTecDecodeG31D( + image->fill_order, + True, + radiometric + ); + decode_tech = ( char * ) G31Ddecode_params; + } + else if ( image->decode == xieValDecodeTIFF2 ) + { + TIFF2decode_params = XieTecDecodeTIFF2( + image->fill_order, + True, + radiometric + ); + decode_tech = ( char * ) TIFF2decode_params; + } + else if ( image->decode == xieValDecodeTIFFPackBits ) + { + TIFFPackBitsdecode_params = + XieTecDecodeTIFFPackBits( + image->fill_order, + True + ); + decode_tech = ( char * ) TIFFPackBitsdecode_params; + } + else + { + fprintf(stderr,"Invalid decode\n" ); + reps = 0; + } + if ( decode_tech == ( char * ) NULL ) + { + reps = 0; + } + } + } + if ( reps ) + { + if ( constrainflag ) + flo_elements = 7; + else + flo_elements = 3; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + } + if ( reps ) + { + width[ 0 ] = image->width[ 0 ]; + height[ 0 ] = image->height[ 0 ]; + mylevels[ 0 ] = image->levels[ 0 ]; + + XieFloImportClientPhoto(&flograph[idx], + image->bandclass, + width, height, mylevels, + False, + image->decode, decode_tech + ); + idx++; + + geo_tech = ( ( GeometryParms * ) p->ts )->geoTech; + + if ( !SetCoefficients( xp, p, 1, (GeometryParms*)p->ts, coeffs ) ) + reps = 0; + } + + if ( reps ) + { + if ( constrainflag ) + { + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx-1, + &domain, + idx, + 0x7 + ); + idx++; + } + + XieFloGeometry(&flograph[idx], + idx, + ( ( GeometryParms * ) p->ts )->geoWidth, + ( ( GeometryParms * ) p->ts )->geoHeight, + coeffs, + constant, + band_mask, + geo_tech, + geo_tech_params + ); idx++; + + if ( constrainflag ) + { + XieFloImportLUT(&flograph[idx], XIELut2 ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx-1, + &domain, + idx, + 0x7 + ); + idx++; + } + + if ( drawableplaneflag ) { + XieFloExportDrawablePlane(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->bggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); idx++; + } + else { + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->bggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); idx++; + } + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = True; + size = image->fsize; + } + if ( !reps ) + FreeGeometryFAXStuff( xp, p ); + return( reps ); +} + +void DoGeometryFAX(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo(xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + PumpTheClientData( xp, p, flo, 0, 1, image->data, size, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +int +SetCoefficients( xp, p, which, gp, coeffs ) +XParms xp; +Parms p; +int which; +GeometryParms *gp; +float coeffs[]; +{ + double sf, rad; + XIEimage *image; + int type; + + switch( which ) + { + case 1: + image = p->finfo.image1; + break; + case 2: + image = p->finfo.image2; + break; + case 3: + image = p->finfo.image3; + break; + case 4: + image = p->finfo.image4; + break; + default: + image = ( XIEimage * ) NULL; + return( 0 ); + } + type = gp->geoType; + if ( !image || !gp ) + { + fprintf( stderr, + "SetCoefficients: invalid image or test parameters\n" ); + return ( 0 ); + } + + switch( type ) + { + case GEO_TYPE_CROP: + coeffs[ 0 ] = 1; + coeffs[ 1 ] = 0; + coeffs[ 2 ] = 0; + coeffs[ 3 ] = 1; + coeffs[ 4 ] = gp->geoXOffset; + coeffs[ 5 ] = gp->geoYOffset; + break; + case GEO_TYPE_SCALE: + coeffs[ 0 ] = image->width[ 0 ] / ( float )gp->geoWidth; + coeffs[ 1 ] = 0; + coeffs[ 2 ] = 0; + coeffs[ 3 ] = image->height[ 0 ] / ( float )gp->geoHeight; + coeffs[ 4 ] = 0; + coeffs[ 5 ] = 0; + break; + case GEO_TYPE_SCALEDROTATE: + rad = M_PI * gp->geoAngle / 180.0; + sf = ( image->width[ 0 ] / ( float )gp->geoWidth ); + coeffs[ 0 ] = sf * cos( rad ); + coeffs[ 1 ] = sf * sin( rad ); + coeffs[ 2 ] = -sf * sin( rad ); + coeffs[ 3 ] = sf * cos( rad ); + coeffs[ 4 ] = image->width[ 0 ] / 2.0 - sf/2 * (cos(rad)*gp->geoWidth + sin(rad) * gp->geoHeight); + coeffs[ 5 ] = image->height[ 0 ] / 2.0 - sf/2 * (-sin(rad)*gp->geoWidth + cos(rad) * gp->geoHeight); + break; + case GEO_TYPE_MIRRORX: + coeffs[ 0 ] = -1; + coeffs[ 1 ] = 0; + coeffs[ 2 ] = 0; + coeffs[ 3 ] = 1; + coeffs[ 4 ] = gp->geoWidth - 1; + coeffs[ 5 ] = 0; + break; + case GEO_TYPE_MIRRORY: + coeffs[ 0 ] = 1; + coeffs[ 1 ] = 0; + coeffs[ 2 ] = 0; + coeffs[ 3 ] = -1; + coeffs[ 4 ] = 0; + coeffs[ 5 ] = gp->geoHeight - 1; + break; + case GEO_TYPE_MIRRORXY: + coeffs[ 0 ] = -1; + coeffs[ 1 ] = 0; + coeffs[ 2 ] = 0; + coeffs[ 3 ] = -1; + coeffs[ 4 ] = gp->geoWidth - 1; + coeffs[ 5 ] = gp->geoHeight - 1; + break; + case GEO_TYPE_ROTATE: + rad = M_PI * gp->geoAngle / 180.0; + coeffs[ 0 ] = cos( rad ); + coeffs[ 1 ] = sin( rad ); + coeffs[ 2 ] = -sin( rad ); + coeffs[ 3 ] = cos( rad ); + coeffs[ 4 ] = gp->geoWidth/2.0 - 0.5 * ( cos( rad ) * image->width[ 0 ] + sin( rad ) * image->height[ 0 ] ); + coeffs[ 5 ] = gp->geoHeight/2.0 - 0.5 * ( -sin( rad ) * image->width[ 0 ] + cos( rad ) * image->height[ 0 ] ); + break; + case GEO_TYPE_DEFAULT: + default: + coeffs[ 0 ] = 1; + coeffs[ 1 ] = 0; + coeffs[ 2 ] = 0; + coeffs[ 3 ] = 1; + coeffs[ 4 ] = 0; + coeffs[ 5 ] = 0; + break; + } + return( 1 ); +} + +int EndGeometry(xp, p) +XParms xp; +Parms p; +{ + FreeGeometryStuff( xp, p ); +} + +int +FreeGeometryStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + + if ( XIEPhotomap && !IsPhotomapInCache( XIEPhotomap ) ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + +int +EndGeometryFAX(xp, p) +XParms xp; +Parms p; +{ + FreeGeometryFAXStuff( xp, p ); +} + +int +FreeGeometryFAXStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + + if ( XIELut2 ) + { + XieDestroyLUT( xp->d, XIELut2 ); + XIELut2 = ( XieLut ) NULL; + } + + if ( XIEPhotomap ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + + if ( G42Ddecode_params ) + { + XFree( G42Ddecode_params ); + G42Ddecode_params = ( XieDecodeG42DParam * ) NULL; + } + else if ( G32Ddecode_params ) + { + XFree( G32Ddecode_params ); + G32Ddecode_params = ( XieDecodeG32DParam * ) NULL; + } + else if ( G31Ddecode_params ) + { + XFree( G31Ddecode_params ); + G31Ddecode_params = ( XieDecodeG31DParam * ) NULL; + } + else if ( TIFF2decode_params ) + { + XFree( TIFF2decode_params ); + TIFF2decode_params = ( XieDecodeTIFF2Param * ) NULL; + } + else if ( TIFFPackBitsdecode_params ) + { + XFree( TIFFPackBitsdecode_params ); + TIFFPackBitsdecode_params = + ( XieDecodeTIFFPackBitsParam * ) NULL; + } +} + diff --git a/xie/xc/programs/xieperf/getnext.c b/xie/xc/programs/xieperf/getnext.c new file mode 100644 index 0000000..32b3ab3 --- /dev/null +++ b/xie/xc/programs/xieperf/getnext.c @@ -0,0 +1,213 @@ +/* $XConsortium: getnext.c,v 1.7 94/04/17 20:39:21 rws Exp $ */ + +/**** module getnext.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + getnext.c -- Get a line from stream, and parse for command to run + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include +#include +#include + +#define MAXARGS 5 + +int +GetNextTest( fp, repeat, reps ) +FILE *fp; +int *repeat; +int *reps; +{ + int i, j, len, max, start; + char line[ 256 ]; + char *args[ MAXARGS ]; + +otravez: /* Spanish for 'once again'. */ + *repeat = -1; + *reps = -1; + line[ 0 ] = '\0'; + fprintf( stderr, "> " ); + fflush( stderr ); + fgets( line, sizeof( line ) - 1, fp ); + if ( feof( fp ) ) + return( -1 ); + len = strlen( line ) - 1; + line[ len ] = '\0'; + for ( i = 0; i <= len; i++ ) + { + if ( line[ i ] == '#' ) + { + line[ i ] = '\0'; + break; + } + } + + if ( ( len = strlen( line ) ) == 0 ) + goto otravez; + + if ( fp != stdin ) + printf( "%s\n", line ); + + if ( line[ 0 ] == '?' ) + { + fprintf( stderr, "Enter command, with optional reps and repeat args\n" ); + fprintf( stderr, "\nExample: point1 -repeat 1 -reps 1\n" ); + fprintf( stderr, "Example: converttoindex -reps 3\n" ); + fprintf( stderr, "\nUse ^D to exit xieperf\n" ); + fflush( stderr ); + goto otravez; + } + + /* grab up to MAXARGS */ + + max = 0; + for ( i = 0; i < MAXARGS; i++ ) + args[ i ] = ( char * ) NULL; + + args[ 0 ] = line; + + /* get rid of leading spaces */ + + i = 0; + while ( i < len && isspace( line[ i ] ) ) i++; + start = i; + args[ 0 ] = &line[ start ]; + if ( args[ 0 ] == ( char * ) NULL ) + goto otravez; + else if ( strlen( args[ 0 ] ) == 0 ) + goto otravez; + + for ( i = 1, j = start; j < len && i < MAXARGS; i++ ) + { + while ( j < len && !isspace( line[ j ] ) ) j++; + if ( j != len ) + { + line[ j ] = '\0'; j++; + while ( j < len && isspace( line[ j ] ) ) j++; + if ( j != len ) + { + args[ i ] = &line[ j ]; + max = i; + j++; + } + } + } + + i = 1; + while ( i <= max ) + { + if ( !strcmp( args[ i ], "-repeat" ) ) + { + i++; + if ( i > max ) + { + fprintf( stderr, "Improperly formed repeat argument: skipping line\n" ); + return( -1 ); + } + else + { + *repeat = atoi( args[ i ] ); + i++; + } + } + else if ( !strcmp( args[ i ], "-reps" ) ) + { + i++; + if ( i > max ) + { + fprintf( stderr, "Improperly formed reps argument: skipping line\n" ); + return( -1 ); + } + else + { + *reps = atoi( args[ i ] ); + i++; + } + } + else + { + fprintf( stderr, "Unrecognized input: skipping line\n" ); + return( -1 ); + } + } + return( TestIndex( args[ 0 ] ) ); +} + +#ifdef STANDALONE_TEST +main() +{ + int reps; + int repeat; + int retval; + FILE *fp; + + fp = stdin; + while ( ( retval = GetNextTest( fp, &repeat, &reps ) ) >= 0 ); +} +#endif diff --git a/xie/xc/programs/xieperf/images/image.001 b/xie/xc/programs/xieperf/images/image.001 new file mode 100644 index 0000000..b6214f5 --- /dev/null +++ b/xie/xc/programs/xieperf/images/image.001 @@ -0,0 +1 @@ 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\ No newline at end of file diff --git a/xie/xc/programs/xieperf/images/image.014 b/xie/xc/programs/xieperf/images/image.014 new file mode 100644 index 0000000..0a55e76 Binary files /dev/null and b/xie/xc/programs/xieperf/images/image.014 differ diff --git a/xie/xc/programs/xieperf/import.c b/xie/xc/programs/xieperf/import.c new file mode 100644 index 0000000..2340b0b --- /dev/null +++ b/xie/xc/programs/xieperf/import.c @@ -0,0 +1,873 @@ +/* $XConsortium: import.c,v 1.8 94/04/17 20:39:22 rws Exp $ */ + +/**** module import.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + import.c -- import flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static XiePhotomap XIEPhotomap; +static XiePhotomap XIEPhotomap2; +static XieRoi XIERoi; +static XieLut XIELut; +extern Window drawableWindow; +static Pixmap myPixmap; + +static unsigned char *lut; +static XieRectangle *rects; + +static int flo_notify; +static XiePhotoElement *flograph; +static int flo_elements; +static XiePhotoflo flo; + +extern Bool dontClear; + +int InitImportDrawablePixmap(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + + myPixmap = XCreatePixmap( xp->d, drawableWindow, WIDTH, HEIGHT, + xp->vinfo.depth ); + XFillRectangle( xp->d, myPixmap, xp->bggc, 0, 0, + WIDTH, HEIGHT ); + XSync( xp->d, 0 ); + GetXIEPixmap( xp, p, myPixmap, 1 ); + + flo_elements = 2; + flo_notify = False; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + + if ( reps ) + { + XieFloImportDrawable(&flograph[0], + myPixmap, + 0, + 0, + WIDTH, + HEIGHT, + 50, + False + ); + + XieFloExportDrawable(&flograph[flo_elements-1], + flo_elements-1, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + + if ( !reps ) + FreeImportDrawablePixmapStuff( xp, p ); + + return( reps ); +} + +int InitImportDrawableWindow(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + + flo_elements = 2; + flo_notify = False; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + + XieFloImportDrawable(&flograph[0], + xp->w, + 0, + 0, + WIDTH, + HEIGHT, + 50, + False + ); + + XieFloExportDrawable(&flograph[1], + 1, /* source phototag number */ + drawableWindow, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + if ( ( ( ImportParms * )p->ts )->obscure == Obscuring ) + XMoveWindow( xp->d, drawableWindow, 100, 100 ); + else if ( ( ( ImportParms * )p->ts )->obscure == Obscured ) + XMoveWindow( xp->d, drawableWindow, 400, 300 ); + else + XMoveWindow( xp->d, drawableWindow, WIDTH + 10, 0 ); + if ( ( ( ImportParms * )p->ts )->obscure == Obscured ) + { + XMapWindow( xp->d, drawableWindow ); + XLowerWindow( xp->d, drawableWindow ); + } + else + { + XMapRaised( xp->d, drawableWindow ); + } + + XSync( xp->d, 0 ); + GetXIEWindow( xp, p, xp->w, 1 ); + dontClear = True; + + flo = XieCreatePhotoflo( xp->d, flograph, 2 ); + } + + if ( !reps ) + { + dontClear = False; + FreeImportDrawableWindowStuff( xp, p ); + } + + return( reps ); +} + +int InitImportDrawablePlanePixmap(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int planes; + + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + + if ( xp->vinfo.depth == 1 ) + { + planes = 1; + } + else + planes = ( 1 << xp->vinfo.depth ) >> 1; + myPixmap = XCreatePixmap( xp->d, drawableWindow, WIDTH, HEIGHT, + xp->vinfo.depth ); + XFillRectangle( xp->d, myPixmap, xp->bggc, 0, 0, WIDTH, HEIGHT ); + XSync( xp->d, 0 ); + GetXIEPixmap( xp, p, myPixmap, 1 ); + + flo_elements = 2; + flo_notify = False; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + XieFloImportDrawablePlane(&flograph[0], + myPixmap, + 0, + 0, + WIDTH, + HEIGHT, + 0, + planes, + False + ); + + XieFloExportDrawablePlane(&flograph[flo_elements-1], + flo_elements-1, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + if ( !reps ) + { + FreeImportDrawablePixmapStuff( xp, p ); + } + return( reps ); +} + +int InitImportDrawablePlaneWindow(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int planes; + + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + + if ( xp->vinfo.depth == 1 ) + { + planes = 1; + } + else + { + planes = ( 1 << xp->vinfo.depth ) >> 1; + } + + flo_elements = 2; + flo_notify = False; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + XieFloImportDrawablePlane(&flograph[0], + xp->w, + 0, + 0, + WIDTH, + HEIGHT, + 0, + planes, + False + ); + + XieFloExportDrawablePlane(&flograph[flo_elements-1], + flo_elements-1, /* source phototag number */ + drawableWindow, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + if ( ( ( ImportParms * )p->ts )->obscure == Obscuring ) + XMoveWindow( xp->d, drawableWindow, 100, 100 ); + else if ( ( ( ImportParms * )p->ts )->obscure == Obscured ) + XMoveWindow( xp->d, drawableWindow, 400, 300 ); + else + XMoveWindow( xp->d, drawableWindow, WIDTH + 10, 0 ); + if ( ( ( ImportParms * )p->ts )->obscure == Obscured ) + { + XMapWindow( xp->d, drawableWindow ); + XLowerWindow( xp->d, drawableWindow ); + } + else + { + XMapRaised( xp->d, drawableWindow ); + } + + GetXIEWindow( xp, p, xp->w, 1 ); + + flo = XieCreatePhotoflo( xp->d, flograph, 2 ); + dontClear = True; + } + if ( !reps ) + { + dontClear = False; + FreeImportDrawableWindowStuff( xp, p ); + } + + return( reps ); +} + +int InitImportPhoto(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_params=NULL; + int decode_notify; + + XIEPhotomap = ( XiePhotomap ) NULL; + XIEPhotomap2 = ( XiePhotomap ) NULL; + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + + XIEPhotomap2 = XieCreatePhotomap( xp->d ); + if ( XIEPhotomap2 == ( XiePhotomap ) NULL ) + reps = 0; + else if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + decode_notify = False; + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + XieFloImportPhotomap(&flograph[0], XIEPhotomap, + decode_notify); + + XieFloExportPhotomap(&flograph[1], + 1, /* source phototag number */ + XIEPhotomap2, + encode_tech, + encode_params + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + + flo_notify = False; + } + } + if ( !reps ) + { + FreeImportPhotoStuff( xp, p ); + } + return( reps ); +} + +int InitImportPhotoExportDrawable(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int decode_notify; + XIEimage *image; + + XIEPhotomap = ( XiePhotomap ) NULL; + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + image = p->finfo.image1; + + if ( xp->screenDepth != image->depth[ 0 ] ) + { + XIEPhotomap = GetXIEPointPhotomap( xp, p, 1, 1 << xp->screenDepth, False ); + } + else + { + XIEPhotomap = GetXIEPhotomap( xp, p, 1 ); + } + + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + decode_notify = False; + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + XieFloImportPhotomap(&flograph[0], XIEPhotomap, + decode_notify); + + XieFloExportDrawable(&flograph[1], + 1, /* source phototag number */ + xp->w, + xp->fggc, + 0, + 0 + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + + flo_notify = False; + } + } + if ( !reps ) + { + FreeImportPhotoStuff( xp, p ); + } + return( reps ); +} + +int +InitImportLUT(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int lutSize, i; + Bool merge; + XieLTriplet start; + + flograph = ( XiePhotoElement * ) NULL; + lut = ( unsigned char * ) NULL; + flo = ( XiePhotoflo ) NULL; + XIELut = ( XieLut ) NULL; + + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + lutSize = xp->vinfo.colormap_size * sizeof( unsigned char ); + lut = (unsigned char *)malloc( lutSize ); + if ( lut == ( unsigned char * ) NULL ) + { + reps = 0; + } + else + { + for ( i = 0; i < lutSize; i++ ) + { + if ( i % 5 == 0 ) + { + lut[ i ] = ( xp->vinfo.colormap_size - 1 ) - i; + } + else + { + lut[ i ] = i; + } + } + if ( ( XIELut = + GetXIELut( xp, p, lut, lutSize, lutSize ) ) == + ( XieLut ) NULL ) + { + reps = 0; + } + } + } + + if ( reps ) + { + + XieFloImportLUT(&flograph[0], XIELut ); + + merge = False; + start[ 0 ] = 0; + start[ 1 ] = 0; + start[ 2 ] = 0; + + XieFloExportLUT(&flograph[1], + 1, /* source phototag number */ + XIELut, + merge, + start + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + + flo_notify = False; + } + if ( !reps ) + { + FreeImportLUTStuff( xp, p ); + } + + return( reps ); +} + +int InitImportROI(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int rectsSize, i; + + flograph = ( XiePhotoElement * ) NULL; + rects = ( XieRectangle * ) NULL; + flo = ( XiePhotoflo ) NULL; + XIERoi = ( XieRoi ) NULL; + + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + rectsSize = (( ImportParms * ) p->ts )->numROIs; + rects = (XieRectangle *) + malloc( rectsSize * sizeof( XieRectangle ) ); + if ( rects == ( XieRectangle * ) NULL ) + { + reps = 0; + } + else + { + /* who cares what the data is */ + + for ( i = 0; i < rectsSize; i++ ) + { + rects[ i ].x = i; + rects[ i ].y = i; + rects[ i ].width = i + 10; + rects[ i ].height = i + 10; + } + } + if ( ( XIERoi = + GetXIERoi( xp, p, rects, rectsSize ) ) == ( XieRoi ) NULL ) + { + reps = 0; + } + } + + if ( reps ) + { + + XieFloImportROI(&flograph[0], XIERoi ); + + XieFloExportROI(&flograph[1], + 1, /* source phototag number */ + XIERoi + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = False; + } + + if ( !reps ) + { + FreeImportROIStuff( xp, p ); + } + + return( reps ); +} + +void DoImportPhoto(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + } +} + +void DoImportDrawablePixmap(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + } +} + +void DoImportDrawableWindow(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + } + XClearWindow( xp->d, drawableWindow ); +} + +void DoImportDrawablePlanePixmap(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for ( i = 0; i < reps; i++ ) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + } +} + +void DoImportDrawablePlaneWindow(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + } + XClearWindow( xp->d, drawableWindow ); +} + +void DoImportLUT(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + } +} + +void DoImportROI(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + } +} + +void EndImportLUT(xp, p) + XParms xp; + Parms p; +{ + FreeImportLUTStuff( xp, p ); +} + +void EndImportPhoto(xp, p) + XParms xp; + Parms p; +{ + FreeImportPhotoStuff( xp, p ); +} + +void EndImportROI(xp, p) + XParms xp; + Parms p; +{ + FreeImportROIStuff( xp, p ); +} + +void EndImportDrawableWindow(xp, p) + XParms xp; + Parms p; +{ + XUnmapWindow( xp->d, drawableWindow ); + dontClear = False; + FreeImportDrawableWindowStuff( xp, p ); +} + +void EndImportDrawablePixmap(xp, p) + XParms xp; + Parms p; +{ + FreeImportDrawablePixmapStuff( xp, p ); +} + +int +FreeImportPhotoStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + + if ( XIEPhotomap2 ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap2 ); + XIEPhotomap2 = ( XiePhotomap ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + +int +FreeImportDrawableWindowStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + +int +FreeImportDrawablePixmapStuff( xp, p ) +XParms xp; +Parms p; +{ + XFreePixmap( xp->d, myPixmap ); + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + +int +FreeImportLUTStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + + if ( lut ) + { + free( lut ); + lut = ( unsigned char * ) NULL; + } + + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } +} + +int +FreeImportROIStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + + if ( rects ) + { + free( rects ); + rects = ( XieRectangle * ) NULL; + } + + if ( XIERoi ) + { + XieDestroyROI( xp->d, XIERoi ); + XIERoi = ( XieRoi ) NULL; + } +} + diff --git a/xie/xc/programs/xieperf/importcl.c b/xie/xc/programs/xieperf/importcl.c new file mode 100644 index 0000000..c394d48 --- /dev/null +++ b/xie/xc/programs/xieperf/importcl.c @@ -0,0 +1,695 @@ +/* $XConsortium: importcl.c,v 1.11 94/04/17 20:39:23 rws Exp $ */ + +/**** module importcl.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + importcl.c -- import client flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static XiePhotomap XIEPhotomap; +static XiePhotomap XIEPhotomap2; +static XieLut XIELut; +static XieRoi XIERoi; +static unsigned char *lut; +static int lutSize; +static XieRectangle *rects; +static int rectsSize; + +static XiePhotoflo flo; +static int flo_notify; +static XiePhotoElement *flograph; +static int flo_elements; + +int InitImportClientPhoto(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XIEimage *image; + int decode_notify; + char *encode_params=NULL; + XieLTriplet width, height, levels; + char *decode_params=NULL; + unsigned char pixel_stride[ 3 ]; + unsigned char left_pad[ 3 ]; + unsigned char scanline_pad[ 3 ]; + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + XIEPhotomap2 = ( XiePhotomap ) NULL; + + image = p->finfo.image1; + if ( !image ) + { + reps = 0; + } + else + { + if ( TechniqueSupported( xp, xieValDecode, image->decode ) == False ) + return( XiePhotomap ) NULL; + + if (!GetImageData( xp, p, 1 )) + reps = 0; + } + if ( reps ) + { + XIEPhotomap = XieCreatePhotomap(xp->d); + XIEPhotomap2 = XieCreatePhotomap(xp->d); + } + if ( reps ) + { + decode_notify = False; + flo_elements = 2; + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else if ( image->decode == xieValDecodeUncompressedTriple ) + { + pixel_stride[ 0 ] = image->pixel_stride[ 0 ]; + pixel_stride[ 1 ] = image->pixel_stride[ 1 ]; + pixel_stride[ 2 ] = image->pixel_stride[ 2 ]; + left_pad[ 0 ] = image->left_pad[ 0 ]; + left_pad[ 1 ] = image->left_pad[ 1 ]; + left_pad[ 2 ] = image->left_pad[ 2 ]; + scanline_pad[ 0 ] = image->scanline_pad[ 0 ]; + scanline_pad[ 1 ] = image->scanline_pad[ 1 ]; + scanline_pad[ 2 ] = image->scanline_pad[ 2 ]; + + decode_params = ( char * ) XieTecDecodeUncompressedTriple( + image->fill_order, + xieValLSFirst, + xieValLSFirst, + xieValBandByPixel, + pixel_stride, + left_pad, + scanline_pad + ); + } + else if ( image->decode == xieValDecodeJPEGBaseline ) + { + decode_params = ( char * ) XieTecDecodeJPEGBaseline( + image->interleave, + image->band_order, + True + ); + } + else if ( image->decode == xieValDecodeJPEGLossless ) + { + decode_params = ( char * ) XieTecDecodeJPEGLossless( + image->interleave, + image->band_order + ); + } + else if ( image->decode == xieValDecodeG31D ) + { + decode_params = ( char * ) XieTecDecodeG31D( + image->fill_order, + True, + False + ); + } + else if ( image->decode == xieValDecodeG32D ) + { + decode_params = ( char * ) XieTecDecodeG32D( + image->fill_order, + True, + False + ); + } + else if ( image->decode == xieValDecodeG42D ) + { + decode_params = ( char * ) XieTecDecodeG42D( + image->fill_order, + True, + False + ); + } + else if ( image->decode == xieValDecodeTIFF2 ) + { + decode_params = ( char * ) XieTecDecodeTIFF2( + image->fill_order, + True, + False + ); + } + else if ( image->decode == xieValDecodeTIFFPackBits ) + { + decode_params = ( char * ) XieTecDecodeTIFFPackBits( + image->fill_order, + True + ); + } + else if ( image->decode == xieValDecodeUncompressedSingle ) + { + decode_params = ( char * ) XieTecDecodeUncompressedSingle( + image->fill_order, + image->pixel_order, + image->pixel_stride[ 0 ], + image->left_pad[ 0 ], + image->scanline_pad[ 0 ] + ); + } + if ( decode_params == ( char * ) NULL ) + { + reps = 0; + } + if ( reps ) + { + width[ 0 ] = image->width[ 0 ]; + width[ 1 ] = image->width[ 1 ]; + width[ 2 ] = image->width[ 2 ]; + height[ 0 ] = image->height[ 0 ]; + height[ 1 ] = image->height[ 1 ]; + height[ 2 ] = image->height[ 2 ]; + + levels[ 0 ] = image->levels[ 0 ]; + levels[ 1 ] = image->levels[ 1 ]; + levels[ 2 ] = image->levels[ 2 ]; + + XieFloImportClientPhoto(&flograph[0], + image->bandclass, + width, height, levels, + decode_notify, + image->decode, (char *)decode_params + ); + + XieFloExportPhotomap(&flograph[1], + 1, /* source phototag number */ + XIEPhotomap2, + encode_tech, + encode_params + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = True; + } + } + if ( decode_params ) + XFree( decode_params ); + if ( !reps ) + { + FreeImportClientPhotoStuff( xp, p ); + } + return( reps ); +} + +int InitImportClientPhotoExportDrawable(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XIEimage *image; + int decode_notify = 0; + XieProcessDomain domain; + XieLTriplet width, height, levels; + XieDecodeUncompressedSingleParam *decode_params=NULL; + int monoflag = 0; + int idx; + int cclass; + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + XIELut = ( XieLut ) NULL; + + image = p->finfo.image1; + if (!GetImageData( xp, p, 1 )) + reps = 0; + else + XIEPhotomap = XieCreatePhotomap(xp->d); + if ( reps ) + { + if ( !image ) + { + reps = 0; + } + decode_notify = False; + flo_elements = 2; + monoflag = 0; + if ( IsTrueColorOrDirectColor( cclass ) || xp->screenDepth != image->depth[ 0 ] ) + { + monoflag = 1; + flo_elements+=2; + if ( ( XIELut = CreatePointLut( xp, p, + 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + } + } + if ( reps ) + { + if ( ( flograph = XieAllocatePhotofloGraph(flo_elements) ) + == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + + width[ 0 ] = image->width[ 0 ]; + height[ 0 ] = image->height[ 0 ]; + levels[ 0 ] = image->levels[ 0 ]; + + decode_params = XieTecDecodeUncompressedSingle( + image->fill_order, + image->pixel_order, + image->pixel_stride[ 0 ], + image->left_pad[ 0 ], + image->scanline_pad[ 0 ] + ); + + idx = 0; + XieFloImportClientPhoto(&flograph[idx], + image->bandclass, + width, height, levels, + decode_notify, + image->decode, (char *)decode_params + ); + idx++; + + if ( monoflag ) + { + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx-1, + &domain, + idx, + 0x7 + ); + idx++; + } + + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, + 0 + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = True; + } + } + if ( decode_params ) + XFree( decode_params ); + if ( !reps ) + { + FreeImportClientPhotoStuff( xp, p ); + } + return( reps ); +} + +int InitImportClientLUT(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + XieOrientation band_order = xieValLSFirst; + XieDataClass cclass; + XieLTriplet start, length, levels; + Bool merge; + + XIELut = ( XieLut ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + lutSize = xp->vinfo.colormap_size * sizeof( unsigned char ); + lut = (unsigned char *) malloc( lutSize ); + + if ( lut == ( unsigned char * ) NULL ) + { + reps = 0; + } + else + { + for ( i = 0; i < lutSize; i++ ) + { + lut[ i ] = ( xp->vinfo.colormap_size - 1 ) - i; + } + + if ( ( XIELut = XieCreateLUT(xp->d) ) == ( XieLut ) NULL ) + reps = 0; + } + if ( reps ) + { + flo_elements = 2; + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + reps = 0; + } + else + { + cclass = xieValSingleBand; + band_order = xieValLSFirst; + length[ 0 ] = xp->vinfo.colormap_size; + length[ 1 ] = 0; + length[ 2 ] = 0; + levels[ 0 ] = xp->vinfo.colormap_size; + levels[ 1 ] = 0; + levels[ 2 ] = 0; + + XieFloImportClientLUT(&flograph[0], + cclass, + band_order, + length, + levels + ); + + merge = False; + start[ 0 ] = 0; + start[ 1 ] = 0; + start[ 2 ] = 0; + + XieFloExportLUT(&flograph[1], + 1, /* source phototag number */ + XIELut, + merge, + start + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = True; + } + } + if ( !reps ) + FreeImportClientLUTStuff( xp, p ); + return( reps ); +} + +int InitImportClientROI(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + XIERoi = ( XieRoi ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + rectsSize = (( ImportClParms * )p->ts)->numROIs; + rects = (XieRectangle *)malloc( rectsSize * sizeof( XieRectangle ) ); + if ( rects == ( XieRectangle * ) NULL ) + { + reps = 0; + } + else + { + /* who cares what the data is */ + + for ( i = 0; i < rectsSize; i++ ) + { + rects[ i ].x = i; + rects[ i ].y = i; + rects[ i ].width = i + 10; + rects[ i ].height = i + 10; + } + + if ( ( XIERoi = XieCreateROI( xp->d ) ) == ( XieRoi ) NULL ) + reps = 0; + } + + if ( reps ) + { + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + XieFloImportClientROI(&flograph[0], rectsSize); + + XieFloExportROI(&flograph[1], + 1, /* source phototag number */ + XIERoi + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + + flo_notify = True; + } + } + if ( !reps ) + { + FreeImportClientROIStuff( xp, p ); + } + return( reps ); +} + +void DoImportClientPhoto(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + PumpTheClientData( xp, p, flo, 0, 1, + p->finfo.image1->data, p->finfo.image1->fsize, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +void DoImportClientLUT(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + PumpTheClientData( xp, p, flo, 0, 1, + (char *)lut, lutSize, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +void DoImportClientROI(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + PumpTheClientData( xp, p, flo, 0, 1, + (char *)rects, rectsSize * sizeof( XieRectangle ), 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +void +EndImportClientLUT(xp, p) + XParms xp; + Parms p; +{ + FreeImportClientLUTStuff( xp, p ); +} + +int +FreeImportClientLUTStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + if ( lut ) + { + free( lut ); + lut = ( unsigned char * ) NULL; + } + + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } +} + +void +EndImportClientPhoto(xp, p) + XParms xp; + Parms p; +{ + FreeImportClientPhotoStuff( xp, p ); +} + +int +FreeImportClientPhotoStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + + if ( XIEPhotomap ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + + if ( XIEPhotomap2 ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap2 ); + XIEPhotomap2 = ( XiePhotomap ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + +} + +void EndImportClientROI(xp, p) + XParms xp; + Parms p; +{ + FreeImportClientROIStuff( xp, p ); +} + +int +FreeImportClientROIStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + if ( rects ) + { + free( rects ); + rects = ( XieRectangle * ) NULL; + } + + if ( XIERoi ) + { + XieDestroyROI( xp->d, XIERoi ); + XIERoi = ( XieRoi ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/logical.c b/xie/xc/programs/xieperf/logical.c new file mode 100644 index 0000000..cc58005 --- /dev/null +++ b/xie/xc/programs/xieperf/logical.c @@ -0,0 +1,366 @@ +/* $XConsortium: logical.c,v 1.8 94/04/17 20:39:24 rws Exp $ */ + +/**** module logical.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + logical.c -- logical flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static XiePhotomap XIEPhotomap1; +static XiePhotomap XIEPhotomap2; +static XiePhotomap ControlPlane; +static XieLut XIELut; +static XieRoi XIERoi; +static XIEimage *image1, *image2; + +static int monoflag = 0; + +static XiePhotoflo flo; +static int flo_notify; +static XiePhotoElement *flograph; +static int flo_elements; +static XieRectangle *rects; + +int InitLogical(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i, idx; + XieProcessDomain domain; + unsigned int bandMask; + int useDomain; + unsigned long logicalOp; + int numROIs, src1, src2; + XieConstant logicalConstant; + + XIELut = ( XieLut ) NULL; + useDomain = ( ( LogicalParms * )p->ts )->useDomain; + numROIs = ( ( LogicalParms * )p->ts )->numROIs; + bandMask = ( ( LogicalParms * )p->ts )->logicalBandMask; + logicalOp = ( ( LogicalParms * )p->ts )->logicalOp; + logicalConstant[ 0 ] = (( LogicalParms * )p->ts)->logicalConstant[ 0 ]; + logicalConstant[ 1 ] = (( LogicalParms * )p->ts)->logicalConstant[ 1 ]; + logicalConstant[ 2 ] = (( LogicalParms * )p->ts)->logicalConstant[ 2 ]; + + image1 = p->finfo.image1; + + /* we must have image1. image2, however, is optional ( dyadic only ) */ + + if ( !image1 ) + return( 0 ); + + image2 = p->finfo.image2; + + if ( image2 ) + flo_elements = 4; + else + flo_elements = 3; + + if ( useDomain == DomainROI || useDomain == DomainCtlPlane ) + flo_elements++; + + ControlPlane = ( XiePhotomap ) NULL; + monoflag = 0; + + if ( xp->screenDepth != image1->depth[ 0 ] ) + { + monoflag = 1; + flo_elements+=2; + if ( ( XIELut = CreatePointLut( xp, p, + 1 << image1->depth[ 0 ], 1 << xp->screenDepth, False ) ) + == ( XieLut ) NULL ) + { + return( 0 ); + } + } + + rects = ( XieRectangle * ) NULL; + if ( useDomain == DomainROI ) + { + rects = (XieRectangle *) + malloc( numROIs * sizeof( XieRectangle ) ); + if ( rects == ( XieRectangle * ) NULL ) + reps = 0; + else + { + for ( i = 0; i < numROIs; i++ ) + { + rects[ i ].x = i * 100; + rects[ i ].y = i * 100; + rects[ i ].width = 100; + rects[ i ].height = 100; + } + } + } + else if ( useDomain == DomainCtlPlane ) + { + ControlPlane = GetControlPlane( xp, 2 ); + if ( ControlPlane == ( XiePhotomap ) NULL ) + reps = 0; + } + + flograph = ( XiePhotoElement * ) NULL; + XIEPhotomap1 = XIEPhotomap2 = ( XiePhotomap ) NULL; + XIERoi = ( XieRoi ) NULL; + flo = ( XiePhotoflo ) NULL; + if ( reps ) + { + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else if ( ( XIEPhotomap1 = + GetXIEPhotomap( xp, p, 1 ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else if ( image2 ) + { + if ( ( XIEPhotomap2 = GetXIEPhotomap( xp, p, 2 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + } + + if ( useDomain == DomainROI ) + { + if ( ( XIERoi = GetXIERoi( xp, p, rects, numROIs ) ) == + ( XieRoi ) NULL ) + { + reps = 0; + } + } + else if ( useDomain == DomainCtlPlane ) + { + ControlPlane = GetControlPlane( xp, 2 ); + if ( ControlPlane == ( XiePhotomap ) NULL ) + reps = 0; + } + } + if ( reps ) + { + idx = 0; + + domain.offset_x = 0; + domain.offset_y = 0; + + if ( useDomain == DomainROI ) + { + XieFloImportROI(&flograph[idx], XIERoi); + idx++; + domain.phototag = idx; + } + else if ( useDomain == DomainCtlPlane ) + { + XieFloImportPhotomap(&flograph[idx], ControlPlane, False +); + idx++; + domain.phototag = idx; + } + else + { + domain.phototag = 0; + } + + XieFloImportPhotomap(&flograph[idx], XIEPhotomap1, False ); + idx++; + src1 = idx; + + if ( image2 ) + { + XieFloImportPhotomap(&flograph[idx], XIEPhotomap2, + False ); + idx++; + src2 = idx; + } + else + src2 = 0; + + XieFloLogical(&flograph[idx], + src1, + src2, + &domain, + logicalConstant, + logicalOp, + bandMask + ); + idx++; + + if ( monoflag ) + { + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx-1, + &domain, + idx, + 0x7 + ); + idx++; + } + + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + idx++; + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = True; + } + if ( !reps ) + { + FreeLogicalStuff( xp, p ); + } + return( reps ); +} + +void DoLogical(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + XSync( xp->d, 0 ); + } +} + +int EndLogical(xp, p) + XParms xp; + Parms p; +{ + FreeLogicalStuff( xp, p ); +} + +int +FreeLogicalStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEPhotomap1 && IsPhotomapInCache( XIEPhotomap1 ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap1 ); + XIEPhotomap1 = ( XiePhotomap ) NULL; + } + if ( XIEPhotomap2 && IsPhotomapInCache( XIEPhotomap2 ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap2 ); + XIEPhotomap1 = ( XiePhotomap ) NULL; + } + if ( ControlPlane != ( XiePhotomap ) NULL && IsPhotomapInCache( ControlPlane ) == False ) + { + XieDestroyPhotomap( xp->d, ControlPlane ); + ControlPlane = ( XiePhotomap ) NULL; + } + + if ( rects ) + { + free( rects ); + rects = ( XieRectangle * ) NULL; + } + if ( XIERoi ) + { + XieDestroyROI( xp->d, XIERoi ); + XIERoi = ( XieRoi ) NULL; + } + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/math.c b/xie/xc/programs/xieperf/math.c new file mode 100644 index 0000000..a64e64d --- /dev/null +++ b/xie/xc/programs/xieperf/math.c @@ -0,0 +1,413 @@ +/* $XConsortium: math.c,v 1.6 94/04/17 20:39:25 rws Exp $ */ + +/**** module math.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + math.c -- math flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static XiePhotomap XIEPhotomap; +static XiePhotomap ControlPlane; +static XieRoi XIERoi; +static XieLut XIELut; + +static int flo_notify; +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static int flo_elements; + +static XieClipScaleParam *parms; +static int monoflag; + +int +InitMath(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XieProcessDomain domain; + XieArithmeticOp *ops; + int nops; + unsigned int bandMask; + Bool useDomain; + Bool constrain; + XieConstrainTechnique constrainTech; + int idx; + XieRectangle rect; + int i; + XieLTriplet levels; + XieConstant in_low,in_high; + XieLTriplet out_low,out_high; + XIEimage *image; + int cclass; + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + + monoflag = 0; + + useDomain = ( ( MathParms * )p->ts )->useDomain; + constrain = ( ( MathParms * )p->ts )->constrain; + constrainTech = ( ( MathParms * )p->ts )->constrainTech; + ops = ( ( MathParms * )p->ts )->ops; + nops = ( ( MathParms * )p->ts )->nops; + bandMask = ( ( MathParms * )p->ts )->bandMask; + in_low[ 0 ] = ( ( MathParms * )p->ts )->inLow; + in_high[ 0 ] = ( ( MathParms * )p->ts )->inHigh; + in_low[ 1 ] = in_low[ 2 ] = 0.0; + in_high[ 1 ] = in_high[ 2 ] = 0.0; + + XIELut = ( XieLut ) NULL; + XIERoi = ( XieRoi ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + ControlPlane = ( XiePhotomap ) NULL; + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + parms = ( XieClipScaleParam * ) NULL; + + for ( i = 0; i < nops; i++ ) + { + switch( ops[ i ] ) + { + case xieValExp: + case xieValLn: + case xieValLog2: + case xieValLog10: + case xieValSquare: + case xieValSqrt: + break; + default: + fprintf( stderr, "Invalid math op\n" ); + reps = 0; + break; + } + } + + if ( !reps ) + return( reps ); + + image = p->finfo.image1; + + if ( !image ) + return ( 0 ); + + if ( ( constrain == False && xp->screenDepth != image->depth[ 0 ] ) ) + { + monoflag = 1; + if ( ( XIELut = CreatePointLut( xp, p, + 1 << image->depth[ 0 ], 1 << xp->screenDepth, False ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + } + else if ( IsTrueColorOrDirectColor( cclass ) && constrain == True ) + { + monoflag = 1; + if ( ( XIELut = CreatePointLut( xp, p, + xp->vinfo.colormap_size, 1 << xp->screenDepth, False ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + } + + flo_elements = 2 + nops; + if ( useDomain == DomainROI || useDomain == DomainCtlPlane ) + flo_elements++; + if ( constrain == True ) + flo_elements += 2; + if ( monoflag ) + flo_elements += 2; + + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else if ( ( XIEPhotomap = + GetXIEPhotomap( xp, p, 1 ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else if ( useDomain == DomainROI ) + { + rect.x = ( ( MathParms * )p->ts )->x; + rect.y = ( ( MathParms * )p->ts )->y; + rect.width = ( ( MathParms * )p->ts )->width; + rect.height = ( ( MathParms * )p->ts )->height; + + if ( ( XIERoi = GetXIERoi( xp, p, &rect, 1 ) ) == + ( XieRoi ) NULL ) + { + reps = 0; + } + } + else if ( useDomain == DomainCtlPlane ) + { + ControlPlane = GetControlPlane( xp, 13 ); + if ( ControlPlane == ( XiePhotomap ) NULL ) + reps = 0; + } + + if ( reps ) + { + idx = 0; + + domain.offset_x = 0; + domain.offset_y = 0; + + if ( useDomain == DomainROI ) + { + XieFloImportROI(&flograph[idx], XIERoi); + idx++; + domain.phototag = idx; + } + else if ( useDomain == DomainCtlPlane ) + { + XieFloImportPhotomap(&flograph[idx], ControlPlane, + False); + idx++; + domain.phototag = idx; + } + else + { + domain.phototag = 0; + } + + XieFloImportPhotomap(&flograph[idx], XIEPhotomap, False ); + idx++; + + if ( constrain == True ) + { + XieFloUnconstrain( &flograph[idx], idx ); + idx++; + } + + for ( i = 0; i < nops; i++ ) + { + XieFloMath(&flograph[idx], + idx, + &domain, + ops[ i ], + bandMask + ); + idx++; + } + + if ( constrain == True ) + { + levels[ 0 ] = xp->vinfo.colormap_size; + levels[ 1 ] = 0; + levels[ 2 ] = 0; + + if ( constrainTech == xieValConstrainHardClip ) + parms = ( XieClipScaleParam * ) NULL; + else if ( constrainTech == xieValConstrainClipScale ) + { + out_low[ 0 ] = 0; + out_high[ 0 ] = xp->vinfo.colormap_size - 1; + + parms = ( XieClipScaleParam * ) + XieTecClipScale( in_low, + in_high, out_low, out_high); + if ( parms == ( XieClipScaleParam * ) NULL ) + { + fprintf( stderr, "Trouble loading clipscale technique parameters\n" ); + reps = 0; + } + } + else + { + fprintf( stderr, + "Invalid technique for constrain\n" ); + reps = 0; + } + if ( reps ) + { + XieFloConstrain( &flograph[idx], + idx, + levels, + constrainTech, + ( char * ) parms + ); + idx++; + } + } + + if ( reps && monoflag ) + { + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx-1, + &domain, + idx, + 0x7 + ); + idx++; + } + + if ( reps ) + { + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + + flo = XieCreatePhotoflo( xp->d, flograph, + flo_elements ); + flo_notify = True; + } + } + if ( !reps ) + FreeMathStuff( xp, p ); + return( reps ); +} + +void +DoMath(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +void +EndMath(xp, p) +XParms xp; +Parms p; +{ + FreeMathStuff( xp, p ); +} + +int +FreeMathStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( parms ) + { + XFree( parms ); + parms = ( XieClipScaleParam * ) NULL; + } + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + if ( XIERoi ) + { + XieDestroyROI( xp->d, XIERoi ); + XIERoi = ( XieRoi ) NULL; + } + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap(xp->d, XIEPhotomap); + XIEPhotomap = ( XiePhotomap ) NULL; + } + if ( ControlPlane != ( XiePhotomap ) NULL && IsPhotomapInCache( ControlPlane ) == False ) + { + XieDestroyPhotomap( xp->d, ControlPlane ); + ControlPlane = ( XiePhotomap ) NULL; + } + + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/modify.c b/xie/xc/programs/xieperf/modify.c new file mode 100644 index 0000000..c629c27 --- /dev/null +++ b/xie/xc/programs/xieperf/modify.c @@ -0,0 +1,1097 @@ +/* $XConsortium: modify.c,v 1.12 94/04/17 20:39:26 rws Exp $ */ + +/**** module modify.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + modify.c -- modify flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static int BuildModifyPointFlograph(); +static int BuildModifySimpleFlograph(); +static int BuildModifyROIFlograph(); +static int BuildModifyLong1Flograph(); +static int BuildModifyLong2Flograph(); + +static XiePhotomap XIEPhotomap; +static XieRoi XIERoi1, XIERoi2; +static XieLut XIELut1, XIELut2; +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static int flo_elements; + +static XieLut XIELut; +static int monoflag = 0; +static XieRectangle *rects; +static unsigned char *lut; + +int InitModifyROI(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XIEimage *image; + int rectsSize, i; + + monoflag = 0; + XIELut = ( XieLut ) NULL; + rects = (XieRectangle *) NULL; + XIERoi1 = ( XieRoi ) NULL; + XIERoi2 = ( XieRoi ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + image = p->finfo.image1; + if ( !image ) + reps = 0; + else if ( xp->screenDepth != image->depth[ 0 ] ) + { + monoflag = 1; + if ( ( XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + reps = 0; + } + } + if ( reps ) + { + rectsSize = 4; + rects = (XieRectangle *) + malloc( rectsSize * sizeof( XieRectangle ) ); + if ( rects == ( XieRectangle * ) NULL ) + { + reps = 0; + } + else + { + for ( i = 0; i < rectsSize; i++ ) + { + rects[ i ].x = i * 100; + rects[ i ].y = i * 100; + rects[ i ].width = 50; + rects[ i ].height = 50; + } + if ( ( XIERoi1 = GetXIERoi( xp, p, rects, rectsSize ) ) + == ( XieRoi ) NULL ) + { + reps = 0; + } + else + { + for ( i = 0; i < rectsSize; i++ ) + { + rects[ i ].x = i * 100 + 50; + rects[ i ].y = i * 100 + 50; + rects[ i ].width = 50; + rects[ i ].height = 50; + } + if ( ( XIERoi2 = GetXIERoi( xp, p, rects, + rectsSize ) ) == ( XieRoi ) NULL ) + { + reps = 0; + } + } + } + } + if ( reps ) + { + if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + else if ( !BuildModifyROIFlograph( xp, p, &flograph ) ) + { + reps = 0; + } + } + if ( !reps ) + FreeModifyROIStuff( xp, p ); + return( reps ); +} + +static int +BuildModifyROIFlograph( xp, p, flograph ) +XParms xp; +Parms p; +XiePhotoElement **flograph; +{ + XieProcessDomain domain; + + if ( monoflag ) + flo_elements = 6; + else + flo_elements = 4; + *flograph = XieAllocatePhotofloGraph(flo_elements); + if ( *flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + return( 0 ); + } + + XieFloImportPhotomap(&(*flograph)[0], XIEPhotomap, False); + + XieFloImportROI(&(*flograph)[1], XIERoi1); /* as good a ROI as any */ + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 2; + + XieFloLogical(&(*flograph)[2], + 1, + 0, + &domain, + ((ModifyParms * )p->ts)->constant, + ((ModifyParms * )p->ts)->op, + ((ModifyParms * )p->ts)->bandMask ); + + if ( monoflag ) + { + XieFloImportLUT(&(*flograph)[3], XIELut ); + + domain.phototag = 0; + XieFloPoint(&(*flograph)[4], + 3, + &domain, + 4, + 0x1 + ); + } + + XieFloExportDrawable(&(*flograph)[flo_elements - 1], + flo_elements - 1, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, *flograph, flo_elements ); + return( 1 ); +} + +void DoModifyROI(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + int flo_notify; + int toggle; + + flo_notify = False; + toggle = 0; + + for ( i = 0; i != reps; i++ ) + { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + if ( !toggle ) + { + toggle = 1; + XieFloImportROI(&flograph[1], XIERoi2); + } + else + { + toggle = 0; + XieFloImportROI(&flograph[1], XIERoi1); + } + XieModifyPhotoflo( xp->d, flo, 2, &flograph[1], 1 ); + XSync( xp->d, 0 ); + } +} + +int EndModifyROI(xp, p) + XParms xp; + Parms p; +{ + FreeModifyROIStuff( xp, p ); +} + +int +FreeModifyROIStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + if ( rects ) + { + free( rects ); + rects = (XieRectangle *) NULL; + } + if ( XIERoi1 ) + { + XieDestroyROI( xp->d, XIERoi1 ); + XIERoi1 = ( XieRoi ) NULL; + } + if ( XIERoi2 ) + { + XieDestroyROI( xp->d, XIERoi2 ); + XIERoi2 = ( XieRoi ) NULL; + } + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + +int InitModifyPoint(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int lutSize, i; + XIEimage *image; + + lut = ( unsigned char * ) lut; + XIELut1 = ( XieLut ) NULL; + XIELut2 = ( XieLut ) NULL; + XIELut = ( XieLut ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + image = p->finfo.image1; + if ( !image ) + return( 0 ); + + lutSize = xp->vinfo.colormap_size; + lut = (unsigned char *)malloc( lutSize * sizeof( unsigned char ) ); + if ( lut == ( unsigned char * ) NULL ) + reps = 0; + else + { + for ( i = 0; i < lutSize; i++ ) + if ( i % 2 ) + lut[ i ] = 1; + else + lut[ i ] = 0; + if ( ( XIELut1 = GetXIELut( xp, p, lut, lutSize, 2 ) ) == + ( XieLut ) NULL ) + { + reps = 0; + } + else + { + for ( i = 0; i < lutSize; i++ ) + if ( i % 2 ) + lut[ i ] = 0; + else + lut[ i ] = 1; + if ( ( XIELut2 = GetXIELut( xp, p, lut, lutSize, 2 ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + } + } + + if ( reps ) + { + if ( image->depth[ 0 ] == xp->screenDepth ) + { + XIEPhotomap = GetXIEPhotomap( xp, p, 1 ); + } + else if ( !IsDISServer() ) + { + XIEPhotomap = GetXIEDitheredPhotomap( xp, p, 1, 2 ); + } + else + { + XIEPhotomap = GetXIEPointPhotomap( xp, p, 1, + xp->screenDepth, False ); + } + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + { + reps = 0; + } + } + + if ( reps ) + { + if ( !BuildModifyPointFlograph( xp, p, &flograph ) ) + { + reps = 0; + } + } + + if ( !reps ) + { + FreeModifyPointStuff( xp, p ); + } + return( reps ); +} + +static int +BuildModifyPointFlograph( xp, p, flograph ) +XParms xp; +Parms p; +XiePhotoElement **flograph; +{ + XieProcessDomain domain; + int band_mask = 1; + + flo_elements = 4; + *flograph = XieAllocatePhotofloGraph(flo_elements); + if ( *flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + return( 0 ); + } + + XieFloImportPhotomap(&(*flograph)[0], XIEPhotomap, False); + + XieFloImportLUT(&(*flograph)[1], XIELut1); /* as good a LUT as any */ + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + XieFloPoint(&(*flograph)[2], 1, &domain, 2, band_mask ); + + XieFloExportDrawablePlane(&(*flograph)[3], + 3, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, *flograph, flo_elements ); + return( 1 ); +} + +void DoModifyPoint(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + int flo_notify; + int toggle; + + flo_notify = False; + toggle = 0; + + for ( i = 0; i != reps; i++ ) + { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + if ( !toggle ) + { + toggle = 1; + XieFloImportLUT(&flograph[1], XIELut2); + } + else + { + toggle = 0; + XieFloImportLUT(&flograph[1], XIELut1); + } + XieModifyPhotoflo( xp->d, flo, 2, &flograph[1], 1 ); + XSync( xp->d, 0 ); + } +} + +int EndModifyPoint(xp, p) + XParms xp; + Parms p; +{ + FreeModifyPointStuff( xp, p ); +} + +int +FreeModifyPointStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( lut ) + { + free( lut ); + lut = ( unsigned char * ) NULL; + } + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + if ( XIELut1 ) + { + XieDestroyLUT( xp->d, XIELut1 ); + XIELut1 = ( XieLut ) NULL; + } + if ( XIELut1 ) + { + XieDestroyLUT( xp->d, XIELut2 ); + XIELut2 = ( XieLut ) NULL; + } + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + +int InitModifySimple(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XIEimage *image; + + monoflag = 0; + XIEPhotomap = ( XiePhotomap ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + XIELut = ( XieLut ) NULL; + + image = p->finfo.image1; + if ( !image ) + reps = 0; + else if ( xp->screenDepth != image->depth[ 0 ] ) + { + monoflag = 1; + if ( ( XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + reps = 0; + } + } + + if ( reps ) + { + if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) + == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else if ( !BuildModifySimpleFlograph( xp, p, &flograph ) ) + { + reps = 0; + } + } + if ( !reps ) + FreeModifySimpleStuff( xp, p ); + return( reps ); +} + +static int +BuildModifySimpleFlograph( xp, p, flograph ) +XParms xp; +Parms p; +XiePhotoElement **flograph; +{ + XieProcessDomain domain; + + if ( monoflag ) + flo_elements = 4; + else + flo_elements = 2; + *flograph = XieAllocatePhotofloGraph(flo_elements); + if ( *flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + return( 0 ); + } + + XieFloImportPhotomap(&(*flograph)[0], XIEPhotomap, False); + + if ( monoflag ) + { + XieFloImportLUT(&(*flograph)[1], XIELut ); + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + XieFloPoint(&(*flograph)[2], + 1, + &domain, + 2, + 0x1 + ); + } + + XieFloExportDrawable(&(*flograph)[flo_elements - 1], + flo_elements - 1, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, *flograph, flo_elements ); + return( 1 ); +} + +void DoModifySimple(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + int flo_notify; + int toggle; + + flo_notify = False; + toggle = 0; + + for ( i = 0; i != reps; i++ ) + { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + if ( !toggle ) + { + toggle = 1; + XieFloExportDrawable(&flograph[ flo_elements - 1], + flo_elements - 1, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + } + else + { + toggle = 0; + XieFloExportDrawable(&flograph[ flo_elements - 1], + flo_elements - 1, /* source phototag number */ + xp->w, + xp->fggc, + 100, /* x offset in window */ + 100 /* y offset in window */ + ); + } + XClearWindow( xp->d, xp->w ); + XieModifyPhotoflo( xp->d, flo, flo_elements, + &flograph[flo_elements - 1], 1 ); + XSync( xp->d, 0 ); + } +} + +int EndModifySimple(xp, p) + XParms xp; + Parms p; +{ + FreeModifySimpleStuff( xp, p ); +} + +int +FreeModifySimpleStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + +int InitModifyLong1(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XIEimage *image; + GeometryParms gp; + + monoflag = 0; + XIEPhotomap = ( XiePhotomap ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + XIELut = ( XieLut ) NULL; + + image = p->finfo.image1; + if ( !image ) + reps = 0; + else if ( xp->screenDepth != image->depth[ 0 ] ) + { + monoflag = 1; + if ( ( XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + reps = 0; + } + } + + if ( reps ) + { + gp.geoType = GEO_TYPE_SCALE; + gp.geoHeight = 64; + gp.geoWidth = 128; + gp.geoXOffset = 0; + gp.geoYOffset = 0; + gp.geoTech = xieValGeomNearestNeighbor; + + if ( ( XIEPhotomap = GetXIEGeometryPhotomap( xp, p, &gp, 1 ) ) + == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else if ( !BuildModifyLong1Flograph( xp, p, &flograph ) ) + { + reps = 0; + } + } + if ( !reps ) + FreeModifyLongStuff( xp, p ); + return( reps ); +} + +static int +BuildModifyLong1Flograph( xp, p, flograph ) +XParms xp; +Parms p; +XiePhotoElement **flograph; +{ + int i, idx; + XieProcessDomain domain; + XieConstant constant; + int band_mask; + + idx = 0; + band_mask = 7; + flo_elements = 10; + if ( monoflag ) + flo_elements+=2; + *flograph = XieAllocatePhotofloGraph(flo_elements); + if ( *flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + return( 0 ); + } + + XieFloImportPhotomap(&(*flograph)[idx], XIEPhotomap, False); + idx++; + + /* now, a bunch of silly monadic arithmetic elements */ + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + /* just add 1 */ + + constant[ 0 ] = 1.0; + constant[ 1 ] = 0.0; + constant[ 2 ] = 0.0; + + for ( i = 0; i < flo_elements - 2 - ( monoflag ? 2 : 0 ); i++ ) + { + XieFloArithmetic(&(*flograph)[idx], + idx, + 0, + &domain, + constant, + xieValAdd, + band_mask + ); + idx++; + } + + if ( monoflag ) + { + XieFloImportLUT(&(*flograph)[idx], XIELut ); + idx++; + + XieFloPoint(&(*flograph)[idx], + idx - 1, + &domain, + idx, + 0x1 + ); + idx++; + } + XieFloExportDrawable(&(*flograph)[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, *flograph, flo_elements ); + return( 1 ); +} + +#ifdef WIN32 +#define RAND( x, y ) ( ( rand() / ((RAND_MAX + 1) / 2.0) ) * ( y - x ) + x ) +#else +#if defined(SYSV) || defined(SVR4) || defined(__osf__) +#define random lrand48 +#endif +#ifndef sgi +extern long random(); +#endif +#define RAND( x, y ) ( ( random() / 2147483648.0 ) * ( y - x ) + x ) +#endif + +void DoModifyLong1(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int x, y, i, flo_notify; + + flo_notify = False; + for ( i = 0; i != reps; i++ ) + { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + x = RAND( -64, WIDTH - 64 ); + y = RAND( -32, HEIGHT - 32 ); + XieFloExportDrawable(&flograph[flo_elements - 1], + flo_elements - 1, /* source phototag number */ + xp->w, + xp->fggc, + x, /* x offset in window */ + y /* y offset in window */ + ); + XieModifyPhotoflo( xp->d, flo, flo_elements, + &flograph[flo_elements - 1], 1 ); + XSync( xp->d, 0 ); + } +} + +int EndModifyLong(xp, p) + XParms xp; + Parms p; +{ + FreeModifyLongStuff( xp, p ); +} + +int +FreeModifyLongStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + +int InitModifyLong2(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XIEimage *image; + + monoflag = 0; + XIEPhotomap = ( XiePhotomap ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + XIELut = ( XieLut ) NULL; + + image = p->finfo.image1; + if ( !image ) + reps = 0; + else if ( xp->screenDepth != image->depth[ 0 ] ) + { + monoflag = 1; + if ( ( XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + reps = 0; + } + } + + if ( reps ) + { + if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) + == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else if ( !BuildModifyLong2Flograph( xp, p, &flograph ) ) + { + reps = 0; + } + } + if ( !reps ) + FreeModifyLongStuff( xp, p ); + return( reps ); +} + +static int +BuildModifyLong2Flograph( xp, p, flograph ) +XParms xp; +Parms p; +XiePhotoElement **flograph; +{ + int i, idx; + XieProcessDomain domain; + XieConstant constant; + float coeffs[ 6 ]; + int band_mask; + GeometryParms gp; + + idx = 0; + band_mask = 7; + flo_elements = 11; + if ( monoflag ) + flo_elements+=2; + *flograph = XieAllocatePhotofloGraph(flo_elements); + if ( *flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + return( 0 ); + } + + XieFloImportPhotomap(&(*flograph)[idx], XIEPhotomap, False); + idx++; + + /* now, a bunch of silly monadic arithmetic elements */ + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + /* just add 1 */ + + constant[ 0 ] = 1.0; + constant[ 1 ] = 0.0; + constant[ 2 ] = 0.0; + + for ( i = 0; i < flo_elements - 3 - ( monoflag ? 2 : 0 ); i++ ) + { + XieFloArithmetic(&(*flograph)[idx], + idx, + 0, + &domain, + constant, + xieValAdd, + band_mask + ); + idx++; + } + + if ( monoflag ) + { + XieFloImportLUT(&(*flograph)[idx], XIELut ); + idx++; + + XieFloPoint(&(*flograph)[idx], + idx - 1, + &domain, + idx, + 0x1 + ); + idx++; + } + + constant[ 0 ] = 0.0; + constant[ 1 ] = 0.0; + constant[ 2 ] = 0.0; + + gp.geoType = GEO_TYPE_CROP; + gp.geoHeight = 64; + gp.geoWidth = 128; + gp.geoXOffset = 0; + gp.geoYOffset = 0; + gp.geoTech = xieValGeomNearestNeighbor; + + SetCoefficients( xp, p, 1, &gp, coeffs ); + XieFloGeometry(&(*flograph)[idx], + idx, + gp.geoWidth, + gp.geoHeight, + coeffs, + constant, + 7, + gp.geoTech, + ( char * ) NULL + ); + idx++; + + XieFloExportDrawable(&(*flograph)[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, *flograph, flo_elements ); + return( 1 ); +} + +void DoModifyLong2(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int x, y, i, flo_notify; + GeometryParms gp; + XieConstant constant; + float coeffs[ 6 ]; + + constant[ 0 ] = 0.0; + constant[ 1 ] = 0.0; + constant[ 2 ] = 0.0; + + gp.geoType = GEO_TYPE_CROP; + gp.geoWidth = 128; + gp.geoHeight = 64; + gp.geoTech = xieValGeomNearestNeighbor; + + flo_notify = False; + for ( i = 0; i != reps; i++ ) + { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + x = ( ( int ) RAND( 0, WIDTH ) >> 7 ) << 7; + y = ( ( int ) RAND( 0, HEIGHT ) >> 6 ) << 6; + + gp.geoXOffset = x; + gp.geoYOffset = y; + + SetCoefficients( xp, p, 1, &gp, coeffs ); + XieFloGeometry(&flograph[flo_elements - 2], + flo_elements - 2, + gp.geoWidth, + gp.geoHeight, + coeffs, + constant, + 7, + gp.geoTech, + ( char * ) NULL + ); + + XieFloExportDrawable(&flograph[flo_elements - 1], + flo_elements - 1, /* source phototag number */ + xp->w, + xp->fggc, + x, /* x offset in window */ + y /* y offset in window */ + ); + XieModifyPhotoflo( xp->d, flo, flo_elements - 1, + &flograph[flo_elements - 2], 2 ); + XSync( xp->d, 0 ); + } +} + + diff --git a/xie/xc/programs/xieperf/mtchhist.c b/xie/xc/programs/xieperf/mtchhist.c new file mode 100644 index 0000000..78eb492 --- /dev/null +++ b/xie/xc/programs/xieperf/mtchhist.c @@ -0,0 +1,440 @@ +/* $XConsortium: mtchhist.c,v 1.6 94/04/17 20:39:27 rws Exp $ */ + +/**** module mtchhist.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + mtchhist.c -- match histogram flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ + +#include "xieperf.h" +#include + +static XiePhotomap XIEPhotomap; +static XieRoi XIERoi; +static XieLut XIELut; +static XiePhotomap ControlPlane; + +static XIEimage *image; +static int flo_notify; +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static char *shape_parms; +static XieHistogramData *histos; +static int flo_elements; +static int histo1, histo2; + +extern Window monitorWindow; +extern Window monitor2Window; +extern Window drawableWindow; +extern Bool dontClear; + +int +InitMatchHistogram(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XieProcessDomain domain; + XieHistogramShape shape; + double mean, sigma; + double constant; + Bool shape_factor; + int useDomain; + XieRectangle rect; + int idx; + int src1, src2; + int monoflag; + + XIEPhotomap = ( XiePhotomap ) NULL; + ControlPlane = ( XiePhotomap ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + XIELut = ( XieLut ) NULL; + XIERoi = ( XieRoi ) NULL; + histos = ( XieHistogramData * ) NULL; + shape_parms = ( char * ) NULL; + monoflag = 0; + + useDomain = ( ( MatchHistogramParms * )p->ts )->useDomain; + shape = ( ( MatchHistogramParms * )p->ts )->shape; + + image = p->finfo.image1; + flo_elements = 6; + if ( !image ) + reps = 0; + else + { + histos = ( XieHistogramData * ) + malloc( sizeof( XieHistogramData ) * + ( 1 << image->depth[ 0 ] ) ); + if ( histos == ( XieHistogramData * ) NULL ) + reps = 0; + } + if ( reps ) + { + if ( xp->screenDepth != image->depth[ 0 ] ) + { + flo_elements += 4; + monoflag = 1; + if ( ( XIELut = CreatePointLut( xp, p, + 1 << image->depth[0], + 1 << xp->screenDepth, False ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + } + } + if ( reps ) + { + if ( useDomain == DomainROI ) + { + flo_elements++; + rect.x = (( MatchHistogramParms *)p->ts )->x; + rect.y = (( MatchHistogramParms *)p->ts )->y; + rect.width = (( MatchHistogramParms *)p->ts )->width; + rect.height = (( MatchHistogramParms *)p->ts )->height; + if ( ( XIERoi = GetXIERoi( xp, p, &rect, 1 ) ) == + ( XieRoi ) NULL ) + { + reps = 0; + } + } + else if ( useDomain == DomainCtlPlane ) + { + flo_elements++; + ControlPlane = GetControlPlane( xp, 2 ); + if ( ControlPlane == ( XiePhotomap ) NULL ) + reps = 0; + } + } + if ( reps ) + { + if ( shape == xieValHistogramFlat ) + shape_parms = ( char * ) NULL; + else if ( shape == xieValHistogramGaussian ) + { + mean = ( ( MatchHistogramParms * )p->ts )->mean; + sigma = ( ( MatchHistogramParms * )p->ts )->sigma; + shape_parms = + (char *)XieTecHistogramGaussian(mean,sigma); + if ( !shape_parms ) + { + fprintf( stderr, "NULL value returned by XieTecHistogramGaussian\n" ); + reps = 0; + } + } + else if ( shape == xieValHistogramHyperbolic ) + { + constant = ( ( MatchHistogramParms * )p->ts )->constant; + shape_factor = + ((MatchHistogramParms *)p->ts)->shape_factor; + shape_parms = (char *) XieTecHistogramHyperbolic( + constant,shape_factor); + if ( !shape_parms ) + { + fprintf( stderr, "NULL value returned by XieTecHistogramGaussian\n" ); + reps = 0; + } + } + else + { + fprintf( stderr, "Invalid histogram technique\n" ); + reps = 0; + } + } + + if ( reps ) + { + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else if ( ( XIEPhotomap = + GetXIEPhotomap( xp, p, 1 ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + else + { + idx = 0; + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + if ( useDomain == DomainROI ) + { + XieFloImportROI(&flograph[idx], XIERoi); + idx++; + domain.phototag = idx; + } + else if ( useDomain == DomainCtlPlane ) + { + XieFloImportPhotomap(&flograph[idx], + ControlPlane, False); + idx++; + domain.phototag = idx; + } + + XieFloImportPhotomap(&flograph[idx], + XIEPhotomap, False ); + idx++; + src1 = idx; + + XieFloMatchHistogram(&flograph[idx], + src1, + &domain, + shape, + shape_parms + ); + idx++; + src2 = idx; + + XieFloExportClientHistogram(&flograph[idx], + src2, /* source phototag number */ + &domain, + xieValNewData + ); + idx++; + histo1 = idx; + + XieFloExportClientHistogram(&flograph[idx], + src1, /* source phototag number */ + &domain, + xieValNewData + ); + idx++; + histo2 = idx; + + if ( monoflag ) + { + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + src1, + &domain, + idx, + 0x7 + ); + idx++; + src1 = idx; + } + + if ( monoflag ) + { + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + src2, + &domain, + idx, + 0x7 + ); + idx++; + src2 = idx; + } + + XieFloExportDrawable(&flograph[idx], + src1, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + + XieFloExportDrawable(&flograph[idx], + src2, /* source phototag number */ + drawableWindow, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + + flo = XieCreatePhotoflo(xp->d, flograph, flo_elements); + flo_notify = True; + } + } + if ( reps ) + { + XMoveWindow( xp->d, drawableWindow, WIDTH + 10, 0 ); + XMoveWindow( xp->d, monitorWindow, 0, HEIGHT - MONHEIGHT ); + XMoveWindow( xp->d, monitor2Window, WIDTH + 10, + HEIGHT - MONHEIGHT ); + XMapRaised( xp->d, drawableWindow ); + XMapRaised( xp->d, monitor2Window ); + XMapRaised( xp->d, monitorWindow ); + XSync( xp->d, 0 ); + dontClear = True; + } + else + FreeMatchHistogramStuff( xp, p ); + return( reps ); +} + +void +DoMatchHistogram(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int i, done, numHistos; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + numHistos = ReadNotifyExportData( xp, p, 0, flo, histo2, + sizeof( XieHistogramData ), 0, (char **) &histos, + &done ) / sizeof( XieHistogramData ); + DrawHistogram( xp, monitorWindow, + ( XieHistogramData * ) histos, + numHistos, 1<< xp->vinfo.depth ); + numHistos = ReadNotifyExportData( xp, p, 0, flo, histo1, + sizeof( XieHistogramData ), 0, (char **) &histos, + &done ) / sizeof( XieHistogramData ); + DrawHistogram( xp, monitor2Window, + ( XieHistogramData * ) histos, + numHistos, 1 << xp->vinfo.depth ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + } +} + +void +EndMatchHistogram(xp, p) +XParms xp; +Parms p; +{ + XUnmapWindow( xp->d, monitorWindow ); + XUnmapWindow( xp->d, monitor2Window ); + XUnmapWindow( xp->d, drawableWindow ); + dontClear = False; + FreeMatchHistogramStuff( xp, p ); +} + +int +FreeMatchHistogramStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + + if ( ControlPlane != ( XiePhotomap ) NULL && IsPhotomapInCache( ControlPlane ) == False ) + { + XieDestroyPhotomap( xp->d, ControlPlane ); + ControlPlane = ( XiePhotomap ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + if ( XIERoi ) + { + XieDestroyROI( xp->d, XIERoi ); + XIERoi = ( XieRoi ) NULL; + } + if ( histos ) + { + free( histos ); + histos = ( XieHistogramData * ) NULL; + } + if ( shape_parms ) + { + XFree( shape_parms ); + shape_parms = ( char * ) NULL; + } +} + diff --git a/xie/xc/programs/xieperf/pasteup.c b/xie/xc/programs/xieperf/pasteup.c new file mode 100644 index 0000000..b98b9d0 --- /dev/null +++ b/xie/xc/programs/xieperf/pasteup.c @@ -0,0 +1,525 @@ +/* $XConsortium: pasteup.c,v 1.9 94/04/17 20:39:27 rws Exp $ */ + +/**** module pasteup.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + pasteup.c -- pasteup flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +#define NTILES 16 /* has an integer square root and be a power of 2 */ +#define SPLIT 4 /* square root of NTILES */ + +static int BuildPasteUpFlograph(); + +static XieLut XIELut; +static XiePhotomap XIEPhotomap; +static XiePhotomap segments[NTILES]; +static XieTile tiles[NTILES]; +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static int flo_elements; +static XieConstant constant = { 0.0, 0.0, 0.0 }; + +static int monoflag = 0; + +static int pasteUpIdx; + +int InitPasteUp(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XIEimage *image; + + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + XIELut = ( XieLut ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + InitSegments(); + + image = p->finfo.image1; + if ( !image ) + reps = 0; + + if ( reps ) + { + monoflag = 0; + if ( xp->screenDepth != image->depth[ 0 ] ) + { + monoflag = 1; + if ( ( XIELut = CreatePointLut( xp, p, + 1 << image->depth[0], + 1 << xp->screenDepth, False ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + } + } + if ( reps ) + { + if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) == + ( XiePhotomap ) NULL ) + { + reps = 0; + } + + else if ( !SegmentPhotomap( xp, p, XIEPhotomap, + segments, NTILES, SPLIT, image->width[ 0 ], + image->height[ 0 ] ) ) + { + reps = 0; + } + + else if ( !BuildPasteUpFlograph( xp, p, + &flograph, segments, NTILES, SPLIT, image->width[ 0 ], + image->height[ 0 ] ) ) + { + reps = 0; + } + } + if ( !reps ) + FreePasteUpStuff( xp, p ); + return( reps ); +} + +/* cut a photoflo into "size" little pieces. Assumption is that the values + width and height are each congruent to 0 mod size. Caller allocates segvec */ + +int +InitSegments() +{ + int i; + + for ( i = 0; i < NTILES; i++ ) + { + segments[ i ] = ( XiePhotomap ) NULL; + } +} + +int +CloseSegments( xp, p ) +XParms xp; +Parms p; +{ + int i; + + for ( i = 0; i < NTILES; i++ ) + { + if ( segments[ i ] != ( XiePhotomap ) NULL ) + { + XieDestroyPhotomap( xp->d, segments[ i ] ); + segments[ i ] = ( XiePhotomap ) NULL; + } + } +} + +int +SegmentPhotomap( xp, p, pm, segvec, size, split, width, height ) +XParms xp; +Parms p; +XiePhotomap pm; +XiePhotomap segvec[]; +int size; +int split; +int width; +int height; +{ + int xoff, yoff; + int flo_elements; + XiePhotoElement *flograph; + int segidx; + XiePhotospace photospace; + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_param=NULL; + float coefficients[ 6 ]; + int i, retval; + XieGeometryTechnique sample_tech = xieValGeomNearestNeighbor; + char *sample_param = NULL; + unsigned long flo_id; + int piecewide, piecehigh; + + retval = 1; + piecehigh = height / split; + piecewide = width / split; + photospace = XieCreatePhotospace(xp->d); + flo_elements = 3; + flograph = XieAllocatePhotofloGraph(flo_elements); + + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + retval = 0; + } + + /* build the photomaps */ + + if ( retval ) + { + for ( i = 0; i < size; i++ ) + { + if ( ( segments[ i ] = XieCreatePhotomap( xp->d ) ) == + ( XiePhotomap ) NULL ) + { + fprintf( stderr,"XieCreatePhotomap failed\n" ); + retval = 0; + } + } + } + if ( retval ) + { + segidx = 0; + coefficients[ 0 ] = 1.0; + coefficients[ 1 ] = 0.0; + coefficients[ 2 ] = 0.0; + coefficients[ 3 ] = 1.0; + flo_id = 1; + for ( xoff = 0; xoff < width; xoff+= piecewide ) + { + for (yoff = 0;yoff < width;yoff += piecehigh) + { + XieFloImportPhotomap( &flograph[ 0 ], + pm, + False ); + coefficients[ 4 ] = (float) xoff; + coefficients[ 5 ] = (float) yoff; + XieFloGeometry( &flograph[ 1 ], + 1, + piecewide, + piecehigh, + coefficients, + constant, + 7, + sample_tech, + sample_param + ); + XieFloExportPhotomap( &flograph[ 2 ], + 2, + segvec[ segidx++ ], + encode_tech, + encode_param + ); + XieExecuteImmediate(xp->d, photospace, + flo_id, + True, + flograph, /* photoflo specification */ + flo_elements/* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, + flo_id, 0, False ); + flo_id++; + } + } + XieFreePhotofloGraph(flograph, flo_elements); + XieDestroyPhotospace(xp->d, photospace); + } + return( retval ); +} + +static int +BuildPasteUpFlograph( xp, p, flograph, segments, size, split, width, height ) +XParms xp; +Parms p; +XiePhotoElement **flograph; +XiePhotomap segments[]; +int size; +int split; +int width; +int height; +{ + int i, flo_elements; + int tile_width, tile_height; + XieProcessDomain domain; + + tile_width = width / split; + tile_height = height / split; + + flo_elements = size + 2; + if ( monoflag ) + flo_elements+=2; + + *flograph = XieAllocatePhotofloGraph(flo_elements); + if ( *flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + return( 0 ); + } + + /* do all of the import photo elements */ + + for ( i = 0; i < size; i++ ) + { + XieFloImportPhotomap(&(*flograph)[i], segments[ i ], False); + } + + /* build all of the tiles, with initial dst_x and dst_y */ + + if ( !BuildMeSomeTiles( tiles, split, tile_width, tile_height, 1, + ( ( PasteUpParms * ) p->ts )->overlap ) ) + return( 0 ); + + /* gee, that was easy */ + + /* now, for the pasteup element */ + + pasteUpIdx = size; + XieFloPasteUp( &(*flograph)[ size ], width, height, constant, tiles, + size ); + + if ( monoflag ) + { + XieFloImportLUT(&(*flograph)[size + 1], XIELut ); + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&(*flograph)[size + 2], + size + 1, + &domain, + size + 2, + 0x7 + ); + } + + XieFloExportDrawable(&(*flograph)[flo_elements - 1], + flo_elements - 1, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, *flograph, flo_elements ); + return( 1 ); +} + +int +BuildMeSomeTiles( tiles, split, width, height, method, overlap ) +XieTile tiles[]; +int split; +int width; +int height; +int method; +int overlap; +{ + int i, j, idx; + + SetTileXY( tiles, split, width, height, method, overlap ); + + idx = 0; + for ( i = 0; i < split; i++ ) + { + for ( j = 0; j < split; j++ ) + { + tiles[ idx ].src = idx + 1; + idx++; + } + } + return( 1 ); +} + +int +SetTileXY( tiles, split, width, height, method, overlap ) +XieTile tiles[]; +int split; +int width; +int height; +int method; +int overlap; +{ + int i, j, idx; + + idx = 0; + if ( method == 0 ) + { + for ( i = 0; i < split; i++ ) + { + for ( j = 0; j < split; j++ ) + { + if ( overlap == Overlap && i == j ) + { + tiles[ idx ].dst_x = i * width - ( width / 2 ); + tiles[ idx ].dst_y = j * height - ( height / 2 ); + } + else + { + tiles[ idx ].dst_x = i * width; + tiles[ idx ].dst_y = j * height; + } + idx++; + } + } + } + else if ( method == 1 ) + { + for ( i = 0; i < split; i++ ) + { + for ( j = 0; j < split; j++ ) + { + if ( overlap == Overlap && i == j ) + { + tiles[ idx ].dst_x = j * width - ( width / 2 ); + tiles[ idx ].dst_y = i * height - ( height / 2 ); + } + else + { + tiles[ idx ].dst_x = j * width; + tiles[ idx ].dst_y = i * height; + } + idx++; + } + } + } +} + +void DoPasteUp(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i, method; + int flo_notify; + XIEimage *image; + int width, height, overlap; + + flo_notify = True; + image = p->finfo.image1; + if ( !image ) + return; + method = 0; + width = image->width[ 0 ]; + height = image->height[ 0 ]; + overlap = ( ( PasteUpParms * ) p->ts )->overlap; + for ( i = 0; i != reps; i++ ) + { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo, 0, False ); + XSync( xp->d, 0 ); + + if ( i < reps ) + { + XieFreePasteUpTiles(&flograph[ pasteUpIdx ] ); + BuildMeSomeTiles( tiles, SPLIT, width / SPLIT, + height / SPLIT, method++, overlap ); + if ( method == 2 ) + method = 0; + XieFloPasteUp( &flograph[ pasteUpIdx ], width, height, + constant, tiles, NTILES ); + XieModifyPhotoflo( xp->d, flo, pasteUpIdx + 1, + &flograph[pasteUpIdx], 1 ); + XSync( xp->d, 0 ); + } + } +} + +int +EndPasteUp(xp, p) + XParms xp; + Parms p; +{ + FreePasteUpStuff( xp, p ); +} + +int +FreePasteUpStuff( xp, p ) +XParms xp; +Parms p; +{ + XieFreePasteUpTiles(&flograph[ pasteUpIdx ] ); + + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + + CloseSegments( xp, p ); + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + diff --git a/xie/xc/programs/xieperf/point.c b/xie/xc/programs/xieperf/point.c new file mode 100644 index 0000000..48c89dc --- /dev/null +++ b/xie/xc/programs/xieperf/point.c @@ -0,0 +1,641 @@ +/* $XConsortium: point.c,v 1.10 94/04/17 20:39:28 rws Exp $ */ + +/**** module point.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + point.c -- point flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ + +#include "xieperf.h" +#include + +static int monoflag = 0; + +static XiePhotomap XIEPhotomap; +static XiePhotomap XIEPhotomap2; +static XiePhotomap ControlPlane; +static XieLut XIELut; +static XieLut ClipLut; +static XieRoi XIERoi; + +static int flo_notify; +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static int flo_elements; +static unsigned char *lut; +static XStandardColormap stdCmap; + +int InitPoint(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int lutSize, i, idx; + int src1, src2, levelsIn, levelsOut; + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_params=NULL; + Bool photoDest; + int useDomain; + XieRectangle rect; + unsigned int bandMask; + XieProcessDomain domain; + int decode_notify; + + photoDest = ( ( PointParms * )p->ts )->photoDest; + useDomain = ( ( PointParms * )p->ts )->useDomain; + bandMask = ( ( PointParms * )p->ts )->bandMask; + + flograph = ( XiePhotoElement * ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + XIEPhotomap2 = ( XiePhotomap ) NULL; + ControlPlane = ( XiePhotomap ) NULL; + XIERoi = ( XieRoi ) NULL; + XIELut = ClipLut = ( XieLut ) NULL; + flo = ( XiePhotoflo ) NULL; + + XIEPhotomap2 = XieCreatePhotomap( xp->d ); + if ( XIEPhotomap2 == ( XiePhotomap ) NULL ) + return( 0 ); + monoflag = 0; + levelsIn = (( PointParms * ) p->ts )->levelsIn; + levelsOut = (( PointParms * ) p->ts )->levelsOut; + if ( xp->screenDepth != levelsOut && photoDest == False ) + { + monoflag = 1; + if ( ( ClipLut = CreatePointLut( xp, p, 1 << levelsOut, + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + reps = 0; + } + } + + if ( reps ) + { + flo_elements = 4; + if ( useDomain == DomainROI || useDomain == DomainCtlPlane ) + flo_elements++; + if ( monoflag ) + flo_elements+=2; + + if ( useDomain == DomainROI && levelsIn != levelsOut ) + { + fprintf( stderr, + "levelsIn must equal levelsOut with ROIs\n" ); + reps = 0; + } + } + + lutSize = 1 << levelsIn; + if ( reps ) + { + lut = (unsigned char *) + malloc( lutSize * sizeof( unsigned char ) ); + if ( lut == ( unsigned char * ) NULL ) + reps = 0; + else if ( levelsIn == 1 && levelsOut == 8 ) + { + lut[ 0 ] = 0; + lut[ 1 ] = 255; + } + else if ( levelsIn == 8 && levelsOut == 1 ) + { + for ( i = 0; i < lutSize / 2; i++ ) + { + lut[ i ] = 0; + } + + for ( i = lutSize / 2; i < lutSize; i++ ) + { + lut[ i ] = 1; + } + } + else if ( levelsIn == 8 && levelsOut == 8 ) + { + for ( i = 0; i < lutSize; i++ ) + { + lut[ i ] = ( ( 1 << levelsIn ) - 1 ) - i; + } + } + } + if ( reps ) + { + if ( levelsIn == 1 && IsDISServer() ) + { + XIEPhotomap = GetXIEPointPhotomap( xp, p, 1, 2, False ); + } + else if ( levelsIn == 1 ) + { + XIEPhotomap = GetXIEDitheredPhotomap( xp, p, 1, 2 ); + } + else + { + XIEPhotomap = GetXIEPhotomap( xp, p, 1 ); + } + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + { + reps = 0; + } + } + + if ( reps != 0 ) + { + if ( ( XIELut = GetXIELut( xp, p, lut, lutSize, 1 << levelsOut ) ) + == ( XieLut ) NULL ) + { + reps = 0; + } + } + if ( reps ) + { + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + if ( useDomain == DomainROI ) + { + rect.x = ( ( PointParms * )p->ts )->x; + rect.y = ( ( PointParms * )p->ts )->y; + rect.width = ( ( PointParms * )p->ts )->width; + rect.height = ( ( PointParms * )p->ts )->height; + + if ( ( XIERoi = GetXIERoi( xp, p, &rect, 1 ) ) + == ( XieRoi ) NULL ) + { + reps = 0; + } + } + else if ( useDomain == DomainCtlPlane ) + { + ControlPlane = GetControlPlane( xp, 2 ); + if ( ControlPlane == ( XiePhotomap ) NULL ) + reps = 0; + } + } + } + if ( reps ) + { + idx = 0; + + decode_notify = False; + XieFloImportPhotomap(&flograph[idx], XIEPhotomap, decode_notify); + idx++; + src1 = idx; + + domain.offset_x = 0; + domain.offset_y = 0; + + if ( useDomain == DomainROI ) + { + XieFloImportROI(&flograph[idx], XIERoi); + idx++; + domain.phototag = idx; + } + else if ( useDomain == DomainCtlPlane ) + { + XieFloImportPhotomap(&flograph[idx], ControlPlane, False +); + idx++; + domain.phototag = idx; + } + else + { + domain.phototag = 0; + } + + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + src2 = idx; + + XieFloPoint(&flograph[idx], + src1, + &domain, + src2, + bandMask + ); + idx++; + + if ( photoDest == False ) + { + if ( monoflag ) + { + /* Point-to-point protocol :-) */ + + XieFloImportLUT(&flograph[idx], ClipLut ); + idx++; + + domain.phototag = 0; + + XieFloPoint(&flograph[idx], + idx - 1, + &domain, + idx, + bandMask + ); + idx++; + } + + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + } + else + { + XieFloExportPhotomap(&flograph[idx], + idx, /* source phototag number */ + XIEPhotomap2, + encode_tech, + encode_params + ); + idx++; + } + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = False; + } + if ( !reps ) + FreePointStuff( xp, p ); + return( reps ); +} + +void DoPoint(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + } +} + +void EndPoint(xp, p) + XParms xp; + Parms p; +{ + FreePointStuff( xp, p ); +} + +int +FreePointStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + + if ( ControlPlane != ( XiePhotomap ) NULL && IsPhotomapInCache( ControlPlane ) == False ) + { + XieDestroyPhotomap( xp->d, ControlPlane ); + ControlPlane = ( XiePhotomap ) NULL; + } + + if ( XIEPhotomap2 ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap2 ); + XIEPhotomap2 = ( XiePhotomap ) NULL; + } + + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + if ( ClipLut ) + { + XieDestroyLUT( xp->d, ClipLut ); + ClipLut = ( XieLut ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph( flograph, flo_elements ); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + if ( lut ) + { + free( lut ); + lut = ( unsigned char * ) NULL; + } +} + +int InitTriplePoint(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int lutSize, idx; + int i, src1, src2; + int useDomain; + XieRectangle rect; + unsigned int bandMask; + XieProcessDomain domain; + int decode_notify; + XieLTriplet levels; + int cclass, ditherTech; + int threshold; + Atom atom; + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + if ( cclass != PseudoColor ) + return( 0 ); + if ( xp->vinfo.depth == 1 ) + return( 0 ); + + atom = ( ( TriplePointParms * )p->ts )->atom; + if ( GetStandardColormap( xp, &stdCmap, atom ) == False ) + { + fprintf( stderr, "Couldn't get a standard colormap\n" ); + fflush( stderr ); + return( 0 ); + } + + fprintf( stderr, "Standard cmap found: dithering input to levels %d, %d, %d\n", stdCmap.red_max + 1, stdCmap.green_max + 1, stdCmap.blue_max + 1 ); + fflush( stderr ); + useDomain = ( ( TriplePointParms * )p->ts )->useDomain; + bandMask = ( ( TriplePointParms * )p->ts )->bandMask; + levels[ 0 ] = stdCmap.red_max + 1; + levels[ 1 ] = stdCmap.green_max + 1; + levels[ 2 ] = stdCmap.blue_max + 1; + ditherTech = ( ( TriplePointParms * )p->ts )->ditherTech; + threshold = ( ( TriplePointParms * )p->ts )->threshold; + + flograph = ( XiePhotoElement * ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + ControlPlane = ( XiePhotomap ) NULL; + XIERoi = ( XieRoi ) NULL; + XIELut = ( XieLut ) NULL; + flo = ( XiePhotoflo ) NULL; + + flo_elements = 4; + if ( useDomain == DomainROI || useDomain == DomainCtlPlane ) + flo_elements++; + + lutSize = 1 << xp->vinfo.depth; + if ( reps ) + { + lut = (unsigned char *) + malloc( lutSize * sizeof( unsigned char ) ); + if ( lut == ( unsigned char * ) NULL ) + reps = 0; + + /* build a grayscale ramp lut */ + + for (i=0; its )->x; + rect.y = ( ( TriplePointParms * )p->ts )->y; + rect.width = ( ( TriplePointParms * )p->ts )->width; + rect.height = ( ( TriplePointParms * )p->ts )->height; + + if ( ( XIERoi = GetXIERoi( xp, p, &rect, 1 ) ) + == ( XieRoi ) NULL ) + { + reps = 0; + } + } + else if ( useDomain == DomainCtlPlane ) + { + ControlPlane = GetControlPlane( xp, 2 ); + if ( ControlPlane == ( XiePhotomap ) NULL ) + reps = 0; + } + } + } + if ( reps ) + { + idx = 0; + + decode_notify = False; + XieFloImportPhotomap(&flograph[idx], XIEPhotomap, decode_notify); + idx++; + src1 = idx; + + domain.offset_x = 0; + domain.offset_y = 0; + + if ( useDomain == DomainROI ) + { + XieFloImportROI(&flograph[idx], XIERoi); + idx++; + domain.phototag = idx; + } + else if ( useDomain == DomainCtlPlane ) + { + XieFloImportPhotomap(&flograph[idx], + ControlPlane, False); + idx++; + domain.phototag = idx; + } + else + { + domain.phototag = 0; + } + + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + src2 = idx; + + XieFloPoint(&flograph[idx], + src1, + &domain, + src2, + bandMask + ); + idx++; + + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + flo_notify = False; + } + if ( !reps ) + FreeTriplePointStuff( xp, p ); + else + InstallThisColormap( xp, stdCmap.colormap ); + return( reps ); +} + +void DoTriplePoint(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + } +} + +void EndTriplePoint(xp, p) + XParms xp; + Parms p; +{ + InstallGrayColormap( xp ); + FreeTriplePointStuff( xp, p ); +} + +int +FreeTriplePointStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + + if ( ControlPlane != ( XiePhotomap ) NULL && IsPhotomapInCache( ControlPlane ) == False ) + { + XieDestroyPhotomap( xp->d, ControlPlane ); + ControlPlane = ( XiePhotomap ) NULL; + } + + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph( flograph, flo_elements ); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + if ( lut ) + { + free( lut ); + lut = ( unsigned char * ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/purgecolst.c b/xie/xc/programs/xieperf/purgecolst.c new file mode 100644 index 0000000..ad8c29d --- /dev/null +++ b/xie/xc/programs/xieperf/purgecolst.c @@ -0,0 +1,116 @@ +/* $XConsortium: purgecolst.c,v 1.5 94/04/17 20:39:29 rws Exp $ */ + +/**** module purgecolst.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + purgecolst.c -- purge color list test + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static XieColorList XIEColorList; + +int InitPurgeColorList(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + /* allocate a color list */ + + if ( !(XIEColorList = XieCreateColorList( xp->d ) ) ) + { + fprintf( stderr, "XieCreateColorList failed\n" ); + reps = 0; + } + return reps; +} + +void DoPurgeColorList(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for ( i = 0; i < reps; i++ ) + { + /* purge the colorlist */ + + XiePurgeColorList( xp->d, XIEColorList ); + } +} + +int EndPurgeColorList(xp, p) + XParms xp; + Parms p; +{ + XieDestroyColorList( xp->d, XIEColorList ); +} + diff --git a/xie/xc/programs/xieperf/query.c b/xie/xc/programs/xieperf/query.c new file mode 100644 index 0000000..36543b7 --- /dev/null +++ b/xie/xc/programs/xieperf/query.c @@ -0,0 +1,447 @@ +/* $XConsortium: query.c,v 1.10 94/04/17 20:39:30 rws Exp $ */ + +/**** module query.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + query.c -- query flo element test + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ + +#include "xieperf.h" +#include + +static XiePhotomap XIEPhotomap; +static XieLut PhotofloTestLut1, PhotofloTestLut2; +static XieColorList XIEColorList; + +static int flo_elements; +static XiePhotoElement *flograph; +static XiePhotoflo flo; + +int InitQueryTechniques(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + return reps; +} + +int InitQueryColorList(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + /* allocate a color list */ + + if ( !(XIEColorList = XieCreateColorList( xp->d ) ) ) + { + fprintf( stderr, "XieCreateColorList failed\n" ); + reps = 0; + } + return reps; +} + +int InitQueryPhotomap(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + if ( ( XIEPhotomap = + GetXIEPhotomap( xp, p, 1 ) ) == ( XiePhotomap ) NULL ) + { + reps = 0; + } + return reps; +} + +int InitQueryPhotoflo(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int lutSize, lutLevels; + unsigned char *lut1, *lut2; + Bool merge; + XieLTriplet start; + + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + lut1 = lut2 = ( unsigned char * ) NULL; + PhotofloTestLut1 = PhotofloTestLut2 = ( XieLut ) NULL; + + flo_elements = 2; + flograph = XieAllocatePhotofloGraph(flo_elements); + lutSize = ( ( QueryParms * ) p->ts )->lutSize; + lutLevels = ( ( QueryParms * ) p->ts )->lutLevels; + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + else + { + lut1 = (unsigned char *) + malloc( lutSize * sizeof( unsigned char ) ); + if ( lut1 == ( unsigned char * ) NULL ) + reps = 0; + else + { + lut2 = (unsigned char *) + malloc( lutSize * sizeof( unsigned char ) ); + if ( lut2 == ( unsigned char * ) NULL ) + { + reps = 0; + } + } + } + + if ( reps ) + { + if ( ( PhotofloTestLut1 = GetXIELut( xp, p, lut1, lutSize, + lutLevels ) ) == ( XieLut ) NULL ) + { + reps = 0; + } + else if ( ( PhotofloTestLut2 = GetXIELut( xp, p, lut2, lutSize, + lutLevels ) ) == ( XieLut ) NULL ) + { + reps = 0; + } + } + + if ( reps ) + { + + XieFloImportLUT(&flograph[0], PhotofloTestLut1 ); + + merge = False; + start[ 0 ] = 0; + start[ 1 ] = 0; + start[ 2 ] = 0; + + XieFloExportLUT(&flograph[1], + 1, /* source phototag number */ + PhotofloTestLut2, + merge, + start + ); + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + } + + if ( !reps ) + FreeQueryPhotofloStuff( xp, p ); + + if ( lut1 ) + free( lut1 ); + if ( lut2 ) + free( lut2 ); + + return reps; +} + +void DoQueryTechniques(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XieTechniqueGroup techGroup; + XieTechnique *techVector; + int j, i, numTech; + + techGroup = ( ( QueryParms * ) p->ts )->techGroup; + + for ( i = 0; i < reps; i++ ) + { + if ( !XieQueryTechniques( xp->d, techGroup, &numTech, + &techVector ) ) + { + fprintf( stderr, "XieQueryTechniques: failed\n" ); + break; + } + + /* this bites */ + + for ( j = 0; j < numTech; j++ ) + { + if ( techVector[ j ].name ) + XFree( techVector[ j ].name ); + } + if ( techVector ) + { + XFree( techVector ); + techVector = ( XieTechnique * ) NULL; + } + } +} + +void DoQueryColorList(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + Colormap cmap; + unsigned int ncolors; + unsigned long *colors; + + for ( i = 0; i < reps; i++ ) + { + colors = ( unsigned long * ) NULL; + if ( !XieQueryColorList( xp->d, XIEColorList, &cmap, + &ncolors, &colors ) ) + { + fprintf( stderr, "XieQueryColorList failed\n" ); + break; + } + + /* for alpha, the colorlist is empty. This will change + later */ + + if ( cmap != ( Colormap ) 0 ) + { + fprintf( stderr, "XieQueryColorList returned non-zero colormap\n" ); + break; + } + if ( ncolors != 0 ) + { + fprintf( stderr, "XieQueryColorList returned non-zero ncolors\n" ); + break; + } + if ( colors != ( unsigned long * ) NULL ) + { + fprintf( stderr, "XieQueryColorList returned non-NULL colorlist\n" ); + break; + } + } +} + +void DoQueryPhotomap(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + XieLTriplet width; + XieLTriplet height; + XieLTriplet levels; + XieDataType data_type; + XieDataClass cclass; + Bool pop, error; + XieDecodeTechnique decode; + XIEimage *image; + + image = p->finfo.image1; + if ( !image ) + return; + + error = False; + for ( i = 0; i < reps && error == False; i++ ) + { + if ( !XieQueryPhotomap( xp->d, XIEPhotomap, &pop, &data_type, + &cclass, &decode, width, height, levels ) ) + { + fprintf( stderr, "XieQueryPhotomap failed\n" ); + fflush( stderr ); + error = True; + } + if ( levels[ 0 ] != image->levels[ 0 ] ) + { + fprintf( stderr, "XieQueryPhotomap levels return invalid should be 0x%x got 0x%x\n", image->levels[ 0 ], levels[ 0 ] ); + fflush( stderr ); + error = True; + } + if ( width[ 0 ] != image->width[ 0 ] ) + { + fprintf( stderr, "XieQueryPhotomap width return invalid should be 0x%x got 0x%x\n", image->width[ 0 ], width[ 0 ] ); + fflush( stderr ); + error = True; + } + if ( height[ 0 ] != image->height[ 0 ] ) + { + fprintf( stderr, "XieQueryPhotomap height return invalid should be 0x%x got 0x%x\n", image->height[ 0 ], height[ 0 ] ); + fflush( stderr ); + error = True; + } + } +} + +void DoQueryPhotoflo(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + XiePhotofloState state; + XiePhototag *expected, *avail; + unsigned int nexpected, navail; + + for ( i = 0; i < reps; i++ ) + { + if ( !XieQueryPhotoflo( xp->d, 0, flo, &state, &expected, + &nexpected, &avail, &navail ) ) + { + fprintf( stderr, "XieQueryPhotoflo failed\n" ); + } + if ( expected ) + { + XFree( expected ); + } + if ( avail ) + { + XFree( avail ); + } + } +} + +int +EndQueryTechniques(xp, p) + XParms xp; + Parms p; +{ +} + +int +EndQueryColorList(xp, p) + XParms xp; + Parms p; +{ + FreeQueryColorListStuff( xp, p ); +} + +int +FreeQueryColorListStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEColorList ) + { + XieDestroyColorList( xp->d, XIEColorList ); + XIEColorList = ( XieColorList ) NULL; + } +} + +int +EndQueryPhotomap(xp, p) + XParms xp; + Parms p; +{ + FreeQueryPhotomapStuff( xp, p ); +} + +int +FreeQueryPhotomapStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } +} + +int +EndQueryPhotoflo(xp, p) + XParms xp; + Parms p; +{ + FreeQueryPhotofloStuff( xp, p ); +} + +int +FreeQueryPhotofloStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( PhotofloTestLut1 ) + { + XieDestroyLUT( xp->d, PhotofloTestLut1 ); + PhotofloTestLut1 = ( XieLut ) NULL; + } + + if ( PhotofloTestLut2 ) + { + XieDestroyLUT( xp->d, PhotofloTestLut2 ); + PhotofloTestLut2 = ( XieLut ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} + + diff --git a/xie/xc/programs/xieperf/redefine.c b/xie/xc/programs/xieperf/redefine.c new file mode 100644 index 0000000..6a37ccb --- /dev/null +++ b/xie/xc/programs/xieperf/redefine.c @@ -0,0 +1,254 @@ +/* $XConsortium: redefine.c,v 1.8 94/04/17 20:39:31 rws Exp $ */ + +/**** module redefine.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + redefine.c -- redefine flo element test + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include + +static int BuildRedefineFlograph(); + +static XiePhotomap XIEPhotomap; +XieLut XIELut; +static int monoflag = 0; +static XiePhotoElement *flograph1; +static XiePhotoElement *flograph2; +static XiePhotoflo flo; +static int flo_elements; +extern Bool dontClear; + +int InitRedefine(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + XIEimage *image; + + XIELut = ( XieLut ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + flo = ( XiePhotoflo ) NULL; + flograph1 = ( XiePhotoElement * ) NULL; + flograph2 = ( XiePhotoElement * ) NULL; + + image = p->finfo.image1; + if ( !image ) + reps = 0; + else + { + monoflag = 0; + if ( xp->screenDepth != image->depth[ 0 ] ) + { + flo_elements = 4; + monoflag = 1; + if ( ( XIELut = CreatePointLut( xp, p, + 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + reps = 0; + } + } + else + flo_elements = 2; + } + if ( reps ) + { + if ( ( XIEPhotomap = + GetXIEPhotomap( xp, p, 1 ) ) == ( XiePhotomap ) NULL ) + reps = 0; + else if ( !BuildRedefineFlograph( xp, p, &flograph1, 0 ) ) + { + reps = 0; + } + else if ( !BuildRedefineFlograph( xp, p, &flograph2, 1 ) ) + { + reps = 0; + } + + /* start off with flograph 1 */ + + flo = XieCreatePhotoflo( xp->d, flograph1, flo_elements ); + } + if ( !reps ) + FreeRedefineStuff( xp, p ); + else + dontClear = False; + return( reps ); +} + +static int +BuildRedefineFlograph( xp, p, flograph, which ) +XParms xp; +Parms p; +XiePhotoElement **flograph; +int which; +{ + XieProcessDomain domain; + + *flograph = XieAllocatePhotofloGraph(flo_elements); + if ( *flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + return( 0 ); + } + + XieFloImportPhotomap(&(*flograph)[0], XIEPhotomap, False); + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + if ( monoflag ) + { + XieFloImportLUT(&(*flograph)[1], XIELut ); + + XieFloPoint(&(*flograph)[2], + 1, + &domain, + 2, + 0x1 + ); + } + XieFloExportDrawable(&(*flograph)[flo_elements - 1], + flo_elements - 1, /* source phototag number */ + xp->w, + xp->fggc, + ( which ? 0 : 100 ), /* x offset in window */ + ( which ? 100 : 0 ) /* y offset in window */ + ); + return( 1 ); +} + +void DoRedefine(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + int toggle; + + toggle = 0; + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, False ); + if ( toggle == 0 ) + { + XieRedefinePhotoflo( xp->d, flo, flograph1, flo_elements ); + toggle = 1; + } + else + { + XieRedefinePhotoflo( xp->d, flo, flograph2, flo_elements ); + toggle = 0; + } + XSync( xp->d, 0 ); + } +} + +int +EndRedefine(xp, p) + XParms xp; + Parms p; +{ + dontClear = True; + FreeRedefineStuff( xp, p ); +} + +int +FreeRedefineStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap( xp->d, XIEPhotomap ); + XIEPhotomap = ( XiePhotomap ) NULL; + } + if ( XIELut ) + { + XieDestroyLUT( xp->d, XIELut ); + XIELut = ( XieLut ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + if ( flograph1 ) + { + XieFreePhotofloGraph(flograph1,flo_elements); + flograph1 = ( XiePhotoElement * ) NULL; + } + if ( flograph2 ) + { + XieFreePhotofloGraph(flograph2,flo_elements); + flograph2 = ( XiePhotoElement * ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/rgb.c b/xie/xc/programs/xieperf/rgb.c new file mode 100644 index 0000000..94c9fa4 --- /dev/null +++ b/xie/xc/programs/xieperf/rgb.c @@ -0,0 +1,493 @@ +/* $XConsortium: rgb.c,v 1.7 94/04/17 20:39:31 rws Exp $ */ + +/**** module rgb.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + rgb.c -- ConvertToRGB/ConvertFromRGB flo element tests + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include "xieperf.h" +#include +#include +#include +#include + +static XiePhotomap XIEPhotomap; + +static XiePhotoElement *flograph; +static int flo_notify; +static XiePhotoflo flo; +static int flo_elements; +static int cclass; +static XStandardColormap stdCmap; +static int imageLevels; + +int +InitRGB(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + static XIEimage *image; + int atom; + + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + + if ( xp->screenDepth == 1 ) + return( 0 ); + + /* for now, do this */ + + image = p->finfo.image1; + imageLevels = image->levels[ 0 ]; + + XIEPhotomap = ( XiePhotomap ) NULL; + flograph = ( XiePhotoElement * ) NULL; + flo = ( XiePhotoflo ) NULL; + + if ( IsGrayVisual( cclass ) ) + atom = XA_RGB_GRAY_MAP; + else + atom = XA_RGB_BEST_MAP; + if ( !IsStaticVisual( cclass ) && !IsTrueColorOrDirectColor( cclass ) ) + { + if ( !GetStandardColormap( xp, &stdCmap, atom ) ) + reps = 0; + else + InstallThisColormap( xp, stdCmap.colormap ); + } + else + { + if ( !IsStaticVisual( cclass ) ) + InstallColorColormap( xp ); + CreateStandardColormap( xp, &stdCmap, atom ); + } + + if ( reps ) + { + XIEPhotomap = GetXIETriplePhotomap( xp, p, 1 ); + + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + { + reps = 0; + } + } + if ( reps ) + { + if ( !CreateRGBFlo( xp, p ) ) + { + fprintf( stderr, "Could not create RGB flo\n" ); + reps = 0; + } + } + + if ( !reps ) + { + if ( !IsStaticVisual( cclass ) ) + InstallGrayColormap( xp ); + FreeRGBStuff( xp, p ); + } + return( reps ); +} + +int +CreateRGBFlo( xp, p ) +XParms xp; +Parms p; +{ + RGBParms *rgb = ( RGBParms * )p->ts; + int idx, decode_notify; + int cube; + char *techParms, *colorParm1, *colorParm2; + char *whiteAdjustParm, *gamutParm; + XieRGBToCIELabParam *RGBToCIELabParm; + XieRGBToCIEXYZParam *RGBToCIEXYZParm; + XieRGBToYCbCrParam *RGBToYCbCrParm; + XieRGBToYCCParam *RGBToYCCParm; + XieCIELabToRGBParam *CIELabToRGBParm; + XieCIEXYZToRGBParam *CIEXYZToRGBParm; + XieYCbCrToRGBParam *YCbCrToRGBParm; + XieYCCToRGBParam *YCCToRGBParm; + XieColorspace colorSpace; + XieMatrix toMatrix, fromMatrix; + XieWhiteAdjustTechnique whiteAdjust; + double ycc_scale = 1.402; + XieGamutTechnique gamut; + XieLTriplet levels, hclevels, rgblevels; + XieConstant in_low,in_high; + XieLTriplet out_low,out_high; + char *ditherTech; + int retval; + XieConstant c1; + float bias; + + retval = 1; + idx = 0; + levels[ 0 ] = xp->vinfo.colormap_size; + levels[ 1 ] = xp->vinfo.colormap_size; + levels[ 2 ] = xp->vinfo.colormap_size; + colorSpace = rgb->colorspace; + memcpy( toMatrix, rgb->toMatrix, sizeof( XieMatrix ) ); + memcpy( fromMatrix, rgb->fromMatrix, sizeof( XieMatrix ) ); + whiteAdjust = rgb->whiteAdjust; + gamut = rgb->gamut; + cube = icbrt( xp->vinfo.colormap_size ); + + whiteAdjustParm = ( char * ) NULL; + gamutParm = ( char * ) NULL; + colorParm1 = ( char * ) NULL; + colorParm2 = ( char * ) NULL; + techParms = ( char * ) NULL; + ditherTech = ( char * ) NULL; + + switch (rgb->which) { + case RGB_FF: flo_elements = 8; break; /* + unconstrain, hardclip */ + case RGB_IF: flo_elements = 7; break; /* + clipscale */ + case RGB_II: flo_elements = 6; break; /* baseline */ + } + + flograph = XieAllocatePhotofloGraph( flo_elements ); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + return( 0 ); + } + if ( whiteAdjust ) + { + whiteAdjustParm = (char *) + XieTecWhiteAdjustCIELabShift (rgb->whitePoint); + } + + switch ( colorSpace ) + { + case xieValRGBToCIELab: + RGBToCIELabParm = XieTecRGBToCIELab( + toMatrix, + whiteAdjust, + whiteAdjustParm ); + colorParm1 = ( char * ) RGBToCIELabParm; + break; + case xieValRGBToCIEXYZ: + RGBToCIEXYZParm = XieTecRGBToCIEXYZ( + toMatrix, + whiteAdjust, + whiteAdjustParm ); + colorParm1 = ( char * ) RGBToCIEXYZParm; + break; + case xieValRGBToYCbCr: + rgblevels[0] = rgb->RGBLevels[0]; + rgblevels[1] = rgb->RGBLevels[1]; + rgblevels[2] = rgb->RGBLevels[2]; + RGBToYCbCrParm = XieTecRGBToYCbCr( + /* rgb->RGBLevels */ rgblevels, + (double) rgb->luma[ 0 ], + (double) rgb->luma[ 1 ], + (double) rgb->luma[ 2 ], + rgb->bias ); + colorParm1 = ( char * ) RGBToYCbCrParm; + break; + case xieValRGBToYCC: + rgblevels[0] = rgb->RGBLevels[0]; + rgblevels[1] = rgb->RGBLevels[1]; + rgblevels[2] = rgb->RGBLevels[2]; + RGBToYCCParm = XieTecRGBToYCC( + /* rgb->RGBLevels */ rgblevels, + (double) rgb->luma[ 0 ], + (double) rgb->luma[ 1 ], + (double) rgb->luma[ 2 ], + (double) rgb->scale); + colorParm1 = ( char * ) RGBToYCCParm; + break; + default: + fprintf( stderr, "Unknown colorspace\n" ); + fflush( stderr ); + return( 0 ); + } + + decode_notify = False; + + XieFloImportPhotomap(&flograph[idx],XIEPhotomap,decode_notify); + idx++; + + if (rgb->which == RGB_FF) + { + XieFloUnconstrain( &flograph[idx], idx ); + idx++; + } + + XieFloConvertFromRGB( &flograph[idx], + idx, + colorSpace, + colorParm1 + ); + idx++; + + switch( colorSpace ) + { + case xieValCIELabToRGB: + CIELabToRGBParm = XieTecCIELabToRGB( + fromMatrix, + whiteAdjust, + whiteAdjustParm, + gamut, + gamutParm ); + colorParm2 = ( char * ) CIELabToRGBParm; + break; + case xieValCIEXYZToRGB: + CIEXYZToRGBParm = XieTecCIEXYZToRGB( + fromMatrix, + whiteAdjust, + whiteAdjustParm, + gamut, + gamutParm ); + colorParm2 = ( char * ) CIEXYZToRGBParm; + break; + case xieValYCbCrToRGB: + YCbCrToRGBParm = XieTecYCbCrToRGB( + levels, + (double) rgb->luma[ 0 ], + (double) rgb->luma[ 1 ], + (double) rgb->luma[ 2 ], + rgb->bias, + gamut, + gamutParm ); + colorParm2 = ( char * ) YCbCrToRGBParm; + break; + case xieValYCCToRGB: + YCCToRGBParm = XieTecYCCToRGB( + levels, + (double) rgb->luma[ 0 ], + (double) rgb->luma[ 1 ], + (double) rgb->luma[ 2 ], + ycc_scale, + gamut, + gamutParm ); + colorParm2 = ( char * ) YCCToRGBParm; + break; + default: + fprintf( stderr, "Unknown colorspace\n" ); + fflush( stderr ); + retval = 0; + goto out; + } + + XieFloConvertToRGB( &flograph[idx], + idx, + colorSpace, + colorParm2 + ); + idx++; + + techParms = ( char * ) NULL; + if (rgb->which == RGB_FF ) + { + /* or perhaps clipscale with in_high == 255.0 */ + + hclevels[ 0 ] = imageLevels; + hclevels[ 1 ] = imageLevels; + hclevels[ 2 ] = imageLevels; + + XieFloConstrain( &flograph[idx], + idx, + hclevels, + xieValConstrainHardClip, + techParms + ); + idx++; + } + else if (rgb->which == RGB_IF) + { + in_low[ 0 ] = in_low[ 1 ] = in_low[ 2 ] = 0.0; + in_high[ 0 ] = in_high[ 1 ] = in_high[ 2 ] = 1.0; + out_low[ 0 ] = out_low[ 1 ] = out_low[ 2 ] = 0; + + out_high[ 0 ] = ( xp->vinfo.colormap_size ) - 1; + out_high[ 1 ] = ( xp->vinfo.colormap_size ) - 1; + out_high[ 2 ] = ( xp->vinfo.colormap_size ) - 1; + + techParms = (char *) ( XieClipScaleParam * ) + XieTecClipScale( in_low, in_high, out_low, out_high); + + hclevels[ 0 ] = out_high[ 0 ] + 1; + hclevels[ 1 ] = out_high[ 1 ] + 1; + hclevels[ 2 ] = out_high[ 2 ] + 1; + XieFloConstrain( &flograph[idx], + idx, + hclevels, + xieValConstrainClipScale, + techParms + ); + idx++; + } + + if ( IsTrueColorOrDirectColor( cclass ) ) + { + levels[ 0 ] = TripleTrueOrDirectLevels( xp ); + levels[ 1 ] = levels[ 2 ] = levels[ 0 ]; + } + else + { + levels[ 0 ] = stdCmap.red_max + 1; + levels[ 1 ] = stdCmap.green_max + 1; + levels[ 2 ] = stdCmap.blue_max + 1; + } + + ditherTech = ( char * ) NULL; + XieFloDither( &flograph[ idx ], + idx, + 0x7, + levels, + xieValDitherErrorDiffusion, + ( char * ) ditherTech + ); + idx++; + + c1[ 0 ] = stdCmap.red_mult; + c1[ 1 ] = stdCmap.green_mult; + c1[ 2 ] = stdCmap.blue_mult; + bias = ( float ) stdCmap.base_pixel; + + XieFloBandExtract(&flograph[idx], idx, 1 << xp->vinfo.depth, bias, c1); + idx++; + + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + XSync( xp->d, 0 ); +out: + if ( whiteAdjustParm ) + XFree( whiteAdjustParm ); + if ( colorParm1 ) + XFree( colorParm1 ); + if ( colorParm2 ) + XFree( colorParm2 ); + if ( techParms ) + XFree( techParms ); + if ( ditherTech ) + XFree( ditherTech ); + flo_notify = False; + return( retval ); +} + +void +DoRGB(xp, p, reps) +XParms xp; +Parms p; +int reps; +{ + int i; + + for ( i = 0; i < reps; i++ ) + { + XieExecutePhotoflo(xp->d, flo, flo_notify ); + } +} + +void EndRGB(xp, p) +XParms xp; +Parms p; +{ + InstallGrayColormap( xp ); + FreeRGBStuff( xp, p ); +} + +int +FreeRGBStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap(xp->d, XIEPhotomap); + XIEPhotomap = ( XiePhotomap ) NULL; + } + + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/tests.c b/xie/xc/programs/xieperf/tests.c new file mode 100644 index 0000000..c542357 --- /dev/null +++ b/xie/xc/programs/xieperf/tests.c @@ -0,0 +1,3860 @@ +/* $XConsortium: tests.c,v 1.14 94/04/17 20:39:34 rws Exp $ */ + +/**** module tests.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + tests.c -- test configuration + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ +#include /* for stderr */ +#include "xieperf.h" + +extern Bool InitImportPhoto(); +extern Bool InitImportPhotoExportDrawable(); +extern Bool InitConvertToIndex(); +extern Bool InitImportLUT(); +extern Bool InitImportROI(); +extern Bool InitPurgeColorList(); +extern Bool InitDither(); +extern Bool InitImportDrawablePixmap(); +extern Bool InitImportDrawableWindow(); +extern Bool InitImportDrawablePlanePixmap(); +extern Bool InitImportDrawablePlaneWindow(); +extern Bool InitQueryTechniques(); +extern Bool InitQueryColorList(); +extern Bool InitQueryPhotomap(); +extern Bool InitQueryPhotoflo(); +extern Bool InitPasteUp(); +extern Bool InitGeometry(); +extern Bool InitGeometryFAX(); +extern Bool InitAbort(); +extern Bool InitAwait(); +extern Bool InitMatchHistogram(); +extern Bool InitCreateDestroyPhotoflo(); +extern Bool InitCreateDestroy(); +extern Bool InitConstrain(); +extern Bool InitUnconstrain(); +extern Bool InitFunnyEncode(); +extern Bool InitPoint(); +extern Bool InitTriplePoint(); +extern Bool InitModifyLong1(); +extern Bool InitModifyLong2(); +extern Bool InitModifyROI(); +extern Bool InitModifyPoint(); +extern Bool InitModifySimple(); +extern Bool InitRedefine(); +extern Bool InitBlend(); +extern Bool InitLogical(); +extern Bool InitImportClientPhoto(); +extern Bool InitImportClientPhotoExportDrawable(); +extern Bool InitImportClientLUT(); +extern Bool InitImportClientROI(); +extern Bool InitExportClientPhoto(); +extern Bool InitExportClientLUT(); +extern Bool InitExportClientROI(); +extern Bool InitExportClientHistogram(); +extern Bool InitRGB(); +extern Bool InitCompare(); +extern Bool InitEvents(); +extern Bool InitErrors(); +extern Bool InitCoreErrors(); +extern Bool InitFloErrors(); +extern Bool InitArithmetic(); +extern Bool InitMath(); +extern Bool InitConvolve(); +extern Bool InitBandSelectExtract(); +extern Bool InitBandCombine(); +extern Bool InitBandColormap(); +extern Bool InitEncodePhotomap(); +extern Bool InitComplex(); +extern void DoConvertToIndex(); +extern void DoCreateDestroyColorList(); +extern void DoCreateDestroyLUT(); +extern void DoCreateDestroyPhotomap(); +extern void DoCreateDestroyROI(); +extern void DoCreateDestroyPhotospace(); +extern void DoCreateDestroyPhotoflo(); +extern void DoRGB(); +extern void DoCompare(); +extern void DoMath(); +extern void DoImportObscuredEvent(); +extern void DoDecodeNotifyEvent(); +extern void DoExportAvailableEvent(); +extern void DoPhotofloDoneEvent(); +extern void DoColorAllocEvent(); +extern void DoArithmetic(); +extern void DoConvolve(); +extern void DoMatchHistogram(); +extern void DoAbort(); +extern void DoAwait(); +extern void DoGeometry(); +extern void DoGeometryFAX(); +extern void DoPasteUp(); +extern void DoUnconstrain(); +extern void DoConstrain(); +extern void DoDither(); +extern void DoFunnyEncode(); +extern void DoPoint(); +extern void DoTriplePoint(); +extern void DoBlend(); +extern void DoLogical(); +extern void DoImportPhoto(); +extern void DoImportLUT(); +extern void DoImportROI(); +extern void DoExportClientPhotoCSum(); +extern void DoExportClientPhoto(); +extern void DoExportClientHistogram(); +extern void DoExportClientLUT(); +extern void DoExportClientROI(); +extern void DoImportDrawablePixmap(); +extern void DoImportDrawableWindow(); +extern void DoImportDrawablePlanePixmap(); +extern void DoImportDrawablePlaneWindow(); +extern void DoImportClientPhoto(); +extern void DoImportClientLUT(); +extern void DoImportClientROI(); +extern void DoQueryTechniques(); +extern void DoQueryColorList(); +extern void DoQueryPhotomap(); +extern void DoQueryPhotoflo(); +extern void DoPurgeColorList(); +extern void DoModifyLong1(); +extern void DoModifyLong2(); +extern void DoModifyROI(); +extern void DoModifyPoint(); +extern void DoModifySimple(); +extern void DoRedefine(); +extern void DoBand(); +extern void DoErrors(); +extern void DoBadValueError(); +extern void DoFloElementError(); +extern void DoFloTechniqueError(); +extern void DoLUTError(); +extern void DoPhotomapError(); +extern void DoROIError(); +extern void DoPhotospaceError(); +extern void DoFloIDError(); +extern void DoFloErrorImmediate(); +extern void DoColorListError(); +extern void DoEncodePhotomap(); +extern void DoEncodeClientPhotomap(); +extern void DoComplex(); +extern void EndConvertToIndex(); +extern void EndRGB(); +extern void EndConvolve(); +extern void EndCompare(); +extern void EndMath(); +extern void EndArithmetic(); +extern void EndPasteUp(); +extern void EndGeometry(); +extern void EndGeometryFAX(); +extern void EndConstrain(); +extern void EndUnconstrain(); +extern void EndFunnyEncode(); +extern void EndPoint(); +extern void EndTriplePoint(); +extern void EndEvents(); +extern void EndFloErrors(); +extern void EndCoreErrors(); +extern void EndErrors(); +extern void EndBlend(); +extern void EndLogical(); +extern void EndImportClientPhoto(); +extern void EndImportClientLUT(); +extern void EndImportClientROI(); +extern void EndExportClientHistogram(); +extern void EndExportClientPhoto(); +extern void EndExportClientLUT(); +extern void EndExportClientROI(); +extern void EndImportPhoto(); +extern void EndImportLUT(); +extern void EndImportROI(); +extern void EndDither(); +extern void EndCreateDestroy(); +extern void EndCreateDestroyPhotoflo(); +extern void EndImportDrawablePixmap(); +extern void EndImportDrawableWindow(); +extern void EndQueryTechniques(); +extern void EndQueryColorList(); +extern void EndQueryPhotomap(); +extern void EndQueryPhotoflo(); +extern void EndPurgeColorList(); +extern void EndMatchHistogram(); +extern void EndAbort(); +extern void EndAwait(); +extern void EndModifyLong(); +extern void EndModifyROI(); +extern void EndModifyPoint(); +extern void EndModifySimple(); +extern void EndRedefine(); +extern void EndBandSelectExtract(); +extern void EndBandCombine(); +extern void EndBandColormap(); +extern void EndEncodePhotomap(); +extern void EndComplex(); + +static XIEimage ImageInfo[] = { + { "image.001", 0, xieValSingleBand, { 512, 0, 0 }, + { 512, 0, 0 }, { 8, 0, 0 }, { 256, 0, 0 }, + xieValDecodeUncompressedSingle, + xieValLSFirst, xieValLSFirst, { 8, 0, 0 }, { 4, 0, 0 }, + { 0, 0, 0 }, 0, 0, 0, ( char * ) NULL }, + { "image.002", 0, xieValSingleBand, { 512, 0, 0 }, + { 512, 0, 0 }, { 8, 0, 0 }, { 256, 0, 0 }, + xieValDecodeUncompressedSingle, + xieValLSFirst, xieValLSFirst, { 8, 0, 0 }, { 4, 0, 0 }, + { 0, 0, 0 }, 0, 0, 0, ( char * ) NULL }, + { "image.003", 0, xieValSingleBand, { 512, 0, 0 }, + { 512, 0, 0 }, { 8, 0, 0 }, { 256, 0, 0 }, + xieValDecodeUncompressedSingle, + xieValLSFirst, xieValLSFirst, { 8, 0, 0 }, { 4, 0, 0 }, + { 0, 0, 0 }, 0, 0, 0, ( char * ) NULL }, + { "image.004", 0, xieValTripleBand, { 336, 336, 336 }, + { 270, 270, 270 }, { 8, 8, 8 }, { 256, 256, 256 }, + xieValDecodeUncompressedTriple, + xieValLSFirst, xieValLSFirst, { 24, 24, 24 }, { 0, 0, 0 }, + { 0, 0, 0 }, xieValBandByPixel, 0, 0, ( char * ) NULL }, + { "image.005", 0, xieValSingleBand, { 2560, 0, 0 }, + { 3300, 0, 0 }, { 1, 0, 0 }, { 2, 0, 0 }, xieValDecodeG42D, + xieValLSFirst, xieValLSFirst, { 8, 0, 0 }, { 4, 0, 0 }, + { 0, 0, 0 }, 0, 0, 0, ( char * ) NULL }, + { "image.006", 0, xieValSingleBand, { 512, 0, 0 }, { 512, 0, 0 }, + { 8, 0, 0 }, { 256, 0, 0 }, xieValDecodeUncompressedSingle, + xieValLSFirst, xieValLSFirst, { 8, 0, 0 }, { 4, 0, 0 }, + { 0, 0, 0 }, 0, 0, 0, ( char * ) NULL }, + { "image.007", 0, xieValSingleBand, { 1728, 0, 0 }, { 2180, 0, 0 }, + { 1, 0, 0 }, { 2, 0, 0 }, xieValDecodeG32D, + xieValMSFirst, xieValLSFirst, { 1, 0, 0 }, { 0, 0, 0 }, + { 0, 0, 0 }, 0, 0, 0, ( char * ) NULL }, + { "image.008", 0, xieValSingleBand, { 1728, 0, 0 }, + { 2180, 0, 0 }, { 1, 0, 0 }, { 2, 0, 0 }, + xieValDecodeG31D, xieValMSFirst, xieValLSFirst, + { 1, 0, 0 }, { 0, 0, 0 }, { 0, 0, 0 }, + 0, 0, 0, ( char * ) NULL }, + { "image.009", 0, xieValSingleBand, { 1728, 0, 0 }, { 2180, 0, 0 }, + { 1, 0, 0 }, { 2, 0, 0 }, xieValDecodeTIFFPackBits, + xieValMSFirst, xieValLSFirst, { 1, 0, 0 }, { 0, 0, 0 }, { 0, 0, 0 }, + 0, 0, 0, ( char * ) NULL }, + { "image.010", 0, xieValSingleBand, { 1728, 0, 0 }, { 2180, 0, 0 }, + { 1, 0, 0 }, { 2, 0, 0 }, xieValDecodeTIFF2, + xieValMSFirst, xieValLSFirst, { 1, 0, 0 }, { 0, 0, 0 }, + { 0, 0, 0 }, 0, 0, 0, ( char * ) NULL }, + { "image.011", 0, xieValTripleBand, { 270, 270, 270 }, + { 450, 450, 450 }, { 8, 8, 8 }, { 256, 256, 256 }, + xieValDecodeUncompressedTriple, xieValLSFirst, xieValLSFirst, + { 24, 24, 24 }, { 0, 0, 0 }, { 0, 0, 0 }, + xieValBandByPixel, xieValLSFirst, 0, ( char * ) NULL }, + { "image.012", 0, xieValTripleBand, { 512, 512, 512 }, + { 512, 512, 512 }, { 8, 8, 8 }, { 256, 256, 256 }, + xieValDecodeUncompressedTriple, xieValLSFirst, xieValLSFirst, + { 8, 8, 8 }, { 0, 0, 0 }, { 0, 0, 0 }, + xieValBandByPlane, xieValLSFirst, 0, ( char * ) NULL }, + { "image.013", 0, xieValSingleBand, { 512, 0, 0 }, + { 512, 0, 0 }, { 8, 0, 0 }, { 256, 0, 0 }, + xieValDecodeUncompressedSingle, + xieValLSFirst, xieValLSFirst, { 8, 0, 0 }, { 4, 0, 0 }, + { 0, 0, 0 }, 0, 0, 0, ( char * ) NULL }, + { "image.014", 0, xieValSingleBand, { 1728, 0, 0 }, + { 2180, 0, 0 }, { 1, 0, 0 }, { 2, 0, 0 }, + xieValDecodeG32D, xieValMSFirst, xieValLSFirst, + { 1, 0, 0 }, { 0, 0, 0 }, { 0, 0, 0 }, + 0, 0, 0, ( char * ) NULL }, +}; + +XIEimage * +GetImageStruct( which ) +int which; +{ + int size; + + size = sizeof( ImageInfo ) / sizeof( XIEimage ); + if ( which > size || which <= 0 ) + { + fprintf( stderr, "GetImageData: invalid ``which''\n" ); + fflush( stderr ); + return( ( XIEimage * ) NULL ); + } + else + { + return( &ImageInfo[ which - 1 ] ); + } +} + +void +ReclaimPhotomapMemory() +{ + int i; + + for ( i = 0; i < sizeof( ImageInfo ) / sizeof( XIEimage ); i++ ) + if ( ImageInfo[ i ].data != ( char * ) NULL ) + { + free( ImageInfo[ i ].data ); + ImageInfo[ i ].data = ( char * ) NULL; + } +} + +static MatchHistogramParms MatchHistogramParmVec[] = + { +/* tech, mean, sigma, constant, shape_factor, followed by ROI stuff */ + { xieValHistogramFlat, 0.0, 0.0, 0.0, True, DomainNone, 0, 0, 0, 0 }, + { xieValHistogramGaussian, 63.0, 32.0, 0.0, True, DomainNone, 0, 0, 0, 0 }, + { xieValHistogramGaussian, 128.0, 64.0, 0.0, True, DomainNone, 0, 0, 0, 0 }, + { xieValHistogramGaussian, 192.0, 32.0, 0.0, True, DomainNone, 0, 0, 0, 0 }, + { xieValHistogramHyperbolic, 0.0, 0.0, 64.0, True, DomainNone, 0, 0, 0, 0 }, + { xieValHistogramHyperbolic, 0.0, 0.0, 64.0, False, DomainNone, 0, 0, 0, 0 }, + { xieValHistogramFlat, 0.0, 0.0, 0.0, True, DomainROI, 50, 50, 150, 150 }, + { xieValHistogramGaussian, 63.0, 32.0, 0.0, True, DomainROI, 50, 50, 150, 150 }, + { xieValHistogramGaussian, 128.0, 64.0, 0.0, True, DomainROI, 50, 50, 150, 150 }, + { xieValHistogramGaussian, 192.0, 32.0, 0.0, True, DomainROI, 50, 50, 150, 150 }, + { xieValHistogramHyperbolic, 0.0, 0.0, 64.0, True, DomainROI, 50, 50, 150, 150 }, + { xieValHistogramHyperbolic, 0.0, 0.0, 64.0, False, DomainROI, 50, 50, 150, 150 }, + { xieValHistogramFlat, 0.0, 0.0, 0.0, True, DomainCtlPlane, 0, 0, 0, 0 }, + { xieValHistogramGaussian, 63.0, 32.0, 0.0, True, DomainCtlPlane, 0, 0, 0, 0 }, + { xieValHistogramGaussian, 128.0, 64.0, 0.0, True, DomainCtlPlane, 0, 0, 0, 0 }, + { xieValHistogramGaussian, 192.0, 32.0, 0.0, True, DomainCtlPlane, 0, 0, 0, 0 }, + { xieValHistogramHyperbolic, 0.0, 0.0, 64.0, True, DomainCtlPlane, 0, 0, 0, 0 }, + { xieValHistogramHyperbolic, 0.0, 0.0, 64.0, False, DomainCtlPlane, 0, 0, 0, 0 }, + }; + +static RedefineParms RedefineParmVec[] = { + { { 0.0, 0.0, 0.0 }, 7, GXor, GXnor } + }; + +static ModifyParms ModifyParmVec[] = { + { { 0.0, 0.0, 0.0 }, 7, GXinvert } + }; + +static CvtToIndexParms CvtToIndexParmVec[] = { + { xieValDitherDefault, True, False, False }, + { xieValDitherDefault, True, False, True } + }; + +static ImportClParms ImportClParmVec[] = { + { 10 }, + { 100 } + }; + +static ErrorParms ErrorParmVec[] = { + { xieErrNoLUT }, + { xieErrNoPhotoflo }, + { xieErrNoFloLUT }, + { xieErrNoPhotomap }, + { xieErrNoROI }, + { xieErrNoColorList }, + { xieErrNoPhotospace }, + { xieErrNoFloAccess }, + { BadAccess }, + { BadAlloc }, + { BadIDChoice }, + { BadValue }, + { xieErrNoFloROI }, + { xieErrNoFloID }, + { xieErrNoFloOperator }, + { xieErrNoFloSource }, + { xieErrNoFloPhotomap }, + { xieErrNoFloDrawable }, + { xieErrNoFloGC }, + { xieErrNoFloElement }, + { xieErrNoFloColorList }, + { xieErrNoFloDomain }, + { xieErrNoFloColormap }, + { xieErrNoFloMatch }, + { xieErrNoFloTechnique }, + { xieErrNoFloValue }, + }; + +static EventParms EventParmVec[] = { + { xieEvnNoColorAlloc }, + { xieEvnNoDecodeNotify }, + { xieEvnNoImportObscured }, + { xieEvnNoPhotofloDone }, + { xieEvnNoExportAvailable } + }; + +static ExportClParms ExportClParmVec[] = { + { 10, DomainNone, 0, 0, 0, 0 }, + { 100, DomainNone, 0, 0, 0, 0 }, + { 0, DomainROI, 50, 50, 100, 100 }, + { 0, DomainCtlPlane, 0, 0, 0, 0 }, + }; + +#define GAMUT_NULL (XieGamutTechnique)NULL +#define WHITE_NONE (XieWhiteAdjustTechnique)xieValWhiteAdjustNone +#define WHITE_DEFAULT (XieWhiteAdjustTechnique)xieValWhiteAdjustDefault +#define WHITE_LAB (XieWhiteAdjustTechnique)xieValWhiteAdjustCIELabShift +#define LUMA_CCIR601_1 { 0.299 , 0.587 , 0.114 } +#define LUMA_CCIR709 { 0.2125, 0.7154, 0.0721 } +#define LUMA_IGNORE { 0.0 , 0.0 , 0.0 } +#define LUMA_ONES { 1.0 , 1.0 , 1.0 } +#define WP_IGNORE { 0.0 , 0.0 , 0.0 } +#define WP_BUNCH { 0.8 , 0.9 , 1.2 } +#define BIAS_NONE { 0.0 , 0.0 , 0.0 } +#define BIAS_SANE { 0.0 , 127.0 , 127.0 } +#define BIAS_CRAZY { 0.0 , 31.0 , 7.0 } +#define LEVEL_SANE { 256, 256, 256 } +#define LEVEL_CRAZY { 1024, 64, 16 } +#define YCC_SCALE1 1.402 +#define YCC_SCALE2 1.3584 +#define MAT_IGNORE { 0.0, 0.0, 0.0, \ + 0.0, 0.0, 0.0, \ + 0.0, 0.0, 0.0 } +#define MAT_TOXYZ { 0.49, 0.31, 0.20, \ + 0.177, 0.813, 0.011, \ + 0.0, 0.010, 0.99 } +#define MAT_TORGB { 2.364022, -0.896193, -0.467304, \ + -0.514743, 1.426476, 0.088548, \ + 0.005399, -0.014571, 1.009324 } + +static RGBParms RGBParmVec[] = { +{ xieValCIELabToRGB, RGB_FF, + MAT_TOXYZ, MAT_TORGB, WHITE_NONE, WP_IGNORE, xieValGamutNone, + LEVEL_SANE, LUMA_IGNORE, BIAS_NONE, YCC_SCALE1 }, + +{ xieValCIELabToRGB, RGB_FF, + MAT_TOXYZ, MAT_TORGB, WHITE_LAB, WP_BUNCH, xieValGamutNone, + LEVEL_SANE, LUMA_IGNORE, BIAS_NONE, YCC_SCALE1 }, + +{ xieValCIELabToRGB, RGB_IF, + MAT_TOXYZ, MAT_TORGB, WHITE_NONE, WP_IGNORE, xieValGamutNone, + LEVEL_SANE, LUMA_IGNORE, BIAS_NONE, YCC_SCALE1 }, + +{ xieValCIELabToRGB, RGB_IF, + MAT_TOXYZ, MAT_TORGB, WHITE_LAB, WP_BUNCH, xieValGamutNone, + LEVEL_SANE, LUMA_IGNORE, BIAS_NONE, YCC_SCALE1 }, + +{ xieValCIEXYZToRGB, RGB_FF, + MAT_TOXYZ, MAT_TORGB, WHITE_NONE, WP_IGNORE, xieValGamutNone, + LEVEL_SANE, LUMA_IGNORE, BIAS_NONE, YCC_SCALE1 }, + +{ xieValCIEXYZToRGB, RGB_FF, + MAT_TOXYZ, MAT_TORGB, WHITE_LAB, WP_BUNCH, xieValGamutNone, + LEVEL_SANE, LUMA_IGNORE, BIAS_NONE, YCC_SCALE1 }, + +{ xieValCIEXYZToRGB, RGB_IF, + MAT_TOXYZ, MAT_TORGB, WHITE_NONE, WP_IGNORE, xieValGamutNone, + LEVEL_SANE, LUMA_IGNORE, BIAS_NONE, YCC_SCALE1 }, + +{ xieValCIEXYZToRGB, RGB_IF, + MAT_TOXYZ, MAT_TORGB, WHITE_LAB, WP_BUNCH, xieValGamutNone, + LEVEL_SANE, LUMA_IGNORE, BIAS_NONE, YCC_SCALE1 }, + +{ xieValYCbCrToRGB, RGB_FF, + MAT_IGNORE, MAT_IGNORE, WHITE_NONE, WP_IGNORE, xieValGamutNone, + LEVEL_SANE, LUMA_CCIR601_1, BIAS_NONE, YCC_SCALE1 }, + +{ xieValYCbCrToRGB, RGB_II, + MAT_IGNORE, MAT_IGNORE, WHITE_NONE, WP_IGNORE, xieValGamutNone, + LEVEL_SANE, LUMA_CCIR601_1, BIAS_SANE, YCC_SCALE1 }, + +{ xieValYCbCrToRGB, RGB_II, + MAT_IGNORE, MAT_IGNORE, WHITE_NONE, WP_IGNORE, xieValGamutNone, + LEVEL_CRAZY, LUMA_CCIR601_1, BIAS_CRAZY, YCC_SCALE1 }, + +{ xieValYCbCrToRGB, RGB_II, + MAT_IGNORE, MAT_IGNORE, WHITE_NONE, WP_IGNORE, xieValGamutNone, + LEVEL_SANE, LUMA_CCIR709, BIAS_SANE, YCC_SCALE1 }, + +{ xieValYCCToRGB, RGB_FF, + MAT_IGNORE, MAT_IGNORE, WHITE_NONE, WP_IGNORE, xieValGamutNone, + LEVEL_SANE, LUMA_CCIR601_1, BIAS_NONE, YCC_SCALE1 }, + +{ xieValYCCToRGB, RGB_II, + MAT_IGNORE, MAT_IGNORE, WHITE_NONE, WP_IGNORE, xieValGamutNone, + LEVEL_SANE, LUMA_CCIR601_1, BIAS_NONE, YCC_SCALE1 }, + +{ xieValYCCToRGB, RGB_II, + MAT_IGNORE, MAT_IGNORE, WHITE_NONE, WP_IGNORE, xieValGamutNone, + LEVEL_CRAZY, LUMA_CCIR601_1, BIAS_NONE, YCC_SCALE1 }, + +{ xieValYCCToRGB, RGB_II, + MAT_IGNORE, MAT_IGNORE, WHITE_NONE, WP_IGNORE, xieValGamutNone, + LEVEL_SANE, LUMA_CCIR601_1, BIAS_NONE, YCC_SCALE2 }, + + }; + +static UnconstrainParms UnconstrainParmVec[] = { + { xieValConstrainClipScale } + }; + +static BandParms BandParmVec[] = { +{ { 1.0, 0.0, 0.0 }, { 0.0, 1.0, 0.0 }, { 0.0, 0.0, 1.0 }, BandSelect, 0.0, ( Atom ) NULL, False }, +{ LUMA_CCIR601_1, LUMA_CCIR601_1, LUMA_CCIR601_1, BandExtract, 0.0, ( Atom ) NULL, False }, +{ LUMA_CCIR601_1, LUMA_CCIR601_1, LUMA_CCIR601_1, BandExtract, 0.0, ( Atom ) NULL, False }, +{ LUMA_CCIR601_1, LUMA_CCIR601_1, LUMA_CCIR601_1, BandExtract, 0.0, ( Atom ) NULL, False }, +{ { 0.0, 0.0, 0.0 }, { 0.0, 0.0, 0.0 }, { 0.0, 0.0, 0.0 }, BandExtract, 0.0, ( Atom ) XA_RGB_BEST_MAP, True }, +{ { 0.0, 0.0, 0.0 }, { 0.0, 0.0, 0.0 }, { 0.0, 0.0, 0.0 }, BandExtract, 0.0, ( Atom ) XA_RGB_DEFAULT_MAP, True }, + }; + +static CompareParms CompareParmVec[] = { + { xieValLT, { 128.0, 0.0, 0.0 }, True, 7, DomainNone, 0, 0, 0, 0 }, + { xieValLE, { 128.0, 0.0, 0.0 }, True, 7, DomainNone, 0, 0, 0, 0 }, + { xieValEQ, { 128.0, 0.0, 0.0 }, True, 7, DomainNone, 0, 0, 0, 0 }, + { xieValNE, { 128.0, 0.0, 0.0 }, True, 7, DomainNone, 0, 0, 0, 0 }, + { xieValGE, { 128.0, 0.0, 0.0 }, True, 7, DomainNone, 0, 0, 0, 0 }, + { xieValGT, { 128.0, 0.0, 0.0 }, True, 7, DomainNone, 0, 0, 0, 0 }, + { xieValLT, { 128.0, 0.0, 0.0 }, True, 7, DomainROI, 100, 100, 256, 256 }, + { xieValLE, { 128.0, 0.0, 0.0 }, True, 7, DomainROI, 100, 100, 256, 256 }, + { xieValEQ, { 128.0, 0.0, 0.0 }, True, 7, DomainROI, 100, 100, 256, 256 }, + { xieValNE, { 128.0, 0.0, 0.0 }, True, 7, DomainROI, 100, 100, 256, 256 }, + { xieValGE, { 128.0, 0.0, 0.0 }, True, 7, DomainROI, 100, 100, 256, 256 }, + { xieValGT, { 128.0, 0.0, 0.0 }, True, 7, DomainROI, 100, 100, 256, 256 }, + { xieValLT, { 128.0, 0.0, 0.0 }, True, 7, DomainCtlPlane, 0, 0, 0, 0 }, + { xieValLE, { 128.0, 0.0, 0.0 }, True, 7, DomainCtlPlane, 0, 0, 0, 0 }, + { xieValEQ, { 128.0, 0.0, 0.0 }, True, 7, DomainCtlPlane, 0, 0, 0, 0 }, + { xieValNE, { 128.0, 0.0, 0.0 }, True, 7, DomainCtlPlane, 0, 0, 0, 0 }, + { xieValGE, { 128.0, 0.0, 0.0 }, True, 7, DomainCtlPlane, 0, 0, 0, 0 }, + { xieValGT, { 128.0, 0.0, 0.0 }, True, 7, DomainCtlPlane, 0, 0, 0, 0 }, + }; + +static ArithmeticParms ArithmeticParmVec[] = { +/* constrained */ +{ xieValAdd, { 64.0, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, False, 0, 0.0, 0.0 }, +{ xieValSub, { 64.0, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, False, 0, 0.0, 0.0 }, +{ xieValSubRev, { 255.0, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, False, 0, 0.0, 0.0 }, +{ xieValMul, { 0.66, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, False, 0, 0.0, 0.0 }, +{ xieValDiv, { 1.5, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, False, 0, 0.0, 0.0 }, +{ xieValDivRev, { 25500.0, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, False, 0, 0.0, 0.0 }, +{ xieValMin, { 128.0, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, False, 0, 0.0, 0.0 }, +{ xieValMax, { 128.0, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, False, 0, 0.0, 0.0 }, +{ xieValGamma, { 1.1, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, False, 0, 0.0, 0.0 }, +{ xieValAdd, { 64.0, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValSub, { 64.0, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValSubRev, { 255.0, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValMul, { 0.66, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValDiv, { 1.5, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValDivRev, { 25500.0, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValMin, { 128.0, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValMax, { 128.0, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValGamma, { 1.1, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +/* unconstrained */ +{ xieValAdd, { 64.0, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValSub, { 64.0, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValSubRev, { 255.0, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValMul, { 0.66, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValDiv, { 1.5, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValDivRev, { 25500.0, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValMin, { 128.0, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValMax, { 128.0, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValGamma, { 1.1, 0.0, 0.0 }, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValAdd, { 64.0, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValSub, { 64.0, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValSubRev, { 255.0, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValMul, { 0.66, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValDiv, { 1.5, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValDivRev, { 25500.0, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValMin, { 128.0, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValMax, { 128.0, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValGamma, { 1.1, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, True, xieValConstrainClipScale, 0.0, 255.0 }, +{ xieValAdd, { 64.0, 0.0, 0.0 }, 7, DomainROI, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +/* Constrained, Control Planes */ +{ xieValAdd, { 64.0, 0.0, 0.0 }, 7, DomainCtlPlane, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValSub, { 64.0, 0.0, 0.0 }, 7, DomainCtlPlane, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValSubRev, { 255.0, 0.0, 0.0 }, 7, DomainCtlPlane, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValMul, { 0.66, 0.0, 0.0 }, 7, DomainCtlPlane, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValDiv, { 1.5, 0.0, 0.0 }, 7, DomainCtlPlane, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValDivRev, { 25500.0, 0.0, 0.0 }, 7, DomainCtlPlane, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValMin, { 128.0, 0.0, 0.0 }, 7, DomainCtlPlane, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValMax, { 128.0, 0.0, 0.0 }, 7, DomainCtlPlane, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +{ xieValGamma, { 1.1, 0.0, 0.0 }, 7, DomainCtlPlane, 0, 0, 512, 256, False, 0, 0.0, 0.0 }, +}; + +/* The math test ( math.c ) can build arbitrarily long flos of math elements + strung together. If the flo has two math elements, pass a pointer to + the ith element in doubleOpsVec, for example, and the value 2. If you + want to make a tripleOpsVec, for example, you can do that too. */ + +static XieMathOp singleOpVec[] = { xieValExp, xieValLn, xieValLog2, + xieValLog10, xieValSquare, xieValSqrt +}; + +static XieMathOp doubleOpsVec[][ 2 ] = { + { xieValSqrt, xieValSquare }, + { xieValSquare, xieValSqrt }, + { xieValExp, xieValLn }, + { xieValLn, xieValExp }, +}; + +static MathParms MathParmVec[] = { +{ doubleOpsVec[ 0 ], 2, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainHardClip, 0.0, 0.0 }, +{ doubleOpsVec[ 1 ], 2, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainHardClip, 0.0, 0.0 }, +{ doubleOpsVec[ 2 ], 2, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainHardClip, 0.0, 0.0 }, +{ doubleOpsVec[ 3 ], 2, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainHardClip, 0.0, 0.0 }, +{ &singleOpVec[ 2 ], 1, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainClipScale, 0.0, 8.0 }, +{ &singleOpVec[ 3 ], 1, 7, DomainNone, 0, 0, 0, 0, True, xieValConstrainClipScale, 0.0, 2.41 }, +{ doubleOpsVec[ 0 ], 2, 7, DomainNone, 0, 0, 0, 0, False, 0, 0.0, 0.0 }, +{ doubleOpsVec[ 0 ], 2, 7, DomainROI, 100, 100, 256, 256, True, xieValConstrainHardClip, 0.0, 0.0 }, +{ doubleOpsVec[ 1 ], 2, 7, DomainROI, 100, 100, 256, 256, True, xieValConstrainHardClip, 0.0, 0.0 }, +{ doubleOpsVec[ 2 ], 2, 7, DomainROI, 100, 100, 256, 256, True, xieValConstrainHardClip, 0.0, 0.0 }, +{ doubleOpsVec[ 3 ], 2, 7, DomainROI, 100, 100, 256, 256, True, xieValConstrainHardClip, 0.0, 0.0 }, +{ &singleOpVec[ 2 ], 1, 7, DomainROI, 100, 100, 256, 256, True, xieValConstrainClipScale, 0.0, 8.0 }, +{ &singleOpVec[ 3 ], 1, 7, DomainROI, 100, 100, 256, 256, True, xieValConstrainClipScale, 0.0, 2.41 }, +{ doubleOpsVec[ 0 ], 2, 7, DomainROI, 100, 100, 256, 256, False, 0, 0.0, 0.0 }, +{ doubleOpsVec[ 0 ], 2, 7, DomainCtlPlane, 0, 0, 0, 0, True, xieValConstrainHardClip, 0.0, 0.0 }, +{ doubleOpsVec[ 1 ], 2, 7, DomainCtlPlane, 0, 0, 0, 0, True, xieValConstrainHardClip, 0.0, 0.0 }, +{ doubleOpsVec[ 2 ], 2, 7, DomainCtlPlane, 0, 0, 0, 0, True, xieValConstrainHardClip, 0.0, 0.0 }, +{ doubleOpsVec[ 3 ], 2, 7, DomainCtlPlane, 0, 0, 0, 0, True, xieValConstrainHardClip, 0.0, 0.0 }, +{ &singleOpVec[ 2 ], 1, 7, DomainCtlPlane, 0, 0, 0, 0, True, xieValConstrainClipScale, 0.0, 8.0 }, +{ &singleOpVec[ 3 ], 1, 7, DomainCtlPlane, 0, 0, 0, 0, True, xieValConstrainClipScale, 0.0, 2.41 }, +{ doubleOpsVec[ 0 ], 2, 7, DomainCtlPlane, 0, 0, 0, 0, False, 0, 0.0, 0.0 }, +}; + +static BlendParms BlendParmVec[] = { + { { 0.1, 0.0, 0.0 }, 0.5, 7, DomainNone, 0 }, + { { 220.0, 0.0, 0.0 }, 255.0, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, 250.0, 7, DomainNone, 0 }, + { { 0.1, 0.0, 0.0 }, 0.5, 7, DomainROI, 5 }, + { { 220.0, 0.0, 0.0 }, 255.0, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, 250.0, 7, DomainROI, 5 }, + { { 0.1, 0.0, 0.0 }, 0.5, 7, DomainCtlPlane, 0 }, + }; + +int Boxcar3(); +int Boxcar5(); +int LaPlacian3(); +int LaPlacian5(); + +static ConvolveParms ConvolveParmVec[] = { +{ False, 7, DomainNone, 0, 0, 0, 0, xieValConvolveDefault, { 0.0, 0.0, 0.0 }, Boxcar3 }, +{ False, 7, DomainNone, 0, 0, 0, 0, xieValConvolveDefault, { 0.0, 0.0, 0.0 }, Boxcar5 }, +{ False, 7, DomainNone, 0, 0, 0, 0, xieValConvolveDefault, { 0.0, 0.0, 0.0 }, LaPlacian3 }, +{ False, 7, DomainNone, 0, 0, 0, 0, xieValConvolveDefault, { 0.0, 0.0, 0.0 }, LaPlacian5 }, +{ False, 7, DomainROI, 100, 100, 256, 256, xieValConvolveDefault, { 0.0, 0.0, 0.0 }, LaPlacian3 }, +{ False, 7, DomainROI, 100, 100, 256, 256, xieValConvolveDefault, { 0.0, 0.0, 0.0 }, LaPlacian5 }, +{ False, 7, DomainCtlPlane, 0, 0, 0, 0, xieValConvolveDefault, { 0.0, 0.0, 0.0 }, LaPlacian3 }, +{ False, 7, DomainCtlPlane, 0, 0, 0, 0, xieValConvolveDefault, { 0.0, 0.0, 0.0 }, LaPlacian5 }, + }; + +static ConstrainParms ConstrainParmVec[] = { + { False, xieValConstrainHardClip, ( int ) NULL }, + { False, xieValConstrainClipScale, ( int ) ClampInputs }, + { False, xieValConstrainClipScale, ( int ) NULL }, + { True, xieValConstrainHardClip, ( int ) NULL }, + { True, xieValConstrainClipScale, ( int ) ClampInputs }, + { True, xieValConstrainClipScale, ( int ) NULL }, + }; + +static DitherParms DitherParmVec[] = { + { xieValDitherErrorDiffusion, Drawable, 0, 1 }, + { xieValDitherErrorDiffusion, DrawablePlane, 0, 1 }, + { xieValDitherOrdered, Drawable, 4, 1 }, + { xieValDitherOrdered, DrawablePlane, 4, 1 }, + { xieValDitherOrdered, Drawable, 8, 1 }, + { xieValDitherOrdered, DrawablePlane, 8, 1 }, + { xieValDitherDefault, Drawable, 0, 1 }, + { xieValDitherDefault, DrawablePlane, 0, 1 } +}; + +static GeometryParms GeometryParmVec[] = { +{ GEO_TYPE_ROTATE, 512, 512, 0, 0, xieValGeomNearestNeighbor, 12, True }, +{ GEO_TYPE_ROTATE, 512, 512, 0, 0, xieValGeomNearestNeighbor, 147, True }, +{ GEO_TYPE_ROTATE, 512, 512, 0, 0, xieValGeomNearestNeighbor, 193, True }, +{ GEO_TYPE_ROTATE, 512, 512, 0, 0, xieValGeomNearestNeighbor, 311, True }, +{ GEO_TYPE_MIRRORX, 512, 512, 0, 0, xieValGeomNearestNeighbor, 0, True }, +{ GEO_TYPE_MIRRORY, 512, 512, 0, 0, xieValGeomNearestNeighbor, 0, True }, +{ GEO_TYPE_MIRRORXY, 512, 512, 0, 0, xieValGeomNearestNeighbor, 0, True }, +{ GEO_TYPE_CROP, 256, 256, 256, 256, xieValGeomNearestNeighbor, 0, True }, +{ GEO_TYPE_SCALE, 128, 128, 0, 0, xieValGeomNearestNeighbor, 0, True }, +{ GEO_TYPE_SCALE, 256, 256, 0, 0, xieValGeomNearestNeighbor, 0, True }, +{ GEO_TYPE_SCALE, 256, 512, 0, 0, xieValGeomNearestNeighbor, 0, True }, +{ GEO_TYPE_SCALE, 512, 128, 0, 0, xieValGeomNearestNeighbor, 0, True }, +{ GEO_TYPE_SCALE, 256, 768, 0, 0, xieValGeomNearestNeighbor, 0, True }, +{ GEO_TYPE_SCALE, 128, 768, 0, 0, xieValGeomNearestNeighbor, 0, True }, +{ GEO_TYPE_ROTATE, 512, 512, 0, 0, xieValGeomAntialias, 12, True }, +{ GEO_TYPE_ROTATE, 512, 512, 0, 0, xieValGeomAntialias, 147, True }, +{ GEO_TYPE_ROTATE, 512, 512, 0, 0, xieValGeomAntialias, 193, True }, +{ GEO_TYPE_ROTATE, 512, 512, 0, 0, xieValGeomAntialias, 311, True }, +{ GEO_TYPE_MIRRORX, 512, 512, 0, 0, xieValGeomAntialias, 0, True }, +{ GEO_TYPE_MIRRORY, 512, 512, 0, 0, xieValGeomAntialias, 0, True }, +{ GEO_TYPE_MIRRORXY, 512, 512, 0, 0, xieValGeomAntialias, 0, True }, +{ GEO_TYPE_CROP, 256, 256, 256, 256, xieValGeomAntialias, 0, True }, +{ GEO_TYPE_SCALE, 128, 128, 0, 0, xieValGeomAntialias, 0, True }, +{ GEO_TYPE_SCALE, 256, 256, 0, 0, xieValGeomAntialias, 0, True }, +{ GEO_TYPE_SCALE, 256, 512, 0, 0, xieValGeomAntialias, 0, True }, +{ GEO_TYPE_SCALE, 512, 128, 0, 0, xieValGeomAntialias, 0, True }, +{ GEO_TYPE_SCALE, 256, 768, 0, 0, xieValGeomAntialias, 0, True }, +{ GEO_TYPE_SCALE, 128, 768, 0, 0, xieValGeomAntialias, 0, True }, +{ GEO_TYPE_SCALE, 512, 512, 0,0, xieValGeomNearestNeighbor, 0, True }, +{ GEO_TYPE_SCALE, 512, 512, 0,0, xieValGeomAntialias, 0, True }, +{ GEO_TYPE_SCALE, 512, 512, 0,0, xieValGeomNearestNeighbor, 0, True }, +{ GEO_TYPE_SCALE, 512, 512, 0,0, xieValGeomAntialias, 0, True }, +{ GEO_TYPE_SCALEDROTATE, 512, 512, 0,0,xieValGeomNearestNeighbor, 12, True }, +{ GEO_TYPE_SCALEDROTATE, 512, 512, 0,0,xieValGeomNearestNeighbor, 147, True }, +{ GEO_TYPE_SCALEDROTATE, 512, 512, 0,0,xieValGeomNearestNeighbor, 193, True }, +{ GEO_TYPE_SCALEDROTATE, 512, 512, 0,0,xieValGeomNearestNeighbor, 311, True }, +{ GEO_TYPE_SCALEDROTATE, 512, 512, 0,0,xieValGeomAntialias, 12, True }, +{ GEO_TYPE_SCALEDROTATE, 512, 512, 0,0,xieValGeomAntialias, 147, True }, +{ GEO_TYPE_SCALEDROTATE, 512, 512, 0,0,xieValGeomAntialias, 193, True }, +{ GEO_TYPE_SCALEDROTATE, 512, 512, 0,0,xieValGeomAntialias, 311, True }, +{ GEO_TYPE_ROTATE, 512, 512, 0, 0, xieValGeomBilinearInterp, 12, True }, +{ GEO_TYPE_ROTATE, 512, 512, 0, 0, xieValGeomBilinearInterp, 147, True }, +{ GEO_TYPE_ROTATE, 512, 512, 0, 0, xieValGeomBilinearInterp, 193, True }, +{ GEO_TYPE_ROTATE, 512, 512, 0, 0, xieValGeomBilinearInterp, 311, True }, +{ GEO_TYPE_MIRRORX, 512, 512, 0, 0, xieValGeomBilinearInterp, 0, True }, +{ GEO_TYPE_MIRRORY, 512, 512, 0, 0, xieValGeomBilinearInterp, 0, True }, +{ GEO_TYPE_MIRRORXY, 512, 512, 0, 0, xieValGeomBilinearInterp, 0, True }, +{ GEO_TYPE_CROP, 256, 256, 256, 256, xieValGeomBilinearInterp, 0, True }, +{ GEO_TYPE_SCALE, 128, 128, 0, 0, xieValGeomBilinearInterp, 0, True }, +{ GEO_TYPE_SCALE, 256, 256, 0, 0, xieValGeomBilinearInterp, 0, True }, +{ GEO_TYPE_SCALE, 256, 512, 0, 0, xieValGeomBilinearInterp, 0, True }, +{ GEO_TYPE_SCALE, 512, 128, 0, 0, xieValGeomBilinearInterp, 0, True }, +{ GEO_TYPE_SCALE, 256, 768, 0, 0, xieValGeomBilinearInterp, 0, True }, +{ GEO_TYPE_SCALE, 128, 768, 0, 0, xieValGeomBilinearInterp, 0, True }, +{ GEO_TYPE_SCALE, 512, 512, 0,0,xieValGeomAntialias, 0, False }, +}; + +static AbortParms AbortParmVec[] = { + { 256, 256 } + }; + +static AwaitParms AwaitParmVec[] = { + { 256, 256 } + }; + +static PasteUpParms PasteUpParmVec[] = { + { NoOverlap }, + { Overlap } + }; + +/* SingleBand Parameters for FunnyEncode tests with three EP elements */ + +XieOrientation SingleFillOrderThreeVec[ 3 ] = { xieValLSFirst, xieValMSFirst, xieValLSFirst }; +XieOrientation SinglePixelOrderThreeVec[ 3 ] = { xieValMSFirst, xieValLSFirst, xieValMSFirst }; +unsigned char SinglePixelStrideThreeVec[ 3 ] = { 8, 11, 13 }; +unsigned char SingleScanlinePadThreeVec[ 3 ] = { 0, 8, 16 }; + +/* TripleBand Parameters for FunnyEncode tests with three EP elements */ + +XieOrientation TripleFillOrderThreeVec[ 3 ] = { xieValLSFirst, xieValMSFirst, xieValLSFirst }; +XieOrientation TriplePixelOrderThreeVec[ 3 ] = { xieValMSFirst, xieValLSFirst, xieValMSFirst }; +unsigned char TriplePixelStrideThreeVec[ 9 ] = { 35, 37, 36, 37, 39, 41, 36, 35, 41 }; +unsigned char TripleScanlinePadThreeVec[ 9 ] = { 0, 8, 16, 16, 8, 8, 8, 8, 8 }; +XieOrientation TripleBandOrderThreeVec[ 3 ] = { xieValLSFirst, xieValMSFirst, xieValLSFirst }; +XieInterleave TripleInterleaveThreeVec[ 3 ] = { xieValBandByPixel, xieValBandByPlane, xieValBandByPixel }; + +static FunnyEncodeParms FunnyEncodeParmVec[] = { + { 3, SingleFillOrderThreeVec, SinglePixelOrderThreeVec, SinglePixelStrideThreeVec, SingleScanlinePadThreeVec, ( XieOrientation * ) NULL, ( XieInterleave * ) NULL, False, { 0, 0, 0 } }, + { 3, TripleFillOrderThreeVec, TriplePixelOrderThreeVec, ( unsigned char * ) TriplePixelStrideThreeVec, ( unsigned char * ) TripleScanlinePadThreeVec, ( XieOrientation * ) TripleBandOrderThreeVec, ( XieInterleave * ) TripleInterleaveThreeVec, False, { 0, 0, 0 } }, + { 3, TripleFillOrderThreeVec, TriplePixelOrderThreeVec, ( unsigned char * ) TriplePixelStrideThreeVec, ( unsigned char * ) TripleScanlinePadThreeVec, ( XieOrientation * ) TripleBandOrderThreeVec, ( XieInterleave * ) TripleInterleaveThreeVec, True, { 5, 10, 7 } }, + { 3, TripleFillOrderThreeVec, TriplePixelOrderThreeVec, ( unsigned char * ) TriplePixelStrideThreeVec, ( unsigned char * ) TripleScanlinePadThreeVec, ( XieOrientation * ) TripleBandOrderThreeVec, ( XieInterleave * ) TripleInterleaveThreeVec, True, { 7, 13, 11 } }, + { 3, SingleFillOrderThreeVec, SinglePixelOrderThreeVec, SinglePixelStrideThreeVec, SingleScanlinePadThreeVec, ( XieOrientation * ) NULL, ( XieInterleave * ) NULL, True, { 3, 0, 0 } }, +}; + +static PointParms PointParmVec[] = { + { False, 8, 8, DomainNone, 0, 0, 0, 0, 7 }, + { False, 1, 8, DomainNone, 0, 0, 0, 0, 7 }, + { False, 8, 1, DomainNone, 0, 0, 0, 0, 7 }, + { False, 8, 8, DomainROI, 100, 100, 256, 256, 7 }, + { True, 8, 8, DomainNone, 0, 0, 0, 0, 7 }, + { True, 1, 8, DomainNone, 0, 0, 0, 0, 7 }, + { True, 8, 1, DomainNone, 0, 0, 0, 0, 7 }, + { True, 8, 8, DomainROI, 100, 100, 256, 256, 7 }, + { False, 8, 8, DomainCtlPlane, 0, 0, 0, 0, 7 }, + { True, 8, 8, DomainCtlPlane, 0, 0, 0, 0, 7 }, + }; + +static TriplePointParms TriplePointParmVec[] = { + { DomainNone, 0, 0, 0, 0, XA_RGB_BEST_MAP, 0x7, xieValDitherDefault, 0 }, + { DomainNone, 0, 0, 0, 0, XA_RGB_DEFAULT_MAP, 0x7, xieValDitherDefault, 0 }, + }; + +/* Encode test configuration */ + +static XieEncodeUncompressedSingleParam encodeSingleParms[] = { + { xieValLSFirst, xieValLSFirst, 8, 0 } + }; + +static XieEncodeUncompressedTripleParam encodeTripleParms[] = { + { { 24, 24, 24 }, xieValLSFirst, { 0, 0, 0 }, xieValLSFirst, + xieValLSFirst, xieValBandByPixel } + }; + +static XieEncodeG31DParam encodeG31DParms[] = { + { True, True, xieValMSFirst } + }; + +static XieEncodeG32DParam encodeG32DParms[] = { + { False, False, True, xieValMSFirst, 2 } + }; + +static XieEncodeG42DParam encodeG42DParms[] = { + { False, True, xieValMSFirst } + }; + +static XieEncodeServerChoiceParam encodeChoiceParms[] = { + { xieValPreferDefault }, + { xieValPreferSpace }, + { xieValPreferTime }, + }; + +static unsigned char q_table[] = { + 16, 11, 10, 16, 24, 40, 51, 61, + 12, 12, 14, 19, 26, 58, 60, 55, + 14, 13, 16, 24, 40, 57, 69, 56, + 14, 17, 22, 29, 51, 87, 80, 62, + 18, 22, 37, 56, 68, 109, 103, 77, + 24, 35, 55, 64, 81, 104, 113, 92, + 49, 64, 78, 87, 103, 121, 120, 101, + 72, 92, 95, 98, 112, 100, 103, 99, + + 17, 18, 24, 47, 99, 99, 99, 99, + 18, 21, 26, 66, 99, 99, 99, 99, + 24, 26, 56, 99, 99, 99, 99, 99, + 47, 66, 99, 99, 99, 99, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99, + 99, 99, 99, 99, 99, 99, 99, 99 + }; + +#define NQ_TABLE 128 + +static unsigned char dc_table[] = { + 0, 1, 5, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, + 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, + + 0, 3, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, + 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11 + }; + +#define NDC_TABLE 56 + +static unsigned char ac_table[] = { + 0, 2, 1, 3, 3, 2, 4, 3, 5, 5, 4, 4, 0, 0, 1, 0x7d, + 0x01, 0x02, 0x03, 0x00, 0x04, 0x11, 0x05, 0x12, + 0x21, 0x31, 0x41, 0x06, 0x13, 0x51, 0x61, 0x07, + 0x22, 0x71, 0x14, 0x32, 0x81, 0x91, 0xa1, 0x08, + 0x23, 0x42, 0xb1, 0xc1, 0x15, 0x52, 0xd1, 0xf0, + 0x24, 0x33, 0x62, 0x72, 0x82, 0x09, 0x0a, 0x16, + 0x17, 0x18, 0x19, 0x1a, 0x25, 0x26, 0x27, 0x28, + 0x29, 0x2a, 0x34, 0x35, 0x36, 0x37, 0x38, 0x39, + 0x3a, 0x43, 0x44, 0x45, 0x46, 0x47, 0x48, 0x49, + 0x4a, 0x53, 0x54, 0x55, 0x56, 0x57, 0x58, 0x59, + 0x5a, 0x63, 0x64, 0x65, 0x66, 0x67, 0x68, 0x69, + 0x6a, 0x73, 0x74, 0x75, 0x76, 0x77, 0x78, 0x79, + 0x7a, 0x83, 0x84, 0x85, 0x86, 0x87, 0x88, 0x89, + 0x8a, 0x92, 0x93, 0x94, 0x95, 0x96, 0x97, 0x98, + 0x99, 0x9a, 0xa2, 0xa3, 0xa4, 0xa5, 0xa6, 0xa7, + 0xa8, 0xa9, 0xaa, 0xb2, 0xb3, 0xb4, 0xb5, 0xb6, + 0xb7, 0xb8, 0xb9, 0xba, 0xc2, 0xc3, 0xc4, 0xc5, + 0xc6, 0xc7, 0xc8, 0xc9, 0xca, 0xd2, 0xd3, 0xd4, + 0xd5, 0xd6, 0xd7, 0xd8, 0xd9, 0xda, 0xe1, 0xe2, + 0xe3, 0xe4, 0xe5, 0xe6, 0xe7, 0xe8, 0xe9, 0xea, + 0xf1, 0xf2, 0xf3, 0xf4, 0xf5, 0xf6, 0xf7, 0xf8, + 0xf9, 0xfa, + + 0, 2, 1, 2, 4, 4, 3, 4, 7, 5, 4, 4, 0, 1, 2, 0x77, + 0x00, 0x01, 0x02, 0x03, 0x11, 0x04, 0x05, 0x21, + 0x31, 0x06, 0x12, 0x41, 0x51, 0x07, 0x61, 0x71, + 0x13, 0x22, 0x32, 0x81, 0x08, 0x14, 0x42, 0x91, + 0xa1, 0xb1, 0xc1, 0x09, 0x23, 0x33, 0x52, 0xf0, + 0x15, 0x62, 0x72, 0xd1, 0x0a, 0x16, 0x24, 0x34, + 0xe1, 0x25, 0xf1, 0x17, 0x18, 0x19, 0x1a, 0x26, + 0x27, 0x28, 0x29, 0x2a, 0x35, 0x36, 0x37, 0x38, + 0x39, 0x3a, 0x43, 0x44, 0x45, 0x46, 0x47, 0x48, + 0x49, 0x4a, 0x53, 0x54, 0x55, 0x56, 0x57, 0x58, + 0x59, 0x5a, 0x63, 0x64, 0x65, 0x66, 0x67, 0x68, + 0x69, 0x6a, 0x73, 0x74, 0x75, 0x76, 0x77, 0x78, + 0x79, 0x7a, 0x82, 0x83, 0x84, 0x85, 0x86, 0x87, + 0x88, 0x89, 0x8a, 0x92, 0x93, 0x94, 0x95, 0x96, + 0x97, 0x98, 0x99, 0x9a, 0xa2, 0xa3, 0xa4, 0xa5, + 0xa6, 0xa7, 0xa8, 0xa9, 0xaa, 0xb2, 0xb3, 0xb4, + 0xb5, 0xb6, 0xb7, 0xb8, 0xb9, 0xba, 0xc2, 0xc3, + 0xc4, 0xc5, 0xc6, 0xc7, 0xc8, 0xc9, 0xca, 0xd2, + 0xd3, 0xd4, 0xd5, 0xd6, 0xd7, 0xd8, 0xd9, 0xda, + 0xe2, 0xe3, 0xe4, 0xe5, 0xe6, 0xe7, 0xe8, 0xe9, + 0xea, 0xf2, 0xf3, 0xf4, 0xf5, 0xf6, 0xf7, 0xf8, + 0xf9, 0xfa + }; + +#define NAC_TABLE 356 + +static XieEncodeJPEGBaselineParam encodeJPEGBaselineParms[] = { + { xieValBandByPixel, xieValLSFirst, { 1, 1, 1 }, { 1, 1, 1 }, ( char * ) NULL, 0, ( char * ) NULL, + 0, ( char * ) NULL, 0 }, + { xieValBandByPixel, xieValMSFirst, { 1, 1, 1 }, { 1, 1, 1 }, ( char * ) q_table, NQ_TABLE, + ( char * ) ac_table, NAC_TABLE, ( char * ) dc_table, + NDC_TABLE }, + { xieValBandByPlane, xieValLSFirst, { 1, 1, 1 }, { 1, 1, 1 }, ( char * ) NULL, 0, ( char * ) NULL, + 0, ( char * ) NULL, 0 } + }; + +static XieEncodeTIFF2Param encodeTIFF2Parms[] = { + { xieValMSFirst, False } + }; + +static XieEncodeTIFFPackBitsParam encodeTIFFPackBitsParms[] = { + { xieValMSFirst } + }; + +static EncodeParms EncodeParmVec[] = { + { xieValEncodeG31D, ( char * ) &encodeG31DParms[0], False, 0 }, + { xieValEncodeG32D, ( char * ) &encodeG32DParms[0], False, 0 }, + { xieValEncodeG42D, ( char * ) &encodeG42DParms[0], False, 0 }, + { xieValEncodeTIFF2, ( char * ) &encodeTIFF2Parms[0], False, 0 }, + { xieValEncodeTIFFPackBits, ( char * ) &encodeTIFFPackBitsParms[0], False, 0 }, + { xieValEncodeUncompressedSingle, ( char * ) &encodeSingleParms[0], False, 0 }, + { xieValEncodeUncompressedTriple, ( char * ) &encodeTripleParms[0], False, 0 }, + { xieValEncodeJPEGBaseline, ( char * ) &encodeJPEGBaselineParms[0], False, 0 }, + { xieValEncodeG31D, ( char * ) &encodeG31DParms[0], True, 0 }, + { xieValEncodeG32D, ( char * ) &encodeG32DParms[0], True, 0 }, + { xieValEncodeG42D, ( char * ) &encodeG42DParms[0], True, 0 }, + { xieValEncodeTIFF2, ( char * ) &encodeTIFF2Parms[0], True, 0 }, + { xieValEncodeTIFFPackBits, ( char * ) &encodeTIFFPackBitsParms[0], True, 0 }, + { xieValEncodeUncompressedSingle, ( char * ) &encodeSingleParms[0], True, 0 }, + { xieValEncodeUncompressedTriple, ( char * ) &encodeTripleParms[0], True, 0 }, + { xieValEncodeJPEGBaseline, ( char * ) &encodeJPEGBaselineParms[0], True, 0 }, + { xieValEncodeJPEGBaseline, ( char * ) &encodeJPEGBaselineParms[2], True, 30 }, + { xieValEncodeJPEGBaseline, ( char * ) &encodeJPEGBaselineParms[2], False, 30 }, + { xieValEncodeJPEGBaseline, ( char * ) &encodeJPEGBaselineParms[1], True, 30 }, + { xieValEncodeJPEGBaseline, ( char * ) &encodeJPEGBaselineParms[1], False, 30 }, + { xieValEncodeServerChoice, ( char * ) &encodeChoiceParms[0], False, 0 }, + { xieValEncodeServerChoice, ( char * ) &encodeChoiceParms[1], False, 0 }, + { xieValEncodeServerChoice, ( char * ) &encodeChoiceParms[2], False, 0 } +}; + +static ImportParms ImportParmVec[] = { + { NoObscure, 0 }, + { Obscuring, 0 }, + { Obscured, 0 }, + { ( int ) NULL, 10 }, /* ROIs */ + { ( int ) NULL, 100 }, + }; + +static LogicalParms LogicalParmVec[] = { + { { 0.0, 0.0, 0.0 }, GXclear, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXand, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXandReverse, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXcopy, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXandInverted, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXnoop, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXxor, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXor, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXnor, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXequiv, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXinvert, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXorReverse, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXcopyInverted, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXorInverted, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXnand, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXset, 7, DomainNone, 0 }, + { { 0.0, 0.0, 0.0 }, GXclear, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXand, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXandReverse, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXcopy, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXandInverted, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXnoop, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXxor, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXor, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXnor, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXequiv, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXinvert, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXorReverse, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXcopyInverted, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXorInverted, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXnand, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXset, 7, DomainROI, 5 }, + { { 0.0, 0.0, 0.0 }, GXclear, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXand, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXandReverse, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXcopy, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXandInverted, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXnoop, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXxor, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXor, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXnor, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXequiv, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXinvert, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXorReverse, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXcopyInverted, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXorInverted, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXnand, 7, DomainCtlPlane, 0 }, + { { 0.0, 0.0, 0.0 }, GXset, 7, DomainCtlPlane, 0 }, +}; + +static QueryParms QueryParmVec[] = { + { 0, 0, xieValDefault }, + { 0, 0, xieValAll }, + { 0, 0, xieValColorAlloc }, + { 0, 0, xieValConstrain }, + { 0, 0, xieValConvertFromRGB }, + { 0, 0, xieValConvertToRGB }, + { 0, 0, xieValConvolve }, + { 0, 0, xieValDecode }, + { 0, 0, xieValDither }, + { 0, 0, xieValEncode }, + { 0, 0, xieValGamut }, + { 0, 0, xieValGeometry }, + { 0, 0, xieValHistogram }, + { 0, 0, xieValWhiteAdjust }, + { 256, 256, ( XieTechniqueGroup ) NULL } +}; + +Test test[] = { + {"-ImportObscuredEvent","ImportObscured event", + InitEvents, DoImportObscuredEvent, NullProc, + EndEvents, VALL, 0, 0, + {1, CAPA_EVENT, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &EventParmVec[ 2 ] } }, + {"-ColorAllocEvent","ColorAlloc event", + InitEvents, DoColorAllocEvent, NullProc, + EndEvents, VALL, 0, 0, + {1, SUBSET_FULL | CAPA_EVENT, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &EventParmVec[ 0 ] } }, + {"-PhotofloDoneEvent","PhotofloDone event", + InitEvents, DoPhotofloDoneEvent, NullProc, + EndEvents, VALL, 0, 0, + {1, CAPA_EVENT, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &EventParmVec[ 3 ] } }, + {"-DecodeNotifyEvent","DecodeNotify event", + InitEvents, DoDecodeNotifyEvent, NullProc, + EndEvents, VALL, 0, 0, + {1, CAPA_EVENT, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &EventParmVec[ 1 ] } }, + {"-ExportAvailable","ExportAvailable event", + InitEvents, DoExportAvailableEvent, NullProc, + EndEvents, VALL, 0, 0, + {1, CAPA_EVENT, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &EventParmVec[ 4 ] } }, + {"-BadValue","BadValue error event", + InitErrors, DoBadValueError, NullProc, + EndErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 11 ] } }, + {"-LUTError","LUT error event", + InitErrors, DoLUTError, NullProc, + EndErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 0 ] } }, + {"-FloLUTError","FloLUT error event", + InitFloErrors, DoErrors, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 2 ] } }, + {"-PhotomapError","Photomap error event", + InitErrors, DoPhotomapError, NullProc, + EndErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 3 ] } }, + {"-ROIError","ROI error event", + InitErrors, DoROIError, NullProc, + EndErrors, VALL, 0, 0, + {1, SUBSET_FULL | CAPA_ERROR, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 4 ] } }, + {"-ColorListError","ColorList error event", + InitErrors, DoColorListError, NullProc, + EndErrors, VALL, 0, 0, + {1, CAPA_ERROR | SUBSET_FULL, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 5 ] } }, + {"-PhotospaceError","Photospace error event", + InitErrors, DoPhotospaceError, NullProc, + EndErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 6 ] } }, + {"-FloROIError","FloROI error event", + InitFloErrors, DoErrors, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR | SUBSET_FULL, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 12 ] } }, + {"-FloIDError","FloID error event", + InitFloErrors, DoFloIDError, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 13 ] } }, + {"-FloOperatorError","FloOperator error event", + InitFloErrors, DoErrors, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 14 ] } }, + {"-FloSourceError","FloSource error event", + InitFloErrors, DoFloErrorImmediate, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 15 ] } }, + {"-FloPhotomapError","FloPhotomap error event", + InitFloErrors, DoErrors, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, + { NULL, NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 16 ] } }, + {"-FloDrawableError","FloDrawable error event", + InitFloErrors, DoErrors, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 17 ] } }, + {"-FloGCError","FloGC error event", + InitFloErrors, DoErrors, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 18 ] } }, + {"-FloElementError","FloElement error event", + InitFloErrors, DoFloElementError, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 19 ] } }, + {"-FloColorListError","FloColorList error event", + InitFloErrors, DoErrors, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR | SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 20 ] } }, + {"-FloDomainError","FloDomain error event", + InitFloErrors, DoErrors, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 21 ] } }, + {"-FloColormapError","FloColormap error event", + InitFloErrors, DoErrors, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR | SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 22 ] } }, + {"-FloAccessError","FloAccess error event", + InitFloErrors, DoErrors, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 7 ] } }, + {"-FloMatchError","FloMatch error event", + InitFloErrors, DoErrors, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 23 ] } }, + {"-FloTechniqueError","FloTechnique error event", + InitFloErrors, DoFloErrorImmediate, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 24 ] } }, + {"-FloValueError","FloValue error event", + InitFloErrors, DoErrors, NullProc, + EndFloErrors, VALL, 0, 0, + {1, CAPA_ERROR, 2048, + { NULL, NULL, NULL, NULL }, + ( XPointer ) &ErrorParmVec[ 25 ] } }, + {"-ColorList","XieCreateColorList/XieDestroyColorList", + InitCreateDestroy, DoCreateDestroyColorList, NullProc, + EndCreateDestroy, VALL, 0, 0, + {1, SUBSET_FULL, 0, + { NULL, NULL, NULL, NULL }, ( XPointer ) NULL } }, + {"-LUT","XieCreateLUT/XieDestroyLUT", + InitCreateDestroy, DoCreateDestroyLUT, NullProc, + EndCreateDestroy, VALL, 0, 0, + {1, 0, 0, + { NULL, NULL, NULL, NULL }, ( XPointer ) NULL } }, + {"-Photomap","XieCreatePhotomap/XieDestroyPhotomap", + InitCreateDestroy, DoCreateDestroyPhotomap, NullProc, + EndCreateDestroy, VALL, 0, 0, + {1, 0, 0, + { NULL, NULL, NULL, NULL }, ( XPointer ) NULL } }, + {"-ROI","XieCreateROI/XieDestroyROI", + InitCreateDestroy, DoCreateDestroyROI, NullProc, + EndCreateDestroy, VALL, 0, 0, + {1, SUBSET_FULL, 0, + { NULL, NULL, NULL, NULL }, ( XPointer ) NULL } }, + {"-Photospace","XieCreatePhotospace/XieDestroyPhotospace", + InitCreateDestroy, DoCreateDestroyPhotospace, NullProc, + EndCreateDestroy, VALL, 0, 0, + {1, 0, 0, + { NULL, NULL, NULL, NULL }, ( XPointer ) NULL } }, + {"-Photoflo","XieCreatePhotoflo/XieDestroyPhotoflo size 2", + InitCreateDestroyPhotoflo, DoCreateDestroyPhotoflo, NullProc, + EndCreateDestroyPhotoflo, VALL, 0, 0, + {1, 0, 2048, + { NULL, NULL, NULL, NULL }, ( XPointer ) NULL } }, + {"-QueryPhotomap","XieQueryPhotomap", + InitQueryPhotomap, DoQueryPhotomap, NullProc, + EndQueryPhotomap, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, ( XPointer ) NULL } }, + {"-QueryColorList","XieQueryColorList", + InitQueryColorList, DoQueryColorList, NullProc, + EndQueryColorList, VALL, 0, 0, + {1, SUBSET_FULL, 0, + { NULL, NULL, NULL, NULL }, ( XPointer ) NULL } }, + {"-QueryTechniquesDefault","XieQueryTechniques Default", + InitQueryTechniques, DoQueryTechniques, NullProc, + EndQueryTechniques, VALL, 0, 0, + {1, 0, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 0 ] } }, + {"-QueryTechniquesAll","XieQueryTechniques All", + InitQueryTechniques, DoQueryTechniques, NullProc, + EndQueryTechniques, VALL, 0, 0, + {1, 0, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 1 ] } }, + {"-QueryTechniquesColorAlloc","XieQueryTechniques ColorAlloc", + InitQueryTechniques, DoQueryTechniques, NullProc, + EndQueryTechniques, VALL, 0, 0, + {1, SUBSET_FULL, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 2 ] } }, + {"-QueryTechniquesConstrain","XieQueryTechniques Constrain", + InitQueryTechniques, DoQueryTechniques, NullProc, + EndQueryTechniques, VALL, 0, 0, + {1, SUBSET_FULL, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 3 ] } }, + {"-QueryTechniquesConvertFromRGB","XieQueryTechniques ConvertFromRGB", + InitQueryTechniques, DoQueryTechniques, NullProc, + EndQueryTechniques, VALL, 0, 0, + {1, SUBSET_FULL, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 4 ] } }, + {"-QueryTechniquesConvertToRGB","XieQueryTechniques ConvertToRGB", + InitQueryTechniques, DoQueryTechniques, NullProc, + EndQueryTechniques, VALL, 0, 0, + {1, SUBSET_FULL, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 5 ] } }, + {"-QueryTechniquesConvolve","XieQueryTechniques Convolve", + InitQueryTechniques, DoQueryTechniques, NullProc, + EndQueryTechniques, VALL, 0, 0, + {1, SUBSET_FULL, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 6 ] } }, + {"-QueryTechniquesDecode","XieQueryTechniques Decode", + InitQueryTechniques, DoQueryTechniques, NullProc, + EndQueryTechniques, VALL, 0, 0, + {1, 0, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 7 ] } }, + {"-QueryTechniquesDither","XieQueryTechniques Dither", + InitQueryTechniques, DoQueryTechniques, NullProc, + EndQueryTechniques, VALL, 0, 0, + {1, SUBSET_FULL, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 8 ] } }, + {"-QueryTechniquesEncode","XieQueryTechniques Encode", + InitQueryTechniques, DoQueryTechniques, NullProc, + EndQueryTechniques, VALL, 0, 0, + {1, 0, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 9 ] } }, + {"-QueryTechniquesGamut","XieQueryTechniques Gamut", + InitQueryTechniques, DoQueryTechniques, NullProc, + EndQueryTechniques, VALL, 0, 0, + {1, SUBSET_FULL, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 10 ] } }, + {"-QueryTechniquesGeometry","XieQueryTechniques Geometry", + InitQueryTechniques, DoQueryTechniques, NullProc, + EndQueryTechniques, VALL, 0, 0, + {1, 0, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 11 ] } }, + {"-QueryTechniquesHistogram","XieQueryTechniques Histogram", + InitQueryTechniques, DoQueryTechniques, NullProc, + EndQueryTechniques, VALL, 0, 0, + {1, SUBSET_FULL, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 12 ] } }, + {"-QueryTechniquesWhiteAdjust","XieQueryTechniques WhiteAdjust", + InitQueryTechniques, DoQueryTechniques, NullProc, + EndQueryTechniques, VALL, 0, 0, + {1, SUBSET_FULL, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 13 ] } }, + {"-QueryPhotoflo","XieQueryPhotoflo", + InitQueryPhotoflo, DoQueryPhotoflo, NullProc, + EndQueryPhotoflo, VALL, 0, 0, + {1, 0, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &QueryParmVec[ 14 ] } }, + {"-PurgeColorList","XiePurgeColorList", + InitPurgeColorList, DoPurgeColorList, NullProc, + EndPurgeColorList, VALL, 0, 0, + {1, SUBSET_FULL, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-Abort","XieAbort", + InitAbort, DoAbort, NullProc, + EndAbort, VALL, 0, 0, + {1, 0, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &AbortParmVec[ 0 ] } }, + {"-Await","XieAwait", + InitAwait, DoAwait, NullProc, + EndAwait, VALL, 0, 0, + {1, 0, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &AwaitParmVec[ 0 ] } }, + {"-importclientlut1","ICL/EL", + InitImportClientLUT, DoImportClientLUT, NullProc, + EndImportClientLUT, VALL, 0, 0, + {1, 0, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-importclientphoto1","ICP/EP UncompressedSingle", + InitImportClientPhoto, DoImportClientPhoto, NullProc, + EndImportClientPhoto, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-importclientphoto3","ICP/EP UncompressedTriple", + InitImportClientPhoto, DoImportClientPhoto, NullProc, + EndImportClientPhoto, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-importclientphoto4","ICP/EP G31D", + InitImportClientPhoto, DoImportClientPhoto, NullProc, + EndImportClientPhoto, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 7 ], NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-importclientphoto5","ICP/EP G32D", + InitImportClientPhoto, DoImportClientPhoto, NullProc, + EndImportClientPhoto, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 6 ], NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-importclientphoto6","ICP/EP G42D", + InitImportClientPhoto, DoImportClientPhoto, NullProc, + EndImportClientPhoto, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 4 ], NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-importclientphoto7","ICP/EP TIFF2", + InitImportClientPhoto, DoImportClientPhoto, NullProc, + EndImportClientPhoto, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 9 ], NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-importclientphoto8","ICP/EP TIFFPackBits", + InitImportClientPhoto, DoImportClientPhoto, NullProc, + EndImportClientPhoto, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 8 ], NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-importclientphoto9","ICP/ED UncompressedSingle", + InitImportClientPhotoExportDrawable, DoImportClientPhoto, + NullProc, EndImportClientPhoto, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-importclientroi1","ICR/ER 10 rectangles", + InitImportClientROI, DoImportClientROI, NullProc, + EndImportClientROI, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ImportClParmVec[0] } }, + {"-importclientroi2","ICR/ER 100 rectangles", + InitImportClientROI, DoImportClientROI, NullProc, + EndImportClientROI, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ImportClParmVec[1] } }, + {"-encodephoto1","IP/EP IP/(BC)/ED G31D", + InitEncodePhotomap, DoEncodePhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 13 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 0 ] } }, + {"-encodephoto2","IP/EP IP/(BC)/ED G32D", + InitEncodePhotomap, DoEncodePhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 13 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 1 ] } }, + {"-encodephoto3","IP/EP IP/(BC)/ED G42D", + InitEncodePhotomap, DoEncodePhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 13 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 2 ] } }, + {"-encodephoto4","IP/EP IP/(BC)/ED TIFF2", + InitEncodePhotomap, DoEncodePhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 13 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 3 ] } }, + {"-encodephoto5","IP/EP IP/(BC)/ED TiffPackbits", + InitEncodePhotomap, DoEncodePhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 13 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 4 ] } }, + {"-encodephoto6","IP/EP IP/(BC)/ED UncompressedSingle", + InitEncodePhotomap, DoEncodePhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 5 ] } }, + {"-encodephoto7","IP/EP IP/(BC)/ED UncompressedTriple", + InitEncodePhotomap, DoEncodePhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 10 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 6 ] } }, + {"-encodephoto8","IP/EP IP/(BC)/ED JPEG TripleBand", + InitEncodePhotomap, DoEncodePhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 10 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 7 ] } }, + {"-encodephoto9","IP/EP IP/(BC)/ED JPEG SingleBand", + InitEncodePhotomap, DoEncodePhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 1 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 7 ] } }, + {"-encodephoto10","IP/EP IP/(BC)/ED JPEG TripleBand Tables", + InitEncodePhotomap, DoEncodePhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 10 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 19 ] } }, + {"-encodephoto11","IP/EP IP/(BC)/ED JPEG SingleBand Tables", + InitEncodePhotomap, DoEncodePhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 1 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 19 ] } }, + {"-encodephoto12","IP/EP IP/(BC)/ED ServerChoice Default", + InitEncodePhotomap, DoEncodePhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 13 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 20 ] } }, + {"-encodephoto13","IP/EP IP/(BC)/ED ServerChoice Space", + InitEncodePhotomap, DoEncodePhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 13 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 21 ] } }, + {"-encodephoto14","IP/EP IP/(BC)/ED ServerChoice Time", + InitEncodePhotomap, DoEncodePhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 13 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 22 ] } }, + {"-encodeclientphoto1","IP/ECP ICP/(BC)/ED G31D", + InitEncodePhotomap, DoEncodeClientPhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 13 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 8 ] } }, + {"-encodeclientphoto2","IP/ECP ICP/(BC)/ED G32D", + InitEncodePhotomap, DoEncodeClientPhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 13 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 9 ] } }, + {"-encodeclientphoto3","IP/ECP ICP/(BC)/ED G42D", + InitEncodePhotomap, DoEncodeClientPhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 13 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 10 ] } }, + {"-encodeclientphoto4","IP/ECP ICP/(BC)/ED TIFF2", + InitEncodePhotomap, DoEncodeClientPhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 13 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 11 ] } }, + {"-encodeclientphoto5","IP/ECP ICP/(BC)/ED TiffPackbits", + InitEncodePhotomap, DoEncodeClientPhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 13 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 12 ] } }, + {"-encodeclientphoto6","IP/ECP ICP/(BC)/ED UncompressedSingle", + InitEncodePhotomap, DoEncodeClientPhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 13 ] } }, + {"-encodeclientphoto7","IP/ECP ICP/(BC)/ED UncompressedTriple", + InitEncodePhotomap, DoEncodeClientPhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 10 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 14 ] } }, + {"-encodeclientphoto8","IP/ECP ICP/(BC)/ED JPEG TripleBand ByPixel", + InitEncodePhotomap, DoEncodeClientPhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 10 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 15 ] } }, + {"-encodeclientphoto9","IP/ECP ICP/(BC)/ED JPEG SingleBand", + InitEncodePhotomap, DoEncodeClientPhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 1 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 16 ] } }, + {"-encodeclientphoto10","IP/ECP ICP/(BC)/ED JPEG TripleBand ByPixel Tables", + InitEncodePhotomap, DoEncodeClientPhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 10 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 18 ] } }, + {"-encodeclientphoto11","IP/ECP ICP/(BC)/ED JPEG SingleBand Tables", + InitEncodePhotomap, DoEncodeClientPhotomap, NullProc, + EndEncodePhotomap, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 1 ], NULL, NULL, NULL }, + ( XPointer ) &EncodeParmVec[ 18 ] } }, + {"-exportclientlut1","IL/ECL", + InitExportClientLUT, DoExportClientLUT, NullProc, + EndExportClientLUT, VALL, 0, 0, + {1, 0, 2048, { NULL, NULL, NULL, NULL }, ( XPointer ) NULL } }, + {"-exportclientroi1","IR/ECR 10 rectangles", + InitExportClientROI, DoExportClientROI, NullProc, + EndExportClientROI, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ExportClParmVec[0] } }, + {"-exportclientroi2","IR/ECR 100 rectangles", + InitExportClientROI, DoExportClientROI, NullProc, + EndExportClientROI, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ExportClParmVec[1] } }, + {"-exportclienthistogram1","IP/ECH Image 1", + InitExportClientHistogram, DoExportClientHistogram, NullProc, + EndExportClientHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-exportclienthistogram2","IP/ECH Image 2", + InitExportClientHistogram, DoExportClientHistogram, NullProc, + EndExportClientHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-exportclienthistogram3","IP/ECH Image 3", + InitExportClientHistogram, DoExportClientHistogram, NullProc, + EndExportClientHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-exportclienthistogram4","IP/ECH Image 4", + InitExportClientHistogram, DoExportClientHistogram, NullProc, + EndExportClientHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 5 ], NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-exportclienthistogramroi1","IP/IR/ECH ROI Image 1", + InitExportClientHistogram, DoExportClientHistogram, NullProc, + EndExportClientHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ExportClParmVec[ 2 ] } }, + {"-exportclienthistogramroi2","IP/IR/ECH ROI Image 2", + InitExportClientHistogram, DoExportClientHistogram, NullProc, + EndExportClientHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &ExportClParmVec[ 2 ] } }, + {"-exportclienthistogramroi3","IP/IR/ECH ROI Image 3", + InitExportClientHistogram, DoExportClientHistogram, NullProc, + EndExportClientHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &ExportClParmVec[ 2 ] } }, + {"-exportclienthistogramroi4","IP/IR/ECH ROI Image 4", + InitExportClientHistogram, DoExportClientHistogram, NullProc, + EndExportClientHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 5 ], NULL, NULL, NULL }, + ( XPointer ) &ExportClParmVec[ 2 ] } }, + {"-exportclienthistogramcplane1","IP/IP/ECH Control Plane Image 1", + InitExportClientHistogram, DoExportClientHistogram, NullProc, + EndExportClientHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ExportClParmVec[ 3 ] } }, + {"-exportclienthistogramcplane2","IP/IR/ECH Control Plane Image 2", + InitExportClientHistogram, DoExportClientHistogram, NullProc, + EndExportClientHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &ExportClParmVec[ 3 ] } }, + {"-exportclienthistogramcplane3","IP/IR/ECH Control Plane Image 3", + InitExportClientHistogram, DoExportClientHistogram, NullProc, + EndExportClientHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &ExportClParmVec[ 3 ] } }, + {"-exportclienthistogramcplane4","IP/IR/ECH Control Plane Image 4", + InitExportClientHistogram, DoExportClientHistogram, NullProc, + EndExportClientHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 5 ], NULL, NULL, NULL }, + ( XPointer ) &ExportClParmVec[ 3 ] } }, + {"-importlut1","IL/EL src = dest", + InitImportLUT, DoImportLUT, NullProc, + EndImportLUT, VALL, 0, 0, + {1, 0, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-importphoto1","IP/EP 512x512x8 src = dest", + InitImportPhoto, DoImportPhoto, NullProc, + EndImportPhoto, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-importphoto2","IP/ED 512x512x8", + InitImportPhotoExportDrawable, DoImportPhoto, NullProc, + EndImportPhoto, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) NULL } }, + {"-importroi1","IR/ER 10 rectangles src = dest", + InitImportROI, DoImportROI, NullProc, + EndImportROI, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ImportParmVec[ 3 ] } }, + {"-importroi2","IR/ER 100 rectangles src = dest", + InitImportROI, DoImportROI, NullProc, + EndImportROI, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { NULL, NULL, NULL, NULL }, + ( XPointer ) &ImportParmVec[ 4 ] } }, + {"-importdrawable1","ID/ED 600x600x8 - Pixmap src, window dest", + InitImportDrawablePixmap, DoImportDrawablePixmap, NullProc, + EndImportDrawablePixmap, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ImportParmVec[0] } }, + {"-importdrawable2","ID/ED 600x600x8 src = dest, Window", + InitImportDrawableWindow, DoImportDrawableWindow, NullProc, + EndImportDrawableWindow, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ImportParmVec[0] } }, + {"-importdrawable3","ID/ED 600x600x8 - Window src, dest obscuring", + InitImportDrawableWindow, DoImportDrawableWindow, NullProc, + EndImportDrawableWindow, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ImportParmVec[2] } }, + {"-importdrawable4","ID/ED 600x600x8 - Window src, dest obscured", + InitImportDrawableWindow, DoImportDrawableWindow, NullProc, + EndImportDrawableWindow, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ImportParmVec[1] } }, + {"-importdrawable5","IDP/EDP 600x600x8 src = dest, Pixmap src", + InitImportDrawablePlanePixmap, DoImportDrawablePlanePixmap, + NullProc, EndImportDrawablePixmap, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ImportParmVec[0] } }, + {"-importdrawable6","IDP/EDP 600x600x8 src = dest, Window src", + InitImportDrawablePlaneWindow, DoImportDrawablePlaneWindow, + NullProc, EndImportDrawableWindow, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ImportParmVec[0] } }, + {"-importdrawable7","IDP/EDP 600x600x8 - Window src, dest obscuring", + InitImportDrawablePlaneWindow, DoImportDrawablePlaneWindow, + NullProc, EndImportDrawableWindow, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ImportParmVec[2] } }, + {"-importdrawable8","IDP/EDP 600x600x8 - Window src, dest obscured", + InitImportDrawablePlaneWindow, DoImportDrawablePlaneWindow, + NullProc, EndImportDrawableWindow, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ImportParmVec[1] } }, + {"-constrain1","Constrain HardClip IP/C/ED 512x512x8", + InitConstrain, DoConstrain, NullProc, + EndConstrain, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ConstrainParmVec[0] } }, + {"-constrain2","Constrain ClipScale IP/C/ED 512x512x8", + InitConstrain, DoConstrain, NullProc, + EndConstrain, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ConstrainParmVec[1] } }, + {"-constrainphoto1","Constrain HardClip IP/C/EP 512x512x8", + InitConstrain, DoConstrain, NullProc, + EndConstrain, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ConstrainParmVec[3] } }, + {"-constrainphoto2","Constrain ClipScale IP/C/EP 512x512x8", + InitConstrain, DoConstrain, NullProc, + EndConstrain, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ConstrainParmVec[4] } }, + {"-convolve1","Convolve IP/C/ED Boxcar 3x3 Default Technique", + InitConvolve, DoConvolve, NullProc, + EndConvolve, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ConvolveParmVec[0] } }, + {"-convolve2","Convolve IP/C/ED Boxcar 5x5 Default Technique", + InitConvolve, DoConvolve, NullProc, + EndConvolve, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ConvolveParmVec[1] } }, + {"-convolve3","Convolve IP/C/ED LaPlacian 3x3 Default Technique", + InitConvolve, DoConvolve, NullProc, + EndConvolve, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ConvolveParmVec[2] } }, + {"-convolve4","Convolve IP/C/ED LaPlacian 5x5 Default Technique", + InitConvolve, DoConvolve, NullProc, + EndConvolve, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ConvolveParmVec[3] } }, + {"-convolveroi1","Convolve IP/C/ED ROI LaPlacian 3x3 Default Technique", + InitConvolve, DoConvolve, NullProc, + EndConvolve, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ConvolveParmVec[4] } }, + {"-convolveroi2","Convolve IP/C/ED ROI LaPlacian 5x5 Default Technique", + InitConvolve, DoConvolve, NullProc, + EndConvolve, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ConvolveParmVec[5] } }, + {"-convolvectlplane1","Convolve IP/C/ED ControlPlane LaPlacian 3x3 Default Technique", + InitConvolve, DoConvolve, NullProc, + EndConvolve, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ConvolveParmVec[6] } }, + {"-convolvectlplane2","Convolve IP/C/ED ControlPlane LaPlacian 5x5 Default Technique", + InitConvolve, DoConvolve, NullProc, + EndConvolve, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ConvolveParmVec[7] } }, + {"-math1","Math IP/U/M/M/C/ED HardClip sqrt, square", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[0] } }, + {"-math2","Math IP/U/M/M/C/ED HardClip square, sqrt", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[1] } }, + {"-math3","Math IP/U/M/M/C/ED HardClip exp, ln", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[2] } }, + {"-math4","Math IP/U/M/M/C/ED HardClip ln, exp", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[3] } }, + {"-math5","Math IP/U/M/C/ED ClipScale log2", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[4] } }, + {"-math6","Math IP/U/M/C/ED ClipScale log10", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[5] } }, + {"-math7","Math IP/M/M/ED No Clip sqrt, square", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[6] } }, + {"-mathroi1","Math ROI IP/IR/U/M/M/C/ED HardClip sqrt, square", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[7] } }, + {"-mathroi2","Math ROI IP/IR/U/M/M/C/ED HardClip square, sqrt", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[8] } }, + {"-mathroi3","Math ROI IP/IR/U/M/M/C/ED HardClip exp, ln", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[9] } }, + {"-mathroi4","Math ROI IP/IR/U/M/M/C/ED HardClip ln, exp", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[10] } }, + {"-mathroi5","Math ROI IP/IR/U/M/C/ED ClipScale log2", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[11] } }, + {"-mathroi6","Math ROI IP/IR/U/M/C/ED ClipScale log10", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[12] } }, + {"-mathroi7","Math ROI IP/IR/M/M/ED No Clip sqrt, square", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[13] } }, + {"-mathcplane1","Math Control Plane IP/IP/U/M/M/C/ED HardClip sqrt, square", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[14] } }, + {"-mathcplane2","Math Control Plane IP/IP/U/M/M/C/ED HardClip square, sqrt", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[15] } }, + {"-mathcplane3","Math Control Plane IP/IP/U/M/M/C/ED HardClip exp, ln", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[16] } }, + {"-mathcplane4","Math Control Plane IP/IP/U/M/M/C/ED HardClip ln, exp", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[17] } }, + {"-mathcplane5","Math Control Plane IP/IP/U/M/C/ED ClipScale log2", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[18] } }, + {"-mathcplane6","Math Control Plane IP/IP/U/M/C/ED ClipScale log10", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[19] } }, + {"-mathcplane7","Math Control Plane IP/IP/M/M/ED No Clip sqrt, square", + InitMath, DoMath, NullProc, + EndMath, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &MathParmVec[20] } }, + {"-arithmeticdyadic1","Arithmetic IP/A/ED Dyadic Add", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[0] } }, + {"-arithmeticdyadic2","Arithmetic IP/A/ED Dyadic Sub", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[1] } }, + {"-arithmeticdyadic3","Arithmetic IP/A/ED Dyadic SubRev", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[2] } }, + {"-arithmeticdyadic4","Arithmetic IP/A/ED Dyadic Min", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[6] } }, + {"-arithmeticdyadic5","Arithmetic IP/A/ED Dyadic Max", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[7] } }, + {"-arithmeticmonadic1","Arithmetic IP/A/ED Monadic Add 64", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[0] } }, + {"-arithmeticmonadic2","Arithmetic IP/A/ED Monadic Sub 64", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[1] } }, + {"-arithmeticmonadic3","Arithmetic IP/A/ED Monadic SubRev 250", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[2] } }, + {"-arithmeticmonadic4","Arithmetic IP/A/ED Monadic Mul 0.66", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[3] } }, + {"-arithmeticmonadic5","Arithmetic IP/A/ED Monadic Div 1.5", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[4] } }, + {"-arithmeticmonadic6","Arithmetic IP/A/ED Monadic DivRev 25500", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[5] } }, + {"-arithmeticmonadic7","Arithmetic IP/A/ED Monadic Min 128", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[6] } }, + {"-arithmeticmonadic8","Arithmetic IP/A/ED Monadic Max 128", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[7] } }, + {"-arithmeticmonadic9","Arithmetic IP/A/ED Monadic Gamma 1.1", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[8] } }, + {"-arithmeticdyadicroi1","Arithmetic IP/A/ED ROI Dyadic Add", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[9] } }, + {"-arithmeticdyadicroi2","Arithmetic IP/A/ED ROI Dyadic Sub", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[10] } }, + {"-arithmeticdyadicroi3","Arithmetic IP/A/ED ROI Dyadic SubRev", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[11] } }, + {"-arithmeticdyadicroi4","Arithmetic IP/A/ED ROI Dyadic Min", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[15] } }, + {"-arithmeticdyadicroi5","Arithmetic IP/A/ED ROI Dyadic Max", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[16] } }, + {"-arithmeticmonadicroi1","Arithmetic IP/A/ED ROI Monadic Add 64", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[9] } }, + {"-arithmeticmonadicroi2","Arithmetic IP/A/ED ROI Monadic Sub 64", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[10] } }, + {"-arithmeticmonadicroi3","Arithmetic IP/A/ED ROI Monadic SubRev 250", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[11] } }, + {"-arithmeticmonadicroi4","Arithmetic IP/A/ED ROI Monadic Mul 0.66", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[12] } }, + {"-arithmeticmonadicroi5","Arithmetic IP/A/ED ROI Monadic Div 1.5", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[13] } }, + {"-arithmeticmonadicroi6","Arithmetic IP/A/ED ROI Monadic DivRev 25500", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[14] } }, + {"-arithmeticmonadicroi7","Arithmetic IP/A/ED ROI Monadic Min 128", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[15] } }, + {"-arithmeticmonadicroi8","Arithmetic IP/A/ED ROI Monadic Max 128", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[16] } }, + {"-arithmeticmonadicroi9","Arithmetic IP/A/ED ROI Monadic Gamma 1.1", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[17] } }, + {"-arithmeticdyadiccplane1","Arithmetic IP/A/ED Control Plane Dyadic Add", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[37] } }, + {"-arithmeticdyadiccplane2","Arithmetic IP/A/ED Control Plane Dyadic Sub", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[38] } }, + {"-arithmeticdyadiccplane3","Arithmetic IP/A/ED Control Plane Dyadic SubRev", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[39] } }, + {"-arithmeticdyadiccplane4","Arithmetic IP/A/ED Control Plane Dyadic Min", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[43] } }, + {"-arithmeticdyadiccplane5","Arithmetic IP/A/ED Control Plane Dyadic Max", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[44] } }, + {"-arithmeticmonadiccplane1","Arithmetic IP/A/ED Control Plane Monadic Add 64", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[37] } }, + {"-arithmeticmonadiccplane2","Arithmetic IP/A/ED Control Plane Monadic Sub 64", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[38] } }, + {"-arithmeticmonadiccplane3","Arithmetic IP/A/ED Control Plane Monadic SubRev 250", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[39] } }, + {"-arithmeticmonadiccplane4","Arithmetic IP/A/ED Control Plane Monadic Mul 0.66", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[40] } }, + {"-arithmeticmonadiccplane5","Arithmetic IP/A/ED Control Plane Monadic Div 1.5", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[41] } }, + {"-arithmeticmonadiccplane6","Arithmetic IP/A/ED Control Plane Monadic DivRev 25500", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[42] } }, + {"-arithmeticmonadiccplane7","Arithmetic IP/A/ED Control Plane Monadic Min 128", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[43] } }, + {"-arithmeticmonadiccplane8","Arithmetic IP/A/ED Control Plane Monadic Max 128", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[44] } }, + {"-arithmeticmonadiccplane9","Arithmetic IP/A/ED Control Plane Monadic Gamma 1.1", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[45] } }, + {"-arithmeticfloatdyadic1","Arithmetic Unconstrained IP/U/A/C/ED Dyadic Add", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[18] } }, + {"-arithmeticfloatdyadic2","Arithmetic Unconstrained IP/U/A/C/ED Dyadic Sub", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[19] } }, + {"-arithmeticfloatdyadic3","Arithmetic Unconstrained IP/U/A/C/ED Dyadic SubRev", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[20] } }, + {"-arithmeticfloatdyadic4","Arithmetic Unconstrained IP/U/A/C/ED Dyadic Min", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[24] } }, + {"-arithmeticfloatdyadic5","Arithmetic Unconstrained IP/U/A/C/ED Dyadic Max", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[25] } }, + {"-arithmeticfloatmonadic1","Arithmetic Unconstrained IP/U/A/C/ED Monadic Add 64", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[18] } }, + {"-arithmeticfloatmonadic2","Arithmetic Unconstrained IP/U/A/C/ED Monadic Sub 64", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[19] } }, + {"-arithmeticfloatmonadic3","Arithmetic Unconstrained IP/U/A/C/ED Monadic SubRev 250", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[20] } }, + {"-arithmeticfloatmonadic4","Arithmetic Unconstrained IP/U/A/C/ED Monadic Mul 0.66", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[21] } }, + {"-arithmeticfloatmonadic5","Arithmetic Unconstrained IP/U/A/C/ED Monadic Div 1.5", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[22] } }, + {"-arithmeticfloatmonadic6","Arithmetic Unconstrained IP/U/A/C/ED Monadic DivRev 25500", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[23] } }, + {"-arithmeticfloatmonadic7","Arithmetic Unconstrained IP/U/A/C/ED Monadic Min 128", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[24] } }, + {"-arithmeticfloatmonadic8","Arithmetic Unconstrained IP/U/A/C/ED Monadic Max 128", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[25] } }, + {"-arithmeticfloatmonadic9","Arithmetic Unconstrained IP/U/A/C/ED Monadic Gamma 1.1", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[26] } }, + {"-arithmeticroifloatdyadic1","Arithmetic Unconstrained IP/U/A/C/ED ROI Dyadic Add", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[27] } }, + {"-arithmeticroifloatdyadic2","Arithmetic Unconstrained IP/U/A/C/ED ROI Dyadic Sub", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[28] } }, + {"-arithmeticroifloatdyadic3","Arithmetic Unconstrained IP/U/A/C/ED ROI Dyadic SubRev", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[29] } }, + {"-arithmeticroifloatdyadic4","Arithmetic Unconstrained IP/U/A/C/ED ROI Dyadic Min", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[33] } }, + {"-arithmeticroifloatdyadic5","Arithmetic Unconstrained IP/U/A/C/ED ROI Dyadic Max", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[34] } }, + {"-arithmeticroifloatmonadic1","Arithmetic Unconstrained IP/U/A/C/ED ROI Monadic Add 64", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[27] } }, + {"-arithmeticroifloatmonadic2","Arithmetic Unconstrained IP/U/A/C/ED ROI Monadic Sub 64", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[28] } }, + {"-arithmeticroifloatmonadic3","Arithmetic Unconstrained IP/U/A/C/ED ROI Monadic SubRev 250", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[29] } }, + {"-arithmeticroifloatmonadic4","Arithmetic Unconstrained IP/U/A/C/ED ROI Monadic Mul 0.66", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[30] } }, + {"-arithmeticroifloatmonadic5","Arithmetic Unconstrained IP/U/A/C/ED ROI Monadic Div 1.5", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[31] } }, + {"-arithmeticroifloatmonadic6","Arithmetic Unconstrained IP/U/A/C/ED ROI Monadic DivRev 25500", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[32] } }, + {"-arithmeticroifloatmonadic7","Arithmetic Unconstrained IP/U/A/C/ED ROI Monadic Min 128", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[33] } }, + {"-arithmeticroifloatmonadic8","Arithmetic Unconstrained IP/U/A/C/ED ROI Monadic Max 128", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[34] } }, + {"-arithmeticroifloatmonadic9","Arithmetic Unconstrained IP/U/A/C/ED ROI Monadic Gamma 1.1", + InitArithmetic, DoArithmetic, NullProc, + EndArithmetic, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ArithmeticParmVec[35] } }, + {"-band1","BandSelect IP/BS/BS/BS/BC/BE/ED Color visual, or IP/BS/D/ED Gray visual 1", + InitBandSelectExtract, DoBand, NullProc, + EndBandSelectExtract, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &BandParmVec[0] } }, + {"-band2","BandCombine IP/IP/IP/BC/BE/ED, BE coeffs = CCIR 601-1", + InitBandCombine, DoBand, NullProc, + EndBandCombine, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], &ImageInfo[ 5 ], NULL }, + ( XPointer ) &BandParmVec[2] } }, + {"-band3","BandExtract IP/BE/ED, Gray ramp, BE coeffs = CCIR 601-1", + InitBandColormap, DoBand, NullProc, + EndBandColormap, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &BandParmVec[3] } }, + {"-band4","BandExtract IP/BE/ED, RGB_BEST_MAP ( or RGB_GRAY_MAP )", + InitBandColormap, DoBand, NullProc, + EndBandColormap, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &BandParmVec[4] } }, + {"-band5","BandExtract IP/BE/ED, RGB_DEFAULT_MAP ( or RGB_GRAY_MAP )", + InitBandColormap, DoBand, NullProc, + EndBandColormap, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &BandParmVec[5] } }, + {"-comparedyadic1","Compare IP/CMP/EDP Dyadic LT", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[0] } }, + {"-comparedyadic2","Compare IP/CMP/EDP Dyadic LE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[1] } }, + {"-comparedyadic3","Compare IP/CMP/EDP Dyadic EQ", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[2] } }, + {"-comparedyadic4","Compare IP/CMP/EDP Dyadic NE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[3] } }, + {"-comparedyadic5","Compare IP/CMP/EDP Dyadic GE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[4] } }, + {"-comparedyadic6","Compare IP/CMP/EDP Dyadic GT", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[5] } }, + {"-comparemonadic1","Compare IP/CMP/EDP Monadic LT 128", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[0] } }, + {"-comparemonadic2","Compare IP/CMP/EDP Monadic LE 128", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[1] } }, + {"-comparemonadic3","Compare IP/CMP/EDP Monadic EQ 128", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[2] } }, + {"-comparemonadic4","Compare IP/CMP/EDP Monadic NE 128", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[3] } }, + {"-comparemonadic5","Compare IP/CMP/EDP Monadic GE 128", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[4] } }, + {"-comparemonadic6","Compare IP/CMP/EDP Monadic GT 128", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[5] } }, + {"-compareroidyadic1","Compare ROI IP/CMP/EDP Dyadic LT", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[6] } }, + {"-compareroidyadic2","Compare ROI IP/CMP/EDP Dyadic LE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[7] } }, + {"-compareroidyadic3","Compare ROI IP/CMP/EDP Dyadic EQ", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[8] } }, + {"-compareroidyadic4","Compare ROI IP/CMP/EDP Dyadic NE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[9] } }, + {"-compareroidyadic5","Compare ROI IP/CMP/EDP Dyadic GE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[10] } }, + {"-compareroidyadic6","Compare ROI IP/CMP/EDP Dyadic GT", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[11] } }, + {"-compareroimonadic1","Compare ROI IP/CMP/EDP Monadic 128 LT", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[6] } }, + {"-compareroimonadic2","Compare ROI IP/CMP/EDP Monadic 128 LE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[7] } }, + {"-compareroimonadic3","Compare ROI IP/CMP/EDP Monadic 128 EQ", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[8] } }, + {"-compareroimonadic4","Compare ROI IP/CMP/EDP Monadic 128 NE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[9] } }, + {"-compareroimonadic5","Compare ROI IP/CMP/EDP Monadic 128 GE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[10] } }, + {"-compareroimonadic6","Compare ROI IP/CMP/EDP Monadic 128 GT", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[11] } }, + {"-comparecplanedyadic1","Compare Control Plane IP/CMP/EDP Dyadic LT", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[12] } }, + {"-comparecplanedyadic2","Compare Control Plane IP/CMP/EDP Dyadic LE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[13] } }, + {"-comparecplanedyadic3","Compare Control Plane IP/CMP/EDP Dyadic EQ", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[14] } }, + {"-comparecplanedyadic4","Compare Control Plane IP/CMP/EDP Dyadic NE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[15] } }, + {"-comparecplanedyadic5","Compare Control Plane IP/CMP/EDP Dyadic GE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[16] } }, + {"-comparecplanedyadic6","Compare Control Plane IP/CMP/EDP Dyadic GT", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &CompareParmVec[17] } }, + {"-comparecplanemonadic1","Compare Control Plane IP/CMP/EDP Monadic 128 LT", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[12] } }, + {"-comparecplanemonadic2","Compare Control Plane IP/CMP/EDP Monadic 128 LE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[13] } }, + {"-comparecplanemonadic3","Compare Control Plane IP/CMP/EDP Monadic 128 EQ", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[14] } }, + {"-comparecplanemonadic4","Compare Control Plane IP/CMP/EDP Monadic 128 NE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[15] } }, + {"-comparecplanemonadic5","Compare Control Plane IP/CMP/EDP Monadic 128 GE", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[16] } }, + {"-comparecplanemonadic6","Compare Control Plane IP/CMP/EDP Monadic 128 GT", + InitCompare, DoCompare, NullProc, + EndCompare, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &CompareParmVec[17] } }, + {"-matchhistogram1","MatchHistogram IP/ED/MH/ED/ECH Flat Image 1", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[0] } }, + {"-matchhistogram2","MatchHistogram IP/ED/MH/ED/ECH Flat Image 2", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[0] } }, + {"-matchhistogram3","MatchHistogram IP/ED/MH/ED/ECH Flat Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL , NULL}, + ( XPointer ) &MatchHistogramParmVec[0] } }, + {"-matchhistogram4","MatchHistogram IP/ED/MH/ED/ECH Gaussian mean 64 sigma 32 Image 1", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[1] } }, + {"-matchhistogram5","MatchHistogram IP/ED/MH/ED/ECH Gaussian mean 64 sigma 32 Image 2", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[1] } }, + {"-matchhistogram6","MatchHistogram IP/ED/MH/ED/ECH Gaussian mean 64 sigma 32 Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[1] } }, + {"-matchhistogram7","MatchHistogram IP/ED/MH/ED/ECH Gaussian mean 128 sigma 64 Image 1", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[2] } }, + {"-matchhistogram8","MatchHistogram IP/ED/MH/ED/ECH Gaussian mean 128 sigma 64 Image 2", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[2] } }, + {"-matchhistogram9","MatchHistogram IP/ED/MH/ED/ECH Gaussian mean 128 sigma 64 Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[2] } }, + {"-matchhistogram10","MatchHistogram IP/ED/MH/ED/ECH Gaussian mean 192 sigma 32 Image 1", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[3] } }, + {"-matchhistogram11","MatchHistogram IP/ED/MH/ED/ECH Gaussian mean 192 sigma 32 Image 2", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[3] } }, + {"-matchhistogram12","MatchHistogram IP/ED/MH/ED/ECH Gaussian mean 192 sigma 32 Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[3] } }, + {"-matchhistogram13","MatchHistogram IP/ED/MH/ED/ECH Hyperbolic const 64 True Image 1", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[4] } }, + {"-matchhistogram14","MatchHistogram IP/ED/MH/ED/ECH Hyperbolic const 64 True Image 2", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[4] } }, + {"-matchhistogram15","MatchHistogram IP/ED/MH/ED/ECH Hyperbolic const 64 True Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL}, + ( XPointer ) &MatchHistogramParmVec[4] } }, + {"-matchhistogram16","MatchHistogram IP/ED/MH/ED/ECH Hyperbolic const 64 False Image 1", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[5] } }, + {"-matchhistogram17","MatchHistogram IP/ED/MH/ED/ECH Hyperbolic const 64 False Image 2", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[5] } }, + {"-matchhistogram18","MatchHistogram IP/ED/MH/ED/ECH Hyperbolic const 64 False Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[5] } }, + {"-matchhistogramroi1","MatchHistogram ROI IP/ED/MH/ED/ECH Flat Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[6] } }, + {"-matchhistogramroi2","MatchHistogram ROI IP/ED/MH/ED/ECH Gaussian mean 64 sigma 32 Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[7] } }, + {"-matchhistogramroi3","MatchHistogram ROI IP/ED/MH/ED/ECH Gaussian mean 128 sigma 64 Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[8] } }, + {"-matchhistogramroi4","MatchHistogram ROI IP/ED/MH/ED/ECH Gaussian mean 192 sigma 32 Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[9] } }, + {"-matchhistogramroi5","MatchHistogram ROI IP/ED/MH/ED/ECH Hyperbolic const 64 True Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[10] } }, + {"-matchhistogramroi6","MatchHistogram ROI IP/ED/MH/ED/ECH Hyperbolic const 64 True Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[11] } }, + {"-matchhistogramcplane1","MatchHistogram Control Plane IP/ED/MH/ED/ECH Flat Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[12] } }, + {"-matchhistogramcplane2","MatchHistogram Control Plane IP/ED/MH/ED/ECH Gaussian mean 64 sigma 32 Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[13] } }, + {"-matchhistogramcplane3","MatchHistogram Control Plane IP/ED/MH/ED/ECH Gaussian mean 128 sigma 64 Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[14] } }, + {"-matchhistogramcplane4","MatchHistogram Control Plane IP/ED/MH/ED/ECH Gaussian mean 192 sigma 32 Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[15] } }, + {"-matchhistogramcplane5","MatchHistogram Control Plane IP/ED/MH/ED/ECH Hyperbolic const 64 True Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[16] } }, + {"-matchhistogramcplane6","MatchHistogram Control Plane IP/ED/MH/ED/ECH Hyperbolic const 64 True Image 3", + InitMatchHistogram, DoMatchHistogram, NullProc, + EndMatchHistogram, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 2 ], NULL, NULL, NULL }, + ( XPointer ) &MatchHistogramParmVec[17] } }, + {"-unconstrain1","Unconstrain/Constrain ClipScale IP/UC/C/ED 512x512x8", + InitUnconstrain, DoUnconstrain, NullProc, + EndUnconstrain, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL}, + ( XPointer ) &UnconstrainParmVec[0] } }, + {"-pasteup1","PasteUp IP/P/ED 512x512x8", + InitPasteUp, DoPasteUp, NullProc, + EndPasteUp, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 1 ], NULL, NULL, NULL }, + ( XPointer ) &PasteUpParmVec[0] } }, + {"-pasteup2","PasteUp Overlapping tiles with constant fill IP/P/ED 512x512x8", + InitPasteUp, DoPasteUp, NullProc, + EndPasteUp, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 1 ], NULL, NULL, NULL }, + ( XPointer ) &PasteUpParmVec[1] } }, + {"-geometry1","Geometry Rotate 12 degrees NearestNeighbor IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[0] } }, + {"-geometry2","Geometry Rotate 147 degrees NearestNeighbor IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[1] } }, + {"-geometry3","Geometry Rotate 193 degrees Nearest Neighbor IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[2] } }, + {"-geometry4","Geometry Rotate 311 degrees Nearest Neighbor IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[3] } }, + {"-geometry5","Geometry Mirror X Nearest Neighbor IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[4] } }, + {"-geometry6","Geometry Mirror Y Nearest Neighbor IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[5] } }, + {"-geometry7","Geometry Mirror XY NearestNeighbor IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[6] } }, + {"-geometry8","Crop x=256, y=256, w=256, h=256 NearestNeighbor IP/G/ED", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[7] } }, + {"-geometry9","Scale NearestNeighbor 128x128 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[8] } }, + {"-geometry10","Scale NearestNeighbor 256x256 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[9] } }, + {"-geometry11","Scale NearestNeighbor 256x512 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[10] } }, + {"-geometry12","Scale NearestNeighbor 512x128 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[11] } }, + {"-geometry13","Scale NearestNeighbor 256x768 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[12] } }, + {"-geometry14","Scale NearestNeighbor 768x128 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[13] } }, + {"-geometry15","Geometry Rotate 12 degrees Antialias IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[14] } }, + {"-geometry16","Geometry Rotate 147 degrees Antialias IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[15] } }, + {"-geometry17","Geometry Rotate 193 degrees Antialias IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[16] } }, + {"-geometry18","Geometry Rotate 311 degrees Antialias IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[17] } }, + {"-geometry19","Geometry Mirror X Antialias IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[18] } }, + {"-geometry20","Geometry Mirror Y Antialias IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[19] } }, + {"-geometry21","Geometry Mirror XY Antialias IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[20] } }, + {"-geometry22","Crop x=256, y=256, w=256, h=256 Antialias IP/G/ED", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[21] } }, + {"-geometry23","Scale Antialias 128x128 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[22] } }, + {"-geometry24","Scale Antialias 256x256 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[23] } }, + {"-geometry25","Scale Antialias 256x512 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[24] } }, + {"-geometry26","Scale Antialias 512x128 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[25] } }, + {"-geometry27","Scale Antialias 256x768 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[26] } }, + {"-geometry28","Scale Antialias 768x128 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[27] } }, + {"-geometry29","Geometry Rotate 12 degrees Bilinear Interp IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[40] } }, + {"-geometry30","Geometry Rotate 147 degrees Bilinear Interp IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[41] } }, + {"-geometry31","Geometry Rotate 193 degrees Bilinear Interp IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[42] } }, + {"-geometry32","Geometry Rotate 311 degrees Bilinear Interp IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[43] } }, + {"-geometry33","Geometry Mirror X Bilinear Interp IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[44] } }, + {"-geometry34","Geometry Mirror Y Bilinear Interp IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[45] } }, + {"-geometry35","Geometry Mirror XY Bilinear Interp IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[46] } }, + {"-geometry36","Crop x=256, y=256, w=256, h=256 Bilinear Interp IP/G/ED", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[47] } }, + {"-geometry37","Scale Bilinear Interp 128x128 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[48] } }, + {"-geometry38","Scale Bilinear Interp 256x256 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[49] } }, + {"-geometry39","Scale Bilinear Interp 256x512 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[50] } }, + {"-geometry40","Scale Bilinear Interp 512x128 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[51] } }, + {"-geometry41","Scale Bilinear Interp 256x768 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[52] } }, + {"-geometry42","Scale Bilinear Interp 768x128 IP/G/ED 512x512x8", + InitGeometry, DoGeometry, NullProc, + EndGeometry, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 12 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[53] } }, + {"-geomg31dscale1","Geometry Scaled G31D FAX NearestNeighbor IP/G/ED 1728x1102", + InitGeometryFAX, DoGeometryFAX, NullProc, + EndGeometryFAX, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 7 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[28] } }, + {"-geomg31dscale2","Geometry Scaled G31D FAX AntiAlias IP/G/ED 1728x1102", + InitGeometryFAX, DoGeometryFAX, NullProc, + EndGeometryFAX, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 7 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[29] } }, + {"-geomtiffpbscale1","Geometry Scaled TIFFPackBits FAX NearestNeighbor IP/G/ED 1728x2132", + InitGeometryFAX, DoGeometryFAX, NullProc, + EndGeometryFAX, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 8 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[28] } }, + {"-geomtiffpbscale2","Geometry Scaled TIFFPackBits FAX AntiAlias IP/G/ED 1728x2132", + InitGeometryFAX, DoGeometryFAX, NullProc, + EndGeometryFAX, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 8 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[29] } }, + {"-geomtiff2scale1","Geometry Scaled TIFF2 FAX NearestNeighbor IP/G/ED 1728x2132", + InitGeometryFAX, DoGeometryFAX, NullProc, + EndGeometryFAX, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 9 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[28] } }, + {"-geomtiff2scale2","Geometry Scaled TIFF2 FAX AntiAlias IP/G/ED 1728x2132", + InitGeometryFAX, DoGeometryFAX, NullProc, + EndGeometryFAX, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 9 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[29] } }, + {"-geomg32dscale1","Geometry Scaled G32D FAX NearestNeighbor IP/G/ED 1728x2100", + InitGeometryFAX, DoGeometryFAX, NullProc, + EndGeometryFAX, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 6 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[28] } }, + {"-geomg32dscale2","Geometry Scaled G32D FAX AntiAlias IP/G/ED 1728x2100", + InitGeometryFAX, DoGeometryFAX, NullProc, + EndGeometryFAX, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 6 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[29] } }, + {"-geomg4scale1","Geometry Scaled G42D FAX NearestNeighbor IP/G/ED 2560x3300", + InitGeometryFAX, DoGeometryFAX, NullProc, + EndGeometryFAX, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 4 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[30] } }, + {"-geomg4scale2","Geometry Scaled G42D FAX AntiAlias IP/G/ED 2560x3300", + InitGeometryFAX, DoGeometryFAX, NullProc, + EndGeometryFAX, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 4 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[31] } }, + {"-geometryfax1","Geometry Scaled Rotate 12 degrees G42D FAX NearestNeighbor IP/G/ED 2560x3300", + InitGeometryFAX, DoGeometryFAX, NullProc, + EndGeometryFAX, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 4 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[32] } }, + {"-geometryfax2","Geometry Scaled Rotate 12 degrees G42D FAX Antialias IP/G/ED 2560x3300", + InitGeometryFAX, DoGeometryFAX, NullProc, + EndGeometryFAX, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 4 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[36] } }, + {"-geometryfaxradio1","Geometry Scaled G42D Antialias IP/G/ED 2560x3300 radio True", + InitGeometryFAX, DoGeometryFAX, NullProc, + EndGeometryFAX, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 4 ], NULL, NULL, NULL }, + ( XPointer ) &GeometryParmVec[54] } }, + {"-dither1","Dither diffusion IP/D/ED 512x512x8", + InitDither, DoDither, NullProc, + EndDither, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &DitherParmVec[ 0 ] } }, + {"-dither2","Dither diffusion IP/D/EDP 512x512x8", + InitDither, DoDither, NullProc, + EndDither, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &DitherParmVec[ 1 ] } }, + {"-dither3","Dither Ordered(4) IP/D/ED 512x512x8", + InitDither, DoDither, NullProc, + EndDither, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &DitherParmVec[ 2 ] } }, + {"-dither4","Dither Ordered(4) IP/D/EDP 512x512x8", + InitDither, DoDither, NullProc, + EndDither, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &DitherParmVec[ 3 ] } }, + {"-dither5","Dither Ordered(8) IP/D/ED 512x512x8", + InitDither, DoDither, NullProc, + EndDither, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &DitherParmVec[ 4 ] } }, + {"-dither6","Dither Ordered(8) IP/D/EDP 512x512x8", + InitDither, DoDither, NullProc, + EndDither, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &DitherParmVec[ 5 ] } }, + {"-dither7","Dither default IP/D/ED 512x512x8", + InitDither, DoDither, NullProc, + EndDither, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &DitherParmVec[ 6 ] } }, + {"-dither8","Dither default IP/D/EDP 512x512x8", + InitDither, DoDither, + NullProc, EndDither, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &DitherParmVec[ 7 ] } }, + {"-logicalmonadic1","Logical IP/L/ED Monadic Clear ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 0 ] } }, + {"-logicalmonadic2","Logical IP/L/ED Monadic And ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 1 ] } }, + {"-logicalmonadic3","Logical IP/L/ED Monadic AndReverse ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 2 ] } }, + {"-logicalmonadic4","Logical IP/L/ED Monadic Copy ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 3 ] } }, + {"-logicalmonadic5","Logical IP/L/ED Monadic AndInverted ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 4 ] } }, + {"-logicalmonadic6","Logical IP/L/ED Monadic NoOp ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 5 ] } }, + {"-logicalmonadic7","Logical IP/L/ED Monadic Xor ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 6 ] } }, + {"-logicalmonadic8","Logical IP/L/ED Monadic Or ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 7 ] } }, + {"-logicalmonadic9","Logical IP/L/ED Monadic Nor ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 8 ] } }, + {"-logicalmonadic10","Logical IP/L/ED Monadic Equiv ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 9 ] } }, + {"-logicalmonadic11","Logical IP/L/ED Monadic Invert ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 10 ] } }, + {"-logicalmonadic12","Logical IP/L/ED Monadic OrReverse ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 11 ] } }, + {"-logicalmonadic13","Logical IP/L/ED Monadic CopyInverted ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 12 ] } }, + {"-logicalmonadic14","Logical IP/L/ED Monadic OrInverted ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 13 ] } }, + {"-logicalmonadic15","Logical IP/L/ED Monadic Nand ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 14 ] } }, + {"-logicalmonadic16","Logical IP/L/ED Monadic Set ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 15 ] } }, + {"-logicaldyadic1","Logical IP/L/ED Dyadic Clear ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 0 ] } }, + {"-logicaldyadic2","Logical IP/L/ED Dyadic And ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 1 ] } }, + {"-logicaldyadic3","Logical IP/L/ED Dyadic AndReverse ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 2 ] } }, + {"-logicaldyadic4","Logical IP/L/ED Dyadic Copy ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 3 ] } }, + {"-logicaldyadic5","Logical IP/L/ED Dyadic AndInverted ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 4 ] } }, + {"-logicaldyadic6","Logical IP/L/ED Dyadic NoOp ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 5 ] } }, + {"-logicaldyadic7","Logical IP/L/ED Dyadic Xor ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 6 ] } }, + {"-logicaldyadic8","Logical IP/L/ED Dyadic Or ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 7 ] } }, + {"-logicaldyadic9","Logical IP/L/ED Dyadic Nor ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 8 ] } }, + {"-logicaldyadic10","Logical IP/L/ED Dyadic Equiv ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 9 ] } }, + {"-logicaldyadic11","Logical IP/L/ED Dyadic Invert ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 10 ] } }, + {"-logicaldyadic12","Logical IP/L/ED Dyadic OrReverse ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 11 ] } }, + {"-logicaldyadic13","Logical IP/L/ED Dyadic CopyInverted ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 12 ] } }, + {"-logicaldyadic14","Logical IP/L/ED Dyadic OrInverted ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 13 ] } }, + {"-logicaldyadic15","Logical IP/L/ED Dyadic Nand ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 14 ] } }, + {"-logicaldyadic16","Logical IP/L/ED Dyadic Set ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 15 ] } }, + {"-logicalmonadicroi1","ROI Logical IP/IR/L/ED Monadic Clear ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 16 ] } }, + {"-logicalmonadicroi2","ROI Logical IP/IR/L/ED Monadic And ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 17 ] } }, + {"-logicalmonadicroi3","ROI Logical IP/IR/L/ED Monadic AndReverse ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 18 ] } }, + {"-logicalmonadicroi4","ROI Logical IP/IR/L/ED Monadic Copy ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 19 ] } }, + {"-logicalmonadicroi5","ROI Logical IP/IR/L/ED Monadic AndInverted ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 20 ] } }, + {"-logicalmonadicroi6","ROI Logical IP/IR/L/ED Monadic NoOp ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 21 ] } }, + {"-logicalmonadicroi7","ROI Logical IP/IR/L/ED Monadic Xor ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 22 ] } }, + {"-logicalmonadicroi8","ROI Logical IP/IR/L/ED Monadic Or ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 23 ] } }, + {"-logicalmonadicroi9","ROI Logical IP/IR/L/ED Monadic Nor ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 24 ] } }, + {"-logicalmonadicroi10","ROI Logical IP/IR/L/ED Monadic Equiv ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 25 ] } }, + {"-logicalmonadicroi11","ROI Logical IP/IR/L/ED Monadic Invert ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 26 ] } }, + {"-logicalmonadicroi12","ROI Logical IP/IR/L/ED Monadic OrReverse ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 27 ] } }, + {"-logicalmonadicroi13","ROI Logical IP/IR/L/ED Monadic CopyInverted ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 28 ] } }, + {"-logicalmonadicroi14","ROI Logical IP/IR/L/ED Monadic OrInverted ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 29 ] } }, + {"-logicalmonadicroi15","ROI Logical IP/IR/L/ED Monadic Nand ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 30 ] } }, + {"-logicalmonadicroi16","ROI Logical IP/IR/L/ED Monadic Set ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 31 ] } }, + {"-logicaldyadicroi1","ROI Logical IP/IR/L/ED Dyadic Clear ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 16 ] } }, + {"-logicaldyadicroi2","ROI Logical IP/IR/L/ED Dyadic And ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 17 ] } }, + {"-logicaldyadicroi3","ROI Logical IP/IR/L/ED Dyadic AndReverse ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 18 ] } }, + {"-logicaldyadicroi4","ROI Logical IP/IR/L/ED Dyadic Copy ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 19 ] } }, + {"-logicaldyadicroi5","ROI Logical IP/IR/L/ED Dyadic AndInverted ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 20 ] } }, + {"-logicaldyadicroi6","ROI Logical IP/IR/L/ED Dyadic NoOp ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 21 ] } }, + {"-logicaldyadicroi7","ROI Logical IP/IR/L/ED Dyadic Xor ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 22 ] } }, + {"-logicaldyadicroi8","ROI Logical IP/IR/L/ED Dyadic Or ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 23 ] } }, + {"-logicaldyadicroi9","ROI Logical IP/IR/L/ED Dyadic Nor ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 24 ] } }, + {"-logicaldyadicroi10","ROI Logical IP/IR/L/ED Dyadic Equiv ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 25 ] } }, + {"-logicaldyadicroi11","ROI Logical IP/IR/L/ED Dyadic Invert ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 26 ] } }, + {"-logicaldyadicroi12","ROI Logical IP/IR/L/ED Dyadic OrReverse ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 27 ] } }, + {"-logicaldyadicroi13","ROI Logical IP/IR/L/ED Dyadic CopyInverted ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 28 ] } }, + {"-logicaldyadicroi14","ROI Logical IP/IR/L/ED Dyadic OrInverted ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 29 ] } }, + {"-logicaldyadicroi15","ROI Logical IP/IR/L/ED Dyadic Nand ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 30 ] } }, + {"-logicaldyadicroi16","ROI Logical IP/IR/L/ED Dyadic Set ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 31 ] } }, + {"-logicalmonadiccplane1","Control Plane Logical IP/IR/L/ED Monadic Clear ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 32 ] } }, + {"-logicalmonadiccplane2","Control Plane Logical IP/IR/L/ED Monadic And ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 33 ] } }, + {"-logicalmonadiccplane3","Control Plane Logical IP/IR/L/ED Monadic AndReverse ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 34 ] } }, + {"-logicalmonadiccplane4","Control Plane Logical IP/IR/L/ED Monadic Copy ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 35 ] } }, + {"-logicalmonadiccplane5","Control Plane Logical IP/IR/L/ED Monadic AndInverted ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 36 ] } }, + {"-logicalmonadiccplane6","Control Plane Logical IP/IR/L/ED Monadic NoOp ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 37 ] } }, + {"-logicalmonadiccplane7","Control Plane Logical IP/IR/L/ED Monadic Xor ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 38 ] } }, + {"-logicalmonadiccplane8","Control Plane Logical IP/IR/L/ED Monadic Or ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 39 ] } }, + {"-logicalmonadiccplane9","Control Plane Logical IP/IR/L/ED Monadic Nor ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 40 ] } }, + {"-logicalmonadiccplane10","Control Plane Logical IP/IR/L/ED Monadic Equiv ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 41 ] } }, + {"-logicalmonadiccplane11","Control Plane Logical IP/IR/L/ED Monadic Invert ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 42 ] } }, + {"-logicalmonadiccplane12","Control Plane Logical IP/IR/L/ED Monadic OrReverse ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 43 ] } }, + {"-logicalmonadiccplane13","Control Plane Logical IP/IR/L/ED Monadic CopyInverted ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 44 ] } }, + {"-logicalmonadiccplane14","Control Plane Logical IP/IR/L/ED Monadic OrInverted ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 45 ] } }, + {"-logicalmonadiccplane15","Control Plane Logical IP/IR/L/ED Monadic Nand ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 46 ] } }, + {"-logicalmonadiccplane16","Control Plane Logical IP/IR/L/ED Monadic Set ( 0 constant ) ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 47 ] } }, + {"-logicaldyadiccplane1","Control Plane Logical IP/IR/L/ED Dyadic Clear ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 32 ] } }, + {"-logicaldyadiccplane2","Control Plane Logical IP/IR/L/ED Dyadic And ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 33 ] } }, + {"-logicaldyadiccplane3","Control Plane Logical IP/IR/L/ED Dyadic AndReverse ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 34 ] } }, + {"-logicaldyadiccplane4","Control Plane Logical IP/IR/L/ED Dyadic Copy ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 35 ] } }, + {"-logicaldyadiccplane5","Control Plane Logical IP/IR/L/ED Dyadic AndInverted ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 36 ] } }, + {"-logicaldyadiccplane6","Control Plane Logical IP/IR/L/ED Dyadic NoOp ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 37 ] } }, + {"-logicaldyadiccplane7","Control Plane Logical IP/IR/L/ED Dyadic Xor ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 38 ] } }, + {"-logicaldyadiccplane8","Control Plane Logical IP/IR/L/ED Dyadic Or ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 39 ] } }, + {"-logicaldyadiccplane9","Control Plane Logical IP/IR/L/ED Dyadic Nor ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 40 ] } }, + {"-logicaldyadiccplane10","Control Plane Logical IP/IR/L/ED Dyadic Equiv ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 41 ] } }, + {"-logicaldyadiccplane11","Control Plane Logical IP/IR/L/ED Dyadic Invert ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 42 ] } }, + {"-logicaldyadiccplane12","Control Plane Logical IP/IR/L/ED Dyadic OrReverse ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 43 ] } }, + {"-logicaldyadiccplane13","Control Plane Logical IP/IR/L/ED Dyadic CopyInverted ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 44 ] } }, + {"-logicaldyadiccplane14","Control Plane Logical IP/IR/L/ED Dyadic OrInverted ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 45 ] } }, + {"-logicaldyadiccplane15","Control Plane Logical IP/IR/L/ED Dyadic Nand ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 46 ] } }, + {"-logicaldyadiccplane16","Control Plane Logical IP/IR/L/ED Dyadic Set ", + InitLogical, DoLogical, NullProc, + EndLogical, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[1], NULL, NULL }, + ( XPointer ) &LogicalParmVec[ 47 ] } }, + {"-blend1","Blend monadic src constant 0.1 alpha constant 0.5 IP/B/ED 512x512", + InitBlend, DoBlend, NullProc, + EndBlend, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &BlendParmVec[ 0 ] } }, + {"-blend2","Blend dyadic alpha constant 0.5 IP/IP/B/ED 512x512", + InitBlend, DoBlend, NullProc, + EndBlend, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &BlendParmVec[ 0 ] } }, + {"-blendroi1","Blend monadic ROI src constant 0.1 alpha constant 0.5 IP/B/ED 512x512", + InitBlend, DoBlend, NullProc, + EndBlend, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &BlendParmVec[ 3 ] } }, + {"-blendroi2","Blend dyadic ROI alpha constant 0.5 IP/IP/B/ED 512x512", + InitBlend, DoBlend, NullProc, + EndBlend, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &BlendParmVec[ 3 ] } }, + {"-blendcplane1","Blend monadic Control Plane src constant 0.1 alpha constant 0.5 IP/B/ED 512x512", + InitBlend, DoBlend, NullProc, + EndBlend, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &BlendParmVec[ 6 ] } }, + {"-blendcplane2","Blend dyadic Control Plane alpha constant 0.5 IP/IP/B/ED 512x512", + InitBlend, DoBlend, NullProc, + EndBlend, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL, NULL }, + ( XPointer ) &BlendParmVec[ 6 ] } }, + {"-blendalpha1","Blend monadic src constant 220 alpha plane brains IP/IP/B/ED 512x512", + InitBlend, DoBlend, NullProc, + EndBlend, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, &ImageInfo[ 5 ], NULL }, + ( XPointer ) &BlendParmVec[ 1 ] } }, + {"-blendalpha2","Blend dyadic alpha plane alpha constant 250 IP/IP/IP/B/ED 512x512", + InitBlend, DoBlend, NullProc, + EndBlend, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 5 ], &ImageInfo[ 1 ], &ImageInfo[ 0 ], NULL }, + ( XPointer ) &BlendParmVec[ 2 ] } }, + {"-blendalpharoi1","Blend monadic ROI src constant 220 alpha plane brains IP/B/ED 512x512", + InitBlend, DoBlend, NullProc, + EndBlend, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 2 ], NULL, &ImageInfo[ 5 ], NULL }, + ( XPointer ) &BlendParmVec[ 4 ] } }, + {"-blendalpharoi2","Blend dyadic ROI alpha plane alpha constant 250 bird IP/IP/IP/B/ED 512x512", + InitBlend, DoBlend, NullProc, + EndBlend, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 2 ], &ImageInfo[ 0 ], &ImageInfo[ 1 ], NULL }, + ( XPointer ) &BlendParmVec[ 5 ] } }, + {"-triplepoint1","TripleBand Point IP/IL/P/ED 512x512 RGB_BEST_MAP, DitherDefault", + InitTriplePoint, DoTriplePoint, NullProc, + EndTriplePoint, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &TriplePointParmVec[ 0 ] } }, + {"-triplepoint2","TripleBand Point IP/IL/P/ED 512x512 RGB_DEFAULT_MAP, DitherDefault", + InitTriplePoint, DoTriplePoint, NullProc, + EndTriplePoint, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &TriplePointParmVec[ 1 ] } }, + {"-funnyencode1","Funny Encode, SingleBand, 3 Encode steps", + InitFunnyEncode, DoFunnyEncode, NullProc, + EndFunnyEncode, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &FunnyEncodeParmVec[ 0 ] } }, + {"-funnyencode2","Funny Encode, SingleBand, 3 Encode steps, 3 bits", + InitFunnyEncode, DoFunnyEncode, NullProc, + EndFunnyEncode, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &FunnyEncodeParmVec[ 4 ] } }, + {"-funnyencode3","Funny Encode Pixel, TripleBand, 3 Encode steps", + InitFunnyEncode, DoFunnyEncode, NullProc, + EndFunnyEncode, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &FunnyEncodeParmVec[ 1 ] } }, + {"-funnyencode4","Funny Encode Pixel, TripleBand, 3 Encode, 5, 10, 7 bits", + InitFunnyEncode, DoFunnyEncode, NullProc, + EndFunnyEncode, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &FunnyEncodeParmVec[ 2 ] } }, + {"-funnyencode5","Funny Encode Pixel, TripleBand, 3 Encode, 7, 13, 11 bits", + InitFunnyEncode, DoFunnyEncode, NullProc, + EndFunnyEncode, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &FunnyEncodeParmVec[ 3 ] } }, + {"-funnyencode6","Funny Encode Plane, TripleBand, 3 Encode steps", + InitFunnyEncode, DoFunnyEncode, NullProc, + EndFunnyEncode, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 11 ], NULL, NULL, NULL }, + ( XPointer ) &FunnyEncodeParmVec[ 1 ] } }, + {"-funnyencode7","Funny Encode Plane, TripleBand, 3 Encode, 5, 10, 7 bits", + InitFunnyEncode, DoFunnyEncode, NullProc, + EndFunnyEncode, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 11 ], NULL, NULL, NULL }, + ( XPointer ) &FunnyEncodeParmVec[ 2 ] } }, + {"-funnyencode8","Funny Encode Plane, TripleBand, 3 Encode, 7, 13, 11 bits", + InitFunnyEncode, DoFunnyEncode, NullProc, + EndFunnyEncode, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 11 ], NULL, NULL, NULL }, + ( XPointer ) &FunnyEncodeParmVec[ 3 ] } }, + {"-point1","Point IP/IL/P/ED 512x512 8 to 8", + InitPoint, DoPoint, NullProc, + EndPoint, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &PointParmVec[ 0 ] } }, + {"-point2","Point IP/IL/P/ED 512x512 1 to 8", + InitPoint, DoPoint, NullProc, + EndPoint, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &PointParmVec[ 1 ] } }, + {"-point3","Point IP/IL/P/ED 512x512 8 to 1", + InitPoint, DoPoint, NullProc, + EndPoint, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &PointParmVec[ 2 ] } }, + {"-pointroi1","Point IP/IL/P/ED ROI 512x512 8 to 8", + InitPoint, DoPoint, NullProc, + EndPoint, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &PointParmVec[ 3 ] } }, + {"-pointcplane1","Point IP/IL/P/ED Control Plane 512x512 8 to 8", + InitPoint, DoPoint, NullProc, + EndPoint, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &PointParmVec[ 8 ] } }, + {"-pointphoto1","Point IP/IL/P/EP 512x512 8 to 8", + InitPoint, DoPoint, NullProc, + EndPoint, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &PointParmVec[ 4 ] } }, + {"-pointroiphoto1","Point IP/IL/P/EP ROI 512x512 8 to 8", + InitPoint, DoPoint, NullProc, + EndPoint, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &PointParmVec[ 7 ] } }, + {"-pointcplanephoto1","Point IP/IL/P/EP Control Plane 512x512 8 to 8", + InitPoint, DoPoint, NullProc, + EndPoint, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &PointParmVec[ 9 ] } }, + {"-redefine","RedefinePhotoflo", + InitRedefine, DoRedefine, NullProc, + EndRedefine, VALL, 0, 0, + {1, 0, 2048, { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &RedefineParmVec[ 0 ] } }, + {"-modify1","ModifyPhotoflo change ROI offsets and size", + InitModifyROI, DoModifyROI, NullProc, + EndModifyROI, VALL, 0, 0, + {1, SUBSET_FULL | 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, + ( XPointer ) &ModifyParmVec[ 0 ] } }, + {"-modify2","ModifyPhotoflo change point element LUT", + InitModifyPoint, DoModifyPoint, NullProc, + EndModifyPoint, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, ( XPointer ) NULL } }, + {"-modify3","ModifyPhotoflo change export drawable x,y location", + InitModifySimple, DoModifySimple, NullProc, + EndModifySimple, VALL, 0, 0, + {1, 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, ( XPointer ) NULL } }, + {"-modify4","ModifyPhotoflo long flo, low data, random drawable x,y location", + InitModifyLong1, DoModifyLong1, NullProc, + EndModifyLong, VALL, 0, 0, + {1, SUBSET_FULL | 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, ( XPointer ) NULL } }, + {"-modify5","ModifyPhotoflo long flo, low data, geo crop, random drawable x,y location", + InitModifyLong2, DoModifyLong2, NullProc, + EndModifyLong, VALL, 0, 0, + {1, SUBSET_FULL | 0, 2048, + { &ImageInfo[ 0 ], NULL, NULL, NULL }, ( XPointer ) NULL } }, + {"-rgb1","IP/U/CFRGB/CTRGB/HC/ED CIELab, Floats", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 0 ] } }, + {"-rgb2","IP/U/CFRGB/CTRGB/HC/ED CIELab, Floats, WhiteAdjust", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 1 ] } }, + {"-rgb3","IP/CFRGB/CTRGB/CS/ED CIELab, Ints->Floats", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 2 ] } }, + {"-rgb4","IP/CFRGB/CTRGB/CS/ED CIELab, Ints->Floats, WhiteAdjust", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 3 ] } }, + {"-rgb5","IP/U/CFRGB/CTRGB/HC/ED CIEXYZ, Floats", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 4 ] } }, + {"-rgb6","IP/U/CFRGB/CTRGB/HC/ED CIEXYZ, Floats, WhiteAdjust", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 5 ] } }, + {"-rgb7","IP/CFRGB/CTRGB/CS/ED CIEXYZ, Ints->Floats", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 6 ] } }, + {"-rgb8","IP/CFRGB/CTRGB/CS/ED CIEXYZ, Ints->Floats, WhiteAdjust", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 7 ] } }, + {"-rgb9","IP/U/CFRGB/CTRGB/HC/ED YCbCr, Floats", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 8 ] } }, + {"-rgb10","IP/CFRGB/CTRGB/ED YCbCr, Integers", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 9 ] } }, + {"-rgb11","IP/CFRGB/CTRGB/ED YCbCr, Integers, Levels(1024,64,16)", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 10 ] } }, + {"-rgb12","IP/CFRGB/CTRGB/ED YCbCr, Integers, Luma Shift", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 11 ] } }, + {"-rgb13","IP/U/CFRGB/CTRGB/HC/ED YCC, Floats", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 12 ] } }, + {"-rgb14","IP/CFRGB/CTRGB/ED YCC, Integers", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 13 ] } }, + {"-rgb15","IP/CFRGB/CTRGB/ED YCC, Integers, Levels(1024,64,16)", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 14 ] } }, + {"-rgb16","IP/CFRGB/CTRGB/ED YCC, Integers, Scale Shift", + InitRGB, DoRGB, NullProc, EndRGB, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &RGBParmVec[ 15 ] } }, + {"-converttoindexpixel","Convert to index BandByPixel IP/CTI/ED", + InitConvertToIndex, DoConvertToIndex, NullProc, + EndConvertToIndex, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 10 ], NULL, NULL, NULL }, + ( XPointer ) &CvtToIndexParmVec[ 0 ] } }, + {"-converttoindexplane","Convert to index BandByPlane IP/CTI/ED", + InitConvertToIndex, DoConvertToIndex, NullProc, + EndConvertToIndex, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 11 ], NULL, NULL, NULL }, + ( XPointer ) &CvtToIndexParmVec[ 0 ] } }, + {"-convertfromindex","Convert from index ID/CFI/CTI/ED", + InitConvertToIndex, DoConvertToIndex, NullProc, + EndConvertToIndex, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 3 ], NULL, NULL, NULL }, + ( XPointer ) &CvtToIndexParmVec[ 1 ] } }, + {"-complex","Complicated Flo", + InitComplex, DoComplex, NullProc, + EndComplex, VALL, 0, 0, + {1, SUBSET_FULL, 2048, + { &ImageInfo[ 0 ], &ImageInfo[ 1 ], &ImageInfo[ 2 ], + &ImageInfo[ 12 ] }, ( XPointer ) NULL } }, + {(char * )NULL,(char * )NULL,NULL,NULL, NULL, NULL,(int)NULL, 0, 0, + {1, (int) NULL, 0, { NULL, NULL, NULL, NULL }, + ( XPointer ) NULL } }, +}; diff --git a/xie/xc/programs/xieperf/uconstrain.c b/xie/xc/programs/xieperf/uconstrain.c new file mode 100644 index 0000000..c81c294 --- /dev/null +++ b/xie/xc/programs/xieperf/uconstrain.c @@ -0,0 +1,290 @@ +/* $XConsortium: uconstrain.c,v 1.8 94/04/17 20:39:38 rws Exp $ */ + +/**** module uconstrain.c ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + uconstrain.c -- unconstrain flo element test + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ + +#include "xieperf.h" +#include + +static XiePhotomap XIEPhotomap; +static XieLut XIELut; +static int flo_notify; +static XiePhotoElement *flograph; +static XiePhotoflo flo; +static XieClipScaleParam *parms; +static int flo_elements; + +int InitUnconstrain(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int decode_notify = 0; + XieLTriplet levels; + XieProcessDomain domain; + XieConstrainTechnique tech = ( XieConstrainTechnique ) NULL; + char *tech_parms=NULL; + XieConstant in_low,in_high; + XieLTriplet out_low,out_high; + XIEimage *image; + Bool pointFlag = False; + int cclass; + int idx = 0; + + image = p->finfo.image1; + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + + flo = ( XiePhotoflo ) NULL; + flograph = ( XiePhotoElement * ) NULL; + parms = ( XieClipScaleParam * ) NULL; + XIEPhotomap = ( XiePhotomap ) NULL; + + if ( ( XIEPhotomap = GetXIEPhotomap( xp, p, 1 ) ) == ( XiePhotomap ) NULL ) + reps = 0; + else + { + tech = ( ( UnconstrainParms * )p->ts )->constrain; + decode_notify = False; + + if ( xp->screenDepth != image->depth[ 0 ] ) + { + pointFlag = True; + } + + levels[ 0 ] = 1 << image->depth[ 0 ]; + levels[ 1 ] = levels[ 2 ] = levels[ 0 ]; + + in_low[ 0 ] = 0.0; + in_low[ 1 ] = 0.0; + in_low[ 2 ] = 0.0; + in_high[ 0 ] = (levels[ 0 ]) - 1.0; + in_high[ 1 ] = (levels[ 1 ]) - 1.0; + in_high[ 2 ] = (levels[ 2 ]) - 1.0; + out_low[ 0 ] = 0; + out_low[ 1 ] = 0; + out_low[ 2 ] = 0; + out_high[ 0 ] = levels[ 0 ] - 1; + out_high[ 1 ] = levels[ 1 ] - 1; + out_high[ 2 ] = levels[ 2 ] - 1; + + if ( tech == xieValConstrainHardClip ) + { + tech_parms = ( char * ) NULL; + } + else + { + parms = XieTecClipScale( in_low, in_high, out_low, out_high); + tech_parms = ( char * ) parms; + if ( tech_parms == ( char * ) NULL ) + { + fprintf( stderr, + "Trouble loading clipscale technique parameters\n" ); + reps = 0; + } + } + } + if ( reps ) + { + if ( pointFlag ) + flo_elements = 6; + else + flo_elements = 4; + + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "XieAllocatePhotofloGraph failed\n" ); + reps = 0; + } + } + if ( reps ) + { + XieFloImportPhotomap(&flograph[idx],XIEPhotomap,decode_notify); + idx++; + + XieFloUnconstrain(&flograph[idx], idx ); + idx++; + + } + if ( reps ) + { + XieFloConstrain( &flograph[idx], + idx, + levels, + tech, + tech_parms + ); + idx++; + + if ( pointFlag ) + { + if ((XIELut = CreatePointLut(xp, p, levels[ 0 ], + 1 << xp->screenDepth, False)) == (XieLut) NULL) + { + reps = 0; + } + else + { + XieFloImportLUT(&flograph[idx], XIELut ); + idx++; + + domain.phototag = 0; + domain.offset_x = 0; + domain.offset_y = 0; + XieFloPoint(&flograph[idx], + idx - 1, + &domain, + idx, + 0x7 + ); + idx++; + } + } + } + + if ( reps ) + { + XieFloExportDrawable(&flograph[idx], + idx, /* source phototag number */ + xp->w, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + idx++; + + flo = XieCreatePhotoflo( xp->d, flograph, flo_elements ); + + flo_notify = False; + } + if ( !reps ) + FreeUnconstrainStuff( xp, p ); + return( reps ); +} + +void DoUnconstrain(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + XieExecutePhotoflo( xp->d, flo, flo_notify ); + XSync( xp->d, 0 ); + } +} + +void EndUnconstrain(xp, p) + XParms xp; + Parms p; +{ + FreeUnconstrainStuff( xp, p ); +} + +int +FreeUnconstrainStuff( xp, p ) +XParms xp; +Parms p; +{ + if ( parms ) + { + XFree( parms ); + parms = ( XieClipScaleParam * ) NULL; + } + if ( flo ) + { + XieDestroyPhotoflo( xp->d, flo ); + flo = ( XiePhotoflo ) NULL; + } + if ( flograph ) + { + XieFreePhotofloGraph(flograph,flo_elements); + flograph = ( XiePhotoElement * ) NULL; + } + if ( XIELut ) + { + XieDestroyLUT(xp->d, XIELut); + XIELut = ( XieLut ) NULL; + } + if ( XIEPhotomap && IsPhotomapInCache( XIEPhotomap ) == False ) + { + XieDestroyPhotomap(xp->d, XIEPhotomap); + XIEPhotomap = ( XiePhotomap ) NULL; + } +} diff --git a/xie/xc/programs/xieperf/xieperf.c b/xie/xc/programs/xieperf/xieperf.c new file mode 100644 index 0000000..e02b0c1 --- /dev/null +++ b/xie/xc/programs/xieperf/xieperf.c @@ -0,0 +1,4880 @@ +/* $XConsortium: xieperf.c,v 1.38 94/04/17 20:39:40 gildea Exp $ */ + +/**** module xieperf.c ****/ +/**************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + xieperf.c -- xieperf main module ( looks a lot like x11perf.c ) + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ + +#include +#include +#include +#include +#include +#include "xieperf.h" +#include +#ifdef X_NOT_STDC_ENV +extern int errno; +#define Time_t long +extern Time_t time (); +#else +#include +#define Time_t time_t +#endif +#ifndef O_BINARY +#define O_BINARY 0 +#endif +#define lowbit(x) ((x) & (~(x) + 1)) + +/* Only for working on ``fake'' servers, for hardware that doesn't exist */ +static Bool drawToFakeServer = False; +static Pixmap tileToQuery = None; + +static Bool labels = False; +static Bool loadTests = False; +static char *loadTestsFile; +#define DEFAULT_REPEAT 2 +static int repeat = DEFAULT_REPEAT; +static int seconds = 5; +Bool dontClear; +unsigned short capabilities = 0; +unsigned short class_request = SUBSET_FULL; +extern int CacheSizeMax; +static FILE *fp = ( FILE * ) NULL; +static Bool RGB_BESTStandardColormapObtained = False; + +char *imagepath = "./images"; + +static Window status; /* Status window and GC */ +static GC tgc; + +static double syncTime = 0.0; + +static int saveargc; +static char **saveargv; + +static char *foreground = NULL; +static char *background = NULL; + +static int fixedReps = 0; + +static Bool sigBail = False; +static Bool *doit; +Bool WMSafe = False; +static Bool loCal = False; +Bool showErrors = False; +static Bool runErrors = False; +static Bool runEvents = False; +static Bool showLabels = False; /* Hear me now and believe me later, + when 'True', is helpful if test + dies in calibration */ +static Bool showTechs = False; +static int visualClass = -1; + +static XRectangle ws[] = { /* Clip rectangles */ + {195, 195, 120, 120}, + { 45, 145, 120, 120}, + {345, 245, 120, 120} + +}; +#define MAXCLIP (sizeof(ws) / sizeof(ws[0])) +static Window clipWindows[MAXCLIP]; +static Colormap cmap, colorcmap, graycmap, emptycmap; +static int depth = -1; /* -1 means use default depth */ +Window drawableWindow; +Window monitorWindow; +Window monitor2Window; +static unsigned long whiteidx, blackidx; +unsigned long DCRedMask, DCGreenMask, DCBlueMask; +static unsigned char rbits, gbits, bbits; + +Window CreateXIEParent(); +void AllocateGrayMapColors(); +void AllocateColorMapColors(); +XieLut CreatePointLut(); + +/* ScreenSaver state */ +static XParmRec xparms; +static int ssTimeout, ssInterval, ssPreferBlanking, ssAllowExposures; + +/************************************************ +* time related stuff * +************************************************/ + +#ifdef VMS + +typedef struct _vms_time { + unsigned long low; + unsigned long high; +}vms_time; + +struct timeval { + long tv_sec; /* seconds since Jan. 1, 1970 */ + long tv_usec; /* and microseconds */ +}; + +struct timezone { + int tz_minuteswest; /* of Greenwich */ + int tz_dsttime; /* type of dst correction to apply */ +}; + + +static int firsttime = True; +static vms_time basetime; + +int gettimeofday(tp) + struct timeval *tp; +{ + vms_time current_time, resultant; + unsigned long mumble, foo; + int status; + + if (firsttime) { + sys$gettim(&basetime); + firsttime = False; + } + sys$gettim(¤t_time); + resultant.high = current_time.high - basetime.high; + resultant.low = current_time.low - basetime.low; + if (current_time.low < basetime.low) { + resultant.high -= 1; + } + status = lib$ediv( &(10000000), &resultant, &tp->tv_sec, &tp->tv_usec); + tp->tv_usec /= 10; + return 0; +} + +#endif + +static struct timeval start; + +void PrintTime() +{ + Time_t t; + + t = time((Time_t *)NULL); + printf("%s\n", ctime(&t)); +} + +void InitTimes () +{ + X_GETTIMEOFDAY(&start); +} + +double ElapsedTime(correction) + double correction; +{ + struct timeval stop; + + X_GETTIMEOFDAY(&stop); + if (stop.tv_usec < start.tv_usec) { + stop.tv_usec += 1000000; + stop.tv_sec -= 1; + } + return (double)(stop.tv_usec - start.tv_usec) + + (1000000.0 * (double)(stop.tv_sec - start.tv_sec)) - correction; +} + +double RoundTo3Digits(d) + double d; +{ + /* It's kind of silly to print out things like ``193658.4/sec'' so just + junk all but 3 most significant digits. */ + + double exponent, sign; + + exponent = 1.0; + /* the code below won't work if d should happen to be non-positive. */ + if (d < 0.0) { + d = -d; + sign = -1.0; + } else + sign = 1.0; + if (d >= 1000.0) { + do { + exponent *= 10.0; + } while (d/exponent >= 1000.0); + d = (double)((int) (d/exponent + 0.5)); + d *= exponent; + } else { + if (d != 0.0) { + while (d*exponent < 100.0) { + exponent *= 10.0; + } + } + d = (double)((int) (d*exponent + 0.5)); + d /= exponent; + } + return d * sign; +} + + +void ReportTimes(usecs, n, str, average) + double usecs; + int n; + char *str; +{ + double msecsperobj, objspersec; + + if ( n != 0 ) + { + if(usecs != 0.0) + { + msecsperobj = usecs / (1000.0 * (double)n); + objspersec = (double) n * 1000000.0 / usecs; + + /* Round obj/sec to 3 significant digits. Leave msec untouched, to + allow averaging results from several repetitions. */ + objspersec = RoundTo3Digits(objspersec); + + if (average) { + printf("%6d trep @ %7.4f msec (%6.1f/sec): %s\n", + n, msecsperobj, objspersec, str); + } else { + printf("%6d reps @ %7.4f msec (%6.1f/sec): %s\n", + n, msecsperobj, objspersec, str); + } + } else { + printf("%6d %sreps @ 0.0 msec (unmeasurably fast): %s\n", + n, average ? "t" : "", str); + } + } + else + { + printf("0 reps @ 0.0 msec (test initialization failed): %s\n", str); + } +} + +/************************************************ +* Generic X stuff * +************************************************/ + +static char *program_name; +void usage(); + +Display * +GetDisplay() +{ + return( xparms.d ); +} + +/* + * Get_Display_Name (argc, argv) Look for -display, -d, or host:dpy (obselete) + * If found, remove it from command line. Don't go past a lone -. + */ +char *Get_Display_Name(pargc, argv) + int *pargc; /* MODIFIED */ + char **argv; /* MODIFIED */ +{ + int argc = *pargc; + char **pargv = argv+1; + char *displayname = NULL; + int i; + + for (i = 1; i != argc; i++) { + char *arg = argv[i]; + + if (!strcmp (arg, "-display") || !strcmp (arg, "-d")) { + if (++i >= argc) usage (); + + displayname = argv[i]; + *pargc -= 2; + continue; + } + if (!strcmp(arg,"-")) { + while (i the XIE server to contact", +" -images path to images supplied with this software,", +" defaults to ./images if flag not specified", +" -timeout timeout value for certain tests (default=60 secs)", +" -sync do the tests in synchronous mode", +" -script file read tests from a file, ``-'' to use console", +" -repeat do tests times (outer loop) (default = 2)", +" -time do tests for seconds each (default = 5)", +" -depth use a visual with planes per pixel", +" -GrayScale use a GrayScale visual", +" -StaticGray use a StaticGray visual", +" -StaticColor use a StaticColor visual", +" -PseudoColor use a PseudoColor visual", +" -TrueColor use a TrueColor visual", +" -DirectColor use a DirectColor visual", +" -WMSafe let window manager install colormap", +" -showtechs print supported techniques", +" -showlabels print test label to screen before calibration", +" -showevents for error and event tests, display as received", +" -events include event tests", +" -errors include error tests", +" -loCal no calibration, fix reps to 5 ( -reps overrides this )", +" -all do all tests", +" -tests generate a list of all tests", +" -mkscript generate script file to stderr ( recognizes -repeat and -reps )", +" -cache cache up to n photomaps in server", +" -labels print test labels ( use -all or -range to specify tests )", +" -DIS run DIS subset tests only ( use -all or -range to specify tests )", +" -range [,] like all, but do to ", +" -reps fix the inner loop rep count (default = auto scale)", +NULL}; + + fflush(stdout); + fprintf(stderr, "usage: %s [-options ...]\n", program_name); + for (cpp = help_message; *cpp; cpp++) { + fprintf(stderr, "%s\n", *cpp); + } + + fprintf(stderr, "\n"); + + /* Print out original command line as the above usage message is so long */ + for (i = 0; i != saveargc; i++) { + fprintf(stderr, "%s ", saveargv[i]); + } + fprintf(stderr, "\n\n"); + exit (1); +} + +void NullProc(xp, p) + XParms xp; + Parms p; +{ +} + +Bool NullInitProc(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + return reps; +} + + +void HardwareSync(xp) + XParms xp; +{ + /* + * Some graphics hardware allows the server to claim it is done, + * while in reality the hardware is busily working away. So fetch + * a pixel from the window that was drawn to, which should be + * enough to make the server wait for the graphics hardware. + */ + XImage *image; + + image = XGetImage(xp->d, xp->w, 0, 0, 1, 1, ~0, ZPixmap); + XDestroyImage(image); +} + +void DoHardwareSync(xp, p, reps) + XParms xp; + Parms p; + int reps; +{ + int i; + + for (i = 0; i != reps; i++) { + HardwareSync(xp); + } +} + +static Test syncTest = { + "syncTime", "Internal test for finding how long HardwareSync takes", + NullInitProc, DoHardwareSync, NullProc, NullProc, + VALL, 0, 0, + {1} +}; + + +Window CreatePerfWindow(xp, x, y, width, height) + XParms xp; + int width, height, x, y; +{ + XSetWindowAttributes xswa; + Window w; + unsigned long value_mask; + + xswa.background_pixel = xp->background; + xswa.border_pixel = xp->foreground; + if ( WMSafe == False ) + xswa.override_redirect = True; + else + xswa.override_redirect = False; + xswa.backing_store = False; + xswa.save_under = False; + xswa.colormap = cmap; + value_mask = CWBackPixel | CWBorderPixel | CWColormap | + CWOverrideRedirect |CWBackingStore | CWSaveUnder; + + w = XCreateWindow(xp->d, xp->p, x, y, width, height, 1, + xp->vinfo.depth, CopyFromParent, xp->vinfo.visual, + value_mask, &xswa); + XMapWindow (xp->d, w); + return w; +} + +Window CreatePerfWindowUnmapped(xp, x, y, width, height) + XParms xp; + int width, height, x, y; +{ + XSetWindowAttributes xswa; + Window w; + unsigned long value_mask; + + xswa.background_pixel = xp->background; + xswa.border_pixel = xp->foreground; + xswa.colormap = cmap; + if ( WMSafe == False ) + xswa.override_redirect = True; + else + xswa.override_redirect = False; + xswa.backing_store = False; + xswa.save_under = False; + value_mask = CWBackPixel | CWBorderPixel | CWColormap | + CWOverrideRedirect |CWBackingStore | CWSaveUnder; + w = XCreateWindow(xp->d, xp->p, x, y, width, height, 1, + xp->vinfo.depth, CopyFromParent, xp->vinfo.visual, value_mask, &xswa); + return w; +} + +void +InstallThisColormap( xp, newcmap ) +XParms xp; +Colormap newcmap; +{ + if ( WMSafe == False ) + { + XSetWindowColormap( xp->d, xp->w, newcmap ); + XFlush( xp->d ); + XSetWindowColormap( xp->d, drawableWindow, newcmap ); + XFlush( xp->d ); + XInstallColormap( xp->d, newcmap ); + XFlush( xp->d ); + } + else + { + XSetWindowColormap( xp->d, xp->p, newcmap ); + XFlush( xp->d ); + } + cmap = newcmap; +} + +void +InstallDefaultColormap( xp ) +XParms xp; +{ + InstallThisColormap( xp, + DefaultColormap( xp->d, DefaultScreen( xp->d ) ) ); + XFlush( xp->d ); +} + +void +InstallGrayColormap( xp ) +XParms xp; +{ + cmap = graycmap; + InstallThisColormap( xp, cmap ); +} + +void +InstallEmptyColormap( xp ) +XParms xp; +{ + cmap = emptycmap; + InstallThisColormap( xp, cmap ); +} + +void +InstallColorColormap( xp ) +XParms xp; +{ + cmap = colorcmap; + InstallThisColormap( xp, cmap ); +} + +void CreateClipWindows(xp, clips) + XParms xp; + int clips; +{ + int j; + XWindowAttributes xwa; + + (void) XGetWindowAttributes(xp->d, xp->w, &xwa); + if (clips > MAXCLIP) clips = MAXCLIP; + for (j = 0; j != clips; j++) { + clipWindows[j] = CreatePerfWindow(xp, xwa.x + ws[j].x, + xwa.y + ws[j].y, ws[j].width, ws[j].height); + } +} /* CreateClipWindows */ + + +void DestroyClipWindows(xp, clips) + XParms xp; + int clips; +{ + int j; + + if (clips > MAXCLIP) clips = MAXCLIP; + for (j = 0; j != clips; j++) { + XDestroyWindow(xp->d, clipWindows[j]); + } +} /* DestroyClipWindows */ + + +double DoTest(xp, test, reps) + XParms xp; + Test *test; + int reps; +{ + double time; + unsigned int ret_width, ret_height; + + /* Tell screen-saver to restart counting again. See comments below for the + XSetScreenSaver call. */ + XForceScreenSaver(xp->d, ScreenSaverReset); + if ( dontClear == False ) + XClearWindow( xp->d, xp->w ); + HardwareSync (xp); + InitTimes (); + (*test->proc) (xp, &test->parms, reps); + HardwareSync(xp); + + time = ElapsedTime(syncTime); + if (drawToFakeServer) + XQueryBestSize(xp->d, TileShape, tileToQuery, + 32, 32, &ret_width, &ret_height); + (*test->passCleanup) (xp, &test->parms); + return time; +} + + +int CalibrateTest(xp, test, seconds, usecperobj) + XParms xp; + Test *test; + int seconds; + double *usecperobj; +{ +#define goal 2500000.0 /* Try to get up to 2.5 seconds */ +#define enough 2000000.0 /* But settle for 2.0 seconds */ +#define tick 10000.0 /* Assume clock not faster than .01 seconds */ + + double usecs; + int reps, didreps; /* Reps desired, reps performed */ + int exponent; + + /* Attempt to get an idea how long each rep lasts by getting enough + reps to last more tan enough. Then scale that up to the number of + seconds desired. + + If init call to test ever fails, return False and test will be skipped. + */ + + if (fixedReps != 0) { + return fixedReps; + } + reps = 1; + for (;;) { + XDestroySubwindows(xp->d, xp->w); + XClearWindow(xp->d, xp->w); + didreps = (*test->init) (xp, &test->parms, reps); + if (didreps == 0) { + return 0; + } + /* Create clip windows if requested */ + CreateClipWindows(xp, test->clips); + if ( dontClear == False ) + XClearWindow( xp->d, xp->w ); + HardwareSync(xp); + InitTimes(); + (*test->proc) (xp, &test->parms, reps); + HardwareSync(xp); + usecs = ElapsedTime(syncTime); + (*test->cleanup) (xp, &test->parms); + DestroyClipWindows(xp, test->clips); + + if (didreps != reps) { + /* The test can't do the number of reps as we asked for. + Give up */ + *usecperobj = + usecs / (double)(didreps * test->parms.objects); + return didreps; + } + /* Did we go long enough? */ + if (usecs >= enough) break; + + /* Don't let too short a clock make new reps wildly high */ + if (usecs < tick) usecs = tick; + + /* Try to get up to goal seconds. */ + reps = (int) (goal * (double)reps / usecs) + 1; + } + + *usecperobj = usecs / (double) (reps * test->parms.objects); + reps = (int) ((double)seconds * 1000000.0 * (double)reps / usecs) + 1; + + /* Now round reps up to 1 digit accuracy, so we don't get stupid-looking + numbers of repetitions. */ + reps--; + exponent = 1; + while (reps > 9) { + reps /= 10; + exponent *= 10; + } + reps = (reps + 1) * exponent; + return reps; +} /* CalibrateTest */ + +void CreatePerfGCs(xp, func, pm) + XParms xp; + int func; + unsigned long pm; +{ + XGCValues gcvfg, gcvbg; + unsigned long fg, bg; + + fg = xp->foreground; + bg = xp->background; + gcvfg.graphics_exposures = False; + gcvbg.graphics_exposures = False; + gcvfg.plane_mask = pm; + gcvbg.plane_mask = pm; + gcvfg.function = func; + gcvbg.function = func; + + if (func == GXxor) { + /* Make test look good visually if possible */ + gcvbg.foreground = gcvfg.foreground = bg ^ fg; + gcvbg.background = gcvfg.background = bg; + } else { + gcvfg.foreground = fg; + gcvfg.background = bg; + gcvbg.foreground = bg; + gcvbg.background = fg; + } + xp->fggc = XCreateGC(xp->d, xp->w, + GCForeground | GCBackground | GCGraphicsExposures + | GCFunction | GCPlaneMask, &gcvfg); + xp->bggc = XCreateGC(xp->d, xp->w, + GCForeground | GCBackground | GCGraphicsExposures + | GCFunction | GCPlaneMask, &gcvbg); + +} + +void DestroyPerfGCs(xp) +XParms xp; +{ + XFreeGC(xp->d, xp->fggc); + XFreeGC(xp->d, xp->bggc); +} + +void DisplayStatus(d, message, test, try) + Display *d; + char *message; + char *test; + int try; +{ + char s[500]; + + XClearWindow(d, status); + sprintf(s, "%d %s %s", try, message, test); + /* We should really look at the height, descent of the font, etc. but + who cares. This works. */ + XDrawString(d, status, tgc, 10, 13, s, strlen(s)); +} + + +void ProcessTest(xp, test, func, pm, label, locreps) + XParms xp; + Test *test; + int func; + unsigned long pm; + char *label; + int locreps; +{ + double time, totalTime; + int reps; + int j; + + CreatePerfGCs(xp, func, pm); + if ( showLabels == True ) + { + fprintf( stderr, "'%s'\n", label ); + fflush( stderr ); + } + if ( loCal == False ) + { + DisplayStatus(xp->d, "Calibrating", label, 0); + reps = CalibrateTest(xp, test, seconds, &time); + } + else + { + if (fixedReps != 0) + reps = fixedReps; + else + reps = 5; + } + if ( locreps != -1 ) + reps = locreps; + if (reps != 0) { + XDestroySubwindows(xp->d, xp->w); + XClearWindow(xp->d, xp->w); + + /* scale down the reps if needed */ + + reps = (*test->init) (xp, &test->parms, reps); + /* Create clip windows if requested */ + CreateClipWindows(xp, test->clips); + + totalTime = 0.0; + for (j = 0; j != repeat; j++) { + if ( sigBail == True ) + break; + DisplayStatus(xp->d, "Testing", label, j+1); + time = DoTest(xp, test, reps); + totalTime += time; + ReportTimes (time, reps * test->parms.objects, + label, False); + } + if (repeat > 1) { + ReportTimes(totalTime, + repeat * reps * test->parms.objects, + label, True); + } + (*test->cleanup) (xp, &test->parms); + DestroyClipWindows(xp, test->clips); + } else { + /* Test failed to initialize properly */ + } + printf ("\n"); + fflush(stdout); + DestroyPerfGCs(xp); +} /* ProcessTest */ + + +main(argc, argv) + int argc; + char **argv; + +{ + int i, j, n; + int numTests; /* Even though the linker knows, we don't. */ + char hostname[100]; + char *displayName; + Bool foundOne = False; + Bool synchronous = False; + XGCValues tgcv; + int screen; + XVisualInfo *vinfolist, vinfotempl; + unsigned long vmask; + XieExtensionInfo *xieInfo; + XWindowAttributes attribs; + XEvent event; + int done, cclass, timeout; + int listTests = 0; + + CacheInit(); + dontClear = False; + /* Save away argv, argc, for usage to print out */ + saveargc = argc; + saveargv = (char **) malloc(argc * sizeof(char *)); + for (i = 0; i != argc; i++) { + saveargv[i] = argv[i]; + } + + xparms.pack = False; + xparms.version = 1; + + /* Count number of tests */ + ForEachTest(numTests); + doit = (Bool *)calloc(numTests, sizeof(Bool)); + + /* Parse arguments */ + program_name = argv[0]; + xparms.displayName = displayName = Get_Display_Name (&argc, argv); + for (i = 1; i != argc; i++) { + if (strcmp (argv[i], "-all") == 0) { + ForEachTest (j) + doit[j] = True; + foundOne = True; + } else if (strcmp (argv[i], "-labels") == 0) { + labels = True; + } else if (strcmp(argv[i], "-range") == 0) { + char *cp1; + char *cp2; + + if (argc <= ++i) + usage(); + cp1 = argv[i]; + if (*cp1 == '-') + cp1++; + for (cp2 = cp1; *cp2 != '\0' && *cp2 != ','; cp2++) {}; + if (*cp2 == ',') { + *cp2++ = '\0'; + if (*cp2 == '-') + cp2++; + } else { + cp2 = "-"; + } + ForEachTest (j) { + if (strcmp (cp1, (test[j].option) + 1) == 0 && + (test[j].versions & xparms.version)) { + int k = j; + do { + doit[k] = True; + } while (strcmp(cp2, (test[k].option + 1)) != 0 && + (test[k].versions & xparms.version) && + test[++k].option != NULL); + if (*cp2 != '-' && test[k].option == NULL) + usage(); + break; + } + } + if (test[j].option == NULL) + usage(); + foundOne = True; + } else if (strcmp (argv[i], "-sync") == 0) { + synchronous = True; + } else if (strcmp (argv[i], "-images") == 0) { + i++; + if (argc <= i ) + usage(); + imagepath = argv[i]; + } else if (strcmp (argv[i], "-timeout") == 0) { + i++; + if (argc <= i) + usage (); + timeout = atoi (argv[i]); + if (timeout < 0) + usage (); + else + SetTimeout( timeout ); + + } else if (strcmp (argv[i], "-repeat") == 0) { + i++; + if (argc <= i) + usage (); + repeat = atoi (argv[i]); + if (repeat <= 0) + usage (); + } else if (strcmp (argv[i], "-time") == 0) { + i++; + if (argc <= i) + usage (); + seconds = atoi (argv[i]); + if (seconds <= 0) + usage (); + } else if (strcmp(argv[i], "-reps") == 0) { + i++; + if (argc <= i) + usage (); + fixedReps = atoi (argv[i]); + if (fixedReps <= 0) + usage (); + } else if (strcmp(argv[i], "-depth") == 0) { + i++; + if (argc <= i) + usage (); + depth = atoi(argv[i]); + if (depth <= 0) + usage (); + } else if (strcmp(argv[i], "-script") == 0) { + i++; + loadTests = True; + if (argc <= i) + usage(); + loadTestsFile = argv[i]; + foundOne = True; + } else if (strcmp(argv[i], "-cache") == 0) { + int val; + i++; + if (argc <= i) + usage (); + val = atoi(argv[i]); + if ( val < 0 ) + usage(); + if ( val < CacheSizeMax ) + val = CacheSizeMax; + CacheSizeMax = val; + } else if (strcmp(argv[i], "-loCal") == 0) { + loCal = True; + } else if (strcmp(argv[i], "-showtechs") == 0) { + showTechs = True; + } else if (strcmp(argv[i], "-showlabels") == 0) { + showLabels = True; + } else if (strcmp(argv[i], "-events") == 0) { + runEvents = True; + } else if (strcmp(argv[i], "-errors") == 0) { + runErrors = True; + } else if (strcmp(argv[i], "-showevents") == 0) { + showErrors = True; + } else if (strcmp(argv[i], "-GrayScale") == 0) { + visualClass = GrayScale; + } else if (strcmp(argv[i], "-StaticGray") == 0) { + visualClass = StaticGray; + } else if (strcmp(argv[i], "-PseudoColor") == 0) { + visualClass = PseudoColor; + } else if (strcmp(argv[i], "-StaticColor") == 0) { + visualClass = StaticColor; + } else if (strcmp(argv[i], "-DirectColor") == 0) { + visualClass = DirectColor; + } else if (strcmp(argv[i], "-TrueColor") == 0) { + visualClass = TrueColor; + } else if (strcmp(argv[i], "-DIS") == 0) { + class_request = SUBSET_DIS; + } else if (strcmp(argv[i], "-WMSafe") == 0) { + WMSafe = True; + } else if (strcmp(argv[i], "-tests") == 0) { + j = 0; + while (test[j].option != NULL) { + fprintf(stderr, " %-24s %s\n", + test[j].option, test[j].label); + j++; + } + exit(0); + } else if (strcmp(argv[i], "-mkscript") == 0) { + listTests = 1; + } else { + ForEachTest (j) { + if (strcmp (argv[i], test[j].option) == 0 && + (test[j].versions & xparms.version)) { + doit[j] = True; + goto LegalOption; + } + } + usage (); + LegalOption: + foundOne = True; + } + } + + if ( listTests ) + { + j = 0; + while (test[j].option != NULL) { + if ( fixedReps && repeat != DEFAULT_REPEAT ) + fprintf(stderr, "%-30s -repeat %d -reps %d\n", + &test[j].option[ 1 ], repeat, fixedReps ); + else if ( repeat != DEFAULT_REPEAT ) + fprintf(stderr, "%-30s -repeat %d\n", + &test[j].option[ 1 ], repeat ); + else + fprintf(stderr, "%-30s\n", &test[j].option[ 1 ] ); + + j++; + } + exit(0); + } + + if (labels) { + /* Just print out list of tests for use with .sh programs that + assemble data from different xieperf runs into a nice format */ + ForEachTest (i) { + if (doit[i] && (test[i].versions & xparms.version)) { + printf ("%s\n", test[i].label); + } + } + exit(0); + } + + if (!foundOne) + usage (); + if ( loadTests == True ) + { + if ( !strcmp( loadTestsFile, "-" ) ) + fp = stdin; + else + fp = fopen( loadTestsFile, "r" ); + if ( fp == ( FILE * ) NULL ) + { + fprintf( stderr, "Couldn't open script file '%s'\n", + loadTestsFile ); + fprintf( stderr, "script argument will be ignored\n" ); + loadTests = False; + } + } + + xparms.d = Open_Display (displayName); + screen = DefaultScreen(xparms.d); + + /* check for presence of XIE */ + + printf("xieperf - XIE performance program, version 1.0\n"); + if ( !XieInitialize(xparms.d, &xieInfo ) ) { + printf("\nXIE not supported on this display!\n"); + exit(1); + } + printf("\nXIE V%d.%d\n", xieInfo->server_major_rev, + xieInfo->server_minor_rev); + + capabilities = ( xieInfo->service_class << 8 ); + if ( IsDIS( capabilities ) ) + printf( "DIS server\n" ); + else + printf( "FULL server\n" ); + + if ( IsFull( capabilities ) && IsDIS( class_request ) ) + { + printf( "Service class is DIS - running DIS tests only\n" ); + capabilities = SUBSET_DIS; + } + + InitEventInfo( xparms.d, xieInfo ); + /* get visual info of default visual */ + vmask = VisualIDMask | VisualScreenMask; + vinfotempl.visualid = XVisualIDFromVisual(XDefaultVisual(xparms.d, screen)); + vinfotempl.screen = screen; + vinfolist = XGetVisualInfo(xparms.d, vmask, &vinfotempl, &n); + if (!vinfolist || n != 1) { + fprintf (stderr, "%s: can't get visual info of default visual\n", + program_name); + exit(1); + } + + if (depth == -1 && visualClass == -1) { + /* use the default visual and colormap */ + xparms.vinfo = *vinfolist; + XFree( vinfolist ); + } else { + /* find the specified visual */ + vmask = VisualScreenMask; + vinfotempl.screen = screen; + if ( depth != -1 ) + { + vmask |= VisualDepthMask; + vinfotempl.depth = depth; + } + if ( visualClass != -1 ) + { + vmask |= VisualClassMask; +#if defined(__cplusplus) || defined(c_plusplus) + vinfotempl.c_class = visualClass; +#else + vinfotempl.class = visualClass; +#endif + } + if ( vinfolist ) + XFree( vinfolist ); + vinfolist = XGetVisualInfo(xparms.d, vmask, &vinfotempl, &n); + if (!vinfolist) { + fprintf (stderr, + "%s: can't find an appropriate visual for requested depth and/or class\n", program_name); + exit(1); + } + xparms.vinfo = *vinfolist; /* use the first one in list */ + XFree( vinfolist ); + } + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xparms.vinfo.c_class; +#else + cclass = xparms.vinfo.class; +#endif + printf( "Screen visual class is " ); + switch( cclass ) + { + case GrayScale: + printf( "GrayScale\n" ); + break; + case StaticGray: + printf( "StaticGray\n" ); + break; + case PseudoColor: + printf( "PseudoColor\n" ); + break; + case StaticColor: + printf( "StaticColor\n" ); + break; + case TrueColor: + printf( "TrueColor\n" ); + break; + case DirectColor: + printf( "DirectColor\n" ); + break; + default: + printf( "Unknown\n" ); + break; + } + + if ( cclass == GrayScale || cclass == PseudoColor || cclass == DirectColor ) + { + cmap = graycmap = XCreateColormap(xparms.d, DefaultRootWindow(xparms.d), + xparms.vinfo.visual, AllocAll ); + colorcmap = XCreateColormap(xparms.d, DefaultRootWindow(xparms.d), + xparms.vinfo.visual, AllocAll ); + emptycmap = XCreateColormap(xparms.d, DefaultRootWindow(xparms.d), + xparms.vinfo.visual, AllocNone ); + } + else + { + cmap = graycmap = XCreateColormap(xparms.d, DefaultRootWindow(xparms.d), + xparms.vinfo.visual, AllocNone ); + colorcmap = XCreateColormap(xparms.d, DefaultRootWindow(xparms.d), + xparms.vinfo.visual, AllocNone ); + } + + if ( WMSafe == False ) + XInstallColormap( xparms.d, cmap ); + if ( cclass == GrayScale || cclass == PseudoColor || cclass == DirectColor ) + { + AllocateGrayMapColors( &xparms ); + xparms.foreground = blackidx; + xparms.background = whiteidx; + AllocateColorMapColors( &xparms ); + } + else + { + XColor color; + + color.red = 65535; color.green = 65535; color.blue = 65535; + XAllocColor( xparms.d, cmap, &color ); + xparms.background = color.pixel; + color.red = 0; color.green = 0; color.blue = 0; + XAllocColor( xparms.d, cmap, &color ); + xparms.foreground = color.pixel; + if ( cclass == TrueColor ) + { + int n_colors; + + SetDirectTrueColorStuff( &xparms, &n_colors ); + } + else + { + xparms.screenDepth = DepthFromLevels( xparms.vinfo.colormap_size ); + } + } + + printf( "Colormap has %d entries\n", xparms.vinfo.colormap_size ); + printf( "Effective depth is %d-bit\n\n", xparms.screenDepth ); + if (!foreground) foreground = "Black"; + if (!background) background = "White"; + + XmuGetHostname (hostname, 100); + printf ("%s server version %d on %s\nfrom %s\n", + ServerVendor (xparms.d), VendorRelease (xparms.d), + DisplayString (xparms.d), hostname); + PrintTime (); + + /* Force screen out of screen-saver mode, grab current data, and set + time to blank to 8 hours. We should just be able to turn the screen- + saver off, but this causes problems on some servers. We also reset + the screen-saver timer each test, as 8 hours is about the maximum time + we can use, and that isn't long enough for some X terminals using a + serial protocol to finish all the tests. As long as the tests run to + completion, the old screen-saver values are restored. */ + XForceScreenSaver(xparms.d, ScreenSaverReset); + XGetScreenSaver(xparms.d, &ssTimeout, &ssInterval, &ssPreferBlanking, + &ssAllowExposures); + (void) signal(SIGINT, Cleanup); /* ^C */ +#ifdef SIGQUIT + (void) signal(SIGQUIT, Cleanup); +#endif + (void) signal(SIGTERM, Cleanup); +#ifdef SIGHUP + (void) signal(SIGHUP, Cleanup); +#endif + XSetScreenSaver(xparms.d, 8 * 3600, ssInterval, ssPreferBlanking, + ssAllowExposures); + + if (drawToFakeServer) { + tileToQuery = + XCreatePixmap(xparms.d, DefaultRootWindow (xparms.d), 32, 32, 1); + } + if ( WMSafe == True ) + { + xparms.p = CreateXIEParent( &xparms ); + XSetTransientForHint( xparms.d, xparms.p, DefaultRootWindow (xparms.d) ); + XMapRaised( xparms.d, xparms.p ); + } + else + xparms.p = DefaultRootWindow( xparms.d ); + xparms.w = CreatePerfWindowUnmapped(&xparms, 2, 2, WIDTH, HEIGHT); + if ( WMSafe == True ) + XSetTransientForHint( xparms.d, xparms.w, xparms.p ); + monitorWindow = CreatePerfWindowUnmapped(&xparms, WIDTH - 100, + HEIGHT - 100, MONWIDTH, MONHEIGHT); + if ( WMSafe == True ) + XSetTransientForHint( xparms.d, monitorWindow, xparms.p ); + monitor2Window = CreatePerfWindowUnmapped(&xparms, WIDTH - 100, + HEIGHT - 100, MONWIDTH, MONHEIGHT); + if ( WMSafe == True ) + XSetTransientForHint( xparms.d, monitor2Window, xparms.p ); + + drawableWindow = CreatePerfWindowUnmapped(&xparms, 610, 0, + WIDTH, HEIGHT); + if ( WMSafe == True ) + XSetTransientForHint( xparms.d, drawableWindow, xparms.p ); + status = CreatePerfWindowUnmapped(&xparms, 2, HEIGHT+5, WIDTH, 20); + if ( WMSafe == True ) + XSetTransientForHint( xparms.d, status, xparms.p ); + tgcv.foreground = xparms.foreground; + tgcv.background = xparms.background; + tgc = XCreateGC(xparms.d, status, GCForeground | GCBackground, &tgcv); + + if (synchronous) + XSynchronize (xparms.d, True); + + /* Get mouse pointer out of the way of the performance window. On + software cursor machines it will slow graphics performance. On + all current MIT-derived servers it will slow window + creation/configuration performance. */ + XGetWindowAttributes( xparms.d, DefaultRootWindow( xparms.d ), &attribs ); + XSync( xparms.d, 0 ); + + /* wait for first expose event before we trudge forward */ + + XSelectInput( xparms.d, xparms.w, ExposureMask ); + XSync( xparms.d, 0 ); + XMapWindow( xparms.d, xparms.w ); + XMapWindow( xparms.d, status ); + + done = 0; + while( done == 0 ) + { + XNextEvent( xparms.d, &event ); + switch( event.type ) + { + case Expose: + done = 1; + break; + } + } + + if ( WMSafe == True ) + XWarpPointer(xparms.d, None, xparms.p, 0, 0, 0, 0, 10, HEIGHT+30); + else + XWarpPointer(xparms.d, None, DefaultRootWindow( xparms.d ), + 0, 0, 0, 0, 10, HEIGHT+30); + + /* Figure out how long to call HardwareSync, so we can adjust for that + in our total elapsed time */ + + (void) CalibrateTest(&xparms, &syncTest, 1, &syncTime); + printf("Sync time adjustment is %6.4f msecs.\n\n", syncTime/1000); + + if (showTechs) + ListAllTechs( &xparms ); + + if ( loadTests == False ) + { + ForEachTest (i) { + + char label[200]; + + if ( !EventOrErrorValid( test[ i ].parms.description ) ) + continue; + if (doit[i] && (test[i].versions & xparms.version) && ServerIsCapable( test[ i ].parms.description ) ) { + strcpy (label, test[i].label); + ProcessTest(&xparms, &test[i], GXcopy, ~((unsigned long)0), label, -1); + if ( sigBail == True ) + break; + } /* if doit */ + } /* ForEachTest */ + } + else + { + Bool done; + int repeattmp, + repeatsave; + int reps; + done = False; + + while ( done == False ) + { + if ( sigBail == True ) + break; + repeattmp = repeatsave = -1; + if ( ( i = GetNextTest( fp, &repeattmp, &reps ) ) < 0 ) + done = True; + else + { + char label[200]; + + if ( !EventOrErrorValid( test[ i ].parms.description ) ) + continue; + if ((test[i].versions & xparms.version) && + ServerIsCapable( test[ i ].parms.description ) ) + { + strcpy (label, test[i].label); + if ( repeattmp != -1 ) + { + repeatsave = repeat; + repeat = repeattmp; + } + ProcessTest(&xparms, + &test[i], GXcopy, ~0L, label, reps); + if ( repeattmp != -1 ) + repeat = repeatsave; + } + } + } + } + + if ( fp != ( FILE * ) NULL ) + fclose( fp ); + ReclaimPhotomapMemory(); /* shut up Purify :-) */ + + if ( WMSafe == True ) + { + XUnmapWindow(xparms.d, xparms.p ); + XSync( xparms.d, 0 ); + XDestroyWindow(xparms.d, xparms.p ); + } + else + XDestroyWindow(xparms.d, xparms.w); + /* Restore ScreenSaver to original state. */ + XSetScreenSaver(xparms.d, ssTimeout, ssInterval, ssPreferBlanking, + ssAllowExposures); + if ( RGB_BESTStandardColormapObtained == True ) + XmuDeleteStandardColormap( xparms.d, DefaultScreen( xparms.d ), + XA_RGB_BEST_MAP ); + XCloseDisplay(xparms.d); +} + +int +TestIndex ( testname ) +char *testname; +{ + int j, found; + + found = -1; + ForEachTest (j) + { + if (strcmp (testname, (test[j].option) + 1) == 0 ) + { + found = j; + break; + } + } + return( found ); +} + +Window +CreateXIEParent( xp ) +XParms xp; +{ + Window root, ret; + unsigned int width, height, border_width, depth; + XSetWindowAttributes xswa; + int x, y; + int hasBS; + unsigned long value_mask; + +/* + Time for a little explaining... + + Xieperf puts up windows, moves them around, and associates + colormaps with windows. If no window manager is running, then + things are fine - I don't even call this function. I just set + the window attribute override_redirect = True at window creation + time, and associate my grayscale colormap with the window at + creation time also. + + If a window manager is running, I need to be nice. Nice means + allow the window manager to install colormaps as my windows + gain focus, and let the manager control any geometry changes + that I issue. + + The user, when a window manager is running, is required to use + the -WMSafe argument to xieperf to indicate to me that a window + manager is running. If this arg is given, then I do the following: + + I make a child window of the root window which acts as the parent + window for xieperf's windows. I use XSetTransientForHint() to tell + the window manager essentially that each child window of this + parent is a transient window so please don't mess with my geometry + requests and please install the colormap associated with each + child window as that window gains focus. + + Since the parent window has dimensions equal to the root window, + the app will have focus and my colormap ( which is also the color + map of the parent window ) will be installed ( assuming the + graciousness of the window manager ). Also, any child windows will + appear, disappear, and be moved at my command. Finally, it was + my goal to make the parent window transparent, so it has the usual + root window appearance. This could be done by calling the function + XSetWindowBackgroundPixmap(), and specifying ParentRelative as its + final argument. + + But I ran into problems. I got the desired effects - namely window + placement, colormap handling, and the transparency thing all seemed + o.k., but under twm my parent window would not clear itself when + child windows were unmapped, nor would it respond to XClearWindow() + calls. Turning backing store on for the parent window fixed the + problem, but that is not a viable solution since backing store isn't + always around to help. And, when running under mwm, bizarro effects + like side-by-side mirror images of a child window would appear. It + was dazzling, but unappreciated... + + My solution was simple. If this function is called, and the server + currently supports backing store, I use that, go for the transparent + window, and things are happy. + + If this function is called and there is no backing store support, + instead of having a transparent parent window, the parent window is + created with a background pixel of BlackPixel ( also it was shown + that while the transparent version of the parent window never cleared + either on its own or explicitly via XClearWindow(), windows that had + normal pixel-based backgrounds would clear themselves whenever the + child windows were unmapped ). + + Comments would be appreciated... there should be a way to do this + that isn't too painful. The Xlib Programming Manual ( O'Reilly + Volume 1, p 96 ) states that if ParentRelative is used as a + backround pixmap, the backgrounds are automatically repainted on + exposure. As the above states, they aren't. My feeling is that there + is a bug in the R5 cfb code or... +*/ + + hasBS = DoesBackingStore( DefaultScreenOfDisplay( xp->d ) ); + XGetGeometry( xp->d, DefaultRootWindow( xp->d ), &root, &x, &y, + &width, &height, &border_width, &depth ); + + xswa.colormap = cmap; + if ( hasBS ) + { + xswa.backing_store = WhenMapped; + } + else + { + xswa.background_pixel = + BlackPixel( xp->d, DefaultScreen( xp->d ) ); + } + value_mask = CWColormap | ( hasBS ? CWBackingStore : CWBackPixel ); + ret = XCreateWindow( xp->d, DefaultRootWindow( xp->d ), + x, y, width, height, border_width, xp->vinfo.depth, + CopyFromParent, xp->vinfo.visual, + value_mask, &xswa ); + + if ( hasBS ) + { + /* make it transparent */ + + XSetWindowBackgroundPixmap( xp->d, ret, ParentRelative ); + } + return( ret ); +} + +void +AllocateGrayMapColors( xp ) +XParms xp; +{ + int i, n_colors; + long intensity, rintensity, gintensity, bintensity; + XColor *gray = ( XColor * ) NULL; + int cclass; + int maxcoloridx; + + /* get what we can, and remember it. we should get all since + we created the colormap */ + + gray = ( XColor * ) malloc(sizeof( XColor ) * xp->vinfo.colormap_size); + if ( gray == ( XColor * ) NULL ) + { + fprintf( stderr, "Couldn't allocate XColor vector for XAllocColorCells\n" ); + exit( 1 ); + } + + n_colors = 0; +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + + if ( cclass == DirectColor ) + { + SetDirectTrueColorStuff( xp, &n_colors ); + } + else + { + n_colors = xp->vinfo.colormap_size; + xp->screenDepth = DepthFromLevels( n_colors ); + } + + /* do a grey scale ramp */ + + maxcoloridx = n_colors - 1; + + if ( cclass == DirectColor ) + { + for (i=0; id,graycmap,gray,n_colors); + XSync(xp->d,0); + } + else + { + fprintf( stderr, "Couldn't allocate colors in colormap\n" ); + if ( gray ) + free( gray ); + exit( 0 ); + } + if ( gray ) + free( gray ); +} + +void +AllocateColorMapColors( xp ) +XParms xp; +{ + int i, n_colors; + long intensity, rintensity, gintensity, bintensity; + XColor *gray = ( XColor * ) NULL; + int cclass; + int maxcoloridx; + + /* get what we can, and remember it. we should get all since + we created the colormap */ + + gray = ( XColor * ) malloc(sizeof( XColor ) * xp->vinfo.colormap_size); + if ( gray == ( XColor * ) NULL ) + { + fprintf( stderr, "Couldn't allocate XColor vector for XAllocColorCells\n" ); + exit( 1 ); + } + + n_colors = 0; +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + + if ( cclass == DirectColor ) + { + SetDirectTrueColorStuff( xp, &n_colors ); + } + else + { + n_colors = xp->vinfo.colormap_size; + xp->screenDepth = DepthFromLevels( n_colors ); + } + + /* do a grey scale ramp */ + + maxcoloridx = n_colors - 1; + + if ( cclass == DirectColor ) + { + for (i=0; id,colorcmap,gray,n_colors); + XSync(xp->d,0); + } + else + { + fprintf( stderr, "Couldn't allocate colors in colormap\n" ); + if ( gray ) + free( gray ); + exit( 0 ); + } + if ( gray ) + free( gray ); +} + +int +SetDirectTrueColorStuff( xp, n_colors ) +XParms xp; +int *n_colors; +{ + unsigned long mask; + + DCRedMask = xp->vinfo.red_mask; + DCGreenMask = xp->vinfo.green_mask; + DCBlueMask = xp->vinfo.blue_mask; + + mask = 1L << ( ( sizeof( long ) << 3 ) - 1 ); + rbits = gbits = bbits = 0; + + while ( mask ) + { + if ( mask & DCRedMask ) rbits+=1; + else if ( mask & DCGreenMask ) gbits+=1; + else if ( mask & DCBlueMask ) bbits+=1; + mask = mask >> 1; + } + xp->screenDepth = MIN( rbits, MIN( gbits, bbits ) ); + if ( xp->screenDepth == rbits && xp->screenDepth == gbits && + xp->screenDepth == bbits ) + { + xp->screenDepth = rbits + gbits + bbits; + *n_colors = 1 << rbits; + } + else + { + *n_colors = 1 << xp->screenDepth; + } +} + +int +GetWords (argi, argc, argv, wordsp, nump) + int argi; + int argc; + char **argv; + char **wordsp; + int *nump; +{ + int count; + + if (argc <= argi) + usage(); + count = 0; + while (argv[argi] && *(argv[argi]) != '-') { + *wordsp++ = argv[argi]; + ++argi; + count++; + } + *nump = count; + return count; +} + +static int +atox (s) + char *s; +{ + int v, c; + + v = c = 0; + while (*s) { + if ('0' <= *s && *s <= '9') + c = *s - '0'; + else if ('a' <= *s && *s <= 'f') + c = *s - 'a' + 10; + else if ('A' <= *s && *s <= 'F') + c = *s - 'A' + 10; + v = v * 16 + c; + s++; + } + return v; +} + +int GetNumbers (argi, argc, argv, intsp, nump) + int argi; + int argc; + char **argv; + int *intsp; + int *nump; +{ + char *words[256]; + int count; + int i; + int flip; + + count = GetWords (argi, argc, argv, words, nump); + for (i = 0; i < count; i++) { + flip = 0; + if (!strncmp (words[i], "~", 1)) { + words[i]++; + flip = ~0; + } + if (!strncmp (words[i], "0x", 2)) + intsp[i] = atox(words[i] + 2) ^ flip; + else + intsp[i] = atoi (words[i]) ^ flip; + } + return count; +} + +int +SendTripleBandPlaneDataSequential( xp, p, flo_id, photospace, element, data, + size, pixel_stride, left_pad, scanline_pad, width, height ) +XParms xp; +Parms p; +int flo_id; +XiePhotospace photospace; +int element; +char *data; +int size; +unsigned char pixel_stride[ 3 ]; +unsigned char left_pad[ 3 ]; +unsigned char scanline_pad[ 3 ]; +XieLTriplet width, height; +{ + void ScanlinePad(); + int band1, band2, band3; + + /* calculate band sizes */ + + band1 = ( ( left_pad[ 0 ] >> 3 ) + + ( width[ 0 ] * ( pixel_stride[ 0 ] >> 3 ) ) ) * height[ 0 ]; + ScanlinePad( &band1, scanline_pad[ 0 ] ); + band2 = ( ( left_pad[ 1 ] >> 3 ) + + ( width[ 1 ] * ( pixel_stride[ 1 ] >> 3 ) ) ) * height[ 1 ]; + ScanlinePad( &band2, scanline_pad[ 1 ] ); + band3 = ( ( left_pad[ 2 ] >> 3 ) + + ( width[ 2 ] * ( pixel_stride[ 2 ] >> 3 ) ) ) * height[ 2 ]; + ScanlinePad( &band3, scanline_pad[ 0 ] ); + + /* fire away! */ + + PumpTheClientData( xp, p, flo_id, photospace, element, data, band1, 0 ); + data += band1; + PumpTheClientData( xp, p, flo_id, photospace, element, data, band2, 1 ); + data += band2; + PumpTheClientData( xp, p, flo_id, photospace, element, data, band3, 2 ); + data += band3; +} + +void +ScanlinePad( value, pad ) +int *value; +int pad; +{ + int newval; + + if ( !( *value == 0 || pad == 0 || pad == 1 ) ) + { + if ( ( *value % pad ) != 0 ) + { + if ( *value < pad ) + { + *value = pad; + } + else + { + newval = pad; + while ( newval < *value ) + newval += pad; + *value = newval; + } + } + } +} + +int +PumpTheClientData( xp, p, flo_id, photospace, element, data, size, band_number ) +XParms xp; +Parms p; +int flo_id; +XiePhotospace photospace; +int element; +char *data; +int size; +int band_number; +{ + int bytes_left, final, nbytes; + + final = 0; + bytes_left = size; + while (bytes_left > 0) { + nbytes = (bytes_left > p->buffer_size) ? + p->buffer_size: bytes_left; + if (nbytes >= bytes_left) + final = 1; + XiePutClientData ( + xp->d, + photospace, + flo_id, + element, /* element */ + final, /* signal that this is all the data */ + band_number, /* 0 for all but triple band data + BandByPlane, which then may be + 0, 1, or 2 */ + (unsigned char *) data, + nbytes + ); + bytes_left -= nbytes; + data += nbytes; + } +} + +int +ReadNotifyExportData( xp, p, namespace, flo_id, element, elementsz, + numels, data, done ) +XParms xp; +Parms p; +unsigned long namespace; +int flo_id; +XiePhototag element; +unsigned int elementsz; +unsigned int numels; +char **data; +int *done; +{ + char *cp, *ptr; + Bool terminate = False; + XieExportState new_state_ret; + unsigned int nbytes; + unsigned int nbytes_ret; + Bool no_errors, reallocFlag; + unsigned int cnt; + int bytes; + + *done = 0; + if ( numels == 0 ) + { + numels = WaitForXIEEvent( xp, xieEvnNoExportAvailable, + flo_id, element, False ); + if ( numels == 0 ) + return( -1 ); + } + + nbytes = numels * elementsz; + bytes = nbytes; + no_errors = True; + reallocFlag = False; + cnt = 0; + if ( *data == ( char * ) NULL ) + { + if ( ( *data = ( char * ) malloc( nbytes ) ) == ( char * ) NULL ) + { + fprintf( stderr, "ReadNotifyExportData: couldn't allocate data\n" ); + return( 0 ); + } + } + ptr = *data; + while ( 1 ) + { + XieGetClientData ( xp->d, namespace, flo_id, element, + bytes > 2048 ? 2048 : bytes, terminate, 0, + &new_state_ret, (unsigned char **)&cp, &nbytes_ret ); + + if ( nbytes_ret && reallocFlag ) + { + *data = realloc( *data, cnt + nbytes_ret ); + if ( *data == ( char * ) NULL ) + { + /* oh no */ + + fprintf( stderr, "ReadNotifyExportData: realloc failed\n" ); + no_errors = False; + break; + } + ptr = *data + cnt; + } + +/* this rots */ + + memcpy( ptr, cp, nbytes_ret * sizeof( char ) ); + ptr += nbytes_ret * sizeof( char ); + XFree( cp ); + + cnt += nbytes_ret; + bytes -= nbytes_ret; + if ( new_state_ret == xieValExportEmpty ) + WaitForXIEEvent( xp, xieEvnNoExportAvailable, + flo_id, element, False ); + else if ( new_state_ret == xieValExportMore ) + { + if ( bytes <= 0 ) + { + reallocFlag = True; + bytes = 2048; + } + } + else if ( new_state_ret == xieValExportDone ) + { + *done = 1; + break; + } + else if ( new_state_ret == xieValExportError ) + { + fprintf( stderr, "ReadNotifyExportData: xieValExportError received from XieGetClientData\n" ); + no_errors = False; + break; + } + + if ( bytes <= 0 && reallocFlag == False ) + { + /* if we get here, we didn't get an ExportDone, + and we have no buffer space left. So turn on + the realloc flag. Also, server could be not + sending the ExportDone for some reason... + if so XIE or xieperf or both may be broken. */ + + bytes = 2048; + reallocFlag = True; + } + } + if ( no_errors == False ) + { + return( -1 ); + } + return( cnt ); +} + +int +ReadNotifyExportTripleData( xp, p, namespace, flo_id, element, elementsz, + numels, data, done ) +XParms xp; +Parms p; +unsigned long namespace; +int flo_id; +XiePhototag element; +unsigned int elementsz; +unsigned int numels; +char **data; +int *done; +{ + char *cp, *ptr; + Bool terminate = False; + XieExportState new_state_ret; + unsigned int nbytes; + unsigned int nbytes_ret; + Bool no_errors, reallocFlag; + unsigned int cnt; + int bytes; + int band; + + *done = 0; + if ( numels == 0 ) + { + numels = WaitForXIEEvent( xp, xieEvnNoExportAvailable, + flo_id, element, False ); + if ( numels == 0 ) + return( -1 ); + fprintf( stderr, "There are %d elements available\n", numels ); + } + + nbytes = numels * elementsz; + bytes = nbytes; + no_errors = True; + reallocFlag = False; + cnt = 0; + if ( *data == ( char * ) NULL ) + { + if ( ( *data = ( char * ) malloc( nbytes ) ) == ( char * ) NULL ) + { + fprintf( stderr, "ReadNotifyExportTripleData: couldn't allocate data\n" ); + return( 0 ); + } + } + ptr = *data; + for ( band = 0; band < 3; band++ ) + { + while ( 1 ) + { + XieGetClientData ( xp->d, namespace, flo_id, element, + bytes > 2048 ? 2048 : bytes, terminate, band, + &new_state_ret, (unsigned char **)&cp, + &nbytes_ret ); + + if ( nbytes_ret && reallocFlag ) + { + *data = realloc( *data, cnt + nbytes_ret ); + if ( *data == ( char * ) NULL ) + { + /* oh no */ + + fprintf( stderr, "ReadNotifyExportTripleData: realloc failed\n" ); + no_errors = False; + break; + } + ptr = *data + cnt; + } + + memcpy( ptr, cp, nbytes_ret * sizeof( char ) ); + ptr += nbytes_ret * sizeof( char ); + XFree( cp ); + + cnt += nbytes_ret; + bytes -= nbytes_ret; + if ( new_state_ret == xieValExportEmpty ) + WaitForXIEEvent( xp, xieEvnNoExportAvailable, + flo_id, element, False ); + else if ( new_state_ret == xieValExportMore ) + { + if ( bytes <= 0 ) + reallocFlag = True; + bytes = 2048; + } + else if ( new_state_ret == xieValExportDone ) + { + *done = 1; + break; + } + else if ( new_state_ret == xieValExportError ) + { + fprintf( stderr, "ReadNotifyExportTripleData: xieValExportError received from XieGetClientData\n" ); + no_errors = False; + break; + } + if ( bytes <= 0 && reallocFlag == False ) + { + bytes = 2048; + reallocFlag = True; + } + } + } + if ( no_errors == False ) + { + return( -1 ); + } + return( cnt ); +} + +unsigned int +CheckSum( data, size ) +char *data; +unsigned int size; +{ + unsigned int sum, i; + + sum = 0; + for ( i = 0; i < size; i++ ) + { + sum += *(data++); + } + return( sum ); +} + +XiePhotomap +GetXIEFAXPhotomap( xp, p, which, radiometric ) +XParms xp; +Parms p; +int which; +Bool radiometric; +{ + XIEimage *image = ( XIEimage * ) NULL; + XiePhotospace photospace; + int flo_id, flo_notify; + XiePhotoElement *flograph; + XieDecodeG42DParam *g42d_decode_params=NULL; + XieDecodeG32DParam *g32d_decode_params=NULL; + XieDecodeG31DParam *g31d_decode_params=NULL; + XieDecodeTIFF2Param *tiff2_decode_params=NULL; + XieDecodeTIFFPackBitsParam *tiffpb_decode_params=NULL; + char *decode_params; + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_params=NULL; + XieLTriplet width, height, levels; + XiePhotomap tmp; + int size; + + if ( which == 1 ) + { + image = p->finfo.image1; + + } + else if ( which == 2 ) + { + image = p->finfo.image2; + + } + else if ( which == 3 ) + { + image = p->finfo.image3; + } + else if ( which == 4 ) + { + image = p->finfo.image4; + } + if ( !image ) + return( XiePhotomap ) NULL; + + if ( IsImageInCache( image ) == True ) + { + return( PhotomapOfImage( image ) ); + } + + if ( !GetImageData( xp, p, which ) ) + return( ( XiePhotomap ) NULL ); + + if ( TechniqueSupported( xp, xieValDecode, image->decode ) == False ) + return( XiePhotomap ) NULL; + + size = image->fsize; + image->chksum = CheckSum( image->data, size ); + width[ 0 ] = image->width[ 0 ]; + height[ 0 ] = image->height[ 0 ]; + levels[ 0 ] = image->levels[ 0 ]; + + /* create a photomap */ + + tmp = XieCreatePhotomap(xp->d); + + /* get the data from the client into the photomap */ + + photospace = XieCreatePhotospace(xp->d); + + if ( image->decode == xieValDecodeG42D ) { + g42d_decode_params = XieTecDecodeG42D( + image->fill_order, + True, + radiometric + ); + decode_params = (char *) g42d_decode_params; + } + else if ( image->decode == xieValDecodeG32D ) { + g32d_decode_params = XieTecDecodeG32D( + image->fill_order, + True, + radiometric + ); + decode_params = (char *) g32d_decode_params; + } + else if ( image->decode == xieValDecodeTIFF2 ) { + tiff2_decode_params = XieTecDecodeTIFF2( + image->fill_order, + True, + radiometric + ); + decode_params = (char *) tiff2_decode_params; + } + else if ( image->decode == xieValDecodeTIFFPackBits ) { + tiffpb_decode_params = XieTecDecodeTIFFPackBits( + image->fill_order, + True + ); + decode_params = (char *) tiffpb_decode_params; + } + else if ( image->decode == xieValDecodeG31D ) { + g31d_decode_params = XieTecDecodeG31D( + image->fill_order, + True, + radiometric + ); + decode_params = (char *) g31d_decode_params; + } + else { + return( XiePhotomap ) NULL; + } + + flograph = XieAllocatePhotofloGraph(2); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEFAXPhotomap: XieAllocatePhotofloGraph failed\n" ); + XieDestroyPhotomap( xp->d, tmp ); + if ( decode_params ) + XFree( decode_params ); + return( XiePhotomap ) NULL; + } + + XieFloImportClientPhoto(&flograph[0], + image->bandclass, + width, height, levels, + False, + image->decode, (char *)decode_params + ); + + XieFloExportPhotomap(&flograph[1], + 1, /* source phototag number */ + tmp, + encode_tech, + encode_params + ); + + flo_id = 1; + flo_notify = True; + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 2 /* number of elements */ + ); + XSync( xp->d, 0 ); + PumpTheClientData( xp, p, flo_id, photospace, 1, image->data, size, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,2); + XieDestroyPhotospace(xp->d, photospace); + XFree( decode_params ); + AddToCache( image, tmp ); + return tmp; +} + +XiePhotomap +GetXIETriplePhotomap( xp, p, which ) +XParms xp; +Parms p; +int which; +{ + XIEimage *image = ( XIEimage * ) NULL; + XiePhotospace photospace; + int flo_id, flo_notify; + XiePhotoElement *flograph; + char *decode_params=NULL; + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_params=NULL; + XieLTriplet width, height, levels; + unsigned char pixel_stride[ 3 ]; + unsigned char left_pad[ 3 ]; + unsigned char scanline_pad[ 3 ]; + XiePhotomap tmp; + int size; + + if ( which == 1 ) + { + image = p->finfo.image1; + } + else if ( which == 2 ) + { + image = p->finfo.image2; + } + else if ( which == 3 ) + { + image = p->finfo.image3; + } + else if ( which == 4 ) + { + image = p->finfo.image4; + } + if ( !image ) + return( XiePhotomap ) NULL; + + if ( IsImageInCache( image ) == True ) + { + TouchImage( image ); + return( PhotomapOfImage( image ) ); + } + + if ( !GetImageData( xp, p, which ) ) + return( ( XiePhotomap ) NULL ); + + if ( TechniqueSupported( xp, xieValDecode, image->decode ) == False ) + return( XiePhotomap ) NULL; + + size = image->fsize; + image->chksum = CheckSum( image->data, size ); + + /* create a photomap */ + + tmp = XieCreatePhotomap(xp->d); + + /* get the data from the client into the photomap */ + + photospace = XieCreatePhotospace(xp->d); + + width[ 0 ] = image->width[ 0 ]; + width[ 1 ] = image->width[ 1 ]; + width[ 2 ] = image->width[ 2 ]; + height[ 0 ] = image->height[ 0 ]; + height[ 1 ] = image->height[ 1 ]; + height[ 2 ] = image->height[ 2 ]; + levels[ 0 ] = image->levels[ 0 ]; + levels[ 1 ] = image->levels[ 1 ]; + levels[ 2 ] = image->levels[ 2 ]; + + if ( image->decode == xieValDecodeUncompressedTriple ) + { + pixel_stride[ 0 ] = image->pixel_stride[ 0 ]; + pixel_stride[ 1 ] = image->pixel_stride[ 1 ]; + pixel_stride[ 2 ] = image->pixel_stride[ 2 ]; + left_pad[ 0 ] = image->left_pad[ 0 ]; + left_pad[ 1 ] = image->left_pad[ 1 ]; + left_pad[ 2 ] = image->left_pad[ 2 ]; + scanline_pad[ 0 ] = image->scanline_pad[ 0 ]; + scanline_pad[ 1 ] = image->scanline_pad[ 1 ]; + scanline_pad[ 2 ] = image->scanline_pad[ 2 ]; + + decode_params = ( char * ) XieTecDecodeUncompressedTriple( + image->fill_order, + xieValLSFirst, + xieValLSFirst, + image->interleave, + pixel_stride, + left_pad, + scanline_pad + ); + } + else if ( image->decode == xieValDecodeJPEGBaseline ) + { + decode_params = ( char * ) XieTecDecodeJPEGBaseline( + image->interleave, + image->band_order, + True + ); + } + else if ( image->decode == xieValDecodeJPEGLossless ) + { + decode_params = ( char * ) XieTecDecodeJPEGLossless( + image->interleave, + image->band_order + ); + } + else + { + fprintf( stderr, "GetXIETriplePhotomap: invalid decode technique\n" ); + XieDestroyPhotomap( xp->d, tmp ); + return( XiePhotomap ) NULL; + } + + flograph = XieAllocatePhotofloGraph(2); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIETriplePhotomap: XieAllocatePhotofloGraph failed\n" ); + XieDestroyPhotomap( xp->d, tmp ); + return( XiePhotomap ) NULL; + } + + XieFloImportClientPhoto(&flograph[0], + image->bandclass, + width, height, levels, + False, + image->decode, (char *)decode_params + ); + + XieFloExportPhotomap(&flograph[1], + 1, /* source phototag number */ + tmp, + encode_tech, + encode_params + ); + + flo_id = 1; + flo_notify = True; + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 2 /* number of elements */ + ); + XSync( xp->d, 0 ); + if ( image->interleave == xieValBandByPixel ) + { + PumpTheClientData( xp, p, flo_id, photospace, + 1, image->data, size, 0 ); + } + else + { + SendTripleBandPlaneDataSequential( xp, p, flo_id, photospace, + 1, image->data, size, pixel_stride, + left_pad, scanline_pad, width, height ); + } + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,2); + XieDestroyPhotospace(xp->d, photospace); + if ( decode_params ) + XFree( decode_params ); + AddToCache( image, tmp ); + return tmp; +} + +XiePhotomap +GetXIEPhotomap( xp, p, which ) +XParms xp; +Parms p; +int which; +{ + XIEimage *image = ( XIEimage * ) NULL; + XiePhotospace photospace; + int flo_id, flo_notify; + XiePhotoElement *flograph; + XieDecodeUncompressedSingleParam *decode_params=NULL; + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_params=NULL; + XieLTriplet width, height, levels; + XiePhotomap tmp; + int size; + + if ( which == 1 ) + { + image = p->finfo.image1; + } + else if ( which == 2 ) + { + image = p->finfo.image2; + } + else if ( which == 3 ) + { + image = p->finfo.image3; + } + else if ( which == 4 ) + { + image = p->finfo.image4; + } + + if ( !image ) + return( XiePhotomap ) NULL; + + if ( IsImageInCache( image ) == True ) + { + TouchImage( image ); + return( PhotomapOfImage( image ) ); + } + + if ( !GetImageData( xp, p, which ) ) + return( ( XiePhotomap ) NULL ); + + size = image->fsize; + image->chksum = CheckSum( image->data, size ); + + width[ 0 ] = width[ 1 ] = width[ 2 ] = image->width[ 0 ]; + height[ 0 ] = height[ 1 ] = height[ 2 ] = image->height[ 0 ]; + levels[ 0 ] = levels[ 1 ] = levels[ 2 ] = image->levels[ 0 ]; + + /* create a photomap */ + + tmp = XieCreatePhotomap(xp->d); + + /* get the data from the client into the photomap */ + + photospace = XieCreatePhotospace(xp->d); + + decode_params = XieTecDecodeUncompressedSingle( + image->fill_order, + image->pixel_order, + image->pixel_stride[ 0 ], + image->left_pad[ 0 ], + image->scanline_pad[ 0 ] + ); + + flograph = XieAllocatePhotofloGraph(2); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEPhotomap: XieAllocatePhotofloGraph failed\n" ); + XieDestroyPhotomap( xp->d, tmp ); + return( XiePhotomap ) NULL; + } + + XieFloImportClientPhoto(&flograph[0], + image->bandclass, + width, height, levels, + False, + image->decode, (char *)decode_params + ); + + XieFloExportPhotomap(&flograph[1], + 1, /* source phototag number */ + tmp, + encode_tech, + encode_params + ); + + flo_id = 1; + flo_notify = True; + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 2 /* number of elements */ + ); + XSync( xp->d, 0 ); + PumpTheClientData( xp, p, flo_id, photospace, 1, image->data, size, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,2); + XieDestroyPhotospace(xp->d, photospace); + if ( decode_params ) + XFree( decode_params ); + AddToCache( image, tmp ); + return tmp; +} + +XiePhotomap +GetXIEPointPhotomap( xp, p, which, inlevels, useLevels ) +XParms xp; +Parms p; +int which; +int inlevels; +Bool useLevels; +{ + XIEimage *image = ( XIEimage * ) NULL; + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_params=NULL; + XiePhotospace photospace; + int flo_id, flo_notify; + XiePhotoElement *flograph; + XiePhotomap XIEPhotomap, tmp; + XieLut XIELut; + XieProcessDomain domain; + + tmp = GetXIEPhotomap( xp, p, which ); + + if ( which == 1 ) + image = p->finfo.image1; + else if ( which == 2 ) + image = p->finfo.image2; + else if ( which == 3 ) + image = p->finfo.image3; + else if ( which == 4 ) + image = p->finfo.image4; + + if ( tmp == ( XiePhotomap ) NULL ) + return( tmp ); + + XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], inlevels, + useLevels ); + if ( XIELut == ( XieLut ) NULL ) + return( ( XiePhotomap ) NULL ); + + XIEPhotomap = XieCreatePhotomap(xp->d); + + /* get the data from the client into the photomap */ + + photospace = XieCreatePhotospace(xp->d); + + flograph = XieAllocatePhotofloGraph(4); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEPointPhotomap: XieAllocatePhotofloGraph failed\n" ); + XieDestroyPhotomap( xp->d, XIEPhotomap ); + return( XiePhotomap ) NULL; + } + + XieFloImportPhotomap(&flograph[0], + tmp, + False + ); + + XieFloImportLUT(&flograph[1], XIELut ); + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + XieFloPoint(&flograph[2], + 1, + &domain, + 2, + 0x1 + ); + + XieFloExportPhotomap(&flograph[3], + 3, /* source phototag number */ + XIEPhotomap, + encode_tech, + encode_params + ); + + flo_id = 1; + flo_notify = True; + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 4 /* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,4); + XieDestroyPhotospace(xp->d, photospace); + if ( XIELut ) + XieDestroyLUT( xp->d, XIELut ); + return XIEPhotomap; +} + +XiePhotomap +GetXIEGeometryPhotomap( xp, p, geo, which ) +XParms xp; +Parms p; +GeometryParms *geo; +int which; +{ + XiePhotospace photospace; + int flo_id, flo_notify; + XiePhotoElement *flograph; + + static XieConstant constant = { 0.0, 0.0, 0.0 }; + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_params=NULL; + float coeffs[ 6 ]; + XiePhotomap tmp, XIEPhotomap; + + tmp = GetXIEPhotomap( xp, p, which ); + + /* create a photomap */ + + XIEPhotomap = XieCreatePhotomap(xp->d); + + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + return( ( XiePhotomap ) NULL ); + + photospace = XieCreatePhotospace(xp->d); + + flograph = XieAllocatePhotofloGraph(3); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEGeometryPhotomap: XieAllocatePhotofloGraph failed\n" ); + XieDestroyPhotomap( xp->d, XIEPhotomap ); + return( XiePhotomap ) NULL; + } + + XieFloImportPhotomap(&flograph[0], + tmp, + False + ); + + SetCoefficients( xp, p, 1, geo, coeffs ); + + XieFloGeometry(&flograph[1], + 1, + geo->geoWidth, + geo->geoHeight, + coeffs, + constant, + 7, + geo->geoTech, + ( char * ) NULL + ); + + XieFloExportPhotomap(&flograph[2], + 2, /* source phototag number */ + XIEPhotomap, + encode_tech, + encode_params + ); + + flo_id = 1; + flo_notify = True; + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 3 /* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,3); + XieDestroyPhotospace(xp->d, photospace); + return XIEPhotomap; +} + +int +GetXIEGeometryWindow( xp, p, w, geo, which ) +XParms xp; +Parms p; +Window w; +GeometryParms *geo; +int which; +{ + XIEimage *image; + XiePhotospace photospace; + int flo_id, flo_notify; + XiePhotoElement *flograph; + float coeffs[ 6 ]; + static XieConstant constant = { 0.0, 0.0, 0.0 }; + XieLut XIELut; + XieProcessDomain domain; + XiePhotomap tmp; + + switch( which ) + { + case 1: + image = p->finfo.image1; + break; + case 2: + image = p->finfo.image2; + break; + case 3: + image = p->finfo.image3; + break; + case 4: + image = p->finfo.image4; + break; + default: + fprintf( stderr, "Invalid image\n" ); + return( 0 ); + }; + + tmp = GetXIEPhotomap( xp, p, which ); + + if ( ( XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + return( 0 ); + } + + photospace = XieCreatePhotospace(xp->d); + + flograph = XieAllocatePhotofloGraph(5); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEGeometryPhotomap: XieAllocatePhotofloGraph failed\n" ); + return( 0 ); + } + + XieFloImportPhotomap(&flograph[0], + tmp, + False + ); + + SetCoefficients( xp, p, 1, geo, coeffs ); + + XieFloGeometry(&flograph[1], + 1, + geo->geoWidth, + geo->geoHeight, + coeffs, + constant, + 7, + geo->geoTech, + ( char * ) NULL + ); + + XieFloImportLUT(&flograph[2], XIELut ); + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + XieFloPoint(&flograph[3], + 2, + &domain, + 3, + 0x7 + ); + + XieFloExportDrawable(&flograph[4], + 4, /* source phototag number */ + w, + xp->fggc, + 0, + 0 + ); + + flo_id = 1; + flo_notify = True; + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 5 /* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,5); + XieDestroyPhotospace(xp->d, photospace); + XieDestroyLUT( xp->d, XIELut ); + return( 1 ); +} + +int +GetXIEPixmap( xp, p, pixmap, which ) +XParms xp; +Parms p; +Pixmap pixmap; +int which; +{ + XIEimage *image; + XiePhotospace photospace; + int flo_elements, flo_id, flo_notify; + XiePhotoElement *flograph; + XieLut XIELut; + XiePhotomap XIEPhotomap; + XieProcessDomain domain; + + XIEPhotomap = GetXIEPhotomap( xp, p, which ); + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + return( 0 ); + + switch( which ) + { + case 1: + image = p->finfo.image1; + break; + case 2: + image = p->finfo.image2; + break; + case 3: + image = p->finfo.image3; + break; + case 4: + image = p->finfo.image4; + break; + default: + image = ( XIEimage * ) NULL; + break; + } + + if ( image == ( XIEimage * ) NULL ) + return( 0 ); + + if ( ( XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + return 0; + } + + photospace = XieCreatePhotospace(xp->d); + + flo_elements = 4; + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEPixmap: XieAllocatePhotofloGraph failed\n" ); + if ( XIELut ) + XieDestroyLUT( xp->d, XIELut ); + return( 0 ); + } + + XieFloImportPhotomap(&flograph[0], + XIEPhotomap, + False + ); + + XieFloImportLUT(&flograph[1], XIELut ); + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + XieFloPoint(&flograph[2], + 1, + &domain, + 2, + 0x1 + ); + + XieFloExportDrawable(&flograph[flo_elements - 1], + flo_elements - 1, /* source phototag number */ + pixmap, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo_id = 1; + flo_notify = True; + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + flo_elements /* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,flo_elements); + XieDestroyPhotospace( xp->d, photospace ); + if ( XIELut ) + XieDestroyLUT( xp->d, XIELut ); + return 1; +} + +int +GetXIEWindow( xp, p, window, which ) +XParms xp; +Parms p; +Window window; +int which; +{ + XiePhotospace photospace; + int flo_elements, flo_id, flo_notify; + XiePhotoElement *flograph; + XieLut XIELut; + XIEimage *image; + XiePhotomap XIEPhotomap; + XieProcessDomain domain; + + switch( which ) + { + case 1: + image = p->finfo.image1; + break; + case 2: + image = p->finfo.image2; + break; + case 3: + image = p->finfo.image3; + break; + case 4: + image = p->finfo.image4; + break; + default: + image = ( XIEimage * ) NULL; + break; + } + + XIEPhotomap = GetXIEPhotomap( xp, p, which ); + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + return( 0 ); + + if ( ( XIELut = CreatePointLut( xp, p, 1 << image->depth[ 0 ], + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + return 0; + } + + photospace = XieCreatePhotospace(xp->d); + + flo_elements = 4; + + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEWindow: XieAllocatePhotofloGraph failed\n" ); + if ( XIELut ) + XieDestroyLUT( xp->d, XIELut ); + return( 0 ); + } + + XieFloImportPhotomap(&flograph[0], + XIEPhotomap, + False + ); + + XieFloImportLUT(&flograph[1], XIELut ); + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + XieFloPoint(&flograph[2], + 1, + &domain, + 2, + 0x1 + ); + + XieFloExportDrawable(&flograph[3], + 3, /* source phototag number */ + window, + xp->fggc, + 0, /* x offset in window */ + 0 /* y offset in window */ + ); + + flo_id = 1; + flo_notify = True; + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + flo_elements /* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,flo_elements); + XieDestroyPhotospace( xp->d, photospace ); + + if ( XIELut ) + XieDestroyLUT( xp->d, XIELut ); + return 1; +} + +int +GetXIEDitheredWindow( xp, p, window, which, level ) +XParms xp; +Parms p; +Window window; +int which; +int level; +{ + XiePhotospace photospace; + int flo_id, flo_notify; + XiePhotoElement *flograph; + char *tech_parms=NULL; + XieLut XIELut; + XieLTriplet levels; + XiePhotomap tmp; + XieProcessDomain domain; + XIEimage *image; + + switch( which ) + { + case 1: + image = p->finfo.image1; + break; + case 2: + image = p->finfo.image2; + break; + case 3: + image = p->finfo.image3; + break; + case 4: + image = p->finfo.image4; + break; + } + + tmp = GetXIEPhotomap( xp, p, which ); + if ( tmp == ( XiePhotomap ) NULL ) + return( 0 ); + + photospace = XieCreatePhotospace(xp->d); + + flograph = XieAllocatePhotofloGraph(5); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEDitheredWindow: XieAllocatePhotofloGraph failed\n" ); + return ( 0 ); + } + + if ( ( XIELut = CreatePointLut( xp, p, level, + 1 << xp->screenDepth, False ) ) == ( XieLut ) NULL ) + { + return 0; + } + + XieFloImportPhotomap(&flograph[0], + tmp, + False + ); + + levels[ 0 ] = level; + levels[ 1 ] = 0; + levels[ 2 ] = 0; + + tech_parms = ( char * ) NULL; + + XieFloDither(&flograph[ 1 ], + 1, + 1, + levels, + xieValDitherDefault, + tech_parms + ); + + XieFloImportLUT(&flograph[2], XIELut ); + + domain.offset_x = 0; + domain.offset_y = 0; + domain.phototag = 0; + + XieFloPoint(&flograph[3], + 2, + &domain, + 3, + 0x1 + ); + + XieFloExportDrawable(&flograph[4], + 4, /* source phototag number */ + xp->w, + xp->fggc, + 0, + 0 + ); + + flo_id = 1; + flo_notify = True; + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 5 /* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,5); + XieDestroyLUT( xp->d, XIELut ); + return 1; +} + +XiePhotomap +GetXIEDitheredPhotomap( xp, p, which, level ) +XParms xp; +Parms p; +int which; +int level; +{ + XiePhotospace photospace; + int flo_id, flo_notify; + XiePhotoElement *flograph; + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_params=NULL; + XieLTriplet levels; + char *tech_parms=NULL; + XiePhotomap tmp, XIEPhotomap; + + tmp = GetXIEPhotomap( xp, p, which ); + if ( tmp == ( XiePhotomap ) NULL ) + return( ( XiePhotomap ) NULL ); + + /* create a photomap */ + + XIEPhotomap = XieCreatePhotomap(xp->d); + + /* get the data from the client into the photomap */ + + photospace = XieCreatePhotospace(xp->d); + + flograph = XieAllocatePhotofloGraph(3); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEDitheredPhotomap: XieAllocatePhotofloGraph failed\n" ); + XieDestroyPhotomap( xp->d, XIEPhotomap ); + return ( XiePhotomap ) NULL; + } + + XieFloImportPhotomap(&flograph[0], + tmp, + False + ); + + levels[ 0 ] = level; + levels[ 1 ] = 0; + levels[ 2 ] = 0; + + tech_parms = ( char * ) NULL; + + XieFloDither(&flograph[ 1 ], + 1, + 1, + levels, + xieValDitherDefault, + tech_parms + ); + + XieFloExportPhotomap(&flograph[2], + 2, /* source phototag number */ + XIEPhotomap, + encode_tech, + encode_params + ); + + flo_id = 1; + flo_notify = True; + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 3 /* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,3); + return XIEPhotomap; +} + +XiePhotomap +GetXIEDitheredTriplePhotomap( xp, p, which, ditherTech, threshold, levels ) +XParms xp; +Parms p; +int which; +int ditherTech; +int threshold; +XieLTriplet levels; +{ + XiePhotomap tmp; + XiePhotomap triple; + XiePhotospace photospace; + XiePhotoElement *flograph; + char *dithertech_parms=NULL; + static XieEncodeTechnique encode_tech = xieValEncodeServerChoice; + char *encode_param = ( char * ) NULL; + int flo_id, flo_notify; + + if ( ( triple = GetXIETriplePhotomap( xp, p, which ) ) == + ( XiePhotomap ) NULL ) + { + return( ( XiePhotomap ) NULL ); + } + + /* create a photomap */ + + tmp = XieCreatePhotomap(xp->d); + if ( tmp == ( XiePhotomap ) NULL ) + { + XieDestroyPhotomap( xp->d, triple ); + return( ( XiePhotomap ) NULL ); + } + + /* get the data from the client into the photomap */ + + photospace = XieCreatePhotospace(xp->d); + + flograph = XieAllocatePhotofloGraph(3); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEDitheredTriplePhotomap: XieAllocatePhotofloGraph failed\n" ); + XieDestroyPhotomap( xp->d, tmp ); + XieDestroyPhotomap( xp->d, triple ); + return ( XiePhotomap ) NULL; + } + + XieFloImportPhotomap(&flograph[0], triple, False); + + dithertech_parms = ( char * ) NULL; + if ( ditherTech == xieValDitherOrdered ) + { + dithertech_parms = ( char * ) + XieTecDitherOrderedParam(threshold); + if ( dithertech_parms == ( char * ) NULL ) + { + fprintf( stderr, + "Trouble loading dither technique parameters\n" ); + XieFreePhotofloGraph(flograph,3); + XieDestroyPhotospace( xp->d, photospace ); + XieDestroyPhotomap( xp->d, tmp ); + XieDestroyPhotomap( xp->d, triple ); + return( 0 ); + } + } + + XieFloDither( &flograph[ 1 ], + 1, + 0x7, + levels, + ditherTech, + dithertech_parms + ); + + XieFloExportPhotomap(&flograph[2], + 2, /* source phototag number */ + tmp, + encode_tech, + encode_param + ); + + flo_id = 1; + flo_notify = True; + + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 3 /* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,3); + XieDestroyPhotospace( xp->d, photospace ); + if ( dithertech_parms ) + XFree( dithertech_parms ); + return tmp; +} + +XiePhotomap +GetXIEConstrainedPhotomap( xp, p, which, cliplevels, cliptype, + in_low, in_high, out_low, out_high ) +XParms xp; +Parms p; +int which; +XieLTriplet cliplevels; +int cliptype; +XieConstant in_low,in_high; +XieLTriplet out_low,out_high; +{ + XiePhotospace photospace; + int flo_id, flo_notify; + XiePhotoElement *flograph; + XieEncodeTechnique encode_tech=xieValEncodeServerChoice; + char *encode_params=NULL; + char *tech_parms=NULL; + XiePhotomap tmp, XIEPhotomap; + + tmp = GetXIEPhotomap( xp, p, which ); + if ( tmp == ( XiePhotomap ) NULL ) + return( ( XiePhotomap ) NULL ); + + /* create a photomap */ + + XIEPhotomap = XieCreatePhotomap(xp->d); + + /* get the data from the client into the photomap */ + + photospace = XieCreatePhotospace(xp->d); + + flograph = XieAllocatePhotofloGraph(3); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEConstrainedPhotomap: XieAllocatePhotofloGraph failed\n" ); + XieDestroyPhotomap( xp->d, XIEPhotomap ); + return ( XiePhotomap ) NULL; + } + + XieFloImportPhotomap(&flograph[0], + tmp, + False + ); + + if ( cliptype == xieValConstrainHardClip ) + { + tech_parms = ( char * ) NULL; + } + else + { + tech_parms = ( char * ) XieTecClipScale( in_low, in_high, + out_low, out_high); + if ( tech_parms == ( char * ) NULL ) + { + fprintf( stderr, + "GetXIEConstrainedPhotomap: Trouble loading ClipScale technique parameters\n" ); + fprintf( stderr, "Reverting to HardClip technique\n" ); + cliptype = xieValConstrainHardClip; + } + } + + XieFloConstrain( &flograph[1], + 1, + cliplevels, + cliptype, + tech_parms + ); + + XieFloExportPhotomap(&flograph[2], + 2, + XIEPhotomap, + encode_tech, + encode_params + ); + + flo_id = 1; + flo_notify = True; + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 3 /* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,3); + if ( tech_parms ) + XFree( tech_parms ); + return XIEPhotomap; +} + +XiePhotomap +GetXIEConstrainedTriplePhotomap( xp, p, which, cliplevels, cliptype, + in_low, in_high, out_low, out_high ) +XParms xp; +Parms p; +int which; +XieLTriplet cliplevels; +int cliptype; +XieConstant in_low,in_high; +XieLTriplet out_low,out_high; +{ + XiePhotomap tmp, XIEPhotomap; + XiePhotospace photospace; + XiePhotoElement *flograph; + char *tech_parms = ( char * ) NULL; + static XieEncodeTechnique encode_tech = xieValEncodeServerChoice; + char *encode_params = ( char * ) NULL; + int flo_id, flo_notify; + + if ( ( tmp = GetXIETriplePhotomap( xp, p, which ) ) == + ( XiePhotomap ) NULL ) + { + return( ( XiePhotomap ) NULL ); + } + + /* create a photomap */ + + XIEPhotomap = XieCreatePhotomap(xp->d); + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + { + return( ( XiePhotomap ) NULL ); + } + + /* get the data from the client into the photomap */ + + photospace = XieCreatePhotospace(xp->d); + + flograph = XieAllocatePhotofloGraph(3); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEConstrainedTriplePhotomap: XieAllocatePhotofloGraph failed\n" ); + XieDestroyPhotomap( xp->d, XIEPhotomap ); + return ( XiePhotomap ) NULL; + } + + XieFloImportPhotomap(&flograph[0], tmp, False); + + if ( cliptype == xieValConstrainHardClip ) + { + tech_parms = ( char * ) NULL; + } + else + { + tech_parms = ( char * ) XieTecClipScale( in_low, in_high, + out_low, out_high); + if ( tech_parms == ( char * ) NULL ) + { + fprintf( stderr, + "GetXIEConstrainedPhotomap: Trouble loading ClipScale technique parameters\n" ); + fprintf( stderr, "Reverting to HardClip technique\n" ); + cliptype = xieValConstrainHardClip; + } + } + + XieFloConstrain( &flograph[1], + 1, + cliplevels, + cliptype, + tech_parms + ); + + XieFloExportPhotomap(&flograph[2], + 2, /* source phototag number */ + XIEPhotomap, + encode_tech, + encode_params + ); + + flo_id = 1; + flo_notify = True; + + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 3 /* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,3); + XieDestroyPhotospace( xp->d, photospace ); + if ( tech_parms ) + XFree( tech_parms ); + return XIEPhotomap; +} + +XiePhotomap +GetXIEConstrainedGeometryTriplePhotomap( xp, p, which, cliplevels, cliptype, + in_low, in_high, out_low, out_high, geo ) +XParms xp; +Parms p; +int which; +XieLTriplet cliplevels; +int cliptype; +XieConstant in_low,in_high; +XieLTriplet out_low,out_high; +GeometryParms *geo; +{ + XiePhotomap tmp, XIEPhotomap; + XiePhotospace photospace; + XiePhotoElement *flograph; + char *tech_parms = ( char * ) NULL; + static XieEncodeTechnique encode_tech = xieValEncodeServerChoice; + char *encode_params = ( char * ) NULL; + int flo_id, flo_notify; + float coeffs[ 6 ]; + static XieConstant constant = { 0.0, 0.0, 0.0 }; + + if ( ( tmp = GetXIETriplePhotomap( xp, p, which ) ) == + ( XiePhotomap ) NULL ) + { + return( ( XiePhotomap ) NULL ); + } + + /* create a photomap */ + + XIEPhotomap = XieCreatePhotomap(xp->d); + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + { + return( ( XiePhotomap ) NULL ); + } + + /* get the data from the client into the photomap */ + + photospace = XieCreatePhotospace(xp->d); + + flograph = XieAllocatePhotofloGraph(4); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEConstrainedTriplePhotomap: XieAllocatePhotofloGraph failed\n" ); + XieDestroyPhotomap( xp->d, XIEPhotomap ); + return ( XiePhotomap ) NULL; + } + + XieFloImportPhotomap(&flograph[0], tmp, False); + + SetCoefficients( xp, p, 1, geo, coeffs ); + + XieFloGeometry(&flograph[1], + 1, + geo->geoWidth, + geo->geoHeight, + coeffs, + constant, + 7, + geo->geoTech, + ( char * ) NULL + ); + + if ( cliptype == xieValConstrainHardClip ) + { + tech_parms = ( char * ) NULL; + } + else + { + tech_parms = ( char * ) XieTecClipScale( in_low, in_high, + out_low, out_high); + if ( tech_parms == ( char * ) NULL ) + { + fprintf( stderr, + "GetXIEConstrainedPhotomap: Trouble loading ClipScale technique parameters\n" ); + fprintf( stderr, "Reverting to HardClip technique\n" ); + cliptype = xieValConstrainHardClip; + } + } + + XieFloConstrain( &flograph[2], + 2, + cliplevels, + cliptype, + tech_parms + ); + + XieFloExportPhotomap(&flograph[3], + 3, /* source phototag number */ + XIEPhotomap, + encode_tech, + encode_params + ); + + flo_id = 1; + flo_notify = True; + + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 4 /* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,4); + XieDestroyPhotospace( xp->d, photospace ); + if ( tech_parms ) + XFree( tech_parms ); + return XIEPhotomap; +} + +XiePhotomap +GetXIEGeometryTriplePhotomap( xp, p, which, geo ) +XParms xp; +Parms p; +int which; +GeometryParms *geo; +{ + XiePhotomap tmp, XIEPhotomap; + XiePhotospace photospace; + XiePhotoElement *flograph; + char *tech_parms = ( char * ) NULL; + static XieEncodeTechnique encode_tech = xieValEncodeServerChoice; + char *encode_params = ( char * ) NULL; + int flo_id, flo_notify; + float coeffs[ 6 ]; + static XieConstant constant = { 0.0, 0.0, 0.0 }; + + if ( ( tmp = GetXIETriplePhotomap( xp, p, which ) ) == + ( XiePhotomap ) NULL ) + { + return( ( XiePhotomap ) NULL ); + } + + /* create a photomap */ + + XIEPhotomap = XieCreatePhotomap(xp->d); + if ( XIEPhotomap == ( XiePhotomap ) NULL ) + { + return( ( XiePhotomap ) NULL ); + } + + /* get the data from the client into the photomap */ + + photospace = XieCreatePhotospace(xp->d); + + flograph = XieAllocatePhotofloGraph(3); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEGeometryTriplePhotomap: XieAllocatePhotofloGraph failed\n" ); + XieDestroyPhotomap( xp->d, XIEPhotomap ); + return ( XiePhotomap ) NULL; + } + + XieFloImportPhotomap(&flograph[0], tmp, False); + + SetCoefficients( xp, p, 1, geo, coeffs ); + + XieFloGeometry(&flograph[1], + 1, + geo->geoWidth, + geo->geoHeight, + coeffs, + constant, + 7, + geo->geoTech, + ( char * ) NULL + ); + + XieFloExportPhotomap(&flograph[2], + 2, /* source phototag number */ + XIEPhotomap, + encode_tech, + encode_params + ); + + flo_id = 1; + flo_notify = True; + + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 3 /* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,3); + XieDestroyPhotospace( xp->d, photospace ); + if ( tech_parms ) + XFree( tech_parms ); + return XIEPhotomap; +} + +int +GetXIEDitheredTripleWindow( xp, p, w, which, ditherTech, threshold, levels ) +XParms xp; +Parms p; +Window w; +int which; +int ditherTech; +int threshold; +XieLTriplet levels; +{ + XiePhotomap ditheredPhoto; + XiePhotospace photospace; + XiePhotoElement *flograph; + int flo_id, flo_notify; + XieColorList clist; + XWindowAttributes xwa; + XieColorAllocAllParam *color_parm; + int flo_elements, idx; + + flo_elements = 3; + color_parm = ( XieColorAllocAllParam * ) NULL; + clist = ( XieColorList ) NULL; + color_parm = XieTecColorAllocAll( 123 ); + if ( color_parm == ( XieColorAllocAllParam * ) NULL ) + { + return( 0 ); + } + + if ( ( clist = XieCreateColorList( xp->d ) ) == ( XieColorList ) NULL ) + { + if ( color_parm ) + XFree( color_parm ); + return( 0 ); + } + + if ( ( ditheredPhoto = GetXIEDitheredTriplePhotomap( xp, p, which, + ditherTech, threshold, levels ) ) == ( XiePhotomap ) NULL ) + { + if ( clist ) + XieDestroyColorList( xp->d, clist ); + if ( color_parm ) + XFree( color_parm ); + return( 0 ); + } + + photospace = XieCreatePhotospace(xp->d); + + flograph = XieAllocatePhotofloGraph(flo_elements); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEDitheredTripleWindow: XieAllocatePhotofloGraph failed\n" ); + if ( color_parm ) + XFree( color_parm ); + if ( clist ) + XieDestroyColorList( xp->d, clist ); + return( 0 ); + } + + idx = 0; + XieFloImportPhotomap(&flograph[idx], ditheredPhoto, False); + idx++; + + XGetWindowAttributes( xp->d, xp->w, &xwa ); + XieFloConvertToIndex(&flograph[idx], + idx, + xwa.colormap, + clist, + False, + xieValColorAllocAll, + (char *)color_parm + ); + idx++; + + XieFloExportDrawable(&flograph[idx], + 2, /* source phototag number */ + xp->w, + xp->fggc, + 0, + 0 + ); + + flo_id = 1; + flo_notify = True; + + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + flo_elements /* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,3); + XieDestroyPhotospace( xp->d, photospace ); + + if ( clist ) + XieDestroyColorList( xp->d, clist ); + if ( color_parm ) + XFree( color_parm ); + return( 1 ); +} + +int +GetXIEDitheredStdTripleWindow( xp, p, w, which, ditherTech, threshold, levels, + stdCmap ) +XParms xp; +Parms p; +Window w; +int which; +int ditherTech; +int threshold; +XieLTriplet levels; +XStandardColormap *stdCmap; +{ + XiePhotomap ditheredPhoto; + XiePhotospace photospace; + XiePhotoElement *flograph; + int flo_id, flo_notify; + XieConstant c1; + float bias; + + if ( ( ditheredPhoto = GetXIEDitheredTriplePhotomap( xp, p, which, + ditherTech, threshold, levels ) ) == ( XiePhotomap ) NULL ) + { + return( 0 ); + } + + photospace = XieCreatePhotospace(xp->d); + + flograph = XieAllocatePhotofloGraph(3); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf( stderr, "GetXIEDitheredStdTripleWindow: XieAllocatePhotofloGraph failed\n" ); + return( 0 ); + } + + XieFloImportPhotomap(&flograph[0], ditheredPhoto, False); + + c1[ 0 ] = stdCmap->red_mult; + c1[ 1 ] = stdCmap->green_mult; + c1[ 2 ] = stdCmap->blue_mult; + bias = ( float ) stdCmap->base_pixel; + + XieFloBandExtract( &flograph[1], 1, 1 << xp->vinfo.depth, bias, c1 ); + + XieFloExportDrawable(&flograph[2], + 2, /* source phototag number */ + xp->w, + xp->fggc, + 0, + 0 + ); + + flo_id = 1; + flo_notify = True; + + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 3 /* number of elements */ + ); + XSync( xp->d, 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,3); + XieDestroyPhotospace( xp->d, photospace ); + XieDestroyPhotomap( xp->d, ditheredPhoto ); + return( 1 ); +} + +int +GetFileSize( path ) +char *path; +{ + int size; + struct stat _Stat_Buffer; +#define file_size(path) ( stat(path,&_Stat_Buffer)== 0 ? \ + _Stat_Buffer.st_size : -1) + + /* open the file */ + + if ( ( size = file_size( path ) ) < 0 ) + { + fprintf( stderr, "Couldn't stat %s\n", path ); + return 0; + } + return( size ); +} + +int +GetImageData( xp, p, which ) +XParms xp; +Parms p; +int which; +{ + int fd; + int *size; + XIEimage *image = ( XIEimage * ) NULL; + char *name; + char buf[ 64 ]; + + if ( which == 1 ) + { + image = p->finfo.image1; + } + else if ( which == 2 ) + { + image = p->finfo.image2; + } + else if ( which == 3 ) + { + image = p->finfo.image3; + } + else if ( which == 4 ) + { + image = p->finfo.image4; + } + + if (!image) + return( 0 ); + + if ( p->buffer_size <= 0 ) + { + fprintf( stderr, "buffer_size is invalid\n" ); + return 0; + } + + size = &image->fsize; + name = image->fname; + sprintf( buf, "%s/%s", imagepath, name ); + + *size = GetFileSize( buf ); + + if ( *size == 0 ) + return( 0 ); + + if ( ( fd = open( buf, O_RDONLY|O_BINARY ) ) == -1 ) + { + fprintf( stderr, "Couldn't open %s\n", buf ); + goto out; + } + + /* allocate the data buffer */ + + if ( image->data == ( char * ) NULL ) + { + if ( ( image->data = + (char *)malloc( *size ) ) == ( char * ) NULL ) + { + fprintf( stderr, "Couldn't allocate buffer\n" ); + goto out; + } + } + + /* read the data */ + + if ( read( fd, image->data, *size ) != *size ) + { + fprintf( stderr, "Couldn't read data\n" ); + goto out; + } + + /* close the file */ + + close( fd ); + return( 1 ); + +out: if ( fd ) + { + close( fd ); + } + return 0; +} + +XieLut +GetXIELut( xp, p, lut, lutSize, lutLevels ) +XParms xp; +Parms p; +unsigned char *lut; +int lutSize; +int lutLevels; +{ + XiePhotospace photospace; + int flo_id, flo_notify; + XiePhotoElement *flograph; + XieDataClass cclass; + XieOrientation band_order; + XieLTriplet length, levels; + Bool merge; + XieLTriplet start; + XieLut tmp; + + /* create a LUT for starters */ + + tmp = XieCreateLUT(xp->d); + + photospace = XieCreatePhotospace(xp->d); + + flograph = XieAllocatePhotofloGraph(2); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf(stderr,"GetXIELut: XieAllocatePhotofloGraph failed\n"); + XieDestroyLUT( xp->d, tmp ); + return ( XieLut ) NULL; + } + + cclass = xieValSingleBand; + band_order = xieValMSFirst; + length[ 0 ] = lutSize; + length[ 1 ] = 0; + length[ 2 ] = 0; + levels[ 0 ] = lutLevels; + levels[ 1 ] = 0; + levels[ 2 ] = 0; + + XieFloImportClientLUT(&flograph[0], + cclass, + band_order, + length, + levels + ); + + merge = False; + start[ 0 ] = 0; + start[ 1 ] = 0; + start[ 2 ] = 0; + + XieFloExportLUT(&flograph[1], + 1, /* source phototag number */ + tmp, + merge, + start + ); + + flo_id = 1; + flo_notify = True; + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 2 /* number of elements */ + ); + XSync( xp->d, 0 ); + PumpTheClientData( xp, p, flo_id, photospace, 1, (char *)lut, lutSize, + 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + XieFreePhotofloGraph(flograph,2); + return tmp; +} + +XieRoi +GetXIERoi( xp, p, rects, rectsSize ) +XParms xp; +Parms p; +XieRectangle *rects; +int rectsSize; +{ + XiePhotospace photospace; + int flo_id, flo_notify; + XiePhotoElement *flograph; + XieRoi tmp; + + /* create an ROI */ + + tmp = XieCreateROI(xp->d); + + photospace = XieCreatePhotospace(xp->d); + + flograph = XieAllocatePhotofloGraph(2); + if ( flograph == ( XiePhotoElement * ) NULL ) + { + fprintf(stderr,"GetXIERoi: XieAllocatePhotofloGraph failed\n"); + XieDestroyROI( xp->d, tmp ); + return ( XieRoi ) NULL; + } + + XieFloImportClientROI(&flograph[0], + rectsSize + ); + + XieFloExportROI(&flograph[1], + 1, /* source phototag number */ + tmp + ); + + flo_id = 1; + flo_notify = True; + XieExecuteImmediate(xp->d, photospace, + flo_id, + flo_notify, + flograph, /* photoflo specification */ + 2 /* number of elements */ + ); + XSync( xp->d, 0 ); + PumpTheClientData( xp, p, flo_id, photospace, 1, (char *)rects, + rectsSize * sizeof( XieRectangle ), 0 ); + WaitForXIEEvent( xp, xieEvnNoPhotofloDone, flo_id, 0, False ); + + XieFreePhotofloGraph(flograph,2); + return tmp; +} + +int +EventOrErrorValid( testcp ) +unsigned short testcp; +{ + if ( IsEvent( testcp ) && runEvents == False ) + return( 0 ); + else if ( IsError( testcp ) && runErrors == False ) + return( 0 ); + return( 1 ); +} + +int +IsDISServer() +{ + return( IsDIS( capabilities ) ); +} + +int +ServerIsCapable( testcp ) +unsigned short testcp; +{ + if ( IsFull( testcp ) && IsDIS( capabilities ) ) + return( 0 ); + return( 1 ); +} + +Bool +TechniqueSupported( xp, group, tech ) +XParms xp; +XieTechniqueGroup group; +unsigned int tech; +{ + XieTechnique *techVector; + int numTech, i; + Bool gotIt; + + gotIt = False; + if ( !XieQueryTechniques( xp->d, group, &numTech, &techVector ) ) + { + fprintf( stderr, + "TechniqueSupported: XieQueryTechniques failed\n" ); + } + else + { + /* search for it */ + + for ( i = 0; i < numTech; i++ ) + { + if ( tech == techVector[ i ].number ) + { + gotIt = True; + } + if ( techVector[ i ].name ) + XFree( techVector[ i ].name ); + } + if ( techVector ) + XFree( techVector ); + } + + return( gotIt ); +} + +/* list all of the techniques supported. this isn't used by xieperf, but was + used to validate TechniqueSupported() */ + +struct _tech { + char *name; + unsigned int tech; +}; + +struct _class { + char *name; + Bool full; + XieTechniqueGroup group; + struct _tech *techs; + int n; +}; + +static struct _tech ColorAllocTechs[] = { + { "ColorAllocAll", xieValColorAllocAll }, + { "ColorAllocMatch", xieValColorAllocMatch }, + { "ColorAllocRequantize", xieValColorAllocRequantize } }; + +static struct _tech ConstrainTechs[] = { + { "ConstrainClipScale", xieValConstrainClipScale }, + { "ConstrainHardClip", xieValConstrainHardClip } }; + +static struct _tech ConvolveTechs[] = { + { "ConvolveConstant", xieValConvolveConstant }, + { "ConvolveReplicate", xieValConvolveReplicate } }; + +static struct _tech DecodeTechs[] = { + { "DecodeUncompressedSingle", xieValDecodeUncompressedSingle }, + { "DecodeUncompressedTriple", xieValDecodeUncompressedTriple }, + { "DecodeG31D", xieValDecodeG31D }, + { "DecodeG32D", xieValDecodeG32D }, + { "DecodeG42D", xieValDecodeG42D }, + { "DecodeJPEGBaseline", xieValDecodeJPEGBaseline }, + { "DecodeJPEGLossless", xieValDecodeJPEGLossless }, + { "DecodeTIFF2", xieValDecodeTIFF2 }, + { "DecodeTIFFPackBits", xieValDecodeTIFFPackBits } }; + +static struct _tech DitherTechs[] = { + { "DitherErrorDiffusion", xieValDitherErrorDiffusion }, + { "DitherOrdered", xieValDitherOrdered } }; + +static struct _tech ColorspaceTechs[] = { + { "CIELab", xieValCIELabToRGB }, + { "CIEXYZ", xieValCIEXYZToRGB }, + { "YCbCr", xieValYCbCrToRGB }, + { "YCC", xieValYCCToRGB } }; + +static struct _tech EncodeTechs[] = { + { "EncodeUncompressedSingle", xieValEncodeUncompressedSingle }, + { "EncodeUncompressedTriple", xieValEncodeUncompressedTriple }, + { "EncodeG31D", xieValEncodeG31D }, + { "EncodeG32D", xieValEncodeG32D }, + { "EncodeG42D", xieValEncodeG42D }, + { "EncodeJPEGBaseline", xieValEncodeJPEGBaseline }, + { "EncodeJPEGLossless", xieValEncodeJPEGLossless }, + { "EncodeTIFF2", xieValEncodeTIFF2 }, + { "EncodeTIFFPackBits", xieValEncodeTIFFPackBits } }; + +static struct _tech GeometryTechs[] = { + { "GeometryAntialias", xieValGeomAntialias }, + { "GeometryAntialiasByArea", xieValGeomAntialiasByArea }, + { "GeometryAntialiasByLowpass", xieValGeomAntialiasByLPF }, + { "GeometryBilinearInterpolation", xieValGeomBilinearInterp }, + { "GeometryGaussian", xieValGeomGaussian }, + { "GeometryNearestNeighbor", xieValGeomNearestNeighbor } }; + +static struct _tech GamutTechs[] = { + { "GamutNone", xieValGamutNone }, + { "GamutClipRGB", xieValGamutClipRGB } }; + +static struct _tech HistogramTechs[] = { + { "HistogramFlat", xieValHistogramFlat }, + { "HistogramGaussian", xieValHistogramGaussian }, + { "HistogramHyperbolic", xieValHistogramHyperbolic } }; + +static struct _tech WhiteAdjustTechs[] = { + { "WhiteAdjustNone", xieValWhiteAdjustNone }, + { "WhiteAdjustCIELabShift", xieValWhiteAdjustCIELabShift } }; + +static struct _class classes[] = { + { "ColorAlloc", True, xieValColorAlloc, ColorAllocTechs, + sizeof( ColorAllocTechs ) / sizeof( struct _tech ) }, + { "Constrain", True, xieValConstrain, ConstrainTechs, + sizeof( ConstrainTechs ) / sizeof( struct _tech ) }, + { "Convolve", True, xieValConvolve, ConvolveTechs, + sizeof( ConvolveTechs ) / sizeof( struct _tech ) }, + { "ConvertFromRGB", True, xieValConvertFromRGB, ColorspaceTechs, + sizeof( ColorspaceTechs ) / sizeof( struct _tech ) }, + { "ConvertToRGB", True, xieValConvertToRGB, ColorspaceTechs, + sizeof( ColorspaceTechs ) / sizeof( struct _tech ) }, + { "Decode", False, xieValDecode, DecodeTechs, + sizeof( DecodeTechs ) / sizeof( struct _tech ) }, + { "Dither", True, xieValDither, DitherTechs, + sizeof( DitherTechs ) / sizeof( struct _tech ) }, + { "Encode", False, xieValEncode, EncodeTechs, + sizeof( EncodeTechs ) / sizeof( struct _tech ) }, + { "Gamut", True, xieValGamut, GamutTechs, + sizeof( GamutTechs ) / sizeof( struct _tech ) }, + { "Geometry", False, xieValGeometry, GeometryTechs, + sizeof( GeometryTechs ) / sizeof( struct _tech ) }, + { "Histogram", True, xieValHistogram, HistogramTechs, + sizeof( HistogramTechs ) / sizeof( struct _tech ) }, + { "WhiteAdjust", True, xieValWhiteAdjust, WhiteAdjustTechs, + sizeof( WhiteAdjustTechs ) / sizeof( struct _tech ) } }; + +int +ListAllTechs( xp ) +XParms xp; +{ + int i, j; + + for ( i = 0; i < sizeof( classes ) / sizeof( struct _class ); i++ ) + { + printf( "Class name: %s\n", classes[ i ].name ); + for ( j = 0; j < classes[ i ].n; j++ ) + { + printf( "\tTechnique %s:", classes[ i ].techs[ j ].name ); + if (classes[ i ].full==True && IsDIS( capabilities )) + { + printf( " is not supported\n" ); + } + else if ( TechniqueSupported( xp, classes[ i ].group, + classes[ i ].techs[ j ].tech ) == True ) + { + printf( " is supported\n" ); + } + else + { + printf( " is not supported\n" ); + } + } + } + printf( "\n" ); +} + +void +FillHisto( histos, size, levels ) +XieHistogramData histos[]; +int size; +int levels; +{ + int i; + int sy; + + sy = levels / size; + for ( i = 0; i < size; i++ ) + { + histos[ i ].value = i + 40; + histos[ i ].count = i * sy; + } +} + +void +DrawHistogram( xp, w, histos, size, levels ) +XParms xp; +Window w; +XieHistogramData histos[]; +int size; +unsigned long levels; +{ + unsigned long maxcount; + int i; + float sx, sy; + XRectangle *rects; + short yadd, xadd; + char buf[ 32 ]; + + maxcount = 0; + levels = 0; + for ( i = 0; i < size; i++ ) + { + if ( histos[ i ].count > maxcount ) + maxcount = histos[ i ].count; + if ( histos[ i ].value > levels ) + levels = histos[ i ].value; + } + + if ( maxcount == 0 ) + return; + + xadd = ( short ) ( ( float ) MONWIDTH * 0.15 ); + yadd = xadd; + + sx = ( float ) ( MONWIDTH - xadd ) / ( float ) ( levels + 1 ); + sy = ( float ) ( MONHEIGHT - yadd ) / ( float ) maxcount; + + XClearWindow( xp->d, w ); + + /* label x */ + + XDrawImageString( xp->d, w, tgc, xadd, + MONHEIGHT - 3, "0", 1 ); + sprintf( buf, "%d", levels ); + XDrawImageString( xp->d, w, tgc, MONWIDTH - + strlen( buf ) * 14, MONHEIGHT - 3, buf, strlen( buf ) ); + + /* label y */ + + sprintf( buf, "%d", maxcount ); + XDrawImageString( xp->d, w, tgc, 3, + 20, buf, strlen( buf ) ); + XDrawImageString( xp->d, w, tgc, 3, + MONHEIGHT - yadd, "0", 1 ); + + /* y axis */ + + XDrawLine( xp->d, w, tgc, xadd, MONHEIGHT - yadd, + xadd, 0 ); + + /* x axis */ + + XDrawLine( xp->d, w, tgc, xadd, MONHEIGHT - yadd, + MONWIDTH, MONHEIGHT - yadd ); + + rects = ( XRectangle * ) malloc( sizeof( XRectangle ) * size ); + if ( rects == ( XRectangle * ) NULL ) + return; + + /* create the rectangles */ + + for ( i = 0; i < size; i++ ) + { + rects[ i ].width = ( short ) ceil( sx ); + rects[ i ].height = ( short ) ( sy * histos[ i ].count ); + rects[ i ].x = xadd + ( short ) ( sx * histos[ i ].value ); + rects[ i ].y = ( short ) MONHEIGHT - yadd - rects[ i ].height; + } + + /* draw it */ + + XFillRectangles( xp->d, w, tgc, rects, size ); + XSync( xp->d, 0 ); + + free( rects ); +} + +int +GetStandardColormap( xp, stdColormap, atom ) +XParms xp; +XStandardColormap *stdColormap; +Atom atom; +{ + int status, i; + int numberColormaps; + XStandardColormap *colormapsReturned; + VisualID visualId; + + visualId = XVisualIDFromVisual( xp->vinfo.visual ); + if ( !XGetRGBColormaps(xp->d, RootWindow(xp->d, DefaultScreen( xp->d )), + &colormapsReturned, &numberColormaps, atom ) ) + { + status = XmuLookupStandardColormap( xp->d, + DefaultScreen( xp->d ), + visualId, + xp->vinfo.depth, + atom, + True, /* Don't replace existing cmap */ + True ); + if ( status != 0 ) + { + status = XGetRGBColormaps( xp->d, + RootWindow( xp->d, DefaultScreen( xp->d ) ), + &colormapsReturned, + &numberColormaps, + atom ); + } + } + else + status = 1; + if ( status != 0 ) + { + for ( i = 0; i < numberColormaps; i++ ) + { + if (visualId == colormapsReturned[i].visualid) + { + memcpy( ( char * ) stdColormap, + ( char * ) &colormapsReturned[ i ], + sizeof( XStandardColormap ) ); + XFree( colormapsReturned ); + if ( atom == XA_RGB_BEST_MAP ) + RGB_BESTStandardColormapObtained = True; + return( True ); + } + } + XFree( colormapsReturned ); + } + return( False ); +} + +#define SETLUT if ( lutCellSize == sizeof( char ) ) {\ + *( ( unsigned char * ) ptr ) = val; \ + ptr+=sizeof(char); } \ +else if ( lutCellSize == sizeof( short ) ) { \ + *( ( unsigned short * ) ptr ) = val; \ + ptr+=sizeof(short); } \ +else if ( lutCellSize == sizeof( int ) ) { \ + *( ( unsigned int * ) ptr ) = val; \ + ptr+=sizeof(int); } \ +else { \ + *( ( unsigned long * ) ptr) = val; \ + ptr+=sizeof(long); } + +#define SETTDLUT if ( lutCellSize == sizeof( char ) ) {\ + *( ( unsigned char * ) ptr ) = val * lowbit( DCRedMask ); \ + *( ( unsigned char * ) ptr ) |= val * lowbit( DCGreenMask ); \ + *( ( unsigned char * ) ptr ) |= val * lowbit( DCBlueMask ); \ + ptr+=sizeof(char); } \ +else if ( lutCellSize == sizeof( short ) ) { \ + *( ( unsigned short * ) ptr ) = val * lowbit( DCRedMask ); \ + *( ( unsigned short * ) ptr ) |= val * lowbit( DCGreenMask ); \ + *( ( unsigned short * ) ptr ) |= val * lowbit( DCBlueMask ); \ + ptr+=sizeof(short); } \ +else if ( lutCellSize == sizeof( int ) ) { \ + *( ( unsigned int * ) ptr ) = val * lowbit( DCRedMask ); \ + *( ( unsigned int * ) ptr ) |= val * lowbit( DCGreenMask ); \ + *( ( unsigned int * ) ptr ) |= val * lowbit( DCBlueMask ); \ + ptr+=sizeof(int); } \ +else { \ + *( ( unsigned long * ) ptr ) = val * lowbit( DCRedMask ); \ + *( ( unsigned long * ) ptr ) |= val * lowbit( DCGreenMask ); \ + *( ( unsigned long * ) ptr ) |= val * lowbit( DCBlueMask ); \ + ptr+=sizeof(long); } + +int +DepthFromLevels( levels ) +int levels; +{ + unsigned int mask; + int bp; + + bp = ( sizeof( int ) << 3 ) - 1; + mask = 1 << bp; + while ( mask && !( mask & levels ) ) + { + bp--; + mask = ( ( mask >> 1 ) & ~mask ); + } + return( bp ); +} + +int +TDLutCellSize( xp ) +XParms xp; +{ + int bp, max; + + max = 0; + bp = DepthFromLevels( DCRedMask ); + if ( bp > max ) + max = bp; + bp = DepthFromLevels( DCGreenMask ); + if ( bp > max ) + max = bp; + bp = DepthFromLevels( DCBlueMask ); + if ( bp > max ) + max = bp; + max++; + return( LutCellSize( max ) ); +} + +int +LutCellSize( depth ) +int depth; +{ + if ( depth >= 0 && depth <= 7 ) + depth = 8; + else if ( depth > 8 && depth <= 15 ) + depth = 16; + else if ( depth > 16 && depth <= 31 ) + depth = 32; + return( ( depth + 7 ) >> 3 ); +} + +XieLut +CreatePointLut( xp, p, inlevels, outlevels, computeLutFromLevels ) +XParms xp; +Parms p; +int inlevels; +int outlevels; +Bool computeLutFromLevels; +{ + unsigned char *lut, *ptr; + int lutSize; + int lutCellSize; + int i, j, val, cclass; + int step, increment; + int outdepth; + XieLut retval; + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + + lutSize = inlevels; + outdepth = DepthFromLevels( outlevels ); + if ( ( cclass == DirectColor || cclass == TrueColor ) && + computeLutFromLevels == False ) + { + lutCellSize = TDLutCellSize( xp ); + } + else + { + lutCellSize = LutCellSize( outdepth ); + } + + if ( lutCellSize != sizeof( char ) && lutCellSize != sizeof( short ) + && lutCellSize != sizeof( int ) && lutCellSize != sizeof( long ) ) + { + fprintf( stderr, "CreatePointLut: cell size not supported\n" ); + return( ( XieLut ) NULL ); + } + + if ( inlevels == outlevels ) + { + increment = 1; + step = 1; + } + else if ( inlevels > outlevels ) + { + increment = 1; + step = inlevels / outlevels; + } + else /* outlevels > inlevels */ + { + increment = (outlevels - 1) / (inlevels - 1); + step = 1; + } + + lut = (unsigned char *) malloc( lutSize * lutCellSize ); + ptr = lut; + if ( lut == ( unsigned char * ) NULL ) + { + fprintf( stderr, "CreatePointLut: malloc failed allocating lut\n" ); + return( ( XieLut ) NULL ); + } + + /* initialize the lut */ + + val = 0; + j = 0; + for ( i = 0; i < lutSize; i++ ) + { + if ( cclass != DirectColor && cclass != TrueColor ) + SETLUT + else + SETTDLUT + j++; + if ( j == step ) + { + j = 0; + val += increment; + } + } + + if ( ( cclass == DirectColor || cclass == TrueColor ) && + computeLutFromLevels == False ) + { + outlevels = TrueOrDirectLevels( xp ); + } + + retval = GetXIELut( xp, p, lut, lutSize * lutCellSize, + outlevels ); + free( lut ); + return( retval ); +} + +int +TrueOrDirectLevels( xp ) +XParms xp; +{ + int depth = xp->screenDepth; + + if ( rbits != gbits || gbits != bbits ) + { + return( 1 << ( rbits + gbits + bbits ) ); + } + else + { + return( 1 << depth ); + } +} + +int +TripleTrueOrDirectLevels( xp ) +XParms xp; +{ + int depth = xp->screenDepth; + + if ( rbits != gbits || gbits != bbits ) + { + return( 1 << depth ); + } + else + { + return( xp->vinfo.colormap_size ); + } +} + +/* generate red_mult, green_mult, and blue_mult, and red_max, green_max, + blue_max, like in StandardColormaps */ + +int +CreateStandardColormap( xp, stdCmap, atom ) +XParms xp; +XStandardColormap *stdCmap; +int atom; +{ + XWindowAttributes xwa; + unsigned long mask; + int i, cclass; + int r_mask, g_mask, b_mask; + +#if defined(__cplusplus) || defined(c_plusplus) + cclass = xp->vinfo.c_class; +#else + cclass = xp->vinfo.class; +#endif + + XGetWindowAttributes( xp->d, xp->w, &xwa ); + stdCmap->colormap = xwa.colormap; + + if ( IsTrueColorOrDirectColor( cclass ) ) + { + stdCmap->red_max = ( 1 << rbits ) - 1; + stdCmap->green_max = ( 1 << gbits ) - 1; + stdCmap->blue_max = ( 1 << bbits ) - 1; + } + else + { + XmuGetColormapAllocation(xp->vinfo, atom, + &stdCmap->red_max, + &stdCmap->green_max, + &stdCmap->blue_max); + } + + r_mask = xp->vinfo.red_mask; + g_mask = xp->vinfo.green_mask; + b_mask = xp->vinfo.blue_mask; + + if ( r_mask ) + { + mask = 1; i = 0; + while ( !( mask & r_mask ) ) { i+=1; mask = mask << 1; } + stdCmap->red_mult = 1 << i; + } + else + { + stdCmap->red_mult = 1; + } + + if ( g_mask ) + { + mask = 1; i = 0; + while ( !( mask & g_mask ) ) { i+=1; mask = mask << 1; } + stdCmap->green_mult = 1 << i; + } + else + { + stdCmap->green_mult = 1; + } + + if ( b_mask ) + { + mask = 1; i = 0; + while ( !( mask & b_mask ) ) { i+=1; mask = mask << 1; } + stdCmap->blue_mult = 1 << i; + } + else + { + stdCmap->blue_mult = 1; + } + + return( 1 ); +} + +XiePhotomap +GetControlPlane( xp, which ) +XParms xp; +int which; +{ + ParmRec p; + XiePhotomap ControlPlane; + + ControlPlane = ( XiePhotomap ) NULL; + p.finfo.image1 = ( XIEimage * ) GetImageStruct( which ); + p.buffer_size = 2048; + if ( p.finfo.image1 != ( XIEimage * ) NULL ) + { + ControlPlane = GetXIEPointPhotomap( xp, &p, 1, 2, True ); + } + return( ControlPlane ); +} + +/* + * integer cube roots by Newton's method + * + * Stephen Gildea, MIT X Consortium, July 1991 + */ + +/* Newton's Method: x_n+1 = x_n - ( f(x_n) / f'(x_n) ) */ + +/* for cube roots, x^3 - a = 0, x_new = x - 1/3 (x - a/x^2) */ + +/* + * Quick and dirty cube roots. Nothing fancy here, just Newton's method. + * Only works for positive integers (since that's all we need). + * We actually return floor(cbrt(a)) because that's what we need here, too. + */ + +static int icbrt_with_guess(a, guess) + int a, guess; +{ + register int delta; + + if (a <= 0) + return 0; + if (guess < 1) + guess = 1; + + do { + delta = (guess - a/(guess*guess))/3; + guess -= delta; + } while (delta != 0); + + if (guess*guess*guess > a) + guess--; + + return guess; +} + +static int icbrt_with_bits(a, bits) + int a; + int bits; /* log 2 of a */ +{ + return icbrt_with_guess(a, a>>2*bits/3); +} + +int icbrt(a) /* integer cube root */ + int a; +{ + register int bits = 0; + register unsigned n = a; + + while (n) + { + bits++; + n >>= 1; + } + return icbrt_with_bits(a, bits); +} diff --git a/xie/xc/programs/xieperf/xieperf.h b/xie/xc/programs/xieperf/xieperf.h new file mode 100644 index 0000000..2dd04db --- /dev/null +++ b/xie/xc/programs/xieperf/xieperf.h @@ -0,0 +1,572 @@ +/* $XConsortium: xieperf.h,v 1.16 94/04/17 20:39:42 rws Exp $ */ + +/**** module xieperf.h ****/ +/****************************************************************************** + +Copyright (c) 1993, 1994 X Consortium + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN +AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. + +Except as contained in this notice, the name of the X Consortium shall not be +used in advertising or otherwise to promote the sale, use or other dealings +in this Software without prior written authorization from the X Consortium. + + + NOTICE + +This software is being provided by AGE Logic, Inc. under the +following license. By obtaining, using and/or copying this software, +you agree that you have read, understood, and will comply with these +terms and conditions: + + Permission to use, copy, modify, distribute and sell this + software and its documentation for any purpose and without + fee or royalty and to grant others any or all rights granted + herein is hereby granted, provided that you agree to comply + with the following copyright notice and statements, including + the disclaimer, and that the same appears on all copies and + derivative works of the software and documentation you make. + + "Copyright 1993, 1994 by AGE Logic, Inc." + + THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO + REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of + example, but not limitation, AGE LOGIC MAKE NO + REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS + FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT + INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC + SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO + EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, + INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS + OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR + ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR + BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES + HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH + DAMAGES. + + The name of AGE Logic, Inc. may not be used in + advertising or publicity pertaining to this software without + specific, written prior permission from AGE Logic. + + Title to this software shall at all times remain with AGE + Logic, Inc. +***************************************************************************** + + xieperf.h -- xieperf header file + + Syd Logan -- AGE Logic, Inc. + +*****************************************************************************/ + +#ifndef VMS +#include +#include +#else +#include +#endif + +#ifndef VMS +#include +#include +#else +#include +#include +#endif +#include +#include + +#ifndef NULL +#define NULL 0 +#endif + +#include +#include +#ifndef X_NOT_STDC_ENV +#include +#else +char *malloc(); +char *realloc(); +#endif +#include + + +#define WIDTH 600 /* Size of large window to work within */ +#define HEIGHT 600 + +#define MONWIDTH 350 +#define MONHEIGHT 200 + +typedef Bool (*InitProc) (/* XParms xp; Parms p */); +typedef void (*Proc) (/* XParms xp; Parms p */); + +extern void NullProc (/* XParms xp; Parms p */); +extern Bool NullInitProc (/* XParms xp; Parms p */); + +#define VALL 1 /* future use - see x11perf.h */ + +typedef unsigned char Version; /* ditto */ + +#define ClampInputs 1 +#define ClampOutputs 2 + +#define Drawable 1 +#define DrawablePlane 2 + +#define NoObscure 0 +#define Obscured 1 +#define Obscuring 2 + +#define Overlap 1 +#define NoOverlap 2 + +/* geometry stuff */ + +#define GEO_TYPE_CROP 1 +#define GEO_TYPE_SCALE 2 +#define GEO_TYPE_MIRRORX 3 +#define GEO_TYPE_MIRRORY 4 +#define GEO_TYPE_MIRRORXY 5 +#define GEO_TYPE_ROTATE 6 +#define GEO_TYPE_DEFAULT 7 +#define GEO_TYPE_SCALEDROTATE 8 + +/* for the tests which can have ROIs and control planes, these are the + options. Cannot support ROIs and Control Planes at same time, so these + are mutually exclusive choices */ + +#define DomainNone 0 +#define DomainROI 1 +#define DomainCtlPlane 2 + +/* capabilities masks */ + +/* the low 8 bits of the short are for test requirements. Bit positions not + defined below are reserved for future expansion */ + +#define CAPA_EVENT ( 1 << 0 ) +#define CAPA_ERROR ( 1 << 1 ) + +#define CAPA_MASK 0x00ff + +#define IsEvent(x) ( x & CAPA_EVENT ? 1 : 0 ) +#define IsError(x) ( x & CAPA_ERROR ? 1 : 0 ) + +#define IsFaxImage( x ) ( x == xieValDecodeG42D || \ + x == xieValDecodeG32D || \ + x == xieValDecodeTIFFPackBits || \ + x == xieValDecodeTIFF2 || \ + x == xieValDecodeG31D ) + +#define IsColorVisual( visclass ) ( visclass == StaticColor || visclass == \ + PseudoColor || visclass == DirectColor || visclass == TrueColor ? 1 : 0 ) + +#define IsTrueColorOrDirectColor( visclass ) ( visclass == TrueColor || \ + visclass == DirectColor ) + +#define IsGrayVisual( visclass ) ( !IsColorVisual( visclass ) ) + +#define IsStaticVisual( visclass ) ( visclass == StaticColor || visclass == TrueColor\ + || visclass == StaticGray ) + +#define IsDynamicVisual( visclass ) ( !IsStaticVisual( visclass ) ) + +/* protocol subset masks */ + +/* the high 8 bits of the short are for XIE subsets. Again, those bits not + defined are reserved for future use */ + +#define SUBSET_MASK 0xff00 +#define SUBSET_FULL ( xieValFull << 8 ) +#define SUBSET_DIS ( xieValDIS << 8 ) + +#ifndef MAX +#define MAX( a, b ) ( a > b ? a : b ) +#endif +#ifndef MIN +#define MIN( a, b ) ( a < b ? a : b ) +#endif + +#define IsFull( x ) ( x & SUBSET_FULL ? 1 : 0 ) +#define IsDIS( x ) ( x & SUBSET_DIS ? 1 : 0 ) +#define IsDISAndFull( x ) ( IsFullTest( x ) && IsDISTest( x ) ) + +/* + * configuration shared by all tests + */ + +/* image configuration - could be nicer, but put info for all + decode techniques in this one struct */ + +typedef struct _Image { + char *fname; /* filename */ + int fsize; /* size in bytes. set in init function */ + int bandclass; /* singleband or tripleband */ + int width[ 3 ]; /* width of image */ + int height[ 3 ]; /* height of image */ + int depth[ 3 ]; /* pixel depth */ + unsigned long levels[ 3 ]; /* 1 << depth */ + int decode; /* decode method */ + int fill_order; + int pixel_order; + int pixel_stride[ 3 ]; + int scanline_pad[ 3 ]; + int left_pad[ 3 ]; + int interleave; + int band_order; + unsigned int chksum; + char *data; /* image data */ +} XIEimage; + +/* a file represents an image. 4 files per test are supported */ + +typedef struct _XIEfile { + XIEimage *image1; + XIEimage *image2; + XIEimage *image3; + XIEimage *image4; +} XIEifile; + +/* test parameters */ + +typedef struct _Parms { + /* Required fields */ + int objects; /* Number of objects to process in one X call */ + /* Optional fields */ + int description; /* server requirements flags */ + int buffer_size; /* size when sending/reading data from xie */ + XIEifile finfo; /* image file info */ + XPointer ts; /* test specifics */ +} ParmRec, *Parms; + +/* + * test specific configuration. One structure per C source file. + */ + +typedef struct _abortParms { + int lutSize; + int lutLevels; +} AbortParms; + +typedef struct _encodeParms { + int encode; /* encode technique */ + char *parms; /* encode technique structs */ + Bool exportClient; /* if True, ECP. Else, EP */ + unsigned char scale; /* For JPEG q_table scaling */ +} EncodeParms; + +typedef struct _eventParms { + int event; +} EventParms; + +typedef struct _rgbParms { + int colorspace; + int which; +#define RGB_FF 1 +#define RGB_IF 2 +#define RGB_II 3 + XieMatrix toMatrix; + XieMatrix fromMatrix; + XieWhiteAdjustTechnique whiteAdjust; + XieConstant whitePoint; + XieGamutTechnique gamut; + XieLTriplet RGBLevels; + XieConstant luma; + XieConstant bias; + XieFloat scale; +} RGBParms; + +typedef struct _errorParms { + int error; +} ErrorParms; + +typedef struct _awaitParms { + int lutSize; + int lutLevels; +} AwaitParms; + +#define BandExtract 1 +#define BandSelect 2 + +typedef struct _bandParms { + XieConstant c1; + XieConstant c2; + XieConstant c3; + int which; /* BandExtract or BandSelect */ + float bias; + Atom atom; + Bool useStdCmap; +} BandParms; + +typedef struct _blendParms { + XieConstant constant; + XieFloat alphaConstant; + int bandMask; + int useDomain; + int numROIs; +} BlendParms; + +typedef struct _constrainParms { + Bool photoDest; + int constrain; + int clamp; +} ConstrainParms; + +typedef struct _creatDstryParms { + int dummy; +} CreateDestroyParms; + +typedef struct _cvtToIndexParms { + int dither; + Bool useDefaultCmap; + Bool flo_notify; + Bool addCvtFromIndex; +} CvtToIndexParms; + +typedef struct _ditherParms { + int dither; + int drawable; + float threshold; + int bandMask; +} DitherParms; + +typedef struct _exportClParms { + int numROIs; /* ExportClientROI */ + + /* following are for ExportClientHistogram with ROIs */ + + int useDomain; + short x; + short y; + short width; + short height; +} ExportClParms; + +typedef struct _geometryParms { + int geoType; + int geoHeight; + int geoWidth; + int geoXOffset; + int geoYOffset; + XieGeometryTechnique geoTech; + int geoAngle; + Bool radiometric; +} GeometryParms; + +typedef struct _logicalParms { + XieConstant logicalConstant; + unsigned long logicalOp; + int logicalBandMask; + int useDomain; + int numROIs; +} LogicalParms; + +typedef struct _importParms { + int obscure; + int numROIs; +} ImportParms; + +typedef struct _importClParms { + int numROIs; +} ImportClParms; + +typedef struct _pasteUpParms { + int overlap; +} PasteUpParms; + +typedef struct _redefineParms { + XieConstant constant; + int bandMask; + unsigned long op1; + unsigned long op2; +} RedefineParms; + +typedef struct _modifyParms { + XieConstant constant; + int bandMask; + unsigned long op; +} ModifyParms; + +typedef struct _pointParms { + Bool photoDest; + int levelsIn; + int levelsOut; + int useDomain; + short x; + short y; + short width; + short height; + int bandMask; +} PointParms; + +typedef struct _funnyEncodeParms { + int floElements; + XieOrientation *fillOrder; + XieOrientation *pixelOrder; + unsigned char *pixelStride; + unsigned char *scanlinePad; + XieOrientation *bandOrder; + XieInterleave *interleave; + Bool useMyLevelsPlease; + XieLTriplet myBits; +} FunnyEncodeParms; + +typedef struct _triplePointParms { + int useDomain; + short x; + short y; + short width; + short height; + Atom atom; + int bandMask; + int ditherTech; + int threshold; +} TriplePointParms; + +typedef struct _unconstrainParms { + int constrain; +} UnconstrainParms; + +typedef struct _purgeColStParms { + int dummy; +} PurgeColStParms; + +typedef struct _compareParms { + XieCompareOp op; + XieConstant constant; + Bool combine; + unsigned int bandMask; + int useDomain; + short x; + short y; + short width; + short height; +} CompareParms; + +typedef struct _arithmeticParms { + XieArithmeticOp op; + XieConstant constant; + unsigned int bandMask; + int useDomain; + short x; + short y; + short width; + short height; + Bool constrain; + XieConstrainTechnique constrainTech; + float inLow; + float inHigh; +} ArithmeticParms; + +typedef struct _mathParms { + XieMathOp *ops; + int nops; + unsigned int bandMask; + int useDomain; + short x; + short y; + short width; + short height; + Bool constrain; + XieConstrainTechnique constrainTech; + float inLow; + float inHigh; +} MathParms; + +typedef struct _convolveParms { + Bool photoDest; + unsigned int bandMask; + int useDomain; + short x; + short y; + short width; + short height; + XieConvolveTechnique tech; + XieConstant constant; + int ( * kfunc )(); +} ConvolveParms; + +typedef struct _queryParms { + int lutSize; + int lutLevels; + XieTechniqueGroup techGroup; +} QueryParms; + +typedef struct _matchHistogramParms { + XieHistogramShape shape; + double mean; + double sigma; + double constant; + Bool shape_factor; + int useDomain; + short x; + short y; + short width; + short height; +} MatchHistogramParms; + +typedef struct _XParms { + Display *d; + char *displayName; /* see do_await.c */ + Window w; + Window p; + GC fggc; + GC bggc; + unsigned long foreground; + unsigned long background; + XVisualInfo vinfo; + Bool pack; + Version version; + int screenDepth; /* effective depth of drawables */ +} XParmRec, *XParms; + +typedef int TestType; + +typedef struct _Test { + char *option; /* Name to use in prompt line */ + char *label; /* Fuller description of test */ + InitProc init; /* Initialization procedure */ + Proc proc; /* Timed benchmark procedure */ + Proc passCleanup;/* Cleanup between repetitions of same test */ + Proc cleanup; /* Cleanup after test */ + Version versions; /* future expansion */ + TestType testType; /* future expansion */ + int clips; /* Number of obscuring windows to force clipping*/ + ParmRec parms; /* Parameters passed to test procedures */ +} Test; + +extern Test test[]; + +#define ForEachTest(x) for (x = 0; test[x].option != NULL; x++) + +XiePhotomap GetXIEPhotomap(); +XieRoi GetXIERoi(); +XieLut GetXIELut(); +Display *GetDisplay(); + +/***************************************************************************** + +For repeatable results, XIEperf should be run using a local connection on a +freshly-started server. The default configuration runs each test 5 times, in +order to see if each trial takes approximately the same amount of time. +Strange glitches should be examined; if non-repeatable I chalk them up to +daemons and network traffic. Each trial is run for 5 seconds, in order to +reduce random time differences. The number of objects processed per second is +displayed to 3 significant digits, but you'll be lucky on most UNIX system if +the numbers are actually consistent to 2 digits. + +******************************************************************************/ diff --git a/xie/xc/programs/xieperf/xieperf.man b/xie/xc/programs/xieperf/xieperf.man new file mode 100644 index 0000000..1f81498 --- /dev/null +++ b/xie/xc/programs/xieperf/xieperf.man @@ -0,0 +1,793 @@ +.\" $XConsortium: xieperf.man /main/7 1995/12/15 14:04:04 gildea $ +.\" Copyright (c) 1993, 1994 X Consortium +.\" +.\" Permission is hereby granted, free of charge, to any person obtaining +.\" a copy of this software and associated documentation files (the +.\" "Software"), to deal in the Software without restriction, including +.\" without limitation the rights to use, copy, modify, merge, publish, +.\" distribute, sublicense, and/or sell copies of the Software, and to +.\" permit persons to whom the Software is furnished to do so, subject to +.\" the following conditions: +.\" +.\" The above copyright notice and this permission notice shall be included +.\" in all copies or substantial portions of the Software. +.\" +.\" THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS +.\" OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF +.\" MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. +.\" IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR +.\" OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, +.\" ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR +.\" OTHER DEALINGS IN THE SOFTWARE. +.\" +.\" Except as contained in this notice, the name of the X Consortium shall +.\" not be used in advertising or otherwise to promote the sale, use or +.\" other dealings in this Software without prior written authorization +.\" from the X Consortium. +.\" +.\" +.\" NOTICE +.\" +.\" This software is being provided by AGE Logic, Inc. under the +.\" following license. By obtaining, using and/or copying this software, +.\" you agree that you have read, understood, and will comply with these +.\" terms and conditions: +.\" +.\" Permission to use, copy, modify, distribute and sell this +.\" software and its documentation for any purpose and without +.\" fee or royalty and to grant others any or all rights granted +.\" herein is hereby granted, provided that you agree to comply +.\" with the following copyright notice and statements, including +.\" the disclaimer, and that the same appears on all copies and +.\" derivative works of the software and documentation you make. +.\" +.\" "Copyright 1993, 1994 by AGE Logic, Inc." +.\" +.\" THIS SOFTWARE IS PROVIDED "AS IS". AGE LOGIC MAKES NO +.\" REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED. By way of +.\" example, but not limitation, AGE LOGIC MAKE NO +.\" REPRESENTATIONS OR WARRANTIES OF MERCHANTABILITY OR FITNESS +.\" FOR ANY PARTICULAR PURPOSE OR THAT THE SOFTWARE DOES NOT +.\" INFRINGE THIRD-PARTY PROPRIETARY RIGHTS. AGE LOGIC +.\" SHALL BEAR NO LIABILITY FOR ANY USE OF THIS SOFTWARE. IN NO +.\" EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, +.\" INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES, INCLUDING LOSS +.\" OF PROFITS, REVENUE, DATA OR USE, INCURRED BY EITHER PARTY OR +.\" ANY THIRD PARTY, WHETHER IN AN ACTION IN CONTRACT OR TORT OR +.\" BASED ON A WARRANTY, EVEN IF AGE LOGIC LICENSEES +.\" HEREUNDER HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH +.\" DAMAGES. +.\" +.\" The name of AGE Logic, Inc. may not be used in +.\" advertising or publicity pertaining to this software without +.\" specific, written prior permission from AGE Logic. +.\" +.\" Title to this software shall at all times remain with AGE +.\" Logic, Inc. +.TH xieperf 1 "Release 6.1" "X Version 11" +.SH NAME +xieperf - XIE server extension test and demo program +.SH SYNTAX +.B xieperf +[-option ...] +.SH DESCRIPTION +The +.I xieperf +program is based upon R5 +.I x11perf(1) +, and while not entirely comprehensive in its coverage of the XIE +protocol (see BUGS, below), it is intended to be useful in the evaluation of +XIE implementations in the areas of protocol adherance and performance. +The +.I xieperf +program includes tests which execute each of the protocol requests and photoflo +elements specified by revision 5.0 of the XIE protocol. In addition, +.I xieperf +provides a set of tests which can be used to validate the detection and +transmission of XIE protocol request errors, such as FloMatch, FloValue, and +so forth. Finally, +.I xieperf +provides a customizable demonstration program for XIE. +.PP +A test is made up of three components executed in sequence - an +initialization function, a test function, and an end function. The +initialization function is responsible for allocating and populating test +resources, such as photomaps and LUTs, and for creating a stored photoflo +which will be executed by the test function. The test function, in most cases, +simply executes the stored photoflo for a specified number of repetitions. +The end function, which is called following the test function, is used +primarily to destroy any non-cachable server resources used by the test, and +to free any memory which was dynamically allocated by the client. Some tests, +such as -modify1, -await, -abort, and -redefine, perform additional steps +within the test function inner loop, as required by the element being tested, +or in an attempt to make the test more visually appealing. +.PP +Evaluating the performance of individual XIE elements is not +as simple as measuring Core X drawing times. The XIE +protocol requires elements to be embedded within photoflos +in order to be exercised, and the minimum possible photoflo +size is two. This implies that it is impossible to measure +performance of a single element in isolation - the time it +takes to run the flo depends on what other elements exist in +the flo. Extrapolating performance of a single elment +(or technique) in a flo must be done carefully, on a case-by-case +basis, since in general measured element performance depends on +input image size, data type, and other factors, all of which can +be influenced by upstream flo elements. Note further that the +number and type of elements in a flo can be influenced by the +visuals available on the display, so even flo-flo comparisons +on machines with different visuals must be done with caution. +.PP +Many test labels contain an abbreviated pipeline description. For +instance. IP/IL/P/ED indicates ImportPhotomap, ImportLUT, Point, and +ExportDrawable. Pipelines ending in ED (ExportDrawable) often include +hidden elements such as BandExtract, ConvertToIndex, Dither, or Point +to match the flo output to the screen visual. Pipelines ending in EP +(ExportPhotomap) will result in a blank window. +.PP +.I xieperf +is compatible with +.I x11perfcomp(1), +which is used to compare the outputs of different +.I xieperf +and +.I x11perf +runs in a nice, tabular format. In +.I xieperf +you will need to use the -labels option (see OPTIONS, below), and provide +the resulting labels file to +.I x11perfcomp(1) +to obtain correct output. See the +.I x11perfcomp(1) +man pages for more details on this. +.SH OPTIONS +.I xieperf +accepts the options listed below: +.TP 14 +.B \-display host:dpy +Specifies which display to use. +.TP 14 +.B \-images \fI\fP +Normally, +.I xieperf +references image files located in the directory ``images'', which +.I xieperf +assumes is located in your current directory. If the ``images'' directory is +not in your current directory, or the file has been renamed, use this option +to specify its location. +.TP 14 +.B \-timeout \fI\fP +Some tests require the reception of an event such as FloNotify to continue, and +may cause +.I xieperf +to hang should these events not be received. This option allows the user to +specify a timeout value which, if exceeded, will cause +.I xieperf +to give up waiting for an event, and continue on with the next test in sequence. +Should an event timeout, a warning message will be printed to stderr. The +default timeout value is 60 seconds. +.TP 14 +.B \-sync +Runs the tests in synchronous mode. +.TP 14 +.B \-script \fI\fP +Using this option gives the user the ability to run a subset of the available +tests and control the number of times the tests are executed on an individual +basis. This is thought to be especially useful for those running +.I xieperf +for demonstration purposes. Using this option causes +.I xieperf +to read commands specified in a script file, or from stdin if \fI\fP is +``-''. Tests are specified by newline-terminated input lines of the form +"command [-reps n ] [ -repeat m ]". Characters following and including "#" +are treated as comments. See the -mkscript option. +.TP 14 +.B \-repeat \fI\fP +Repeats each test +.I n +times (by default each test is run 2 times). This option may be used in +script files also, in which case the script file -repeat overrides the +command line option. +.TP 14 +.B \-time \fI\fP +Specifies how long in seconds each test should be run (default 5 seconds). +.TP 14 +.B \-depth +Use a visual with planes per pixel (default is the default +visual). +.TP 14 +.B \-GrayScale +Use a GrayScale visual (default is the default visual). +.TP 14 +.B \-PseudoColor +Use a PseudoColor visual (default is the default visual). +.TP 14 +.B \-StaticGray +Use a StaticGray visual (default is the default visual). +.TP 14 +.B \-StaticColor +Use a StaticColor visual (default is the default visual). +.TP 14 +.B \-TrueColor +Use a TrueColor visual (default is the default visual). +.TP 14 +.B \-DirectColor +Use a DirectColor visual (default is the default visual). +.TP 14 +.B \-WMSafe +If +.I xieperf +must be run in a window manager environment, use this flag to make +.I xieperf +aware of this. If specified, +.I xieperf +will create a window, identical to the size of the root window, and all +further windows created by +.I xieperf +will be transient popup children of this window. If this flag is omitted, +.I xieperf +will set the override_redirect attribute of all windows to ``True'' +and will also do evil things such as calling XInstallColormap. +Using this option will cause the window +manager to (hopefully) obey window geometry hints specified by +.I xieperf +.TP 14 +.B \-showtechs +Display a comprehensive list of techniques, by category, indicating which of +the techniques are supported by the XIE server. +.TP 14 +.B \-showlabels +Print test label to screen prior to calling any of the test code. This allows +the user to know which test is executing in case the test hangs for some reason. +.TP 14 +.B \-showevents +Be verbose when running event and error tests. Also, can be used to catch and +display information on any signals received during execution of +.I xieperf +. Note that this flag is best used in a debugging situation, or to validate +that the error events received by +.I xieperf +are valid the first time the tests are executed on a new platform. +.TP 14 +.B \-events +Run tests which test for event generation. +.TP 14 +.B \-errors +Run tests which test for error event generation. +.TP 14 +.B \-loCal +Skip test calibration. This may be used when running +.I xieperf +in situations where execution timing is not important. Execution times will +not be reported by +.I xieperf +when this option is enabled. The inner loop repeat count, additionally, is +set to a value of 5 (but can be overridden by the -reps option). +.TP 14 +.B \-all +Runs all tests. This may take a while, depending on the speed of your machine, +and its floating point capabilities. This option is ignored if a script file +is used. +.TP 14 +.B \-tests +Generate a list of the available tests for the +.I xieperf +program. In +.I x11perf +, this list is normally displayed in the usage statement. It was yanked from +the usage of +.I xieperf +because it was too lengthy. +.TP 14 +.B \-mkscript +Generate a script file suitable for use with the script option. If -repeat +or -reps are also specified, they will be automatically placed at the end +of each command in the script. The script is generated to stderr. See the +-script command, above. +.TP 14 +.B \-cache \fI\fP +Most test flos utilize a photomap resource for a source. A photomap cache +of up to n entries is controlled by +.I xieperf +to avoid having to constantly reload these images during test initialization. +The default cache size is 4. If a value less than the default is specified, the cache size will be set to the default. +.TP 14 +.B \-labels +Generates just the descriptive labels for each test specified. Use -all or +-range to specify which tests are included. See +.I x11perfcomp(1) +for more details. +.TP 14 +.B \-DIS +Pretend we are running +.I xieperf +while connected to a DIS-only capable implementation of XIE. This will cause +.I xieperf +to execute those tests which only use protocol requests found in the DIS subset of +XIE, and bypass those which are not DIS compatible. If +.I xieperf +detects a DIS server, it will do this automatically, and this option is ignored. +Use -all or -range to specify the initial range of tests. +.TP 14 +.B \-range \fI\fP[,\fI\fP] +Runs all the tests starting from the specified name \fItest1\fP until +the name \fItest2\fP, including both the specified tests. Some tests, +like the event and error tests, also require the -errors or -events +options to specified. This option is ignored if a script it used. +.TP 14 +.B \-reps \fI\fP +Fix the inner loop repetitions to n. This indicates how many time the photoflo +will be executed each time the test is run. This option is overridden on a +per-test basis if specified in a script. Typically, +.I xieperf +determines the ideal number of reps during each test's calibration period. +.TP 14 +.B \-ImportObscuredEvent through \-ExportAvailable +Test generation of events. Requires -events flag. +.TP 14 +.B \-BadValue through \-FloValueError +Test generation of errors. Requires -errors flag. +.B \-ColorList +Create and destroy ColorList resource test. +.TP 14 +.B \-LUT +Create and destroy LUT resource test. +.TP 14 +.B \-Photomap +Create and destroy Photomap resource test. +.TP 14 +.B \-ROI +Create and destroy ROI resource test. +.TP 14 +.B \-Photospace +Create and destroy Photospace test. +.TP 14 +.B \-Photoflo +Create and destroy Photoflo test. +.TP 14 +.B \-QueryPhotomap +Query Photomap resource test. +.TP 14 +.B \-QueryColorList +Query ColorList resource test. +.TP 14 +.B \-QueryTechniquesDefault through \-QueryTechniquesWhiteAdjust +Query techniques as specified by test name. +.TP 14 +.B \-QueryPhotoflo +Query photoflo test. +.TP 14 +.B \-PurgeColorList +PurgeColorList test. +.TP 14 +.B \-Abort +This tests creates a photoflo which is started and blocks for data provided by +PutClientData(). Instead of sending the data, the test uses XieAbort() to +stop the photoflo, and then waits for PhotofloDone event to be send by the +server. If the test times out waiting for the event, a error message is sent +to stderr. +.TP 14 +.B \-Await +This test creates a flo of the form ImportClientLUT -> ExportLUT, and starts +the flo executing. +.I xieperf +then forks, and the child process streams the LUT data to the flo using +PutClientData, while the parent blocks in XieAwait. If the flo successfully +finishes, XieAwait will return and the flo state, after query, will indicate +that it has completed. If XieAwait does not complete naturally, or after return +from XieAwait the flo is still active, an error is reported to stderr. Note, on +a really slow machine, it is possible that XieAwait will return before the +flo has a chance to finish. In this case, use the -timeout option to increase +the timeout for this test. +.TP 14 +.B \-importclientlut1 +ImportClientLUT -> ExportLUT test. +.TP 14 +.B \-importclientphoto1 through \-importclientphoto9 +Flos of the form ImportClientPhoto -> ExportPhotomap using various +decode techniques, e.g. G32D, TIFF2, UncompressedTriple, and so forth. +.TP 14 +.B \-importclientroi1 +ImportClientROI with 10 rectangles. +.TP 14 +.B \-importclientroi2 +ImportClientROI with 100 rectangles. +.TP 14 +.B \-encodephoto1 through \-encodephoto14 +Flos of the form ImportPhotomap -> ExportPhotomap using various +encode techniques, e.g. G32D, TIFF2, UncompressedTriple, and so forth. +Original encoding is shown in left window, image after encoding is +shown in right window. +.TP 14 +.B \-encodeclientphoto1 through \-encodeclientphoto11 +Two flos, one of the form ImportPhotomap -> ExportClientPhoto, and the +other of the form ImportClientPhoto -> ExportPhotomap, where ExportClientPhoto +in the first flo uses various encode techniques, e.g. G32D, TIFF2, +UncompressedTriple, and so forth. The image before encoding is displayed in +the left window, while the right window shows the image which was encoded +in the first flo and read back in the second flo. +.TP 14 +.B \-exportclientlut1 +ExportClientLUT test. LUT is displayed in a histogram window. +.TP 14 +.B \-exportclientroi1 +ExportClientROI test, 10 ROIs. The ROIs which are sent to the server are +represented by the filled rectangles. The ROIs which are received back from +the server by the client are drawn as white bordered non-filled rectangles. +The resulting output illustrates how the server combined the rectangles sent +to it. +.TP 14 +.B \-exportclientroi2 +Same as exportclientroi1, except using 100 rectangles. +.TP 14 +.B \-exportclienthistogram1 through \-exportclienthistogram4 +ExportClientHistogram tests using various images. The histogram is displayed +in a window which overlaps the image. +.TP 14 +.B \-exportclienthistogramroi1 through \-exportclienthistogramroi4 +Same as the ExportClientHistogram test, but using a ROI to identify the area +of interest. +.TP 14 +.B \-exportclienthistogramcplane1 through \-exportclienthistogramcplane4 +Same as the ExportClientHistogram test, but using a Control Plane to identify the area of interest. +.TP 14 +.B \-importlut1 +Test ImportLUT element, LUT size is 256. +.TP 14 +.B \-importphoto1 +ImportPhotomap -> ExportPhotomap, with source and destination equal. +.TP 14 +.B \-importphoto2 +ImportPhotomap -> ExportDrawable, window destination. +.TP 14 +.B \-importroi1 +ImportROI -> ExportROI, 10 rectangles, source and destination ROIs equal. +.TP 14 +.B \-importroi2 +ImportROI -> ExportROI, 100 rectangles, source and destination ROIs equal. +.TP 14 +.B \-importdrawable1 +ImportDrawable -> ExportDrawable, Source is pixmap, destination is window. +.TP 14 +.B \-importdrawable2 +ImportDrawable -> ExportDrawable, Source and destination is window. +.TP 14 +.B \-importdrawable3 +ImportDrawable -> ExportDrawable, Destination window obscured by source window. +.TP 14 +.B \-importdrawable4 +ImportDrawable -> ExportDrawable, Source window obscured by destination window. +.TP 14 +.B \-importdrawable5 +ImportDrawablePlane -> ExportDrawablePlane, pixmap, source = destination. +.TP 14 +.B \-importdrawable6 +ImportDrawablePlane -> ExportDrawablePlane, window, source = destination. +.TP 14 +.B \-importdrawable7 +ImportDrawablePlane -> ExportDrawablePlane, window, source obscures destination. +.TP 14 +.B \-importdrawable8 +ImportDrawablePlane -> ExportDrawablePlane, window, destination obscures source. +.TP 14 +.B \-constrain1 +Constrain HardClip technique test, drawable destination. +.TP 14 +.B \-constrain2 +Constrain ClipScale technique test, drawable destination. +.TP 14 +.B \-constrainphoto1 +Constrain HardClip technique test, photomap destination. +.TP 14 +.B \-constrainphoto2 +Constrain ClipScale technique test, photomap destination. +.TP 14 +.B \-convolve1 +Boxcar 3x3 convolution test. Smoothing or lowpass filter. +.TP 14 +.B \-convolve2 +Boxcar 5x5 convolution test. Smoothing or lowpass filter. +.TP 14 +.B \-convolve3 +LaPlacian 3x3 convolution test. Edge or highpass filter. +.TP 14 +.B \-convolve4 +LaPlacian 5x5 convolution test. Edge or highpass filter. +.TP 14 +.B \-convolveroi1 +LaPlacian 3x3 convolution test, with ROI. +.TP 14 +.B \-convolveroi2 +LaPlacian 5x5 convolution test, with ROI. +.TP 14 +.B \-convolvecplane1 +LaPlacian 3x3 convolution test, with Control Plane. +.TP 14 +.B \-convolvecplane2 +LaPlacian 5x5 convolution test, with Control Plane. +.TP 14 +.B \-math1 through \-mathcplane7 +Various tests which exercise the Math element, some tests using ROIs and control planes. +.TP 14 +.B \-arithmeticdyadic1 through \-arithmeticdyadic5 +Arithmetic element tests, using photomaps as the operands. +.TP 14 +.B \-arithmeticmonadic1 through \-arithmeticmonadic9 +Arithmetic element tests, photomap and constant operands. +.TP 14 +.B \-arithmeticdyadicroi1 through \-arithmeticdyadicroi5 +Arithmetic element tests, using photomaps as the operands, with ROIs. +.TP 14 +.B \-arithmeticmonadicroi1 through \-arithmeticmonadicroi9 +Arithmetic element tests, photomap and constant operands, with ROIs. +.TP 14 +.B \-arithmeticdyadiccplane1 through \-arithmeticdyadiccplane5 +Arithmetic element tests, using photomaps as the operands, with Control Planes. +.TP 14 +.B \-arithmeticmonadiccplane1 through \-arithmeticmonadiccplane9 +Arithmetic element tests, photomap and constant operands, with Control Planes. +.TP 14 +.B \-arithmeticfloatdyadic1 though \-arithmeticfloatdyadic5 +Arithmetic element tests, using photomaps as the operands, unconstrained. +.TP 14 +.B \-arithmeticfloatmonadic1 though \-arithmeticfloatmonadic9 +Arithmetic element tests, photomap and constant operands, unconstrained. +.TP 14 +.B \-arithmeticroifloatdyadic1 to \-arithmeticroifloatdyadic5 +Arithmetic element tests, photomaps as the operands, ROIs, unconstrained. +.TP 14 +.B \-arithmeticroifloatmonadic1 to -\arithmeticroifloatmonadic9 +Arithmetic element tests, photomap and constant operands, ROIs, unconstrained. +.TP 14 +.B \-band1 +BandSelect element test. Image input is triple band. If visual of +.I xieperf +window is a color visual, then three BandSelect elements are used to extract +the indivudual bands, they are combined once again using BandCombine, and +displayed using ConvertToIndex. If the visual is not color, e.g. GrayScale or +StaticGray, then the flo simply uses one BandSelect element to extract a single +band for display. +.TP 14 +.B \-band2 +BandCombine test. Input bands are made of of three separate single band +photomaps. These are combined using a BandCombine element, which is +followed by a BandExtract and ExportDrawable. CCIR 601-1 coefficients. +.TP 14 +.B \-band3 +BandExtract test. Input is a triple band photomap. CCIR 601-1 coefficients. +Destination window colormap is gray ramp. +.TP 14 +.B \-band4 +BandExtract test. Input is a triple band photomap. CCIR 601-1 coefficients. +Destination window colormap is RGB_BEST_MAP standard colormap. +.TP 14 +.B \-band5 +BandExtract test. Input is a triple band photomap. CCIR 601-1 coefficients. +Destination window colormap is RGB_DEFAULT_MAP standard colormap. +.TP 14 +.B \-comparedyadic1 through \-comparedyadic6 +Test various Compare operators with dyadic photomap operands. +.TP 14 +.B \-comparemonadic1 through \-comparemonadic6 +Test various compare operators with photomap, constant operands. +.TP 14 +.B \-compareroidyadic1 through \-compareroidyadic6 +Test various Compare operators with dyadic photomap operands, using ROIs. +.TP 14 +.B \-compareroimonadic1 through \-compareroimonadic6 +Test various compare operators with photomap, constant operands, using ROIs. +.TP 14 +.B \-comparecplanedyadic1 through \-comparecplanedyadic6 +Test various Compare operators with dyadic photomap operands, Control Planes. +.TP 14 +.B \-comparecplanemonadic1 through \-comparecplanemonadic6 +Test various compare operators with photomap, constant operands, Control Planes. +.TP 14 +.B \-matchhistogram1 through \-matchhistogram18 +MatchHistogram element tests, using various images and histogram matching techniques. +.TP 14 +.B \-matchhistogramroi1 through \-matchhistogramroi6 +A selection of MatchHistogram element tests, with ROIs. +.TP 14 +.B \-matchhistogramcplane1 through \-matchhistogramcplane6 +A selection of MatchHistogram element tests, with Control Planes. +.TP 14 +.B \-unconstrain1 +ImportPhotomap, Unconstrain, Constrain(ClipScale), ExportDrawable test. +.TP 14 +.B \-pasteup1 through \-pasteup2 +PasteUp element tests. +.TP 14 +.B \-geometry1 through \-geometry14 +Geometry element tests, including rotations, scales, and mirroring. +NearestNeighbor technique. +.TP 14 +.B \-geometry15 through \-geometry28 +Geometry element tests, including rotations, scales, and mirroring. +AntiAlias technique. +.TP 14 +.B \-geometry29 through \-geometry42 +Geometry element tests, including rotations, scales, and mirroring. +BilinearInterpolation technique. +.TP 14 +.B \-geomg31dscale1 through \-geometryfaxradio1 +Tests to exercise the various FAX decoders and the Geometry element. +.TP 14 +.B \-dither1 +Dither test, ErrorDiffusion dither technique, ExportDrawable. +.TP 14 +.B \-dither2 +Dither test, ErrorDiffusion dither technique, ExportDrawablePlane. +.TP 14 +.B \-dither3 +Dither test, Ordered(4) dither technique, ExportDrawable. +.TP 14 +.B \-dither4 +Dither test, Ordered(4) dither technique, ExportDrawablePlane. +.TP 14 +.B \-dither5 +Dither test, Ordered(8) dither technique, ExportDrawable. +.TP 14 +.B \-dither6 +Dither test, Ordered(8) dither technique, ExportDrawablePlane. +.TP 14 +.B \-dither7 +Dither test, Default dither technique, ExportDrawable. +.TP 14 +.B \-dither8 +Dither test, Default dither technique, ExportDrawablePlane. +.TP 14 +.B \-logicalmonadic1 through \-logicalmonadic16 +Logical element, photomap and a constant of 0 as operands, various operators. +.TP 14 +.B \-logicaldyadic1 through \-logicaldyadic16 +Logical element tests, dyadic photomaps as operands, various operators. +.TP 14 +.B \-logicalmonadicroi1 through \-logicalmonadicroi16 +Logical element, photomap and constant of 0 operands, various operators, ROIs. +.TP 14 +.B \-logicaldyadicroi1 through \-logicaldyadicroi16 +Logical element, dyadic photomaps as operands, various operators, ROIs. +.TP 14 +.B \-logicalmonadiccplane1 through \-logicalmonadiccplane16 +Logical element, photomap and constant of 0 operands, various operators, Control Planes. +.TP 14 +.B \-logicaldyadiccplane1 through \-logicaldyadiccplane16 +Logical element, dyadic photomaps as operands, various operators, Control Planes. +.TP 14 +.B \-blend1 +Blend element test. Monadic source, 0.1 source constant. Alpha constant of 0.5. +.TP 14 +.B \-blend2 +Blend element test. Dyadic sources. Alpha constant of 0.5. +.TP 14 +.B \-blendroi1 +Blend test. Monadic source, 0.1 source constant. Alpha constant of 0.5. ROIs. +.TP 14 +.B \-blendroi2 +Blend element test. Dyadic sources. Alpha constant of 0.5. Uses ROIs. +.TP 14 +.B \-blendcplane1 +Blend test. Monadic source, 0.1 source constant. Alpha constant of 0.5. Control Plane. +.TP 14 +.B \-blendcplane2 +Blend element test. Dyadic sources. Alpha constant of 0.5. Control Plane. +.TP 14 +.B \-blendalpha1 +Blend test. Monadic source, 220 source constant. Alpha plane is a photomap. +.TP 14 +.B \-blendalpha2 +Blend test. Dyadic sources. Alpha plane is a constant 220. +.TP 14 +.B \-blendalpharoi1 +Blend test. Monadic source, 220 source constant. Alpha plane photomap. ROIs. +.TP 14 +.B \-blendalpharoi2 +Blend test. Dyadic sources. Alpha plane is a constant 220. ROIs. +.TP 14 +.B \-triplepoint1 through \-triplepoint2 +Illustrate use of point and Standard colormaps for rendering triple band images. +.TP 14 +.B \-funnyencode1 through \-funnyencode8 +These tests are design to perform limited exercising of XIE's capability of +dealing with various encodings of flo source data. The test init function +obtains a photomap using ICP -> EP. A series of independent permanent flo pairs, +one of the form IP -> EP, and the other of the basic form IP -> ED, are +constructed. The encoding parameters for the ExportPhotomap (EP) element +in the first flo are derived from test configuration. The number of flo +pairs created is also dependent upon test configuration. The tests can +be configured so that the test init function will constrain the input +photomap to a specified number of levels, on a per-band basis, so that +word-sized and quad-sized pixels are passed through the flos. Some tests +below take advantage of this. See tests.c for test configuration, and +hints on how to add similar tests. +.TP 14 +.B \-point1 through \-point3 +Simple Point element tests. Drawable destination. +.B \-pointroi1 +Simple Point element test which uses ROIs. Drawable destination. +.TP 14 +.B \-pointcplane1 +Simple Point element test which uses a Control Plane. Drawable destination. +.TP 14 +.B \-pointphoto1 +Simple Point element test. Photomap destination. +.TP 14 +.B \-pointroiphoto1 +Simple Point element test which uses a ROIs. Photomap destination. +.TP 14 +.B \-pointcplanephoto1 +Simple Point element test which uses a Control Plane. Photomap destination. +.TP 14 +.B \-redefine +Two flographs are created which are the same in structure, expect for the +x and y offsets specified for the ExportDrawable flo elements. The test +init function creates a photoflo based upon one of the two flographs. +The inner loop of the test function uses XieRedefinePhotoflo() to alternate +between each of the flographs. Make sure that your ineer loop reps are +2 or greater in order to exercise this test fully (see -reps). +.TP 14 +.B \-modify1 +Test XieModifyPhotoflo() by adjust ROI offsets and size. +.TP 14 +.B \-modify2 +Test XieModifyPhotoflo() by changing the LUT input to a Point element. +.TP 14 +.B \-modify3 +Test XieModifyPhotoflo() by changing ExportDrawable x and y offsets. +.TP 14 +.B \-modify4 +This test creates a rather long flo of arithmetic elements, each which does +nothing more than add 1 to a small image. The test init function +scales the input photomap. The ExportDrawable x and y offset is modified +randomly during each iteration of the test function inner loop. +.TP 14 +.B \-modify5 +This test creates a rather long flo of arithmetic elements, each which does +nothing more than add 1 to a large image. Each rep, the Geometry +and ExportDrawable elements at the end of the flo are modifed to +crop a small piece of the +input into its appropriate place in the larger image. +.TP 14 +.B \-rgb1 through \-rgb16 +These tests all basically take an UncompressedTriple image as input, send it +to ConvertFromRGB which converts the image to some configured colorspace, +and then send the converted image on to ConvertToRGB prior to display. The +original image is displayed in the lefthand window, and the image which has +passed through the flo is shown in the righthand window. The goal of these +test is to show that ConvertFromRGB -> ConvertToRGB is lossless. +.TP 14 +.B \-converttoindexpixel +ConvertToIndex test, TripleBand BandByPixel. +.TP 14 +.B \-converttoindexplane +ConvertToIndex test, TripleBand BandByPlane. +.TP 14 +.B \-convertfromindex +The test init function uses a flo containing ConvertToIndex to display an +image in the left window. The test function uses this drawable as input +to a flo which does ConvertFromIndex -> ConvertToIndex and sends the +resulting image to the right window. The result should be lossless. +.TP 14 +.B \-complex +A somewhat large flo which uses control planes, LUTs, Point, PasteUp, Logical, Constrain, Dither, Geometry, MatchHistogram, BandCombine, and BandSelect elements. See the Postscript file ''complex.ps'' for a rendition of the photoflo which is executed. +.SH X DEFAULTS +There are no X defaults used by this program. +.SH "SEE ALSO" +X(1), x11perf(1), x11perfcomp(1) +.SH BUGS +There should be a IMAGES environment variable to augment the -images option. +.PP +Many tests only scratch the surface of possible test cases. +Some of the options available for certain flo elements are either inadequately +tested, or ignored altogether. +There are insufficent tests for bitonal, large pixel, or triple band tests. +.PP +Some of the test names are inconsistently cased, e.g. -Abort and -dither1. +.PP +Some tests are hopelessly slow when run against machines with slow FPUs. +.PP +Bitonal images are for the most part displayed using the ExportDrawable flo +element, however, ExportDrawablePlane would be a better choice. +.SH AUTHOR +Syd Logan, AGE Logic, Inc. diff --git a/xie/xiectl23.py b/xie/xiectl23.py new file mode 100755 index 0000000..3ef0fc2 --- /dev/null +++ b/xie/xiectl23.py @@ -0,0 +1,37 @@ +#!/usr/bin/env python3 +"""Validate the proposed minimal XIE 2.3 client sequence on one connection: + INIT_SESSION(1) -> QUERY_OP_DEFAULTS(3) -> QUERY_EVENTS(6) -> TERM_SESSION(2) +""" +import os, sys, struct +sys.path.insert(0, os.path.join(os.path.dirname(os.path.abspath(__file__)), "evidence")) +import xie_raw as X + +s = X.socket.create_connection((X.HOST, X.PORT), timeout=5) +s.settimeout(5.0) +try: + X.setup(s) + present, opcode, ev, er = X.query_extension(s, "Xie") + print("extension present=%d opcode=%d first_event=%d first_error=%d" % (present, opcode, ev, er)) + + def send(minor, payload=b"", words=None): + if words is None: + words = 1 + len(payload) // 4 + data = payload.ljust((words * 4) - 4, b"\0") + s.sendall(struct.pack(" +#include +#include +#include +#include +#include +#include + +static int bpl_for(int w) { return ((w + 31) / 32) * 4; } + +static void set_pixel(unsigned char *data, int bpl, int x, int y, int on) +{ + unsigned char *p = data + y * bpl + (x >> 3); + unsigned char bit = 1u << (x & 7); /* LSBFirst */ + if (on) + *p |= bit; + else + *p &= (unsigned char)~bit; +} + +static void pattern(unsigned char *data, int w, int h, int bpl, const char *kind) +{ + int x, y; + memset(data, 0, (size_t)bpl * h); + if (strcmp(kind, "solid") == 0) { + for (y = 0; y < h; y++) + for (x = 0; x < w; x++) + set_pixel(data, bpl, x, y, 1); + } else if (strcmp(kind, "gradient") == 0) { + for (y = 0; y < h; y++) + for (x = 0; x < w; x++) + set_pixel(data, bpl, x, y, ((x * 16 / w) ^ (y * 16 / h)) & 1); + } else if (strcmp(kind, "rings") == 0) { + int cx = w / 2, cy = h / 2; + for (y = 0; y < h; y++) + for (x = 0; x < w; x++) { + int dx = x - cx, dy = y - cy; + int d = (dx * dx + dy * dy) / 64; + set_pixel(data, bpl, x, y, (d / 16) & 1); + } + } else { /* checker */ + int cell = w / 16; + if (cell < 4) cell = 4; + for (y = 0; y < h; y++) + for (x = 0; x < w; x++) + set_pixel(data, bpl, x, y, ((x / cell) + (y / cell)) & 1); + } +} + +int main(int argc, char **argv) +{ + const char *display = "192.168.99.2:0"; + const char *kind = "checker"; + int w = 640, h = 480, seconds = 30; + int i; + + for (i = 1; i < argc; i++) { + if (!strcmp(argv[i], "-display") && i + 1 < argc) display = argv[++i]; + else if (!strcmp(argv[i], "-width") && i + 1 < argc) w = atoi(argv[++i]); + else if (!strcmp(argv[i], "-height") && i + 1 < argc) h = atoi(argv[++i]); + else if (!strcmp(argv[i], "-seconds") && i + 1 < argc) seconds = atoi(argv[++i]); + else if (!strcmp(argv[i], "-pattern") && i + 1 < argc) kind = argv[++i]; + else { + fprintf(stderr, "usage: %s [-display host:0] [-width N] [-height N] " + "[-seconds N] [-pattern checker|gradient|rings|solid]\n", argv[0]); + return 2; + } + } + + Display *dpy = XOpenDisplay(display); + if (!dpy) { + fprintf(stderr, "xshow: cannot open %s\n", display); + return 1; + } + + int scr = DefaultScreen(dpy); + Visual *vis = DefaultVisual(dpy, scr); + int depth = DefaultDepth(dpy, scr); + if (depth != 1) + fprintf(stderr, "xshow: warning: depth is %d, expected 1\n", depth); + + int bpl = bpl_for(w); + unsigned char *data = calloc((size_t)bpl, (size_t)h); + if (!data) return 1; + pattern(data, w, h, bpl, kind); + + Window win = XCreateSimpleWindow(dpy, RootWindow(dpy, scr), 20, 20, + (unsigned)w, (unsigned)h, 0, + BlackPixel(dpy, scr), WhitePixel(dpy, scr)); + XStoreName(dpy, win, "xshow: core X fallback (not XIE)"); + XSelectInput(dpy, win, ExposureMask | KeyPressMask | ButtonPressMask | + StructureNotifyMask); + GC gc = XCreateGC(dpy, win, 0, NULL); + XSetForeground(dpy, gc, BlackPixel(dpy, scr)); + XSetBackground(dpy, gc, WhitePixel(dpy, scr)); + + XImage *img = XCreateImage(dpy, vis, (unsigned)depth, XYBitmap, 0, + (char *)data, (unsigned)w, (unsigned)h, 32, bpl); + if (!img) { + fprintf(stderr, "xshow: XCreateImage failed\n"); + return 1; + } + img->byte_order = LSBFirst; + img->bitmap_bit_order = LSBFirst; + + XMapWindow(dpy, win); + XPutImage(dpy, win, gc, img, 0, 0, 0, 0, (unsigned)w, (unsigned)h); + XSync(dpy, False); + + /* Verify by reading the window back. A 1-bit XGetImage returns one + * bit per pixel in the server's bit order; compare the on-pixel count + * against the source rather than raw bytes. */ + XImage *got = XGetImage(dpy, win, 0, 0, (unsigned)w, (unsigned)h, + AllPlanes, ZPixmap); + long src_on = 0, got_on = 0; + int x, y; + for (y = 0; y < h; y++) + for (x = 0; x < w; x++) { + unsigned char *p = data + y * bpl + (x >> 3); + if (p[0] & (1u << (x & 7))) src_on++; + if (got && XGetPixel(got, x, y)) got_on++; + } + + if (!got) { + printf("xshow: displayed %dx%d %s on %s, but XGetImage failed\n", + w, h, kind, display); + } else { + printf("xshow: displayed %dx%d %s on %s; source on-pixels=%ld " + "window on-pixels=%ld %s\n", w, h, kind, display, src_on, got_on, + (src_on == got_on) ? "MATCH" : "MISMATCH"); + XDestroyImage(got); + } + printf("xshow: core X fallback window; XIE 2.3 export path is separate\n"); + fflush(stdout); + + time_t end = time(NULL) + seconds; + while (time(NULL) < end) { + while (XPending(dpy)) { + XEvent ev; + XNextEvent(dpy, &ev); + if (ev.type == KeyPress || ev.type == ButtonPress) { + end = 0; + break; + } + } + usleep(100000); + } + + XDestroyImage(img); /* also frees data */ + XFreeGC(dpy, gc); + XDestroyWindow(dpy, win); + XCloseDisplay(dpy); + return 0; +}